Your phone comes with the SIM card pre-
installed.
Step 1. Remove the Back Cover
Place your fingernail in the USB/charger port cutout at the bottom of the phone and pop the cover off the phone.
Optional: Insert the microSD Card
If you have a microSD card, slide the microSD card into the microSD card slot.
NOTE: The microSD card is sold separately.Setting up your phone About your phone
NOTE: Devices and software are constantly evolving—the screen 
images and icons you see here are for reference only.
Step 2. Insert the Battery
Insert the battery, making sure to align the gold 
contacts. Press down gently to secure the battery.
Step 3. Replace the Back Cover
Place the back cover over the back of the phone and then press down along the edges to secure the cover.
Step 4. Charge Y our Phone
Before turning on your phone, charge it fully.
WARNING! Please use only an approved charging accessory to 
charge your phone. Improper handling of the charging port, as

charge your phone. Improper handling of the charging port, as 
well as the use of an incompatible charger, may cause damage 
to your device and void the warranty.
Para la versión en español, visite 
verizonwireless.com/supportMeet your 
phone.
Proximity/
Ambient 
Light SensorEarpiece Microphone
Speaker 3.5mm 
Headset 
JackFront 
Camera
Back 
Button
Home ButtonRecent Apps 
Button
Laser 
Detection 
Auto-FocusFlash Rear Camera
Volume  
Buttons
NFC Touch 
PointPower/Lock Button, 
Fingerprint 
ID Sensor
USB/Charger Port

Using Y our Phone
Turning Y our Phone On/Off
To turn your phone on, press and hold the 
Power/Lock button.
To turn your phone off, press and hold the 
Power/Lock button and then tap Power Off > OK.
Locking/Unlocking the Screen
To turn on your screen, quickly double-tap it, or press the Power/Lock button. Then swipe the screen up to unlock it.
To turn off your screen and prevent accidental 
key presses, press the Power/Lock button.Learning More Managing Y our Account
Your Wireless Device and Third-Party Services  
Verizon Wireless is the mobile carrier associated with 
this wireless device, but many services and features 
offered through this wireless device are provided by 
or in conjunction with third parties. Verizon Wireless 
is not responsible for your use of this wireless device 
or any non–Verizon Wireless applications, services 
and products, including any personal information you choose to use, submit or share with others. Specific

and products, including any personal information you choose to use, submit or share with others. Specific 
third-party terms and conditions, terms of use, and 
privacy policies shall apply. Please review carefully 
all applicable terms and conditions and policies prior 
to using this wireless device and any associated 
application, product or service.
Hearing Aid Compatibility Information 
This phone has been tested and rated for use with 
hearing aids for some of the wireless technologies that 
it uses. However, there may be some newer wireless 
technologies used in this phone that have not been 
tested yet for use with hearing aids. It is important to try the different features of this phone thoroughly and 
in different locations, using your hearing aid or cochlear 
implant, to determine if you hear any interfering noise. 
Consult your service provider or the manufacturer of

Consult your service provider or the manufacturer of 
this phone for information on hearing aid compatibility. 
If you have questions about return or exchange 
policies, consult your service provider or phone retailer.Additional Information
My Verizon Mobile App
Manage your account, track your usage, 
edit account information, pay your bill and more.
Customer Service
Call (800) 922-0204.
Follow us @VZWSupport.International Travel
For features and rates when traveling 
outside the US, visit  verizonwireless.com/international.Home Screen Mode
You can select one of the two modes: Home and EasyHome. Instructions in this guide are written based on Home mode. 
Home mode—Standard experience for users 
who are familiar with Android. 
EasyHome mode—Simplified and easier 
experience for the first-time smartphone user.
1.  
 > 
  From the Home screen, tap Apps >

1.  
 > 
  From the Home screen, tap Apps > 
Settings > Home screen > Select Home.
2.  Choose the mode you want to use.
Advanced Calling
You can make High-Definition Voice and Video 
Calls, and surf the web while you talk on the phone, when you add Advanced Calling to your line. Visit verizonwireless.com/AdvancedCalling  
to learn how.
Copying Content from Your Old Phone
Visit verizonwireless.com/cloud for help transferring contacts, photos and other content from your old phone.From your computer, visit  verizonwireless.com/support.
Download a User Guide from  verizonwireless.com/support.
  The Help app gives you tips, videos and 
other information on how to use your phone, including:
 
       Making Calls
 
        Voice Mail
 
        Sending Texts
 
        Getting Apps
 
        Taking Photos
 
        Accessibility Settings
MBM65423701 (1.0) G

Making Calls
 
        Voice Mail
 
© 2016 Verizon Wireless. All Rights Reserved. This booklet is made from 100% post-consumer recycled paper.
This booklet is printed with soy ink.    Printed in Korea

CONTENTS01 / 
INTRODUCTION
1.0 Inside the box  5
1.1 Getting to Know The Verizon 
Internet Gateway  5
1.2 Setting Up The Verizon Internet 
Gateway  9
02 /  
CONFIGURING THE VERIZON 
INTERNET GATEWAY
2.0 Configure The Verizon Internet 
Gateway  14
2.1 Computer Network 
Configuration  18
2.2 Main Screen  2403 /  
WI-FI SETTINGS
3.0 Overview  31
3.1 Basic Settings  32
3.2 Advanced Settings  39
04 /  
CONNECTED DEVICES
4.0 Device Settings  47
4.1 Setting Parental Controls  52
4.2 Universal Plug & Play  56

TABLE OF CONTENTS3
05 /  
CONFIGURING ADVANCED 
SETTINGS
5.0 Security & Firewall  61
5.1 Network Settings  75
5.2 Diagnostics & Monitoring  111
5.3 System  116
06 /  
TROUBLE SHOOTING
6.0 Troubleshooting Tips  132
6.1 Frequently Asked  
Questions  13807 /  
SPECIFICATIONS
7.0 General Specifications  143
7.1 Connections  143
08 /  
NOTICES
8.0 Regulatory Compliance 
Notices  146

01 / 
1.0  Inside the box
Internet Gateway
1.2  Setting Up The Verizon Internet 
Gateway

INsIDe The b Ox
1.0/ INsIDe T he b Ox
Inside the product package you should find the following items. Contact 
Verizon ( https://www.verizon.com/support/contact-us/ ) if any item is missing or 
damaged.
• Verizon Internet Gateway 
• Setup guide
• Power adapter
 
1.1/ GeTTING TO KNOW T he V eRIZON INT eRN eT GA T eWA Y 
The Verizon Internet Gateway provides fast Wi-Fi (with channel steering) for all 
your devices, and features built-in network security as well as parental controls, 
guest Wi-Fi and automatic software updates.

6
01 /  INTRODUCTION
Take a moment to familiarize with the product:

GeTTING TO KNOW T he V eRIZON 
INTe RN eT GATe WA Y
1.1a/  Rese T bUTTON
The reset button allows you to reset the gateway back to it’s factory 
default state. Using the reset function will revert all settings and changes 
made during the setup process. To perform a factory reset and return the 
Verizon Internet Gateway to default settings, press and hold the reset button 
for 3+ seconds. The System LED will flash yellow to indicate a reset has been 
triggered, followed by fading in/out (white) while the gateway restarts.
1.1b/  WPs
WPS is an easy way to add supported Wi-Fi devices to your network. Press 
the WPS button on the back of the Gateway to activate WPS. You will need to 
activate WPS on your Wi-Fi device too. Refer to “3.1d/ Wi-Fi Protected Setup 
(WPS)” on page 37 .
1.1c/  LeDs
The LEDs indicate the system and connection status, and WPS activity.
Front LED Mode Status LED Pattern
System Status (O)
BootupSystem booting Soft blink white
Firmware update Fast blink white

OtherFactory reset Fast blink yellow
Hardware error Soft blink red
No SIM card Hard blink red
No signal Solid red
Note:  System status LED will turn off when the Gateway is connected to the 
network and signal bars turn ON.

8
Signal Strength (5G/LTE Home customer)
3 bars Excellent signal strengthSolid white (  
 
 )
2 bars Good signal strength Solid white (  
 
 )
1 bar Fair signal strength Solid white (  
 )
Note:  LEDs will dim by default after setup is complete.
Wi-Fi (
 )
Regular usagePassing signal Solid white
Setup complete Solid white
Not connected to Internet Solid red
Wi-Fi disabled by user Solid green
ParingPairing WPS (in progress) Hard blink blue
WPS connection success Fast blink blue
WPS connection 
unsuccessful (time out)Fast blink red
WPS connection failure 
(interrupted)Hard blink red
Other Hardware error Soft blink red
Note:  Installation mode lasts for 15 minutes only during first bootup, after which 
the Gateway will switch to regular usage mode.

Ethernet Port 
LED ModeStatus Left LED Right LED
Wired LAN 
connection 
* Threshold level 
can be decided 
based on port 
capabilityEthernet > 100M* 
LinkOff Solid white
Ethernet > 100M* 
ActivityOff Blinking white
Ethernet < 100M* 
LinkSolid yellow Off
ActivityBlinking yellow Off
No Ethernet 
connectionOff Off
1.2/ seTTING UP T he V eRIZON INT eRN eT GA T eWA Y
The Verizon Internet Gateway comes with a pre-installed SIM card and can be up 
and running in just a couple of minutes. The Verizon Internet Gateway can only be 
used with the 5G Home Internet or LTE Home Internet service, and the SIM card 
is only authorized for use in the Verizon Internet Gateway. You may not remove 
the SIM card and insert it into another device.
1.2a/ POsITIONING T he  VeRIZON  INT eRN eT GA T eWA Y
For the best wireless signal transmission from the Gateway to your network 
devices:

devices:
• Place the Gateway on an elevated surface near a window or perimeter wall 
and plug it in.
• Avoid keeping the device in the basement to get better signal.

10
• Avoid having obstacles near the device, clear any objects near the window 
that could interfere with getting a signal.
• Keep the Gateway away from metal obstructions and away from direct 
sunlight.
• Keep the Gateway away from 802.11g or 20MHz only Wi-Fi devices, 2.4GHz 
computer peripherals, Bluetooth devices, cordless phones, transformers, 
heavy-duty motors, fluorescent lights, microwave ovens, refrigerators, and 
other industrial equipment to prevent signal interference or loss.
1.2b/  seTTING UP
Before you begin, if you are replacing an existing gateway, disconnect it. Remove 
all old gateway components, including the power supply. They will not work with 
the new Verizon Internet Gateway.
1. Plug in the Gateway. Stand it vertically on an elevated surface near a 
window.
2. Wait up to 10 minutes for the system light to turn off.
The light will blink white while the Gateway is powering on and  
updating software. Don’t unplug.

window.
If it turns solid red: No signal in this location. Move the Gateway to 
another location. Use My Verizon app for help finding a good spot. 
If it blinks red: Activation error. Unplug the Gateway and plug it back in. 
Use My Verizon app for troubleshooting. 
3. Check the signal strength. One signal bar is all you need, but you can try 
to find an even stronger signal by checking different areas of your home. 
Use My Verizon app for help finding a good setup spot.

SETTING UP THE VERIZON INTERNET 
GA TEWA Y4. Wait up to 15 minutes for the Wi-Fi light to turn on.
Once it lights up solid white, you’re ready to connect your devices. If it 
blinks red: Activation error. Use My Verizon app to fix this issue.
5. Connect your personal devices. 
Connect to your new network using the Wi-Fi name and password 
printed on the bottom of the Gateway, or scan the QR code there to 
connect automatically. 
Use My Verizon app to change your Wi-Fi name and password or to 
manage your network settings.

02 /  
CONFIGURING T he 
VeRIZON INTe RN eT 
G AT eWAY
2.0  Configure The Verizon Internet 
Gateway
2.1  Computer Network 
Configuration
2.2  Main Screen

13
02 /  CONFIGURING THE VERIZON 
Connecting the Verizon Internet Gateway 
and accessing its web-based User Interface 
(UI) are both simple procedures. 
Accessing the UI may vary slightly, depending 
on your device’s operating system and web 
browser.

CONFIGURE THE VERIZON INTERNET 
GA TEWA Y2.0/  CONFIGURe  The  VeRIZON INT eRNe T GA T eWA Y
1. Open a web browser on the device connected to the 
Verizon Internet Gateway network.
2. In the browser address fi eld (URL), enter:  
mynetworksettings.com , then press the EnterEnter  key on your keyboard. 
Alternately, you can enter: https://192.168.1.1
3. You may see a security message warning that Your connection is not Your connection is not 
privateprivate  when you visit  
mynetworksettings.com  (https://192.168.1.1 ) for GUI management. To 
get to the login screen, click the ADVANCEDADVANCED  button, then on Proceed to Proceed to 
192.168.1.1 (unsafe) 192.168.1.1 (unsafe) link.

15
4. The login screen will appear.
The fi rst time you access the Verizon Internet Gateway, an Easy Setup 
Wizard displays to help step you through the setup process.
5. On the Log in to Verizon Internet GatewayLog in to Verizon Internet Gateway  screen, enter the password 
that is printed next to the Password on the label on the bottom of the 
Gateway.
6. Click Log InLog In . The Change Wi-Fi nameChange Wi-Fi name  screen displays. Move the selector 
to onon for setting up the Guest Wi-Fi  Guest Wi-Fi to personalize your Guest Wi-Fi 
Name and Password.

GA TEWA Y
For your protection, the Verizon Internet Gateway is pre-set at the 
factory to use WPA2 (Wi-Fi Protected Access II) encryption for your 
Wi-Fi network. This is the best setting for most users and provides 
security.
7. Click ContinueContinue . The Apply Wi-Fi changesApply Wi-Fi changes  screen appears. You have an 
option of saving the Wi-Fi settings as an image on your device by clicking 
the Save as imageSave as image  button. After you click Save as imageSave as image  to save your 
Wi-Fi settings as an image, click ApplyApply  to save the Wi-Fi changes to the 
Verizon Internet Gateway.
Note:  Selecting Save as imageSave as image  will store image files to your web browser’s 
download folder.
Important:  Changing the name or password of your Wi-Fi network 
will automatically disconnect any device connected to the 
Verizon Internet Gateway. You’ll be prompted to reconnect by the Gateway 
using the new settings.

17
The You’re all set up!You’re all set up!  screen displays once the Gateway verifies the final 
settings and has successfully connected to the internet and is ready for use. 
You can click on Go to Network SettingsGo to Network Settings  to access the main screen of the 

GA TEWA YUpon resetting the Verizon Internet Gateway to factory default settings, the 
settings printed on the label will take effect again. 
This guide contains troubleshooting steps that can be used to resolve connection 
issues with the Verizon Internet Gateway.
2 .1/ COMPUT eR N eTWORK CONFIGURA TION
Each network interface on your computer should either automatically obtain an 
IP address from the upstream Network DHCP server (default con figuration) or be 
manually con figured with a statically de fined IP address and DNS address. We 
recommend leaving this setting as it is.
2.1a/  CONFIGURING DYNAMIC IP ADDR essING 
To con figure a computer to use dynamic IP addressing:
W I N D OW s 7/8
1. In the Control Panel, locate Network and InternetNetwork and Internet , then select View View 
Network Status and TasksNetwork Status and Tasks .

2. In the View your active networks – Connect or disconnectView your active networks – Connect or disconnect  section, 
click Local Area ConnectionLocal Area Connection  in the  Connections Connections  field. The Local Area 
Connection Status window displays.
3. Click PropertiesProperties . The Local Area Connection Properties window 
displays.
4. Select Internet Protocol Version 4 (TCP/IPv4)Internet Protocol Version 4 (TCP/IPv4) , then click PropertiesProperties . The 
Internet Protocol Version 4 (TCP/IPv4) Properties window displays.
5. Click the Obtain an IP address automaticallyObtain an IP address automatically  radio button.
6. Click the Obtain DNS server address automaticallyObtain DNS server address automatically  radio button, then 
click OKOK.

19
7. In the Local Area Connection Properties window, click OKOK to save the 
settings.
8. To con figure Internet Protocol Version 6 (TCP/IPv6) to use dynamic 
IP addressing, repeat steps 1 to 7. However for step 4, select Internet Internet 
Protocol Version 6 (TCP/IPv6) Protocol Version 6 (TCP/IPv6) in the  Properties Properties  option (refer to IPv6 
section for Verizon Internet Gateway con figuration).
WINDOW s 10
1. On the Windows desktop, click on the StartStart  icon. Select SettingsSettings  and 
click Network & InternetNetwork & Internet .
2. In the Network & Internet, click EthernetEthernet .
3. Select Network and Sharing CenterNetwork and Sharing Center . The View your basic network View your basic network 
information and set up connectionsinformation and set up connections  window displays.
4. In the View your active networksView your active networks , click EthernetEthernet  in the Connections Connections field.

4. In the View your active networksView your active networks , click EthernetEthernet  in the Connections Connections field. 
The Ethernet StatusEthernet Status  window displays.
5. Click PropertiesProperties . The Ethernet PropertiesEthernet Properties  window displays.
6. Select Internet Protocol Version 4 (TCP/IPv4)Internet Protocol Version 4 (TCP/IPv4) , then click  Properties Properties . The 
Internet Protocol Version 4 (TCP/IPv4)Internet Protocol Version 4 (TCP/IPv4)  PropertiesProperties  window displays.
7. Click the Obtain an IP address automaticallyObtain an IP address automatically  radio button.
8. Click the Obtain DNS server address automaticallyObtain DNS server address automatically  radio button, then 
9. In the Local Area Connection Properties Local Area Connection Properties window, click OK OK to save the 
settings.
10. To con figure Internet Protocol Version 6 (TCP/IPv6) to use dynamic

settings.
10. To con figure Internet Protocol Version 6 (TCP/IPv6) to use dynamic 
IP addressing, repeat steps 1 to 9. However for step 6, select Internet Internet 
Protocol Version 6 (TCP/IPv6)Protocol Version 6 (TCP/IPv6)  in the  Properties Properties  option (refer to IPv6 

COMPUTeR  NeTWORK  CONFIGURA TION
MACINTOsh  Os  x
1. Click the AppleApple  icon in the top left corner of the desktop. A menu 
displays.
2. Select System PreferencesSystem Preferences . The System Preferences window displays.
3. Click NetworkNetwork .
4. Verify that EthernetEthernet , located in the list on the left, is highlighted and 
displays ConnectedConnected .
5. Click Assist MeAssist Me .
6. Follow the instructions in the Network Diagnostics Assistant.
2.1b/  CONN eCTING OT heR COMPUT eR s AND NeTWORK De VIC es
You can connect the Verizon Internet Gateway to other computers or set top 
boxes using an Ethernet cable or Wi-Fi connection.
eThe RNe T
1. Plug one end of an Ethernet cable into one of the Ethernet ports on the 
bottom of the Verizon Internet Gateway.
2. Plug the other end of the Ethernet cable into an Ethernet port on the 
computer.
3. Repeat these steps for each computer to be connected to the 
Verizon Internet Gateway using Ethernet.

computer.
Verizon Internet Gateway using Ethernet. 
CONN eCTING A WI-FI D eVIC e U sING WP s
Wi-Fi Protected Setup (WPS) is an easier way for many devices to set up a 
secure Wi-Fi network connection. Instead of manually entering passwords or 
multiple keys on each Wi-Fi client, such as a laptop, printer, or external hard drive, 
the Verizon Internet Gateway creates a secure Wi-Fi network connection.

21
In most cases, this only requires the pressing of two buttons – one on the 
Gateway and one on the Wi-Fi client. This could be either a built-in button or 
one on a compatible Wi-Fi adapter/card, or a virtual button in software. Once 
completed, this allows Wi-Fi clients to join your Wi-Fi network.
To initialize the WPS process, you can either press and hold the WPS button 
located on the back of the Verizon Internet Gateway for more than two seconds 
or use the UI and press the on-screen button.
You can easily add Wi-Fi devices to your Wi-Fi network using the WPS option if 
your Wi-Fi device supports the WPS feature.
To access WPS using the user interface:
1. From the BasicBasic  menu, select Wi-FiWi-Fi  settings, then click  
Wi-Fi Protected SetupWi-Fi Protected Setup .
2. Enable the protected setup by moving the selector to onon.
3. Use one of the following methods:

• If your Wi-Fi client device has a WPS button, press the WPS button 
on the Gateway for more than two seconds, then click the Start WPSStart WPS  
button in Option 1Option 1  to start the WPS registration process.

• If your client device has a WPS PIN, locate the PIN printed on the 
client’s label or in the client documentation. Enter the PIN number in 
Option 2Option 2  on the user interface.  
• Click RegisterRegister .
• Alternatively, you can enter the Gateway’s PIN shown on this screen 
into the WPS user interface of your device, if this PIN mode is 
supported by your Wi-Fi device.
4. After pressing the WPS button on the Gateway, you have two minutes to 
press the WPS button on the client device before the WPS session times 
out.
When the WPS button on the Gateway is pressed, the Status LED on the 
front of the Gateway begins fl ashing blue. The fl ashing continues until 
WPS pairing to the client device completes successfully. At this time, the 
Status LED turns solid blue.
If WPS fails to establish a connection to a Wi-Fi client device within two 
minutes, the Status LED on the Gateway fl ashes red for two minutes to

minutes, the Status LED on the Gateway fl ashes red for two minutes to 
indicate the WPS pairing process was unsuccessful. After fl ashing red, 
the light returns to solid white to indicate that Wi-Fi is on.
Note:  Wi-Fi Protected Setup (WPS) cannot be used if WPA3 security is 
enabled or SSID broadcast is disabled or if MAC address authentication is 
enabled with an empty white list.

23
CONN eCTING A WI-FI D eVIC e U sING A PA ss WORD
1. Verify each device that you are connecting with Wi-Fi has built-in Wi-Fi 
or an external Wi-Fi adapter.
2. Open the device’s Wi-Fi settings application.
3. Select the Wi-Fi network name (SSID) of the Gateway from the device’s 
list of discovered Wi-Fi networks.
4. When prompted, enter the Gateway’s Wi-Fi password (WPA2 or WPA3 
key) into the device’s Wi-Fi settings. The Gateway’s default Wi-Fi 
network name and password are located on the sticker on the bottom of 
the Gateway.
5. Verify the changes were implemented by using the device’s web browser 
to access a site on the internet.
6. Repeat these steps for every device that you are connecting with Wi-Fi 
to the Gateway.

MAIN  sCReeN
2.2/ MAIN s CR eeN
When you log into the Gateway, the dashboard main page displays the navigation 
menus of Basic and Advanced settings, Wi-Fi settings, Devices, Parental 
Controls, and connection status, and Basic quick links.
The configuration options available via the left-hand main menu are described in 
the following chapters:
• Basic Settings
 – System - this chapter
 – Wi-Fi - Chapter 3
 – Devices - Chapter 4 
• Advanced Settings - Chapter 5

25
2.2a/ sYs TeM
sYsT eM sTATU s
To view the status:
1. Access the dashboard HomeHome  page. 
2. You can quickly view the Gateway’s status by clicking System\System\
System Status System Status on the screen. This section displays the status of 
the Gateway’s local network (LAN) and internet connection (WAN), 
firmware and hardware version numbers, MAC Address, IP settings of 
Verizon Internet Gateway and Wi-Fi extender(s) (if connected).

OPeN sOURC e sOFTWAR e
To view:  From the BasicBasic  menu, select SystemSystem  from the left pane and then click 
Open Source SoftwareOpen Source Software .

03 /  
WI-FI se TTING s
3.0  Overview
3.1  Basic Settings
3.2  Advanced Settings

30
03 /  WI-FI SETTINGS
Wi-Fi networking enables you to free yourself 
from wires, making your devices more 
accessible and easier to use. 
You can create a Wi-Fi network, including 
accessing and con figuring Wi-Fi security 
options.

OVeRVIeW
3.0/ OV eRVIe W
The Verizon Internet Gateway provides you with Wi-Fi connectivity using the 
802.11a, b, g, n, ac or ax standards. These are the most common Wi-Fi standards. 
The Verizon Internet Gateway contains 2.4 GHz, 5 GHz and 6 GHz Wi-Fi bands, 
and the operation modes and speeds are listed as follows:
• 2.4 GHz
 – Legacy operation mode: supports IEEE 802.11b/g/n with maximum 
theoretical rate at 600 Mbps
 – Compatibility mode: supports IEEE 802.11ax
• backward compatible with IEEE 802.11b/g/n/ac 
• maximum theoretical rate up to 1.1 Gbps
• 5 GHz
 – Legacy operation mode: supports IEEE 802.11a/n/ac with maximum 
theoretical  rate at 2.2 Gbps
• backward compatible with IEEE 802.11a/n/ac 
• maximum theoretical rate up to 2.4 Gbps
• 6 GHz
 – Operation mode: supports IEEE 802.11ax
 – Maximum rate up to 4.8 Gbps
Note:  802.11a, 802.11b, and 802.11g are legacy modes and are not recommended.

• 6 GHz
Note:  802.11a, 802.11b, and 802.11g are legacy modes and are not recommended. 
Even one such device connected to the network will slow your entire Wi-Fi 
network.

32
The Wi-Fi service and Wi-Fi security are activated by default. The level of 
security is preset to WPA2 encryption using a unique default WPA2 key (also 
referred to as a passphrase or password) pre-con figured at the factory. This 
information is displayed on a sticker located on the back of the Gateway.
The gateway integrates multiple layers of security. These include Wi-Fi Protected 
Access, and fi rewall.
3.1/ bAsIC se TTINGs
3.1a/  PRIMARY Ne TWORK
You can con figure the basic security settings for 2.4 GHz, 5 GHz or 6 GHz of 
your Wi-Fi network.

bA sIC  seTTINGs
To con figure the basic security radio, SSID and security settings:
1. From the Basic Basic menu, select Wi-Fi Wi-Fi from the left pane and then click   
Primary NetworkPrimary Network .
2. To activate the Wi-Fi radio, move the selector to onon. If the radio is not 
enabled, no Wi-Fi devices will be able to connect to the office network. 
3. If desired, enter a new name and password for the Wi-Fi network or 
leave the default name and password that displays automatically. 
Note:  The SSID is the network name. All devices must use the same SSID.
4. To configure the Wi-Fi SecuritySecurity , click the setup 
  button and select 
WPA2 WPA2 or WPA3WPA3 .
Caution:  These settings should only be con figured by experienced network 
technicians. Changing the settings could adversely affect the operation of the 
Gateway and your local network.
• Broadcast Wi-Fi network name (SSID)Broadcast Wi-Fi network name (SSID)

You can con figure the Gateway’s SSID broadcast capabilities to allow or disallow 
Wi-Fi devices from automatically using a broadcast SSID name to detect the 
gateway Wi-Fi network.
 – To enable SSID broadcasting, move the selector to onon. SSID broadcast 
is enabled by default. The SSID of the Wi-Fi network will be broadcast to 
all Wi-Fi devices.
 – To disable SSID broadcasting, move the selector to off. off. The public SSID 
broadcast will be hidden from all Wi-Fi devices. You will need to manually 
configure additional Wi-Fi devices to join the Wi-Fi network.

34
• MAC AuthenticationMAC Authentication
You can con figure the Gateway to limit access to your Wi-Fi network to only 
those devices with speci fic MAC addresses.
To set Wi-Fi MAC authentication:
1. To setup access control, click on the Edit ListEdit List .
2. Select either:
• Access ListAccess List  – allows the listed devices to access the Wi-Fi network.
Warning:  This will block Wi-Fi network access for all devices not in the list. 
Only devices in the list will be able to connect to the Wi-Fi network.
• Device AccessDevice Access  – Wi-Fi devices will be able to access the Wi-Fi 
network if they use the correct Wi-Fi password.
3. Enter the MAC address of a device and click Add new deviceAdd new device .
4. Repeat step 2 and step 3 to add additional devices, as needed.
5. When all changes are complete, click Apply ChangesApply Changes  to save the 
changes.

3.1b/  GUes T Ne TWORK
The Guest NetworkGuest Network  is designed to provide internet connectivity to your guests 
while restricting access to your primary network and shared files. The primary 
network and the guest network are separated from each other through firewalls. 
You create one Guest Wi-Fi SSID and one password, and use it for all guests. 
The guest network SSID does not change when you make a change to your 
primary network SSID.
The Verizon Internet Gateway is shipped from the factory with Guest Wi-Fi turned 
off. The default SSID for Guest Wi-Fi is preconfigured at the factory to the default 
Wi-Fi network name (SSID) which is displayed on a sticker located on the bottom 
of the Gateway followed by hyphen guest (-Guest). For example, if the Gateway is 
shipped with a default SSID of “Verizon-ABCDE” then the default SSID for Guest 
Wi-Fi is “Verizon-ABCDE-Guest”.
To con figure the security settings for your guest network:

1. From the Basic Basic menu, select Wi-Fi Wi-Fi and then click  Guest Network Guest Network .
2. Move the selector to onon.

36
4. Press Apply ChangesApply Changes  to save the changes.
Important:  It is not recommended to create a guest network without a 
password.
3.1c/  IOT Ne TWORK
The Gateway supports connection of multiple IoT devices on a separate Wi-
Fi SSID. The IoT Network is designed to provide an easier setup experience 
for your Internet of Things (IoT) devices which benefit from connecting to the 
2.4 GHz band while keeping your Primary Network settings unchanged. IoT 
devices and Primary devices can communicate with no firewall restrictions 
separating them. 
The Gateway is shipped from the factory with IoT Wi-Fi turned off. The default 
SSID for IoT Wi-Fi is preconfigured at the factory to the default Wi-Fi network 
name (SSID) which is displayed on a sticker located on the bottom of the

name (SSID) which is displayed on a sticker located on the bottom of the 
Gateway followed by hyphen IoT (-IoT). For example, if the Gateway is shipped 
with a default SSID of “Verizon-ABCDE” then the default SSID for IoT Wi-Fi is 
“Verizon-ABCDE-IoT”.

To enable IoT Wi-Fi link:
1. From the Basic Basic menu, select Wi-Fi Wi-Fi and then click IoT NetworkIoT Network .
2. Move the selector to on.on.
leave the default name and password that displays automatically.
3.1d/  WI-FI PROT eCT eD seTUP (WP s)
the Gateway creates a secure Wi-Fi network connection. 

located on the back of the Gateway for more than two seconds or use the UI and 
press the on-screen button.
1. From the Basic Basic menu, select Wi-Fi Wi-Fi and then click Wi-Fi Protected Setup Wi-Fi Protected Setup 
(WPS)(WPS) .

38
out.
When the WPS button on the Gateway is pressed, the Status LED on the

out.
front of the Gateway begins fl ashing blue. The fl ashing continues until

ADV ANCeD  seTTINGs
Status LED turns solid white.
3.2/ ADVANC eD se TTING s
3.2a/ PRIMARY Ne TWORK
self-Organizing Network ( sON)
The Verizon Internet Gateway supports supports 2.4 GHz, 5 GHz and 6 GHz 
signals. The Self-Organizing Network (SON) feature lets your devices move 
between the two signals automatically for an optimized Wi-Fi connection.

40
To con figure SON, Wi-Fi radio, SSID and security settings:
1. From the Advanced Advanced menu, select Wi-Fi Wi-Fi from the left pane and then click   
2. To enable SON, move the selector to onon. 
3. To activate the Wi-Fi radio, move the selector to onon. If the radio is not 
enabled, no Wi-Fi devices will be able to connect to the primary network. 
4. If desired, enter a new name and password for the Wi-Fi network or 
5. To configure the Wi-Fi security, click the setup 
  button.

• Group keyGroup key  - to update the WPA shared key, move the selector to onon.
• Wi-Fi QoS (WMM)Wi-Fi QoS (WMM)  - improves the quality of service (QoS) for voice, video, 
and audio streaming over Wi-Fi by prioritizing these data streams.
• WMM Power SaveWMM Power Save  - improves battery life on mobile Wi-Fi devices such as 
smart phones and tablets by fine-tuning power consumption.
3.2b/  RADIO MANAG eMeNT
You can con figure the channel settings for the 2.4 GHz, 5 GHz and 6 GHz 
band(s) of your Wi-Fi network.

42
To view and con figure the channel settings:
1. From the Advanced Advanced menu, select Wi-Fi Wi-Fi and then click  Radio  Radio 
ManagementManagement .
2. Click on SettingsSettings  on the top right-hand side of the Radio ManagementRadio Management  
page to con figure the channel scan settings:
• Select the Keep my channel selection during power cycleKeep my channel selection during power cycle  check box 
to save your channel selection when the Gateway is rebooted.

• Enable DFS channels during channel scanEnable DFS channels during channel scan : DFS channels are 
enabled by default during channel scans.
Note:  DFS channels are a subset of the 5 GHz network that is shared with 
radar systems. Some consumer devices do not support these channels and 
cannot connect to gateways using them. Examples include some media 
streaming devices. Disabling this feature will allow the Gateway to select the 
best available channel to broadcast on and allow these devices to connect.
• Press Apply ChangesApply Changes  to save the changes.
3. Click ScanScan  to perform a channel availability scan for the Gateway to 
identify the radio channels providing the best Wi -Fi performance. 
4. On the Radio ManagementRadio Management  page for either 2.4 GHz, 5 GHz or 6 GHz, the 
following information displays and can be configured:
• Channel AnalysisChannel Analysis  - scans and displays channel bandwidth and

• Channel AnalysisChannel Analysis  - scans and displays channel bandwidth and 
signal strength of available APs. Channel ScoreChannel Score  displays a network 
congestion score of zero to ten in each Wi-Fi channel. It can be 
used to determine which channels to use or to avoid. Higher score 
indicates less congestion in a channel.
• ChannelChannel  Settings Settings - this is the radio channel used by the Wi-Fi 
gateway and its clients to communicate with each other. The channel 
must be the same on the Gateway and all of its Wi-Fi clients. Select 
the channel you want the Wi-Fi radio to use to communicate, or 
accept the default ( Auto)Auto)  channel selection. Then the Gateway will 
automatically assign itself a radio channel.
• WidthWidth  - displays the bandwidth available to the Wi-Fi channel 
currently in use on each band. Users can select from available 
channels. 
• 802.11 Mode802.11 Mode

channels. 
You can limit the Wi-Fi access to your network by selecting the 2.4 GHz 
and 5 GHz Wi-Fi communication standard best suited for the devices 
you allow to access your Wi-Fi network.

44
Select the Wi-Fi mode as follows:
• Compatibility – This is the default mode setting on 5 GHz, providing a 
good balance of performance and interoperability with existing Wi-Fi 
devices. 802.11a,n,ac and ax devices can connect.
• Legacy – This is the default mode setting on 2.4 GHz, providing broad 
connection support for old and new Wi-Fi devices. 802.11a,b,g,n and 
ac devices can connect.
Notes:  
• 802.11n is available on both 2.4 GHz and 5 GHz frequencies.
• Connecting 802.11a, b or g devices will cause your Wi-Fi network to slow 
on that radio and is not recommended.
To view the channel settings history:
2. Click on History History to display the channel settings history.

04 /  
CONNe CT eD 
De VIC es
4.0  Device Settings
4.1  Setting Parental Controls
4.2  Universal Plug & Play

46
04 /  CONNECTED 
DEVICES
You can view the settings of the 
network devices connected to the 
Verizon Internet Gateway’s network.
The abundance of harmful information on 
the internet poses a serious challenge for 
employers and parents alike as they ask 
“How can I regulate what my employee or 
child does on the internet?”
With that question in mind, the Verizon 
Internet Gateway’s Parental Controls were 
designed to allow control of internet access 
on all locally networked devices.

DeVICe seTTINGs
4.0/ De VIC e se TTINGs
To view and manage the connected devices on your network:
1. From the Basic Basic menu, select Devices Devices from the left pane . . 
2. The screen displays information about connected devices including 
Device NameDevice Name  and identifiers, Parental ControlsParental Controls , the type of network 
connection, and settings that you can view and configure.

48
DEVICES
3. To easily add a new device to the network:
A. Click Add DeviceAdd Device  button on the screen.
B. Select the preferred Network TypeNetwork Type  from the dropdown list ( PrimaryPrimary , 
GuestGuest  or IoTIoT). 
C. Scan the provided QR code with the new device’s camera.
D. Tap the push notification to connect the device to your network.
E. You can add the new device to your Wi-Fi network by clicking the 
Start WPSStart WPS  button if your Wi-Fi device supports the WPS feature. 
Refer to “3.1d/ Wi-Fi Protected Setup (WPS)” on page 37  for 
detailed information. 
F. Click DoneDone  to save the changes.
4. Click and drag the horizontal scrolling bar to the right on the screen for 
device configuration.
5. Click the Block/AllowBlock/Allow  option to quickly disable/enable a device from 
having internet access.
For additional information about blocking websites, refer to “Setting 
Parental Controls” on page 52 .

6. Click the Settings icon to access the Device SettingsDevice Settings  page for that 
device:

50
DEVICES
 – Device InformationDevice Information : 
Device Type, Name/Host Name, Location, Device Type, Name/Host Name, Location, and Mobility Mobility  - Displays the 
current known information of the device. These can be updated or 
corrected as needed. Click EditEdit and SaveSave  to apply any changes.

 – Device Add-OnsDevice Add-Ons
Port ForwardingPort Forwarding  - Port Forwarding allows your network to be 
exposed to the internet in specific limited and controlled ways. 
For example, you could allow specific applications, such as video 
conferencing, voice, and chat, to access servers in the local network. 
To access the Port Forwarding page, click the setup button.
For additional information, refer to the Port Forwarding  section in 
Chapter 5 Configuring Advanced Settings .
Access ControlAccess Control  - Access Control restricts access from the local 
network to the internet.  To access the Access Control page, click 
the setup button.
For additional information, refer to the Access Control section in 
Chapter 5 Configuring Advanced Settings . 
DMZ hostDMZ host  - DMZ host allows a single device on your primary network 
to be fully exposed to the internet for special purposes such as an 
email server. To access the DMZ host page, click the setup button.

For additional information, refer to the section in  
DNS ServerDNS Server  - DNS Server manages the DNS server host name and IP 
address. To access the DNS Server page, click the setup button.
For additional information, refer to the section in Chapter 5 
Configuring Advanced Settings .
 – Device ConnectionDevice Connection  
• This section provides the device MAC Address, Access Point 
information the device is connected to as well as the IPv4 Address of 
the device.

52
DEVICES
• This section displays Connection information of how and how well 
the device is connected to the Access Point. It also displays the 
Network related information, including IPv6 addresses and a Ping Ping 
TestTest  option. 
4.1/ se TTING PAR eNTAL CONTROL s
4.1a/  ACTIVATING PAR eNTAL CONTROL s
You can create a basic access policy by using the provided Rule TemplatesRule Templates  for 
any computer or device on the Gateway network. Parental Controls limit internet 
access to specific websites based on a schedule that you create.
Access can be limited on specific websites or keywords embedded in a website. 
For example, you can block access to the ‘www.anysite.com’ as well as block any 
website that has the word ‘any’ in its site name.
To limit device access:
1. From the Basic Basic menu, select Devices Devices from the left pane and then click 
Parental ControlsParental Controls .

2. To use the default Rule Templates, Rule Templates, select one of the pre-defined rules 
as shown on screen to quickly setup access policy for devices on your 
network.

seTTING  PAReNT AL  CONTROL s
3. To create a new access policy, click on the New Rule New Rule and the 
configuration page displays.
4. Create a rule name.
5. Create a ScheduleSchedule  by selecting User defined User defined from the dropdown list . 
6. Select the days of the week when the rule will be active or inactive.
7. Set the time when the rule will be active or inactive, then specify the start 
time and end time.
8. Click ApplyApply  to save changes.

54
DEVICES
9. Select the ConditionCondition  rule of Internet is always offInternet is always off /Internet is always onInternet is always on  to 
block/allow the access to all internet websites.
10. Create the DevicesDevices  rule by selecting User defined User defined from the dropdown list  
and select the computers or clicking Add Devices Add Devices to add a device where 
you are limiting access. 
11. Click ApplyApply  to save changes.
12. To remove a device from the llist, click Remove Remove for the assigned device. 
13. Click Add Exceptions Add Exceptions for the following exception options:
• Enter the name of the website or keywords within a URL to block/
allow the specified websites and websites with names containing the 
specified keyword.

14. Click Apply Apply to save changes.  
4.1b/  ACTIV e RUL es
You can view the rules created for the Gateway shown on the Parental ControlsParental Controls  
page.

56
DEVICES
4.2/ UNIV eRsAL PLUG & PLA Y
You can use Universal Plug and Play (UPnP) to support new devices without 
configuring or rebooting the Gateway.
In addition, you can enable the automatic cleanup of invalid rules. When enabled, 
this functionality verifies the validity of all UPnP services and rules every five 
minutes. Old and unused UPnP defined services are removed, unless a user-
defined rule depends on it.
UPnP services are not deleted when disconnecting a computer without proper 
shutdown of the UPnP applications, such as messenger. Services may often not 
be deleted and eventually this leads to the exhaustion of rules and services. No 
new services can be defined. The cleanup feature locates the invalid services 
and removes them, preventing services exhaustion.
To access this setting:
1. From the Advanced Advanced menu, select Devices Devices from the left pane and then 
click  Universal Plug & PlayUniversal Plug & Play .

2. To enable UPnP and allow UPnP services to be defined on any network 
hosts, select the UPnP EnabledUPnP Enabled  check box.
3. To enable automatic cleanup of invalid rules, select Enable Automatic Enable Automatic 
Cleanup of Old Unused UPnP ServicesCleanup of Old Unused UPnP Services  check box.
4. Click Apply ChangesApply Changes  to save changes.

05 /  
CONFIGURING 
ADVANC eD 
se TTING s
5.0  Security & Firewall
5.1  Network Settings
5.2  Diagnostics & Monitoring
5.3  System

58
05 /  CONFIGURING 
ADVANCED SETTINGS
Advanced settings cover a wide range 
of sophisticated configurations for the 
Verizon Internet Gateway’ firmware, security 
setup and network. 
The security suite of the Gateway includes 
comprehensive and robust security services, 
such as stateful packet inspection, firewall 
security, user authentication protocols, and 
password protection mechanisms.
These and other features help protect your 
computers from security threats on the 
internet.

This chapter covers the following advanced features:
Security & FirewallSecurity & Firewall
• General Firewall – manages the security level for the firewall.
• Access Control – restricts access from the local network to the internet.
• DMZ Host – allows a single device on your primary network to be fully 
exposed to the internet for special purposes such as video conferencing.
• IPv6 Pinholes – provides access tunnel to a service on a host for a particular 
application.
• Port Forwarding – enables access from the internet to specified services 
provided by computers on the local network.
• Port Forwarding Rules – displays port forwarding rules.
• Port Triggering – defines port triggering entries to dynamically open the 
firewall for some protocols or ports.
• Scheduler Rules Settings – limits the activation of firewall rules to specific 
time periods.
• SIP ALG – supports the Application Layer Gateway for Session Initiation 
Protocol.
Network SettingsNetwork Settings

Protocol.
• ARP Table – displays active devices with their IP and MAC addresses.
• DNS Server – manages the DNS server host name and IP address.
• Dynamic DNS – allows a static domain name to be mapped to the dynamic IP 
address.
• IPv4/IPv6 Address Distribution – adds computers configured as DHCP 
clients to the network.

60
• IPv6 – enables IPv6 support.
• NDP (Neighbor Discovery Protocol) Table – displays active devices with their 
IPv6 and MAC addresses of DHCP connection.
• Network Connections – displays and manages the details of a specific 
network connection.
• Network Objects – defines a group, such as a group of computers.
• Port Configuration – sets up the Ethernet ports as either full- or half-duplex 
ports, at either 10 Mbps, 100 Mbps, or 1000 Mbps, or 2500 Mbps.
• Routing – manages the routing and IP address distribution rules.
Diagnostics & MonitoringDiagnostics & Monitoring  – performs diagnostic tests and displays the details and 
status of:
• Bandwidth Monitoring
• System Logging
• Full Status/System wide Monitoring of Connections/Traffic Monitoring
• Backhaul Logging
Advanced System SettingsAdvanced System Settings
• Date & Time Settings – sets the time zone and enables automatic time 
updates.

updates.
• Factory Reset – resets the Gateway to its default settings.
• LED Brightness – controls the Status LED light to either dim or brighten.
• Reboot Router – restarts the Gateway.
• Remote Administration - enables remote configuration of the Gateway from 
any internet-accessible computer.
• System Settings – sets up various system and management parameters.

se CURITY  & FIReWALL
5.0/ se CURITY & FIR eWALL
The firewall is the cornerstone of the security suite for the Gateway. It has been 
exclusively tailored to the needs of the residential or office user and is pre-
configured to provide optimum security.
The firewall provides both the security and flexibility that office users seek. It 
provides a managed, professional level of network security while enabling the 
safe use of interactive applications, such as video conferencing.
Additional features, including surfing restrictions and access control, can also be 
configured locally through the user interface or remotely by a service provider.
The firewall regulates the flow of data between the local network and the 
internet. Both incoming and outgoing data are inspected, then either accepted 
and allowed to pass through the Gateway or rejected and barred from passing 
through the Gateway, according to a flexible and configurable set of rules.

through the Gateway, according to a flexible and configurable set of rules. 
These rules are designed to prevent unwanted intrusions from the outside, while 
allowing local network users access to internet services.
The firewall rules specify the type of services on the internet that are accessible 
from the local network and types of services in the local network that are 
accessible from the internet.
Each request for a service that the firewall receives is checked against the 
firewall rules to determine whether the request should be allowed to pass 
through the firewall. If the request is permitted to pass, all subsequent data 
associated with this request or session is also allowed to pass, regardless of its 
direction.
For example, when accessing a website on the internet, a request is sent to 
the internet for this site. When the request reaches the Gateway, the firewall

the internet for this site. When the request reaches the Gateway, the firewall 
identifies the request type and origin, such as HTTP and a specific computer 
in the local network. Unless the Gateway is configured to block requests of this 
type from this computer, the firewall allows this type of request to pass to the 
internet.

62
When the website is returned from the web server, the firewall associates the 
website with this session and allows it to pass; regardless HTTP access from 
the internet to the local network is blocked or permitted. It is the origin of the 
request, not subsequent responses to this request, which determines whether a 
session can be established.
5.0a/  se TTING FIR eWALL CONFIGURATION
You can select a normal, high, or low security level to limit, block, or permit all 
traffic. The following table shows request access for each security level.
Security LevelInternet Requests
Incoming TrafficLocal Network Requests
Outgoing Traffic
High Blocked Limited
Normal Blocked Unrestricted
Low Unrestricted Unrestricted
The request access is defined as:
• Blocked traffic – no access allowed, except as configured in Port Forwarding 
and Remote Access
• Limited – permits only commonly used services, such as email and web 
browsing

browsing
• Unrestricted – permits full access of incoming traffic from the internet and 
allows all outgoing traffic, except as configured in Access Control

sPeCIFYING G eN eRAL se TTING s FOR IPV4 OR IPV6
To set your firewall configuration:
1. From the Security & Firewall GeneralSecurity & Firewall General  settings page, click on desired IPv4 IPv4 
settings/IPv6 settingssettings/IPv6 settings  option to configure IPv4/IPv6 security.
2. Select a security level by clicking one of the radio buttons. Using the 
Low SecurityLow Security  setting may expose the local network to significant 
security risks, and should only be used for short periods of time to allow 
temporary network access.
3. Click Apply ChangesApply Changes  to save changes.
5.0b/  ACC ess  CONTROL
You can block individual computers on your local network from accessing 
specific services on the internet. For example, you could block one computer 
from accessing the internet, then block a second computer from transferring files 
using FTP as well as prohibit the computer from receiving incoming email.

64
Access control incorporates a list of preset services, such as applications and 
common port settings.
ALLOW OR R es TRICT se RVIC es
To allow or restrict services:
1. From the Advanced Advanced menu, select Security & Firewall Security & Firewall from the left pane 
and then click  Access Control Access Control . The Access ControlAccess Control  page opens with the 
allowed and blocked status displayed. The allowed section only displays 
when the firewall is set to maximum security.
2. To apply the rule to:
• Networked Device or Network Group - select AnyAny.
• Specific devices only – select networked device or User DefinedUser Defined .
3. Select the networked device to be allowed or blocked in the list.
4. In the Add devicesAdd devices , enter the group name, then click AddAdd. The new 
network group is automatically added to the Access Control Access Control section.

5. To block a service, select the internet protocol to be blocked in the 
ProtocolProtocol  field. 
6. If the service is not included in the list, select User DefinedUser Defined , define the 
service, then click Add another entryAdd another entry . 
7. Click AddAdd. The service is automatically added to the Access Control Access Control 
section.
8. Specify when the rule is active as AlwaysAlways  or User DefinedUser Defined .
9. Specify days of the week, and set the start time and end time when the 
rule will be active or inactive.

66
10. Click Add day/timeAdd day/time  to create the schedule time and choose the schedule 
rule by clicking on the check box on the screen.
11. Click AddAdd to apply the changes. 
12. The Access Control Access Control  page displays a summary of the new access control 
rule.
13. To modify the current settings, click the edit icon in the action column 
and then the ApplyApply  button. 
14. To remove an access restriction, click the trash icon. The rule is removed 
from the Access Control table.
5.0c/  DMZ hOsT
DMZ Host allows a single device on your primary network to be fully exposed to 
the internet for special purposes like video conferencing. 
Warning:  Enabling DMZ Host is a security risk. When a device on your network 
is a DMZ Host, it is directly exposed to the internet and loses much of the 
protection of the firewall. If it is compromised, it can also be used to attack other 
devices on your primary network.

Follow these steps to designate a device on your primary network as a DMZ 
Host:
1. From the Advanced Advanced menu, select Security & Firewall Security & Firewall and then click DMZ DMZ 
HostHost .
2. Select EnableEnable  for the DMZ Host.
3. Enter the IP address or select the MAC address of the device you want 
to designate as the DMZ Host.
5.0d/  IPV6 PIN hOL es
The IPv6 Pinhole feature of the Gateway allows an application to send incoming 
packets for a certain port number to the destination computer by setting up the 
rule of authorization.
To configure the rules:
1. From the Advanced Advanced menu, select Security & Firewall Security & Firewall and then click IPv6 IPv6 
PinholePinhole .

68
2. Select external and internal host, protocol and the application port type.
3. To schedule the rule, select either AlwaysAlways  or User DefinedUser Defined  in the 
ScheduleSchedule  list box.
4. Click Add to listAdd to list . The screen displays opened pinhole port and its status. 
It shows the IP addresses of remote device and connected device on 
your network.
5. Click Apply ChangesApply Changes  to save changes.
5.0e/  PORT FORWARDING
You can activate port forwarding to expose the network to the internet in a 
limited and controlled manner. For example, enabling applications, such as 
video conferencing and voice, to work from the local network as well as allowing 
internet access to servers within the local network.

To create port forwarding rules:
and then click Port ForwardingPort Forwarding . The Port ForwardingPort Forwarding  page opens with 
the current rules displayed.
2. To create a new rule, enter the application name, configure its inbound 
and outbound port numbers, forwarding destination address, then select 
the protocol. 
4. Click Add to listAdd to list . The rule displays in the Rules ListRules List  section.
5.0f/ PORT FORWARDING RUL es
You can view, modify, and delete port forwarding rules.
To access the rules:
1. Select Port Forwarding RulesPort Forwarding Rules  in the Security & FirewallSecurity & Firewall  section.

70
2. To create or edit a protocol rule, click the Add newAdd new  or EditEdit icon in the 
action column. The Edit ServiceEdit Service  page displays.
3. Modify the Service NameService Name  and Service DescriptionService Description , as needed.
4. To add server ports, click AddAdd.

5. To modify the current protocol, click the EditEdit icon in the action column. 
The Edit Service Server PortsEdit Service Server Ports  page displays.
6. Enter the Protocol, Source PortsProtocol, Source Ports  and Destination PortsDestination Ports , as needed.
7. Click ApplyApply  to save changes.
5.0g/  PORT TRIGG eRING
Port triggering can be described as dynamic port forwarding. By setting port 
triggering rules, inbound traffic arrives at a specific network host using ports that 
are different than those used for outbound traffic. The outbound traffic triggers 
the ports where the inbound traffic is directed.
For example, a web server is accessed using UDP protocol on port 2222. The 
web server then responds by connecting the user using UDP on port 3333, when 
a web session is initiated.
In this case, port triggering must be used since it conflicts with the following 
default firewall settings:
• Firewall blocks inbound traffic by default.

72
• Server replies to the Gateway IP, and the connection is not sent back to the 
host since it is not part of a session.
To resolve the conflict, a port triggering entry must be defined, which allows 
inbound traffic on UDP port 3333 only after a network host generated traffic to 
UDP port 2222. This results in the Gateway accepting the inbound traffic from 
the web server and sending it back to the network host which originated the 
outgoing traffic to UDP port 2222.
To configure port triggering:
1. From the Advanced Advanced menu, select Security & Firewall Security & Firewall and then click Port Port 
TriggeringTriggering .
2. To add a service as an active protocol, enter the application name, 
configure its inbound and outbound (triggered/forwarded) port range, 
then select the protocol.  

5.0h/  sCheDUL eR RUL es
Scheduler RulesScheduler Rules  are used for limiting the activation of firewall rules to specific 
time periods. The time periods are either for days of the week or for hours of 
each day based on activity or inactivity.
To define a rule:
1. Verify that the date and time of the Gateway is correct.
2. Select Scheduler RulesScheduler Rules  in the Security & FirewallSecurity & Firewall  section.
3. Click AddAdd. The Rule SchedulerRule Scheduler  page displays.

74
4. Enter the name of the rule, select the active or inactive days of the week 
and the start and end time range.
5. Specify if the rule is activeactive  or inactiveinactive  at the scheduled time.
6. Click Apply ChangesApply Changes  to save changes.
5.0i/  sIP ALG
SIP ALG (Application Level Gateway) - supports various multiple application 
protocols by allowing dynamic ephemeral TCP/ UDP ports to communicate with 
the known ports which a particular client application (such as FTP, VoIP service, 
net meeting or streaming media) requires.
To enable the SIP ALG settings:
1. From the Advanced Advanced menu, select Security & Firewall Security & Firewall and then click SIP SIP 
ALGALG .
2. Select EnabledEnabled  for the SIP ALG.

NeTWORK  seTTINGs
5.1/ NeTWORK se TTING s
5.1a/  ARP T A bLe
You can view the IPv4 and MAC addresses of each DHCP connection.
To view the IPv4 and MAC addresses for each device: From the Advanced Advanced menu, 
select Network Settings Network Settings and then click ARP TableARP Table .

76
5.1b/  DN s seRV eR
You can edit the host name and/or IP address, if the host was manually added to 
the DNS table. If not, you can only modify the host name.
To access the DNS server:
1. From the Advanced Advanced menu, select Network Settings Network Settings and then click  DNS  DNS 
ServerServer .
2. To disable DNS rebind protection for all devices connected to the 
Gateway, untick the check box of Enable DNS Rebind Protection.Enable DNS Rebind Protection.
Warning:  Disabling this protection may create a risk of cyber security attack 
to devices connected to this Gateway.
3. To add a computer stored in the DNSDNS  table, click Add DNS EntryAdd DNS Entry . The 
DNS EntryDNS Entry  page displays.

4. In the Host NameHost Name  field, enter the name of the computer, then enter the 
IP addressIP address  and click ApplyApply  to save changes.
5. Then the DNS ServerDNS Server  page displays.
6. To add a new IP address entry, select the Add Exceptions EntryAdd Exceptions Entry  in the 
Exceptions to DNS Rebind Protection Exceptions to DNS Rebind Protection section. The Add Exceptions List Add Exceptions List 
page displays. Edit the IP address. 
7. To remove a host from the DNS table, click the RemoveRemove  icon on the 
screen.
8. Click Apply ChangesApply Changes  to save changes.
5.1c/  DYNAMIC DN s
Typically, when connecting to the internet, the Gateway is assigned an unused 
public IP address from a pool, and this address changes periodically.
Dynamic DNS allows a static domain name to be mapped to the dynamic IP 
address, allowing a computer within your network to be more easily accessible 
from the internet.

78
When using Dynamic DNS, each time the public IP address changes, the DNS 
database is automatically updated with the new IP address. In this way, even 
though the IP address changes often, the domain name remains constant and 
accessible.
To set up dynamic DNS:
1. Select Dynamic DNSDynamic DNS  in the Network SettingsNetwork Settings  section.
2. To set up a new entry, click the AddAdd button.

3. Configure the following parameters:
• Host NameHost Name  – enter the full domain name for your Dynamic DNS 
domain.
• ProviderProvider  – select the Dynamic DNS account provider from the menu.
• User NameUser Name  – enter the user name for your Dynamic DNS account.
• PasswordPassword  – enter the password for your Dynamic DNS account.
• SSL ModeSSL Mode  – select if your Dynamic DNS service supports SSL.
4. Click ApplyApply  to save your changes.
5.1d/  IPV4 ADDR ess  DI sTRI bUTION
You can easily add computers configured as DHCP clients to the network. The 
DHCP server provides a mechanism for allocating IP addresses to these hosts 
and for delivering network configuration parameters to the hosts.
For example, a client (host) sends a broadcast message on the network 
requesting an IP address for itself. The DHCP server then checks its list of 
available addresses and leases a local IP address to the host for a specific

available addresses and leases a local IP address to the host for a specific 
period of time and simultaneously designates this IP address as taken. At this 
point, the host is configured with an IP address for the duration of the lease.
The host can renew an expiring lease or let it expire. If it renews a lease, the 
host receives current information about network services, as it did during the 
original lease, allowing it to update its network configurations to reflect any 
changes that occurred since the first connection to the network.
If the host wishes to terminate a lease before its expiration, it sends a release 
message to the DHCP server. This makes the IP address available for use by 
other hosts.

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The DHCP server performs the following functions:
• Displays a list of all DHCP host devices connected to the Gateway
• Defines the range of IP addresses that can be allocated in the network
• Defines the length of time the dynamic IP addresses are allocated
• Provides the above configurations for each network device and can be 
configured and enabled or disabled separately for each network device
• Assigns a static lease to a network computer to receive the same IP address 
each time it connects to the network, even if this IP address is within the 
range of addresses that the DHCP server may assign to other computer
• Provides the DNS server with the host name and IP address of each 
computer connected to the network
To view a summary of the services provided by the DHCP server:
1. Select IPv4 Address DistributionIPv4 Address Distribution  in the Network SettingsNetwork Settings  section.

2. You can edit the DHCP server settings for a device. On the IPv4 Address IPv4 Address 
DistributionDistribution  page, click the EditEdit icon on the screen. The DHCP Settings 
page opens with the device information displayed.
3. To enable the DHCP server, select DHCP ServerDHCP Server  in the IPv4 Address IPv4 Address 
DistributionDistribution  field.

4. Once enabled, the DHCP server provides automatic IP assignments (IP 
leases) based on the preset IP range defined below.
5. To configure the DHCP server, complete the following fields:
• Start IP AddressStart IP Address  – enter the first IP address that the Gateway 
will automatically begin assigning IP addresses from. Since the 
Gateway’s default IP address is 192.168.1.1, the default start IP 
address should be 192.168.1.2.
• End IP AddressEnd IP Address  – enter the last IP address that the Gateway will stop 
at for the IP address allocation. The maximum end IP address range 
that can be entered is 192.168.1.254.
• WINS ServerWINS Server  – determines the IP address associated with a network 
device.
• Lease Time in MinutesLease Time in Minutes  – assigns the amount of time in minutes that 
each device is assigned an IP address by the DHCP server when it 
connects to the network.

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When the lease expires, the server determines if the computer has 
disconnected from the network. If it has, the server may reassign this 
IP address to a newly connected computer.
6. Click ApplyApply  to save changes.
IPv4 Address Distribution According to D hCP option 60 (Vendor Class 
Identifier)
DHCP vendor class is related to DHCP option 60 configuration within the 
Gateway. User can add option 60 configurations such that particular vendor 
can get lease from a specified pool of address. The existing vendor class ID, IP 
address, MAC address and QoS are shown on the screen above.
DhCP Connection List
You can view a list of the connections currently assigned and recognized by the 
DHCP server.
To view a list of computers:
1. On the IPv4 Address DistributionIPv4 Address Distribution  page, click Connection ListConnection List .
2. To define a new static connection with a fixed IP address, click Add Add 
static connectionstatic connection .

3. Enter the host name.
4. Enter the fixed IP address to be assigned.
5. Enter the MAC address of the network interface of the computer used 
with this DHCP static connection.
5.1e/  IPV6
Use the IPv6 feature settings to enable, disable, or configure an IPv6 Internet 
connection and IPv6 LAN settings.
1. To configure your network to use the IPv6 Internet connection type, 
select IPv6IPv6  in the Network SettingsNetwork Settings  section to display the IPv6 service 
options:

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2. Select EnabledEnabled  in the Enable IPv6 SupportEnable IPv6 Support  field. 
3. Click Apply ChangesApply Changes  to have changes take effect.
Note: The Internet IPv6 service is required for this feature to work over the 
internet.
4. To disable the IPv6 service, move the selector to offoff in the Enable IPv6 Enable IPv6 
SupportSupport  field.
5. Click Apply ChangesApply Changes  to have changes take effect.
Once configured using valid IPv6 WAN and LAN configurations, you should 
not see any errors when you click on the Apply ChangesApply Changes  button and the Basic/Basic/
System/System StatusSystem/System Status  page will reflect the Gateway’s new IPv6 address.
You should also see the IPv6 address for all IPv6 supported devices on your local 
network displayed on the BasicBasic /DevicesDevices /DevicesDevices  page by selecting the Settings 
icon to access the Device SettingsDevice Settings  page for that device.

IPv6 WAN with LAN IPv6 s tateless s ettings
1. To configure IPv6 LAN Stateless mode with DHCPv6   WAN, select the 
StatelessStateless  option on the  IPv6 Configuration Controls IPv6 Configuration Controls  page as shown 
below:

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2. Specify the settings to be used to assign LAN IPv6 addresses by 
entering the following details:
• IPv6 LAN ConfigurationIPv6 LAN Configuration  (select StatelessStateless  from the dropdown list)
• LAN Prefix LAN Prefix (automatically populated)
• LAN Link Local AddressLAN Link Local Address  (automatically populated)
• Router Advertisement LifetimeRouter Advertisement Lifetime  (minutes between 0-150)
• Option: Allow ICMPv6 Echo Request for LAN devices using their Option: Allow ICMPv6 Echo Request for LAN devices using their 
Global IPv6 Address from WAN sideGlobal IPv6 Address from WAN side  - requesting an IPv6 address 
from any available DHCPv6 servers available on the ISP
3. After entering all appropriate IPv6 settings, click Apply ChangesApply Changes  to have 
changes take effect.
IPv6 WAN with LAN IPv6 s tateful (D hCPv6) s ettings
1. Specify the Stateful (DHCPv6)Stateful (DHCPv6)  settings to be used to assign LAN IPv6

1. Specify the Stateful (DHCPv6)Stateful (DHCPv6)  settings to be used to assign LAN IPv6 
addresses by entering the following details:

• IPv6 LAN ConfigurationIPv6 LAN Configuration  (select StatefulStateful  from the dropdown list)
• DHCPv6 Client Address RangeDHCPv6 Client Address Range  (start and end)
• IPv6 Address LifetimeIPv6 Address Lifetime  (minutes between 3-150)
2. After entering all appropriate IPv6 settings, click Apply ChangesApply Changes  to have 
5.1f/  IPV6 ADDR ess  DI sTRI bUTION

1. Select IPv6 Address DistributionIPv6 Address Distribution  in the Network SettingsNetwork Settings  section.

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2. You can edit the DHCP server settings for a device. On the IPv6 Address IPv6 Address 
DistributionDistribution  page, click the EditEdit icon on the screen column. The DHCP 
Settings page opens with the device information displayed.
3. To configure the DHCP server complete the following fields:
• Start IPv6 AddressStart IPv6 Address  – the starting IPv6 address in the consecutive list 
of addresses that makes up this LAN pool for the DHCPv6 server.
• End IPv6 AddressEnd IPv6 Address  – the ending IPv6 address in the consecutive list of 
addresses that makes up this LAN pool for the DHCPv6 server.
connects to the network. 
disconnected from the network. If it has, the server may reassign this

4. Click ApplyApply  to save changes.
1. On the IPv6 Address DistributionIPv6 Address Distribution  page, click Connection ListConnection List .

5.1g/  N D P  TA bLe
You can view the IPv6 and MAC addresses of each DHCP connection.
To view the IPv6 and MAC addresses for each device: select NDP NDP (Neighbor 
Discovery Protocol )  Table Table  in the Network SettingsNetwork Settings  section.
5.1h/  NeTWORK CONN eCTION s
Caution:  The settings described in this chapter should only be configured by 
experienced network technicians. Changes could adversely affect the operation 
of the Gateway and your local network.

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To view the network connections:
1. From the Advanced Advanced menu, select Network Settings Network Settings from the left pane 
and then click Network Connections.Network Connections.
2. To view and edit the details of a specific network connection, click the 
hyperlinked name or the action icon. The following sections detail the 
types of network connections that you can view.
NeTWORK ( hOM e/OFFICe ) CONN eCTION
You can view the properties of your local network. This connection is used to 
combine several network interfaces under one virtual network. For example, you 
can create a home/office network connection for Ethernet and other network 
devices.
Note:  When a network connection is disabled, the underlying devices formerly 
connected to it will not be able to obtain a new DHCP address from that Gateway 
network interface.

To view the connection:
1. On the Network ConnectionsNetwork Connections  page, click the Network (Home/Office)Network (Home/Office)  
connection link. The Network (Home/ Office) PropertiesNetwork (Home/ Office) Properties  page displays.

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2. To rename a network connection, enter the new network name in the 
NameName  field.
3. Click SaveSave  to save the changes.
CONFIGURING T he  hOM e/OFFICe  NeTWORK
To configure the network connection:
1. In the Network (Home/Office) Network (Home/Office) properties page, click SettingsSettings . The 

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2. Configure the following sections, as needed.
General
In the GeneralGeneral  section, verify the following information:
• StatusStatus  – displays the connection status of the network.
• Connection TypeConnection Type  – displays the type of connection interface.
• Physical AddressPhysical Address  – displays the physical address of the network card 
used for the network.
• MTUMTU  – displays the Maximum Transmission Unit (MTU) indicating the 
largest packet size permitted for internet transmissions:
• AutomaticAutomatic : sets the MTU (Maximum Transmission Unit) at 1500.
• Automatic by DHCPAutomatic by DHCP : sets the MTU according to the DHCP 
connection.
• ManualManual : allows you to manually set the MTU.
• IP addressIP address  and Subnet MaskSubnet Mask : the network connection uses a 
permanent or static IP addressIP address  and Subnet MaskSubnet Mask  address, provided 
by Verizon or experienced network technician.
• BridgeBridge

In the BridgeBridge  section of the Network (Home/Office) Network (Home/Office) properties, you 
can configure the various LAN interfaces.
Caution: Do not change these settings unless specifically instructed 
to by Verizon. Changes could adversely affect the operation of the 
Verify the following information:
• IP PassthroughIP Passthrough  – select to disable Wi-Fi and routing capabilities of 
the Gateway.  May be necessary if connecting 3rd party routers to 
the Gateway and disabling the IP Passthrough mode into the device.

• StatusStatus  – displays the connection status of a specific network 
• ActionAction  – contains an EditEdit hyperlink that, when clicked, generates the 
next level configuration page for the specific network connection or 
network device.
• IP Address DistributionIP Address Distribution
The IP Address DistributionIP Address Distribution  section is used to configure the 
Dynamic Host Configuration Protocol (DHCP) server parameters of 
Once enabled and configured, the DHCP server automatically 
assigns IP addresses to any network devices which are set to obtain 
their IP address dynamically.
If DHCP Server is enabled on the Gateway, configure the network 
devices as DHCP Clients. There are 2 basic options in this section: 
DisabledDisabled  and DHCP ServerDHCP Server .
To set up the Gateway’s network bridge to function as a DHCP 
server:
1. In the IP Address DistributionIP Address Distribution  section, select the DHCP DHCP

server:
1. In the IP Address DistributionIP Address Distribution  section, select the DHCP DHCP 
serverserver . Once enabled, the DHCP server provides automatic IP 
assignments (also referred to as IP leases) based on the preset 
IP range defined below.
• Start IP AddressStart IP Address  – Enter the first IP address in the IP 
range that the Gateway will automatically begin assigning 
IP addresses from. Since the Gateway’s IP address is 
192.168.1.1, the default Start IP Address is 192.168.1.2.
• End IP AddressEnd IP Address  – Enter the last IP address in the IP range 
that the Gateway will automatically stop the IP address 
allocation at. The maximum end IP address range that can 
be entered is 192.168.1.254.

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2. If Windows Internet Naming Service (WINS) is being used, enter 
the WINS ServerWINS Server  address.
3. In the Lease time in minutesLease time in minutes  field, enter the amount of time a 
network device is allowed to connect to the Gateway with its 
currently issued dynamic IP address.
• IP Address Distribution According to DHCP option 60 (vendor class IP Address Distribution According to DHCP option 60 (vendor class 
Identifier)Identifier)
DHCP vendor class is related to DHCP option 60 configuration within 
the Gateway. Adding option 60 configurations allows a particular 
vendor to get a lease from a specified pool of addresses.
Routing T able
You can configure the Gateway to use static or dynamic routing.
• Static routingStatic routing  – specifies a fixed routing path to neighboring destinations 
based on predetermined metrics.
• Dynamic routingDynamic routing  – automatically adjusts how packets travel on the network.

• Dynamic routingDynamic routing  – automatically adjusts how packets travel on the network. 
The path determination is based on network/device reachability and the 
status of the network being traveled.
To configure routing:
1. In the Routing TableRouting Table  section, click the Add new routeAdd new route  button to display 
and modify the new route configuration page.

2. To save your changes click ApplyApply .
Wi-Fi ACC ess  POINT CONN eCTION
A Wi-Fi Access Point network connection allows Wi-Fi devices to connect to the 
local area network (LAN) using the 2.4 GHz, 5 GHz or 6 GHz Wi-Fi network. 
Note:  Once disabled, all Wi-Fi devices connected to that Wi-Fi network will be 
disconnected from the LAN network and internet.
To view the connection settings:
2. To access the connection settings pages, click on the link of the Wi-Fi 
Access Point connections listed under Network name Network name on the Network Network 
ConnectionsConnections  page.

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3. From the connection’s Enable SettingsEnable Settings  page, to enable or disable the 
connection, move the selector to on on or off off.
4. To rename the connection, enter a name in the NameName  field.
5. Click ApplyApply  to save the changes.
6. Reboot the Gateway.
CONFIGURING Wi-Fi ACC ess  POINT PROP eRTIes
To configure the connection:
1. On the bottom of the Access Point’s specific Enable SettingsEnable Settings  page, click 
SettingsSettings . The configuration page displays.

2. Verify the following information:
General
• StatusStatus  - displays the connection status of the network.
• NetworkNetwork  – displays the type of network connection.
• MTUMTU  - specifies the largest packet size permitted for internet 
transmissions:
• AutomaticAutomatic : set the MTU (Maximum Transmission Unit) at 1500.
3. Click ApplyApply  to save changes.

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eThe RNe T CONNe CTION
You can view the properties of your Ethernet LAN connection using an Ethernet 
cable inserted into one of the Gateway’s Ethernet LAN ports.
1. To access the Ethernet Ethernet properties  page, click the EthernetEthernet  link listed 
under Network name Network name on the Network ConnectionsNetwork Connections  page.
2. To rename the network connection, enter the new name in the NameName  
field.

CONFIGURING e TheRN eT PROP eRTIes
1. In the Ethernet Ethernet page, click SettingsSettings . The configuration page displays.
General
• NetworkNetwork  – displays the type name of network connection.
• Connection TypeConnection Type  – displays as Hardware Ethernet SwitchHardware Ethernet Switch .
• MTUMTU  - specifies the largest packet size permitted for transmissions:

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• AutomaticAutomatic : sets the MTU (Maximum Transmission Unit at 1500).
• HW Switch PortsHW Switch Ports  – displays the status of each LAN port.
3. Click ApplyApply  to save the changes.
bROAD bAND CONNe CTION
You can view the properties of your broadband connection (your connection to 
the internet). This connection may be via Ethernet cable.
1. In the Network ConnectionsNetwork Connections  page, click the Broadband ConnectionBroadband Connection .

2. From the connection’s Enable SettingsEnable Settings  page, to enable or disable the 
3. To rename the network connection, enter the new name in the NameName  
field.
CONFIGURING T he  eThe RNe T CONNe CTION
1. In the Broadband Connection Broadband Connection page, click SettingsSettings . The configuration 
page displays.

2. Configure the following settings, as needed.
General
• Connection TypeConnection Type  - displays the type of connection interface.
• Internet APNInternet APN  (Access Point Name) – you may input APN information 
for your private network.
WAN IP Address
In the Internet ProtocolInternet Protocol  section of WAN IP AddressWAN IP Address , specify one of the following:
• No IPv4 AddressNo IPv4 Address : the connection has no IP address. This is useful if 
the connection operates under a bridge.

• Obtain an IPv4 Address AutomaticallyObtain an IPv4 Address Automatically : the network connection is 
required by Verizon to obtain an IP address automatically. The server 
assigning the IP address also assigns a subnet mask address, which 
can be overridden by entering another subnet mask address.
• Use the Following IP AddressUse the Following IP Address : the network connection uses a 

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• To override the subnet mask, select the Override Subnet MaskOverride Subnet Mask  check 
box, then enter the new subnet mask.
• Click ReleaseRelease /RenewRenew  in the DHCP LeaseDHCP Lease  field to drop/get an IP 
address from the DHCP server.
• In the Expires In Expires In field, enter the amount of time a network device is 
allowed to connect to the Verizon Internet Gateway with its currently 
issued dynamic IP address.
• IPv4 DNS - IPv4 DNS - selects Obtain IPv4 DNS Address DynamicallyObtain IPv4 DNS Address Dynamically  for using 
Dynamic DNS. Each time the public IP address changes, the DNS 
database is automatically updated with the new IPv4 address. In this 
way, even though the IP address changes often, the domain name 
remains constant and accessible.
• Internet Connection Firewall - Internet Connection Firewall - allows you to enable or disable the 
firewall configuration on this interface.

5.1i/  NeTWORK O bJeCT s
Network objects define a group, such as a group of computers, on the Gateway 
network by MAC address, IP address, and/or host name. The defined group 
becomes a network object. You can apply settings, such as configuring system 
rules, to all devices defined in the network object.
For example, instead of setting the same website filtering configuration 
individually to five computers one at a time, you can define the computers as a 
network object. Website filtering can then be simultaneously applied to all the 
computers.
You can use network objects to apply security rules based on host names, 
instead of IP addresses. This is useful since IP addresses change from time to 
time. In addition, you can define network objects according to MAC address to

time. In addition, you can define network objects according to MAC address to 
make the rule application more persistent against network configuration settings.

To define a network object:
1. From the Advanced Advanced menu, select Network Settings.Network Settings.
2. Select Network ObjectsNetwork Objects  in the Network SettingsNetwork Settings  section.
3. To define a network object, enter a name for the network object in the 
Objects NameObjects Name  field.
4. Select and configure the type of network object as IP address, IP subnet, 
IP range, MAC address, host name, or DHCP option, and click AddAdd.
5. The network object displays in the Objects ListObjects List  section.
6. Repeat the above steps to create additional network objects.
7. When complete, click Apply ChangesApply Changes  to save changes.

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5.1j/  PORT CONFIGURA TION
Ethernet port configuration allows you to set up the Ethernet ports as either full- 
or half-duplex ports, at either 10 Mbps, 100 Mbps, 1000 Mbps, or 2500 Mbps.
To configure the ports:
1. Select Port ConfigurationPort Configuration  in the Network SettingsNetwork Settings  section.
2. To emulate the speed and duplex configuration of the port with which it’s 
communicating, select AutoAuto  or select the port speed and duplicity.

5.1k/  ROUTING
You can view the routing and IP address distribution rules as well as add, edit, or 
delete the rules.
To view the rules:
1. Select RoutingRouting  in the Network SettingsNetwork Settings  section.
2. To add a new Route, click New RouteNew Route .

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3. Specify the following parameters:
• Routing Entry Routing Entry –  select the IP address type.
• NameName  – the network connection type.
• DestinationDestination  – enter the destination IP of the destination host, subnet 
address, network address, or default route. The destination for a 
default route is 0.0.0.0.
• NetmaskNetmask  – enter the network mask. This is used in conjunction with 
the destination to determine when a route is used.
• GatewayGateway  – enter the IP address of the Gateway.
• MetricMetric  – enter a measurement preference of the route. Typically, the 
lowest metric is the most preferred route. If multiple routes exist to a 
specific destination network, the route with the lowest metric is used.
4. Click Apply Apply and Apply Changes Apply Changes  to save changes.
Internet Group Management Protocol (IGMP)
IGMP allows for managing a single upstream interface and multiple downstream

IGMP allows for managing a single upstream interface and multiple downstream 
interfaces of the IGMP/MLD (Multicast Listener Discovery)-based forwarding. 
This function enables the system to send IGMP host messages on behalf of 
hosts that the system discovers through standard IGMP interfaces. Also, IGMP 
snooping allows an Ethernet switch to “listen in” on the IGMP conversation 
between hosts and routers, while IGMP querier will send out periodic IGMP 
queries.
To enable this function:
1. Choose the IGMP interfaces by clicking on the check boxes on the 
screen.
2. Click Apply ChangesApply Changes  to save changes.

DIAGNOs TICs & MONITORING
5.2/ DIAGNO sTIC s & MONITORING
5.2a/ bANDWIDT h MONITORING
You can view and monitor the recorded bandwidth usage measured in bytes.
To view the bandwidth:
1. From the Advanced Advanced menu, select Diagnostics & Monitoring.Diagnostics & Monitoring.
2. In the Diagnostics & MonitoringDiagnostics & Monitoring  section, select Bandwidth MonitoringBandwidth Monitoring .
3. To refresh the page, click RefreshRefresh .
4. To continuously refresh the page, click Auto-refresh onAuto-refresh on .
5.2b/  DIAGNO sTIC s
You can use diagnostics to test network connectivity. 
To diagnose network connectivity:
1. Select DiagnosticsDiagnostics  in the Diagnostics & MonitoringDiagnostics & Monitoring  section.
2. To ping an IP address, enter the IP address or domain name in the 
DestinationDestination  field and click GoGo.

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The diagnostics will display the number of pings, status, packets sent, 
and round trip time.
If no diagnostic status displays, click refresh in your web browser.
5.2c/  sYsTeM LOGGING
System logging provides a view of the most recent activity of the Gateway. In 
addition, you can view additional logs, such as the security, advanced, firewall, 
WAN link and LAN DHCP.
To view the system log:
1. Select System LoggingSystem Logging  in the Diagnostics & MonitoringDiagnostics & Monitoring  section.

2. To view a specific time of log event, click on the OptionsOptions  button.
3. Select your preferred logging time.
4. Click Save Save to save changes.
5. To view a specific type of log event such as Security Log, WAN Log, etc., 
click the appropriate link in the menu on the top.
6. To update the data, click RefreshRefresh .

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5.2d/  sYsTeM-WIDe  CONN eCTION s
You can view a summary of the monitored data collected for the Gateway.
To view the Gateway’s full system status and traffic monitoring data:
1. Select System-wide ConnectionsSystem-wide Connections  in the Diagnostics & MonitoringDiagnostics & Monitoring  
section.

2. To modify the connection properties, click the individual connection 
links.
3. To continuously refresh the page, click Auto-refresh onAuto-refresh on .
5.2e/  bACK hAUL LOGGING
You can view a summary of the BHM (backhaul modes: Ethernet and Wi-Fi) 
status of your network.
To view the backhaul modes log:
1. Select Backhaul LoggingBackhaul Logging  in the Diagnostics & MonitoringDiagnostics & Monitoring  section.

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2. To refresh the page, click RefreshRefresh .
3. To delete the log information, click ClearClear .
4. To save the log information, click SaveSave .
5.3/ sY sTeM
5.3a/ sYsT eM sTATU s
1. From the AdvancedAdvanced  menu, select SystemSystem . 
2. You can quickly view the Gateway’s status by selecting System StatusSystem Status  in 
the SystemSystem  section.
3. To refresh the page, click RefreshRefresh . 

sY sTeM
This section displays the status of the Gateway’s local network (LAN) and 
internet connection (WAN), firmware and hardware version numbers, MAC 
Address, IP settings of Verizon Internet Gateway and extender(s) (if connected).

sY sTeM
5.3b/  DA T e & TIM e se TTING s
You can set the time zone and enable automatic time updates.
To configure the settings:
1. From the Advanced Advanced menu, select System.System.
2. Select Date & TimeDate & Time  in the SystemSystem  section.

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3. Select the local time zone. The Gateway automatically detects daylight 
saving times for selected time zone.
4. In the Automatic Time UpdateAutomatic Time Update  section, click EnableEnable  onon to perform an 
automatic time update.
5. To refresh the page, click RefreshRefresh . 
5.3c/  FACTORY R ese T
You can use this functionality to save and load configuration files. These files are 
used to backup and restore the current configuration of the Gateway.
Only configuration files saved on a specific Verizon Internet Gateway can be 
applied to that Verizon Internet Gateway. You cannot transfer configuration files 
between Gateways.
Warning:  Manually editing a configuration file can cause the Gateway to 
malfunction or become completely inoperable.
Restore Options
You can restore your configuration settings to the Gateway factory default 
settings. Restoring the default settings erases the current configuration,

settings. Restoring the default settings erases the current configuration, 
including user defined settings and network connections. All connected DHCP 
clients must request new IP addresses. The Gateway must restart.
Prior to restoring the factory defaults, you may want to save your current 
configuration to a file. This allows you to reapply your current settings and 
parameters to the default settings, as needed. 
Note: When restoring defaults, the setting and parameters of the Gateway are 
restored to their default values. This includes the administrator password. A user-
specified password will no longer be valid.

sY sTeM
To restore the Gateway’s factory default settings:
1. Click Factory ResetFactory Reset  in the SystemSystem  section.
2. Select Default Settings or Default Settings except current user settingsDefault Settings or Default Settings except current user settings .
• Default SettingsDefault Settings  – will erase all gateway settings including user 
settings for SSID and Passwords.
• Default Settings except current user settingsDefault Settings except current user settings  – will erase all gateway 
settings but will retain the user settings for SSID and passwords.
3. Click the Restore Restore button. The factory default settings are applied and 
the Gateway restarts. Once complete, the Login page for the First Time 
Easy Setup Wizard displays.
To load the configuration file:
1. Select Factory ResetFactory Reset  in the SystemSystem  section.
2. To load a previously saved configuration file, select Recent backupRecent backup  or

2. To load a previously saved configuration file, select Recent backupRecent backup  or 
Load a backup file Load a backup file then click choose filechoose file .
3. Browse to the location of the file, and click the Restore Restore button to begin 
the configuration uploading process.

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4. Accessing the My Fios AppMy Fios App  or the My VerizonMy Verizon  account also allows you to 
restore the previously saved settings. Select Restore from account Restore from account and 
use My Fios AppMy Fios App  or My VerizonMy Verizon  account to restore the saved settings to 
5. Click the Restore Restore button. The Gateway will automatically restart with that 
configuration.
save Options
To save the configuration file:
1. From the Advanced Advanced menu, select System. System. 
2. Select Factory ResetFactory Reset  in the SystemSystem  section.
3. Select Router Router or Backup fileBackup file  to save the current configuration, then click 
Save Save button.  
4. If you select Backup fileBackup file , the configuration file is saved to you web 
browser’s download folder. 
5. Click SaveSave  button to begin the configuration backup process.

sY sTeM
5.3d/  LeD bRIG hTN ess
The Verizon Internet Gateway allows you to set the LED brightness to turn 
Off (0%) or stay bright (50% or 100%) using the user interface. 
To control the LED brightness:
1. Select  LED Brightness LED Brightness  in the SystemSystem  section.
2. Slide the bar to adjust the brightness of the LED.
3. Select your preferred timeout period (in minutes) from the dropdown list 
for the LED dimming setting. The Status LED will automatically turn off 
after the timeout period. 
Note:  The light will activate again on status changes like WPS pairing or loss 
of connection.

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5.3e/  OPeN sOURC e sOFTWAR e
To view:  From the Advanced Advanced menu, select SystemSystem  from the left pane and then 
click Open Source SoftwareOpen Source Software .
5.3f/  Reb OOT  Ve RIZON  INT eRN eT GAT eWA Y
Warning:  Only select Reboot Router if instructed to do so by Verizon support.
You can reboot the Gateway using the Reboot Router feature. Refer to 1.1a/ 
Reset Button  for factory reset function.
To reboot the Gateway using the user interface:
1. Select Reboot Router Reboot Router in the SystemSystem  section.

sY sTeM
2. To reboot, click Reboot DeviceReboot Device . The Gateway will reboot. This may take 
up to a minute.
3. To access the Gateway user interface, refresh your web browser.
4. After the Status LED on the front panel turns solid white, you will 
automatically be sent to the web browser login page.
5.3g/  ReMOT e ADMINIs TRA TION
Caution: Enabling Remote Administration places the Gateway network at risk 
from outside attacks.
You can access and control the Gateway not only from within the local network, 
but also from the internet using Remote AdministrationRemote Administration .
You can allow incoming access to the following:
• Allow Incoming WAN Access to Web-Management Allow Incoming WAN Access to Web-Management - used to obtain access 
to the Gateway’s UI and gain access to all settings and parameters through a 
web browser.
• Diagnostic ToolsDiagnostic Tools  - used for troubleshooting and remote system management 
by a user or Verizon.

126
Remote administration access of Web Management may be used to modify or 
disable firewall settings. Web Management services should be activated only 
when absolutely necessary.
To enable remote administration:
1. Select Remote AdministrationRemote Administration  in the SystemSystem  section.
2. To enable access, select the check box.
3. To remove access, clear the check box.
5.3h/  sYsTeM se TTING s
You can configure various system and management parameters.
To configure system settings:
1. Select System SettingsSystem Settings  in the SystemSystem  section ..

sY sTeM
 
2. In the Router StatusRouter Status  section, configure the following:
• Router’s HostnameRouter’s Hostname  – enter the host name of the 
Verizon Internet Gateway. 
• Local DomainLocal Domain  – view the local domain of the network.

128
• LocationLocation  – select your current location of the Gateway from the 
dropdown list. 
3. In the User SettingsUser Settings  section, you can view the administration user that 
can currently access your Wi-Fi network. In addition, you can modify the 
login password and manage the number of unsuccessful login attempts 
the administration user can enter before the Gateway temporarily denies 
all further login attempts by the user.
4. In the RouterRouter  section, configure the following by selecting the check box:
• Automatic Refresh of System Monitoring Web PagesAutomatic Refresh of System Monitoring Web Pages  – activates the 
automatic refresh of system monitoring web pages.
• Prompt for Password when Accessing via LANPrompt for Password when Accessing via LAN  – causes the Gateway 
to ask for a password when trying to connect to the network.

• Warn User Before Configuration ChangesWarn User Before Configuration Changes  – activates user warnings 
before network configuration changes take effect.
• In the Session LifetimeSession Lifetime  field, specify the length of time required 
before re-entering the login password after the Gateway has been 
inactive.
• In the Number of concurrent sessions that can be logged into the Number of concurrent sessions that can be logged into the 
routerrouter  field, select the number of users that can access the Gateway 
at the same time.
5. In the Remote AdministrationRemote Administration  section, configure the following:
• Enter the Primary HTTP Management PortPrimary HTTP Management Port . 
Refer to 5.3g  Remote Administration for using this feature.

• In the System LoggingSystem Logging  section move the selector to onon to activate 
system logging.

sY sTeM
• Remote System Notify LevelRemote System Notify Level  – specify the type of information, such 
as none, error, warning, and information, received for remote system 
logging.
• Remote Security Notify LevelRemote Security Notify Level  – specify the type of information, such 
as none, error, warning, and information, received for remote network 
security logging.

06 /  
TROU bLe
sh OOTING
6.0  Troubleshooting Tips
6.1  Frequently Asked Questions

131
06 /  TROUBLE SHOOTING
This chapter lists solutions for issues 
that may be encountered while using 
the Verizon Internet Gateway as well as 
frequently asked questions.
Although the majority of internet connectivity 
is automatic and transparent, if an issue 
does occur accessing the internet (e.g. 
complete loss of connectivity, inability to 
access services, etc.), you may need to take 
additional steps to resolve the problem.

TROUbLeshOOTING  TIPs
Note:  The advanced settings should only be configured by experienced network 
technicians to avoid adversely affecting the operation of the Gateway and your 
local network.
6.0/ TROU bL esh OOTING TIP s
6.0a/  IF YOU AR e UNA bLe TO CONN eCT TO T he INT eRN eT:
• The first thing to check is whether the Gateway is powered on and is 
connected to the internet. Check the Status LED on the front of the Gateway. 
Be sure to refer to the “1.1c/ LEDs” on page 7  to determine status of the 
Gateway. 
• If the prior tips do not resolve your connection issue, try power cycling the 
Gateway by unplugging the power cord from the power supply and wait 
2 minutes. During the 2 min. wait period, also power cycle the network device 
(e.g. the computer, tablet, etc.) and then plug the power cable back into the 
Gateway. After 3-5 minutes, recheck the Status LED and try again to access 
the internet.
• If rebooting the Gateway does not resolve your connection issue, try

• If rebooting the Gateway does not resolve your connection issue, try 
resetting the Gateway back to its factory default state by manually pressing 
the reset button on the bottom panel of the Gateway for 3+ seconds (the 
Status LED should go off) to begin resetting the Gateway. The Gateway 
will perform a factory reset and return the Gateway to default settings. The 
Gateway will return to service in 3-5 minutes depending on your network 
connection. Check Status LED and if it is solid white, try again to access the 
internet.
6.0b/  IF YOU AR e UNA bLe TO CONN eCT TO The   
VeRIZON  INT eRN eT GA T eWA Y  UsING WI-FI:
• Be sure your Wi-Fi device is within range of the Gateway; move it closer to 
see if your connection improves.
• Check your network device’s Wi-Fi settings to be sure your device’s Wi-Fi is 
on (enabled) and that you have the correct Wi-Fi network and password (if

on (enabled) and that you have the correct Wi-Fi network and password (if 
using a Wi-Fi password) as configured on the Gateway.

133
• Be sure you are connecting to the correct Wi-Fi network; check to be sure 
you are using the Gateway’s SSID. In some cases, if using a Wi-Fi password, 
you may need to enter the Wi-Fi password into your network device again to 
be sure your device accepts the password.
• Check to be sure you are running the latest software for your network device.
• Try turning your network device’s Wi-Fi off and on, and try to connect.
• If you have made any changes in your network settings and turning your 
network device’s Wi-Fi off and on does not help, try to restart your network 
device.
• You may need to turn the Wi-Fi settings from on to off, and back to on again 
and apply the changes.
• If you are still unable to access the Gateway, you may need to try connecting 
to the Gateway using another network device. If the issue goes away with 
another network device, the issue is likely with that individual network 
device’s configuration.

6.0c/  ACC ess ING The  Ve RIZON  INT eRN eT GAT eWA Y  IF YOU AR e 
LOCK eD OUT
• If the Gateway connection is lost while making configuration changes, a 
setting that locks access to Gateway’s UI may have inadvertently been 
activated.
The common ways to lock access to the Gateway are:
• Scheduler - If a schedule has been created that applies to the computer over 
the connection being used, the Gateway will not be accessible during the 
times set in the schedule.
• Access Control - If the access control setting for the computer is set to block 
the computer, access to the Gateway is denied.
To gain access, restore the default settings to the Gateway.

6.0d/  Res TORING The  Ve RIZON  INT eRN eT GAT eWA Y ’s DeFAU LT  
se TTING s
There are two ways to restore the default settings of the Gateway. It is important 
to note that after performing either procedure, all previously save settings on the 
Gateway will be lost.
For additional information regarding the Restore Defaults feature, refer to section 
5.3c/ Factory Reset /Restore Options .
• Using the tip of a paperclip or similar object, press and hold the Reset button 
on the bottom of the Gateway for over three seconds.
• Access the UI and navigate to the Advanced Settings page. Select the 5.3c/ 
Factory Reset  option. After saving your configuration, if desired, click the 
Factory Default radio button. For additional details, refer to the 5.3c/ Factory 
Reset /Restore Options  section of this guide.
Note: If you reset or reboot the Gateway, you may also need to disconnect the 
Gateway’s power supply for a few minutes (3 or more) and then reconnect the

Gateway’s power supply for a few minutes (3 or more) and then reconnect the 
power cable.  
6.0e/  LAN CONNe CTION FAILURe
To troubleshoot a LAN connection failure:
• Verify the Gateway is properly installed, LAN connections are correct, and 
that the Gateway and communicating network devices are all powered on.
• Confirm that the computer and the Gateway are both on the same network 
segment.
If unsure, let the computer get the IP address automatically by initiating the 
DHCP function, then verify the computer is using an IP address within the default

135
range of 192.168.1.2 through 192.168.1.254. If the computer is not using an IP 
address within the correct IP range, it will not connect to the Gateway.
• Verify the subnet mask address is set to 255.255.255.0.
6.0f/ TIM eOUT e RROR OCCUR s W he N e NT eRING T he URL OR IP 
ADDR ess
Verify the following:
• All computers are working properly.
• IP settings are correct.
• The Gateway is on and connected properly.
• The Gateway settings are the same as the computer.
For connections experiencing lag or a slow response:
• Check for other devices on the network utilizing large portions of the 
bandwidth and if possible temporarily stop their current utilization and 
recheck the connection.
• If lag still exists, clear the cache on the computer and if still needed, 
unplug the Ethernet cable or disable the Wi-Fi connection to the computer 
experiencing the slow connection and then reconnect or enable the Wi-Fi 
connection and try the connection again.

In rare cases you may also need to:
• Unplug the Ethernet cable to the Gateway and restart the Gateway, wait 1-2 
mins. and insert the Ethernet cable again.
• Under limited circumstances you may use a port forwarding configuration on 
the Gateway, based on the application you are using (refer to the 5.0e/ Port 
Forwarding  section or Verizon’s support online help for more details).

6.0g/  FRONT L eDs AND WP s bUTTON
 
 )
 
 )
 )
Note:  LEDs will dim by default after setup is complete
Wi-Fi (
 )

137
The rear panel’s WPS Button allows quick access to the Wi-Fi Protected Setup 
(WPS) feature and handset paging/paring mode. 
6.0h/  ReAR LIG hTeD INDICATOR s
Wired LAN 

FReqUeNTL Y  AsKeD  qUes TIONs
6.1/ FR eq UeNTL Y A sKeD q Ues TION s
6.1a/   I’Ve RUN OUT OF e The RN eT PORT s ON MY 
Ve RIZON  INT eRN eT GAT eWA Y . hOW DO I ADD MOR e 
COMPUT eRs OR De VIC es ?
Plugging in an Ethernet hub or switch expands the number of ports on the 
Gateway.
• Run a straight-through Ethernet cable from the Uplink port of the new hub to 
• Use a crossover cable if there is no Uplink port/switch on your hub, to 
connect to the Gateway.
• Remove an existing device from the Ethernet port on the Gateway and use 
that port.
6.1b/   hOW DO I C hANG e T he PA ss WORD ON MY GAT eWAY  UI?
To change the password:
1. On the main screen, select AdvancedAdvanced , then select System SettingsSystem Settings  in the 
SystemSystem  section.
2. In the User SettingsUser Settings  section, set a new password.
6.1c/   Is T he WI-FI OPTION ON b Y D eFAUL T ON MY GAT eWAY ?
Yes, the Gateway’s Wi-Fi option is activated out of the box.

6.1d/   Is The  WI-FI se CURITY ON b Y D eFAUL T W he N T he WI-FI  
OPTION Is  ACTIVA T eD?
Yes, with the unique WPA2 (Wi-Fi Protected Access II) key, also called the 
Wi-Fi Password, that is printed on the sticker on the bottom of the Gateway.

139
6.1e/   AR e The  GAT eWA Y ’s eTheRN eT PORT s AUTO- seN sING?
Yes. Either a straight-through or crossover Ethernet cable can be used.
6.1f/   CAN I U se AN OLD eR WI-FI  DeVIC e TO CONN eCT TO MY  
GAT eWAY ?
Yes, the Gateway can interface with 802.11b, g, n, ac or ax devices. The 
Gateway also can be setup to handle only n Wi-Fi cards, g Wi-Fi cards, 
b Wi -Fi cards, or any combination of the three.
6.1g/   CAN MY WI-FI sIGNAL PA ss T hROUG h FLOOR s, WALL s, AND 
GLAss ?
The physical environment surrounding the Gateway can have a varying effect 
on signal strength and quality. The denser the object, such as a concrete wall 
compared to a plaster wall, the greater the interference. Concrete or metal 
reinforced structures experience a higher degree of signal loss than those 
made of wood, plaster, or glass.
6.1h/   hOW DO I LOCA T e T he IP ADDR ess T hA T MY COMPUT eR Is 
UsING?

UsING?
In Windows 8 or Windows 10, click the Windows button and select SettingsSettings , 
then click Network & InternetNetwork & Internet  and StatusStatus . Click the PropertiesProperties  button for 
details of IP address.
On Mac OS X, open System Preferences and click the Network icon. The IP 
address displays near the top of the screen.
To find the IP address from the gateway GUI:
1. From the Basic Basic menu, select Devices Devices from the left pane ..
2. Click the Settings icon to access the Device SettingsDevice Settings  page for that 
device to view detailed IP address information for the device.

6.1i/   I Use D D hCP TO CONFIGUR e MY N eTWORK. DO I N ee D TO 
Res T ART MY COMPUT eR TO R eFR esh MY IP ADDR ess ?
No. In Windows 8, Windows 10 and Mac OSX, unplug the Ethernet cable or 
Wi-Fi card, then plug it back in.
6.1j/   I CANNOT ACC ess MY  GAT eWAY  UI. W hA T sh OULD I DO?
If you cannot access the UI, verify the computer connected to the Gateway is 
set up to dynamically receive an IP address.
6.1k/   I hAV e A FTP OR W eb se RV eR ON MY N eTWORK. h OW CAN I 
MAK e IT AVAILA bLe TO U se Rs ON T he INT eRN eT?
For a web server, enable port forwarding for port 80 to the IP address of 
the server. Also, set up the web server to receive that port. Configuring the 
server to use a static IP address is recommended.
For a FTP server, enable port forwarding for port 21 to the IP address of 

6.1l/   hOW MANY COMPUT eRs CAN be CONN eCT eD T hROUG h MY 
GAT eWAY ?
The Gateway is capable of 254 connections, but we recommend having no 
more than 132 connections. As the number of connections increases, the 
available speed for each computer decreases.

07 /  
sPeCIFICA TION s
7.0  General Specifications
7.1  Connections

142
07 /  SPECIFICATIONS
The specifications for the Verizon Internet 
Gateway are as follows.
This includes standards, cabling types and 
environmental parameters.

GeNeRAL  sPe CIFICA TIONs 
Note:  The specifications listed in this chapter are subject to change without 
notice.
7.0/  GeN eRAL s PeCIFICA TION s 
Model Number:  CR200A
Technical Standard:  3GPP Release 16 (DL CAT 20, UL CAT 18)
Frequency band:  LTE Band: B2,B5,B13,B48,B66, DL 4x4 
MIMO UL 1x1 SISO
 5G Band: n2,n5,n48, n66, n77, DL 4x4 
MIMO UL 2x2 MIMO  
Wi-Fi Standard:  802.11 a/b/g/n/ac/ax
Dimensions:  130 mm x 130 mm x 220.5 mm  
(L x W x H)
Weight: 1.36 Kg
Certifications:  FCC, UL
Operating Temperature:  5° C to 40° C (41° F to 104° F)
Storage Temperature:  -45° C to 70° C (-49° F to 158° F)
Operating Humidity:  5% to 90% 
Storage Humidity:  5% to 90% (non-condensing)
7.1 /  CONN eCTION s
DC Input:  source adapter: 12V/3A
Ethernet: RJ-45 LAN ports x 2

145
08 /  NOTICES
This chapter lists various compliance
and modification notices, as well as the
NEBS requirements and GPL.

Re GULA TORY  COMPLIANCe NOTICes
8.0/ ReGULA TORY COMPLIANC e NOTIC es
8.0a/  Class b  equipment
This equipment has been tested and found to comply with the limits for a Class B 
digital device, pursuant to Part 15 of the FCC Rules. These limits are designed 
to provide reasonable protection against harmful interference in a residential 
installation. This equipment generates, uses and can radiate radio frequency 
energy and, if not installed and used in accordance with the instructions, may 
cause harmful interference to radio communications. However, there is no 
guarantee that interference will not occur in a particular installation. If this 
equipment does cause harmful interference to radio or television reception, 
which can be determined by turning the equipment off and on, the user is 
encouraged to try to correct the interference by one of the following measures:
• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and receiver.

• Connect the equipment into an outlet on a circuit different from that to which 
the receiver is connected.
• Consult the dealer or an experienced radio/ TV technician for help.
FCC Caution: Any changes or modifications not expressly approved by the 
grantee of this device could void the user’s authority to operate the equipment.
FCC regulations restrict the operation of this device to indoor use only.
The operation of this device is prohibited on oil platforms, cars, trains, boats, and 
aircraft, except that operation of this device is permitted in large aircraft while 
flying above 10,000 feet.
Operation of transmitters in the 5.925-7.125 GHz band is prohibited for control of 
or communications with unmanned aircraft systems.

147
RF e xposure:
To comply with FCC RF exposure compliance requirements, the antenna used 
for this transmitter must be installed to provide a separation distance of at least 
22cm from all persons (indoor), and must not be co-located or operating in 
conjunction with any other antenna or transmitter.
This device complies with Part 15 of the FCC Rules. Operation is subject to the 
following two conditions: (1) this device may not cause harmful interference, and 
(2) this device must accept any interference received, including interference that 
may cause undesired operation.
8.0b/  Nebs (Network e quipment b uilding s ystem) s tatement
An external SPD is intended to be used with CR200A.
WARNING:WARNING:  The intra-building ports of the equipment or subassembly is suitable 
for connection to intra-building or unexposed wiring or cabling only. The intra-
building port(s) of the equipment or subassembly MUST NOT be metallically

building port(s) of the equipment or subassembly MUST NOT be metallically 
connected to interfaces that connect to the OSP or its wiring. These interfaces 
are designed for use as intra-building interfaces only (Type 4 ports as described 
in GR-1089) and require isolation from the exposed OSP cabling. The addition 
of Primary Protectors is not sufficient protection in order to connect these 
interfaces metallically to OSP wiring.
Caution:  The Verizon Internet Gateway must be installed inside the home or office. 
The Gateway is not designed for exterior installation.

8.0c/  GeN eRAL PU bLIC LIC eN se
This product includes software made available under open source licenses. 
Additional information about that software, applicable licenses, and 
downloadable copies of source code, is available at:
https://verizon.com/opensource/
All open source software contained in this product is distributed WITHOUT ANY 
WARRANTY. All such software is subject to the copyrights of the authors and to 
the terms of the applicable licenses included in the download.
This information is provided for those who wish to edit or otherwise change such 
programs. You do not need a copy of any of such open source software source 
code to install or operate the device.

Get to Know
Y our Phone
Para la versión en español, visite
verizonwireless.com/support
About Y our Phone Setting Up Y our Phone
This product meets the applicable national or 
international RF exposure guidance (SAR guideline) when used normally against your head or, when worn or carried, at a distance of 1.5 cm from the body. The SAR guideline includes a considerable safety margin designed to assure the safety of all persons, regardless of age and health.About Y our Phone
11:35
72°
11:35
Fri, Aug 28
Play Store Email
 Google
 Voice MailVolume
ButtonsFront 
CameraHeadset
JackNano SIM
& MicroSD
Card Tray
Camera 
FlashPower/Lock
Button
 Press: Screen   On/Off
 Hold: Phone
  On/Off
Earpiece
Audio Ports
USB/Charger 
Port
MicrophoneNFC 
T ouchpointBack
Camera
Camera 
FlashSetting Up Your PhoneY our phone comes with the SIM card pre-installed.
Optional: Insert a microSD Card

Earpiece
Port
Camera
Camera 
 1.With the phone facing up, insert the tool that 
comes with your phone into the small hole on the card tray and pop out the tray.
2.Insert the microSD card into the tray with the 
gold contacts facing up.
NOTE: The microSD card is sold separately.
3.Carefully insert the tray back into the phone.
Charge Y our Phone
 1.Insert the small end of the USB cable into the 
USB/charger port.
2.Insert the other end into the power adapter, and  
plug the power adapter into an electrical outlet.
charge your phone. Improper handling of the charging port, as well 
as the use of an inco mpatible charger, may cause damage to your 
phone and void the warranty.

Learning More Additional Information Using Y our Phone Managing Y our Account
Using Y our PhoneTurning Your Phone On/Off
T o turn your phone on, press and hold the 
Power/Lock  button until the screen turns on.
T o turn your phone off, press and hold the 
Power/Lock  button and then tap Power off .
T o turn on your screen, press the Power/Lock  
button. Then drag the lock icon  up to unlock it.
T o turn off your screen and prevent accidental 
key presses, press the Power/Lock  button. Y our 
phone will also lock automatically if you don't use 
it for a while.
Swipe left to
open the camera.Drag up to unlock
your screen.Swipe right tomake a call.Home Screen
Shattershield ™
Y our phone display is guaranteed not to crack or 
shatter. But be careful—you still need to guard 
against scratches and other minor damage.
Find out more about this innovative display and 
how to care for it by visiting 
motorola.com/shattershield .
11:35
72°
11:35
Fri, Aug 28

11:35
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11:35
Fri, Aug 28
 Google
 Voice MailSwipe down with one 
finger for notifications,or with two fingers forprofiles and settings.
Search by typing, or
tap         for a voice search.
T ouch and hold an empty spot to add widgets, change wallpaper,or adjust settings.
Tap Apps          tosee all your apps.
Back
Home
OverviewVolume and Interruptions
Press the side volume buttons up or down to select 
a ringer volume from high to vibrate .
T ap an option under the volume slider to select 
which interruptions and alarms you want to 
receive: All, Priority , or None .
Y ou can make High-Definition Voice and Video 
Calls, and surf the web while you talk on the 
phone, when you add Advanced Calling to your line. Visit verizonwireless.com/AdvancedCalling  to 
learn how.

learn how.
Copying Content from Y our Old Phone
For help transferring contacts, photos, and other 
content from your old phone, visit verizonwireless.com/cloud .
None All Priority
Set volume by dragging
the slider or pressing theside volume buttons.
Tap to switch between
vibrate and ring.Tap to changeinterruption settings.Learning MoreThe Help  app gives you tips, videos, and 
Voice MailSending T extsGetting AppsTaking Photos
Accessibility Settings
From your computer, visit 
verizonwireless.com/support .
Download a User Guide from 
verizonwireless.com/support , or call 
(800) 734-5870  to order a copy.
User Guide
Managing Your AccountMy Verizon Mobile App
edit account information, pay your bill, and more.
International Travel

User Guide
For features and rates when 
traveling outside the US, visit verizonwireless.com/international
.
Call (800) 922-0204 .
Follow us @VZWSupport . Customer InformationY our Wireless Device and Third Party Services
Verizon Wireless is the mobile carrier associated with this wireless

Verizon Wireless is the mobile carrier associated with this wireless 
device, but many services and features offered through this wireless device are provided by or in conjunction with third parties. Verizon Wireless is not responsible for your use of this wireless device or any non–Verizon Wireless applications, services and products, including any personal information you choose to use, submit or share with others. Specific third-party terms and conditions, terms of use, and privacy policies shall apply. Please review carefully all applicable term s and conditions and policies 
prior to using this wireless device  and any associated application, 
product or service.
Hearing Aid Compatibility Information
This phone has been tested and ra ted for use with hearing aids for

This phone has been tested and ra ted for use with hearing aids for 
some of the wireless technologies that it uses. However, there may be some newer wireless technologies used in this phone that have not been tested yet for use with hearing aids. It is important to try the different features of this phone thoroughly and in different locations, using your hearing aid or cochlear implant, to determine if you hear any interfering noise. Consult your service provider or the manufacturer of this phone for information on hearing aid compatibility. If you have questions about return or exchange policies, consult your service provider or phone retailer.
© 2015 Verizon Wireless. All Rights Reserved.
Copyright & Trademarks
MOTOROLA and the Stylized M Logo are trademarks or registered

MOTOROLA and the Stylized M Logo are trademarks or registered 
trademarks of Motorola Trademark Holdings, LLC. Android, Google and other trademarks are owned by Google Inc. The Android robot 
is reproduced or modified from work created and shared by Google and used according to terms described in the Creative Commons 3.0 Attribution License.  DROID is a trademark of Lucasfilm Ltd. and its related companies. Used under license. All other product or service names are the property of their respective owners.
© 2015 Motorola Mobility LLC. 
Product ID: Droid Turbo 2 by Motorola (Model XT1585)Manual Number: 68017992001-A

Meet your Wireless  
Home Phone.
*Note: Never place a USB-based device into the power connector port of the 
Wireless Home Phone. Doing so may damage the Wireless Home Phone and  
 negate its warranty.  
© 2016 Verizon Wireless. All Rights Reserved  
PN 90029395 DRAFTE.R1
About your Wireless Home Phone
T op view Bottom view
No. Item No. Item
1 Power on/off button 5 Antenna connector
2 Phone/Fax port 1 (RJ11) 6 OLED display
Phone/Fax port 2 (RJ11) 7 LED status indicator
3 Home security port 8 Menu button 
4 Power connector portNo. Item
1 Wall-mounting brackets
2 Battery removal tab 
3 Battery cover 
4 Reset button

Setting up your Wireless Home Phone
Your Wireless Home Phone comes with the SIM card installed.
Step 1: Install the battery
 
Optional: Install the antenna
T o increase signal strength, you can install an optional antenna. 
1.    Align the antenna with the antenna port and screw securely into place
2.  Restart the Wireless Home Phone after the antenna is inserted or 
removed.
      Note:  Antenna sold separately.
 
Step 2: Install the power adapter
1. Insert the power adapter into the power connector port.
2. Plug the power adapter into a wall outlet.
  Step 3: Connect your telephone to the Wireless Home Phone
The Wireless Home Phone provides ports for up to two telephones or Fax 
machines. The ports use the same telephone number.
1.  Unplug all telephones that you want to use with the Wireless Home 
Phone from wall telephone jacks.   
Warning:  Only phones plugged into the Wireless Home Phone will use this wireless

Warning:  Only phones plugged into the Wireless Home Phone will use this wireless 
service. If your existing phone has rotary or pulse dialing,it will not work with this product.
2.  Plug the end of your telephone cord into one of the telephone ports on 
the back of your Wireless Home Phone (the other end of the cord must 
remain plugged into the back of your home telephone base unit).Step 4: Turn on your Wireless Home Phone
Press the Power button to turn on the Wireless Home Phone.
The power indicator will be blue when device is turned on.
Important  
Please make sure your Wireless Home Phone is located in an area of your 
home that receives a strong wireless signal.
1.  Open the  
battery cover.2.  Insert the battery connection  
cable into the battery port. Then 
insert the battery as shown.3.  Close the  
battery cover.Step 5: Initial activation

1.  Open the  
Dial *228 on the telephone connected  
to your Wireless Home Phone and  
follow the instructions.
Please read the following if you are transferring your telephone number 
from a different provider.
Note: Customers transferring in their home number will not be able to make or receive calls on 
the Wireless Home Phone until the transfer process is completed. The transfer process can 
take 2 – 10 business days.  
Check the status of your transfer by visiting verizonwireless.com/LNP  or by calling 
877. 567. 4899 .
Note:  The telephone and telephone  
           cord are not included.Step 6: Make calls
1.  Before making a call, make sure at least one of the signal strength 
indicator bars (
 ) is lit up. If no bars are lit, move the Wireless Home 
Phone to a location that receives a signal.

2. Place a call to start using the service.
Important  
Customers may need to use the three-digit area code when dialing local 
and long distance numbers.
Find more information
•    Please refer to the User Guide at verizonwireless.com/support  for 
more details.
•    Customer Service is available at any Verizon Wireless store or by calling 
800.922.0204 .
12
12

About your Jetpack
Network Signal Strength 
Indicator
Data is being transferred 
between the mobile 
network and your Jetpack.
Roaming Indicator
You have unread messages.
Your Jetpack Wi-Fi 
network is turned ON.
Shows the number of  
Wi-Fi devices connected 
to your Jetpack.Indicator Status
Green The battery is fully charged.
Red There is no battery installed.
RedThe battery is low and needs to be recharged for the 
Jetpack to continue operation.
RedThe battery is critically low and the Jetpack will shut 
down unless the battery is connected to the charger.
BlackThe Jetpack is connected to an AC charger and  
charging.
Grey The Jetpack is connected via USB and charging.
Red There is no SIM installed in the Jetpack.
Red There is a SIM error. Check for proper installation.
Red The SIM card is locked. Meet your 
Jetpack. 
MiFi 7730L 
PN 90026858 R1 DRAFT H
Settings
Universal Charging
MiFi Share: USB Mass 
storage device in use

Jetpack. 
MiFi 7730L 
Settings
storage device in use 
Software Update
About Jetpack
Help
WARNING! Please use only an approved charger 
to charge your Jetpack. Improper handling 
of the charging port, as well as the use of an 
incompatible charger, may cause damage to 
your device and void the warranty. NOTE: Appearance of device may vary.Test portTest port
Power button  
• QuickCharge port  
• Internet over USB-C  
• MiFi ShareColor touchscreenSIM card slot (4FF)
Connection statusDevice display
Home screen Other icons
Test port Test portUniversal Charging port  
(Type A USB)
Power button
SIM card slot
Universal charging port  
• MiFi ShareBattery and SIM status
• Power on/off  
  (long press & hold)
• Screen on/off  
  (short press & release)

Support & more
My Verizon
Manage your account, track 
your usage, edit account 
information, pay your bill and 
more at verizonwireless.com/
MyVerizon  or with the My 
Verizon app on your mobile 
device.
Get help using your Jetpack
Use your Help app  
to get assistance right from  
your Jetpack.
From your computer, visit    
verizonwireless.com/Support .
Customer service
Call 800.922.0204 
Twitter @VZWSupport
More information
To access a User Guide, go to  
verizonwireless.com/Support  
and find your device. Or, from the 
Jetpack Admin website, select 
My Jetpack Home > Help & 
Support > Device Support Page 
& User Guide .Additional  information
Your wireless device and third-party services 
Verizon Wireless is the mobile carrier 
associated with this wireless device, but 
many services and features offered through 
this wireless device are provided by or in 
conjunction with third parties. Verizon Wireless 
is not responsible for your use of this wireless

is not responsible for your use of this wireless 
device or any non–Verizon Wireless applications, 
services and products including any personal 
information you choose to use, submit or share 
with others. It is recommended that you use the 
available encryption options for added security 
when provisioning your device for use as a 
Wi-Fi gateway. See your user manual for details. 
Specific third-party terms and conditions, 
terms of use, and privacy policies shall apply. 
Please review carefully all applicable terms 
and conditions and policies prior to using this 
wireless device and any associated application, 
product or service.Notes
Resetting your Jetpack  
To restore your Jetpack to the factory 
settings, follow the steps below.
1.  Make sure your Jetpack is on.
2.  Remove the battery cover from the 
back of your Jetpack and find the

back of your Jetpack and find the 
Reset  button.
3.  Press the Reset  button with an 
unfolded paperclip until the Jetpack 
screen shows MiFi Resetting .
NOTE: Resetting your Jetpack will also reset 
the Wi-Fi passwords.  Setting up your Jetpack
 
Your Jetpack comes with the SIM card 
and battery pre-installed.
Turning your Jetpack on/off
To turn your Jetpack on, press and hold 
the Power  button for 2 seconds.
To turn it off, press and hold the Power  
button for 3 seconds.
To wake the Jetpack display, press and 
release the Power  button.
System requirements
Your computer, tablet or other wireless 
devices need Wi-Fi capability and 
internet browser software only. 
Your Jetpack is compatible with all 
major operating systems and the latest 
versions of browsers.Finding the Wi-Fi name and password
From the Home screen, tap Wi-Fi Name

From the Home screen, tap Wi-Fi Name 
and Password  to open the Wi-Fi Name/
Password screen. 
 
Important : The default Admin password  
is the same as the default Wi-Fi 
password. To change either password, 
sign in to the Jetpack Admin website 
(see Accessing advanced settings ). 
Connecting to the internet
1.  Open the Wi-Fi application or controls 
on the computer or Wi-Fi–capable 
device you want to connect to the 
Jetpack and select your Jetpack’s 
Wi-Fi name from the list of available 
networks.
2.  Enter your Wi-Fi password when 
prompted. Your Wi-Fi–capable device 
is now connected to the internet. Accessing advanced settings
To access advanced settings and 
manage the Jetpack, you can sign in to 
the Jetpack Admin website by following 
the steps below:
1.  Connect your Wi-Fi–capable device to 
the Jetpack (see Connecting to the 
internet ).

2.  Open a web browser on your 
connected device and enter  
http:/ /My.Jetpack or http:/ /192.168.1.1 .
3.  Sign in with the Jetpack Admin 
password. When you first get your 
Jetpack, this will be the same as your 
Wi-Fi password.  (See Finding the  
Wi-Fi name and password .)
Monitoring data usage
You can monitor your Jetpack data 
usage and set up usage alerts through 
your My Verizon account. You can 
also see current usage details on your 
Jetpack Home screen, or by tapping the 
Data Usage icon, or by tapping Menu > 
Data Usage . 
Managing Wi-Fi networks  
and connections
When connected to the 4G LTE network, 
the default settings allow  you to connect 
15 Wi-Fi–capable devices. The Guest 
network is turned off by default and can 
be turned on from the Jetpack display

be turned on from the Jetpack display 
or the Admin website. (see Accessing 
advanced settings ).
To change the number of devices that 
can connect to either network, sign in to 
the Jetpack Admin website and select 
Connected Devices > Change Max 
Connections or Jetpack Settings >  
Wi-Fi > Advanced .
Universal charging  
The universal charging port allows you 
to charge external devices, such as 
smartphones and tablets. 
To charge an external device using the 
Jetpack:
1.  Turn on the Jetpack.
2.  Open the Universal charging port  
cover.
3.  Connect your device to a USB cable 
and plug the cable into the Universal 
charging port.Reset button

Place the back cover over the back of the 
phone and then press down along the edges to secure the cover.Y our phone comes with the SIM card pre-installed.
If you have a microSD card, slide the microSD card into the microSD card slot with the gold contacts facing down.
NOTE: The microSD card is sold separately.Setting Up Y our Phone About Y our Phone
images and icons you see here are for reference only.Step 2. Insert the Battery
Insert the battery, making sure to align the 
gold contacts. Press down gently to secure the battery.
Before turning on your phone, charge it fully. Be sure to use the USB cable and charger adapter that came with your phone.

WARNING! Please use only an approved charging accessory 
to charge your phone. Improper handling of the charging 
port, as well as the use of an incompatible charger, may 
cause damage to your device and void the warranty shown.
Proximity 
Sensor 
Front 
CameraEarpiece 3.5mm Headset Jack
Microphone USB/  
Charger Port
SpeakerPower/
Lock KeyVolume 
KeysFlashRear 
Camera
© 2015 Verizon Wireless. All Rights Reserved.MBM65281401 (1.0) 
 This booklet is made from 100% post-consumer recycled paper.
This booklet is printed with soy ink.    Printed in China
Get to Know 
Y our Phone
Para la versión en español, visite  
verizonwireless.com/support.

Learning More Managing Y our Account
Manage your account, track your 
usage, edit account information, pay your bill and more.
For features and rates when traveling outside the US, visit  verizonwireless.com/international.Advanced Calling
You can make High-Definition Voice and Video Calls, and surf the web while you talk on the phone, when you add Advanced Calling to your line. Visit  
verizonwireless.com/AdvancedCalling   
Copying Content from Y our  
Old Phone  
For help transferring contacts, photos and other content from your old phone, visit verizonwireless.com/cloud .
From your computer, visit verizonwireless.com/support.
Download a User Guide from verizonwireless.com/support   
or call (877) 268-7589 to  
order a copy.User GuideHome Screen Mode  
Y ou can select one of the two modes: Home  
and EasyHome. Instructions in this guide 
are written based on Home mode.

are written based on Home mode. 
Home mode—Standard experience for 
users who are familiar with Android. 
1.  
 > 
  The Help app gives you tips, videos 
and other information on how to use your phone, including:
 
        Voice Mail
 
        Accessibility SettingsUsing Y our Phone
Turning Y our Phone On/Off  
Power/Lock key.
Power/Lock key until the Phone options are 
shown. Tap Power off > OK.

To turn on your screen, quickly double-tap it, or press the Power/Lock key. Then swipe the screen up to unlock it.
Y ou can also drag an app shortcut icon at 
the bottom of the screen in any direction to open the app.
To turn off your screen and prevent 
accidental key presses, press the Power/Lock key.Your Wireless Device and Third-Party Services  
Verizon Wireless is the mobile carrier associated with this 
wireless device, but many services and features offered 
through this wireless device are provided by or in conjunction 
with third parties. Verizon Wireless is not responsible for your use of this wireless device or any non–Verizon Wireless 
applications, services and products, including any personal 
information you choose to use, submit or share with others. Specific third-party terms and conditions, terms of use,

information you choose to use, submit or share with others. Specific third-party terms and conditions, terms of use, 
and privacy policies shall apply. Please review carefully all 
applicable terms and conditions and policies prior to using this wireless device and any associated application, product 
or service.
 
This phone has been tested and rated for use with hearing 
aids for some of the wireless technologies that it uses. 
However, there may be some newer wireless technologies 
used in this phone that have not been tested yet for use with hearing aids. It is important to try the different features of 
this phone thoroughly and in different locations, using your 
hearing aid or cochlear implant, to determine if you hear any interfering noise. Consult your service provider or the 
manufacturer of this phone for information on hearing aid

manufacturer of this phone for information on hearing aid 
compatibility. If you have questions about return or exchange policies, consult your service provider or phone retailer.Additional Information

▪ 
▪ 
Language that communicates the intention of each of the above warnings is included with the product.   
For non -user-replaceable batteries use the battery warning above and the final USB -IF statement.

Course Resour ces
A PDF version of each module is available for your
reference.
Module 1: Introduction to Google Cloud Monitoring
Module 2: Avoiding Customer Pain
Module 3: Alerting Policies
Module 4: Monitoring Critical Systems
Module 5: Conﬁguring Google Cloud Services for Observability
Module 6: Advanced Logging and Analysis
Module 7: Monitoring Network Security and Audit Logs
Module 8: Managing Incidents
Module 9: Investigating Application Performance Issues
Module 10: Optimizing the Costs of Monitoring

Home Screen
Network Signal Strength  
Indicator
Network Technology 
Indicator  displays when you 
are connected to the 4G LTE network.
Activity Indicator  appears 
when data is being transferred 
between the Verizon network and your Jetpack.
Roaming indicator  appears 
when you are roaming.Messages Indicator  appears 
when you have unread Verizon 
system messages.
Connected Device Indicator  
displays the number of devices 
connected to your Jetpack.
Tethered Mode  Indicator  
displays when your Jetpack has 
a tethered connection.
Battery Indicator  displays the 
remaining battery charge and 
battery charging status.Wi-Fi  — View Wi-Fi Name/Password.
Connected Devices  — View 
currently connected/blocked 
device details.
Data Usage  — View data usage 
and billing cycle details.
Settings  — View/change basic 
Jetpack and Wi-Fi settings.Universal Charging  — Displays 
universal charging status.
Software Update  — View 
current software version and 
check for updates.

Messages  — View/delete 
About Jetpack  — Displays 
device details/Internet status.Help  — Displays Help, Tips, and 
Advanced features.Operations Actions
Power On To turn ON, press and 
hold the Power button for 2 seconds.
Power Off To turn OFF , press and hold the Power button for 3 seconds.
DisplayWake-UpWhen the display is on, 
the first quick press of 
the Power button puts the display to sleep.
Power IndicatorWhen the Jetpack is powered on, the Power indicator light will blink.Get to Know 
Y our DeviceJetpack Overview

WARNING! Use only an approved charger to charge your Jetpack. Improper handling of the charging port, as well as the use of an incompatible charger, may cause damage to your device and void the warranty. NOTE: Appearance of device might vary. Power ButtonAccessory 
PortAccessory 
PortHome Screen 
DisplayDevice Display
Universal Charging 
Port & Jetpack 
Charge/TetherSelect Center OptionPowerIndicator
Navigate Left/Up  
Select Left Option
Universal Charging Cable  
Connect This End  
To Jetpack®Navigate Right/Down  
Select Right OptionStep 1. Insert the Battery
Align the gold contacts. Press down gently 
to secure the battery. 
Step 2. Replace the Back Cover
Line up the 2 tabs on the back cover with

Line up the 2 tabs on the back cover with 
the slots at the bottom of the Jetpack, and then press down along the edges to secure the cover.
Step 3. Power On Y our Jetpack 
Press and hold the Power  button for  
2 seconds.  The display will illuminate.Status Bar
Data Usage & 
Alert PanelGetting StartedGetting Started Operation Status
CAROUSEL ICONS
5Power Button
Bottom View/Top viewDisplay Indicators
STATUS ICONS
Ready — A SIM card is installed 
and your device is ready to use.
No SIM — The device does not 
detect a SIM. 
SIM Locked  — You must enter 
a PIN to unlock the SIM and use the device.
SIM Error — The device cannot read the SIM that is installed.
SIM Blocked  — The wrong PIN was 
entered too many times. Contact customer service to get the code to unblock the SIM.
SIM Rejected  — The device can read

SIM Rejected  — The device can read 
the SIM, but the network rejects it.SIM ICONS
Verizon Jetpack® 4G LTE 
Mobile Hotspot - AC791LConnect This 
End To Device 
USB CablePara la version en español, visite  

User Guide
User Guide
To download a User Guide go to 
verizonwireless.com/support and find your device. To access the User Guide from the Jetpack Admin website, select My Jetpack Home   
and select the Device Support Page & User Guide link under Help & Support.
Get Help Using Y our Jetpack
View Help content right from your Jetpack.
Web  
http://verizonwireless.com/Support.
Follow us @VZWSupport.Using Y our Jetpack
Important: The default Admin password  
is the same as the default Wi-Fi password. 
To change either password, sign in to the Jetpack Admin website (see Accessing Advanced Settings).
Managing Wi-Fi Networks  
and Connections
When connected to the 4G L TE network,

When connected to the 4G L TE network, 
the default settings allow 15 Wi-Fi–capable devices to connect wirelessly to the primary network, one Wi-Fi–capable device to connect wirelessly to the guest network, and one additional tethered device via USB. The guest network is turned off on initial start-up. To use the guest network, you must turn it on in the Wi-Fi option of the Settings menu.
To change the number of devices that can 
connect to either network, follow the steps below:
1.
 Si
gn in to the Jetpack Admin website
and select Jetpack Settings > Wi-Fi .
2. Ch
oose a  Wi-Fi profile and then
expand the Options.Monitoring Data Usage
Y ou can monitor your Jetpack data usage

1.
 Si
2. Ch
Y ou can monitor your Jetpack data usage 
and set up usage alerts through your My Verizon account. Y ou can also see current usage details on your Jetpack Home screen or by scrolling to the Data Usage icon and opening the menu item.SIM Card Access
A SIM card is preinstalled in your Jetpack. If 
you need to replace your SIM card, remove the back cover and battery then gently push the SIM card out of SIM slot. 
Customer Information
the other end  of the USB cable to the 
device you wish to charge.
3. Se
lect your charging preference:
Continuous or Timed Charge.
Accessing Advanced Settings 
To access advanced settings and manage the Jetpack, sign in to the Jetpack Admin website using the following steps:
1.
 Co
nnect your Wi-Fi–capable device to 
the Jetpack using the steps outlined 
in the Connecting to the Internet section.
2.
 Op

1.
 Co
2.
 Op
en a Web browser on your
connected device and enter http://my.jetpack or 
http://192.168.1.1 .
Some computers will only accept theIP address to connect to the Jetpack Admin website.
3.
 Si
gn in with the Jetpack Admin
password.
1. Ve
rify the Jetpack is powered on.
2. Op
en the Jetpack Admin website
option in the Help menu to view the Admin password. Resetting Y our Jetpack
To restore your Jetpack to its factory settings, follow the steps below:
1.
 Ve
2. Op
en the Settings menu and select 
the Factory Reset option. Follow the
prompts.
The universal charging cable allows you to charge other devices  with your Jetpack such as smartphones, to keep them powered and connected longer. 
Universal Charging feature:
1.
 Ve

1.
 Ve
rify the Jetpack is powered on. 
Connect the universal charging cable
to the Jetpack.
2. Co
nnect the other end  of the charging
cable to a USB cable, then connect 
Support & More
System Requirements
Your computer, tablet, or other wireless devices need Wi-Fi capability and Internet browser software only. 
Your Jetpack is compatible with all major 
operating systems and the latest versions of browsers.
Wi-Fi Name/Password Menu
Y ou can view your Jetpack’s Wi-Fi name (SSID) and password using the following steps.
1.
 Po
wer on your Jetpack by pressing 
and holding the Power button for 2
seconds.
2. Ope
n the Wi-Fi Name/Password 
menu       .
Connecting to the Internet
1. Power on the Jetpack.
2
. Op
en the Wi-Fi application or controls
on the computer or Wi-Fi–capable device you want to connect to the Jetpack and find the Wi-Fi network (SSID) named “ Verizon- 791L-XXXX .”
3.
 Se
lect Connect  and enter the Wi-Fi

3.
 Se
password. Your Wi-Fi–capable device is now connected to the Internet.
© 2015 Verizon Wireless. All Rights Reserved.Quality One part no. QRG791VW .1
2Y our Wireless Device  
and Third Party Services

Verizon Wireless is the mobile carrier associated with this wireless device, but many services and features offered through this wireless device are provided by or in conjunction with third parties. Verizon Wireless is not responsible for your use of this wireless device or any non–Verizon Wireless applications, services and products including any personal information you choose to use, submit or share with others. It is recommended that you use the available encryption options for added security when provisioning your device for use as a Wi-Fi gateway. See your user manual for details. Specific third party terms and conditions, terms of use, and privacy policies shall apply. Please review carefully all applicable terms and conditions and policies prior to using this wireless device and any associated application, product or service.

Meet your new Pixel
SIM card tray
Pixel ImprintUSB-C portActive Edge (squeeze 
for Google Assistant)Volume up/downPower button

Before you start
Switching from an iPhone®  
To bring all your texts and data (like contacts, 
music, files, and apps) with you to your new 
Pixel, turn off 
• iMessage®, FaceTime®,  and Device 
Management (if needed) in your  
iPhone Settings
• iTunes® encryption in the iTunes app 
on your computer 
For iPhone help, go to g.co/imessagehelp  
and g.co/datatransferhelp
Switching from Android or another phone  
Go straight to setup. Or, follow the full 
transfer guide for your old phone at  
g.co/datatransferhelp

Set up your new Pixel
Press and hold the power button  
for 5 seconds.Your SIM card came preinstalled. No need  
to use the SIM tool.
Follow the on-screen instructions.21, 2, 3...1

Copy apps & data 
to Pixel
1. Follow the on-screen steps to continue 
setting up your Pixel.
2. At the Copy apps & data screen, connect 
the phones with the Quick Switch Adapter 
(if needed) and your old phone’s cable.
3. Choose what to copy to Pixel.
For support, go to g.co/pixel/help

Pixel
Quick Switch Adapter
(included in box)
Old phone’s cable
Old phone

We’re here for you
Find tips, learn about new features, and talk to 
a real human to get help when you need it:
On your phone, go to Settings > Tips & Support
On the web, visit g.co/pixel/help
1. G953-00967-02_revA

Education Chromebook
USER MANUAL
January 2020ENGLISH
LI9B  – Clamshell  series

2CONTENTS
BEFORE YOU START  ........................................................................................... 4
Make sure you have everything  ................................................................................... 4
Familiarize yourself with the computer  ....................................................................... 5
OPENING THE DISPLAY PANEL  .............................................................................. 5
FRONT OVERVIEW ................................................................................................... 6
LEFT SIDE OVERVIEW  ............................................................................................. 8
RIGHT SIDE OVERVIEW  ........................................................................................ 10
BACK OVERVIEW  ................................................................................................... 13

BOTTOM OVERVIEW .............................................................................................. 13
GETTING STARTED  ............................................................................................ 15
Power Sources  ............................................................................................................. 15
CONNECTING THE POWER ADAPTERS  .............................................................. 15
RECHARGING THE BATTERY  ............................................................................... 16
Starting Your Chromebook  ......................................................................................... 17
POWER ON  ............................................................................................................. 17

POWER OFF  ........................................................................................................... 17
USING SHORTCUT KEYS  ...................................................................................... 18
USING THE TOUCHPAD  ......................................................................................... 20
TROUBLESHOOTING  ......................................................................................... 22
Identifying the Problem  ............................................................................................... 22
REGULATORY NOTICES  .................................................................................... 23
SPECIFICATIONS  ................................................................................................ 27

3TAKING CARE OF YOUR COMPUTER
• To prevent possible overheating of the computer’s processor, make sure you don’t block the 
openings provided for ventilation.
• DO NOT  press or touch the display panel.
• DO NOT  place on uneven or unstable work surfaces.
• DO NOT use your computer under harsh conditions.
• DO NOT place or drop objects on the computer and DO NOT  apply heavy pressure on it.
• DO NOT  subject the computer to magnetic fields.
• DO NOT  expose to direct sunlight.
• DO NOT  use or store in extreme temperatures.
• Avoid sudden changes in temperature or humidity by keeping it away from A/C and heating vents.
• Avoid exposing the computer to rain or moisture.
• DO NOT  place near fire or other sources of heat.
• DO NOT  tamper with the batteries. Keep them away from younger children.
• DO NOT  expose to dust and/or corrosive chemicals.
• DO NOT  slam your computer shut and never pick up or hold your computer by the display.

• DO NOT  spray water or any other cleaning fluids directly on the display.
• If you are traveling with your computer, remember to carry it as hand luggage. Do not check it 
in as baggage.

4BEFORE YOU START
Make sure you have everything
When you receive your Chromebook, unpack it carefully, and check to make sure you have all the 
items listed below. For a pre-configured model you should have the following:
• Chromebook
• AC adapter with power cord
• User Manual
Once you have checked and confirmed that your Chromebook system is complete, read through 
the following pages to learn about all of your Chromebook components.
Depending on the model you purchased, the actual appearance of your Chromebook 
may vary from that shown in this manual.NOTE

BEFORE YOU START
5Familiarize yourself with the computer
OPENING THE DISPLAY PANEL
To open the display panel, simply lift the lid up.
When closing it, be sure not to slam it shut.

6FRONT OVERVIEW
The following is an overview of the front of the Chromebook.
Display Panel
Keyboard
Touchpad 
Pointing DeviceCamera
Microphone
Suspend/Power On ButtonCamera LED
The built-in microphone allows for the reception and transmission of voice and/or other audio data 
to any program capable of accepting such input.
Camera
The 720p HD rotatable camera allows you to snap a photo or create a video chat or video conference 
from different angles.
The display panel is a color LCD panel with back lighting for the display of text and graphics.

7Suspend/Power On Button
This button turns your Chromebook on and off. (See Power On section for more information.)
Touchpad Pointing Device
The touchpad pointing device is a mouse-like cursor control with a touch sensitive movement pad.
Keyboard
The standard Chromebook keyboard is equipped with special shortcut keys which help you access 
common actions quickly. It is also spill resistant to offer users protection from accidental liquid spills.
Camera LED
The camera LED indicates when the camera is enabled or disabled.

8LEFT SIDE OVERVIEW
The following is a brief description of the left side of the Chromebook.
Memory Card ReaderAudio Combo Jack
(Headphone & Microphone)
Battery Charging Status IndicatorUSB Type C Port
USB 3.0 Port
USB Type C Port
The USB Type C port allows you to connect Universal Serial Bus devices. It is small, compact, 
and reversible port.
The USB 3.0 port allows you to connect Universal Serial Bus devices. It supports v3.0 of the USB 
standard, which allows data exchange rates as high as 4.8 Gb/s. USB 3.0 is backwards compatible 
with USB 2.0.
Audio Combo Jack (Headphone & Microphone)
The audio combo jack allows you to connect headphones, external speakers, amplifiers or an 
external mono microphone.
Memory Card Reader
The memory card reader offers a fast and easy way to transfer digital photos, music and data 
between your Chromebook and flash compatible devices such as digital cameras, portable MP3

between your Chromebook and flash compatible devices such as digital cameras, portable MP3 
players, mobile phones, tablets, and handheld devices.

9Battery Charging Status Indicator
The battery charging status indicator shows the system battery status in the following manner:
• Amber light - The battery is charging.
• Blue light - The battery is fully charged.

10RIGHT SIDE OVERVIEW
The following is a brief description of the right side of the Chromebook for three different SKUs: 
USB, HDMI, and LTE.
USB SKU:
Kensington 
Lock SlotUSB 3.0 PortUSB Type C Port
HDMI SKU:
Kensington Lock Slot HDMI PortUSB Type C Port
LTE SKU:
Kensington Lock Slot LTE SlotUSB Type C Port

11USB Type C Port
Kensington Lock Slot
The Kensington lock slot allows you to secure your Chromebook to an immovable object with an 
optional security cable.
USB SKU:
HDMI SKU:

12LTE SKU:
USB 3.0 Port (for USB SKU)
HDMI Port (for HDMI SKU)
The HDMI port allows you to connect a video device such as a television, a projector, or a VCR 
to your computer.
LTE Port (for LTE SKU)
Insert the SIM card to the LTE slot for mobile connectivity.

13BACK OVERVIEW
The following is an overview of the back of the Chromebook.
BOTTOM OVERVIEW
The following is an overview of the bottom of the Chromebook.
Handle
SpeakersDrainage Hole

14Drainage Hole
The drainage hole prevents the accumulation of liquid inside the keyboard by releasing any liquid 
that has entered the keyboard, such as liquid from condensation or accidental spillage.
To prevent the accumulation of liquid inside the keyboard, make sure you do not 
block the drainage holes.
Handle
The integrated retractable handle allows you to carry the Chromebook conveniently.
Speakers
Speakers provide audio output for video and music playback.CAUTION

15GETTING STARTED
Power Sources
Your computer has two types of power source: a Lithium-Polymer battery or an AC adapter.
CONNECTING THE POWER ADAPTERS
The AC adapter provides power for operating your Chromebook and charging the battery.
Connecting the AC Adapter
1. Plug the DC output cable into the USB Type C port of your Chromebook.
2. Plug the AC adapter into an AC electrical outlet.
Switching from AC Adapter Power to Battery Power
1. Be sure that you have at least one charged battery installed.
2. Remove the AC adapter. Your Chromebook will automatically switch to battery power.
The Lithium-Polymer battery is not charged upon purchase. Initially, you will 
need to connect the AC adapter to use your Chromebook.NOTE

GETTING STARTED
16RECHARGING THE BATTERY
The Lithium-Polymer battery is recharged internally using the AC adapter. To recharge the battery, 
make sure the battery is installed and the computer is connected to the AC.
There is no “memory effect” in Lithium-Polymer batteries; therefore you do not need to discharge 
the battery completely before recharging. The charge times will be significantly longer if your 
Chromebook is in use while the battery is charging. If you want to charge the battery more quickly, 
put your computer into Suspend mode, or turn it off while the adapter is charging the battery.
Low Battery State
When the battery charge is low, a notification message appears. If you do not respond to the low 
battery message, the battery continues to discharge until it is too low to operate. When this happens, 
your Chromebook goes into Suspend mode. There is no guarantee your data will be saved once 
the Chromebook reaches this point.

To protect your computer from damage, use only the power adapter that came 
with it because each power adapter has its own power output rating.
Once your Chromebook goes into Suspend mode as a result of a dead battery you will be unable 
to resume operation until you provide a source of power from an adapter. Once you have provided 
power, you can press the Suspend/Power On button to resume operation. In Suspend mode, your 
data is maintained for some time, but if a power source is not provided promptly, the power indicator 
stops flashing and the power goes out, in which case you have lost the data that was not saved. Once 
you provide power, you can continue to use your computer while an adapter charges the battery.CAUTION

17Starting Your Chromebook
POWER ON
The suspend/power on switch is used to turn on your Chromebook from its off state. For first time 
use, you must connect your AC adapter to the Chromebook and fully charge the internal Lithium-
Polymer battery, once the battery charging status indicator has turned blue, you can power on 
your Chromebook by pressing the suspend/power on button located at the upper-right corner of 
the keyboard.
To power on your Chromebook after first use, just open the lid of the Chromebook. If the display 
panel is opened and your Chromebook is not powered on, press the suspend/power on button.
POWER OFF
If you need to take an extended break, press the suspend/power on button to lock the screen or simply 
close the lid of the Chromebook. To power off your Chromebook, press and hold the suspend/power 
on button or click on the Status tray on the lower-right corner of the screen and then click on the 
 button to completely shut down your Chromebook.

When you power on your Chromebook, it will display the main sign-in screen. All Google Accounts 
that have been added to your Chromebook will be displayed. Click the Google Account you want 
to sign-in with and enter your password, this will take you to your background wallpaper. If a fault 
is found, your computer will automatically take you to the recovery screen.

18USING SHORTCUT KEYS
Your Chromebook has several shortcut keys along the top row of the keyboard that have various 
functions. 
Go to the previous page in your browser history
Go to the next page in your browser history
Reload your current page
Enter Immersive mode, which hides the tabs and launcher
Enter Overview mode, which shows all windows
Decrease screen brightness
Increase screen brightness
Mute
Decrease the volume
Increase the volume
Search your apps and the web at the same time. On your Chromebook, this 
key is located on the left side, where you normally find the Caps Lock key 
on a traditional keyboard. To enable the Caps Lock key, press Alt +  key. 
Ctrl + Capture a screenshot
Ctrl + Shift  + 
Capture a partial screenshot
Alt + Turn Caps Lock  on or off
 + L Lock your screen

19Ctrl + Shift + q 
(twice)Sign out of your Google Account
Ctrl + Shift + ? Display all keyboard shortcuts

20USING THE TOUCHPAD
A touchpad pointing device comes built into your computer. It is used to control the movement of 
the pointer to select items on your display panel.
The touchpad consists of a cursor control, and a clicking area. The cursor control works the same 
way a mouse does, and moves the cursor around the display. It only requires light pressure from 
the tip of your finger. The clicking area is on the lower half of the touchpad that functions as mouse 
button. If tap-to-click is enabled, you can quickly tap the touchpad to perform the click function. 
To right-click, click the touchpad with two fingers. The actual functionality of the clicking area 
may vary depending on the application that is being used.
Clicking
Clicking means pushing and releasing a button. To left-click, move the cursor to the item you wish 
to select, press the clicking area once, and then immediately release it. To right-click, move the

to select, press the clicking area once, and then immediately release it. To right-click, move the 
mouse cursor to the item you wish to select, tap on the touchpad with two fingers. You also have 
the option to perform the clicking operation by tapping lightly on the touchpad once.
Double-Clicking
Double-clicking means pushing and releasing the clicking area twice in rapid succession. To 
double-click, move the cursor to the item you wish to select, press the clicking area twice, and then 
immediately release it. You also have the option to perform the double-click operation by tapping 
lightly on the touchpad twice.

21Dragging
Dragging means pressing and holding the clicking area, while moving the cursor. To drag, move 
the cursor to the item you wish to move. Press and hold the clicking area while moving the item 
to its new location and then release it. Dragging can also be done using only the touchpad. First, 
tap the touchpad once over the item you wish to move with one finger. Next, with a second finger 
move the object to its new location by moving the second finger across the touchpad, and then 
release both fingers. 
Scrolling
Scrolling means navigating through a document or web-pages quickly without having to use the 
on-screen cursor to manipulate the up and down scroll bars. To scroll, simply place two fingers on 
the touchpad and move them up and down to scroll vertically, left and right to scroll horizontally. 
This is particularly useful when you are navigating through on-line pages.

22TROUBLESHOOTING
Your computer is sturdy and subject to few problems in the field. However, you may encounter 
simple setup or operating problems that you can solve on the spot, or problems with peripheral 
devices, that you can solve by replacing the device. The information in this section helps you 
isolate and resolve some of these straightforward problems and identify failures that require service.
Identifying the Problem
If you encounter a problem, go through the following procedure before pursuing complex 
troubleshooting:
1. Turn off your Chromebook.
2. Make sure the AC adapter is plugged into your Chromebook and to an active AC power source.
3. Make sure that any card installed in the memory card slot is seated properly. You can also 
remove the card from the slot, thus eliminating it as a possible cause of failure.
4. Make sure that any devices connected to the external connectors are plugged in properly. You

4. Make sure that any devices connected to the external connectors are plugged in properly. You 
can also disconnect such devices, thus eliminating them as possible causes of failure.
5. Turn on your Chromebook. Make sure it has been off at least 10 seconds before you turn it on.
6. If the problem has not been resolved, contact your support representative.
Before you place the call, you should have the following information ready so that the customer 
support representative can provide you with the fastest possible solution:
• Product name
• Product configuration number
• Product serial number
• Purchase date
• Conditions under which the problem occurred
• Any error messages that have occurred
• Hardware configuration
• Type of device connected, if any
See the Configuration Label on the bottom of your Chromebook for configuration and serial 
numbers.

23REGULATORY NOTICES
Manufacturer Information
Quanta Computer Inc.
No, 188, Wenhua 2nd Rd., Guishan Dist., Taoyuan City,Taiwan, R.O.C.
桃園縣龜山區文化二路 188 號
Tel: +886-3-327-2345
Made in China
USA
Federal Communications Commission Declaration of 
Conformity
Federal Communication Commission Interference Statement
This device complies with Part 15 of the FCC Rules. Operation is subject to the following two 
conditions:
(1) This device may not cause harmful interference, and
(2) This device must accept any interference received, including interference that may cause 
undesired operation.
This equipment has been tested and found to comply with the limits for a Class B digital device, 
pursuant to Part 15 of the FCC Rules.  These limits are designed to provide reasonable protection 
against harmful interference in a residential installation. This equipment generates, uses and can 
radiate radio frequency energy and, if not installed and used in accordance with the instructions, may

radiate radio frequency energy and, if not installed and used in accordance with the instructions, may 
cause harmful interference to radio communications. However, there is no guarantee that interference 
will not occur in a particular installation. If this equipment does cause harmful interference to radio 
or television reception, which can be determined by turning the equipment off and on, the user is 
• Connect the equipment into an outlet on a circuit different from that to which the receiver is 
connected.
• Consult the dealer or an experienced radio/TV technician for help.

REGULATORY NOTICES
24FCC Caution
Any changes or modifications not expressly approved by the party responsible for compliance 
could void the user’s authority to operate this equipment.
This transmitter must not be co-located or operating in conjunction with any other antenna or 
transmitter. This equipment complies with FCC RF radiation exposure limits set forth for an 
uncontrolled environment. This equipment should be installed and operated with a minimum 
distance of 20 centimeters between the radiator and your body.
Any changes or modifications (including the antennas) made to this device that are not expressly 
approved by the manufacturer may void the user’s authority to operate the equipment.
Connections to Peripheral Devices
Connections to this device must be made with shielded cables with metallic RFI/EMI connector 
hoods to maintain compliance with FCC Rules and Regulations.
Manufacture is not responsible for any radio or television interference caused by using other than

Manufacture is not responsible for any radio or television interference caused by using other than 
specified or recommended cables and connectors or by unauthorized changes or modifications to 
this equipment. Unauthorized changes or modifications could void the user’s authority to operate 
the equipment.
European Union
CE Mark
Products with the Conformité Européene (CE) Marking, which indicates compliance with the 
applicable Directives. 
This device has been tested and found to comply with the requirements set out in the Council 
Directive on the Approximation of the Laws of the Member States relating to Electromagnetic 
Compatibility (2014/30/EC) and in the Council Directive on the Harmonization of the Laws 
of Member States relating to Electrical Equipment Designed for Use within Certain V oltage 
Limits (2014/35/EU). This device has also been tested to comply with Radio equipment and

Limits (2014/35/EU). This device has also been tested to comply with Radio equipment and 
telecommunications Terminal equipment (2014/53/EU) directive.
For manufacturer’s Declaration of Conformity, please contact with Quanta Computer Inc.

25WEEE and recycling statements
The Waste Electrical and Electronic Equipment (WEEE) Directive
This symbol means that the equipment must not be disposed of as unsorted municipal waste, in 
accordance with the EU directive for waste electrical and electronic equipment (WEEE - 2012/19/ 
EU). Disposing of WEEE together with normal waste may pose a risk to the environment and to 
human health, due to certain substances used in that equipment. Instead, it should be disposed of 
by returning it to the point of sale, or to a municipal recycling collection point.
Under the WEEE Directive, each EU Member State is responsible for achieving a high level of 
collection of WEEE for treatment, recovery and environmentally sound disposal.
Li-Polymer Battery Warning
This Chromebook contains a Li-polymer battery to power the clock and calendar circuitry.
Caution: Danger of explosion if battery is replaced incorrectly. Only qualified service technicians

Caution: Danger of explosion if battery is replaced incorrectly. Only qualified service technicians 
should replace and discard the battery. Replace only with the same or equivalent type recommended 
by the manufacturer. Discard used batteries according to the manufacturer’s instructions.
Travel Notice
To reduce the risk of electric shock, fire or damage to the equipment, do not 
attempt to power the computer with a voltage converter kit sold for appliances. WARNING

26Attention: Teachers, Parents and Adult Supervisors in Safety 
Instructions
This Chromebook is intended for use as a child development tool primarily by children, 6 years of 
age or above. There must be supervision by an adult. It is a must to have a thorough explanation to 
children on safe and proper handling of the LI9B – Clamshell series model, power supply, battery 
pack, and power cord. 
Choking Hazard – Small parts. Not suitable for children under age 3.
• For ITE with power supplies not intended to be handled by children: As with all electrical 
products, precautions should be observed during handling and use to prevent electric shock. 
The power supply (adapter) should not be handled by the children.
• The LI9B – Clamshell series  should not be placed on the bare skin (lap) of the child for long 
periods.  The laptop should be placed on another surface, like desk tabletop, if intending to 
use it for more than a few minutes.

use it for more than a few minutes. 
• The LI9B – Clamshell series (including power supply and battery pack, as applicable) should 
not be left in the rain or subjected to exposure to water. If cleaning is necessary do not immerse 
in water; wipe clean with damp cloth.
not be dropped, crushed (stepped on) or otherwise abused. 
• The children should be careful with the interconnect cable (wiring) between the power supply 
(adapter) and  LI9B – Clamshell series , in particular as a potential trip hazard. 
• An adult should inspect the LI9B – Clamshell series  (including power supply and battery 
pack, as applicable) periodically for damage, and replace if necessary. Similarly, if a child 
notices damaged/broken parts, this should be reported to the teacher/parents/adult supervisors

notices damaged/broken parts, this should be reported to the teacher/parents/adult supervisors 
immediately so that the damaged parts can be replaced.
ELECTRICALLY OPERATED PRODUCT. Not recommended for children 
under 3 years of age (or other intended age range). As with all electrical products, 
precautions should be observed during handling and use of electrical products to 
reduce the risk of electric shock.WARNING
CAUTION

27SPECIFICATIONS
LCD16:9/HD (1,366 x 768)/Flat/Glossy type/LED backlight/LVDS and eDP 
interface
Platform Intel Gemini Lake-Refresh
Video UMA
AudioTwo internal speakers
One digital microphone on the camera
One audio combo jack (Headphone & Microphone)
Memory Supported up to 8G LPDDR4 1600
Storage eMMC 16GB/32GB (option)
I/O PortsUSB SKU:
Two USB 3.0 port
Two USB Type C ports
One 2-in-1 memory card reader (SD/MMC)
One audio combo jack (headphone-out & microphone-in)
HDMI SKU:
One USB 3.0 port
One HDMI port
LTE SKU:
One LTE slot
Camera HD (720P) Camera integrated with LED indicator, rotation camera
Wireless Intel® Dual Band WL/BT 802.11AC
Battery Li-Ion 3 cells, 3320mAh/cell, 38WH, battery life up to 12 hrs
Power 15V DC, 2.A 30W adapter
OS Chrome OS

Magnification Lens N/A
Handle Yes
TPM N/A
Dimensions 292 × 206 × 19.7 mm (including the handle)
Weight 1.33 kg (with LCD and battery)

ENGLISH
MFL71696501 (1.0) www.lg.comCopyright ©2019 LG Electronics Inc. All rights reserved.USER GUIDE

1 Important Customer Information
Before you begin using your new phone
Included in the box with your phone are separate information leaflets. These 
leaflets provide you with important information regarding your new device. Please read all of the information provided. This information will help you to get the most out of your phone, reduce the risk of injury, avoid damage to your device, and make you aware of legal regulations regarding the use of this device.
It’s important to review the Product Safety and Warranty Information guide 
before you begin using your new phone. Please follow all of the product safety and operating instructions and retain them for future reference. Observe all warnings to reduce the risk of injury, damage, and legal liabilities.

2Table of Contents
Important Customer Information ............................................... 1
Table of Contents  ....................................................................... 2
Feature Highlight  ........................................................................ 5
Air Motion  ............................................................................................................. 5
Camera features  ................................................................................................... 9
Sound quality and effects  ................................................................................. 22
Floating Bar  ........................................................................................................ 23
Google Assistant  ................................................................................................ 24

Face Unlock  ........................................................................................................ 25
Fingerprint recognition  ...................................................................................... 27
Hand ID  ............................................................................................................... 30
AOD (always-on display)  ................................................................................... 32
Notes on Water Resistant Properties  ............................................................... 33
The Basics  ................................................................................ 35
Phone Overview  .................................................................................................. 35

Installing the SIM card and memory card  ....................................................... 39
Removing the memory card  .............................................................................. 40
Charging Your Phone  .......................................................................................... 41
Turning Your Phone On and Off  ....................................................................... 44
T ouch Screen  ...................................................................................................... 45
Getting to Know the Home Screen  .................................................................. 48
Setting Your Lock Screen  .................................................................................. 57
Memory card encryption  ................................................................................... 60

Entering text  ........................................................................................................ 61
Capturing a Screenshot  ..................................................................................... 66
Content sharing  .................................................................................................. 66

Table of Contents3
Useful App  ............................................................................... 68
App Shortcuts  .................................................................................................... 68
Audio recording features  ................................................................................... 69
Calculator  ............................................................................................................ 70
Calendar  .............................................................................................................. 70
Camera  ................................................................................................................ 72
Clock  .................................................................................................................... 93
Contacts  .............................................................................................................. 95

File Manager  ..................................................................................................... 100
Gallery  ................................................................................................................ 101
Game launcher  ................................................................................................. 105
LG Health  .......................................................................................................... 105
Messaging  .......................................................................................................... 107
Music  .................................................................................................................. 110
Multi-tasking feature  ........................................................................................ 112

Phone  ................................................................................................................. 118
QuickMemo+  .................................................................................................... 124
Voicemail  ........................................................................................................... 126
Google Apps  ...................................................................................................... 127
Settings  ................................................................................... 129
Settings  ............................................................................................................. 129
Network & internet  ........................................................................................... 129

Connected devices  ........................................................................................... 135
Sound  ................................................................................................................ 139
Display  ................................................................................................................ 141
Lock screen & security  .................................................................................... 144
Privacy  ................................................................................................................ 147
Location ............................................................................................................. 148
Extensions  ......................................................................................................... 149

Digital Wellbeing & parental controls  ............................................................. 151
Apps & notifications  ........................................................................................ 152
Battery  ............................................................................................................... 152
Storage  .............................................................................................................. 153
Accounts  ........................................................................................................... 153
Google  ............................................................................................................... 153
System  ............................................................................................................... 154

Table of Contents4
System updates  ................................................................................................ 156
Accessibility  ...................................................................................................... 156
Appendix  ................................................................................. 160
Phone software update  .................................................................................... 160
Anti-Theft Guide  ............................................................................................... 161
Open Source Software Notice Information  .................................................... 161
Regulatory Information (FCC ID number, etc.)  ............................................. 162
Trademarks  ....................................................................................................... 162

Laser Safety Statement  ................................................................................... 163
More information  .............................................................................................. 163
Safety  ....................................................................................... 165
Safety Information  ........................................................................................... 165
Consumer Information about Radio Frequency Emissions .......................... 166
Consumer Information on SAR  ....................................................................... 170
FCC Hearing-Aid Compatibility (HAC) Regulations for Wireless Devices  ..171
Caution! Avoid Potential Hearing Loss  ........................................................... 173

TIA Safety Information  ..................................................................................... 174
Part 15.19 Statement  ........................................................................................ 177
Part 15.21 Statement  ........................................................................................ 177
Part 15.105 Statement  ...................................................................................... 178
Safety Information  ............................................................................................ 178
FDA Consumer Update  ................................................................................... 183
LIMITED WARRANTY - USA ............................................... 195

5 Feature Highlight
Air Motion
Air Motion overview
The ToF sensor and IR illuminator located near the front camera can 
recognize the location and shape of your hand to launch certain apps without touching the screen.
Show your hand to the front camera and then perform hand gestures to 
launch desired apps.
Air Motion bar
Air Motion feature activated
NOTES •	This feature may not be available depending on some apps.
•	Make sure that the ToF sensor and IR illuminator are not blocked by a sticker or any 
other foreign substances.
•	Make sure not to move your hand too fast or bring it too far from or close to the device while using the Air Motion feature.
•	If you are wearing gloves or the ToF sensor and IR illuminator are exposed to direct sunlight, the recognition accuracy may decrease.

Feature Highlight6
Using Air Motion
You can launch the desired apps by using the Air Motion feature.
Shortcut and capture
While viewing the Home screen or using an app, you can swipe left or right 
in the air to open an app or pinch with all fingers to take a screenshot.
1. Tap  Home  >  Settings  > Extensions > Air Motion > Shortcut and 
capture.
2. Tap  ON/OFF  to activate this feature.
3. Select desired apps under Swipe left and Swipe right to use as 
shortcuts with Air Motion.
Hand gestures
1. To enable Air Motion, place your palm at a distance of 2-5 inches from the device.
2. When the Air Motion bar appears at the top of the screen, cup your hand in the air while lifting it to the distance of 6-8 inches from the device to launch the Swipe shortcuts controller.
3. Swipe your hand left or right to open the desired app.  
Or, pinch with all fingers to take a screenshot.
1 2
3
To open an app To take a screenshotor

Feature Highlight7
Control music and videos
While using the music app or video player, you can play, pause or adjust 
volumes with your hand gestures in the air.
1. Tap  Home  >  Settings  > Extensions > Air Motion > Control music 
and videos.
3. Place your hand at a distance of 2-5 inches from the device to enable Air 
Motion.
 When the Air Motion bar appears at the top of the screen, cup your 
hand at a distance of 6-8 inches from the device to launch the Player controller.
4. Swipe your hand left or right to control the player as desired.
Player 
controller
To adjust the volume, cup your hand in the air and wait until the volume 
controller appears. Then, turn left or right to decrease or increase the volume.
Volume 
NOTE This feature is available only on the music or video player screen.

Feature Highlight8
Control calls and alarms
You can receive a call or turn off notifications by swiping your hand left or 
right in the air.
1. Tap  Home  >  Settings  > Extensions > Air Motion > Control calls 
and alarms.
2. Tap  ON/OFF  to activate.
3. With Air Motion enabled, cup your hand at a distance of 6-8 inches from 
the device to launch the controller.
 Air Motion is automatically enabled when a call or alarm notification is 
received.
4. Swipe your hand left or right to control as desired.
Alarms 
NOTES •	You can end a call with Air Motion while using the speakerphone, earphones or 
headsets.
•	You cannot end a video call by using the Air Motion feature.
Show hand guide
Turn this on to preview your hand gesture. Make sure your hand stays 
within the preview circle while you control the Air Motion controller.
1. Tap  Home  >  Settings  > Extensions > Air Motion > Show hand 
guide.

Feature Highlight9
Camera features
Main features
This chapter describes the main features that the camera app provides.
Open the camera and explore various features.
1. Tap  Home  >  Camera .
Switch between front 
and rear camerasSwitch between 
standard angle  
and wide-angle 
cameras Change timer 
settings
Change flash 
settings
Apply filter/
sticker effects
Set camera 
optionsTake photos
Open Gallery
2. Tap More on the camera screen to view various camera modes.
 Select a desire mode from Story shot, Flash Jump-cut, Food, 360 
Panorama, Panorama, Slo-mo, Cine Video, Time lapse, Night view, Manual Vidoe, Cine shot and YouTube Live.
Tap More

Feature Highlight10
Dual cameras
The dual cameras, which are located on the back of the device, allow you to 
take photos or record videos with two different angles of view.
Tap  Home  >  Camera , and select  Standard angle  /  Wide-angle  
while taking photos or recording videos with the rear camera.
Rear Camera
Steady record
Use Steady Cam to prevent the camera from shaking when recording a 
video while walking or making large movements.
Activate Anti-shake to reduce or eliminate blurry image resulting from 
camera shake while recording a video.
1. Tap  Home  >  Camera  > Video.
2. Tap  Steady record .
3. Tap  Record  to record a video.

Feature Highlight11
Studio
You can create studio level photos by using Spotlight and Backdrop features 
in the camera.
Spotlight
You can apply various lighting effects while taking photos.
1. Tap  Home  >  Camera , then tap Studio.
2. Tap  Spotlight to select a lighting effect.
Spotlight icon
Spotlight 
options
3. Tap the desired lighting effect icon.
4. When Studio effect is available. appears on the screen, tap  Capture  
to take a photo. 
 The Studio feature may not work if the camera cannot recognize the 
subject.
 While taking a selfie, tap  3D Lighting  to adjust the color 
temperature and brightness level. You can also change the light location by dragging 
 3D Lighting .

Feature Highlight12
Backdrop
You can apply various effects for background while taking portrait photos. 
2. Tap 
  Backdrop  to select a backdrop effect.
3. Select a background color you want to apply.
Backdrop icon
Background colors
NOTE If the surrounding is dark, the camera may not apply the studio effects.

Feature Highlight13
Portrait
You can create an artistic portrait photo, whereby the subject is in focus and 
the background is blurred. You can also edit the image by applying lighting or color effect to the background.
NOTES •	While taking a photo, keep the distance to your subject to 1 .3 ~ 5 feet.
•	This feature is not available if the surroundings are too dark.
1. Tap  Home  >  Camera , and tap Portrait.
2. Drag the slide bar to the left or right to adjust the blur strength.
Adjust blur strength.
3. When Portrait is available. appears on the screen, tap  Capture  or  
Record to take a photo.
 The Portrait feature may not work if the camera cannot recognize the subject.

Feature Highlight14
Makeup Pro
While taking selfies, you can apply various makeup techniques.
When using the front camera, adjust the skin tone and apply eye and lip 
makeups.
1. Tap  Home  >  Camera , switch to the front camera, then tap  
Makeup Pro.
2. Select a desired makeup option, then drag the slide bar to the left or right 
to adjust the effect.
 When you select None, the slide bar disappears.
3. Select various makeup effects as desired.
 Tap a desired makeup mode to apply the preset makeup. Tap once 
more to apply more detailed makeup effects.
 Move the Strength adjustment bar to adjust the intensity of the effect selected.
Strength Adjustment Bar
Select Makeup mode
Select each category to 
adjust its level
4. Tap  Capture  to take a photo.

Feature Highlight15
AR features
You can use various AR (Augmented Reality) features with the Camera app. 
You can create your own My Avatar, AR Emoji, or AR Sticker for rich content. My Avatar helps you create a cartoon version of yourself and customize it. AR Emoji help you create 3D animated animal emojis that mimic facial expression. AR Sticker allows you to choose from several different stickers to use on a photo or video while facing your camera.
Creating My Avatar
Camera effect >  AR features .
2. Tap 
  My Avatar  > 
  Create your own avatar  to take a photo.
 Follow the on-screen instructions to align your face on the screen.
 To make My Avatar by using one of the saved photos from Gallery, tap 
 Gallery .

Feature Highlight17
Creating My Avatar, AR Emoji, AR Sticker
2. Select an option you want to record.
My Avatar AR Sticker AR Emoji
3. To take a photo, tap  Capture . To record a video, tap  Record .
 Taken photos are saved in Gallery.

Feature Highlight18
Using Avatar Stickers
1. Tap  Avatar Sticker  on the LG Keyboard.
2. Select the desired Avatar Sticker. 
Select My 
Avatar.Avatar 
Sticker icon.
Using Ani Sticker
1. Tap  Ani Sticker  on the LG Keyboard.
2. Select the desired My Avatar.
3. Tap  Record  to record voice and video, and then tap  Stop  to save.
 Ani Stickers with various facial expressions, motions, and voices are 
created.
4. Tap  Upload  to upload Ani Sticker.
 Tap  Play  to preview the created Ani Sticker.
Select an 
Ani Sticker.

Feature Highlight19
AI CAM
You can use the AI Cam feature to automatically recognize the object when 
taking a photo or recording a video for an optimal quality.
1. Tap  Home  >  Camera , then tap AI CAM.
2. When the object is recognized, the best effect for the scene is applied.
 To apply other effects, tap the scene icon.
 A wide range of categories, such as portrait, animals, food, sunrise, sunset, landscape, sky, beach, babies, flowers and text, can be recognized automatically.
NOTE The result of the scene recognition may differ depending on the illumination or the 
location of the subject while taking photos. Keywords do not appear on the actual photos or videos.

Feature Highlight21
Cine Video
You can record a movie-like video.
2. Tap More >  Cine Video .
  Point Zoom : Record a video by selecting the point zoom feature to 
zoom in/out around a specific area.
  Filter: Select an effect to apply to the recording. You can also 
adjust the vignette and strength for each Cine effect. This feature 
cannot be changed after you have started recording.
NOTES •	The Point Zoom feature supports a zoom speed of up to 3x.
•	This feature only supports video recordings in standard angle.

Feature Highlight22
Graphy
You can select one of recommended images and apply the same values for 
the white balance, ISO and shutter speed to obtain professional level photos.
1. Tap  Home  >  Camera , then tap Manual Camera.
2. Tap  Graphy  and select the desired scene from the recommended 
images.
Recommended images
3. Tap  Capture  to take a photo.
NOTES •	This feature is available only in Manual Camera mode.
•	Tap  Settings , then tap Graphy photos  ON/OFF  to deactivate this feature.
Sound quality and effects
DTS:X 3D Surround
You can play a song or video in three-dimensional, immersive and vivid sound. To use this feature, connect earphones, speaker or other external audio devices to your device.
Tap 
 Home  >  Settings  > Sound > Sound quality and effects, then 
tap DTS:X 3D Surround  ON/OFF  to activate this feature.
 You can also bring down the status bar from the top of the screen and 
tap the icon for DTS:X 3D Surround to activate the function.

If you connect external sound devices such as earphones and speakers to 
your device, a pop up appears where you can turn on the DTS:X 3D Surround or Hi-Fi Quad DAC function.

Feature Highlight24
Google Assistant
Google Assistant overview
You can launch or use desired apps with your voice.
NOTE To use this feature, first connect to the network and sign in to your Google Account.
Sign in
1. Press and hold  Home  from the Home screen to launch Google Assistant.
2. Tap GET STARTED.
3. Follow the on-screen instructions and say “ Ok Google”.
 The device saves your voice data for recognition.
4. Select whether to use voice recognition unlock feature.
 When this feature is activated, you can unlock the screen by saying 
“Ok Google” while the screen is turned off or unlocked.
NOTES •	This feature may be more vulnerable to security than the other screen locks, such as 
Knock Code, Pattern, PIN, and Password. When a similar voice or your recorded voice is used, the screen may be unlocked.
•	To use this feature, tap  Home  >  Settings  > Lock screen & security > Secure

•	To use this feature, tap  Home  >  Settings  > Lock screen & security > Secure 
lock settings > Smart Lock, and then use the screen lock method you set to unlock the device. Tap Voice Match > Unlock with Voice Match, and tap 
 ON/OFF , then enter 
the currently used unlock method again. Note that Swipe is excluded.
•	You need to unlock the device by using the specified method after failing to unlock the device with voice recognition. See 
Setting a Screen Lock  for details.
5. Tap Save.
Launching Google Assistant
1. Touch and hold  Home  on the Home screen.  
or  
Press the Google Assistant key on the left side of the device.  
or  
Say “Ok Google” when the screen is turned off or locked.
2. Say a command or question when you see  on the bottom of the 
screen.
NOTE Voice recognition accuracy may decrease if you speak with an unclear voice or in a noisy place. When you use the voice recognition feature, increase its accuracy by speaking with a clear voice in a quiet place.

Feature Highlight25
Face Unlock
Face Unlock overview
You can unlock the screen with your face by using the Face Unlock feature.
Knock Code, Pattern, PIN, and Password.
•	When a similar face such as a twin is used, the device may recognize it as the registered user and may be unlocked.
•	The recognized facial data is securely stored in your device.
•	If the device cannot detect your face, or you forget the screen lock set for your device, visit the nearest LG Customer Service Center with your device and ID card.
Precautions for Face Unlock
Face Unlock accuracy may decrease in the following cases. To increase its 
accuracy, check the following before using the device.
 When your face is covered with a hat, eyeglasses, sunglasses, or mask, 
or your face is significantly different due to heavy makeup or beard.

 When there are fingerprints or foreign substances on the front of the camera lens, or your device cannot detect your face due to an exceedingly bright or dark condition.
Registering facial data
Before using the Face Unlock feature, register your facial data on your 
device.
1. Tap  Home  >  Settings  > Lock screen & security > Face Unlock.
NOTES •	To use this feature, the screen lock must be set with a Knock Code, Pattern, PIN, or 
Password.
•	When the screen lock is not set, register the data by following the on-screen instructions. See 
2. Tap NEXT and unlock the device according to the specified method.
3. Tap START  and raise your device in the front of your eyes.
 Register your face in a room that is not too bright or dark.

Feature Highlight26
 Position your entire face inside the guideline on the screen, and then 
move your head slowly in a circle while looking at the screen.
 Keep still while registering your face. You can improve recognition rate by taking steady photos multiple times.
NOTE Only one face can be registered at a time.
4. When the face registration is done, tap OK.
Unlocking the screen with your face
You can unlock the screen with your face instead of a Knock Code, Pattern, PIN, or Password.
1. Tap  Home  >  Settings  > Lock screen & security > Select screen 
lock.
2. Unlock the screen according to the specified method.
3. Tap Allow Face Unlock >  On/Off  to unlock the screen with your 
face.
Face Unlock options
You can customize Face Unlock options.
2. Customize the following settings:
 Improve Face Unlock: You can add facial data in various conditions to improve face unlock.

Feature Highlight27
Fingerprint recognition
Fingerprint recognition overview
You must register your fingerprint on your device first before using the 
fingerprint recognition function.
You can use the fingerprint recognition function in the following cases:
 To unlock the screen.
 To view locked contents in Gallery or QuickMemo+.
 Confirm a purchase by signing in to an app or identifying yourself with 
your fingerprint.
NOTE Your fingerprint can be used by the device for user identification. Very similar fingerprints 
from different users may be recognized by the fingerprint sensor as the same fingerprint.
Precautions for fingerprint recognition
Fingerprint recognition accuracy may decrease due to a number of reasons. 
To maximize the recognition accuracy, check the following before using the device.
 Ensure that the fingerprint sensor is not damaged by a metallic object, 
such as coin or key.

Feature Highlight28
Registering fingerprints
You can register and save your fingerprint on the device to use fingerprint 
identification.
1. Tap  Home  >  Settings  > Lock screen & security > Fingerprints.
NOTES •	This feature is available only when the screen lock is set.  
- Lock the device with a Knock Code, Pattern, PIN or Password.
•	If the screen lock is not set, enable it by following the on-screen instructions. See 
2. Locate the fingerprint sensor on the back of the device and gently put 
your finger on it to register the fingerprint.
NOTES •	Gently press the fingerprint sensor so that the sensor can recognize your fingerprint.
•	Ensure that your fingertip covers the entire surface of the sensor.
3. Follow the on-screen instructions.
 Repeat scanning the fingerprint by moving your finger little by little 
until the fingerprint is registered.
4. When the fingerprint registration is done, tap OK.

Repeat scanning the fingerprint by moving your finger little by little 
 Tap ADD MORE to register another fingerprint. If you register only one 
fingerprint and the corresponding finger is not in a good condition, the fingerprint recognition may not work well. As a preventative measure, register multiple fingerprints.

Feature Highlight29
Managing fingerprints
You can edit or delete registered fingerprints.
2. Unlock according to the specified lock method.
3. From the fingerprint list, tap a fingerprint to rename it. To delete it,  
tap  Delete .
Unlocking the screen with a fingerprint
You can unlock the screen or view locked content by using your fingerprint. 
Activate the desired function:
3. On the fingerprint settings screen, activate the desired function:
 Screen lock: Unlock the screen with a fingerprint.
 Content lock: Access locked contents in Gallery and QuickMemo+ with a fingerprint.

Feature Highlight30
Hand ID
Hand ID overview
You can unlock the screen with your hand by using the Hand ID feature.
Place your device on a flat surface and bring your hand towards the front 
camera to unlock the screen.
NOTES •	This feature uses the saved palm vein data on your device. The recognized palm vein 
data is securely stored in your device.
•	The ToF sensor and IR illuminator located near the front camera can recognize your palm vein patterns.
•	Hand ID is considered less secure than other lock types.
Precautions for Hand ID
Hand ID recognition accuracy may decrease in the following cases. To 
increase its accuracy, check the following before using the device.
 Make sure that the ToF sensor and IR illuminator are not blocked by a 
sticker or any other foreign substances while using the Hand ID feature.

Feature Highlight31
Registering Hand ID
Before using the Hand ID feature, register your palm vein data on your 
device.
1. Tap  Home  >  Settings  > Lock screen & security > Hand ID.
2. Tap Next and unlock the screen according to the specified method.
3. Place the device on a flat surface and tap Start.
4. Register your palm by following the on-screen instructions.
 Place your palm at a distance of 6-8 inches from the device.
 When the device recognize your palm, slowly lower the palm towards the ToF sensor.
 Tap CONTINUE to register again with the device placed in a different 
position.
5. When the palm registration is done, tap OK.
Unlocking the screen with Hand ID
You can unlock the screen using the registered hand.
2. On the Hand ID settings screen, configure the following settings:
 Delete hand data: You can delete the registered hand ID data and register it again if the hand ID does not work properly.

To set the time period to turn off the Always-on display feature, tap Daily timeout 
 ON/OFF .
 To enhance brightness for the Always-on display feature, tap Brighter display 
 ON/OFF .
NOTES •	The battery may drain faster when you use Always-on display. Turn this feature off to 
save battery power.
•	To deactivate Always-on display feature, tap  Home  > Settings > Display > AOD 
(always-on display), and then tap .

Feature Highlight33
Notes on Water Resistant Properties
This product is water and dust resistant in compliance with the Ingress 
Protection rating IP68.
Your product has undergone testing in a controlled environment and is 
proven to be water and dust resistant in certain circumstances (meets the requirements of classification IP68 as described by the international standard IEC 60529 - Degrees of Protection provided by Enclosures [IP Code]; test conditions: 15-35 °C/59-95 °F , 86-106 kPa, 1 .5 meters, for 30 minutes).
Do not expose the device in conditions that are different from the test 
conditions. Results may vary in actual use.
 WARNING

 WARNING
Despite a rating of IP68, your device is not impervious to conditions not tested in LG’s controlled environment. Please note that any damages that occur due to such causes changes the color of the LDI (Liquid Damage Indicator). If the color of LDI located inside the product changes, the product may be considered ineligible for any free-of-charge repair services provided under the product’s limited warranty.
Avoid excessive dust or moisture as it may cause damages to the LDI or 
other internally sealed components and therefore may render your product ineligible for repair services provided under the product’s limited warranty. Do not use the product in the following environments.
Do not immerse the product in any liquid chemicals (soap, etc.).
Do not immerse the product in salt water, including seawater.
Do not immerse the product in a hot spring.

Do not swim with this product.

Feature Highlight34
Do not place the product directly on sand (e.g. beach) or mud.
Do not immerse your product in water deeper than 1 .5 meters for 
longer than 30 minutes.
•	If your product becomes wet be sure to wipe the microphone, speaker, 
and stereo jack with a dry cloth before use.
•	Should your product or your hands become wet, dry them before handling the product.
•	Do not use the product in places where it may be sprayed with high pressure water (e.g. near a faucet or shower head) or submerge it in water for extended periods of time, as the product is not designed to withstand high water pressure.
•	The product’s water and dust resistant features may be damaged by dropping or receiving an impact.
•	If the product gets wet, use a clean, soft cloth to dry it thoroughly.
•	The touch screen and other features may not work properly if the device is used while wet.
•	Your product is water resistant only when the SIM/Memory card tray is properly inserted into the product.

•	Do not open or close the SIM/Memory card tray while the product is wet or immersed in water. Exposing the open tray to water or moisture may damage the product.
•	The SIM/Memory card tray contains rubber [packing] to help prevent dust, water, or moisture from entering the product. Do not damage the rubber [packing] as this may allow dust, water, or moisture to enter your product and cause damage.
NOTE Failure to follow the provided instructions may invalidate your device’s limited warranty.

35 The Basics
Phone Overview
Front View
  Front camera
 T oF sensor   Pr oximity/Ambient 
light sensor IR illuminator
 USB/Charger port Power/Lock button Volume buttons Earpiece
  Google  
Assistant 
button
 Headset jack
NOTES •	Your device has Crystal Sound OLED built in instead of microphone. The device 
produces sound by vibrating and this allows functioning as a sound emitter so that you can get clear and vivid sound.
•	All screen shots in this guide are simulated. Actual displays may vary. 
•	Instructions to perform tasks in this guide are based on the default settings and may change depending on the mode and software version on your phone.
WARNING! Some of the device parts are made of tempered glass. If you drop your device on a hard surface or subject it to severe impact, the tempered glass may be damaged. If this happens, stop using your device immediately and contact an LG Customer Service Center.
1. Front camera Use to take pictures and record videos of yourself. You can

1. Front camera Use to take pictures and record videos of yourself. You can 
also use this for video chatting. Keep the lenses clean for optimal performance.

The Basics36
2. ToF (Time-of-Flight) sensor Measures the accurate distance by 
detecting the infrared emitted from the IR illuminator.
3. Earpiece Lets you hear callers and automated prompts.
4. Volume buttons Press to adjust the ringer, the media volumes, or the in-call volume during a call. They can also activate the camera shutter and access shortcuts when enabled in the Settings menu.
5. Google Assistant button Your device has Google Assistant built in. Find answers and get things done while on-the-go. To get started, just press the Google Assistant key on the side of the phone. Press and hold the key to quickly talk to your Assistant. Double tap to open Visual Snapshot. See 
Google Assistant  for details.
6. Headset jack Allows you to plug in an optional headset for convenient, hands-free conversations or recording your voice using the HD Audio Recorder app. You can also plug in headphones to listen to music.
7. IR illuminator Emits the infrared light.

8. Proximity/Ambient light sensor Senses proximity toward other objects (such as your head) so that tap commands are not accidentally activated during a call or when carried inside a pocket. It also employs an ambient sensor which measures the surrounding light and adjusts the LCD brightness to provide a vivid screen.
NOTE Don't block the sensor or near the sensor to avoid problems with the touch screen.
9. Power/Lock button Press to turn off the screen backlight and lock the screen, or turn the screen backlight back on. Press and hold to turn the phone on/off, restart, or activate/deactivate Airplane mode.
10. USB/Charger port Allows you to connect the phone and the USB Type-C cable for use with the charger adapter, or other compatible accessories.

The Basics37
Rear View
  NFC/LG Pay area Flash
  Micr ophone   Speak er  Fingerprint sensor  Rear cameras Microphone
  SIM/micr oSD 
card slot
  Wir eless 
charging spot
NOTE Press and hold the volume down button and Power/Lock button at the same time for a 
second to take a screenshot.
WARNING! Don't attempt to remove the back cover.
This device has a non-removable battery. Do not attempt to remove the back cover. 
Doing so may severely damage the battery and device, which could cause overheating, fire, and injury.
1. Microphone Transmits your voice to the other caller. It’s also used for 
voice-activated functions.
2. Rear cameras Use to take photos and record videos. Keep the lenses clean for optimal performance.
3. Fingerprint sensor Allows you to record and use fingerprints to secure your phone. 
4. SIM/microSD card slot Insert the SIM card and an optional memory card (not included) for file storage.

The Basics38
5. Speaker Use to listen to audio (e.g., music, videos, sound clips, 
speakerphone, etc.) from the rear speaker instead of the earpiece.
NOTE Hold the device correctly as shown below. If you cover the microphone hole with a hand, 
finger, or protective case while using the device, you may sound unclear during a call.
Microphone Do not cover the microphone.Good example Bad example
6. Flash Brightens up when taking photos or recording videos in low-light 
environments.
7. NFC/LG Pay area Tap the back of your phone to an NFC tag or another NFC compatible device to transfer data between them.
NOTE Don't cover the proximity sensor with a protection film, pouch, or protection case not 
authorized by LG as it may cause the device to malfunction.
8. Wireless charging spot This device is compatible with WPC (Qi) 
certified wireless charger.
9. Microphone Transmits your voice to the other caller. It’s also used for voice-activated functions.

The Basics39
Installing the SIM card and memory card
Insert the SIM card from your mobile service provider and the separately 
purchased memory card into the device.
NOTES •	Your phone already has a SIM card installed.
•	In order for the water-resistant and dust-resistant features to work effectively, the 
card tray must be inserted correctly.
1. Insert the ejection pin into the hole in the card tray and then pull out the 
card tray from the device.
2. Place the SIM card or memory card on the card tray and then insert the 
card tray into the device in the direction of the arrow.
Memory card (optional-sold separately)SIM card

The Basics40
NOTES •	Do not lose your SIM card. LG is not responsible for damage and other issues 
caused by loss or transfer of a SIM card.
•	Be careful not to damage the SIM card when you insert or remove it.
•	When you insert the SIM card or memory card, place it on the card tray correctly.
•	When you insert the card tray back into the device, insert it horizontally in the direction of arrow as shown in the figure. Make sure that the card placed on the card tray does not move out of its position.
•	Insert the SIM card with the gold-colored contacts facing downwards.
•	Be sure to insert the SIM card into the device by following the instructions in the user manual.
•	If you insert to or remove the card tray from the device, be careful not to let water or other liquids enter into the card tray. If a wet card tray or card is inserted into the device, your device may get damaged.
•	Memory card is an optional item.

•	Frequent writing and erasing of data may shorten the memory card lifespan.
•	Some memory cards may not be fully compatible with the device. If you use an incompatible card, it may damage the device or the memory card, or corrupt the data stored in it.
Removing the memory card
Unmount the memory card before removing it for safety.
1. Tap  Home  >  Settings  > Storage > 
  Eject .
2. Insert the ejection pin into the hole in the card tray and then pull out the 
3. Remove the memory card from the card tray.
4. Insert the card tray back into the slot.
WARNING! Do not remove the memory card while the device is transferring or accessing 
information. This may cause data to be lost or corrupted, or may damage the memory card or the device. LG is not responsible for losses that result from the abuse or improper use of memory cards, including the loss of data.

The Basics41
Charging Your Phone
Before using the device, fully charge the battery.
Charge the device with the USB Type-C cable.
Charging cable terminal
WARNING! •	Do not charge while the device or charging cable is wet or contains moisture.  
This can cause fire, electric shock, injury or damage to device.
•	Make sure to use the USB cable provided with your device.
•	Make sure to use an LG-approved charger and charging cable. Charging the 
battery with a third-party charger may cause the battery to explode or may damage the device.
•	Your device has an internal rechargeable battery. For your safety, do not remove the embedded battery.
•	Using the device when it is charging may cause electric shock. To use the device, stop charging it.
NOTES
•	Remove the charger from the power socket after the device is fully charged.  
This prevents unnecessary power consumption.

NOTES
•	Another way to charge the battery is by connecting a USB cable between the device and a desktop or laptop computer. This may take a longer time than plugging the adapter to a wall outlet.
•	Do not charge the battery by using a USB hub that is unable to maintain the rated voltage. Charging may fail or unintentionally stop.
•	A charging adapter that supports fast charging is included with the product.
•	The fast charging feature may not work if a fast charging adapter other than the genuine adapter provided with the product is used.

The Basics42
1. The USB/Charger Type-C port is located at the bottom of the phone. 
Insert the cable's plug in the port.
2. Plug the charger adapter into a power outlet to begin charging.
Precautions when using the device
 Make sure to use the USB cable provided; do not use third party USB cables or chargers with your device. The LG limited warranty does not cover the use of third party accessories.
 Failure to follow the instructions in this guide and improper use may damage the device.
Wireless charging
This product supports wireless charging. Use a WPC (Qi) certified wireless 
charger (sold separately) to charge the product.
Some coiled wireless chargers may not support wireless charging. Wireless 
chargers that support EPP (Extended Power Profile) allow high-speed wireless charging.
Charging the battery with a wireless charger
1. Place your device on the center of the wireless charger aligned with the 
wireless charging antenna on the back of the device.

 To check the wireless charging antenna area, see Phone Overview .
2. When the battery is fully charged, remove the device from the charger.
WARNING! When you charge the battery with a wireless charger, do not put magnetic, metallic 
or conductive materials between the device and the charger. This may disturb charging or the device and the charger may become heated. In this case, the device, charger or SIM/Memory cards may be damaged.

The Basics43
NOTES •	If the battery temperature exceeds a certain level while charging the device, 
charging may be stopped.
•	If magnetic, metallic or conductive materials are attached on the back of the device or a protective case is inserted, the device may not charge properly.
•	If you charge the battery with a wireless charger in areas where the network signal strength is weak, the network performance of your device may be further degraded.
•	Charge the device with a WPC (Qi) certified wireless charger (optional, sold separately). Because the LG limited warranty does not cover the use of third party accessories, contact the third party manufacturer.
Using the battery efficiently
Battery lifespan may decrease if you keep many apps and functions running 
simultaneously and continuously. Cancel background operations to increase battery life. To minimize battery consumption, follow these tips:
 Turn off the Bluetooth® or Wi-Fi network function when not using them.

The Basics44
Turning Your Phone On and Off
Turning your phone on
 Press and hold the  Power/Lock button for a couple of seconds until the 
screen turns on.
NOTES •	When the device is turned on for the first time, initial configuration takes place. 
The first booting for the device may take longer than usual.
•	A soft reset may be used to reset the device if the screen freezes, or the buttons, touch screen, or device are no longer responding. To perform a soft reset of your device, simply press and hold the Volume Down button and Power/Lock button until the device restarts.
Turning your phone off
1. Press and hold the  Power/Lock button until the Phone options appear.
2. Tap Power off.
3. Tap POWER OFF to confirm that you want to turn off the phone.
Restarting the device
When the device is not working properly or does not respond, restart it by 
following the instructions below.
1. Press and hold the  Power/Lock button and the  Volume Down button at

1. Press and hold the  Power/Lock button and the  Volume Down button at 
the same time until the power is turned off.
2. When the LG logo appears and then the device restarts, release the 
button.
Power control options
Press and hold the  Power/Lock button, then select an option.
 Power off: Turn the device off.
 Power off and restart: Restart the device.
 Turn on Airplane mode: Block telecommunication-related functions, including making phone calls, messaging and browsing the Internet. Other functions remain available.

The Basics45
Touch Screen
You can familiarize yourself with how to control your device by using touch 
screen gestures.
Tapping
Lightly tap with your fingertip to select or run an app or option.
T ouching and holding
Touch and hold for several seconds to display a menu with available options.
Double-tapping
Tap twice quickly to zoom in or out on a web page or map.

The Basics46
Dragging
Touch and hold an item, such as an app or widget, then move your finger to 
a desired location in a controlled motion. You can use this gesture to move an item.
Swiping
Touch the screen with your finger and move it quickly without pausing.  
You can use this gesture to scroll through a list, a web page, photos, screens, and more.

The Basics47
Pinching and spreading
Pinch two fingers to zoom out such as on a photo or map. To zoom in, 
spread your fingers apart.
WARNING! Do not expose the touch screen to excessive physical shock. You might damage the 
touch sensor.
NOTES •	A touch screen failure may occur if you use the device near a magnetic, metallic or conductive material.
•	If you use the device under bright lights, such as direct sunlight, the screen may not be visible, depending on your position. Use the device in a shady location or a location with an ambient light that is not too bright and bright enough to read books.
•	Do not press the screen with excessive force.
•	Gently tap with your fingertip on the desired option.
•	The touch control may not work properly if you tap while wearing a glove or by using the tip of your fingernail.
•	Touch control may not work properly if the screen is moist or wet.

•	The touch screen may not function properly if a screen-protective film or accessory purchased from a third party store is attached to the device.
•	Displaying a static image for extended periods of time may result in after images or screen burn-in. Turn off the screen or avoid displaying the same image for a long time when you do not use the device.

The Basics48
Getting to Know the Home Screen
The Home screen is your starting point to access all of the features on your 
phone using simple motions on the screen. It’s comprised of multiple panels (swipe horizontally to switch). You can customize all of your Home screen panels with app shortcuts, icons, widgets, folders, and other features.
Status Bar
Quick Access Area
BackWeather widget
Google search 
widget
Recent apps
HomeHome screen indicator
NOTE The Home screen may vary, depending on the service provider or software version.
 Status bar: View status icons, the time and the battery level.
 Weather widget: View the information of weather and time for a specific 
area.
 Google search widget: Perform a Google search by inputting spoken or written keywords.
 Home screen indicator: Display the total number of Home screen canvases. You can tap the desired page icon to go to the page. The icon reflecting the current canvas will be highlighted.

The Basics49
 Quick access area: Fix main apps at the bottom of the screen so that 
they can be accessed from any Home screen canvas.
 Home touch buttons
 : Return to the previous screen. Close the keypad or pop-up windows.
 :  Tap to go to the Home screen. To launch Google Assistant, touch and 
hold.
 :  Tap to view a list of recently used apps or run an app from the list. To 
delete all the recently used apps, tap CLEAR ALL. To use two apps at the same time with the Multi window feature, touch and hold the button while using an app.
Changing the style of the Home touch buttons
You can change the style of the Home touch buttons.
1. Tap  Home >   Settings > Display > Navigation bar.
2. Under STYLE, select Gestures, Gesture and Buttons or Buttons only to 
suit your preferences.
 Gestures
 ‾Go to Home screen: Swipe up from the bottom edge of the screen.
 ‾Go back: Swipe in from the left or right edge of the screen.
 ‾Go to Overview screen: Swipe up and hold from the bottom edge

‾Go to Home screen: Swipe up from the bottom edge of the screen.
 ‾Go to Overview screen: Swipe up and hold from the bottom edge 
of the screen.
 ‾Quick switch apps: Swipe right at the bottom edge of the screen to go to previously used apps.
 Gesture and Buttons: Home button and Back button are available.  
To see recent apps, swipe the Home button  up.
 Buttons only:  /  /  are available. Tap  to see recent apps.

The Basics50
Modifying the Home touch buttons
You can change buttons displayed on the Home touch buttons bar, as well 
as their position.
1. Tap  Home  >  Settings  > Display > Navigation bar.
2. Select the modification you want to apply.
 Tap Button combination to select Home touch buttons you want to 
add to the bar and their position within the bar. Choose from Notification and Capture+ to add.

The Basics51
Status Bar
The Status Bar appears at the top of every screen. It displays icons 
indicating that you’ve received notifications (on the left) and icons indicating the phone’s status (on the right), along with the current time.
Call icons
In call
 Missed call
Speakerphone on
 Microphone muted
Video call
Sound icons
Do not disturb - Priority only
 Do not disturb - Total silence
Vibrate mode
 Silent mode
Music playing
 Music paused
Network icons
3G connected
 3G in use
4G LTE connected
 4G LTE in use
Wi-Fi connected
 Wi-Fi with no Internet
Signal strength
 No signal
Roaming
 Network extender
No SIM card
 Unknown SIM card
Airplane mode
 GPS on
App update available
 App update successful
Downloading
 Uploading
Download successful
 Emergency Alert

The Basics52
Connectivity icons
Syncing
 Mobile Hotspot on
USB connected
 USB debugging mode
Bluetooth connected Bluetooth on
Bluetooth headset battery full
 Bluetooth headset battery low
NFC on
 Headset connected
Headset with microphone 
connected
Internal storage full
Email and Messaging icons
New Gmail message
 New message
New voicemail
 Message not sent
Calendar and Alarm icons
Alarm set
 Upcoming events
Battery icons
Full battery
 Fast Charging
Charging battery
 Wireless charging
Low battery
 Empty battery
Not charging
Other icons
More notifications 
 Screenshot saved
Keyboard

The Basics54
Switching the screen orientation
You can set the screen orientation to automatically switch according to the 
device's physical orientation.
On the notification panel, tap Rotation from the quick access icon list.You can also tap 
 Home  >  Settings  > Display and activate  
Auto-rotate screen.

choose to use on your phone.
Tap  Home  >  Settings  > Display > Home screen > Select Home > 
EasyHome.The EasyHome Home screen has three panels.
Home with separate apps list
Home with separate apps list is another version of the Home screen that 
you can use on your phone. This version places all of your installed and downloaded apps in an Applications screen instead of on your Home screen panels. The 
 Apps  icon in the Quick Access Bar allows you to 
access all of your apps and you can just copy shortcuts of the desired apps to your Home screen. 
 Tap  Home  >  Settings  > Display > Home screen > Select Home > 
Home with separate apps list.

The Basics57
Setting Your Lock Screen
Your device's screen turns off and locks itself if you press the Power/Lock 
button. This also happens after the device is left idle for a specified period of time. If you press the Power/Lock button when a screen lock is not set, the Home screen appears immediately. To ensure security and prevent unwanted access to your device, set a screen lock.
NOTE A screen lock prevents unnecessary touch input on the device screen and reduces 
battery consumption. We recommend that you activate the screen lock while not using the device.
Setting a Screen Lock
There are several screen lock options available.
1. Tap  Home  >  Settings  > Lock screen & security.
2. Tap Select screen lock and then select the desired method.
3. Customize the following settings.

None: Deactivate the screen lock function.Swipe: Swipe on the screen to unlock the screen.Knock Code: Tap the screen in a pattern to unlock the screen.Pattern: Draw a pattern to unlock the screen.PIN: Enter a numeric password to unlock the screen.
Password:  Enter an alphanumeric password to unlock the screen.
Fingerprints: Unlock the screen by using your fingerprint.Allow Face Unlock: Unlock the screen with your face.Allow Hand ID: Unlock the screen with your hand ID.

KnockON
You can turn the screen on or off by double-tapping the screen.
NOTES •	This option is available only on the Home screen provided by LG. It may not 
function properly on a custom launcher or on the Home screen installed by the user.
•	When tapping the screen, use your fingertip. Do not use a fingernail.
•	To use the KnockON feature, make sure that the proximity/light sensor is not blocked by a sticker or any other foreign substance.
Turning the screen on
Double-tap the middle of the screen.
 Tapping the top or bottom of the screen may decrease the recognition 
rate.

The Basics59
Turning the screen off
Double-tap on an empty space on the Home screen and Lock screen.
You can also double-tap an empty space on the status bar.
Disabling the KnockON feature
You can disable the KnockON feature by using the following method:Tap 
 Home  >  Settings  > Extensions > KnockON  ON/OFF  to 
deactivate this feature. 
Knock Code
You can unlock the screen by creating your own Knock Code. When the 
screen is locked, you can directly access the Home screen by tapping the screen in a specified sequence.
NOTES •	You can use your Knock Code together with the KnockOn feature.
•	Make sure to use your fingertip when tapping the screen.
Creating a Knock Code
lock > Knock Code.
2. Tap the squares in a pattern of your choice to create a Knock Code and 
tap DONE.
3. Input the created Knock Code again for verification, then tap CONFIRM.
Unlocking the screen with a Knock Code

tap DONE.
Unlock the screen by inputting the Knock Code you have created.
You can also input your Knock Code on the touch screen when the screen 
is turned off.
 It is also possible to enter a Knock Code when the lock screen is turned on.

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Memory card encryption
You can encrypt and protect data saved on the memory card. The encrypted 
data in the memory card cannot be accessed from another device.
1. Tap  Home  >  Settings  > Lock screen & security > Encryption & 
credentials > Encrypt SD card.
2. Read the on-screen overview of memory card encryption and then tap 
CONTINUE to continue.
3. Select an option and tap ENCRYPT NOW.
 New data encryption: Encrypt only data that is saved on the memory 
card after encryption.
 Full encryption: Encrypt all the data currently saved on the memory card.
 Exclude media files: Encrypt all files, except for media files such as music, photos and videos.
NOTES •	Once memory card encryption starts, some functions are not available.
•	If the device is turned off while encryption is underway, the encryption process 
will fail, and some data may be damaged. Therefore, be sure to check if the battery level is sufficient before starting encryption.

•	Encrypted files are accessible only from the device where the files were encrypted.
•	The encrypted memory card cannot be used on another device. To use the encrypted memory card on another mobile device, format the card.
•	You can activate memory card encryption even when no memory card is installed into the device. Any memory card that is installed after encryption will automatically be encrypted.

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Entering text
Using the Smart toolbar
You can use various keyboard input methods in one place. You can select 
the desired input method from the top of the keyboard.
1. Select the desired keyboard input method from the Smart toolbar.
2. Tap  Show , then touch and drag each tool to reorganize as desired.
Smart toolbar
NOTES •	Some supporting input methods may differ depending on the device you have.
•	You can turn on or off the Smart tool feature from the keyboard settings.
•	You can also use the keyboard input methods by tapping  Settings .

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Tap to hide the smart tools.
Tap to add emojis.
Tap to add avatar stickers.
Tap to add ani-stickers.
On the keyboard, tap  Voice input .
•	To maximize the voice command recognition, speak clearly.
•	To enter text with your voice, make sure that your device is connected to a 
network.
•	To select the language for voice recognition, tap  Settings  > Languages on 
the voice recognition screen.
•	This function may not be supported, or the supported languages may differ depending on the service area.
Tap to access keyboard settings.
Tap to open the clip tray.
For more information, please see Clip Tray .
Tap to let the keyboard float, when you use the Multi-window 
feature. You can also move the keyboard to the desired 
location.
Tap to bring the smart tools back.

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Using the Smart keyboard
You can use the Smart keyboard to enter and edit text.
With the Smart keyboard, you can view text as you type without bothering 
to alternate between the screen and a conventional keyboard. This allows you to easily find and correct errors when typing.
Moving the cursor
With the Smart keyboard, you can move the cursor to the exact position you want. When typing text, touch and hold on the space bar and then drag left or right.
NOTE This option is available only on the QWERTY keyboard.

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Suggesting words
Smart keyboard automatically analyzes your usage patterns to suggest 
frequently used words as you type. The longer you use your device, the more precise the suggestions are.
Enter text, then tap a suggested word.
 The selected word is automatically entered. You do not need to manually 
type every letter of the word.
Copy and Paste
You can cut or copy text from an app, and then paste the text into the same 
app. Or, you can run other apps and paste the text into them.
1. Touch and hold around the text you want to copy or cut.
2. Drag  /  to specify the area to copy or cut.
3. Select either CUT or COPY.
 Cut or copied text is automatically added to the clipboard.
4. Touch and hold the text input window, then select PASTE .
NOTE If there is no item that has been copied or cut, the PASTE option will not appear.

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Clip Tray
If you copy or cut an image or text, it is automatically saved to the clip tray 
and can be pasted to any space at any time.
1. On the Smart tool, tap  Clip Tray .
You can also touch and hold the text input window, then select CLIP 
TRAY.
2. Select and paste an item from the clip tray.
 A maximum of 20 items can be saved to the clip tray.
 Tap  Lock to lock saved items in order not to delete them, even 
when the maximum quantity is exceeded. A maximum of ten items 
can be locked. To delete locked items, unlock them first.
 Tap  Trash to delete the items saved to the clip tray.
NOTES •	The clip tray may not be supported by some downloaded apps.
•	Deleted items cannot be restored.
Languages
You can set only one main language for your phone's operating software, but you can set multiple secondary languages and switch as needed. In addition, you can set multiple languages used for the on-screen keyboard.
T o change the main language

 Tap  Home  >  Settings  > System > Language & keyboard > 
Language > Add language. Tap the language of your choice. Touch and 
hold the language, then drag it to the top of the language list to make it your phone's main language.
NOTE After adding additional secondary languages, drag any language to the top of the list 
to set it as your main language. 
T o add additional languages for your keyboard
Manage keyboards > LG Keyboard > Language & keyboard layout, 
tap Select languages, then select all languages you want to use on the 
keyboard.

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Capturing a Screenshot
Press and hold the  Volume Down  button and the  Power/Lock  button at 
the same time for 2 seconds to capture a screenshot of the current screen.
To view the captured image, tap  Home  >  Gallery  > the Screenshots  
album.
Using Capture+ to capture a screenshot
On the screen you want to capture, drag the Status Bar downward and tap 
 Capture+  (in the Quick settings). The image is captured, but not saved 
until you tap 
  Done  and choose a location to save in.
Access the app (QuickMemo+ or Gallery) in which you saved the captured 
image to view it.
NOTE Screenshots saved to the Gallery app are in the Capture+ album.
Content sharing
Playing content from another device
You can play photos, videos or songs saved on your device from a TV.
1. Connect the TV and your device to the same Wi-Fi network.
2. While viewing an item in the Gallery or Music app, tap  Play on other 
device or  Options  > Play on other device.

3. Select the TV you want to connect to.
NOTE Google Play services should be up to date in order to use Chromecast.
Viewing content from nearby devices
You can view content from various devices, such as a computer, NAS or mobile device, by using the Gallery or Music app.
Connecting the devices
Connect both your device and a device that supports DLNA function to the same wireless network.
NOTE Make sure that File sharing (DLNA) is activated on both devices.

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Searching for nearby devices
You can view a list of DLNA devices on the same network by selecting the 
Nearby devices menu in each app.
Use content from nearby devices as if you were using it on your device.
Sending or receiving files
You can share files between your device and another LG device, or a tablet 
or computer.
Sending files
From the Gallery or File Manager app, tap  Options  > Share or  Share , 
then select a device on the file sharing list.
If your device does not support the file sharing feature, tap  Home  >  
Settings > Connected devices > File sharing > SmartShare Beam  
ON/OFF.
NOTES •	Make sure that your device is connected to the same wireless network as the file 
transfer target device.
•	Make sure that File sharing (DLNA) is activated on both devices.

68Useful App
App Shortcuts
On the Home screen, touch and hold an app icon such as Call, Messaging, 
Camera, Gallery and Settings to display a quick access menu. Use apps more easily through App Shortcuts.
NOTE This feature is available only on some apps.

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Audio recording features
HD Audio Recorder overview
The HD Audio Recorder feature allows you to configure the audio settings 
manually so that you can record audio based on your environment.
Recording modes
You can record a high definition audio file by selecting and configuring the desired audio mode to suit the recording environment.
Tap 
 Home  > 
  Essentials  folder > 
  HD Audio Recorder  >  Menu.
Normal
You can record audio without extra settings.
Concert
You can record audio in a concert or other music event.
Custom
You can manually personalize the settings to record audio.
Studio Mode
With Studio mode, you can play an audio file or music and record your voice 
at the same time, create a chord by recording your voice multiple times, and record your comments over the presenter’s or speaker’s original audio file.
1. Tap  Home  > 
  HD Audio Recorder  >  
Menu > Custom.
2. Tap  Studio mode .
3. Select an audio file to use as background music.

4. Tap  Record  to record voice.
5. Tap  Stop  to save the recorded file.
NOTE Background music can only be played through earphones. Make sure to plug in 
earphones before using this feature.

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Calculator
Using your calculator
  Essentials  folder >  Calculator .
2. Tap the number buttons and the function buttons ( ,, or ) as 
necessary. The result automatically appears as soon as sufficient 
calculation information is entered.
 To delete the last input, tap  DEL. To clear the display, touch and 
hold  DEL.
Calendar
Viewing Your Calendar and Events
The Calendar app allows you to track your schedule of events (that you created or that you’ve been invited to), organized by day, week, month, year, or agenda. Tap 
 Menu to switch calendar views or access your Tasks 
list.
Tap  Home  > 
  Essentials  folder >  Calendar , and then tap  Menu.
 Day: Display today’s schedule by hour. Swipe left or right across the 
screen to display another day.
 Week: Display the current week. Swipe left or right across the screen to display another week.
 Month: Display the current month. Swipe left or right across the screen to display another month.

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Adding an event to your calendar
  Essentials  folder >  Calendar .
2. Tap  Menu to change the calendar view (Day, Week, Month, Year, or 
Agenda), if necessary.
3. Tap the date (or the time in the day calendar view) you want to add an 
event to and tap 
  New event.
4. Enter the event name.
5. Tap Location field and enter the location. Check the date and enter the 
time you wish your event to start and finish.
6. Enable the All day switch, if applicable.
7. Tap More to enter additional options such as Reminders, Repeat, 
Description, Time zone, Guests, Show me as, and Privacy, as 
necessary.
8. Tap SAVE  to save the event in the calendar.

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Camera
You can use the Camera app to take and share pictures and videos. Your 
phone has the integrated triple cameras that let you capture sharp pictures and videos in various angles. It has many state-of-the-art features such as Cine shot, Portrait, Studio, AI CAM, and much more. These features will allow you to easily and creatively capture your world.
NOTE Be sure to clean the protective lens cover with a soft cloth before taking pictures.  
A lens cover with smudges from fingers can cause blurry pictures with a "halo" 
effect.
Starting the camera
 Tap  Home  >  Camera .
TIP With the backlight off, press the  Volume Down button twice to immediately 
activate the Camera app (when enabled in the Settings app).
NOTES •	Before taking a photo or recording a video, wipe the camera lens with a soft cloth.
•	Be careful not to stain the camera lens with your fingers or other foreign substance.
•	Images included in this user guide may be different from the actual device.

•	Photos and videos can be viewed or edited from the Gallery app. See Gallery 
overview  for details.
Changing the camera mode
You can select a camera mode that suits your environment to take a photo 
or record a video easily and conveniently.
Tap  Home  >  Camera  and select the desired mode.

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Auto mode
You can select from a variety of camera modes and options to take your 
photos and record videos.
2. To take a photo, tap Photo, then tap  Capture . To record a video, tap 
Video, then tap  Record .
Film Effect – Apply a film filter effect.
Settings – Displays the settings for the Auto camera mode. See Customizing the camera 
options.Flash – Change the flash settings. Tap it to toggle through the flash modes.
Timer - Change the timer settings. Tap it to toggle through the timer options.
Camera Angle –  Switc
hes between standard angle and wide 
angle cameras.
Gallery – Accesses your Gallery to view your saved 
photos and videos. Tap it to display the last photo or video you captured.Swap camera – Switches between front and rear 
cameras.
Capture – Takes a picture.
Taking a photo
1. Select a camera mode and tap the subject to focus the camera on it.
2. Tap  Capture  to take a photo.
 You can also press  Volume buttons  to take a photo.

NOTE When the screen is turned off or locked, start the camera by pressing the Power or 
Volume Down button twice. Tap  Home  >  Settings  > Extensions > Shortcuts  
and enable the Open Camera switch under POWER and/or VOLUME.

the selected camera mode.
  : Take a photo or record a video in FullVision.
  : Select values for aspect ratio and size for taking photos.
TipsNotifies the user when the subject’s eyes were 
closed or the picture is blurry for an optimal result.
Google Lens SuggestionsWhen associated info is found in Auto mode, Google Lens will be used.
HDRObtain photos in vivid colors and get compensated effects even when they are taken against the light. These functions are provided by the High Dynamic Range (HDR) technology equipped in the camera.

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Live photo Record the action before and after you take a photo.
Shutter soundYou can turn on or off the camera shutter sound 
while taking a photo.
Cheese shutter Take photos with voice commands.
Tracking focusEnables the camera to remain focused on the subject you touch on the screen, even if the subject is moving. (Available when the Standard camera is in use.)
Tag locations Save the image with GPS location data.
GridDisplays guide grids so that you can take photos or record videos based on the horizontal and vertical reference lines.
Add signature Displays a personalized signature on the photos.
Help Provides help information for each camera menu.
Additional options on the front camera
Selfie shotTake a selfie by selecting its option between Gesture shot and Auto shot.
Save as flipped Save as flipped images after taking selfies.

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Various camera modes
Night view
You can take vivid and clear night photos.
While taking a photo, hold the device steady.You can adjust photo brightness by dragging the slide bar left or right.
2. Tap More >  Night view .

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Panorama
You can create a panoramic photo by moving the camera in one direction to 
photograph and stitch continuous shots of a wide view.
2. Tap More >  Panorama .
3. Tap  Capture  and then slowly move the camera in one direction.
 Move the device by following the direction of the arrow in the guideline.
4. Tap  Stop  to stop capturing the panoramic.

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Slo-mo
You can create an entertaining video by changing the moving speeds of 
subjects in your video. This feature allows you to record a video at a faster rate of speed and then play it at the standard speed so that the video appears to be slowed down.
2. Tap More >  Slo-mo .
3. Tap  Record  and record a video.
4. Tap  Stop  to end the video recording.

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Flash Jump-Cut
Photos taken at a regular interval are saved as a GIF file.
2. Tap More >  Flash Jump-Cut .
 Photos are taken every 3 seconds and saved as a GIF file.
 Tap  on the screen to select the number of photos you want to 
take.
 While taking photos, tap  Stop  to create a GIF with the photos 
taken.
NOTES •	The flash automatically turns on while taking photos.
•	The current shot and the total number of shots are displayed at the bottom of the 
screen.
•	All taken photos are saved as GIF files only.
•	The GIF speed or image orders cannot be changed.
Cine shot
You can record a moment and make a video with only a part of the scene in 
motion.
See Cine shot  for details.
Cine Video
You can record a movie like video.See 
Cine Video  for details.

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Food
You can optimize the quality of your food photos or videos using the color 
slide bar and white balance.
2. Tap More >  Food .
 Drag the color slide bar on the screen to adjust the white balance and select the best color.
 If the slide bar is not displayed, tap  White balance  to adjust the 
white balance.
YouTube Live
You can record a video and directly upload to YouTube.
2. Tap More >  YouTube Live .
To use this feature, you need to verify your phone number.
NOTE YouTube Live is available only when your device is connected to the Internet. If you 
use mobile data, you may be charged for data usage, depending on your pricing plan.

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Time-lapse
You can take a sequence of frames at set intervals to record changes that 
take place slowly over time, such as cloud movements, celestial motions, traffic, and more.
2. Tap More >  Time-lapse .
NOTE While recording a Time-lapse, voices are not recorded.

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Manual camera mode
You can create professional level photos using a variety of advanced 
features. Adjust the white balance, focus, brightness, ISO, shutter speed and other options.
2. Tap Manual Camera.
3. Manually adjust the following camera settings, as necessary.
Reset the settings.
Displays the 
various Graphy 
options.Adjust shutter speed.
Adjust ISO speed.
Adjust brightness.
Adjust focus.
Adjust white balance.
4. Tap  Capture  to take the photo.

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Customizing the camera options
You can customize a variety of camera options to suit your preferences.
Tap  Settings  on the screen.
Graphy photosAdjusts the white balance, ISO and shutter speed for 
the recommended photo. See Graphy for details.
Save as RAWThe image is stored as a RAW file format so that you can modify it. The DNG and JPEG files are created while taking a photo, then saved as a non compressed high resolution image.
Shutter soundYou can turn on or off the camera shutter sound while taking a photo.
Cheese shutter Takes photos with voice commands.
Tag locations Saves the image with GPS location data.

GuideDisplays guide grids so that you can take photos based on the horizontal and vertical reference lines.

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Manual video mode
You can record a video by manually customizing various options. Adjust 
values for the white balance, focus, brightness, ISO, shutter speed and more.
2. Tap More >   Manual Video .
Reset the settings. Adjust audio 
balance.
Adjust shutter speed.
3. Manually adjust the camera settings, as necessary.
4. Tap  Record  to record a video.
  : Take a photo in FullVision.
  : Select values for resolution and size for recording videos.
Frame rate Sets the frames per second value.
Bit rate Sets the image quality for videos.
Hi-Fi Records a video with Hi-Fi quality sound.

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Save as HDR10Saves a video in the HDR10 format for high definition 
and vivid colour.
Steady recordingMinimizes motion blur while recording a video.
GridDisplays guide grids so that you can record videos based on the horizontal and vertical reference lines.
Steady recording
You can use the Steady recording feature to minimize motion blur while recording a video.
1. Tap  Home  >  Camera , then tap Video.
2. Tap  Settings  > Steady recording.
NOTE See Starting the camera  for details.

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Selfie shot
You can use the front camera to view your face on the screen and take 
selfies. The camera settings allow you to configure the selfie shot settings.
Gesture shot
You can take selfies using gestures.
Show your palm to the front camera and then clench your fist.
You can also clench your fist and then open it towards the front camera.
 In three seconds, a photo is taken.
NOTES •	To use this feature, switch to the front camera, then tap  Settings  > Selfie shot  
> Gesture shot.
•	Make sure that your palm and fist are completely within the recognition area so 
that the camera can detect them.
•	This feature may not be available while using some of the camera features.
Interval shot
You can take a series of selfies at an interval.
While using the front camera, you can show your palm to the camera, then 
clench your fist twice quickly.
 After a short timer delay, four photos are taken at about two-second 
intervals.

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Auto shot
You can use the face detection feature to take selfies easily and 
conveniently. You can set the device so that, when you look at the screen, the front camera detects your face and takes a selfie automatically.
 The white colored guide frame appears when the front camera detects 
your face. If the subject within the guide frame stops moving, the guide frame color turns yellow, then the camera takes a photo.
NOTE To use this feature, switch to the front camera, then tap  Settings  > Selfie shot > 
Auto shot.
Burst shot
You can take continuous shots to create an illusion of moving pictures.
With the Auto mode selected, touch and hold  Capture .
 Continuous shots are taken at a fast speed while  Capture  is held 
down.
Signature
You can personalize a photo by adding your signature.
2. Tap  Settings  > Add signature.
3. Enter the signature as desired and tap ADD.

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Quick share
You can share a photo or video using a desired app immediately after taking 
it.
1. Tap  Home  >  Camera , then take a photo or record a video.
2. Tap the app icon that appears on the screen to share it using that app. 
You can also swipe the icon towards the opposite direction to see what other apps you can use to share your photos and videos.
Quick share Icon
NOTES •	The app displayed by the Quick share icon may vary, depending on the type and 
frequency of access to the apps installed on the device.
•	This feature is available only in specific modes.

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Other useful features in the Camera app
Auto-Exposure/Auto-Focus lock
You can fix the current exposure level and focus position by touching the 
screen in the Auto mode. To turn off the feature, tap a blank area on the screen.
Focus peaking
You can adjust the focus on the subject with the Focus peaking feature.
Access Focus peaking by tapping the Manual Focus (MF) button. When 
Focus peaking is enabled, the subject you focus on appears green. Move the toggle wheel up or down to focus on the desired area, then take the photo.
NOTES •	This feature is only available in Manual Camera mode and Manual Video mode.
•	Disable this feature by tapping the Focus button once more.
•	This feature is not available using the wide-angle camera.

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Switching between cameras
You can switch between the front and rear cameras to suit your 
environment.
On the camera screen, tap  Swap  or swipe the screen in any direction 
to switch between the front and back cameras.
Zoom in or out
You can use zoom in or out on the camera screen while taking a photo or 
recording a video.
 On the camera screen, pinch or spread two fingers to zoom in or out, 
then use the displayed +/- slide bar.
 You can also drag  Capture  up, down, left, or right (depending on the 
phone's physical orientation). This feature is available only in Auto mode and Manual camera mode.
NOTE The zoom feature is not available when using the front camera.

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Clock
You use the Clock app to access the Alarm, World clock, Timer, and 
Stopwatch functions. Access these functions by tapping the tabs across the top of the screen or swiping horizontally across the screen.
Alarm
  Essentials  folder >  Clock  > Alarm >  Add.
2. Set an alarm by tapping the hour or minutes and selecting the desired 
time on the clock graphic. Tap 
  Keypad  to set the time using a keypad 
instead of the clock graphic. Tap AM or PM as necessary.
3. Set days, Alarm sound and volume, Alarm with vibration,  Snooze 
duration,  Animated weather,  Alarm note, and Puzzle lock.
4. Tap SAVE .
NOTE To access (and change) the alarm settings from the alarm list screen,  
tap the  Options then tap Settings.
World clock
The World clock allows you to set up a list of cities to easily check current 
times in other time zones with a quick glance.
  Essentials  folder >  Clock  > World clock.

2. Tap  New City, search through the available cities, then tap the desired 
one.
NOTE A network connection is necessary to search for cities.
Timer
The Timer can alert you with an audible signal when a set amount of time has passed.
  Essentials  folder >  Clock  > Timer.
2. Set the desired time on the timer.
3. Tap Start to start the timer.
 Tap Pause to pause the timer.
4. Tap Stop to stop the timer.

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Contacts
The Contacts app allows you to store names, phone numbers, and other 
information in your phone’s memory. Entries are listed alphabetically. You can scroll through the list or select the Groups tab.
Use the Contacts app to add, view, and communicate with your friends, 
acquaintances, and associates.
T o open your Contacts app
 Tap  Home  > 
  Essentials  folder >  Contacts .
NOTE You can also tap the Contacts tab from the Phone app.
If you don't have any contacts in your Google Account or on your SIM card, hints will be displayed to help you start adding contacts to your phone. 
Contacts list
When you open the Contacts app, your contacts list is displayed. The alphabet is displayed vertically along the right side of the screen. You can drag along it or tap the desired letter.
In Case of Emergency contacts is displayed above your list of contacts. Add

In Case of Emergency contacts is displayed above your list of contacts. Add 
up to 5 emergency entries from your contacts list. These are entries that someone can contact on your behalf in the event of an emergency, whether or not the phone is locked.
T o add ICE entries
2. Tap In Case of Emergency contacts (at the top of the list).
3. Tap the 
  Add entry.
4. Checkmark the entry (or entries) to add to your ICE list, then tap ADD.

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ICE Information
In addition to your emergency contacts, you can enter personal information 
about you (such as health record, allergies, medications, special instructions, etc.) that can be accessed in case of an emergency. To add your personal information:
1. From the emergency contacts screen, tap the 
  Information .
2. Tap  Add, enter your information, then tap SAVE .
T o search for a contact
2. Tap the Search contacts box and enter the contact name. Matches are displayed as you begin to type.
Searching your online contacts simultaneously
You can search for your contacts simultaneously from all of your online accounts.
To set your phone to search simultaneously, 
2. Tap  Options  > Contacts settings > Online search.
T o open your groups list
 Open the Contacts app and tap Groups.
Groups displays your contacts by category (at the top of the screen) and

Groups displays your contacts by category (at the top of the screen) and 
your accounts (at the bottom of the screen).
NOTE Tap  Options from the Groups to access Delete, Share, Change order,  Default 
screen, Contacts settings, and Help.

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T o view details about a contact
2. Tap the contact whose details you want to view.
3. The information you entered for the contact is displayed. The following 
options are available (depending on the types of information saved).
 
 Dial places a call to the number.
 
 Message starts a message.
  Options accesses the following menu options: Share, Forward, 
Merge, Back up, and All calls to voicemail.
Adding Contacts
You can add contacts on your phone and synchronize them with the 
contacts in your Google™ Account, Microsoft Exchange account, or other accounts that support syncing contacts.
Since your contacts can come from a variety of sources, the Contacts app 
attempts to merge new information with existing similar contact entries to create a single entry. You can also manually merge or separate entries.

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Merging and separating contacts
When you have two or more entries for the same contact, you can merge 
them into a single entry. You can also separate contacts that were merged.
  Essentials  folder >  Contacts , and then tap the 
contact entry you want to merge with another entry.
2. Tap the  Menu , then tap Merge.
3. Select the entry you want to merge.
Once entries have been merged, Separate becomes available in the options menu to allow you to separate the merged entries.
contact entry you want to separate.
2. Tap  Options , then tap Separate.
3. Tap SEPARATE to confirm.
Setting Speed Dials
Designating multiple speed dials
  Essentials  folder >  Contacts , and then tap  
Options.
2. Tap Speed dial.
3. Tap the speed dial number to assign, then tap the Contact entry for it.
4. Repeat selecting a speed dial number and the desired Contact entry as necessary.

settings.
Searching in File Manager
Open the File Manager app, select where you want to search (Internal 
storage, SD card, or Cloud) if necessary, then tap 
  Search to search for 
your files or information.

NOTES •	Some file formats may not be supported, depending on the installed software.
•	Some files may not open due to encoding.
•	Files that exceed the size limit may cause an error.
•	You need to activate the GPS feature to create contents in Memories.

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Viewing photos
Start the camera.
Start Google Lens.Add to or remove 
from your favorites.
Delete images.
Share images.Access additional 
options.
Edit images.View related 
content.Write a memo on 
a photo.
NOTE To display the menu items, gently tap the screen. To hide the menu items, tap the 
screen again.
Editing photos
1. While viewing a photo, tap  Edit.
2. Use a variety of effects and tools to edit the photo.
3. Tap Save copy to save changes.
Writing a memo on the photo
1. While viewing a photo, tap  Memo .
2. Write a memo on the photo and tap SAVE .
 The memo is applied to the photo.
NOTE Some photos may not support the photo memo feature.

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Playing a video
Select a video from an album in your Gallery. Playing it using the Videos app 
provides the following options.
Access additional 
options.
Tap to play next 
video. Touch and hold to fast-forward. Open with QSlide.
Edit the video.Lock or unlock 
the screen.Choose screen ratio.
DTS:X on/off.Tap to play 
previous video. Touch and hold to rewind.
Create a GIF .
NOTES •	To adjust the sound volume, drag the right side of the video screen up or down.
•	To adjust the screen brightness, drag the left side of the video screen up or down.
Editing videos
1. While viewing a video, tap  Edit.
2. Use a variety of effects and edit tools to edit the video.
Automatically create a 
15-sec, 30-sec or 60-sec video clip.Adjust the 
resolution.
Revert the edit.
Create a movie using various effects.
Adjust the video 
duration.Select a section to 
change the play speed.
3. Tap SAVE  to save changes.

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Game launcher
You can use Game launcher to view the entire list of installed games, or set 
the device to mute or prevent any notifications while playing games.
  Essentials  folder >  Game launcher .
2. Select the desired option.
LG Health
LG Health overview
You can set the goal of daily exercise and check the amount of physical exercise to monitor your health and fitness information.
NOTES •	Health related information provided by LG Health is designed for user convenience 
and cannot be used for purposes of disease prevention, treatment, diagnosis or other medical issues.
•	LG Health may vary or may not be available, depending on the country and the mobile service provider. LG Health functions that are available and apps that can be added to LG Health may vary, depending on the country. This is due to differing laws and regulations.
Getting started with LG Health
You can configure LG Health when launching the app for the first time or

You can configure LG Health when launching the app for the first time or 
after resetting it.
  LG Health .
2. Follow the on-screen instructions to complete the setup.
Using LG Health
You can easily manage the details of physical exercise and health information on LG Health.
  LG Health .
2. The following options are available:

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T o delete a message thread from the Messaging window
1. Touch and hold the message thread.
2. Tap Delete in the context menu that opens.
3. Tap DELETE to confirm you want to delete the message thread.
T o send a text message
1. Open the Messaging app (set it as your default, if necessary),  
then tap  New message .
2. Enter the recipient(s) in the To  box.
 Tap 
  Contacts , select one or more entries from your Contacts, then 
tap DONE.
 Enter a name (or a partial number), then tap a suggestion displayed 
from your Contacts.
 Enter a number manually for phone numbers not in your Contacts.
 Tap the message box, then enter your message.
Contacts Icon
Tap here to enter the recipient(s) by selecting from your Contacts.To BoxTap here to enter the recipient(s) manually.
Message BoxTap here to enter your message.Attachment IconTap here to add an attachment to your message.
If you tap  Back  while composing a message, it is automatically saved

If you tap  Back  while composing a message, it is automatically saved 
as a draft. Tap the message thread to resume composing it.
3. Tap  Options  > Add subject to add a message subject.
The subject text appears above the body text in bold letters.

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4. Tap  Attach to open a dialog box where you can choose the type of 
media file to attach to the message.
NOTE To delete an attachment, simply tap 
  Delete  on the attached file.
5. Tap  Send  to send the message.  
Your sent and received messages appear in the same window, creating a 
message thread with that contact.
Receiving and viewing messages
If you receive a message from a contact while in the message window with 
the contact, the message will be received without any notification. Otherwise, you'll receive a new message notification based on the Notification settings.
 If the Show as pop-ups option is enabled, you’ll receive a pop-up 
notification on the current screen which you can use to directly reply.
If the message contains a media file, tap the Play to view, watch, or listen 
to it. Touch and hold the media file to open a context menu with additional options.
TIP While viewing a message thread, you can tap 
  Call to place a call instead of

  Call to place a call instead of 
sending a message.
T o respond to messages you receive
While viewing the received message, tap the message box at the bottom of the screen, complete your response as necessary, then tap Send.
Changing Messaging Settings
 To change the Messaging settings, open the Messaging app (set it as 
your default, if necessary), tap  Options > Settings. Messaging 
settings include Notifications, Blocked numbers, Quick reply, and more.

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Music
Your phone has a music player that lets you play all of your favorite tracks.  
To access the Music player, tap  Home  > 
  Essentials  folder >  
 Music .
Switch to the playlist.
Add to or remove from your 
favorites.Adjust the audio pitch and 
speed.Play in random order.
Adjust the sound volume.Tap to play from the 
beginning of the current file/ 
Double-tap to play the 
previous file/  
Touch and hold to rewind. Select a repeat mode.Turn on Flash Light.Set sound ef
fects.
Tap to play the next file/ 
Touch and hold to fast-forward.Pause or play.Access additional options.Back to the previous screen.
Enable the Boombox Show 
mode.

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Playing a song
  Essentials  folder >  Music .
2. Select a category.
3. Tap the song you want to play.
•	Music files may be protected by international copyright owners or copyright laws. 
You may have to obtain legal permission before copying a music file. To download or copy a music file, first check the copyright law for the relevant country.
•	This model supports Hi-Fi audio playback. Hi-Fi audio files display the Hi-Fi icon.
•	When the Boombox Show feature is activated, visual effects including flash are played to the music. 
Other Music player options
 Touch and hold any song in the Music library to access its context menu 
which includes: Add to playlist, Delete, Phone ringtone, Caller ringtones and Details.
 Tap  Options in the Music library to access its options menu which

 Tap  Options in the Music library to access its options menu which 
includes: Sound quality and effects, Cloud, Select to play, Add to 
playlist, and Settings.
Exiting the Music player
To exit the Music player, swipe the Status Bar downward, then tap 
  Close  
in the upper-right corner of the Music notification.
NOTE When you select Caller ringtones, tap a desired contact to set it.

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Multi-tasking feature
Recent Uses Screen
You can view the app screens that you used recently by using the preview 
function.
To view the list of apps that you used recently, tap  Recent apps  on the 
navigation bar.
Tap  Home  >  Settings  > Display > Navigation bar > Gestures.
Pop-up window
Pop-up window overview
You can open multiple apps on the screen and easily switch between them 
at any time.
1. Tap  Recent apps  on the navigation bar to see recent apps.
 If you set gestures for the navigation bar, swipe up on  from the 
bottom of the screen.
 If you set gestures and buttons for the navigation bar, swipe  up.
2. Tap the app icon on the top left of the app screen and select Pop-up 
window.
 If you tap the app icon, the App info, Multi window and Pop-up 
window menus appear.

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3. The app appears in the form of a pop-up window on the screen. 
NOTE This feature may not be available in some apps or screens.

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Using the app folder for pop-up windows
If you tap  on the pop-up window, the pop-up window is minimized into 
the app icon.
You can move the app icon anywhere you want by dragging it.
If two or more pop-up windows are minimized, the app folder is created to 
contain the app icons.
 The recently-used app icon is used as the app folder icon. If you tab the 
icon, all the icons for the minimized pop-up windows appear in the app folder.

Multi window .
 The selected app appears at the top half of the screen.
3. Tap the other app to be displayed in the multi window.
NOTES •	To adjust the size of the split screen, drag the bar on the center of the screen.
•	To deactivate the multi window feature, drag the center bar up or down to the end 
of the screen. 
•	The multi window feature is not supported in some LG apps or apps downloaded from the Play Store.

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Phone
T o open the Phone app
 Tap  Home  >  Phone .
Call
Tap here to dial the number that you entered manually.Touch and hold 
 to enter 
the plus ( + ) symbol to dial an international number.
VoicemailTap here to access your voicemail feature.Voice DialerTap here to dial by saying the number.
Moving between the Phone app tabs
Tap any of the Phone app tabs (Dial, Recent, Contacts, and Groups) at the 
top of the screen to view that tab. You can also swipe the screen horizontally to scroll to the other tabs. The name of the current tab is underlined.
Making a call by dialing
1. Tap  Home  >  Phone  > Dial.
2. Use the dialpad to enter the number you want to call.
3. Tap 
  Call (on the dialpad) to dial the number that you entered.

T o answer a call
 Drag  Answer  in any direction to answer the call.
T o ignore a call and divert it to Voicemail
 Drag  Ignore  in any direction to ignore the call.
NOTE To silence the incoming call ringer, press either of the Volume buttons.
T o ignore a call and send a text message
To display the Ignore with message option on the Incoming call screen, enable it in the Phone app's Call settings menu.
1. Tap  Home  >  Phone  >  Options  > Call settings.
2. Tap Call blocking & Ignore with message > Allow ignore with message  
switch to toggle it On (blue).
TIP Tap Allow ignore with message to manage your text message choices.
NOTE This feature can only be used to send a message to another mobile phone. It's not 
applicable to incoming landline calls.

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Checking an incoming call while using an app
When a call comes in while using an app, a pop-up notification can be 
displayed at the top of the screen. You can receive the call, reject the call, or send message from the pop-up screen.
NOTETap  Home >  Phone >   Options > Call settings > Additional settings > 
Show voice calls while in an app, then select Pop-up.
During a Call
One-way Camera
Tap here to share your camera.
Keypad
Tap here to display the keypad.
Bluetooth
Tap here to switch between using a Bluetooth device and the phone.
Mute
Tap here to mute the microphone during a call. CameraTap here to switch to a video call.
Speaker
Tap here to turn the speakerphone on or off.Add CallTap here to add a call to the current conversation.
SettingsTap here to access additional in-call options
NOTES •	Tap  Options on the Call screen to access Contacts.
•	Place your ear against  to hear the sound more clearly and loudly.
Recent Tab

Recent Tab
The Recent tab records all of the calls you’ve dialed, received, missed, or 
ignored. It offers a convenient way to redial a number, return a call, or add a 
number to your Contacts.
Opening the Recent tab
 Tap  Home  >  Phone  > Recent.
The Recent tab lists your calls chronologically by phone number and call 
type. The number in parenthesis indicates the number of calls recorded 
for that phone number and type.

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Viewing call entry details
Open the Recent tab, then tap an entry to view all of call history for that 
phone number and call type. Each one includes the call type (  received, 
 dialed,  missed, and  ignored), the date and the time of the call.
Filtering your list of calls
Tap  Home  >  Phone  > Recent, and then  Options  > Filter. Tap the 
call type you want to view.
Tap  Back  to return to the Recent tab screen.
Dialing a number in the Recent tab
 From the Recent tab, tap 
  Call at the right of the call entry.
 From the Recent tab, tap the image to the left of the call entry to view 
other information saved in your phone’s memory for that contact. Tap a phone number to dial it.
TIP To insert an area code when you're traveling, touch and hold the entry, then tap 
Copy number in the context menu. Change to the Dial tab, touch and hold the 
phone number field, tap PASTE , then edit the number as necessary before tapping 
the 
  Call.
Deleting your Recent calls

the 
  Call.
You can delete the entire list of Recent calls at once or selectively.
1. Tap  Home  >  Phone  > Recent.
2. Tap  Options .
 Tap Clear to select entries to remove from the list. Checkmark the 
entries to delete, tap CLEAR, then CLEAR.
 Tap Clear all to remove all of the entries from the list. Tap CLEAR to 
confirm you want to delete the entire list.
NOTE You can also select a specific number to be deleted. Touch and hold an entry in the Recent tab. Tap Clear all logs of this number, then tap CLEAR to confirm.

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Speed Dial
Create a Speed Dial
1. Tap  Home  >  Phone .
2. Tap  Options  > Speed dial. 
3. Tap Add contact and select a name or number to set up a speed dial.
Making a call using Speed Dial
2. Touch and hold the Speed dial number.
Managing Multiple Calls
Contact your wireless service provider to find out which call services are 
supported.
T o switch between current calls
The current call will be placed on hold and you'll be connected with the other call.
T o set up a conference call
Contact your wireless service provider to find out whether they support conference calls and how many participants you can include.
1. Place a call to the first participant.
2. When you’re connected, tap 
  Add call  on the Call screen.
3. Enter a phone number.
 Use the Phone app tabs to select a saved number, then tap 
  Call.
OR
 Use the buttons on the dialpad to manually enter a number, then tap the 
 Call.
4. After you’re connected, tap

Saved notes can be viewed in either QuickMemo+ or Gallery.
 To save notes in the same location all the time, select the Use as default app checkbox before selecting a desired app.
NOTES •	You can capture the entire screen by using the scroll capture feature.
•	While using an app such as Messaging and Chrome, drag the notifications panel 
downwards and then tap  > Extended to capture the entire screen you are 
currently viewing as a single file.
•	This feature is available only on some apps that support the scroll capture feature.

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Voicemail
The Voicemail app allows the management of voicemail directly from the 
phone rather than accessing voicemail via traditional methods.
Voicemail can display a list of your messages allowing you to choose which 
message(s) to listen to or delete, without having to dial into your mailbox and listen to voice instructions or prior messages.
T o be able to use Voicemail
1. Tap  Home  >  Voicemail .
NOTE Listening to voicemail and setting up your voicemail service depends on subscription 
to the Visual Voicemail service. When you tap  Voicemail  on the dialpad, and 
you've subscribed to the Visual Voicemail service, the Visual Voicemail app will be launched.
2. The first time you access the Voicemail app, you'll have to subscribe to 
the Visual Voicemail service to be able to use it.
3. After subscribing to the Visual Voicemail service, you'll be prompted to enter the password. To change the password, call voicemail (dial *86).

4. After entering the password, your voicemail entries will be displayed in your Inbox.
While viewing the voicemail list, you can select an entry (see step 5).  
For additional options, tap 
 Options . The following options are available: 
Search, Save, Set as heard, Sort by, Saved Voicemail, Refresh, and 
Settings.
5. Tap a voicemail entry to listen to it.

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Google Apps
To use Google apps, a Google Account needs to be registered in your 
device first. The Google Account registration window appears automatically when you use a Google app for the first time (if you didn't register your account when you initially set up your device). If you do not have a Google Account, create one from your device. For details on how to use an app, refer to the Help text in the app.
Drive
Upload, save, open, share, and organize files from your device. Files accessible from apps can be accessed from anywhere, including online and offline environments.
Docs
Docs is a collaborative, word-processing tool that enhances productivity. Use Docs to create, edit and work together in real-time.
Maps
Find your location or the location of a specific place on a map. View geographical, traffic, or transit information. Get directions to destinations.
Photos
View or share photos or albums saved on your device. Edit or enhance your photos.
Duo

Photos
Duo
Make a video call with your family, friends and anyone else who uses the app.
Chrome
Sign in to Chrome and import opened tabs, bookmarks, and address bar data from a computer to your device.
Gmail
Register your Google email account in your device to check or send email.

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Play Movies & TV
Use your Google Account to rent or purchase movies. Purchased contents 
can be played anywhere.
YouTube
Search for and play videos. Upload videos on YouTube to share them with people around the world.
Play Music
Use your Google Account to purchase music files from Play Store. Play music files saved on your device.
Sheets
Sheets is a collaborative spreadsheet processing tool that enhances productivity. Use Sheets to import, organize and analyze information together in real-time.
Slides
Google Slides is a collaborative presentation creation tool that enhances productivity. Use Slides to organize information, present results, and make 
decisions together in real-time.
Google Pay
Add credit or debit cards and use Google Pay to make payments.
Google
Use Google to search for web pages, images, news and more by entering 
or speaking keywords.

129 Settings
Settings
The Settings app allows you to customize and personalize your phone by 
setting how its screens look, how it notifies you, how it reacts, and a lot 
more.
NOTE Settings that are specific to an app are accessed through its own Settings menu within 
the app. For example, the Chrome app has settings specific to your Internet access.
T o open the Settings app
 Tap  Home >  Settings.
TIP The upper-right corner of the Notifications panel also has a  Settings icon that you can 
tap to open the Settings app.
Viewing settings
Tap  Options at the upper-right corner of the Settings app, then tap Tab  
view (or List view).
 List view Scroll up and down through the list.
 Tab view Swipe left and right or tap the desired tab.
NOTE The instructions to perform tasks in this guide are based on the default List view setting.
Network & internet
The Network & internet category allows you to configure and manage your 
device’s wireless radio communications.

Tap its  switch to toggle it ON or OFF . On disables all wireless 
connections.
Wi-Fi 
With Wi-Fi, you can use high-speed Internet access within the coverage of the wireless access point (AP). Enjoy wireless Internet using Wi-Fi, without extra charges.
Connecting to Wi-Fi networks
To use Wi-Fi on your phone you need to access a wireless access point or 
‘hotspot’. Some access points are open and you can simply connect to them.

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Others are hidden or use security features. You must configure your phone to 
be able to connect to them. Turn off Wi-Fi when you’re not using it to extend the life of your battery.
Turning Wi-Fi on and connecting to a Wi-Fi network
1. Tap  Home >  Settings > Network & internet > Wi-Fi.
2. Tap  Wi-Fi ON/OFF to turn Wi-Fi on and start scanning for available 
Wi-Fi networks.
3. Tap  to see a list of active and in-range Wi-Fi networks.
 Secured networks are indicated by a lock icon.
4. Tap a network to connect to it.
 If the network is secured, you're prompted to enter a password or 
other credentials. (Ask your network administrator for details.)
5. The Status Bar displays icons that indicate your Wi-Fi status.
Wi-Fi network settings
Allows you to set up many of your device’s Wi-Fi services.
 Options Accesses the Wi-Fi options menu.
Add Wi-Fi Allows you to manually add a Wi-Fi network by entering its name 
(SSID), security, and password.

Options Accesses the Wi-Fi options menu.
Saved Wi-Fi Displays your saved Wi-Fi networks allowing you to manage 
them.
Advanced Wi-Fi Provides additional specific Wi-Fi connection settings.
NOTIFICATIONSWi-Fi notification Enable this option to be notified when Wi-Fi networks 
are available nearby.
USEFUL SETTINGS
Avoid bad Wi-Fi connections Enable this option to use the mobile 
network whenever the Wi-Fi network you’re connected to doesn’t have an Internet connection. (Data usage may apply.)

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Passpoint Enable this option to connect to Wi-Fi certified Passpoint 
automatically.
CONNECTION
Wi-Fi Direct Allows you to connect with Wi-Fi devices without any 
access point.
PERSONAL
Install certificates Allows you to install certificates from storage.
INFORMATION
MAC address Displays your phone’s MAC address (which may need to 
be entered in the router to connect to some wireless networks with MAC filters).
IP address Displays your phone’s IP address.
Wi-Fi DirectYou can connect your device to other devices that support Wi-Fi Direct to 
share data directly with them. You do not need an access point. You can connect with more than two devices by using Wi-Fi Direct.
1.  
 On the settings screen, tap Wi-Fi >  Options > Advanced Wi-Fi > Wi-Fi 
Direct.
 Nearby devices that support Wi-Fi Direct automatically appear.
2. Select a device.
 Connection occurs when the device accepts the connection request.

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T ethering & Mobile Hotspot
You can set the device as a wireless router so that other devices can 
connect to the Internet by using your device's mobile data.
Mobile Hotspot
1. On the settings screen, tap Network & internet >  Tethering & 
Mobile Hotspot > Mobile Hotspot and then tap the  switch to 
toggle it ON or OFF . 
2. Tap Set up Mobile Hotspot, and enter the Wi-Fi name (SSID) and 
password.
3. Turn on Wi-Fi on the other device, and select the name of the device 
network on the Wi-Fi list.
4. Enter your device’s Mobile hotspot password on the target device.
NOTES •	This option uses mobile data and may incur data usage fees, depending on your 
pricing plan. Consult with your service provider for more information.
•	More information is available at this web site: http://www.android.com/tether#wifi
Set up Mobile Hotspot Allows you to enter the SSID and security 
information for your mobile hotspot.
Manage connections Allows you to control which devices are allowed to

Manage connections Allows you to control which devices are allowed to 
use your device as a hotspot.
Timeout Allows you to set when to turn off your hotspot.
Wi-Fi Sharing When you activate this feature with the device connected 
via Wi-Fi, the shared devices are connected to the network by using the device’s Wi-Fi. If this feature is deactivated, the mobile data features is used for network connection.
CONNECTED DEVICESDisplays all connected devices.
NOTE Tap 
  Options to access mobile hotspot tips and help.
USB tethering Enable this option to allow you to connect via USB. This 
option is gray when not connected via USB.
Bluetooth tethering Enable this option to share the phone’s Internet 
connection with other Bluetooth devices.

Settings133
Help Displays help information regarding connecting other devices to your 
phone’s Internet connection.
Data usage
Mobile data Enable this option to allow connection to the mobile network. This switch allows you to manage your mobile data usage (e.g., disconnect from the mobile network to stop using mobile data and exclusively use a Wi-Fi network connection for data instead).
Limit mobile data usage Enable this option so you can set the amount of 
data that can be used during your cycle date. When that amount is reached, your mobile data network connection will be disabled.
Alert me about data usage Enable this option so you can set the amount of 
data usage that will trigger an alert.
Cycle date The date displayed is your current data usage cycle. Tap it to 
change it.
Graph Displays a visual of your data usage. Limit lines are displayed if the 
data usage switches are enabled.
Apps list All of the apps that use data are listed.

change it.
 Options Accesses the Data usage options menu.
Display in MB/GB Changes the data usage units.Data Saver Allows you to enable the Data saver option which restricts the 
data that runs in the background. You can set individual apps to have unrestricted data access when Data saver is enabled.
Show Wi-Fi usage Checkmark this option to display a Wi-Fi tab (in addition 
to the Mobile tab) to view your Wi-Fi data usage.
Metered Wi-Fi networks Allows you to select Wi-Fi networks to restrict apps that run in the background and be notified when downloading large files.
Mobile networks Allows you to set various mobile network settings.

Settings134
You can make High-Definition Voice and Video Calls, and surf the web while 
talking on the phone, when you add Advanced Calling to your line.  
Visit verizonwireless.com/AdvancedCalling to learn how.
Activating Advanced Calling
1. Tap  Home >  Settings > Network & internet > Advanced Calling.
2. Tap  Wi-Fi Calling On/Off to turn on or off.
3. Choose HD Voice and Video calling or HD Voice Only.
Mobile networks
Allows you to set various mobile network settings.
Data roaming Allows you to set when to allow data roaming.
System select Allows you to set your preferred network mode, as well as 
network submodes and operators.
Network type and strength Displays the current network type and the 
signal strength.
Access Point Names Allows you to set up APNs for data service.Roaming state Displays your current roaming state.
VPN
Allows you to set up VPNs (Virtual Private Networks). Choose Basic VPN or 
LG VPN.

VPN
LG VPN.
NOTE Tap  Options from the LG VPN screen to access Log , Settings, Import certificates, 
Delete all, and About.
Wireless Emergency Alerts 
Allows you to view emergency alerts and customize your emergency alert settings.
Private DNS
Allows you to use private DNS mode.

Settings135
Connected devices
Bluetooth
You can connect your device to nearby devices that support Bluetooth to 
exchange data with them. Connect your device to a Bluetooth headset and a keyboard. This makes it easier to control the device.
Pairing with another device
You must pair your phone with a Bluetooth device before you connect to it.
1. Tap  Home >  Settings > Connected devices > Bluetooth.
2. Tap  Bluetooth ON/OFF to turn Bluetooth on and search for the 
devices within your phone's range.
 Available devices appear automatically.
 To refresh the device list, tap .
NOTE Only devices set as visible are displayed on the list.
3. Choose the device you want to pair with from the list.
4. Follow the on-screen instructions to perform authentication.
NOTE This step is skipped for previously accessed devices.
Once pairing is successful, your phone will connect to the device.
Sending data via Bluetooth
1. Open the item you want to send, then tap 
  Share.
OR

  Share.
OR
Touch and hold the item you want to send, then select Share.
OR
Open the item you want to send, then tap  Options > Share.
2. Tap Bluetooth to share via Bluetooth.
NOTE The method for selecting an option may vary by data type.
3. Search for and pair with a Bluetooth-enabled device.

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Receiving data via Bluetooth
2. Tap  Bluetooth ON/OFF to turn Bluetooth on
3. Tap ACCEPT when you receive a data request.
Screen sharing 
Allows you to project your phone’s content on a compatible TV.
Tap  to toggle it On or Off.
G8 ThinQ Allows you to change your phone’s name to easily identify it.
AVAILABLE DEVICESDisplays all of the devices that can project your content via Miracast.SEARCH Refreshes the available devices list.
HELP Displays information regarding how to use Miracast.
NFC
Enable this option to allow you to send or receive files simply by bringing 
your phone and another data-compatible device together (typically within 20 mm of each other) at the NFC touch point. NFC (Near Field Communication) establishes radio communication between smartphones and similar devices. Tap NFC to manage its settings.
NFC SECURITY ALERTS
Show NFC security alerts Enable this option to display a permission alert

Show NFC security alerts Enable this option to display a permission alert 
when another device tries to send you information via NFC.
ALERTS TO SHOWRead Enable this option to display a confirmation alert when receiving a 
contact or URL via NFC.
Connection handover Enable this option to display a confirmation alert 
when pairing devices via NFC.

Settings137
Sharing panel  
Allows you to share contents with nearby devices or specific people.
File sharing 
Allows you to send and receive files between your device and other LG 
devices or tablets.
G8 ThinQ Allows you to change your phone’s name for easy identification 
when setting up your devices for beaming.
Save to Allows you to set where to save your shared files.File sharing Enable this option to make your device visible to BLE devices 
and exchange files.
SmartShare Beam Enable this option to receive multimedia content via 
SmartShare Beam from another LG phone or tablet.
Help Displays information regarding how to use file sharing.
Media server 
Allows you to share the phone's multimedia content with nearby DLNA-
compatible devices.
Content sharing Enable this option to allow nearby devices to access your 
content.
YOUR PHONEG8 ThinQ Allows you to change your phone’s name to easily identify it.Content to share Allows you to set the type of content you want to share

content.
YOUR PHONEG8 ThinQ Allows you to change your phone’s name to easily identify it.Content to share Allows you to set the type of content you want to share 
between devices.
NEARBY DEVICESAllowed devices Displays the nearby devices that can access your phone.Not-allowed devices Displays the nearby devices that will be denied to 
access your phone.

Settings138
MirrorLink 
Allows you to share apps between your device and the vehicle. To obtain 
more information about apps, please visit https://mirrorlink.com/apps.
NOTE For your driving safety, access to some features will be restricted during a MirrorLink 
session.
Connect via USB cable Enable this option to use MirrorLink by USB cable 
with a vehicle. This setting is gray until the device and vehicle are connected with a USB Type-C cable.
NOTE  Tap  Options to configure MirrorLink USB auto-connect.
APPS
Displays the list of apps that can be shared between your device and the 
vehicle.
Printing 
Allows you to set up wireless printer(s).
PRINT SERVICES
Displays the list of your available print apps.

Settings139
Sound
Sound profile 
Allows you to set your device's sound profile to Sound, Vibrate only, or 
Silent.
Volume
Allows you to set individual volume levels for ringtone, notifications, touch feedback, and other media.
Ringtone 
Allows you to set the ringtone for calls. You can also add and delete ringtones.
Notification sound 
Allows you to select a sound effect for new notifications. You can also add and delete notification sounds.
Ring with vibration
Enable to set the device to vibrate in addition to the ringtone when you receive calls.
Ringtone ID 
Enable this option to allow you to set a unique ringtone for each caller.
Flash alert for incoming call
Set the flash to blink according to LG ringtone.
Do not disturb 
Enable this option to allow you to set up and schedule when to prevent interruptions from notifications. You can set specific parameters that will override the option when set to Priority only.

Use the function to set the sound quality and effects while playing a song or video.

Settings140
Vibration strength 
Allows you to set the vibration strength for calls, notifications, and touch 
feedback.
Vibration type
Allows you to set the vibration pattern.
Vibrate on tap
Enable this option to feel a vibration when you tap the Home touch buttons or app icons.
Dialing keypad sound
Enable the keypad sound effect.
LG Keyboard sound
Enable LG keyboard sound effect.
T ouch sound
Enable the sound effect to play when tapping an item.
Screen lock sound
Enable the sound effect to play when the screen is locked or unlocked.
Emergency tone
Select the tone option for emergency alerts.

Settings141
Display
Home screen
Select Home Allows you to set the layout for the Home screen. You can 
choose the standard Home layout that displays all apps on the Home screen, or a layout that stores all installed apps separately which allows you to selectively set app shortcuts on your Home with separate apps list, or EasyHome a simple layout with a large font size.
Wallpaper Select a desired screen wallpaper, theme and AOD for your 
device.
Screen swipe effect Allows you to set the effect shown when you swipe to 
change screens.
Icon shape Allows you to choose the desired icon shapes on the Home 
screen.
Left Home screen Choose AppFlash, Smart Bulletin, or None to display 
on the left screen of the Home screen panel.
Sort apps by Allows you to set how to sort the apps on your Home screen 
(either alphabetically or by download date).
Hide apps Allows you to selectively hide apps from the Home screen.Loop Home screen Enable to allow continuous Home screen scrolling (loop

Hide apps Allows you to selectively hide apps from the Home screen.Loop Home screen Enable to allow continuous Home screen scrolling (loop 
back to the first screen after the last screen).
Home screen lock Enable this option to prevent apps and widgets from 
being rearranged or removed.
Help Displays information regarding the Home screen items and functions.
Wallpaper & theme
Select a screen wallpaper, theme, and AOD for your device.
Font
Size Allows you to set the size of the font used for the phone software.Bold text Enable this option to bold the text on the screen.Type Allows you to set the font used for the phone software.

Settings142
New Second Screen
Select how the status bar and app corners will look. 
Navigation bar
Select how the status bar and app corners will look.
AOD (always-on display)
Enable this option to always display information, such as the date, time and 
notifications, even when the screen is turned off.
True view
Allows you to adjust the screen brightness and color depending on the light source.
Comfort view 
Enable this option to set a blue light filter to reduce eye strain. Once enabled, set the level to your preference.
Night mode
You can apply a dimmed screen theme to avoid glare on the screen at night time.
Screen color
Adjust the color, color temperature, or RGB values for the desired screen.
NOTE Tap  to reset the settings.
Video enhancement
Enable this option to set HDR effect while playing a video in full screen to make the color brighter and more vibrant.
App scaling 
Adjust the screen size of downloaded apps.
Display size

Display size  
Allows you to set the size for the items and text viewed on screens without dynamic zoom capability.

Settings143
Screen resolution 
Allows you to adjust the screen resolution level. All apps will close when 
you change the resolution.
Brightness 
Allows you to set the brightness for the screen or you can enable the automatic setting.
Auto
Set the device so that the screen brightness is automatically adjusted in accordance with the ambient light intensity.
Screen timeout 
Allows you to set the amount of time before the screen times out due to inactivity to conserve your power.
Auto-rotate screen 
Enable this option to allow the screen to rotate automatically based on its orientation.
Screen saver 
Enable this option to display a screen saver when the device is connected to a holder or charger. Tap Screen saver to select a screen saver type to display.
One-handed screen
Tap its switch to toggle it ON or OFF . Enabling this option will shrink the screen when you swipe left or right across 
 Back,  Home, and

 Back,  Home, and  
Recent apps. Shrinking the screen can make it easier to use the device with just one hand.

Settings144
Lock screen & security
SECURITY STATUS
Google Play Protect
Check the device periodically for potentially harmful apps.Find My DeviceAllows you to remotely track the device location. You can also save your 
data securely if you lose your device.
Security update
Check for new system update Allows you to check for any available 
updates for your phone.
Automatic security updates Allows you to install security updates 
Show system update history Allows you to view your system update 
history.
Use Software Upgrade Assistant Displays information regarding how 
to use system updates.
SYSTEM UPDATE STATUS Displays your last update information.
Select screen lock Allows you to set a screen lock to secure your phone 
from unintentional and/or unauthorized use.
Customize Lock screen

Wallpaper Allows you to set the background for your Lock screen. Clock Allows you to set where to position the clock on the Lock screen. Shortcuts Allows you to choose apps to run on your Lock screen. This 
setting appears only when a screen lock is set. 
Weather animation Enable this option to display weather animations for 
the current location on the Lock screen.
Contact info for lost phone Allows you to set text to be displayed on 
the Lock screen to identify the phone’s owner.

Settings145
Secure lock settings
Make pattern visible (shown only when the pattern is set as a screen 
lock) Enable this option to make pattern visible.
Lock timer Allows you to set the amount of time before the screen 
automatically locks after the backlight turns off (time-out due to inactivity). 
Power key instantly locks Enable this option to instantly lock the screen 
when the Power/Lock button is pressed. This setting overrides the Security Lock timer setting. 
Show lockdown option (shown only when a screen lock is set) Enable 
this option to show power menu to turn off Lock screen notifications, Smart Lock and biometric locks.
Smart Lock Allows you to set trusted devices, places, voice, and/or 
on-body detection that will allow your phone to remain unlocked. 
Fingerprints Allows you to set up fingerprint impressions that will unlock your phone's screen, allow access to content, and/or allow you to pay using your device.

NOTE If your phone doesn’t have a default payment app, go to Play Store and search for 
available payment apps.
Face Unlock Allows you to unlock the screen with your face. 
Hand ID Allows you to unlock the screen with your hand ID.Content lock Allows you to set a lock type (PIN or pattern) for your 
QuickMemo+ and Gallery files.
Encryption & credentials
Encrypt SD card Allows you to encrypt or decrypt an external microSD 
card data. Encrypted data is not accessible on other devices.
Secure start-up Enable this option to immediately lock the screen when 
you turn on the device to help keep it secure. Unlock the screen by entering the current unlock method, such as a Knock Code, Pattern, Password, or PIN. Until the screen is unlocked, you cannot receive most phone calls, text messages, alarms, notifications, and more.

Settings146
NOTES •	If the password is entered incorrectly more than a specific number of times, the 
device will automatically factory reset. Be sure to remember the password.
•	If you forget your decryption password, you must factory reset the device to use it again. Resetting will delete all of the user data saved before the reset.
Credential protection Displays the current storage type.
Trusted credentials Shows system root CA certificates and user added 
CA certificates.
User credentials Allows you to view and modify stored secure 
certificates.
Install from storage Allows you to install a secure certificate from 
storage.
Clear credentials Allows you to delete user added secure certificates 
and related credentials.
Set up SIM card lock Lock or unlock the USIM card, or change the password (PIN).
Phone administrators Allows you to view and selectively disable phone 
administrators.

Trust agents Allows you to view and selectively disable Trust agents. Screen pin Allows you to selectively pin an app to your screen. Enable this 
option to be able to designate only a single app that can be used until you unpin it. This is helpful when allowing children to use your phone. 
Usage access Allows you to enable or disable the apps that can view your 
phone’s app usage.

Settings147
Privacy
Permission manager
Allows you to check and change the permissions granted to the apps.
Lock screen
Allows you to set notifications to show on the lock screen.
Make passwords visible
Enable this option to briefly show each character of the password as you 
type it so you can see what you’ve entered.
Autofill service from Google
Enable this option to enter your information saved in your account such as password, address, or credit card number with a single tap. You can also disable this option, use the Google Autocomplete feature, or add a new service account.
Google location history
Allows you to enable or disable Location History. When enabled, Google periodically stores and uses your phone’s most recent location data in connection with your Google Account.
From the Location History screen, tap 
 Options to view and/or manage 
your location data. 
Activity controls
Select activities and information which you want Google to save.
Ads

Ads
Allows you to check the advertising ID and set the personalized ads. 
Usage & diagnostics
Enable this option to help improve the Android experience by automatically 
sending diagnostic, device, and app usage data to Google.

Settings148
Location
Tap the switch at the top of its screen to toggle it On or Off. On enables 
sharing your location when you search for information and use location-based apps, such as Maps.
Scanning Allows you to enable Wi-Fi scanning and/or Bluetooth scanning 
even when those features are set to off.
App-level permissions Allows you to set permissions for each app.RECENT LOCATION REQUESTDisplays all of the apps that have requested access to your location. Tap one 
to view details.
LOCATION SERVICESEmergency Location Service Enable this option to allow you to using 
Google ELS when you contact an emergency number, if ELS is supported in your region.
Google Location Accuracy Enable this option to improve location accuracy.
Google Location History Allows you to enable or disable Location History. 
When enabled, Google periodically stores and uses your phone’s most recent location data in connection with your Google Account.
From the Location History screen, tap

your location data.Google Location Sharing Allows you to share real-time locations (using 
Location History) with selected people and devices.

Settings149
Extensions
Smart cleaning
Displays the space in use and free space in your phone and allows you to 
selectively clean up your files.
Gaming
You can configure settings for game tools, screen resolutions and battery saving feature.
Game Launcher Allows you to use Game launcher. You can view the entire 
list of installed games, or set the device to mute or prevent any notifications while playing games.
Game tools Tap 
 ON/OFF to activate this feature. You can launch this 
feature by tapping the game tool icon at the bottom of the screen while 
playing games.
Game graphics Adjust the game resolutions.
NOTE When you change the resolutions on some games, the screen display feature may 
not work properly.
Break time Allows you to set the screen brightness and performance to 
apply when you leave the device idle for longer than 5 minutes.
Screen recording
You can configure the settings for screen recording.
1. On the settings screen, tap Extensions > Screen recording.

 Include yourself in video by: Select one from the following options 
and tap SAVE .
-  Image: Includes your profile image in video when recording. After 
selecting this, tap  Select a photo to take a photo or select a profile 
image from Gallery. Then, adjust the size of the image using the slide bar.
- 
 Front camera: Includes yourself recorded using the front camera while recording the screen.

Settings150
-  Never: Nothing is included.
 Audio source: Choose the audio source between Mic and Contents.
 Video resolution: Select the resolution for screen recording.
To record the screen:
1. Drag the status bar downward to open the Quick access icons list.
2. (If necessary, swipe left over the Quick access icons area.) Tap  
Screen recording.
3. Read the disclaimer and tap Start. It will start recording in 3 seconds.
4. To stop recording, tap  Stop located at the bottom right of the 
screen. The recorded video will be saved in Gallery.
NOTE If you violate another person’s rights such as portrait right or intellectual property right or 
defame another person’s reputation by using the functions provided for the screen recording service, you may be held liable to civil, criminal or administrative charges in accordance with the relevant laws. LG Electronics is not legally responsible in any way for the acts of users.
Dual App
You can use some apps with two accounts.

Dual App
1. On the settings screen, tap Extensions > Dual App.
2. After reading the disclaimer, tap CONFIRM.
3. In the list of available apps, tap Install to install a copy of a desired app 
and follow the on-screen instructions. 
Floating Bar
You can access frequently used features, such as Shortcuts, Screen 
capture, Music player, and Quick contacts by tapping and swiping the floating bar on the screen. See 
Floating Bar overview  for details.
Shortcuts
You can customize the shortcut keys settings.
 View notification panel: Swipe your finger up or down on the fingerprint 
sensor to open or close the notification panel.
Open Camera: Press the Power key twice to open Camera.

Settings151
Open Capture+: Press the Volume Up key twice to open Capture+ when 
the screen is locked or off.
Open Camera: Press the Volume Down key twice to open Camera when 
Open Google Assistant: Tap the Assistant key to launch Google Assistant 
at any time. Press and hold to quickly talk to your Assistant. Press twice to open Google Lens.
Talk to Google Assistant: Press and hold the Google Assistant key to 
quickly talk to your Assistant.
Show visual snapshot: Press the Google Assistant key twice to see a 
snapshot of your day in the Google Assistant app.
AIR Motion
Enable this option to recognize the location and shape of your hand to 
launch certain features or apps without touching the screen.
launch desired features or apps. 
See Air Motion overview  for details.
KnockON
Enable this option to turn the screen on or off by tapping the screen twice. 
Increase touch sensitivity

KnockON
Increase touch sensitivity 
You can set the touch screen more sensitive to your touch. It is 
recommended to turn this feature on when using a screen protector.
Digital Wellbeing & parental controls
You can get an overview of your device usage, set a timer for each app, and manage the screen time and notifications.
You can also set up parental controls.On the settings screen, tap Digital Wellbeing & parental controls and set 
the desired function.

Settings152
Apps & notifications
Allows you to set notifications for individual apps including preventing them 
from displaying notifications, setting priority, hiding sensitive content, allowing peeking, and more.
Battery
The current percentage of remaining battery power and the charging status (when charging) are displayed.
Battery usage 
Displays battery usage information including a graph and app usage details.
Battery percentage on Status Bar 
Enable this option to display the battery level as a percentage on the Status Bar next to the battery icon.
Optimized charging
Adjust charging speed depending on your charging habits to prevent overheating and lengthen battery life.
Adaptive battery
Allows you to save the battery by stopping apps running in the background.
Background restrictions
Enable this option to restrict background apps to save the battery while using the device. Restricted apps for power saving may not work properly or may not send you notifications.
Battery saver

Reduce battery consumption by cutting down some device settings, such as the display brightness, speed and vibration intensity. The status bar displays 
 when power saving mode is on.

Settings153
Power saving exclusions 
Select apps to use without any functional limitation while in power saving 
or battery optimization mode.
APP USAGE
Displays battery usage information for each app.
Storage
DEVICE
Displays the total amount of space used and the available space in your 
phone’s memory in text and as a bar graph (unused space is gray). Tap Internal storage to see your apps and the amount of space they use.
EXTERNAL
SD card Displays the amount of space used and the total available space in your memory card. Tap SD card to view the data stored on it.
 Allows you to eject (unmount) your microSD card.
To format the memory card, tap SD card >  Options > Storage settings  
> Format.
Accounts
Auto-sync accounts Enable this option to automatically sync all accounts 
you’ve added on your phone.
ACCOUNTSDisplays all of your added accounts. Tap one to view and/or manage (e.g., 
change details, access, sync settings, etc.) it.
Add account Allows you to add accounts to your phone.

Google
Allows you to manage your Google apps and account settings.

Settings154
System
The System category allows you to view and manage various system 
settings.
User guide
You can view the User guide on your device.
Language & keyboard
Language Allows you to set a main language for your phone’s operating 
software and also add other languages.
Manage keyboards Allows you to customize the LG keyboard settings or 
voice recognition feature by Google Voice.
Physical keyboard Allows you to set the physical keyboard, or check 
keyboard shortcut keys.  
Autofill service Enable this option to enter your information saved in your account such as password, address, or credit card number with a single tap. You can also disable this option, use the Google Autocomplete feature, or add a new service account.
Text-to-speech output Allows you to set the preferred speech engine, 
speech rate, and pitch change. You can listen to an example and view the default language status.

Pointer speed Allows you to set the pointer speed on a slide bar.Reverse mouse buttons Enable this option to reverse the mouse buttons to 
use the primary button on the right.
Date & time
Enable the Set automatically option or tap Set date and/or Set time to use a date/time other than the one provided by the network. Tap Select time zone to use a time zone other than the one provided by the network.
Use 24-hour format Enable this option to display the time using the 24-hour 
format (e.g., 13:00 instead of 1:00 PM).

Settings155
Memory
You can view the average amount of memory usage over a certain period of 
time and the memory occupied by an app.
1. On the settings screen, tap System > Memory.
2. Tap  to set a time slot to retrieve data.
Backup
LG Mobile Switch Allows you to copy data from a previous device to a new 
device. You can transfer data using a USB cable, wireless network, and SD card.
NOTES •	Data in a Google account will not be backed up. When you synchronize your Google 
account, Google apps, Google contacts, Google calendar, Google memo app data and apps downloaded from Play Store are stored on the Drive app automatically.
•	Fully charge the battery before transferring data to avoid unintentional powering off during the process.
Backup & restore Allows you to back up your data to internal storage or SD 
card. You can also restore your data from a previous backup.
WARNING! Resetting your device may delete backup files saved in storage. Make sure to copy

WARNING! Resetting your device may delete backup files saved in storage. Make sure to copy 
and store the important backup files to your PC.
Google backup You can choose to back up to your Google Drive.
Restart & reset
Auto-restart Automatically restart to optimize the phone at a set time.
Network settings reset Reset Wi-Fi, Bluetooth and other network settings.
Reset app preferences Reset the settings for an app. The data saved in the 
app will not be deleted.
Reset settings Reset system settings back to default.Factory data reset Reset all settings for the device and delete data.
About phone
View information about your phone including Phone name, Network, 
Status, Battery, Hardware info, Software info, and Legal info.

Settings156
Regulatory & safety
You can view regulatory marks and related information on your device.
On the settings screen, tap System > Regulatory & safety.
System updates
From time to time, updates may become available for your phone. You can 
download and apply updates through the Settings menu.
Accessibility
TYPE
Vision Sets options for people with impaired sight.
TalkBack Enable this option to hear verbal feedback when you tap the 
screen. To select an item, tap it, then double-tap it. To scroll, use three fingers to swipe across the screen. Tap TalkBack to access and adjust the TalkBack settings.
Message/call voice notifications Enable this option to set your phone 
to automatically read your incoming calls and/or messages outloud. Tap Message/call voice notifications to modify your notification settings for Calls, Messages, Read messages, and Message/call voice 
notifications language.

Font Allows you to set the size and the type of the screen text.Display size Allows you to set the size for displayed screen items (e.g., 
icons, text, etc.). Changing the size may affect the item's position on the screen. 
Touch zoom Enable this option to allow you to triple-tap the screen to 
zoom in and out.
Window zoom Enable this option to activate a magnifying window. Use 
two fingers to drag it to other positions on the screen. When activated, you can zoom in or out within the window and set the window's color inversion. Tap Window zoom to view information and adjust its settings.
Large mouse pointer Enable this option to increase the size of the 
mouse pointer.

Settings157
High contrast screen Enable this option to change the background color 
to black for a high contrast screen.
Screen color inversion Enable this option to invert the screen colors for 
higher contrast.
Screen color adjustment Enable this option to allow you to adjust the 
screen’s hue and contrast. Tap Screen color adjustment to adjust it.
Monochrome Enable this option to switch the screen to grayscale 
mode.
End call with the Power key Enable this option to use the Power/Lock 
button to end a call.
Hearing Sets options for people with impaired hearing.
Captions Enable this option to allow your phone to display caption text. Tap Captions to access and adjust its settings.
Flash alerts Enable this option to enable the camera’s flash to blink to notify you of incoming calls, messages, and alarms. 
TTY mode A TTY (teletypewriter, also known as a TDD or Text

TTY mode A TTY (teletypewriter, also known as a TDD or Text 
Telephone) is a telecommunications device that allows people who are deaf, hard of hearing, or who have speech or language impairments, to communicate by telephone.
Real Time Text (RTT) keyboard Enable this option to show RTT 
keyboard during calls.
Mute all sounds Enable this option to silence all phone sounds and 
lower the volume from the earpiece.
Audio channel Allows you to set the audio type.Sound balance Move the slider on the bar to set the sound balance 
between the left and right channel.
Dexterity and interaction Sets options for people with impaired motor skills.
DEXTERITY
Touch assistant Turn on the touch board to make buttons and gestures 
easier to use.

Settings158
Touch input Set the desired delay time for touching and holding, or 
adjust the touch input to ignore repeated taps.
Touch and hold delay Allows you to set how long you need to touch an item before the device reacts.
Ignore repeated taps Allows you to set how the device interprets 
your tap action.
Physical keyboard Allows you to customize specified key settings.
Key repeat Enable this option to set how the device reacts when a key is held. Tap Key repeat to set the delay before the key entry will be repeated and the key repeat interval.
Sticky keys Enable this option to allow you to press modifier keys 
without having to press and hold.
Sticky keys shortcut Enable this option to enable the Shift button as 
a shortcut to Sticky keys.
Slow keys Enable this option to set a delay time before input is 
displayed.
Auto mouse click Enable this option to automatically activate the cursor where the pointer stops. Tap Auto mouse click to set its delay time.

Touch and hold for calls Enable this option to allow you to touch and 
hold the Answer or Ignore icon on the Incoming call screen (instead of swiping).
Screen timeout Allows you to set the amount of time before the 
backlight turns off automatically.
INTERACTION
Touch control areas Enable this option to allow you to restrict access to 
a specified portion of the screen.
GENERAL
Accessibility features shortcut Enable this option to allow quick, easy access to selected features when you triple-tap 
 Home. Tap Accessibility 
features shortcut to select the desired features.

Settings159
Auto-rotate screen Enable this option to automatically rotate the screen 
based on the phone’s orientation.
SERVICES
Select to Speak Allows you to tap items to hear spoken feedback.
Switch Access Tap the switch at the top of its screen to toggle it ON or 
OFF . On allows you to use the switch for selected features. Tap OK, then tap SETTINGS to set it up.
Digital Secure Tap the switch at the top of its screen to toggle it On or 
Off. On allows you to enable Security & privacy to observe the apps your device uses to protect against web threats.
My Verizon Guided Navigation When Assistive touch service is active, 
your device provides access to read the elements present on the screen. This is used by the My Verizon app to provide assistive tutorials to navigate.

160Appendix
Phone software update
LG Mobile phone software update from the Internet
For more information about using this function, please visit  
http://www.lg.com/common/index.jsp, select your country and language.
This feature allows you to conveniently update the firmware on your phone 
to a newer version from the Internet without needing to visit a service centre. This feature will only be available if and when LG makes a newer firmware version available for your device.
Because the mobile phone firmware update requires the user’s full 
attention for the duration of the update process, please make sure you check all instructions and notes that appear at each step before proceeding. Please note that removing the USB cable during the upgrade may seriously damage your mobile phone.
NOTE LG reserves the right to make firmware updates available only for selected models

NOTE LG reserves the right to make firmware updates available only for selected models 
at its own discretion and does not guarantee the availability of the newer version of the firmware for all handset models.

Appendix161
Anti-Theft Guide
You can set up your device to prevent other people from using it if it’s been 
reset to factory settings without your permission. For example, if your device is lost, stolen, or wiped, only someone with your Google account or screen lock information can use the device.
All you need to make sure your device is protected is:
 Set a screen lock: If your device is lost or stolen but you have a screen 
lock set, the device can’t be erased using the Settings menu unless your screen is unlocked.
 Add your Google account on your device: If your device is wiped but you have your Google account on it, the device can’t finish the setup process until your Google account information is entered again.
After your device is protected, you’ll need to either unlock your screen or 
enter your Google account password if you need to do a factory reset. This ensures that you or someone you trust is doing the reset.

NOTE Do not forget the Google account and password you had added to your device prior 
to performing a factory reset. If you can’t provide the account information during the setup process, you won’t be able to use the device at all after performing the factory reset.
Open Source Software Notice Information
To obtain the source code under GPL, LGPL, MPL, and other open source 
licenses, that is contained in this product, please  
visit http://opensource.lge.com.
In addition to the source code, all referred license terms, warranty 
disclaimers and copyright notices are available for download.
LG Electronics will also provide open source code to you on CD-ROM for a 
charge covering the cost of performing such distribution (such as the cost of media, shipping, and handling) upon email request to opensource@lge.com.

charge covering the cost of performing such distribution (such as the cost of media, shipping, and handling) upon email request to opensource@lge.com. 
This offer is valid for a period of three years after our last shipment of this 
product. This offer is valid to anyone in receipt of this information.

Appendix162
Regulatory Information (FCC ID number, etc.)
For regulatory details, go to Settings >  System > Regulatory & safety.
Trademarks
•	For DTS patents, see http://patents.dts.com. Manufactured under license 
from DTS Licensing Limited. DTS, the Symbol, & DTS and the Symbol together, DTS 2.0 Channel, DTS 2.0+Digital Out, DTS-HD, and DTS Virtual:X are registered trademarks or trademarks of DTS, Inc. in the United States and/or other countries. © DTS, Inc. All Rights Reserved.
•	Google, Google Map, Gmail, YouTube, Google Duo, Google Play, Android, Chrome, Google Photos, Google Play Protect, Google Calendar, Google Docs, Google Drive, Google Sheets and other related marks and logos are trademarks of Google LLC.
•	Bluetooth® is a registered trademark of Bluetooth SIG, Inc. worldwide.
•	Wi-Fi® and the Wi-Fi logo are registered trademarks of the Wi-Fi Alliance.
•

Appendix163
Laser Safety Statement
CDRH Compliance
THIS PRODUCT COMPLIES WITH APPLICABLE REQUIREMENT OF THE 
DHHS PERFORMANCE STANDARD FOR LASER PRODUCT , 21 CFR SUBCHAPTER J.
Caution!This product employs a laser system. To ensure proper use of this product, 
please read this owner’s manual carefully and retain for future reference. Should the unit require maintenance, contact an authorized service center.
Use of controls, adjustments, or the performance of procedures other than 
those specified herein may result in hazardous radiation exposure. 
To prevent direct exposure to laser beam, do not try to open the enclosure 
or make direct contact with the laser.
T empered glass parts
Tempered glass parts of this device are not permanent and they may wear out over time.
 If you drop your device on a hard surface or subject it to severe impact, 
the tempered glass may be damaged. If this happens, stop using your device immediately and contact an LG Customer Service Center.

 You can purchase protective cases to protect your device from damage. Note that these protective cases are not covered under the warranty service provided by LG Electronics and safety is not guaranteed.

Appendix164
Guide to data movement
For the data that can be exchange between LG devices or between the LG 
device and a third party device, see the following table.
Division Item detailsLG device 
→  
LG deviceThird party 
Android 
device  
→  
LG deviceiOS device 
→  
LG device
Personal 
dataContacts, messages, dial logs, calendar, voice recordingsSupported Supported Supported
Memos SupportedNot 
SupportedSupported
Alarms SupportedNot 
SupportedNot 
Supported
Media dataPhotos, videos, songs, documents Supported Supported Supported
Screen settingsHome screen settings  
(folders and widgets)SupportedNot 
Supported
Lock screen settings  
(screenlock settings excluded)SupportedNot 
Supported
AppsDownloaded apps Supported Supported
-
Personal data of the downloaded app SupportedNot 
Supported
OthersPublic certificate Supported SupportedNot 
Supported
Settings (Wi-Fi, Bluetooth, Calls, sound & notification, accessibility, battery)SupportedNot 
SupportedNot

Supported
Supported
Supported
NOTE Some data may not be transmitted depending on the software version, app version, operating system, manufacturer or service provider’s policy.

165 Safety
Safety Information
Important Information
This user guide contains important information on the use and operation of 
this device. Please read all the information carefully for optimal performance and to prevent any damage to or misuse of the device. Any changes or modifications not expressly approved in this user guide could void your warranty for this equipment. Any changes or modifications not expressly approved by the manufacturer could void the user’s authority to operate the equipment.
HAC Statement

This device has been tested and rated for use with hearing aids for some of the wireless technologies that it uses. However, there may be some newer wireless technologies used in this device that have not been tested yet for use with hearing aids. It is important to try the different features of this device thoroughly and in different locations, using your hearing aid or cochlear implant, to determine if you hear any interfering noise. Consult your service provider or the manufacturer of this device for information on hearing aid compatibility. If you have questions about return or exchange policies, consult your service provider or device retailer.
This mobile phone has a Hearing Aid Mode that, when activated, may 
reduce interference with some hearing aid models.
FCC RF Exposure Information
WARNING! Read this information before operating the device.

In August 1996, the Federal Communications Commission (FCC) of the United States, with its action in Report and Order FCC 96-326, adopted an updated safety standard for human exposure to Radio Frequency (RF) electromagnetic energy emitted by FCC regulated transmitters. Those guidelines are consistent with the safety standard previously set by both U.S. and international standards bodies. The design of this device complies with the FCC guidelines and these international standards.

Safety166
Body-worn Operation
This device was tested for typical use with the back of the device kept 0.39 
inches (1 .0 cm) from the body. To comply with FCC RF exposure requirements, a minimum separation distance of 0.39 inches (1 .0 cm) must be maintained between the user’s body and the back of the device. Any belt-clips, holsters, and similar accessories containing metallic components may not be used. Avoid the use of accessories that cannot maintain 0.39 inches (1 .0 cm) distance between the user’s body and the back of the device and have not been tested for compliance with FCC RF exposure limits.
Consumer Information about Radio Frequency 
Emissions
Your wireless device, which contains a radio transmitter and receiver, 
emits radio frequency energy during use. The following consumer information addresses commonly asked questions about the health effects of wireless devices.
Are wireless devices safe?

Scientific research on the subject of wireless devices and radio frequency (“RF”) energy has been conducted worldwide for many years, and continues. In the United States, the Food and Drug Administration (“FDA ”) and the Federal Communications Commission (“FCC”) set policies and procedures for wireless devices. The FDA issued a website publication on health issues related to cell phone usage where it states, “The scientific community at large… believes that the weight of scientific evidence does not show an association between exposure to radiofrequency (RF) from cell phones and adverse health outcomes. Still the scientific community does recommend conducting additional research to address gaps in knowledge. ” That research is being conducted around the world and FDA continues to monitor developments in this field. You can access the joint FDA/FCC website at http://www.fda.gov (under “c” in the subject index, select Cell Phones > Research). You can also contact the FDA toll-free at

developments in this field. You can access the joint FDA/FCC website at http://www.fda.gov (under “c” in the subject index, select Cell Phones > Research). You can also contact the FDA toll-free at (888) 463-6332 or (888) INFO-FDA.

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In June 2000, the FDA entered into a cooperative research and 
development agreement through which additional scientific research is being conducted. The FCC issued its own website publication stating that “there is no scientific evidence that proves that wireless device usage can lead to cancer or a variety of other problems, including headaches, dizziness or memory loss. ” This publication is available at http://www.fcc.gov/cgb/cellular.html or through the FCC at (888) 225-5322 or (888) CALL -FCC.
What does “SAR” mean?

In 1996, the FCC, working with the FDA, the U.S. Environmental Protection Agency, and other agencies, established RF exposure safety guidelines for wireless devices in the United States. Before a wireless device model is available for sale to the public, it must be tested by the manufacturer and certified to the FCC that it does not exceed limits established by the FCC. One of these limits is expressed as a Specific Absorption Rate, or “SAR. ” SAR is a measure of the rate of absorption of RF energy in the body. Tests for SAR are conducted with the device transmitting at its highest power level in all tested frequency bands. Since 1996, the FCC has required that the SAR of handheld wireless devices not exceed 1 .6 watts per kilogram, averaged over one gram of tissue.
Although the SAR is determined at the highest power level, the actual SAR

Although the SAR is determined at the highest power level, the actual SAR 
value of a wireless device while operating can be less than the reported SAR value. This is because the SAR value may vary from call to call, depending on factors such as proximity to a cell site, the proximity of the device to the body while in use, and the use of hands-free devices.
For more information about SARs, visit the FCC website at https://www.fcc.
gov/consumers/guides/specific-absorption-ratesar-cell-phones-what-it-means-you. You may also wish to contact the manufacturer of your device.
Can I minimize my RF exposure?
If you are concerned about RF , there are several simple steps you can take to minimize your RF exposure. You can, of course, reduce your talk time. You can place more distance between your body and the source of the RF , as the exposure level drops off dramatically with distance. The FDA/FCC website states that “hands-free kits can be used with wireless devices for

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convenience and comfort. These systems reduce the absorption of RF 
energy in the head because the device, which is the source of the RF emissions, will not be placed against the head. On the other hand, if the device is mounted against the waist or other part of the body during use, then that part of the body will absorb more RF energy. Wireless devices marketed in the U.S. are required to meet safety requirements regardless of whether they are used against the head or against the body. Either configuration should result in compliance with the safety limit. ” Also, if you use your wireless device while in a car, you can use a device with an antenna on the outside of the vehicle. You should also read and follow your wireless device manufacturer’s instructions for the safe operation of your device.
Do wireless devices pose any special risks to children?

The FDA/FCC website states that “the scientific evidence does not show a danger to users of wireless communication devices, including children. ” The FDA/FCC website further states that “some groups sponsored by other national governments have advised that children be discouraged from using wireless devices at all. ” For example, the Stewart Report from the United Kingdom [“UK”] made such a recommendation in December 2000. In this report a group of independent experts noted that no evidence exists that using a cell phone causes brain tumors or other ill effects. [The UK’s] recommendation to limit cell phone use by children was strictly precautionary; it was not based on scientific evidence that any health hazard exists. A copy of the UK’s leaflet is available at http://www.dh.gov.uk (search “mobile”), or you can write to: NRPB, Chilton, Didcot, Oxon OX11 ORQ, United Kingdom. Copies of the UK’s annual reports on mobile phones and RF are available online at

at http://www.dh.gov.uk (search “mobile”), or you can write to: NRPB, Chilton, Didcot, Oxon OX11 ORQ, United Kingdom. Copies of the UK’s annual reports on mobile phones and RF are available online at http://www.hpa.org.uk/radiation/ (search “mobile”). Parents who wish to reduce their children’s RF exposure may choose to restrict their children’s wireless device use.

Where can I get further information about RF emissions?
For further information, see the following additional resources (websites current as of April 2005):

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U.S. Food and Drug Administration
http://www.fda.gov
U.S. Federal Communications Commission
http://www.fcc.gov/oet/rfsafetyRoyal Society of Canada Expert Panels on Potential Health Risks of Radio 
Frequency Fields from Wireless Telecommunication Devices
http://www.rsc.ca/index.php?page=Expert_Panels_RF&Lang_id=120World Health Organizationhttp://www.who.int/mediacentre/factsheets/fs193/en/International Commission on Non-Ionizing Radiation Protectionhttps://www.icnirp.orgAmerican National Standards Institutehttp://www.ansi.orgNational Council on Radiation Protection and Measurementshttp://www.ncrponline.orgEngineering in Medicine and Biology Society, Committee on Man and 
Radiation (COMAR) of the Institute of Electrical and Electronics Engineers
http://ewh.ieee.org/soc/embs/comar/(websites current as of November 2018)

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Consumer Information on SAR
(Specific Absorption Rate)
This model device meets the government’s requirements for exposure to 
radio waves. Your wireless device is a radio transmitter and receiver. It is designed and manufactured not to exceed the emission limits for exposure to Radio Frequency (RF) energy set by the Federal Communications Commission of the U.S. Government. These limits are part of comprehensive guidelines and establish permitted levels of RF energy for the general population. The guidelines are based on standards that were developed by independent scientific organizations through periodic and thorough evaluation of scientific studies. The standards include a substantial safety margin designed to assure the safety of all persons, regardless of age and health.
The exposure standard for wireless mobile phones employs a unit of

measurement known as the Specific Absorption Rate, or SAR. The SAR limit set by the FCC is 1 .6 W/kg. Tests for SAR are conducted using standard operating positions specified by the FCC with the device transmitting at its highest certified power level in all tested frequency bands. Although SAR is determined at the highest certified power level, the actual SAR level of the device while operating can be well below the maximum value. Because the device is designed to operate at multiple power levels to use only the power required to reach the network, in general, the closer you are to a wireless base station antenna, the lower the power output. Before a device model is available for sale to the public, it must be tested and certified to the FCC that it does not exceed the limit established by the government-adopted requirement for safe exposure. The tests are performed in positions and locations (e.g., at the ear and worn on the body) as required by the FCC for each model.

While there may be differences between SAR levels of various devices and 
at various positions, they all meet the government requirement for safe exposure.
The FCC has granted an Equipment Authorization for this model device with 
all reported SAR levels evaluated as in compliance with the FCC RF

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emission guidelines. SAR information on this model device is on file with 
the FCC and can be found under the Display Grant section of http://www.fcc.gov/oet/fccid after searching on FCC ID ZNFG820UM.
Additionally, the highest SAR values can also be found on the LG website: 
https://www.lg.com/global/support/sar/sar
Additional information on Specific Absorption Rates (SAR) can be found on 
the Cellular Telecommunications Industry Association (CTIA) website at http://www.ctia.org/.
*  In the United States and Canada, the S AR limit for mobile phones used by 
the public is 1 .6 watts/kg (W/kg) averaged over one gram of tissue. The standard incorporates a substantial margin of safety to give additional protection for the public and to account for any variations in measurements.
FCC Hearing-Aid Compatibility (HAC) Regulations 
for Wireless Devices
On July 10, 2003, the U.S. Federal Communications Commission (FCC)

On July 10, 2003, the U.S. Federal Communications Commission (FCC) 
Report and Order in WT Docket 01-309 modified the exception of wireless devices under the Hearing Aid Compatibility Act of 1988 (HAC Act) to require digital wireless devices be compatible with hearing-aids. The intent of the HAC Act is to ensure reasonable access to telecommunications services for persons with hearing disabilities.
While some wireless devices are used near some hearing devices (hearing 
aids and cochlear implants), users may detect a buzzing, humming, or whining noise. Some hearing devices are more immune than others to this interference noise, and devices also vary in the amount of interference they generate.
The wireless telephone industry has developed a rating system for wireless

The wireless telephone industry has developed a rating system for wireless 
devices, to assist hearing device users to find devices that may be compatible with their hearing devices. Not all devices have been rated. Devices that are rated have the rating on their box or a label located on the box.

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The ratings are not guaranteed. Results will vary depending on the user’s 
hearing device and hearing loss. If your hearing device happens to be vulnerable to interference, you may not be able to use a rated device successfully. Trying out the device with your hearing device is the best way to evaluate it for your personal needs.
M-Ratings: Devices rated M3 or M4 meet FCC requirements and are likely 
to generate less interference to hearing devices than devices that are not labeled. M4 is the better/higher of the two ratings.
T -Ratings: Devices rated T3 or T4 meet FCC requirements and are likely to 
generate less interference to hearing devices than devices that are not labeled. T4 is the better/ higher of the two ratings.
Hearing devices may also be rated. Your hearing device manufacturer or

Hearing devices may also be rated. Your hearing device manufacturer or 
hearing health professional may help you find this rating. Higher ratings mean that the hearing device is relatively immune to interference noise. The hearing aid and wireless device rating values are then added together. 
A sum of 5 is considered acceptable for normal use. A sum of 6 is 
considered for best use.
In the above example, if a hearing aid meets the M2 level rating and the wireless device meets the M3 level rating, the sum of the two values equal M5. This should provide the hearing aid user with “normal usage” while using their hearing aid with the particular wireless device. “Normal usage” in this context is defined as a signal quality that’s acceptable for normal operation.
The M mark is intended to be synonymous with the U mark. The T mark is

The M mark is intended to be synonymous with the U mark. The T mark is 
intended to be synonymous with the UT mark. The M and T marks are recommended by the Alliance for Telecommunications Industries Solutions (ATIS). The U and UT marks are referenced in Section 20.19 of the FCC

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Rules. The HAC rating and measurement procedure are described in the 
American National Standards Institute (ANSI) C63.19 standard.
To ensure that the Hearing Aid Compatibility rating for your device is 
maintained, secondary transmitters such as Bluetooth® and WLAN 
components must be disabled during a call.
For information about hearing aids and digital wireless devices:Wireless Devices and Hearing Aid Accessibilityhttp://www.accesswireless.org/Gallaudet University, RERChttp://tap.gallaudet.edu/Voice/
FCC Hearing Aid Compatibility and Volume Control
https://www.fcc.gov/general/hearing-aid-compatibility-and-volume-controlThe Hearing Aid Compatibility FCC Orderhttp://hraunfoss.fcc.gov/edocs_public/attachmatch/FCC-03-168A1 .pdfHearing Loss Association of America [HLAA]http://hearingloss.org/content/telephones-and-mobile-devices
Caution! Avoid Potential Hearing Loss
Prolonged exposure to loud sounds (including music) is the most common

Prolonged exposure to loud sounds (including music) is the most common 
cause of preventable hearing loss. Some scientific research suggests that using portable audio devices, such as portable music players and cellular telephones, at high volume settings for long durations may lead to permanent noise-induced hearing loss. This includes the use of headphones (including headsets, earbuds and Bluetooth or other wireless devices). Exposure to very loud sound has also been associated in some studies with tinnitus (a ringing in the ear), hypersensitivity to sound and distorted hearing. Individual susceptibility to noise-induced hearing loss and other potential hearing problems varies.

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The amount of sound produced by a portable audio device varies depending 
on the nature of the sound, the device, the device settings and the headphones. You should follow some common sense recommendations when using any portable audio device:
•	Set the volume in a quiet environment and select the lowest volume at which you can hear adequately.
•	When using headphones, turn the volume down if you cannot hear the people speaking near you or if the person sitting next to you can hear what you are listening to.
•	Do not turn the volume up to block out noisy surroundings. If you choose to listen to your portable device in a noisy environment, use noise-cancelling headphones to block out background environmental noise.
•	Limit the amount of time you listen. As the volume increases, less time is required before your hearing could be affected.

•	Avoid using headphones after exposure to extremely loud noises, such as rock concerts, that might cause temporary hearing loss. Temporary hearing loss might cause unsafe volumes to sound normal.
•	Do not listen at any volume that causes you discomfort. If you experience ringing in your ears, hear muffled speech or experience any temporary hearing difficulty after listening to your portable audio device, discontinue use and consult your doctor.
TIA Safety Information
The following is the complete TIA Safety Information for wireless handheld devices.
Exposure to Radio Frequency Signal
Your wireless handheld portable device is a low power radio transmitter and receiver. When ON, it receives and sends out Radio Frequency (RF) signals.
In August, 1996, the Federal Communications Commissions (FCC) adopted

In August, 1996, the Federal Communications Commissions (FCC) adopted 
RF exposure guidelines with safety levels for handheld wireless devices. Those guidelines are consistent with the safety standards previously set by both U.S. and international standards bodies:

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ANSI C95.1 (1992) *
NCRP Report 86 (1986)ICNIRP (1996)
*  American National Standards Instit ute; National Council on Radiation 
Protection and Measurements; International Commission on Non-
Ionizing Radiation Protection.
Those standards were based on comprehensive and periodic evaluations of 
the relevant scientific literature. For example, over 120 scientists, engineers, and physicians from universities, government health agencies, and industry reviewed the available body of research to develop the ANSI Standard (C95.1).
Electronic Devices
Most modern electronic equipment is shielded from RF signals. However, certain electronic equipment may not be shielded against the RF signals from your wireless device.
Pacemakers

The Health Industry Manufacturers Association recommends that a minimum separation of six (6) inches be maintained between a handheld wireless device and a pacemaker to avoid potential interference with the pacemaker. These recommendations are consistent with the independent research by and recommendations of Wireless Technology Research. 
Persons with pacemakers:
•	Should ALWAYS keep the device more than six (6) inches from their 
pacemaker when the device is turned ON;
•	Should not carry the device in a breast pocket;
•	Should use the ear opposite the pacemaker to minimize the potential for interference;
•	Should turn the device OFF immediately if there is any reason to suspect that interference is taking place.

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Hearing Aids
Some digital wireless devices may interfere with some hearing aids. In the 
event of such interference, you may want to consult your service provider (or call the customer service line to discuss alternatives).
Other Medical Devices
If you use any other personal medical device, consult the manufacturer of your device to determine if it is adequately shielded from external RF energy. Your physician may be able to assist you in obtaining this information.
Health Care Facilities
Turn your device OFF in health care facilities when any regulations posted in these areas instruct you to do so. Hospitals or health care facilities may use equipment that could be sensitive to external RF energy.
Vehicles

Vehicles
RF signals may affect improperly installed or inadequately shielded electronic systems in motor vehicles. Check with the manufacturer or its representative regarding your vehicle. You should also consult the manufacturer of any equipment that has been added to your vehicle.
Posted Facilities
Turn your device OFF in any facility where posted notices so require.
Aircraft
FCC regulations prohibit using your device while in the air. Switch OFF your device before boarding an aircraft.
Blasting Areas
To avoid interfering with blasting operations, turn your device OFF when in a “blasting area” or in areas posted: “Turn off two-way radio. ” Obey all signs and instructions.

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Potentially Explosive Atmosphere
Turn your device OFF when in any area with a potentially explosive 
atmosphere and obey all signs and instructions. Sparks in such areas could cause an explosion or fire resulting in bodily injury or even death. Areas with a potentially explosive atmosphere are often, but not always marked clearly. Potential areas may include: fueling areas (such as gasoline stations); below deck on boats; fuel or chemical transfer or storage facilities; vehicles using liquefied petroleum gas (such as propane or butane); areas where the air contains chemicals or particles (such as grain, dust, or metal powders); and any other area where you would normally be advised to turn off your vehicle engine.
For Vehicles Equipped with an Air Bag

An air bag inflates with great force. DO NOT place objects, including either installed or portable wireless equipment, in the area over the air bag or in the air bag deployment area. If in-vehicle wireless equipment is improperly installed and the air bag inflates, serious injury could result.
Part 15.19 Statement
This device complies with part 15 of the FCC rules. Operation is subject to the following two conditions:
(2)  This device must accept any interference received, including interference 
that may cause undesired operation.
Part 15.21 Statement
Changes or modifications that are not expressly approved by the 
manufacturer for compliance could void the user’s authority to operate the equipment.

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Part 15.105 Statement
This equipment has been tested and found to comply with the limits for a 
class B digital device, pursuant to Part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:
•	Reorient or relocate the receiving antenna.
•	Increase the separation between the equipment and receiver.

•	Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
•	Consult the dealer or an experienced radio/TV technician for help.
Please read and observe the following information for safe and proper use of your device and to prevent damage.
Violation of the instructions may cause minor or serious damage to 
the product.
•	Do not disassemble, open, crush, bend or deform, puncture or shred the 
device.
•	Do not modify or re-manufacture the device. Do not insert foreign objects into the device or battery, or expose to fire, explosion or other hazard.
•	Only use the device with an LG charging system that has been qualified with the device, per CTIA Certification Requirements for Battery System

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Compliance to IEEE1725. Use of an unqualified charger may present a 
risk of fire, explosion, leakage, or other hazard.
•	Avoid dropping the device. If the device is dropped, especially on a hard surface, and you suspect damage, take it to a service center for inspection.
•	The entire device should be recycled in compliance with Lithium-Ion battery recycling standards because of the internal battery. To dispose of properly, call (800) 822-8837 or visit www.call2recycle.org.
•	Always unplug the charger from the wall socket after the device is fully charged to save unnecessary power consumption.
•	A mobile device requires proper air circulation in order to dissipate heat. Direct skin contact and inadequate circulation of air flow to the device may cause the device to overheat. The device must be at least 1 .0 cm from between the user’s body.
•	Prevent dust of any other foreign substances from getting into the Charger/USB cable port. It may cause heat or fire.

Charger and Adapter Safety
•	The charger and adapter are intended for indoor use only.
•	Insert the battery charger vertically into the wall power socket.
•	Only use the LG-approved battery charger. Otherwise, you may cause serious damage to your device.
•	Use the correct adapter for your device when using the battery charger abroad.
•	Do not use third party chargers with your device as they may not support fast charging and may cause damage to your device.
Battery Information and Care
•	Always unplug the charger from the wall socket after the device is fully charged to save unnecessary power consumption of the charger.

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•	Please read the manual of the specified charger for information about its 
charging method.
•	Do not damage the power cord by bending, twisting, or heating. Do not use the plug if it is loose as it may cause electric shock or fire.
•	Do not place any heavy items on the power cord. Do not allow the power cord to be crimped as it may cause electric shock or fire.
•	Unplug the power cord prior to cleaning your device, and clean the power plug pin when it’s dirty. When using the power plug, ensure that it’s firmly connected. If not, it may cause excessive heat or fire. If you put your device in a pocket or bag without covering the receptacle of the device (power plug pin), metallic articles (such as a coin, paperclip or pen) may short-circuit the device. Always cover the receptacle when not in use. 
•	Recharge the device after long periods of non-use to maximize battery life. Battery life will vary due to usage pattern and environmental conditions.

•	Improper handling of the charging port, as well as the use of an incompatible charger, may cause damage or defect to your device.
•	The charging temperature range is between 0 °C/32 °F and 35 °C/95 °F . Do not charge the battery out of the recommended temperature range. Charging out of the recommended range might cause heat to be generated or serious damage to the battery. It might also cause the deterioration of the battery’s characteristics and cycle life.
•	Do not use or leave the device in direct sunlight or in a car heated by sunshine. The device may generate excessive heat, smoke, or flame. It also might cause deterioration of device’s characteristics or cycle life.
•	If the skin or clothes is smeared with liquid from the battery, wash with fresh water. It may cause skin inflammation.

•	Please take your device to an authorized service center immediately if this occurs.
•	Do not handle the device with wet hands while it is being charged. It may cause an electric shock or seriously damage your device.

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•	Do not charge while the device or charging cable is wet or contains 
moisture. This can cause fire, electric shock, injury or damage to the device.
•	Do not place or answer calls while charging the device as it may short-circuit the device and/or cause electric shock or fire.
•	Talking on your device for a long period of time may reduce call quality due to heat generated during use.
WARNING! Notice for Battery Replacement
•	Do not remove the back cover.
•	Your device has an internal battery. For your safety, do not remove the battery incorporated in the product. If you need to replace the battery, take it to the nearest authorized LG Electronics service point or dealer for assistance.
•	The Li-Ion Battery is a hazardous component which can cause injury.
•	Battery replacement by a non-qualified professional can cause damage to your device.
Explosion, Shock, and Fire Hazards

•	Do not put your device in a place subject to excessive dust and keep the minimum required distance between the power cord and heat sources.
•	Unplug the power cord prior to cleaning your device, and clean the power plug pin when it’s dirty.
•	When using the power plug, ensure that it’s firmly connected. If not, it may cause excessive heat or fire.
•	If you put your device in a pocket or bag without covering the receptacle of the device (power plug pin), metallic articles (such as a coin, paperclip or pen) may short-circuit the device and may cause an explosion. Always cover the receptacle when not in use.
•	Do not charge while the device or charging cable is wet or contains moisture. This can cause fire, electric shock, injury or damage to the device.

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General Notice
•	Do not place items containing magnetic components, such as a credit 
card, phone card, bank book, or subway ticket, near your device. The magnetism of the device may damage the data stored in the magnetic strip.
•	When the device is not used for a long period time, store it in a safe place with the power cord unplugged.
•	Using the device in proximity to receiving equipment (i.e., TV or radio) may cause interference to the device.
•	Conform device use to IP68 capabilities. Do not immerse in water deeper than approximately 1 .5 meters. Do not immerse your product in water for longer than 30 minutes, or liquids other than water. Immediately, take it to an LG Authorized Service Center.
•	Do not paint your device.

•	The data saved in your device might be deleted due to careless use, repair of the device, or upgrade of the software. Please backup your important phone numbers. (Ringtones, text messages, voice messages, pictures, and videos could also be deleted.) The manufacturer is not liable for damage due to the loss of data.
•	When you use the device in public places, set the ringtone to vibration so you don’t disturb others.
•	Do not turn your device on or off when putting it to your ear.
•	Use accessories, such as earphones and headsets, with caution. Ensure that cables are tucked away safely.

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•	Prevent dust of any other foreign substances from getting into the 
Charger/USB cable port. It may cause heat or fire.
FDA Consumer Update
The U.S. Food and Drug Administration’s Center for Devices and 
Radiological Health Consumer Update on Mobile Phones:
1. Do wireless devices pose a health hazard?
The available scientific evidence does not show that any health problems

The available scientific evidence does not show that any health problems 
are associated with using wireless devices. There is no proof, however, that wireless devices are absolutely safe. Wireless devices emit low levels of Radio Frequency (RF) energy in the microwave range while being used. They also emit very low levels of RF when in standby mode. Whereas high levels of RF can produce health effects (by heating tissue), exposure to low level RF that does not produce heating effects causes no known adverse health effects. Many studies of low level RF exposures have not found any biological effects. Some studies have suggested that some biological effects may occur, but such findings have not been confirmed by additional research. In some cases, other researchers have had difficulty in reproducing those studies, or in determining the reasons for inconsistent results.

2. What is the FDA’s role concerning the safety of wireless devices?Under the law, the FDA does not review the safety of radiation-emitting 
consumer products such as wireless devices before they can be sold, as it does with new drugs or medical devices. However, the agency has authority to take action if wireless devices are shown to emit Radio Frequency (RF) energy at a level that is hazardous to the user. In such a case, the FDA could require the manufacturers of wireless devices to notify users of the health hazard and to repair, replace, or recall the devices so that the hazard no longer exists. Although the existing scientific data do not justify FDA regulatory actions, the FDA has urged the wireless device industry to take a number of steps, including the following:
•	Support needed research into possible biological effects of RF of the type emitted by wireless devices;

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•	Design wireless devices in a way that minimizes any RF exposure to the 
user that is not necessary for device function; and
•	Cooperate in providing users of wireless devices with the best possible information on possible effects of wireless device use on human health.
The FDA belongs to an interagency working group of the federal agencies that have responsibility for different aspects of RF safety to ensure coordinated efforts at the federal level. The following agencies belong to this working group:
•	National Institute for Occupational Safety and Health
•	Environmental Protection Agency
•	Occupational Safety and Health Administration
•	National Telecommunications and Information Administration
The National Institutes of Health participates in some interagency working group activities, as well.
The FDA shares regulatory responsibilities for wireless devices with the

The FDA shares regulatory responsibilities for wireless devices with the 
Federal Communications Commission (FCC). All devices that are sold in the United States must comply with FCC safety guidelines that limit RF exposure. The FCC relies on the FDA and other health agencies for safety questions about wireless devices.
The FCC also regulates the base stations that the wireless device networks 
rely upon. While these base stations operate at higher power than do the wireless devices themselves, the RF exposures that people get from these base stations are typically thousands of times lower than those they can get from wireless devices. Base stations are thus not the subject of the safety questions discussed in this document.
3. What kinds of devices are the subject of this update?The term “wireless device” refers here to handheld wireless devices with

3. What kinds of devices are the subject of this update?The term “wireless device” refers here to handheld wireless devices with 
built-in antennas, often called “cell, ” “mobile, ” or “PCS” devices. These types of wireless devices can expose the user to measurable Radio Frequency (RF) energy because of the short distance between the device and the user’s head.

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These RF exposures are limited by FCC safety guidelines that were 
developed with the advice of the FDA and other federal health and safety agencies. When the device is located at greater distances from the user, the exposure to RF is drastically lower because a person’s RF exposure decreases rapidly with increasing distance from the source. The so-called “cordless devices, ” which have a base unit connected to the telephone wiring in a house, typically operate at far lower power levels, and thus produce RF exposures far below the FCC safety limits.
4. What are the results of the research done already?The research done thus far has produced conflicting results, and many

studies have suffered from flaws in their research methods. Animal experiments investigating the effects of Radio Frequency (RF) energy exposures characteristic of wireless devices have yielded conflicting results that often cannot be repeated in other laboratories. A few animal studies, however, have suggested that low levels of RF could accelerate the development of cancer in laboratory animals. However, many of the studies that showed increased tumor development used animals that had been genetically engineered or treated with cancer-causing chemicals so as to be pre-disposed to develop cancer in the absence of RF exposure. Other studies exposed the animals to RF for up to 22 hours per day. These conditions are not similar to the conditions under which people use wireless devices, so we do not know with certainty what the results of such studies mean for human health. Three large epidemiology studies have been published since December 2000. Between them, the studies investigated

we do not know with certainty what the results of such studies mean for human health. Three large epidemiology studies have been published since December 2000. Between them, the studies investigated any possible association between the use of wireless devices and primary brain cancer, glioma, meningioma, or acoustic neuroma, tumors of the brain or salivary gland, leukemia, or other cancers. None of the studies demonstrated the existence of any harmful health effects from wireless device RF exposures. However, none of the studies can answer questions about long-term exposures, since the average period of device use in these studies was around three years.

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5.  What research is needed to decide whether RF exposure from wireless  
devices poses a health risk?
A combination of laboratory studies and epidemiological studies of people

A combination of laboratory studies and epidemiological studies of people 
actually using wireless devices would provide some of the data that are needed. Lifetime animal exposure studies could be completed in a few years. However, very large numbers of animals would be needed to provide reliable proof of a cancer promoting effect if one exists. Epidemiological studies can provide data that is directly applicable to human populations, but ten or more years follow-up may be needed to provide answers about some health effects, such as cancer. This is because the interval between the time of exposure to a cancer-causing agent and the time tumors develop — if they do — may be many, many years. The interpretation of epidemiological studies is hampered by difficulties in measuring actual RF exposure during day-to-day use of wireless devices. Many factors affect this measurement, such as the angle at which the device is held, or which model of device is used.

6.  What is the FDA doing to find out more about the possible health  
effects of wireless device RF?
The FDA is working with the U.S. National Toxicology Program and with groups of investigators around the world to ensure that high priority animal studies are conducted to address important questions about the effects of exposure to Radio Frequency (RF) energy.
The FDA has been a leading participant in the World Health Organization 
International Electro Magnetic Fields (EMF) Project since its inception in 1996. An influential result of this work has been the development of a detailed agenda of research needs that has driven the establishment of new research programs around the world. The project has also helped develop a series of public information documents on EMF issues.
The FDA and the Cellular Telecommunications & Internet Association (CTIA)

The FDA and the Cellular Telecommunications & Internet Association (CTIA) 
have a formal Cooperative Research And Development Agreement (CRADA) to do research on wireless device safety. The FDA provides the scientific oversight, obtaining input from experts in government, industry, and academic organizations. CTIA-funded research is conducted through

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contracts with independent investigators. The initial research will include 
both laboratory studies and studies of wireless device users. The CRADA will also include a broad assessment of additional research needs in the context of the latest research developments around the world.
7 .  How can I find out how much R adio Frequency energy exposure I can 
get by using my wireless device?

All devices sold in the United States must comply with Federal Communications Commission (FCC) guidelines that limit Radio Frequency (RF) energy exposures. The FCC established these guidelines in consultation with the FDA and the other federal health and safety agencies. The FCC limit for RF exposure from wireless devices is set at a Specific Absorption Rate (SAR) of 1 .6 watts per kilogram (1 .6 W/kg). The FCC limit is consistent with the safety standards developed by the Institute of Electrical and Electronic Engineering (IEEE) and the National Council on Radiation Protection and Measurement. The exposure limit takes into consideration the body’s ability to remove heat from the tissues that absorb energy from the wireless device and is set well below levels known to have effects. Manufacturers of wireless devices must report the RF exposure level for each model of device to the FCC. The FCC website (http://www.fcc.gov/oet/rfsafety) gives directions for locating the FCC

Manufacturers of wireless devices must report the RF exposure level for each model of device to the FCC. The FCC website (http://www.fcc.gov/oet/rfsafety) gives directions for locating the FCC identification number on your device so you can find your device’s RF exposure level in the online listing.

8.  What has the FDA done to measure the R adio Frequency energy 
coming from wireless devices?
The Institute of Electrical and Electronic Engineers (IEEE) is developing a technical standard for measuring the Radio Frequency (RF) energy exposure from wireless devices and other wireless handsets with the participation and leadership of FDA scientists and engineers. The standard, “Recommended Practice for Determining the Spatial-Peak Specific Absorption Rate (SAR) in the Human Body Due to Wireless Communications Devices: Experimental Techniques, ” sets forth the first consistent test methodology for measuring the rate at which RF is deposited in the heads of wireless device users. The test method uses a tissue-simulating model of the human head.

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Standardized SAR test methodology is expected to greatly improve the 
consistency of measurements made at different laboratories on the same device. SAR is the measurement of the amount of energy absorbed in tissue, either by the whole body or a small part of the body. It is measured in watts/kg (or milliwatts/g) of matter. This measurement is used to determine whether a wireless device complies with safety guidelines.
9.  What steps can I take to reduce m y exposure to Radio Frequency 
energy from my wireless device?

If there is a risk from these products — and at this point we do not know that there is — it is probably very small. But if you are concerned about avoiding even potential risks, you can take a few simple steps to minimize your exposure to Radio Frequency (RF) energy. Since time is a key factor in how much exposure a person receives, reducing the amount of time spent using a wireless device will reduce RF exposure. If you must conduct extended conversations by wireless device every day, you could place more distance between your body and the source of the RF , since the exposure level drops off dramatically with distance. For example, you could use a headset and carry the wireless device away from your body or use a wireless device connected to a remote antenna. Again, the scientific data does not demonstrate that wireless devices are harmful. But if you are concerned about the RF exposure from these products, you can use measures like those described above to reduce your RF exposure

does not demonstrate that wireless devices are harmful. But if you are concerned about the RF exposure from these products, you can use measures like those described above to reduce your RF exposure from wireless device use.

10. What about children using wireless devices?The scientific evidence does not show a danger to users of wireless 
devices, including children and teenagers. If you want to take steps to lower exposure to Radio Frequency (RF) energy, the measures described above would apply to children and teenagers using wireless devices. Reducing the time of wireless device use and increasing the distance between the user and the RF source will reduce RF exposure. Some groups sponsored by other national governments have advised that children be discouraged from using wireless devices at all. For example, the government in the United Kingdom distributed leaflets containing such a recommendation in December 2000.

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They noted that no evidence exists that using a wireless device causes 
brain tumors or other ill effects. Their recommendation to limit wireless device use by children was strictly precautionary; it was not based on scientific evidence that any health hazard exists.
11. What about wireless device interference with medical equipment?Radio Frequency (RF) energy from wireless devices can interact with some

11. What about wireless device interference with medical equipment?Radio Frequency (RF) energy from wireless devices can interact with some 
electronic devices. For this reason, the FDA helped develop a detailed test method to measure Electro Magnetic Interference (EMI) of implanted cardiac pacemakers and defibrillators from wireless telephones. This test method is now part of a standard sponsored by the Association for the Advancement of Medical Instrumentation (AAMI). The final draft, a joint effort by the FDA, medical device manufacturers, and many other groups, was completed in late 2000. This standard will allow manufacturers to ensure that cardiac pacemakers and defibrillators are safe from wireless device EMI.
The FDA has tested hearing aids for interference from handheld wireless

The FDA has tested hearing aids for interference from handheld wireless 
devices and helped develop a voluntary standard sponsored by the Institute of Electrical and Electronic Engineers (IEEE). This standard specifies test methods and performance requirements for hearing aids and wireless devices so that no interference occurs when a person uses a “compatible” device and a “compatible” hearing aid at the same time. This standard was approved by the IEEE in 2000.
The FDA continues to monitor the use of wireless devices for possible 
interactions with other medical devices. Should harmful interference be found to occur, the FDA will conduct testing to assess the interference and work to resolve the problem.
12. Where can I find additional information?For additional information, please refer to the following resources:FDA web page on wireless deviceshttp://www.fda.gov/Radiation-EmittingProducts/RadiationEmit 
tingProductsandProcedures/HomeBusinessandEntertainment/CellPhones/default.htm

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Federal Communications Commission (FCC) RF Safety Program  
http://www.fcc.gov/oet/rfsafety
International Commission on Non-lonizing Radiation Protectionhttps://www.icnirp.orgWorld Health Organization (WHO) International EMF Projecthttp://www.who.int/emfNational Radiological Protection Board (UK)http://www.hpa.org.uk/radiation/
Driving
Check the laws and regulations on the use of wireless devices in the areas 
where you drive and always obey them. Also, if using your device while driving, please observe the following:
•	Give full attention to driving -- driving safely is your first responsibility;
•	Use hands-free operation, if available;
•	Pull off the road and park before making or answering a call if driving conditions or the law require it.
10 Driver Safety Tips
Your wireless device gives you the powerful ability to communicate by voice almost anywhere, anytime. An important responsibility accompanies the benefits of wireless devices, one that every user must uphold.

When operating a car, driving is your first responsibility. When using your 
wireless device behind the wheel of a car, practice good common sense and remember the following tips:
1. Get to know your wireless device and its features, such as speed dial 
and redial. Carefully read your instruction manual and learn to take advantage of valuable features most devices offer, including automatic redial and memory. Also, work to memorize the device keypad so you can use the speed dial function without taking your attention off the road.

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2. When available, use a hands-free device. A number of hands-free 
wireless device accessories are readily available today. Whether you choose an installed mounted device for your wireless device or a speaker phone accessory, take advantage of these devices if available to you.
3. Make sure you place your wireless device within easy reach and where you can reach it without removing your eyes from the road. If you get an incoming call at an inconvenient time, if possible, let your voicemail answer it for you.
4. Suspend conversations during hazardous driving conditions or situations. Let the person you are speaking with know you are driving; if necessary, suspend the call in heavy traffic or hazardous weather conditions. Rain, sleet, snow, and ice can be hazardous, but so is heavy traffic. As a driver, your first responsibility is to pay attention to the road.

5. Don’t take notes or look up phone numbers while driving. If you are reading an address book or business card, or writing a “to-do” list while driving a car, you are not watching where you are going. It is common sense. Do not get caught in a dangerous situation because you are reading or writing and not paying attention to the road or nearby vehicles.
6. Dial sensibly and assess the traffic; if possible, place calls when you are not moving or before pulling into traffic. Try to plan your calls before you begin your trip or attempt to coincide your calls with times you may be stopped at a stop sign, red light, or otherwise stationary. But if you need to dial while driving, follow this simple tip -- dial only a few numbers, check the road and your mirrors, then continue.

7. Do not engage in stressful or emotional conversations that may be distracting. Stressful or emotional conversations and driving do not mix; they are distracting and even dangerous when you are behind the wheel of a car. Make people you are talking with aware you are driving and if necessary, suspend conversations which have the potential to divert your attention from the road.
8. Use your wireless device to call for help. Your wireless device is one of the greatest tools you can own to protect yourself and your family in dangerous situations -- with your device at your side, help is only three numbers away. Dial 911 or another local emergency number in the case

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of fire, traffic accident, road hazard, or medical emergency. Remember, 
it’s a free call on your wireless device!
9. Use your wireless device to help others in emergencies. Your wireless device provides you a perfect opportunity to be a “Good Samaritan” in your community. If you see an auto accident, crime in progress or other serious emergency where lives are in danger, call 911 or another local emergency number, as you would want others to do for you.
10.  Call roadside assistance or a special wireless non-emergency assistance

10.  Call roadside assistance or a special wireless non-emergency assistance 
number when necessary. Certain situations you encounter while driving may require attention, but are not urgent enough to merit a call for emergency services. But you can still use your wireless device to lend a hand. If you see a broken-down vehicle posing no serious hazard, a broken traffic signal, a minor traffic accident where no one appears injured or a vehicle you know to be stolen, call roadside assistance or other special non-emergency wireless number.
The above tips are meant as general guidelines. Before deciding to use your 
mobile device while operating a vehicle, it is recommended that you consult your applicable jurisdiction’s local laws or other regulations regarding such use. Such laws or other regulations may prohibit or otherwise restrict the manner in which a driver may use his or her device while operating a vehicle.

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DECLARATION OF CONFORMITY
Hereby, LG Electronics declares that this LM-G820UM product is in 
compliance with the essential requirements and other relevant provisions 
of Directive 2014/53/EU. A copy of the Declaration of Conformity can be found at http://www.lg.com/global/declaration
Exposure to radio frequency energy
Radio wave exposure and Specific Absorption Rate (SAR) information.
This mobile phone model LM-G820UM has been designed to comply with 
applicable safety requirements for exposure to radio waves. These requirements are based on scientific guidelines that include safety margins designed to assure the safety of all persons, regardless of age and health.
 The radio wave exposure guidelines employ a unit of measurement 
known as the Specific Absorption Rate (SAR). Tests for SAR are conducted using standardized methods with the phone transmitting at its highest certified power level in all used frequency bands.

 While there may be differences between the SAR levels of various LG phone models, they're all designed to meet the relevant guidelines for exposure to radio waves.
 The SAR limit recommended by the International Commission on Non-Ionizing Radiation Protection (ICNIRP) is 2 W/kg averaged over 10g of tissue.
 The highest SAR value for this model phone tested for use at the ear is 0.487 W/Kg (10g) and when worn on the body is 1 .580 W/kg (10g).

The highest SAR value for this model phone tested for use at the ear is 0.487 W/Kg (10g) and when worn on the body is 1 .580 W/kg (10g).
 This device meets RF exposure guidelines when used either in the normal use position against the ear or when positioned at least 0.5 cm away from the body. When a carry case, belt clip or holder is used for bodyworn operation, it shouldn't contain metal and should position the product at least 0.5 cm away from your body. In order to transmit data files or messages, this device requires a quality connection to the network. In some cases, transmission of data files or messages may be delayed until such a connection is available. Ensure the above separation distance instructions are followed until the transmission is completed.

Use your phone in temperatures between 0ºC and 35ºC, if possible. Exposing your phone to extremely low or high temperatures may result in damage, malfunction, or even explosion.
 Risk of explosion if battery is replaced by an incorrect type.  
Dispose of used batteries according to the instructions.
-  5GHz WiFi Device  
"The use of the 5150 – 5350 MHz band is restricted to indoor use only."
AT BE BG CH CY CZ DE DK EE EL ES FI FR 
HR HU IE IS IT LI LT LU LV MT NL NO PL 
PT RO SE SI SK UK AL ME RS MK TR BA XK
To prevent possible hearing damage, don’t listen at high 
volume levels for long periods.
 Excessive sound pressure from earphones and headphones can cause hearing loss.

195 LIMITED WARRANTY - USA 
Limited Warranty – USA
ARBITRATION NOTICE: THIS LIMITED WARRANTY CONTAINS AN 
ARBITRATION PROVISION THAT REQUIRES YOU AND LG (as defined hereinafter in the Definitions) TO RESOLVE DISPUTES BY BINDING ARBITRATION INSTEAD OF IN COURT , UNLESS YOU CHOOSE TO OPT OUT . IN ARBITRATION, CLASS ACTIONS AND JURY TRIALS ARE NOT PERMITTED. PLEASE SEE THE SECTION TITLED “PROCEDURE FOR RESOLVING DISPUTES” BELOW.
Should your LG Mobile Phone (“Product”) fail due to a defect in materials 
or workmanship under normal and proper use, during the warranty period set forth below, LG will, at its option, repair or replace the Product. This limited warranty is valid only to the original retail purchaser of the Product and applies only when purchased and used within the United States including U.S. Territories.
Warranty Period Scope of Warranty
Twelve (12) months from date of

Twelve (12) months from date of 
original retail purchase (or absent valid proof of purchase, fifteen (15) months from manufacture date)Parts and Labor (internal/ functional parts only)
 Replacement products and parts are warranted for the remaining portion 
of the original warranty period or ninety (90) days, whichever is greater.
 Replacement products and parts may be new, reconditioned, refurbished, or otherwise factory remanufactured.
 Replaced Products and parts will become the property of LG.
EXCEPT TO THE EXTENT PROHIBITED BY APPLICABLE LAW, ANY 
IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE ON THE PRODUCT IS LIMITED IN DURATION TO THE DURATION OF THE ABOVE LIMITED WARRANTY . UNDER NO CIRCUMSTANCES SHALL LG OR ITS U.S. DISTRIBUTORS/DEALERS BE LIABLE FOR ANY INDIRECT , INCIDENTAL, CONSEQUENTIAL, SPECIAL, OR PUNITIVE DAMAGES, INCLUDING, WITHOUT LIMITATION, LOST GOODWILL, LOST REVENUES OR PROFITS, WORK STOPPAGE,

LIMITED WARRANTY - USA 196
IMPAIRMENT OF OTHER GOODS, COST OF REMOVAL AND 
REINSTALLATION OF THE PRODUCT , LOSS OF USE, OR ANY OTHER DAMAGES WHETHER BASED IN CONTRACT , TORT , OR OTHERWISE.
LG’S TOTAL LIABILITY , IF ANY , SHALL NOT EXCEED THE PURCHASE 
PRICE PAID BY YOU FOR THE PRODUCT . Some states do not allow the exclusion or limitation of incidental or consequential damages or limitations on how long an implied warranty lasts, so the above exclusions or limitations may not apply to you. This limited warranty gives you specific legal rights and you may also have other rights that vary from state to state.
HOW SERVICE IS HANDLED:
The original sales receipt specifying the Product and date of purchase is required to obtain warranty service.
LG will not re-install or back-up any data, applications, or software that you

LG will not re-install or back-up any data, applications, or software that you 
have added to your Product. It is therefore recommended that you back-up any such data or information prior to sending the Product to LG to avoid permanent loss of such information
You shall bear the cost of shipping the Product to LG Customer Service. LG 
shall bear the cost of shipping the Product back to you after completion of service under this limited warranty.
THIS LIMITED WARRANTY DOES NOT COVER:
(1)  Damage or defects of the P roduct resulting from use of the Product in 
other than its normal and customary manner.

(2)  Damage or defects of the Product resulting from abnormal use, abnormal conditions, improper storage, exposure to moisture or dampness beyond IP68 tested use, unauthorized modifications/connection/repair, misuse, neglect, abuse, accident, alteration, improper installation, or other acts which are not the fault of LG, including damage or defects of the Product caused by shipping, blown fuses, spills of food or liquid.
(3)  Damage or defects of the P roduct caused by transportation and/or 
handling, including scratches, dents, chips, and/or other damage to the finish of your Product including the external housing and cosmetic parts,

LIMITED WARRANTY - USA 197
unless such damage results from defects in materials or workmanship 
and is reported within one (1) week of delivery (Call: 1-800-793-8896).
(4)  Damage or defects to antennas unless caused directly b y defects in 
material or workmanship.
(5)  Damage or defects of the P roduct resulting from operating the Product 
contrary to the instructions outlined in the Product owner’s manual.
(6)  That LG Customer Service was not notified by you of the alleged defect 
or malfunction of the Product during the applicable limited warranty period.
(7)  Products with original serial numbers that have been removed, altered, 
or cannot be readily determined.
(8)  Damage or defects of the P roduct or missing items to any Product sold 
“ As Is” , “With all Faults” or similar disclaimer.
(9)  Damage or defect of the P roduct caused by the use of accessories, 
parts, consumable cleaning products, or service not provided or approved by LG.

(10)  All plastic surfaces and all other e xternally exposed parts that are 
scratched or damaged.
(11) Products operated outside published maximum ratings.
(12) Replacement of any consumable parts (such as fuses).The cost of repair or replacement under the above excluded 
circumstances shall be borne by you.
TO OBTAIN WARRANTY SERVICE AND ADDITIONAL 
INFORMATION:
Call 1-800-793-8896 and select the appropriate option from the menu.
Or visit our website at http://www.lg.com.Or by mail: LG Electronics Customer Service P .O. Box 240007 Huntsville, 
AL 35813 ATTN: CIC – Mobile Handsets
DO NOT RETURN YOUR PRODUCT TO THE ABOVE ADDRESS. 
Please call or write for procedures for obtaining warranty service.

LIMITED WARRANTY - USA 198
PROCEDURE FOR RESOLVING DISPUTES:
ALL DISPUTES BETWEEN YOU AND LG ARISING OUT OF OR RELATING 
IN ANY WAY TO THIS LIMITED WARRANTY OR THE PRODUCT SHALL BE RESOLVED EXCLUSIVEL Y THROUGH BINDING ARBITRATION, AND NOT IN A COURT OF GENERAL JURISDICTION. BINDING ARBITRATION MEANS THAT YOU AND LG ARE EACH WAIVING THE RIGHT TO A JURY TRIAL AND TO BRING OR PARTICIPATE IN A CLASS ACTION.
Definitions. For the purposes of this section, references to “LG” mean LG

Definitions. For the purposes of this section, references to “LG” mean LG 
Electronics MobileComm U.S.A., Inc., its parents, subsidiaries and affiliates, and each of their officers, directors, employees, agents, beneficiaries, predecessors in interest, successors, assigns and suppliers; references to “dispute” or “claim” shall include any dispute, claim or controversy of any kind whatsoever (whether based in contract, tort, statute, regulation, ordinance, fraud, misrepresentation or any other legal or equitable theory) arising out of or relating in any way to the sale, condition or performance of the product or this Limited Warranty.
Notice of Dispute. In the event you intend to commence an arbitration

Notice of Dispute. In the event you intend to commence an arbitration 
proceeding, you must first notify LG in writing at least 30 days in advance of initiating the arbitration by sending a letter to LG at LG Electronics U.S.A., Inc. Attn: Legal Department- Arbitration 1000 Sylvan Ave, Englewood Cliffs 07632. You and LG agree to engage in good faith discussions in an attempt to amicably resolve your claim. The notice must provide your name, address, and telephone number; identify the product that is the subject of the claim; and describe the nature of the claim and the relief being sought. If you and LG are unable to resolve the dispute within 30 days, either party may proceed to file a claim for arbitration.
Agreement to Binding Arbitration and Class Action Waiver. Upon failure to

Agreement to Binding Arbitration and Class Action Waiver. Upon failure to 
resolve the dispute during the 30 day period after sending written notice to LG, you and LG agree to resolve any claims between us only by binding arbitration on an individual basis, unless you opt out as provided below. Any dispute between you and LG shall not be combined or consolidated with a dispute involving any other person’s or entity’s product or claim. More specifically, without limitation of the foregoing, any dispute between you and LG shall not under any circumstances proceed as part of a class or

LIMITED WARRANTY - USA 199
representative action. Instead of arbitration, either party may bring an 
individual action in small claims court, but that small claims court action may not be brought on a class or representative basis.
Arbitration Rules and Procedures. To begin arbitration of a claim, either 
you or LG must make a written demand for arbitration. The arbitration will be administered by the American Arbitration Association (“ AAA ”) and will be conducted before a single arbitrator under the AAA ’s Consumer Arbitration Rules that are in effect at the time the arbitration is initiated (referred to as the “ AAA Rules”) and under the procedures set forth in this section. The AAA Rules are available online at

www.adr.org/consumer. Send a copy of your written demand for arbitration, as well as a copy of this provision, to the AAA in the manner described in the AAA Rules. You must also send a copy of your written demand to LG at LG Electronics, U.S.A., Inc. Attn: Legal Department- Arbitration 1000 Sylvan Avenue Englewood Cliffs, NJ 07632. If there is a conflict between the AAA Rules and the rules set forth in this section, the rules set forth in this section will govern. This arbitration provision is governed by the Federal Arbitration Act. Judgment may be entered on the arbitrator’s award in any court of competent jurisdiction. All issues are for the arbitrator to decide, except that issues relating to the scope and enforceability of the arbitration provision and to the arbitrability of the dispute are for the court to decide. The arbitrator is bound by the terms of this provision.
Governing Law. The law of the state of your residence shall govern this

Governing Law. The law of the state of your residence shall govern this 
Limited Warranty and any disputes between us except to the extent that such law is preempted by or inconsistent with applicable federal law.
Fees/Costs. You do not need to pay any fee to begin an arbitration. Upon 
receipt of your written demand for arbitration, LG will promptly pay all arbitration filing fees to the AAA unless you seek more than $25,000 in damages, in which case the payment of these fees will be governed by the AAA Rules. Except as otherwise provided for herein, LG will pay all AAA filing, administration and arbitrator fees for any arbitration initiated in accordance with the AAA Rules and this arbitration provision. If you

LIMITED WARRANTY - USA 200
prevail in the arbitration, LG will pay your attorneys’ fees and expenses

prevail in the arbitration, LG will pay your attorneys’ fees and expenses 
as long as they are reasonable, by considering factors including, but not limited to, the purchase amount and claim amount. Notwithstanding the foregoing, if applicable law allows for an award of reasonable attorneys’ fees and expenses, an arbitrator can award them to the same extent that a court would. If the arbitrator finds either the substance of your claim or the relief sought in the demand is frivolous or brought for an improper purpose (as measured by the standards set forth in Federal Rule of Civil Procedure 11(b)), then the payment of all arbitration fees will be governed by the AAA Rules. In such a situation, you agree to reimburse LG for all monies previously disbursed by it that are otherwise your obligation to pay under the AAA Rules. Except as otherwise provided for, LG waives any rights it may have to seek attorneys’ fees and expenses from you if LG prevails in the arbitration.

Hearings and Location. If your claim is for $25,000 or less, you may 
choose to have the arbitration conducted solely on the basis of (1) documents submitted to the arbitrator, (2) through a telephonic hearing, or (3) by an in-person hearing as established by the AAA Rules. If your claim exceeds $25,000, the right to a hearing will be determined by the AAA Rules. Any in-person arbitration hearings will be held at a location within the federal judicial district in which you reside unless we both agree to another location or we agree to a telephonic arbitration.
Opt Out. You may opt out of this dispute resolution procedure. If you opt

Opt Out. You may opt out of this dispute resolution procedure. If you opt 
out, neither you nor LG can require the other to participate in an arbitration proceeding. To opt out, you must send notice to LG no later than 30 calendar days from the date of the first consumer purchaser’s purchase of the product by either: (i) sending an e-mail to optout@lge.com, with the subject line: “ Arbitration Opt Out” or (ii) calling 1-800-980-2973. You must include in the opt out e-mail or provide by telephone: (a) your name and address; (b) the date on which the product was purchased; (c) the product model name or model number; and (d) the IMEI or MEID or Serial Number, as applicable (the IMEI or MEID or Serial Number can be found (i) on the product box; (ii) on a label on the

LIMITED WARRANTY - USA 201
back of the product beneath the battery, if the battery is removable; or 
(iii) from the settings menu via the following path: Settings > System > About phone > Status).
You may only opt out of the dispute resolution procedure in the manner 
described above (that is, by e-mail or telephone); no other form of notice will be effective to opt out of this dispute resolution procedure. Opting out of this dispute resolution procedure will not affect the coverage of the Limited Warranty in any way, and you will continue to enjoy the full benefits of the Limited Warranty. If you keep this product and do not opt out, then you accept all terms and conditions of the arbitration provision described above.

Procedia CIRP   30  ( 2015 )  239 – 244 Available online at www.sciencedirect.com
2212-8271 © 2015 The Authors. Published by Elsevier B.V . This is an open access article under the CC BY-NC-ND license 
(http://creativecommons.org/licenses/by-nc-nd/4.0/).
Peer
-review under responsibility of the International Scientific Committee of the 7th Industrial Product-Service Systems Conference - PSS, 
industry transformation for sustainability and businessdoi: 10.1016/j.procir.2015.02.107 ScienceDirect
7th Industrial Product-Service Systems Conference - PSS, industry transformation for sustainability and 
business
Ericsson – The History from Product to Solution Provider and Challenges 
and Opportunities in an Evolving Environment 
Sofi W. Elfvinga, Mattias Lindahlb *, Erik Sundinb
aEricsson AB, Färögatan 6, 164 80 Stockholm, Sweden 
bDepartment of Management and Engineering, Linköping  
* Corresponding author. Tel.: +46-13-281108. E-mail address:mattias.lindahl@liu.se 
Abstract

Abstract 
An increasing number of Original Equipment Manufacturers (OEM) are realizing that their products, earlier the foundation of the ir success, no 
longer stand alone in satisfying customer requirements. Customers now demand integration of services and bundling as well as in creased active 
participation of OEMs during the use phase. Ericsson, a Swedish multinational OEM of communications technology and services, is  an 
example of such a company. The objective of this paper is to describe, compare and discuss Ericsson’s journey from a product pr ovider to a 
PSS provider, e.g. by comparison with other industry examples. Furthermore, the paper highlights future challenges and opportunities for 
instance regarding business models, trends and product design. 
© 2015 The Authors. Published by Elsevier B.V.

© 2015 The Authors. Published by Elsevier B.V. 
Selection and peer-review under responsibility of the International Scientific Committee of “The 7th CIRP Conference on Industr ial Product-
Service Systems” in the persons of the Conference Chairs Prof. Xavier Boucher and Prof. Daniel Brissaud.  
Keywords : Transitions; Integrated Product Service Offerings; Mindset changes 
1. Introduction 
Besides intensified global competition, an increasing 
number of Original Equipment Manufacturers (OEMs) are 
realizing that their products, earlier the foundation of their success, no longer stand alone to satisfy their customers’ 
requirements (see e.g. Kowal kowski [1], Lindahl, Sakao et al. 
[ 
2] and Tukker and Tischner [3]). Their customers now

[ 
2] and Tukker and Tischner [3]). Their customers now 
demand integration of e.g. services and increased active participation of OEMs during the use phase. Service in this paper includes operation, maintenance, repair, upgrade, take-back, and consultation. 
In parallel, and caused by society’s and customers’ 
increased awareness of growing envi ronmental problems, the 
environmental and resource-related requirements of the OEM are getting tougher [4]. There ex ists today in society a desire 
for economic growth that is decoupled from resource consumption – in many cases the cause of environmental problems - to achieve a more circular economy [5]. The challenges above are forcing OEMs to find new ways 
to keep their offerings compet itive, and among the most

to keep their offerings compet itive, and among the most 
popular and fastest-growing solutions is to evolve from product to solution provider with a lifecycle perspective, e.g. by adding on service and taking increased responsibility for 
the use and end-o f-life phases. This type of solution is also 
called Product-Service Systems (PSS) or Integrated Product 
Service Offerings (IPSO) [3, 6-9]. PSS is defined as “tang
 ible 
products and services designed an d combined to jointly fulfill 
specific customer needs” [3]. This paper uses the term IPSO 
in referring to this type of business offering in order to emphasize the integration aspect. 
Xerox, a pioneering company in the IPSO area, realized 
when evolving from product to IPSO provider that they had to change their operations and faced new challenges. Remanufacturing, e.g., required an organized and predictable flow of cores and a new reverse logistics system. This resulted

in new business models, e.g. leasing of copy machines, and 
the focus was moved towards creating customer value by providing performance, e.g. being paid per copy [10]. 
© 2015 The Authors. Published by Elsevier B.V This is an open access article under the CC BY-NC-ND license 
Peer
-review under responsibility of the International Scientiﬁ  c Committee of the 7th Industrial Product-Service Systems Conference - PSS, 
industry transformation for sustainability and business

240   Soﬁ   W. Elfving et al.  /  Procedia CIRP   30  ( 2015 )  239 – 244 
Furthermore, the focus came to provide more resource-
efficient solutions with fewer products than seen historically.  
This change towards IPSO made it possible for Xerox to 
reuse parts and remanufacture products several times in several offerings. There are economic and environmental benefits in combining PSS and remanufacturing (see Sundin and Bras [11]), but PSS by itself and remanufacturing have been found to be environmenta lly benign (see Lindahl, Sundin 
et al. [12] and Sundin and Lee [13]). In addition, if one is considering PSS and/or remanufacturing in the design phase, even more benefits can be gained (see Kerr and Ryan [14]). The experiences from Xerox are also supported by other studies; see e.g. Emtairah and Mont [15] and van Beers, Grossi et al. [16]. 
The objective of this paper is to describe, compare and 
discuss Ericsson’s journey from th at of product provider to

discuss Ericsson’s journey from th at of product provider to 
IPSO provider, e.g. by comparison with other industry examples. Furthermore, it is to highlight future challenges and opportunities regarding e.g. business models, trends and product design. 
2. Method 
Besides a literature review about IPSO-related issues, this 
paper is based on an industry case – Ericsson, a Swedish 
multinational OEM of communications technology and services [17, 18]. One of the authors, Sofi W. Elfving, has been employed at the case company since 2011 as Manager 
Service Syste ms Research , 
 which has enabled good access to 
relevant material and respondents.  
The main data collection was based on semi-structured 
interviews [18, 19] with  Ericsson staff, reports and one of the

which has enabled good access to 
interviews [18, 19] with  Ericsson staff, reports and one of the 
authors' experience in the business, in particular at Ericsson. The interviews were conducted in two phases in May 2013 and January 2015. Table 1 shows all respondents’ positions and years at the company. 
Table 1. Respondents’ positions and years at the company. 
# Position Years 
1 Director, Strategy, Group Function,  19 
2 Process & Portfolio Development, Group Function 15 
3 Service Delivery Operations, Global Services 20 
4 Manager, Business Development, Group Function 30 
5 Manager, Strategy & Tactical Planning, Region Northeast Asia 16 
6 Director, Strategy & Business Planning, Networks 30 
7 Senior Specialist, Research and Development 15 
The respondents were chosen with  the aim to retrieve a 
service perspective, a product perspective and the perspective

service perspective, a product perspective and the perspective 
of group functions, i.e. the overa ll company strategy. The first 
run of interviews was conducted face-to-face using a semi-structured interview guid e. The guide was developed from 
knowledge attained in a series of previously co nducted studies 
in the field of IPSO transforma tion (described further in 
Elfving and Urquhart [20] in combination with literature studies aiming at formulating assumptions and testing those, 
i.e. iterating in between description  and prescription of the 
studied phenomenon (see Blessing, Chakrabrti  et al.  [21]). 
The interviews were  transcribed and analyzed using an 
adva

adva
nced developed framework based on an activity model (see Johnsson [22]), revealing a number of factors describing the transformation process as perceived by the respondents and current state including challenges, opportunities and next steps. The second run of  interviews was carried out with 
respondents via mail and foll owed up with additional 
clarifying questions.  
3. Ericsson’s Journey 
Ericsson, founded in 1876, has customers in  more than 180 
countries [17]. The company started as a telegraph repair shop 
but soon after began to make and sell their own telephone equipment, and has successfully expanded their product range to cover e.g. infrastructure within ICT for telecommunication 
operators, including telecomm unications and IP networking

operators, including telecomm unications and IP networking 
equipment, mobile and fixed broadband. Ericsson has a broad services portfolio including business consulting, system 
integration, and managed services. 
During the last 30 years the service business at Ericsson 
has evolved, and most services have been created to meet the current needs of today’s tel ecommunication operators, for 
instance the introduction of st ored program control switches 
(AXE family of telephony switche s), using computers to 
control the switching of calls through telephony exchanges which marked the way for service enablement. The approach that Ericsson took was to ma ke both the software and 
hardware modular and easily expandable. This has been a 
success ful approach, enabling advances in processing power 
and c
omponent density to be easily adopted and upgraded on 
live switches, and to introduce new functionality in software to be added in real-time. This appr oach also formed the basis

and c
live switches, and to introduce new functionality in software to be added in real-time. This appr oach also formed the basis 
of switches used in the cellula r networks introduced around 
1980 in the first generation of mobile telephony.  
Services delivered during th e introduction of AXE were 
offered as part of the contracts to supply value in the form of hardware and software. Services were thus considered part of the telephony systems and were dependent on those to exist. At this time Ericsson coul d be defined as a true product 
company, with each technology having its own services organization responsible to ens ure that the hardware and 
software were delivered, installed, commissioned, and supported during their lifetime.  
The creation of the first service portfolios (based on

The creation of the first service portfolios (based on 
technology) began in the early 1990s and marked the first attempts to enable the sales organizations to position services as offerings. These early portfolios all followed the established ways of working that had been used in traditional design and product development. The beginning of 2000 
marked a radical change of departure for Ericsson when it 
ca
me to services. At the time, governments were selling 3G 
spectrum to existing and new operators. In a number of countries existing operators had to outbid potential new operators in order not to lose th eir market position; this led to 
inflated license costs, a slowdown in investment and a decrease in hardware and software sales for the vendors. Subsequently, in 2003 customer orders continued to rapidly decline, staff were laid off, and the company were close to bankrupt.

241  Soﬁ   W. Elfving et al.  /  Procedia CIRP   30  ( 2015 )  239 – 244 
At a conference for Ericsson’s top managers, Thomas 
Geitner, CTO at Vodafone, explained: “We operators are on 
the brink of a fundamental paradigm shift. Now that many 
markets have exceeded the 70 percent mobile phone density mark, our challenge is no longer to secure the supply from Ericsson and other vendors so that we can build out our mobile networks and win new subscribers. Instead we must 
focus on increased usage of those networks and retaining the customers that we have captured”  [23].  
These events marked the starting point of a radical change 
in the business mix and governance of the company. With the aim to take advantage of synergies all separate services 
organizations and portfolios, wh ich existed in the various 
technology organi zations, merged into  one service portfolio

technology organi zations, merged into  one service portfolio 
with one responsible organization. The business unit Global Services was established and desp ite the difficult times, the 
unit made progress with turnover reaching SEK 26–27 billion. The raw model was IBM, which had gone from a technically-
driven company into one adapted to its customers, which changed its focus from hardware to software, and which developed consulting and outsourcing into core business areas.
Today, Ericsson earns close to 50 percent of its sales from 
its service and solutions business [17], and IPSO is an important issue for Ericsson’s current and future businesses. In contrast to a number of other OEMs, e.g. GE, Siemens etc., Ericsson is not structured as a cong lomerate. Instead, it is

divided into a number of business units responsible, for instance, for strategy and development; 10 regions responsible for sales and delivery; and an overarching group function which covers e.g. research, IT, finance, corporate strategy etc. The Global Services unit has been entrusted with planning, building, running and enhancing more networks than any other and has the ability to build, operate and manage any network, or integrate any network technology, regardless of the equipment currently in place, anywhere in the world. 
Currently, Ericsson faces both internal (e.g. mindset 
change) and external challenges (e.g. competition) which need 
to be overcome in order to have a successful and smooth transition towards IPSO. These ch allenges, along with future 
challenges, are described in this paper. 
4. Main Challenges and Needs 
The sections below summarize the response from 
respondents about Ericsson’s current main challenges and

respondents about Ericsson’s current main challenges and 
their perception about how th ose ought to be solved.  
4.1. Changed Market Situation 
The market in telecommunica tions industry has changed 
dramatically over the past years, and many of Ericsson’s 
major competitors are no longer on the market (5). New ones have emerged, however, which has changed the ways the company has to compete. These new competitors have gone from being “copycats” to bei ng very innovative, quality-
driven and drivers of the market (5). In total, there are fewer telecommunication competitors on the market today and the price pressure is very high. Ho wever, as the ICT industry grows there will be more competitors competing for the same business (5).  
Part of the changed market situation is the ongoing shift in 
customer needs, from products and features to services and

customer needs, from products and features to services and 
value (5). Eventually, the offerings will be driven from a services point of view rather than a technical perspective, and the company needs to prepare for such a shift (5, 7). 
4.2. The Company’s Mindset 
Another challenge is the company’s legacy of being 
product-driven – something that is still deep in the com
 pany’s 
soul and employees’ mindset, and which defin es how it/they 
manage and act (5, 7). The result is a perception vs. reality 
gap. The company says that they deliver IPSO, but in practice 
they actually do not. To a large extent, their hardware and software development is still based on the old business model, selling products. The potential that I PSO can provide is not 
possible to achieve (2, 4-5, 7).  
4.3.Ericsson’s  Employees’ Understanding of IPSO 
According to the respondents  (1-7), i 
n general the

n general the 
company's employees are positive to IPSO.  
In the delivery and operations in the regions, the part of 
Ericsson responsible for the roll-out, installation and delivery 
of services, products and solutions, there is a good understanding of how products and services are integrated. Improvements and evolution to products come from the services organization being close to the implementation and operations of the products, as well as being close to the customer needs. However, therein lies a challenge in finding and sustaining the competences that possesses in-depth knowledge about this integration process. (3-7) 
The sales force needs to be tter understand the benefits of

The sales force needs to be tter understand the benefits of 
the integrated offering and ensure that the customers understand it. Also, the sales force needs to secure that the efficiency gains and other benefits are not given away to the customers. The general view is that this is beneficial for both the company and the customer. (3-6)  
4.4. A Product-Focused Development Process 
Linked to above challenge, another challenge is to link and 
integrate the product and service development within the 
company. To a predominant extent, the services are developed after the hardware and software are developed. (5, 7) 
Hardware and software developme nt is also mainly 
centralized, while services are developed decentralized, often independently in different countries. The latter makes it hard to manage and enable appropriate integration with the hardware development. It also makes it hard to manage product and business planning from a more strategic point of view. (5-7)

An important statement is made by Respondent 7, a senior 
specialist at R&D who works with the future architecture of 
the Ericsson RBS (Radio Base Station) products and provides strategies within the test and continuous integration areas. He 
also acts as a mentor to their development teams and assists

242   Soﬁ   W. Elfving et al.  /  Procedia CIRP   30  ( 2015 )  239 – 244 
them in their future develo pment work as well as product 
maintenance. 
According to him, the in ternal view within R&D is that 
these types of contracts bene fit both Ericsson and their 
customers. Ericsson, and especially R&D, know more about 
their products and how they should be configured and monitored than their customers, and they can provide a better optimized network for their customers. However, at the same time, R&D is not really connected and involved in the offering development so they cann ot really contribute on the 
level they believe they could if involved. In other words, it is hard to develop good solutions if you do not fully understand how the offerings and their ingoing products and services are used by the customer. (7) 
Based on the above, the respondents (1-2, 4-5, 7) state that

Based on the above, the respondents (1-2, 4-5, 7) state that 
there is a need to connect the development processes for service and product design, which implies to redesign what exists today in terms of development processes, as well as business processes. It is a general view that investments need 
to move from product developm ent to service development.  
Further, the need for industrialization of the service 
business is stressed, both in terms of increased efficiency in delivery process, e.g. automation and remote delivery, and to 
close the feedbac k loop between service delivery and 
custom
er interaction with R&D, i.e. the now sometimes 
lacking reuse of delivery knowledge in both product and 
service development process. (5, 7) 
4.5. Customers’ Understanding of IPSO 
Like Ericsson’s soul and minds et still to a large extent are 
product-focused, so are cust omers’ mindsets (5). Customers 
are used to paying for hardware but are reluctant to pay for

are used to paying for hardware but are reluctant to pay for 
outcome. According to the respondents (4-5, 7), a major challenge is to make the customer, especially traditional telecommunication companies, see and understand the value of outcome-based models – they are, however, still not mature enough for this type of new mindset. They lack the knowledge, skills and methods for how to evaluate and compare traditional product-based offerings with IPSO. One of the challenges relates to the fact that an outcome-based 
business model demands an increased focus on Operating Expenditures – OPEX instead  of Capital Expenditures – 
CAPEX, where the customer no longer  owns the products (4-
5, 7). From Ericsson perspective, this stresses the need for a transformation of the delivery model (4-5). However, new types of business and custo mer segments not traditionally

5, 7). From Ericsson perspective, this stresses the need for a transformation of the delivery model (4-5). However, new types of business and custo mer segments not traditionally 
linked to telecommunications industry like media are more aligned (4-5). 
4.6. Business Management  and Business Model 
Respondents (2-7 ) state that top management decisions and 
communications, e.g. “that we shall pursue this path”,  are 
needed.  
The challenges described in the previous section, according 
to the respondents (2-7), imply an overall challenge: to 
change  Ericsson’s current product culture, i.e. the business 
m
odel. Even though much has been done, there is still more to do. At the moment, different  views on what e.g. IPSO is 
creates confusion, misunderstandings and an unwanted 
communication noise. What is neede d is one view globally on 
the business model and its different parts (2-7).  
Respondents (2-7) also mention that a challenge today is

Respondents (2-7) also mention that a challenge today is 
that different business units within  Ericsson have different 
perspectives, focus and measures (see also below). 
4.7. Measurement, Incentive Mode ls and Risk Ma nagement 
A transfer to IPSO implies a need and challenge to find 
and define a new position in the value chain, not only for 
Ericsson as a company but also for the different business units 
within Ericsson, not the least for enabling the ability to measure end-to-end, input/output in the value chain. (5-6) 
This also implies a need to change the performance 
measurement system. What is needed is to measure products and services together, and to integrate profit and loss responsibility, i.e. to transform th e incentive models within

measurement system. What is needed is to measure products and services together, and to integrate profit and loss responsibility, i.e. to transform th e incentive models within 
the company. Several respondents emphasize the urgent need for this but also stress that this would imply a huge shift in the governance, and thus the performance measurement system is raised as a delicate challenge for the future, if the company decides to pursue that path. (5-6) 
Another consequence of IPSO is a need for new KPIs on 
business values and business use instead of on the product 
level. (5-6) 
Related to performance and measurement is risk 
management. One highlighte d challenge is that internally, 
people are adverse to the ne w types of risks introduced, risks 
that are a consequence of a higher exposure during the use phase. There are also investment risks related to competences building. The consequences of  a traditional ownership-based

that are a consequence of a higher exposure during the use phase. There are also investment risks related to competences building. The consequences of  a traditional ownership-based 
business model are that the service development and competence build-up is done short-term, in projects. To transform there has to be investments on the service side, which Ericsson today perceives as more risky than to invest in 
product R&D. (5-7) 
5. Discussion About Needed Changes 
To stay competitive long-term there is a need to transform 
the current business in two di mensions: (1) transform the 
offering of combined products and services into true IPSO, 
and (2) enable business models with outcome-based value propositions (from owne rship to results). These 
transformations imply a number of challenges for the current business in several areas. 
5.1. Mindset Change 
Today, the services and the pr oducts organizations within 
Ericsson are to a large extent independent of each other with

Ericsson are to a large extent independent of each other with 
separate organizational business units , which are consequently 
confronted with general challenges that come with such setup related to collaboration, e.g. separate profit and loss responsibilities, different organi zational cultures, separated 
information system, etc (see e.g. Lingegård, Lindahl  et 
 al.
[24]). To continue the journey towards a true solution

243  Soﬁ   W. Elfving et al.  /  Procedia CIRP   30  ( 2015 )  239 – 244 
provider there is an urgent need  to develop capabilities needed 
to drive the two-sided transformati on in offering and value 
proposition.  
While doing so, Ericsson cannot disregard its legacy as a 
technology-driven company; it should be considered as a key 
competitive advantage to succeed with the transformation. Thus, a delicate challenge resides in combining a technology-driven approach with a value-driven approach simultaneously. It demands a new type of mindset focused on value realization for customers, while maintaining and developing the traditional value-add mindset which is related to developing and selling products. These mindsets need to be combined.  
Furthermore, another mindset issue is how faults and 
problems occurring duri ng the operational phase are managed.

problems occurring duri ng the operational phase are managed. 
From Ericsson’s point of view, it would be preferable to create a “fast track” for those faults and problems occurring in Ericsson’s managed networks. Since the network is operated by Ericsson it is easier to access ad equate data needed for 
fault and problem solving, but also for testing potential solutions.  
This approach will e.g. contribute in avoiding the same 
faults emerging in Ericsson’s other managed networks, and thereby also improve the customer’s perceived value of Ericsson’s service. Also, it will provide in a more proactive way the same fault and problem solutions to customers that 
operate their own networks (see e.g. Sundin, Lindahl  et al.
[25]).  
5.2. IPSO Business Model 
The traditional business mo del in the telecommunication 
industry is founded on ow nership-based value propositions,

[25]).  
industry is founded on ow nership-based value propositions, 
and has traditionally worked well as the customers are mainly 
operators. With a shift in the customer base and the introduction of new industries, the current business model is not fit for the purpose. The new types of customers no longer 
ask for functions and features, but as-a-Service and results instead (see e.g. Rolls Royce [26]). This implies a need to introduce parallel business models that complement the current one, to enable a smoot h transition into new industry 
segments. Thus, it is not a matter of scrapping the old one and heading directly for a new bu siness model, which is 
sometimes the assumption being made when presented to the new type of mindset IPSO conveys. Instead, the results indicate the need for a smooth transition into new models while preserving the current one. 
5.3. IPSO Development

5.3. IPSO Development 
Establishing a tighter connection between Ericsson’s 
business units Global Services and R&D is needed, but this 
also requires a better understanding of the actors involved in 
the IPSO (see e.g. Lindahl, Sakao  et al.  [27]). Today, the 
teams working with R&D are very much shielded from this 
part of the business, which lowers their capacity to provide good solutions. Respondents st ress the need for aligning the 
development processes for products and services, and securing knowledge feedback from the customer into new development of IPSO. One way can be by introducing automatic feedback mechanisms into the managed networks that will report back to R&D when a problem is detected. This 
is normally not allowed by operators running their own networks (compare with Rolls Royce [26]). 
Most likely, this will reveal new types of requirements 
being put on products to en able efficient service delivery.

being put on products to en able efficient service delivery. 
Consequently, new product capabilities need to be introduced and implemented: for example, a fully-connected product; a data handshake, defined as agreements between a supplier and its customer to share data; sy stems monitoring; and usage 
intervention with employees or machines, data analytics, and 
remote control. 
Further, the service maturity need s to be grown into an 
equal level as on the product side, from data model layers towards a fully-matured serv ice lifecycle management system 
enabling various degrees of automation, end-use monitoring and implementation of advanced measurement systems, e.g. customer KPI tracking [28].  
A first step to align the development processes and enable 
efficient IPSO development is to identify and establish common integration points between product development and

efficient IPSO development is to identify and establish common integration points between product development and 
service development, as well as to secure adherence to established processes.  
5.4. Advance Customer Understanding of IPSO 
To succeed in the transformation to IPSO the entire value 
chain, from suppliers and OEMs to customers, needs to 
understand why and what is required to pursue the transformation path. Customers need to understand the differences in buying a product from paying for an outcome to even want to move to other types of business models. 
This implies that Ericsson needs to enhance its capacity to 
provide pedagogical, real busi ness cases, facts and figures 
that, in a clea
r way, demonstrate the values of IPSO and in 
comparison with traditional  product-based sales (see Lindahl, 
Sundin  et al.  [12], who quantitatively compare environmental

Sundin  et al.  [12], who quantitatively compare environmental 
and economic benefits of IPSO and traditional product-focused sales by using real business cases). 
Furthermore, as stated by several respondents, the services 
delivery engineers need to be mo re involved in the sales phase 
to secure that the offerings and solutions make sense to the customer. It is also important that R&D becomes more involved in this process so they in a better way can contribute with valuable information on how the products, e.g. radar base stations, should work and how new features should be 
tuned. 
5.5. IPSO Performance Measure ment and Risk Management 
To pursue the path of IPSO the steering and behavior (i.e. 
mindset shift) of the organization needs to be changed. This is

tuned. 
mindset shift) of the organization needs to be changed. This is 
proposed to be accomplished partly through a change in the performance measurement system. In this way, the shift of mindset will be driven from products being the main offering towards product service systems enabled by hardware, software and services.

244   Soﬁ   W. Elfving et al.  /  Procedia CIRP   30  ( 2015 )  239 – 244 
5.6. The Future 
The telecommunications industry is transforming and 
needs to differentiate itself and its offerings to remain 
competitive. Trends such as th e commoditization of products 
and increasing complexity are forcing telecommunications companies to take a stand: either remain on the path of a technology-push industry , or change towards a more customer 
value-driven business, i.e. IPSOs. To change an organization’s mindset and move an organization towards this takes time [29]. 
To be able to do so, there is  an urgent need to understand 
and develop capabilities needed to continue the journey and to drive the two-sided transformation in offering and value proposition.  
The IPSO phenomenon as such is surprisingly well 
understood in the presented case, however th e capabilities

understood in the presented case, however th e capabilities 
needed to pursue the path still constitute a relatively unexplored area, as is the understanding of the consequences of such a choice of path. 
6. Conclusions  
Ericsson has just begun an interesting journey to transform 
its offerings from products in to solution-focused  business 
offerings, i.e. IPSOs.  
Based on the respondents, all with broad and extensive 
experience within the company, this paper highlights several 
of the main challenges and  requirements resulting from this 
transformation process towards IPSO. This paper also high-lights several recommendations th at have been identified for 
consideration in order to ma nage those challenges and needs.  
Acknowledgements 
The authors would like to  express special gratitude to 
Ericsson and the respondents for their active cooperation in the empirical research.  
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data are reinventing the customer-supplier relationship, 2013: TSIA. 
[29] Lindahl, M., Ölundh Sandström, G., Sundin, E., Öhrwall Rönnbäck, A.,

[29] Lindahl, M., Ölundh Sandström, G., Sundin, E., Öhrwall Rönnbäck, A., 
and Östlin, J., Learning networks: a method for Integrated Product and Service Engineering – experience from the IPSE project, in 
Manufacturing Systems and Technologies for the New Frontier, M. Mitsuishi, K. Ueda, and F. Kim ura, Editors. 2008, Manufacturing 
Systems and Technologies for the New Fr ontier: Springer, London. p. 
495-500.

G e  i n g  S t a  e d  w i t h  T e r r a f o r m 
f o r  G o o g l e  C l o u d
C o u r s e  R e s o u r c e s
_ _ _
A c c e s s  t h e  f o l l o w i n g  P D F  d o c u m e n t s  t o  v i e w  t h e  l e c t u r e  c o n t e n t  f o r  t h i s  c o u r s e .  N o t e
t h a t  d o c u m e n t a t i o n  a n d  r e s o u r c e  l i n k s  r e f e r e n c e d  i n  t h e  v i d e o s  c a n  b e  a c c e s s e d  i n
t h e s e  d o c u m e n t s .
M o d u l e  1 :  I n t r o d u c t i o n  t o  T e r r a f o r m  f o r  G o o g l e  C l o u d
M o d u l e  2 :  T e r m s  a n d  C o n c e p t s
M o d u l e  3 :  W r i t i n g  I n f r a s t r u c t u r e  C o d e  f o r  G o o g l e  C l o u d
M o d u l e  4 :  O r g a n i z i n g  a n d  R e u s i n g  C o n  g u r a t i o n  w i t h  T e r r a f o r m  M o d u l e s
M o d u l e  5 :  I n t r o d u c t i o n  t o  T e r r a f o r m  S t a t e
Conﬁdential + pr oprietar y

GSM Association  Non-confidential  
Official Document  TS.64 FWA Devices Architecture and Requirements  
V1.0 Page 1 of 69  
 
TS.64 FWA Devices Ar chitecture and Requirements  
Version 1.0 
02 October 2023  
 
Security Classification: Non-confidential  
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the prior written approval of the Association.  
Copyright Notice  
Copyright © 2023  GSM Association  
 
Disclaimer  
The GSMA makes no representation, warranty or undertaking (express or implied) with respect to and does not accept any respon sibility for, and

The GSMA makes no representation, warranty or undertaking (express or implied) with respect to and does not accept any respon sibility for, and 
hereby disclaims liability for t he accuracy or completeness or timeliness of the information contained in this document. The information contained 
in this document may be subject to change without prior notice.  
 
Compliance Notice  
The information contain herein is in full compliance with the GSMA Antitrust Compliance Policy.  
This Permanent Reference Document is classified by GSMA as an Industry Specification, as such it has been developed and is ma intained by 
GSMA in accordance with the provisions set out GSMA AA.35 - Proce dures for Industry Specifications.

Official Document       TS.64 FWA Devices Architecture and Requirements  
V1.0 Page 2 of 69 Table o f Contents  
1 Introduction  4 
1.1 Overview  4 
1.2 Scope  5 
1.3 Definitions  5 
1.4 Abbreviations  6 
1.5 References  9 
1.6 Conventions  17 
2 FWA Devices Architectures  17 
2.1 Indoor FWA Solution  18 
2.2 Outdoor FWA Solution (single tenant)  19 
3 FWA Devices Requirements (Common section)  21 
3.1 Radio/RRC/NAS common requirements  21 
3.2 Quality of Service  22 
3.3 Voice Service  22 
3.3.1  Voice General Requirements  22 
3.3.2  VoIP service: registration and basic call for single -line profile  23 
3.3.3  VoIP service: supplementary services for single -line profile  26 
3.3.4  FXS interface requirements  29 
3.3.5  FAX and POS (Point of Sale) Requirements  30 
3.4 Networking Features  31 
3.4.1  Interfaces  31 
3.4.2  Performance  32 
3.4.3  Protocols  33 
3.4.4  DHCP  34 
3.4.5  NAT & Bridge operation  35 
3.4.6  MTU  35 
3.4.7  DNS  35

3.4.7  DNS  35 
3.4.8  Security  36 
3.4.9  Customisation  37 
3.4.10  USB Port  37 
3.5 Wi-Fi 38 
3.5.1  Standards  38 
3.5.2  MIMO capabilities, Bandwidth, Modulation and Coding schemes  39 
3.5.3  Performance  39 
3.5.4  Service Set Identifier (SSID)  40 
3.5.5  Channel and Bandwidth Selection  41 
3.5.6  Clients  41 
3.5.7  Security  41 
3.5.8  Wi-Fi protected Setup (WPS)  42 
3.5.9  Band Steering  42 
3.5.10  Mesh Networks  43 
3.5.11  Wi-Fi Diagnostics  43 
3.5.12  Wireless Multimedia Extension  43

V1.0 Page 3 of 69 3.5.13  Customisation  43 
3.6 IDU/ODU Interworking and Resilience  44 
3.6.1  Common requirements to bridged and routed modes of operation  44 
3.6.2  ODU Bridged mode operation.  45 
3.6.3  Reliability of IDU -ODU operation  46 
3.6.4  ODU Routed mode operation.  46 
3.6.5  Tunnels/VPNs  47 
3.7 Device Management  47 
3.7.1  Common Requirements for IDU and ODU  47 
3.7.2  Technical Adaptation of FWA Device  52 
3.8 Security  52 
3.8.1  Passwords  53 
3.8.2  Web UI security requirements  54 
3.9 User Data Protection and Privacy  54 
3.10  Hardware, Safety, EMC requirements and environment operating 
conditions  56 
3.10.1  General  56 
3.11  Stability  57 
3.12  User Interface  58 
4 Specific Requirements for 4G FWA Devices  58 
4.1 Radio/RRC/NAS specific requirements for 4G FWA devices  58 
4.2 Antenna Performance Acceptance Values for 4G FWA devices  59

4.2 Antenna Performance Acceptance Values for 4G FWA devices  59 
5 Specific Requirements for 5G NSA FW A Devices  60 
5.1 Radio/RRC/NAS specific requirements for 5G -FR1 NSA FWA devices.  60 
5.2 Radio/RRC/NAS specific requirements for 5G -FR2 NSA FWA devices  61 
5.3 Antenna Performance Acceptance Values for 5G NSA FWA devices  62 
6 Specific Requirements for 5G SA FWA Devices  63 
6.1 Radio/RRC/NAS specific requirements for 5G -FR1 SA FWA devices  64 
6.2 Radio/RRC/NAS specific requirements for 5G -FR2 SA FWA devices  65 
6.3 Antenna Performance Acceptance Values for 5G SA FWA devices  65 
Annex  A Hardware, Safety and EMC normative references for European 
Market  66 
A.1 Safety  66 
A.2 EMC  66 
A.3 Radio Spectrum  66 
A.4 Environment Protection and Energy Efficiency  67 
A.5 Environment Operating Conditions  68

Market  66 
A.2 EMC  66 
A.5 Environment Operating Conditions  68 
Annex  B Example of Wi -Fi metrics for Wi -Fi diagnostic  68 
Annex  C Document Management  69 
C.1 Document History  69 
C.2 Other Information  69

V1.0 Page 4 of 69 1 Introduction  
1.1 Overview  
The use of Fixed Wireless Access (FWA) solutions has become quite popular in the 
Ultrabroadband Internet Access market as a cost -effective solution to provide a good 
connectivity service to customers, especially in areas in which wireline (FTTx) solutions have 
not been yet deployed.  
A typical F WA Device is an indoor (1 -box) or outdoor (2 -box) solution that connects via Radio 
Interface to the network of the Service Provider, and offers to the end -user Wi -Fi connectivity, 
Fast- or Gigabit -Ethernet ports, and one or two FXS (Foreign eXchange Sta tion) ports for 
connecting analog telephones to provide voice service to the end -user.  
Several options are available as regards the radio technology for the communication between 
the FWA Device and the Network, including WiMax. However, in this context we wil l focus on

the FWA Device and the Network, including WiMax. However, in this context we wil l focus on 
Devices connecting to the mobile network of service operators via standard 4G/4G+/5G 
interfaces, as this technology is the natural choice for MNOs and is quickly becoming very 
popular in the market.  
Provided that the 4G/4G+/5G mobile interface t hrough which the FWA Devices connect to the 
network is well defined and standardized, many other functionalities of FWA Devices have not 
been standardized so far; this implies that both Operators and Manufacturers need to define 
and implement in a customiz ed way many features of the FWA Device and the way the 
services are delivered to the end -user.  
So, for example, Remote Management of FWA Devices is an area not clearly defined in 
standards, although some operators manage such devices via BBF TR-069 ACS (Au to-
Configuration Server).

Configuration Server).  
Voice service is another area in which there isn’t a clearly defined standard for FWA Devices. 
Many Devices offer voice service through the adoption of an IR .92 VoLTE stack, but this often 
does not fit the needs of a typical land -line service with PSTN Emulation requirements; for this 
reason, many Operators prefer to implement a VoIP -based stack, but this is a customized 
development which requires a lot of effort in specification definition, implementation and 
testing.  
Another area still not covered by standards so far is the definition of an open architecture for 
outdoor (2 -box) FWA Devices. An outdoor solution is typically made of an external Antenna, 
also called OutDoor Unit (ODU), providing connection to the mobile n etwork, and an InDoor

also called OutDoor Unit (ODU), providing connection to the mobile n etwork, and an InDoor 
Unit (IDU), providing Wi-Fi, networking, Ethernet and Voice Service. The connection between 
the two Units is normally done via a Gigabit -Ethernet connection, with Power -over-Ethernet to 
provide power supply to the ODU.  
Sometimes , the 2 boxes (IDU and ODU) are provided from the same manufacturer as a whole 
solution and the protocol used between the two boxes is proprietary or, in general, not public. 
Instead, many Operators may want to open the interface between IDU and ODU, as for 
exam ple different market segments (consumer, small business,  and enterprise) may need 
different types of IDU with very different features and services .

V1.0 Page 5 of 69 1.2 Scope  
This document specif ies a minimum set of requirements for FWA Devices. The proposed 
approach is to define requirements common to the various mobile technologies (4G, 5G NSA, 
5G SA), and delta requirements for the requirements specific to each technology.  
The requirements are grouped in functional areas ( e.g. Radio, Device Management, Voice); 
for each area it is indicated where the requirements apply to Outdoor or Indoor FWA solutions 
(or both).  
An initial section of the document is dedicated to an overview of FWA Device architectures. 
This section introduces the Indoor and Outdoor architectures and  identif ies the areas of 
requirements to be defined in detail in the subsequent  sections.  Future enhancements to the 
FWA architecture are possible, such as the evolution fr om single -tenant solution to multi -
tenant.

tenant.  
The main areas of requirements covered in the document are:  
• Radio/RRC/NAS  
• Use of multiple APNs for differentiating the various services  
• Quality of Service  
• Voice Service  
• Networking Features  
• Wi-Fi 
• IDU/ODU Interworking and Resilience  
• Device Management  
• Securit y 
Please note that 3G FWA Devices and multi -SIM FWA Devices are outside the scope of this 
document . 
1.3 Definition s 
Term  Description  
Bridged 
mode  In an OutDoor FWA Solution, in Bridged mode operation the OutDoor Unit (ODU) 
transfers frames (i.e. IP Packets) between each VLAN  on the link with the Indoor Unit 
to the correspondent  PDN/PDU Connection on the mobile network, and vice versa . 
Therefore, in this operation mode, the behaviour of the ODU corresponds to a Layer

Therefore, in this operation mode, the behaviour of the ODU corresponds to a Layer 
2 bridge between networks with different encapsulations.  
Routed 
mode  In an OutDoor FWA Solution, in Routed mode operation the OutDoor Unit (ODU) 
routes  frames ( i.e., IP Packets) between each VLAN on the link with the Indoor Unit 
to the PDN/PDU Connection s on the mobile network, and vice versa , by means of IP 
routing  and IP routing table . Therefore, in this operation mode, the behaviour of the 
ODU corresponds to a n IP (Layer 3) router . 
This operation mode normally involves the use of Network Address Translation (NAT) 
to route IP packets coming from the private IP addressing space with the IDU, to the 
mobile network, and vice versa .  
NR FR1 
low-bands  Operating bands bel ow 1GHz  for NR.

V1.0 Page 6 of 69 Term  Description  
NR FR1 
mid-bands  Operating bands between 1GHz and 2GHz  for NR.  
NR FR1 
high-bands  Operating bands above 2 GHz  for NR.  
Upspeed  A procedure for changing the voice codec during the active phase of a call, done 
usually to change to a codec that requires more bandwidth than the one needed for 
the original codec.  
1.4 Abbreviations  
3GPP  3rd Generation Partnership Project  
4G Fourth-generation technology standard for broadband cellular networks  
5G Fifth-generation technology standard for broadband cellular networks  
5QI 5G QoS Identifier  
ACS AutoConfiguration Server  
AES Advanced Encryption Standard  
AKA Authentication and Key Agreement  
ANR  Automatic Neighbour Relation  
AP Access Point  
APN Access Point Name  
ARP Address Resolution Protocol  
BBF BroadBand Forum  
BRI Basic Rate Interface

BRI Basic Rate Interface  
CA Carrier Aggregation  
CB Communication Barring  
CCBS  Completion of Communications to Busy Subscriber  
CDIV  Communication Diversion  
CGI Cell Global Identity  
CPE Customer Premise Equipment  
CSCF  Call Session Control Function  
CW Communication Waiting  
CWMP  CPE WAN Management Protocol  
DC Direct Current  
DLNA  Digital Living Network Alliance  
DNS  Domain Name System  
DSCP  Differentiated Service Code Point  
DSS Dynamic Spectrum Sharing  
DTMF  Dual-Tone Multi-Frequency signaling  
ECT Explicit Communication Transfer

V1.0 Page 7 of 69 Term  Description  
EEA EPS Encryption Algorithm  
EIA EPS Integrity Algorithm  
EIRP  Equivalent Isotropic Radiated Power  
EMC  ElectroMagnetic Compatibility  
EN-DC E-UTRAN/New Ra dio Dual Co nnectivity 
EPS Evolved Packet System  
ETSI  European Telecommunications Standards Institute  
E-UTRAN  Evolved Universal Mobile Telecommunications System (UMTS) Terrestrial Radio 
Access  
FDD Frequency Division Duplex  
FQDN  Fully Qualified Domain Name  
FR Frequency Range  
FS Free Space  
FTP File Transfer Protocol  
FWA  Fixed Wireless Access  
FXS Foreign eXchange Sta tion 
GSM / E -
GSM  Global System for Mobile Communication / Extended -GSM  
GSMA  GSM Association  
HTTP  HyperText Transfer Protocol  
ICMP  Internet Control Message Protocol  
IDU InDoor Unit  
IEEE  Institute of Electrical and Electronics Engineers  
IETF  Internet Engineering Task Force

IETF  Internet Engineering Task Force  
IMS IP Multimedia Subsystem  
IP Internet Protocol  
ISDN  Integrated Services Digital Network  
ITU-T International Telecommunication Union – Telecommunication Standardization 
Bureau  
LAN Local Area Network  
LTE Long Term Evolution  
M2M  Machine -to-Machine  
MAC  Media Access Control  
MCID  Malicious Communication Identification  
MIMO  Multiple Input Multiple Output  
MSS  Maximum Segment Size  
MTBF  Mean Time Between Failure  
MTU  Maximum Transmission Unit  
MWI Message Waiting Indication

V1.0 Page 8 of 69 Term  Description  
NAS Non-Access Stratum  
NAT Network Address Translat ion 
NEA New radio Encryption Algorithm  
NIA New radio Integrity  Algorithm  
NR New Radio  
NSA Non Stand -Alone  
NSSAI  Network Slice Selection Assistance Information  
NTP Network Time Protocol  
ODU  OutDoor Unit  
OIP Originating Identification Presentation  
OIR Originating Identification Restriction  
OTA Over The Air (without cable)  
OTT Over The Top  
PC Power Class  
PCI Physical layer Cell Identifier  
P-CSCF  Proxy -CSCF  
PDN  Packet Data Network  
PDSCH  Physical Downlink Shared Channel  
POE  Power Over Ethernet  
PSK Pre-Shared Key  
PSU Power Supply Unit  
QCI QoS Class Identifier  
QoE Quality of Experience  
QoS Quality of Service  
RFC Request For Comment s 
RPC  Remote Procedure Call  
RRC  Radio Resource Control  
RSRP  Reference Signal Received Power

RSRP  Reference Signal Received Power  
RSRQ  Reference Signal Received Quality  
RSSI  Received Signal Strength Indicator  
RTCP  RTP Control Protocol  
RTP Real-time Transport Protocol  
SA Stand -Alone  
SDP Session Description Protocol  
SIM/USIM  Subscriber Identity Module / Universal Subscriber Identity Module  (in this document, 
includes eSIM)  
SINR  Signal to Interference plus Noise Ratio  
SIP Session Initiation Protocol

V1.0 Page 9 of 69 Term  Description  
SUCI  Subscription Concealed Identifier  
SUPI  Subscription Permanent Identifier  
SSID  Service Set Identifier  
TCP Transmission Control Protocol  
TDD Time Division Duplex  
TIP Terminating Identification Presentation  
TIR Terminating Identification Restriction  
TLS Transport Layer Security  
TRP Total Radiated Power  
TRS  Total Radiated Sensitivity  
TSG Terminal Steering Group  
TWAMP  Two-Way Active Measurement Protocol  
UDP  User Datagram Protocol  
UE User Equipment  
UI User Interface  
URI Uniform Resource Identifier  
URL Uniform Resource Locator  
URSP  UE Route Selection Policy  
VLAN  Virtual LAN  
VOD  Video On Demand  
VoLTE  Voice over LTE  
VoIP  Voice over Internet Protocol  
WAN  Wide Area Network  
WFA  Wi-Fi Alliance  
Wi-Fi A wireless local area networking technology that uses radio waves to provide

Wi-Fi A wireless local area networking technology that uses radio waves to provide 
wireless high -speed Internet access , defined by IEEE 802.11 sta ndards.  
WMM  Wi-Fi Multimedia  
WPA  Wi-Fi Protected Access  
WPS  Wi-Fi Protected Setup  
1.5 References  
Ref Doc Number  Title 
[1]  <e.g. , PRD AA.34>  <PRD or document title e.g. , “Policy and Procedures for 
Official Documents”. For non -binding documents with no 
reference entries, this section may be deleted >  
[2]  RFC 2119  “Key words for use in RFCs to Indicate Requirement Levels”, 
S. Bradner, March 1997. Available at 
http://www.ietf.org/rfc/rfc2119.txt     
[3]  RFC 8174  Ambiguity of Uppercase vs Lowercase in RFC 2119 Key 
Words

V1.0 Page 10 of 69 Ref Doc Number  Title 
https://www.rfc -editor.org/info/rfc8174  
[4]  3GPP TS 23.207 
V16.0.0  or later  3rd Generation Partnership Project; Technical Specification 
Group Services and System Aspects; End -to-end Quality of 
Service (QoS) concept and architecture (Release 16 ) 
[5]  3GPP TS 23.203 
Group Services and System Aspects; Policy and charging 
control architecture (Release 16)  
[6]  GSMA IR.92   
Version 15.0 or later  IMS Profile for Voice and SMS  - Version 15.0  
[7]  3GPP TS 24.229 
V15.2.0 or later  3rd Generation Partnership Project;  
Technical Specification Group Core Network and Terminals;  
IP multimedia call control protocol based on  
Session Initiation Protocol (SIP)  
and Session Description Protocol (SDP);  
Stage 3  (Release 15)  
[8]  3GPP TS 23.003

[8]  3GPP TS 23.003  
V16.3.0 or later  Digital cellular telecommunications system (Phase 2+) (GSM);  
Universal Mobile Telecommunications System (UMTS); LTE; 
5G;  
Numbering, addressing and identification .  
(3GPP TS 23.003 version 16.3.0 Release 16)  
[9]  3GPP TS 23.228  
V16.5.0 or later Digital cellular telecommunications system (Phase 2+) (GSM);  
Universal Mobile Telecommunications System (UMTS); LTE;  
IP Multimedia Subsystem (IMS); Stage 2  
(3GPP TS 23.228 version 16.5.0 Release 16)  
[10]  RFC 3263  Session Initiation Protocol (SIP): Locating SIP Servers  
[11]  RFC 5626  Managing Client -Initiated Connections  in the Session Initiation 
Protocol (SIP)  
[12]  RFC 3261  SIP: Session Initiation Protocol  
[13]  RFC 5341  The Internet Assigned Number Authority (IANA)  tel Uniform 
Resource Identifier (URI) Parameter Registry

Resource Identifier (URI) Parameter Registry  
[14]  RFC 3262  Reliability of Provisional Responses  in the Session Initiation 
[15]  RFC 3264  An Offer/Answer Model with the Session Description Protocol 
(SDP)  
[16]  RFC 3311  The Session Initiation Protocol (SIP) UPDATE Method  
[17]  RFC 4733  RTP Payload for DTMF Digits, Telephony Tones, and 
Telephony Signals  
[18]  ITU-T G.711  (11/88)  Pulse code modulation (PCM) of voice frequencies  
[19]  ITU-T G.729  (06/12)  or 
later Coding of speech at 8 kbit/s using conjugate -structure 
algebraic -code -excited linear prediction (CS -ACELP)  
[20]  ITU-T G.729 Annex A 
(11/96)  or later  Reduced complexity 8 kbit/s CS -ACELP speech codec

V1.0 Page 11 of 69 Ref Doc Number  Title 
[21]  ITU-T G.722 (09/12)  or 
later 7 kHz audio -coding within 64 kbit/s  
[22]  ITU-T G.131  (11/03) or 
later Talker echo and its control  
[23]  RFC 3550  RTP: A Transport Protocol for Real -Time Applications  
[24]  RFC 3551  RTP Profile for Audio and Video Conferences with Minimal 
Control  
[25]  RFC 3605  Real Time Control Protocol (RTCP) attribute in Session 
Description Protocol (SDP)  
[26]  RFC 2198  RTP Payload for Redundant Audio Data . 
[27]  RFC 4961  Symmetric RTP / RTP Control Protocol (RTCP)  
[28]  RFC 5009  Private Header (P -Header) Extension to  the Session Initiation 
Protocol (SIP) for Authorization of Early Media  
[29]  RFC 3960  Early Media and Ringing Tone Generation in the Session 
Initiation Protocol (SIP)  
[30]  RFC 3325  Private Extensions to the Session Initiation Protocol (SIP) for

[30]  RFC 3325  Private Extensions to the Session Initiation Protocol (SIP) for  
Asserted Identity within Trusted Networks  
[31]  3GPP TS 24.607  
version 15.0.0 or later  Digital cellular telecommunications system (Phase 2+) (GSM);  
Originating Identification Presentation (OIP)  
and Originating Identification Restriction (OIR)  
using IP Multimedia (IM) Core Network (CN ) subsystem;  
Protocol specification  
(3GPP TS 24.607 version 15.0.0 Release 15)  
[32]  ETSI EN 300 659 -3 
V1.3.1  Access and Terminals (AT);  
Analogue access to the  Public Switched Telephone Network 
(PSTN);  
Subscriber line protocol over the local loop for  display (and 
related) services;  
Part 3: Data link message and parameter codings  
[33]  3GPP TS 24.604 
version 15. 1.0 or later  Digital cellular telecommunications system (Phase 2+) (GSM);

version 15. 1.0 or later  Digital cellular telecommunications system (Phase 2+) (GSM);  
Communication Diversion (CDIV) using IP Multimedia (IM)  
Core Network (CN) subsystem;  
(3GPP TS 24.604 version 15.1.0 Release 15)  
[34]  RFC 3842  A Message Summary and Message Wait ing Indication Event 
Package for the Session Initiation Protocol (SIP)  
[35]  3GPP TS 24.611 
version 1 1.3.0 or later  Digital cellular telecommunications system (Phase 2+);  
Anonymous Communication Rejection (ACR) and  
Communication Barring (CB) using IP Multimedia (IM)  
 Core Network (CN) subsystem;

V1.0 Page 12 of 69 Ref Doc Number  Title 
(3GPP TS 24.611 version 11.3.0 Release 11)  
[36]  3GPP TS 24.610 
version 1 5.1.0 or later  Digital cellular telecommunications system (Phase 2+) (GSM);  
Communication HOLD (HOLD) using IP Multimedia (IM)  
 Core Network (CN) subsystem;  
(3GPP TS 24.610 version 15.1.0 Release 15)  
[37]  3GPP TS 24.615 
version 15. 0.0 or later  Digital cellular telecommunications system (Phase 2+) (GSM);  
Communication Waiting (CW) using IP Multimedia (IM)  
Protocol Specification  
(3GPP TS 24.615 version 15.0.0 Release 15)  
[38]  3GPP TS 24.147 
version 1 0.1.0 or later  Digital cellular telecommunications system (Phase 2+);

version 1 0.1.0 or later  Digital cellular telecommunications system (Phase 2+);  
Universal Mobile Telecommunications System (UMTS);LTE;  
Conferencing using the IP Multimedia (IM)  
Stage 3  
(3GPP TS 24.147 version 10.1.0 Release 10)  
[39]  3GPP TS 24.642 
versio n 10.2.0 or later  Digital cellular telecommunications system (Phase 2+);  
Completion of Communications to Busy Subscriber (CCBS)  
 and Completion of Communications by No Reply (CCNR)  
 using IP Multimedia (IM) Core Network (CN) subsystem;  
(3GPP TS 24.642 version 10.2.0 Release 10)  
[40]  3GPP TS 24.629 
version 1 5.0.0 or later  Digital cellular telecommunications system (Phase 2+) (GSM);  
Explicit Communication Transfer (ECT)

Explicit Communication Transfer (ECT)  
using IP Multimedia (IM) Core Network (CN) subsystem;  
(3GPP TS 24.629 version 15.0.0 Releas e 15)  
[41]  3GPP TS 24.608 
version 1 0.0.0 or later  Digital cellular telecommunications system (Phase 2+);  
Terminating Identification Presentation (TIP)  
 and Terminating Identification Restriction (TIR)  
(3GPP TS 24.608 version 10.0.0 Release 10)  
[42]  3GPP TS 24.616 
version 10.0.0 or later  Digital cellular telecommunications system (Phase 2+);  
Malicious Communication Identification (MCID)

V1.0 Page 13 of 69 Ref Doc Number  Title 
(3GPP TS 24.616 version 10.0.0 Release 10)  
[43]  ETSI ES 201 970  
V1.1.1  Access and Terminals (AT);  
Public Switched Telephone Network (PSTN);  
Harmonized specification of physical and electrical  
characteristics at a 2 -wire analogue presented  
Network Termination Point (NTP)  
[44]  ITU-T Q.522  (11/88)  Digital exchange connections, signalling and ancillary 
functions  
[45]  ITU-T T.38  (09/10)  Procedures for real -time Group 3 facsimile communication 
over IP networks  
[46]  ITU-T T.38 (11/15)  Procedures for real -time Group 3 facsimile communication 
[47]  BBF TR -069 CPE WAN Management Protocol  
Issue: 1 Amendment 6  
Approval Date: March 2018  
CWMP Version: 1.4

CWMP Version: 1.4  
[48]  BBF TR -135 Data Model for a TR -069 Enabled STB  
Issue: 1 Amendment 3  
Issue Date: November 2012  
[49]  BBF TR -104 TR-069 Voice  Service:2.0 Service Object definition  
[50]  BBF TR -140 TR-069 Data Model for Storage Service Enabled Devices  
Issue Date: May 2017  
[51]  BBF TR -196 FAP Service:2.0 Femto Access Point Service Data Model  
[52]  BBF TR -098 TR-069 InternetGatewayDevice:1.14 Root Object definition  
[53]  BBF TR-181 TR-069 Device:2.11 Root Object definition  
[54]  RFC 5246  The Transport Layer Security (TLS) Protocol  
Version 1.2  
[55]  BBF TR -143 Enabling Network Throughput Performance Tests and  
Statistical Monitoring  
Issue: 1 Amendment 1 Corrigendum 2  
Issue Date: February 2023  
[56]  BBF TR -390 Performance Measurement from IP Edge to Customer  
Equipment using TWAMP Light  
Issue: 1

Issue: 1  
[57]  GSMA TS.24 Vers ion 
6.0 or later  Operator Acceptance Values for Device Antenna  
Performance  
[58]  3GPP TS 38.101 -1 
Version 17.5.0 or later  5G;NR;  
User Equipment (UE) radio transmission and reception;

V1.0 Page 14 of 69 Ref Doc Number  Title 
Part 1: Range 1 Standalone  
(3GPP TS 38.101 -1 version 1 7.5.0 Release 1 7) 
[59]  IEEE 802.3ab -1999  or 
later IEEE Standard for Information Technology - 
Telecommunications and information exchange between 
systems - Local and Metropolitan Area Networks - Part 3: 
Carrier Sense Multiple Access with Collision Detection 
(CSMA/CD) Access Method and Physical Layer Specifications 
- Physical Layer Parameters and Sp ecifications for 1000 Mb/s 
Operation over 4 pair of Category 5 Balanced Copper Cabling, 
Type 1000BASE -T 
[60]  RFC 791  INTERNET PROTOCOL    
DARPA INTERNET PROGRAM  
PROTOCOL SPECIFICATION  
[61]  RFC 8200  Internet Protocol, Version 6 (IPv6) Specification  
[62]  RFC 826  An Ethernet Address Resolution Protocol  
 -- or -- 
Converting Network Protocol Addresses to 48.bit Ethernet

 -- or -- 
Converting Network Protocol Addresses to 48.bit Ethernet 
Address  for Transmission on Ethernet Hardware  
[63]  RFC 5227  IPv4 Address Conflict Detection  
[64]  RFC 5494  IANA Allocation Guidelines for the Address Resolution 
Protocol (ARP)  
[65]  RFC 4861  Neighbour  Discovery for IP version 6 (IPv6)  
[66]  RFC 792 INTERNET CONTROL MESSAGE PROTOCOL  
[67]  RFC 950  Internet Standard Subnetting Procedure  
[68]  RFC 4884  Extended ICMP to Support Multi -Part Messages  
[69]  RFC 6633  Deprecation of ICMP Source Quench Messages  
[70]  RFC 6918  Formally Deprecating Some ICMPv4 Message Types  
[71]  RFC 4443  Internet Control Message Protocol (ICMPv6) for the Internet 
Protocol Version 6 (IPv6) Specification  
[72]  RFC 5905  Network Time Protocol Version 4: Protocol and Algorithms 
Specification

Specification  
[73]  RFC 3376  Internet Group Management Protocol, Version 3  
[74]  RFC 4605  Internet Group Management Protocol (IGMP) / Multicast 
Listener Discovery (MLD) -Based Multicast Forwarding 
("IGMP/MLD Proxying")  
[75]  IEEE 802.1 Q-2018 and 
later IEEE Standard for Local and Metropolitan Area Networks –
Bridges and Bridged Networks  
[76]  RFC 2474  Definition of the Differentiated Services Field (DS Field) in the 
IPv4 and IPv6 Headers  
[77]  RFC 2475  An Architecture for Differentiated Services  
[78]  RFC 2597  Assured Forwarding PHB Group

V1.0 Page 15 of 69 Ref Doc Number  Title 
[79]  RFC 3260  New Terminology and Clarifications for Diffserv  
[80]  RFC 2663  IP Network Address Translator (NAT) Terminology and 
Considerations  
[81]  3GPP TS 23 .501 
Version 16.5.0 or later  System architecture for the 5G System (5GS)  
(3GPP TS 23.501 version 16.5.0 Release 16)  
[82]  3GPP TS 24.501 
Version 16.5.1 or later  Non-Access -Stratum (NAS) protocol for 5G System (5GS); 
Stage 3  
3GPP TS 24.501 V16.5.1  
[83]  IEEE 802.11n -2009  IEEE Standard for Information technology -- Local and 
metropolitan area networks -- Specific requirements -- Part 11: 
Wireless LAN Medium Access Control (MAC)and Physical 
Layer (PHY) Specifications Amendment 5: Enhancements for 
Higher Throughput  
[84]  IEEE 802.11ac -2013  IEEE Standard for Information technology --
Telecommunications and information exchange between

systems –Local and metropolitan area networks --Specific 
requirements --Part 11: Wireless LAN Medium Access Control 
(MAC) and Physical Layer (PHY) Specifications --Amendment 
4: Enhancements for Very High Throughput for Operation in 
Bands below 6 GHz.  
[85]  IEEE 802.11ax -2021  IEEE Standard for Information Technology --
Telecommunications and Information Exchange between 
Systems Local and Metropolitan Area Networks --Specific 
Requirements Part 11: Wireless LAN Medium Access Control 
(MAC) and Physical Layer (PHY) Specifications Amendment 
1: Enhancements for High -Efficiency WLAN  
[86]  IEEE 802.11k -2008  IEEE Standard for Informati on technology -- Local and 
Layer (PHY) Specifications Amendment 1: Radio Resource

Layer (PHY) Specifications Amendment 1: Radio Resource 
Measurement of Wireless LANs  
[87]  IEEE 802.11v -2011  IEEE Standard for Information technology -- Local and 
Wireless LAN Medium Access Control (MAC) and Physical 
Layer (PHY) specifications Amendment 8: IEEE 802.11 
Wireless Network Management  
[88]  IEEE 802.1 1r-2008  IEEE Standard for Information technology -- Local and 
Layer (PHY) Specifications Amendment 2: Fast Basic Service 
Set (BSS) Transition  
[89]  IEC 
60529:1989/AMD2:2013
/COR1:2019  
or later  Degrees of protection provided by enclosures (IP Code)

V1.0 Page 16 of 69 Ref Doc Number  Title 
[90]  ITU-T K.21 (08/22)  Resistibility of telecommunication equipment installed in 
customer premises to overvoltages and overcurrents   
[91]  ITU-T K.44 (10/19) – 
Cor.1 (12/20)  Resistibility tests for telecommunication equipment exposed to 
overvoltages and overcurrents – Basic Recomme ndation  
[92]  ITU-T K.45 (11/22)  Resistibility of telecommunication equipment installed in the 
access and trunk networks to overvoltages and overcurrents  
[93]  3GPP TS 36.101 
Version 17.10.0 or later  Evolved Universal Terrestrial Radio Access (E -UTRA); User 
Equipment (UE) radio transmission and reception  
[94]  3GPP TS 38.101 -2 
Version 17.5.0 or later  NR; User Equipment (UE) radio transmission and reception; 
Part 2: Range 2 Standalone  
[95]  3GPP TS 38.214 
Version 17.6.0. or later  NR; Physical layer procedures for data

Version 17.6.0. or later  NR; Physical layer procedures for data  
[96]  GSMA TS.32 Version 
13.0 or later  Technical Adaptation of Devices through Late Customisation  
[97]  GSMA TS.4 9 Version 
1.1 or later  WLAN Antenna Performance Testing  
[98]  RFC 2131  Dynamic Host Configuration Protocol  
[99]  RFC 2132  DHCP Options and BOOTP Vendor Extensions  
[100]   RFC 8415  Dynamic Host Configuration Protocol for IPv6 (DHCPv6)  
[101]   RFC 3022  Traditional IP Network Address Translator (Traditional NAT)  
[102]   RFC 4787  Network Address Translation (NAT) Behavioural  
Requirements for Unicast UDP  
[103]   RFC 6145  IP/ICMP Translation Algorithm  
[104]   3GPP TS 24.008 
Version 1 8.3.0 or later  Mobile radio interface Layer 3 specification; Core network 
protocols; Stage 3  
[105]   RFC 1034  DOMAIN NAMES - CONCEPTS AND FACILITIES  
[106]   RFC 1035  DOMAIN NAMES - IMPLEMENTATION AND 
SPECIFICATION

SPECIFICATION  
[107]   RFC 8484  DNS Queries over HTTPS (DoH)  
[108]   USB 3.1  USB Implementers Forum , Universal Serial Bus 3.1  
[109]   IEEE 802.11i -2004  IEEE Standard for information technology -
systems -Local and metropolitan area networks -Specific 
requirements -Part 11: Wireless LAN Medium Access Control 
(MAC) and Physical Layer (PHY) specifications: Amendment 
6: Medium Access Control (MAC) Security Enhancements  
[110]   WPA3 ™ - 2022  Wi-Fi Alliance WPA3 ™ Specification Version 3.1  
[111]   IEEE 802.1X -2020  IEEE Standard for Local and Metropolitan Area Networks --
Port-Based Network Access Control

V1.0 Page 17 of 69 1.6 Conventions  
The key words “MUST”, “MUST NOT”, “REQUIRED”, “SHALL”, “SHALL NOT”, “SHOULD”, 
“SHOULD NOT”, “RECOMMENDED”, “MAY”, and “OPTIONAL” in this document are to be 
interpreted as described in RFC 2119 [2] and clarified by RFC  8174 [3], when, and only 
when, they appear in all capitals, as shown here.  
2 FWA Devices Architectures  
A FWA Devi ce offers the typical features of a Home Router (also known as Residential 
Gateway) and connects to a 3GPP -based  network via a Radio Interface.  
The two architectural models considered in this document are: indoor FWA solution and 
outdoor FWA solution.  
In the indoor FWA solution, a single box comprises all the functions and interfaces needed to 
deliver the Ultrabroadband Internet services to the end user.  
In the outdoor FWA solution, the functions are split between an Outdoor Unit (ODU), which

In the outdoor FWA solution, the functions are split between an Outdoor Unit (ODU), which  
connects to the mobile network with the radio interface, and an Indoor Unit (IDU), which offers 
all the functions and interfaces for the LAN network : Wi-Fi access point , Voice interface, 
networking func tions (e.g. port mapping, Firewall), etc.  
While the i ndoor solution is clearly a single -tenant solution, different architectural alternatives 
are possible for outdoor FWA solutions.  
In particular, outdoor solutions can be single -tenant or multi -tenant: in a single -tenant solution, 
an Outdoor Unit is dedicate d to a single customer and is connected with a point -to-point link 
with an Indoor Unit. In a multi -tenant solution, an Outdoor Unit serves multiple c ustomers, and 
several Indoor Units are connected to it.  
In this version of the document, the focus is on single -tenant Outdoor solutions.

In this version of the document, the focus is on single -tenant Outdoor solutions.  
Another possible option  of the architecture of outdoor solutions is the interface between ODU 
and IDU. In some cases,  the ODU can only be connected to a specific IDU of the same 
manufacturer, and the interface between IDU and ODU is proprietary or, in general, not open. 
This case is not covered in this document.  
Instead, this document defines an open, standard interface between ODU and IDU; therefore, 
ODUs and IDUs from diff erent manufacturers can be matched and combined .

V1.0 Page 18 of 69 2.1 Indoor FWA Solution  
The Indoor FWA solution reference architecture is depicted in Figure 1.  
 
Figure 1 : Indoor FWA Device Reference Architecture  
The indoor FWA Device offers the following services:  
• Internet Service (mandatory): ultra -broadband connectivity to the Internet. Ancillary 
functions to this connectivity are the possib ility to configure  VPN, Port Mapping, 
Firewall rules, NAT helpers (ALG, Application Layer Gateway), and to customize DNS 
servers.   
• Voice Service ( mandatory ): the service is provided by the operator by means of VoIP 
or VoLTE technologies. In both cases, the Indoor FWA Device offers one or more 
Voice Interfaces to the end -user (t ypically, an FXS port) and interacts with the IMS 
Core of the Operator. These two flavours are both foreseen in this document as they

Core of the Operator. These two flavours are both foreseen in this document as they 
represent valid industry standards for Voice service. The choice between the two 
standards may depend on legacies in the Operator’s network, specific voice features 
requeste d by the market or regulatory obligations.  
• Managed Video services (optional): Video on Demand (VOD) or Video Streaming 
service, managed by the Operator  (also  in partnership with one or more  OTT Service 
Provider s), which controls some of the transport featu res, in order to maximize the 
Quality of Experience (QoE) for the end user and the efficiency in network resources 
utilization.  
An Indoor FWA Device may provide further services, e.g. Smart Home control, but they’re 
outside the scope of this document, whic h focuses on the three services above.  
The indoor FWA Device normally offers the following interfaces:  
• LAN:

• LAN:  
o Ethernet: an FWA Device offers some Ethernet LAN interfaces, of which at 
least one LAN interface should be Gigabit Ethernet  
o Wi-Fi: an FWA Device off ers Wi-Fi interface. Minimum performance 
requirements for Wi-Fi are detailed in the specific section.  
• Voice Interfaces: an FWA Device must offer at least one analog FXS (Foreign 
eXchange Sta tion) port, to be used in association with a single -line (that is , single -
number, single -channel) profile . The ava ilability of two or more FXS interfaces or more 
complex interfaces such as ISDN BRI (Basic Rate Interface) are normally associated 
to the use with more complex multi -line (multiple -number, multiple -channel) profiles.

V1.0 Page 19 of 69 • WAN: an FWA Device connects to the network via a radio/mobile interface (4G, 5G 
NSA, 5G SA). Different PDN connections are used to differentiate quality of service. 
The requirements are detailed in the specific section of this d ocument.  
An Indoor FWA Device is managed through a centralized Device Management platform. An 
example is a TR -069 AutoConfiguration Server (ACS), operated by the Operator. The remote 
management serves different purposes, including:  
• Provisioning: used to configure VoIP account and other VoIP -related parameters (such 
provisioning is not needed in case of VoLTE -based voice service), APN configurations, 
Wi-Fi customization and other provisioning activities.  
• Assurance: used to perfo rm ass urance activities such as re -provisioning, reboot, 
factory reset, firmware upgrade .

factory reset, firmware upgrade . 
• Monitoring: used to monitor Device operation and performance, for example Device 
status, VoIP registration status, Wi-Fi statistics and performance, Internet access 
perform ance measurements, radio parameters.  
The Indoor FWA Device hosts one SIM which allows line ide ntification and authorization to 
access the network.  
2.2 Outdoor FWA Solution (single tenant)  
The Outdoor FWA solution reference architecture is depicted in Figure 2.  
 
Figure 2 : Outdoor  FWA Device Reference Architecture  
As mentioned at the beginning of the section, this document focuses only on an open, 
standard architecture between the OutDoor Unit (ODU) and InDoor Unit (IDU), so that ODU 
and IDU also from different manufacturers can be used together to achieve the Outdoor FWA 
Solution.

Solution.  
In this version of the document, the single -tenant solution is considered: therefore, each ODU 
is coupled 1:1 with an IDU and the resultant FWA Solution is exclusively dedicated to a s ingle 
user.  
The OutDoor Unit:  
• Hosts one physical SIM which allows line ide ntification and authorization to access the 
network;  
• Provides connectivity to the network, via a radio interface (4G, 5G NSA, 5G SA). 
Different PDN connections are used to differenti ate quality of service. The 
requirements are detailed in the specific section of this document;

V1.0 Page 20 of 69 • Connects to the InDoor Unit, by means of an Ethernet Interface (at least Gigabit 
Ethernet), differentiating services by means of VLANs dedicated to Voice, Video  and 
Data services, where each VLAN maps 1 :1 with a PDN connection;  
• Is managed through a centralized Device Management platform. An example is a TR -
69 AutoConfiguration Server (ACS), operated by the Operator. The remote 
management serves different purpose s, including:  
o Provisioning: used for APN configurations, VLAN configurations and other 
provisioning activities.  
o Assurance: used to perfo rm assurance activities such as re -provisioning, 
reboot, factory reset, firmware upgrade,  … 
o Monitoring: used to monitor Device operation and performance, for example 
Device status, Internet access performance measurements, radio parameters.

Device status, Internet access performance measurements, radio parameters.  
• Is normally powered through Power over Ethernet from a POE PSU to be installed 
indoor, which connects via Ethernet to the IDU;  
• Is suita ble for outdoor installation. That is, the ODU and its accessories have 
Hardware, EMC and Security featues suitable for ou tdoor installation and compliant to 
the current regulations of the country where they are installed.  
 The InDoor Unit:  
• Connects to the  OutDoor Unit, by means of an Ethernet Interface (at least Gigabit 
Ethernet), differentiating services by means of VLANs dedicated to Voice, Video and 
Data services, where each VLAN is mapped by the ODU 1:1 with a PDN connection;  
• Offers the service s normal ly offered from a Home Router/ Residential Gateway, that is

• Offers the service s normal ly offered from a Home Router/ Residential Gateway, that is 
the same services foreseen for the Indoor FWA Device: Internet access (mandatory), 
Voice  (mandatory), managed  Video  service (optional) ; 
• Offers the same LAN interfaces for eseen for the Indoor FWA D evice;  
o Provisioning: used to configure VoIP account and other VoIP -related 
parameters, VLAN configurations, Wi-Fi customization and other provisioning 
activities.  
o Assurance: used to perf orm assurance activities such as re -provisioning, 
reboot, factory reset, firm ware upgrade,  … 
o Monitoring: used to monitor Device operation and performance, for example

Device status, VoIP registration status, Wi-Fi statistics and performance, 
Internet access performance measurements.  
In summary, the InDoor Unit of the OutDoor FWA So lution can be any Home 
Router/Residential Gateway compliant to the requirements detailed in the following sections, 
and in particular to the requirements for IDU/ODU interconnection. It is also very similar to an 
Indoor FWA Device, with the difference that  the IDU of an OutDoor FWA Solution does not 
need a SIM and does not connect directly to the mobile network.

V1.0 Page 21 of 69 3 Error! Reference source not found. FWA Devices Requirements  (
Common section)  
3.1 Radio/RRC/NAS common requirements  
Typically , FWA devices share the  radio access resources with other 4G  and 5G  device  
categories (e.g. , smartphones , M2M modules)  so it is essential for mobile operators to 
increase the spectral efficiency as much as possible , in order to optimize the usage of the 
valuable  FDD and TDD  frequency assets.  
All this is possible thanks to  some transmission techniques  that are able to improve device 
performance  and leading to  an overall higher spectral efficiency :  
• Carrier Aggregation : the ability of the device to receive and/or transmit o n multiple 
band s at the same time .  
• MIMO  to use  multiple antenna elements at the transmitter and the receiver to 
improve bit rates  and channel quality estimation .

improve bit rates  and channel quality estimation . 
• High er-Order Modulation s provide higher data rates within a given bandwidth ; the 
drawback is the reduced robustness to noise and interference . 
• Higher Maximum Output Power  to compensate propagation losses . 
• Uplink Power Class  
TS.64_ 3.1_REQ_001  The FWA device SHALL  support one (1) SIM/USIM . FWA Devices with 
multiple SIMs are outside the scope of this document.  
TS.64_ 3.1_REQ_00 2 The FWA device  MAY be equipped with one (1) eSIM, instead of a 
physical  SIM. 
TS.64_ 3.1_REQ_00 3 The Indoor FWA Device (1-box solution ) SHALL support the 
establishment of at least  3 PDNs /PDUs  (e.g. for data /remote 
management , video , and  voice services)  
TS.64_ 3.1_REQ_00 4 The OutDoor Unit of an OutDoor FWA Solution (2 -box) SHALL support  
the establishment of at least 4 PDNs /PDUs  (e.g. for remote

the establishment of at least 4 PDNs /PDUs  (e.g. for remote 
management  of ODU , data/remote management of IDU, video , and  
voice services)  
TS.64_ 3.1_REQ_00 5 The FWA Device SHALL allow configurable association s between 
PDN /PDU  connections and services/applications  (e.g. voice, video ; 
VLAN settings via Web UI) 
TS.64_ 3.1_REQ_00 6 The FWA device SHOULD support  the establishment of at least 6  
PDNs /PDUs  
TS.64_ 3.1_REQ_00 7 The FWA Device SHALL  support the establishment of PDNs/PDUs with 
the following stacks:  
• IPv4 only  
• IPv6 only  
• IPv4/IPv6  
TS.64_ 3.1_REQ_00 8 For each PDNs/PDUs, the FWA Device SHALL allow to configure : 
• Protocol stack (IPv4 , IPv6,  IPv4v6) ; 
• Authentication option (PAP/CHAP) ;

V1.0 Page 22 of 69 • MTU/MS S 
 
Further detailed requirements for FWA Device in this area depend on the specific technology 
considered, therefore they are defined in the chapters dedicated to the various technologies 
(§ 4.1 for 4G, § 5.1 for 5G -FR1 NSA, § 5.2 for 5G-FR2 NSA, § 6.1 for 5G -FR1 SA, § 6.2 for 
5G-FR2 SA ). 
3.2 Quality of Service  
TS.64_ 3.2_REQ_001  For Quality  of Service, t he FWA  Device SHALL  comply with the 3GPP 
standards 3GPP TS 23.207 Error! Reference source not found.  and 3
GPP TS 23.203 Error! Reference source not found.  regardless of 
deployment scenario (e.g., 4G, 5G NSA, 5G SA) . 
TS.64_ 3.2_REQ_0 02 A wireless service provider utilize s customized QoS for  specific category 
of subscribers including mission critical organizations, government 
entities and enterprise customers.  For the latter case, the FWA  Device

entities and enterprise customers.  For the latter case, the FWA  Device 
SHOULD  comply with the wireless service provider’s requirements and 
mandates . 
3.3 Voice Service  
 Voice Service requirements apply to the Indoor FWA Device and to the InDoor Unit of an 
OutDoor FWA Solution.  
3.3.1  Voice General  Requirements  
TS.64_ 3.3.1_REQ_001  The Indoor FWA Device (1-box solution ) SHALL  support voice service  
either by means of VoLTE technology or VoIP technology . 
TS.64_ 3.3.1_REQ_ 002 The InDoor Unit of an OutDoor FWA Solution (2 -box) SHALL support 
voice service uniquely by means of VoIP technology.  
TS.64_ 3.3.1_REQ_ 003 In case of VoLTE Technology, the FWA Device SHALL  be compliant to 
GSMA IR.92 [6] profile . 
TS.64_ 3.3.1_REQ_ 004 In case of VoIP technology, the FWA Device SHALL  be compliant to 
3GPP specification 24.229  [7], with the profile defined in the following

3GPP specification 24.229  [7], with the profile defined in the following 
section s 3.3.2 , 3.3.3  and, optionally,  3.3.5 . 
TS.64_ 3.3.1_REQ_ 005 In case of VoIP technology, the FWA Device SHALL request a dedicated 
PDN Connection.  
Note 1: The PDN Connection for VoIP traffic may be characterized with 
a dedicated QCI. 
Note 2: Voice Traffic includes SIP, RTP, RTCP and DNS traffic used to 
resolve the P -CSCF FQDN in order to get the P -CSCF addresses.  
TS.64_3.3 ,1_REQ_ 006 It SHALL be possible to disable all voice features.  
TS.64_3.3 ,1_REQ_ 007 The FWA Device SHALL be customizable in order not to have any FXS 
port or other voice interfaces.

V1.0 Page 23 of 69 3.3.2  VoIP service: registration and basic call for single -line profile  
TS.64_ 3.3.2_REQ_00 1 In case of VoIP technology, the FWA Device SHALL  be compliant to 
3GPP specification TS 24.229  [7]. 
TS.64_ 3.3.2_REQ_00 2 The FWA Device  SHALL  use the public user identity defined in 3GPP 
23.003  [8]. In particular, the UE SHALL  use a SIP URL format, with the 
username part in E.164 telephone number, in international format: e.g. 
sip:+390612345678@ operatordomain.com . 
TS.64_ 3.3.2_REQ_ 003 The FWA Device  SHALL  support the private user identity, as specified 
in 3GPP TS 23.228  [9] par. 4.3.3.1 . This parameter is used as username 
in SIP Digest authentication procedure; it is different from public user 
identity .  
TS.64_ 3.3.2_REQ_ 004 The FWA Device SHALL  support RFC326 3: Location of SIP Servers

identity .  
TS.64_ 3.3.2_REQ_ 004 The FWA Device SHALL  support RFC326 3: Location of SIP Servers  
[10], for the resolution of FQDN of the outbound proxy . The outcome of 
the process of resolution of the P -CSCF FQDN is a set of P -CSCF IP 
addresses, ordered by priority.  
TS.64_ 3.3.2_REQ_ 005 In order to support the P -CSCF FQDN resolution process, the FWA 
Device SHALL  be configured with DNS Servers addresses. Such 
addresses can be obtained during the Voice PDN connection 
establishment process.  
TS.64_ 3.3.2_REQ_ 006 SIP Digest Authentication SHAL L be supported.  The FWA Device  
SHALL  use digest authentication for the following methods: REGISTER 
(first registration and registration refresh) and INVITE.  
TS.64_ 3.3.2_REQ_ 007 The FWA Device SHALL  support a password of at least 64 characters 
for Digest Authentication.

for Digest Authentication.  
TS.64_ 3.3.2_REQ_ 008 The FWA Device SHALL  offer a maximum  expire time for Registration 
of 600000 seconds.  
TS.64_ 3.3.2_REQ_ 009 In order to improve user experience, the FWA Device  SHOULD  be 
compliant to RFC5626 (Managing Client -Initiated Connections in SIP)  
[11], in particular, as regards the use of reg -id and +sip.instance tags. 
The latter tag is important in order to handle properly multiple 
registrations of a User Agent that may occur in case of IP address 
change of the Device.  
TS.64_ 3.3.2_REQ_ 010 The FWA Device SHALL  support the Retry -After header  as defined in 
RFC3261  [12]. 
TS.64_ 3.3.2_REQ_ 011 In case of Failure of Registration, the FWA Device SHALL  follow the 
procedures indicated at par. 5.1.1.2.1 of 3GPP TS 24.229  [7].

procedures indicated at par. 5.1.1.2.1 of 3GPP TS 24.229  [7]. 
TS.64_ 3.3.2_REQ_ 012 The FWA Device  SHOULD  support Registration Event Package 
according to 3GPP TS 24.229  [7]. 
TS.64_ 3.3.2_REQ_ 013 The FWA Device  SHOULD  support P -Associated -URI as defined in 
3GPP TS 24.229  [7]. 
TS.64_ 3.3.2_REQ_ 014 The FWA Device SHALL  support Tel -URI in incoming requests, in 
compliance with RFC 5341  [13].  
TS.64_ 3.3.2_REQ_ 015 The FWA Device MAY use Tel -URI in outgoing requests, instead of SIP-
URI.

V1.0 Page 24 of 69 TS.64_ 3.3.2_REQ_ 016 The FWA Device  SHALL  be compliant  with mandatory requirements of 
RFC3261  SIP protocol  [12]. 
TS.64_ 3.3.2_REQ_ 017 The FWA Device SHALL be  compliant with mandatory requirements of 
RFC3262 Reliability of Provisional Responses [14]. 
TS.64_ 3.3.2_REQ_ 018 The FWA Device SHALL be  compliant mandatory requirements of with 
RFC3264 The Offer/Answer Model  [15]. 
TS.64_ 3.3.2_REQ_0 19 The FWA Device SHALL be compliant  with mandatory requirements of 
RFC3311 The UPDATE method  [16]. 
TS.64_ 3.3.2_REQ_0 20 The FWA Device SHALL  support an open numbering plan, that is the 
length of user sele ction is not predetermined.  
TS.64_ 3.3.2_REQ_0 21 The FWA Device SHALL  use en -bloc selection towards the IMS 
network. Overlap selection is not foreseen.

network. Overlap selection is not foreseen.  
TS.64_ 3.3.2_REQ_0 22 In case of selections from user containing * or # digits, those digits 
SHALL  be coded as defined in the Device configuration.  
TS.64_ 3.3.2_REQ_0 23 The FWA Device  SHALL  support DSCP marking for SIP, RTP and 
RTCP traffic, with configurable values for DS Code Point.  
TS.64_ 3.3.2_REQ_0 24 The FWA Device  MAY  insert a P -Preferred -Identity header in any initial 
request for a dialog or request for a standalone transaction as a hint for 
creation of an asserted identity, as per 3GPP 24.229  [7]. 
TS.64_ 3.3.2_REQ_0 25 The FWA Device  SHALL  accept incoming INVITE without SDP, in this 
case the UE shall perform the SDP offer in the first reliable 1xx or 200 
Response, as specified in RFC3262  [14].

Response, as specified in RFC3262  [14]. 
TS.64_ 3.3.2_REQ_0 26 The FWA Device SHALL  support at least the ITU-T G.711 codec  (A-law 
and µ -law) [18], as specified in RFC3261  [12].  
TS.64_ 3.3.2_REQ_0 27 The FWA Device SHOULD support ITU-T G.729a [19] [20] and G.722 
[21] codecs.   
TS.64_ 3.3.2_REQ_0 28 If FWA Device supports more than one codec, the order of Codecs in 
SDP Offer SHALL be configurable.  
TS.64_ 3.3.2_REQ_0 29 The FWA Device  SHALL  send and receive DTMF tones complying with 
RFC4733  [17]. 
TS.64_ 3.3.2_REQ_ 030 The RTP Payload Type for DTMF Events SHALL be configurable.  
TS.64_ 3.3.2_REQ_ 031 The FWA Device  SHALL  support an echo canceller compliant to ITU -T 
G.131  [22], for managing delays less than 150 ms . 
TS.64_ 3.3.2_REQ_ 032 The FWA Device  SHALL  be compliant with mandatory requirements of  
RFC 3550 (RTP)  [23].

RFC 3550 (RTP)  [23]. 
TS.64_ 3.3.2_REQ_ 033 The FWA Device SHALL be compliant with mandatory requirements of  
RFC 3551 (RTP Profile for Audio and Video Conferences with Minimal 
Control)  [24]. 
TS.64_ 3.3.2_REQ_ 034 The FWA Device SHALL be compliant with mandatory requirements of  
RFC 3605 (RTCP)  [25]. 
TS.64_ 3.3.2_REQ_ 035 The FWA Device SHOULD be compliant with mandatory requirements 
of RFC 2198 (RTP Payload for Redundant Audio Data)  [26].

V1.0 Page 25 of 69 TS.64_ 3.3.2_REQ_ 036 The FWA Device SHALL  use Symmetric RTP and RTCP, i.e. the UE 
shall transmit RTP/RTCP packets using the same UDP port used for 
receiving RTP/RTCP packets, as stated in RFC  4961  [27]. 
TS.64_ 3.3.2_REQ_ 037 The FWA Device , for Early Media and Ringing Tone Generation, SHALL  
be compliant, either  to RFC 5009  [28], about P -Early -Media header , or  
RFC 3960  [29], in particular with the “Gateway Model”.  
TS.64_ 3.3.2_REQ_ 038 When a FWA Device  has sent the SDP offer, it SHALL  be prepared to 
receive media for any streams described by that offer, as defined  in RFC  
3264  [15], even before receiving any SIP provisional response.  
TS.64_ 3.3.2_REQ_ 039 In case the FWA Device  is compliant to RFC  3960, the FWA Device , for 
ringing tone generation, SHOULD  implement the following local policy,

ringing tone generation, SHOULD  implement the following local policy, 
derived from the example contained in RFC  3960  [29]: 
1. Unless a 180 (Ringing) response  is received, never generate local 
ringing.  
2. If a 180 (Ringing) has been received but there are no incoming media 
packets or incoming media packets containing silence, generate local 
ringing.  
3. If a 180 (Ringing) has been received and there are incoming  media 
packets, not containing silence, play them and do not generate local 
ringing . 
TS.64_ 3.3.2_REQ_ 040 The FWA Device SHALL  support RE -INVITE and UPDATE methods . 
TS.64_ 3.3.2_REQ_ 041 The use of UPDATE method SHALL  be accompanied by 100rel/PRACK . 
TS.64_ 3.3.2_REQ_ 042 The FWA Device  SHALL  insert the following header in INVITEs:  
Supported:100rel  
TS.64_ 3.3.2_REQ_ 043 The following parameters SHALL  be provisionable for VoIP Service from

TS.64_ 3.3.2_REQ_ 043 The following parameters SHALL  be provisionable for VoIP Service from 
the centralized management platform:  
• phone number/line identity: user part of the public user identity, 
to be used in SIP registration process and in all outgoing SIP 
Requests in the From header . 
• Authentication usern ame: user part of the private user identity, 
to be used during SIP Digest Authentication . 
• Authentication password: to be used for user authentication 
during SIP Digest Authentication.  
• Outbound proxy: FQDN or IP Address of the proxy (P -CSCF) to 
which the FW A Device send s all outgoing SIP requests . 
TS.64_ 3.3.2_REQ_ 044 The following parameters SHALL  be configurable in the FWA Device : 
• SIP Domain: domain portion of SIP URL . 
• SIP Server Address: configurable as a FQDN or as an IP 
Address .

Address . 
• SIP Registrar Address: configurable as a FQDN or as an IP 
Address . 
• Expire Time for Registration . 
• VoIP Codec list and priority . 
• RTP payload type to be used for RTP -events .

V1.0 Page 26 of 69 • DSCP values to be used for both SIP and RTP/RTCP . 
• Voice Activity Detection on/off . 
• Silence Suppress ion on/off . 
• Dejitter buffer control s: static/dynamic depth.  
• Coding to be used for * and # characters in SIP signalling 
(dialled sequences ): normal ASCII or URL -encoded . 
• meaning of a trailing # in user selection  not beginning with * or 
#: end -of-selection m arker (speed dial) vs. part of the user 
selection . 
• Emergency numbers list . 
• Conference Factory URI . 
TS.64_ 3.3.2_REQ_ 045 The FWA Device  SHOULD  discard silently any SIP /RTP/RTCP  packet 
coming from IP source addresses different from the IP Address (es) of 
the P -CSCF discovered by the Registration Procedure . 
TS.64_ 3.3.2_REQ_0 46 The FWA Device SHALL  support multiple SIP dialogs within a single 
session,  as specified in RFC326 1 [12].

session,  as specified in RFC326 1 [12]. 
Note: as specified in RFC326 1 [12], a dialog is defined by Call-ID, ‘From ’ 
tag, and ‘To’ tag. 
TS.64_3.3.2_REQ_0 47 The FWA Device SHALL support incoming INVITE with the Request -
URI different from the ‘To’ header, as specified in RFC3261 [12] . 
Note: as an example, this occurs when the incoming INVITE has been 
diverted by the network due to some Diversion service.  
TS.64_ 3.3.2_REQ_0 48 The FWA Device SHALL reply to an incoming  INVITE with Request -URI 
different from the SIP identity( -ies) configured on the FWA Device itself, 
with a 404 Not Found response , as specified in RFC3261 [12].  
3.3.3  VoIP service:  supplementary services for single -line profile  
 TS.64_ 3.3.3_REQ_ 001 The procedures for activation, deactivation  and interrogation of

 TS.64_ 3.3.3_REQ_ 001 The procedures for activation, deactivation  and interrogation of 
Supplementary Services through the FXS interface, are based on the 
use of specific Feature Access Codes (FAC) , that is , dialled sequences 
normally containing * and # keys.  
The FWA Device  SHALL  support the signalling of such Supplementary 
Services  codes towards the IMS network, by means of the Gm Interface, 
that is sending an INVITE with the Request URI containing the * and # 
sequence dialled by the user.  
TS.64_ 3.3.3_REQ_ 002 If the FWA Device supports activation/deactivation/interrogation 
Supplementary Services via the Ut interface towards the IMS, the FAC 
for activation/deactivation/interrogation SHALL be configurable on the 
Device . 
3.3.3.1  OIP/OIR – ORIGINATING IDENTITY PRESENTATION/ RESTRICT ION 
TS.64_ 3.3.3.1_REQ_0 01 The FWA Device SHALL  support the P -Asserted -Identity header

Device . 
TS.64_ 3.3.3.1_REQ_0 01 The FWA Device SHALL  support the P -Asserted -Identity header 
according to RFC  3325  [30].

V1.0 Page 27 of 69 TS.64_ 3.3.3.1_REQ_0 02 The FWA Device SHALL  support OIP (Originating Identity Presentation) 
and OIR (Originating Identity Restriction) according to  3GPP TS 24.607  
[31]. In particular:  
• If both From and P -Asserted -Identity headers are present, the UE has 
to provide the Originating Identity Presentation giving priority to P -A-I 
header with respect to From header.  
• If multiple P -A-I headers are present in the incoming messages, the 
UE SHALL  provide OIP according to the P -A-I in tel -URI format . 
TS.64_ 3.3.3.1_REQ_0 03 For the purpose of OIP Service, the FWA Device  SHALL support ETSI 
EN 300 659 on FXS port . In particular, the cases of OIP service 
Unsubscribed and Identity Restricted SHALL  be treated with the ad -hoc 
coding , defined in ETSI EN 300 659_3 par. 5.4.4  [32].

coding , defined in ETSI EN 300 659_3 par. 5.4.4  [32]. 
TS.64_ 3.3.3.1_REQ_0 04 For the purpose of OIP service on FXS port, the FWA Device SHOULD  
allow reformat  the Identity to be displaye d, so for instance to remove 
international prefix from domestic  numbers . 
TS.64_ 3.3.3.1_REQ_0 05 The FWA Device SHOULD perform OIP service on FXS port  also in 
combination with Call Waiting service.  
3.3.3.2  CDIV – COMMUNICATION DIVERSION  
TS.64_ 3.3.3.2_REQ_0 01 The FWA Device SHALL  support network -based  communication 
diversion (CDIV) services according to 3GPP TS 24.604  
(Communication Diversion Unconditional, No Reply, On Busy, to Voice 
Mail)  [33]. 
TS.64_ 3.3.3.2_REQ_0 02 The FWA Device SHALL  support RFC  3842 “A message summary and 
Message Waiting Indication Event Package for the Session Initiation

Message Waiting Indication Event Package for the Session Initiation 
Protocol ” [34] in order to provide Centralized Voice Mail Service . 
3.3.3.3  ACB/ CB/DND  – ANONYMOUS CALL REJECTION/ COMMUNICATION 
BARRING /DO NOT DISTUR B 
TS.64_ 3.3.3.3_REQ_0 01 The FWA Device SHALL  support Anonymous Call Rejection (ACR) , 
Communication Barring (CB)  and Do Not Disturb (DND) service s 
according to 3GPP TS 24.6 11 [35]. 
3.3.3.4  HOLD - COMMUNICATION HOLD  
TS.64_ 3.3.3.4_REQ_0 01 The FWA Device SHALL  support Communication on Hold service 
according to 3GPP TS 24.61 0 [36]. 
TS.64_ 3.3.3.4_REQ_0 02 The Keypad procedures for holding an active call, switching between an 
active and a held call, terminating an active call and resuming  an held 
call, SHALL  be configurable . 
TS.64_ 3.3.3.4_REQ_0 03 In order to provide PSTN emulation of the hold service, FWA Device

TS.64_ 3.3.3.4_REQ_0 03 In order to provide PSTN emulation of the hold service, FWA Device 
SHOULD h old an active call when the local user presses the Register 
Recall (“R” key) on the telephone; after holding the call, offer dial tone 
to the telephone, in order to allow dialling a new call .

V1.0 Page 28 of 69 TS.64_ 3.3.3.4_REQ_0 04 When a FWA Device has a held call and user is dialling a new number, 
it SHOULD t erminate new call attempt and return to the held call, if the 
user presses the Register Recall (“R”) key on the telephone during: dial 
tone, dialling, ringing, busy, fast busy.  
TS.64_ 3.3.3.4_REQ_0 05 In order to provide PSTN emulation of the hold service, when a FWA 
Device has an active call and a held call, if the user of the FWA Device 
hangs up th e telephone, the FWA Device SHOULD:  
• terminate the active call . 
• ring back (recall) the FXS port  
• when the local user answers, resume the held call.  
• If the local user doesn’t answer in 30 seconds, release the held 
call. 
TS.64_ 3.3.3.4_REQ_0 06 In order to provide PSTN emulation of the hold service, when a FWA 
Device has an active call and a held call, if the remote user terminates

call. 
Device has an active call and a held call, if the remote user terminates 
the active call, the FWA Device SHOULD:  
• Play 5 seconds of fast -busy as a “guard tone”, then  
• Resume held call.  
TS.64_ 3.3.3.4_REQ_007 With reference to  TS.64_3.3.3_REQ_015 , if the local user hangs up the 
telephone during the guard tone, the FWA Device SHOULD:  
call. 
3.3.3.5  CW - COMMUNICATION WAITING  
TS.64_ 3.3.3.5_REQ_0 01 The FWA Device SHALL support Communication Waiting  service 
according to 3GPP TS 24.615  [37].  
TS.64_ 3.3.3.5_REQ_0 02 The FWA Device SHOULD be  able to recognize an “INVITE on waiting” 
when the incoming INVITE has the specific XML CW indication.

when the incoming INVITE has the specific XML CW indication.  
Note: t he ability to recognize the “INVITE on waiting” could be needed 
in order to avoid ringing all phones connected to UE when the Call 
Waiting service  has to be provided . 
TS.64_ 3.3.3.5_REQ_0 03 When required, the FWA Device SHALL generate a configurable Call 
Waiting Tone (Frequency, Cadence, Level).  
TS.64_ 3.3.3.5_REQ_0 04 The Call Waiting service SHALL NOT  be applied to FXS port in other 
states  than active conversation  (e.g., idle, dialling, ringing, hold, 
reorder/congestion .) 
TS.64_ 3.3.3.5_REQ_0 05 The Keypad procedures for answering a waiting call while holding an 
active call, answering a waiting call while terminating an active call, 
rejecting a waiting call , SHALL be configurable.

rejecting a waiting call , SHALL be configurable.  
TS.64_ 3.3.3.5_REQ_0 06 If the FWA Device supports FAX or POS/modem, it SHOULD a support 
configurable feature interaction between FAX/POS and Call Waiting

V1.0 Page 29 of 69 service: if a FAX/POS call is ongoing , a new incoming call has not to be 
served with call waiting service but rejected with a 4xx answer . 
TS.64_ 3.3.3.5_REQ_0 07 The FWA Device SHOULD allow enabli ng/disabling CW service on a 
per-FXS port basis.  
TS.64_ 3.3.3.5_REQ_0 08 On a FXS port, at most one active call and one held can be handled 
simultaneously. Hence, the FWA Device equipped with one FXS port 
SHOULD reject an incoming call with Busy when there are 
simultaneously an active call and a held call.  
3.3.3.6  CONF  - CONFERENCE  
TS.64_ 3.3.3.6_REQ_0 01 The FWA Device SHALL support N -Way Conference service according 
to 3GPP TS 24.147  [38]. 
TS.64_ 3.3.3.6_REQ_0 02 The Keypad procedures SHALL be configurable.  
3.3.3.7  CCBS  – COMMUNICATION COMPLETION ON BUSY SUBSCRIBER

3.3.3.7  CCBS  – COMMUNICATION COMPLETION ON BUSY SUBSCRIBER  
TS.64_ 3.3.3.7_REQ_0 01 The FWA Device SHALL support CCBS  service according to 3GPP TS 
24.642 [39]. 
TS.64_ 3.3.3.7_REQ_0 02 The CCBS ring pattern SHALL  be played in case the incoming INVITE 
contains the specific Alert -Info Header:  
Alert-Info: <urn:alert:service:auto -callback>  
3.3.3.8  ECT – EXPLICIT COMMUNICATION TRANSFER  
TS.64_ 3.3.3.8_REQ_0 01 The FWA Device SHOULD support Explicit Communication Transfer 
(ECT) service according to 3GPP TS 24.629  [40]. 
TS.64_ 3.3.3.8_REQ_0 02 The Keypad procedures SHALL be configurable.  
3.3.3.9  TIP/TIR  – TERMINATING IDENTIFICATION PRESENTATION/TERMINATING 
IDENTIFICATION RESTRICTION  
TS.64_ 3.3.3.9_REQ_0 01 The FWA Device SHOULD support TIP/TIR  service s according to 3GPP 
TS 24.6 08 [41]. 
3.3.3.10  MCID  – MALICIOUS COMMUNICATION  IDENTIFICATION

3.3.3.10  MCID  – MALICIOUS COMMUNICATION  IDENTIFICATION  
TS.64_ 3.3.3.10_REQ_ 00
1 The FWA Device SHOULD support MCID  service according to 3GPP 
TS 24.6 16 [42]. 
3.3.4  FXS interface requirements  
  Requirements in this section apply to FWA Devices supporting VoLTE profile and FWA 
Devices supporting VoIP Profile.  
TS.64_ 3.3.4_REQ_ 001 The FWA Device SHALL  support at least one FXS (Foreign eXchange 
Station) port, compliant t o ETSI ES 201 970  [43]. 
TS.64_ 3.3.4_REQ_ 002 The FXS interface SHALL  support DTMF Dialling.

V1.0 Page 30 of 69 TS.64_ 3.3.4_REQ_ 003 The FXS interface SHALL  recognize  Register Recall signal, as specified 
in ETSI ES 201 970  [43]. 
TS.64_ 3.3.4_REQ_ 004 The FXS interface SHALL  support  multiple terminals arrangements; in 
particular, as regards ringing, the FXS interface SHALL  support a value 
of REN (Ringing Equivalence Number) >=4.  
TS.64_ 3.3.4_REQ_ 005 The FXS interface SHALL  support narrowband voice (3.1kHz  net 
bandwidth , in the range 300 -3400 Hz) in conformance to Rec. ITU -T 
Q.522  [44]. 
TS.64_ 3.3.4_REQ_ 006 The FXS interface SHOULD  support wideband voice (8 kHz bandwidth).  
TS.64_ 3.3.4_REQ_ 007 The following parameters  related to the FXS interface  SHALL  be 
customizable : 
• Supervision Tones: for instance , Dial, Ringing, Busy, 
Congestion, Call Waiting . Customization shall be possible as 
regards cadence, freque ncy and level.

regards cadence, freque ncy and level.  
• Timers : initial digit timeout, inter digit timeout ( Note: interdigit 
timeout  is used to infer the end of the user selection).  
• Ringing current:  customization SHALL  be possible as regards  
cadence, frequency and level . 
• Polarity Reversal . 
• Input impedance  
• TX-gain 
• RX-gain 
• DC feed voltage and current limit . 
• Howler tone  control (on/off).  
  
3.3.5  FAX and POS (Point of Sale) Requirements  
 The requirements in this sec tion apply to a FWA Device supporting VoIP profile.   
TS.64_ 3.3.5_REQ_ 001 The FWA Device SHOULD support FAX and/or POS service using the 
same FXS port for voice.  
TS.64_ 3.3.5_REQ_ 002 The FWA Device SHOULD support FAX transmission, at least by means 
of upspeed to ITU-T G.711  [18].

of upspeed to ITU-T G.711  [18]. 
TS.64_ 3.3.5_REQ_ 003 The FWA Device SHOULD support POS/modem  transmission, at least 
by means of upspeed to ITU-T G.711  [18]. 
TS.64_ 3.3.5_REQ_ 004 The called FWA Device  SHOULD  send the ReINVITE (upspeed to 
G.711), when it detects the CED/ANSam in case of FAX; in case of 
modem/POS, the called FWA Device  SHOULD  send the ReINVITE 
(upspeed to G.711), when it detects the modem carrier signal . 
TS.64_ 3.3.5_REQ_0 05 When performing upspeed to G.711, either initiated by the FWA Device 
or by the remote party, the FWA Device SHOULD disable, for the 
ongoing call, all voice signal processing features, such as echo 
canceller, voice activity detection.  
Note: this is  needed as voice signal processing features introduce non -
linearities in the coded signal; instead, for the transport of voice -band

V1.0 Page 31 of 69 data over G.711, it is necessary to keep the original signals unmodified 
from the source to the destination.  
TS.64_ 3.3.5_REQ_0 06 When performing upspeed to G.711, either initiated by the FWA Device 
or by the remote party, the FWA Device SHOULD use a static dejitter 
buffer.  
TS.64_ 3.3.5_REQ_ 007 The FWA Device  SHOULD  support T.38  fax transmission , as specified 
in ITU -T T.38 (09/2010)  [45]. In particular:  
a. The calling FWA Device  SHOULD  include, in the SDP Offer of the 
INVITE, the line a=cdsc:1 image udptl t38  
b. The called FWA Device  SHOULD  perform an upspeed to T.38,  when 
it detects the V.21 preamble , by sending a ReINVITE, if in the received 
INVITE is present the line a=cdsc:1 image udptl t38.  
TS.64_ 3.3.5_REQ_ 008 The FWA Device MAY support the capabilities for T.38 defined by Annex 
D of  ITU-T T.38 (11/2015)  [46].

D of  ITU-T T.38 (11/2015)  [46]. 
TS.64_ 3.3.5_REQ_ 009 In case a ReINVITE fails, for example because the remote party is 
unable to perform upspeed ( i.e. a 488 Not Acceptab le Here Response  
is received ), the FWA Device  SHALL  continue the session using the 
previously negotiated codec(s). In this case, the FWA Device  MAY  send 
a ReINVITE to con firm again to the remote party the previously 
negotiated codecs . 
TS.64_ 3.3.5_REQ_ 010 The FWA Device SHOULD allow , on a per -FXS port basis , the possibility  
to choose whether to use only the G.711  codec . 
TS.64_ 3.3.5_REQ_0 11 When the configuration for use of the G.711 codec only is enabled, the 
FWA Device SHOULD disable all voice signal processing features, such 
as echo canceller, voice activity detection.

as echo canceller, voice activity detection.  
TS.64_ 3.3.5_REQ_0 12 When the configuration for use of the G.711 codec only is enabled, the 
FWA Device SHOULD use a static dejitter buffer.  
TS.64_ 3.3.5_REQ_ 013 The FWA Device SHOULD allow the possibility to enable or disable 
T.38, on a device basis . 
3.4 Networking Features  
Except where explicitly indicated, the Requirements of this sec tion apply to the Indoor FWA 
Device , the InDoor Unit and the OutDoor Unit of an OutDoor FWA Solution .  
3.4.1  Interfaces  
TS.64_3.4.1_REQ_0 01 The indoor FWA Device and the InDoor Unit of an OutDoor FWA 
Solution  SHALL support at least two Gigabit Ethernet LAN ports, 
compliant to IEEE 802.3ab standard . 
TS.64_3.4.1_REQ_0 02 For the physical interfaces for LAN Ethernet, the 1000BASE -T electrical 
interface SHOULD be used.   
TS.64_3.4.1_REQ_0 03 Different physical int erfaces for LAN Ethernet, compliant to the

TS.64_3.4.1_REQ_0 03 Different physical int erfaces for LAN Ethernet, compliant to the 
standards , e.g. 1000BASE -TX, MAY be used in alternative to 
1000BASE -T, depending on market and MNOs needs.

V1.0 Page 32 of 69 TS.64_3.4.1_REQ_0 04 The InDoor Unit and the OutDoor Unit of an OutDoor FWA Solution  
SHALL  have a connection coherent with the LAN-WAN capability  of the 
Device  as defined in the performance requirements below . 
TS.64_3.4.1_REQ_0 05 For the physical interfaces for the IDU -ODU, if Ethernet is used, the 
BASE -T electrical interface SHOULD be used.   
TS.64_3.4.1_REQ_0 06 If Ethernet is used for the IDU -ODU connection, different physical 
interfaces, compliant to the standards , e.g. 1000BASE -TX, MAY be 
used in place of BASE -T, depending on market and MNOs needs.  
3.4.2  Performance  
TS.64_3.4.2_REQ_ 001 The 4G FWA Device SHALL offer an aggregate throughput of at least 1 
Gb/s bidirectional between LAN interfaces, either Ethernet or WiFi, 
irrespective of IPv4 or IPv6 protocol, irrespective of Packet Length.

irrespective of IPv4 or IPv6 protocol, irrespective of Packet Length.  
TS.64_3.4.2_REQ_ 002 The 4G FWA Device SHOULD offer an aggregate throughput of at least 
2,5 Gb/s bidirectional between LAN interfaces, either Ethernet or WiFi, 
TS.64_3.4.2_REQ_ 003 The 5G FWA Device SHALL offer an aggregate throughput of at least 
TS.64_3.4.2_REQ_ 004 The 5G FWA Device SHOULD offer an aggregate throughput of at least 
5 Gb/s bidirectional  between LAN interfaces, either Ethernet or WiFi, 
TS.64_3.4.2_REQ_ 005 The 4G FWA Device SHALL offer a throughput LAN -WAN coherent with

TS.64_3.4.2_REQ_ 005 The 4G FWA Device SHALL offer a throughput LAN -WAN coherent with 
the LTE  UE Category of the Device, irrespective of IPv4 or IPv6 protocol, 
irrespective of Packet Length and not affected by the local LAN -LAN 
throughput . 
TS.64_3.4.2_REQ_ 006 The 5G FWA Device SHALL offer a throughput LAN -WAN coherent with 
5G cellular bandwidth  of the FWA Device, irrespective of IPv4 or IPv6 
protocol, irrespective of Packet Length and not affected by the local 
LAN-LAN throughput . 
Note: in the Outdoor FWA Solution, requirements TS.64 _3.4.2_REQ_ 001, 
TS.64 _3.4.2_REQ_0 02, TS.64 _3.4.2_REQ_ 003 and TS.64 _3.4.2_REQ_0 04 apply only to 
the Indoor Unit – LAN-LAN traffic is managed only by the Indoor Unit.  
 
For TS.64 _3.4.2_REQ_0 05 and TS.64 _3.4.2_REQ_0 06, supported throughputs must align 
with the maximum WAN throughout. Figures for  selected 4G and 5G devic e categories are 
as follows :

as follows : 
Device Category  Maximum Downlink  
(DL) throughput  Maximum Uplink  
(UL) throughput  
LTE Category DL11UL5  600 Mbps  75 Mbps  
LTE Category DL12UL13  600 Mbps  150 Mbps

V1.0 Page 33 of 69 Device Category  Maximum Downlink  
LTE Category DL16UL13  975 Mbps  150 Mbps  
LTE Category DL18UL18  1200 Mbps  210 Mbps  
NSA DL12UL13 LTE + 100MHz NR  2100 Mbps  200 Mbps  
NSA DL12UL13 LTE + 140MHz NR  2700 Mbps  200 Mbps  
NSA DL12UL13 LTE + 200MHz NR  3600 Mbps  200 Mbps  
SA 100MHz NR  1500 Mbps  100 Mbps  
SA 140MHz NR  2100 Mbps  140 Mbps  
SA 200MHz NR  3000 Mbps  200 Mbps  
Note: The table assumes NR channels are TDD configured as 70:30 DL:UL  
3.4.3  Protocols  
TS.64_3.4.3_REQ_ 001 The FWA Device SHALL support Internet Protocol version 4 (IPv4), 
defined in IETF RFC 791  [60]. 
TS.64_3.4.3_REQ_ 002 The FWA Device SHALL support Internet Protocol version 6 (IPv6), 
defined in IETF RFC 8200 [61] and further amendments defined by 
IETF.

IETF.  
TS.64_3.4.3_REQ_ 003 The FWA Device SHALL support Address Resolution Protocol (ARP), 
defined in IETF RFC 826 [62] and further amendments (IETF RFC 5227  
[63], IETF RFC 5494  [64]). 
TS.64_3.4.3_REQ_ 004 The FWA Device SHALL support Network Discovery Protocol for IPv6 
(NDP) defined in IETF RFC 4861 [65] and further amendments defined 
by IETF.  
TS.64_3.4.3_REQ_ 005 The FWA Device SHALL support Internet Control Message Protocol 
(ICMP) defined in IETF RFC 792 [66] and further amendments defined 
by IETF (RFC 950  [67], RFC 4884  [68], RFC 6633  [69], RFC 6918  [70]). 
TS.64_3.4.3_REQ_ 006 The FWA Device SHALL support Internet Control Message Protocol 
version 6 for IPv6 (ICMPv6) defined in IETF RFC 4443  [71]. 
TS.64_3.4.3_REQ_ 007 The FWA Device SHALL implement a Network  Time Protocol (NTP)

TS.64_3.4.3_REQ_ 007 The FWA Device SHALL implement a Network  Time Protocol (NTP) 
client as defined in IETF RFC 5905 [72] and further amendments.  
TS.64_3.4.3_REQ_ 008 The FWA Device SHALL support Internet Group Management Protocol, 
version 3 (IGMPv3), defined in IETF RFC 3376  [73]. 
TS.64_3.4.3_REQ_ 009 The FWA Device SHALL support IGMP Proxy as defined in IETF RFC 
4605  [74]. 
TS.64 _3.4.3_REQ_ 010 The FWA Device SHALL support QoS Treatment both at level 2 (p -bits 
of 802.1q VLAN Tag  [75]) and at level 3 (Differentiated Services Code 
Point of the IP header).

V1.0 Page 34 of 69 TS.64 _3.4.3_REQ_ 011 The FWA Device SHALL support the Differentiated Services (DiffServ) 
architecture and behaviours def ined in IETF RFC 2474  [76], RFC 2475  
[77], RFC 2597  [78], RFC 3260  [79]).  
TS.64 _3.4.3_REQ_ 012 The behaviours of traffic classification, marking, remarking, queueing, 
scheduling, policing, shaping SHALL be applicable both to internally 
generated traffic and to traffic coming from LAN and destined to t he 
WAN.  
TS.64 _3.4.3_REQ_ 013 At least four queues SHALL be supported on the WAN interface, of 
which one Strict Priority scheduling, and the others with configurable 
scheduling mechanism (e.g. Weighted Fair Queueing, Weighted Round 
Robin,  .. ). 
TS.64 _3.4.3_REQ_ 014 The FWA Device SHOUL D support a secondary IPv4 addressing on 
LAN, in order to enable the assignment of public IP addresses to hosts 
in LAN.

in LAN.  
TS.64 _3.4.3_REQ_ 015 The FWA Device SHALL support VLAN Tagging, compliant to IEEE 
802.1q standard  [75]. 
3.4.4  DHCP  
TS.64 _3.4.4_REQ_ 001 The FWA Device SHALL support Dynamic Host Configuration Protocol 
(DHCP) defined in IETF RFC 2131  [98]. 
TS.64 _3.4.4_REQ_ 002 The FWA Device SHALL support DHCP Options defined in IETF RFC 
2132  [99]. 
TS.64 _3.4.4_REQ_ 003 The FWA device MAY implement DHCP options 60 and 43 for automatic 
provision of ACS parameters.  
TS.64 _3.4.4_REQ_ 004 The DHCP Server implemented by the FWA Device SHALL manage at 
least 254 addresses.  
TS.64 _3.4.4_REQ_ 005 It SHALL be possible to define any IPv4 Unicast subnet for the private 
LAN and DHCP pool.  
TS.64 _3.4.4_REQ_ 006 The DHCP Server implemented by the FWA Device SHALL support

TS.64 _3.4.4_REQ_ 006 The DHCP Server implemented by the FWA Device SHALL support 
Duplicate Address Detection  (DAD) functionality . 
TS.64 _3.4.4_REQ_ 007 The DHCP Server implemented by the FWA Device SHALL provide a 
mechanism for IP reservation on MAC Address basis, assigning the 
same IP address (if available) at the same MAC Address . 
TS.64 _3.4.4_REQ_ 008 The FWA Device SHALL support hostnames presented by the hosts 
(DHCP clients) with DHCP Option 12.  
TS.64 _3.4.4_REQ_ 009 The FWA Device SHALL properly manage the cases of overlapping 
hostnames and hostnames non presented by clients, by assigning to 
client’s  unam biguous hostnames by means of Option 12.  
TS.64 _3.4.4_REQ_ 010 The FWA Device SHALL support Dynamic Host Configuration Protocol 
for IPv6 (DHCPv6) defined in IETF RFC 8415  [100] .

for IPv6 (DHCPv6) defined in IETF RFC 8415  [100] . 
TS.64 _3.4.4_REQ_ 011 The FWA Device SHALL support Prefix Delegation for IPv6 (DHCPv6) 
defined in IETF RFC 8415  [100] .

V1.0 Page 35 of 69 TS.64 _3.4.4_REQ_ 012 The FWA Device SHALL support Prefix Exclude for IPv6 (DHCPv6) 
defined in IETF RFC 8415  [100] . 
3.4.5  NAT & Bridge operation  
TS.64 _3.4.5_REQ_ 001 The FWA Device SHALL support IP Network Address Translator (NAT) 
as defined in IETF RFC 3022  [101] . 
TS.64 _3.4.5_REQ_ 002 The Network Address Translator functionality implemented by the FWA 
Device SHALL be compliant to the behaviours defined in IETF RFC 
4787  [102] . 
TS.64 _3.4.5_REQ_ 003 The FWA Device SHALL implement a configurable Port Mapping/Virtual 
Server functionality, allowing the creation of entries for mapping 
protocols/ports on the WAN side of the FWA Device  to an IP address 
and protocols/ports on the private LAN . 
TS.64 _3.4.5_REQ_ 004 It SHALL be possible to configure at least 32 Port Mapping entries.

TS.64 _3.4.5_REQ_ 004 It SHALL be possible to configure at least 32 Port Mapping entries.  
TS.64 _3.4.5_REQ_ 005 The FWA Device SHALL support CLAT functionality according to IETF 
RFC 6145  [103] . 
TS.64 _3.4.5_REQ_ 006 The FWA Device SHALL support operation in Bridge Mode.  
In this configuration both DHCP and NAT operations are provided by the 
network being bridged to.  
TS.64 _3.4.5_REQ_ 007 The FWA Device SHALL implement a configurable Application Layer 
Gateway functional ity (ALG), as defined in IETF RFC 2663  [80], at least 
for the following protocols: SIP, IPSec, PPTP, L2TP.  
3.4.6  MTU  
TS.64 _3.4.6_REQ_ 001 The FWA Device SHALL support a default MTU size of 1380 bytes . 
TS.64 _3.4.6_REQ_ 002 The default MTU size SHALL be customisable according to network 
requirements.  
TS.64 _3.4.6_REQ_ 003 The FWA Device SHALL support network override of the default MTU 
size in IPv4 operation via Pr otocol Configuration Options (3GPP

size in IPv4 operation via Pr otocol Configuration Options (3GPP 
TS24.008  [104] ). 
TS.64 _3.4.6_REQ_ 004 The FWA Device SHALL support network override of the default MTU 
size in IPv6 operation via Router Advertisement (IETF RFC 4861 [65]). 
 
3.4.7  DNS  
TS.64 _3.4.7_REQ_ 001 The FWA Device SHALL support Domain Name System (DNS) 
compliant to IETF RFC 1034  [105] , RFC 1035 [106]  and further 
amendments defined by IETF.  
TS.64 _3.4.7_REQ_ 002 The FWA Device SHALL be able, on a configuration basis, to act as 
DNS Server for the Hosts in LAN .

V1.0 Page 36 of 69 TS.64 _3.4.7_REQ_ 003 The FWA Device SHALL be able to advertise the DNS server(s) to the 
Hosts in LAN via DHCP protocol. On a configuration basis, the 
advertised DNS server(s) can be:  
• The FWA Device itself, if it’s configured to act as a DNS Server;  
• The DNS server addresses received from the network, if the 
FWA Device is not configured to act as a DNS Server;  
• Optionally, other DNS Server addresses configured on the FWA 
Device.  
TS.64 _3.4.7_REQ_ 004 The FWA Device SHALL support a configurable Dynamic DNS (DDNS) 
Service, allowing the FWA Device to be addressable from the Internet 
with an FQDN.  
Note: some MNOs may wish to remove this service via customization.  
TS.64 _3.4.7_REQ_ 005 For the Dynamic DNS service, the FWA Device  SHALL  send updates to 
the DDNS server not periodically, but only whenever an IP address

the DDNS server not periodically, but only whenever an IP address 
change is detected on the  Data WAN Interface.  
TS.64 _3.4.7_REQ_ 006 For Static DNS operation the FWA Device SHALL support Recursive 
DNS . 
TS.64 _3.4.7_REQ_ 007 For Static DNS operation the FWA Device SHALL NOT support Iterative 
DNS . 
TS.64 _3.4.7_REQ_ 008 The FWA Device SHALL support unencrypted DNS access . 
TS.64 _3.4.7_REQ_ 009 The FWA Device SHALL support DNS access via HTTPS (IETF RFC 
8484  [107] ). 
TS.64 _3.4.7_REQ_ 010 The FWA Device SHALL support DNS access via TLS . 
TS.64 _3.4.7_REQ_0 11 The FWA device SHALL  be protected against DNS Rebind Vulnerability . 
TS.64 _3.4.7_REQ_ 012 To prevent DNS spoofing, source ports and Transaction -IDs SHALL  be 
selected randomly by the CPE . 
3.4.8  Security  
TS.64 _3.4.8_REQ_ 001 The FWA Device SHALL implement a configurable DeMilitarized Zone

TS.64 _3.4.8_REQ_ 001 The FWA Device SHALL implement a configurable DeMilitarized Zone 
(DMZ) functionality, allowing an internal host  in LAN to be fully exposed 
on WAN.  
TS.64 _3.4.8_REQ_ 002 The FWA Device SHALL implement a configurable Port Binding 
functionality, allowing binding of the WAN connections to none, one or 
more LAN interfaces (including Wi -Fi SSIDs).  
TS.64 _3.4.8_REQ_ 003 The FWA Device SHALL implement a configurable Filtering 
functionality, allowing the creation of entries for blocking/allowing the 
comm unication of MAC Addresses on LAN towards specific IP 
address/range, on specific protocols/ports/port range.  
TS.64 _3.4.8_REQ_ 004 It SHALL be possible to configure at least 32 Filtering entries.  
TS.64 _3.4.8_REQ_ 005 The FWA Device SHOULD implement a configurable (on/off) UPnP 
Discovery functionality, compliant to UPnP Forum Standard: Device 
Control Protocols.

V1.0 Page 37 of 69 TS.64 _3.4.8_REQ_ 006 UPnP functionality SHALL be blocked on the WAN side.  
TS.64 _3.4.8_REQ_0 07 If the FWA Device supports  UPnP , it SHOULD be dis abled in Factory 
default configuration.  
TS.64 _3.4.8_REQ_0 08 If the FWA Device supports  UPnP , rules created for one client device 
SHALL apply only to that device and not to other LAN clients (also for 
the FWA D evice itself).  
TS.64 _3.4.8_REQ_ 009 The FWA Device SHOULD implement a configurable VPN functionality, 
both as a VPN -client and a VPN -server, with L2TP/IPSec PSK or PPTP.  
TS.64 _3.4.8_REQ_ 010 The FWA Device SHALL implement a Parental Control functionality, 
letting the user to configure a list of URLs  which access must be denied 
to all (or a configurable subset of) LAN hosts.  
TS.64 _3.4.8_REQ_ 011 The FWA Device SHALL implement a per -user device  configurable

TS.64 _3.4.8_REQ_ 011 The FWA Device SHALL implement a per -user device  configurable 
Internet access control functionality, letting the user to configure, for a 
selected user device , which days of the week/which hours of the day  or 
how many hours per day  the Internet access  must be allowed/denied.  
TS.64 _3.4.8_REQ_ 012 The FWA Device SHALL implement a configurable (at least with on/off 
behaviours) stateful IPv4 Firewall.  
TS.64 _3.4.8_REQ_ 013 The FWA Device SHALL implement a Denial of Service (D oS) protection 
functionality.  
TS.64 _3.4.8_REQ_ 014 The DoS functionality SHALL remain  enabled even  when the Firewall 
has been disabled by user configuration  
TS.64 _3.4.8_REQ_ 015 The behaviour of the FWA Device to ICMP messages coming from WAN 
interface SHALL be configurable.  
TS.64 _3.4.8_REQ_ 016 The FWA Device SHALL implement a configurable (at least with on/off 
behaviours) stateful IPv 6 Firewall.

behaviours) stateful IPv 6 Firewall.  
TS.64 _3.4.8_REQ_ 017 The IPv6  and IPv4  firewall SHALL be independent ly configurable  
TS.64 _3.4.8_REQ_ 018 The IPv6  and IPv4  firewall status SHALL be presented independent ly. 
TS.64 _3.4.8_REQ_0 19 The FWA D evice SHALL NOT  allow outgoing traffic originated from a 
LAN IP address out side the range defined by the FWA D evice itself . 
TS.64 _3.4.8_REQ_ 020 In Factory Reset condition, the status of the firewall SHALL be enabled.  
3.4.9  Customisation  
TS.64 _3.4.9_REQ_ 001 It SHALL be possible for a MNO to customize a FWA Device in order to 
hide to the end -user any of the functionality detailed in requirements 
TS.64 _3.4.3_REQ_014 , TS.64_3.4.5_REQ_003 , 
TS.64_3.4.5_REQ_00 4, TS.64_3.4.5_REQ_007 , 
TS.64_3.4.7_REQ_004 , TS.64_3.4.7_REQ_00 5, 
TS.64_3.4.8_REQ_001  to TS.64_3.4.8_REQ_0 11. 
3.4.10  USB Port

3.4.10  USB Port  
TS.64_ 3.4.10_REQ_ 001 The FWA Device MAY support a Universal Serial Bus (USB) interface.

V1.0 Page 38 of 69 The following requirements apply ONLY IF the FWA Device supports a USB Interface for 
functions other than powering the FWA Device.  
TS.64_ 3.4.10_REQ_ 002 The USB interface SHALL be compliant to the Universal Serial Bus 
Specification version 3.1 [108]  or higher.  
TS.64_ 3.4.10_REQ_ 003 The USB Interface receptacle SHALL be any of Type -A, Type -Micro B 
or Type -C. 
TS.64_ 3.4.10_REQ_ 004 The USB Interface SHOULD supply  a current of at least 1.5A  
TS.64_ 3.4.10_REQ_ 005 The FWA Device SHALL integrate the USB Mass Storage Device Class 
driver, to provide the automatic detect ion of an USB Mass Storage (such 
as Hard Disk, CD/DVD ROM, USB memory stick, etc.) connected to the 
USB Host Port . 
TS.64_ 3.4.10_REQ_ 006 The FWA Device SHALL integrate the USB Printer Device Class driver, 
to provide the automatic detect ion of an USB Printer connected to the

to provide the automatic detect ion of an USB Printer connected to the 
TS.64_ 3.4.10_REQ_ 007 The FWA Device SHOULD use SMB v2 (or higher)  protocol to enable 
the sharing of an USB Mass Storage Hard Disk Devices between LAN 
hosts . 
TS.64_ 3.4.10_REQ_ 008 The FWA Device SHOULD use SMB v2 (or higher)  protocol  to enable 
the print sharing between the LAN hosts, supporting the standard error 
messages via SMB protocol . 
TS.64_ 3.4.10_REQ_0 09 The FWA Device SHALL NOT support SMBv1 protocol.  
TS.64_ 3.4.10_REQ_0 10 The USB Interface SHALL block firmware upgrade, logging, tracing and 
similar local management and troubleshooting activities on the FWA 
Device.  
3.5 Wi-Fi 
Requirements in this section apply to the Indoor FWA Solution and to the InDoor Unit (IDU) 
of the Outdoor FWA Solution.  There may  be MNO or market specific Wi -Fi requirements for

3.5 Wi-Fi 
of the Outdoor FWA Solution.  There may  be MNO or market specific Wi -Fi requirements for 
the outdoor unit (ODU).  
3.5.1  Standards  
TS.64_ 3.5.1_REQ_001  The FWA Device SHALL integrate a Wi -Fi 4 (IEEE 802.11n  [83]) Access 
Point (AP), or later standards, operating on 2.4 GHz bands.  
TS.64_ 3.5.1_REQ_00 2 The FWA Device SHALL integrate a Wi -Fi 5 (IEEE 802.11ac  [84]) 
Access Point (AP), or later standards, operating on 5 GHz bands.  
TS.64_ 3.5.1_REQ_00 3 The FWA Device SHOULD  integrate a Wi -Fi 6 (IEEE 802.11ax  [85]) 
Access Point (AP), or later standards, operating on both 2.4 and 5 GHz 
bands.  
TS.64_ 3.5.1_REQ_00 4 The FWA Device MAY integrate a Wi -Fi 6E (IEEE 802.11ax  [85]) Access 
Point (AP), or later standards, operating on 2.4, 5 and 6 GHz bands.  
TS.64_ 3.5.1_REQ_00 5 The FWA Device  SHALL be certified (WFA Certification Program): Wi -
Fi CERTIFIED 5.

V1.0 Page 39 of 69 TS.64_ 3.5.1_REQ_00 6 If Wi -Fi 6 is supported, t he FWA Device  SHALL be certified (WFA 
Certification Program): Wi -Fi CERTIFIED 6. 
TS.64_ 3.5.1_REQ_00 7 The FWA Device  SHALL be certified (WFA Certification Program): 
WPA3 . 
TS.64_ 3.5.1_REQ_00 8 The FWA Device  SHALL be certified (WFA Certification Program): Wi -
Fi Protected Setup (PBC) . 
3.5.2  MIMO capabilities, Bandwidth, Modulation and Coding schemes  
TS.64_ 3.5.2_REQ_00 1 The Wi -Fi AP of a FWA Device SHALL support at least MIMO 2x2 on all 
supported frequency bands.  
TS.64_ 3.5.2_REQ_00 2 The Wi -Fi AP of a FWA Device SHOULD support MIMO 4x4 on all 
TS.64_ 3.5.2_REQ_00 3 The Wi -Fi AP of a FWA Device MAY support MIMO higher than 4x4 on 
some or all supported frequency bands . 
TS.64 _3.5.2_REQ_ 004 An 802.11n [83] AP of a FWA Device SHALL support a bandwidth of 40

TS.64 _3.5.2_REQ_ 004 An 802.11n [83] AP of a FWA Device SHALL support a bandwidth of 40 
MHz.  
TS.64_ 3.5.2_REQ_ 005 An 802.11ac [84] AP of a FWA Device SHALL support a bandwidth of 
80 MHz in the 5 GHz band.  
TS.64_ 3.5.2_REQ_ 006 An 802.11ax [85] AP of a FWA Device SHALL support a bandwidth of 
40 MHz in the 2.4 GHz band.  
TS.64_ 3.5.2_REQ_ 007 An 802.11ax AP of a FWA Device SHALL support a bandwidth of 80 
MHz in the 5 GHz band.  
TS.64_ 3.5.2_REQ_ 008 An 802.11ax AP of a FWA Device SHOULD support a bandwidth of 160 
TS.64_ 3.5.2_REQ_ 009 An 802.11ax (Wi-Fi 6E)  AP of a FWA Device SHALL support a 
bandwidth of 160 MHz in the 6 GHz band, if supported.  
TS.64_ 3.5.2_REQ_ 010 An 802.11n AP of a FWA Device SHALL support all the Modulation and 
coding scheme s foreseen by the standard, up to 64 -QAM with coding 
5/6. 
TS.64_ 3.5.2_REQ_ 011 An 802.11ac AP of a FWA Device SHALL support all the Modulation and

5/6. 
TS.64_ 3.5.2_REQ_ 011 An 802.11ac AP of a FWA Device SHALL support all the Modulation and 
coding scheme s foreseen by the standard, up to 256 -QAM with coding 
5/6. 
TS.64_ 3.5.2_REQ_ 012 An 802.11ax AP of a FWA Device SHALL support all the Modulation and 
coding scheme s foreseen by the standard, up to 1024 -QAM with coding 
5/6. 
3.5.3  Performance  
TS.64_3.5. 3_REQ_0 01 The AP of a FWA Device SHALL offer a throughput coherent with the 
theoretical maximum  physical bit rate  attainable by the AP 
characteristics,  at least  70% of Maximum Physical Speed with TCP and 
UDP traffic  in a “clean” environment

V1.0 Page 40 of 69 TS.64_3.5. 3_REQ_0 02 All the Wi -Fi interfaces SHALL  NOT exceed the regulatory limits  as 
regards output  power level (EIRP).  
TS.64_3.5. 3_REQ_0 03 For Wi -Fi antenna performance, th e FWA Device SHALL comply to the 
requirements specified in TS.49  [97]. 
Figures for  selected Wi-Fi AP  types are as follows : 
Wi-Fi AP Type  Theoretical Maximum  
Physical  bit rate  
802.11n 2.4 GHz, MIMO 2x2, 40 M Hz, 64 -QAM  300 Mbps  
802.11n 2.4 GHz, MIMO 4x4, 40 M Hz, 64 -QAM  600 Mbps  
802.11 ac 5 GHz, MIMO 2x2, 80 MHz, 256-QAM  866 Mbps  
802.11 ac 5 GHz, MIMO 4x4, 80 MHz, 256-QAM  1733 Mbps  
802.11ax 2.4+5 GHz, MIMO 2x2  + 2x2 , 80 MHz, 1024 -QAM 600 + 1200 Mbps  
802.11ax 2.4+5 GHz, MIMO 2x2 + 2x2 , 160 M Hz, 1024 -QAM 600 + 2400 Mbps  
802.11ax 2.4+5 GHz, MIMO 4x4 + 4x4 , 160 M Hz, 1024 -QAM 1200 + 4800 Mbps  
3.5.4  Service Set Identifier (SSID)

3.5.4  Service Set Identifier (SSID)  
TS.64_3.5. 4_REQ_0 01 The AP of a FWA Device SHALL permit the configuration of one main 
SSID for each supported band.  
TS.64_3.5. 4_REQ_0 02 The AP of a FWA Device SHALL permit the configuration of at least one 
guest SSID.  
TS.64_3.5. 4_REQ_0 03 The guest SSID(s) SHALL NOT permit the access to the configuration 
of the FWA Device.  
TS.64_3.5. 4_REQ_0 04 The guest SSID(s) SHALL NOT permit traffic between hosts in LAN.  
TS.64_3.5. 4_REQ_0 05 Each SSID SHALL be configurable to operate on one or more frequency 
bands.  
TS.64_3.5. 4_REQ_0 06 Each SSID SHALL be configurable as regards the Authentication and 
Security mec hanisms adopted.  
TS.64_3.5. 4_REQ_0 07 Each SSID SHALL be configurable as regards the SSID broadcasting.

TS.64_3.5. 4_REQ_0 07 Each SSID SHALL be configurable as regards the SSID broadcasting.  
TS.64_3.5. 4_REQ_0 08 The default configuration of the FWA Device SHALL be with the same 
SSID for all supported bands.  
TS.64_3.5. 4_REQ_0 09 Based on MNO requirements, i n the default configuration, the SSIDs 
MAY have an unambiguous , not-repeating value for each deployed FWA 
Device and not contain any information that consist of or are derived 
from data or parts of data that depend on the FWA device mode l itself.

V1.0 Page 41 of 69 3.5.5  Channel and Bandwidth Selection  
TS.64_3.5. 5_REQ_0 01 The AP of a FWA Device SHALL permit the manual channel selection 
on all supported bands.  
TS.64_3.5. 5_REQ_0 02 The AP of a FWA Device SHALL support Automatic Channel Selection 
on all supported bands, in order to select the less interfered channel s. 
TS.64_3.5. 5_REQ_0 03 If enabled, the Automatic Channel Selection SHALL be performed every 
time the AP is turned on.  
TS.64_3.5. 5_REQ_0 04 The AP of a FWA Device SHALL support Periodic Automatic Channel 
Selection.  
TS.64_3.5. 5_REQ_0 05 The default value for Periodic Automatic Channel Selection SHOULD be 
24 hours.  
TS.64_3.5. 5_REQ_ 006 The Periodic Automatic Channel Selection SHALL be configurable by 
the MNO through customization.  
TS.64_3.5. 5_REQ_ 007 The AP of a FWA Device SHALL permit the manual Bandwidth selection

TS.64_3.5. 5_REQ_ 007 The AP of a FWA Device SHALL permit the manual Bandwidth selection 
TS.64_3.5. 5_REQ_ 008 The AP of a FWA Device SHALL support Automatic Bandwidth 
Selection on all supported bands.  
3.5.6  Clients  
TS.64_3. 5.6_REQ_0 01 The AP of a FWA Device SHALL support at least 64 clients.  
3.5.7  Security  
TS.64_3.5. 7_REQ_0 01 The AP of a FWA Device SHALL support all encryption algorithms 
foreseen by the supported standards.  
TS.64_3.5. 7_REQ_0 02 The AP of a FWA Device SHALL support all security and authentication 
features foreseen by the supported standards.  
TS.64_3.5. 7_REQ_ 003 The AP of a FWA Device SHALL support Open Mode security.  
TS.64_3.5. 7_REQ_0 04 The AP of a FWA Device SHOULD support Wi -Fi Alliance Wi -Fi 
Protected Ac cess 2 (WPA2) defined in IEEE 802.11i  [109] . 
Note: the support of WPA2 is required for compatibility reasons,

Note: the support of WPA2 is required for compatibility reasons, 
although it is recognized the security of WPA2 is already compromised.  
TS.64_3.5. 7_REQ_0 05 The AP of a FWA Device SHALL support Wi -Fi Alliance Wi -Fi Protected 
Access 3 (WPA3)  [110] . 
TS.64_3.5. 7_REQ_0 06 The AP of  a FWA Device SHALL support Temporal Key Integrity 
Protocol  (TKIP) security protocol.  
TS.64_3.5. 7_REQ_0 07 The AP of a FWA Device SHALL support  CTR mode with CBC -MAC 
Protocol  (CCMP) security protocol, also known as Advanced Encryption 
Standard (AES) . 
TS.64_3.5. 7_REQ_0 08 The AP of a FWA Device SHALL support  WPA2/WPA3 personal mixed 
mode  of operation.

V1.0 Page 42 of 69 TS.64_3.5. 7_REQ_0 09 The AP of a FWA Device SH OULD  support  WPA2/WPA3 Enterprise  
mode of operation.  
TS.64_3.5. 7_REQ_0 10 The FWA Device  default configuration SH ALL be personal mixed mode 
WPA2/ WPA 3 with AES.  
TS.64_3.5. 7_REQ_0 11 The passphrase (pre -shared key, PSK) configured in factory setting 
SHALL have a length of at least 20 characters.  
TS.64_3.5. 7_REQ_0 12 The passphrase (pre-shared key, PSK) configured in factory setting 
SHALL NOT contain information that consist of or are derived from data 
or parts of data that depend on the Device itself.  
TS.64_3.5. 7_REQ_0 13 The procedure to set the Wi -Fi passphrase to a different valu e SHALL 
be supported by a mechanism showing the strength of the new desired 
passphrase based on the number of characters and classes of 
characters (e.g. numbers, letters).

characters (e.g. numbers, letters).  
TS.64_3.5. 7_REQ_0 14 The FWA Device SHALL implement a configurable overall Wi -Fi control 
functionality, letting the user to configure which days of the week/which 
hours of the day the wireless service is turned ON/OFF . 
TS.64_3.5. 7_REQ_0 15 The Wi -Fi control func tionality MAY be implemented with finer 
granularity, e.g. on a per -radio inter face basis or on a per -SSID basis.  
3.5.8  Wi-Fi protected Setup (WPS)  
TS.64_3.5. 8_REQ_0 01 The AP of a FWA Device SHALL support WPS in order to facilitate the 
association between clients and the AP of the FWA Device.  
TS.64_3.5. 8_REQ_0 02 The AP of a FWA Device SHALL support WPS with Push Button mode.  
TS.64_3.5. 8_REQ_0 03 The WPS Push Button MAY  be either  physical or logical (i.e., in the Web 
UI of the FWA Device) or both .

UI of the FWA Device) or both . 
TS.64_3.5. 8_REQ_0 04 The AP of a FWA Device SHALL support WPS PIN mode, with PIN 
generated by client.  
TS.64_3.5. 8_REQ_0 05 The WPS PIN mode with PIN generated by the AP of the FWA Device 
SHALL be forbidden.  
TS.64_3.5. 8_REQ_0 06 WPS Push Button authentication SHALL only allow a limited number of 
attempts per period of time, to be protected against brute force attacks.  
TS.64_3.5. 8_REQ_0 07 The WPS nonce generated by the device SHALL be random.  
3.5.9  Band Steering  
TS.64_3.5. 9_REQ_0 01 The AP of a FWA Device SHALL support IEEE 802.11k [86] industry 
standard for  radio resource measurement . 
TS.64_3.5. 9_REQ_0 02 The AP of a FWA Device SHALL support IEEE 802.11v [87] industry 
standard  to allow configuration of client devices while connected to 
wireless networks ,

wireless networks ,  
TS.64_3.5. 9_REQ_0 03 The AP of a FWA Device SHALL support Band Steering to steer clients 
from the more congested 2.4 GHz band to the less congested bands (5 
GHz, and 6GHz if supported).

V1.0 Page 43 of 69 TS.64_3.5. 9_REQ_0 04 The Band Steering feature SHALL be manually configurable (ON/OFF 
selection).  
TS.64_3.5. 9_REQ_0 05 The FWA Device SHALL provide a mechanism to manually or 
automatically configure SSID s on all supported bands, accordingly with 
Band  Steering settings  (i.e. same SSIDs when Band Steering is active).  
3.5.10  Mesh Networks  
Requirements in this section apply to a FWA Device supporting Mesh capability.  
TS.64_3.5. 10_REQ_0 01 The AP of a FWA Device SHALL  comply to the Wi-Fi Alliance Easy 
Mesh ™ R2 (or later)  standard.  
TS.64_3.5. 10_REQ_0 02 The FWA Device SHALL manage the connectivity of Wi -Fi clients and 
implement AP steering to guarantee that each client is always connected 
to the best AP and frequency band . 
TS.64_3.5. 10_REQ_0 03 The AP of a FWA Device SHALL  support IEEE 802.11r  [88] industry

TS.64_3.5. 10_REQ_0 03 The AP of a FWA Device SHALL  support IEEE 802.11r  [88] industry 
standard  to allow  fast transition of clients between BSS (Basic Service 
Sets),  
TS.64_3.5. 10_REQ_0 04 If supported, the 802.11r feature SHALL be configurable (ON/OFF) 
through customiz ation.  
3.5.11  Wi-Fi Diagnostics  
TS.64_3.5. 11_REQ_0 01 The FWA Device SHALL collect W i-Fi metrics related to its AP and the 
connected clients as shown in Annex  B. 
TS.64_3.5. 11_REQ_0 02 Wi-Fi Diagnostics data SHALL be available to be collected from the FWA 
Device by means of TR -069. 
TS.64_3.5. 11_REQ_0 03 Additional protocols for allowing the collection of Wi -Fi Diagnostics data 
from the network MAY be used.  
TS.64_3.5. 11_REQ_0 04 The Wi -Fi Diagnostic solution SHALL collect data also from the other 
APs connected in mesh, as well as from the clients connected to those 
APs.

APs.  
3.5.12  Wireless Multimedia Extension  
TS.64_3.5. 12_REQ_0 01 The AP of a FWA Device SHOULD support Wi -Fi Alliance Wireless 
Multimedia Extensions ™ (WME ™), also known as Wi -Fi Multimedia ™ 
(WMM ™), in order to prioritize traffic in the Wireless Network according 
to Access Categories.  
TS.64_3.5. 12_REQ_0 02 If WMM ™ is supported, the FWA Device  SHALL provide the mechanism  
to enable/disable the feature and to configure the mappings (Access 
Categories vs DSCP).  
3.5.13  Customisation  
TS.64_3.5. 13_REQ_0 01 It SHALL be possible for a MNO to customize the settings of a  FWA 
Device  as regards Wi -Fi region/country of operation, enabled bands and 
channels, power transmission limits, SSIDs, passphrases.

V1.0 Page 44 of 69 TS.64_3.5. 13_REQ_0 02 It SHALL be possible for a MNO to customize a FWA Device in order to 
hide to the end -user any of the functionality detailed in section 3.5.5 , 
3.5.7  and 3.5.8 . 
TS.64_3.5. 13_REQ_0 03 It SHALL be possible for a MNO to customize a FWA Device in order to 
disable any of the functionality detailed in section 3.5.8 , 3.5.9 , 3.5.10 , 
3.5.11 . 
3.6 IDU/ODU Interworking and Resilience  
3.6.1  Common requirements to bridged and routed modes of operation  
3.6.1.1  APN/VLAN/Service mapping  
TS.64_ 3.6.1.1_REQ_0 01 The OutDoor Unit (ODU) in an OutDoor FWA Solution, SHALL be able 
to map the traffic received on each PDN Connection / PDU Session, on 
different VLANs over the interface with the InDoor Unit (IDU), an d vice 
versa . 
TS.64_ 3.6.1.1_REQ_0 02 The IDU SHALL be able to map the different traffic generated by the IDU

versa . 
TS.64_ 3.6.1.1_REQ_0 02 The IDU SHALL be able to map the different traffic generated by the IDU 
itself or by hosts in LAN, and destined to the WAN, on different VLANs 
over the interface with the ODU, based on Service/VLAN mapping rules 
defined  on the IDU.  
TS.64_ 3.6.1.1_REQ_0 03 IDU and ODU SHALL be able to manage at least 4 VLANs over the IDU -
ODU interface.  
An example of service/VLAN mapping is:  
• IDU remote management – VLAN ‘a’  
• Data/Internet traffic – VLAN ‘b’  
• Voice (VoIP) – VLAN ‘c’  
• Video – VLAN ‘d’  
Other services may be defined based on MNO and market needs.  
TS.64_ 3.6.1.1_REQ_0 04 The IDU SHALL be able to manage Differentiated Services QoS 
Treatment, over the interface with the ODU, based on the Requirements  
TS.64_3.4.3_REQ_010  to TS.64_3.4.3_REQ_01 3. 
TS.64_ 3.6.1.1_REQ_0 05 The ODU SHALL be able to manage Differentiated Services QoS

TS.64_ 3.6.1.1_REQ_0 05 The ODU SHALL be able to manage Differentiated Services QoS 
Treatment, over both the interface with the IDU and the interface with 
the mobile network, based on the Requirements TS.64_3.4.3_ REQ_010  
to TS.64_3.4.3_REQ_01 3. 
3.6.1.2  IDU-ODU Networking  
TS.64_ 3.6.1.2_REQ_0 01 The ODU SHALL be configurable in order to operate  on each VLAN, 
either in bridged mode or in routed mode.  
TS.64_ 3.6.1.2_REQ_0 02 The ODU SHALL allow to configure one PDN connection / PDU session 
to be locally terminated in the ODU itself, that is to operate in routed 
mode without being mapped on a VLAN with the IDU.  
Note: for example, this connection may be dedicated to ODU Remote 
Management.

V1.0 Page 45 of 69 TS.64_ 3.6.1.2_REQ_0 03 When us ing DHCP with the IDU, the ODU SHALL define an IP Address 
Lease Time  and configure it to the IDU by means of DHCP Option 51.  
TS.64_ 3.6.1.2_REQ_0 04 The ODU SHOULD define an IP Address Lease Time  in the interval 1 
hour (3600 seconds) - 12 hours (43200 seconds).  
TS.64_ 3.6.1.2_REQ_0 05 When using DHCP with the IDU, the ODU SHALL be able to provide the 
IDU with the Interface MTU parameter, by means of DHCP Option 26, 
over each VLAN, using the IPv4 Li nk MTU received from the Mobile 
Network on the corresponding PDN/PDU.  
TS.64_ 3.6.1.2_REQ_0 06 The ODU and the IDU SHALL use, on each VLAN, Address Resolution 
Protocol (ARP) or Network Discovery Protocol for IPv6 (NDP)  in order 
to properly maintain the assoc iation between IP Addresses and MAC 
Addresses, on each VLAN.

Addresses, on each VLAN.  
TS.64_ 3.6.1.2_REQ_0 07 The ODU SHALL use a unique MAC Address per each VLAN; the same 
MAC Address is meant to be used, on a VLAN, both for data traffic 
exchange with the IDU and for ARP/NDP communications with the IDU.  
TS.64_ 3.6.1.2_REQ_0 08 The IDU SHALL use a unique MAC Address per each VLAN; the same 
exchange with the ODU and for ARP/NDP communications with the 
ODU.  
TS.64_ 3.6.1.2_REQ_0 09 The ODU SHALL reply, on each VLAN, to ARP Requests generated by 
IDU, relating to the IP Address of the Default Gateway, with its own MAC 
Address dedicated to that VLAN.  
TS.64_ 3.6.1.2_REQ_0 10 The ODU and the IDU SHOULD support 802.1X  authentication  [111] , 
where the IDU has the role of the Supplicant, and the ODU has the Role 
of the Authenticator.

of the Authenticator.  
TS.64_ 3.6.1.2_REQ_0 11 For the purpose of 802.1X, the ODU MAY have also the role of local 
Authentication Server.  
3.6.2  ODU Bridge d mode operation . 
TS.64_ 3.6.2_REQ_0 01 The OutDoor Unit (ODU) SHALL be able to operate in bridged mode, 
over one or more PDNs -PDUs/VLANs.  
TS.64_ 3.6.2_REQ_0 02 In bridged mode operation, the ODU SHALL use DHCP/DHCPv6 to 
assign to the IDU, on each VLAN, the network parameters received from 
the mobile network over a PDN/PDU:  
• IP Address  
• DNS Servers IP Addresses (DHCP Option 6)  
Therefore, in bridge mode operation, the I P Address received on each 
PDN/PDU from the network, is not retained on the ODU itself, but is 
assigned to the IDU on the VLAN corresponding to that PDN/PDU.

assigned to the IDU on the VLAN corresponding to that PDN/PDU.  
TS.64_ 3.6.2_REQ_0 03 The ODU SHALL define, for each VLAN, the following parameters:  
• Subnet Mask  
• Default Gateway  
and assign them to the IDU by means of DHCP/DHCPv6.  
Note 1: this is needed because the mobile network does not provide a 
UE (specifically, the ODU) with such parameters over a PDN/PDU, while 
they are needed to properly configure the ID U with DHCP/DHCPv6.

V1.0 Page 46 of 69 Note 2: Subnet Mask is DHCP Option 1, Default Gateway is DHCP 
Option 3 (Router).  
TS.64_ 3.6.2_REQ_0 04 The ODU MAY define:  
• For the Subnet Mask, a /30 (255.255.255.252)  
• For the Default Gateway, the IP Address immediately after or 
before t he one assigned to the IDU on each VLAN, following the 
rules of the Classless Inter -Domain Routing (CIDR).  
3.6.3  Reliability of IDU -ODU operation  
TS.64_ 3.6.3_REQ_0 01 If an APN is configured in bridge d mode, the ODU SHALL guarantee 
that the IDU IP configuration will always be the same of the WAN  
(mobile)  IP configuration.  
TS.64_ 3.6.3_REQ_0 02 As soon as the WAN (mobile) IP connection state changes, the ODU 
SHALL trigger the IDU IP Address renewal  by means of a reset of the 
physical interface  with the IDU.

physical interface  with the IDU.  
TS.64_ 3.6.3_REQ_0 03 In addition to  the reset of the physical interface with the IDU , the ODU 
MAY trigger the IDU IP Address renewal by using the DHCP 
“ForceRenew ” message as specified in RFC 3203 . 
TS.64_ 3.6.3_REQ_0 04 In case of Out -Of-Coverage condition of LTE/5G signal, w hen the ODU 
is back to coverage, it SHALL perform Tracking Area Update (TAU) until 
the relevant timer expires in order to recover its previous IP address es. 
 
3.6.4  ODU Routed mode operation . 
TS.64_ 3.6.4_REQ_001 The OutDoor Unit (ODU) SHALL be able to operate in routed mode, over 
one or more PDNs -PDUs/VLANs.  
TS.64_ 3.6.4_REQ_0 02 In routed mode operation, the ODU SHALL retain for itself the IP 
Address received from the mobile network over a APN/DNN.

Address received from the mobile network over a APN/DNN.  
TS.64_ 3.6.4_REQ_0 03 In routed mode operation, the ODU SHALL be able to configure the IP 
Address of the IDU, on each VLAN configured in routed mode, by means 
of DHCP, using a private IP address pool.   
TS.64_ 3.6.4_REQ_0 04 In routed mode operation, if DHCP is used, then ODU SH ALL provide 
via DHCP also:  
• The DNS Server IP Address(es), which can be either the ODU 
itself or the Servers received from network;  
• The Default Gateway (Router), which is the IP Address of the 
ODU over the IDU -ODU connection.  
TS.64_ 3.6.4_REQ_0 05 In routed mode operation, the ODU SHALL be able to manage statically 
configured addresses for:  
• The IP Address of the IDU over the IDU -ODU connection : this 
is a directly connected interface  
• The LAN of the IDU : this will be a subnet routed through the IP

• The LAN of the IDU : this will be a subnet routed through the IP 
Address of th e IDU.  
Note: static IP Addressing, for the IDU -ODU connection, can be used as 
an alternative to DHCP.

V1.0 Page 47 of 69 TS.64_ 3.6.4_REQ_0 06 In routed mode operation, the ODU SHALL perform NAT of traffic 
coming from the IDU and destined to the Network.  
3.6.5  Tunnels/VPNs  
TS.64_ 3.6.5_REQ_0 01 The IDU SHALL be able to establish, through the ODU, one or more 
Tunnels or VPN connections, based on IPSec or PPTP or GRE, over 
one or more VLANs, towards Tunnel/VPN Terminators in the network.  
3.7 Device Management  
For the proper maintenance of the FWA Devices it is crucial for operators to be able to 
manage them remotely through an application layer protocol.  
For this purpose,  TR-069 protocol provides the chance to execute Device management and 
monitoring operations such as read and write parameters, perform a firmware upgrade etc.  
TS.64_ 3.7_REQ_001  The FWA Device SHALL support broadband forum (BBF) TR -069

TS.64_ 3.7_REQ_001  The FWA Device SHALL support broadband forum (BBF) TR -069 
Device WAN Managemen t Protocol (Issue:6 corrigendum 1 CWMP 
Version 1.4 or later)  [47]. 
 
All objects and parameters describing the many different functions and capabilities of the 
FWA Devices are hierarchically organised in a XML scheme called “data model”.  
The BBF defines two types of CWMP data models:  
• Root : used to describe the main functions necessary to CWMP (e.g. interfaces, 
SW/FW Diagnostics, basic Device i nformation)  
• Service : used to provide specific services (e.g. Voice, Set -Top-Box).  
For each of service please refer to the following BBF technical reports:  
o TR-135: Data Model for a TR -069 Enabled STB (Set -Top-Boxes), Issue 1, 
Amendment 3 [48] 
o TR-104: Provisioning Parameters for VoIP FWA Device, Issue 2 [49]

o TR-104: Provisioning Parameters for VoIP FWA Device, Issue 2 [49] 
o TR-140: TR -069 Data Model for Sto rage Service Enabled Devices, Issue 1, 
Amendment 3 [50] 
o TR-196: Femto Access Point Service Data Model, Issue 2 [51] 
3.7.1  Common Requirements for IDU and ODU  
In this chapter a set of common requirements for IDU and ODU FWA Devices has been 
identified and organised in five main sections:  
1. RPC methods  
2. Data model structure  
3. Security  
4. Performance monitoring  
5. Data model parameters

V1.0 Page 48 of 69 This is a GSMA minimum set of requirements and then MNOs can add extra metrics according 
to their needs.  
3.7.1.1  RPC methods  
The technical report TR -069 FWA Device WAN Management Protocol (Issue:6 corrigendum 
1 CWMP Version 1.4) provides a summary of all required RPC methods . 
TS.64_ 3.7.1.1_REQ_ 001 The FWA Device SHALL support the following FWA Device RPC 
Methods, as reported in TR -069 (Issue:6 corrigendum 1 CWMP Version 
1.4) technical report, section 3.6  [47]: 
• GetRPCMethods  
• SetParameterValues  
• GetParameterValues  
• GetParameterNames  
• SetParameterAttributes  
• GetParameterAttributes  
• AddObject  
• DeleteObject  
• Reboot 
• Download  
TS.64_ 3.7.1.1_REQ_00 2 The FWA Device SHALL support the following ACS RPC Methods, as 
reported in TR -069 (Issue:6 corrigendum 1 CWMP Version 1.4) 
technical report, section 3.6  [47]:

technical report, section 3.6  [47]: 
• Inform 
• TransferComplete  
TS.64_ 3.7.1.1_REQ_00 3 The FWA Device SHOULD support the following FWA Device RPC 
Methods:  
• Upload  
• FactoryReset  
3.7.1.2  Data model structure  
Regarding the CWMP data model structure, two types of root data models have been 
defined:  
• TR-098: Internet Gateway Device Data Model for TR -069 [52]. The data model 
defined in this specification is DEPRECATED since proved to be inflexible and 
caused problems in representing complex Device configurations; accordingly, it 
should be used only by legacy Devices.  
• TR-181: Device Data Model for TR -069 [53]. This technical report covers the same 
functionality of TR -098 plus several extensions as well as IPv6 support and interface 
stacking mechanism.

stacking mechanism.  
TS.64_ 3.7.1.2_REQ_00 1 For all FWA Devices and upgrades of existing Devices the “Device:2” 
data model defined in TR -181 Issue 2 [53] SHALL be used.

V1.0 Page 49 of 69  
Figure 3 : Device:2 Data Model Structure – Overview  
3.7.1.3  Security  
TS.64_ 3.7.1.3_REQ_00 1 The FWA Device SHALL support TLS 1.2  [54] and any earlier versions 
that are still valid in standards . 
TS.64_ 3.7.1.3_REQ_00 2 TLS versions later than v1.2 MAY be supported . 
TS.64_ 3.7.1.3_REQ_00 4 The FWA Device SHALL support the 
TLS_RSA_WITH_AES_128_CBC_SHA cipher suite . 
TS.64_ 3.7.1.3_REQ_0 05 Signalling request from the device to the ACS SHALL indicate the 
latest  version of TLS that the device supports . 
TS.64_ 3.7.1.3_REQ_ 006 The FWA D evice SHALL fall back to an earlier version of TLS if that is 
requested by the AC S. 
TS.64_ 3.7.1.3_REQ_ 007 The FWA Device SHALL support the mandatory cipher suites for all 
supported TLS versions .

V1.0 Page 50 of 69 3.7.1.4  Performance monitoring  
TS.64_ 3.7.1.4_REQ_ 001 In order to measure the Device performance in terms of downlink and 
uplink throughput and latency, the FWA Device SHALL be compliant to 
BBF TR -143 [55] technical r eport . 
TS.64_ 3.7.1.4_REQ_ 002 The FWA Device SHALL support both FWA Device initiated and 
Network Initiated diagnostics TR -143 approaches.  
TS.64_ 3.7.1.4_REQ_ 003 The FWA Device SHALL support both size -based and time -based TR -
143 throughput testing approaches . 
TS.64_ 3.7.1.4_REQ_ 004 In order to increase the rate that a specific link can be tested, the FWA 
Device SHOULD support TCP multi -thread for TR -143 downlink and 
uplink throughput test . 
TS.64_ 3.7.1.4_REQ_ 005 The FWA Device SHALL support both FTP and HTTP transport for 
Download and Upload diagnostics .

Download and Upload diagnostics . 
TS.64_ 3.7.1.4_REQ_ 006 The FWA Device SHALL support UDP Echo Plus methodology for 
latency and packet loss evaluation (One Way Packet Loss, Round Trip 
Delay, One Way IP Packet Delay Variation) . 
TS.64_3.7.1.4_REQ_ 007 The FWA Device SHOULD support TR -390 for Performance 
Measurement from IP Edge to Customer Equipment using TWAMP 
Light  [56]. 
3.7.1.5  Data model parameters  
This section presents a baseline data model. Please note that parameters will only be used if 
they are relevant to the operator's service offering.    
 
TS.64_ 3.7.1.5_REQ_ 001 The Data model of the FWA Device SHALL contain a set of data object 
concerning the ACS parameter:  
• ACS Url  
• ACS Username  
• ACS Password  
• Connection Request URL  
• Connection Request Username  
• Connection Request Password  
• Periodic Inform Interval

• ACS Url  
• Periodic Inform Interval  
TS.64_ 3.7.1.5_REQ_ 002 The Data model of the FWA Device SHALL contain a set of data object 
concerning APNs info, making a clear distinction between the various 
APN types (Management, Data, Voice):  
• APN Name  
• IP Address and Subnet Mask  
• IP stack (IPv4, IPv6, IPv4v6)  
• APN Authentication Type  
• APN Username  
• APN Password  
TS.64_ 3.7.1.5_REQ_ 003 The Data model of the FWA Device SHALL contain a set of data object 
concerning FWA Device info:  
• Serial Number

V1.0 Page 51 of 69 • IMEI 
• Software/Firmware Version  
TS.64_ 3.7.1.5_REQ_ 004 The Data model of the FWA Device SHALL contain a set of data object 
concerning SIM info:  
• MSISDN  
• IMSI 
• ICCID  
TS.64_ 3.7.1.5_REQ_ 005 The Data model of the FWA Device SHALL contain a set of data object 
concerning network info:  
• PLMN ID  
• Global Cell ID  
• TAC 
• PCI 
TS.64_ 3.7.1.5_REQ_ 006 The Data model of the FWA Device SHALL contain a set of data object 
concerning radio condition, making a clear distinction between 4G and 
5G NSA/SA parameter:  
• Connected bands  
• RSRP  
• RSRQ  
• SINR  
TS.64_ 3.7.1.5_REQ_ 007 If the FWA Device supports VoIP,  the Data model SHALL contain a set 
of data object concerning voice service, as specified in 
TS.64_3.3.2_REQ_043 . 
TS.64_ 3.7.1.5_REQ_ 008 If the FWA Device supports Voice service (VoIP or VoLTE), the Data

TS.64_ 3.7.1.5_REQ_ 008 If the FWA Device supports Voice service (VoIP or VoLTE), the Data 
model SHALL contain the status of SIP registration . 
TS.64_ 3.7.1.5_REQ_ 009 If the FWA Device supports Wi -Fi access point, the Data model SHALL 
contain a set of data object concerning Wi -Fi service:  
• SSID  
• Channel  
• Password  
TS.64_ 3.7.1.5_REQ_ 010 The Data model of the FWA Device SHALL contain a set of data object 
concerning networking (eg. VLAN ID) . 
TS.64_ 3.7.1.5_REQ_ 011 The Data model of the FWA Device SHALL contain a set of data object 
concerning Devices connected to the FWA Device, both via Wi -Fi or 
Ethernet:  
• Host name  
• Connected IP Address  
• MAC Address  
TS.64_ 3.7.1.5_REQ_ 012 The Data model of the FWA Device SHALL contain a set of data object 
concerning TR -143 Diagnostic Parameter:  
• Download URL  
• Interface  
• Ethernet Priority  
• DSCP  
• BOM Time  
• EOM Time

• DSCP  
• BOM Time  
• EOM Time  
• Test Bytes Received  
• Diagnostic Max Connection for multi -thread connections

V1.0 Page 52 of 69 TS.64_ 3.7.1.5_REQ_ 013 The Data model of the FWA Device SHALL contain a set of data object 
concerning NTP service . 
3.7.2  Technical Adaptation of FWA Device  
TS.64_ 3.7.2_REQ_0 01 If the FWA Device implements autoconfiguration based on SIM 
insertion, this SH OULD be able to use the available settings as defined 
in GSMA TS.32  [96]. 
3.8 Security  
TS.64_ 3.8_REQ_0 01 To prevent attacks on secured connections and on the CPE itself , the 
FWA Device SHALL  have unique cryptographic keys and secrets per 
each sample in the factory setting condition.  
TS.64_ 3.8_REQ_0 02 To be able to react to newly appearing exploits of soft - or hardware 
vulnerabilities of the FWA Device  or any of its components , the FWA 
Device  SHALL  have a functionality to update the firmware (operating 
system and applications) using a firmware package .

system and applications) using a firmware package . 
TS.64_ 3.8_REQ_0 03 The FWA Device SHALL support remote firmware upgrade via the 
WAN connection.  
TS.64_ 3.8_REQ_0 04 The FWA Device SHALL be able to verify the authenticity of the 
firmware package before it is installed on the FWA Device  
TS.64_ 3.8_REQ_0 05 The FWA Device SHALL NOT install an unsigned firmware pa ckage  
TS.64_ 3.8_REQ_0 06 The FWA Device SHALL support a Factory Reset feature, deleting all 
personal data and end -user setting from the FWA Device.  
TS.64_ 3.8_REQ_0 07 The FWA Device SHALL provide at least two different methods to the 
end-user to request the factory reset, e.g. Web UI and pinhole/reset 
button on the case of the FWA Device.  
TS.64_ 3.8_REQ_0 08 The FWA Device SHALL expose, on any interface, a defined and

TS.64_ 3.8_REQ_0 08 The FWA Device SHALL expose, on any interface, a defined and 
declared set of services, identified by specific TCP and/or UDP ports.  
TS.64_ 3.8_REQ_0 09 The FWA Device SHALL allow the customization of the active services 
and corresponding open ports, based on MNOs requirements.  
TS.64_ 3.8_REQ_0 10 Any other port on any interface of the FWA Device, out of those 
defined by MNO custom requirements, SHALL be closed at all times.  
TS.64_ 3.8_REQ_0 11 If the FWA Device has a serial interface to access the Device, it 
SHALL be closed by default, unless differently required by the MNO.

V1.0 Page 53 of 69 3.8.1  Passwords  
TS.64_ 3.8.1_REQ_0 01 Access to the configuration of the FWA Device  SHALL  be secured by a 
password , both in Factory Reset condition (preset password used with 
factory settings ) and after user customization.  
TS.64_ 3.8.1_REQ_0 02 The preset password used with factory settings SHALL  NOT contain 
information derived from data or parts of data related to the FWA 
Device itself (e.g. manufacturer, model name, MAC  address , IMEI, … ) 
TS.64_ 3.8.1_REQ_0 03 If the FWA Device does not implement a forced preset password 
customization at the first access of the user to the Web UI, t he preset 
password SHALL be unique for each device of the same manufacturer . 
TS.64_ 3.8.1_REQ_0 04 Preset passwords and customized passwords SHALL  fulfil the 
following requ irements:  
• SHALL  contain at least 8 characters  (12+ recommended)

• SHALL  contain at least 8 characters  (12+ recommended)  
• SHALL contain at least:  
• one uppercase letters [A -Z] 
• one l owercase  letters [a -z] 
• one special characters [e.g. ?, !, $, etc.]  
• one numeric characters [0 -9] 
TS.64_ 3.8.1_REQ_0 05 Different security requirements for passwords MAY be defined, based 
on MNO requirements.  
TS.64_ 3.8.1_REQ_0 06 The FWA Device  SHALL  allow an authenticated end -user to change 
the password after entering the previous password.  
TS.64_ 3.8.1_REQ_0 07 The FWA Dev ice SHALL  prevent the user from selecting a weak 
password without being warned about doing so . 
TS.64_ 3.8.1_REQ_0 08 Password based authentication SHALL  be protected against brute 
force attacks. A suitable solution is reducing the amount of login 
attempts in a certain time span (e.g. tarpit) or equivalent techniques .

attempts in a certain time span (e.g. tarpit) or equivalent techniques . 
TS.64_ 3.8.1_REQ_0 09 After authentication , the session of the authenticated end -user SHAL L 
be protected against session hijacking attacks. Minimal requirements 
for such a protection are a session time out and the use of a CSRF 
token . 
TS.64_ 3.8.1_REQ_0 10 IF the FWA device have SAMBA or DLNA the end -user SHALL be 
capable of setting a password t o protect access to media devices 
connected to the device .

V1.0 Page 54 of 69 3.8.2  Web UI security requirements  
TS.64_ 3.8.2_REQ_0 01 The FWA Device  SHALL  NOT have, in factory reset condition,  
accounts undocumented to the end -user. 
TS.64_ 3.8.2_REQ_0 02 In factory se tting condition, the FWA Device SHALL  allow end -user 
access to the configuration only using the LAN or Wi-Fi interface . 
TS.64_ 3.8.2_REQ_0 03 To maintain a secure operation , the FWA Device SHALL provide the 
necessary security relevant information to the authenticated end -user. 
TS.64_ 3.8.2_REQ_0 04 The FWA Device MAY offer to the end -user remote access to the 
configuration via WAN interface, e.g. through a  Web server . 
TS.64_ 3.8.2_REQ_0 05 IF the FWA Device  offers remote configuration , this communication 
SHALL  be encrypted using strong protocols and cipher suites .

SHALL  be encrypted using strong protocols and cipher suites . 
TS.64_ 3.8.2_REQ_0 06 IF the FWA Device  offers remote configuration, the status of this 
functionality (active/ inactive) SHALL  be made available to the end -
user. 
TS.64_ 3.8.2_REQ_0 07 IF the FWA Device  offers remote configuration, th e status of this  
functionality SHALL be disabled in factory setting condition.  
TS.64_ 3.8.2_REQ_0 08 If the FWA Device  provides  an option to save and/or restore the 
configuration to a file, this function SHALL  be available only to 
successfully authenticated users.  
TS.64_ 3.8.2_REQ_0 09 Credentials and security -sensitive data SHALL  be stored securely in 
the FWA Device . 
TS.64_ 3.8.2_REQ_0 10 Hard -coded credentials in device software SHALL NOT  be used . 
TS.64_ 3.8.2_REQ_0 11 If the FWA Device  provides  an option to save and/or restore the

TS.64_ 3.8.2_REQ_0 11 If the FWA Device  provides  an option to save and/or restore the 
configuration to a file , its content SHALL be encrypted . 
TS.64_ 3.8.2_REQ_0 12 The FWA Device  SHALL  allow the end -user to display the version 
number of the firmware currently installed on the Device . 
3.9 User Data Protection and Privacy  
In the provision of the FWA service, the FWA Device processes user personal  data, for 
which privacy requirements app ly. 
Such data fall into some categories:  
• Data essential for the basic services of the FWA Device: for example, the MAC 
Addresses of the hosts connected in LAN to the FWA Device are needed in order to 
properly route data traffic to/from these hosts.  
• Data useful to provide additional services of the FWA Device: for example, the call 
log, that is the list of received, placed and missed voice calls , may be a useful service

log, that is the list of received, placed and missed voice calls , may be a useful service 
provided by the FWA Device, although it is based on sensitive data.

V1.0 Page 55 of 69 • Data useful to  provide additional services offered by the MNO using a combination of 
features local to the FWA Device and remotely located in the network: for example, 
MAC Addresses and hostnames may be used by Wi -Fi diagnostics applications, to 
provide the end -user hin ts and advice  to optimize the Wi -Fi performance in the home 
network.  
TS.64_ 3.9_REQ_0 01 The nature and amount of user personal data being stored, processed 
and transmitted by the FWA Device SHALL be clearly identified and 
declared.  
TS.64_ 3.9_REQ_0 02 Person al data SHALL be processed by the FWA Device in compliance 
with the Data Protection and Privacy regulations in effect in the country 
where the FWA Device is deployed.  
TS.64_ 3.9_REQ_0 03 Personal data SHALL be stored in the FWA Device ONLY IF permitted

TS.64_ 3.9_REQ_0 03 Personal data SHALL be stored in the FWA Device ONLY IF permitted 
by the Data Protection and Privacy regulations in effect in the country 
where the FWA Device is deployed and following the mandatory 
prescriptions.  
Note: for example, a regulator might require to anonymize data to be 
presented, e.g. anonymizing the last digits  of a phone number or a 
significant portion of a hostname/MAC Address.  
TS.64_ 3.9_REQ_0 04 If permitted, the storage of personal data onboard the FWA Device 
SHALL be done in an encrypted manner.  
TS.64_ 3.9_REQ_0 05 Personal data in the FWA Device SHALL be presented to the end user 
only upon authenticated access and by means of secure protocols.  
TS.64_ 3.9_REQ_0 06 Personal data SHALL be transmitted by the FWA Device to the MNO 
ONLY IF permitted by the Data Protection and Privacy regulations in

ONLY IF permitted by the Data Protection and Privacy regulations in 
effect in the country where the FWA Device is deployed and following 
the mandatory prescriptions.  
Note: for example, a regul ator might require to anonymize data to be 
transmitted, e.g. anonymizing the last digits of a phone number or a 
TS.64_ 3.9_REQ_0 07 Personal data in the FWA Device SHALL NOT be shared with other 
parties other t han the MNO providing the service and/or its business 
partners specifically identified by the MNO.  
TS.64_ 3.9_REQ_0 08 If permitted, the transmission of personal data between the FWA 
Device and the MNO network SHALL happen only through 
authenticated session s and encrypted protocols.

V1.0 Page 56 of 69 3.10 Hardware, Safety, EMC requirements and environment operating 
conditions  
3.10.1  General  
TS.64_ 3.10.1 _REQ_0 01 The FWA Device SHALL comply to the safety, health and 
environmental protection regulations of the market where it is meant to 
be used.  
TS.64_ 3.10.1 _REQ_0 02 The FWA Device SHALL comply to the ElectroMagnetic Compatibility 
(EMC) regulations of the market where it is meant to be used.  
TS.64_ 3.10. 1_REQ_ 003 The FWA Device SHALL comply to the eco -design and energy 
efficiency  regulations of the market where it is meant to be used.  
TS.64_ 3.10. 1_REQ_ 004 The FWA Device SHALL comply to the restrictions of use of hazardous 
materials and waste management regulations of the market where it is 
meant to be used.  
TS.64_ 3.10. 1_REQ_ 005 For the Indoor FWA Device and the  InDoor Unit of the OutDoor FWA

TS.64_ 3.10. 1_REQ_ 005 For the Indoor FWA Device and the  InDoor Unit of the OutDoor FWA 
Solution, t he maximum allowed temperature on the different parts of 
the enclosure, except the one on the bottom side, in any environmental 
condition during stationary use, shall be not higher  than 55°C.  
TS.64_ 3.10. 1_REQ_ 006 The FWA Device SHALL comply to the noise emissions regulations of 
the market where it is meant to be used.  
TS.64_ 3.10. 1_REQ_ 007 Regarding the insulation against water and dust, t he OutDoor Unit of 
the OutDoor FWA Solution SHALL be compliant at least  to the class 
IP65 of the international standard IEC 60529  [89]. 
TS.64_ 3.10. 1_REQ_ 008 Regarding the electrical resistibility, the Indoor FWA Device and the  
InDoor Unit of the OutDoor FWA Solution  SHALL  comply with basic 
requirements defined by Rec. ITU -T K.21 [90] (Resistibility of

requirements defined by Rec. ITU -T K.21 [90] (Resistibility of 
telecommunication equipment installed in customer premises to 
overvoltages and overcurrents ) and K.44 [91] (Resistibility tests for 
telecommunication equipment exposed to overvoltages and 
overcurrents – Basic Recommendation ). 
TS.64_ 3.10. 1_REQ_ 009 Regarding the electrical resistibility, the OutDoo r Unit of the OutDoor 
FWA Solution , including the external power supply, SHALL  comply 
with basic requirements defined by Rec. ITU -T K.21 [90] (Resistibility 
of telecommunication equipment installed in customer premises to 
overvoltages and overcurrents ), K.44 [91] (Resistibility tests for 
overcurrents – Basic Recommendation ) and K .45 [92] (Resistib ility of 
telecommunication equipment installed in the access and trunk 
networks to overvoltages and overcurrents ).

networks to overvoltages and overcurrents ). 
TS.64_ 3.10. 1_REQ_ 010 The FWA Device SHALL have a MTBF (Mean Time Between Failure) 
not shorter than 7 years at 30 °C.

V1.0 Page 57 of 69 TS.64_ 3.10.1_ REQ_ 011 In countries where there’re no safety requirements, the FWA Device 
SHOULD comply with the requirements mandatory for the CE marking.  
Note 1: examples or mandatory regulatory requirements for some markets:  
• CE Marking for the operation in the Economic European Area (EEA).  
• FCC regulatory requirements  for the operation in the US market . 
Note 2: some operators may require additional certifications.  
Note 3: See Annex A for detailed list of European norms to be fulfilled in EU for EMC, Safety & Radio 
aspects.  
3.11 Stability  
TS.64_ 3.11_REQ_0 01 In case of loss of power, when the power is restored the FWA Device 
SHALL return automatically to the operational state, with all services 
(e.g., data, voice) restored according to the configuration of the device 
prior the power interruption.

prior the power interruption.  
TS.64_ 3.11_REQ_0 02 In case of loss of radio signal(s), when the radio signal is restored the 
FWA Device SHALL return automatically to the operational state, with 
all services (e.g. , data, voice) restored according to the configuration of 
the device prior the radio signal interruption.  
TS.64_ 3.11_REQ_0 03 For data service, in normal operating condi tions, the FWA Device 
SHALL offer a service availability equal or greater than 99.95%.  
Note: this objective considers only the availability of the Device itself, 
not the availability of the network.  
TS.64_ 3.11_REQ_0 04 In normal operating conditions, the FWA Device SHALL offer a service 
availability for voice service of at least 99.5%.  
Note: this objective considers only the availability of the Device itself,

TS.64_ 3.11_REQ_0 05 The FWA Device SHALL maintain uninterrupted voice (SIP protocol) 
registration for at least 72 consecutive hours, during which the Device 
is idle for Voice.  
TS.64_ 3.11_REQ_0 06 At the end of the idle period of req. TS.64_ 3.11. 0_REQ_005 , the FWA 
Device SHALL be able to receive and make p hone calls regularly, as 
well as to transmit and receive IP data user packets regularly.  
TS.64_ 3.11_REQ_0 07 If voice service is supported, the FWA Device SHALL be able to 
support long -lasting voice calls (1.5 hours at least).  
TS.64_ 3.11_REQ_0 08 As regar ds the performance targets reported at sect. 3.4 and 3.5, with 
reference to 3GPP TS 36.101  [93] (for 4G), TS 38.101 -1 [94] (5G FR1) 
and TS 38.101 -2 [95] (5G FR2),  the Indoor FWA Device and the

and TS 38.101 -2 [95] (5G FR2),  the Indoor FWA Device and the  
InDoor Unit of the OutDoor FWA Solution  SHALL offer:  
• 100% of the targets, in the “normal conditions” temperature 
range.

V1.0 Page 58 of 69 TS.64_ 3.11_REQ_0 09 As regards the performance targets reported at sect. 3.4 and 3.5, with 
reference to 3GPP TS 36.101 [93] (for 4G), TS 38.101 -1 [94] (5G FR1) 
• At least 85% of the targets, in “extreme conditions” 
temperature range (outside the “normal condition” range).  
TS.64_ 3.11_REQ_0 10 As regards the performance targets reported at sect. 3.4, with 
reference 3GPP TS 36.101  [93] (for 4G), TS 38.101 -1 [94] (5G FR1) 
and TS 38.101 -2 [95] (5G FR2),  the OutDoor Unit of the OutDoor FWA 
Solution  SHALL offer:  
• 100% of the targets, in the “extreme conditions” temperature 
range.  
3.12 User Interface  
TS.64_ 3.12_REQ_0 01 The FWA Device SHALL offer a Web UI to the end user for

range.  
TS.64_ 3.12_REQ_0 01 The FWA Device SHALL offer a Web UI to the end user for 
customizing the configuration of the FWA Device.  
TS.64_ 3.12_REQ_0 02 The FWA Device SHALL comply to the requirements defined in sect. 
3.8.2 as regards Web UI Security.  
TS.64_ 3.12_REQ_0 03 The Web UI SHOULD permit th e configuration of all the service 
features relevant for the end user.  
TS.64_ 3.12_REQ_0 04 The Web UI SHALL be customizable based on MNO requirements.  
4 Specific Requirements for 4G FWA Devices  
4.1 Radio/RRC/NAS specific requirements for 4G FWA devices  
TS.64_4.1_REQ_001  The FWA device SHALL be compliant with 3GPP E -UTRAN Access 
Stratum Release 12 baseline or later.  
TS.64_4.1_REQ_00 2 The FWA device SHALL support EEA0 Null Encryption Algorithm.  
TS.64_4.1_REQ_00 3 The FWA device SHALL support 128-EEA1 EPS Encryption Algorithm

TS.64_4.1_REQ_00 3 The FWA device SHALL support 128-EEA1 EPS Encryption Algorithm 
(based on SNOW 3G algorithm) for both RRC signalling ciphering and 
User Plane ciphering.  
TS.64_4.1_REQ_00 4 The FWA device SHALL support 128 -EEA2 EPS Encryption Algorithm 
(based on AES algorithm) for both RRC signalling ci phering and User 
Plane ciphering.  
TS.64_4.1_REQ_00 5 The FWA device SHOULD support 128 -EEA3 EPS Encryption 
Algorithm (based on ZUC algorithm) for both RRC signalling ciphering 
and User Plane ciphering.  
TS.64_4.1_REQ_00 6 The FWA device SHALL support EIA0 N ull Integrity Algorithm.

V1.0 Page 59 of 69 TS.64_4.1_REQ_00 7 The FWA device SHALL support 128 -EIA1 EPS Integrity Algorithm 
(based on SNOW 3G algorithm) for both RRC and NAS signalling 
integrity protection.  
TS.64_4.1_REQ_00 8 The FWA device SHALL support 128 -EIA2 EPS Integrity Algorithm 
(based on AES algorithm) for both RRC and NAS signalling integrity 
protection.  
TS.64_4.1_REQ_00 9 The FWA device SHOULD support 128 -EIA3 EPS Integrity Algorithm 
(based on ZUC algorithm) for both RRC and NAS signalling integrity 
protecti on. 
TS.64_4.1_REQ_0 10 The FWA device SHALL support EPS -AKA Authentication Protocol.  
TS.64_ 4.1_REQ_0 11 In order to support the transmission techniques reported above, the 
FWA device SHALL support ue -CategoryDL 11 and ue -CategoryUL 5 
or higher and all fall back configurations foreseen by the standard.

or higher and all fall back configurations foreseen by the standard.  
TS.64_ 4.1_REQ_ 012 The FWA device SHOULD support ue-CategoryDL 12 and ue -
CategoryUL 13 (Uplink CA support) or higher and all fallback 
configurations foreseen by the standard.  
Note: if the FWA device supports this requirement, then 
TS.64_4.1_REQ_001 requirement does not apply . 
TS.64_ 4.1_REQ_0 13 The FWA device SHALL support at least 3DL LTE Carrier Aggregation 
capability . 
TS.64_ 4.1_REQ_0 14 The FWA device SHOULD support 2UL LTE Carri er Aggregation 
TS.64_ 4.1_REQ_0 15 The FWA device SHALL support MIMO 4x4 capability at least on one 
LTE mid -band (e.g. , LTE B3 for Europe/Asia or B2 for US) . 
TS.64_ 4.1_REQ_0 16 The FWA device SHALL support 256QAM modulation for downlink . 
TS.64_ 4.1_REQ_0 17 The FWA device SHALL support 64QAM modulation for uplink .

TS.64_ 4.1_REQ_0 17 The FWA device SHALL support 64QAM modulation for uplink . 
TS.64_ 4.1_REQ_0 18 The FWA device SHOULD support 256QAM modulation for uplink . 
TS.64_ 4.1_REQ_0 19 The FWA device SHALL support standardized QCIs as specified in 
3GPP TS 23.203  [5]. 
TS.64_ 4.1_REQ_0 20 The FWA device SHOULD support operator specific  QCIs as specified 
in 3GPP TS 23.203  [5]. 
TS.64_4.1_REQ_0 21 The FWA device SHALL support periodical intra -frequency ANR 
measurements for reporting to the network the Strongest Cells and 
related CGI (Cell Global Identity).  
TS.64_4.1_REQ_0 22 The FWA device SHALL support periodical inter -frequency ANR 
4.2 Antenna Performance Acceptance Values  for 4G FWA devices  
As described in GSMA TS.24  [57], the GSMA Terminal Steering Group have reviewed results

As described in GSMA TS.24  [57], the GSMA Terminal Steering Group have reviewed results 
of antenna performance tests , aligning  test methods and performance values to be used as 
guidelines for acceptable performance of antennas in Mobile devices  to facilitate alignment 
and agreement among  the various operators  representing America, Europe, and Asia.

V1.0 Page 60 of 69 GSMA TS.24 (Operator Acceptance Values for Device Antenna Performance) version 6 
onwards has specific focus on FWA Devices, as they have different form factor which may 
improve Antenna performance.  
TS.64_ 4.2_REQ_001  The FWA device SH ALL be compliant to TS.24 for Antenna 
Performance  acceptance values  [57]. 
5 Specific Requirements for 5G NSA FWA Devices  
TS.64_ 5_REQ_0 01 The FWA device SHALL support standardized QCIs as specified in 
TS.64_ 5_REQ_0 02 The FWA device SHOULD support operator -specific QCIs as specified 
TS.64_ 5_REQ_0 03 The FWA device SHALL be compliant with 3GPP E -UTRAN and NR 
Access Stratum Release 16 baseline or later.  
TS.64_ 5_REQ_0 04 The FWA device SHALL support periodical ANR measurements for 
reporting via the 4G network the Strongest NR Cells and related CGI

reporting via the 4G network the Strongest NR Cells and related CGI 
(Cell Global Identity) when in ENDC operation.  
(reportCGI -NR-EN-DC-r15) 
(nr-CGI-Reporting -ENDC)  
TS.64_ 5_REQ_0 05 The FWA device SHOULD support periodical inter -RAT ANR 
measurements for reporting via the 4G network the Str ongest NR Cells 
and related CGI (Cell Global Identity) when not in ENDC operation.  
(reportCGI -NR-NoEN -DC-r15) 
TS.64_ 5_REQ_0 06 The FWA device SHALL support periodical inter -RAT ANR 
measurements for reporting via the NR network the Strongest 4G Cells 
and re lated CGI (Cell Global Identity).  
(eutra -CGI-Reporting)  
TS.64_ 5_REQ_0 07 The FWA device SHALL support periodical intra -RAT ANR 
measurements for reporting via the NR network the Strongest NR Cells 
and related CGI (Cell Global Identity).  
(nr-CGI-Reporting)

(nr-CGI-Reporting)  
5.1 Radio/RRC/NAS specific requirements for 5G -FR1 NSA FWA devices . 
TS.64_ 5.1_REQ_00 1 The FWA device SHALL support EN -DC (Option 3x) . 
TS.64_ 5.1_REQ_00 2 The FWA device SHALL support DSS technology . 
TS.64_ 5.1_REQ_00 3 The FWA device SHALL support rateMatchingResrcSetSemi -Static 
Information element in the Capability Information message.  
Note: It indicates the UE supports receiving PDSCH with resource 
mapping that excludes the REs corresponding to resource sets 
configure d with RB -symbol level granularity following the semi -static 
configuration as specified in TS 38.214.  
TS.64_ 5.1_REQ_00 4 The FWA device SHALL support rateMatchingResrcSetDynamic 
mapping that excludes the REs corresponding to resource sets

V1.0 Page 61 of 69 5.2 Radio/RRC/NAS specific requirements for 5G -FR2 NSA FWA devices  
If the Device supports 5G FR2, the following requirements apply.  configured wi th RB -symbol level granularity based on dynamic 
indication in the scheduling DCI as specified in TS 38.214.  
TS.64_ 5.1_REQ_00 5 The FWA device SHALL support rateMatchingLTE -CRS Information 
element at least for one FDD mid -band (e.g. n1,n3) in the Capability  
Information message.  
mapping that excludes the REs determined by the higher layer 
configuration LTE -carrier configuring common RS, as specified in TS 
38.214.  
TS.64_ 5.1_REQ_00 6 The FWA devic e SHOULD support AdditionalDMRS -DL-Alt Information 
element in the Capability Information message.  
Note: It indicates the support of the alternative additional DMRS

Note: It indicates the support of the alternative additional DMRS 
position for coexistence with LTE CRS.  
TS.64_ 5.1_REQ_00 7 The FWA device SHALL support NR S RS antenna switching 1T4R in 
5G NR TDD high -bands (e.g. n77/n78).  
TS.64_ 5.1_REQ_00 8 The FWA device SHALL support NR SRS antenna switching 1T2R in 
5G NR TDD mid - and low -bands.  
TS.64_ 5.1_REQ_ 009 The FWA device SHOULD support 2DL NR Inter-Band  Carrier 
Aggregation . 
TS.64_ 5.1_REQ_ 010 The FWA device SHALL support UL split bearer to transmit 
concurrently on LTE and NR . 
TS.64_ 5.1_REQ_ 011 The FWA device SHALL support MIMO 4x4 DL capability on NR mid -
bands (e.g. NR bands n77/n78) . 
TS.64_5.1_REQ_ 012 The FWA device SHALL support 4Rx diversity on NR bands.  
TS.64_5.1_REQ_0 13 The FWA device SHOULD support 8Rx diversity on NR bands.  
TS.64_5.1_REQ_0 14 The FWA device MAY support more than 8Rx diversity on NR bands.

TS.64_5.1_REQ_0 14 The FWA device MAY support more than 8Rx diversity on NR bands.  
TS.64_ 5.1_REQ_ 015 The FWA device SHALL support 256QAM modulation for downlink . 
TS.64_ 5.1_REQ_ 016 The FWA device SHALL support 64QAM modulation for uplink . 
TS.64_ 5.1_REQ_ 017 The FWA device SHOULD support 256QAM modulation for uplink . 
TS.64_ 5.1_REQ_0 18 The FWA device SHALL support power class 3 (23 dBm) . 
TS.64_5.1_REQ_0 19 The FWA device SHOULD support power class 2 (26 dBm)  in 
compliance with 3GPP TS 38.101 -1 [58].  
TS.64_5.1_REQ_0 20 The FWA device SHOULD support power class 1.5 (29 dBm)  in 
TS.64_ 5.1_REQ_ 021 The FWA device  SHALL support 15 kHz Sub -Carrier Spacing  in FR1 
NR bands.  
TS.64_ 5.1_REQ_ 022 The FWA device  SHALL support 30 kHz Sub -Carrier Spacing  in FR1 
NR bands.

V1.0 Page 62 of 69 TS.64_ 5.2_REQ_0 01 The FWA device SHALL support EN -DC (Option 3x) . 
TS.64_ 5.2_REQ_ 002 The FWA device SHALL support 2DL contiguous NR Carrier 
TS.64_ 5.2_REQ_ 003 The FWA device SHOULD support 2UL contiguous NR Carrier 
TS.64_ 5.2_REQ_ 004 The FWA device SHALL support UL split bearer to transmit 
TS.64_ 5.2_REQ_ 005 The FWA de vice SHALL support MIMO 2x2 DL capability on NR FR2 
bands (e.g. , NR bands n257/n258) . 
TS.64_ 5.2_REQ_ 006 The FWA device SHOULD support MIMO 4x4 DL capability on NR 
FR2 bands (e.g. , NR bands n257/n258) . 
TS.64_ 5.2_REQ_ 007 The FWA device SHALL support 64QAM modulation for downlink . 
TS.64_ 5.2_REQ_ 008 The FWA device SHOULD support 256QAM modulation for downlink . 
TS.64_ 5.2_REQ_ 009 The FWA device SHALL support 64QAM modulation for uplink .

TS.64_ 5.2_REQ_ 009 The FWA device SHALL support 64QAM modulation for uplink . 
TS.64_ 5.2_REQ_ 010 The FWA device SHOULD support 256QAM modulation for uplink . 
TS.64_ 5.2_REQ_0 11 The FWA device SHALL support power class 3 (23 dBm) . 
TS.64_ 5.2_REQ_0 12 The FWA device SHOULD support power class 2 (26 dBm) . 
TS.64_ 5.2_REQ_013  The FWA device SHOULD support power class 1 (31 dBm) . 
TS.64_ 5.2_REQ_01 4 The FWA device  SHALL support 100 MHz channel bandwidth  in FR2 
NR TDD bands (e.g. , n257/n258).  
TS.64_ 5.2_REQ_01 5 The FWA device  SHOULD  support 200 MHz channel bandwidth  in 
FR2 NR TDD bands (e.g. , n257/n258).  
TS.64_ 5.2_REQ_01 6 The FWA device  SHOULD  support 400 MHz channel bandwidth  in 
TS.64_ 5.2_REQ_01 7 The FWA device  SHALL support 60 KHz Sub -Carrier Spacing  in FR2 
NR TDD bands (e.g. , n257/n258).

TS.64_ 5.2_REQ_01 8 The FWA device  SHALL support 120 KHz Sub-Carrier Spacing  in FR2 
5.3 Antenna Performance Acceptance Values  for 5 G NSA FWA devices  
TS.64_ 5.3_REQ_001  The FWA device SHALL be compliant to TS.24 [57] for Antenna 
Performance acceptance values.

V1.0 Page 63 of 69 6 Specific Requirements for 5G SA FWA Devices  
TS.64_ 6_REQ_001  The FWA device SHALL support Option 2 SA deployment option.  
TS.64_ 6_REQ_00 2 The FWA device SHOULD support Option 4 NSA deployment option . 
TS.64_ 6_REQ_003  The FWA device SHALL be compliant with 3GPP NR Access Stratum 
Release 16 baseline or later.  
TS.64_ 6_REQ_0 04 The FWA device SHALL support standardized 5QIs as specified in 
3GPP TS 23 .501 [5]. 
TS.64_ 6_REQ_0 05 The FWA device SHALL support NEA0 Null Encryption Algorithm . 
TS.64_ 6_REQ_0 06 The FWA device SHALL support 128 -NEA1 New radio Encryption 
Algorithm (based on SNOW 3G algorithm) . 
TS.64_ 6_REQ_0 07 The FWA device SHALL support 128 -NEA2 New radio Encryption 
Algorithm (based on AES algorithm) . 
TS.64_ 6_REQ_0 08 The FWA device SHOULD support 128 -NEA3 New radio Encryption 
Algorithm (based on ZUC algorithm) .

Algorithm (based on ZUC algorithm) . 
TS.64_ 6_REQ_0 09 The FWA device SHALL support 128 -NIA1 New radio Integrity 
TS.64_ 6_REQ_0 10 The FWA device SHALL support 128 -NIA2 New radio Integrity 
Algorithm (based on AES algori thm). 
TS.64_ 6_REQ_0 11 The FWA device SHOULD support 128 -NIA3 New radio Integrity 
TS.64_ 6_REQ_0 12 The FWA device SHALL support 5G -AKA Authentication Protocol 
Algorithm . 
TS.64_ 6_REQ_0 13 The FWA device SHALL support EAP-AKA Authentication Protocol 
TS.64_6_REQ_0 14 The FWA device SHALL support Initial 5GC Registration with SUCI, as 
per 3GPP TS 24.501  [82]. 
TS.64_6_REQ_0 15 The FWA device  SHALL support  5G Slicing User Equipment Route 
Selection Policy (URSP) parameters .

Selection Policy (URSP) parameters . 
TS.64_6_REQ_ 016 The FWA device  SHALL support 5G Slicing Network Slice Selection 
Assistance Information (NSSAI) parameters, as per 3GPP TS 24.501 
[82]. 
TS.64_6_REQ_0 17 The FWA device  SHALL support SST (Slice/Service Type) and SD 
(Slice Differentiator) parameters.  
TS.64_6_REQ_0 18 The F WA device  SHALL  support  standardised  SST values, as 
specified in 3GPP TS 23.501 [81].

V1.0 Page 64 of 69 6.1 Radio/RRC/NAS specific requirements for 5G -FR1 SA FWA devices  
TS.64_ 6.1_REQ_ 001 The FWA device SHALL support 2DL NR Carrier Aggregation.  
TS.64_ 6.1_REQ_ 002 The FWA Device SHALL support all combinations of FDD and TDD 
duplexing (i.e. , 2F, 2T, F+T and T+F)  in 2DL NR Carrier Aggregation.  
TS.64_ 6.1_REQ_ 003 The FWA device SHOULD support 3DL NR Carrier Aggregation.  
TS.64_ 6.1_REQ_ 004 The FWA device MAY support 4DL  NR Carrier Aggregation or higher 
order . 
TS.64_ 6.1_REQ_ 005 The FWA device SHOULD support 2UL NR Carrier Aggregation.  
TS.64_ 6.1_REQ_ 006 The FWA device  SHALL support 15 kHz Sub -Carrier Spacing  in FR1 
NR bands.  
TS.64_ 6.1_REQ_ 007 The FWA device  SHALL support 30 kHz Sub -Carrier Spacing  in FR1 
NR bands.  
TS.64_ 6.1_REQ_ 008 The FWA device SHALL support MIMO 4x4 DL capability on NR high -

NR bands.  
NR bands.  
bands (e.g. NR bands n77/n78).  
TS.64_ 6.1_REQ_ 009 The FWA device SHALL  support MIMO 2x2 UL capability on NR high -
TS.64_6.1_REQ_ 010 The FWA device SHALL support 4Rx diversity on NR bands.  
TS.64_6.1_REQ_0 11 The FWA device SHOULD support 8Rx diversity on NR bands.  
TS.64_6.1_REQ_0 12 The FWA device MAY support more than 8Rx diversity on NR bands.  
TS.64_ 6.1_REQ_ 013 The FWA device SHALL support 256QAM modulation for downlink . 
TS.64_ 6.1_REQ_ 014 The FWA device MAY support 1024QAM modulation for downlink  on 
NR TDD FR1 high -bands (e.g. n77/n78).  
TS.64_ 6.1_REQ_0 15 The FWA device SHALL support 64QAM modulation for uplink . 
TS.64_ 6.1_REQ_0 16 The FWA device SHOULD support 256QAM modulation for uplink .

TS.64_ 6.1_REQ_0 16 The FWA device SHOULD support 256QAM modulation for uplink . 
TS.64_ 6.1_REQ_0 17 The FWA device SHALL support power clas s 3 (23 dBm) . 
TS.64_6.1_REQ_0 18 The FWA device SHOULD support power class 2 (26 dBm)  in 
TS.64_6.1_REQ_0 19 The FWA device SHOULD support power class 1.5 (29 dBm)  in 
compliance with 3GPP TS 38.101 -1 [58].

V1.0 Page 65 of 69 6.2 Radio/RRC/NAS specific requirements for 5G -FR2 SA FWA devices  
TS.64_ 6.2_REQ_ 001 The FWA device SHALL support 2DL intra -band contiguous NR 
Carrier Aggregation.  
TS.64_ 6.2_REQ_ 002 The FWA device SHOULD support 4DL intra -band contiguous NR 
TS.64_ 6.2_REQ_ 003 The FWA device SHOULD support 8DL intra-band contiguous NR 
TS.64_ 6.2_REQ_ 004 The FWA device SHOULD support 2UL intra -band contiguous NR 
TS.64_ 6.2_REQ_ 005 The FWA device MAY support 4UL intra -band contiguous NR Carrier 
Aggregation.  
TS.64_ 6.2_REQ_ 006 The FWA device  SHALL support 100 MHz channel bandwidth  in FR2 
TS.64_ 6.2_REQ_ 007 The FWA device  SHOULD  support 200 MHz channel bandwidth  in 
FR2 NR TDD bands (e.g. , n257/n258).

TS.64_ 6.2_REQ_ 008 The FWA device  SHOULD  support 400 MHz channel bandwidth  in 
TS.64_ 6.2_REQ_ 009 The FWA device  SHALL support 60 kHz Sub -Carrier Spacing  in FR2 
TS.64_ 6.2_REQ_ 010 The FWA device  SHALL support 120 kHz Sub -Carrier Spacing  in FR2 
TS.64_ 6.2_REQ_ 011 The FWA device SHALL support MIMO 2x2 DL capability on NR FR2 
bands (e.g. , NR bands n257/n258).  
TS.64_ 6.2_REQ_ 012 The FWA device SHOULD support MIMO 4x4 DL capability on NR 
FR2 bands (e.g. , NR bands n257/n258).  
TS.64_ 6.2_REQ_ 013 The FWA device SHALL support 64QAM modulation for downlink . 
TS.64_ 6.2_REQ_ 014 The FWA device SHOULD support 256QAM modulation for downlink .

TS.64_ 6.2_REQ_ 014 The FWA device SHOULD support 256QAM modulation for downlink . 
TS.64_ 6.2_REQ_ 015 The FWA device SHALL support 64QAM modulati on for uplink . 
TS.64_ 6.2_REQ_ 016 The FWA device SHOULD support 256QAM modulation for uplink . 
TS.64_ 6.2_REQ_ 017 The FWA device SHALL support power class 3 (23 dBm) . 
TS.64_6.2_REQ_ 018 The FWA device SHOULD support power class 2 (26 dBm)  in 
TS.64_6.2_REQ_ 019 The FWA device SHOULD support power class 1  (31 dBm)  in 
6.3 Antenna Performance Acceptance Values  for 5G SA  FWA devices  
TS.64_ 6.3_REQ_001  The FWA device SHALL be compliant to TS.24 [57] for Antenna 

V1.0 Page 66 of 69 Annex  A Hardware, Safety and EMC normative references for 
European Market  
A.1 Safety  
• EN 50385:2017 (Product standard to demonstrate the compliance of base station 
equipment with electromagnetic field exposure limits (110 MHz - 100 GHz), when 
placed on the market).  
• EN 62311:2020. Assessment of electronic and electrical equipment related to human 
exposure restrictions for electromagnetic fields (0 Hz - 300 GHz).  
• IEC EN 62368 -1:2023 (Audio/video, information and communication technology 
equipment - Part 1: Safety requirements).  
A.2 EMC  
• IEC EN 55032:2015 + A1:2020 - class B limits (Electromagnetic compatibility of 
multimedia equipment - Emission requirements).  
• IEC EN 55035:2017 + A11: 2020 (Electromagnetic compatibility of multimedia 
equipment. Immunity requirements).

equipment. Immunity requirements).  
• ETSI EN 301 489 -1 V2.2.3 (EMNC Standard for Radio Equipment and services – 
Part1: Common Requirements).  
• ETSI EN 301 489 -17 V3.2.4 (Part 17: Specifi c conditions for Broadband Data 
Transmission Systems).  
• ETSI EN 301 489 -19 V2.2.1 Specific conditions for Receive Only Mobile Earth 
Stations (ROMES) operating in the 1,5 GHz band providing data communications 
and GNSS receivers operating in the RNSS band (R OGNSS) providing positioning, 
navigation, and timing data.  
• ETSI EN 301 489 -52 V1.2.2 (Part 52: Specific conditions for Cellular 
Communications User Equipment’s ). 
• IEC EN 61000 -3-2:2014 (limitation of harmonic currents injected into the public 
supply system) . 
A.3 Radio Spectrum  
• ETSI EN 300 328 V2.2.2 (Data transmission equipment operating in the 2,4 GHz

• ETSI EN 300 328 V2.2.2 (Data transmission equipment operating in the 2,4 GHz 
band; Harmonised Standard for access to radio spectrum).  
• ETSI EN 301 893 V2.1.1 (5 GHz RLAN; Harmonised Standard covering the essential 
requirements of article 3.2 of Directive 2014/53/EU).  
• ETSI EN 301 908 -1 V15.1.1 (IMT cellular networks; Harmonised Standard covering 
the essential requirements of article 3.2 of the Directive 2014/53/EU; Part 1: 
Introduction and common requirements).

V1.0 Page 67 of 69 • ETSI EN 301 908 -2 V13 .1.1 MT cellular networks; Harmonised Standard for access 
to radio spectrum; Part 2: CDMA Direct Spread (UTRA FDD) User Equipment (UE).  
• ETSI EN 301 908 -13 V13.2.1 (IMT cellular networks; Harmonised Standard covering 
the essential requirements of article 3. 2 of Directive 2014/53/EU; Part 13: Evolved 
Universal Terrestrial Radio Access (E -UTRA) User Equipment (UE)).  
• Draft ETSI 301 908 -25 V15.1.1 IMT cellular networks - Harmonised Standard for 
access to radio spectrum - Part 1: Introduction and common requireme nts Release 
15. 
• EN 303 413 V1.2.1 Satellite Earth Stations and Systems (SES); Global Navigation 
Satellite System (GNSS) receivers; Radio equipment operating in the 1164 MHz to 
1300 MHz and 1559 MHz to 1610 MHz frequency bands; Harmonised Standard for 
acces s to radio spectrum.

acces s to radio spectrum.  
• ETSI TS 138 521 -1 V17.5.0 5G; NR; User Equipment (UE) conformance 
specification; Radio transmission and reception; Part 1: Range 1 standalone (3GPP 
TS 38.521 -1 version 17.5.0 Release 17).  
• ETSI TS 138 521 -3 V17.5.0 5G; NR; User Equipmen t (UE) conformance 
specification; Radio transmission and reception; Part 3: Range 1 and Range 2 
Interworking operation with other radios (3GPP TS 38.521 -3 version 17.5.0 Release 
17). 
• ETSI TS 38 521 -3 V16.4.0 5G New Radio User Equipment Conformance 
Specific ation – Radio Transmission and Reception Part 3: Range 1 and Range 2 
Interworking Operation with other Radios.  
A.4 Environment Protection and Energy Efficiency  
• EN 63000:2018 Technical documentation for the assessment of electrical and

• EN 63000:2018 Technical documentation for the assessment of electrical and 
electronic products with respect to the restriction of hazardous substances  
• EN 50564:2011: Electrical and electronic household and office equipment - 
Measurement of low power consumption  
• Directive 2014/53/EU Radio equipment, and the related conformity assessment 
procedure.  
• Energy related Products (ErP) Directive 2009/125/EC and related Commission 
Regulation (EC) no. 2023/826.  
• Directives RoHS 2011/65/UE and WEEE 2012/19/UE, and the related conformity 
assessment procedures.  
• For the operation in the European Union (EU), considering th e obligations of the 
applicable Directives, the manufacturer of the FWA Device shall provide the full text 
of the Declaration of Conformity (DoC) and the Technical File, which shall include the

of the Declaration of Conformity (DoC) and the Technical File, which shall include the 
Technical Documentation (TD) compliant with the conformity ass essment procedure 
used under the applicable product Directives.

V1.0 Page 68 of 69 A.5 Environment Operating Conditions  
• ETSI ETS 300 019 -1-1 [] as regards storage for equipment in class 1.1 (Weather 
protected, partly temperature -controlled storage locations)  
• ETSI ETS 300 019 -1-2 [] as regards transportation for equipment in class 2.3 (Public 
transportation).  
• For the Indoor FWA Device and the InDoor Unit of the OutDoor FWA Solution, ETSI 
EN 300 019 -1-3 [] as regards stationary use in Environmental Class T 3.1 
“Temperature -controll ed locations”.  
• For the OutDoor Unit of the OutDoor FWA Solution, ETSI EN 300 019 -1-4 [] as 
regards stationary use in Environmental Class T 4.1 “Non -weather protected 
locations”.  
• For the OutDoor Unit of the OutDoor FWA Solution, IEC EN 60068 -2-52 as regards  
the corrosion produced by salt -laden atmosphere - severity (1).

the corrosion produced by salt -laden atmosphere - severity (1).  
• ETS 300 019 -2-3 as regards the mechanical stress,  (severity Class T3.2).  
a. IEC EN 60068 -2-27 Test Ea – Shock: according to, with test severity defined for the 
Class T3.2 by the standard ETS 300 019 -2-3 
b. IEC EN 60068 -2-64 Test Fh – Random: according to, with test severity defined for 
the Class T3.2 by the standard  
c. IEC EN 60068 -2-6 Test Fc – Sinusoidal Vibration: according to, with test severity 
defined for the Class T3.2 by the standard ETS 300 019 -2-3 
d. IEC EN 60068 -2-32 Test Ed – Free fall from a height of 1m.  
Annex  B Example of Wi -Fi metrics for Wi -Fi diagnostic  
Wi-Fi metrics related to the AP of the FWA Device,  and the connected clients are defined in 
Wi-Fi Data Elements ™ specified by Wi -Fi Alliance and the corresponding TR -181 data model 
specified by BroadBand Forum .

V1.0 Page 69 of 69 Annex  C Document Management  
C.1 Document History  
Version  Date  Brief Description of Change  Approval 
Authority  Editor / 
Company  
1.0 Oct 2023  New PRD  TSG#5 3 
ISAG# 34 Paolo 
Ferrabone  
Telecom  Italia 
C.2 Other Information  
Type  Description  
Document Owner  GSMA Terminal Steering Group (TSG)  
Editor / Company  Paolo Ferrabone  / Telecom  Italia 
 
It is our intention to provide a quality product for your use. If you find any errors or omissions, 
please contact us with your comments. You may notify us at prd@gsma.com   
Your comments  or suggestions & questions are always welcome.

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E s s e n t i a l  G o o g l e  C l o u d 
I n f r a s t r u c t u r e :  F o u n d a t i o n
_ _ _ _
A c c e s s  t h e  f o l l o w i n g  P D F  d o c u m e n t s  t o  v i e w  t h e  l e c t u r e  c o n t e n t  f o r  t h i s  c o u r s e .
N o t e  t h a t  d o c u m e n t a t i o n  a n d  r e s o u r c e  l i n k s  r e f e r e n c e d  i n  t h e  v i d e o s  c a n  b e  a c c e s s e d  i n
M o d u l e  0 :  C o u r s e  I n t r o d u c t i o n
M o d u l e  1 :  I n t e r a c t i n g  w i t h  G o o g l e  C l o u d
M o d u l e  2 :  V i  u a l  N e t w o r k s
M o d u l e  3 :  V i  u a l  M a c h i n e s

ii 
 Federal Communication Commission Interference Statement  
  
pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection 
against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, 
may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment 
off and on, the user is encouraged to try to correct the interference by one or more of the following measures:  
-Reorient or relocate the receiving antenna.  
-Increase the se paration between the equipment and receiver.

-Increase the se paration between the equipment and receiver.  
-Connect the equipment into an outlet on a circuit different from that to which the receiver is 
connected.  
-Consult the dealer or an experienced radio/ TV technician for help.  
FCC Caution: Any changes or modific ations not expressly approved by the grantee of this device 
could void the user's authority to operate the equipment.  
RF Exposure Statement  
To comply with FCC RF exposure compliance requirements, the antenna used for this transmitter must be installed to p rovide a separation distance of at least 20cm from all persons  (indoor), at 
least 54 cm from all persons  (outdoor), and must not be co- located or operating in conjunction 
with any other antenna or transmitter.

iii 
 Important Notice  
The user is responsible for determining whether surfaces and installation environment is 
appropriate. Please remember that many factors influence installation safety.  Please follow the 
user manual. Materials, flatness, cleanliness of surfaces, humidity, wind speed, time and many othe r factors can affect the adhesion and fixedness of this product. Verizon does not guarantee 
the product can be fixed and will not fall.  Given the variety of factors that can affect the adhesion 
and fixedness, it is essential that the user evaluates the con ditions of surfaces and the 
environment to determine whether they are suitable for installation.   
 
DISCLAIMER  
TO THE MAXIMUM EXTENT PERMITTED BY APPLICABLE LAW, VERIZON MAKES NO OTHER WARRANTIES, EITHER EXPRESS, IMPLIED OR STATUTORY. VERIZON DISCLAIMS ANY  
LIABILITY CAUSED BY ANY USER’S NON -COMPLIANCE WITH THE USER MANUAL.  
 
Safety Warnings  
Adapter

Adapter  
Do not use any other power adaptor except the one that accompanies this unit or a power adaptor identified in the list below.  
Use of another adapter could result in damage to the unit.  
The following power adaptor is qualified for use with this Verizon 5G Internet Gateway:  
This unit must be powered by Delta Electronics, model ADP -120VH DD or equivalent UL listed 
power source rated @ output 20Vdc, Maximum 6A.  
 
Caution  
Ensure to connect the power cord of power adapter to a socket -outlet with grounding 

1 
 Chapter 1  
Introduction  
Verizon’s 5G Internet Gateway  provides Verizon customers with a n improved  solution for 5G 
home service. The inno vative design of the 5G Internet Gateway  allows customers to connect 
their favorite devices to Ve rizon’s 5G  Network.  
 Unboxing  Information  
Inside t he product package  for the 5G Internet Gateway, you  should find the following items:  
• 5G Internet Gateway × 1 
• Bracket × 1 
• Power adaptor ×  1 
• AC power cable ×  1 
• Cable clip (S) ×  3 
• Cable clip (L) ×  1 
• Cable tie ×  1 
• Gecko tape plate ×  1 
• Window wedge ×  1  
• Window wipe ×  2 
• Screw bag ×  1

2 
 
 Bottom  and Side Panel  
 
Part  Description  
LED  The LED light s up in different ways to indicate the connectivity status of 
the 5G Internet Gateway . 
Multipurpose  
pair  button  Press this button once to connect the 5G Internet Gateway  to Wi-Fi 
Extender or Wi -Fi Extender Mini devices via WPS  or Bluetooth®. After the 
pairing is successful, the LED light will  stop blinking  blue. 
RJ45  port   Connect the  5G Internet Gateway to PC o r switch via an Ethernet cable.  
DC jack  Connect the power adaptor to the DC jack to provide power to the 5G 
Internet Gateway from an electrical outlet.  
Reset pin hole  Factor reset the device by press ing the pin hole for 5 seconds.  
  
Multipurpose pair 
button  
 RJ45 Ethernet port 
DC jack  
Bottom panel  
Side panel  
● 
LED 
Bracket    
Reset pin hole  
 Gecko tape plate

3 
 
 LED and Audio  Behavior   
Status      Front LED     Sound  
Device is booting up   
Soft Fade in -out White   Not Applicable  
WPS and Bluetooth® pairing mode 
(Manual option)  
Single press the multifunction pair  button 
to establish connection   Not Applicable  
WPS/Bluetooth® is paired 
Blue  blinking ceases   Click sound  
Plays once immediately 
after establishing 
connection  
Activation complete d 
Device successfully co nnected to LTE, is 
activated and will  start searching for 5G 
signal   Click sound  
after activation  
No 5G signal  
Device can not detect 5G signal 
immediately after activation   Error sound  
Plays once immediately after switching to operational mode  
Poor 5G signal  
5G signal is detected after activation but signal strength is not strong enough.   Error sound  
Passing 5G signal  
Good 5G signal ha s been detected for 
installation .   
 Good signal  sound

 Good signal  sound  
after switching t o 
operational mode and finding passing signal  
Firmware update/Factory reset in progress   Not Applicable

4 
 Error (Fault)  
Hardware or software issue   Error sound  
after incident   
Working as advertised  
Device setup is completed and Internet is active. Show solid white light and then dims to 50% brightness after 60 seconds.   Not Applicable   
Wi-Fi is disabled  
Amber blinking ceases until Wi -Fi is 
enabled.  
   Not Applicable

5 
 Chapter 2  
Self -Setup and Activation   
 Installation, Activation, and Setup  
Please download the My Verizon Mobile app  for installation, activation and setup of your 5G 
Internet Gateway. Take out the set up guide  print from the gift box.  
 
Back si de 
This side should  be printed  with URL/QR code  Front side  
 
 Please do not remove anything from the box yet.  
 
Scan the QR code to visit the URL on your mobile device or access 
http://s etup.verizon.com/5Ginternetgateway

6 
 When installing the 5G Internet Gateway,  make sure that the back side of the device faces 
towards the direction of the 5G signal.  
 
Back si de: 
This side should fac e the 5G signal  Front side:  
This side should face inside the home.  
                   
Operational Communication Signal

7 
 
 WPS  Connection  
WPS  can be used to pair your 5G Internet Gateway to the Wi-Fi Extender or Extender Mini by 
following the se steps:  
1. Short p ress the  Multipurpose pair button  on your  5G Internet Gateway .  
2. Short p ress the Multipurpose pair button  on the Wi-Fi Extender or Extender Mini , making 
sure the device is within range of the 5G Internet Gateway . 
3. The 5G Internet Gateway  will play a  sound to indicate pairing success.

8 
 Chapter 3  
Accessing the Web User Interface  
 Login  
After connecting and turning on the 5G Internet Gateway , a Sign In  screen will appear.  
 
Enter your admin password to log into the Home Page of the 5G Internet Gateway ’s Web GUI. If 
you forget your password, you can answer one of the security questions to reset the password to 
factory default settings.  
 
You can find the default password on the label under the 5G Internet Gateway .

9 
 
 Home Page/Main Section  
After logging in, the Home Page of the 5G Internet Gateway  will appear.  
 
The Home Page  is where use rs can check the connection status between the 5G Internet 
Gateway  and the Internet/mesh network, conduct network speed tests, and adjust settings such 
as Wi -Fi options, parental controls, and more. In the upper right panel of the screen, the Network 
Map  presents a list of devices that are currently connected to the 5G Internet Gateway . Below 
that, the screen is divided into three columns: Wi -Fi on the left, System Settings  in the middle, 
and Parental Controls  and Help  on the right.  
The drop -down menu on the upper right of the Home Page includes selections such as Admin 
Settings , My Verizon , Restart 5G Internet Gateway , and Sign Out .

10 
 3.2.1  Network Map (Speed test, Mesh network)  
The Network Map  is located in the upper- right section of the H ome Page. The lines between the 
5G Internet Gateway  and the Internet/mesh network/devices on the map indicate the connection 
status between them. A solid green line indicates a wired connection, a dashed line indicates a 
Wi-Fi connection, and a gray line w ith a red x in the middle indicates that there is no connection.  
To test the connection speed between the 5G Internet Gateway  and the Internet/other networks, 
click the “Test Speed” button on the lower left of the Network Map . 
The number of APs and clients currently connected to the network are indicated in the lower right section of the Network Map .  
3.2.2  Admin Settings  
The Change Admin Password section enables you to change the Admin password that is used to sign in to the 5G Inter net Gateway ’s Home Page. Type the desired admin password in the New

The Change Admin Password section enables you to change the Admin password that is used to sign in to the 5G Inter net Gateway ’s Home Page. Type the desired admin password in the New 
Admin Password  field, then type the admin password again in the Confirm Password  field. Click 
Change Password  to apply the new password.  
If the password you enter contains three consecuti ve or repeating alphanumeric characters, a 
window will pop up as a warning of insufficient password strength.

11 
  
In the Security Questions section, you can choose three security questions, then enter the 
answer for each question. If a user forgets his/ her admin password, one of the questions will be 
used to revert the admin password to factory default settings. Click Save  to save your changes. 
Click Close  to close the Admin Settings window.  
3.2.3  My Verizon  
You will be directed to My Verizon , where you can manage your account online. With My Verizon, 
you can also pay your bill, check your usage and view your order status.  
3.2.4  Restarting the 5G Internet Gateway  
To restart  the 5G Internet Gateway , click the drop- down arrow and select Restart 5G Internet 
Gateway . A window will appear on the screen. Click Restart  to restart the 5G Internet Gateway . 
3.2.5  Sign Out  
Click Sign Out to log off the 5G Internet Gateway .

12 
 
 Wi-Fi Settings  
Click the > arrow on the bottom -right side of the Wi-Fi column in the Home Page  to bring up the 
Wi-Fi page. On this page, you can adjust settings for the Primary Wi -Fi Network, Guest Wi- Fi 
Network, Wi -Fi Advanced Settings, and WPS.  
 
3.3.1  Primary Wi -Fi Network  
Slide the Enable  switch to the right to activate the Primary Wi -Fi network . The switch will turn 
blue to indicate that the selected Wi -Fi network is  turned on. To turn off the Primary Wi -Fi 
network , slide the switch to the left.

13 
  
1. Wi-Fi name (SSID)  
The Wi -Fi name (SSID) is the name of the wireless network broadcasting from the 5G Internet 
Gateway . In order for devices to connect to the local network over a wireless link, they must 
select this network name from the list of detected wireless networks in the ar ea.  
2. Password  
Specify a password for your wireless network. Click the  icon to display the selected 
password for the SSID.  
3. New Password  
Enter a new password here for the SSID.  
4. Confirm Password  
Type your new password here.  
Note: Passwords must be 8 –63 characters long and are case sensitive. Changing your Wi -Fi 
name or password may cause devices to lose their connection to the primary network.  
5. Broadcast Wi -Fi Name (SSID)  
Check this box if you want to broadcast your SSID. The SSID will be displayed when you search 
for available networks.  
6. Wi-Fi network encryption

14 
 Select one security method from the drop -down menu. The encryption types include None, WEP -
64, WPA2 -Personal, and WPA -WPA2 -Personal.  
3.3.2  Guest Wi -Fi Network  
Slide the Enable switch to the right to act ivate the Guest Wi -Fi network. The switch will turn blue 
when the guest network is enabled. To turn off the Guest Wi -Fi network, slide the switch to the 
left. 
 
7. Wi-Fi name (SSID)  
select this network name from the list of detected wireless networks i n the area.  
8. Password  
9. New Password  
10. Confirm Password  
Retype the new password here.

15 
 Note: Passwords must be 8–63 characters long and are case sensitive. Changing your Wi -Fi 
11. Broadcast Wi -Fi Name (SSID)  
Check the box if you want to broadcast the SSID. The SSID will be displayed wh en you search for 
available networks.  
12. Wi-Fi network encryption  
Select one security method from the drop -down menu. The encryption types include None, WEP -
3.3.3  Wi-Fi Advanced Settings  
 
13. Wi-Fi Network Operation Mode  
On this page, you may adjust the operation mode , channel, and bandwidth  for the 5 GHz and 2.4 
GHz primary Wi -Fi networks as well as adjust airtime allocation.  
Slide the Enable  switch  that corresponds to either the 5GHz Wi -Fi Network or the 2.4GHz Wi -Fi 
Network  to the right to activate this function. The switch will turn blue when the respective Wi -Fi

Network  to the right to activate this function. The switch will turn blue when the respective Wi -Fi 
network  is enabled. To disable the Wi -Fi network , slide the switch to the left.  
 
The options provided for the 5 GHz primary Wi -Fi network include:

16 
 802.11n onl y 
802.11ac and 802.11n  
802.11ax, 802.11ac and 802.11n  
The options for the 2.4 GHz primary Wi -Fi network include:  
802.11n and 802.11g  
802.11ax, 802.11n and 802.11g  
 
14. Airtime Allocation  
 
Slide the Enable  switch to the right to activate this function. The switch will turn blue when 
airtime allocation is enabled. To disable airtime allocation, slide the switch to the left.  
When ATF is enabled, the system needs to be restarted for it to take effect.  
In the Airtime Allocation Policy pull- down menu, two policy options are available: Fair and Strict.  
Use the slider below the Airtime Allocation Policy pull -down menu to adjust the percentage of 
resources allocated to the primary and guest Wi -Fi networks. Sliding the bar to the right 
increases the allocation percentage for the primary Wi -Fi network, while sliding the bar to the left 
increases the allocation percentage for the guest Wi -Fi network. The allocation percentages for

increases the allocation percentage for the guest Wi -Fi network. The allocation percentages for 
the primary and guest Wi -Fi networks a re shown in the two fields on the bottom of the page, and 
change in real -time when the slider is adjusted.

17 
  
15. PMF  
 
Slide the switch to the right to enable PMF (protected management frames) on your 5G 
Internet Gateway .   
3.3.4  WPS  
 
16. Primary Wi -Fi WPS  
WPS allows rapid wireless connection between the 5G Internet Gateway  and other WPS -
compatible devices. You can trigger the WPS function on Primary Wi- Fi by clicking on the 
Primary Wi -Fi WPS  button.

18 
 
 Connected Devices  
This section displays information about the devices connected to the APs, illustrated through a 
Network Map, as well as the AP list and Connected Devices table.  
  
3.4.1  Network Map  
The Network Map illustrates the mesh network comprising the connected APs, t heir names, as 
well as their respective connection status.  
The number in the circle indicate the number of clients currently connected to the AP.  
3.4.2  AP List  
The section presents detailed information of each AP, including the name of the AP, wireless radio channel information, health of the connection status, usage of the 2.4 GHz and 5 GHz Wi -Fi, 
backhaul usage, and the number of connected clients.  
3.4.3  Connected Devices  
The name of each device that has been connected/is currently connected to the 5G Internet Gateway  is displayed here. Also displayed are the health of their connection status, their IP

19 
 addresses, which AP a device is connected to, and the restriction  policies related to each device 
(if any).  
  
Select the arrow icon “ ▼”on the right that correspond s to a connected device, and related 
information and settings for the device will be displayed, including its IPv6 address, whether to 
delete the device, b lock the device, or reserve DHCP IP.

20 
 The Delete Device button enables you to remove the selected device which has connected to 
the 5G Internet Gateway . Once removed, the computer/device will not be displayed on this page.  
The Block Device  switch allows you to block or allow computers or devices from establishing a 
connection to the 5G Internet Gateway . To block a device, slide the Block Device  switch to the 
right. The switch will be blue when the feature is enabled.  
The Reserve DHCP IP  switch enables the 5G Internet Gateway  to assign the same IP address to 
a specific device whenever that device connects to your network. To reserve DHCP IP, slide the 
Reserve DHCP IP switch to the right.    
When a Wi -Fi client is connected and the Airtime All ocation  feature is enabled, you will be able 
to adjust the airtime percentage for each client. It is recommended that you use 90% to leave margin for other clients that are not set with a non- zero ATF percentage.  
Restrictions

Restrictions  
 
This section enables you to set restriction policies for the selected device. You can specify the 
time during which the selected device will not be able to access Internet. Alternatively, you may also specify the time during which the selected device will be able to access Internet.  The 
settings you can perform in this section include the name of the schedule and the time period for 
the restriction policy. Click Save  to save your settings. The  icon indicates that the selected 
device is blocked permanently. The  icon indicates that the device is only restricted during 
the specified periods of time.

21 
 
 Firewall  
 
A firewall is used to prevent traffic from entering and/or leaving the areas of your network. In this 
section you can select Low  for minimum level of security, Medium for typical level of security, 
and High  for maximum level of security.  
3.5.1  Port Forwarding  
 
Port Forwarding can be used to open certain ports of a device to communicate with an Internet 
service. To turn on Port Forwarding, slide the Port Forwarding switch on the bott om right of the 
General Information page to the right. The switch turns blue to indicate that the function is turned on. To turn off this function, slide the switch to the left. To access this page, click Port Forwarding on the General Information page.

22 
 From the Port Forwarding page, enter the appropriate forwarding options listed on the page, then 
click Add to save your changes, or click Cancel to discard any changes you made. Click Close to 
close this page. The options include:  
 
Add Rules  
17. Rule Name  
Type the name of the service for which the port forwarding rule has been created in the Rule Name text field.  
18. From Port  
Type the value of the WAN port from which you want to forward packets.  Please note that only a 
single port (for instance, 3000) or range (for instance, 3000 –3005) can be specified. 0 would 
mean any port.  
19. Protocol  
Choose the protocol to be used for port forwarding.  
 
20. IP Address  
The local server’s IP address.  
21. To Port  
Type the value of the LAN port to which you want to receive the forwarded  packets.

23 
 Configured Ports  
 
This table displays the ports that have been configured.  
22. Application  
The created rule name will be displayed here.  
23. Port From  
This shows the value of the start port.  
24. Protocol  
This shows the protocol selected for the correspon ding port forwarding rule.  
25. IP Address  
This shows the local server’s IP address.  
26. Port To  
This shows the value of the end port.  
27. Enabled  
The   icon indicates that the corresponding port forwarding rule has been enabled.  
28. Remove  
Click on the x icon to delete a port forwarding rule.

24 
 3.5.2  DMZ  
 
DMZ (De -Militarized Zone) allows you to specify a DMZ host IP to redirect requests to a virtual 
DMZ host in order to enhance the security of the local area network. To enable DMZ, slide the 
DMZ enable switch to the right. If th is function is enabled, threat s from external network s will be 
directed to the DMZ instead of the network. The DMZ IP address field indicates the IP address 
of the host DMZ. To designate a device as a DMZ host, enter its IP  address in the DMZ IP 
Address  field. Click Save  to apply the changes, or click Cancel  to undo your configuration . 
 Parental Controls  
 
By creating Internet access policies, Parental Controls allow you to control and monitor Internet 
access. Parental Contr ols can be activated on the Home page by sliding the Filters switch in the 
Parental Controls column.

25 
 You can also enable or disable the function after you enter the Parental Controls page. Slide the 
Parental controls switch to the right. When the switch i s blue, parental control of websites and 
devices is enabled. To turn off this function, slide the switch to the left.  
3.6.1  Websites  
This function can be used to block computers or devices from accessing certain websites through the 5G Internet Gateway . The webs ites that have been blocked are displayed on the 
screen. To add a website to the block list, click Add Website  and enter the website in the input 
field. Click Add  to save your changes, or click on the  icon to remove the selected website 
from the block li st. 
3.6.2  Devices  
To add a device to the block list, click Add Device.  A drop -down list will display the devices that 
are currently connected to the 5G Internet Gateway  and their MAC address. Select the device

are currently connected to the 5G Internet Gateway  and their MAC address. Select the device 
that you want to block, then click Include.  The devices that appear on this list will be not be able 
to access any of the websites listed in the Websites  section.  
 System Settings  
3.7.1  General Information  
The General Information page provides device information on the 5G Internet Gateway , 
including the device name, IMEI, model, and more.

26 
 3.7.2  History Log  
 
The History Log  page provides various activity records of your 5G Internet Gateway . To access 
this page, click History Log  on the General Information page.  
3.7.3  Backup & Restore

27 
 The Backup & Restore  page covers functions for backing up/restoring the settings on your 5G 
Internet Gateway  and resetting it to factory settings. To access this page, click Backup & 
Restore on the General Information page.  
3.7.4  LAN Settings  
 
The LAN Settings page includes settings to configure advanced LAN settings (e.g., IP address, 
Subnet mask, DHCP) for your 5G Internet Gateway . To access this page, click LAN Settings on 
the General Information page.  
LAN Configuration  
In this section, enter  the desired info in the following fields:  
29. 5G Internet Gateway  IP address  
Specify a range of IP addresses the 5G Internet Gateway  may assign to devices. The default LAN 
IP configuration is 192.168.0.1.  
30. Subnet Mask

28 
 The subnet mask along with the previousl y configured IP address defines the network. The 
default value for subnet mask is 255.255.255.0.  
31. DNS Server  
Use this function to toggle whether the DNS server is set automatically or manually.  
DHCP  
DHCP assigns LAN IP addresses for connected devices. You c an specify the range of IP 
addresses the 5G Internet Gateway  may assign to devices. Click the DHCP switch to turn the 
DHCP function on or off. You can also enter the desired information in the following fields:  
32. DHCP Start Address  
Specify the address that s tarts the range for the pool of IP addresses in the same subnet as the 
5G Internet Gateway . 
33. DHCP End Address  
Specify the address that ends the range for the pool of IP addresses in the same subnet as the 
34. Lease Time  
You can specify a pe riod of time after which an assigned IP address will be retrieved from 
devices.  
UPnP

devices.  
UPnP  
For devices that support Universal  Plug and  Play (UPnP), enabling the UPnP function will allow 
automatic port forwarding that helps your UPnP devices communicate with the Internet.  
Slide the UPnP  switch to the right to enable the feature. Slide the Enable Automatic Cleanup of 
Old Unused UPnP Service switch to enable the automatic cleanup of invalid rules. When enabled, old and unused UPnP defined services will be removed.  
35. Static Leases  
Click on the Add Static Lease  button to add a new one. Enter the MAC address of a device, and 
give each one a host name, then assign a corresponding IP address .

29 
 
 Diagnostic  
  
You can perform a throughput test between two APs here. Select AP1 and AP2 and click the Run  
button to begin the throughput test. The results will be displayed in the Results section, which 
also shows Ping, throughput from AP1 to AP2 and vice versa.

30 
 Chapter 4 
Product Specifications  
   
5G 
 
4G 
 
Wi-Fi  5G n260/n261  
 5G n2/n5/n66 
 
 LTE CAT16, Band 2/4/5/13/48/66  
 
 2.4GHz 802.11ax 2 x2 MIMO  
 5GHz 802.11ax 4x4 MIMO  
 Backward compatible with 11ac/11n/11b  
IoT  Bluetooth® 5.0 
Memory   5G Internet Gateway : DDR4 RAM 1 GB 
 Router: DDR4 RAM 1GB  
Storage   5G Internet Gateway : NAND 1 GB 
 Router: NAND 1GB  
Dimension s  220 x 220 x 86 mm  
Weight   1.9 KG 
Connector   2.5GbE LAN port × 1 
 DC Jack × 1 
Button   Multipurpose pair button  x 1 
 Reset pinhole x 1  
Operating Temperature   0 °C –40 °C

32 
 Appendix  
Installation Guide  
Installation Notes  
Window installation  
   
Ensure glass is smooth 
and that no thermal paper 
is affixed.  Avoid installing in 
windows located above 
objects that could be 
easily damaged. Keep the 
area below the window 
clear.  Avoid installing in 
windows that may change 
shape.  
 
Avoid installing in movable windows, unstable windows, or any windows subject to 
high wind gusts.

33 
  
  Recommended  Re-installation  Dismantling  
   
We recommend that you 
install the device above 
shoulder height.  For cleaning during re -
installation, use 
transparent sticky tape to 
clean surface.  Repeated dismantling will 
reduce the adhesive 
force, and we do not 
recommend that you 
dismantle the device too 
often. Gecko tape  plates 
may be repurchased on 
the Verizon website.  
 
Not recommended  
    
We do not recommend 
that you use the device 
with extension cords.  Do not hang anything 
from the bracket or place 
anything on the device.  Do not cover the device 
with anything (i.e. 
curtains)

34 
 Window Installation  
Step 1.  Plugging in the cables  
Attach the power cable to the AC adapter and plug the cable into an electrical outlet.  
Step 2.  Boot up and pairing  
LED indicator will tur n soft fade -in-out white while the device is booting up . After boot up is 
completed, pair the 5G Home Gateway with the My Verizon  Mobile  app. The device will show 
blinking blue until it is paired to the app.  
Step 3.  Signal scanning    
Hold the 5G Internet Gateway  close to the window to perform  signal scan ning.  Confirm the signal 
orientation. The LED will change to one of the follow ing status:   
 Solid green : Good signal  
 Solid yellow : Poor signal  
 Solid red : No signal  
Step 4.  Assembling the bracket  
   
4-1: Use window wipes to clean the chosen installation location.  
Note: Ensure glass is clean and completely dry.  
4-2: Take out the Gecko tape plate from the box and read the instructions carefully .

4-2: Take out the Gecko tape plate from the box and read the instructions carefully .  
4-3: Peel off  the protective backing from  the Gecko tape on the  Gecko tape plate . Affix the 
Gecko tape plat e on the window in the direction indicated by the arrow on the plate.  
  4-3
 
4-1 4-2

35 
 4-4: To eliminate all air bubbles u se both thumbs to p ress in all areas where the Gecko t ape 
makes contact with the glass. Spend at least one minute pressing (30 seconds on the upper part 
and 30 seconds on the lower part of it).  
4-5: Place the bracket o nto the Gecko tape plate by aligning with the four pegs and then press 
on the bracket downw ards until you have the haptic feedback.  
Note: When at taching the mounting bracket, make sure it is oriented in the manner shown in the image below 
(with the opening of the mounting slot facing up).  
 
Step 5.  Assembling the bracket with the 5G Internet Gateway  
5-1: Once the bracket is securely affixed to the window, align the mounting head on the 5G 
Internet Gateway  with the installation slot on the bracket, then push down on the device to insert 
the mounting head into the slot. Adjust the alignment of the 5G Internet Gateway  as required , and

the mounting head into the slot. Adjust the alignment of the 5G Internet Gateway  as required , and 
make sure the raised nubs on the mounting head fit into the dimple holes on the inside of the slot .  
5-2: Adjust the angle of your 5G Internet Gate way. Once the angle i s right , turn the tab on  the 5G 
Internet Gateway .  
  
    4-5 4-4 
5-2 5-1 
 6

36 
 Step 6.  Cable management  
Plug in the power cable and the Ethernet cable on the bottom of the 5G Home Gateway. Use the 
provided cable ties to organize the cables  and use  the cable clips t o align the cable s around 
window frame.  
Warning: Do not pull the Ethernet cable or the power cable forcefully. If not managed properly, the cables may 
cause the product to fall and result in s erious personal injury  or prope rty damage.

I n f r a s t r u c t u r e :  C o r e  S e r v i c e s
_ _ _ _
M o d u l e  1 :  I d e n t i t y  a n d  A c c e s s  M a n a g e m e n t  ( I A M )
M o d u l e  2 :  S t o r a g e  a n d  D a t a b a s e  S e r v i c e s
M o d u l e  3 :  R e s o u r c e  M a n a g e m e n t
M o d u l e  4 :  R e s o u r c e  M o n i t o r i n g

For more information on how to use the phone, please go to http://us.alcatelmobile.com  and download the 
complete user manual. Moreover, on the website, you can also find answers to frequently asked questions, 
upgrade the software via Mobile Upgrade, and so much more.User guide.

1 24.2 Manage messages  ............................................... 56
5  Calendar and Clock  .................................................... 57
5.1 Calendar  ................................................................. 57
5.2 Clock  ........................................................................ 59
6 Getting connected  ...................................................... 62
6.1 Connecting to the internet  ............................. 62
6.2 Connecting to a Bluetooth device ................ 65
6.3 Connecting to a computer via USB .............. 67
6.4  Sharing a mobile data connection.................67
6.5 Connecting to virtual private networks  ....68
7 Multimedia applications  ........................................... 71
7.1 Camera  .................................................................... 71
7.2 Viewing Photos or Videos  ............................... 75

8 Others  ............................................................................. 77
8.1 Other applications  .............................................. 77
9 Google applications .................................................... 78
9.1 Chrome  ................................................................... 78
9.2 Gmail  ........................................................................ 78
9.3 Maps  ......................................................................... 79
9.4 YouTube  .................................................................. 79
9.5 Play Store  ............................................................... 79
9.6 Play Music  .............................................................. 80
9.7 Play Movies & TV  ................................................ 80Note:

This is a user manual for Alcatel AVALON V (5059S).
T able of Contents
Safety and use  .......................................................................... 5
Radio waves  ........................................................................... 12
Licenses  ................................................................................... 18
General information  ........................................................... 20
1 Your mobile  ................................................................... 22
1.1 Keys and connectors  ......................................... 22
1.2 Setting up your phone  ....................................... 25
1.3 Home screen  ......................................................... 28
2 T ext input  ....................................................................... 37

2.1 Using the onscreen keyboard  ........................ 37
2.2 T ext editing  ............................................................ 39
3  Call, Call log and Contacts  ....................................... 40
3.1 Call  ............................................................................ 40
3.2 Call log  ..................................................................... 46
3.3 Contacts .................................................................. 47
4  Messaging  ...................................................................... 54
4.1 Write a new message  ........................................ 54

3 410 Settings  ........................................................................... 81
10.1 Network & internet  ............................................ 81
10.2 Display  ..................................................................... 83
10.3 Security & location  ............................................. 83
10.4 Battery  .................................................................... 83
10.5 Smart Manager  .................................................... 83
10.6 Connected devices  ............................................. 83
10.7 Storage  .................................................................... 84
10.8 Apps & notifications ........................................... 84
10.9 Sound  ....................................................................... 84
10.10 Users & accounts  .............................................. 85
10.11 Google  ................................................................... 85

10.12 Accessibility  ........................................................ 85
10.13 System  .................................................................. 85
11  Making the most of your phone  ............................. 88
11.1 FOTA Upgrade  ..................................................... 88
12 Accessories  ................................................................... 89
13  1 Year Limited Warranty  .......................................... 90
14 Troubleshooting  .......................................................... 95
15  Specifications  ............................................................. 104This product meets applicable national 
SAR limits of 1.6 W/kg. The specific 
maximum SAR values can be found in 
the Radio waves  section.
When carrying the product or using it

When carrying the product or using it 
while worn on your body, either use an 
approved accessory such as a holster or 
otherwise maintain a distance of 15 mm 
from the body to ensure compliance 
with RF exposure requirements. Note 
that the product may be transmitting 
even if you are not making a phone call.
PROTECT YOUR HEARING
 T o prevent possible hearing damage, do 
not listen at high volume levels for long 
periods. Exercise caution when holding 
your phone near your ear while the 
loudspeaker is in use.
www.sar-tick.com

5 6TRAFFIC SAFETY:
Given that studies show that using a phone while 
driving a vehicle constitutes a real risk, even when the 
hands-free kit is used (for example a car kit or headset), 
drivers are requested to refrain from using their phone 
when the vehicle is not parked. Check the laws and 
regulations on the use of wireless phones and their 
accessories in the areas where you drive. Always obey 
them. The use of these devices may be prohibited or 
restricted in certain areas.
CONDITIONS OF USE:
• You are advised to switch off the phone from time to 
time to optimize its performance.
• Remember to abide by local authority rules of mobile 
phone use on aircrafts.
• This phone is a unibody device, where the back cover 
and battery are not removable. Disassembling the 
phone will void your warranty and can cause bodily 
injury if the battery is punctured.
• Always handle your phone with care and keep it in a 
clean and dust-free place.This phone has been tested and rated for use with

clean and dust-free place.This phone has been tested and rated for use with 
it uses.  However, there may be some newer wireless 
tested yet for use with hearing aids.  It is important to 
try the different features of this phone thoroughly and 
implant, to determine if you hear any interfering noise.  
this phone for information on hearing aid compatibility.  
If you have questions about return or exchange policies, 
consult your service provider or phone retailer.
Safety and use  .................................
We recommend that you read this chapter carefully 
before using your phone. The manufacturer disclaims 
any liability for damage, which may result as a

any liability for damage, which may result as a 
consequence of improper use or use contrary to the 
instructions contained herein.

7 8• Do not allow your phone to be exposed to adverse 
weather or environmental conditions, such as 
moisture, humidity, rain, infiltration of liquids, dust, 
sea air, etc. The manufacturer’s recommended 
operating temperature range is -10°C (14°F) to 
+55°C (131°F). At over 55°C (131°F), the legibility 
of the phone’s display may be temporarily impaired.
• Do not open, dismantle, or attempt to repair your 
phone yourself.
• Do not drop, throw, or bend your phone.
• Use only batteries, battery chargers, and accessories 
which are recommended by TCT Mobile Inc.,(1) and its 
affiliates and are compatible with your phone model. 
TCT and its affiliates disclaim any liability for damage 
caused by the use of other chargers or batteries.
• Your phone should not be disposed of in a municipal 
waste. Please check local regulations for disposal of 
electronic products.
• Remember to make backup copies or keep a written 
record of all important information stored on your 
phone.

phone.
(1) Alcatel is a trademark of Nokia used under license by TCT 
Mobile Inc.• Some people may suffer epileptic seizures or 
blackouts when exposed to flashing lights, or when 
playing video games. These seizures or blackouts 
may occur even if a person never had a previous 
seizure or blackout. If you have experienced seizures 
or blackouts, or if you have a family history of such 
occurrences, please consult your doctor before 
playing video games on your phone or enabling a 
flashing-lights feature on your phone.
• Parents should monitor their children’s use of video 
games or other features that incorporate flashing 
lights on the phones. All persons should discontinue 
use and consult a doctor if any of the following 
symptoms occur: convulsion, eye or muscle twitching,

symptoms occur: convulsion, eye or muscle twitching, 
loss of awareness, orientation, or movements.

9 10PRIVACY:
Please note that you must respect the laws and 
regulations in force in your jurisdiction or other 
jurisdiction(s) where you will use your phone regarding 
taking photographs and recording sounds with your 
phone. Pursuant to such laws and regulations, it may 
be strictly forbidden to take photographs and/or to 
record the voices of other people or any of their 
personal attributes, and reproduce or distribute them, 
as this may be considered to be an invasion of privacy. 
It is the user’s sole responsibility to ensure that prior 
authorization has been obtained, if necessary, in order 
to record private or confidential conversations or take 
a photograph of another person; the manufacturer, the 
seller or vendor of your phone (including the carrier) 
disclaim any liability which may result from improper 
use of the phone.
BATTERY:
This is a unibody device.
Observe the following precautions:
• Do not attempt to open the back cover.

BATTERY:
• Do not attempt to eject, replace, or open the battery.
• Do not puncture the back cover of your phone.
• Do not burn or dispose of your phone in household 
rubbish or store it at temperature above 60°C 
(140°F).Phone and battery as a unibody device must be disposed 
of in accordance with locally applicable environmental 
regulations.
This symbol on your phone, the battery, and the 
accessories means that these products must be 
taken to collection points at the end of their life, 
such as:
•  Municipal waste disposal centers with specific bins 
for these types of equipment, or
• Collection bins at points of sale. 
They will then be recycled, preventing substances 
being disposed of in the environment, so that their 
components can be reused.
In European Union countries:

These collection points are accessible free of charge.
All products with this sign must be brought to these 
collection points.
In non-European Union jurisdictions:
Items of equipment with this symbol are not to be 
thrown into ordinary bins if your jurisdiction or your 
region has suitable recycling and collection facilities; 
instead they are to be taken to collection points for 
them to be recycled.
Battery Recycling
Alcatel partners with Call2Recycle® to offer a safe and 
convenient battery recycling program.

11 12For more information on our Battery Recycling Program, 
please visit the USA website at https://us.alcatelmobile.
com/accessibility-compliance/battery-recycling or 
the Canada website at https://ca.alcatelmobile.com/
accessibility-compliance/battery-recycling
CAUTION:  RISK OF EXPLOSION IF BATTERY IS 
REPLACED BY AN INCORRECT TYPE. DISPOSE 
OF USED BATTERIES ACCORDING TO THE 
INSTRUCTIONS.
WARNING:  Cancer and Reproduction  
Harm-www.P65Warmings.ca.gov.
CHARGERS:
Home A.C./ Travel chargers will operate within the 
temperature range of: 0°C (32°F) to 40°C (104°F).
The chargers designed for your phone meet the standard 
for safety of information technology equipment and 
office equipment use. Due to different applicable 
electrical specifications, a charger you purchased in one 
jurisdiction may not work in another jurisdiction. They 
should be used for this purpose only.
Characteristics of power supply (depending on the 
country):

country):
Travel charger: 100-240VAC,50/60Hz,200mARadio waves  .....................................
THIS PHONE MEETS THE GOVERNMENT’S 
REQUIREMENTS FOR EXPOSURE TO RADIO WAVES.
Your phone is a radio transmitter and receiver. It is 
designed and manufactured not to exceed the emission 
limits for exposure to radio-frequency (RF) energy. 
These limits are part of comprehensive guidelines and 
establish permitted levels of RF energy for the general 
population. The guidelines are based on standards that 
were developed by independent scientific organizations 
through periodic and thorough evaluation of scientific 
studies. These guidelines include a substantial safety 
margin designed to ensure the safety of all persons, 
regardless of age and health.
The exposure standard for phones employs a unit of

The exposure standard for phones employs a unit of 
measurement known as the Specific Absorption Rate, 
or SAR. The SAR limit set by public authorities such 
as the Federal Communications Commission of the 
US Government (FCC), or by Innovation, Science and 
Economic Development Canada (ISEDC), is 1.6 W/kg 
averaged over 1 gram of body tissue. T ests for SAR are 
conducted using standard operating positions with the 
phone transmitting at its highest certified power level 
in all tested frequency bands.

13 14This device is complied with SAR for general  
population / uncontrolled exposure limits in ANSI/IEEE 
C95.1-1992 and had been tested in accordance with 
the measurement methods and procedures specified in 
IEEE1528.
The FCC has granted an Equipment Authorization for 
this model phone with all reported SAR levels evaluated 
as in compliance with the FCC RF exposure guidelines. 
SAR information on this model phone is on file with 
the FCC and can be found under the Display Grant 
section of www.fcc.gov/oet/ea/fccid after searching on  
FCC ID : 2ACCJH102
Although the SAR is determined at the highest certified 
power level, the actual SAR level of the phone while 
operating can be well below the maximum value. This 
is because the phone is designed to operate at multiple 
power levels so as to use only the power required 
to reach the network. In general, the closer you are 
to a wireless base station antenna, the lower the 
power output of the phone. Before a phone model is

power output of the phone. Before a phone model is 
available for sale to the public, compliance with national 
regulations and standards must be shown.
The highest SAR value for this model phone when 
tested is 1.07 W/Kg for use at the ear and 1.38 W/Kg 
for use close to the body.While there may be differences between the SAR 
levels of various phones and at various positions, they 
all meet the government requirement for RF exposure.
For body-worn operation, the phone meets FCC RF 
exposure guidelines provided that it is used with a non-
metallic accessory with the handset at least 15 mm 
from the body. 
Use of other accessories may not ensure compliance 
with FCC RF exposure guidelines.
Additional information on SAR can be found on the 
Cellular T elecommunications & Internet Association 
(CTIA) Web site: http://www.ctia.org/
The World Health Organization (WHO) considers that

The World Health Organization (WHO) considers that 
present scientific information does not indicate the 
need for any special precautions for use of phones. If 
individuals are concerned, they may choose to limit 
their own or their children’s RF exposure by limiting the 
length of calls, or using “hands-free” devices to keep 
phones away from the head and body. Additional WHO 
information about electromagnetic fields and public 
health are available on the following website: http://
www.who.int/peh-emf.

15 16This phone complies with Part 15 of the FCC Rules. 
Operation is subject to the following two conditions:
• This device may not cause harmful interference;
• This device must accept any interference received, 
including interference that may cause undesired 
operation.
Your phone is equipped with a built-in antenna. For 
optimal operation, you should avoid tapping it or 
degrading it.
As mobile devices offer a range of functions, they can 
be used in positions other than against your ear. In such 
circumstances the device will be compliant with the 
guidelines when used with a headset or usb data cable.
If you are using another accessory ensure that whatever 
product is used is free of any metal and that it positions 
the phone at least 15 mm away from the body.
Please note by using the device some of your personal 
data may be shared with the main device. It is under 
your own responsibility to protect your own personal 
data, not to share with it with any unauthorized devices

data, not to share with it with any unauthorized devices 
or third party devices connected to yours. For products 
with Wi-Fi features, only connect to trusted Wi-Fi 
networks. 
Also when using your product as a hotspot (where 
available), use network security. These precautions will 
help prevent unauthorized access to your device. Note: This equipment has been tested and found 
to comply with the limits for a Class B digital device 
pursuant to part 15 of the FCC Rules. These limits 
are designed to provide reasonable protection against 
harmful interference in a residential installation. This 
equipment generates, uses and can radiate radio 
frequency energy and, if not installed and used in 
accordance with the instructions, may cause harmful 
interference to radio communications. However, there 
is no guarantee that interference to radio or television

is no guarantee that interference to radio or television 
reception, which can be determined by turning the 
equipment off and on, the user is encouraged to try to 
correct the interference by one or more of the following 
measures:
• Reorient or relocate the receiving antenna;
• Increase the separation between the equipment and 
receiver;
• Connect the equipment into an outlet on a circuit 
different from that to which the receiver is connected;
• Consult the dealer or an experienced radio/ TV 
technician for help.
Changes or modifications not expressly approved by 
the party responsible for compliance could void the 
user’s authority to operate the equipment.
For the receiver devices associated with the operation 
of a licensed radio service (e.g. FM broadcast), they 
bear the following statement:

17 18Your product can store personal information in various 
locations including a SIM card, memory card, and built-
in memory. Be sure to remove or clear all personal 
information before you recycle, return, or give away 
your product. 
Choose your apps and updates carefully, and install 
from trusted sources only. Some apps can impact your 
product’s performance and/or have access to private 
information including account details, call data, location 
details and network resources.
Note that any data shared with TCT Mobile Inc., is 
stored in accordance with applicable data protection 
legislation. For these purposes TCT Mobile Inc., 
implements and maintains appropriate technical and 
organizational measures to protect all personal data, for 
example against unauthorized or unlawful processing 
and accidental loss or destruction of or damage to such 
personal data whereby the measures shall provide a 
level of security that is appropriate having regard to:

• The technical possibilities available;
• The costs for implementing the measures;
• The risks involved with the processing of the personal 
data, and;
• The sensitivity of the personal data processed.You can access, review, and edit your personal 
information at any time by logging into your user 
account, visiting your user profile or by contacting us 
directly. Should you require us to edit or delete your 
personal data, we may ask you to provide us with 
evidence of your identity before we can act on your 
request.
Licenses  .............................................
microSD logo is a trademark of SD-3C, LLC.
 The Bluetooth word mark and logos are owned 
by the Bluetooth SIG, Inc. and any use of such 
marks by TCT Mobile Inc., and its affiliates is 
under licence. Other trademarks and trade

The Bluetooth word mark and logos are owned 
under licence. Other trademarks and trade 
names are those of their respective owners. 
Alcatel 5059S  Bluetooth Declaration ID 
D043601
The Wi-Fi Logo is a certification mark of the 
Wi-Fi Alliance.
Google, the Google logo, Android, the 
Android logo, Google SearchTM, Google 
MapsTM, GmailTM, YouTube, Google Play 
Store, Google LatitudeTM, and HangoutsTM 
are trademarks of Google Inc.

19 20The Android robot is reproduced or modified from 
work created and shared by Google and used according 
to terms described in the Creative Commons 3.0 
Attribution License (the text will show when you tap 
Google legal in Settings > System > About phone > 
Legal information ) (1). 
You have purchased a product which uses the open 
source (http://opensource.org/) programs mtd, msdosfs, 
netfilter/iptables and initrd in object code and other 
open source programs licensed under the GNU General 
Public License and Apache License.
You may download the source codes from http://
sourceforge.net/projects/alcatel/files/. The provision of 
the source code is free of charge from the internet.
All "Signature" ringtones embedded in this phone have 
been composed, arranged, and mixed by NU TROPIC 
(Amar Kabouche).
(1) May not be available in all countries.General information  .....................
• Alcatel website:  http://us.alcatelmobile.com
• Manufacturer: TCT Mobile Inc.,

• Address:  5/F, Building 22E, 22 Science Park East 
Avenue, Hong Kong Science Park, Shatin, NT, Hong 
Kong
• Electronic labeling(1) : T ap Settings > System >  
Regulatory & safety  or dial *#07# to find more 
information about labeling, such as FCC ID.
Your phone is a transceiver that operates on 2G (GSM 
850/900/1800/1900 MHz, 3G (UMTS Band 2/5) and 
4G LTE (Band 2/4/5/13/66).
(1) This may vary depending on country.

21 22Protection against theft (1)
Your phone is identified by an IMEI (phone serial 
number) shown on the packaging label and in the 
phone’s memory. We recommend that you note the 
number the first time you use your phone by dialing 
*#06# and keep it in a safe place. It may be requested 
by the police or your carrier if your phone is stolen. This 
number is unique and will identify your phone..
Disclaimer
There may be certain differences between the user 
manual description and the phone’s operation, 
depending on the software release of your phone or 
specific carrier services.
TCT Mobile Inc., shall not be held legally responsible 
for such differences, if any, nor for their potential 
consequences, which responsibility shall be borne by 
the carrier exclusively.
(1) Contact your service provider to check service 
availability.1 Your mobile  ...............................
1.1 Keys and connectors
LED IndicatorFront 
Camera
Proximity & 
Light Sensor
BackRecent apps
HomePower/Lock

Camera
USB Type-A/Charger Port
Volume 
Up/Down

23 24Rear Camera
FlashSIM Tray
 Back
• T ap once to return to the previous screen, 
or to close a dialog box, options menu, or 
notification panel.
 Home
• From any application or screen, tap to return 
to the Home screen. T ouch and hold to turn 
on Google Assistant, a program that provides 
detailed information based on the content 
detected on the screen. Recent Apps
• T ap to view the applications you have open.
 Power/Lock button
• Press: Lock the screen/Light up the screen.
• Press and hold: Show the pop-up menu to 
select from Restart  or Power off.
• Press and hold the  Power  key and Volume 
down  key at the same time to capture a 
screenshot.
• Press and hold the Power  key for at least 10 
seconds to force reboot.
 Volume buttons
• In call mode, adjusts the call volume.
• In Music/Streaming mode, adjusts the media 
volume.
• In general mode, adjusts the ringtone volume.
• Mutes the ringtone of an incoming call.
• In camera preview mode, press Volume up  or

volume.
• In camera preview mode, press Volume up  or 
down  to take a photo or press and hold to take 
a burst shot.
NOTE:  Devices and software are constantly evolving—
the screen images and icons you see here are for 
reference only.

25 261.2 Setting up your phone
Your phone already has a NANO SIM card installed.
MicroSD cards (up to 32GB) may be purchased 
separately.
NOTE:  Power off the device before opening the SIM 
tray to remove or insert the NANO SIM card and/or 
microSD card.
Step 1.  If you need to replace the NANO SIM card and/
or insert an optional microSD card, use the SIM tool 
provided in the box to open the SIM tray.
Step 2.  Remove the SIM tray.SIMSD
Step 3.  Position the NANO SIM card or microSD card 
in the tray correctly, aligning the cutout tab, and gently 
snap into place. Be sure the edges are aligned.
Step 4. Slide the tray slowly into the SIM tray slot. It 
only fits one direction. Do not force into place. Keep 
the SIM tool in a safe place for future use.
Step 5.  Charge your phone by inserting the small end 
of the charging cable into the charge port as shown on 
the next page.
Charge your phone fully before turning it on and 
starting the set up process. Insert the other end of the

starting the set up process. Insert the other end of the 
USB cable into your wall charger and plug it into a wall 
outlet.

27 28WARNING:  Only use approved chargers with your 
device. Incompatible chargers or tampering with the 
charger port could damage your device and void the 
warranty.
1.2.1 Powering on your phone
T o turn your phone on, press and hold the Power/Lock 
button.
T o turn on your screen, press the Power/Lock  button. 
Then enter PIN, password or draw your unlock pattern, 
if necessary.
If you do not know or forget your unlock setting, 
contact your network operator.1.2.2 Powering off your phone
Press and hold the Power/Lock button until options 
appear, then select Power off .
1.3 Home screen
The Home screen provides quick access to all the items 
(applications, shortcuts, folders and widgets) you like 
to use most frequently. T ap the Home  symbol to get 
instant access to the Home screen.
Status bar
T ap and drag down to open the 
Notification panel .
Google Search bar
T ap 1 to enter text search screen. 
T ap 2 to begin voice search.
Swipe up to access the App 
drawer .

Status bar
drawer .
T ap to return to Home  screen.
Favorite applications tray
•  T ap to enter the application.
•  T ouch and hold to move or remove applications.

29 30Auto-rotate screen 
The auto-rotate functions allows the screen to be 
displayed horizontally or vertically, depending on how 
you hold the phone. Automatically change the screen 
orientation from portrait to landscape by turning the 
phone sideways to have a better screen view.
From the Home screen, Swipe up to open the App 
drawer, then tap Settings > Display > Advanced > 
Auto-rotate screen  to enable or disable the function.
1.3.1 Using the touchscreen
T ap   
T o access an application, tap it with your finger.
T ouch & hold   
T ouch and hold an item on the screen to open available 
options. For example, select a contact in Contacts, 
touch and hold this contact, and an option list will 
appear.
Drag   
T ouch and hold an item and drag it to another location.Slide/Swipe   
T ouch and slide the screen to scroll up and down the 
applications, images, and web pages. You can slide the 
screen horizontally too.
Flick   
Similar to swiping, flicking is a lighter and quicker stroke.

Flick   
Multi-touch   
Pinch or spread your thumb and index finger to zoom 
in or out.
The phone also supports one finger zooming in Camera  
and Gallery . Double tap the screen to zoom in/out.    
1.3.2 Status bar
From the Status bar, you can view both phone status  
and notification information.
Slide down the status bar to view notifications and slide 
down again to enter the Quick Settings Panel.
Swipe up to close it the Quick Settings Panel.

31 32Notification panel
When there are notifications, slide 
down the Status bar  to open the 
Notification panel  to read more 
detailed information.
Quick Settings panel
Slide down the notification panel to 
open the Quick Settings Panel . You 
can enable or disable functions or 
change modes by taping the icons.1.3.3 Locking and unlocking your screen
T o protect your phone and privacy, you can lock the 
phone with a pattern, PIN, or password.
Creating a screen lock/unlock setting
• From the Home screen, Swipe up to open the App 
drawer, then tap Settings > Security & location > 
Screen lock .
• Choose your lock preference and follow the prompts.
T o lock phone screen
Press the Power/Lock  button once to lock the screen.
T o unlock the phone screen
Press the Power/Lock  button once to light up the 
screen. If applicable, draw the unlock pattern you have 
created, or enter your PIN or password. 
If you have chosen Swipe  as the screen lock, you can

If you have chosen Swipe  as the screen lock, you can 
press the Power/Lock key  to light up the screen, then 
swipe up to unlock the screen.
Clear all notifications 
(ongoing notifications 
will remain)
T ouch the Settings icon, to view 
the full list of settings.

33 34
Swipe up to 
unlock the screenDouble tap to enter 
the detailed screen
1.3.4 Personalizing your Home screen
Add
You can tap and hold a folder, an application or a widget 
and drag the item to your preferred Home screen.
Reposition
T ouch and hold an item, drag it to the desired position 
and then release. You can move items both on the 
Home screen and the Favorite applications tray. Hold 
the icon on the left or right edge of the screen to drag 
the item to another Home screen.Remove
T ouch and hold a folder, application, or widget, and drag 
it up to the top of the screen to Remove  icon, then 
release.
Create folders
T o improve the organization of shortcuts or applications 
on the Home screen and the Favorite applications tray, 
you can add them to a folder by stacking one item on 
top of another. T o rename a folder, open it and tap the 
folder’s title bar to input the new name.
Wallpaper customization
T ouch and hold an empty area on the Home screen,

T ouch and hold an empty area on the Home screen, 
then tap Wallpaper to customize the wallpaper.
1.3.5 Widgets and recently used applications
Widgets
T ouch and hold the empty area on the Home screen, 
then tap Widgets  to display all widgets.
Move the selected widget by dragging it to your 
preferred screen.

35 361.3.6 Adjusting the volume 
Using the volume button
T o adjust the volume, press the top of the Volume 
button to increase volume, or press the bottom of the 
Volume button to decrease the volume. T o activate 
vibrate mode, hold the bottom of the Volume button 
until the phone vibrates.
Using the settings menu
Drawer, then select Settings > Sound  to set the volume 
for media, ringtones, alarms and more.Recently used applications
T o review recently used applications, tap the Recent 
Apps 
  icon. T ap a thumbnail window to open the 
application to full screen.
T ap one thumbnail and slide it right/left or tap X to 
close an application.
T ap 
  at the bottom of the screen to close all the 
running applications.

37 382 T ext input  ...................................
2.1 Using the onscreen keyboard
Adjust the onscreen keyboard orientation
Turn the phone sideways or upright to adjust the 
onscreen keyboard orientation. You can adjust it by 
changing the settings. Go to Settings > Display > 
Advanced > Auto-rotate screen
Onscreen keyboard settings
Other keyboards are available on your phone. Go 
to Settings > System > Languages & input > Virtual 
keyboard,  select the keyboard you want to set up and a 
series of settings will become available. 1   Enter text or numbers.
2   T ap to insert a period. T ouch and hold to select 
different puncuation symbols.
3   T ap to capitalize a letter. T ouch and hold to CAPS 
Lock (to type in all capital letters) and tap again to 
turn off CAPS Lock.
4   T ap to switch to symbol and numeric keyboard.
5   T ap to insert a comma. T ouch and hold to open 
keyboard settings.
6   T ap to open an emoji list.
7   T ap to attach media.

8   T ap to insert a space. T ouch and hold to change the 
keyboard language.1
23
4
56
7
8

39 402.2 T ext editing
You can edit the text you enter.
• T ouch and hold or double tap within the text you 
want to edit.
• Drag the tabs to change the selected text.
• The following options will show: Cut , Copy , Share 
and Select All.
You can also insert new text if preferred
• T ap where you want to type, or touch and hold a 
blank space, the cursor will blink and a tab will show. 
Drag the tab to move the cursor.
• If you have cut or copied any text, tap the tab to 
show Paste  which allows you to paste any text you 
have previously copied.3  Call, Call log and Contacts  ....
3.1 Call  .........................................................
3.1.1 Making a call
T o make a call, tap 
  in the Favorite applications tray.
1
2
453
1   Call log    2   Contacts
3   View the contact’s detailed information. You can 
also edit, delete, share the contact, or send a 
message to the contact.
4   Show the keypad   5  Call the previewed
  number.

41 42
T ouch and 
hold to access 
voicemail
Enter the desired number from the keypad and tap 
  
to place the call or select a contact from Contacts or 
Call Log  by sliding or taping tabs, then tap 
  to make 
the call. 
The number you entered can be saved to Contacts by 
tapping the Create new contact icon 
  or the Add to 
a contact  icon 
 .
If you make a mistake, you can delete the incorrect 
digits by tapping 
 .
T o hang up a call, tap 
 .International call
T o dial an international call, touch and hold 
  to enter 
“+” , then enter the international country prefix followed 
by the full phone number and tap 
 .
Emergency call
If your phone has network coverage, dial the emergency 
number and tap 
  to make an emergency call. This 
works even without a SIM card and without typing the 
PIN code.
3.1.2 Answering or rejecting a call
If phone is unlocked If phone is locked

43 44When you receive a call, a call window will be presented 
on top of the screen. T ap Decline  to dismiss a call or 
Answer  to answer a call. T ap the call window to open 
the Phone call screen.
On the Phone call screen:
• T ap 
  to answer the call;
• T ap 
  to reject the call;
• T ap 
  to reject the call by sending a preset message.
3.1.3 Calling your voicemail 
Your voicemail is provided by your network to avoid 
missing calls. It works like an answering machine that 
you can consult at any time. 
T o access your voicemail, touch and hold 
 .
If you receive a voicemail, 
  appears on the Status bar. 
Open the Notification panel and tap New voicemail .
3.1.4 Settting up Voicemail
Follow the instructions provided by your mobile phone 
service provider. 3.1.5 During a call
T o adjust the volume during a call, press the Volume 
button.
   End the current call.
   T ap once to activate the speaker during the current 
call. T ap this icon again to deactivate the speaker.

button.
   T ap to mute sound input and turn off the microphone 
on the phone (you may hear the caller, but the caller 
will not hear you). T ap this icon again to turn the 
microphone back on and unmute.
   Display the keypad.

45 46
   T ap to place the call on hold (you will not hear the 
caller and the caller will not hear you). T ap this icon 
again to resume the call.
   T ap to dial another phone number. You will have the 
option to add the new call to your current call or 
place the original call on hold.
 T o avoid accidental operation of the touchscreen 
during a call, the screen will be locked automatically 
when you put the phone close to your ear; and it 
will be unlocked when the phone is taken away 
from your ear.
3.1.6 Managing multiple calls
This phone can handle multiple calls at once. 
Swap calls
When you accept two calls, tap the contact name or 
number to switch between two lines. The current call 
will be put on hold and you are able to join  the other 
call.
Conference calls (1)
You can set up a conference call as follows. 
• Place a call to the first participant of the conference 
call. 
(1) Number of calls dependent upon your network operator.• T ap 
  to add another call.

call. 
• Enter the phone number of the person you want 
to add to conference and tap 
 . You can also add 
participants from Call log  or Contacts .
• T ap 
  to merge the calls and start the conference.
• T ap 
  to end the conference call and disconnect all 
callers.
3.1.7 Call settings
From the Call  screen, tap 
  and then tap Settings  to 
edit your Phone Settings , such as quick responses, 
accessibility and quick dial. You can also change your 
Contacts Settings  to import/export, merge contacts, 
display options, and manage account.
T ap any option and follow the instructions.
3.2 Call log
View a call log of missed, outgoing and incoming calls 
by tapping 
  on the Call  Screen.
T ap one of the contacts or phone numbers in the call

by tapping 
T ap one of the contacts or phone numbers in the call 
log to copy the number, call the number again, or block 
the number.

47 48
T ap 
  to Delete all history .
3.3 Contacts  ..............................................
Contacts  enables quick and easy access to the contact 
you want to reach. 
You can view and create contacts on your phone and 
synchronize them with your Gmail contacts or other 
applications on the web or on your phone.3.3.1 View your Contacts
T o see your contacts, tap 
  from the App drawer.
1
2
3
4
1  Display the contacts list option menu
2  T ap to search contacts
3 T ap a contact to open the Quick Contact Panel. 
T ouch and hold to to select multiple contacts.
4  Add new contact
Deleted contacts will also be removed from other 
applications on the phone or web the next time 
you synchronize your phone.

49 50Add to/Remove from Favorites (1)
T o add a contact to favorites, you can tap a contact to 
view details then tap 
  to add the contact to favorites. 
The contact will now appear on your favorites list 
within the Phone application. 
T o remove a contact from favorites, tap the star 
  on 
the contact details screen.
3.3.3 Editing your contacts
T o edit contact information, tap 
  in the contact 
details screen.
3.3.4 Use Quick contact for Android
T ap a contact in your contacts list to open Quick 
Contact Information. You can then tap 
  or the number 
to make a call. T o send a message, tap 
 .
(1) Only phone contacts and account contacts can be added 
to Favorites.3.3.2 Adding a contact
T ap 
  in the contact list to create a new contact.
Enter the contact's name and other contact information. 
2
31
1   When finished, tap Save  to save the contact 
information.
2   Select a picture or take a photo for the contact.
3   Enter the contact information. Scroll down to enter

2
31
3   Enter the contact information. Scroll down to enter 
details for additional fields, such as address and 
nickname.

51 52
The icons available on the Quick contact panel depend 
on the information you have for the contact and the 
applications and accounts on your phone.
3.3.5 Importing, exporting and sharing contacts
This phone enables you to import or export contacts 
between your phone, NANO SIM card and phone 
storage.
From the Contacts screen, tap 
  to open the options 
menu. T o import/export contacts to/from NANO SIM 
Card, phone or microSD card storage, go to Settings > 
Import/Export .You can share a single contact or several contacts by  
sharing the contact's vCard via Bluetooth, email or 
message.
T ap the contact you want to share, tap 
  and Share  
from the contact details screen. Select the application 
to perform this action. 
3.3.6 Displaying contacts
You can configure which list of contacts, for each 
account, you want to display in the Contacts list. From 
Contacts tap 
 > Settings >  Contacts to display then 
you can choose which contacts to display.

You can also choose your display preference. From the 
Contacts  list, tap 
  Settings > Sort by  to sort the list 
by First name  or Last name , as well as viewing contact 
names by First name first  or Last name first .
3.3.7 Merging/Separating contacts
T o avoid duplication, you can add any new contact 
information to existing contacts in a single action. 
T ap the contact which you want to add information to, 
tap 
  to enter the edit contact screen.
Select the contact whose information you want to 
merge with the first contact. The information from the 
second contact is added to the first one, and the second 
contact will no longer be displayed in the Contacts  list.

53 543.3.8 Synchronizing contacts in multiple 
accounts
Contacts, data or other information can be synchronized 
from multiple accounts, depending on the applications 
installed on your phone.
T o add an account, tap 
  from the contacts list and tap 
Settings > Accounts , or from the Home screen, Swipe 
up the screen, then Settings > Users & accounts >  
Add account .
Select the type of account you are adding; for example, 
personal, corporate, Gmail or cloud.
As with other account setups, you need to enter 
detailed information, such as username and password.
Auto-sync
On the Accounts  screen, tap Auto-sync data , when 
activated, all changes to information on the phone or 
online will be automatically synchronized.4  Messaging  ............................
4.1 Write a new message
You can create, edit, send and receive SMS and MMS 
with this phone.
T o access Messaging, tap  
 .
On the message list screen, tap 
  to create text/
multimedia messages.
1
2
3
1   Choose contacts

 .
1
2
3
2   Send the text message
3   Insert emojis

55 56Sending a text message
T o add recipients, enter the name or phone number of 
the recipient in the To bar. T ap the Type message  bar to 
enter the text of the message. When finished, tap 
  
to send the text message. 
 Specific letters (accented) will also increase the 
size of the SMS. This may cause multiple SMS to 
be sent to your recipient.
Sending a multimedia message
MMS enables you to send video clips, images, photos, 
animations, slides and sounds to other compatible 
mobiles and email addresses. 
An SMS will be converted to MMS automatically when 
media files (image, video, audio) are attached or subject 
or email addresses are added.
T o send a multimedia message, enter the recipient's 
phone number in the To bar. T ap the Type message  bar 
to enter the text of the message. 
T ap 
  to attach a picture, video or audio file.
When finished, tap 
  to send the multimedia message. 4.2 Manage messages
When receiving a message, 
  will appear on the

T ap 
  will appear on the 
Status bar as a notification. Drag down the Status bar 
to open the Notification panel. T ap the new message 
to open and read it. You can also access the Messaging 
application and tap the message to open it. 
Messages are displayed as a conversation. 
T ap a message to enter the message composing screen:
• T ap 
  to call the number.
T o adjust message settings, tap 
  and select Settings  on 
the message list screen.

57 585  Calendar and Clock  ................
5.1 Calendar  ...............................................
You can use Calendar  to keep track of important 
meetings, appointments, etc.
T o view the calendar and create events, Swipe up from 
the Home screen, then tap Calendar .
5.1.1 Multimode view
You can display the Calendar by Schedule, Day, 3-day, 
Week, or Month,  tap 
  to change your view.
5.1.2 T o create new events
You can add new events from any Calendar view. 
• T ap 
 .
• Fill in all required information for this new event. If it 
is a whole-day event, you can select All-day .
• T o add invitees to an event, enter email addresses 
separated by commas. Invitees will receive a calendar 
invitation by email.
• When finished, tap Save  from the top of the screen.T o quickly create an event from the Week view screens, 
tap an empty spot to select a target area which will then 
turn , then tap the icon to create the new event.
5.1.3 T o delete or edit an event

T o delete or edit an event, tap the event to enter the 
details screen. T ap 
  to edit the event, or tap 
  and 
then Delete  to delete.
5.1.4 Event reminder
If a reminder is set for an event, the upcoming event 
icon 
  will appear on the Status bar as a notification 
when the reminder time arrives. 
T ouch, hold and drag down the Status bar to open the 
Notification panel and tap an event name to view the 
Calendar notification list.
T ap the Back  button to keep the reminders pending in 
the Status bar and the Notification panel.

59 605.2 Clock  .....................................................
Your mobile phone has a built-in clock.
T o view the current time, world clock, alarm, countdown 
and stopwatch, swipe up from the Home screen, then 
open the Clock app by tapping the icon.
5.2.1 World clock
T o view the world clock, tap 
  within the Clock app.
T ap 
  to add a time zone.
5.2.2 Alarm
From the Time screen, tap 
  to enter the Alarm  screen.
Turn on 
  to enable the alarm.
T ap 
  to add a new alarm:
T ap an existing alarm to enter the alarm editing screen.
T ap 
  to delete the selected alarm.5.2.3 Timer
  to enter the Timer  screen.
• Enter the time. The time should be typed in second, 
minute and hour number sequence.
• T ap 
  to start the countdown.
Pause/play

61 625.2.4 Stopwatch
  to enter the Stopwatch  
screen.
• T ap 
  to start the Stopwatch.
• T ap Lap  to show a list of records according to the 
updated time.
• T ap 
  to halt the total and lap times. These will only 
restart after 
  is tapped.
• T ap Reset  to delete the record.
• T ap Share  to share lap times via message, Bluetooth, 
email and more.
5.2.5 Adjust Clock settings
T ap 
  and then Settings  to access Clock  and Alarms 
settings.6 Getting connected  ..................
T o connect to the internet with this phone, you can use 
the network or Wi-Fi, whichever is most convenient.
6.1 Connecting to the internet
6.1.1 Network connection
The first time you turn on your phone with your 
SIM card inserted, it will automatically configure your 
network service. 
If the phone is not connected to the network, you may 
connect to a Wi-Fi network. In the phone menu, tap  
Settings > Network & internet  > Wi-Fi.

T o check the network connection you are using, tap 
Settings > Network & internet > Mobile network > 
Cellular data .
T o create a new access point
A new network connection can be added to your phone 
with the following steps:
• T ap Settings > Network & internet > Mobile network 
> Access Point Names .
• T ap 
  and enter the required APN information.

63 64• When finished, tap 
  and then Save .
T o enable data roaming
• T ap Settings > Network & internet > Mobile network  >  
Show roaming reminder .
• When data roaming is disabled, you can still perform 
data exchange with a Wi-Fi connection (refer to 
"6.1.2 Wi-Fi" ).
T o set preferred network mode
> Preferred network type .
6.1.2 Wi-Fi
You can connect to the internet when your phone is 
within range of a wireless network. Wi-Fi can be used 
on your phone even without a SIM card inserted.
T o turn Wi-Fi on and connect to a wireless network
• T ap Settings > Network & internet > Wi-Fi .
• Turn on 
 .
• Once Wi-Fi is turned on, detected Wi-Fi networks 
are listed.• T ap a Wi-Fi network to connect to it. If the network 
you selected is secured, you are required to enter a 
password or other credentials (you may contact the 
network operator for details). When finished, tap 
Connect .

Connect . 
T o enable notification when a new network is detected
When Wi-Fi is on and the network notification is 
activated, the Wi-Fi icon will appear on the Status 
Bar whenever the phone detects an available wireless 
network within range. The following steps activate the 
notification function when Wi-Fi is on:
• T ap Settings > Network & internet > Wi-Fi > Wi-Fi 
Preferences > Advanced > Wi-Fi Notification
• Turn on Wi-Fi Notification  
 . 
T o add a Wi-Fi network
When Wi-Fi is on, you may add new Wi-Fi networks 
according to your preference. 
• T ap Settings > Network & internet > Wi-Fi  > Saved 
Networks > Add network
• Enter the name of the network you want to use and 
any required password.
• T ap Save .

65 66T o forget a Wi-Fi network
The following steps prevent automatic connections to 
networks which you no longer wish to use.
• Turn on Wi-Fi, if it’s not already on.
• On the Wi-Fi screen, tap the name of the saved 
network.
• T ap Forget  in the dialog that opens.
6.2 Connecting to a Bluetooth device 
Bluetooth is a short-range wireless communication 
technology that you can use to exchange data, or 
connect to other Bluetooth devices for various uses. 
T o turn on Bluetooth
• T ap Settings > Connected devices > Bluetooth .
• Turn on Bluetooth  
 .
Your device name and other available devices will 
appear on screen.T o rename your device
• T ap Device name.
• Enter a name, and tap Rename  to confirm.
T o pair/connect your phone with a Bluetooth device 
T o exchange data with another device, you need to turn 
Bluetooth on and pair your phone with the Bluetooth 
device with which you want to exchange data.

• T ap + Pair new device .
• T ap a Bluetooth device you want to pair your phone 
with in the list.
• In the dialog that pops up, tap Pair  to confirm.
• If the pairing is successful, your phone will be 
connected to the device.
T o disconnect/unpair from a Bluetooth device
• T ap 
  beside the device you want to unpair.
• T ap Forget  to confirm.

67 686.3 Connecting to a computer via USB
With a USB cable, you can transfer media files and 
other files between your phone and a computer. 
T o connect your phone to the computer
Use the USB cable that came with your phone to 
connect the phone to a USB port on your computer. You 
will receive a notification that the USB is connected.
Open the Notification panel and tap USB charging this 
device , then, in the next dialogue, choose the way in 
which you want to transfer files. By default, Charge this 
device  is selected.
 Before transferring media to a computer, ensure 
the phone and computer have the most up-to-
date version of media player installed. 
6.4  Sharing a mobile data connection
You can share your phone's mobile data connection 
with a single computer via a USB cable (USB tethering) 
or with up to four devices at once via Bluetooth 
(Bluetooth tethering) or Wi-Fi (mobile hotspot).
The functions below may incur additional network

The functions below may incur additional network 
charges from your network operator. Extra fees 
may also be charged in roaming areas.T o share your phone's data connection via USB and 
Bluetooth, or as a mobile hotspot
Go to Settings > Network & internet > T ethering & 
Mobile Hotspot to activate these functions.
T o rename or secure your mobile hotspot
When mobile hotspot is activated, you can rename your 
phone's Wi-Fi network (SSID) and secure it.
• Ta p  Settings > Network & internet > T ethering &  
Mobile Hotspot > Mobile hotspot.
• T ap Set up mobile hotspot to rename the network 
SSID or set your network security.
• T ap Save .
6.5 Connecting to virtual private 
networks
Virtual private networks (VPNs) allow you to connect 
to the resources inside a secured local network from 
outside that network. VPNs are commonly deployed 
by corporations, schools, and other institutions so

by corporations, schools, and other institutions so 
that their users can access local network resources 
when not inside that network, or when connected to a 
wireless network.

69 70T o add a VPN
• T ap Settings > Network & internet > VPN  and then 
tap 
 .
• On the screen that opens, follow your network 
administrator's instructions to configure each 
component of the VPN settings.
• T ap Save .
The VPN is added to the list on the VPN settings screen.
Before adding a VPN, you should set a screen lock 
for your phone.
T o connect/disconnect to/from VPN
T o connect to a VPN:
• T ap Settings > Network & internet > VPN .
• The VPNs you have added are listed. T ap the VPN 
you want to connect with.
• In the dialog that opens, enter any requested 
credentials and tap Connect .
T o disconnect from a VPN:
• T ap the VPN you want to disconnect from. In the 
dialog that opens, tap Disconnect .T o edit/delete a VPN
T o edit a VPN:
• The VPNs you have added are listed. T ap the 
  icon 
next to the VPN you want to edit.
• After editing, tap Save .
T o delete a VPN:
• T ap the 
  icon next to the selected VPN, then tap

  icon 
• T ap the 
  icon next to the selected VPN, then tap 
Forget  to delete it.

71 727 Multimedia applications  .......
7.1 Camera  ................................................
Your mobile phone is fitted with a camera for taking 
photos and videos.
Before using the camera, make sure that you remove 
the protective lens cover to avoid affecting your picture 
quality.
T o take a photo or video, tap the  Camera app  in your 
Favorite applications tray  or open the Camera App 
within the App Drawer , by swiping up from the Home 
screen, or double click the Power Button  to quick 
launch the Camera App.1   T ap to turn on/off the camera flash .
2   Switch between  front/back camera .
3   To  zoom in/out , tap the magnifying glass then slide 
the indicator, or tap     or      to zoom. You may also 
zoom in/out by pinching together/spreading apart 
two fingers across the screen.
4   View  the photos or videos you have taken.
5   Capture  a photo.
6   Choose Photo, Video, Panorama and more via the 
Camera Mode carousel .
61
23
4
5

73 74T o take a photo
The screen acts as the viewfinder. First, position the 
object or landscape within the viewfinder, tap the 
screen to adjust the image focus to a specific point or 
object, and tap the Capture button 
 . The photo will 
be automatically saved. You can also touch and hold 
  
to take burst shots. 
T o take a video
Swipe to the right on the Camera Mode carousel  to 
enter Video Mode , then tap the Record Button 
  
to start video recording. You can also tap the Camera 
Shutter  icon 
  to take a picture during video recording. 
T ap 
  to pause video recording and tap again 
  to 
continue. T ap 
  to stop recording. The video will be 
automatically saved.
Further operations when viewing a picture/video you 
have taken
• Slide left or right to view the photos or videos you 
have taken.
• T ap 
 , then Gmail/Bluetooth/MMS/etc. to share 
the photo or video.
• T ap 
  to return to Camera .7.1.1 Modes and settings
Slide left or right to switch between modes.
• PANO

• T ap 
• T ap 
• PANO
T ap to enter Panorama mode.  T ap the Capture 
button to start taking panoramic photo and move 
the phone steadily along the direction indicated by 
the onscreen line. Once the photo is complete, it will 
save automatically.
• TIME-LAPSE
Capture a series of photos and convert them into a 
sped up time-lapse video.
• INSTANT COLLAGE
Choose from different layouts. Instant Collage will 
automatically fill the layout with the next photo as 
you capture. Once the layout is filled, approve or 
reject the collage. 
Settings
• Grid
Turn on 
  to enable grid view. It divides the screen 
into equal parts and helps you take better photos 
by making it simple to align elements, such as the 
horizon or buildings, to the lines in the grid.

75 76• Save location information
Turn on 
  to tag photos and videos with your 
location. This option is available when the GPS 
location service is enabled.
7.2 Viewing Photos or Videos  .............
Google Photos acts as a media player for you to view 
photos and play videos. In addition, a set of further 
operations to pictures and videos are available for your 
choice.
T o view the photos you have taken, swipe up from the 
Home screen to access the App Drawer and select  
Google Photos .
Album view in
Google PhotosFull-screen 
picture viewPictures and videos are displayed by albums  in Google 
Photos.
Working with pictures
You can work with pictures by rotating or cropping 
them, sharing them with friends, and setting them as a 
contact photo or wallpaper.
Find the picture you want to work on, and tap the 
picture to enter the full-screen picture view. 
T ap 
  to Share  the picture via messaging, email, and 
more.
T ap 
  to Edit  the picture.  You can add a filter , adjust

T ap 
more.
T ap 
  to Edit  the picture.  You can add a filter , adjust 
the picture color , and crop , straighten or rotate  the 
picture.
T ap 
  for Information  on the date, location the photo 
was taken, MB size and camera settings.
T ap 
  to Delete  the picture.
T ap 
  to Print  or set the picture as a contact photo  or 
wallpaper .
While in album view, touch and hold a picture for 
additional features and options in Google Photos .

77 788 Others  .....................................
8.1 Other applications (1)
The previous applications in this section are preinstalled 
on your phone. T o read a brief introduction of the 
preinstalled 3rd party applications, refer to the leaflet 
provided with the phone. T o download and install 
more 3rd party applications, use the Google Play Store 
(1) Application availability depends on country and operator.9 Google applications  ............
Google apps are preinstalled on your phone to improve 
work efficiency and help you enjoy life.
This manual briefly introduces the apps. For detailed 
features and user guides, refer to related websites or 
the introduction provided in the apps.
We recommend you register with a Google account to 
enjoy all the functions.
9.1 Chrome
A web browser with which you can surf the internet. 
Your bookmarks, browsing history, and settings 
across all devices with the browser installed can be 
synchronized with your Google account.

synchronized with your Google account. 
9.2 Gmail
As Google's web-based email service, Gmail is 
configured when you first set up your phone. With this 
application, you can send and receive emails, manage 
emails by labels, archive emails, etc. Emails can be 
automatically synchronized with your Gmail account.

79 809.3 Maps
Google Maps offers satellite imagery, street maps, 360° 
panoramic views of streets, real-time traffic conditions, 
and route planning for traveling by foot, car, or public 
transportation. By using this application, you can get 
your own location, search for a place, and get suggested 
route planning for your trips.
9.4 YouTube
YouTube is an online video-sharing application which 
allows users to upload, view, and share videos. Available 
content includes video clips, TV clips, music videos, and 
other content such as video blogging, short original 
videos, and educational videos. It supports a streaming 
function that allows you to start watching videos almost 
as soon as they begin downloading from the internet.
9.5 Play Store
Serves as the official app store for the Android operating 
system, allowing users to browse and download 
applications and games. Applications are either free of 
charge or at a cost. 
In Play Store, search for the app you need, download it

In Play Store, search for the app you need, download it 
and then follow the installation guide to install the app. 
You can also uninstall, update an app, and manage your 
downloads. 9.6 Play Music
A music streaming service and online music locker 
operated by Google.
You can download and listen to a large number of songs 
for a montly fee. In addition to offering music streaming 
for internet-connected devices, the Google Play Music 
app allows music to be stored and listened to offline. 
Songs purchased through Play Music are automatically 
added to the user's account.
9.7 Play Movies & TV
With Google Play Movies & TV you can rent or purchase 
on demand videos and TV shows to watch instantly on 
your phone. All purchases can also be downloaded to 
your phone to watch without streaming.

81 8210 Settings  .............................
Open Settings from the App Drawer by swiping up from 
the Home Screen and tapping the Settings Icon 
 , or 
swipe down from the Notification Bar and tapping the 
Settings Icon 
 .
10.1  Network & internet
10.1.1 Wi-Fi
Using Wi-Fi you can access the internet without using 
your network data or NANO SIM card whenever you 
are in range of a wireless network. The only thing you 
have to do is to enter the Wi-Fi screen and configure 
an access point to connect your phone to the wireless 
network.
For detailed instructions on using Wi-Fi, refer to "6.1.2 
Wi-Fi" .
10.1.2 Mobile network
You can set Data roaming, Preferred networks, 
Preferred network type, Access Point Names,  and 
Network operators  in this menu.10.1.3 T ethering & Mobile Hotspot
Bluetooth or Wi-Fi allows your phone to exchange data 
(videos, images, music, and other media) within a small 
range with another Bluetooth supported device (phone,

range with another Bluetooth supported device (phone, 
computer, printer, headset, car kit, and more).
For more information on Bluetooth, refer to "6.2 
Connecting to a Bluetooth device" .
10.1.4 VPN
For more information on VPN, refer to "6.5 Connecting 
to virtual private networks" .
10.1.5 Airplane mode
Turn on Airplane mode  
  to simultaneously disable 
all wireless connections including Wi-Fi, Bluetooth and 
more. 
10.1.6 Data usage
Data saver
By enabling Data saver, you can reduce data usage by 
preventing some apps from sending or receiving data in 
the background.
Data usage is measured by your phone, and your 
operator may count differently.

83 8410.2  Display
In this menu, you can adjust your screen brightness, 
wallpaper, sleep time, font size, and more. 
T o rotate screen contents when device is rotated, tap 
Auto-rotate screen .
10.3  Security & location
T ap to set Device Security  such as Screen lock, 
Lock screen preferences, Smart lock, Apps lock, 
Encrypt phone, SIM card lock, and Privacy, Device 
Administration, Credential Storage, etc.
10.4  Battery
T ap any category in the battery management screen to 
view its power consumption.
10.5  Smart Manager
Turn on Smart Manager  
  to restrict auto-start apps 
can make system run faster and extend battery life.
10.6  Connected devices
T ap to set Bluetooth and Wireless printing .10.7  Storage
Use these settings to monitor the total and available 
space on your phone and microSD card.
10.8  Apps & notifications
T ap to view details about the applications installed on 
your phone, to manage their data usage or force them 
to stop.

to stop. 
In the Notifications  menu, you can configure whether 
to block the notifications from this app, hide sensitive 
content, etc.
In the App Permissions  menu of an application, you can 
grant permissions for the app, such as allowing the app 
to access your Camera, Contacts, Location,  etc. 
10.9  Sound
T ap to adjust call and notification ringtones, music, and 
other audio settings.

85 8610.10  Users & accounts
T ap to add, remove, and manage your email and other 
supported accounts. You can also use these settings 
to control how and whether all applications send, 
receive, and synchronize data on their own schedules, 
and whether all applications can synchronize user data 
T ap Add account  to add an account for the selected 
app.
10.11  Google
T ap to configure your Google account and services 
settings.
10.12  Accessibility
Use the Accessibility settings to configure any 
accessibility plug-ins you have installed on your phone.
10.13  System
10.13.1 Language & input
T ap to configure language settings, the onscreen 
keyboard, voice input settings, pointer speed, etc.10.13.2 Date & time
Use Date & time settings to customize your preferences 
for how date and time are displayed.
10.13.3 Back up
Turn on 
  to back up your phone’s settings and 
other application data to Google servers. If you replace

Turn on 
other application data to Google servers. If you replace 
your phone, the settings and data you’ve backed up 
will be restored onto the new phone when you sign 
in with your Google account. If you mark this option, 
a wide variety of settings and data are backed up, 
including your Wi-Fi passwords, bookmarks, a list of the 
applications you’ve installed, the words you’ve added 
to the dictionary used by the onscreen keyboard, and 
most of the settings that you configure in the Settings 
application. If you unmark this option, you stop backing 
up your settings, and any existing backups are deleted 
from Google servers.

87 8810.13.4 Reset options
T ap to reset DRM, Wi-Fi, mobile & Bluetooth, Reset 
app preferences , or Erase all data.
10.13.5 Regulatory & safety
T ap to view product information.
10.13.6 About phone
This contains information such as Updates, Status, 
Legal information, Model number, Kernel version, Build 
number, User Manual, etc.11  Making the most of your 
phone  .......................................
11.1  FOTA Upgrade
Use the FOTA (Firmware Over The Air) Upgrade tool 
to update your phone's software. T o access Updates , 
Swipe up the Home screen and select Settings > 
System Updates .
If you want to update the system, tap Check for new 
system update  and when that’s finished, your phone 
will have the latest version of the software. Turn on 
data connection or Wi-Fi before searching for updates. 
Settings for auto-check frequency are also available 
once you restart the phone. With auto-check selected, 
a dialog advising of a new system version will appear on

a dialog advising of a new system version will appear on 
the screen and a notification will appear in the status 
bar. You can choose to download the update, or ignore.
T o avoid errors in locating the correct update packages, 
do not change your default storage location during 
FOTA downloading or updating.

89 9012 Accessories  ............................
Standard accessories
1.  AC Charging Adapter
2.  USB data cable
3.  Quick Start Guide and warranty information
4.  Product Safety Information
5. Preinstalled embedded  battery and NANO SIM card
•  Accessories depend on countries.
•  Only use the AlcatelTM accessories included with 
your device.13  1 Year Limited Warranty  ...
TCT Mobile Inc., offers a 1 year limited warranty on all 
TCL, Alcatel, Alcatel One-T ouch, BlackBerry devices that 
are found to be defective in materials or workmanship 
upon submission of the following items:  
• Proof of purchase – consisting of original invoice or 
sales slip indicating the date of purchase, dealer’s 
name, model and serial number of the product.
General T erms and Conditions
This warranty is confined to the first purchaser of the 
product only and is not applicable to cases other than 
defects in material, design and workmanship.  
Items and Conditions Not Covered:

• Damages resulting from normal wear and tear 
and/or the need for regular maintenance shall not 
constitute a defect under the terms of this warranty.  
• Abuse or misuses, including but not solely limited 
to the failure to use this product for its normal 
purposes or in accordance with TCT’s instructions 
on usage and maintenance.
• Defects resulting from usage of the product in 
conjunction with accessories that are not approved 
by TCT for use with this product.

91 92• TCT will not be responsible for any repairs caused 
by third party component parts, or service that is 
found to be the cause for the defect or damage of 
• TCT will not be responsible for failure to use the 
battery in accordance with the specific instructions 
of core outlined in the product user manual. For 
example, do not attempt to open sealed devices, 
such as batteries.  Opening of sealed devices may 
result in bodily injury and/or property damage.
• Accidents, Acts of God, lightning, water, fire, 
public disturbances, improper ventilation, voltage 
fluctuations or any cause beyond the control of TCT.
• This warranty does not affect the consumers’ 
statutory rights nor the consumers’ rights against 
the dealer related to their purchase/ sales 
agreement.
TCT’s 1 Year Limited Warranty will abide by the 
following options regarding claims :
1. Repair the TCT product using new or previously used 
parts that are equivalent to new in performance

parts that are equivalent to new in performance 
and reliability.2. Replace the TCT product with the same model 
(or with customer consent a product that has 
similar functionality) formed from new and/or 
previously used parts that are equivalent to new in 
performance and reliability.
a. When a TCT product or part is replaced or 
provided, any replacement item becomes 
the customer’s property and the replaced or 
refunded item becomes TCT’s property.
b. TCT will not provide any data transfer service.  
This is the customer’s responsibility. TCT shall 
not be liable for the loss of any saved/stored 
data in products that are either repaired or 
replaced.  Customer should maintain a separate 
backup copy of the contents of the device’s data. 
3. All refund requests shall be submitted to the retailer

3. All refund requests shall be submitted to the retailer 
where the device(s) were originally purchased 
and shall subject to the retailer’s refund policies. 
Customers may obtain the retailers return policies 
at the links provided below:
• U.S.  https://us.alcatelmobile.com/return-policy
• Canada https://ca.alcatelmobile.com/return-policy
4. Repair or Replacement of any TCT product under 
the terms of this warranty does not provide right to 
extension or renewal of the warranty period.

93 945. Warranty repairs are available free of charge at TCT 
authorized repair centers for products that comply 
with the General T erms and Conditions of this 
warranty. Shipping cost of the defective product(s) 
to TCT authorized repair center is to be paid by 
the customer.  The customer is responsible for any 
damage to the defective product during shipment 
to the authorized repair center.
6. This warranty is not transferrable.  This warranty 
will be the purchasers’ sole and exclusive remedy 
and neither TCT nor its service centers shall be 
liable for any incidental or consequential damages 
or breach of any express or implied warranty of this 
product.
7. This warranty extends to products purchased and 
sold within the United States and Canada.  All 
products sold in United States will be subject to 
their respective state and federal laws.  All products 
purchased in Canada will be subject to Canadian 
laws.  Company Contact Information
Customer Care may be contacted at:

USA   
Phone: 855-368-0829  
Web: https://us.alcatelmobile.com
Canada  
Phone: 855-844-6058  
Web: https://ca.alcatelmobile.com
BlackBerry Support  
Phone: 1 855-223-4034 (USA and Canada)  
Web: https://blackberrymobile.com
TCL Communication T echnology Holdings 
Limited. reserves the right to alter material or 
technical specification without prior notice.

95 968 Troubleshooting  ...................
Before contacting the service center, you are advised to 
follow the instructions below:
• T o have optimal operation, fully charge the battery.
• T o improve the phone’s performance, remove 
unnecessary files or apps on your phone.
• T o update your system software, use the System 
Updates command in your phone’s settings.
• T o set your phone to factory default, use the Backup 
& Reset in the phone’s settings. All your phone data 
will be lost permanently. It is strongly advised to fully 
back up your phone before resetting.
My phone can't be switched on
• When the phone can't be switched on, charge for 
at least 10 minutes to ensure the minimum battery 
power needed. Then switch it on again.
My phone has not responded for several minutes
• If your phone doesn’t respond, turn off your phone 
by pressing and holding the Power key until it turns 
off and then restart it again.
• If your phone has a removable battery, remove the

• If your phone has a removable battery, remove the 
battery and re-insert it, then restart the phone.My phone turns off by itself
• When your phone turns off by itself, make sure that 
the Power key is not accidentally pressed.
• Check the battery charge level.
• Check your phone’s settings for turning off the 
phone at a certain time.
• If it still doesn't work, Factory  reset the phone via the 
Backup & reset in the phone’s Settings. Make sure 
you have backed up your data.
My phone can't charge properly
• Make sure that you are using the proper charger that 
comes with the phone.
• If your phone has a removable battery, make sure 
that your battery is inserted properly and the battery 
terminal makes good contact with the phone. It must 
be inserted before plugging in the charger.
• Make sure that your battery is not completely

• Make sure that your battery is not completely 
discharged; if the battery power has been discharged 
for a long time, it may take around 10 minutes to 
display the battery charging indicator on the screen.
• Make sure that charging is carried out under normal 
conditions (0°C (32°F) to 55°C (131°F)).
• When abroad, check that the voltage input is 
compatible.
• Check that the charging port is secured and not 
damaged.

97 98My phone can't connect to a network or "No service" 
is displayed
• Try connecting to the network by moving to another 
physical location.
• Verify the network coverage with your carrier in your 
current area.
• Check with your carrier that your SIM card is valid.
• Make sure your phone’s setting is not in airplane 
mode.
• If you are away from your carrier’s network, you may 
need to enable roaming in the phone’s settings to 
connect to another network. Roaming charges may 
apply.
My phone can't connect to the internet
• Make sure that Cellular Data internet service is 
available in your wireless service plan.
• Check your phone's settings. Make sure Cellular 
Data  is enabled or Wi-Fi connected.
• Make sure that you are in a place with network 
coverage for cellular data or Wi-Fi internet 
• Try connecting at a later time or another location.
Invalid SIM card
• Make sure that the SIM card has been correctly

• Make sure that the SIM card has been correctly 
inserted (see "Inserting or removing the SIM card").• Make sure that the chip on your SIM card is not 
damaged.
• Make sure that the service of your SIM card matches 
the network you’re on.
My phone can't make outgoing calls
• Make sure that you have dialed a valid number and 
have tapped Call on your phone.
• For international calls, check the country and area 
codes.
• Make sure that your phone is connected to a 
network, and the network is not overloaded or 
unavailable.
• Check your subscription status with your carrier.
• Make sure that you have not barred outgoing calls.
• Make sure that your phone is not in airplane mode.
My phone can't receive incoming calls
• Make sure that your phone is switched on and 
connected to a network.
• Check for overloaded or unavailable network.

• Make sure that you have not forwarded incoming 
calls.
• Make sure that you have not barred certain calls.

99 100The caller’s name/number doesn't appear when a call 
is received
• Check that you have subscribed Caller ID  service 
with your carrier.
• Your caller may have concealed their name or number.
I can't find my contacts
• Make sure that your SIM card is not broken.
• Make sure that your SIM card is inserted properly.
• Import all contacts stored in SIM card to phone.
The sound quality of the calls is poor
• Adjust the volume during a call by pressing the 
Volume up/down  key.
• Check the network strength. Move to a location with 
stronger signal strength.
• Make sure that the receiver, connector or speaker on 
your phone is clean.
I can't use the features described in the manual
• Check with your carrier to make sure that your 
subscription includes this service.
• Make sure that this feature doesn't require any 
additional accessory.
When I select a number from my contacts, the number 
can't be dialed
• Make sure that you have correctly recorded the

• Make sure that you have correctly recorded the 
number in your file.• Make sure that you have selected the country code 
when calling an international number.
I can't add a contact
• Make sure that your SIM card contact list is not full; 
if full, delete some files or save the files to the phone.
My callers can't leave messages on my voicemail
• Contact your network carrier to check service 
availability.
• Set up your voicemail with your carrier, so that your 
caller can leave a message.
I can't access my voicemail
• Make sure that your carrier’s voicemail number is 
correctly entered in "Voicemail number" .
• Try later if the network is busy.
I can't send/receive MMS
• Check your phone memory as it might be full.
availability and MMS parameters.

• Verify the server center number or your MMS profile 
• The server center may be swamped. Try again later.
• Start a new Messaging string. Your messaging string 
may have reached its limit.

101 102SIM card PIN locked
• Contact your network carrier to obtain the PUK 
(Personal Unblocking Key) code.
I can't connect my phone to my computer
• Install Smart Suite on your phone via Google Play 
store.
• Check that your USB driver is installed properly.
• Open the Notification panel to check if the Smart 
Suite Agent has been activated.
• Check that you have marked the USB debugging 
checkbox.
• Check that your computer meets the requirements 
for Smart Suite installation.
• Make sure that you’re using the right cable from the 
box.
I can't download new files
• Make sure that there is sufficient phone storage 
space for your download.
• Select the microSD card as the location to store 
downloaded files.
The phone can't be detected by others via Bluetooth
• Make sure that Bluetooth is turned on and your 
phone is visible to other users.• Make sure that the two phones are within the 
Bluetooth detection range.

The battery drains too fast
• Make sure that you follow the complete charge time 
(minimum 200 minutes).
• After a partial charge, the battery level indicator may 
not be exact.
• Wait for at least 10 minutes after removing the 
charger to obtain an exact indication.
• Adjust the brightness of screen as appropriate.
• Extend the email auto-check interval for as long as 
possible.
• Update news and weather information on manual 
demand, or increase their auto-check interval.
• Exit background-running applications if they are not 
being used for extended periods of time.
• Deactivate Bluetooth, Wi-Fi, and/or location when 
not in use.
The phone becomes warm following prolonged calls, 
game playing, internet surfing or running other 
complex applications
• This heating is a normal consequence of the CPU

not in use.
• This heating is a normal consequence of the CPU 
handling excessive data. Ending the above actions 
will make your phone return to normal temperature.

103 104After Factory data reset is performed, I can't use my 
phone without entering Google account credentials
• After reset is performed, you must enter the original 
Google account credentials that were used on this 
phone.
• If you don’t remember your Google account 
credentials, complete Google account recovery 
procedures.
• If you still cannot access your phone, submit an 
inquiry to the authorized repair center. Please note: 
this will not be covered under the limited warranty.
The phone doesn't ring when a call or message arrives
• Make sure that Do Not Disturb mode (go to Settings >  
Sound & notification > Do Not Disturb) is not 
• Press the Volume up/down  key to adjust volume.
I forget some passwords/codes/keys on phone
• Perform Factory data reset .
this will not be covered under the limited warranty.9  Specifications  ........................
Processor :

Qualcomm ® Snapdragon™ 425, QC8917
Platform :
Android
Memory :
16GB ROM + 2GB RAM
Dimensions (LxWxD) :
148.2×69.5×9.5mm
Weight :
156g
Display :
5.34-inch touchscreen with FWVGA+ 18:9 (480x960)
Network :
GSM: 850/1900
UMTS: 2/5
LTE: 2/4/5/13/66
(Band frequency and data speed are operator dependent.)

105 106GPS :
A-GPS
Connectivity :
• Bluetooth 4.2
• Wi-Fi 802.11b/g/n (2.4GHz)
• 3.5mm audio jack
• Micro-USB type A
Camera :
• 5MP rear camera with LED flash
• 2MP front camera with screen flash
Audio supported formats :
AAC, AAC ELD, AAC LC, AAC+, eAAC+, AC3, AMR-
NB, AMR-WB, FLAC, MIDI, MP3, Opus, PCM, WAV
Battery (1) :
Capacity: 2460mAh
(1) The original battery has undergone rigorous safety 
inspections to meet qualification standards, the use of 
non-original batteries may be dangerous.
English - CJA2DP0ALAAAExpansion Slot :
microSD™ memory card  
(Sold separately)
Special Features :
• WEA Enabled
• TTY/TTD Enabled
• HAC Rating: M3/T3
Note:  Specifications are subject to change without 
prior notice.

1Para la versión en español, visite
phone.About your phone
images and icons you see here are for reference only.Microphone
Headset Connector
Camera
Proximity 
& Light 
Sensor
USB Type-AMicrophone Speaker

2 3Step 1.  If you need to replace the SIM card or insert an 
optional Micro SD card, use the SIM tool provided in the 
box to open the SIM tray.
Step 2.  Remove the NANO SIM card/MicroSD card tray.
SIMSD
Step 3. Position the SIM card or Micro SD card in the 
tray correctly, aligning the cutout tab and gently snap 
into place. Be sure the edges are aligned.
only fits one direction. Do not force into place. Keep the 
SIM tool in a safe place for future use.Setting up your phone
Micro SD cards (up to 32GB) may be purchased 
NOTE: Power off the device before opening the SIM tray to 
remove or insert the NANO SIM or Micro SD card.Volume KeysRear Camera
Power KeyFlash
SIM 
Tray

4 5Step 5.  Charge your phone by inserting the small end of 
the charging cable into the charge port as shown.
Before turning on your phone, charge it fully. Insert the 
other end of the USB cable into your wall charger and 
plug it into a wall outlet.
WARNING: Only use approved chargers with your device. 
Incompatible chargers or tampering with the charger port could 
damage your device and void the warranty.
Using your phone
Turning your phone on/off 
To turn your phone on, press and hold the Power/Lock  
button. 
To turn your phone off, press and hold the Power/
Lock  button, and tap Power Off on the screen when it 
appears.
Locking/unlocking the screen
To turn on your screen, press the Power/Lock  button. 
Then swipe up on the screen to unlock it.  
To turn off your screen and lock your device, press the 
Power/Lock  button.Home screen
(applications, shortcuts, folders and widgets) you like to 
use most frequently.

Touch the Home  symbol to get instant access to the 
Home screen.
Search bar
Touch  to enter text search screen.Touch  to enter voice search screen. 
Favorite applications trayTouch to enter the applications.Touch and hold to move or change applications.Status barTouch and drag down to open the notifications panel.
BackGo to previous screen.HomeRecent appsTouch to view recent apps.
The Home screen is provided in an extended format 
with multiple panes to allow more space for adding 
applications, shortcuts etc. To navigate to the additional 
panes swipe your finger on the screen horizontally to 
the right.
Swipe left to see more pages for Home screen 
applications.

6 7Learning more
  Visit http://us.alcatelmobile.com  for more 
  Download the User Guide from  
www.verizonwireless.com/support .
Spanish User Guide can also be found from  
www.verizonwireless.com/support.
Managing your account
  My Verizon Mobile app 
  Manage your account, track your usage, edit 
account information, pay your bill and more.
  Customer service
 Call 800.922.0204  
 Twitter @VZWSupportAdditional information
offered through this device are provided by or in 
conjunction with third parties. Verizon Wireless is not 
responsible for your use of this device or any non-
Verizon Wireless applications, services and products, 
including any personal information you choose to use, 
submit or share with others. Specific third-party terms 
and conditions, terms of use and privacy policies apply.

and conditions, terms of use and privacy policies apply. 
Please review carefully all applicable terms, conditions 
and policies prior to using this wireless device and any 
associated application, product or service. 
Hearing aid compatibility information 
hearing aids for some of the wireless technologies 
that it uses. However, there may be some newer 
technologies that have not been tested yet for use with 
hearing aids. It is important to try the different features 
of this phone thoroughly and in different locations, using 
your hearing aid or cochlear implant,  
to determine if you hear any interfering noise. Ask your 
service provider or the manufacturer of this phone for 
information on hearing aid compatibility. If you have 
questions about return or exchange policies, ask your 
service provider or phone retailer.

© 2019 Verizon Wireless. 
© 2019 TCT Mobile Limited. All rights reserved.English - CJB2DP0ALAAB
Printed in China

Quick start guideOne T alk  
executive IP  
desk phone with 
video camera

2
Quick start guidePackage contents
The following items are included in your package. If you find 
anything missing, contact your system administrator.
Note:  We recommend that you use accessories provided or 
approved by Verizon. The use of unapproved third-party 
accessories may result in poor performance.
Assembling your phone
1. Attach the stand and adjust the angle of the screen2. Insert the camera 
Note:  Remove rubber plugs first and then insert the camera.
3. Connect the handset and optional headset
4. Optional: Connect a USB device 
Note:  The USB port can also be used to connect other USB 
devices, such as a USB headset.
5. Connect the AC power
Note:  The phone should be used with the original power 
adaptor (12 V/1 A) only. The use of a third-party power adaptor 
may cause damage to the phone.Phone Handset
Handset
cordEthernet cable (2 m 
CAT5E FTP cable)Stand
Quick start
guidePower adaptor
(optional)Camera
4051Adjust shutter switch.
Adjust camera angle.

3
Quick start guideConnecting to a wired or wireless network
Connecting to a wired network:
Note:  If you are connecting a PC to your phone, we 
recommend that you use the Ethernet cable provided by 
Verizon.
Connecting to a wireless network:
1. Navigate to Settings > Basic Settings > Wi-Fi
2. Turn on Wi-Fi
3. Select an available wireless network from the list  
of networks
4. If the network is secure, enter its password in the  
Password field
5. Tap Connect  to connect to the wireless network
Starting the phone
After the phone is connected to the network and supplied with 
power, it automatically begins the initialization process. After 
startup, the phone is ready for use. You can configure the 
phone via the phone user interface or the web user interface.Configuring your phone
Configuring network settings:
Navigate to Settings > Advanced Settings (default password: 
admin) > Network > WAN Port > IPv4.
Configuring account settings:

admin) > Accounts.
Using basic call functions
Placing a video/voice call
Using the handset:
1. Pick up the handset
2. Enter the number, and then tap Send
Using the speakerphone:
1. With the handset on-hook, press               
Using the headset:
1. With the headset connected, press    to activate the 
headset mode
Note: During a call, you can alternate between the headset, 
hands-free speakerphone and handset modes by tapping the 
Headset  key or the Speakerphone  key or by picking up the 
handset. Headset mode requires a connected headset.
Answering a video/voice call
Pick up the handset.
Press  .
Press  .

Press  .
Press  .
Note:  You can reject an incoming call by tapping Reject .PC connection
    (optional)PC
The desk phone will be ready to be used once the address 
provided during the ordering of the desk phone appears on  
the screen. This is known as the 911 address screen, which you 
must acknowledge by pressing OK before you can start using 
the phone.

4
Quick start guideControlling video during a call
• Tap Full Screen  to display the video in full screen or tap 
     
to return
• Swipe down from the top of the screen to enter the control 
center and tap Video  to turn on/off the near-site video
Ending a video/voice call
Hang up the handset or tap End Call .
Press  or End Call .
Tap End Call .
Redialing a call
• Press  to enter the Placed Calls list, and then tap the 
desired entry
• Press  twice when the phone is idle to dial out the last 
dialed number
Muting and unmuting a call
• Press  to mute the microphone during a call
• Press  again to unmute the call
Holding and resuming a call
To hold a call:
Press  or Hold  during an active call.
To resume the call, do one of the following:
• If there is only one call on hold, press  or Resume
• If there is more than one call on hold, select the desired call 
and then press Resume
Transferring a call

You can transfer a call in the following ways:
Performing a blind transfer:
1. Press  or Transfer  during an active call. The call is 
automatically placed on hold
2. Enter the number you want to transfer the call to
3. Press  to transferPerforming a semi-attended transfer:
placed on hold
2. Enter the number you want to transfer the call to, and then  
press          
3. Press  or Transfer  when you hear the ring-back tone
Performing an attended transfer:
press         
3. Press  or Transfer  after the second party answers
Forwarding a call
To enable call forwarding:
1. Navigate to Settings > Features > Call Forward

press         
2. Select the desired forward type:
Always Forward:  Incoming calls are forwarded 
unconditionally.
Busy Forward:  Incoming calls are forwarded when the 
phone is busy.
No Answer Forward: Incoming calls are forwarded if not 
answered after a period of time.
3. Enter the number you want to forward to. For No Answer 
Forward, select the desired ring time to wait before 
forwarding from the After Ring Time  field
4. Tap 
  to accept the change
Conference calling
To initiate a conference call:
1. Tap Conference  during an active call. The call is placed  
on hold
2. Enter the number of the second party, and then  
tap Conference
3. Tap Conference  again when the second party answers. 
Three parties are now joined in the conference. You  
may repeat this procedure, adding up to five people on  
the conference

Note:  You can split the conference call into two individual calls 
by tapping Split . You can create three-way video conferencing 
or five-way video/audio mixed conferencing.

5
Quick start guideConfiguring and using speed dial
To configure a speed dial key:
1. Navigate to Settings > Features > Dsskey
2. Select the desired DSS key
3. Select SpeedDial from the Type field, select the desired line 
from the Account ID field, enter a label in the Label field and 
then enter the number in the Value field
4. Tap 
To use the speed dial key:
Press the speed dial key to dial out the preset number.
Listening to voicemails
The “message waiting” indicator on the idle screen indicates 
that one or more voicemail messages are waiting at the 
message center. The power indicator LED also slowly  
flashes red.
To listen to voicemails:
1. Press  or Connect
2. Follow the voice prompts to listen to your  
voicemail messages
Viewing notifications
Swipe down from the top of the screen to enter the control 
center and the notification center.
Customizing your phone
Managing call history
1. Tap 
 on the screen
2. Select an entry from the list
3. Tap

1. Tap 
3. Tap 
  after the desired entry, and then you can do  
the following:
• Tap Send  to call the entry
• Tap Delete  to delete the entry from the list
• Tap Edit to edit the entry before calling
• Tap Add to add the entry to the local directory
• Tap Blacklist  to add the entry to the blacklistManaging contact directory
To add a contact:
1. Tap 
       
2. Tap 
 to add a contact
3. Enter a unique contact name in the Name field and contact 
numbers in the corresponding fields
4. Tap 
To edit a contact:
1. Tap 
     
2. Tap 
  after the desired entry
3. Edit the contact information
4. Tap       to accept the change
To delete a contact:
1. Tap 
     
2. Tap  
   after the desired entry and then tap Delete
3. Tap OK when the LCD screen prompts “Delete  
selected item?”
Adjusting the volume
Press  to adjust the volume.

1. Tap 
     
2. Tap  
Setting ringtones
1. Navigate to Settings > Basic Settings > Sound > Ring Tones
2. Select Common  or the desired account
3. Select the desired ringtone
4. Tap 
to accept the change
Regulatory notices
Operating ambient temperatures
• Operating temperature: +32° to 104° F (0° to 40° C)
• Relative humidity: 5% to 90%, noncondensing
• Storage temperature: -22° to +160° F (-30° to +70° C)
Warranty
This device has a one-year manufacturer’s warranty.

6
Quick start guideExplanation of the symbols
DC symbol
       is the DC voltage symbol.
WEEE Warning symbol
  
To avoid the potential effects on the environment and 
human health as a result of the presence of hazardous 
substances in electrical and electronic equipment, end users  
of electrical and electronic equipment should understand  
the meaning of the crossed-out wheeled bin symbol.  
Do not dispose of waste electrical and electronic equipment 
(WEEE) as unsorted municipal waste and collect such  
WEEE separately.
Restriction of Hazardous Substances Directive (RoHS)
This device complies with the requirements of the EU  
RoHS Directive. 
Safety instructions
Save these instructions. Read these safety instructions  
before use.
  General requirements
• Before you install and use the device, read the safety 
instructions carefully and observe the situation  
during operation
• During the process of storage, transportation and

• During the process of storage, transportation and  
operation, please always keep the device dry and clean,  
and avoid collision
• Please do not attempt to dismantle the device by yourself. In 
case of any device issues, please contact the appointed 
maintenance center for repair
• Please refer to the relevant laws and statutes while using the 
device. Legal rights of others should be respected as well
  Environmental requirements
• Place the device in a well-ventilated place. Do not expose the 
device to direct sunlight
• Keep the device dry and free of dust
• Do not place the device on or near any inflammable or 
fire-vulnerable object, such as rubber materials
• Keep the device away from any heat source or open flame, 
such as a candle or an electric heater  Operating requirements
• Do not let a child operate the device without guidance

• Do not let a child play with the device or any accessory,  
to avoid accidental swallowing
• Please use the accessories provided or authorized by the 
manufacturer only
• The power supply of the device shall meet the requirements 
of the input voltage of the device
• Please use the provided surge-protection power socket only
• Before plugging or unplugging any cable, make sure that 
your hands are completely dry
• Do not spill liquid of any kind on the product or use the 
equipment near water, for example, near a bathtub, 
washbowl, kitchen sink, wet basement or swimming pool
• During a thunderstorm, stop using the device and disconnect 
it from the power supply
• If the device is left unused for a long time, disconnect it from 
the power supply and unplug the power plug

• When there is smoke emitting from the device, or an 
abnormal noise or smell, disconnect the device from the 
power supply, and unplug the power plug immediately
• Contact the specified maintenance center for repair
• Do not insert any object that is not part of the product or 
auxiliary product into equipment slots
• Before connecting a cable, connect the grounding cable of 
the device first. Do not disconnect the grounding cable until 
you disconnect all other cables
  Cleaning requirements
• Before cleaning the device, disconnect it from the  
power supply
• Use a piece of soft, dry and anti-static cloth to clean  
the device
• Keep the power plug clean and dry

7
Quick start guide Network details & coverage maps at vzw.com . © 2019 Verizon. UG5660519FCC statement
This device complies with part 15 of the FCC Rules. Operation 
is subject to the following two conditions: (1) This device may 
not cause harmful interference, and (2) this device must accept 
any interference received, including interference that may 
cause undesired operation.
Any changes or modifications not expressly approved by the 
party responsible for compliance could void the user’s 
authority to operate the equipment.
Radiation exposure statement
This equipment complies with FCC radiation exposure limits 
set forth for an uncontrolled environment. This equipment 
should be installed and operated with a minimum distance  
of 20 cm between the radiator and your body.
Technical support
For additional support information on One TalkSM from Verizon, 
please visit verizonwireless.com/support/one-talk

SERVICE PROVIDERl  DATA SHEET  l
SOLUTION HIGHLIGHTS
Encourage cross collaboration while supporting 
the individual needs of diverse operations 
teams.
• 24x7 Network-wide Coverage and Small Cell 
Scaling over 1M Cells
• Comprehensive LTE and 3G Vendor Support
• Efficient Workflows for Distinct RAN Users
• LTE and 3G Inter-RAT Support
• Cross-Department Collaboration Tools
• Real-Time and Historical Data
• Integrated RAN Control Plane and User Plane 
Call Trace Visibility Simplified Radio Access Network 
Monitoring and Troubleshooting
Empower Operations Teams with  
GeoSoft RAN-enabled Solutions
Deliver a Quality Experience for Mobile Subscribers
With modern subscribers demanding increasingly complex services including voice and video 
conferencing, music downloading, and mobile TV, operators need to raise the bar with hosted 
offerings in order to effectively compete with OTT alternatives. As these types of services quickly

/content/drive/MyDrive/Vz_GenAI/NOT_TICKETS/SPDS_002-1601-GeoSoft RAN E2E (1).pdf

offerings in order to effectively compete with OTT alternatives. As these types of services quickly 
translate into significant revenue streams, they also require the highest Quality of Service (QoS) 
from the networks in order to meet Quality of Experience (QoE) expectations.
This critical objective typically falls within the responsibility of the radio access network (RAN) 
Operations team.  As subscribers access new services from bandwidth-hungry devices, this team 
will face new challenges that will threaten their productivity and their ability to deliver a quality 
experience for mobile subscribers.
With the introduction of NETSCOUT’s GeoSoft RAN-based solutions, operators can more 
effectively address the most complex technology turns at the point of access.
Extend Visibility Beyond the Core with Iris Session Analyzer

With a single, unified view of subscriber traffic across network boundaries (RAN and Core) and 
technology domains (2G/3G/LTE), Iris Session Analyzer (ISA) arms Tier 1 RAN Operations teams 
with the real-time and historical information they need in order to quickly isolate and resolve 
congestion and interference problems that contribute to 70% of all subscriber issues.

For more information, please  
visit www.netscout.com  or  
call us at 1-800-833-9200 option 1   
or +1 469-330-4000
SPDS_002-1601 08/2016NETSCOUT offers sales, support, and services in over 32 countries.
© 2016 NETSCOUT SYSTEMS, INC. All rights reserved. NETSCOUT, nGenius, InfiniStream, Sniffer, nGeniusONE, ASI, Adaptive Service Intelligence and the NETSCOUT logo are registered or 
pending trademarks of NETSCOUT SYSTEMS, INC. and/or its affiliates in the United States and/or other countries (“NETSCOUT”). All other brands and product names and registered and 
unregistered trademarks are the sole property of their respective owners. Use of this product is subject to the NETSCOUT SYSTEMS, INC. (“NETSCOUT”) End User License Agreement that 
accompanies the product at the time of shipment or, if applicable, the legal agreement executed by and between NETSCOUT and the authorized end user of this product (“Agreement”).

accompanies the product at the time of shipment or, if applicable, the legal agreement executed by and between NETSCOUT and the authorized end user of this product (“Agreement”). 
NETSCOUT reserves the right, at its sole discretion, to make changes at any time in its technical information, specifications, service, and support programs.Americas East
310 Littleton Road
Westford, MA 01886-4105
USA
Phone: 978-614-4000
Toll Free: 800-357-7666Americas
3033 W. President
George Bush Hwy
Plano, TX 75075-5752
USAAPAC
238A Thomson Road, #25-04/05
Novena Square Tower A
Singapore 307684EMEA
One Thames Valley
Wokingham Road
Bracknell, Berkshire
RG42 1NG
UKReduce Troubleshooting Costs
• With LTE, operators are finding it 
more and more difficult to isolate and 
resolve problems within the core. As 
a result, RAN operations teams are 
under increased pressure to improve 
productivity and reduce troubleshooting 
costs.
• Using GeoSoft RAN-enabled 
troubleshooting solutions, Tier 1 RAN

costs.
troubleshooting solutions, Tier 1 RAN 
Operations personnel can resolve more 
problems with improved visibility into 
the radio network.
One Operator’s Story
• Within days, RAN Operations teams 
resolved a 7-month old multi-RAB issue 
using Iris Session Analyzer resulting in 
an estimated OPEX savings of $2.6M
Iris Session Analyzer
With data from GeoSoft RAN, Iris Session 
Analyzer improves visibility into the RAN 
for troubleshooting, data analysis, and 
planning activities. 
• Network performance, small cell offload 
management, service introductions, 
CAPEX spend management.
• First call trouble resolution, outage 
prevention, and network upgrade 
management. 
• Acquisition and analysis of supporting 
data for technology advancement and 
new services. l  DATA SHEET  l  Simplified Radio Access Network Monitoring and Troubleshooting

Real-Time Network Element Data
Troubleshoot issues from core to RAN with real-time information. Continuous, 24x7, cross-element 
monitoring and data correlation ensures that RAN teams see all that happens, as it happens—
dramatically reducing the time to access and analyze information. With ISA, RAN Operations teams 
can accelerate their response and fault isolation, meeting aggressive troubleshooting time frames 
and minimizing escalations to more costly support resources.
Historical Data Recall On Demand
Resolve issues that cannot be recreated. When stubborn trouble tickets linger, additional 
context may be required for resolution. ISA delivers that context with readily-accessible historical 
information that allows teams to paint a better picture without a costly truck roll.

Collaborative Workflows
Facilitate cross-department resolution with targeted workflows and collaborative capabilities. When 
multiple organizations are involved in solving a problem the ability to augment escalations and 
handoffs with meaningful information ensures resolution progress—avoiding ticket stall or ping-
pong troubleshooting. ISA supports a more collaborative approach with flexible export options for 
internal audiences and vendor mitigation. In addition, seamless drill to lower level troubleshooting 
tools extends the solution’s value to multiple departments.
Independent and Efficient Data Collection with GeoSoft RAN
Harvesting information directly from inherent element trace ports, GeoSoft RAN-based solutions

Harvesting information directly from inherent element trace ports, GeoSoft RAN-based solutions 
combine data from multiple elements and vendors for use with a proven network-wide monitoring 
system.
Offering a vendor-independent view of RAN performance across deployed access infrastructures, 
mobile operators can readily address a variety of scenarios.
• Validate benchmarks and maintain Core/Access/Device system functionality by reporting the 
most pertinent Key Performance Indicators (KPIs) and Key Quality Indicators (KQIs).
• Identify issues impacting new service QoS/QoE in real time with 24x7 monitoring capabilities, 
reporting and trending analysis features.
• Baseline, monitor and troubleshoot control plane and user plane signaling in order to effectively 
support new handset introductions.
• Gracefully address NEM software upgrades with support that extends from FOA to production 

• Accelerate resolution with handset manufacturers and NEMs by providing actionable 
information with captures from ISA.
Address Network Planning and Optimization Tasks with Geoanalytics
With the addition of TrueCall®, engineering teams can further leverage GeoSoft RAN data 
collection with 24x7x365, network-wide, real-time and historical RAN geoanalytics. Details about 
this application platform can be found in a separate datasheet.

Quick
Start 
Guide
Charge your watch before 
using it. Charge
Back
Bezel
Home/Power
Changeable  
watch band
Connect
The Galaxy Watch (R805 and R815) 
are 4G LTE-enabled. Get texts, alerts, 
make and receive calls, even when 
you leave your phone behind.  
Consult your service provider for 
more information about activation.Visit Galaxy Apps or the Google Play 
Store to install the Galaxy Wearable 
app to connect your watch and 
smartphone.
Open the app and follow the prompts 
to pair your watch to your smartphone.Rotate  the bezel left or right to:
• From the watch screen,  
view notifications and  
widgets
• Select an app
• Navigate screens
Swipe  the screen to:
widgets
• View the Quick Panel
• Navigate screensNavigate
Explore
From the top edge of any screen, swipe down to view the Quick Panel.
Keep your watch face on in 
Always On modeSet volume
Turn off vibration, incoming 
calls, and alerts in Do Not 
Disturb mode

Turn on Theater mode to 
minimize disturbances  
in dark and quiet placesAdjust the screen brightnessOpen settings
Printed in Vietnam
GH68-49500A_Rev_1.1Activate
For a list of compatible smartphones, visit  
samsung.com/us/support/mobile/wearables
From the watch  
screen, press to  
view apps or  
return to the  
watch screenTap to open  
Recent appTap to view  
more apps
Save battery power in        
Power Saving modeDisconnect from all networks 
in Airplane mode©2018 Samsung Electronics America, 
Inc. Samsung and Samsung Galaxy Watch 
are trademarks of Samsung Electronics 
Co., Ltd. Google Play Store is a trademark 
of Google LLC. Other company names, 
product names and marks are the property 
of their respective owners. Screen images 
simulated. Appearance of devices may vary.

7..Touch and hold the watch face  
and select a preloaded watch 
face or download a new one.
Tap CUSTOMIZE  to create 
a custom watch face or 
download additional  
watch faces by rotating  
to the last screen and  
tapping Galaxy Apps.
6
Useful apps
Galaxy Apps  Download apps optimized 
for your watch.
SmartThings  Control your smart devices 
and appliances from your watch.
Samsung Health Help keep your body  
fit and healthy. 
Bixby Use your voice to check the 
weather, set an alarm and more. 
Visit  samsung.com/us/support to learn more.Calls
Swipe or rotate the bezel to answer.Tap to make a call.
Swipe or rotate the bezel to reject the call 
and send the call to voicemail.
Swipe up to open Decline  messages  to  
send the call to voicemail and respond  
with a preloaded or customized message.
4G LTE standalone connectivity is only available on Samsung Galaxy Watch LTE 
version. Standalone voice calling on LTE version requires initial pairing with eligible

version. Standalone voice calling on LTE version requires initial pairing with eligible 
Samsung Galaxy device and separate qualifying wireless plan. Your carrier may 
not support standalone voice calling, or support may be available in certain areas. 
Please check with your carrier for more information. Standalone functionality 
limited if paired phone is not powered on or connected to a wireless network.8.
9Messages
Create, view and reply to messages.
Swipe up or rotate the bezel to reply 
with a preloaded quick response.
Tap Edit responses  to add a 
custom quick response.
Tap Doodle  to draw a message. 
Tap Voice input and speak your  
message.
Tap Emoji  to select and 
send an emoji. 
Tap to open Handwriting  or  
Keyboard mode. Find My Watch
From your smartphone, tap Galaxy Wearable   
> SETTINGS  > Find My Watch  and tap Start  .
Find My Phone
From the watch, tap Find My Phone   >

From the watch, tap Find My Phone   >  
Start .Find your device
If you misplace your Galaxy Watch or the 
connected smartphone, you can use the 
Galaxy Wearable app to find it.Customize
Bixby functionality limited at launch.

Quick Reference 
GuideCustomize your phone
From the Home screen, swipe up, and then 
tap Settings   to customize, connect  
and personalize your phone: 1
GH68-49968APrinted in KoreaSamsung Care
Samsung Premium Care
Get more than just protection for your 
device. Pick the time and place, and a 
team member will meet you to set up,  
troubleshoot, repair or replace your 
product.
Enroll at samsung.com/us/support/  
premium-care
GET TO KNOW YOUR PRODUCT:
• Access user manuals, troubleshooting, 
and more at samsung.com/us/
support
ASK THE COMMUNITY:
• Ask questions and share solutions 
with other Samsung customers at  
us.community.samsung.com
CONTACT US FOR SUPPORT:
• Get hardware or software support, at 
samsung.com/us/support/contact or 
call us at 1.800.SAMSUNG
• Find a service location near you at 
samsung.com/us/support/service/
locationsCONNECTIONS   
Connect to a  Wi-Fi™ network, 
Bluetooth device and other 
connection options.
SOUNDS AND VIBRATION  
Set device volume and sounds.

DISPLAY   
Customize the Home screen, 
navigation gestures, and display 
brightness.
WALLPAPERS AND THEMES  
Make the device your own with 
fun and unique wallpapers and 
themes.
DIGITAL WELLBEING
Configure usage limits on your 
device.
LOCK SCREEN  
Select a screen lock type and set 
security options . 
BIOMETRICS AND SECURITY  
Set facial or fingerprint security 
options.Learn more
The Help feature gives access to the user 
manual and useful information on how to 
use your device.
To open, from Settings   tap Help  .
Make a call
Send and receive texts
Manage contacts
Explore health & fitness
Utilize accessibility settings
About your phone
USB/Charger portCamera
Flash
Camera
+
-Volume 
BixbyPower/Fingerprint 
scanner
2Set up your phone
Your SIM card may be pre-installed.

Flash
Camera
+
-Volume 
scanner
Note: Use only Samsung-approved charging devices and accessories. Samsung accessories are designed for your device to maximize battery life. Using other accessories may void your 
warranty and may cause damage.Place the SIM card and optional  
microSD card into the tray with the  
gold contacts facing down. INSERT SIM/microSD CARDBefore turning on your phone,  
charge it fully.CHARGE YOUR DEVICE
Get help transferring contacts, photos  
and other content from your old phone  
at samsung.com/smartswitchBACKUP AND RESTOREREMOVE SIM/microSD TRAY
Use the tool to open the  
SIM/microSD card tray.
3Search
From the Home screen swipe up 
and search for apps, settings, 
contacts, and more.

Create an AR Emoji
Turn your selfie into an emoji.
1. From the Home screen, tap Camera  
 > AR Emoji > Create My Emoji .
2. Tap  to capture your photo and 
customize and save your emoji.
Personalize messages with an emoji
1. Tap Messages   > New message   >  
Enter message field .
2. Tap Stickers   to add a GIF or your 
very own emoji or sticker, and then 
tap Send  .Gestures
Customize the Home, Back and Recents 
keys or remove them and use gestures 
instead to increase screen space.
1. From Settings  , tap Display   > 
Navigation bar .
2. Tap one of the following Navigation 
types:
• Navigation buttons (default)
• Full screen gestures
• Button order
• Gesture hints (Displays only when 
full screen gestures is selected)
©2019 Samsung Electronics America, Inc. Samsung 
and Galaxy S are both trademarks of Samsung 
Electronics Co., Ltd. Android, Google, Google Play, 
and other marks are trademarks of Google LLC. Other 
company and product names mentioned herein may

company and product names mentioned herein may 
be trademarks of their respective owners. Screen 
images simulated. Appearance of phone may vary.Recent apps
Enjoy the new full-screen view of recent 
apps.
Tap Recents   to view a list of recently 
opened apps.
• Tap an app icon to view options.
• Swipe up to close.
• Swipe down to open.Manage your  account
 
My Verizon Mobile app  
usage, edit account information,  
pay your bill and more.
International travel 
For features and rates when  
outside the US, visit  :  
verizonwireless.com/International .
Twitter @VZWSupportAdditional  information
Your wireless device and third-party 
services 
this wireless device, but many services and features

services 
including any personal information you choose to 
use, submit or share with others. Specific third-party 
terms and conditions, terms of use and privacy 
policies apply. Please review carefully all applicable 
terms, conditions and policies prior to using this 
product or service. 
technologies that have not been tested yet for use

technologies that have not been tested yet for use 
with hearing aids. It is important to try the different 
features of this phone thoroughly and in different 
locations, using your hearing aid or cochlear implant, 
to determine if you hear any interfering noise. Ask 
your service provider or the manufacturer of this 
phone for information on hearing aid compatibility. 
policies, ask your service provider or phone retailer.Camera
View photos.BIXBY VISION
GALLERY
CAPTURE
TOGGLE CAMERASCapture images.
Switch between the back and front cameras.CAMERA MODES
Swipe left or right to select a mode. Identify objects and locations.
TOOLS PANEL
Swipe left or right to select effects.
Performance 
Bixby Routines
Create custom routines that change your 
phone settings based on your location or 
activity. For example, while driving you

activity. For example, while driving you 
can create a routine to automatically read 
notifications aloud.
1. Drag the Status bar down to display 
the Notification panel.
2. Touch and drag  to access all Quick 
Settings options.
3. Tap Bixby Routines  . Then touch 
and hold to set up.
Wireless PowerShare
Wirelessly charge compatible devices 
right from your phone.
3. Tap Wireless PowerShare  .
4. With the phone face down, place the 
device on the back of the phone to 
charge.
Works with Qi compatible Samsung devices (compatibility with 
non-Samsung Qi devices is not guaranteed); speed and power 
efficiency of charge may vary by device. Your battery must have a 
minimum charge of 30 percent.

Verizon RouterData sheet
 Model: CR1000A
The Verizon Router for Fios allows you to take full 
advantage of Verizon’s fastest Fios Internet plans, 
including gigabit+ speeds, with next generation Wi-Fi 
6E technology, Tri-band Wi-Fi including new 6 GHz 
Wi-Fi band and offering 2.5 and 10 gigabit wired 
Ethernet ports for even faster speeds in the future. It 
supports single Wi-Fi name & password with SON (self 
organizing network) functionality, automatic band 
steering, beamforming for improved signal quality 
between devices, and Guest Wi-Fi network support. 
For your protection, it is also equipped with WPA3 
wireless security protocol. Bracket is available for 
mounting separately.Technical specifications  
 
Hardware configuration
• One 10 Gigabit LAN port 
• Two 2.5 Gigabit LAN ports 
• One 10 Gigabit WAN port 
• Coax port supporting
 –MoCA 2.5 LAN
• Wi-Fi
 –One 2.4 GHz 11ax 4x4
 –One 5 GHz 11ax 4x4
 –One 6 GHz 11ax 4x4
 –Internal antenna
• One Type-C USB
• Button
 –Reset (Back)

• Wi-Fi
• Button
 –WPS (Back)
• LED indicators
 –One Status LED (Front)
 –Ethernet WAN/LAN (Back)
• Memory
 –2GB DRAM
 –4GB Flash
• PSU: 12V/5A
• ID Dimension: 4.72”x9.85”x4.72” (W*H*D)
• Weight: 2.96 lbs
• Environment:
 –Ambient temperature: 5ºC ~ 40ºC,
 –Relative Humidity: 5% ~ 85%

Management features 
• Remote management via TR-069, HTTPS
• Data model support via TR-181
• HTTP embedded web server
• Web UI management via local or remote site
• Username/Password protection
• UPnP
• Diagnostics
 
Wi-Fi features 
• One 2.4 GHz 11ax with 4x4 spatial stream
• One 5 GHz 11ax with 4x4 spatial stream
• One 6 GHz 11ax with 4x4 spatial stream
• Wi-Fi 6E Certiﬁed (802.11 ax)
• Backward compatible to 802.11a/b/g/n/ac
• 20 MHz, 40 MHz, 80 MHz and 160 MHz  
channel operations
• Dynamic Frequency Selection (DFS)
• Wi-Fi access control (MAC ﬁ ltering)
• Wi-Fi Protected Setup (WPS)
• WMM support
• Wi-Fi Security (WPA2/WPA3)
• Guest Wi-Fi (2.4 GHz)
• IoT Wi-Fi (2.4 GHz)Network features
• Topology Discovery
• IPv4/IPv6 Dual Stack
• IP sharing for LAN with up to 253 users
• TOS, Diffserv QoS guarantee voice and  
video quality
• IGMP
• 802.1P/Q
• Multiple queues processing for different  
packet types
• DNS server
• Dynamic DNS
• NAT and NAPT
• Virtual Server and DMZ

• IGMP
• 802.1P/Q
Advanced features
• TR-143 SpeedTestData sheet
@2022 Verizon VZDS5240922

l  DATA SHEET  lSERVICE PROVIDER
   
Encourage cross collaboration while 
supporting the individual needs of diverse 
operations teams.
• Comprehensive 5G, NB-IoT, LTE and 
3G Vendor Support
• 5G, NB-IoT, LTE and 3G Inter-RAT Support
Call Trace Visibility
• Virtual Enterprise Solution Deployment 
Expertise from 2013
• Smart RAN Data Feeds Service Provider 
Big Data Platforms for Geomarketing and 
Advanced AI AnalyticsRadio Access Network Monitoring 
and Troubleshooting
Empower Operations Teams With 
RAN‑Enabled Solutions
With modern subscribers demanding increasingly complex services including voice and video

Operations team. As subscribers access new services from bandwidth-hungry devices, this team 
With the introduction of NETSCOUT’s RAN-based solutions, operators can more effectively

With the introduction of NETSCOUT’s RAN-based solutions, operators can more effectively 
address the most complex technology turns at the point of access.
Extend Visibility Beyond the Core With NETSCOUT’s Session Analyzer Applications
With a single, unified view of subscriber traffic across network boundaries (RAN and Core) 
and technology domains (5G/NB-IoT/LTE/3G/2G), NETSCOUT’s session analyzers arm Tier 1 
RAN Operations teams with the real-time and historical information they need in order to 
quickly isolate and resolve congestion and interference problems that contribute to 70% of all 
subscriber issues.

© 2021 NETSCOUT SYSTEMS, INC. All rights reserved. NETSCOUT, the NETSCOUT logo, Guardians of the Connected World, Adaptive Service Intelligence, Arbor Networks, the Arbor Networks logo, ATLAS, 
Inﬁ  niStream, Inﬁ  niStreamNG, nGenius, and nGeniusONE are registered trademarks or trademarks of NETSCOUT SYSTEMS, INC., and/or its subsidiaries and/or aﬃ   liates in the USA and/or other countries.
Third-party trademarks mentioned are the property of their respective owners.NETSCOUT oﬀ  ers sales, support, and services in over 32 countries. Global addresses, and international numbers are 
listed on the NETSCOUT website at: www.netscout.com/company/contact-usProduct Support
Toll Free US: 888-357-7667
(International numbers below)Sales Information
Toll Free US: 800-309-4804
(International numbers below)Corporate Headquarters
NETSCOUT Systems, Inc.
Phone: +1 978-614-4000

www.netscout.comSPDS_002_EN-2101  08/2021l  DATA SHEET  l  Radio Access Network Monitoring and Troubleshooting
SOLUTION COMPONENTS
NETSCOUT’s RAN monitoring platforms 
enable data collection across legacy and 
next-generation access technologies 
delivering an industry-proven lower total 
cost of ownership (TCO).
InfiniStreamNG RAN
Cost-effective RAN monitoring for LTE 
and 5G Massive Cell Deployments. 
Delivers real-time views of RAN control 
plane allowing end-to-end visibility across 
physical and virtual network environments. 
RAN Flow Broker
Ensures load balancing for ISNG RAN 
deployments. RAN Flow Broker also 
manages IMSI and IMEI meta data 
allowing full subscriber identity analysis 
for the NETSCOUT smart RAN ASI data 
feed and the TrueCall Geoanalytics 

nGenius Session Analyzer (nSA)
With data from the RAN, nSA improves 
visibility into the access network for 
troubleshooting, data analysis, and 
planning activities.
management.
new services.Real-Time Network Element Data
Troubleshoot issues from core to RAN with real-time information. Continuous, 24x7, cross-
element monitoring and data correlation ensures that RAN teams see all that happens, as it 
happens–dramatically reducing the time to access and analyze information. With session analysis,

happens–dramatically reducing the time to access and analyze information. With session analysis, 
RAN Operations teams can accelerate their response and fault isolation, meeting aggressive 
troubleshooting time frames and minimizing escalations to more costly support resources.
context may be required for resolution. NETSCOUT’s session analyzers deliver that context with 
readily-accessible historical information that allows teams to paint a better picture without a 
costly truck roll.
multiple organizations are involved in solving a problem the ability to augment escalations and

handoffs with meaningful information ensures resolution progress–avoiding ticket stall or ping-
pong troubleshooting. NETSCOUT’s session analyzers support a more collaborative approach with 
flexible export options for internal audiences and vendor mitigation. In addition, seamless drill to 
lower level troubleshooting tools extends the solution’s value to multiple departments.
Independent and Efficient Data Collection
Harvesting information directly from inherent element trace ports, NETSCOUT® solutions 
combine data from multiple elements and vendors for use with a proven network-wide 
monitoring system.

information with captures from the session analyzer.
Address Network Planning and Optimization Tasks With Geoanalytics

With the addition of TrueCall®, engineering teams can further leverage RAN data collection with 
24x7x365, network-wide, real-time and historical RAN geoanalytics.

2
Quick start guideNote: There are two types of expansion microphones available for the CP960, at extra cost: 1) A set of two wireless microphones  
(SKU: CPW90) and 2) a set of two wired microphones (SKU: CPE90).
Assembling the phone
1a. If your network does not support PoE, you must purchase  
the PoE adaptor (SKU: YLPOE30) and connect the devices as 
shown (using Ethernet)1b. If your network does not support PoE, you must purchase 
shown (using Wi-Fi)
Note: If your network supports PoE, you can simply connect the Ethernet cable to the CP960. The IP phone should be used with Yealink 
original PoE adapter (54 V/0.56 A) only (SKU: YLPOE30). The use of a third-party PoE adaptor may cause the damage to the phone. The 
cable should be replaced at once if its jacketing is damaged.Packaging contents
IP phoneEthernet cable  
(7.5 m CAT5E UTP cable)Quick start guidePower over Ethernet (PoE) 
adaptor YLPOE30

adaptor YLPOE30  
(must be used if your network 
does not support PoE)PSEPower  
cordEthernet cable  
(2 m CAT5E FTP cable)
2m7.5 m7.5 m
Wi-Fi
Refer to “Wireless network connection” in the “Configuring 
your phone” section for more information.

3
Quick start guide2. Connect an external speaker (optional)
3. Connect a USB flash drive (optional)
Startup
After the CP960 phone is connected to the network and 
supplied with power, it automatically begins the initialization 
process. The phone will take between 5 and 10 minutes to go 
through the first-time installation process; you will know the 
phone is ready to be used when the 911 address screen 
appears in the front panel.
The desk phone will be ready to be used once the address provided during the ordering of the desk phone appears on the screen. 
This is known as the 911 address screen, which you must acknowledge by pressing OK before you can start using the phone.

4
Quick start guideHardware components
Mute indicator LED Mute indicator LED
Speaker
Touch screen
Volume(+) touch key
Security slot
3.5 mm audio-out portVolume(+) touch key
Microphone portMicrophone port
Network port
USB port
Micro USB port
USB portHome touch keyMicrophone

5
Quick start guideUsing the touch screen
Control center and notification center
Swipe down from the top of the screen to enter the control center and the notification center.
Entering and updating data
To use the onscreen keyboard:
1. Tap the input field so the onscreen keyboard 
displays on the touch screen.Home screen DSS key screen
Status bar
Tap to configure  
a DSS key
DSS key listDigital clock
Applications
Time and date Wireless mic icon and the number of 
connected wireless microphones
Tap the icon to turn the function on 
or off.
Swipe left or right to delete  
a notification.
Tap to clear all notifications.Drag the slider to adjust 
the screen brightness.
Display notifications
Tap to access uppercase letters. Tap to backspace.
Action button (varies):
• Tap Send  to dial out the number
• Tap Done  to confirm the settings
• Tap Next  to go to next field
• Tap Go to browse the web pageTap to access numbers and symbols.Screen  
indicator
Shortcut  
keys

indicator
Shortcut  
keys
Swipe left or right to switch between these two screens.

6
Quick start guideConfiguring your phone when there’s no web setup
Network settings:
Tap Settings > Advanced Settings (default password: admin) > Network > WAN Port/VLAN/WebserverType/802.1x/VPN/LLDP/
CDP/NAT to configure the network.
Wireless network connection:
1. Tap Settings  on the Home screen
2. Tap Wi-Fi  on the Basic Settings block
3. Turn Wi-Fi on. The button turns to green, and the phone will automatically search for available wireless networks in your area
4. Tap an available wireless network from the list of networks
5. If the network is secure, enter its password in the Password field
6. Tap Connect  to connect to the wireless network
Account settings:
Tap Settings > Advanced Settings (default password: admin) > Accounts to configure the account
Making calls with your phone
Placing a call
You can place a call by manually entering a phone number, or selecting a contact from the Directory or History.  
From the Home screen, do one of the following:

• Tap Dial, enter the phone number and then tap Send.
• Tap Directory/History  and then tap a desired entry to dial out.
Answering a call
Tap Answer.
Ending a call
Tap End Call.
Muting and unmuting a call  
To mute a call:
Tap Mute  on the touch screen or tap  during a call. The mute key LED illuminates solid red.
To unmute a call:
Tap Mute  on the touch screen or tap  again to unmute the call. The mute key LED illuminates solid green.
Holding and resuming a call  
Tap More  > Hold  during a call.
To resume a call:
Tap More  > Resume  or tap Resume  during a call.
To initiate a conference:
7. Tap 
 during a call
8. Tap Call multiple members? Click here >>
9. Enter a phone number and then tap Add members . You can also select a contact

7. Tap 
9. Enter a phone number and then tap Add members . You can also select a contact  
from the Directory or History to join into a conference
10. Repeat step 3 to add more members
11. Tap 
 to call the added members. The members are added to the conference after they answer  
To join two calls into  a conference call:  
Tap Merge calls  on the Calls screen.

7
Quick start guideTo manage an individual conference-call participant:
Tap the avatar of the desired participant and do one of the following:
• Tap Far Mute  to mute the participant. The muted participant can hear everyone, but no one can hear  
the muted participant
• Tap Hold/Resume  to place the participant on hold or resume the call with them
• Tap Split  to split the participant from the conference
• Tap Remove  to remove the participant from the conference
• Tap Detail  to view the participant information
Call recording  
You can record audio calls in the phone itself or onto a USB flash drive (if connected).
To record audio calls:
1. Tap
  during a call or conference
2. If a USB flash drive is connected, select where to save your recordings. The record icon
 changes to 
 , and the record 
duration and a mark flag appear on the touch screen
3. If you want to make a mark during the recording, tap Mark  once; the LCD screen will show Mark+1,

changes to 
3. If you want to make a mark during the recording, tap Mark  once; the LCD screen will show Mark+1,  
meaning that there is one mark in this recording
4. Tap
 . The recording is saved automatically
If you end a call or conference during recording, the recordings will be saved automatically.
Call forwarding
You can forward an incoming call to a contact, or forward all incoming calls to a contact. 
To forward an incoming call to a contact:
1. Tap
  on the Incoming Call screen
2. Enter the number you want to forward to. You can also select a contact from the Directory or History. The call is forwarded to 
the contact directly
3. Tap Forward
To forward all incoming calls to a contact:
2. Select Call Forward  from the Features block
3. Select the desired forwarding type:
• Always Forward —Incoming calls are forwarded unconditionally.

• Busy Forward —Incoming calls are forwarded when the phone is busy.
• No Answer Forward —Incoming calls are forwarded if not answered after a period of time.
4. Turn on the desired forwarding type
5. Enter the number you want to forward to in the Forward To field
6. If you selected No Answer Forward , tap the After Ring Time  field to select a desired ring time  
to wait before forwarding
7. Tap
Call transfer  
1. Tap More  > Transfer  during a call. The call is placed on hold
2. Enter the number you want to transfer to. You can also select a contact you want to transfer to  
from the Directory or History
3. Tap Transfer
4. Tap Transfer  from the prompt box

8
Quick start guidePerforming a semi-attended transfer:
2. Enter the number you want to transfer to
4. Tap Send  in the prompt box
5. Tap Transfer  when you hear the ring-back tone
Performing an attended transfer: 
5. Tap Transfer  when the second party answers
Local directory
1. Tap Directory  on the Home screen
2. Tap
3. Enter a unique contact name in the Name field and contact numbers in the corresponding fields
4. Tap
 to accept the change
2. Tap
  after the desired contact
4. Tap
2. Tap
  after the desired contact and then tap Delete

4. Tap
2. Tap
4. Tap OK when the touch screen prompts “Delete selected item?”
Call history
1. Tap History  on the Home screen
2. Tap All Local Calls  and then select the desired call history list
3. Drag up and down to scroll
4. Tap
  after the desired entry, and then do one of the following:
• Tap Send  to place a call
• Tap Place on dsskey  to assign a speed-dial DSS key for the entry
• Tap Edit before calling  to edit the phone number of the entry before placing a call
• Tap Blacklist  to block calls from this contact
• Tap Delete to delete the entry from the listNote: You can add contacts from the call history easily. For more information, refer to the “Call history” section.

9
Quick start guideVolume adjustment
• Tap  or on the IP phone during a call to adjust the 
receiver volume
• Tap  or on the IP phone when the phone is idle or 
ringing to adjust the ringer volume
• Tap or  to adjust the media volume in the 
corresponding screen
Warranty
Our product warranty is limited only to the unit itself, when 
used normally in accordance with the operating instructions 
and the system environment.
Explanation of the symbols
DC symbol
 is the DC voltage symbol.
 To avoid the potential effects on the environment and 
human health as a result of the presence of hazardous    
substances in electrical and electronic equipment, end users 
of electrical and electronic equipment should understand

the meaning of the crossed-out wheeled bin symbol. Do  
not dispose of waste electrical and electronic equipment 
This device complies with the requirements of the EU RoHS 
Directive. Statements of compliance can be obtained by 
contacting support@yealink.com .
before use!
General requirements
• During the process of storage, transportation and operation, 
please always keep the device dry and clean, and avoid 
collision
• Please do not attempt to dismantle the device by yourself. In

collision
case of any discrepancy, please contact the appointed 
Environmental requirements
such as a candle or an electric heater
Operating requirements
• Do not let a child play with the device or any accessory to 
avoid accidental swallowing
• Please use the accessories provided or authorized by the

of the input voltage of the device. Please use the provided 
surge-protection power socket only
it from the power supply 

• Do not insert any object into equipment slots that is not part 
of the product or auxiliary product
Cleaning requirements
the device

10
Quick start guideFCC statement
should be installed and operated with minimum distance 20 cm 
between the radiator and your body.
For additional information about One TalkSM from Verizon, 
please refer to the Administrator Guide on the One Talk 
support website or visit verizonwireless.com/support/one-talk
Network details & coverage maps at vzw.com . © 2019 Verizon. UG5670519

1.0 Package Contents  6
1.1 System Requirements  6
1.2 Features  6
1.3 Getting to Know Your 
Verizon Router  9
02 /  
CONNECTING YOUR VERIZON 
ROUTER
2.0 Setting up Your Verizon 
Router  21
2.1 Expanding Wi-Fi 
Coverage  29
2.2 Computer Network 
Configuration  32
2.3 Main Screen  3903 /  
3.0 Overview  45
3.1 Basic Settings  46
3.2 Advanced Settings  56
04 /  
4.0 Overview  64
4.1 Device Settings  64
05 /  
SETTING PARENTAL 
CONTROLS
5.0 Activating Parental 
Controls  70
5.1 Active Rules  73

©2021 Verizon. All Rights Reserved06 /  
SETTINGS
6.0 Firewall  78
6.1 Utilities  93
6.2 Network Settings  107
6.3 Date & Time  159
6.4 DNS Settings  162
6.5 Monitoring  166
6.6 System Settings  170
07 /  
7.0 Troubleshooting  
Tips 176
7.1 Frequently Asked 
Questions  18208 /  
8.0 General  
Specifications  189
8.1 LED Indicators  190
8.2 Environmental 
Parameters  191
09 /  
NOTICES
9.0 Regulatory Compliance 
Notices  195

01 / 
1.0  Package Contents
1.1 System Requirements
1.2  Features
1.3  Getting to Know Your 
Verizon Router

5
       ©2021 Verizon. All Rights ReservedVerizon Router lets you transmit and 
distribute digital entertainment and information to multiple devices in your 
home/of fi ce. 
Your Verizon Router supports networking using coaxial cables, Ethernet, or Wi-Fi, making it one of the most versatile and powerful routers available.

Pa Cka GE  CONTENTS
1.0/ PaCka GE CONTENTS
Your package contains:
• Verizon Router
• Ethernet cable, three meters (white)
1. 1/ SYSTEM REQUIREMENTS
System and software requirements are:
• A computer or other network device supporting Wi-Fi or wired 
Ethernet
• A web browser, such as Chrome™, Firefox®, Internet Explorer 8® 
or higher, or Safari® 5.1 or higher
1.2/ FE aTURES 
Your Verizon Router features include:
• Support for multiple networking standards, including
 –WAN – 10 Gigabit Ethernet
 –LAN – 802.11 a/b/g/n/ac/ax, 10/2.5 Gigabit Ethernet and 
MoCA 2.5 interfaces
• Integrated wired networking with 3-port Ethernet switch and 
Coax (MoCA)
 –Ethernet supports speeds up to 10 GbpsPaCka GE CONTENTS, SYSTEM 
REQUIREMENTS aND FE aTURES

7
       ©2021 Verizon. All Rights Reserved –MoCA 2.5 LAN enabled to support speeds up to 2500 Mbps 
over coaxial cable
• One Type-C USB 3.0 port
• Integrated Wi-Fi networking with 802.11a/b/g/n/ac/ax access point featuring:
 –backward compatible to 802.11a/b/g/n/ac
 –2.4 GHz 11ax 4x4
 –5 GHz 11ax 4x4
 –6 GHz 11ax 4x4
• Enterprise-level security, including:
 –Fully customizable fir ewall with Stateful Packet Inspection 
(SPI)
 –Content fil tering with URL-keyword based fil tering, parental 
controls, and customizable fil tering policies per computer
 –Intrusion detection with Denial of Service protection against 
IP spoo fin g attacks, scanning attacks, IP fragment overlap 
exploit, ping of death, and fragmentation attacks
 –Virtual server functionality; providing protected access to internet services such as web, FTP, email, and telnet
 –DMZ (demilitarized zone) host support of a network security neutral zone between a private network and the internet

–DMZ (demilitarized zone) host support of a network security neutral zone between a private network and the internet
 –Event logging
 –Home Network Protection
 –SIP ALG

FEaTURES  
 –Static NAT
 –Port forwarding
 –Port triggering
 –Access control
 –Advanced Wi-Fi protection featuring WPA2 & WPA3 Modes 
and MAC address fi ltering
 –Wi-Fi Multimedia (WMM) for Wi-Fi QoS (quality-of-service)
• Dual-stack network configuration of IPv4 and IPv6 
• DHCP server
• WAN interface auto-detection
• LAN IP and WAN IP address selection
• MAC address cloning
• QoS support (end to end layer 2/3) featuring: Differentiated 
Services (Diffserv), 802.1p/q prioritization, and pass-through of 
WAN-side DSCPs, Per Hop Behaviors (PHBs), and queuing to 
LAN-side devices
• Secure remote management using HTTPS or Verizon app 
• Static routing
• VPN (VPN pass through only)
• IGMP
• Daylight savings time support

9
       ©2021 Verizon. All Rights Reserved1.3/ GETTING TO kNOW YOUR V ERI zON  ROUTER
1.3a/  FRONT P aNEL
The Router Status LED will be solid 
white when your Verizon Router is turned on, connected to the internet, and functioning normally.
Router Status LED
Condition Status LED Color Verizon Router
Normal WHITE Normal operation (solid) 
Router is booting (fast blink) System restart (fast blink)
BLUE Pairing mode (slow blink) WPS pairing successful (fast blink)
GREEN Wi-Fi has been turned off (solid)
Issue(s) YELLOW No internet connection (solid)
RED Hardware/System failure detected (slow blink) Overheating (fast blink) System update error (fast blink) WPS pairing failure (fast blink)
Power OFF Power off

GETTING TO k NOW YOUR 
VERI zON  ROUTER
1.3b/ RE aR P aNEL
The rear panel of your router has a label that contains important 
information about your device, including the default settings for the 
Verizon Router’s Wi-Fi name (SSID), Wi-Fi password (WPA2 key), 
local URL for accessing the router’s network settings, and network 
settings password. The label also contains a QR code that you can 
scan with your smartphone, tablet, or other camera-equipped Wi-Fi 
device to allow you to automatically connect your device to your 
Wi-Fi network without typing in a password (requires a QR code 
reading app with support for Wi-Fi QR codes).
The rear panel has six ports; F-type coax, Ethernet LAN (three), 
Ethernet WAN, and USB. The rear panel also includes a DC power 
jack and a reset button.

11
    ©2021 Verizon. All Rights Reserved• WPS ButtonWPS Button  - allows quick access to the Wi-Fi Protected Setup 
(WPS) feature and pairing mode.
The WPS button is used to initiate Wi-Fi Protected Setup. This is an 
easy way to add WPS capable devices to your Wi-Fi network. To activate the WPS function, press and hold the WPS button located on the rear of your Verizon Router for more than two seconds. When WPS is initiated from your router, the Router Status LED slowly ﬂashes blue for up to two minutes, allowing time to complete the WPS pairing process on your Wi-Fi device (also known as a Wi-Fi client). When a device begins connecting to your router using WPS, the Router Status LED rapidly ﬂashes blue for a few seconds, and then solid white as the connection completes.
If there is an error during the WPS pairing process, the Router 
Status LED rapidly ﬂashes red for two minutes after the error occurs.

Status LED rapidly ﬂashes red for two minutes after the error occurs. 
Refer to the “Connecting A Wi-Fi Device Using WPS” on page 35 
for more details. In addition, the Router Status LED also provides a quick view of the operational state of the Verizon Router using various colors as indicated in the chart above.  
• Ethernet LANEthernet LAN  - connects devices to your Verizon Router using 
Ethernet cables to join the local area network (LAN). The three Ethernet LAN ports:
 –one 10GE LAN port is 100 Mbps, 1/2.5/5/10 Gbps auto-sensing 
 –the other two 2.5GE LAN ports are 10/100 Mbps, 1/2.5 Gbps auto-sensing

• Type-C USBType-C USB  - provides up to 1000 mA at 5 VDC for attached 
devices. For example, you could charge a cell phone. 
• 10Gbps Ethernet WAN 10Gbps Ethernet WAN - connects your Verizon Router to the 
internet using an Ethernet cable.
• Coax LANCoax LAN  - connects your router to other MoCA devices using 
a coaxial cable.
Warning:  The coax port is intended for connection to Verizon 
devices only. It must not be connected to any exterior or interior 
coaxial wires not designated for Verizon devices.
• Reset ButtonReset Button  - allows you to reset your router to the factory 
default settings. To perform a soft reboot, press and hold the 
button for at least three seconds. To reset your router to the 
factory default settings, press and hold the button for at least 
ten seconds.
• PowerPower  - connects your Verizon Router to an electrical wall outlet 
using the supplied power adapter.

Warning: The included power adapter is for home use only, 
supporting voltages from 105-125 voltage in AC. Do not use in 
environments with greater than 125 voltage in AC.

13
    ©2021 Verizon. All Rights Reserved1.3c/  RE a R LIGHTED INDIC aT ORS
La N/W a N Ethernet
• Unlit – Indicates no Ethernet link or dims after 5 minutes idle
Left LED
• Solid yellow – Indicates 1 Gbps link
• Flash yellow – Indicates LAN/WAN activity. The traffic can be in 
either direction.
Right LED
• Solid white – Indicates 2.5/10 Gbps link
• Flash white – Indicates LAN/WAN activity. The traffic can be in 
1.3d/  MOUNTING THE VERI zON  R OUTER  TO a Wa LL
For optimum performance, the Verizon Router is designed to stand 
in a vertical upright position. Verizon does not recommend wall mounting the Verizon Router. However, if you wish to mount your 
Verizon Router, you can purchase a wall mount bracket from the 
Verizon Accessories Store at  
verizon.com/home/accessories/networking-wifi   
To mount your Verizon Router to a wall:
1. Select a mounting spot near a power outlet and the Ethernet

1. Select a mounting spot near a power outlet and the Ethernet 
port of the device that provides internet on your premises.

2. Mark screw hole positions on the wall. Drill holes for the wall 
anchors using a 1/4 inch (6.35 mm) drill bit.
3. Insert the anchors in the drilled holes and hammer until they 
are ﬂ ush with the wall.

15
    ©2021 Verizon. All Rights Reserved4. Place the screws into the small holes of the bracket and 
tighten the screws into your wall for securing the wall mount bracket.

5. Align the mounting hole located on the bottom of the router 
to the screw of the wall mount bracket.

17
    ©2021 Verizon. All Rights Reserved6. Rotate and align the router to the preferred position. While 
using the hole in the mounting bracket, connect the Ethernet cable providing internet to the router’s WAN port and other cables as needed. Tighten the bracket screw to lock the device in place.

7. To fasten the attached cables of the router, manage the 
cables, then tighten the Velcro® strap with buckle.

02 /  
CONNECTING YOUR 
VERIz ON  ROUTER
2.0  Setting up Your Verizon Router
2.1  Expanding Wi-Fi Coverage
2.2  Computer Network 
2.3  Main Screen

20
02 /  CONNECTING YOUR 
VERIZON  R OUTER
    ©2021 Verizon. All Rights ReservedConnecting your Verizon Router and 
accessing its web-based User Interface (UI) are both simple procedures. 
Accessing the UI may vary slightly, 
depending on your device’s operating system and web browser.

SEtting up YouR  VERizon RoutER
2.0/ SETTING UP YOUR VERIz ON  ROUTER
Before you begin, if you are replacing an existing router, disconnect 
it. Remove all old router components, including the power supply. 
They will not work with your new Verizon Router.
2.0a/ INST aLL aTION INSTRUCTIONS  
1. CONNECT YOUR CABLESCONNECT YOUR CABLES
A. Connect the coax cable from the coax port on your 
router to a coax outlet. (Required for Fios TV; skip for 
5G Home installation)
• Separate subscription required for Fios TV; not 
available in all areas.
B. Connect the Ethernet cable from your router’s WAN 
port to an Ethernet outlet. (Required for internet speeds 
greater than 100 Mbps)
C. Connect the power cord to your router then to an 
electrical outlet.

22
    ©2021 Verizon. All Rights ReservedD. Router will take up to 10 minutes to update completely. 
Move on when the front light is solid white.
2. CCONNECT YOUR DEVICESONNECT YOUR DEVICES
Wired or Wi-Fi? Your choice.Wired or Wi-Fi? Your choice.
WiredWired
A. Connect the Ethernet cable to any LAN port on your router.
B. Connect the other end to your computer.
Wi-FiWi-Fi
A. Get the Wi-Fi name and password off the label on your router.
B. On your device, choose your Wi-Fi name when it appears.
C. Enter the Wi-Fi password exactly as it is on your router label.

Wi-Fi NetworkWi-Fi Network
The Verizon Router has one Wi-Fi name supporting 2.4 
and 5 GHz signals. 6 GHz can be enabled and included as 
well with heightened security, WPA3. The Self-Organizing 
Network (SON) feature lets your devices move between 
these signals automatically for an optimized Wi-Fi 
3. CCOMPLETE ACTIVATIONOMPLETE ACTIVATION
Activate your service by opening a web browser on your 
computer and following the prompts. (Skip for 5G Home 
installation)
2.0b/  CONFIGURE YOUR VERIz ON  ROUTER
1. Open a web browser on the device connected to your 
Verizon Router network.
2. In the browser address field (URL), enter:  
mynetworksettings.com , then press the EnterEnter  key on your 
keyboard.

24
    ©2021 Verizon. All Rights Reserved3. You may see a security message warning that Your Your 
connection is not privateconnection is not private  when you visit mynetworksettings.
com  (https://192.168.1.1 ) for GUI management. To get to the 
login screen, click the ADVANCEDADVANCED  button, then on Proceed Proceed 
to 192.168.1.1 (unsafe) to 192.168.1.1 (unsafe) link.
The first time you access your Verizon Router, an Easy Setup 
5. On the Step 1: Please log in to your routerStep 1: Please log in to your router  screen, enter 
the password that is printed next to the Network Settings 
Password on the label on the rear of your router. Click 
ContinueContinue .

6. The Change Wi-Fi nameChange Wi-Fi name  screen displays.  You can continue 
with the default settings or customize them as needed. For 
your protection, your Verizon Router is pre-set at the factory 
to use WPA2 (Wi-Fi Protected Access II) encryption for your 
Wi-Fi network. This is the best setting for most users and 
allows the most devices to securely connect.
7. You can optionally set up the Guest Wi-FiGuest Wi-Fi  network by 
toggling the selection to OnOn. You can continue with the 
default settings or customize them as needed.

26
    ©2021 Verizon. All Rights Reserved8. You can optionally enable the 6 GHz Wi-Fi6 GHz Wi-Fi  band by toggling 
the selection to OnOn. Review the notification that enabling 
6 GHz will modify the existing 2.4 & 5 GHz security from 
WPA2 to WPA2/WPA3 and 6 GHz will be enabled using WPA3. You can continue to use one Wi-Fi Name and Password across all Wi-Fi bands. 
The IoT Wi-Fi will also be enabled for any devices that do not support WPA3, and this will use a unique Wi-Fi name and password based on the default SSID & Password. Devices on this Wi-Fi will be able to communicate with other devices on the Primary network with no firewall restrictions separating them.
9. Click ContinueContinue  to review your settings.
10. The Apply Wi-Fi changesApply Wi-Fi changes  screen is displayed. Review your 
current settings. You may optionally save your settings as an image on your device by selecting the button, 
Save Save

Save Save 
as Imageas Image . Click ApplyApply  to save the Wi-Fi changes to your 
Verizon Router.

For your protection, your Verizon Router is pre-set at the 
factory to use WPA2 (Wi-Fi Protected Access II) encryption 
for your Wi-Fi network. This is the best setting for most 
users and provides security.
11. Click ContinueContinue . The Apply Wi-Fi changesApply Wi-Fi changes  screen appears. 
You have an option of saving the Wi-Fi settings as an image 
on your device by clicking the Save as imageSave as image  button. After 
you click Save as imageSave as image  to save your Wi-Fi settings as 
an image, click ApplyApply  to save the Wi-Fi changes to your 
Note:  If you select Save as imageSave as image , the image file is saved to your 
web browser’s download folder.

28
    ©2021 Verizon. All Rights ReservedImportant: If you are on a Wi-Fi device when setting up your 
Verizon Router and changes are made to the Wi-Fi name or 
password, then you will be disconnected from the Wi-Fi network. 
When this occurs, review the Wi-Fi networks available and 
choose the network name when it appears. Enter the Wi-Fi 
password you have applied, and your device will reconnect to 
the Verizon Router.

ExpanDing Wi-Fi Co VER agE
The You’re all set up!You’re all set up!  screen displays once your Verizon Router 
verifies the final settings and has successfully connected to the 
internet and is ready for use. You can click on Go to Network Go to Network 
SettingsSettings  to access the main screen of the Verizon Router.
If your Verizon Router is subsequently reset to the factory default 
settings, the settings printed on the label will again be in effect. 
If your Verizon Router fails to connect, follow the troubleshooting 
steps in the Troubleshooting section of this guide.
2. 1/ EXP aNDING WI-FI COVER aGE
Connecting one or more of Verizon’s Wi-Fi Extender Minis or 
Fios Extenders to the Verizon Router allows you to extend the 
Verizon Router’s Wi-Fi signal range and to eliminate Wi-Fi dead 
zones on your Wi-Fi network.

30
    ©2021 Verizon. All Rights Reserved2. 1a/ Wi-Fi Installation with Wi-Fi Extender Mini
1. Plug the Wi-Fi Extender Mini into a power outlet next to the 
Verizon Router. 
2. When the light on front is solid yellow, press the 
  pair 
button on the Verizon Router and the Extender Mini. Both devices will blink blue while pairing.
  
3. Wait until you see a blinking yellow light then unplug the Wi-Fi Extender Mini.

4. Move it to an area between the router and the weak Wi-Fi 
coverage, then plug it in.
Note: When plugging in the Wi-Fi Extender Mini, ensure there 
is proper ventilation to all sides and in front of the extender. Do 
not plug in the unit behind furniture, curtains, or anything that 
obstructs its air ﬂow.
5. Once the light turns solid white, your setup is complete. 
You’re all set! Your Wi-Fi Extender Mini will automatically connect 
to your Wi-Fi network, there is nothing more to do.
Note: If there is an error during the WPS pairing process, the 
Status LED slowly ﬂashes red for two minutes after the error 
occurs.
2. 1b/ Wired Installation with Fios Extender
1. Connect the Verizon Router to a coax outlet. (If the coax 
outlet is already in use, use a coax splitter.)
2. Connect the extender to a coax outlet — ideally in an area 
with spotty Wi-Fi coverage.
3. Connect the power cords to your router and extender then 
to an electrical outlet.

4. After 10 minutes, the light on the extender should turn solid 
white, indicating the connection is complete.

32
    ©2021 Verizon. All Rights ReservedNote: If using Ethernet wiring, follow the same steps as above 
with an Ethernet cable instead of a coax cable.
You’re all set! Your devices will connect automatically with the same 
Wi-Fi network name and password as your Verizon Router.
2.2/ COMPUTER NETWOR k CONFIGUR aTION
Each network interface on your computer should either automatically obtain an IP address from the upstream Network 
DHCP server (default con fi guration) or be manually con fi gured with 
a statically de fi ned IP address and DNS address. We recommend 
leaving this setting as it is.
2.2a/ CONFIGURING DYN aMIC IP aDDRESSING 
To con fi gure a computer to use dynamic IP addressing:
WINDOWS 7 /8
1. In the Control Panel, locate Network and InternetNetwork and Internet , then select 
View Network Status and TasksView Network Status and Tasks .

2. In the View your active networks – Connect or disconnectView your active networks – Connect or disconnect  
section, click Local Area ConnectionLocal Area Connection  in the  Connections Connections  
field. The Local Area Connection Status window displays.
3. Click PropertiesProperties . The Local Area Connection Properties 
window displays.

ComputER  nEt WoRk ConFiguR ation
4. Select Internet Protocol Version 4 (TCP/IPv4)Internet Protocol Version 4 (TCP/IPv4) , then click 
PropertiesProperties . The Internet Protocol Version 4 (TCP/IPv4) 
Properties window displays.
6. Click the Obtain DNS server address automaticallyObtain DNS server address automatically  radio 
button, then click OKOK.
7. In the Local Area Connection Properties window, click OKOK 
to save the settings.
8. To con figure Internet Protocol Version 6 (TCP/IPv6) to use 
dynamic IP addressing, repeat steps 1 to 7. However for 
step 4, select Internet Protocol Version 6 (TCP/IPv6) Internet Protocol Version 6 (TCP/IPv6) in the   
PropertiesProperties  option (refer to IPv6 section for Verizon Router 
configuration).
WINDOWS 10
1. On the Windows desktop, click on the StartStart  icon. Select 
SettingsSettings  and click Network & InternetNetwork & Internet .

WINDOWS 10
3. Select Network and Sharing CenterNetwork and Sharing Center . The View your basic View your basic 
network information and set up connectionsnetwork information and set up connections  window 
displays.
4. In the View your active networksView your active networks , click EthernetEthernet  in the 
Connections Connections field. The Ethernet StatusEthernet Status  window displays.

34
    ©2021 Verizon. All Rights Reserved6. Select Internet Protocol Version 4 (TCP/IPv4)Internet Protocol Version 4 (TCP/IPv4) , then click   
PropertiesProperties . The Internet Protocol Version 4 (TCP/IPv4)Internet Protocol Version 4 (TCP/IPv4)  
PropertiesProperties  window displays.
8. Click the Obtain DNS server address automaticallyObtain DNS server address automatically  radio 
9. In the Local Area Connection Properties Local Area Connection Properties window, click OK OK to 
save the settings.
10. To con fi gure Internet Protocol Version 6 (TCP/IPv6) to use 
dynamic IP addressing, repeat steps 1 to 9. However for 
step 6, select Internet Protocol Version 6 (TCP/IPv6)Internet Protocol Version 6 (TCP/IPv6)  in the   
confi guration).
MaCINT OSH OS X

1. Click the AppleApple  icon in the top left corner of the desktop. A 
menu displays.
2. Select System PreferencesSystem Preferences . The System Preferences 
4. Verify that EthernetEthernet , located in the list on the left, is 
highlighted and displays ConnectedConnected .

2.2b/ CONNECTING OTHER COMPUTERS  aND NETWORk 
DEVICES
You can connect your Verizon Router to other computers or set top 
boxes using an Ethernet cable, Wi-Fi connection (Wi-Fi), or coaxial 
cable.
ETHERNET
1. Plug one end of an Ethernet cable into one of the open 
Ethernet ports on the back of your Verizon Router.
2. Plug the other end of the Ethernet cable into an Ethernet 
port on the computer.
3. Repeat these steps for each computer to be connected to 
your Verizon Router using Ethernet. You can connect up to 
three.
CONNECTING a  WI-FI DEVICE USING WPS
Wi-Fi Protected Setup (WPS) is an easier way for many devices 
to set up a secure Wi-Fi network connection. Instead of manually 
entering passwords or multiple keys on each Wi-Fi client, such as a 
laptop, printer, or external hard drive, your Verizon Router creates a 
secure Wi-Fi network connection. 
In most cases, this only requires the pressing of two buttons – one

In most cases, this only requires the pressing of two buttons – one 
on your Verizon Router and one on the Wi-Fi client. This could be 
either a built-in button or one on a compatible Wi-Fi adapter/card, 
or a virtual button in software. Once completed, this allows Wi-Fi 
clients to join your Wi-Fi network.

36
    ©2021 Verizon. All Rights ReservedTo initialize the WPS process, you can either press and hold the 
WPS button located on the rear of your Verizon Router for more than two seconds or use the UI and press the on-screen button.
You can easily add Wi-Fi devices to your Wi-Fi network using the 
WPS option if your Wi-Fi device supports the WPS feature.
• If your Wi-Fi client device has a WPS button, press the WPS button on your router for more than two seconds, then click the 
start WPSstart WPS  button in the Option 1Option 1  to start the 
WPS registration process.

• If your client device has a WPS PIN, locate the 
PIN printed on the client’s label or in the client 
documentation. Enter the PIN number in the Enter PINEnter PIN  
field. The Client WPS PINClient WPS PIN  field is located in the Option 2Option 2  
on the user interface.  
• Alternatively, you can enter the router’s PIN shown on 
this screen into the WPS user interface of your device, if 
this PIN mode is supported by your Wi-Fi device.
4. After pressing the WPS button on your router, you have two 
minutes to press the WPS button on the client device before 
the WPS session times out.
When the WPS button on your router is pressed, the Router 
Status LED on the front of your router begins ﬂashing blue. 
The ﬂashing continues until WPS pairing to the client device 
completes successfully. At this time, the Router Status LED 
turns solid white.
If WPS fails to establish a connection to a Wi-Fi client

If WPS fails to establish a connection to a Wi-Fi client 
device within two minutes, the Router Status LED on your 
router ﬂashes red for two minutes to indicate the WPS 
pairing process was unsuccessful. After ﬂashing red, the 
light returns to solid white to indicate that Wi-Fi is on.
Note:  Wi-Fi Protected Setup (WPS) cannot be used if WPA3 
security is enabled or SSID broadcast is disabled or if MAC 
address authentication is enabled with an empty white list.

38
    ©2021 Verizon. All Rights ReservedCONNECTING a WI-FI DEVICE USING a PaS SWORD
1. Verify each device that you are connecting with Wi-Fi has 
built-in Wi-Fi or an external Wi-Fi adapter.
3. Select your Verizon Router’s Wi-Fi network name (SSID) 
from the device’s list of discovered Wi-Fi networks.
4. When prompted, enter your Verizon Router’s Wi-Fi password (WPA2 or WPA3 key) into the device’s Wi-Fi settings. 
Your router’s default Wi-Fi network name and password 
are located on the sticker on the rear panel of your 
5. Verify the changes were implemented by using the device’s web browser to access a site on the internet.
6. Repeat these steps for every device that you are connecting with Wi-Fi to your router.
CO aX
1. Verify all coax devices are turned off.
2. Disconnect any adapter currently connected to the coaxial wall jack in the room where your router is located.

CO aX
3. Connect one end of the coaxial cable to the coaxial wall jack and the other end to the coax port on your network device.
4. Power up the network device.

main SCREEn
2.3/ MaIN SCREEN
When you log into your router, the dashboard main page displays 
the navigation menus of Basic and Advanced settings, Wi-Fi 
settings, Devices, Parental Controls, and connection status, and 
Basic quick links.
The configuration options available via the left-hand main menu are 
described in the following chapters:
 –Status - this chapter
 –Wi-Fi - Chapter 3
 –Devices - Chapter 4 
 –Parental Controls - Chapter 5
• Advanced Settings - Chapter 6

40
    ©2021 Verizon. All Rights Reserved2.3c/ ST aT U S
General
Access the dashboard Home page . You can quickly view your 
router’s status by clicking Status > Status > on the screen. This section 
displays the status of your router’s local network (LAN) and internet 
connection (WAN), firmware and hardware version numbers, MAC 
Address, IP settings of Verizon Router and Extender Mini(s) (if connected).

42
    ©2021 Verizon. All Rights Reserved2.3d/ O PEN SOURCE SOFTW a RE
To view:  From the BasicBasic  menu, select StatusStatus  from the left pane and 
then click Open Source SoftwareOpen Source Software .

03 /  

44
©2021 Verizon. All Rights ReservedWi-Fi networking enables you to free 
yourself from wires, making your devices more accessible and easier to use. 
You can create a Wi-Fi network, 
including accessing and con fi guring  
Wi-Fi security options.

oVERViEW
3.0/ OVERVIEW
Your Verizon Router provides you with Wi-Fi connectivity using the 
802.11a, b, g, n, ac or ax standards. These are the most common 
Wi-Fi standards. 
The Verizon Router contains 2.4 GHz, 5 GHz and 6 GHz Wi-Fi 
bands, and the operation modes and speeds are listed as follows:
• 2.4 GHz
 –Legacy operation mode: supports IEEE 802.11b/g/n with 
maximum theoretical rate at 600 Mbps
 –Compatibility mode: supports IEEE 802.11ax
• 5 GHz
 –Legacy operation mode: supports IEEE 802.11a/n/ac with 
maximum theoretical  rate at 2.2 Gbps
• 6 GHz
 –Operation mode: supports IEEE 802.11ax
 –Maximum rate up to 4.8 Gbps

46
©2021 Verizon. All Rights ReservedThe Wi-Fi service and Wi-Fi security are activated by default. The 
level of security is preset to WPA2 encryption using a unique default WPA2 key (also referred to as a passphrase or password) pre-
confi gured at the factory. This information is displayed on a sticker 
located on the rear of your router.
Your router integrates multiple layers of security. These include  
Wi-Fi Protected Access, and firewall.
3. 1/ BaSIC  SETTINGS
3. 1a/ P RIM aRY NETWOR k
You can con fi gure the basic security settings for 2.4 GHz, 5 GHz or 
6 GHz of your Wi-Fi network.

BaSiC SEttingS
To configure the Primary Wi-Fi name & password and security 
settings:
1. From the Basic Basic menu, select Wi-Fi Wi-Fi from the left pane and 
then click  Primary Network Primary Network .
2. By default the Primary Wi-Fi is enabled. To de-activate, 
move the selector to offoff. If the network is not enabled, no 
Wi-Fi devices will be able to connect to the primary network.
3. If desired, enter a new name and password for the  
Wi-Fi network or leave the default name and password that 
displays automatically. 
  button 
and select WPA2 WPA2 or WPA3WPA3 .
You can optionally enable the 6 Ghz Wi-Fi band by toggling 
the selection to OnOn. Enabling 6 GHz will modify the existing 
2.4 & 5 GHz security from WPA2 to WPA2/WPA3 and 6 GHz 
will be enabled using WPA3.

48
©2021 Verizon. All Rights ReservedCaution:  These settings should only be con fi gured by 
experienced network technicians. Changing the settings could 
adversely affect the operation of your router and your local 
network.
You can con fi gure the Verizon Router’s SSID broadcast capabilities 
to allow or disallow Wi-Fi devices from automatically using a 
broadcast SSID name to detect your router Wi-Fi network.
 –To enable SSID broadcasting, move the selector to onon. 
SSID broadcast is enabled by default. The SSID of the Wi-Fi network will be broadcast to all Wi-Fi devices.
 –To disable SSID broadcasting, move the selector to off. off. The 
public SSID broadcast will be hidden from all Wi-Fi devices. 
You will need to manually con fi gure additional Wi-Fi devices 
to join the Wi-Fi network.
• Device Access ListDevice Access List

You can con fi gure your router to limit access to your Wi-Fi network 
to only those devices with speci fic MAC addresses.

2. Enter the MAC address of a device and click Add new Add new 
devicedevice .
3. Select either:
• Allow access to all devicesAllow access to all devices  – allows the listed devices to 
access the Wi-Fi network.
Warning:  This will block Wi-Fi network access for all devices not 
in the list. Only devices in the list will be able to connect to the 
Wi-Fi network.
• Deny access to all devicesDeny access to all devices  – denies access to the listed 
devices. All other Wi-Fi devices will be able to access the 
Wi-Fi network if they use the correct Wi-Fi password.
4. Repeat step 2 and step 3 to add additional devices, as 
needed.
5. When all changes are complete, click Apply changesApply changes  to save 
the changes.

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©2021 Verizon. All Rights ReservedTo activate the Wi-Fi 2.4 GHz, 5 GHz or 6 GHz frequency for your 
Wi-Fi network, move the selector to onon, click the setup 
  button 
and con fi gure access security of your Wi-Fi network.
• Group keyGroup key  - to update the WPA shared key, move the selector to 
onon.
• Wi-Fi QoS (WMM)Wi-Fi QoS (WMM)  - improves the quality of service (QoS) for 
voice, video, and audio streaming over Wi-Fi by prioritizing these data streams.
• WMM Power SaveWMM Power Save  - improves battery life on mobile Wi-Fi 
devices such as smart phones and tablets by fine-tuning power consumption.

3. 1b/ GUEST NETWORk
The Guest NetworkGuest Network  is designed to provide internet connectivity 
to your guests but restricts access to your primary network and 
shared files. The primary network and the guest network are 
separated from each other through firewalls. You create one Guest 
Wi-Fi SSID and one password, and use it for all guests. The guest 
network SSID does not change when you make a change to your 
The Verizon Router is shipped from the factory with Guest Wi-
Fi turned off. The default SSID for Guest Wi-Fi is preconfigured 
at the factory to the default Wi-Fi network name (SSID) which is 
displayed on a sticker located at the rear of the router followed by 
hyphen guest (-Guest). For example – if the router is shipped with 
a default SSID of “Verizon-ABCDE” then the default SSID for Guest 

1. From the Basic Basic menu, select Wi-Fi Wi-Fi and then click  Guest  Guest 
NetworkNetwork .

52
©2021 Verizon. All Rights Reserved2. Move the selector to onon.  
Wi-Fi network or leave the default name and password that displays automatically. 
4. Press Apply changesApply changes  to save the changes.
Important: It is not recommended to create a guest network 
without a password.
3. 1c/ I OT NETWOR k
The router supports connection of multiple IoT devices on a separate WiFi SSID. The IoT Network is designed to provide an easier setup experience for your Internet of Things (IoT) devices which benefit from connecting to the 2.4 GHz band while keeping your Primary Network settings unchanged. IoT devices and Primary devices can communicate with no firewall restrictions separating them. 
The Verizon Router is shipped from the factory with IoT Wi-Fi

The Verizon Router is shipped from the factory with IoT Wi-Fi 
turned off. The default SSID for IoT Wi-Fi is preconfigured at the factory to the default Wi-Fi network name (SSID) which is displayed on a sticker located at the rear of the router followed by hyphen IoT (-IoT). For example – if the router is shipped with a default SSID of “Verizon-ABCDE” then the default SSID for IoT  Wi-Fi is “Verizon-ABCDE-IoT”.

1. From the Basic Basic menu, select Wi-Fi Wi-Fi and then click IoT IoT 
displays automatically.
3. 1d/ WI-FI PROTECTED SETUP (WPS)
on your Verizon Router and one on the Wi-Fi client. This could be

54
©2021 Verizon. All Rights Reservedeither a built-in button or one on a compatible Wi-Fi adapter/card, 
or a virtual button in software. Once completed, this allows Wi-Fi clients to join your Wi-Fi network.
To initialize the WPS process, you can either press and hold the 
WPS button located on the front of your Verizon Router for more than two seconds or use the UI and press the on-screen button.
1. From the Basic Basic menu, select Wi-Fi Wi-Fi and then click Wi-Fi Wi-Fi 
Protected Setup (WPS)Protected Setup (WPS) .

• If your Wi-Fi client device has a WPS button, press the 
WPS button on your router for more than two seconds, 
then click the start WPSstart WPS  button in the Option 1Option 1  to start 
the WPS registration process.
field. The Client WPS PINClient WPS PIN  field is located within Option 2Option 2  

turns solid blue.
device within two minutes, the Router Status LED on your

56
©2021 Verizon. All Rights Reservedrouter ﬂashes red for two minutes to indicate the WPS 
pairing process was unsuccessful. After ﬂashing red, the light returns to solid white to indicate that Wi-Fi is on.
Note: Wi-Fi Protected Setup (WPS) cannot be used if WPA3 
3.2/ aDV a NCED SETTINGS
3.2a/ P RIM aRY NETWOR k
Self-Organizing Network (SON)
The Verizon Router supports 2.4 GHz, 5 GHz and 6 GHz signals. The Self-Organizing Network (SON) feature lets your devices move between these signals automatically for an optimized Wi-Fi connection.

aDV anCED  SEttingS
To con figure SON, Primary Wi-Fi name & password and security 
settings:
1. From the Advanced Advanced menu, select Wi-Fi Wi-Fi from the left pane 
and then click  Primary Network Primary Network .
3. By default the Primary Wi-Fi is enabled. To de-activate, 
Wi-Fi devices will be able to connect to the primary network. 
4. If desired, enter a new name and password for the  
  button and 
select WPA2 WPA2 or WPA3WPA3 .

58
network.
3.2b/ R aDIO M aNaGEMENT
You can con fi gure the channel settings for the 2.4 GHz, 5 GHz and 
6 GHz band(s) of your Wi-Fi network.

2. Click on SettingsSettings  on the top right-hand side of the Radio Radio 
ManagementManagement  page to con figure the channel scan settings:
• Select the Keep my channel selection during power cycleKeep my channel selection during power cycle  
check box to save your channel selection when your 
Verizon Router is rebooted.
• Enable DFS channels during channel scanEnable DFS channels during channel scan : DFS channels 
are enabled by default during channel scans.
Note:  DFS channels are a subset of the 5 GHz network that 
is shared with radar systems. Some consumer devices do 
not support these channels and cannot connect to routers 
using them. Examples include some media streaming devices. 
Disabling this feature will allow the router to select the best

Disabling this feature will allow the router to select the best 
available channel to broadcast on and allow these devices to 
connect.
• Press Apply changesApply changes  to save the changes.

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©2021 Verizon. All Rights Reserved3. Click Perform ScanPerform Scan  to perform channel availability scan for 
the Verizon Router accommodating the best radio channel 
and providing the best Wi-Fi performance. 
4. On the Radio ManagementRadio Management  page for 2.4 GHz, 5 GHz or 
6 GHz, the following information displays and can be configured:
• Channel ScoreChannel Score  - displays a network congestion score 
of one to ten in each Wi-Fi channel. It can be used to determine which channels to use or to avoid. Higher score indicates less congestion in a channel.
• Channel AnalysisChannel Analysis  - scans and displays channel bandwidth 
and signal strength of available APs.
• ChannelChannel  - this is the radio channel used by the Wi-Fi 
router and its clients to communicate with each other. The channel must be the same on the router and all of its  Wi-Fi clients. Select the channel you want the Wi-Fi radio to use to communicate, or accept the default (

Auto)Auto)  
channel selection. Then the router will automatically assign itself a radio channel.
• WidthWidth  - displays the Wi-Fi channel currently in use on 
each band. Users can select from available channels.

1. From the Advanced Advanced menu, select Wi-Fi Wi-Fi and then click   
Channel SettingsChannel Settings .

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DEVICES
©2021 Verizon. All Rights ReservedYou can view the settings of the 
network devices connected to your Verizon Router’s network.

oVERViEW
4.0/ OVERVIEW
The DevicesDevices  section allows you to view and manage all the devices 
connected to your Primary, Guest, and IoT networks. You can view 
device details, block internet service, and rename devices. 
4. 1/ DEVICE SETTINGS
1. From the Basic Basic menu, select Devices Devices from the left pane . 
2. The screen displays information about connected devices 
including Device NameDevice Name  and identifiers, Parental ControlsParental Controls , the 
type of network connection, and settings that you can view 
and configure.
3. The Verizon Router provides a sort function for listing 
connected devices in a meaningful order. For example, 
select Sort A to ZSort A to Z  from the dropdown list to view the 
connected device in alphabetical order.
4. Select Show AllShow All  from the dropdown list to display all devices 
on your network.

65
DEVICES
©2021 Verizon. All Rights Reserved5. Select Expanded ListExpanded List  from the dropdown list to view 
additional device information for all connected devices.
• Block/AllowBlock/Allow  - Click this option to quickly enable/disable a 
device from having internet access.
For additional information about blocking websites, refer 
to Chapter 5 Setting Parental Controls.
6. Click the Settings icon to access the Device Details page for that device:

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DEVICES
©2021 Verizon. All Rights Reserved –Device InformationDevice Information : 
• Name, Location, Mobility, Name, Location, Mobility, and TypeType  - Displays the current 
known information of the device. These can be updated 
or corrected as needed. Click EditEdit and SaveSave  to apply any 
changes.
• This section also provides the device MAC Address, Access Point information the device is connected to as well as the IPv4 Address of the device.
 –Device Add-OnsDevice Add-Ons
Port ForwardingPort Forwarding  - Port Forwarding allows your network 
to be exposed to the internet in specific limited and 
controlled ways. For example, you could allow specific applications, such as gaming, voice, and chat, to access servers in the local network. To access the Port Forwarding page, click 
Go to Port ForwardingGo to Port Forwarding .
For additional information, refer to the Port Forwarding section in Chapter 6 Configuring Advanced Settings.

If any Port Forwarding Rules are applied to this device, 
then the first row of that rule will be displayed here. 
 –Device ConnectionDevice Connection  
This section displays Connection information of how and how well the device is connected to the Access Point. It also displays the Network related information, including IPv6 addresses and a 
Ping TestPing Test  option.

05 /  
SETTING P aRENT aL 
CONTROLS
5.0  Activating Parental Controls
5.1  Active Rules

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05 /  SETTING 
PARENTAL CONTROLS
©2021 Verizon. All Rights ReservedThe abundance of harmful information 
on the internet poses a serious challenge for employers and parents alike as they ask “How can I regulate what my employee or child does on theinternet?”
With that question in mind, your 
Verizon Router’s Parental Controls were designed to allow control of internet access on all locally networked devices.

aCtiVating p aREntaL  ContRoLS
5.0/ aCTIV aTING P aRENT aL CONTROLS
You can create a basic access policy or using the provided Rule Rule 
TemplatesTemplates  for any computer or device on your Verizon Router 
network. Parental controls limit internet access to specific websites 
based on a schedule that you create.
Access can be limited on specific websites or keywords embedded 
in a website. For example, you can block access to the ‘www.
anysite.com’ as well as block any website that has the word ‘any’ in 
its site name.
1. From the Basic Basic menu, select Parental Controls Parental Controls from the left 
pane.
2. To use the default Rule Templates, Rule Templates, select one of the pre-
defined rules as shown on screen to quickly setup access 
policy for devices on your network.

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©2021 Verizon. All Rights Reserved3. To create a new access policy, click on the New Rule New Rule and the 

5. Create a schedule by selecting the days of the week when 
the rule will be active or inactive.
6. Set the time when the rule will be active or inactive, then 
specify the start time and end time.
7. Select the ConditionCondition  rule of All Internet OFFAll Internet OFF /All Internet ONAll Internet ON  
to block/allow the access to all internet websites.
8. Click Assign devices to this ruleAssign devices to this rule  to select the computers or 
device where you are limiting access. Click ApplyApply  to save 
changes.
9. To remove a device from the llist, click Remove Remove to the 
assigned device. 
10. Click Make exceptions to this ruleMake exceptions to this rule  for the following 
ExceptionsExceptions  options:
• Enter the name of the website or keywords within a URL 
to block/allow the specified websites and websites with 
names containing the specified keyword .

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©2021 Verizon. All Rights Reserved11. To remove a website or keyword, click Remove Remove to the word.
12. Click Apply changesApply changes  to save changes.
NEW! The Verizon Verizon app provides robust security to protect your 
home and business networks. Click the Get app nowGet app now  link to 
download the Verizon app for using the 
Verizon app on the iOS or Android OS. 
5. 1/ aC TIVE RULES
You can view the rules created for your Verizon Router shown on 
the Parental ControlsParental Controls  page.

06 /  
aDV aNCED 
SETTINGS
6.0  Firewall  
6.1  Utilities
6.2  Network Settings
6.3  Date & Time
6.4  DNS Settings
6.5  Monitoring
6.6  System Settings

75
06 /  CONFIGURING 
©2021 Verizon. All Rights ReservedAdvanced settings cover a wide range 
of sophisticated configurations for your Verizon Router’s firmware, security setup and network. 
Verizon Router’s security suite includes 
comprehensive and robust security services, such as stateful packet inspection, firewall security, user authentication protocols, and password protection mechanisms.
These and other features help protect 
your computers from security threats on the internet.

FirewallFirewall  - select the security level for the firewall.
• Access Control - restrict access from the local network to the 
internet.
• Port Forwarding - enable access from the internet to specified 
services provided by computers on the local network.
• Port Triggering - define port triggering entries to dynamically 
open the firewall for some protocols or ports.
• DMZ Host - allows a single device on your primary network to 
be fully exposed to the internet for special purposes such as 
internet gaming.
• SIP ALG - support the Application Layer Gateway for Session 
Initiation Protocol
• Static NAT - allow multiple static NAT IP addresses to be 
designated to devices on the network.
• IPv6 Pinhole - provide access tunnel to a service on a host for a 
particular application.
UtilitiesUtilities
• Diagnostics – performs diagnostic tests.
• Save and Restore – resets your Verizon Router to its default 
settings.

settings.
• Reboot Router – restarts your Verizon Router.
• MAC Cloning – clones the MAC address.

77
©2021 Verizon. All Rights Reserved• ARP Table – displays active devices with their IP and MAC 
addresses.
• NDP (Neighbor Discovery Protocol) Table – displays active devices with their IPv6 and MAC addresses of DHCP connection.
• Users – creates and manages remote users.
• Remote Administration – enable remote configuration of your Verizon Router from any internet-accessible computer.
• LED Brightness - controls the Router Status LED light to either dim or brighten and sets the dimming time of the LED light.
• Network Connections – displays and manages the details of a specific network connection. 
• Universal Plug and Play (UPnP) – checks the validity of all UPnP services and rules.

• IPv4/IPv6 Address Distribution - adds computers configured as DHCP clients to the network.
• Port Configuration – sets up the Ethernet ports as either full- or half-duplex ports, at either 10 Mbps, 100 Mbps, 1000 Mbps or  10 Gigabit.

FiREW aLL
Date & TimeDate & Time
• Date & Time Settings – sets the time zone and enables 
automatic time updates.
• Scheduler Rules Settings – limits the activation of firewall rules 
to specific time periods.
DNS SettingsDNS Settings  - manages the DNS server host name and IP 
address.
MonitoringMonitoring  - displays the details and status of:
• Full Status/System wide Monitoring of Connections/Traffic 
Monitoring
System SettingsSystem Settings  - sets up various system and management 
parameters.
6.0/ FIREW aLL
The firewall is the cornerstone of the security suite for your 
Verizon Router. It has been exclusively tailored to the needs of the 
residential or office user and is pre-configured to provide optimum 
security.
The firewall provides both the security and ﬂexibility that home 
and office users seek. It provides a managed, professional level

79
©2021 Verizon. All Rights Reservedof network security while enabling the safe use of interactive 
applications, such as internet gaming and video conferencing.
Additional features, including surfing restrictions and access 
control, can also be configured locally through the user interface or remotely by a service provider.
The firewall regulates the ﬂow of data between the local 
network and the internet. Both incoming and outgoing data are inspected, then either accepted and allowed to pass through your Verizon Router or rejected and barred from passing through your 
Verizon Router, according to a ﬂexible and configurable set of rules. 
These rules are designed to prevent unwanted intrusions from the outside, while allowing local network users access to internet services.
The firewall rules specify the type of services on the internet that

The firewall rules specify the type of services on the internet that 
are accessible from the local network and types of services in the local network that are accessible from the internet.
Each request for a service that the firewall receives is checked 
against the firewall rules to determine whether the request should be allowed to pass through the firewall. If the request is permitted to pass, all subsequent data associated with this request or session is also allowed to pass, regardless of its direction.
For example, when accessing a website on the internet, a request 
is sent to the internet for this site. When the request reaches your Verizon Router, the firewall identifies the request type and origin, such as HTTP and a specific computer in the local network. Unless your Verizon Router is configured to block requests of this type

FiREW aLL
from this computer, the firewall allows this type of request to pass 
to the internet.
When the website is returned from the web server, the firewall 
associates the website with this session and allows it to pass; regardless HTTP access from the internet to the local network is blocked or permitted. It is the origin of the request, not subsequent responses to this request, which determines whether a session can be established.
6.0a/ SETTING FIREW aLL CONFIGUR aTION
You can select a normal, high, or low security level to limit, block, or permit all traffic. The following table shows request access for each security level.
• Blocked traffic - no access allowed, except as configured in Port Forwarding and Remote Access

• Limited - permits only commonly used services, such as email and web browsing

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©2021 Verizon. All Rights Reserved• Unrestricted - permits full access of incoming traffic from the 
internet and allows all outgoing traffic, except as configured in Access Control
6.0b/ SPECIFYING GENER a L SETTINGS FOR IPV4 OR IPV6
1. From the Firewall GeneralGeneral  settings page, click on desired 
IPv4 settings/IPv6 settingsIPv4 settings/IPv6 settings  option to configure IPv4/IPv6 
security.

FiREW aLL
2. Select a security level by clicking one of the radio buttons. 
Using the Low SecurityLow Security  setting may expose the local 
network to significant security risks, and should only be 
used for short periods of time to allow temporary network 
access.
3. Click Apply changesApply changes  to save changes.
6.0c/ aCCESS CONTROL
You can block individual computers on your local network from 
accessing specific services on the internet. For example, you 
could block one computer from accessing the internet, then block 
a second computer from transferring files using FTP as well as 
prohibit the computer from receiving incoming email.
Access control incorporates a list of preset services, such as 
applications and common port settings.
aLLOW OR RESTRICT SERVICES
1. From the Advanced Advanced menu, select Firewall Firewall from the left pane 
and then click  Access Control Access Control . The Access ControlAccess Control  page

and then click  Access Control Access Control . The Access ControlAccess Control  page 
opens with the Allows and Blocked sections displayed. The 
Allowed section only displays when the firewall is set to 
maximum security.

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©2021 Verizon. All Rights Reserved
2. To block a service, click AddAdd. The Add Access Control Add Access Control page 
displays.
3. To apply the rule to:
• Networked Computer/Device - select AnyAny.
• Specific devices only - select User DefinedUser Defined .

FiREW aLL
4. In the Protocol field, select the internet protocol to be 
allowed or blocked. If the service is not included in the list, 
select User DefinedUser Defined . The Edit ServiceEdit Service  page displays. Define 
the service, then click ApplyApply . The service is automatically 
added to the Add Access Control Add Access Control section.
5. Specify when the rule is active as AlwaysAlways  or User DefinedUser Defined .
6. Enter the rule name, specify days of the week, and set 
the start time and end time when the rule will be active or 
inactive.
7. Click ApplyApply  to save changes. 
8. The Access Control Access Control  page displays a summary of the new 
access control rule.

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©2021 Verizon. All Rights ReservedDIS a BLE aCCE SS CONTROL
You can disable an access control and enable access to the service 
without removing the service from the Access Control table. This 
can make the service available temporarily and allow you to easily 
reinstate the restriction later.
• To disable an access control, clear the check box next to the 
service name.
• To reinstate the restriction, select the check box next to the 
• To remove an access restriction, select the service and click 
RemoveRemove . The service is removed from the Access Control table.
6.0d/ P ORT FORW a RDING
You can activate port forwarding to expose the network to the internet in a limited and controlled manner. For example, enabling 
applications, such as gaming and voice, to work from the local 
network as well as allowing internet access to servers within the 

and then click Port ForwardingPort Forwarding . The Port ForwardingPort Forwarding  page 
opens with the current rules displayed.

FiREW aLL
2. To create a new rule, enter the application name, configure 
its inbound and outbound port numbers, then select the 
protocol. 
3. To schedule the rule, select either AlwaysAlways  or User DefinedUser Defined  in 
the ScheduleSchedule  list box.
5. Click Apply changesApply changes  to save changes.
6.0e/ PORT TRIGGERING
Port triggering can be described as dynamic port forwarding. By 
setting port triggering rules, inbound traffic arrives at a specific 
network host using ports that are different than those used for 
outbound traffic. The outbound traffic triggers the ports where the 
inbound traffic is directed.
For example, a gaming server is accessed using UDP protocol on 
port 2222. The gaming server then responds by connecting the 
user using UDP on port 3333, when a gaming session is initiated.

87
©2021 Verizon. All Rights ReservedIn this case, port triggering must be used since it con ﬂ icts with the 
following default firewall settings:
• Server replies to your Verizon Router IP, and the connection is 
not sent back to the host since it is not part of a session.
To resolve the con ﬂ ict, a port triggering entry must be defined, 
which allows inbound traffic on UDP port 3333 only after a network host generated traffic to UDP port 2222. This results in your Verizon Router accepting the inbound traffic from the gaming server and sending it back to the network host which originated the outgoing traffic to UDP port 2222.
1. From the Advanced Advanced menu, select Firewall Firewall and then click Port Port 

FiREW aLL
2. To add a service as an active protocol, enter the application 
name, configure its inbound and outbound (triggered/
forwarded) port range, then select the protocol.  
6.0f/ DMz  HOST
DMZ Host allows a single device on your primary network to be 
fully exposed to the internet for special purposes like internet 
gaming. 
Warning:  Enabling DMZ Host is a security risk. When a device 
on your network is a DMZ Host, it is directly exposed to the 
internet and loses much of the protection of the firewall. If it is 
compromised, it can also be used to attack other devices on your 
primary network.
Follow these steps to designate a device on your primary network 
as a DMZ Host:

1. From the Advanced Advanced menu, select Firewall Firewall and then click 
DMZ HostDMZ Host .
3. Enter the IP address or select the MAC address of the 
device you want to designate as the DMZ Host.
4. Click Apply changesApply changes  to save changes.

89
6.0g/ SIP aLG
SIP ALG (Application Level Gateway) - supports various multiple 
application protocols by allowing dynamic ephemeral TCP/ UDP ports to communicate with the known ports which a particular client application (such as FTP, VoIP service, net meeting or streaming media) requires.
1. From the AdvancedAdvanced  menu, select FirewallFirewall  and then click SIP SIP 
ALGALG .
2. Move the selector to onon

FiREW aLL
6.0h/ StaTIC Na T
Static NAT allows devices located behind a firewall that is 
configured with private IP addresses to appear to have public IP 
addresses to the internet. This allows an internal host, such as a 
web server, to have an unregistered (private) IP address and still be 
accessible over the internet.
To configure static NAT:
Static NATStatic NAT .

91
2. To create a static NAT, select a source address in the Local Local 
HostHost  field.
3. Enter the Public IP AddressPublic IP Address .
4. If using port forwarding, select the Port Fwd Port Fwd check box.
5. Click Add to listAdd to list . The rule displays in the Rules ListRules List  section.
6. Click Apply changesApply changes  to save changes.
7. Repeat these steps to add additional static IP addresses.

FiREW aLL
6.0i/ IPV6 PINHOLES
The IPv6 Pinhole feature of the Verizon Router allows an 
application to send incoming packets for a certain port number to 
the destination computer by setting up the rule of authorization.
IPv6 PinholeIPv6 Pinhole .
2. Select external and internal host, protocol and the 
application port type.

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©2021 Verizon. All Rights Reserved4. Click Add to listAdd to list . The screen displays opened pinhole port 
and its status. It shows the IP addresses of remote device 
and connected device on your network.
6 .1 / UTILITIES
You can access the following advanced settings:
• Save and Restore – resets your Verizon Router to its default settings.

• LED Brightness - controls the Router Status LED light to either dim or brighten, and sets the dimming time of the LED light.

utiLitiES
6. 1a/ DIa GNOSTICS
1. From the Advanced Advanced menu, select Utilities.Utilities.
2. Select DiagnosticsDiagnostics  in the UtilitiesUtilities  section.
3. To ping an IP address, enter the IP address or domain name 
in the DestinationDestination  field and click GoGo.
The diagnostics will display the number of pings, status, 
packets sent, and round trip time.
If no diagnostic status displays, click refresh in your web 
browser.

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©2021 Verizon. All Rights Reserved6. 1b/ SaVE a ND RESTORE
You can use this functionality to save and load configuration 
files. These files are used to backup and restore the current 
configuration of your Verizon Router.
Only configuration files saved on a specific Verizon Router can be 
applied to that Verizon Router. You cannot transfer configuration files between Verizon Routers.
Warning: Manually editing a configuration file can cause your 
Verizon Router to malfunction or become completely inoperable.
Save Options
1. Select Save & RestoreSave & Restore  in the UtilitiesUtilities  section.

utiLitiES
2. Select Save to router and your Verizon accountSave to router and your Verizon account  or Save Save 
as fileas file  to save the current configuration, then click Save as Save as 
configurationconfiguration . 
3. If you select Save as fileSave as file , the configuration file is saved to 
you web browser’s download folder.
You can restore your configuration settings to your Verizon Router 
factory default settings. Restoring the default settings erases the 
current configuration, including user defined settings and network 
connections. All connected DHCP clients must request new IP 
addresses. Your Verizon Router must restart.
Prior to restoring the factory defaults, you may want to save your 
current configuration to a file. This allows you to reapply your 
current settings and parameters to the default settings, as needed. 
Note: When restoring defaults, the setting and parameters of your

Note: When restoring defaults, the setting and parameters of your 
Verizon Router are restored to their default values. This includes 
the administrator password. A user-specified password will no 
longer be valid.
To backup your Verizon Router’s settings:
2. To take a backup of the current settings, click Automated Automated 
Backups Backups or Manual Backup Manual Backup . You will be prompted to save a 
file with the extension “.enc”. 
3. Click BackupBackup  to begin the configuration backup process.

97
©2021 Verizon. All Rights ReservedTo restore your Verizon Router’s factory default settings:
2. Click Factory DefaultsFactory Defaults .
• Default SettingsDefault Settings  – will erase all router settings including 
user settings for SSID and Passwords.
• Default Settings except current user settingsDefault Settings except current user settings  – will erase 
all router settings but will retain the user settings for SSID 
and passwords.
3. Click Restore configurationRestore configuration  button. The factory default 
settings are applied and your Verizon Router restarts. Once 
complete, the Login page for the First Time Easy Setup Wizard displays.

utiLitiES
2. To load a previously saved configuration file, click choose choose 
filefile.
3. Browse to the location of the file, and click Restore Restore 
configurationconfiguration  button to begin the configuration uploading 
process. 
4. Accessing the Verizon app or the My VerizonMy Verizon  account also 
allows you to restore the previously saved settings. Click 
Restore From Account Restore From Account and select Go to Apple App Store/Go to Apple App Store/
Go to Google Play Store Go to Google Play Store to restore the saved settings to the 
router.
5. Click Restore configurationRestore configuration  button. Your Verizon Router will 
automatically restart with that configuration.
6. 1c/ REBOOT  VERIz ON  ROUTER
Warning:  Only select Reboot Router if instructed to do so by 
Verizon support.
You can reboot your Verizon Router using the Reboot Router Only

You can reboot your Verizon Router using the Reboot Router Only 
feature. Refer to 1.3b/ REAR PANEL  for power button options.
To reboot your Verizon Router using the user interface:
1. Select Reboot Router Reboot Router in the UtilitiesUtilities  section.

99
2. To reboot, click Reboot DeviceReboot Device . Your router will reboot. This 
may take up to a minute.
3. To access your Verizon Router user interface, refresh your 
4. After the Router Status LED on the front panel turns solid white, you will automatically be sent to the web browser login page.
6. 1d/ MaC CL ONING
A MAC address is a hexadecimal code that identifies a device on a network. All networkable devices have a unique MAC address.
When replacing a network device on your Verizon Router, you can 
simplify the installation process by copying the MAC address of the existing device to your Verizon Router.
To copy the MAC address of the existing device:
1. Select MAC CloningMAC Cloning  in the UtilitiesUtilities  section.

utiLitiES
2. In the To physical addressTo physical address  field, enter the MAC address of 
your new device.
3. To locate the MAC address, refer to the documentation 
from the device manufacturer.
6. 1e/ aRP T aBLE
You can view the IPv4 and MAC addresses of each DHCP 
To view the IPv4 and MAC addresses for each device: s elect ARP ARP 
TableTable  in the UtilitiesUtilities  section.

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6. 1f/ NDP T a BLE
You can view the IPv6 and MAC addresses of each DHCP 
To view the IPv6 and MAC addresses for each device: select NDP NDP 
(Neighbor Discovery Protocol )  Table Table  in the UtilitiesUtilities  section.

utiLitiES
6. 1g/ USERS
You can view the users that can currently access your Wi-Fi 
network. In addition, you can modify their login password and name 
as well as manage the number of unsuccessful login attempts a 
user can enter before your Verizon Router temporarily denies all 
further login attempts by that user.
To view users:
1. Select UsersUsers  in the UtilitiesUtilities  section.
2. In the Login ConfigurationLogin Configuration  section, enter the maximum 
number of unsuccessful login attempts.
3. To edit usernames and passwords, click the EditEdit in the 
ActionAction  column. The Edit User SettingsEdit User Settings  page displays.

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4. Edit the Full name, User name and set a new password.
5. To add a new user, specify the following parameters:
• Full NameFull Name  - name of the user.
• User NameUser Name  – name the user enters to remotely access 
the home or office network. This field is case-sensitive.
6. Verify the level of access for the user in the PermissionsPermissions  
field.
7. Click Apply changesApply changes  to save changes. The UsersUsers  page opens 
with the user information displayed.

utiLitiES
6. 1h/ REMOTE aDMINISTR aTION
Caution: Enabling Remote Administration places your 
Verizon Router network at risk from outside attacks.
You can access and control your Verizon Router not only from 
within the local network, but also from the internet using Remote Remote 
AdministrationAdministration .
• Allow incoming WAN Access to Web Management Allow incoming WAN Access to Web Management - used to 
obtain access to your Verizon Router’s UI and gain access to all 
settings and parameters through a web browser.
• Diagnostic ToolsDiagnostic Tools  - used for troubleshooting and remote system 
management by a user or Verizon.
Web Management remote administration access may be used 
to modify or disable firewall settings. Web Management services 
should be activated only when absolutely necessary.
1. Select Remote AdministrationRemote Administration .

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utiLitiES
6. 1i/ LED  BRIGHTNESS
The Verizon Router allows yout to set the LED brightness to turn 
1. Select  LED Brightness LED Brightness  in the UtilitiesUtilities  section.
Note:  The light will activate again on status changes like WPS 
pairing or loss of connection.

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©2021 Verizon. All Rights Reserved6.2/ NETWOR k SET TINGS
You can configure the following network settings:
• Network ObjectsNetwork Objects  – defines a group, such as a group of 
• Network ConnectionsNetwork Connections  – displays and manages the details of a 
specific network connection.
• Universal Plug and Play (UPnP)Universal Plug and Play (UPnP)  – checks the validity of all UPnP 
services and rules.
• Port Forwarding RulesPort Forwarding Rules  – displays port forwarding rules.
• IPv6IPv6  – enables IPv6 support.
• RoutingRouting  – manages the routing and IP address distribution rules.
• IPv4/IPv6 Address DistributionIPv4/IPv6 Address Distribution  - adds computers configured as 
DHCP clients to the network.
• Port ConfigurationPort Configuration  – sets up the Ethernet ports as either full- or 
half-duplex ports, at either 10 Mbps, 100 Mbps, or 1000 Mbps.
6.2a/ NETWOR k OBJECTS

Network objects define a group, such as a group of computers, on 
your Verizon Router network by MAC address, IP address, and/or host name. The defined group becomes a network object. You 
can apply settings, such as configuring system rules, to all devices 
defined in the network object.

nEt WoRk SEttingS
For example, instead of setting the same website filtering 
configuration individually to five computers one at a time, you can 
define the computers as a network object. Website filtering can 
then be simultaneously applied to all the computers.
You can use network objects to apply security rules based on host 
names, instead of IP addresses. This is useful since IP addresses 
change from time to time. In addition, you can define network 
objects according to MAC address to make the rule application 
more persistent against network configuration settings.
3. To define a network object, click Add newAdd new . The Edit Network Edit Network 
ObjectsObjects  page displays.

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4. In the DescriptionDescription  field, enter a name for the network object.
5. Click AddAdd. The Edit ItemEdit Item  page displays.
6. Select and configure the type of network object as IP 
address, IP subnet, IP range, MAC address, host name, or DHCP option, and click 
ApplyApply  to save changes.
7. Repeat the above steps to create additional network objects.
8. When complete, click Apply changesApply changes  to save changes.

6.2b/ NETWORk  CONNECTIONS
Caution:  The settings described in this chapter should only be 
configured by experienced network technicians. Changes could 
network.
1. From the Advanced Advanced menu, select Network Settings Network Settings from the 
left pane and then click Network Connections.Network Connections.
2. To view and edit the details of a specific network 
connection, click the hyperlinked name or the action 
icon. The following sections detail the types of network 
connections that you can view.

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©2021 Verizon. All Rights ReservedNETWOR k (HOME /OFFICE) CONNECTION
You can view the properties of your local network. This connection 
is used to combine several network interfaces under one virtual 
network. For example, you can create a home/office network 
connection for Ethernet and other network devices.
Note: When a network connection is disabled, the underlying 
devices formerly connected to it will not be able to obtain a new 
DHCP address from that Verizon Router network interface.
1. On the Network ConnectionsNetwork Connections  page, click the Network Network 
(Home/Office)(Home/Office)  connection link. The Network (Home/ Office) Network (Home/ Office) 
PropertiesProperties  page displays.

2. To rename a network connection, enter the new network 
name in the NameName  field.
CONFIGURING THE HOME/OFFICE NETWORk
1. In the Network (Home/Office) PropertiesNetwork (Home/Office) Properties  page, click 

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General
• Connection TypeConnection Type  - displays the type of connection 
interface.
• Physical AddressPhysical Address  - displays the physical address of the 
network card used for the network.
• MTUMTU  - displays the Maximum Transmission Unit (MTU) 
indicating the largest packet size permitted for internet 

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©2021 Verizon. All Rights Reserved –AutomaticAutomatic : sets the MTU (Maximum Transmission 
Unit) at 1500.
 –Automatic by DHCPAutomatic by DHCP : sets the MTU according to the 
DHCP connection.
 –ManualManual : allows you to manually set the MTU.
• Internet ProtocolInternet Protocol  
In the Internet Protocol section, specify one of the 
following:
 –No IPv4 AddressNo IPv4 Address : the connection has no IP address. 
This is useful if the connection operates under a bridge.
 –Obtain an IPv4 Address AutomaticallyObtain an IPv4 Address Automatically : the network 
connection is required by Verizon to obtain an IP address automatically. The server assigning the IP address also assigns a subnet mask address, which can be overridden by entering another subnet mask address.
 –Use the Following IP AddressUse the Following IP Address : the network connection 
uses a permanent or static IP addressIP address  and Subnet Subnet

–Use the Following IP AddressUse the Following IP Address : the network connection 
uses a permanent or static IP addressIP address  and Subnet Subnet 
MaskMask  address, provided by Verizon or experienced 
network technician.

Bridge
In the BridgeBridge  section of the Network (Home/Office) PropertiesNetwork (Home/Office) Properties , you 
can configure the various LAN interfaces. 
Caution: Do not change these settings unless specifically 
instructed to by Verizon. Changes could adversely affect the 
operation of your Verizon Router and your local network.
• StatusStatus  – displays the connection status of a specific 
• ActionAction  – contains an EditEdit hyperlink that, when clicked, 
generates the next  level configuration page for the 
specific network connection or network device.
IP a ddress Distribution
your Verizon Router.
assigns IP addresses to any network devices which are set to 
obtain their IP address dynamically.

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©2021 Verizon. All Rights ReservedIf DHCP Server is enabled on your Verizon Router, configure the 
network devices as DHCP Clients. There are 2 basic options in this section: 
To set up the Verizon Router’s network bridge to function as a 
DHCP server:
serverserver . Once enabled, the DHCP server provides automatic 
IP assignments (also referred to as IP leases) based on the 
preset IP range defined below.
range that the Verizon Router will automatically begin assigning IP addresses from. Since your Verizon Router’s IP address is 192.168.1.1, the default Start IP Address is 192.168.1.2.
• End IP AddressEnd IP Address  – Enter the last IP address in the IP range

that the Verizon Router will automatically stop the IP address allocation at. The maximum end IP address range that can be entered is 192.168.1.254.
2. If Windows Internet Naming Service (WINS) is being used, enter the 
WINS ServerWINS Server  address.
3. In the Lease Time in MinutesLease Time in Minutes  field, enter the amount of time 
a network device is allowed to connect to the Verizon Router with its currently issued dynamic IP address.

IP a ddress Distribution a ccording to DHCP option 60 (vendor 
class Identifier)
DHCP vendor class is related to DHCP option 60 configuration 
within the router. Adding option 60 configurations allows a 
particular vendor to get a lease from a specified pool of addresses..
Click Save Changes Save Changes to save changes.
You can configure your Verizon Router to use static or dynamic 
routing.
• Static routingStatic routing  – specifies a fixed routing path to neighboring 
destinations based on predetermined metrics.
• Dynamic routingDynamic routing  – automatically adjusts how packets travel 
on the network. The path determination is based on network/
device reachability and the status of the network being traveled.
1. In the Routing TableRouting Table  section, click Add new routeAdd new route  button to 
display and modify the new route configuration page.

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WI-FI aCCE SS POINT CONNECTION
A Wi-Fi Access Point network connection allows Wi-Fi devices to 
connect to the local area network (LAN) using the 2.4 GHz, 5 GHz or 6 GHz Wi-Fi network.
Note: Once disabled, all Wi-Fi devices connected to that Wi-Fi 
network will be disconnected from the LAN network and internet.
2. On the Network ConnectionsNetwork Connections  page, click the Network Network 
(Home/Offiffice)(Home/Offiffice)  connection link. The Network (Home/ Network (Home/ 
Offiffice) PropertiesOffiffice) Properties  page displays.

3. To access the connection settings pages, click on the link of 
any of the connections listed under Network nameNetwork name .
4. From the connection’s Enable SettingsEnable Settings  page, to enable or 
disable the connection, move the selector to on or offon or off .
5. To rename the connection, enter a name in the NameName  field.
6. Click ApplyApply  to save the changes.
7. Reboot your Verizon Router.
CONFIGURING Wi-Fi a CCESS POINT PROPERTIES
1. On the bottom of the Access Points specific Enable Enable 
SettingsSettings  page, click SettingsSettings . The configuration page 
displays.

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• MTUMTU  - specifies the largest packet size permitted for 
internet transmissions:
 –AutomaticAutomatic : set the MTU (Maximum Transmission Unit) 
at 1500.

ETHERNET CONNECTION
You can view the properties of your Ethernet LAN connection 
using an Ethernet cable inserted into one of your Verizon Router’s 
Ethernet LAN ports.
1. In the Network ConnectionsNetwork Connections  page, click the Network(Home/Network(Home/
Office)Office)  connection link.
2. Next, to access the Ethernet Ethernet properties  page, click the 
EthernetEthernet  link listed under the Underlying DeviceUnderlying Device  section.
3. To rename the network connection, enter the new name in 
the NameName  field.

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©2021 Verizon. All Rights ReservedCONFIGURING ETHERNET PROPERTIES
1. In the Ethernet Ethernet page, click SettingsSettings . The configuration page 
displays.
General
• Connection TypeConnection Type  - displays as Hardware Ethernet SwitchHardware Ethernet Switch .

• MTUMTU  - specifies the largest packet size permitted for
 –AutomaticAutomatic : sets the MTU (Maximum Transmission 
Unit at 1500).
• HW Switch PortsHW Switch Ports  - displays the status of each LAN port.
COa X COa X

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©2021 Verizon. All Rights ReservedTo view the connection settings:
1. In the Network ConnectionsNetwork Connections  page, click the CoaxCoax  link.
2. From the connection’s Enable SettingsEnable Settings  page, to enable or 
disable the connection, move the selector to on on or off off.
CONFIGURING CO aX PROPERTIES
1. In the Coax Coax page, click SettingsSettings . The configuration page 
displays.

General
Coax Link
• Privacy - Privacy - to set PrivacyPrivacy , select the EnabledEnabled  check box. 
This causes all devices connected to the coaxial cable to 
use the same password. This is recommended. To set the 
password, enter the Coax Link password in the Manual Manual 
entry of privacy passwordentry of privacy password  field.
• To enable or disable the Coax link, click Enable Enable or 
DisableDisable .

• To view the devices connected using the coaxial cable, 
click the Go to LAN Coax StatusGo to LAN Coax Status  link.

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©2021 Verizon. All Rights ReservedBRO a DB a ND CONNECTION (EtHER nEt)
You can view the properties of your broadband connection (your 
connection to the internet). This connection may be via Ethernet cable.
1. In the Network ConnectionsNetwork Connections  page, click the Broadband Broadband 
Connection (Ethernet)Connection (Ethernet)  link.

CONFIGURING BRO aDB aND  CONNECTION
1. In the Broadband Connection (Ethernet) PropertiesBroadband Connection (Ethernet) Properties  page, 
click SettingsSettings . The configuration page displays.

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General
6.2c/ UNIVERS aL PLUG aND PL aY
You can use Universal Plug and Play (UPnP) to support new 
devices without configuring or rebooting your Verizon Router.
In addition, you can enable the automatic cleanup of invalid rules.

In addition, you can enable the automatic cleanup of invalid rules. 
When enabled, this functionality verifies the validity of all UPnP 
services and rules every five minutes. Old and unused UPnP 
defined services are removed, unless a user-defined rule depends 
on it.

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©2021 Verizon. All Rights ReservedUPnP services are not deleted when disconnecting a computer 
without proper shutdown of the UPnP applications, such as messenger. Services may often not be deleted and eventually this leads to the exhaustion of rules and services. No new services can be defined. The cleanup feature locates the invalid services and removes them, preventing services exhaustion.
1. Select Universal Plug & PlayUniversal Plug & Play  in the Network SettingsNetwork Settings  section.
2. To enable UPnP and allow UPnP services to be defined on any network hosts, select the 
UPnP EnabledUPnP Enabled  check box.
3. To enable automatic cleanup of invalid rules, select Enable Enable 
Automatic Cleanup of Old Unused UPnP ServicesAutomatic Cleanup of Old Unused UPnP Services  check box.

6.2d/ PORT FORW aRDING RULES
1. Select Port Forwarding RulesPort Forwarding Rules  in the Network SettingsNetwork Settings  
section.
2. To create or edit a protocol rule, click the Add new or EditEdit 
icon in the Action column. The Edit ServiceEdit Service  page displays.

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3. Modify the Service NameService Name  and Service DescriptionService Description , as 
needed.
5. To modify the current protocol, click the EditEdit icon in the 
Action column. The Edit Service Server PortsEdit Service Server Ports  page displays.

6. Enter the Protocol, Source PortsProtocol, Source Ports  and Destination PortsDestination Ports , as 
needed.
6.2e/ IPV6
Use the IPv6 feature settings to enable, disable, or configure an 
IPv6 Internet connection and IPv6 LAN settings.
1. To configure your network to use the IPv6 Internet 
connection type, select IPv6 from the Advanced page to 
display the IPv6 service options:

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2. Select EnableEnable  in the Enable IPv6 SupportEnable IPv6 Support  field. (Once IPv6 is 
enabled the default setting will be IPv6 WAN as DHCPv6 and 
IPv6 LAN as Stateless).
3. Select the appropriate IPv6 connection method from the dropdown list (DHCPv6 or Static) to specify the method to be used to obtain your WAN IPv6 Address.
4. Click Apply changesApply changes  to have changes take effect.
Note: The Internet IPv6 service is required for this feature to 
work over the internet.
5. To disable the IPv6 service, click on the DisableDisable  option in the 
Enable IPv6 SupportEnable IPv6 Support  field.
6. Click Apply changesApply changes  to have changes take effect.

Once configured using valid IPv6 WAN and LAN configurations, you 
should not see any errors when you click on the Apply changesApply changes  
button and the StatusStatus  page on the main menu will re ﬂect the 
router’s new IPv6 address.
You should also see the IPv6 address for all IPv6 supported 
devices on your local network displayed on the BasicBasic /DevicesDevices /
DevicesDevices  page by selecting Expanded ListExpanded List  from the dropdown list.
Static - W aN IPv6 a ddress Connection
The IPv6 WAN Static configurations are IPv6 settings that you 
enter manually. These specific IPv6 addresses and settings are not 
expected to change frequently.
1. To configure IPv6 WAN Static mode, select the StaticStatic  option 
on the IPv6 Configuration ControlIPv6 Configuration Control  page as shown below:

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2. Specify the StaticStatic  method to be used to obtain your WAN 
IPv6 Address by entering:
• IPv6 WAN ConfigurationIPv6 WAN Configuration  (select Static)
• Assigned PrefixAssigned Prefix  (A numeric value between 16 and 128)
• IPv6 WAN AddressIPv6 WAN Address
• Default GatewayDefault Gateway : Verizon Router
• IPv6 IPv6 (Primary) DNS Address 1DNS Address 1
• IPv6IPv6  (Secondary) DNS Address 2DNS Address 2
3. After entering all appropriate IPv6 settings, click Apply Apply 
changeschanges  to have changes take effect.

Static W aN with L aN IPv6 Stateful Settings
1. To configure IPv6 LAN Stateful mode with StaticStatic  
WAN, select the Stateful (DHCPv6)Stateful (DHCPv6)  option on the  IPv6  IPv6 
Configuration ControlConfiguration Control  page as shown below:
2. Specify the Stateful (DHCPv6)Stateful (DHCPv6)  settings to be used to assign 
LAN IPv6 addresses by entering the following details:
• IPv6 LAN ConfigurationIPv6 LAN Configuration  (select Stateful from the 
dropdown list)
• IPv6 LAN Address IPv6 LAN Address (automatically populated)

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©2021 Verizon. All Rights Reserved• Subnet IDSubnet ID  - set the site topology for your internal site
• Option: Allow ICMPv6 Echo Request for LAN devices Option: Allow ICMPv6 Echo Request for LAN devices 
using their Global IPv6 Address from WAN sideusing their Global IPv6 Address from WAN side  - 
requesting an IPv6 address from any available DHCPv6 
servers available on the ISP
Static W a N with L a N IPv6 Stateless Settings
1. To configure IPv6 LAN Stateless mode with StaticStatic  WAN, 
select the StatelessStateless  option on the  IPv6 Configuration Control IPv6 Configuration Control  
page as shown below:

2. Specify the settings to be used to assign LAN IPv6 
• IPv6 LAN ConfigurationIPv6 LAN Configuration  (select Stateless from the 
• Subnet IDSubnet ID  - set the site topology for your internal site
DHCPv6 PD - W aN IPv6 a ddress Connection

The IPv6 WAN DHCPv6 configurations are IPv6 settings that you 
enter that will allow your IPv6 connection to be updated by the ISP 
as needed.
1. To configure IPv6 WAN Stateful (DHCPv6) mode, select the 
DHCPv6-PDDHCPv6-PD  option on the IPv6 Configuration ControlIPv6 Configuration Control  page 
as shown below:

141
2. Check to either Obtain IPv6 DNS Server address Obtain IPv6 DNS Server address 
automaticallyautomatically , or Use the following IPv6 DNS Server Use the following IPv6 DNS Server 
addressesaddresses
DHCPv6 W a N with L a N IPv6 Stateful (DHCPv6) Settings
Stateful (DHCPv6)Stateful (DHCPv6)  option on the IPv6 Configuration ControlIPv6 Configuration Control  

143
DHCPv6 W a N with L a N IPv6 Stateless Settings
1. To configure IPv6 LAN Stateless mode with DHCPv6   WAN, 

LaN IPv6 Configuration without an IPv6 W aN Connection

1. To configure IPv6 to use either the IPv6 LAN Stateful 
or Stateless mode without using an IPv6 Internet 
WAN connection, select the NoneNone  option on the IPv6 IPv6 
Configuration ControlConfiguration Control  page.

145
2. After entering all appropriate IPv6 settings, click Apply Apply 
La N IPv6 Stateful (DHCPv6) with No W a N Settings
1. To configure IPv6 LAN Stateful mode with No WAN 
connection, select the Stateful option on the IPv6 Configuration Control page as shown below:

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©2021 Verizon. All Rights Reserved• Option: Allow ICMPv6 Echo Request for LAN devices Option: Allow ICMPv6 Echo Request for LAN devices 
La N IPv6 Stateless with No W a N Settings
1. To configure IPv6 LAN Stateless mode with No WAN 
connection, select the StatelessStateless  option on the  IPv6  IPv6 
2. Specify the settings to be used to assign LAN IPv6 addresses by entering the following details:

6.2f/ ROUTING SETTINGS
You can view the routing and IP address distribution rules as well 
as add, edit, or delete the rules.

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• Routing Entry - Routing Entry - select the IP address type.

• DestinationDestination  - enter the destination IP of the destination 
host, subnet address, network address, or default route. 
The destination for a default route is 0.0.0.0.
• NetmaskNetmask  – enter the network mask. This is used in 
conjunction with the destination to determine when a 
route is used.
• GatewayGateway  – enter the IP address of your Verizon Router.
• MetricMetric  – enter a measurement preference of the route. 
Typically, the lowest metric is the most preferred route. 
If multiple routes exist to a specific destination network, 
the route with the lowest metric is used.
IGMP allows for managing a single upstream interface and multiple 
downstream interfaces of the IGMP/MLD (Multicast Listener 
Discovery)-based forwarding. This function enables the system 
to send IGMP host messages on behalf of hosts that the system

to send IGMP host messages on behalf of hosts that the system 
discovers through standard IGMP interfaces. Also, IGMP snooping 
allows an Ethernet switch to “listen in” on the IGMP conversation 
between hosts and routers, while IGMP querier will send out 
periodic IGMP queries.
1. Choose the IGMP interfaces by clicking on the checkboxes 
on the screen.
2. Click Apply changesApply changes  to save changes.

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©2021 Verizon. All Rights Reserved6.2g/ IP V4 aDDRESS DISTRIBUTION
You can easily add computers configured as DHCP clients to the 
network. The DHCP server provides a mechanism for allocating IP 
addresses to these hosts and for delivering network configuration 
parameters to the hosts.
For example, a client (host) sends a broadcast message on the 
network requesting an IP address for itself. The DHCP server then checks its list of available addresses and leases a local IP 
address to the host for a specific period of time and simultaneously 
designates this IP address as taken. At this point, the host is 
configured with an IP address for the duration of the lease.
The host can renew an expiring lease or let it expire. If it renews a 
lease, the host receives current information about network services, as it did during the original lease, allowing it to update its network 
configurations to re ﬂ ect any changes that occurred since the first

configurations to re ﬂ ect any changes that occurred since the first 
connection to the network.
If the host wishes to terminate a lease before its expiration, it sends 
a release message to the DHCP server. This makes the IP address 
available for use by other hosts.
• Displays a list of all DHCP host devices connected to your 
• Defines the range of IP addresses that can be allocated in the 
network
• Defines the length of time the dynamic IP addresses are 
allocated

• Provides the above configurations for each network device and 
can be configured and enabled or disabled separately for each 
network device
• Assigns a static lease to a network computer to receive the 
same IP address each time it connects to the network, even if 
this IP address is within the range of addresses that the DHCP 
server may assign to other computer
• Provides the DNS server with the host name and IP address of 
each computer connected to the network
1. Select IPv4 Address DistributionIPv4 Address Distribution  in the Network SettingsNetwork Settings  
section.
2. You can edit the DHCP server settings for a device. On the 
IPv4 Address DistributionIPv4 Address Distribution  page, click the EditEdit icon in the 
ActionAction  column. The DHCP Settings page opens with the 
device information displayed.
3. To enable the DHCP server, select DHCP ServerDHCP Server  in the IPv4 IPv4

3. To enable the DHCP server, select DHCP ServerDHCP Server  in the IPv4 IPv4 
Address DistributionAddress Distribution  field.

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©2021 Verizon. All Rights Reserved4. Once enabled, the DHCP server provides automatic IP  
assignments (IP leases) based on the preset IP range  defined below.
• Start IP AddressStart IP Address  – enter the first IP address that your 
Verizon Router will automatically begin assigning IP addresses from. Since your Verizon Router’s default IP address is 192.168.1.1, the default start IP address should be 192.162.1.2.
• End IP AddressEnd IP Address  – enter the last IP address that your 
Verizon Router will stop at for the IP address allocation. The maximum end IP address range that can be entered is 192.168.1.254.

• WINS ServerWINS Server  – determines the IP address associated 
with a network device.
• Lease Time in MinutesLease Time in Minutes  – assigns the amount of time in 
minutes that each device is assigned an IP address by 
the DHCP server when it connects to the network. 
When the lease expires, the server determines if the 
computer has disconnected from the network. If it has, 
the server may reassign this IP address to a newly 
connected computer.
IPv4 a ddress Distribution a ccording to DHCP option 60 (Vendor 
Class Indentifier)
within the router. User can add option 60 configurations such that 
particular vendor can get lease from a specified pool of address. 
The existing vendor class ID, IP address, MAC address and QoS 
are shown on the screen above.
DHCP Connection List
You can view a list of the connections currently assigned and 
recognized by the DHCP server.

1. On the IPv4 Address DistributionIPv4 Address Distribution  page, click Connection Connection 
ListList.

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2. To define a new static connection with a fixed IP address, 
click Add static connectionAdd static connection .
5. Enter the MAC address of the network interface of the computer used with this DHCP static connection.

6.2h/ IPV6 aDDRESS DISTRIBUTION
1. Select IPv6 Address DistributionIPv6 Address Distribution  in the Network SettingsNetwork Settings  
section.
IPv6 Address DistributionIPv6 Address Distribution  page, click the EditEdit icon in the 
• Start IPv6 AddressStart IPv6 Address  – the starting IPv6 address in the 
consecutive list of addresses that makes up this LAN 
pool for the DHCPv6 server.
• End IPv6 AddressEnd IPv6 Address  – the ending IPv6 address in the 

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©2021 Verizon. All Rights Reserved• Lease Time in MinutesLease Time in Minutes  – assigns the amount of time in 
minutes that each device is assigned an IP address by the 
DHCP server when it connects to the network. 
When the lease expires, the server determines if the computer has disconnected from the network. If it has, the server may reassign this IP address to a newly connected computer.
You can view a list of the connections currently assigned and recognized by the DHCP server.
2. To define a new static connection with a fixed IP address, click 
Add static connectionAdd static connection .

6.2i/ PORT CONFIGUR aTION
Ethernet port configuration allows you to set up the Ethernet ports 
as either full- or half-duplex ports, at either 10 Mbps, 100 Mbps, or 
1000 Mbps.
2. To emulate the speed and duplex configuration of the port 
with which it’s communicating, select AutoAuto  or select the port 
speed and duplicity.

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©2021 Verizon. All Rights Reserved6.3/ DaTE  & TIME
You can configure the following settings:
• Scheduler Rules Settings – limits the activation of firewall rules to specific time periods.
6.3a/ DaTE & TIME SET TINGS
1. From the Advanced Advanced menu, select Date & Time.Date & Time.
2. Select Date & TimeDate & Time  in the Date & TimeDate & Time  section.

DatE  & timE
3. Select the local time zone. Your Verizon Router 
automatically detects daylight saving times for selected 
time zone.
4. In the Automatic Time UpdateAutomatic Time Update  section, select the EnabledEnabled  
checkbox to perform an automatic time update.
5. Define the time server addresses by clicking AddAdd. The Time Time 
Server SettingsServer Settings  page displays.
6. Enter the IP address or domain name of the time server, 
then click Apply changesApply changes  to save changes.
6.3b/ SCHEDULER RULES
Scheduler RulesScheduler Rules  are used for limiting the activation of firewall rules 
to specific time periods. The time periods are either for days of the 
week or for hours of each day based on activity or inactivity.
1. Verify that the date and time of your Verizon Router is 
correct.
2. Select Scheduler RulesScheduler Rules  in the Date & TimeDate & Time  section.

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3. Click AddAdd. The Set Rule ScheduleSet Rule Schedule  page displays.
4. Enter the name of the rule, select the active or inactive days 
of the week and the start and end time range.
5. Specify if the rule is active at the scheduled time or inactive at the scheduled time.

DnS SEttingS
6.4/ DNS SETTINGS
You can view and manage the DNS server host name and IP 
address as well as add a new computer. The DNS server does not 
require configuration.
6.4a/ DYNaMIC DNS
Typically, when connecting to the internet, your router is assigned 
an unused public IP address from a pool, and this address changes 
periodically.
Dynamic DNS allows a static domain name to be mapped to the 
dynamic IP address, allowing a computer within your network to be 
more easily accessible from the internet.
When using Dynamic DNS, each time the public IP address 
changes, the DNS database is automatically updated with the new 
IP address. In this way, even though the IP address changes often, 
the domain name remains constant and accessible.
1. From the Advanced Advanced menu, select DNS SettingsDNS Settings .
2. Select Dynamic DNSDynamic DNS  in the DNSDNS  Settings Settings section.

163
3. To set up a new entry, click the AddAdd button.
4. Configure the following parameters:
• Host NameHost Name  – enter the full domain name for your Dynamic 
DNS domain.
• ProviderProvider  – select the Dynamic DNS account provider from 
the menu.

• User NameUser Name  – enter your user name for your Dynamic 
DNS account.
• PasswordPassword  – enter the password for your Dynamic DNS 
account.
• SSL ModeSSL Mode  – select if your Dynamic DNS service supports 
SSL.
5. Click ApplyApply  to save your changes.
To edit the host name or IP address:
1. In the ActionAction  column, click the EditEdit icon. The DNS Entry 
2. Edit the settings.
6.4b/ DNS SERVER
You can edit the host name and/or IP address, if the host was 
manually added to the DNS table. If not, you can only modify the 
host name.
1. Select DNS ServerDNS Server  in the DNSDNS  section.

165
2. To disable DNS rebind protection, untick the checkbox of 
Enable DNS Rebind Protection.Enable DNS Rebind Protection.
Warning: Disabling this protection may create a risk of 
cybersecurity attack to devices connected to this router.
3. To view and add computers stored in the DNSDNS  table, click 
Add DNS EntryAdd DNS Entry . The DNS EntryDNS Entry  page displays.

monitoRing
4. In the Host NameHost Name  field, enter the name of the computer, 
then enter the IP addressIP address  and click ApplyApply  to save changes.
6. To edit the host name or IP address, click the EditEdit icon in 
the ActionAction  column. The DNS EntryDNS Entry  page displays. Edit the 
host name and/or IP address. 
7. To remove a host from the DNS table, click the DeleteDelete  icon 
in the ActionAction  column.
8. Click Apply changesApply changes  to save changes.
6.5/ MONITORING
You can view the details and status of:
6.5a/ SYSTEM LOGGING
System logging provides a view of the most recent activity of your 
Verizon Router. In addition, you can view additional logs, such as 
the security, advanced, firewall, WAN, DHCP, and LAN DHCP.

1. From the Advanced Advanced menu, select Monitoring.Monitoring.
2. In the MonitoringMonitoring  section, click the System LoggingSystem Logging  link.

167
3. To view a specific time of log event, click on the optionsoptions  
button.

5. To view a specific type of log event such as Security Log, 
WAN DHCP Log, etc., click the appropriate link in the menu 
on the top.
6.5b/ SYSTEM-WIDE CONNECTIONS
You can view a summary of the monitored data collected for your 
To view your Verizon Router’s full system status and traffic 
monitoring data:
1. In the MonitoringMonitoring  section, click System-wide ConnectionsSystem-wide Connections .

169
2. To modify the connection properties, click the individual 
connection links.
3. To continuously refresh the page, click Automatic refresh onAutomatic refresh on .

SYStEm SEttingS
6.5c/ BaNDWIDTH MONITORING
You can view and monitor the recorded bandwidth usage measured 
in Kbps.
1. In the MonitoringMonitoring  section, select Bandwidth MonitoringBandwidth Monitoring .
3. To continuously refresh the page, click Automatic refresh Automatic refresh 
onon.
6.6/ SYSTEM SETTINGS

171

• Verizon Router’s HostnameVerizon Router’s Hostname  – enter the host name or 
URL address of your Verizon Router. Both names are the 
same.
3. In the RouterRouter  section, configure the following by selecting 
the check box:
• Automatic Refresh of System Monitoring Web PagesAutomatic Refresh of System Monitoring Web Pages  – 
activates the automatic refresh of system monitoring 
web pages.
• Prompt for Password when Accessing via LANPrompt for Password when Accessing via LAN  – causes 
your Verizon Router to ask for a password when trying to 
connect to the network.
• Warn User Before Configuration ChangesWarn User Before Configuration Changes  – activates 
user warnings before network configuration changes 
take effect.
4. In the Session LifetimeSession Lifetime  field, specify the length of time

4. In the Session LifetimeSession Lifetime  field, specify the length of time 
required before re-entering a user name and password after 
your Verizon Router has been inactive.
5. In the Number of concurrent users that can be logged into Number of concurrent users that can be logged into 
the routerthe router  field, select the number of users that can access 
your Verizon Router at the same time.
6. Select Remote AdministrationRemote Administration  to configure the remote 
administration to your Verizon Router.

173
©2021 Verizon. All Rights Reserved7. Enter the Primary HTTP Management PortPrimary HTTP Management Port . 
Refer to 6.1h  Remote Administration for using this feature.
8. In the System LoggingSystem Logging  section, configure the following 
system log options:
• Enable LoggingEnable Logging  – move the selector to onon to activate 
• Remote System Notify LevelRemote System Notify Level  – specify the type of 
information, such as none, error, warning, and information, 
received for remote system logging.
• Remote Security Notify LevelRemote Security Notify Level  – specify the type of 
information, such as none, error, warning, and information, received for remote system logging.
• Remote System Host IP AddressRemote System Host IP Address  – enter the IP address of 
system log server for Security Logging messages.
9. In the DHCP TimeoutDHCP Timeout  section, specify the DHCP timeout.

10. Click Apply changesApply changes  to save changes.

07 /  
TROUBLE
SHOOTING
7.0  Troubleshooting Tips
7.1  Frequently Asked Questions

175
07 /  TROUBLE SHOOTING
©2021 Verizon. All Rights ReservedThis chapter lists solutions for issues 
that may be encountered while using your Verizon Router as well as frequently asked questions.
Although the majority of the router’s 
internet connectivity is automatic and transparent, if an issue does occur accessing the internet (e.g. complete loss of connectivity, inability to access services, etc.), you may need to take additional steps to resolve the problem.

tRouBLESHooting tipS
Note:  The advanced settings should only be configured by 
experienced network technicians to avoid adversely affecting the 
7.0/ TROUBLESHOOTING TIPS
7.0a/ IF YOU aRE UNaBLE TO CONNECT TO THE INTERNET:
• The first thing to check is whether your Verizon Router is 
powered on and is connected to the internet. Check the Router 
Status LED  on the front of the Verizon Router. Be sure to refer 
to the “1.3a/ FRONT PANEL” on page 9  to determine 
status of the Verizon Router. Check the WAN cable connecting 
your Verizon Router to the internet to make sure it is properly 
connected on both ends.
• If the prior tips do not resolve your connection issue, try 
restarting (rebooting) the router portion of the Verizon Router 
by manually pressing the ‘red’ reset power button on the rear 
panel of the Verizon Router for 2-4 seconds (the Router Status 
LED should go off) to begin rebooting your Verizon Router. Your

LED should go off) to begin rebooting your Verizon Router. Your 
Verizon Router will begin rebooting and will return to service in 
3 - 5 minutes depending on your network connection. Check 
Router Status LED  and if it is solid white, try again to access the 
internet.
• If rebooting your router does not resolve your connection issue, 
try power cycling the Verizon Router by unplugging the power 
cable from the adapter or the wall and wait 2 minutes. During 
the 2 min. wait period, also power cycle the network device (e.g.

177
©2021 Verizon. All Rights Reservedthe computer, tablet, etc.) and then plug the power cable back 
into the Verizon Router. After 3-5 minutes, recheck the Router Status LED and try again to access the internet.
7.0b/ IF YOU aRE UN aBLE TO CONNECT TO YOUR 
VERI zON  R OUTER  USING WI-FI:
• Be sure your Wi-Fi device is within range of your Verizon Router; move it closer to see if your connection improves.
• Check your network device’s Wi-Fi settings to be sure your device’s Wi-Fi is on (enabled) and that you have the correct Wi-Fi network and password (if using a Wi-Fi password) as configured on your Verizon Router.
• Be sure you are connecting to the correct Wi-Fi network; check to be sure you are using your Verizon Router’s SSID. In some cases, if using a Wi-Fi password, you may need to enter the Wi-Fi password into your network device again to be sure your device accepts the password.

• If you have made any changes in your network settings and turning your network device’s Wi-Fi off and on does not help, try to restart your network device.
• You may need to turn the Wi-Fi settings from on to off, and back to on again and apply the changes.

• If you are still unable to access your Verizon Router, you may 
need to try connecting to the Verizon Router using another 
network device. If the issue goes away with another network 
device, the issue is likely with that individual network device’s 
7.0c/ aCCESSING YOUR  VERIz ON  ROUTER  IF YOU aRE 
LOCkED OUT
• If your Verizon Router connection is lost while making 
configuration changes, a setting that locks access to your 
Verizon Router’s UI may have inadvertently been activated.
The common ways to lock access to your Verizon Router are:
• Scheduler - If a schedule has been created that applies to the 
computer over the connection being used, your Verizon Router 
will not be accessible during the times set in the schedule.
• Access Control - If the access control setting for the computer 
is set to block the computer, access to your Verizon Router is 
denied.
To gain access, restore the default settings to your Verizon Router.

denied.
7.0d/ RESTORING YOUR VERIz ON  ROUTER ’S DEF aUL T 
SETTINGS
There are two ways to restore your Verizon Router’s default 
settings. It is important to note that after performing either 
procedure, all previously save settings on your Verizon Router will 
be lost.

179
©2021 Verizon. All Rights ReservedFor additional information regarding the Restore Defaults feature, 
refer to section 6.1/ Utilities/Save And Restore.
• Using the tip of a ballpoint pen or pencil, press and hold the Reset button on the back of your Verizon Router for three seconds.
• Access the UI and navigate to the Advanced Settings page. Select the 6.1b  Save and Restore option. After saving your 
configuration, if desired, click the Restore Factory Defaults radio button. For additional details, refer to the 6.1/ Utilities/Save And Restore section of this guide.
Note: If you reset or reboot your Verizon Router, you may also need 
to disconnect your Verizon Router’s power supply for a few minutes 
(3 or more) and then reconnect the power cable. However, in order 
to provide full synchronization to the coaxial network, disconnecting 
and reconnecting the power may be required. 
7.0e/ La N CONNECTION F a ILURE

• Verify your Verizon Router is properly installed, LAN connections are correct, and that the Verizon Router and communicating network devices are all powered on.
• Confirm that the computer and Verizon Router are both on the same network segment.
If unsure, let the computer get the IP address automatically by initiating the DHCP function, then verify the computer is using

an IP address within the default range of 192.168.1.2 through 
192.168.1.254. If the computer is not using an IP address within the 
correct IP range, it will not connect to your Verizon Router.
7.0f/ TIMEOUT ERROR OCCURS WHEN ENTERING THE URL OR 
IP aDDRESS
• Verizon Router is on and connected properly.
• Verizon Router settings are the same as the computer.
• Check for other devices on the network utilizing large portions 
of the bandwidth and if possible temporarily stop their current 
utilization and recheck the connection.
• If lag still exists, clear the cache on the computer and if 
still needed, unplug the Ethernet cable or disable the Wi-Fi 
connection to the computer experiencing the slow connection

connection to the computer experiencing the slow connection 
and then reconnect or enable the Wi-Fi connection and try the 
connection again.
• Unplug the Ethernet cable to Verizon Router and restart the 
Verizon Router, wait 1-2 mins. and insert the Ethernet cable 
again.

181
©2021 Verizon. All Rights Reserved• Under limited circumstances you may use a port forwarding 
configuration on the router, based on the application you are using (refer to the 6.0d/ Port Forwarding section or Verizon’s support online help for more details).
7.0g/ R OUTER ST aTUS  LED
The Router Status LED provides a visual display of the Verizon Router’s current condition. Refer to the chart below for details.

FRE quEntLY  aSkED  quES tionS
7.1 / FREQUENTL Y a SkED QUESTIONS
7. 1a/  I’VE RUN OUT OF ETHERNET PORTS ON MY 
VERIz ON  ROUTER . HOW DO I aDD MORE COMPUTERS 
OR DEVICES?
Plugging in an Ethernet hub or switch expands the number of ports 
on your Verizon Router.
• Run a straight-through Ethernet cable from the Uplink port of 
the new hub to the Verizon Router.
Use a crossover cable if there is no Uplink port/switch on your hub, 
to connect to the Verizon Router.
• Remove an existing device from the Ethernet port on your 
Verizon Router and use that port.
7. 1b/  HOW DO I CHaNGE THE P aSSWORD ON MY 
VERIz ON  ROUTER  UI?
1. On the main screen, select AdvancedAdvanced , then select UsersUsers  in 
the UtilitiesUtilities  section.
2. Click the EditEdit in the ActionAction  column. The User SettingsUser Settings  page 
displays.
3. Edit the user name and set a new password.

183
©2021 Verizon. All Rights Reserved7. 1c/  IS THE WI-FI OPTION ON BY DEF aUL T ON MY 
VERI zON  R OUTER ?
Yes, your Verizon Router’s Wi-Fi option is activated out of the 
box.
7. 1d/  IS THE  WI-FI SECURITY ON BY DEF aUL T WHEN THE WI-FI  
OPTION IS aC TIV aTED?
Yes, with the unique WPA2 (Wi-Fi Protected Access II) key that is 
printed on the sticker on the rear panel of your Verizon Router.
7. 1e/  aRE MY  VERI zON  R OUTER ’S ETHERNET PORTS aUT O-
SENSING?
7. 1f/  Ca N I USE a N OLDER WI-FI  DEVICE TO CONNECT TO MY 
Yes, your Verizon Router can interface with 802.11b, g, n, ac or ax devices. Your Verizon Router also can be setup to handle only  
n Wi-Fi cards, g Wi-Fi cards, b Wi-Fi cards, or any combination of 
the three.

7. 1g/  CaN MY WI-FI SIGNaL P aSS THROUGH FLOORS, W aLLS, 
aND GL aSS?
The physical environment surrounding your Verizon Router can 
have a varying effect on signal strength and quality. The denser 
the object, such as a concrete wall compared to a plaster wall, 
the greater the interference. Concrete or metal reinforced 
structures experience a higher degree of signal loss than those 
7. 1h/  HOW DO I LOC aTE THE IP aDDRESS THa T MY 
COMPUTER IS USING?
In Windows 7 or Windows 10, click the Windows button and 
select Control Panel, then click View Network Status and Tasks. 
In the next window, click Local Area Connection. In the Local 
Area Network Connection Status window, click Details.
On Mac OS X, open System Preferences and click the Network 
icon. The IP address displays near the top of the screen.
To find the IP address from the router GUI:

2. Select Expanded ListExpanded List  from the dropdown list to view 
detailed IP address information for all connected devices.

185
©2021 Verizon. All Rights Reserved7. 1i/  I U SED DHCP TO CONFIGURE MY NETWOR k. DO I 
NEED TO REST a RT MY COMPUTER TO REFRESH MY IP 
aDDRESS?
No. In Windows 7, Windows 10 and OSX, unplug the Ethernet 
cable or Wi-Fi card, then plug it back in.
7. 1j/  I Ca NNOT aCCE SS MY  VERI zON  R OUTER  UI. WH aT 
SHOULD I DO?
If you cannot access the UI, verify the computer connected 
to your Verizon Router is set up to dynamically receive an IP 
address.
7. 1k/  I H aVE a  FTP OR WEB SERVER ON MY NETWOR k. HO W 
Ca N I M ak E IT aVa ILa BLE TO USERS ON THE INTERNET?
For a web server, enable port forwarding for port 80 to the IP address of the server. Also, set up the web server to receive 
that port. Configuring the server to use a static IP address is 
recommended.
For a FTP server, enable port forwarding for port 21 to the IP 
address of the server. Also, set up the web server to receive 

7. 1l/  HOW MaNY COMPUTERS C aN BE CONNECTED 
THROUGH MY  VERIz ON  ROUTER ?
Your Verizon Router is capable of 254 connections, but we 
recommend having no more than 132 connections. As the 
number of connections increases, the available speed for each 
computer decreases.

08 /  
SPECIFIC aTIONS
8.0  General Specifications
8.1  LED Indicators
8.2  Environmental Parameters

188
08 /  SPECIFICATIONS
©2021 Verizon. All Rights ReservedThe specifications for your 
Verizon Router are as follows.
This includes standards, cabling types 
and environmental parameters.

gEnER aL SpECiFiC ationS  
Note:  The specifications listed in this chapter are subject to change 
without notice.
8.0/ GENER aL SPECIFIC aTIONS 
Model Number:  CR1000A
Standards:  IEEE 802.3x, 802.3u, 802.3ab, 
802.3bz, 802.3 an
 IEEE 802.11a/b/g/n/ac/ax
IP:  IP versions 4 and 6
MoCA LAN:  1125 – 1675 MHz  
2500 Mbps
Speed:  Wired:
 10GE WAN Ethernet: 100 Mbps, 
1/2.5/5/10 Gbps auto-sensing
 10GE LAN Ethernet: 100 Mbps, 
 2.5GE LAN Ethernet: 10/100 Mbps, 
1/2.5 Gbps auto-sensing
 Wireless:
 2.4 GHz -  
IEEE 802.11b/g/n: maximum up to 
600 Mbps  
IEEE 802.11ax: maximum up to 
1.1 Gbps

190
©2021 Verizon. All Rights Reserved 5 GHz -  
IEEE 802.11a/n/ac: maximum up to 
2.2 Gbps IEEE 802.11ax: maximum up to 2.4 Gbps
 6 GHz -  
IEEE 802.11ax: maximum up to 4.8 Gbps
Cabling Type:  E thernet 100BaseT: UTP/STP 
Category 5
 E thernet 1000BaseT: UTP/STP 
Category 5e
 E thernet 2.5/5/10GBaseT: UTP/STP 
Category 6a
Firewall:  ICS A certified
8. 1/ LED INDIC aT ORS
Front Panel:  R outer Status LED
Rear Panel:  W AN Ethernet and LAN Ethernet [3]

EnViRonmEntaL  paRamEtERS
8.2/ ENVIRONMENT aL P aR aMETERS
DIMENSIONS aND WEIGHT
Verizon Router (unit only):  
 Size: 4.72” wide x 9.85” high x 4.72” 
deep
 Weight: 2.96 lbs / 1.344 kg
Complete System (inc. packaging): 
 Size: 10.71” wide x 7” high x 8.66” 
deep
 Weight: 5.51 lbs / 2.5 kg
Power:  External, 12V, 5A 
Mounting Bracket (optional): 
 Size:  3.97” wide x 6.86” high x 6.6” 
deep
 Weight: 0.39 lbs / 175 g
Screws (optional):  PH TP+N: 0.157” x 0.984” 
 PE Anchor: 0.236” x 0.984”

192
©2021 Verizon. All Rights ReservedCertifications:  F CC, UL 62368, WFA
Operating Temperature:  5 ° C to 40° C (41° F to 104° F)
Storage Temperature:  -5 ° C to 50° C (23° F to 122° F)
Operating Humidity:  5 % to 85% 
Storage Humidity:  5 % to 93% (non-condensing)

194
09 /  NOTICES
©2021 Verizon. All Rights ReservedThis chapter lists various compliance
and modification notices, as well as theNEBS requirements and GPL.

REguL atoRY  CompLianCE  notiCES
9.0/ REGUL aTORY COMPLIaNCE NOTICES
9.0a/ Class B Equipment
Federal Communication Commission Interference Statement:
This equipment has been tested and found to comply with the 
limits for a Class B digital device, pursuant to part 15 of the FCC 
Rules. These limits are designed to provide reasonable protection 
against harmful interference in a residential installation. This 
equipment generates, uses and can radiate radio frequency energy 
and, if not installed and used in accordance with the instructions, 
may cause harmful interference to radio communications. However, 
there is no guarantee that interference will not occur in a particular 
installation. If this equipment does cause harmful interference to 
radio or television reception, which can be determined by turning 
the equipment off and on, the user is encouraged to try to correct 
the interference by one or more of the following measures:

• Connect the equipment into an outlet on a circuit different from 
that to which the receiver is connected.
• Consult the dealer or an experienced radio/ TV technician for 
help.

196
©2021 Verizon. All Rights ReservedFCC Caution: Any changes or modifications not expressly approved 
by the grantee of this device could void the user’s authority to operate the equipment.
FCC regulations restrict the operation of this device to indoor use 
only.
The operation of this device is prohibited on oil platforms, cars, 
trains, boats, and aircraft, except that operation of this device is 
permitted in large aircraft while ﬂying above 10,000 feet.
Operation of transmitters in the 5.925-7.125 GHz band is prohibited for control of or communications with unmanned aircraft systems.
RF Exposure:
To comply with FCC RF exposure compliance requirements, the antenna used for this transmitter must be installed to provide a separation distance of at least 31cm from all persons (indoor), and must not be co-located or operating in conjunction with any other antenna or transmitter.
This device complies with Part 15 of the FCC Rules. Operation

This device complies with Part 15 of the FCC Rules. Operation 
is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.

9.0b/ Safety Warning: 
1. The circuit of cable distribution system under consideration 
is TNV-1 circuit.
2. The common sides or earthed side of the circuit are 
connected to the screen of the coaxial cable through an 
antenna connector of tuner and to all accessible parts and 
circuits (SELV, LCC and accessible metal parts).
3. The screen of the coaxial cable is intended to be connected 
to earth in the building installation.
9.0c/ alerte de sécurité:
1. Le circuit de distribution par câble considéré est le circuit 
TNV-1.
2. Les côtés communs ou côté terre du circuit sont connectés 
à l’écran du câble coaxial via un connecteur d’antenne du 
syntoniseur et à toutes les parties et circuits accessibles 
(SELV, LCC et parties métalliques accessibles).
3. L’écran du câble coaxial est destiné à être mis à la terre 
dans l’installation du bâtiment.
The cable distribution system should be grounded (earthed)

The cable distribution system should be grounded (earthed) 
in accordance with ANSI/NFPA 70, the National Electrical 
Code (NEC), in particular Section 820.93, Grounding of Outer 
Conductive Shield of a Coaxial Cable.

198
©2021 Verizon. All Rights ReservedLe système de distribution par câble doit être mis à la terre 
conformément à ANSI / NFPA 70, Code national de l’électricité (NEC), en particulier à la section 820.93, Mise à la terre du blindage conducteur extérieur d’un câble coaxial.
9.0d/ NEBS (Network Equipment Building System) Statement
An external SPD is intended to be used with CR1000A/CME1000.
WARNING:WARNING:  The intra-building ports of the equipment or

WARNING:WARNING:  The intra-building ports of the equipment or 
subassembly is suitable for connection to intra-building or unexposed wiring or cabling only. The intra-building port(s) of the equipment or subassembly MUST NOT be metallically connected to interfaces that connect to the OSP or its wiring. These interfaces are designed for use as intra-building interfaces only (Type 4 ports as described in GR-1089) and require isolation from the exposed OSP cabling. The addition of Primary Protectors is not sufficient protection in order to connect these interfaces metallically to OSP wiring.

Caution:  The Verizon Router must be installed inside the home. The 
Router is not designed for exterior installation.
9.0e/ GENER aL PUBLIC LICENSE
This product includes software made available under open source 
licenses. Additional information about that software, applicable 
licenses, and downloadable copies of source code, is available at:
All open source software contained in this product is distributed 
WITHOUT ANY WARRANTY. All such software is subject to the 
copyrights of the authors and to the terms of the applicable 
licenses included in the download.
This information is provided for those who wish to edit or otherwise 
change such programs. You do not need a copy of any of such 
open source software source code to install or operate the device.

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Exam Questions Associate-Cloud-Engineer
Google Cloud Certified - Associate Cloud Engineer
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https://www.surepassexam.com/Associate-Cloud-Engineer-exam-dumps.html (217 New Questions)NEW QUESTION 1
You create a new Google Kubernetes Engine (GKE) cluster and want to make sure that it always runs a supported and stable version of Kubernetes. What should
you do?
A. Enable the Node Auto-Repair feature for your GKE cluster.
B. Enable the Node Auto-Upgrades feature for your GKE cluster.
C. Select the latest available cluster version for your GKE cluster.
D. Select “Container-Optimized OS (cos)” as a node image for your GKE cluster.
Answer: B
Explanation: 
Creating or upgrading a cluster by specifying the version as latest does not provide automatic upgrades. Enable node auto-upgrades to ensure that the nodes in
your cluster are up-to-date with the latest stable version.
https://cloud.google.com/kubernetes-engine/versioning-and-upgrades

Node auto-upgrades help you keep the nodes in your cluster up to date with the cluster master version when your master is updated on your behalf. When you
create a new cluster or node pool with Google Cloud Console or the gcloud command, node auto-upgrade is enabled by default.
Ref: https://cloud.google.com/kubernetes-engine/docs/how-to/node-auto-upgrades
NEW QUESTION 2
You have experimented with Google Cloud using your own credit card and expensed the costs to your company. Your company wants to streamline the billing
process and charge the costs of your projects to their monthly invoice. What should you do?
A. Grant the financial team the IAM role of €Billing Account User€ on the billing account linked to your credit card.
B. Set up BigQuery billing export and grant your financial department IAM access to query the data.

C. Create a ticket with Google Billing Support to ask them to send the invoice to your company.
D. Change the billing account of your projects to the billing account of your company.
Answer: D
NEW QUESTION 3
You are working for a hospital that stores Its medical images in an on-premises data room. The hospital wants to use Cloud Storage for archival storage of these
images. The hospital wants an automated process to upload any new medical images to Cloud Storage. You need to design and implement a solution. What
should you do?
A. Deploy a Dataflow job from the batch template "Datastore lo Cloud Storage" Schedule the batch job on the desired interval
B. In the Cloud Console, go to Cloud Storage Upload the relevant images to the appropriate bucket

C. Create a script that uses the gsutil command line interface to synchronize the on-premises storage with Cloud Storage Schedule the script as a cron job
D. Create a Pub/Sub topic, and enable a Cloud Storage trigger for the Pub/Sub topi
E. Create an application that sends all medical images to the Pub/Sub lope
Answer: C
they require cloud storage for archival and the want to automate the process to upload new medical image to cloud storage, hence we go for gsutil to copy on-
prem images to cloud storage and automate the process via cron job. whereas Pub/Sub listens to the changes in the Cloud Storage bucket and triggers the
pub/sub topic, which is not required.
NEW QUESTION 4
You have an object in a Cloud Storage bucket that you want to share with an external company. The object contains sensitive data. You want access to the

content to be removed after four hours. The external company does not have a Google account to which you can grant specific user-based access privileges. You
want to use the most secure method that requires the fewest steps. What should you do?
A. Create a signed URL with a four-hour expiration and share the URL with the company.
B. Set object access to ‘public’ and use object lifecycle management to remove the object after four hours.
C. Configure the storage bucket as a static website and furnish the object’s URL to the compan
D. Delete the object from the storage bucket after four hours.
E. Create a new Cloud Storage bucket specifically for the external company to acces
F. Copy the object to that bucke
G. Delete the bucket after four hours have passed.
Answer: A
Explanation:

Answer: A
Signed URLs are used to give time-limited resource access to anyone in possession of the URL, regardless of whether they have a Google account.
https://cloud.google.com/storage/docs/access-control/signed-urls
NEW QUESTION 5
You received a JSON file that contained a private key of a Service Account in order to get access to several resources in a Google Cloud project. You downloaded
and installed the Cloud SDK and want to use this private key for authentication and authorization when performing gcloud commands. What should you do?
A. Use the command gcloud auth login and point it to the private key
B. Use the command gcloud auth activate-service-account and point it to the private key
C. Place the private key file in the installation directory of the Cloud SDK and rename it to "credentials ison"

D. Place the private key file in your home directory and rename it to ‘’GOOGLE_APPUCATION_CREDENTiALS".
Answer: B

https://www.surepassexam.com/Associate-Cloud-Engineer-exam-dumps.html (217 New Questions)Explanation: 
Authorizing with a service account
gcloud auth activate-service-account authorizes access using a service account. As with gcloud init and gcloud auth login, this command saves the service
account credentials to the local system on successful completion and sets the specified account as the active account in your Cloud SDK configuration.
https://cloud.google.com/sdk/docs/authorizing#authorizing_with_a_service_account 
NEW QUESTION 6
You are operating a Google Kubernetes Engine (GKE) cluster for your company where different teams can run non-production workloads. Your Machine Learning
(ML) team needs access to Nvidia Tesla P100 GPUs to train their models. You want to minimize effort and cost. What should you do?

A. Ask your ML team to add the “accelerator: gpu” annotation to their pod specification.
B. Recreate all the nodes of the GKE cluster to enable GPUs on all of them.
C. Create your own Kubernetes cluster on top of Compute Engine with nodes that have GPU
D. Dedicate this cluster to your ML team.
E. Add a new, GPU-enabled, node pool to the GKE cluste
F. Ask your ML team to add the cloud.google.com/gke -accelerator: nvidia-tesla-p100 nodeSelector to their pod specification.
Answer: D
This is the most optimal solution. Rather than recreating all nodes, you create a new node pool with GPU enabled. You then modify the pod specification to target
particular GPU types by adding node selector to your workloads Pod specification. YOu still have a single cluster so you pay Kubernetes cluster management fee
for just one cluster thus minimizing the

cost.Ref: https://cloud.google.com/kubernetes-engine/docs/how-to/gpusRef: https://cloud.google.com/kubern
Example:
 apiVersion: v1
 kind: Pod
 metadata:
 name: my-gpu-pod
 spec:
 containers:
 name: my-gpu-container
 image: nvidia/cuda:10.0-runtime-ubuntu18.04
 command: [/bin/bash]
 resources:
 limits:
 nvidia.com/gpu: 2
 nodeSelector:
 cloud.google.com/gke-accelerator: nvidia-tesla-k80 # or nvidia-tesla-p100 or nvidia-tesla-p4 or nvidia-tesla-v100 or nvidia-tesla-t4
NEW QUESTION 7
You are creating a Google Kubernetes Engine (GKE) cluster with a cluster autoscaler feature enabled. You need to make sure that each node of the cluster will
run a monitoring pod that sends container metrics to a third-party monitoring solution. What should you do?

A. Deploy the monitoring pod in a StatefulSet object.
B. Deploy the monitoring pod in a DaemonSet object.
C. Reference the monitoring pod in a Deployment object.
D. Reference the monitoring pod in a cluster initializer at the GKE cluster creation time.
Answer: B
https://cloud.google.com/kubernetes-engine/docs/concepts/daemonset https://cloud.google.com/kubernetes-engine/docs/concepts/daemonset#usage_patterns
DaemonSets attempt to adhere to a one-Pod-per-node model, either across the entire cluster or a subset of nodes. As you add nodes to a node pool, DaemonSets
automatically add Pods to the new nodes as needed.
In GKE, DaemonSets manage groups of replicated Pods and adhere to a one-Pod-per-node model, either across the entire cluster or a subset of nodes. As you

add nodes to a node pool, DaemonSets automatically add Pods to the new nodes as needed. So, this is a perfect fit for our monitoring pod.
Ref: https://cloud.google.com/kubernetes-engine/docs/concepts/daemonset
DaemonSets are useful for deploying ongoing background tasks that you need to run on all or certain nodes, and which do not require user intervention. Examples
of such tasks include storage daemons like ceph, log collection daemons like fluentd, and node monitoring daemons like collectd. For example, you could have
DaemonSets for each type of daemon run on all of your nodes. Alternatively, you could run multiple DaemonSets for a single type of daemon, but have them use
different configurations for different hardware types and resource needs.
NEW QUESTION 8

You have been asked to create robust Virtual Private Network (VPN) connectivity between a new Virtual Private Cloud (VPC) and a remote site. Key requirements
include dynamic routing, a shared address space of 10.19.0.1/22, and no overprovisioning of tunnels during a failover event. You want to follow
Google-recommended practices to set up a high availability Cloud VPN. What should you do?
A. Use a custom mode VPC network, configure static routes, and use active/passive routing
B. Use an automatic mode VPC network, configure static routes, and use active/active routing
C. Use a custom mode VPC network use Cloud Router border gateway protocol (86P) routes, and use active/passive routing
D. Use an automatic mode VPC network, use Cloud Router border gateway protocol (BGP) routes and configure policy-based routing
Answer: C

https://cloud.google.com/network-connectivity/docs/vpn/concepts/best-practices 
NEW QUESTION 9
You are deploying a production application on Compute Engine. You want to prevent anyone from accidentally destroying the instance by clicking the wrong
button. What should you do?
A. Disable the flag “Delete boot disk when instance is deleted.”
B. Enable delete protection on the instance.
C. Disable Automatic restart on the instance.
D. Enable Preemptibility on the instance.
Answer: B
Preventing Accidental VM Deletion This document describes how to protect specific VM instances from deletion by setting the deletionProtection property on an

Answer: B
Instance resource. To learn more about VM instances, read the Instances documentation. As part of your workload, there might be certain VM instances that are
critical to running your application or services, such as an instance running a SQL server, a server used as a license manager, and so on. These VM instances
might need to stay running indefinitely so you need a way to protect these VMs from being deleted. By setting the deletionProtection flag, a VM instance can be
protected from accidental deletion. If a user attempts to delete a VM instance for which you have set the deletionProtection flag, the request fails. Only a user that
has been granted a role with compute.instances.create permission can reset the flag to allow the resource to be deleted.

https://cloud.google.com/compute/docs/instances/preventing-accidental-vm-deletion
NEW QUESTION 10
You are creating an application that will run on Google Kubernetes Engine. You have identified MongoDB as the most suitable database system for your
application and want to deploy a managed MongoDB environment that provides a support SLA. What should you do?
A. Create a Cloud Bigtable cluster and use the HBase API
B. Deploy MongoDB Alias from the Google Cloud Marketplace
C. Download a MongoDB installation package and run it on Compute Engine instances
D. Download a MongoDB installation package, and run it on a Managed Instance Group
Answer: B
https://console.cloud.google.com/marketplace/details/gc-launcher-for-mongodb-atlas/mongodb-atlas

Answer: B
Your customer has implemented a solution that uses Cloud Spanner and notices some read latency-related performance issues on one table. This table is
accessed only by their users using a primary key. The table schema is shown below.
You want to resolve the issue. What should you do?
A. Option A
B. Option B
C. Option C
D. Option D

https://www.surepassexam.com/Associate-Cloud-Engineer-exam-dumps.html (217 New Questions)Answer: C
As mentioned in Schema and data model, you should be careful when choosing a primary key to not accidentally create hotspots in your database. One cause of
hotspots is having a column whose value monotonically increases as the first key part, because this results in all inserts occurring at the end of your key space.
This pattern is undesirable because Cloud Spanner divides data among servers by key ranges, which means all your inserts will be directed at a single server that
will end up doing all the work. https://cloud.google.com/spanner/docs/schema-design#primary-key-prevent-hotspots
NEW QUESTION 15
You are running a data warehouse on BigQuery. A partner company is offering a recommendation engine based on the data in your data warehouse. The partner

company is also running their application on Google Cloud. They manage the resources in their own project, but they need access to the BigQuery dataset in your
project. You want to provide the partner company with access to the dataset What should you do?
A. Create a Service Account in your own project, and grant this Service Account access to BigGuery in your project
B. Create a Service Account in your own project, and ask the partner to grant this Service Account access to BigQuery in their project
C. Ask the partner to create a Service Account in their project, and have them give the Service Account access to BigQuery in their project
D. Ask the partner to create a Service Account in their project, and grant their Service Account access to the BigQuery dataset in your project
Answer: D

Answer: D
https://gtseres.medium.com/using-service-accounts-across-projects-in-gcp-cf9473fef8f0#:~:text=Go%20to%20t 
NEW QUESTION 17
You need to manage a third-party application that will run on a Compute Engine instance. Other Compute Engine instances are already running with default
configuration. Application installation files are hosted on Cloud Storage. You need to access these files from the new instance without allowing other virtual
machines (VMs) to access these files. What should you do?
A. Create the instance with the default Compute Engine service account Grant the service account permissions on Cloud Storage.
B. Create the instance with the default Compute Engine service account Add metadata to the objects on Cloud Storage that matches the metadata on the new
instance.

instance.
C. Create a new service account and assign this service account to the new instance Grant the service account permissions on Cloud Storage.
D. Create a new service account and assign this service account to the new instance Add metadata to the objects on Cloud Storage that matches the metadata on
the new instance.
Answer: C
https://cloud.google.com/iam/docs/best-practices-for-using-and-managing-service-accounts
If an application uses third-party or custom identities and needs to access a resource, such as a BigQuery dataset or a Cloud Storage bucket, it must perform a
transition between principals. Because Google Cloud APIs don't recognize third-party or custom identities, the application can't propagate the end-user's identity to

BigQuery or Cloud Storage. Instead, the application has to perform the access by using a different Google identity.
NEW QUESTION 20
You are analyzing Google Cloud Platform service costs from three separate projects. You want to use this information to create service cost estimates by service
type, daily and monthly, for the next six months using standard query syntax. What should you do?
A. Export your bill to a Cloud Storage bucket, and then import into Cloud Bigtable for analysis.
B. Export your bill to a Cloud Storage bucket, and then import into Google Sheets for analysis.
C. Export your transactions to a local file, and perform analysis with a desktop tool.
D. Export your bill to a BigQuery dataset, and then write time window-based SQL queries for analysis.
Answer: D

Answer: D
"...we recommend that you enable Cloud Billing data export to BigQuery at the same time that you create a Cloud Billing account. "
https://cloud.google.com/billing/docs/how-to/export-data-bigquery
https://medium.com/google-cloud/analyzing-google-cloud-billing-data-with-big-query-30bae1c2aae4
NEW QUESTION 23
You created a Kubernetes deployment by running kubectl run nginx image=nginx replicas=1. After a few days, you decided you no longer want this deployment.
You identified the pod and deleted it by running kubectl delete pod. You noticed the pod got recreated.
 $ kubectl get pods
 NAME READY STATUS RESTARTS AGE
 nginx-84748895c4-nqqmt 1/1 Running 0 9m41s
 $ kubectl delete pod nginx-84748895c4-nqqmt
 pod nginx-84748895c4-nqqmt deleted
 nginx-84748895c4-k6bzl 1/1 Running 0 25s

$ kubectl delete pod nginx-84748895c4-nqqmt
What should you do to delete the deployment and avoid pod getting recreated?
A. kubectl delete deployment nginx
B. kubectl delete –deployment=nginx
C. kubectl delete pod nginx-84748895c4-k6bzl –no-restart 2
D. kubectl delete inginx

https://www.surepassexam.com/Associate-Cloud-Engineer-exam-dumps.html (217 New Questions)Answer: A
This command correctly deletes the deployment. Pods are managed by kubernetes workloads (deployments). When a pod is deleted, the deployment detects the
pod is unavailable and brings up another pod to maintain the replica count. The only way to delete the workload is by deleting the deployment itself using the
kubectl delete deployment command.
 $ kubectl delete deployment nginx
 deployment.apps nginx deleted
Ref: https://kubernetes.io/docs/reference/kubectl/cheatsheet/#deleting-resources
NEW QUESTION 25
You host a static website on Cloud Storage. Recently, you began to include links to PDF files on this site. Currently, when users click on the links to these PDF

files, their browsers prompt them to save the file onto their local system. Instead, you want the clicked PDF files to be displayed within the browser window directly,
without prompting the user to save the file locally. What should you do?
A. Enable Cloud CDN on the website frontend.
B. Enable ‘Share publicly’ on the PDF file objects.
C. Set Content-Type metadata to application/pdf on the PDF file objects.
D. Add a label to the storage bucket with a key of Content-Type and value of application/pdf.
Answer: C
https://developer.mozilla.org/en-US/docs/Web/HTTP/Basics_of_HTTP/MIME_Types#importance_of_setting_t
NEW QUESTION 28
You are building an application that stores relational data from users. Users across the globe will use this application. Your CTO is concerned about the scaling

requirements because the size of the user base is unknown. You need to implement a database solution that can scale with your user growth with minimum
configuration changes. Which storage solution should you use?
A. Cloud SQL
B. Cloud Spanner
C. Cloud Firestore
D. Cloud Datastore
Answer: B
Cloud Spanner is a relational database and is highly scalable. Cloud Spanner is a highly scalable,
enterprise-grade, globally-distributed, and strongly consistent database service built for the cloud specifically to combine the benefits of relational database
structure with a non-relational horizontal scale. This combination delivers high-performance transactions and strong consistency across rows, regions, and

continents with an industry-leading 99.999% availability SLA, no planned downtime, and enterprise-grade security
Ref: https://cloud.google.com/spanner
Graphical user interface, application, Teams Description automatically generated
NEW QUESTION 32
You are asked to set up application performance monitoring on Google Cloud projects A, B, and C as a single pane of glass. You want to monitor CPU, memory,
and disk. What should you do?
A. Enable API and then share charts from project A, B, and C.
B. Enable API and then give the metrics.reader role to projects A, B, and C.
C. Enable API and then use default dashboards to view all projects in sequence.
D. Enable API, create a workspace under project A, and then add project B and C.
Answer: D

Answer: D
 https://cloud.google.com/monitoring/settings/multiple-projects https://cloud.google.com/monitoring/workspaces
NEW QUESTION 33

https://www.surepassexam.com/Associate-Cloud-Engineer-exam-dumps.html (217 New Questions)Your company set up a complex organizational structure on Google Could Platform. The structure includes hundreds of folders and projects. Only a few team
members should be able to view the hierarchical structure. You need to assign minimum permissions to these team members and you want to follow Google-
recommended practices. What should you do?
A. Add the users to roles/browser role.
B. Add the users to roles/iam.roleViewer role.
C. Add the users to a group, and add this group to roles/browser role.
D. Add the users to a group, and add this group to roles/iam.roleViewer role.
Answer: C
We need to apply the GCP Best practices. roles/browser Browser Read access to browse the hierarchy for a project, including the folder, organization, and IAM

Answer: C
policy. This role doesn't include permission to view resources in the project. https://cloud.google.com/iam/docs/understanding-roles
NEW QUESTION 36
You are the team lead of a group of 10 developers. You provided each developer with an individual Google Cloud Project that they can use as their personal
sandbox to experiment with different Google Cloud solutions. You want to be notified if any of the developers are spending above $500 per month on their sandbox
environment. What should you do?
A. Create a single budget for all projects and configure budget alerts on this budget.
B. Create a separate billing account per sandbox project and enable BigQuery billing export
C. Create a Data Studio dashboard to plot the spending per billing account.

D. Create a budget per project and configure budget alerts on all of these budgets.
E. Create a single billing account for all sandbox projects and enable BigQuery billing export
F. Create a Data Studio dashboard to plot the spending per project.
Answer: C
Set budgets and budget alerts Overview Avoid surprises on your bill by creating Cloud Billing budgets to monitor all of your Google Cloud charges in one place. A
budget enables you to track your actual Google Cloud spend against your planned spend. After you've set a budget amount, you set budget alert threshold rules
that are used to trigger email notifications. Budget alert emails help you stay informed about how your spend is tracking against your budget. 2. Set budget scope

Set the budget Scope and then click Next. In the Projects field, select one or more projects that you want to apply the budget alert to. To apply the budget alert to
all the projects in the Cloud Billing account, choose Select all.
https://cloud.google.com/billing/docs/how-to/budgets#budget-scop
NEW QUESTION 41
Your organization has three existing Google Cloud projects. You need to bill the Marketing department for only their Google Cloud services for a new initiative
within their group. What should you do?
A. * 1. Verify that you ace assigned the Billing Administrator IAM role tor your organization's Google Cloud Project for the Marketing department* 2. Link the new
project to a Marketing Billing Account

B. * 1. Verify that you are assigned the Billing Administrator IAM role for your organization's Google Cloud account* 2. Create a new Google Cloud Project for the
Marketing department* 3. Set the default key-value project labels to department marketing for all services in this project
C. * 1. Verify that you are assigned the Organization Administrator IAM role for your organization's Google Cloud account* 2. Create a new Google Cloud Project
for the Marketing department 3. Link the new project to a Marketing Billing Account.
D. * 1. Verity that you are assigned the Organization Administrator IAM role for your organization's Google Cloud account* 2. Create a new Google Cloud Project
for the Marketing department* 3. Set the default key value project labels to department marketing for all services in this protect
Answer: A
NEW QUESTION 43

Answer: A
You have a number of applications that have bursty workloads and are heavily dependent on topics to decouple publishing systems from consuming systems.
Your company would like to go serverless to enable developers to focus on writing code without worrying about infrastructure. Your solution architect has already
identified Cloud Pub/Sub as a suitable alternative for decoupling systems. You have been asked to identify a suitable GCP Serverless service that is easy to use
with Cloud Pub/Sub. You want the ability to scale down to zero when there is no traffic in order to minimize costs. You want to follow Google recommended
practices. What should you suggest?
A. Cloud Run for Anthos
B. Cloud Run
C. App Engine Standard
D. Cloud Functions.
Answer: D

Answer: D
Cloud Functions is Google Cloud’s event-driven serverless compute platform that lets you run your code locally or in the cloud without having to provision servers.
Cloud Functions scales up or down, so you pay only for compute resources you use. Cloud Functions have excellent integration with Cloud Pub/Sub, lets you
scale down to zero and is recommended by Google as the ideal serverless platform to use when dependent on Cloud Pub/Sub."If you’re building a simple API (a
small set of functions to be accessed via HTTP or Cloud Pub/Sub), we recommend using Cloud Functions."Ref: https://cloud.google.com/serverless-options
NEW QUESTION 47
A team of data scientists infrequently needs to use a Google Kubernetes Engine (GKE) cluster that you manage. They require GPUs for some long-running, non-

restartable jobs. You want to minimize cost. What should you do?
A. Enable node auto-provisioning on the GKE cluster.
B. Create a VerticalPodAutscaler for those workloads.
C. Create a node pool with preemptible VMs and GPUs attached to those VMs.

https://www.surepassexam.com/Associate-Cloud-Engineer-exam-dumps.html (217 New Questions)D. Create a node pool of instances with GPUs, and enable autoscaling on this node pool with a minimum size of 1.
Answer: A
auto-provisioning = Attaches and deletes node pools to cluster based on the requirements. Hence creating a GPU node pool, and auto-scaling would be better
https://cloud.google.com/kubernetes-engine/docs/how-to/node-auto-provisioning
NEW QUESTION 48
You are designing an application that uses WebSockets and HTTP sessions that are not distributed across the web servers. You want to ensure the application
runs properly on Google Cloud Platform. What should you do?
A. Meet with the cloud enablement team to discuss load balancer options.
B. Redesign the application to use a distributed user session service that does not rely on WebSockets and HTTP sessions.

C. Review the encryption requirements for WebSocket connections with the security team.
D. Convert the WebSocket code to use HTTP streaming.
Answer: A
 Google HTTP(S) Load Balancing has native support for the WebSocket protocol when you use HTTP or HTTPS, not HTTP/2, as the protocol to the backend.
Ref: https://cloud.google.com/load-balancing/docs/https#websocket_proxy_support
We dont need to convert WebSocket code to use HTTP streaming or Redesign the application, as
WebSocket support is offered by Google HTTP(S) Load Balancing. Reviewing the encryption requirements is a good idea but it has nothing to do with
WebSockets.
NEW QUESTION 51

You created a Kubernetes deployment by running kubectl run nginx image=nginx labels=app=prod. Your Kubernetes cluster is also used by a number of other
deployments. How can you find the identifier of the pods for this nginx deployment?
A. kubectl get deployments –output=pods
B. gcloud get pods –selector=”app=prod”
C. kubectl get pods -I “app=prod”
D. gcloud list gke-deployments -filter={pod }
Answer: C
This command correctly lists pods that have the label app=prod. When creating the deployment, we used the label app=prod so listing pods that have this label
retrieve the pods belonging to nginx deployments. You can list pods by using Kubernetes CLI kubectl get pods.
Ref: https://kubernetes.io/docs/tasks/access-application-cluster/list-all-running-container-images/

Ref: https://kubernetes.io/docs/tasks/access-application-cluster/list-all-running-container-images/#list-containe
NEW QUESTION 54
An employee was terminated, but their access to Google Cloud Platform (GCP) was not removed until 2 weeks later. You need to find out this employee accessed
any sensitive customer information after their termination. What should you do?
A. View System Event Logs in Stackdrive
B. Search for the user’s email as the principal.
C. View System Event Logs in Stackdrive
D. Search for the service account associated with the user.
E. View Data Access audit logs in Stackdrive
F. Search for the user’s email as the principal.
G. View the Admin Activity log in Stackdrive
H. Search for the service account associated with the user.
Answer: C
https://cloud.google.com/logging/docs/audit

Answer: C
Data Access audit logs Data Access audit logs contain API calls that read the configuration or metadata of resources, as well as user-driven API calls that create,
modify, or read user-provided resource data.
https://cloud.google.com/logging/docs/audit#data-access
NEW QUESTION 57
You are monitoring an application and receive user feedback that a specific error is spiking. You notice that the error is caused by a Service Account having
insufficient permissions. You are able to solve the problem but want to be notified if the problem recurs. What should you do?
A. In the Log Viewer, filter the logs on severity 'Error' and the name of the Service Account.
B. Create a sink to BigQuery to export all the log
C. Create a Data Studio dashboard on the exported logs.

D. Create a custom log-based metric for the specific error to be used in an Alerting Policy.
E. Grant Project Owner access to the Service Account.
Answer: C
NEW QUESTION 60

https://www.surepassexam.com/Associate-Cloud-Engineer-exam-dumps.html (217 New Questions)Your company has an internal application for managing transactional orders. The application is used exclusively by employees in a single physical location. The
application requires strong consistency, fast queries, and ACID guarantees for multi-table transactional updates. The first version of the application is implemented
inPostgreSQL, and you want to deploy it to the cloud with minimal code changes. Which database is most appropriate for this application?
A. BigQuery
B. Cloud SQL
C. Cloud Spanner
Answer: B
https://cloud.google.com/sql/docs/postgres
NEW QUESTION 65
You are building an application that processes data files uploaded from thousands of suppliers. Your primary goals for the application are data security and the

expiration of aged data. You need to design the application to:
•Restrict access so that suppliers can access only their own data.
•Give suppliers write access to data only for 30 minutes.
•Delete data that is over 45 days old.
You have a very short development cycle, and you need to make sure that the application requires minimal maintenance. Which two strategies should you use?
(Choose two.)
A. Build a lifecycle policy to delete Cloud Storage objects after 45 days.
B. Use signed URLs to allow suppliers limited time access to store their objects.
C. Set up an SFTP server for your application, and create a separate user for each supplier.
D. Build a Cloud function that triggers a timer of 45 days to delete objects that have expired.

E. Develop a script that loops through all Cloud Storage buckets and deletes any buckets that are older than 45 days.
Answer: AB
(A) Object Lifecycle Management Delete
The Delete action deletes an object when the object meets all conditions specified in the lifecycle rule.
Exception: In buckets with Object Versioning enabled, deleting the live version of an object causes it to become a noncurrent version, while deleting a noncurrent
version deletes that version permanently.
https://cloud.google.com/storage/docs/lifecycle#delete
(B) Signed URLs
This page provides an overview of signed URLs, which you use to give time-limited resource access to anyone in possession of the URL, regardless of whether
they have a Google account

https://cloud.google.com/storage/docs/access-control/signed-urls 
NEW QUESTION 68
You are storing sensitive information in a Cloud Storage bucket. For legal reasons, you need to be able to record all requests that read any of the stored data. You
want to make sure you comply with these requirements. What should you do?
A. Enable the Identity Aware Proxy API on the project.
B. Scan the bucker using the Data Loss Prevention API.
C. Allow only a single Service Account access to read the data.
D. Enable Data Access audit logs for the Cloud Storage API.
Answer: D
Logged information Within Cloud Audit Logs, there are two types of logs: Admin Activity logs: Entries for operations that modify the configuration or metadata of a

Answer: D
project, bucket, or object. Data Access logs: Entries for operations that modify objects or read a project, bucket, or object. There are several sub-types of data
access logs: ADMIN_READ: Entries for operations that read the configuration or metadata of a project, bucket, or object. DATA_READ: Entries for operations that
read an object. DATA_WRITE: Entries for operations that create or modify an object. https://cloud.google.com/storage/docs/audit-logs#types
NEW QUESTION 70
You have an application that looks for its licensing server on the IP 10.0.3.21. You need to deploy the licensing server on Compute Engine. You do not want to
change the configuration of the application and want the application to be able to reach the licensing server. What should you do?

A. Reserve the IP 10.0.3.21 as a static internal IP address using gcloud and assign it to the licensing server.
B. Reserve the IP 10.0.3.21 as a static public IP address using gcloud and assign it to the licensing server.
C. Use the IP 10.0.3.21 as a custom ephemeral IP address and assign it to the licensing server.
D. Start the licensing server with an automatic ephemeral IP address, and then promote it to a static internal IP address.
Answer: A
IP 10.0.3.21 is internal by default, and to ensure that it will be static non-changing it should be selected as static internal ip address.
NEW QUESTION 72
You need to add a group of new users to Cloud Identity. Some of the users already have existing Google accounts. You want to follow one of Google's
recommended practices and avoid conflicting accounts. What should you do?

A. Invite the user to transfer their existing account
B. Invite the user to use an email alias to resolve the conflict

https://www.surepassexam.com/Associate-Cloud-Engineer-exam-dumps.html (217 New Questions)C. Tell the user that they must delete their existing account
D. Tell the user to remove all personal email from the existing account
Answer: A
https://cloud.google.com/architecture/identity/migrating-consumer-accounts 
NEW QUESTION 77
You need to set up a policy so that videos stored in a specific Cloud Storage Regional bucket are moved to Coldline after 90 days, and then deleted after one year
from their creation. How should you set up the policy?
A. Use Cloud Storage Object Lifecycle Management using Age conditions with SetStorageClass and Delete action
B. Set the SetStorageClass action to 90 days and the Delete action to 275 days (365 – 90)
C. Use Cloud Storage Object Lifecycle Management using Age conditions with SetStorageClass and Delete action

D. Set the SetStorageClass action to 90 days and the Delete action to 365 days.
E. Use gsutil rewrite and set the Delete action to 275 days (365-90).
F. Use gsutil rewrite and set the Delete action to 365 days.
Answer: A
https://cloud.google.com/storage/docs/lifecycle#setstorageclass-cost
# The object's time spent set at the original storage class counts towards any minimum storage duration that applies for the new storage class.
NEW QUESTION 82
You deployed an App Engine application using gcloud app deploy, but it did not deploy to the intended project. You want to find out why this happened and where
the application deployed. What should you do?
A. Check the app.yaml file for your application and check project settings.

B. Check the web-application.xml file for your application and check project settings.
C. Go to Deployment Manager and review settings for deployment of applications.
D. Go to Cloud Shell and run gcloud config list to review the Google Cloud configuration used for deployment.
Answer: D
 C:\GCP\appeng>gcloud config list [core]
account = xxx@gmail.com disable_usage_reporting = False project = my-first-demo-xxxx
https://cloud.google.com/endpoints/docs/openapi/troubleshoot-gce-deployment
NEW QUESTION 85
You manage an App Engine Service that aggregates and visualizes data from BigQuery. The application is deployed with the default App Engine Service account.
The data that needs to be visualized resides in a different project managed by another team. You do not have access to this project, but you want your application

to be able to read data from the BigQuery dataset. What should you do?
A. Ask the other team to grant your default App Engine Service account the role of BigQuery Job User.
B. Ask the other team to grant your default App Engine Service account the role of BigQuery Data Viewer.
C. In Cloud IAM of your project, ensure that the default App Engine service account has the role of BigQuery Data Viewer.
D. In Cloud IAM of your project, grant a newly created service account from the other team the role of BigQuery Job User in your project.
Answer: B
The resource that you need to get access is in the other project. roles/bigquery.dataViewer BigQuery Data Viewer
When applied to a table or view, this role provides permissions to: Read data and metadata from the table or view.

This role cannot be applied to individual models or routines.
When applied to a dataset, this role provides permissions to: Read the dataset's metadata and list tables in the dataset. Read data and metadata from the
dataset's tables.
When applied at the project or organization level, this role can also enumerate all datasets in the project. Additional roles, however, are necessary to allow the
running of jobs.
NEW QUESTION 87
You have a web application deployed as a managed instance group. You have a new version of the application to gradually deploy. Your web application is
currently receiving live web traffic. You want to ensure that the available capacity does not decrease during the deployment. What should you do?
A. Perform a rolling-action start-update with maxSurge set to 0 and maxUnavailable set to 1.

B. Perform a rolling-action start-update with maxSurge set to 1 and maxUnavailable set to 0.
C. Create a new managed instance group with an updated instance templat
D. Add the group to the backend service for the load balance
E. When all instances in the new managed instance group are healthy, delete the old managed instance group.
F. Create a new instance template with the new application versio
G. Update the existing managed instance group with the new instance templat
H. Delete the instances in the managed instance group to allow the managed instance group to recreate the instance using the new instance template.
Answer: B

https://www.surepassexam.com/Associate-Cloud-Engineer-exam-dumps.html (217 New Questions)https://cloud.google.com/compute/docs/instance-groups/rolling-out-updates-to-managed-instance-groups#max_
NEW QUESTION 90
You need to grant access for three users so that they can view and edit table data on a Cloud Spanner instance. What should you do?
A. Run gcloud iam roles describe roles/spanner.databaseUse
B. Add the users to the role.
C. Run gcloud iam roles describe roles/spanner.databaseUse
D. Add the users to a new grou
E. Add the group to the role.
F. Run gcloud iam roles describe roles/spanner.viewer --project my-projec
G. Add the users to the role.
H. Run gcloud iam roles describe roles/spanner.viewer --project my-projec
I. Add the users to a new group.Add the group to the role.
Answer: B
https://cloud.google.com/spanner/docs/iam#spanner.databaseUser

Answer: B
Using the gcloud tool, execute the gcloud iam roles describe roles/spanner.databaseUser command on Cloud Shell. Attach the users to a newly created Google
group and add the group to the role.
NEW QUESTION 91
You built an application on your development laptop that uses Google Cloud services. Your application uses Application Default Credentials for authentication and
works fine on your development laptop. You want to migrate this application to a Compute Engine virtual machine (VM) and set up authentication using Google-
recommended practices and minimal changes. What should you do?
A. Assign appropriate access for Google services to the service account used by the Compute Engine VM.
B. Create a service account with appropriate access for Google services, and configure the application to use this account.

C. Store credentials for service accounts with appropriate access for Google services in a config file, and deploy this config file with your application.
D. Store credentials for your user account with appropriate access for Google services in a config file, and deploy this config file with your application.
Answer: B
In general, Google recommends that each instance that needs to call a Google API should run as a service account with the minimum permissions necessary for
that instance to do its job. In practice, this means you should configure service accounts for your instances with the following process: Create a new service
account rather than using the Compute Engine default service account. Grant IAM roles to that service account for only the resources that it needs. Configure the

instance to run as that service account. Grant the instance the https://www.googleapis.com/auth/cloud-platform scope to allow full access to all Google Cloud APIs,
so that the IAM permissions of the instance are completely determined by the IAM roles of the service account. Avoid granting more access than necessary and
regularly check your service account permissions to make sure they are up-to-date.
https://cloud.google.com/compute/docs/access/create-enable-service-accounts-for-instances#best_practices
NEW QUESTION 95
You are building an archival solution for your data warehouse and have selected Cloud Storage to archive your data. Your users need to be able to access this
archived data once a quarter for some regulatory requirements. You want to select a cost-efficient option. Which storage option should you use?

A. Coldline Storage
B. Nearline Storage
C. Regional Storage
D. Multi-Regional Storage
Answer: A
Coldline Storage is a very-low-cost, highly durable storage service for storing infrequently accessed data. Coldline Storage is ideal for data you plan to read or
modify at most once a quarter. Since we have a requirement to access data once a quarter and want to go with the most cost-efficient option, we should select
Coldline Storage.
Ref: https://cloud.google.com/storage/docs/storage-classes#coldline

https://www.surepassexam.com/Associate-Cloud-Engineer-exam-dumps.html (217 New Questions)
NEW QUESTION 99
You need to manage a Cloud Spanner Instance for best query performance. Your instance in production runs in a single Google Cloud region. You need to
improve performance in the shortest amount of time. You want
to follow Google best practices for service configuration. What should you do?
A. Create an alert in Cloud Monitoring to alert when the percentage of high priority CPU utilization reaches 45% If you exceed this threshold, add nodes lo your
instance.
B. Create an alert in Cloud Monitoring to alert when the percentage ot high priority CPU utilization reaches 45% Use database query statistics to identify queries
that result in high CPU usage, and then rewrite those queries to optimize their resource usage

C. Create an alert in Cloud Monitoring to alert when the percentage of high priority CPU utilization reaches 65% If you exceed this threshold, add nodes to your
instance
D. Create an alert in Cloud Monitoring to alert when the percentage of high priority CPU utilization reaches 65%. Use database query statistics to identity queries
that result in high CPU usage, and then rewrite those queries to optimize their resource usage.
Answer: C
https://cloud.google.com/spanner/docs/cpu-utilization#recommended-max
NEW QUESTION 101
You have an application that uses Cloud Spanner as a backend database. The application has a very predictable traffic pattern. You want to automatically scale up
or down the number of Spanner nodes depending on traffic. What should you do?

A. Create a cron job that runs on a scheduled basis to review stackdriver monitoring metrics, and then resize the Spanner instance accordingly.
B. Create a Stackdriver alerting policy to send an alert to oncall SRE emails when Cloud Spanner CPU exceeds the threshol
C. SREs would scale resources up or down accordingly.
D. Create a Stackdriver alerting policy to send an alert to Google Cloud Support email when Cloud Spanner CPU exceeds your threshol
E. Google support would scale resources up or down accordingly.
F. Create a Stackdriver alerting policy to send an alert to webhook when Cloud Spanner CPU is over or under your threshol
G. Create a Cloud Function that listens to HTTP and resizes Spanner resources accordingly.
Answer: D
As to mexblood1's point, CPU utilization is a recommended proxy for traffic when it comes to Cloud Spanner. See: Alerts for high CPU utilization The following

Answer: D
table specifies our recommendations for maximum CPU usage for both single-region and multi-region instances. These numbers are to ensure that your instance
has enough compute capacity to continue to serve your traffic in the event of the loss of an entire zone (for single-region instances) or an entire region (for multi-
region instances). - https://cloud.google.com/spanner/docs/cpu-utilization
NEW QUESTION 106

https://www.surepassexam.com/Associate-Cloud-Engineer-exam-dumps.html (217 New Questions)You need to enable traffic between multiple groups of Compute Engine instances that are currently running two different GCP projects. Each group of Compute
Engine instances is running in its own VPC. What should you do?
A. Verify that both projects are in a GCP Organizatio
B. Create a new VPC and add all instances.
C. Verify that both projects are in a GCP Organizatio
D. Share the VPC from one project and request that the Compute Engine instances in the other project use this shared VPC.
E. Verify that you are the Project Administrator of both project
F. Create two new VPCs and add all instances.
G. Verify that you are the Project Administrator of both project
H. Create a new VPC and add all instances.
Answer: B

Answer: B
Shared VPC allows an organization to connect resources from multiple projects to a common Virtual Private Cloud (VPC) network, so that they can communicate
with each other securely and efficiently using internal IPs from that network. When you use Shared VPC, you designate a project as a host project and attach one
or more other service projects to it. The VPC networks in the host project are called Shared VPC networks. Eligible resources from service projects can use
subnets in the Shared VPC network
https://cloud.google.com/vpc/docs/shared-vpc
"For example, an existing instance in a service project cannot be reconfigured to use a Shared VPC network, but a new instance can be created to use available
subnets in a Shared VPC network."
NEW QUESTION 109

You are building a product on top of Google Kubernetes Engine (GKE). You have a single GKE cluster. For each of your customers, a Pod is running in that
cluster, and your customers can run arbitrary code inside their Pod. You want to maximize the isolation between your customers’ Pods. What should you do?
A. Use Binary Authorization and whitelist only the container images used by your customers’ Pods.
B. Use the Container Analysis API to detect vulnerabilities in the containers used by your customers’ Pods.
C. Create a GKE node pool with a sandbox type configured to gviso
D. Add the parameter runtimeClassName: gvisor to the specification of your customers’ Pods.
E. Use the cos_containerd image for your GKE node
F. Add a nodeSelector with the value cloud.google.com/gke-os-distribution: cos_containerd to the specification of your customers’ Pods.
Answer: C
NEW QUESTION 114

Answer: C
The sales team has a project named Sales Data Digest that has the ID acme-data-digest You need to set up similar Google Cloud resources for the marketing
team but their resources must be organized independently of the sales team. What should you do?
A. Grant the Project Editor role to the Marketing learn for acme data digest
B. Create a Project Lien on acme-data digest and then grant the Project Editor role to the Marketing team
C. Create another protect with the ID acme-marketing-data-digest for the Marketing team and deploy the resources there
D. Create a new protect named Meeting Data Digest and use the ID acme-data-digest Grant the Project Editor role to the Marketing team.
Answer: C
NEW QUESTION 116

Answer: C
You need to provide a cost estimate for a Kubernetes cluster using the GCP pricing calculator for Kubernetes. Your workload requires high IOPs, and you will also
be using disk snapshots. You start by entering the number of nodes, average hours, and average days. What should you do next?
A. Fill in local SS
B. Fill in persistent disk storage and snapshot storage.
C. Fill in local SS
D. Add estimated cost for cluster management.
E. Select Add GPU
F. Fill in persistent disk storage and snapshot storage.
G. Select Add GPU
H. Add estimated cost for cluster management.
Answer: A
https://cloud.google.com/compute/docs/disks/local-ssd
NEW QUESTION 118
You have created an application that is packaged into a Docker image. You want to deploy the Docker image as a workload on Google Kubernetes Engine. What

A. Upload the image to Cloud Storage and create a Kubernetes Service referencing the image.
B. Upload the image to Cloud Storage and create a Kubernetes Deployment referencing the image.
C. Upload the image to Container Registry and create a Kubernetes Service referencing the image.
D. Upload the image to Container Registry and create a Kubernetes Deployment referencing the image.
Answer: D
A deployment is responsible for keeping a set of pods running. A service is responsible for enabling network access to a set of pods.

https://www.surepassexam.com/Associate-Cloud-Engineer-exam-dumps.html (217 New Questions)NEW QUESTION 121
You have a Google Cloud Platform account with access to both production and development projects. You need to create an automated process to list all compute
instances in development and production projects on a daily basis. What should you do?
A. Create two configurations using gcloud confi
B. Write a script that sets configurations as active, individuall
C. For each configuration, use gcloud compute instances list to get a list of compute resources.
D. Create two configurations using gsutil confi
E. Write a script that sets configurations as active, individuall
F. For each configuration, use gsutil compute instances list to get a list of compute resources.
G. Go to Cloud Shell and export this information to Cloud Storage on a daily basis.

H. Go to GCP Console and export this information to Cloud SQL on a daily basis.
Answer: A
You can create two configurations – one for the development project and another for the production project. And you do that by running “gcloud config
configurations create” command.https://cloud.google.com/sdk/gcloud/reference/config/configurations/createIn your custom script, you can load these
configurations one at a time and execute gcloud compute instances list to list Google Compute Engine instances in the project that is active in the gcloud
configuration.Ref: https://cloud.google.com/sdk/gcloud/reference/compute/instances/listOnce you have this information, you can export it in a suitable format to a
suitable target e.g. export as CSV or export to Cloud Storage/BigQuery/SQL, etc
NEW QUESTION 123

You created an instance of SQL Server 2017 on Compute Engine to test features in the new version. You want to connect to this instance using the fewest number
of steps. What should you do?
A. Install a RDP client on your deskto
B. Verify that a firewall rule for port 3389 exists.
C. Install a RDP client in your deskto
D. Set a Windows username and password in the GCP Consol
E. Use the credentials to log in to the instance.
F. Set a Windows password in the GCP Consol
G. Verify that a firewall rule for port 22 exist
H. Click the RDP button in the GCP Console and supply the credentials to log in.
I. Set a Windows username and password in the GCP Consol
J. Verify that a firewall rule for port 3389 exist
K. Click the RDP button in the GCP Console, and supply the credentials to log in.
Answer: D

Answer: D
https://cloud.google.com/compute/docs/instances/connecting-to-windows#remote-desktop-connection-app
https://cloud.google.com/compute/docs/instances/windows/generating-credentials https://cloud.google.com/compute/docs/instances/connecting-to-
windows#before-you-begin
NEW QUESTION 127
You are building an application that will run in your data center. The application will use Google Cloud Platform (GCP) services like AutoML. You created a service
account that has appropriate access to AutoML. You need to enable authentication to the APIs from your on-premises environment. What should you do?
A. Use service account credentials in your on-premises application.
B. Use gcloud to create a key file for the service account that has appropriate permissions.

C. Set up direct interconnect between your data center and Google Cloud Platform to enable authentication for your on-premises applications.
D. Go to the IAM & admin console, grant a user account permissions similar to the service account permissions, and use this user account for authentication from
your data center.
Answer: B
NEW QUESTION 128
Your organization has a dedicated person who creates and manages all service accounts for Google Cloud projects. You need to assign this person the minimum
role for projects. What should you do?
A. Add the user to roles/iam.roleAdmin role.
B. Add the user to roles/iam.securityAdmin role.
C. Add the user to roles/iam.serviceAccountUser role.
D. Add the user to roles/iam.serviceAccountAdmin role.
Answer: D
NEW QUESTION 130

Answer: D
You have one GCP account running in your default region and zone and another account running in a
non-default region and zone. You want to start a new Compute Engine instance in these two Google Cloud Platform accounts using the command line interface.
What should you do?
A. Create two configurations using gcloud config configurations create [NAME]. Run gcloud config configurations activate [NAME] to switch between accounts
when running the commands to start the Compute Engine instances.
B. Create two configurations using gcloud config configurations create [NAME]. Run gcloud configurations list to start the Compute Engine instances.
C. Activate two configurations using gcloud configurations activate [NAME]. Run gcloud config list to start the Compute Engine instances.

D. Activate two configurations using gcloud configurations activate [NAME]. Run gcloud configurations list to start the Compute Engine instances.

"Run gcloud configurations list to start the Compute Engine instances". How the heck are you expecting to "start" GCE instances doing "configuration list".
Each gcloud configuration has a 1 to 1 relationship with the region (if a region is defined). Since we have two different regions, we would need to create two
separate configurations using gcloud config configurations createRef: https://cloud.google.com/sdk/gcloud/reference/config/configurations/create
Secondly, you can activate each configuration independently by running gcloud config configurations activate [NAME]Ref:
https://cloud.google.com/sdk/gcloud/reference/config/configurations/activate

Finally, while each configuration is active, you can run the gcloud compute instances start [NAME] command to start the instance in the configurations
region.https://cloud.google.com/sdk/gcloud/reference/compute/instances/start
NEW QUESTION 134
Your company implemented BigQuery as an enterprise data warehouse. Users from multiple business units run queries on this data warehouse. However, you
notice that query costs for BigQuery are very high, and you need to control costs. Which two methods should you use? (Choose two.)
A. Split the users from business units to multiple projects.
B. Apply a user- or project-level custom query quota for BigQuery data warehouse.
C. Create separate copies of your BigQuery data warehouse for each business unit.

D. Split your BigQuery data warehouse into multiple data warehouses for each business unit.
E. Change your BigQuery query model from on-demand to flat rat
F. Apply the appropriate number of slots to each Project.
Answer: BE
https://cloud.google.com/bigquery/docs/custom-quotas https://cloud.google.com/bigquery/pricing#flat_rate_pricing
NEW QUESTION 138
You deployed a new application inside your Google Kubernetes Engine cluster using the YAML file specified below.
You check the status of the deployed pods and notice that one of them is still in PENDING status:
You want to find out why the pod is stuck in pending status. What should you do?
A. Review details of the myapp-service Service object and check for error messages.
B. Review details of the myapp-deployment Deployment object and check for error messages.

C. Review details of myapp-deployment-58ddbbb995-lp86m Pod and check for warning messages.
D. View logs of the container in myapp-deployment-58ddbbb995-lp86m pod and check for warning messages.
Answer: C
https://kubernetes.io/docs/tasks/debug-application-cluster/debug-application/#debugging-pods

https://www.surepassexam.com/Associate-Cloud-Engineer-exam-dumps.html (217 New Questions)NEW QUESTION 139
Your team maintains the infrastructure for your organization. The current infrastructure requires changes. You need to share your proposed changes with the rest
of the team. You want to follow Google’s recommended best practices. What should you do?
A. Use Deployment Manager templates to describe the proposed changes and store them in a Cloud Storage bucket.
B. Use Deployment Manager templates to describe the proposed changes and store them in Cloud Source Repositories.
C. Apply the change in a development environment, run gcloud compute instances list, and then save theoutput in a shared Storage bucket.
D. Apply the change in a development environment, run gcloud compute instances list, and then save the output in Cloud Source Repositories.
Answer: B

Answer: B
Showing Deployment Manager templates to your team will allow you to define the changes you want to implement in your cloud infrastructure. You can use Cloud
Source Repositories to store Deployment Manager templates and collaborate with your team. Cloud Source Repositories are fully-featured, scalable, and private
Git repositories you can use to store, manage and track changes to your code.
https://cloud.google.com/source-repositories/docs/features
NEW QUESTION 144
Your company runs its Linux workloads on Compute Engine instances. Your company will be working with a new operations partner that does not use Google
Accounts. You need to grant access to the instances to your operations partner so they can maintain the installed tooling. What should you do?

A. Enable Cloud IAP for the Compute Engine instances, and add the operations partner as a Cloud IAP Tunnel User.
B. Tag all the instances with the same network ta
C. Create a firewall rule in the VPC to grant TCP access on port 22 for traffic from the operations partner to instances with the network tag.
D. Set up Cloud VPN between your Google Cloud VPC and the internal network of the operations partner.
E. Ask the operations partner to generate SSH key pairs, and add the public keys to the VM instances.
Answer: A
IAP controls access to your App Engine apps and Compute Engine VMs running on Google Cloud. It leverages user identity and the context of a request to
determine if a user should be allowed access. IAP is a building block toward BeyondCorp, an enterprise security model that enables employees to work from

untrusted networks without using a VPN.
By default, IAP uses Google identities and IAM. By leveraging Identity Platform instead, you can authenticate users with a wide range of external identity providers,
such as:
Email/password
OAuth (Google, Facebook, Twitter, GitHub, Microsoft, etc.) SAML
OIDC
Phone number Custom Anonymous
This is useful if your application is already using an external authentication system, and migrating your users to Google accounts is impractical.
https://cloud.google.com/iap/docs/using-tcp-forwarding#grant-permission
NEW QUESTION 147
A colleague handed over a Google Cloud Platform project for you to maintain. As part of a security checkup, you want to review who has been granted the Project
Owner role. What should you do?
A. In the console, validate which SSH keys have been stored as project-wide keys.

B. Navigate to Identity-Aware Proxy and check the permissions for these resources.
C. Enable Audit Logs on the IAM & admin page for all resources, and validate the results.
D. Use the command gcloud projects get–iam–policy to view the current role assignments.
Answer: D
A simple approach would be to use the command flags available when listing all the IAM policy for a given project. For instance, the following command: `gcloud
projects get-iam-policy $PROJECT_ID
--flatten="bindings[].members" --format="table(bindings.members)" --filter="bindings.role:roles/owner"` outputs all the users and service accounts associated with
the role ‘roles/owner’ in the project in question. https://groups.google.com/g/google-cloud-dev/c/Z6sZs7TvygQ?pli=1
NEW QUESTION 150

You want to run a single caching HTTP reverse proxy on GCP for a latency-sensitive website. This specific reverse proxy consumes almost no CPU. You want to
have a 30-GB in-memory cache, and need an additional 2 GB of memory for the rest of the processes. You want to minimize cost. How should you run this reverse
proxy?
A. Create a Cloud Memorystore for Redis instance with 32-GB capacity.
B. Run it on Compute Engine, and choose a custom instance type with 6 vCPUs and 32 GB of memory.
C. Package it in a container image, and run it on Kubernetes Engine, using n1-standard-32 instances as nodes.
D. Run it on Compute Engine, choose the instance type n1-standard-1, and add an SSD persistent disk of 32 GB.
Answer: A
What is Google Cloud Memorystore?

Answer: A
Overview. Cloud Memorystore for Redis is a fully managed Redis service for Google Cloud Platform. Applications running on Google Cloud Platform can achieve
extreme performance by leveraging the highly scalable, highly available, and secure Redis service without the burden of managing complex Redis deployments.
NEW QUESTION 154
You need to host an application on a Compute Engine instance in a project shared with other teams. You want to prevent the other teams from accidentally
causing downtime on that application. Which feature should you use?

https://www.surepassexam.com/Associate-Cloud-Engineer-exam-dumps.html (217 New Questions)A. Use a Shielded VM.
B. Use a Preemptible VM.
C. Use a sole-tenant node.
D. Enable deletion protection on the instance.
Answer: D
As part of your workload, there might be certain VM instances that are critical to running your application or
services, such as an instance running a SQL server, a server used as a license manager, and so on. These VM instances might need to stay running indefinitely
so you need a way to protect these VMs from being deleted. By setting the deletionProtection flag, a VM instance can be protected from accidental deletion. If a
user attempts to delete a VM instance for which you have set the deletionProtection flag, the request fails. Only a user that has been granted a role with

compute.instances.create permission can reset the flag to allow the resource to be deleted.Ref: https://cloud.google.com/compute/docs/instances/preventing-
accidental-vm-deletion
NEW QUESTION 155
You are performing a monthly security check of your Google Cloud environment and want to know who has access to view data stored in your Google Cloud
Project. What should you do?
A. Enable Audit Logs for all APIs that are related to data storage.
B. Review the IAM permissions for any role that allows for data acces
C. Most Voted
D. Review the Identity-Aware Proxy settings for each resource.
E. Create a Data Loss Prevention job.
Answer: B
NEW QUESTION 160

Answer: B
You have created a code snippet that should be triggered whenever a new file is uploaded to a Cloud Storage bucket. You want to deploy this code snippet. What
A. Use App Engine and configure Cloud Scheduler to trigger the application using Pub/Sub.
B. Use Cloud Functions and configure the bucket as a trigger resource.
C. Use Google Kubernetes Engine and configure a CronJob to trigger the application using Pub/Sub.
D. Use Dataflow as a batch job, and configure the bucket as a data source.
Answer: B
Google Cloud Storage Triggers
Cloud Functions can respond to change notifications emerging from Google Cloud Storage. These notifications can be configured to trigger in response to various

events inside a bucket—object creation, deletion, archiving and metadata updates.
Note: Cloud Functions can only be triggered by Cloud Storage buckets in the same Google Cloud Platform project.
Event types
Cloud Storage events used by Cloud Functions are based on Cloud Pub/Sub Notifications for Google Cloud Storage and can be configured in a similar way.
Supported trigger type values are: google.storage.object.finalize google.storage.object.delete google.storage.object.archive google.storage.object.metadataUpdate
Object Finalize
Trigger type value: google.storage.object.finalize
This event is sent when a new object is created (or an existing object is overwritten, and a new generation of that object is created) in the bucket.
https://cloud.google.com/functions/docs/calling/storage#event_types

NEW QUESTION 161
A company wants to build an application that stores images in a Cloud Storage bucket and wants to generate thumbnails as well as resize the images. They want
to use a google managed service that can scale up and scale down to zero automatically with minimal effort. You have been asked to recommend a service.
Which GCP service would you suggest?
A. Google Compute Engine
B. Google App Engine
C. Cloud Functions
D. Google Kubernetes Engine
Answer: C
Text Description automatically generated with low confidence
Cloud Functions is Google Cloud’s event-driven serverless compute platform. It automatically scales based on the load and requires no additional configuration.
You pay only for the resources used.

https://www.surepassexam.com/Associate-Cloud-Engineer-exam-dumps.html (217 New Questions)Ref: https://cloud.google.com/functions
While all other options i.e. Google Compute Engine, Google Kubernetes Engine, Google App Engine support autoscaling, it needs to be configured explicitly based
on the load and is not as trivial as the scale up or scale down offered by Google’s cloud functions.
NEW QUESTION 163
You have 32 GB of data in a single file that you need to upload to a Nearline Storage bucket. The WAN connection you are using is rated at 1 Gbps, and you are
the only one on the connection. You want to use as much of the rated 1 Gbps as possible to transfer the file rapidly. How should you upload the file?
A. Use the GCP Console to transfer the file instead of gsutil.
B. Enable parallel composite uploads using gsutil on the file transfer.

C. Decrease the TCP window size on the machine initiating the transfer.
D. Change the storage class of the bucket from Nearline to Multi-Regional.
Answer: B
https://cloud.google.com/storage/docs/parallel-composite-uploads https://cloud.google.com/storage/docs/uploads-downloads#parallel-composite-uploads
NEW QUESTION 167
You want to select and configure a solution for storing and archiving data on Google Cloud Platform. You need to support compliance objectives for data from one
geographic location. This data is archived after 30 days and needs to be accessed annually. What should you do?
A. Select Multi-Regional Storag
B. Add a bucket lifecycle rule that archives data after 30 days to Coldline Storage.
C. Select Multi-Regional Storag
D. Add a bucket lifecycle rule that archives data after 30 days to Nearline Storage.

E. Select Regional Storag
F. Add a bucket lifecycle rule that archives data after 30 days to Nearline Storage.
G. Select Regional Storag
H. Add a bucket lifecycle rule that archives data after 30 days to Coldline Storage.
Answer: D
Google Cloud Coldline is a new cold-tier storage for archival data with access frequency of less than once per year. Unlike other cold storage options, Nearline has
no delays prior to data access, so now it is the leading solution among competitors.
The Real description is about Coldline storage Class: Coldline Storage
Coldline Storage is a very-low-cost, highly durable storage service for storing infrequently accessed data. Coldline Storage is a better choice than Standard

Storage or Nearline Storage in scenarios where slightly lower availability, a 90-day minimum storage duration, and higher costs for data access are acceptable
trade-offs for lowered at-rest storage costs.
Coldline Storage is ideal for data you plan to read or modify at most once a quarter. Note, however, that for data being kept entirely for backup or archiving
purposes, Archive Storage is more cost-effective, as it offers the lowest storage costs.
https://cloud.google.com/storage/docs/storage-classes#coldline
NEW QUESTION 169
You are using Container Registry to centrally store your company’s container images in a separate project. In another project, you want to create a Google
Kubernetes Engine (GKE) cluster. You want to ensure that Kubernetes can download images from Container Registry. What should you do?

A. In the project where the images are stored, grant the Storage Object Viewer IAM role to the service account used by the Kubernetes nodes.
B. When you create the GKE cluster, choose the Allow full access to all Cloud APIs option under ‘Access scopes’.
C. Create a service account, and give it access to Cloud Storag
D. Create a P12 key for this service account and use it as an imagePullSecrets in Kubernetes.
E. Configure the ACLs on each image in Cloud Storage to give read-only access to the default Compute Engine service account.
Answer: A
Configure the ACLs on each image in Cloud Storage to give read-only access to the default Compute Engine service account. is not right.As mentioned above,
Container Registry ignores permissions set on individual objects within the storage bucket so this isnt going to work.

Ref: https://cloud.google.com/container-registry/docs/access-control
NEW QUESTION 170
You have successfully created a development environment in a project for an application. This application uses Compute Engine and Cloud SQL. Now, you need
to create a production environment for this application.
The security team has forbidden the existence of network routes between these 2 environments, and asks you to follow Google-recommended practices. What
A. Create a new project, enable the Compute Engine and Cloud SQL APIs in that project, and replicate the setup you have created in the development
B. Create a new production subnet in the existing VPC and a new production Cloud SQL instance in your existing project, and deploy your application using those
resources.

C. Create a new project, modify your existing VPC to be a Shared VPC, share that VPC with your new project, and replicate the setup you have in the
development environment in that new project, in the Shared VPC.
D. Ask the security team to grant you the Project Editor role in an existing production project used by another division of your compan
E. Once they grant you that role, replicate the setup you have in the development environment in that project.
Answer: A

https://www.surepassexam.com/Associate-Cloud-Engineer-exam-dumps.html (217 New Questions)This aligns with Googles recommended practices. By creating a new project, we achieve complete isolation between development and production environments;
as well as isolate this production application from production applications of other departments.
Ref: https://cloud.google.com/docs/enterprise/best-practices-for-enterprise-organizations#define-hierarchy
NEW QUESTION 171
You have a project for your App Engine application that serves a development environment. The required testing has succeeded and you want to create a new
project to serve as your production environment. What should you do?
A. Use gcloud to create the new project, and then deploy your application to the new project.
B. Use gcloud to create the new project and to copy the deployed application to the new project.

C. Create a Deployment Manager configuration file that copies the current App Engine deployment into a new project.
D. Deploy your application again using gcloud and specify the project parameter with the new project name to create the new project.
Answer: A
You can deploy to a different project by using –project flag.
By default, the service is deployed the current project configured via:
$ gcloud config set core/project PROJECT
To override this value for a single deployment, use the –project flag:
$ gcloud app deploy ~/my_app/app.yaml –project=PROJECT Ref: https://cloud.google.com/sdk/gcloud/reference/app/deploy
NEW QUESTION 176
You are running multiple VPC-native Google Kubernetes Engine clusters in the same subnet. The IPs available for the nodes are exhausted, and you want to

ensure that the clusters can grow in nodes when needed. What should you do?
A. Create a new subnet in the same region as the subnet being used.
B. Add an alias IP range to the subnet used by the GKE clusters.
C. Create a new VPC, and set up VPC peering with the existing VPC.
D. Expand the CIDR range of the relevant subnet for the cluster.
Answer: D
gcloud compute networks subnets expand-ip-range NAME gcloud compute networks subnets expand-ip-range
- expand the IP range of a Compute Engine subnetwork https://cloud.google.com/sdk/gcloud/reference/compute/networks/subnets/expand-ip-range
NEW QUESTION 179
You are hosting an application from Compute Engine virtual machines (VMs) in us–central1–a. You want to adjust your design to support the failure of a single

Compute Engine zone, eliminate downtime, and minimize cost. What should you do?
A. – Create Compute Engine resources in us–central1–b.–Balance the load across both us–central1–a and us–central1–b.
B. – Create a Managed Instance Group and specify us–central1–a as the zone.–Configure the Health Check with a short Health Interval.
C. – Create an HTTP(S) Load Balancer.–Create one or more global forwarding rules to direct traffic to your VMs.
D. – Perform regular backups of your application.–Create a Cloud Monitoring Alert and be notified if your application becomes unavailable.–Restore from backups
when notified.
Answer: A
Choosing a region and zone You choose which region or zone hosts your resources, which controls where your data is stored and used. Choosing a region and

Answer: A
zone is important for several reasons:
Handling failures
Distribute your resources across multiple zones and regions to tolerate outages. Google designs zones to be independent from each other: a zone usually has
power, cooling, networking, and control planes that are isolated from other zones, and most single failure events will affect only a single zone. Thus, if a zone
becomes unavailable, you can transfer traffic to another zone in the same region to keep your services running. Similarly, if a region experiences any disturbances,
you should have backup services running in a different region. For more information about distributing your resources and designing a robust system, see

Designing Robust Systems. Decreased network latency To decrease network latency, you might want to choose a region or zone that is close to your point of
service.
https://cloud.google.com/compute/docs/regions-zones#choosing_a_region_and_zone
NEW QUESTION 182
You need a dynamic way of provisioning VMs on Compute Engine. The exact specifications will be in a dedicated configuration file. You want to follow Google’s
recommended practices. Which method should you use?
A. Deployment Manager
B. Cloud Composer
C. Managed Instance Group
D. Unmanaged Instance Group
Answer: A
https://cloud.google.com/deployment-manager/docs/configuration/create-basic-configuration
NEW QUESTION 187
You’ve deployed a microservice called myapp1 to a Google Kubernetes Engine cluster using the YAML file specified below:

You need to refactor this configuration so that the database password is not stored in plain text. You want to follow Google-recommended practices. What should
you do?
A. Store the database password inside the Docker image of the container, not in the YAML file.
B. Store the database password inside a Secret objec
C. Modify the YAML file to populate the DB_PASSWORD environment variable from the Secret.
D. Store the database password inside a ConfigMap objec
E. Modify the YAML file to populate the DB_PASSWORD environment variable from the ConfigMap.
F. Store the database password in a file inside a Kubernetes persistent volume, and use a persistent volume claim to mount the volume to the container.
Answer: B
https://cloud.google.com/config-connector/docs/how-to/secrets#gcloud
NEW QUESTION 191

Answer: B
Your company publishes large files on an Apache web server that runs on a Compute Engine instance. The Apache web server is not the only application running
in the project. You want to receive an email when the egress network costs for the server exceed 100 dollars for the current month as measured by Google Cloud
Platform (GCP). What should you do?
A. Set up a budget alert on the project with an amount of 100 dollars, a threshold of 100%, and notification type of “email.”
B. Set up a budget alert on the billing account with an amount of 100 dollars, a threshold of 100%, and notification type of “email.”
C. Export the billing data to BigQuer
D. Create a Cloud Function that uses BigQuery to sum the egress network costs of the exported billing data for the Apache web server for the current month and
sends an email if it is over 100 dollar

E. Schedule the Cloud Function using Cloud Scheduler to run hourly.
F. Use the Stackdriver Logging Agent to export the Apache web server logs to Stackdriver Logging.Create a Cloud Function that uses BigQuery to parse the HTTP
response log data in Stackdriver for the current month and sends an email if the size of all HTTP responses, multiplied by current GCP egress prices, totals over
100 dollar
G. Schedule the Cloud Function using Cloud Scheduler to run hourly.
Answer: C
https://blog.doit-intl.com/the-truth-behind-google-cloud-egress-traffic-6e8f57b5c2f8
NEW QUESTION 192
An application generates daily reports in a Compute Engine virtual machine (VM). The VM is in the project corp-iot-insights. Your team operates only in the project

corp-aggregate-reports and needs a copy of the daily exports in the bucket corp-aggregate-reports-storage. You want to configure access so that the daily reports
from the VM are available in the bucket corp-aggregate-reports-storage and use as few steps as possible while following Google-recommended practices. What
A. Move both projects under the same folder.
B. Grant the VM Service Account the role Storage Object Creator on corp-aggregate-reports-storage.
C. Create a Shared VPC network between both project
D. Grant the VM Service Account the role Storage Object Creator on corp-iot-insights.
E. Make corp-aggregate-reports-storage public and create a folder with a pseudo-randomized suffix name.Share the folder with the IoT team.
Answer: B
 Predefined roles

Answer: B
The following table describes Identity and Access Management (IAM) roles that are associated with Cloud Storage and lists the permissions that are contained in
each role. Unless otherwise noted, these roles can be applied either to entire projects or specific buckets.
Storage Object Creator (roles/storage.objectCreator) Allows users to create objects. Does not give permission to view, delete, or overwrite objects.
https://cloud.google.com/storage/docs/access-control/iam-roles#standard-roles

https://www.surepassexam.com/Associate-Cloud-Engineer-exam-dumps.html (217 New Questions)NEW QUESTION 196
You have an application on a general-purpose Compute Engine instance that is experiencing excessive disk read throttling on its Zonal SSD Persistent Disk. The
application primarily reads large files from disk. The disk size is currently 350 GB. You want to provide the maximum amount of throughput while minimizing costs.
A. Increase the size of the disk to 1 TB.
B. Increase the allocated CPU to the instance.
C. Migrate to use a Local SSD on the instance.
D. Migrate to use a Regional SSD on the instance.
Answer: C
Standard persistent disks are efficient and economical for handling sequential read/write operations, but they aren't optimized to handle high rates of random

Answer: C
input/output operations per second (IOPS). If your apps require high rates of random IOPS, use SSD persistent disks. SSD persistent disks are designed for single-
digit millisecond latencies. Observed latency is application specific.
NEW QUESTION 199
You need to assign a Cloud Identity and Access Management (Cloud IAM) role to an external auditor. The auditor needs to have permissions to review your
Google Cloud Platform (GCP) Audit Logs and also to review your Data Access logs. What should you do?
A. Assign the auditor the IAM role roles/logging.privateLogViewe
B. Perform the export of logs to Cloud Storage.
C. Assign the auditor the IAM role roles/logging.privateLogViewe
D. Direct the auditor to also review the logs for changes to Cloud IAM policy.

E. Assign the auditor’s IAM user to a custom role that has logging.privateLogEntries.list permissio
F. Perform the export of logs to Cloud Storage.
G. Assign the auditor’s IAM user to a custom role that has logging.privateLogEntries.list permissio
H. Direct the auditor to also review the logs for changes to Cloud IAM policy.
Answer: B
Google Cloud provides Cloud Audit Logs, which is an integral part of Cloud Logging. It consists of two log streams for each project: Admin Activity and Data
Access, which are generated by Google Cloud services to help you answer the question of who did what, where, and when? within your Google Cloud projects.
Ref: https://cloud.google.com/iam/docs/job-functions/auditing#scenario_external_auditors
NEW QUESTION 204

Your company has a large quantity of unstructured data in different file formats. You want to perform ETL transformations on the data. You need to make the data
accessible on Google Cloud so it can be processed by a Dataflow job. What should you do?
A. Upload the data to BigQuery using the bq command line tool.
B. Upload the data to Cloud Storage using the gsutil command line tool.
C. Upload the data into Cloud SQL using the import function in the console.
D. Upload the data into Cloud Spanner using the import function in the console.
Answer: B
"large quantity" : Cloud Storage or BigQuery "files" a file is nothing but an Object
NEW QUESTION 206
You have a Compute Engine instance hosting an application used between 9 AM and 6 PM on weekdays. You want to back up this instance daily for disaster

recovery purposes. You want to keep the backups for 30 days. You want the Google-recommended solution with the least management overhead and the least
number of
services. What should you do?
A. * 1. Update your instances’ metadata to add the following value: snapshot–schedule: 0 1 * * ** 2. Update your instances’ metadata to add the following value:
snapshot–retention: 30
B. * 1. In the Cloud Console, go to the Compute Engine Disks page and select your instance’s disk.* 2. In the Snapshot Schedule section, select Create Schedule
and configure the following parameters:–Schedule frequency: Daily–Start time: 1:00 AM – 2:00 AM–Autodelete snapshots after 30 days
C. * 1. Create a Cloud Function that creates a snapshot of your instance’s disk.* 2.Create a Cloud Function that deletes snapshots that are older than 30 day

D. 3.Use Cloud Scheduler to trigger both Cloud Functions daily at 1:00 AM.
E. * 1. Create a bash script in the instance that copies the content of the disk to Cloud Storage.* 2. Create a bash script in the instance that deletes data older than
30 days in the backup Cloud Storage bucket.* 3. Configure the instance’s crontab to execute these scripts daily at 1:00 AM.
Answer: B
Creating scheduled snapshots for persistent disk This document describes how to create a snapshot schedule to regularly and automatically back up your zonal
and regional persistent disks. Use snapshot schedules as a best practice to back up your Compute Engine workloads. After creating a snapshot schedule, you can
apply it to one or more persistent disks. https://cloud.google.com/compute/docs/disks/scheduled-snapshots
NEW QUESTION 208

You are building a pipeline to process time-series data. Which Google Cloud Platform services should you put in boxes 1,2,3, and 4?

A. Cloud Pub/Sub, Cloud Dataflow, Cloud Datastore, BigQuery
B. Firebase Messages, Cloud Pub/Sub, Cloud Spanner, BigQuery
C. Cloud Pub/Sub, Cloud Storage, BigQuery, Cloud Bigtable
D. Cloud Pub/Sub, Cloud Dataflow, Cloud Bigtable, BigQuery
Answer: D
NEW QUESTION 210
You have a Linux VM that must connect to Cloud SQL. You created a service account with the appropriate access rights. You want to make sure that the VM uses
this service account instead of the default Compute Engine service account. What should you do?
A. When creating the VM via the web console, specify the service account under the ‘Identity and API Access’ section.
B. Download a JSON Private Key for the service accoun
C. On the Project Metadata, add that JSON as the value for the key compute-engine-service-account.

D. Download a JSON Private Key for the service accoun
E. On the Custom Metadata of the VM, add that JSON as the value for the key compute-engine-service-account.
F. Download a JSON Private Key for the service accoun
G. After creating the VM, ssh into the VM and save the JSON under ~/.gcloud/compute-engine-service-account.json.
Answer: A
NEW QUESTION 212
You want to configure an SSH connection to a single Compute Engine instance for users in the dev1 group. This instance is the only resource in this particular
Google Cloud Platform project that the dev1 users should be able to connect to. What should you do?
A. Set metadata to enable-oslogin=true for the instanc
B. Grant the dev1 group the compute.osLogin role.Direct them to use the Cloud Shell to ssh to that instance.
C. Set metadata to enable-oslogin=true for the instanc

D. Set the service account to no service account for that instanc
E. Direct them to use the Cloud Shell to ssh to that instance.
F. Enable block project wide keys for the instanc
G. Generate an SSH key for each user in the dev1 group.Distribute the keys to dev1 users and direct them to use their third-party tools to connect.
H. Enable block project wide keys for the instanc
I. Generate an SSH key and associate the key with that instanc
J. Distribute the key to dev1 users and direct them to use their third-party tools to connect.
Answer: A
NEW QUESTION 217
You are working with a user to set up an application in a new VPC behind a firewall. The user is concerned about data egress. You want to configure the fewest
open egress ports. What should you do?

A. Set up a low-priority (65534) rule that blocks all egress and a high-priority rule (1000) that allows only the appropriate ports.
B. Set up a high-priority (1000) rule that pairs both ingress and egress ports.
C. Set up a high-priority (1000) rule that blocks all egress and a low-priority (65534) rule that allows only the appropriate ports.
D. Set up a high-priority (1000) rule to allow the appropriate ports.
Answer: A

https://www.surepassexam.com/Associate-Cloud-Engineer-exam-dumps.html (217 New Questions)Implied rules Every VPC network has two implied firewall rules. These rules exist, but are not shown in the Cloud Console: Implied allow egress rule. An egress
rule whose action is allow, destination is 0.0.0.0/0, and priority is the lowest possible (65535) lets any instance send traffic to any destination, except for traffic
blocked by Google Cloud. A higher priority firewall rule may restrict outbound access. Internet access is allowed if no other firewall rules deny outbound traffic and
if the instance has an external IP address or uses a Cloud NAT instance. For more information, see Internet access requirements. Implied deny ingress rule. An
ingress rule whose action is deny, source is 0.0.0.0/0, and priority is the lowest possible (65535) protects all instances by blocking incoming connections to them. A

higher priority rule might allow incoming access. The default network includes some additional rules that override this one, allowing certain types of incoming
connections. https://cloud.google.com/vpc/docs/firewalls#default_firewall_rules
NEW QUESTION 218
You need to manage multiple Google Cloud Platform (GCP) projects in the fewest steps possible. You want to configure the Google Cloud SDK command line
interface (CLI) so that you can easily manage multiple GCP projects. What should you?
A. * 1. Create a configuration for each project you need to manage.* 2. Activate the appropriate configuration when you work with each of your assigned GCP
projects.
B. * 1. Create a configuration for each project you need to manage.* 2. Use gcloud init to update the configuration values when you need to work with a non-default
project

projects.
project
C. * 1. Use the default configuration for one project you need to manage.* 2. Activate the appropriate configuration when you work with each of your assigned GCP
projects.
D. * 1. Use the default configuration for one project you need to manage.* 2. Use gcloud init to update the configuration values when you need to work with a non-
default project.
Answer: A
https://cloud.google.com/sdk/gcloud https://cloud.google.com/sdk/docs/configurations#multiple_configurations
NEW QUESTION 222
Your organization has user identities in Active Directory. Your organization wants to use Active Directory as their source of truth for identities. Your organization

wants to have full control over the Google accounts used by employees for all Google services, including your Google Cloud Platform (GCP) organization. What
A. Use Google Cloud Directory Sync (GCDS) to synchronize users into Cloud Identity.
B. Use the cloud Identity APIs and write a script to synchronize users to Cloud Identity.
C. Export users from Active Directory as a CSV and import them to Cloud Identity via the Admin Console.
D. Ask each employee to create a Google account using self signu
E. Require that each employee use their company email address and password.
Answer: A
NEW QUESTION 227
Your development team needs a new Jenkins server for their project. You need to deploy the server using the fewest steps possible. What should you do?

Answer: A
A. Download and deploy the Jenkins Java WAR to App Engine Standard.
B. Create a new Compute Engine instance and install Jenkins through the command line interface.
C. Create a Kubernetes cluster on Compute Engine and create a deployment with the Jenkins Docker image.
D. Use GCP Marketplace to launch the Jenkins solution.
Answer: D
NEW QUESTION 230
You have a workload running on Compute Engine that is critical to your business. You want to ensure that the data on the boot disk of this workload is backed up
regularly. You need to be able to restore a backup as quickly as possible in case of disaster. You also want older backups to be cleaned automatically to save on
cost. You want to follow Google-recommended practices. What should you do?
A. Create a Cloud Function to create an instance template.

B. Create a snapshot schedule for the disk using the desired interval.
C. Create a cron job to create a new disk from the disk using gcloud.
D. Create a Cloud Task to create an image and export it to Cloud Storage.
Answer: B
Best practices for persistent disk snapshots
You can create persistent disk snapshots at any time, but you can create snapshots more quickly and with greater reliability if you use the following best practices.
Creating frequent snapshots efficiently
Use snapshots to manage your data efficiently.
Create a snapshot of your data on a regular schedule to minimize data loss due to unexpected failure. Improve performance by eliminating excessive snapshot
downloads and by creating an image and reusing it. Set your snapshot schedule to off-peak hours to reduce snapshot time.
Snapshot frequency limits

Creating snapshots from persistent disks
You can snapshot your disks at most once every 10 minutes. If you want to issue a burst of requests to snapshot your disks, you can issue at most 6 requests in
60 minutes.
If the limit is exceeded, the operation fails and returns the following error: https://cloud.google.com/compute/docs/disks/snapshot-best-practices
NEW QUESTION 233
You need to configure IAM access audit logging in BigQuery for external auditors. You want to follow Google-recommended practices. What should you do?
A. Add the auditors group to the ‘logging.viewer’ and ‘bigQuery.dataViewer’ predefined IAM roles.

https://www.surepassexam.com/Associate-Cloud-Engineer-exam-dumps.html (217 New Questions)B. Add the auditors group to two new custom IAM roles.
C. Add the auditor user accounts to the ‘logging.viewer’ and ‘bigQuery.dataViewer’ predefined IAM roles.
D. Add the auditor user accounts to two new custom IAM roles.
Answer: A
https://cloud.google.com/iam/docs/job-functions/auditing#scenario_external_auditors
Because if you directly add users to the IAM roles, then if any users left the organization then you have to remove the users from multiple places and need to
revoke his/her access from multiple places. But, if you put a user into a group then its very easy to manage these type of situations. Now, if any user left then you
just need to remove the user from the group and all the access got revoked

The organization creates a Google group for these external auditors and adds the current auditor to the group. This group is monitored and is typically granted
access to the dashboard application. During normal access, the auditors' Google group is only granted access to view the historic logs stored in BigQuery. If any
anomalies are discovered, the group is granted permission to view the actual Cloud Logging Admin Activity logs via the dashboard's elevated access mode. At the
end of each audit period, the group's access is then revoked. Data is redacted using Cloud DLP before being made accessible for viewing via the dashboard
application. The table below explains IAM logging roles that an Organization Administrator can grant to the service account used by the dashboard, as well as the
resource level at which the role is granted.
NEW QUESTION 236

You want to configure 10 Compute Engine instances for availability when maintenance occurs. Your requirements state that these instances should attempt to
automatically restart if they crash. Also, the instances should be highly available including during system maintenance. What should you do?
A. Create an instance template for the instance
B. Set the ‘Automatic Restart’ to o
C. Set the ‘On-host maintenance’ to Migrate VM instanc
D. Add the instance template to an instance group.
E. Create an instance template for the instance
F. Set ‘Automatic Restart’ to of
G. Set ‘On-host maintenance’ to Terminate VM instance
H. Add the instance template to an instance group.
I. Create an instance group for the instance
J. Set the ‘Autohealing’ health check to healthy (HTTP).
K. Create an instance group for the instanc
L. Verify that the ‘Advanced creation options’ setting for ‘do not retry machine creation’ is set to off.
Answer: A

Answer: A
Create an instance template for the instances so VMs have same specs. Set the "˜Automatic Restart' to on to VM automatically restarts upon crash. Set the "˜On-
host maintenance' to Migrate VM instance. This will take care of VM during maintenance window. It will migrate VM instance making it highly available Add the
instance template to an instance group so instances can be managed.
• onHostMaintenance: Determines the behavior when a maintenance event occurs that might cause your instance to reboot.
• [Default] MIGRATE, which causes Compute Engine to live migrate an instance when there is a maintenance event.
• TERMINATE, which stops an instance instead of migrating it.
• automaticRestart: Determines the behavior when an instance crashes or is stopped by the system.

• [Default] true, so Compute Engine restarts an instance if the instance crashes or is stopped.
• false, so Compute Engine does not restart an instance if the instance crashes or is stopped.
Enabling automatic restart ensures that compute engine instances are automatically restarted when they crash. And Enabling Migrate VM Instance enables live
migrates i.e. compute instances are migrated during system maintenance and remain running during the migration.
Automatic Restart If your instance is set to terminate when there is a maintenance event, or if your instance crashes because of an underlying hardware issue, you
can set up Compute Engine to automatically restart the instance by setting the automaticRestart field to true. This setting does not apply if the instance is taken

offline through a user action, such as calling sudo shutdown, or during a zone
outage.Ref: https://cloud.google.com/compute/docs/instances/setting-instance-scheduling-options#autorestart
Enabling the Migrate VM Instance option migrates your instance away from an infrastructure maintenance event, and your instance remains running during the
migration. Your instance might experience a short period of decreased performance, although generally, most instances should not notice any difference. This is
ideal for instances that require constant uptime and can tolerate a short period of decreased
performance.Ref: https://cloud.google.com/compute/docs/instances/setting-instance-scheduling-options#live_
NEW QUESTION 240

You need to deploy an application, which is packaged in a container image, in a new project. The application exposes an HTTP endpoint and receives very few
requests per day. You want to minimize costs. What should you do?
A. Deploy the container on Cloud Run.
B. Deploy the container on Cloud Run on GKE.
C. Deploy the container on App Engine Flexible.
D. Deploy the container on Google Kubernetes Engine, with cluster autoscaling and horizontal pod autoscaling enabled.
Answer: A
Cloud Run takes any container images and pairs great with the container ecosystem: Cloud Build, Artifact Registry, Docker. ... No infrastructure to manage: once
deployed, Cloud Run manages your services so you can sleep well. Fast autoscaling. Cloud Run automatically scales up or down from zero to N depending on
traffic.
https://cloud.google.com/run
NEW QUESTION 244

traffic.
You are assigned to maintain a Google Kubernetes Engine (GKE) cluster named dev that was deployed on Google Cloud. You want to manage the GKE
configuration using the command line interface (CLI). You have just downloaded and installed the Cloud SDK. You want to ensure that future CLI commands by
default address this specific cluster. What should you do?

https://www.surepassexam.com/Associate-Cloud-Engineer-exam-dumps.html (217 New Questions)A. Use the command gcloud config set container/cluster dev.
B. Use the command gcloud container clusters update dev.
C. Create a file called gke.default in the ~/.gcloud folder that contains the cluster name.
D. Create a file called defaults.json in the ~/.gcloud folder that contains the cluster name.
Answer: A
To set a default cluster for gcloud commands, run the following command: gcloud config set container/cluster CLUSTER_NAME
https://cloud.google.com/kubernetes-engine/docs/how-to/managing-clusters?hl=en
NEW QUESTION 245
Your company has developed a new application that consists of multiple microservices. You want to deploy the application to Google Kubernetes Engine (GKE),

and you want to ensure that the cluster can scale as more applications are deployed in the future. You want to avoid manual intervention when each new
application is deployed. What should you do?
A. Deploy the application on GKE, and add a HorizontalPodAutoscaler to the deployment.
B. Deploy the application on GKE, and add a VerticalPodAutoscaler to the deployment.
C. Create a GKE cluster with autoscaling enabled on the node poo
D. Set a minimum and maximum for the size of the node pool.
E. Create a separate node pool for each application, and deploy each application to its dedicated node pool.
Answer: C
https://cloud.google.com/kubernetes-engine/docs/how-to/cluster-autoscaler#adding_a_node_pool_with_autoscal
NEW QUESTION 247

Answer: C
You need to create a new billing account and then link it with an existing Google Cloud Platform project. What should you do?
A. Verify that you are Project Billing Manager for the GCP projec
B. Update the existing project to link it to the existing billing account.
C. Verify that you are Project Billing Manager for the GCP projec
D. Create a new billing account and link the new billing account to the existing project.
E. Verify that you are Billing Administrator for the billing accoun
F. Create a new project and link the new project to the existing billing account.
G. Verify that you are Billing Administrator for the billing accoun
H. Update the existing project to link it to the existing billing account.
Answer: B

Answer: B
Billing Administrators can not create a new billing account, and the project is presumably already created. Project Billing Manager allows you to link the created
billing account to the project. It is vague on how the billing account gets created but by process of elimination
NEW QUESTION 249
You are developing a new web application that will be deployed on Google Cloud Platform. As part of your release cycle, you want to test updates to your
application on a small portion of real user traffic. The majority of the users should still be directed towards a stable version of your application. What should you
do?
A. Deploy me application on App Engine For each update, create a new version of the same service Configure traffic splitting to send a small percentage of traffic
to the new version

do?
B. Deploy the application on App Engine For each update, create a new service Configure traffic splitting to send a small percentage of traffic to the new service.
C. Deploy the application on Kubernetes Engine For a new release, update the deployment to use the new version
D. Deploy the application on Kubernetes Engine For a now release, create a new deployment for the newversion Update the service e to use the now deployment.
Answer: A
Keyword, Version, traffic splitting, App Engine supports traffic splitting for versions before releasing. 
NEW QUESTION 251
You have files in a Cloud Storage bucket that you need to share with your suppliers. You want to restrict the time that the files are available to your suppliers to 1

hour. You want to follow Google recommended practices. What should you do?
A. Create a service account with just the permissions to access files in the bucke
B. Create a JSON key for the service accoun
C. Execute the command gsutil signurl -m 1h gs:///*.
D. Create a service account with just the permissions to access files in the bucke
E. Create a JSON key for the service accoun
F. Execute the command gsutil signurl -d 1h gs:///**.
G. Create a service account with just the permissions to access files in the bucke
H. Create a JSON key for the service accoun
I. Execute the command gsutil signurl -p 60m gs:///.
J. Create a JSON key for the Default Compute Engine Service Accoun
K. Execute the command gsutil signurl -t 60m gs:///***
Answer: B

Answer: B

This command correctly specifies the duration that the signed url should be valid for by using the -d flag. The default is 1 hour so omitting the -d flag would have
also resulted in the same outcome. Times may be specified with no suffix (default hours), or with s = seconds, m = minutes, h = hours, d = days. The max duration
allowed is 7d.Ref: https://cloud.google.com/storage/docs/gsutil/commands/signurl
NEW QUESTION 255
You have a batch workload that runs every night and uses a large number of virtual machines (VMs). It is fault- tolerant and can tolerate some of the VMs being
terminated. The current cost of VMs is too high. What should you do?
A. Run a test using simulated maintenance event
B. If the test is successful, use preemptible N1 Standard VMs when running future jobs.

C. Run a test using simulated maintenance event
D. If the test is successful, use N1 Standard VMs when running future jobs.
E. Run a test using a managed instance grou
F. If the test is successful, use N1 Standard VMs in the managed instance group when running future jobs.
G. Run a test using N1 standard VMs instead of N2. If the test is successful, use N1 Standard VMs when running future jobs.
Answer: A
Creating and starting a preemptible VM instance This page explains how to create and use a preemptible virtual machine (VM) instance. A preemptible instance is
an instance you can create and run at a much lower price than normal instances. However, Compute Engine might terminate (preempt) these instances if it

requires access to those resources for other tasks. Preemptible instances will always terminate after 24 hours. To learn more about preemptible instances, read
the preemptible instances documentation. Preemptible instances are recommended only for fault-tolerant applications that can withstand instance preemptions.
Make sure your application can handle preemptions before you decide to create a preemptible instance. To understand the risks and value of preemptible
instances, read the preemptible instances documentation. https://cloud.google.com/compute/docs/instances/create-start-preemptible-instance
NEW QUESTION 256
Your finance team wants to view the billing report for your projects. You want to make sure that the finance team does not get additional permissions to the project.

A. Add the group for the finance team to roles/billing user role.
B. Add the group for the finance team to roles/billing admin role.
C. Add the group for the finance team to roles/billing viewer role.
D. Add the group for the finance team to roles/billing project/Manager role.
Answer: C
"Billing Account Viewer access would usually be granted to finance teams, it provides access to spend information, but does not confer the right to link or unlink
projects or otherwise manage the properties of the billing account." https://cloud.google.com/billing/docs/how-to/billing-access
NEW QUESTION 257
You recently deployed a new version of an application to App Engine and then discovered a bug in the release. You need to immediately revert to the prior version
of the application. What should you do?

A. Run gcloud app restore.
B. On the App Engine page of the GCP Console, select the application that needs to be reverted and click Revert.
C. On the App Engine Versions page of the GCP Console, route 100% of the traffic to the previous version.
D. Deploy the original version as a separate applicatio
E. Then go to App Engine settings and split traffic between applications so that the original version serves 100% of the requests.
Answer: C
NEW QUESTION 261
You have designed a solution on Google Cloud Platform (GCP) that uses multiple GCP products. Your company has asked you to estimate the costs of the
solution. You need to provide estimates for the monthly total cost. What should you do?
A. For each GCP product in the solution, review the pricing details on the products pricing pag
B. Use the pricing calculator to total the monthly costs for each GCP product.

C. For each GCP product in the solution, review the pricing details on the products pricing pag
D. Create a Google Sheet that summarizes the expected monthly costs for each product.
E. Provision the solution on GC
F. Leave the solution provisioned for 1 wee
G. Navigate to the Billing Report page in the Google Cloud Platform Consol
H. Multiply the 1 week cost to determine the monthly costs.
I. Provision the solution on GC
J. Leave the solution provisioned for 1 wee
K. Use Stackdriver to determine the provisioned and used resource amount
L. Multiply the 1 week cost to determine the monthly costs.
Answer: A
You can use the Google Cloud Pricing Calculator to total the estimated monthly costs for each GCP product. You dont incur any charges for doing so.
Ref: https://cloud.google.com/products/calculator

NEW QUESTION 263

https://www.surepassexam.com/Associate-Cloud-Engineer-exam-dumps.html (217 New Questions)You are using multiple configurations for gcloud. You want to review the configured Kubernetes Engine cluster of an inactive configuration using the fewest
possible steps. What should you do?
A. Use gcloud config configurations describe to review the output.
B. Use gcloud config configurations activate and gcloud config list to review the output.
C. Use kubectl config get-contexts to review the output.
D. Use kubectl config use-context and kubectl config view to review the output.
Answer: D
NEW QUESTION 265
You are managing a project for the Business Intelligence (BI) department in your company. A data pipeline ingests data into BigQuery via streaming. You want the
users in the BI department to be able to run the custom SQL queries against the latest data in BigQuery. What should you do?

A. Create a Data Studio dashboard that uses the related BigQuery tables as a source and give the BI team view access to the Data Studio dashboard.
B. Create a Service Account for the BI team and distribute a new private key to each member of the BI team.
C. Use Cloud Scheduler to schedule a batch Dataflow job to copy the data from BigQuery to the BI team's internal data warehouse.
D. Assign the IAM role of BigQuery User to a Google Group that contains the members of the BI team.
Answer: D
When applied to a dataset, this role provides the ability to read the dataset's metadata and list tables in the dataset. When applied to a project, this role also
provides the ability to run jobs, including queries, within the project. A member with this role can enumerate their own jobs, cancel their own jobs, and enumerate

datasets within a project. Additionally, allows the creation of new datasets within the project; the creator is granted the BigQuery Data Owner role
(roles/bigquery.dataOwner) on these new datasets.
https://cloud.google.com/bigquery/docs/access-control
NEW QUESTION 267
You need to reduce GCP service costs for a division of your company using the fewest possible steps. You need to turn off all configured services in an existing
GCP project. What should you do?
A. * 1. Verify that you are assigned the Project Owners IAM role for this project.* 2. Locate the project in the GCP console, click Shut down and then enter the
project ID.
B. * 1. Verify that you are assigned the Project Owners IAM role for this project.* 2. Switch to the project in the GCP console, locate the resources and delete them.

C. * 1. Verify that you are assigned the Organizational Administrator IAM role for this project.* 2. Locate the project in the GCP console, enter the project ID and
then click Shut down.
D. * 1. Verify that you are assigned the Organizational Administrators IAM role for this project.* 2. Switch to the project in the GCP console, locate the resources
and delete them.
Answer: A
https://cloud.google.com/run/docs/tutorials/gcloud https://cloud.google.com/resource-manager/docs/creating-managing-projects
https://cloud.google.com/iam/docs/understanding-roles#primitive_roles
You can shut down projects using the Cloud Console. When you shut down a project, this immediately happens: All billing and traffic serving stops, You lose

access to the project, The owners of the project will be notified and can stop the deletion within 30 days, The project will be scheduled to be deleted after 30 days.
However, some resources may be deleted much earlier.
NEW QUESTION 272
You have a managed instance group comprised of preemptible VM's. All of the VM's keepdeleting and recreating themselves every minute. What is a possible
cause of thisbehavior?
A. Your zonal capacity is limited, causing all preemptible VM's to be shutdown torecover capacit
B. Try deploying your group to another zone.
C. You have hit your instance quota for the region.
D. Your managed instance group's VM's are toggled to only last 1 minute inpreemptible settings.

E. Your managed instance group's health check is repeatedly failing, either to amisconfigured health check or misconfigured firewall rules not allowing the
healthcheck to access the instance
Answer: D
as the instances (normal or preemptible) would be terminated and relaunched if the health check fails either due to application not configured properly or the
instances firewall do not allow health check to happen.
GCP provides health check systems that connect to virtual machine (VM) instances on a configurable, periodic basis. Each connection attempt is called a probe.
GCP records the success or failure of each probe.
Health checks and load balancers work together. Based on a configurable number of sequential successful or failed probes, GCP computes an overall health state

for each VM in the load balancer. VMs that respond successfully for the configured number of times are considered healthy. VMs that fail to respond successfully
for a separate number of times are unhealthy.
GCP uses the overall health state of each VM to determine its eligibility for receiving new requests. In addition to being able to configure probe frequency and
health state thresholds, you can configure the criteria that define a successful probe.
NEW QUESTION 273
......

©2016 Novatel Wireless, Inc. All rights reserved. The information contained in this document is subject to change 
without notice and should not be construed as a commitment by Novatel Wireless, Inc. 
Patents and Licenses
Visit www.novatelwireless.com/patents  for a complete list of all Novatel Wireless patents.
Software License 
Proprietary Rights Provisions: 
The software drivers provided with this product are copyrighted by Novatel Wireless and/or Novatel Wireless’ suppliers.  
Although copyrighted, the software drivers are unpublished and embody valuable trade secrets proprietary to Novatel 
Wireless and/or Novatel Wireless’ suppliers.  The disassembly, decompilation, and/or Reverse Engineering of the software 
drivers for any purpose is strictly prohibited by international law.  The copying of the software drivers, except for a reasonable 
number of back-up copies is strictly prohibited by international law.  It is forbidden by international law to provide access

number of back-up copies is strictly prohibited by international law.  It is forbidden by international law to provide access 
to the software drivers to any person for any purpose other than processing the internal data for the intended use of the 
software drivers.
U.S. Government Restricted Rights Clause:
The software drivers are classified as “Commercial Computing device Software” and the U.S. Government is acquiring only 
“Restricted Rights” in the software drivers and their Documentation.
U.S. Government Export Administration Act Compliance Clause:
It is forbidden by US law to export, license or otherwise transfer the software drivers or Derivative Works to any country where 
such transfer is prohibited by the United States Export Administration Act, or any successor legislation, or in violation of the 
laws of any other country.
Trademarks and Service Marks

Novatel Wireless is a trademark of Novatel Wireless, Inc., and the other trademarks, logos, and service marks (collectively the 
“Trademarks”) used in this user manual are the property of Novatel Wireless or their respective owners. Nothing contained in 
this user manual should be construed as granting by implication, estoppel, or otherwise, a license or right of use of Novatel 
Wireless or any other Trademark displayed in this user manual without the written permission of Novatel Wireless or its 
respective owners. 
• Novatel Wireless, and the Novatel Wireless logo are all trademarks of Novatel Wireless, Inc.
• MiFi® and the MiFi logo are registered trademarks of Novatel Wireless, Inc.

• Microsoft and Windows are either registered trademarks or trademarks of Microsoft Corporation in the United States and/or 
other countries.
• Apple®, Mac®, and Mac OS® are trademarks of Apple, Inc., registered in the U.S. and other countries.
• Linux® is the registered trademark of Linus Torvalds in the U.S. and other countries.
The names of actual companies and products mentioned in this user manual may be the trademarks of their respective 
owners.
Novatel Wireless Revision History
Part Number Revision Description Date
90029397 R1 Initial release 13 Oct 2016
FCC ID: PKRNVWT2000
PN: 90029397 R1 DRAFTC UG T2000 VZW_101316
Please visit www.novatelwireless.com  for the latest information about your device.

Contents
Overview   . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1
System Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
Components and Indicators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
LED Indicator States  ..................................................................... 5
Device Information Screens . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6
Power Management  ......................................................................... 8
Caring for Your Wireless Home Phone  ........................................................ 9

Getting Started  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . 10
Setup Overview  ............................................................................ 11
Installing and Charging the Battery . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12
Removing the Battery . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13
Backup Battery Tips . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

Installing the Optional Antenna . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14
Powering On the Unit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15
Connecting Your Phone and/or Fax . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16
Connecting a Security System Alarm  ........................................................ 17
Initial Activation  ............................................................................ 18
Transferring Your Existing Number  ...................................................... 18

Using Your Wireless Home Phone  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . 19
Making Calls  ................................................................................ 20
Restrictions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20
Receiving Calls  ............................................................................. 21
Call Waiting  ............................................................................ 22
Missed Calls  ............................................................................ 22

Using Voice Mail  ............................................................................ 23
Setting up Voice Mail  ................................................................... 23
Using Voice Mail  ........................................................................ 23
Call Forwarding . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24
To Turn on Call Forwarding . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24
To Turn off Call Forwarding . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24

Using a Text Telephone  ..................................................................... 25
Troubleshooting  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . 26
Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27
Common Problems and Solutions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28
Technical Support  .......................................................................... 31
Product Specifications and Regulatory Information   . . . . . . . . . . . . . . . . . . . . . . . . . 32

Product Specifications  ...................................................................... 33

iiiGeneral  ................................................................................ 33
Technology/Bands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33
Environmental . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33
Regulatory Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34
Limited Warranty and Liability  .............................................................. 35
Safety Hazards . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36
Proper Battery Use and Disposal  ............................................................ 38

Glossary   . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39

Components and Indicators
Power Management
Caring for Your Wireless Home PhoneOverview1

2System Requirements
The Wireless Home Phone gives you residential phone service as part of your cell phone account. 
It connects up to two wired phones or fax machines. To use it, you must subscribe to an eligible 
Verizon Wireless Voice plan.

3Components and Indicators
➊ Power button — push button that turns  the device on or off.
➋ Phone/Fax ports — RJ11 jacks for phone and/or fax.
➌Alarm port — Alarm compatibility coming soon . Check with Verizon for information.  
➍ Power connector port — jack for the AC power adapter.
➎ Antenna connector — jack for an optional antenna.
➏ OLED Display — screen that presents device information such as signal strength, network
connection, phone number, and battery charge, as well as state information, such as caller IDfor an incoming call or voice mail alert.
➐ LED status indicator — light that signals states such as missed calls, available voice mail, lackof service or low battery (See LED Indicator States on page 5.)
➑ Menu button — wakes up the display screen and pages through any status screens . 
WARNING ! Do not connect  a phone or fax to the yellow port labeled ALARM. This port is

WARNING ! Do not connect  a phone or fax to the yellow port labeled ALARM. This port is 
intended for connecting a home security system only. Inserting a phone line into this port could cause  
damage the device.

4➊
 Wall mount brackets — for mounting the Wireless Home Phone to the wall.
➋ Battery port — jack for plugging in the Wireless Home Phone battery pack.
➌ Battery cover — lift to remove battery door so you can access the battery pack and/or reset
button.
➍ Reset button — Used to reset the unit back to factory defaults.

5LED I ndicator S tates
An LED ligh t on the M enu butt on indica tes the cur rent sta te of the Wireless Home P hone unit .
LED STATE DESCRIPTION
Red Solid
Red Blinking Wireless Home Phone has an issue. Press button for more info.Wireless Home Phone is oﬀ and charging.
Blue Solid Wireless Home Phone is connected to the network.
Blue Blink ing
Green Solid Wireless Home Phone is oﬀ and fully charged.Voicemail or missed call noti/f_ication. Press button for more info.

6Device Information Screens
The Wireless Home Phone display screen is used to communicate information while the device is 
in use. For example, during a call, it shows a timer that tracks call length. If you miss a call, you can 
view a list of missed calls on the screen. 
In Idle mode, the display screen goes black to save power. Press the Menu button below the screen 
to awaken it. The first of three Device Info screen (the Home screen) shows the Verizon logo. A status 
bar at the top includes icons that indicate current status.
ICON DESCRIPTION
Indicates the signal strength of the service connection -  from one to five bars.
The wireless service connection. This device will always use 4G LTE.
Appears when the Wireless Home Phone  is roaming and is connected to a 
network other than the Verizon network.
Appears when a new voice message has been left, along with the number of 
new messages waiting.
Appears when TTY (text telephone service) is enabled.

7Press the Menu button to display the next screen of device information.
Second Device Info Screen
The second Device Info screen shows:
 •the model of the Wireless Home Phone unit (T2000)
 •the phone number assigned to the unit
 •the current TTY value: None, Full, VCO, or HCO ((See Using a Text Telephone on page 25.)
Press the Menu button again to display the third Device Info screen.
Third Device Info Screen
The third page of the display screen shows:
 •the version number of the software (SW) currently installed
 •the configuration version (SDM) of the installed software
 •the International Mobile Equipment Identity (IMEI) of this device
 •the current battery state: No Battery, Charging, Charged, or Discharging
NOTE   W hen there is no battery, the device shuts down after displaying the no battery screen and no
additional device info screens are displayed.
  NOTE   S oftware is automatically updated during phone idle time. Phone is not usable during upgrade.

Press the Menu button again to return to the Home page.
During active Wireless Home Phone use, the display screen presents information pertinent to the 
current activity. For example, when an incoming call is received, the screen shows caller ID. During a call, a counter shows call length.

8Power Management
Your Wireless Home Phone comes with both a backup battery and an AC wall charger. It is possible 
to use the unit without AC power, but it will not function if the battery is not in place.
 •AC Wall Charger — Position the Wireless Home Phone near an AC outlet and keep the unitplugged in during normal use.
 •Backup Battery — The battery is automatically charged whenever the Wireless Home Phoneis plugged into AC power. To check battery status, press the unit’s Menu button three timesto display the third page of the display screen.
During a power outage or if the wall charger is unplugged, the Wireless Home Phone continues to run off the battery. The Menu button indicator light blinks blue and the display screen shows current battery charge with a message to connect power. Some functions will not be available in battery mode. 
  NOTE   During a power outage, only phones that do not require electric power can be used to make or receive calls (including calls to 911)
.

NOTE   During a power outage, only phones that do not require electric power can be used to make or receive calls (including calls to 911)
. 
If the battery charge becomes low, the Menu button indicator light blinks red.
CAUTION!  Before handling the Wireless Home Phone battery pack, read the battery 
safety information in the “Safety Hazards” section of this guide. (See Proper Battery Use and Disposal on page 38.)

9Caring for Your Wireless Home Phone
Like any electronic product, the Wireless Home Phone must be handled with care to ensure reliable 
operation. The following guidelines are recommended:
Protect the Wireless Home Phone from liquids, dust, and excessive temperatures. 
 •Do not apply adhesive labels to the Wireless Home Phone;  they may cause the Wireless
Home Phone to potentially overheat or alter the performance of the antenna.
 •Store the Wireless Home Phone in a dry and secure location when not in use.

Setup Overview
Installing and Charging the Battery
Installing the Optional Antenna
Powering On the Unit
Connecting to Your Phone and/or Fax
Connecting a Security System Alarm
Initial ActivationGetting Started2

11Setup Overview
To set up your Wireless Home Phone for the first time:
 ➊ Make sure you are subscribed to an eligible Verizon Wireless Voice Only or Voice and Data 
plan.
 ➋ Install and charge the battery. (See Installing and Charging the Battery  on page 12.)
 ➌ Install the optional antenna, if desired. (See Installing the Optional Antenna  on page 14.)  
 ➍ Power on the Wireless Home Phone unit. (See Powering On the Unit  on page 15.)  
 ➎ Connect your phone or fax machine. (See Connecting Your Phone and/or Fax  on page 16.)
 ➏ Connect any home security system. (See Connecting a Security System Alarm  on page 17.)
 ➐ Activate your Wireless Home Phone. (See Initial Activation  on page 18.)

12Installing and Charging the Battery
➊ Press your finger against the battery cover removal tab on the underside of the Wireless
Home Phone, then lift and remove the cover.
➋ Press the battery cable plug into the internal port, keeping the red cable to the center of thebattery case and the metal contacts facing out.
➌ Place the battery, label side up, in the battery compartment.
➍ Replace the battery cover by setting it on the Wireless Home Phone where the notches align,then press on the cover until it clicks into place and is flat across the entire bottom surface.
➎ Plug the AC power cord into the Wireless Home Phone power port on the back of theWireless Home Phone.
➏ Plug the other end of the power cord into an appropriate electrical outlet. Charging willbegin immediately. It normally takes up to 4 hours to fully charge the battery.
WARNING!  Be sur e to use the power cord that came with your Wireless Home Phone to avoid 
damage that may void the warranty.

  NOTE   Device operation without the battery is not supported.  If the battery is removed, the device shuts 
down immediately. 
CAUTION!  Use only batt eries that have been approved by Verizon Wireless. Failure to use 
approved batteries may increase the risk that your Wireless Home Phone will overheat, catch fire, 
or explode, resulting in serious bodily injury, death, or property damage.

13Removing the Battery
Should you need to replace the battery, follow these steps to remove it:
➊ Power off and unplug the Wireless Home Phone.
➋ Press your finger against the battery cover removal tab on the underside of the Wireless
➌ Lift the battery to remove from the battery compartment.
➍ Carefully disconnect the battery cable from the battery plug.
IMPORTANT  Whenever you remove or insert the battery, make sure your Wireless Home 
Phone is not connected to any device or power source. Never use tools, knives, keys, pens or any type of object to force the battery cover open or to remove the battery. Using any of these types of objects could result in puncturing the battery.
Backup Battery Tips
WARNING  ! Alwa ys use approved batteries and chargers with your Wireless Home Phone. The 
warranty does not cover damage caused by non-approved batteries and/or chargers.
 •When battery charge is low, the Menu button indicator light flashes red.

 •It normally takes up to 4 hours to fully charge the backup battery with the power cord.
 •Do not use sharp objects or excessive force or remove the battery, as this may damage theWireless Home Phone and the battery.
 •Battery life depends on the network, signal strength, temperature, features, and accessoriesyou use.
 •New batteries or batteries stored for a long time may take more time to charge.
 •When charging your battery, keep it near room temperature.
 •When storing your battery, keep it uncharged in a cool, dark, dry place.
 •Never expose batteries to temperatures below -20°C (4°F) or above 60°C (140°F).
 •Never leave the Wireless Home Phone in an unattended vehicle due to uncontrollabletemperatures that may be outside the desired temperature range for this Wireless HomePhone.

•Never leave the Wireless Home Phone in an unattended vehicle due to uncontrollabletemperatures that may be outside the desired temperature range for this Wireless HomePhone.
 •Some batteries perform best after several full charge/discharge cycles.
 •It is normal for batteries to gradually wear down and require longer charging times. If you
notice a change in your battery life, it is probably time to purchase a new battery.

14Installing the Optional Antenna
To increase signal strength, you can install an optional ant enna. To purchase the optional antenna 
for the Wireless Home Phone, please visit www.verizonwireless.com or go to a Veriz on Wireless 
store.
To install the optional antenna, align its plug with the antenna port on the Wireless Home Phone 
and screw it securely into place.
Restart the Wireless Home Phone after the antenna is inserted or removed.  
Use the following installation instructions to comply with FCC rules on RF exposure. Failure to follow 
these guidelines can result in operations that exceed RF exposure limits.
 •Maintain a minimum distance of at least 20 cm (8 in) from all persons.
 •Use only the approved optional antenna available through Verizon Wireless. Never use an
antenna from another vendor or another source.

15Powering On the Unit
Once you have installed the Wireless Home Phone battery and power cord, press the power button 
on the back of the unit to turn the system on.
While the unit boots up, the Menu button indicator light blinks red. You’ll see “Hello” on the display 
screen, followed by the Verizon logo and then the Home screen.
Check the signal strength indicator ( 
  ) to make sure at least two bars are lit. If not, move the 
Wireless Home Phone to an alternative location that provides a stronger signal. 
To power off the unit, simply press the power button again. If the battery is not fully charged, it will 
continue to charge even while the unit is turned off.

16Connecting Your Phone and/or Fax
The Wireless Home Phone provides two phone jacks (or ports). Typically, one is used for a phone 
and the other port is used for a fax machine. Both ports use the same phone number.
➊ Unplug your phone or fax from the wall jack.
WARNING!  D o NOT plug the Wireless Home Phone into your phone wall jack.
➋ Plug the end of the phone cord that was just removed from the wall jack into one of thetwo phone ports on the back of the Wireless Home Phone. The other end of the cord mustremain plugged into the back of your phone’s base unit or your fax machine.
WARNING!  D o NOT plug your phone or fax machine into the yellow port labeled Alarm. Doing 
so could stop the device from working.

17Connecting a Security System Alarm
Alarm compatibility coming soon. Check with Verizon for information.

18Initial Activation
A voice plan is required to make and receive calls. If you are not subscribed to a plan with voice 
service, dial *611 to sign up for service.
Make a call to test service. Note that in most areas, you will need to include the three-digit area 
code, even for local calls. 
Transferring Your Existing Number
IMPORTANT  Customers transferring a phone number will not be able to receive calls on the 
Wireless Home Phone until the transfer process is complete. This process can take 2–10 business 
days. When the transfer is complete,  you will receive an email at the email address you provided to Verizon.
Once your phone number transfer is complete, disconnect the phones from your home wall jacks and connect them to the Wireless Home Phone. After power on, you will be able to make and receive calls through the phones connected to the Wireless Home Phone.
To check the status of your transfer, visit www.verizonwireless.com/lnp or call the Port Center at 
(877) 567-4899.

Making Calls 
Receiving Calls
Using Voice Mail
Call Forwarding
Using a Text TelephoneUsing Your Wireless Home 
Phone3

20Making Calls
Before making a call, make sure at least two of the voice signal strength indicators are lit.
➊ Place a call by entering the desired phone number. In most areas, you will need to include
the three-digit area code, even when dialing a local number.
As soon as your call is connected, the Wireless Home Phone display screen shows a counter
that shows the length of your call.
➋ When your call is complete, hang up to ensure that you can receive calls.
The following types of calls cannot be made with your Wireless Home Phone:
 •Collect or operator-assisted calls
 •Phone numbers beginning with 500, 700, 900, 976
 •Dial-around calls (e.g., 1010-XXXX)
 •DSL or dial-up Internet service
 •Calls to mobile merchant machines (credit card machines)
 •Calls to any type of PBX or Centrex system
 •Calls to Medical or Life Alert systems

21Receiving Calls
As soon as your Wireless Home Phone is set up and activated, it will be able to receive calls. 
  NOTE   If you have a new phone number, be sure to share it with family and friends. To view your phone 
number on the Wireless Home Phone screen, press the Menu button twice.
When an incoming call is received, the Wireless Home Phone screen shows the number of the 
incoming caller. If the caller’s ID is blocked or unavailable, it shows “Unknown” or “Private Number. ”
Simply answer the attached phone as you normally would. The Wireless Home Phone screen changes to track the call length.

22Call Waiting
If a call comes in while you are on the phone, you’ll hear a click and the incoming phone number 
appears on the Wireless Home Phone screen.  Depress the Flash button on the phone to put the 
first call on hold and answer the second call. When you hang up or press Flash again, you are 
reconnected with the first call.
Missed Calls
If you do not pick up an incoming call, the Menu button indicator light blinks blue and the display 
screen indicates a missed call. 
Press the Menu button to view a list of missed calls. The last three missed calls are shown. If more 
than one call was received from a number listed, the number of calls received from it appears in 
parentheses. If caller ID is not available for a missed call, it appears as Private Number. 
To clear the Missed Calls list, press the Menu button.

23Using Voice Mail
Verizon includes integrated voice mail with its phone service. If you want to use it, you must first set 
it up for your account. 
Setting up Voice Mail
To set up and manage your voice mail, dial *86 and follow the system prompts. For more details 
about your voice mail service, visit www.verizonwireless.com/voicemail.
 ➊ When the voice mail system includes messages you have not listened to, the Menu button 
indicator light blinks blue and the voice mail indicator ( 
  ) appears on status bar of the 
Wireless Home Phone screen, along with the number of new messages.
 ➋ Dial *86 to access your voice mail.
 ➌ Follow the system prompts to listen to and manage your voice mails.
  NOTE  Refer to the Troubleshooting section for additional instruction on accessing voice mail or using a 
home phone answering machine as your preferred method to manage your voice messages.

24Call Forwarding
With Call Forwarding, you can automatically transfer all calls coming into y our Wireless Home Phone 
to another phone number, including your mobile phone or office number. Your home phone will 
not ring until you turn off the service. 
To Turn on Call Forwarding
➊ Dial *72.
➋ Immediately enter the phone number to which you want calls forwarded (for example, *72-
555-123-4567).
➌ You will hear a confirmation tone.
➍ Hang up your home phone or return the phone receiver to its base.
While Call Forwarding is in place, the Menu button indicator light blinks blue, and the display screen indicates that forwarding is in effect.
To Turn off Call Forwarding
➊ Dial *73.
➋ You will hear a confirmation tone.
➌ Hang up your home phone or return the phone receiver to its base.

25Using a Text Telephone
A Text Telephone (TTY) is used by those who are hearing or speech impaired to translate typed text 
to voice and vice versa. To use the Wireless Home Phone with TTY, you must change the TTY mode 
from the default (None) to one of the following modes:
 •Full TTY  translates both text to voice and voice to text. The person using the TTY can type 
outgoing messages (which are translated to voice on the other end) as well as read messages 
that have been translated from the connected caller’s voice.
 •Voice Carry Over (VCO) translates incoming voice to text, allowing the person using the TTY 
to speak directly to the other caller and read translated text on the TTY screen.
 •Hearing Carry Over (HCO) translates text typed to voice, allowing the person using the TTY to 
type instead of speak yet hear the connected caller’s voice.
To change TTY mode on the Wireless Home Phone, dial ##56*n#  where n indicates the TTY to use:
0 - None (TTY is disabled)
1 - Full TTY mode

2 - VCO mode
3 - HCO mode

Overview
Common Problems and Solutions
Technical SupportTroubleshooting4

27Overview
When properly installed, the Wireless Home Phone is a highly reliable product. Most problems are 
caused by one of these issues:
•Phones connected to incorrect ports. Please refer to the labels next to  the ports for proper 
•Network coverage is unavailable due to coverage area, an account problem, or a network  
problem. To display a Verizon Wireless coverage map, see Verizon Wireless Coverage map. 
The following tips can help solve many common problems encountered while using the Wireless Home Phone.
First Steps
 •Make sure you are using the Wireless Home Phone in the correct geographic region.
 •Ensure that your wireless coverage extends to your current location.
 •If you do not receive a strong voice or data signal, move the device to a different location.
 •Ensure that you have an active subscription plan.
 •Restarting your Wireless Home Phone can resolve many issues.
IMPORTANT  Bef ore contacting support, be sure to restart your Wireless Home Phone.

28Common Problems and Solutions
The following are some common problems and solutions.
Why am I not getting a dial tone on my handset?
Check the power indicator on the Wireless Home Phone Menu button. 
 •If it is not illuminated, make sure the AC power adaptor is properly connected to both the
unit and the wall socket.
 •If it is blue, check to make sure the phone cable is securely plugged into both the phone andthe Wireless Home Phone unit. Make sure you have at least two bars of signal strength  (
 ) 
and that you are not roaming outside of the Verizon Wireless network ( 
  ).
Can I create a shortcut to access my voice mail?
The availability of a shortcut feature to access voice mail messages depends solely on the capabilities of the phone you use with the Wireless Home Phone. Please refer to the user material that came with your phone.
If your home phone does not support a shortcut feature to access voice messages, you may have

If your home phone does not support a shortcut feature to access voice messages, you may have 
the option to save your voice mail number into the address book on the handset and assign that number to the #1 speed dial position on your phone’s keypad. Remember, you can always dial *86 to access your voice mail.
Can I use my phone answering device instead of voice mail?
Yes. Set the answering device to pick up after fewer rings in order for it to pick up the call before Verizon Wireless voice mail. Alternatively, turn off your home answering machine or increase thenumber of rings if you would like to use the Verizon Wireless voice mail service. Please referto the user material provided by the home answering machine manufacturer forinstructions.
Does 911 work on this device?

Yes, but since the Wireless Home Phone is designed for an indoor environment,please be prepared to provide your location inside the premises to public servicepersonnel. The GPS chipset embedded in this device will work best if the device is locatednear a window or other opening.
Does the Wireless Home Phone work during a power outage?
While the Wireless Home Phone has a backup battery, if the phone connected to itrequires external power to operate, service (including the ability to make and receive 911calls) will not be available during a power outage. Service will only be available during a power outage if the home phone connected to the device does not rely on external power to operate (as is the case with many corded phones).

29How long is the backup battery life of the Wireless Home Phone?
Talk usage time on backup battery is approximately 3 hours and standby time is approximately 33 
hours. Actual values can vary with environmental conditions.**
How does Caller ID (CID) work?
CID allows you to see the caller’s name and/or phone number before you take the call. Monthly 
subscription charges may apply. Please consult your carrier for further information.
Can I adjust the volume on my phone?
You can adjust the volume using your phone connected to the Wireless Home Phone. The default 
setting is the highest volume available.
Why do I get the recording, "Call cannot be completed as dialed?"
Check the number to ensure you’re dialing correctly, without pauses longer than two seconds 
between dialed digits. 
How do I reset the Wireless Home Phone back to factory  
settings? 
The master reset button is in a small hole located on the bottom of the Wireless Home Phone

settings? 
The master reset button is in a small hole located on the bottom of the Wireless Home Phone 
battery cover. This button returns the device to factory settings. 
To reset the Wireless Home Phone: 
➊ Place one end of an unfolded paper clip into the master reset button hole.
➋ Press the paper clip on the button until the display shows "Resetting to factory defaults"
(about five to six seconds); then your Wireless Home Phone will restart.
**  A phone that does not require separate electric power is required to place or receive calls (including 911) during a power outage.

30Technical Support
IMPORTANT  Before contacting support, be sure to restart the Wireless Home Phone and 
perform the troubleshooting steps in this guide.
For additional information and technical support, the visit the Verizon online support web page at 
http://Verizonwireless.com/support . If you still need help, visit any Verizon Wireless store or contact 
Customer Service at 1-800-922-0204 .

Product Specifications
Regulatory Information
Limited Warranty and Liability
Safety Hazards
Proper Battery Use and DisposalProduct Specifications and 
Regulatory Information5

33Product Specifications
General
Name: Verizon Wireless Home Phone
Model: T2000
Standards/Approvals/Certifications: FCC (North America)/IC, PTCRB, GCF, UL 2853, 
California CEC
Weight: 420 g / 14.8 oz
Dimensions: 105 mm x 125 mm x 30 mm,  
4.13 in x 4.92 in x 1.18 in
Wireless Network  LTE
Battery
 •Size
 •Time required for full charge1800 mAh
4 hours (when not in use)
Chip Set: Altair ALT3800 
Interface Types:  Phone (RJ-11) (2)/Security (RJ-31) (1)/
Programming and/or Charging (Micro USB) (1)/
External Antenna (SMA) (1)
LED: Power, battery charging & voice mail status 
GPS: A-GPS with SUPL for E911 only
Technology/Bands
Technology: LTE
Band Designation: LTE: B2/B4/B13
LTE Transmit Band: 1850-1910 MHz/1720-1755/777-787 MHz 
LTE Receive Band: 1930-1990 MHz/2110-2155/746-756 MHz
Environmental
Operating Temperature: Battery + charger: -10 ° C to +55° C (14°F to 131° F)  
Battery only:            -10 ° C to +45° C (14°F to 113° F)
Storage Temperature: -40 ° C to +85° C (-40°F to 185° F)

Drop: 1 meter (3.28 feet) drop, no damage – fully 
operational
Vibration Stability: 5 Hz to 500 Hz, 0.1 octave/second

34Regulatory Information
Federal Communications Commission (FCC) Statement
15.21
You are cautioned that changes or modifications not expressly approved by the part responsible for compliance 
could void the user’s authority to operate the equipment.
15.105(b)
This equipment has been tested and found to be within the limits for a Class B digital device, pursuant to part 15 of the 
FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential 
environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used 
in accordance with the instructions, may cause harmful interference to radio communications. However, there is no 
guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference 
to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to

to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to 
try to correct the interference by one or more of the following measures:
 • Reorient or relocate the receiving antenna.
 • Increase the separation between the equipment and the receiver.
 • Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
 • Consult the dealer or an experienced radio/television technician for help.
This device complies with Part 15 of the FCC Rules.
1. This device may not cause harmful interference.
2. This device must accept any interference received, including interference that may cause undesired operation of 
FCC RF Radiation Exposure Statement:
1. This Transmitter must not be co-located or operating in conjunction with any other antenna or transmitter.

2. This equipment complies with FCC RF radiation exposure limits set forth for an uncontrolled environment. This 
equipment should be installed and operated with a minimum distance of 20 centimeters between the radiator 
and your body.
Allowed maximum gain(dBi), including antenna cable loss
Frequency Band Antenna gain (dBi, including cable loss)
740 MHz ~ 800 MHz WWAN 2.53 dBi
1710 MHz ~ 1900 MHz WWAN 4.12 dBi
1910 MHz ~ 2200 MHz WWAN 3.88 dBi
End user product of external antennas available from vendors specified by the equipment supplier. Please contact the 
equipment supplier for end user antenna and connector recommendations
RF Exposure Content
FCC Equipment Authorization ID : PKRNVWT2000
This device is authorized for use in mobile applications. At least 20 cm (8 in) of separation between the  and the user’s

This device is authorized for use in mobile applications. At least 20 cm (8 in) of separation between the  and the user’s 
body must be maintained at all times.

35Limited Warranty and Liability
Novatel Wireless, Inc. warrants for the 12-month period immediately following receipt of the 
Product by Purchaser that the Product will be free from defects in material and workmanship under 
normal use.  THESE WARRANTIES ARE EXPRESSLY IN LIEU OF ALL OTHER WARRANTIES, EXPRESS OR 
IMPLIED, INCLUDING, WITHOUT LIMITATION, ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND 
FITNESS FOR A PARTICULAR PURPOSE. 
The exclusive remedy for a claim under this warranty shall be limited to the repair or replacement, 
at Novatel Wireless’ option, of defective or non-conforming materials, parts or components.  The 
foregoing warranties do not extend to (I) non conformities, defects or errors in the Products due 
to accident, abuse, misuse or negligent use of the Products or use in other than a normal and 
customary manner, environmental conditions not conforming to Novatel Wireless’ specification, of

customary manner, environmental conditions not conforming to Novatel Wireless’ specification, of 
failure to follow prescribed installation, operating and maintenance procedures, (II) defects, errors or 
nonconformities in the Product due to modifications, alterations, additions or changes not made in 
accordance with Novatel Wireless’ specifications or authorized by Novatel Wireless, (III) normal wear 
and tear, (IV) damage caused by force of nature or act of any third person, (V) shipping damage, 
(VI) service or repair of Product by the purchaser without prior written consent from Novatel 
Wireless, (VII) products designated by Novatel Wireless as beta site test samples, experimental, 
developmental, reproduction, sample, incomplete or out of specification Products, or (VIII) returned 
products if the original identification marks have been removed or altered.

36Safety Hazards
Do not operate the Verizon Wireless Home Phone in an environment that might be susceptible to 
radio interference resulting in danger, specifically:
Areas where prohibited by the law
Follow any special rules and regulations and obey all signs and notices. Always turn off the host 
device when instructed to do so, or when you suspect that it might cause interference or danger.
Where explosive atmospheres might be present
Do not operate your device in any area where a potentially explosive atmosphere might exist. 
Sparks in such areas could cause an explosion or fire resulting in bodily injury or even death. Be 
aware and comply with all signs and instructions.
Users are advised not to operate the device while at a refueling point or service station. Users are 
reminded to observe restrictions on the use of radio equipment in fuel depots (fuel storage and 
distribution areas), chemical plants or where blasting operations are in progress.

Areas with a potentially explosive atmosphere are often but not always clearly marked. Potential 
locations can include gas stations, below deck on boats, chemical transfer or storage facilities, 
vehicles using liquefied petroleum gas (such as propane or butane), areas where the air contains 
chemicals or particles, such as grain, dust or metal powders, and any other area where you would 
normally be advised to turn off your vehicle engine.
Near medical and life support equipment
Do not operate your device in any area where medical equipment, life support equipment, or near 
any equipment that might be susceptible to any form of radio interference. In such areas, the host 
communications device must be turned off. The device can transmit signals that could interfere 
with this equipment.

On an aircraft, either on the ground or airborne
In addition to FAA requirements, many airline regulations state that you must suspend wireless 
operations before boarding an airplane. Please ensure that the modem is turned off prior to 
boarding aircraft in order to comply with these regulations. The modem can transmit signals that 
could interfere with various onboard systems and controls.
While operating a vehicle
The driver or operator of any vehicle should not operate a wireless data device while in control of a 
vehicle. Doing so will detract from the driver or operator’s control and operation of that vehicle. In 
some countries, operating such communications devices while in control of a vehicle is an offense.

37Electrostatic discharge (ESD) 
Electrical and electronic devices are sensitive to electrostatic discharge (ESD). Macintosh native 
connection software might attempt to reinitialize the device should a substantial electrostatic 
discharge reset the device. If the software is not operational after an ESD occurrence, then restart 
your computer.

38Proper Battery Use and Disposal
IMPORTANT  In event of a battery leak:
• Do not allow the liquid to come in contact with the skin or the eyes. If contact has been 
made, wash the affected area with large amounts of water and seek medical advice.
• Seek medical advice immediately if a battery has been swallowed.
• Communicate the appropriate steps to be taken if a hazard occurs. Due to the transmission 
and reception properties of wireless communications, data occasionally can be lost or 
delayed. 
Please review the following guidelines for safe and responsible battery use.
 •Do not disassemble or open, crush, bend or deform, puncture, or shred.
 •Do not modify or remanufacture, attempt to insert a foreign object into the battery, immerse 
or expose to water or other liquids, or expose to fire, explosion, or other hazard.
 •Only use the battery for the system for which it was specified.
 •Only use the battery with a charging system that has been qualified with the system per

•Only use the battery for the system for which it was specified.
 •Only use the battery with a charging system that has been qualified with the system per 
this standard. Use of an unqualified battery or charger may present a risk of fire, explosion, 
leakage, or other hazard.
 •Do not short circuit a battery or allow a metallic or conductive object to contact the battery 
terminals.
 •Replace the battery only with another battery that has been qualified with the system per 
this standard. Use of an unqualified battery may present a risk of fire, explosion, leakage, or 
other hazard.
 •Promptly dispose of used batteries in accordance with local regulations.
 •Battery usage by children should be supervised.
 •Avoid dropping the Wireless Home Phone or battery. If the Wireless Home Phone or the 
battery is dropped, especially on a hard surface, and the user suspects damage, take it to a 
service center for inspection.

 •Improper battery use may result in a fire, explosion, or other hazard.

40Glossary
 ● 4G LTE  — Fourth Generation Long Term Evolution. LTE is a standard for wireless data communications 
technology and an evolution of the GSM/UMTS standards. The goal of LTE is to increase the capacity 
and speed of wireless data networks using new DSP (digital signal processing) techniques and 
modulations that were developed around the turn of the millenium. A further goal is the redesign and 
simplification of the network architecture to an IP-based system with significantly reduced transfer 
latency compared to the 3G architecture. The LTE wireless interface is incompatible with 2G and 3G 
networks, so that it must be operated on a separate wireless spectrum.
 ● IMEI — International Mobile Equipment Identity. Used in LTE networks to identify the device. It is 
usually printed on the device and can often be retrieved using a USSD code. 
 ● Network Operator    — The vendor who provides your wireless access. Known by different names in

 ● Network Operator    — The vendor who provides your wireless access. Known by different names in 
different regions, some examples are: wireless provider, network provider, and service provider.
 ● Network Technology   — The technology on which a particular network provider’s system is built.
 ● Port  — A virtual data connection used by programs to exchange data. It is the endpoint in a logical 
connection. The port is specified by the port number.
 ● Port Number  —  A 16-bit number used by the TCP and UDP protocols to direct traffic on a TCP/IP 
host. Certain port numbers are standard for common applications.
 ● Protocol  — A standard that enables connection, communication, and data transfer between 
computing endpoints.
 ● SIM — Subscriber Identification Module. Found in LTE and GSM network technology, the SIM is a card

 ● SIM — Subscriber Identification Module. Found in LTE and GSM network technology, the SIM is a card 
containing identification information for the subscriber and their account. The SIM card can be moved 
to different devices.
 ● TTY — Text Telephones (TTY), also known as Telecommunications Device for the Deaf (TDD), are used 
by the deaf, hard–of–hearing, and individuals with speech impairments to communicate.

Företagsekonomiska institutionen
Department of Business Studies
Leading IT-Enabled Change 
Inside Ericsson
A Transformation Into a Global Network 
of Shared Service Centres
Einar Iveroth

/content/drive/MyDrive/Vz_GenAI/NOT_TICKETS/Ericsson A Transformation.pdf

Einar Iveroth  
Iveroth, E. (2010). Leading IT-Enabled Change Inside Ericsson: A Transformation Into a Global Network 
of Shared Service Centres . Doctorial thesis No. 146, Department of Business Studies, Uppsala 
University, 116 pp., ISSN 1103-8454.  Dissertation presented at Uppsala University to be publicly examined in Hall 2, Centre for Social 
Sciences (Ekonomikum), Uppsala, Tuesday, March 30, 2010 at 13:15 for the degree of Doctor of 
Philosophy. The examination will be conducted in Swedish.  
 
ABSTRACT 
The purpose of this thesis is to explore—from a managerial perspective—how IT-enabled 
change is designed, led, and sustained from-within an organisation. This is an issue of central 
concern because there is a considerable lack of research that directly incorporates IT in 
management and organisational change studies. In addition, earlier research has recurrently 
focused on abstract theorising, aggregated perspectives, and exploring organisational change from

focused on abstract theorising, aggregated perspectives, and exploring organisational change from 
the outside, from-without. Consequently, the present body of research provides limited 
knowledge of how organisations in practice lead large-scale IT-enabled transformations. 
The thesis herein sets out to explore this question, and does so by following the change 
designers and agents of the telecommunications company Ericsson, that transformed its finance 
and accounting unit from a highly decentralised structure into a shared service centre structure 
(SSC) entitled: “The Global F&A Transformation Programme”. The formal transformation 
lasted three years, was enabled by an enterprise resource planning (ERP) system, and was driven 
in the majority of Ericsson’s sub-units situated in more than 140 countries.

in the majority of Ericsson’s sub-units situated in more than 140 countries.  
Theoretically, this thesis addresses the research question: how do actors and structures 
influence large-scale  IT-enabled change?  The principal finding of the thesis is a four-stage 
analytical framework built on the concepts of common ground, common meaning, common 
interest, and common behaviour: The Commonality Framework for IT-enabled Change . The value of the 
framework is that it depicts the interplay between actors and structures on a micro-level. In doing 
so, the framework explains the different levels of complexity in a transformation and how they 
require different structures to be used, different activities to be performed, different skills to be 
applied, and different roles to be played. The framework can be used by both academics and

applied, and different roles to be played. The framework can be used by both academics and 
practitioners to develop, assess, and improve IT-enabled change projects. 
In a broader perspective, the findings further suggest that change comes about as an 
upward spiral, within which the moving targets of IT and organisation are intimately 
interconnected. This reciprocal interconnectedness between IT and organisation across time 
implies that if changes are done to technological properties, this necessitates changes to the 
organisational properties, and vice versa. Organisations at the hands-on-level more or less have to 
change to make use of the IT-enabled advantages. Thus, successful IT-enabled change is more 
than the technology artefact per se,  and requires thoughtful attentiveness not only to the

than the technology artefact per se,  and requires thoughtful attentiveness not only to the 
technological and material side, but also to the organisational, social and human side of change. 
The theoretical contribution of this thesis is the in-depth exposition of different aspects 
and interplays between the properties of actors and structures from-within the organisation. The 
empirical contribution is the description of how contemporary multinational organisations 
initiate, lead, and sustain large-scale IT-enabled change.  
 
Keywords : IT-enabled change, global organisational change, ERP, shared service centre, change 
agent, actor, structure, practice. 
 Einar Iveroth, Department of Business Studies, Box 513, Uppsala University, SE-751 20 
Uppsala, Sweden.  
ISSN 1103-8454 © Einar Iveroth 
Printed in Sweden 2010 by Universitetstryckeriet, Ekonomikum, Uppsala.

My profound appreciation goes out to my supervisor Associate

Professor Jan Lindvall who has guided and supported my work since 2005. Thank you for believing in me and for your inspiration and dedication which has made me see things in a new light. My sincere gratitude also goes to my second supervisor Professor Lars Engwall, and Professor Birger Rapp, Professor Bo Carlsson, and the colleagues at MIT. I appreciate your insightful feedback and support.  My fellow colleague Pontus Fryk deserves a special acknowledgment, as he has been an excellent critic and friend during the long PhD journey. The academic ride was also made more fun, smoother and less bumpy by Jonas Løvdal, Timothy Olson, Jeanette Fors, Katarina Buhr, Ravi Dar, Johan Gregeby, Oscar Persson Ridell, Dariusz Osowski, Svenja Tams, Firouze Pourmand, Joakim Netz, Martin Svensson, Patrick Grimlund, Erik Nilsson, Erik Lundmark, Leon Caesarius, and Henrik Dellestrand.  I am particularly grateful to Professor Jannis Kallinikos and the colleagues of the ISIG group at The London School of

Grimlund, Erik Nilsson, Erik Lundmark, Leon Caesarius, and Henrik Dellestrand.  I am particularly grateful to Professor Jannis Kallinikos and the colleagues of the ISIG group at The London School of Economics for opening their doors and sharing their ideas. The months I spent at your institution were vital for finishing my work, thank you. The perceptive ideas and questions from Associate Professor Birgitta Södergren during the final higher seminar at Uppsala could not have been more valuable for the closure of this thesis.  I would also like to give credit to The Swedish Research School of Management and IT (MIT) and the foundations of Jan Wallander, Tom Hedelius and Tore Browaldh whose financial support made this thesis possible. Also, Elisabeth Hallmén and Merawi Tezera deserve my acknowledgements for solving my administrative and technological problems. In addition, I would like to extend my deep appreciation to Claes Eriksson, Stig Christensen, and all the other respondents from

for solving my administrative and technological problems. In addition, I would like to extend my deep appreciation to Claes Eriksson, Stig Christensen, and all the other respondents from Ericsson who participated in my research.  Finally, and most importantly, I would like to express my sincere gratitude towards my family Iveroth and Pandis, and especially to my wife Sofie Pandis-Iveroth, for their unconditional love and support. Without them, these pages would never have been written.

There is a crack, a crack in everything  
That's how the light gets in. 
 
Anthem, Leonard Cohen

CONTENTS 
 
Exploring IT-Enabled Change From-Within 
 Paper I:  Lindvall, J. & Iveroth, E. (2010). Creating a Global Network of 
Shared Service Centres for Accounting.  
-Presented at the 31
th annual European Accounting Association (EAA) 
congress, 23-25 April 2008, Rotterdam, The Netherlands. Revised and submitted to the Journal of Accounting and Organizational Change. 
 Paper II: Iveroth, E. (2010). Developing the Actors of Organisational Change: the Roles They Play, the Tools They Use, and the Skills They Have.
 
-Presented at the European Institute for Advanced Studies in 
Management (EIASM) 3rd workshop on organisational change & 
development: advances, challenges & contradictions, 26-27 September 2008, Bucharest, Romania. Revised and submitted to Organization Studies. 
 Paper III:  Iveroth, E. (2010). Leading IT-enabled Change across 
Cultures. 
-Presented at the 24
th European Group for Organizational Studies 
(EGOS) conference, 10-12 July 2008, Amsterdam, The Netherlands.

Cultures. 
(EGOS) conference, 10-12 July 2008, Amsterdam, The Netherlands. 
Revised and submitted to the European Management Journal. 
 Paper IV: Fryk, P., Iveroth, E. & Persson, O. (2009). A Bibliometric Study of Academic Interaction: IT, Organization, and Change.  
-Published in the proceedings from the 15
th Americas Conference on 
Information Systems (AMCIS), 6-9 August 2009, San Francisco, USA. Submitted to the Scandinavian Journal of Management. 
 Paper V: Iveroth, E. & Fryk, P. (2009). The Emergent View of IT and Organizational Change.  
-Presented at the 15
th Americas Conference on Information Systems 
(AMCIS), 6-9 August 2009, San Francisco, USA. Submitted to the International Journal of Information Systems and Change Management.

Table of contents  
1. INTRODU CTION............................................................................................................... 1 
2. THEORETICAL FOUN DATIONS ................................................................................ 5 
2.1 Introdu ction .............................................................................................................. ..... 5 
2.2 Theoretical consid erations ............................................................................................ 5 
2.3 Change in social science ................................................................................................ 9  
2.4 What is change? ...........................................................................................................  13 
2.5 Techno change ..............................................................................................................  17

2.5 Techno change ..............................................................................................................  17 
2.6 Structures in orga nisational ch ange ........................................................................... 20 
2.7 Actors in organisational  change ................................................................................. 28 
2.8 Summa ry ................................................................................................................... .... 34 
3. EMPIRICAL FOUN DATION ........................................................................................ 37 
3.1 Introdu ction .............................................................................................................. ... 37 
3.2 Case study background ............................................................................................... 37

3.2 Case study background ............................................................................................... 37 
3.3 The transformation of Ericsson’s F&A department ............................................... 43 
3.4 Summa ry ................................................................................................................... .... 48 
4. RESEARCH METHO DOLOGY ................................................................................... 51 
4.1 Introdu ction .............................................................................................................. ... 51 
4.2 Stance – a processual and a practice app roach ........................................................ 51 
4.3 Design and setting – the ca se study of Ericsson ..................................................... 52 
4.4 Collecting – interviews, documents, and observations ........................................... 54

4.4 Collecting – interviews, documents, and observations ........................................... 54 
4.5 Analysing – organising, replicating, and grounding strategy .................................. 59 
4.6 Validating – triangulation, feedback meetings, and temporality ............................ 63 
4.7 Communicating – a narra tion approach  ................................................................... 65 
4.8 Summa ry ................................................................................................................... .... 65 
5. CONCLUSIONS ................................................................................................................  67 
5.1 Introdu ction .............................................................................................................. ... 67 
5.2 Overview of Papers ..................................................................................................... 67

5.2 Overview of Papers ..................................................................................................... 67  
5.3 Findings, conclusions, and contributions ................................................................. 69 
5.4 Managerial im plications .............................................................................................. 82 
5.5 Futur e research............................................................................................................ . 84 
NOTES ......................................................................................................................... ............ 87 
APPENDIX ...................................................................................................................... ....... 97 
REFERENCES .................................................................................................................... . 103

1 1. INTRODUCTION 
Information Technology (IT) is pervasive in people’s lives, in the

organisations they work for, and in the practices that people have for them. IT also offers considerable potential for changing the lives of individuals, enhancing productivity and bringing about efficiency in organisations, and solving social problems in society. In this way, new IT can both enable and drive change.  Successful IT-enabled change is still, however, very much a mystery and the majority of such projects fail (Dedrick et al., 2003; Markus, 2004). The research herein set out to explore the questions behind this mystery. It does so by getting inside the multinational telecommunications company Ericsson and by closely exploring the practice of change designers and change agents that work with IT-enabled change across the globe. As a result, the following pages in this thesis show how large-scale and global organisations initiate, drive, and sustain IT-enabled transformations.  Recent research underlines that firms that obtain the possible benefits from IT-investments often

how large-scale and global organisations initiate, drive, and sustain IT-enabled transformations.  Recent research underlines that firms that obtain the possible benefits from IT-investments often do so because they made complementary changes to the organisation (Zammuto et al., 2007). Organisations at the hands-on-level more or less have to change to benefit from the IT-enabled advantages. Such inter-connectedness between IT and organisation implies a necessity to understand IT-investments as technology driven organisational changes: “technochange” (Barrett et al., 2006; Markus, 2004). This being the case as technology triggers organisational changes. Successful technochange projects integrate the technological and the human aspects of organisational change. In short, technochange combines the material with the social and is therefore more than just the technology artefact per se.

In this manner, IT and organisation are intimately interlinked and jointly connected to change. Leading change is however complex and difficult. To change behaviour is complicated, to change a group of people is even more complicated, and to change a whole organisation with its structures

2 and employees increases the difficulty and complexity of change (Weick

and Quinn, 1999).  Recent voices from the empirical world contend that financial outperformers are distinguished from less successful ones by the way they manage large-scale change (IBM, 2008a; IBM, 2008b). For example, the CEO of IBM stipulates that the evolution of the organisation is towards “the globally integrated enterprise” (Palmisano, 2006). In such organisations, everything moves and changes continuously because everything is connected to IT, and these outperformers are simply better at leading IT-enabled change. Even though inspirational, the question that arises from such broad notions is how these globally integrated enterprises actually lead such change in practice.  Theory provides limited answers to this question because organisational change research has been preoccupied by an aggregated perspective with synoptic accounts of change (Tsoukas and Chia, 2002; Van de Ven and Poole, 2005; Weick and Quinn, 1999).
1 Such a perspective frequently

1 Such a perspective frequently 
views change as a sequence of events that have different states along a linear trajectory towards a pre-determined end-state. The macro-oriented perspective in organisational change concentrates on abstract theorising about the overall form and structure of change. Studies using this perspective repeatedly conclude something about the frequency and rhythm of change, for example such as it being continuous or discontinuous.   Such studies are commendable work for abstract theorising over the aggregated structure and trajectory of change. Nevertheless, because the perspective investigates change using high levels-of-analysis, and because it approaches change from a distance, the perspective provides limited insights into what goes on inside the process of change. Since the macro

perspective recurrently explores the transition between different aggregated states, it misses the micro-processes that exists in-between the states. Thus, it provides limited considerations of how change is 
actually achieved in practice (By, 2005). Researchers have yet to take a good look inside the organisation to explore how corporations lead IT-enabled change.  The dominant and dissociated studies of change speak more about the aggregated structure of things relating to change and less about of what goes on inside the process of change. Therefore, the time has come to move our understanding of change from the macro perspective, from-

3 without , towards an understanding of change from a micro-perspective, or 
in other words, from-within . The purpose of the thesis is therefore:  
To explore, with a managerial perspective, IT-enabled change from-within. 
Studies that explore change from-within examine the concepts of either 
structures, or actors, or both. Structures provide temporary stability to everyday work and are commonly things like rules, routines, and information systems. Actors can be the different people within organisations that have the capacity to reproduce or change structures. 
 
Integral to the studies of actors and structures is the notion of balance and interplay between them. This as, on the one hand, an actor without 
structure amounts to no more than a sightless journey, whereas on the 
other hand, structure without the actor is little more than an abandoned ship drifting on its own accord. Brown and Eisenhardt put it in similar

other hand, structure without the actor is little more than an abandoned ship drifting on its own accord. Brown and Eisenhardt put it in similar 
terms: “Too little structure makes it difficult to coordinate change. Too much 
structure makes it hard to move”  (1997, p. 29). Therefore, change is difficult 
if there is limited balance and interplay between actors and structures. 
Research on this matter, however, is limited.  
Given the aforementioned insights into the interlink between IT and organisation and their connection to change, and the limited micro-oriented research exploring change from-within, the research question is: 
How do actors and structures influence large-scale IT-enabled change?

The thesis answers the research question by following the transformation of the finance and accounting (F&A) department of Ericsson, “The Global F&A Transformation Programme”. In-depth interviews, internal documents, and observations are drawn and then analysed using various process theorising strategies.   The case organisation Ericsson is particularly relevant because the company is a global actor and an outlier (in regards to the type of transformation reported herein) that have successfully utilised IT to enable and further its business. The company had been of need of significant organisational changes, which were enabled by the implementation of an information system. This change did however create additional opportunities for organisational change, because making IT work required changes to the organisation. In this respect, the case study of Ericsson provides an excellent opportunity to explore IT-enabled change from-within. Further, since the focus is on what

4 facilitated rather than hindered Ericsson’s transformation, the thesis

contributes to the emerging field of positive organisational scholarship (Cameron, 2008; Ghoshal, 2005; Piderit et al., 2007; Quinn et al., 2003).  The findings show how the transformation evolved out of the interplay between actors and structures across time, but as the subsequent pages will show, the actors were imperative to this process. This was due to the fact that the structures functioned as a lever, which only came into full potential by the actors that enacted them, much as a hammer is useless unless it is combined with a skilled and experienced carpenter.  In all, the thesis consists of five papers. Paper I focuses on the dynamic interplay between actors and structures across time. In doing so, the paper illustrate how Ericsson designed, implemented and developed the transformation. Paper II expands the notion of the actors of change by illustrating the roles they play, the skills they have, and the tools they use. Paper III examines change from a structural vantage point

Paper II expands the notion of the actors of change by illustrating the roles they play, the skills they have, and the tools they use. Paper III examines change from a structural vantage point by exploring how practice-based culture and enterprise resource planning systems

(ERP) influence change. Finally, the theories of IT-enabled change that 
are the central part of the first three papers—as well as Chapter 2 that 
outlines the theoretical foundations of the thesis—are explored and put 
in a broader contextual perspective by Paper IV and Paper V.  The thesis makes a theoretical contribution to the field of IT-enabled change by an in-depth exposition of different aspects and interplay between the properties of actors and structures from-within the organisation. The empirical contribution is the depiction of how a contemporary multinational initiates, leads and sustains large-scale IT-enabled organisational change.
2

5 2. THEORETICAL FOUNDATIONS 
2.1 Introduction 
This chapter provides the theoretical foundations of the thesis. The 
purpose is to show how the thesis is theoretically informed, how the 
thesis contributes, and how the thesis tries to position itself within the 
ongoing academic debates. It does so by starting to discuss the nature 
and purpose of theory and then moves on to broadly explore the issue of 
change in social science. A section then follows that discusses the 
question of what change really is. Next, there are two sections related to 
structure. The first one reviews theories and perspectives of IT related 
studies, and the second illustrates the materiality and implications of 
ERP systems. The final section covers the actors’ perspective as it 
examines its different vantage points and problems. Every section ends 
with a separate text that pinpoints the implications for the thesis, how 
the thesis contributes, and the different strategic decisions made in

the thesis contributes, and the different strategic decisions made in 
regards to the theory presented in the section. 
2.2 Theoretical considerations  
A natural starting point for a theoretical chapter is to ask the question

A natural starting point for a theoretical chapter is to ask the question 
what a theory actually is, and what the purpose of such a research tool might be. This question is important because limited knowledge of the nature and purpose of theory is likely to result in unsuccessful or biased studies. Trying to answer the question is not an easy task. Scholars continuously debate the question and journals frequently devote special issues to the subject (e.g. ASQ, 1995, No. 3; AMR, 1989, No. 4).  Gregor (2006) offers a fivefold taxonomy that connects to the latter part of the question regarding the purpose of theory. The author outlines that a theory might be used to make Analysis, Explanation, Prediction, Explanation and Prediction, or Design and Action (i.e. guidelines). The

6 use of theory in this thesis is related to the second category: Explanation. 
In such an approach, theory works as an explanatory device and is commonly used in research that aims to understand an under-explored phenomenon. This kind of research often seeks answers to questions of how and why. In short, theory is used as a “sensitising device” (Klein and 
Myers, 1999). With this vantage point, theory is not used to predict or uncover causal relationship but instead it is used to create a theoretically informed understanding of the research being conducted (Scapens, 2006). For example, if the research is informed by the theories of sociomaterial practices (Leonardi and Barley, 2008; Orlikowski, 2007), 
then the initial questions posed in the data collection might be connected 
to the functionality of the information system (material), and how the

to the functionality of the information system (material), and how the 
information system enables its users to change their practices (socio).  One way of trying to answer the former part of the question—the nature of theory—is to make a closer examination of: the concepts  of a theory, 
their relationship , and the analytical level  of a theory (Gregor, 2006).  
 To begin with, a theory is composed of different concepts  (or constructs or

variables depending on academic discipline) that together make up the examined phenomena. Such concepts can evolve out of deduction or induction, or both. Traditionally scientific research has favoured a deductive approach where theory determines which concepts to explore. However, recent academic debate (Costello, 2000; Hambrick, 2007; Locke, 2007; Van de Ven, 2007; Van Maanen et al., 2007) questions this approach as it is less useful when a study explores a new phenomenon (e.g. large-scale IT-enabled change). In the research undertaken here, this is seen as important because sometimes too much devotion to theory can cloud the researcher’s mind, and as a result the researcher risks missing emerging patterns in the empirical data that have the potential to contribute with new theory and insights.   Furthermore, a theory signifies itself by some kind of assumption about the relationship  between concepts. Luft and Shields (2003) contend that

such relationships can be of two different kinds: assumptions about causal relationships and assumptions about linearity.  The first kind of assumption relates to the question if the causal relationship between concepts is one-way or two-way. Most studies explore one-way relationships and these studies pinpoint which of the concepts are the independent (i.e. what causes the change), dependent (i.e. how the cause is reflected), intervening (i.e. what might intervene

7 when the independent starts influencing the dependent variable), and the

moderating variables (i.e. a third variable that might modify the relationship between independent and dependent). For example, the early works of technology and change made the assumption that the independent variable of technology determines the dependent variable of organisation (e.g. Perrow, 1967; Woodward, 1958). Studies that instead focus on a two-way relationship explore the interplay between concepts. Such an approach is more complex because the assumption is that the causal influence between the concepts work both ways. That is, the arrow of causality points in both directions. For example, Barley (1986b) and Orlikowski (1992) examine the interplay between the concepts of actors and structures when technology is enacted. Such studies are however rare. This thesis is an attempt to fill this gap.  The second kind of assumption, about relationships between concepts, is connected to the notion of whether the concepts are linear or non-linear. In the linear relationship, there is

fill this gap.  The second kind of assumption, about relationships between concepts, is connected to the notion of whether the concepts are linear or non-linear. In the linear relationship, there is proportionality between the cause and the effect. In the non-linear relationship, however, the independent variable is not proportional to the dependent variable; the in-put is not relative to the out-put. Non-linear assumptions are common in studies that explore knowledge, information and IT related issues (as the current research). Quattrone and Hopper (2001; 2005) have demonstrated that because an information system can integrate information and unbound work from time and space, it enables non-linear relationships to emerge. For example, in contemporary integrated information systems, small changes in one part of the system can have significant and immediate effects in other parts of the system. Such phenomena are relatively new, however, as information systems were earlier more

small changes in one part of the system can have significant and immediate effects in other parts of the system. Such phenomena are relatively new, however, as information systems were earlier more isolated and less connected to each other (due to technological immaturity). Sinha and Van de Ven (2005) illustrate similarly that the traditional linear and deterministic models fail to capture the non-linear relationships that appear when work is knowledge-intense and connected to the use of IT. More important, and argued in this thesis, non-linear relationships frequently occur in change because few actors have the potential to make a significant impact. That is, the actors’ ability to make a difference is not proportional to how many they are.  Finally, a theory might vary depending on the analytical level to which it is applied (Gregor, 2006; Luft and Shields, 2003). In the case of change theories, they can be classified into four categories depending on whether they apply to the

the analytical level to which it is applied (Gregor, 2006; Luft and Shields, 2003). In the case of change theories, they can be classified into four categories depending on whether they apply to the levels of individual (e.g. change of mindset, Quinn et al., 2000), organisational sub-unit or group (e.g. groupthink,

8 Janis, 1982), organisation (e.g. punctuated equilibrium, Tushman and

Romanelli, 1985), or society (e.g. grand theories of social thought, Giddens, 1984). Most theories revolve around one level, though in some cases observed causes are connected to organisational inter-linkages between levels. This means that things that are observed on a macro-level can be explained by activities on the micro-level. For example, many of the issues related to the renowned productivity-paradox can be traced to such organisational inter-linkages (Dedrick et al., 2003; Harris, 1994). This kind of study explores phenomena on multiple levels, which increases the complexity of research. The analytical level is of central concern in studies of change, because a macro-level analysis of change can yield a picture of discontinuous change, whereas micro-level analyses of the same change sometimes show signs of continuous change (Weick and Quinn, 1999). The same phenomena can be observed in studies that explore stability and change, as they can co-exist depending on analytical

change sometimes show signs of continuous change (Weick and Quinn, 1999). The same phenomena can be observed in studies that explore stability and change, as they can co-exist depending on analytical level (Burns and Scapens, 2000; Scapens, 2006).

Implications 
As the introduction noted, every section ends with a separate text that

explicitly points out what the presented scholarly debates, and the thesis’ standpoint in the matter, have implied for the current research. Accordingly, the primary non-linear concepts in this thesis were the ERP system and certain change agents and designers. The concepts were derived inductively, as they were recurrent themes in the initial interviews and archival data. The concepts were then contrasted to literature regarding structure and actor related properties of change and the decision was taken to explore their interplay. Following this came an interactive and iterative process of inductive and deductive reasoning with the aim to contribute to both theory and practice (see Section 5.3 and 5.4).   The research conducted was also multi-level because it examined both the macro-level strategic activities of change designers and initiators at the corporate level, and the micro-level activities of change agents at the local-level. One of the reasons for this was that some of the

strategic activities of change designers and initiators at the corporate level, and the micro-level activities of change agents at the local-level. One of the reasons for this was that some of the observed behaviour on the macro-level was traced to the activities performed on the micro-level, and vice versa. For example, changes to the design and execution of the transformation were linked to elapsed trials of shared service centre (SSC) structure and ERP implementations that were done on the local level (see Paper I).

9 2.3 Change in social science 
This chapter aims at tracing change theories to their roots in grand social 
science. The reason for this is that when the thesis places itself in a wider 
perspective, the underlying meta-theories that inform the thesis become 
clearer, as well as which academic debate the thesis contributes to. 
 To begin, change in social science is on a grand-theoretical level closely related to the long-standing debate of the divide between agency and structure.
3 Explanations of change are frequently attributed to the former

or the latter, with a clear dominance for the latter. On the one hand, too much agency gives a voluntaristic stance to change that purports that change is caused by the free will of independent individuals with limited constraints (e.g. Bijker et al., 1987). On the other hand, too much structure yields a deterministic standpoint alleging that change is merely a result of exogenous and social structures that determine the actions of individuals (e.g. Woodward, 1958).   In modern social theory the divide between agency and structure is bridged by theories like structuration (Giddens, 1984), critical realism (Archer, 1995), and Actor-Network-Theory (ANT; Latour, 2005). Such theories are similar in that they renounce the classical dichotomy of agency and structure, instead bringing them together into an interconnected perspective. The theories, however, vary from each other in a number of ways.   Structuration theory holds that agency and structure are mutually constitutive and change

into an interconnected perspective. The theories, however, vary from each other in a number of ways.   Structuration theory holds that agency and structure are mutually constitutive and change emerges through the reciprocal process between the two. Structure forms the practice of actors, and knowledgeable actors have the capacity to change structure, but in the process of doing so the actors produce or reproduce the structure. Lower-level application of such meta-theory includes the work of Orlikowski (1992), Barley (1986a), DeSanctis and Poole (1994), Burns and Scapens (2000), and Walsham (1995).  Critical realism theory condemns structuration theory for conflating agency and structure, and alleges an analytical separation between the two. This is important the advocates claim, because without such distinction the analysis of how one affects the other becomes problematic. Instead, critical realists give prominence to intangible (i.e. soft or immaterial) and tangible (i.e. hard or

without such distinction the analysis of how one affects the other becomes problematic. Instead, critical realists give prominence to intangible (i.e. soft or immaterial) and tangible (i.e. hard or material) aspects of structure, and the presupposed structural conditions that shape the behaviour of actors (Archer, 1995). Critical realists that have tried to

10 make empirical contributions of this grand theory are Dobson (2001),

Fleetwood and Ackroyd (2004), Mingers (2004), Tsang and Kwan (1999), and Volkoff et al. (2007).  ANT theory contends that agency resides both in human and non-human actors (such as IT) that together make up heterogeneous networks that influences change. The ANT theory contributes by showing how technology can be an autonomous and political actor. By doing so, the theory dissolves the borders between the social and the technical. Researchers that commonly use ANT theory in their empirical work include Callon (1986), Ciborra (2000), Hanseth and Braa (2000), Law (1999), and Walsham and Sahay (1999).  These grand theories of modern sociological thought have their advantage and disadvantage (e.g. Jones and Karsten, 2008; Mutch, 2002; Walsham, 1997), and their value comes from that they reveal different aspects of change, depending on which one is used. For example, the previously mentioned work of Orlikowki and Barley shows how technology can trigger structuring since it is part of the

different aspects of change, depending on which one is used. For example, the previously mentioned work of Orlikowki and Barley shows how technology can trigger structuring since it is part of the rules and resources that the actors draw upon in their practices. Volkoff, Strong and Elmes use critical realism to illustrate how ostensive, performative, and material aspects of data, routines, and roles affect technology enabled change across time. Hanseth and Braa illustrate how information infrastructures start living their own lives as independent and political actors, how these actors evolve by joining with other networks, and how such development gives unintended consequences for change.   The common denominator and contribution is that the three grand theories provide a more socially oriented, integrated, and interactional view of agency and structure than earlier research has offered. What is common among the three—and what is central for the thesis herein—is that they contend that

integrated, and interactional view of agency and structure than earlier research has offered. What is common among the three—and what is central for the thesis herein—is that they contend that balance and interplay between agency and structure is imperative for change. As aforementioned, with too much agency and not enough structure, change becomes a sightless journey. With too much structure and too little agency, change is little more than an abandoned ship drifting on its own accord.  Brown and Eisenhardt

put it similarly: “Too little structure makes it difficult to coordinate change. Too 
much structure makes it hard to move”  (1997, p. 29). Because the thesis 
originates from this perspective, an elaboration of the concepts of structure and agency follows.

11 Structures can denote both macro-level and micro-level phenomena. 
Studies of structures can, for example, explore grand social structures, or smaller structures involved in human interaction. An analytical distinction can also be made between tangible and intangible forms of structures (Archer, 1995).
4 The former consists of human or physical

resources such as information systems, roles, routines, and processes (regularly connected to IT) that influence the systems of human relationships (e.g. Becker, 2004; Costello, 2000; Volkoff et al., 2007). The latter, the more intangible property of structures, are made up of for instance ideas, values, theories, cultures, and mind-sets (e.g. Gioia and Chittipeddi, 1991; Hardy, 2004; Kwok et al., 2005; Levy et al., 2007; Tsoukas, 2005).  Analytically, these intangible structures do not only exist in the mind of the actors but are also entities that exist independently of the actors. Following such an approach, this thesis contends that structures have both tangible and intangible properties, hinge on human activity, are fairly stable across time, pre-date human activity, and constrain as well as enable behaviour. For example, the ideas and values of a long dead business entrepreneur may still influence the behaviours of employees (e.g. Selznick, 1957). Likewise, when an accountant

as well as enable behaviour. For example, the ideas and values of a long dead business entrepreneur may still influence the behaviours of employees (e.g. Selznick, 1957). Likewise, when an accountant starts a new job his or her practices are influenced—but not determined—by the processes and routines that are supplied by the information system that the practice is in part bounded to (e.g. Volkoff et al., 2007).  Agency is also a multi-level concept since it can denote both the micro-level, such as quality circles, as well as more collective and macro-oriented forces, such as labour unions.

5 There is also a difference 
between agency and actor. The former refers to the source or capacity to change structures, while the latter refers to the individual, group, organisation or artefact that performs such acts.  Agency and its actors seem however to be “lost” in science because of the pre-domination of more aggregated and structural perspectives with causal explanations (Ghoshal, 2005). This development is the outcome of trying to make science more scientific, which has given science a legacy of rational nature with notions like homo economicus (Persky, 1995), cybernetics (Wiener, 1948) and artificial intelligence (Wagman, 1991), and behaviourism (Skinner, 1953). As a response, there is nowadays an increasing theoretical debate aiming to bring agency and its actors back to social science (e.g. Archer, 2000; Douglas and Ney, 1998;

12 Emirbayer and Mische, 1998; Etzioni, 1988; Ghoshal, 2005). The current

work aligns with this debate.  Overall, these scholars of social thought argue that agency and actors are under-theorised and one-dimensional. In effect, empirical research has surfaced in a wide variety of academic fields that expands the concept of actors. For example, in economics there is a discussion to replace the perspective of man as homo economicus (Thaler, 2000) in favour of a broader perspective that also includes emotions. Likewise, a development has arisen in psychology that is exemplified by the recent attention paid to emotion and cognition (Pham, 2007), and emotional intelligence (Goleman, 1995; Salovey and Grewal, 2005). Further, in strategy Ghoshal and Bartlett (1997) argue that an organisation can create competitive advantage by moving towards a more individualised corporation with a focus on certain new roles and skills for managers. Even institutional theory researchers have started to focus on the social position of institutional entrepreneurs (Battilana, 2006)

with a focus on certain new roles and skills for managers. Even institutional theory researchers have started to focus on the social position of institutional entrepreneurs (Battilana, 2006) and their social skills (Fligstein, 2001) in attempts to resolve the paradox of embedded agency (Seo and Creed, 2002). A final illustrative example is the work of Lamb and Kling (2003) in the field of information systems. They have found that the concept of the IT-users is treated as an atomic, isolated, and taken for granted unit, when instead this concept should be placed in an organisational context with a focus on social relations, affiliations, and interactions.   The growing interest for agency and actors has not yet to the same extent found its way to organisational change, as it is still dominated by structural perspective (Tsoukas and Chia, 2002) with a one-dimensional treatment of agency and actors (Caldwell, 2006; Ford et al., 2008).

The presented grand theories of social thought have played the role of 
informing the research performed in a number of ways. For example, an important point of departure is the view that change comes about as a reciprocal interplay between actors and structures; that research should avoid treating IT as an isolated artefact and that IT has the potential to be an actor in change; that change is influenced both by enduring tangible and intangible properties of structures that pre-exists human behaviour.

13 Another important point of departure is the notion that an interplay

between actors and structures is imperative for change. The thesis develops this perspective further in Paper I, which illustrates how the actors and structures interact across time. Paper II shows how the actors leverage organisational change by their combination of actors’ internal skills and external structural tools. By doing so, Paper II addresses the concerns of an under-theorised and one-dimensional perspective of actors. The Paper places actors in a less a-historical and a-social context than earlier research, and explains how the actors in practice successfully interact with structures. Finally, Paper III explores how the intangible properties of structure (in the form of a practice-based culture) and the tangible properties of structure (in the form of an information system) can influence change driven across the globe. Additionally, Paper I shows how the intangible properties of structure in the form of ideas were an integral part to the success of Ericsson’s

system) can influence change driven across the globe. Additionally, Paper I shows how the intangible properties of structure in the form of ideas were an integral part to the success of Ericsson’s transformation.

2.4 What is change? 
Change is an ambiguous concept used in many ways to describe many

things and therefore it is important to clarify some standpoints on the subject matter that influence the current thesis. To start with, organisational transformation distinguishes itself from organisational change in that the former refers to changes of the deep structures of the organisation (Kotter, 1996). Transformation denotes not only profound and radical changes to the strategic core of an organisation but also small-scale changes that relate to the bigger transformation. In this way, transformation is a broader concept than change and consists of both large-scale and small-scale change projects that are interrelated, exist on different levels, and have different timescales. Such a transformation is examined in the research herein as Ericsson’s transformation entailed many small and big change subprojects that together made up “The Global F&A Transformation Programme”.  Moreover, scholars have argued about the nature of change as such. Some studies view change as a “noun”,

and big change subprojects that together made up “The Global F&A Transformation Programme”.  Moreover, scholars have argued about the nature of change as such. Some studies view change as a “noun”, while others purport that change should be viewed as a “verb” (Van De Ven and Poole, 1995). Studies that treat change as a noun view change as a “thing” that consists of a sequence of events that have different states along a linear trajectory towards a pre-determined end-state. This perspective frequently focuses on what happens at different states in change and less on what happens

between  the states (Tsoukas and Chia, 2002, p. 571). The findings are

14 often oriented towards structure and reductionist explanation of the 
causal relationships of the antecedents and consequences of change. Typical examples of this kind of research is the sequential model of unfreeze, change, and refreeze that numerous organisational change models are based upon (Lewin, 1951), as well as Rogers (1962) diffusion of innovation theory. More recent examples and variations include the Tushman and Romanelli (1985) study of punctuated equilibrium, and Greenwood and Hinings (1996) neo-institutional analysis of radical change.   This thesis takes the verb approach and views change as a continuous process that consists of on-going and open-ended micro-processes of organising that together make up organisations and the world. “ Change is 
all there is ” (Tsoukas and Chia, 2002, p. 576). The perspective focuses on

the different activities of “changing” as part of organising, rather than change as a static event (Weick and Quinn, 1999). In doing so, organisations become a secondary-accomplishment that emerge out of the process of “changing”. Studies taking this approach ascribes non-linear, embedded, temporal, contextual, and asymmetrical properties to change (Pettigrew, 1997). Nevertheless, it is notable that there is no best way to examine change. Choosing a verb approach merely means asking different questions and unmasking different aspects of organisational change.  Finally, what can actually be studied with a verb approach if change consists only of processes? This thesis examines a transformation at Ericsson that implied that the organisation changed the rules and routines of the majority of all F&A employees across the globe. That is, there were drastic changes to the formal processes, policies, and procedures for performing F&A activities, as well as for the way they were actually used.

F&A employees across the globe. That is, there were drastic changes to the formal processes, policies, and procedures for performing F&A activities, as well as for the way they were actually used. Because of this nature the thesis is informed by Burns and Scapens (2000) seminal framework for change. It primarily focuses on intra-organisational change (i.e. from-within) and it is therefore a suitable point of departure for the research undertaken here. The framework consists of the components: rules and routines , realm of

institution , and realm of action . 
 The rationale is that an organisation is made up of rules and routines that 
actors use to make sense of their actions (Scapens, 2006). These rules and routines shape the action of the actors. The rules are the way things ought to be done and routines are the way things are done in reality. In

15 other words, “ rules are the formalized statement of procedures, whereas routines are 
the procedures actually in use ” (Burns and Scapens, 2000, p. 7). 
 The rules and routines are connected to the institutional realm that is made 
up of the taken-for-granted assumptions of an organisation. The institutional realm will shape and restrain rules and routines but at the same time the rules and routines influence the actions that are taken in the realm of action . As such, rules and routines are the know-how of the

organisation and what links the realm of institution with the realm of action. Changes to the rules and routines come about as a process across time between the realm of institution and that of action.  Integral to Burns and Scapens framework is the notion that stability and change can co-exist: they are not mutually exclusive. Rules and routines provide stability in every-day life as they are reproduced, but at the same time they can be changed in the on-going practice of the actors. In this respect, in every day action the actors enacts the rules and routines but in the process of doing so they also have the potential to change them. In their action lies the seed of change but it takes time for such seed to take root in the realm of the institution (i.e. it takes time for the change to become institutionalised and become part of the taken-for-granted assumptions).   An elaboration on the details of Burns and Scapens framework for change is outside the scope of this thesis.

to become institutionalised and become part of the taken-for-granted assumptions).   An elaboration on the details of Burns and Scapens framework for change is outside the scope of this thesis. Description (Burns and Scapens, 2000), background (Barley and Tolbert, 1997; Giddens, 1984; Goffman, 1983), and application (Busco et al., 2006; Lukka, 2007; Myreteg, 2007) of this framework are found elsewhere. The essential notions of this framework can instead be better explained by the below anecdote provided by Scapens (2006, p. 16).

“Start with a cage containing five monkeys. Inside the cage, hang a banana on 
a string and place a set of stairs under it. Before long a monkey goes to the 
stairs and starts to climb towards the banana. As soon as he touches the stairs, spray all the other monkeys with cold water. After a while, another 
monkey makes an attempt with the same result. All the other monkeys are 
sprayed with cold water. Pretty soon, when another monkey tries to climb the stairs, the other monkeys will try to prevent it. Now, put away the cold water. Remove one monkey from the cage and replace it with the new one. The new 
monkey sees the banana and wants to climb the stairs. To his surprise and 
horror, all the other monkeys attack him. After another attempt and attack, he knows that if he tries to climb the stairs, he will be assaulted. Next, remove another of the original five monkeys and replace it with a new one. The

16 newcomer goes to the stairs and is attacked. The previous newcomer takes part 
in the punishment with enthusiasm! Likewise, replace a third monkey with the new one, then a fourth, and then a fifth. Every time the newest monkey 
takes to the stairs, he is attacked. Most of the monkeys that are beating him 
have no idea why they are not permitted to climb the stairs or why they are participating in the beating of the newest monkey. After replacing all the original monkeys, none of the remaining monkeys have ever been sprayed with 
cold water. Nevertheless, no monkey ever again approaches the stairs to try for 
the banana. Why not? Because as far as they know that’s what has always 
been done around here.”  
The story of the monkeys renders some central notions for change.6 To 
begin with, history  is important. The story shows how routines are

begin with, history  is important. The story shows how routines are 
developed over time and how they after a while become part of the taken-for-granted assumptions. In this way, routines become institutionalised and detached from the original circumstance that gave rise to them. This implies, among other things, that history and context become vital when trying to understand current behaviour (and how to change it).  Additionally, the anecdote stresses that change always occurs at a cost, because the way things are done today is deeply ingrained in past events and circumstances. Change is path-dependent . For example, the behaviour

of the monkeys was locked-in by the forgotten behaviour of the past. Therefore, to change the behaviour of the monkeys when routines were institutionalised would probably involve both emotional and physical costs. Similarly, an implementation of an information system, and the new routines it supplies, will most likely influence future IT-projects.   Moreover, the story illustrates how tacit properties— consisting of ideas and 
assumptions—can have a strong influence on implementing change. They are important because they always exist before the change commences. For instance, the monkeys did not really know why they avoided the stairs in the end. The monkeys later in the story were never sprayed with cold water. Nevertheless, there was an idea and an assumption to avoid such behaviour. Therefore, tacit properties can clearly constrain change but can also enable change and be used as a resource.  What is more, change has both a formal and an informal side  and includes

elements of power. It is formal because management, for example, designs new rules and implements them. The story, however, shows that such change can also be informal since the routine of punishment tacitly

17 evolved over time and changed the way things were done. Therefore 
accomplishing successful change means to address and explore both the formal and the informal side of change. To do otherwise would most certainly lead to resistance. This also suggests that if the actors that implement change have sufficient power, they can impose change. For example, the monkey that had the alpha role would most likely have had sufficient power to implement a new way of doing things (alternatively, new routines can also emerge out of the daily enactment and reproduction of accepted routines). 
The thesis views Ericsson’s transformation as a continuous process, a 
verb approach. The thesis contributes to this perspective by unveiling the micro-activities that take place between  different “states” of the change

process. For example, the thesis shows how Ericsson’s transformation was a design that came about as different and disparate activities spread across time and levels. Likewise, the thesis illustrates the more actor-oriented activities of translational and relational nature that take place during the motion of change (see Section 5.3). The thesis also illustrates how new rules and routines are initiated, led, and sustained in practice. In doing so, this research adds to the aforementioned framework by empirically showing how past decisions and circumstances had a strong influence on Ericsson’s transformation. The thesis also demonstrates how tacit and intangible properties of structure in the form of ideas of the transformation, and the practice-based-culture of F&A employees, can be a positive force in change. Last, the thesis underlines the importance of the informal and emotional side of change. 
2.5 Technochange

2.5 Technochange 
There are growing concerns that research over the years has continually 
neglected the role that IT plays in organisations and organising (Orlikowski and Scott, 2008; Orlikowski and Barley, 2001; Zammuto et al., 2007).
7 The rationale behind the argument is that since IT is 
pervasive in organisations, and in the practice that people have for them, it would be reasonable for IT to be a recurrent theme in management research—but this is simply not the case. Orlikowski and Scott, for instance, claim that over the last ten years only 5 per cent of the papers in the major management journals have included the role of IT.

18 An extensive investigation of such speculation is conducted by the

theoretical and conceptual Papers IV and V. The initial finding indeed indicates a lack of such research, even across time. For example, out of 4,327 organisational research papers published 1995-2006 only 2.5 per cent include keywords related to IT (keywords in title, abstract, or author-supplied-keyword). Likewise, out of 5,342 research papers published in IT journals, within the same timeframe, only 1.4 per cent addressed the issue of organisational change. A thorough analysis of this finding is included in Papers IV and V.   One of the reasons why IT has been overlooked in scientific work might derive from the way it is conceptualised. Orlikowski and Iacono (2001) suggest that research tends have five different views of IT: (i) The tool view treats technology as an engineered and technical artefact that can be controlled by humans. To its nature, it is definable, static, and consistent over time and space. (ii) The proxy view tries to capture critical aspects of IT through a

technical artefact that can be controlled by humans. To its nature, it is definable, static, and consistent over time and space. (ii) The proxy view tries to capture critical aspects of IT through a substitute such as expenditure on IT. (iii) The nominal view occasionally refers to words like computer or information systems but without elaborating on it. (iv) The computational view neglects contextual or social factors of technology and is instead concerned with its computational power. (v) The final ensemble view does not take IT for granted and instead attempts to open the “black-box” by examining the dynamics between IT and people during its design, implementation or use. IT is treated as an unstable entity with a fluid nature that changes depending on time, use, and space. The authors conclude that research is pre-dominated by the tool view and consequently—given the emergent and transforming nature of IT—future research should embrace conceptualisation that is closer to the

conclude that research is pre-dominated by the tool view and consequently—given the emergent and transforming nature of IT—future research should embrace conceptualisation that is closer to the ensemble view of IT. This is precisely one of the concepts that Papers IV and V explore. One of the conclusions from the papers is that studies need to be less isolated within their academic field and take information systems research, organisational research, and change research into consideration.  The question of conceptualisation of IT is closely related to the causal structure that researchers ascribe to IT (Barley, 1986b; Markus and Robey, 1988). On the one hand, researchers that view IT as a physical object tend to support a causal structure that is deterministic . Such a point

of departure is often positivistic where IT is considered the independent variable and the driver of change. On the other hand, the researchers that conceptualise IT as a product of the social spectrum tend to ascribe voluntaristic properties to IT. Research with this point of departure 
downplays the casual agency of IT. Instead, with a voluntaristic vantage

19 point, the human agents are regarded the prime drivers of change since

the agents socially construct the IT artefact, and subsequently make the direct choice of whether to use IT or not (see Paper V for an in-depth elaboration).  The deterministic and the voluntaristic perspectives can be seen as a reaction against each other, either attributing the casual agency of change to structure or actor. On the whole, in the 1960s and 1970s studies with a deterministic perspective prevailed (e.g. Perrow, 1967; Woodward, 1958) but later in the 1980s studies with a voluntaristic perspective became more influential (e.g. Bijker et al., 1987).  Research that is more recent treats the causal structure of IT neither as deterministic nor as voluntaristic, but as both. The arrow of causality points two-ways instead of one-way. This kind of research commonly bases itself on one of the three aforementioned grand theories of social thought. This perspective comes by many names such as technochange (Markus, 2004), emergent view (or emergent perspective; Markus and Robey,

one of the three aforementioned grand theories of social thought. This perspective comes by many names such as technochange (Markus, 2004), emergent view (or emergent perspective; Markus and Robey, 1988), affordance (Zammuto et al., 2007), mangle of practice (Pickering and Guzik, 2008), the practice-lens (Orlikowski, 2000; Schultze and Orlikowski, 2004), and social-material practices (Orlikowski, 2007).

8 
 Taken together these different studies contend that IT both enables and constrains human behaviour depending on e.g. use, context, and situational factors. However, they have slight variations. Orlikowski and Scott (2008), for instance, make a distinction between studies using an “emergent” or “affordance” perspective versus studies using “mangling of practice” or “socio-material practices”. The former treats individuals (or organisation) and technology as separated entities that mutually interact, whereas the latter argues that individuals and IT only exists in relation to each other. The research undertaken here, though, is primarily inspired by the more empirically oriented concept of technochange.  Technochange denotes technology driven changes (Barrett et al., 2006; Markus, 2004).
9 Technochange purports that IT and change is intimately

9 Technochange purports that IT and change is intimately 
connected; successful change cannot have one without the other. Essentially the perspective argues that technology triggers change that then comes about through interplay between actors and structures. This implies that when the IT is implemented it requires complementary organisational changes in order to fit together with the organisation. Technochange projects are continuous because implementing IT

20 requires changes to the organisation, and the changes that are then done 
to the organisation necessitate additional changes to the IT. The connection between the words “techno” and “change” illustrates that technochange projects require attentiveness to technological and material properties, as well as organisational and social properties, and how they interact across time.  
This thesis point of departure is an ensemble view of IT. Such a view

requires treating IT as a moving target that is interpretively flexible, continuously changing, and dependent on temporal and contextual factors. In turn, this view has entailed a focus on respondent’s narratives and temporality (see Chapter 4). The thesis further subscribes to the technochange perspective that purports that IT both enables and restrains behaviour, and that change is a close companion of IT. This approach has required a focus on both technological and material properties of change (e.g. the functional features of the ERP system), and the organisational and social properties connected too IT (e.g. training, translation and routines). All the first three papers share this focus. Additionally, Paper IV and Paper V investigate and elaborate on the ensemble view and other issues of IT and organisational change. These two conceptual papers serve as an extension and literature review of the IT-enabled change theories presented in this theoretical chapter and those included

of IT and organisational change. These two conceptual papers serve as an extension and literature review of the IT-enabled change theories presented in this theoretical chapter and those included in the first three papers. In so doing, Papers IV and V put the theories in a broader contextual perspective.

2.6 Structures in organisational change 
Technochange related studies ascribe change both to agentic and 
structural properties, but the focus has varied across the years (Barrett et al., 2006). In the early 1990s the focal point was on structure rather than agency, as studies explored how, for example, technology produces and reproduces structure (e.g. Orlikowski, 1992; Walsham, 1993). Then the attention shifted in favour of agency as studies, for instance, investigated how an information system is enacted in practice (e.g. Boudreau and Robey, 2005; Orlikowski, 2000).  Now though, the development swings the other way since there is rising concern that research is starting to neglect the materiality  of technology 
(e.g. Barrett et al., 2006; Leonardi and Barley, 2008; Orlikowski and

21 Scott, 2008; Orlikowski, 2007). Materiality is part of the tangible 
properties of structure, and the concept denotes the material nature of technology and, in particular, the functionality of the IT artefact. In other words, “precisely those tangible resources that provide people with the ability 
to do old things in new ways and to do things they could not do before” (Leonardi

to do old things in new ways and to do things they could not do before” (Leonardi 
and Barley, 2008, p. 161). Such a focus does not, however, imply collapsing into a deterministic or voluntaristic perspective.  Leonardi and Barley contend that the affordances and constraints of the materiality of technology have largely been ignored in organisational change research. Such a perspective suggests a greater need to pay attention to what technology makes the user do or not do. This is of central concern because IT is increasingly supplying information that enables its users to change their practices, and in some cases even change the foundation of their profession as such.   Following the call for increased understanding of the implication of materiality, the subsequent text will illustrate the materiality that is the central concern of the research performed in the thesis: the ERP system.
10 The description is a conceptual illustration regarding the purpose ,

10 The description is a conceptual illustration regarding the purpose , 
prerequisite , implication  and limitation  of ERP systems.11 
 
To start with, the purpose  of an ERP system is to integrate the data,

information and processes of an entire organisation into a single database that serves the needs of the organisation, which the employees access and use through a single multi-module software (Davenport, 2000; O'Leary, 2000). ERP systems can be seen as the “backbone” of the organisation and have the capacity to process large amounts of data, being of transactional nature (which can be compared with business intelligence solutions that are more analytically oriented). The most common vendor is the company SAP that supplies the SAP R/3 software, but Oracle, the Sage Group, and Microsoft Dynamics are also important vendors.  Largely ERP projects strive to replace the locally dispersed and heterogenic information systems with a unitary information system. Before organisations implement an ERP system they regularly have various local information systems spread out in different parts of the organisation. Such variety implies that the organisations have different local practices with minimal

system they regularly have various local information systems spread out in different parts of the organisation. Such variety implies that the organisations have different local practices with minimal standardisation of processes and activities. As a result information is fragmented, consolidation is difficult, and

22 reporting and feedback mechanisms are cumbersome (Davenport, 2000; 
Dresner, 2007).  The ambition of a single ERP system is to minimise such problems by integrating the organisation’s data, information, and processes. For example, the ERP system is based on the idea of standardisation and on a common chart of accounts that implies—in contrast to earlier situations—that the organisation has the ambition to have similar definitions, rules, routines, roles, and a “single version of the truth” (Arnold, 2006; Davenport, 2000; Klaus et al., 2000). Such a process is, however, complex and takes time, as the papers in this thesis demonstrate.  Altogether the standardisation and integration—that is essential for reaping the full benefits of the ERP system—open up for significant organisational changes (Scapens and Jazayeri, 2003). This is also put forth by Davenport (2000, p. 5). 
“Enterprise systems offer the first great opportunity to achieve true connectivity,

“Enterprise systems offer the first great opportunity to achieve true connectivity, 
a state in which everyone knows what everyone else is doing in the business all 
over the world at the same time. And because they represent the first great opportunity for connectivity, they pose one of the greatest threats to the status 
quo that companies have ever faced. Because companies are made up mostly by 
people, ESs [ERP systems] mean you will have to change people and the way they do things at the same time that you change all computers and the software–and more challenging–than any computer system a company has ever tried to install.” 
Second, the prerequisite  of an ERP system consists of modules , an 
operational database , a data warehouse , and a relational database , as partly 
depicted by Figure 1.

23 
Product 
development
Financial
 Analytics
 Sales
Procurement
 Logistics
 Manufacturing
 HR
Customer 
Service
Supplier  IT 
systems
Customer IT 
systems
Operational 
Database
Data Warehouse
 
Figure 1: Components of an ERP system. Adapted from Turner and Weickgenannt (2008, p. 
603). 
 
The ERP system consists of different functional modules  such as financial,

Database
 
603). 
 
The ERP system consists of different functional modules  such as financial, 
logistics, sales, manufacturing etc. Though there are many modules, most organisations use only two or three, and most commonly the financial module. The modules interact across the functional areas so that when, as an example, an order is placed in the system the different modules provide instant answers to question like: what is the inventory status for the product?; what is the customer credit history?; what is the sales forecast for the product?; what is the payroll and staffing related to the product?; what are the different costs related to the product?; how long does it take to transport the product?   When the employee uses a module in the ERP system, it draws the necessary data from the operational database . In the processes of doing so

the database is up-dated in real time. For example, when a sale is completed the data from the sale provides instant and real time changes to sale forecasts in the sale module, and at the same time changes are done to the accounts receivable balance in the financial module. Effects of events are immediate. The information in the operational database is periodically stored in the  data warehouse that later may be used to support 
decision-making and business intelligence (Turner and Weickgenannt, 2008).  Integral to the ERP system is a centralised and relational database  (Klaus et 
al., 2000; O'Leary, 2000) that links data to each other. The database is also centralised to a few locations from which the users virtually conduct their work. In other words, because most work performed in an

24 organisation is done utilising such a database, regardless of geographical 
location, the ERP system has the potential to change the nature of work and how it is organised (Zuboff, 1988). For example, the ERP system may unbound work from time and space (Quattrone and Hopper, 2001), and transcend national, organisational, and departmental boundaries (Sinha and Van de Ven, 2005). This enables organisations to alter the value chain, and to execute externalisation strategies such as outsourcing and shared service centre solutions. Additionally, the database structure of the ERP system makes both decentralisation and centralisation possible (Schulman et al., 1999).  Altogether, the ERP system has a number of implications connected to

organisational integration that creates accountability and transparency, and reduction of organisational heterogeneity.   The ERP system can entail both horizontal and vertical organisational integration (Dechow and Mouritsen, 2005; Scapens and Jazayeri, 2003) that, in turn, creates accountability and transparency (Arnold, 2006). This enables managers not only to examine aggregated information but also to “drill down” into the organisation and investigate single transactions (Lindvall, 2006).  Because the ERP system has the potential to integrate information and data from various parts of the organisation into one database it can reduce information asymmetry and supply real time and consolidated management information (O'Leary, 2000). Such instant access to information improves the timeliness and quality of the feedback mechanisms, which in turn can alter the decision-making processes (Arnold, 2006; Klaus et al., 2000).  Earlier, before implementing an ERP system, organisations

timeliness and quality of the feedback mechanisms, which in turn can alter the decision-making processes (Arnold, 2006; Klaus et al., 2000).  Earlier, before implementing an ERP system, organisations regularly had numerous information systems that meant that practices and information was highly fragmented. Due to technology maturity and development of the internet, it is nowadays easier to implement a more uniform ERP system. Such implementation can create integration and standardisation of business processes, common classification, and a common “blue-print” for conducting practices (such a process is, however, long and complex, and consolidation requires high amounts of manual work). This in turn means that since employees work from the same relational database in the ERP system, they use the same processes, rules, definitions, and data that are built into the system. In this respect, one

25 possible outcome of using an ERP system is the reduction of 
organisational heterogeneity (D'Adderio, 2003).   Several recent findings indeed suggest such an effect. For example, Dresner (2007) argues that in its most basic form the ERP system requires standardisation and a limited number of accounts in the chart of account, and that such denominators may create a common understanding regarding rules, definitions, and procedures in the company as a whole. Likewise, Costello (2000) purports: 
“Information systems are directly implicated in the flow of information, the 
opportunities available for acquiring knowledge, the codification of the 
knowledge and its reproduction and storage. Information system affects shared meanings since it is directly involved in passing on some of those meanings in its day-to-day work.” (p.148). 
Similarly, recent research underscores that an ERP system can create

“technological isomorphism” (Batenburg et al., 2008; Benders et al., 2006). This is because, the authors argue, the ERP system has embedded similarity-enhancing mechanisms consisting of intra- and inter-organisational pressures that induce behavioural conformity. In itself, the ERP system does not determine behaviour but influences the situation in such a way that using the ERP system becomes a rational and sensible thing to do.   The final example of the reduction of organisational heterogeneity comes from Volkoff et al. (2007) who argue that because organisational elements of data, routines, and roles are embedded in the ERP system, and because employee practice is in part bounded to the system, it can influence social structures. The research underscores that the tangible properties of structure, such as the routines integrated into an ERP system, can influence the more intangible properties of structure, such as mind-set.   ERP systems do have weaknesses and have been criticised

structure, such as the routines integrated into an ERP system, can influence the more intangible properties of structure, such as mind-set.   ERP systems do have weaknesses and have been criticised on a number of

points. First, since a “blue-print for action” is built into the ERP system it may create similarities in terms of practice, work-language and work-logic. This may result in an inflexibility as the system influences what you can and cannot do (Dechow and Mouritsen, 2005). It also implies an organisational integration that leads to new demands and compromises. Furthermore, the centralised and relational database, from which work is done, creates sensitivity as small changes in one part of the system can

26 result in significant and immediate changes in other parts of the system

(Arnold, 2006; O'Leary, 2000). Last but not least, once installed ERP systems are very hard to reconfigure and change (Dechow and Mouritsen, 2005), and implementation is a complex and costly venture with a high failure rate (Klaus et al., 2000; Markus et al., 2000).  The high failure rate of ERP systems is commonly due to too much attention being paid to technological aspects and too little attention to indirect social and organisational implications (Davenport, 2000; Dedrick et al., 2003; Markus, 2004; Markus et al., 2000). Managers repeatedly fail to realise that their organisations have to change in order to obtain the IT-enabled advantages of the ERP system. In particular, such organisations view IT as an isolated tool, and believe that when they unleash the ERP system, then change will spread automatically in the organisation, and employees will adapt to the new circumstances, forgetting the social and human aspects of IT-enabled change. In short, an ERP system does not take care

spread automatically in the organisation, and employees will adapt to the new circumstances, forgetting the social and human aspects of IT-enabled change. In short, an ERP system does not take care of itself.   For example, as noted earlier the ERP system has the potential to create a greater degree of common ground by the shared language and definitions it provides (Dresner, 2007). However, as argued by the present thesis, such common ground does not necessarily mean that employees interpret the system in the same way, nor does it mean that the interest in using the system is the same. In other words, the technological artefact of the ERP system can create a common ground but is limited to the extent that it does not automatically create a common

meaning  or a common interest  among its users.
12 Such development 
necessitates what the current thesis coins as translational  activities  that 
create a greater degree of common meaning , and relational  activities  that 
create greater common interest  (besides the short explanation below the 
concepts are further developed in Section 5.3).  The former, translational  activities , aim to bridge interpretive boundaries 
and to re-contextualise information in order to generate knowledge and a greater amount of common meaning among the change recipients.
13 Such 
translational activities consist of different activities among social actors and amount to learning and reflection. For example, a global change agent may conduct workshops and training at the sub-unit in order to aid the change recipients’ understanding of the ERP system, and the practice connected to it. Relational activities aim to create common interest among the

users of an ERP system. Such relational activities consist of different relationship-building and supporting activities among actors. For

27 example, a change agent may build relationships with change recipients,

gain their trust, and generate legitimacy for the change. At the same time, the change agent shows management support and coaches the recipients in the process of transforming their work practices and, in the long run, their behaviour and mind-set. The point is that these translational and relational activities are social and human oriented activities, which surround the ERP system.  In this way, the implementation and use of an ERP system is limited if it is not combined with the translational activities that produce a common meaning among employees, and the relational activities that build common interest. The materiality of the ERP system has the potential to generate a greater common ground, but a greater common meaning and a common interest requires human and social interaction. Therefore, the full benefits of the ERP system hinge on the social activities of the actors. Brown and Duguid (2001, p. 204) put it similarly when they draw on Giddens (1990) to  state that:

“as technologies increasingly allow people to communicate across space and 
time, as knowledge is disembedded in one place to be reembedded in another, 
the critical question concerns the degree to which the embedding conditions at 
both ends of the communication are similar.” 
Only human actors can, to the full extent, provide such 
“disembeddedness” and “reembeddedness”, and this is precisely what this thesis argues, elaborates, and explains.  Nevertheless, in spite the weaknesses, ERP systems are an integral part of the contemporary organisation and are therefore an essential issue for research to explore, as Campbell-Kelly notes (2003, p. 197): 
 
“If overnight R/3 [ERP-system] were to cease to exist (say, if its licenses were 
made intolerably expensive), the industrial economy of the Western world 
would come to a halt, and it would take years for substitutes to close the breach in the networked economy.”  
Implications

In connection to the structure perspective of organisational change, the 
research performed in this thesis adds to the recent calls for increased focus on materiality. For example, the thesis aligns with recent research

28 that purports that the ERP system risks creating inflexibilities, reduced 
organisational heterogeneity, and produce similarities in the social structure of its users. The thesis develops these notions further by showing how the tangible properties of structure (i.e. the ERP system) is limited to the extent that it may produce a common ground by the “language” that it provides. It does not, however, generate a common meaning, because this calls for actors’ translational activities. Neither does materiality create common interest because this requires actors’ relational activities. In this way, the thesis contributes to the academic debate by showing that actors, and their socially oriented activities, can transcend the boundaries and limitations of materiality. 
2.7 Actors in organisational change 
Since actors and structures are an integral part of this thesis, and part of

Since actors and structures are an integral part of this thesis, and part of 
the research question, it is important to understand these concepts and the research that is connected to them. Not to do so would amount to a lesser understanding of how and to what the thesis contributes. The above text covered the structural side of change, below the agentic side of change is further explored. 
2.7.1 Forms of change agency in organisational change 
The concept of change agency in organisational change denotes the

The concept of change agency in organisational change denotes the 
source that drives change forward. Over the years, research has suggested different types of agency but the boundaries between these are ambiguous and there is a lack of a coherent view of agency in organisational change. Caldwell (2006), however, offers some clarification on the subject matter by dividing agency in organisational change into four different “discourses”.   The rationalist discourse  is the most dominant in organisational and IT-

enabled change. The discourse treats change as an intentional and planned event, and agency is centralised to an independent and rational expert with a managerial role. The discourse can be detected in literature connected to the OD movement (Cummings, 2008) with key-concepts like action science (Argyris, 1982), process consultation (Schein, 1987; Schein, 1988), and reflective practice (Schön, 1983).  The disperalist discourse  diffuses agency to e.g. empowered employees, 
middle managers, or management teams in the periphery of the

29 organisation. Such discourse is located in the literature connected to 
learning organisation (Senge, 1993), communities of practice (Wenger, 1998), sense-making (Weick, 1995), and knowledge creation (Nonaka and Takeuchi, 1995).  The third contextualist discourse  views agency as decentred and embedded 
in a non-linear process of change that emerges out of multi-level, political, and incremental activities. The discourse is reflected in Lindblom’s (1959) science of muddling through, Quinn’s (1980) logical incrementalism, and in Pettigrew’s (1997; 1985) processual research.   Agency in the final constructivist discourse  is problematic because it refuses

to accept the dichotomies of subject-object and agency-structure. Instead, this discourse favours a world that is made up only of social construction without independent actors or scientific observers. Foucault inspired research bares the mark of such discourse.   Besides these four discourses, an emerging research stream suggests a fifth discourse: technology agency . This stream of research advocates that 
agency can reside in IT (Costello, 2000; Latour, 2005). The rationale is that if, for instance, routines can be integrated into an ERP system then it has the potential to—in combination with other factors—influence the behaviour of both employees and organisations (Costello, 2000).  
2.7.2 Forms of actors in organisational change 
One of the attributes of change agency is the human actor—being an 
individual or a group—that has the capacity to act upon a situation to change structures.
14 The actor is a multi-level concept because it can

14 The actor is a multi-level concept because it can 
denote macro-oriented forces (e.g. new government regulations, globalisation or actions taken by lobbying groups) or it can refer to complete or parts of micro-level activities (e.g. implementation of an information system or decisions made by managers). This thesis primarily focuses on the micro-level activities of the human actor who are commonly referred to in organisational change literature as “change agents”
 (denotes the actor or actors that initiate, design, sponsor, and 
implement change; Kanter et al., 1992).  There is, however, research that directly avoids bringing actors into the study of change. Such a perspective downplays the role of individuals and instead treats them as pawns who are passive to the external and deterministic forces of the wider context of the organisation (e.g.

30 Greenwood and Hinings, 1996). In such an over-fatalistic perspective, 
the managers and employees of the organisation are given limited possibility to influence change. The inclusion of agents in change, however, is a vital component for change theory (Dunphy, 1996). To do otherwise would be to acknowledge that individuals do not initiate or influence change in any significant way.   There are many different kinds of change agents in organisational change and the attempts to construct taxonomies are commonly done in relation to the activities  the agent performs or the role that the agent has in the 
organisation. The former tends to connect the activities  of the change 
agent to the states in the sequential and conventional change model of unfreeze, change and refreeze (e.g. Armenakis et al., 1999; Kanter et al., 1992; Ottaway, 1983).   Taxonomies related to the role of the change agent are many (e.g.

Caldwell, 2003; Ginsberg and Abrahamson, 1991; Hartley et al., 1997; Markus and Benjamin, 1996) but the most comprehensive is also suggested by Caldwell. The classification is fourfold and the first consists of the leadership model  that includes research that ascribes the change agent 
role to leaders or executives. In such research the change agents are regularly referred to as change masters (Kanter, 1984), transformational leaders (Bass, 1998), or innovators (Kirton, 1980). In the second management model  the role is assigned to the managers and functional 
specialist that research terms e.g. adaptors (Kirton, 1980), changemaker (Storey, 1992), and empowerer (Lawler, 1986). The third model of consultancy  attributes the role of the change agent to consultants that 
commonly bare the name of action researchers (Lewin, 1951), facilitators (Tichy, 1974), or process consultants (Schein, 1987; Schein, 1988). The final model connects the change agents to different kinds of teams such

as T-group (Lewin, 1951), quality teams (Juran and Godfrey, 2000), and task groups (Beer et al., 1990).  This fourfold classification of change agents’ roles underlines that research, and management practices, tend to ascribe the role of the change agent to one or a few formal actors with specific leadership qualities. This is problematic because such claims repeatedly translate into a prescription for change in which one single individual with a magic solution implements it. Like for example an external change consultant who gives prescriptive guidance in a single best-way to conduct change (Burnes, 1996). There is little room for the actors “behind the scene” and the informal activities that take place there (e.g. political and

31 supportable activities). The notion that the role of the change agent can 
be connected to several actors with various tools and skills that are dependent on context, change complexity, level and temporality is also ignored.
15 Such biases are criticized in Paper II and in Section 5.3. 
 The change agents perform their practice in relation to a change recipient who adopts and adapts to the change, and such employees are commonly associated with some kind of resistance (Kotter and Schlesinger, 1979).
16 Studies show that resistance can stem from a

number of factors such as organisational silence (Bowen and Blackmon, 2003; Morrison and Milliken, 2000), power and politics (Constantinides and Barrett, 2006; Gray and Ariss, 1985), lack of emotion (Huy, 1999; Kotter and Cohen, 2002; Sanchez-Burks and Huy, 2009), and cognition and interpretation (Isabella, 1990; Löwstedt, 1989; Löwstedt, 1993; Stensaker et al., 2008).  Scholars have however criticized earlier resistance research suggesting a too simplistic treatment of the concept. Dent and Goldberg (1999a; 1999b), for instance, contend that “resistance to change” is a monolithic mental model that often obstructs the change effort. Piderit (2000; 2007) similarly holds that resistance is commonly seen as a restraining counterforce and argues instead that studies should in-depth explore the ambivalence in the recipients response to change. More recently, Ford and Ford (2008) criticise resistance research because they frequently view resistance as a dysfunctional and irrational response

ambivalence in the recipients response to change. More recently, Ford and Ford (2008) criticise resistance research because they frequently view resistance as a dysfunctional and irrational response that exist “over-there”.

2.7.3 The practice of the change agent in organisational change 
Recent research alleges that the actors and their practice of change are 
treated monolithically (Ford et al., 2008). A short investigation of such a claim can be conducted by looking at if and how the most well cited reviews theorises change agents (Porras and Silvers, 1991; Van De Ven and Poole, 1995; Weick and Quinn, 1999; Woodman, 1989). Such investigation, though, yields limited results. The reviews recurrently focus on the aggregated structure and trajectory of change but ignore any deeper exploration of change agents and what they actually do. There is, however, one exception (Weick and Quinn, 1999) that touches upon the role of the change agent in episodic and discontinuous change, but avoids deeper examination.

32 The lack of theorisation has amounted into a planned approach to

change and a picture of the change agent as an actor with activities that are one-dimensional (Caldwell, 2003; Ford et al., 2008). At this extreme, the agent is conceptualised as an undisputed, isolated and single individual with a change prescription. This individual has magical leadership traits, and cognitive/analytical oriented knowledge spawned by the use of instrumental tools.   Organisational change textbooks focusing on the planned approach to change demonstrate such one-dimensional perspective of the change agent. For example according to Cummings and Worley (2008, pp. 23-27) the actions of the change agent in planned change consist primarily of three activities. First, the agent collects knowledge that the agent uses to identify the problem, and define and plan the change interventions. Then, the agent directs and leads the change recipients across the different sequential states and towards the desired and defined end-state. Finally, the agent uses instrumental tools to

Then, the agent directs and leads the change recipients across the different sequential states and towards the desired and defined end-state. Finally, the agent uses instrumental tools to collect knowledge and evaluate the intervention to see if further action should be taken. The perspective focuses on what is needed at the different sequential states

(e.g. planning, goal, vision and change message at the start-state; feedback at the end-state), but little or no attention is paid to the activities, tools and skills of the agent that are needed while getting  to the 
different states (Tsoukas and Chia, 2002, p. 571).
17 
 From an historical standpoint such a perspective rests upon the seminal work of Kurt Lewin (1951). In the subsequent decades his work has been interpreted (some even say misinterpreted, Burnes, 2004; Burnes, 2007) and translated into more sophisticated approaches (e.g. Argyris, 1990; Schein, 1987; Schein, 1988) and models (e.g. Beckhard and Harris, 1987; Beer, 1980; Bullock and Batten, 1985; Burke, 2008; Lippitt et al., 1958).  Relying too much on Lewin’s research—or research that is based on it—can be problematic because as Caldwell (2006, p. 14) points out his work rests upon:  
“commitment to rational action and democratic values, his belief in expert

“commitment to rational action and democratic values, his belief in expert 
knowledge as reflexive feedback, and his overall liberal idealism regarding the 
self-reflective mediation of theory and practice, knowing and doing, science and 
action.”

33 An illustrative example of such problems is the work of Beckard and 
Harris (1987). They argue that successful change is mainly the product of a cognitive/analytical process. Such change is achieved when the recipients have intellectually understood the problems of maintaining a status quo and have received clear communication about the future end-state. Change per se is merely a transactional event between a sender and a 
receiver. They summarise their argument in their change formula: C = 
[ABD] > X  in which C refers to change; A denotes the recipients level of

dissatisfaction with the status quo; B stands for recipients desire to achieve the proposed change and end-state; D stands for practicality of change; and finally X is the cost of the change. According to this formula, unsuccessful change is often merely a question of failed cognitive/analytical transaction between the agent and recipient that is corrected by e.g. repeating or reinventing the form and message of change.  In the field of information systems a preoccupation with the planned approach is also evident (Avgerou et al., 2004), especially among practitioners (Avgerou and McGrath, 2007; Markus, 2004; Markus and Benjamin, 1997). Such fixation is often referred to as “technical rationality” and has recently been criticised repeatedly by a number of information system researchers (e.g. Agarwal and Lucas Jr, 2005; Avgerou and McGrath, 2005; Ciborra, 2006; McGrath, 2006; Orlikowski, 2000; Walsham, 2001). Overall, these authors argue that IT is too often seen as a stable, robust and

Agarwal and Lucas Jr, 2005; Avgerou and McGrath, 2005; Ciborra, 2006; McGrath, 2006; Orlikowski, 2000; Walsham, 2001). Overall, these authors argue that IT is too often seen as a stable, robust and reliable artefact that when implemented spreads easily in the organisation, and subsequently employees simply and automatically adapt to the new circumstances. In short, IT will take care of itself. In the cases when research does acknowledge a less planned and less technical/rational perspective it is often taken to the other extreme by overemphasising social and political issues (Avgerou and McGrath, 2007). As a result, there is a lack of multiple perspectives and a more balanced view of IT and change. The current research is an attempt to explore this rarely trod middle ground.  In sum, the dominant perspective in organisational change (and information systems) is a-historical, a-contextual, a-social, and non-emotional. It alleges that successful change only consists of transactional and

perspective in organisational change (and information systems) is a-historical, a-contextual, a-social, and non-emotional. It alleges that successful change only consists of transactional and cognitive/analytical oriented activities between the change agent and the change recipient and is enabled by a shared and common ground. That is, if an organisation succeeds in achieving a high degree of common ground among change recipients (by e.g. change message) then successful change will come automatically. Caldwell (2006, p. 31)

34 expresses a similar point of view as do others (Ford et al., 2008; Tsoukas 
and Chia, 2002):  
 
“Essentially what is missing from this model [what Caldwell labels as 
rational] is a relational , interactional  or broader practice/discourse-based 
understanding of organizational change as processes in which multiple change 
agents  enact their own goals, interests or values as potentially autonomous 
actors in an open dialogue” (emphasis by thesis author).  
The findings that emerged out of the case study of Ericsson suggest that

agency is less restricted than the research pertained to the rationalist discourse (and the planned approach to change) argues. The thesis also offers a more multiple and complex perspective on the role of the actors of change as they are played by different individuals and teams on various levels, depending on the phase of the implementation, and social and contextual factors. In particular, the thesis shows how different levels of change complexity require different roles to be played, different skills to be applied, different activities to be performed, and different structures to be used. In addition, the thesis illustrates that in some cases the change agent is also the change recipient. Such findings suggest that the concept of change agents and change recipients is less clear-cut and monolithic than earlier research suggests, and that change recipients can be a positive force instead of a counterforce. Finally, the research undertaken in this thesis addresses the issue of an

and monolithic than earlier research suggests, and that change recipients can be a positive force instead of a counterforce. Finally, the research undertaken in this thesis addresses the issue of an under-theorised concept of the change agent in organisational change by, for example, showing that the activities that the agent performs are done in a social and historical context, and contain both cognitive/analytical and emotional elements.

2.8 Summary 
The chapter has shown how the thesis is informed by theories that 
purport that a balance and interplay between actors and structures is 
imperative to successful and sustained change. The chapter has also 
discussed change per se  and has underlined that the concept is seen as a 
continuous process that is influenced by history, path-dependency, tacit 
properties, and informal activities. Then the chapter moved on to explain 
that the present research attempts to fill the gap of limited research on

35 the role IT in organisations and organising. The thesis goes about doing 
so by applying the technochange perspective that demands attentiveness 
to technological and material properties, as well as organisational and 
social properties, and how they interact across time. These more grand 
notions of theory were followed by two sections covering a more 
detailed exploration of the limitations of earlier structure and actor 
related research. From a structure point of view, it was explained that 
there is a rising concern among scholars that research is neglecting 
materiality. As a result, the thesis sets out to explore the possibilities and 
limitations of one of the most integral parts of materiality in 
contemporary organisations: ERP systems. From an actor point of view, 
it was illustrated that the concept of actor is undertheorised, and that 
earlier research has been pre-occupied by one-dimensional and 
rationalistic accounts of the actors of change and their practice.

rationalistic accounts of the actors of change and their practice. 
Consequently, this thesis attempts to unveil change less as a transactional 
event between states, and more as a translational and relational process 
performed by multiple actors in an on-going practice.

37 3. EMPIRICAL FOUNDATION 
3.1 Introduction 
This chapter presents the case study organisation of Ericsson, which is 
the empirical foundation of the thesis. This is accomplished by an initial section that provides an overview of Ericsson’s technological shifts and evolution, followed by the historical background to Ericsson’s market expansion and the development of its internal structure. The purpose of this first section is to give a contextual backdrop to the subsequent section that presents a short overview of the examined F&A transformation in Ericsson.  
3.2 Case study background 
The examined case study organisation is the telecommunications

The examined case study organisation is the telecommunications 
company Ericsson that was founded in Stockholm 1876 where the headquarters still reside. Ericsson has often been the market leader in their primary business of communication by providing telecommunications equipment and services to mobile and fixed network operators. A slogan from their annual report 2008 similarly depicts: “UNLIMITED COMMUNICATION – our vehicle for growth ” (p. 1). In

2008 Ericsson employed over 78,000 people, had customers in over 175 countries, telecom networks that supported 40 per cent of all mobile traffic, and a net sales that amounted SEK208.9 billion. They had established a presence in over 175 countries and their largest markets, in a descending order, were India, China, USA, Italy, Indonesia, Sweden, Brazil, Spain, U.K., and Japan (Annual Report 2008).   Below follows an analytical and conceptual presentation that focuses on Ericsson’s development in terms of technology shifts, and market expansion 
and internal structure. The presentation is a broad overview rather than an 
exhaustive review of Ericsson.

38 3.2.1 Technology shifts 
Ericsson view themselves as one of the leaders within communication 
technology and during the years they have managed to survive numerous technology shifts. The corporation started out as a repair shop for telephones but advanced into telephony equipment, manual switchboards and the manufacturing of phones (by using reverse engineering on Bell’s telephone from the US, in absence of patent protection; Attman et al., 1976).
18

The first major technology shift came in the 1920s. Ericsson changed from producing manual switchboards into motor-driven switchboards (a switchboard is a “node” which purpose is to connect an inlet with an outlet within a large network). Earlier, Ericsson’s switches required telephone operators that connected the users, but now a new automatic switch replaced these operators (Jacobæus, 1976; Meurling and Jeans, 2000). Ericsson was late to realise the advantage with this new technology. When they did so, however, they advanced rapidly. One of Ericsson’s most popular products was the 500-switch. This product had the capacity of making 500 mechanical switches and was used in the telecommunications industry for over 50 years (Helgesson, 2001a).   The next important technology development came in the middle of the century when Ericsson moved into crossbar switching technology that could handle multiple inputs and outputs (Jacobæus, 1976). In doing so, they shifted focus from mechanic to

in the middle of the century when Ericsson moved into crossbar switching technology that could handle multiple inputs and outputs (Jacobæus, 1976). In doing so, they shifted focus from mechanic to electronic based products. The crossbar switches became popular mainly because they required a less amount of maintenance (which meant that the rural station could be unmanned). Ericsson became the leading developer of the technology in the 1940s and the popularity of the crossbar technology lasted until the 1980s (Helgesson, 2001b; Meurling and Jeans, 2000).  In the beginning of the 1960s, Ericsson moved into the computer age by their development of the computerised telephone switch referred to as AKE (Dahlgren and Witt, 1988). The product was unexpectedly less successful on the market but the know-how from the AKE opened up for the development of the AXE system in the 1970s. The AXE system was a decentralised system, compared to the centralised AKE system, and was an important breakthrough

from the AKE opened up for the development of the AXE system in the 1970s. The AXE system was a decentralised system, compared to the centralised AKE system, and was an important breakthrough because of its modular-system-architecture and advanced programming (Lindmark et al., 2004; Åsgård and Ellgren, 2001). The strategic decision of making significant investments in the AXE-system signified a shift from their focus on low-

39 tech electronic and mechanical products into more high-tech electronic

and digitised products.   The AXE system increased Ericsson’s global market share significantly and paved the way for Ericsson’s transition into the mobile communication industry in the 1980s (Meurling and Jeans, 2000). In this decade, the deregulation of the telecommunications market enabled the development of the standards of NMT (analog) and GSM (digital) that Ericsson took an active part in (Dunnewijk and Hultén, 2007). In addition, in the middle of 1980s, Ericsson made the strategic decision of not only producing mobile switching technology (e.g. MTX) but also complete systems including consumer products such as mobile phones (Meurling and Jeans, 2000).  In the 1990s, Ericsson’s core business was mobile systems (Åsgård and Ellgren, 2001). These years were constituted by fierce competition with other actors of the mobile phone industry (Dunnewijk and Hultén, 2007; Nilsson, 2002). Ericsson kept its position as industry leader in mobile systems and was initially leading in the

with other actors of the mobile phone industry (Dunnewijk and Hultén, 2007; Nilsson, 2002). Ericsson kept its position as industry leader in mobile systems and was initially leading in the handset area, but they eventually lost their market share in mobile phones area. Because of this, Ericsson made the decision of establishing a joint venture with Sony, Sony Ericsson, which took over the production and development of mobile phones. The 1990s and the beginning of the 21

characterised by a rapid technology development that was influenced by several driving forces including deregulations, development of standards, and growth of the Internet (Humphreys and Padgett, 2006). For example, Ericsson’s R&D expenditure in 2001 was more than 20 per cent of the total R&D expenditure of companies in Sweden (Lindmark et al., 2004).  Ericsson’s prognosis of an expanding telecommunications market was promising (annual report 2000) but around 2001 Ericsson experienced a significant economic crisis (Nilsson, 2002). The problems were connected to the dot.com bubble but there were also, according to a telecommunications analysis (Lindmark et al., 2004, p. 135), presumably connected to Ericsson’s mobile phone business that had problems with quality, design, and platform development. Because of the economic crisis within Ericsson, and because of the downturn in the market, Ericsson was forced to perform major organisational restructuring and layoffs. There were some signs

Because of the economic crisis within Ericsson, and because of the downturn in the market, Ericsson was forced to perform major organisational restructuring and layoffs. There were some signs of bankruptcy. Nevertheless, Ericsson managed to keep afloat and they focused on their most profitable products AXE, GSM, 3G, and ENGINE (a new multi-service network

40 that could combine broadband internet, voice and data traffic; annual

report 2002). In the years that followed Ericsson made investments in optical transmission, fixed and mobile broadband, and multimedia technology (including acquisition of Marconi, Redback and Tandberg Television; annual report 2006 and 2007).   Ericsson managed to get back on track and in 2008 their main business was increasingly related to telecommunications services and software. In doing so, Ericsson shifted their core competence from tangible products towards intangible and knowledge-intense services. At the time of writing, Ericsson vision, according to their website, is to be the prime driver in an all-communicating world. They strive towards being an integral part of the communication process from beginning to end. This includes network infrastructure (e.g. 2G and 3G), multimedia (e.g. mobile TV, IPTV, messaging, music solutions), multimedia devices (through Sony Ericsson), and global services (e.g. systems integration, consulting, education, and support services).

3.2.2 Market expansion and internal structure 
The internal structure of Ericsson has varied during the years. According 
to a earlier study conducted by Barlett and Ghoshal (1989)  Ericsson’s structure has been similar to the theoretical concepts of international  and 
multinational  company . 
 In the beginning, Ericsson’s production and operations were mainly confined to Sweden. Because of market saturation and domestic competition, however, Ericsson started early on to expand internationally (Meurling and Jeans, 2000) and by the turn of the 20
th 
century they were building telephone networks on five different continents (annual report 2006). In the beginning of this internationalisation process, the firm kept development and production in Sweden and exported their products only with minimal service and installation in the foreign markets. Therefore Ericsson resembled what is called an international  company  where the headquarter is central and from

which knowledge, development, and decision are made and then delegated to the foreign subsidiaries. In an international company the subsidiaries—that are viewed as appendages—develop their own products and strategies, but in doing so they are dependent on the managerial parent company for knowledge and information.

international expansion. Early markets included Russia, where the first foreign manufacturing was established, and Britain, where the biggest market was situated (Meurling and Jeans, 2000). Market entries were also made in China in the late 1890s and in South America in the 1920s. According to Dahlgren and Witt (1988), 95 per cent of Ericsson’s sales turnover in the year 1900 was generated by sales outside Sweden. In this phase of internationalisation, Ericsson began making major investments in the foreign subsidiaries that subsequently took over a large part of the manufacturing (Attman et al., 1976). This was due to difficulties exporting, but also because of the fact that it was crucial that Ericsson established close relationships with customers (that in most cases were state-owned monopolies; Elvander and Elvander, 1995). Such development meant that the structure displayed similarities to a multinational  organisation, which signifies itself not only by

decentralisation, but also through depreciation of economies-of-scale in favour of subsidiary autonomy and local responsiveness. In this respect, subsidiaries are viewed as independent businesses, headquarters are viewed as a strategy entity that is responsible for optimising and coordinating subsidiaries, and the whole company is viewed as a collection of different national businesses.  Beside a crisis connected to Ericsson’s relations with Ivar Kreuger in the 1930s, the company continued its expansion (Attman and Olsson, 1976; Åsgård and Ellgren, 2001). In the 75 years since its establishment, Ericsson had grown into a large multinational company, and by the end of the Second World War Ericsson had an approximate sale of SEK233 million, of which one third was made in the parent company. At this time, Ericsson had established manufacturing companies in eleven countries, sales companies in twelve countries, and concession companies in seven countries (Föreningen Stockholms

company. At this time, Ericsson had established manufacturing companies in eleven countries, sales companies in twelve countries, and concession companies in seven countries (Föreningen Stockholms Företagsminnen, 2001).  As Ericsson grew larger, the decentralisation continued and by the middle of the 1980s the organisation was constituted by strong localised and independent subsidiaries (Elvander and Elvander, 1995). Local management was often autonomous and managed the subsidiary as their “own kingdoms” (Beckérus and Edström, 1995). As a result, headquarters experienced a lack of transparency, problematic governance, and difficulties implementing change.

42 Because of the decentralised organisation, and because of the increased 
complexity of multiple markets, products and customers, Ericsson re-organised in the beginning of the 1990s. The corporation went from having a functional-based organisation—where every line of business was responsible for “their” subsidiary—towards a matrix organisation. 
According to the corporate policies from 1995, the new organisation was 
structured into two dimensions. The first dimension was the “local 
company” that was responsible for its profitability, and for acting as a 
single interface towards the customer. The second dimension was the 
“business area” that had the global responsibility for the marketing, 
development, and supply of their defined products and systems 
(Ericsson’s Corporate Policies, 1995). However, because Ericsson’s 
business still relied on national markets with close relationships to

business still relied on national markets with close relationships to 
customers, the organisation kept a national orientation in its organisational structure. For example, the local companies that were situated in the most important markets could, by the discretion of the 
CEO, be referred to as “major local companies” and would be treated 
accordingly (Ericsson Corporate Policies, 1995).   
The aim of the matrix organisation was to create a more flexible and 
boundary-less organisation (Ericsson’s Corporate Policies, 1995). Besides 
the problem with autonomous subsidiaries the new organisation was

the problem with autonomous subsidiaries the new organisation was 
driven by a need for greater integration across Europe, as deregulation and political forces had enabled a more uniform European market (Beckérus and Edström, 1995). The matrix oriented structure was beneficial because of market, customer, and product complexity but Ericsson nevertheless experienced the problems that are commonly associated with such organisational structure (Davis and Lawrence, 1978).  In the beginning of the millennium, the foundation of the telecommunications industry started to change significantly (Lindmark et al., 2004). The new situation was the result of developments that began twenty years earlier. For the majority of the 20
th century, the

th century, the 
telecommunications sector had been dominated by national monopolies that supplied post, telegraph and telephone services—commonly referred to as PTT. The influence from these institutions was now decreasing (initiated by the breakup of state owned AT&T in the USA in the 1980s; Meurling and Jeans, 2000). As a result, a stream of liberalisation and deregulation started that lowered government control and barriers-to-entry, which came into full effect by the turn of the millennium. As the national economies opened up, and as regulation and

43 protectionist policies were eliminated, companies were less constrained

to the local market. As a result, companies started to establish themselves in foreign markets, attracting new consumers with cheaper prices and more choices (Dunnewijk and Hultén, 2007; Humphreys and Padgett, 2006; Nissen, 2005).  Accordingly, and broadly put, organisations like Ericsson moved from having national oriented markets with monopolistic customers within stable and predetermined areas towards “a single global market” (Dent, 1996) with numerous competitors that sometimes came from outside the immediate industry. Additionally, the nature of the customers shifted from being a small group of a few customers (that were connected to national monopolies) towards a broader group of private businesses and consumers.   The stream of liberalisation and deregulation that changed the foundation of the telecommunications market necessitated an organisational response. Therefore Ericsson—as many other companies—began to apply a “one company approach” in which the subsidiary to a larger

of the telecommunications market necessitated an organisational response. Therefore Ericsson—as many other companies—began to apply a “one company approach” in which the subsidiary to a larger extent depreciates local interests and instead aligns decisions and operations with the enterprise as a whole (Bartlett and Ghoshal, 1989; Dent, 1996).  In theory, such a refocus requires changes to the organisational structure towards a more integrated company. Organisations in the 21

st century 
that strive for such integration and “one-company-approach” commonly do so by trying to implement a horizontal orientated structure and global processes (Lindvall, 2006). They also try to concentrate on core competencies by externalisation strategies such as outsourcing and Shared-Service-Solution (Hamel and Prahalad, 1994) and they try to increase communication and information integration in the organisation by implementing ERP solutions (Davenport, 2000). Ericsson’s “Global F&A Transformation Programme”, which is the focus of this thesis, bares the mark of such attempts, and this is the subject of the next section.  
3.3 The transformation of Ericsson’s F&A department 
The Global F&A Transformation Programme, examined in this thesis, 
concerns the global transformation of the Finance and Accounting 
(F&A) department of Ericsson that formally lasted for three years, 2004-

44 2006 (the succeeding text is based on the empirical data of this thesis, 
presented in Section 4.4). 
 
As in other decentralised companies, Ericsson had, as mentioned above, 
autonomous subsidiaries with their own “kings”, within their own 
“kingdoms”, and frequently “with their own agendas”. For the F&A

department this broadly meant that the subsidiary had their own information system, their own local F&A activities and processes, and their own way of doing things. Therefore, the F&A headquarters in Stockholm experienced low transparency and control, fragmented information, dysfunctional feedback mechanisms, and difficulties when implementing change. For example, as one respondent explained, when new F&A directives were sent out to the local subsidiaries they were generally only acknowledged and followed if this was considered important by local management.  Such problems were the main background factor, but there were also additional reasons that were summarised in the four Cs of Cost, Control, Consistency and Competencies (recurrent in interviews and specified in early internal presentation material, see strategy document #6 in the Appendix; see also Paper I for a more thorough explanation). First, the business climate and the tough competition had created a stronger Cost focus.

material, see strategy document #6 in the Appendix; see also Paper I for a more thorough explanation). First, the business climate and the tough competition had created a stronger Cost focus. Second, the intensified legal control requirements (e.g. Sarbanes-Oxley Act) drove a need for Controls, global governance, transparency, and standards. Third, because business had become global it required global decision, and such decision required fast, consolidated, and Consistent management information. To conclude, the enablers of Cost, Control and Consistency were a global technology, standard processes and a Competent and professional F&A staff to operate it.  The aforementioned matrix oriented structure was inadequate to deal with these problems and therefore in the wake of the economic crisis Ericsson’s F&A department commenced the global transformation of implementing a SSC solution and a common ERP system (this is further elaborated upon in Paper I).    An SSC structure can be seen as

Ericsson’s F&A department commenced the global transformation of implementing a SSC solution and a common ERP system (this is further elaborated upon in Paper I).    An SSC structure can be seen as a form of ‘internal outsourcing’ in which the supporting and transactional oriented activities of an organisation, in this case F&A activities, are moved into a business unit of their own where they become the core business process and offered to internal customers (Schulman et al., 1999). In Ericsson, these “hubs” supplied new standardised F&A services to internal customers, often

45 independently of region (regulated through a framework; see documents

#21-29 in the Appendix). These transactional oriented F&A activities included: financial master data management, general accounting & closing, credit management, banking, travel and expense accounting, archiving and record retention, and accounts payable. Later in the transformation, the SSCs were also able to provide services outside the immediate area of F&A such as PtP (Purchase to Payment) and HR related services. The implementation process of the new organisational structure implied that transactional oriented F&A activities were mapped (in the majority of the local sub-units). Then the local F&A deviations were identified and managed. Subsequently the F&A activities were turned into standardised global processes, then integrated into a common ERP system, and finally they were supplied as a service from the SSCs to the local F&A sub-units (see Paper I for in-depth description).  In 2001, almost simultaneously with the implementation of the SSCs, Ericsson made the decision to

as a service from the SSCs to the local F&A sub-units (see Paper I for in-depth description).  In 2001, almost simultaneously with the implementation of the SSCs, Ericsson made the decision to start to implement a unitary ERP system of SAP R/3 (see Section 2.6) and abolish the numerous local information systems within the organisation. In the 1990s, Ericsson had done similar implementation attempts that failed, which were debated in popular press  (e.g. Ekstrand, 1998a; Ekstrand, 1998b; Magnusson, 1998).

the know-how more developed, and the strategy was different. The implementation as such was also coupled with more radical changes to the organisational structure (e.g. the SSCs solution) as well as coupled with actor oriented activities that surrounded the system (see Paper I and Section 5.3).   Besides this, there was a vital distinction in the way Ericsson’s F&A department conceptualised the IT-artefact that influenced the way it was managed. Theoretically, successful IT-enabled change projects are often treated as continuous projects where IT and organisation are viewed as dynamical entities that reciprocally interact (as discussed in Section 2.5; 5.3; 5.4, and explored by Papers IV and V). The case study of Ericsson empirically shows such an approach. For example, the F&A department treated the SAP R/3 not as a monolithic and isolated tool but as something that changed continuously as new features were added and adjustments were done to the system. They treated—or treat—the

treated the SAP R/3 not as a monolithic and isolated tool but as something that changed continuously as new features were added and adjustments were done to the system. They treated—or treat—the system as a fluid entity and as an open-ended project without an end-state: what the SAP R/3 is today is not what it will be tomorrow (Harris and Davenport, 2006). On top of this, Ericsson changed their

46 organisation accordingly. When changes were done to the system, and 
when they learned more about the system, they made changes to the organisation (and vice versa).
20  
 Today, Ericsson is one of the few companies in the world that use the SAP R/3 almost to its full capacity and it has enabled the company to operate its F&A activities within “one controlling area”. For instance, F&A employees use the same master-data, one common chart-of-account, and common F&A processes (often independently of geographical execution).
21 This made it possible to e.g. classify

21 This made it possible to e.g. classify 
transactions in one common way and “speak the same language” within Ericsson.  As such, the SAP R/3 is the “backbone” of Ericsson and pervasive in the F&A organisation as F&A activities are hard to accomplish without its support. F&A employees are not, however, the only ones that use the system, as almost all employees of Ericsson are one way or the other using the system in their daily practice. For example, as one respondent described, employees who work with stocks and logistics use the system to send goods in and out of the warehouse, employees who work with R&D use the system for time reporting, and employees who work with project management use the system for project planning and project reporting.  To illustrate Ericsson’s F&A transformation a comparison is made here between the situation before and after the transformation, in regards to the changed conditions for structures , process,  and actors. It is notable to

point out that the transformation was, or rather is, an ongoing and continuous process. The comparison made here is for pedagogical reasons only, in order to aid understanding.  From the perspective of structure,  Ericsson, in early 2000, had local F&A 
departments connected to the majority of the 200 legal units that operated in over 140 countries. Each F&A department performed their own F&A activities, often according to their own standards, which were embedded in their own respective local culture, regulations, and legislation. In contrast, by the end of 2008 Ericsson instead had ten globally dispersed SSC hubs that delivered standardised F&A services to the local sub-units (earlier performed locally).    Similarly, pre-transformation there were over a hundred different information systems, tailored to their own local requirements, which

47 were used to execute F&A activities. Post-transformation there was only 
one. Likewise, before the change, F&A activities were performed using numerous different charts-of-accounts, while after one chart-of-accounts was used.   From a process  standpoint, Ericsson’s F&A activities were, pre-

transformation, done by the local sub-units and periodical statements were sent to corporate office by email, post, fax or telex machine. In return, corporate F&A directives were sent back from head-office with limited feedback and follow-up procedures. In all, communication and information regularly flowed one-way and was fragmented, and the F&A activities as a whole were cumbersome and time-consuming.   Later the F&A activities were mapped, turned into global processes, consolidated and integrated into the SAP R/3. As a result, the F&A activity became a competitive service that was provided by the SSCs to the local offices.  After the transformation, a process organisation that cut across the traditional departmental boundaries was also established, which communicated through the internet and the SAP R/3 system. Earlier knowledge was in many cases developed and “connected” to a geographically located division. Now, however, because of the process organisation, knowledge was to a

and the SAP R/3 system. Earlier knowledge was in many cases developed and “connected” to a geographically located division. Now, however, because of the process organisation, knowledge was to a larger extent connected to professional individuals who cultivated and communicated their knowledge throughout global communities-of-practice. The purpose of the process organisation was to provide long-term continuity for development, optimisation and implementation of F&A activities beyond the timeframe of the transformation. Additionally, because the F&A activities had been turned into processes and integrated into the SAP R/3, it enhanced transparency and made instant financial analysis possible. In addition, since the ERP-system functioned on a centralised and relational database, F&A activities could largely be performed anywhere and at any time (see Section 2.5).  Finally, from an actor point of view, Ericsson’s local sub-units had F&A

employees who varied in numbers from a few part-time employees to nearly a hundred full-time employees. Communication from corporate headquarters was performed in a top-down fashion and the employees autonomously executed their work with local interests in mind. Their work was both transactional and analytical in its orientation, with dominance for the former. It was also isolated to the local or regional

48 level with limited lines of communication to other parts of the

organisation. As such, F&A work was highly divergent in Ericsson. As in many other companies the F&A employees were regularly perceived by others as careful and skilful actors, but pre-occupied by “tedious” numbers and whose work aimed to command-and-control the organisation (McKenna, 2006; Walther et al., 1997).   Because of the transformation, jobs were lost at the local sub-units, but new ones also arose at the SSCs, and with them new roles were established. The nature of F&A work changed as the majority of the transactionally oriented work was integrated and automated by the SAP R/3. F&A work post-transformation became more focused on analytical activities, and the employees were re-oriented towards a more proactive role of being teachers, developers, and experts. For the F&A employees work offered new possibilities for competence enhancements as well as global career paths. At the same time, however, work was more competitive, had a higher level of complexity than earlier, and

work offered new possibilities for competence enhancements as well as global career paths. At the same time, however, work was more competitive, had a higher level of complexity than earlier, and came with more demands that necessitated or required higher competence. Work also became less flexible as it was connected to the standardised global processes that were integrated into the global SAP R/3.   Overall and with hindsight, Ericsson’s “Global F&A Transformation Programme” is considered successful—from a managerial point of view—because it was performed within the timeframe and resolved the cost, control, consistency and competency problems that it originally set out to deal with.

22 This claim is supported by the empirical data sources 
that were collected over two years after the transformation was finished.   By the end of 2008, the F&A department of Ericsson employed approximately 1,200 people who supported 96 per cent of the whole corporation with their F&A services and related services such as PtP (Purchase to Payment). The SSC hubs were globally dispersed and established in Stockholm, Rijen (The Netherlands), Madrid, Dubai, Beijing, New Delhi, Manila, Mexico City, Dallas, and Sao Paulo. 
3.4 Summary 
The chapter has broadly explored Ericsson from two points of view. 
First, with a technology standpoint it was explained that Ericsson has 
managed to remain one the leaders within the telecommunications 
business for over hundred years by shifting its technological focus from

49 mechanics to electronics, and from supplying mainly physical products 
and large systems to services and software. Second, with a market and 
structural viewpoint it was illustrated how Ericsson started out as a 
domestic repair shop for telephones, how they grew into an international 
company, moved on into developing a multinational organisation, and 
later on in the 1990s reorganised into a matrix oriented structure. It was 
then illustrated how Ericsson, by the end of the millennium, was in need 
of structural and organisational changes towards a “one-company-
approach”, with integrating IT as an enabler. This was mainly due to 
issues related to globalisation, decentralisation, liberalisation and 
deregulation. The second viewpoint also explained that it was in the 
wake of such problems that the examined F&A transformation was 
commenced. The final section of the chapter provided an overview of 
the examined transformation by describing it as a shift from an

the examined transformation by describing it as a shift from an 
independent structure consisting of numerous local organisations with 
their own information systems and their own way of doing things, into 
one interdependent global network of SSCs. This new organisational 
solution is, as described, based on global and standardised processes, one 
common governance structure, and one ERP system.

51 4. RESEARCH METHODOLOGY 
4.1 Introduction 
The earlier chapters have provided the theoretical and empirical 
foundation, this chapter moves on to describe the arguments behind the 
choice of research methodology, and how the research was carried out. 
The initial two sections explain stance, design and research setting. The 
following section describes how interviews, documents, and observations 
were collected, as well as giving examples of their content. The 
subsequent section explains how and why certain strategies for analysing 
processual data were chosen and deployed. The final two sections 
explain how the data were validated and then communicated.  
4.2 Stance – a processual and a practice approach 
Change is conventionally studied by either using variance theory or

process theory (Gregor, 2006; Markus and Robey, 1988; Mohr, 1982). Variance theory is the most dominant approach and functions on an input-process-output model (e.g. Rogers, 1962). The variance approach is beneficial for studies focusing on the causes, outcomes and mechanisms behind organisational change. The underlying assumption is that an outcome will constantly come about when the sufficient and required conditions are present (Poole et al., 2000). Since the approach examines the variance between an independent and a dependent variable, it takes on a “black-box” perspective and therefore it puts less emphasis on how change occurs.   Given the point of departure that change is viewed as a process—as revealed in Section  2.4—the obvious methodological approach is process theory (Langley, 1999; Van de Ven and Poole, 2005). Process theory focuses on what happens in-between the input and output of change, and it is therefore a fruitful approach for studies that explore

52 change from-within. As such, a process stance entails ascribing temporal,

pluralistic, and a-symmetrical properties to change (Pettigrew, 1997). Studies using process theory are scarce and change scholars have made calls for further research with such a methodological approach (Pettigrew et al., 2001; Tsoukas and Chia, 2002; Van de Ven and Poole, 2005; Weick and Quinn, 1999). Additionally, process theory becomes central when viewing technology as an open and dynamic artefact, because the variance approach is limited as a method when attempting to capture a moving target (see Section 2.5).  This thesis also adds to the recent practice-turn in social sciences (Brown and Duguid, 2001; Reckwitz, 2002; Schatzki et al., 2001). Such perspective focuses on the actors, the situated action and their ability and skills to perform their action. With this perspective, change is considered to be something that people actually do, rather than being an external and abstract process (Jarzabkowski et al., 2007; Stensaker and Falkenberg, 2007; Whittington, 2006). The stance

is considered to be something that people actually do, rather than being an external and abstract process (Jarzabkowski et al., 2007; Stensaker and Falkenberg, 2007; Whittington, 2006). The stance meant that the current research focused on how the transformation was actually driven in

practice. Such an exploration is of central concern for organisational change research, as it lacks pragmatic frameworks and approaches (By, 2005).  The practice-based perspective offers middle ground theorising between the grand theories and the details of specific practices. Since research using a practice-based perspective founds its analysis on a collection-of-practices, it is abstract enough to generalise and contribute to theory, but detailed enough to explain how things emerge through micro-activities.  
4.3 Design and setting – the case study of Ericsson 
Earlier change research has frequently been a-contextual, a-processual, a-
historic, and frequently relying only on snapshots. As Pettigrew (1990) notes “There are remarkably few studies of change that actually allow change process 
to reveal itself in any kind of substantially temporal or contextual manner”  (p. 269).

to reveal itself in any kind of substantially temporal or contextual manner”  (p. 269). 
This is precisely what this thesis has set out to do with its single case study design of the longitudinal exploration of Ericsson.  A single case study design is appropriate since the thesis explores a how 
related question (Yin, 2003). This type of design is also considered an attractive choice when the phenomena under investigation—such as the moving target of IT-enabled change—is ambiguous and requires rich,

53 contextual, and real time data (e.g. Benbasat et al., 1987; Eisenhardt,

1989; Eisenhardt and Graebner, 2007; Yin, 2003).  Single case study design is also used when the studied phenomena is new and when there is an opportunity to study it intensely and in depth. This is important because such intensity can sometimes generate a creative insight that makes significant contributions to theory. On top of this, there is the notion of the “revelatory” nature of the case study of Ericsson (Benbasat et al., 1987; Yin, 2003). In other words, a single case study is appropriate when there is a unique opportunity to explore what previously has been largely inaccessible for research. Following Ericsson’s global practice of IT-enabled change, performed by change designers and agents, is such a case.  Single case study design is regularly criticised by researchers because of its low levels of generalisability. When they do so, however, they tend to apply the perspective of statistical generalisability. This is inappropriate because it imposes the principles of

because of its low levels of generalisability. When they do so, however, they tend to apply the perspective of statistical generalisability. This is inappropriate because it imposes the principles of sampling-based generalisability that seeks knowledge about objective scientific facts. Not only do the arguments have a positivistic departure point but it also ignores the fact that there are different types of generalising (Klein and Myers, 1999; Lee and Baskerville, 2003; Tsoukas, 1989; Walsham, 1995; Walsham, 2006). Lee and Baskerville offer a framework that illustrates such differences. They argue that there are four types of generalisation: generalising from data to description, generalising from description to theory, generalising from theory to description, and generalising from concepts to theory. The research undertaken here aims to generalise according to the second category, from description to theory. In other words, this research intends not to test tendencies of the past,

to theory. The research undertaken here aims to generalise according to the second category, from description to theory. In other words, this research intends not to test tendencies of the past, to give predictive explanations about the future, or to generalise to populations. Instead, this research reflects upon empirical data in order to contribute to theory. In doing so, the ambition is that the findings of the case study will provide valuable insights into situations with a similar context, and contribute to theory regarding organisational change.  The last point in this section is to discuss the relevance of Ericsson as a case study. Imagine that companies are normally distributed on a bell curve (a common assumption), with few on the left side of the curve being under-performers, the majority in the middle being average-performers, and some are on the right side being out-performers. Research recurrently focuses on the companies in the middle, the average performers. This is not

majority in the middle being average-performers, and some are on the right side being out-performers. Research recurrently focuses on the companies in the middle, the average performers. This is not surprising given that most studies aim to

54 test theories, which is of course both valid and valuable. Nevertheless, 
there are also negative effects of such a research strategy, as it focuses on the outdated practices of yesterday. Such a claim is supported by other researchers (Argyris and Kaplan, 1994; Kaplan, 1998) who argue that some research should aim to explore emerging management practices, how they are developed and successfully implemented. Such research should, if undertaken, focus on the outliers that are on the right side of the curve, and it is here that the case study organisation of Ericsson is located. 
4.4 Collecting – interviews, documents, and observations 
The enfolding events of the change were followed by drawing on data 
from interviews, documents and observations, as Table 1 exhibits.
23  
 
TYPE OF DATA  YEAR OF CREATION  
  2004 2005 2006 2007 2008 2009 
Number of interviews   9 7 8 5 24 
  Total: 29 interviews with 17 respondents 
Internal documents    
 Newsletters  49p 135p 212p 176p 18p

2004 2005 2006 2007 2008 2009 
 Newsletters  49p 135p 212p 176p 18p  
 Strategy documents  5p 74p 117p 2p 32p  
 Organisational & policy documents 16p 42p 55p 88p   
 Operational documents   6p 96p 221p 10p  
  Total: 1,354 pages 
External documents Numerous pages consisting of annual 
reports, theses, books, electronic resources, 
and telecommunications studies. 
 
Observations A total of 1 day at the SSC Stockholm and 2 
days at the SSC Beijing. 
Table 1: Summary of Empirical Source s
4.4.1 Interviews 
Altogether 29 interviews were conducted with 17 respondents. These 
were initially identified by snowball sampling (starting with the managers

55 that were responsible for the transformation), and later identified in the

narratives of the respondents (i.e. actors who were recurrently brought up by the respondents), as well as identified in the internal documents (i.e. actors who recurred in different forms of documents).  The respondents were primarily the most significant participants of the transformation, in regards to being an actor in influencing the asymmetrical-change, because of their role, status, or experience (for a discussion see e.g.  Battilana, 2006).  Since the research question in part focuses on how IT-enabled transformation might be conducted from a managerial viewpoint, the respondents were primarily the managers who initiated, sponsored, designed and implemented the change (Kanter et al., 1992). In other words, the thesis focuses on the actors that made the transformation happen in practice. For example, one respondent had performed over 40 F&A change projects (i.e. F&A migrations) worldwide and recounted stories of what worked and what was less successful when leading change in

For example, one respondent had performed over 40 F&A change projects (i.e. F&A migrations) worldwide and recounted stories of what worked and what was less successful when leading change in all his projects. It is primarily through their eyes that the transformation was examined. Such respondents were mainly the formal managers of the transformation, but some actors with a lower position were also identified and subsequently interviewed (interview 13, 15, 18, 20, 21, 23, see the Appendix). This, along with informal conversations with these actors during observations, was done so that a greater number of multiple perspectives could be included.  The interviews were reflexive (Alvesson, 2003) in their nature. That is, the respondents gave an in-depth description of the change as they experienced it, at the same time as multiple interpretations were explored and challenged (e.g. information from the newsletters or information from early strategy documents were brought up and posed

experienced it, at the same time as multiple interpretations were explored and challenged (e.g. information from the newsletters or information from early strategy documents were brought up and posed during interviews). The interviews focused on broad key themes that were developed both from a priori  theoretical areas (e.g. background factors of

the transformation or advantage and disadvantage with the ERP system) as well as themes that gradually emerged out of the empirical data (change skills or processes for migrating F&A activities from a local unit to an SSC). The interview sessions were conducted in an open, sincere, and revealing atmosphere. This might have been a result of the respondent’s curiosity, and the fact that trust was established early in the data collection process.  All interviews, except one phone interview, were conducted face-to-face. They lasted approximately 90 minutes and almost all were recorded and transcribed verbatim directly after the interview. More than half of the

56 respondents conducted work that was geographically dispersed on a 
global scale, and they also acted on multiple levels of the organisation. For instance, some of the respondents were involved in designing F&A strategy at a corporate level in addition to working with change management and the migration of F&A activities on-site at local sub-units. The majority of the respondents had also occupied different jobs situated in different countries. For instance, one respondent evolved from being the financial manager of a local company, into being a manager at an SSC, into being a change agent, and finally having the responsibility of global F&A operation that included supervising the whole transformation process. 
4.4.2 Documents 
Internal documents 
The internal documents span from the early events of the organisational

change in 2004 (i.e. the year it was created) until the end of the data collection in late 2008, consisting of 1,354 pages. These were of substantial value because they made it possible to follow both the unfolding events and to observe what had happened before the interviews commenced.   The internal documents were collected by consciously and consistently asking the respondents during the interviews for written material that was related to their individual work (e.g. a business case of a migration). These were subsequently explained and elaborated on by the respondent during the interviews. Apart from this, the most significant respondents of the transformation were asked for documents that were related to the transformation process as a whole (e.g. newsletters or organisational charts; it is notable that the respondents were considerably open and cooperative in supplying the researcher with documents).   The internal documents were a rich empirical data source that enabled

charts; it is notable that the respondents were considerably open and cooperative in supplying the researcher with documents).   The internal documents were a rich empirical data source that enabled retrospective accounts as well as real time views of Ericsson’s transformation. They also provided insightful overviews of the transformation that indicated which issues Ericsson considered important.  The internal documents were categorised into the following subgroups (displayed in the Appendix): Monthly newsletters  stretching from April

2004 to January 2008, strategy  documents  (e.g. transformation guidelines or 
early strategy sketches), organisational and policy documents  (e.g. role

57 description or service level agreement between a local company and a 
SSC) and operational documents  (e.g. key-performance-indicators of 
individual SSC or for instance an implementation plan from a project manager). To illustrate the richness of this data the subsequent text will describe them respectively.  First and foremost, the newsletters  (document #1 in the Appendix) were

of significant value as they gave an in-depth understanding of the change across time. Every letter was around 20 pages in length, sent out almost every month by email to all F&A employees, and consisted of four parts. It usually started with an executive summary and a personal letter from the head of Global F&A and Global F&A Operations where the most immediate concerns were addressed. Then the newsletter moved on to a section termed “meet the manager” that gave a portrait of the background, role, feelings, wishes, challenges and future ambitions of an F&A manager (at an SSC or local sub-unit). In some letters, there was also a close up on employees who were not managers. After this, the newsletter zoomed in on a particular project, providing rich details, “lessons learned”, as well as the views and opinions of the projects members. The final section covered news on the progress of the transformation that included descriptive details, new structural arrangements, and new F&A

as the views and opinions of the projects members. The final section covered news on the progress of the transformation that included descriptive details, new structural arrangements, and new F&A processes and strategy.  For example during the year 2006, eleven newsletters were sent out consisting of 119 pages. These letters gave a personal portrait of individual employees and teams in Dubai, Kuala Lumpur, Madrid, Manila, Mexico City, and Stockholm. The manager in Manila, for instance, recounted the frustrating experience of a “roll-out” and how it resulted in information system overload, workarounds, over-time, and how it was solved. The letters also provided lessons learned from establishing an SSC in Mexico City. This included an ambition to strive for a future increased focus on strong two-way communication, in-depth understanding of both organisational and technological aspects, key performance indicators (KPI), cultural awareness and conflict resolutions.

25During 2006, these newsletters also gave more descriptive 
information about a revised outsourcing strategy (see below), new controller roles, organisational changes in Stockholm, a process expert conference in Stockholm, and a F&A implementation in Sub-Saharan Africa.  Concerning the strategy documents  an illustrative example comes in the 
form of an early strategy sketch from 2004 (document #8). This

58 document described the new ideas for a revised outsourcing strategy 
(these were later described in the aforementioned newsletters from 2006).
26 It also gave visual graphs and descriptions of the complexities of 
handling small legal units, which the following illustrates: “ Small is 
beautiful (if it can be handled as such) ” and “ Not all our legal entities are “big and 
complex””.  The strategy document also depicted lessons learned about the 
importance of viewing IT implementation as a continuous process and to treat IT as a fluid artefact: “ We must avoid the “ultimate machine” mind-
set””.
27 
 
The organisational and policy documents  gave a structural perspective on the

set””.
27 
 
The organisational and policy documents  gave a structural perspective on the 
change. For instance, the service level agreement documents (document #21-29) described various dimensions such as the price, quality, and scope of the services provided by the SSCs to the local sub-units. The role description documents (document #21-29) provided the definition, responsibility, expectation and competence requirements of the most important roles in the F&A organisation (both on a global and a local level).  Finally, the operational documents  detailed, among other things, local F&A

process deviations in local companies in the Americas (document #36). They also described preparation, work shadowing, and stabilisation phases of migration projects in Colombia, Ecuador, Guatemala, Panama, Peru, and Venezuela. They gave information about change management strategies consisting of communication strategies, strong and visible leadership, KPIs, people management, and—as they put it—“ Increasing 
willingness to change by moving away from analysis, towards feelings! ”
 (documents 
#32, #10, #39).28  
External documents 
The external documents were primarily composed of Ericsson’s annual

The external documents were primarily composed of Ericsson’s annual 
reports and corporate policies, theses (Dahlgren and Witt, 1988; Lundström, 2006; Moberg, 1997; Ulbrich, 2008), books (Attman et al., 1976; Attman and Olsson, 1976; Jacobæus, 1976; Meurling and Jeans, 2000; Åsgård and Ellgren, 2001), electronic resources (Föreningen Stockholms Företagsminnen, 2001), and telecommunications studies and reports (Dunnewijk and Hultén, 2007; Humphreys and Padgett, 2006; Lindmark et al., 2004; Nissen, 2005). These public sources created an understanding of the telecommunications market, Ericsson as a whole, and put transformation in an historical and contextual perspective. In

59 addition, the external sources provided background information and 
made it possible to contrast it against other sources of data. 
4.4.3 Observations 
Observations were also conducted in connection with interviews at the

SSC offices. In total, one working-day of observations were performed in connection with eleven interviews conducted at Ericsson’s SSC office in Kista, and two working days of observations in connection with five interviews at Ericsson’s SSC office in Beijing (one of the largest SSCs).   On these occasions, the author sat in the SSC offices and indirectly observed the work performed, participated in social events, took pictures, and field notes of the work practices and issues raised during informal conversations. The possibility of direct observation of work practices was, however, limited, as the majority of the work was virtualised (Overby, 2008) and therefore unbounded by time and space (Sinha and Van de Ven, 2005).   Nevertheless, the observations served as additional properties of richness (Weick, 2007) to the primary data-sources of interviews and documents. For example, in Beijing the researcher went out to dinners and lunches with the SSC employees. The informal conversations

(Weick, 2007) to the primary data-sources of interviews and documents. For example, in Beijing the researcher went out to dinners and lunches with the SSC employees. The informal conversations that took place on these occasions enabled a deeper understanding of their personal feelings, opinions, and practices. In essence, the research activity gave an understanding of what it meant to be an SSC employee in China.

4.5 Analysing – organising, replicating, and grounding strategy 
4.5.1 Strategies for processual research 
Studying change with a processual approach entails challenges due to the 
vast quantity of data that it generates. Langley (1999) indicates that “Process data is messy ” (p. 691) and this regularly results in what Pettigrew 
(1990) facetiously describes as “ death by data asphyxiation ” (p.281). There 
are however different analysing strategies that make it easier to make sense of processual data. As Figure 2 shows, this thesis combined the grounding strategy of a constant comparison approach, an organising strategy of narrative, and a replicating strategy of temporal bracketing, addressed respectively below.
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60 
Grounding
theory
Alternative
templates
Narrative
Visual mapping
Temporal
bracketing
Synthetic
strategyQuantification
Grounding strategies Organising strategies Replicating strategies
Paper II and Paper III
 Paper I
 
Figure 2: Strategies for processual research. Adapted from Langley (2008).

As Langley (1999; 2008), and Pozzebon and Pinsonneault (2005) note, the strategies are most effective when combined. If, for example, a study relies only on narratives, the result is regularly a plain idiosyncratic story with less abstraction and theorisation. Likewise, studies that rely only on a bracketing strategy have a limited richness of contextual aspects that bring life to the story.   On the one hand, a combination of narrative and temporal bracketing is useful when the purpose of a study is to make sense of the mechanisms and driving forces of change, as in the case of Paper I that shows Ericsson’s change process across time. Or as Pozzebon and Pinsonneault explain: the narrative gives the answers to “why” things change and the bracketing strategy gives answers to “when” and “how” things change. On the other hand, a combination of a grounded theory and narrative approach is valuable when the research aims to make sense of the interpretations of the respondents. It is also

things change. On the other hand, a combination of a grounded theory and narrative approach is valuable when the research aims to make sense of the interpretations of the respondents. It is also powerful when, as in the case of Paper II and III, the research explores actors’ knowledgeability and daily practices and activities that together make up the phenomena under investigation (Pozzebon and Pinsonneault, 2005).  Consequently, Paper I draws mainly on the combination of narrative and temporal bracketing strategy, and Papers II and III draw primarily on grounded and narrative strategy. In all, the three strategies were deployed

61 simultaneously to the data collection, and were performed in a cyclic 
trajectory that ended when limited new insights were produced. 
4.5.2 Organising the data – a narrative approach 
The organising strategy of narrative entailed asking the respondents to

give their “story” of the organisational transformation. The purpose was to enable the respondents to tell “their version” of the transformation process and adjacent change practices. In so doing, an in-depth description that illuminated and clarified events, practices and choices was made possible. For instance, managers spoke about their personal experience of migrating finance processes from globally distributed local-companies to newly established SSCs.  The different narratives were turned into two “hybrid stories” (Riessman, 1993) that focused on the macro and micro activities. The first story consisted of a description of the unfolding events of transformation as a whole. The second story centred on the chronological micro activities of the change practices of migrating F&A processes from local units to SSCs. As such, these hybrid stories consisted of the themes, actors, activities, and events that were recurrent across interviews and documents.   The narrative strategy aimed

from local units to SSCs. As such, these hybrid stories consisted of the themes, actors, activities, and events that were recurrent across interviews and documents.   The narrative strategy aimed to take different viewpoints from different stakeholders into consideration (Pentland, 1999), to understand how the respondents “imposed order on the flow of experience”  (Riessman, 2002, p.

218), and to bring contextual richness to the story of enfolding events (Pettigrew, 1990). Later, the first hybrid story became the central part of Paper I, and the second story became the central part of Papers II and III. 
4.5.3 Replicating the data – a temporal bracketing approach 
Empirical data from a change process is commonly a “mish-mash” of 
different events, activities, and decisions across time. Temporal bracketing aims to make sense and structure such mish-mash by dividing the temporal process into different broad-range brackets in which every bracket contains a certain continuity of activities and a discontinuity in regards to activities of neighbouring brackets (Langley, 1999; Pozzebon and Pinsonneault, 2005; van de Ven, 1992).
30

62 In practice, Ericssons’ transformation process was split up into brackets

that became the unit of analysis for comparison across time. The brackets were identified in the empirical data by significant events, activities, or decisions that were divergent and set it apart from the events, activities, or decisions in neighbouring brackets. The identification of brackets was then validated across the different sources of data (e.g. a significant event identified in the narratives of a respondent was validated by the newsletters).   The temporal bracketing strategy is most notable in Paper I and is clearly displayed in the structure of the paper. For example, one early bracket was located in 1999 when different local F&A departments initiated and tried out different national SSC solutions. It was also during this time (or in this bracket) that Ericsson performed trials for implementing a SAP solution (see Section 5.1 in Paper I). This bracket was followed by another bracket in 2002 where the national SSCs had begun to create and compare KPIs and exchange ideas.

for implementing a SAP solution (see Section 5.1 in Paper I). This bracket was followed by another bracket in 2002 where the national SSCs had begun to create and compare KPIs and exchange ideas. This bracket was characterised by attempts to establish a regional SSC structure that in some cases ended with failure due to institutionalised behaviour in certain regions. In addition, the corporate office tried to centralise the biggest F&A departments while outsourcing the smaller ones (see Section 5.2 in Paper I). In this way, temporal bracketing was used to frame time and to compare how different mind-sets, practices and decisions in different brackets diverged from others.

4.5.4 Grounding the data – a constant comparison approach 
The grounding strategy was inspired by the guidelines of Glaser and 
Strauss (1967) and Miles and Huberman (1984), which suggest that the researcher should be attentive to both similarities and dissimilarities in data and theory. The analysis consisted of three phases.   First, the data was open-coded into descriptive categories (e.g. background factors of the transformation; process steps for migrating F&A activities). The coding was inductive in nature and focused on the parts of the data that recurred within and across the datasets. The issues and key themes that were repeated were coded into the descriptive categories.  Grounded theory inspired research is not, as Suddaby (2006, p. 635) reminds us, about ignoring the literature, but instead a way of “ trying to 
achieve a practical middle ground between a theory-laden view of the world and an

63 unfettered empiricism ”. In this way, the open-coding procedure inspired a 
second phase of studying theory related to the emergent patterns in the data. The theoretical reflection was at first broad (e.g. reading up on structure and agency perspectives of change) and later more focused (e.g. such as emotional and cognitive/analytical elements in the receptivity of change).

Phase three entailed a re-coding of the data. The understanding gained from the open coding, concurrent data collection, and theory insights influenced this phase. The re-coding procedure was conceptual, and less broad and inductive compared to the open coding (e.g. translational activities of change agents; tools for achieving common interest; see Section 5.3). During this phase, old codes were removed because of discovered differences, some codes were modified because of new similarities, and new codes were created because of emerging patterns. This last stage of grounding strategy with a constant comparison approach was followed by the organising strategy of a narrative approach in which the two hybrid-process-stories were rewritten and reconstructed. This cyclic trajectory was performed until the point of saturation had been reached. 
4.6 Validating – triangulation, feedback meetings, and temporality 
The validation strategy was fivefold. First, the multiple sources of data

The validation strategy was fivefold. First, the multiple sources of data 
enabled comparison between the transcribed interviews, the different forms of documents, and observation notes. The examination was performed within and across the different sources of data.   Second, feedback meetings were conducted where the findings were shared with the most significant respondents. Such interviews entailed discussions, validations and elaborations of the similarities and differences that emerged out of the empirical data. The feedback meetings functioned as a kaleidoscope as they revealed different dimensions and facets of Ericsson’s transformation. Besides being a strategy for validating the findings, the feedback meetings provided new empirical data that was included in the analysis.

Third, the initial stage of the data collection and the theory development was conducted in a team of two, which limited the confirmatory bias. The team conducted twelve of the interviews together (excluding a focus group session conducted in 2009, see below), discussed before and after

64 the interviews as well as during the respective writing processes. The 
constellation enabled both researchers to gain an in-depth understanding of the case study and to have regular meetings at which the emerging findings were discussed. At these meetings, new patterns and issues were identified and coding and assumptions were challenged. The fellowship was a beneficial factor, since the majority of the empirical material could not be disclosed to an outside party due to a confidentiality agreement. In all, the team wrote the initial Paper I and subsequently the fellow researcher went on to collect data focusing on Ericsson's appliance of the Sarbanes-Oxley act.
31

Fourth, the longitudinal nature of the case study enabled comparison across time in which e.g. interviews conducted early in the process could be compared with the documents and interviews that were collected later. This process facilitated the separation of what was explicitly planned to be done and what was actually done in the end. That is, the information from the documents of the “formal version” of the change process (derived from e.g. newsletters and presentation material) was contrasted against the respondent’s informal narratives—giving the interviews a reflexive approach (Alvesson, 2003). Such validation activity is important because change studies are frequently criticised for the bias that arises when a respondent tries to re-construct the past (Golden, 1992; Pettigrew et al., 2001). The bias can, however, be limited by following the process in real time as well as using documents during interviews.  Fifth, during a three-hour long focus group session at Ericsson’s

et al., 2001). The bias can, however, be limited by following the process in real time as well as using documents during interviews.  Fifth, during a three-hour long focus group session at Ericsson’s headquarters in June 2009 the interim findings for the whole thesis were presented and discussed. Five significant respondents actively took part in this activity and they not only validated the findings but also grounded and compared them to their present projects, future strategic projects for the F&A department, and other IT-enabled change projects in other Ericsson departments. For example, the problems with a current IT-enabled change project in another part of Ericsson were traced to the findings in the thesis (problems had erupted because there was too much attention paid to the material and technological side of the project and too little on the social and organisational side).

65 4.7 Communicating – a narration approach 
The thesis has chosen a middle ground between the higher levels of

aggregation and lower-levels of close description of empirical data. As a result, the papers communicate the findings by supplying small narratives, quotations, and stories that are combined with analytical text.  This model was chosen because learning in many cases comes not from aggregated metaphors, figures and models, and neither from atomic details of the empirical world, but rather from the stories that are crafted in between these two extremes. In this way, successful learning in many cases lies in the stories that are weaved from both high and low aggregation of a study. Needless to say, such stories, and their arguments, require the scrutiny and critical examination of fellow colleagues.   By communicating the current research with a narration approach the thesis aligns with similar debates in for example economics (Klamer et al., 1988; McCloskey, 1990), organisational theory (Czarniawska, 1998), management (Dumez and Jeunemaitre, 2006), and more recently in organisational

debates in for example economics (Klamer et al., 1988; McCloskey, 1990), organisational theory (Czarniawska, 1998), management (Dumez and Jeunemaitre, 2006), and more recently in organisational change (Buchanan and Dawson, 2007). The anticipation of such an approach is, by the words of McCloskey (1990, p. vii), that researcher should “ stop selling snake oil and [...] come back into the conversation

of humankind. That is where they belong, back where we can watch them ”. 
4.8 Summary 
This chapter has described that change is examined by using process

theory and a practice-based perspective. It was also argued that a single case study design was the most beneficial choice because of the novelty of the studied phenomena and the revelatory nature of the case study. In addition, the choice of a single case study design enabled change to be unveiled in a more contextual, temporal, and historical way, compared to what the dominant body of earlier research has offered. The chapter moved on to explain how the empirical data sources were collected that consisted of: 29 in-depth interviews with 17 respondents, 1,354 pages of internal documents, external documents, and observations. The subsequent section described how the empirical data was analysed by using temporal bracketing, narrative, and grounded theory. This included reasons for why this specific combination of analysing methods was an attractive choice among the various strategies for theorising from process data. Subsequently it was shown how the attained findings were

66 validated by multiple data sources and analysing methods, feedback 
meetings with respondents, discussion within the research team, a longitudinal focus, and finally, and perhaps most importantly, by a focus group session with the most significant respondents. The concluding point of the chapter was to offer reasons as to why the thesis communicates its findings using a narration approach. It was argued that such an approach significantly aids learning, understanding, and evaluation because it is situated on the middle ground between the higher levels of aggregation and the lower-levels of close description of empirical data.

67 5. CONCLUSIONS 
5.1 Introduction 
This final chapter of “Exploring IT-Enabled Change From-Within”

This final chapter of “Exploring IT-Enabled Change From-Within” 
outlines the conclusions of the thesis. A roadmap consisting of the five different papers of the thesis—the grounds from which the conclusions are drawn—is presented in the next section. This roadmap aids the understanding of how the papers fit together, their respective focus, and how they relate to the research question. The section is followed by the findings, conclusions, and contributions of the thesis as a whole. This section develops a framework that answers the research question of how actors and structures influence large-scale IT-enabled change. The answer is further grounded by two subsequent subsections devoted respectively to structures and actors. These two extensions are followed by a subsection that clarifies the final conclusion of this thesis. The chapter ends by translating the main findings into practical guidelines for managers, and by providing ideas and reflections for further research.

5.2 Overview of Papers 
The research question for this given thesis is: 
How do actors and structures influence large-scale IT-enabled change? 
Paper I— Creating A Global Network of Shared Service Centres for Accounting—
examines how both actors and structures influence IT-enabled change across time. In so doing, the paper provides a macro-oriented process story of the organisational transformation of Ericsson. The findings show how an IT-enabled change process can come about as an upward spiral, which is influenced by experience-based knowledge, pre-understanding, and trials across time.

68 After a dual vantage point, the natural succession is the actor 
perspective, since actors are the ones who initiate and drive change. Paper II— Developing the actors in global organisational change: the roles they play, 
the tools they use, and the skills they have— therefore investigates the role of 
actors in Ericsson’s transformation. It does so by exploring the practice of the change agents alongside how they interact with structures, and this together illuminates the micro-activities of IT-enabled change. In executing such activities, the agent uses internal skills and external tools, which together become an extension of the agent, and add leverage to the change. In all, the paper offers a historical, social, emotional, and contextual perspective of the actors of change.  The counterpart of actor perspective is structure perspective. Therefore, Paper III— Leading Global IT-enabled Change across Cultures— examines

Ericsson’s transformation from this vantage point. In doing so, it demonstrates how the intangible properties of structure, in the form of practice-based culture, generate a common ground that, in turn, is reinforced by the tangible properties of structure in the form of an ERP system. Such structures can be a powerful source that both enable and restrain organisational change. The structures, however, only matter to a certain extent, because they alone are unable to produce common 
meaning and common interest. This calls for the social activities of 
actors.  
 
The remaining issue in the research question is large-scale IT-enabled 
change. Therefore, the theoretical notions of IT-enabled change are 
explored, elaborated and put into a broader contextual perspective by 
Paper IV and Paper V —A Bibliometric Study of Academic Interaction: IT, 
Organization, and Change  and The Emergent View of IT and Organizational

Organization, and Change  and The Emergent View of IT and Organizational 
Change . Together these two papers serve as a literature review of the field 
of IT-enabled change. The papers are conceptual in nature as they use bibliometric methods to analyse 9,669 IT and change related papers published in twenty journals between the years of 1995-2006. The bibliometric approach used in the papers is particularly interesting because it provides the potential to uncover hidden patterns and knowledge basis of research fields. Papers IV and V are an extension and expansion of the essential theories of IT-enabled change that are part of the first three papers and the theories presented in Chapter 2 (primarily Section 2.5) and Section 3.3.
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69 5.3 Findings, conclusions, and contributions 
Overall, the findings of this thesis suggest that large-scale IT-enabled 
change comes about less as a linear movement through stages, and more as an upward spiral driven by cognitive/analytical knowledge and emotional insights. The case study demonstrates that within such a spiral, change unfolds as a continuous interaction between a dynamic organisational structure (social dimension) and a less, but still, dynamic IT (material dimension) across time. 
 The theoretical contribution of this thesis is the in-depth exposition of the interplay between actors and structures in large-scale organisational change. There are earlier theoretical inquires and descriptions but the present thesis distinguishes itself by revealing how this interplay takes place in practice. In doing so, the thesis empirically contributes by showing how organisational change is—from a managerial perspective—designed, led, and sustained from-within .

5.3.1 From the dual vantage point of actors and structures 
The Commonality Framework for IT-enabled change 
The answer to the research question—and the principal finding of this 
thesis—suggests that there are different levels of complexities within a transformation. These different change complexities require different structures to be used, different activities to be performed, different skills to be applied, and different roles to be played. The framework “ The 
Commonality Framework for IT-enabled change”  exhibited in Table 2 has been 
developed to illustrate this.
33

33 
 The framework not only summarises how global IT-enabled organisational change might be led, but it also depicts the interplay between the structural and agentic properties of change. In so doing, the framework opens the black-box of organisational change and explains change from-within. Because the framework rests upon an interplay between inductive and deductive reasoning, it develops both the theory and the practice of organisational change (By, 2005). The theoretical inspiration is mainly provided by Carlile (2002; 2004) but the framework is also based on very similar notions from other studies in information systems  (Avgerou and McGrath, 2007; Ciborra, 2006; D'Adderio, 2003; Kallinikos, 2001; McGrath, 2006), organisational change (Boyatzis et al., 2006; Constantinides and Barrett, 2006; Huy, 1999; Kotter and Cohen, 2002; Sanchez-Burks and Huy, 2009; Sirkin et al., 2005; Stensaker and

70 Falkenberg, 2007; Stensaker et al., 2008), and others (Bechky, 2003; 
Brown and Duguid, 2001; Dougherty, 1992).    The framework consists of four levels of change complexities, in which each level has distinct activities, tools, skills, and roles connected to it. The change level strives towards a greater degree of commonality with regards to ground, meaning, interest or behaviour. Complete commonality can, however, never be accomplished in reality. The rationale is that a greater amount of commonality at each respective change level equals a greater likelihood for change acceptance, a smoother change process, and a successful transition into the next level of change complexity.

Level of 
change Change activities Roles and e.g. of tools and skills Similar theoretical perspective 
Common 
Ground Transactional activities such as transfer of change 
message between change agent and change 
recipient. /g120Roles: messenger  
/g120Tools: ERP system providing a 
common “language”, practice-
based culture, project model 
that synchronises work 
/g120Skills: one-way communication Transferring knowledge by bridging syntactic barrier (Carlile, 2004), 
boundary objects type: repositories (Carlile, 2002; Star and Griesemer, 
1989),  planned change (Beckhard and Harris, 1987; Cummings and 
Worley, 2008), change message (Armenakis and Harris, 2002; 
Bernerth, 2004; By, 2007), technical rationality (Avgerou et al., 2004; 
Avgerou and McGrath, 2005; Ciborra, 2006; Orlikowski, 2000; 
Walsham, 2001). 
Common 
Meaning Translational activities aiming to overcome 
interpretive differences between actors by 
learning and reflection. /g120Roles: expert and translator

Common 
learning and reflection. /g120Roles: expert and translator  
/g120Tools: documents depicting 
global processes  
/g120Skills: people management, 
pedagogics, experience-based 
knowledge Translating knowledge to overcome semantic boundary (Carlile, 
2004), boundary objects: standardised forms and methods (Carlile, 
2002; Star and Griesemer, 1989), interpretive barriers and translation (Dougherty, 1992; Stensaker et al., 2008), explicit and tacit knowledge 
(Nonaka and Takeuchi, 1995; Polanyi, 1958), re-contextualisation of 
information stored in IT for the creation of knowledge (D'Adderio, 
2003; Kallinikos, 2001). 
Common 
Interest Relational activities, of both political and 
supportable nature, where the political aligns 
interests by negotiations and informal 
relationships, and the supportable manages 
feelings, emotions, and motivation of change

feelings, emotions, and motivation of change 
recipients. /g120Roles: negotiator and coach  
/g120Tools: road-maps of change 
/g120Skills: networking, political,  
emotional Transforming knowledge to abridge pragmatic boundary (Carlile, 
2004), boundary object: objects, models and maps (Carlile, 2002; Star 
and Griesemer, 1989), emotions and coaching (Boyatzis et al., 2006; 
Sanchez-Burks and Huy, 2009), emotions and IT (Barrett and 
Walsham, 1999; Ciborra, 2006; Essén, 2008; McGrath, 2006), mindset  
(Gardner, 2004; Orlikowski and Gash, 1994), practice-based cultures 
(Brown and Duguid, 2001), power, IT and informal relationships 
(Constantinides and Barrett, 2006; Hill, 2003; Jasperson et al., 2002; 
Kling and Iacono, 1984; Pfeffer, 1981; Sillince and Mouakket, 1997). 
Common 
Behaviour 
 Stabilising activities—consisting of monitoring,

Common 
Behaviour 
 Stabilising activities—consisting of monitoring, 
communicating, and intervening actions—that secures long-term and recurrent behaviour 
aligned with the implemented change. /g120Roles: observer and intervener  
/g120Tools: KPIs 
/g120Skills: communication The hard side of change management (Sirkin et al., 2005), planned 
change (Burke, 2008; Cummings and Worley, 2008), feedback (Beckhard and Harris, 1987; Bruch et al., 2005; Nadler, 1993), 
technical rationality (Avgerou et al., 2004; Avgerou and McGrath, 
2005
; Ciborra , 2006 ; Orlikowski , 2000 ; Walsham , 2001 ). 
Table 2: The Commonality Framework for IT-Enabled Change

72 Common Ground 
The first level of change complexity is referred to here as common ground 
because it aims to generate a shared ground and understanding among the actors of a proposed change. The changes done here are simple in their nature and require only minor adjustments to local practices, such as a new way of filing and coding documents. This level of change consists of transactional activities  of a transfer between a sender (e.g. change

agent) and a receiver (e.g. change recipient). If change at this first level is unsuccessful, it merely boils down to a question of failed cognitive/analytical transaction between the sender and receiver, commonly corrected by repeating or reinventing the form and message of change (see Section 2.7.3). Organisations regularly conduct this kind of transactional change by sending out a change message by e.g. email or by using an ERP system. In some cases, organisations use change agents who take on the role of messenger  and who make use of one-way

communication skills to convey the message of change.   Change of a common ground is cognitively/analytically oriented because success hinges on the actors’ ability to understand each other. This level of change is therefore facilitated by different kinds of structures and tools that reduce organisational heterogeneity and afford a more unitary “language”, “syntax”, and work-logic among actors. Such structures and tools can come in many forms, but in the present case study it was represented by an ERP system that supplied common terms, abbreviations and processes, and also by a project model that synchronised work.   Central to change of a common ground is that it anchors the more complicated changes that follow (i.e. common meaning, interest and behaviour) as it provides the necessary condition of a common ground among actors. That is, if the recipients work with different things, use different language for their practice, and have different work-logics, then changing the way they

condition of a common ground among actors. That is, if the recipients work with different things, use different language for their practice, and have different work-logics, then changing the way they work becomes difficult. Change of common ground is structurally and cognitively/analytically oriented and has been the main focus of earlier research (see Section 2.7).

Common Meaning 
When change grows in complexity—becoming more of a transformation 
than a change and necessitating more profound changes to local practices—the recipients start interpreting the change differently. Their interpretations of what the new IT, and the adjustments that it brings,

73 truly means for their daily practice begins to diverge. In other words, 
they have less of a common meaning— which is the term used here for the 
second level of change complexity.  Without a great degree of common meaning change recipients will have incompatible meaning structures—interpreting and using the IT differently—and consequently change will wander off in different directions. Organisations can try to evade such problems by translational 
activities  that produce learning and reflection among actors in order to

overcome interpretive differences. Hereby structures are combined with the translational activities of human actors who contextualise information into knowledge. Therefore, this level of change complexity calls for social interaction.   An illustrative example from the case study is the global change agent who travels to a local sub-unit and translates what the change will mean to the change recipients, and tries to answer questions such as: “what are the local implications and consequences”, “what does this new ERP system, and the change that it brings, mean to me, my daily practice and my local organisation” and “how will I perform my work in the future”. In Ericsson, transactional activities were also conducted between peers, by socialising through for example work shadowing, as well as through global and local conferences and workshops.   The tools used at this juncture are documents that explain—with the adequate translation of the agent—the point of the change. They explain how

through global and local conferences and workshops.   The tools used at this juncture are documents that explain—with the adequate translation of the agent—the point of the change. They explain how new practices should be conducted, as well as the scope, consequences and implications of the new change. Examples of such documents from the fieldwork are numerical case studies, documents showing new standardised F&A processes, and standardised framework for services between local sub-units and SSCs.   Because the success of the change in common meaning relies on an adequate translation in a social setting, the skills that are vital here are expertise and know-how of old and new practices, people management, and pedagogics. Accordingly, the role of the change agent is to be an expert  and a translator .

The difference between common ground and common meaning is that the latter is more contextually sensitive, requiring a higher form of interpretation that leads to learning and the formation of knowledge (i.e. disembeddedness and reembeddedness of knowledge; re-

74 contextualisation of information; see Section 2.6). Change at this 
juncture is also more interactive because of the social nature of translational activities. As one respondent explained: “It’s no use going to the 
local organisation like ’men in black’ from Stockholm with an adamant and hard attitude. We just don´t kick in the door and say ’let´s do this’”. 
Common interests 
The third level of change is the most complex one and is labelled common 
interest  because it aims to align interests among different stakeholders. 
The activities performed here are relational  and are of two different kinds.

The first kind consists of political activities, such as negotiations and gaining influence and power by building informal relationships. The second kind consists of supportable activities that manage recipients’ motivation, feelings and emotions. Such supportable activities are of central concern since the change performed here occurs at the cost of deeply ingrained local practices.   A typical example of the activities performed in common interests is when a change agent who gains access to the local sub-unit through gatekeepers, establishes informal relationships with change recipients, and tries to align interests by networking and by creating buy-in with the use of tools (i.e. political activities). In doing so, the agent tries to answer questions like “Why should we adjust the way we work and our practices so that it supports this new ERP system?”, “How does our local organisation fit into the big picture?” and “Why should we make these trade-offs, why should we bother?”.

we work and our practices so that it supports this new ERP system?”, “How does our local organisation fit into the big picture?” and “Why should we make these trade-offs, why should we bother?”.   Simultaneously, the change agent shows strong and visible leadership-support by coaching, dialogue and one-on-one communication in an effort to motivate the change recipients to change their behaviour in concordance with the proposed IT-enabled change (i.e. supportable activities). Consequently, the role of the change agent at this level of change is to be a negotiator  and a coach who uses networking as well as

political and emotional skills.  The tools used at this level of change are often personally tailored and very sensitive to the context. They explain not only how things will change but also why they should change. The tools explain the problems with the current practices, provide a solution and representation of the change, and create some sort of common local interest for the change. In the case study, the agents used tools such as aggregated road maps of

75 change, project plans, service descriptions, F&A deviations from global

processes, global F&A newsletters, and process interface matrices. For instance, the change agents of Ericsson recurrently used aggregated road maps of change to argue why the recipients of the smaller sub-units should embark on the enterprise wide transformation, despite high local costs. The main argument—created by weaving visual representations of the change with the narrative of the agent—was that in the first stage of the transformation the local organisation would indeed experience high cost. As the transformation progressed, however, the local organisation would gain higher efficiency and better quality of F&A services, which in turn would reduce current F&A problems significantly and decrease local costs (see Papers I and II).  As the above example illustrates, the recipients’ perception of the tools is not enough to produce common interest, which will only come into full being when they are combined with the role and the skill of the change agent. The tools of common

perception of the tools is not enough to produce common interest, which will only come into full being when they are combined with the role and the skill of the change agent. The tools of common interest are also the most complex tools. Used in the right way and with the right skills, the tools provide a language from which change can be discussed so that a greater degree of common ground is established. The tools provide meaning through the learning that takes place when they are used, and they transform the recipients and their local practices because of their power to generate a joint interest.   The third level of change has its foundation in the former levels of change, because a common interest is hard to accomplish if a common ground and a common meaning have not already been established. In other terms, it is difficult to create a common interest if the recipients do not share a common ground, or if they do not interpret the change in a similar way.   Furthermore, at this

In other terms, it is difficult to create a common interest if the recipients do not share a common ground, or if they do not interpret the change in a similar way.   Furthermore, at this juncture change is the most interactive and it is here that local knowledge is the most central. For example, success at this level of change relies on the agent’s adequate response to and dialogue with the change recipient’s feelings, emotions, and motivation. In addition, the agent’s role, level of acceptance, and capacity to influence, is not given from the start, but is instead earned through the agent’s relational and situated activities.   In Ericsson’s transformation, the change agent established informal relationships with significant key actors of the local organisation, and tried to gain local knowledge, to discuss, to negotiate and to convince—

76 through more or less democratic means—that it was in their best local

interest to change. The agent also identified a local change agent who knew the politics and culture as well as had an inside to the local company. Such local change agents were in many cases informal leaders with a large network and informal influence in the local organisation, such as a secretary. The change strategy was to treat the change recipient not as a counterforce to change but instead as a resource for change. This suggest that concepts like change target (Armenakis et al., 1999) or change recipients (Kanter et al., 1992) can be misleading as they indicate that targets and recipients are passive receivers of change. These concepts fail to a significant degree to acknowledge that the agency of change can stem from the employees themselves (see e.g.  Caldwell, 2006, p. 32). In all, change of common interest demonstrates the interactional and multidimensional nature of IT-enabled change, with its political and supportable activities performed by multiple actors using multiple

change of common interest demonstrates the interactional and multidimensional nature of IT-enabled change, with its political and supportable activities performed by multiple actors using multiple tools in an on-going practice.

Common Behaviour 
The fourth level of change is labelled common behaviour, as it aims to 
secure the recipients adoption of and adaption to the implemented change. In other words, the fourth level of change strives towards making sure that the change recipients have established a habitual new behaviour aligned with the implemented IT-enabled change. This level of change differs from the others in that it is performed after the change project is implemented. The temporal aspect of common behaviour is of central concern as behavioural change takes time.  The activities performed here are stabilising  activities. They consist of 
different types of remote or direct communications, discussions, and monitoring activities, enabled by tools such as different forms of KPIs.
34
The role of the agent at the common behaviour level is to be an observer , 
and occasionally an intervener  if things go wrong. Change is deemed

34
and occasionally an intervener  if things go wrong. Change is deemed 
successful when long-term and iterative behaviour of recipients is ascertained, and the change project ends. 
The framework in a broader perspective 
Analytically, the framework follows a cyclic trajectory. When an 
organisation starts an IT-enabled change project it begins by trying to establish a common ground, and then a common meaning. This is followed by activities attempting to establish a common interest and

77 finally securing a common behaviour. Later, when the organisation starts

a new IT-enabled change project, they begin by reassessing the extent of the common ground.  Change that requires slight or simple adjustments to practices might only require the first level of change, where structure has primacy over actors, and where activities are cognitively/analytically oriented. But as change grows in complexity by requiring more radical alterations of local practices—such as implementing an ERP system and becoming transformation rather than change—the importance of actors increases, as well as the interactive, emotional and political dimensions of the change. In the most multifaceted level of change, common interest, the success of the change relies heavily on the interplay between the actors and the structural tools that they use. That is, as change shifts towards common interest it becomes more situated and contextually sensitive.  In the case of Ericsson, the transformation was successful because they realised that IT-enabled change requires more than the

common interest it becomes more situated and contextually sensitive.  In the case of Ericsson, the transformation was successful because they realised that IT-enabled change requires more than the tangible and intangible structures of common ground.

35 They spent resources on 
trying to achieve a greater amount of common meaning and a greater amount of common interest among the F&A employees. This was accomplished by having change agents out in the sub-units in order to perform translational and relational activities. Ericsson focused on the combination of actors and structures, realising that IT-enabled change is more than just structures. Conversely, IT-enabled change projects that fail frequently do so because they focus too much on the structures that are dominant during common ground and common behaviour (e.g. the material aspects of technology and KPIs). Such organisations fail to realise that successful IT-enabled change also calls for the more social and actor oriented activities of common meaning and common interest.   In all, the framework can be used as a sensitising device for IT-enabled change as it  explains that the different levels of organisational transformation

require different roles to be played, different skills to be applied, different activities to be performed, and different structures to be used.  Because of the sequential nature of the framework, and because of the resemblance between the level common behaviour  and the traditional 
change model of unfreeze-change-refreeze, the framework can be criticised for following the logic of the rationalist discourse (see Section 2.7). This is however simply not the case as, to start with, the framework

78 is cyclic and continuous rather than being a single linear sequence

towards an end-state.  Second, the framework highlights how different levels of change require different types of roles, skills, tools, and activities. For example, common ground consists of transactional activities that are one-way oriented (e.g. message of change communicated by email), translational change activities are two-way oriented (e.g. teaching and translating activities), and relational change is constituted by more intense and multidimensional interplay between different actors (e.g. negotiation and networking activities).  Third, there may be some elements of the rationalist discourse, especially in common ground and common behaviour, but there are also elements of other types of discourse and perspectives of change. For example, the dispersalist discourse (presented in Section 2.7.1) is present in common interest by the importance of empowered change recipients who work as change agents. In other words, the framework shows how different types of change discourse and

2.7.1) is present in common interest by the importance of empowered change recipients who work as change agents. In other words, the framework shows how different types of change discourse and perspectives are present at different levels in the change process. This claim is similar to the discussions in organisational theory (e.g. Berglund and Werr, 2000; Czarniawska, 2003; Czarniawska and Sevon, 1996). For instance, Berglund and Werr contend that business discourses of change are characterised by the dichotomy of a rationalistic and a normative/pragmatic myth. They argue that the myths are incommensurable, but in spite of this, they co-exist in the practice and discourse of change.  Fourth, the framework does not imply that stability and change are mutually exclusive but rather they come about simultaneously and are part of the same process (see Section 2.4). The reason for this is that “change may be necessary (things will have to change) to maintain the appearance of

rationality and to preserve control by the powerful members of the organization (so that things stay as they are)” (Burns and Scapens, 2000, p. 22). 
 Fifth and foremost, the framework underlines that leading change is less one-dimensional than earlier research would have us believe. Or as Caldwell notes:  
Essentially what is missing from this model is a relational, interactional or 
broader practice/discourse-based understanding of organizational change as 
processes in which multiple change agents enact their own goals, interests or 
values as potentially autonomous actors in an open dialogue” (2006, p. 31).

79 As Section 2.7 points out, and as displayed in the framework, earlier 
change research has mainly focused on common ground and common behaviour. It is precisely at these levels of the change process that structures prevail over actors. In this way, earlier research has failed to acknowledge the translational, interactional and relational activities that exist between  common ground and common behaviour. The reason for 
this might be that researchers, and managers, need considerable courage and skill to manage the softer side of IT-enabled change. Therefore, this thesis contributes by unmasking the more social- and actor-oriented activities taking place between the levels of common ground and common behaviour.  
5.3.2 From the vantage point of structures 
To answer the research question in depth this and the following section

To answer the research question in depth this and the following section 
will elaborate and ground the findings of the thesis by explaining how structures and actors respectively influence IT-enabled change.  From the standpoint of structures, the thesis demonstrates that there are both tangible and intangible properties of structure that influence change. In the case study, the intangible properties of structure were mainly represented by the practice-based culture of F&A employees, and the tangible properties were mainly provided by the ERP system. The practice-based culture functioned as a positive force making it easier to lead global change across cultures as it supplied a common ground among the recipients which was influenced and reinforced by the ERP system.
36 For example, the practice-based culture facilitated the recipients

36 For example, the practice-based culture facilitated the recipients 
understanding of the problems, background factors and proposed change solution. Similarly, the ERP system afforded a common “language” (e.g. F&A terms and abbreviations) and a common blueprint (e.g. standardised F&A processes) enabling the employees to communicate on a global basis and supporting the practice-based culture. As such, the two structures provided both a common ground  as well as 
epistemic boundaries for the recipients that were used as a resource by the change agents.  As the above framework indicates, sharing a common ground does not necessarily imply that change recipients will agree on the same meaning of IT-enabled change, as they regularly have interpretive differences and incompatible meaning structures. Neither does it imply that change recipients have the same interest in changing their behaviour and aligning it with the new practices connected to the new structure. Such a

80 development requires the coupling of structural resources with the 
activities of actors, as structure has its restrictions. The rationale is that the establishment of common meaning by translational activities, and common interest by relational activities, are human and socially oriented. Therefore, structure has its limits since it needs to be combined with actors. Structure may generate a foundation to build upon, but calls for additional activities that are more situated, social, and human oriented.  Still, structures are imperative because change becomes drastically problematic if there is no common ground among change recipients. Common interest and common meaning are also difficult to build without some sort of a common ground. This is why practice-based culture combined with an ERP system can prove to be powerful resources in large-scale and global organisational change. In this way, structure can be compared to a foundation of a house:  it is simply not

advisable to build a house without a solid foundation.  Structures supply a pattern for action that is constantly present in the on-going practice of actors, be it intangible such as practice-based culture or tangible such as ERP systems. As such, structure may influence behaviour indirectly, but is unable to determine it in any direct way.  In 
this manner, structures, much like practice-based culture and ERP systems, resemble the idiom “you can lead a horse to water but you cannot make it drink” (as also noted by Batenburg et al., 2008). 
5.3.3 From the vantage point of actors 
From the vantage point of actors, the thesis has illustrated how change

From the vantage point of actors, the thesis has illustrated how change 
agents are embedded in a historical and social context. They are embedded in history because their power to implement change relies partly on their experience and know-how of the organisation they intend to change. They are embedded in the social context because their ability to execute change is related to their ability to perform the aforementioned translational and relational activities with the employees.  In such embeddedness, the change agents perform activities that contain both cognitive/analytical and emotional elements. However, these cognitive/analytical and emotional activities have little influence on change if they are not complemented by structural tools. Likewise, the tools have little influence in themselves—are not magic wands—and require the skills of the change agent. Thus, the cognitive/analytical and

81 emotional activities of the change agent consist of the interplay between

internal skills and external structural tools.  The internal skills were represented in the given case study by, for example, the actors’ experienced-based knowledge (know-how) of local and global F&A practice, people management skills, and political skills. The structural tools were complex or simple tools that were part of the daily practice, such as the ERP system, business cases, service descriptions, process maps, and visual representations of the change.   As Polanyi (1958) points out, the relationship between the actors’ internal skills and structural tools is similar to that of a blind man’s stick or the hammer of a carpenter. The stick or the hammer becomes an extension of the person, which power hinges on the internal skills of the same person. In this way, the combination of the internal skills of the agent, and the external tools used by the agent become an extension of the agent. The tools and skills are dependent on each other as the tool is the agent’s lever for

of the internal skills of the agent, and the external tools used by the agent become an extension of the agent. The tools and skills are dependent on each other as the tool is the agent’s lever for organisational change, the power of which is determined by the agent’s skill.

37 
5.3.4 Conclusion 
Weick’s and Quinn’s seminal work contend that “ change is not a linear 
movement through the four stages but a spiral pattern of contemplation, action, and relapse and then successive returns to contemplation, action, and relapse before entering the maintenance and then termination stages ” (1999, p. 373). This thesis 
validates this claim by showing how Ericsson’s technochange was an upward spiral driven by pre-understanding, experienced-based knowledge, and trials across time. The thesis also develops their claim in two primary ways. First, this thesis extends the notion of contemplation  by 
illustrating how such activity consists of both cognitive-based knowledge and emotional-based insights. Second, the thesis develops the notion of maintenance  by showing that in IT related change such activity is less of an

isolated, fixed and on/off activity, and more of a continuous activity without an end-state. Altogether, this thesis provides new knowledge of what the spiral of technochange looks like, and how it emerges in practice, through the continuous interplay between actors and structures across time.  
 Within technochange, the individual actors are important, as their ability to make a difference is not proportional to their numbers. Indeed, they by themselves are vital, yet, what is of a more central concern is what

82 they have in common. This thesis suggests that different forms of actor’s 
commonality, during different phases of a transformation, are imperative for the success of leading large-scale IT-enabled change (i.e. common ground, meaning, interest, and behaviour). However, this is not to say that facilitating change is equal to making sure that actors share all things. Instead this thesis argues that actors more or less always have some attributes and things in common that bind them together, and that the different varieties of such commonality can be used as a resource in the practice of technochange.  
In conclusion, there is some accuracy to Ericsson’s recurrent statement 
that in the case of global transformation: it’s all about people . Structures, 
however, play a vital role as enablers, but their potential for leveraging 
organisational change relies on their interplay with the actors. Structures 
are essential because they provide the power that influences the

are essential because they provide the power that influences the 
effectiveness and efficiency of the change, but such power is 
nevertheless limited if it is not combined with the actors. In this way, the 
structures are the “order-qualifiers”, and the actors are the “order-
winners”, which are intimately connected in large-scale IT-enabled 
change. 
5.4 Managerial implications 
Global organisational change is often a process of two-steps forward and

one-step back where ideas, emotional energy and commitment together with supporting structure constitute the force propelling it forward. Since change is uncertain in nature, the design of complex and global IT-enabled change is characterised by trials across time within a broader framework of change. Such uncertainty requires prior understanding and experience, as well as openness for learning during the course of the change journey. Most essential is the ability to reassess and try another solution if a strategic decision is deemed unsuccessful.  Managers should seriously reflect upon how they conceptualise and manage IT and organisation in change. This is important because IT and organisation are in many cases dynamic and unstable entities that change continuously as new features are added to IT and as new practices emerge in the organisation. What they are today is not what they will be tomorrow and such moving targets should be managed accordingly. Therefore, IT-enabled change

added to IT and as new practices emerge in the organisation. What they are today is not what they will be tomorrow and such moving targets should be managed accordingly. Therefore, IT-enabled change should be seen as a continuous and open-ended programme without a fixed end-state.

83  
Furthermore, IT and organisation are connected and intertwined, constantly influencing each other. Therefore, in order to obtain the greatest possible benefits from IT-investments, complementary changes to the organisation are required. In other terms, organisations more or less have to change to realise IT-enabled advantages successfully.  As a result, and with a more granular perspective, IT-enabled change translates into attentiveness to organisational change issues and how they are managed and led, as the word technochange indicates. Leading such change is in practice much like performing a “contact sport” because it consists of close and on-going interactional and relational activities between employees with multiple roles.
38 These activities are not only

intellectual but also emotional and therefore change agents should have the capacity to manage such activities of both natures.  Managers should also ponder their conceptualisation and treatment of change agents and recipients. Such concepts might not be as monolithic, stable, and isolated as one might initially presume. The thesis shows that there are benefits to be gained if change recipients are given responsibility for, and ownership of, change, while the change agent coaches and supports the process. Additionally, if the change agent has been a change recipient during or before the change, he or she will be more skilful in performing translational and relational activities. In doing so, the roles in organisational change are hybridised and the change is not necessarily something that goes on “out-there” but instead becomes something that exists “in-here” that all employees partake in.  The principal finding of the thesis, The Commonality Framework for IT-Enabled Change,

that goes on “out-there” but instead becomes something that exists “in-here” that all employees partake in.  The principal finding of the thesis, The Commonality Framework for IT-Enabled Change, contributes to practice because it can develop, assess, and improve IT-enabled change projects. By using the framework as a sensitising device, it can detect issues that are of central concern when leading IT-enabled change. For example, every level of change complexity in the framework raises different types of questions:

–Change of common ground: is the IT that we intend to implement 
so powerful that it will profoundly change the way people work so that we need to go further and conduct translational, relational, and stabilising activities connected to the higher forms of change complexity? 
–Change of common meaning: will the transformation span over 
many different resolute subcultures within the organisation that

84 might have interpretive differences and incompatible meaning 
structures? 
–Change of common interest: do the change agents have sufficient 
coaching skills to manage the feelings, emotions and motivation of the change recipients during the course of the change journey? 
–Common behaviour: do we actually discuss and monitor changed 
behaviour across a broader time span?

Altogether, the thesis shows that people are of great significance in organisational change. People are, however, different from one another. Their multidimensional nature means that they will not all be equally successful at playing different roles or in their different skills sets. Also, they will use structure differently and will vary both in their intellectual and emotional orientation in relation to organisational change. People should therefore be managed accordingly.  Additionally, the ideas people provide are crucial because change always starts with a thought. In the case of Ericsson, the transformation centred on several ideas. Such notions as, for example, an idea of transformation, an idea of a global organisation, and an idea of global standard processes and governance.  Such soft factors of change, consisting of people and their ideas can, however, not be realised without the hard factors of change (e.g. the functionality of a IT-system, structure, economical figures,

soft factors of change, consisting of people and their ideas can, however, not be realised without the hard factors of change (e.g. the functionality of a IT-system, structure, economical figures, planning, vision, goals, change message, feedback etc.). In this way, the hard factors are the “order-qualifiers” whereas the people who use them are the “order-winners” in IT-enabled change. A hammer in itself is useless unless it is combined with an experienced and skilful carpenter.  In conclusion, if managers are willing to accept the challenges of leading IT-enabled change, they should do so not only relying on the comforting hard factors of change alone. It is also imperative to take into consideration the soft factors, such as people and their ideas. Such an approach, however, requires a considerable amount of both skill and courage.

5.5 Future research 
Pettigrew notes (1987, p. 667) that “ One swallow doesn't make a summer” . 
Therefore, the natural progression for future research would be similar

85 investigations in other contexts and using multiple case studies. Future

research could also include quantitative methods or action research and more observations. The latter, however, is deemed difficult, as contemporary work is becoming virtualised and unbounded by time and space.   The present research answers certain questions, but in doing so, it also creates new ones. The findings render new research questions such as: How can IT be a resource for change, and how does it relate to actors in other contexts and professions? How can other types of structural tools in other professions elevate organisational change, and how do they interplay with actors? How do change agents manage the feelings and emotions of change recipients? What challenges are faced when driving global IT-enabled change in other professions? How, and to what extent, is the F&A profession transforming due to ERPs capacity to automate, informate and virtualise work? What are the long-term organisational and behavioural effects of relying on an ERP system? Can the pattern of an upward

transforming due to ERPs capacity to automate, informate and virtualise work? What are the long-term organisational and behavioural effects of relying on an ERP system? Can the pattern of an upward spiral of technochange which is reported in Paper I be replicated in other case studies and contexts? If so, what will this imply for the practice and theory of IT-enabled change as a whole? What other activities, tools, and skills can contribute to a greater degree of common ground, meaning, interest, and behaviour? Most important, can The Commonality Framework for IT-enabled Change stimulate discussion and future research that will steer IT-enabled change towards a more balanced theoretical view of actors and structures?  The last issue that remains is the relevance of future change studies. Recent empirical reports from IBM on the subject of “The Enterprise of the Future” (2008a; 2008b) contend that companies that are financial outperformers treat the management of change as a core

Recent empirical reports from IBM on the subject of “The Enterprise of the Future” (2008a; 2008b) contend that companies that are financial outperformers treat the management of change as a core competence and nurture it as a professional discipline, and not as an abstract art. The reports further allege that not only are the soft factors of change, such as people and their mindsets, attitudes and culture, the hardest to get right, but the reports also claim that the outperformers develop successful skills and tools. The reports conclude that it is not the technology per se

that is the winning criteria but the way organisations manage people. The issue not addressed in these sweeping reports is how exactly such management should be executed in practice. The research herein provides some, but by no means all the answers to this question, and numerous questions are yet left to be pursued.

87 NOTES 
1. The word “synoptic” is a keyword in Tsoukas and Chias seminal 
paper for explaining the dominant view of change: “ Synoptic 
accounts view change as an accomplished event whose key features and 
variations, and causal antecedents and consequences, need to be explored and 
described. Such knowledge is generated by approaching "change" from the 
outside and, typically, it takes the form of a stage model in which the entity 
that undergoes change is shown to have distinct states at different points in 
time”. (p. 570). The Oxford English Dictionary Online explains 
the word synoptic as “ Pertaining to or forming a synopsis; furnishing a 
general view of some subject; spec. depicting or dealing with weather conditions 
over a large area at the same point in time” . In this way, a synoptic 
account can be compared to a weather report that provides 
information about the overall picture but offers limited 
information on what happens inside a specific cloud.

information on what happens inside a specific cloud. 
2. It is important to point out that the purpose is not to judge the 
outcome  of change but to seek an understanding. 
3. The concept agency in this thesis denotes the source or capacity to 
change social structure in which the concept of actor is an attribute of agency, which can be an individual, group, organisation, or artefact that has such capacity. When the concept of agent is used, it refers the role concept of change agent  
(Caldwell, 2003; Caldwell, 2006). A change agent is here the actor or actors that initiate, design, sponsor, and implement change, or in other words: “those who are responsible for identifying the need for 
change, creating a vision and specifying a desired outcome, and then making it happen” (Ford et al., 2008, p. 362). The change agent is a role

change, creating a vision and specifying a desired outcome, and then making it happen” (Ford et al., 2008, p. 362). The change agent is a role 
that is played by various actors along the change journey. Such concept can also be distinguished from the role of change recipients  
that in this thesis denotes the employees that adopt and adapt to change (Kanter et al., 1992). The roles of agent and recipient are, however, often less clear-cut, monolithic, and isolated than one might initially presume. This is due to, as the findings of this

88 thesis demonstrate, that change recipients can be used as a source

for change by treating them as change agents. The rationale, and the change strategy for Ericsson, is that the change recipient is not treated as a counterforce against change (as commonly done in many change projects) but as a resource. Such findings suggest that common concepts as change target (Armenakis et al., 1999) or change recipients (Kanter et al., 1992) can be misleading as they indicate that these individuals are passive receivers of change. To some extent the concepts of target and recipient fail to acknowledge that the agency of change can originate from the employees themselves (see e.g. Bartunek et al., 2006; Caldwell, 2006, p. 32; Stensaker and Falkenberg, 2007). Besides the conceptualisation of agency, actor, change agent and recipient, this thesis also makes a distinction between the tangible properties of structure (e.g. functionality of an ERP system) and the intangible properties of structure (e.g. practice-based culture, mind-set, ideas). Furthermore, depending

between the tangible properties of structure (e.g. functionality of an ERP system) and the intangible properties of structure (e.g. practice-based culture, mind-set, ideas). Furthermore, depending on the academic discipline, theory used, and levels-of-analysis, the concepts of agency, actor, and agent are often used when referring to similar phenomena. For example, actor-network theory in information systems use the word actor and actant (Mutch, 2002). Critical realists within sociology often use agency (Archer, 1995). Nevertheless, the thesis herein subscribes to the above definitions. For details on how the concepts structure, agency, actor, actant and agent is used and applied in social science see Ritzer (2008) for a general discussion, and Sztompkas (1991) and

Archer (1995) for an in-depth elaboration. 
4. Such distinction is theoretical and analytical and is hard to 
distinguish directly in the empirical world. For example, for managers the concept of structure commonly denotes formalised 
organisational structure. 
5. See note 3. 
6. This story is used here only as a means of trying to clarify specific 
aspects of organisational change. The thesis does not subscribe to the somewhat pessimistic perspective of humans and change 
that the story provides. 
7. As Orlikowski (1992) notes, early technology change research, 
such as Woodward (1958) and Perrow (1967), has predominately focused on the “hardware” side of technology, i.e. “ the equipment,

89 machines, and instruments that humans use in productive activities, whether 
industrial or informational devices […] In the "hardware" view, technology is a meaningful variable only in those organizations that employ machinery in their productive activities ” (p. 399). IT, however, differs from such 
technology in that it is used in almost every contemporary organisation and that it, to a greater extent, includes more elements than the artefact of technology per se. This being the 
case as IT is intimately interlinked to broader issues such as knowledge, communication, and organisation. This is a common assumption in the work of contemporary scholars. For example, Kallinikos (2001) shows how IT is closely related to the question of contextualised knowledge and de-contextualised information: “The information that computer-based systems generate is often de-

contextualised, i.e. it has been taken away from the context that it now describes or refers to. However, in order to be interpreted, information has to be re-contextualised, i.e. the context to which it refers must be reconstructed in the minds of the people that deal with this information”  (p. 62). 
Similarly, Orlikowski (1992) and Barley (1986a) have both illustrated how IT gives an occasion for structuring that is dependent on social, historical, and contextual factors. See also 
Agarwal and Lucas (2005). 
8. Paper V explores the concept of emergent view  in research using

8. Paper V explores the concept of emergent view  in research using 
bibliometric methods. This concept became popular with Markus and Robeys paper (1988) and the thesis treats this concept as very similar to the other concepts presented here (technochange, emergent view, affordance, mangle of practice, the practice-lens, and social-material practices), for the reason that they all have the same perspective of treating the causal structure of IT as dynamic (Orlikowski and Scott, 2008). Therefore, in essence, Paper V explores to what extent research has used non-deterministic or non-voluntaristic stance towards IT-enabled change across time. The paper uses the term emergent view  because 
it is one of the first popular concepts highlighting that IT-enabled change is an outcome of the interaction between actors and structures. One of the contributions of the paper is that it shows that the emergent view and similar perspectives are

essential for understanding IT-enabled change. 
9. It is important to note that the concept of technochange in this 
thesis is similar to the aforementioned concepts in that they are grounded in the same perspective that IT-enabled change comes

90 about as interplay between agentic and structural properties. The 
technochange perspective differs from the others presented as it more strongly underlines that IT can trigger organisational changes (that then comes about as an interplay), that such change requires spending resources on both the material and social side 
of IT-projects, and that technochange projects are continuous. 
10. Not to do so would limit the understanding of the background 
factors of Ericsson’s IT-enabled change. 
11. The description of the ERP system focuses mainly on the 
efficiency aspects connected to F&A practices. There are however numerous implications of the ERP system connected to the effectiveness of the corporation as a whole (e.g. the capacity for the ERP system to not only automate but also to informate) 
but this is outside the scope of this thesis.  
12. This thesis coins and develops the concepts of common ground,

12. This thesis coins and develops the concepts of common ground, 
common meaning, common interest, and common behaviour that are part of “The Common Framework for IT-enabled Change”, presented in Section 5.3. The word common is used in an analytical and theoretical sense. The framework, and its concepts, strives towards a greater degree of commonality but such development can never be accomplished to a full extent. The point is that the greater commonality there is the greater the likelihood of change acceptance, smoother change process, and a successful outcome (see Section 5.3 for details). This thesis also makes a distinction between the word shared  and common . A group

of individuals that share something have things in mutual to a greater extent than if they would have had things in common. Common simply means that a group of people have some attributes that binds them together. In this way, the word common is a more ”looser” term that signifies a weaker connection between actors, compared to shared. Lee (2001, p. 24) provides an example of the difference between common and shared knowledge that clarifies the distinction: “ Common (or 
background) knowledge is that information which members of a particular community assume to be held common by virtue of the fact they have very similar background or up-bringing. For example, I accept the information that London is in the south of Britain while Edinburgh is to the north to be common knowledge between my brother (a Singaporean who has never been to Britain) and me, even though we have never talked about the relative locations of the two cities before. The reason is because we have very similar

91 childhood and school experiences. But once we have talked about taking a 
possible holiday together to the two cities and about whether we should rent a car or take the train up and down Britain, then that information about the 
locations of the two cities becomes part of our shared knowledge ”. 
13. Change recipients in this thesis denote the employees that adopt 
and adapt change (Kanter et al., 1992). 
14. See note 3. 
15. This is especially important in contemporary organisation that 
uses IT, as the technology often renders role hybridisation (Caglio, 2003). That is, IT, such as ERP systems, enables employees to change and enlarge their practices in such a way 
that they take on more and different roles than earlier. 
16. The primary focus in this thesis is not on the change recipients

16. The primary focus in this thesis is not on the change recipients 
but instead the managerial viewpoint of how to lead IT-enabled change. Therefore, the transformation is primarily explored through the eyes of change agents. A few change recipients, however, were directly interviewed (interview 13, 15, 18, 20, 21, 23, see the Appendix). In addition, some of the change agents had earlier been change recipients before, or early in, the transformation. The change recipients are reflected indirectly in the findings of the thesis by the depiction of the practice of the change agents. For example, one agent had performed over 40 F&A migrations worldwide and told stories during the interviews about what worked and what was less successful in managing 
change recipients in all his change projects. 
17. There are of course other perspectives in organisational change

17. There are of course other perspectives in organisational change 
that have influenced the practice of change agents, as shown in Section 2.7.1. The planned change perspective can be grouped within the aforementioned rationalist discourse. Compared to the other discourses presented, the rationalist discourse is the most prominent and influential in IT-enabled change (see below text in this section). This is why the primary focus here, and in the thesis as a whole, is on this planned and rationalistic perspective. The present thesis does not set out to prove this perspective false but on the contrary show how it can be combined with other perspectives. The thesis does so by developing “The Commonality Framework for IT-Enabled Change” that 
incorporates other perspectives as well, see Section 5.3.

92 18. Besides the products reported here the firm has also 
manufactured other important products (Jacobæus, 1976; Meurling and Jeans, 2000). For example, phone manufacturing such as the Dachshund in the 1880s, the Bakelite telephone in the 1930, the Ericofon or “Cobra” in the 1950s, the Ericovox and the Dialog phone in the 1960s. Many of these products were considered attractive not only because of their quality but also because of their original design. Additionally, Ericsson has supplied important products within radar and radio technology for civil and defence use—such as the Radiola in the 1920s and police radio in the 1940s—and attempts were made to enter the 
information systems industry in the early 1980s. 
19. As Paper I illustrates, Ericsson’s earlier attempts for

19. As Paper I illustrates, Ericsson’s earlier attempts for 
implementations were unsuccessful mainly because they continuously tried to adapt the system to local, heterogeneous and un-standardised activities, consequently leading to a fragmented system (a common problem in most organisations at that time). As a result, the implementation projects were put down in the late 1990’s. To a greater extent than earlier, the new attempt to implement a common ERP system was driven by a strategy to control the ERP system centrally, avoiding a “drift” in information infrastructure. For example, in the earlier information system an account could be opened by using the local information system. While in the new common SAP R/3, 
opening an account could only be done centrally in Stockholm.  
20. Such strategy and approach towards IT-enabled change is often

20. Such strategy and approach towards IT-enabled change is often 
what is neglected in newspaper articles connected to Ericsson’s SAP implementation (Ekstrand, 1998a; Ekstrand, 1998b; Ekstrand, 2007). There are, however, some articles that give a more nuanced picture (Danielsson, 2007; Magnusson, 1998). These notions of strategy and approach towards IT-enabled change are very relevant in other information system projects as well. For example, a recent newspaper article (Holmström, 2009) reports that the Swedish minister of defence has had a very high IT-expenditure and largely failed in their attempts to implement their ERP system named Prio. The news article concludes with a statement from an independent consultant connected to the project: “ the defence ministry believes that they have bought a golden key 
that solves everything ” (Holmström, 2009, p. 2). In other words and

that solves everything ” (Holmström, 2009, p. 2). In other words and 
if the speculations are true, they presumably treated IT as a

93 monolithic and isolated tool. A tool that, when implemented, will 
take care of itself, spreading change in the organisation, as employees automatically adapt to the new circumstances (see also 
Harris and Davenport, 2006). 
21. For example, in 2006, during the transformation, the number of 
accounts in the chart of accounts had decreased from 150,000 to 
4,000. 
22. Because the thesis focus on successful organisational change—
attentiveness to what facilitates rather than hinders change—the thesis contributes to the new field of positive organisational scholarship (Cameron, 2008; Ghoshal, 2005; Piderit et al., 2007; Quinn et al., 2003), which focus on the neglected area of ” the 
investigation of positive dynamics, positive attributes, and positive outcomes in 
organizations ” (Cameron, 2008, p. 7). 
23. For a more detailed description of the data sources see the 
Appendix. 
24. The five interviews conducted in 2009 consisted of a three-hour

Appendix. 
24. The five interviews conducted in 2009 consisted of a three-hour 
long focus group session with the most significant respondents. On this occasion the interim findings for the whole thesis were not only discussed, developed, and validated, but also grounded and compared to the F&A departments present and future IT-enabled change projects, as well IT-enabled change projects in 
other Ericsson departments. See Section 4.6. 
25. The KPIs that Ericsson used varied from being aggregated such 
as number of accounts-payable-invoices that were managed by an SSC during a period, to more specific ones such as quality of feedback between a customer and an SSC. One respondent explained Ericsson’s approach towards KPIs:  “For example, if you

take a bank transaction system the goal is not to have the company sign off that it has participated in the new technological solution and that they use it. The goal is instead that we see X percentage of the bank transaction through the new bank. There is a big difference between implementing a solution and getting the people to change their behaviour so that they start using the new 
solution: it is really important.” 
26. This is an empirical example how temporal bracketing can unveil 
changes between brackets. See Section 4.5.3.

94 27. These notions of treating IT-enabled change projects as 
continuous projects and the dynamic stance towards technological and organisational properties of change is further 
elaborated in Sections 2.5, 5.3, 5.4, and Papers I, IV, V.   
28. These are examples of the importance of translational and 
relational activities as well as the importance of both cognitive/analytical and emotional elements in the practice of the 
change agents. See Section 5.3 and Paper II for further details. 
29. Temporal bracketing is a well established method within process

analysis. The strategy entails decomposing the process of change into different brackets where one bracket is compared to the other. Every bracket may or may not be conceptual significant and they become a unit of analysis across time (Langley, 2008). The temporal strategy is especially powerful when it is combined with a narrative strategy. This is because the duo gives richness to events as well as putting them into perspective by viewing, and comparing them as sequence of events that occurs over time. Such a combination aids the illumination of mutual shaping between individual action and structure (Pettigrew, 1985). For instance, narratives from respondents of Ericsson in an interview performed in an early bracket are subsequently identified as part of the structures in a later bracket. In other words, narrative strategy gives variety and linkage between events, at the same time as temporal-bracketing enables, as Langley (1999) puts it, “the explicit examination of how actions of

In other words, narrative strategy gives variety and linkage between events, at the same time as temporal-bracketing enables, as Langley (1999) puts it, “the explicit examination of how actions of one period lead to changes in the context that will affect action in subsequent periods”  (p.703). This is an

important methodological aspect since the present research aims 
to understand the moving target of change and IT. 
30. It is important to note that: “ These periods do not have any particular 
theoretical significance. They are not "phases" in the sense of a predictable sequential process but, simply, a way of structuring the description of events ” 
(Langley, 1999, p. 703). 
31. The fellowship lasted until the end of 2006. 32. Papers IV and V are placed at the end of the thesis not only 
because they are an extension and expansion of the theories presented earlier in the thesis but also because to do otherwise would mean to obstruct the empirical narrative concerning the 
interplay between actors and structures in the first three papers.

95 33. The current illustration is the surface of a more complex 
framework that is mainly elaborated by Papers II and III. 
34. See note 25. 
35. See Section 3.3. 
36. The thesis draws attention to the importance of considering the

36. The thesis draws attention to the importance of considering the 
nature of the practice of change recipients, as it may or may not form a practice-based culture that can create a common ground. The case study, however, focus on the F&A profession that, as such, is more coherent and less fragmented than other professions due to, for example, the language of bookkeeping (e.g. the standard of double-entry bookkeeping), global standards, code-of-ethics, and institutional and historical legacy. Other professions, such as sales employees, might have a different structure because they are more dependent on submarkets, external focus, and have less information system dependency (Lawrence and Lorsch, 1967). Because of this contextual dependency, a profession such as sales employees might—on a large or global scale—have a weaker practice-based culture and consequently less of a common ground among them. 
See Paper III for details.

See Paper III for details. 
37. The importance of skills and tools is often neglected in research 
because science tends to apply a less practice-based perspective (By, 2005; Carlile, 2002; Carlile, 2004; Hughes, 2007; Whittington 
et al., 2006). 
38. Also noted by Markus and Benjamin (1996; 1997) and Miller 
(2002).

APPENDIX  
LIST OF INTERVIEWS 
 Date  Respondent  Location  Responsibility 
1 20060306 Claes Eriksson Uppsala Financial control and performance management 
2 20060331 Claes Eriksson Uppsala Financial control and performance management 
3 20060421 Stig Christensen Kista Global F&A Operations 
4 20060421 Claes Eriksson Kista Financial control and performance management 
5 20060503 Yngve Broberg Kista Global SSC Management 
6 20061004 Monika Nordlund Kista Finance Process Management 
7 20061006 Anders Beckius Uppsala Internal support and strategy 
8 20061208 Claes Eriksson Uppsala Financial control and performance management 
9 20061212 Monika Nordlund Kista Finance Process Management 
10 20070228 Sander Lund Kista Transformation Manager, project manager and Manager of Global General 
Accounting & Closing (GA&C) Support 
11 20070319 Michael Andersson  Kista Manager for global initiative and project managers

11 20070319 Michael Andersson  Kista Manager for global initiative and project managers 
12 20070324 Mark Reijndorf Kista Director of the Global F&A Transformation Program 
13 20070420 Gunilla Fahlén Kista Project manager 
14 20070608 Claes Eriksson Uppsala Financial control and performance management 
15 20071128 Gunilla Fahlen Kista Project manager

16 20071107 Claes Eriksson Uppsala Financial control and performance management 
17 20080417 Sander Lund Kista Global F&A Support 
18 20080529 Jeroen Andreoli The 
Netherlands Global Project Office - Finance Global F&A Outside Sweden (telephone 
interview) 
19 20080910 Maria Ma SSC Bejing SSC Manager Beijing 
20 20080910 Stella Jin SSC Bejing Project manager 
21 20080910 Sophia Cao SSC Bejing Global Assignment Process Expert 
22 20080911 Maria Ma SSC Bejing SSC Manager Beijing 
23 20080911 Pia Jing SSC Bejing Service Manager  
24 20081212 Claes Eriksson Uppsala Financial control and performance management 
25 20090616 Yngve Broberg Kista Head of Global Finance & Accounting 
26 20090616 Stig Christensen Kista Head of Finance Process Management 
27 20090616 Claes Eriksson Kista Performance Management 
28 20090616 Anders Beckius Kista SSC Support 
29 20090616 Karin Nagel Kista Performance Management

LIST OF INTERNAL DOCUMENTS  
 Acquired Year of 
creation Source Description Number  
of pages Classification1 
0 20050906 2005 Stig Christensen Aggregated and strategic transformation explanation. 11 S 
1  2004 Claes Eriksson Newsletters April  – Dec.  2004 49 N 
  2005 Claes Eriksson Newsletters Jan. – Dec. 2005 135 N 
  2006 Claes Eriksson Newsletters Jan. – Dec. 2006 212 N 
  2007 Claes Eriksson Newsletters Jan. – Dec. 2007 176 N 
  2008 Claes Eriksson Newsletters Jan. 2008 18 N 
2 20051127 2005 Stig Christensen Aggregated and strategic transformation explanation 19 S 
3 20060114 2005 Stig Christensen Aggregated and strategic transformation explanation 18 S 
4 20060331 2006 Claes Eriksson Aggregated and strategic transformation explanation 12 S 
5 20060331 2006 Claes Eriksson Presentation master for transformation strategy 18 S 
6 20060901 2005 Stig Christensen Early strategic transformation explanation 13 S

6 20060901 2005 Stig Christensen Early strategic transformation explanation 13 S 
7 20061006 2005 Anders Beckius Aggregated and strategic transformation explanation 13 S 
8 20061211 2004 Claes Eriksson Early strategic transformation explanation. Global F&A 
Operations F&A transformation, Global and regional 
operating models. 5 S 
9 20061213 2005 Monika Nordlund Role description –  Process Support 2 O 
10 20061213 2005 Monika Nordlund Role description – Process Expert finance Global FA 6 O 
                                                                
1N = Monthly newsletters for F&A employees 
 S = Strategy document (e.g. transformation guidelines or early strategy sketches of the transformation) 
 O = Organizational and policy document (e.g. role description or service agreement between local company and SSC)

O = Organizational and policy document (e.g. role description or service agreement between local company and SSC) 
 Op = Operational document (e.g. business case, or for instance an implementation plan from a project manager)

Operations 
11 20061213 2005 Monika Nordlund Role description – Process lead Finance 3 O 
12 20061213 2005 Monika Nordlund Role description – Sub Process Lead- Finance 2 O 
13 20061213 2004 Monika Nordlund Role description - Manager  FA Process Implementation 
and optimization 3 O 
14 20061213 2006 Monika Nordlund Change management/roles/implementation - Process 
Management Communications package 53 S 
15 20061213 2005 Monika Nordlund Role Description – FA Super User Finance 2 O 
16 20061213 2005 Monika Nordlund Process Projects – Finance Process Projects. Description 
of process organization. 20 O 
17 20061213 2005 Monika Nordlund Role Description - Local Process Driver and Demand 
Manager Finance 4 O 
18 20061213 2005 Monika Nordlund Role Description – ISIT coordination 3 O 
19 20061213 2006 Monika Nordlund Role Description – Manager Process projects 2 O 
20 20061213 2006 Monika Nordlund Role Description – Program Management 3 O

20 20061213 2006 Monika Nordlund Role Description – Program Management 3 O 
21 20070100 2006 Anders  Beckius Assignment specification model 3 O 
22 20070100 2006 Anders  Beckius Interface and review schedule 4 O 
23 20070100 2004 Anders  Beckius Service and Support Agreement (SSA) model for SSC- 4 O 
24 20070100 2004 Anders  Beckius Pricing Schedule 9 O 
25 20070100 2006 Anders  Beckius Quality feedback template 3 O 
26 20070100 2006 Anders  Beckius Scope of services, Global F&A Operations 9 O 
27 20070100 2006 Anders  Beckius Strategy for service management framework 18 S 
28 20070100 2006 Anders  Beckius Service report model 2 O 
29 20070100 2006 Anders  Beckius SSC Service Management Framework 14 O 
30 20070307 2006 Sander Lund Business case US CA to Dallas and US AP to Manila 7 Op 
31 20070307 2006 Sander Lund Business case of market unit Brazil 5 Op

31 20070307 2006 Sander Lund Business case of market unit Brazil 5 Op 
32 20070307  2005 Sander Lund Global Finance & Accounting 6 Op

F&A Transformation Program 
Update & Experiences 
33 20070307 2006 Sander Lund The deviations from the SSC standard service 
description 3 Op 
34 20070307 2006 Sander Lund Service Description Credit to Cash (CrTC) 20 Op 
35 20070307 2006 Sander Lund The deviations from the SSC 3 Op 
36 20070307 2006 Sander Lund Migration. Transformation Americas. High Level 
Planning 20 Op 
37 20070307 2006 Sander Lund Service Description for General Accounting & Closing 
(GA&C)  38 Op 
38 20070308 2006 Åke Magnusson Ericsson’s approach to meeting the requirements of 
Sarbanes Oxley 16 S 
39 20070322 2007 Michael Andersson Change management.  Global Initiatives and project 
managers.  43 Op 
40 20070323 2007 Mark Reijndorf F&A Transformation Program Completed - It’s all about 
people 2 S 
41 20070323 2006 Mark Reijndorf Conference presentation of F&A transformation 23 S 
42 20070420 2007 Gunilla Fahlén ABS Program 2007 Kick-Off Rijen April 70 Op 
43 20070420 2007 Gunilla Fahlén ABS Info for EAS 20 Op

43 20070420 2007 Gunilla Fahlén ABS Info for EAS 20 Op 
44 20070322 2006 Michael Andersson Local technology implementation of OCR technology in 
collaboration with IBM. 10 O 
45 20070322 2006 Michael Andersson OCR workflow definitions in SAP 5 O 
46 20070315 2007 Michael Norrell and 
Andreas Jansson Introduction to Sarbanes Oxley related work at Ericsson 
 88 S 
47 20080420 2008 Sander Lund Global F&A Support - This is our way of working 
 10 Op 
48 20080911 2008 Maria Ma SSC Beijing. Description of services, strategy and KPIs. 23 S

49 20080224 2008 Claes Eriksson Finance transformation 2008-2009, Program Structure. 9 S

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This product is ANT+® certified. Visit www.thisisant.com /directory  for a list of compatible products and apps.
M/N: A03405

Table of Contents
Introduction ..................................................................... 1
Device Overview ......................................................................... 1
Touchscreen Tips .................................................................. 1
Locking and Unlocking the Touchscreen .......................... 1
Using the Controls Menu ....................................................... 1
Icons ........................................................................................... 1
Connectivity Icons .................................................................. 1
Smart Features ............................................................... 2
Setting Up Your Smartwatch Features ....................................... 2
Pairing Your Smartphone ....................................................... 2
Connecting with Verizon ........................................................ 2

Adding Contacts ..................................................................... 2
Sending a Message ............................................................... 2
Messaging Options and Behavior ............................................... 2
I'm a Verizon customer with an Android™ smartphone ......... 2
I'm a Verizon customer with an iPhone device ...................... 3
I use a different carrier for my Android smartphone .............. 3
I use a different carrier for my iPhone device ........................ 3
How do I use the onscreen keyboard? .................................. 3
Connected Features ................................................................... 3
Phone Notifications ................................................................ 3

Enabling Bluetooth Notifications ....................................... 3
Viewing Notifications ......................................................... 3
Receiving an Incoming Phone Call ................................... 4
Managing Notifications ...................................................... 4
Turning Off the Bluetooth Smartphone Connection .......... 4
Using Do Not Disturb Mode ................................................... 4
Finding Your Phone ............................................................... 4
Connect IQ Features .................................................................. 4
Downloading Connect IQ Features ........................................ 4
Downloading Connect IQ Features Using Your Computer ....4

Garmin Pay ..................................................................... 4
Setting Up Your Garmin Pay Wallet ........................................... 4
Paying for a Purchase Using Your Watch .................................. 4
Adding a Card to Your Garmin Pay Wallet ................................. 5
Managing Your Garmin Pay Wallet ........................................ 5
Changing Your Garmin Pay Passcode ....................................... 5
Music ............................................................................... 5
Connecting to a Third-Party Provider ......................................... 5
Downloading Audio Content from a Third-Party Provider ......5
Disconnecting from a Third-Party Provider ............................ 5
Downloading Personal Audio Content ........................................ 6

Connecting Bluetooth Headphones ............................................ 6
Listening to Music ....................................................................... 6
Music Playback Controls ............................................................ 6
Safety and Tracking Features ....................................... 6
Adding Emergency Contacts ...................................................... 6
Turning On LiveTrack for GPS Activities .................................... 6
Turning Incident Detection On and Off ....................................... 7
Requesting Assistance ............................................................... 7
Heart Rate Features ....................................................... 7
Wrist-based Heart Rate .............................................................. 7

Wearing the Device ................................................................ 7
Tips for Erratic Heart Rate Data ............................................. 7
Viewing the Heart Rate Widget .............................................. 7
Setting an Abnormal Heart Rate Alert .................................... 7
Broadcasting Heart Rate to Garmin Devices ......................... 7
Turning Off the Wrist-based Heart Rate Monitor ................... 8
About Heart Rate Zones ............................................................. 8
Setting Your Heart Rate Zones .............................................. 8
Heart Rate Zone Calculations ................................................ 8

About VO2 Max. Estimates ......................................................... 8Getting Your VO2 Max. Estimate ........................................... 8
Activity Tracking ............................................................ 8
Auto Goal .................................................................................... 8
Using the Move Alert .................................................................. 8
Sleep Tracking ............................................................................ 9
Intensity Minutes ......................................................................... 9
Earning Intensity Minutes ....................................................... 9
Garmin Move IQ™ ...................................................................... 9

Activity Tracking Settings ............................................................ 9
Turning Off Activity Tracking .................................................. 9
Widgets ........................................................................... 9
Viewing Widgets ......................................................................... 9
Customizing the Widget Loop .............................................. 10
About My Day ...................................................................... 10
Viewing the Weather Widget ................................................ 10
Heart Rate Variability and Stress Level .................................... 10
Using the Stress Level Widget ............................................. 10

VIRB Remote ............................................................................ 10
Controlling a VIRB Action Camera ....................................... 10
Apps and Activities ...................................................... 10
Starting an Activity .................................................................... 10
Tips for Recording Activities ................................................ 10
Stopping an Activity .................................................................. 11
Adding a Custom Activity .......................................................... 11
Adding or Removing a Favorite Activity .................................... 11
Indoor Activities ........................................................................ 11

Recording a Strength Training Activity ................................. 11
Calibrating the Treadmill Distance ....................................... 11
Outdoor Activities ...................................................................... 11
Going for a Run .................................................................... 11
Going for a Ride ................................................................... 11
Viewing Your Ski Runs ........................................................ 12
Going for a Pool Swim .............................................................. 12
Setting the Pool Size ............................................................ 12
Swim Terminology ............................................................... 12

Golfing ...................................................................................... 12
Downloading Golf Courses .................................................. 12
Playing Golf .......................................................................... 12
Hole Information ................................................................... 12
Changing the Pin Location .............................................. 12
Viewing the Direction to the Pin ...................................... 12
Viewing Layup and Dogleg Distances ................................. 13
Viewing Hazards .................................................................. 13
Measuring a Shot with the Garmin AutoShot™ Feature ......13
Keeping Score ..................................................................... 13

Setting the Scoring Method ............................................. 13
Tracking Golf Statistics ................................................... 13
Recording Golf Statistics ................................................. 13
Viewing Your Shot History ................................................... 13
Viewing Your Round Summary ............................................ 13
Ending a Round ................................................................... 13
Golf Settings ........................................................................ 14
Scoring Settings .............................................................. 14
Garmin Golf App .................................................................. 14
Training ......................................................................... 14

Setting Up Your User Profile ..................................................... 14
Fitness Goals ....................................................................... 14
Workouts ................................................................................... 14
Following a Workout ............................................................ 14
Using Garmin Connect Training Plans ................................. 14
Starting Today's Workout ................................................ 14
Viewing Scheduled Workouts ......................................... 15
Adaptive Training Plans ....................................................... 15
Personal Records ..................................................................... 15
Viewing Your Personal Records .......................................... 15

Table of Contents i

Restoring a Personal Record ............................................... 15
Clearing a Personal Record ................................................. 15
Clearing All Personal Records ............................................. 15
Navigation ..................................................................... 15
Saving Your Location ............................................................... 15
Deleting a Location .............................................................. 15
Navigating to a Saved Location ................................................ 15
Navigating Back to Start ........................................................... 15
Stopping Navigation ................................................................. 15
Compass ................................................................................... 16
Calibrating the Compass Manually ...................................... 16

History ........................................................................... 16
Using History ............................................................................ 16
Viewing Your Time in Each Heart Rate Zone ...................... 16
Garmin Connect ........................................................................ 16
Using Garmin Connect Mobile ............................................. 16
Using Garmin Connect on Your Computer .......................... 16
Customizing Your Device ............................................ 17
Changing the Watch Face ........................................................ 17
Creating a Custom Watch Face ........................................... 17
Customizing the Controls Menu ................................................ 17

Activities and App Settings ....................................................... 17
Customizing the Data Screens ............................................ 17
Alerts .................................................................................... 17
Setting an Alert ................................................................ 18
Auto Lap ............................................................................... 18
Marking Laps Using the Auto Lap Feature ..................... 18
Turning On the Manual Lap Function .................................. 18
Using Auto Pause® ............................................................. 18
Using Auto Scroll ................................................................. 18
Phone and Bluetooth Settings .................................................. 18

4G LTE Settings ....................................................................... 18
System Settings ........................................................................ 19
Time Settings ....................................................................... 19
Time Zones ..................................................................... 19
Setting the Time Manually ............................................... 19
Setting the Alarm ............................................................. 19
Deleting an Alarm ............................................................ 19
Starting the Countdown Timer ........................................ 19
Using the Stopwatch ....................................................... 19

Backlight Settings ................................................................ 19
Changing the Units of Measure ........................................... 19
Garmin Connect Settings .......................................................... 19
Device Settings on Your Garmin Connect Account ............. 19
User Settings on Your Garmin Connect Account ................ 20
Wireless Sensors ......................................................... 20
Pairing Your Wireless Sensors ................................................. 20
Foot Pod ................................................................................... 20
Calibrating Your Foot Pod .................................................... 20
Improving Foot Pod Calibration ........................................... 20

Using an Optional Bike Speed or Cadence Sensor .................. 21
Calibrating Your Speed Sensor ........................................... 21
Situational Awareness .............................................................. 21
tempe ........................................................................................ 21
Device Information ....................................................... 21
Charging the Device ................................................................. 21
Product Updates ....................................................................... 21
Updating the Software Using Garmin Connect Mobile ........ 21
Updating the Software Using Garmin Express .................... 21
Viewing Device Information ...................................................... 21

Viewing E-label Regulatory and Compliance Information ....21
Specifications ............................................................................ 22
Device Care .............................................................................. 22
Cleaning the Device ............................................................. 22Replacing the Bands ................................................................ 22
Troubleshooting ........................................................... 22
Is my smartphone compatible with my device? ........................ 22
My phone will not connect to the device ................................... 22
My headphones will not connect to the device ......................... 22
My music cuts out or my headphones do not stay connected ..22

My device is in the wrong language ......................................... 22
My device does not display the correct time ............................. 23
Maximizing Battery Life ............................................................. 23
Restarting the Device ............................................................... 23
Restoring All Default Settings ................................................... 23
Acquiring Satellite Signals ........................................................ 23
Improving GPS Satellite Reception ...................................... 23
Activity Tracking ........................................................................ 23
My step count does not seem accurate ............................... 23
The floors climbed amount does not seem accurate ........... 23

Improving the Accuracy of Intensity Minutes and Calories ..23
The temperature reading is not accurate .................................. 23
Getting More Information .......................................................... 24
Appendix ....................................................................... 24
Data Fields ................................................................................ 24
VO2 Max. Standard Ratings ..................................................... 25
Wheel Size and Circumference ................................................ 25
Index .............................................................................. 27
ii Table of Contents

Introduction
 WARNING
See the Important Safety and Product Information  guide in the 
product box for product warnings and other important 
Always consult your physician before you begin or modify any 
exercise program.
Device Overview
 Touchscreen : Swipe up or down to scroll through widgets, 
features, and menus.
Tap to select.
Swipe right to go back to the previous screen.
Swipe right to view the messaging app  (Sending a Message , 
page 2).
During an activity, swipe right to view the watch face and 
widgets.
During an activity, double-tap to mark a new lap, start a new 
set of reps, or advance to the next stage of a workout.
Hold to view a menu of device settings and options for the 
current screen.
 Key : Press to turn on the device.
Hold for 2 seconds to view the controls menu, including 
device power.
Hold for 5 seconds to request assistance  (Safety and 
Tracking Features , page 6).
Press to return to the watch face from any screen, except 
during an activity.

During an activity, press to pause the activity.
Touchscreen Tips
•Hold your finger on the touchscreen to view an options menu.
•Drag up or down to scroll through lists and menus.
•Swipe up or down to scroll quickly.
•Tap to select a button, a list item, or a menu item.
•From the watch face, swipe up or down to scroll through the 
widgets on the device.
•From a widget, tap to view additional widget screens, if 
available.
•During an activity, swipe up or down to view the next data 
screen.
•During an activity, swipe right to view the watch face and 
widgets, and swipe left to return to the activity data fields.
•Perform each menu selection as a separate action.
Locking and Unlocking the Touchscreen
You can lock the touchscreen to prevent inadvertent screen 
touches.
1Hold the key .2Select .

touches.
The touchscreen locks and does not respond to touches until 
you unlock it.
3Hold the key  to unlock the touchscreen.
Using the Controls Menu
The controls menu contains customizable shortcuts, such as 
locking the touchscreen and turning the device off.
TIP: You can check the Verizon® network signal strength or 
Bluetooth® connection status.
NOTE: You can add, reorder, and remove the shortcuts in the 
controls menu  (Customizing the Controls Menu , page 17).
1From any screen, hold the key  for 2 seconds.
2Select an option.
Icons
A flashing icon means the device is searching for a signal. A 
solid icon means the signal was found or the sensor is 
GPS status
Smartphone connection status
4G LTE  connection status
Heart rate monitor status
Foot pod status
LiveTrack  status

GPS status
Speed and cadence sensor status
Varia™ bike light status
Varia  bike radar status
tempe™ sensor status
VIRB VIRB® camera status
vívoactive  alarm status
Connectivity Icons
On the controls menu, the Bluetooth  phone icon  and the 4G 
LTE icon  change based on connectivity.
Bluetooth 
StatusDescription 4G LTE  Default Behavior
A green icon indicates 
that your Bluetooth  phone 
is connected.When your phone is 
connected, the 4G LTE  is on 
standby .
A white icon indicates 
is not connected. It is on 
standby.When your phone is not 
connected, your vívoactive 
device searches for the 4G 
LTE network .
Introduction 1

Bluetooth 
StatusDescription 4G LTE Default Behavior
A flashing green icon 
indicates that your 
vívoactive  device is 
searching for or trying to 
connect to your phone.When you turn off 4G LTE , 
the icon is grey , and the 
watch searches for your 
phone.
A grey icon indicates that 
you have turned off the 
Bluetooth  connection.When you turn off the 
Bluetooth  connection, the 4G 
LTE icon flashes. Solid green 
 indicates that your 
connected to the 4G LTE 
network.
Smart Features
Setting Up Your Smartwatch Features
To take full advantage of the vívoactive  3 Music  features, 
complete these tasks.
•Pair your smartphone with the Garmin Connect™ app (Pairing 
Your Smartphone , page 2).
•Activate your vívoactive  3 Music  device  (Connecting with 
Verizon , page 2).
•Add contacts  (Adding Contacts , page 2).
•Send a message  (Sending a Message , page 2).
•Set up safety features using the Garmin Connect  app (Safety 
and Tracking Features , page 6).

•Download a music app using the Connect IQ™ store  (Connect 
IQ Features , page 4), and download songs onto the watch 
(Music , page 5).
•Connect your Bluetooth  headphones  (Connecting Bluetooth 
Headphones , page 6).
•Set up your Garmin Pay™ wallet  (Setting Up Your 
Garmin Pay  Wallet , page 4).
TIP: You should check the battery life and charge the device 
before leaving on your first phone-free adventure  (Charging the 
Device , page 21).
Pairing Your Smartphone
To set up the vívoactive  device, it must be paired directly 
through the Garmin Connect  app, instead of from the Bluetooth 
settings on your smartphone.
1From the app store on your smartphone, install and open the 
 Garmin Connect  app.
2Select an option to enable pairing mode on your device:

•If this is the first time you are setting up your device, press 
the key  to turn on the device.
•If you previously skipped the pairing process or paired 
your device with a different smartphone, hold the 
touchscreen , and select Settings  > Phone  > Pair Phone 
to manually enter pairing mode.
3Select an option to add your device to your Garmin Connect 
account:
•If this is the first device you have paired with the Garmin 
Connect  Mobile app, follow the on-screen instructions.
•If you have already paired another device with the Garmin 
Connect  Mobile app, from the settings menu, select 
Garmin Devices  > Add Device , and follow the on-screen 
instructions.
Connecting with Verizon
1From the Garmin Connect  app, select  or .
2Select Garmin Devices , and select your vívoactive  3 Music 
device.

device.
3Select Connect with Verizon .4Follow the on-screen instructions.
You can add up to 50 contacts from the Garmin Connect  app 
and sync them to your device. Three of these contacts can be 
used as emergency contacts  (Adding Emergency Contacts , 
page 6). Contact emails can be used with the LiveTrack 
feature.
2Select Contacts .
3Follow the on-screen instructions.
After you add contacts, you must sync your data to apply the 
changes to your vívoactive  3 Music  device  (Using Garmin 
Connect  Mobile , page 16).
Sending a Message
If you are a Verizon  customer and you want to use your iPhone®
phone number for messages, you must disable the iMessage®
service.
NOTE: Your messaging experience may vary based on your 
smartphone operating system and how you set up the vívoactive

service.
smartphone operating system and how you set up the vívoactive 
3 Music  device to send messages  (Messaging Options and 
Behavior , page 2).
1From the watch face, swipe right.
2If you have already set up text messaging, skip to step 6.
3Select .
4Follow the on-screen instructions to set up text messaging.
5From the watch face, swipe right.
6Select .
7Select an option:
•Enter a number, and select .
•Select one or more contacts, and select Done .
8Select an option:
•Select and send a quick reply message.
You can customize the quick reply messages using your 
Garmin Connect  account  (Device Settings on Your 
Garmin Connect  Account , page 19).
•Select  to send your location.
•Select  to select and send an emoji.
•Select  to enter a message, and select Send .
NOTE: Messages are limited to 160 characters.
Messaging Options and Behavior

This section is provided to help you understand the messaging 
options and behavior based on your mobile carrier and 
smartphone operating system.
•I'm a Verizon  customer with an Android™ smartphone , 
page 2
•I'm a Verizon  customer with an iPhone  device , page 3
•I use a different carrier for my Android  smartphone , page 3
•I use a different carrier for my iPhone  device , page 3
I'm a Verizon  customer with an Android™ smartphone
Phone number : You can use your smartphone number as the 
phone number your vívoactive  watch uses to send and 
receive text messages. Garmin® recommends this option for 
the most seamless experience. If you do not use your 
smartphone number, your watch will send and receive text 
messages using a separate watch phone number.

Text messages using your smartphone number : If you set up 
the vívoactive  watch to send and receive messages using 
your smartphone number, messages are sent to both your 
phone and your watch (when your phone is in Bluetooth 
range or when your phone is outside Bluetooth  range and 
2 Smart Features

your watch is connected to 4G LTE ). If you use the Verizon 
Messages+  app on your phone, the message read state 
syncs between your phone and watch.
Text messages using the watch phone number : If you set up 
your vívoactive  watch to send and receive messages using 
the watch phone number, the experience is different. 
Messages sent to the watch phone number appear on the 
watch (when your phone is in Bluetooth  range or when your 
phone is outside Bluetooth  range and your watch is 
connected to 4G LTE ). New messages or replies sent from 
the watch are sent from the watch phone number. Garmin 
recommends letting your friends and family know your watch 
phone number.
When your phone is in Bluetooth  range and a message is 
sent to your smartphone number, your watch receives a 
smart notification, and you can use that smart notification to 
respond to the message from your smartphone number.
I'm a Verizon  customer with an iPhone  device

Phone number : You can use your iPhone  number as the 
number your watch uses when sending and receiving text 
messages. Garmin  recommends this option for the most 
seamless experience. If you do not want to turn off the 
iMessage  service, Garmin  recommends setting up your 
watch to send and receive text messages with a separate 
watch phone number.
Text messages using your iPhone  number : If you set up the 
vívoactive  watch to send and receive messages using your 
iPhone  number, and you have turned off the iMessage 
service, messages are sent to both your phone and your 
connected to 4G LTE ). If you use the Verizon  Messages+ 
app on your phone, the message read state syncs between 
your phone and watch.

sent to your iPhone  number, your watch receives a smart 
notification.
I use a different carrier for my Android  smartphone
Phone number : Your vívoactive  watch uses a separate Verizon 

Text messages using the watch phone number : Messages 
sent to the watch phone number appear on the watch (when 
your phone is in Bluetooth  range or when your phone is 
outside Bluetooth  range and your watch is connected to 4G 
LTE). New messages or replies sent from the watch are sent 
from the watch phone number. Garmin  recommends letting 
your friends and family know your watch phone number.
I use a different carrier for my iPhone  device
Text messages using the watch phone number : Messages

your phone is in Bluetooth  range or when your phone is outside Bluetooth  range and your watch is connected to 4G 
How do I use the onscreen keyboard?
The default touchscreen keyboard uses a predictive T9 
keyboard. T9 stands for text on 9 keys.
You can hold the touchscreen for text entry and language 
options.
Connected Features

options.
Connected features are available for your vívoactive  device 
when you connect the device to a compatible smartphone using 
Bluetooth  technology. Some features require you to install the 
Garmin Connect  app on the connected smartphone. Go to 
www.garmin.com /apps  for more information. Some features are 
also available when you connect your device to the 4G LTE 
network.
Phone notifications : Displays phone notifications and 
messages on your vívoactive  device.
LiveTrack : Allows friends and family to follow your races and 
training activities in real time. You can invite followers using 
email or social media, allowing them to view your live data on 
a Garmin Connect  tracking page.
Activity uploads to Garmin Connect : Automatically sends 
your activity to your Garmin Connect  account as soon as you

your activity to your Garmin Connect  account as soon as you 
finish recording the activity.
Connect IQ : Allows you to extend your device features with new 
watch faces, widgets, apps, and data fields.
Software Updates : Allows you to update your device software.
Weather : Allows you to view current weather conditions and 
weather forecasts.
Bluetooth  sensors : Allows you to connect Bluetooth 
compatible sensors, such as a heart rate monitor.
Find my phone : Locates your lost smartphone that is paired 
with your vívoactive  device and currently within range.
Find my device : Locates your lost vívoactive  device that is 
paired with your smarphone and currently within range.
Phone Notifications
Phone notifications require a compatible smartphone to be in 
range and paired with the device. When your phone receives 
messages, it sends notifications to your device.

Enabling Bluetooth  Notifications
Before you can enable notifications, you must pair the vívoactive 
device with a compatible smartphone  (Pairing Your Smartphone , 
page 2).
1Hold the touchscreen .
2Select Settings  > Connectivity  > Phone  > Notifications .
3Select During Activity  to set preferences for notifications 
that appear when recording an activity.
4Select a notification preference.
5Select Not During Activity  to set preferences for 
notifications that appear when in watch mode.
6Select a notification preference.
7Select Timeout .
8Select a timeout duration.
Viewing Notifications
1From the watch face, swipe to view the notifications widget.
Smart Features 3

2Select a notification.
3Scroll to read the full notification.
4Select an option:
•To act on the notification, select an action, such as 
Dismiss  or Reply .
The available actions depend on the type of notification 
and your phone operating system. When you dismiss a 
notification on your phone or the vívoactive  device, it no 
longer appears in the widget.
•To return to the notification list, swipe right.
Receiving an Incoming Phone Call
When you receive a phone call on your connected smartphone, 
the vívoactive  device displays the name or phone number of the 
caller.
•To accept the call, select 
 .
NOTE: To talk to the caller, you must use your connected 
•To decline the call, select .
•To decline the call and immediately send a text message 
reply, select , and select a message from the list.
NOTE: This feature is available only if your device is 
connected to an Android  smartphone.
Managing Notifications
You can use your compatible smartphone to manage

You can use your compatible smartphone to manage 
notifications that appear on your vívoactive  device.
Select an option:
•If you are using an iPhone  device, go to the notifications 
settings to select the items to show on the device.
•If you are using an Android  smartphone, from the Garmin 
Connect  app, select Settings  > Smart Notifications .
Turning Off the Bluetooth  Smartphone Connection
1Hold the key  to view the controls menu.
2Select  to turn off the Bluetooth  smartphone connection on 
your vívoactive  device.
Refer to the owner's manual for your mobile device to turn off 
Bluetooth  wireless technology on your mobile device.
Using Do Not Disturb Mode
You can use do not disturb mode to turn off vibrations and the 
backlight for alerts and notifications. For example, you can use 
this mode while sleeping or watching a movie.

•To manually turn on or off do not disturb mode, hold the key, 
and select .
•To automatically turn on do not disturb mode during your 
sleep hours, go to the device settings in the Garmin Connect 
Mobile app, and select Sounds & Alerts  > Do Not Disturb 
During Sleep .
Finding Your Phone
You can use this feature to help locate a lost smartphone that is 
paired using Bluetooth  wireless technology and currently within 
range.
1Hold the key .
2Select .
Signal strength bars appear on the vívoactive  screen, and an 
audible alert sounds on your smartphone. The bars increase 
as you move closer to your smartphone.
3Press the key  to stop searching.
Connect IQ  Features
You can add Connect IQ  features to your watch from Garmin 
and other providers using the Connect IQ  website. You can

and other providers using the Connect IQ  website. You can 
customize your device with watch faces, data fields, widgets, 
and apps.Watch Faces : Allow you to customize the appearance of the 
clock.
Data Fields : Allow you to download new data fields that present 
sensor, activity, and history data in new ways. You can add 
Connect IQ  data fields to built-in features and pages.
Widgets : Provide information at a glance, including sensor data 
and notifications.
Apps : Add interactive features to your watch, such as new 
outdoor and fitness activity types.
Downloading Connect IQ  Features
Before you can download features from the Connect IQ  app, you 
must pair your vívoactive  device with your smartphone  (Pairing 
Connect IQ  app.
2If necessary, select your device.

3Select a Connect IQ  feature.
4Follow the on-screen instructions.
Downloading Connect IQ  Features Using Your 
Computer
1Connect the device to your computer using a USB cable.
2Go to apps.garmin.com , and sign in.
3Select a Connect IQ  feature, and download it.
Garmin Pay
The Garmin Pay  feature allows you to use your watch to pay for 
purchases in participating stores using credit or debit cards from 
a participating financial institution.
Setting Up Your Garmin Pay  Wallet
You can add one or more participating credit or debit cards to 
your Garmin Pay  wallet. Go to garmin.com /garminpay/banks  to 
find participating financial institutions.
device.
3Select Garmin Pay  > Create Your Wallet .

device.
Paying for a Purchase Using Your Watch
Before you can use your watch to pay for purchases, you must 
set up at least one payment card.
You can use your watch to pay for purchases in a participating 
store.
2Select .
3Enter your four-digit passcode.
NOTE: If you enter your passcode incorrectly three times, 
your wallet locks, and you must reset your passcode in the 
Garmin Connect  Mobile app.
Your most recently used payment card appears.
4 Garmin Pay

4If you have added multiple cards to your Garmin Pay  wallet, 
swipe to change to another card (optional).
5Within 60 seconds, hold your watch near the payment reader, 
with the watch facing the reader.
The watch vibrates and displays a check mark when it is 
finished communicating with the reader.
6If necessary, follow the instructions on the card reader to 
complete the transaction.
TIP: After you successfully enter your passcode, you can make 
payments without a passcode for 24 hours while you continue to 
wear your watch. If you remove the watch from your wrist or 
disable heart rate monitoring, you must enter the passcode 
again before making a payment.
Adding a Card to Your Garmin Pay  Wallet
You can add up to ten credit or debit cards to your Garmin Pay 
wallet.
1From the vívoactive  device page in the Garmin Connect 
Mobile app, select Garmin Pay  > .
2Follow the on-screen instructions to enter the card 
information and add the card to your wallet.

wallet.
After the card is added, you can select the card on your watch 
when you make a payment.
Managing Your Garmin Pay  Wallet
You can view detailed information about each of your payment 
cards, and you can suspend, activate, or delete a card. You can 
also suspend or delete your whole Garmin Pay  wallet.
NOTE: In some countries, participating financial institutions may 
restrict the wallet features.
Mobile app, select Garmin Pay  > Manage Your Wallet .
2Select an option:
•To suspend a specific card, select the card, and select 
Suspend .
The card must be active to make purchases using your 
vívoactive  device.
•To temporarily suspend all cards in your wallet, select 
Suspend Wallet .

Suspend .
You cannot pay using your vívoactive  device until you 
unsuspend at least one card using the app.
•To unsuspend your suspended wallet, select Unsuspend 
Wallet .
•To delete a specific card, select the card, and select 
Delete .
The card is completely deleted from your wallet. If you 
want to add this card to your wallet in the future, you must 
enter the card information again.
•To delete all cards in your wallet, select Delete Wallet .
Your Garmin Pay  wallet and all the card information 
associated with it are deleted. You cannot pay using your 
vívoactive  device until you create a new wallet and add a 
card.Changing Your Garmin Pay  Passcode
You must know your current passcode to change it. Your 
passcode cannot be recovered. If you forget your passcode, you 
must delete your wallet, create a new one, and reenter your card

must delete your wallet, create a new one, and reenter your card 
You can change the passcode required to access your 
Garmin Pay  wallet on your vívoactive  device.
Mobile app, select Garmin Pay  > Reset Passcode .
2Follow the on-screen instructions.
The next time you pay using your vívoactive  device, you must 
enter the new passcode.
Music
NOTE: This section is about three different music playback 
options.
•Third-party provider music
•Personal audio content
•Music stored on your phone
On a vívoactive  3 Music  device, you can download audio 
content to your device from your computer or from a third-party 
provider, so you can listen when your smartphone is not nearby. 
To listen to audio content stored on your device, you must 
connect headphones with Bluetooth  technology.

You can also control music playback on your paired smartphone 
using your device.
Connecting to a Third-Party Provider
Before you can download music or other audio files to your 
compatible watch from a supported third-party provider, you 
must connect to the provider using the Garmin Connect  app.
2Select Garmin Devices , and select your device.
3Select Music .
4Select Get Music Apps , locate a provider, and follow the on-
screen instructions.
NOTE: If you have already installed a provider, you can 
select it and follow the on-screen instructions.
Downloading Audio Content from a Third-Party 
Provider
Before you can download audio content from a third-party 
provider, you must connect to the Verizon  network.
1Open the music controls widget on the vívoactive  device.

Provider
2Select  > Manage  > Music Providers .
3Select a connected provider, and follow the on-screen 
4Select a playlist or other item to download to the device.
5Select Done .
6Swipe right to exit the menu.
7When you are prompted to sync with the service, select .
The selected playlists and other items are downloaded to the 
device.
NOTE: Downloading audio content can drain the battery. You 
may be required to connect the device to an external power 
source if the battery is low.
Disconnecting from a Third-Party Provider
1From the Garmin Connect  Mobile app, select  or .
Music 5

4Select an installed third-party provider, and follow the on-
screen instructions to disconnect the third-party provider from 
your device.
Downloading Personal Audio Content
Before you can send your personal music to your device, you 
must install the Garmin Express™ application on your computer 
(www.garmin.com /express ).
You can load your personal audio files, such as .mp3 and .aac 
files, to a vívoactive  3 Music  device from your computer.
1Connect the device to your computer using the included USB 
cable.
2On your computer, open the Garmin Express  application, 
select your device, and select Music .
TIP: For Windows® computers, you can select  and browse 
to the folder with your audio files. For Apple® computers, the 
Garmin Express  application uses your iTunes® library.
3In the My Music  or iTunes Library  list, select an audio file 
category, such as songs or playlists.
4Select the checkboxes for the audio files, and select Send to 
Device .

Device .
5If necessary, in the vívoactive  3 Music  list, select a category, 
select the checkboxes, and select Remove From Device  to 
remove audio files.
Connecting Bluetooth  Headphones
To listen to music loaded onto your vívoactive  3 Music  device, 
you must connect headphones using Bluetooth  technology.
1Bring the headphones within 2 m (6.6 ft.) of your device.
2Enable pairing mode on the headphones.
3Hold the touchscreen .
4Select Settings  > Sensors & Accessories  > Add New  > 
Headphones .
5Select your headphones to complete the pairing process.
Listening to Music
1Open the music controls widget.
2Connect your Bluetooth  headphones  (Connecting Bluetooth 
3Select  > .
NOTE: The icon at the top indicates the music source. You 
can tap to change the source.

3Select  > .
•To listen to music from a third-party provider, select the 
name of the provider.
•To listen to music downloaded to the watch from your 
computer, select My Music  (Downloading Personal Audio 
Content , page 6).
•To listen to music from your smartphone, select Control 
Music on Phone .
5Select  to open the music playback controls.
Music Playback Controls
Manage Select to manage content from third-party providers.
Select to switch the music Source .
Select to browse the audio files and playlists for the selected 
source.
Select to adjust the volume.
Select to play and pause the current audio file.
Select to skip to the next audio file in the playlist.
Hold to fast forward through the current audio file.
Select to restart the current audio file.
Select twice to skip to the previous audio file in the playlist.

Hold to rewind through the current audio file.
Select to change the repeat mode.
Select to change the shuffle mode.
Safety and Tracking Features
 CAUTION
Incident detection and assistance are supplemental features and 
should not be relied on as a primary method to obtain 
emergency assistance. The device and app do not contact 
emergency services on your behalf.
The vívoactive  device has emergency and tracking features that 
must be set up with the Garmin Connect  app.
NOTICE
To use these features, you must be connected to the Verizon 
network or be connected to the Garmin Connect  app using 
Bluetooth  technology.
email or social media, allowing them to view your live data on

Incident detection : When the vívoactive  device detects an 
incident during an outdoor walk, run, or bike activity, the 
device sends a message, LiveTrack  link, and GPS location to 
your emergency contacts.
Assistance : Allows you to send an automated text message 
with your name, LiveTrack  link, and GPS location to your 
emergency contacts.
Adding Emergency Contacts
Emergency contact phone numbers are used for the incident 
detection and assistance features.
2Select Safety & Tracking  > Incident Detection & 
Assistance  > Add Emergency Contact .
Turning On LiveTrack  for GPS Activities
Before you can start your first LiveTrack  session, you must set

Before you can start your first LiveTrack  session, you must set 
up contacts in the Garmin Connect  app.
1Press the key .
2Select an outdoor activity  (Outdoor Activities , page 11).
3Go outside, and wait while the device locates satellites.
4Select LiveTrack .
5Select an option:
•Select Auto Start  to start a LiveTrack  session each time 
you start this type of activity.
6 Safety and Tracking Features

•Select Extend LiveTrack  to extend viewing of the 
LiveTrack  session for 24 hours.
•Select LiveTrack Recipients  to view the recipients that 
you added in the Garmin Connect  app.
•Select One Time Invite  to select recipients for this activity 
only.
6Press the key  to start the activity timer.
7Start your activity.
Recipients can view your live data on a Garmin Connect 
tracking page.
Turning Incident Detection On and Off
Before you can enable incident detection on your device, you 
must set up emergency contacts in the Garmin Connect  app 
(Adding Emergency Contacts , page 6). Your paired smartphone 
or vívoactive  with 4G LTE  must be equipped with a data plan 
and be in an area of network coverage where data is available. 
Your emergency contacts must be able to receive text 
messages (standard text messaging rates may apply).
1From the watch face, hold the touchscreen .
2Select Settings  > Safety & Tracking  > Incident Detection .

When an incident is detected by your vívoactive  device with 
GPS enabled, the Garmin Connect  app can send an automated 
text message and email with your name and GPS location to 
your emergency contacts. A message appears indicating your 
contacts will be informed after 30 seconds have elapsed. You 
can select Cancel  before the countdown is complete to cancel 
the message.
Requesting Assistance
Before you can request assistance, you must set up emergency 
contacts  (Adding Emergency Contacts , page 6).
1Hold the key.
2When you feel three vibrations, release the key to activate 
the assistance feature.
The countdown screen appears.
TIP: You can select Cancel  before the countdown is 
complete to cancel the message.
3If necessary, select Send Now  to send the message 
immediately.
Heart Rate Features

The vívoactive  device has a wrist-based heart rate monitor and 
is also compatible with chest heart rate monitors (sold 
separately). You can view heart rate data on the heart rate 
widget. If both wrist-based heart rate and chest heart rate data 
are available, your device uses the chest heart rate data.
Wrist-based Heart Rate
Wearing the Device
•Wear the device above your wrist bone.
NOTE: The device should be snug but comfortable. For more 
accurate heart rate readings on the vívoactive  device, it 
should not move while running or exercising.
NOTE: The optical sensor is located on the back of the 
device.•See Tips for Erratic Heart Rate Data , page 7 for more 
information about wrist-based heart rate.
•For more information about accuracy, go to garmin.com
/ataccuracy .
Tips for Erratic Heart Rate Data

If the heart rate data is erratic or does not appear, you can try 
these tips.
•Clean and dry your arm before putting on the device.
•Avoid wearing sunscreen, lotion, and insect repellent under 
•Avoid scratching the heart rate sensor on the back of the 
device.
•Wear the device above your wrist bone. The device should 
be snug but comfortable.
•Wait until the 
  icon is solid before starting your activity.
•Warm up for 5 to 10 minutes and get a heart rate reading 
before starting your activity.
NOTE: In cold environments, warm up indoors.
•Rinse the device with fresh water after each workout.
Viewing the Heart Rate Widget
The heart rate widget displays your current heart rate in beats 
per minute (bpm) and a graph of your heart rate. The graph 
shows your recent heart rate activity, high and low heart rate,

shows your recent heart rate activity, high and low heart rate, 
and color-coded bars to indicate the time spent in each heart 
rate zone  (About Heart Rate Zones , page 8).
1From the watch face, swipe to view the heart rate widget.
2Tap the touchscreen to view your average resting heart rate 
(RHR) values for the last 7 days.
Setting an Abnormal Heart Rate Alert
You can set the device to alert you when your heart rate 
exceeds a certain number of beats per minute (bpm) after a 
period of inactivity.
2Select Settings  > Sensors & Accessories  > Heart Rate  > 
Abnormal HR Alert  > Alert Threshold .
3Select a heart rate threshold value.
Each time you exceed the custom value, a message appears 
and the device vibrates.
Broadcasting Heart Rate to Garmin  Devices
You can broadcast your heart rate data from your vívoactive

You can broadcast your heart rate data from your vívoactive 
device and view it on paired Garmin  devices. For example, you 
can broadcast your heart rate data to an Edge® device while 
cycling, or to a VIRB  action camera during an activity.
NOTE: Broadcasting heart rate data decreases battery life.
2Select Settings  > Sensors & Accessories  > Heart Rate .
3Select an option:
•Select Broadcast In Activity  to broadcast heart rate data 
during timed activities  (Starting an Activity , page 10).
•Select Broadcast  to start broadcasting heart rate data 
now.
Heart Rate Features 7

4Pair your vívoactive  device with your Garmin  ANT+®
compatible device.
NOTE: The pairing instructions differ for each Garmin 
compatible device. See your owner's manual.
Turning Off the Wrist-based Heart Rate Monitor
For the vívoactive  device, the default value for the Heart Rate 
setting is Auto. The device automatically uses the wrist-based 
heart rate monitor unless you pair a chest heart rate monitor to 
NOTE: Disabling the wrist-based heart rate monitor also 
disables your VO2 max. estimate, intensity minutes, and the all-
day stress feature.
disables the on-wrist detection feature for Garmin Pay 
payments, and you must enter a passcode before making each 
payment  (Garmin Pay , page 4).
Off.
About Heart Rate Zones
Many athletes use heart rate zones to measure and increase

Off.
Many athletes use heart rate zones to measure and increase 
their cardiovascular strength and improve their level of fitness. A 
heart rate zone is a set range of heartbeats per minute. The five 
commonly accepted heart rate zones are numbered from 1 to 5 
according to increasing intensity. Generally, heart rate zones are 
calculated based on percentages of your maximum heart rate.
Setting Your Heart Rate Zones
The device uses your user profile information from the initial 
setup to determine your default heart rate zones. The device 
has separate heart rate zones for running and cycling. For the 
most accurate calorie data during your activity, you should set 
your maximum heart rate. You can also set each heart rate 
zone. You can manually adjust your zones on the device or 
using your Garmin Connect  account.

2Select Settings  > User Profile  > Heart Rate Zones .
3Select Default  to view the default values (optional).
The default values can be applied to running and cycling.
4Select Running  or Cycling .
5Select Preference  > Set Custom .
6Select Max. HR , and enter your maximum heart rate.
7Select a zone, and enter a value for each zone.
Heart Rate Zone Calculations
Zone % of 
Maximum 
Heart RatePerceived Exertion Benefits
1 50–60% Relaxed, easy pace, 
rhythmic breathingBeginning-level 
aerobic training, 
reduces stress
2 60–70% Comfortable pace, 
slightly deeper 
breathing, conversation 
possibleBasic cardiovascular 
training, good 
recovery pace
3 70–80% Moderate pace, more 
difficult to hold 
conversationImproved aerobic 
capacity, optimal 
cardiovascular training
4 80–90% Fast pace and a bit

4 80–90% Fast pace and a bit 
uncomfortable, breathing 
forcefulImproved anaerobic 
capacity and 
threshold, improved 
speed
5 90–100% Sprinting pace, 
unsustainable for long 
period of time, labored 
breathingAnaerobic and 
muscular endurance, 
increased powerAbout VO2 Max. Estimates
VO2 max. is the maximum volume of oxygen (in milliliters) you 
can consume per minute per kilogram of body weight at your 
maximum performance. In simple terms, VO2 max. is an 
indication of athletic performance and should increase as your 
level of fitness improves.
On the device, your VO2 max. estimate appears as a number 
and description. On your Garmin Connect  account, you can view 
additional details about your VO2 max. estimate, including your 
fitness age. Your fitness age gives you an idea of how your

fitness age. Your fitness age gives you an idea of how your 
fitness compares with a person of the same gender and different 
age. As you exercise, your fitness age can decrease over time.
VO2 max. data is provided by FirstBeat. VO2 max. analysis is 
provided with permission from The Cooper Institute®. For more 
information, see the appendix  (VO2 Max. Standard Ratings , 
page 25), and go to www.CooperInstitute.org .
Getting Your VO2 Max. Estimate
The device requires heart rate data and a timed, (up to 15 
minutes) brisk walk or run to display your VO2 max. estimate.
2Select My Stats  > VO2 Max .
If you have already recorded a brisk walk or run outdoors, 
your VO2 max. estimate may appear. The device displays 
the date your VO2 max. estimate was last updated. The 
device updates your VO2 max. estimate each time you

device updates your VO2 max. estimate each time you 
complete an outdoor walk or run of 15 minutes or longer. You 
can manually start a VO2 max. test to get an updated 
estimate.
3To start a VO2 max. test, swipe up, and select Test Now .
4Follow the on-screen instructions to get your VO2 max. 
estimate.
A message appears when the test is complete.
Activity Tracking
The activity tracking feature records your daily step count, 
distance traveled, intensity minutes, floors climbed, calories 
burned, and sleep statistics for each recorded day. Your calories 
burned includes your base metabolism plus activity calories.
The number of steps taken during the day appears on the steps 
widget. The step count is updated periodically.
For more information about activity tracking and fitness metric 
accuracy, go to garmin.com /ataccuracy .
Auto Goal

Auto Goal
Your device creates a daily step goal automatically, based on 
your previous activity levels. As you move during the day, the 
device shows your progress toward your daily goal .
If you choose not to use the auto goal feature, you can set a 
personalized step goal on your Garmin Connect  account.
Using the Move Alert
Sitting for prolonged periods of time can trigger undesirable 
metabolic state changes. The move alert reminds you to keep 
moving. After one hour of inactivity, Move!  and the red bar 
appear. Additional segments appear after every 15 minutes of 
8 Activity Tracking

inactivity. The device also vibrates if vibration is turned on 
(System Settings , page 19).
Go for a short walk (at least a couple of minutes) to reset the 
move alert.
Sleep Tracking
While you are sleeping, the device automatically detects your 
sleep and monitors your movement during your normal sleep 
hours. You can set your normal sleep hours in the user settings 
on your Garmin Connect  account. Sleep statistics include total 
hours of sleep, sleep levels, and sleep movement. You can view 
your sleep statistics on your Garmin Connect  account.
NOTE: Naps are not added to your sleep statistics.  You can use 
do not disturb mode to turn off notifications and alerts, with the 
exception of alarms  (Using Do Not Disturb Mode , page 4).
Intensity Minutes
To improve your health, organizations such as the U.S. Centers 
for Disease Control and Prevention , the American Heart 
Association®, and the World Health Organization, recommend at

Association®, and the World Health Organization, recommend at 
least 150 minutes per week of moderate intensity activity, such 
as brisk walking, or 75 minutes per week of vigorous intensity 
activity, such as running.
The device monitors your activity intensity and tracks your time 
spent participating in moderate to vigorous intensity activities 
(heart rate data is required to quantify vigorous intensity). You 
can work toward achieving your weekly intensity minutes goal by 
participating in at least 10 consecutive minutes of moderate to 
vigorous intensity activities. The device adds the amount of 
moderate activity minutes with the amount of vigorous activity 
minutes. Your total vigorous intensity minutes are doubled when 
added.
Earning Intensity Minutes
Your vívoactive  device calculates intensity minutes by

added.
Your vívoactive  device calculates intensity minutes by 
comparing your heart rate data to your average resting heart 
rate. If heart rate is turned off, the device calculates moderate 
intensity minutes by analyzing your steps per minute.
•Start a timed activity for the most accurate calculation of 
intensity minutes.
•Exercise for at least 10 consecutive minutes at a moderate or 
vigorous intensity level.
•Wear your device all day and night for the most accurate 
resting heart rate.
Garmin Move IQ™
When your movements match familiar exercise patterns, the 
Move IQ  feature automatically detects the event and displays it 
in your timeline. The Move IQ  events show activity type and 
duration, but they do not appear in your activities list or 
newsfeed.
The Move IQ  feature can automatically start a timed activity for 
walking and running using time thresholds you set in the Garmin

newsfeed.
walking and running using time thresholds you set in the Garmin 
Connect  Mobile app. These activities are added to your activities 
list.
Activity Tracking Settings
Hold the touchscreen , and select Settings  > Activity 
Tracking .
Status : Turns off the activity tracking features.
Move Alert : Displays a message and the move bar on the 
digital watch face and steps screen. The device also vibrates 
to alert you.
Goal Alerts : Allows you to turn on and off goal alerts, or turn 
them off only during activities. Goal alerts appear for your 
daily steps goal, daily floors climbed goal, and weekly 
intensity minutes goal.Auto Activity Start : Allows your device to create and save 
timed activities automatically when the Move IQ  feature 
detects you are walking or running. You can set the minimum 
time threshold in the run or walk settings.
Intensity Minutes : Allows you to set a heart rate zone for

Intensity Minutes : Allows you to set a heart rate zone for 
moderate intensity minutes and a higher heart rate zone for 
vigorous intensity minutes. You can also use the default 
algorithm.
Turning Off Activity Tracking
When you turn off activity tracking, your steps, floors climbed, 
intensity minutes, sleep tracking, and Move IQ  events are not 
recorded.
2Select Settings  > Activity Tracking  > Status  > Off.
Widgets
Your device comes preloaded with widgets that provide at-a-
glance information. Some widgets require a Bluetooth 
connection to a compatible smartphone.
Some widgets are not visible by default. You can add them to 
the widget loop manually.
Calendar : Displays upcoming meetings from your smartphone 
calendar.
Calories : Displays your calorie information for the current day.
Floors climbed : Tracks your floors climbed and progress

calendar.
Floors climbed : Tracks your floors climbed and progress 
toward your goal.
Golf: Displays golf information for your last round.
Heart rate : Displays your current heart rate in beats per minute 
(bpm) and a graph of your heart rate.
Intensity minutes : Tracks your time spent participating in 
moderate to vigorous activities, your weekly intensity minutes 
goal, and progress toward your goal.
Last sport : Displays a brief summary of your last recorded 
sport.
Music controls : Provides music player controls for your 
smartphone or on-device music.
My day : Displays a dynamic summary of your activity today. The 
metrics include timed activities, intensity minutes,  floors 
climbed,  steps, calories burned, and more.
Notifications : Alerts you to incoming calls, texts, social network 
updates, and more, based on your smartphone notification 
settings.

settings.
Steps : Tracks your daily step count, step goal, and data for 
previous days.
Stress : Displays your current stress level and a graph of your 
stress level. You can do a breathing activity to help you relax.
VIRB  controls : Provides camera controls when you have a 
VIRB  device paired with your vívoactive  device.
Weather : Displays the current temperature and weather 
forecast.
Viewing Widgets
From the watch face, swipe up or down.
Widgets 9

Customizing the Widget Loop
2Select Settings  > Widgets .
•Select an item to show or hide it from the app list or 
rearrange the app list.
•Select Add to add an item to the widget loop.
About My Day
The My Day  widget is a daily snapshot of your activity. This is a 
dynamic summary that updates throughout the day. As soon as 
you climb a flight of stairs or record an activity, it appears in the 
widget. The metrics include recorded activities, intensity minutes 
for the week, floors climbed, steps, calories burned, and more. 
You can tap the touchscreen for an option to improve accuracy 
or to view additional metrics.
Viewing the Weather Widget
1From the watch face, swipe to view the weather widget.
2Tap the touchscreen to view hourly and daily weather data.
3Scroll down to view daily weather data.
Heart Rate Variability and Stress Level
Your device analyzes your heart rate variability while you are

Your device analyzes your heart rate variability while you are 
inactive to determine your overall stress. Training, physical 
activity, sleep, nutrition, and general life stress all impact your 
stress level. The stress level range is from 0 to 100, where 0 to 
25 is a resting state, 26 to 50 is low stress, 51 to 75 is medium 
stress, and 76 to 100 is a high stress state. Knowing your stress 
level can help you identify stressful moments throughout your 
day. For best results, you should wear the device while sleeping.
You can sync your device with your Garmin Connect  account to 
view your all-day stress level, long-term trends, and additional 
details.
Using the Stress Level Widget
The stress level widget displays your current stress level and a 
graph of your stress level for the last several hours. It can also 
guide you through a breathing activity to help you relax.

1While you are sitting or inactive, swipe to view the stress 
level widget.
TIP: If you are too active for the watch to determine your 
stress level, a message appears instead of a stress level 
number. You can check your stress level again after several 
minutes of inactivity.
2Tap the touchscreen to view a graph of your stress level for 
the last four hours.
Blue bars indicate periods of rest. Yellow bars indicate 
periods of stress. Gray bars indicate times that you were too 
active to determine your stress level.
3To start a breathing activity, swipe up, select Yes, and enter 
a duration for the breathing activity in minutes.VIRB  Remote
The VIRB  remote function allows you to control your VIRB 
action camera using your device. Go to www.garmin.com /VIRB 
to purchase a VIRB  action camera.

Controlling a VIRB  Action Camera
Before you can use the VIRB  remote function, you must enable 
the remote setting on your VIRB  camera. See the VIRB  Series 
Owner's Manual  for more information. You must also set the 
VIRB  widget to be shown in the widget loop  (Customizing the 
Widget Loop , page 10).
1Turn on your VIRB  camera.
2On your vívoactive  device, swipe to view the VIRB  widget.
3Wait while the device connects to your VIRB  camera.
•To record video, tap the touchscreen.
The video counter appears on the vívoactive  screen.
•To stop recording video, tap the touchscreen.
•To take a photo, swipe right, and tap the touchscreen.
Apps and Activities
Your device includes a variety of preloaded apps and activities.
Apps : Apps provide interactive features for your device, such as

Apps : Apps provide interactive features for your device, such as 
navigating to saved locations.
Activities : Your device comes preloaded with indoor and 
outdoor activity apps, including running, cycling, strength 
training, golfing, and more. When you start an activity, the 
device displays and records sensor data, which you can save 
and share with the Garmin Connect  community.
Connect IQ  Apps : You can add features to your watch by 
installing apps from the Connect IQ  mobile app  (Connect IQ 
Features , page 4).
Starting an Activity
When you start an activity, GPS turns on automatically (if 
required).
2If this is the first time you have started an activity, select the 
checkbox next to each activity to add to your favorites, and 
select Done .

•Select an activity from your favorites.
•Select , and select an activity from the extended activity 
list.
4If the activity requires GPS signals, go outside to an area with 
a clear view of the sky.
TIP: If  appears on a gray background, the activity does 
not require GPS signals.
5Wait until Ready  appears on the screen.
The device is ready after it establishes your heart rate, 
acquires GPS signals (if required), and connects to your 
wireless sensors (if required).
The device records activity data only while the activity timer is 
running.
Tips for Recording Activities
•Charge the device before starting an activity  (Charging the 
•Swipe up or down to view additional data pages.
10 Apps and Activities

Stopping an Activity
2Select Done .
•To save the activity, select .
•To discard the activity, select .
Adding a Custom Activity
You can create a custom activity and add it to the activity list.
2Select  >  > Create .
3Select an activity type.
4If necessary, edit the activity app settings  (Activities and App 
Settings , page 17).
5When you are finished editing, select Done .
6Select an option:
•To add the activity to your favorites list, select .
•To add the activity to the  extended list, select .
Adding or Removing a Favorite Activity
The list of your favorite activities appears when you press the 
key from the watch face, and it provides quick access to the 
activities you use most. The first time you press the key to start 
an activity, the device prompts you to select your favorite 
activities. You can add or remove favorite activities at any time.
2Select Settings  > Activities & Apps .

Your favorite activities appear at the top of the list with a 
white background. Other activities appear in the extended list 
with a black background.
•To add a favorite activity, select the activity, and select 
Add Favorite .
•To remove a favorite activity, select the activity, and select 
Remove Favorite .
Indoor Activities
The vívoactive  device can be used for training indoors, such as 
running on an indoor track or using a stationary bike. GPS is 
turned off for indoor activities.
When running or walking with GPS turned off, speed, distance, 
and cadence are calculated using the accelerometer in the 
device. The accelerometer is self-calibrating. The accuracy of 
the speed, distance, and cadence data improves after a few 
outdoor runs or walks using GPS.

TIP: Holding the handrails of the treadmill reduces accuracy. 
You can use an optional foot pod to record pace, distance, and 
cadence.
When cycling with GPS turned off, speed and distance are not 
available unless you have an optional sensor that sends speed 
and distance data to the device (such as a speed or cadence 
sensor).
Recording a Strength Training Activity
You can record sets during a strength training activity. A set is 
multiple repetitions (reps) of a single move.
2Select Strength .
3Press the key  to start the activity timer.
4Start your first set.
The device counts your reps. Your rep count appears when 
you complete at least 6 reps.TIP: The device can only count reps of a single move for 
each set. When you want to change moves, you should finish 
the set and start a new one.

5Double tap the touchscreen to finish the set.
The watch displays the total reps for the set. After several 
seconds, the rest timer appears.
6If necessary, hold the touchscreen , select Edit Last Set , and 
edit the number of reps.
7When you are done resting, double tap the touchscreen to 
start your next set.
8Repeat for each strength training set until your activity is 
complete.
9After your last set, press the key  to stop the timer.
10Select Done  >  to finish and save the activity.
Calibrating the Treadmill Distance
To record more accurate distances for your treadmill runs, you 
can calibrate the treadmill distance after you run at least 1.5 km 
(1 mi.) on a treadmill. If you use different treadmills, you can 
manually calibrate the treadmill distance on each treadmill or 
after each run.

1Start a treadmill activity  (Starting an Activity , page 10), and 
run at least 1.5 km (1 mi.) on the treadmill.
2After you complete your run, press the key , and select Done .
•To calibrate the treadmill distance the first time, select .
The device prompts you to complete the treadmill 
calibration.
•To manually calibrate the treadmill distance after the first-
time calibration, select  > Calibrate .
4Check the treadmill display for the distance traveled, and 
enter the distance on your device.
Outdoor Activities
The vívoactive  device comes preloaded with apps for outdoor 
activities, such as running and biking. GPS is turned on for 
outdoor activities. You can add apps using default activities, 
such as cardio or rowing.
Going for a Run
Before you can use a wireless sensor for your run, you must pair

Before you can use a wireless sensor for your run, you must pair 
the sensor with your device  (Pairing Your Wireless Sensors , 
page 20).
1Put on your wireless sensors, such as a foot pod or heart rate 
monitor (optional).
2Press the key .
3Select Run.
4When using optional wireless sensors, wait while the device 
connects to the sensors.
5Go outside, and wait while the device locates satellites.
running.
8Swipe up or down to scroll through data screens.
9After you complete your activity, press the key , and select 
to save the activity.
Going for a Ride
Before you can use a wireless sensor for your ride, you must 
pair the sensor with your device  (Pairing Your Wireless Sensors , 
page 20).

page 20).
1Pair your wireless sensors, such as a heart rate monitor, 
speed sensor, or cadence sensor (optional).
Apps and Activities 11

3Select Bike .
running.
Viewing Your Ski Runs
Your device records the details of each downhill skiing or 
snowboarding run using the auto run feature. This feature is 
turned on by default for downhill skiing and snowboarding. It 
automatically records new ski runs based on your movement. 
The timer pauses when you stop moving downhill and when you 
are on a chairlift. The timer remains paused during the chairlift 
ride. You can start moving downhill to restart the timer. You can 
view run details from the paused screen or while the timer is 
running.

running.
1Start a skiing or snowboarding activity.
2Hold the touchscreen .
3Select View Runs .
4Select and to view details of your last run, your current run, 
and your total runs.
The run screens include time, distance traveled, maximum 
speed, average speed, and total descent.
Going for a Pool Swim
NOTE: Heart rate is not available while swimming.
2Select Pool Swim .
3Select your pool size, or enter a custom size.
4Press the key  to start the activity timer.
running.
5Start your activity.
The device automatically records swim intervals and lengths.
6Press the key  when you rest.
The display inverts color, and the rest screen appears.
7Press the key  to restart the interval timer.
8After you complete your activity, hold the key  to stop the

8After you complete your activity, hold the key  to stop the 
activity timer, and hold the key  again to save the activity.
Setting the Pool Size
2Select Pool Swim  > Pool Size .
Swim Terminology
Length : One trip down the pool.
Interval : One or more consecutive lengths. A new interval starts 
after a rest.
Stroke : A stroke is counted every time your arm wearing the 
device completes a full cycle.
Swolf : Your swolf score is the sum of the time for one pool 
length and the number of strokes for that length. For 
example, 30 seconds plus 15 strokes equals a swolf score of 
45. Swolf is a measurement of swimming efficiency and, like 
golf, a lower score is better.Golfing
Downloading Golf Courses
Before you play a course for the first time, you must download it

Before you play a course for the first time, you must download it 
using the Garmin Connect  Mobile app.
1From the Garmin Connect  Mobile app, select Download Golf 
Courses  > .
2Select a golf course.
3Select Download .
After the course finishes downloading, it appears in the list of 
courses on your vívoactive  device.
Playing Golf
using your smartphone  (Downloading Golf Courses , page 12). 
Downloaded courses are updated automatically. Before you play 
golf, you should charge the device (Charging the Device , 
page 21).
2Select Golf.
3Wait while the device locates satellites.
4Select a course from the list of available courses.
5Swipe up or down to scroll through the holes.
The device automatically transitions when you move to the 
next hole.
Hole Information

next hole.
The device calculates the distance to the front and back of the 
green, and to the selected pin location  (Changing the Pin 
Location , page 12).
Current hole number
Distance to the back of the green
Distance to the selected pin location
Distance to the front of the green
Par for the hole
Map of the green
Changing the Pin Location
While playing a game, you can take a closer look at the green 
and move the pin location.
1Select the map.
A larger view of the green appears.
2Swipe up or down to scroll through the pin locations.
 indicates the selected pin location.
3Press the key  to accept the pin location.
The distances on the hole information screen are updated to 
reflect the new pin location. The pin location is saved for only 
the current round.
Viewing the Direction to the Pin

The PinPointer  feature is a compass that provides directional 
assistance when you are unable to see the green. This feature 
can help you line up a shot even if you are in the woods or in a 
deep sand trap.
12 Apps and Activities

NOTE: Do not use the PinPointer  feature while in a golf cart. 
Interference from the golf cart can affect the accuracy of the 
compass.
2Select .
The arrow points to the pin location.
Viewing Layup and Dogleg Distances
You can view a list of layup and dogleg distances for par 4 and 5 
holes.
2Select .
NOTE: Distances and locations are removed from the list as 
you pass them.
Viewing Hazards
You can view distances to hazards along the fairway for par 4 
and 5 holes. Hazards that affect shot selection are displayed 
individually or in groups to help you determine the distance to 
layup or carry.
1From the hole information screen, press the key , and select 
.
•The distances to the front  and back  of the nearest 
hazard appear on the screen.
•The hazard type  is listed at the top of the screen.
•The green is represented as a half circle  at the top of 
the screen. The line below the green represents the center 
of the fairway.

•Hazards  are shown below the green in approximate 
locations relative to the fairway.
2Swipe to view other hazards for the current hole.
Measuring a Shot with the Garmin AutoShot™ Feature
Your vívoactive  device features automatic shot detection and 
recording. Each time you take a shot along the fairway, the 
device records your shot distance so you can view it later 
(Viewing Your Shot History , page 13).
TIP: Automatic shot detection works best when you wear the 
device on your leading wrist and make good contact with the 
ball. Putts are not detected.
1Begin playing a round.
When the device detects a shot, your distance from the shot 
location appears in the banner  at the top of the screen.
TIP: You can tap the banner to hide it for 10 seconds.
2Walk or drive to your ball.

3Make your next shot.
The device records the distance of your last shot.Keeping Score
1While playing golf, press the key .
2Select .
3If necessary, hold the touchscreen  to set up scoring or 
change par for the hole.
4Swipe up or down to change holes.
5Tap the center of the screen.
6Select  or  to set the score.
Setting the Scoring Method
You can change the method the device uses to keep score.
1From the scorecard, hold the touchscreen .
2Select Golf Settings  > Scoring  > Scoring Method .
3Select a scoring method.
About Stableford Scoring
When you select the Stableford scoring method  (Setting the 
Scoring Method , page 13), points are awarded based on the 
number of strokes taken relative to par. At the end of a round, 
the highest score wins. The device awards points as specified 
by the United States Golf Association.

The scorecard for a Stableford scored game shows points 
instead of strokes.
Points Strokes Taken Relative to Par
0 2 or more over
1 1 over
2 Par
3 1 under
4 2 under
5 3 under
Tracking Golf Statistics
When you enable statistics tracking on the device, you can view 
your statistics for the current round  (Viewing Your Round 
Summary , page 13). You can compare rounds and track 
improvements using the Garmin Golf™ app.
2Select Golf Settings  > Scoring  > Stat Tracking .
Recording Golf Statistics
Before you can record statistics, you must enable statistics 
tracking  (Tracking Golf Statistics , page 13).
1From the scorecard, tap the center of the screen.
2Set the number of strokes taken, and select Next .
3Set the number of putts taken, and select Done .

•If your ball hit the fairway, select .
•If your ball missed the fairway, select  or .
Viewing Your Shot History
1After playing a hole, press the key .
2Select  to view information for your last shot.
3Select  to view information about each shot for a hole.
Viewing Your Round Summary
During a round, you can view your score, statistics, and step 
2Select .
Ending a Round
2Select End.
Apps and Activities 13

•To view your statistics and round information, tap your 
score.
•To save the round and return to watch mode, select Save .
•To edit your scorecard, select Edit Score .
•To discard the round and return to watch mode, select 
Discard .
•To pause the round and resume it at a later time, select 
Pause .
Golf Settings
From the watch face, hold the touchscreen , and select Settings 
> Activities & Apps  > Golf > Golf Settings .
Scoring : Allows you to set the scoring options  (Scoring 
Settings , page 14).
Driver Distance : Sets the average distance the ball travels on 
your drive.
Big Numbers : Changes the size of the numbers on the hole 
view screen.
Scoring Settings
> Activities & Apps  > Golf > Golf Settings  > Scoring .
Status : Sets score keeping to on or off automatically when you 
start a round. The Always Ask  option prompts you when you 
begin a round.

Stat Tracking : Enables statistics tracking for the number of 
putts, greens in regulation, and fairways hit while playing golf.
2 Players : Sets the scorecard to keep score for two players.
NOTE: This setting is only available during a round. You 
must enable this setting each time you begin a round.
Scoring Method : Changes the method the device uses to keep 
score.
Garmin Golf  App
The Garmin Golf  app allows you to upload scorecards from your 
compatible Garmin  device to view detailed statistics and shot 
analyses. Golfers can compete with each other at different 
courses using the Garmin Golf  app. More than 41,000 courses 
have leaderboards that anyone can join. You can set up a 
tournament event and invite players to compete.

The Garmin Golf  app syncs your data with your Garmin Connect 
account. You can download the Garmin Golf  app from the app 
store on your smartphone.
Training
Setting Up Your User Profile
You can update your gender, birth year, height, weight, wrist, 
and heart rate zone  (Setting Your Heart Rate Zones , page 8) 
settings. The device uses this information to calculate accurate 
training data.
2Select Settings  > User Profile .
3Select an option.
Fitness Goals
Knowing your heart rate zones can help you measure and 
improve your fitness by understanding and applying these 
principles.
•Your heart rate is a good measure of exercise intensity.
•Training in certain heart rate zones can help you improve 
cardiovascular capacity and strength.If you know your maximum heart rate, you can use the table

cardiovascular capacity and strength.If you know your maximum heart rate, you can use the table 
(Heart Rate Zone Calculations , page 8) to determine the best 
heart rate zone for your fitness objectives.
If you do not know your maximum heart rate, use one of the 
calculators available on the Internet. Some gyms and health 
centers can provide a test that measures maximum heart rate. 
The default maximum heart rate is 220 minus your age.
Workouts
Your device can guide you through multiple-step workouts that 
include goals for each workout step, such as distance, time, 
reps, or other metrics. Your device includes several preloaded 
workouts for multiple activities, including strength, cardio, 
running, and biking. You can create and find more workouts and 
training plans using Garmin Connect  and transfer them to your 
device.
You can create a scheduled training plan using the calendar in

device.
You can create a scheduled training plan using the calendar in 
Garmin Connect  and send the scheduled workouts to your 
device.
Following a Workout
Your device can guide you through multiple steps in a workout.
2Select an activity.
3Select Workouts .
NOTE: This option appears only when you have workouts 
loaded on your device for the selected activity.
4Select a workout.
5Select Do Workout .
The device briefly displays the goals for the first step of your 
workout.
7After you complete the workout step, double-tap the 
touchscreen to start the next step.
A summary of the workout step appears. After several 
seconds, the rest timer and the goals for the next step 
appear.
8While resting, swipe down to view notes and additional 
details about the next workout step (optional).

appear.
9Double-tap the touchscreen to start the next step.
10Repeat steps 6 through 9 until you complete all of the steps 
in the workout.
TIP: If you want to stop the workout early, you can press the 
key to stop the activity timer.
11If necessary, select  to end the cool down step.
12After you complete your activity, press the key , and select 
Using Garmin Connect  Training Plans
Before you can download and use a training plan from Garmin 
Connect , you must have a Garmin Connect  account  (Garmin 
Connect , page 16), and you must pair the vívoactive  device 
with a compatible smartphone.
1From the Garmin Connect  Mobile app, select Training  > 
Training Plans  > Find a Plan .
2Select and schedule a training plan.
3Select , and follow the on-screen instructions.

4Review the training plan in your calendar.
Starting Today's Workout
After you send a training plan to your device, the Garmin  Coach 
widget appears in your widget loop.
1From the watch face, swipe to view the Garmin  Coach 
widget.
14 Training

If a workout for this activity is scheduled for today, the device 
shows the workout name and prompts you to start it.
2Select a workout.
3Select View  to view the workout steps, and swipe right when 
you are finished viewing the steps (optional).
4Select Do Workout .
5Follow the on-screen instructions.
Viewing Scheduled Workouts
You can view workouts scheduled in your training calendar and 
start a workout.
3Select Workouts  > Training Calendar .
Your scheduled workouts appear, sorted by date.
•To view the steps for the workout, select View .
•To start the workout, select Do Workout .
Adaptive Training Plans
Your Garmin Connect  account has an adaptive training plan and 
Garmin  coach to fit your training goals. For example, you can 
answer a few questions and find a plan to help you complete a 5 
km race. The plan adjusts to your current level of fitness,

km race. The plan adjusts to your current level of fitness, 
coaching and schedule preferences, and race date. When you 
start a plan, the Garmin  Coach widget is added to the widget 
loop on your vívoactive  device.
Personal Records
When you complete an activity, the device displays any new 
personal records you achieved during that activity. Personal 
records include your fastest time over several typical race 
distances and longest run or ride.
Viewing Your Personal Records
2Select My Stats  > Records .
3Select a sport.
4Select a record.
5Select View Record .
Restoring a Personal Record
You can set each personal record back to the one previously 
recorded.
4Select a record to restore.
5Select Previous  > Yes.
NOTE: This does not delete any saved activities.

recorded.
Clearing a Personal Record
4Select a record to delete.
5Select Clear Record  > Yes.
Clearing All Personal Records
NOTE: This does not delete any saved activities.3Select a sport.
4Select Clear All Records  > Yes.
The records are deleted for that sport only.
Navigation
You can use the GPS navigation features on your device to 
save locations, navigate to locations, and find your way home.
Saving Your Location
Before you can navigate to a saved location, your device must 
locate satellites.
A location is a point that you record and store in the device. If 
you want to remember landmarks or return to a certain spot, you

you want to remember landmarks or return to a certain spot, you 
can mark a location.
1Go to the place where you want to mark a location.
3Select Navigate  > Save Location .
After the device acquires GPS signals, the location 
information appears.
4Select Save .
5Select an icon.
Deleting a Location
2Select Navigate  > Saved Locations .
3Select a location.
4Select Delete  > Yes.
Navigating to a Saved Location
3Select a location, and select Go To .
5Move forward.
The compass appears. The compass arrow points toward the 
saved location.
TIP: For more accurate navigation, orient the top of the 
screen toward the direction in which you are moving.
Navigating Back to Start

Before you can navigate back to start, you must locate satellites, 
start the timer, and start your activity.
At any time during your activity, you can return to your starting 
location. For example, if you are running in a new city, and you 
are unsure how to get back to the trail head or hotel, you can 
navigate back to your starting location. This feature is not 
available for all activities.
2Select Navigation  > Back to Start .
The compass appears.
3Move forward.
The compass arrow points toward your starting point.
TIP: For more accurate navigation, orient your device toward 
the direction in which you are navigating.
Stopping Navigation
•To stop navigation and continue your activity, hold the 
touchscreen , and select Stop Navigation .
Navigation 15

•To stop navigation and end your activity, press the key , and 
Compass
The device has a 3-axis compass with automatic calibration. 
The compass features and appearance change depending on 
your activity, whether GPS is enabled, and whether you are 
navigating to a destination.
Calibrating the Compass Manually
NOTICE
Calibrate the electronic compass outdoors. To improve heading 
accuracy, do not stand near objects that influence magnetic 
fields, such as vehicles, buildings, and overhead power lines.
Your device was already calibrated at the factory, and the 
device uses automatic calibration by default. If you experience 
irregular compass behavior, for example, after moving long 
distances or after extreme temperature changes, you can 
manually calibrate the compass.
2Select Settings  > Sensors & Accessories  > Compass  > 
Calibrate  > Start .
TIP: Move your wrist in a small figure eight motion until a

TIP: Move your wrist in a small figure eight motion until a 
message appears.
History
Your device stores up to 14 days of activity tracking and heart 
rate monitoring data, and up to seven timed activities. You can 
view your last seven timed activities on your device. You can 
synchronize your data to view unlimited activities, activity 
tracking data, and heart rate monitoring data on your Garmin 
Connect  account  (Using Garmin Connect  Mobile , page 16) 
(Using Garmin Connect  on Your Computer , page 16).
When the device memory is full, your oldest data is overwritten.
Using History
2Select History  > Activities .
3Select an activity.
•Scroll to view additional information about the activity.
•Select Laps  to view additional information about each lap.

•Select Sets  to view additional information about each 
weight lifting set.
•Select Intervals  to view additional information about each 
swim interval.
•Select HR Zones  to view your time in each heart rate 
zone.
•Select Delete  to delete the selected activity.
Viewing Your Time in Each Heart Rate Zone
Before you can view heart rate zone data, you must complete an 
activity with heart rate and save the activity.
Viewing your time in each heart rate zone can help you adjust 
your training intensity.
4Select HR Zones .Garmin Connect
Your Garmin Connect  account allows you to track your 
performance and connect with your friends. It gives you the tools 
to track, analyze, share, and encourage each other. You can

to track, analyze, share, and encourage each other. You can 
record the events of your active lifestyle, including runs, walks, 
rides, swims, hikes, golf games, and more.
You can create your free Garmin Connect  account when you 
pair your device with your phone using the Garmin Connect 
Mobile app. You can also create an account when you set up 
the Garmin Express  application  (www.garmin.com /express ).
Store your activities : After you complete and save a timed 
activity with your device, you can upload that activity to your 
Garmin Connect  account and keep it as long as you want.
Analyze your data : You can view more detailed information 
about your fitness and outdoor activities, including time, 
distance, heart rate, calories burned, cadence, an overhead 
map view, and pace and speed charts. You can view more

map view, and pace and speed charts. You can view more 
detailed information about your golf games, including 
scorecards, statistics, and course information. You can also 
view customizable reports.
NOTE: To view some data, you must pair an optional 
wireless sensor with your device  (Pairing Your Wireless 
Sensors , page 20).
Track your progress : You can track your daily steps, join a 
friendly competition with your connections, and meet your 
goals.
Share your activities : You can connect with friends to follow 
each other's activities or post links to your activities on your 
favorite social networking sites.
Manage your settings : You can customize your device and 
user settings on your Garmin Connect  account.
Using Garmin Connect  Mobile
After you pair your device with your smartphone  (Pairing Your

After you pair your device with your smartphone  (Pairing Your 
Smartphone , page 2), you can use the Garmin Connect  Mobile 
app to upload all of your activity data to your Garmin Connect 
account.
1Verify the Garmin Connect  Mobile app is running on your 
2Bring your device within 10 m (30 ft.) of your smartphone.
Your device automatically syncs your data with the Garmin 
Connect  Mobile app and your Garmin Connect  account.
Using Garmin Connect  on Your Computer
The Garmin Express  application connects your device to your 
Garmin Connect  account using a computer. You can use the 
Garmin Express  application to upload your activity data to your 
Garmin Connect  account and to send data, such as workouts or 
training plans, from Garmin Connect  website to your device. You 
can also install device software updates and manage your

can also install device software updates and manage your 
Connect IQ  apps.
1Connect the device to your computer using the USB cable.
16 History

2Go to www.garmin.com /express .
3Download and install the Garmin Express  application.
4Open the Garmin Express  application, and select Add 
Device .
Customizing Your Device
Changing the Watch Face
You can choose from several preloaded watch faces or use a 
Connect IQ  watch face that is downloaded to your device 
(Connect IQ  Features , page 4). You can also customize a 
preloaded watch face or create a new one  (Creating a Custom 
Watch Face , page 17).
2Select Watch Face .
3Swipe up or down to scroll through the available watch faces.
4Tap the screen to select the watch face.
5Select Apply  to activate the displayed watch face.
Creating a Custom Watch Face
You can customize the style and data fields for the watch face.
•To customize an existing watch face, select the watch 
face, and select Customize .

•To create a new watch face, swipe to the bottom of the 
watch face list, and select Create New .
4Swipe up or down to scroll through the analog and digital 
dials, and tap the screen to select the displayed dial.
5Select each data field you want to customize, and select the 
data to display in it.
A green border indicates the customizable data fields for this 
dial.
6Swipe left to customize the watch face hands.
NOTE: This option is available only for analog dials.
7Swipe up or down to scroll through the hand styles, and tap 
the screen to select the displayed hands.
8Swipe left, and select an accent color.
9Select .
10Select Done .
The device sets the new watch face as your active watch 
face.
Customizing the Controls Menu
You can add, remove, and change the order of the shortcut

9Select .
face.
You can add, remove, and change the order of the shortcut 
menu options in the controls menu  (Using the Controls Menu , 
page 1).
The controls menu appears.
The controls menu switches to edit mode.
3Select the shortcut you want to customize.
•To change the location of the shortcut in the controls 
menu, select the location where you want it to appear, or 
drag the shortcut to a new location.
•To remove the shortcut from the controls menu, select .
5If necessary, select  to add a shortcut to the controls menu.NOTE: This option is available only after you remove at least 
one shortcut from the menu.
Activities and App Settings
These settings allow you to customize each preloaded activity 
app based on your needs. For example, you can customize data

app based on your needs. For example, you can customize data 
pages and enable alerts and training features. Not all settings 
are available for all activity types.
Press the key , select an activity, and select Settings .
Accent Color : Sets the accent color of each activity to help 
identify which activity is active.
Alerts : Sets the training alerts for the activity  (Alerts , page 17).
Auto Activity Start : Sets the minimum time threshold for 
automatically detecting and recording a timed activity. This 
feature is available for walking and running only.
Auto Pause : Sets the device to stop recording data when you 
stop moving or when you drop below a specified speed 
(Using Auto Pause®, page 18).
Auto Run : Enables the device to detect ski runs automatically 
using the built-in accelerometer.
Auto Scroll : Enables you to move through all of the activity data

Auto Scroll : Enables you to move through all of the activity data 
screens automatically while the timer is running  (Using Auto 
Scroll , page 18).
Background : Sets the background color of each activity to 
black or white.
Data Screens : Enables you to customize data screens and add 
new data screens for the activity  (Customizing the Data 
Screens , page 17).
GPS : Sets the mode for the GPS antenna. Using the GPS + 
GLONASS  or GPS + GALILEO  options provides increased 
performance in challenging environments and faster position 
acquisition. Using the GPS and another satellite together can 
reduce battery life more than using the GPS  option only.
Laps : Sets the options for the Auto Lap® feature  (Marking Laps 
Using the Auto Lap  Feature , page 18), and turns on the 
manual lap function  (Turning On the Manual Lap Function , 
page 18).

page 18).
Pool Size : Sets the pool length for pool swimming.
Customizing the Data Screens
You can customize data screens based on your training goals or 
optional accessories. For example, you can customize one of 
the data screens to display your lap pace or heart rate zone.
3Select Settings  > Data Screens .
4Select one or more options:
•To adjust the style and number of data fields on each data 
screen, select Layout .
•To customize the fields on a data screen, select the 
screen, and select Edit Data Fields .
•To show or hide a data screen, select the toggle switch 
next to the screen.
•To show or hide the heart rate zone gauge screen, select 
HR Zone Gauge .
Alerts
You can set alerts for each activity, which can help you to train

Alerts
You can set alerts for each activity, which can help you to train 
toward specific goals. Some alerts are available only for specific 
activities. Some alerts require optional accessories, such as a 
heart rate monitor or cadence sensor. There are three types of 
alerts: event alerts, range alerts, and recurring alerts.
Event alert : An event alert notifies you once. The event is a 
specific value. For example, you can set the device to alert 
you when you burn a specified number of calories.
Customizing Your Device 17

Range alert : A range alert notifies you each time the device is 
above or below a specified range of values. For example, you 
can set the device to alert you when your heart rate is below 
60 beats per minute (bpm) and over 210 bpm.
Recurring alert : A recurring alert notifies you each time the 
device records a specified value or interval. For example, you 
can set the device to alert you every 30 minutes.
Alert Name Alert Type Description
Cadence Range You can set minimum and maximum 
cadence values.
Calories Event, 
recurringYou can set the number of calories.
Custom Recurring You can select an existing message or 
create a custom message and select an 
alert type.
Distance Recurring You can set a distance interval.
Heart Rate Range You can set minimum and maximum 
heart rate values or select zone changes.
Pace Range You can set minimum and maximum 
pace values.
Run/Walk Recurring You can set timed walking breaks at 
regular intervals.
Speed Range You can set minimum and maximum

Speed Range You can set minimum and maximum 
speed values.
Stroke Rate Range You can set high or low strokes per 
minute.
Time Event, 
recurringYou can set a time interval.
Setting an Alert
NOTE: This feature is not available for all activities.
3Select Settings  > Alerts .
•To add a new alert for the activity, select Add New .
•To edit an existing alert, select the alert name.
5If necessary, select the type of alert.
6Select a zone, enter the minimum and maximum values, or 
enter a custom value for the alert.
7If necessary, turn on the alert.
For event and recurring alerts, a message appears each time 
you reach the alert value  (Alerts , page 17). For range alerts, a 
message appears each time you exceed or drop below the 
specified range (minimum and maximum values).
Auto Lap

Auto Lap
Marking Laps Using the Auto Lap  Feature
You can set your device to use the Auto Lap  feature to mark a 
lap at a specific distance automatically. This feature is helpful for 
comparing your performance over different parts of an activity 
(for example, every 1 mile or 5 kilometers).
3Select Settings  > Laps .
•To turn the Auto Lap  feature on or off, select the toggle 
switch.
•To adjust the distance between laps, select Auto Lap .
Each time you complete a lap, a message appears that displays 
the time for that lap. The device also vibrates if vibration is 
turned on  (System Settings , page 19).Turning On the Manual Lap Function
You can mark laps at any time or distance by double tapping the

You can mark laps at any time or distance by double tapping the 
touchscreen during timed activities such as running and biking.
3Select Settings  > Laps  > Manual Lap .
Each time you mark a lap, a message appears that displays the 
time for that lap. The device also vibrates if vibration is turned on 
The lap function stays on for the selected activity until you turn 
off the lap function.
Using Auto Pause®
You can use the Auto Pause  feature to pause the timer 
automatically when you stop moving or when your pace or 
speed drops below a specified value. This feature is helpful if 
your activity includes stop lights or other places where you need 
to slow down or stop.
NOTE: The device does not record activity data while the timer 
is stopped or paused.

3Select Settings  > Auto Pause .
NOTE: Not all options are available for all activities.
•To pause the timer automatically when you stop moving, 
select When Stopped .
•To pause the timer automatically when your pace drops 
below a specified value, select Pace .
•To pause the timer automatically when your speed drops 
below a specified value, select Speed .
Using Auto Scroll
You can use the auto scroll feature to cycle through all of the 
data screens automatically while the timer is running.
3Select Settings  > Auto Scroll .
4Select a display speed.
Phone and Bluetooth  Settings
Hold the touchscreen , and select Settings  > Connectivity  > 
Phone .

Phone .
Status : Displays the current Bluetooth  connection status and 
allows you to turn Bluetooth  technology on or off.
Notifications : The device turns smart notifications on and off 
automatically based on your selections  (Enabling Bluetooth 
Notifications , page 3).
Pair Phone : Connects your device with a compatible 
smartphone equipped with Bluetooth  technology.
Connected Alerts : Alerts you when your paired smartphone 
connects and disconnects.
Stop LiveTrack : Allows you to stop a LiveTrack  session while 
one is in progress.
4G LTE  Settings
Hold the touchscreen , and select Settings  > Connectivity  > 4G 
LTE.
Status : Displays the current 4G LTE  connection status and 
allows you to turn 4G LTE  on or off.
18 Customizing Your Device

Connected Alerts : Alerts you when 4G LTE  connects and 
disconnects.
System Settings
Hold the touchscreen , and select Settings  > System .
Auto Lock : Automatically locks the touchscreen to prevent 
inadvertent screen touches. You can press the key  to unlock 
the touchscreen.
Language : Sets the language of the device interface.
Time : Sets the time format and source for local time  (Time 
Settings , page 19).
Date : Alllows you to manually set the date and date format.
Backlight : Sets the backlight mode, timeout, and brightness 
(Backlight Settings , page 19).
Vibration : Turns vibration on or off and sets the vibration 
intensity.
Do Not Disturb : Turns on or off do not disturb mode.
Units : Sets the measurement units used to display data 
(Changing the Units of Measure , page 19).
Data Recording : Sets how the device records activity data. The 
Smart  recording option (default) allows for longer activity 
recordings. The Every Second  recording option provides

recordings. The Every Second  recording option provides 
more detailed activity recordings, but may require you to 
charge the battery more frequently.
USB Mode : Sets the device to use media transfer mode or 
Garmin  mode when connected to a computer.
Reset : Allows you to reset the default settings or delete 
personal data and reset the settings  (Restoring All Default 
Settings , page 23).
NOTE: If you have set up a Garmin Pay  wallet, restoring 
default settings also deletes the wallet from your device.
Software Update : Allows you to check for software updates.
About : Displays the unit ID, software version, regulatory 
information, and license agreement.
Time Settings
Hold the touchscreen , and select Settings  > System  > Time .
Time Format : Sets the device to show time in a 12-hour or a 
24-hour format.

Time Source : Allows you to set the time manually or 
automatically based on your paired mobile device.
Set Time with GPS : Allows the device to set the time of day 
automatically based on your GPS position.
Time Zones
Each time you turn on the device and acquire satellites or sync 
with your smartphone, the device automatically detects your 
time zone and the current time of day.
Setting the Time Manually
By default, the time is set automatically when the vívoactive 
device is paired with a mobile device.
2Select Settings  > System  > Time  > Time Source  > Manual .
3Select Time , and enter the time of day.
Setting the Alarm
2Select Clocks  > Alarms  > Add New .
3Select Time , and enter a time.
4Select Repeat , and select an option.

Deleting an Alarm
2Select Clocks  > Alarms .3Select an alarm, and select Remove .
Starting the Countdown Timer
2Select Clocks  > Timer .
3Enter the time.
4Select Start .
5If necessary, select the touchscreen  for more options.
Using the Stopwatch
2Select Clocks  > Stopwatch .
3Press the key .
Backlight Settings
Hold the touchscreen , and select Settings  > System  > 
Backlight .
Mode : Sets the backlight to turn on when you interact with the 
device, which includes receiving a notification or using the 
key or touchscreen.
Gesture : Sets the backlight to turn on when you rotate your 
wrist toward your body to view the device. You can use the 
Only During Activity  option to use this feature only during 
timed activities.

Timeout : Sets the length of time before the backlight turns off.
Brightness : Sets the brightness level of the backlight. During an 
activity, the backlight uses the brightest setting.
Changing the Units of Measure
You can customize units of measure for distance, pace and 
speed, elevation, weight, height, and temperature.
2Select Settings  > System  > Units .
3Select a measurement type.
4Select a unit of measure.
Garmin Connect  Settings
You can change your device settings from your Garmin Connect 
account, using either the Garmin Connect  Mobile app or the 
Garmin Connect  website. Some settings are available only using 
your Garmin Connect  account and cannot be changed on your 
device.
•In the Garmin Connect  Mobile app, select the image of your 
device, and select Device Settings .

device.
•On the Garmin Connect  website, from the devices widget, 
select Device Settings .
After customizing settings, sync your data to apply the changes 
to your device  (Using Garmin Connect  Mobile , page 16, Using 
Garmin Connect  on Your Computer , page 16).
Device Settings on Your Garmin Connect  Account
From your Garmin Connect  account, select your device to view 
the device settings.
NOTE: Some settings appear in a subcategory in the settings 
menu. App or website updates may change these settings 
menus.
Activity Tracking : Turns activity tracking features on and off.
Appearance : Allows you to change the watch face, widgets, 
and shortcuts that appear in the controls menu  (Customizing 
the Controls Menu , page 17).
Auto Activity Start : Allows your device to create and save

Auto Activity Start : Allows your device to create and save 
detects you have been walking or running for a minimum time 
threshold. You can set the minimum time threshold for 
running and walking.
Customizing Your Device 19

Automatic App Updates : Allows your device to receive 
Connect IQ  app updates automatically.
Date Format : Sets the month and day format.
Distance : Sets the device to display the distance traveled in 
kilometers or miles.
Goals : Allows you to set a custom goal for daily steps and floors 
climbed. You can use the Auto Goal  setting to allow your 
device to determine your step goal automatically. You can 
also set the weekly intensity minutes goal.
Goal Animations : Allows you to turn on and off goal 
animations, or turn them off only during activities. Goal 
animations appear for your daily steps goal, daily floors 
climbed goal, and weekly intensity minutes goal.

Heart Rate Zones : Allows you to estimate your maximum heart 
rate and determine custom heart rate zones.
digital watch face and steps screen.  The device also vibrates 
if vibrations are turned on.
Move IQ : Allows you to turn on and off Move IQ  events. The 
Move IQ  feature automatically detects activity patterns, such 
as walking, running, cycling, swimming, and elliptical training.
Preferred Activity Tracker : Sets this device to be your primary 
activity tracking device when more than one device is 
connected to the app.
Relax Reminders : Allows you to turn on and off a message that 
appears when your stress level is elevated.
Sounds & Alerts : Allows you to customize alarms and phone

Sounds & Alerts : Allows you to customize alarms and phone 
notifications. You can also turn on and off the Do Not Disturb 
During Sleep  feature.
Text Responses : Allows you to customize the list of automatic 
text message responses. Based on your messaging setup, 
this feature may not be available  (Messaging Options and 
Time Format : Sets the device to display time in a 12-hour or 24-
hour format.
Wrist Worn On : Allows you to customize which wrist the device 
is worn on.
NOTE: This setting is used for strength training and gestures.
User Settings on Your Garmin Connect  Account
From your Garmin Connect  account, select Settings  > User 
Settings .
TIP: Some user settings are available in the vívoactive  Device 
Settings  menu.
Personal Information : Allows you to enter your personal

Settings .
Personal Information : Allows you to enter your personal 
details, such as birth date, gender, height, and weight.
Sleep : Allows you to enter your normal sleep hours.
Stride Length : Allows your device to more accurately calculate 
the distance traveled using your custom step length for 
walking and running. You can enter a known distance and 
the number of steps it takes to cover the distance, and 
Garmin Connect  can calculate your step length.
Units : Allows you to set statute or metric units of measure.
Wireless Sensors
Your device can be used with wireless ANT+  or Bluetooth 
sensors. For more information about compatibility and 
purchasing optional sensors, go to buy.garmin.com .Pairing Your Wireless Sensors
The first time you connect a wireless ANT+  or Bluetooth  sensor 
to your Garmin  device, you must pair the device and sensor.

to your Garmin  device, you must pair the device and sensor. 
After they are paired, the device connects to the sensor 
automatically when you start an activity and the sensor is active 
and within range.
TIP: Some ANT+  sensors pair with your device automatically 
when you start an activity with the sensor turned on and near 
1Move at least 10 m (33 ft.) away from other wireless sensors.
2If you are pairing a heart rate monitor, put on the heart rate 
monitor.
The heart rate monitor does not send or receive data until 
you put it on.
4Select Settings  > Sensors & Accessories  > Add New .
5Bring the device within 3 m (10 ft.) of the sensor, and wait 
while the device pairs with the sensor.
After the device connects to the sensor, an icon appears at 
the top of the screen.
Foot Pod
Your device is compatible with the foot pod. You can use the

Foot Pod
Your device is compatible with the foot pod. You can use the 
foot pod to record pace and distance instead of using GPS when 
you are training indoors or when your GPS signal is weak. The 
foot pod is on standby and ready to send data (like the heart 
rate monitor).
After 30 minutes of inactivity, the foot pod powers off to 
conserve the battery. When the battery is low, a message 
appears on your device. Approximately five hours of battery life 
remain.
Calibrating Your Foot Pod
Before you can calibrate your foot pod, you must pair your 
device with the foot pod  (Pairing Your Wireless Sensors , 
page 20).
Manual calibration is recommended if you know your calibration 
factor. If you have calibrated a foot pod with another Garmin 
product, you may know your calibration factor.

2Select Settings  > Sensors & Accessories  > Foot Pod  > 
Calib. Factor .
3Adjust the calibration factor:
•Increase the calibration factor if your distance is too low.
•Decrease the calibration factor if your distance is too high.
Improving Foot Pod Calibration
Before you can calibrate your device, you must acquire GPS 
signals and pair your device with the foot pod  (Pairing Your 
Wireless Sensors , page 20).
The foot pod is self-calibrating, but you can improve the 
accuracy of the speed and distance data with a few outdoor runs 
using GPS.
1Stand outside for 5 minutes with a clear view of the sky.
2Start a running activity.
3Run on a track without stopping for 10 minutes.
4Stop your activity, and save it.
Based on the recorded data, the foot pod calibration value

Based on the recorded data, the foot pod calibration value 
changes, if necessary. You should not need to calibrate the 
foot pod again unless your running style changes.
20 Wireless Sensors

Using an Optional Bike Speed or Cadence 
Sensor
You can use a compatible bike speed or cadence sensor to 
send data to your device.
•Pair the sensor with your device  (Pairing Your Wireless 
•Set your wheel size  (Calibrating Your Speed Sensor , 
page 21).
•Go for a ride  (Going for a Ride , page 11).
Calibrating Your Speed Sensor
Before you can calibrate your speed sensor, you must pair your 
device with a compatible speed sensor  (Pairing Your Wireless 
Manual calibration is optional and can improve accuracy.
2Select Settings  > Sensors & Accessories  > Speed/
Cadence  > Wheel Size .
•Select Auto  to automatically calculate your wheel size and 
calibrate your speed sensor.
•Select Manual , and enter your wheel size to manually 
calibrate your speed sensor  (Wheel Size and 
Circumference , page 25).
Situational Awareness
Your vívoactive  device can be used with Varia  smart bike lights

Your vívoactive  device can be used with Varia  smart bike lights 
and rearview radar to improve situational awareness. See the 
owner's manual for your Varia  device for more information.
NOTE: You may need to update the vívoactive  software before 
pairing Varia  devices  (Updating the Software Using Garmin 
Connect  Mobile , page 21).
tempe
The tempe  is an ANT+  wireless temperature sensor. You can 
attach the sensor to a secure strap or loop where it is exposed 
to ambient air, and therefore, provides a consistent source of 
accurate temperature data. You must pair the tempe  with your 
device to display temperature data from the tempe .
Device Information
Charging the Device
 WARNING
This device contains a lithium-ion battery. See the Important 
Safety and Product Information  guide in the product box for 
product warnings and other important information.
NOTICE

WARNING
NOTICE
To prevent corrosion, thoroughly clean and dry the contacts and 
the surrounding area before charging or connecting to a 
computer. Refer to the cleaning instructions in the appendix.
1Plug the small end of the USB cable into the charging port on 
2Plug the large end of the USB cable into a USB charging 
port.
3Charge the device completely.
Product Updates
On your computer, install Garmin Express  (www.garmin.com
/express ). On your smartphone, install the Garmin Connect 
Mobile app.
This provides easy access to these services for Garmin  devices:
•Software updates
•Course updates
•Data uploads to Garmin Connect
•Product registration
Updating the Software Using Garmin Connect  Mobile
Before you can update your device software using the Garmin

Before you can update your device software using the Garmin 
Connect  Mobile app, you must have a Garmin Connect  account, 
and you must pair the device with a compatible smartphone 
(Pairing Your Smartphone , page 2).
Sync your device with the Garmin Connect  Mobile app  (Using 
Garmin Connect  Mobile , page 16).
When new software is available, the Garmin Connect  Mobile 
app automatically sends the update to your device. The 
update is applied when you are not actively using the device. 
When the update is complete, your device restarts.
Updating the Software Using Garmin Express
Before you can update your device software, you must 
download and install the Garmin Express  application and add 
your device  (Using Garmin Connect  on Your Computer , 
page 16).

page 16).
When new software is available, the Garmin Express 
application sends it to your device.
2After the Garmin Express  application finishes sending the 
update, disconnect the device from your computer.
Your device installs the update.
Viewing Device Information
You can view the unit ID, software version, regulatory 
2Select Settings  > System  > About .
Viewing E-label Regulatory and Compliance 
Information
The label for this device is provided electronically. The e-label 
may provide regulatory information, such as identification 
numbers provided by the FCC or regional compliance markings, 
as well as applicable product and licensing information.
Device Information 21

Specifications
Battery type Rechargeable, built-in lithium-polymer battery
Battery life Up to 5 days in smartwatch mode
Up to 4 hr. with GPS, music, and 4G LTE
Operating temperature 
rangeFrom 0º to 60ºC (from 32º to 140ºF)
Charging temperature 
rangeFrom 0º to 45ºC (from 32º to 113ºF)
Wireless frequencies/
protocols2.4 GHz @ 8 dBm nominal
782 MHz @ 23 dBm nominal
1732 MHz @ 23 dBm nominal
Water rating Swim, 5 ATM*
*The device withstands pressure equivalent to a depth of 50 m. 
For more information, go to www.garmin.com /waterrating .
Device Care
NOTICE
Avoid extreme shock and harsh treatment, because it can 
degrade the life of the product.
Avoid pressing the keys under water.
Do not use a sharp object to clean the device.
Never use a hard or sharp object to operate the touchscreen, or 
damage may result.
Avoid chemical cleaners, solvents, and insect repellents that can 
damage plastic components and finishes.
Thoroughly rinse the device with fresh water after exposure to

Thoroughly rinse the device with fresh water after exposure to 
chlorine, salt water, sunscreen, cosmetics, alcohol, or other 
harsh chemicals. Prolonged exposure to these substances can 
damage the case.
Do not store the device where prolonged exposure to extreme 
temperatures can occur, because it can cause permanent 
damage.
Cleaning the Device
NOTICE
Even small amounts of sweat or moisture can cause corrosion 
of the electrical contacts when connected to a charger. 
Corrosion can prevent charging and data transfer.
1Wipe the device using a cloth dampened with a mild 
detergent solution.
2Wipe it dry.
After cleaning, allow the device to dry completely.
TIP: For more information, go to www.garmin.com /fitandcare .
Replacing the Bands
The device is compatible with 20 mm wide, standard, quick-
release bands. Go to buy.garmin.com , or contact your Garmin

release bands. Go to buy.garmin.com , or contact your Garmin 
dealer for information about optional accessories.
1Slide the quick-release pin  on the spring bar to remove the 
band.
2Insert one side of the spring bar for the new band into the 
device.
3Slide the quick-release pin, and align the spring bar with the 
opposite side of the device.4Repeat steps 1 through 3 to replace the other band.
Troubleshooting
Is my smartphone compatible with my 
device?
The vívoactive  device is compatible with smartphones using 
Bluetooth  wireless technology.
Go to www.garmin.com /ble for compatibility information.
My phone will not connect to the device
If your phone will not connect to the device, you can try these 
tips.
•Turn off your smartphone and your device, and turn them 
back on again.
•Enable Bluetooth  technology on your smartphone.
•Update the Garmin Connect  app to the latest version.

tips.
•Remove your device from the Garmin Connect  app to retry 
the pairing process.
If you are using an Apple  device, you should also remove 
your device from the Bluetooth  settings on your smartphone.
•If you bought a new smartphone, remove your device from 
the Garmin Connect  app on the smartphone you intend to 
stop using.
•Bring your smartphone within 10 m (33 ft.) of the device.
•On your smartphone, open the Garmin Connect  app, select 
 or , and select Garmin Devices  > Add Device  to enter 
pairing mode.
•Hold the touchscreen, and select Settings  > Connectivity  > 
Phone  > Pair Phone .
My headphones will not connect to the 
device
If your headphones were previously connected to your 
smartphone using Bluetooth  technology, they may connect to

device
smartphone using Bluetooth  technology, they may connect to 
your smartphone before connecting to your device. You can try 
•Turn off Bluetooth  technology on your smartphone.
Refer to the owner's manual for your smartphone for more 
•Stay 10 m (33 ft.) away from your smartphone while 
connecting headphones to your device.
•Pair your headphones with your device  (Connecting 
Bluetooth  Headphones , page 6).
My music cuts out or my headphones do not 
stay connected
When using a vívoactive  3 Music  device connected to 
headphones using Bluetooth  technology, the signal is strongest 
when there is a direct line of sight between the device and the 
antenna on the headphones.
•If the signal passes through your body, you may experience 
signal loss or your headphones may become disconnected.
•It is recommended to wear your headphones with the

•It is recommended to wear your headphones with the 
antenna on the same side of your body as your vívoactive  3 
Music  device.
My device is in the wrong language
You can change the device language selection if you have 
accidently selected the wrong language on the device.
2Scroll down to the last item in the list, and select it.
22 Troubleshooting

3Scroll down to the last item in the list, and select it.
4Scroll down to the second item in the list, and select it.
5Select your language.
My device does not display the correct time
The device updates the time and date when it syncs with your 
smartphone or when the device acquires GPS signals. You 
should sync your device to receive the correct time when you 
change time zones, and to update for daylight saving time.
1Hold the touchscreen , and select Settings  > System  > Time .
2Verify the Auto  option is enabled.
•Confirm that your smartphone displays the correct local 
time, and sync your device to the smartphone  (Using 
•Select Set Time with GPS , go outdoors to an open area 
with a clear view of the sky, and wait while the device 
acquires satellite signals.
The time and date are updated automatically.
Maximizing Battery Life
You can do several things to extend the life of the battery.

•Reduce the backlight timeout  (Backlight Settings , page 19).
•Reduce the backlight brightness  (Backlight Settings , 
page 19).
•Turn off Bluetooth  technology when you are not using 
connected features  (Turning Off the Bluetooth  Smartphone 
Connection , page 4).
•Turn off 4G LTE  when you are not using the features  (Using 
the Controls Menu , page 1).
•Turn off activity tracking  (Activity Tracking , page 8).
•Limit the smartphone notifications the device displays 
(Managing Notifications , page 4).
•Stop broadcasting heart rate data to paired Garmin  devices 
(Broadcasting Heart Rate to Garmin  Devices , page 7).
•Turn off wrist-based heart rate monitoring  (Turning Off the 
Wrist-based Heart Rate Monitor , page 8).
Restarting the Device
If the device stops responding, you may need to restart it.

NOTE: Restarting the device may erase your data or settings.
1Hold the key  for 15 seconds.
The device turns off.
2Hold the key  for one second to turn on the device.
Restoring All Default Settings
You can reset all of the device settings to the factory default 
values.
2Select Settings  > System  > Reset .
•To reset all of the device settings to the factory default 
values and delete all user-entered information and activity 
history, select Delete Data and Reset Settings .
NOTE: If you have set up a Garmin Pay  wallet, this option 
deletes the wallet from your device.  If you have music 
stored on your device, this option deletes your stored 
music.
•To reset all of the device settings to the factory default

music.
values and save all user-entered information and activity 
history, select Reset Default Settings .Acquiring Satellite Signals
The device may need a clear view of the sky to acquire satellite 
signals.
1Go outdoors to an open area.
The front of the device should be oriented toward the sky.
2Wait while the device locates satellites.
It may take 30–60 seconds to locate satellite signals.
Improving GPS Satellite Reception
•Frequently sync the device to your Garmin Connect  account:
◦Connect your device to a computer using the USB cable 
and the Garmin Express  application.
◦Sync your device to the Garmin Connect  Mobile app using 
your Bluetooth  enabled smartphone.
While connected to your Garmin Connect  account, the device 
downloads several days of satellite data, allowing it to quickly

downloads several days of satellite data, allowing it to quickly 
locate satellite signals.
•Take your device outside to an open area away from tall 
buildings and trees.
•Remain stationary for a few minutes.
For more information about activity tracking accuracy, go to 
garmin.com /ataccuracy .
My step count does not seem accurate
If your step count does not seem accurate, you can try these 
tips.
•Wear the device on your non-dominant wrist.
•Carry the device in your pocket when pushing a stroller or 
lawn mower.
•Carry the device in your pocket when actively using your 
hands or arms only.
NOTE: The device may interpret some repetitive motions, 
such as washing dishes, folding laundry, or clapping your 
hands, as steps.
The floors climbed amount does not seem accurate
Your device uses an internal barometer to measure elevation

Your device uses an internal barometer to measure elevation 
changes as you climb floors. A floor climbed is equal to 3 m 
(10 ft.).
•Avoid holding handrails or skipping steps while climbing 
stairs.
•In windy environments, cover the device with your sleeve or 
jacket as strong gusts can cause erratic readings.
Improving the Accuracy of Intensity Minutes and 
Calories
You can improve the accuracy of these estimates by walking or 
running outside for 15 minutes.
1From the watch face, swipe to view the My Day  widget.
2Select .
The temperature reading is not accurate
Your body temperature affects the temperature reading for the 
internal temperature sensor. To get the most accurate 
temperature reading, you should remove the watch from your 
wrist and wait 20 to 30 minutes.

You can also use an optional tempe  external temperature 
sensor to view accurate ambient temperature readings while 
wearing the watch.
Troubleshooting 23

Getting More Information
•Go to support.garmin.com  for additional manuals, articles, 
and software updates.
•Go to www.garmin.com /intosports .
•Go to www.garmin.com /learningcenter .
•Go to buy.garmin.com , or contact your Garmin  dealer for 
information about optional accessories and replacement 
parts.
Appendix
Data Fields
Some data fields require ANT+  accessories to display data.
24-Hour Max. : The maximum temperature recorded in the last 
24 hours.
24-Hour Min. : The minimum temperature recorded in the last 
24 hours.
30s Avg. Vertical Speed : The 30-second moving average of 
vertical speed.
500m Pace : The current rowing pace per 500 meters.
Average Cadence : Cycling. The average cadence for the 
current activity.
Average Cadence : Running. The average cadence for the 
Average Distance Per Stroke : The average distance traveled 
per stroke during the current activity.
Average HR : The average heart rate for the current activity.

Average HR %Max. : The average percentage of maximum 
heart rate for the current activity.
Average Lap Time : The average lap time for the current 
activity.
Average Pace : The average pace for the current activity.
Average Speed : The average speed for the current activity.
Average Stroke Rate : The average number of strokes per 
minute (spm) during the current activity.
Average Strokes/Length : The average number of strokes per 
length during the current activity.
Average SWOLF : The average swolf score for the current 
activity. Your swolf score is the sum of the time for one length 
plus the number of strokes for that length  (Swim 
Terminology , page 12).
Avg. 500m Pace : The average rowing pace per 500 meters for 
the current activity.
Cadence : Cycling. The number of revolutions of the crank arm.

Cadence : Cycling. The number of revolutions of the crank arm. 
Your device must be connected to a cadence accessory for 
this data to appear.
Cadence : Running. The steps per minute (right and left).
Calories : The amount of total calories burned.
Distance : The distance traveled for the current track or activity.
Distance Per Stroke : The distance traveled per stroke.
Elapsed Time : The total time recorded. For example, if you start 
the timer and run for 10 minutes, then stop the timer for 5 
minutes, then start the timer and run for 20 minutes, your 
elapsed time is 35 minutes.
Elevation : The altitude of your current location above or below 
sea level.
Floors Climbed : The total number of floors climbed up for the 
day.
Floors Descended : The total number of floors climbed down for 
the day.

sea level.
day.
the day.
Floors per Minute : The number of floors climbed up per minute.Heading : The direction you are moving.
Heart Rate : Your heart rate in beats per minute (bpm). Your 
device must be connected to a compatible heart rate monitor.
HR %Max. : The percentage of maximum heart rate.
HR Zone : The current range of your heart rate (1 to 5). The 
default zones are based on your user profile and maximum 
heart rate (220 minus your age).
Interval Distance : The distance traveled for the current interval.
Interval Distance Per Stroke : The average distance traveled 
per stroke during the current interval.
Interval Lengths : The number of pool lengths completed during 
the current interval.
Interval Pace : The average pace for the current interval.
Interval Stroke Rate : The average number of strokes per 
minute (spm) during the current interval.

Interval Strokes : The total number of strokes for the current 
interval.
Interval Strokes/Length : The average number of strokes per 
length during the current interval.
Interval SWOLF : The average swolf score for the current 
interval.
Interval Time : The stopwatch time for the current interval.
Lap 500m Pace : The average rowing pace per 500 meters for 
the current lap.
Lap Cadence : Cycling. The average cadence for the current 
lap.
Lap Cadence : Running. The average cadence for the current 
lap.
Lap Distance : The distance traveled for the current lap.
Lap HR : The average heart rate for the current lap.
Lap HR %Max. : The average percentage of maximum heart 
rate for the current lap.
Lap Pace : The average pace for the current lap.
Laps : The number of laps completed for the current activity.

Lap Speed : The average speed for the current lap.
Lap Steps : The number of steps during the current lap.
Lap Time : The stopwatch time for the current lap.
Last Interval Distance Per Stroke : The average distance 
traveled per stroke during the last completed interval.
Last Interval Stroke Rate : The average number of strokes per 
minute (spm) during the last completed interval.
Last Interval Strokes : The total number of strokes for the last 
completed interval.
Last Lap 500m Pace : The average rowing pace per 500 meters 
for the last lap.
Last Lap Cadence : Cycling. The average cadence for the last 
completed lap.
Last Lap Cadence : Running. The average cadence for the last 
Last Lap Distance : The distance traveled for the last completed 
lap.

lap.
Last Lap Pace : The average pace for the last completed lap.
Last Lap Speed : The average speed for the last completed lap.
Last Lap Time : The stopwatch time for the last completed lap.
Last Length Pace : The average pace for your last completed 
pool length.
Last Length Stroke Rate : The average number of strokes per 
minute (spm) during the last completed pool length.
Last Length Strokes : The total number of strokes for the last 
completed pool length.
24 Appendix

Last Length SWOLF : The swolf score for the last completed 
Lengths : The number of pool lengths completed during the 
Maximum Speed : The top speed for the current activity.
Pace : The current pace.
Speed : The current rate of travel.
Steps : The number of steps during the current activity.
Stroke Rate : The number of strokes per minute (spm).
Strokes : The total number of strokes for the current activity.
Sunrise : The time of sunrise based on your GPS position.
Sunset : The time of sunset based on your GPS position.Temperature : The temperature of the air. Your body 
temperature affects the temperature sensor.
Time in Zone : The time elapsed in each heart rate or power 
zone.
Time of Day : The time of day based on your current location 
and time settings (format, time zone, daylight saving time).
Timer : The stopwatch time for the current activity.
Total Ascent : The total elevation distance ascended during the 
activity or since the last reset.

Total Descent : The total elevation distance descended during 
the activity or since the last reset.
Vertical Speed : The rate of ascent or descent over time.
VO2 Max. Standard Ratings
These tables include standardized classifications for VO2 max. estimates by age and gender.
Males Percentile 20–29 30–39 40–49 50–59 60–69 70–79
Superior 95 55.4 54 52.5 48.9 45.7 42.1
Excellent 80 51.1 48.3 46.4 43.4 39.5 36.7
Good 60 45.4 44 42.4 39.2 35.5 32.3
Fair 40 41.7 40.5 38.5 35.6 32.3 29.4
Poor 0–40 <41.7 <40.5 <38.5 <35.6 <32.3 <29.4
Females Percentile 20–29 30–39 40–49 50–59 60–69 70–79
Superior 95 49.6 47.4 45.3 41.1 37.8 36.7
Excellent 80 43.9 42.4 39.7 36.7 33 30.9
Good 60 39.5 37.8 36.3 33 30 28.1
Fair 40 36.1 34.4 33 30.1 27.5 25.9
Poor 0–40 <36.1 <34.4 <33 <30.1 <27.5 <25.9

Data reprinted with permission from The Cooper Institute . For more information, go to www.CooperInstitute.org .
Wheel Size and Circumference
Your speed sensor automatically detects your wheel size. If 
necessary, you can manually enter your wheel circumference in 
the speed sensor settings.
The tire size is marked on both sides of the tire. This is not a 
comprehensive list. You can also measure the circumference of 
your wheel or use one of the calculators available on the 
internet.
Tire Size Wheel Circumference (mm)
20 × 1.75 1515
20 × 1-3/8 1615
22 × 1-3/8 1770
22 × 1-1/2 1785
24 × 1 1753
24 × 3/4 Tubular 1785
24 × 1-1/8 1795
24 × 1.75 1890
24 × 1-1/4 1905
24 × 2.00 1925
24 × 2.125 1965
26 × 7/8 1920
26 × 1-1.0 1913
26 × 1 1952
26 × 1.25 1953
26 × 1-1/8 1970
26 × 1.40 2005

24 × 1 1753
26 × 1 1952
26 × 1.50 2010
26 × 1.75 2023
26 × 1.95 2050Tire Size Wheel Circumference (mm)
26 × 2.00 2055
26 × 1-3/8 2068
26 × 2.10 2068
26 × 2.125 2070
26 × 2.35 2083
26 × 1-1/2 2100
26 × 3.00 2170
27 × 1 2145
27 × 1-1/8 2155
27 × 1-1/4 2161
27 × 1-3/8 2169
29 x 2.1 2288
29 x 2.2 2298
29 x 2.3 2326
650 x 20C 1938
650 x 23C 1944
650 × 35A 2090
650 × 38B 2105
650 × 38A 2125
700 × 18C 2070
700 × 19C 2080
700 × 20C 2086
700 × 23C 2096
700 × 25C 2105
700C Tubular 2130
700 × 28C 2136
700 × 30C 2146
700 × 32C 2155
Appendix 25

700 × 35C 2168
700 × 38C 2180
700 × 40C 2200
700 × 44C 2235
700 × 45C 2242
700 × 47C 2268
26 Appendix

Index
A
accessories  20, 24
activities  10, 11, 17
adding  11
custom  11
favorites  11
saving  11
starting  10
activity tracking  8, 9
alarms  17, 19
alerts  17, 18
heart rate  7
ANT+ sensors  20, 21
applications  3, 4, 6, 14
smartphone  2, 10
assistance  6, 7
Auto Lap  18
Auto Pause  18
auto scroll  18
B
backlight  1, 19
bands  22
battery
charging  21
maximizing  4, 19, 23
bike sensors  21
Bluetooth sensors  20
Bluetooth technology  3, 4, 6, 18, 22
headphones  22
Bluetooth Technology  4
Bluetoothtechnology , headphones  6
C
cadence
alerts  18
sensors  21
calendar  14, 15
calibrating , compass  16
calorie , alerts  18
calories  23
cleaning the device  22
clock  19
compass  12, 16
calibrating  16
computer  6
Connect IQ  2, 4
contacts  2
adding  2, 6
controls menu  17
countdown timer  19
courses
downloading  12
playing  12
selecting  12
customizing the device  14, 17
cycling  11
D
data
storing  14, 16
transferring  14, 16
uploading  16
data fields  1, 4, 11, 17, 24
deleting

courses
playing  12
cycling  11
D
data
deleting
history  16
personal records  15
distance , alerts  18
dogleg  13
E
emergency contacts  2, 6
F
foot pod  1, 20G
Garmin Connect  2, 3, 6, 14–16, 19–21
storing data  16
Garmin Express , updating software  21
Garmin Pay  4, 5
goals  20
golf round , ending  13
GPS  1, 6
signal  23
green view , pin location  12
H
hazards  13
Bluetooth technology  6, 22
connecting  6
heart rate  1, 7
alerts  7, 18
monitor  7, 8
pairing sensors  7
zones  8, 14, 16
history  11, 16
sending to computer  14, 16
viewing  13
I
icons  1
incident detection  6, 7
indoor training  11
intensity minutes  9, 23
intervals  12
K
keyboard  3
keys 1, 22
L
laps 16, 18
layup  13
lengths  12
license  21
LiveTrack  6, 7
locations  15
deleting  15
locking , screen  1, 19
M
main menu , customizing  10
maps  15

K
keyboard  3
keys 1, 22
L
laps 16, 18
layup  13
lengths  12
license  21
M
maps  15
measuring a shot  13
menu  1
messages  2, 3
music  2, 5
loading  5, 6
playing  6
services  2, 5
music controls  6
N
navigation  15
stopping  15
NFC 4
notifications  3, 4
phone calls  4
P
pairing
ANT+ sensors  7
sensors  20
smartphone  2, 22
payments  4, 5
pin location , green view  12
pool size
custom  12
setting  12
power (force) , alerts  18
profiles , user 14R
replacement parts  22
resetting the device  23
S
satellite signals  1, 23
saving activities  11, 12
scorecard  13
scoring  13
screen  19
settings  9, 10, 14, 17–20, 23
device  19
shortcuts  1, 17
skiing
alpine  12
snowboarding  12
sleep mode  4, 9
smartphone  1–4, 6, 9, 14, 22
applications  3, 10
pairing  2, 22
software
updating  21
version  21
specifications  22

skiing
alpine  12
software
version  21
speed and cadence sensors  1, 21
statistics  13
stopwatch  19
storing data  14, 16
stress level  10
strokes  12
swimming  12
swolf score  12
system settings  19
T
tempe  21, 23
temperature  21, 23
time 19
alerts  18
settings  19
time of day  19, 23
time zones  19
timer  11, 12
countdown  19
touchscreen  1
tracking  6
training  3
pages  11
plans  14, 15
treadmill  11
troubleshooting  2, 3, 7, 22–24
U
unit ID  21
units of measure  19
updates , software  21
uploading data  16
USB 21
user profile  14
V
VIRB remote  10
VO2 max.  8, 25
W
wallet  2, 4
watch face  1
watch faces  4, 17
weather  10
wheel sizes  21, 25
widgets  1, 4, 7, 9, 10
workouts  14, 15
Z
zones
heart rate  8
time 19
Index 27

HA VPN as an Alternative Cloud VPN Gateway
In addition to Classic VPN, Google Cloud also offers
a second type of Cloud VPN gateway, HA
VPN. HA VPN is a high availability Cloud VPN solution
that lets you securely connect your
on-premises network to your Virtual Private Cloud
(VPC) network through an IPsec VPN
connection in a single region. HA VPN provides an
SLA of 99.99% service availability.
For more information on HA VPN, refer to the documentation
Cloud VPN topologies
.
For information on moving to HA VPN, see
Moving to
HA VPN
.

PRINTED ON
RECYCLED PAPERAlcatel assumes no responsi bility for the accuracy of the informa tion presented, which is subject to 
change without notice. 
Alcatel, the Alcatel logo, and TiMetra are registered trademarks of Alcatel. All other trademarks are the 
property of their respective owners. 
Copyright 2005 Alcatel.
All rights reserved.
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Alcatel products are intended for commercial uses. Without the appropriate network design 
engineering, they must not be sold, licensed or otherwise distributed for use in any hazardous 
environments requiring fail-safe pe rformance, such as in the operation of nuclear facilities, aircraft 
navigation or communication systems, air traffic co ntrol, direct life-suppor t machines, or weapons 
systems, in which the failure of pro ducts could lead directly to death, personal injury, or severe physical 
or environmental damage. The customer hereby agrees  that the use, sale, licence or other distribution

or environmental damage. The customer hereby agrees  that the use, sale, licence or other distribution 
of the products for any such application without the prior written consent of Alcatel, shall be at the 
customer's sole risk. The customer hereby agrees to defend and hold Alcate l harmless from any claims 
for loss, cost, damage, expense or liability that may arise out of or in connection with the use, sale, 
licence or other distribution of th e products in such applications.
This document may contain information regarding the use and installation of non-Alcatel products. 
Please note that this information is provided as a cour tesy to assist you. Whil e Alcatel tries to ensure 
that this information accurately reflects information provided by the supplier, please refer to the 
materials provided with any non-Alcatel product and contact the supplier for confirmation. Alcatel 
assumes no responsibility or lia bility for incorrect or incomple te information provided about

assumes no responsibility or lia bility for incorrect or incomple te information provided about 
non-Alcatel products.
However, this does not constitute  a representation or warranty. Th e warranties provided for Alcatel 
products, if any, are set forth in  contractual documentation entered into by Alcatel and its customers.
This document was originally writte n in English. If there is any conf lict or inconsiste ncy between the 
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be charged on any overdue amounts at the rate of 1 1/2% per month (19.6% per 
annum).
5.  SUPPORT AND UPGRADES
5.1 Customer shall receive software suppor t and upgrades for the Licensed Program 
only to the extent provided for in the a pplicable Alcatel software support policy

only to the extent provided for in the a pplicable Alcatel software support policy 
in effect from time to time, and upon payment of any applicable fees.  Unless expressly excluded, this Agreement shall be deemed to apply to all updates, 
upgrades, revisions, enhancements and other software which may be supplied by 
Alcatel to Customer from time to time.
6.  WARRANTIES AN D INDEMNIFICATION
6.1 Alcatel warrants that the Licensed Progra m as originally delivered to Customer 
will function substantially in  accordance with the func tional description set out 
in the associated user documentation for a period of 90 days from the date of 
shipment, when used in accordance with th e user documentation.  Alcatel's sole 
liability and Customer's sole remedy fo r a breach of this warranty shall be 
Alcatel's good faith efforts to rectify the nonconformity or, if after repeated

Alcatel's good faith efforts to rectify the nonconformity or, if after repeated 
efforts Alcatel is unable to rectify the non-conformity, Alcatel shall accept return 
of the Licensed Program and shall refund  to Customer all amounts paid in 
respect thereof.  This warranty is availa ble only once in respect of each Licensed 
Program, and is not renewed by the payment of an extension charge or upgrade 
fee.

v6.2 ALCATEL EXPRESSLY DISCLAIMS ALL OTHER WARRANTIES, 
REPRESENTATIONS, COVENANTS OR CONDITIONS OF ANY KIND, 
WHETHER EXPRESS OR IMPLIED, INCLUDING WITHOUT 
LIMITATION, WARRANTIES  OR REPRESENTATIONS OF WORKMANSHIP, MERCHANTABILITY, FITNESS FOR A PARTICULAR 
PURPOSE, DURABILITY, OR THAT THE OPERATION OF THE 
LICENSED PROGRAM WILL BE ERROR FREE OR THAT THE LICENSED PROGRAMS WILL NOT INFRINGE UPON ANY THIRD 
PARTY RIGHTS.
6.3 Alcatel shall defend and indemnify Custom er in any action to the extent that it is 
based on a claim that the Licensed Program furnished by Alcatel infringes any patent, copyright, trade secret or other intellectual property right, provided that 
Customer notifies Alcatel w ithin ten (10) days of th e existence of the claim, 
gives Alcatel sole control of the litiga tion or settlement of the claim, and 
provides all such assistance as Alcatel ma y reasonably require.  Notwithstanding 
the foregoing, Alcatel shall have no liability if the claim results from any

the foregoing, Alcatel shall have no liability if the claim results from any 
modification or unauthorized use of the Licensed Program by Customer, and Customer shall defend and indemnif y Alcatel against any such claim.
6.4 Alcatel Products are intended for standard commercial uses.  Without the 
appropriate network design engineering, they must not be sold, licensed or 
otherwise distributed for use in any haza rdous environments requiring fail safe 
performance, such as in the operation of nuclear facilities, aircraft navigation or 
communication systems,  air traffic control, direct life support machines, or 
weapons systems, in which the failure of products co uld lead directly to death, 
personal injury, or severe physical or environmental damage.  The Customer 
hereby agrees that the use, sale, licence or other distribution of the Products for

hereby agrees that the use, sale, licence or other distribution of the Products for 
any such application without the prior written consent of Alcatel, shall be at the 
Customer's sole risk.  The Customer al so agrees to defend and hold Alcatel 
harmless from any claims for loss, cost , damage, expense or liability that may 
arise out of or in connection with the use,  sale, licence or other distribution of the 
Products in such applications.
7.  LIMITATION OF LIABILITY
7.1 IN NO EVENT SHALL THE TOTAL COLLECTIVE LIABILITY OF 
ALCATEL, ITS EMPLOYEES, DIRECTORS, OFFICERS OR AGENTS FOR 
ANY CLAIM, REGARDLESS OF VALUE OR NATURE, EXCEED THE AMOUNT PAID UNDER THIS AGREEMENT FOR THE LICENSED 
PROGRAM THAT IS THE SUBJECT MATTER OF THE CLAIM.  IN NO 
EVENT SHALL THE TOTAL COLLECTIVE LIABILITY OF ALCATEL, ITS EMPLOYEES, DIRECTORS, OFFICERS OR AGENTS FOR ALL 
CLAIMS EXCEED THE TOTAL AMOUNT PAID BY CUSTOMER TO

CLAIMS EXCEED THE TOTAL AMOUNT PAID BY CUSTOMER TO 
ALCATEL HEREUNDER.  NO PARTY SHALL BE LIABLE FOR ANY INDIRECT, SPECIAL OR CONSEQUENTIAL DAMAGES, WHETHER OR 
NOT SUCH DAMAGES ARE FORESEEABLE, AND/OR THE PARTY HAD 
BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES.
7.2 The foregoing provision limiting the liability of Alcatel's employees, agents, 
officers and directors shall be deemed to be a trust provision, and shall be 
enforceable by such employees, agen ts, officers and directors as trust 
beneficiaries.

vi8.  GENERAL
8.1 Under no circumstances shall either part y be liable to the other for any failure to 
perform its obligations (other than th e payment of any monies owing) where 
such failure results from causes beyond  that party's r easonable control.
8.2 This Agreement constitute s the entire agreement betw een Alcatel and Customer 
and supersedes all prior oral and written communications.  A ll amendments shall 
be in writing and signed by authoriz ed representatives of both parties.
8.3 If any provision of this Agreement is he ld to be invalid, ille gal or unenforceable, 
it shall be severed and the remaining prov isions shall continue  in full force and 
effect.
8.4 The Licensed Program may contain freeware or shareware obtained by Alcatel 
from a third party source.  No license fee has been paid by Alcatel for the 
inclusion of any such freeware or shareware, and no license fee is charged to 
Customer for its use.  The Customer agr ees to be bound by any license agreement

Customer for its use.  The Customer agr ees to be bound by any license agreement 
for such freeware or shareware. CUSTOMER ACKNOWLEDGES AND 
AGREES THAT THE THIRD PARTY SOURCE PROVIDES NO 
WARRANTIES AND SHALL HAVE NO LIABILITY WHATSOEVER IN RESPECT OF CUSTOMER'S POSSESSION AND/OR USE OF THE 
FREEWARE OR SHAREWARE.
8.5 Alcatel shall have the right, at it s own expense and up on reasonable written 
notice to Customer, to periodically in spect Customer's premises and such 
documents as it may reasonably require, for the exclusive purpose of verifying 
Customer's compliance with its ob ligations under this Agreement.
8.6 All notices shall be sent to  the parties at the addresses listed above, or to any such 
address as may be specified from time to time.  Notices shall be deemed to have 
been received five days after deposit with a post office when sent by registered

been received five days after deposit with a post office when sent by registered 
or certified mail, postage prepaid and receipt requested.
8.7 If the Licensed Program is being acquired by or on behalf of any unit or agency 
of the United States Government, the fo llowing provision shall apply:  If the 
Licensed Program is supplied to the Departme nt of Defense, it shall be classified 
as "Commercial Computer Software" an d the United States Government is 
acquiring only "restricted rights" in th e Licensed Program as defined in DFARS 
227-7202-1(a) and 227.7202-3(a), or equivalent.  If the Licensed Program is 
supplied to any other unit or agency of the United States Government, rights will 
be defined in Clause 52.227-19 or 52.227-14 of the FAR, or if acquired by 
NASA, Clause 18-52.227-86(d) of th e NASA Supplement to the FAR, or

NASA, Clause 18-52.227-86(d) of th e NASA Supplement to the FAR, or 
equivalent.  If the software was acquired under a contract subject to the October 
1988 Rights in Technical Data and Computer Software regulations, use, 
duplication and disclosure by  the Government is subject to the restrictions set 
forth in DFARS 252-227.7013(c)(1)(ii) 1988, or equivalent.
8.8 Customer shall comply with all export  regulations pertaining to the Licensed 
Program in effect from time to time. Without limiting the generality of the 
foregoing, Customer expre ssly warrants that it will not directly or indirectly  
export, re-export, or transship the Licensed Program in violation of any export laws, rules or regulations of Canada, the United States or  the United Kingdom.

vii8.9 No term or provision of this Agreemen t shall be deemed waived and no breach 
excused unless such waiver or consent is in writing and signed by the party 
claimed to have waived or consented.  The waiver by either party of any right 
hereunder, or of the failure to perform or of a breach by the other party, shall not be deemed to be a waiver of any other right hereunder or of any other breach or 
failure by such other party, whether of a similar nature or otherwise.
8.10This Agreement shall be governed by an d construed in accordance with the laws 
of the Province of Ontari o.  The application of th e United Nations Convention 
on Contracts for the International Sale of Goods is hereby expressly excluded.

Use the Alcatel 5620 SAM-O OSS Interface Developer Guide  for information 
about using the XML OSS interface to create OSS applications, such as alarm monitoring and inventory controls.
Use the 5620 SAM Routine Mainte nance Procedures Guide  to help develop and 
schedule regular ma intenance activities.
See the index file in the User Document ation directory on the application DVD 
for additional documentation.
See the 7750 SR, 7450 ESS, or Telco T5C user documentation guides for more 
detailed information about specific CLI commands, device installation, and 
additional parameter information.
Conventions used in this guide
Table 1 lists the conventions that are used throughout the 5620 SAM documentation. The conventions may not ap pear in all documents.
Table 1  Documentation conventions
Procedures with options or substeps
When there are options in a procedure, they  are identified by letters. When there are

When there are options in a procedure, they  are identified by letters. When there are 
substeps in a procedure, they are identified by roman numerals.Convention Description Example
Key name Press a keyboard key Delete
Italics Identifies a variable hostname
Key+Key Type the appropriate consecutive keystroke sequence CTRL+G
Key–Key Type the appropriate simultaneous keystroke sequence CTRL–G
↵ Press the Return key ↵
— An em dash indicates there is no information. —
→ Indicates that a cascading submenu results from selecting a 
menu itemPolicies →Alarm 
Policies

Preface
Alcatel 5620 Service Aware Manager, Release 2.1 R2 xi
May 2005 95-5887-01-00-BExample of options in a procedure
At step 1, you can choose option a or b. At step 2, you must do what the step 
indicates.
1 This step offers two options. You must choose one of the following:
a This is one option.
b This is another option.
2 You must perform this step.
Example of substeps in a procedure
At step 1, you must perform a series of su bsteps within a step. At step 2, you must 
do what the step indicates.
1 This step has a series of substeps that you must perform to complete the step. You 
must perform the following substeps:
i This is the first substep.
ii This is the second substep.
iii This is the third substep.
Important information
The following conventions are used to  indicate important information:
Warning —  Warning indicates that the de scribed activity or situation 
may, or will, cause equipment damage or serious performance 
problems.

problems.
Caution —  Caution indicates that the desc ribed activity or situation 
may, or will, cause service interruption.
Note —  Notes provides information that  is, or may be, of special 
interest.

Preface
xii Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B

Alcatel 5620 Service Aware Manager, Release 2.1 R2 xiii
May 2005 95-5887-01-00-BContents
Preface ix
About this document............................................................................................................ ..ix
About related documentation..................................................................................................xConventions used in this guide...............................................................................................x
Procedures with options or substeps.................................................................xImportant information........................................................................................xi
Troubleshooting overview
1 — Troubleshooting process 1-1
1.1 Troubleshooting process ................................................................................... 1-2
Network maintenance .................................................................................... 1-2

1.2 Troubleshooting problem-solving model............................................................ 1-2
Establish a performance baseline.................................................................. 1-2Categorize the problem.................................................................................. 1-3Identify the root cause of the problem............................................................ 1-3Plan corrective action and resolve the problem............................................. 1-4Verify the solution to the problem .................................................................. 1-4
1.3 Troubleshooting guidelines................................................................................ 1-41.4 Before you call support ...................................................................................... 1-5
2 — Troubleshooting using 5620 SAM 2-1

2.1 5620 SAM troubleshooting process................................................................... 2-2
Troubleshooting the network.......................................................................... 2-2Troubleshooting network management.......................................................... 2-3

Contents
xiv Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B2.2 Troubleshooting tools ........................................................................................ 2-3
OAM diagnostics............................................................................................ 2-3Event log and property files ........................................................................... 2-4Procedure 2-1  To collect troubleshooting logs and property files................. 2-4
2.3 Workflow to troubleshoot your network using 5620 SAM .................................. 2-5
Network troubleshooting
3 — Troubleshooting network alarms 3-1
3.1 Troubleshooting using network alarms strategy ................................................ 3-23.2 Workflow to troubleshoot using network alarms ................................................ 3-23.3 Troubleshooting using network alarm procedures............................................. 3-3

Procedure 3-1  To view and sort alarms in the dynamic alarm list ................ 3-3Procedure 3-2  To categorize alarms by object hierarchy ............................. 3-3Procedure 3-3  To acknowledge alarms ........................................................ 3-5Procedure 3-4  To determine probable cause and root cause using
alarm and affected object information.................................................... 3-6
Procedure 3-5  To determine root cause using related objects ..................... 3-8
3.4 Sample problems............................................................................................... 3-9

Troubleshooting a VPLS equipment problem .............................................. 3-10Procedure 3-6  To troubleshoot a VPLS equipment problem ...................... 3-10Procedure 3-7  To clear alarms related to an equipment problem............... 3-11Troubleshooting an underlying port state problem....................................... 3-12Procedure 3-8  To troubleshoot an underlying port state problem............... 3-12Procedure 3-9  To clear alarms related to an underlying port state
problem ................................................................................................ 3-16
Troubleshooting a VPLS configuration problem .......................................... 3-17Procedure 3-10  To troubleshoot a VPLS configuration problem ................ 3-17Procedure 3-11  To clear a Frame Size Problem (MTU Mismatch)

alarm .................................................................................................... 3-18
3.5 Alarm description tables .................................................................................. 3-20
4 — Troubleshooting services 4-1
4.1 5620 SAM troubleshooting support for services ................................................ 4-2
OAM diagnostics for troubleshooting services............................................... 4-2Sample network ............................................................................................. 4-2
4.2 Workflow to troubleshoot a service problem with no associated alarms ........... 4-34.3 Service troubleshooting menus ......................................................................... 4-54.4 Service troubleshooting procedures .................................................................. 4-5
Procedure 4-1  To identify if the service is part of an H-VPLS

configuration........................................................................................... 4-5
Procedure 4-2  To verify the operational and administrative states of
service components ............................................................................... 4-6
Procedure 4-3  To verify the FIB configuration .............................................. 4-7Procedure 4-4  To verify connectivity for all egress points in a service
using MAC Ping and MAC Trace ........................................................... 4-8
Procedure 4-5  To measure frame transmission size on a service

Contents
Alcatel 5620 Service Aware Manager, Release 2.1 R2 xv
May 2005 95-5887-01-00-Busing MTU Ping.................................................................................... 4-12
Procedure 4-6  To verify the end-to-end connectivity of a service
using Circuit Ping ................................................................................. 4-14
Procedure 4-7  To verify the end-to-end connectivity of a service
tunnel using Tunnel Ping...................................................................... 4-17
Procedure 4-8  To verify end-to-end connectivity of an MPLS LSP
using LSP Ping..................................................................................... 4-19
Procedure 4-9  To review the route for an MPLS LSP using LSP
Trace.................................................................................................... 4-21
Procedure 4-10  To review the ACL filter..................................................... 4-23

5 — Troubleshooting alarms  using topology maps 5-1
5.1 Network topology map overview........................................................................ 5-2
Interpreting map status indicators.................................................................. 5-3Using map filters ............................................................................................ 5-3
5.2 Troubleshooting alarms using topology maps ................................................... 5-4
Procedure 5-1  To monitor alarm status on maps.......................................... 5-4Procedure 5-2  To find the source of an alarm using a map.......................... 5-4
Network management troubleshooting
6 — Troubleshooting network management LAN issues 6-1
6.1 Troubleshooting network management domain LAN issues ............................. 6-2

Procedure 6-1  Problem: All network management domain PCs and 
networkstations are experiencing performance degradation ................. 6-2
Procedure 6-2  Problem: Garbled text when connecting using a
modem from a Solaris platform .............................................................. 6-3
Procedure 6-3  Problem: Lost connectivity to one or more network
management domain PCs or workstations ............................................ 6-3
Procedure 6-4  Problem: Another machine can be pinged, but some
functions are unavailable ....................................................................... 6-4
7 — Troubleshooting Solari s and Windows platforms 7-1
7.1 Troubleshooting Solaris platforms ..................................................................... 7-2

Procedure 7-1  Problem: Slow processing on a Solaris workstation
and CPU peaks...................................................................................... 7-2
Procedure 7-2  Problem: Slow performance on a Solaris workstation,
but no spike or peak in the CPU ............................................................ 7-5
Procedure 7-3  Problem: There is excess disk activity on my Solaris
platform .................................................................................................. 7-6
Procedure 7-4  Problem: There is not enough swap space added or
the Solaris platform is disk bound .......................................................... 7-8
7.2 Troubleshooting Windows platforms................................................................ 7-10

Contents
xvi Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B8 — Troubleshooting 5620 SAM client GUI 8-1
8.1 Troubleshooting common client application problems....................................... 8-2
Procedure 8-1  Problem: Performance is slow across the clients.................. 8-2Procedure 8-2  Problem: Unable to print from a Solaris platform client......... 8-3Procedure 8-3  Problem: I discovered a new router, but cannot place
it in a managed state.............................................................................. 8-4
Procedure 8-4  Problem: I performed an action, such as saving a
configuration, but I cannot see any results............................................. 8-5
Procedure 8-5  Problem: I cannot find the backups of the router
databases............................................................................................... 8-6
Procedure 8-6  Problem: Cannot communicate with the 5620 SAM

server ..................................................................................................... 8-7
Procedure 8-7  Problem: Cannot start the client, or I get an error
message when I start the client.............................................................. 8-8
Procedure 8-8  Problem: Problem collecting large numbers of logged
statistics records or other large queries ................................................. 8-9
Procedure 8-9  Problem: Cannot view alarms from a 5620 SAM on a
5620 NM or 1354 BM........................................................................... 8-10
8.2 Troubleshooting client GUI issues ................................................................... 8-11

Procedure 8-10  Problem: The GUI keeps shutting down ........................... 8-11Procedure 8-11  Problem: I saved a configuration on the GUI, but
cannot see the change......................................................................... 8-12
Procedure 8-12  Problem: I performed a search or list function, and it
takes too long to complete ................................................................... 8-12
Procedure 8-13  Problem: I cannot select certain menu options or I
cannot save configurations .................................................................. 8-13
Procedure 8-14  Problem: I cannot see related object information for
an alarm ............................................................................................... 8-13
Procedure 8-15  Problem: I cannot clear alarms using the 5620 SAM

client GUI ............................................................................................. 8-14
Procedure 8-16  Problem: Received an exception that an SSL PKI
certificate is not trusted ........................................................................ 8-14
9 — Troubleshooting 5620 SAM server issues 9-1
9.1 Troubleshooting 5620 SAM server issues ......................................................... 9-2
Procedure 9-1  Problem: Cannot manage new routers or cannot
launch the 5620 SAM server.................................................................. 9-2
Procedure 9-2  Problem: The 5620 SAM server on a Solaris platform
cannot be reached or does not respond ................................................ 9-4
Procedure 9-3  Problem: 5620 SAM server response times are slower

than normal ............................................................................................ 9-5
Procedure 9-4  Problem: Unsure of the status of my server.......................... 9-6Procedure 9-5  Problem: All SNMP traps from 7750 SRs are arriving
at one 5620 SAM server, or no SNMP traps are arriving....................... 9-9
Procedure 9-6  Problem: Cannot discover more than one device or a 
resynchronization of devices fails ........................................................ 9-11
Procedure 9-7  Problem: The 5620 SAM server starts up, and then
quickly shuts down............................................................................... 9-11
Procedure 9-8  Problem: Unable to receive alarms on the 5620 NM
from the 5620 SAM .............................................................................. 9-11

Procedure 9-9  Problem: Communication issues between the

Contents
Alcatel 5620 Service Aware Manager, Release 2.1 R2 xvii
May 2005 95-5887-01-00-B5620 SAM server and database........................................................... 9-12
Procedure 9-10  Prob lem: Statistics are rolling over  too quickly... ............ ... 9-13
Procedure 9-11  Problem: Redundancy issues for the 5620 SAM
server and database ............................................................................ 9-14
Procedure 9-12  Problem: server is unresponsive after SSL is
configured ............................................................................................ 9-15
10 — Troubleshooting the 5620 SAM database 10-1
10.1 Database troubleshooting................................................................................ 10-2
Procedure 10-1  Problem: My database is running out of disk space.......... 10-2Procedure 10-2  Problem: A short database backup interval is creating

database performance issues.............................................................. 10-3
Procedure 10-3  Problem: I need to immediately restore a backed-up
database to recover from a catastrophic problem................................ 10-4
Procedure 10-4  Problem: The Oracle database is not performing as
expected on a Solaris platform............................................................. 10-5
Procedure 10-5  Problem: The database restore fails with a no
backupsets error .................................................................................. 10-6
Procedure 10-6  Problem: database redundancy is not working ................. 10-7Procedure 10-7  Problem: unable to verify that Oracle database and
Listener services have started ............................................................. 10-7

11 — 5620 SAM client GUI warning message output 11-1
11.1 5620 SAM client GUI warning message overview........................................... 11-2
Incorrect data entry...................................................................................... 11-2Additional information required .................................................................... 11-2Unable to complete requested action .......................................................... 11-3Commitment of changes from a form and its sub-forms.............................. 11-3Service disruption warning........................................................................... 11-4Duplicate configuration form conflicts .......................................................... 11-5
11.2 Responding to 5620 SAM client GUI warning messages ................................ 11-5

Procedure 11-1  To respond to a warning message.................................... 11-5
12 — Troubleshooting with Pr oblems Encountered forms 12-1
12.1 Problems Encountered form overview............................................................. 12-2
12.2 Using Problems Encountered forms ................................................................ 12-3
Procedure 12-1  To view additional problem information............................. 12-3Procedure 12-2  To collect problem information for support........................ 12-3
13 — Troubleshooting with the client activity log 13-1
13.1 Activity Log Manager form overview................................................................ 13-2
13.2 Using Activity Log Manager forms ................................................................... 13-4
Procedure 13-1  To identify the user associated with a network

problem ................................................................................................ 13-4
Procedure 13-2  To identify the database activity for a user request........... 13-5
Procedure 13-3  To identify the deployment results for a user request ....... 13-5Procedure 13-4  To retrieve historical user logs .......................................... 13-6

Contents
xviii Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BGlossary
Index

Alcatel 5620 Service Aware Manager, Release 2.1 R2 
May 2005 95-5887-01-00-BTroubleshooting overview

Alcatel 5620 Service Aware Manager, Release 2.1 R2

Alcatel 5620 Service Aware Manager, Release 2.1 R2 1-1
May 2005 95-5887-01-00-B1 — Troubleshooting process
1.1 Troubleshooting process 1-2
1.2 Troubleshooting problem-solving model 1-2
1.3 Troubleshooting guidelines 1-4
1.4 Before you call support 1-5

1 —  Troubleshooting process
1-2 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B1.1 Troubleshooting process
The troubleshooting process identifies and resolves performance issues related to a 
network service or component. The perform ance issue can be an intermittent or a 
continuous degradation in service, or a complete network failure.
The first step in problem resolution is to identify the problem. Problem identification 
can include an alarm received from a netw ork component, an analysis of network 
capacity and performance data, or  a customer problem report.
The personnel responsible for troubleshooting the problem must:
understand the designed state and behavior  of the network, and the services that 
use the network
recognize and identify sy mptoms that impact th e intended function and 
performance of the product
Network maintenance
The most effective method to  prevent problems is to sc hedule and perform routine

The most effective method to  prevent problems is to sc hedule and perform routine 
maintenance on your network. Major netw orking problems often start as minor 
performance issues. See the 5620 SAM Routine Maintenance Procedures Guide  for 
more information about ho w to perform routine maintenance on your network.
1.2 Troubleshooting problem-solving model
An effective troubleshootin g problem-solving model includes the following tasks:
1 Establish a performance baseline.
2 Categorize the problem.3 Identify the root cause of the problem.
4 Plan corrective action an d resolve the problem.
5 Verify the solution to the problem.
See section 2.3 for information on how the problem-solving model aligns with using 
the 5620 SAM to troubleshoot your ne twork or network management problem.
Establish a perfo rmance baseline
You must have a thorough knowledge of yo ur network and how it operates under

You must have a thorough knowledge of yo ur network and how it operates under 
normal conditions to troubles hoot problems effectively. This knowledge facilitates 
the identification of fault conditions in your network. You must establish and 
maintain baseline information for your network and services. The maintenance of the 
baseline information is critic al because a network is not a static environment.
See the 5620 SAM Routine Maintenance Procedures Guide  for more information on 
how to generate baseline inform ation for 5620 SAM applications.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 1-3
May 2005 95-5887-01-00-BCategorize the problem
When you categorize a problem, you must  differentiate between  total failures and 
problems that result in a degradation in performance. For example, the failure of an 
access router results in a total failure fo r a customer who has one DS3 link into a 
network. A core router that operates at  over 80% average utilization can start to 
discard packets, which results in a degrad ation of performance for some applications 
that use that router. Performance degradatio ns exhibit different symptoms from total 
failures and may not generate alarms  or significant network events.
Multiple problems can simulta neously occur and create re lated or unique symptoms. 
Detailed information about the symptoms th at are associated with the problem helps 
the NOC or engineering operational staff diagnose and fix the problem. The

1-4 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BThe following 5620 SAM features can help you identify the route cause of a 
problem:
alarms with vendor-specific and X. 733 standardized probable causes
alarm history associated network conditions
Plan corrective action and resolve the problem
The corrective action required  to resolve a problem depends on the problem type. 
The problem severity and associated Qo S commitments affect the approach to 
resolving the problem. You must balance the risk of creating further service 
interruptions against restoring service in the shortest possible time. Corrective action 
should:
1 Document each step of the corrective action.
2 Test the corrective action.
3 Use the CLI to verify behavior changes in each step.4 Apply the corrective action to the live network.
5 Test to verify that the correct ive action resolved the problem.
Verify the solution to the problem

1-6 Alcatel 5620 Service Aware Manager, Release 2.1 R2

Alcatel 5620 Service Aware Manager, Release 2.1 R2 2-1
May 2005 95-5887-01-00-B2 — Troubleshooting using 5620 SAM
2.1 5620 SAM troubleshooting process 2-2
2.2 Troubleshooting tools 2-3
2.3 Workflow to troubleshoot your network using 5620 SAM 2-5

2 —  Troubleshooting using 5620 SAM
2-2 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B2.1 5620 SAM troubleshooting process
The 5620 SAM Troubleshooting Guide  is intended for NOC operations and other 
engineering operational staff who are re sponsible for identifying and resolving 
performance issues in 5620 SAM-managed IP/MPLS networks. This guide uses the 
following general categories fo r troubleshooting-related tasks:
troubleshooting the network
troubleshooting network management
Figure 2-1 shows the difference between the 5620 SAM troubleshooting categories.
Figure 2-1  5620 SAM troubleshooting categories
Troubleshooting the network
You can use the 5620 SAM alarm and servi ce monitoring functions to help you 
troubleshoot your network.
Alarms for network objects
The 5620 SAM converts SNMP traps from ne twork devices to events and alarms. 
You can then use the 5620 SAM  to correlate the events  and alarms against the

You can then use the 5620 SAM  to correlate the events  and alarms against the 
managed equipment, and the configured serv ices and policies. A correlated event or 
alarm can cause fault conditions on multip le network objects and services. For 
example, an alarm raised for a port failure causes alarms on all services that use that 
port. You can view the alarm notification from the 5620 SAM topology maps, 
service configuration form, and subscriber information form that lists the affected 
service. 5620 SAM
OSS applications5620 SAM
database
5620 SAM
client5620 SAM
client7750 SR
Topology map7750 SR 7750 SR
5620 SAM
serverTroubleshooting the network
Troubleshooting network management
17556

Alcatel 5620 Service Aware Manager, Release 2.1 R2 2-3
May 2005 95-5887-01-00-BSee chapters 3 and 5 for more information about using the 5620 SAM alarm 
information to troubleshoot your network.
Service problems with no associated alarms
The proper delivery of services requires a number of operations must occur correctly 
at different levels within th e service creation model. For example, operations such as 
the association of packets to a service, VC labels to a service, and each service to a 
service tunnel must be pe rformed successfully for the service to pass traffic to 
subscribers according to SLAs.
Even when tunnels are operating correctly  and are correctly bound to services, 
incorrect FIB information can cause connec tivity issues. You ca n use configurable 
in-band or out-of-band, packet-based OAM tools to verify that a service is 
operational and that the FIB information is  correct. Each OAM diagnostic can test

operational and that the FIB information is  correct. Each OAM diagnostic can test 
each of the individual packet operations. You must test the packet operation in both 
directions for the connection.
For in-band, packet-based testing, the OAM packets closely resemble customer 
packets to effectively test the forwarding  path for the customer. However, you can 
distinguish the OAM packets from customer packets, so they are kept within the 
service provider network and not forwarded to the customer. For out-of-band testing, 
OAM packets are sent across some portion of the transport network. For example, 
OAM packets are sent  across LSPs to test reachability.
See chapter 4 for more info rmation about using the 56 20 SAM service information 
to troubleshoot your network.

Troubleshooting the network management domain is a reactive fault management process that requires comprehensive knowledge of the following:
5620 SAM database, 5620 SAM and 5620 SAM-O servers, and 5620 SAM client 
software
Windows, Solaris, and Linux operating systems
PC and workstation platforms
TCP/IP networking
2.2 Troubleshooting tools
The 5620 SAM supports the use of OAM diagnostic tools and event logs to help 
identify the root cause of a networ k or network management problem.
OAM diagnostics
The 5620 SAM supports configurable in-band and out-of-band, packet-based OAM 
diagnostic tools to troubleshoot your ne twork service. See “OAM diagnostics for 
troubleshooting services” in s ection 4.1 for more information.

2-4 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BEvent log and property files
You can use log and property files to help troubleshoot your network. 
The number of log files generated can use la rge amounts of disk space if systems run 
for long periods with significant activity. En sure that the contents of the various log 
directories are backed up on a regular basis. See the 5620 SAM Routine Maintenance 
Procedures Guide  for more information about how to perform routine maintenance 
Procedure 2-1  To collect troubl eshooting logs and property files
1 Collect the following files for problems during 5620 SAM installation:
stderr and stdout data on the console
log files from the tmp directory with the title 5620 nameofapplication .txt and from 
the install_directory  with the title 5620 nameofapplication .txt
2 Collect the following files before you reboot or restart 5620 SAM software during

2 Collect the following files before you reboot or restart 5620 SAM software during 
a To troubleshoot the 5620 SAM database, collect the dbconfig.properties file 
from the install directory /config directory or folder.
b To troubleshoot the 5620 SAM or 5620 SAM-O server, collect the 
nms-server.xml file from the install directory /nms/config directory or folder.
c To troubleshoot the 5620 SAM client, collect the nms-client.xml file from the 
install directory /nms/config directory or folder.
d To troubleshoot a 5620 SAM installation problem, collect the installation logs 
from the install directory  and locate for the 5620_SAM.install. data.txt files.
e Collect server and client logs, for example, the EmsServerLog, from the install 
directory /nms/log directory or folder. After logs reach a certain size, usually 4 
Mbytes, the data is put in an old log file  and a new log file is started. There may

Mbytes, the data is put in an old log file  and a new log file is started. There may 
be many log files in the directory or folder, depending on how long the 5620 SAM software has been running.
Note —  The event log and property files can be overwritten or 
removed when you reboot a PC or workstation running 5620 SAM 
software.
Note —  Log files are generally overwritten when systems are restarted. 
Also, applications that run for long periods can generate multiple log files. Verify that there is sufficient disk space to store the log files. Most log files 
are stored in the install_directory /version/nms/log directory or folder.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 2-5
May 2005 95-5887-01-00-B3 Store the files in a secure location until they are sent to support, and ensure that the 
files are not overwritten. For example, if there are two 5620 SAM clients with troubleshooting issues, do not place the two nms-client.xml files in the same 
directory because one of them will be overwritten. Rename the files, as appropriate, 
to identify each 5620 SAM client.
2.3 Workflow to troubleshoot your network using 5620 SAM
The following workflow correlates the tasks in the 5620 SAM Network Management 
Troubleshooting Guide  with the problem-solving model described in section 1.2.
1 Establish an operational baseline for your network. See the 5620 SAM Routine 
Maintenance Procedures Guide  for more information.
2 Categorize the problem. Table 2-1 describes the general categories that are 
associated with troubleshooting 5620 SAM.

Table 2-1 5620 SAM general troubleshooting categories
3 Identify the root cause of the problem and plan corrective action.
a For a network problem, see:
i Section 3.2 for specific information about the workflow to investigate and 
resolve alarm conditions on a network object or customer service.Category Category description
Network problem A operational issue wi th the network managed by 5620 SAM
Alarms raised on network  objects and services
Problems on services with no associated alarmsTopology maps to view network health
Network management problem A domain, connectivi ty, platform-related,  or configuration 
problem

problem
Network management domain and LAN troubleshootingSolaris and Linux platform troubleshootingPC operating system issuesGUI and OSS client 5620 SAM software issues5620 SAM and 5620 SAM-O server software issues5620 SAM database and Oracle software issuesWarning messages related to configuration issuesProblems Encountered form det ailing programming exceptions
Activity log forms detailing user, database, and deployment 
history

2-6 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-Bii Section 4.2 for specific information about the workflow to detect and 
resolve problems on customer services with no associated alarms.
b For a network management domain problem, use Table 2-2 to identify the 
troubleshooting procedure related to your problem.
Table 2-2 5620 SAM network management problems
Note —  Chapter 5 contains general information about the surveillance 
and troubleshooting of a managed network. There are no sub-level 
workflows for the topics in this chapter.
Problem Solution
Troubleshooting network management LAN problems
Problem: All network management domain PCs and networkstations are 
experiencing performance degradationProcedure 6-1
Problem: Garbled text when connecting using a modem from a Solaris platform Procedure 6-2
Problem: Lost connectivity to one or mo re network management domain PCs or 
workstationsProcedure 6-3

Problem: Another machine can be pinged, but some functions are unav ailable Procedure 6-4
Troubleshooting Solaris and Windows platforms
Problem: Slow processing on a Solari s workstation and CPU peaks Procedure 7-1
Problem: Slow performance on a Solaris work station, but no spike or peak in the 
CPUProcedure 7-2
Problem: There is excess disk activi ty on my Solaris platform Procedure 7-3
Problem: There is not enough swap space added or the Solaris platform is disk 
boundProcedure 7-4
General information about troubleshoot ing the Windows platform Section 7.2
Troubleshooting 5620 SAM client GUIs and client OSS applications
Problem: Performance is slow ac ross the clients Procedure 8-1
Problem: Unable to print from a So laris platform client Procedure 8-2

Problem: I discovered a new r outer, but cannot place it in a managed state Procedure 8-3
Problem: I performed an action, such as sa ving a configuration, but I cannot see any 
resultsProcedure 8-4
Problem: I cannot find the backups of  the router databases Procedure 8-5
Problem: Cannot communicate with the 5620 SAM server Procedure 8-6
Problem: Cannot start the client, or I get an er ror message when I start the client Procedure 8-7
Problem: Problem collecting large numbers of logged statistics records or other 
large queriesProcedure 8-8
Problem: Cannot view alarms from a 5620 SAM on a 5620 NM or 1354 BM Procedure 8-9
(1 of 3)

Alcatel 5620 Service Aware Manager, Release 2.1 R2 2-7
May 2005 95-5887-01-00-BProblem: The GUI keeps s hutting down Procedure 8-10
Problem: I saved a configuration on the GUI, but cannot see t he change Procedure 8-11
Problem: I performed a search or list function,  and it takes too long to complete Procedure 8-12
Problem: I cannot select certain menu options or I cannot save configurations Procedure 8-13
Problem: I cannot see related object in formation for an alarm Procedure 8-14
Problem: I cannot clear alarms using the 5620 SAM client GUI Procedure 8-15
Problem: Received an exception that an SSL PKI  certificate is not trusted Procedure 8-16
Troubleshooting 5620 SAM server issuesProblem: Cannot manage new routers or cannot  launch the 5620 SAM server Procedure 9-1
Problem: The 5620 SAM server on a Sola ris platform cannot be reached or does 
not respondProcedure 9-2
Problem: 5620 SAM server response time s are slower than normal Procedure 9-3

Problem: Unsure of the status  of my server Procedure 9-4
Problem: All SNMP traps from 7750 SRs are arriving at one 5620 SAM server, or 
no SNMP traps are arrivingProcedure 9-5
Problem: Cannot discover more than one devic e or a resynchroniz ation of devices 
failsProcedure 9-6
Problem: The 5620 SAM server starts up, and then quickly shuts down Procedure 9-7
Problem: Unable to receive alarms on th e 5620 NM from the 5620 SAM Procedure 9-8
Problem: Communication issues between the 5620 SAM server and database Procedure 9-9
Problem: Statistics are rollin g over too quickly Procedure 9-10
Problem: Redundancy issues for the 5620 SAM server and dat abase Procedure 9-11
Problem: server is unresponsive afte r SSL is configured Procedure 9-12

Troubleshooting the 5620 SAM databaseProblem: My database is running out  of disk space Procedure 10-1
Problem: A short database backup interv al is creating database performance 
issuesProcedure 10-2
Problem: I need to immediately restore a backed-up database to recover from a 
catastrophic problemProcedure 10-3
Problem: The Oracle database is not performing as expected on a Solaris platform Procedure 10-4
Problem: The database restore fails with  a no backupsets error Procedure 10-5
Problem: database redundancy is not working Procedure 10-6
Problem: unable to verify that Oracle database and Listener services have started Procedure 10-7
Troubleshoot using the GUI warning messages
To respond to a warning message Procedure 11-1Troubleshoot with Problem Encountered forms
To view additional problem information Procedure 12-1

To collect problem informat ion for support P rocedure 12-2
Troubleshoot with the client activity logProblem Solution
(2 of 3)

2-8 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B4 Verify the solution.To identify the user associated wi th a network problem Procedure 13-1
To identify the database activity  for a user request Procedure 13-2
To identify the deployment result s for a user r equest Procedure 13-3
To retrieve historical  user logs Procedure 13-4Problem Solution
(3 of 3)

May 2005 95-5887-01-00-BNetwork troubleshooting
5 — Troubleshooting alarms using topology maps 5-1

Alcatel 5620 Service Aware Manager, Release 2.1 R2 3-1
May 2005 95-5887-01-00-B3 — Troubleshooting network alarms
3.1 Troubleshooting using network alarms strategy 3-2
3.2 Workflow to troubleshoot using network alarms 3-2
3.3 Troubleshooting using network alarm procedures 3-3
3.4 Sample problems 3-9
3.5 Alarm description tables 3-20

3 —  Troubleshooting network alarms
3-2 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B3.1 Troubleshooting using network alarms strategy
Incoming alarms from network components are displayed in the dynamic alarm list 
and are associated with objects that re present the affected network components. 
These alarms determine whether a problem exists. 
Alarms generated by a network object are pr opagated to objects at higher levels in 
the managed object hierarchy. They are referred to as correlated alarms. To 
troubleshoot using network alarms, start with alarms on the lowest-level object in the 
managed object hierarchy. When these alarms are cleared, correlated alarms in the 
object hierarchy are cleared automatically.
A problem or alarm can be the result of one or more network problems. To identify 
the root cause of a problem, identify the root  cause of individual alarms starting with

the root cause of a problem, identify the root  cause of individual alarms starting with 
alarms on the lowest-level managed object. If the affected object is not the cause of 
the alarm, the problem may be found on a related, supporting object below the 
lowest-level object in the alarm. After the problem is identified and fixed, the faulty 
network resource automatically clears the correlated alarms.
3.2 Workflow to troublesho ot using network alarms
1 Use the dynamic alarm list to view and monitor network alarms. See Procedure 3-1.
2 Sort alarms in the dynamic alarm list according to time received. See Procedure 3-1.
3 Categorize alarms according to the managed object hierarchy and find the alarm 
with object type that is lowest in the network object hierarchy. See Procedure 3-2.
4 Acknowledge alarms on the affected object and on the related problems. See 
Procedure 3-3.

5 View detailed information about the alarm to determine the probable cause and, 
potentially, the root cause. See Procedure 3- 4. The following sources of information 
are available:
i dynamic alarm list and Alarm Info forms
ii managed object hierarchy table
iii alarm description tables
6 View the affected object states information. See Procedure 3-4.
7 If there is an equipment down alarm, use the navigation tree equipment view for 
more information and check the physical connections to the port. See Procedure 
3-7.
8 View related object information if the root cause is not found on the affected object. 
See Procedure 3-5.
9 Use the alarm description tables, alarm statistics, and the database of historical 
alarms if necessary to help interpret the data and troubleshoot network problems.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 3-3
May 2005 95-5887-01-00-B3.3 Troubleshooting using network alarm procedures
Use the following procedures to troubl eshoot network problems using alarms.
Procedure 3-1  To view and sort alarms in the dynamic alarm list
Monitor the dynamic alarm list in the 5620 SAM alarm window and attempt to address 
alarms in the order that they are generated. 
1 In the alarm window, click on the Alarm Table tab button to display the dynamic 
alarm list. Figure 3-1 show s the dynamic alarm list.
Figure 3-1  Dynamic alarm list
2 Click on the Time Detected column heading to sort the alarms in ascending order 
according to the time generated. 
Multiple alarms received at approximately the same time indicate that the alarms are 
correlated and may have a common root cause. Review the alarms in the order in

correlated and may have a common root cause. Review the alarms in the order in 
which they are received. The alarm types, severity, and probable causes may provide the first indication of the root cause of the problem.
3 Before you start to deal with each alarm systematically, determine the total alarm 
count so that you can track your alarm-clearing progress.
Right-click on any column heading in the dynamic alarm list. The alarm count 
appears at the top of the contextual menu.
Procedure 3-2  To categorize alarms by object hierarchy
1 In the alarm window, click on the Object Type column to sort the alarms 
alphabetically according to object type. If necessary, resize the column width to display the full text.
2 Scroll through the dynamic alarm list to locate the object type that is the lowest level

2 Scroll through the dynamic alarm list to locate the object type that is the lowest level 
in the network managed object hierarchy. Level 1 is the highest level, as listed in Table 3-1.

3-4 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BIf two or more objects in the alarm are at the same level, choose the alarm with the 
earliest detected time. If two or more ala rms at the same level are generated at the 
same time, use the alarm information provided to determine which alarm may be 
closer to the root cause of the problem  and start troubleshooting with this alarm.
Table 3-1 Hierarchy of network managed objects
Note —   Alarm reporting latency can vary depending on network 
conditions. Therefore, the Time Detected stamp is not a reliable 
indication of the exact time an event occurred and should be used only as 
an aid in troubleshooting.
Level Managed object Alarm domain For alarm information see
1 Network Element Network (netw) alarms Table 3-13 
2 Service Service management (svc) Table 3-233 Circuit Service tunnel management (svt) Table 3-24
4 Tunnel Service tunnel management (svt)

Path routing management: MPLS 
alarmsTable 3-24 for Service tunnel 
management
Table 3-14 for Path Routing 
Management: MPLS
5 dynamic LSP Path routing management: MPLS 
alarmsTable 3-14 
6 LSP Path7 Session Routing management: RSVP Table 3-21
8 Interface or Targeted pair for 
LDPLDP Table 3-11 
9 Interface routing management Rout ing Management Table 3-20 for RIP
Table 3-6 for IGMPTable 3-19 for PIMTable 3-16 for BPGTable 3-18 for OSPFTable 3-17 for ISIS
10 Network interface Routing Management: general —
11 Physical port and other 
equipmentEquipment Table 3-4
12 Sonet port/channel
BundleSONET Equipment
BundleTable 3-28 for SONET Equipment
Table 3-2 for Bundle
13 DS1E1 channel TDM equipment Table 3-29
— Other Alarms for other objects Table 3-26 for SNMP domain

— Other Alarms for other objects Table 3-26 for SNMP domain 
Table 3-25 for site securityTable 3-22 for security domainTable 3-27 for software domain Table 3-30 for templatesTable 3-31 for virt ual scheduler domain

Alcatel 5620 Service Aware Manager, Release 2.1 R2 3-5
May 2005 95-5887-01-00-B3 If you need more information about an alarm, find the alarm domain in the dynamic 
alarm list and see the appropriate table in section 3.5.
Procedure 3-3  To acknowledge alarms
When you select an alarm to investigate the root cause, you should acknowledge the alarm and its related problems to indicate that the problem is under investigation. This will ensure that duplicate resources are not applied to the same problem.
1 To acknowledge the selected alarm
i Right-click on the selected alarm in the dynamic alarm list and choose 
Acknowledge Alarm(s) from the contextual menu. The Alarm 
Acknowledgement form opens.
If required, add text in the Acknowledgement Text box.
ii Select the Acknowledgement check box and click on the OK button. A 
command confirmation appears. 
iii Click on the OK button to continue. A check mark appears for the selected

iii Click on the OK button to continue. A check mark appears for the selected 
alarm under the Ack. column in the dynamic alarm list.
2 To acknowledge multiple, correlated alarms
i Choose the selected alarm in the dynamic alarm list and choose Show 
Affected Object from the contextual m enu. The Affected Object properties form 
opens in the working pane to the right of the navigation tree.
ii Click on the Faults tab button, then click on the Related Problems tab button 
to display the alarms related to the affected object, as shown in Figure 3-2.

3-6 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BFigure 3-2  Acknowledge related problems
iii Choose all the alarms listed.
iv Right-click on the alarm list, then choose Acknowledge Alarm(s) from the 
contextual menu. The Alarm Acknowledgement form opens and lists all of the 
selected alarms. If required, add text in the Acknowledgement Text box.
v Select the Acknowledgement check box and click on the OK button. A 
vi Click on the OK button to continue. A check mark appears for each of the 
selected alarms under the Ack. column in the dynamic alarm list.
Procedure 3-4  To determine proba ble cause and root cause using 
alarm and affected object information
Alarms are generated by managed objects. Objects with alarms are called affected 
objects. 
1 Double-click on the selected alarm in the dynamic alarm list. The Alarm Info form 
opens as shown in the example in Figure 3-3.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 3-7
May 2005 95-5887-01-00-BFigure 3-3  Alarm Info form
The alarm cause indicates the probable caus e, which can result from a problem on 
a related object lower in the hierarchy,  even though no alarms are reported against 
it. However, the problem may be caused by the state conditions of the affected 
object itself.
2 To view the affected object states, click on the Affected Object Info tab button, then 
click on the View Affected Object button. 
a If the Administrative State is Up and the Operational State is Down, there are 
two possibilities:
The affected object is the root cause of the problem. The alarm probable 
cause is the root cause. See section 3.5 for additional information about the 
alarm, which may help to correct the problem. When the problem is fixed, 
all correlated alarms are cleared. See section 3.4 for a sample equipment problem.

The affected object is not the root cause of the problem. The alarm probable cause does not provide the root cause of the problem. The root 
cause is with a related, supporting object that is lower in the managed 
object hierarchy. Perform Procedure 3-5 to review related object information. 
b If the Administrative State is Up and the Operational State is not Up or Down 
but states a specific problem such as Not Ready or MTU Mismatch, this is the 
root cause of the alarm. Correct the specified problem and all correlated 
alarms should clear. See section 3.4 for a sample configuration problem. If alarms still exist, perform Procedure 3-5.

3-8 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-Bc If the object Administrative State is Down, it is not the root cause of the alarm 
on the object; however, it may cause al arms higher in the network object 
hierarchy. Change the Administrative State to Up. See section 3.4 for a sample 
underlying port state problem. This will not clear the alarm on the affected 
object that you are investigating. Pe rform Procedure 3-5 to review related 
object information.
Procedure 3-5  To determine r oot cause using related objects
1 From the Alarm Info form for the affected object (see Procedure 3-4), click on the 
Related Objects tab button. The Related Objects form opens, as shown in Figure 
3-4.
Figure 3-4  Related Objects
The Related tab button identifies the managed objects that are related to the object in the alarm and provides useful in formation for root cause analysis.

3-4.
The Propagated tab button identifies objects  higher in the managed object hierarchy 
that have problems resulting from the state of the affected object. This information 
is not useful for root cause analysis but is helpful in identifying other affected objects.
2 Find the object type that is lowest in t he network object hierarchy. See the object 
hierarchy in Table 3-1.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 3-9
May 2005 95-5887-01-00-BThrough this process, you should find the lowest level managed object related to the 
object in the alarm.
3 Choose this object in the Related Objects list and click on the View Object button. 
The object information form opens.
4 Check the States information. This information should point to the root cause of the 
alarm. The problem should be found on the related, supporting object below the lowest level object in the alarm.
If necessary, check the Administrative State of the supporting port objects. A port 
with Administrative State Down does not generate alarms on the port, card, shelf, LAG, protocols, or sessions, but generates network path and service alarms. If the 
Administrative State is Down, change it to Up.
After the problem is fixed, the correlated alarms should automatically clear.
3.4 Sample problems

Figure 3-5 shows a two-node sample networ k configured with a VPLS that was used 
to create problems and generate alarms. This configuration generates the maximum 
number of alarms per problem type because alternate network paths are not available for self-healing. 
Figure 3-5  Sample network
The dynamic alarm list is used to troubleshoot the following types of problems that are created.
physical port problem that causes an Equipment Down alarm
underlying port state problem that causes a number of related alarms at the LSP 
level
configuration problem that cause s a Frame Size Problem alarm
Note —   When you click on the Faults tab button, it should confirm that 
there are no alarms on this object. Alar ms are listed in the dynamic alarm 
list.
1/1/4 1/1/4
Customer
access
portsCustomer
access
portsLAG 1/1/2, 1/1/3

list.
Customer
access
access
10.10.11.1/24LAG 1/1/2, 1/1/3
10.10.11.2/24
7750 SR
site ID
10.1.200.52/327750 SR
site ID
10.1.200.53/32
BGP, OSPF, and MPLS are on each network interface.
17558

3-10 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BTroubleshooting a VPLS  equipment problem
A problem in the sample network produces the list of alarms shown in Figure 3-6. 
Figure 3-6  VPLS service alarm list_1
The following procedure describes how to troubleshoot the problem. 
Procedure 3-6  To troubleshoot  a VPLS equipment problem
1 Review the alarms in the order that they are generated. When the Time Detected 
column shows that the alarms listed are generated at approximately the same time, 
it is a good indication that these alarms are correlated.
2 Determine the total alarm count to track the alarm-clearing progress. Right-click on 
any column heading in the dynamic alarm list. The contextual menu displays the 
alarm count.
3 Click on the Object Type column to sort the alarms alphabetically according to 
object type.
4 Scroll through the dynamic alarm list and find the object type that is lowest in the

4 Scroll through the dynamic alarm list and find the object type that is lowest in the 
network object hierarchy, as listed in Table 3-1.
In this example, the lowest-level object type in the alarm list is Physical Port in the 
equipment domain. There are four physical port objects in the alarm. Each alarm 
has the same severity level. 
5 Choose one of the physical-port alarms and acknowledge the alarm.
In this example, the alarm to investigate is one of the first two detected Physical Port 
alarms: Port 1/1/2 on Site ID 10.1.200.52.
6 Select the alarms related to this affected object and acknowledge the alarms.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 3-11
May 2005 95-5887-01-00-B7 View alarm information for the affected object. Double-click on the alarm in the list 
to view the information in the Alarm Info form.
8 Review the information about the alarm. In this example,
The Equipment Down alarm is a Physical Port alarm in the Equipment domain.
The device at Site ID 10.1.200.52. raised the alarm on object Port 1/1/2.
The alarm cause is inoperable equipment.
9 Check the port states. Click on the Affected Object Info tab button, then click on the 
View Affected Object button to view state and other information about the object in 
the alarm.
In this case, the Administrative State is Up and the Operational State is Down, which 
results in an alarm. The Operati onal state cannot be modified manually.
10 The root cause is indicated by the probable cause of alarm on the affected object: 
physical Port 1/1/2 at site ID 10.1.200.52 is inoperable.

The dynamic alarm list also indicates that a second port on site 10.1.200.52, Port 
1/1/3, is down. This port forms LAG 2 with port 1/1/2 and LAG 2 is down.
11 For equipment alarms, use the navigation tree view to identify the extent of the 
problem. Locate ports 1/1/2 and 1/1/3 under t he Shelf object that supports LAG 2 at 
Site 10.1.200.52. The state for each port is operationally down. The tree view 
displays the propagated alarms on objects up to  the Router level as shown in Figure 
3-7.
Figure 3-7  Equipment down and pr opagated alarms in navigation tree
A related LAG, LAG 1, is down but the al arms on LAG 2 ports were detected first. 
Procedure 3-7  To clear alarms related to an equipment problem
This procedure describes how to clear the 22 alarms from the sample problem in this

This procedure describes how to clear the 22 alarms from the sample problem in this 
section. The troubleshooting process determined that two physical ports in LAG 2 at Site 
10.1.200.52. are operationally down.

3-12 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B1 Check the physical connection to the port. The physical inspection shows that the 
two port connections supporting LAG 2 at Site 10.1.200.52. are not properly seated.
2 Seat the port connections. The 22 alarms, including the second two physical port 
Equipment Down alarms on LAG 1, automatically clear.
Troubleshooting an underly ing port state problem
An underlying port state problem in the sa mple network produces the list of alarms 
shown in Figure 3-8.
Figure 3-8  VPLS service alarm list_2
The following procedure describes how to troubleshoot the problem.
Procedure 3-8  To troubleshoot an underlying port state problem
1 The Time Detected column shows that 16 alarms are generated at approximately 
the same time, which is a good indication that these alarms are correlated. 
2 Click on the Object Type column to sort the alarms alphabetically according to 

3 Scroll through the dynamic alarm list and find the object type that is lowest in the 
In this example, the lowest-level object type in the alarm list is Lsp Path in the 
Path/Routing Management domain. There are two Lsp Path Down alarms. One was generated later than the other.
Note —  The list contains an Lsp Down alarm and an Lsp Path Down 
alarm. Approximately one half hour later, a second Lsp Down alarm and 
a second Lsp Path Down alarm were generated for a total of 18 alarms.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 3-13
May 2005 95-5887-01-00-B4 Choose the earlier Lsp Path alarm and acknowledge the alarm.
5 Choose the alarms related to this affected object and acknowledge those alarms. In 
this case, the only alarm listed under Related Problems is the dynamic Lsp Down 
alarm.
6 View alarm information for the affected object. Double-click on the alarm in the list 
7 Review the information about the alarm.
Lsp Down is a path alarm on MPLS path 53 to 52. 
The affected object name and site name indicate that the alarm arose on the 
LSP path from device/site 53 to site 52. 
The Site information identifies the site that raised the alarm. The root cause is 
related to the device with Site Id 10.1.200.53.
8 Click on the Affected Object Info tab button, then click on the View Affected Object 
button to view state and other information about the object in the alarm.

In the case, the Administrative State is Up and the Operational State is Down, which 
results in an alarm. The Operational State cannot be modified manually.
9 Check alarm description Table 3-14 for additional information, which in this case, 
indicates that the root cause may be a lower object in the managed object hierarchy.
10 Click on the Related Objects tab button on the Alarm Info form to display the 
managed objects related to the object in alarm, shown in Figure 3-9.

3-14 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BFigure 3-9  Lsp related ob jects in Alarm Info form
11 Find the object type that is lowest in the network object hierarchy, as listed in Table 
3-1. The lowest level object is a LAG.
12 View the navigation tree Equipment tab button. It indicates that there are alarms 
related to both existing LAGs (Site Id 10.1.200.52 and Site Id 10.1.200.53). 
However, there is no LAG alarm in the dynamic alarm list and the LAG State is Up.
13 Check states of related, supporting objects for the lowest-level object in the alarm. 
Underlying port states may propagate alarms higher up the managed object 
hierarchy without causing alarms on por ts, LAGs, interfaces, protocols, and 
sessions.
i In the navigation tree Equipment view , choose a port under the LAG on Router 
53 (Site 10.1.200.53) and choose Properties from the contextual menu. The 
LAG member properties form opens.

sessions.
ii Click on the Port tab button to view the underlying port state of the LAG 
member, as shown in Figure 3-10. Th e LAG Member 1/1/2 properties form 
shows the Underlying Port State: Shut Down.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 3-15
May 2005 95-5887-01-00-BFigure 3-10  LAG member underlyi ng port state in Properties form
iii Repeat step 13 ii for the second port. The LAG Member 1/1/3 properties form 
shows the State: Up.
14 In the navigation tree Equipment view, c hoose port 1/1/2 under the Shelf object that 
supports LAG 1 (Site 10.1.200.53), and choos e Properties from the contextual 
menu. The properties form opens, as shown in Figure 3-11.

1 In the navigation tree Equipment view, locate port 1/1/2 under the Shelf object 
supporting LAG 1 at Site 10.1.200.53. The State is Admin Down.
2 Choose the port and choose Turn Up from the contextual menu. Of the 18 alarms, 
16 automatically clear. The remaini ng two alarms are Session alarms.
3 Choose one of the remaining alarms and choose Show Affected Object from the 
contextual menu. The affected object properties form opens.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 3-17
May 2005 95-5887-01-00-B4 Click on the Resynch button. An Object deleted notification appears and the alarm 
clears automatically.
5 Repeat Steps 3 and 4 for the remaining alarm.
Troubleshooting a VPLS conf iguration problem
A VPLS configuration problem in the sample  network produced the list of alarms 
shown in Figure 3-12.
Figure 3-12  VPLS service alarm list_3
Procedure 3-10  To troubleshoot a VPLS configuration problem
1 Review the alarms in the order that they were generated. The Time Detected 
column shows that three alarms were generated at the same time, which is a good indication that these are correlated. 
2 Find the object in the Object Type column that is lowest in the network object 
hierarchy as shown in Table 3-1. Circuit is the lowest object. There are two circuit 
alarms on circuit 28-2.

3-18 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B6 Click on the Affected Object Info tab button, then click on the View Affected Object 
button to determine the circuit states.
Administrative State is Up.
Operational State is MTU Mismatch.
MTU Mismatch is the root cause of the Frame Size Problem alarm. You do not need 
to investigate the related objects.
7 Click on the Frame Size tab button on the circ uit object form to find more information 
about the problem, as shown in Figure 3-13.
Figure 3-13  Frame size  configuration problem
The Max Frame Size Mismatch box is selected. The Circuit Max. Frame Size box 
shows a value greater than the value in the Actual Tunnel Max Frame Size box.
The maximum frame size configured for the circuit exceeds the maximum frame 
size supported for the service ingress and service egress termination points, 
which are also called the MTU.

which are also called the MTU. 
8 Check Table 3-24 for additional informati on about the Frame Size Problem alarm.
Perform procedure 3-11 to clear the Frame Size Problem alarm.
Procedure 3-11  To clear a Frame Size Problem (MTU Mismatch) 
alarm
This procedure describes how to clear the ci rcuit Frame Size Problem alarm described in 
this section.
1 Choose Service Management →Browse Services from the 5620 SAM main menu.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 3-19
May 2005 95-5887-01-00-B2 Configure the list filter parameters and click on the Search button. A list of services 
appears at the bottom of the Browse Services form.
3 Choose the service identified by the Affected Object Id in the Alarm Info form for the 
alarm that you are trying to clear. 
4 Click on the Edit button. The Service form opens.
5 Click on the Sites tab button. The list of available sites for the service appears.
6 Choose the site identified by the Site Id in the Alarm Info form for the alarm that you 
are trying to clear. 
7 Click on the Edit button. The Site form opens as shown in Figure 3-14.
Figure 3-14  Site form
The MTU parameter indicates that the circuit maximum frame size is greater than 
the actual tunnel frame size of 1492 octets that supports the circuit.
8 Change the MTU to a value less than 1492, for example, 1000.

9 Click on the Apply button. A warning message appears, as shown in Figure 3-15. It 
warns you that changes to this Site form will not be applied to the service unless you 
click on the OK or Apply button in the Service form.
Figure 3-15  Warning to ap ply changes to  all objects

3-20 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B10 Click on the OK button. The Services form appears.
11 Click the Apply button. The warning message, Figure 3-15, appears. It warns you 
that changes to this Service form will not be applied to the subscriber unless you 
click on the OK or Apply button in the Subscriber form
12 Click on the OK button. The Subscriber form appears.
13 Click on the Apply button. The MTU configuration change is applied to subscriber, 
service, and site objects. The circuit and related service alarms clear automatically.
3.5 Alarm description tables
Alarms are grouped by domain. Tables 3-2 to 3-31 describe the network object 
alarms that are raised on the 5620 SAM an d are listed in domain alphabetical order.
Table 3-2 Bundle  domain alarm
Table 3-3 DB domain alarmAlarm name, ID, type, and default 
probable causeDefault Severity, object type Additional information
Name: Bundle Down

ID: 152Type: Equipment AlarmProbable cause: Bundle DownSeverity: critical
Object type: InterfaceDomain: BundleRepresents the grouping of T1 and 
E1 channels into a channel group. The channel group is used as a SAP. The alarm occurs if the interface Administrative State is Up and the Operational State is Down.
Alarm name, ID, type, and default 
Name: Database Backup Failed
ID: 136Type: Configuration AlarmProbable cause: Database Backup FailedSeverity: major
Object type: Database ManagerDomain: DbThe backup file could not be created 
because of, for exampl e, lack of disk 
space or invalid write permissions.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 3-21
May 2005 95-5887-01-00-BTable 3-4 Equipment domain alarms
Name: Data Loss 
ID: 148Type: Equipment AlarmProbable cause: Data LossSeverity: major
Object type: Flash MemoryDomain: equipmentAn error has occurred while writing 
to the compact flash on the router. This indicates a probable data loss. Check the compact flash capacity on the router.
Name: Disk Capacity Problem
ID: 144Type: Equipment AlarmProbable cause: Disk  Capacity ProblemSeverity: variable
Object type: Flash MemoryDomain: equipmentThe compact flash capacity 
threshold has been reached or exceeded on the router. These alarms start appearing when capacity reaches 75% or greater. 
This is a non-configurable threshold value.
The severity of the alarm is variable ,

The severity of the alarm is variable , 
depending on the percentage of disk capacity used. When disk capacity equals:
75% to 89%, severity is warning
90% to 99%, severity is minor
100% or greater, severity is 
major
Name: Equipment Down
ID: 10Type: Equipment AlarmProbable cause: Inoperable EquipmentSeverity: major
Object type: EquipmentDomain: equipment—
Name: Equipment Failure
ID: 145Type: Equipment AlarmProbable cause: Fan FailureSeverity: critical
Object type: Fan TrayDomain: equipment—
Name: Equipment In Test
ID: 11Type: Equipment AlarmProbable cause: Equipment In Test Severity: warning
Name: Equipment Mismatch 
ID: 9Type: Equipment AlarmProbable cause: Equi pment Type MismatchSeverity: major
Name: Equipment Removed 
ID: 8Type: Equipment AlarmProbable cause: Replaceable Equipment 
RemovedSeverity: major

Name: Firmware Mismatch
ID: 146Type: Firmware AlarmProbable cause: Boot Rom Version 
Mismatch, FPGA Version MismatchSeverity: critical
Object type: CardDomain: equipmentA mismatch occurred between the 
firmware version and the software image on the router.
(1 of 2)

3-22 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BTable 3-5 Generic alarmsName: Hardware Redundancy
ID: 147Type: Equipment AlarmProbable cause: Primary CPM FailureSeverity: major
Object type: Control ProcessorDomain: equipment—
Name: Link Down 
ID: 12Type: Communications AlarmProbable cause: Port Link ProblemSeverity: major
Name: Software Failure
ID: 149Type: Software AlarmProbable cause: Load FailedSeverity: critical
Object type: Replaceable UnitDomain: equipmentThis alarm is generated when the 
CPM fails to load the software from the specified location.
Name: Temperature Threshold Crossed
ID: 7Type: Environmental AlarmProbable cause: Equipment OverheatedSeverity: major
Object type: EnvironmentDomain: equipmentTo display the temperature 
threshold, choose Equipment Manager->Cards tab->Environment.Alarm name, ID, type, and default

threshold, choose Equipment Manager->Cards tab->Environment.Alarm name, ID, type, and default 
(2 of 2)
Name: Deployment Failure
ID: 13Type: Deployment Failure Probable cause: Failed To Modify Network 
ResourceSeverity: minor
Object type: Generic ObjectDomain: genericUnable to create, modify, or delete a 
network object because there is intermittent or no IP connectivity to the network object, SNMP security parameters are incorrect, or SNMP is disabled on the router.
Check the deployment tab using the 
5620 SAM client GUI, as described in Procedure 8-4.
Name: Threshold Crossing Alarm 
ID: 14Type: Threshold Crossed Probable cause: Threshold Crossed Severity: warning
Object type: Generic ObjectDomain: generic—

Alcatel 5620 Service Aware Manager, Release 2.1 R2 3-23
May 2005 95-5887-01-00-BTable 3-6 IGMP alarms
Table 3-7 L2 forwarding domain alarm
Table 3-8 L3 forwarding domain alarmAlarm name, ID, type, and default 
Name: CModeRxQuerMismatch
ID: 172Type: Protcol AlarmProbable cause: CModeRxQuerMismatchSeverity: warning
Object type: IGMPDomain: igmp—
Name: IGMP Down
ID: 170Type: Protocol AlarmProbable cause: Protocol DownSeverity: critical
Object type: IGMPDomain: igmp
Name: QueryVerMismatch
ID: 171Type: Protocol AlarmProbable cause: QueryVerMismatchSeverity: warning
Name: Forwarding Table Size Limit Reached 
ID: 164Type: Resource AlarmProbable cause: Resource Limit Reached Severity: warning
Object type: Site FibDomain: l2fwdLayer 2 FIB resource problem.

Object type: Site FibDomain: l2fwdLayer 2 FIB resource problem. 
Entries in the FIB are derived from the reachability information in the routing information base.
Name: Max Number of Multicast Routes
ID: Type: Configuration AlarmProbable cause:Severity: major
Object type: Service SiteDomain: l3fwd—
Name: Multicast Routes Mid Level Threshold 
Reached
Name: Route Distinguisher Not Configured 
ID: 142Type: Configuration AlarmProbable cause: Route Distinguisher Not 
Configured Severity: major
Object type: Service SiteDomain: l3fwdThere is a configuration problem on 
Layer 3 forwarding service site.

3-24 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BTable 3-9 layer 2 alarms
Table 3-10 LAG domain alarm
Table 3-11 LDP domain alarmsAlarm name, ID, type, and default 
Name: IGMP Snooping Down
ID: 174Type: Protocol AlarmProbable cause: Protocol DownSeverity: warning
Object type: layer 2Domain: bridge—
Name: MVR Site Down
ID: 175Type: Protocol AlarmProbable cause: Protocol DownSeverity: warning
Object type: layer 2Domain: TLS site—
Name: TLS Site Down
ID: 163Type: Protocol AlarmProbable cause: Protocol DownSeverity: warning
Name: Lag Down 
ID: 20Type: Equipment AlarmProbable cause: Lag Down Severity: critical
Object type: InterfaceDomain: lagAll the ports in the LAG are 
operationally down.

Name: Ldp Down
ID: 22Type: Protocol AlarmProbable cause: Protocol DownSeverity: critical
Object type: SiteDomain: ldp—
Name: Ldp Interface Down
ID: 21Type: Protocol AlarmProbable cause: Protocol DownSeverity: critical
Object type: InterfaceDomain: ldp—
Name: Ldp Targeted Peer Down
ID: 23Type: Protocol AlarmProbable cause: Protocol DownSeverity: critical
Object type: Targeted PeerDomain: ldpThis is an LDP configuration 
component.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 3-25
May 2005 95-5887-01-00-BTable 3-12 Mediation domain alarm
Table 3-13 Network (netw) alarmsAlarm name, ID, type, and default 
Name: Corrupt Image File 
ID: 158Type: Configuration AlarmProbable cause: Invalid or Corrupt Image FileSeverity: critical
Object type: Software Folder 
Descriptor
Domain: mediationThe image file indicated in the 
Software Upgrade Policy in SAMphone is corrupt.
Name: Ping Policy  Misconfigured
ID: 137Type: Configuration AlarmProbable cause: Ping Command Execution 
FailedSeverity: warning
Object type: Management Ping 
Policy
Domain: mediation—
Name: Software Image Root Path 
Misconfigured
ID: 24Type: Configuration AlarmProbable cause: File Path ProblemSeverity: warning
Object type: Software Upgrade 
Policy
Domain: mediationSee the file path configured in the 
Software Upgrade Policy on the 5620 SAM.

Policy
Name: Activity Switch
ID: 182Type: Communication AlarmProbable cause: System FailedSeverity: Critical
Object type: Nms SystemDomain: netw—
Name: Boot Parameters Misconfigured
ID: 35Type: Configuration AlarmProbable cause: Persis tent Index FailureSeverity: critical
Object type: Network ElementDomain: netwThe SNMP Index Boot Status is not 
configured to be persistent on the router. See the router CLI menu “show system info” for the current setting.
Name: Frame Size Problem
ID: 37Type: Configuration AlarmProbable cause: Management Connection 
DownSeverity: critical
Object type: Statefull Connectable 
Interface
Domain: netwThe MTU (sdp-mtu in CLI) defines

Interface
Domain: netwThe MTU (sdp-mtu in CLI) defines 
the largest service frame size (in octets) that can be transmitted through an SDP to the far-end router, without requiring the packet to be fragmented.
For other frame size alarms, see 
Tables 3-23 and 3-24.
Name: Inband Management Connection 
Down
ID: 139Type: Communication AlarmProbable cause: Management Connection 
Object type: Node Discovery ControlDomain: netw—
(1 of 4)

3-26 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BName: Interface Down
ID: 36Type: Interface AlarmProbable cause: Interface DownSeverity: critical
Interface
Domain: netw—
Name: Management Interface Protection 
Switch
ID: 34Type: Communications AlarmProbable cause: Switch To SecondarySeverity: warning
Object type: Network ElementDomain: netw—
Name: Module Out of Memory
ID: 180Type: Communications AlarmProbable cause: Out of MemorySeverity: critical
Name: Node Cold Start
ID: 172Type: Equipment AlarmProbable cause: Node Cold StartSeverity: warning
Name: Node Rebooted
ID: 32Type: Equipment AlarmProbable cause: Node RebootSeverity: warning
Name: Node Upgraded
ID: 178Type: Configuration AlarmProbable cause: Upgraded Node VersionSeverity: info

Name: Node Version Mismatch
ID: 177Type: Configuration AlarmProbable cause: Downgraded Node VersionSeverity: critical
Name: Out of Band Management Connection 
Down
ID: 138Type: Communication AlarmProbable cause: Management Connection 
Name: Persistent Index Parameter 
ID: 173Type: Configuration AlarmProbable cause: Persistent Index 
Configuration MismatchSeverity: major
Object type: Network ElementDomain: netw—Alarm name, ID, type, and default 
(2 of 4)

Alcatel 5620 Service Aware Manager, Release 2.1 R2 3-27
May 2005 95-5887-01-00-BName: Poller Problem
ID: 31Type: Communications AlarmProbable cause: Resync FailedSeverity: warning
Object type: Network ElementDomain: netwUnable to poll a network object. 
Possible causes include: intermittent or no IP connectivity to the network object, incorrect SNMP security parameters, or SNMP is disabled on the router.
Non-5620 SAM related polling 
problems may include physical cabling from the NMS domain to the managed devcies, and NIC card issues
Name: Redundancy Switchover
ID: 181Type: Equipment AlarmProbable cause: Redundancy SwitchoverSeverity: warning
Name: SNMP Authentication Failure
ID: 176Type: Authentication AlarmProbable cause: Auth FailureSeverity: warning
Name: SNMP Daemon Problem
ID: 161Type: Communication AlarmProbable cause: SNMP Daemon ErrorSeverity: warning

Name: SNMP Trap Dropped
ID: 179Type: Communication AlarmProbable cause: SNMP Daemon OverloadedSeverity: warning
Name: Standby CPM Management 
Connection Down
ID: 140Type: Communications AlarmProbable cause: Management Connection 
Name: Standby Host Status
ID: 183Type: Communication AlarmProbable cause: System FailedSeverity: Critical
Name: Trap Destination Misconfigured 
ID: 33Type: Configuration AlarmProbable cause: Trap Destination 
MisconfiguredSeverity: major
Object type: Network ElementDomain: netwThe SNMP trap destination 
configured on the router is not pointing to 5620 SAM.Alarm name, ID, type, and default

configured on the router is not pointing to 5620 SAM.Alarm name, ID, type, and default 
(3 of 4)

3-28 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BTable 3-14 Path routing management: MPLS alarmsName: Trap Malformed
ID: 135Type: Communications AlarmProbable cause: Trap Schema MismatchSeverity: major
Name: Upgraded Build Version Mismatch
ID: 160Type: Configuration AlarmProbable cause: Upgraded Image Not 
BootedSeverity: warning
Name: Lsp Down 
ID: 25
Type: Path AlarmProbable cause: Lsp DownSeverity: critical
Object type: Lsp
Domain: mplsVerify the status of the underlying 
ports as a probable cause.
Name: Lsp Path Down
ID: 26Type: Path AlarmProbable cause: Lsp Path DownSeverity: major
Object type: Lsp PathDomain: mpls—
Name: Mpls Down
ID: 27Type: Protocol AlarmProbable cause: Protocol DownSeverity: critical

Object type: SiteDomain: mpls—
Name: Path Reoptimized
ID: 28Type: Path AlarmProbable cause: Path ReoptimizedSeverity: warning
Object type: TunnelDomain: mpls—
Name: Path Rerouted
ID: 29Type: Path AlarmProbable cause: Path ReroutedSeverity: warning
Object type: TunnelDomain: mpls—Alarm name, ID, type, and default 
(4 of 4)

Alcatel 5620 Service Aware Manager, Release 2.1 R2 3-29
May 2005 95-5887-01-00-BTable 3-15 Policy domain alarms
Table 3-16 Routing management: BGP domain alarmsAlarm name, ID, type, and default 
Name: Default Instance Inconsistency 
ID: 68Type: Configuration AlarmProbable cause: Multiple Default Instances 
EncounteredSeverity: warning
Object type: ManagerDomain: policy—
Name: Template Inconsistency 
ID: 189Type: Configuration AlarmProbable cause: Template Policy MismatchSeverity: warning
Name: Bgp Down
ID: 6Type: Protocol AlarmProbable cause: Protocol DownSeverity: critical
Object type: SiteDomain: bgp—
Name: Peer Connection Down 
ID: 2Type: Protocol Alarm Probable cause: connection Down (2)Severity: critical
Object type: PeerDomain: bgp—

Name: Peer Down 
ID: 1Type: Protocol AlarmProbable cause: Protocol DownSeverity: critical
Name: Peer Group Down 
ID: 5Type: Protocol AlarmProbable cause: Protocol DownSeverity: critical
Object type: Peer GroupDomain: bgp—
Name: Prefix Limit Exceeded 
ID: 4Type: Protocol AlarmProbable cause: Prefix Limit ExceededSeverity: major
Object type: PeerDomain: bgpThe prefix-limit is the maximum 
number of routes BGP can learn from a peer.
Name: Prefix Limit Nearing
ID: 3Type: Protocol AlarmProbable cause: Pref ix Limit Nearing Severity: warning

3-30 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BTable 3-17 Routing management: ISIS domain alarms
Table 3-18 Routing management: OSPF domain alarmsAlarm name, ID, type, and default 
Name: Isis Adjacency Down 
ID: 153Type: Protocol AlarmProbable cause: Protocol DownSeverity: minor
Object type: Isis AdjacencyDomain: isis—
Name: Isis Area Mismatch
ID: 156Type: Configuration AlarmProbable cause: Area Type MisconfiguredSeverity: warning
Object type: SiteDomain: isis—
Name: Isis Auth Type Failure
ID: 155Type: Authentication AlarmProbable cause: Auth FailureSeverity: warning
Name: Isis Down
ID: 19Type: Protocol AlarmProbable cause: Protocol DownSeverity: critical
Name: Isis Manual Address Drops
ID: 157Type: Authentication AlarmProbable cause: No ErrorSeverity: warning

Name: Isis Rejected Adjacency
ID: Type: Authentication AlarmProbable cause: Severity: minor
Name: Area Type Mismatch 
ID: 38Type: Configuration AlarmProbable cause: Area Type MisconfiguredSeverity: warning
Object type: AreaDomain: ospf—
Name: Interface Db Descript Auth Failure
ID: 46Type: Authentication AlarmProbable cause: Auth Type Mismatch Severity: warning
Object type: InterfaceDomain: ospf—
Name: Interface Db Descript Config
ID: 40Type: Configuration AlarmProbable cause: Bad VersionSeverity: warning
(1 of 4)

Alcatel 5620 Service Aware Manager, Release 2.1 R2 3-31
May 2005 95-5887-01-00-BName: Interface Hello Auth Failure 
ID: 45Type: Authentication AlarmProbable cause: Auth Type MismatchSeverity: warning
Object type: InterfaceDomain: ospfA router uses the OSPF Hello 
protocol to discover neighbors.
Both the hello authentication key 
and the hello authentication type on a segment must match.
When the hello authentication key is 
configured, it applies to all levels configured for the interface.
The hello authentication type 
enables hello authentication at the interface or level context.
Name: Interface Hello Config 
ID: 39Type: Configuration AlarmProbable cause: Bad VersionSeverity: warning
Name: Interface Ls Ack Auth Failure
ID: 49Type: Authentication AlarmProbable cause: Auth Type MismatchSeverity: warning
Name: Interface Ls Ack Config

ID: 43Type: Configuration AlarmProbable cause: Bad VersionSeverity: warning
Name: Interface Ls Req Auth Failure
ID: 47Type: Authentication AlarmProbable cause: Auth Type MismatchSeverity: warning
Name: Interface Ls Req Config
ID: 41Type: Configuration AlarmProbable cause: Bad VersionSeverity: warning
Name: Interface Ls Update Auth Failure
ID: 48Type: Authentication AlarmProbable cause: Auth Type MismatchSeverity: warning
Name: Interface Ls Update Config
ID: 42Type: Configuration AlarmProbable cause: Bad VersionSeverity: warning
Name: Interface Null Packet Auth Failure

ID: 50Type: Authentication AlarmProbable cause: Auth Type MismatchSeverity: warning
Name: Interface Null Packet Config
ID: 44Type: Configuration AlarmProbable cause: Bad VersionSeverity: warning
Object type: InterfaceDomain: ospf—Alarm name, ID, type, and default 
(2 of 4)

3-32 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BName: Interface Rx Bad Packet
ID: 51Type: Communications AlarmProbable cause: HelloSeverity: warning
Name: Interface Tx Retransmit
ID: 52Type: Communications AlarmProbable cause: HelloSeverity: warning
Object type: InterfaceDomain: ospfThe retransmit-interval for OSPF 
area interface determines how long (in seconds) OSPF waits before retransmitting an unacknowledged LSA to an OSPF neighbor.
Name: Lsdb Overflow
ID: 53Type: Equipment AlarmProbable cause: Resource FullSeverity: warning
Object type: SiteDomain: ospf—
Name: Neighbor Down
ID: 121Type: Virtual Neighbor DownProbable cause: Virtual Neighbor DownSeverity: warning
Object type: Virtual LinkDomain: ospf—
Name: Ospf Interface Down
ID: 141Type: Ospf Interface DownProbable cause: Ospf Interface DownSeverity: warning
Name: Virtual Link Down

ID: 122Type: Virtual Link AlarmProbable cause: Virtual Link DownSeverity: warning
Name: Virtual Link Db Descript Auth Failure
ID: 61Type: Authentication AlarmProbable cause: Auth Type MismatchSeverity: warning
Name: Virtual Link Db Descript Config
ID: 55Type: Configuration AlarmProbable cause: Bad VersionSeverity: warning
Name: Virtual Link Hello Auth Failure
ID: 60Type: Authentication AlarmProbable cause: Auth Type MismatchSeverity: warning
Name: Virtual Link Hello Config
ID: 54Type: Configuration AlarmProbable cause: Bad VersionSeverity: warning
Name: Virtual Link Ls Ack Auth Failure

ID: 64Type: Authentication AlarmProbable cause: Auth Type MismatchSeverity: warning
Object type: Virtual LinkDomain: ospf—Alarm name, ID, type, and default 
(3 of 4)

Alcatel 5620 Service Aware Manager, Release 2.1 R2 3-33
May 2005 95-5887-01-00-BName: Virtual Link Ls Ack Config
ID: 58Type: Configuration AlarmProbable cause: Bad VersionSeverity: warning
Name: Virtual Link Ls Req Auth Failure
ID: 62Type: Authentication AlarmProbable cause: Auth Type MismatchSeverity: warning
Name: Virtual Link Ls Req Config
ID: 56Type: Configuration AlarmProbable cause: Bad VersionSeverity: warning
Name: Virtual Link Ls Update Auth Failure
ID: 63Type: Authentication AlarmProbable cause: Auth Type MismatchSeverity: warning
Name: Virtual Link Ls Update Config
ID: 57Type: Configuration AlarmProbable cause: Bad VersionSeverity: warning
Name: Virtual Neighbor Down

ID: 123Type: Virtual Neighbor DownProbable cause: Virtual Neighbor DownSeverity: warning
Name: Virtual Link Null Packet Auth Failure 
ID: 65Type: Authentication AlarmProbable cause: Auth Type MismatchSeverity: warning
Name: Virtual Link Null Packet Config
ID: 59Type: Configuration AlarmProbable cause: Bad VersionSeverity: warning
Name: Virtual Link Rx Bad Packet
ID: 66Type: Communications AlarmProbable cause: HelloSeverity: warning
Name: Virtual Link Tx Retransmit
ID: 67Type: Communications AlarmProbable cause: HelloSeverity: warning
Object type: Virtual LinkDomain: ospf—Alarm name, ID, type, and default

(4 of 4)

3-34 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BTable 3-19 Routing manage ment: PIM domain alarms
Table 3-20 Routing management: RIP domain alarmsAlarm name, ID, type, and default 
Name: Group in SSM Range
ID: 187Type: Configuration AlarmProbable cause: STARG Group in SSM 
RangeSeverity: warning
Object type: pim siteDomain: PIM site—
Name: Invalid Join Prune
ID: 168Type: Communcation AlarmProbable cause: Invalid Join Prune ReceivedSeverity: warning
Name: Invalid Register
ID: 169Type: Communication AlarmProbable cause: Invalid Join Register 
ReceivedSeverity: warning
Object type: PIM siteDomain: PIM site—
Name: Neighbor Loss
ID: 188Type: Communication AlarmProbable cause: Neighbor Connection LostSeverity: warning
Object type: InterfaceDomain: PIM site—
Name: PIM Down

ID: 184Type: Protocol AlarmProbable cause: Protocol DownSeverity: critical
Name: Group Down
ID: 69Type: Protocol AlarmProbable cause: Protocol DownSeverity: critical
Object type: GroupDomain: rip—
Name: Rip Authentication Failure 
ID: 70Type: Authentication AlarmProbable cause: Auth FailureSeverity: warning
Object type: InterfaceDomain: rip—
(1 of 2)

Alcatel 5620 Service Aware Manager, Release 2.1 R2 3-35
May 2005 95-5887-01-00-BTable 3-21 Routing management: RSVP domain alarms
Table 3-22 Security domain alarmName: Rip Authentication Mismatch
ID: 71Type: Authentication AlarmProbable cause: Auth Type MismatchSeverity: warning
Name: Rip Down
ID: 72Type: Protocol AlarmProbable cause: Protocol DownSeverity: critical
Object type: SiteDomain: rip—
Name: Rsvp Down
ID: 74
Type: Protocol Alarm
Probable cause: Protocol DownSeverity: critical
Object type: Site
Domain: rsvp—
Name: Session Down
ID: 73Type: Protocol AlarmProbable cause: Interface DownSeverity: critical
Object type: SessionDomain: rsvp—
Name: Authentication Failure

ID: 128Type: Communications AlarmProbable cause: multiple Failed Login 
AttemptsSeverity: warning
Object type: TSecurity ManagerDomain: securityAt lease five attempts to log in to a 
5620 SAM client have failed.
Name: Licensed CLE Limit Exceeded
ID: 170Type: Licensing AlarmProbable cause: Licensed Limit ExceededSeverity: critical
Object type: LicenseDomain: securityChoose the Help->View Licence Info 
to display the Licence information on the 5620 SAM.
Name: Licensed CLE Limit Nearing
ID: 168Type: Licensing AlarmProbable cause: Licensed Limit NearingSeverity: warning
Object type: LicenseDomain: security
(1 of 2)Alarm name, ID, type, and default 
(2 of 2)

3-36 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BTable 3-23 Service management (svc) domain alarmsName: Licensed Limit Exceeded
ID: 127Type: Communications AlarmProbable cause: Unsupported Sec LevelSeverity: warning
Object type: Mediation PolicyDomain: security—
Name: Licensed MDA Limit Exceeded
ID: 167Type: Licensing AlarmProbable cause: Licensed Limit ExceededSeverity: critical
Name: Licensed MDA Limit Nearing
ID: 165Type: Licensing AlarmProbable cause: Licensed Limit NearingSeverity: warning
Name: Licensed MDA Li mit Nearly Exceeded
ID: 166Type: Licensing AlarmProbable cause: Lic ensed Limit Nearly 
ExceededSeverity: major

Name: MFib Table Size Limit Reached
ID: 190Type: Resource Alarm Probable cause: Resource Limit ReachedSeverity: warning
Object type: l2 ForwardingDomain: svc—
Name: Mirror Destination Misconfigured
ID: 197Type: Configuration alarmProbable caus: Mirror Destination 
Object type: svcDomain: svc—
Name: Service Site Down
ID: 97Type: Service Alarm Probable cause: Site DownSeverity: critical
Object type: SiteDomain: svcAll SAPs on the site are 
operationally down, or the service tunnels to the site are operationally down.
Name: Topology Misconfigured
ID: 95Type: Configuration AlarmProbable cause: Topo logy MisconfiguredSeverity: critical
Object type: ServiceDomain: svcThe service type for the same 
service ID is different on another router.
Name: Type Mismatch

ID: 96Type: Configuration AlarmProbable cause: Service Site Type 
MisconfiguredSeverity: critical
Object type: ServiceDomain: svc—Alarm name, ID, type, and default 
(2 of 2)

Alcatel 5620 Service Aware Manager, Release 2.1 R2 3-37
May 2005 95-5887-01-00-BTable 3-24 Service tunnel management (svt) domain alarms
Table 3-25 Site (sitesec) domain alarm
Table 3-26 SNMP domain alarmAlarm name, ID, type, and default 
Name: Circuit Down
ID: 99Type: Circuit Alarm Probable cause: circuit Not ReadySeverity: critical
Object type: CircuitDomain: svtThe underlying LSP is operationally 
down, or the LDP sessions are down.
Name: Keep Alive Problem 
ID: 100Type: Oam AlarmProbable cause: keep Alive FailedSeverity: warning
Object type: TunnelDomain: svt—
Name: Label Problem 
ID: 98Type: Circuit AlarmProbable cause: label Problem Severity: critical
Object type: CircuitDomain: svt—
Name: Tunnel Down 
ID: 30Type: Path AlarmProbable cause: tunnel DownSeverity: critical
Object type: TunnelDomain: svtA service tunnel (SDP) is down 
because the LSP that was relying on 
it is down.

it is down.
Name: Management Access Filter 
ID: 76Type: Configuration AlarmProbable cause: Invalid Source Port Identifier Severity: warning
Object type: Maf EntryDomain: sitesecManagement access filters are used 
to restrict management of the 7750 SR by other nodes outside specific networks or subnetworks, or through designated ports. The filters must be configured locally.
The default action denies or permits 
management access in the absence of a more specific management access filter match.
Each entry represents a collection of 
filter match criteria.

Name: Mediation Authentication Failure
ID: 75Type: Communications AlarmProbable cause: No Mediation Policy FoundSeverity: critical
Object type: Poller ManagerDomain: snmp—

3-38 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BTable 3-27 Software (sw) domain alarms
Name: Boot Environment Sync Failed
ID: 101Type: Equipment AlarmProbable cause: boot Environment Sync 
FailedSeverity: critical
Object type: Backup Restore 
Manager
Domain: swSynchronization of bof file between 
CPM cards failed.
Name: Bootable Config Backup Failed
ID: 103Type: Configuration AlarmProbable cause: file Transfer FailureSeverity: major
Manager
Domain: sw5620 SAM failed to back up the 7x50 
node configuration files.
Name: Bootable Config Restore Failed 
ID: 104Type: Configuration AlarmProbable cause: file Transfer FailureSeverity: major
Manager
Domain: sw5620 SAM failed to backup the 7x50 
Name: Config File Sync Failed

Manager
Name: Config File Sync Failed 
ID: 102Type: Equipment AlarmProbable cause: config File Sync FailedSeverity: critical
Manager
Domain: swSynchronization of the configuration 
file between CPM cards failed.
Name: Hardware Boot Failure 
ID: 108Type: Software AlarmProbable cause: software Boot Problem Due 
To Hardware IssuesSeverity: critical
Object type: Card SoftwareDomain: sw7x50 software failed to boot because 
of hardware issue(s).
Name: Primary Image Boot Failure
ID: 191Type: Configuration AlarmProbable cause: boot Option File 
MisconfiguredSeverity: warning
Object type: Card SoftwareDomain: sw—
Name: Save Config Failed
ID: 105Type: Configuration AlarmProbable cause: file Access ErrorSeverity: major
Manager
Domain: swThe admin save command failed on 
the 7750 SR.
Name: Software Boot Failure

Manager
ID: 107Type: Software AlarmProbable cause: software Boot ProblemSeverity: major
Name: Software Downloading 
ID: 109Type: Software Alarm Probable cause: software DownloadingSeverity: warning
Name: Software Initialized
ID: 111Type: Software Alarm Probable cause: software InitializedSeverity: warning
(1 of 2)

Alcatel 5620 Service Aware Manager, Release 2.1 R2 3-39
May 2005 95-5887-01-00-BTable 3-28 SONET equipmen t (sonetequipment) alarmsName: Software Initializing 
ID: 110Type: Software AlarmProbable cause: software InitializingSeverity: warning
Name: Software Upgrade Failed
ID: 106Type: Configuration AlarmProbable cause: file Access ErrorSeverity: major
Manager
Domain: swThe software upgrade using the 
5620 SAM failed.
Name: Ber Line Signal Degradation
ID: 88
Type: Communications Alarm
Probable cause: Ber Line Signal DegradationSeverity: major
Object type: Sonet Port Specifics
Domain: sonetequipmentlb2er-sd reports  line signal 
degradation BER errors. Use the 
threshold command to set the error

threshold command to set the error 
rate(s) that when exceeded determine signal degradation and signal failure. When configured, lb2er-sd alarms are raised and cleared. These alarms are not issued by default.
Name: Ber Line Signal Failure 
ID: 89Type: Communications AlarmProbable cause: Ber Line Signal FailureSeverity: major
Object type: Sonet Port SpecificsDomain: sonetequipmentlb2er-sf reports li ne signal failure 
BER errors. Use the threshold command to set the error rate(s) that when exceeded determine signal degradation and signal failure.When configured, lb2er-sf alarms are raised and cleared. These alarms are issued by default.
Name: Line Alarm Indication Signal
ID: 84Type: Communications AlarmProbable cause: Line Alarm Indication SignalSeverity: major
Object type: Sonet Port SpecificsDomain: sonetequipmentReports line alarm indication signal

Object type: Sonet Port SpecificsDomain: sonetequipmentReports line alarm indication signal 
LAIS errors. When configured, LAIS alarms are raised and cleared.
Name: Line Error Condition
ID: 94Type: Communications AlarmProbable cause: li ne Error ConditionSeverity: major
Object type: Sonet Port SpecificsDomain: sonetequipmentReports a line error condition raised 
by the remote as a result of b1 errors received from this node. When configured, LREI traps are raised but not cleared.
Name: Line Remote Defect Indication
ID: 85Type: Communications AlarmProbable cause: line Remote Defect 
IndicationSeverity: major
Object type: Sonet Port SpecificsDomain: sonetequipmentReports line remote defect indication 
errors. LRDIs are caused by remote LOF, LOC, LOS. When configured, LRDI alarms are raised and cleared.
Name: Loss Of Clock

ID: 83Type: Communications AlarmProbable cause: Loss Of ClockSeverity: major
Object type: Sonet Port SpecificsDomain: sonetequipmentReports a LOC which causes the 
operational state of the port to be shut down.
(1 of 3)Alarm name, ID, type, and default 
(2 of 2)

3-40 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BName: Path Alarm Indication Signal
ID: 77Type: Communications AlarmProbable cause: Path Alarm Indication SignalSeverity: major
Object type: Sonet Port SpecificsDomain: sonetequipment—
Name: Path Loss Of Pointer 
ID: 78Type: Communications AlarmProbable cause: Path Loss Of PointerSeverity: major
Name: Path Remote Defect Indicator 
ID: 79Type: Communications AlarmProbable cause: Path Remote Defect 
IndicatorSeverity: major
Name: Path B3 Error
ID: 80Type: Communications AlarmProbable cause: Path Loss Of PointerSeverity: major
Name: Path Payload Mismatch
ID: 81Type: Communications AlarmProbable cause: Path Payload Mismatch Severity: major

Name: Path Remote B3 Error
ID: 82Type: Communications AlarmProbable cause: Path Remote Defect 
Name: Rx Section Synchronization Error
ID: 93Type: Communications AlarmProbable cause: Rx Se ction Synchronization 
Error Severity: major
Object type: Sonet Port SpecificsDomain: sonetequipmentReports section synchronization 
failure as reported by the S1 byte. When configured, SS1F alarms are 
raised and cleared.
Name: Section B1 Error 
ID: 87Type: Communications AlarmProbable cause: Section B1 ErrorSeverity: major
Object type: Sonet Port SpecificsDomain: sonetequipmentReports a b1 line error condition 
raised by the remote node when b1 errors are received from this node. When configured, LREI traps are raised but not cleared.

Name: Section Loss Of Frame
ID: 90Type: Communications AlarmProbable cause: section Loss Of FrameSeverity: major
Object type: Sonet Port SpecificsDomain: sonetequipmentReports SLOF errors. When 
configured, SLOF alarms are raised and cleared.
Name: Section Loss Of Signal
ID: 91Type: Communications AlarmProbable cause: section Loss Of SignalSeverity: major
Object type: Sonet Port SpecificsDomain: sonetequipmentReports a SLOS error on the 
transmit side. When configured, SLOS alarms are raised and cleared.Alarm name, ID, type, and default 
(2 of 3)

Alcatel 5620 Service Aware Manager, Release 2.1 R2 3-41
May 2005 95-5887-01-00-BName: Section S1 Failure
ID: 86Type: Communications AlarmProbable cause: section S1 FailureSeverity: major
Object type: Sonet Port SpecificsDomain: sonetequipmentSee THE Rx Section 
Synchronization Error alarm in this table.
Name: Sonet Path Alarm Indication Signal
ID: 129Type: Communications AlarmProbable cause: Path Alarm Indication SignalSeverity: major
Object type: Sonet ChannelDomain: sonetequipmentReports PAIS errors. When 
configured, PAIS alarms are raised and cleared.
Name: Sonet Path B3 Error
ID: 132Type: Communications AlarmProbable cause: Path B3 ErrorSeverity: major
Object type: Sonet ChannelDomain: sonetequipmentReports a path error condition raised 
by the remote node when b3 errors are received from this node. When configured, PREI traps are raised but not cleared.
Name: Sonet Path Loss Of Pointer

ID: 130Type: Communications AlarmProbable cause: Path Loss Of PointerSeverity: major
Object type: Sonet ChannelDomain: sonetequipmentReports PLOP (per tributary) errors. 
When configured, PLOP traps are raised but not cleared.
Name: Sonet Path Payload Mismatch
ID: 133Type: Communications AlarmProbable cause: path Payload MismatchSeverity: major
Object type: Sonet ChannelDomain: sonetequipmentReports a PPLM. As a result, the 
channel is operationally down. When configured, PPLM traps are raised but not cleared.
Name: Sonet Path Remote B3 Error
ID: 134Type: Communications AlarmProbable cause: path Remote B3 ErrorSeverity: major
Object type: Sonet ChannelDomain: sonetequipmentReports a PREI raised by the remote 
node when b3 errors are received from this node. When configured, PREI traps are raised but not cleared

Name: Sonet Path Remote Defect Indication
ID: 131Type: Communications AlarmProbable cause: path Remote Defect 
Object type: Sonet ChannelDomain: sonetequipmentReports path remote defect 
indication errors. When configured, 
PAIS alarms are raised and cleared.
Name: Sonet Path Unequipped Path Error
ID: 143Type: Communications AlarmProbable cause: path Unequipped Path ErrorSeverity: major
Object type: Sonet Channel Monitor 
Specifics
Domain: sonetequipment—
Name: Tx Section Synchronization Error
ID: 92Type: Communications AlarmProbable cause: Tx Se ction Synchronization 
ErrorSeverity: major
Object type: Sonet Port SpecificsDomain: sonetequipmentReports SS1F alarms as reported by

Object type: Sonet Port SpecificsDomain: sonetequipmentReports SS1F alarms as reported by 
the S1 byte. When configured, SS1F alarms are raised and cleared.Alarm name, ID, type, and default 
(3 of 3)

3-42 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BTable 3-29 TDM equipment (t dmequipment) domain alarms
Name: DS1E1 Alarm Indication Signal
ID: 112Type: Communications AlarmProbable cause: alarm Indication SignalSeverity: major
Object type: DS1E1 Channel 
Specifics
Domain: tdmequipment—
Name: DS1E1 Looped
ID: 126Type: Communications AlarmProbable cause: far End LoopbackSeverity: major
Specifics
Name: DS1E1 Loss Of Frame
ID: 113Type: Communications AlarmProbable cause: Loss Of FrameSeverity: major
Specifics
Name: DS1E1 Loss Of Signal
ID: 124Type: Communications AlarmProbable cause: loss Of SignalSeverity: major
Specifics
Name: DS1E1 Out Of Frame

Specifics
ID: 125Type: Communications AlarmProbable cause: out Of FrameSeverity: major
Specifics
Name: DS1E1 Resource Availability 
Indicator
ID: 114Type: Communications AlarmProbable cause: resour ce Availability 
Specifics
Name: DS3E3 Alarm Indication Signal 
ID: 115Type: Communications AlarmProbable cause: alarm Indication SignalSeverity: major
Object type: DS3E3 Channel 
Specifics
Name: DS3E3 Looped
ID: 120Type: Communications AlarmProbable cause: far End LoopbackSeverity: major
Specifics
Name: DS3E3 Loss Of Signal
ID: 116Type: Communications AlarmProbable cause: loss Of SignalSeverity: major

Specifics
Specifics
(1 of 2)

Alcatel 5620 Service Aware Manager, Release 2.1 R2 3-43
May 2005 95-5887-01-00-BTable 3-30 template domain alarm
Table 3-31 vs domain alarmName: DS3E3 Out Of Frame
ID: 117Type: Communications AlarmProbable cause: out Of FrameSeverity: major
Specifics
Name: DS3E3 Resource Availability
ID: 119Type: Communications AlarmProbable cause: resour ce Availability 
Specifics
Name: Child Template invalid
ID: 193
Type: Configuration AlarmProbable cause: Referenced Object InvalidSeverity: major
Object type: template
Domain: template—
Name: Dependent Object Deleted
ID: 192Type: Configuration AlarmProbable cause: Referenced Object GoneSeverity: major
Object type: templateDomain: template—
Name: Parent Template invalid

ID: 194Type: Configuration AlarmProbable cause: Referenced Object InvalidSeverity: major
Object type: templateDomain: template binding—
Name: Undefined Scheduler Reference
ID: 118Type: Configuration AlarmProbable cause: undefined Scheduler 
ReferenceSeverity: warning
Object type: Service Type DefinitionDomain: vsThe QoS and Scheduler tabs on the 
L2 Interface configuration form must have a queue that points to a scheduler with schedul er policy that 
is specified in the Scheduler tab.Alarm name, ID, type, and default 
(2 of 2)

3-44 Alcatel 5620 Service Aware Manager, Release 2.1 R2

Alcatel 5620 Service Aware Manager, Release 2.1 R2 4-1
May 2005 95-5887-01-00-B4 — Troubleshooting services
4.1 5620 SAM troubleshooting support for services 4-2
4.2 Workflow to troubleshoot a service problem with no 
associated alarms 4-3
4.3 Service troubleshooting menus 4-5
4.4 Service troubleshooting procedures 4-5

4 —  Troubleshooting services
4-2 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B4.1 5620 SAM troubleshooting support for services
This chapter documents how to troublesh oot VLL and VPLS service problems with 
no associated alarm conditions . See chapter 3 for informa tion on how to troubleshoot 
a service with alarms.
OAM diagnostics for troubleshooting services
The 5620 SAM supports the following co nfigurable in-band and out-of-band, 
packet-based OAM tools to troubleshoot network services:
The procedures in this chapter use some  of the OAM diagnostic tools in the 
workflow to troubleshoot a service. See the 5620 SAM User Guide  for descriptive 
information and how to enable and access the OAM diagnostics.
Sample network
Figure 4-1 shows a sample network with 3 nodes. This example is used in the 
procedures that use OAM diagnostics. The configuration and resu lts associated with 
the OAM diagnostics depend on th e configuration of your network.MTU Ping

Alcatel 5620 Service Aware Manager, Release 2.1 R2 4-3
May 2005 95-5887-01-00-BFigure 4-1  Sample network
associated alarms
Sequentially perform the following tasks until you identify the root cause of the service 
problem.
1 Use the Browse Services form to identify the service that you want to investigate.
2 Double-click on the service. The Service (Edit) form appears.
3 Verify that there are no alarms associated with the service by clicking on the Faults 
tab button in the Service form.
a If there are alarms that affect the service, see chapter 3.
b If there are no alarms that affect the service, go to step 4.
4 Determine whether the VPLS or VLL service is part of an H-VPLS configuration. See 
Procedure 4-1.
5 Verify whether the administrative and operat ional states of each component of the 
service are Up. See Procedure 4-2.

6 Verify the connectivity of the customer equipment using the entries in the FIB. See 
Procedure 4-3.
7 Verify that the 5620 SAM service configuration aligns with the customer 
requirements. For example, ensure that 5620 SAM configuration uses the correct 
service type and SAP configuration, and that the circuit and site are included in the service.
8 Verify the connectivity of all egress points in the service. See Procedure 4-4.1/1/4 1/1/4
Customer
access
access
ports1/1/2
10.10.12.1/241/1/1
10.10.10.1/24
1/1/1
10.10.10.2/241/1/1
10.10.12.2/24
LAG 1/1/2, 1/1/3
10.10.11.2/24Customer access ports1/1/4
7750 SR
site ID
10.1.200.51/32
7750 SR
site ID
site ID
17557

4-4 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B9 Use the results from the MAC Ping and MAC Trace diagnostics to choose one of the 
following options:
a If the MAC Ping and MAC Trace diagnosti cs returned the expected results for 
the configuration of your network:
i Measure the frame transmission size on all objects associated with the 
service such as the service sites, access and network ports, service 
tunnels, and circuits. See Procedure 4-5.
ii Review the ACL filter policies to ensure that the ACL filter for the port is 
not excluding packets that you want to test. See Procedure 4-10.
iii Verify the QoS configuration.
You have completed the workflow for troubleshooting services. Contact 
your Alcatel technical support represent ative if the problem persists. See 
section 1.4 for more information.
b If the MAC Ping and MAC Trace diagnostics did not return the expected results 
for the configuration of your network:

i Verify the end-to-end connectivity on the service using the Circuit Ping 
diagnostic. See Procedure 4-6.
ii Verify the end-to-end connectivity on the service tunnel using the Tunnel 
Ping diagnostic. See Procedure 4-7.
iii Verify the end-to-end connectivity of  an MPLS LSP using the LSP Ping 
diagnostic. See Procedure 4-8.
c If the MAC Ping diagnostic returned the expected results for the configuration 
of your network, and the MAC Trace diagnostic did not return the expected 
results for the configuration of your network:
i Verify that the correct service tunnels are used for the service. 
ii Correct the service tunnel configuration, if required.

ii Correct the service tunnel configuration, if required. 
iii Verify if the service problem still exists. If the service problem no longer 
exists, you have completed the workflow for troubleshooting service. If the service problem still exits, go to step 9.c.iv.
iv Review the route for the MPLS LSP using the LSP Trace OAM diagnostic. 
(For MPLS encapsulation, only.) If t he LSP Trace results do not meet the 
requirements of your network, review the resource availability and 
configurations along the LSP expected routes. See Procedure 4-9.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 4-5
May 2005 95-5887-01-00-B4.3 Service troubleshooting menus
Table 4-1 lists the service troubleshooting menus and their functions.
Table 4-1 5620 SAM service troubleshooting menus
4.4 Service troubleshooting procedures
Use the following procedures to perfo rm the service troubleshooting tasks.
Procedure 4-1  To identify if th e service is part of an H-VPLS 
configuration
1 Choose Service Management →Browse Services from the 5620 SAM main menu. 
2 Configure the list filter parameters and click on the Search button. A list of services 
3 Choose the service associated with the service problem. 
5 Click on the Circuits tab button.
6 Drag and drop the Service ID, VC ID, and Service Type columns to first three 
positions on the left side of the form.

7 Sort the list by VC ID. Figure 4-2 shows H-VPLS services sorted by VC IDs.Menu option Function
Topology →Service Tunnel Manager Search for and open a service tunnel, and use 
the OAM tools to ensure that the GRE or MPLS transport network topology is valid.
Service Management →Browse Services Search for and open the service, site, or 
subscriber, and use the OAM tools to troubleshoot the service.
Topology →LSP Manager Search for and open LSPs and LSP paths, and 
use the OAM tools to troubleshoot the MPLS LSP.

4-6 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BFigure 4-2  H-VPLS services sorted by VC IDs
If a VC ID has more than one unique Service ID, these services are involved in an 
H-VPLS relationship. For example, VC ID 12 has Service ID entries of 7 and 12.
a If there are no alarms on the H-VPLS service, go to step 5 in section 4.2.
b If there are alarms on the H-VPLS service, see chapter 3 for more information.
Procedure 4-2  To verify the operati onal and administrative states of 
service components
1 Click on the Sites tab button on the Services (Edit) form.
2 Review the states for the site using the Operational State and Administrative State 
columns.
3 Click on the L2 Interfaces, L3 Interfaces, and Circuits tab buttons to review the 
operational and administrative states for the remaining components of the service.
4 Use the operation and administrative states of the service components to choose

4 Use the operation and administrative states of the service components to choose 
one of the following options:
a If the operational and administrative states for all service components are Up, 
go to step 6 in section 4.2.
b If the operational state is Down and the administrative state is Up for one or 
more service components, the 5620 SAM generates an alarm. You must 
investigate the root problem on the underlying object. See chapter 3 for more information.
c If the administrative state is Down for one or more service components, 
change the administrative state to Up. Go to step 5.
Note —  An alarm on a service can propagate across the services in the 
H-VPLS domain.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 4-7
May 2005 95-5887-01-00-B5 Implement and verify the solution for the service problem.
If the problem no longer exists on the service, you have completed the 
troubleshooting workflow for services. Disable the OAM diagnostics to conserve 
system resources. See the 5620 SAM User Guide .
If the service problem persists, another type of problem may exist on your 
service. Go to section 4.2 and repeat the troubleshooting workflow. If the troubleshooting workflow does not identify the problem with your service, contact 
your Alcatel technical support representative. See section 1.4 for more 
Procedure 4-3  To verify  the FIB configuration
This procedure describes how to verify the connectivity of customer equipment on the 
service tunnel.
1 Click on the L2 Interfaces tab button on the Services (Edit) form. A list of L2 
interfaces appears.

2 Double-click on a row in the list. The L2 Interfaces form appears.
3 Click on the Forwarding Control tab button.
4 Click on the FIB Entries tab button.
5 Click on the Resync button.
a If there is a list of FIB entries, confirm the number of entries with the customer 
configuration requirement. If the configuration meets the customer requirement, go to step 7 in section 4.2.
b If there are no FIB entries, there is a c onfiguration problem with the customer 
equipment or the connection from the equipment to the service tunnel.
i Confirm that the 5620 SAM service configuration aligns with the customer 
requirements.
ii Confirm that there are no problems with the customer equipment and 
associated configuration.
iii Implement and verify the solution for the service problem.
If the problem no longer exists on the service, you have completed the

troubleshooting workflow for services. Disable the OAM diagnostics to 
conserve system resources. See the 5620 SAM User Guide .
If the service problem persists, another type of problem may exist on 
your service. Go to section 4.2 and repeat the troubleshooting workflow. If the troubleshooting workflow does not identify the 
problem with your service, contact your Alcatel technical support 
representative. See section 1.4 for more information.

4-8 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BProcedure 4-4  To verify connect ivity for all egress points in a 
service using MAC Ping and MAC Trace
1 Enable the OAM diagnostics for the service. See the 5620 SAM User Guide .
2 Open the MAC Ping configuration form and clear the results from the previous 
diagnostic session, if any.
3 Configure the parameters for the diagnostic session and run the diagnostic. 
a  You can target the MAC broadcast addres s of FF-FF-FF-FF-FF-FF in the data 
plane to flood the service domain and receive a response from all operational 
service access ports. Figure 4-3 shows the diagnostic configuration associated 
with a MAC Ping from site ID 10.1.200.51/32 to site IDs 10.1.200.52/32 and 10.1.200.53/32 using the network in Figure 4-1.
Figure 4-3  MAC Ping configuration fo rm for a multiple address broadcast
Figure 4-4 shows the response associated with the diagnostic configuration in

Figure 4-4 shows the response associated with the diagnostic configuration in 
Figure 4-3.
Note —  You must use the MAC Ping and MAC Trace diagnostic to test 
the service in both directions for the connection.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 4-9
May 2005 95-5887-01-00-BFigure 4-4  MAC Ping results form for a multiple address broadcast
b Figure 4-5 shows the diagnostic configuration associated with a MAC Ping 
from site ID 10.1.200.51/32 to site ID 10.1.200.52/32 using the network in 
Figure 4-1.
Figure 4-5  MAC Ping configuration form for a node-to-node broadcast
Figure 4-6 shows the response associated with the diagnostic configuration in 
Figure 4-5.

4-10 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BFigure 4-6  MAC Ping results form for a node-to-node broadcast
4 Review the diagnostic results and assess whether the configuration meets the 
network requirements. In particular, review the results in the Return Code column. Table 4-2 lists the displayed messages.
Table 4-2 MAC Ping OA M diagnostic results
Displayed message Description
notApplicable (0) The OAM diagnostic me ssage does not apply to the OAM 
diagnostic performed.
fecEgress (1) The replying router  is an egress for the FEC.
The far-end egress point exists and is operating correctly. No 
action required.
fecNoMap (2) The replying router has no mapping for the FEC.
notDownstream (3) The replying rout er is not a downstream router.
downstream (4) The replying router is a downstream router, and the mapping for 
this FEC on the router interf ace is the specified label.

downstreamNotLabel (5) The replying router is  a downstream router, and the mapping for 
this FEC on the router interfac e is not the specified label.
downstreamNotMac (6) The replying router is a downstream router, but it does not have 
the specified MAC address.
downstreamNotMacFlood (7) The repl ying router is a downstream router, but it does not have 
the specified MAC address and cann ot flood the request to other 
routers.
malformedEchoRequest (8) The received echo request is malformed.
tlvNotUnderstood (9) One or more TLVs were not understood.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 4-11
May 2005 95-5887-01-00-B5 Open the MAC Trace configuration form and clear the results from the previous 
6 Configure the parameters for the diagnos tic session and run the diagnostic. A MAC 
Trace shows the path, protocol, label, destination SAP, and hop count to the 
location of the destination MAC. Figure 4-7 shows the diagnostic configuration associated with a MAC Trace from site ID 10.1.200.51/32 to site IDs 10.1.200.52/32 
and 10.1.200.53/32 using the network in Figure 4-1.
Figure 4-7  MAC Tra ce configuration form
Figure 4-8 shows the response associated with the diagnostic configuration in 
Figure 4-7.

4-12 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BFigure 4-8  MAC Trace results form
7 Review the diagnostic results and assess whether the configuration meets the 
network requirements.
a If MAC Ping and MAC Trace diagnostics returned the expected results for the 
configuration of your network, go to step 9.a in section 4.2.
b If MAC Ping and MAC Trace diagnostics did not return the expected results for 
the configuration of your network, go to step 9.b in section 4.2.
c Go to step 9.c in section 4.2 if:
MAC Ping diagnostic returned the expected result for the configuration of 
your network
MAC Trace diagnostic did not return the expected result for the 
configuration of your network
Procedure 4-5  To measure frame transmission size on a service 
using MTU Ping
2 Record the maximum frame transmission size for the service.

3 Make sure that the OAM diagnostics are enabled on both circuits for the service 
tunnel.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 4-13
May 2005 95-5887-01-00-B4 Open the MTU Ping configuration form and cl ear the results from the previous 
5 Configure the parameters for the diagnostic session. Enter the MTU value recorded 
in step 2 in the End Message Size field.
6 Run the diagnostic. The MTU Ping increments the datagram size until it fails to pass 
through the SDP data path. Figure 4-9 shows the diagnostic configuration associated with a MTU Ping from site ID 10.1.200.52/32 to site ID 10.1.200.53/32 
using the network in Figure 4-1.
Figure 4-9  MTU Ping  configuration form
Figure 4-10 shows the response associat ed with the diagnostic configuration in 
Figure 4-9.
Note —  You must use the MTU Ping diagnostic to test the service in 
both directions for the connection.

4-14 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BFigure 4-10  MTU Ping results form
a If the Status column displays Response Received for all circuits, the service 
tunnel supports the configured frame transmission size for the circuit. Go to 
step 9.a.ii in section 4.2.
b If the Status column displays Request Timed Out for any of the circuits, the 
transmission failed at that frame size. If the frame size for the failure point is 
below the MTU value configured for the service, the packets are truncating 
along the service route.
i Investigate the cause of the truncated packets.
ii Implement and verify the solution for the service problem.
troubleshooting workflow for services. Disable the OAM diagnostics to

Procedure 4-6  To verify the e nd-to-end connectivity of a service 
using Circuit Ping

Alcatel 5620 Service Aware Manager, Release 2.1 R2 4-15
May 2005 95-5887-01-00-B2 Open the Circuit Ping configuration form and clear the results from the previous 
3 Configure the parameters for the diagnostic session and run the diagnostic.
Figure 4-11 shows the diagnostic configurat ion associated with a Circuit Ping from 
site ID 10.1.200.51/32 to site ID 10.1.200.53/32 using the network in Figure 4-1.
Figure 4-11  Circuit Ping configuration form
Figure 4-12 shows the response associat ed with the diagnostic configuration in 
Figure 4-11. Double-click on the entry in the Circuit Ping results form to view the diagnostic details.
Figure 4-12  Circuit Ping results
network requirements. Table 4-3 lists the displayed messages.
Note —  You must use the Circuit Ping diagnostic to test the service in 

4-16 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BTable 4-3 Circuit OAM diagnostic results
a If the circuit ping passes, the routes between the two sites are complete and in 
an operational state. If the MAC Ping performed in Procedure 4-4 failed:
i Investigate the status of the two SAPs used for the circuit.
ii Correct the configuration issue related to the SAPs, if required.
If there is no configuration problem with the SAPs, the service problem is 
related to the MAC addresses. The MAC address problem could be caused by the:
ACL MAC filter excluding the required MAC address
external customer equipment

b If the circuit ping fails, there is a loss of connectivity between the two sites.
i Log in to one of the sites using the CLI.
ii Enter the following command:
ping <destination_site_ip_address > ↵
where < destination_site_ip_address > is the address of the other site in 
the route
If the CLI IP ping passes, go to step 9.b.ii in section 4.2.Displayed message Description
Sent - Request Timeout The request timed out with a reply.
Sent - Request Terminated The request was not sent because the diagnostic 
was terminated by the operator.

Sent - Reply Received The request was sent and a successful reply 
message was received.
Not Sent - Non-Existent Service-ID T he configured service ID does not exist.
Not Sent - Non-Existent SDP for Servic e There is no SDP for the service tested.
Not Sent - SDP For Service Down The SDP for the service is down.
Not Sent - Non-Existent Service Egress Label T here is a service label mismatch between the 
originator and the responder.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 4-17
May 2005 95-5887-01-00-BIf the If the CLI IP ping fails, the two sites do not have IP connectivity. Go 
to step 5.
5 Use the CLI to verify that the IP address of the destination site is in the routing table 
for the originating site by entering:
show router route-table ↵
If the IP address for the destination site is not in the routing table for the originating 
site, there is an L3 or L2 problem.
i Verify that the appropriate protoc ols are enabled and operational on the two 
sites.
ii Verify the administrative and operational states of the underlying L2 
equipment, for example, ports and cards.

service. Go to section 4.2 and repeat the troubleshooting workflow. If the troubleshooting workflow does not identify the problem with your service, 
contact your Alcatel technical support representative. See section 1.4 for 
more information.
Procedure 4-7  To verify the e nd-to-end connectivity of a service 
tunnel using Tunnel Ping
2 Open the Tunnel Ping configuration form and clear the results from the previous 
3 Configure the parameters for the diagnostic session as follows.
Return Tunnel ID parameter must specify the return tunnel because the tunnels 
are unidirectional
Forwarding Class parameter must specify the forwarding class for the service

Forwarding Class parameter must specify the forwarding class for the service 
tunnel. Make sure that the forwarding classes for the service tunnels map to the 
QoS parameters configured for subscriber services, such as VLL.
Interval parameter must send multiple probes
4 Run the diagnostic. Figure 4-13 shows the diagnostic configuration associated with 
a Tunnel Ping from site ID 10.1.200.51/32 to site ID 10.1.200.53/32 using the network in Figure 4-1.
Note —  You must use the Tunnel Ping diagnostic to test the service in 

4-18 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BFigure 4-13  Tunnel Ping configuration form
Figure 4-14 shows the response associat ed with the diagnostic configuration in 
Figure 4-13. Double-click on the entry in the Tunnel Ping results form to view the diagnostic details.
Figure 4-14  Tunnel Ping results
5 Review the diagnostic results and assess whether the configuration meets the 
network requirements. Table 4-4 lists the displayed messages.
Table 4-4 Tunnel OAM diagnostic results
Request Timeout The request timed out with a reply.Orig-SDP Non-Existent The request was not sent because the originating SDP does not 
exist.
Orig-SDP Admin-Down The request was not  sent because the originating SDP 
administrative state is Down.
Orig-SDP Oper-Down The request was not  sent because the originating SDP 
operational state is Down.
(1 of 2)

Alcatel 5620 Service Aware Manager, Release 2.1 R2 4-19
May 2005 95-5887-01-00-Ba If the Tunnel Ping passes, the network objects below the tunnel are operating 
with no performance issues.
You have completed the troubleshooting workflow for services.
service. Go to section 4.2 and repeat the troubleshooting workflow. If the 
troubleshooting workflow does not identify the problem with your service, 
contact your Alcatel technical support representative. See section 1.4 for more information.
b If the Tunnel Ping fails, go to step 9.b.iii in section 4.2 to verify the end-to-end 
connectivity of services using MPLS LSP paths, if required.

Procedure 4-8  To verify end-to -end connectivity of an MPLS LSP 
using LSP Ping
2 Open the LSP Ping configuration form and clear the results from the previous 
3 Configure the parameters for the diagnostic session and run the diagnostic. Figure 
4-15 shows the diagnostic configuration a ssociated with an LSP Ping from site ID 
10.1.200.51/32 to site ID 10.1.200.52/32 using the network in Figure 4-1.Request Terminated The operator terminated the request before a reply was received, 
or before the timeout of the request occurred.
Far End: Originator-ID Invalid The request was received by the far-end, but the far-end 
indicates that the originating SDP ID is invalid.

Far End: Responder-ID Invalid The request was rece ived by the far-end, but the responder ID is 
not the same destination SDP ID that was specified.
Far End:Resp-SDP Non-Existent The reply was rece ived, but the return SDP ID used to respond 
to the request does not exist.
Far End:Resp-SDP Invalid The reply was received, but the return SDP ID used to respond 
to the request is invalid.
Far End:Resp-SDP Down The reply was received, but the return SDP ID indicates that the 
administrative or operational state of the SDP is Down.
Success The tunnel is in service and working as expected. A reply was 
received without any errors.
Note —  You must use the LSP Ping diagnostic to test the service in both 
directions for the connection.Displayed message Description
(2 of 2)

4-20 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BFigure 4-15  LSP Ping configuration form
Figure 4-16 shows the response associat ed with the diagnostic configuration in 
Figure 4-15. Double-click on the entry in the LSP Ping results form to view the 
diagnostic details.
Figure 4-16  LSP ping results
network requirements. Table 4-5 lists the displayed messages. 
Table 4-5 LSP Ping OA M diagnostic results
notApplicable (0) The OAM diagnostic message  does not apply to the OAM diagnostic 
performed.
fecEgress (1) The replying router is an egress for the FEC.
The far-end egress point exists and is operating correctly. No action 
required.
fecNoMap (2) The replying router has no mapping for the FEC.notDownstream (3) The replying rout er is not a downstream router.
(1 of 2)

Alcatel 5620 Service Aware Manager, Release 2.1 R2 4-21
May 2005 95-5887-01-00-Ba If the LSP Ping passes, you have completed the workflow for troubleshooting 
services. Contact your Alcatel technica l support representative if the problem 
persists. See section 1.4 for more information.
b If the LSP Ping fails, verify the administrative and operational status of the 
underlying L2 equipment.
Implement and verify the solution for the service problem.
contact your Alcatel technical support representative. See section 1.4 for

Procedure 4-9  To review the route for an MPLS LSP using LSP Trace
1 Enable the OAM diagnostics for the service. See the 5620 SAM User Guide.
2 Open the LSP Trace configuration form and clear the results from the previous 
4-17 shows the diagnostic configuration asso ciated with a LSP Trace from site ID 
10.1.200.51/32 to site ID 10.1.200.52/32 using the network in Figure 4-1.downstream (4) The replying router is a down stream router, and the mapping for this 
FEC on the router interfac e is the specified label.
downstreamNotLabel (5) The replying router is a downstream router, and the mapping for this 
FEC on the router interface is not the specified label.
downstreamNotMac (6) The replying router is a downstream router, but it does not have the 
specified MAC address.

downstreamNotMacFlood (7) The replying router is a downstream router, but it does not have the 
specified MAC address and cannot fl ood the request to other routers.
malformedEchoRequest (8) The rece ived echo request is malformed.
Note —  You must use the LSP Trace diagnostic to test the service in 
both directions for the connection.Displayed message Description
(2 of 2)

4-22 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BFigure 4-17  LSP Trace configuration form
Figure 4-18 shows the response associat ed with the diagnostic configuration in 
Figure 4-17. Double-click on the entry in the LSP Trace results form to view the 
Figure 4-18  LSP Trace results
a If the LSP Trace returned the expected results for the configuration of your 
network, you have completed the workflow for troubleshooting services. Contact your Alcatel technical support representative if the problem persists. 
See section 1.4 for more information.
b If the LSP Trace did not return the expected results for the configuration of your 
network, verify that the correct MPLS LSP is used for the service.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 4-23
May 2005 95-5887-01-00-BImplement and verify the solution for the service problem.
Procedure 4-10  To review the ACL filter
1 Click on the L2 Interfaces or L3 interfaces tabs on the Services (Edit) form. A list of 
2 Double-click on a row in the list. The L2 or L3 Interface configuration form appears.
3 Click on the ACL tab button.

4 Review the ingress and egress filter configurations to ensure that ACL filtering 
configurations do not interfere with the service traffic.
a If there are no ACL filtering configurations that interfere with the service traffic, 
go to step 9.a.ii in section 4.2.
b If there are ACL filtering configurations that interfere with the service traffic, 
implement and verify the solution for the service problem.
If the problem no longer exists on the service, you have completed the troubleshooting workflow for services. Disable the OAM diagnostics to conserve system resources. See the 5620 SAM User Guide .
service. Go to section 4.2 and repeat the troubleshooting workflow. If the

troubleshooting workflow does not identify the problem with your service, contact your Alcatel technical support representative. See section 1.4 for 

4-24 Alcatel 5620 Service Aware Manager, Release 2.1 R2

Alcatel 5620 Service Aware Manager, Release 2.1 R2 5-1
May 2005 95-5887-01-00-B5 — Troubleshooting alarms using 
topology maps
5.1 Network topology map overview 5-2
5.2 Troubleshooting alarms using topology maps 5-4

5 —  Troubleshooting alarms using topology maps
5-2 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B5.1 Network topology map overview
Several network topology maps are available on the 5620 SAM.
The maps display network objects. You can open contextual menus and submenus to 
open forms with additional information. Fo r more information ab out topology maps, 
see the 5620 SAM User Guide .
The maps can be used for provide a view of the network from different perspectives 
for monitoring and troublesh ooting activities. Depending on your requirements, the 
maps can display a low-level equipment an d interface network view, or a specific 
subscriber or service view. One or many maps can be open at the same time.
Table 5-1 lists the maps that are available and how they are accessed.
Table 5-1 5620 SAM map views
The maps represent interfaces, paths, ma naged devices, and unmanaged devices, as 
described in Table 5-2.
Table 5-2 Map elementsMap Menu options

Tunnel view Topology →Service Path Topology
LSP view Topology →LSP Topology
MPLS provisioned path view Topology →MPLS Path Manager
Edit an MPLS path instance, click on the Provisioned Path tab 
button, and click on the Topology Vi ew button for the selected item.
MPLS cross connect view Topology →LSP Manager
Edit an LSP instance, click on the CrossConnect tab button, and click 
on the Topology View button for the selected item.
Subscriber view Service Management →Manage Subscribers
Select a subscriber and click on the Topology View button.
Element type Description
Large icon Managed devices, such as a 7750 SR
Port icon Managed access interface
Small icon Unmanaged device, such as a PE routerGreen lines Provisioned paths for an LSP map.
Network interface that is oper ationally up for all other maps.

Gray lines Actual paths for an LSP map
Red lines Network interface that is operationally down

Alcatel 5620 Service Aware Manager, Release 2.1 R2 5-3
May 2005 95-5887-01-00-BInterpreting map status indicators
The maps provide the followi ng status information for managed network elements:
operational status of a device
operational status of an interface
the most severe alarm for a device or service
Table 5-3 describes the map status indicators. There are no status indicators for 
unmanaged devices.
Table 5-3 Map status indicators
Table 5-4 lists icon symbols and colors for 5620 SAM alarms.
Table 5-4 Map alarm status indicators
Using map filters
You can restrict tunnel and LSP maps to ne twork elements that match specified filter 
criteria, for example, to monitor spec ific status indicators or states.Indicator Description
Icon color The color of icons and links r epresent the operational status of the 
device.
Red indicates that the device is operationally down. For a Subscriber

device.
Red indicates that the device is operationally down. For a Subscriber 
view, red indicates that one or more  of the services are operationally 
down.
Yellow indicates that the device is being synchronized.
Green indicates that the dev ice is operationally up.
Upper left corner Color and letter that indi cate the most severe alarm on the device.
Upper right corner Symbol that indicates connectivity to the device. This symbol 
corresponds to the icon color.
Map icon Alarm
Icon symbol Icon color Severity Color
——A l lG r e y
C Red Critical RedM Orange Major Orange
Minor Yellow
W Blue Warning Cyan— — Condition Mocha
— — Cleared Green
— — Info Light blue— White No alarm —

5-4 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BFilters for the tunnel and LSP maps that may be useful for monitoring purposes 
include:
Persistent Index Status
Resync Status
Config File Status
Filters can also be used to limit the number  of devices and interfaces shown in a large 
or complex network, or to restrict the map to your area of responsibility.
5.2 Troubleshooting alarms using topology maps
Use the following procedures to perform network monitoring and troubleshooting 
activities using the 5620 SAM maps.
Procedure 5-1  To moni tor alarm status on maps
Use this procedure to view alarm information for network elements on a map.
1 Open one of the maps.
See Table 5-1 for information on how to access maps.
2 If the map requires filters, choose the filter criteria.
3 Resize or otherwise adjust the map window, as required, and arrange the icons for 
ease of management.

4 You can use the Zoom In and Zoom Out buttons to adjust the map depending on 
the size of the network that you are viewing.
5 Monitor the map for any of the following conditions or changes:
alarm status changes for an object
loss of connectivity
changes to the interface status of customer-facing equipment
changes to the interface status of provider-facing equipment
6 Perform Procedure 5-2 to troubleshoot any problems that may arise.
Procedure 5-2  To find the s ource of an alarm using a map
Use this procedure to diagnose a network element that has an alarm using one of the 
maps.
1 Select the object with the alarm that you want to diagnose.
2 Right-click to view the contextual menu.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 5-5
May 2005 95-5887-01-00-Ba When you right-click on an icon that represents a device or interface, choose 
Properties from the sub-menu for the selected object. The property form for the selected object opens.
b When you right-click on an interface:
i Choose List from the sub-menu. A form displays the interfaces for the 
selected path.
ii Choose an item from the list. One or more of the items may have an alarm 
condition, as indicated by color.
iii Click on the Edit button. The property form for the selected object opens.
3 Click on the Faults tab button. The Faults tab form opens.
4 View alarm status and diagnose the pr oblem, as described in chapter 3.

5-6 Alcatel 5620 Service Aware Manager, Release 2.1 R2

May 2005 95-5887-01-00-BNetwork management troubleshooting
7 — Troubleshooting Solaris and Windows platforms 7-1
8 — Troubleshooting 5620 SAM client GUI 8-1
12 — Troubleshooting with Problems Encountered forms 12-1

Alcatel 5620 Service Aware Manager, Release 2.1 R2 6-1
May 2005 95-5887-01-00-B6 — Troubleshooting network 
management LAN issues
6.1 Troubleshooting network management domain LAN 
issues 6-2

6 —  Troubleshooting network management LAN issues
6-2 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B6.1 Troubleshooting networ k management domain LAN 
issues
The following procedures describe how to troubleshoot network management 
domain LAN issues.
Procedure 6-1  Problem: All netwo rk management domain PCs and 
networkstations are experien cing performance degradation
1 Verify that there is sufficient bandwidth between the elements of the network 
management domain.
Bandwidth requirements vary depending on the type of management links set up, 
and the number of devices in the managed networks. For information about network planning expertise, contact your Alcatel tec hnical support representative. Table 6-1 
lists the minimum bandwidth requirements in the network management domain.
Table 6-1 Minimum bandwidth requirements in the network management domain
2 When you are using in-band management, ensure  that the network devices used to

2 When you are using in-band management, ensure  that the network devices used to 
transport the management traffic are up. Ping each of the devices to ensure the management traffic can flow along the in-band path.
In-band management uses a connection provided by a customer service, such as a 
VLL. The management traffic is sent in- band along with the customer payload traffic. 
The packets with the management data arrive at the device using one of the virtual 
interfaces. Platform connection between a Minimum bandwidth requirements
5620 SAM client and a 5620 SAM server 512 Kb/s for normal management 
connection
56 kb/s modem for basic troubleshooting 
and configurations
5620 SAM primary server and the 5620 SAM primary 
database to a standby server and database, co-located or distributed1 Mb/s for servers
3 Mb/s for databases
5620 SAM server and one managed device using

5620 SAM server and one managed device using 
out-of-band managementFrom 200 to up to 650 kb/s for each 
managed device
5620 SAM server and single managed device 1 Mb/s
5620 SAM server and the maximum number of 
supported devices in a single management domain10 Mb/s
5620 SAM server and an OSS application 1 Mb/s
5620 SAM active database to a standby database and 
an OSS application10 Mb/s

Alcatel 5620 Service Aware Manager, Release 2.1 R2 6-3
May 2005 95-5887-01-00-BProcedure 6-2  Problem: Garbled text when connecting using a 
modem from a Solaris platform
When a call is placed, the dialing computer initiates the connection with the dialing 
modem by sending a dial command. The dialing modem never has a problem 
communicating with the dialing computer because it will autobaud to the right speed.
However, at the answering side, the modem initiates the connection with the answering 
computer. The serial port on the answering computer will not autobaud and may be 
configured for one specific speed, as set using admintool. The speed used by the 
modems depends on the configuration of the answering modem. Most modems are configured to set the speed of the serial port to something similar to the speed at which 
the connection to the remote modem operates. For example, if the modems negotiated

the connection to the remote modem operates. For example, if the modems negotiated 
a 26.6 kb/s baud connection, then it will set its serial port to 26.6 kb/s baud. If you set your port to 56 kb/s baud using admintool, you get garbled text.
The solution is to lock the serial port at a specific baud rate. The configuration command 
for doing this depends on the modem manufacturer. Look for “fixed DTE rate” in the 
modem documentation for the configuration command. 
Procedure 6-3  Problem: Lost connect ivity to one or more network 
management domain PC s or workstations
If you can ping a PC or workstation, but are still unable to connect to a machine to perform 
a function, there may be a problem with a specific application.
You can also use Procedure 6-4 to check the following:
ports that need to be open across firewalls
routing using netstat and ARP
1 Open a command console or DOS shell on the PC or workstation.
2 Try to ping the host name of the workstation or PC by typing:

a For PCs:
ping name_of_machine  ↵
where name_of_machine  is the name of the network management domain PC
b For workstations:
ping -s name_of_machine  ↵
where name_of_machine  is the name of the network management domain workstation
3 Review the output. The following shows sample output.
# ping -s name_of_machine
PING name_of_machine: 56 data bytes
64 bytes from name_of_machine (138.120.106.169): icmp_seq=0,

6-4 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-Btime=1. ms
64 bytes from name_of_machine (138.120.106.169): icmp_seq=1, 
time=0. ms
64 bytes from name_of_machine (138.120.106.169): icmp_seq=2, 
time=0. ms
^C
----name_of_machine PING Statistics----
3 packets transmitted, 3 packets received, 0% packet lossround-trip (ms) min/avg/max = 0/0/1
If the packets were received out of order, if some packets were dropped, or if some 
packets took too long to complete the round trip, LAN congestion may be a problem. 
Contact your IT department or check physical LAN connectivity according to your 
company policy.
Procedure 6-4  Problem: Another ma chine can be pinged, but some 
functions are unavailable
Check the following to determine whether port availability or routing is the cause of 
management domain LAN issues:

1 The 5620 SAM uses numerous TCP and UDP ports for communication between 
various services. Some of these ports, such as the SNMP trap port, are configured during installation. Other ports are confi gured automatically by the software. Check 
that these ports are open or protected by a firewall, depending on system 
architecture needs. Table 6-2 lists the default ports and their values.
Note —  Track any changes to port configuration values for future 

Alcatel 5620 Service Aware Manager, Release 2.1 R2 6-5
May 2005 95-5887-01-00-BTable 6-2 Firewall port default settings
Contact your technical support representative for more information about 
configuring ports that need to be open or protected by a firewall, depending on the 
system architecture.
2 Run the following to check routing information.
i Open a DOS shell or command tool on the PC or workstation.
ii Run a trace route command to determine the path taken to a destination by 
sending an ICMP echo request message.
Type tracert on a Windows PC
Type traceroute on a Solaris workstation
The path displayed is the list of near-side interfaces in the path between a 
source host and a destination machine. The near-side interface is the interface 
closest to the source host.
iii Run the netstat -r and arp -a commands to display active TCP connections,

iii Run the netstat -r and arp -a commands to display active TCP connections, 
Ethernet statistics, the IP routing table, and the ports on which the PC or workstation is listening.Type Default port 
numberType Description
5620 SAM server 1098 and 1099 TCP org.jboss.naming.NavingService for client and 
5620 SAM-O communication
4444 org.jboss.invocation.jrmp.se rver.JRMPInvoker for client 
and 5620 SAM-O communication
4445 org.jboss.invocation.pooled.server.PooledInvoker for 
client and 5620 SAM-O communication
8080 HTTP 5620 SAM-O for client access8443 HTTPS 5620 SAM-O for client access
8093 JMS for 5620 SAM-O
162 UDP SNMP traps
5620 SAM database 1521 TCP JDBC
9002 RMI database proxy port for switchover or failover 
requests
Managed devices 161 UDP SNMP connec tions to the managed devices

requests
20 and 21 TCP FTP (passive) connections to the managed devices22 TCP SSH connections to the managed devices
23 TCP Telnet connections to the managed devices

6-6 Alcatel 5620 Service Aware Manager, Release 2.1 R2

Alcatel 5620 Service Aware Manager, Release 2.1 R2 7-1
May 2005 95-5887-01-00-B7 — Troubleshooting Solaris and 
Windows platforms
7.1 Troubleshooting Solaris platforms 7-2
7.2 Troubleshooting Windows platforms 7-10

7 —  Troubleshooting Solaris and Windows platforms
7-2 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B7.1 Troubleshooting Solaris platforms
The following procedures describe how to troubleshoot Solaris platform workstation 
issues.
Procedure 7-1  Problem: Slow pr ocessing on a Solaris workstation 
and CPU peaks
The workstation is taking too long to perform a task. Check the CPU status to ensure that 
one process is not using most of the CPU cycles. Then use the mpstat and ps commands 
to further review CPU usage data.
You can also perform other procedures:
If you are you performing a large listing operation using the 5620 SAM client GUI 
or OSS, check the LAN throughput using the netstat command, as described in 
Procedure 8-1.
Check for excess disk usage using the vmstat command, as described in 
Procedure 7-3.
1 Obtain the UNIX utility top and install the utility on the Solaris workstation.
2 Open a command or shell tool.

3 Change to the 5620 SAM install directory by typing:
cd /install directory  ↵
where install directory  is the installation directory of the 5620 SAM software
4 Run the top command to check for processes that are consuming CPU cycles:
i To list the top CPU processes using top, type:
top ↵
To list the top CPU processes using the UNIX utility prstat, type:
prstat ↵
Depending on your system configuration, approximately the top 20 processes 
are displayed. The displays are similar for top and prstat.
ii Review the output. The following is sample top output.
Last PID: 4099; load averages: 0.00, 0.01, 0.01
85 processes: 66 sleeping, 19 running, 1 on CPUCpu state: 0.0% idle, 99.8% user, 0.2% kernel, 0.0% oiwait,

Alcatel 5620 Service Aware Manager, Release 2.1 R2 7-3
May 2005 95-5887-01-00-B0.0% swap
memory: 125M real, 4692K free, 151M swap, 176M free swapPID username PRI NICE SIZE RES STATE301 root 33  0 96M 77M cpuTIME WCPU CPU COMMAND
The top 5620 SAM process listed under the CPU column should be the Java 
process. However, the Java process should not be consuming too much CPU. Some Oracle processes could also take CPU time, depending on the database 
load.
iii Press ESC-Q to quit or CTRL-C to stop the top command.
5 Use the UNIX utility mpstat command to furt her review the activities performed by 
the CPU.
i Type:
mpstat time ↵
where time is the interval, in seconds, that is monitored by the mpstat command
The time interval should be at least 10 s. An interval of more than 60 s may 
have an effect on applications because of the amount of time the system 
spends collecting mpstat data.
ii Review the mpstat output.

The following shows a sample mpstat output. See Table 7-1 for a description 
of the report.
CPU minf mjf xcal  intr ithr  csw icsw migr smtx  srw syscl  
usr sys  wt idl
 0    1   0 5529   442  302  419  166   12  196    0   775   
95   5   0   0
1    1   0  220   237  100  383  161   41   95    0   450   96   
4   0   0
4    0   0   27   192  100  178   94   38   44    0   100   99   
1   0   0
 5    1   0  160   255  100  566  202   28  162    0  1286   
87   8   0   5
Table 7-1 mpstat report description
Heading Description (events per second unless noted)
CPU Processor identification
minf Minor faults
(1 of 2)

7-4 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BReview the usr, sys and idl data. Together, these three outputs indicate CPU 
saturation. A Java application fully using the CPUs should fall within 80 to 90 
percent of the usr value, and 20 to 10 percent of the sys value. A smaller percentage for the sys value indicates that more time is being spent running 
user code, which generally results in better execution of the Java application.
As well, when the smtx output is high on a multiple CPU system, this indicates 
that CPUs are competing for resources. 
iii Press ESC-Q to quit or CTRL-C to stop the mpstat command.
6 If processes are competing for CPU resources, you can isolate the information 
about a single process using the ps command.
i Check the state of CPUs by typing:
/usr/ucb/ps -aux ↵
A list of processes appears.
ii Review the ps output.mjf Major faults

xcal Interprocessor cross-callsintr Interrupts
ithr Interrupts as threads ( not counting clock interrupts)
csw Context switches
When the csw number slowly increases  and the platform is not I/O bound, a 
mutex contention is indicated
icsw Involuntary context switches
When the iscw number increases beyond 500, the system is considered to be 
under heavy load
migr Thread migrations to another processor
smtx Spins on mutexes (lock not acquired on first try)
if the smtx number increases sharply, for instance from 30 to 300, a system 
resource bottleneck is indicated
srw Spins on readers/writer locks (lock not acquired on first try)
syscl System calls
usr Percent user timesys Percent system timewt Percent wait time
idl Percent idle timeHeading Description (events per second unless noted)
(2 of 2)

Alcatel 5620 Service Aware Manager, Release 2.1 R2 7-5
May 2005 95-5887-01-00-BFor CPU troubleshooting, the important data is listed in the %CPU row. If a 
process is taking 90% or more of the CPU resources, there may be a problem with the process. Contact your account or technical support representative for 
iii Press ESC-Q to quit or CTRL-C to stop the ps command.
Procedure 7-2  Problem: Slow perf ormance on a Solaris workstation, 
but no spike or peak in the CPU
A platform is disk or I/O bound when it continuously services requests for data from a 
disk, and other activities must wait for those requests to complete. You can determine 
whether a machine is disk or I/O bound using the iostat command. You can also perform the following procedures:
If the sluggish performance is not isolated using the iosat command, use the vmstat command in Procedure 7-3.

Perform the 5620 SAM client GUI or OSS application procedures in chapter 8.
1 Open a command or shell tool.
2 To collect data to determine whether there is a disk bottleneck, type:
iostat -x time ↵
where time is the time, in seconds, over  which you want to collect data. Alcatel recommends that 
you start with 2 s.
To stop the iostat command, press CTRL-C.
3 Review the iostat output. The following is a sample of iostat data. See Table 7-2 for 
a description of the iostat report.
                          extended disk statistics
disk     r/s  w/s   Kr/s   Kw/s  wait actv  svc_t  %w  %b
sd1      0.1  0.2    0.9    3.3   0.0  0.0   34.3   0   0
sd3      0.1  0.5    1.1    3.7   0.0  0.0   73.1   0   90                          extended disk statistics

sd1      0.0  0.0    0.0    0.0   0.0  0.0   0.0   0   0sd3      0.0  0.0    0.0    0.0   0.0  0.0   0.0   0   1

7-6 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BTable 7-2 iostat report descriptions
The %b and svc_t columns are the key fields to determine whether a disk bottleneck 
exists. If the average service time (svc_t) is between 30 and 50 ms, and the disk 
(%b) is greater than 20% busy, there is a minor disk loading problem. If the service times exceed 50 ms, the disk is considered disk or I/O bound.
In the example, the sd3 disk showed 90 percent disk activity in the %b column. 
Because disk sd3 is busier than disk sd1, disk performance may be enhanced by moving data from disk sd3 to disk sd1.
Procedure 7-3  Problem: There is ex cess disk activity on my Solaris 
platform
In a system with memory bottlenecks, there is a lot of disk activity. Much of this activity is 
related to swapping processes in and out of main memory. Swapping is detrimental to

platform
related to swapping processes in and out of main memory. Swapping is detrimental to 
performance because it increases activity without contributing to productivity. This causes sluggish performance.
Swapping occurs when the active parts of the processes need more memory than the 
size of actual memory installed. When this happens, some of the memory contents are 
copied to disk and replaced by another process. When the portion of memory that was 
copied to disk is required, it is reloaded. 
This scenario may continue until the system is no longer running any processes and is 
spending almost all of its time copying code and data in and out of main memory.
1 Open a command or shell tool.Heading Description
disk Name of the disk
r/s Reads per secondw/s Writes per second
Kr/s Reads per second (kb/s)

Kw/s Writes per second (kb/s)wait Average number of transactions waiting for service (queue length)
actv Average number of transactions active ly being serviced (r emoved from the queue 
but are not yet complete)
svc_t Average service time in ms%w Percentage of time there are transacti ons waiting for service (non-empty queue)
%b Percentage of time the disk is busy (transaction s in progress)

Alcatel 5620 Service Aware Manager, Release 2.1 R2 7-7
May 2005 95-5887-01-00-B2 To collect data, type:
vmstat s ↵
where s is the time, in seconds, over which you want  to collect data. Alcatel recommends that you 
start with 2 s.
3 Review the vmstat output. The following is a sample of vmstat data. See Table 7-3 
for a description of the vmstat report.
#vmstat 2
procs     memory        page           disk        faults     cpu
r b w  swap  free  re mf pi po fr de sr s1 s3 - - in sy cs us sy id0 0 0  45148 16628 0  6  3  1  3  0  1  0  1  0 0 89 473 192 1 1 98
0 0 0 527060 20548 0  7  0  0  0  0  0  0  0  0 0 73 280 143 0 0 99
0 0 0 527060 20548 0  0  0  0  0  0  0  0  0  0 0 18 319 143 0 0100
Table 7-3 vmstat report description
4 Review the results.Heading Description Subheading
procs Number of pr ocesses in each 
of the processor statesr - in run queue
b - blocked for resources (I/O, paging) w - runnable but swapped

memory Virtual and real memory usage swap - am ount of swap space currently available 
(kbytes)
free - size of free space available (kbytes)
page Page faults and paging 
activities in units per secondre - page reclaim
mf - minor faultpi - kb paged inpo - kb paged outfr - kb freedde - anticipated short-term memory shortfall (kbytes)
sr - pages scanned by clock algorithms
disk Number of disk operations per 
secondThere are slots for up to f our disks, labeled with a 
single letter and number. The letter indicates the types of disk: s = SCSI, i = IP; the number is the logical unit number.
faults Trap or interrupt rates per 
secondin - (non-clock) device interrupts
sy - system callscs - CPU context switches
cpu Breakdown of percentage

cpu Breakdown of percentage 
usage of CPU time. On multiple processor systems, this is an average for all processors.us - user time
sy - system timeid - idle time

7-8 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BThe sr column under the disk heading shows the scan rate. The scan rate is the key 
factor because it indicates how often the system scans memory for idle pages to swap out. When the scan rate is zero, ther e is no swap problem. The higher the scan 
rate, the more time the system is spending copying code and data in and out of 
memory.
Check the memory swap and free columns. When there is little or no available free 
memory, you need more swap space.
You can add swap space to resolve memory bottleneck problems and improve 
performance. Contact your technical suppor t representative for information about 
adding new disks to provide the necessary swap space to stop memory bottlenecks. 
Perform Procedure 7-4 to add emergency swap space to provide a temporary solution.
Check the minimum supported platform size for the software to ensure enough

Check the minimum supported platform size for the software to ensure enough 
swap space is allocated.
5 To stop the vmstat command, press CTRL-C.
Procedure 7-4  Problem: There is  not enough swap space added or 
the Solaris platform is disk bound
You can add swap space to improve memory performance. For a more permanent 
solution, add more RAM. Use this procedure when:
insufficient disk space causes memory performance issues
insufficient swap space was installed, or the network load requires more swap space
When you allocate a file to be used as emergency swap space, the amount of swap 
space available increases without reformatting a disk.
1 As root, type:
df -k ↵
The displayed information lists the capacity and usage of the available disk space. 
Determine where there is enough disk space to create a swap file.
2 Change directories by typing:
cd /swapdirectory  ↵

where swapdirectory  is the name of the directory where you are going to create a new swap file
Note —  Before creating a new swap file, run the swap -l and swap -s 
commands to determine how much disk space is currently allocated. 
Then perform the swap -s command after creating a new swap file to 
verify that the new emergency swap space was correctly allocated.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 7-9
May 2005 95-5887-01-00-B3 Create a new swap file by typing:
mkfile swapfilesize m swapfilename  ↵
where
swapfilesize  is the size of the swap file you are creating. The size of the swapfilesize  is followed by 
an m to denote Mbytes.
swapfilename  is the name of the swap file you are creating
4 The vfstab file controls which partitions are mounted. Edit the vfstab file:
i Use a text editor, such as vi or textedit, to edit the vfstab file by typing:
vi /etc/vfstab ↵
ii Move the cursor to the last line in the vfstab file and type:
/swapdirectory /swapfilename  - - swap - no -
where
swapdirectory  is the name of the directory where you created the new swap file
swapfilename  is the name of the swap file you created
iii Save the changes and quit the text editor.
5 To allocate the emergency swap file, type:
swap -a / swapdirectory /swapfilename  ↵
where

where
6 Verify that the swap file is allocated by typing:
swap -l ↵
and
swap -s ↵
Several lines are displayed. The format of the last line is:
total: 52108k bytes allocated + 24944k reserved = 77052k used, 
93992k available

7-10 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B7.2 Troubleshooting Windows platforms
Many of the commands in section 7.1 and throughout the rest of the 5620 SAM 
Troubleshooting Guide  can also be performed on a Windows platform PC. In all 
cases, the commands are run from the DOS command line. As well, you can check 
PC performance and running process details  using the Task Manager. Some of the 
commands include:
ping
tracert
taskmgr (Task Manager)
ipconfig
The Windows Task Manager provides details  about programs and processes that run 
on the PC. If you are connected to a LAN, you can also view network status and 
check network performance. Depending on the NOC work environment and shared computer usage policy, you can also view additional information about other users.
Use your PC and Windows operating procedure manuals, or check with the IT

Use your PC and Windows operating procedure manuals, or check with the IT 
department, for information about stopping programs or processes, starting 
programs, and viewing the dynamic display of computer performance using the Task 
Manager.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 8-1
May 2005 95-5887-01-00-B8 — Troubleshooting 5620 SAM client GUI
8.1 Troubleshooting common client application problems 8-2
8.2 Troubleshooting client GUI issues 8-11

8 —  Troubleshooting 5620 SAM client GUI
8-2 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B8.1 Troubleshooting common client application problems
The following procedures describe how to troubleshoot client GUI and OSS 
application issues.
Procedure 8-1  Problem : Performance is slow across the clients
Possible causes are:
congested LAN
improperly sized platforms
Using the netstat command on the client may help troubleshoot network throughput 
problems. When an Ethernet LAN is highly congested, the actual throughput slows down. 
This is caused by packets colliding on the LAN as multiple machines begin to transmit at approximately the same time, for example, w hen multiple 5620 SAM client GUIs or OSS 
applications are performing simultaneous tasks. 
1 To check for LAN throughput issues:
i Open a command or shell tool.
ii To collect data to determine whether there is network bottleneck, type:
netstat -i s ↵

where s is the time, in seconds, over which you w ant to collect data. Alcatel recommends that 
you start with 50 s; this time interval may requi re adjusting to meet your  specific requirements.
The -i parameter shows the state of the interfaces that are used for TCP/IP 
traffic.
iii Review the output. The following is sample netstat output:
netstat -i 5
 input   le0       output          input  (Total)    outputpackets errs  packets errs  colls packets errs  packets errs  
colls
6428555 41    541360  80    49998 6454787 41    567592  80    
49998
22      0     0       0     0     22      0     0       0     071      0     7       0     3     71      0     7       0     3
This sample displays the number of input and output packets, errors and 
collisions on the le0 interface. There is another set of columns which display

collisions on the le0 interface. There is another set of columns which display 
the results for all the interfaces. This sample only has one interface, so both sets of columns display the same result.
Calculate the number of collisions as a percentage of the number of output 
packets. For example, according to the last line of output, there were three 
collisions and seven output packets resulting in a 42% rate.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 8-3
May 2005 95-5887-01-00-BThis number is high, but the time in which the sampling was obtained (5 s), was 
low. Change the sample rate to, for example, 50 s for an accurate sampling of the network throughput.
When collisions are between 2% and 5%, congestion on the interface is within 
the normal operating range. 
In a typical network, when collisions are greater than 5%, you may have a 
serious congestion problem on the interface. Review your LAN topology and 
design to reduce network bottlenecks.
iv To stop the netstat command, press CTRL-C.
2 Check that the client platform is appropriately sized. See the appropriate RLN for 
the software release that you are running.
Procedure 8-2  Problem: Unable to  print from a Solaris platform 
client
Printers are connected to clients to provide a printed record of alarms, the GUI, or text 
files.

client
files.
A common problem with printers is incorrect connections and configuration. Printers must 
be connected properly to the serial port of t he workstation before you can print. See the 
Sun documentation and the printer documentat ion for more information about connecting 
printers.
If you are using a printer server, ensure that the printer is listed in the /etc/hosts file
Table 8-1 lists some common printer problems.
Table 8-1 Troubleshooting Solaris printer problems
Note —  Many printers have Ethernet connections. Troubleshooting 
these printers is beyond the scope of this document.
Problem Probable cause Solution
A new user cannot print No entry for that printer in the user 
account .cshrc fileAdd an entry for printer to  the .cshrc file (for 
Solaris)
The .cshrc file was changed, but the

Solaris)
The .cshrc file was changed, but the 
user still cannot printChanges to the .cshrc file takes effect 
the next time the user logs out and logs back inThe user should log out and log back in
A user cannot delete a printer There are print jobs in the queue for 
that printerDelete the print jobs in the queue using the 
lprm command
The client cannot print The printer was not added to the list of 
available printersAdd the printer to the list of printers by using 
the admintool

8-4 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B1 On the workstation, log in as the user experiencing printing problems.
2 Type the lp command that you want to use:
a To list jobs in the printer queue, type:
lpq ↵
When you run the lpq command and a message appears that the printer 
cannot be found, there is a connection problem between the PC or workstation 
and the printer. A printer cannot be found message may indicate that the environment variable for the printer is not set correctly, or that the machine is 
not configured to use the printer.
b To display information about the state of the printer, type:
lpstat ↵
When you run the lpstat command and a message appears that the printer 
cannot be found, there is a connection problem between the machine and the 
printer.
c To remove print jobs from the printer queue, type:
lprm ↵
Procedure 8-3  Problem: I discover ed a new router, but cannot place

configuration change has not been made.
ii Choose a failed deployment and click on the Edit button to view additional 
2 When a deployment has failed, and you have received a deployment alarm, check 
i Using CLI, check on the device whether the deployment change is on the 
device. 
ii If the change is on the device, the deployment alarm was likely raised because 
the configuration already exists on the device. Clear the failed deployment and 
resynchronize the device with the 5620 SAM.
If the change is not on the device, collect the information from the edit 
deployment form and contact your Alcatel support representative.

8-6 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B3 For client OSS applications, perform the following:
i Browse real-time alarms received via JMS. An alarm denoting a deployment 
failure contains the following text:
Attribute: alarmClassTag Value: generic.DeploymentFailure
The alarm also contains additional information, including the object affected by the alarm and the severity of the alarm. See the Alcatel 5620 SAM-O OSS 
Interface Developer Guide  for more information.
ii Find the following text in the alarm:
Attribute: requestID= requestID
The parameter specifies the request id sent with the original request. The 
request id should be unique per request.
iii Determine the original request using the request id.
iv Troubleshoot the original request. If t here are problems with the original 
request, clear the deployer, fix the request, and send the new request. See the

request, clear the deployer, fix the request, and send the new request. See the 
Alcatel 5620 SAM-O OSS Interface Developer Guide  for more information.
v If there are no problems with the original request, the failure may be caused by 
a network communication or router failure, or by packet collisions caused by 
conflicting configurations from multiple sources. You can:
resend the request
troubleshoot your network or router
Procedure 8-5  Problem: I cannot find the backups of the router 
databases
Check the following:
Device database backup settings have been set correctly. 
That .ndx and .cfg files have been created and saved to the router. See the 
7750 SR OS System Guide  for more information.
1 To check that router database backup setting are correct from the 5620 SAM client, 
choose Choose Mediation →Deployment and Site Backup/Upgrade from the 
5620 SAM main menu.

The Deployment and Site Backup/Upgrade form with the Deployers tab button 
displayed appears.
Note —  These steps describe how to troubleshoot asynchronous 
deployment requests only. Alcatel recommends that deployment 
requests be made in asynchronous mode.

and Restore information is displayed. Click on the Backup Folders and the Faults tab buttons to view additional troubleshooting information.
Procedure 8-6  Problem: Cannot communicate with the 5620 SAM 
server
The 5620 SAM client points to the correct IP address and port of the server. 
That the problem is not a network m anagement domain LAN issue. See chapter 
6 for more information.
The server PC or workstation, or the serv er process on the PC or workstation, is 
not responding correctly, or is not running.
1 To check that the 5620 SAM client points to the correct IP address and port of the 
server, open the nms-client.xml file using a text editor. The default file location is install directory /nms/config. 
2 Verify the IP address of the server as specified by the ejbServerHost parameter.
3 Verify the server port as specifi ed by the ejbServerPort parameter.
4 Modify the parameters if required.
5 Save the file if required.

8-8 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B6 To check server status, perform Procedure 9-4.
Procedure 8-7  Problem: Cannot star t the client, or I get an error 
message when I start the client
the 5620 SAM client and server have the same software versions and patch sets
the login name and password of the user are correct 
the server is up
the UNIX user of the 5620 SAM client has the same group permissions as the 
UNIX user who installed the 5620 SAM client.
1 To check that the 5620 SAM client and server versions are the same:
i Check the version of the 5620 SAM client by choosing Help →About from the 
5620 SAM client GUI main menu.
The About form appears displaying the version of the 5620 SAM client.
ii Check the version of the 5620 SAM server in the server shell window. The 
shell can be viewed from the workstation on which the server is running.

2 To check that the login name and the passwor d of the user are correct, modify the 
login and password as 5620 SAM admin and have the user attempt to log in.
i Start the 5620 SAM client as 5620 SAM admin.
ii Choose Security →5620 SAM Security Manager from the 5620 SAM main 
menu.
The Security Management (Edit) form appears with the General tab button 
selected.
iii Click the Users tab button.
iv Configure the list filter attributes and click on the Search button.
A list of users is displayed.
v Select a user.
vi Click on the Edit button.
The User form appears.
vii Enter a new password for the User Password parameter.
viii Confirm the password for the Confirm Password parameter.
ix Click on the Apply button to save the changes.
x Have the user attempt to start a 5620 SAM client and log in.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 8-9
May 2005 95-5887-01-00-B3 To check that the 5620 SAM server is up, and to view additional server configuration 
information:
i Open a shell or window on the workstation on which the 5620 SAM server is 
ii Navigate to the 5620 SAM server installation bin directory. The default 
directory location is server install directory /nms/bin. 
iii If the 5620 SAM server is on a PC, launc h the nmsserver.bat executable with 
the following parameters:
nmsserver.bat appserver_status ↵
The status of the server and other se rver configuration information is 
iv If the 5620 SAM server is on a workstation, launch the nmsserver.bat 
executable with the following parameters:
./nmsserver.bash appserver_status ↵
v To check additional server status conditions, peform Procedure 9-4.

Procedure 8-8  Problem: Problem  collecting large numbers of 
logged statistics record s or other large queries
When a client executes a request to the server to provide a large amount of data, such 
as requests for a large number of logged statistics, the 5620 SAM server may be unable 
to process the request if the query limit size is exceeded. A warning message is presented to the user on the client GUI, or an OSS client receives a SOAP invocation 
error indicating that the result set is too la rge. Modify the nms-server.xml file to change 
the limit.
1 Open the nms-server.xml file using a text editor. The default file location is install 
directory /nms/config 
2 Change the externalQueyrLimit size parameter to an appropriate size. The

the limit.
2 Change the externalQueyrLimit size parameter to an appropriate size. The 
parameter specifies the size of the queries allowed by the server when requested 
by a client.
3 The default number of records is 50000. Increase the number of records, for 
example, to 500000 for larger queries of logged statistics data.
Note —  Increasing the limit consumes more server resources. A smaller 
limit is more suitable when multiple clients are requesting large amounts 
of data at the same time.

8-10 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B4 Save the changes to the file.
Procedure 8-9  Problem: Cannot vi ew alarms from a 5620 SAM on a 
5620 NM or 1354 BM
Possible causes include incorrectly configured param.cfg parameters on the 5620 NM or 
1354 BM to allow the forwarding of alarms to those platforms from the 5620 SAM.
1 Open a command tool on the 5620 NM or 1354 BM.
2 For:
a The 5620 NM, navigate to the AS tool IM directory by typing:
/opt/netmgt/ALMAP/as/data/ascurim_0 ↵
b The 1354 BM, navigate to the AS tool IM directory by typing:
/usr/Systems/1354BMETH_1/AS/data/ascurim ↵
3 Open the param.cfg file.
4 Ensure the NSP_USE_NSP and CORBA_ SERVER_DISCOVERY parameters are 
set to True.
5 Save the changes and close the file.
6 When the filters for CORBA are set to True, ensure the CORBA filter files are set 
correctly.
For:a The 5620 NM, navigate to the AS tool IM configuration directory by typing:

communication activity check to an appropr iate time. The default is 1 min. The 
client and server communicate regularly to determine if a session is still active. 
If the communication fails during the specified time, the session is stopped. Causes for the failure could be heavy server or network traffic.
1 To disable the GUI activity check, choose Security →5620 SAM Security Manager 
from the 5620 SAM main menu.
The Security Management (Edit) form appears with the General tab button selected.
2 Set the Client Timeout (minutes) parameter to 0 to disable the GUI inactivity check. 
Alternately, you can configure a higher value for the parameter, to increase the time 
that must pass before the client GUI is shutdown due to inactivity.
3 Save the changes and close the form.
4 To reconfigure the reconfigure the client-server communication activity check.
i Open the nms-client.xml file using a text  editor. The default file location is 
install directory /nms/config

ii Change the serverTimeoutMinutes parameter to an appropriate time. The 
parameter specifies the amount of time that can elapse without client-server communication. The client shuts down when the time elapses if activity 
checking is enabled.
iii Save the file.
5 Changes to the configuration of the server may cause communication problems and 
eventually lead to the server shutting down.
a Check for the server heartbeat in the status bar of the client GUI. If the 
heartbeat disappears, check LAN communication between the server and 
client. See chapter 6 for more information about network management LAN 
troubleshooting.

8-12 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-Bb Changing the operating system system clock on the server PC or workstation 
can cause communication problems on the client. If the server system clock is changed, the clients should log off and the server should be restarted. Alcatel 
recommends that the server system clock should be tied to a synchronous 
timing source, to eliminate time shifts that may lead to polling and communication problems.
Procedure 8-11  Problem: I saved a configuration on the GUI, but 
cannot see the change
The 5620 SAM supports the configuration of certain complex objects, such as services, 
using a sequence of configuration forms and steps  or templates. Additional configuration 
forms and steps may be contained within the main, or parent, configuration form. For example, when you configure a VLL service, a site configuration form is contained within

forms and steps may be contained within the main, or parent, configuration form. For example, when you configure a VLL service, a site configuration form is contained within 
the main configuration form. In turn, an L2 inte rface configuration form is contained within 
the site configuration form. Alternately, when you use service templates, parent templates for site configuration must also be configured.
Objects configured in contained configuration forms are not saved until the main 
configuration form is saved. For example, when you configure a VLL service, sites or L2 interfaces that you have configured are not saved until the service is created when the 
main configuration form is saved. You cannot view new objects or new object 
configurations in other parts of the GUI, such as the equipment manager, until the service is saved.
The 5620 SAM displays a dialog box that indicates when objects that have been

The 5620 SAM displays a dialog box that indicates when objects that have been 
configured in contained configuration forms will not be saved until parent configuration 
forms are saved.
Procedure 8-12  Problem: I performe d a search or list function, and 
it takes too long to complete
You can perform simple or complex searches using the Find menu on the 5620 SAM 
main menu to query the database for informati on about services, subscribers, and other 
stored data. When you use a simple search to display, at the same time, the following 
types and numbers of objects, performance may be affected. Use a filtered search to reduce the number of objects.
more than 5 000 services and more than 5 000 services for subscribers
more than 10 000 FIB or ACL entries

Alcatel 5620 Service Aware Manager, Release 2.1 R2 8-13
May 2005 95-5887-01-00-BProcedure 8-13  Problem: I cannot se lect certain menu options or I 
cannot save configurations
The 5620 SAM allows the administrator to restrict access to parts of the GUI, or restrict 
the ability of a user to configure objects or save configurations. Check with your administrator to determine your privileges.
As well, the license key must enable the appr opriate software module to perform a certain 
function. For example, if the 5620 SAM-P module is not installed or licensed, you cannot 
use the GUI to create a service. See Procedure 9-1 for more information about viewing 
license keys to determine what modules are installed.
Procedure 8-14  Problem: I cannot see related object information for 
an alarm
The 5620 SAM limits the propagation of relationships related to alarms information when

an alarm
The 5620 SAM limits the propagation of relationships related to alarms information when 
the number of alarms in the database exceeds 10, 000. These relationships are used to 
perform alarm correlation. Should alarm correlation be necessary, the administrator can increase the alarm count. The alarm count s hould not be increased if GUI performance 
is affected by the number of outstanding alarms. Reduce the number of outstanding 
alarms by logging alarms whenever possible.
1 Go to the install directory /nms/config directory or folder on the server and locate the 
nms-server.xml file.
2 Open the nms-server.xml key file using a text editor.
3 Search for the <faultManager maxAlarmCount=” XXX”> tag.
4 Modify the value, as required.
6 From the install directory/nms/bin directory or folder on the server machine, run the 
following
nmsserver read_config ↵

following
This reconfigures the maximum alarm count on the server.

8-14 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BProcedure 8-15  Problem: I cannot clear alarms using the 5620 SAM 
client GUI
A resynchronization problem between the 5620 SAM client GUI and the server/network 
may cause alarm clearing issues. Try the following:
resynchronize the managed devices
stop and restart the client GUI
check server status
check the SNMP trap destina tion from the managed devices
1 Try the following:
a Resynchronize the devices:
i Choose Mediation →Discovery Manager from the client GUI main menu.
ii Click on the Resync Status tab button.
iii Select a device.
iv Choose to ignore timestamps.
v Click on the Resync button.
b Stop and start the client GUI, as described in the 5620 SAM User Guide .
c Run the nmsserver status script, as described in Procedure 9-4. Check that 
sufficient free memory is available.
d Check the destination of SNMP traps from the managed devices, as

d Check the destination of SNMP traps from the managed devices, as 
configured using the 5620 SAM Installation and Upgrade Guide . If necessary, 
ping the management IP address of the 5620 SAM server to ensure IP 
reachability from the managed devices. Devices can appear to be managed 
from the client GUI even if there is no IP reachabiltiy, but resynchronizations will fail in that case.
2 Collect the EmsServerLog and EmsClientLog files for your Alcatel support 
representative, as described in chapter 2.
Procedure 8-16  Problem: Received an exception that an SSL PKI 
certificate is not trusted
When a client GUI is run after SSL is conf igured between the server and client GUI, an 
error message on the GUI or the EmsClient Log.txt file may be generated. The message 
in the EmsClientLog.txt file may appear like this:

sun.security.validator.ValidatorException: No trusted certificate 
found at sun.security.validator.SimpleValidator.buildTrustedChain(Unknown 
Source) at 
sun.security.validator.SimpleValidator.engineValidate(Unknown Source) at sun.security.validator.Validator.validate(Unknown Source)

Alcatel 5620 Service Aware Manager, Release 2.1 R2 8-15
May 2005 95-5887-01-00-Bat 
com.sun.net.ssl.internal.ssl.X509TrustManagerImpl.checkServerTrusted
(Unknown Source) at com.sun.net.ssl.internal.ssl.JsseX509TrustManager.checkServerTrusted
(Unknown Source) at 
com.sun.net.ssl.internal.ssl.SunJSSE_az.a(Unknown Source) at com.sun.net.ssl.internal.ssl.SunJSSE_az.a(Unknown Source) at com.sun.net.ssl.internal.ssl.SunJSSE_ax.a(Unknown Source) at 
com.sun.net.ssl.internal.ssl.SSLSocketImpl.a(Unknown Source) at 
com.sun.net.ssl.internal.ssl.SSLSocketImpl.j(Unknown Source) at com.sun.net.ssl.internal.ssl.SSLSocketImpl.a(Unknown Source) 
Ensure the following:
the client GUI nmsclient.bat file is updated with the correct java virtual machine 
argument to include the path to the certificate keystore, as described in the 
5620 SAM User Guide
the server is properly configured to run when SSL is enabled, as described in Procedure 9-12

8-16 Alcatel 5620 Service Aware Manager, Release 2.1 R2

Alcatel 5620 Service Aware Manager, Release 2.1 R2 9-1
May 2005 95-5887-01-00-B9 — Troubleshooting 5620 SAM server 
issues
9.1 Troubleshooting 5620 SAM server issues 9-2

intermediate routers because the packets exceed the device MTU, causing 
resynchronizations to fail.
Additional devices cannot be managed, but can be discovered, when the license key card 
(MDA) limit is exceeded. When an incorrect license key is entered during installation, or the license key file is corrupt, you can correct it in the install directory /nms/config 
1 Check the license key.
i Choose Help →About from the 5620 SAM client GUI main menu.
The About form appears.
ii Verify that the number of managed cards (MDAs, also called daughter cards) 
is not greater than the number that the license key supports. If you have a new license key with an increased number of managed cards (MDAs), you can 
dynamically update the license key without shutting down the server.
iii Check the dynamic alarm list on the 5620 SAM client GUI or the JMS real-time 
alarm feed from the 5620 SAM OSS client application for critical alarms related 
to exceeding the license limits.

9 —  Troubleshooting 5620 SAM server issues
Alcatel 5620 Service Aware Manager, Release 2.1 R2 9-3
May 2005 95-5887-01-00-BContact your Alcatel support representative to verify that your license enables 
the 5620 SAM-O server.
vi Type the updated license key in the file, if required.
vii Save the changes, if required.
viii Open a shell or window.
ix Go to the install directory  bin directory or folder.
x Type:
The changes to the nms-server.xml file are read, and the license count for 
managed cards (MDAs) is updated. Any additional licensed software modules 
are also enabled.
2 Check the amount of swap space available. Insufficient swap space can prevent the 
5620 SAM server from launching. See Procedure 7-4 for more information.
3 Specific ports need to be available for the 5620 SAM server. See Procedure 6-4 for 
more information about specific port values.
i Go to the install directory /nms/config directory or folder and locate the 

ii Check the ejbServerPort xml tag.
iii Ensure that this port number is not used by any other application. For example, 
a browser launched on the same platform as the 5620 SAM server may be 
using the same port number required by the 5620 SAM server. Alcatel recommends that you do not run any other applications on the 5620 SAM 
server platform.
4 The 7450 ESS and 7750 SR are configured to send SNMP packets of up to 9216 
bytes, as described in step 3 in Procedure 9-3.

9-4 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BWhen an intermediate network device, such as a router, receives the management 
traffic to and from the 5620 SAM and the managed network, it must be able to process packets of up to 9216 bytes. If this exceeds the MTU for the intermediate 
device, or if the device cannot perform packet fragmentation, then large packets 
may be dropped and resynchronization may fail. Consider the following:
Ensure devices located between the managed devices, such as the 7750 SR, 
and 5620 SAM can handle an MTU size of 9216 bytes or can fragment large 
SNMP packets.
Verify that large packets can travel from the managed devices to the 5620 SAM by using CLI to ping the IP address of the 5620 SAM server, using a large 
packet.
Ensure firewalls between the 7450 ESS and 7750 SR and the 5620 SAM sever 
are configured to allow traceroute and ping packets.

packet.
i Log on to the 7750 SR or other 5620 SAM-managed device.
ii Run the traceroute command:
> traceroute SAM_server_IP_address  ↵
A list of hops and IP addresses appears.
iii Ping the first hop in the route from the managed device to the 5620 SAM 
server:
> ping intermediate_device_IP_address  size 9216 ↵
A successful response indicates that the intermediate device supports large 
SNMP packet size or packet fragmentation.
iv Repeat for all other hops until a ping fails, or until a message indicates that 
there is an MTU mismatch. When a ping fail s, it indicates that the intermediate 
device does not support large SNMP packets or packet fragmentation.
v Check the configuration of the intermediate device, and configure 
fragmentation or enabled a larger MTU size.
Procedure 9-2  Problem: The 5620 SA M server on a Solaris platform

Procedure 9-2  Problem: The 5620 SA M server on a Solaris platform 
cannot be reached or does not respond
When the links and ping commands indicate that IP communications are active, but there 
are still IP reachability issues, the problem could be poor LAN performance.
To test whether IP packets are arriving at the PC or workstation, whether packets are 
missing, or whether packets are slowed because of round trip delays, use the ping -s 
command. The ping -s command issues a number of sequentially ordered packets. If 
these packets are returned out of sequence, it indicates that there are LAN problems.
1 Perform a ping -s to test reachability, as described in Procedure 6-3.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 9-5
May 2005 95-5887-01-00-B2 On Solaris installations, If you cannot ping the 5620 SAM server, make sure that the 
host name of the server is in the /etc/hosts file.
i Change to the /etc directory by typing:
cd /etc ↵
ii Open the hosts file with a text editor, such as vi or textedit.
iii Add the host name and IP address of the 5620 SAM server. For example, type:
123.456.789.10  station3
where 123.456.789.10  is the IP address of the 5620 SAM server named station3
iv Save the changes and close the file.
Procedure 9-3  Problem: 5620 SA M server response times are 
slower than normal
As the number of managed devices grows and when more GUI or OSS clients are 
brought online, the processing load on the 5620 SAM server increases. Ensure the 
minimum platform requirements for the 5620 SAM server are met
server performance is fine-tuned to allow for network growth

1 Verify the minimum platform requirements for your system. See the appropriate 
release notice or the platform sizing docum ent, available from your Alcatel support 
representative.
2 Try to ping -s the server, as described in Procedure 9-2.
3 Check that the engine ID for the managed device has not been reused by multiple 
managed devices, as described in Procedure 9-6.

9-6 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B4 Fine-tune the number of threads that ar e available to handle general deployment 
requests from the clients to the network and the threads that are available to handle statistics collection from network devices.
i Go to the install directory /nms/config directory.
ii Open the nms-server.xml key file using a text editor.
iii Search for the following text: deploymentWorker.
iv Update the number of threads available. The range is 1 to 30. The default is 10.
The nePoolSize specifies the number of deployment threads. Increase the 
number, depending on the increase in the amount of client configuration 
activity, or the number of network devices.
The statsPoolSize specifies the number of statistics collection threads. 
Increase the number, depending on the increase in the interval and number of statistics collected from network devices, or the number of devices from

Increase the number, depending on the increase in the interval and number of statistics collected from network devices, or the number of devices from 
which statistics are collected.
v Save the changes and close the file.
Procedure 9-4  Problem: Unsure of the status of my server
The server executable provides flags that can be used to determine the status of the 
server, including the following:
how long the server has been up
memory available and used
database connectivity status
threads in use
1 Open a shell or window.
2 Go to the install directory  bin directory or folder.
3 Launch the nmsserver.bash or nmsserver.bat  executable with the following flag:
nmsserver.*  executable flag  ↵
where
nmsserver.*  is either nmsserver.bash or nmsserver.bat
executable flag  is one of the options in Table 9-1

Alcatel 5620 Service Aware Manager, Release 2.1 R2 9-7
May 2005 95-5887-01-00-BTable 9-1 nmsserver.* flag options
Flag option Description
daemon Starts the 5620 SAM server in non-interactive mode. This 
is the recommended usage. Not using a flag also starts the server in interactive mode.
start Starts the 5620 SAM server in interactive mode.appserver_status Provides information about the status of the 5620 SAM 
server. See step 4 for more information.
appserver_version Provides build informat ion, including the start date of the 
current instance of the 5620 SAM server.
nms_status username  userpassword Provides the following information:
5620 SAM server start time and running time
total available memory and memory used
status of a database connectivity test
number and status of memory threads in use
nms_version Provides the current build of 5620 SAM software.
jvm_version Provides information about  the currently running version of

jvm_version Provides information about  the currently running version of 
the Java Virtual Machine environment.
read_config Provides the ability to re read the server configuration file, 
nms-server.xml, while the serv er is running. This allows 
you to update parameters for the server without shutting the server down, for example, to update alarm agent settings or change the managed card (MDA) license count.
script_env Provides information about  the directory structure of 
scripts used by the 5620 SAM software.
stop Stops the 5620 SAM server.

9-8 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B4 The following sample shows the output of the appserver_status option. This option 
provides general information about the server. It also lists thread information.
Application Server is started
-----------------------------
HostAddress=138.120.152.74
AvailableProcessors=2OSArch=sparc
OSVersion=5.9
HostName=mojoJavaVendor=Sun Microsystems Inc.
JavaVMName=Java HotSpot(TM) Client VM
FreeMemory=902843456ActiveThreadGroupCount=5
TotalMemory=1255145472
JavaVMVersion=1.4.2_02-b03ActiveThreadCount=145
JavaVMVendor=Sun Microsystems Inc.
OSName=SunOSJavaVersion=1.4.2_02
MaxMemory=1255145472
#
5 Check the output to ensure the following:
free memory falls within the available memory range, with memory to spare
the MaxMemory and TotalMemory values match or are close in value, otherwise 
other applications may be affecting available memory for use by the 5620 SAM

Alcatel 5620 Service Aware Manager, Release 2.1 R2 9-9
May 2005 95-5887-01-00-BProcedure 9-5  Problem: All SNMP traps from 7750 SRs are arriving 
at one 5620 SAM server, or no SNMP traps are arriving
When you install the 5620 SAM server, you spec ify a port where SNMP traps arrive. In 
addition, two sets of configurations must be completed for SNMP trap notifications to work:
Enable key SNMP parameters on the routers before managing them.
Ensure that a unique trapLogId is specified for each router to communicate with the 5620 SAM. If the trapLogId is used by other applications or by another 
5620 SAM, traps may be misdirected or directed to only one machine.
1 Enable the system ID of the 7750 SRs to be managed by the 5620 SAM:
i Run the following CLI command on the 7750 SRs, in sequence:
configure router interface system
address <a.b.c.d> /32
where <a.b.c.d>  is the system ID and /32 is the bitmask
ii Close CLI.

2 Run the following CLI command to enable the SNMP engine and configure at least 
one SNMPv2 community on all 7750 SRs to be managed by the 5620 SAM:
configure system snmp no shutdown
configure system security snmp community name of community  rwa 
version both
where name of community  is the SNMPv2 community name
admin save
3 Run the following CLI command on all 7750 SRs to be managed by the 5620 SAM 
to ensure that all get SNMP PDU commands are properly run:
system snmp packet-size 9216
admin save
Note —  You must have group and user permissions to configure the 
managed devices.
Note —  The command is used for the 5620 SAM write mediation policy. 
If you are using SNMPv2, you must use this mediation policy for read as well, or create another mediation policy that is also configured for rwa.

9-10 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B4 Run the following CLI command to ensure persistent SNMP indexes are used:
bof
persist on
save
back
admin save
admin synchronize boot-envadmin reboot
Are you sure you want to reboot? (y/n) y
If the router was already managed, unmanage ( delete) the router and rediscover the 
router.
5 Run the following CLI command to enable Telnet on the managed device. By 
default, the devices use SSH:
config system security telnet-server
6 Now that SNMP communication is enabled, ensure that SNMP trap configuration is 
running using the following CLI command:
configure log
info
Check the output for the following information.
an SNMP trap group
that the SNMP trap group is associated with the IP address of the 5620 SAM 
server
7 Go to the install directory /nms/config directory or folder to check that SNMP values 
are correctly set to enable traps to reach the 5620 SAM server.

server
8 Open the nms-server.xml key file using a text editor. Search on the tag <snmp>.
9 Verify the following:
the port is available to the network devices
the trapLogId is unique for each network device to communicate with the 
5620 SAM
10 Update the <snmp> fields as required.
11 Save the changes, if required, and close the file.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 9-11
May 2005 95-5887-01-00-BProcedure 9-6  Problem: Cannot discov er more than one device or a 
resynchronization of devices fails
When using SNMPv3 encryption, the engine ID of the managed device must be unique. 
As well, SNMP issues may result in Polling Problem alarms. Otherwise, the following issues may occur:
unreliable or slow discovery of network devices
resynchronization during scheduling polling fails
slow communication and synchronization times
polling fails
1 Verify the engine IDs in the managed network using the client GUI and CLI on all 
managed devices. See the 5620 SAM User Guide  and the appropriate device 
documentation for more information.
2 If required, use CLI to change the change the engine ID. See the appropriate device 
3 Configure or modify the configuration of SNMPv3. See the 5620 SAM User Guide  
for more information.

4 If required, check the NIC card and all cables from the managed devices to the 
network management domain. This problem may be seen when numerous Poller 
Problem communication alarms are raised.
Procedure 9-7  Problem: The 5620 SA M server starts up, and then 
quickly shuts down
Redirect the output of the nmsserver startup to check for JVM errors.
1 Open a command tool or DOS prompt.
2 Before you start nmsserver.bat or nmsserver.bash, output the startup messages to 
a readable console by typing:
nmsserver.bat > server.out  log 2/&1
where server.out  is the log file name
3 Review the log output for JVM process errors.
Procedure 9-8  Problem: Unable to receive alarms on the 5620 NM 
from the 5620 SAM
Check that the 5620 NM AS tool is properly configured to receive alarms from the 
5620 SAM.

9-12 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B1 Ensure that the integration software is properly configured, as described in the 
5620 SAM Installation and Upgrade Guide .
2 Configure the param.cfg file on the 5620 NM to ensure that alarms are forwarded 
from the 5620 SAM to the 5620 NM AS tool:
3 Open a command tool on the 5620 NM.
4 Navigate to the AS IM directory on the 5620 NM by typing:
5 Open the param.cfg file.
6 Set the NSP_USE_NSP parameter to True.
7 Ensure that the following param.cfg file parameters are configured to True:
DROP_FREE_ALARMS
CORBA_SERVER_DISCOVERY
UNMANAGE_ON_TERMINATION
8 Save the changes and close the file.
Procedure 9-9  Problem: Commu nication issues between the 
5620 SAM server and database
ensure that you can ping the database from the 5620 SAM server, as described 
in Procedure 9-2

Alcatel 5620 Service Aware Manager, Release 2.1 R2 9-13
May 2005 95-5887-01-00-B2 Go to the install directory /nms/config directory or folder and locate the 
nms-server.xml file to check that r edundant database configuration values are set 
correctly to allow the 5620 SAM server to communicate with the active database 
and, in the case of a database failure, the standby database.
i Open the nms-server.xml key file using a text editor.
ii Verify the following:
To allow automatic failover between the active and standby databases, 
ensure the allowFailOver parameter is set to yes. The default is no.
To allow manual switchovers between the active and standby databases using the client GUI, ensure the allowSwitchOver parameter is set to yes.
To specify the number of database connection retries initiated by the server 
before a failover to the standby database is performed, ensure the 
dbConnectMaxRetries parameter is configured.

The database name, database username, standby database name, standbyHost, primaryTnsName, standbyTnsName, and passwords match 
the settings configured during installation, as described in the 5620 SAM 
Installation and Upgrade Guide .
iii Save the changes, if required, and close the file.
Procedure 9-10  Problem: Statisti cs are rolling over too quickly
Statistics database tables roll over, or lose st atistics during an interval, if the tables fill 
before all statistics are collected or the next collection interval starts. To ensure sufficient 
statistics collection, consider the following:
the statistics table size, depending on the configuration specified in the 5620 SAM Installation and Upgrade Guide
the number of statistics collected, the number of objects with statistics collection

9-14 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BProcedure 9-11  Problem: Redundancy issues for the 5620 SAM 
server and database
Check: 
that all parameters configured using the DBconfig and ClientServerInstall 
installers were performed correctly, as described in the 5620 SAM Installation 
and Upgrade Guide
that there is sufficient time for the server to validate the need for an activity check 
configurations are correct to handle two redundant servers behind a firewall
1 Go to the install directory /nms/config directory or folder and locate the 
correctly to allow the 5620 SAM server to communicate with the primary (active) 
database and, in the case of a database failure, the standby database.

using the client GUI, ensure the dbAutoFailOver parameter is set to yes.
before a failover to the standby database is performed, ensure the dbConnectMaxRetries parameter is configured. The default is 100.
The database name, database username, standby database name, 
standbyHost, and passwords match the settings configured during 
installation, as described in the 5620 SAM Installation and Upgrade Guide .
2 Save the changes, if required, and close the file.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 9-15
May 2005 95-5887-01-00-B3 The detection failure check default time for primary to standby server pings should 
be sufficient in most network cases. However, when there are dropped packets in the NMS LAN, the server redundancy check timeout value should be changed to 
ensure LAN problems do not cause a server activity switch.
i As admin, open a command or shell tool.
ii Change to the install_dir /nms/jboss/server/default/deploy directory
iii Open the cluster-service.xml file using an editor.
iv Change the ping timeout value. The default value is 1500 ms, and the server 
tries to verify connectivity three times. By default, the activity switch occurs (3 
X timeout_value ) + timeout_value )).
4 Check firewall configurations, and ensure that the cluster-service.xml file in the

4 Check firewall configurations, and ensure that the cluster-service.xml file in the 
/nms/jboss/server/default/deploy directory is properly configured, as indicated in the 
Alcatel 5620 SAM Planning Guide .
Procedure 9-12  Problem: server  is unresponsive after SSL is 
configured
You may not be able to display the server status or stop the server when SSL is enabled.
Ensure the following: 
the server nmsserver.bat or .bash file is updated with the correct java virtual 
machine argument to include the path to the certificate keystore, as described in 
the 5620 SAM User Guide
if the server status cannot be displayed, update the execjava.bat or .bash file 
with the correct java virtual machine argument to include the path to the certificate keystore, as described in the 5620 SAM User Guide
the server is restarted after the nmsserver.bat file is updated

Use the following java virtual machine statement in the appropriate *.bat or *.bash file.
-Djavax.net.ssl.trustStore= samserver.keystore
where samserver.keystore  is the full path to the keystore

9-16 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BIf the keystore file is under the jboss directory, modify the *.bat or *.bash file to modify the 
JVM_HIGH_OPTIONS, as described in the 5620 SAM User Guide . The following shows 
an example for the *.bat file.
set JVM_HIGH_OPTION=%JVM_OPTIONS_MEM% %JMV_OPTIONS_OTHER%
set JVM_HIGH_OPTIONS=%JVM_HIGH_OPTIONS%
-Djavax.net.ssl.trustStore=%NMS_ROOT%\nms\jboss\server\default\conf\
samserver.keystore
start NMS client /MIN %JRE_ROT%\bin\javaw 
-Dcom.timetra.nms.propertyFile=%CONFIG_FILE% %JVM_HIGH_OPTIONS%
-Djava.security.policy=%POLICY_FILE% -classpath %CLIENT_CLASSPATH% 
com.timetra.nms.client.gui.main.NmsClient

Alcatel 5620 Service Aware Manager, Release 2.1 R2 10-1
May 2005 95-5887-01-00-B10 — Troubleshooting the 5620 SAM 
database
10.1 Database troubleshooting 10-2

10 —  Troubleshooting the 5620 SAM database
10-2 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B10.1 Database troubleshooting
The following procedures describe how to troubleshoot 5620 SAM database issues.
Procedure 10-1  Problem : My database is running out of disk space
Sufficient database disk space is essential for your database to operate effectively. You 
can also check whether your database backup schedule is adequate. Underscheduling 
backups while the database is in ARCHIVELOG mode creates numerous archived log files.
1 Verify that the database platform is adequately sized. The minimum platform 
requirements are available in the appropriate release notice or the 5620 SAM 
Planning Guide , available from your Alcatel support representative.
2 Check the partition or root database backup directory to ensure that:
the size of the assigned disk space or slice is sufficient

the disk directory or slice is sufficient to hold the three database backups in the 
backupset1, backupset2, and backupset3 folders or directories
Warning —  Performing any database modifications using the Oracle 
database or tablespace tools can cause irreparable harm to the 
database and your network mana gement data. Performing such 
modifications can void your Alcatel warranty and support 
agreements. Contact your Alcatel t echnical support representative to 
help you troubleshoot your database.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 10-3
May 2005 95-5887-01-00-B3 If the disk directory has many archived log files due to underscheduling of database 
backups:
i Locate the archived log files on the database PC or workstation.
ii Delete the files using an appropriate operating system utility.
iii Connect to the RMAN Oracle utility to indicate the archived log file deletion by 
typing:
rman target user_name /user_password  ↵
where user_name  and user_password  are the Oracle database user account and password
iv Type the following commands to verify the archivelog changes and to exit 
RMAN:
RMAN>crosscheck archivelog all; ↵
RMAN>exit; ↵
v Perform a database backup using the 5620 SAM client GUI, as described in 
the 5620 SAM User Guide , or using the DBconfig installer, as described in the 
vi Store the database backup in a secure location.

Procedure 10-2  Problem: A shor t database backup interval is 
creating database performance issues
Overscheduling the number of database backups may affect database performance, as 
the PC or workstation uses its system resources to create the backups.
1 On a 5620 SAM client GUI, choose Policies →Database Manager from the 
5620 SAM main menu. The Database Manager form appears.
2 Click on the Backup tab button.
3 Click on the Schedule Backup button.
4 Check the Backup Frequency and Frequency Unit parameters. For example, setting 
the Backup Frequency parameter to 6 and setting the Frequency Unit parameter to 
hour means a backup is performed every 6 hours, or four times a day.
This can cause performance issues, as dat abase PC or workstation resources are 
used to create backups, rather than process requests.

5 Modify the Backup Frequency and Frequency Unit parameters as required to 
improve performance.

10-4 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B6 Move the database backups to a secure location for storage or future use, according 
to your company policy.
Procedure 10-3  Problem: I need to  immediately restore a backed-up 
database to recover fr om a catastrophic problem
Restore the database from a backup version. Alcatel recommends that the database is 
restored on a new workstation. If you must perform the restoration of the database on the 
same workstation where the original database is installed, you must shut down the 
original database instance before performing the restore.
1 As the oracle user, launch the 5620 SAM database configuration tool from the 
appropriate directory on the product DVD, as described in the 5620 SAM Installation 
and Upgrade Guide .
a For Solaris, type:
./DBConfig.bin ↵
b For Windows, double-click on the DBconfig.exe file.
The 5620 SAM database configuration tool is launched.

2 Specify the following database restore information, which is available from the 
dbconfig.properties file or the Policies →Database Manager 5620 SAM client GUI 
main menu:
database name
DBID, which is the unique numerical identifier of the database as shown in the 
control file backup, after the ‘c-’ prefix. For example, for 
c-123456789-20050505-00 the DBID is 123456789.
database instance name, which must be unique if the database restore is 
performed on the same workstation where the original database is installed, and the original database is not removed
Note —  Ensure that the backup location is not tampered with, 
overwritten, and has enough space to contain the database. For regularly 
scheduled backups, ensure that there is enough space for numerous backup copies of the database.

database or tablespace tools can c ause irreparable harm to the database 
and your network management data. Performing such modifications can 
void your Alcatel warranty and support agreements. Contact your Alcatel technical support representative to help you troubleshoot your database.
Note —  If you use an existing database instance name for the new 
database instance name, the existing database instance is overwritten.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 10-5
May 2005 95-5887-01-00-B3 Specify the backup directory where the backed up version of the database can be 
found.
The path to the backup directory on the restoration workstation must match the 
backup directory on the workstation where the backup is made.
4 Specify whether to create a copy of the backed up database. When the backup 
database is restored, Oracle modifies the backup and it cannot be reused.
5 Specify any additional parameters, as listed in the 5620 SAM Installation and 
Upgrade Guide .
6 For Solaris installations, run the following from the install 
directory /config/ databasename  directory:
solaris_root.sh ↵
This script enables automatic database startup and shutdown at reboot.
To retrieve the changes since the database was saved and restored, you can:
wait for the normally scheduled polling interval to retrieve the latest changes to 
the MIB
resync with the network

the MIB
rediscover portions of the network as required
Procedure 10-4  Problem: The Orac le database is not performing as 
expected on a Solaris platform
1 Ensure that the following Solaris kernel settings are correct in the /etc/system file:
set semsys:seminfo_semmni=100
set semsys:seminfo_semmns=1024
set semsys:seminfo_semmsl=256set semsys:seminfo_semmnu=400
set semsys:seminfo_semume=200
set shmsys:shminfo_shmmax= value_of_RAM
set shmsys:shminfo_shmmin=1
set shmsys:shminfo_shmmni=100
set shmsys:shminfo_shmseg=10
where value_of_RAM  is at least half of physical RAM size for the workstation platform, for example 
1073741824 for 2Gbytes of RAM
2 Ensure the shmmax value in the system file does not exceed available physical 
RAM.
Warning —  Performing any database modifications using the Oracle

RAM.
void your Alcatel warranty and support agreements. Contact your Alcatel 
technical support representative to help you troubleshoot your database.

10-6 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B3 Reboot the system using the init 6 command.
Procedure 10-5  Problem: The da tabase restore fails with a no 
backupsets error
Database backupsets expire based on a retention period. The default retention period is 
seven days. After the retention period passes, the database backupsets are set to expired. You cannot restore databases from expired backupsets.
Use the following procedure to change the status of database backupsets from expired 
to available. Before you perform this procedure:
the control file must be restored
the database instance must be started, but not mounted, using the restored control file
1 On the restore server, connect to the target database using RMAN by typing:

See the appropriate Oracle documentation for more information about using RMAN.
2 List all database backupsets by typing:
RMAN>list backup; ↵
3 Record the numbers of the database backupsets that are marked as expired.
4 Change the status of the expired database backupsets to available by typing:
RMAN>change backupset backupset_number  available; ↵
where backupset_number  is the database backupset that you want to set to available and restore
5 List all database backupsets listed in step 2 and verify that the status of the required 
backupset is set to available.
Caution —  Failure to reboot may cause Oracle 
database problems.
database management tools can cause irreparable harm to the database and your network management data. Performing such modifications can

database management tools can cause irreparable harm to the database and your network management data. Performing such modifications can 

Alcatel 5620 Service Aware Manager, Release 2.1 R2 10-7
May 2005 95-5887-01-00-B6 Restore the database using RMAN command by typing:
RMAN>restore database; ↵
RMAN>recover database; ↵
RMAN>alter database open resetlogs; ↵
Procedure 10-6  Problem: data base redundancy is not working
Database redundancy between an primary (active) and standby is performed during 
installation.
1 Ensure that database redundancy configuration was performed properly, as 
specified in the 5620 SAM Installation and Upgrade Guide :
The primary database was configured before the standby database.
The primary and standby databases must be on different workstations.
Ensure the active and standby database directory structures and configurations 
are identical on both workstations.
Ensure that there are identical operating system and versions of the 5620 SAM software installed on the active and standby database workstations.

2 Ensure there are no LAN communication problems between the active and standby 
database platforms. Consult your LAN tr oubleshooting guidelines, or chapter 6 for 
3 Ensure the database redundancy parameters are properly configured in the 
5620 SAM server nms-server.xml file. See Procedure 9-11.
Procedure 10-7  Problem: unable to verify that Oracle database and 
Listener services have started
Oracle database and listener services are started by default on Windows PCs and Solaris 
workstations. If you are unsure of the status of Oracle database and listener services, 
perform the following.
1 Ensure that database configuration was performed properly, as specified in the 
5620 SAM Installation and Upgrade Guide
2 To verify that Oracle Listener and Oracle database services have started.

a On Windows PCs:
database management tools can cause irreparable harm to the database 
and your network management data. Performing such modifications can void your Alcatel warranty and support agreements. Contact your Alcatel 

10-8 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-Bi Choose Start →Settings →Control Panel →Administrative 
Tools→Services.
ii Scroll the list of services and verify that the 
Oracle oracle_home TNSListener, for example, OracleTNSListener, and 
OracleService name_of_db  services, for example, OracleServicesamdb, 
show a status of started and that the startup type is Automatic.
If the service has not started, right-click on the service name from the 
services list and choose Start from the contextual menu. If the startup type is set to Manual instead of Automatic, right-click on the service name 
in the services list and choose Properties from the contextual menu. Set 
the Startup type to Automatic.
b On Solaris platforms:
i For the Listener, type:
ps -ef|grep tnslsnr ↵
One entry should be shown for the Listener.
ii For the database, type:
ps -ef|grep ora ↵
There should be multiple Oracle instances listed.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 11-1
May 2005 95-5887-01-00-B11 — 5620 SAM client GUI warning 
message output
11.1 5620 SAM client GUI warning message overview 11-2
11.2 Responding to 5620 SAM client GUI warning messages 11-5

a Problems Encountered window is displayed. See section 12.1 for more 
Incorrect data entry
When incorrect information is entered for a parameter, a warning message that 
describes the error is displa yed. For example, when you configure a password for a 
site user, the value entered for the Pass word parameter and the Confirm Password 
parameter must match. If they do not match, a warning message is displayed, as shown in Figure 11-1.
Figure 11-1  Password mism atch warning dialog box
Additional information required
When the value selected for a parameter has a that requires another parameter to be 
configured, a warning message indicates th e missing information that is required. 
For example, when you configure a new or  existing user with MD5 or SHA as the 
value for the Authentication Protocol para meter, a password must be configured. If 
you do not configure a password, a warning me ssage is displayed, as shown in Figure 
11-2.

11 —  5620 SAM client GUI warning message output
Alcatel 5620 Service Aware Manager, Release 2.1 R2 11-3
May 2005 95-5887-01-00-BFigure 11-2  Password missing warning dialog box
The warning message indicates th e information that is require d. In this case, click on 
the OK button to close the dialog box,  and configure the New Authentication 
Password and Confirm New Auth Password parameters.
Unable to complet e requested action
Warning messages are used to indicate that  a specific action cannot be completed. 
These warnings may occur when you try to cr eate a new object or modify an existing 
object that results in an un supported configuration. For example, the message “Can't 
bind LSP to a non-mpls service tunnel“ indi cates that you cannot bind an LSP to a 
service tunnel that is not conf igured with the MPLS protocol. 
These errors can be difficult to resolve an d may require that you retrace your steps

These errors can be difficult to resolve an d may require that you retrace your steps 
to determine the cause of the warning. Ch eck the documentation to ensure that you 
are following procedures correctly.
Commitment of changes from a form and its sub-forms
From a configuration form, you can open sub-forms that requir e completion before 
you continue with the parent form. For exam ple, when you create a VLL service, the 
Create Service Site form opens during on e of the configuration steps. After you 
configure parameters in this sub-form a nd click on the Finish button, a warning 
message is displayed, as shown in Figure 11-3.
Figure 11-3  Committing changes warning dialog box
Changes entered in the sub-form are not committed until you click on the OK or 
Apply button of the parent form. When you click on the OK or Apply button of the 
parent form, a final confirmation is di splayed, as shown in Figure 11-4.

11-4 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BFigure 11-4  Committing changes to  resources warning dialog box
When you click on the Yes bu tton for the last confirmation the changes to the parent 
or sub-forms are committed.
Service disruption warning
A service disruption dialog box is displayed when you perform an action that may be 
service-affecting. For example, if you a ttempt to shut down a daughter card, a 
warning message is displayed, as shown in Figure 11-5.
Figure 11-5  Service disruption warning dialog box
As indicated by the warning message, the action you are about to perform may cause 
a disruption to subscriber service because of a potential dependency that another 
object or service has on th e current object. Click on the View Dependencies button 
to indicate the number of services that ma y be affected by the action, as shown in 
Figure 11-6.

Figure 11-6  View dependencies warning dialog box
Verify that the requested action is approp riate. Click on the checkbox beside the 
statement “I understand the im plications of this action” to continue w ith the action.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 11-5
May 2005 95-5887-01-00-BDuplicate configurat ion form conflicts
There are multiple ways to access a confi guration form for the same object. For 
example, you can view the configuration form for a service by choosing Service 
Management →Browse Services, or you can access the service by clicking on the 
Services tab button for a specified subscrib er after you choose Service Management 
Manager →Subscribers/Services. When you try to  perform both accesses, a warning 
message is displayed, as shown in Figure 11-7.
Figure 11-7  Duplicate form warning dialog box
When this warning message is displayed, you have another form open for the same object. When two forms are open concurre ntly for the same object, there may be 
unexpected results because changes committe d from one form are not reflected in the 
other form.
11.2 Responding to 5620 SAM client GUI warning messages

The following procedure describes how to respond to a warning message when you 
perform an action with the 5620 SAM client.
Procedure 11-1  To respond to a warning message
1 Perform an action.
A warning message dialog box opens. For example, when you configure a site 
password policy, at least one authentication order must be specified as the default 
in order to configure the authentication order parameters. If at least one 
authentication order is not configured, a warning message is displayed, as shown in Figure 11-8.
Figure 11-8  Authenticati on warning dialog box
2 After you read the warning message, cli ck on the OK button. The warning message 
dialog box closes.

11-6 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B3 Correct the problem based on the informati on provided. For the example in Figure 
11-8, configure the authentication order parameters.
4 If you cannot correct the problem and continue to get the same warning message:
a Check the documentation to ensure that you are following the steps correctly. 
b Verify that you are trying to perform an action that is supported.
c Review the general troubleshooting information in section 1.3.
d If you cannot resolve the problem, perform Procedure 2-1 before you contact 
your technical support representative.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 12-1
May 2005 95-5887-01-00-B12 — Troubleshooting with Problems 
Encountered forms
12.1 Problems Encountered form overview 12-2
12.2 Using Problems Encountered forms 12-3

12 —  Troubleshooting with Problems Encountered forms
12-2 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B12.1 Problems Encountered form overview
The Problems Enco untered form reports error conditi ons on the client software for 
which there are no associated warning messag es or when the client software cannot 
identify the problem. Figure 12-1 sh ows the Problems Encountered form.
Figure 12-1  Proble ms Encountered form
Table 12-1 describes the fields in  the Problems Encountered form.
Table 12-1 Problems Encounte red form field descriptions
Field name Description
Class Specifies the object type that is the source of the problem
Operation Specifies the type of operation that was attempted when the problem occurred.
Affected Object Specifies the name of the affected obje ct. Typically, if a Proble ms Encountered form appears 
when you are trying to create a object, this field contains N/A because the object has not been 
created.

created.
Description Specifies a shor t description of the problem, which may help you determine the cause of the 
problem and how to correct the pr oblem. For additional information,  click on the Edit button. The 
information may not be enough for you to correct the problem. The information can be used by 
your technical support representat ive to help resolve the problem.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 12-3
May 2005 95-5887-01-00-B12.2 Using Problems Encountered forms
The following procedures describe how to  view additional information about a 
problem in a Problems Encountered form an d the information to collect before you 
contact your technical support representative.
Procedure 12-1  To view additional problem information
1 Choose an entry in the Problems Encountered form.
2 Click on the Edit button. Figure 12-2 shows a form with the problem details.
Figure 12-2  Problems Encountered form details
3 Try to correct the problem based on the information provided. If you cannot correct 
the problem, complete the pr ocedure and perform Procedure 12-2.
4 Click on the Close button to close the details window.
5 If there is more than one problem, repeat steps 2 to 4.
6 Click on the Close button.
Procedure 12-2  To collect pr oblem information for support

The following procedure describes what to do before you contact your contact technical 
support representative when you cannot resolv e a problem on the Problems Encountered 
form.

12-4 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B1 Review the problem information in the Problems Encountered form, as described in 
Procedure 12-1.
2 Record the actions performed up to the point when the Problems Encountered form 
appeared. For example, if you were trying to create a VLL service, record the details 
about the service that you were trying to create.
3 Record the appropriate problem information, as described in section 1.3.
4 Collect the following:
nms-client.xml file from the install directory /nms/config directory or folder.
server logs, for example, the EmsServerLog.txt file from the install 
directory /nms/log directory or folder
client logs, for example, the EmsClientLog.txt file from the install 
directory /nsm/log directory
The same information that appears in the Problems Encountered form details is

The same information that appears in the Problems Encountered form details is 
also written to the client log file and the server log file depending on the condition that caused the problem.
5 Store the files in a secure location. 
6 Send the information collected to your technical support representative.
Some long-running applications can generate multiple log files. Most log 
files are stored in the install_directory /version/nms/log directory or folder.

Alcatel 5620 Service Aware Manager, Release 2.1 R2 13-1
May 2005 95-5887-01-00-B13 — Troubleshooting with the client 
activity log
13.1 Activity Log Manager form overview 13-2
13.2 Using Activity Log Manager forms 13-4

13 —  Troubleshooting with the client activity log
13-2 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-B13.1 Activity Log Manager form overview
The Activity Log Manager allows users with  administrative privileges to view user 
activity for 5620 SAM GUI and OSS clients.  Figure 13-1 shows the Activity Log 
Manager form.
Figure 13-1  Activity Log Manager form details
Table 13-1 describes the types of logs av ailable in the Activity Log Manager form.
Table 13-1 Log types available in  the Activity Log Manager form
Log name Description
Database Log To view information about changes to the databaseDeployment Log To view information about deploym ent requests sent from the client GUI and OSS
Session Log To view information about clients connec ting and disconnection from the client GUI and OSS, 
including security failures
User Read Log To view information about data vi ewed by users from the client GUI and OSS

User Request Log To view information about user requests sent from the client GUI and OSS

Alcatel 5620 Service Aware Manager, Release 2.1 R2 13-3
May 2005 95-5887-01-00-BThe 5620 SAM database stores the log reco rds associated with the user activity. A 
system administrator can use the 5620 SAM- O interface to export log data in an 
XML format. (Filtered lists of log entrie s can also be retrieved through the 
5620 SAM-O interface.) You can use the XML log data as an archive mechanism or 
statistical analysis  method. See the Alcatel 5620 SAM-O OSS Interface Developer 
Guide  for more information.
The 5620 SAM GUI allows administrative op erators to view client activity log 
entries. The default setting of the 5620 SAM is  to chronologically sort the log entries. 
You can also filter a log based on the following criteria:
user who initiated the operation
request ID associated with the operation
object that was the target of the operation
execution status of the operation

Alcatel 5620 Service Aware Manager, Release 2.1 R2 13-5
May 2005 95-5887-01-00-B4 Identify the network problem by reviewing the status of the Result column. There is 
no check mark in the Result column for failed deployments. 
5 Identify and record the request ID for the failed deployment using the Request Id 
column.
6 Click on the User Request Log (userlog) entry in the Activity Log Manager form.
7 Use the filter in the User Request Log (userlog) to list the requests for the request ID 
that you obtained in step 5. The 5620 SAM displays the filter results in the Userlog 
display area. The Operation Source column identifies the user associated with the failed deployment.
Procedure 13-2  To identify the da tabase activity for a user request
1 Click on the User Request Log (userlog) entry in the Activity Log Manager form.
2 Select the filter properties for the log display, if required.

3 Click on the Search button. A list of user request log activity appears.
4 Identify and record the request ID for the user request using the Request Id column.
5 Click on the Database Log (userlog) entry in the Activity Log Manager form.
6 Use the filter in the Database Log (userlog) to list the database activity associated 
with the request ID that you obtained in step 4. The 5620 SAM displays the filter results in the Userlog display area.
Procedure 13-3  To identify the deployment results for a user 
request

5 Click on the Deployment Log (userlog) entry in the Activity Log Manager form.
6 Use the filter in the Deployment Log (userlog) to list the deployment results 
associated with the request ID that you obtained in step 4. The 5620 SAM displays 
the filter results in the Userlog display area.
7 Identify whether the user action resulted in a successful network deployment by 
reviewing the status of the Result column. There is no check mark in the Result 
column for failed deployments.

13-6 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BProcedure 13-4  To retrie ve historical user logs
1 Choose Find →Browse Log Records from the 5620 SAM main menu. The Browse 
Log Records form appears.
2 Set the Log Class parameter to the type of user log you want to view, as listed in 
Table 13-1.
3 Click on the Search button. A list of records appears.
4 Choose a record from the list and click on the Edit button. The logger form for the 
selected user log appears.
5 Click on the View History button. The Browse Log Records form reappears with the 
Filtered Properties panel displaying the appropriate filter.
6 Click on the Search button. A list of log records appears.
7 You can:
a Click on the Time Captured column heading to sort the records by most recent.
b Click on the Target Class column heading to sort the records by the type of 
object against which the user log was generated.

c Otherwise filter or search on records and save the records to a file for 
post-processing purposes.
i Right-click on a column heading. The contextual menu for the list 
appears.
ii Filter or save the list according to user needs, as described in the 
5620 SAM User Guide .

Alcatel 5620 Service Aware Manager, Release 2.1 R2 GL-1
Numerics
5620 SAM 5620 Service Aware Manager
The 5620 SAM is the network manager portfolio of modules for the 
7750 SR and 7450 ESS.
5620 SAM client The 5620 SAM client provides a GUI to configure IP network elements.
5620 SAM database The 5620 SAM database stores netw ork objects and configurations.
5620 SAM server The 5620 SAM server mediates between the 5620 SAM database, 
5620 SAM client, and the network.
5620 SAM-A 5620 SAM Assurance
The 5620 SAM-A provides serv ice assurance functionality.
5620 SAM-E 5620 SAM Element Manager
The 5620 SAM-E provides network elem ent configuration and management 
functionality.
5620 SAM-O Alcatel 5620 SAM Open Interfaces
The 5620 SAM-O provides an XML in terface for OSS applications to 
interact with the 5620 SAM.
5620 SAM-P Alcatel 5620 SAM Provisioning
The 5620 SAM-P provides service provisioning functionality.

Glossary
GL-2 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BA
alarm An alarm is a node-generated message cr eated as a result of an event, such 
as an interface status change.
API application programming interface
An API is a set of programming functio ns and routines that provides an 
interface to the network for application programs. APIs translate high-level 
program code into low-level computer instructions that run the network. 
Thus, application programs (for example, word processors) can 
communicate with low-level progra ms handling network data traffic.
ARP address resolution protocol
C
CLI command line interface
The CLI is an interface that allows the user to interact with the operating 
system by typing alphanumeric comm ands and optional parameters at a 
command prompt. UNIX and DOS provide CLIs.
CPE customer premises equipment
Network equipment that resides on the customer’s premises.
CPU central processing unit
F

F
fault A fault is a failure or defect in a networ k, causing the network, or part of the 
network, to malfunction.
FTP file transfer protocol
FTP is the Internet standa rd client-server protocol for transferring files from 
one computer to another. FTP generally runs over TCP or UDP.
G
GUI graphical user interface
A GUI is a computer user interface that incorporates graphics to make 
software easier to use.
I
IETF Internet engineer ing task force

Glossary
Alcatel 5620 Service Aware Manager, Release 2.1 R2 GL-3
May 2005 95-5887-01-00-BThe IETF is the organization that provides coordination of standards and 
specifications developed for IP network and related protocols.
IP Internet protocol
IP is the network layer for the TCP/IP protocol suite. It is a connectionless, 
best-effort packet-switching protocol defined by the IETF.
J
JMS Java Message Service
JMS is an API that combines Java te chnology with enterprise messaging. 
The JMS API defines a common set of interfaces for creating applications 
for reliable asynchrono us communication amon g components in a 
distributed computing environment, so that the applications are portable 
across different enterprise systems.
JVM Java Virtual Machine
L
LAN local area network
A LAN is a group of computers or associated devices that share a common 
communications line and typically share the resources of a single processor

L
communications line and typically share the resources of a single processor 
or server within a small geographic area, for example, within an office 
building.
M
MDA media dependent adapter
menu bar The menu bar is a tool on the GUI that organizes tasks across broad 
headings. You can perform functions on  the application by selecting an 
action from the menu bar.
MIB management information base
MTU maximum transmission unit
MTU is the largest unit of data that can be transmitted over a particular 
interface type in one packet. The MTU can change over a network.
N
navigation tree The navigation tree displays a view of all managed equipment, services, and 
protocols, and allows you to navigate through these components.
NE network element

Glossary
GL-4 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BA physical device in the network, such as a 7750 SR router, or a switch, such 
as the 7670 RSP.
network topology A network topology is the layout of a network, which can include the way in 
which elements in a network, such as  nodes, are connected and how they 
communicate.
networkstation A UNIX platform where the 5620 SAM software runs.
NPDU network protocol data unit
O
OSS operational support system
A network management system supporting a specific management function, 
such as alarm surveillance and provisio ning, in a service provider network.
P
PC personal computer
PDU protocol data unit
A PDU is a message of a given protocol comprising payload and 
protocol-specific control information, typically contained in a header. PDUs pass over the protocol interfaces which exist between the layers of protocols, 
as indicated in the OSI model.
Q
QoS Quality of Service

Q
QoS is a term for the set of parameters  and their values that determine the 
performance of a virtual circuit. This se rvice level is usually described in a 
network by delay, bandwidth, and jitter.
R
router A router is an interface device betw een two networks, connecting LANs to 
LANs or LANs to WANs. It selects th e most cost-effective route for moving 
data between multiprotoco l LANs, making sure that only one route exists 
between source and destination devices. Routers make forwarding decisions 
based on network layer addresses.
routing instance A routing instance is the configurati on of a router, including information 
such as protocols, interfa ces, routing, and policies.
routing protocol  A routing protocol is used to determ ine the correct route for packets within 
IP and IP/MPLS networks.

Glossary
Alcatel 5620 Service Aware Manager, Release 2.1 R2 GL-5
May 2005 95-5887-01-00-BS
service-level 
agreementSee SLA.
SLA service-level agreement
An SLA is a service contract between a network service provider and a 
subscriber that guarantees a particul ar QoS. SLAs are used for providing 
network availability and data-delivery reliability.
SNMP Simple Network Management Protocol
A protocol used for the transport of network management information 
between a network manager and a network element. SNMP is the most 
commonly used standard for most interworking devices.
SNMP trap An SNMP trap is an unsolicited notific ation that indicates that the SNMP 
agent on the node has detected a node event, and that the network management domain should be aware of  the event. SNMP trap information 
typically includes alarm and status  information, and standard SNMP 
messages.
SNMP trap log ID SNMP trap log ID is the ID of a log. A valid log ID must exist for alarms and

messages.
SNMP trap log ID SNMP trap log ID is the ID of a log. A valid log ID must exist for alarms and 
traps to be sent to the trap receiver.
Solaris The name for the UNIX operating system variant developed by SUN 
Microsystems.
SSH secure shell
The SSH protocol is used to protect communications between two hosts by 
encrypting a Telnet or FTP connection between the 5620 SAM and some 
nodes. 5620 SAM uses SSH version 1.5. Both ends of the client/server 
connection are authenticated, and pa sswords are protected by being 
encrypted. 
T
TAC technical assistance centre
TCP transmission control protocol
TCP is a protocol used, along with the Internet Protocol (IP), to send data in 
the form of message units between co mputers over the Internet. While IP 
takes care of handling the actual deliv ery of the data, TCP takes care of 
keeping track of the individual units of data (called packets) that a message

keeping track of the individual units of data (called packets) that a message 
is divided into for efficient routing through the Internet.
Telnet Telnet is the Internet-standard TCP/ IP protocol for remote terminal 
connection service. It allows a user at  one site to interact with a remote 
timesharing system at another site as if the user’s terminal connected directly 
to the remote machine.

Glossary
GL-6 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-BThe Telnet command and pr ogram are used to log in  from one Internet site 
to another. It gets the user to the login prompt of another host.
tiered architecture Tiered architecture refers to the way in which the GUI and the network 
management components use a Java-b ased technology that provides 
distributed, secure, and scalable applic ations. This tiered architecture allows 
for scaling and fair load balanc ing, which improves performance. 
U
UDP user datagram protocol
UNIX UNIX is a multi-user, multitasking op erating system, which is used on 
mainframes, workstations, and PCs. UNIX is the basis of Solaris and 
SunOS, which are operating systems used by Sun workstations.
UI user interface
See GUI
V
VLL virtual leased line
W
window Windows are forms, panels of informa tion, equipment drawings, or graphics 
that appear on a screen. Windows comm only allow a user to input data and

See GUI
V
W
that appear on a screen. Windows comm only allow a user to input data and 
initiate functions but some win dows simply display information.
workflow The 5620 SAM workflow is a defined series of tasks that describe how to 
install, configure, create, and manage services.
X
X.733 ITU-T X.733
X.733 is the standard that desc ribes the alarm reporting function.
XML extensible markup language
XML defines the syntax to customize markup languages. The markup 
languages are used to create, manage , and transmit documents across the 
Web.

Alcatel 5620 Service Aware Manager, Release 2.1 R2  IN-1
May 2005 95-5887-01-00-BIndex
Numbers
1354 BM
alarm feed, 8-10
5620 NM
alarm forwarding from 5620 SAM, 9-11
5620 SAM
troubleshooting workflow, 2-5
5620 SAM client
5620 SAM server communication, 8-7
7750 SR management, 8-4
alarm feed to another system, 8-10error messages, 8-8
GUI troubleshooting, 8-11
mediation and deployment, 8-5problems collecting large numbers of 
statistics, 8-9
troubleshooting, 8-2
5620 SAM client GUI
SSL and PKI certificate, 8-14
5620 SAM database
backupsets restore failure, 10-6
database backup intervals, 10-3
database retore, 10-4disk space, 10-2
Oracle database and listener services, 10-7
Oracle troubleshooting restrictions, 10-2platform recommendation, 10-2redundancy, 10-7
Solaris kernel sizing, 10-5troubleshooting, 10-2
5620 SAM server
alarm forwarding to 5620 NM, 9-11database communication, 9-12, 9-12
discovery errors, 9-11
JVM errors, 9-11LAN performance, 9-4
license key, 9-2

platform recommendation, 9-5redundancy, 9-14
SNMP traps, 9-9
SSL and PKI certificate, 9-15statistic intervals, 9-13
status checks, 9-6
troubleshooting, 9-2
5620 SAM-O server
JVM errors, 9-11
7750 SR
database backups on 5620 SAM client, 8-6
management, 8-4unmanaged state, 9-2

Index
IN-2 Alcatel 5620 Service Aware Manager, Release 2.1 R2
access control list, 4-23
activity check
client shutting down, 8-11
affected object
acknowledge alarms, 3-5
probable cause and root cause, 3-6
related alarms, 3-17states, 3-7
strategy, 3-2
subscriber and service, 3-19, 4-5workflow, 3-2
alarm count, 3-3
alarm descriptions, domain categories
bundle, 3-20database, 3-20
equipment, 3-21
generic, 3-22IGMP, 3-23
L2, 3-23
L3, 3-23LAG, 3-24
layer 2, 3-24
LDP, 3-24mediation, 3-25
network (netw), 3-25
path routing management, MPLS, 3-28policy, 3-29
routing management, BGP, 3-29
routing management, ISIS, 3-30routing management, OSPF, 3-30
routing management, PIM, 3-34
routing management, RIP, 3-34routing management, RSVP, 3-35
security, 3-35
service management (svc), 3-36service tunnel management (svt), 3-37
site, 3-37
SNMP, 3-37software (sw), 3-38
SONET equipment, 3-39
TDM equipment, 3-42template, 3-43
vs, 3-43alarms
acknowledging, 3-5

site, 3-37
cannot clear alarms using client GUI, 8-14
forwarding from 5620 SAM to 5620 NM, 
9-11
trouble clearing from client GUI, 8-14
troubleshooting strategy using, 3-2
applications
unable to run, 6-4
arp command, 6-4
B
backups
5620 SAM database, 10-3
backupsets restore failure
5620 SAM database, 10-6
bandwidth recommendations between LAN 
elements, 6-2
C
Circuit Ping, 4-14client
shutting down, 8-11
clock
client GUI shutting down, 8-11
connectivity loss, 6-3
CPU
troubleshooting bottlenecks, 7-2
D
database backup intervals
database communication from 5620 SAM 
server, 9-12
database redundancy and 5620 SAM server, 
9-12
database troubleshooting, 10-2
deployment errors, 8-5diagnostics, 4-2
discovery errors
5620 SAM server, 9-11
disk
troubleshooting bottlenecks, 7-5A — disk

Index
Alcatel 5620 Service Aware Manager, Release 2.1 R2 IN-3
May 2005 95-5887-01-00-Bdisk space
5620 SAM database, 10-2
kernel sizing, 10-5
swap, 7-8
dynamic alarm list
managed object hierarchy, 3-3network alarm surveillance, 3-2
view and sort alarms, 3-3
E
equipment down
alarm, 3-20
clear alarms, 3-11problem, 3-10
error messages from 56 20 SAM clients, 8-8
event logs, 2-4
F
fault management using alarms
workflow, 3-2
FIB configuration, 4-7filters
ACL, 4-23
maps, 5-3
firewalls, 6-4
form
Problems Encountered, 12-2, 13-2
frame size problem; See MTU mismatch
G
GUI
menus, 8-13
saving configurations, 8-12
shutting down, 8-11slow searching or listing, 8-12
guidelines
troubleshooting, 1-4
H
H-VPLS identification, 4-5hierarchy of managed objects, 3-4I
indicators
map status, 5-3
iostat command, 7-5
J
JVM errors
5620 SAM-O server, 9-11
L
LAN performance
5620 SAM clients, 8-25620 SAM server, 9-4bandwidth recommendations, 6-2
ping -s command, 6-3
license key

J
JVM errors
L
5620 SAM server, 9-2
unmanaged 7750 SR router, 9-2
log records, 8-9LSP Ping, 4-19
LSP Trace, 4-21
M
MAC Ping, 4-8MAC Trace, 4-8
managed object hierarchy, 3-4map
5620 SAM views, 5-2
elements, 5-2filters, 5-3
finding alarm source, 5-4
monitoring alarm status, 5-4network topology, 5-2
status indicators, 5-3
mediation and deployment
5620 SAM client, 8-5
memory, 7-8
troubleshooting bottlenecks, 7-6
memory bottlenecks, 7-6
message
warning overview, 11-2disk space — message

Index
IN-4 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-Bmodel
problem-solving, 1-2
modem errors, 6-3
mpstat command, 7-2MTU mismatch, 3-17, 3-36
clear Frame Size alarm, 3-18
root cause, 3-7
MTU Ping, 4-12
N
netstat command, 6-4network faults
workflow using alarms, 3-2
network management domain troubleshooting, 
6-2
Network management troubleshooting, 2-3
network topology map, 5-2
Network troubleshooting, 2-2
alarm monitoring, 2-2
service monitoring, 2-3
NMS troubleshooting process, 2-2
O
OAM diagnostic tools, 2-3OAM diagnostics, 4-2
Circuit Ping, 4-14
LSP Ping, 4-19
LSP Trace, 4-21MAC Ping, 4-8
Tunnel Ping, 4-17
Oracle
5620 SAM database troubleshooting 
restrictions, 10-2
Solaris kernel sizing, 10-5
Oracle database and listener
5620 SAM database, 10-7
OSS client
troubleshooting, 8-2P
platform recommendation
5620 SAM clients, 8-2
5620 SAM server, 9-5
poller problem alarms, 9-11
port state
clear related alarms, 3-16

OSS client
port state
ports
opening through firewalls, 6-4
printing from Solaris platform 5620 SAM 
clients, 8-3
Problems Encountered form, 12-2, 13-2
collecting information, 12-3viewing information, 12-3, 13-4
property files, 2-4
R
redundancy
5620 SAM server, 9-14
related object alarm information, 8-13related objects
alarm information, 3-2, 3-6
root cause analysis, 3-8
restoring a database
5620 SAM database, 10-4
resynchronization, 9-11root cause
affected object and related object, 3-2
correlated alarms, 3-3related objects, 3-8
S
server troubleshooting, 9-2service tunnels
verifying connectivity, 4-17
services
FIB configuration, 4-7
H-VPLS identification, 4-5menus, 4-5
status of components, 4-6model — services

Index
Alcatel 5620 Service Aware Manager, Release 2.1 R2 IN-5
May 2005 95-5887-01-00-Bsupported types for troubleshooting, 4-2
troubleshooting, 4-3
troubleshooting workflow, 4-3
slow searching or listing, 8-12SNMP traps
5620 SAM server, 9-9
Solaris
determining top CPU processes, 7-2
disk bottlenecks, 7-5
memory bottlenecks, 7-6modem errors, 6-3
printing from 5620 SAM clients, 8-3
swap space, 7-8troubleshooting, 7-2
Solaris kernel sizing
5620 SAM database, 10-5
SSL and PKI certificate
client, 8-14
server, 9-15
statistic intervals
5620 SAM server, 9-13
rolling over too quickly, 9-13
statistics error messages  5620 SAM clients, 8-9
status checks
5620 SAM server, 9-6
support, 1-5
svc; See
service management (svc), 3-36
svt; See
service tunnel management (svt), 3-37
swap command, 7-8swap space, 7-8
T
TAC, 1-5TCP ports, 6-4
threads
fine-tuning server performance, 9-5
top command, 7-2
traceroute, 6-4
tracert, 6-4traps, 9-9troubleshooting
5620 SAM client, 8-2

T
threads
5620 SAM client GUIs, 8-11
5620 SAM client to 5620 SAM server 
communication, 8-7
5620 SAM server, 9-25620 SAM-O server, 9-2
alarm clearing from client GUI, 8-14
alarm forwarding from 5620 SAM to 5620 
NM, 9-11
alarm releated object information, 8-13
audience of this guide, 2-2catastrophic database failure, 10-4
categories for 5620 SAM, 2-2
collecting data for support, 1-5collecting logs and property files, 2-4database backup files, 10-3
database disk space, 10-2database performance, 10-3
discovery, 9-11
garbled text, 6-3GUI menus, 8-13
GUI searching and listing, 8-12
guidelines, 1-4mediation and deployment, 8-5
network, 2-2
network maintenance, 1-2network management, 2-3
network management domain, 6-2, 6-2

network workflow, 2-5OSS client, 8-2
ports, 6-3printing from 5620 SAM clients, 8-3
problem-solving model, 1-2
process, 1-2resynchronization, 9-11
server communications, 9-4
server performance, 9-5server shutdowns, 9-11
server status, 9-6
server to database communications, 9-12services (continued) — troubleshooting

Index
IN-6 Alcatel 5620 Service Aware Manager, Release 2.1 R2
May 2005 95-5887-01-00-Bserver to redundant database 
communications, 9-12
slow 5620 SAM client performance, 8-2
slow server response, 9-5SNMP traps, 9-9
Solaris, 7-2
SSL and PKI certificates, 8-14SSL and PKI certificates on server, 9-15
tools, 2-3using event logs, 2-4
using OAM diagnostic tools, 2-3
using topology maps, 5-4Windows, 7-10
troubleshooting redundancy using nms-
server.xml file, 9-14
troubleshooting services, 4-3
identify H-VPLS, 4-5
reviewing ACL filter, 4-23
reviewing MPLS LSP route, 4-21verify egress connectivity, 4-8
verify FIB, 4-7
verify frame transmission size, 4-12verify service connectivity, 4-14
verify service tunnel connectivity, 4-17
verify states, 4-6verifying MPLS LSP connectivity, 4-19
U
UDP ports, 6-4user and group permission compatability, 8-8
V
version compatability, 8-8vmstat command, 7-6
W
warning message
additional information required, 11-2

U
V
W
commitment of changes from a form and its 
sub-forms, 11-3duplicate configuration form conflicts, 
11-5
incorrect data entry, 11-2
overview, 11-2responding to, 11-5
service disruption, 11-4
unable to complete requested action, 11-3
Windows
troubleshooting, 7-10
workflows
troubleshooting network using 5620 SAM, 
2-5
troubleshooting services, 4-3troubleshooting (continued) — workflows

Customer documentation and product support
Technical supportCustomer documentation
Product manuals and documentation updates are available through the Alcatel Support
Documentation and Software Download service at Alcatel.com. If you are a new user andrequire access to this service, please contact your Alcatel sales representative.
Customer documentation feedbackhttp://www.alcatel.com/support/http://www.alcatel.com/osds/
documentation.feedback@alcatel.com

NVG558 4G-LTE Gateway
User Manual , STANDARD Revision x.1
October 2020
P/N 365-095-35715

CommScope copyrights and trademarks
© 2020 CommScope, Inc. All rights reserved.
No part of this content may be reproduced in any form or by any means or used to make
any derivative work (such as translation, transformation, or adaptation) without written
permission from CommScope, Inc. and/or its affiliates (“CommScope”). CommScope
reserves the right to revise or change this content from time to time without obligation on
the part of CommScope to provide notification of such revision or change. ARRIS and the
ARRIS Logo are trademarks of CommScope, Inc. and/or its affiliates. All other trademarks are
the property of their respective owners.
Wi-Fi Alliance®, Wi-Fi®, the Wi-Fi logo, the Wi-Fi CERTIFIED logo, Wi-Fi protected access®
(WPA), the Wi-Fi Protected Setup logo, and WMM® are registered trademarks of Wi-Fi
Alliance. Wi-Fi Protected Setup™, Wi-Fi Multimedia™, and WPA2™ are trademarks of Wi-Fi
Alliance.
CommScope provides this guide without warranty of any kind, implied or expressed,

Alliance.
including, but not limited to, the implied warranties of merchantability and fitness for a
particular purpose. ARRIS may make improvements or changes in the product(s) described in
this manual at any time.
The capabilities, system requirements and/or compatibility with third-party products
described herein are subject to change without notice.
NVG558 4G-LTE Gateway User Manual STANDARD Revision x.1 2

Revision history
Revision Date Summary
x1 October 2020 First issue
NVG558 4G-LTE Gateway User Manual STANDARD Revision x.1 3

Table of contents
Chapter 1: Introduction............................................................................7
About the NVG500-series Gateways..............................................................................7
Chapter 2: Set up the Gateway.................................................................8
Configure Ethernet connections.....................................................................................8
Requirements.......................................................................................................8
How to use this section.......................................................................................8
Configure TCP/IP for Windows Vista....................................................................8
Configure TCP/IP for Windows 7, Windows 8, or Windows 10............................9
Configure TCP/IP for macOS................................................................................9

Connect to Wi-Fi...........................................................................................................10
Access the web management interface.......................................................................10
Access online help ..............................................................................................12
Navigation with the tab bar...............................................................................13
Chapter 3: How to..................................................................................14
Access the Gateway from somewhere else.................................................................14
Allow an application to bypass the Firewall................................................................15

Change the access code...............................................................................................16
Configure a default server............................................................................................17
Configure IP Passthrough.............................................................................................18
Create a custom service...............................................................................................19
Pair a device with the Gateway using WPS.................................................................20
Restore the Gateway default settings..........................................................................20
Save or restore the configuration................................................................................21

Schedule downtime for a network...............................................................................21
Set up Dynamic DNS....................................................................................................22
Work with packet filters...............................................................................................23
Chapter 4: Tab and link elements defined...............................................25
Home tab......................................................................................................................25
Login ...................................................................................................................25
Home ..................................................................................................................25

Reset...................................................................................................................32
NVG558 4G-LTE Gateway User Manual STANDARD Revision x.1 4

Cellular tab...................................................................................................................81
Cellular Statistics................................................................................................81
Cellular Settings..................................................................................................82
APN Management..............................................................................................83
Chapter 5: Troubleshooting.....................................................................84
Connection issues .........................................................................................................84
No Wireless light................................................................................................84
The Internet is not accessible but the user interface of the gateway is

accessible .......................................................................................................84
LAN Issues .....................................................................................................................84
IP address conflict..............................................................................................85
A wireless device is not locating the gateway...................................................85
Cannot connect to the Gateway........................................................................86
The wireless signal strength is weak..................................................................86
Cannot set a custom Wi-Fi password................................................................87

Diagnostic issues...........................................................................................................88
Ping/Traceroute/DNS query does not respond..................................................88
Status lights..................................................................................................................88
NVG558 4G-LTE Gateway User Manual STANDARD Revision x.1 6

Chapter 1
This document describes the installation, features, and configuration of the residential
gateway. The Gateway is your connection to the Internet, and can provide services such as
television, telephone, and wireless Internet.
You can:
■ configure the gateway using the gateway user interface.
■ view information about your connection, set up the gateway, and change connection
settings.
■ see the status of your gateway, and view logs, statistics, and metrics.
Important:  Before configuring or administering the Gateway, you must first install
and connect it. See the Quick Start Guide that came with your Gateway for details.
About the NVG500-series Gateways
The NVG500-series Gateways provide high-speed Internet, flexible home networking, as well
as a professional-grade firewall.
This document covers the model below. Models differ in the broadband interface provided.
■ NVG558: LTE (fixed wireless access)
NVG558 4G-LTE Gateway User Manual STANDARD Revision x.1 7

Chapter 2
Set up the Gateway
Use this chapter to:
■ Configure your computer's TCP/IP settings, if necessary
■ Access the web-based management interface
■Access online help
Configure Ethernet connections
If you connect your computer to the Gateway using an Ethernet connection, you may have
to configure your computer’s TCP/IP settings. While you can configure your computer's Wi-Fi
setting using the same instructions, you can usually connect using default settings.
Requirements
Make sure you have the following before attempting to configure your Ethernet connection:
■ Computer with Ethernet interface.
■ Ethernet cable.
■ IP address, subnet, gateway, and DNS information for installations not using DHCP.
How to use this section
The following list shows the procedures for modifying the TCP/IP settings on the computer.
The procedure is slightly different depending on the operating system that you are using.

Please ensure you are using the correct steps for the operating system on your computer.
Follow the links below for instructions to configure your Ethernet connection on your
operating system.
■ Configure TCP/IP for Windows Vista (page 8)
■ Configure TCP/IP for Windows 7, Windows 8, or Windows 10 (page 9)
■ Configure TCP/IP for macOS (page 9)
Configure TCP/IP for Windows Vista
1.Open the Vista Control Panel.
2.Double-click Network and Sharing Center to display the Network and Sharing Center
Window.
NVG558 4G-LTE Gateway User Manual STANDARD Revision x.1 8

Chapter 2: Set up the Gateway
3.Click Manage network connections. If prompted for a connection, choose Local Area
Connection .
The Network Connections window appears.
4.Double-click the Local Area Connection to open the Properties window:
Note:  If Windows requests permission to continue, click Continue.
5.Double-click Internet Protocol Version 4 (TCP/IPv4) to configure TCP/IPv4.
Note:  If your service provider requires TCP/IP version 6, double-click Internet
Protocol Version 6 (TCP/IPv6) to configure TCP/IPv6.
The TCP/IP properties window for the version you selected appears.
6.For either TCP/IPv4 or TCP/IPv6, select Obtain an IP address automatically and Obtain
DNS server address automatically, unless instructed otherwise by your service provider.
7.Click OK to accept the new settings and close the Properties window.
Configure TCP/IP for Windows 7, Windows 8, or Windows
10
1.Click the Start menu and type network and sharing into the Search box.

10
2.Select Network and Sharing Centerwhen it appears.
3.Click Change adapter settings from the left-side menu.
4.Right-click on your local area connection icon and select Properties to open the
Properties window.
5.Select Internet Protocol Version 4 (TCP/IPv4) and click Properties to configure TCP/IPv4.
Note:  If your service provider requires TCP/IP version 6, select Internet Protocol
Version 6 (TCP/IPv6) and click Properties to configure TCP/IPv6.
7.Click OK to accept the new settings and close the Properties window. Then click Close  to
back out of the remaining setup screens.
Configure TCP/IP for macOS

1.Open System Preferences, either by choosing System Preferences from the Apple menu
or by clicking the System Preferences icon in the dock.
2.Click the Network icon.
3.Choose Automatic from the Location drop-down menu, and Built-in Ethernet from the
Show menu.
4.Choose the TCP/IP tab, if necessary.
If you are using TCP/IPv4, go to step 5.If your service provider requires TCP/IPv6, go to
step 8.
5.Choose Using DHCP  from the Configure IPv4 menu.
NVG558 4G-LTE Gateway User Manual STANDARD Revision x.1 9

6.If necessary, click the Renew DHCP Lease button.
7.Close the System Properties application.
TCP/IPv4 configuration is completed.
8.If you are using TCP/IPv6, click Configure IPv6 near the bottom of the previous window.
9.Choose Automatically from the Configure IPv6 drop-down menu and click OK.
10.Close the System Properties application.
Connect to Wi-Fi
The Gateway is compatible with nearly all Wi-Fi devices.
Before you start, locate the label on the base of the Gateway - the label provides
information you need to connect to the Gateway, including network name (SSID) and
passphrase. Alternatively, use your mobile device to scan the Wi-Fi QR code label on the side
of the Gateway.
1.Find and select your Wi-Fi connection icon in the menu bar or system tray.
The location and appearance of the icon are system-dependent.
2.Select the Wi-Fi network whose name matches the SSID name on your Gateway's label.

It may take several seconds for your SSID to appear in the list.
Important:  In high-density dwellings, there may be a number of networks with
very similar names. Make sure you choose the network whose name exactly
matches the name on your Gateway's label.
3.When prompted, enter the password from your Gateway's label.
After a few seconds, your device should indicate a successful connection.
If you cannot connect, check the following.
If... Then...
You cannot see the SSID ■ Make sure the Gateway is powered up.
■ If the Wi-Fi light is not green (steady or flashing), go to the
Primary (page 46) screen and enable Wi-Fi.
■ Proceed to A wireless device is not locating the gateway 
(page 85).
You can see the SSID but
cannot connectProceed to Cannot connect to the Gateway (page 86).
Access the web management interface

(page 85).
Before you start, connect your device to the Gateway using either Ethernet or Wi-Fi.
1.Open a Web browser, such as Firefox or Chrome, from any computer connected to the
Gateway.
NVG558 4G-LTE Gateway User Manual STANDARD Revision x.1 10

2.Enter http://myrouter in the Location text box.
You may be prompted to log in upon accessing certain links.
3.Enter the access code where prompted.
The default access code is printed on a label on the bottom of the Gateway.
The Main page opens and provides summary information of the system.
NVG558 4G-LTE Gateway User Manual STANDARD Revision x.1 11

4.Check to make sure the Broadband LED on your Gateway is lit GREEN to verify that the
Ethernet WAN connection to the Internet is active.
Access online help
Online help for the Gateway is available on the right side of every web page.
■Click Show Help to display the information:
NVG558 4G-LTE Gateway User Manual STANDARD Revision x.1 12

■Click Hide Help  to turn the information off (the default).
Navigation with the tab bar
The tab bar is located at the top of every page and provides navigation for configuration,
maintenance or monitoring.
Selecting a tab provides access to pages with a Links bar that allow managing or configuring
several features of the Embedded Software. Each tab is described in its own section.
Element navigation with the links bar
Select a tab bar element to open a links bar beneath the tab bar and the first of the links
pages, usually the status of the element chosen. Use the links to navigate to the pages for
configuration of features displayed on the page.
NVG558 4G-LTE Gateway User Manual STANDARD Revision x.1 13

Chapter 3
How to
Use these procedures to perform common functions.
Access the Gateway from somewhere else
You can use Remote Access to access the configuration pages as if you were on the home
network.
▶ To enable remote access:
1.Click the System tab, then Remote Access.
The Remote Access screen displays.
2.Type a password in the Password field.
The password must be at least 8 characters long, and include at least two of the
following types of characters:
■ Alphabetic (letter) characters
■ Numeric (number) characters
■ Special characters (! @ \# $ % ^ & \* and so on)
3.Set a custom port number for secure HTTP access to the Gateway remote access session
in the Port to Use field.
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Chapter 3: How to
4.Optional: Set an inactivity timeout and duration to minimize the risk of unattended
remote access.
5.Click the radio button that describes the type of remote access to allow:
■ Read-Write
■ Read-Only
6.Optional: Use the Access List fields to restrict which IP addresses can access the Gateway
remotely.
■ One specific IP address: put the same IP address in both the From and To fields. Do
this if you know what IP address the remote device has.
■ IP address range: put the low address in the From field, and the high address in the
To field. Do this if you know what network the remote device uses, but not the exact
IP address.
■ Any IP address: leave the From and To fields blank. Do this only if you cannot find the
IP address or range, because this choice leaves your Gateway open to access from
anywhere.
7.Click Add entry to access list, then repeat step 6 to add more IP addresses or ranges.
8.Click the Enable  button.

anywhere.
The Gateway updates the Remote Access page and displays:
■ The current remote access settings
■ Shows the URL that a remote access client must use to connect to the remote access
session
■ Provides a button for ending the remote access session.
9.The remote access client will need to connect to the URL shown on the Remote
Access page, and will need to log in with the user name shown and with the password
configured when access was enabled.
10.To end (disable) an existing remote access configuration, click the Disable  button at the
bottom of the page.
Allow an application to bypass the Firewall
Port Forwarding allows applications and games, that require access to the Internet, to
bypass the Firewall. Choose from a pre-defined list, or create a custom service.
1.In the Firewall tab, click Port Forwarding.
The Port Forwarding page displays:

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2.Click the Service drop-down, and choose your application from the list.
If your application is not in the list, proceed to Create a custom service (page 19).
3.Choose the device using this application from the Needed by Device drop-down.
4.Click Add.
The Gateway adds the application to the Hosted Applications list at the top of the page. To
remove an application, click the Delete button next to that application.
Change the access code
You can change the access code required to access the Gateway configuration.
The password must be between 8 and 20 characters long, and must include characters from
at least two of these categories:
▶ To make a change:
1.In the System tab, click Access Code .
The Access Code page displays.
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2.Make changes as needed:
■ To change the access code: enter the old access code, the new access code, and a
confirmation of the new access code, and click the Use New Access Code button.
The new access code takes effect immediately.
■ To return to the original default access code: click the Use Default Access Code
button.
■ To return to the last saved Access Code configuration, click the Cancel  button.
Configure a default server
You can forward unexpected or unknown incoming IP traffic to a single default host on your
LAN.
Enable the default server for certain situations:
■ Where you cannot anticipate what port number or packet protocol an in-bound
application might use. For example, some network games select arbitrary port numbers
when a connection is opened. With NAT on in the gateway, these packets are normally
discarded.
■ For all unsolicited traffic to go to a specific LAN host.
▶ To configure a default server:
1.Choose the Firewall IP Passthrough link.

The IP Passthrough page displays.
2.Choose Default Server from the Allocation Mode pull-down menu.
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The IP Passthrough page displays the Default Server fields:
3.Choose the device on the home network to receive traffic directed to the Gateway's
public IP address.
If the device is connected, find and click its address in the Choose from List field. If the
device has not connected, type its hardware (MAC) address into the Manual Entry input
field.
4.Click Save.
Changes take effect immediately.
Configure IP Passthrough
The Gateway can pass all incoming traffic to a specific LAN-side client.
Important:  Because both the Gateway and the passthrough host use the same IP
address, the Gateway rejects new sessions that conflict with existing sessions. If
two tunnels go to the same remote endpoint, such as a VPN access concentrator,
the first one to start the IPSec traffic will be allowed; the second one, because it is
indistinguishable from the WAN fails.
1.Click the Firewall IP Passthrough link.
2.Choose Passthrough from the Allocation Mode pull-down menu.

3.Choose how the Gateway assigns the public IP address to the passthrough client from
the Passthrough Mode pull-down menu:
■DHCPS-dynamic:  Assign to the first client gateway to renew its DHCP lease, if the
public IP address is available. No further configuration of the passthrough mode is
required.
■ DHCPS-fixed: Choose the gateway. If the gateway has already connected, find and
click the gateway address in the Choose from List field. If the gateway has not
connected, you may type its hardware (MAC) address in the Manual Entry input
field.
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■Manual:  Manually assign the public IP address and the service provider’s network
mask and default gateway values to the client gateway on the network. No further
configuration of the passthrough mode is required.
Manual  mode requires statically configuring your PC. With Manual mode, you
configure the TCP/IP Properties of the LAN client PC you want to be the IP
Passthrough client. You then manually enter the WAN IP address, gateway address,
and so on that matches the WAN IP address information of your ARRIS gateway. This
mode works the same as the DHCP modes; unsolicited WAN traffic will get passed to
this client. The client is still able to access the Gateway and other LAN clients on the
192.168.254.x network, etc.
4.Enter an optional custom passthrough lease time in the Passthrough DHCP Lease fields.
5.Click Save, for changes to take effect upon restart.
Create a custom service

If no pre-defined Port Forwarding service is available for your application, you can create a
custom service.
Obtain the ports and protocol type needed for your application. This information should be
in the application's help, or on a support page on the vendor's website.
1.From the Port Forwarding page, click Custom Services.
The Custom Services page displays.
2.Enter the name of your application in the Service Name field.
3.Enter the port range (low port number first) in the Global Port Range fields.
4.Enter the host port number in the Base Host Port field.
5.Select the protocol from the Protocol drop-down: TCP, UDP, or Both.
6.Click Add.
The Gateway adds an entry to the Custom Services list with the entered data.

7.Verify the new custom service against the information supplied by the application
vendor. Click Edit, if required, to make any changes.
8.Click Return to Port Forwarding.
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You can now add your custom service using the Port Forwarding page.
Pair a device with the Gateway using WPS
Many wireless devices support Wi-Fi Protected Setup (WPS) method of pairing with the
Gateway. Entering a passphrase is not required.
▶ To pair a device using WPS:
1.On the device, activate WPS. Some devices use a menu entry, others have a WPS button.
2.On the Gateway, press and hold the WPS button until the Wi-Fi light flashes amber.
3.Monitor the Gateway Wi-Fi light and any indicators on the device you are trying to pair.
Pairing may take several minutes.
The Gateway and device automatically connect.
If the Gateway and device do not connect:
■ If the Gateway Wi-Fi light flashes red for 30 seconds, this indicates a timeout or some
other error. Retry the pairing procedure.
■ Try swapping steps 1 and 2 (start WPS on the Gateway first).
■ If you have selected the 5 GHz radio on the WPS page, and the device supports only 2.4

GHz, change the setting to use the 2.4 GHz radio for WPS pairing.
Restore the Gateway default settings
You can reset some Gateway components, or the entire Gateway, to factory defaults.
1.Click the System tab, then choose the Reset link.
The Reset page displays.
2.Click one of the Restore buttons:
■Click Default Wireless Settings to restore just the Wi-Fi settings.
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■Click Default Firewall Settings to restore just the Firewall settings.
■Click Factory Defaults to restore the entire Gateway to factory default settings.
3.If you have a saved configuration, proceed to Save or restore the configuration
(page 21) to reload it.
Save or restore the configuration
When everything is working properly, or before experimenting with system settings, you
should save the configuration. You can then reload it if necessary.
▶ To save the current configuration:
2.Click Save.
Your browser downloads the configuration file. Most computers automatically save to
the Downloads folder.
3.Move the file to a folder where you can find it, if needed.
▶ To restore a saved configuration:
4.Click Choose File .
Your browser prompts you for the name and location of the saved configuration file.
5.Locate the saved configuration, and click OK in your browser.

The Reset page displays the chosen configuration file name.
6.Click Load  to load the configuration file.
The Gateway loads the saved configuration, then restarts to apply the changes.
Schedule downtime for a network
Use the Schedule page to disable a Wi-Fi network during certain times of day.
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▶ To schedule the dates and times to disable a Wi-Fi network:
1.Click the Wi-Fi tab, then Schedule .
The Schedule page displays:
2.Click Enable Schedule .
The Schedule page displays more information as shown below. The button changes to
Disable Schedule , and can now be used to return to the original display.
3.In SSID Scheduling, select Enable  for Wi-Fi scheduling or Disable  to forgo Wi-Fi
scheduling for that SSID (wireless is available on that SSID at all times). You can enable
some networks and disable others.
4.In the middle pane date/time resolution fields, select:
■ Multiple Days: Pre-selected configurations for the Days of the week checkboxes.
Choose between Every day, Weekdays, and Weekends.
■ Days of the week: Set the checkboxes as desired. You can override the Multiple Days
selections.
■Enable/Disable Times : The range of times to disable the networks.
5.Click Add to Schedule.

The schedule selections appear in tabular form in the bottom pane. Click Delete to
remove the item from the schedule.
6.Repeat steps 4 and 5 to add more scheduled downtime. You can do this to, for example,
schedule non-contiguous blocks of downtime.
Set up Dynamic DNS
If you own a domain name that you want to associate with your Gateway, you can use a
Dynamic DNS service.
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You need an account with one of the listed Dynamic DNS services
To configure Dynamic DNS:
1.Click the Broadband tab, then choose the Dynamic DNS  link.
The DynDNS page displays.
2.Choose On from the Enable DynDNS  drop-down list box.
3.Choose your dynamic DNS provider from the Provider drop-down.
4.Enter the credentials for your account at your dynamic DNS provider.
5.Click Save.
Work with packet filters
Follow these steps to work with packet filters.
1.Click the Firewall Packet Filter link.
The Packet Filter page displays.
2.Click Enable/Disable Packet Filters to globally turn filters on or off.
3.Click Add a ‘Drop’ Rule or Add a ‘Pass’ Rule to select the type of packet filter rule.
■ A drop rule blocks matching packets.
■ A pass rule forwards matching packets.
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4.Click Add Match to enter the source IP address or destination IP address this filter will
match on.
The Match Entry dialog displays.
As you create new matches, the list items change. There can only be one match from
each match type for a given rule. Match types like Source Port, Destination Port, and TCP
Flags are only available if other matches (for example, Protocol =TCP) have previously
been created.
5.Select a protocol, if necessary, from the pull-down menu: ICMP , TCP, UDP , or None  to
specify any another IP transport protocol.
If you chose... Enter...
by number Protocol by number
by name Protocol by name
ICMP ICMP Type as another match
TCP TCP flags, source ports, and destination
ports as other matches
Source Port The port number to match
Destination Port The port number to match
6.Click Enter Match when finished configuring the filter.
The Gateway adds the filter to the Packet Filter list.
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Chapter 4
Tab and link elements defined
The following sections provide detailed information about each of the tabs and links within
the NVG500-series 9.3.0 build.
Home tab
Links available on the Home tab provide an overview of the gateway configuration and
access to pages which allow configuration of the most commonly needed settings.
Select the Home tab to access the Home page and the Home links bar.
Login
Allows you to access the Gateway configuration pages.
Browse to the Gateway (http://myrouter) and login when you are prompted. Some web
pages are password protected. Protected pages require additional logins (Access Code)
because configuration changes or changes to a Gateway's state are possible on protected
pages. To go further, the Access Code must be typed in the Access Code text box. The
Default Access code is printed on a label on the bottom of the Gateway.
Click Continue after typing the Default Access Code or the Access Code that was configured

into the Gateway to access the password protected page.
Home
Shows general network configuration and status.
Select the Home tab to open the Status page.
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Chapter 4: Tab and link elements defined
Connection Information
■ Line State: The status of the physical layer, up or down.
■Link Speed : The data rate of the physical broadband connection.
■ Broadband Connection: The current state, Up (active) or Down (not active), of the
broadband connection path to the Internet.
■Connection Name : The type of connection; one of DHCP, Static, or PPPoE.
■ VPI/VCI/VLAN: VPI, VCI or VLAN when applicable.
■ Broadband IPv4 Address: The public IP address of your gateway, whether dynamically or
statically assigned.
■ Default Gateway IPv4 Address: Your ISP’s gateway router IP address.
■ MAC Address: Your gateway’s unique hardware address identifier.
■ Primary DNS / Secondary DNS
The IP address of the primary or backup Domain Name Server.
Gateway Information
■Model : The Gateway model number.
■Serial Number : The Gateway serial number.
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■ Software Version: The version number of the current embedded software in your
Gateway.
■ IPv6 Status: Shows if the Gateway is configured to support Internet Protocol Version 6
(IPv6) addressing in addition to IPv4.
Local Network
■ IP Address: Displays the IPv4 address of the gateway on the network.
Wi-Fi
■Radio Band : One of 2.4 GHz or 5.0 GHz.
■ Radio Status: Your wireless radio may be operational or disabled.
■ SSID Type: Either Primary or Guest.
■ SSID State: On or off.
■ Network Name (SSID): The name or ID that is displayed to a client scan.
■ Password: The password for a Wi-Fi device to connect to the internet through the
Gateway.
Home Network Devices
■ Icon: A default icon is initially chosen by the system based on whether the client is wired
or wireless. There is an option to change the icon and give the client a new name to help
identify it when traversing the web pages.
■ IPv4 Address / Name : Client IP address or network name.

■ MAC Address: The device's unique hardware address.
■ Status: Off or On.
■Connection : The type of network connection the client is using to access your gateway.
■ Allocation: Type of IP address assignment, for example, static or DHCP.
Depending on the particular setup of the client, some fields in the Home Network Devices
table may or may not be displayed. Click on any of the active fields to change the name and
icon of the device.
Device List
The Device List page provides access to information about devices connected to the
Gateway.
Click Device List in the Home tab to open the Device List page.
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Under the Filters, this page lists each connected home network device with its icon and the
following information.
■ Filters:
If there are many connected devices, it may help to filter some out by unchecking the
checkboxes in this section. Filters are:
■ LAN Type - Private and Public
■ Allocation Type - DHCP and Static
■ Connection Type - Ethernet wired and Wi-Fi
■ Last Activity: Date and time of last traffic passed on this device.
■ Connection Type: Type of connection, for example, Ethernet or Wi-Fi.
For Wi-Fi client connections, the Device List page displays signal strength bars: 
 . Hollow
bars indicate lower signal strength. If all bars are hollow, the device has disconnected.
Click Clear Device List to reset the Home Devices summary.

. Hollow
Click Scan for Devices to seek out other devices that have been connected since the last
scan. The Home Devices list is updated internally every 5 minutes. Use this button to force a
manual update immediately.
Alias
Changes the icon and the name associated with a LAN-side device, to make it easier to
identify.
Click the Alias  link in the Home tab to open the Alias page.
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The Alias page contains a list of all devices for which an alias name/icon has been chosen.
You can display a device-specific version of this page by clicking a device in the Status or
Device List pages.
Alias Entry
■ Devices: Lists connected (or previously connected) devices by MAC address.
■ Manual Entry:If the device you want to add is not in the Devices list, enter its MAC
address.
Note:  The MAC address is different for Ethernet and Wi-Fi interfaces. The
operating system's network configuration can show you the correct MAC address
for the device.
■Alias Name : Enter the name you want to use for this device.
■ New icon: Choose the device type from the menu.
Click Add to add the alias to the list.
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System tab
Links under the System Tab allow viewing and managing the gateway in detail.
Select the System Tab to access the System page and the System links. Some System Tab
functions mirror those found on the Home tab.
System Status
Provides general information about the Gateway.
Click the System tab to access the System page links bar and the System Status page.
The System Status page displays the following information:
■ Manufacturer: Manufacturer’s identifier.
■Model Number : Manufacturer’s model number.
■Serial Number : Unique serial number of your gateway.
■ Software Version: Version number of the current embedded software in your gateway.
■ MAC Address: Unique hardware address of this gateway.
■ First Use Date: Date and time the gateway was first used.
■ Time Since Last Reboot: Elapsed time since last reboot of the gateway in
days:hours:minutes:seconds.
■ System Temperature: The internal temperature, in degrees Celsius.

■ Legal Disclaimer: Clicking the Licenses link displays a listing of software copyright
attributions.
Access Code
The Access Code page provides a way to change the password associated with the gateway
Access to the ARRIS  Embedded Software Version 9.3.0  is controlled through the Admin
account. The default Admin password for the gateway is the unique code printed on a label
on the bottom of the gateway.
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You can change the password to one between 8 and 20 characters long. The new password
must include characters from at least two of these categories:
Restart
The Restart page provides a way to restart the gateway, or reset its connections.
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In some cases, when you make configuration changes, you may be required to restart for
the changes to take effect. If there is a problem with the service provider, restarting the
connection may be required.
■Click the Restart Gateway button to:
●Disconnect all users
●Initialize all its interfaces
●Reload the operating system software
After clicking Restart Gateway, the following message appears.
■Click the Restart Connection button to reinitialize the link between the gateway and
the service provider. Restarting the connection does not reload the operating system
software.
Reset
The Reset page provides access to three restore functions and a function to save a
configuration file.
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■ Save Configuration File
Save the current configuration to a local PC, with the default name of config.dat, to use
for restoring the settings at a later time.
■ Load Configuration File
Loading a configuration file saved from a previous software version may or may not
restore properly. On loading a configuration file the Gateway always restarts; it cannot
be cancelled.
To load a configuration file, click Choose File , find the file and then click Load .
■ Restore Default Wireless Settings
Restores only the default wireless settings of the gateway. All other user-defined
settings remain.
■ Restore Default Firewall Settings
Restores only the default firewall settings of the gateway. All other user-defined
■ Restore Factory Defaults
All configuration changes you have made will be deleted and settings will be returned
to factory defaults. In addition, a restart will occur, so all users connected to the

gateway or to the Internet will be disconnected.
Note:  Exercise caution when performing a factory reset. A factory reset erases
all previous configuration changes made to the gateway. To bring the gateway
back to the previous configuration, begin with the Quick Start Guide associated
with the gateway.
Remote Access
The Remote Access page provides access to the Gateway from the WAN. Use remote access
for advanced troubleshooting or remote configuration.
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Warning:  Enabling remote access allows anyone who knows or can determine the
password, port ID, and URL (address) of the device to view any configuration settings
or change the operation of the device.
If remote access is not currently enabled, the Remote Access page allows configuration and
enabling.
■Username : The user ID required to log in remotely.
■ Password: The password used for remote access.
■ Port: The port number used for remote access. Use a port in the range 49152 to 65535.
■User Inactivity Timeout : The Gateway disconnects remote access after the specified
time expires with no activity.
■ Feature Duration: The amount of time the Gateway allows remote access.
■ Permissions: Select Read-Write or Read-Only.
■URL: The URL required for remote access to the Gateway.
■Enable : Click to enable remote access. When enabled, the button changes to Disable .
Access List

■ Source IP Address: A range of IP addresses. If entered, the Gateway restricts access to
devices within that address range. You can configure multiple ranges, if needed.
To restrict to a single IP address, enter the same address in both boxes.
■Add: Click to add the configured range to the table.
The table shows configured address ranges. To delete a range, click the Delete button on
that row.
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Misc
The Misc page provides capability to set the Page Refresh Interval, Login Time-out value,
Local Time Zone, and Automatic Daylight Savings Time.
■ Language: Select the language used to display help and field names.
■ Page Refresh Interval: The automatic refresh interval, in seconds.
■Login Time-out : The inactivity time-out, in minutes, after which the user will be
prompted to login to resume web page activity.
■ Firewall Redirects: When enabled, the Gateway displays a special page when blocking
access due to firewall restrictions (website or time of day).
■ Time Zone: A selection list to choose from for the time zone in which the gateway
resides.
■ Automatic Daylight Saving Time: The gateway automatically adjusts for Daylight Saving
Time. When configured in a local that does not observe Daylight Saving Time, disable
this feature.
Resources
The Resources page provides general Gateway information.

Resources
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■ Auto Refresh: Check this box to automatically refresh the page.
■Model : Gateway model number.
■ Firmware: Current firmware version of the embedded operating system.
■ Current Time: Local time if:
■ The WAN is up
■ The timezone is set
■ The NTP server has been found
■ Uptime: Days, Hours, Minutes, Seconds since the gateway was restarted.
■CPU : Displays the CPU installed in the Gateway.
■ CPU Utilization: CPU load for each core.
■ Memory: Total memory in the Gateway, and how much is used/free.
■Flash : Total amount of Flash memory in the Gateway.
■Sessions : The number of connections (TCP and UDP) in use, by count and by percentage
of the maximum number of sessions.
The table displays the number of sessions by connected device. Because the data is filtered,
the session count may not agree with the number of lines shown in the session table.
To update the Client Session table, click Refresh.
Broadband tab

The Broadband links provide access to information pages about the broadband connection
and to configure connection details.
Some links may differ from what is shown below, depending on model.
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Select the Broadband tab to access the Broadband Links bar and the Broadband Status page.
Broadband Status
The Status page displays information about the Gateway WAN connection(s) to the Internet.
Note:  The content of this page may vary by both model and connection type. An
NVG548 page is provided as an example.
■ Broadband Connection Source: The communications technology providing the
broadband uplink.
■ Broadband Connection: May be Up (connected) or Down (disconnected).
■ Broadband IPv4 Address: The public IP address of the gateway, whether dynamically or
■ Gateway IPv4 Address: The ISP's gateway router IP address.
■ MAC Address: The gateway’s unique hardware address identifier.
■ Primary DNS: The IP address of the primary Domain Name System (DNS) server.
■ Secondary DNS: The IP address of the backup DNS server, if available.

■MTU : Maximum transmittable unit before packets are broken into multiple packets.
■Connection Name : The type of connection, e.g. DHCP, Static, or PPP.
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■ Lease (seconds): The remaining time on the gateway's current DHCP lease.
■ Uptime (seconds): The time in seconds from the last reboot of the gateway.
IPv6
■ Status: May be Enabled or Unavailable.
■ Global Unicast IPv6 Address: The public IPv6 address of the gateway, whether
dynamically or statically assigned.
■ Border Relay IPv4 Address: The public IPv4 address of the gateway.
■ 6rd Prefix: (if present) The ISP's IPv6 prefix. IPv6 RD (Rapid Deployment) uses this
technique to encapsulate IPv6 packets in IPv4.
IPv6 Statistics
■ Transmit Packets: IP packets transmitted.
■ Transmit Errors: Errors on IP packets transmitted.
■ Transmit Discards: Number of IPv6 packets dropped.
Connection Statistics
The Gateway shows the connection statistics for the current connection (Ethernet, LTE, etc.).
■ Line State (Transport): Indicates if the line is Up or Down.
■ Current Speed: (Ethernet only) The link speed.

■ Current Duplex: (Ethernet only) The Ethernet duplex state: full or half.
■ Receive Packets: IP packets received.
■ Receive Bytes: Number of bytes received on the port.
■ Transmit Bytes: Number of bytes sent out of the port.
■ Receive Unicast: Number of unicast packets received on the port.
■ Transmit Unicast: Number of unicast packets sent out from the port.
■ Receive Multicast: Number of multicast packets received on the port.
■ Transmit Multicast: Number of multicast packets sent out from the port.
■ Receive Dropped: Number of packets received on the port that were dropped.
■ Transmit Dropped: Number of packets sent out of the port that were dropped.
■ Receive Errors: Errors on IP packets received.

■Collisions : Number of packets that had to be discarded as a result of collisions whereby
two devices tried to transmit data on the network at the same time.
Click Clear Statistics to reset the counted values to zero.
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Broadband Settings
Displays the configured settings associated with the Gateway broadband interface.
Select the Broadband Settings link under the Broadband tab to view Broadband Settings.
■ WAN Type:
Often the system will automatically configure the WAN. If not, select the type of WAN
you are connecting from the drop-down list.
■Line Mode :
You may need to adjust the Line Mode for the WAN type that was selected.
Note:  The Line Mode selections shown depend on the WAN Type selected.
■ Transport Mode:
You may need to adjust the Transport Mode after the WAN Type and Line Mode have
been selected.
■VLAN ID : If the Line Mode or Transport Mode is tagged, enter the VLAN ID. Valid range: 0
to 4095.
Connection Settings
Displays the configured settings associated with the Gateway broadband connection.
Select the Connection Settings link under the Broadband tab to view the Connection
Settings.
Note:  Some fields are displayed only for certain protocols.

Settings.
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■ ISP Protocol
In most cases, the system automatically determines the ISP Protocol. Otherwise, select
the desired protocol. Options displayed on the screen vary depending on your previous
■ Protocol Detected: If ISP Protocol is Auto Select, the currently selected ISP protocol.
■ Host Name: Free text entry for the host name.
■Domain Name : Free text entry for the domain name.
■MTU : Choose Auto or Manual .
■ MTU size: If MTU is set to Manual , specifies the largest packet size of a frame. For
PPPoE, the maximum is 1492; otherwise, 1500.
■ DNS Type: Dynamic DNS or Static DNS. Select Static DNS to manually enter Primary and
Secondary DNS Addresses.
■ Primary DNS Address: IP address of the primary DNS server. The address used by the
gateway to lookup addresses.
■ Secondary DNS Address: Optional DNS Address if the primary server is unavailable.
Static IP-specific fields
These fields display only when ISP Protocol is Static IP.

■ Single Static IP: The ISP-assigned fixed value for the IP address.
■ Subnet Mask: The ISP-assigned fixed value for the subnet mask.
■ Gateway Address: The ISP-assigned fixed value for the default gateway.
Dynamic DNS
The Dynamic DNS page allows association of variable DHCP- or PPPoE-assigned IP addresses
with a domain name you own (for example, www.examplehobbyist.com).
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Note:  You must have an account with one of the dynamic DNS service providers
(DynDNS, ZoneEdit, etc.) listed in the Service drop-down list box.
■Domain Name : The name of your domain, such as example.com .
■Dynamic DNS : Select Enable  to enable Dynamic DNS.
■ Service: Select your Dynamic DNS provider from the drop-down menu.
■Username : Your Dynamic DNS provider account.
■ Password: The password associated with the entered user name.
■ Hostname: The name of your host. This may be the same as your domain name, or
include a prefix such as www.example.com .
Routing
The Routing page provides the capability to configure Routing Information Protocol (RIP)
send and receive on LAN and WAN sites in the upper panel. The lower panel allows you to
configure custom routes.
Select Routing from the Broadband tab to view the Routing page.
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■LAN RIP Send : Select a version to enable Routing Information Protocol (RIP) Transmit.
■ LAN/WAN RIP Receive: Select a version to enable RIP receive.
■ LAN/WAN MD5 Key: Key used for V2-MD5.
Custom routes
■ Route Name: The custom route name.
■ Destination: The final destination IP address of the packet.
■ Netmask: Displays the Netmask information configured in the device.
■ Gateway: The device through which packets pass to reach the destination.
■ Interface: The outgoing network interface the device should use when forwarding the
packet to the next hop or final destination.
■ Metric: The metric to apply to this route. Most routes have a value of 1; use higher
numbers for slower or more congested routes.
Routing Table
The routing table of the Gateway.
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Wi-Fi tab
The Wi-Fi Status page provides access to configuration options and viewable information
about the gateway Wireless network.
Select the Wireless tab to access the Wi-Fi Status page and links bar.
Wi-Fi Status
The Wi-Fi Status page shows the current gateway Wi-Fi configuration details, and provides
the means to restart either wireless radio.
Click the Wi-Fi tab to open the Wi-Fi Status page.
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■ Wi-Fi Status: Status of each Wi-Fi radio: operational  or disabled .
■Wi-Fi Home : Status of the Wi-Fi home network.
■Band : The frequency band of each Wi-Fi radio.
■Mode : The Wi-Fi mode of operation.
■Bandwidth : The width of each channel, in megahertz.
■ Current Radio Channel: The radio channel that the Wi-Fi network is broadcasting on.
■ Automatic Channel Selection: May be set to on or off.
■Backhaul SSID : If a HomeAssure-enabled wireless extender is in the home network, the
Backhaul SSID carries traffic between the Gateway and the extender.
Primary SSID
If Wi-Fi Home  is On, these fields provide information about the SSID.
■ Primary SSID Enabled: On if the home SSID is available on each radio.
■ SSID Availability: Indicates whether the SSID can be accessed by a wireless client, taking
into account if the radio is enabled and functional, if the SSID is enabled, if a Wireless

Schedule is enabled, if a Wireless Schedule is enabled for the SSID, and if the schedule
time is blocked/allowed.
■ Primary Network Name: This name should appear when a Wi-Fi client searches for
available networks.
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■ Broadcast SSID: When on, the gateway broadcasts its network name (SSID) to clients
scanning for wireless networks. When off, to connect to your wireless LAN, clients must
know the Network Name.
■Wi-Fi Security : The security mechanism between the gateway and its clients.
■ Password: The Wi-Fi password, if security is WPA.
■ MAC Address Filtering: On indicates that gateway is inspecting MAC addresses before
connecting Wi-Fi clients.
■ Wi-Fi MAC Address: The MAC address of the Wi-Fi subsystem of this gateway.
Guest SSID
If the Guest SSID is enabled, these fields provide information about the SSID.
■ Guest SSID: Indicates which radio provides guest network access.

■ Network Name: The network name associated with the guest network.
■ MAC Address Filtering: On indicates that the gateway is inspecting MAC addresses
before connecting Wi-Fi clients.
Wi-Fi Network Statistics
■ Transmit Bytes: Number of bytes transmitted on the Wi-Fi network.
■ Receive Bytes: Number of bytes received on the Wi-Fi network.

■ Transmit Packets: Number of packets transmitted on the Wi-Fi network.
■ Receive Packets: Number of packets received on the Wi-Fi network.
■ Transmit Error Packets: Number of errors on packets transmitted on the Wi-Fi network.
■ Receive Error Packets: Number of errors on packets received on the Wi-Fi network.
■ Transmit Discard Packets: Number of packets transmitted on the Wi-Fi network that
were dropped.
■ Receive Discard Packets: Number of packets received on the Wi-Fi network that were
dropped.
Wi-Fi Client Connection Statistics
■ MAC Address: The hardware address of each client.
■ IP Address: The network address assigned to the client by this gateway.
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■ State: Authentication state.
■ Access Point: Access point, including the band of the Wi-Fi radio and the Network Name
(SSID).
■ RSSI:  Received Signal Strength Indicator value in dBm and displayed in bars, while
■ Tx/Rx Rate: The speed in Mbps that packets travel between the gateway and the Wi-Fi
client.
To restart either of the wireless radios, click the Restart Wi-Fi Radio button at the bottom of
the appropriate column. All clients using the radio will be disconnected.
The statistics counters can be reset at any time by clicking the Clear Statistics button.
Wi-Fi Home
The Wi-Fi Home screen allows you to enable and disable the ARRIS Wi-Fi Home Wi-Fi
optimization application. This feature combines your 2.4GHz and 5GHz Wi-Fi networks into
a single Wi-Fi network and promotes Wi-Fi devices to move between each band to ensure
the best coverage and bandwidth is available. The ARRIS Wi-Fi Home Wi-Fi optimization

application is enabled by default.
■ Status: Choose Enable  to display the other fields.
Note:  When Status is Disable , the Wi-Fi tab shows the Primary link for
configuring basic SSID parameters.
■ Network Name (SSID): Enter the SSID name to use. The Gateway applies the SSID to
both radios.
■ WPA Version: Select the WPA version. The Gateway applies the selected value to both
radios.
■ Password: Enter the password you want to use to access Wi-Fi. The Gateway applies the
password to both radios.
After making changes, click Save for the changes to take effect.
Primary
The Primary page configures basic Wi-Fi settings on either radio.
When Wi-Fi Home (band steering) is disabled, select the Primary link.
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■Radio Selection : Choose either 2.4 GHz Radio  or 5.0 GHz Radio .
■ Radio state
Indicates if the Wi-Fi radio is enabled or disabled.
■Wi-Fi Channel
Choose Automatic to have the Gateway select the best operating channel for its
environment. If a nearby wireless access point is transmitting on the same channel as
the Gateway, the networks interfere with each other, reducing throughput on both. If
you experience speed problems on your wireless LAN, test whether a particular choice
of channel improves the data transfer.
■ Network Name (SSID)
The network ID used to identify this particular wireless LAN. The default SSID for the
Gateway is Verizon-xxxx where xxxx is either 1 or 2 plus the last 4 digits of the serial
number located on the side of the gateway.
Depending on their operating system or client wireless card, users must either:
■ Select from a list of available wireless LANs that appear in a scanned list on their
client.

client.
■ Enter this name on their clients in order to join this wireless LAN.
You can configure up to three SSIDs.
■ Isolate: Set to Enable  to force all connections between devices to go through the service
provider's network, even if both devices are connected to the same wireless network.
■ Broadcast SSID
When on (the default), the Gateway broadcasts its Network Name (SSID) to clients
scanning for wireless networks. To connect to your wireless LAN, they must first choose
the Network Name.
If disabled, this mode hides the wireless network from the scanning features of
wireless client computers. Hiding the SSID prevents casual detection of the wireless
network by unwanted neighbors and passers-by. The gateway WLAN will not appear
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when clients scan for access points. If enabled, you must remember to enter the SSID
when adding clients to the wireless LAN.
Note:  While disabling the Broadcast SSID may prevent casual discovery of the
wireless network, enabling security is the only true method of securing the
network.
■Security
The type of wireless encryption security in use:
■ OFF-No Privacy
■ WPA-PSK
■ WPA-Default Password
See Wi-Fi security  (page 54).
■ WPA Version
This field allows you to select the WPA version (WPA, WPA2, or WPA3) required for
client connections. Select WPA2 for maximum interoperability.
■ Password
The password must be at least eight characters when WPA is chosen.
Guest
The Guest page configures settings for a guest network.
■ Guest SSID Enable: Select Enable to deploy a guest network.

Guest
■ Guest Network Name: Enter the SSID you want to use for the guest network.
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network.
■Security
■ WPA-PSK

network.
■Security
■ WPA-PSK
■ Password
Advanced
The Advanced page configures advanced settings on the Wi-Fi network.
Select the Advanced link to access the Advanced page.
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■ WMM Power Save: Enables WMM power save management. This can extend battery
life for mobile devices by putting their radios into a low-power mode when not actively
communicating.
■ Power Level: Select the lowest power level (where 100% indicates maximum power) to
cover your home or office. This is more important in high-density dwellings, to reduce
interference with neighboring networks.
■Channel Width
The default (20 MHz) is compatible with all devices. Set to 20/40 MHz if most devices
support 40 MHz channels. Note that any 20 MHz-only device on the network forces all
devices back to 20 MHz bandwidth.
■ RTS Threshold: Sets the packet size limit. When the threshold is passed, the ready to
send/clear to send (RTS/CTS) function is invoked. The default setting is 2347 bytes. The
allowable setting range is from 1 to 2347 bytes.

■ Beacon Interval: Sets the time interval between beacon transmissions, in milliseconds.
The Gateway uses these transmissions to synchronize the wireless network and its client
devices. For best compatibility, use the default 100ms setting. Valid range: 20 to 1024ms.
■ DTIM Interval: Sets the DTIM (Delivery Traffic Indication Message) Interval. The DTIM
Interval informs the wireless client devices of the next available window for listening to
broadcast and multicast messages. When the Gateway sends a DTIM beacon, the client
devices hear the beacon and then listen for the messages. For best compatibility, leave
the DTIM Interval at the default 1ms setting. Valid range: 1 to 255 ms.
■ Fragmentation Threshold: Sets the fragmentation threshold. This threshold should be

set to equal the maximum Ethernet frame size allowable on the link, including overhead.
Setting a lower threshold can lower data throughput, since large frames could be
fragmented and/or collisions could occur. The default setting is 2346. Valid range: 256 to
2346 bytes.
■ WPA Group Rekey Interval
The interval, in minutes, between exchanging new secret keys with each connected
device. Secret keys are used to authenticate the devices to the protected network.
MAC Filtering
Use MAC Filtering to restrict access to your network.
Select the MAC filtering link under the Wi-Fi tab to open the MAC Filtering page.
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■ MAC Filtering: Set each of the SSIDs as needed:
■Disable : Turns off MAC filtering for this network.
■ Allow: Enables access only to the clients in the list (whitelisting). This provides high
security, but requires you to add new devices to the list.
■ Deny: Denies access to the clients in the list (blacklisting).
■ Select Device
Devices in this list are already connected to a network. Check the boxes corresponding
to the networks you want to list this device in.
■ Manually Add MAC Address: If you know the MAC address of a device you want to
list, and it does not show up in the Select Device drop-down, enter it here. The format
is nn:nn:nn:nn:nn:nn , where nn Is two hexadecimal digits (0-9, a-f). Check the boxes
corresponding to the networks you want to list this device in.
■Add: Click this button to add the selected device to the list.
The table at the bottom of this page shows the listed devices, and their status (allowed or

denied) on each network. Click the Delete button next to a device to remove it from the list.
Tools
The Tools page scans the Wi-Fi bands and shows the activity on each channel.
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When first entering the Wi-Fi Tools screen, it displays a channel change history for both
radios.
To scan for channel quality and nearby access points, click Analyze Wireless. The scan
covers a frequency range within the 2.4 GHz or 5.0 GHz band. Channel selection depends on
government regulated radio frequencies that vary from region to region. Channel selection
can have a significant impact on performance, depending on other wireless activity close to
this gateway.
Important:  This scan disconnects any wireless client devices while in progress.
After the analysis completes, the Gateway displays graphs, showing a score for each channel
tested on each radio. The score accounts for noise, interference, and traffic from other
access points. The Gateway also displays a table showing other detected access points. The
following is an example.
Access Points
Radio Channel Bandwidth RSSI Network Name (SSID)/MAC MAC

2.4 GHz 1 20 MHz -72 dBm AUR_EC0086 00:06:0D:5E:DD:F5
2.4 GHz 1 20 MHz -52 dBm Motorola 00:26:82:3A:92:D7
2.4 GHz 3 20 MHz -48 dBm island-0B3B20 D4:68:4D:4B:3B:23
5 GHz 36 20 MHz -64 dBm DG6800S-F702E-5G 78:96:84:DB:B2:3F
5 GHz 48 80 MHz -34 dBm Hidden:20:F1:9E:C8:45:F3 20:F1:9E:C8:45:F3
5 GHz 48 80 MHz -34 dBm bhARRIS0245 22:F1:9E:C9:43:D7
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Radio Channel BandwidthRSSINetwork Name (SSID)/MACMAC
5 GHz 48 40 MHz -59 dBmtelenet-AEC6E5C:35:3B:4A:EC:74
5 GHz 48 40 MHz -56 dBmtelenet-AEE5F 5C:35:3B:4A:EE:65
WPS (Wi-Fi Protected Setup)
WPS is a simple way to add and securely configure new clients on the WLAN.
Wi-Fi Protected Setup (WPS) is not a security protocol. By default, Privacy is set to Wi-Fi
Protected Access (WPA-PSK) with a 12-character security key. WPS allows you to securely
share the exact security configuration with a new client that you are adding to the WLAN,
without needing to look up and type this security key.
Clients can be added by implementing any of the WPS setups on this page. Not all wireless
devices support WPS. Refer to their documentation.
■Radio Selection :
Provides selection for either the 2.4 Ghz or the 5.0 Ghz frequencies.
Note:  The Gateway allows only one radio to have WPS enabled at a time. The
device defaults to ON for the 5 GHz radio.

■ Wi-Fi Protected Setup:
May be either Enable  or Disable . To activate WPS features below, select Enable  and
click Apply .
■ Generate PIN:
Click Generate PIN; a unique 8 digit PIN is generated.
■WPS PIN :
To add a new client:
■ Choose the desired radio (2.4 GHz or 5 GHz) from the Radio Selection pull-down.
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■ Enter the new client's PIN (a string of numbers) in the WPS PIN field.
■Click Submit to Primary SSID.
■ Follow any instructions that came with the wireless client.
■ WPS Virtual Pushbutton:
■Click the WPS Pushbutton to Primary SSID.
Schedule
Use the Schedule page to make a Wi-Fi network unavailable at certain times of day.
By default, wireless access is blocked from midnight to 5 a.m. You must ensure your Gateway
WAN is up, timezone is set properly, and the Gateway has found the NTP server for this
feature to work.
Wi-Fi security
By default, wireless security is set to WPA with a pre-defined WPA-Default key.
Other options are available from the Security drop-down menu that is included in each page
under the Wi-Fi tab:

■ WPA-PSK: Allows you to enter your own key, the most secure option for the wireless
network. The key can be between eight and 63 characters, but for the best security it
should be at least 20 characters. If you select WPA-PSK as the privacy setting, the WPA
Version drop-down menu allows you to select the WPA version(s) that will be required
for client connections. Choices are:
●WPA-2, for maximum security
●WPA/WPA-2 or WPA-2/WPA3, for maximum interoperability
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All clients must support the version(s) selected in order to successfully connect.
Important:  Ensure that the Wi-Fi client adapter supports this option. Not all Wi-
Fi clients support WPA-PSK.
■ OFF-No Privacy: Disables privacy on the network, allowing any wireless users to connect
to the wireless LAN. Select this option if you are using alternative security measures such
as VPN tunnels, or if the network is for public use.
Network tab
Links in the Network tab allow configuration of LAN-side services.
Select the  Network tab to access the Network Status page and the links bar.
Network Status
Displays status and statistics for LAN-side interfaces.
Select the Network tab to view the status of the Network elements.
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■ Gateway IPv4 Address: The Gateway’s own IP address on the network.
■ DHCPv4 Netmask: Gateway’s own netmask on the network.
■ DNS Proxy: The Gateway can provide DNS service for LAN clients.
■ DHCP Server: If enabled, the Gateway is providing DHCP services to LAN clients.
■ DHCPv4 Start Address: Starting IP address of the DHCP range served by the Gateway.
■ DHCPv4 End Address: Ending IP address of the DHCP range served by the Gateway.
■ DHCP Leases Available: Number of IP addresses of the DHCP range available to be
served by the Gateway.
■ DHCP Leases Allocated: Number of IP addresses of the DHCP range currently being
■Lease Time : The amount of time a LAN client keeps an IP address before needing to
renew the lease.
■ DHCP Primary Pool: Number of IP addresses of the DHCP range currently being served
by the Gateway.
■ Auto Reservation: Indicates if IP addresses become reserved as they are handed out by
the DHCP server.

■ Secondary Subnet: Shows Enabled if a Public Subnet or Cascaded Router is configured.
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■ Public Subnet: Whether a second subnet to distribute public addresses to DHCP clients
has been configured on the Home Network Subnets & DHCP page.
■ Cascaded Router Status: Whether a routing gateway behind this gateway has been
specified on the Home Network Subnets & DHCP page.
■ IP Passthrough Status: Whether an IP passthrough has been configured on the Firewall
IP Passthrough page.
Interfaces
Interface Status Active Devices Inactive Devices
Ethernet, Wi-Fi
2.4GHz, or Wi-Fi 5GHz.State of the specified
interface (Ethernet,
Wi-Fi, etc.).
■Enabled
■DisabledNumber of local
devices currently using
the interface.Number of local
devices connected but
not currently using the
IPv6
■ Status: May be Enabled or Unavailable
■ Global IPv6 Address: The public IPv6 address of the gateway, whether dynamically or
■ Link-local IPv6 Address: The private IPv6 address of the gateway, whether dynamically
or statically assigned.

■ Router Advertisement Prefix: The IPv6 prefix to include in router advertisements.
■ IPv6 Delegated LAN Prefix: The IPv6 network address prefix that identifies the
Gateway's network.
IPv4 Statistics/IPv6 Statistics
■ Transmit Discards: IP packets dropped.
■ Receive Discards: IP packets dropped.
LAN Ethernet Statistics
■ State: May be Up or Down.
■ Transmit Speed: Maximum speed of which the port is capable.
■ Transmit Packets: Number of packets sent out from the port.
■ Transmit Bytes: Number of bytes sent out from the port.
■ Transmit Dropped: Number of packets sent out from the port that were dropped.

■ Transmit Errors: Number of errors on packets sent out from the port.
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■ Receive Packets: Number of packets received on the port.
■ Receive Errors: Number of errors on packets received on the port.
To clear the current LAN statistics information, click Clear Statistics.
Configure (Ethernet LAN)
The Network Configure link provides access to Ethernet LAN configuration elements.
For each Ethernet Port, 1 through 4, valid selections are:
■ Ethernet:
●Auto (the default self-sensing rate)
●10M full- or half-duplex
●100M full- or half-duplex
●or 1G full- or half-duplex
■MDI-X:
●Auto (the default self-sensing crossover setting)
●Off
●On
Subnets & DHCP

■MDI-X:
●Off
●On
Configures Internet protocol details for the home network.
Click the Network Subnets & DHCP link, and apply configuration details in the active text
boxes.
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The server configuration determines the functionality of the DHCP settings. This
functionality enables the Gateway to assign the LAN computer(s) a "private" IP address
and other parameters that allow network communication. This feature simplifies network
administration because the Gateway maintains a list of IP address assignments. Additional
computers can be added to the LAN without the need to configure an IP address. This is the
default mode.
Reference the subsections that follow for field definitions.
Private LAN Subnet
■ Gateway IPv4 Address: The IP address of the device as seen from the LAN.
■ Subnet Mask: The subnet portion of the IP addresses on the private LAN subnet.
DNS Proxy
■ DNS Proxy Enable: When enabled, the gateway will be the DNS server to LAN clients.
DHCP Server
The Start and End addresses must be in the same subnet as the Gateway IPv4 Address value.

DNS Proxy
■ DHCP Server Enable: Specifies if the Gateway hands out leases to LAN-side clients.
■ DHCPv4 Start Address: First IP address in the range being served to LAN clients by the
Gateway DHCP server.
■ DHCPv4 End Address: Last IP address in the range being served to LAN clients by the
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■DHCP Lease : Specifies the default length for DHCP leases issued by the router. Enter
lease time in dd:hh:mm:ss (days/hours/minutes/seconds) format.
■ Option 66: The IP address or the hostname of a single TFTP server.
■ Custom Option: Custom options may be added one at a time. The option may be 1-254.
Public Subnet
■ Public Subnet Mode: To enable a second subnet to distribute public addresses to DHCP
clients, choose Public Subnet from the drop-down menu; IP addresses assigned to LAN
clients will then be public addresses.
■ Public IPv4 Address: The IP address of the gateway, as seen from the WAN.
■ Public Subnet Mask: Public subnet mask.
■ DHCPv4 Start Address: First IP address in the range being served from a DHCP public
pool.
■ DHCPv4 End Address: Last IP address in the range being served from a DHCP public pool.
■ Primary DHCP Pool: Enable a public subnet to have two DHCP pools from which to

pool.
provide IP addresses to clients. If you choose the Primary DHCP Pool to be public, the
Public Pool is used until there are no more addresses available, then the Private Pool
addresses are given. If you select Private, the Private Pool addresses are given out first.
Cascaded Router
■ Cascaded Router Enable: Select On from the drop-down menu when there is another
router behind this Gateway.
■ Cascaded Router Address: After selecting On from the drop-down menu, enter the IP
address of the router behind this gateway in the LAN private IP subnet range.
■ Network Address: After selecting On from the drop-down menu, enter the Network
Address that defines the range of IP addresses available to clients of the router behind
■ Subnet Mask: After selecting On from the drop-down menu, enter the Subnet Mask for

the network address that defines the range of IP addresses available to clients of the
router behind this gateway.
To apply configuration changes, click Save, and if prompted, restart the gateway.
DHCP Reservation
Use DHCP Reservation to implement auto or manual DHCP lease reservation.
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■ DHCP Auto Reservation: Automatically reserves the address of a client when it makes its
first attempt to get a DHCP lease.
■ Manual DHCP Reservation: Manually saves an IP address of a particular client in
the event the client is not yet connected, if Auto Reservation is disabled, or if Auto
Reservation has reached its limit.
DHCP Leases
Provides lease information for DHCP clients in tabular format.
■ DHCP Server: Indicates if the DHCP service is enabled.
■LAN: Indicates if the primary DHCP pool is public or private.
■ DHCP Clients: Provides lease information for DHCP clients in tabular format.
ARP Table
Provides access to the Gateway ARP table.
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■Click Refresh to refresh the information on the ARP table.
■Click Clear ARP Table to clear information from the ARP table. Note that entries may be
repopulated before the display refreshes.
UPnP
The UPnP screen provides the status of the UPnP and a table of UPnP clients on the gateway.
■ Advertisement Period: The period, in seconds, the Gateway broadcasts UPnP
information. A shorter advertisement period ensures control points have current device
status, at the expense of additional network traffic.
■ Advertisement Time to Live (TTL): The number of hops before the advertisement
disappears. (A hop is the number of steps allowed to propagate for each UPnP
advertisement.)
■ IGD/NAT-T: Internet Gateway Device Protocol for Network Address Translation (NAT).
Must always be enabled.
Firewall tab
Links on the Firewall tab provide access to security configuration pages on the gateway.
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Firewall Status
Displays the current state of the system firewall elements. Those elements turned on are
labeled Enabled
Select the Firewall tab to open the Firewall Status page.
Level
Sets the level of firewall protection to Off, Low or High.
The Firewall Level link provides access to this page of the Firewall. If IPv6 is disabled, the
lower section of the page is not shown.
■Off: All inbound and outbound traffic to the WAN is allowed.
■ Low: All outbound traffic and service exports such as pinholes, are supported.
Unsolicited inbound traffic from the WAN will be dropped.
■High :
Pinholes and other service exports are disabled.
The following set of network services are allowed to be initiated by LAN-side devices:
■TELNET
■FTP
■ HTTP
■ HTTPS
■SMTP
■DNS
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■POP3
■IMAP
■NTP
All other traffic will be dropped.
Traffic initiated from WAN-side devices, except for remote administration, will be
dropped.
Port Triggering
A trigger port offers temporary pinholes that are opened in response to particular outbound
traffic, under the assumption that an application creates an outbound session X, and
requires an inbound session Y to be forwarded through the NAT/Firewall into the LAN.
The Port Triggering link provides access to the Port Triggering page of the Firewall.
■ Application Name
The name of the triggering rule you are creating that is not provided in the Select
Application drop-down list.
■ Trigger Protocol
Applicable protocols are: TCP/UDP, TCP, and UDP.
■ Trigger Port Range
Enter the lowest port number in the range in the left box and the highest number in
the right box. (Apply the same port number in both boxes if not a range.)

■ Open Protocol
■ Open Port Range
The port or range of port on the selected protocol which will receive the pin-holed
traffic.
Click Add after making any changes to the Port Triggering configuration.
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Port Forwarding
Port Forwarding allows certain services to be forwarded directly from the Internet
to a particular device. Some Internet applications, e.g. online games, file exchange,
communications programs and servers, require port forwarding.
The Firewall Port Forwarding link provides access to the Port Forwarding page.
Hosted applications created by other applications cannot be modified on this page. You can
create custom services if the application or service is not listed.
Predefined games and software are available from the Service drop-down menu. See List of
supported games and software  (page 66). If you do not see the game or software in the
list of pre-configured services, create a new custom service.
See Device List  (page 27) for information on the device list accessed in Port Forwarding.
■ To configure a custom service, click Custom Services  (page 66).

■ To view the protocols and port ranges used by a supported game or service, select the
service name and click Service Details.
■ To remove a software service or game from the Hosted Applications list, choose the
software service or game and click Delete.
The Service Details include:
■ Service: The name of the custom service or application.
■ Protocol: Applicable protocols are: TCP/UDP, TCP, and UDP.
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■ Global Port Range: The range of ports this application uses. Both boxes should contain
the same port number if not a range.
Custom Services
Configures a custom port triggering service.
■ Edit:Click to edit an existing service. This populates the Service Entry fields with the
current entry values.
Note:  A custom service must be inactive before it can be edited.
■ Delete: Click to remove the service.
Service Entry
■ Service Name: A unique identifier for the custom service.
■ Global Port Range: Range of ports on which incoming traffic will be received.
■ Base Host Port: The port number at the start of the port range the Gateway should use
when forwarding traffic of the specified type(s) to the internal IP address.
■ Protocol: Protocol type of Internet traffic:
■ TCP
■UDP
■Both
■Add: Click to save the changes.
Each time a custom service is added, the entry is added to the list of service names in

■ TCP
■UDP
■Both
the Service List. After defining a custom service, it becomes available in the Service
menu on the Port Forwarding page as one of the selectable services.
■ Return to Port Forwarding: Click to return to the Port Forwarding page.
List of supported games and software
AIM Talk Act of War - Direct Action Age of Empires II
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Age of Empires, v.1.0 Age of Empires: The Rise of
Rome, v.1.0Age of Mythology
Age of Wonders America's Army Apache
Asheron's Call Azureus Baldur's Gate I and II
Battlefield 1942 Battlefield Communicator Battlefield Vietnam
BitTornado BitTorrent Black and White
Blazing Angels Online Brothers in Arms - Earned in
BloodBrothers in Arms Online
Buddy Phone CART Precision Racing, v 1.0 Calista IP Phone
Call of Duty Citrix Metaframe/ICA Client Close Combat III: The Russian
Front, v 1.0
Close Combat for Windows 1.0Close Combat: A Bridge Too
Far, v 2.0Combat Flight Sim 2: WWII
Pacific Thr, v 1.0
Combat Flight Sim: WWII
Europe Series, v 1.0Counter Strike DNS Server
Dark Reign Delta Force (Client and Server)Delta Force 2
Delta Force Black Hawk DownDiablo II Server Dialpad
DirecTV STB 1 DirecTV STB 2 DirecTV STB 3
Doom 3 Dues Ex Dune 2000
Empire Earth Empire Earth 2 F-16, Mig 29
F-22, Lightning 3 FTP Far Cry
Fighter Ace II GNUtella Grand Theft Auto 2

Multiplayer
H.323 compliant (Netmeeting,
CUSeeME)HTTP HTTPS
Half Life Half Life 2 Steam Half Life 2 Steam Server
Half Life Steam Half Life Steam Server Halo
Hellbender for Windows, v 1.0Heretic II Hexen II
Hotline Server ICQ 2001b ICQ Old
IMAP Client IMAP Client v.3 IPSec IKE
Internet Phone Jedi Knight II: Jedi Outcast Kali
KazaA Lime Wire Links LS 2000
Lord of the Rings Online MSN Game Zone MSN Game Zone DX
MSN Messenger Mech Warrior 3 MechWarrior 4: Vengeance
Medal of Honor Allied Assault Microsoft Flight Simulator
2000Microsoft Flight Simulator 98
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Microsoft Golf 1998 Edition, v
1.0Microsoft Golf 1999 Edition Microsoft Golf 2001 Edition
Midtown Madness, v 1.0 Monster Truck Madness 2, v
2.0Monster Truck Madness, v 1.0
Motocross Madness 2, v 2.0 Motocross Madness, v 1.0 NNTP
Need for Speed 3, Hot PursuitNeed for Speed, Porsche Net2Phone
Operation FlashPoint Outlaws POP-3
PPTP PlayStation Network Quake 2
Quake 3 Quake 4 Rainbow Six
RealAudio Return to Castle Wolfenstein Roger Wilco
Rogue Spear SMTP SNMP
SSH server ShoutCast Server SlingBox
Soldier of Fortune StarCraft StarLancer, v 1.0
Starfleet Command TFTP TeamSpeak
Telnet Tiberian Sun: Command and
ConquerTimbuktu
Total Annihilation Ultima Online Unreal Tournament Server
Urban Assault, v 1.0 VNC, Virtual Network
ComputingWarlords Battlecry
Warrock Westwood Online, Command
and ConquerWin2000 Terminal Server
Wolfenstein Enemy Territory World of Warcraft X-Lite
XBox 360 Media Center XBox Live 360 Yahoo Messenger Chat

Yahoo Messenger Phone ZNES eDonkey
eMule eMule Plus iTunes
mIRC Auth-IdentD mIRC Chat mIRC DCC - IRC DCC
pcAnywhere (incoming)
Packet Filter
Packet filtering can improve network security by blocking unwanted traffic from passing
through the Gateway.
Select the Packet Filter link under the Firewall tab.
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■ Enable Packet Filters: Click to enable packet filtering. When enabled, this button
becomes Disable Packet Filters.
■ Add Match: Click to enter the source or destination IP address the filter matches. Before
using this button, use one of the following two.
■ Add a 'Drop' Rule: Click to add a rule that drops packets matching the filter.
■ Add a 'Pass' Rule: Click to add a rule that forwards packets matching the filter.
Public Subnet Hosts
Creates a subnet with a public IP address range on your LAN. Use only as instructed by your
network provider.
Click the Firewall Public Subnet Hosts link.
Click the link to proceed to the Home Network > Subnets & DHCP (page 58) page.
IP Passthrough
Allows a single PC on the LAN to use the public IP address of the Gateway.
This page also provides port address translation (PAT) or (NAPT – Network Address and
Port Translation) through the same public IP address for all other hosts on the private LAN
subnet.

subnet.
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■ Allocation Mode: The passthrough mode; one of:
■Off: disables passthrough.
■ Passthrough: assigns the Gateway's public IP address to a single LAN-side client.
■ Default Server: forwards externally-initiated traffic to a specific LAN-side client. Use
this if you have a publically-available server, or have a network application that uses
arbitrary port numbers (for example, certain online games).
The available fields in this page change, depending on the selected allocation mode.
Select Passthrough from the Allocation Mode pull-down menu, to assign and reuse the
public WAN IP on a LAN computer. Use DHCP for addressing the designated passthrough PC.
The acquired or configured WAN address is passed to DHCP, which will dynamically configure
a single-servable-address subnet. This dynamic subnet configuration is based on the local
and remote WAN address and subnet mask.
IP Passthrough mode
The following fields are available in IP Passthrough mode.

■ Passthrough Mode: The method used to assign the WAN IP address to the selected LAN
client:
■DHCPS-dynamic : the Gateway assigns its WAN IP address to the first LAN client that
requests a DHCP lease. It may be helpful, after the gateway has obtained a WAN
IP address, to cycle the desired LAN client's interface or reboot it. On disabling this
feature, you should reboot the LAN client.
■ DHCPS-fixed: the Gateway assigns its WAN IP address to a specific LAN client. It
may be helpful, after the gateway has obtained a WAN IP address, to cycle the LAN
client's interface or reboot it. On disabling this feature, you should reboot the LAN
client.
■Manual : a LAN client must be manually configured with the gateway's assigned
WAN IP address and gateway information.
■ Passthrough Fixed MAC Address: When Passthrough Mode is DHCPS-fixed, this is the
MAC of the selected LAN client.

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■ Passthrough DHCP Lease: When Passthrough Mode is DHCPS, this is the duration of the
lease that will be handed out by the gateway to the LAN client.
Default Server mode
The following fields are available in Default Server mode. Other fields are greyed out,
indicating that they do not apply.
■ Default Server Internal Address: The IP address of the LAN-side device to receive
unexpected or unknown traffic.
Choose the device from the list. If the device is not in the list (for example, it is
currently offline), enter its MAC address in the Manual Entry field.
DoS Protection
The Gateway includes default settings to block the most common types of DoS attacks. For
special requirements or circumstances, a variety of additional blocking characteristics are
offered.
Choose the Firewall DoS Protection link.
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In most cases, you should accept the default settings.
■ Drop packets with invalid source or destination IP address: Drops packets with invalid
source or destination IP address(es).
■ Protect against port scan: Detects and drops port scans.
■ Drop packets with unknown ether types: Drops packets with unknown ether types.
■ Drop packets with invalid TCP flags: Drops packets with invalid TCP flag settings (NULL,
FIN, Xmas, etc.).
■ Drop incoming ICMP Echo requests to LAN: Drops all ICMP (Ping) echo requests from
LAN-side devices.
■ Drop incoming ICMP Echo requests to device LAN Address: Drops all echo requests
coming from the Internet to LAN-side addresses of the Gateway.
■ Drop incoming ICMP Echo requests to device WAN Address: Drops all echo requests
coming from the Internet to WAN-side addresses of the Gateway, except anycast
■Flood Limit : Detects and drops packet flooding attacks.

■ Flood rate limit: Specifies the number of packets per second before dropping the
remainder.
■ Flood burst limit: Specifies the number of packets in a single burst before dropping the
■Flood limit ICMP enable : Detects and drops ICMP traffic packet flooding attempts.
■Flood limit UDP enable : Detects and drops UDP traffic packet flooding attempts.
■ Flood limit UDP Pass multicast: Excludes UDP multicast traffic. On by default.
■ Flood limit TCP enable: Excludes TCP traffic. Off by default.
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■ Flood limit TCP SYN-cookie: Drops TCP SYN cookies flooding attempts.
Static NAT
The Static NAT mapping feature allows for a 1–to–1 mapping between a public WAN IP
address and an internal private Local Host IP address.
Click the Firewall Static NAT link.
■ Status: The state of each Static NAT entry (usually Enabled).
■ Public IP Address:A public IP address, assigned by your service provider. This should not
be the WAN IP address of the Gateway.
Note:  Assigning an arbitrary public IP address will not work.
■ Local Host: IP address of the LAN-side host.
■ Bypass Firewall: When enabled, unsolicited traffic bypasses any firewall rules.
■ Allow Inbound: When enabled, the Gateway forwards unsolicited traffic destined for the
public IP address to the local host.
UPnP

UPnP
Universal Plug and Play (UPnP) allows discovery UPnP-enabled devices in Microsoft
environments. Leave these settings unchanged unless instructed by support or your service
provider.
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■UPnP : Choose Enable  to enable UPnP.
Access Control
Use the Access Control screen to block access to particular websites.
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Website Blocking
■ Website URL: Enter the URL of a website you want to block, then click Add Website.
The table shows all listed websites. Click Delete next to any website to remove it from
the list.
Time of Day Profiles
You can create profiles, blocks of time when website blocking is active. Individual devices
can be assigned to different profiles.
Each row in the table displays one profile. Use the Edit button to edit that profile.
■ Profile Name: Enter the name of a new profile and click Add new profile.
■ Multiple Days: Choose Every Day, Weekdays, or Weekends.
■ Days of the week: Check or uncheck days as needed to set up your profile.
■ Access Begins at: Choose Enabled All Day, Blocked All Day, or a time of day.
■ Access Ends at: Choose a time of day later than the beginning time.
If you want to block access (for example) from 9 p.m. to 7 a.m., you need to create two
blocks of time: 9 p.m. to midnight, and 12:01 a.m. to 7 a.m.

When finished, click Add to Profile.
Blocking
Blocks selected services from Gateway clients.
■ Enable Service Blocking: When enabled, the services in the list are blocked from LAN-
side clients. The button name changes to Disable Service Blocking.
■ Select Service From List: Select services from the pull-down list to be blocked. A custom
service can be blocked by creating a name and port.
■ Trusted IP: Manually enter the LAN-side IP address of clients to be trusted and not have
services blocked.
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ALG
Application Level Gateway (ALG) supports address and port translation for certain protocols
such as FTP, TFTP, SIP, etc.
■FTP: When enabled, provides support for File Transfer Protocol.
■H.323 : When enabled, provides audio-visual communications support.
■TFTP : When Trivial File Transfer Protocol is enabled, it allows get/put of a file from/to a
remote host.
■ PPTP: When Point-to-Point Tunneling is enabled, it supports virtual private networking.
■IPSec : This feature helps ESP (IPsec encryption) work properly when using NAT. It can
sometimes cause problems for non-NATed hosts (such as devices on the Public LAN).
■SIP: This feature understands the SIP protocol used by the specific applications and does
a protocol packet-inspection of traffic through it. A NAT router with a built-in SIP ALG
can re-write information within the SIP messages (SIP headers and SDP body) making

signaling and audio traffic between the client behind NAT and the SIP endpoint possible.
Diagnostics tab
Links on the Diagnostics tab provide the ability to run diagnostics, test Internet access, and
examine various information stored in logs.
Troubleshoot
Use the features on the Troubleshoot page to examine the elements and functions on the
Gateway.
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Note:  Not all Gateway models have all the interfaces listed.
■ Run Full Diagnostics: Click to run tests on each physical interface.
Click the Details buttons for each interface to see detailed results of the tests. The
troubleshooting details retrieved depend on the router configuration and network
type.
Each test generates one of the following result codes:
Pass The test was successful.
Fail The test was unsuccessful.
Skipped The test was skipped because a test on
which it depended failed.
Pending The test timed out without producing a
result. Try running the test again.
Warning The test was unsuccessful. The service
provider equipment your Gateway connects
to may not support this test.
Test Internet Access
This test checks connectivity between the Gateway and an external IP address.
■ Address: The IP address or name of an external host system.
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■ Preferred Protocol: Select IPv4 or IPv6 as appropriate.
■Ping : Sends ICMP (Ping) packets to the remote host.
■ Traceroute: Lists the route that packets take to the remote host, showing response times
for each hop.
■ NSlookup: Performs a name server lookup on the remote host.
■ Progress Window: Shows the results of a Ping, Traceroute, or NSlookup test.
Example:
This graphic is an example of the Troubleshooting details on the Ethernet Details page.
Logs
Displays saved information about the Gateway operational status.
Select the Logs  link under the Diagnostics tab.
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■Select Log : The logs you want to display: System and Firewall.
■ Display Level: The lowest severity level you want to display. Lower levels such as Notice
or Info provide a great deal of detailed information.
■Clear Log : Click to erase all log entries.
■ Save to File:Click to download a copy of the logs to your computer as a text file.
Note:  Some browsers, such as Internet Explorer for Windows, require specifying
the Gateway device's LAN address as a Trusted Site in Internet Options: Security.
This is necessary to allow the download of the log text file to the PC.
NAT Table
The NAT Table page displays the network address translation sessions that are NAT mappings
used by the gateway.
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Tech Support Info
Collects system information that can be used by technical support to debug certain issues.
Click Collect Tech Support Info to begin gathering information. When the Gateway finished,
the screen refreshes and displays another button:
Click Save Tech Support Info to File to download the information to your computer. Do not
change the name unless instructed by technical support.
NVG558 4G-LTE Gateway User Manual STANDARD Revision x.1 80

Cellular tab
Links available on the Celluar tab provide access to configuration options and viewable
information about the cellular network.
Select the Celluar tab to access Cellular links bar.
Cellular Statistics
Displays the statistics, status, and current parameter settings of the Gateway cellular
Select the Cellular Statistics link under the Cellular tab to view the Cellular Statistics.
NVG558 4G-LTE Gateway User Manual STANDARD Revision x.1 81

The Cellular Statistics page displays the following information:
Module
■Model :
Indicates the Cellular modem model number.
■ Version: Indicates the version of the Cellular module.
■ Manufacturer: Indicates the cellular modem manufacturer.
■ Vendor: Indicates cellular module Vendor.
■IMEI : International Mobile Equipment Identity.
■IMSI : International Mobile Subscriber Identity.
Status
■Cellular Connection : TIndicates the current state of the cellular data connection, up or
down.
■ RSSI: Received Signal Strength Indication.
■ Frequency Band: TIndicates the current frequency band of the cellular module.
■MCC : Mobile Country Code.
■MNC : Mobile Network code.
■PCI: Physical Cell ID.
■Cell ID : Indicates the Cell Identifier.
■ICCID :
Integrated circuit card identifier - it is a unique number identifying the SIM card.
■MDN : Mobile Directory Number.
■CPIN : Indicates the SIM readiness. "READY" indicates that it's ready for operation.

■ COPS: Current network operator.
■ RSRP: Reference Signal Received Power.
■ RSRQ: Reference Signal Received Quality.
■ TX_Powe: Indicates the transmission power.
■ EARFCN : Indicates the E-UTRA Absolute Radio Frequency Channel Number.
■DL Bandwidth : Indicates the Downlink Bandwidth.
■UL Bandwidth : Indicates the Uplink Bandwidth.
■SINR : Signal-to-Noise ratio in decibels.
■ Registration Status : Indicates the Registration status.
Cellular Settings
Displays the configured settings associated with the Gateway cellular connection.
Select the Cellular Settings link under the Cellular tab to view the Cellular Settings.
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APN Management
Use the APN Management screen to view and configure the Gateway's APN settings.
Select the APN Management link under the Cellular tab to view the APN Management
screen.
Note:  Users are unable to make changes to PDP Type.
NVG558 4G-LTE Gateway User Manual STANDARD Revision x.1 83

Chapter 5
This chapter provides information about resolving issues with the gateway connection using
the broadband redirect messages, as well as general troubleshooting processes.
Connection issues
Use the information in this section to identify and resolve common connection issues.
No Wireless light
Symptom: The Wireless light, on the front panel, is off.
Cause: The Wi-Fi interface is disabled.
Solution:
1.On the Settings tab, click LAN, and then click Wi-Fi .
2.For Wi-Fi Interface, select Enable .
3.Click Save.
The Internet is not accessible but the user interface of the
gateway is accessible
Symptom: No devices can connect to remote hosts, but can connect to LAN servers and the
Gateway interface.
Cause: Broadband settings are incorrect.
Solution:
1.On the Settings tab, click Broadband.
2.On the Status page, check the connectivity status of the broadband link.
3.Restart the Gateway (if needed) to refresh the broadband connection.
LAN Issues

LAN Issues
Use the information in this section to identify and resolve common local network issues.
NVG558 4G-LTE Gateway User Manual STANDARD Revision x.1 84

Chapter 5: Troubleshooting
IP address conflict
Symptom: One or more devices on the LAN display "address conflict" messages.
Cause: A device's settings are misconfigured.
Solution:
1.Open the network settings on the device.
2.Check the IP address configuration.
If the device should have a... Then...
static IP address Make sure the assigned address is outside the
Gateway's DHCP pool (the range of addresses it
assigns).
dynamic IP address Make sure the device is configured to request an IP
address using DHCP.
3.If the device is using DHCP, force it to renew its lease.
There is usually a button available in the device settings called Renew Lease, or
something similar. Click this button to force the device to request a new IP address. If
there is no obvious control, save the settings and restart the device.
Cause: Gateway DHCP settings are misconfigured, allowing it to assign addresses that should
be static.
Solution:
1.On the Settings tab, click LAN, and then click DHCP .

be static.
Solution:
2.Change the DHCP pool (IP address range) so that the static address is not part of the
range.
A wireless device is not locating the gateway
Symptom: The Gateway is on, but devices do not find the Gateway in the Wi-Fi settings.
Note:  If Wi-Fi Home Wi-Fi optimization is enabled, it will need to be disabled before
you make make any Wi-Fi configuration changes.
Cause: SSID broadcast is disabled.
Solution:
2.For SSID Broadcast, select Enable .
Cause: Wi-Fi is disabled.
Solution:
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Cannot connect to the Gateway
Symptom: Some or all devices are unable to connect to the Gateway over Wi-Fi.
you make any Wi-Fi configuration changes.
Solution:
Cause: Wi-Fi is enabled, but devices are not using the correct authentication type.
Solution:
2.Check the gateway’s configured authentication type and compare it to the wireless
device’s configured authentication type to verify that the Gateway and the wireless
device are using the same authentication type.
Cause: Older devices do not support WPA/WPA2 authentication.
Solution:
■ If possible, connect older devices using Ethernet rather than Wi-Fi.
■ Only if necessary, configure the Gateway to use WPA or no authentication.

Solution:
Note:  This presents security risks. If downgrading security is the only solution, set
it only when older devices need to connect.
The wireless signal strength is weak
Symptom: Client devices display low signal power, and sometimes lose the Wi-Fi connection.
Cause: Wireless channel interference.
Solution:
1.Click the Wi-Fi  tab, then either Primary 2.4 GHz or Primary 5 GHz.
2.Set the Wi-Fi Channel  to Automatic.
3.Repeat steps 1 and 2 with the other radio, if needed.
Cause: The Gateway power is set too low.
Solution:
1.Click the Wi-Fi  tab, then either Advanced 2.4 GHz or Advanced 5 GHz.
NVG558 4G-LTE Gateway User Manual STANDARD Revision x.1 86

2.Change the Power Level value to the next highest setting.
In high-density areas, set the power level to the lowest value that allows clients to
reliably connect throughout your home. This reduces interference with other nearby
networks.
Cause: Distance or solid objects reduce the signal.
Solution:
■ Move the device nearer to the Gateway.
Metal and concrete walls can significantly reduce the Wi-Fi signal. Drywall and wood can
also affect signal strength.
■ Move the Gateway to a location nearer to the center of your dwelling, if needed.
■ Increase the Wi-Fi power level:
a.Click the Wi-Fi  tab, then either Advanced 2.4 GHz or Advanced 5 GHz.
b.Change the Power Level value to the next highest setting.
c.Click Save.
Cannot set a custom Wi-Fi password
Symptom: Attempting to change the Wi-Fi password results in an error.

Cause: Using WPA/WPA2 security, the custom Wi-Fi password is not long enough.
Solution:
■ Set a password at least 8 characters long.
A length of 16 characters prevents many brute-force password guessing attacks.
The German government recommends a minimum password length of 20 characters.
Passwords may be up to 63 characters long.
Cause: Using WEP security, the password must be a fixed length.
Solution:
■ Set a WEP password as follows:
●For 64-bit WEP, the password must be exactly 5 characters long or 10 hex digits long.
●For 128-bit WEP, the password must be exactly 13 characters long or 26 hex digits
long.
Cause: Invalid characters in the passphrase.
Solution:

long.
Solution:
■ For highest compatibility, use only characters in the ASCII character set.
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Some devices may support extended character sets for WPA passphrases, but the
standards require ASCII-only.
Diagnostic issues
Use this section to identify and resolve common diagnostic issues.
Ping/Traceroute/DNS query does not respond
Symptom: On the Diagnostics Troubleshoot  (page 76) page, attempting to run a Ping,
Traceroute, or NSlookup test fails.
Cause: The host name or address is incorrect.
Solution:
■ Ensure that you entered the correct host name or destination IP address in the Address
text box.
■ If you entered a host name, try replacing it with a known IP address.
Tip:  Google's DNS server, 8.8.8.8, is configured to respond to Ping and
Traceroute.
Cause: No connectivity to the Internet.
Solution:
■ Proceed to The Internet is not accessible but the user interface of the gateway is
accessible  (page 84).
Status lights
Use the status lights on the front of the Gateway to determine its status.
NVG558 4G-LTE Gateway User Manual STANDARD Revision x.1 88

Front panel
Rear panel
Status light Description
Power Green . The power is on.
Flashing green . The Gateway is starting.
Red. The Gateway was unable to start.
Red/green. Standard reset in progress.
Flashing red . Factory reset in progress.
Broadband Blue . The Gateway is connected to the provider network.
Red. No IP address, or authentication failed.
WAN Green  Cellular WAN connection is within the configured "RSSI good" range.
Flashing green  (all). WAN sync in progress.
NVG558 4G-LTE Gateway User Manual STANDARD Revision x.1 89

Status lightDescription
Amber  WAN connection is within the configured "RSSI fair" range.
Red WAN Connection is within the configured "RSSI poor" range (consider
repositioning the NVG558).
Wi-Fi Green . Wi-Fi is enabled on either or both radios.
Slow flashing amber. WPS data or guest SSID pairing on configured radio
(2.4 GHz or 5 GHz). Button was pressed for less than 3 seconds.
Fast flashing amber. Button was pressed for more than 3 seconds. This
is an unsupported mode. Please wait until the LED stops flashing before
proceeding.
Red. Wi-Fi network failure.
Flashing red . WPS timeout or conflict (session overlap). Returns to previous
state after 30 seconds.
NVG558 4G-LTE Gateway User Manual STANDARD Revision x.1 90

Corporate Headquarters
CommScope · Hickory · North Carolina · 28602 · USA
www.commscope.com

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J S O N
a n d
T X T
f o r m a t t e d
ﬁ l e s
r e s p e c t i v e l y
t h a t
i n c l u d e
G o o g l e
p u b l i c
p r e ﬁ x e s
i n
C I D R
n o t a t i o n .
F o r
m o r e
i n f o r m a t i o n
a s
w e l l
a s
a n
e x a m p l e
o f
h o w
t o
u s e
t h i s
i n f o r m a t i o n ,
r e f e r
t o

p u b l i c
p r e ﬁ x e s
i n
C I D R
n o t a t i o n .
F o r
m o r e
a s
w e l l
a s
a n
e x a m p l e
o f
h o w
t o
u s e
t h i s
r e f e r
t o
h t t p s : / / c l o u d . g o o g l e . c o m / v p c / d o c s / c o n ﬁ g u r e - p r i v a t e - g o o g l e - a c c e s s # i p - a d d r - d e f a u l t s

For more information on how to use the phone, please go to http:/ /us.alcatelmobile.com  and download the 
complete user manual.User guide.

1 24.2 Manage messages ........................................... 59
5  Calendar and Clock  .................................................. 60
5.1 Calendar  ............................................................ 60
5.2 Clock  .................................................................. 62
6 Getting connected  ................................................... 65
6.1 Connecting to the internet  ........................... 65
6.2 Connecting to a Bluetooth device  .............. 68
6.3 Connecting to a computer via USB  ............ 70
6.4  Sharing a mobile data connection  .............. 70
6.5 Connecting to virtual private networks  ....71
7 Multimedia applications  ......................................... 74
7.1 Camera  .............................................................. 74
7.2 Viewing Photos or Videos  ............................ 78
8 Others  ......................................................................... 80

8.1 Other applications  .......................................... 80
9 Google applications  ................................................. 81
9.1 Chrome  .............................................................. 81
9.2 Gmail  .................................................................. 81
9.3 Maps  .................................................................. 82
9.4 YouTube  ............................................................. 82
9.5 Play Store  .......................................................... 82
9.6 Play Music  ........................................................ 83
9.7 Play Movies & TV  ........................................... 83Note:
This is a user manual for Alcatel AVALON (5059S).
Safety and use  ..................................................................... 5

Radio waves  ....................................................................... 12
Licenses  ............................................................................... 19
General information  ......................................................... 21
1 Your mobile  ................................................................ 23
1.1 Keys and connectors  ...................................... 23
1.2 Setting up your phone  ................................... 26
1.3 Home screen  .................................................... 30
2 Text input  ................................................................... 40
2.1 Using the onscreen keyboard  ...................... 40
2.2 Text editing  ....................................................... 42

3  Call, Call log and Contacts  ..................................... 43
3.1 Call  ..................................................................... 43
3.2 Call log  ............................................................... 49
3.3 Contacts  ............................................................ 50
4  Messaging  .................................................................. 57
4.1 Write a new message  .................................... 57

3 410 Settings  ....................................................................... 84
10.1 Network & internet  ........................................ 84
10.2 Display  ............................................................... 86
10.3 Security & location  ......................................... 86
10.4 Battery  ............................................................... 86
10.5 Smart Manager  ................................................ 86
10.6 Connected devices  ......................................... 86
10.7 Storage  .............................................................. 87
10.8 Apps & notifications  ...................................... 87
10.9 Sound ................................................................. 87
10.10 Users & accounts .......................................... 88
10.11 Google  ............................................................. 88
10.12 Accessibility  ................................................... 88

10.13 System ............................................................. 88
11  Making the most of your phone  ........................... 91
11.1 FOTA Upgrade  ................................................. 91
12 Accessories  ................................................................ 92
13  1 Year Limited Warranty  ......................................... 93
14 Troubleshooting  ........................................................ 98
15  Specifications  ......................................................... 107This product meets applicable national 
otherwise maintain a distance of 10 mm

otherwise maintain a distance of 10 mm 
 To prevent possible hearing damage, do 

driving a vehicle constitutes a real risk, even when 
the hands-free kit is used (for example a car kit or 
headset), drivers are requested to refrain from using 
their phone when the vehicle is not parked. Check the 
laws and regulations on the use of wireless phones 
and their accessories in the areas where you drive. 
Always obey them. The use of these devices may be 
prohibited or restricted in certain areas.
•	You are advised to switch off the phone from time 
to time to optimize its performance.
•	Remember to abide by local authority rules of 
mobile phone use on aircrafts.
•	If your phone is a unibody device, where the back 
cover and battery are not removable, disassembling 
the phone will void your warranty. Disassembling 
the phone can cause bodily injury if the battery is 
punctured.
•	Always handle your phone with care and keep it in a

•	Always handle your phone with care and keep it in a 
Safety and use  ...............................
We recommend that you read this chapter carefully

7 8•	Do not allow your phone to be exposed to adverse 
55°C (131°F). At over 55°C (131°F), the legibility of 
the phone’s display may be temporarily impaired.
•	Do not open, dismantle, or attempt to repair your 
•	Do not drop, throw, or bend your phone.
•	Use only batteries, battery chargers, and accessories 
which are recommended by TCL Communication 
Ltd. and its affiliates and are compatible with your 
phone model. TCL Communication Ltd. (1) and its 
affiliates disclaim any liability for damage caused by 
the use of other chargers or batteries.
•	Your phone should not be disposed of in a municipal 
•	Remember to make backup copies or keep a written

•	Remember to make backup copies or keep a written 
phone.
(1) Alcatel is a trademark of Nokia used under license by TCL 
Communication Ltd.•	Some people may suffer epileptic seizures or 
flashing-lights feature on your phone. 
•	Parents should monitor their children’s use of 
video games or other features that incorporate 
flashing lights on the phones. All persons should 
discontinue use and consult a doctor if any of the

discontinue use and consult a doctor if any of the 
following symptoms occur: convulsion, eye or 
muscle twitching, loss of awareness, orientation, or 
movements.

be strictly forbidden to take photographs and/or 
to record the voices of other people or any of their 
BATTERY:
•	Do not attempt to open the back cover.

BATTERY:
•	Do not attempt to eject, replace, or open the 
battery.
•	Do not puncture the back cover of your phone.•	Do not burn or dispose of your phone in household 
(140°F).
Phone and battery as a unibody device must be 
disposed of in accordance with locally applicable 
environmental regulations.
such as:
•	 Municipal waste disposal centers with specific bins 
•	Collection bins at points of sale. 

11 12Battery Recycling
For more information on our Battery Recycling 
Program, please visit the USA website at https:/ /
us.alcatelmobile.com/accessibility-compliance/
battery-recycling or the Canada website at https:/ /
ca.alcatelmobile.com/accessibility-compliance/battery-
recycling
CHARGERS:
The chargers designed for your phone meet the 
standard for safety of information technology 
equipment and office equipment use. Due to different 
applicable electrical specifications, a charger you 
purchased in one jurisdiction may not work in another

purchased in one jurisdiction may not work in another 
jurisdiction. They should be used for this purpose only.
country):Travel charger: 100-240V,50/60Hz,200mA
Radio waves  ...................................
Your phone is a radio transmitter and receiver. It 
is designed and manufactured not to exceed the 
emission limits for exposure to radio-frequency 
(RF) energy. These limits are part of comprehensive 
guidelines and establish permitted levels of RF energy 
for the general population. The guidelines are based 
on standards that were developed by independent 
scientific organizations through periodic and thorough 
evaluation of scientific studies. These guidelines 
include a substantial safety margin designed to ensure

include a substantial safety margin designed to ensure 
the safety of all persons, regardless of age and health.
averaged over 1 gram of body tissue. Tests for SAR are 

13 14This device is complied with SAR for general 
population /uncontrolled exposure limits in ANSI/IEEE 
the measurement methods and procedures specified 
in IEEE1528.
Although the SAR is determined at the highest 
certified power level, the actual SAR level of the phone 
while operating can be well below the maximum value. 
This is because the phone is designed to operate at 
multiple power levels so as to use only the power 
required to reach the network. In general, the closer 
you are to a wireless base station antenna, the lower 
the power output of the phone. Before a phone model

the power output of the phone. Before a phone model 
is available for sale to the public, compliance with 
national regulations and standards must be shown.
exposure guidelines provided that it is used with a 
non-metallic accessory with the handset at least 15 
mm from the body. 
Cellular Telecommunications & Internet Association 
(CTIA) Web site: http:/ /www.ctia.org/

their own or their children’s RF exposure by limiting 
the length of calls, or using “hands-free” devices to 
keep phones away from the head and body. Additional 
WHO information about electromagnetic fields and 
public health are available on the following website: 
http:/ /www.who.int/peh-emf.

15 16For the receiver devices associated with the operation 
This phone complies with Part 15 of the FCC Rules. 
•	This device may not cause harmful interference, and
•	This device must accept any interference received, 
optimal operation, you should avoid touching it or 
be used in positions other than against your ear. In 
such circumstances the device will be compliant with 
the guidelines when used with a headset or usb data 
cable.
If you are using another accessory ensure that 
whatever product is used is free of any metal and that 
it positions the phone at least 15 mm away from the 
body.Note: This equipment has been tested and found

body.Note: This equipment has been tested and found 
equipment off and on, the user is encouraged to try 
to correct the interference by one or more of the 
following measures:
•	Increase the separation between the equipment and 
receiver.
•	Connect the equipment into an outlet on a

receiver.
•	Connect the equipment into an outlet on a 
circuit different from that to which the receiver is 
•	Consult the dealer or an experienced radio/ TV 

17 18Please note by using the device some of your 
personal data may be shared with the main device. 
It is under your own responsibility to protect 
your own personal data, not to share with it with 
any unauthorized devices or third party devices 
connected to yours. For products with Wi-Fi 
features, only connect to trusted Wi-Fi networks. 
available), use network security. These precautions 
will help prevent unauthorized access to your device. 
Your product can store personal information in 
various locations including a SIM card, memory 
card, and built-in memory. Be sure to remove 
or clear all personal information before you 
recycle, return, or give away your product. 
from trusted sources only. Some apps can impact 
your product’s performance and/or have access 
to private information including account details,

to private information including account details, 
call data, location details and network resources.Note that any data shared with TCL Communication 
Ltd. is stored in accordance with applicable data 
protection legislation. For these purposes TCL 
Communication Ltd. implements and maintains 
appropriate technical and organizational measures 
to protect all personal data, for example against 
unauthorized or unlawful processing and accidental 
loss or destruction of or damage to such personal data 
whereby the measures shall provide a level of security 
that is appropriate having regard to
•	The technical possibilities available.
•	The costs for implementing the measures.
•	The risks involved with the processing of the 
personal data.
•	The sensitivity of the personal data processed.
You can access, review, and edit your personal

You can access, review, and edit your personal 
request.

19 20Licenses  ...........................................
microSD Logo is a trademark of SD-3C, LLC.
 The Bluetooth word mark and logos are 
owned by the Bluetooth SIG, Inc. and any 
use of such marks by TCL Communication 
Technology Holdings Limited. and its affiliates 
is under licence. Other trademarks and trade 
D043601
The Wi-Fi Logo is a certification mark of 
the Wi-Fi Alliance.
Android logo, Google Search TM, Google 
Maps TM, Gmail TM, YouTube, Google Play 
Store, Google Latitude TM, and Hangouts TM 
are trademarks of Google Inc.The Android robot is reproduced or modified from 
Google legal in Settings > System > About Phone > 
Legal information) (1). 
You have purchased a product which uses the open

source (http:/ /opensource.org/) programs mtd, 
msdosfs, netfilter/iptables and initrd in object code 
and other open source programs licensed under the 
GNU General Public Licence and Apache Licence.
You may download the source codes from http:/ /
sourceforge.net/projects/alcatel/files/. The provision 
of the source code is free of charge from the internet.
(1) May not be available in all countries.

21 22General information  .....................
•	Internet address:  http:/ /us.alcatelmobile.com
•	Manufacturer:  TCL Communication Ltd.
•	Address:  5/F, Building 22E, 22 Science Park East 
Kong
•	Electronic labeling (1) : Tap Settings > System > 
Your phone is a transceiver that operates on GSM (B2/
B5) and UMTS (B2/B5), LTE Bands (B2/4/5/13/66).
Protection against theft (2)
phone’s memory. We recommend that you note 
the number the first time you use your phone by 
dialing *#06# and keep it in a safe place. It may be 
requested by the police or your carrier if your phone is 
stolen. This number allows your phone to be blocked 
preventing a third person from using it, even with a 
different SIM card.

(2) Contact your service provider to check service 
availability.Disclaimer
TCL Communication Ltd. shall not be held legally 
responsible for such differences, if any, nor for their 
potential consequences, which responsibility shall be 
borne by the carrier exclusively.

23 241 Your mobile  .............................
Camera
Proximity & Light Sensor
Volume 
Up/DownRear Camera
 Back
•	Tap once to return to the previous screen, 
 Home
•	From any application or screen, tap to return 
to the Home screen. Touch and hold to turn 
detected on the screen.

25 26 Recent Apps
•	Tap to view the applications you have open.
•	Press: Lock the screen/Light up the screen.
•	Press and hold: Show the pop-up menu to 
•	Press and hold the  Power  key and Volume 
•	Press and hold the Power  key for at least 10 
•	In call mode, adjusts the call volume.
•	In Music/Streaming mode, adjusts the media 
volume.
•	In general mode, adjusts the ringtone volume.
•	Mutes the ringtone of an incoming call.
•	In camera preview mode, press Volume up  or 
reference only.1.2 Setting up your phone
Step 1. Install a SIM/microSD Card
If you need to replace the NANO SIM card and/or insert

If you need to replace the NANO SIM card and/or insert 
an optional microSD card, use the SIM tool provided in 
the box to open the SIM tray.
NOTE:  Micro SD cards (up to 32GB) may be purchased 
SIMSD

27 28Step 2. Install the SIM tray
Position the NANO SIM card or microSD card in the 
SIMSD
Slide the tray slowly into the SIM tray slot. It only fits 
one direction. Do not force into place. Keep the SIM 
tool in a safe place for future use.Step 3. Charge the phone
Charge your phone by inserting the small end of the 
charging cable into the charger port as shown.
outlet.
WARNING:  Only use approved chargers with your 
warranty.

29 30Step 4. Turning your phone on/off
To turn your phone on, press and hold the Power/Lock 
button.
To turn your phone off, press and hold the Power/Lock 
button until options appear, then select Power off .
Then swipe up on the screen to unlock it.
To turn off your screen and prevent accidental key 
presses, press the Power/Lock  button.
Step 5. Activate your phone
Congratulations on your purchase of the Alcatel Avalon 
prepaid phone.   For 60 days from the original activation 
date, this phone may only be used with Verizon prepaid 
service. Visit http:/ /vzw.com/prepaidunlockingpolicy 
for more details.
The first time you turn on your phone, you will need to 
activate it. For information about activating your phone 
or transferring your number from another carrier to 
Verizon, go to http:/ /vzw.com/activate. You may also 
visit a Verizon store or call 866-893-7723.1.3 Home screen

to use most frequently. Tap the Home  symbol to get 
Status bar
Tap and drag down to open the 
Tap 1 to enter text search screen. 
Tap 2 to begin voice search.
drawer.
Tap to return to Home  screen.
•	 Tap to enter the application.
•	 Touch and hold to move or remove applications.

31 32Auto-rotate screen 
Tap   
To access an application, tap it with your finger.
Touch & hold   
Touch and hold an item on the screen to open available 
appear.
Drag   
Touch and hold an item and drag it to another location.Slide/Swipe   
Touch and slide the screen to scroll up and down the 
Flick   

33 34Notification panel
When there are notifications, slide down the Status bar  
to open the Notification panel  to read more detailed 
will remain)Quick Settings panel
Slide down the notification panel to open the Quick 
Settings Panel . You can enable or disable functions or 
change modes by taping the icons.
Touch the Settings icon, to view 
1.3.3 Locking and unlocking your screen
To protect your phone and privacy, you can lock the 
•	From the Home screen, Swipe up to open the App 
•	Choose your lock preference and follow the prompts.

35 361.3.4 Personalizing your Home screen
Add
You can touch and hold a folder, an application or 
a widget and drag the item to your preferred Home 
screen.
Touch and hold an item, drag it to the desired position 
the item to another Home screen.
Remove
Touch and hold a folder, application, or widget, and drag 
release.
To improve the organization of shortcuts or applications 
top of another. To rename a folder, open it and tap the 
folder’s title bar to input the new name.To lock phone screen
To unlock the phone screen
Press the Power/Lock  button once to light up the

press the Power/Lock key to light up the screen, then 
Swipe up to 
unlock the screenDouble tap to enter the detailed screen

37 38Wallpaper customization
Touch and hold an empty area on the Home screen, 
Widgets
Touch and hold the empty area on the Home screen, 
Recently used applications
To review recently used applications, tap the Recent 
Apps 
  icon. Tap a thumbnail window to open the 
Tap one thumbnail and slide it right/left or tap X to 
Tap 

39 401.3.6 Adjusting the volume 
To adjust the volume, press the top of the Volume 
Volume button to decrease the volume. To activate 
for media, ringtones, alarms and more.2 Text input  .................................
series of settings will become available.

41 421
23
4
56
7
8
1   Enter text or numbers.
2   Tap to insert a period. Touch and hold to select 
3   Tap to capitalize a letter. Touch and hold to CAPS 
4   Tap to switch to symbol and numeric keyboard.
5   Tap to insert a comma. Touch and hold to open 
6   Tap to open an emoji list.
7   Tap to attach media.
8   Tap to insert a space. Touch and hold to change the 
keyboard language.2.2 Text editing
•	Touch and hold or double tap within the text you 
•	Drag the tabs to change the selected text.
•	The following options will show: Cut, Copy , Share 
•	Tap where you want to type, or touch and hold a 
•	If you have cut or copied any text, tap the tab to

•	If you have cut or copied any text, tap the tab to 
have previously copied.

43 443  Call, Call log and Contacts  ...
3.1 Call ......................................................
To make a call, tap 
1
2
453
1   Call log
2   Contacts
3    View the contact’s detailed information. You can 
4    Show the keypad5   Call the previewed number
Touch and 
voicemail
  
  to make 
the call. 
 .
 .
To hang up a call, tap 
 .

45 46International call
To dial an international call, touch and hold 
  to enter 
“+”, then enter the international country prefix followed 
 .
PIN code.
If phone is unlocked If phone is lockedWhen you receive a call, a call window will be presented 
on top of the screen. Tap Decline  to dismiss a call or 
Answer  to answer a call. Tap the call window to open 
•	Tap 
•	Tap 
•	Tap 
To access your voicemail, touch and hold 
 .

 .
service provider.

47 483.1.5 During a call
To adjust the volume during a call, press the Volume 
button.
   Tap once to activate the speaker during the current 
call. Tap this icon again to deactivate the speaker.
   Tap to mute sound input and turn off the microphone 
on the phone (you will hear the caller, but the caller 
will not hear you). Tap this icon again to turn the 
   Tap to place the call on hold (you will not hear the 
caller and the caller will not hear you). Tap this icon 
   Tap to dial another phone number. You will have the 
 To avoid accidental operation of the touchscreen 

Swap calls
call.
•	Place a call to the first participant of the conference 
call. 
(1) Number of calls dependent upon your network operator.

49 50
Tap 
3.3 Contacts  ............................................
applications on the web or on your phone.•	Tap 
•	Enter the phone number of the person you want 
•	Tap 
•	Tap 
callers.
From the Call screen, tap 
Tap any option and follow the instructions.
View a call log of missed, outgoing and incoming calls

by tapping 
  on the Call screen.
Tap one of the contacts or phone numbers in the call 

51 523.3.1 View your Contacts
To see your contacts, tap 
1
2
3
4
2  Tap to search contacts
3 Tap a contact to open the Quick Contact Panel. 
Touch and hold to to select multiple contacts.
you synchronize your phone.3.3.2 Adding a contact
Tap 
2
31
nickname.

53 54Add to/Remove from Favorites (1)
To add a contact to favorites, you can tap a contact to 
To remove a contact from favorites, tap the star 
  on 
To edit contact information, tap 
Tap a contact in your contacts list to open Quick 
to make a call. To send a message, tap 
 .
to Favorites.
storage.

storage.
menu. To import/export contacts to/from NANO SIM 
Import/Export .

55 56You can share a single contact or several contacts by  
message.
Tap the contact you want to share, tap 
  and Share  
To avoid duplication, you can add any new contact 
Tap the contact which you want to add information to, 
tap 
Select the contact whose information you want to

tap 
contact will no longer be displayed in the Contacts  list.3.3.8 Synchronizing contacts in multiple 
accounts
To add an account, tap 
Auto-sync
On the Accounts  screen, tap Auto-sync data , when

Auto-sync
online will be automatically synchronized.

57 584  Messaging  ...........................
To access Messaging, tap  
.
1
2
3
3   Insert emojisSending a text message
To add recipients, enter the name or phone number of 
the recipient in the To bar. Tap the Type message  bar to 
  
To send a multimedia message, enter the recipient's 
phone number in the To bar. Tap the Type message  bar 
Tap 
  to send the multimedia message.

59 604.2 Manage messages
to open the Notification panel. Tap the new message 
Tap a message to enter the message composing screen:
•	Tap 
To adjust message settings, tap 
the message list screen.5  Calendar and Clock  ...............
5.1 Calendar  .............................................
To view the calendar and create events, Swipe up from 
5.1.2 To create new events
•	Tap 
 .

•	Tap 
 .
•	Fill in all required information for this new event. If it 
•	To add invitees to an event, enter email addresses 
•	When finished, tap Save  from the top of the screen.

61 62To quickly create an event from the Week view screens, 
5.1.3 To delete or edit an event
To delete or edit an event, tap the event to enter the 
details screen. Tap 
  and 
icon 
Touch, hold and drag down the Status bar to open the 
Tap the Back  button to keep the reminders pending in 
the Status bar and the Notification panel.5.2 Clock  ..................................................
To view the current time, world clock, alarm, countdown 

To view the world clock, tap 
Tap 
Turn on 
Tap 
Tap an existing alarm to enter the alarm editing screen.
Tap 
  to delete the selected alarm.

63 645.2.3 Timer
•	Enter the time. The time should be typed in second, 
•	Tap 
Pause/play5.2.4 Stopwatch
screen.
•	Tap 
•	Tap Lap to show a list of records according to the 
•	Tap 
  is tapped.
•	Tap Reset  to delete the record.
•	Tap Share  to share lap times via message, Bluetooth, 
Tap 
settings.

65 666 Getting connected  .................
To connect to the internet with this phone, you can use 
To check the network connection you are using, tap 
To create a new access point
•	Tap Settings > Network & internet > Mobile network >  
Access Point Names .
•	Tap 
  and enter the required APN information.•	When finished, tap 
To enable data roaming
•	Tap Settings > Network & internet > Mobile network  >  

•	Tap 
•	When data roaming is disabled, you can still perform 
To set preferred network mode
Preferred network type .
To turn Wi-Fi on and connect to a wireless network
•	Tap Settings > Network & internet > Wi-Fi .
•	Turn on 
 .
•	Once Wi-Fi is turned on, detected Wi-Fi networks 
are listed.

67 68•	Tap a Wi-Fi network to connect to it. If the network 
Connect . 
To enable notification when a new network is detected
•	Tap Settings > Network & internet > Wi-Fi > Wi-Fi 
•	Turn on Wi-Fi Notification  
 . 
To add a Wi-Fi network
•	Tap Settings > Network & internet > Wi-Fi  > Saved 
•	Enter the name of the network you want to use and 
•	Tap Save .To forget a Wi-Fi network

•	Turn on Wi-Fi, if it’s not already on.
•	On the Wi-Fi screen, tap the name of the saved 
network.
•	Tap Forget  in the dialog that opens.
To turn on Bluetooth
•	Tap Settings > Connected devices > Bluetooth .
•	Turn on Bluetooth  
 .
appear on screen.

69 70To rename your device
•	Tap Device name.
•	Enter a name, and tap Rename  to confirm.
To pair/connect your phone with a Bluetooth device 
To exchange data with another device, you need to turn 
•	Tap + Pair new device .
•	Tap a Bluetooth device you want to pair your phone 
•	In the dialog that pops up, tap Pair to confirm.
•	If the pairing is successful, your phone will be 
To disconnect/unpair from a Bluetooth device
•	Tap 
•	Tap Forget  to confirm.6.3 Connecting to a computer via USB
To connect your phone to the computer
Use the USB cable that came with your phone to

charges from your network operator. Extra fees

may also be charged in roaming areas.

71 72To share your phone's data connection via USB and 
Go to Settings > Network & internet > Tethering & 
To rename or secure your mobile hotspot
•	Tap Settings > Network & internet > Tethering &  
•	Tap Set up mobile hotspot to rename the network 
•	Tap Save .
networks
wireless network.To add a VPN
•	Tap Settings > Network & internet > VPN  and then 
tap 
 .

tap 
 .
•	On the screen that opens, follow your network 
•	Tap Save .
To connect/disconnect to/from VPN
To connect to a VPN:
•	Tap Settings > Network & internet > VPN .
•	The VPNs you have added are listed. Tap the VPN 
•	In the dialog that opens, enter any requested 
To disconnect from a VPN:
•	Tap the VPN you want to disconnect from. In the 
dialog that opens, tap Disconnect .

73 74To edit/delete a VPN
To edit a VPN:
•	The VPNs you have added are listed. Tap the 
  icon 
•	After editing, tap Save .
To delete a VPN:
•	Tap the 
Forget  to delete it.7 Multimedia applications  .......
7.1 Camera  ..............................................
quality.
To take a photo or video, tap the  Camera app  in your 
launch the Camera App.
61
23
4
5

75 761   Tap to turn on/off the camera flash .
3   To zoom in/out , tap the magnifying glass then slide 
the indicator, or tap  or  to zoom. You may also 
To take a photo
  
to take burst shots. To take a video
  
Tap

Tap 
  to 
continue. Tap 
have taken
•	Slide left or right to view the photos or videos you 
•	Tap 
•	Tap 
  to return to Camera .

77 787.1.1 Modes and settings
•	PANO
Tap to enter Panorama mode.  Tap the Capture 
•	TIME-LAPSE
•	INSTANT COLLAGE
Settings
•	Grid
Turn on 
horizon or buildings, to the lines in the grid.•	Save location information
Turn on 

Turn on 
7.2 Viewing Photos or Videos  ............
choice.
To view the photos you have taken, swipe up from the 
picture view

79 80Pictures and videos are displayed by albums  in Google 
Photos.
Tap 
more.
Tap 
  to Edit the picture.  You can add a filter , adjust 
picture.
Tap 
Tap 
Tap 
additional features and options in Google Photos .8 Others  ...................................
on your phone. To read a brief introduction of the

on your phone. To read a brief introduction of the 
provided with the phone. To download and install 
(1) Application availability depends on country and operator.

81 829 Google applications  ...........
9.1 Chrome
9.2 Gmail
automatically synchronized with your Gmail account.9.3 Maps
panoramic views of streets, real-time traffic conditions,

charge or at a cost.

downloads.

83 849.6 Play Music
your phone to watch without streaming. 10 Settings  ............................
 , or 
 .
your network data or NANO SIM card whenever you

 .
network.
Wi-Fi" .
Network operators  in this menu.

85 8610.1.3 Tethering & Mobile Hotspot
10.1.4 VPN
more. 
Data saver
operator may count differently.10.2  Display
To rotate screen contents when device is rotated, tap 

Tap to set Device Security  such as Screen lock, 
Tap any category in the battery management screen to 
Tap to set Bluetooth and Wireless printing .

87 8810.7  Storage
Tap to view details about the applications installed on 
to stop. 
10.9  Sound
Tap to adjust call and notification ringtones, music, and 
other audio settings. 10.10  Users & accounts
Tap to add, remove, and manage your email and other 

Tap Add account  to add an account for the selected 
app.
Tap to configure your Google account and services 
settings.
Tap to configure language settings, the onscreen 
keyboard, voice input settings, pointer speed, etc.

89 9010.13.2 Date & time
Turn on 
from Google servers.10.13.4 Reset options
Tap to reset DRM, Wi-Fi, mobile & Bluetooth, Reset 
app preferences, or Erase all data.
Tap to view product information.

number, User Manual, etc.

91 9211  Making the most of your 
phone  ....................................
to update your phone's software. To access Updates , 
To avoid errors in locating the correct update packages, 
FOTA downloading or updating.12 Accessories  ..........................

•		Accessories	 depend	on	countries.
•		Only	use	the	AlcatelTM accessories included with 

93 9413  1 Year Limited Warranty  ...
TCT Mobile Inc., offers a 1 year limited warranty 
on all TCL, Alcatel, Alcatel One-Touch, BlackBerry 
devices that are found to be defective in materials or 
workmanship upon submission of the following items:  
•	Proof of purchase – consisting of original invoice or 
General Terms and Conditions
•	Damages resulting from normal wear and tear 
•	Abuse or misuses, including but not solely limited 

•	Defects resulting from usage of the product in 
by TCT for use with this product.•	TCT will not be responsible for any repairs caused 
•	TCT will not be responsible for failure to use the 
•	Accidents, Acts of God, lightning, water, fire, 
•	This warranty does not affect the consumers’

•	This warranty does not affect the consumers’ 
following options regarding claims:
1.  Repair the TCT product using new or previously used 
parts that are equivalent to new in performance and 
reliability.
2. Replace the TCT product with the same model 

95 96 a.  When a TCT product or part is replaced or 
provided, any replacement item becomes the 
customer’s property and the replaced or refunded 
item becomes TCT’s property.
 b.  TCT will not provide any data transfer service.  
not be liable for the loss of any saved/stored data 
in products that are either repaired or replaced.  
Customer should maintain a separate backup copy 
of the contents of the device’s data. 
3.  All refund requests shall be submitted to the retailer 
 a.  U.S. https:/ /us.alcatelmobile.com/return-policy/
 b.  Canada https:/ /ca.alcatelmobile.com/return-
policy/
4.  Repair or Replacement of any TCT product under 
the terms of this warranty does not provide right to

b.  Canada https:/ /ca.alcatelmobile.com/return-
policy/
extension or renewal of the warranty period.  5.  Warranty repairs are available free of charge at TCT 
with the General Terms and Conditions of this 
damage to the defective product during shipment to 
the authorized repair center.
6.  This warranty is not transferrable.  This warranty will 
be the purchasers’ sole and exclusive remedy and 
neither TCT nor its service centers shall be liable for 
any incidental or consequential damages or breach 
of any express or implied warranty of this product.
7.  This warranty extends to products purchased and 
sold within the United States and Canada.  All

laws.

97 98Company Contact Information
USA 
Phone: 855-368-0829
Web: https:/ /us.alcatelmobile.com
Canada 
Phone: 855-844-6058 
Web: https:/ /ca.alcatelmobile.com
BlackBerry Support 
Phone: 1 855-223-4034 (USA and Canada) 
Web: https:/ /blackberrymobile.com
TCL Communication Ltd.  
reserves the right to alter material or  
technical specification without prior notice14 Troubleshooting  ..................
•	To have optimal operation, fully charge the battery.
•	To improve the phone’s performance, remove 
•	To update your system software, use the System 
•	To set your phone to factory default, use the Backup 

•	When the phone can't be switched on, charge for 
•	If your phone doesn’t respond, turn off your phone 
•	If your phone has a removable battery, remove the 
battery and re-insert it, then restart the phone.

99 100My phone turns off by itself
•	When your phone turns off by itself, make sure that 
•	Check the battery charge level.
•	Check your phone’s settings for turning off the 
•	If it still doesn't work, Factory  reset the phone via the 
•	Make sure that you are using the proper charger that 
•	If your phone has a removable battery, make sure 
•	Make sure that your battery is not completely 
•	Make sure that charging is carried out under normal

•	Make sure that charging is carried out under normal 
•	When abroad, check that the voltage input is 
•	Check that the charging port is secured and not 
damaged.My phone can't connect to a network or "No service" 
•	Try connecting to the network by moving to another 
•	Verify the network coverage with your carrier in your 
•	Check with your carrier that your SIM card is valid.
•	Make sure your phone’s setting is not in airplane 
mode.
•	If you are away from your carrier’s network, you may 
apply.
•	Make sure that Cellular Data internet service is 
•	Check your phone's settings. Make sure Cellular

apply.
•	Check your phone's settings. Make sure Cellular 
•	Make sure that you are in a place with network 
•	Try connecting at a later time or another location.
•	Make sure that the SIM card has been correctly 
inserted (see "Inserting or removing the SIM card").

101 102•	Make sure that the chip on your SIM card is not 
damaged.
•	Make sure that the service of your SIM card matches 
•	Make sure that you have dialed a valid number and 
•	For international calls, check the country and area 
codes.
•	Make sure that your phone is connected to a 
•	Check your subscription status with your carrier.
•	Make sure that you have not barred outgoing calls.
•	Make sure that your phone is not in airplane mode.
•	Make sure that your phone is switched on and 
•	Check for overloaded or unavailable network.
•	Make sure that you have not forwarded incoming 
calls.
•	Make sure that you have not barred certain calls.

calls.
•	Make sure that your phone is not in airplane mode.The caller’s name/number doesn't appear when a call 
•	Check that you have subscribed Caller ID  service 
•	Your caller may have concealed their name or number.
•	Make sure that your SIM card is not broken.
•	Make sure that your SIM card is inserted properly.
•	Import all contacts stored in SIM card to phone.
•	Adjust the volume during a call by pressing the 
•	Check the network strength. Move to a location with 
•	Make sure that the receiver, connector or speaker on 
•	Check with your carrier to make sure that your 

•	Make sure that this feature doesn't require any 
•	Make sure that you have correctly recorded the 
number in your file.

103 104•	Make sure that you have selected the country code 
•	Make sure that your SIM card contact list is not full; 
•	Contact your network carrier to check service 
•	Set up your voicemail with your carrier, so that your 
•	Make sure that your carrier’s voicemail number is 
correctly entered in "Voicemail number".
•	Try later if the network is busy.
•	Check your phone memory as it might be full.
•	Verify the server center number or your MMS profile 
•	The server center may be swamped. Try again later.
•	Start a new Messaging string. Your messaging string 
may have reached its limit.SIM card PIN locked

•	Contact your network carrier to obtain the PUK 
•	Install Smart Suite on your phone via Google Play 
store.
•	Check that your USB driver is installed properly.
•	Open the Notification panel to check if the Smart 
•	Check that you have marked the USB debugging 
checkbox.
•	Check that your computer meets the requirements 
•	Make sure that you’re using the right cable from the 
box.
•	Make sure that there is sufficient phone storage 
•	Select the microSD card as the location to store 

•	Make sure that Bluetooth is turned on and your 
phone is visible to other users.

105 106•	Make sure that the two phones are within the 
•	Make sure that you follow the complete charge time 
•	After a partial charge, the battery level indicator may 
•	Wait for at least 10 minutes after removing the 
•	Adjust the brightness of screen as appropriate.
•	Extend the email auto-check interval for as long as 
possible.
•	Update news and weather information on manual 
•	Exit background-running applications if they are not 
•	Deactivate Bluetooth, Wi-Fi, and/or location when 
not in use.
The phone becomes warm following prolonged 
calls, game playing, internet surfing or running other 
•	This heating is a normal consequence of the CPU 
handling excessive data. Ending the above actions

will make your phone return to normal temperature.After Factory data reset is performed, I can't use my 
•	After reset is performed, you must enter the original 
phone.
•	If you don’t remember your Google account 
•	If you still cannot access your phone, submit an 
•	Make sure that Do Not Disturb mode (go to Settings >  
•	Press the Volume up/down  key to adjust volume.

•	Perform Factory data reset .

107 10815  Specifications  ......................
Platform :
Android
Memory :
Weight :
156g
Display :
Network :
GSM: 850/1900 MHz
UMTS: B2/B5
LTE: B2/B4/B5/B13/B66
(Band frequency and data speed are operator dependent.)GPS :
A-GPS
•	Bluetooth 4.2
•	Wi-Fi 802.11b/g/n (2.4GHz)
•	3.5mm audio jack
•	Micro-USB type A
Camera :
•	5MP rear camera with LED flash
•	2MP front camera with screen flash
Expansion Slot :

109Special Features :
•	WEA Enabled
•	TTY/TTD Enabled
•	HAC Rating: M3/T3
English - CJA2DP001AAA

P r e p a r i n g  f o r  t h e  A s s o c i a t e 
C l o u d  E n g i n e e r  J o u r n e y
_ _ _ _
M o d u l e  0 :  I n t r o d u c t i o n
M o d u l e  1 :  S e  i n g  U p  a  C l o u d  S o l u t i o n  E n v i r o n m e n t
M o d u l e  2 :  P l a n n i n g  a n d  C o n  g u r i n g  a  C l o u d  S o l u t i o n
M o d u l e  3 :  D e p l o y i n g  a n d  I m p l e m e n t i n g  a  C l o u d  S o l u t i o n
M o d u l e  4 :  E n s u r i n g  S u c c e s s f u l  O p e r a t i o n  o f  a  C l o u d  S o l u t i o n
M o d u l e  5 :  C o n  g u r i n g  A c c e s s  a n d  S e c u r i t y

M o d u l e  6 :  Y o u r  n e x t  s t e p s

F2A61A54B712BD600766BD8A1233FDE1Associate Cloud Engineer
Number : 000-000
Passing Score : 800
Time Limit : 120 min
File Version : 1.0
Google Cloud Certified – Associate Cloud Engineer
Version 2.0

F2A61A54B712BD600766BD8A1233FDE1QUESTION 1
Every employee of your company has a Google account. Your operational team needs to manage a large
number of instances on Compute Engine. Each member of this team needs only administrative access to the
servers. Your security team wants to ensure that the deployment of credentials is operationally effi cient and
must be able to determine who accessed a given instance. What should you do?
A.Generate a new SSH key pair. Give the private key to each member of your team. Configure the public
key in the metadata of each instance.
B.Ask each member of the team to generate a new SSH key pair and to send you their public key. Use a
configuration management tool to deploy those keys on each instance.
C.Ask each member of the team to generate a new SSH key pair and to add the public key to their Google
account. Grant the “compute.osAdminLogin” role to the Google group corresponding to this team.

D.Generate a new SSH key pair. Give the private key to each member of your team. Configure the public
key as a project-wide public SSH key in your Cloud Platform project and allow project-wide public SS H
keys on each instance.
Correct Answer: D
Section: (none)
Explanation
Explanation/Reference:
Reference: https://cloud.google.com/compute/docs/instances/adding-removing-ssh-keys
QUESTION 2
You need to create a custom VPC with a single subnet. The subnet’s range must be as large as possibl e.
Which range should you use?
A.0.0.0.0/0
B.10.0.0.0/8
C.172.16.0.0/12
D.192.168.0.0/16
Correct Answer: B
QUESTION 3
You want to select and configure a cost-effective solution for relational data on Google Cloud Platf orm. You

QUESTION 3
are working with a small set of operational data in one geographic location. You need to support poi nt-in-time
recovery. What should you do?
A.Select Cloud SQL (MySQL). Verify that the enable binary logging  option is selected.
B.Select Cloud SQL (MySQL). Select the create failover replicas  option.
C.Select Cloud Spanner. Set up your instance with 2 nodes.
D.Select Cloud Spanner. Set up your instance as multi-regional.
Correct Answer: A

F2A61A54B712BD600766BD8A1233FDE1Explanation/Reference:
Reference: https://cloud.google.com/sql/docs/mysql/backup-recovery/restore
QUESTION 4
You want to configure autohealing for network load balancing for a group of Compute Engine instances  that
run in multiple zones, using the fewest possible steps. You need to configure re-creation of VMs if they are
unresponsive after 3 attempts of 10 seconds each. What should you do?
A.Create an HTTP load balancer with a backend configuration that references an existing instance group .
Set the health check to healthy (HTTP)
B.Create an HTTP load balancer with a backend configuration that references an existing instance group .
Define a balancing mode and set the maximum RPS to 10.
C.Create a managed instance group. Set the Autohealing health check to healthy (HTTP)
D.Create a managed instance group. Verify that the autoscaling setting is on.
QUESTION 5

QUESTION 5
You are using multiple configurations for gcloud. You want to review the configured Kubernetes Engin e
cluster of an inactive configuration using the fewest possible steps. What should you do?
A.Use gcloud config configurations describe  to review the output.
B.Use gcloud config configurations activate  and gcloud config list  to review the output.
C.Use kubectl config get-contexts  to review the output.
D.Use kubectl config use-context  and kubectl config view  to review the output.
Reference: https://medium.com/google-cloud/kubernetes-engine-kubectl-config-b6270d2b656c
QUESTION 6
Your company uses Cloud Storage to store application backup files for disaster recovery purposes. Yo u want

QUESTION 6
to follow Google’s recommended practices. Which storage option should you use?
A.Multi-Regional Storage
B.Regional Storage
C.Nearline Storage
D.Coldline Storage
Reference: https://cloud.google.com/storage/docs/storage-classes#nearline

F2A61A54B712BD600766BD8A1233FDE1QUESTION 7
Several employees at your company have been creating projects with Cloud Platform and paying for it with
their personal credit cards, which the company reimburses. The company wants to centralize all these
projects under a single, new billing account. What should you do?
A.Contact cloud-billing@google.com with your bank account details and request a corporate billing acco unt
for your company.
B.Create a ticket with Google Support and wait for their call to share your credit card details over t he phone.
C.In the Google Platform Console, go to the Resource Manage and move all projects to the root
Organizarion.
D.In the Google Cloud Platform Console, create a new billing account and set up a payment method.
Reference: https://www.whizlabs.com/blog/google-cloud-interview-questions/
QUESTION 8

QUESTION 8
You have an application that looks for its licensing server on the IP 10.0.3.21. You need to deploy the
licensing server on Compute Engine. You do not want to change the configuration of the application a nd want
the application to be able to reach the licensing server. What should you do?
A.Reserve the IP 10.0.3.21 as a static internal IP address using gcloud and assign it to the licensing
server.
B.Reserve the IP 10.0.3.21 as a static public IP address using gcloud and assign it to the licensing server.
C.Use the IP 10.0.3.21 as a custom ephemeral IP address and assign it to the licensing server.
D.Start the licensing server with an automatic ephemeral IP address, and then promote it to a static i nternal
QUESTION 9

QUESTION 9
You are deploying an application to App Engine. You want the number of instances to scale based on r equest
rate. You need at least 3 unoccupied instances at all times. Which scaling type should you use?
A.Manual Scaling with 3 instances.
B.Basic Scaling with min_instances  set to 3.
C.Basic Scaling with max_instances  set to 3.
D.Automatic Scaling with min_idle_instances  set to 3.
Reference: https://cloud.google.com/appengine/docs/standard/python/how-instances-are-managed
QUESTION 10

F2A61A54B712BD600766BD8A1233FDE1You have a development project with appropriate IAM roles defined. You are creating a production pro ject
and want to have the same IAM roles on the new project, using the fewest possible steps. What should  you
do?
A.Use gcloud iam roles copy  and specify the production project as the destination project.
B.Use gcloud iam roles copy  and specify your organization as the destination organization.
C.In the Google Cloud Platform Console, use the ‘create role from role’ functionality.
D.In the Google Cloud Platform Console, use the ‘create role’ functionality and select all applicable
permissions.
Reference: https://cloud.google.com/sdk/gcloud/reference/iam/roles/copy
QUESTION 11
You need a dynamic way of provisioning VMs on Compute Engine. The exact specifications will be in a
dedicated configuration file. You want to follow Google’s recommended practices. Which method should  you
use?

use?
A.Deployment Manager
B.Cloud Composer
C.Managed Instance Group
D.Unmanaged Instance Group
Correct Answer: C
Reference: https://cloud.google.com/compute/docs/instances/
QUESTION 12
You have a Dockerfile that you need to deploy on Kubernetes Engine. What should you do?
A.Use kubectl app deploy <dockerfilename>.
B.Use gcloud app deploy <dockerfilename>.
C.Create a docker image from the Dockerfile and upload it to Container Registry. Create a Deployment
YAML file to point to that image. Use kubectl  to create the deployment with that file.
D.Create a docker image from the Dockerfile and upload it to Cloud Storage. Create a Deployment YAML
file to point to that image. Use kubectl  to create the deployment with that file.

Reference https://cloud.google.com/kubernetes-engine/docs/tutorials/hello-app
QUESTION 13
Your development team needs a new Jenkins server for their project. You need to deploy the server us ing
the fewest steps possible. What should you do?

F2A61A54B712BD600766BD8A1233FDE1A.Download and deploy the Jenkins Java WAR to App Engine Standard.
B.Create a new Compute Engine instance and install Jenkins through the command line interface.
C.Create a Kubernetes cluster on Compute Engine and create a deployment with the Jenkins Docker
image.
D.Use GCP Marketplace to launch the Jenkins solution.
Reference: https://cloud.google.com/solutions/using-jenkins-for-distributed-builds-on-compute-engine
QUESTION 14
You need to update a deployment in Deployment Manager without any resource downtime in the deploymen t.
Which command should you use?
A.gcloud deployment-manager deployments create --config <deployment-config-path>
B.gcloud deployment-manager deployments update --config <deployment-config-path>
C.gcloud deployment-manager resources create --config <deployment-config-path>
D.gcloud deployment-manager resources update --config <deployment-config-path>

Reference: https://cloud.google.com/sdk/gcloud/reference/deployment-manager/deployments/update
QUESTION 15
You need to run an important query in BigQuery but expect it to return a lot of records. You want to  find out
how much it will cost to run the query. You are using on-demand pricing. What should you do?
A.Arrange to switch to Flat-Rate pricing for this query, then move back to on-demand.
B.Use the command line to run a dry run query to estimate the number of bytes read. Then convert that
bytes estimate to dollars using the Pricing Calculator.
C.Use the command line to run a dry run query to estimate the number of bytes returned. Then convert t hat

D.Run a select count (*)  to get an idea of how many records your query will look through. Then
convert that number of rows to dollars using the Pricing Calculator.
Reference: https://cloud.google.com/bigquery/docs/estimate-costs
QUESTION 16
You have a single binary application that you want to run on Google Cloud Platform. You decided to
automatically scale the application based on underlying infrastructure CPU usage. Your organizationa l
policies require you to use virtual machines directly. You need to ensure that the application scali ng is
operationally efficient and completed as quickly as possible. What should you do?

F2A61A54B712BD600766BD8A1233FDE1A.Create a Google Kubernetes Engine cluster, and use horizontal pod autoscaling to scale the applicati on.
B.Create an instance template, and use the template in a managed instance group with autoscaling
configured.
C.Create an instance template, and use the template in a managed instance group that scales up and dow n
based on the time of day.
D.Use a set of third-party tools to build automation around scaling the application up and down, based  on
Stackdriver CPU usage monitoring.
QUESTION 17
You are analyzing Google Cloud Platform service costs from three separate projects. You want to use this
information to create service cost estimates by service type, daily and monthly, for the next six mo nths using
standard query syntax. What should you do?
A.Export your bill to a Cloud Storage bucket, and then import into Cloud Bigtable for analysis.

B.Export your bill to a Cloud Storage bucket, and then import into Google Sheets for analysis.
C.Export your transactions to a local file, and perform analysis with a desktop tool.
D.Export your bill to a BigQuery dataset, and then write time window-based SQL queries for analysis.
QUESTION 18
You need to set up a policy so that videos stored in a specific Cloud Storage Regional bucket are mo ved to
Coldline after 90 days, and then deleted after one year from their creation. How should you set up t he policy?
A.Use Cloud Storage Object Lifecycle Management using Age conditions with SetStorageClass and Delete
actions. Set the SetStorageClass action to 90 days and the Delete action to 275 days (365 – 90)

B.Use Cloud Storage Object Lifecycle Management using Age conditions with SetStorageClass and Delete
actions. Set the SetStorageClass action to 90 days and the Delete action to 365 days.
C.Use gsutil rewrite  and set the Delete action to 275 days (365-90).
D.Use gsutil rewrite  and set the Delete action to 365 days.
QUESTION 19
You have a Linux VM that must connect to Cloud SQL. You created a service account with the appropria te
access rights. You want to make sure that the VM uses this service account instead of the default Co mpute
Engine service account. What should you do?

F2A61A54B712BD600766BD8A1233FDE1A.When creating the VM via the web console, specify the service account under the ‘Identity and API
Access’ section.
B.Download a JSON Private Key for the service account. On the Project Metadata, add that JSON as the
value for the key compute-engine-service-account .
C.Download a JSON Private Key for the service account. On the Custom Metadata of the VM, add that
JSON as the value for the key compute-engine-service-account .
D.Download a JSON Private Key for the service account. After creating the VM, ssh into the VM and save
the JSON under ~/.gcloud/compute-engine-service-account.json.
Reference: https://cloud.google.com/compute/docs/access/create-enable-service-accounts-for-instances
QUESTION 20
You created an instance of SQL Server 2017 on Compute Engine to test features in the new version. Yo u
want to connect to this instance using the fewest number of steps. What should you do?

A.Install a RDP client on your desktop. Verify that a firewall rule for port 3389 exists.
B.Install a RDP client in your desktop. Set a Windows username and password in the GCP Console. Use
the credentials to log in to the instance.
C.Set a Windows password in the GCP Console. Verify that a firewall rule for port 22 exists. Click the  RDP
button in the GCP Console and supply the credentials to log in.
D.Set a Windows username and password in the GCP Console. Verify that a firewall rule for port 3389
exists. Click the RDP button in the GCP Console, and supply the credentials to log in.
Reference: https://medium.com/falafel-software/sql-server-in-the-google-cloud-a17e8a1f11ce
QUESTION 21

You have one GCP account running in your default region and zone and another account running in a no n-
default region and zone. You want to start a new Compute Engine instance in these two Google Cloud
Platform accounts using the command line interface. What should you do?
A.Create two configurations using gcloud config configurations create [NAME].  Run gcloud
config configurations activate [NAME]  to switch between accounts when running the
commands to start the Compute Engine instances.
B.Create two configurations using gcloud config configurations create [NAME].  Run gcloud
configurations list  to start the Compute Engine instances.
C.Activate two configurations using gcloud configurations activate [NAME].  Run gcloud
config list  to start the Compute Engine instances.

D.Activate two configurations using gcloud configurations activate [NAME].  Run gcloud

Reference: https://cloud.google.com/sdk/gcloud/reference/config/configurations/activate
QUESTION 22
You significantly changed a complex Deployment Manager template and want to confirm that the
dependencies of all defined resources are properly met before committing it to the project. You want  the
most rapid feedback on your changes. What should you do?
A.Use granular logging statements within a Deployment Manager template authored in Python.
B.Monitor activity of the Deployment Manager execution on the Stackdriver Logging page of the GCP
Console.
C.Execute the Deployment Manager template against a separate project with the same configuration, and
monitor for failures.
D.Execute the Deployment Manager template using the –-preview  option in the same project, and
observe the state of interdependent resources.

Reference: https://cloud.google.com/deployment-manager/docs/deployments/updating-deployments
QUESTION 23
You are building a pipeline to process time-series data. Which Google Cloud Platform services should  you
put in boxes 1,2,3, and 4?
A.Cloud Pub/Sub, Cloud Dataflow, Cloud Datastore, BigQuery
B.Firebase Messages, Cloud Pub/Sub, Cloud Spanner, BigQuery
C.Cloud Pub/Sub, Cloud Storage, BigQuery, Cloud Bigtable
D.Cloud Pub/Sub, Cloud Dataflow, Cloud Bigtable, BigQuery

F2A61A54B712BD600766BD8A1233FDE1Correct Answer: D
Reference: https://cloud.google.com/solutions/correlating-time-series-dataflow
QUESTION 24
You have a project for your App Engine application that serves a development environment. The requir ed
testing has succeeded and you want to create a new project to serve as your production environment. What
A.Use gcloud to create the new project, and then deploy your application to the new project.
B.Use gcloud to create the new project and to copy the deployed application to the new project.
C.Create a Deployment Manager configuration file that copies the current App Engine deployment into a
new project.
D.Deploy your application again using gcloud and specify the project parameter with the new project na me
to create the new project.
QUESTION 25

You need to configure IAM access audit logging in BigQuery for external auditors. You want to follow  Google-
A.Add the auditors group to the ‘logging.viewer’ and ‘bigQuery.dataViewer’ predefined IAM roles.
B.Add the auditors group to two new custom IAM roles.
C.Add the auditor user accounts to the ‘logging.viewer’ and ‘bigQuery.dataViewer’ predefined IAM roles .
D.Add the auditor user accounts to two new custom IAM roles.
Reference: https://cloud.google.com/iam/docs/roles-audit-logging
QUESTION 26
You need to set up permissions for a set of Compute Engine instances to enable them to write data in to a
particular Cloud Storage bucket. You want to follow Google-recommended practices. What should you do ?

A.Create a service account with an access scope. Use the access scope ‘ https://www.googleapis.com/auth/
devstorage.write_only ’.
B.Create a service account with an access scope. Use the access scope ‘ https://www.googleapis.com/auth/
cloud-platform ’.
C.Create a service account and add it to the IAM role ‘storage.objectCreator’ for that bucket.
D.Create a service account and add it to the IAM role ‘storage.objectAdmin’ for that bucket.

F2A61A54B712BD600766BD8A1233FDE1Section: (none)
Reference: https://towardsdatascience.com/enlightened-datalab-notebooks-35ce8ef374c0
QUESTION 27
You have sensitive data stored in three Cloud Storage buckets and have enabled data access logging. You
want to verify activities for a particular user for these buckets, using the fewest possible steps. You need to
verify the addition of metadata labels and which files have been viewed from those buckets. What sho uld
you do?
A.Using the GCP Console, filter the Activity log to view the information.
B.Using the GCP Console, filter the Stackdriver log to view the information.
C.View the bucket in the Storage section of the GCP Console.
D.Create a trace in Stackdriver to view the information.
QUESTION 28
You are the project owner of a GCP project and want to delegate control to colleagues to manage buck ets

and files in Cloud Storage. You want to follow Google-recommended practices. Which IAM roles should you
grant your colleagues?
A.Project Editor
B.Storage Admin
C.Storage Object Admin
D.Storage Object Creator
QUESTION 29
You have an object in a Cloud Storage bucket that you want to share with an external company. The ob ject
contains sensitive data. You want access to the content to be removed after four hours. The external
company does not have a Google account to which you can grant specific user-based access privileges.  You
A.Create a signed URL with a four-hour expiration and share the URL with the company.

B.Set object access to ‘public’ and use object lifecycle management to remove the object after four ho urs.
C.Configure the storage bucket as a static website and furnish the object’s URL to the company. Delete  the
object from the storage bucket after four hours.
D.Create a new Cloud Storage bucket specifically for the external company to access. Copy the object t o
that bucket. Delete the bucket after four hours have passed.

QUESTION 30
You are creating a Google Kubernetes Engine (GKE) cluster with a cluster autoscaler feature enabled.  You
need to make sure that each node of the cluster will run a monitoring pod that sends container metri cs to a
third-party monitoring solution. What should you do?
A.Deploy the monitoring pod in a StatefulSet object.
B.Deploy the monitoring pod in a DaemonSet object.
C.Reference the monitoring pod in a Deployment object.
D.Reference the monitoring pod in a cluster initializer at the GKE cluster creation time.
QUESTION 31
You want to send and consume Cloud Pub/Sub messages from your App Engine application. The Cloud Pub/
Sub API is currently disabled. You will use a service account to authenticate your application to th e API. You
want to make sure your application can use Cloud Pub/Sub. What should you do?

A.Enable the Cloud Pub/Sub API in the API Library on the GCP Console.
B.Rely on the automatic enablement of the Cloud Pub/Sub API when the Service Account accesses it.
C.Use Deployment Manager to deploy your application. Rely on the automatic enablement of all APIs used
by the application being deployed.
D.Grant the App Engine Default service account the role of Cloud Pub/Sub Admin. Have your application
enable the API on the first connection to Cloud Pub/Sub.
QUESTION 32
You need to monitor resources that are distributed over different projects in Google Cloud Platform.  You
want to consolidate reporting under the same Stackdriver Monitoring dashboard. What should you do?

A.Use Shared VPC to connect all projects, and link Stackdriver to one of the projects.
B.For each project, create a Stackdriver account. In each project, create a service account for that p roject
and grant it the role of Stackdriver Account Editor in all other projects.
C.Configure a single Stackdriver account, and link all projects to the same account.
D.Configure a single Stackdriver account for one of the projects. In Stackdriver, create a Group and a dd the
other project names as criteria for that Group.

F2A61A54B712BD600766BD8A1233FDE1Explanation
QUESTION 33
You are deploying an application to a Compute Engine VM in a managed instance group. The application
must be running at all times, but only a single instance of the VM should run per GCP project. How s hould
you configure the instance group?
A.Set autoscaling to On, set the minimum number of instances to 1, and then set the maximum number of
instances to 1.
B.Set autoscaling to Off, set the minimum number of instances to 1, and then set the maximum number of
C.Set autoscaling to On, set the minimum number of instances to 1, and then set the maximum number of
instances to 2.
D.Set autoscaling to Off, set the minimum number of instances to 1, and then set the maximum number of
QUESTION 34
You want to verify the IAM users and roles assigned within a GCP project named my-project . What should
you do?

you do?
A.Run gcloud iam roles list . Review the output section.
B.Run gcloud iam service-accounts list . Review the output section.
C.Navigate to the project and then to the IAM section in the GCP Console. Review the members and roles .
D.Navigate to the project and then to the Roles section in the GCP Console. Review the roles and statu s.
QUESTION 35
You need to create a new billing account and then link it with an existing Google Cloud Platform pro ject.
A.Verify that you are Project Billing Manager for the GCP project. Update the existing project to link  it to the
existing billing account.
B.Verify that you are Project Billing Manager for the GCP project. Create a new billing account and li nk the

new billing account to the existing project.
C.Verify that you are Billing Administrator for the billing account. Create a new project and link the  new
project to the existing billing account.
D.Verify that you are Billing Administrator for the billing account. Update the existing project to li nk it to the

F2A61A54B712BD600766BD8A1233FDE1Correct Answer: C
Reference: https://cloud.google.com/billing/docs/how-to/modify-project
QUESTION 36
You have one project called proj-sa  where you manage all your service accounts. You want to be able to
use a service account from this project to take snapshots of VMs running in another project called proj-
vm. What should you do?
A.Download the private key from the service account, and add it to each VMs custom metadata.
B.Download the private key from the service account, and add the private key to each VM’s SSH keys.
C.Grant the service account the IAM Role of Compute Storage Admin in the project called proj-vm.
D.When creating the VMs, set the service account’s API scope for Compute Engine to read/write.
QUESTION 37
You created a Google Cloud Platform project with an App Engine application inside the project. You i nitially

configured the application to be served from the us-central region. Now you want the application to be served
from the asia-northeast1 region. What should you do?
A.Change the default region property setting in the existing GCP project to asia-northeast1.
B.Change the region property setting in the existing App Engine application from us-central to asia-
northeast1.
C.Create a second App Engine application in the existing GCP project and specify asia-northeast1 as th e
region to serve your application.
D.Create a new GCP project and create an App Engine application inside this new project. Specify asia-
northeast1 as the region to serve your application.
QUESTION 38

You need to grant access for three users so that they can view and edit table data on a Cloud Spanne r
instance. What should you do?
A.Run gcloud iam roles describe roles/spanner.databaseUser . Add the users to the role.
B.Run gcloud iam roles describe roles/spanner.databaseUser . Add the users to a new
group. Add the group to the role.
C.Run gcloud iam roles describe roles/spanner.viewer - -project my-project . Add the
users to the role.
D.Run gcloud iam roles describe roles/spanner.viewer - -project my-project . Add the

F2A61A54B712BD600766BD8A1233FDE1users to a new group. Add the group to the role.
QUESTION 39
You create a new Google Kubernetes Engine (GKE) cluster and want to make sure that it always runs a
supported and stable version of Kubernetes. What should you do?
A.Enable the Node Auto-Repair feature for your GKE cluster.
B.Enable the Node Auto-Upgrades feature for your GKE cluster.
C.Select the latest available cluster version for your GKE cluster.
D.Select “Container-Optimized OS (cos)” as a node image for your GKE cluster.
QUESTION 40
You have an instance group that you want to load balance. You want the load balancer to terminate th e client
SSL session. The instance group is used to serve a public web application over HTTPS. You want to fo llow
Google-recommended practices. What should you do?
A.Configure an HTTP(S) load balancer.

B.Configure an internal TCP load balancer.
C.Configure an external SSL proxy load balancer.
D.Configure an external TCP proxy load balancer.
Reference: https://cloud.google.com/load-balancing/docs/https/
QUESTION 41
You have 32 GB of data in a single file that you need to upload to a Nearline Storage bucket. The WA N
connection you are using is rated at 1 Gbps, and you are the only one on the connection. You want to  use as
much of the rated 1 Gbps as possible to transfer the file rapidly. How should you upload the file?
A.Use the GCP Console to transfer the file instead of gsutil.
B.Enable parallel composite uploads using gsutil  on the file transfer.
C.Decrease the TCP window size on the machine initiating the transfer.

D.Change the storage class of the bucket from Nearline to Multi-Regional.

QUESTION 42
You’ve deployed a microservice called myapp1  to a Google Kubernetes Engine cluster using the YAML file
specified below:
You need to refactor this configuration so that the database password is not stored in plain text. Y ou want to
follow Google-recommended practices. What should you do?
A.Store the database password inside the Docker image of the container, not in the YAML file.
B.Store the database password inside a Secret object. Modify the YAML file to populate the
DB_PASSWORD environment variable from the Secret.
C.Store the database password inside a ConfigMap object. Modify the YAML file to populate the
DB_PASSWORD environment variable from the ConfigMap.
D.Store the database password in a file inside a Kubernetes persistent volume, and use a persistent vo lume
claim to mount the volume to the container.
QUESTION 43

You are running an application on multiple virtual machines within a managed instance group and have
autoscaling enabled. The autoscaling policy is configured so that additional instances are added to the group

F2A61A54B712BD600766BD8A1233FDE1if the CPU utilization of instances goes above 80%. VMs are added until the instance group reaches i ts
maximum limit of five VMs or until CPU utilization of instances lowers to 80%. The initial delay for  HTTP
health checks against the instances is set to 30 seconds. The virtual machine instances take around three
minutes to become available for users. You observe that when the instance group autoscales, it adds more
instances then necessary to support the levels of end-user traffic. You want to properly maintain in stance
group sizes when autoscaling. What should you do?
A.Set the maximum number of instances to 1.
B.Decrease the maximum number of instances to 3.
C.Use a TCP health check instead of an HTTP health check.
D.Increase the initial delay of the HTTP health check to 200 seconds.
QUESTION 44

You need to select and configure compute resources for a set of batch processing jobs. These jobs ta ke
around 2 hours to complete and are run nightly. You want to minimize service costs. What should you do?
A.Select Google Kubernetes Engine. Use a single-node cluster with a small instance type.
B.Select Google Kubernetes Engine. Use a three-node cluster with micro instance types.
C.Select Compute Engine. Use preemptible VM instances of the appropriate standard machine type.
D.Select Compute Engine. Use VM instance types that support micro bursting.
QUESTION 45
You recently deployed a new version of an application to App Engine and then discovered a bug in the
release. You need to immediately revert to the prior version of the application. What should you do?

A.Run gcloud app restore .
B.On the App Engine page of the GCP Console, select the application that needs to be reverted and clic k 
Revert .
C.On the App Engine Versions page of the GCP Console, route 100% of the traffic to the previous versio n.
D.Deploy the original version as a separate application. Then go to App Engine settings and split traf fic
between applications so that the original version serves 100% of the requests.
Reference: https://medium.com/google-cloud/app-engine-project-cleanup-9647296e796a
QUESTION 46
You deployed an App Engine application using gcloud app deploy , but it did not deploy to the intended

F2A61A54B712BD600766BD8A1233FDE1project. You want to find out why this happened and where the application deployed. What should you do?
A.Check the app.yaml file for your application and check project settings.
B.Check the web-application.xml file for your application and check project settings.
C.Go to Deployment Manager and review settings for deployment of applications.
D.Go to Cloud Shell and run gcloud config list  to review the Google Cloud configuration used for
deployment.
Reference: https://cloud.google.com/endpoints/docs/openapi/troubleshoot-aeflex-deployment
QUESTION 47
You want to configure 10 Compute Engine instances for availability when maintenance occurs. Your
requirements state that these instances should attempt to automatically restart if they crash. Also,  the
instances should be highly available including during system maintenance. What should you do?

A.Create an instance template for the instances. Set the ‘Automatic Restart’ to on. Set the ‘On-host
maintenance’ to Migrate VM instance . Add the instance template to an instance group.
B.Create an instance template for the instances. Set ‘Automatic Restart’ to off. Set ‘On-host maintena nce’
to Terminate VM instances . Add the instance template to an instance group.
C.Create an instance group for the instances. Set the ‘Autohealing’ health check to healthy (HTTP) .
D.Create an instance group for the instance. Verify that the ‘Advanced creation options’ setting for ‘ do not
retry machine creation’ is set to off.
QUESTION 48

You host a static website on Cloud Storage. Recently, you began to include links to PDF files on thi s site.
Currently, when users click on the links to these PDF files, their browsers prompt them to save the file onto
their local system. Instead, you want the clicked PDF files to be displayed within the browser windo w directly,
A.Enable Cloud CDN on the website frontend.
B.Enable ‘Share publicly’ on the PDF file objects.
C.Set Content-Type metadata to application/pdf on the PDF file objects.
D.Add a label to the storage bucket with a key of Content-Type and value of application/pdf.
QUESTION 49
You have a virtual machine that is currently configured with 2 vCPUs and 4 GB of memory. It is runni ng out

F2A61A54B712BD600766BD8A1233FDE1of memory. You want to upgrade the virtual machine to have 8 GB of memory. What should you do?
A.Rely on live migration to move the workload to a machine with more memory.
B.Use gcloud to add metadata to the VM. Set the key to required-memory-size  and the value to 8 GB .
C.Stop the VM, change the machine type to n1-standard-8 , and start the VM.
D.Stop the VM, increase the memory to 8 GB , and start the VM.
QUESTION 50
You have production and test workloads that you want to deploy on Compute Engine. Production VMs nee d
to be in a different subnet than the test VMs. All the VMs must be able to reach each other over int ernal IP
without creating additional routes. You need to set up VPC and the 2 subnets. Which configuration me ets
these requirements?
A.Create a single custom VPC with 2 subnets. Create each subnet in a different region and with a diffe rent
CIDR range.

B.Create a single custom VPC with 2 subnets. Create each subnet in the same region and with the same
C.Create 2 custom VPCs, each with a single subnet. Create each subnet is a different region and with a
different CIDR range.
D.Create 2 custom VPCs, each with a single subnet. Create each subnet in the same region and with the
same CIDR range.
QUESTION 51
You need to create an autoscaling managed instance group for an HTTPS web application. You want to
make sure that unhealthy VMs are recreated. What should you do?
A.Create a health check on port 443 and use that when creating the Managed Instance Group.
B.Select Multi-Zone instead of Single-Zone when creating the Managed Instance Group.
C.In the Instance Template, add the label ‘health-check’.

D.In the Instance Template, add a startup script that sends a heartbeat to the metadata server.
Reference: https://cloud.google.com/compute/docs/instance-groups/creating-groups-of-managed-instances
QUESTION 52
Your company has a Google Cloud Platform project that uses BigQuery for data warehousing. Your data

F2A61A54B712BD600766BD8A1233FDE1science team changes frequently and has few members. You need to allow members of this team to perfo rm
queries. You want to follow Google-recommended practices. What should you do?
A.1. Create an IAM entry for each data scientist's user account.
2. Assign the BigQuery jobUser role to the group.
B.1. Create an IAM entry for each data scientist's user account.
2. Assign the BigQuery dataViewer user role to the group.
C.1. Create a dedicated Google group in Cloud Identity.
2. Add each data scientist's user account to the group.
3. Assign the BigQuery jobUser role to the group.
D.1. Create a dedicated Google group in Cloud Identity.
3. Assign the BigQuery dataViewer user role to the group.
Reference: https://cloud.google.com/bigquery/docs/cloud-sql-federated-queries
QUESTION 53

Your company has a 3-tier solution running on Compute Engine. The configuration of the current
infrastructure is shown below.

F2A61A54B712BD600766BD8A1233FDE1
Each tier has a service account that is associated with all instances within it. You need to enable
communication on TCP port 8080 between tiers as follows:
• Instances in tier #1 must communicate with tier #2.
• Instances in tier #2 must communicate with tier #3.
A.1. Create an ingress firewall rule with the following settings:
• Targets: all instances
• Source filter: IP ranges (with the range set to 10.0.2.0/24)

F2A61A54B712BD600766BD8A1233FDE1• Protocols: allow all
2. Create an ingress firewall rule with the following settings:
• Source filter: IP ranges (with the range set to 10.0.1.0/24)
• Protocols: allow all
B.1. Create an ingress firewall rule with the following settings:
• Targets: all instances with tier #2 service account
• Source filter: all instances with tier #1 service account
• Protocols: allow TCP:8080
• Targets: all instances with tier #3 service account
• Source filter: all instances with tier #2 service account
• Protocols: allow TCP: 8080
C.1. Create an ingress firewall rule with the following settings:

D.1. Create an egress firewall rule with the following settings:
2. Create an egress firewall rule with the following settings:
QUESTION 54
You are given a project with a single virtual private cloud (VPC) and a single subnetwork in the us- central1
region. There is a Compute Engine instance hosting an application in this subnetwork. You need to de ploy a
new instance in the same project in the europe-west1 region. This new instance needs access to the

application. You want to follow Google-recommended practices. What should you do?
A.1. Create a subnetwork in the same VPC, in europe-west1.
2. Create the new instance in the new subnetwork and use the first instance's private address as the
endpoint.
B.1. Create a VPC and a subnetwork in europe-west1.
2. Expose the application with an internal load balancer.
3. Create the new instance in the new subnetwork and use the load balancer's address as the endpoint .
C.1. Create a subnetwork in the same VPC, in europe-west1.

F2A61A54B712BD600766BD8A1233FDE12. Use Cloud VPN to connect the two subnetworks.
3. Create the new instance in the new subnetwork and use the first instance's private address as the
endpoint.
D.1. Create a VPC and a subnetwork in europe-west1.
2. Peer the 2 VPCs.
endpoint.
QUESTION 55
Your projects incurred more costs than you expected last month. Your research reveals that a develop ment
GKE container emitted a huge number of logs, which resulted in higher costs. You want to disable the  logs
quickly using the minimum number of steps. What should you do?
A.1. Go to the Logs ingestion window in Stackdriver Logging, and disable the log source for the GKE
container resource.
B.1. Go to the Logs ingestion window in Stackdriver Logging, and disable the log source for the GKE
Cluster Operations resource.

C.1. Go to the GKE console, and delete existing clusters.
2. Recreate a new cluster.
3. Clear the option to enable legacy Stackdriver Logging.
D.1. Go to the GKE console, and delete existing clusters.
3. Clear the option to enable legacy Stackdriver Monitoring.
QUESTION 56
You have a website hosted on App Engine standard environment. You want 1% of your users to see a new
test version of the website. You want to minimize complexity. What should you do?
A.Deploy the new version in the same application and use the --migrate  option.
B.Deploy the new version in the same application and use the --splits  option to give a weight of 99 to
the current version and a weight of 1 to the new version.

C.Create a new App Engine application in the same project. Deploy the new version in that application.  Use
the App Engine library to proxy 1% of the requests to the new version.
D.Create a new App Engine application in the same project. Deploy the new version in that application.
Configure your network load balancer to send 1% of the traffic to that new application.

F2A61A54B712BD600766BD8A1233FDE1QUESTION 57
You have a web application deployed as a managed instance group. You have a new version of the
application to gradually deploy. Your web application is currently receiving live web traffic. You w ant to
ensure that the available capacity does not decrease during the deployment. What should you do?
A.Perform a rolling-action start-update  with maxSurge  set to 0 and maxUnavailable  set to 1.
B.Perform a rolling-action start-update  with maxSurge  set to 1 and maxUnavailable  set to 0.
C.Create a new managed instance group with an updated instance template. Add the group to the backend
service for the load balancer. When all instances in the new managed instance group are healthy, del ete
the old managed instance group.
D.Create a new instance template with the new application version. Update the existing managed instanc e
group with the new instance template. Delete the instances in the managed instance group to allow th e

managed instance group to recreate the instance using the new instance template.
QUESTION 58
You are building an application that stores relational data from users. Users across the globe will use this
application. Your CTO is concerned about the scaling requirements because the size of the user base is
unknown. You need to implement a database solution that can scale with your user growth with minimum
A.Cloud SQL
B.Cloud Spanner
C.Cloud Firestore
D.Cloud Datastore
QUESTION 59
You are the organization and billing administrator for your company. The engineering team has the Pr oject
Creator role on the organization. You do not want the engineering team to be able to link projects t o the

billing account. Only the finance team should be able to link a project to a billing account, but th ey should not
be able to make any other changes to projects. What should you do?
A.Assign the finance team only the Billing Account User role on the billing account.
B.Assign the engineering team only the Billing Account User role on the billing account.
C.Assign the finance team the Billing Account User role on the billing account and the Project Billing
Manager role on the organization.
D.Assign the engineering team the Billing Account User role on the billing account and the Project Bil ling

QUESTION 60
You have an application running in Google Kubernetes Engine (GKE) with cluster autoscaling enabled. The
application exposes a TCP endpoint. There are several replicas of this application. You have a Compu te
Engine instance in the same region, but in another Virtual Private Cloud (VPC), called gce-network , that
has no overlapping IP ranges with the first VPC. This instance needs to connect to the application o n GKE.
You want to minimize effort. What should you do?
A.1. In GKE, create a Service  of type LoadBalancer that uses the application's Pods as backend.
2. Set the service's externalTrafficPolicy  to Cluster .
3. Configure the Compute Engine instance to use the address of the load balancer that has been creat ed.
B.1. In GKE, create a Service of type NodePort  that uses the application's Pods as backend.

2. Create a Compute Engine instance called proxy with 2 network interfaces, one in each VPC.
3. Use iptables on this instance to forward traffic from gce-network to the GKE nodes.
4. Configure the Compute Engine instance to use the address of  proxy  in gce-network  as endpoint.
C.1. In GKE, create a Service  of type LoadBalancer  that uses the application's Pods as backend.
2. Add an annotation to this service: cloud.google.com/load-balancer-type: Internal
3. Peer the two VPCs together.
4. Configure the Compute Engine instance to use the address of the load balancer that has been creat ed.
D.1. In GKE, create a Service  of type LoadBalancer  that uses the application's Pods as backend.
2. Add a Cloud Armor Security Policy to the load balancer that whitelists the internal IPs of the MI G's

instances.
QUESTION 61
Your organization is a financial company that needs to store audit log files for 3 years. Your organ ization has
hundreds of Google Cloud projects. You need to implement a cost-effective approach for log file rete ntion.
A.Create an export to the sink that saves logs from Cloud Audit to BigQuery.
B.Create an export to the sink that saves logs from Cloud Audit to a Coldline Storage bucket.
C.Write a custom script that uses logging API to copy the logs from Stackdriver logs to BigQuery.
D.Export these logs to Cloud Pub/Sub and write a Cloud Dataflow pipeline to store logs to Cloud SQL.

Reference: https://cloud.google.com/logging/docs/audit/

Before the  
DEPARTMENT OF COMMERCE  
NATIONAL TELECOMMUNICATIONS AND INFORMATION ADMINISTRATION  
Washington, DC 20230  
 
In the Matter of      ) 
       ) 
Public Wireless Supply Chain    )  Docket No. 221202 -0260  
Innovation Fund Implementation    )  RIN  0693 -XC053  
       )  
 
COMMENTS OF ERICSSON  
 
Jared M. Carlson  
Vice President  
Government Affairs and Public Policy  
 
Barbara Baffer  
Haseeb Akhtar  
Lauren Buhl  
Danielle Francis  
Sheryl  Genco  
Ali Khayrallah  
Havish Koorapaty  
Mike Murphy  
Janne Peisa  
Scott Poretsky  
Sundaresh Vedapureeswaran  
 
ERICSSON  
 
1776 I Street, NW  
Suite 240  
Washington, D.C. 20006  
(202) 824 -0112  
January 27, 2023

TABLE OF CONTENTS  
INTRODUCTION AND SUMMARY  ................................ ................................ ...........................  1 
DISCUSSION  ................................ ................................ ................................ ................................ . 3 
I. U.S. GOVERNMENT POLICY SHOULD SUPPORT A MULTI -VENDOR 
ECOSYSTEM OF TRUSTED SUPPLIERS FROM THE U.S. AND PARTNER 
NATIONS, INCLUDING COMPANIES LIKE ERICSSON WI TH A STRONG U.S. 
PRESENCE ................................ ................................ ................................ .........................  3 
A. Ericsson is at the Forefront of 5G Technologies as a Trusted Supplier and Has a 
Longstanding and Ex panding Commitment to the United States.  ................................  3 
B. U.S. Government Policy Should Embrace All Trusted Vendors to Enhance 
Competition and Innovation, Increase Capacity and Security of Supply Chains, and

Competition and Innovation, Increase Capacity and Security of Supply Chains, and 
Suppo rt U.S. Partners.  ................................ ................................ ................................ ... 5 
II. INNOVATION FUND  SUPPORT SHOULD FOCUS ON IMPROVING THE 
SECURITY, INTEROPERABILITY, AND PERFORMANCE OF OPEN RAN  .............  7 
A. Security Remains a Top -Level Priority as Open RAN Expands the Threat Surface  .... 7 
B. Interoperability is Critical and Should be Addressed through Certification and in 
Some Circumstances, Plugfests.  ................................ ................................ ...................  9 
C. Network Performance Must be a Key Criterion for Open RAN.  ...............................  10 
III. THE INNOVATION FUND SHOULD INVEST IN RESEARCH PROJECTS AND 
FUND PROJECTS FOCUSED ON THE CORE CHALLENGES OF SECURITY,

FUND PROJECTS FOCUSED ON THE CORE CHALLENGES OF SECURITY, 
INTEROPERABILITY, AND PERFORMANCE  ................................ ...........................  11 
A. Innovation Fund  Should Support Research to Promote Ambitious Goals for the Next 
Generation of Wireless.  ................................ ................................ ..............................  11 
B. Innovation Fund  Funding Should Leverage Existing Initiatives.  ...............................  14 
C. Workforce Reskilling  ................................ ................................ ................................ .. 15 
CONCLUSION  ................................ ................................ ................................ .............................  16

Before the  
 
       ) 
Innovation Fund Implementation    )  RIN 0693 -XC053  
        
As a trusted supplier to broadband network  providers  and a leader in the deployment of 
5G networks in the United States and across the globe, Ericsson submits these comments in 
response to the National Telecommunications and Information Administration’s (“ NTIA”) 
Request for Comment (“RFC”) on implementation of the Public Wireless Supply Chain 
Innovation Fund (“ Innovation Fund ”), as directed by the CHIPS and Science Act of 2022.1    
INTRODUCTION AND SUMMARY  
Ericsson is an active driver of efforts to develop  Open Radio Access Networks (“Open 
RAN”) standards and has developed various cloud -based solutions and other key elements

RAN”) standards and has developed various cloud -based solutions and other key elements 
critical to open 5G networks.2  We welcome the opportunity to provide input into how the 
Innovation Fund  can be used most effectively  to support the promotion and development of 
open, interoperable, and standard s-based radio access networks.  
 
1 Department of Commerce, National Telecommunications and Information Administration, 
Public Wireless Supply Chain Innovation Fund Implementation , Docket No. 221202 -0260, RIN 
0693 -XC053, 87 Fed. Reg. 76,182 (rel. Dec. 13, 2022) (“RFC”).  
2 See, e.g. , Cloud RAN Acceleration Technology, available at 
https://www.ericsson.com/4ae403/assets/local/ran/doc/cloud -ran-acceleration -technology -
positioning -paper.pdf .

2 
 At the outset, we note that the RFC considers the Innovation Fund  a “critical investment” 
to “unlock opportunities for U.S. companies, particularl y small and medium enterprises ,” to 
compete against “a few foreign suppliers, including high -risk suppliers that raise security 
concerns.”3  Ericsson fully supports open network evolution and open competition, including 
competition from U.S. -headquartered companies.  We are proud of Ericsson’s significant 
presence in the United States, including a 5G manufacturing factory and nearly 9,000 emp loyees.  
U.S. government policy, including the Innovation Fund  program, should promote a diverse and 
competitive ecosystem of trusted suppliers that combines the resources and expertise of 
companies in both the U.S. and, critically, its partner countries, in order to maintain and advance 
a global marketplace that can meet the growing needs of U.S. wireless providers and the 5G 
market.

market.   
Our comments identify three specific areas for Innovation Fund  investment:  
• Security.   5G is the most secure generation of  technology to date, and operators 
and their customers expect to achieve this baseline of security.  Security should be 
a top -level requirement when deploying any network architecture, including Open 
RAN, and we describe several security considerations tha t would benefit from 
Innovation Fund  support.  
 
• Interoperability.   Open RAN presents an interoperability challenge for managing 
the service with consistent performance, feature, and roadmap alignment.  This 
challenge also would benefit from Innovation Fund  support.  
 
• Performance.  Current Open RAN standards offer  limited performance 
capabilities due to the technical, ecosystem, security, and integration challenges 
mentioned above.  To enhance the performance of Open RAN, NTIA should

mentioned above.  To enhance the performance of Open RAN, NTIA should 
consider funding toward ad vancing newer specifications to move toward the 
highest performance specifications possible.  
 
Fundamentally, NTIA should apply Innovation Fund  funds to research in these areas, not 
vendor -specific product development.  NTIA should also be open to funding existing initiatives 
 
3 RFC at 76,183.

3 
 that are already focusing on advances in open, interoperable, and standard s-based radio access 
networks.  Finally, Ericsson sees the next generation of wireless technologies as an opportunity 
to improve performance while maintaining security and privacy, and with this in mind, we offer 
several specific suggestions that are ripe for advances in the analysis and design of network 
control with Innovation Fund  funding.  
DISCUSSION  
ECOSYSTEM  OF TRUSTED SUPPLIERS  FROM THE U.S.  AND PARTNER 
NATIONS , INCLUDING COMPANIES LIKE ERICSSON WITH A STRON G U.S. 
PRESENCE   
A. Ericsson is at the Forefront of 5G  Technologies  as a Trusted Supplier and 
Has a Longstanding and Expanding Commitment to the United States . 
Ericsson participated in many of the 5G “firsts,” both in the U.S. and abroad.  Ericsson 
has led the way in developing wireless technologies for 5G, supplying equip ment for innovative

has led the way in developing wireless technologies for 5G, supplying equip ment for innovative 
networks and uses, and collaborating with public and private sector partners on 5G standards.   
Notably, the very first 5G network in the world to go live with 5G was powered by Ericsson 
equipment.  The world’s first stand -alone 5G netwo rk was launched in the United States using 
Ericsson equipment, and Ericsson has launched 5G with the largest service providers in the 
United States.   Globally, Ericsson powers 141 5G networks in 61 countries. The first Cloud RAN 
deployment around the globe  is here in the United States using Ericsson cloud -native RAN 
software.  In addition, w e are very proud to have been the first company to deliver 5G base 
stations manufactured at scale in the U.S.   And i n every nation state that has conducted a national

stations manufactured at scale in the U.S.   And i n every nation state that has conducted a national 
security 5G assessment, Ericsson has been designated as both a secure and trusted 5G supplier.  
Ericsson’s commitment to the U.S. is real, tangible, and stretches back more than a 
century – to 1902.  Ericsson has approximately 9 ,000 employees in the U.S. with  five R&D 
centers in Austin, Texas, Boise, Idaho , and in  Los Gatos, Playa Vista, and Santa Clara,

4 
 California .  In addition, we invested over $100 million in our state -of-the-art, Industry 4.0, 5G 
Smart Factory in Lewisville, Texas, which started shipping the first 5G radios in May 2020.  
Further, to address the shortage of 5G workers and speed up network buildout, Ericsson 
continue s to invest in its Centers of Excellence to recruit, train, and develop 5G field workers .   
Although our global  headquarters is in Sweden – a nation that has  longstanding defense 
cooperation  with the U.S.  – the United States is Ericsson’s de facto home market .  The United 
States is our largest market , and we are committed to enabling U.S. 5G leadership ambitions.  
Our North America headquarters is located in Plano, Texas.    
Ericsson’s U.S. investments include:  
• Investment in U.S, manufactur ing.  Ericsson recognized early that the scale of 5G 
meant that radio manufacturing would have to reside in the U nited States  to

meant that radio manufacturing would have to reside in the U nited States  to 
maintain security and speed up 5G deployment.  Ericsson invested  over $100 
million in its smart factory in Lewisville, Texas, which has been in operation since 
2020, and where it showcases  the many opportunities arising from 5G connectivity 
that powers capabilities including autonomous robots, augmented reality trainin g, 
and many others.  At Ericsson’s smart factory, we are building the 5G radio 
equipment powering digital transformation in the U .S. – including all of our 
baseband units for the three largest U .S. operators and all of the mmwave radios for 
U.S. demand . 
 
• Investment in U.S. jobs and the U.S. work force .  Approximately 9,000 Ericsson 
employees work in the United States.4  The deployment of 5G requires a large 
number of new small -cell sites, which creates unprecedented demand on a limited

number of new small -cell sites, which creates unprecedented demand on a limited 
supply of 5G workers in the U.S. Ericsson has taken an active role in addressing 
this situation through its four state-of-the-art Center of Excellence facilities, which 
train and hire new qualified technicians and upskill current workers.   
 
• Investment in domestic design.   Ericsson invests and supports technology 
development in the United States, including hardware, software, and Artificial 
Intelligence ( AI)—areas in which the U.S. is at the forefront.  Ericsson operates an 
application specific integrated circuit (“ ASIC”) and software design center in 
Austin, Texas , which designs software and hardware for 5G radios which are now 
deployed in the U.S. and the rest of the world.  Ericsson’s commitment to the United 
States will continue as Ericsson seeks to invest in rese arch and development of new

States will continue as Ericsson seeks to invest in rese arch and development of new 
 
4 Ericsson in the United States, https://www.ericsson.com/en/about -us/company -facts/ericsson -
worldwide/united -states .

5 
 use cases for 5G and for the next generation of wireless technologies.  Ericsson has 
five research and development locations in the United States, as noted above.  
 
• Investment in U.S. suppliers.   In general, all active “intelligent” third -party  
electronics (e.g., digital semiconductors, silicon -based technology, application -
specific integrated circuits ( “ASICs ”), field programmable gate arrays ( “FPGAs ”), 
etc.) for the Ericsson Radio System are pr edominantly sourced from U.S. 
companies, with a minor portion from companies located in partner countries.  
Indeed, Ericsson’s own key suppliers are U.S. -based companies.  For example, we 
have partnered with Dell, VMWare, Intel, Red  Hat, and others.5  
 
• Investment in open network solutions .  Ericsson is a leading contributor to 3GPP 
standards, which define open interoperable interfaces between devices and the 
network.  Ericsson was the  #1 contributor to O -RAN Alliance specifications in

network.  Ericsson was the  #1 contributor to O -RAN Alliance specifications in 
2022 , chair ed two working groups, and is the editor of sev eral O -RAN 
specifications.  Ericsson is also actively involved in the Security Work  Group , 
including multiple rapporteur roles, Architecture Work Group, and O -RAN 
Governance.  
 
[Q5]  Ericsson also has extensive expertise  with managing and securing complex gl obal 
supply chains.  Ericsson has a global, flexible supply chain to work closely with customers 
throughout European, Asian, and North and South American operations to respond quickly to 
market and customer needs.  Ericsson teams take proactive measures ac ross the whole supply 
chain from production to logistics, in close cooperation with suppliers and customers, to meet 
customer demand.  This has enabled us to secure global supply flexibility and resilience even

customer demand.  This has enabled us to secure global supply flexibility and resilience even 
when times are tough,  and ensure limited impa ct on our customers.   
Competition and Innovation, Increase Capacity and Security of Supply 
Chains, and Support U.S. Partners.  
[Q22, 25]  The RFC asks whether Innovation Fund  grants should  be limited to projects 
that take place in the U.S. and how NTIA should address potential grantees based in the U.S. 
 
5 See “How Ericsson, VMware and Dell Technologies support a CSPs’ BSS cloud journey ,” 
https://www.ericsson.com/en/blog/2022/9/ericsson -dell-and-vmware -a-cloud -journey -partnership ; “Ericsson and 
Intel partnership in 5G and Cloud ,” https://www.ericsson.com/en/partners/our -partners/intel ; “Ericsson and Red Hat

Intel partnership in 5G and Cloud ,” https://www.ericsson.com/en/partners/our -partners/intel ; “Ericsson and Red Hat 
collaborate to deliver multivendor solutions to Communication Service Providers (CSPs) ,” 
https://www.ericsson. com/en/partners/our -partners/redhat .

6 
 with extensive overseas operations and non-U.S. based companies with significant U.S. 
operations.6  American success in 5G can and should involve vendors from around the globe, so 
long as they are trusted vendors. The facts and figures noting Ericsson’s commitment to the U.S.  
in Section I.A.  above should make clear that the location of a company’s headquarters does not 
alone determine its contributions to American competitiveness or success.  
[Q22]  All companies should be eligible for Innovation Fund  support if they are trusted 
partners and will inv est in research and development  that promotes U.S. innovation or otherwise 
benefits the United States by meeting the purposes of the Innovation Fund .   
[Q5]  Further, p romoting a global marketplace w ill bolster the security, resiliency, and 
capacity of supp ly chains  for the U.S. marketplace .  Companies with supply chains that have

capacity of supp ly chains  for the U.S. marketplace .  Companies with supply chains that have 
diverse vendors are more resilient and adaptable to interferences in the chain .  Only a 
multinational, diverse vendor base of trusted suppliers will have the capacity to provision 
components and software capable of servicing the U.S. and other partner countries’ markets.   
Investing in a global trusted market also supports U.S. companies ’ supplying global vendors  – 
including Ericsson, as noted above .   
[Q25] If NTIA does decide to li mit Innovation Fund  support to companies  with 
operations  in the United States, it should ensure eligibility for companies with significant 
investments  in the United States  or those that support jobs in the United States , not just those 
headquartered here.  These metrics are more indicative of a company’s commitment to U.S.

headquartered here.  These metrics are more indicative of a company’s commitment to U.S. 
leadership than where a company’s global headquarters is located.   
 
6 RFC at 76,185.

7 
 II. INNOVATION FUND  SUPPORT SHOULD FOCUS ON IMPROVING  THE  
SECURITY, INTEROPERABILITY, AND PERFORMANCE O F OPEN RAN  
[Q1] As the RFC recognizes, the success of Open RAN adoption will depend  on how 
secure the networks are, whether the system s are sufficiently interoperable, and whether their 
performance matches that of traditional  RAN  networks .7  NTIA should d irect funding toward 
making improvements in these three areas.  
A. Security  Remains a Top -Level Priority as Open RAN Expands the Threat 
Surface  
[Q17]  Security should be a top -level requirement when deploying any network 
architecture, including Open RAN.  5G is the most secure generation of technology to date, and 
operators and their customers expect to achieve this baseline  level  of security.  However, security 
challenges in Open RAN have been documented by U.S. and other European national bodies.   
Open RAN deployments must be secure d with zero -trust at all layers of the networking and

Open RAN deployments must be secure d with zero -trust at all layers of the networking and 
technology stack to ensure only trusted entit ies can have access and move internally within the 
network.  Innovation Fund  support can advance the ongoing work to mitigate the risk in bodies 
such as O -RAN Alliance , where Ericsson is spearheading the Security Work Group  efforts . 
[Q20]  Open RAN introduc es new internal threats.  RAN deployments have traditionally 
been on  operator premises , which inherently provide protection from internal threats and le ad to 
RAN security architectures focused on perimeter security  (a castle -and-moat approach ) to protect 
against external threats.  As Open RAN migrates to the cloud, this introduces the potential for 
new internal threats.  The O -RAN Alliance has also publicly acknowledged such threats.8

new internal threats.  The O -RAN Alliance has also publicly acknowledged such threats.8  
Specifically, new security risks for attacks on confidentiality, integr ity, and availability include: 
 
7 RFC at 76,184 -85. 
8 See, " The O -RAN ALLIANCE Security Task Group Tackles Security Challenges on All O -RAN Interfaces and 
Components," https://www.o -ran.org/blog/the -o-ran-alliance -security -task-group -tackles -security -challenges -on-all-
o-ran-interfaces -and-components .

8 
 (i) an attack surface with more functions and interfaces; (ii) vulnerabilities in the Near Real -Time 
RAN Intelligent Controller (“Near -RT RIC”) and xApps that could be exploited; and (iii) non -
secure management interfaces tha t do not follow industry best practices.   Innovation Fund  
support would be helpful  to hone more effective solutions to these issues.  
[Q20]  There  are ongoing efforts to make Open RAN secure.  Zero trust architecture 
(“ZTA”) is a new paradigm for RAN that pr ovides protection from external and internal threats 
at multiple layers.  3GPP security specifications for 5G RAN align well with NIST’s seven tenets 
for a ZTA , and 3GPP is now studying further enhancements that can be made to achieve a ZTA.  
The O -RAN Alliance has stated that it is pursuing a ZTA in accordance with NIST , and this 
endeavor will guide its security work to be performed over the next couple of years .  ATIS is

endeavor will guide its security work to be performed over the next couple of years .  ATIS is 
currently studying Zero Trust for 5G based upon U .S. government guidance and will provide 
recommendations to the standards bodies.   NTIA should use the Innovation Fund  to invest in 
real-world tests and trials to demonstrate the viability of thes e ZT A solutions.  
[Q17 -18] The key objective with security in any RAN is ensuring privacy, performance, 
and resiliency. Operators should perform risk analyses prior to deploying Open RAN to 
understand the likelihood and impact of risks, and to implement app ropriate security controls.  
RAN deployments should meet 3GPP specifications and implement the recommendations made 
by the FCC ’s Communications Security, Reliability, and Interoperability Council (“ CSRIC ”).  
NTIA should also consider promoting  DHS CISA’s “ Security Guidance for 5G Cloud

NTIA should also consider promoting  DHS CISA’s “ Security Guidance for 5G Cloud 
Infrastructures” as a playbook for secure RAN and core deployments in the cloud.  Supply chain 
security guidelines from ATIS and DHS ICT SCRM should also be followed, and industry 
should continue to evolve O -RAN security spec ifications to meet the expected security baseline.

9 
 Again, NTIA can use the Innovation Fund  to fund lab environments that will facilitate the 
implementation of these solutions in the real world.  
B. Interoperability  is Critical and Should be Addressed  through Certification 
and in Some Circumstances , Plugfests .  
[Q1]  NTIA should prioritize  interoperability in directing Innovation Fund  resources .  The 
oversight and management burden costs for operators have made some Open RAN operators 
prefer using the same vendo rs for Open RAN as for system s.  Brownfield operators also have 
additional costs, as Open RAN deployment means massive operational transformation, tooling, 
and upskilling burdens.  Introducing  a completely new technology and way of deploying and 
managing the service with consistent per formance, feature, and roadmap alignment  is a challenge 
that would be amenable to the sort of funding envisioned by the Innovation Fund .

that would be amenable to the sort of funding envisioned by the Innovation Fund .  
[Q7]  Certain criteria should be used to define equipment as compliant with open 
standards for multi -vendor network equ ipment interoperability.  An Open RAN network involves 
Radio, Baseband, Transport , and S erver Management Object components (apart from mobile 
core functions not included here) , with some network elements having disaggregated software 
and hardware parts fro m different vendors.  When a solution includes such multi -vendor 
components compliant with relevant 3GPP and O -RAN specifications, the equipment should 
comply with open standards for multi -vendor network equipment interoperability.  
[Q6, 9]  In certain circu mstances, plugfests can be an effective mechanism to support 
promoting and deploying new 5G equipment with future interoperable equipment.  Plugfests in

promoting and deploying new 5G equipment with future interoperable equipment.  Plugfests in 
mobile networks are typically more effective when addressing interoperability requirements at 
higher la yers ( e.g., IP layer/L3) than at lower layers ( e.g., MAC or PHY layers).  This is because 
latency and performance have stringent requirements and how efficiently these are met in each 
product differs between vendor implementations.  Higher layers have much  relaxed requirements

10 
 on latency , which opens up larger interoperability testing opportunities between different vendor 
implementations.  To advance the performance of Open RAN, NTIA should consider funding 
toward advanc ing newer specifications (whether fo r testing or research on simulations) .   
C. Network Performance  Must be a Key Criterion for Open RAN . 
[Q7, 9]  NTIA should  expand its interest from the narrower focus on interface 
compatibility to network performance.  Performance is not just a matter of competition among 
vendors, but also ensures good utilization of limited  spectrum  resources , a primary concern to 
both NTIA and the FCC.  Performance capabilities of current open RAN standards can be 
improved by addressing the technical, ecosystem, security, and integration challenges mentioned 
above.    
[Q1-2] To improve performance and potential use cases, a focus on next gene ration

above.    
[Q1-2] To improve performance and potential use cases, a focus on next gene ration 
standards is necessary .  Performance and feature parity are reduced to and limited by the lowest 
performing/ lowest -featured vendor implementation.  As a result, c urrent Open RAN standards 
only operate at a baseline lower performance level than the 5G networks currently deployed in 
the U nited States .  New standards are under development to improve Open RAN performance.   
[Q6] To advance performance of Open RAN, NTIA should consider funding (whether for 
testing or research on simulations) toward advanc ing newer specifications to move toward the 
highest performance specifications possible.   
[Q7]  To improve Open RAN performance and potential use cases, focus on evolving O -
RAN specifications will be required . For RAN disaggregation, the current lower -layer split

RAN specifications will be required . For RAN disaggregation, the current lower -layer split 
(LLS) needs to be evolved to support high performance deployments of 5G -Advanced (and 
eventually 6G). The first step of this evolution is the ongoing work item on “Uplink Performance 
Improvement” in O -RAN Alliance. For network automation, while the first priority is to 
complete the specifications of both Non-Real Time  and Near -Real Time  RAN Intelligent

11 
 Controllers ( Non-RT RIC and Near -RT RIC ), the future evolution should aim to unify and 
integrate different RICs to avoid market fragmentation . 
III. THE  INNOVATION FUND  SHOULD INVEST IN RESEARCH PROJECTS  AND 
INTEROPERABILITY , AND PERFORMANCE  
[Q6]  NTIA should focus on research projects to advance the complete wireless 
ecosystem, rather than any ven dor-specific  product development.  Projects that align with this 
purpose and the goals of the Innovation Fund  include plugfests  that bring vendors together to test 
the interoperability and performance  of components in the 5G stack, address workforce concer ns 
through reskilling the workforce and standardizing processes , and set standards to improve 
security and performance in the next generation of wireless  technologies . 
A. Innovation Fund  Should Support Research to Promote Ambitious Goals for 
the Next Generati on of Wireless .

the Next Generati on of Wireless .  
[Q6]  The Innovation Fund  is a unique opportunity to invest in and advance the 
development of the Open RAN wireless ecosystem writ large .  NTIA should direct Innovation 
Fund  support for research and simulations, not product development.  The Innovation Fund is 
best used to advance an open ecosystem rather than individual companies' particular products. 
Focusing funding in the research area is a better way of ensuring vibrant technological 
development.  
[Q2]  Wireless generations go through lifecycles spanning decades where R&D is 
essential to support movement and acceleration into the next generation.  The current lifecycle 
position, where 5G is well established in deployments around the world, presents the ne ed for

position, where 5G is well established in deployments around the world, presents the ne ed for 
research to steer the industry in the direction for the next generation of infrastructure.  
Supporting the ecosystem for R&D  particularly in performance advancements and research for 
what 6G will entail can support the industry through a lifecycle “ dip” into the next stage of

12 
 innovation.  Funding should support research, testing, and simulations, not new vendor -specific 
product development  that would  grant  advantages to particular vendors.  
[Q8]  NTIA can use Innovation Fund  support to fund ambitious and game -changing 
projects.  For example, the advent of 6G provides an opportunity to revisit network control to 
improve network performance.  Network control involves a  crucial type of interface called a 
control interface, which exposes data from network elements to a “control loop. ”  The latter 
processes the data, possibly along with external data, and produces control commands.  The 
control interface then feeds those commands back into network elements.   In the 5G context, 
there are multiple control loop s at different levels of the network, operating with different time 
scales as well as with different granularity and type of information.  The sheer complexity of the

scales as well as with different granularity and type of information.  The sheer complexity of the 
overall system makes it difficult  to analyze and design such processes together to produc e the 
best network performance overall.   
[Q8] While we now have a chance to take a fresh look at  network control, including the 
crucial role of interfaces that enable control loops, more research is needed into how to improve 
performance and maintain privacy and security.  For example, one emerging area of interest is 
allowing third parties to access  interfaces and control the network.  In such a case, the network 
operator would need to fully understand how control loops can produce conflicting actions and 
how to arbitrate such conflicts.  In addition, interfaces add complexity, in terms of computatio n 
and storage, and increase the vulnerability surface of the network in terms of security and

and storage, and increase the vulnerability surface of the network in terms of security and 
privacy.  The knowledge gained from funding network control projects would serve as a basis for 
the definition of standardized interfaces.  Standards bodies shoul d define interfaces to guarantee 
compatibility among network elements, but the actual control loop processing should be left to 
proprietary design by vendors, incentivizing vendors to make enhancements that allow for a

13 
 faster pace of innovation in performa nce than would be allowed by standardizing processes . 
Research on improving the interfaces  and method s of securely exposing interfaces to third 
parties, augmenting the control loop information from external data sources , etc. is likely to yield 
higher valu e for the overall Open RAN industry as opposed to investing in specific products 
developed by a vendor or group of vendors.     
[Q8]  NTIA should direct Innovation Fund  support to projects that address the analysis 
and design of network control, with partic ular emphasis on these and related topics:  
• the interaction among control loops and their joint optimization;  
 
• the arbitration of conflicting actions from control loops, especially with third party 
involvement;  
 
• the interplay between control loops and int erfaces in and out of the network;  
 
• the merging of external information into control loops, and the associated external 
interfaces;

interfaces;  
 
• signal processing techniques for control loops, drawing on solid theoretical 
background from , e.g., information theory, c ontrol theory, and machine learning; 
and  
 
• control loop computational complexity and latency, and implications for network 
interfaces.  
[Q8] While industry is best suited to address short and medium term issues closer to 
standards, development and deploymen t, academia can lead the way on long term forward 
leaning research and topics, often in collaboration with industry and government. The U.S. is 
fortunate to have the best universities in the world, and engaging with them will tap into their 
enormous potent ial for research and innovation. Energizing the academic community requires

enormous potent ial for research and innovation. Energizing the academic community requires 
large funding over many years. The benefits are well worth the expense, in both research 
outcomes that industry can pick up and reduce to practice, and in well trained students who  are 
ready to enrich the work force.  Academia can engage in addressing research topics such as those

14 
 detailed in Question 8, which may involve many approaches from theoretical to experimental 
research. Programs such as NSF PAWR, mentioned in Question 2, ha ve the capability to build 
and maintain large research testbed facilities. They are also well versed in the specific 
capabilities related to open source and Open RAN. One recent example is the PAWR POWDER 
tested in Salt Lake City, which has deployed an out door 5G network using open source 
software.9  Another recent example is the PAWR COSMOS testbed in New York City, which 
was approved as an Open Testing and Integration Center for O -RAN.10    
B. Innovation Fund  Funding Should Leverage Existing Initiatives .  
[Q2]  The RFC asks what ongoing public and private sector initiatives may be relevant to 
the Innovation Fund .11  There are several key initiatives that NTIA could be interacting with, in a 
variety of possible ways , ranging from consulting on topics of interest, to engaging as a partner

variety of possible ways , ranging from consulting on topics of interest, to engaging as a partner 
in executing on projects.   
The ATIS NGA  is one such example , with a wide representation within the private and 
public sectors of about 100 companies, government agencies, and academi c institutions, to 
advance North American mobile technology leadership in the next decade.   
The National Science Foundation  also plays a pivotal role in funding wireless research 
and partnering with the mobile industry and operates several initiatives tha t NTIA can leverage:  
 
• The Resilient & Intelligent NextG Systems  (“RINGS”) program is a public private 
partnership with 9 industry leaders, including Ericsson, that funds about 40 projects 
aimed at the development of intelligent, resilient, and reliable nex t generation 
networks.   
 
9 See “POWDER, the NSF PAWR Testbed, Unveils Open Source 5G Research Network,”

networks.   
 
9 See “POWDER, the NSF PAWR Testbed, Unveils Open Source 5G Research Network,”  
https://advancedwireless.org/powder -the-nsf-pawr -testbed -unveils -open -source -5g-research -network/ . 
 
10 See “New Open Testing and Integration Cent res (OTIC) approved in Japan and North America,” 
https://advancedwireless.org/o -ran-alliance -designates -nsf-pawr -testbed -cosmos -as-2nd-north -american -otic/ . 
11 RFC at 76,184.

15 
 • The Platform for Advanced Wireless Research  program is funded by a partnership 
between the NSF and a consortium of 30 companies, including Ericsson, which 
supports four large wireless research testbeds.   
 
• The Convergence Accelera tor program runs yearly cohorts of small teams through a 
process from ideation to societal impact.  Its 2022 cohort includes a track on 
Securely Operating Through 5G Infrastructure, to which Ericsson contributes.  
 
Further, and a s noted above, Ericsson is t he leader for security specifications at the  O-
RAN Alliance , chairing two working groups, and is the editor of several O -RAN specifications.  
Additionally, Ericsson is exploring participation in the Semiconductor Research 
Corporation’s  Jump 2.0 , a large program in cooperation with DARPA focused on the 
performance, efficiency, and capabilities of broad classes of electronics systems for both

performance, efficiency, and capabilities of broad classes of electronics systems for both 
commercial and military applications, with several themes highly relevant to mobile networks, 
including Comm unications and Connectivity, Cognition, and Intelligent Sensing to Action.   
Another  area for the Innovation Fund to consider is encouraging programs to increase 
technology readiness levels “ TRL ” where there are technology gaps (similar to the $600M DoD 
tranche experiments that brought together collaborations from multiple vendors and groups to 
demonstrate 5G applications for the DoD). Through experimentation, learnings and takeaways 
can accelerate the development of new technologies such as Open RAN . 
C. Workf orce Reskilling  
[Q3]  Open RAN requires significant transformation with new ways of working and

[Q3]  Open RAN requires significant transformation with new ways of working and 
methods of procedure, and successful deployment will require reskilling the workforce in the 
new Open RAN -specific deployment, operational and management tools a nd processes.  In 
brownfield deployments , this is in addition to the current operational models and tools.  NTIA 
can support the reskilling of the workforce by providing aid in helping to accelerate 
standardization of common processes and deployment guidel ines, fund plugfest initiatives lab for

16 
 multi -vendor testing and security testing for cloud infrastructure, and use of as many open -source 
cloud infrastructure tools as possible so multiple cloud platforms can be leveraged with the least 
cost for the opera tors.  R esearch and development  can be a particularly challenging area to find 
the necessary skillsets.  It is important to consider when creating projects  that time and funding is 
needed to identify and potentially ramp up the subject matter experts  requi red. 
 
CONCLUSION  
 
As compared to global operators, U.S. operators ’ investment in accelerated 5G buildout  
has the potential to drive an unprecedented wave of exponential innovation, critical for U.S. 
leadership across industries, including the public sector. Open RAN will accelerate the migration 
to increasingly open and cloud native platforms, better leveraging AI and the broader U.S. 
developer eco -system.  U.S. leadership can ensure the western ecosystem stays aligned, retains

developer eco -system.  U.S. leadership can ensure the western ecosystem stays aligned, retains 
critical scale , continue s to lead in global standardization efforts , and leads in 5G, 6G and Open 
RAN development .  
The U.S. is effectively the home market for Ericsson , a lead contribut or to a vibrant U.S. 
wireless ecosystem, including the critical global standardization efforts  of Open RAN in the O -
RAN Alliance and in 3GPP.  Ericsson seeks to work closely with the U.S. administration to 
achieve these goals . As stated above, we believe that the Innovation Fund is best used to advance 
an open ecosystem rather than individual compa nies' particular products. Focusing funding in the 
research area is a better way of ensuring a vibrant technological development.  In particular, we 
ask NTIA to direct Innovation Fund  support to projects that will improve the security and

ask NTIA to direct Innovation Fund  support to projects that will improve the security and 
interoperability of the entire ecosystem of wireless technologies.

17 
  
Respectfully submitted,  
 
ERICSSON  
 
By: _________ ________  
 
Ericsson  
 
Suite 240  
Washington, DC 20006  
 
January 27 , 202 3

Pr eparin g f o r Y o ur 
Ass oci a t e C l o u d 
E n gine er J o urne y 
Module 2: Planning and Configuring Cloud Solutions 
Welcome to Module 2: Planning and Configuring Cloud Solutions.

R e vi e w and                              
s tu dy p l annin g 
Now let’s review the diagnostic questions together, paying attention to the areas 
where you need to focus your study time. Some of this may be content you’re already 
very familiar with, while other aspects may be new to you.

Planning and estimating using                               
the Pricing Calculator
Planning and configuring                                   
compute resources
Planning and configuring                                          
data storage options
Planning and configuring                                       
network resources2  1
Y o ur s tu dy p l an: 
Planning and configuring cloud solutions 
2  2
2  3.
.
.
2  4.
Just like we did with the previous module, we’ll approach this review by looking at the 
objectives of this exam section and the questions you just answered about each one. 
We’ll introduce an objective, briefly review the answers to the related questions, then 
talk about where you can find out more in the learning resources and/or in Google 
Cloud documentation. As we go through each section objective, use the page in your 
workbook to mark the specific documentation, courses (and modules!), and quests 
you’ll want to emphasize in your study plan.

P l annin g and e s t im a t in g 
u s in g t he Pri cin g C al cul a t o r 
2  1.
At the start of this module we discussed how an Associate Cloud Engineer would plan 
and configure Cymbal Superstore’s cloud applications and some of the considerations 
involved. Google’s pricing calculator can help you estimate costs and make decisions 
about compute and storage choices, as you saw in the first diagnostic question.

2  1. Di a gno s t i c Qu e s t i o n 0 1 Dis cu ss i o n 
The projected amount of cloud storage 
required for Cymbal Superstore to 
enable users to post pictures for 
project reviews is 10 TB of immediate 
access storage in the US and 30 TB of 
storage for historical posts in a bucket 
located near Cymbal Superstore’s 
headquarters. The contents of this 
bucket will need to be accessed once 
every 30 days. You want to estimate 
the cost of these storage resources to 
ensure this is economically feasible. 
What should you do?A.Use the pricing calculator to estimate 
the costs for 10 TB of regional Standard 
storage, 30 TB of regional Coldline storage, 
and egress charges for reads from storage. 
B.Use the pricing calculator to estimate the price for 10 TB of regional 
Standard storage, 30 TB of regional Nearline storage, and ingress 
charges for posts to the bucket. 
C.Use the pricing calculator to estimate the price for 10 TB of

C.Use the pricing calculator to estimate the price for 10 TB of 
multi-region standard storage, 30 TB for regional Coldline storage, 
and ingress charges for posts to the bucket. 
D.Use the pricing calculator to estimate the price for 10 TB of 
multi-region Standard storage, 30 TB for regional Nearline, and 
egress charges for reads from the bucket. 
Question: 
The projected amount of cloud storage required for Cymbal Superstore to enable 
users to post pictures for project reviews is 10 TB of immediate access storage in the 
US and 30 TB of storage for historical posts in a bucket located near Cymbal 
Superstore’s headquarters. The contents of this bucket will need to be accessed once 
every 30 days. You want to estimate the cost of these storage resources to ensure 
this is economically feasible. What should you do?

A.Use the pricing calculator to estimate 
multi-region Standard storage, 30 TB for regional Nearline, 
and egress charges for reads from the bucket. The projected amount of cloud storage 
storage for historical posts in a bucket

Feedback: 
A. Use the pricing calculator to estimate the costs for 10 TB of regional Standard 
storage, 30 TB of regional Coldline storage, and egress charges for reads from 
storage. 
Feedback: Incorrect. The storage is US which indicates multi-region storage instead 
of regional Standard storage. The 30-day requirement points to Nearline storage, not 
Coldline. 
B. Use the pricing calculator to estimate the price for 10 TB of regional Standard 
storage, 30 TB of regional Nearline storage, and ingress charges for posts to the 
bucket.

Coldline. 
bucket. 
of regional Standard storage and ingress (data writes) is free. There are no costs 
associated with ingress. 
C. Use the pricing calculator to estimate the price for 10 TB of multi-region standard 
storage, 30 TB for regional Coldline storage, and ingress charges for posts to the 
bucket. 
Feedback: Incorrect. The 30-day requirement points to Nearline storage, not Coldline 
and ingress (data writes) is free, there are no costs associated with ingress. 
*D. Use the pricing calculator to estimate the price for 10 TB of multi-region standard 
storage, 30 TB for regional Nearline, and egress charges for reads from the bucket. 
Feedback: Correct! Data storage pricing is based on the amount of data and storage

type. Standard storage is immediately available. Nearline storage is for data accessed 
roughly every 30 days. Egress is the amount of data read from the bucket and is also 
chargeable. 
Where to look :
https://cloud.google.com/products/calculator/ 
Content mapping:  
● Architecting with Google Compute Engine (ILT) 
○ M3 Virtual Machines 
○ M6 Resource Management 
● Essential Google Cloud Infrastructure: Foundation (On-demand) 
● Essential Google Cloud Infrastructure: Core Services (On-demand) 
○ M3 Resource Management 
Summary:  
Explanation/summary on the following slides.

Pri cin g C al cul a t o r 
h tt p s:/ / cl o u d.g oogl e.c o m/ p r odu c t s/ c al cul a t o r / Select a product from 
scrolling list at top of the 
form
Form for each product 
will show expense 
variables
Enter target 
configuration in form1
2
3
Submit each section to 
add to your overall 
estimate4
The Pricing Calculator is a multi-section form that lets you estimate the costs of 
different cloud services based on how you are going to use and configure them. For 
example, you can estimate costs of implementing a database in Cloud SQL, object 
storage in Cloud Storage, data warehouse needs using BigQuery, among others.  
Once you have some possible configurations in mind, you can use the pricing 
calculator to estimate costs for the different products you will be using.

Pri cin g C al cul a t o r Total estimated cost:
daily, weekly, monthly, 
quarterly, yearly and 
3-year increments
Cost is only an estimate
Question to ask: 
How closely your 
estimated usage 
matches your actual 
usage?
Not a binding contract, 
just a planning tool
Keep in mind pricing estimates generated by the calculator are not binding in any 
way. Please just use them as a planning tool. Real costs are going to be determined 
by actual usage.

D ocumen t a t i o n C o ur s e s 
Google Cloud Pricing Calculator  
2  1.
Architecting with Google 
Compute Engine
●M3 Virtual Machines
●M6 Resource 
Management
Essential Google Cloud 
Infrastructure: Foundation 
● M3 V irtu al M a chine s 
  
Ess en t i al G oogl e C l o u d  
In fr a s tru c tur e: C o r e Ser vi c e s 
●M3 Resource            
=
Now that we’ve reviewed the diagnostic question related to Section 2.1, let’s take a 
moment to consider resources that can help you build your knowledge and skills in 
this area. 
The concepts in the diagnostic questions we just reviewed are covered in these 
modules and in this documentation. You’ll find this list in your workbook so you can 
take a note of what you want to include later when you build your study plan. Based 
on your experience with the diagnostic questions, you may want to include some or all 
of these in your plan.

of these in your plan. 
Architecting with Google Compute Engine (ILT) 
Essential Google Cloud Infrastructure: Foundation (On-demand) 
Essential Google Cloud Infrastructure: Core Services (On-demand) 
https://cloud.google.com/products/calculator/

P l annin g and c o n fi g urin g 
c o mp u t e r e s o ur c e s 
Considerations include: 
●Selecting appropriate compute choices for a given workload                              
(e.g., Compute Engine, Google Kubernetes Engine, Cloud Run, Cloud Functions) 
●Using preemptible VMs and custom machine types as appropriate 
2  2.
A cloud architect will typically design a cloud solution. As an Associate Cloud 
Engineer, it’s important for you to be able to plan and configure compute resources to 
align with Google recommended practices. That means you should be comfortable 
with the different compute options available in Google Cloud and when to use each 
one. 
You encountered these types of considerations in the following questions: 
● Question 2: Differentiate between available compute options in Google Cloud. 
● Question 3: Determine when to use serverless solutions such as Cloud Run, 
e.g. code focus, quick development, minimal overhead.

e.g. code focus, quick development, minimal overhead. 
● Question 4: Determine when to use Google Compute Engine, e.g. more 
control, OS level dependencies, customization. 
● Question 5: Determine when to use Kubernetes Engine, e.g. platform 
independence, deployment velocity, container management.

Di a gno s t i c Qu e s t i o n 0 2 Dis cu ss i o n 
A.Implement an application using containers 
on Cloud Run.
B.Implement an application using code on 
App Engine.
C.Implement an application using containers 
on Google Kubernetes Engine. 
D.Implement an application using virtual 
machines on Compute Engine. Cymbal Superstore decides to migrate 
their supply chain application to Google 
Cloud. You need to configure specific 
operating system dependencies. 
What should you do?2  2.
Question: 
Cymbal Superstore decides to migrate their supply chain application to Google Cloud. 
You need to configure specific operating system dependencies. What should you do?

Feedback: 
A. Implement an application using containers on Cloud Run. 
Feedback: Incorrect. Cloud Run deploys containers in Google Cloud without you 
specifying the underlying cluster or deployment architecture. 
B. Implement an application using code on App Engine. 
Feedback: Incorrect. App Engine is a platform as a service for deployment of your 
code on infrastructure managed by Google. You don’t manage operating system 
dependencies with App Engine.

dependencies with App Engine. 
C. Implement an application using containers on Google Kubernetes Engine. 
Feedback: Incorrect. Google Kubernetes Engine is a container management platform 
as a service and doesn’t give you control over operating system dependencies. 
 
* D. Implement an application using virtual machines on Compute Engine. 
Feedback: Correct! Compute Engine gives you full control over operating system 
choice and configuration. 
Where to look: 
https://cloud.google.com/blog/products/compute/choosing-the-right-compute-option-in
-gcp-a-decision-tree 
Content mapping:

● Google Cloud Fundamentals: Core Infrastructure (ILT and On-demand) 
○ M3 Virtual Machines and Networks in the Cloud 
Summary: 
There are five distinct ways to interact with compute resources in Google Cloud. They 
can be divided into server-based services, where manage and pay for infrastructure, 
and serverless options, where you just pay for execution time.

In fr a s tru c tur e a s a s er vi c e: 
●Complete control
●Ability to make OS level changes 
●To be able to move to the cloud without 
rewriting your code
●To use custom VM images
●Any workload requiring a specific OS or 
●On-premises software that you want to 
run in the cloud
●No dependencies on a specific OS 
●Increased velocity and operability 
●To manage containers in production 
●Containerized workloads
●Cloud-native distributed systems 
●Hybrid applications
G oogl e C o mp u t e E n gine 
V irtu al m a chine s runnin g in 
G oogl e’ s gl o bal d a t a c en t er s G oogl e K uberne t e s E n gine 
L ogi c al in fr a s tru c tur e po w er e d b y K uberne t e s ,  
t he o pen s o ur c e c o n t ainer o r che s tr a t i o n sy s t em 
Us e When Y o u 
N e e d... 
T yp i c al Us e C a s e s 
 Compute Engine and Google Kubernetes Engine are server-based.

P l a tf o rm a s a s er vi c e: 
N e e d... 
●To just focus on writing code 
●Developer velocity 
●To minimize operational overhead 
●Web sites
●Apps (of course!)
●Gaming back ends
●IoT applications
G oogl e A p p E n gine 
Fl e xib l e, z er o-o p s p l a tf o rm 
f o r b uil din g ap p s 
●Scales to meet demand
●Pay for what you use
●Supports API endpoints
●Web frameworks
●Microservices
G oogl e C l o u d R un 
D ep l o y c od e o r c o n t ainer s t h a t 
lis t en s f o r r e qu e s t s o r e v en t s 
●For event-driven workloads 
●Minimal configuration
●Statistical analysis
●Image thumbnail generation 
●Post a comment to a Slack channel 
after a GitHub commit
G oogl e C l o u d F unc t i o n s 
Ser v er l e ss e x e cu t i o n en vir o nmen t f o r 
b uil din g and c o nne c t in g cl o u d s er vi c e s 
App Engine, Cloud Functions, and Cloud Run are serverless options, where you

App Engine, Cloud Functions, and Cloud Run are serverless options, where you 
focus on code and Google manages the underlying hardware and operating system 
for you.

Di a gno s t i c Qu e s t i o n 03 Dis cu ss i o n 
A.SSH into a Compute Engine VM and 
execute your code.
B.Package your code to a container 
image and post it to Cloud Run. 
C.Implement a deployment manifest and 
run kubectl apply on it in Google 
Kubernetes Engine.
D.Code your solution in Cloud Functions. Cymbal Superstore decides to pilot a 
cloud application for their point of sale 
system in their flagship store. You want 
to focus on code and develop your 
solution quickly, and you want your 
code to be portable. 
How do you proceed?2  2.
Question: 
Cymbal Superstore decides to pilot a cloud application for their point of sale system in 
their flagship store. You want to focus on code and develop your solution quickly, and 
you want your code to be portable. How do you proceed?

Feedback: 
A. SSH into a Compute Engine VM and execute your code. 
Feedback: Incorrect. Configuring SSH connectivity to a Compute Engine VM does not 
meet the focus on code requirement of this scenario. 
*B. Package your code to a container image and post it to Cloud Run. 
Feedback: Correct! Cloud Run provides serverless container management. It lets you 
focus on code and you can deploy your solution quickly.

focus on code and you can deploy your solution quickly. 
C. Implement a deployment manifest and run kubectl apply on it in Google 
Kubernetes Engine. 
Feedback: Incorrect. Google Kubernetes Engine requires you to build and manage 
resources of a cluster to host your container in GKE. This does meet the requirement 
of focusing on code. 
 
D. Code your solution in Cloud Functions. 
Feedback: Incorrect. Cloud Functions manages your code as short, executable 
functions and does not manage your code in containers, which are more portable. 
https://cloud.google.com/hosting-options 
Content Mapping :  
● Google Cloud Fundamentals: Core Infrastructure (ILT and On-demand)

○ M6 Applications in the Cloud 
Summary: 
The three serverless compute options available in Google Cloud are App Engine, 
Cloud Run, and Cloud Functions.  All of these services abstract the underlying 
infrastructure so you can focus on code. You only pay for how long your application 
runs.  
This is different than Compute Engine and GKE. In Compute Engine you implement 
and manage virtual machines that your apps run on. With GKE you implement and 
manage clusters of compute nodes you deploy your container images to. 
App Engine has two environments: standard and flexible. Standard provides a 
sandbox environment and totally abstracts the infrastructure for you. The flexible 
environment gives you more choices for deploying your app.  It supports more 
languages, supports different runtimes, and lets you load dependencies you need in 
the underlying architecture. 
Cloud Run, which is also serverless, enables you to run stateless containers via web

Cloud Run, which is also serverless, enables you to run stateless containers via web 
requests and Google Cloud service events. Cloud Run operates using Knative, an 
open-source, Kubernetes-based platform. It builds, deploys, and manages modern 
serverless workloads. Cloud Run gives you the choice of running your containers 
either fully-managed or in your own GKE cluster.

Di a gno s t i c Qu e s t i o n 04 Dis cu ss i o n 
A.Create Compute Engine Virtual 
Machines and migrate the app to 
that infrastructure.
B.Deploy the existing application to 
C.Deploy your application in a 
container image to Cloud Run. 
D.Implement a Kubernetes cluster and 
create pods to enable your app. An application running on a 
highly-customized version of Ubuntu 
needs to be migrated to Google Cloud. 
You need to do this in the least amount 
of time with minimal code changes. 
How should you proceed?2  2.
Question: 
An application running on a highly-customized version of Ubuntu needs to be 
migrated to Google Cloud. You need to do this in the least amount of time with 
minimal code changes. How should you proceed?

Feedback: 
*A. Create Compute Engine Virtual Machines and migrate the app to that 
infrastructure 
Feedback: Correct! Compute Engine is a great option for quick migration of traditional 
apps. You can implement a solution in the cloud without changing your existing code. 
B. Deploy the existing application to App Engine. 
Feedback: Incorrect. You would need to change your code to run it on App Engine.

Feedback: Incorrect. You would need to change your code to run it on App Engine. 
C. Deploy your application in a container image to Cloud Run. 
Feedback: Incorrect. You would need to re-engineer the current app to work in a 
container environment. 
D. Implement a Kubernetes cluster and create pods to enable your app. 
Feedback: Incorrect. You would need to build and manage your Kubernetes cluster, 
and re-engineer the current app to work in a container environment. 
https://cloud.google.com/hosting-options , 
https://cloud.google.com/compute/docs/tutorials 

Summary: 
Compute Engine is Google Cloud’s infrastructure-as-a-service offering. It gives you 
maximum flexibility of developing on a virtual machine (VM). It does require more 
management than serverless options, though. 
A VM has an operating system. You choose how and if it autoscales. Autoscaling can 
add more machines based on monitored performance thresholds.   
A common use case for Compute Engine is migrating an enterprise application 
designed to run on a server infrastructure. If you set up an architecture similar to your 
on-premise solution you can port your code quite easily. 
To monitor performance you can connect Cloud Logging and Monitoring from the 
operations suite.

Di a gno s t i c Qu e s t i o n 05 Dis cu ss i o n 
A.Cloud Run
B.App Engine
C.Google Kubernetes Engine
D.Compute EngineYou want to deploy a microservices 
application. You need full control of how 
you manage containers, reliability, and 
autoscaling, but don’t want or need to 
manage the control plane. 
Which compute option should you use? 2  2.
Question: 
You want to deploy a microservices application. You need full control of how you 
manage containers, reliability, and autoscaling, but don’t want or need to manage the 
control plane. Which compute option should you use?

C.Google Kubernetes Engine 
Feedback: 
A. Cloud Run 
Feedback: Incorrect. Cloud Run does not give you full control over your containers. 
B. App Engine 
Feedback: Incorrect. App Engine does not give you full control over your containers. 
*C. Google Kubernetes Engine 
Feedback: Correct! Google Kubernetes Engine gives you full control of container 
orchestration and availability. 
 
D. Compute Engine 
Feedback: Incorrect. Deploying in Compute Engine would require you to load and 
manage your own container management software. 
https://cloud.google.com/docs/choosing-a-compute-option 

○ M5 Containers in the Cloud 
● Getting Started with GKE (ILT and On-demand)

○ M2 Introduction to Containers and Kubernetes 
● Quests 
○ Set Up and Configure a Cloud Environment in Google Cloud  
(https://www.qwiklabs.com/quests/119 )
Summary: 
GKE is a platform-as-a-service offering for running containerized applications in the 
cloud. Google manages the control plane for you, under your administrative control. 
Containers abstract application dependencies from the host operating system. This 
makes container architectures highly portable. It saves costs compared to 
implementing multiple VMs on a host hypervisor, which each requiring a copy of the 
operating system. Kubernetes lets you orchestrate code in containers. 
If you have containerized applications that use a native Kubernetes architecture in 
your on-premise environment, it can be straightforward to migrate to Google Cloud.

●M3 Virtual MachinesEssential Google Cloud 
Choosing the right compute option in  
GCP: a decision tree  
Application Hosting Options  
Tutorials | Compute Engine 
Documentation Google Cloud Fundamentals:       
Core Infrastructure
●M3 Virtual Machines and 
Networks in the Cloud
●M5 Containers in the Cloud
●M6 Applications in the Cloud 
=Skill Ba d g e 
Google C l o u d 
Set Up and Configure a 
Cloud Environment in 
Google Cloud QuestP l annin g and c o n fi g urin g 
2  2.
Getting Started with Google  
Kubernetes Engine
●M2 Introduction to Containers 
and Kubernetes
Let’s take a moment to consider resources that can help you build your knowledge 
and skills in this area. 
The concepts in the diagnostic questions we just reviewed are covered in these

modules, skill badge, and documentation. You’ll find this list in your workbook so you 
can take a note of what you want to include later when you build your study plan. 
Based on your experience with the diagnostic questions, you may want to include 
some or all of these in your plan. 
Google Cloud Fundamentals: Core Infrastructure (On-demand) 
Getting Started with Google Kubernetes Engine (On-demand) 
Set Up and Configure a Cloud Environment in Google Cloud Quest 
-gcp-a-decision-tree   
https://cloud.google.com/hosting-options  
https://cloud.google.com/compute/docs/tutorials

d a t a s t o r a g e o p t i o n s 
●Product choice                                                                                                                       
(e.g., Cloud SQL, BigQuery, Firestore, Cloud Spanner, Cloud Bigtable) 
●Choosing storage options                                                                                                        
(e.g., Zonal persistent disk, Regional balanced persistent disk, standard, Nearline, 
Coldline, Archive)
2  3.
Along with compute resources, an Associate Cloud Engineer needs to be able to plan 
and configure data storage in Google Cloud. That requires understanding of the 
different product choices and storage options, and how to make recommended 
choices for a given use case. 
Question 6: Associate Google Cloud data services with modern data constructs, e.g.

Question 6: Associate Google Cloud data services with modern data constructs, e.g. 
relational, non-relational or no-sql, object or warehouse. 
Question 7: List the storage classes available for cloud storage including regional, 
multiregional, near and cold line. 
Question 8: Differentiate between relational databases and data warehouses, e.g. 
relational databases can be transactional, while data warehouses are analytical and 
based on historical data.

Di a gno s t i c Qu e s t i o n 06 Dis cu ss i o n 
A.BigQuery
B.Cloud SQL
C.Cloud Spanner
D.Cloud FirestoreCymbal Superstore needs to analyze whether 
they met quarterly sales projections. Analysts 
assigned to run this query are familiar with SQL. 
What data solution should they implement?2  3.
Question: 
Cymbal Superstore needs to analyze whether they met quarterly sales projections. 
Analysts assigned to run this query are familiar with SQL. What data solution should 
they implement?

Feedback: 
*A. BigQuery 
Feedback: Correct! BigQuery is Google Cloud’s implementation of a modern data 
warehouse. BigQuery analyzes historical data and uses a SQL query engine. 
B. Cloud SQL 
Feedback: Incorrect. Cloud SQL is optimized for transactional reads and writes. It is 
not a good candidate for querying historical data as described in the scenario. 
C. Cloud Spanner 
Feedback: Incorrect. Cloud Spanner is an SQL-compatible relational database, but it 
is not built for analyzing historical data. 
D. Cloud Firestore 
Feedback: Incorrect. Cloud Firestore is a NoSQL document database used to define 
entities with attributes. It is not a good choice for the analysis of historical data as

entities with attributes. It is not a good choice for the analysis of historical data as 
described in the scenario. 
https://cloud.google.com/storage-options/ 

○ M4 Storage in the Cloud 
○ M5 Storage and Database Services 
○ M2 Storage and Database Services 
● Quests 
○ Perform Foundational Infrastructure Tasks in Google Cloud  
(https://www.qwiklabs.com/quests/118 )
Summary: 
Explanation/summary on the following slide.

C l o u d 
S t o r a g e C l o u d 
Bi g t ab l e 
F ir e s t o r e C l o u d 
SQL 
G ood f o r: 
Bin ar y o r o b j e c t d a t a 
S u ch a s: 
Im a g e s, me di a 
s er vin g, ba ckup s G ood f o r: 
Hi er ar chi c al, 
mo b il e, w eb 
S u ch a s: 
Us er p r o fil e s, 
G ame S t a t e G ood f o r: 
W eb 
fr ame w o r k s 
S u ch a s: 
CMS, 
eC o mmer c e G ood f o r: 
H e a vy r e a d + 
wri t e, e v en t s 
S u ch a s: 
A dT e ch, 
fin anci al, I oT C l o u d 
Spanner 
G ood f o r: 
RDBMS+s c al e, 
HA, HT AP 
S u ch a s: 
Us er me t a d a t a, 
A d/F in/M arT e ch Bi gQu er y 
G ood f o r: 
E n t erp ris e d a t a 
w ar eho u s e 
S u ch a s: 
An alyt i cs, d a shboar d s R el a t i o n al N o n-r el a t i o n al Ob j e c t W ar eho u s e 
C o mparin g Da t a S t o r a g e and Da t aba s e Op t i o n s 
This question relates to Google Cloud data services and what data construct they are 
based on. 
Firestore and Cloud Bigtable are NoSQL implementations. Firestore is a document

based on. 
Firestore and Cloud Bigtable are NoSQL implementations. Firestore is a document 
database that supports entities and attributes. Bigtable is based on column families 
where rows of data are referenced by a key that combines commonly queried 
columns. Related columns can additionally be organized into column families such as 
username and address.  
Cloud Storage is Google Cloud’s recommended object storage service. Think of 
pictures and videos, as well as file objects with an implicit schema, such as logs and 
csv files. 
Google’s relational database offerings include Cloud SQL and Cloud Spanner. Use 
them when you need a transactional processing system you can query with SQL. 
Cloud SQL is a managed version of databases you can implement on-premises, while 
Cloud Spanner is horizontally scalable and globally available.

Cloud Spanner is horizontally scalable and globally available.  
BigQuery is a serverless distributed query engine that is primarily used as a modern 
data warehouse. It does have a native storage format but can also query external 
data where it resides. You interact with it by using a form of SQL. Keep in mind its 
native storage format is not a good solution for a backend store for an application.  It 
does, however, improve performance of analytical queries you run against it using the 
query engine.

Di a gno s t i c Qu e s t i o n 0 7 Dis cu ss i o n 
A.Archive
B.Coldline
C.Nearline
D.StandardCymbal Superstore’s supply chain 
application frequently analyzes large 
amounts of data to inform business 
processes and operational dashboards. 
What storage class would make 
sense for this use case?2  3.
Question: 
Cymbal Superstore’s supply chain application frequently analyzes large amounts of 
data to inform business processes and operational dashboards. What storage class 
would make sense for this use case?

A.Archive
Feedback: 
A. Archive 
Feedback: Incorrect. Archive storage is the best choice for data that you plan to 
access less than once a year. 
B. Coldline 
Feedback: Incorrect. Dashboards need current data to analyze. Coldline is good for 
storing data accessed only every 90 days. 
C. Nearline 
Feedback: Incorrect. Dashboards need current data to analyze. Nearline is good for 
storing data accessed only every 30 days. 
*D. Standard. Correct. Standard storage is best for data that is frequently accessed 
("hot" data) and/or stored for only brief periods of time. In addition, co-locating your 
resources by selecting the regional option maximizes the performance for

resources by selecting the regional option maximizes the performance for 
data-intensive computations and can reduce network charges. 
https://cloud.google.com/storage/docs/storage-classes 

● Quests 
○ Perform Foundational Infrastructure Tasks in Google Cloud 
Summary: 

S t o r a g e C l a ss e s and u s e c a s e s summ ar y 
S t and ar d Ar chiv e N e ar line C o l dline 
Us e when 
y o u ne e d... 
T yp i c al u s e 
c a s e s ●No retrieval cost
●No minimum storage 
duration●Lowest cost per GB 
stored and can accept 
the highest 
per-operation costs
●365-day minimum 
storage duration●Very low cost per GB 
higher per-operation 
costs
●30-day minimum storage 
duration●Even lower cost per GB 
costs
●90-day minimum storage 
duration
“Hot” data and/or stored 
for only brief periods of 
time like data-intensive 
computations
Infrequently (i.e., no more 
than once per month) 
accessed data. Ideal for 
back-up and serving long-tail 
multimedia content.Very infrequently accessed 
data - ie, once a year. 
Typically this is for disaster 
recovery, or for financial data 
that has to be kept for a 
certain length of time to meet 
regulatory needs.Data archiving, online 
backup, and disaster

backup, and disaster 
recovery
Data location and storage class affect the availability and cost of storing your data in 
Cloud Storage. You can choose regional, dual-region, and multi-regional location 
options.  Storage classes include Standard, Nearline, Coldline and Archive storage. 
The different storage classes determine pricing based on how long your data is stored 
and how often you access it. 
Standard storage is the default storage class. Data stored using this class is 
immediately available. It is the recommended storage class for frequently accessed 
data. You should locate your data in the same region as the services you are going to 
use to ingest and analyze the data to reduce latency as much as possible. Specifying 
a dual-region location that includes the region where your application resides will still

a dual-region location that includes the region where your application resides will still 
give you low latency, but your data will also be available in another region in case of 
an outage. Extending your storage settings to a multi-region will make data available 
over a large geographic area such as US, Europe, or Asia.  
The other storage classes implement ways to store infrequently accessed data.  
Nearline storage is for data that is only accessed around every 30 days. Coldline  
storage is for data that is only accessed around once every quarter, or 90 days.  
Archive storage is long-term storage for data accessed only once a year. These  
storage classes have optimized pricing, but also expect you to keep your data in them  
for the minimum limits specified above. If you access your data before the minimum  
amount of time you will be charged a data access fee.

Di a gno s t i c Qu e s t i o n 08 Dis cu ss i o n 
B.Cloud Storage
D.Cloud SQL
E.Cloud BigtableCymbal Superstore has a need to populate visual 
dashboards with historical time-based data. This 
is an analytical use-case. 
Which two storage solutions could they use? 2  3.
Question: 
Cymbal Superstore has a need to populate visual dashboards with historical 
time-based data. This is an analytical use-case. Which two storage solutions could 
they use?

Feedback: 
Feedback: Correct! BigQuery is a data warehouse offering optimized to query 
historical time-based data. BigQuery can run queries against data in its own 
column-based store or run federated queries against data from other data services 
and file stores. 
B. Cloud Storage 
Feedback: Incorrect. Cloud Storage is a large object store and is not queryable. It is 
not transactional or analytical. 
 
C. Cloud Firestore 
Feedback: Incorrect. Cloud Firestore is a transactional NoSQL store where you define 
attribute key-value pairs describing an entity. 
D. Cloud SQL 
Feedback: Incorrect. Cloud SQL is a transactional relational database optimized for

Feedback: Incorrect. Cloud SQL is a transactional relational database optimized for 
both reads and writes used in an operational context, but not for analyzing historical 
data. 
*E. Cloud Bigtable 
Feedback: Correct! Cloud Bigtable is a petabyte scale, NoSQL, column family 
database with row keys optimized for specific queries. It is used to store historic, 
time-based data and answers the need for this requirement.

https://cloud.google.com/load-balancing 
Summary: 

C o mparin g s t o r a g e o p t i o n s: u s e c a s e s 
FirestoreCloud BigtableCloud StorageCloud SQLCloud SpannerBigQuery
T ype NoSQL documentNoSQL 
wide columnBlobstoreRelational SQL for 
OLTPRelational SQL for 
OLAP
Be s t f o r Storing, syncing, 
and querying data“Flat” data, Heavy 
read/write, events, 
analytical dataStructured and 
unstructured 
binary or object 
dataWeb frameworks,
existing 
applicationsLarge-scale 
database 
applications (> ~2 
TB)Interactive 
querying, offline 
analytics
Us e c a s e s Mobile, web, and 
server 
developmentAdTech, Financial 
and IoT dataImages, large 
media files, 
backupsUser credentials, 
customer ordersWhenever high I/O, 
global consistency 
is neededData warehousing
Two common workloads required in a modern business environment are transactional 
workloads and analytical workloads.  
Transactional workloads are optimized for more writes and updates than reads.

Transactional workloads are optimized for more writes and updates than reads. 
Transactional means either all parts of an update happen or none of them do. For 
example, think of the importance of making sure deposits and withdrawals are 
recorded in a financial system. Both of these are part of one transaction. 
Relational database management systems are commonly used for applications that 
are transactional in nature. Relational database services used to support transactional 
systems in Google Cloud include Cloud SQL and Cloud Spanner. 
Cloud SQL is a managed database service that gives you access to common 
database types you might implement in your own infrastructure, like MySql or 
PostGre. It is implemented on virtual machines in the cloud with different options for 
size and availability.

size and availability.  
Cloud Spanner shards your database across a cluster of database nodes, offering 
strong consistency and global availability. It is fully managed service, so you don’t 
need to worry about underlying virtual machines. 
The other type of workload is analytical.  It is based on querying historical data that 
doesn’t change often, and is optimized for writes. BigQuery is a good option for this 
kind of workload.

Cloud Storage Options 
Storage classes
Data lifecycle | Cloud Architecture  
Center 
Skill Ba d g e 
Perform Foundational 
Infrastructure Tasks in 
Google Cloud Quest
Architecting with Google  
●M5 Storage and Database 
Services
Infrastructure: Core Services 
●M2 Storage and 
Database Services
Google Cloud Fundamentals:                      
●M4 Storage in the Cloud
=P l annin g and c o n fi g urin g 
2  3.
Based on your experience with the diagnostic questions, you may want to include

Perform Foundational Infrastructure Tasks in Google Cloud Quest 
https://cloud.google.com/storage-options/  
https://cloud.google.com/architecture/data-lifecycle-cloud-platform

ne t w o r k r e s o ur c e s 
●Differentiating load balancing options 
●Identifying resource locations in a network for availability 
●Configuring Cloud DNS 
2  4.
Together with compute and storage decisions, an associate cloud architect should be 
able to plan and configure network resources in Google Cloud - including load 
balancing, resource locations, and Cloud DNS. 
You explored these types of tasks in the following questions: 
Question 9: Match Google Cloud load balancing options to the appropriate TCP layer: 
Global https: Layer 7, Global SSL: Layer 4: Global TCP Proxy: Layer. 
Question 10: List regional load balancing options and when to use each one: regional, 
regional internal (for use inside a VPC).

Di a gno s t i c Qu e s t i o n 09 Dis cu ss i o n 
A.Implement a premium tier pass-through 
external https load balancer connected 
to the web tier as the frontend and a regional 
internal load balancer between the web tier and backend. 
B.Implement a proxied external TCP/UDP network load balancer 
connected to the web tier as the frontend and a premium 
network tier ssl load balancer between the web tier and the 
backend. 
C.Configure a standard tier proxied external https load balancer 
connected to the web tier as a frontend and a regional 
internal load balancer between the web tier and the backend. 
D.Configure a proxied SSL load balancer connected to the web 
tier as the frontend and a standard tier internal TCP/UDP load 
balancer between the web tier and the backend. Cymbal Superstore is piloting an 
update to its ecommerce app for the 
flagship store in Minneapolis, 
Minnesota. The app is implemented as 
a three-tier web service with traffic

a three-tier web service with traffic 
originating from the local area and 
resources dedicated for it in 
us-central1. You need to configure a 
secure, low-cost network 
load-balancing architecture for it. 
How do you proceed?2  4.
Question: 
Cymbal Superstore is piloting an update to its ecommerce app for the flagship store in 
Minneapolis, Minnesota. The app is implemented as a three-tier web service with 
traffic originating from the local area and resources dedicated for it in us-central1. You 
need to configure a secure, low-cost network load-balancing architecture for it. How 
do you proceed?

Feedback: 
A. Implement a premium tier pass-through external https load balancer connected to 
the web tier as the frontend and a regional internal load balancer between the web 
tier and backend. 
Feedback: Incorrect. Premium external https load balancer is global and more 
expensive. All the resources for the scenario are in the same region. Also, https load 
balancer is proxied, not pass-through. 
B. Implement a proxied external TCP/UDP network load balancer connected to the 
web tier as the frontend and a premium network tier ssl load balancer between the 
web tier and the backend.

web tier and the backend. 
Feedback: Incorrect. TCP/UDP is a pass-through balancer. Premium tier SSL is global 
and is not the proper solution between web and backend within a region. 
*C. Configure a standard tier proxied external https load balancer connected to the 
web tier as a frontend and a regional internal load balancer between the web tier and 
the backend. 
Feedback: Correct! A standard tier proxied external load balancer is effectively a 
regional resource. A regional internal load balancer doesn’t require external IPs and is 
more secure. 
D. Configure a proxied SSL load balancer connected to the web tier as the frontend 
and a standard tier internal TCP/UDP load balancer between the web tier and the 
backend. 
Feedback: Incorrect. SSL load balancer is not a good solution for web front ends. For

backend. 
Feedback: Incorrect. SSL load balancer is not a good solution for web front ends. For 
a web frontend, you should use an HTTP/S load balancer (layer 7) whenever 
possible.

https://cloud.google.com/load-balancing/docs/load-balancing-overview 
○ M2 Virtual Networks 
○ M9 Load Balancing and Autoscaling 
● Essential Google Cloud Infrastructure: Foundations (On-demand) 
● Essential Google Cloud Infrastructure: Scaling and Automation (On-demand) 
○ M2 Load Balancing and Autoscaling 
Summary: 

G oogl e VP C o ff er s a sui t e o f l oa d bal ancin g o p t i o n s 
Global HTTP(S)Global SSL ProxyGlobal TCP ProxyRegionalRegional internal
Layer 7 load balancing 
based on loadLayer 4 load balancing of 
non-HTTPS SSL traffic 
non-SSL TCP trafficLoad balancing of any 
traffic (TCP, UDP)Load balancing of traffic 
inside a VPC
Can route different URLs 
to different backends
Supported on specific port 
numbersSupported on specific port 
numbersSupported on any port 
number
Use for the internal tiers of 
multi-tier applications
An important consideration when designing an application accessed by end users is 
load balancing. Load balancing takes user requests and distributes them across 
multiple instances of your application. This helps to keep your application from 
experiencing performance issues if there is a spike in user activity. 
Load balancing options available in Google Cloud can be divided into those that

Load balancing options available in Google Cloud can be divided into those that 
operate at layer 7 of the OSI model and those that operate at layer 4 of the stack. As 
a review, layer 7 is the the application layer of the protocol stack. It is where 
applications, or processes, share data with each other. It uses lower levels of the 
stack to pipe connections to other processes. The hypertext transfer protocol (http) 
and file transfer protocol (ftp) are examples of Layer 7 protocols. Layer 4 of the OSI 
model encapsulates host-to-host communication in both the Transport and Network 
levels.  
Google cloud offers both internal and external load balancers. The external load 
balancers include https, SSL, and TCP load balancers. Internal load balancers include 
TCP/UDP, http(s), and network pass-through load balancers.  
The http(s) load balancers live at Layer 7 of the OSI model.  TCP/UDP, SSL and

The http(s) load balancers live at Layer 7 of the OSI model.  TCP/UDP, SSL and 
network load balancers reside at Layer 4 of the OSI model.  
In Google Cloud, load balancers can be be proxied or pass-through. Proxied load 
balancers terminate connections and proxy them to new connections internally. 
Pass-through load balancers pass the connections directly to the backends.

Di a gno s t i c Qu e s t i o n 10 Dis cu ss i o n 
A.Global http(s)
B.Global SSL Proxy
C.Global TCP Proxy
D.Regional NetworkWhat Google Cloud load balancing option 
runs at Layer 7 of the TCP stack? 2  4.
Question: 
What Google Cloud load balancing option runs at Layer 7 of the TCP stack?

Feedback: 
*A. Global http(s) 
Feedback: Correct! https(s) is an application protocol, so it lives at layer 7 of the TCP 
stack. 
B. Global SSL Proxy 
Feedback: Incorrect. SSL is a layer 4 load balancer. 
C. Global TCP Proxy 
Feedback: Incorrect. TCP is a layer 4 load balancer. 
D. Regional Network 
Feedback: Incorrect. Regional network is a layer 4 load balancer. 
https://cloud.google.com/architecture/data-lifecycle-cloud-platform 
○ M5 Storage and Database Services

Summary: 

S umm ar y o f l oa d bal anc er s 
L oa d bal anc er T r a ffi c t ype Gl o bal/ 
R e gi o n al E xt ern al/ 
In t ern al E xt ern al po rt s f o r l oa d bal ancin g 
HTTP(S) HTTP o r HTTPS Gl o bal 
IPv4 
IPv6 E xt ern al 
HTTP o n 80 o r 8080; HTTPS o n 443 
SSL Pr o xy T CP wi t h SSL o ffl oa d 25, 43 , 110, 143 , 195, 443 , 465, 587 , 7 00, 993 , 995, 
1883 , 5222 
T CP Pr o xy ● T CP wi t ho u t SSL o ffl oa d 
● D oe s no t p r e s er v e cli en t 
IP a d dr e ss e s 25, 43 , 110, 143 , 195, 443 , 465, 587 , 7 00, 993 , 995, 
1883 , 5222 
N e t w o r k T CP /UDP ● T CP /UDP wi t ho u t SSL 
o ffl oa d 
● Pr e s er v e s cli en t IP 
a d dr e ss e s R e gi o n al 
IPv4 An y 
In t ern al T CP /UDP T CP o r UDP In t ern al An y 
In t ern al HTTP(S) HTTP o r HTTPS HTTP o n 80 o r 8080; HTTPS o n 443 
When load balancing in a particular region, external connectivity to your front ends 
can happen through an external http(s) load balancer with the proper forwarding rules

can happen through an external http(s) load balancer with the proper forwarding rules 
and the standard networking tier.  For connectivity internal to your defined vpc 
network, you should use the internal https and internal TCP/UDP load balancing 
options. As an Associate Cloud Engineer, you’ll need to be familiar with when to use 
each option.

C o ur s e s 
D ocumen t a t i o n 
Cloud Load Balancing overview  
Cloud Load Balancing 
●M2 Virtual Networks
Services
●M9 Load Balancing              
and Autoscaling
●M2 Storage and Database 
Services
Elastic Google Cloud Infrastructure: 
Scaling and Automation
●M2 Load Balancing                        
Google Cloud Fundamentals: Core Infrastructure 
●M3 Virtual Machines and Networks in the Cloud 
2  4.

2  4.
Elastic Google Cloud Infrastructure: Scaling and Automation (On-demand) 
https://cloud.google.com/load-balancing/docs/load-balancing-overview  
https://cloud.google.com/load-balancing

Quick Start Guide
Verizon Internet Gateway
for Business
[SKU: FSNO21VA]

1Setup Instructions
Follow the steps below to set up your Verizon Internet Gateway:
• Open the package and take out the Power adapter and the Ethernet 
cable.
• Place the Gateway in an open area on an elevated surface (for good 
ventilation).
• Connect the included Power Adapter to the DC IN power port of the 
router.
• Plug the Power Adapter to an electrical outlet.
• Wait for a short moment for the router to power up and connect to 
4G LTE/5G network.
• The LED shall display ON (White) after powering up. The white 
blinking light indicates the Gateway is powered on. When the light 
turns ‘solid white’ it indicates you have good signal and are connected 
• Your Internet device shall be able to connect to the Wi-Fi network of 
your router named Verizon_<your network> .  
Check this label for 
the default name and 
password of the router's 
Wi-Fi network

2NOTE:  
• Devices and software are constantly evolving. The screen images and icons you 
see here are for reference only.
• If the blinking light does not change to a solid white light within 15 minutes of 
plugging in the Gateway, call the Verizon Business and Government Customer 
Operations team (BGCO) at 1-800-922-0204. When you call, please reference 
the Mobile Telephone Number that you received with your order confirmation 
email for 5G Business Internet.
• When connecting a CPE or modem, refer to the IP Passthrough instruction later 
in this guide.
Connect other devices
via Ethernet cable Plug in the power adapter 
into an electrical outlet
Connect a CPE or modem If you want to connect via Ethernet
• The router can connect to other devices via Ethernet connections. 
Use the supplied Ethernet cable and plug one end into one of the 
LAN ports of the router (as shown below), and plug another end of 
the cable into an available LAN port of the other device.

the cable into an available LAN port of the other device.  
• The router can also connect to a CPE or an external modem via WAN 
port by using the supplied Ethernet cable.

3How to Configure IP Passthrough
To configure IP Passthrough for your router, 
1. Connect your router to another networking device, such as a router, 
CPE, gateway, or modem via the WAN port (the red one) by using the 
supplied Ethernet cable
2. Open a web browser and enter the router’s default address   
http:/ /192.168.0.1  in the address bar.
3. Log in using the default password (check the product label on the 
back side of the router abeled Admin URL and Admin password ).
4. When entering the Web UI, use the Menu  at the left side and go to    
> Network > WAN .
5. Use the toggle switch to enable or disable IP Passthrough function.

4
Important notes about IP Passthrough
• If IP Passthrough is enabled, Wi-Fi, IPv6, firewall and ALG will be off. 
The Wi-Fi, the IPv6, the firewall and the ALG setting pages will show 
IP Passthrough is on. It will prioritize WAN connections over cellular 
if WAN is connected.  To enable Wi-Fi, IPv6, firewall, and ALG again 
and resume prioritizing cellular connection, IP Passthrough must be 
disabled. 
• When IPPT is enabled, only one of the four LAN ports (LAN 1) can be 
used to an external device through Ethernet for obtaining IP address. 
The IP address will then be assigned to the only external device 
connected to this router. 
• When IPPT is enabled, there could be potential signal disruption to 
WWAN network, such as carrier network outage, and no IP address 
is available for this router. In this case, connect your computer to the 
WAN port of this router and access the Web UI ( 192.168.0.1 ) on a 
web browser. Then disable IP Passthrough with the toggle switch to

web browser. Then disable IP Passthrough with the toggle switch to 
resume default router functions.

5LED Indicators for Troubleshooting
The LED indicators show the system and connection status. Refer to the 
table below if troubleshooting is necessary.
LED Mode Status LED Pattern
BootupSystem Off Off
System Booting Soft Blink White
Firmware Update 
(FOTA)Fast Blink White
Cellular signal (or 
after single-clicking 
the pair button)Passing Signal Solid White
No Signal, Cold SIM Solid Red
No SIM Card Hard Blink Red
Regular usageSetup Complete 50% Bright White
Wi-Fi Disabled by User Solid Green
Paring WPS Pairing Hard Blink Blue
OtherFactory Reset Fast Blink Lime
FW Error Soft Blink Red

6Wi-Fi Band Steering & SSID Name/Password
To configur your WiFi Bandsteering or change WiFi SSID name or 
password, 
1. Open a web browser and enter the router’s default address   
2. Log in using the default password (check the product label on the 
3. When entering the Web UI, use the Menu  at the left side and go to    
> Wi-Fi settings > Basic .
4. From the Basic page, you can configure your basic Wi-Fi settings.
Band Steering enables your router to dynamically assign wireless devices 
(smartphones, laptops, or tablets) to their capable frequency (2.4GHz or 
5GHz). For example, if your device supports 5GHz band, it will be steered 
to that frequency while legacy connected devices are assigned to 2.4GHz. 
When Band Steering is enabled, your dual-band router will have one Wi-Fi 
name (SSID).

7Services and featuresBand steering Use the toggle switch to enable or disable it. When 
Band Steering is enabled, your dual-band router will 
show one Wi-Fi name (SSID), and your wireless 
devices will be assigned to their capable frequencies 
(2.4GHz or 5GHz) automatically. When enabled, all the 
settings in this tab can be configured. 
Note: Information under Basic Tab is automatically 
filled on 2.4 GHz and 5 GHz Tabs. It should not be 
updatable in 2.4 GHz and 5 GHz Tab
Wi-Fi Name 
(SSID)This is the name of your Wi-Fi network for 
identification, which is also known as “SSID”. 
Note about input conditions:  Input value size (1 - 32) 
bytes with alphabet (A-Z and a-z), digits (0-9), and/or 
symbols (ALL).
Wi-Fi Password Enter the password for your Wi-Fi network. 
A complex, strong password is highly recommended.
Note about input conditions:  8 - 63 characters with 
alphabet (A-Z and a-z), digits (0-9) and/or symbols 
(ALL).

(ALL).
Security Select a Wi-Fi security type from the drop down menu
which includes None, Mix WPA/WPA2, WPA2, and 
WPA3.
Version Shows which version of security type is in use. The 
version corresponds to the selected Wi-Fi security 
type.
Encryption Displays encryption type according to the selected 
version.
AES encryption is the default encryption type for WPA 
standards.Wi-Fi settings

8
Services and featuresBand steering Use the toggle switch to enable or disable it. When 
Wi-Fi Name 
(ALL).

(ALL).
WPA3.
type.
version.
standards.How to Check Your IMEI, MDN
To check the IMEI, MDN or related information about your router, 
3. Use the Menu  at the left side and go to > Network > Network Status 
> System Information .

9How to Check the Software Version
To check the software version of your router, 
3. Use the Menu  at the left side and go to > Device Settings > 
Firmware Update .
4. The Firmware Update  page displays your router ’s software version 

10About Security Features
Security
Use the Menu  at the left and go to Security  to configure various security 
functions if necessary, including Firewall, NAT Forwarding (DMZ), IP/MAC 
Binding, Access Control and ALG settings.  
However, security features shall be configured by IT experts.
How to Add Customizable Features
Contact the Verizon Business and Government Customer Operations team 
(BGCO) at 1-800-922-0204 to add features (e.g., plan changes such as Static 
IP.)
How to Manage Additional Device 
Features via MyBusiness
For more device information and to manage your device remotely (e.g.,  
configure primary and secondary wifi, reboot remotely) you can visit the  
wireless My Business Portal  (register for an account if you do not have one).

11Troubleshooting
Dropped Wi-Fi 
connectionWi-Fi connections can occasionally drop for any number of 
reasons, such as interference or system updates. 
Try to ensure the space between your router and Wi-Fi devices is 
as clear as possible and make sure you’re not moving too far away 
from your router. 
Check that your router has a good cellular connection and that 
your Wi-Fi device isn’t trying to connect to any other saved Wi-Fi 
networks.  
Can’t connect to 
Wi-FiIf your router’s Wi-Fi doesn’t appear when scanning available 
networks on your device, or if you can’t make a connection, try 
switching both your router and Wi-Fi device off and back on again, 
and move closer to your router. If your router has a good cellular 
connection and you still can’t establish a Wi-Fi connection, try a 
factory reset. 
To perform a factory reset and return the Verizon Internet Gateway 
to default settings, use a pin to insert into the Reset Hole for a few 
seconds.  
Can’t login to the

seconds.  
Can’t login to the 
Web UIIf you can’t access the Web UI, it might be an issue with your  
device or computer’s proxy or IP address settings. Make sure that  
proxy settings are disabled and that your device or computer can  
be allocated an IP address on the network by the router’s DHCP 
server. You’ll need to check the support for your device or 
computer’s operating system e.g. Windows or Mac OS, for detailed 
instructions on how to do this.
 
Unable to 
connect to the 
Internet upon IP 
address conflict 
IP address conflict may occur if you connect another routing 
device, such as an ADSL router or fiber optic modem, to your 
router's WAN port through an Ethernet cable. In this case, the two 
devices are trying to use the same default IP address (which is 
192.168.0.1 in most cases) and probably similar default DHCP

192.168.0.1 in most cases) and probably similar default DHCP 
ranges (which is 192.168.0.2~255 in most cases). When the two 
devices are competing for IP address and subnet on the same 
network, your router may lose network connectivity. Unable to 
address conflictTo solve this, you may follow the 3 simple steps:
1.  Unplug the routing device connected to your router.
2. Change the IP address of your router under  
    LAN Settings  (see 5.4.6 LAN Settings  for reference).  
     For example, change IP from 192.168.0.1 to 192.168.2.1  
     or 192.168.3.1. 
3.  Reconnect the routing device you want to connect  with your 
     router. 
After the 3 steps, each routing device on the same  network will 
have its own IP address to connect to the Internet.
If you are still unable to connect to the Internet after the

router. 
If you are still unable to connect to the Internet after the 
3 steps above, or if you have probems through the 
3 steps, consult with Verizon or experienced network 
technicians.
Unable to 
Internet caused 
by duplicated IP 
address conflictIf you have more than one devices connected to your router on 
the same network, it is possible that duplicated IP address 
conflicts may occur and you may not be able to connect to the 
Internet. For example, you have two devices connected to the 
network, A (for example, a notebook) and B (for example, your 
mobile phone), and you define a static IP address for device A. 
However, your router may assign an IP address to device B that is 
already the static IP address for device A. In this scenario, 
duplicated IP address conflict occurs and you may not be able to 

To solve this issue, you may
- Convert the device with the static IP address to a DHCP 
client (the device A in the scenario described earlier).
Or
- Exclude the static IP address from the DHCP scope on the 
DHCP server, which is your router. To do so, go to LAN Settings  
(see 5.4.6 LAN Settings  for reference), 
and
   1. Use the toggle switch to turn on DHCP.
   2. Redefine the range that does not include the static IP 
       address of your device.

12Dropped Wi-Fi 
networks.  
seconds.  

13© 2023 VerizonUser Manual
For more detailed information, download the user guide here.Where can I get 
more help?If you have any problem setting up your router, please 
visit setup.verizon.com/businessinternetgateway  for help. 
For further assistance, call the Verizon Technical Support 
Team at 1.800.922.0204. Please have yoru order 
confirmation email ready when you make the call.

Verizon 
Internet 
Gateway
USER
GUIDE
©2022 Verizon Model ASK-NCQ1338FA

1.1 Getting to Know Your 
Verizon Internet  
Gateway  5
1.2 Setting Up Your Verizon 
Internet Gateway  9
02 /  
CONFIGURING YOUR 
VERIZON INTERNET GATEWAY
2.0 Configure Your Verizon 
Internet Gateway  16
Configuration  20
2.2 Main Screen  2703 /  
3.0 Overview  35
3.1 Basic Settings  36
3.2 Advanced Settings  45
04 /  
4.0 Device Settings  53
4.1 Setting Parental  
Controls  58
4.2 Universal Plug & Play  62

http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved05 /  
SETTINGS
5.0 Security & Firewall  69
5.1 Network Settings  85
5.2 Diagnostics &  
Monitoring  121
5.3 System  127
06 /  
6.0 Troubleshooting  
Tips 144
6.1 Frequently Asked 
Questions  15107 /  
7.0 General  
Specifications  158
7.1 Connections  159
08 /  
NOTICES
Notices  162

01 / 
1.1 Getting to Know Your Verizon 
1.2  Setting Up Your Verizon Internet 
Gateway

INSIDE  ThE  bOx
1.0/ INSIDE ThE b Ox
Inside the product package you should find the following items. 
Contact Verizon if any item is missing or damaged.
• Ethernet cable
 
1. 1/ GETTING TO KNOW YOUR VERIZON INTERNET 
GA TEWA Y
Your Verizon Internet Gateway provides fast dual-band Wi-Fi (with 
channel steering) for all your devices, and features built-in network 
security as well as parental controls, guest Wi-Fi and automatic 
software updates.

6
http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedTake a moment to familiarize with your product:

GETTING TO KNOW YOUR VERIZON 
INTERNET GATEWA Y
1. 1a/ RESET bUTTON
If you experience difficulties with your router or you want to revert 
all settings that you have changed, the reset function allows you 
to reset the router back to its factory default state. To perform a 
factory reset and return the Verizon Internet Gateway to default 
settings, press and hold the reset button for 3+ seconds. The LED 
will flash yellow to indicate a reset has been triggered, followed by 
fading in/out (white) while the router restarts.
1. 1b/ WPS
WPS is an easy way to add supported Wi-Fi devices to your 
network. Press the WPS button on the back of the Gateway to 
activate WPS. You will need to activate WPS on your Wi-Fi device 
too. Refer to “3.1d/ Wi-Fi Protected Setup (WPS)” on page 42 .
1. 1c/ LED
The LED indicates the system and connection status, and WPS 
activity.
Firmware update 

8
http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedFront LED Mode Status LED Pattern
Installation mode 
(5G Home customer)Passing signal Solid White
LTE coverage only/
No SignalSolid Red
Regular usageSetup complete 50% Bright White
No Signal Solid Red
Wi-Fi disabled by 
userSolid Green
Paring WPS Paring Hard blink Blue
OtherFactory Reset Fast blink yellow
FW Error Soft blink red
Note:  Installation mode lasts for 45 minutes only during first 
bootup, after which the Verizon Internet Gateway will switch to 
regular usage mode.

SETTING UP YOUR VERIZON INTERNET 
GA TEWA YEthernet Port 
Wired LAN 
* Threshold 
level can 
be decided 
capabilityEthernet > 
100M* LinkOff Solid White
Ethernet > 
100M* ActivityOff Blinking White
Ethernet < 
100M* LinkSolid Yellow Off
Ethernet < 
100M* ActivityBlinking Yellow Off
1.2/ SETTING UP YOUR VERIZON INTERNET GA TEWA Y
Your Verizon Internet Gateway comes with a pre-installed SIM 
card and can be up and running in just a couple of minutes. The 
Verizon Internet Gateway can only be used with the 5G Home 
Internet or LTE Home Internet service, and the SIM card is only 
authorized for use in the Verizon Internet Gateway. You may not 
remove the SIM card and Insert it into another device.
1.2a/ SETUP MODE / OPERA TION MODE
Your Verizon Internet Gateway supports a Setup Mode and 
Operation Mode.

10
http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved• If you are an LTE Home Internet customer, Setup Mode is not 
applicable and you can skip to section 1.2b/ Positioning Your 
Verizon Internet Gateway . In Operation Mode, you will see the 
LED indicator listed in the chart.
• If you are a 5G Home Internet customer, Setup Mode will allow 
you to find a location in your home with the best 5G Ultra 
Wideband Coverage.
• The device will automatically go into Setup Mode on the first 
power up or after a factory data reset.
• You can also manually initiate Setup Mode by holding the WPS 
button for 2+ seconds, then release (the LED on the front will 
blink white 3 times to indicate device is in Setup mode).
LED Indicator
SignalLTE Home 
Internet5G Home Internet
Setup ModeOperation 
Mode
5G Ultra 
Wideband 
Coverage-NA- White White
LTE Coverage White Red White
No signal Red Red Red

GA TEWA Y1.2b/ POSITIONING YOUR VERIZON  INTERNET  GA TEWA Y
For the best wireless signal transmission from the Gateway to your 
network devices:
• Place the Gateway in a central area near a window.
• Avoid having obstacles near the device, clear any objects near 
the window that could interfere with getting a signal.
• Keep the Gateway away from metal obstructions and away from 
direct sunlight.
• Keep the Gateway away from 802.11g or 20MHz only Wi-Fi 
devices, 2.4GHz computer peripherals, Bluetooth devices, 
cordless phones, transformers, heavy-duty motors, fluorescent 
lights, microwave ovens, refrigerators, and other industrial 
equipment to prevent signal interference or loss.
1.2c/ SETUP REQUIREMENTS
To configure your wireless network via computer, you need a 
computer that meets the following system requirements:
• For Wired Connection: Ethernet RJ-45 (LAN) port

• For Wired Connection: Ethernet RJ-45 (LAN) port 
(10Base-T/100Base-TX/1000Base-TX)
• For Wi-Fi Connection: IEEE 802.11a/b/g/n/ac/ax wireless 
capability

12
http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved• An installed TCP/IP service 
• Web browser such as Microsoft Edge, Firefox, Safari, or Google 
Chrome
1.2d/ SETTING UP
They will not work with your new Verizon Internet Gateway.
1. Plug the Verizon Internet Gateway into a power outlet with 
the included power adapter.
2. Wait for a couple of minutes for the Gateway to power up and 
establish an LTE/5G connection. The LED should display on 
(white) after starting up.
3. That’s it! You can connect your Internet devices to the 
Gateway’s Wi-Fi networks named Verizon_<your network> 
(check your router’s product label on the bottom side for your 
unique Wi-Fi network name and password). You can also 
connect Internet devices to your Gateway by connecting the 
device’s LAN ports with an Ethernet cable.

GA TEWA Y
• Wi-Fi Network 
The Verizon Internet Gateway has one Wi-Fi name supporting 
2.4 GHz and 5 GHz signals. The Self-Organizing Network 
(SON) feature lets your devices move between the two 
signals automatically for an optimized Wi-Fi connection.
4. Go to 2.2/ Main Screen  to login to your Gateway and 
configure settings such as Wi-Fi security.

02 /  
VERIZON INTERNET 
GA TEWA Y
2.0  Configure Your 

15
02 /  CONFIGURING YOUR 
http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedConnecting your Verizon Internet 
Gateway and accessing its web-based 
User Interface (UI) are both simple 
procedures. 
depending on your device’s operating 
system and web browser.

CONFIGURE YOUR 
VERIz ON INtERNEt GatEwa Y
2.0/  CONFIGURE YOUR VERIZON  INTERNET  GA TEWA Y
keyboard.
Alternately, you can enter: https://192.168.0.1
3. You may see a security message warning that Your Your 
com  (https://192.168.0.1 ) for GUI management. To get to the 
to to 192.168.0.1  ((unsafeunsafe ) ) link.

17
http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved4. The login screen will appear.
The first time you access your Verizon Internet Gateway, 
an Easy Setup Wizard displays to help step you through the 
setup process.
5. On the Log in to Verizon Internet GatewayLog in to Verizon Internet Gateway  screen, enter the 
password that is printed next to the Password on the label 
on the bottom of your Gateway.

6. Click ContinueContinue . The Change Wi-Fi nameChange Wi-Fi name  screen displays. 
Move the selector to onon for setting up your  Guest Wi-Fi  Guest Wi-Fi to 
personalize your Guest Wi-Fi Name and Password.
For your protection, your Verizon Internet Gateway is pre-
set at the factory to use WPA2 (Wi-Fi Protected Access II) 
encryption for your Wi-Fi network. This is the best setting for 
most users and provides security.
7. Click ContinueContinue . The Apply Wi-Fi changesApply Wi-Fi changes  screen appears. 

19
http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedNote:  If you select Save as imageSave as image , the image file is saved to your 
Important:  If you are on a Wi-Fi device when setting up your 
Verizon Internet Gateway, you will be disconnected from the  
Wi-Fi network when you change the Wi-Fi name or Wi-Fi 
password. When this occurs, your Verizon Internet Gateway will 
detect this situation and prompt you to reconnect using the new 
settings.
The You’re all set up!You’re all set up!  screen displays once your Gateway verifies 
the final settings and has successfully connected to the internet 
and is ready for use. You can click on Go to Network SettingsGo to Network Settings  to 
access the main screen of the Verizon Internet Gateway.

If your Verizon Internet Gateway is subsequently reset to the factory 
default settings, the settings printed on the label will again be in 
effect. 
If your Verizon Internet Gateway fails to connect, follow the 
troubleshooting steps in the Troubleshooting section of this guide.
2. 1/ COMPUTER NETWORK CONFIGURA TION
Each network interface on your computer should either 
automatically obtain an IP address from the upstream Network 
DHCP server (default con figuration) or be manually con figured with 
a statically de fined IP address and DNS address. We recommend 

21
http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved2. 1a/ CONFIGURING DYNAMIC IP ADDRESSING 

7. In the Local Area Connection Properties window, click OKOK to 
8. To con figure Internet Protocol Version 6 (TCP/IPv6) to 
use dynamic IP addressing, repeat steps 1 to 7. However 
for step 4, select Internet Protocol Version 6 (TCP/Internet Protocol Version 6 (TCP/
IPv6) IPv6) in the  Properties Properties  option (refer to IPv6 section for 
Verizon Internet Gateway con figuration).

COmpUtER  NEtw ORk CONFIGUR atION
WINDOWS 10
displays.
6. Select Internet Protocol Version 4 (TCP/IPv4)Internet Protocol Version 4 (TCP/IPv4) , then click   

10. To con figure Internet Protocol Version 6 (TCP/IPv6) to 
use dynamic IP addressing, repeat steps 1 to 9. However 
for step 6, select Internet Protocol Version 6 (TCP/Internet Protocol Version 6 (TCP/
IPv6)IPv6)  in the  Properties Properties  option (refer to IPv6 section for 

23
http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedMACINTOSh OS x
2. 1b/ CONNECTING OThER COMPUTERS  AND NETWORK 
DEVICES
You can connect your Verizon Internet Gateway to other computers 
or set top boxes using an Ethernet cable or Wi-Fi connection.
EThERNET
1. Plug one end of an Ethernet cable into one of the Ethernet 
ports on the bottom of your Verizon Internet Gateway.

your Verizon Internet Gateway using Ethernet.

CONNECTING A WI-FI DEVICE USING WPS
laptop, printer, or external hard drive, your Verizon Internet Gateway 
creates a secure Wi-Fi network connection. 
on your Verizon Internet Gateway and one on the Wi-Fi client. 
This could be either a built-in button or one on a compatible Wi-Fi 
adapter/card, or a virtual button in software. Once completed, this 
allows Wi-Fi clients to join your Wi-Fi network.
unified button located on the front of your Verizon Internet Gateway 
for more than two seconds or use the UI and press the on-screen 
button.
You can easily add Wi-Fi devices to your Wi-Fi network using the

button.

25
http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved
• If your Wi-Fi client device has a WPS button, press 
the unified button on your Gateway for more than two 
seconds, then click the Start WPSStart WPS  button in the Option 1Option 1  
to start the WPS registration process.
• If your client device has a WPS PIN, locate the PIN printed 
on the client’s label or in the client documentation. Enter 
the PIN number in the Option 2Option 2  on the user interface.  
• Alternatively, you can enter the Gateway’s PIN shown on 

4. After pressing the unified button (WPS) on your Gateway, 
you have two minutes to press the WPS button on the client 
device before the WPS session times out.
When the unified button (WPS) on your Gateway is pressed, 
the Status LED on the front of your Gateway begins flashing 
blue. The flashing continues until WPS pairing to the client 
device completes successfully. At this time, the Status LED 
If WPS fails to establish a connection to a Wi-Fi client device 
within two minutes, the Status LED on your Gateway flashes 
red for two minutes to indicate the WPS pairing process was 
unsuccessful. After flashing red, the light returns to solid 
white to indicate that Wi-Fi is on.
CONNECTING A WI-FI DEVICE USING A PASSWORD

3. Select your Verizon Internet Gateway’s Wi-Fi network name 
(SSID) from the device’s list of discovered Wi-Fi networks.

27
http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved4. When prompted, enter your Verizon Internet Gateway’s  
Wi-Fi password (WPA2 or WPA3 key) into the device’s Wi-Fi 
settings. Your Gateway’s default Wi-Fi network name and 
password are located on the sticker on the bottom of your 
5. Verify the changes were implemented by using the device’s 
web browser to access a site on the internet.
6. Repeat these steps for every device that you are connecting 
with Wi-Fi to your Gateway.
2.2/ MAIN SCREEN
When you log into your Gateway, the dashboard main page displays 

maIN  SCREEN
 –System - this chapter

29
http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved2.2a/ SYSTEM
SYSTEM ST A TUS
2. You can quickly view your Gateway’s status by clicking 
System\System Status System\System Status on the screen. This section 
displays the status of your Gateway’s local network 
(LAN) and internet connection (WAN), firmware and 
hardware version numbers, MAC Address, IP settings 
of Verizon Internet Gateway and Wi-Fi extender(s) 
(if connected).

31

OPEN SOURCE SOFTWARE
To view:  From the BasicBasic  menu, select SystemSystem  from the left pane and 

34
http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedWi-Fi networking enables you to free 
yourself from wires, making your devices 
more accessible and easier to use. 
including accessing and con figuring  

OVERVIEw
Your Verizon Internet Gateway provides you with Wi-Fi connectivity 
using the 802.11a, b, g, n, ac or ax standards. These are the most 
common Wi-Fi standards. 
802.11b has a maximum data rate of 11 Mbps, 802.11a and 802.11g 
have a maximum data rate of 54 Mbps, 802.11n has a maximum data 
rate of 450 Mbps, 802.11ac has a maximum data rate of 3.12 Gbps, 
and 802.11ax has a maximum data rate of 4.8 Gbps.
802.11b and g standards operate in the 2.4 GHz range. 802.11ac 
operates in the 5 GHz range. 802.11n and ax operate in both the  
2.4 GHz and 5 GHz ranges. 
Note:  802.11a, 802.11b, and 802.11g are legacy modes and are not 
recommended. Even one such device connected to the network will 
slow your entire Wi-Fi network.
The Wi-Fi service and Wi-Fi security are activated by default. The 
level of security is preset to WPA2 encryption using a unique default 
WPA2 key (also referred to as a passphrase or password) pre-

configured at the factory. This information is displayed on a sticker 
located on the bottom of your Verizon Internet Gateway.
Your Gateway integrates multiple layers of security. These include  

36
http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved3. 1/ bASIC SETTINGS
3. 1a/ PRIMARY NETWORK
You can con figure the basic security settings for either 2.4 GHz or  
5 GHz of your Wi-Fi network.
2. To activate the Wi-Fi radio, move the selector to onon. If the 
radio is not enabled, no Wi-Fi devices will be able to connect 
to the home network. 
Note:  The SSID is the network name. All devices must use the 
same SSID.

BaSIC SEttINGS
  button and 
Caution:  These settings should only be con figured by 
adversely affect the operation of your Gateway and your local 
network.
You can con figure the Verizon Internet Gateway’s SSID broadcast 
capabilities to allow or disallow Wi-Fi devices from automatically 
using a broadcast SSID name to detect your gateway Wi-Fi 
network.
SSID broadcast is enabled by default. The SSID of the Wi-Fi 
network will be broadcast to all Wi-Fi devices.

38
http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved –To disable SSID broadcasting, move the selector to off. off. The 
You will need to manually con figure additional Wi-Fi devices 
You can con figure your Gateway to limit access to your Wi-Fi 
network to only those devices with specific MAC addresses.
• Access ListAccess List  – allows the listed devices to access the Wi-Fi 
network.

• Device AccessDevice Access  – Wi-Fi devices will be able to access the 
3. Enter the MAC address of a device and click Add new Add new 
needed.
5. When all changes are complete, click Apply ChangesApply Changes  to save 
3. 1b/ GUEST NETWORK
The Verizon Internet Gateway is shipped from the factory with 
Guest Wi-Fi turned off. The default SSID for Guest Wi-Fi is

Guest Wi-Fi turned off. The default SSID for Guest Wi-Fi is 
preconfigured at the factory to the default Wi-Fi network name 
(SSID) which is displayed on a sticker located on the bottom of the 
Gateway followed by hyphen guest (-Guest). For example – if the 
Gateway is shipped with a default SSID of “Verizon-ABCDE” then 
the default SSID for Guest Wi-Fi is “Verizon-ABCDE-Guest”.

40
2. Move the selector to onon. 
Important:  It is not recommended to create a guest network 

3. 1c/ IOT NETWORK
The Gateway supports connection of multiple IoT devices on a 
separate Wi-Fi SSID. The IoT Network is designed to provide an 
easier setup experience for your Internet of Things (IoT) devices 
which benefit from connecting to the 2.4 GHz band while keeping 
your Primary Network settings unchanged. IoT devices and Primary 
devices can communicate with no firewall restrictions separating 
them. 
The Verizon Internet Gateway is shipped from the factory with IoT 
Wi-Fi turned off. The default SSID for IoT Wi-Fi is preconfigured 
at the factory to the default Wi-Fi network name (SSID) which 
is displayed on a sticker located on the bottom of the Gateway 
followed by hyphen IoT (-IoT). For example – if the Gateway is 
shipped with a default SSID of “Verizon-ABCDE” then the default 
SSID for IoT Wi-Fi is “Verizon-ABCDE-IoT”.

42
http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedTo enable IoT Wi-Fi link:
This could be either a built-in button or one on a compatible Wi-Fi

unified button located on the rear of your Verizon Internet Gateway 
button.

WPS button on your Gateway for more than two seconds, 
then click the Start WPSStart WPS  button in the Option 1Option 1  to start the 

44
http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved• Alternatively, you can enter the Gateway’s PIN shown on 
4. After pressing the WPS button on your Gateway, you have 
two minutes to press the WPS button on the client device 
before the WPS session times out.
When the WPS button on your Gateway is pressed, the 
Status LED on the front of your Gateway begins flashing 

adVaNCEd SEttINGS
3.2/ ADV ANCED SETTINGS
3.2a/ PRIMARY NETWORK
The Verizon Internet Gateway supports 2.4 GHz and 5 GHz signals. 
The Self-Organizing Network (SON) feature lets your devices 
move between the two signals automatically for an optimized Wi-Fi 
2. To enable SON, move the selector to onon.

46
http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved3. To activate the Wi-Fi radio, move the selector to onon. If the 
to the primary network. 
same SSID.
  button.
network.

onon.
voice, video, and audio streaming over Wi-Fi by prioritizing these 
data streams.
devices such as smart phones and tablets by fine-tuning power 
consumption.
3.2b/ RADIO MANAGEMENT
You can con figure the channel settings for the 2.4 GHz and 5 GHz 

48
http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedTo view and con figure the channel settings:
Verizon Internet Gateway is rebooted.
not support these channels and cannot connect to gateways 
using them. Examples include some media streaming devices.

Disabling this feature will allow the Gateway to select the best 
connect.

3. Click ScanScan  to perform channel availability scan for the 
Verizon Internet Gateway accommodating the best radio 
channel and providing the best Wi-Fi performance. 
4. On the Radio ManagementRadio Management  page for either 2.4 GHz or 
5 GHz, the following information displays and can be 
configured:
• Channel AnalysisChannel Analysis  - scans and displays channel 
bandwidth and signal strength of available APs. Channel Channel 
ScoreScore  displays a network congestion score of zero to ten 
in each Wi-Fi channel. It can be used to determine which 
channels to use or to avoid. Higher score indicates less 
congestion in a channel.
• ChannelChannel  Settings Settings - this is the radio channel used by the 
Wi-Fi router and its clients to communicate with each 
other. The channel must be the same on the Gateway 
and all of its Wi-Fi clients. Select the channel you want 
the Wi-Fi radio to use to communicate, or accept the

the Wi-Fi radio to use to communicate, or accept the 
default ( Auto)Auto)  channel selection. Then the Gateway will 
each band. Users can select from available channels. 
You can limit the Wi-Fi access to your network by selecting 
the 2.4 GHz and 5 GHz Wi-Fi communication standard 
best suited for the devices you allow to access your Wi-Fi 
network.

50
http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved –Compatibility – This is the default mode setting on 
5 GHz, providing a good balance of performance and 
interoperability with existing Wi-Fi devices. 802.11a,n,ac 
and ax devices can connect.
 –Legacy – This is the default mode setting on 2.4 GHz, 
providing broad connection support for old and new Wi-Fi 
devices. 802.11a,b,g,n and ac devices can connect.
Notes:  
802.11n is available on both 2.4 GHz and 5 GHz frequencies.
Connecting 802.11a, b or g devices will cause your Wi-Fi network 
to slow on that radio and is not recommended.

04 /  
CONNECTED 
DEVICES

52
DEVICES
http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedYou can view the settings of the 
network devices connected to your 
The abundance of harmful information 
on the internet poses a serious 
challenge for employers and parents 
alike as they ask “How can I regulate 
what my employee or child does on the
internet?”
Verizon Internet Gateway’s Parental 
Controls were designed to allow 
control of internet access on all locally 
networked devices.

dEVICE  SEttINGS
4.0/ DEVICE SETTINGS
i. Click Add DeviceAdd Device  button on the screen.
ii. Select the preferred Network TypeNetwork Type  from the dropdown 
list (PrimaryPrimary , GuestGuest  or IoTIoT). 
iii. Scan the provided QR code with the new device’s 
camera.
iv. Tap the push notification to connect the device to your 
network.

54
DEVICES
v. You can add the new device to your Wi-Fi network 
by clicking the Start WPSStart WPS  button if your Wi-Fi device 
supports the WPS feature. Refer to “3.1d/ Wi-Fi Protected 
Setup (WPS)” on page 42  for detailed information. 
vi. Click DoneDone  to save the changes.
4. Click the Block/AllowBlock/Allow  option to quickly disable/enable a 
For additional information about blocking websites, refer to 
“Setting Parental Controls” on page 58 .
5. Click the Settings icon to access the Device SettingsDevice Settings  page 
for that device:

56
DEVICES
 –Device InformationDevice Information : 
• Device Type, Name/Host Name, Location, Device Type, Name/Host Name, Location, and Mobility Mobility  
- Displays the current known information of the device. 
These can be updated or corrected as needed. Click EditEdit 
and SaveSave  to apply any changes.

• This section also provides the device MAC Address, 
Access Point information the device is connected to as 
well as the IPv4 Address of the device.
controlled ways. For example, you could allow specific 
applications, such as gaming, voice, and chat, to 
access servers in the local network. To access the Port 
Forwarding page, click the setup button.
For additional information, refer to the Port Forwarding  
section in Chapter 5 Configuring Advanced Settings .
Access ControlAccess Control  - Access Control restricts access from 
the local network to the internet.  To access the Access 
Control page, click the setup button.
For additional information, refer to the Access Control 
section in Chapter 5 Configuring Advanced Settings . 
DMZ hostDMZ host  - DMZ host allows a single device on your

DMZ hostDMZ host  - DMZ host allows a single device on your 
primary network to be fully exposed to the internet for 
special purposes such as internet gaming. To access the 
DMZ host page, click the setup button.
DNS ServerDNS Server  - DNS Server manages the DNS server host 
name and IP address. To access the DNS Server page, 
click the setup button.

58
DEVICES
http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved –Device ConnectionDevice Connection  
This section displays Connection information of how and 
how well the device is connected to the Access Point. It 
also displays the Network related information, including 
IPv6 addresses and a Ping TestPing Test  option. 
4. 1/ SETTING PARENT AL CONTROLS
4. 1a/ ACTIV A TING PARENT AL CONTROLS
You can create a basic access policy or using the provided 
Rule TemplatesRule Templates  for any computer or device on your 
Verizon Internet Gateway network. Parental controls limit internet 

SEttING  paRENtal CONtROl S
1. From the Basic Basic menu, select Devices Devices from the left pane and 
then click Parental ControlsParental Controls .
policy for devices on your network.   
5. Create a ScheduleSchedule  by selecting User defined User defined from the 
dropdown list .

60
DEVICES
6. Select the days of the week when the rule will be active or 
inactive.
7. Set the time when the rule will be active or inactive, then 
9. Select the ConditionCondition  rule of Internet is always offInternet is always off /Internet is Internet is 
always onalways on  to block/allow the access to all internet websites.
10. Create the DevicesDevices  rule by selecting User defined User defined from 
the dropdown list  and select the computers or clicking Add Add 
Devices Devices to add a device where you are limiting access.

12. To remove a device from the llist, click Remove Remove to the 
names containing the specified keyword.
14. Click Apply Apply to save changes.

62
DEVICES
http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved4. 1b/ ACTIVE RULES
You can view the rules created for your Verizon Internet Gateway 
shown on the Parental ControlsParental Controls  page. 
4.2/ UNIVERSAL PLUG & PLA Y
You can use Universal Plug and Play (UPnP) to support new devices 
without configuring or rebooting your Verizon Internet Gateway.
services and rules every five minutes. Old and unused UPnP defined 
services are removed, unless a user-defined rule depends on it.

UNIVERS al pl UG & pla Y
UPnP services are not deleted when disconnecting a computer 
without proper shutdown of the UPnP applications, such as 
messenger. Services may often not be deleted and eventually this 
leads to the exhaustion of rules and services. No new services can 
be defined. The cleanup feature locates the invalid services and 
removes them, preventing services exhaustion.
1. From the Advanced Advanced menu, select Devices Devices from the left pane 
and then click  Universal Plug & PlayUniversal Plug & Play .
2. To enable UPnP and allow UPnP services to be defined on 
any network hosts, select the UPnP EnabledUPnP Enabled  check box.

05 /  
ADV ANCED 
SETTINGS
5.3  System

65
http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedAdvanced settings cover a wide range 
of sophisticated configurations for your 
Verizon Internet Gateway’s firmware, 
security setup and network. 
Verizon Internet Gateway’s security suite 
includes comprehensive and robust 
security services, such as stateful 
packet inspection, firewall security, user 
authentication protocols, and password 
protection mechanisms.
your computers from security threats on 

• General Firewall - select the security level for the firewall.
internet.
• IPv6 Pinholes - provide access tunnel to a service on a host for a 
• SIP ALG - supports the Application Layer Gateway for Session 
Initiation Protocol.

67
http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedNetwork SettingsNetwork Settings
• ARP Table – displays active devices with their IP and MAC 
• DNS Server - manages the DNS server host name and IP 
address.
• Dynamic DNS - allows a static domain name to be mapped to 
the dynamic IP address.
• IPv4/IPv6 Address Distribution - adds computers configured as 
• NDP (Neighbor Discovery Protocol) Table – displays active 
devices with their IPv6 and MAC addresses of DHCP 
• Network Connections – displays and manages the details of a 
• Network Objects – defines a group, such as a group of 
• Port Configuration – sets up the Ethernet ports as either full- or 

Diagnostics & MonitoringDiagnostics & Monitoring  - performs diagnostic tests and displays 
the details and status of:
• Factory Reset – resets your Verizon Internet Gateway to its 
default settings.
• LED Brightness - controls the Status LED light to either dim or 
brighten.
• Reboot Router – restarts your Verizon Internet Gateway.
• Remote Administration – enable remote configuration of your 
Verizon Internet Gateway from any internet-accessible computer.
• System Settings - sets up various system and management 

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved5.0/ SECURITY & FIREWALL
Verizon Internet Gateway. It has been exclusively tailored to the 
needs of the residential or office user and is pre-configured to 
provide optimum security.
The firewall provides both the security and flexibility that home 
and office users seek. It provides a managed, professional level 
of network security while enabling the safe use of interactive 
control, can also be configured locally through the user interface or 
remotely by a service provider.
The firewall regulates the flow of data between the local 
network and the internet. Both incoming and outgoing data are 
inspected, then either accepted and allowed to pass through your

inspected, then either accepted and allowed to pass through your 
Verizon Internet Gateway or rejected and barred from passing 
through your Verizon Internet Gateway, according to a flexible 
and configurable set of rules. These rules are designed to prevent 
unwanted intrusions from the outside, while allowing local network 
users access to internet services.
are accessible from the local network and types of services in the 
local network that are accessible from the internet.

SECURIt Y & FIREwall
against the firewall rules to determine whether the request should 
be allowed to pass through the firewall. If the request is permitted to 
pass, all subsequent data associated with this request or session is 
also allowed to pass, regardless of its direction.
is sent to the internet for this site. When the request reaches your 
Verizon Internet Gateway, the firewall identifies the request type and 
origin, such as HTTP and a specific computer in the local network. 
Unless your Verizon Internet Gateway is configured to block 
requests of this type from this computer, the firewall allows this type 
of request to pass to the internet.
associates the website with this session and allows it to pass; 
regardless HTTP access from the internet to the local network is

regardless HTTP access from the internet to the local network is 
blocked or permitted. It is the origin of the request, not subsequent 
responses to this request, which determines whether a session can 
be established.
5.0a/ SETTING FIREWALL CONFIGURA TION
You can select a normal, high, or low security level to limit, block, or 
permit all traffic. The following table shows request access for each 
security level.

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedSecurity LevelInternet Requests
• Blocked traffic - no access allowed, except as configured in Port 
Forwarding and Remote Access
• Limited - permits only commonly used services, such as email 
and web browsing
• Unrestricted - permits full access of incoming traffic from the 
internet and allows all outgoing traffic, except as configured in 
SPECIFYING GENERAL SETTINGS FOR IPV4 OR IPV6
1. From the Security & Firewall GeneralSecurity & Firewall General  settings page, click on 
desired IPv4 settings/IPv6 settingsIPv4 settings/IPv6 settings  option to configure IPv4/
IPv6 security.

Using the Low SecurityLow Security  setting may expose the local network 
to significant security risks, and should only be used for 
short periods of time to allow temporary network access.
5.0b/ ACCESS CONTROL

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedALLOW OR RESTRICT SERVICES
1. From the Advanced Advanced menu, select Security & Firewall Security & Firewall from the 
left pane and then click  Access Control Access Control . The Access ControlAccess Control  
page opens with the allowed and blocked status displayed. 
The allowed section only displays when the firewall is set to 
• Specific devices only - select networked device or User User 
DefinedDefined .
3. Select the networked device to be allowed or blocked in the 
list.

4. In the Add devicesAdd devices , enter the group name, then click AddAdd. 
The new network group is automatically added to the Access Access 
Control Control section.
5. To block a service, select the internet protocol to be blocked 
in the ProtocolProtocol  field. 
6. If the service is not included in the list, select User DefinedUser Defined , 
define the service, then click Add another entryAdd another entry . 
7. Click AddAdd. The service is automatically added to the Access Access 

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved8. Specify when the rule is active as AlwaysAlways  or User DefinedUser Defined .
9. Specify days of the week, and set the start time and end 
time when the rule will be active or inactive.
10. Click AddAdd to create the schedule time.
12. The Access Control Access Control  page displays a summary of the new 
13. To modify the current settings, click the edit icon in the action 
column and then the ApplyApply  button. 
14. To remove an access restriction, click the trash icon. The rule 
is removed from the Access Control table.

5.0c/ DMZ hOST
DMZ Host allows a single device on your primary network to be fully 
exposed to the internet for special purposes like internet gaming. 
Warning:  Enabling DMZ Host is a security risk. When a device on 
your network is a DMZ Host, it is directly exposed to the internet 
and loses much of the protection of the firewall. If it is compromised, 
it can also be used to attack other devices on your primary network.
1. From the Advanced Advanced menu, select Security & Firewall Security & Firewall and 
then click DMZ HostDMZ Host .

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved5.0d/ IPV6 PINhOLES
The IPv6 Pinhole feature of the Verizon Internet Gateway allows an 
then click IPv6 PinholeIPv6 Pinhole .
4. Click Add to listAdd to list . The screen displays opened pinhole port 

5.0e/ PORT FORWARDING
You can activate port forwarding to expose the network to the 
internet in a limited and controlled manner. For example, enabling 
1. From the Advanced Advanced menu, select Security & Firewall Security & Firewall from 
the left pane and then click Port ForwardingPort Forwarding . The Port Port 
ForwardingForwarding  page opens with the current rules displayed.
its inbound and outbound port numbers, forwarding 
destination address, then select the protocol. 

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved4. Click Add to listAdd to list . The rule displays in the Rules ListRules List  section.
5.0f/ PORT FORWARDING RULES
1. Select Port Forwarding RulesPort Forwarding Rules  in the Security & FirewallSecurity & Firewall  
section.
2. To create or edit a protocol rule, click the Add newAdd new  or EditEdit 
icon in the action column. The Edit ServiceEdit Service  page displays.

needed.
action column. The Edit Service Server PortsEdit Service Server Ports  page displays.
needed.

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved5.0g/ PORT TRIGGERING
In this case, port triggering must be used since it conflicts with the 
• Server replies to your Verizon Internet Gateway IP, and the 
connection is not sent back to the host since it is not part of a 
session.
To resolve the conflict, a port triggering entry must be defined,

session.
To resolve the conflict, a port triggering entry must be defined, 
which allows inbound traffic on UDP port 3333 only after a 
network host generated traffic to UDP port 2222. This results in 
your Verizon Internet Gateway accepting the inbound traffic from 
the gaming server and sending it back to the network host which 
originated the outgoing traffic to UDP port 2222.
then click Port TriggeringPort Triggering .

5.0h/ SChEDULER RULES
1. Verify that the date and time of your Verizon Internet 
Gateway is correct.

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved2. Select Scheduler RulesScheduler Rules  in the Security & FirewallSecurity & Firewall  section.

5.0i/ SIP ALG
application protocols by allowing dynamic ephemeral TCP/ UDP 
ports to communicate with the known ports which a particular 
client application (such as FTP, VoIP service, net meeting or 
streaming media) requires.
then click SIP ALGSIP ALG .

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved5. 1/ NETWORK SETTINGS
5. 1a/ ARP T AbLE
To view the IPv4 and MAC addresses for each device: From the 
Advanced Advanced menu, select Network Settings Network Settings and then click ARP TableARP Table .
5. 1b/ DNS SERVER
host name.
1. From the Advanced Advanced menu, select Network Settings Network Settings and then 
click  DNS Server DNS Server .

NEtw ORk SEttINGS
2. To disable DNS rebind protection for all devices connected 
to the Gateway, untick the check box of Enable DNS Rebind Enable DNS Rebind 
Protection.Protection.
Warning:  Disabling this protection may create a risk of cyber 
security attack to devices connected to this Gateway.
3. To add a computer stored in the DNSDNS  table, click Add DNS Add DNS 
EntryEntry . The DNS EntryDNS Entry  page displays.

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved4. In the Host NameHost Name  field, enter the name of the computer, then 
enter the IP addressIP address  and click ApplyApply  to save changes.
6. To add a new IP address entry, select the Add Exceptions Add Exceptions 
EntryEntry  in the Exceptions to DNS Rebind Protection Exceptions to DNS Rebind Protection section. 
The Add Exceptions List Add Exceptions List page displays. Edit the IP address. 
7. To remove a host from the DNS table, click the RemoveRemove  icon 
5. 1c/ DYNAMIC DNS
Typically, when connecting to the internet, your Gateway is assigned 
Dynamic DNS allows a static domain name to be mapped to the

• Host NameHost Name  – enter the full domain name for your 
Dynamic DNS domain.
• ProviderProvider  – select the Dynamic DNS account provider 
from the menu.

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved• PasswordPassword  – enter the password for your Dynamic DNS 
account.
SSL.
5. 1d/ IPV4 ADDRESS DISTRIbUTION
network requesting an IP address for itself. The DHCP server 
then checks its list of available addresses and leases a local IP 

lease, the host receives current information about network services, 
as it did during the original lease, allowing it to update its network 
configurations to reflect any changes that occurred since the first 

network
allocated
section.

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved2. You can edit the DHCP server settings for a device. On the 
IPv4 Address DistributionIPv4 Address Distribution  page, click the EditEdit icon on the 
screen. The DHCP Settings page opens with the device 
information displayed.
4. Once enabled, the DHCP server provides automatic IP  
assignments (IP leases) based on the preset IP range  
defined below.
• Start IP AddressStart IP Address  – enter the first IP address that 
your Verizon Internet Gateway will automatically 
begin assigning IP addresses from. Since your 
Verizon Internet Gateway’s default IP address is 
192.168.0.1, the default start IP address should be 
192.168.0.2.

Verizon Internet Gateway will stop at for the IP address 
allocation. The maximum end IP address range that can 
be entered is 192.168.0.254.
IPv4 Address Distribution According to DhCP option 60 (Vendor 
Class Identifier)
within the Gateway. User can add option 60 configurations such 
that particular vendor can get lease from a specified pool of

that particular vendor can get lease from a specified pool of 
address. The existing vendor class ID, IP address, MAC address 
and QoS are shown on the screen above.

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedTo view a list of computers:

5. Enter the MAC address of the network interface of the 
computer used with this DHCP static connection.
5. 1e/ IPV6
connection type, select IPv6IPv6  in the Network SettingsNetwork Settings  section 
to display the IPv6 service options:

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedNote: The Internet IPv6 service is required for this feature to 
4. To disable the IPv6 service, move the selector to offoff in the 
should not see any errors when you click on the Apply ChangesApply Changes  
button and the Basic/System/System StatusBasic/System/System Status  page will reflect the 
Gateway’s new IPv6 address.
You should also see the IPv6 address for all IPv6 supported devices 
on your local network displayed on the BasicBasic /DevicesDevices /DevicesDevices  page 
by selecting the Settings icon to access the Device SettingsDevice Settings  page 
for that device.

IPv6 WAN with LAN IPv6 Stateless Settings
select the StatelessStateless  option on the  IPv6 Configuration  IPv6 Configuration 
ControlsControls  page as shown below:
• IPv6 LAN ConfigurationIPv6 LAN Configuration  (select StatelessStateless  from the 

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved3. After entering all appropriate IPv6 settings, click Apply Apply 
ChangesChanges  to have changes take effect.
IPv6 WAN with LAN IPv6 Stateful (DhCPv6) Settings
1. Specify the Stateful (DHCPv6)Stateful (DHCPv6)  settings to be used to assign 
• IPv6 LAN ConfigurationIPv6 LAN Configuration  (select StatefulStateful  from the 

5. 1f/ IPV6 ADDRESS DISTRIbUTION
section.
IPv6 Address DistributionIPv6 Address Distribution  page, click the EditEdit icon on the 
screen column. The DHCP Settings page opens with the 

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved3. To configure the DHCP server complete the following fields:
consecutive list of addresses that makes up this LAN pool 
for the DHCPv6 server.
You can view a list of the connections currently assigned and

5. 1g/ NDP T AbLE
(Neighbor Discovery Protocol )  Table Table  in the Network SettingsNetwork Settings  
section.

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved5. 1h/ NETWORK CONNECTIONS
network.
2. To view and edit the details of a specific network connection, 
click the hyperlinked name or the action icon. The following 
sections detail the types of network connections that you 
can view.

NETWORK (hOME/OFFICE) CONNECTION
Note:  When a network connection is disabled, the underlying 
DHCP address from that Verizon Internet Gateway network 

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CONFIGURING ThE hOME/OFFICE NETWORK
1. In the Network (Home/Office) Network (Home/Office) properties page, click SettingsSettings . 
The configuration page displays.

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General

• IP addressIP address  and Subnet MaskSubnet Mask : the network connection 
uses a permanent or static IP addressIP address  and Subnet MaskSubnet Mask  
address, provided by Verizon or experienced network 
technician.
In the BridgeBridge  section of the Network (Home/Office) Network (Home/Office) 
properties, you can configure the various LAN interfaces.
 
instructed to by Verizon. Changes could adversely affect 
the operation of your Verizon Internet Gateway and your 
 –IP PassthroughIP Passthrough  – select to disable Wi-Fi and routing 
capabilities of the Verizon Internet Gateway.  May

capabilities of the Verizon Internet Gateway.  May 
be necessary if connecting 3rd party routers to the 
 –StatusStatus  – displays the connection status of a specific 
 –ActionAction  – contains an EditEdit hyperlink that, when clicked, 

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved• IP Address DistributionIP Address Distribution
The IP Address DistributionIP Address Distribution  section is used to configure 
the Dynamic Host Configuration Protocol (DHCP) server 
parameters of your Verizon Internet Gateway.
Once enabled and configured, the DHCP server 
automatically assigns IP addresses to any network 
devices which are set to obtain their IP address 
dynamically.
If DHCP Server is enabled on your Verizon Internet 
Gateway, configure the network devices as DHCP Clients. 
There are 2 basic options in this section: DisabledDisabled  and 
DHCP ServerDHCP Server .
To set up the Verizon Internet Gateway’s network bridge 
to function as a DHCP server:
1. In the IP Address DistributionIP Address Distribution  section, select the 
DHCP serverDHCP server . Once enabled, the DHCP server 
provides automatic IP assignments (also referred to

provides automatic IP assignments (also referred to 
as IP leases) based on the preset IP range defined 
below.
 –Start IP AddressStart IP Address  – Enter the first IP address in 
the IP range that the Verizon Internet Gateway 
will automatically begin assigning IP addresses 
from. Since your Verizon Internet Gateway’s IP 
address is 192.168.0.1, the default Start IP Address 
is 192.168.0.2.
 –End IP AddressEnd IP Address  – Enter the last IP address in the 
IP range that the Verizon Internet Gateway will

automatically stop the IP address allocation at. 
The maximum end IP address range that can be 
entered is 192.168.0.254.
2. If Windows Internet Naming Service (WINS) is being 
used, enter the WINS ServerWINS Server  address.
3. In the Lease time in minutesLease time in minutes  field, enter the amount 
of time a network device is allowed to connect to the 
Verizon Internet Gateway with its currently issued 
dynamic IP address.
• IP Address Distribution According to DHCP option 60 IP Address Distribution According to DHCP option 60 
(vendor class Identifier)(vendor class Identifier)
DHCP vendor class is related to DHCP option 60 
configuration within the Gateway. Adding option 60 
configurations allows a particular vendor to get a lease 
from a specified pool of addresses.
You can configure your Verizon Internet Gateway to use static or 
dynamic routing.
• Static routingStatic routing  – specifies a fixed routing path to neighboring

• Dynamic routingDynamic routing  – automatically adjusts how packets travel on 
the network. The path determination is based on network/device 
reachability and the status of the network being traveled.

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedTo configure routing:
Wi-Fi ACCESS POINT CONNECTION
connect to the local area network (LAN) using the 2.4 GHz or  
5 GHz Wi-Fi network. 
Note:  Once disabled, all Wi-Fi devices connected to that Wi-Fi 

2. To access the connection settings pages, click on the link 
of the Wi-Fi Access Point connections listed under Network Network 
name name on the Network ConnectionsNetwork Connections  page.
3. From the connection’s Enable SettingsEnable Settings  page, to enable or 
6. Reboot your Verizon Internet Gateway.

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedCONFIGURING Wi-Fi ACCESS POINT PROPERTIES
1. On the bottom of the Access Point’s specific Enable SettingsEnable Settings  
page, click SettingsSettings . The configuration page displays.
General

at 1500.
EThERNET CONNECTION
using an Ethernet cable inserted into one of your Verizon Internet 
Gateway’s Ethernet LAN ports.
1. To access the Ethernet Ethernet properties  page, click the EthernetEthernet  
link listed under Network name Network name on the Network ConnectionsNetwork Connections  
page.

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2. To rename the network connection, enter the new name in 
CONFIGURING EThERNET PROPERTIES
displays.

General
 –AutomaticAutomatic : sets the MTU (Maximum Transmission Unit 
at 1500).

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved –ManualManual : allows you to manually set the MTU.
5. 1i/ NETWORK Ob JECTS
Network objects define a group, such as a group of computers, 
on your Verizon Internet Gateway network by MAC address, IP 
address, and/or host name. The defined group becomes a network 
object. You can apply settings, such as configuring system rules, to 
all devices defined in the network object.
names, instead of IP addresses. This is useful since IP addresses

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved4. In the DescriptionDescription  field, enter a name for the network object.
address, IP subnet, IP range, MAC address, host name, or 
DHCP option, and click ApplyApply  to save changes.
8. When complete, click Apply ChangesApply Changes  to save changes.
5. 1j/ PORT CONFIGURA TION
1000 Mbps.

5. 1k/ ROUTING
You can view the routing and IP address distribution rules as well as 
add, edit, or delete the rules.

119

• GatewayGateway  – enter the IP address of your Verizon Internet 
Gateway.
Typically, the lowest metric is the most preferred route. If 
multiple routes exist to a specific destination network, the 
route with the lowest metric is used.
allows an Ethernet switch to “listen in” on the IGMP conversation

1. Choose the IGMP interfaces by clicking on the check boxes 

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved5.2/ DIAGNOSTICS & MONITORING
5.2a/ bANDWIDTh  MONITORING
in bytes.
2. In the Diagnostics & MonitoringDiagnostics & Monitoring  section, select Bandwidth Bandwidth 
MonitoringMonitoring .

dIaGNOS tICS  & mONIt ORING
5.2b/ DIAGNOSTICS
2. To ping an IP address, enter the IP address or domain name 
browser.

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved5.2c/ SYSTEM LOGGING
Verizon Internet Gateway. In addition, you can view additional logs, 
such as the security, advanced, firewall, WAN link and LAN DHCP.
1. Select System LoggingSystem Logging  in the Diagnostics & MonitoringDiagnostics & Monitoring  
section.
2. To view a specific time of log event, click on the OptionsOptions  
button.

WAN Log, etc., click the appropriate link in the menu on the 
top.
5.2d/ SYSTEM-WIDE CONNECTIONS
To view your Verizon Internet Gateway’s full system status and 
traffic monitoring data:
1. Select System-wide ConnectionsSystem-wide Connections  in the Diagnostics & Diagnostics & 
MonitoringMonitoring  section.

125

5.2e/ bACKhAUL LOGGING
You can view a summary of the BHM (backhaul modes: Ethernet 
and Wi-Fi) status of your network.
1. Select Backhaul LoggingBackhaul Logging  in the Diagnostics & MonitoringDiagnostics & Monitoring  
section.

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5.3/ SYSTEM
5.3a/ SYSTEM ST A TUS
2. You can quickly view your Gateway’s status by selecting 
System StatusSystem Status  in the SystemSystem  section.

SYStEm
This section displays the status of your Gateway’s local 
network (LAN) and internet connection (WAN), firmware 
and hardware version numbers, MAC Address, IP settings of 
Verizon Internet Gateway and extender(s) (if connected).

129

SYStEm
5.3b/ DA TE & TIME SETTINGS

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved3. Select the local time zone. Your Verizon Internet Gateway 
automatically detects daylight saving times for selected time 
zone.
4. In the Automatic Time UpdateAutomatic Time Update  section, select the EnableEnable  
check box to perform an automatic time update.
5. Enter the IP address or domain name of the Time ServerTime Server , 
then click ApplyApply  to save changes.
6. To refresh the page, click RefreshRefresh . 
5.3c/ FACTORY RESET
configuration of your Verizon Internet Gateway.
Only configuration files saved on a specific Verizon Internet 
Gateway can be applied to that Verizon Internet Gateway. You 
cannot transfer configuration files between Verizon Internet 
Gateways.
Warning:  Manually editing a configuration file can cause your

Gateways.
Warning:  Manually editing a configuration file can cause your 
Verizon Internet Gateway to malfunction or become completely 
inoperable.

SYStEm
You can restore your configuration settings to your Verizon Internet 
Gateway factory default settings. Restoring the default settings 
erases the current configuration, including user defined settings 
and network connections. All connected DHCP clients must request 
new IP addresses. Your Verizon Internet Gateway must restart.
Verizon Internet Gateway are restored to their default values. This 
includes the administrator password. A user-specified password will 
no longer be valid.
To restore your Verizon Internet Gateway’s factory default settings:

2. Select Default Settings or Default Settings except current Default Settings or Default Settings except current 
user settingsuser settings .

133
3. Click Restore Restore button. The factory default settings are applied 
and your Verizon Internet Gateway restarts. Once complete, 
the Login page for the First Time Easy Setup Wizard 
displays.
2. To load a previously saved configuration file, select Recent Recent 
backupbackup  or Load a backup file Load a backup file then click choose filechoose file .
3. Browse to the location of the file, and click Restore Restore button to 
begin the configuration uploading process. 
4. Accessing the My Fios AppMy Fios App  or the My VerizonMy Verizon  account also 
allows you to restore the previously saved settings. Select 
Restore from account Restore from account and use My Fios AppMy Fios App  or My VerizonMy Verizon  
account to restore the saved settings to the Gateway.

SYStEm
5. Click Restore Restore button. Your Verizon Internet Gateway will 
3. Select Router Router or Backup fileBackup file  to save the current 
configuration, then click Save Save button.  
4. If you select Backup fileBackup file , the configuration file is saved to you 
web browser’s download folder. 

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved5.3d/ LED  bRIGhTNESS
The Verizon Internet Gateway allows you to set the LED brightness 
to turn Off (0%) or stay bright (50% or 100%) using the user 
interface. 
3. Select your preferred timeout period (in minutes) from the 
dropdown list for the LED dimming setting. The Status LED 
will automatically turn off after the timeout period. 

SYStEm
5.3e/ OPEN SOURCE SOFTWARE
To view:  From the Advanced Advanced menu, select SystemSystem  from the left pane 
and then click Open Source SoftwareOpen Source Software .
5.3f/ REb OOT  VERIZON  INTERNET  GA TEWA Y
Warning:  Only select Reboot Router if instructed to do so by Verizon 
support.
You can reboot your Verizon Internet Gateway using the Reboot 
Router feature. Refer to 1.1a/ Reset Button  for factory reset function.
To reboot your Verizon Internet Gateway using the user interface:

137
2. To reboot, click Reboot DeviceReboot Device . Your Gateway will reboot. 
This may take up to a minute.
3. To access your Verizon Internet Gateway user interface, 
refresh your web browser.
4. After the Status LED on the front panel turns solid white, you 
will automatically be sent to the web browser login page.
5.3g/ REMOTE ADMINISTRA TION
Caution: Enabling Remote Administration places your Verizon 
Internet Gateway network at risk from outside attacks.
You can access and control your Verizon Internet Gateway not 
only from within the local network, but also from the internet using 
Remote AdministrationRemote Administration .

SYStEm
• Allow Incoming WAN Access to Web-Management Allow Incoming WAN Access to Web-Management - used to 
obtain access to your Verizon Internet Gateway’s UI and gain 
access to all settings and parameters through a web browser.

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved5.3h/ SYSTEM SETTINGS

SYStEm
• Router’s HostnameRouter’s Hostname  – enter the host name of your 
• LocationLocation  – select your current location of the Gateway 
from the dropdown list. 
3. In the User SettingsUser Settings  section, you can view the administration 
user that can currently access your Wi-Fi network. In 
addition, you can modify the login password and manage the 
number of unsuccessful login attempts the administration 
user can enter before your Verizon Internet Gateway 
temporarily denies all further login attempts by the user.
4. In the RouterRouter  section, configure the following by selecting 
activates the automatic refresh of system monitoring web 
pages.

141
http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved• Prompt for Password when Accessing via LANPrompt for Password when Accessing via LAN  – causes 
your Verizon Internet Gateway to ask for a password 
when trying to connect to the network.
user warnings before network configuration changes take 
effect.
• In the Session LifetimeSession Lifetime  field, specify the length of time 
required before re-entering the login password after your 
Verizon Internet Gateway has been inactive.
• In the Number of concurrent sessions that can be logged Number of concurrent sessions that can be logged 
into the routerinto the router  field, select the number of users that can 
access your Verizon Internet Gateway at the same time.
5. In the Remote AdministrationRemote Administration  section, configure the 

• In the System LoggingSystem Logging  section move the selector to onon to 
activate system logging.
received for remote network security logging.

06 /  
TROUbLE
ShOOTING

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedThis chapter lists solutions for issues 
your Verizon Internet Gateway as well as 
Although the majority of the 
Verizon Internet Gateway’s internet 
connectivity is automatic and 
transparent, if an issue does occur 
accessing the internet (e.g. complete 
loss of connectivity, inability to access 
services, etc.), you may need to take 

tROUBlEShOO tING  tIpS
operation of your Verizon Internet Gateway and your local network.
6.0/ TROUbLEShOOTING TIPS
6.0a/ IF YOU ARE UNAbLE TO CONNECT TO ThE INTERNET:
• The first thing to check is whether your Verizon Internet Gateway 
is powered on and is connected to the internet. Check the 
Status LED on the front of the Verizon Internet Gateway. Be sure 
to refer to the “1.1c/ LED” on page 7  to determine status of 
the Verizon Internet Gateway. 
• If the prior tips do not resolve your connection issue, try power 
cycling the Verizon Internet Gateway by unplugging the power 
cord from the power supply and wait 2 minutes. During the 
2 min. wait period, also power cycle the network device (e.g. the 
computer, tablet, etc.) and then plug the power cable back into 
the Verizon Internet Gateway. After 3-5 minutes, recheck the

the Verizon Internet Gateway. After 3-5 minutes, recheck the 
Status LED and try again to access the internet.
• If rebooting your Gateway does not resolve your connection 
issue, try resetting the the Verizon Internet Gateway back to 
its factory default state by manually pressing the reset button 
on the bottom panel of the Verizon Internet Gateway for 3+ 
seconds (the Status LED should go off) to begin resetting 
your Verizon Internet Gateway. Your Gateway will perform a

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http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reservedfactory reset and return the Gateway to default settings. The 
Verizon Internet Gateway will return to service in 3 - 5 minutes 
depending on your network connection. Check Status LED and if 
it is solid white, try again to access the internet.
6.0b/ IF YOU ARE UNAbLE TO CONNECT TO YOUR  
VERIZON  INTERNET  GA TEWA Y  USING WI-FI:
• Be sure your Wi-Fi device is within range of your 
Verizon Internet Gateway; move it closer to see if your 
connection improves.
• Check your network device’s Wi-Fi settings to be sure your 
device’s Wi-Fi is on (enabled) and that you have the correct Wi-Fi 
network and password (if using a Wi-Fi password) as configured 
on your Verizon Internet Gateway.
• Be sure you are connecting to the correct Wi-Fi network; check 
to be sure you are using your Verizon Internet Gateway’s SSID. 
In some cases, if using a Wi-Fi password, you may need to enter

In some cases, if using a Wi-Fi password, you may need to enter 
the Wi-Fi password into your network device again to be sure 
your device accepts the password.
• Check to be sure you are running the latest software for your 
• Try turning your network device’s Wi-Fi off and on, and try to 
connect.

• If you have made any changes in your network settings and 
turning your network device’s Wi-Fi off and on does not help, try 
to restart your network device.
• You may need to turn the Wi-Fi settings from on to off, and back 
to on again and apply the changes.
• If you are still unable to access your Verizon Internet Gateway, 
you may need to try connecting to the Verizon Internet Gateway 
using another network device. If the issue goes away with 
another network device, the issue is likely with that individual 
network device’s configuration.
6.0c/ ACCESSING YOUR  VERIZON  INTERNET  GA TEWA Y  IF 
YOU ARE LOCKED OUT
• If your Verizon Internet Gateway connection is lost while making 
Verizon Internet Gateway’s UI may have inadvertently been 
The common ways to lock access to your Verizon Internet Gateway 
are:
• Scheduler - If a schedule has been created that applies

are:
• Scheduler - If a schedule has been created that applies 
to the computer over the connection being used, your 
Verizon Internet Gateway will not be accessible during the times 
set in the schedule.
• Access Control - If the access control setting for the 
computer is set to block the computer, access to your 
Verizon Internet Gateway is denied.

147
http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedTo gain access, restore the default settings to your Verizon Internet 
Gateway.
6.0d/ RESTORING YOUR VERIZON  INTERNET  GA TEWA Y ’S 
DEFAUL T SETTINGS
There are two ways to restore your Verizon Internet Gateway’s 
default settings. It is important to note that after performing either 
procedure, all previously save settings on your Gateway will be lost.
For additional information regarding the Restore Defaults feature, 
refer to section 5.3c/ Factory Reset /Restore Options .
• Using the tip of a paperclip or similar object, press and hold the 
Reset button on the bottom of your Verizon Internet Gateway for 
over three seconds.
• Access the UI and navigate to the Advanced Settings page. 
Select the 5.3c/ Factory Reset  option. After saving your 
configuration, if desired, click the Factory Default radio button. 
For additional details, refer to the 5.3c/ Factory Reset /Restore

For additional details, refer to the 5.3c/ Factory Reset /Restore 
Options  section of this guide.
Note: If you reset or reboot your Verizon Internet Gateway, you may 
also need to disconnect your Verizon Internet Gateway’s power 
supply for a few minutes (3 or more) and then reconnect the power 
cable.

6.0e/ LAN CONNECTION FAILURE
• Verify your Verizon Internet Gateway is properly installed, LAN 
connections are correct, and that the Verizon Internet Gateway 
and communicating network devices are all powered on.
• Confirm that the computer and Verizon Internet Gateway are 
both on the same network segment.
If unsure, let the computer get the IP address automatically 
by initiating the DHCP function, then verify the computer is 
using an IP address within the default range of 192.168.0.2 
through 192.168.0.254. If the computer is not using an IP 
address within the correct IP range, it will not connect to your 
6.0f/ TIMEOUT ERROR OCCURS WhEN ENTERING ThE URL OR 
IP ADDRESS
• Verizon Internet Gateway is on and connected properly.

IP ADDRESS
• Verizon Internet Gateway settings are the same as the computer.

149
http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedFor connections experiencing lag or a slow response:
• Unplug the Ethernet cable to Verizon Internet Gateway and 
restart the Verizon Internet Gateway, wait 1-2 mins. and insert 
the Ethernet cable again.
• Under limited circumstances you may use a port forwarding 
configuration on the router, based on the application you are 
using (refer to the 5.0e/ Port Forwarding  section or Verizon’s

using (refer to the 5.0e/ Port Forwarding  section or Verizon’s 
support online help for more details).

6.0g/ FRONT LED AND WPS bUTTON
The rear panel’s WPS Button allows quick access to the  
Wi-Fi Protected Setup (WPS) feature and handset paging/paring 
mode. In addition, the WPS Button provides a visual display of the 
Verizon Internet Gateway’s current condition. Refer to the chart 
above for details.

151
http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved6.0h/ bOTTOM  LIGhTED INDICA TORS
Wired LAN 
level can 
be decided 
Ethernet > 
Ethernet < 
Ethernet < 
6 .1 / FREQUENTL Y ASKED QUESTIONS
6. 1a/  I’VE RUN OUT OF EThERNET PORTS ON MY 
VERIZON  INTERNET  GA TEWA Y . hOW DO I ADD MORE 
COMPUTERS OR DEVICES?
• Run a straight-through Ethernet cable from the Uplink port of the 
new hub to the Verizon Internet Gateway.

FRE qUENtl Y aSkEd qUES tIONS
to connect to the Verizon Internet Gateway.
Verizon Internet Gateway and use that port.
6. 1b/  hOW DO I ChANGE ThE PASSWORD ON MY 
VERIZON  INTERNET  GA TEWA Y  UI?
1. On the main screen, select AdvancedAdvanced , then select System System 
SettingsSettings  in the SystemSystem  section.
6. 1c/  IS ThE WI-FI OPTION ON b Y DEFAUL T ON MY 
VERIZON  INTERNET  GA TEWA Y ?
Yes, your Verizon Internet Gateway’s Wi-Fi option is activated out 
of the box.
6. 1d/  IS ThE  WI-FI SECURITY ON b Y DEFAUL T WhEN ThE WI-FI  
OPTION IS ACTIV A TED?
Yes, with the unique WPA2 (Wi-Fi Protected Access II) 
key that is printed on the sticker on the bottom of your 

153
http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved6. 1e/  ARE MY  VERIZON  INTERNET  GA TEWA Y ’S EThERNET 
PORTS AUTO-SENSING?
Yes. Either a straight-through or crossover Ethernet cable can 
be used.
6. 1f/  CAN I USE AN OLDER WI-FI  DEVICE TO CONNECT TO MY  
Yes, your Verizon Internet Gateway can interface with 802.11b, g, 
n, ac or ax devices. Your Verizon Internet Gateway also can be 
setup to handle only n Wi-Fi cards, g Wi-Fi cards, b Wi-Fi cards, 
or any combination of the three.
6. 1g/  CAN MY WI-FI SIGNAL PASS ThROUGh FLOORS, WALLS, 
AND GLASS?
The physical environment surrounding your Verizon Internet 
Gateway can have a varying effect on signal strength and quality. 
The denser the object, such as a concrete wall compared to 
a plaster wall, the greater the interference. Concrete or metal 
reinforced structures experience a higher degree of signal loss

reinforced structures experience a higher degree of signal loss 
than those made of wood, plaster, or glass.

6. 1h/  hOW DO I LOCA TE ThE IP ADDRESS ThA T MY 
In Windows 8 or Windows 10, click the Windows button and 
select SettingsSettings , then click Network & InternetNetwork & Internet  and StatusStatus . Click 
the PropertiesProperties  button for details of IP address.
2. Click the Settings icon to access the Device SettingsDevice Settings  page 
for that device to view detailed IP address information for the 
device.
6. 1i/  I USED DhCP TO CONFIGURE MY NETWORK. DO I 
NEED TO REST ART MY COMPUTER TO REFRESh MY IP 
ADDRESS?
No. In Windows 8, Windows 10 and Mac OSX, unplug the 
Ethernet cable or Wi-Fi card, then plug it back in.
6. 1j/  I CANNOT ACCESS MY  VERIZON  INTERNET  GA TEWA Y  UI.

ADDRESS?
6. 1j/  I CANNOT ACCESS MY  VERIZON  INTERNET  GA TEWA Y  UI. 
WhA T ShOULD I DO?
If you cannot access the UI, verify the computer connected to 
your Verizon Internet Gateway is set up to dynamically receive 
an IP address.

155
http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved6. 1k/  I hA VE A FTP OR WEb SERVER ON MY NETWORK. hOW 
CAN I MAKE IT A V AILAbLE TO USERS ON ThE INTERNET?
For a web server, enable port forwarding for port 80 to the IP 
6. 1l/  hOW MANY COMPUTERS CAN bE CONNECTED 
ThROUGh MY  VERIZON  INTERNET  GA TEWA Y ?
Your Verizon Internet Gateway is capable of 254 connections, 
but we recommend having no more than 132 connections. As the 

07 /  
SPECIFICA TIONS

157
http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedThe specifications for your Verizon 
Internet Gateway are as follows.

GENER al SpECIFIC atIONS  
7.0/ GENERAL SPECIFICA TIONS 
Model Number:  ASK-NCQ1338FA
Technical Standard:  LTE Category 18, 5G NR Sub 6
Frequency band:  LTE Band: B2/B5/B13/B48/B66, DL 
4x4 MIMO  
5G Band: 256 QAM, DL 4x4 MIMO 
n2/n5/n48/n66/n77  
Dimensions:  130mm x 136mm x 136mm  
(L x W x H)
Storage Humidity:  5% to 95% (non-condensing)

159
http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reserved7.1 / CONNECTIONS
DC Input:  source adapter: 12V/2A
Ethernet: RJ-45 LAN * 2

161
http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedThis chapter lists various compliance

REGUlat ORY  COmplIaNCE  NOtICES
8.0/ REGULA TORY COMPLIANCE NOTICES
8.0a/ Class b Equipment
This equipment has been tested and found to comply with the limits 
for a Class B digital device, pursuant to Part 15 of the FCC Rules. 
These limits are designed to provide reasonable protection against 
harmful interference in a residential installation. This equipment 
generates, uses and can radiate radio frequency energy and, if 
not installed and used in accordance with the instructions, may 
cause harmful interference to radio communications. However, 
the interference by one of the following measures:

help.
FCC Caution: Any changes or modifications not expressly approved 
by the grantee of this device could void the user’s authority to 
operate the equipment.
only.

163
http://support.verizon.com/router    |    ©2022 Verizon. All Rights ReservedRF Exposure:
To comply with FCC RF exposure compliance requirements, the 
antenna used for this transmitter must be installed to provide a 
separation distance of at least 28cm from all persons (indoor), and 
must not be co-located or operating in conjunction with any other 
antenna or transmitter.
is subject to the following two conditions: (1) this device may 
any interference received, including interference that may cause 
8.0b/ Safety Warning: 
antenna connector of tuner and to all accessible parts and

8.0c/ Alerte de sécurité:
TNV-1.
3. L’écran du câble coaxial est destiné à être mis à la terre dans 
l’installation du bâtiment.
The cable distribution system should be grounded (earthed) in 
accordance with ANSI/NFPA 70, the National Electrical Code 
(NEC), in particular Section 820.93, Grounding of Outer Conductive 
Shield of a Coaxial Cable.
Le système de distribution par câble doit être mis à la terre 
conformément à ANSI / NFPA 70, Code national de l’électricité 
(NEC), en particulier à la section 820.93, Mise à la terre du blindage 
conducteur extérieur d’un câble coaxial.
8.0d/ NEb S (Network Equipment building System) Statement

An external SPD is intended to be used with ASK-NCQ1338FA.
subassembly is suitable for connection to intra-building or 
unexposed wiring or cabling only. The intra-building port(s) of the 
equipment or subassembly MUST NOT be metallically connected to

165
http://support.verizon.com/router    |    ©2022 Verizon. All Rights Reservedinterfaces that connect to the OSP or its wiring. These interfaces 
are designed for use as intra-building interfaces only (Type 4 ports 
as described in GR-1089) and require isolation from the exposed 
OSP cabling. The addition of Primary Protectors is not sufficient 
protection in order to connect these interfaces metallically to OSP 
wiring.
Caution:  The Verizon Internet Gateway must be installed inside the 
home. The Router is not designed for exterior installation.
8.0e/ GENERAL PUbLIC LICENSE
WITHOUT ANY WARRANTY. All such software is subject to the

change such programs. You do not need a copy of any of such open 
source software source code to install or operate the device.

Validate your hands-on Google Cloud skills and advance your career with the Associate Cloud
Engineer certification. Certification can help you gain credibility and give you an advantage in
today’s highly competitive market. The Associate Cloud Engineer certification is for individuals
who want to demonstrate their ability to deploy applications, monitor operations, and maintain
cloud projects on Google Cloud. It is recommended that you have at least 6 months of hands-on
experience working with Google Cloud. The exam will assess your ability to:
●
Set up a cloud solution environment
●
Plan and configure a cloud solution
●
Deploy and implement a cloud solution
●
Ensure successful operation of a cloud solution
●
Configure access and security
I recommend broadening your knowledge by completing the following Qwiklabs Self-Paced
Labs, which are single-topic hands-on activities; and Qwiklabs Quests, which are groups of
self-paced labs on a focused theme:
●
Quest: Kubernetes in Google Cloud
●

●
●
Quest: Google Kubernetes Engine Best Practices: Security
●
Self-Paced Lab: Cloud Functions - Qwik Start
●
Quest: Application Development - Python
To help you structure your preparation for the Associate Cloud Engineer exam, we recommend
the
Preparing for the Associate Cloud Engineer Examination
course.
You can also prepare using the
Official Google Cloud
Certified Associate Cloud Engineer Study
Guide
, published by Wiley. Visit the
Google Cloud
Certification website
for more information and
to register.
Good luck!

G o o g l e  C l o u d  F u n d a m e n t a l s : 
C o r e  I n f r a s t r u c t u r e
_ _ _ _
M o d u l e  1 :  I n t r o d u c i n g  G o o g l e  C l o u d
M o d u l e  2 :  R e s o u r c e s  a n d  A c c e s s  i n  t h e  C l o u d
M o d u l e  3 :  V i  u a l  M a c h i n e s  a n d  N e t w o r k s  i n  t h e  C l o u d
M o d u l e  4 :  S t o r a g e  i n  t h e  C l o u d
M o d u l e  5 :  C o n t a i n e r s  i n  t h e  C l o u d
M o d u l e  6 :  A p p l i c a t i o n s  i n  t h e  C l o u d

M o d u l e  7 :  D e v e l o p i n g  a n d  D e p l o y i n g  i n  t h e  C l o u d
M o d u l e  8 :  L o g g i n g  a n d  M o n i t o r i n g  i n  t h e  C l o u d
M o d u l e  9 :  C o u r s e  S u m m a r y

GOOGLE CLOUD
ASSOCIATE ENGINEER
100 PRACTICE
QUESTIONS WITH
ANSWERS/EXPLANATIONS
Get Certified Efficiently
Joseph Holbrook
TechCommanders, LLC

Copyright © 2020 Joseph Holbrook
Copyright © 2020  Techcommanders, LLC 
All rights reserved. No part of this publication may be reproduced, distributed, or transmitted in any
form or by any means, including photocopying, recording, or other electronic or mechanical methods,
without the prior written permission of the publisher, except in the case of brief quotations embodied in
critical reviews and certain other noncommercial uses permitted by copyright law. For permission
requests, write to the publisher, addressed “Attention: Permissions Coordinator,” at the address below.
Any references to historical events, real people, or real places are used fictitiously. Names, characters,
and places are products of the author’s imagination.
Front cover image by Self. 
Book design by Self 
Printed by Techcommanders, LLC., in the United States of America.
First printing edition 2020.
Techcommanders, LLC
Jacksonville, FL 32256
www.TechCommanders.com

Book Dedication
This book is dedicated to my soulmate and wife, Frida, my daughter
Destiny, and my stepson Lenin for their full support during this writing
process.  The book took significant effort to assemble and publish which
took away hours of family time.

CONTENTS
Title Page
Copyright
Dedication
Disclosure
GCP Associate Cloud Engineer Practice Exams  
GCP Associate Cloud Engineer Practice Exam One - Questions W/O
Answer/Explanations
GCP Associate Cloud Engineer Practice Exam One - With
Answers/Explanations
GCP Associate Cloud Engineer Practice Exam Two - Questions W/O
answers/Explanations
GCP Associate Cloud Engineer Practice Exam Two - With
About The Author

Google Cloud Associate Cloud Engineer 100 Practice Questions has been
developed as a guide to help you gauge your knowledge and readiness for the
Google Cloud Associate Cloud Engineer Exam.  
The practice exams should be a guide to determine if your ready for the
exam.  
The exam is very challenging and I wish you much success in your careers.

DISCLOSURE
TechCommanders, LLC is an independent entity from Google and Google
Cloud.  This publication may be used in assisting candidates, students and
readers to better prepare for the Google Cloud Associate Cloud Engineer
exam.  
Neither TechCommanders, LLC nor Google and or Google Cloud warrant
this publication will ensure passing the Google Cloud Associate Cloud
Engineer exam.
The Google Cloud and Google Cloud Associate Cloud Engineer are
trademarks or registered trademarks of Google in the United States and/or
other countries. All other trademarks are trademarks of their respective
owners.

GCP ASSOCIATE CLOUD
ENGINEER PRACTICE
EXAMS  
BEFORE YOU BEGIN
The main objective of these mock exams is to validate you have understand
the objectives for the exam.
Answers with explanations are on the following pages.
If you do well on these exams (Over 75%) you should feel confident to sit
for and pass the Associate Cloud Exam immediately! Good Luck!
Additional FREE practice Questions are available online at
https://TechCommanders.net/GCPFreepractice

EXAM ONE - QUESTIONS
W/O
ANSWER/EXPLANATIONS
This practice exam is followed with the same practice exam with answers and
explanation. 
Good Luck.  These questions are more difficult than on the exam. If you do
well here. you should feel confident on sitting for the exam.
1. You have downloaded the SDK kit from Google and now would like to
manage containers on GKE with gcloud.  What command would be typed to
install kubectl in the CLI?
A
. 
Gcloud components install kubectl
B
. 
Gcloud components kubectl install
C
. 
Gcloud components install kubernetes
D
. 
Gcloud components install components kubectl
2. A recent software update to your enterprises e-commerce website that is
running on Google Cloud has caused the website to crash for several hours.
Your CTO decides that all critical changes must now have a back-out/roll-
back plan. The website is deployed on hundreds of virtual machines (VMs),
and critical changes are frequent.

Which two actions should you take to implement the back-out/roll-back
plan??
A
. 
Use managed instance groups with the "update-instances"
command when starting a rolling update
B
. 
Enable object versioning on the website's static data files stored
in Google Cloud Storage
C
. 
Create a new instance template with applied fixes and roll out
via A/B test
D
. 
Use unmanaged instance groups with the "update-instances"
command when 
starting a rolling update
3. Your company uses a third-party monitoring solution for your
enterprise apps. You are using Kubernetes Engine for your container
deployments and would like to enable this internal monitoring app for
Kubernetes clusters. What would be the best approach? (Select One)
A
. 
Deploy the monitoring pod as a DaemonSet.
B
. 
Deploy the monitoring pod as a cluster
C
. 
Deploy the monitoring extension for Stackdriver Trace
D
. 
Deploy a solution from the Cloud Marketplace
4. App Engine services are specified(designed) to be _________?
A
.

C
. 
D
. 
A
. 
Regional
B
. 
Global
C
. 
Multi-regional
D
. 
Zonal
5.  The Monitoring agent, ________________, is based on the original
collectd system statistics collection daemon? (Select One)
A
. 
Stackdriver-agent
B
. 
Stackdriver-agent-collectd
C
. 
Stackdriver-collectd
D
. 
Stackdriver-statsd

6.  You are currently deploying an application on a Kubernetes cluster.
Your aware that a Deployment’s rollout is triggered if and only if the
Deployment’s pod template is changed, for example if the labels or
container images of the template are updated. Other updates, such as scaling
the Deployment, do not trigger a rollout.  What is the file name that would
need to be changed? (Select 
One)  
A
. 
.spectemplate.yaml
B
. 
App.py
C
. 
.template.yaml
D
. 
.spec.template
7.  You are currently looking at your GCP platform with gcloud and
would like to list all the instances in GCP Compute Engine. What command
would you use?   (Select One)  
A
. 
gcloud compute instances grep
B
. 
gcloud grep compute instances
C
. 
gcloud compute list instances
D
. 
gcloud compute instances list
8.  __________________is a unified programming model and also a
managed service for developing and executing a wide range of data
processing patterns including ETL, batch computation, and continuous

computation.  What is the service?  (Select One)  
A
. 
Cloud Datalab
B
. 
Cloud Dataflow
C
. 
Cloud Dataproc
D
. 
Cloud Spanner
9  Your considering placing your Infrastructure as code processes on Cloud
Deployment Manager. What would be a risk of doing this? (Select One)

A
. 
Cloud Deployment Manager requires a Google APIs service
account to run.
B
. 
Cloud Deployment Manager APIs could be deprecated in the
future.
C
. 
Cloud Deployment Manager can be used to permanently delete
cloud resources.
D
. 
Cloud Deployment Manager takes some training to use.
10  You are currently reviewing your project in GCP using gcloud.  You
would like to confirm what the DNS related info is for a project. What is the
command to do this? Select One
(Select One)  
A
. 
gcloud dns project-info describe
B
. 
gcloud dns project-info list
C
. 
gcloud dns project-info show
D
. 
gcloud dns project-info grep
11. You are evaluating new GCP services and would like to use tools to
help you evaluate the costs of using GCP. What are two tools available from
GCP to help analyse costs.  (Select Two)  
A
. 
Pricing Calculator
B
. 
ROI Calculator
C
. 
TCO Tool
D
. 
Cost Optimization Tool
12. You would like to create a new container repository with Cloud Source

A
. 
B
. 
C
. 
TCO Tool
D
. 
Repositories using gcloud. What would be the command to create a repo
called "devops" (Select One) 
A
. 
gcloud source repo create devops
B
. 
gcloud source repos create devops
C
. 
gcloud create source repos "devops"
D
. 
gcloud create source repos devops

13.  Your currently ready to deploy some Cloud Deployment Manager
templates and you will need to ensure specific requirements ("explicit") exists
before the templates deploy. What would be the option you would add to
your templates or configuration files? (Select One) 
A
. 
dependsOn
B
. 
properties
C
. 
variables
D
. 
deployON
14. By default you can create up to _______ networks per project. (Select
One) 
A
. 
10
B
. 
100
C
. 
5
D
. 
50
15.  You would like to deploy a LAMP stack for your development team. 
The only issue is you’re not sure how to configure this LAMP stack.  You
would like to use a solution that has readymade templates to deploy. What
GCP service could you use  (Select One) 
A
. 
Cloud Deployment Manager
B
. 
Cloud Marketplace
C
. 
Cloud Endure
D
. 
Cloud DataFlow
16. You would like to create a file structure for Cloud Storage that can be
mounted to Compute Engine. What would be the best option?  (Select One) 
A
. 
Fuse Tool
B
. 
Samba
C
. 
NFS
D
. 
Use Filestore

17.   The__________ Tier delivers traffic over Google’s well-provisioned,
low latency, highly reliable global network. (Select One) 
A
. 
Standard
B
. 
Premium
C
. 
Cloud VPN
D
. 
Cloud Interconnect
18.  You are designing a CD Pipeline and would like to have your source
code hosted on GKE, Build Automation and Artifact Management with
GCP Services.  Your currently using Spinnaker for your code deployment. 
Refer to the diagram and place in the proper sequence for A, B, C to design
your initial CD Pipeline.
(Select One)
A
. 
Cloud Source Repositories, Cloud Build, GKE
B
. 
Cloud Build, Cloud Source Repositories, Container
Registry
C
. 
Cloud Source Repositories, Cloud Build, Container
Registry
D
. 
Kubernetes Engine, Cloud Source Repositories, Container
Registry
19.  You have just started your cluster and deployed your pods. You now
need to view all the running pods.  What is the proper CLI syntax to

accomplish this task?  (Select One) 
A
. 
kubectl get pods
B
. 
kubectl list pods
C
. 
gcloud get pods
D
. 
gcloud list pods
20.  You have been contacted by the enterprise support team which has told
you there have reports of significant latency at specific times for an
application running on GCP.  They would like you to review the issue and
provide them insight into why the application is latent at specific times? 
What Google Cloud service could you use to inspect latency data that has
been collected in near real time? (Select One) 
A
. 
Stackdriver Debug
B
. 
Stackdriver Trace
C
. 
VPC Trace Logs
D
. 
Stackdriver Profiler
21. The Organization resource is the root node in the Google Cloud Platform
hierarchy and is the hierarchical super node of projects. What are the types of
customers an organization resource is available for? Select Two (Select
Two) 
A
. 
GSuite
B
. 
Gmail
C
. 
Google for Education
D
. 
Cloud Identity

Two) 
A
. 
GSuite
B
. 
Gmail
C
. 
D
. 
22 . In GCP there are two types of managed instance groups. (Select Two)
A
. 
Zonal
B
. 
Regional
C
. 
Global
D
. 
GDPR

23. Which of the following features are supported by GCP Cloud Storage? 
(Select Two) 
A
. 
Object Versioning
B
. 
Object Lifecycle Management
C
. 
Object Analysis Management
D
. 
Object Antivirus Scanning
24.  You’re currently being summoned to the CIO office and he would like to
have a copy of the billing reports from Google Cloud Platform.  What answer
has the correct formats you can export billing info to?   (Select One) 
A
. 
CSV or JSON
B
. 
CSV or XML
C
. 
JSON or XML
D
. 
JSON or .Doc
25.  Which of the following is not possible using primitive roles in GCP?
(Select One) 
A
. 
Allows a user access to view all datasets in a project, but
not run queries on them.
B
. 
Allows Development owner access and Production editor
access for all datasets in a project.
C
. 
Allows a user access to view all datasets in a project only
D
. 
None of the above
26.  You are getting to migrate VMS from your onsite datacenter to GCP

C
. 
D
. 
Compute Engine. What is the gcloud command to import images and create a
bootable image? (Select One) 
A
. 
gcloud compute images import 
B
. 
gcloud compute import images
C
. 
gcloud compute images "import"
D
. 
gcloud compute import "images"

27.  You’re currently considering moving your on-premises CI pipeline from
on premises to Google Cloud Platform.  You would like to have code
maintained in a private Git repository which is hosted on the Google Cloud
Platform. What 
service would you choose? (Select One) 
A
. 
Container Registry
B
. 
C
. 
Cloud Source Repositories
D
. 
Cloud Build
E
. 
Cloud Run
28. Google Cloud has both types of services that are "ops and no-ops"
management requirements when as referring to customizability with compute
services. How would you rank the four compute services on a scale ranging
from the fewest management requirements and lowest customizability to the
most management requirements and highest customizability? (Select One) 
A
. 
Cloud Functions, Compute Engine, Kubernetes Engine,
App Engine
B
. 
Cloud Functions, Kubernetes Engine, App Engine Compute
Engine
C
. 
Cloud Functions, App Engine, Kubernetes Engine,
D
. 
Cloud Functions, App Engine, Compute Engine,

App Engine
B
. 
Engine
C
. 
D
. 
29. You have been contacted by your CIO to improve your application
availability. You have decided to use instance groups by spreading your
instances across three zones. What type of instance group do you select? 
A
. 
Multi-Regional managed groups
B
. 
Multi-Zonal managed groups
C
. 
Regional managed groups
D
. 
Zonal managed groups

30. Cloud SQL is a fully managed database service.  What three variations of
SQL does Cloud SQL Support?  (Select Three) 
A
. 
MYSQL
B
. 
NewSQL
C
. 
MS SQL
D
. 
Oracle SQL
E
. 
Postgres SQL
31.  You have just deployed your application on App Engine standard in the
following region.
us-east4 (Northern Virginia)
What is the required process to change your App Engine instance from
Northern Virginia to? 
europe-west (Belgium)
Select the best answer. (Select One) 
A
. 
App Engine is a regional service so if you move it has to be
in the same region
B
. 
App Engine is a global service so just
run  http://[YOUR_PROJECT_ID].appspot.com.
C
. 
App Engine is a regional service so just
D
. 
App Engine is a regional service so the region can’t be
changed or moved after its set
32. You’re currently working with several contractors. They are using Cloud
Storage buckets for dropping files for review and your company’s approval.

Which of the following should you NOT perform?  (Select One) 
A
. 
Create a separate bucket for each vendor.
B
. 
Give each vendor the roles/storage.objectAdmin for their
respective bucket.

C
. 
Give each vendor the roles/owner for their respective
bucket.
D
. 
Give them a link to their bucket, which has the format:
console.cloud.google.com/storage/browser/[BUCKET_NAME]
33.  When learning about external IP addresses in GCP which of the
following is NOT correct?   (Select One) 
A
. 
Assigned from a pool
B
. 
Assigned from an internal static address
C
. 
Assigned from an external static address
D
. 
VM does not know its address but its mapped internally to
an internal IP
34. Your users are only uploading resources (writing) to an access-controlled
bucket. You can use the _____________________functionality of Cloud
Storage to require only one signed URL. (Select One) 
A
. 
Resumable uploads
B
. 
Controlled uploads
C
. 
Authenticated uploads
D
. 
Signed uploads
35. VPC Network Peering allows you to peer two VPC networks so that the
VMs in the two networks can communicate via internal, private IP addresses.

C
. 
D
. 
Which of the following is NOT true about Network Peering? (Select One) 
A
. 
VPC Network Peering works with Compute Engine and
App Engine Standard
B
. 
Peering can be configured for one VPC network even
before the other VPC network is created.
C
. 
A given VPC network can peer with multiple VPC
networks
D
. 
VPC Network Peering works with Compute
Engine and App Engine Flexible

36.    You have  been asked by your customer to move their "in house"
application to App Engine. Customer would like to know what runtimes are
supported.  Which of the following are the supported programming
languages?   (Select Four) 
A
. 
Python
B
. 
PHP
C
. 
Rust
D
. 
Perl
E
. 
Go
F
. 
Java
G
. 
Solidity
37.  You company is going to be testing user provisioning with Google
services.  You want to manually provision users for testing or other
purposes manually by using the_________________   (Select One) 
A
. 
Gmail Console
B
. 
Gsuite Admin Console
C
. 
GCP Console
D
. 
Open ID
38.    The VM instances quota is also a _____________quota and limits the
number of VM instances that can exist in a given __________, regardless of
whether the VM is running or not.   (Select One) 
A
. 
Region, Regional
B
. 
Regional, Region
C
. 
Zonal, Regional
D
. 
Zonal, Global
39.    You need to create many projects for many different teams. You want

A
. 
B
. 
C
. 
D
. 
to use a Cloud Deployment Manager (DM) deployment to create those
projects in a folder called devops1.
What should you do? (Select One)

A
. 
This cannot be done. Use Terraform since it supports teams
better.               
B
. 
Create a project called devops1 and enable appropriate
APIs. Grant the project creator role to the service account
Use command “gcloud deployment-manager deployments
create -project devops1
C
. 
APIs. Grant the project owner role to the service account
Use command “gcloud deployment-manager deployment
D
. 
APIs. Grant the 
organization role to the service account
create new -project devops1
40.  The maximum number of subnets in a project is how many?  (Select
One) 
A
. 
10
B
. 
100
C
. 
125
D
. 
1250
41.   What is the maximum size of a log entry with logging (Select One) 
A
. 
128
B
. 
256
C
. 
512
D
. 
127
42.   What does Cloud Logging in Google Cloud include as part of the
service? (Select Three) 
A
.

A
. 
128
B
. 
256
C
. 
512
D
. 
127
A
. 
User Interface (Logs Viewer)
B
. 
API for programmatic access
C
. 
Storage for logs

D
. 
Analytics Tools
E
. 
Kubernetes Logging extensions.
43.   What is the default retention period for Admin Activity Logs? (Select
One) 
A
. 
30 days
B
. 
400 days
C
. 
500 days
D
. 
31 days
44.  Using gsutil you can download text files from a bucket by using what
gsutil command? (Select Two) 
A
. 
gsutil cp gs://my-bucket/*.files
B
. 
gsutil dn gs://my-bucket/*.txt
C
. 
gsutil copy gs://my-bucket/*.txt
D
. 
gsutil cp gs://my-bucket/*.txt
45.
 
You would like to obtain the current IAM Policy for a project called my-
project test. What would be the correct syntax?  (Select One) 
A
. 
gcloud set-iam-policy project my-project-test    
B
. 
gcloud projects get-iam-policy my-project-test    
C
. 
gcloud projects get-iam-policy --my-project-test    
D
. 
gcloud get-iam-policy my-project-test    
46.
 
 GCLOUD wide commands. These flags are available to all commands.
Which is NOT a gcloud wide command? (Select One)
A
. 
--account
B
. 
--configuration
C
. 
--help
D
. 
--verbose

47.
 
 What page in the GCP Billing page contains details about your costs and
payment information?  (Select One) 
A
. 
History
B
. 
Billing and Invoicing
C
. 
Payments
D
. 
Organizations
48.
 
 When considering storage options for your virtual machines in Compute
Engine the choices can be confusing when costing is not the main concern. 
Without costing being a concern, what type of storage would provide fast and
reliable block storage and scale to 64TB?  (Select One) 
A
. 
Standard Persistent
B
. 
SSD Persistent
C
. 
Local SSD
D
. 
Cloud Storage Buckets
49.
 
 Compute Engine blocks or restricts traffic through all of the following
ports/protocols between the Internet and virtual machines, and between two
virtual machines when traffic is addressed to their external IP addresses
through these ports (this also includes load-balanced addresses). These ports
are permanently blocked; they cannot be opened using firewall rules. What
ports are blocked in Compute Engine? (Select Three) 
A
.

A
. 
All outgoing traffic to port 25 (SMTP) is blocked.
B
. 
All traffic coming from on premises
C
. 
GRE traffic is blocked, even between VMs
D
. 
Most outgoing traffic to port 465 or 587 (SMTP over SSL)
is blocked, except for known Google IP addresses
E
. 
All outgoing traffic to port 22 (SSH) is blocked.
50.
 
 Cloud SQL is a fully managed SQL database service.  You need to scale
this service for reads and writes. What type of scaling would you want to
use? (Select One) 
A
. 
Horizontally

EXAM ONE - WITH
A
. 
B
. 
C
. 
D
. 
Correct Answer(s): A. gcloud components install kubectl
Explanation: Using gcloud is very important for this cloud engineer exam
around Kubernetes. The gcloud commands are what interact with GCP
resources that create and manage the clusters and then the kubectl, which is
the Kubernetes command line tool is used to run commands against
Kubernetes clusters on GKE.

back 
plan. The website is deployed on hundreds of virtual machines (VMs),
plan??

A
. 
B
. 
C
. 
D
. 
Correct Answer(s): B. Processor
Explanation: Use managed instance groups to provide updates and object
versioning will ensure that you can get back to the previous stable version.
Kubernetes clusters. What would be the best approach? (Select One)  
A
. 
B
. 
C
. 
D
.

A
. 
B
. 
C
. 
D
. 
Correct Answer(s): A. Deploy the monitoring pod as a DaemonSet.
Explanation:  Many monitoring solutions use the Kubernetes DaemonSet
structure to deploy an agent on every cluster node. S Note that each tool has
its own software for cluster monitoring. Heapster is another option that could
also be used, Heapster is a bridge between a cluster and a storage designed to
collect the cluster metrics. Stackdriver is native to Google Cloud and
therefore the recommended approach by Google Cloud.
A
. 
Regional
B
. 
Global
C
. 

D
. 
Zonal
Correct Answer(s): A. Regional
Explanation:  App Engine is a regional service , which means the
infrastructure that runs your apps is located in a specific region. This region
cannot be moved nor migrated.  It is managed by Google to be redundantly
available across all the zones within that region.
A
. 
B
. 
C
. 
D
. 
Correct Answer(s): A. Stackdriver-agent
Explanation: The Stackdriver Monitoring agent is a collectd-based daemon
that gathers system and application metrics from virtual machine instances
and sends them to Stackdriver
Monitoring.    cloud.google.com/monitoring/agent/

need to be changed? (Select One)  
A
. 
B
. 
App.py
C
. 
D
. 
Correct Answer(s): D. .spec.template is a deployment template.
Explanation: A Deployment's rollout is triggered if and only if the
Deployment's Pod template is changed.

https://kubernetes.io/docs/concepts/workloads/controllers/deployment/  
A
. 
B
. 
C
. 
D
. 
Correct Answer(s):  D. gcloud compute instances list 
Explanation:  Review the gcloud documentation site for command syntax
https://cloud.google.com/sdk/gcloud/reference/compute/instances/list
A
. 
B
. 
C
. 
D
. 
Correct Answer(s):  B. Cloud Dataflow

A
. 
B
. 
C
. 
D
. 
 
Cloud Dataflow is a unified programming model and a managed
service for developing and executing a wide range of data processing patterns
including ETL, batch computation, and continuous computation.   The
challenge with a lot of the GCP services is that they sound the same or have
the same prefix which can be confusing. 
https://cloud.google.com/sdk/gcloud/reference/dataflow/

A
. 
B
. 
future.
C
. 
D
. 
Correct Answer(s): B. Cloud Deployment Manager.
Explanation: APIs could be deprecated in the future.
APIs of course take maintenance. Other choices would likely not be a risk.
A
. 
B
. 
C
. 
D
. 
Correct Answer(s): A. gcloud dns project-info describe
Explanation: gcloud commands need to be memorized.  The easy way to
rule out two answers is generally to look at the service which should come

after gcloud. If the answer is flag related, then we need to memorize in most
cases. https://cloud.google.com/sdk/gcloud/reference/dns/project-info/
A
. 
B
. 
C
. 
TCO Tool
D
. 

Correct Answer(s): A and C: Pricing Calculator and TCO Tool
Explanation.  For this exam. Expect several questions on pricing Bigtable and
Storage.  You can also take advantage of some tools to help you evaluate the
costs of using GCP.  The pricing calculator provides a quick and easy way to
estimate what your GCP usage will look like. You can provide details about
the services you want to use, such as the number of Compute Engine
instances, persistent disks and their sizes, and so on, and then see a pricing
estimate. 
https://cloud.google.com/products/calculator
The Total Cost of Ownership (TCO) Tool evaluates the relative costs for
running your compute load in the cloud and provides a financial estimate.
The tool provides several inputs for cost modelling, which you can adjust,
and then compares estimated costs on GCP and AWS. This tool does not
model all components of a typical application, such as storage and
networking. 
https://inthecloud.withgoogle.com/tco-assessment-19/form.html

A
. 
B
. 
C
. 
D
. 
Correct Answer(s): B. gcloud source repos create devops
Explanation.  Note on the cloud engineer exam. There were a few questions
that required exact syntax knowledge for devops services such as Cloud
Build, Cloud Source Repo and Container Registry
https://cloud.google.com/source-repositories/docs/creating-an-empty-
repository

A
. 
dependsOn
B
. 
C
. 
variables
D
. 
deployON
Correct Answer(s): A. dependsOn
Explanation.  "dependsOn"  You can specify these dependencies using the
dependsOn option in your configuration files or templates. When you add the
dependsOn option for a resource, Deployment Manager creates or updates the
dependencies before creating or updating the resource.   
https://cloud.google.com/deployment-manager/docs/configuration/create-
explicit-dependencies
One) 
A
. 
10
B
. 
100
C
. 
5
D
. 
50
Correct Answer(s): C. 5
Explanation. By default ,the limit is 5 per project.  You can contact support to

One) 
A
. 
10
B
. 
100
C
. 
5
D
. 
50
have this adjusted as needed.  The exam has a few trivia around projects and
quotas.
https://cloud.google.com/vpc/docs/using-vpc
GCP service could you use  (Select One)

A
. 
B
. 
C
. 
D
. 
Correct Answer(s): B. Cloud Marketplace
Explanation: Google Cloud Marketplace formerly Cloud Launcher offers
ready-to-go development stacks, solutions, and services to accelerate
development, so you spend less time installing and more time developing.    
https://cloud.google.com/launcher/
A
. 
Fuse Tool
B
. 
Samba
C
. 
NFS
D
. 
Correct Answer(s): A. Fuse Tool
Explanation: You can use the Google Cloud Storage FUSE tool to mount a
Cloud Storage bucket to your Compute Engine instance. The mounted bucket
behaves similarly to a persistent disk even though Cloud Storage buckets are
object storage.  To learn how to mount a Cloud Storage bucket on your
instance, 
read Using Cloud Storage FUSE.

instance, 
https://cloud.google.com/compute/docs/disks/gcs-buckets
17.  The__________ Tier delivers traffic over Google’s well-provisioned,
A
. 
Standard
B
. 
Premium
C
. 
Cloud VPN
D
. 
Correct Answer(s): B. Premium

Explanation: The Premium Tier delivers traffic over Google’s well-
provisioned, low latency, highly reliable global network.
https://cloud.google.com/network-tiers/
A
. 
B
. 
Registry
C
. 
Registry
D
. 
Registry
Correct Answer(s): C. Cloud Build, Cloud Source Repositories, Container
Registry
Explanation: Effectively place the services in the proper order.
CI/CD Pipeline https://cloud.google.com/solutions/continuous-delivery/

Registry

A
. 
B
. 
C
. 
D
. 
Correct Answer(s): A: kubectl get pods
Explanation:   The command syntax to inspect pods is the same as you would
use for your on-premises deployments. kubectl get pods
A
. 
B
. 
C
. 
D
. 
Correct Answer(s): A: Stackdriver Trace (Cloud Trace)
Explanation:   Cloud Trace formerly Stackdriver Trace is a distributed tracing

. 
C
. 
D
. 
system that collects latency data from your applications and displays it in the
Google Cloud Console. You can track how requests propagate through your
application and receive detailed near real-time performance insights. Cloud
Trace automatically analyses all your application's traces to generate in-depth
latency reports to surface performance degradations, and can capture traces
from all your VMs, containers, or App Engine projects.
customers an organization resource is available for? (Select Two) 
A
. 
GSuite

B
. 
Gmail
C
. 
D
. 
Correct Answer(s): A and D: Gsuite and Cloud Identity
Explanation:  An Organization resource is available for G Suite and Cloud
Identity customers.  Organizations are confusing at first, but for this exam we
need to understand some high level details and what an Org Administrator is
about as well.  https://cloud.google.com/resource-manager/docs/creating-
managing-organization
22 . In GCP there are two types of managed instance groups.
(Select Two)
A
. 
Zonal
B
. 
Regional
C
. 
Global
D
. 
GDPR
Correct Answer(s): A, B Zonal and Regional
Explanation: You can create two types of managed instance groups:  A zonal
managed instance group, which contains instances from the same zone. A
regional managed instance group, which contains instances from multiple
zones across the 
same region.    Lastly, don’t confused over an unmanaged
instance group.
https://cloud.google.com/compute/docs/instance-groups/

A
. 
B
. 
C
. 
D
. 
Correct Answer(s): A.
 
Object Versioning and Object Lifecycle Management

Explanation:  Object Lifecycle and Object
Versioning    https://cloud.google.com/storage/docs/lifecycle
A
. 
CSV or JSON
B
. 
CSV or XML
C
. 
JSON or XML
D
. 
Correct Answer(s): A: CSV or JSON
Explanation:  To access a detailed breakdown of your charges, you can
export your daily usage and cost estimates automatically to a CSV or JSON
file stored in a Google Cloud Storage bucket you specify.   
https://cloud.google.com/billing/docs/how-to/export-data-file
A
. 
B
. 
C
.

A
. 
B
. 
C
. 
D
. 
Correct Answer(s): A: Allows a user access to view all datasets in a project,
but not run queries on them.
Explanation:  Primitive roles can be used to give owner, editor, or viewer
access to a user or group, but they can't be used to separate data access
permissions from job-running permissions.    Reference:
https://cloud.google.com/bigquery/docs/access-control#primitive_iam_roles

A
. 
B
. 
C
. 
D
. 
Correct Answer(s): A
 
Explanation: Remember to learn the syntax gcloud compute images
import       https://cloud.google.com/compute/docs/images/importing-virtual-
disks
Platform. What service would you choose? (Select One) 
A
. 
B
. 
C
. 
D
. 
E
. 
Cloud Run
Correct Answer(s): C. Cloud Source Repositories
Explanation:  Cloud Source Repositories is a secure hosted private Git on
Google Cloud.   https://cloud.google.com/source-repositories/

E
. 
Cloud Run
A
. 
App Engine
B
. 
Engine

C
. 
D
. 
Correct Answer(s): C. Cloud Functions, App Engine, Kubernetes Engine,
Explanation:  Google has compute services that are managed which are
considered No-Ops and other services that are Lo-Ops. 
https://cloud.google.com/docs/overview/cloud-platform-services#computing-
hosting
A
. 
B
. 
C
. 
D
. 
Correct Answer(s): A. Multi-Regional managed groups
Explanation:  An instance group is a collection of virtual machines (VM)
instances that you can manage as a single entity. There are two types

Managed and Unmanaged Instance Groups.
https://cloud.google.com/compute/docs/instance-groups/creating-groups-of-
managed-instances
A
. 
MYSQL
B
. 
NewSQL
C
. 
MS SQL
D
. 
Oracle SQL
E
. 

Correct Answer(s): A. PostgreSQL and My SQL and now MS SQL
Explanation: Cloud SQL supports three main SQL versions
https://cloud.google.com/sql/
us-east4 (Northern Virginia
A
. 
B
. 
C
. 
D
. 
changed after its set
Correct Answer(s): D.
 
Explanation:  You cannot change an app's region after you set it.  If you

already created an App Engine application, you can view the region by
running the gcloud app describe command or opening the App Engine
Dashboard in the GCP Console. The region of your App Engine application
is listed under http://[YOUR_PROJECT_ID].appspot.com.
Which of the following should you NOT perform?  (Select One)

A
. 
B
. 
C
. 
bucket.
D
. 
Correct Answer(s): D. Give them a link to their bucket, which has the
format…
Explanation:   Now you would almost never give temporary users, partners or
non-employee owner rights.   This is a best practice
https://cloud.google.com/storage/docs/collaboration 
A
. 
B
. 
C
. 
D
. 
Correct Answer(s): D. VM does not know its address but its mapped
internally to an internal IP

D
. 
Explanation:   VM does not know its address but its mapped internally to an
internal IP  https://cloud.google.com/compute/docs/ip-addresses/reserve-
static-external-ip-address
A
. 
B
. 

C
. 
D
. 
Signed uploads by URL
Correct Answer(s): D. Signed uploads by URL
Explanation:  If your users are only uploading resources (writing) to an
access-controlled bucket, you can use the resumable uploads functionality of
Cloud Storage to require only one signed URL. This signed URL is part of
the initial POST request, during which no data is actually uploaded.   
A
. 
B
. 
C
. 
networks
D
. 

C
. 
networks
D
. 
 .V
PC Network Peering works with Compute Engine
and App Engine Standard
Explanation:  Does not support App Engine
Standard.    https://cloud.google.com/vpc/docs/vpc-peering
A
. 
Python
B
. 
PHP
C
. 
Rust
D
. 
Perl
E
. 
Go

F
. 
Java
G
. 
Solidity
Correct Answer(s): A,B, E and F- Python, PHP, Go and Java
Explanation:  Make sure you know the supported languages for standard for
the exam.  https://cloud.google.com/appengine/downloads
A
. 
B
. 
C
. 
D
. 
Open ID
Correct Answer(s): B Gsuite Admin Control
Explanation:  G Suite Admin Console  To manually provision users for
testing or other purposes, Cloud Platform administrators can provision users
and their associations with groups and organizations manually by using the G
Suite Admin Console.   https://cloud.google.com/docs/enterprise/best-
practices-for-enterprise-organizations 

A
. 
B
. 
C
. 
D
. 
Correct Answer(s): B. Regional, Region
Explanation:  The VM instances quota is also a regional quota and limits the
number of VM instances that can exist in a given region, regardless of
whether the VM is running or
not                   https://cloud.google.com/compute/quotas     

What should you do? (Select One) 
A
. 
better.               
B
. 
C
. 
D
. 
APIs. Grant the organization role to the service account
Correct Answer(s): B.
 
APIs. Grant the project creator role to the service account Use command

“gcloud deployment-manager deployments create -project devops1             
Explanation:  The best option is to allow for the project creator role. (never
owner) for a service account. Command syntax is correct
One) 
A
. 
10
B
. 
100
C
. 
125
D
. 
1250
Correct Answer(s): B. 100
Explanation:  The default limit is 100. You can view this in your GCP
project

A
. 
128
B
. 
256
C
. 
512
D
. 
127
Correct Answer(s): B. 256
Explanation:  Don’t confuse the length of the logging retention or metrics for
example. Note 256 is approximate limit is based on internal data sizes, not
the actual REST API request size. 
https://cloud.google.com/logging/quotas
A
. 
B
. 
C
. 
D
. 
E
. 
Correct Answer(s): A, B, C.  User Interface (Logs Viewer) B, API for
programmatic access and C. Storage for logs.
Explanation: Cloud Logging is integrated with Stackdriver but there are no
analytics or special extensions for Kubernetes. There are Kubernetes metrics
used.  Stackdriver is the default logging solution for clusters deployed on

Google Kubernetes Engine. Stackdriver Logging is deployed to a new cluster
by default unless you explicitly opt-out.
https://kubernetes.io/docs/tasks/debug-application-cluster/logging-
stackdriver/
One) 
A
. 
30 days
B
. 
400 days
C
. 
500 days

D
. 
31 days
Correct Answer(s): B: 400
Explanation: There is some trivia on the exam around logging. We need to
know both 400 and 30 days. In the Stackdriver section is a table that list there
for Admin Activity, Data Access, etc.
gsutil command? (Select One) 
A
. 
B
. 
C
. 
D
. 
Correct Answer(s): D gsutil cp gs://my-bucket/*.txt
Explanation: We will need to know a wide range of gcloud commands and
gsutil is part of the objectives.  Gsutil is used for managing Cloud Storage. 
https://cloud.google.com/storage/docs/gsutil/commands/cp
45.
 
A
. 
B
.

A
. 
B
. 
C
. 
D
. 
Correct Answer(s): B: gcloud projects get-iam-policy my-project-test   
managing projects are part of the objectives.  gcloud projects get-iam-policy
my-project-test  
https://cloud.google.com/sdk/gcloud/reference/config/set
46.
 
A
. 
--account
B
. 
C
. 
--help
D
. 
--verbose
Correct Answer(s): D: --verbose 
Explanation: -verbose is incorrect. The flag for verbose is verbosity. 
 GCLOUD WIDE FLAGS These flags are available to all commands: --
account, --configuration, --flatten, --format, --help, --log-http, --project, --
quiet, --trace-token, --user-output-enabled, --verbosity. Run $ gcloud help for
details.     
https://cloud.google.com/sdk/gcloud/reference/version
47.
 
payment information? Select One 
A
. 
History
B
. 
C
. 
Payments
D
. 
Correct Answer(s): A: History
Explanation: Your billing account's History page contains details about your
costs and payment information. Here, you can:  View transactions and sort by
transaction types. Sort your account's payment information.   
https://cloud.google.com/billing/docs/how-to/view-history
48.

48.
 
A
. 
B
. 
C
. 
Local SSD
D
. 

Correct Answer(s): B: SSD Persistent
Explanation: SSD Persistent Fast and reliable block storage Fast and reliable
block storage Fast and reliable block storage with synchronous replication
across two zones in a region  
https://cloud.google.com/compute/docs/disks/
49.
 
A
. 
B
. 
C
. 
D
. 
E
.

C
. 
D
. 
E
. 
Correct Answer(s): A, C and D: 
Explanation: All outgoing traffic to port 25 (SMTP) is blocked. Most
outgoing traffic to port 465 or 587 (SMTP over SSL) is blocked, except for
known Google IP addresses. GRE traffic is blocked, even between VMs.
Traffic that uses a protocol other than TCP, UDP, ICMP, and IPIP is blocked,
unless explicitly allowed through protocol forwarding.    
https://cloud.google.com/compute/docs/networks-and-firewalls
50.
 
A
. 
B
. 
Vertically
C
. 
Diagonally
D
. 
Correct Answer(s): B: Vertically

A
. 
B
. 
C
. 
D
. 
 
Vertical for writes and reads. If you need horizontally scaling
SQL use Cloud Spanner for distributed nodes
.

https://cloud.google.com/storage-options/
End of Practice Exam One
Additional Free Resources
Additional FREE practice Questions are available after August 1, 2020 online
at 
https://TechCommanders.com/GCPFreepractice
Free YouTube GCP Cloud Engineer Playlist
https://www.youtube.com/playlist?
list=PLOYQCApvKhV2c4iUQdPKwzWH5x5gjsvmg
Google Cloud focused blog for all exams! 
http://thegcpgurus.com/

EXAM TWO - QUESTIONS
W/O
This practice exam is followed with the same practice exam with answers and explanation. 
Good Luck.  These questions are more difficult than on the exam. If you do well here. you should
feel confident on sitting for the exam.
1. You are currently designing a cloud application that your user base will
connect to without a gateway VPN.  The company is wanting to ensure that
the application maintains user identity and context to guard access to the
applications and VMs. What would you recommend?  (Select One) 
A.
Cloud VPN
B.
Identity Aware Proxy (IAP)
C.
Cloud NAT
D.
Cloud Endpoints
2.  The _______________________________resource represents the
Access Control Lists (ACLs) for buckets within Google Cloud Storage.
ACLs let you specify who has access to your data and to what extent. 
A.
SetIAMPolicy

B.
TestIAMPermissions
C.
DefaultAccessControls
D.
BucketAccessControls
3. You have created several preemptible Linux virtual machine instances
using Google Compute Engine. You want to properly shut down your
application before the virtual machines are pre-empted (Shut off).  (Select
One) 
A.
Create a shutdown script and use it as the value for a new metadata
entry with the key shutdown-script in Deployment Manager
B.
entry with the key shutdown-script in the Cloud Platform Console when you
create the new virtual machine instance
C.
Create a shutdown script and use it as the value for a new log point
D.
entry with the key shutdown-script and then use the Google Cloud Github
for resources to complete.

D.
4.  The first step in Cloud Deployment manager is to create
what____________? (Select One) 
A.
Template
B.
C.
Resources
D.
Pipeline
5. When using the SDK, you want to ensure you set the current project for
your development environment. What would be the proper syntax in
gcloud? (Select One) 
A.
gcloud config set project projectname
B.
gcloud config init project projectname

C.
gcloud config set project --projectname
D.
gcloud config init project --projectname
6.  The Versioning Configuration feature in gsutil enables you to configure
a Google Cloud Storage bucket to keep old versions of objects.
The gsutil versioning command has two sub-commands. What are the two
subcommands?  (Select Two) 
A.
Get
B.
Set
C.
List
D.
Show
E.
Put
7. You would like to create a new Compute Engine instance called gcelab2
in the zone us-central-c.
What is the proper command? (Select One) 
A.
gcloud compute instances create gcelab2 --zone us-central1-c
B.
gcloud compute instances make gcelab2 --zone us-central1-c
C.
gcloud compute instances init gcelab2 --zone us-central1-c
D.
gcloud compute instances init gcelab2 --region us-central1-c
8.   Logs are associated primarily with GCP ____________, although
_______________ can also have logs. (Select One) 
A.
Projects and Regions
B.
Projects and Organizations
C.
Zones and Regions
D.
Projects and Zones

A.
B.
C.
D.
9. Cloud Endpoints can be implemented in which languages?

A.
PHP
B.
Rust
C.
Go
D.
Python
E.
Java
10.  Your customer requires that metrics from all applications be retained
for 5 years for future analysis in possible legal proceedings. Which
approach should you use? (Select One)  
A.
Configure Stackdriver Monitoring for all Projects, and export to
Cloud Storage.
B.
Configure Stackdriver Monitoring for all Projects with the default
retention policies.
C.
BigQuery.
D.
Cloud Datastore
11. How do you isolate VM systems within one project to guarantee that
they can't communicate over the internal IP address? (Select One)
A.
Place them in different zones
B.
Place them in different networks
C.
Place them in separate organizations
D.
Place them in a separate project
12.  Your customer has asked you to place VMs on the same subnet, but
they also told you that they need them in different zones?  Why would they

D.
want this to be setup like this?  (Select One)
A.
For High Availability
B.
For Performance
C.
For Resource Management

D.
For Billing Purposes
13.  You need to follow a "best practice" for dealing with processes that do
not shutdown correctly with your VM's.  What do you configure in the
autoscaling options that will reduce risk by running shutdown scripts to
redirect incoming traffic at the load balancer and  flush the cache prior to
exit? (Select One)
A.
Hard Exit
B.
Soft Exit
C.
Graceful Exit
D.
Not supported in GCP
14.  The HTTPS load balancer can leverage which of the following types of
GCP resources?  (Select Two)
NOTE:  For this exam you must know about load balancers and the two
different approaches to Load Balancing!? (Select One)
A.
Global IP Address (ephemeral or static)
B.
Global IP Address (ephemeral only)
C.
One or more Instance Groups
D.
Two or more Instance Groups
15.  When we setup a project in GCP what are the two main benefits of
using a project? (Select Two).
A.
We can associate objects and services with billing
B.
No benefits
C.
We can create a max of five organizations.
D.

A.
B.
C.
D.
We also can create networks (quota max 5)
16.  What type of resource is this?   ___________ bundle application code
and dependencies into a single unit, abstracting the application from the
infrastructure.  (Select One)

A.
Virtual Machines
B.
Containers
C.
Microservices
D.
Apps
17.  Google Cloud Platform has several unique and innovative benefits
when it comes to billing and resource control.  What are these benefits?
(Select Three)
A.
Sustained use discounts
B.
Sub-hour billing
C.
Compute Engine Custom Machines
D.
Hourly billing
E.
Bitcoin Mining machines
F.
Spot Instances
18.  Which of the following is a GCP resource that is used for infrastructure
automation. This resource is where you can specify repeatable processes
also. What is this service/resource in GCP that can be used for automation?
A.
CloudFormation
B.
C.
Puppet
D.
19.  Your customer is currently developing on App Engine with Python.
They would like to implement standard images for their VM
configurations.  What deployment do they need to subscribe to so to enable
the use of standard image on their VM’s? (Select One)
A.
B.
App Engine Flexible
C.
App Engine Custom

D.
App Engine Dedicated
20.   Google Cloud Deployment Manager allows you to specify all the
resources needed for your application in a declarative format using
___________ format? What is the format Cloud Deployment Manager
uses?  (Select One)
A.
YAML
B.
Python
C.
PHP
D.
JSON
21.  Which of the follow methods will not cause a shutdown script to be
executed.  (Select One)
A.
When a user initiates a shutdown though a request to the guest
operating system
B.
Preemptible instance being shutdown
C.
Shut down via the Cloud Console
D.
An instance reset thru an API Call
22.  When we speak of Best Practices around IAM and specifically the
"Principle of least privilege" . What would be two best practices as related
to least privilege? (Select One)
A.
Always apply the maximum access level required
B.
Always apply the minimal access level required
C.
Never control who can change policies and group memberships at
the project level
D.

B.
C.
D.
the organizational level
23.  Each Cloud Platform project has three unique identifiers.  Which one is
NOT a correct identifier? (Select One)
A.
Project Name

B.
Project ID
C.
Project Scope
D.
Project Number
24. You can use ________________________to monitor signals and build
operations in your Kubernetes Engine clusters. (Select One)
A.
Stackdriver Logging
B.
Stackdriver Monitoring
C.
Stackdriver Kubernetes API
D.
25.  When creating a VPC in Auto mode the following routes are created.
A.
A default route for Internet traffic (0/0) is created when the network
is created.
B.
A default route for Internet traffic (0/25) is created when the
network is created.
C.
One route is created for each subnet when the subnet is created. One
route is created for each subnet when the subnet is created.
D.
26. You have been asked by your IT Manager to setup some Cloud Storage
for some in house data that will migrate the cloud. You have been told that
you need to have an archive for data over 6 months for DR purposes.  What

Storage Class would you choose? (Select One)
A.
Nearline
B.
Coldline
C.
Regional
D.
Multi Regional
27.  What is the flag for estimating costs for bytes read in Bigquery with the
bq command?  (Select One)

A.
-dry_run
B.
--dry_run_read
C.
--estimate_reads
D.
Must use the pricing calculator.
E.
Must contact support for the BQ spreadsheet
28.  For system metrics, Stackdriver creates a Deployment that periodically
connects to each node and collects metrics about its Pods and containers,
then sends the metrics to Stackdriver.
Metrics for usage of system resources are collected from the following
sources:  (Select Three)
A.
CPU
B.
Hypervisor
C.
Memory
D.
Network
E.
Disk
F.
Cache
29. ___________________is an agreement between VPN IKE peers to
permit traffic through a tunnel if the traffic matches the specified addresses.
A.
Traffic Selector
B.
CIDR Range
C.
Traffic Routing
D.
All of the above
30.  Your company has decided to migrate from AWS S3 to GCP Cloud
Storage.  You would like to transfer 120GB of data via the most efficient
method.   Your network connection is a T3 and you have set up your GCP
Cloud Storage structure (buckets, folders, etc)

What would be the recommended approach? (Select One)

A.
Transfer Appliance
B.
Storage Transfer Service
C.
BQ Transfer Service
D.
31.  Which log type provides you with logs of actions taken by Google
Support staff when accessing your Google Cloud resources? (Select One)
A.
Data Access
B.
Admin Activity
C.
Access Transparency
D.
System Events
32.  You would like to understand operations of deploying Compute Engine
resources and its operations. What log would you want to view?  (Select
One)
A.
B.
C.
D.
33.  With Continuous ______________, revisions are deployed to a
production environment automatically without explicit approval from a
developer, making the entire software release process automated.   (Select
One)
A.
Deployment
B.
Development
C.
Integration
D.
34.  What type of account would you use when you want to have services
interact with other services. (Select One)

A.
Github Account
B.
Gsuite Account
C.
User Account
D.
Service Account
35. Google considers regional locations to be how many miles apart? 
A.
100
B.
1000
C.
500
D.
50
36.   Which type of load balancing would you set up to handle web
applications that open to the public?   (Select One)
A.
Network Load Balancing
B.
HTTP Load Balancing
C.
UDP Load Balancing
D.
TCP Load Balancing
37.   You would like to add a strict deploy-time policy enforcement to your
Kubernetes Engine cluster. What would be your best option?   (Select One)
A.
IAM Policies
B.
Binary Authorization
C.
Cloud Armor
D.
38.  Your organization would like to obtain significant discounts on your
VM instance deployments on Google Cloud. These VM instances need to
be available fully.   What pricing model would you want to consider. 
A.
Spot Instance

B.
Reserved Instances
C.
Committed Use Instances
D.
On Demand Instances
E.
Ephemeral Instances
39. You’re currently a developer at XYZ Corporation and you have over 60
projects deployed on GCP. You would like to integrate SSO into your GCP
and additional IT services.  What are two features of SSO with GCP?  
A.
Use your own authentication mechanism and manage your own
credentials
B.
Federate your AD Trees to Google Cloud Platform
C.
Federate your AWS accounts with Google Cloud Platform
D.
Google Apps Directory Sync integrates with LDAP
40.  You have an application that accepts inputs from users. The application
needs to kick off different background tasks based on these inputs. You
want to allow for automated asynchronous execution of these tasks as soon
as input is submitted by the user. Which product should you use?  (Select
Two)
A.
Cloud Tasks
B.
Cloud Crons
C.
Cloud Pub/Sub
D.
Cloud SDK
41.  According to Google Cloud Platform design principles stateless servers

Two)
A.
B.
C.
D.
Cloud SDK
are easier to work with than stateful servers? (True or False) ?   (Select
Two)
A.
True
B.
False
42.  Which of the following two statements are true about choices around
Cloud Deployment Manager templates?  ?   (Select Two)

A.
Jinja2 is a simpler but less powerful templating language that uses
the same syntax as YAML
B.
Jinja2 templates are more powerful and give you the option to
programmatically create or manage your templates
C.
Python is a simpler but less powerful templating language that uses
D.
 Python templates are more powerful and give you the option to
43.  Which of the following is a feature of using a VPC In Google Cloud?
(Select one)
A.
Global Resource
B.
Regional Resource
C.
AWS Compatible Resource
D.
Multi-Regional Resource
44. Your organization would like to obtain significant discounts on your
VM instance deployments on Google Cloud. These VM instances only need
to be used for a few hours a month.
What pricing model would you want to consider?  (Select One)
A.
B.
C.
D.
E.
Preemptible Instances

A.
B.
C.
D.
E.
45.  Which are the following resources are Global Resources in GCP? 
A.
Snapshots
B.
Disks

C.
Images
D.
Zones
46.    What GCP service is a lightweight, event-based, asynchronous
compute solution that allows you to create small, single-purpose functions
that respond to cloud events without the need to manage a server or a
runtime environment. (Select One)
A.
Cloud Functions
B.
Cloud Run
C.
Cloud DataStore
D.
Cloud PubSub
47. Your company manufactures devices with sensors and has the need to
stream huge amounts of data from these devices to a storage option in the
cloud. Which Google Cloud Platform storage option is the best choice for
your application? (Select One)
A.
BigQuery
B.
BigTable
C.
Cloud SQL
D.
Cloud Run
E.
Cloud Storage
48.   Your currently writing templates for Deployment Manager
deployments. You can write templates in your choice of what two
languages?   (Select Two)
A.
Python or Java
B.
PHP or Java
C.
Python or Jinja2
D.
Jinja2 or PHP
49.   You would like to create a new repository in Cloud Source

A.
B.
PHP or Java
C.
D.
Repositories with gcloud. What would be the command to create a repo
called "developer"?   (Select Two)

A.
gcloud source repos create developer
B.
gcloud source repo create developer
C.
gcloud create source repos developer
D.
gcloud create source repos "developer"
50.   Which of the following two details about managing secrets would not
be 
considered a best practice?   (Select Two)
A.
Rotating Secrets is a must
B.
Cache Secrets locally once a year
C.
Cache Secrets locally many times a day
D.
Use a separate solution or platform
END of Exam.

EXAM TWO - WITH
A
. 
Cloud VPN
B
. 
C
. 
Cloud NAT
D
. 
Correct Answer(s): B: Identity Aware Proxy (IAP)
Explanation:  IAP protects SSH and RDP access to your VMs hosted on
GCP. This is an effective whitelisting approach. Your VM instances don't
even need public IP addresses. 
https://cloud.google.com/iap/
2. The _______________________________resource represents the Access
Control Lists (ACLs) for buckets within Google Cloud Storage. ACLs let you
specify who has access to your data and to what extent.  (Select One) 
A
. 
B
. 
C
. 
D
.

A
. 
B
. 
C
. 
D
. 
Correct Answer(s): D: BucketAccessControls

Explanation:  Buckets contain objects which can be accessed by their own
methods. In addition to the ACL property, buckets contain
bucketAccessControls, for use in fine-grained manipulation of an existing
bucket's access controls.
application before 
the virtual machines are pre-empted (Shut off). (Select
One) 
A
. 
Create a shutdown script and use it as the value for a new
metadata entry with the key shutdown-script in Deployment
Manager
B
. 
metadata entry with the key shutdown-script in the Cloud
Platform Console when you create the new virtual machine
instance
C
. 
log point entry with the key shutdown-script in the Cloud
instance
D
.

C
. 
instance
D
. 
metadata entry with the key shutdown-script and then use
the Google Cloud Github for resources to complete.
Correct Answer(s): B:  Create a shutdown script and use it as the value for a
new metadata entry with the key shutdown-script in the Cloud Platform
Console when you create the new virtual machine instance
Explanation:  Create a shutdown script and use it as the value for a new
metadata entry with the key shutdown-script  in the Cloud Platform Console
when you create the new virtual machine instance  
https://cloud.google.com/compute/docs/shutdownscript
4. The first step in Cloud Deployment manager is to create
A
. 
Template

B
. 
C
. 
Resources
D
. 
Pipeline
Correct Answer(s): B: Configuration  
Explanation:  The first step in creating your deployment is to create a
configuration. A configuration is a list of resources, and their respective
properties, that will be part of your deployment.  
https://cloud.google.com/deployment-manager/docs/step-by-step-
guide/create-a-configuration
A
. 
B
. 
C
. 
D
. 
Correct Answer(s): D:  gcloud config init project --projectname
Explanation:  For the exam please ensure you reference the gcloud
commands for projects consistently. You can expect several questions on
these commands and syntaxes on the exam. 

6. The Versioning Configuration feature in gsutil enables you to configure a
Google Cloud Storage bucket to keep old versions of objects.
A
. 
Get
B
. 
  
Set
C
. 
List
D
. 
Show
E
. 
  
Put

Correct Answer(s): A, B:  Get and Set
Explanation:  Set The "set" sub-command requires an additional sub-
command, either "on" or "off", which, respectively, will enable or disable
versioning for the specified bucket(s).  Get The "get" sub-command gets the
versioning configuration for a bucket and displays whether or not it is
enabled. 
https://cloud.google.com/storage/docs/gsutil/commands/versioning
7. You would like to create a new Compute Engine instance called gcelab2 in
the zone us-central-c.
A
. 
gcloud compute instances create gcelab2 --zone us-
central1-c
B
. 
gcloud compute instances make gcelab2 --zone us-central1-
c
C
. 
D
. 
gcloud compute instances init gcelab2 --region us-central1-
c
Correct Answer(s): A gcloud compute instances create gcelab2 --zone us-
Explanation:  Creating a GCE instance is basic knowledge required for the
exam.

c
exam.
8.  Logs are associated primarily with GCP ____________, although
A
. 
B
. 
C
. 
D
. 
Correct Answer(s): C: Project, Organizations
Explanation:  Logs are associated primarily with GCP projects, although
organizations can also have logs

https://cloud.google.com/logging/docs/basic-concepts
(Select Two)  
A
. 
PHP
B
. 
Rust
C
. 
Go
D
. 
Python
E
. 
Java
Correct Answer(s): D, E: Python, Java
Explanation:  Cloud Endpoints for the App Engine standard generation 1
environment historically used Endpoints Frameworks, which only supports
the Java 8 and Python 2.7 runtime environments. 
https://cloud.google.com/endpoints/docs/choose-endpoints-option
   
10.  Your customer requires that metrics from all applications be retained for
5 years for future analysis in possible legal proceedings. Which approach
should you use? (Select One)  
A
. 
Configure Stackdriver Monitoring for all Projects, and
export to Cloud Storage.
B
. 
Configure Stackdriver Monitoring for all Projects with the
default retention policies.
C
. 
export to BigQuery.
D
. 
export to Cloud Datastore

C
. 
D
. 
Correct Answer(s): A : Configure Stackdriver Monitoring (Now Operations)
for all Projects, and export to Cloud Storage.
Explanation:  Cloud Storage is the only economical option and would meet
compliance requirements if setup properly. The hint to use Cloud  Storage
was 5 years since it would likely be archive data.
11. How do you isolate VM systems within one project to guarantee that they
can't communicate over the internal IP address? (Select One)

A
. 
B
. 
C
. 
D
. 
Correct Answer(s): B: Place them in different networks
Explanation:  If we want global availability -- alternatives and failover VMs
that are in a different geographic region -- there is a bit more complexity
involved. Notice that because these VMs are in a single Network, even
though they are in different regions, they can still communicate through
GCP's internal global 
network.
12.  Your customer has asked you to place VMs on the same subnet, but they
also told you that they need them in different zones?  Why would they want
this to be setup like this?  (Select One)
A
. 
B
. 
C
. 
D
. 
Correct Answer(s): A: For High Availability
Explanation:  This provides increased availability due to multiple zones
Simplified security due to a single subnetwork

D
. 
not shutdown correctly with your VM's.  What do you configure in
the autoscaling options that will reduce risk by running shutdown scripts to
A
. 
Hard Exit
B
. 
Soft Exit
C
. 
D
. 
Correct Answer(s): C: Graceful Exit
Explanation: Graceful exit with autoscaling event by running shutdown script
to redirect incoming traffic at load balancer, and flush cache prior to exit.

A
. 
B
. 
C
. 
D
. 
Correct Answer(s): A, C: Global IP Address (ephemeral or static), One or
more Instance Groups
Explanation: 1. A load balancer distributes user traffic across multiple
instances of your applications. To do this the load balancer leverages
additional resources, Global IP Address (ephemeral or static) 2.  One or more
Instance Groups are allowed.  In GCP the load balancer is a managed service
and is global.  I would advise you go into the exam ready for a few load
balancing questions.  Review the types of Cloud Load Balancing
https://cloud.google.com/load-balancing/docs/load-balancing-overview

15.  When we setup a project in GCP what are the two main benefits of using
a project? (Select Two).
A
. 
B
. 
C
. 
D
. 
Correct Answer(s): A, D: We can associate objects and services with billing,
we also can create networks (quota max 5)
Explanation: Projects are tested both directly and indirectly on the exam.  A
project organizes all your Google Cloud resources. A project consists of a set
of users; a set of APIs; and billing, authentication, and monitoring settings for
those APIs.
You will need to also know gcloud commands as well.
https://cloud.google.com/storage/docs/projects

A
. 
B
. 
C
. 
D
. 
Apps
Correct Answer(s): B: Containers
Explanation: Containers bundle application code and dependencies into a
single unit, abstracting the application from the infrastructure
17.  Google Cloud Platform has several unique and innovative benefits when
it comes to billing and resource control.  What are these benefits? (Select
Three) 
A
. 
B
. 
C
. 
D
. 
E
. 
F
. 
Correct Answer(s): A, B,C:
 
Sustained use discounts, Sub-hour billing,
Explanation: 1. Sub-hour billing  2. Sustained-use discounts Automatically
reward users who run virtual machines for over 25% of any calendar month

reward users who run virtual machines for over 25% of any calendar month 
3. Compute Engine custom machine types Pay only for the resources you
need for your application
automation. This resource is where you can specify repeatable processes also.
What is this service/resource in GCP that can be used for automation? (Select
One)
A
. 
B
. 

C
. 
Puppet
D
. 
Correct Answer(s): B: Cloud Deployment Manager
Explanation: CloudFormation is AWS, so we can throw that one out.  IaaC is
important for this exam.  Google Cloud Deployment Manager allows you to
specify all the resources needed for your application in a declarative format
using yaml. You can also use Python or Jinja2 templates to parameterize the
configuration and allow reuse of common deployment paradigms such as a
load balanced, auto-scaled instance group.
19.  Your customer is currently developing on App Engine with Python. They
would like to implement standard images for their VM configurations.  What
deployment do they need to subscribe to so to enable the use
of standard image on their VM’s? (Select One)
A
. 
B
. 
C
. 
D
. 
Correct Answer(s): A:
 
Explanation: App Engine is all they need if there is no specific development

B
. 
C
. 
D
. 
 
language specified like Node.js App Engine Standard runs a sandbox. App
Engine Flexible deploys via containers.
20.  Google Cloud Deployment Manager allows you to specify all the
A
. 
YAML
B
. 
Python
C
. 
PHP
D
. 
JSON
Correct Answer(s): A: YAML
Explanation: Google Cloud Deployment Manager allows you to specify all
the resources needed for your application in a declarative format using Yaml.
Templates are either Jinja2 or Python  
https://cloud.google.com/deployment-

manager/docs/configuration/templates/create-basic-template
A
. 
When a user initiates a shutdown though a request to the
guest operating system
B
. 
C
. 
D
. 
Correct Answer(s): C: Shut down via the Cloud Console
Explanation: Create and run shutdown scripts that execute commands right
before an instance is terminated or restarted, on a best-effort basis. This is
useful if you rely on automated scripts to start up and shut down instances,
allowing instances time to clean up or perform tasks, such as exporting logs,
or syncing with other systems.    
"Principle of least privilege" . What would be two best practices as related to
least privilege? (Select One)
A
.

A
. 
B
. 
C
. 
Never control who can change policies and group
memberships at the project level
D
. 
memberships at the organizational level
Correct Answer(s): B:
 
Explanation: This is the principle of least privilege. Always apply the
minimal access level required Use groups as a best practice as well. Control
who can change policies and group memberships.  Enforce audit policy
changes and always enable audit logs to record project-level permission
changes

A
. 
B
. 
Project ID
C
. 
D
. 
Correct Answer(s): C: Project Scope
Explanation: Each Cloud Platform project has: - A project name, which you
provide. - A project ID, which you can provide, or Cloud Platform can
provide for you. - A project number, which Cloud Platform provides.  Project
scope is incorrect since we are not talking the PMP exam.
A
. 
B
. 
C
. 
D
. 
Correct Answer(s): B: Stackdriver Monitoring (Operations)
Explanation: Stackdriver monitors system metrics and custom metrics.
System metrics are measurements of the cluster's infrastructure, such as CPU
or memory usage. Custom metrics are application-specific metrics that you

define yourself, such as the total number of active user sessions or the total
number of rendered pages.
Note that the exam depending on when you take it may or may not be
updated to reflect the change from Stackdriver to Operations.
https://cloud.google.com/products/operations
25. When creating a VPC in Auto mode the following routes are created.
A
. 
A default route for Internet traffic (0/0) is created when the
B
. 
A default route for Internet traffic (0/25) is created when
the network is created.

C
. 
One route is created for each subnet when the subnet is
created. One route is created for each subnet when the
subnet is created.
D
. 
Correct Answer(s): A and C. default route for Internet traffic (0/0) is created
when the network is created. 
A default route for Internet traffic (0/0) is created when the network is
created.  One route is created for each subnet when the subnet is created. 
Explanation: A default route for Internet traffic (0/0) is created when the
network is created. One route is created for each subnet when the subnet is
created.    
https://cloud.google.com/vpc/docs/routes#firewallsandroutes
A
. 
Nearline
B
.

A
. 
Nearline
B
. 
Coldline
C
. 
Regional
D
. 
Correct Answer(s): B. Coldline
Explanation: For the exam it is important to know the difference in Cloud
Storage tiers.  Review Storage Classes 
https://cloud.google.com/storage/docs/storage-classes
A
. 
-dry_run
B
. 
C
. 
D
. 
E
. 
Correct Answer(s): A --dry_run

Explanation: You can perform a dry run (estimate resources) for a query job
by using the dry run syntax
https://cloud.google.com/bigquery/docs/estimate-costs#bigquery-query-dry-
run-cli
connects to each node and collects metrics about its Pods and containers, then
sends the metrics to Stackdriver.
A
. 
CPU
B
. 
C
. 
Memory
D
. 
Network
E
. 
Disk
F
. 
Cache
Correct Answer(s): A, C, E: CPU, Memory and Disk
sources:  CPU: container/CPU/usage_time Memory:
container/memory/bytes_used, collected from memory.usage_in_bytes in
cgroup Evict able memory: container/memory/bytes_used, collected from the
total_inactive_file field of memory.stat Non-evict able memory: Measured by
memory.usage_in_bytes - memory.total_inactive_file Disk:

container/disk/bytes_used          
https://cloud.google.com/kubernetes-
engine/docs/how-to/monitoring
permit traffic through a tunnel if the traffic matches the specified
addresses. (Select One)
A
. 
B
. 
CIDR Range
C
. 

D
. 
Correct Answer(s): A: Traffic Selector
Explanation: When creating a VPN tunnel, you must tell the tunnel which
destination IP address ranges it can allow, and you must create routes to
forward packets destined for that IP range to the tunnel.  Traffic selector is an
agreement between IKE peers to permit traffic through a tunnel if the traffic
matches the specified addresses.
https://cloud.google.com/vpn/docs/concepts/overview
30. Your company has decided to migrate from AWS S3 to GCP Cloud
Cloud Storage structure (buckets, folders, etc) 
A
. 
B
. 
C
. 
D
. 
Correct Answer(s): B: Storage Transfer Service
Explanation: Storage Transfer Service transfers data from an online data

B
. 
C
. 
D
. 
source to a data sink. Your data source can be an Amazon Simple Storage
Service (Amazon S3) bucket, an HTTP/HTTPS location, or a Cloud Storage
bucket. Your data sink (the destination) is always a Cloud Storage bucket.     
https://cloud.google.com/products/data-transfer/        
A
. 
B
. 
C
. 
D
. 
Correct Answer(s): C: Access Transparency
Explanation: Access Transparency provides near real-time logs when Google

Cloud administrators access your content. Cloud Audit Logs already provide
visibility into the actions of your own administrators.
https://cloud.google.com/access-transparency
resources and its operations. What log would you want to view?  (Select One)
A
. 
B
. 
C
. 
D
. 
Correct Answer(s): A:  Admin Activity
Explanation: Admin Activity audit logs contain log entries for API calls or
other administrative actions that modify the configuration or metadata of
One)
A
. 
B
. 
C
. 
D
. 
Correct Answer(s): A:  Deployment

One)
A
. 
B
. 
C
. 
D
. 
Explanation: With continuous deployment, revisions are deployed to a
developer, making the entire software release process automated
A
. 
B
. 
C
. 

D
. 
Correct Answer(s): D: Service Account
Explanation: Get to know service accounts. Service accounts are not user
accounts but accounts meant to be used for programmatic access.
https://cloud.google.com/compute/docs/access/service-accounts
35. Google considers regional locations to be how many miles apart?  (Select
One)
A
. 
100
B
. 
1000
C
. 
500
D
. 
50
Correct Answer(s): A: 100 miles
Explanation: All regional locations are at least 100 miles apart to provide for
assurance of availability. 
https://cloud.google.com/storage/docs/bucket-
locations
A
. 
B
. 
C
. 
D
. 
Correct Answer(s): B: HTTP Load Balancing
Explanation: Layer 7 load balancing in GCP is HTTP(S) load balancing. 
You can also enable Cloud CDN to optimize your cloud application delivery.

https://cloud.google.com/load-balancing/
A
. 
B
. 
C
. 
D
. 

Correct Answer(s): B: Binary Authorization
Explanation: Binary Authorization (BinAuthz) is a service that aims to reduce
some of these concerns by adding deploy-time policy enforcement to your
Kubernetes Engine cluster.  
https://codelabs.developers.google.com/codelabs/cloud-binauthz-intro/#0
38.  Your organization would like to obtain significant discounts on your VM
instance deployments on Google Cloud. These VM instances need to be
available fully.   What pricing model would you want to consider.  (Select
One)
A
. 
B
. 
C
. 
D
. 
E
. 
Correct Answer(s): C: Committed Use Instances
Explanation: There is terminology that is also AWS terminology such as Spot
and Reserved.  Googles form of “reserved” instances are “Committed Use” . 
Users can create custom machine types with unique configurations of vCPUs
and memory. The commitments apply on a regional basis.

https://cloud.google.com/compute/docs/instances/signing-up-committed-use-
discounts
and additional IT services.  What are two features of SSO with
GCP?   (Select Two)
A
. 
Use your own authentication mechanism and manage your
own credentials
B
. 
C
. 
D
. 
Correct Answer(s): A, D: Use your own authentication mechanism and

manage your own credentials, Google Apps Directory Sync integrates with
LDAP
Explanation: GCDS can be used and can bring your own creds to gcp 
https://cloud.google.com/iam/
needs to kick off different background tasks based on these inputs. You want
to allow for automated asynchronous execution of these tasks as soon as
input is submitted by the user. Which product should you use?  (Select Two)
A
. 
B
. 
C
. 
D
. 
Cloud SDK
Correct Answer(s): A: Cloud Tasks
Explanation: Cloud Task Queues  Push or Pull. The core difference between
Pub/Sub and Cloud Tasks is the notion of implicit vs explicit invocation.
https://cloud.google.com/appengine/docs/standard/java/taskqueue/
are easier to work with than stateful servers? (True or False) ?   (Select Two)
A
. 
True
B
. 
False
Correct Answer(s): A: True

A
. 
True
B
. 
False
Explanation: The best state is no state. Make as much of your system as
possible stateless. Easier to apply more workers to a problem. Easier to
relocate tasks. More fault tolerant, less to recovery when something breaks.
https://landing.google.com/sre/sre-book/chapters/load-balancing-frontend/
A
. 
Jinja2 is a simpler but less powerful templating language
that uses the same syntax as YAML
B
. 
Jinja2 templates are more powerful and give you the option
to programmatically create or manage your templates

C
. 
Python is a simpler but less powerful templating language
D
. 
 
Python templates are more powerful and give you the
option to programmatically create or manage your
templates
Correct Answer(s): A: D: Jinja2 is a simpler but less powerful templating
language that uses the same syntax as YAML, D. Python templates are more
powerful and give you the option to programmatically create or manage your
templates
Explanation: You can write templates in your choice of Python 2.7 or Jinja2.
Python templates are more powerful and give you the option to
programmatically create or manage your templates. If you are familiar with
Python, use Python for your templates.  Jinja2 is a simpler but less powerful
templating language that uses the same syntax as YAML. If you aren't
familiar with Python or just want to write simple templates without messing
with Python, use Jinja2. 
manager/docs/step-by-step-guide/create-a-template

43.  Which of the following is a feature of using a VPC In Google
Cloud? (Select one)
A
. 
B
. 
C
. 
D
. 
Correct Answer(s): A: Global Resource
Explanation: A single Google Cloud VPC can span multiple regions without
communicating across the public Internet. For on-premises scenarios, you can
share a connection between VPC and on-premises resources with all regions
in a single VPC. You don't need a connection in every region 
https://cloud.google.com/vpc/
    
44
. 
Your organization would like to obtain significant discounts on your VM
instance deployments on Google Cloud. These VM instances only need to be
used for a few hours a month.

A.
B.
C.
D.
E.
Correct Answer(s): E: Preemptable Instances
and Reserved.  Googles form of “ Spot” instances are “Preemptable” .  A
preemptible VM is an instance that you can create and run at a much lower
price than normal instances. However, Compute Engine might terminate at
GCP will these instances if it requires access to those resources for other
tasks.
https://cloud.google.com/compute/docs/instances/preemptible
45.  Which are the following resources are Global Resources in GCP?  
A
. 
Snapshots
B
. 
Disks
C
. 
Images
D
. 
Zones
Correct Answer(s): A, C: Snapshots and Images
Explanation:  Global resources Global resources are accessible by any
resource in any zone within the same project. When you create a global

D
. 
Zones
resource, you do not need to provide a scope specification. Global resources
include:   Global resources Global resources are accessible by any resource in
any zone within the same project. When you create a global resource, you do
not need to provide a scope specification. Global resources include: Images
can be used by any instance or disk resource in the same project as the image.
Google provides preconfigured images that you can use to boot your
instance. You can customize one of these images, or you can build your own
image.

https://cloud.google.com/compute/docs/regions-zones/global-regional-zonal-
resources
46.    What GCP service is a lightweight, event-based, asynchronous compute
solution that allows you to create small, single-purpose functions that respond
to cloud events without the need to manage a server or a runtime
environment. (Select One)
A
. 
B
. 
Cloud Run
C
. 
D
. 
Correct Answer(s): A: Cloud Functions
Explanation: Cloud Functions is an (FaaS) with no servers to manage. Let’s
not get confused with Cloud Run. Cloud Run is a service that we would
deploy for lightweight containers.  
https://cloud.google.com/functions/
A
. 
BigQuery
B
. 
BigTable
C
. 
Cloud SQL
D
. 
Cloud Run
E
. 

A
. 
BigQuery
B
. 
BigTable
C
. 
Cloud SQL
D
. 
Cloud Run
E
. 
Correct Answer(s): B: BigTable
Bigtable is ideal for storing very large amounts of data in a key-value store
and supports high read and write throughput at low latency for fast access to
large amounts of data. 
https://cloud.google.com/bigtable
48.   Your currently writing templates for Deployment Manager deployments.
You can write templates in your choice of what two languages?   (Select
Two)
A
. 

B
. 
PHP or Java
C
. 
D
. 
Correct Answer(s): C: Python or Jinja2
Explanation: Python 2.7 or Jinja2 You can write templates in your choice of
Python 2.7 or Jinja2. Python templates are more powerful and give you the
option to programmatically create or manage your templates. If you are
familiar with Python, use Python for your templates.     
https://cloud.google.com/deplo
yment-manager/docs/step-by-step-
guide/create-a-template
49.   You would like to create a new repository in Cloud Source Repositories
with gcloud. What would be the command to create a repo called
"developer"?   (Select Two)
A
. 
B
. 
C
. 
D
. 
Correct Answer(s): A: gcloud source repos create developer
Explanation: gcloud source repo create developer 

50.   Which of the following two details about managing secrets would not be
A
. 
B
. 
C
. 
D
. 
Correct Answer(s): A, C: Rotating Secrets is a must and Cache Secrets
locally many times a day.
Explanation: These are common secret management best practices
Rotating secrets (Use multiple versions)
Cache secrets locally (Several times per hour)

Using a separate solution or platform
END of Exam 2
Additional Resources
at 

ABOUT THE AUTHOR
Introduction to Author
  Joe Holbrook has been in the IT field since 1993 when he was exposed to
several HPUX systems on board a US Navy flagship USS JFK. He has
migrated from UNIX networking world to Storage Area Networking(SAN)
and then onto Enterprise Cloud/Virtualization and Blockchain Architectures.
He has worked for in various engineering roles for numerous companies
Hitachi Data Systems, 3PAR Data, Brocade Communications, Dimension
Data, EMC, Northrup Grumman and ViON.
 Joe holds IT Industry leading certifications from Amazon Web Services,
Google Cloud, Brocade, Hitachi Data Systems, EMC, VMWare, CompTIA,
HP 3PAR, Cloud Credential Council, Palo Alto Networks and numerous

other organizations 
Joe attended Central Texas University while in the Navy and received and
AA in Electronics Technology. He received a Certificate in Total Quality
Management from the United States International University (USIU) in San
Diego. He received several Certificates in Information Systems, Project
Management, Intranet Development and received a BSIS from the University
of Massachusetts Lowell (UMASS). 
Joe was awarded by AFCEA NOVA the "SUPERNOVA" award for
outstanding event leadership. 
Joe was also awarded the Brocade Excellence Award in 2008 for his Brocade
Services Partner Training Program implementation. 
 Joe is also the author of “Architecting Enterprise Blockchain Solutions”
Wiley Sybex 
Currently Joe is the owner of a new upstart learning platform called
TechCommanders and is based out of Jacksonville FL.

Fixed wireless 
access
T echnical best practices for deploying  
fixed wireless access
White paperAuthor
Dan Sheehan
Distinguished Architect
Editors and contributors
Anthony Battista  
Managing Director
Kody Frankford  
Solutions Architect
Arun Kulkarni  
Sr Manager, Solutions Architects 
Kyle J Smith  
Martijn Van Overbeek  
David B Walters  
Keith J Wellman  

White paper   Fixed wireless access1T able of 
contents
2 Executive summary 
3 Broadband access services 
4 The challenges with wired broadband access  
6 Mitigation strategies using fixed wireless access 
9 Solutions using fixed wireless access 
10 Fixed wireless access best practices 
16 Conclusion 
17 References

White paper   Fixed wireless access2
Enterprise networking staff are 
tasked with providing fast, secure 
and reliable network access to 
applications in a cost-effective 
manner. Balancing this objective 
requires an understanding of the 
challenges involved, as well as the 
strategies to mitigate them. 
The fixed wireless access (FWA) 
market is heating up, as businesses 
seek faster speeds and quicker 
deployment of access services to  
both public and private networks. 
The global FWA market is projected 
to register a compound annual 
growth rate (CAGR) of 73% between 
2021 and 2026,1 as carriers make 
significant investments2 to overcome 
the restrictions of legacy broadband 
networks, including speed, reliability 
and availability of wireline access. 
In this white paper, we explore the 
challenges associated with wired 
broadband and discuss how FWA  
may help to mitigate these challenges. Executive 
summary

White paper   Fixed wireless access3
Broadband 
access services 
The most widely used  
broadband internet access 
services span both wired  
and wireless technologies,  
and fall into four categories:  
DSL, cable, fiber and cellular. 
Each has different performance 
characteristics, transport 
technology and download 
vs upload speeds, and they 
are generally asymmetrical, 
which can make comparison 
challenging.
Most broadband services are also 
considered variable speed, meaning 
various environmental conditions may 
impact their speed at any time.
The median performances for 
wired broadband DSL, cable and 
fiber referenced in the chart reflect 
the aggregate of the major U.S. 
carriers, as measured by the Federal 
Communications Commission (FCC).5 
The average performance for mobile 
wireless referenced reflects the 
aggregate of major U.S. carriers as 
measured by Speedtest.6 Verizon  
LTE Business Internet performance  
is based upon the average of lab

is based upon the average of lab 
tests at a single location. Verizon 5G 
Business Internet speeds are based 
upon customer trials at nine locations. 
Note that these performances offer 
only a sample reference, and factors 
such as network load, distance to data 
centers and environmental factors may 
impact performance on any connection 
at any time.Transport  
technologyDownload  
speed (Mbps)Upload  
speed (Mbps)Latency  
(ms)
Wired DSL (median) 3 8.90 1.05 35.33
Wired Cable  (median) 3 163.81 16.06 20.94
Wired Fiber (median) 3 174.43 103.40 9.42
Mobile  
wirelessMobile cellular  
(average) 476. 15 13.42 40.00
Fixed  
wirelessVerizon L TE Business 
Internet (average,  
50 Mbps speed plan)41.65 12.09 89.47
Fixed  
wirelessVerizon 5G Business 
400 Mbps speed plan)386.33 100.33 26.37
Figure 1.  Sample performance references

White paper   Fixed wireless access4
Wired broadband access services, 
such as DSL and cable internet 
service, come with challenges that 
can inhibit the rapid deployment 
of quality network service. Those 
challenges can include:
• Determination of service availability
• Deployment agility
• Reliability and diversity of last-mile 
access 
• Quality of service (QoS) features
• Access to private networks
• Remote management and automation
• Cost of multivendor coordination 
We’ll talk a bit about each.Determination of service availability
Determining the availability of wired 
broadband service at locations spread 
across the country is a challenge.  
For organizations with offices located  
in multiple states, establishing service 
may entail the engagement of multiple 
providers with unknown success for 
service availability, delivery and 
network speed performance. A typical 
wireline broadband connection could 
require any or all of the following steps:

require any or all of the following steps: 
• Placing an inquiry with a local 
provider to determine a “desktop 
estimate” for an initial indication of 
service availability and network speed 
• Placing an order with the local 
provider to make a more definite 
service availability determination
• Scheduling a site visit to validate 
service availability, determine the 
actual speed based upon distance 
from a central office and provide  
cost estimates for wired installation,  
if service is not available in the 
desired part of the building
• Construction of wire installation to 
the site, if service is unavailable 
Performing each of these steps for  
a variety of locations across several  
local providers is a complex endeavor. 
Many organizations in this position  
will rely upon service aggregators to 
mitigate these efforts.

mitigate these efforts. 
Deployment agility
The wait for wireline broadband services 
can be lengthy. If a wired infrastructure 
already exists at the site, it can take 
several weeks for service to be 
deployed. If wired infrastructure does 
not exist, deployment can take months.Reliability and diversity of  
last-mile access
The last mile is the relatively expensive 
and complex delivery of cables or 
wiring from the service provider’s 
facility to a customer’s location. 
Last-mile diversity describes the 
physical separation of access wires 
traveling this distance. This level of 
diversity is typically unavailable to small 
office locations, or too costly to provide. 
When seeking high network availability 
for a critical location, enterprises will 
oftentimes order a redundant circuit 
from an alternate service provider.

from an alternate service provider. 
However, obtaining wireline services 
from different carriers can give a false 
sense of security. It is often very 
difficult to ascertain the fiber-optic 
routes between carriers; paths may 
cross or even use the same conduit to 
the customer premises. When more 
than one local access circuit travels in 
the same path for the last mile, there is 
a lack of local access diversity. This 
creates business risk, as both network 
connections can be severed at the 
same time at a single point of failure.
QoS features
QoS is a set of technologies that  
work across local area and wide area 
networks to support high-priority 
applications and traffic under limited 
network capacity. However, wired 
broadband service providers generally 
lack network QoS features to support 
mission-critical applications.The challenges with

mission-critical applications.The challenges with 
wired broadband access

White paper   Fixed wireless access5
Access to private networks
The lack of inherent privacy features 
and complex IP-VPN configurations 
may be a challenge when deploying 
wired broadband services. 
To achieve privacy over the internet, 
companies often leverage IPsec  
VPN technologies as a less expensive 
alternative to MultiProtocol Label 
Switching (MPLS) networks and 
dedicated access. Wired broadband is 
inherently an internet-based service and 
does not offer privacy service features. 
Therefore, an IPsec VPN-capable router 
is required. In addition, if full-mesh 
communications are needed, IPsec VPN 
configurations can become complex 
and increase the cost requirements of 
the on-premises router. 
Remote management and 
automation
Legacy broadband service activations, 
deactivations and speed changes are 
generally configured by central office 
administrators, and generally don’t 
happen immediately. But today’s 
consumers have come to expect

consumers have come to expect  
agile, cloud-based services, along  
with application programming 
interfaces (APIs), to support changing 
network requirements and gain 
competitive advantage.
Cost of multicarrier coordination
Terrestrial broadband service providers 
are regulated in the U.S. and allowed to 
provide services in specific, limited 
geographic areas. As such, procuring 
terrestrial broadband services across a 
wide geography from a single provider 
is rarely possible. Enterprises with 
widespread locations often turn to ISP 
aggregators to relieve the burden of 
dealing with multiple service providers, 
but the markup fees for aggregation 
services can range from 20% to 30%  
of the broadband connection. These 
overlay services required often include 
purchasing, billing, customer service,

purchasing, billing, customer service, 
location tracking and service portals  
to facilitate the complex commercial 
management of multiple internet 
connections.5, 6

White paper   Fixed wireless access6
The following FWA capabilities 
can help mitigate the limitations 
of wired broadband. 
Ease of determining service 
availability
While a site visit and signal survey are 
recommended before installing an FWA 
device or router at the premises, savvy 
enterprises may make their own initial 
determination of service availability and 
download/upload speeds for FWA prior 
to installation. For example, Android® 
phones can download and install a  
free app called “Network Cell Info LITE” 
or “LTE Discovery” to measure the LTE 
signal. iOS devices can also be used  
to test signal strength, by dialing 
*3001#12345#*.
Factors that can affect  
signal values
There are many factors that influence 
signal strength and quality, including: 
• Proximity to the cellular tower 
• Tower usage load vs capacity  
(large groups of users)
• Physical barriers (mountains, 
buildings, trains, etc.)
• Competing signals 
• Weather events

• Weather events 
• Signal degradation (going through a 
cellular repeater) Mitigation strategies 
using fixed wireless 
access
Self-service signal measurements for 
Reference Signal Received Power 
(RSRP), Reference Signal Received 
Quality (RSRQ) and signal-to-
interference-plus-noise-ratio (SINR) 
can be determined from a typical 
smartphone connected to the FWA 
carrier’s network. RSRP values are 
measures of a cellular signal’s power, 
whereas SINR and RSRQ are values 
that show the signal’s quality. 
FWA using 4G LTE is designed to  
be “plug and play,” enabling speedy 
deployment. The service can be up  
and running in a matter of hours or 
days, rather than weeks or months. 
Self-service and professional 
deployment options are available, 
depending on the enterprise’s needs. Signal

4G L TESignal power
(RSRP)Signal quality
(RSRQ)Signal quality
noise ratio (SINR)
Excellent > -85 dBm > - 10 dB > +15 dB
Good -85 to 95 dBm - 10 to - 15 dB +15 to +4 dB
Medium  -95 to - 115  dBm  - 15 to -20 dB +4 to -6 dB
Edge < -115  dBm < -20 < -6
Figure 2. Signal measurements for 4G L TE 
That said, in the initial stages of 
deployment for FWA using 5G Business 
Internet services, professional 
deployment may be required to help 
achieve the best performance of 
service. This helps ensure line-of-sight 
from the receiver at the client site and 
the microcell servicing the location. 
Self-service options may become 
available in the future.

White paper   Fixed wireless access7
Achieving last-mile network 
access diversity as a strategy for 
business application resilience
FWA provides diversity for last-mile 
access as depicted in the reference 
diagram. This diversity is valuable  
for keeping critical locations and 
applications up and running and can 
complement other wireline access 
methods to provide resiliency. The 
diagram illustrates diversity of the  
last mile, as well as transparency for 
potentially shared network elements.Helping to ensure security  
of corporate data with  
private networks
Verizon Wireless Private Network7  
is a security service solution using 
Verizon 4G LTE technology (and, where 
available, 5G). Private Network enables 
wireless devices to send and receive 
data to and from the customer’s IP 
network without traversing the public 
internet. It provides a fast, direct 
connection to internal systems and 
applications, without compromising 
network control and manageability,

network control and manageability, 
giving organizations a competitive edge 
to fuel growth and privately integrate 
wireless devices into their network. 
With Private Network, enterprises can 
deliver mission-critical information to 
workforces and connected devices  
on the largest high-speed wireless 
network in America, while reducing security concerns and reliability issues 
related to the public internet. Having 
data communications segregated from 
the public internet blocks unsolicited 
traffic and unauthorized devices, 
thereby reducing security risks. 
With Private Network, the organization 
has its own network, where traffic is 
kept isolated from the public internet. 
1. Devices are authenticated and 
authorized for each private network 
(only authorized data can traverse  
the designated network)

the designated network) 
2. Data is routed per customer-specific 
IP pools 
3. Dedicated Private Network 
gateways are designated 
4. A direct connection is created 
between Private Network gateways 
and the customer Figure 3. Creating last-mile network access diversity.
Figure 4. Private Network isolates traffic from the public internet.CUST
CPE
Ethernet
NIDEthernet
switch port
Verizon
cell towerDiverse last mile
Verizon
routerVerizon
routerSecure
gatewayWirelessEthernet
NNI L2A
SWCSwitched
Ethernet
MPLS or
internetPOP
1xRTT
EV-DO Rev. A
Radio access
networkVerizon Wireless data networkVerizon
Wireless
servicesPrivate
NetworkPrivate IP
wireless
gateways
Customer
network
Point to point
Site BSite AVerizon
Private IPPrivate NNI
Private Network
gateways
4G LTE1 2 3 4
Internet
IPsec
virtual private
network (VPN)

White paper   Fixed wireless access8
QoS service features for FWA 
networks to enable priority  
traffic management
Private Network Traffic Management8 
offers Verizon customers an express 
forwarding feature on the 4G LTE 
network. It can help improve user 
experience by: 
• Prioritizing IP traffic for business-
critical applications 
• Delivering more predictable 
application performance during  
peak demand 
• Giving priority access to the 4G LTE 
Radio Access Network (RAN) and 
Preemption for qualified first 
responders, public safety and  
critical infrastructure 
This feature is available when used in 
conjunction with Verizon Private IP and 
Mobile Private Network.Cloud-based remote management 
and automation to enable 
enterprise self-service
Verizon ThingSpace Manage9 is an 
online self-service portal where 
customers can manage their IoT and 
machine-to-machine (M2M) devices.  
It enables provisioning of devices; 
usage monitoring; reporting; device

usage monitoring; reporting; device 
tracking; connectivity troubleshooting; 
alert configuration; SIM purchasing; 
security service implementation; 
firmware update scheduling; geofence 
establishment and much more. 
The ThingSpace Connectivity 
Management API10 platform allows 
users to add and activate devices and 
monitor usage, connection status and 
reachability for data and SMS 
communication, as well as perform 
other device connectivity management 
tasks through a RESTful API. The API can be used to add connectivity 
management to anything from small 
apps to enterprise software systems, 
including enterprise resource planning 
(ERP), supply chain management  
and customer service management. 
Cost reduction using  
single-carrier service provider
Leveraging a single wireless provider 
for FWA, as opposed to managing

for FWA, as opposed to managing 
multiple broadband providers, can 
eliminate the costs associated with 
using a broadband aggregation service. 
Fixed wireless access via 4G or 5G 
connectivity is nearly ubiquitous in the 
U.S., which mitigates the need to 
manage disparate purchasing, billing, 
customer service, location tracking  
and service portals.
Figure 5. Private Network Traffic Management and Private IP classes mappingBusiness Critical Class QCI7 [EF, AF4X, AF3x]
Private IP
Best Eﬀort Class QCI8 [AF2x, AF1x, BE] eNBEF
AF4
AF3
AF2
AF1
BE

White paper   Fixed wireless access9
Solutions  
using fixed  
wireless access 
Primary access to public and 
private networks 
• 5G Business Internet  
(with 5G receiver) 
• 4G LTE Business Internet 5G router
4G LTE small/macro cell or 
5G Ultra Wideband cellLTE router Professionally 
installed 
5G receiver
Figure 6. Primary access to public and private networks 
Backup network connections  
and remote out-of-band  
• Failover from primary wireline access 
• Network resiliency option to help 
support operation in extreme 
weather conditions 
Figure 8. Backup network connections and remote out-of-band access services Cell 
towerBackup 
router
Primary 
providerPrimary 
routerService interruptionParallel network connections  
for SD WAN 
• Parallel FWA connections, active load 
sharing with wireline 
• Software-defined wide area network 
(SD WAN)
• For mission-critical locations and 
business applications that require 
access diversity

(SD WAN)
Figure 7. Parallel network connections for SD WAN Cell 
towerLTE/5G 
router
Primary 
providerWireline 
router

White paper   Fixed wireless access10
Fixed wireless access 
technical best practices 
In this section, we take a look 
at a series of lab tests that we 
conducted to help determine  
best practices for a successful 
FWA deployment. We’ll share  
our recommendations for 
application performance 
requirements, sizing FWA cellular 
plans based upon user needs, 
QoS techniques and hardware 
selection. We believe that careful 
consideration of these factors can 
lead to enhanced performance 
over an FWA network.  
Our lab environment and setup
The lab was set up to test various 
configurations, QoS, application 
performance and network throughput  
by emulating a traditional data center and 
client edge sites. The data center was 
equipped with a 100 MB wired internet 
circuit and a VPN head-end router with 
traditional QoS rate limited to 50 MB. 
The client edge site was equipped with a 
50 MB Verizon LTE Business Internet

50 MB Verizon LTE Business Internet 
FWA connection and a cellular-enabled VPN router setup with auto QoS for the 
queuing mechanism. 
We simulated five concurrent SIP/  
Voice over IP (VoIP) calls (g.711),  
4 Mbps of bidirectional video streaming 
and varying loads of HTTP session 
traffic, leveraging IXIA IxLoad and  
iPerf as our traffic generation and 
measurement tools. There were IXIA 
and iPerf devices located in both the 
data center and client edge locations. 
In addition to simulated traffic, we also 
administered two Verizon IP/SIP trunks 
to a session border controller and PBX 
to make live calls. This allowed us to run 
two concurrent live voice calls while the 
simulated IxLoad traffic was running, 
adding a network stress element to  
the test. 
We measured Mean Opinion Scores

the test. 
We measured Mean Opinion Scores 
(MOS) for the simulated and live VoIP/SIP 
calls, as well as download and upload 
speeds and observed packet loss. 
The table below lists the different call 
qualities and the lowest MOS Score 
limit for each of them. The limit values 
are from the ITU-T G.107 and ITU-T 
G.109 standards. Figure 9. The Verizon testing lab setup
Maximum for G.711 codec 4.4 MOS
Very good 4.3–5.0m
Good 4.0–4.3m
Just ok 3.6–4.0m
Bad 3. 1–3.6m
Very bad 2.6–3. 1m
Not recommended 1.0–2.6m
Figure 10. Call qualities and MOS score measuresVerizon 
testing lab
Test station 
server
serverIPsec 
tunnel
IPsec 
tunnelInternet 
Dedicated
FWAWire
center
Verizon 
routerEthernetSwitched
Ethernet
Wireless
Verizon
routerEthernet
NNI
ISP routerISP router
Public IP

White paper   Fixed wireless access11
Test results and observations
Our observations are that FWA can be suitable for real-time 
and mission-critical traffic, assuming that specific application 
requirements can be accommodated by the FWA signal and 
throughput available at the location. It should be noted that 
our lab had excellent signal strength.
MOS for voice: 4.41 average (A rating)
(IXIA IxLoad)  
Download and upload speeds
(iPerf—30 second averages) 
Download and upload speeds varied throughout the tests. 
These were the ranges we observed: 
• Download: 18.79 to 49.68 Mbps 
• Upload: 2.27 to 17.99 Mbps 
Client edge FWA throughput during test
(IXIA IxLoad) 
During this test, we saw sustained throughput on the Verizon 
50 MB LTE Business Internet FWA connection. The chart 
shows that it may be possible to spike over and under the limit 
of the connection. However, it’s worth stating again that FWA 
connections are variable speed, and this test under ideal

connections are variable speed, and this test under ideal 
conditions may not depict your expected throughput. Packet loss
Packet loss performance for VoIP was not explicitly observed 
as a measure. However, the average MOS of 4.41 would imply 
that for VoIP it was below 1%. 
Packet loss for HTTP traffic became a function of throughput 
of the download and upload speeds. When HTTP simulated 
demands exceeded the throughput of our FWA connection, 
we saw packet drops increase significantly. That said,  
we saw  consistently good results in sending a bidirectional 
flow of 20 Mbps of simulated HTTP traffic (concurrent to  
the 4 Mbps of video streaming and SIP calls). The Simulated 
Users/Concurrent Connections (SU/CC) chart depicts the 
number of simulated sessions required to generate that 
sustained level of HTTP traffic.

sustained level of HTTP traffic. 
HTTP performance (A rating)
Figure 12. HTTP key performance indicators Figure 11. Throughput on Verizon 50 MB L TE Business Internet 
FWA connectionThe average voice quality across all users and all 
content is 4.41.
Average MOS: 4.41
Best MOS: 4.41
Worst MOS: 4.26Voice quality 
assessment
A
4.41
* Activities not reaching sustain time or with advanced timelines are not used in grading competition.HTTP throughput performance is at 98.01% of the 
configured objective, the TCP connections failures 
was 0.00% of the total TCP connections and 
HTTP transaction failures was 0.00%.*
HTTP throughput:  0.01% (0.02 Gbps)
TCP failures:  0 (0%)
HTTP failures:  0 (0%)HTTP throughput 
performance
A
98.01%
0 50 100 150 200 250 300
Elapsed time (seconds)20,00040,000
10,00030,000
050,00060,00070,00020,000
15,000
10,000
5,000
0 020406080

A
98.01%
15,000
10,000
5,000
Elapsed time (seconds)
SU (S) CC150
100
0 0400600
0 50 100 150 200 250 30050 200Throughput (S) TPS (S) CPS

White paper   Fixed wireless access12
Application performance 
requirements
The following table represents the 
required estimated bandwidth, latency, 
jitter and packet loss for typical 
real-time applications. While designing 
a network, it’s important to pay 
attention to the parameters that 
applications require for optimal 
functionality. Make sure that you have 
a clear understanding of the network 
requirements for mission-critical 
applications in particular.
Figure 13. Estimated bandwidth, latency, jitter and packet loss Application Latency RTT Jitter Packet lossBandwidth  
per session
VoIP G.711  
(bitrate 64 Kbps)< 300 ms < 30 ms < 1% 87.2 Kbps
VoIP G.729  
(bitrate 8 Kbps)< 300 ms < 30 ms < 1% 31.2 Kbps
VoIP G.722  
(bitrate 64 Kbps)< 300 ms < 30 ms < 1% 80  Kbps
Cisco Webex < 300 ms < 30 ms < 1% 2 Mbps
Skype® < 300 ms < 30 ms < 1% 1.7 Mbps
Microsoft T eams® < 300 ms < 30 ms < 1% 1.2 Mbps
ApplicationData rate  
(Kbps)Data per minute  
(Megabytes)Data per hour

(Megabytes)Data per hour  
(Megabytes)Hours per user  
 per dayHours per user  
per month  
(20 working days)Data use per month  
per user GB
VoIP G.711  
(bitrate 64 Kbps)87.20 1.31 78.30 2.0 40 3. 13
VoIP G.729  
(bitrate 8 Kbps)31.20 0.48 28.80 2.0 40 1. 15
Cisco Webex  
(voice and video)2,000.00 30.00 1,800.00 2.0 40 72.00
Skype  
(voice and video)1,700.00 25.50 1,530.00 2.0 40 72.00
BlueJeans  
(voice and video)1,000.00 15.00 900.00 2.0 40 61.20
Microsoft T eams 
Video Conferencing1,2000.00 18.00 1,080.00 2.0 40 36.00
Email   
(140 per day at 75 KB each)40 0.21
General web browsing  
(100 web pages per day at 1 MB per page)2How much data do I need for FWA 
cellular data plans?
When designing an FWA solution for 
your organization, you need to consider 
the anticipated data utilization and 
bandwidth requirements of all

bandwidth requirements of all 
applications. Verizon 5G Business 
Internet plans presently come with 
unlimited data allotments. However, 
Verizon 4G LTE Business Internet  plans offer a selection of various  
speed tiers and robust data sets. 
For 4G LTE FWA, data usage and 
allotment are important considerations. 
On 4G networks, it makes sense to  
limit the types of traffic that users are 
allowed to consume. For example, 
restricting nonessential personal 
applications is strongly recommended. 
The table offers some estimated data 
usages for your planning. 
Figure 14. Estimated data usage per user, per month by applicationWe recommend that you run an FWA 
pilot at one of your sites for a month to 
measure the bandwidth and data you use. 
Your Verizon account team can help you 
get started with a trial for that purpose.

get started with a trial for that purpose. 
This table reflects estimated data 
usages for several common applications. 
These estimates will vary based upon 
users’ individual habits.

White paper   Fixed wireless access13
QoS router configuration
Broadband networks—including 
FWA—are generally known to offer 
best-effort traffic handling with  
variable and asymmetrical speeds. 
These characteristics require special 
consideration when it comes to 
providing real-time and mission-critical 
traffic. While broadband internet lacks 
QoS features to honor packet tags 
(with the exception of Verizon Private 
Network Traffic Management), QoS 
mechanisms will still benefit the egress 
of traffic from your network, from  
both the client edge and data  
center perspectives. 
Traffic egress from the data center  
will likely use traditional low-latency 
queueing (LLQ) techniques to allow 
real-time and mission-critical traffic  
to leave the network first. Here, it is 
important to estimate the client edge 
site’s average download and upload 
speeds. (Only an estimate is possible,  
as broadband network connections  
are variable speed.) 
The QoS egress policies from client

The QoS egress policies from client 
edge locations, however, should 
consider alternative options to 
traditional LLQ. Router vendors handle 
QoS for variable-speed internet 
connections differently, with options 
such as Auto QoS or Adaptive QoS.  
An interesting queuing algorithm, CoDel,11 offers a no-knobs 
configuration that handles variable 
bandwidth and round-trip time (RTT), 
and a simple active queue management 
(AQM) and packet scheduling 
algorithm. We used this approach in our 
lab testing and found it both effective 
and easy to use.
FWA router selection
Router choice for FWA should be 
carefully considered. In addition to 
normal routing functions, you will want 
to determine if you want the cellular 
modem internal to the router, what  
types of QoS are supported by the 
router and what management features 
are specific to cellular.

are specific to cellular. 
Internal modem vs external  
modem/bridge
Having the modem internal to the router 
is convenient, as you manage a single 
device. However, when routers are 
located behind thick walls with metal 
cabinets surrounding them, cellular 
signals may be inhibited. For situations 
where signals have difficulty 
penetrating data closets, consider 
using an external modem/bridge.  
This option is helpful because the 
modem/bridge can be located  
remotely from the router via ethernet,  
in a location with a better signal. Router QoS capabilities
Variable-speed connections are a 
challenge for traditional LLQ techniques. 
As noted, cellular router manufacturers 
have created unique queuing tools that 
are effective at handling the variable 
nature of FWA (and wired) internet 
connections. Furthermore, the CoDel

connections. Furthermore, the CoDel 
standard for buffer management can  
be effective at the network edge in 
place of traditional LLQ QoS. This can 
simplify network edge administration 
and accommodate the variable speeds 
characteristic of broadband. 
Tunable cellular parameters
Cellular routers vary greatly in the 
number of parameters that you can set. 
These settings may include items such 
as keepalive timers or connection 
dormancy. Some routers do not offer 
any settings for cellular performance. 
Research carefully to avoid unfortunate 
surprises later on. 
Management software
Consider how well the management 
portal or router Internetwork Operating 
System (IOS) supports the reporting  
of cellular stats, modem configuration  
and management of multiple devices. 
Cellular feature sets in router IOS and

Cellular feature sets in router IOS and 
management systems vary in maturity 
and should be chosen to suit your 
specific needs.

White paper   Fixed wireless access14
Modem selection
Note that modems are manufactured 
specifically for compatibility with each 
cellular service provider. The cellular 
connectivity type will be the main driver 
in the modem selection. Also consider 
whether the modem supports multiple 
cellular communications protocols, 
such as LTE CAT-20 and 5GNR.
4G LTE (indoor or outdoor)
Due to the low radio frequencies  
where LTE is implemented, signal 
propagation is generally less impacted 
by environment and building materials. 
Therefore, internal modems can often 
be utilized. 
Modem recommendation:  
LTE CAT-20 
5G C-Band (maybe indoor/  
maybe outdoor)
C-Band is the sweet spot, as it 
combines better signal propagation 
than millimeter-wave (mmWave) with  
its high bandwidth. While C-Band is 
expected to penetrate some buildings, 
others will require an outside-in 
approach that combines C-Band 
coverage from macro sites with 
in-building setups. 
5GNR

5GNR
5G mmWave (outdoor)
Verizon 5G mmWave utilizes mmWave 
or higher frequency radio bands. 
mmWave 5G networks are ultrafast,  
but the signals are short range, making 
them suited for dense, urban areas  
and specific targeted spots, such as 
airports, stadiums, large campuses  
and entertainment venues. mmWave 
spectrum propagation can also be 
limited by doors, windows, trees and 
walls. Therefore, the majority of 5G 
mmWave installations will require an 
exterior antenna/receiver.
5GNRUser equipment  
(L TE category)Maximum downlink 
(Mbit/s)Maximum uplink  
(Mbit/s)User equipment  
(L TE category)
Narrowband IoT  
(NB-IoT)0.68 1
Rel 13
CA T -M1 1 1
CAT-1 10 5
Rel 8 CAT- 3 102 51
CAT- 4 151 51
CAT- 6 301 51 Rel 10
CAT- 9 452 51
Rel 11 CAT-1 1 603 51
CAT-1 2 603 102

Rel 13
CA T -M1 1 1
CAT-1 10 5
CAT-1 6 979 102 Rel 12
CAT-1 8 1, 174 210
Rel 13
CAT-1 9 1,566 300
CAT- 2 0 2,000 315 Rel 14
Figure 15. Modem comparison chart
Antenna selection
Cellular modems require reception of 
the cellular signal to send and receive 
data. A common challenge is that 
cellular modems are installed in data 
closets. Antenna choice and location can 
help improve the reception of the cellular 
signal to improve data throughput. 
Your wireless router or modem is likely 
to come equipped with paddle 
antennas. If they have clear access to 
the cellular signal with excellent 
measures, external antennas are not 
required. In fact, adding cable between 
the modem and an external antenna 
may actually degrade the signal. 
However, if you need improved signal 
reception, an external antenna can

reception, an external antenna can 
help. Antennas are a quick and easy 
solution for both indoor and outdoor 
areas; they can be temporarily installed with magnetic mounts or placed in 
windows. They can also be wall or roof 
mounted, depending on accessibility. 
Be sure to place the antenna away  
from the modem, in a place with good 
access to the cellular signal. 
LTE antennas generally leverage 
coaxial cable and introduce cable 
signal loss. However, modern 5G 
antennas with built-in modems,  
and 4G LTE deployments with external 
modems, offer the ability to leverage 
power over ethernet, minimizing 
cable-related signal loss, as well  
as lowering cable expenses. 
There are two types of antennas that 
provide distinct radiating patterns.

White paper   Fixed wireless access15
Omnidirectional antennas
Omnidirectional antennas radiate and 
receive energy equally in all horizontal 
directions. These antennas are best 
suited for applications requiring all-
around coverage and are used both 
indoors and outdoors. 
Directional antennas
Directional antennas are more commonly 
used outdoors, when all-around coverage 
is not required, or the focus of available 
energy needs to be radiated by the 
antenna in a particular direction. Cellular booster
If the outdoor signal is weak even  
with an antenna, a cellular booster  
(aka amplifier or repeater) can be  
used to strengthen the signal within a 
frequency range. The amplified signal 
can be directly connected to a single 
device, or broadcast within a specific 
area, such as a large building. Keep in 
mind that when boosting signals within  
a frequency range, you might also be 
boosting radio frequency (RF) noise. 
Boosters only work when receiving

Boosters only work when receiving  
a consistent signal from the  
macro network.Outside antenna pulls in  
tower signal.
Signal booster amplifies  
the signal. 
Inside antenna rebroadcasts 
Cellular device gets  
the signal.

White paper   Fixed wireless access16
Conclusion
T esting of Verizon FWA has 
demonstrated that it is a solid 
alternative to wireline broadband, 
as it supports both real-time and 
general traffic for a simulated 
small office. FWA has been 
identified as an excellent choice 
for primary, concurrent and 
backup network connections, 
as well as for out of-band remote 
access to managed devices, such 
as routers and servers.  
Also, when seeking the best-quality 
wireless connection, two things matter 
most: the quality of the network signal 
and the capability of the cellular 
network to provide reliability and  
speed. In other words, the best FWA 
requires the best wireless network.  
The following are 1H 2021 U.S. network 
performance results as measured  
by RootMetrics.* 
RootMetrics U.S. State of the 
Mobile Union 1H 2021
Verizon wins the most RootScore® 
Awards, with great reliability, strong

Awards, with great reliability, strong 
speeds and rapid 5G expansion. Overall Reliability Accessibility Speed Data Call Te x t To t a l
AT&T 25 26 18 41 36 28 43 217
T -Mobile 0 1 2 4 0 1 8 16
Verizon 41 43 38 24 27 45 46 2642H 2020Overall Reliability Accessibility Speed Data Call Text
1Rank
2
395.696.0
90.395.996.5
90.993.694.8
90.693.294.5
85.596.7 96.8
92.3 91.497.5
95.7
93.697.6
97.1
1H 2021 AT&T Verizon T-Mobile
Figure 16. United States RootScore 1H 2021
Providing strong service across  
the entirety of the U.S. is a tall order.  
To earn U.S. RootScore Awards,  
a carrier needs to offer outstanding 
performance across all the different 
spaces where consumers use their 
smartphones, from cities and towns  
of all sizes to roadways, rural areas  
and all the places in between. 
Verizon remains the U.S.  
carrier to beat.

Verizon once again delivered excellent 
performance in 1H 2021, winning or 
sharing five out of seven U.S. RootScore Figure 17. State RootScore Award tally by category
Awards and earning more State and 
Metro Area RootScore Awards than any 
other carrier. Verizon also continued its 
trend of offering strong speeds and 
great reliability in major cities. And as 
shown in our last 5G Scorecard, Verizon 
has also delivered outstanding Everyday 
5G data reliability more often than the 
other carriers. 
Verizon also continued its record-setting 
streak of winning U.S. RootScore 
Awards in the categories of overall 
performance, network reliability and call 
performance for the 16th straight test 
period, spanning eight years. Note: Award tallies include both outright wins and ties.

* RootMetrics did not test fixed wireless access, only the wireless network.

17
 White paper   Fixed wireless accessState-level performance
Verizon again won the most State 
RootScore Awards of any carrier in 1H 
2021, taking home 264 total state-level 
awards out of 350 total opportunities. 
That includes 41 State Overall 
RootScore Awards and 43 State 
Network Reliability RootScore Awards, 
easily the most in both of those crucial 
categories. Verizon also won or shared 
45 state-level call awards and 46 
state-level text awards. 
Verizon also remained the top-
performing carrier at the metro level, 
delivering excellent speed and reliability 
results and earning the most Metro 
Area RootScore Awards. Figure 18. Metro Area RootScore Award tallyNote: Award tallies include both outright wins and ties.738
Verizon568
AT&T235
T-Mobile
1 Fixed Wireless Access Market—Growth, Trends and Forecast, Mordor Intelligence, 2020. https://www.mordorintelligence.com/industry-reports/fixed-wireless-access-market

AT&T235
T-Mobile
1 Fixed Wireless Access Market—Growth, Trends and Forecast, Mordor Intelligence, 2020. https://www.mordorintelligence.com/industry-reports/fixed-wireless-access-market 
2 Building the US 5G Economy, Boston Consulting Group, 2020. https://www.bcg.com/publications/2020/building-the-us-5g-economy  
3 4 Steps in Selecting ISP Aggregation Services, Gartner Research, 2018. https://www.gartner.com/en/documents/3896382/4-steps-in-selecting-isp-aggregation-services 
4 ISP Aggregators: When do I need one?, AeroCom Inc., 2019. https://www.youtube.com/watch?v=uljwmN8sRfU  
5 Charts—Measuring Fixed Broadband—Tenth Report, FCC, 2021.  
www.fcc.com  https://www.fcc.gov/reports-research/reports/measuring-broadband-america/charts-measuring-fixed-broadband-tenth-report#chart12.1
6 United States’ Mobile and Broadband Internet Speeds—Speedtest Global Index, Speedtest, 2021. https://www.speedtest.net/global-index/united-states

6 United States’ Mobile and Broadband Internet Speeds—Speedtest Global Index, Speedtest, 2021. https://www.speedtest.net/global-index/united-states 
7 Private Network solution brief, Verizon. https://enterprise.verizon.com/resources/solutionsbriefs/2018/verizon_wireless_private_network_sb.pdf
8 Private Network Traffic Management white paper, Verizon. https://enterprise.verizon.com/resources/whitepapers/2017/private_network_traffic_management_white_paper.pdf 
9 Services—ThingSpace, Verizon. https://thingspace.verizon.com/services.html
10 API Reference—ThingSpace, Verizon. https://thingspace.verizon.com/documentation/apis/connectivity-management/api-reference.html 
11 CoDel Wiki, The Blufferboat community. https://www.bufferbloat.net/projects/codel/wiki/  
12 RootMetrics U.S. State of the Mobile Union 1H 2021, RootMetrics, 2021. https://rootmetrics.com/en-US/content/us-state-of-the-mobile-union-1h-2021

12 RootMetrics U.S. State of the Mobile Union 1H 2021, RootMetrics, 2021. https://rootmetrics.com/en-US/content/us-state-of-the-mobile-union-1h-2021  
RootMetrics U.S. State of the Mobile Union 2H 2020, RootMetrics, 2021. https://www.rootmetrics.com/en-US/content/us-state-of-the-mobile-union-2H2020
Based on rankings from the RootMetrics® U.S. National, State, and Metro RootScore Reports: 2H 2013-1H 2021. Tested with best commercially available smartphones on three national 
mobile networks across all available network types. Your experiences may vary. The RootMetrics award is not an endorsement of Verizon.
Network details & coverage maps at vzw.com . © 2021 Verizon.  WP5481021

International Telecommunication Union
Radiocommunication Bureau
 FIXED   WIRELESS  ACCESS
Volume 1    
2nd Edition   Handbook on Land Mobile
(including Wireless Access)

THE  RADIOCOMMUNICATION  SECTOR  OF  ITU 
 The role of the Radiocommunication Sector is to ensure the rational, equitable, 
efficient and economical use of the radio-frequency spectrum by all radiocommunication services, including satellite services, and carry out studies without limit of frequency range on the basis of which Recommendations are adopted.  
 The regulatory and policy functions of the Radiocommunication Sector are performed 
by World and Regional Radiocommunication Conferences and Radiocommunication 
Assemblies supported by Study Groups.  
 
Inquiries about radiocommunication matters 
Please contact: 
ITU 
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FIXED
      WIRELESSACCESS
Volume 1    

- iii - 
TABLE OF CONTENTS 
 Page 
PREFACE ........................................................................................................................ ........ xiii 
FOREWORD....................................................................................................................... ..... xv 
PROLOGUE TO THE SECOND EDITION............................................................................ xvii 
CHAPTER 1 – INTRODUCTION ....................................................................................... 1 
1.1 PURPOSE AND SCOPE............................................................................................ 1 
1.2 BACKGROUND......................................................................................................... 1 
1.2.1  Traditional telephony wireless access ......................................................................... 1

1.2.1  Traditional telephony wireless access ......................................................................... 1 
1.2.2  Broadband wireless access.......................................................................................... 2 
1.2.3  Relationship between FWA and IMT-2000................................................................ 3 
1.2.4  Wireless access to the Internet .................................................................................... 3 
1.3 ORGANIZATION AND USE OF THE HANDBOOK.............................................. 3 
CHAPTER 2 – ACCESS REQUIREMENTS ...................................................................... 5 
CHAPTER 3 – ADVANTAGES OF WIRELESS ACCESS .............................................. 7 
CHAPTER 4 – TECHNOLOGY/EVOLUTION AND DESIGN CONSIDERATIONS . 11 
4.1 FIXED WIRELESS ACCESS SYSTEMS DESIGN OBJECTIVES ......................... 11

4.1 FIXED WIRELESS ACCESS SYSTEMS DESIGN OBJECTIVES ......................... 11 
4.2 FIXED WIRELESS ACCESS SYSTEMS ARCHITECTURE .................................. 11 
4.3 SPECTRUM................................................................................................................ 12 
4.3.1  Role of ITU Radio Regulations and national spectrum utilization policies................ 13 
4.3.2  Summary of Recommendations in place..................................................................... 14 
4.4 RADIO SYSTEM AND NETWORK DESIGN METHODOLOGY ......................... 17 
4.5 TECHNOLOGY EVOLUTION.................................................................................. 19 
4.5.1  Terminals.....................................................................................................................  19

4.5.1  Terminals.....................................................................................................................  19 
4.5.2  Cell-site/base radio...................................................................................................... 20 
4.5.3  Backhaul......................................................................................................................  20

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4.5.4  Switch/network ........................................................................................................... 20 
4.6 CLASSIFICATION OF FIXED WIRELESS ACCESS SYSTEMS .......................... 23 
4.7 BROADBAND WIRELESS ACCESS....................................................................... 23 
CHAPTER 5 – KEY FACTORS AFFECTING TECHNOLOGY CHOICES ................. 27 
5.1 INTRODUCTION....................................................................................................... 27 
5.2 WIRELESS ACCESS TECHNOLOGY..................................................................... 28 
5.3 TECHNOLOGY CHOICE.......................................................................................... 28 
5.4 TECHNOLOGY MODELS ........................................................................................ 28 
5.5 MARKET REQUIREMENTS .................................................................................... 30

5.5 MARKET REQUIREMENTS .................................................................................... 30 
5.6 TECHNOLOGY CRITERIA FOR WIRELESS ACCESS......................................... 31 
5.7 ACCESS ..................................................................................................................... 3 2 
5.8 NEW TECHNOLOGIES IN THE ACCESS NETWORK ......................................... 32 
5.9 WIRELESS ACCESS SYSTEMS .............................................................................. 33 
5.10 CONCLUSIONS......................................................................................................... 36 
CHAPTER 6 – DEPLOYMENT PLANNING OF WIRELESS ACCESS SYSTEMS .... 37 
6.1 GENERAL .................................................................................................................. 37 
6.2 SERVICE NEEDS PLANNING................................................................................. 37

6.2 SERVICE NEEDS PLANNING................................................................................. 37 
6.2.1  Functionality................................................................................................................ 37 
6.2.2  Future service capabilities........................................................................................... 38 
6.3 TELECOMMUNICATIONS NETWORK PLANNING............................................ 38 
6.3.1  Traffic carrying needs ................................................................................................. 38 
6.3.2  Operations and maintenance ....................................................................................... 39 
6.3.3  "Backhaul"-Network connection and integration........................................................ 40 
6.4 RADIO CHARACTERISTICS AND ENGINEERING ............................................. 40

6.4 RADIO CHARACTERISTICS AND ENGINEERING ............................................. 40 
6.4.1  Subscriber density ....................................................................................................... 40 
6.4.2  Coverage area.............................................................................................................. 41  
6.4.3  Cell planning ............................................................................................................... 4 1

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6.4.4  Radio propagation aspects........................................................................................... 41 
6.5 SUMMARY ................................................................................................................ 42 
CHAPTER 7 – OVERVIEW OF FIXED WIRELESS ACCESS SYSTEMS .................. 43 
7.1 SYSTEMS BASED ON EXISTING RADIO INTERFACE STANDARDS ............. 43 
7.1.1  D-AMPS/TDMA-based fixed wireless access systems .............................................. 43 
7.1.2  CDMA-based wireless access systems........................................................................ 43 
7.1.3  GSM-based wireless access systems........................................................................... 43 
7.1.4  PHS- fixed wireless access.......................................................................................... 44

7.1.4  PHS- fixed wireless access.......................................................................................... 44 
7.1.5  NMT-based wireless access systems........................................................................... 44 
7.1.6  DECT-based wireless access systems ......................................................................... 44 
7.1.7  AMPS-based wireless access systems......................................................................... 44 
7.1.8  TACS-based wireless access systems ......................................................................... 44 
7.2 SYSTEMS BASED ON PROPRIETARY RADIO INTERFACE  
TECHNOLOGIES ...................................................................................................... 44 
7.2.1  Nortel Networks Internet fixed wireless access system .............................................. 44

7.2.1  Nortel Networks Internet fixed wireless access system .............................................. 44 
7.2.2  SR Telecom SR500-s wireless access subsystem ....................................................... 45 
7.2.3 TRT/Lucent Technologies IRT wireless access system..............................................  45 
7.3 BWA SYSTEMS ........................................................................................................ 45 
CHAPTER 8 – BROADBAND WIRELESS ACCESS ....................................................... 47 
8.1 ACCESS REQUIREMENTS...................................................................................... 47 
8.2 SPECTRUM USAGE ................................................................................................. 49 
8.3 PERFORMANCE AND AVAILABILITY OBJECTIVES ........................................ 49 
8.4 PROPAGATION CONDITIONS ............................................................................... 50

8.4 PROPAGATION CONDITIONS ............................................................................... 50 
8.5 BWA ARCHITECTURES.......................................................................................... 50 
8.6 TECHNOLOGICAL IMPLEMENTATIONS............................................................. 51 
8.7 NETWORK PLANNING ........................................................................................... 51 
8.8 OVERVIEW OF BWA SYSTEMS ............................................................................ 52

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  Page 
CHAPTER 9 – FUTURE TECHNOLOGIES FOR FWA .................................................. 55 
9.1 MARKET AND INDUSTRY TRENDS; FIXED, MOBILE AND 
BROADCASTING CONVERGENCE....................................................................... 55 
9.1.1  Introduction ................................................................................................................. 55 
9.1.2  Convergence................................................................................................................ 55  
9.1.2.1  Fixed and mobile convergence.................................................................................... 55 
9.1.2.2  Fixed and broadcasting convergence .......................................................................... 56 
9.1.3  Regulators and operators............................................................................................. 56

9.1.3  Regulators and operators............................................................................................. 56 
9.1.4  Fixed wireless access applications .............................................................................. 56 
9.2 TECHNOLOGY TRENDS......................................................................................... 56 
ANNEX 1 – TERMINOLOGY AND ACRONYMS  .......................................................... 59 
1 TERMINOLOGY AND DEFINITIONS .................................................................... 59 
2 ACRONYMS .............................................................................................................. 61 
ANNEX 2 – SPECTRUM SHARING CONSIDERATIONS ............................................. 65 
1 INTRODUCTION....................................................................................................... 65 
1.1 GUIDANCE ON COORDINATION AND RELATED ISSUES............................... 65

1.1 GUIDANCE ON COORDINATION AND RELATED ISSUES............................... 65 
2 FREQUENCY ALLOCATION GUIDANCE............................................................. 66 
3 FREQUENCY PLANS ............................................................................................... 67 
3.1 GENERAL .................................................................................................................. 67 
3.2 TDD ASSIGNMENTS IN BANDS WITH PAIRED SPECTRUM ........................... 68 
3.2.1  General ....................................................................................................................... . 68 
3.2.2  Implementation ........................................................................................................... 68 
4 DEPLOYMENT.......................................................................................................... 68

4 DEPLOYMENT.......................................................................................................... 68 
5 EQUIPMENT DESIGN .............................................................................................. 69 
6 CHECK LISTS AND GUIDELINES.......................................................................... 69

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  Page 
ANNEX 3 –- CRITERIA TO ASSESS FIXED WIRELESS ACCESS SYSTEMS AND 
TECHNOLOGIES IN RELATION TO NEEDS AND REQUIREMENTS ..................... 71 
1 GENERAL .................................................................................................................. 71 
2 RADIO PLANNING FUNDAMENTALS: RADIO PATHS ..................................... 71 
2.1 ATTENUATION DUE TO RAINFALL .................................................................... 72 
2.2 PROPAGATION OVER WATER ............................................................................. 72 
2.3 AVOIDING FADING DUE TO REFLECTIONS...................................................... 72 
2.4 MILLIMETRE WAVE PROPAGATION .................................................................. 73 
3 MOBILE CELLULAR AND FIXED WIRELESS ACCESS PLANNING 
COMPARISONS ........................................................................................................ 74

COMPARISONS ........................................................................................................ 74 
4 GENERIC RADIO NETWORK MODELS................................................................ 75 
4.1 "STANDARD" WIRELESS ACCESS NETWORKS................................................ 75 
4.2 LOW DENSITY RURAL NETWORKS.................................................................... 76 
5 IDEALIZED HEXAGONAL COVERAGE ............................................................... 76 
5.1 BROADBAND CELL PLANNING ........................................................................... 78 
6 THE TOP LEVEL RADIO PLANNING PROCESS.................................................. 79 
6.1 BUSINESS PLANNING SUPPORT .......................................................................... 80

6.1 BUSINESS PLANNING SUPPORT .......................................................................... 80 
6.2 CELL PLANNING...................................................................................................... 80 
6.3 PERFORMANCE ANALYSIS AND OPTIMIZATION............................................ 81 
6.4 TRAFFIC ESTIMATION AND CALCULATION OF SPECTRUM 
REQUIREMENTS...................................................................................................... 81 
7 BUSINESS PLANNING SUPPORT .......................................................................... 81 
7.1 KEY INPUTS TO BUSINESS PLANNING SUPPORT............................................ 81 
7.2 KEY OUTPUTS OF BUSINESS PLANNING SUPPORT........................................ 82 
7.3 MEASUREMENTS ASSOCIATED WITH BUSINESS PLANNING SUPPORT ... 83 
7.4 CALCULATING RADIO RANGE FOR "STANDARD" WIRELESS ACCESS

7.4 CALCULATING RADIO RANGE FOR "STANDARD" WIRELESS ACCESS 
NETWORKS .............................................................................................................. 83 
7.5 SHADOW MARGIN AND COVERAGE QUALITY ............................................... 83 
7.6 TEMPORAL FADE MARGIN................................................................................... 84 
7.7 INTERFERENCE MARGIN ...................................................................................... 85

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  Page 
7.8 OTHER LINK BUDGET MARGINS......................................................................... 85 
7.8.1  Sample BWA link budget ........................................................................................... 85 
7.9 CALCULATING RANGE FOR LOW DENSITY RURAL NETWORKS ............... 87 
7.10 RADIO CAPACITY VS. RANGE ............................................................................. 87 
7.11 TOP LEVEL FREQUENCY PLANNING ................................................................. 87 
7.12 RADIO GROWTH STRATEGIES............................................................................. 87 
8 CELL PLANNING...................................................................................................... 88 
9 NETWORK PERFORMANCE ANALYSIS AND OPTIMIZATION....................... 91 
10 SUMMARY OF RADIO PLANNING CONSIDERATIONS.................................... 91 
ANNEX 4 – DETAILED DESCRIPTIONS: SYSTEMS BASED ON MOBILE RADIO

ANNEX 4 – DETAILED DESCRIPTIONS: SYSTEMS BASED ON MOBILE RADIO  
INTERFACE STANDARDS ................................................................................................. 95 
1 D-AMPS/TDMA-BASED WIRELESS ACCESS SYSTEMS................................... 95 
1.1 GENERAL .................................................................................................................. 95 
1.2 TECHNOLOGY, ARCHITECTURE AND CONFIGURATIONS............................ 95 
1.2.1  Radio interface characteristics (800 MHz band)......................................................... 95 
1.2.2  Network configuration ................................................................................................ 96 
1.3 SUMMARY OF CAPABILITIES .............................................................................. 98

1.3 SUMMARY OF CAPABILITIES .............................................................................. 98 
2 CDMA-BASED WIRELESS ACCESS SYSTEMS................................................... 99 
2.1 GENERAL .................................................................................................................. 99 
2.2 TECHNOLOGY, ARCHITECTURE AND CONFIGURATIONS............................ 100 
2.2.1  Radio interface characteristics .................................................................................... 100 
2.2.2  Network configuration ................................................................................................ 101 
2.3 SUMMARY OF CAPABILITIES .............................................................................. 103 
3 GSM-BASED FIXED WIRELESS ACCESS SYSTEMS ......................................... 104

3 GSM-BASED FIXED WIRELESS ACCESS SYSTEMS ......................................... 104 
3.1 GENERAL .................................................................................................................. 104 
3.2 TECHNOLOGY, ARCHITECTURE AND CONFIGURATIONS............................ 105 
3.2.1  Radio interface characteristics .................................................................................... 105 
3.2.2  Network configuration ................................................................................................ 106

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  Page 
3.3 SUMMARY OF CAPABILITIES .............................................................................. 108 
4 PHS-FWA (FIXED WIRELESS ACCESS) SYSTEM .............................................. 108 
4.1 GENERAL .................................................................................................................. 108 
4.2 TECHNOLOGY, ARCHITECTURE AND CONFIGURATIONS............................ 109 
4.2.1  Radio interface characteristics .................................................................................... 109 
4.2.2  Network configuration ................................................................................................ 109 
4.3 SUMMARY OF CAPABILITIES .............................................................................. 111 
5 NMT-BASED WIRELESS ACCESS SYSTEMS ..................................................... 112

5 NMT-BASED WIRELESS ACCESS SYSTEMS ..................................................... 112 
5.1 GENERAL .................................................................................................................. 112 
5.2 TECHNOLOGY, ARCHITECTURE AND CONFIGURATIONS............................ 112 
5.3 SUMMARY OF CAPABILITIES .............................................................................. 113 
6 DECT-BASED WIRELESS ACCESS SYSTEMS ................................................... 113 
6.1 GENERAL .................................................................................................................. 113 
6.2 TECHNOLOGY, ARCHITECTURE AND CONFIGURATIONS............................ 114 
6.2.1  Radio interface characteristics (1 880-1 900 MHz) .................................................... 114 
6.2.2  Network configuration ................................................................................................ 114

6.2.2  Network configuration ................................................................................................ 114 
6.2.3  The DECT interoperability air interface approach...................................................... 115 
6.2.4  Range, traffic capacity and efficiency issues............................................................... 115 
6.3 SUMMARY OF CAPABILITIES .............................................................................. 116 
7 AMPS-BASED WIRELESS ACCESS SYSTEMS ................................................... 116 
7.1 GENERAL .................................................................................................................. 116 
7.2 TECHNOLOGY, ARCHITECTURE AND CONFIGURATIONS............................ 116 
7.2.1  Radio interface characteristics .................................................................................... 116

7.2.1  Radio interface characteristics .................................................................................... 116 
7.2.2  Network configuration ................................................................................................ 117 
7.3 SUMMARY OF CAPABILITIES .............................................................................. 118 
8 TACS-BASED WIRELESS ACCESS SYSTEMS .................................................... 119 
8.1 GENERAL .................................................................................................................. 119 
8.2 TECHNOLOGY, ARCHITECTURE AND CONFIGURATIONS............................ 119

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  Page 
8.2.1  Radio interface characteristics .................................................................................... 119 
8.2.2 Network configuration ................................................................................................ 119 
8.3 SUMMARY OF CAPABILITIES .............................................................................. 119 
ANNEX 5 – DETAILED DESCRIPTIONS: SYSTEMS BASED ON PROPRIETARY 
RADIO INTERFACE TECHNOLOGIES ..........................................................................  121 
1 NORTEL NETWORKS INTERNET FIXED WIRELESS ACCESS SYSTEM ....... 121 
1.1 GENERAL .................................................................................................................. 121 
1.2 TECHNOLOGY, ARCHITECTURE AND CONFIGURATIONS............................ 122 
1.2.1  Radio interface characteristics .................................................................................... 122

1.2.1  Radio interface characteristics .................................................................................... 122 
1.2.2  Network configuration ................................................................................................ 123 
1.3 SUMMARY OF CAPABILITIES .............................................................................. 126 
2 SR TELECOM SR500-S WIRELESS ACCESS SUBSYSTEM ............................... 127 
2.1 GENERAL .................................................................................................................. 127 
2.2 TECHNOLOGY, ARCHITECTURE AND CONFIGURATIONS............................ 128 
2.2.1  Radio interface characteristics .................................................................................... 128 
2.3 SUMMARY OF CAPABILITIES .............................................................................. 132 
3 TRT/LUCENT TECHNOLOGIES IRT MODULAR SYSTEM FOR WIRELESS

3 TRT/LUCENT TECHNOLOGIES IRT MODULAR SYSTEM FOR WIRELESS 
LOCAL ACCESS ....................................................................................................... 133 
3.1 GENERAL .................................................................................................................. 133 
3.2 TECHNOLOGY, ARCHITECTURE AND CONFIGURATIONS............................ 133 
3.2.1  Radio interface characteristics .................................................................................... 133 
3.2.2  Network functions, organization and structure ........................................................... 134 
ANNEX 6 – BWA SYSTEMS DEPLOYMENT CONSIDERATIONS ............................ 139 
1 INTRODUCTION....................................................................................................... 139

1 INTRODUCTION....................................................................................................... 139 
2  SPECTRUM SHARING CONSIDERATIONS ......................................................... 139 
3  WRC-2000 DECISIONS RELATING TO HDFS ...................................................... 139 
3.1  INTRODUCTION....................................................................................................... 139

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  Page 
3.2  APPLICATIONS FOR HDFS..................................................................................... 140 
3.3  RESULTS OF WRC-2000.......................................................................................... 140 
ANNEX 7 – DESCRIPTIONS OF BROADBAND WIRELESS ACCESS SYSTEMS ... 141 
1 NORTEL NETWORKS REUNION™ BROADBAND WIRELESS ACCESS 
SYSTEM..................................................................................................................... 141  
1.1 GENERAL .................................................................................................................. 141 
1.2 TECHNOLOGY, ARCHITECTURE AND CONFIGURATIONS............................ 142 
1.2.1 Radio interface characteristics .................................................................................... 142 
1.2.2 Network configuration ................................................................................................ 142

1.2.2 Network configuration ................................................................................................ 142 
1.3 SUMMARY OF CAPABILITIES .............................................................................. 144 
2 TSR BROADBAND FWA SYSTEM ........................................................................ 145 
2.1 INTRODUCTION....................................................................................................... 145 
2.2 DESCRIPTION........................................................................................................... 145 
2.3 POSSIBLE NETWORK STRUCTURES AND APPLICATIONS............................ 147 
3 GENERAL CHARACTERISTICS OF BROADBAND FWA SYSTEM IN 
JAPAN ........................................................................................................................ 1 48 
3.1 INTRODUCTION....................................................................................................... 148

3.1 INTRODUCTION....................................................................................................... 148 
3.2 POINT-TO-POINT FWA SYSTEM........................................................................... 148 
3.3 POINT-TO-MULTIPOINT FWA SYSTEM .............................................................. 149 
4 ERICSSON'S BROADBAND FWA SYSTEM.......................................................... 150 
5 ALCATEL'S 7390 LMDS BROADBAND WIRELESS ACCESS SYSTEM ........... 154 
5.1 GENERAL .................................................................................................................. 154 
5.2 ARCHITECTURE ...................................................................................................... 155 
5.3 TECHNICAL CHARACTERISTICS......................................................................... 156

5.3 TECHNICAL CHARACTERISTICS......................................................................... 156 
5.3.1 System description ...................................................................................................... 156 
5.3.2 Network interfaces ...................................................................................................... 156 
5.3.2.1 Bursty data traffic........................................................................................................ 156  
5.3.22 Circuit oriented traffic................................................................................................. 157 
5.3.3 Subscriber interfaces ................................................................................................... 157

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  Page 
5.3.4 Radio interface ............................................................................................................ 157  
5.3.4.1 Frequency plans........................................................................................................... 157 
5.3.4.2  RF physical layer......................................................................................................... 158  
5.3.4.3  Carrier bandwidths supported ..................................................................................... 158 
5.3.4.4  Radio transmission characteristics .............................................................................. 159 
ANNEX 8 – WIRELESS ACCESS TO THE INTERNET .................................................  161 
1 INTRODUCTION....................................................................................................... 161

1 INTRODUCTION....................................................................................................... 161  
ANNEX 9 – REFERENCES .................................................................................................. 167 
1 STANDARDS............................................................................................................. 167 
2 BOOKS AND TECHNICAL PAPERS ...................................................................... 169 
INDEX ......................................................................................................................... ............ 171

- xiii - 
  
PREFACE 
 
The present handbook on Land Mobile (including Wireless Access) has been developed by a group 
of experts of Radiocommunication Study Group 8 under the Chairmanship of Mr. S. Towaij 
(Canada), Chairman of Radiocommunication Working Party 8A. 
The handbook consists of several volumes covering all categories of the land mobile service, such 
as cellular mobile, cordless telephones and cordless telecommunication, fixed wireless access, dispatch, paging and other land mobile applications. The contents include detailed explanations and references that can be consulted for additional details. 
Volume I on Fixed Wireless Access describes the basic principles, access requirements, technology

Volume I on Fixed Wireless Access describes the basic principles, access requirements, technology 
criteria, deployment planning and technical descriptions of typical systems. The technical content is intended for use by administrations and operators in both developing and developed countries. Wireless access applications are considered as a very important element of today’s telecommunication infrastructure. Considerable emphasis is thus being placed on wireless access applications in the land mobile service as a means of providing fast and economic telecommunication services. 
The purpose of this handbook is to assist in the decision-making process involving planning, 
engineering and deployment of wireless access based land mobile systems, especially in the developing countries. It should also provide adequate information that will assist in training engineers and planners in the regulating, planning, engineering and deployment aspects of these systems. 
     
     Robert W. Jones

- xv - 
  
FOREWORD 
 
Wireless access is an important and fast-growing application of radio technologies in general and of 
the land mobile service in particular. 
criteria, deployment planning and technical descriptions of typical systems. The technical content is intended for use by administrations and operators in both developing and developed countries. Wireless access applications are considered as a very important element of today’s telecommunication infrastructure. Considerable emphasis is thus being placed on wireless access applications in the land mobile service as a means of providing fast introduction of economic telecommunication services. 
          Mr. S. Towaij 
     Chairman, Radiocommunication Working Party 8A      Canada

- xvii -  
  
Prologue to the Second Edition 
 
The original version of this handbook was compiled in November 1996 and was published by mid-
year in 1997. Both the technology and the applications have changed significantly since then and 
the handbook had to be updated. Some of main changes in the market include the explosive growth of Internet applications and the increasing need to provide Universal Access to the Internet in most parts of the world, in addition to the need to support existing access services. New broadband wireless access systems are emerging that will satisfy that need. 
A summary of the changes that have been made to the second edition with respect to the original 
publication (first edition) are as follows: 
 The terminology has been updated to conform with the latest ITU-R Recommendations. For 
example, the original title of this handbook was "Wireless Access Local Loop". However,

example, the original title of this handbook was "Wireless Access Local Loop". However, 
the term "local loop" not only carries negative connotations of limited bandwidth, but also it is not technically correct. Hence, its use has been explicitly deprecated in ITU Recommendations. The new title of the handbook, "Fixed Wireless Access" (FWA) is more accurate and follows the ITU Recommendations. 
 New sections on industry trends have been added, for example, the access to the Internet, 
the convergence of wireline and wireless access, etc. 
 Technologies that were described in the first edition of the handbook, but that have become 
disused or that are not being deployed any more, have been removed from the handbook. 
 Substantial material has been added on broadband wireless access (BWA), following the 
most recent industry trends. 
          Jose Costa 
     Editor

- 1 - 
 
 CHAPTER 1 
INTRODUCTION 
 
1.1 Purpose and scope 
engineering and deployment of wireless access based land mobile systems, especially in developing countries. It should also provide adequate information that will assist in training engineers and planners in the regulation, planning, engineering and deployment aspects of these systems. The term "wireless access", as used in this handbook, refers to end-user radio connection(s) to core networks (Ref.: Rec. ITU-R F.1399), which include mobile applications such as in-building and out-of-building communication systems, cellular-based mobile systems and fixed wireless access. Core networks include, for example, PSTN, ISDN, PLMN, PSDN, Internet, WAN/LAN, CATV, etc. 
The users of this handbook are likely to fall into two categories. The first category includes the

The users of this handbook are likely to fall into two categories. The first category includes the 
decision-makers and planners for whom the handbook provides sufficient information to aid in making a decision on choice of systems as far as the systems suitability to meet the decision-making requirements. For this purpose, the Handbook provides analysis on the various systems taking into consideration factors such as traffic estimation and projection, frequency band and spectrum requirements, investment, regulation and policy requirements and experiences, deployment strategies, short and long term implications, as well as other elements that are required for planning and decision-making purposes. 
For the second category of users, including engineers and other technical experts, the handbook

For the second category of users, including engineers and other technical experts, the handbook 
provides in-depth technical information on the characteristics of the various systems and applications, systems design, traffic analysis and estimation, spectrum estimation, channelling plans, cell design and selection, deployment strategy, mobile and base station equipment, as well other pertinent information. 
The handbook provides information on state-of-the-art technology in terrestrial wireless access 
systems. It also projects near and long term trends in systems and technology.  
1.2 Background 
This section provides an overview of the major incentives and motivation towards fixed wireless 
access, leading from the past towards the future. 
1.2.1 Traditional telephony wireless access 
The land mobile (including wireless access) service is growing very rapidly. In the early 1980s, the

The land mobile (including wireless access) service is growing very rapidly. In the early 1980s, the 
first generation analogue cellular systems were introduced. By 1990 there were 11 million mobile cellular users
1. In June 1996, worldwide cellular usage, based on the ten largest networks, was 
estimated at 53.5 million users*. The ITU World Telecommunication Development Report - 1999 
____________________ 
1  ITU World Telecommunication Development Report 1999 - Mobile Cellular. 
*  This is based on June 1995 estimation of the ten largest users in the world including: Australia, Canada, 
Germany, Italy, Japan, South Korea, Sweden, the United Kingdom, and the United States of America.

- 2 - 
 shows estimates of mobile and fixed telephone subscribers going up to 3 billion in 2010, and they 
might still be conservative. Indeed, since the introduction of cellular-based mobile systems, there has been a dramatic increase in the use and application of wireless access land mobile and fixed telecommunication systems. The development and deployment of second generation cellular systems worldwide, employing more efficient and flexible digital technologies, is on-going.  Third-
generation systems are also starting to be deployed. Other wireless access applications, such as in-building, out-of-building (e.g., campus) and fixed wireless access, etc., are being implemented in all regions of the world. All of the above applications and systems under development revolve around the concept of providing telecommunications between people rather than between places with the ultimate theme of " communications with anyone, anywhere, at any time ".

In developing countries, wireless access systems are also being used as a fast and cost-effective 
means of deploying telecommunication networks. In the developed countries, wireless access is seen by service providers as a way to reduce the high cost of deploying local access lines to subscribers, as well as economically serving customers in suburban, rural and remote regions in homes, small businesses and educational institutions. This is the last and the only leg of the wireline networks which is provided on a cost per single subscriber basis rather than cost shared among many. Using a fixed wireless access system not only reduces the cost to the service provider by sharing the cost of the facilities down to the user (e.g., base stations) and eliminating the need of cables directly to the subscriber premises, but also makes the provision of services to new subscribers faster and easier.

Telecommunication is the backbone of every nation. In present-day society every aspect of daily 
life depends on telecommunications. The prosperity, health, education, and welfare of a country is 
greatly dependent on how good and how widely deployed are its telecommunication facilities. Telecommunication not only makes information available to everyone but also provides the basic requirements of industrial and commercial endeavours.  
1.2.2 Broadband wireless access (BWA) 
Broadband wireless access at or above the primary rate was introduced in the 1980s in response to 
new end-user needs that the existing wireline local infrastructures could not satisfy in a timely and

new end-user needs that the existing wireline local infrastructures could not satisfy in a timely and 
cost-effective manner. In the USA, large-scale usage started in the 18 GHz band and soon extended to the 23 GHz band. In the 1990s, advancing deregulation and competition in the local access provided additional stimulus for broadband wireless access development much beyond the deployment capacities of the 18 GHz and 23 GHz bands into other bands such as 2.5 GHz. 
This stimulated the introduction of WRC-97 agenda item "1.9.6 the identification of suitable 
frequency bands above 30 GHz for use by the fixed service for high density applications". The term "High Density applications in the Fixed Service (HDFS)" is used to describe a significant level of ubiquitous deployment of point-to-point (P-P) and/or point-to-multipoint (P-MP) systems within a 
given area. These systems are generally intended to support broadband applications.

given area. These systems are generally intended to support broadband applications. 
Recommendation ITU-R F.1401 (Frequency bands for fixed wireless access systems and the 
identification methodology) includes a categorization of fixed wireless access (FWA) systems, and a basic description of the broadband wireless access (BWA) category, intended for operation at or above the primary rate (i.e., above 1 544 kbit/s or 2 048 kbit/s) in frequency bands of up to about 70 GHz.  
Since BWA is a distinct form of FWA, the generic FWA coverage in this handbook applies 
to BWA, as well. Chapter 8 and Annex 6 cover the distinctive aspects of BWA. In addition to the broadband feature, there are two more generic distinctions of BWA: 
 the use of technology that has originally been developed for conventional "radio-relay" 
applications in the fixed service, and for fixed point-to-multipoint (P-MP) systems;

- 3 - 
  the use of frequency bands at the higher end of the FWA spectrum range, which may 
requires line-of-sight link operation. 
In the absence of alternative subscriber access (fiber, XDSL, cable, modem), which may apparently 
take years to materialize even in developed countries, there is an increasing immediate need for BWA in all countries that participate in the worldwide rapid growth of Internet usage in business, industry, finance, government and education. While the necessary extent of BWA deployment varies from country to country, and within countries, according to the level and pace of development, the basic need for BWA is universal, similar to the universal need for air traffic. And while FWA providing basic telephone access competes with existing or planned wireline local access, BWA has few competitors at this time. 
1.2.3 Relationship between FWA and IMT-2000 
Fixed wireless access (FWA) is an application which can be provided with a variety of alternative

Fixed wireless access (FWA) is an application which can be provided with a variety of alternative 
wireless access systems. IMT-2000 systems are third-generation mobile systems that support both mobile and fixed wireless access applications. The following figure shows this relationship in a diagrammatical manner. 
    FWA                        IMT-2000 
Application                  Systems 
 
Recommendation ITU-R M.687 describes the concepts and objectives for IMT-2000 and 
Recommendation ITU-R M.819 contains specific IMT-2000 requirements pertaining to fixed wireless access. 
1.2.4 Wireless access to the Internet 
With the explosive growth of the Internet, wireless access to the Internet will likely become a major

With the explosive growth of the Internet, wireless access to the Internet will likely become a major 
driving force for the industry. The wireless access to the Internet is based on IP packet-switched technologies and it is integral to the overall goals of wireless access. This is being addressed as part of the ongoing developments in standards activities related to second- and third-generation personal communications, fixed wireless access, broadband wireless access and satellite services. Wireless personal area networks (PANs) and wireless local area networks (LANs) fit into the overall scheme of wireless access, but they are outside the scope of this handbook (cf. Recommendations ITU-R M.1450 and ITU-R M.1454). Some of the key issues related to wireless access to the Internet are covered in Annex 8. 
1.3 Organization and use of the handbook 
The handbook is organized into a number of volumes and chapters providing key information to the

The handbook is organized into a number of volumes and chapters providing key information to the 
reader, with detailed technical, operational, and regulatory information provided in annexes. This volume deals with fixed wireless access, including broadband. 
Chapter 2 describes some of the access requirements and Chapter 3 highlights some of the 
advantages of wireless access. Technology/evolution and design considerations are covered in Chapter 4 and key factors affecting technology choices in Chapter 5. Guidelines for planning the deployment of wireless access systems are given in Chapter 6.

- 4 - 
 Chapter 7 gives a general overview of fixed wireless access systems, which fall into two groupings: 
 systems based on existing radio interface standards;  systems based on proprietary radio interface technologies. 
Chapter 8 covers specifically the aspects related to broadband wireless access (BWA) systems. Chapter 9 gives a view towards the futures, both in terms of market trends and emerging enabling 
technologies. 
The annexes provide a description of existing and emerging fixed wireless access systems, with 
emphasis on capabilities and relationship among the various system elements. The objective is to assist the reader to quickly gain a solid understanding of wireless access systems and to assess these technologies against the needs and requirements in their countries. 
Annex 1 provides a list of terminology and acronyms used in this handbook, Annex 2 covers

Annex 1 provides a list of terminology and acronyms used in this handbook, Annex 2 covers 
spectrum sharing considerations. Annex 3 summarizes the main criteria that need to be considered to assess how the various systems and technologies meet the needs and requirements. 
Annexes 4 and 5 cover the various wireless access systems in some detail, providing basic 
characteristics and system configuration, applications and service provisioning. 
Annexes 6 and 7 cover broadband wireless access in more detail; deployment considerations in 
Annex 6 and descriptions of specific systems in Annex 7. 
Annex 8 provides a view of the important area of wireless access to the Internet. 
Finally, Annex 9 contains a list of references.

- 5 - 
 CHAPTER 2  
ACCESS REQUIREMENTS 
Advances in technology and competitive access are driving the revolution towards wireless access 
infrastructure for the provision of basic telephone service. Traditionally, the most difficult 
component of the network to build, and the least cost-effective to maintain, has proven to be the local access network regardless of a developing or a developed economy. The sheer scope of investment and engineering efforts required to build and maintain copper-based networks has created primarily lofty barriers to entry and has made high penetration rates for basic telephone service available only to the industrialized nations of the world. Even the relatively low target subscriber density (teledensity) rate of 20 lines per 100 of population set by the ITU, has, until recently, been far beyond the capability of many nations.  
Fixed wireless access (FWA) previously referred to as radio local loop (RLL), wireless local loop

Fixed wireless access (FWA) previously referred to as radio local loop (RLL), wireless local loop 
(WLL) or wireless access local loop, is an application of radio technology and personal communication systems experiencing tremendous growth, especially in developing economies. Various technologies and applications are discussed in this section with the aim to assist in choosing the most appropriate one for each environment. Figure 1 introduces wireless access by comparing it to wireline access. The key characteristic of wireless access is the use of a multiple access radio system instead of wires (e.g., copper or coaxial) in the distribution/access network, whether or not radio (point-to-point microwave) is used in the backhaul network. 
 
FIGURE 1 
Wireline access and wireless access comparison 
 
Wireline  
Access  
Wireless  
Access  Switch  Digital line carrier (DLC)
or remoteDistribution  Feeder/
Backhaul
Base radio
and controller
Feeder/
Backhaul
Fibre
CopperCopper  
Coax
Fibre

Wireline  
Access  
Wireless  
Backhaul
Base radio
Feeder/
Backhaul
Fibre
Coax
Fibre
Copper
Point-to-point microwaveSwitch  Distribution  
Multiple access  
radio system  
(400 MHz - 40 GHz)  
 
In general, any radio system could be used for fixed radio access and the suitability is a function of a 
number of factors. The most suitable system for a particular application will tend in general to depend on the requirements of the end-user (plain old telephone service (POTS) only or many service

- 6 - 
 features), the cost of deployment (which will depend on the density of the subscriber population and

the type of system being considered), and the availability of the appropriate radio-frequency spectrum for that system. The requirement for mobility, or evolution for mobility, would tend to drive the deployment of systems derived from cellular or personal communications service (PCS) systems. Alternatively, the requirement for wireline quality and services (such as G3 fax and voiceband data or even integrated services digital network (ISDN)) would tend to be drivers towards special-purpose designed systems. Another important consideration is how to approach integration of the fixed wireless access system with the overall network philosophy of the operator. In particular, any problem (such as end-user and operator requirements) may be best solved with a mixed solution of wired and wireless technology. Understanding the drivers for the deployment of each technology is a key factor in minimizing the cost and maximizing the effectiveness of the solution.

There is significant variation in the characteristics of the local access lines, particularly in 
developing countries, from the perspective of teledensity and access line length. Urban and suburban applications require high capacity – hundreds and sometimes thousands of subscribers per square kilometre. Villages and towns, on the other hand, often isolated from major population centres, may have lower teledensity capacity requirements and may require service for only a few hundred subscribers. Rural areas have unique requirements, small clusters of a few lines each in very isolated pockets. 
In addition to terrain topography and teledensity, other factors differentiate network applications, for

In addition to terrain topography and teledensity, other factors differentiate network applications, for 
example, service set, performance and quality objectives. On a network basis, solutions must satisfy cost and build-out timing objectives. A country’s specific situation, such as infrastructure which may already be in place, mandated air interface standards, a variety of interface requirements, and even terrain and climate can influence what the optimal wireless solution is. The variation in access characteristics necessitates a family of wireless access products to meet specific needs. 
Figure 2 shows wireless access as one of the applications of wireless technologies and personal 
communications systems, compared with other applications in terms of coverage, cell-size, power, mobility, quality and relative cost. Wireless access characteristics are somewhere in between those of cellular technologies and cordless technologies. 
FIGURE 2

FIGURE 2 
Comparison of wireless technology applications 
 WPBX / WKTS    
(WCTX)    Telepoint
(Wireless
payphone)Wireless
access  Cellular    
PCS   Cordless  
phone  
Coverage  ubiquitous    cellular - like   
10s km  
10s W 
full mobile    pedestrian    
cellular - like   Mobility   
Quality   neighbourhood  (-> cellular)  
km 
100 mW - 1W 
pedestrian  (-> mobile)  
-> wireline  discrete  islands 
200 m 
10s mW
pedestrian  
-> wireline  in-building,    campus    
100 m   
10s mW  
pedestrian    (-> mobile)    
-> wireline    home, garden 
100 m 
10s mW
CT1  Cell - size 
Power    
‘Cellular’ technologies‘Cordless’ technologies

- 7 - 
 CHAPTER 3 
ADVANTAGES OF WIRELESS ACCESS 
 
The advantages of employing wireless access are lower life-cycle cost, flexibility in network design 
and faster deployment. These advantages are illustrated in Figs 3a to 3d. 
Traditional copper networks consist of distribution cables, pedestals or splice boxes, and feeder

Traditional copper networks consist of distribution cables, pedestals or splice boxes, and feeder 
plants. The last leg of the local access line including the dropwire is very expensive to install and costly to maintain. It has been estimated that up to 80% of an operating company’s total maintenance expenditure is allocated to maintaining the local access line. Most of the cost of constructing access lines can be associated with the vast, branching network of copper cable that connects with individual homes. In fact, the last few hundred metres of distribution copper may account for up to 50% of the total cost of the local access lines. Most capital cost associated with the construction of a wireless network can be characterized as being "electronics". By contrast, in a copper network, significant cost is incurred for cable material and construction, whose costs over time do not decrease nearly as fast as "electronics" costs (see Fig. 3a). 
 
FIGURE 3a

FIGURE 3a 
Comparison of wireless and wireline systems in terms of capital costs 
 
Subscriber / km 2100 1000 Wireless 
Wireline 
Network cost 
per subscriber 
($) 
10 1980s 
1990s 
 
Operational cost savings represent another advantage of employing wireless access lines 
(see Fig. 3b). The elimination of copper distribution and copper drops reduces operations costs due to fewer trouble reports, dispatch and repair activities. Studies have shown that wireless access lines can reduce operating expenses by as much as 25% per subscriber per year. A reduction in installation and operating costs, coupled with capital cost savings, results in lower life-cycle costs for wireless access systems. Also, a wireless infrastructure involves less outside-plant; hence it is less vulnerable to theft and vandalism.

- 8 - 
 FIGURE 3b 
Comparison of wireless and wireline systems in terms of operational costs 
 
% 4035 302520151050Trouble reports in wired networks  
Other  Local ExchangeIn–home WiringDropDistribution cable  Telephone
Potential to
reduce or
eliminate
 
Customers waiting for telephone service represent an opportunity cost, therefore rapid deployment 
of any access system is critical to the business case. As evidenced in the cellular-based mobile industry, wireless systems can literally be installed in a matter of months, or even weeks, as opposed to years often associated with copper-based access build out. This will accelerate returns which can be reinvested to continue building network capabilities further (see Fig. 3c). 
  
FIGURE 3c 
Comparison of wireless and wireline systems in terms of time to deploy 
Wireless Months
Wireline Years
 
 Another positive attribute for wireless access is that wireless distribution is more "forgiving" to

 Another positive attribute for wireless access is that wireless distribution is more "forgiving" to 
uncertainty in subscriber demand forecasts (see Fig. 3d). Wireline infrastructure requires a larger, up front investment which is exposed to uncertainty in demand. Traditionally, telephone companies over-provision (just-in-case) since construction in already established neighbourhoods is even more expensive. In the wireless environment, incremental investment can more closely track subscriber demand and results in faster payback, which reduces financial exposure to over-provisioning.

- 9 - 
 FIGURE 3d 
Comparison of wireless and wireline systems in terms of flexible network design 
 
Plant 
investment 
($) Wireline 
Wireless  
Traffic demand Wireline plant requires 
large lumpy investments 
Time  Wireless capacity 
added incrementally 
 
In addition, in some cases wireless access may offer potential for evolution and synergy with 
mobile services. An infrastructure supporting a fixed wireless system using an air interface developed for mobile services (e.g. Recommendations ITU-R M.622, ITU-R M.687-1, ITU-R M.819-1, ITU-R M.1033, and ITU-R M.1073) might be readily extended to support mobile users. Alternatively, special-purpose systems can be designed to meet the quality requirements in an optimal manner.  
Hence, the overall access requirements, socio-economic development, and infrastructure must be 
considered carefully before designing the system. This is illustrated in Fig. 4. 
 
FIGURE 4 
Tremendous variation in business design and system requirements

- 11 - 
 
 CHAPTER 4 
TECHNOLOGY/EVOLUTION AND DESIGN CONSIDERATIONS 
 
Recent advances in wireless technology have been accelerated by the tremendous growth seen in 
the cellular-based mobile industry. Increased volume generates lower product costs, expanding 
markets further and so on. There is tremendous overlap between technology applied to mobile systems and that used to provide a "fixed" telephone service. This section of the Handbook briefly outlines design objectives and architectures for wireless access systems. 
4.1 Fixed wireless access systems design objectives 
The access requirements discussed previously establish key design parameters for wireless access systems: 
– achieve low life-cycle cost (capital, installation, operations), 
– ability to meet projected teledensity requirements/capacity, 
– rapid time-to-deploy, 
– employ maximum use of in-place infrastructure (switching, transport etc.) where there is 
economic advantage,

economic advantage, 
– offer good performance (voice quality, delay, blocking, reliability),  
– deliver the required service-set (voice, fax, data, etc.),  
– potential for evolution or option to interwork with a mobile network. 
These objectives must be met within the context of a country's terrain and environmental 
characteristics which can influence the appropriate wireless solution. 
4.2 Fixed wireless access systems architecture

4.2 Fixed wireless access systems architecture 
Historically, cellular networks have been provisioned for high-speed mobile applications in large cells using high power with relatively low traffic per subscriber. Use of wireless systems to provide basic "fixed" telephone service does not automatically infer user-mobility and in general higher traffic and performance (voice quality, reliability, blocking etc.) is expected. In order to understand the emerging markets requirements, propagation tests and simulations must continue to gather better knowledge of end-user traffic behaviour and characterization of the propagation channel under "fixed" conditions. 
Figure 5 illustrates the components of a wireless access architecture-switch and network, backhaul

Figure 5 illustrates the components of a wireless access architecture-switch and network, backhaul 
interconnecting base radio cell-sites, and distribution to homes or handsets directly, or as shown, to intermediary microcells. Microcells can provide higher capacity or better coverage at discrete points or traffic "islands" within the network.

- 12 - 
 FIGURE 5 
Wireless access architecture 
 
Switch &  
network  
Base radio  
cell-site  Backhaul  
 Distribution  
Microcell  Terminal  
 
 Within a traditional telephone company architecture, the wireless access backhaul may consist of 
copper or fibre trunks. In addition, copper distribution may be used to interconnect microcells. In a more cellular-like architecture, microwave links may be used for backhaul and distribution. 
4.3 Spectrum

4.3 Spectrum 
Key input parameters to the design of a wireless network are teledensity over time and subscriber usage (e.g., Erlangs per subscriber). These variables establish the traffic density (e.g., Erlangs per square kilometre) that the wireless system needs to support. The availability of spectrum, channelization of the particular radio access technology, the extent to which frequencies can be re-used (N), and cell-size, influence the traffic carrying capacity of a radio-based system. Wireless access systems, from an RF planning/network viewpoint, are deployed in a similar way to cellular systems, even though the teledensity requirements may be different (see Chapter 6 for more details). 
Radio spectrum requirements and availability needs to be examined. Figure 6 shows bands of the

radio spectrum where fixed wireless access systems operate in some countries (the acronyms used in this figure are defined in Annex 1). The precise availability of radio spectrum for these applications is subject to local regulations. For example, in addition to the bands 1.4 and 2.4/2.6 GHz, the 3.5 GHz and 10.5 GHz bands have been endorsed by CEPT/ETSI for use in Europe. Also, in Region 2 the 3.4-3.7 GHz band is being considered for wireless access applications in some countries. The applications shown in Figure 6 for different frequency bands may be known by different names that are related to the traditional use of these bands. However, the common underlying aspect is wireless access, which may take many flavours depending on the signal transfer capabilities offered (e.g., voice, data, image, video), mix of service (e.g., purely fixed, mixed fixed/mobile, nomadic), range (e.g., use of repeaters), etc.

- 13 - 
 FIGURE 6 
Examples of bands of radio spectrum for wireless access used by different operators 
 /G6c 400 MHz TACS / NMT, D-AMPS/TDMA 
 /G6c 800 MHz AMPS / D-AMPS 
 /G6c 900 MHz GSM / TACS/NMT 
 /G6c 1.4 GHz point-to-multipoint (subscriber radio system) 
 /G6c 1.8 GHz GSM/DECT 
 /G6c 1.9 GHz PCS/PHS 
 /G6c 2.4-2.6 GHz MDS (multipoint distribution systems) and  
point-to-multipoint systems 
 /G6c 3.4-3.8 GHz MDS, FWA 
 /G6c 5 GHz radio local area networks 
 /G6c 10.5 GHz point-to-multipoint systems 
 /G6c 24/26/28//32/40 GHz LMCS/LMDS local multipoint 
communication/distribution systems 
Frequency 
 
4.3.1 Role of ITU Radio Regulations and national spectrum utilization policies  
The terms fixed (radio) service and mobile (radio) service are defined by the ITU Radio 
Regulations: 
 Fixed service : a radiocommunication service between specified fixed points. 
 Mobile service : a radiocommunication service between mobile and land stations, or 
between mobile stations.

Fixed service : a radiocommunication service between specified fixed points. 
between mobile stations. 
Indeed, these radio service definitions form the basis for the allocation of radio spectrum 
internationally by the ITU as well as domestically within each country. For the most part, the ITU has made joint allocations to the mobile and fixed services in various frequency bands. Traditionally, in some countries a choice has been made between the two services. 
Certain evolving applications do not fit explicitly into the definitions of either the fixed or the

Certain evolving applications do not fit explicitly into the definitions of either the fixed or the 
mobile service. The appropriate approach is to apply some flexibility in the interpretation of these definitions to be able to embrace these integrated applications under the umbrella of the fixed and mobile services. A key to the interpretation of the use of these terms is the concept of mobility. If the device is intended to be used in motion or is normally moved from place to place, it may be considered as part of the mobile service. If not, then it may be considered to be in the fixed service. 
Applications are envisaged for fixed radio service providers operating in spectrum designated

Applications are envisaged for fixed radio service providers operating in spectrum designated 
primarily to the fixed service where it is required to have the integration of wireless access devices that function as mobile radio stations. These situations have resulted from the converging requirements of both mobile and fixed radio services and the use of wireless access devices in integrated radio applications. A suitable spectrum utilization policy is to support a mix of integrated mobile and fixed service applications in certain frequency bands.
 
Countries usually need to apply some flexibility in their interpretation of frequency allocations. This flexibility has permitted, for example, radio licensees to operate their systems according to the primary frequency allocation while accommodating secondary service requirements subject to

- 14 - 
 certain conditions which are consistent with the ITU Radio Regulations, as well as in accordance 
with national regulations. Generally, a balanced approach is required when applying flexibility to spectrum policy in the spectrally congested bands, as the needs of users of the primary allocations must be met within the primary designation of the bands. This approach may be applied whether the service is fixed or mobile. 
Another potential application is the use of a number of radio stations in a fixed mode for interactive

Another potential application is the use of a number of radio stations in a fixed mode for interactive 
data transmission (e.g., point-of-sale devices and other data transactions, telemetry and data acquisition). In some cases, the mobile dispatch and voice communications devices are operated permanently at one location. In other cases, there are fixed stations in multi-point communications systems that are highly portable within a coverage area. There are also cases where the fixed stations are nomadic devices that can be operated in any location on a national network. The integration of applications may prove to be an efficient and economical means of meeting diverse consumer needs while maintaining an efficient use of spectrum. 
There may be cost benefits or spectrum efficiencies that accrue to radio users if fixed and mobile 
applications can be integrated within the same frequency band provided that the primary use of

applications can be integrated within the same frequency band provided that the primary use of 
either the fixed or mobile service allocation is sustained to meet the demand of the primary 
allocation. The Administration needs to establish whether adequate spectrum is available for the primary use while permitting a secondary application. It must also develop the options or alternatives for mobile or fixed service spectrum use in the event that there are spectrum shortfalls. In such cases, the Administration would continue to require these radio systems to migrate to a more appropriate co-primary band.  
Policy flexibility to support a mix of integrated service applications, has the potential to use up a

Policy flexibility to support a mix of integrated service applications, has the potential to use up a 
considerable amount of mobile or fixed spectrum. In the heavily congested areas of a country, this may result in additional scarcity of primary spectrum. In the past, spectrum users/service providers in the fixed and mobile services were designated to operate in specific frequency bands for their respective purposes. Usually very few frequency bands exist where users can jointly operate fixed and mobile systems in the same spectrum. Consequently, any policy flexibility to support a mix of integrated service applications must be balanced in order to retain enough spectrum to meet primary service objectives. 
Radio service providers are striving to meet customer demands in a competitive environment with

Radio service providers are striving to meet customer demands in a competitive environment with 
the potential efficiency of integrated radio service offerings. The emergence of integrated radiocommunication systems is evident in other areas of radiocommunications. National spectrum policies should provide the necessary flexibility to help radio service providers respond to customer needs. 
4.3.2 Summary of Recommendations in place 
This section summarizes the relevant Recommendations in place produced by the major national and regional bodies (ITU-R, CITEL, CEPT, etc.) on the use of the spectrum for fixed wireless access, including sub-band plans, spectral masks, co-existence, sharing, etc.

There are many FS, some MS, bands available in the Radio Regulations for potential FWA usage. The ITU-R is developing a compilation of the most attractive candidates together with their associated compatibility issues where this is appropriate. At the time of writing the following six bands are of the greater priority in terms of a mix of different factors, including sharing issues, propagation, legacy factors, bandwidth, systems and deployment characteristics, recent and current usage etc. and in the near future a new Recommendation is expected on each of these bands summarizing these issues for the guidance of administrations, operators and manufacturers. It will 
be noted that one of the bands listed here, 32 GHz (31.8-33.4 GHz), has been identified as available

- 15 - 
 for HDFS applications, and provides a relatively high absolute bandwidth (1.6 GHz), relatively low 
legacy usage by other services and good international acceptability in all three Regions. Clearly more sharing and frequency arrangement Recommendations are in preparation at this time. 
 
 Freq band 
(GHz) Bandwidth 
available 
(MHz) ITU-R 
Recommendations Regional 
Recommendations Share 
Recommendations/
studies 
underway 
3.5 GHz  (see Note 1)   
3.4-3.6 200 SF.1486, F.1107, 1108, 
1190  Radioloc. 
3.4-3.7 300 F.1107, 1108, 1190 CITEL PCCIII 
Rec. 26 Radioloc. 
3.41-3.6 190 F.1107, 1108, 1190 CEPT/ERC 
Rec. 14-03 Radioloc. 
3.425-3.575 150   Radioloc. 
3.6-3.8 200 F.1107, 1108, 1190 CEPT/ERC 
Rec. 12-08  
3.65-3.7 50 F.1107, 1108, 1190  Radioloc. 
     
38 GHz  (see Note 2)   
37-40 3 000 F.749, 1107, 1108 CITEL PCCIII 
Rec. 55 FSS 
37.5-39.5 2 000   FSS 
38.05-38.5 420  ARIB STD T58, 59 FSS 
39.05-39.5 420    
     
24/29 GHz  (see Note 3)   
24.25-24.45 200   RNS, FSS

Rec. 55 FSS 
     
24.25-24.45 200   RNS, FSS 
25.05-25.25 200    
24.25-24.75 500   RNS, ISS, EESS 
25.5-26.7 1 200    
24.25-27.5 3 250   RNS, ISS, EESS, 
FSS 
24.5-26.5 2 000 F.748, 1249 
SA.1276, 1278 CEPT/ERC 
Rec. 13-02  
25.25-27.0 1 750 F.758 ARIB STD T58, 59 Radioloc. 
25.35-28.35 3 000 F.748, 1249 
SA.1276, 1278  ISS, FSS, EESS 
26.4-28.35 1 950   ISS, FSS 
26.7-27.1 400   EESS, FSS, ISS 
27.1-27.5 400    
27.5-28.35 850 F.758 CITEL PCCIII 
Rec. 57 FSS 
27.5-28.35 850   FSS 
27.5-29.5 2 000 F.748 CEPT/ERC 
Rec. 14-03 FSS 
29.0-29.25 150 F.758 CITEL PCCIII 
Rec. 57 FSS 
     
1.8/1.9 GHz  (see Note 4)   
1.710-1.785 75 F.701, M.1073   
1.805-1.880 75    
1.850-1.990 140 F.701, M.1073 CITEL PCCIII 
Rec. 26

- 16 - 
  
 NOTES: 
 3.5 GHz 
 SF.1486, Sharing with VSAT 
 F.1107 Probabilistic analysis, interference from GSO satellite  F.1108 Protection from non-GSO satellite  F.1190 Protection from radar systems 
 38 GHz 
 F.1107, F.1108 and F.749, RF channel arrangements, 38 GHz 
 24/29 GHz 
 F.748, RF channel arrangements, 24, 25 and 26 GHz 
 F.1249, Sharing with ISS, 25.5 GHz 
 F.758, System characteristics, for sharing studies 
 1.8/1.9 GHz 
 F.701, RF channel arrangements, 1 350-2 690 MHz 
 F.757, Performance, mobile-derived technologies 
 450 MHz 
 M.478, Frequency channels between 25 and 3 000 MHz for the FM land mobile service 
 M.1085, Wind profiler radars around 400 MHz 
 SA.1260, Sharing between active spaceborne sensors and other services 
 32 GHz 
 Doc. 9/BL/4, Radio-frequency channel arrangements Freq band 
available 
studies 
underway 
1.880-1.900 20  CEPT/ERC DEC 
9403

available 
studies 
underway 
9403  
1.880-1.900 20 F.701, M.1073   
1.960-1.980 20    
1.886-1.918 32    
1.893-1.919 26 F.757 ARIB STD 28  
1.900-1.920 20    
     
450 MHz  (see Note 5)   
0.415-0.420 5 M.478, M.1085   
0.425-0.430 5 SA.1260   
0.440-0.450 10 M.478, M.1085 CITEL PCCIII 
Rec. 39  
0.485-0.495 10 SA.1260   
     
32 GHz  (see Note 6)   
31.8-33.4 1 600 F.1520  RNS, SRS, ISS

- 17 - 
 Most of these bands have established frequency channelization plans, but it may be that these are 
not always most appropriate for the newer generation of systems. This is an area of considerable study, and frequency block-based arrangements seem particularly suited to many FWA situations, and for several bands there is work underway to prepare more such Recommendations to better 
reflect the market and systems needs for the evolving new FWA and other FS applications. There is 
also new Recommendation 
(Doc. 9/BL/3)  addressing general guidance material on block-based 
frequency arrangements. The above listing is a simplified snapshot prepared at this time, and it is essential that the interested reader consult the latest Regional and ITU-R Recommendations and work in progress, as well as the corresponding national administration/s, to verify the situation in any particular country/ies. 
4.4 Radio system and network design methodology

4.4 Radio system and network design methodology 
The choice of technology needs to be related to capacity and cost requirements (see Figs. 7 and 8). For example, considering a hypothetical situation (a real calculation should be carried out with careful reference to the local parameters and those of the system being considered), with IS-54 TDMA, there are approximately 400, 30-kHz, frequency division duplex (FDD) channels in a 25 MHz allocation. Using a 60° sectored system, frequency sets can be re-used every 4 cells (i.e. 
N = 4). One hundred RF channels are available in every cell or about sixteen per sector within 
the cell. In a TDMA-3 system, a 30-kHz RF channel supports three traffic channels each. Each sector therefore supports 48 traffic channels or 36 Erlangs (1% blocking). Under these conditions, the cell-site supports over 200 Erlangs or 4 000 subscribers at 0.05 Erlangs per subscriber. Assuming a 1 km radius cell, the effective density supported is over 1 200 subscribers k

2. 
 
FIGURE 7 
Access requirements: need a family of wireless access solutions 
to meet diverse requirements 
 
Suburban
Town 
VillageRural
5 subs
R = 1 km
D = 2 subs / k m2 100 subs
R = 2 km
D = 10 subs / km2600 subs  
R = 3 km  
D = 20 subs / km2 10,000 subs
R = 4 km
D = 200 subs / k m2RRUrban / Industrial
25,000 subs
R = 2 km
D = 2000 subs / km2

- 19 - 
 FIGURE 9 
Mobile system based implementation 
 
Tandem 
office 
 Central wireless controller
COCO 
 
FIGURE 10 
DLC based implementation 
C.O.
C.O. C.O.C.O.Distributed 
RF control
 
4.5 Technology evolution 
This section of the handbook describes how wireless technology is evolving to support the wireless 
access application. Terminals, cell-site and base radio, backhaul, and switch/network technology components will be addressed. 
4.5.1 Terminals 
The key drivers in wireless terminal technology will continue to be low-cost and miniaturization. Longer-life, more-efficient battery technology is aggressively being pursued. In addition, the challenge is to increasingly provide wireline-like quality, performance, and feature-set.

- 20 - 
 4.5.2 Cell-site/base radio  
Multi-channel RF access technologies (TDMA, CDMA) are increasing the traffic-carrying capacity 
of wireless access systems. High-speed digital signal processing (DSP) techniques and software-definable radios are yielding further advancements in radio flexibility, performance, size, and cost. Codec technology is rapidly moving forward to attain higher and higher levels of voice quality. 
Radio resource management, and improved operations, administration and maintenance (OAM) are

Radio resource management, and improved operations, administration and maintenance (OAM) are 
redefining performance and provisioning rules in the network. Clever dynamic channel assignment methods, powerful diversity schemes and hand-off algorithms, and effective dynamic power control methodology reduce co-channel and adjacent channel interference resulting in higher network capacity and performance. Sophisticated fault detection, isolation, performance monitoring, and automatic commissioning and calibration sub-systems are adding flexibility and operations efficiency in wireless networks. Wireless network test-beds and simulators are used to evaluate the capacity-performance and OAM trade-offs of the various radio resource management options. 
Integrated circuit technologies will continue to be the key for future wireless communications.

Integrated circuit technologies will continue to be the key for future wireless communications. 
Superior performance, lower cost, smaller size and reduced power consumption are the key drivers for the various integrated circuit technologies being evaluated. Filter and interconnect devices, both direct and dual conversion transceiver architectures, and an array of mixers and power amplifier topologies are under examination in the context of power handling, noise figures, and power consumption. 
Silicon and gallium arsenide (GaAs) semiconductors exhibit different performance parameters as a

Silicon and gallium arsenide (GaAs) semiconductors exhibit different performance parameters as a 
function of frequency. This influences the choice of circuit topologies and transceiver architecture. RF, IF, and baseband filter research is under way. In addition, interference suppression and spectral shaping have been evaluated under various digital modulation formats. Finally, packaging technology is being evaluated in the laboratory, including chip on board (COB), tape automated bonding (TAB), and flip-chip mounting techniques. 
Future wireless systems require more cost-effective, less obtrusive antennas. Adaptive electronic 
antennas that automatically optimize carrier-to-interference ratio (
C/I) will further increase capacity 
and performance of wireless networks. 
4.5.3 Backhaul

4.5.3 Backhaul 
Higher network capacity through use of smaller and smaller cells increases backhaul infrastructure cost since more sites need to be interconnected to the switch. Backhaul systems must be carefully designed in the context of existing and evolving physical plant – twisted pair, coax, fibre, and radio to achieve acceptable cost structures. 
4.5.4 Switch/network 
Intelligent network (IN) functionality, and high-performance network processing and signalling allows transfer of subscriber data across the Public Switched Telephone Network (PSTN) and cellular (IS-41, GSM) networks. This ensures transparency of service to subscribers across both mobile and wireline network. This is essential to delivering innovative services and accurate billing records. 
Wireless access system - PSTN V5.2 Interface

Wireless access system - PSTN V5.2 Interface 
The V5 interface, as specified by ETSI and ITU-T and indicated in Fig. 11, is an open interface between the local exchange (LE) and an access network (AN), such as a wireless access network, remote switching unit, or private branch exchange. The LE provides the landline call processing

- 21 - 
 control, call record collection, numbering plan and supplemental services for the system, such as 
three party calling and call waiting. The wireless access system handles call delivery to the end user. The V5 specification allows a wireless access system to leverage off the existing landline network functions and provides end users access to PSTN services. 
The V5 interface is an open control protocol designed to deliver the telecommunications services 
residing on a local exchange to multi-vendor equipment in the landline distribution or access network. Because V5.2 is an open interface, it frees telephony service providers from being locked into proprietary switch interfaces for network interconnection with wireless access networks, remote switching units, or private branch exchanges. 
 
FIGURE 11 
The V5.2 interface 
 
Types  of ANs: 
Private branch exchange (PBX) 
Remote switch unit (RSU) Wireless access networks + other similar applications Local 
exchange

FIGURE 11 
 
exchange 
(LE) Access network 
(AN) V5.2 
Digital interface 
LE functions: 
Call processing Call records (billing) Numbering plan Supplementary services (3-party call, call forwarding, call waiting, etc.) 
Answer supervision 
Concentration / time-slot allocation AN f unctions : 
Subscriber-radio management 
Subscriber paging Subscriber authentication Radio resource allocation Call delivery 
 
For wireless access applications, the AN provides for radio subscriber management, subscriber 
paging and authentication, radio call delivery, radio resource allocation and transcoding between the air interface and the standard 64 kbit voice trunks on the E1 lines to the local exchange. 
V5 has two parts, as specified by ETSI and ITU-T. V5.1 (ITU-T Recommendation G.964

V5 has two parts, as specified by ETSI and ITU-T. V5.1 (ITU-T Recommendation G.964 
V-Interfaces at the Digital Local Exchange V5.1 Interface for the Support of Access Network) requires one time slot per subscriber and offers no trunking of subscriber time-slots. V5.2 (ITU-T Recommendation G.965 V-Interfaces at the Digital Local Exchange V5.2 Interface for the Support of Access Network) allows time-slots to be "trunked" or shared among subscribers, enabling concentration and associated cost savings. 
V5.2 provides wireless access subscribers the following advantages: 
– Wireless customers receive the same level of service as wired customers – V5.2 allows 
transparent delivery of PSTN or LE functions and services such as billing, numbering plans 
and supplemental services delivered by the switch (such as call forwarding, call waiting, 3-way calling etc.).

- 22 - 
 – Telephony service providers have several options for line expansion – V5.2 supports PBXs, 
two wire pairs, remote switching units, high speed data lines and fibre access systems, in addition to wireless access networks. 
– Telephony service providers can realize the advantages of multiple LE vendors – V5.2 open 
interface provides many choices in vendors and hence choices in services and competition 
in prices. 
– Fewer LE connections to the access network – V5.2 is a trunked interface which allows 
time slots to be allocated and shared between subscribers on a per-call basis. This approach 
is both more cost-effective and more robust. 
– Reduced complexity of network and hence reduced cost – V5.2 allows functions

– Reduced complexity of network and hence reduced cost – V5.2 allows functions 
traditionally performed by the LEs to remain there (such as billing and advanced feature delivery) and frees the access network to provide only those call delivery functions required by wireless access, e.g. radio subscriber management, subscriber paging and authentication, radio resource allocation and transcoding. 
 
FIGURE 12 
V5.2 Local exchange to access network connectivity 
 
Timeslot assignments  
2 for common control  
494 for voice
16 for synchronization and alarms  Access  
Network 
(AN)  Local 
Exchange  
(LE)   E1 1&2: Active and standby 
common control links & voice
. . . 
E1 3-16 are all-voice 
 
Figure 12 illustrates the V5.2 connectivity with active standby common control signalling utilizing

. . . 
 
Figure 12 illustrates the V5.2 connectivity with active standby common control signalling utilizing 
the V5 protocol. Each V5 route consists of 16 E1 links that support 32 time slots each. Time slot 0 is per the E1 specification used for synchronization and alarms. The first two E1s contain one common control link, one is active and the other is on standby, each consisting of one E1 time slot (time slot 16). The remaining time slots and E1s are used for dynamically allocated voice channels. A total of 494 voice trunks are available (16 E1s x 31 time slots -2 control channels). Where V5.1 multiplexes a single time slot to each user, V5.2 adds concentration, which dynamically allocates a time slot to each user. 
The V5.2 interface provides the system with greater operational control and functional efficiency.

The V5.2 interface provides the system with greater operational control and functional efficiency. 
V5.2 supports more subscribers per E1 link and thus can be implemented at a lower total cost and is thus more efficient than V5.1, and many other types of non-V5, non-concentrating PSTN interfaces. V5.2 also provides for increased fault tolerance which results in overall improved quality and reliability for the customer.

- 23 - 
 4.6 Classification of fixed wireless access systems 
Fixed wireless access systems can be classified as "cellular-grade", "wireline grade" and 
"broadband". 
Cellular-grade systems are characterized by the use of air interfaces standardized for mobile 
telephony applications. The advantage of this strategy is the economy of scale that results from

telephony applications. The advantage of this strategy is the economy of scale that results from 
using major radio components which are manufactured in high volume for the mobile market. Cellular-grade wireless access systems may share the same cell site and network infrastructure used for mobile cellular systems, or they may use dedicated networks. Cellular-grade systems typically use low bit rate speech coding and offer link reliability comparable to mobile cellular calls made over a cellular-based mobile system. The networks supporting these systems tend to be based on stand-alone switches developed for cellular-based mobile systems, rather than as adjuncts to existing telephone central office switches. Thus, cellular-grade systems are especially well-suited to large rural or urban areas of low traffic density, previously unserviced, or to be served by a second telephony service provider.

Wireline-grade systems tend to be based on proprietary air interfaces. These systems tend to use 
higher bit rate, toll quality speech coding, which allows fax and modem signals to be passed transparently in the speech band. Often, such systems are deployed as autonomous adjuncts to existing telephone central office switches. In most cases, subscriber sites require directional, rooftop antennas in order to provide link reliability comparable to a wireline link. In addition to systems which provide circuit-switched voiceband connections, some wireline-grade systems provide packet-switched connections which offer comparable burst rates and features to digital subscriber line wireline technology and cable modems. Such systems include advanced communications applications such as MMDS in the 2.5 GHz band. 
Fixed broadband wireless access (BWA) systems offer bit rates to each subscriber site above

Fixed broadband wireless access (BWA) systems offer bit rates to each subscriber site above 
primary rate access. The systems that operate at frequencies above 10 GHz require line of sight 
paths and highly directional subscriber antennas. Link reliability is engineered to be high, comparable to a wireline or fibre-optic connection. The systems that operate at frequencies below 10 GHz also support non-line-of-sight and near-line of-sight paths and are suitable for individual residential subscribers and small offices. 
4.7 Broadband wireless access 
One type of broadband wireless access system is referred to as wireless digital subscriber line 
(wDSL), which provides high-speed data service capabilities comparable to cable modem and

(wDSL), which provides high-speed data service capabilities comparable to cable modem and 
xDSL offerings over a wideband wireless access channel. The product offering provides a new wireless access solution that eliminates "last mile" bottlenecks which inhibit high-speed data/internet access abilities. Depending upon subscriber loading, average data rates will be 256 Kbit/s-2 Mbit/s per user, with peak rates up to 10 to 30 Mbit/s. Figure 13 shows wDSL data rates in relation to other high-speed access solutions.

office-home office (SOHO) and small to medium business (SMB) applications. 
 Firewall, addressing, authentication and overall O&M integration. 
The diagram below illustrates a typical wireless DSL system deployment for high-speed data and 
voice service.

- 25 - 
 
Land 014mFIGURE 14
Wireless DSL system architecture
ISP
BackboneCore
router
Master aggregation
supercell site
NOC
PSTN
Voice networkUSP
Call
server Voice
gateway- Authentication
- Authorization- Accounting
- Firewall- VPN origination
- QoS/CoSBase
station
Base
stationService
gateway Customer
premisesRJ-11
RJ-45
10 base-T
RJ-11
RJ-45
10 base-TCustomer
premises
Multi-cell network

- 27 - 
 
 CHAPTER 5 
KEY FACTORS AFFECTING TECHNOLOGY CHOICES 
The contents of this chapter (Chapter 5) are based on a study commissioned by the European Bank 
for Reconstruction and Development on key technological and policy options for the telecommunication sector in Central and Eastern European countries
*. The purpose of the study was 
to provide relevant information and guidance to both network operators and policy makers in decision-making regarding technological options to be used in introduction, replacement, modernization and extension of telecommunication networks in their countries. In reviewing the report of this study, it became clear that its findings and conclusions would be very useful to the developing countries in their efforts to improve and enhance their telecommunication facilities. 
The existing telecommunication networks in the developing countries are either obsolete or

The existing telecommunication networks in the developing countries are either obsolete or 
inadequate to provide the platforms on which modern industrial economies are built. Failure to remedy this critical shortcoming will limit the ability of many developing countries in improving living standards for the majority of their people.
 
The need to make rapid and significant progress in telecommunications is well documented and well understood. There is also a commonly held view that developing countries are well positioned to "leapfrog" their peers in the developed economies, with respect to the introduction of wireless technology. There is less agreement, however, regarding the technologies which should be employed and the policies which could be pursued to promote development in telecommunications. The two main themes to be considered are: 
–
 Technology choice:  what technologies are (or will be) available to operators in the

–
 Technology choice:  what technologies are (or will be) available to operators in the 
developing countries and what factors will influence the choices between these 
technologies? 
– Sector policy:  what impact will alternative policy choices have on the performance of the 
telecommunications sector and economic welfare more generally in the developing 
countries? 
The economic characteristics of the industry and technology have had a significant bearing on the 
policies which have been pursued in the telecommunication industry to date, particularly regarding the provision of services and infrastructure. Among those which are most relevant are: 
– the high fixed costs and lengthy lead times typically associated with establishing a 
telecommunications network; 
– the presence of economies of scale and scope; – the significance of a relatively small number of key cost drivers (number of customers, 
customer densities and calling rates);

customer densities and calling rates); 
– the presence of network externalities (such as the benefit derived by existing customers 
when a new customer joins the network). 
*  DAVIES, G., CARTER, S., MACINTOSH, S., et al.  (COOPERS and LYBRAND) and STEFANESCU, 
D. (EBRD) [March, 1995], Key Technological and Policy Options for the Telecommunications Sector in 
Central and Eastern Europe and Former Soviet Union. Coopers and Lybrand and the Telecommunications 
Team European Bank for Reconstruction and Development (EBRD), London, United Kingdom.

- 28 - 
 5.2 Wireless access technology 
The development in wireless technology – either current or future – reinforces the change in view 
regarding the local network. They also herald other significant changes to the way in which telecommunications infrastructures will be developed over time. For example: 
– experience from a large number of countries now demonstrates that competition in the 
provision of mobile cellular services is viable; 
– wireless and specifically fixed wireless access services are likely to provide a more cost-
effective access solution in some locations (compared with the cost of a wireline network 
solution); 
– finally, wireless access technologies are capable of being deployed much more rapidly than 
wireline technology, particularly in the local network, thus offering the prospect of responding very rapidly to the demand for service. 
Clearly, much depends on the continued pace of advance in wireless technology but the prospects

Clearly, much depends on the continued pace of advance in wireless technology but the prospects 
are that over the next decade wireless access based solutions will have a significant impact on the development of those telecommunication networks which are not currently particularly mature, as well as on the overall competitive structure of the industry. 
5.3 Technology choice 
In the following sections analysis and conclusions are provided to assist the developing countries in the decision-making on choice of wireless access technologies available for use in the access network, for existing operators or new entrants.  
The purpose of the analysis is twofold: 
–
 first , to provide guidance to network planners on current and future trends in technology, 
and 
– second , to provide specific quantitative estimates of the costs of alternative technologies. 
5.4 Technology models

and 
5.4 Technology models 
The analysis model made use of the following elements: – defining the relevant demand parameters (number of customers/customer densities and 
calling rates); 
– designing the networks required to meet the specified levels of demand – which in turn 
determines the type and volumes of equipment required; 
– determining the costs of building and operating the networks taking into account capital 
equipment costs, installation costs, and direct operating costs; 
– converting the network costs into a cost-per-line to allow comparisons between different 
The models are used to analyse the costs of a number of wireless access technologies in comparison 
to the traditional copper pair networks. 
Clearly, in developing these models a number of assumptions are necessary regarding, for example:

Clearly, in developing these models a number of assumptions are necessary regarding, for example: 
– customer volumes and densities; – network dimensioning rules; 
– equipment costs; – installation costs;

- 29 - 
 – network fill rates (i.e. capacity utilization); 
– grade of service; – operating costs; – trends in equipment and labour costs; 
– the availability of frequencies (which is critically important for wireless based 
technologies). 
In computing the costs associated with different technologies, the "lifetime cost" per subscriber is 
used rather than measures such as capital cost per line or per subscriber. The definition of lifetime costs attempts to capture all of the direct costs associated with using a particular technology – capital, installation and direct operating costs – and allows for the replacement of equipment where appropriate. 
Technology selection must take into account not just acquisition cost and service factors but a wide

Technology selection must take into account not just acquisition cost and service factors but a wide 
range of technical and non-technical considerations such as the availability of skills and expertise and the sensitivity of the selection to forecasting errors. Technology selection must also be based on a sound understanding of the planned development of the network – a network master plan (see Fig. 15). 
 
FIGURE 15 
Technology models and structure 
  Inputs    
  Set demand parameters 
(number of customers, 
densities and calling rates)   
  
Inputs  Network design  Inputs 
Design parameters  
/Gb7/G20Dimensioning rules 
/Gb7/G20Capacity utilization 
/Gb7/G20etc.  Design network structure 
and determine equipment 
requirements  
 Design parameters  
/Gb7/G20Grade of service 
/Gb7/G20Spectrum 
availability 
/Gb7/G20etc. 
  
Inputs   Cost calculation   Inputs  
/Gb7/G20Equipment costs 
/Gb7/G20Installation costs  Determine capital and 
operating costs  Operating costs

operating costs  Operating costs 
  
  Output    
  /Gb7/G20Capital cost 
/Gb7/G20Operating cost 
/Gb7/G20Lifetime cost/line

- 30 - 
 No single technology is likely to meet all market and operational requirements. In many cases there 
will be no clear cut "optimum" technology, but rather a number of technologies each with slightly different characteristics. In choosing between technologies, for either a new network or an existing network, a very wide range of factors need to be considered. There is, almost inevitably, a tendency to focus on two main factors; conformity with the relevant technical specification, and the acquisitions cost of equipment.
  
These, however, do not capture the full complexity of some of the decisions facing operators. In particular, consideration also needs to be given to: 
– the maturity of the technology; – the scope for knowledge transfer;
 
– the availability of local skills for installation and maintenance;  
– the ongoing maintenance cost;  
– the expected level of on-going support;  
– the sensitivity to network planning errors and amendments;

– the sensitivity to network planning errors and amendments; 
– the cost of interworking with existing technologies;  
– avoidance of being "locked-in" to particular suppliers or technologies;  
– the extent of "future proofing" provided by the technology.  
These factors greatly complicate the decisions facing  the developing countries and inevitably limit 
the extent to which general considerations on technology choice can be expected to apply regardless 
of the specific local circumstances. 
A further crucial factor is the need for each operator to establish and maintain a strategic direction 
for its network and to ensure that equipment selection is undertaken within the framework of that plan. This will ensure the strategic development of the network, and should limit, for example, problems of interworking between different parts of the same network. 
5.5 Market requirements

5.5 Market requirements 
Traditionally, more than  90% of the revenue of public telecommunications comes from telephony, 
although this may be changing due the explosive growth of the Internet. Voice communications is 
the key service both for the existing and new operators. Furthermore, in excess of 80% of the traffic on telephone networks in most developed countries, is live speech and in the developing countries is even higher. Given the continuing dominance of telephony traffic and the acute supply shortages prevalent in the developing countries, it is clear that the overwhelming need is for technologies, which offer and support basic services. 
Nevertheless, it is also important to recognize the growing needs of businesses for both basic and 
advanced telecommunication services, particularly in view of the role of the private sector in

advanced telecommunication services, particularly in view of the role of the private sector in 
promoting growth in the developing economies. While voice traffic will continue to dominate, value added services, high-speed data, mobility and, ultimately, video will increasingly be required. This is particularly significant for the choice of technologies in the access network as the capabilities of various technologies to support these services differ markedly. 
This poses a dilemma for network operators: should the thrust in development of new access 
technologies be placed on high cost, high bandwidth technologies, or on lower cost, but lower bandwidth, technologies? 
All of the technologies considered are capable of supporting speech communications and other

All of the technologies considered are capable of supporting speech communications and other 
services which can be data encoded in 4 800 bit/s and below. The technologies will, however, differ in their ability to support other services as illustrated in Table 1. As technologies progress, further capabilities will be added to access services (e.g., wireless access video).

- 31 - 
  
TABLE 1 
Access technologies and services 
 
5.6 Technology criteria in the access network 
Current and future service requirements can be broadly categorized by customer segment as is 
shown in Table 2. This table illustrates the extent to which service requirements are likely to develop differently across customers segments. Given that these differing requirements may also require the deployment of differing technologies, operators will have to take medium-to-long-term views regarding the choice of technology in anticipation of both market requirements and the likely developments in technology to avoid being locked into redundant technologies and to reduce the cost of meeting new and emerging needs. 
TABLE 2 
Service requirements 
  Services 
Access 
technologies Speech Low speed 
data High speed 
data Single 
channel 
video Multi-
channel 
video 
Copper pair 
lines /Gfc /Gfc /Gfc /Gfc  
Fibre /Gfc /Gfc /Gfc /Gfc /Gfc 
Wireless 
access /Gfc /Gfc /Gfc /Gfc /Gfc 
Mobile

channel 
channel 
video 
Wireless 
Mobile 
wireless /Gfc /Gfc /Gfc   
Customer type Current service needs Additional future 
service needs 
Large business Multi-channel telephony 
Fax 
Data Mobility Video telephony 
Video conferencing 
High speed data 
Smaller medium 
sized enterprises Telephony 
Fax 
Data 
Mobility Video telephony 
Videoconferencing 
Residential Telephony 
Data 
Mobility 
Fax Mobility 
Entertainment video 
Fax

- 32 - 
 5.7 Access 
The access is defined as the transmission path between a customer’s fixed telephone terminal 
equipment and the local exchange. 
Since the introduction of the telephone, the access has been provided almost universally by means 
of twisted copper wires. This provided a simple and relatively low-cost means of connecting subscribers which can be used over a very wide range of subscriber densities, from the most dense urban areas (in excess of 1 000 subscribers/km
2) through to very low-density rural areas (with less 
than 1 subscriber/km2). 
The major limitation of a copper pair network (used for speech) is a restriction on the maximum

The major limitation of a copper pair network (used for speech) is a restriction on the maximum 
length of an individual cable-beyond which the signal is too weak to provide satisfactory transmission quality. Thus copper pair networks have developed around the concept of siting a local exchange at the geographic centre of subscribers with cables being extended in a star configuration up to a maximum distance of, typically, 15 or 20 km. This configuration is then replicated throughout the area in question to provide access to all subscribers. 
The access is a critical element of a telecommunications system for a number of reasons: 
–
 first  the access is the delivery mechanism for telecommunications services, and its cost, 
quality and functionality has a major bearing on the overall characteristics of the individual service as perceived by the subscribers; 
–

–
 second  the access accounts for a significant part of the overall capital and operating cost of 
any telecommunications network. The cost of the access can account for up to 60% of the overall capital cost incurred by a new operator, while even for an established operator the access can account for more than 30% of overall costs
*; 
– third  the access represents the greatest "sunk" investment incurred by an existing or new 
operator; 
– finally , it has been suggested by many commentators that the access constitutes a "natural 
monopoly" – i.e. the economies of scale (and scope) are such that one operator is able to provide service more cost effectively than two or more operators. 
5.8 New technologies in the access network 
While copper-based wire networks are still used in the majority of local distribution networks,

While copper-based wire networks are still used in the majority of local distribution networks, 
considerable effort is being directed towards the development and application of wireless access 
technologies in the access network. The cost of a wireline network increases with distance, while the cost of a wireless network is constant up to the limit of the range of the radio system. Thus there is a break-even distance above which a wireless system will be cheaper. 
The costs of the wireline network are dominated by the labour costs (digging up and reinstating the 
roads, installing ducts and laying the cable) and these are expected to increase over time. The costs of

roads, installing ducts and laying the cable) and these are expected to increase over time. The costs of 
the wireless access network on the other hand are dominated by equipment costs and these may be expected to continue to fall over time. The result is that the break-even distance between wireline and wireless access will decrease, thereby increasing the opportunities for a wireless access solution. 
*  Typical figures from various telephone operating companies in the United States of America.

- 33 - 
 In examining the choice of technology for the access network the critical factor from a cost 
perspective is subscriber density. The cost per subscriber of a wireline access rises as the density falls, and at very low densities the cost rises very rapidly. For example Telia has estimated that in Sweden the cost of serving the 5% of subscribers in the least dense area represents almost 25% of the total access costs. Subscriber numbers and subscriber densities are the fundamental determinants of access costs. But no single technology is ideally suited to all subscriber densities. 
5.9 Wireless access systems 
The last three years have seen a rapid growth of interest in the use of wireless access based systems in the access network. Many new technologies and standards have been proposed, some of which are offshoots of "mobile" technologies while others are designed specifically for fixed use.

Wireless access technology has a number of key characteristics which make its deployment in 
access networks potentially very attractive: 
–
 Speed of implementation: fixed wireless access can be implemented some 5 to 10 times 
quicker than equivalent copper based systems; 
– cost structure:  wireless access exhibits distance independent cost within the coverage area 
which is particularly important in relatively low density areas where the distances between subscribers are high; 
–
 operational benefits:  operating costs may be reduced as wireless access systems are not 
subject to the physical disturbance problems that are associated with copper based systems; 
– capacity planning and utilization: the investment cost curve associated with wireless 
access systems more closely follows subscribers growth than is the case for wireline based networks – i.e. the investment can be made in smaller steps as the subscriber’s population grows; 
–

–
 subscriber planning: wireless access systems require significantly less in way of local 
network planning than in the case of wireline based systems. In general, wireless access systems are more tolerant of an operator having a lack of detailed knowledge of the precise location and density of customers. This is particularly attractive to new, competing network operators who cannot be sure precisely which customers will find a competitive offer attractive. 
However, wireless access systems also suffer from a number of disadvantages: 
–
 constraints on spectrum availability:  this is one of the biggest hurdles for deploying 
wireless access systems in the developing countries since the most appropriate frequencies may already be employed in alternative uses; 
–

–
 restrictions on bandwidth per customer:  this significantly limits the services which can 
be offered to customers; 
– absence of agreed international standards:  the lack of agreed standards means that 
manufacturers are offering either mobile technologies (for which the spectrum may already be in use for mobile services) or proprietary systems which may lessen the choices available to operators once the initial technology choice has been made. 
Some of the different technologies are described in Annexes 4 and 5 whilst Chapter 7 gives an 
overview.

- 34 - 
 The lifetime costs per subscriber were analysed for a number of wireless access technologies that 
have been proposed or are in use for the access network: In particular: NMT 450; TACS, AMPs; GSM; DCS 1800, PCS 1900 (US), Fixed WA (TDMA based).
 For details on the models and 
assumptions used for the calculations the reader should refer to the study*. The annual lifetime cost 
contains the capital cost, the operating cost and the replacement cost. 
The analysis shows that the costs of wireless access has fallen considerably in the last few years and 
that wireless access solutions are now capable of providing a cost-effective alternative to a wireline access system. In particular wireless access systems are attractive at lower subscriber densities as the costs of a wireless access system do not increase with the distance to the subscriber (up to the propagation limit of the cell) (see Fig. 16). 
  
FIGURE 16 
Comparison of lifetime costs – Wireless access vs. wireline

FIGURE 16 
Comparison of lifetime costs – Wireless access vs. wireline 
systems for very low subscriber densities 
0 1 0 0 2 0 0 3 0 0 4 0 0 5 0 0 
0 . 1 1 1 0 
S u bscriber density (subs per sq km)Annual lifetime cost ($US)  GSM 
PCN 
Fixed WA  
TACS 
Underground 
 copper  
NMT450  Underground 
copper        Fixed WA  T A C S 
G S M 
P C N 
N M T 4 5 0 
 
- 35 - 
 FIGURE 17 
Comparison of lifetime costs – Wireless access vs. wireline systems 
for low to high subscriber densities 
1 1 0 1 0 0 1 0 0 0 
S u b s c r i b e r d e n s i t y ( s u b s p e r s q k m ) A n n u a l   l i f e t i m e   c o s t   ( U S   $ ) 
G S M 
P C N 
F i x e d WA 
T A C S 
U n d e r g r o u nd
c o p p e r 
N M T   4 5 0 U n d e r g r o u n d   
      c o p p e r 
F i x e d WA 
T A C S N M T 4 5 0 
P C N G S M 
 
Wireless access systems offer lower lifetime costs per subscriber than a wireline based network at 
lower subscriber densities – below approximately 200-400 subscribers/km2 (assuming average 
residential calling rates). This assumes, however, that spectrum is available. 
The exact position of the crossover point depends inevitably upon the assumptions made, and will 
vary depending on traffic levels and the actual distribution of subscribers.

vary depending on traffic levels and the actual distribution of subscribers. 
Nevertheless the analysis suggests that a significant percentage of residential subscribers could be 
cost effectively provided with fixed wireless access. This does not mean that current operators will rapidly replace their existing copper networks with wireless access systems, but it does indicate that new market entrants, or operators in new areas, are likely to make increased use of wireless access. 
Wireless access based systems are cost-effective for the provision of telephony and broadband 
services to typical residential subscribers, small businesses and educational institutions particularly in rural and suburban areas, or for new entrants in competitive urban markets. 
The analysis clearly suggested that wireless access is a very attractive local access technology for

The analysis clearly suggested that wireless access is a very attractive local access technology for 
new market entrants. The figures presented are in terms of subscriber density not population density. In practice it could take a new operator several years to achieve subscriber densities approaching 400 subscribers/km
2 even in urban areas, and in suburban and rural areas this figure 
may never be achieved where there is more than 1 competing operator. At very low densities, below about 1 subscriber/km
2 – the majority of the wireless systems exhibit a rapid increase in the cost per 
subscriber as the cells reach their maximum size and additional cells have to be added to accommodate increased subscriber spacing. By the time the subscriber density has fallen to 0.1 subscriber/km
2 the lifetime cost has increased to between 500 and 1500 US $ per line except for

2 the lifetime cost has increased to between 500 and 1500 US $ per line except for 
low frequency systems (such as NMT450). However wireless access would still provide a cost-effective way of providing the services relative to wireline (see Fig. 16).

- 36 - 
 5.10 Conclusions 
The main conclusions are: 
– that wireless access based systems are likely to be cost-effective compared to traditional 
copper networks at customer densities below 200-400 subscribers/km2. Many residential 
consumers will therefore be most cost-effectively served via wireless access systems; the attractiveness of wireless access based systems will also be influenced by customer acceptance; 
– wireless access based systems can be developed cost-effectively and their roll-out can be 
tied closely to the take-up of service by customers. Sunk costs can also be minimized and 
wireless access based systems are likely to be preferred by new operators who wish to provide large scale telephony services.

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 CHAPTER 6 
DEPLOYMENT PLANNING OF WIRELESS ACCESS SYSTEMS 
 
6.1 General 
This section outlines and describes the areas that must be carefully, thoroughly and thoughtfully, 
addressed in planning the deployment of wireless access systems. In each area described, the important factors to be considered are noted and briefly discussed. However, it must be recognized that the information provided here is only an outline and a summary. Books could be, and have been, written on each of the areas discussed below. More detailed information on this subject is provided in Annex 3. 
Successful deployment planning of a proposed new wireless access system requires a thorough

Successful deployment planning of a proposed new wireless access system requires a thorough 
understanding of the proposed business plan, and the intended customer/subscriber base. It also requires a good knowledge of the demography and the topography of the territory where the service is to be deployed/provided. Another essential component in the planning process is detailed radio engineering knowledge, experience, and skill. 
6.2 Service needs planning 
Careful consideration has to be given to the services which are to be provided, both initially and in the future. Areas which must be considered are outlined below. 
6.2.1 Functionality 
It is necessary to define with considerable precision the services which are to be provided. This definition must include both voice and data services, the interfaces which are to be supported, the type of mobility that is required, and other needed features. 
a) Voice and data services

a) Voice and data services 
Since radio spectrum is scarce and costly, use of low bit rate encoding provides economy of 
spectrum utilization at the expense of voice quality and data rates. High bit rate encoding provides higher quality voice service, and higher data rate capability at the expense of spectrum utilization. As coding algorithms improve, there is a gradual rise in the quality of voice transmission that can be supported by a given bit rate. 
Low bit rate service provides good economies, especially in satellite services where the cost of the 
space segment power/bandwidth may be high; while "mid range" bit rate service uses more bandwidth, it provides full toll grade voice service (see ITU-T Recommendation G.711), and supports fast personal computer modems. For satellite services, the voice quality entails high 
power/bandwidth costs. 
ISDN basic rate service requires higher bit rates. It can provide 7 kHz voice service (see. ITU-T

ISDN basic rate service requires higher bit rates. It can provide 7 kHz voice service (see. ITU-T 
Recommendation I.241.7), and data service at a bit rate of 64 kbit/s (see ITU-T Recommendation I.231.1). 
Higher data rates may be required, for example 1.5 Mbit/s, or 2 Mbit/s, or ISDN primary rate 
service. Land mobile services which support these data rates, or higher, for example providing network quality full motion video, require much more radio spectrum.

- 38 - 
 b) Mobility 
Mobility requirements must be considered, defined, and provided for. For technical reasons, there is 
a trade-off between mobility and service quality, and between mobility and network complexity which increases network cost. A higher mobility requirement will lower service quality and increase network cost. 
A fixed service has no handover requirement, and provides the highest quality service at the lowest 
network cost. Pedestrian speed mobility involves modest quality loss and modest network cost increase. Mobility at motor vehicle speeds leads to greater loss of quality, and more network complexity and cost to accommodate the rapid cell switching which is required. 
c) Other service features required 
– Authentication 
Networks that provide mobility typically require authentication procedures, to confirm that every 
access to the network originates from a legitimate, authorized and billable subscriber. 
– Privacy

– Privacy 
This may be a required service feature, requiring the selection and provision of appropriate 
network-based encryption arrangements. 
– Terminal types supported 
It is necessary to define specifically the types of terminals that will be supported, including data 
terminals (e.g., V.11, V.24, V.35, etc.), and voice terminals (for example payphone types – prepay, semi-postpay, etc.). Will standard, low cost, readily available wireline sets be supported? 
6.2.2 Future service capabilities 
a) Evolvability 
It is important to make appropriate provision in the deployment planning process to ensure that

It is important to make appropriate provision in the deployment planning process to ensure that 
future service requirements can be met. Service attributes noted under § 6.2.1, may not be required initially, but may be needed in the future. In fact, other functions and attributes, not now contemplated, and sometimes not yet even known, may become a future requirement. The network deployment plan, and the technology chosen, should be sufficiently flexible and sufficiently capable to respond effectively and economically to future functionality needs. 
b) Customer base 
The number of customers served will undoubtedly grow over time. The network deployment plan 
must be able to increase capacity in a convenient and economic manner, so as to provide good continuing service as the customer base grows. 
c) Coverage area 
It may well be appropriate in the future to expand the coverage area in which service is provided.

It may well be appropriate in the future to expand the coverage area in which service is provided. 
The network deployment plan should be prepared so as to ensure that expansion opportunities can be implemented in an orderly and economic way. 
6.3 Telecommunications network planning 
6.3.1 Traffic carrying needs 
Wireless access systems invariably suffer from contention in the access. For this reason, traffic 
engineering considerations are essential in the initial deployment planning and design of wireless access systems, and in their ongoing operation. In "conventional" cabled access networks ("wireline access networks"), each main telephone (or data) line ("network access service") is physically

- 39 - 
 connected by a unique, dedicated cable pair between the terminal and the telephone exchange. 
Under this arrangement, there is no contention, and no traffic engineering requirement, since all terminals can have access to the exchange at all times. 
Digital line carrier systems are also available and are widely used. These systems, depending on 
their basic design, may or may not involve concentration. If there is no concentration, each main telephone line has independent access to the telephone exchange. If the system provides concentration, its deployment planning must consider the traffic engineering considerations described below. 
The traffic engineering of a wireless access system must relate the traffic-carrying capacity of the

The traffic engineering of a wireless access system must relate the traffic-carrying capacity of the 
system to the traffic which is expected from the customers which the system will support. Experience indicates that, in general, business customers offer more traffic than residence customers, and pay phones offer more traffic than business customers. The traffic offered by individual customers varies over a wide range, and the offered traffic also varies by time of day. Where service is provided to customers in previously unserved areas, experience indicates that their calling rates will increase over time. 
The use of data services must also be considered. A system which "stacks" multiple low speed data

The use of data services must also be considered. A system which "stacks" multiple low speed data 
services on a single system trunk can greatly increase the system's data traffic capacity. It is also important to ensure that sufficient capacity is provided for inward calls, especially those that are long distance, to be able to reach their destination. Inward long-distance calls which do not reach their destination represent lost valuable high-margin revenue. 
It is a characteristic of traffic flow that the relationship between the number of system trunks and 
the traffic capacity is not linear. Larger trunk groups provide relatively more capacity, so that doubling the size of the trunk group more than doubles the traffic carrying capacity. 
The initial deployment planning and design of a wireless access system must use the best

The initial deployment planning and design of a wireless access system must use the best 
information available. After the system is put into service, the actual traffic performance of the system must be monitored and managed, to determine how closely the in-service performance matches expectations, and to make appropriate adjustments if and when necessary. 
6.3.2 Operations and maintenance

6.3.2 Operations and maintenance 
To ensure the ongoing sustained provision of high quality service by the new wireless access system, arrangements for its continuing operations and maintenance must be carefully planned and provided for. It will generally be desirable to integrate these functions as closely as possible with the operations and maintenance procedures that are already in place for the public switched telecommunications network (PSTN) that the new wireless access system will connect to. Wide experience has indicated that conformance to, and integration with, existing arrangements is much more satisfactory than implementing unique or special procedures. 
Trouble reports from subscribers and failure reports from the radio system should follow normal

Trouble reports from subscribers and failure reports from the radio system should follow normal 
existing reporting channels and procedures. Testing procedures should be possible for both the radio system and the subtending terminals from the existing test centre location. Repair dispatch and trouble clearance procedures should conform to existing arrangements. 
For the efficient use of human resources, the telecommunication staff who already work the 
territory or adjacent areas should be trained and equipped to operate and maintain the new wireless access system. The installation, operation and maintenance of different wireless access systems requires varying levels of radio skills and expertise. As a practical matter, the lower the level of radio skill required, the better.

- 40 - 
 To address terminal troubles, for mobile terminals it will generally be appropriate to have these 
terminals transported to a designated, conveniently located repair centre. For fixed terminals, which may often be installed in remote and relatively inaccessible communities, an appropriate decision and arrangement is needed as to who will be responsible for their installation and maintenance. Here, particularly, the need for only low-level radio skills is clearly preferable. 
Suitable support arrangements must be put in place. This will include the necessary training of the

Suitable support arrangements must be put in place. This will include the necessary training of the 
individuals in the field who will be responsible for system operations and maintenance, and the provision of the required test sets and an adequate supply of replacement spares. A field support arrangement will also be needed, to provide back-up support when field problems are encountered which are beyond the capability of the field personnel. Also, as noted above, there will be an ongoing need to monitor and manage the traffic capacity and the traffic load on the system, making appropriate adjustments as and when required. 
6.3.3 "Backhaul" – Network connection and integration

6.3.3 "Backhaul" – Network connection and integration 
In every case, the new wireless access system will be connected through a telephone switch in a switching centre to the PSTN. As previously indicated in Fig. 1, the linkage between the base radio/controller and the switch is defined as the "backhaul". The base radio/controller may be located within the switching centre, in which case the backhaul connection is very short. 
However, if the base radio/controller is located remote from the switching centre, an appropriate 
backhaul capability must be provided, which could be via a fibre optic, coaxial, or copper cable, or via another radio system, for example a point-to-point or point-to-multipoint microwave system. 
In the latter case, the backhaul radio system provides a separate but related deployment planning

In the latter case, the backhaul radio system provides a separate but related deployment planning 
challenge. Both the backhaul system and the wireless access system have requirements in terms of functionality, service capabilities, traffic carrying capacity and management, and operations and maintenance. Provision of the backhaul by a point-to-multipoint microwave system with an integrated wireless access system provides for these requirements in an integrated, seamless way within a single management system. Where the backhaul radio system does not offer this integration, its functions and features need to be reasonably consistent with the wireless access system. 
Under these quite typical circumstances, the deployment planning challenge is to optimize the 
overall plan and design, either integrating the backhaul and the wireless access system, or taking the best opportunity to relate the characteristics of the two separate radio systems. 
6.4 Radio characteristics and engineering

6.4 Radio characteristics and engineering 
6.4.1 Subscriber density 
Subscriber density is a key factor in planning the deployment of a wireless access system, noting 
that this density addresses "subscribers" to the system, not merely "population" in the area. Of great importance within the concept of density is the distribution of the service requirement, whether it is approximately evenly spread over the area to be served, or as it is more typically by the case where and how the expected subscribers are clustered. 
Growth in the subscriber base must also be considered, since not all potential customers will sign up 
for the service initially. Experience indicates that the subscriber base will increase over time, and the inherent difficulty in predicting where and when this will occur must be recognized. 
In fact, information regarding subscriber density can have a significant impact on the choice of

In fact, information regarding subscriber density can have a significant impact on the choice of 
system, since some types of systems serve clustered requirements more cost-effectively, and others are better suited to serving widely distributed, isolated requirements.

- 41 - 
 6.4.2 Coverage area 
The selection and definition of the intended coverage area is an important subject in planning the 
deployment of a wireless access system. Three factors are key in this decision area, and these factors influence and interplay with each other. The three factors are: 
– the location and distribution of the intended subscriber/customer base; – the practical coverage capability of the intended system, considering the topography and the 
distances in the area to be served; 
– the ability to expand the coverage area, and the customer base, gracefully and economically 
when it is appropriate from a business perspective to do so. 
These three factors are interactive, each affecting the others. As a result, the coverage area 
decision-making process will of necessity be iterative, in order to progressively approach and then 
to achieve the optimum solution.  
6.4.3 Cell planning

6.4.3 Cell planning 
Cell planning of the intended and future coverage area is a fundamental radio engineering issue in the deployment planning of a wireless access system. A significant level of radio engineering expertise and experience is required in this decision area. The cell planning must consider the entire area to be covered, even if the coverage requirement is not continuous. For example, this would be the case when service is being provided to specific separate villages throughout a rural area. 
Several fundamental cell plans are possible. Selection of the best alternative depends on all of the

Several fundamental cell plans are possible. Selection of the best alternative depends on all of the 
factors outlined in this Chapter. Once the cell plan has been selected and implemented, it is relatively fixed. Future changes will involve significant disruption. A well planned network which provides appropriate flexibility will minimize disruption and expense. More information on cell planning is provided in Annex 3, § 8. 
6.4.4 Radio propagation aspects 
This area involves very key aspects of the science and art of radio engineering. A brief discussion of some significant aspects follows. More extensive and detailed information is provided in Annex 3. 
A fundamental aspect of radio propagation is whether a line-of-sight exists between transmitter and 
receiver antennae. If a line-of-sight exists, good quality service can be assured, using lower power

receiver antennae. If a line-of-sight exists, good quality service can be assured, using lower power 
over longer distances. However, if line-of-sight cannot be assured, as is typically the case in applications which provide mobility, then the assured range will be curtailed and higher power will be needed. 
Other factors which influence radio propagation include topography, for example a path over a 
large flat area, such as a body of water or a flat plain. Also, weather conditions, such as rain, influence the radio signal. These effects vary significantly between different frequencies. The adverse impact can be greatly reduced by making use of diversity arrangements, space diversity and/or frequency diversity, but these measures are both complex and costly. 
Another frequency-dependent aspect is shadowing, the extent to which the signal is attenuated or

Another frequency-dependent aspect is shadowing, the extent to which the signal is attenuated or 
cut off by hills and in valleys, and by intervening buildings or trees and forests. An additional aspect of concern is the shielding which occurs within steel-framed buildings, including, for example, parking garages and shopping malls. 
Radio propagation characteristics depend on the frequency band selected, on the topography and the 
natural environment, on climatic conditions, and on obstacles in or near the radio path. The available spectrum for a specific service depends on government spectrum allocations and spectrum management. All of these factors influence the selection of an appropriate frequency band.

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 6.5 Summary 
To be carried out most successfully, the deployment planning of wireless access systems requires 
substantial knowledge and understanding in three distinct and separate areas. 
These are: 
– the business plan and the intended customer/subscriber base; 
– solid demographic and topographic knowledge of the area where service is to be 
deployed/provided; 
– detailed, relevant radio engineering knowledge, experience, and skill. 
These areas of required information involve three quite different skill and knowledge sets. Almost 
invariably, access to the necessary information and expertise will require involving at least three different individuals. It is important that these individuals work effectively together, so that the information, knowledge and experience that each brings to the task fits together in a complementary way, in order to achieve the most successful solution.

By its nature, the process of deployment planning is an interactive and iterative activity. It is 
necessary and appropriate to work progressively through several tentative solutions, each one bringing improvement to the overall result, until the optimum solution is reached and agreed on. 
It must be recognized that the information provided in this section is not definitive. It points the way 
to effective and successful deployment planning of wireless access systems, but each of the subject areas considered above is a major area of knowledge and expertise in its own right.

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 CHAPTER 7  
OVERVIEW OF FIXED WIRELESS ACCESS SYSTEMS 
 
The wireless access systems available can be described by the following groupings and categories. 
A more detailed description of each system category follows in Annexes 4 and 5. 
Wireless access systems may be based on existing and emerging digital mobile systems standards, 
such as those described in the following ITU-R Recommendations and their future updates: 
 
 Rec. ITU-R M.622 "Technical and operational characteristics of analogue cellular 
 systems for public land mobile telephone use" 
 Rec. ITU-R M.1073 "Digital cellular land mobile telecommunication systems"  Rec. ITU-R M.1033 "Digital and operational characteristics of cordless telephones  
 and cordless telecommunication systems" 
These systems are summarised in § 7.1 and described in more detail in Annex 4. 
Other wireless access systems may be based on proprietary radio technologies. These systems are

Other wireless access systems may be based on proprietary radio technologies. These systems are 
summarised in § 7.2 and described in more detail in Annex 5. 
7.1 Systems based on existing radio interface standards 
 
7.1.1 D-AMPS/TDMA-based fixed wireless access systems 
D-AMPS/TDMA-based fixed wireless access systems comply with the IS-54 standard. Currently in 
use on four continents, D-AMPS/TDMA-based systems operate in digital or analogue mode in the 800 MHz or 400 MHz frequency ranges. These systems provide an array of flexible subscriber features and terminal designs. Three users can simultaneously be supported on one radio channel. 
7.1.2 IS-95 CDMA-based wireless access systems

7.1.2 IS-95 CDMA-based wireless access systems 
The IS-95 CDMA-based wireless access systems use CDMA spread spectrum technology to deliver high-quality voice and data services to subscribers. The IS-95 CDMA-based air interface operates in the 800 MHz and the 1 900 MHz frequency ranges, and provides an operator the potential to deliver multiple services to the subscriber with efficient use of radio spectrum. 
7.1.3 GSM-based wireless access systems 
The GSM-based wireless access systems enable operators to deliver voice, data and message services to their subscribers with GSM digital technology – 900 MHz, 1 800 MHz and 1 900 MHz. Analogue AMPS, TACS, NMT 
Digital cellular D-AMPS/TDMA, IS-95 CDMA, GSM, 
Cordless DECT, PHS

- 44 - 
 7.1.4 PHS-fixed wireless access 
The Personal HandyPhone System (PHS)-fixed wireless access system is designed for PSTN/ISDN 
wireless access facilities using the PHS air-interface standard. The PHS air-interface standard (operating in the 1 900 MHz frequency band) is defined in RCR STD-28 and is described in Recommendation ITU-R M.1033.
 
7.1.5 NMT-based wireless access systems 
The Nordic Mobile Telephone (NMT)-based wireless access system was the first analogue cellular

The Nordic Mobile Telephone (NMT)-based wireless access system was the first analogue cellular 
telephone standard to enter commercial operation, in 1981. The NMT standard was defined in collaboration with the public telecommunications operators in the Nordic countries (Denmark, Finland, Norway and Sweden). Networks in those four countries were brought into commercial operation during the latter part of 1981. The first NMT network used radio frequencies in the 450 MHz band (hence NMT 450), and later expanded to 900 MHz (hence NMT 900) for capacity reasons since more radio channels were made available in that band. Recently, the original NMT 450 specification has been revised and enhanced, to become the NMT 450i standard, which allows for many more features and capabilities in that frequency range. 
7.1.6 DECT-based wireless access systems

7.1.6 DECT-based wireless access systems 
A Digital Enhanced Cordless Telecommunications system (DECT) uses a combination of time division multiple access (TDMA) and time division duplex (TDD). The DECT standard is defined for the frequency range 1 880-1 939 MHz. DECT has standardized dedicated profiles for Fixed Wireless Access applications, including Plain Old Telephone Service (POTS) (voice, voiceband data modem, etc) and Packet Data transmission up to 552 kbit/s
 
7.1.7 AMPS-based wireless access systems 
AMPS-based wireless access systems comply with EIA/TIA 553 standard and is currently in use on 
four continents. These systems operate only in analogue mode in both 400 MHz and 800 MHz frequency ranges. Features are generally limited to basic voice service and inband fax/data services with one RF channel supporting one traffic channel. 
7.1.8 TACS-based wireless access systems

7.1.8 TACS-based wireless access systems 
TACS-based wireless access systems comply with United Kingdom Total Access Communications System Compatibility Specification, Issue 4. Currently in use on four continents, these systems operate only in analogue mode in both 800 and 900 MHz frequency ranges. Features are generally limited to basic voice service and inband fax/data services. One RF channel supports one traffic channel. The major distinction between AMPS and TACS systems is that AMPS has 30 kHz channels and TACS has 25 kHz channels. Therefore TACS systems will have a higher capacity in a given bandwidth. 
7.2 Systems based on proprietary radio interface technologies 
7.2.1  Nortel Networks Internet fixed wireless access system 
Nortel Networks Internet fixed wireless access system has been designed as an alternative for the

Nortel Networks Internet fixed wireless access system has been designed as an alternative for the 
traditionally deployed telephone lines. This system offers high quality voice and data services and provides transparency of services from a Class 5 switch. The radio base station connects to any Nortel Networks or third-party switch emulating a local exchange or remote concentrator, utilising the network’s standard support infrastructure. The system operates in the 3 500 MHz frequency band, conforming to ETSI draft European standard EN 301 021, 1997.

- 45 - 
 7.2.2 SR Telecom SR500-s wireless access subsystem 
The wireless access subsystem of SR Telecom's point to multipoint SR500-s closes the gap between 
the Central Office and the subscriber premise by completing the concept of Radio To The Home (RTTH). The wireless access replaces the last leg of the local access – i.e. the drop wire to the home, with a radio link. The wireless access subsystem offers transparent, fixed, equivalent to wired service over a 5 km obstructed path via a TDMA air interface. 
7.2.3 TRT/Lucent Technologies IRT wireless access system

7.2.3 TRT/Lucent Technologies IRT wireless access system 
The TRT/Lucent Technologies proprietary IRT wireless access system is a fixed digital TDMA point-to-multipoint system, operating in the frequency bands 1.4 GHz or 2.4/2.6 GHz or 3.5 GHz according to the channel arrangements defined by ITU-R Recommendations. It provides the connection from the exchange to the subscriber terminal point. The wireless connection between the last remote station and the premises of the subscriber ("the last kilometre") is based on the DECT technology. This end-to-end transparent digital system gives to the operators the possibility to receive the full benefit of the radio technology, regardless of the network architecture characteristics. Furthermore, limited mobility is provided to the subscribers. 
7.3 BWA systems

7.3 BWA systems 
Typical BWA systems provide multiple high-speed digital access services using a point-to-multipoint radio architecture. Operating in various frequency bands around up to 70 GHz, such systems typically provide multiple primary rate connections, as well as LAN bridging, to single- or multi-tenant business premises. Voice, video and data traffic is merged over the air, either in the form of ATM cells or IP packets, which are seamlessly connected to ATM or IP switching/routing networks at the cell site. BWA systems provide a competitive alternative to primary rate leased wireline facilities and coaxial cable access. 
Broadband Wireless Access in general is covered in Chapter 8, BWA systems deployment 
considerations in Annex 6 and descriptions of specific systems in Annex 7. 
NOTE – Proximity, Reunion and DMS are trademarks of Nortel Networks. SR500 is a trademark of 
SR Telecom. IRT is a trademark of TRT/Lucent.

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 CHAPTER 8 
BROADBAND WIRELESS ACCESS 
 
Broadband Wireless Access (BWA) emerged through a combination of several parallel 
developments, primarily the following: 
 increasing subscriber demand for an increasing number and variety of services at ever 
lower cost and ever higher data rates; 
 deployment of metropolitan fiber infrastructures which brought broadband transport within 
the range of a single hop millimeter wave link to prime potential subscribers; 
 deregulation that promotes competition in the local access; 
 commercial availability of high performance, cost effective BWA systems. 
The first BWA applications date back to the 1980s, large scale applications started in the late 1990s 
in the United States. It was stimulated by the Telecommunications Act of 1996 which opened local

in the United States. It was stimulated by the Telecommunications Act of 1996 which opened local 
access to competition, by the availability of the frequency band 38.6-40 GHz for exclusive FS usage, as well as by the availability of the Local Multipoint Distribution Service (LMDS) band in the 24, 26 and 28 GHz range, and advanced communications applications, including broadband two-way multichannel, Multipoint Distribution Service (MMDS) in the 2.5-2.7 GHz band. 
Sections 8.1 to 8.8 complement the generic Chapters 2 to 7 with corresponding BWA specifics. 
8.1 Access requirements 
BWA satisfies a substantial range of access requirements for which fibre access is another alternative 
at this time. Currently, alternative BWA providers compete with each other in some service areas, but 
in the future they will increasingly compete also with fibre and other access providers. 
Figure 18 is a conceptual illustration encompassing a range of existing and potential BWA

Figure 18 is a conceptual illustration encompassing a range of existing and potential BWA 
applications of both point-to-point (P-P) and point-to-multipoint (P-MP) systems.

- 48 - 
  
Land 018mSOHOFIGURE 18
A conceptual illustration of broadband wireless access
Small-medium businessApartment
buildingInternet
backbone
connectionPoint-to-pointLarge
industry
Office
building
"HUB"Point-to-multipoint
 
 Widely deployed BWA systems operate in the 24, 26, 28, and 38 GHz bands, serving businesses 
and other subscribers whose access requirements range from a fractional or full primary rate of 1.544 Mbit/s or 2.048 Mbit/s to the STM-1 rate of 155.52 Mbit/s. System development for data rates up to 622.08 Mbit/s is in progress.  
Large scale BWA deployment with similar access requirements is emerging in several frequency

bands ranging from 2.4 GHz to 31.3 GHz, and is being planned in the 40.5-43.5 GHz frequency band. The most widely used generic name for this broad BWA category is local multipoint distribution system (LMDS) which was coined for the initial proposal of a wireless competitor to cable television, planned for the 28 GHz band. As planning progressed, it became increasingly clear that the rapidly growing telecommunications traffic, notably including Internet, presents more promising BWA business opportunities than video distribution, and that all the available frequency bands in the 24.25-31.3 GHz range can be used for the same new kind of service. The LMDS development parallels the evolution of multichannel multipoint distribution systems (MMDS) in the 2.5-2.7 GHz band from video distribution to digital BWA applications. Similarly, the 40.5-43.5 GHz band was initially targeted for multipoint video distribution systems (MVDS), and later re-targeted for multimedia wireless systems that are

to digital BWA applications. Similarly, the 40.5-43.5 GHz band was initially targeted for multipoint video distribution systems (MVDS), and later re-targeted for multimedia wireless systems that are meant to include MVDS.

Sections 8.5 and 8.8, and Annex 6 provide additional detail on access requirements.

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 8.2 Spectrum Usage 
The provision of competitive BWA to all potential subscribers within a service area depends on 
adequate spectrum availability. Since business and other subscribers that require access at or above the primary rate are mostly concentrated in urban areas, industrial areas and campuses, serving such high concentrations of subscribers requires frequency spectrum ranging from hundreds of MHz to above 1 GHz in a frequency band that is suitable for link lengths up to a few kilometres. These BWA requirements can be met with HDFS (see Section 1.2.2) in frequency bands above about 17 GHz. 
Recommendation ITU-R F.1401 (Frequency bands for fixed wireless access systems and the

identification methodology) indicates that BWA applications may extend up to about 70 GHz. However, the upper limit is likely to move upward as technology progresses. The same Recommendation includes a stepwise methodology for the identification of suitable frequency bands for the implementation of FWA systems. In this methodology, frequency spectrum sharing considerations greatly impact the selection of frequency bands for BWA applications, because most candidate bands are allocated to several services on a co-primary basis. See Annex 6. 
Since HDFS deployments for BWA generally have a cellular architecture, it is preferable to use

Since HDFS deployments for BWA generally have a cellular architecture, it is preferable to use 
frequency block assignments on an area basis rather than conventional link-by-link frequency channel assignments. This assures the necessary flexibility of deployment on subscriber demand, and facilitates the optimization of frequency reuse which is of key importance in HDFS applications. 
8.3 Performance and availability objectives 
Recommendation ITU-R F.1400 (Performance and availability requirements and objectives for fixed wireless access to public switched telephone network) covers BWA systems under the "Type 3" FWA system category (operating at or above the primary rate), and recommends that these "should comply with Recommendation ITU-R F.1189 for access network sections". 
Recommendation ITU-R F.1189-1 (Error performance objectives for constant bit rate digital paths

Recommendation ITU-R F.1189-1 (Error performance objectives for constant bit rate digital paths 
at or above the primary rate carried by digital radio-relay systems which may form part or all of the national portion of a 27 500 km hypothetical reference path) allows the necessary flexibility in setting the performance objectives according to the application requirements which depend on the BWA market segment served. For example, a 28 GHz local multipoint distribution system (LMDS) serving analog TV subscribers has less stringent objectives than an LMDS serving business subscribers using digital BWA as a substitute for multimedia fibre access which is not yet a viable competitor. 
Recommendation ITU-R F.1400 states that for Type 3 FWA systems the availability objectives are

Recommendation ITU-R F.1400 states that for Type 3 FWA systems the availability objectives are 
yet to be defined. However, for Type 1 FWA ("analog signals such as voice and voiceband data at rates up to 64 kbit/s") and 2 FWA ("access bearer service from 64 kbit/s to bit rates below the primary rate"), the recommended availabilities are 99.99% "for medium quality applications", and 99.999% "for high quality applications". No other ITU-R recommendation on availability covers BWA systems, but most BWA service providers and planners currently also quote availability objectives ranging from 99.99% to 99.999%. 
Significantly, the historical trend toward increasingly demanding performance and availability 
objectives (e.g. 99.9999% availability) continues as technological progress makes it feasible in cost effective ways. The trend in BWA performance objectives is to match those of fibre access, which will be a necessity when the latter becomes available at competitive cost.

More detail on performance and availability objectives is provided in Section 8.8 and Annex 6.

- 50 - 
 8.4 Propagation conditions 
Rain attenuation is the predominant propagation impairment at frequencies above about 17 GHz. It 
is estimated on the basis of rain rate intensity for the relevant availability objective. The applicable method is covered in Recommendations ITU-R P.530, ITU-R P.838, and ITU-R P.1410, using statistics obtained from Recommendation ITU-R P.837. See also Annex 6. Recommendation ITU-R P.1410 describes the propagation information and prediction methods to use when designing terrestrial BWA systems operating in a frequency range of about 20-50 GHz. 
8.5 BWA architectures 
The selection of BWA architecture depends on the service requirements. Point-to-point (P-P) links can satisfy a wide range of requirements, ranging from small-scale deployment, as may be the case in some developing countries, to large-scale deployment in highly developed metropolitan areas.  
 
12TH AVE
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Land-019FIGURE 19
An actual BWA deployment pattern and potential additional subscriber sites
0 0.35
Miles0.7
 
Figure 19 illustrates the initial phase of an actual large-scale BWA deployment consisting of 
point-to-point (P-P) systems deployed in hub configurations. This was the only feasible architecture in the beginning of BWA deployment because only P-P systems were commercially available at the time. Its primary advantage, irrespective of deployment density, is the flexibility of deployment in response to market demand.

- 51 - 
 The subsequent introduction of point-to-multipoint (P-MP) systems into P-P system deployment 
areas further increased the BWA deployment flexibility in HDFS applications. The use of P-MP systems reduces the deployment cost per subscribers because the cost of a common hub station used at or near its capacity limit (e.g. several hundreds of subscribers) is substantially lower than the cost of a hub station consisting of the equivalent number of P-P terminals. 
The new P-MP systems operating in the frequency bands above 20 GHz use basically the same 
architecture as the thin route P-MP systems operating in the 1.5 and 2.5 GHz bands, which were introduced in the 1980s in rural areas of many developing countries and some developed countries. In some of the former, such P-MP systems were also deployed as thin route overlay digital networks in metropolitan areas with inadequate local access infrastructure. BWA networks are being deployed in the 2.5 GHz band in many countries.

There are also multipoint-to-multipoint (MP-MP) systems under development, which utilize a mesh 
topology and promise to further increase the deployment flexibility and versatility of BWA applications. 
8.6 Technological implementations 
Recommendation ITU-R F.1101 (Characteristics of digital radio-relay systems below about 17 GHz) includes a comparison of the basic modulation and coding techniques utilized in BWA systems, whereas the complementary Recommendation ITU-R F.1102 (Characteristics of radio-relay systems operating in frequency bands above about 17 GHz) covers some additional technological aspects of P-P systems that are of relevance to BWA applications. Recommendation ITU-R F.755-2 (Point-to-multipoint systems in the fixed service) covers a variety of P-MP systems for operation in the different fixed service bands ranging up to about 32 GHz at data rates up to 8.192 Mbit/s. 
The technological implementations of commercially available P-P and P-MP systems for BWA

The technological implementations of commercially available P-P and P-MP systems for BWA 
applications have advanced from simple modulation techniques (e.g. QPSK) to more complex ones (e.g. 64-QAM), which substantially improve the spectral efficiency. Powerful coding techniques are used to enhance the error performance. More detail is provided in Section 8.8 and Annex 6. 
Progress in semiconductor devices and circuit integration brings about substantial improvements in 
subsequent radio equipment generations. The resulting benefits include improved transmission performance, lower primary power consumption, increased reliability, reduced size and weight, easier installation and maintenance. Significantly, these benefits come at reduced pricing, which continues to improve BWA competitiveness. 
8.7 Network planning  
BWA network planning considerations can be broadly subdivided into two sets: one that is location 
dependent, and the other that applies across the board.

- 52 - 
 Provided the assessment of the potential subscriber base justifies planning a local BWA service, and 
adequate frequency spectrum is available in the prospective service area, the next most important consideration is building access for the installation of hub and subscriber stations. Building access is the BWA "right of way". 
The availability of a local fibre infrastructure is desirable but not indispensable, because a 
microwave link infrastructure can be deployed instead with routing that best fits the potential subscriber base. But if a local fibre infrastructure exists, its routing influences the selection of BWA hub station sites. Expansion of a fibre infrastructure with microwave links is a practical means of BWA network optimization for the dual purpose of improved subscriber coverage and reduced deployment cost. 
The BWA network planning considerations that apply across the board include:

The BWA network planning considerations that apply across the board include: 
 performance and availability objectives;  the need for optimal frequency reuse;  commercial availability of equipment; 
 cost effectiveness and competitiveness. 
Section 8.3 drew attention to the BWA service provider's flexibility in setting performance and 
availability objectives, and to the fact that this is basically a matter of competitiveness. Section 8.8 and Annex 6 provide some specifics. 
The need for optimal frequency reuse is generic to cellular systems. However, compared to cellular 
systems in the mobile service, frequency reuse in BWA cellular deployment has more degrees of freedom. BWA systems depend not only on inter-cell frequency reuse based on location separation, but also on extensive intra-cell frequency reuse based on combined location and angle separation. 
The commercial availability of equipment for BWA applications is rapidly improving with the

The commercial availability of equipment for BWA applications is rapidly improving with the 
service proliferation. This increases the options of BWA network planners in meeting the subscriber demand which is rapidly growing in quantity and variety. 
8.8 Overview of BWA systems 
 
Land-020mFIGURE 20
Representative point-to-multipoint metropolitan BWA deployment
Sonet ring
OC-3 fibre
ringOC-3 fibre ring38 GHz
DS-3
diverse route
(0 to 3 miles)
Local
transportLocal
access
hub
Customer GCustomer
access node38 GHz
DS-3
Local access
hub
Access
concentration
hub38 GHz
DS-3
(0 to 3 miles)38 GHz
DS-3
primary route(0 to 3 miles)38 GHz
DS-3primary route(0 to 3 miles)Customer ASonet
mux
Customer B
Customer C
Customer DCampus
network/private network38 GHz
DS-1
38 GHz
DS-1Customer D
Customer E
Customer FOC-3 fibre
trib primary route
38 GHz
DS-1
Network clusterNetwork point
of presenceSonet ring
ISP
LD, etc.

- 53 - 
 Figure 20 illustrates a multimedia BWA deployment example that consists of a fibre ring 
infrastructure and of superimposed P-MP hub stations with associated ATM switches that access subscriber station groups through sectoral antennas. The possible variations not shown in Figure 20 are the alternative or supplementary use of P-P subscriber links, possibly in hub configurations, and of wireless P-P links in the BWA infrastructure. 
Compared to the conventional FWA systems for operation in the lower frequency bands, which 
include a number of systems based on existing mobile wireless access (MWA) radio interface 
standards (see Chapter 7), the existing and developmental BWA systems, both P-P and P-MP, all use proprietary radio interface technologies, as is the rule in conventional microwave and millimeter wave systems. Examples of such BWA systems are described in Annex 7. 
Nevertheless, stimulated by the benefits of standard radio interfaces in existing MWA and FWA

Nevertheless, stimulated by the benefits of standard radio interfaces in existing MWA and FWA 
systems, interested service providers and system suppliers have embarked on standardization of radio interfaces for P-MP systems in all fixed service bands currently used or targeted for BWA applications. P-P radio interfaces are not specifically included at this time. Irrespective of the outcome, such standardization efforts promote a better understanding of the BWA requirements and will thereby contribute to the general progress of system development and service deployment.  
The maximum shared capacity of existing P-MP systems in the bands above 20 GHz is 45 Mbit/s. 
IEEE 802.16 foresees a peak capacity of 155 Mbit/s, and aims at a standard that would allow scaling beyond that. The upper limit of existing P-P systems in some bands in the 20-40 GHz range is currently at 155 Mbit/s. Increasing it to 622 Mbit/s is feasible and can be expected in the next P-P system generation.

- 55 - 
 
 CHAPTER 9 
FUTURE TECHNOLOGIES FOR FWA 
 
9.1 Market and industry trends: fixed, mobile and broadcasting convergence 
9.1.1  Introduction 
Today the demand for mobility services is increasing to meet the needs of telephony subscribers as 
well as the needs of those asking for wireless access to E-mail and the Web utilizing portable computers. The amount of estimated telephony traffic to be carried over by mobile handsets is 50% or even higher. This traffic is often times established with a fixed connection at one end, or carried over "fixed" (wired and unwired) networks. 
Broadcasting networks (both terrestrial and satellite based) are evolving from exclusive 
unidirectional transmissions of TV and sound to interactive communications. This interactivity makes broadband broadcasting networks also available for packet data transmissions, such as required for Internet Web type communications.

The future for FWA is promising. As the price of cellular systems and other wireless access systems 
approaches that of the fixed network, mobile traffic will increase. On the other hand, Internet 
Service Providers (ISPs), most of them based on "fixed" networks, will look to offer not only data communications but telephone traffic as well, at very low price compared to traditional fixed and mobile operators. 
9.1.2 Convergence 
The concept of convergence in the context of radio services refers to transforming existing 
heterogeneous facilities into a single platform with capacity of conveying multimedia (voice, data 
and images) services over a variety of seamless fixed, mobile and broadcasting networks. Differences between fixed, mobile and broadcasting are blurring and such distinctions might appear arbitrary as new applications are developed. 
Such convergence allow users to access any one form of network infrastructure, which may lead to 
cost savings.

cost savings.  
Convergence may also offer new opportunities for: 
a) New entrant operators without network, due to potential savings from sharing resources and 
the flexibility of using fixed, mobile or broadcasting networks. 
b) New brand of service providers, such as ISPs and the so-called virtual networks operators 
(VNO). These are companies offering direct access to mobile-handset telephones and PSTN via their own switches and Internet network platforms. Services offered typically include E-mail and Web access connection with flat rate for the subscriber in many countries, and the possibility of voice, fax and data services. 
9.1.2.1 Fixed and mobile convergence 
For ease, users may want to utilize a single telephone number, both for fixed and for mobile terminals.

- 56 - 
 As a result, several telecommunication operators in Europe (such as Deutsche Telecom, Tele 
Danmark and Telia) are conducting trials of new fixed and mobile convergence technologies as a way to maintain market share and increase revenue. This one form of convergence technology generally uses one telephone subscriber number to access both the fixed and mobile networks, including limited mobility in some cases. 
9.1.2.2 Fixed and broadcasting convergence  
Planned first generation broadband broadcasting networks will be delivering a range of services, including data and multimedia services to the general public. To allow interactivity and access control, a permanent return channel may be required that will provide an asymmetric distribution infrastructure. 
In the future, multimedia services over heterogeneous networks with broadband access may be

In the future, multimedia services over heterogeneous networks with broadband access may be 
required. Broadband fixed and interactive broadcasting networks, operating across different frequency bands, may be configured to facilitate bandwidth-on-demand access and distribution with both symmetric or asymmetric bit data transmissions. A variety of bit rates (from a few 10th bits/s to 10 Mbit/s and even more) will be required to satisfy user needs. 
9.1.3 Regulators and operators 
Regulators and operators are seeking ways of breaking down obstacles in order to obtain a competitive telecommunications marketplace. One such approach is that administrations are mandating incumbent operators to open their local networks to new entrant operators. It is likely that mobile operators, will also be mandated offer mobile interconnection to public networks (such as PSTN and ISDN). 
In order to satisfy users needs, operators need to be able to provide their services seamlessly over

In order to satisfy users needs, operators need to be able to provide their services seamlessly over 
fixed, mobile or broadcasting networks. 
As the mix of mobile and fixed traffic fluctuates, service providers may have to come up with novel 
solutions and services in order to retain market share and increase revenue. 
9.1.4 Fixed wireless access applications 
FWA were initially designed as radio systems capable of replacing wired access lines due to advantages in price and time of installation. FWA are considered as the wireless connection 
between end-user and core networks, such as PSTN, that not only fully supports wireline services, 
but can also provide generic requirements with complete transparency to end-users. 
Fixed broadband wireless access (BWA) are providing full support for ISDN and other high-speed 
data services, including telecommunication management network (TMN) functions, and access to Internet and video services.

data services, including telecommunication management network (TMN) functions, and access to Internet and video services. 
The integration and flexibility offered by FWA, including broadband, make it as the core 
application for convergence. Convergence of fixed, mobile and broadcasting networks might start from new FWA applications, such as the so-called high-density systems in the fixed service. 
9.2 Technology trends  
Systems are becoming more complex with consequent benefits, but expected cost increases are not being realized because of technological innovation and greater economies of scale. In many cases significant cost and performance benefits are already being realized through exploitation of advances in cellular mobile systems, due to the rapid growth in these volume markets.

- 57 - 
 Technological improvements are expected over the next decade in the following areas: 
/G2d Multipoint architectures. Most FWA systems are configured as P-MP systems. In the 
future, some of those systems may feature a multipoint-multipoint (MP-MP) architecture. These types of system have found some acceptance at lower frequencies, especially for military HF applications where route diversity has afforded great benefit in terms of network resilience and traffic flow flexibility. 
/G2d Adaptive antennas, sometimes termed SDMA (spatial domain multiple access). Most FWA

/G2d Adaptive antennas, sometimes termed SDMA (spatial domain multiple access). Most FWA 
systems do not employ such technology. Adaptive antenna systems have recently started to be employed in cellular mobile systems, and initially they use this functionality in one RF direction only. Some future systems (e.g. mobile cellular) will employ full adaptive antenna technology on both up and down links. It is possible with this technology to both null out interferers and/or attain additional diversity gain. There are a variety of antenna weighting algorithms available, and it is a significant challenge to choose the correct algorithm for the intended application. 
/G2d Software radios. As with other advances, this may benefit greatly from the proliferation of

/G2d Software radios. As with other advances, this may benefit greatly from the proliferation of 
cellular mobile systems, especially at the semiconductor chip level. The transceiver may be reconfigured dynamically by software control for modulation scheme or even frequency, and in addition system-wide updates can be facilitated through network download. 
/G2d Components. A number of technologies are in existence or emerging for use in bands above 
20 GHz. Recent developments, such as MMIC (Monolithic Microwave Integrated Circuits), have made these bands, particularly in the range 20 to 60 GHz, suitable for HDFS applications. Commercial components and devices are available in the market for mass production of affordable equipment. 
/G2d Frequency use techniques. To further increase spectral efficiency and service flexibility, 
advanced FWA (inc. HDFS/BWA) systems are increasingly likely to employ a range of

advanced FWA (inc. HDFS/BWA) systems are increasingly likely to employ a range of 
techniques that may include different duplex technologies, and mixes of them, and dynamic

techniques that may include different duplex technologies, and mixes of them, and dynamic 
allocation of bit rate, of modulation and of antenna beamwidth/pattern. Such systems will likely have the functional capability of variable or flexible channelization; this better facilitates transmission of symmetrical or asymmetrical services, based on need, an important factor in the growth of wireless services. In terms of FS deployment arrangements, the near future will see use of connected (ring) as well as conventional cascades ('daisy chain' or radio relay) for P-P schemes, and multipoint (MP) schemes will include MP-MP (mesh) structures as well as P-MP and hybrid arrangements of all these. The air-side concentration is a significant distinguishing feature in MP system usage as compared to conventional P-P systems. Some MP systems are already deployed to include

in-band infrastructure support; but many more FS deployments are also needed simply as 
dedicated to network infrastructure support for the rapidly growing cellular mobile/nomadic widescale deployments i.e. these are not access but conventional infrastructure applications. It should be noted that even P-P systems used in this fairly conventional type of deployment (infrastructure) will benefit from these advances in systems design and in spectrum usage, including the use of block-based frequency arrangements rather than conventional channelization, and this will be influenced by the evolution in design of the MP, which are largely access, systems. It is foreseen that future access and infrastructure applications will to some extent converge, and this will demand more enlightened and flexible approaches to air-side systems architecture, and to spectrum engineering and 
frequency management processes and their administration.

- 59 - 
 
 ANNEX 1 
Terminology and acronyms 
 
1 Terminology and definitions 
Air traffic slot   This term refers to one communication channel on the air interface. 
Bearers    This term indicates the number of simultaneous radio channels that a 
base station can use. 
Cell perimeter   A contour that defines the signal strength or path loss at a given 
threshold. 
Central office   See local exchange. Class 5 office   See local exchange. Clutter    A general term describing reflections from obstacles such as trees, 
buildings, etc. 
Coverage quality The percentage of locations within the cell radius that statistically will 
have a signal strength that exceeds the minimum threshold value. 
Effective antenna height Usually applied to the base station, this takes account of the terrain

Effective antenna height Usually applied to the base station, this takes account of the terrain 
variation along a path as well as the mast height. If, for example, the ground height at the base station is much greater than that at the subscriber’s radio system then the base station mast height would not adequately describe the height difference between the two ends of the link. 
Frequency reuse  The convention for describing frequency reuse is 
N, M where N: 
number of sites in reuse cluster, M: number of sectors in reuse cluster. 
Fresnel zones  Approximation of the zone where wavelike interference can affect the 
propagation of the radio path. Fresnel zone ellipsoids have the specific 
property that the total path length via each ellipsoid is n /G6c/2 greater 
than the direct path. Thus the first Fresnel zone gives an indirect path 
that is /G6c/2 longer than the direct path. At the midpoint of the path the

that is /G6c/2 longer than the direct path. At the midpoint of the path the 
depth of this Fresnel zone is greatest. When an object penetrates inside the first Fresnel zone excess loss relative to free space path loss is consistently observed. 
Local exchange  An exchange in which subscribers' lines terminate (ITU-T Rec. Q.9, 
Fig. 1/Q.9). 
Lognormal distribution The distribution of a positive variable whose logarithm has a normal 
(Gaussian) distribution. Typically implies that the variable is the result of many individually insignificant causes which combine multiplicatively. 
Path loss    The ratio (dB) of received power to transmit power measured between 
antennas.

- 60 - 
 Primary rate The transmission bit rate of 1 544 kbit/s or 2 048 kbit/s. 
Quasi-smooth terrain Terrain where the average level does not differ by more than 20 m. 
Additionally the interdecile height variation is less than 20 m with gentle ups and downs. 
Radio link availability A long term measurement that describes the percentage of time that 
the received signal strength is sufficient to provide a specified quality. Non-availability or outage can be caused by temporal fading and anomalous propagation conditions. 
Rolling terrain   Terrain without "significant" hills or valleys. More exactly defined as 
terrain where the interdecile height variation over 10 km lies between 40 and 80 m. 
Sector rotation   In a conventional sectored frequency plan the re-use cells (cells where 
frequencies are re-used) would all be orientated in the same direction. With sector rotation, the cell orientation is rotated, typically by ±120°, between the neighbouring re-use cells.

frequencies are re-used) would all be orientated in the same direction. With sector rotation, the cell orientation is rotated, typically by ±120°, between the neighbouring re-use cells. 
Server     The base station to which a subscriber’s radio system is attached. Shadow margin   If the link budget with no margins is used to calculate the cell radius 
then due to shadowing 50% of locations at the cell edge will have a median path loss below the link budget. This gives a low coverage quality over the whole cell. To increase the coverage quality to an acceptable level a margin needs to be added to the link budget. This has the effect of reducing the cell radius from the noise limited range. The margin is dependent on the coverage quality required. 
Specular reflection   The reflection that occurs when a radiowave meets with the interface

Specular reflection   The reflection that occurs when a radiowave meets with the interface 
between two different media and the wavelength is small in comparison to the 'roughness' of the interface. In other words a "perfect", non-diffuse reflection. 
Temporal fading  Fading experienced at a fixed location over time. Temporal fade margin  The margin needed to be added to the link budget to ensure the 
 required radio link availability in the presence of temporal fading. 
Rayleigh distribution The distribution of the signal envelope of a received signal which 
consists of a large number of randomly-phased components. Typically associated with multipath transmission when there is no significant direct path. 
Rician distribution  The distribution of the signal envelope of a received signal that

Rician distribution  The distribution of the signal envelope of a received signal that 
consists of a steady component together with random (Rayleigh) components. The characteristics of the distribution are dependent on the ratio of power in the steady components to the power in the random which is know as the 
k-factor. As the power in the steady 
component diminishes the distribution tends to the Rayleigh distribution. Typically associated with the reception of a direct path with some multipath scattering as well.

- 61 - 
 2 Acronyms 
 
ADPCM: adaptive differential pulse code modulation 
agl: above ground level AMPS: advanced mobile phone system AN: access network ANSI: American National Standards Institute 
ATM asynchronous transfer mode BCF: base common function BER: bit error ratio BRAN broadband radio access network BS: base station BSC: base station controller BSS: base station system BTR base station transceiver BTS: base transceiver station 
BWA broadband wireless access 
C/I: carrier-to-interference ratio C/Ia: carrier-to-adjacent channel interference ratio C/Ic: carrier-to-co channel interference ratio CAI: common air interface CATV: community antenna television CBR committed bit rate CD: code division CDMA: code division multiple access CDPD: cellular digital packet data CE: common equipment Cellco: cellular company CELP: code excited linear prediction CEPT: Conférence européenne des Administrations des postes et 
télécommunications

télécommunications 
CIS: CDMA interconnect subsystem CLID: calling line identification COB: chip on board CSU: channel service unit 
CT: cordless telephone 
CTR customer premises transceiver D-AMPS: digital advanced mobile phone system dB: decibel DCA: dynamic channel allocation DCS: digital cellular system DECT: digital enhanced cordless telecommunications DLC: digital line carrier DOCSIS data over cable system interface specification DRU: dual-mode radio unit DSP: digital signal processing DSU: data service unit ETS: European Telecommunications Standard ETSI: European Technical Standards Institute FDD: frequency division duplex

- 62 - 
  
FDMA: frequency division multiple access 
FPLMTS: Future Public Land Mobile Telecommunication Systems (see IMT) FWA: fixed wireless access 
GMSK: gaussian minimum shift keying 
GOS: grade of service GPRS general packet radio service 
GPS: global positioning system 
GSM: global system for mobility HDFS high density applications in the fixed service 
HLR: home location register 
ICP: intelligent cellular peripheral IDT: international digital trunk 
IMT: international mobile telecommunication 
IN: intelligent network IP internet protocol 
ISDN: integrated services digital network 
LAN local area network LE: local exchange 
LMCS: local multipoint communications system 
LMDS: local multipoint distribution system 
LOS: line-of-sight 
LTB: line termination box MDS: multipoint distribution system 
MMDS multichannel multipoint distribution services 
MP-MP multipoint-to-multipoint MVDS multipoint video distribution system 
MSC: mobile-service switching centre

MSC: mobile-service switching centre 
MSC: mobile switching centre MTM: maintenance trunk module 
MTX mobile telephone exchange 
MWA multimedia wireless access N-AMPS: narrow-advanced mobile phone system 
NIU network interface unit 
NMT: nordic mobile telephone NLOS: non line of sight 
NNE network node equipment 
NSS: network switching system O&M: operations and maintenance 
OA&M: operation, administration and maintenance 
OAM&P: operations, administration, maintenance and provisioning 
OCP: operations control point 
P-P point-to-point PBX: private branch exchange 
PCM: pulse code modulation 
PCS: personal communications service PDA personal data assistant 
PDTC: peripheral digital trunk controller 
PHS: personal handyphone system P-MP point-to-multipoint

- 63 - 
  
PMP: point to multipoint microwave radio 
POTS: plain old telephone service 
PSTN: public switched telephone network 
PTM: package trunk module 
PTT: postal, telephone and telegraph 
QAM quadrature amplitude modulation 
RF: radio frequency RLL: radio local loop 
RLP radio link protocol 
RSU: remote switch unit 
RTTH: radio to the home 
SBS: selector bank subsystem 
SDMA space division multiple access 
SMS: short message service 
SNR: signal to noise ratio 
SOHO small office home office 
SRT subscriber radio terminal 
STM: service trunk module T1/E1: primary rate transmission system 
TAB: tape automated bonding 
TACS: total access communications system 
TCP transmission control protocol 
TDD: time division duplex 
TDMA: time division multiple access 
TFU: timing frequency unit 
TM: trunk module 
TMN telecommunications management network 
UPD user datagram protocol 
VLR: visitor location register VNO virtual network operator 
VPN: virtual private network

VPN: virtual private network 
W-LAN wireless local area network 
WAP wireless application protocol 
WBS: wireless base station 
WCTX: wireless centrex 
WKTS: wireless key telephone system 
WL: wireless line 
WLL: wireless local loop 
WPBX: wireless private branch exchange 
WT: wireless terminal

- 65 - 
 ANNEX 2 
SPECTRUM SHARING CONSIDERATIONS 
FWA spectrum engineering and frequency management issues: 
some considerations, including frequency plans 
 
1 Introduction 
This Annex discusses key spectrum engineering and frequency management issues associated with

This Annex discusses key spectrum engineering and frequency management issues associated with 
FWA usage. Most of the material is generic in nature, although the proposals for further work are to some extent specific to particular frequency bands. Most of the work described here has been undertaken within the framework of CEPT, as part of ongoing studies to support use of FWA systems within Region 1 and in support of work to promote wider harmonization and standardization in all Regions in cooperation with international and regional bodies. Material available in preliminary form has been tailored for ITU-R JRG 8A-9B as contained here, in the hope that it can assist in exploring several important issues. It is not supplied as a formal CEPT position paper, but rather as information and to promote more detailed study, particularly as related to frequency plans and compatibility with other systems and services.

Addressed here are terrestrial P-MP systems used for FWA. These systems generally feature 
air-side concentration and contiguous cellular (area) deployment arrangements, and it is necessary 
to take account of the several important similarities with, and differences between, these systems and both conventional P-P systems on the one hand and cellular mobile systems on the other hand. 
Specific bands are not discussed in detail, and the material is qualitative rather than quantitative. Some of the considerations within this document also relate to compatibility of FWA systems with 
systems in other services, and more sharing studies are underway in Region 1 for various bands and 
different scenarios. 
1.1 Guidance on coordination and related issues 
Guidance material has been identified as an important requirement for effective use of available 
spectrum, including intra-system, inter-system, inter-service issues. In due course this will contain

spectrum, including intra-system, inter-system, inter-service issues. In due course this will contain 
information on interference calculation methodology, systems parameters, reference model results for model scenarios, and some information on interpretation (including sensitivities, identification of simplifying assumptions and other factors which may need to be considered). The following sections, Sections 2-5, present useful considerations on spectrum engineering issues, including frequency plans for geographical co-deployment of FWA systems.

although some systems may assist planning in using non-contiguous spectrum. 
 Take note that, whereas assigning spectrum to several potential operators across a band 
facilitates comparison of competitive schemes by these operators, it may be equally acceptable to facilitate competition by use of different bands. 
 Take note that if too many operators are assigned spectrum in a band, this may be 
counter-productive in terms of spectrum efficiency. 
 Incorporate suitable guardbands to mitigate interference, taking account of the different mix 
of technologies used, in order to attain an acceptable compromise between performance 
degradation and necessary protection/mitigation measures, including guardbands. 
 Specify for FDD systems, a consistent plan for the forward (central station to terminal

 Specify for FDD systems, a consistent plan for the forward (central station to terminal 
station) and reverse (terminal station to central station) sub-band frequencies. It may be assumed that generally the forward (down) link should be at the higher frequency, similar to accepted usage in most cellular and satellite systems, but exceptional cases may dictate the reverse. Account must be taken of the added complications where mixed up/down directions are used. 
 Take account that for TDD systems the designation of forward and reverse link directions is 
no longer possible, and in this case additional interference scenarios need to be considered. 
 Take account that when considering accommodation of P-MP with P-P systems in the same

 Take account that when considering accommodation of P-MP with P-P systems in the same 
band, e.g. for the 24.5-26.5 GHz band, one attractive approach can be to make appropriate regional/national allocations for each FS type from opposite ends of the band, with the proportion of total band usage for each type perhaps determined by market or other needs. 
 Take care when comparing different technologies and their spectrum usage, taking account 
that there is as yet no definitive guide to comparing spectrum efficiency in a simple 
manner; consideration needs to be taken of cluster size, consequences of mixed technologies according to these guidelines, quality and grade of service and other factors. 
 Use actual/typical parameters, wherever possible, for the calculation of the compatibility

 Use actual/typical parameters, wherever possible, for the calculation of the compatibility 
factors, rather than just the minimum requirement limits from the corresponding standards, and take account of the sensitivity of the results to these parameters. 
1 Equitable, efficient apportionment of the band between operators within the same region/area, not co-
frequency sharing normally.

 Take account that having narrower channels in one direction and wider in the other can 
accommodate traffic efficiently only where this traffic exhibits a fixed  asymmetry matching 
the ratio of the channel/sub-band widths. Such a fixed sub-bands approach is inherently less efficient for variably  asymmetric traffic which may exhibit only over time  a general bias in 
the traffic in favour of the channel direction enjoying the wider band. 
 Take note that it is possible in some cases to "pair" up and down links in widely separated 
bands, for example an up link within one band together with a narrower down link within a lower band to provide fixed asymmetry for certain wideband applications. 
 Take note that some multimedia wireless systems, especially those derived in concept from

 Take note that some multimedia wireless systems, especially those derived in concept from 
broadcast/distribution type systems, may have a bidirectional rather than unidirectional "interactivity" channel/sub-band. All the guidance provided elsewhere in this document should apply to this situation. 
 Take account that different orders of modulation may be used for the two traffic directions 
to offer a limited degree of asymmetry (and could result in different characteristics in terms 
of range/robustness of the up- and down-links) and that this may permit some variable  
asymmetry if the equipment can dynamically adapt the modulation scheme independently in the two directions. 
 Take account that TDD with variable time allocated to up- and down-link directions can 
provide a manner of achieving applications having variable, asymmetrical traffic. 
 Take account of the need to promote an equitable burden sharing in respect to guardbands.

 Take account of the need to promote an equitable burden sharing in respect to guardbands. 
For example, for the first FWA operator in a band it would be prudent and fair to ensure 
that any guardband/s are included within the assigned sub-band. 
 Note that in general a -1 dB interference criterion might be considered appropriate in 
interference calculations between FWA systems and, unless stated otherwise in ITU-R Recommendations, with other services. 
2 As opposed to the type of fixed asymmetry needed by, for example, video surveillance type systems with 
wideband down-link capacity and narrow upstream capacity.

- 68 - 
 3.2 TDD assignments in bands with paired spectrum 
3.2.1 General 
In the case of TDD systems in bands with a frequency plan based on standard paired spectrum, it is 
necessary to: 
 Ensure that the TDD assignment respects the channel plans for the FDD channel raster. 
 Note that where part of the lower band is assigned to a TDD system then the corresponding 
part of the upper band should also be assigned to TDD, and vice versa . 
 Note that for fixed asymmetrical  applications based on FDD and operated with channel 
arrangements previously designed to be suitable for symmetrical  FDD use (having equal 
channel widths in both upper and lower bands), it is possible for n channels of the lower 
sub-band to be paired with m channels of the upper sub-band. The "surplus" unpaired |m-n|  
channels could be usefully assigned to TDD services (including any necessary guardband allowance). 
 Take account that in the latter case, and notwithstanding the availability of the m+n

 Take account that in the latter case, and notwithstanding the availability of the m+n 
channels for fixed asymmetric FDD services, it is possible that these channels could be 
assigned to one or more TDD channels. 
 Take into account the possibility of using the centre gap for TDD, provided the 
requirements of Section 2 are observed. 
3.2.2 Implementation 
 Note that there may be particular spectrum engineering issues (such as constraints on 
transmitter masks and the need for guardbands) associated with operating TDD systems in a 
band already accommodating FDD systems. 
 Take note that polarization may be used as a system propagation discriminant, although less 
usefully at lower frequencies. This can be useful to mitigate interference.

interference and consequent economic impact, and to seek to use the spectrum efficiently. 
 Note that where central stations belonging to different operators are proposed to be sited 
relatively close, it may be preferable to co-locate these stations to minimize and better 
define the near/far effect. This may be especially appropriate in those cases where the directions of the forward and reverse frequency sub-bands are mixed or not designated e.g. where different duplex technologies/spacings are mixed.

- 69 - 
  Note that where considering compatibility with P-P systems, CS and TS installations 
should wherever possible minimize P-MP antenna heights and judiciously use antenna angular discrimination, including nulls in the polar pattern, as additional mitigation and to minimize guardbands. 
 Note that where considering compatibility with FSS systems, account should be taken of 
ITU-R Recommendations where available, including any guidelines covering the FSS and P-MP antenna heights, separation distances, allowable range of elevation view angles, additional diffraction or other mitigation measures. 
 Note that where considering compatibility with the RAS, it is important to comply with the 
ITU-R Radio Regulations, taking account the aggregation effect of P-MP systems. 
 Note that where considering compatibility with radiolocation/navigation systems in 
adjacent bands or in neighbouring countries, account should be taken of existing relevant

adjacent bands or in neighbouring countries, account should be taken of existing relevant 
ITU-R Recommendations. For radiolocation/navigation systems that may be in-band, account should be taken of ITU-R Recommendations where available, including any specific methodology needed to ensure compatibility for the particular technology and radar type/s. 
 Take account of the need to plan and deploy CS and TS antennas which are no less 
directional than is required for the intended intra-system deployment and which are sited no higher than is necessary to ensure adequate performance margin. 
 Ensure that any necessary synchronization and other measures to accommodate mixed 
technologies are implemented as appropriate. 
5 Equipment design 
For co-deployment of FWA systems in the same geographical area, it is necessary to:

For co-deployment of FWA systems in the same geographical area, it is necessary to: 
 Take account of the importance of minimizing spurious and out of band emissions through 
appropriate equipment design. 
 Take account of the importance of maximizing receive selectivity (and noting that relevant 
standards may be insufficiently detailed or stringent in all cases). 
 Take account of the desirability, consistent with compliance with the required level of 
quality and grade of service, of incorporating measures to ensure adequate transmit power 
control, dynamic channel/frequency and/or other adaptive measures to enhance compatibility. 
6 Check lists and guidelines 
The considerations in the above three sections might form the basis of a useful check list in the 
further study of some FWA compatibility issues and in the formulation of guidelines that may be necessary for some co-deployment situations.

- 71 - 
 ANNEX 3 
Criteria to assess fixed wireless access systems and 
technologies in relation to needs and requirements 
 
1 General 
This Annex provides planners and designers of fixed wireless access networks with guidelines and 
procedures to be followed during the design and implementation of the network. Important aspects of radio paths are reviewed in § 2. Since the planning of fixed wireless access networks is similar to that of mobile cellular networks, the main characteristics are compared in § 3. Generic radio network models are described in § 4 while in § 5 the concept of an idealized hexagonal grid is noted. The radio planning process is described in § 6 (top level), § 7 (business planning support), § 8 (cell planning), and § 9 (performance analysis and optimization). This annex concludes with a 
summary of radio planning considerations in § 10, including checklists that are useful in planning a 
wireless access system. 
2 Radio planning fundamentals: radio paths

2 Radio planning fundamentals: radio paths 
The path loss between a transmitter and a receiver is, at least to the first approximation, dependent 
upon the range and the degree of obstruction along the path. A radio path can be described as a free-space path, a line-of-sight path or an obstructed path depending on the degree of obstruction. 
It is important to understand that some wireless access systems do not require line-of-sight paths to 
operate. The degree of obstruction that can be tolerated along the path is dependent on the link budget, the additional margins applied and the range one wishes to achieve. A line-of-sight path would only be a requirement if an operator wished to use the system at very long ranges, but even under these conditions path losses in excess of free-space loss will often be encountered.

The following figures attempt to illustrate the path types described. A free-space path is one in 
which there is a direct path between the transmitter and the receiver and there are no objects penetrating into the first Fresnel zone (for a discussion of Fresnel zones and related aspects refer to texts such as [Parsons and Gardiner, 1989; Calhoun, 1992; Boucher, 1995] or [HESS, 1993]. 
A line-of-sight path will include free-space paths, but also includes ones in which terrain features or 
obstacles penetrate inside the first Fresnel zone, whilst still allowing a direct path. This path will have up to 6 dB theoretical excess path loss relative to a free space path and is illustrated in Fig. 21. 
 
FIGURE 21 
Line-of-sight path 
 
Tx 
RxDirect path  
First Fresnel 
zone

- 72 - 
 An obstructed path is a path in which the objects such as terrain, buildings, trees and other clutter 
cause a definite obstruction of the direct path. In this instance the indirect path diffracts over the edge of the object. This path will typically have at least 10 dB extra path loss relative to a free space path and is illustrated in Fig. 22. 
FIGURE 22 
Obstructed path 
 
RxDirect path Obstructed path 
 
2.1 Attenuation  due to rainfall  
The rainfall data may be calculated based on rainfall rate data presented in Recommendation

FIGURE 22 
 
The rainfall data may be calculated based on rainfall rate data presented in Recommendation 
ITU-R P.837-1 and its translation into an attenuation value as given in Recommendation ITU-R P.838 and Recommendation ITU-R P.530-5 § 2.4.1. Recommendation ITU-R P.837-1 divides the world into rain climatic zones and gives the rainfall intensity exceeded (in mm/h) for varying percentages of time. The maps show that most of South East Asia and parts of Central America are the areas with the highest rainfall intensity. The highest figure quoted by any of these figures is 250 mm/h which is exceeded for 0.001% of time in Zone P. 
2.2 Propagation
 over water  
If the path between the transmitter and receiver for a radio link is over, or in close vicinity to, large

 over water  
If the path between the transmitter and receiver for a radio link is over, or in close vicinity to, large 
expanses of water, care must be exercised in the overall link design. Radiowave propagation over or in the vicinity of water differs from that over dry land. The difference in propagation occurs due to the following significant factors: 
– Increase in the electrical conductivities for the surface propagating radiowaves results in 
relatively slower attenuation for the same distances. This means that reasonable signal strengths can be received at longer distances. Characteristically water surfaces present efficient reflecting planes for radiowaves. For suitable link geometries this may result in specular reflection (particularly of calm water surfaces) giving rise to multipath fading. 
– The space wave propagation through the troposphere is also affected in terms of increased

– The space wave propagation through the troposphere is also affected in terms of increased 
probability that the atmospheric conditions are conducive to "duct propagation". This phenomenon can result in the loss of signal over short to medium distances and interference due to propagation over long distances and beyond the radio horizon. 
2.3 Avoiding fading due to reflections 
In certain situations signal fading due to reflections can be avoided by taking simple precautions. 
– If, for a problematic radio link, calculations show that the signal reflection is taking place at

– If, for a problematic radio link, calculations show that the signal reflection is taking place at 
a known reflecting surface, such as flat land or particularly water, then siting one of the antennas to a new location should alleviate the problem. This can be particularly effective if the reflected signal is now shown to be obstructed. This is simplistically illustrated in Fig. 23 which shows how careful siting of a base station that is situated near an expanse of water (an estuary for example) can avoid potential multipath problems by ensuring the reflected path is obstructed.

- 73 - 
 FIGURE 23 
Base site selection to avoid multipath problems 
 
Water  Water
Poorl y sited base site Carefull y sited base site  
 
– By making the height of one of the antennas as high as possible and the other as low as 
possible the reflection point occurs closer to the lower antenna. This helps to reduce the uncertainty in the occurrence of reflection points introduced by the atmospheric changes. The fading effect is particularly mitigated if the reflection as a result of this measure happens on a less reflecting surface. For example, such a precaution is particularly useful if the reflection point for a link is moved from the water surface to the surrounding land. 
– It should be ensured that the combination of transmitter and receiver antenna heights avoids 
attenuation due to the "vertical fading structure" caused by the summation of the direct and reflected paths. Standard ITU-R calculations can be used to design suitable heights. 
2.4 Millimetre-wave propagation

2.4 Millimetre-wave propagation 
In the bands between approximately 10 and 60 GHz, highly directional antennas (1-3 degree 
beamwidth) are used for the customer premises. The propagation model applied in this case is

beamwidth) are used for the customer premises. The propagation model applied in this case is 
usually free-space, with a small additional fixed margin added for atmospheric absorption and a large temporal fade margin. Unlike propagation at lower frequencies, the temporal fade margin accounts not for time-varying multipath, but for rain losses, which are considerable and increase linearly in dB with range for a given availability. Most systems are designed only to work with line-of-sight conditions; however, some systems designed for residential access with very small cells and low customer premises antenna height may include a margin for light foliage loss. Material on foliage loss at millimetre-wave frequencies can be found in "Propagation losses due to foliage at various frequencies", J.E.J. Dalley, M.S. Smith & D.N. Adams, Proc. IEE Conference on Antennas & Propagation, Publ. No. 461, pp 267-270, March 31st - April 2nd 1999.

Because propagation is free-space, and base station antennas are generally mounted above other 
features in the environment, there is a high potential for base-to-base co-channel interference. Therefore, FWA systems either use FDD to eliminate base-to-base interference, or else if they use TDD, the base stations must be synchronized so that base stations are never receiving the transmissions of other base stations. 
When antenna height is close to rooftop, and the system is designed for line-of-sight coverage, the 
cell size tends to be limited to less than 1.5 km by natural obstacles. Beyond this distance, the probability of any given customer premises with low antenna height having an optical line of sight to the base station becomes low. With antennas mounted on rooftops of multi-story businesses, larger cells, up to about 5 km radius, are possible.

- 74 - 
 3 Mobile cellular and fixed wireless access planning comparisons 
In many ways planning a fixed radio network is similar to planning a mobile cellular network. In 
each case a cell plan detailing radio coverage and capacity must be produced. In addition a backhaul, transport and switching network must be provided to interconnect the base stations. However, the manner in which the network is required to grow may be radically different for mobile and fixed radio access networks. 
The initial requirement for roll-out of a mobile cellular system is usually radio coverage. There is a

The initial requirement for roll-out of a mobile cellular system is usually radio coverage. There is a 
critical mass in terms of radio coverage at which subscribers realize they can make calls from most of the locations they find themselves in. Only at this stage does the mobile network become attractive to customers. In contrast a FWA subscriber will not be concerned about coverage provided his own fixed location can be reached. Thus it is possible for FWA operators to gain revenue from a very limited coverage deployment. Figure 24 illustrates how an FWA operator can target coverage on areas of population whereas a mobile cellular operator must provide both broad area coverage together with high capacity in areas where users congregate. 
FIGURE 24 
Coverage comparison between FWA and mobile cellular 
 
FWA targetted coverage Mobile cellular area coverage 
 
Table 3 gives a number of comparisons between a mobile cellular system and Fixed wireless access. 
TABLE 3

TABLE 3 
FWA and mobile cellular comparisons 
  Mobile cellular FWA 
Traffic generation People on the move with mobile phones 
Dynamic scenario difficult to predict accurately Static installations 
Mainly static scenario probably allows more accurate prediction and thus better 
traffic capacity match 
RF propagation Mainly indirect paths with Rayleigh fading
 
Mobile antenna can be in a multitude of 
different environments, including indoors 
and moving at high speed. Antenna may be 
at an arbitrary polarization orientation Modelling less detailed due to more 
homogeneous multipath environment and 
mobility Near line-of-sight paths with Rician 
fading and more optimal antenna siting 
Subscriber's radio system antenna is 
fixed, usually at a high level with respect 
to clutter. Antenna will be at a fixed

to clutter. Antenna will be at a fixed 
polarization orientation Modelling more challenging due to less 
homogeneous environment. Paths vary 
from LOS to highly cluttered (> 60 dB 
excess loss over free space)

- 75 - 
 TABLE 3 ( continued ) 
 
4 Generic radio network models 
Wireless access systems can be deployed in a diverse range of markets and environments. This will 
result in network designs that fulfill a wide range of performance objectives. To discuss the 
appropriate radio planning parameters and constraints it is useful to group these into generic network models. Two generic radio network models have been identified. Each differs considerably from the other in the nature of the deployment and hence the margins that must be applied. The two models represent varying degrees of subscriber density; these will be discussed and their characteristics outlined. 
4.1 "Standard" wireless access networks 
Wireless access can be deployed to offer service in areas where the potential subscriber density

Wireless access can be deployed to offer service in areas where the potential subscriber density 
could be described as low, medium or high. This is typical of most urban and suburban areas and also some of the rural areas of more densely populated countries. In this type of network the exact location of potential subscribers is not normally known at the time of planning and thus the aim of the radio planning is to provide a statistical estimation of the radio coverage. This type of network deployment has the following characteristics:  Mobile cellular FWA 
Link budget Margins for handover and building 
penetration 
Explicit fading margin not required, as 
mobile assumed to be moving through fade structure (implicit margin built into Rx sensitivity) No margins required for handover or 
building penetration 
Temporal fading margin required to 
account for non-stationary environment 
Frequency reuse Typical schemes:

Frequency reuse Typical schemes: 
Omni cells with reuse of 12 Tri-sector cells with reuse of 4,12 
(also sectorized 7,21 or 4,24) 
Polarization discrimination not applicable 
due to omni mobile antenna Typical schemes: 
Omni cells with a reuse of 7 Tri-sector with reuse of 3,9 
 
Sector rotation and polarization splitting 
used to reduce co-channel interference 
Capacity growth  
planning Sectors, split cells and add fill-ins as 
required Requires early planning due to 
directional subscriber's radio system antenna and need to avoid large scale re-
pointing 
Cell planning Omni mobile antenna thus orientation not 
important 
 
Mobile antenna typically fixed at 1.5 m agl Directional subscriber's radio system 
antenna needs to have orientation controlled for C/I evaluation 
Subscriber's radio system antenna at a

Subscriber's radio system antenna at a 
variable height related to house dimensions, operator installation preferences and local planning 
restrictions 
Network planning Planning of complex system of BSCs, 
MSCs, VLR and HLR required Simplified backhaul planning

- 76 - 
 – The exact location of customers is not known in advance, so coverage and traffic are 
predicted to a small area (pixel) not to an exact location. 
– Regulations, housing densities or economics prevent the use of tall masts at the subscribers 
premises to optimize the radio path. 
– Subscriber equipment can only be mounted on or near the subscriber's premises. – Radio paths are usually not line-of-sight and hence there will exist a significant degree of 
shadowing. 
– Good area coverage is required to enable connection of customers anywhere within the 
designated service area. 
– The network design requires flexible long term capacity extension capability. – Design and control of interference is critical to achieving optimum network capacity. 
4.2 Low density rural networks 
In certain instances an operator may wish to offer service in sparsely populated rural areas with very

In certain instances an operator may wish to offer service in sparsely populated rural areas with very 
low subscriber densities. This network type will normally require long range operation to ensure economic viability and hence the radio paths to subscribers are designed to optimize radio propagation conditions. This type of deployment has the following characteristics: 
– Very low subscriber densities although traffic may be high relative to subscriber densities 
in some circumstances, for example teleworking. 
– Locations where service is required are generally well defined. – Service is provided to comparatively isolated subscribers or small groups of subscribers and 
requires long range operation. 
– Locations of the base site and subscriber's radio system are chosen to optimize propagation, 
generally by obtaining a line-of-sight path. 
– At the remote location the subscriber unit can be positioned to provide a good

– At the remote location the subscriber unit can be positioned to provide a good 
point-to-point radio path with the subscriber's radio system mounted on a mast if necessary. 
5 Idealized hexagonal coverage 
To facilitate top level design and analysis of wireless access networks the concept of an idealized 
hexagonal grid is used. For radio planning purposes the area to be provided with radio coverage must be divided into cells in a regular fashion. This implies the representation of the cells by a regular polygon chosen such that the polygons will form clusters that tessellate (i.e. fit together without gaps). The hexagon is commonly used for this purpose and has the advantage that it closely resembles the idealized circular coverage of a cell. 
Typical cell clusters used in wireless access planning are illustrated in Fig. 25. The "radius" of a centre

Typical cell clusters used in wireless access planning are illustrated in Fig. 25. The "radius" of a centre 
fed hexagonal cell (Rc) is defined as the peak radial distance and the cell area is thus equal to 2.6Rc
2.

- 77 - 
 FIGURE 25 
Typical cell clusters 
 
1 
2 3 N = 3     R c 
1 2 3 
5 
7 4 6 N = 7     1 N =   1     R c N = 4     1 
2 4 R c 
3 
5 1 1 3 
7 
1 0 2 9 N =   1 2     
6 1 2 
4 
1 
8 
 
An example of frequency re-use in a 7 cell cluster is shown in Fig. 26. A particular group of 
channels A1 is used in one cell with coverage radius Rc. These channels are re-used in another cell with the same coverage radius at a distance, D, away. 
 
FIGURE 26 
7 cell re-use example 
 
A1 
D 
A1 Rc Frequency re-use distance D  is  
given by:
D  =       3N  Rc
where N  is the re-use pattern e.g. 
 
In general the requirement to provide continuous coverage over very large areas may be less 
prevalent in wireless access network design than in mobile cellular network design, as discussed in § 3. Two coverage conditions can therefore be described: 
– multi-cell continuous coverage – involving extensive frequency re-use within the coverage

– multi-cell continuous coverage – involving extensive frequency re-use within the coverage 
area. As such the hexagonal grid can be considered to be infinite when interference calculations are being made. This condition may be representative of high capacity networks in large cities where a large number of small cells are employed;

- 78 - 
 – isolated selective coverage – coverage of small 'islands' such as key population centres with 
areas of limited service in between these coverage areas. A finite grid of cells can be considered when interference calculations are being made. This scenario is illustrated in Fig. 27. 
 
FIGURE 27 
Selective coverage scenario 
 
Limited frequency 
re-use in this cell 
cluster
Area not 
provided with 
coverageMinimal frequency 
co-ordination required
 
Sectorization is employed in wireless access networks to reduce the number of cells in a frequency re-

cluster
Area not 
 
use cluster leading to an increase in the number of radio channels available per cell and hence increase the traffic. Sectorization can also be used in situations where extended range is required because sectored antennas have higher gain than omnidirectional antennas. Sectored sites can be arranged in two generic forms, centre-fed and corner-fed. One possible technique for reducing interference in wireless access networks is through the use of sector rotation. The fixed nature of wireless access, together with the use of directional subscriber antennas, makes this technique possible. The orientation of the sectors is rotated at the base station and this can increase the distance to interfering sectors. Refer to a text such as Boucher [1995] for details on sectorized cell plans.

The convention N, M is used for describing frequency re-use, where N is the number of cell sites in 
the re-use cluster and M is the number of sectors in the re-use cluster. In reality a number of factors 
such as difficult terrain and antenna height may limit the re-use distance. 
5.1 Broadband cell planning 
Reflecting that intensive frequency reuse is possible in BWA systems, because the antenna at the 
CPE is highly directional and dispersion minimal, square grids, rather than hexagonal, are common. Generally, all frequencies can be reused at least once in each cell; i.e. the base reuse factor is 1. A 
common scheme is 1,4 using 4-sectored square cells with mirroring of the re-use pattern between 
cells, as shown in the figure below.

- 79 - 
 FIGURE 28 
A common reuse pattern for 4-sectoral square cells 
 
The black dots represent the base station locations. The boundaries of a single cell, with 4 sectors, is 
shown by the heavy lines in the upper left portion of the figure. With this scheme, the available spectrum is divided into four groups. All groups are used once per cell. The same frequency is reused in the adjacent sector of the adjacent cell; however, the CPEs in each sector face away from the sector re-using the frequency; therefore, C/Ic ratio is related to the front-to-back ratio of the CPE antenna. Good CPE antenna sidelobe and backlobe suppression is therefore required; especially when differential rain fading is considered. 
The nearest co-channel codirectional re-use occurs in a sector located five cell radii away. For

The nearest co-channel codirectional re-use occurs in a sector located five cell radii away. For 
example, a CPE in the upper left corner sector sees a co-channel, codirectional base station located at the lower right corner. The C/Ic ratio with free space propagation is 14 dB in this case; however, there are frequently other factors present which help to further reduce this, such as the low probability of line-of-sight from low CPE antennas at this distance. 
The use of both vertical and horizontal polarization may allow more intensive frequency re-use. 
This is not always desirable, however, as horizontal polarization is associated with decreased range due to higher rain loss, and polarization isolation requirements become stringent. 
6 The top level radio planning process 
Radio planning forms a substantial activity within the overall network engineering process. This

Radio planning forms a substantial activity within the overall network engineering process. This 
handbook uses the model shown in Fig. 29 as a basic model of radio planning. The process consists of three main activities, business planning support, cell planning, and performance analysis and optimization. A number of support activities together with the main deliverables from each stage are shown. Whilst the different phases are described separately there will be in reality a degree of overlap as the network design progresses from inception through roll-out to optimization. 12
3 421
34
43
23
211
4
4
1232
3
1 22 1 12
3 4 4 3 3 44
1R
5R

- 80 - 
 FIGURE 29 
Top level radio planning process 
 
 analysis and
 optimisationPropagation  
  measurements  
 Site evaluation  
 measurements  Business
  planning support
Radio planning 
design spec
In-service  
 measurements  Candidate 
site lis t
Network 
 roll-outCell
 planningSite 
 acquisition  
Master site list
 
The individual stages of the process are described: 
6.1 Business planning support 
Business planning covers a wide spectrum of issues but this Handbook only describes the support

Business planning covers a wide spectrum of issues but this Handbook only describes the support 
activities that require radio planning inputs. Business planning support involves evaluating/generating key aspects of the operator's business plan based on simple rules for analysis of population data, expected traffic, radio cell sizes, costs, marketing targets, revenue etc. Radio propagation is only considered in terms of top level radio planning rules. The planning rules will be based upon idealized hexagonal cells, generic frequency plans and statistical propagation models that assume "quasi-smooth" or "rolling terrain". 
The outputs from the business planning process are typically an estimate of the number of base

The outputs from the business planning process are typically an estimate of the number of base 
stations and amount of backhaul required to cover the country or area, a definition of the areas to be covered, a capacity growth plan, an order or roll-out plan, network costs and a business plan. 
6.2 Cell planning 
Cell planning covers the placement of cell sites and detailed modelling of cell coverage and

Cell planning covers the placement of cell sites and detailed modelling of cell coverage and 
capacity. An early objective is to produce a candidate site list giving full details of all site locations and configurations. This will enable site acquisition teams to start work and transmission planning groups to assess and plan the backhaul and switching networks before detailed planning is completed. Fine tuning of propagation models may be required to optimize models to specific national and regional environments. Additional support for site acquisition may involve measurements at specific problematic or marginal sites. The output from this phase is an approved cell/network design with verified performance (in planning tool) against coverage and capacity objectives together with a master site list.

- 81 - 
 6.3 Performance analysis and optimization 
The objective of network performance analysis and optimization is to extract the optimum 
performance from the wireless access network at any given phase in the lifecycle of the network. 
Activities in this phase will include coverage and interference verification and management of growth plans. This activity will be supported by in-service measurements using both survey equipment and the diagnostic and measurement capabilities of the network itself. 
6.4 Traffic estimation and calculation of spectrum requirements 
The methodology in Recommendation ITU-R M.1390 may be used to estimate the FWA traffic and 
the corresponding spectrum requirements. 
7 Business planning support 
A complete description of a business planning process is beyond the scope of this Handbook. This 
section only describes the radio planning inputs to the process. 
Business planning will typically occur at the bid stage of contract negotiations. It may then

Business planning will typically occur at the bid stage of contract negotiations. It may then 
subsequently be repeated once the contract has been awarded to further refine the top level network design and confirm before detailed network design begins that the operator's objectives have not changed. The radio aspects of the business planning activity will always require confirmation before cell planning can begin. 
The objective of business planning support is to produce key inputs for the operator's business plan 
based on simple rules for analysis of population data, traffic, radio cell sizes, costs and operator service targets. This input will enable the operator to evaluate the economic feasibility of the network in terms of market conditions, revenue potential and system cost. 
Business planning is usually completed using spreadsheet models of the network. These incorporate

Business planning is usually completed using spreadsheet models of the network. These incorporate 
simple models for subscriber density and traffic, equipment cost and idealized hexagon radio 
coverage. 
Radio propagation is only considered in terms of top level radio planning rules. The planning rules 
will be based upon idealized hexagonal cells, generic frequency plans and statistical propagation 
models that assume "quasi-smooth" or "rolling terrain". To determine radio ranges to be used in business planning a number of network design objectives must be considered. 
7.1 Key inputs to business planning support 
Radio coverage and penetration is of major strategic importance to business planning. A high 
percentage of the total network infrastructure capital cost is required to support the delivery of the 
radio coverage. Thus the achievement of the optimal cost/performance balance within a wireless

radio coverage. Thus the achievement of the optimal cost/performance balance within a wireless 
access network is extremely important. As part of the business planning process the network operator has to make a number of key choices on radio network design objectives as illustrated in Fig. 30. These choices will directly affect the number of base station sites and their configuration.

– Radio link availability: the percentage of time that the received signal strength exceeds a 
minimum threshold value (threshold determined by speech or data objectives). 
– Traffic: offered traffic per subscriber in Erlang per subscriber, voice/data split (POTS/fax or 
data), subscriber densities and target growth. 
– Growth strategy and planning horizon: does the network design have a growth path, can it 
accommodate changes to the business plan? 
– Terrain and ground cover (clutter): different markets will present markedly varying 
propagation environments. For example, under some specific circumstances, propagation 
conditions may allow long-range rural networks to be considered. In most circumstances the business planning models described in this handbook will be applicable and the process described in the following section will provide typical ranges. 
– Regulatory and deployment restraints: licence requirements or limitations, spectrum

– Regulatory and deployment restraints: licence requirements or limitations, spectrum 
availability, constraints on size or locations of masts, subscriber antenna heights, etc. 
– Acceptable percentage of cell area affected by interference: tight frequency re-use schemes 
allow high capacity networks to be designed but a small percentage of the cell will be 
susceptible to interference. The acceptable limit will determine the re-use scheme and 
hence capacity achievable from the network. 
– Equipment configurations and cost: equipment types, sector/omni, mast costs, etc. 
7.2 Key outputs of business planning support 
The outputs from the business planning support phase are typically an estimate of the number of 
base stations and the amount of backhaul required to cover the country or area, a definition of the zones to be covered, a capacity growth plan, an order or roll-out plan and quantified network costs.

- 83 - 
 7.3 Measurements associated with business planning support 
Propagation measurements may be required during the business planning phase for fine-tuning of 
statistical propagation models in specific or "unusual" environments. "Unusual" can be interpreted to mean environments or deployments which deviate from the validity conditions stated for the models, for example very high base station heights or dense tropical vegetation. Measurements may also be required to support example or trial sites. 
7.4 Calculating radio range for "Standard" wireless access networks 
Radio range is calculated by applying a propagation model to the allowable path loss budget. The

Radio range is calculated by applying a propagation model to the allowable path loss budget. The 
allowable path loss is generated from the link budget calculations with appropriate margins. Note that the range calculated in this way is based on certain terrain assumptions. In a real deployment which includes large terrain or clutter features, the range in any direction may be significantly more or less than this value. Hence the need for detailed planning prior to deployment. 
Figure 31 illustrates the steps required to calculate the radio range appropriate to the network design 
objectives provided. 
 
FIGURE 31 
Calculating radio range for "Standard" wireless access networks 
Calculate Shadow 
Margin
Calculate Temporal 
Fade Margin
Calculate 
Interference Margin
Calculate Other 
Margins
Calculate Total 
Margin and 
Allowable Path Loss
Calculate Radio 
RangeSTART
ENDNetwork DesignObjectives:
Coverage Quality

Calculate 
Margins
Margin and 
Single or 2 Server
Target Availability
% of Cases eg. 95%
Frequency Re-use
Multi or Isolated Cells
Local Clutter ?
Snow ?
Multipath ?
Propagation Model
Environment
Base Station Antenna 
Height
RSS Height
 
7.5 Shadow margin and coverage quality 
Wireless access networks, just like other radio systems, will encounter "shadowing" due to terrain 
undulations and other obstacles such as buildings, foliage etc. Thus a percentage of locations within the cell may have a median signal strength that falls below the receiver sensitivity. Coverage quality is defined as the percentage of locations within the cell radius that statistically will have a signal

- 84 - 
 strength that exceeds the minimum threshold value. To increase the coverage quality within a cell a 
shadow margin is added to the link budget. This has the effect of reducing the cell radius down from the noise limited range. This is illustrated in Fig. 32, where the coverage quality within the reduced cell radius is higher than the coverage quality within the radius defined by the noise limited range. The coverage quality acceptable to an operator usually ranges between 75% and 99%, and the requirement may be different for urban and rural areas. 
 
FIGURE 32 
Coverage prediction over uneven terrain 
Cell Radius 
at X% Area 
Coverage
BS
Hole in Coverage Actual CoverageBaseline
Radio Range
 
To calculate the shadow margin requires knowledge of the variation in local median signal strength.

at X% Area 
Coverage
BS
 
To calculate the shadow margin requires knowledge of the variation in local median signal strength. 
This will vary according to environment. The variation of the local median signal strength has been found to be log-normally distributed in many practical environments such as rolling terrain. However a degree of caution is required, for example in mountainous terrain it clearly would not apply. 
In calculating coverage quality it is important to include the improvement that can be obtained by 
considering base site diversity. The installer of the subscriber unit can possibly assign the subscriber unit to one of a controlled choice of host base stations when the installation is made. In this way the probability of achieving a radio path above threshold is increased. 
7.6 Temporal fade margin 
The two-way wireless access radio link between a subscriber's radio system and base station will be

The two-way wireless access radio link between a subscriber's radio system and base station will be 
subject to short term fluctuations in the signal level over time. These "temporal" fades will manifest themselves as a degradation in the resultant system BER as compared to the non-fading environment. A margin is introduced to the link budget to reduce the probability of fading below the sensitivity level, which can be expressed as a radio link availability. Radio link availability is defined as a long term measurement that describes the percentage of time that the signal strength is sufficient to provide a specified quality.

- 85 - 
 BWA systems operating over line of sight paths at frequencies above 10 GHz typically experience 
severe temporal fading due to rainfall. The fade margin is a function of the desired availability and the statistics of rainfall occurrence and severity for the geographic region. At lower frequencies, temporal fading is mainly due to time-varying multipath fading which occurs as objects in the environment move. 
7.7 Interference margin 
A margin is required to account for sensitivity degradation due to co-channel and adjacent-channel 
interference. The precise value required will depend upon the particular deployment and may not be the same for the uplink and the downlink. 
BWA systems are typically engineered for very high availability (99.9% – 99.99%), as each link 
typically provides service to a large number of end users, frequently for mission-critical business

typically provides service to a large number of end users, frequently for mission-critical business 
applications. Interference margins are typically 0.5 – 1 dB, which means that interference must be kept several dB below the thermal noise floor of the receiver. In some regions there may be regulatory requirements for a 3 dB reserve to allow for future implementations. 
7.8 Other link budget margins 
Link budget margins may be required in addition to the shadowing, temporal and interference 
margins described in previous sections. These margins are to make an allowance for the following: 
– Local clutter around the subscriber's radio system – for example if local foliage is expected 
close to or in the radio path this could be included as a margin. 
– Falling snow has no appreciable loss but if accumulation of snow on the face of the

– Falling snow has no appreciable loss but if accumulation of snow on the face of the 
subscriber's radio system or base station antenna occurs for extended periods then a margin may be appropriate. 
– Paths over large exposed areas of water. 
– Multipath propagation – In some specific installations specular reflections from tall 
buildings, mountains etc. could cause multipath to occur with delays comparable to symbol lengths. The directional subscriber's radio system antenna will usually introduce a 
significant attenuation into the delayed signals relative to the direct signal. The most severe 
problems of multipath will occur where specular reflections are present in the main beam when the subscriber's radio system antenna is pointing towards the base station. Precautions such as avoiding omni antennas in the vicinity of large buildings should be employed where possible. 
7.8.1 Sample BWA link budget

7.8.1 Sample BWA link budget 
The range of typical BWA systems varies between 1.5 and 5 km, depending mainly on the temporal 
fade margin. This is a function of the frequency, polarization, rain region, and desired availability. 
Vertical polarization is preferred. Link budgets for BWA systems are usually downstream-limited (base station to CPE direction). This arises because the downstream channel is usually much wider than the upstream channel, and in addition, multiple downstream carriers may be combined in the same PA, requiring a substantial power back-off to preserve PA linearity. A example of a possible downstream link budget is shown in the table below.

- 86 - 
  
 Item Value Comments 
Frequency 28 GHz  
Rain Region K ITU rain region designation 
Polarization Vertical  
Modulation 16-QAM Affects power back-off and 
receiver threshold 
Channel bandwidth 20 MHz  
Number of channels combined 2  
Transmitter:   
PA saturated power 24 dBm 1 dB compression point, referred 
to antenna flange 
Power back-off for linearity 7 dB Related to modulation, number of 
carriers, PA intermodulation 
performance, and spurious 
emissions requirements 
Total transmitted power 17 dBm  
Net transmitted power per carrier 14 dBm  
Transmitter antenna gain 18 dBi 90 degree sector, 4 degree vertical 
beamwidth 
Net Effective Isotropic Radiated 
Power 32 dBm  
Receiver:   
Thermal noise -174 dBm/Hz  
Noise Figure 7 dB referred to antenna flange 
Noise bandwidth 72 dBHz (16 MHz) 25% roll off assumed 
Required C/N 16 dB depends on modulation, forward 
error correction (FEC) scheme, and target bit error ratio (BER)

error correction (FEC) scheme, and target bit error ratio (BER) 
Modem implementation margin 1.5 dB depends on modem quality 
Margin for interference 1 dB for 1 dB margin, interference must 
be 6 dB below the thermal noise 
floor plus noise figure 
Net received signal level threshold -76.5 dBm  
Receiver antenna gain 36 dBi approximately 30 cm parabola 
Total system gain 144.5 dB e.i.r.p.-receiver threshold+receiver 
antenna gain 
Range 3.9 km  
Free space path loss 133.2 dB  
Atmospheric gaseous losses 0.4 dB  
Temporal fade margin 10.9 dB  
Availability 99.95%

- 87 - 
 7.9 Calculating range for low density rural networks 
For long range rural networks as described in § 4 above, margins are required for diffraction loss, 
multipath fading and possibly dispersion under anomalous atmospheric conditions. Calculation of these margins is highly dependent on environmental factors. 
7.10 Radio capacity vs. range 
The maximum radius of a cell will be limited by one of two factors – capacity (which is dependent 
on subscriber density) or the range for a given coverage quality and availability (i.e., the maximum 
ranges). 
7.11 Top level frequency planning 
Wireless access, similar to mobile cellular radio systems, relies on the re-use of frequencies to

ranges). 
Wireless access, similar to mobile cellular radio systems, relies on the re-use of frequencies to 
provide large scale coverage. Each base station is assigned a block of frequencies and these remain allocated to the base station even at times when no calls are being made. The frequency can be re-used by another base station when the distance between the two base stations is sufficient to prevent interference. Interference due to the common use of the same channel is called co-channel interference and is the major concern in the design of frequency re-use schemes. 
7.12 Radio growth strategies 
Radio growth strategy is concerned with the provision of additional capacity as an operator's

business grows. The growth strategy for a wireless access system is substantially different to cellular systems because of the subscriber's radio system directional antenna and the use of polarization discrimination. Since the system is optimized for fixed subscribers there is no handover between base stations. Thus if during network growth it is desired to re-assign a subscriber to a new or different base station the operator must re-visit the subscriber's radio system and physically re-point it and repeat the subscriber's radio system attachment and registration. In some cases it may be necessary to "re-install" the subscriber's radio system in a different position where the direction to the new base station is heavily obstructed from the current subscriber's radio system location. The use of polarization and directional subscriber's radio system antennas for discrimination between interfering cells achieves tighter frequency re-use than is traditionally possible with cellular

The use of polarization and directional subscriber's radio system antennas for discrimination between interfering cells achieves tighter frequency re-use than is traditionally possible with cellular technology. However, this has to be designed from the start if re-visits to subscriber to change polarization are to be avoided.

Cell splitting is used to provide additional capacity in the radio network. When the number of radio 
channels in each cell cannot provide enough capacity then the original cell can be split into smaller 
cells. Cell splitting options include: 
– Corner splitting  – In this scheme new sites are established at the corners of the original cell. 
The ratio of cell radii for corner splitting schemes is 
3  (square root of 3), thus 3 times the 
original number of sites are required. The split cell has an area 1/3 the area of the original cell and thus if the frequency re-use remained constant a 3 times increase in capacity per unit area would result. It also follows that if the subscribers were uniformly distributed then approximately 66% would need to be re-pointed to new base stations after corner splitting was completed. 
– 
Face splitting  – In this scheme new sites are established at the mid-point of the faces of the

– 
Face splitting  – In this scheme new sites are established at the mid-point of the faces of the 
original cell. The ratio of cell radii for corner splitting schemes is 2, thus 4 times the original number of sites are required. The split cell has an area 1/4 the area of the original cell and thus if the frequency re-use remained constant a 4 times increase in capacity per unit area would result. It also follows that 75% of the original subscribers would require repointing after face splitting.

- 88 - 
 Corner and face splitting schemes are illustrated in Fig. 33. 
FIGURE 33 
Corner and face split centre fed cells 
 
Original cell perimeterOriginal base site  
New base sites
Face split Corner split  
 
8 Cell planning 
The cell planning phase involves the modelling of cell coverage and capacity in detail. The 
objective is to produce a candidate site list at the earliest opportunity. This gives initial placement details of all site locations and configurations and will enable site acquisition teams to start work and transmission planning groups to assess and plan the backhaul and switching networks. Support to site acquisition teams continues as sites are evaluated for suitability and the network plan continuously updated. Site evaluation measurements may be undertaken at problematic or marginal sites. The output from the cell planning phase is an approved cell/network design with performance verified in the planning tool against coverage and capacity objectives.

The radio planning team must supply the candidate site list together with search areas and 
marked-up maps to the site-finding teams. Radio planning resource must be available to provide consultation on critical sites where specific problems or non-ideal locations are found. This will involve site visits, site evaluations using measurement equipment and modelling within the planning tool. 
It is not possible to describe a definitive process for cell planning in this Handbook because 
planning groups will have their own methodology and "style". A generic wireless access cell planning process is presented and used to highlight wireless access specific planning considerations. Typical inputs and outputs of the process are described and items with specific relevance to wireless access planning highlighted. 
Figure 34 illustrates the typical cell planning process. The following is a brief summary of the key 
points:

points: 
– Signal strength thresholds – Thresholds have to be set for coverage assessment. These will 
be based on the link budgets with additional margins to account for lognormal shadowing. In addition the decision threshold targets for lost business and failed surveys will assign Yes/No/Maybe responses to signal strengths. 
– Cell placement – Once signal strength thresholds are set, a suitable set of idealized hexagon 
sizes can be determined. These can be used for initial cell placement and give a very rough 
indication of coverage.

- 89 - 
 – Coverage analysis – Coverage is analysed for the cells and overall coverage within a zone 
can be determined. This will need to be determined for each phase of network deployment. 
– Traffic analysis – Traffic analysis has to model the fixed nature of the subscriber's radio 
system attachment. Once a subscriber's radio system has been installed and attached to a 
base station, unless re-pointing and re-attachment occurs, the subscriber's radio system will always generate traffic on a single base station even if an additional base station is added. This situation is mimicked in the planning tool by using fixed and incremental layers of traffic for each phase. 
– Frequency planning – Frequency planning for wireless access is similar to cellular 
frequency planning. Verifying site locations encompasses the following activities: 
– screen the site for suitability and position; – evaluate the actual position coverage and interference as against the ideal position.

– screen the site for suitability and position; – evaluate the actual position coverage and interference as against the ideal position. 
Re-engineer plans to accommodate non-ideal positions whilst still meeting network 
design objectives; 
– verify access and utilities available; 
– support to transmission planning; 
– assess site-specific frequency licensing issues.

- 90 - 
 FIGURE 34 
Cell planning process 
 
Calculate signal  
Strength thresholds  
Define Hex radii from  
allowable path loss 
Cell 
placement  
Coverage analysis 
- by phase  
Traffic analysis  
- by phase  
Frequency planning 
- by phase  
Verify growth strategy  
viable - by phase  START  From radio planning design  
specification:  
Network Design Criteria  
Coverage  
Equipment  
Technical parameters  
Decision thresholds 
Planning zones  
Coverage  
Site availability  
Roll-out plan 
Growth profiles  
Regulatory  
 Network design criteria  
Regulatory  Planning zones 
Traffic  
Equipment  
Field meas of  
problem sites  
Design iteration  
Release master  
 site list  
Reject site/s Site acquisition  
team Release candidate  
site list  
Field Measurements of  
problem sites  Verify site locations  
- Coverage  
- Traffic  
- Interference

- 91 - 
 9 Network performance analysis and optimization 
performance from the wireless access network at any given phase in the life cycle of the network. All radio networks have an element of continuous change, with new cell sites being introduced, old sites being enhanced and assigned additional frequencies, omnidirectional sites being sectorized, new frequency plans being implemented in different regions, etc. In short, there is no such thing as a final system design, but rather a continuous evolution process. Throughout this evolution, the performance of the radio network must remain optimum and, hence, the need for fine-tuning and the optimization process. Activities in this phase will include the management of growth plans, coverage and interference verification. This activity will be supported by in-service measurements.

The following is a summary of the activities required in this phase: 
– Traffic data collection and analysis, blocking levels, dropped calls – Management of growth, number of bearers, frequency plan modifications, cell splitting, 
additional sites etc. 
– Evaluate and resolve network quality problems. 
Radio network acceptance, with many turn-key type contract radio surveys may form part of the 
overall system acceptance testing. 
The capability of the wireless access network to measure and collect large amounts of data on the 
radio performance of the network will provide opportunities for analysis and optimization of specific network performance metrics. 
10 Summary of radio planning considerations 
This section contains checklists that are useful in planning a wireless access system: 
Radio planning design specification 
Typical contents of the design specification are given in Table 4. 
Candidate site list 
Typical contents of the candidate site list are given in Table 5.

Typical contents of the candidate site list are given in Table 5. 
Master site list 
Table 6 shows the typical content of a site master list. 
Cell planning report 
Table 7 gives details of typical information that should be documented once a cell plan is completed. This information should provide a concise view of the network plan, and detail all assumptions/parameters used to allow future optimization and iteration of the network plan.

- 92 - 
 TABLE 4 
 Type of information Parameters 
Planning zones/areas Polygon definitions of zones/clusters/towns 
Assumptions of environment by zone 
Prioritized order of planning zones (including prioritized towns/clusters 
within zones) 
Coverage Coverage objectives by planning zone and environment 
Coverage quality 
Special coverage requirements/areas 
Traffic Grade of Service (GOS) 
Subscriber profiles (mErl/sub) 
Call mix (fax/phone/modem) 
Average lines per subscriber 
Subscriber densities by zone/area 
Target traffic growth Target penetration 
Initial network capacity at launch 
Equipment Base station configurations 
Subscriber configurations 
Equipment costs 
Backhaul requirement for each configuration 
Masts 
Base station capacity 
Other network design criteria Radio link availability 
Speech quality 
BER for data Percentage of cell area lost due to interference 
Regulatory Licence requirements 
Spectrum availability or constraints

Spectrum availability or constraints 
Planning - constraints on size/location of masts etc. 
Technical parameters A summary of the technical parameters used/assumed in the design: 
–  Propagation model version (Business planning) 
–  Propagation model version/s (Cell planning) 
–  Link budget 
–  Traffic model 
–  Temporal fading margin 
–  Shadow margin –  Other margins 
Roll-out plan Number of base sites per planning zone (at roll-out and growth intervals) 
Configuration of base sites (at roll-out and growth intervals) 
Growth profiles Coverage growth by year or planning increment 
Traffic growth or market penetration by year or planning increment 
Growth strategies for above 
Planning horizon 
Site availability Known planning difficulties 
Operators' existing sites 
Friendly sites 
Mapping data Specification and availability of: 
–  Terrain data 
–  Clutter data

–  Clutter data 
–  Vector data (optional)

- 93 - 
 TABLE 5 
 
TABLE 6 
Site master list 
 
   Type of information Parameters 
(by phase) Site ID 
Site name 
Latitude/Longitude 
Ground height Phase 
Configuration (e.g. omni/tri, vert/horiz) 
Base station configuration 
Number of bearers 
Power levels antenna type, height, orientation, tilt, polarization 
Maps Search area 
Marked-up maps 
Type of information Parameters 
Master site list (by phase) Site ID 
Site name Latitude/Longitude 
Ground height 
Phase 
Configuration (e.g. Omni/Tri, Vert/Horiz) 
Site information from site finders: 
–  Owner(s) 
–  Location 
–  Detail location maps –  Pictures 
–  Site survey report 
–  Site measurement result (if appropriate)

- 94 - 
 TABLE 7 
Cell planning report content 
Roll-out plan Total number of sites by phase 
Number of base sites per planning zone by phase 
Installation and roll-out documentation 
Radio network costs Zone costs by phase 
Site costs (including equipment, provisioning, site costs) 
Zone changes with phase 
Coverage results (by phase) Coverage maps 
Coverage statistics 
Interference analysis 
(by phase) C/Ic maps 
C/Ia maps 
C/Ic statistics 
C/Ia statistics 
Traffic analysis Total capacity by zone 
Number of subscribers by zone 
Traffic maps 
Frequency plan Frequency groups 
Frequency assignments 
Polarization 
Growth plan Capacity growth plan 
Coverage growth plan 
Sites by phase 
Design requirements (as per radio planning  
design specification) Coverage 
Traffic 
Equipment 
Other criteria 
Regulatory Technical parameters 
Growth profile

Traffic 
Equipment 
Growth profile 
Technical parameters A summary of the technical parameters used/assumed in the design:
–  Propagation model version/s (cell planning) 
–  Model tuning details 
–  Propagation measurement data 
– Traffic model – Temporal fading margin 
–  Shadow margin 
–  Other margins 
–  Antenna patterns 
–  Terrain data –  Clutter data 
–  Vector data

- 95 - 
 ANNEX 4 
Detailed descriptions: systems based on existing  
radio interface standards 
 
The following sections describe each system based on existing mobile radio interface standards in 
more detail. The purpose is to provide a fundamental understanding of the system in terms of technology/architecture/configuration, features of each system, some key advantages, and some typical applications. 
In general, these wireless access systems employ: a standard style telephone set which resides in the

In general, these wireless access systems employ: a standard style telephone set which resides in the 
subscriber's home or business. However, instead of being plugged into a jack that connects it through traditional twisted pair copper wire to the local telephone switch, the telephone connects to the switch via radio. When the subscriber places or receives a call, the control and voice signal is transmitted via radio link to or from the nearest radio site, which then transmits or receives the signal via digital trunk to a switching centre in the network. The call is then routed via the traditional, land-based public telecommunications network to its destination. An incoming call is routed and transmitted the same way – by land-based wires from the public wired network to the switching centre to the appropriate radio site, and then by radio link to the subscriber's telephone. 
1 D-AMPS/TDMA-based wireless access systems 
1.1 General

1.1 General 
These are digital wireless access systems based on TDMA technology which are fully compliant 
with IS-54/IS-136 standards. These systems offer digital voice quality and conversation security, and may be configured to operate in 450 MHz and/or 800 MHz spectrum. In addition to voice services, fax and data services are also supported. This additional capability set is available on an optional basis whenever the market need arises. 
1.2 Technology, architecture and configurations

1.2 Technology, architecture and configurations 
Given that the D-AMPS/TDMA-based system is based on non-proprietary technology and is compliant with world-recognized IS-54/IS-136 common air interface standards, wireless subscriber units may be purchased from a variety of vendors on the open market. Likewise, further product technology advancements will continue to be made and will become available, in line with the standards, as they evolve. For example, refer to Table 2 of Recommendation ITU-R M.1073 for a detailed analysis of capacity improvements in the various evolution stages. 
1.2.1 Radio interface characteristics (800 MHz band) 
 
Class of emission:  
 – traffic channels 40K0G7WDT 
 – control channels 40K0G1D Access method TDMA Transmit frequency bands (MHz):   – base stations 869-894  – mobile stations 824-849

- 96 - 
 Duplex separation (MHz) 45 
RF carrier spacing (kHz) 30 
Total number of RF duplex channels 832 
Modulation /G70/4 DQPSK (roll-off = 0.35) 
Transmission rate (kbit/s) 48.6 
1.2.2 Network configuration 
In a typical configuration, these wireless access systems simply connect to a local or toll exchange 
via standard or proprietary interfaces and functions as an intelligent remote unit. Both macrocells and microcells are supported and as a result these systems have the intrinsic ability to cost-effectively handle both low density and high density applications. This simplifies network planning, and minimizes maintenance and training costs due to deployment of one, single and simplified product line. Likewise, the system may grow modularly to provide service to millions of subscribers.  
The basic architecture is shown in Fig. 35. The wireless access system comprises switching and

The basic architecture is shown in Fig. 35. The wireless access system comprises switching and 
radio site equipment. A basic system would include the controller and a digital radio site including 
one common equipment (CE) bay, and a radio frequency (RF) bay. The radio cell site is typically located at some distance from the Central Office Switch, typically in cells where the subscribers are located. A number of such similar cell sites are then connected to the central office as shown above. The cell site also contains the antennas. 
 
FIGURE 35 
D-AMPS/TDMA-based wireless system architecture 
Central Office SwitchCE RFT1 / E1
Antenna
CE RF AntennaT1 / E1Radio Site
Radio Cell SiteNetwork
PSTN
ICPDS PMDRU
ICRM
Subscriber 
Terminals
Terminalsor
RF

- 97 - 
 The functions of each and every component as shown in the system architecture are: 
Central Office Switch 
The central office switch provides the call processing features that will be used by the proximity 
terminals transparently through the Radio Site equipment. The connectivity between the central 
office and the radio site may be based on the concentration or non-concentration concept. In case, if concentration is provided the particular voice channel between the central office and the radio site can be used for any call to and from a user terminal. On the other hand, in non-concentration case, the voice channels are pre-allocated to particular terminals. 
The central office switch may be configured as follows: 
– may support combined fixed/mobile networks; 
– may support unique wireless features such as cellular digital packet data (CDPD) and short 
message services (SMS); 
– may be available in different sizes depending on market size and traffic capacity.

– may be available in different sizes depending on market size and traffic capacity. 
The peripherals in the central office switch provide the link to the outside world. They interface

The peripherals in the central office switch provide the link to the outside world. They interface 
with the central processor of the switch and the lines, trunks, and RF channels it serves. In a typical configuration, the peripheral modules consist of intelligent cellular peripherals (ICPs), international digital trunk controllers (IDTCs and PDTCs), maintenance trunk modules (MTMs), package trunk modules (PTMs) and service trunk modules (STMs). The peripherals interface the switching network to digital carrier lines, analogue facilities and/or test circuits. Using microprocessors for control, they perform call supervision, dial pulse timing, multi-frequency and dual tone multi-frequency digit transmission and reception, and analogue to digital conversion. They also establish answer supervision through audio tone detections when a hardware answer signal is not received from the controlling office.

Radio site equipment  
The radio cell site equipment converts baseband voice signals to frequency-modulated 450 or 
800 MHz RF signals. It is the intelligent interface between the central office switch and the 
telephone subscribers served by the system. Typical equipment is modular, easy to install, easy to maintain, and houses the dual-mode radio units (DRUs). Various cell site configurations (simplex with no redundancies, duplex with load sharing mode, etc.) are available for different applications. Cell Equipment Manager is used to configure the radio sites and provides the state information and alarms on the radio sites. The Cell Equipment Manager is Usually co-located with the central office switch. 
Dual-mode radio unit  
The DRU supports both the D-AMPS as well as the AMPS systems. 
Subscriber equipment  
Several options are possible for the subscriber equipment. The most user-friendly option is a

Several options are possible for the subscriber equipment. The most user-friendly option is a 
standard residential or business telephone set enhanced with radio transmit and receive capability (see Fig. 36). As an option, this telephone set may include a standard RJ-11 interface jack to allow connection of several conventional telephone sets as extensions, a fax machine or computer modem. 
Another alternative is a conversion terminal unit with a standard interface for conventional telephones 
which provides the conversion link between the subscriber's standard telephone set and the wireless 
access system. Such conversion terminals offer multiple connections per terminal to allow for 
extension telephones, fax machines, computer modems, payphones, and public call office phones.

- 98 - 
 In order to maintain the same service as the wireline subscriber, the user terminal provides the dial 
tone and ringing as part of the basic telephone service. 
All subscriber equipment options include battery back-up and are available from several vendors. 
 
FIGURE 36 
Terminals - Key features 
  Display Capability (Calling Line Identification
                                                     - CLID - capable)
  Vertical Features supported:   - Call Forwarding   - Call Waiting   - Three Way Calling
   - Call Transfer
Conceptual View
 
1.3 Summary of capabilities 
In summary, the North American TDMA-based wireless access systems offer the following key 
attributes: 
Features/Highlights  
– Support all important subscriber features such as call forwarding, call transfer, calling 
number plus advanced wireless features such as short message services.

number plus advanced wireless features such as short message services. 
– Provide feature transparency from the host switch. – Advanced Operations, Administration and Maintenance systems allow troubleshooting the 
entire system including subscriber terminals. 
– Provides a platform for evolution to CDPD, a wireless packet data service. – Fully IS-54 standards compliant. – Wide range of subscriber terminal options. – Digital control channel for future additional advanced services. 
Prime advantages  
– Quick and cost effective deployment.  
– Multiple switch platforms. – Economical alternative to copper-based local access systems. – Simplifies network planning by reducing lead times for installation and service activation. – Savings in operations costs due to reduced maintenance.

- 99 - 
 – Provides a wide range of services such as standard telephone service, pay phones, data and 
fax on a common hardware platform. 
– Supports both macrocell and microcell configurations. 
Applications  
– Suburban, urban and rural. 
– Low to high densities. 
2 CDMA-based wireless access systems 
2.1 General 
CDMA-based wireless access systems are based on the IS-95 standard and use a CDMA digital 
wireless access system which incorporates proven switching and networking technologies. The 
wireless access system comprises switching and radio site equipment. Two basic configurations are possible, depending on whether the Fixed Wireless Access (FWA) functionality is provided from a Wireless Switch (MSC), or whether the FWA functionality is provided from a Class 5 Local Exchange/Local End Office/PSTN Access Network without the need for an MSC. The characteristics of the radio system are the same in both configurations.

A basic system would include mobile switching centre (MSC), base station controller (BSC), and 
base transceiver stations (BTS). Each BSC is connected to one MSC. The MSC interfaces with both 
the Signalling System No. 7 network and the public switched telephone network (PSTN). 
The BSC interfaces with the MSC at one end, and with multiple cell sites containing BTSs at the 
other. The BTSs support the establishment of IS-95 over-the-air CDMA connections with 
subscriber stations. Depending on the desired cell configuration, multiple BTSs may be deployed at each cell site. 
The number of subscribers supported by any one cell site is variable. Unlike AMPS and N-AMPS, 
which use frequency division multiple access (FDMA) to divide the available bandwidth into

which use frequency division multiple access (FDMA) to divide the available bandwidth into 
30 kHz channels, where each portion of the radio spectrum is allocated to a subscriber unit on demand, or D-AMPS, which uses frequency division and then subdivides each frequency into 3 time-division multiplexed channels, CDMA technology does not assign any given subscriber a specific portion of either radio frequency or time. All subscriber units transmit and receive at the same time employing different codes, over the same frequencies, using the whole 1.25 MHz bandwidth assigned to the carrier. 
The CDMA-based wireless access systems offer the benefits of CDMA technology, and are 
specifically designed for the access network environment, with the full benefits of proven digital 
switching technology. 
– With CDMA, the air link is planned to support up to 56 active calls per sector per

– With CDMA, the air link is planned to support up to 56 active calls per sector per 
1.25 MHz, with flexibility for growth. 
– Unlike other systems, the sector capacity of a CDMA-based system is not hard limited. 
During abnormally high usage hours, the system can automatically allocate dynamic resources to accommodate the increased load with minimum loss of voice quality. 
– Each cell is planned to support a maximum range of 52 km under good propagation 
conditions.

- 100 - 
 – With the base station equipment at the switching centre, the antennas and associated radio 
equipment can optionally be located at a remote location to create a decentralized system. Point-to-point microwave can be used for signal transport. 
– Because the same frequency band is used by each base station, no frequency planning or 
coordination is required between individual cells. This important feature facilitates maintenance, and allows for growth. 
– CDMA reduces unwanted background noise through a variable rate vocoding scheme 
implemented in the system. Referred to as code excited linear prediction (CELP) technology, it offers wireline voice quality that has been confirmed in tests conducted in the voice quality assessment laboratories. 
2.2 Technology, architecture and configurations 
2.2.1 Radio interface characteristics 
Class of Emission:  
 –  traffic channels 1250K0B1W 
 –  control channels 1250K0B1W 
Access method CDMA 
Transmit frequency bands for 800 MHz

Transmit frequency bands for 800 MHz 
(MHz):  
 –  base stations 869-894 
 –  mobile stations 824-849 
Transmit frequency bands for 1 900 MHz 
(MHz):  
 –  base stations 1 850-1 910 
 –  mobile stations 1 930-1 990 
Duplex separation (MHz) 45 for 800 MHz and 80 for 1 900 MHz 
RF carrier spacing (kHz) 1 250 Maximum number of users per sector 
(3 sector isolated cell) 56 
Modulation QPSK (spreading) 
 64-ary orthogonal (inbound) 
Transmission rate (bit/s) 9 600 per channel for 8 kbit/s vocoder, 14 400 per 
channel for 13 kbit/s vocoder

- 101 - 
 2.2.2 Network configuration  
The basic architecture is shown in Fig. 37. 
FIGURE 37 
CDMA-based system architecture 
Controller
CDMA BTS
T1 / E1
BSC
  CDMA
Cell Site
CDMA Base Station
        Controller
Network
or
PSTN
  CDMA
Cell Site
CDMA BTS
Terminals
 
The functions of each and every component as shown in the system architecture are: 
MSC 
The MSC is at the heart of the CDMA system and may be part of a family of digital switching 
systems. This family of switching systems may use a common hardware and software platform with the addition of specific software to cover the entire range of operator applications. The MSC may be available in different capacities. 
Peripherals

Peripherals 
Peripherals provide the link to the outside world. They interface between the MSC itself and the lines, trunks, and RF channels it serves. The peripheral modules consist of international digital trunk MSCs (IDTCs) and peripheral digital trunk MSCs (PDTCs), trunk modules (TMs), maintenance trunk modules (MTMs), package trunk modules (PTMs) and service trunk modules (STMs). Peripherals interface the switching network to digital carrier lines, analogue facilities and/or test circuits. Using microprocessors for control, they perform call supervision, dial pulse timing, multi-frequency and dual tone multi-frequency digit transmission and reception, and analogue-to-digital conversion. They also establish answer supervision through audio tone detections when a hardware answer signal is not received from the controlling office. 
Base station controller

Base station controller  
An outstanding aspect of the BSC is its inherent modularity. Each element of the BSC is directly scaled with the size of the system. The BSC contains the controlling elements and interface resources that provide a channel between the BTS and the switch. The primary function of the BSC is executed by three subsystems: the CDMA interconnect subsystem (CIS), the selector bank

- 102 - 
 subsystem (SBS), and the base station manager (BSM). There are also other supporting subsystems 
include the timing frequency unit (TFU), the global positioning system (GPS), and the channel service unit/data service unit (CSU/DSU). 
Base transceiver station  
The BTS is the link between the subscriber units and the BSC. Located at the BTS are the antennas, transmitter, receivers, power amplifiers, and interface hardware to support the link to the MSC. The BTS provides the common air interface to the subscriber units according to the CDMA standard. For example, data from the subscriber unit is converted to packets by the BTS, and these packets plus additional control information are passed on to the Base Station Controller (BSC) for further processing. Specific functions of the BTS are: 
– Over-the-air RF IS-95 and IS-95+ interface with the subscriber unit. 
– Additional over-the-air functions such as pilot, sync, paging, and access channels.

– Additional over-the-air functions such as pilot, sync, paging, and access channels. 
– Call processing functions to control the subscriber unit operation over the paging and 
access channels, including short message services. 
– Communication of subscriber information. 
– Control and management of BTS resources. 
– Control and management of communication between the BTS and other base station 
subsystems. 
– Monitoring and configuration functions. 
Subscriber equipment 
Some CDMA-based wireless access system implementations allow several options for subscriber

Some CDMA-based wireless access system implementations allow several options for subscriber 
equipment. The most user-friendly option is a terminal with a standard interface for conventional telephones (Figure 38). When the subscriber plugs it into a standard AC outlet, this unit provides the link between the subscriber's standard telephone set and the CDMA-based wireless access system. Such terminals offer multiple telephone connections per terminal, battery back-up, and is available from several vendors. 
FIGURE 38 
Example of a user Terminal

- 103 - 
 2.3 Summary of capabilities 
In summary, the CDMA-based wireless access systems offer the following key attributes: 
– Based on Qualcomm's QCELP/13 kbit/s vocoder. 
– Provides high capacity wireless communications. – Supports multiple subscriber features including call forwarding, conference call and voice 
mail. 
– Supports switched data and fax (Future packet switched data and fax). 
– Innovative use of packet technology allows efficient backhaul of voice and data traffic from 
cell site. 
– Cost-effective alternative to copper based local access systems. 
– Flexibility in network planning due to reduced lead times for installation and service 
activation. 
– Savings in operations costs due to reduced maintenance and trouble reports. – Rapid deployment. 
– Provides a wide range of services such as standard telephone service, pay phones, data and 

– High density. – Efficient operations. 
– Evolving technology. 
Service provisioning  
– New entrants in de-regulating but developed markets. 
– Operators and prospective operators in developing/modernizing markets. 
– Non-established operators in developing markets. 
/G2d Fixed Wireless Access peripherals 
/G2d Residential Features 
/G2d Group ringing 
/G2d Cellular hotline 
/G2d Time of day routing 
/G2d Call forwarding/call forwarding ring splash 
/G2d Call waiting/cancel call waiting 
/G2d Calling number identification 
/G2d Message waiting notification

- 104 - 
 /G2d Distinctive ringing 
/G2d Over-the-air activation 
/G2d Enhanced Variable Rate Codec 
/G2d Denied origination 
/G2d Denied termination 
/G2d Network toll denied 
/G2d Toll denied 
/G2d Toll denied operator assistance 
/G2d Malicious call trace 
/G2d Metering support 
/G2d CDMA payphone support 
/G2d Features for small business markets 
/G2d Account code billing 
/G2d Real-time billing 
/G2d Credit card calling 
/G2d Two-stage dialing 
/G2d Call transfer 
/G2d Three way calling 
/G2d Call hold 
/G2d Calling name 
3 GSM-based fixed wireless access systems  
3.1 General 
The wireless access systems based on GSM technology generally operate in the 900 MHz, 
1 800 MHz or 1 900 MHz frequency range. They are capable of providing voice, data and message services to subscribers. 
Some specific systems include an extremely "feature rich" offering with services such as Centrex

Some specific systems include an extremely "feature rich" offering with services such as Centrex 
and Virtual Private Network (VPN), which have allowed second operators to generate market share and differentiate themselves against established competition.  
These services generate revenue in a number of different ways, such as: 
– The offering of additional capabilities, such as personal screening profiles, on a pay-per-use 
or subscription basis. 
– Services, such as voicemail notification, which encourage traffic on the network. 
– The availability of services, such as corporate network interlinking and tariffing, which 
give access to lucrative market segments. 
– The development of added value capabilities, such as short message based traffic or 
weather information, which allow the development of new revenue streams.

- 105 - 
 FIGURE 39 
GSM-based wireless access system architecture 
BTS
Cell Site
T1 / E1
BSC
Base Station
Network
or
PSTN
BTS
Cell Site
Terminals
 
3.2 Technology, architecture and configurations 
3.2.1 Radio interface characteristics 
 
 –  traffic channels 271KF7W 
 –  control channels 271KF7W Access method TDMA Transmit frequency bands (MHz):   –  base stations 935-960 (GSM)  1 805-1 880 (DCS) 
 1 930-1 990 (PCS) 
 
 –  mobile stations 890-915 (GSM)  1 710-1 785 (DCS)  1 850-1 910 (PCS) 
 
Duplex separation (MHz) 45 (GSM)  95 (DCS 1 800) 
 80 (PCS 1 900) 
 
RF carrier spacing (kHz) 200 Total number of RF duplex channels 124 (GSM  374 (DCS)  299 (PCS) 
 
Modulation GMSK (BT=0.3) 
Transmission rate (bit/s) 270 833

- 106 - 
 3.2.2 Network configuration 
The basic architecture is shown in Fig. 39. 
The network switching system (NSS) includes the main switching element, the databases needed for 
subscriber data and the ancillary server database to provide additional services such as short messages and voice messaging. The main roles of the NSS are to manage the communications between the GSM subscriber and other telecommunications network users and to act as a platform for the generation of services revenue. Within the NSS, the basic switching function is provided by the mobile services switching centre (MSC), whose main function is to co-ordinate the setting-up of calls to and from GSM users. The NSS also contains various databases which hold subscriber information relevant to the provision of telecommunication services. 
The functions of each component as shown in the system architecture:  
Controller 
The switch is at the heart of the GSM system. Several versions offering several sizes and

The switch is at the heart of the GSM system. Several versions offering several sizes and 
configurations are possible, which may include a common hardware and software platform with the addition of specific software to cover the entire range of operator applications.  

Peripherals provide the link to the outside world. They interface between the controller itself and the lines, trunks, and RF channels it serves. The peripheral modules consist of IDTCs and PDTCs, TMs, MTMs, PTMs, and STMs. Peripherals interface the switching network to digital carrier lines, analogue facilities and/or test circuits. Using microprocessors for control, they perform call supervision, dial pulse timing, multi-frequency and dual tone multi-frequency digit transmission and reception, and analogue-to-digital conversion. They also establish answer supervision through audio tone detections when a hardware answer signal is not received from the controlling office. 
Base station system

Base station system 
The base station system (BSS) includes two types of devices: the BTS, in contact with the subscriber terminals through the radio interface, and the BSC, in contact with the switches of the NSS. 
Base station controller 
The BSC is GSM compliant and therefore meets all the BSS control requirements. The BSC can be deployed either co-sited with the MSC or remotely to gain transmission savings through utilizing the traffic concentration capabilities of the BSC. 
The main functions of the BSC are: 
– Radio resource management: The BSC manages the radio resources, including allocation of 
channels to particular mobile stations (MSs), control of the broadcast power of the radio

channels to particular mobile stations (MSs), control of the broadcast power of the radio 
channels, etc., and it manages the handover requirements within the cells it serves. The BSC also controls the radio characteristics of the MS using signalling which is transparent to the BTS. This signalling instructs the MS on which channel and time-slot to tune to, what transmit power to use, etc. 
– Operations & Maintenance Management: The BSC provides O&M management control 
over the radio sites in its coverage area. This includes configuration and status 
management, storage of software loads for the BTS equipment, collection of statistical data from the BTSs, and it acts as a sub-network O&M entry point to the greater network management.

- 107 - 
 – Remote transcoder management: The BSC controls the remote transcoders, which are 
usually located at the switching site. The remote transcoders enable the multiplexing of 4 traffic channels (13 kbit/s) on to the same PCM 30 slot (64 kbit/s) which leads to transmission cost reductions. 
– Traffic grooming: The grooming of traffic is realized through a modular, non-blocking 
64 kbit/s switching matrix. A secondary matrix, capable of switching at 16 kbit/s and 
8 kbit/s, also non-blocking, is associated with the main matrix. The second matrix allows implementation of the intra-BSC handover function by permitting sub-slot traffic switching. Use of the 16 kbit/s channels is optimized by multiplexing to 64 kbit/s, thereby reducing the required number of PCM links and remote transcoders. 
Base transceiver station (BTS)

Base transceiver station (BTS) 
The BTS is the link between the subscriber units and the BSC. Located at the BTS are the antennas, transmitter, receivers, power amplifiers, and interface hardware to support the link to the controller. The BTS comprises two main elements: common site equipment handling multiple cells/sectors, labelled the base common function (BCF); and the radio equipment related to each cell (TRX equipment). 
Several options are possible for subscriber equipment. The most user-friendly option is a conversion terminal with a standard interface for conventional telephones (Figure 40). When the subscriber plugs it into a standard AC outlet, this unit provides the conversion link between the subscriber's standard telephone set and the wireless access system. Such conversion terminals offer multiple telephone connections per terminal, battery back-up, and will be available from several vendors. 
 
FIGURE 40 

FIGURE 40 
  Vertical Features supported:   - Call Forwarding   - Call Waiting   - Three Way Calling   - Call Transfer

- 108 - 
 3.3 Summary of capabilities 
In summary, the GSM-based wireless access systems have the following key attributes: 
Features/Highlights 
– Supports ETSI GSM standard for digital cellular. 
– European and worldwide deployment. – Leverage existing GSM infrastructure. – Innovative RF engineering (i.e.: frequency hopping). 
Prime advantages 
– Economical alternative to traditional copper based land line systems. – Flexibility in network planning due to reduced lead times for installation and service 
– Savings in operations costs due to reduced maintenance and trouble reports. 
– Significant savings in up-front capital expenditures over traditional copper based systems. – Speedy deployment. – Provides a wide range of services such as standard telephone service, pay phones, data and 
Applications 
– Medium to high densities. 
– Large networks from 25 000 subscribers. – Multiple terminal and base station suppliers.

– Large networks from 25 000 subscribers. – Multiple terminal and base station suppliers. 
Service provisioning 
– Existing or new GSM cellular providers. – Established or new PCS operators. – Established DCS service providers. – New entrants in de-regulating but developed markets. 
4 PHS-FWA (Fixed Wireless Access) system 
4.1 General 
PHS-FWA is designed for PSTN/ISDN(BRI)/Leased line which utilizes PHS basic technologies

PHS-FWA is designed for PSTN/ISDN(BRI)/Leased line which utilizes PHS basic technologies 
described in Recommendation ITU-R M.1033. PHS-FWA uses most of the existing network facilities. Since PHS uses a TDMA scheme capable of 32 kbit/s user bit rate, PHS-FWA is capable of supporting high-speed data. PHS-FWA is suitable for high traffic areas such as urban and suburban areas as well as rural areas with the adoption of micro-cell structure. Therefore, PHS-FWA provides a way to construct telecommunication infrastructure at low cost and in a short time for developed as well as developing countries. 
Since this PHS-FWA retains the mobility function, which is not necessary for fixed telephone 
access, PHS-FWA allows telephone terminals to move in a limited area, so it is also referred to as a limited mobile telephone system.

- 109 - 
 4.2 Technology, architecture and configurations 
4.2.1 Radio interface characteristics 
Class of emission: 
/G2d traffic channels   288KG7WDT 
/G2d control channels   288KG7DDT 
Access method       TDMA/TDD Transmit frequency bands (MHz): 
/G2d base stations    1893.5-1919.6 
/G2d mobile stations   1893.5-1919.6 
Duplex separation (MHz)   Not applicable RF carrier spacing (kHz)   300 
Total number of RF channels   87 
Modulation        
/G70/4 shift QPSK 
Transmission rate (kbit/s)   384 
4.2.2 Network configuration 
FIGURE 41 
PHS-FWA architecture 
WIF2
WRS
WPSWSUWIF 1
TE
WSU NT TE
WIF3SN WCS WAC
WIF2
WIF2WIF 1
(I.430) (G.961)(2W/4W/I.430)
(Common Air Interface)(Two-wire/Four-wire Analogue Interface,
G.961 interface, V5.1 Interface, V5.2 Interface)Existing PSTN/
ISDN/Leased line
TE: Terminal Equipment
WSU: FWA Subscriber Unit
WPS: FWA Personal Station
WCS: FWA Cell Station
WAC: FWA Access Controller
SN: Service Node
WIF1,2,3: Interface Point

* this link is optical or radio link which is usually  
　point-to-multipoint microwave link.    WRS: FWA Repeater Station
NT Network Termination
 
The service node (SN) which corresponds to the local exchange accommodates subscribers and 
processes originating/terminating calls (Fig. 41). PHS-FWA model consists of the following components: FWA access controller (WAC), FWA cell station (WCS), FWA personal station (WPS) and FWA subscriber unit (WSU). WAC is located between the SN and the WCS, and its functions are to implement line concentration, authentication, etc. The air interface between WCS and WSU is standardized as the PHS air interface in RCR STD-28, which is described in

- 110 - 
 Recommendation ITU-R M.1033. WCS is usually installed outdoors in locations such as at the pole 
tops. By using a high-power WCS with more than 100 mW (average) output power and an external antenna equipped with the WSU, it is capable of supporting subscribers 1 000 to 5 000 m away from the WCS. The indoor type WSU is installed in the customer's premises and is connected to the telephone terminals. The antennas are mounted on the roof or wall. The outdoor type WSU is installed on the pole near the house and is connected to the module in the house. WRS can be placed in regions whose geographies make reception difficult. The WPS is a PHS terminal which is equivalent to a telephone terminal with WSU functions. 
The definition of the interfaces follows: 
1) WIF1 is a two-wire/four-wire analogue interface, ITU-T Recommendation G.961 or 
I.430/Q.921/Q.931 interfaces, between TE (Terminal Equipment) and WSU

I.430/Q.921/Q.931 interfaces, between TE (Terminal Equipment) and WSU 
(FWA Subscriber Unit), or NT and WSU as recommended in the C-IF1.00 series  of PHS Memorandum of Understanding (MoU) documents. 
2) WIF2 is a radio interface between WSU or WPS and WCS and so on is recommended in 
C-IF2.00 series of PHS MoU documents (Common Air Interface Based on ARIB standard 
RCR STD-28). 
3) WIF3 is a two-wire/four-wire analogue interface, ITU-T Recommendation G.961/ 
Q.921/Q.931 interfaces, ITU-T Recommendation G.964:V5.1 interface, ITU-T 
Recommendation G.965:V5.2 interface, or Bellcore GR-303 between WAC and SN as recommended in C-IF3.00 series of PHS MoU documents. 
The functions of the components shown in the system architecture are as follows:
 
TE : terminal equipment 
TE, which is the same as customer premises equipment, is a user terminal such as a telephone

TE, which is the same as customer premises equipment, is a user terminal such as a telephone 
terminal. 
WPS : FWA personal station 
WPS, which is a mobile subscriber communication terminal, communicates with WCS using PHS based air interface (RCR STD-28). 
WCS : FWA cell station 
WCS, which is a radio communication equipment, communicates with WPS or WSU using PHS based air interface (RCR STD-28).
 
WAC : FWA access controller 
The WAC controls call connection and performs authentication. 
SN : service node 
SN which is same as local exchange, or telephone network, terminates the subscriber line signal and 
network signal.  
WSU : FWA subscriber unit 
WSU, which has a two wire analogue interface for TE, converts signals between TE and WCS. 
NT: network termination 
NT, which terminate network and connect to terminal equipment (TE).

- 111 - 
 Typical configuration 
There are two types of network topology. One is all wireless system. The other is the combination 
of optical and wireless. 
1) All wireless 
One possible application of PHS is as a complement to a backhaul/distribution point-to-multipoint 
TDMA system. The point-to-multipoint TDMA system is used for the connection between WCS and WAC to realize a complete fixed wireless access from switch to subscribers. An example of a radio frequency band for the TDMA radio system is 1.5 GHz or 2.4 GHz. A distance of 1 000 to 3 000 m between WSU and WCS is supported with the PHS air interface.2)  Optical and wireless  
2) Optical and wireless Optical and wireless configuration is the combination of optical entrance link and wireless approach

2) Optical and wireless Optical and wireless configuration is the combination of optical entrance link and wireless approach 
link using PHS radio interface. Optical link, which is matured technology, is used for the connection between WCS and WAC to realize a high reliability and high traffic access from switch to WCS. Network topology is Single-Star (point-to-point) configuration. The length of optical link using 1.3µm single mode optical fibre is up to 20 km from WAC to WCS. 
4.3 Summary of capabilities 
In summary, PHS-FWA offers the following key attributes: 
– PSTN, ISDN(BRI), Leased line.  
– High voice quality. 
– Multi-frequency (MF) tone sending for accessing various services. – Flash signal sending. – Authentication. – Encryption. 
– Telecommunications facilities can be constructed in a short time. 
– Initial investment for facility installation is relatively small.

– Initial investment for facility installation is relatively small. 
– Adequate traffic handling capacity. – Use most of the existing network facilities.
 
– Urban and suburban area. 
– High traffic rate.  
– New operator is able to deploy quick and economic telephone service without constructing 
a local cable network. 
– Economical voice and data service to the high density and/or business area. – Temporary telephone service such as restoration of failed wired network and urgent 
establishment of temporary circuits at disaster area or at exhibition/event sites. 
– Limited mobility with WPS.

- 112 - 
 5 NMT-based wireless access systems 
5.1 General  
The Nordic Mobile Telephone (NMT) standard is an analogue cellular network which originated in

the Nordic countries (Denmark, Finland, Norway and Sweden). The NMT 450 system permits, because of the good propagation characteristics in the 450 MHz frequency band, coverage of wide areas with relatively large radio cells, when the subscriber terminals have high power transmission capabilities, due to transmission over long distances. With the advent of NMT 900, an additional 1 000 radio channels were made available which effectively increased the system capacity by decreasing the cell size. The propagation characteristics at 900 MHz are not as good as in the 450 MHz band, and the increase in the number of voice channels by "interleaving" which can add as many as 1 999 available voice channels. The architecture of NMT 450 and NMT 900 cellular systems is simple with just two components (apart from the mobile phones themselves): A mobile telephone exchange (MTX) and base stations (BS) along with some interconnect hardware to the PSTN. Both wireless access systems are supported by

(apart from the mobile phones themselves): A mobile telephone exchange (MTX) and base stations (BS) along with some interconnect hardware to the PSTN. Both wireless access systems are supported by modularly designed, digital switching centres which can be supported by a mobile operation support system (OSS) network management and a home location register (HLR) to meet market requirements for advanced services. These services, such as intelligent network (IN), number translations services (universal access numbers), time-dependent call-forwarding and closed user groups (which allows mobile telephones to be included within a company's internal numbering plan), are currently available.

There are two basic concepts for the radio-based access. One is a true "copper replacer" for the 
access network, connecting the MTX to the PSTN and the other is a "mixed" cellular solution, which provides a complete cellular network, including switches, IN nodes, base stations, but is designed to serve either fixed cellular subscribers only (fixed cellular) or a mixture of normal cellular mobile and fixed cellular (mixed cellular). Currently, there are advanced radio access systems based on analogue NMT base stations, which enables operators to boost the capacity and coverage capability without the need for physical wires between the local exchange and the subscriber. 
NMT-based wireless access systems serve as an alternative or a complement to copper wire and

NMT-based wireless access systems serve as an alternative or a complement to copper wire and 
offers service equivalence with respect to numbering, charging, etc., all with considerable savings in cost and time to the service operator. New subscribers can be added quickly, installation costs are low, and the benefit to the operator is that they can provide coverage to wide areas using this radio technology. 
5.2 Technology, architecture and configurations  
The NMT-based wireless access systems have four basic components: the switch interface module 
(SIM), the translator interface module (TIM), the BS and the subscriber radio terminal (SRT). 
The SIM provides the interface between the wireless access system and the local exchange, using

The SIM provides the interface between the wireless access system and the local exchange, using 
2 Mbit/s PCM links conforming to ITU-T Recommendations G.703 and G.704. Each 2 Mbit/s link serves 30 subscribers; and analogue line interfaces are available. With minor modifications, the SIM can be connected to virtually any type of local exchange. The SIM acts as a traffic concentrator towards the radio parts of the system, which are controlled by the TIM. The TIM allocates radio channels for calls, and also encrypts the radio signals to prevent eavesdropping. Each TIM can support up to 90 radio channels. With normal residential and small business traffic loading, a single radio channel can support up to 10 subscribers with an acceptable grade of service; this means that the TIM has an effective capacity of around 900 subscribers. A single SIM can control multiple TIMs, and the TIMs can be located remotely form the SIMs (usually, they are co-located with the BSs).

- 113 - 
 BS are available in a variety of sizes, serving from 8 to 32 radio channels. These are exactly the 
same as used in conventional cellular networks. The BSs use either 2 x 5 MHz in the range 380-500 MHz, or up to 2 x 25 MHz in the range of 800-1 000 MHz, depending on the local availability of radio frequencies. Generally speaking, the lower frequency band provides longer-range transmission and the higher frequency bands are better suited for areas of high subscriber density. 
The final component is the SRT. An indoor antenna connects directly to the SRT; alternatively, an

The final component is the SRT. An indoor antenna connects directly to the SRT; alternatively, an 
outdoor, directional antenna can be used to improve reception in marginal areas. Telephones, fax machines and/or modems can be plugged into the SRT exactly as into a normal phone socket, and subscribers can make and receive calls in the usual way using pulse or DTMF dialling. Meter pulses can be carried by the system, allowing coin-box telephones and private meters to be used as well. Multi-line SRTs, for apartment buildings or office blocks, are also available. 
5.3 Summary of capabilities  
In summary, the NMT-based wireless access system offers the following key attributes: 
– Transparent to POTS, Fax group III, Voice band data (ITU-T Recommendations V.21, 
V.22, V.22bis, and V.32), DTMF (ITU-T Recommendation Q.23). 
– Metering capability (12/16 kHz pulses and/or polarity reversals are supported). – Voice privacy for voice, data, fax and DTMF.

– Metering capability (12/16 kHz pulses and/or polarity reversals are supported). – Voice privacy for voice, data, fax and DTMF. 
– Remote operation and maintenance function with alarms presented for SIM/TIM/RBS. – Digital interface V5.1 (ITU-T Recommendation G.964) to any local exchange. 
– Analogue 2-wire connection to any local exchange. 
– Traffic statistics available. 
– PSTN numbering plan not affected. 
– Quick and cost effective. – High quality voice. 
– Large range of system configurations. 
– Both low to medium density and high density systems. – Rural, suburban and urban. 
6 DECT-based wireless access systems 
Digital Enhanced Cordless Telecommunications (DECT)-based systems use a combination of time

Digital Enhanced Cordless Telecommunications (DECT)-based systems use a combination of time 
division multiple access (TDMA) and time division duplex (TDD). This obviates the need for expensive RF filtering, enabling compact, lightweight and low-cost handsets to be developed. DECT operates in 20 MHz of spectrum, which is designated throughout Europe, namely 1 880-1 900 MHz. The spectrum is divided into 10 carriers, each with 12 TDMA time slots,

- 114 - 
 providing a total of 120 voice channels. Speech is coded at 32 kbit/s, twice the rate used for GSM 
and providing effective toll quality. Maximum peak power for both base stations and handsets is 250 mW. However, because this is peak power (i.e., only present for the duration of the transmitted time slot), average transmitted power is 10 mW or less resulting in a significantly extended battery life compared to cellular handsets or conventional analogue cordless telephones. 
DECT provides voice and data ISDN compatibility, full encryption and seamless handover. Time 
slots can be combined to provide high capacity data transmission (up to 552  kbit/s). Dynamic channel allocation removes the need for any radio planning of the network and there are no dedicated control panels. In operation the system continually scans and selects the best available RF channel. 
DECT has defined an enhanced modulation scheme which enables net data rates of 2 Mbit/s. DECT

DECT has defined an enhanced modulation scheme which enables net data rates of 2 Mbit/s. DECT 
has a capacity of around 10 000 Erlangs/km
2, or around 100 times that of the current cellular 
networks. 
6.2 Technology, architecture and configurations 
A full set of ETSI Standards define the characteristics of the system. They can be divided into sets of: 
– basic standards; 
– Public (radio local loop access profile: RAP) and generic access profiles (GAP); 
– DECT authentication module; 
– DECT profiles; 
– Test specifications and; 
– Regulatory documents. 
These standards are accepted in an increasing number of countries. To facilitate the introduction of 
DECT in non-European countries where the basic DECT frequencies 1 880-1 900 MHz are not available, the radio parameters have been defined for the frequency range 1 880-1 937 MHz. 
6.2.1 Radio interface characteristics (1 880-1 900 MHz) 
Class of emission      1M73F7W

Class of emission      1M73F7W 
Access method       TDMA TDD transmit/receive frequency band (MHz) 1 880-1 900 MHz Duplex separation      not applicable (TDD) RF carrier spacing (MHz)    1 728 Total number of RF TDD channels   120 Modulation        GMSK Transmission rate (kbit/s)    1 152 
6.2.2 Network configuration 
The reference model for DECT wireless access local loop systems is presented in Fig. 42. This 
reference model is provided for the purpose of demonstrating the DECT wireless access local loop services, facilities and configurations.

- 115 - 
 FIGURE 42 
DECT RLL reference model 
LE CTA
I/F 1I/F4
TE - Terminal Equipment
FP - Fixed PartI/F5a
I/F1 - Local Exchange to FP Interface
I/F4 - DECT Air Interface
I/F5a - CTA to Terminal InterfaceOA&MI/F6
I/F6 - Operation, Administration & Maintenance InterfaceTE
WRS FP
PP(RAP)
I/F4(WRS) I/F4
(GAP+data)I/F4
(RAP)
TEI/F4
(GAP+data)
I/F5b
I/F5b - PP to Terminal InterfaceWRS - Wireless Relay Station
CTA - Cordless Terminal AdapterPP - Portable Part
 
6.2.3 The DECT interoperability air interface approach  
Being derived from a mobile technology, DECT wireless access local loop employs an

Being derived from a mobile technology, DECT wireless access local loop employs an 
interoperability profile standard – which in principle means that the fixed part (base station) may be manufactured by one manufacturer, the equipment at the subscribers' premises by another, and perhaps wireless relay stations by another whilst still being able to offer a useful level of service to the user. The advantage of multi-vendor sourcing for the operator is apparent and allows the manufacturers to choose to specialize in one segment of the network. 
6.2.4 Range, traffic capacity and efficiency issues

6.2.4 Range, traffic capacity and efficiency issues 
With the DECT technology, in line-of-sight propagation conditions, ranges of up to 5 km are shown to be feasible using 12 dBi antennas at both ends of the link and with reasonable antenna heights. A single hop Wireless Relay Station (WRS) could extend this range by a further 5 km in a particular direction. By special antenna arrangements and the advance timing Cordless Terminal Adapter (CTA) option, the range may be increased beyond 5 km. 
Support of 40-60 E (equivalent speech duplex bearers) average traffic at 1% grade of service is 
realistic for a DECT wireless access local loop site with sectorized gain antennas. Such a site will be equipped with about 6-12 DECT radios and can support 400-600 POTS or ISDN subscribers with 100 mE average traffic each. 
A single radio CTA can provide 1 to 12 lines (trunks) at the interface. It should be noted that even if

A single radio CTA can provide 1 to 12 lines (trunks) at the interface. It should be noted that even if 
12 lines are provided, the corresponding bearers on the air interface are only set up if there is a call on the line. These lines (trunks) can have an analogue 2-wire IF/5a interface, or the D/A conversion in the CTA is deleted, whereby 4-wire digital 64 kbit/s PCM lines (I/F5a) are provided. This is suitable when interfacing to digital PABXs and for CENTREX services. By using narrow angle sectorised antennas, especially in line-of-sight conditions, a large number of such trunks can be effectively provided for an office. 
The DECT ISDN service monitors the ISDN layer 3 information, and allocates DECT bearers 
resources only when and as required by the specific instant ISDN services. For packet data, transmission over the D channel is much more spectrum efficient and, on average, loads the radio devices much less than any modem service or ISDN service.

- 116 - 
 6.3 Summary of capabilities 
In summary, the DECT-based wireless access systems have the following key attributes: 
– Using the dynamic channel allocation (DCA) in the whole 20 MHz band there is no need 
for frequency planning. 
– The DCA selects the best radio channel, during the call, according to the signal quality. – The 32 kbit/s ADPCM coding according to ITU-T Recommendation G.721 provides a 
grade of service equivalent to that of the public network. 
– Pulse dialling and DTMF signalling protocols are supported. – ISDN subscriber interface available. – Location registration of the subscriber, ciphering and authentication are provided. – Use of any type of telephone set, including DECT mobile handsets. 
– Widely accepted standard in a multivendor environment. – High traffic loading capability. – Connection to PSTN and ISDN. 
– High, medium and low density systems. – Urban, suburban and rural.

– High, medium and low density systems. – Urban, suburban and rural. 
7 AMPS-based wireless access systems 
7.1 General 
AMPS-based wireless access systems are analogue systems based upon FDMA technology and are 
compliant with EIA/TIA 553 standard. AMPS systems were among the first cellular systems deployed in the world, offering high quality voice and are available in 400 and 800 MHz frequency bands. In addition to voice, these systems support inband fax and data services 
7.2 Technology, architecture and configurations

7.2 Technology, architecture and configurations 
AMPS wireless systems utilize FDMA technology in line with EIA/TIA 553 standards. Since these systems are based upon non-proprietary technology, and were among the first cellular systems in North America (and the world), there is an abundant supply of low-cost subscriber units available from many sources. Furthermore, the development of IS-54 and IS-136 digital standards allow for a graceful evolution of the analogue system to digital without impacting the existing subscriber base. 
7.2.1 Radio interface characteristics 
– voice channel 
– control channel  
30KOF3E 
26KOF1D 
Access method FDMA Transmit frequency (MHz): 
–
 base 
– mobiles  
869-894 824-849

- 117 - 
  
Duplex separation (MHz) 45  
Total number of RF duplex channels 832  
Modulation: 
– voice 
– signalling  
FM /Gb1 12 kHz deviation 
Binary FSK /Gb1 8 kHz deviation 
7.2.2 Network configuration 
In their simplest configurations, AMPS systems can consist of a few voice channels and some 
interface hardware connected directly to the local PSTN via two wire subscriber lines. In larger configurations, these systems can support sites in excess of 50 RF channels connected to the PSTN via analogue or digital trunks. Normal configurations consist of macro-cells although micro-cells can be supported. These systems are generally designed to support low to medium density applications. Due to the maturity of the hardware, these systems can be a low-cost solution in many cases. 
The basic architecture is shown in Fig. 43. The wireless access system comprises switching and

The basic architecture is shown in Fig. 43. The wireless access system comprises switching and 
radio site equipment. A small system would consist of a half-height cabinet that contains radio, control and switching equipment. The only outside connections required are power, antenna and two wire lines. Larger systems consist of separate bays of radio equipment, control and switching equipment. 
 
Land-043PSTN2W linesAntenna
Antenna
OA
and
MDigital or analog
trunks
RF baysSubscriber
Control/switchingFIGURE 43
AMPS-based system architecture

- 118 - 
 Controller 
In general, the controller is responsible for management of radio resources and for providing the 
appropriate interfaces to the PSTN. In simple configurations this function connects a two wire telephone connection to a wireless subscriber using an available radio channel. In more complex configurations, the controller provides advanced network management, mobility management, billing and subscriber management capabilities. Available in differing sizes/configurations depending on overall capacity and features of system. 
Apart from PSTN connection options (lines, trunks, analogue, digital, etc.), the only significant peripheral is the OA&M subsystem. This system is optional depending on the size and capacity of the installed equipment. It can be connected via dedicated or dial-up means. On small networks, this subsystem could consist of a portable computer that is used only in serious fault or major reconfiguration circumstances.

Radio site equipment 
The radio cell site equipment converts analogue voice to frequency modulated 400 MHz or 800 MHz signals. It is the intelligent interface between the controller and the subscribers served by the system. Typically it is modular and easy to install and maintain. 
Several options are available for the subscriber equipment. The most common is a mobile unit converted to a fixed station through the addition of power sources, packaging and RJ-11 telephone interfaces. A number of suppliers provide this type of unit. These fixed stations are also available without the RJ-11 interface and can be used directly with their own handsets. 
7.3 Summary of capabilities 
In summary, the AMPS-based wireless access systems offer the following key attributes. 
– Support basic subscriber phone service. 
– High quality voice. – Provide feature transparency for basic fax and data services (in-band). 
– Large range of OA&M capability.

– Large range of OA&M capability. 
– Provide a platform for evolution to CDPD. – Full EIA/TIA 553 compliant. 
– Many sources of inexpensive subscriber terminal equipment. 
– Evolution path to IS-54/IS-136 digital systems. 
– Quick and cost-effective. – Multiple switch platforms. – Large range of system configurations (3 channel sites to 60 + channel sites). – High quality voice. 
– Supports in-band fax and data services. 
– Low to medium density systems. 
– Rural, suburban, urban.

- 119 - 
 8 TACS-based wireless access systems 
8.1 General 
TACS-based wireless access systems are analogue systems are analogue systems based upon 
FDMA technology and are compliant with United Kingdom Total Access Communications System Compatibility Specification, Issue 4. These systems offer high quality voice and are available in the 400 and 800 MHz frequency bands. In addition to voice, these systems support in-band fax and data services. 
8.2 Technology, architecture and configurations 
These wireless systems utilize FDMA technology in line with United Kingdom Total Access Communications System Compatibility Specification, Issue 4. Because these systems are based upon non-proprietary technology, there is an abundant supply of low-cost subscriber units available from many sources. 
8.2.1 Radio interface characteristics 
– data channel  
25KOF3E 23KOF1D 
Access method FDMA 
Transmit frequency (MHz) 
– base 
– mobiles  
917-950 
872-905

– base 
– mobiles  
917-950 
872-905 
Duplex separation (MHz) 45 RF carrier spacing (kHz) 25 
Total number of RF duplex channels 1 320 
– voice 
FM 
/Gb1 9.5 kHz deviation 
Binary FSK /Gb1 6.4 kHz deviation 
 
8.2.2 Network configuration 
System configurations are identical to the AMPS systems described in the previous section. 
8.3 Summary of capabilities 
Capabilities, advantages and applications are for the most part identical to the previously described 
AMPS systems with the exception of two key items, one being positive and one being negative. 
On the positive side, the 25 kHz channel spacing provides more system capacity in the same 
bandwidth. On the negative side, there is no simple, economic upgrade path to digital technologies (no equivalent IS-54 or IS-136).

- 121 - 
ANNEX 5 
Detailed descriptions: systems based on proprietary 
radio interface technologies 
1 Nortel Networks Internet Fixed Wireless Access System 
The Nortel Networks Internet Fixed Wireless Access System is a fully digital fixed wireless access 
system designed as an alternative to the long term deployment of traditional copper line access. Nortel Networks Internet FWA System is a new brand-name, announced in April 2000, for what was previously known as the Nortel Networks Proximity II FWA System. The system has been designed to offer the same quality and service transparency as wireline access with the additional benefit of "always on" faster-than-modem Internet access data rates becoming available as an important upgrade in 2001. 
The system easily integrates in networks of mixed access technologies with little impact on the

The system easily integrates in networks of mixed access technologies with little impact on the 
network infrastructure. The product has many advantages over other access methods. Compared to copper it offers the same service transparency and quality but is much faster to deploy. Compared to other radio access systems it is easier to integrate into existing access infrastructure needing only a handful of digital links into the local switch that provides dial tone, billing and other services offered by the service provider. Finally, the product will provide high quality "always on" Internet access at air interface rates of up to 96 kbit/s (uncompressed) using packet data transmission, beginning in 2001. 
The Nortel Networks Internet FWA System operates using a 3 500 MHz radio link between base

The Nortel Networks Internet FWA System operates using a 3 500 MHz radio link between base 
station and customer premises equipment. The spectrum is available in most parts of the world and being unsuitable for mobile use, has proven ideal for fixed applications. Use of this frequency band requires near line-of-sight operation between the remote antenna at the user's premises and the base station, using spatial diversity to minimize the effects of multi path and fading. 
The signalling protocol used between the base station and user equipment has been derived from 
existing mobile standards but has been optimized for this fixed application removing signalling overheads and quality limitations of mobile systems. The system uses FDD and TDMA techniques to maximize spectral efficiency. 
In traditional wireline networks a local exchange or remote line concentrator would be deployed in

In traditional wireline networks a local exchange or remote line concentrator would be deployed in 
an area and wired to street cabinets ready to provide connection to users. With the Nortel Networks Internet FWA System the base station replaces the remote and radiates radio signals over the area of a cell that would be designed to cover the user community. A contiguous cell structure can be designed to cover complete communities. 
The base station is directly connected to a switch via a number of 2 Mbit/s links, compliant with

The base station is directly connected to a switch via a number of 2 Mbit/s links, compliant with 
ITU-T Recommendation G.703 (E1 links), which may be delivered over the appropriate transmission medium such as fibre or line-of-sight radio. The Nortel Networks Internet FWA System provides telecommunications service from any host network switch, providing toll quality voice, data, and fax services over these links and also uses the ETSI open signalling standard V5.2 to minimize the number of links required. Packet data networking features interface using Internet Engineering Task Force (IETF) protocol standards through the base station E1 links.

- 122 - 
The Nortel Networks Internet FWA System base stations operate over a cell radius from 200 m to 
40 km. They are scaleable from 30 simultaneous calls to 180 simply by adding radio carriers in-groups of 3 and can be dimensioned for rural, suburban and urban applications. Approximately three quarters of the cost resides in the user premise equipment. Consequently the operator only makes the majority of the network capital investment when a new customer is recruited. 
The user premises radio terminal has 2 PSTN line interfaces for 2 independent connections. Internet 
access via packet data will be provided via USB or RS-232 data ports on the terminal. The PSTN lines may be assigned to one user or split between two users, each provided with their own power unit. 
NOTE – The following section describes the Voice-Band Service specifications of the Nortel

NOTE – The following section describes the Voice-Band Service specifications of the Nortel 
Networks Internet Fixed Wireless Access System which are currently available. Additional enhanced Internet access packet data capability specifications are under development and will be available in 2001. 
1.2.1 Radio interface characteristics  
– traffic channels per bearer 10 
– traffic channel bandwidth 32 kbit/s – voice coding 32 kbit/s ADPCM – voice band data 64 kbit/s PCM 
Access method TDMA  
Duplex FDD+TDD 
Transmit frequency bands (Hz): 50 000 000 duplex  
– downlink 3 475 968 000  + (n x 307 200)  
– uplink 3 425 280 000 + (n x 307 200) 
Transmit frequency bands: 100 MHz duplex  
Uplink to base station  
Band A 3402.8544 + (n x 0.3072) MHz 
Band B 3428.8944 + (n x 0.3072) MHz Band C 3450.7776 + (n x 0.3072) MHz 
Band D 3475.6608 + (n x 0.3072) MHz 
Downlink from base station  Band E 3502.6944 + (n x 0.3072) MHz

Downlink from base station  Band E 3502.6944 + (n x 0.3072) MHz 
Band F 3525.7344 + (n x 0.3072) MHz 
Band G 3550.6176 + (n x 0.3072) MHz 
Band H 3575.5008 + (n x 0.3072) MHz 
Duplex separation (Hz) 50 668 000 RF channel spacing (Hz) 307 200 
Total number of RF duplex channels 54 
Modulation /G70/4-DQPSK  
Gross bit rate (kbit/s) 512  
Net bit rate per traffic slot (kbit/s) 32

- 123 - 
The basic architecture is shown in Fig. 45. The Nortel Networks Internet FWA System is comprised 
of switching and radio site equipment. A basic system would include a central office switch, a network of base stations, residential user equipment which is installed at the customers' premises providing the radio connection to the base station and the Nortel Networks Internet FWA System is comprised of operation and maintenance equipment. 
 
FIGURE 45 
Nortel Networks Internet FWA System Configuration 
(Voice-Band service) 
Land-035mRMT used during
RSS installation
Connected to REM
vial dial-up modem NMM
ASEM
Radio base station 
FET connected
when requiredNetwork management centre
NMM
ASEM
Radio base stationPSTNREM
client
REM
serverUS Robotics
intregrated
communication
server andmodems
IEEE 802.3
ethernet LANCustomer premises

- 124 - 
The functions of system components are as follows: 
The central office switch 
The local exchange/central office switch is a standard Class 5 switch as would commonly be 
deployed in switching networks. It interconnects with one or more of the public networks other central switching offices and also with each of the radio sites. There is no specific equipment required in the network between the base station and central office switch. 
The base station equipment emulates the operation of a normal wireline remote connected to the 
central office switch. Users are provisioned and billed from the switch in the same way as for wireline connections. 
The base station implements the following signalling systems for connection to the switch: 
– 2 Wire . The base station backhauls using unconcentrated 2 Mbit/s channel associated 
signalling and would require a central office terminal (comprising a modified street mux)

signalling and would require a central office terminal (comprising a modified street mux) 
located at the central office to convert to 2 wire line interfaces for connection into normal subscriber line interfaces in the switch. 
– CAS . Unconcentrated 2 Mbit/s signalling can be provided utilising either Nortel Network's 
open signalling specification or custom signalling to suit a specific switch implementation. 
– DMSX . Nortel Networks's proprietary concentrating interface signalling for connection to 
any of Nortel's family of DMS switches. Alternatively inexpensive base station controller equipment can be provided by Nortel Networks to allow conversion of this signalling to national trunk side signalling and connection to existing switches over the PSTN trunk. 
– V5.2 . Nortel Networks has implemented the ETSI open access signalling standard V5.2. A

– V5.2 . Nortel Networks has implemented the ETSI open access signalling standard V5.2. A 
signalling specification is available that allows connection to any class 5 switch that can implement V5.2. 
Remote service system 
The remote service system (RSS) is the equipment located at the users's premises and provides up 
to two independent telephone lines per antenna. The RSS has an indoor unit for power and line termination and an outdoor unit that contains an integral antenna (Fig. 46): 
– Remote transceiver unit (RTU). This unit contains all active electronics except for the 
power source. The electronics, comprising radio transceiver, processor and 2 line interfaces 
are mounted behind an octagonal directional antenna, measuring 30 cm across the flats. This unit would be mounted outdoors on the upper part of the user's premises with close to line-of-sight visibility of the base station. 
– Remote power and connection unit (RPCU). This unit provides 48 V DC power from the

– Remote power and connection unit (RPCU). This unit provides 48 V DC power from the 
mains supply to the premises. 220 V and 110 V units are available together with options for 
solar power. The unit also houses a battery to provide service during power outages and two RJ11 sockets. 
The standard RSS provides access to up to 3 of the 32 kbit/s traffic carrying slots. In the case of a 
single voice call one slot is used and voice is encoded using 32 kbit/s ADPCM. For 2 simultaneous voice calls 2 slots are used. If one of the calls is being used to transmit voice-band data then 3 slots are used and the data is encoded using 64 kbit/s. 
The ISDN unit allocates two slots for each B channel in use. Two RTUs are required for a 
full 2B+D service. 
User terminals 
The RSS provides connection for two standard telephones and data/fax equipment. This is an 
important feature of the product, allowing the use of existing equipment without modification.

- 125 - 
 
FIGURE 46 
Nortel networks internet FWA system user equipment (voice-band-service) 
Land-036mLine 1
RPCUSupplyRDCLine 2Line 2
(ext. 1)Line 1
(ext. 1)RTU
 
Base station 
A variety of base station can be engineered to fulfil a wide range of all deployment situations, from 
sparsely populated rural to urban. 
Have extended range to 40 km.The base station has a modular design allowing a low traffic 
handling system to be installed and subsequently expanded for greater capacity as demand grows. Base stations can be provided with either omnidirectional or sectored antennas. The standard building block for a base station is 3 bearers providing 3 independent frequency channels and 30 traffic channels. A 3 bearer base station can provide service to approximately 320 lines. The base station capacity is 27 bearers, which can provide service to over 2 000 lines. 
The base station equipment consists of radio transceivers, control electronics, power supplies,

The base station equipment consists of radio transceivers, control electronics, power supplies, 
interface to the central office switch and the antenna. The power system would normally include battery back up to provide service in case of power loss. The backhaul to the central office uses standard G.703/G.704 connection using either fibre, twisted pair copper wires or microwave links.  
The signalling link interface can be 2 wire, CAS, DMSX or V5.2. 
OAM&P 
Operation, administration, maintenance and provisioning (OAM&P) of the I-Series product has 
been designed to be easily integrated with existing access networks. Standard billing and subscriber management facilities are largely unaffected by adding  Nortel Networks Internet FWA System access networks.

- 126 - 
The following equipment is provided: 
– Radio element manager (REM). This is software residing on a UNIX workstation that 
provides management of the Nortel Networks Internet FWA System access network. It also 
enables software downloads and control of base station configurations. The system communicates with base stations over a communications channel and is suitable for interfacing with umbrella network management systems. The REM would normally be situated in the network management centre. 
– Remote installation system (RIS). This is a handheld computer used by the service 
technician during installation of RSS equipment at user's premises. 
– Field engineering terminal (FET). The FET is a laptop computer that connects to a base 
station and allows a service technician to commission a base station. 
In addition, Nortel Networks provides support for network and cell planning with a variety of 
manuals and planning tools. 
1.3 Summary of capabilities

In summary, the Nortel Networks Internet FWA System has the following key attributes: 
– Provides service transparency to value added switch features for users in residential and 
small business market segments. 
– Users can connect existing standard telephone sets and modem equipment. – Provides a 64 kbit/s PCM connection to support full rate voice-band data automatically. 
– High quality speech and service transparency provides long term alternative to wire. 
– 200 m to 40 km range from base station. 
– RPCU power unit uses mains current and optional battery back-up to provide 12 h standby 
and 30 min of talk time. 
– Designed to be integrated into existing networks with other access systems. – Can interwork with existing support systems. 
Prime advantages

– Economical alternative to copper based local access systems. – Simplifies network planning by reducing lead times for installation and service activation. 
– Low "Cost Per Premise Passed" very much less than other access methods. 
– Low infrastructure costs provide high cash efficiency, investment is not made until 
subscriber is connected and revenue can be generated. 
– Modular growth provides low start-up costs and investment tailored to subscriber growth. – Rapid deployment. – Provides a wide range of services such as standard telephone service, pay phones, data and 
– Alternative operators, providing cost-efficient alternative to existing wireline operators. – Network expansion, providing cost-effective and scaleable access suitable for business 
subscribers.

- 127 - 
– Voice, data and fax services. 
– All subscriber densities. – Switch independent, supports all host network switch subscriber features. 
2 SR Telecom SR500-s wireless access subsystem 
The wireless access subsystem of SR Telecom point-to-multipoint SR500-s closes the gap between

The wireless access subsystem of SR Telecom point-to-multipoint SR500-s closes the gap between 
the central office and the subscriber premises by completing the concept of radio to the home (RTTH). The wireless access replaces the last leg of the access – i.e., the drop wire to the home, with a radio link. In either rural, suburban or urban regions this alternative to cable provides the telephone operating company with the option to rely entirely on wireless links for the access or use wireless in the portions of the network where it is preferred over a cabled solution. Figure 47 illustrates a wireless access subsystem in a point-to-multipoint (PMP) microwave radio application. 
 
FIGURE 47 
A fixed wireless access system 
 
SR500-s Outstation 
with Wireless Loo p
Base StationSR500 Central Station  
located at Central 
Office
PMP Microwave Radio Link Wireless Loo p 
Radio Link 
Wireless  
Terminal

- 128 - 
 
– traffic channels per bearer 5 – traffic channel bandwidth 32 kbit/s – voice coding 32 kbit/s ADPCM – voice band data 28 8000 bit/s  Access method TDMA Duplex TDD Transmit frequency bands (MHz):  
– downlink 340-380 or 1 850-1 990 
– uplink 340-380 or 1 850-1 990 Duplex separation (MHz) Not applicable RF channel spacing (kHz) 600 Total number of RF duplex channels 32 Modulation GMSK Modulation rate (kbit/s) 576 Net bit rate per traffic slot (kbit/s) 32  
SR500-s Point-to-Multipoint (PMP) System 
SR Telecom wireless access is a subsystem of the SR500-s point-to-multipoint (PMP) microwave 
radio system. The SR500-s provides the backhaul capacity from the wireless access to the existing telephone network, the PSTN interface connection into the telephone network and the OA&M interface.

radio system. The SR500-s provides the backhaul capacity from the wireless access to the existing telephone network, the PSTN interface connection into the telephone network and the OA&M interface. 
The SR500-s is a PMP system and therefore provides coverage over an area of hundreds of kms 
using microwave radio transmission. This provides a very effective backhaul capability allowing the wireless access to be deployed cost effectively in either a rural, suburban or urban application. 
As illustrated in Fig. 48, the central station of the SR500-s provides the PSTN interface to the 
central office of the telephone network, via standard 2 wire or 2 Mbit/s (ITU-T Recommendation G.703 compliant) interfaces. The central station also provides all OA&M capabilities for both the PMP system and the wireless access subsystem from a common interface. 
From the central station the SR500-s communicates to the outstations located remotely in the rural

From the central station the SR500-s communicates to the outstations located remotely in the rural 
villages directly or via a repeater. At the outstation the subscriber can be connected to the network either via cable or via a wireless access subsystem.

- 129 - 
FIGURE 48 
System diagram 
 
Central station Repeater
OutstationWireless terminal 
Wireless 
base station 
Auxiliar y 
cabinet 
LTB
 
Wireless access subsystem description 
The wireless access subsystem connects to the SR500-s system at an outstation eliminating the need 
for distribution cable and drop wire over this last leg of the local access. The wireless access subsystem consists of two units, the Wireless Base Station (WBS) and the Wireless Terminal (WT). The WBS is installed inside the outstation cabinet while the WT mounts on the outside of the subscriber premise and connects to the subscriber's telephone. 
The two units communicate via a TDMA radio link using a single TDD frequency for both the

The two units communicate via a TDMA radio link using a single TDD frequency for both the 
transmit and receive signals. The wireless access subsystem operates in either the 340-380 MHz or 1 850-1 990 MHz band. Other bands are also available. The system is capable of operating with a hop length up to 10 km for line-of-sight (LOS) operation and 5 km for non-line-of-sight (NLOS) operation. With NLOS operation it is possible to shoot the radio signal through trees and over the tops of subscriber premises, simplifying installation and reducing the need for high towers. Figure 49 illustrates the coverage area for the wireless access subsystem. 
FIGURE 49 
Wireless access subsystem coverage area 
 
Slim 34 with 
wireless base station

- 130 - 
Wireless base station  
Each WBS consists of a 4 W (+36 dBm) wireless base station transceiver and a wireless base 
station controller. Each wireless base station provides 5 trunks which are shared among all wireless 
terminals. Using Erlang B traffic tables, 5 trunks will support 1.36 Erlangs of traffic with a grade of service (GOS) of 1% blocking. Assuming typical subscriber traffic levels of 0.07 Erlangs per subscriber each wireless base station will support 20 wireless terminals. 
A maximum of 2 wireless base stations (2 slots each) can be installed in a Slim 34 Outstation or a 
Slim Auxiliary Cabinet. In this configuration the 2 wireless base stations communicate with each 
other allowing the 2 sets of 5 trunks (10 in total) to be dynamically channel allocated providing a total traffic capacity of 4.46 Erlangs which translates into 64 subscribers at 0.07 Erlangs per subscriber. 
Wireless terminal

Wireless terminal 
The wireless terminal is externally mounted on the side of the subscriber premise (see Fig. 48). 
It consists of the radio transceiver, the line interface circuitry and a connection point for both the 
telephone tip/ring and the power supply connection. The unit is designed for fixed applications under all environmental conditions. 
A fixed plane directional antenna is connected to this unit and is extended via a coaxial cable to 
the rooftop for improved performance. The wireless terminal operates from a +12 V DC voltage 
which can be supplied from an optional AC converter or directly from solar or wind generators. In the case of AC powered systems the AC converter can be installed indoors or inside of the wireless terminal. Battery back-up is also provided in the wireless terminal for up to 12 h of standby operation. 
Subscriber interface 
The wireless terminal provides connection to the telephone network for a single subscriber via a

The wireless terminal provides connection to the telephone network for a single subscriber via a 
two wire plug. Voice, 12 or 16 kHz payphones and voiceband data devices (modems and faxes) 
up to 28 800 bit/s are supported. Future enhancements will include 64 kbit/s and ISDN (144 kbit/s). 
Installation characteristics 
Figure 50 illustrates a typical wireless terminal installation on the side of a subscriber premise. The 
preferred antenna is a flat plane directional antenna mounted near the rooftop facing towards the 
wireless base station. At the wireless base station either a directional flat plane antenna or an omnidirectional antenna can be used dependent upon the coverage area.

- 131 - 
FIGURE 50 
Wireless terminal installation 
 
Flat plane  
antenna  Ground  
wire and  
coaxial  
cable  
Telephone and
power cables
 
Feature transparency 
SR Telecom's wireless access subsystem provides transparent operation for fixed service 
applications. This includes, dialling transparency, support of all vertical services such as calling line 
identification and toll quality speech using 32 kbit/s ADPCM voice encoding. Other features include intracall, dedicated and priority trunks, as well as security and authentication for all conversations. 
Operation, Administration and Maintenance (OA&M) 
The SR500-s OA&M system extends its capabilities to include the wireless access. Alarms, traffic 
reports, RF level tests, individual circuit diagnostics and programmable parameter settings are provided for the wireless access subsystem via the OA&M system as shown in Fig. 51. Remote software downloading is also supported for the wireless access subsystem.

- 132 - 
 
FIGURE 51 
Maintenance and operation connections 
 
Network management  
OutstationWireless
base station
Resistance test  Operation and  
maintenance  
center 
RF level test  RF level test
Wireless  
terminal  Mode
System BER testMode
4 external
alarmsLoop test
Continuous quality testingCentral  
station  
 
2.3 Summary of capabilities  
SR Telecom's wireless access subsystem offers the telephone operating company a cost-effective 
alternative to cabled systems that can be quickly deployed in modular increments to provide timely response to service requests.  
– Transparent operation for all vertical services. 
– Supports standard telephones, payphones and voice band data equipment. – Supports fax and data transmission up to 28 800 bit/s. – Planned support for ISDN. 
– Low power consumption allowing solar power operation with 12 hours of battery back-up. 
– Operates up to 5 km over a NLOS (obstructed) path reducing tower height.

– Operates up to 5 km over a NLOS (obstructed) path reducing tower height. 
– Cost-effective alternative to cabled local access. – Integrated backhaul to existing PSTN provided via SR500-s PMP. – Supports all standard PSTN interfaces. 
– Integral OA&M system provided via SR500-s including remote software download. 
– No path planning required. – Designed for outdoor operation.

- 133 - 
– Network extension in rural areas. – Network overlay to expand or enhance services in regions currently served with cable. – Alternative operators providing service option with existing operators. – Wireless replacement of cabled areas in need of cable upgrade or replacement. 
3 TRT/Lucent Technologies IRT Modular System for wireless local access 
The IRT Modular System is a point-to-multipoint system designed mainly to connect isolated 
subscribers to a telephone network. The main system characteristics include: 
Service features: 
– connection of telephone (wireline or wireless), telegraphic, and data transmission 
subscribers, 
– ISDN compatibility, – grade of service compatible with that provided by exchanges, – network and equipment can be rolled out quickly and with great flexibility, – easy operation and maintenance. 
Technical features: 
– coding of the VF channel using 64 kbit/s PCM (pulse code modulation) for the backhaul

– coding of the VF channel using 64 kbit/s PCM (pulse code modulation) for the backhaul 
part of the network, 
– DECT technology at 32 kbit/s with ADPCM encoding for the last segment of the 
connection to the subscriber premises, 
– microwave radio transmission, 
– use of TDMA. 
The IRT system is adapted for a wide range of different applications, including rural 
telecommunication systems, dedicated urban data-transmission networks, ISDN, connection and supervision of offshore platforms, the transmission infrastructure of mobile radio networks and supervision networks. 
The IRT system combines extensive connection capacity with a wide geographical coverage zone. 
The system is available in two configurations (depending on the capacity): 
– IRT 2000: maximum number of subscribers which can be connected: 480, 
– IRT 4000: maximum number of subscribers which can be connected: 1 920. 
These subscribers can be connected without appreciable limit (up to 1 600 km).

These subscribers can be connected without appreciable limit (up to 1 600 km). 
Class of emission:     2M00G7W 
– traffic channels per bearer  30 
– traffic channel bit rate (kbit/s)  64 – voice coding     PCM

- 134 - 
Access method      TDMA 
Duplex        According to the ITU-R channel arrangements Frequency bands (MHz)   1 350-1 375 paired with 1 492-1 517 
        1 375-1 400 paired with 1 427-1 452 
        2 300-2 500 and 2 520-2 670 RF channel spacing (MHz)   2 Total number of RF duplex channels  according to the relevant channel arrangement 
Modulation        QPSK 
Modulation rate (Mbit/s)   2.304 
3.2.2 Network functions, organisation and structure 
Network functions 
The IRT system offers the following main functions: 
– concentration of telephone traffic on n x 30 x 64 kbit/s PCM circuits ( n = 1, 2, 3 or 4, where 
n is the number of concentration units (CU) in an IRT system), 
– radio transmission of traffic between the exchange and the different subscriber stations. 
The IRT system is connected:  
– at one end: to the main distribution frame at the entrance to the telephone exchange, and, – at the other end: directly to subscriber lines.

– at one end: to the main distribution frame at the entrance to the telephone exchange, and, – at the other end: directly to subscriber lines. 
The system provides subscriber access to all the services offered by the most up-to-date 
telecommunications networks, with transparency for the user. 
Organization 
The IRT system is based on a central station which is connected to other stations in the system by 
radio relay. 
The central station is connected to the exchange by analogue or 2 Mbit/s digital links. Each subscriber is connected (see Fig. 52): 
– either to a remote station (near to the subscriber site) by wire line, or 
– a subscriber terminal known as a CTA (at the subscriber site) which is then connected to a 
remote station by DECT radio extension. 
Subscriber connection 
In some cases, the geographical location of subscribers may require the implementation of repeater

In some cases, the geographical location of subscribers may require the implementation of repeater 
stations to provide radio links. These repeater stations can also be used to connect subscribers. 
To simplify the system, an architecture with three levels is used (see Fig. 53): 
– level 1:  backbone repeater (BR), 
– level 2:  remote stations, 
– level 3:  DECT subscriber terminals (CTAs).

- 135 - 
A type of radio link is associated to each level: 
– backbone repeater (BR): backbone radio link, – remote stations (RS): TDMA radio link, – DECT subscriber terminals: DECT radio link. 
Network configuration 
An IRT system is made up of: 
– a central station (CS) which is connected to the main distribution frame of the exchange; 
– backbone repeater (BR) (IRT 4000 configuration only); 
– remote stations (RS); 
– RFP radio terminals and CTA subscriber terminals (radio DECT extension if wireless 
subscribers are connected). 
Subscribers are connected to a remote station by wire line or DECT radio link. 
There are two types of remote station: terminal or repeater (with or without subscribers) depending 
on the network architecture. 
The IRT 2000 configuration manages one concentration unit (CU) which can handle 30 PCM 
circuits. 
The IRT 4000 configuration includes n CU (where n = 2, 3 or 4) with each CU handling 30 circuits.

circuits. 
The IRT 4000 configuration includes n CU (where n = 2, 3 or 4) with each CU handling 30 circuits. 
A CU manages the RSs and in some cases the DECT radio equipment (RFP and CTA). 
Remote stations which are managed by the same CU can be grouped together or split within the 
network. 
The CS and radio subunits 
The CS can include between one and four CUs. The station is connected to the exchange by an 
analogue or digital link: 
– analogue link: one pair for each subscriber, 
– digital link: one pair for 30 subscribers (2.048 Mbit/s (V5-1 or V5-2)). 
The IRT system uses microwave transmission to link stations in the network to the central station. 
These are managed by the CS processer(s) which act as the heart of the system. 
The CS TDMA radio subunit can be remotely located if this is a requirement of the network 
topology. In this case the CS is split into two parts:

topology. In this case the CS is split into two parts: 
– telephone equipment at the host exchange, 
– remote radio station (RRS) at the distant network side. 
These two units can be linked by standard 2.048 Mbit/s (ITU-T Recommendation G.703) cable or 
radio link. 
Backbone stations 
There are three types of backbone repeater (BR): 
– TTH station (trunk through repeater). 
– TDI station (trunk drop-insert repeater). – TEB station (trunk end of backbone).

- 136 - 
TTH station. 
A TTH station only provides radio-relay facilities. Subscribers cannot be connected to this station. A TTH station can relay up to 4 backbone streams (one backbone link per CU). The number of TTH stations in an IRT network varies according to the network configuration. 
TDI station 
TDI stations act as nodes between levels 1 and 2 in the network. They are used to: 
– connect up to 3 CUs to the backbone; – connect subscribers. 
A TDI station uses two types of radio link within the network (backbone radio link and TDMA 
TDI stations can be used to relay 2, 3 or 4 backbone streams at 2.304 Mbit/s (for either 2, 3 or 
4 backbone repeaters). 
TEB station 
A TEB station is used to terminate the network backbone.  This station is used to: 
– connect up to 4 CUs to the backbone; – connect subscribers. 
A TEB station provides transmission/reception of 2, 3 or 4 backbone radio streams. 
Remote stations

Remote stations 
Level 2 in the system architecture is provided by RSs, which may be either repeater or terminal. 
There are two types of RSs: 
– ERS remote station (repeater or terminal); 
– microstation (terminal only). 
A repeater station uses two types of TDMA radio links to communicate with the rest of the network 
(see Fig. 53): 
– a link set up in the direction of the CS by an "upstream" radio link. – another link set up towards further stations by a "downstream" radio link. 
A terminal station is therefore able to communicate with the CS by radio link, which in some 
systems is relayed by one or more repeater and backbone repeaters. 
Radio equipment in RSs  
The DECT radio extension provides the third level in the system architecture (see Annex 4, § 8).

The DECT radio extension provides the third level in the system architecture (see Annex 4, § 8). 
The various stations of the IRT Modular System are compatible with stations used by the former 
IRT networks (first generation RSs and mini-stations). 
Types of network structures 
Station modularity together with the flexibility of the IRT system allows the system architecture to 
be easily adapted to accommodate the different configurations encountered in the field: 
– star-network configuration; – tree configuration; – linear configuration.

- 137 - 
This enables networks to be deployed in deserts, plains or mountainous areas, and urban, suburban 
or maritime environments. 
Diagrams showing examples of network structure 
The use of radio equipment, including radio relay stations, allows extensive geographical areas to 
be covered and services to be provided in locations which are several hundreds of kilometres from the upstream station. 
FIGURE 52 
IRT modular system functionalities 
 
Remote
station
CTA 
DECT radio extension
Repeater
station(s)  
Central  
station  
IRT system  DECT radio terminal
Subscriber terminal  
RFP*
* Radio fixed part   
 
FIGURE 53 
IRT Modular System network configuration 
 
CS RS RS RS 
RS 
RS Backbone radio link (level 1) 
TDMA radio link 
DECT radio link (level 3) (level 2) BR 
Concentration 
units (CU) 
RS 
CTA RFP BR BR BR 
Key: 
BR: backbone repeater CTA: cordless terminal adaptor CS: central station 
RS: remote station 
RFP: radio fixed part RS RS 
RS RS

- 139 - 
ANNEX 6 
BWA systems deployment considerations 
This Annex supplements Chapter 8 with additional detail that developing countries may need in 
their planning and deployment of BWA systems. 
2 Spectrum sharing considerations 
The recommended methodology for the identification of possible bands for FWA, in general (see 
Recommendation ITU-R F.1400), prominently includes the identification of sharing and regulatory constraints. Of the six basic methodology steps, three address frequency band sharing. These considerations cause the longest delays in the identification of frequency bands for FWA in general and BWA deployment in particular. 
3 WRC-2000 decisions relating to HDFS 
The World Radiocommunication Conference held in Istanbul (Turkey) from 8 May to 2 June, 2000

techniques to solve inter-service sharing problems; 
 ubiquitous deployment of HDFS stations; and 
 a wider range of antenna elevation angles than is found at lower bands.  
The term HDFS does not refer to a particular application, sub-service or band in the FS, but does 
describe the phenomenon of maximized deployment density, spectral efficiency and frequency reuse in the FS. Often concentrated deployment density, spectrum reuse and spectral efficiency factors become more pronounced in the higher bands due to correspondingly more favorable propagation conditions. Use of the term "high density" can also be applied in the same way to any radio service that may be widely utilized for commercial or other purposes. 
HDFS includes several applications of the fixed service amongst them BWA, see Section 6.3.2 for 
more detailed information.

- 140 - 
3.2 Applications for HDFS 
Due to propagation characteristics of frequency bands above 30, line-of sight and short range 
connections are required. Nevertheless, high population of FS systems can be achieved and consequently the systems in these bands are well suited to increase infrastructure in concentrated population areas. Transmission bit rates up to 310 Mbit/s and above are anticipated. Main applications include: 
 Deployment of mobile network infrastructure for existing and new systems. 
 Fixed wireless access (FWA): 
– accommodate new telecommunication operators in competitive markets; 
– provide alternate technologies for upgrade of existing telephone infrastructure; – provide greater access and service choices for residential and commercial users for 
telephony, data and multimedia services. 
 Applications requiring no individual frequency assignments possibly in the bands around 
60 GHz. 
3.3 Results of WRC-2000

60 GHz. 
3.3 Results of WRC-2000 
WRC-2000 designated several GHz of spectrum for HDFS applications above 30 GHz intended to 
provide a global solution for its deployment. Decisions taken are contained in the ITU Radio Regulations (RR) in the form of footnotes to article S5 and associated Resolutions that provide the regulatory provisions to be observed when deploying HDFS in these bands. Furthermore, in the 
Table S21-4 of the RR power flux-density (pfd) limits were provisionally added for space services 
operating in the relevant bands to protect HDFS systems. Particularly, major results concerning HDFS applications are included in two footnotes (S5.547 and new S5.551AA), two Resolutions (Resolutions 75 and 84) and additions of provisional pfd limits for space services (Table S21-4) in the frequency bands shared with HDFS systems.

- 141 - 
ANNEX 7 
Descriptions of broadband wireless access systems 
 
1 Nortel Networks Reunion™ Broadband Wireless Access System  
The Nortel Networks Reunion system provides digital broadband wireless access using a 
point-to-multipoint radio architecture. Reunion operates in a variety of frequency bands, mainly between 24 and 40 GHz. Cell sites are sectorized, each sector generally covering between 15 and 90 degrees of arc. Subscriber sites use highly directional antennas, similar to point-to-point radios. 
The Reunion system allows the network operator to mix FDMA and TDMA upstream traffic on the

The Reunion system allows the network operator to mix FDMA and TDMA upstream traffic on the 
same base station in order to optimally serve a mix of small and medium sized subscriber sites. TDMA tends to be optimal for serving small subscriber sites in which traffic demand is bursty or average traffic is less than about 2 Mbit/s upstream. FDMA tends to be optimal for serving larger sites (medium-sized enterprises or the aggregate traffic of multi-tenant buildings) in which there is enough steady traffic to justify a dedicated upstream channel. In addition, Reunion offers a choice of ATM or IP network interfaces, recognizing that both technologies have their place in the market. 
A typical subscriber site might be provided with one or more DS-1 or E1 connections, similar to 
wireline leased lines. A DS-1 or E1 would then be connected to, for example, a PBX, for a large business customer, or to an operator-owned line concentrator, such as Nortel Networks'

wireline leased lines. A DS-1 or E1 would then be connected to, for example, a PBX, for a large business customer, or to an operator-owned line concentrator, such as Nortel Networks' 
AccessNode Express /Gd4 which would then distribute individual access lines to end customers in the 
building. In addition, the CPE provides a 10baseT or 100BaseT port for providing a LAN bridging 
or routing function for data traffic within the building. Other applications include backhaul of land mobile radio cell-site traffic. 
Traffic is carried over the air as ATM cells or IP packets with appropriate error control. In the

downstream direction (base station to CPE), one or more broadband modulated signals at several tens of megabits per second is broadcast to all CPEs in a sector. This signal is a continuous time division multiplex stream of cells or packets intended for a number of CPEs. In the upstream direction, both FDMA and TDMA channels can be provided. Customer sites with high traffic throughput requirements can efficiently make use of dedicated channels using FDMA. The channel bandwidth is programmable in order to efficiently tailor spectrum usage to site requirements. In addition to programmable bandwidth, the modulation level is also programmable, offering a choice of 4-, 16- or 64-QAM. Downstream rates in excess of 50 Mbit/s can be offered. Customer sites with low throughput requirements, generally less than one or two DS-1s or E1s, can most efficiently time-share upstream TDMA channels. The TDMA upstream channel can be time-shared on a demand basis, with no fixed time slots assigned to any

less than one or two DS-1s or E1s, can most efficiently time-share upstream TDMA channels. The TDMA upstream channel can be time-shared on a demand basis, with no fixed time slots assigned to any particular user. The media access control protocol is based on the MCNS DOCSIS protocol, which is also standardized in Recommendation ITU-R F.1499 and ITU-T Recommendations J.112 and J.116. It makes use of a scheduling algorithm at the base station. The scheduler processes bandwidth requests from CPEs in the upstream channel and grants time slots dynamically using a broadcast time-map sent periodically in the downstream channel.

- 142 - 
Both FDMA and TDMA channels use forward error correction (FEC) as well as adaptive 
equalization, which is necessary to cope with channel errors and a dispersive radio channel. 
The Reunion system uses frequency-division duplex (FDD) technology to separate upstream and 
downstream signals, and to provide for robust operation in a deployment scenario involving coexistence with other systems. 
Links are typically engineered to provide 99.9 to 99.999% availability using cells of 1.5-5 km 
radius. 
1.2.1 Radio interface characteristics 
Class of emission 5-50MD7W downstream 
 2-10MD7W upstream Multiple access scheme TDM downstream  FDMA or TDMA upstream Duplex type FDD Typical transmit frequency band (GHz) Various bands 10-60 GHz Typical RF channel spacing (MHz) 5-50 downstream   2-10 upstream  Gross bit rate per carrier (Mbit/s) 8-150 downstream   2-30 upstream Modulation 4-QAM, 16-QAM or 64-QAM 
1.2.2 Network configuration

The network architecture which allows any pairing of FDMA or TDMA access with ATM or IP 
networking is shown in Figure 44 below. The Reunion system comprises: 
/G2d the base station indoor equipment, or Network Node Equipment (NNE); 
/G2d the outdoor Base Station Transceiver (BTR); 
/G2d the outdoor Customer Premises Transceiver (CTR);  
/G2d the indoor customer premises Network Interface Unit (NIU); and 
/G2d associated network management equipment and tools. 
External to the BWA system at the customer site are the customer owned equipment connected to

External to the BWA system at the customer site are the customer owned equipment connected to 
the NIU, such as concentrators, H.323 IP gateways, PBXs, and LAN hubs. External to the Reunion system on the network infrastructure side are the backhaul media from the base stations (OC3c/STM-1 fibre or radio), the ATM switch or IP router, and network gateways. The Reunion system provides integration into the Internet service provider (ISP) and application service provider (ASP) customer-care system and operation support system (OSS).

- 143 - 
FIGURE 54 
Network architecture 
Land-044mCustomer owned
equipment
Small business/SOHO
10/100 BTCTRTDMA
BTR
NIU
Small/medium business
H323
10/100 BTFDMA ATM
H.323
gateway
PBX
or remote
concentratorDS1
orE1Reunion
base
station
(NNE)
Passport
ATM switchHDT DMS 500Network
operatorTeleservice
providerH.323
gatekeeperDNS
serverH.323
gateway
PSTNInternetPacket
datanetworkInternet service
provider
Security
managerNetwork
managerIP Network
manager
OC3c
fibre orradio
IP
PBXRouter
 
The functions of the system components are as follows: 
Network node equipment (NNE) 
The NNE comprises base station modems, channel combining and redundancy switching matrix, 
and backhaul interface. The downstream channels are continuous TDM carriers. FDMA and/or TDMA upstream channels are supported, and with FDMA, a mix of narrowband and wideband upstream channels can be associated with each downstream channel.

Traffic is carried as ATM cells or IP packets, with support for quality-of-service (QoS). ATM CBR 
circuit emulation service supports both structured and unstructured DS-1 or E1 traffic. 
Reunion uses broadband linear amplification technology, so that the multiple downstream channels 
are combined into each radio. A channel combining and redundancy switching matrix allows combining of several carriers into each millimetre-wave radio, and has the ability to switch spare modems into sectors as required for fault recovery. 
A variety of broadband backhaul interfaces, including OC3c fibre or point-to-point radio, may be 
employed, and redundant backhaul is supported. 
Base station transceiver (BTR) 
The BTR converts a wide band of intermediate frequency transmit and receive signals from the

The BTR converts a wide band of intermediate frequency transmit and receive signals from the 
NNE modems to millimetre-wave frequencies, and provides amplification. The BTR is remotely powered from the NNE via the IF cabling. Normally, a pair of BTRs are co-sited in each sector for 1:1 redundancy. A variety of sector antennas can be attached to the BTR, to provide coverage from 15 to 90 degrees with either horizontal or vertical polarization. Alarm and status supervision messaging from the BTR to the NNE is also provided.

- 144 - 
Customer premises transceiver (CTR) 
The CTR provides the same frequency-conversion and amplification functions as the BTR, but is 
optimized for single-channel operation and low cost. Like the BTR, the CTR is remotely powered via the IF cabling. A parabolic antenna is directly attached to the radio, providing high gain with high sidelobe and backlobe rejection, essential for intensive frequency re-use. 
Network interface unit (NIU) 
The NIU contains the modem for the customer premises side of the link and also provides a variety 
of interfaces to support a wide range of end-user services. The typical NIU provides one or more DS-1 or E1 ports plus a 10baseT port, all in a single integrated package. Each port is independently configurable to support several virtual circuits. 
The Reunion system offers the following key attributes: 
/G2d Broadband access (1 or more DS-1 or E1 lines and/or 10/100baseT) 
/G2d ATM or IP networking

/G2d ATM or IP networking 
/G2d Competitive alternative to wireline leased line facilities 
/G2d Rapid deployment 
/G2d Modular growth; scaleable solution 
/G2d Integrated voice, video, data solution 
/G2d Optimized for wide range of traffic, through mixing of FDMA and TDMA channels 
/G2d Choice of ATM or IP networking 
/G2d Structured or Unstructured DS-1 or E1 access 
/G2d "Last mile" connectivity for service providers 
/G2d High speed access in districts underserved by fibre, coax or copper leased line facilities 
/G2d High availability links 
Service Provisioning 
/G2d Competitive local exchange carriers (CLECs) 
/G2d Internet service providers (ISPs) 
/G2d Cellular and PCS Operators with wireless backhaul requirements

- 145 - 
2 TSR broadband fixed wireless access system  
This has been developed by the Swedish company Time Space Radio, TSR, and some of its salient 
features are the use of a unique time and space multiplexing, to achieve high capacity combined with efficient spectrum usage. It is designed to operate in the 10.5 GHz and 3.5 GHz bands. 
2.2 Description  
SDMA/TDMA is used to send or receive information, via narrow (5´) radio beams, in a specific 
direction during a specific period of time. The system allows a single station to communicate with one or more stations by rapidly changing the direction of antenna during transmission or reception to a station designed for that purpose. This allows for a very efficient utilisation of the frequency spectrum. 
In transmissions between two specific TSR stations, the product TSR 34-10 thus functions as a

In transmissions between two specific TSR stations, the product TSR 34-10 thus functions as a 
conventional radio link. A single station can receive information one moment and retransmit it the following moment – so-called repetition. Significantly, a TSR radio network can consist of a combination of star, tree and link structures and it may be appropriate to avoid use here of the normal terms central/base and terminal /user stations and use the term "node". The latter term conveys better the notion that the stations serve several functions in an integrated manner ("master/slave" for example, is a term that might also be employed.) 
The system uses Time Division Duplex (TDD), i.e. the same frequency is used for reception and 
transmission, which allows faster asymmetric traffic on TSR's networks. 
 
FIGURE 55 
Land-045A, TS
B, TS
C, TSE1/V35E1/V35E1/V35
E1
D
CS
T1 T2 T3TSR 34-10 uses TDMA and TDD. A set number of Time Slots are used for communication

FIGURE 55 
B, TS
E1
D
CS
between two stations. During T1 station A transmits information to station D. Station D
retransmits - "repeats" - this information to station C during time period T2,
after which, during T3, D transmits information to B. The radio link thus 
uses a single frequency for both transmission and reception.
 
A key function of TSR stations is their capacity for parallel repetition of traffic to another station 
and drop/insert of local traffic.

- 146 - 
FIGURE 56 
Land-046A
D
C BA TSR network may comprise any combination of star, tree and link structures. In a logical
link between A and B traffic through the net is transparent. Each node in a TSR network
constitutes a resource of 34 Mbit/s. Provided that the flow of traffic through each node
does not exceed 34 Mbit/s, the C-D and A-B links can be used concurrently.
 
Design parameters 
The design of a radio network consisting of TSR nodes should take into account the following 
parameters: 
1) The number of interfaces per node. 2) Link distance. 3) Total bandwidth through a node. 
4) Bandwidth for each direction. 
TSR 34-10 
The basic hardware of all TSR stations is more or less the same. It should be noted that an antenna 
can cover several stations in the same radio access.  
The software of the stations is configured either to transmit or receive information during a specific

The software of the stations is configured either to transmit or receive information during a specific 
period of time and a specific antenna direction. This makes it possible to tailor bandwidth, traffic flow and network structures accurately to customers' requirements. All necessary configurations can be made through the user interface for the network management system.  
The TSR system works with the bandwidth 28 MHz. Each station has the capacity to send or 
receive 544 128-bit time slots within a time frame of 2 ms. This means that each time slot corresponds to 64 kbps and that each TSR station can support traffic flows of up to 34 816 Mbps (simplex).

- 147 - 
FIGURE 57 
Land-047Frame structure in the radio interface. Each frame corresponds to 2 ms
and consists of 544 time slots (TS).
1 TS = 128 bits2 ms
544 TS
 
2.3 Possible network structures and applications  
Serial connection 
 
FIGURE 58 
Land-048Each station contains a logic function as CS, RS or TS but are physically the same. The system
can be extended, without having to replace existing station hardware, either in serial,
to cover a greater area, or in parallel, to increase capacity.
Parallel
Increased
capacity and
redundancySerial
Increased
area of
coverage

- 148 - 
FIGURE 59 
Land-049Application. TSR network providing broadband communication access to industrial areas,
connecting them to other radio or fibre backbone systems. Mobile cellular network
infrastructure may similarly be provided, and here route diversity is more valuable.
 
3 General characteristics of broadband FWA system in Japan 
In very near future, it is expected that people use applications in a wider and more diversified 
manner as a way to utilize information and communications technologies. In order to make such applications feasible, it is indispensable to provide a highly sophisticated network infrastructure. 
In view of the above, a broadband fixed-wireless access system, which connects general households

In view of the above, a broadband fixed-wireless access system, which connects general households 
and offices with the telecommunications facilities of telecom carriers using the frequency above 22 GHz band, has been studied for practical use. The propagation distance is usually a few kilometre or less. These point-to-point FWA system (referred to as P-P FWA hereafter) and point-to-multipoint FWA system (referred to as P-MP FWA hereafter) are on service in Japan.  
The following sections outline about P-P FWA and P-MP FWA systems in Japan operating at the 
quasi-millimeter-wave band and the millimeter-wave band as of beginning 2000. 
3.2 Point-to-point FWA system  
This system using the frequency band of the 22.0-22.4 GHz, 22.6-23.0 GHz, 25.25-27.0 GHz, 
38.05-38.5 GHz or 39.05-39.5 GHz is to be generally deployed in urban areas, and used for

38.05-38.5 GHz or 39.05-39.5 GHz is to be generally deployed in urban areas, and used for 
fast-speed data links such as LAN, WAN, ATM, etc., leased lines, and circuit switched connections and so forth. The expected users of this system include large-scale corporations that require a faster transmission rate of several tens of mega-bits per second, and corporations that require rates of several megabits per second. The propagation distance is four kilometres or less.

- 149 - 
Therefore, the transmission capacity of P-P FWA is assumed at 6 Mbit/s, 45 Mbit/s, 52 Mbit/s, and 
156 Mbit/s. Its duplex scheme is based on FDD (frequency division duplex). 
An example of the configuration for P-P FWA is shown in Table 8. 
TABLE 8 
Example of configuration for P-P FWA 
 
3.3 Point-to-multipoint FWA system 
This system, which consists of many cells, using multiple access technology under the frequency 
band of the 25.25-27.0 GHz, 38.05-38.5 GHz or 39.05-39.5 GHz is to be deployed mainly from urban to suburban areas. As the system offers transmission rates from several tens of kilobits per second up to several mega-bits per second per subscriber, it can be used for N-ISDN, connection between LANs, Internet access and others. The main users of this system will include SOHOs and general households. The propagation distance is two kilometres or less. Item Contents 
System classification 6M System 12M System 45M System

System classification 6M System 12M System 45M System 
Frequency band 22/26/38 GHz 22/26/38 GHz 22/26/38 GHz 
Duplex method FDD FDD FDD 
Modulation method Multi-level modulation of 4 or more (4-PSK,4-FSK,16-QAM 
etc.) 
Transmission capacity 6.312 Mbit/s 12.624 Mbit/s 44.736 Mbit/s 
Radio transmission rate 8.2 Mbit/s 16.4 Mbit/s 49.2 Mbit/s 
Interface example 6.312 Mbit/s 
1.544 Mbit/s×4 6.312 Mbit/s×2 
1.544 Mbit/s×8 44.736 Mbit/s 
Power of a radio 
transmitter less than 500mW less than 500mW less than 500mW 
Item Contents 
System classification 52M System 156M System 
Frequency band 22/26/38 GHz 22/26/38 GHz 
Duplex method FDD FDD 
Modulation method QAM of 16 level or more 
Transmission capacity 51.84 Mbit/s 155.52 Mbit/s 
Radio transmission rate 57 Mbit/s 172 Mbit/s 
Interface example 51.84 Mbit/s 
44.736 Mbit/s 155.52 Mbit/s 
51.84 Mbit/s×3 
Power of a radio transmitter less than 500mW less than 500mW

- 150 - 
Therefore, the total transmission capacity of P-MP FWA is assumed to be several tens of mega-bits 
per second. For the multiplexing mode, either TDMA or FDMA can be utilized, and for its duplex scheme, both TDD (time division duplex) and FDD systems are provided, which divide each of uplink and downlink on the time and frequency axes respectively. 
An example of the configuration for P-MP FWA is shown in Table 9. 
TABLE 9 
Example of configuration for P-MP FWA 
The table summarizes configuration examples for P-MP FWA systems based on three application 
types: 
ATM connection type, LAN extension type and transmission connection type.
 
4 Ericsson's broadband FWA system 
General 
Ericsson broadband-wireless IP system "Beewip™" provides a transparent medium for different 
types of IP services. Wireless Ethernet, based on 802.11, is carrying the IP traffic. Item Contents 
Mode ATM connection type LAN extension type Transmission connection 
type

type 
Service provided Internet access/Internet 
telephone  
N-ISDN/B-ISDN 
FR/CR/VOD Internet access  
Internet telephone Internet access/Internet 
telephone 
N-ISDN/PSTN, leased 
line/FR/CR  
Frequency band 26/38 GHz 26/38 GHz 26/38 GHz 
Duplex method TDD or FDD TDD or FDD TDD or FDD 
Access method TDMA or FDMA TDMA or FDMA TDMA or FDMA 
Modulation method GMSK, 4 (or more) PSK, 16 (or more) QAM GMSK, 4 (or more) PSK, 
16 (or more) QAM 
Transmission capacity FDD downlink/uplink: 
25.6 Mbit/s 
TDD total transmission 
capacity: 52 Mbit/s FDD downlink/uplink: 
10 Mbit/s 
capacity: 20 Mbit/s FDD downlink/uplink:  
20 Mbit/s 
capacity: 40 Mbit/s 
Radio transmission rate FDD downlink/uplink: 
36 Mbit/s 
Rate: 72 Mbit/s FDD downlink/uplink: 
14 Mbit/s

20 Mbit/s 
36 Mbit/s 
14 Mbit/s 
TDD total transmission Rate: 
28 Mbit/s FDD downlink/uplink:  
28 Mbit/s 
Rate: 56 Mbit/s 
Power of a radio transmitter less than 500 mW less than 500 mW less than 500 mW

- 151 - 
The system operates in the ITU standardized 3.5 GHz licensed frequency band. The system 
architecture supports dynamic bandwidth allocation and provides an "always on" connection at a data rate of up to 3 Mbit/s per subscriber.  
Technology, architecture and configurations 
Radio frequency system characteristics 
 
Frequency band versions:   3 410-3 600 MHz Duplex spacing    100 MHz Modulation:      GFSK (1, 2 or 3 bits/symbol) Access method:    FH-CDMA 
Allocated bandwidth per RF channel: between 10 MHz and 42 MHz 
Subchannel spacing:    2 MHz 
Hopping parameters:     250 /G6ds max. hopping settling time  
Dwell time:      default 128 ms Bit rates:      gross bit rates of 1, 2 and 3 Mbit/s 
The system consists of three main groups of physical nodes (see Figure 60, below): 
The subscriber units consisting of an outdoor and indoor unit. 
The base stations consisting of radio controller, switch, outdoor units and antenna elements.

The base stations consisting of radio controller, switch, outdoor units and antenna elements. 
The operation, administration and maintenance system consisting of hardware and software. An in- or outdoor base station cabinet which houses the radio controller and switch. 
FIGURE 60 
Land-050Network configuration (inside the dotted lines is what is included in BeewipTM)
POPOAMBS
Internet
PSTN
GW
GKBeewipTMBSW BRC BOU BAESU
SOU
SIU
Product support
services and tools

- 152 - 
SOU=subscriber outdoor unit, SIU=subscriber indoor unit. 
BS=base station, BRC=base station radio controller, BSW=base station switch, BOU=base station 
outdoor unit, BAE=base station antenna element. 
OAM=operation, administration and maintenance  The subscriber units (SU) are connected to the base station (BS) over the air interface. At the BS the

OAM=operation, administration and maintenance  The subscriber units (SU) are connected to the base station (BS) over the air interface. At the BS the 
traffic is concentrated and routed towards the point of presence (PoP) by the base station switch (BSW). Before routed towards the PoP, converting from 10BaseT Ethernet to the protocol used at the transmission media is done. The figure above shows the implementation of Ericssons Beewip™ system into existing networks. The connection of the system to the IP backbone for data transfer is directly via the (PoP), while the connection to the public switched telephone network (PSTN) is established by applying an additional gateway (GW) and gatekeeper (GK), since voice traffic is handled as voice over IP (VoIP). The BS provides all commonly used interfaces for the transmission media between BS and the PoP. The PoP concentrates the data and voice traffic for a given region towards the backbone.

The subscribers located in the covered area have access to the services via their subscriber units, 
which are located on their premises. There are different types of SUs available, offering different types of service packages. In total there are six different SU variants. 
The operation, administration and maintenance (OAM) part enables the operator to remotely 
configure the nodes of the whole access network, to do remote software upgrades, and on the whole, control and monitor all traffic by fault and performance management functions. 
Range 
The maximum ranges for the different bit rates, when using the nominal radio characteristics of the 
system with a 60
o antennae and a pathloss model for obstructed line of sight (OLOS), are 
approximately 10, 5 and 2.5 km for 1, 2 and 3 Mbit/s respectively. This typical OLOS scenario is depicted in Figure 61. 
 
FIGURE 61 
Land-0515 km 10 km
3 Mbit/s 2 Mbit/s 1 Mbit/s0 kmDeployment of the system in a typical urban/suburban scenario
2.5 km

FIGURE 61 
2.5 km
 
In line of sight conditions 15 km range can be expected.  The OLOS scenario allows for easy and inexpensive installation for both the BAE and SOU.  
Capacity 
Beewip™ is a packet-oriented system, using FH-CDMA radio technology. For the capacity then, 
the carrier-to-interference ratio ( C/I) is the figure of merit. The gross bit-rate values will be different 
in different deployment scenarios.

- 153 - 
A worst-case scenario has been simulated, based on a large network and minimal amount of 
bandwidth in combination with a fully loaded system. This deployment scenario means a large network with closely adjacent base-stations, with all base-stations transmitting all the time. The result from those simulations showed that an average gross bit-rate in an OLOS scenario is 2.2 Mbit/s. 
In a more typical traffic scenario there will be less interference and therefore better possibilities to 
send at higher bit-rates. In a network with less base stations and more bandwidth a gross bit-rate close to 3 Mbit/s can be expected. 
Deployment 
Ericssons Beewip™ system follows a cellular deployment structure where multiple cells provide 
coverage to a geographical area. Each cell contains one base station (BS) with several base station antenna elements (BAE) each driven by one base station outdoor unit (BOU). The BAEs are sectorial antennae covering a sector of either 60
o or 120o.

o or 120o. 
The total number of subscribers that can be connected to a Beewip™ base station with six sectors 
depends not only on the manner of deployment, the terrain and the distance between BS and subscribers, but also on factors that are connected to the actual data traffic such as subscriber behaviour, offered services etc. All this might be very different for different implementations of the system. 
Summary of capabilities 
In summary, the Beewip™ system provides the following key attributes: 
Features/highlights LAN connection to Internet 
/G2d Provides a bandwidth management that enables to set symmetrically and unsymmetrical for 
up- and downlink with a resolution of 1 kbit/s. 
/G2d Data and voice services at the same time. 
Prioritizes voice over data 
/G2d The connection to the PSTN is established by an of-the-shelf H.323 voice gateway. 
/G2d The possible voice codecs are: G.711 – 64kb/s, G.723.1 – 6.3 kbit/s, G.729A – 8 kbit/s.

/G2d The possible voice codecs are: G.711 – 64kb/s, G.723.1 – 6.3 kbit/s, G.729A – 8 kbit/s. 
External threats are handled by a firewall at the point of presence (PoP); 
/G2d Supports all types of IPv4 addressing, i.e. static, dynamic and private addressing. Also 
supports the future Internet addressing type, IPv6. 
/G2d The IP network services are transparently forwarded to Internet and the destination site. 
/G2d Complies with useful and important standards like IEEE 802.1q (VLAN), IEEE 802.3x 
(Congestion control) and ETSI EN 301 253 (FH-CDMA). 
/G2d Cost-efficiently scalable expansions of the operators network services. 
/G2d Rapid deployment. 
/G2d Integrated voice and data solution.

- 154 - 
/G2d Urban and suburban area. 
/G2d "Last mile" connectivity. 
/G2d IP access providers 
/G2d Cellular operators 
/G2d Competitive local operators (CAP, CLEC) (Competitive access providers, competitive local 
exchange carriers) 
/G2d FWA operators 
5 Alcatel's 7390 LMDS broadband wireless access system 
5.1 General 
The Alcatel 7390 LMDS family meets the need for a broadband point-to-multipoint fixed wireless 
access system which can be used by both incumbent and new telecom operators, cable TV system operators, and other wireless network providers. It can be deployed as part of a fully integrated network solution which includes: 
/G2d synchronous digital hierarchy (SDH)/synchronous optical network (SONET) transmission 
technologies (fiber or radio) and ATM-based services 
/G2d narrow-band/broadband switches. 
/G2d broadband remote access node (RAN). 
/G2d cellular/wireless local access products.

/G2d cellular/wireless local access products. 
/G2d voice interconnection systems, such as SS7, V5.2 and TR-303 
/G2d fully integrated network and service management. 
The Alcatel LMDS has been designed with a flexible channel allocation which supports a wide 
range of radio frequency variants with very high frequency re-use. The multiple access scheme used by the system is TDMA.  
The Alcatel LMDS enables service providers to cater for the small to medium business user (SME), 
either in a single or multi-tenant building, as well as the SOHO and even residential user in a multiple dwelling complex. Voice, data and IP based services can be offered simultaneously and cost effectively. 
Service interfaces provide nxE1/T1, clear E1/T1, ISDN/POTS and Ethernet 10BaseT for enhanced 
IP service support.

IP service support. 
Multiple network termination devices can be connected to a single customer site radio to increase 
the service port density. At the base station site, or central office interfaces to the data network are provided, either via ATM or high density TDM. Concentrated switched services can be connected to Class 5 PSTN offices via GR303 or V5.2, further reducing the cost of capital equipment and operational expense. 
The Alcatel LMDS solution also offers switched voice solution with an SS7 interface.

- 155 - 
5.2 Architecture 
The Alcatel LMDS solution is a point-to-multipoint system designed to give an architecture for 
broadband connection in urban environment. The system is installed with a common base station (BS) and many distributed customer terminal stations (TS).  
 
FIGURE 62 
Land-052m
Application model
Cellular
backhaulSME, MDU/MTU, SOHO,
telecom services
PSTN/ISDN
PLMN
Transport network
Broadband data networkTerminal
station
Multi-services delivery:
nxPOTS/ISDN
Ethernet/FR
nx 64 kb/nxE1/T1
OC3/STM-1Leased-line
network
ISP/ASP/
corporate officeE1/T1
STM1/0C3
E3/T3Base stationBS
 
The BS utilizes sector antennas to achieve cell coverage and the TS uses a small size parabolic 
antenna to access the BS. 
Base Stations act as hubs, transmitting the telephone, data and IP based services to the customers 
over a line of sight range of approx. 4 km at maximum. 
The Alcatel LMDS key sub-system features are:

The Alcatel LMDS key sub-system features are: 
/G2d Cellular type network interconnected with PSTN/ISDN/PLMN/leased-line/broadband 
networks. 
/G2d Base stations with split mounted indoor-outdoor architecture. 
/G2d Terminal stations with split mounted indoor-outdoor architecture, and the possibility to 
connect several network Termination (NT: indoor units) to the same radio termination (RT: outdoor unit). 
A simple network is made up of: 
/G2d multiple terminal stations: Each customer is equipped with a TS which provides the access 
and adaptation required for the system, customers are installed using unobstructed, clear line-of-sight (LOS) radio links to the respective host base station.

- 156 - 
/G2d a base station: The BS serves many TSs from a central location with line of sight to the 
TSs. The BS provides the appropriate interfaces between the radio access and the backbone networks together with the management centre, 
/G2d a management center common to multiple cells. The management center provides the 
interfaces for the operator. 
5.3 Technical characteristics 
5.3.1 System description 
The complete system is illustrated in the following figure: 
 
FIGURE 63 
Land-053m
System characteristics
End-to-end network and service management
46020 NSM
Corporate
B-RAS
ISP/ASPATM
ISDN/PSTN
LL networks
End-usersRadio
basestation
/Ga5-pol or
x-polsingle ormulti-carrierLocal
terminal
ATM
interface
Circuit
interface
Modems
Intermediate
frequency
Digital base station
 
5.3.2 Network interfaces 
These interfaces are used for interconnection either to the broadband data network, the leased-line 
network or the PSTN/ISDN, they are of two types: ATM or G703.

network or the PSTN/ISDN, they are of two types: ATM or G703. 
5.3.2.1 Bursty data traffic 
The data oriented traffic is sent on an ATM interface, generally through an ATM switched network 
either to a router or to an broadband RAN (remote access node). 
Permanent virtual circuits (PVC) are used between the network terminations and the router or the 
broadband (RAN) using the bridged mode encapsulation (RFC 1483) which enables IP and IPx types of traffic.

- 157 - 
5.3.2.2 Circuit oriented traffic 
Access to the network for both telephony and leased line services is using E1 or T1 interface. 
Physically the interfaces can be provided either on dedicated T1/E1 interfaces complying with 
ITU-T Recommendation G.703 (1 544 kbit/s for T1 or 2 048 kbit/s for E1), or sent through an ATM interface to an ATM switch, which must be equiped with CEM board (Circuit Emulation over ATM). 
For leased lines, the system establishes a permanent radio link between the base station and the 
terminal station Network Termination (NT) on which the leased line is declared. The radio system is fully transparent to the type of traffic carried. 
For telephony, the access to the PSTN or ISDN telephone networks is carried out via the n x E1/T1 
concentrated interface supporting V5.2 or GR303, through the optional sub-system elements. For SS7 telephony an external gateway is utlised. 
5.3.3 Subscriber interfaces

5.3.3 Subscriber interfaces 
The Alcatel LMDS solution is a multi-service platform offering a mix of leased line, switched 
voice, ISDN and IP based services. 
TABLE 10 
Subscriber interfaces 
 
5.3.4 Radio interface 
5.3.4.1 Frequency plans 
The Alcatel LMDS system is developed in several frequency bands in order to accomodate regional 
and/or national requirements. The following table gives the main specifications of the frequency plans. Telephony POTS : 
 ITU-T G.713 
 ISDN BA 2B+D U interface: 
 ITU-T G961 
 ISDN PRI: 
 ETS 300011 
Signalling  V5.2 
DATA Ethernet 10 Base T 
E1 G.703 
 X21 
ATM STM1/0C3 
 ITU-T G709 
 PVC

- 158 - 
TABLE 11 
Frequency plans 
 
5.3.4.2 RF physical layer 
The air interface complies with the DAVIC 1.2 Specification Part 8, Lower layer Protocols and 
Physical Interfaces. 
It uses the frequency division duplex (FDD) mode to separate the outward and return channels. This 
return channel is divided into up to four sub-channels: a terminal station can access any of these channels, with the choice made by the MAC protocol. The downlink uses time division multiplex in which the basic circuit is not the byte but the ATM cell. The uplink uses a TDMA access mode superposed over the channel selection FDM mode. 
5.3.4.3 Carrier bandwidths supported 
The Alcatel LMDS wireless access system supports the following carrier bandwidths; 
/G2d Downstream: 14, 21, 28, 36 MHz 
/G2d Upstream: 3.5, 7, 9 MHz Frequency Band Freqency 
Range & Duplex Region 
26 GHz CEPT ERC T/R13-02 24.5-26.5 GHz 
1 008 MHz duplex Region 1 
28 GHz CEPT ERC T/R13-02 27.5-29.5 GHz 
1 008 MHz duplex Region 1

26 GHz Japan 25.25-27 GHz 
855 MHz duplex Japan 
25 GHz Korea 24.3-26 GHz 
1 480 MHz duplex Korea 
LMCS A-F 
US LMDS A (sym) 25.35-28.35 GHz 
500 MHz block Pacific Rim, 
Canada, USA, 
Latin America 
US LMDS A (asym) 25.35-28.35 GHz  
31.075-31.225 GHz USA 
24 GHz 24.25-25.25 GHz 
800 MHz duplex USA, Canada 
31 GHz (US LMDS B) 31-31-075 GHz 
31.225-31.3 GHz 
225 MHz duplex USA 
38 GHz 38.6-39.3 GHz 
39.3-40 GHz 
700 MHz duplex USA, Canada, 
South America

- 159 - 
5.3.4.4 Radio transmission characteristics 
The following tables give the frame rate and period chosen for the Alcatel LMDS system as the 
main radio characteristics: 
TABLE 12 
Radio characteristics – downlink 
 
TABLE 13 
Radio characteristics – uplink 
  Down-stream 
Channel bandwidth 14 MHz 28 MHz 
Occupied bandwidth 13.63 MHz 27.25 MHz 
Roll-off factor 35% 35% 
Modulation QPSK QPSK 
Gross bit rate 20.19 Mbit/s 40.37 Mbit/s 
 25 GHz 28 GHz 25 GHz 28 GHz 
BS output power* (antenna port) 17 dBm 17 dBm 17 dBm 17 dBm 
Tx antenna gain* 15 dB 15 dB 15 dB 15 dB 
Rx antenna gain* 35 dB 34.5 dB 35 dB 34.5 dB 
RF Rx level for BER* @ 10-6 -84 dBm -84 dBm -81 dBm -81 dBm 
* Typical values 
One down-stream carrier is combined with up to four up-stream carriers. 
 Upstream 
Channel bandwidth 3.5 MHz 7 MHz 
Occupied bandwidth 3.36 MHz 6.72 MHz 
Roll-off factor 25% 25% 
Modulation D-QPSK D-QPSK 
Gross bit rate 5.38 Mbit/s 10.75 Mbit/s 
 25 GHz 28 GHz 25 GHz 28 GHz

TS output power* (antenna port) 14 dBm 14 dBm 14 dBm 14 dBm 
Tx antenna gain* 35 dB 34.5 dB 35 dB 34.5 dB 
Rx antenna gain* (with radome) 15 dB 15 dB 15 dB 15 dB 
RF Rx level for BER* @ 10-6 -86.1 dBm -86.1dBm -83 dBm -83 dBm 
* Typical values

- 161 - 
ANNEX 8 
Wireless access to the Internet 
Internet over wireless issues 
1 Internet Engineering Task Force draft memo on "Long Thin Networks" 26 February 1998. 
driving force for the industry. This can be seen in recent developments in standards activities related to second- and third-generation personal communications, fixed wireless access, broadband wireless access and satellite services. 
Optimized wireless networking is one of the major hurdles that must be solved if ubiquitous access

Optimized wireless networking is one of the major hurdles that must be solved if ubiquitous access 
to networking resources is to develop. However, current data networking protocols have been optimized primarily for wired networks. Wireless environments have very different characteristics in terms of latency, jitter, and error rate as compared to wired networks. Accordingly, traditional protocols are ill-suited to this medium and wireless raises new issues to be addressed in standardization forums. 
IP-based wireless networks can be grouped into: 
/G2d wireless local area networks (W-LANs - for example, IEEE 802.11 compliant networks); 
/G2d wireless wide area networks (W-WANs - for example, IMT-2000); 
/G2d broadband wireless access networks (BWA - for example local multipoint distribution 
systems (LMDS); 
/G2d satellite networks. 
BWA and W-WANs present the most serious challenges, given that the length of the wireless link

is typically 4 to 5 times as long as that of their W-LAN counterparts. Satellite causes different issues due to their much greater link lengths. In the near future, 3rd Generation wireless services will offer mobility at 384 kbit/s and more, whereas satellite and BWA may offer >10 Mbit/s for fixed users. The required buffer for many of these is larger than the default 8 kbyte buffer space used by many TCP implementations. This means that, whereas for W-LANs the default buffer space is enough, future systems will operate inefficiently (that is, they will not be able to fill the pipe) unless they override the default value. A 3rd Generation wireless service offering 2 Mbit/s with 200-millisecond latency requires a 50 kbyte buffer. Most importantly, latency across a link adversely affects throughput. The long latencies also push the limits (and commonly transgress them) for what is acceptable to users of interactive applications.

- 162 - 
A typical architecture includes: 
/G2d a wireless terminal device (possibly mobile), connected via 
/G2d a wireless link (which may, in fact comprise several hops at the link layer), to 
/G2d a base station (sometimes referred to as an intermediate agent or node) connected via 
/G2d a wireline link, which in turn interfaces with 
/G2d the landline Internet and millions of legacy servers and web sites. 
Although this architecture is not concerned with paths that include two wireless segments separated

Although this architecture is not concerned with paths that include two wireless segments separated 
by a wired one, this may occur, for example, if one mobile device connects across its immediate wireless segment via a base station to the Internet, and then via a second wireless segment to another terminal device. Quite often, mobile devices connect to a legacy server on the wired Internet. Typically, the endpoints of the wireless segment are the base station and the mobile device. However, the latter may be a wireless router to a mobile network. This is also important and has applications in, for example, disaster recovery. 
The target architecture has implications which concern the deployability of candidate solutions. In

The target architecture has implications which concern the deployability of candidate solutions. In 
particular, an important requirement is that the networking stack on the legacy servers cannot be altered. It would be preferable to only change the networking stack at the base station, although changing it at the user devices is certainly an option and perhaps a necessity. 
Mobile devices can be envisioned that can use the wireless medium very efficiently, but overcome 
some of its traditional constraints. Full mobility will enable terminal devices to have the flexibility and agility to use whichever happens to be the best network connection available at any given point in time or space. Accordingly, devices may be able to switch from a wired office LAN and hand over their ongoing connections to continue on, say, a wireless WAN. This type of agility also requires Mobile IP. 
The following issues need to be considered:

The following issues need to be considered: 
/G2d What are the error characteristics of the wireless medium? The link may present a higher 
BER than a wireline network due to burst errors and disconnections. 
1) higher BER due to random errors (which implies longer and more variable delays due 
to link-layer error corrections and retransmissions) 
2) an interruption in service due to a handover or a disconnection. 
/G2d Is the wireless service datagram oriented, or is it a virtual circuit? Currently, switched 
virtual circuits are more common, but packet networks are starting to appear, for example, LMDS, CDPD and General Packet Radio Service (GPRS) in GSM. 
/G2d What kind of reliability does the link provide? Wireless services typically retransmit a

/G2d What kind of reliability does the link provide? Wireless services typically retransmit a 
packet (frame) until it has been acknowledged by the target. They may allow the user to turn off this behaviour. For example, GSM allows RLP (radio link protocol) to be turned off. In GSM RLP, a frame is retransmitted until the maximum number of retransmissions (protocol parameter) is reached. What happens when this limit is reached is determined by the telecom operator: the physical link connection is either disconnected or a link reset is enforced where the sequence numbers are resynchronized and the transmit and receive buffers are flushed resulting in lost data. Some wireless services, like CDMA IS95-RLP, limit the latency on the wireless link by retransmitting a frame only a couple of times. This decreases the residual frame error rate significantly, but does not provide fully reliable link service.

- 163 - 
/G2d Does the user device transmit and receive at the same time? Doing so increases the cost of 
the electronics on the user device. Typically, this is not the case in WANs, but is typical for BWA. 
/G2d Does the user device directly address more than one peer on the wireless link? Packets to 
each different peer may traverse spatially distinct wireless paths. Accordingly, the path to each peer may exhibit very different characteristics. Quite commonly, the user device addresses only one peer (the base station) at any given point in time. When this is not the case, techniques such as channel-state dependent packet scheduling come into play. 
Should it be IP or not? 
The first decision is whether to use IP as the underlying network protocol or not. In particular, some

The first decision is whether to use IP as the underlying network protocol or not. In particular, some 
data protocols evolved from wireless telephony are not always - though at times they may be - layered on top of IP. These proposals are based on the concept of proxies that provide adaptation services between the wireless and wireline segments. 
This is a reasonable model for user devices that always communicate through the proxy. However, 
many wireless user devices are expected to utilize wireline networks whenever they are available. This model closely follows current laptop usage patterns: devices typically utilize LANs, and only resort to dial-up access when "out of the office." 
For these devices, an architecture that assumes IP is the best approach, because it will be required 
for communications that do not traverse the base station (for example, upon reconnection to a W-LAN or a 10BaseT network at the office).

for communications that do not traverse the base station (for example, upon reconnection to a W-LAN or a 10BaseT network at the office). 
Underlying network error characteristics 
Using IP as the underlying network protocol requires a certain (low) level of link robustness that is 
expected of wireless links and may be typical of BWA, but not WANs. 
IP, and the protocols that are carried in IP packets, are protected end-to-end by checksums that are

IP, and the protocols that are carried in IP packets, are protected end-to-end by checksums that are 
relatively weak (and, in some cases, optional). For much of the Internet, these checksums are sufficient; in wireless environments, the error characteristics of the raw wireless link are much less robust than the rest of the end-to-end path. Hence for paths that include wireless links, exclusively relying on end-to-end mechanisms to detect and correct transmission errors is undesirable. These should be complemented by local link-level mechanisms. Otherwise, damaged IP packets are propagated through the network only to be discarded at the destination host. For example, intermediate routers are required to check the IP header checksum, but not the UDP or TCP checksums. Accordingly, when the payload of an IP packet is corrupted, this is not detected until the packet arrives at its ultimate destination.

A better approach is to use link-layer mechanisms such as FEC, retransmissions, and so on in order 
to improve the characteristics of the wireless link and present a much more reliable service to IP. This approach has been taken by CDPD, Ricochet and CDMA. 
This approach is roughly analogous to the successful deployment of point-to-point protocol (PPP), 
with robust framing and 16-bit check summing, on wireline networks as a replacement for the serial line interface protocol (SLIP), with only a single framing byte and no checksumming. 
The use of FEC is recommended in satellite environments. Notice that the link-layer could adapt its frame size to the prevalent BER. It would perform its own 
fragmentation and reassembly so that IP could still enjoy a large enough MTU size.

- 164 - 
A common concern for using IP as a transport is the header overhead it implies. Typically, the 
underlying link-layer appears as PPP to the IP layer above. This allows for header compression schemes which greatly alleviate the problem. 
Non-IP alternatives 
A number of non-IP alternatives aimed at wireless environments have been proposed. One 
representative proposal is discussed here. 
Wireless application protocol (WAP) 
The WAP specifies an application framework and network protocols for wireless devices such as

The WAP specifies an application framework and network protocols for wireless devices such as 
mobile telephones, pagers, and PDAs. The architecture requires a proxy between the mobile device and the server. The WAP protocol stack is layered over a datagram transport service. Such a service is provided by most wireless networks; for example, IS-136, GSM SMS/USSD, and UDP in IP networks like CDPD and GSM GPRS. The core of the WAP protocols is a binary HTTP/1.1 protocol with additional features such as header caching between requests and a shared state between client and server. 
Deploying non-IP alternatives 
IP is such a fundamental element of the Internet that non-IP alternatives face substantial obstacles to

IP is such a fundamental element of the Internet that non-IP alternatives face substantial obstacles to 
deployment, because they do not exploit the IP infrastructure. Any non-IP alternative that is used to provide gateway access to the Internet must map between IP addresses and non-IP addresses, must terminate IP-level security at a gateway, and cannot use IP-oriented discovery protocols (Dynamic host configuration protocol, domain name services, lightweight directory access protocol, service location protocol, etc.) without translation at a gateway. 
A further complexity occurs when a device supports both wireless and wireline operation. If the 
device uses IP for wireless operation, uninterrupted operation when the device is connected to a 
wireline network is possible (using mobile IP). If a non-IP alternative is used, this switchover is 
more difficult to accomplish.

more difficult to accomplish. 
Non-IP alternatives face the burden of proof that IP is so ill-suited to a wireless environment that it 
is not a viable technology. 
IP-based alternatives 
Given its worldwide deployment, IP is an obvious choice for the underlying network technology. 
Optimizations implemented at this level benefit traditional Internet application protocols as well as new ones layered on top of IP or UDP. 
Path MTU discovery 
Path MTU discovery benefits any protocol built on top of IP. It allows a sender to determine what 
the maximum end-to-end transmission unit is to a given destination. Without path MTU discovery, the default MTU size is 512. The benefits of using a larger MTU are: 
/G2d Smaller ratio of header overhead to data. 
/G2d Allows TCP to grow its congestion window faster, since it increases in units of segments.

- 165 - 
Of course, for a given BER, a larger MTU has a correspondingly larger probability of error within 
any given segment. The BER may be reduced using lower level techniques like FEC and link-layer retransmissions. The issue is that now delays may become a problem due to the additional retransmissions, and the fact that packet transmission time increases with a larger MTU. 
Path MTU Discovery is recommended in satellite environments. 
Non-TCP (transmission control protocol) proposals 
Other proposals assume an underlying IP datagram service, and implement an optimized transport

Other proposals assume an underlying IP datagram service, and implement an optimized transport 
either directly on top of IP or on top of UDP. Not relying on TCP is a bold move, given the wealth of experience and research related to it. It could be argued that the Internet has not collapsed because its main protocol, TCP, is very careful in how it uses the network, and generally treats it as a black box assuming all packet losses are due to congestion and prudently backing off. This avoids further congestion. 
However, in the wireless medium, packet losses may also be due to corruption due to high BER, 
fading, and so on. Here, the right approach is to try harder, instead of backing off. 
The case for TCP 
This is one of the most hotly debated issues in the wireless arena. Here are some arguments against 
it: 
/G2d It is generally recognized that TCP does not perform well in the presence of significant

it: 
/G2d It is generally recognized that TCP does not perform well in the presence of significant 
levels of non-congestion loss. TCP detractors argue that the wireless medium is one such case, and that it is hard enough to fix TCP. They argue that it is easier to start from scratch. 
/G2d TCP has too much header overhead. 
/G2d By the time the mechanisms are in place to fix it, TCP is very heavy, and ill-suited for use 
by lightweight, portable devices. 
and here are some in support of TCP: 
/G2d It is preferable to continue using the same protocol that the rest of the Internet uses for 
compatibility reasons. Any extensions specific to the wireless link may be negotiated. 
/G2d Legacy mechanisms may be reused (for example congestion control). 
/G2d Link-layer FEC and ARQ can reduce the BER such that any losses TCP does see are, in

/G2d Link-layer FEC and ARQ can reduce the BER such that any losses TCP does see are, in 
fact, caused by congestion (or a sustained interruption of link connectivity). Modern W-WAN technologies do this (CDPD, US-TDMA, CDMA, GSM), thus improving TCP throughput. 
/G2d Handoffs among different technologies are made possible by Mobile IP, but only if the 
same protocols, namely TCP/IP, are used throughout. 
/G2d Given TCP's wealth of research and experience, alternative protocols are relatively 
immature, and the full implications of their widespread deployment not clearly understood. 
Overall, the performance of TCP over long-thin networks can be improved significantly.

- 167 - 
ANNEX 9 
REFERENCES 
 
1 Standards 
The short forms of relevant standards are as follows: 
Rec. ITU-R F.1244, "Radio Local Area Networks" 
Rec. ITU-R F.1399, "Vocabulary of terms for wireless access" 
Rec. ITU-R F.1400, "Performance and availability requirements and objectives for fixed wireless 
access to public switched telephone network" 
Rec. ITU-R F.1401, "Frequency bands for fixed wireless access systems and the identification 
methodology" 
Rec. ITU-R F.1402, "Frequency sharing criteria between a land mobile wireless access system and 
a fixed wireless access system using the same equipment type as the mobile wireless access system" 
Rec. ITU-R F.1488, "Frequency block arrangements for fixed wireless access (FWA) systems in the 
range 3 400-3 800 MHz" 
Rec. ITU-R F.1489, "A methodology for assessing the level of operational compatibility between 
fixed wireless access (FWA) and radiolocation systems when sharing the band 3.4-3.7 GHz"

fixed wireless access (FWA) and radiolocation systems when sharing the band 3.4-3.7 GHz" 
Rec. ITU-R F.1490, "Generic requirements for Fixed Wireless Access (FWA) applications" 
Rec. ITU-R F.1499, "Radio transmission systems for fixed broadband wireless access (BWA) based 
on cable modem standards" 
Draft new Recommendation ITU-R F.[9/BL/2] , "Spectrum requirement methodology when fixed 
wireless access (FWA) and mobile wireless access (MWA) networks using the same type of equipment coexist in the same frequency band"  
Rec. ITU-R P.837, "Characteristics of precipitation for propagation modelling" 
Rec. ITU-R P.838, "Specific attenuation model for rain for use in prediction methods" 
Rec. ITU-R P.530, "Propagation data and prediction methods required for the design of terrestrial 
line-of-sight systems" 
Rec. ITU-R M.1073, "Digital cellular land mobile telecommunication systems"

Rec. ITU-R M.1073, "Digital cellular land mobile telecommunication systems" 
Rec. ITU-R M.1033, "Digital and operational characteristics of cordless telephones and cordless 
telecommunication systems" 
Rec. ITU-R M.1450, "Characteristics of broadband radio local area networks (RLANs)" 
Rec. ITU-R M.1454, "E.i.r.p. density limit and operational restrictions for RLANs or other wireless 
access transmitters in order to ensure the protection of feeder links of non-geostationary systems in the mobile-satellite service in the frequency band 5 150-5 250 MHz"

- 168 - 
ITU-T Rec. G.703, "Physical/electrical characteristics of hierarchical digital interfaces" 
ANSI J-STD-007, "Air interface specification for 1.8 to 2.0 GHz frequency hopping time division 
multiple access (TDMA) for personal communications services" 
ANSI J-STD-008, "Personal Station - Base station compatibility requirements for 1.8 to 2.0 GHz 
Code Division Multiple Access (CDMA) personal communications systems" 
ANSI J-STD-009, "PCS IS-136 based mobile station minimum performance 1 900 MHz standard" 
ANSI J-STD-010, "PCS IS-136 based base station minimum performance 1 900 MHz standard" 
ANSI J-STD-011, "PCS IS-136 based air interface compatibility 1 900 MHz standard" ANSI J-STD-017 (Trial Use) and EIA/TIA/IS-661, "A composite CDMA/TDMA air interface 
compatibility standard for personal communications in 1.85-1.99 GHz for licensed applications" 
ANSI J-STD-018, "Recommended minimum performance requirements for 1.8 to 2.0 GHz code

ANSI J-STD-018, "Recommended minimum performance requirements for 1.8 to 2.0 GHz code 
division multiple access (CDMA) personal stations" 
ANSI J-STD-019, "Recommended minimum performance requirements for base stations supporting 
1.8 to 2.0 GHz code division multiple access (CDMA) personal stations" 
EIA/TIA/IS-95-A, "Mobile station-base station compatibility standard for dual-mode wideband 
spread spectrum cellular system" 
United Kingdom Total Access Communications System Compatibility Specification, ISSUE 4 
(TACS Specification) 
EIA/TIA 553, "Mobile Station - Land Station Compatibility Specification" (AMPS Specifications). ETSI Standards - ETS 300 500 series and 700 series "Digital cellular telecommunications system 
(GSM xy.uv)" 
ETSI draft European standard EN 301 021, 1997 "Transmission and Multiplexing (TM); Digital

ETSI draft European standard EN 301 021, 1997 "Transmission and Multiplexing (TM); Digital 
Radio-Relay Systems (DRRS); Time Division Multiple Access (TDMA) point-to-multipoint DRSS in the frequency range 3 to 11 GHz" 
RCR STD-28, "Personal Handy Phone System". RCR Standard STD-28 ver.2 
TTC JT-Q921-b, "PHS Public Cell Station - Digital Network interface Layer 2 - Specification". 
TTC Standard JT-Q921-b 
TTC JT-Q931-b, "PHS Public Cell Station - Digital Network interface Layer 3 - Specification". 
TTC Standard JT-Q931-b 
TTC JT-G961, "Digital Transmission System on Metallic Local Lines for ISDN Basic Rate 
Access". TTC Standard JT-G961 
C-IF1.00, "General Description of Interface Specifications between Terminal Equipment and WLL 
subscriber Unit". PHS MoU Document C-IF1.00 
C-IF2.00, "General Description of Interface Specifications between WLL subscriber Unit of WLL 
Personal Station and WLL Cell Station". PHS MoU Document C-IF2.00

Personal Station and WLL Cell Station". PHS MoU Document C-IF2.00 
C-IF3.00, "General Description of Interface Specifications between WLL Access Controller and 
Service Node". PHS MoU Document C-IF3.00

- 169 - 
2 Books and technical papers 
WEBB, W. [1998] Introduction to Wireless Local Loop. Boston, MA, USA: Artech House 
BOUCHER, N.J. [1995] The Cellular Radio Handbook. Third Edition. Mill Valley, CA: Quantum 
Publishing 
CALHOUN, G. [1992] Wireless Access and the Local Telephone Network. Norwood MA: Artech 
House 
ETSI [1994a] ETR 139 – Radio in the Local Loop ETSI [1994b] ETSI Final Report by the ETSI Radio Local Loop Coordination Group HESS, G.C. [1993] Land-Mobile Radio System Engineering. Norwood, MA: Artech House PARSONS, J.D. and GARDINER, J.G. [1989] Mobile Communication Systems. Blackie

- 171 - 
Fixed wireless access  
 
ALPHABETICAL INDEX 
 
NOTES 
 
Abbreviations:  When abbreviations are not explained in this alphabetical index, see 
"Terminology and acronyms" in Annex 1. 
 
Numbering:   References giving a full numbering indicate the precise sub-section referred to. 
Whenever the number is less precise, the quoted term may appear throughout 
the referred section or sub-section. 
 
Frequent words:  Some terms may appear frequently throughout the handbook and they are only 
quoted for the their first or most significant locations. 
 
Access network 4.5.4 Alcatel 
AMPS Annex 7 (§ 5) 
7.1.7 
Analogue system 7.1.5, 7.1.7, 7.1.8 Authentication 6.2.1 Backhaul 6.3.3 Base radio 4.2, 4.5.2 
Beewip 
Broadband cell planning Annex 7 (§ 4) 
Annex 3 (§ 5.1) 
BWA 8 - 8.8-1.2.2-7.3 BWA architectures 8.5 BWA network planning 8.7 
Candidate site list Annex 3 (§ 6) Capital cost 3 
Cell clusters and cell re-use Annex 3 (§ 5) 
Cell coverage 6.2.2 Cell planning 6.4.3

- 172 - 
 
Cell planning  Annex 3 (§ 8)-6.4.3 
Cell site 4.2, 4.5.2 Cellular 1.1, 1.2 
Classification of fixed wireless access 4.6 
Classification of wireless access 4.6 
Convergence 9.1.2 
Cordless phone 2 
Corner splitting Annex 3 (§ 7.12) 
Coverage area 6.2.2 Customer base 6.2.2 D-AMPS Annex 4 (§ 1) DECT Annex 4 (§ 6) 
Deployment of FWA Annex 2 (§ 4, § 5) 
Digital line carrier 4.4 
Downstream link budget Annex 3 (§ 7.8.1) 
Ericsson 
Evolvability Annex 7 (§ 4) 
6.2.2 
Face splitting Annex 3 (§ 7.12) Feeder 2 
Fixed and broadcast convergence   9.1.2.2 Fixed and mobile convergence 9.1.2.1 
Fixed service 4.3 
Fixed wireless access 2 
Frequency allocation Annex 2 (§ 2) Frequency band for BWA 8.2 Frequency plans Annex 2 (§ 3) Future service capabilities 6.2.2 
FWA & IMT-2000 1.2.3 
FWA & mobile Cellular comparisons Annex 3 (§ 3) 
GSM Annex 4 (§ 3) 
HDFS Annex 6 (§ 3) Interfaces Annex 4 (§ 4.2.2) 
Interference margin Annex 3 (§ 7.7) 
Internet IP-based wireless networks Annex 8

Internet IP-based wireless networks Annex 8 
Annex 8 (§ 1)

- 173 - 
 
IRT Modular System Annex 5 (§ 3) IS-95 CDMA Annex 4 (§ 2) ISDN 2 
Lifetime cost 5.9 
Link budget margins Annex 3 (§ 7.8) 
LMDS 8.1 
Local exchange 4.5.4 
Market requirement 5.5 
Master site list Annex 3 (§ 6.2) 
Millimeter-wave propagation Annex 3(§ 2.4) 
Mobile service 4.3 
Network performance analysis Annex 3 (§ 9) NMT Annex 4 (§ 5) Nortel Networks Annex 5 (§ 1) Operations and maintenance 6.3.2 Out-of-building communication 1.1, 1.2 
PCS 2 
Performance and availability for BWA 8.3 
PHS Annex 4 (§ 4) 
P-MP FWA Annex 7 (§ 3.3) 
POTS 2 
P-P FWA  Annex 7 (§ 3.2) 
Privacy 6.2.1 
Propagation Annex 3 (§ 2) Proprietary radio interfaces 7.2, Annex 5 Proximity Annex 5 (§ 1) PSTN 4.5.4 Radio paths Annex 3 (§ 2) 
Radio planning Annex 3 (§ 10) 
Radio propagation 6.4.4 Reunion 
Rural networks Annex 7 (§ 1)  
Annex 3 (§ 4.2) 
Second generation 1.2 Service needs 6.2

- 174 - 
 
Shadow margin Annex 3 (§ 7.5) 
Special-purpose systems 3 
SR Telecom Annex 5 (§ 2) 
SR500 Annex 5 (§ 2) 
Standardized radio interfaces 7.1, Annex 4 
Subscriber density 6.4.1 
TACS Annex 4 (§ 8) 
TDD Annex 2 (§ 3.2.1) 
Technological improvement 9.2 
Technology choice 5.3 Telepoint 2 
Temporal fade margin Annex 3 (§ 7.6) 
Terminal 4.5.1 
Traffic density 4.3 
Traffic-carrying 6.3.1 
TRT/Lucent Technologies Annex 5 (§ 3) 
TSR 
V5 interface Annex 7 (§ 2) 
4.5.4 
Voice and data services 6.2.1 
Wireless access technology structure 5.4 
Wireless payphone 2 
WRC-2000 Annex 6 (§ 3) 
 
__________________

Next Course: Essential Cloud Infrastructure: Core Services
I recommend enrolling in the
Essential Cloud Infrastructure:
Core Services
course, which
enhances your study of architecting with Compute Engine.
In that course, we start by talking about Identity and Access Management (IAM), and you will
administer IAM for resources.
Next, we’ll cover the different data storage services in Google Cloud, and you will implement
some of those services.
Then, we’ll go over resource management, where you will manage and examine the billing of
Google Cloud resources.
Lastly, we’ll talk about resource monitoring, and you will monitor Google Cloud resources using
Google Cloud’s operations suite. Here are the modules of the course:
1.
Identity and Access Management
2.
Data Storage Services
3.
Resource Management
4.
Resource Monitoring
Enjoy the course!

Welcome to Essential Cloud Infrastructure: Foundation
Welcome to
Essential Cloud Infrastructure: Foundation
.
The lecture you just watched focused
on three architecting courses. These courses introduce you to the comprehensive and ﬂexible
infrastructure and platform services provided by Google Cloud, with a focus on Compute Engine:
1.
Essential Cloud Infrastructure: Foundation (this course)
2.
Essential Cloud Infrastructure: Core Services
3.
Elastic Cloud Infrastructure: Scaling and Automation
In this course, we start by introducing you to Google Cloud and how to interact with the Cloud
Console and Cloud Shell. Next, we’ll get into virtual networks, and you will create VPC networks
and other networking objects. Then, we’ll take a deep dive into virtual machines, and you will
create virtual machines using Compute Engine. Here are the modules of the course:
1.
Introduction to Google Cloud
2.
Virtual Networks
3.
After you complete this course, I recommend enrolling in the

1.
2.
3.
and
Elastic Cloud Infrastructure: Scaling
and Automation
courses, which
enhance your study of architecting with Compute Engine with these modules:
1.
Identity and Access Management (IAM)
2.
3.
4.
5.
Interconnecting Networks
6.
Load Balancing and Autoscaling
7.
Infrastructure Automation
8.
Managed Services
Enjoy all of these courses!

Elastic Cloud Infrastructure:
course,
which enhances your study of architecting with Compute Engine.
In that course, we start by going over the different options to interconnect networks to enable
you to connect your infrastructure to Google Cloud.
Next, we’ll go over Google Cloud’s load balancing and autoscaling services, which you will get to
explore directly.
Then, we’ll cover infrastructure automation services like Terraform, so that you can automate
the deployment of Google Cloud infrastructure services.
Lastly, we’ll talk about other managed services that you might want to leverage in Google Cloud.
Here are the modules of the course:
1.
2.
3.
4.
Enjoy that course!

Module 5: Configuring Access and Security 
Welcome to Module 5: Configuring Access and Security.

R e vi e w and                              
What areas do you need to develop your skills in order to successfully manage 
access for Google Cloud solutions? Recall that this exam section is narrower in scope 
but nevertheless important for the role of an Associate Cloud Engineer. Let’s review 
the diagnostic questions to help you target your study time to focus on the areas 
where you need to develop your skills.

Managing Identity and Access 
Management (IAM)
Managing service accounts 
Viewing audit logs5  1
Ensuring successful operation of a cloud solution 
5  2
5  3.
.
.
We’ll approach this review by looking at the objectives of this exam section and the 
questions you just answered about each one. We’ll introduce an objective, briefly 
review the answers to the related questions, then talk about where you can find out 
more in the learning resources and/or in Google Cloud documentation. As we go 
through each section objective, use the page in your workbook to mark the specific 
documentation, courses (and modules!), and quests you’ll want to emphasize in your 
study plan. 
There are fewer objectives and tasks involved with this section - but don’t forget to 
plan for them in your study time.

M an a gin g I d en t i t y and 
A c c e ss M an a g emen t (IAM) 
Tasks include: 
●Viewing IAM policies 
●Creating IAM policies 
●Managing the various role types and defining custom IAM roles 
(e.g., basic, predefined and custom) 
5  1.
We worked on planning Cymbal Superstore’s resource hierarchy earlier in the course. 
The organization is divided into folders, and the folders into projects. Identity and 
Access Management lets your users and groups access Google Cloud resources. As 
an Associate Cloud Engineer, it is important that you know both what users and 
groups to implement for Cymbal Superstore’s needs and how to implement them. 
The tasks included in this part of your job as an Associate Cloud Engineer include 
viewing IAM policies, creating IAM policies, and knowing when to implement the 
different types of policies, including basic, predefined and custom roles. 
These are the diagnostic questions you answered that relate to this area:

These are the diagnostic questions you answered that relate to this area: 
Question 1: Identify types of members you can assign access to in IAM. 
Question 2: Describe how to assign roles in the IAM interface. 
Question 3: List the steps to create a custom role in IAM.

Di a gno s t i c Qu e s t i o n 0 1 Dis cu ss i o n 
 5  1.
You need to configure access to Cloud 
Spanner from the GKE cluster that is 
supporting Cymbal Superstore’s 
ecommerce microservices application. 
You want to specify an account type to 
set the proper permissions. 
 What should you do?A.Assign permissions to a Google account 
referenced by the application. 
B.Assign permissions through a Google Workspace 
account referenced by the application. 
C.Assign permissions through service account 
D.Assign permissions through a Cloud Identity 
Question: 
You need to configure access to Cloud Spanner from the GKE cluster that is 
supporting Cymbal Superstore’s ecommerce microservices application. You want to 
specify an account type to set the proper permissions. What should you do?

A.Assign permissions to a Google account 
account referenced by the application. Di a gno s t i c Qu e s t i o n 0 1 Dis cu ss i o n 
 5  1.
 What should you do?
Feedback: 
A. Assign permissions to a Google account referenced by the application 
Feedback: Incorrect. A Google account uses a username and password to 
authenticate a user. An application does not authenticate interactively with this type of 
account. 
B.  Assign permissions through a Google Workspace account referenced by the 
application

account. 
application 
Feedback: Incorrect. A Google Workspace account is an account created for you as 
part of an organization that is using Google Workspace products to collaborate with 
one another. It is not appropriate for managing the permissions an application needs 
to communicate with a backend.  
*C. Assign permissions through service account referenced by the application 
Feedback: Correct! A service account uses an account identity and an access key. It 
is used by applications to connect to services. 
D. Assign permissions through a Cloud Identity account referenced by the application 
Feedback: Incorrect. Cloud Identity is a user management tool for providing login 
credentials to users of an organization that does not use Google Workspace

credentials to users of an organization that does not use Google Workspace 
collaboration tools. Cloud Identity is not used to manage application authentication. 
https://cloud.google.com/iam/docs/overview

○ M2 Resources and Access in the Cloud 
○ M4 Identity and Access Management 
○ M1 Identity and Access Management 
● Quest: Set Up and Configure a Cloud Environment in Google Cloud 
Summary: 

Ass i gn a c c e ss t o member s u s in g IAM 
G oogl e A c c o un t 
userid@gmail.com
Ser vi c e A c c o un t 
1234@cloudservices.gserviceaccount.com 
G oogl e G r o up 
groupname@googlegroups.com 
C l o u d I d en t i t y o r 
G oogl e W o r k s pa c e D o m ain 
alias@example.com M ember I d en t i t y 
A Google account represents anyone who interacts with Google Cloud. When signing 
up for a Google account you will be asked to provide an email address that is 
associated with the account. The email does not have to come from the gmail domain. 
A service account is how applications and resources authenticate and access 
services in Google Cloud. Since apps cannot sign in interactively with a username 
and password, service accounts use keys to authenticate. 
Google groups are collections of identity principals that can be referenced by the 
email address assigned to the group. You can apply access policies to a group. Each

email address assigned to the group. You can apply access policies to a group. Each 
member of the group will receive the permissions you specify in the group policy as 
they authenticate. 
Google Workspace and Cloud Identity domains give you the ability to manage users 
based on the way your organization interacts with Google. Each method gives you a 
virtual group representing all the registered users in your organization and the ability 
to add, modify, and delete users and groups.

A.Ask your administrator for 
resourcemanager.projects.setIamPolicy roles 
for each project.
B.Ask your administrator for the 
roles/resourcemanager.folderIamAdmin for 
the ecommerce folder.
C.Ask your administrator for the 
roles/resourcemanager.organizationAdmin 
for Cymbal Superstore.
D.Ask your administrator for the 
roles/iam.securityAdmin role in IAM. Di a gno s t i c Qu e s t i o n 0 2 Dis cu ss i o n 
 5  1.
You are trying to assign roles to the dev and 
prod projects of Cymbal Superstore’s 
e-commerce app but are receiving an error 
when you try to run set-iam policy. The 
projects are organized into an ecommerce 
folder in the Cymbal Superstore organizational 
hierarchy. You want to follow best practices for 
the permissions you need while respecting the 
practice of least privilege.
Question: 
You are trying to assign roles to the dev and prod projects of Cymbal Superstore’s

Question: 
You are trying to assign roles to the dev and prod projects of Cymbal Superstore’s 
e-commerce app but are receiving an error when you try to run  set-iam policy . The 
projects are organized into an ecommerce folder in the Cymbal Superstore 
organizational hierarchy. You want to follow best practices for the permissions you 
need while respecting the practice of least privilege. What should you do?

 5  1.
Feedback: 
A. Ask your administrator for resourcemanager.projects.setIamPolicy  roles 
for each project

Feedback: 
for each project 
Feedback: Incorrect. Best practice is to minimize the number of access policies you 
require. 
*B. Ask your administrator for the roles/resourcemanager.folderIamAdmin 
for the ecommerce folder 
Feedback: Correct! This choice gives you the required permissions while minimizing 
the number of individual resources you have to set permissions for. 
C. Ask your administrator for the roles/resourcemanager.organizationAdmin 
for Cymbal Superstore 
Feedback: Incorrect. This does not meet the requirements for least privilege. 
D. Ask your administrator for the roles/iam.securityAdmin  role in IAM. 
Feedback: Incorrect. Security Admin allows you to access most Google Cloud 
resources. Assigning the security Admin role does not meet least privilege 
requirements. 
Where to look:

https://cloud.google.com/architecture/prep-kubernetes-engine-for-prod#managing_ide
ntity_and_access

Ass i gn r o l e s in t he 
IAM in t erf a c e 
These are the steps to assign roles in the IAM interface. 
1. Go to the IAM page 
2. Select project, folder, or organization 
3. Show info panel if it is not available 
4. Click permissions 
5. Select or add a principal to add a role to 
a. If the principal already exists click on Add another role 
b. For a new principal click add and enter the principals email address 
6. Select a role to grant 
7. Add a condition 
8. Click Save

A.Make the change to the custom role locally 
and run an update on the custom role. 
B.Delete the custom role and recreate a new 
custom role with required permissions. 
C.Copy the existing role, add the new 
permissions to the copy, and delete the 
old role.
D.Create a new role with needed permissions 
and migrate users to it.Di a gno s t i c Qu e s t i o n 03 Dis cu ss i o n 
 5  1.
You have a custom role implemented for 
administration of the dev/test environment for 
Cymbal Superstore’s transportation 
management application. You are developing a 
pilot to use Cloud Run instead of Cloud 
Functions. You want to ensure your 
administrators have the correct access to the 
new resources.
Question: 
You have a custom role implemented for administration of the dev/test environment 
for Cymbal Superstore’s transportation management application. You are developing 
a pilot to use Cloud Run instead of Cloud Functions. You want to ensure your

a pilot to use Cloud Run instead of Cloud Functions. You want to ensure your 
administrators have the correct access to the new resources. What should you do?

old role.
 5  1.
Feedback: 
*A. Make the change to the custom role locally and run an update on the custom role 
Feedback: Correct! There is a recommended  process to update an existing custom 
role. You get the current policy, update it locally, and write the updated policy back into

role. You get the current policy, update it locally, and write the updated policy back into 
Google Cloud. The gcloud commands used in this process include the get and update 
policy subcommands. 
B. Delete the custom role and recreate a new custom role with required permissions 
Feedback: Incorrect. Recreating a custom role is not necessary in this scenario. You 
can update the existing one. 
C. Copy the existing role, add the new permissions to the copy, and delete the old role
Feedback: Incorrect. Copying an existing role creates a new custom role. Creating a 
new custom role is not required for this scenario. 
D. Create a new role with needed permissions and migrate users to it. 
Feedback: Incorrect. Finding all users with this role and reassigning them could be 
very time consuming. You should update the existing custom role instead. 

https://cloud.google.com/iam/docs/creating-custom-roles 

Summary: 

C r e a t e cu s t o m  r o l e s ✔ compute.instances.get 
✔ compute.instances.list 
✔ compute.instances.start 
✔ compute.instances.stop 
p r o j e c t_a In s t anc e Oper a t o r R o l e 
The first thing you need to do when creating custom permissions is be familiar with 
the permissions and roles that are available in your project or organization. 
The gcloud command you need to run is: 
gcloud iam list-testable-permissions <full-resource-name> 
To make sure there isn’t already another role that will fill your needs, you can also 
look at the permissions assigned to a specific role by looking at the role metadata. 
The role metadata includes the role ID and the permissions associated with that role. 
Custom roles can be created at the project or organizational level. 
You need to have the Iam.roles.create permission. You have to be the owner of the 
group or project, or have an organization administrator role or the IAM Role 
Administrator role.

Administrator role. 
You can create roles from individual permissions, or you can select and pick 
permissions from predefined roles. 
To update an existing role, you run roles.get(), update the role locally, and then run 
roles.patch().

Documentation
Overview | Cloud IAM Documentation 
Preparing a Google Kubernetes Engine  
environment for production 
Overview | Cloud IAM 
Preparing a Google Kubernetes  
Engine environment for production Skill Ba d g e D ocumen t a t i o n C o ur s e s 
Google Cloud Quest5  1.
Google Cloud Fundamentals: 
Core Infrastructure 
●M2 Resources and Access in the 
Cloud 
●M4 Identity and Access 
●M1 Identity and Access 
=
modules and in this documentation. You’ll find this list in your workbook so you can

of these. 
https://cloud.google.com/iam/docs/overview 

M an a gin g s er vi c e a c c o un t s 
●Creating service accounts 
●Using Service Accounts in IAM policies with minimum permissions 
●Assigning service accounts to resources 
●Managing IAM of a Service Account 
●Managing service account impersonation 
●Creating and managing short-lived service account credentials 
5  2.
Cymbal Superstore’s three applications targeted for migration all have frontend and 
backend resources required to implement their final solutions. We’ve discussed what 
resources are required to support the backend stores, to include Cloud Spanner, 
Bigtable, and Cloud SQL. 
There is another security concern we haven’t talked about in detail. How do we 
enable the machine-to-machine or server-to-server access requirements for the 
application to talk to those backends? 
Let’s look at the supply chain management application for an example. The data for it 
is stored in Cloud SQL. The application needs permissions to write data to the Cloud

is stored in Cloud SQL. The application needs permissions to write data to the Cloud 
SQL service. 
How do you get the VMs implemented as part of the supply chain management app 
the permissions required to connect to the Cloud SQL database in a secure manner? 
The solution to machine-to-machine access is a service account. As an Associate 
Cloud Engineer, you need to know how to create a service account and assign roles 
to it. You also need to know how to list a service account’s permissions, and allow 
other users to inherit its permissions - also called impersonation. Finally, because they 
don’t sign in interactively like a user does, service accounts authenticate via keys. 
Managing those keys and providing temporary credentials through code are important 
things for you to know as you help secure your cloud solutions. 
These diagnostic questions addressed managing service accounts:

These diagnostic questions addressed managing service accounts: 
Question 4: Differentiate between Google accounts and service accounts in IAM.

Question 5: Identify the section of the Google API that specifies an IAM scope.

A.To directly access user data 
B.For development environments 
C.For interactive analysis
D.For individual GKE podsDi a gno s t i c Qu e s t i o n 04 Dis cu ss i o n 
Which of the scenarios below is an  
example of a situation where you 
should use a service account? 5  2.
Question: 
Which of the scenarios below is an  example of a situation where you should use a 
service account?

D.For individual GKE pods
Feedback: 
A. To directly access user data 
Feedback: Incorrect. Service accounts should not be used to access user data 
without consent. 
B.  For development environments 
Feedback: Incorrect. Service accounts should not be used for development 
environments. Use the application default credentials.  
C. For interactive analysis 
Feedback: Incorrect. Service accounts should be used for unattended work that does 
not require user interaction. 
*D. For individual GKE pods 
Feedback: Correct! When configuring access for GKE, you set up dedicated service 
accounts for each pod. You then use workload identity to map them to dedicated 
Kubernetes service accounts. 

https://cloud.google.com/docs/authentication/production#automatically 

Summary: 

C r e a t e, u s e, and a ss i gn s er vi c e a c c o un t s 
01
T o c r e a t e a s er vi c e 
a c c o un t: 
02
T o a ss i gn po li ci e s:
03
A tt a ch a s er vi c e a c c o un t t o 
a r e s o ur c e a s y o u c r e a t e i t 
gcloud iam 
service-accounts create 
gcloud projects 
add-iam-policy 
gcloud compute instances create 
cymbal-vm --service-account \ 
<name-of-service-account@gservic
eaccount.com> \ 
--scopes 
https://www/googleapis.com/auth/
cloud-platform 
Creating a service account 
https://cloud.google.com/iam/docs/creating-managing-service-accounts#creating_a_s
ervice_account 
To create a service account you use the “gcloud iam service-accounts create” 
command. 
Using service accounts with IAM policies 
To add a policy to a service account run the “gcloud projects add-iam-policy-binding” 
command. 
The “--member” argument should be a string starting with “serviceAccount:” and 
containing your service account id with an email address suffix of

command. 
containing your service account id with an email address suffix of  
“@project_id.iam.gserviceaccount.com.” A “--role” argument contains the role you 
want to assign to the service account. 
Assigning service accounts to resources 
Resources in Google Cloud can be assigned a service account that acts as the 
resource’s default identity. This process is known as attaching a service account to a 
resource. The resource, or apps running on the resource, impersonate the attached 
service account to access Google Cloud APIs.

https://cloud.google.com/compute/docs/access/create-enable-service-accounts-for-in
stances#using 
Multiple virtual machine instances can use the same service account, but a virtual 
machine can only have one service account identity. Service account changes will 
affect all virtual machine instances using the service account. You can allow access 
via a cloud-platform scope that allows access to most cloud api’s and then grant the 
service account the relevant IAM roles. 
In gcloud you identify the service account you want to use by using the 
“--service-account” argument. 
https://developers.google.com/identity/protocols/oauth2/service-account#python 
Two types of keys are available for authentication of a service account: user managed 
keys and Google managed keys. You create and manage user managed keys 
yourself. Google only stores the public key. 
With Google managed keys Google stores both the public and private portion of the

With Google managed keys Google stores both the public and private portion of the 
keys. Google has APIs you can use to sign requests with the private key.

A.API key
B.OAuth 2.0 client
C.Environment provided service account 
D.Service account keyDi a gno s t i c Qu e s t i o n 05 Dis cu ss i o n 
 5  2.
Cymbal Superstore is implementing a mobile 
app for end users to track deliveries that are en 
route to them. The app needs to access data 
about truck location from Pub/Sub using 
Google recommended practices. 
What kind of credentials should you use? 
Question: 
Cymbal Superstore is implementing a mobile app for end users to track deliveries that 
are en route to them. The app needs to access data about truck location from 
Pub/Sub using Google recommended practices. What kind of credentials should you 
use?

A.API key
 5  2.
Feedback: 
A. API key 
Feedback: Incorrect. API keys are used to access publicly available data. 
B. OAuth 2.0 client 
Feedback: Incorrect. OAuth 2.0 clients provide access to an application for private 
data on behalf of end users.  
C. Environment provided service account 
Feedback: Incorrect. Environment-provided service accounts are for applications 
running on resources inside Google Cloud. 
*D. Service account key 
Feedback: Correct! Service account keys are used for accessing private data such as 
your Pub/Sub truck information from an external environment such as a mobile app

your Pub/Sub truck information from an external environment such as a mobile app 
running on a phone. 
https://cloud.google.com/docs/authentication/ 
Content mapping: 
○ M4 Identity and Access Management

Summary: 

T ype s o f au t hen t i c a t i o n k e y s 
API K e y 
To access public 
data
01 
O A u t h2.0 C li en t 
To access private 
end-user data
E n vir o nmen t 
p r o vi d e d 
s er vi c e a c c o un t 
To access resources 
with a service 
account internal to 
Ser vi c e 
a c c o un t k e y 
account outside of 
03 02 04 
Application credentials are based on what the application needs to access and where 
it needs to run from. 
● If you are accessing public data, the recommendation is to use an API key. 
● If you are accessing private data on behalf of an end user, you should you use 
the API’s OAuth2.0 client. 
● If you are accessing private data on behalf of a service account attached to 
resources inside a Google Cloud environment, you should use an environment 
provided service account. 
● If you are accessing private data on behalf of a service account running

● If you are accessing private data on behalf of a service account running 
outside of Google Cloud, you should create and use a service account key.

Authenticating as a service account |  
Authentication
Authentication overview 
A u t hen t i c a t in g a s a s er vi c e  
a c c o un t | A u t hen t i c a t i o n 
A u t hen t i c a t i o n o v er vi e w  M an a gin g s er vi c e a c c o un t s 5  2.
●M4 Identity                            
and Access                       
Essential Google Cloud
Management (IAM) 
●M2 Resources and Access in the Cloud 
=
take a note of what you want to include later when you build your study plan. Based

of these. 
https://cloud.google.com/docs/authentication/

V i e win g au di t l og s 5  3.
Google Cloud’s operations suite provides audit logs so you know who did what to 
whom and when. This is another link in the security armor you provide when 
implementing a Google Cloud solution. Who accessed your ecommerce app, and 
when? Say you add an instance to your Cloud Spanner cluster to support users in a 
new geographic area. Your Admin Activity log will record when that new instance was 
created. If you need to list your instances, a data access admin_read entry will be 
created. When a user creates a shopping cart and accesses it on their mobile device 
at a later time, a data_read log entry will be posted for a read transaction in the data 
access log. Keeping track of these important actions is an important step in an 
overarching security strategy.  
Viewing audit logs were covered in the following questions: 
Question 6: Contrast the types of audit logging. 
Question 7: Outline where cloud audit logs can be accessed

A.Admin Activity audit logs
B.Data Access audit logs
C.System Event audit logs
D.Policy Denied audit logsDi a gno s t i c Qu e s t i o n 06 Dis cu ss i o n 
Which Cloud Audit log is disabled by 
default with a few exceptions? 5  3.
Question: 
Which Cloud Audit log is disabled by default with a few exceptions?

Feedback: 
A. Admin Activity audit logs 
Feedback: Incorrect. Admin Activity audit logs are always written and you cannot 
disable them. 
*B. Data Access audit logs 
Feedback: Correct! Data Access audit logs are disabled by default except for 
BigQuery. 
C. System Event audit logs 
Feedback: Incorrect. System Event audit logs are always written. 
D. Policy Denied audit logs 
Feedback: Incorrect. Policy Denied audit logs are always written and cannot be 
disabled. 
https://cloud.google.com/logging/docs/audit 
○ M7 Developing and Deploying in the Cloud

○ M7 Resource Monitoring 
○ M4 Resource Monitoring 
There are four types of audit logs available for each Cloud project, folder, and 
organization: 
● Admin Activity audit logs contain information about API calls that create or 
change resource metadata. For example, changing access permissions or 
creating VM instances are both recorded by Admin Activity audit logs. Admin 
Activity audit logs are always written. You cannot disable them. 
● Data Access audit log entries are written when the configuration or metadata 
of resources are read. Calls to create, modify or read resource data are also 
written to Data Access audit logs. They are disabled by default. 
● System Event audit logs record actions that modify the configuration of 
resources. They are always written. 
● Policy Denied audit log entries are created when a Google Cloud service

● Policy Denied audit log entries are created when a Google Cloud service 
denies access to a user or service account without the correct access in their 
security policy. They are generated by default and you can’t disable them.

A.Admin Activity log entries
B.ADMIN_READ log entries
C.DATA_READ log entries
D.DATA_WRITE log entriesDi a gno s t i c Qu e s t i o n 0 7 Dis cu ss i o n 
Which type of audit log entry 
should you monitor?5  3.
You are configuring audit logging for 
Cloud Storage. You want to know when 
objects are added to a bucket. 
Question: 
You are configuring audit logging for Cloud Storage. You want to know when objects 
are added to a bucket. Which type of audit log entry should you monitor?

Feedback: 
A. Admin Activity log entries 
Feedback: Incorrect. Admin Activity logs record when buckets are created and 
deleted. 
B. ADMIN_READ  log entries 
Feedback: Incorrect. ADMIN_READ  log entries are created when buckets are listed 
and bucket metadata is accessed. 
C. DATA_READ  log entries 
Feedback: Incorrect. DATA_READ  log entries contain operations such as listing and 
getting object data. 
*D. DATA_WRITE  log entries 
Feedback: Correct! DATA_WRITE  log entries include information about when objects 
are created or deleted. 
https://cloud.google.com/storage/docs/audit-logging 

Summary: 

T ype s o f en tri e s in C l o u d S t o r a g e au di t l og s 
●Modify configuration of project, bucket or 
object
●Creating and deleting buckets 
●Admin_read
○Listing buckets and bucket information 
●Data_read
○Listing object data and object 
information
●Data_write
○Creating and deleting objects 
A dmin A c t ivi t y l og s 
Da t a A c c e ss l og s 
 Cloud Storage audit logs include Admin Activity logs and Data Access logs. 
Admin Activity logs include entries that modify the configuration of a project, bucket or 
object. They also include operations such as creating and deleting buckets. 
Data Access logs include three different types of entries: ADMIN_READ, 
DATA_READ, AND DATA_WRITE .
●ADMIN_READ  entries include operations such as listing buckets and getting 
bucket metadata. 
●DATA_READ  entries include operations such as listing and getting object data. 
●DATA_WRITE  entries include operations such as creating and deleting objects.

Cloud Audit Logs overview | Cloud Logging 
Cloud Audit Logs with Cloud Storage  
C l o u d A u di t L og s o v er vi e w |  
C l o u d L og gin g 
C l o u d A u di t L og s wi t h C l o u d  
S t o r a g e  V i e win g au di t l og s 5  3.
●M7 Resource            
●M4 Resource Monitoring 
●M7 Developing and Deploying in the Cloud 
=
of these.

of these. 
https://cloud.google.com/storage/docs/audit-logging

User Manual
FWA-1320
TABLETOP NETWORK 
APPLIANCE BASED ON INTEL® 
ATOM™ C2000 SYSTEM ON 
CHIP

FWA-1320 User Manual iiCopyright
The documentation and the software included with this product are copyrighted 2015
by Advantech Co., Ltd. All rights are reserved. Advantech Co., Ltd. reserves the right
to make improvements in the products described in this manual at any time without
notice. No part of this manual may be reproduced, copied, translated or transmitted
in any form or by any means without the prior written permission of Advantech Co.,
Ltd. Information provided in this manual is intended to be accurate and reliable. How-
ever, Advantech Co., Ltd. assumes no responsibility for its use, nor for any infringe-
ments of the rights of third parties, which may result from its use.
Acknowledgements
Atom, QuickAssist and Intel are trademarked by Intel Corp.
All other product names or trademarks are properties of their respective owners.
Part No. XXXXXXXXXX Edition 1
Printed in Taiwan December 2015

iii FWA-1320 User Manual 
About this manual
Thank you for purchasing and using the Advantech FWA-1320.
The target audience of this manual includes users, administrators and technicians.
This  publication  is  a  useful  reference  when  installing,  configuring,  operating  and
managing the FWA-1320.
This manual is organized as follows:
Section 1: Getting Started helps you with the first steps with the FWA-1320.
Section 2: Product Specification provides a detailed description of the FWA-
1320 and its features.
Section 3: Configuration and Service describes how to change the FWA-1320’s 
configuration or how to install and service replaceable items.
Section 4: Tips, Tricks and Troubleshooting provides best practices and other 
information that may be helpful for operation and troubleshooting of the FWA-
1320
Appendices provide supplemental information referenced in the other sections 
of this document.
Useful documents

1320
If you cannot find the information you’re looking for or need more detailed information
on a specific topic, please refer to the list of additional documents and other sources
of information below. Please contact your Advantech representative if you need help
on obtaining these documents or still can’t find what you’re looking for. 
Advanced LAN Bypass User Manual
Information on intel CPUs, Chipsets and NIC silicon can be found at 
www.intel.com
FWA-1320 Reference Platform Software User’s Guide (for samples only)
 
Warnings, Cautions and Notes
Warning!Warnings indicate conditions, which if not observed, can cause personal 
injury!
Caution!Cautions are included to help you avoid damaging hardware or losing 
data. e.g.

injury!
data. e.g.
There is a danger of a new battery exploding if it is incorrectly installed. 
Do not attempt to recharge, force open, or heat the battery. Replace the 
battery only with the same or equivalent type recommended by the man-
ufacturer. Discard used batteries according to the manufacturer's 
Note!Notes provide optional additional information.

FWA-1320 User Manual ivWe Appreciate Your Input
Please let us know of any aspect of this product, including the manual, which could
use improvement or correction. We appreciate your valuable input in helping make
our products and documentation better.
Please send all such - in writing to: ncg@advantech.com
Glossary
ACPI Advanced Configuration and Power Interface
AHCI Advanced Host Controller Interface
APIC Advanced Programmable Interrupt Controller
BIOS Basic Input Output System
BMC Baseboard Management Controller
CPU Central Processing Unit
EHCI Enhanced Host Controller Interface
FRU Field Replaceable Unit
FW Firmware
GbE Gigabit Ethernet
HPM Hardware Platform Management
HWM Hardware Monitor (chip)
IPMC Intelligent Platform Management Controller
IPMI Intelligent Platform Management Interface
LOM Lights Out Management
MAC Media Access Control
MTBF Mean Time Between Failures
NIC Network Interface Controller
NMC Network Mezzanine Card
NVRAM Non-volatile Random Access Memory

OOS Out Of Service
PCH          Platform Controllers Hub
PCIe PCI Express
PECI Platform Environment Control Interface
PCI SIG PCI Special Interest Group
PICMG PCI Industrial Computer Manufacturers Group
POST Power On Self Test
PSU Power Supply Unit
PXE Pre-boot Execution Environment
QAT QuickAssist Technology
QPI QuickPath Interconnect
RASUM Reliability, Availability, Serviceability, Usability, Maintainability
RDIMM       Registered DIMM
RMCP Remote Management Control Protocol
RX Receive
SAS Serial Attached SCSI
SATA Serial Advanced Technology Attachment

v FWA-1320 User Manual SCSI Small Computer System Interface
SDR Sensor Data Record
SerDes Serializer/Deserializer
SOL Serial Over LAN
SSD Solid State Disk
SW Software
TPM Trusted Platform Module
TX Transmit
UDIMM        Unbuffered DIMM
UHCI Universal Host Controller Interface
USB Universal Serial Bus

vii FWA-1320 User Manual 
Contents
Chapter1Getting Started .....................................1
1.1Safety Instructions..................................................................................... 2
1.1.1Safety Precautions per IEC704-1 ................................................. 2
1.1.2Safety Precautions - Static Electricity ........................................... 3
1.2Unpacking ................................................................................................. 3
1.3Installation and Configuration.................................................................... 4
1.3.1Connecting to the Console............................................................ 4
Figure 1.1 PuTTY Session Configuration .................................... 5
Figure 1.2 PuTTY Serial Configuration........................................ 5
Figure 1.3 PuTTY Keyboard Settings.......................................... 6

Figure 1.4 PuTTY Colour Settings............................................... 6
Figure 1.5 BIOS POST screen .................................................... 7
1.3.2Installing an OS............................................................................. 7
Table 1.1:PXE BIOS Options ..................................................... 8
1.4Getting Help: Technical Support and Assistance.................................... 12
Chapter2Product Specification ........................13
2.1Overview ................................................................................................. 14
Figure 2.1 System Overview...................................................... 14
Table 2.1:System components................................................. 14

2.2Product Versions..................................................................................... 15
Table 2.2:Available Product Versions....................................... 15
2.3Technical Specifications.......................................................................... 15
Table 2.3:Specifications ........................................................... 15
2.3.1System dimensions..................................................................... 16
Figure 2.2 System Dimensions.................................................. 16
2.3.2Regulatory Compliance............................................................... 16
Table 2.4:Applicable Safety Regulations.................................. 16
Table 2.5:Applicable EMC Regulations.................................... 17

2.4Detailed Description ................................................................................ 17
2.4.1Front Elements............................................................................ 17
Figure 2.3 System Front View ................................................... 17
Table 2.6:Front Elements ......................................................... 17
Figure 2.4 Front LEDs ............................................................... 18
2.4.2System block diagram................................................................. 18
Figure 2.5 Block diagram........................................................... 18
Figure 2.6 ATOM C2000 SKUs for Communications Infrastructure
19
2.4.3Memory ....................................................................................... 19

19
Figure 2.7 DIMM Location ......................................................... 20
Table 2.7:DIMM Mapping ......................................................... 20
Table 2.8:Validated DIMMs ...................................................... 20
2.4.4Chipset ........................................................................................ 21
Table 2.9:USB Ports................................................................. 21
Figure 2.8 USB DOM................................................................. 21
Table 2.10:Validated USB DOMs............................................... 21
Table 2.11:SATA Ports............................................................... 22
Figure 2.9 mSATA SSD............................................................. 22

Table 2.12:Validated SATA Drives............................................. 22
Figure 2.10RTC battery .............................................................. 24
Table 2.13:COM Ports................................................................ 24
Table 2.14:SMBus Devices ........................................................ 24
2.4.5Network Interfaces (onboard) ..................................................... 26

FWA-1320 User Manual viii2.4.6PCIe Expansion.......................................................................... 26
2.4.7TPM ............................................................................................ 26
2.4.8BIOS ........................................................................................... 26
Table 2.15:PCIe Devices............................................................ 27
2.4.9Platform Management ................................................................ 28
Figure 2.11Display of CPU temperature..................................... 28
Figure 2.12Thermal Sensor Locations ....................................... 29
Table 2.16:Thermal Sensors ...................................................... 29
2.5Advanced Platform Features .................................................................. 29
2.5.1Intrusion Detection...................................................................... 29

2.5.2Watchdog.................................................................................... 29
2.5.3LAN Bypass................................................................................ 29
Figure 2.13Connectivity options of LAN ports in a bypass segment
30
Figure 2.14Onboard LAN ports and bypass segments .............. 31
Table 2.17:Bypass States and LED behavior............................. 31
2.6Available Accessories and Related Products ......................................... 31
2.6.1Accessories ................................................................................ 31
Table 2.18:Accessories .............................................................. 31
Chapter3Configuration and Service  ............... 33

3.1Jumper Settings...................................................................................... 34
3.2BIOS Setup Menu................................................................................... 34
Figure 3.1 BIOS POST screen .................................................. 34
Figure 3.2 BIOS Setup Screen Organization............................. 35
3.2.1Main Setup Menu........................................................................ 35
Figure 3.3 BIOS Setup Main screen.......................................... 35
Table 3.1:BIOS Setup: Main Menu........................................... 36
3.2.2Advanced Setup Menu ............................................................... 36
Figure 3.4 Advanced Setup Main screen .................................. 37
Figure 3.5 Advanced Setup: Console Redirection Menu........... 37

Figure 3.6 Advanced Setup: COM1 Console Redirection Sub-
menu ........................................................................ 38
Table 3.2:Advanced Setup: COM1 Console Redirection Menu 
Items......................................................................... 38
Figure 3.7 Advanced Setup: PCI Subsystem ............................ 39
Table 3.3:Advanced Setup: PCI Subsystem Menu Items ........ 40
Figure 3.8 Advanced Setup: Network Stack Configuration Menu .
40
Table 3.4:Network Stack Configuration Menu.......................... 41
Figure 3.9 Advanced Setup: CSM Configuration Menu............. 41
Table 3.5:CSM Configuration Menu ......................................... 42
Figure 3.10Advanced Setup: Security Menu.............................. 43
Table 3.6:Trusted Computing Menu......................................... 43

Figure 3.11Advanced Setup: USB Configuration Menu ............. 44
Table 3.7:USB Configuration Menu.......................................... 44
3.2.3Chipset........................................................................................ 45
Figure 3.12Chipset Configuration Menu..................................... 45
Figure 3.13Chipset: Processor Configuration Menu................... 46
Table 3.8:Processor Configuration Menu................................. 46
Figure 3.14CK420 Configuration Menu ...................................... 48
Table 3.9:CK420 Configuration Menu ...................................... 48
Figure 3.15NorthBridge Configuration Menu.............................. 49
Table 3.10:Northbridge Configuration Menu .............................. 50

Figure 3.16South Bridge Configuration ...................................... 51
Table 3.11:South Bridge Configuration ...................................... 51
Figure 3.17SATA Configuration.................................................. 51
Table 3.12:SATA Configuration.................................................. 52

ix FWA-1320 User Manual 3.2.4Security Setup............................................................................. 52
Figure 3.18Security Setup .......................................................... 52
3.2.5Boot Menu................................................................................... 53
Figure 3.19Boot Configuration.................................................... 53
Table 3.13:Boot Configuration.................................................... 53
3.2.6Save & Exit Menu ....................................................................... 54
Figure 3.20Save & Exit Menu..................................................... 54
Table 3.14:Save & Exit Menu Options........................................ 54
3.3Installing Components............................................................................. 55
3.3.1Disk Installation........................................................................... 55

Figure 3.21Screws for HDD mounting........................................ 55
Figure 3.22USB DOM mounting screw....................................... 56
Figure 3.23USB DOM site with header & standoff ..................... 56
Figure 3.24USB DOM alignment ................................................ 56
Figure 3.25USB DOM mounting................................................. 57
Figure 3.26mSATA mounting screw........................................... 57
Figure 3.27mSATA key alignment.............................................. 57
Figure 3.28mSATA angled insertion........................................... 58
Figure 3.29mSATA mounting ..................................................... 58
3.3.2Memory Installation..................................................................... 58
Figure 3.30Opening DIMM latches............................................. 59

Figure 3.31DIMM key alignment................................................. 59
Figure 3.32DIMM insertion into slide rails................................... 60
Figure 3.33Seating the DIMM in the socket................................ 60
3.4Firmware Upgrades................................................................................. 61
3.4.1BIOS ........................................................................................... 61
3.4.2LAN Bypass ................................................................................ 61
3.5Replacing FRUs ...................................................................................... 61
3.5.1Disk drives .................................................................................. 61

3.5.2CMOS Battery............................................................................. 62
Figure 3.34Unlocking the battery................................................ 62
Figure 3.35Battery Polarity ......................................................... 63
3.5.3DIMMs......................................................................................... 63
Figure 3.36Unlocking and removing a DIMM ............................. 63
Appendix A Connector Pinout and LED 
Information 65
A.1Console Port (RS232) ............................................................................. 66
Figure A.1 RJ45 Console connector .......................................... 66
Table A.1:Console Connector Pin Assignment......................... 66
A.2USB Type A Connectors ......................................................................... 66

Figure A.2 Stacked USB Type A connector............................... 66
Table A.2:Stacked USB Type A Connector Pin Assignment .... 66
A.3RJ45 10/100/1000 BASE-T Ports ........................................................... 67
Figure A.3 RJ45 10/100/1000 Base-T connector....................... 67
A.3.1Connector Pinout ........................................................................ 67
Table A.3:RJ45 10/100/1000 Base-T Connector Pin Assignment
67
A.3.2LED Definition............................................................................. 67
Table A.4:RJ45 Connector LED Indication ............................... 67
Appendix B BIOS Post Codes  ...............................69
B.1BIOS Post Codes .................................................................................... 70

Appendix C Declaration of Conformity  ................75

FWA-1320 User Manual xC.1Declaration of Conformity ....................................................................... 76
C.1.1CE ............................................................................................... 76
C.1.2FCC Class A............................................................................... 76
Appendix D Warranty and RMA ............................ 77
D.1Warranty and RMA ................................................................................. 78

FWA-1320 User Manual 21.1Safety Instructions
This  section  provides  warnings  that  precede  potentially  dangerous  procedures
throughout this manual. Instructions contained in the warnings must be followed dur-
ing all phases of operation, service, and repair of this equipment. You should also
employ all other safety precautions necessary for the operation of the equipment in
your operating environment. If you are not sure about the precautions applicable to
your operating environment, please contact your company’s safety administrator. For
basic information you may also refer to the safety precautions per IEC704-1 listed
below although Advantech disclaims all responsibility for the accuracy of any state-
ments contained therein and its applicability for your specific environment.
Failure to comply with these precautions or with specific warnings elsewhere in this
manual could result in personal injury or damage to the equipment.

manual could result in personal injury or damage to the equipment. 
Advantech  intends  to  provide  all  necessary  information  to  install  and  handle  the
FWA-1320 in this manual. Because of the complexity of this product and its various
uses, we do not guarantee that the given information is complete. If you need addi-
tional information, contact your Advantech representative.
The product has been designed to meet the standard industrial safety requirements.
It must not be used except in its specific area as specified in section 2.3.
Only personnel trained by Advantech or persons qualified in electronics or electrical
engineering are authorized to install, service or maintain the product. The information
given in this manual is meant to complete the knowledge of a specialist and must not
be  used  as  replacement  for  qualified  personnel.  Operating  personnel  must  not

remove equipment covers. Only factory authorized service personnel or other quali-
fied  service  personnel  may  remove  equipment  covers  for  internal  subassembly  or
component replacement or any internal adjustment.
Do not install substitute parts or perform any unauthorized modification of the equip-
ment or the warranty may be voided. Contact your local Advantech representative for
service and repair to make sure that all safety features are maintained.
1.1.1Safety Precautions per IEC704-1
1.Read these safety instructions carefully.
2.Keep this User Manual for later reference.
3.Disconnect this equipment from any AC outlet before cleaning. Use a damp 
cloth. Do not use liquid or spray detergents for cleaning.
4.For plug-in equipment, the power outlet socket must be located near the equip-

ment and must be easily accessible.
5.Keep this equipment away from humidity.
6.Put this equipment on a reliable surface during installation. Dropping it or letting 
it fall may cause damage.
7.The openings on the enclosure are for air convection. Protect the equipment 
from overheating. DO NOT COVER THE OPENINGS.
8.Make sure the voltage of the power source is correct before connecting the 
equipment to the power outlet.
9.Position the power cord so that people cannot step on it. Do not place anything 
over the power cord.
10.All cautions and warnings on the equipment should be noted.
11.If the equipment is not used for a long time, disconnect it from the power source 
to avoid damage by transient overvoltage.
12.Never pour any liquid into an opening. This may cause fire or electrical shock.

13.Never open the equipment. For safety reasons, the equipment should be 
opened only by qualified service personnel.

3 FWA-1320 User ManualChapter 1
Getting Started14.If one of the following situations arises, get the equipment checked by service 
personnel:
The power cord or plug is damaged.
Liquid has penetrated into the equipment.
The equipment has been exposed to moisture.
The equipment does not work well, or you cannot get it to work according to 
the user's manual.
The equipment has been dropped and damaged.
The equipment has obvious signs of breakage.
15.DO NOT LEAVE THIS EQUIPMENT IN AN ENVIRONMENT WHERE THE 
STORAGE TEMPERATURE MAY GO BELOW -20° C (-4° F) OR ABOVE 60° C 
(140° F). THIS COULD DAMAGE THE EQUIPMENT. THE EQUIPMENT 
SHOULD BE IN A CONTROLLED ENVIRONMENT.
16.CAUTION: DANGER OF EXPLOSION IF BATTERY IS INCORRECTLY 
REPLACED. REPLACE ONLY WITH THE SAME OR EQUIVALENT TYPE 
RECOMMENDED BY THE MANUFACTURER, DISCARD USED BATTERIES 
ACCORDING TO THE MANUFACTURER'S INSTRUCTIONS.
The sound pressure level at the operator's position according to IEC 704-1:1982 is

no more than 70 dB (A).
DISCLAIMER: This set of instructions is given according to IEC 704-1. Advantech
disclaims all responsibility for the accuracy of any statements contained herein.
1.1.2Safety Precautions - Static Electricity
Follow instructions below to protect yourself from harm and the products from dam-
age:
1.Be sure you are at an ESD workstation, or grounded with an ESD strap before 
opening the top cover or installing/removing any unit accessible from the out-
side. Doing so will discharge any static electricity that might have built up in your 
body.
2.Don’t touch any components inside the system while the system is on.
3.Disconnect power before making any configuration changes. The sudden rush 
of power as you connect a jumper or install a card may damage sensitive elec-

tronic components.
4.When unpacking a static-sensitive component from its shipping carton, do not 
remove the component's antistatic packing material until you are ready to install 
the component in the unit. 
5.When transporting any electrical component, first place it in an antistatic con-
tainer or packaging.
1.2Unpacking
Please check the delivery for completeness as you open the carton carefully. If
any of the items listed in Table 1 is missing or damaged, please contact your
Advantech representative.
When opening the box, you will find the FWA-1320 embedded in protective foam and
the accessory box embedded to the foam. Remove the accessory box first and then
pull out the unit including the protective foam using both hands. Now, remove the
foam and the plastic sleeve on the unit.

After unpacking the unit, please check for any visible damage of the unit and contact
your Advantech representative in case of any issue.

FWA-1320 User Manual 41.3Installation and Configuration
The FWA-1320 comes as a pre-configured system with CPUs, memory and peripher-
als installed in the unit. In the rare case that you procured a barebone system or need
to install components in the FWA-1320 for any other reason, please refer to section
3.
1.3.1Connecting to the Console
FWA-1320 does not provide an interface for an external monitor in the standard con-
figuration. BIOS output as well as OS output are provided via a serial terminal con-
nection by default.
The remainder of this section describes how to configure PuTTY on a Windows plat-
form for connection with the FWA-1320 serial console as a reference. Other terminal
programs may be used in a similar way as well.
Open up PuTTY and begin the configuration as shown below. Please use the actual
COM port’s number on the client machine instead of “COM1”. 
Specify “COM1” under serial line and “115200” for speed, no parity, no flow con-
trol.

trol.
Check Serial for connection type.
Check “VT100+” for keypad in the keyboard submenu
Check “Colour” or “Both” for “Indicate bolded text” in the colours submenu
Click the “Open” button and a PuTTY terminal screen will appear.Qty.Image Description
Network Appli-
ance FWA-13201Tabletop Network Appliance 
based on Intel® Atom™ C2000 
System On Chip 
Console cable1Adapter cable RJ45 to DB9 2m for 
RS232.
HDD Carrier 
Screw Set1Screws (4pcs) for mounting the HDD 
carrier plate inside the chassis
Rubber pad4Rubber black 10x2t RF10-2 w/double 
adhesive tape
Power Adapter1ADAPTER 100-240V 84W 12V 7A W/
PFC

5 FWA-1320 User ManualChapter 1
Getting Started
Figure 1.1 PuTTY Session Configuration
 
Figure 1.2 PuTTY Serial Configuration

FWA-1320 User Manual 6Figure 1.3 PuTTY Keyboard Settings
Figure 1.4 PuTTY Colour Settings

7 FWA-1320 User ManualChapter 1
Getting StartedIf the connection is successful you should be able to see the BIOS Power On (POST)
screen after powering the unit:
Figure 1.5 BIOS POST screen
Please note that the BISO is doing some initial start up work while the console is still
not active. It may take a while until the BIOS POST screen appears. On the other
hand,  the  BIOS  has  been  optimized  for  minimum  boot  time.  The  BIOS  will  move
through POST quickly and immediately try to boot an OS according to the selected
boot options in the BIOS: 
In case you would extend the time the BIOS displays the POST screen and waits for
a key press to enter the setup menu, you can do so via the BIOS setup menu. Please
refer to section 3.2 for details.
1.3.2Installing an OS
Several options are available for OS installation:
System comes with a preinstalled OS
Install an image from a USB key
Install an OS via network boot.

Install an OS via network boot. 
If you use Advantech’s services to pre-install an OS, you can skip the following sec-
tion.
1.3.2.1Pre-Installed reference OS
If you receive this manual along with a sample unit, the system will have a reference
OS installed by default. The unit will be ready to boot the reference OS from the mass
storage option selected.
1.3.2.2Installing and/or boot an OS from a USB key
To install an OS via USB and/or boot the appliance from an USB stick, please make
sure the following BIOS options are configured properly:
Advanced Setup: USB Configuration: Mass Storage Driver = Enabled

FWA-1320 User Manual 8To boot from a USB stick:
1.Create a Live USB stick using LiLi (available via http://www.linuxliveusb.com/) or 
a similar tool. Please make sure to configure the Linux for the operation with a 
serial console (115200bd, 8N1, no handshake). Enabling serial support in the 
Linux bootloader (grub or similar) as well as kernel debug messages via serial 
console may be valuable for potential troubleshooting.
2.Install the USB stick in one of the front ports. Make sure you have a serial con-
sole connection established via tools such as PuTTY as described earlier.
3.Power on the appliance. 
4.The boot priority in the FWA-1320’s BIOS is giving SATA devices higher priority 
than USB devices. This is a safety measure to avoid that any end user can tam-
per the unit when installed in the field with a bootable USB stick. So, in order to 
boot from the USB stick, you need to enter BIOS setup.
In BIOS setup menu, move to the “Boot” menu. You can either give the USB

In BIOS setup menu, move to the “Boot” menu. You can either give the USB 
stick higher boot priority over SATA devices. Alternatively, you can select the 
USB stick in the “Boot Override” Menu. Boot Override will modify the boot order 
for a single boot process only and will automatically revert back to the original 
boot priority. After making these changes leave the Setup Menu via “Save&Exit”.
This will restart the appliance and it will boot from the USB stick.  
1.3.2.3Installing an OS via network boot
To install an OS via network, basically works the same way as booting an OS via
USB stick described above. 
The main difference is that instead of a Linux live image you need to install a network
installer / a network installable image on the USB key. Network Installers or network
installable  iso  images  are  available  for  most  Linux  distributions  such  as  RedHat,

Debian, Ubuntu and CentOS. For detailed information, please refer to the documen-
tation of the related network installer and / or Linux distribution.
Please make sure you configure the network installer image properly for the Ethernet
port / device of the FWA-320 that you plan to sue for the installation.
1.3.2.4Booting an OS via network boot
The FWA-1320 supports booting over network via PXE.
To  boot  an  OS  via  network,  please  make  sure  the  following  BIOS  options  In  the
Advanced: Network Stack Configuration Menu  are configured properly:
Table 1.1: PXE BIOS Options
Network Stack Enabled Enables the UEFI Network Stack.
IPv4 PXE SupportEnabled
DisabledEnabled if PXE booting in an IPv4 network; 
disabled otherwise
IPv6 PXE SupportEnabled
DisabledEnabled if PXE booting in an IPv6 network;

DisabledEnabled if PXE booting in an IPv6 network; 

9 FWA-1320 User ManualChapter 1
Getting StartedBelow are the steps to enable PXE boot.
1.It needs to set BIOS/ Advanced-> Network Stack Configuration-> Network Stack 
as enabled (default setting is disabled)
2.When set Network Stack is enabled, it may set IPV4 PXE & IPV6 PXE function 
as enabled/disabled, and set PXE boot wait time (range 0~5) & Media detect 
time(range 0~50).

FWA-1320 User Manual 103.Save BIOS and reboot system. The BIOS will show “Checking Media Pres-
ence......”, if system is not connected PXE server, it will show “No Media Pres-
ent......”

11 FWA-1320 User ManualChapter 1
Getting Started4.User may re-login in BIOS, choose BIOS/ boot item, and set UEFI PXE LAN 
boot sequence,
PXE boot usually does not allow for OS installation over network as the PXE client
will only load a single file from the boot server. Similarly, booting Linux over network
is usually a two stage process. In the first step, a boot loader such a grub or mini OS
such  as  SysLinux  are  loaded  via  PXE  from  the  boot  server.  The  boot  loader  or
miniOS then load the actual target OS which usually consists of multiple files which
decompressed and installed into a RAM disk. The detailed process and required con-
figuration of such network install will heavily depend on the target OS and boot loader
/ miniOS used. Please refer to the related documentation available.
PXE boot requires a DHCP server and a TFTP server in the network to complete.
DHCP Server and TFTP server are commonly run on the same machine and collec-

tively referred to as “boot server”. Setting up such a boot server implies a couple of
steps. How-to guides for setting up Linux as PXE boot server are available on the
internet, e.g. https://www.debian-administration.org/article/478/
Setting_up_a_server_for_PXE_network_booting.
Please note that it is recommended to setup a separate network / subnet for network
booting as the DHCP required for PXE booting may conflict with existing DHCP serv-
ers in your network.
The  PXE  client  in  the  FWA-1320  sends  the  system’s  GUID  as  part  of  the  DHCP
Request. Some boot servers have mechanisms to automatically configure the target
OS image based on the client system’s GUID. Using this mechanism allows to use
the same boot server for network booting of different devices / appliances.

FWA-1320 User Manual 121.4Getting Help: Technical Support and Assistance
In case the unit you received is a sample for evaluation, please contact your Advan-
tech representative. For production units, please follow the process below:
1.Visit the Advantech web site at www.advantech.com/support to find the latest 
information about the FWA-1320 and related products.
2.Contact your distributor, sales representative, or Advantech’s customer service 
center for technical support if you need additional assistance. Worldwide con-
tact information can be found on www.advantech.com.
3.Please have the following information ready before you call / be sure to include 
this information in your email:
– Product name and serial number
– Description of your peripheral attachments
– Description of firmware and software versions installed on the product
– A complete description of the problem
– The exact wording of any error messages

4.In case the unit needs to be send back for repair, please refer to appendix E for 

FWA-1320 User Manual 142.1Overview
 The FWA-1320 is the latest addition to Advantech’s portfolio of networking platforms
based on the Intel® Atom™ processor C2000 family extending the scalability of the
Intel®  platform  for  communications  infrastructure  from  high  end  ATCA  based  sys-
tems all the way down to this entry level 1U rackmount appliance. The FWA-1320
can support 2-core, and 4-core processor SKUs with or without QuickAssist hard-
ware acceleration providing additional flexibility to Network Equipment Providers to
choose a platform which meets their performance / price targets. In addition to sup-
porting up to eight Atom™ cores based on the Silvermont architecture in 22nm tech-
nology  yielding  higher  clock  frequencies  and  significantly  increased  performance
gains,  the  new  System  On  Chip  processor  features  tighter  I/O  integration  and
improved IO bandwidth. 
On-chip  functions  include  four  server  class  GbE  ports  and  crypto  acceleration  for

symmetric  keys,  bulk  security  encryption/decryption  and  public  key  functions.  The
four Ethernet data ports support optional LAN bypass and are complemented by two
PCIe based Gigabit Ethernet management ports. 
System features include one RJ45 console and two USB ports as well as one inter-
nally mounted 2.5" HDD/SDD with SATA Gen3 support. An mSATA slot and a USB
DOM socket provide options for adding SSDs. A PCIe x4 slot provides further expan-
sion capabilities. 
Figure 2 shows the various elements in the FWA-1320.
Figure 2.1 System Overview
Table 2.1: System components
Component Qty. Description
S1 1 Processor
S2 1 Side fan
S3 1 NAMB-1320 Motherboard
S4 1
 2.5’’ HDD

15 FWA-1320 User ManualChapter 2
Product Specification2.2Product Versions
The  FWA-1320  is  available  in  the  following  standard  configurations.  Contact  your
Advantech representative for availability of other configuration options.
2.3Technical SpecificationsTable 2.2: Available Product Versions
Model Name Configurations
FWA-1320-00E C2358 (2C/ 1.7GHz) with 2Gbps QuickAssist   
2 DIMM sockets, up to 1333 MHz  
6 LAN ports W/ bypass 
FWA-1320-01E C2558 (4C/ 2.4GHz) with 5Gbps QuickAssist  
2 DIMM sockets, up to 1600 MHz 
6 LAN ports w/ bypass 
Table 2.3: Specifications
Processor 
SystemCPUIntel® Atom™ C2000 processor
L2 Cache2 MB /4 MB depending on CPU SKU
MemoryTechnologyOne DDR3 channel, two DDR3 UDIMMs, 
up to 1600 MT/s depending on CPU SKU
CapacityUp to 16 GB
EthernetLAN on Board4 x GbE LAN ports (integrated in Atom? C2000) with 2 
segment advanced bypass support (optional) 
2 x GbE management ports(Intel  I210-AT based) (no 
bypass capability)

Mass StorageSATA1 x 2.5" SATA HDD or SSD
Others Internal mSATA (1x) and USB DOM slot (1x)
Management 
interfacesUSB2 x USB ports
Serial1 x RJ45 console port (RS232)
Power SupplyWattage84W external adapter
Input100 V ~ 240 V
EnvironmentOperating                                 Non-Operating
Temperature0 ~ 40° C (32 ~ 104° F)           -20 ~ 75° C (-4 ~ 167° F)
Humidity5 ~ 85% @ 40° C (104° F)       5 ~ 95%
Physical 
CharacteristicsDimensions 
(W x H x D) 280 x 44 x 176 mm
Weight (N.W)2 kg (3.3 lb)

FWA-1320 User Manual 162.3.1System dimensions
The system dimensions (in mm) are shown below:
Figure 2.2 System Dimensions
2.3.2Regulatory Compliance
The Advantech FWA-1320 meets the specifications and regulations for safety and
EMC  defined  in  this  chapter.  Please  contact  your  Advantech  representative  for  a
copy of the declaration of conformity or detailed test reports.
2.3.2.1
Safety
Table 2.4: Applicable Safety Regulations
USA/Canada UL 60950-1 2nd Edition//CSA C22.2 No. 60950-1-07 2nd Edition
Europe EN 60950-1:2006/A11:2009/A1:2010/A12:2011
InternationalCB Certificate and Report to IEC60950-1, 2nd Edition and all 
international deviations

17 FWA-1320 User ManualChapter 2
Product Specification2.3.2.2Electromagnetic Compatibility
2.3.2.3CE Mark
The CE marking on this product indicates that it is in compliance with the European
Union EMC Directive 2004/108/EC, Safety Directive 2001/95/EC, Low Voltage Direc-
tive 2006/95/EC, and RoHS (recast) Directive 2011/65/EU.
2.4Detailed Description
2.4.1Front Elements
Please refer to appendix A for a description of connector pin definitions.
 
Figure 2.3 System Front ViewTable 2.5: Applicable EMC Regulations
USA FCC 47 CFR Parts 15, Verified Class A Limit
Canada ICES-003 Class A Limit
EuropeEMC Directive, 2004/108/EC
EN55022, Class A Limit, Radiated & Conducted Emissions 
EN55024  Immunity Characteristics for ITE
EN61000-4-2 ESD Immunity EN61000-4-3 Radiated Immunity 
EN61000-4-4 Electrical Fast Transient EN61000-4-5 Surge
EN61000-4-6 Conducted RF
EN61000-4-8 Power Frequency Magnetic Fields EN61000-4-11 
Voltage Fluctuations and Short Interrupts EN61000-3-2 Harmonic 
Currents

Currents
EN61000-3-3 Voltage Flicker
Taiwan TBD by project support
International CISPR 22, Class A Limit, CISPR 24 Immunity
Table 2.6: Front Elements
ItemElement Description
F1Power Switch DC power switch
F2DC inlet DC inlet
F3USB Connector Stacked Type A USB connector providing 2 USB2.0 ports
F4Console Connector RS232 Console Connector
F5Management Port 0 Management LAN Port 0
F6Management Port 1 Management LAN Port 1
F7Traffic Port 1
 Traffic LAN Port 1

FWA-1320 User Manual 182.4.1.1LED Details
Two LEDs are provided at the front for signalling important system status at the loca-
tion of rear side.
Figure 2.4 Front LEDs
2.4.2System block diagram
Figure 2.5 Block diagramF8Traffic Port 2 Traffic LAN Port 2
F9Traffic Port 3 Traffic LAN Port 3
F10Traffic Port 4 Traffic LAN Port 4

19 FWA-1320 User ManualChapter 2
Product Specification2.4.2.1Processor(s)
The  FWA-1320  supports  one  ATOM  C2000  processor.  The  table  below  gives  an
overview of the processor SKUs for communication infrastructure which can be sup-
ported on the FWA-1320:
Please note that the ATOM C2000 is soldered on the motherboard and cannot be
installed later. The standard product configurations available including CPU options
are listed in section 2.2. If you’re interested in the support of other CPU SKUs, please
contact your Advantech representative.
For details on the features of the Atom C2000 processor, please refer to documenta-
tion available from intel.
2.4.3Memory
Two DDR3L or DDR3 DIMMs are supported on the FWA-1320. Both DIMMs reside
on the CPU’s memory channel A and can support operation up 1600MT/s (CPU SKU
dependent).

FWA-1320 User Manual 20Figure 2.7 DIMM Location
DIMM modules can be populated in any order.  DDR3 and DDR3L modules differ in
some operating voltages and will be recognized automatically. No manual adjustment
is  required.  However, mixing  DDR3  and  DDR3L  DIMMs  is  not  supported and can
lead to system damage.
It is recommended to use identical DIMMs on both sockets for best performance and
The following list summarizes the modules validated on the FWA-1320:
Please  contact  you  Advantech  representative  for  the  most  recent  list  of  validated
peripherals or if you would like to use modules not listed.Table 2.7: DIMM Mapping
LocationDIMMChannelColorSMBus Adr.
D11ABlack0xA0
D22AAmber0xA2
Table 2.8: Validated DIMMs
VendorFrequencyCapacityAdvantech PN
ApacerDDR3-13332G96D3-2G1333NN-AP1
DDR3-1600 96D3-2G1600NN-APL
DDR3-13334G96D3-4G1333NN-AP
DDR3-1333 96D3-4G1333E-AP
DDR3-1600
8G96D3-8G1600NN-APL
DDR3-1333 96D3-8G1333NN-APL
DDR3-1600 96D3-8G1600E-APL

DDR3-1600
TranscendDDR3-16002G96D3-2G1600NN-TRL
DDR3-16004G96D3-4G1600NN-TR
DDR3L-1600 AQD-D3L4GN16-SQ
AdvantechDDR3L-16002GAQD-D3L2GN16-SQ
DDR3L-1600
4GAQD-D3L4GN16-MG
DDR3L-1600 AQD-D3L4GN16-SG
DDR3L-1600 AQD-D3L4GN16-MQ
DDR3L-16008G
AQD-D3L8GN16-SG

21 FWA-1320 User ManualChapter 2
Product Specification2.4.4Chipset
The chipset / PCH functionality is integrated into the Atom C2000 SoC.
2.4.4.1USB
The FWA-1320 supports six two external USB2.0 ports which can be used to connect
low, full and high speed devices. The 5V supply rail supplied to external devices is
current limited by a self resetting, electronic fuse to 500mA.
A third USB port is connected to an onboard USB DOM socket supporting “Type A”
disks on module with PCB dimensions of 26.5mm x 37.8mm as shown below 
Figure 2.8 USB DOM
An additional USB2.0 port is connected to an onboard header. This port is reserved
for custom use. Please contact your Advantech representative if you are interested to
use this port.
The USB Host Controller is integrated into the Atom C2000 SoC and implements a
Enhanced  Host  Controller  Interface  compliant  to  the  EHCI  1.0  Specification.  The

EHCI supports up to four USB 2.0 root ports. The controller integrates a Rate-Match-
ing Hub to support USB 1.1 devices. Universal Host Controller and Open Host Con-
troller Interfaces are not supported by the Atom C2000 device.Table 2.9: USB Ports
USB Port Implementation
0 Type A front panel connector 
1 Type A front panel connector
2 USB DOM socket (location M6)
3 USB header (reserved)
Table 2.10: Validated USB DOMs
Vendor Capacity Advantech PN
Phison Electronics Corp 4G UUD004GTSC0-670
ATP 4G
 AF4GSSGH-AABXP

FWA-1320 User Manual 22Please note that the BIOS of the FWA-1320 supports disabling the USB Controller as
well  as  specific  USB  device  classes.  Please  refer  to  chapter  BIOS  /  BIOS  Setup
Menu for details.
2.4.4.2SATA
The SoC has two independent integrated SATA host controllers. One controller sup-
ports DMA operation on up to four ports and supports data transfer rates of 3.0 Gb/s
(300 MB/s) and 1.5 Gb/s (150 MB/s) referred to as SATA2 controller. 
The other controller, the SATA3 controller, in addition to legacy data rates supports
data rates of up to 6 Gb/s (600 MB/s). The SATA3 controller is the legacy IDE control-
ler and has two ports. 
Both SATA controllers contains two modes of operation—a native mode and an AHCI
mode using memory space. 
The  SATA  ports  are  implemented  per  below  table  on  the  FWA-1320.  Other  SATA
ports provided by the Atom C2000 are not used on the FWA-1320.
Figure 2.9 mSATA SSD

The following list summarizes the drives validated on the FWA-1320:Table 2.11: SATA Ports
System SATA Port Implementation ControllerController Port
1 SATA header 1 (location M1) SATA3Port 0
2 mSATA socket (location M3) SATA3Port 1
3 SATA header 2 (reserved; location M2) SATA2Port 0
Table 2.12: Validated SATA Drives
VendorVendor PN (Capacity) Advantech PN
HDD Drive
SeagateST9500620NS 2.5" 500GB SATA HDD 96ND500G-ST-SG7K2
TOSHIBAMK6476GSX SL01  2.5" 640GB SATA HDD 96ND640G-ST-TO5K
SeagateST91000640NS 2.5" 1TB SATA HDD 96ND1T-ST-SG7KE
SeagateST1000LM014 2.5" 1TB SATA HDD 96ND1TB-ST-SG5K
WDWD5000LPVX 2.5" 500GB SATA HDD 96ND500G-ST-WD5K4
WDWD7500BPVX-22JC3T0 2.5" 750GB SATA HDD 96ND750G-ST-WD5K1
WDWD20NPVX 2.5" 2TB SATA HDD
 96ND2T-ST-WD5K

23 FWA-1320 User ManualChapter 2
Product Specification
2.4.4.3Legacy Functions and IO
1.RTC
The SoC contains an MC146818B-compatible Real-Time Clock (RTC) with 256 bytes
of battery-backed RAM (CMOS RAM) which is reserved for legacy use. The real-time
clock keeps track of the system time. The RTC operates on a 32.768 KHz crystal and
is buffered by a 3.3 V coin battery (B1). 
The typical current draw in the system off state equals 6uA which yields a maximum
system off time of 17520hours based on the capacity of the battery used. Please note
that environmental conditions, especially temperature, can lead to a change of cur-
rent draw and that effects like battery self discharge current and other leakage need
to be factored in.SeagateST500LT012 2.5" 500GB SATA HDD 96ND500G-ST-SG5K4
WDWD5000LUCT-63C26Y0 2.5" 500GB SATA HDD 96ND500G-ST-WD5KE
WDWD7500BPKX 2.5" 750GB SATA HDD 96ND750G-ST-WD7K1
WDWD10JUCT-63CYNY0 2.5" 1TB SATA HDD 96ND1T-ST-WD5KE

ADVANTECHSQF-S25M8-32G-S8E 2.5" 32GB SATA SSD SQF-S25M8-32G-S8E
ADVANTECHSQF-S25U5-320G-S8C 2.5" 320GB SATA SSD SQF-S25U5-320G-S8C
Plextor96FD25-S32-PM 2.5" 32GB SATA SSD PX-32G5Me
Plextor96FD25-S256-PM 2.5" 256GB SATA SSD PX-256G5Me
ADVANTECHSQF-S25S8-32G-S8C 2.5" 32GB SATA SSD SQF-S25S8-32G-S8C
ADVANTECHSQF-S25S4-16G-S8E 2.5" 16GB SATA SSD SQF-S25S4-16G-S8E
ADVANTECHSQF-S25S8-512G-S8C 2.5" 512GB SATA SSD SQF-S25S8-512G-S8C
ADVANTECHSQF-S25S8-128G-S5C 2.5" 128GB SATA SSD SQF-S25S8-128G-S5C
ADVANTECHSQF-S25S4-64G-S7C  2.5" 64GB SATA SSD SQF-S25S4-64G-S7C
ADVANTECHSQF-S25M8-1T-S8C  2.5" 1TB SATA SSD SQF-S25M8-1T-S8C
ADVANTECHSQF-S25M8-128G-S8C 2.5" 128GB SATA SSD SQF-S25M8-128G-S8C
ADVANTECHSQF-SLMM4-256G-S9C 256G Slim SATA SQF-SLMM4-256G-S9C
ADVANTECHSQF-SLMS4-64G-S9C 64GB Slim SATA SQF-SLMS4-64G-S9C
mSATA

mSATA
Plextor96FD-M32-PM 32GB PX-32G5Me
Plextor96FD-M256-PM 256GB PX-256G5Me
ADVANTECHSQF-SMSM8-256G-S8E SQF-SMSM8-256G-S8E
ADVANTECHSQF-SMSS4-128G-S8E SQF-SMSS4-128G-S8E
ADVANTECHSQF-SMSS4-64G-S9E SQF-SMSS4-64G-S9E
ADVANTECHSQF-SMSS8-32G-S5C SQF-SMSS8-32G-S5C
ADVANTECHSQF-SMSM4-16G-S8E SQF-SMSM4-16G-S8E
ADVANTECHSQF-SHMS2-32G-S9C SQF-SHMS2-32G-S9C
ADVANTECHSQF-SHMM2-64G-S9C SQF-SHMM2-64G-S9C
ADVANTECHSQF-SHMM1-32G-S7C SQF-SHMM1-32G-S7C
ADVANTECHSQF-SHMS1-16G-S7C SQF-SHMS1-16G-S7CTable 2.12: Validated SATA Drives

FWA-1320 User Manual 24 
Figure 2.10 RTC battery
Please refer to section 3.5.2 reg. replacing the coin battery.
2.Serial Ports
The SoC integrates two 16C550 compliant UARTs which are mapped to the default
resources:
Please note that the UARTs in the SoC do not support any UART handshake and sta-
tus/control signals but RXD, TXD, only. 
3.HPET
The High Precision Event Timer (HPET) provides a set of timers that are used by the
operating system for timing events. One timer block is implemented, containing one
counter  and  three  timers.  It  complies  with  the  IA-PC  HPET  (High  Precision  Event
Timers) Specification, Revision 1.0 available from intel.
4.SMBus
The  PCH  integrates  two  SMBus  controllers.  The  first  one  is  used  as  interface  to
external devices such as EEPROMs, the hardware monitor; the second controller is
not used on the FWA-1320.Table 2.13: COM Ports
UARTPortResources Implementation
0COM1IO Range 0x3f8 -0x3ff, IRQ4 Console port

1COM2IO Range 0x2f7 – 0x2ff, IRQ3 Interface to LCM
Table 2.14: SMBus Devices
SMBusAdr,Device Function
00x5C/5DNCT7904D Hardware monitor chip
00xA0/A1DIMM A0 SPD
 SPD EEPROM

25 FWA-1320 User ManualChapter 2
Product SpecificationMost of the SMBus devices are only accessed by BIOS at system start up to deter-
mine and set system configuration. Tampering with these devices may lead to system
instability and malfunction.
Information  on  the  hardware  monitor  and  how  to  access  it  is  provided  in  section
2.4.9. 
Information reg. the FRU EEPROM can be found in section 2.4.9.1. 
5.Interrupt Controllers
The PCH contains two cascaded, legacy 8259 interrupt controllers as well as an IO
Advanced APIC. Legacy Interrupts can also be generated via the LPC Bus using the
Serial IRQ mechanism.
The PCH interrupt controllers forward the interrupt requests to the local APIC inte-
grated with the CPU either as out of band INT# requests or MSI/MSI-X in band mes-
sages. For more details on the iA interrupt architecture, please refer to
documentation available from intel.
2.4.4.4QuickAssist Accelerator

QuickAssist is used by applications running on the IA cores to accelerate and offload
processing. The integrated QuickAssist accelerator appears to software as a PCIe
endpoint and is used as a look-aside coprocessor. It supports the features below:
Symmetric Cryptographic Functions
– Cipher Operations
– Hash/Authenticate Operation
– Cipher-Hash Combined Operation
– Key Derivation Operation
Public Key Functions
– RSA Operation
– Diffie-Helman Operation
– Digital Signature Standard Operation
– Elliptic Curve Cryptography: ECDSA* and ECDH*
For more information, please refer to documentation available from intel.
2.4.4.5Random Number Generator
The  ATOM  C2000  processor  introduces  a  software  visible  digital  random  number
generation mechanism supported by a high-quality entropy source. This capability is

available to programmers through the new RDRAND instruction. The resulting ran-
dom number  generation capability complies with existing industry standards (ANSI
X9.82 and NIST SP 800-90). The instruction is described as RDRAND—Read Ran-
dom Number in Volume 2 of the Intel? 64 and IA-32 Architectures Software Devel-
oper’s Manual available from intel.00xA2/A3DIMM A1 SPD SPD EEPROM
00xAC/AD24C02 System FRU EEPROM
00xAE/AF24C02 (reserved)Reserved for FRU EEPROM 
on PCIe expansion card
00xD2/D3CK420BQ Clock generatorTable 2.14: SMBus Devices

FWA-1320 User Manual 262.4.5Network Interfaces (onboard)
The FWA-1320 supports a total of 6 onboard network ports. 
4 ports are dedicated as “traffic” ports (locations F8 to F11) and support Advanced
LAN bypass. The Ethernet Controller for the traffic ports is integrated into the Atom
C2000  SoC  and  referenced  as  “i354”, a  derivative  of  the popular  i350 standalone
controller. 
Marvell 88E1111 PHYs are provided on the FWA-1320 to support 10/100/1000 Base-
T. These PHYs will be detected and configured automatically by the standard Ether-
net drivers available from Intel. 
The  two  management  ports are  implemented  using  intel  i210 Ethernet Controllers
with PCIex1 connectivity to the CPU.
2.4.6PCIe Expansion
A custom from factor expansion module can be installed at location S5. The expan-
sion  slot  supports  PCIex4  gen.2  connectivity.  The  custom  PCIe  expansion  slot  is
reserved for future use.
2.4.7TPM

2.4.7TPM
An  Infineon  SLB  9635TT  1.2  Trusted  Platform  Module  is  supported  on  the  FWA-
1320. 
This module is TCG-compliant and has passed Common Criteria EAL4+ certification.
The Firmware Version in use is 3.17.
2.4.8BIOS
The FWA-1320’s BIOS is based on AMI’s APTIO BIOS and compliant to the UEFI,
SMBIOS and ACPI specifications.
The BIOS performs probing, initialization and configuration of the FWA-1320 and ini-
tializes the OS boot process at the end of POST (Power On Self Test).
Regular BIOS output as well as the setup menu are displayed via the console port.
Please refer to section 1.3.3 reg. the console connection process.
The BIOS Setup Menu is described in detail in section 3.2. BIOS Error Codes used
during POST are described in appendix B.
Please  note  that  the  FWA-1320  does  not  have  any  onboard  POST  Code  LEDs

onboard. A special POST code adapter is required to retrieve BIOS error codes.
All BIOS configuration parameters bare stored in NVRAM, a dedicated section of the
BIOS flash chip. Parameters are no longer stored in legacy CMOS RAM by the plat-
form BIOS. I.e. BIOS configuration parameters will not be lost due to an empty bat-
tery.
2.4.8.1Password Protection
The BIOS supports and administrator password to restrict access to the BIOS setup
menu to qualified and trusted personal, only.
2.4.8.2BIOS Defaults
The BIOS comes with a set of configuration parameters when shipped by Advantech
referred to as “Optimized Defaults” or “factory defaults”. The user can change BIOS
settings via the setup menu either temporarily or permanently by saving the changes
as “User defaults”.
The BIOS loads Optimized Defaults by the option “Resture Defaults; and  loads User

defaults by the option “Restore User Defaults”. If no User defaults have been defined,
the BIOS will do nothing.

27 FWA-1320 User ManualChapter 2
Product Specification2.4.8.3PCIe Tree
The BIOS also performs an enumeration of all PCIe resources, builds a bus/device
map and assigns resources to the PCIe devices. Most OSes perform a reallocation of
resources during start up. However, the PCIe bus/device map will not be changed by
the OS. The table below gives an overview of the PCIe devices and their correspond-
ing system function:
Table 2.15: PCIe Devices
PCIe bus: 
dev:funPCIe VenID: 
DevIDDeviceDescription
00:00:008086:1f0bHost bridgeIntel Atom C2000 SoC Transaction 
Router
00:01:008086:1f10PCI bridgeIntel Atom C2000 PCIe Root Port 1 
00:02:008086:1f11PCI bridgeIntel Atom C2000 PCIe Root Port 2 
00:02:008086:1f12PCI bridgeIntel Atom C2000 PCIe Root Port 3 
00:0b:008086:1f18Co-processorIntel Atom C2000 nCPM for QuickAssist 
Technology
00:0e:008086:1f14Host bridgeIntel Atom C2000 RAS
00:0f:008086:1f16IOMMUIntel Atom processor RCEC
00:13:008086:1f15System periph-

eralIntel Atom C2000 SMBus 2.0 Controller
00:14:008086:1f41Ethernet control-
lerIntel I354 connected to traffic port 
labelled “1”
00:14:018086:1f41Ethernet control-
labelled “2”
00:14:028086:1f41Ethernet control-
labelled “3”
00:14:038086:1f41Ethernet control-
labelled “4”
00:16:008086:1f2cUSB controllerIntel Atom C2000 USB Enhanced Host 
00:17:008086:1f22SATA controllerIntel Atom  C2000 AHCI SATA2 Control-
ler
00:18:008086:1f32SATA controllerIntel Atom  C2000 AHCI SATA3 Control-
ler
00:1f:008086:1f38ISA bridgeIntel Atom C2000 PCU Legacy Bus 
Bridge (LPC, legacy devices)
00:1f:038086:1f3cSMBusIntel Atom C2000 PCU SMBus 
(SMBus Controller 0)
02:00:008086:1533Ethernet control-
lerIntel I210  connected to management

lerIntel I210  connected to management 
port labelled “MGT0”
03:00:008086:1533Ethernet control-
port labelled “MGT1”

FWA-1320 User Manual 282.4.9Platform Management
A Nuvoton NCT7904 Hardware Monitor Chip (HWM) provides hardware monitoring
capabilities  on  the  FWA-1320.  The  HWM  chip  is  connector  to  the  PCH’s  SMBus.
Standard software packages such as “lmsensors” can be used on the host to provide
sensor  information  under  Linux.  Advantech  provides  the  required  patch  that  adds
support for the HWM chip and a system specific configuration file.
Please contact your Advantech representative if you wish to receive the lmsensors
patch or, in case you want to implement your own hardware monitoring solution, to
obtain more details regarding the hardware implementation.
The HWM monitors all critical voltages on the FWA-1320:
Moreover, the following temperatures are supervised:
The HWM also monitors the front and rear fans:
In addition to the HWM, the ATOM C2000 CPU features integrated temperature sen-
sors (1 per core) that are supported by the “coretemp” module of lmsensors:

Figure 2.11 Display of CPU temperaturePin No.Pin Name Function
6VSEN6 Monitor VNN 1V Core Power
7VSEN7 Monitor V1P0 1V Core Power
8VSEN8 Monitor VSB5V Power
9VSEN9 Monitor V1P1 1.07V Core Power
10VSEN10 Monitor VDDQ_MEM 1.5V Power
11VSEN11 Monitor VCCP 1V Core Power
13VSEN13 Monitor 5V Power
14VSEN14 Monitor 12V Power
153VDD/VSEN15 Monitor 3.3V Power
163VSB Monitor 3.3V AUX Power
48VBAT Monitor coin-battery Power
Pin No.Pin Name Function
2,3TR1 Monitor inlet air temperature
29FANIN_1 Monitor FAN1 Speed.
30FANPWM1 Control fan1 Speed.
31FANIN_2 Monitor FAN2 Speed.
32FANPWM2
 Control fan1 Speed.

29 FWA-1320 User ManualChapter 2
Product SpecificationThe diagram below shows the location of the various temperature sensors:
Figure 2.12 Thermal Sensor Locations
2.4.9.1Electronic Label: FRU EEPROM
The  FWA-1320  supports  an  onboard  FRU  EEPROM  which  can  be  accessed  via
SMBus 0 using afru.
Alternatively, FRU information is also embedded in DMI Tables 1/2/3 and can be dis-
played with DMI parsing tools like dmidecode.
2.5Advanced Platform Features
2.5.1Intrusion Detection
The FWA-1320 does not support intrusion detection by default. This feature has been
reserved in the motherboard design, though, and can be enabled at system level via
customization.  Please  contact  your  Advantech  representative  should  you  be  inter-
ested in this option.
2.5.2Watchdog
The FWA-1320 provides a programmable watchdog that may be used to reset the
system in case it bites due to malfunctioning application software to restore the unit

to a known good state. The watchdog is based on intel’s TCO timer and is integrated
in the Atom C2000 device. The TCO watchdog timer is supported under Linux via a
kernel driver (iTCO_wdt.ko). Please refer to Linux as well as ATOM C2000 documen-
tation should you need more details. 
2.5.3LAN Bypass
For a detailed description of the LAN Bypass functionality and the related software
API, please refer to the Advanced LAN Bypass User’s Manual.Table 2.16: Thermal Sensors
Sensor Description
T1 Air Inlet Sensor
T2 CPU Temperature Sensors (integrated into SoC)
T3
 Air Outlet Sensor

FWA-1320 User Manual 30LAN  bypass  allows  automated  or  manual  control  of  the  connectivity  between  two
LAN ports grouped into a bypass segment and the host:
Figure 2.13 Connectivity options of LAN ports in a bypass segment
In “connect” mode, the ports on a segment are connected to the host via NICs. Traffic
will enter and leave the ports just like on a regular NIC.
In “disconnect” mode, the ports are disconnected from the host and from each other.
No traffic can flow through the ports
In “bypass” mode, the two ports are disconnected from the host, but connected to
each other. Traffic entering the system on one port will be sent out on the other port
and vice versa.
“Bypass mode” is used to allow traffic to flow through the system when the system is
in a non operational state such as loss of power or in case the application is unre-
sponsive. Application health is monitored by a configurable watchdog.

“Disconnect”  mode  is  typically  used  to  block  any  traffic  until  the  system  has  fully
started up and the application SW is in a well defined state allowing to handle traffic
properly.
Connectivity can be auto controlled by a number of system events:
Power Up
Host system is turned on / powers up (DC on)
Power Down
Host system is turned off / powers down (DC off)
Power Reset
Host system is reset or rebooted
Watchdog Start
LAN bypass watchdog is started or strobed for the first time
Watchdog Timeout
LAN bypass watchdog timed out
External Trigger
Global Watchdog Trigger input (dedicated GPIO pin)
In addition to the event driven model, it is also possible to set the connectivity for a
bypass segment via the SW API.
2.5.3.1LAN Bypass Segments
The FWA-1320 supports four onboard traffic ports which are grouped into 2 bypass

segments as shown below:

31 FWA-1320 User ManualChapter 2
Product SpecificationFigure 2.14 Onboard LAN ports and bypass segments
2.5.3.2Bypass Watchdog Support
Each bypass segment is support by an independent watchdog timer. The timer basis
is set to 100ms. Watchdog timeout periods can be set between 100ms and 6553.5
seconds (about 109 minutes).
The FWA-1320 also supports a global watchdog trigger which allows multiple bypass
segments to be controlled at the same time. The global watchdog signal is connected
between the two onboard bypass segments and also to the PCIe extension connec-
tor (for future use).
2.5.3.3LED Behaviour
Advantech Advanced LAN bypass uses a LED to show the state of a bypass seg-
ment. Usually the bypass LED is implemented as a dual colour LED combined with a
regular LAN port LED. The table below shows the status of the bypass LED, only. For
a complete description of port LEDs please refer to appendix A.3.2).
2.6Available Accessories and Related Products
2.6.1Accessories

The following accessories are available for ordering. Please contact your Advantech
representative for a list of available and supported peripherals such as memory mod-
ules, hard disks and solid state drives.Table 2.17: Bypass States and LED behavior
State LED Status
CONNECT Off
BYPASS Solid Amber
DISCONNECT Blinking Amber (1 Hz)
Table 2.18: Accessories
1702002600 Power cable 3P 180 cm, USA 
1702002605 Power cable 3P 180 cm, Europe 
1702031801 Power cable 3P 180 cm, UK 
1700000237 Power cable 3P 180 cm, JP

FWA-1320 User Manual 343.1Jumper Settings
There are no jumpers on the FWA-1320 intended for customer use.
3.2BIOS Setup Menu
This section describes the FWA-1320’s UEFI BIOS based on AMI’s APTIO BIOS. 
Users can modify BIOS settings and control the special features of the FWA-1320
using the BIOS setup menu.
Please  note  that  Advantech  supports  shipping  the  FWA-1320  with  custom  BIOS
defaults to simplify the deployment and integration for our customers. Please contact
your Advantech representative if you want to receive more information regarding this
service.
The BIOS Setup Menu can be entered via the BIOS POST screen displayed on the
console interface:
 
Figure 3.1 BIOS POST screen
BIOS Setup can be entered by hitting <DEL> or <F2> keys during POST. 
The  BIOS  setup  menu  screens  have  a  few  main  elements  as  shown  below.  The
menu bar displays the selectable menu pages as tabs. The parameter window dis-

plays and allows configuration of the settings available in a given menu page or a
submenu thereof.  Auxiliary text providing information about the selected setup item
is displayed in the top right corner.

35 FWA-1320 User ManualChapter 3
Configuration and ServiceFigure 3.2 BIOS Setup Screen Organization
3.2.1Main Setup Menu
If security protection has been enabled previously ( see chapter 3.2.4), you will be
prompted for the BIOS password upon entering the BIOS Setup. After a successful
check or if password protection has not been enabled, users will see the Main Setup
screen shown below. Users can always return to the Main setup screen by selecting
the Main tab. 
Figure 3.3 BIOS Setup Main screen
 
The main setup page displays system a summary of system and BIOS configuration
and status information. The fields on this page are read-only except for the System
Date and Time setting.

FWA-1320 User Manual 363.2.1.1Setting System Time and Date
Use this option to change the system time and date. Highlight System Time or Sys-
tem Date using the <Arrow> keys. Enter new values through the keyboard. Press the
<Tab> key or the <Arrow> keys to move between fields. The date must be entered in
MM/DD/YY format. The time is entered in HH:MM:SS format.
Please not that system time and date are set during manufacturing process accord-
ing to factory’s local time zone. You may need to update system time to reflect the
desired time zone when you receive the unit.
3.2.2Advanced Setup Menu
Select the Advanced tab from the FWA-1320 setup screen to enter the Advanced
BIOS Setup screen. Users can select any of the items in the left frame of the screen,
such as the Trusted Computing Configuration, to go to the sub menu for that item.
Users  can  display  an  Advanced  BIOS  Setup  option  by  highlighting  it  using  the
<Arrow> keys.

<Arrow> keys. 
The Advanced BIOS Setup screen is shown below. The sub menus are described on
the following pages.Table 3.1: BIOS Setup: Main Menu
GroupSetup itemAccess / 
OptionsDescription
BIOS Infor-
mationBIOS VendorDisplay onlyAmerican Megatrends
Core VersionDisplay onlyCurrent AMI BIOS core version in use
CompliancyDisplay onlyUEFI Spec revision that the BIOS com-
plies to
BIOS Version Display onlyAdvantech BIOS Version info
EX: mmmm Vx.yz
mmmm: model name
X: major version
Yz: minor version
Build Date & Time Display only Shows BIOS build date and time
Memory 
InformationTotal MemoryDisplay onlyShows total memory detected
System 
LanguageDisplay onlySelects the Setup Menu Language. 
Only English is supported on the FWA-
1320.
System Date MM/DD/YYDisplays and sets the system date as 
used by the BIOS

System 
1320.
System Time HH:MM:SSDisplays and sets the system time as 
Access Level Display onlyShows the user privilege level according 
to the security settings. If password pro-
tection has not been enabled, this will 
default to “Administrator”

37 FWA-1320 User ManualChapter 3
Configuration and ServiceFigure 3.4 Advanced Setup Main screen
3.2.2.1Serial Port Console Redirection
This sub menu allows you to change the settings used for the serial console. 
Note that the serial console is always using COM1 which is connected to the front
panel.
Figure 3.5 Advanced Setup: Console Redirection Menu
3.2.2.2COM1 Console Redirection Settings
The settings for COM1 console can be accessed in this menu. 
is sub menu allows you to change the settings used for the serial console. For exam-
ple, users can define the terminal type, bits per second, data bits, parity, stop bits and
others.

FWA-1320 User Manual 38Figure 3.6 Advanced Setup: COM1 Console Redirection Submenu
Table 3.2: Advanced Setup: COM1 Console Redirection Menu Items
Setup itemAccess / 
Terminal TypeANSI / VT100 / 
VT100+ /
VT-UTF8Select the target terminal emulation type:
ANSI to use the Extended ASCII Character Set. 
VT100 to use the ASCII Character set.
VT100+ to add color and function key support. 
VT-UTF8 to use UTF8 encoding to map Unicode 
characters into one or more bytes.
Bits per second9600 / 19200 / 
38400 / 57600 / 
115200Defines the baud rate.
Data Bits7 / 8Defines number of data bits in a character.
ParityNone / Even / 
Odd / Mark / 
SpaceDefines the parity scheme used.
Stop Bits1 / 2Defines number of stop bits in a character.
Flow ControlNone / Xon/XoffDefines the flow control scheme.
VT-UF8 Combo 
KeyDisabled /
EnabledEnables VT-UTF8 Combination Key Support for ANSI / 
VT100 terminals
Recorder ModeDisabled /

EnabledWhen Enabled the data displayed on a terminal will be 
captured and sent as text messages to a remote 
server.
Resolution 
100x31Disabled /
EnabledEnables or disables extended terminal resolution
Legacy OS redi-
rection80x24 /
 80x 25When using Legacy OS, this item specifies the Num-
ber of Rows and Columns supported 
PuTTY KeypadVT100 /. LINUX / 
XTERMR6 / SCO 
/ ESCN / VT400Select Function Key and Key Pad Emulation on 
PuTTY.

39 FWA-1320 User ManualChapter 3
Configuration and Service3.2.2.3PCI Subsystem Settings
This menu contains settings for the PCIe subsystem. Some menu items are referred
to as “PCI” settings. Although the FWA-1320 does not implement a PCI bus, these
settings still apply to the platform as PCIe is using the same configuration mecha-
nism as PCI.
Figure 3.7 Advanced Setup: PCI SubsystemRedirection after 
BIOSAlways Enable / 
BootLoaderThis defines how long console redirection will be 
active: 
“BootLoader” means that legacy console redirection is 
disabled before booting into a Legacy OS. “Always 
Enable” means Legacy console Redirection is enabled 
permanently.

FWA-1320 User Manual 403.2.2.4Network Stack Configuration
This menu configures the built in network stack of the BIOS.
Figure 3.8 Advanced Setup: Network Stack Configuration MenuTable 3.3: Advanced Setup: PCI Subsystem Menu Items
nonePCI Bus Driver 
VersionDisplay onlyShows the current PCI SW module ver-
sion which is used by the BIOS.
PCI Devices 
Common 
SettingsPCI Latency 
Timer32 / 64 / 96 / 128 
/ 160 / 192 / 224 / 
248Value to be programmed into PCI 
Latency Timer Register of PCI devices. 
Determines how long slow devices may 
occupy the PCI bus
PCI-X Latency 
248Value to be programmed |into PCI 
Latency Timer Register of PCI-X capa-
ble devices.
VGA Palette 
SnoopEnabled / Dis-
abledEnables snooping of VGA compatible 
accesses.
PERR# Genera-
tionEnabled / Dis-
abledEnables or Disables PCI Devices to 
Generate PERR#.
SERR# Genera-
abledEnables or Disables PCI Devices to

accesses.
Generate SERR#.
Above 4G Decod-
ingEnabled / Dis-
abledEnables or Disables 64bit capable 
Devices to be Mapped above 4GB in the 
Address Space.
nonePCI Express Set-
tingsSubmenu
Change PCI Express Devices Settings.

41 FWA-1320 User ManualChapter 3
Configuration and Service3.2.2.5Compatibility Support Module (CSM) Configuration
This submenu allows users to configure the support for legacy BIOS mechanisms
and option ROMs.
Figure 3.9 Advanced Setup: CSM Configuration MenuTable 3.4: Network Stack Configuration Menu
noneNetwork StackEnabled
DisabledEnables or disables the UEFI Network 
Stack.
IPv4 PXE Sup-
portEnabled
DisabledEnables or disables IPv4 support for 
PXE
IPv6 PXE Sup-
PXE
PXE Boot Wait 
Time0-5Timeout in seconds used by BIOS wait 
for the ESC key to abort the PXE boot
Media Detect 
Time0-50Timeout in seconds to detect network 
media

FWA-1320 User Manual 42Table 3.5: CSM Configuration Menu
CSM SupportEnabled
DisabledEnables or disables the Compatibility 
Support Module.
CSM Module Ver-
sionDisplay onlyShows the version of the CSM used in 
the BIOS (for reference, only)
Option ROM 
MessagesForce BIOS
Keep CurrentSets the display mode for Option ROM.
“Keep Current” will allow the Option 
ROM to use its current, own display set-
ting. 
“Force BIOS”  will force the Option ROM 
to use the display mode set by the sys-
tem BIOS.
INT19 Trap 
ResponseImmediate
PostponedInterrupt 19 is the software interrupt that 
handles the boot disk function. 
If set to Immediate, the Option ROM will 
immediately capture Interrupt 1.
If this item is set to Postponed, the 
option
ROM will only capture Interrupt 19 dur-
ing boot from a legacy device. 
Boot option filterUEFI and Legacy
Legacy Only
UEFI OnlyThis item allows to control the execution 
of legacy and UEFI compliant Option 
ROMs

ROMs  
Option ROM 
executionNetwork
Do not launch
UEFI LegacyThis item allows a more granular control 
of OptionROM execution depending of 
the type of extension device.Storage
Video
Other PCI device 
ROM

43 FWA-1320 User ManualChapter 3
Configuration and Service3.2.2.6Trusted Computing
Please  note  that  Trusted  Computing  support  is  disabled  by  default  in  the  factory
defaults to save system boot time. If disabled, the Trusted Computing Menu will not
display any status information.
Figure 3.10 Advanced Setup: Security Menu
Table 3.6: Trusted Computing Menu
ConfigurationSecurity Device 
SupEnabled
DisabledEnables or disables the support for the 
TPM.
Current Sta-
tus informa-
tionSupport Turned 
OffDisplay OnlyIs displayed when TPM support is dis-
abled
TPM StateDisplay OnlyShows TPM Enablement Status
TPM Active State Display Only Shows TPM Activation Status
TPM OwnerDisplay Only
Shows Current TPM Owner

FWA-1320 User Manual 443.2.2.7USB Configuration
This sub menu allows you to change the settings used for USB and to get an over-
view of the USB devices detected by the BIOS.
Figure 3.11 Advanced Setup: USB Configuration Menu
Table 3.7: USB Configuration Menu
noneUSB Module Ver-
sionDisplay onlyShows the version of the USB SW mod-
ule used in the BIOS (for reference, 
only)
USB DevicesDisplay onlyShows the list of USB devices detected 
by the BIOS
USB SupportEnabled
DisabledEnables or disables the support for 
USB. If disabled, the USB EHCI control-
ler will not be initialized by the BIOS.
Legacy USB Sup-
portAuto
Enabled
DisabledEnables legacy support over USB to 
support Keyboard and Mouse 
EHCI Hand-OffEnabled
DisabledControls the hand off of EHCI ownership 
from BIOS to OS at boot time. 
Mass Storage 
DriverEnabled
DisabledEnables support for USB mass storage 
devices in the BIOS like a USB DOM or 
a USB stick. This option needs to be

a USB stick. This option needs to be 
enabled in case a USB device shall be 
part of the boot options.
USB TimingUSB transfer 
time-out1sec / 5sec / 
10sec / 20secThe time-out value for Control, Bulk, and 
Interrupt transfers.
Device Reset 
time-out10sec / 20sec / 
30sec / 40secTime Out for a device to Reset
Device power-up 
delayAuto
ManualMaximum time the device will take 
before it properly reports itself to the 
Host Controller.

45 FWA-1320 User ManualChapter 3
Configuration and Service3.2.3Chipset
This sub menu allows you to change the settings of the intel chipset. Please note that
“chipset” is a legacy term and the related functionality is split over the CPU and PCH
portions of the SoC. Similarly, the terms “South Bridge” and “North Bridge” are legacy
terms  and  do  not  represent  the  silicon  implementation  any  more.  However,  those
terms are kept consistent with previous products to allow users to navigate more eas-
ily. 
The sub menus are described on the following pages.
Figure 3.12 Chipset Configuration MenuMass Stor-
age DevicesThis section displays the Mass Storage Devices detected by the BIOS, if any
It also allows to define how these devices will be presented
<ID of Device 1>Auto / Floppy / 
Forced FDD / 
Hard Disk / CD-
ROMShows the ID of the first Mass Storage 
device found and allows defining how 
this device is presented by the USB 
Storage driver in the BIOS. For maxi-

mum interoperability leave this setting 
as “Auto”.
…dito

FWA-1320 User Manual 463.2.3.1Chipset Setup: Processor Configuration
This menu supports configuration of the ATOM C2000 CPU.
Figure 3.13 Chipset: Processor Configuration Menu
Table 3.8: Processor Configuration Menu
Processor 
ConfigurationProcessor ID
Display onlyDisplays information on the processor 
installedProcessor Fre-
quency
L1 Cache RAM
L2 Cache RAM
Processor Ver-
sion

47 FWA-1320 User ManualChapter 3
Configuration and ServicenoneEIST(GV3)Auto
Enable
DisableEIST (Enhanced Intel SpeedStep Tech-
nology) allows the system to automati-
cally adjust processor voltage and core 
frequency in an effort to reduce power 
consumption and heat dissipation.
CPU C StateDisable
Enable
AutoCPU C-State is a feature to reduce 
power consumption by blocking clock 
cycles to the CPU during C1 State (Halt 
State).
Enhanced Halt 
StateDisable
EnableEnables / disables the Enhanced C1E 
state of the CPU
ACPI C2Disable
C6 NS
C6 FSConfigure the CPU state (ACPI C2) 
reported to OS, Options are: disable C2 
reporting, C6 No Shrink or C6 Full 
Shrink.
Monitor/MwaitDisable
EnableEnable or Disable the Monitor / Mwait 
instruction
L1 PrefetcherDisable
Enable Enable / Disable L1 Prefetcher
L2 Prefetcher           Disable
Enable Enable / Disable L2 Prefetcher
Machine CheckDisable
Enable 
Execute Disable 
BitDisable
Enable Execute Disable Bit is a mechanism

Enable 
Enable Execute Disable Bit is a mechanism 
which  allows OSes and software to 
become less vulnerable to viruses and 
malware.
VMXEnable Enables Virtualization Support (Virtual 
Mode Extensions also referred to as 
intel Vanderpool Technology), 
Extended APICDisable
Enable 
AES-NIEnableEnable / Disable AES-NI instructions
TurboDisable
EnableEnable or Disable CPU Turbo capabil-
ity.. (This item may only be enabled on 
dual core processor SKUs)
RAPLDisable
EnableEnables or Disables the CPU’s Running 
Average Power Limit Capability (RAPL).
Active Processor 
CoreAll 
4
2Number of cores enabled in the CPU
 (This item is hidden on 2 core SKUs)Table 3.8: Processor Configuration Menu

FWA-1320 User Manual 483.2.3.2Intel RC Setup: CK420 Configuration
This menus supports configuration of the platform clock generator.
Figure 3.14 CK420 Configuration Menu
Table 3.9: CK420 Configuration Menu
CK420 Spread 
SpectrumEnabled
DisabledEnables Spread Spectrum Operation for 
lower EMI.

49 FWA-1320 User ManualChapter 3
Configuration and Service3.2.3.3Chipset Setup: North Bridge Configuration
This menu allows the configuration of the memory controller and related features of
the SoC.
Figure 3.15 NorthBridge Configuration Menu

FWA-1320 User Manual 50Table 3.10: Northbridge Configuration Menu
Memory 
InformationTotal Memory
installed Memory Fre-
quency
noneFast BootEnabled
DisabledEnables or disables boot with initializa-
tion of a minimal set of devices required 
to launch active boot option. This item 
has  no effect on BBS boot options.
Memory Fre-
quencyAuto
DDR3-1866
DDR3-1600Memory frequency control. (The option 
“DDR3-1600 is hidden when populated 
memory speed is under 1600) 
ECC Support Enabled
DisabledSelected to enable / disable ECC Sup-
port
Faulty Part Track-
ingEnabled
DisabledSelect to enabled / disable faulty part 
tracking which allows identification and 
isolation of defective DRAM chips.
On Correctable 
Faulty PartHalt
ContinueOn correctable faults halt or continue
Patrol Scrub 
EnableEnabledSelect to enable / disable Patrol Scrub 
Support
For more information on partrol scrub,

Support
For more information on partrol scrub, 
please refer to section 
Period24 hours
10 hours
4 hours
1 hourSelect the patrol scrub Period
Demand Scrub 
EnableEnabledSelect to enable / disable Demand 
Scrub Support
For more information on demand scrub, 
ScramblerEnabledSelect to enable / disable the Scrambler

51 FWA-1320 User ManualChapter 3
Configuration and Service3.2.3.4Chipset Setup: South Bridge Configuration
Figure 3.16 South Bridge Configuration
South Bridge Configuration: SATA Configuration
Figure 3.17 SATA ConfigurationTable 3.11: South Bridge Configuration
Feature DefaultDescription
SMBus Controller Enabled
Enabled/Disabled SMBus Controller.

FWA-1320 User Manual 523.2.4Security Setup
“Administrator Password” allows users to configure the system so that a password
after  being  installed  is  required  each  time  the  system  boots,  and/or  an  attempt  is
made to enter the Setup program. 
Figure 3.18 Security SetupTable 3.12: SATA Configuration
SATA Port0 Display only
Show current SATA devices in use on the MIC-
5332SATA Port1 Display only
SATA Port2 Display only
SATA Port3 Display only
SATA Port4 Display only
SATA Port5 Display only
SATA Mode AHCI Mode(1) IDE Mode. (2) AHCI  Mode. (3) RAID Mode.
Aggressive Link Power EnabledAggressive Link Power  Management Support. 
For Cougar Point B0 
stepping onwards.
Note!If ONLY the Administrator's password is set, then this only limits 
access to Setup and is only asked for when entering Setup.
If ONLY the User's password is set, then this is a power on pass-
word and must be entered to boot or enter Setup. In Setup the User

word and must be entered to boot or enter Setup. In Setup the User 
will have Administrator rights. 
The password length must be in the following range: 
– Minimum length: 3 
– Maximum length: 20

53 FWA-1320 User ManualChapter 3
Configuration and Service3.2.5Boot Menu
Users can configure the system boot priority settings via the boot page. The default
setting  of  boot  priority  of  boot  option  #1  is  “Disabled  in  BBS  Order”;  option  #2  is
“UEFI:  Built-in  EFI  Shell”;  and  option  #3  is  “Windows  Boot  Manager.”  Users  can
define the boot priorities based on the application.
Figure 3.19 Boot Configuration
Table 3.13: Boot Configuration
Setup Prompt Timeout 1Number of seconds to  wait for setup activation 
key.
Bootup NumLock State OnSelect the keyboard NumLock state.
Quiet Boot DisabledEnables or disables Quiet Boot option.
Fast Boot DisabledEnables or disables boot with an  initialization 
of a minimal set of devices required to launch  
active boot option.
Boot Option User DefinedSets the system boot order.
Hard Drive BBS Priorities SubmenuSet the order of the legacy devices in this 
group.

FWA-1320 User Manual 543.2.6Save & Exit Menu
The  FWA-1320  BIOS  allows  users  to  store  BIOS  configuration  results  as  “User
Defaults.” Users can select “Save as User Defaults” to record all changes which had
been made in previous pages as the default setting for further use.
Figure 3.20 Save & Exit Menu
 Table 3.14: Save & Exit Menu Options
GroupSetup item Description
noneSave Changes and 
ExitExit setup after saving the changes. Does not update 
User defaults.
Discard Changes 
and ExitExit setup without saving any changes.
Save Changes and 
ResetReset system after saving the changes. Does not 
update User Defaults.
and ResetReset system without saving the changes. 
Save OptionsSave Changes Save Changes made so far to any of the setup options.
Discard ChangesDiscard Changes made so far to any of the setup 
options.
Restore Defaults Restores the BIOS factory defaults  to all the setup options.
Save as User

options.
Save as User 
DefaultsSaves the Current BIOS Settings as User Defaults.
Restore User 
DefaultsRestores the User defaults  to all the setup options.
Boot OverrideUEFI: < boot 
device>This option allows you to override the specified boot 
order and use a different boot device for the next boot.
Launch EFI Shell 
from file system 
device
This option allows you to launch the EFI shell.

55 FWA-1320 User ManualChapter 3
Configuration and Service3.3Installing Components
Please  make  sure  you  follow  the  safety  guidelines  presented  in  section  1.1  when
making changes to the hardware.
3.3.1Disk Installation
3.3.1.12.5” HDD drive
You need:
a PH2 screw driver 
a standard 2.5” SATA HDD
the HDD screw kit (included in the unit)
the HDD carrier plate 
the SATA cable 
Figure 3.21 Screws for HDD mounting
After removing the top cover, follow the instructions below for 2.5” disk installation:
1.Remove the plastic bag that protects the HDD carrier plate.
2.The HDD carrier plate has 2 holes on each side to accommodate different HDD 
vendor’s mounting hole locations. Each of the holes provides a dampening rub-
ber to reduce disk vibration. 
Do not remove the rubbers as this may lead to performance degradation or 
even malfunction.
Insert the HDD drive from the top into the carrier plate. Align the HDD’s mount-

ing threads with 2 holes on each side of the carrier plate. The holes to use may 
vary from disk vendor to disk vendor. For some vendors, all 4 holes may align.
3.Insert the screws supplied as part of the HDD kit into the holes and HDD 
threads. Make a few turns on each screw only using a PH2 screw driver until the 
threads start to engage. Then move on to the next screw. When all four screws 
have been inserted, fasten the screws tightly.
4.Align the carrier plate’s mounting holes with the standoffs in the chassis. 
5.Insert the carrier plate mounting screws and start to fix them from the front side 
(i.e. the side facing the FWA-1320 motherboard).
6.Securely tighten the screws using a PH2 screw driver after having inserted all 
four screws.

7.Connect the SATA cable delivered with the unit to the disk as well as the mother 
board connector. Please make yourself aware of the keying mechanism in the 
SATA connector before inserting the cable.
8.Connect the HDD power cable to the disk. Please make yourself aware of the 
keying mechanism in the power connector before inserting the cable.

FWA-1320 User Manual 563.3.1.2USB DOM
You need:
a PH2 screw driver
a standard USB DOM
the USB DOM mounting screw (included in the unit)
Figure 3.22 USB DOM mounting screw
An USB DOM compliant module can be installed at location M6:
Figure 3.23 USB DOM site with header & standoff
1.Make sure the USB DOM is compliant with the socket.
2.Insert the DOM onto the header from the top. Make sure the header and recep-
tacle align properly as shown below
Figure 3.24 USB DOM alignment
3.If properly inserted. The mount hole in the DOM and the threaded insert will be 
aligned. Insert the DOM mounting screw and tighten it.

57 FWA-1320 User ManualChapter 3
Configuration and ServiceFigure 3.25 USB DOM mounting
3.3.1.3mSATA SSD
You need:
a PH1 screw driver
a standard mSATA SSD
the mSATA mounting screw (included in the unit)
Figure 3.26 mSATA mounting screw
An mSATA compliant SSD can be installed at location M3:
1.Make sure the mSATA disk is compliant with the socket and that the mechanical 
keys match
Figure 3.27 mSATA key alignment
2.Insert the mSATA module in the connector under an angle of around 45°. The 
gold contacts of the module will almost disappear in the connector when the 
module is fully seated.

FWA-1320 User Manual 58Figure 3.28 mSATA angled insertion
3.Push down the module softly until it is in horizontal position. If the module is cor-
rectly seated, the module’s right hand mount hole will align with the threaded 
standoff in the FWA-1320 motherboard. Insert the mSATA mounting screw and 
tighten it.
 
Figure 3.29 mSATA mounting
3.3.2Memory Installation
After removing the top cover, follow the instructions below for DIMM installation:
1.Double check that the DIMMs to be installed match the requirements of section 
2.4.5.
2.Open the white latches on the left and right sides of the DIMMs by turning it out-
wards as indicated by the arrows below.

59 FWA-1320 User ManualChapter 3
Configuration and ServiceFigure 3.30 Opening DIMM latches
3.Select DIMM orientation so that the keys in the DIMM module and socket 
match. 
Figure 3.31 DIMM key alignment
4.Insert the DIMM from the top using the guide rails on the left and right of the 
DIMM sockets.

FWA-1320 User Manual 60Figure 3.32 DIMM insertion into slide rails
5.Put your thumbs near the right and left end of the DIMM and press down the 
DIMM evenly until the white latches fully close with a click.
Figure 3.33 Seating the DIMM in the socket
6.
In case you want to install another DIMM, repeat steps 1) to 5) accordingly.

61 FWA-1320 User ManualChapter 3
Configuration and Service3.4Firmware Upgrades
3.4.1BIOS
The BIOS can be upgraded using “flashrom” under Linux. flashrom Version 0.9.7-
r1855 or newer is required. 
flashrom is available via www.flasrom.org or as part of all major Linux distributions.
Documentation on flashrom can also be found there.
Start flashrom with the following parameters to update the BIOS on the FWA-1320:
-w (BIOS Name) –p internal: laptop=this _is _not_laptop
3.4.2LAN Bypass
LAN Bypass Firmware can be upgraded via the LAN Bypass Software. Please refer
to the Advanced LAN Bypass User’s Manual for details.
3.5Replacing FRUs
Please  make  sure  you  follow  the  safety  guidelines  presented  in  section1.1  when
For instruction on how to remove and install the top cover of the unit please refer to
section 3.3.
3.5.1Disk drives
3.5.1.12.5” HDD
You need:

You need:
A standard 2.5” SATA HDDTo remove the HDD, proceed in the reverse of the installa-
tion procedure in section 3.3.1.1:
1.Detach the HDD power and SATA cables
2.Remove the four screws on the corners of the HDD carrier plate and remove the 
HDD carrier plate from the system
3.Remove the HDD mounting screws and extract the HDD from the carrier plate.
4.
Install a new HDD by following the instructions in section 3.3.1.1.

FWA-1320 User Manual 623.5.1.2USB DOM
You need:
To remove a USB DOM proceed in the reverse of the installation procedure in section
3.3.1.2:
1.Remove the USB DOM mounting screw..
2.Extract the USB DOM by pulling the DOM upwards evenly. Be sure not to bend 
any USB DOM connector pins.
3.Install a new SSD following the mounting instructions of the same section.
3.5.1.3mSATA SSD
You need:
To remove a mSATA SSD proceed in the reverse of the installation procedure in sec-
tion 3.3.1.3:
1.Remove the mSATA mounting screw. Please be sure to hold the screw as the 
spring mechanism in the mSATA connector will flip the mSATA module upwards 
once the screw is lose.
2.Extract the mSATA module
Install a new SSD following the mounting instructions of the same section.
3.5.2CMOS Battery
You need:
A BR2032 battery
To replace the RTC’s battery located at B1, pull the spring clip securing the battery

You need:
forward with your finger tip. Please handle with care and do not bend the spring clip.
Then extract the battery vertically.
Figure 3.34 Unlocking the battery
Keeping the spring clip pulled towards you, insert the replacement battery.
Please make sure you insert the battery in correct polarity with the positive pole fac-
ing the front panel and the negative pole facing the CPU heatsink. Trying to insert theWarning!There is the danger of explosion if the battery is replaced incorrectly. 
Replace the battery only with the same or equivalent type specified 
above. 
Dispose of used batteries according to the manufacturer's instructions.

63 FWA-1320 User ManualChapter 3
Configuration and Servicebattery with incorrect orientation/polarity will damage the battery holder.  Additional
security risks apply as stated above.
Figure 3.35 Battery Polarity
When the coin cell is seated release the spring clip and control that it moves back
into its original position and that it secures the battery correctly.
3.5.3DIMMs
To replace a DIMM module, basically extract the DIMM module by pushing the DIMM
socket latches outward. As the latches flip completely open, the DIMM module will be
automatically extracted from the socket. Pull the DIMM module out vertically.
Figure 3.36 Unlocking and removing a DIMM
To insert a new DIMM please follow the process described in section 3.3.3.

FWA-1320 User Manual 66A.1Console Port (RS232)
This connector can be found at position F5. 
Please note that this RJ45 connector for the console, in contrast to RJ45 connectors
for network ports, does not feature any integrated LEDs.
Figure A.1 RJ45 Console connector
A.2USB Type A Connectors
These connectors can be found at position F4
Figure A.2 Stacked USB Type A connectorTable A.1: Console Connector Pin Assignment
Pin No.Signal Name Description
1n.c. Not connected
2n.c. Not connected
3TXTransmit Data 
(Output from FWA-1320)
4GND Digital Circuit Ground
5GND Digital Circuit Ground
6RX Receive Data (input to FWA-1320)
7n.c. Not connected
8n.c.
 Not connected
Table A.2: Stacked USB Type A Connector Pin Assignment
1VCC_USB0USB Supply Voltage Port 0
 (5 V @ 500 mA, fused)
2USB0N USB Port 0 Differential Pair
3USB0P
5VCC_USB1USB Supply Voltage Port 1 
(5V@500mA, fused)

67 FWA-1320 User ManualAppendix A Connector Pinout and LED Inform
ationA.3RJ45 10/100/1000 BASE-T Ports 
These connectors can be found at positions F6 through F11.
Figure A.3 RJ45 10/100/1000 Base-T connector
A.3.1 Connector Pinout
A.3.2 LED Definition6USB1N USB Port 1 Differential Pair
7USB1P
8GND Digital Circuit Ground
Table A.3: RJ45 10/100/1000 Base-T Connector Pin Assignment
1MDI[0]+ Media Dependent Interface[0]+
2MDI[0]- Media Dependent Interface[0]-
3MDI[1]+ Media Dependent Interface[1]+
4MDI[2]+ Media Dependent Interface[2]+
5MDI[2]- Media Dependent Interface[2]-
6MDI[1]- Media Dependent Interface[1]-
7MDI[3]+ Media Dependent Interface[3]+
8MDI[3]- Media Dependent Interface[3]-
Table A.4: RJ45 Connector LED Indication
Speed LEDLeft (Green / Amber 
Color)Link/Active LED Right (Green / Amber Color)
10 MbpsOff Link Turn on Green
100 MbpsStatic Amber Active Blinking Green

1000 MbpsStatic GreenBypass Status:
DisconnectBlinking Amber
Bypass Status:
Bypass
Static Amber
Note!Bypass States are only signalled on the traffic LAN ports. Management 
LAN ports do not have this extra LED colour & signalling.

FWA-1320 User Manual 70B.1BIOS Post Codes
POST Codes are diagnostic codes sent by the BIOS to IO address 0x80. A POST
adapter needs to be installed in the system to view these POST Codes. Codes not
listed are reserved by AMI.
POST Code Description
0x01 Power on. Reset type detection (soft/hard).
0x02 AP initialization before microcode loading
0x03 North Bridge initialization before microcode loading
0x04 South Bridge initialization before microcode loading
0x05 unused
0x06 Microcode loading 
0x07 AP initialization after microcode loading
0x08 North Bridge initialization after microcode loading
0x09 South Bridge initialization after microcode loading
0x0A unused
0x0B Cache initialization
0x0E Microcode not found
0x0F Microcode not loaded
0x10 PEI Core is started
0x11 Pre-memory CPU initialization is started
0x12 Pre-memory CPU initialization (CPU module specific)
0x13 Pre-memory CPU initialization (CPU module specific)
0x14 Pre-memory CPU initialization (CPU module specific)

0x15 Pre-memory North Bridge initialization is started
0x16 Pre-Memory North Bridge initialization (North Bridge module specific)
0x17 Pre-Memory North Bridge initialization (North Bridge module specific)
0x18 Pre-Memory North Bridge initialization (North Bridge module specific)
0x19 Pre-memory South Bridge initialization is started
0x1A Pre-memory South Bridge initialization (South Bridge module specific)
0x1B Pre-memory South Bridge initialization (South Bridge module specific)
0x1C Pre-memory South Bridge initialization (South Bridge module specific)
0x1D – 0x2A unused
0x2B Memory initialization. Serial Presence Detect (SPD) data reading
0x2C Memory initialization. Memory presence detection
0x2D Memory initialization. Programming memory timing information
0x2E Memory initialization. Configuring memory

0x2F Memory initialization (other).
0x30 Reserved for ASL
0x31 Memory Installed
0x32 CPU post-memory initialization is started
0x33 CPU post-memory initialization. Cache initialization
0x34CPU post-memory initialization. Application Processor(s) (AP) initializa-
tion
0x35 CPU post-memory initialization. Boot Strap Processor (BSP) selection
0x36CPU post-memory initialization. System Management Mode (SMM) ini-
tialization

71 FWA-1320 User ManualAppendix B BIOS Post Codes0x37 Post-Memory North Bridge initialization is started
0x38 Post-Memory North Bridge initialization (North Bridge module specific)
0x39 Post-Memory North Bridge initialization (North Bridge module specific)
0x3A Post-Memory North Bridge initialization (North Bridge module specific)
0x3B Post-Memory South Bridge initialization is started
0x3C Post-Memory South Bridge initialization (South Bridge module specific)
0x3D Post-Memory South Bridge initialization (South Bridge module specific)
0x3E Post-Memory South Bridge initialization (South Bridge module specific)
0x3F -0x4E unused
0x4F DXE IPL is started
0x50Memory initialization error. Invalid memory type or incompatible mem-
ory speed
0x51 Memory initialization error. SPD reading has failed
0x52Memory initialization error. Invalid memory size or memory modules do 
not match.
0x53 Memory initialization error. No usable memory detected
0x54 Unspecified memory initialization error.

not match.
0x55 Memory not installed
0x56 Invalid CPU type or Speed
0x57 CPU mismatch
0x58 CPU self test failed or possible CPU cache error
0x59 CPU micro-code is not found or micro-code update is failed
0x5A Internal CPU error
0x5B reset PPI is not available
0x60 DXE Core is started
0x61 NVRAM initialization
0x62 Installation of the South Bridge Runtime Services
0x63 CPU DXE initialization is started
0x64 CPU DXE initialization (CPU module specific)
0x65 CPU DXE initialization (CPU module specific)
0x66 CPU DXE initialization (CPU module specific)
0x67 CPU DXE initialization (CPU module specific)
0x68 PCI host bridge initialization
0x69 North Bridge DXE initialization is started
0x6A North Bridge DXE SMM initialization is started
0x6B North Bridge DXE initialization (North Bridge module specific)

0x6C North Bridge DXE initialization (North Bridge module specific)
0x6D North Bridge DXE initialization (North Bridge module specific)
0x6E North Bridge DXE initialization (North Bridge module specific)
0x6F North Bridge DXE initialization (North Bridge module specific)
0x70 South Bridge DXE initialization is started
0x71 South Bridge DXE SMM initialization is started
0x72 South Bridge devices initialization
0x72 South Bridge DXE Initialization (South Bridge module specific)
0x73 South Bridge DXE Initialization (South Bridge module specific)
0x74 South Bridge DXE Initialization (South Bridge module specific)
0x75 South Bridge DXE Initialization (South Bridge module specific)
0x76 South Bridge DXE Initialization (South Bridge module specific)

FWA-1320 User Manual 720x77 South Bridge DXE Initialization (South Bridge module specific)
0x78 ACPI module initialization
0x79 CSM initialization
0x80 – 0x8F unused
0x90 Boot Device Selection (BDS) phase is started
0x91 Driver connecting is started
0x92 PCI Bus initialization is started
0x93 PCI Bus Hot Plug Controller Initialization
0x94 PCI Bus Enumeration
0x95 PCI Bus Request Resources
0x96 PCI Bus Assign Resources
0x97 Console Output devices connect
0x98 Console input devices connect
0x99 Super IO Initialization
0x9A USB initialization is started
0x9B USB Reset
0x9C USB Detect
0x9D USB Enable
0xA0 IDE initialization is started
0xA1 IDE Reset
0xA2 IDE Detect
0xA3 IDE Enable
0xA4 SCSI initialization is started
0xA5 SCSI Reset
0xA6 SCSI Detect
0xA7 SCSI Enable
0xA8 Setup Verifying Password
0xA9 Start of Setup
0xAA Reserved for ASL
0xAB Setup Input Wait
0xAC Reserved for ASL
0xAD Ready To Boot event
0xAE Legacy Boot event
0xAF Exit Boot Services event

0xB0 Runtime Set Virtual Address MAP Begin
0xB1 Runtime Set Virtual Address MAP End
0XB2 Legacy Option ROM Initialization
0xB3 System Reset
0XB4 USB hot plug
0xB5 PCI bus hot plug
0xB6 Clean-up of NVRAM
0xB7 Configuration Reset (reset of NVRAM settings)
0xC0 – 0xCF unused
0xD0 CPU initialization error
0xD1 North Bridge initialization error
0xD2 South Bridge initialization error
0xD3 Some of the Architectural Protocols are not available
0xD4 PCI resource allocation error. Out of Resources

73 FWA-1320 User ManualAppendix B BIOS Post Codes0xD5 No Space for Legacy Option ROM
0xD6 No Console Output Devices are found
0xD7 No Console Input Devices are found
0xD8 Invalid password
0xD9 Error loading Boot Option (LoadImage returned error)
0xDA Boot Option is failed (StartImage returned error)
0xDB Flash update is failed
0xDC Reset protocol is not available
0XE0 S3 Resume is stared (S3 Resume PPI is called by the DXE IPL)
0xE1 S3 Boot Script execution
0xE2 Video repost
0xE3 OS S3 wake vector call
0xE8 S3 Resume Failed
0xE9 S3 Resume PPI not Found
0xEA S3 Resume Boot Script Error
0xEB S3 OS Wake Error
0xF0 – 0xF4 unused
0xf8 – 0xFA unused

FWA-1320 User Manual 76C.1Declaration of Conformity
The FWA-1320 has been successfully tested for compliance to the regulations below.
Should you need a signed copy of the declaration of conformity or the related test
reports, please contact your Advantech representative.
C.1.1 CE
This product has passed the CE test for environmental specifications when shielded
cables are used for external wiring. 
C.1.2 FCC Class A
Note: This equipment has been tested and found to comply with the limits for a Class
A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to
provide  reasonable  protection  against  harmful  interference  when  the  equipment  is
operated  in  a  commercial  environment.  This  equipment  generates,  uses,  and  can
radiate radio frequency energy and, if not installed and used in accordance with the
instruction manual, may cause harmful interference to radio communications. Opera-

tion of this equipment in a residential area is likely to cause harmful interference in
which  case  the  user  will  be  required  to  correct  the  interference  at  his  or  her  own
expense.

FWA-1320 User Manual 78D.1Warranty and RMA
Advantech warrants to you, the original purchaser, that each of its products will be
free from defects in materials and workmanship for two years from the date of pur-
chase.
This warranty does not apply to any products which have been repaired or altered by
persons other than repair personnel authorized by Advantech, or which have been
subject to misuse, abuse, accident or improper installation. Advantech assumes no
liability under the terms of this warranty as a consequence of such events.
Because of Advantech's high quality-control standards and rigorous testing, most of
our customers never need to use our repair service. If an Advantech product is defec-
tive, it will be repaired or replaced at no charge during the warranty period. For out-
of-warranty repairs, you will be billed according to the cost of replacement materials,
service time and freight. Please consult your dealer for more details.

If you think you have a defective product, follow these steps:
1.Collect all the information about the problem encountered, for example, Advan-
tech products used, other hardware and software used, etc. Note anything 
abnormal and list any onscreen messages you get when the problem occurs.
2.Call your dealer and describe the problem. Please have your manual, product, 
and any helpful information readily available.
3.If your product is diagnosed as defective, obtain an RMA (return merchandise 
authorization) number from your dealer. This allows us to process your return 
more quickly.
4.Carefully pack the defective product, a fully-completed Repair and Replacement 
Order Card and a photocopy proof of purchase date (such as your sales receipt) 
in a shippable container. A product returned without proof of the purchase date

in a shippable container. A product returned without proof of the purchase date 
is not eligible for warranty service.
5.Write the RMA number visibly on the outside of the package and ship it prepaid 
to your dealer.

www.advantech.com
Please verify specifications before quoting. This guide is intended for reference
purposes only.
All product specifications are subject to change without notice.
No part of this publication may be reproduced in any form or by any means,
electronic, photocopying, recording or otherwise, without prior written permis-
sion of the publisher.
All brand and product names are trademarks or registered trademarks of their
respective companies.
© Advantech Co., Ltd. 2015

Get To Know Your Device
© 2015 Verizon Wireless. All Rights Reserved. MBM65302301 (1.2) H This booklet is made from 76% post-consumer recycled paper.
This booklet is printed with soy ink.  Printed in KoreaGizmoGadget is a communicative mobile device worn by children. It follows the 
Consumer Product Safety Improvement Act (CPSIA). This is NOT a toy.

Preparing Your GizmoGadget1
This quick reference guide will walk you through the following steps to set up your GizmoGadget:
•	Charging
•	Turning on
•	Activating
•	Downloading the app
•	Setting up the app

About Your GizmoGadget2
Port
GizmoGadgetWristband (Holder)
Speaker
MicrophoneEnd/Back Button Call ButtonTouchscreen

Charging Your GizmoGadget3
To charge the battery, open the USB/charger port cover and:
1. Plug  the charging cord to the GizmoGadget. 
2. Plug the other end of the cord into the charging adapter.
3. Plug the charging adapter into an electrical outlet. The screen will show the battery 
charging icon and will let you know when your GizmoGadget is fully charged.
Note:
•	Don’t	use	the	GizmoGadget	while	it’s	being	charged.
•		Only	use	the	charging	cord	and	adapter	included	in	the	box	to	charge	your	GizmoGadget.
•		Make	sure	that	you	snap	closed	the	USB/charger	port	cover	completely	to	keep	out	dirt	and	water.

Turning Your GizmoGadget On and Off4
turning your GizmoGadget on:
•	Press and hold the End/Back  button 
  on your GizmoGadget until the screen lights up.
turning your GizmoGadget off:
  on your GizmoGadget until you see “Do you want me 
to turn off?” on your GizmoGadget screen.
•	Tap 
  to turn off your GizmoGadget.
•	You can also use the GizmoHub app to turn off your GizmoGadget from your smartphone.

Activating Your GizmoGadget5
1. Your GizmoGadget  should start activating automatically the first time you turn it on.
2. Your GizmoGadget  screen should show: “Activating...”
3. Then, your GizmoGadget  will turn off and on by itself.
4. When activation is complete, your GizmoGadget  screen will show:  
“I’m	activated.”

Registering as a Caregiver6
Step 1:  Using your smartphone, download the GizmoHub app from the Google Play Store or the Apple 
App Store. 
Note : 
•		The	app	is	available	for	Android™	5.0	or	higher	and	iOS	9.0	or	higher	in	the	Google	Play	Store	or	the	Apple	App 	
Store.
•		Data	usage	applies	for	app	download	and	use.

7
Step 2:	Open	the	app	on	your	smartphone.
Note:  Descriptions and screen images in this user guide may differ due to GizmoHub app updates.

8
Step 3:  Follow the instructions in the app and and on your GizmoGadget to:
•	Register as the primary caregiver
•	Add additional contacts
You	will	be	asked	for	your	GizmoGadget’s	mobile	number.	You	can	find	the	mobile	number	on	your 	
customer receipt or on the screen of your GizmoGadget after it has been activated successfully.

Wearing Your GizmoGadget9
•	Your GizmoGadget comes pre-inserted in a wristband.
•	Your GizmoGadget needs to stay in the wristband to work. It will let you know if it comes out 
of its holder.
 
Note: Additional wristbands sold separately.

Using Your GizmoGadget10
Show your child what your GizmoGadget can do and practice making and receiving calls with it.
Making a Call
1. Press the Call  button 
  once to open the contact list.
2. Tap the Phone  icon 
	next	to	the	contact	you	want	to	call.
Answering a Call
1. Your GizmoGadget will ring and the caller name will be shown on the screen.
2. Press the Call  button 
  to answer the call.
ending a Call
Press the End/Back  button 
  on your GizmoGadget to end the call.
Note: Making and receiving calls requires a wireless network connection.

11
Your GizmoGadget can send emoticons 
 , voice recordings 
 , or quick messages 
  to the 
GizmoHub app on your smartphone.
1. From the watch screen, swipe left.
2. Tap Messaging  
 .
3. Tap 
  to create a new message.
4. Select a contact.5. Tap an icon to select the type of message.
Receiving a Message
Your GizmoGadget can also receive messages from the GizmoHub app.
The message will show on the Home screen when it is received. To reply, just tap on the message.
Note:	Your	GizmoGadget	can	only	receive	messages	from	the	GizmoHub	app.	It	can’t	receive	regular	text 	
messages.

12
Sending a Check-in Message
Your GizmoGadget can send a check-in message with its location to the primary caregiver.
1. From the watch screen, swipe up.
2. Press 
 .
Playing Fun Sounds
Your GizmoGadget can play fun sounds.
Swipe to the right from the watch screen to get to the fun sounds screen. Tap on the character to 
play fun sounds.
Recording Your Voice and Using the Voice Changer
Your GizmoGadget can record your voice and play it back in fun voices like a robot voice . Swipe to 
the left twice from the watch screen and then tap Voice Changer  
 . Use the onscreen controls 
to record your voice. Tap the left and right arrows to see different characters and hear yourself 
using their voices.

13
Checking the Battery Level, Signal Strength and Sound 
From any screen, swipe down from the top of the screen to view the battery and signal levels, and 
turn sound on and off.
You can also check the battery from the GizmoHub app. Go to Settings  > Battery life .

Using the GizmoHub App on Your Smartphone14
The first phone you register with the app will automatically become the primary 
caregiver. The primary caregiver can use the app to:
•	View the location of your GizmoGadget on a map and use your smartphone to navigate to 
the location.
•	Set up other location features like scheduled location checks, place alerts and more.
•	Change settings like ringtones, volume level and fun sounds.
•	Turn off your GizmoGadget.
•	Add	up	to	9	additional	contacts	and	decide	if	they	will	be	caregivers.
	 •	Contacts can call your GizmoGadget and receive calls from it.
	 •		 Caregivers can also use to app to send messages to your GizmoGadget, receive quick 
messages from it, and locate your GizmoGadget using the GizmoHub app.

15
Locating Your GizmoGadget
To	check	your	GizmoGadget’s	location,	tap	the	Find  icon 
	on	the	app’s	Home	screen.	Your 	
GizmoGadget’s	location,	with	address,	will	be	shown	as	a	position	on	a	map.
Maps shown are for reference only 
and are subject to change.
Note:
•		Your	GizmoGadget	needs	to	be	turned	on	and	have	a	wireless	network	connection	in	order	to	be	located. 	
•		Locating	the	GizmoGadget	can	take	up	to	3	minutes.

16
•		Sometimes	being	inside	a	building	or	in	an	area	with	poor	signal	strength	can	affect	the	accuracy	of	the	location 	
and how current it is.
	•	GPS	location	is	approximate	and	results	are	not	guaranteed.

Support & More17
Get Help from the GizmoHub App
From the app Home screen, tap Menu  
  > Help .
 Call (800)	922-0204 .
Follow us @VZWSupport . 
More Information
User Guide
Download a User Guide from verizonwireless.com/support  or call (877)	268-7589  
to order a copy.

Customer Information18
Your Wireless Device and Third Party Services  
Verizon Wireless is the mobile carrier associated with this wireless device, but many services and features 
offered through this wireless device are provided by or in conjunction with third parties. Verizon Wireless 
is not responsible for your use of this wireless device or any non-Verizon Wireless applications, services 
and products including any personal information you choose to use, submit or share with others. Specific third party terms and conditions, terms of use, and privacy policies shall apply. Please review carefully 
all applicable terms and conditions and policies prior to using this wireless device and any associated 
LG	is	not	responsible	for	your	use	of	this	wireless	device	in	conjunction	with	any	third	party	applications, 	
services, or products that are downloaded, installed, transferred or added, including any personal

services, or products that are downloaded, installed, transferred or added, including any personal 
information you choose to use, submit, or share with others. Specific third party terms and conditions, terms of use, and privacy policies shall apply.

Contents
Packaging contents  ..................................................................................................................................... ................................................ 3
Microphone components ..................................................................................................................................... ..................................... 3
Charging the CPW90  ..................................................................................................................................... ............................................. 3
Registering the CPW90 to the CP960 conference phone  ................................................................................................... 3
LED instruction  ..................................................................................................................................... .......................................................... 3

Mute LED indicator on the CPW90:  .................................................................................................................................... ........3
Battery LED indicator on the CPW90:  .................................................................................................................................... ...3
Placing the CPW90  ..................................................................................................................................... ................................................. 4
Muting or unmuting the CPW90 .................................................................................................................................... ....................... 4
Frequently asked questions  ..................................................................................................................................... ............................... 4

How do I turn off the CPW90?  .................................................................................................................................... ................... 4
How do I find the CPW90 that has registered with the CP960 conference phone?  ......................................... 4
How do I register the CPW90 to another CP960 conference phone?  ..................................................................... 4
How do I deregister the CPW90?  .................................................................................................................................... ............ 4

Regulatory notices  .................................................................................................................................... ................................................... 5
Operating ambient temperatures  .................................................................................................................................... .............. 5
Warranty  .................................................................................................................................... ................................................................ 5
Explanation of the symbols  ..................................................................................................................................... ......................... 5

Safety instructions  ..................................................................................................................................... .................................................. 5
General requirements  ................................................................................................................................... ...................................... 5
Environmental requirements  .................................................................................................................................... ........................ 5
Operating requirements  ..................................................................................................................................... ................................ 5

Battery requirements  ................................................................................................................................... ....................................... 5
Cleaning requirements  .................................................................................................................................... ................................... 6
FCC statement  ..................................................................................................................................... ........................................................... 6
Radiation exposure statement  ................................................................................................................................... .................... 6

Technical support  ................................................................................................................................... ...................................................... 6Quick start guide

3
Packaging contents
The following items are included in your package.
Microphone components
Charging the CPW90
1. Put the CPW90 on the charger cradle
2. Connect the micro USB port on the charger cradle to the USB 
port on the CP960 conference phone using a 0.3 m USB 
cable
When charging, the battery LED indicator on the CPW90 glows 
red. When the battery capacity reaches 100%, the battery LED 
indicator on the CPW90 will glow green.
The CPW90 starts up automatically when charging, or you 
can long-tap the Mute  button on the CPW90 for three 
seconds to turn it on.
Note:  Please charge the microphones fully prior to first use 
and make sure you charge them when they are not in use.
Registering the CPW90 to the CP960  
conference phone
If the CPW90 has registered with the CP960 conference phone, 
you can skip this section.
If the CPW90 is not registered with the CP960 conference 
phone, you should register the CPW90 to the CP960 conference

phone, you should register the CPW90 to the CP960 conference 
phone. The CPW90 works as the audio input device of the 
CP960 conference phone.To register the CPW90 to the CP960 conference phone:
1. Tap 
  > Wireless Microphone  > 
2. Turn on the CPW90
The CPW90 enters the registration mode automatically,  
and the mute LED indicator on the CPW90 flashes yellow.
The CPW90 registers with the CP960 conference  
phone automatically.
If the registration is successful, the mute LED indicator on the 
CPW90 goes out and the touch screen of the CP960 
conference phone prompts the CPW90 for the following 
information: battery, work time and standby time.
Note:  You can connect up to two CPW90 microphones to a 
CP960 conference phone.
LED instruction
There are two indicators on the CPW90. The indicators display 
the CPW90 work status.
Mute LED indicator on the CPW90:
 
LED status Description

Solid green• The phone enters the predialing screen
• The phone is in a call and unmuted
Slowly flashing red • The phone is receiving an incoming call
Solid red • The phone is muted
Fast flashing yellow • The CPW90 is in the registration mode
Slowly flashing 
yellow• The CPW90 has registered with the phone, but the CPW90 
is out of range
• The CPW90 has registered with the phone, but the CP960 
is turned off
Flashing red and 
green alternately• The phone is searching for the CPW90 that has registered 
with it
Off • The phone is idle
Battery LED indicator on the CPW90:
 
Solid green for 1 
second and then off• The CPW90 is turned on
Solid green for 3 
seconds and then 
off• The phone is idle
Solid green • The CPW90 is fully charged
Solid red • The CPW90 is being charged

Fast flashing red 3 
times and then off• The battery capacity is too low to turn on the CPW90
Slowly flashing red • The battery capacity is less than 10%
Off• If you tap the mute button and the battery LED indicator on 
the CPW90 is still off, it means the CPW90 is turned offCPW90 wireless  
microphone x2Charger cradle 0.3m micro  
USB cableQuick start 
guide
Battery indicator
Built-in microphone
Mute button1
1
2
3Charging slot4
1
2Quick start guide

4
Placing the CPW90
The CPW90 is a wireless expansion mic that can work as the 
audio input device of the CP960 conference phone. It supports 
360-degree audio pickup at a radius of up to 9.5 feet. The 
CPW90 has a rubber pad on its base to prevent it from sliding. 
You can place the CPW90 on a conference table. To ensure 
optimal voice quality, place the CPW90 on a stable surface  
and keep it away from obstacles so that it can achieve the  
best performance.
Muting or unmuting the CPW90
When the CPW90 works as an audio input device of the CP960 
conference phone and the CP960 conference phone is in a call, 
you can tap the Mute  button on the CPW90 to mute or unmute 
the CPW90.
Frequently asked questions
How do I turn off the CPW90?
You should long-tap the Mute  button on the CPW90, until  
the battery LED indicator on the CPW90 glows red for three 
seconds and then goes out.
How do I find the CPW90 that has registered with the 
CP960 conference phone?
• Tap 
  > Wireless Microphone

• Tap 
• Select the desired microphone, and then tap Find .  
The mute LED indicator on the CPW90 flashes red and 
green alternatelyHow do I register the CPW90 to another CP960  
conference phone?
• Tap 
• Charge the CPW90
• Long-tap the Mute  button on the CPW90 for five seconds.  
The CPW90 enters the registration mode. And the mute  
LED indicator on the CPW90 fast flashes yellow
• The CPW90 registers with the CP960 conference  
phone automatically
Note:  The CPW90 can only be registered to one CP960 
conference phone. If you register the CPW90 to another 
CP960 conference phone, the CPW90 will deregister from  
the previous CP960 conference phone automatically.  
How do I deregister the CPW90?
• Tap 

• Tap 
• Select the desired mic, and then tap Detail
• Tap Unbind  to deregister the CPW90Quick start guide

5
Warranty
Our product warranty is limited only to the unit itself, when used 
normally in accordance with the operating instructions and the 
system environment. We are not liable for damage or loss resulting 
from the use of this product, or for any claim from a third party.
DC symbol
  To avoid the potential effects on the environment and human 
health as a result of the presence of hazardous substances in 
electrical and electronic equipment, end users of electrical and 
electronic equipment should understand the meaning of the 
crossed-out wheeled bin symbol. Do not dispose of waste 
electrical and electronic equipment (WEEE) as unsorted 
municipal waste and have to collect such WEEE separately.

municipal waste and have to collect such WEEE separately. 
Restriction of Hazardous Substances Directive (RoHS) 
This device complies with the requirements of the EU RoHS.
Save these instructions. Read these safety instructions 
instructions carefully and observe the situation during operation
please always keep the device dry and clean, and  
avoid collision
• Please do not attempt to dismantle the device by yourself.  
In case of any discrepancy, please contact the appointed 
device. Legal rights of others should be respected as wellEnvironmental requirements

• Do not place the device on or near any inflammable or  
• Do not let a child play with the device or any accessory, to avoid 
accidental swallowing
• Before plugging or unplugging any cable, make sure that your

• Before plugging or unplugging any cable, make sure that your 
hands are completely dry
equipment near water, for example, near a bathtub, washbowl, 
kitchen sink, wet basement or swimming pool
abnormal noise or smell, disconnect the device from the power 
supply, and unplug the power plug immediately
the device first. Do not disconnect the grounding cable until

Battery requirements
• Do not immerse the battery into water, which could short-
circuit and damage the battery
• Do not expose the battery to an open flame or leave the battery 
where it could be subjected to extremely high temperatures, 
which could cause the battery to explode
• Do power the handset off before removing the battery
• Do not try to use the battery for the power supply of any device 
other than this handsetQuick start guide

6
• Do not open or mutilate the battery; the contents are 
corrosive and may cause damage to your eyes or skin
• Use only the rechargeable battery pack delivered with the 
handset or those rechargeable battery packs expressly 
recommended by Yealink. Defective or exhausted batteries 
should never be disposed of as municipal waste. Return old 
batteries to the battery supplier, a licensed battery dealer or 
a designated collection facility
• Before cleaning the device, disconnect it from the power supply
• Use a piece of soft, dry and anti-static cloth to clean the device
FCC statement
Any changes or modifications not expressly approved by the

This equipment complies with FCC exposure limits set forth  
for an uncontrolled environment. This equipment should be 
installed and operated with a minimum distance of 20 cm 
For additional information, please refer to the CP960 Admin 
Guide in the One TalkSM support site or visit verizonwireless.
com/support/one-talk  for additional help.
Network details & coverage maps at vzw.com. © 2019 Verizon. UG5630519Quick start guide

CloudCertifiedPracticeTests  JOIN OUR MAIN CHANNEL https://t.me/Tcs_wings_2022  
 
Google 
Associate Cloud Engineer  
 
Set 1  
Question # 1  
 
You have a Dockerfile that you need to deploy on Kubernetes Engine. What should you do?  
A. Use kubectl app deploy <dockerfilename>.  
 
B. Use gcloud app deploy <dockerfilename>.  
C. Create a docker image from the Dockerfile and upload it to Container Registry. Create a Deployment YAML 
file to point to that image. Use kubectl to create the deployment with that file.  
D. Create a docker image from the Dockerfile and upload it to Cloud Stora ge. Create a Deployment YAML file 
to point to that image. Use kubectl to create the deployment with that file.  
 
Answer: A 
Reference - 
https://cloud.google.com/kubernetes -engine/docs/tutorials/hello -app 
 
Question #2  
You need to create a custom VPC with a single subnet. The subnet's range must be as large as possible. Which 
range should you use?  
A. 0.0.0.0/0

/content/drive/MyDrive/Vz_GenAI/NOT_TICKETS/Google cloud certification(Full Mcq Set).pdf

B. 10.0.0.0/8  
C. 172.16.0.0/12  
 
D. 192.168.0.0/16  
Answer: B  
 
Question #3  
 
You want to select and configure a cost -effective solution for relational data on Google Cloud Platform. You are 
working with a small set of operational data in one geographic location. You need to support point -in-time 
recovery. What should you do?  
A. Select Cloud SQL (MySQL). Verify that the enable binary logging option is selected.  
B. Select Cloud SQL (MySQL). Select the create failover replicas option.  
 
C. Select Cloud Spanner. Set up your instance with 2 nodes.  
D. Select Cloud Spanner. Set up your instance as multi -regional. 
Answer: A  
Reference:  
https://cloud.google.com/sql/docs/mysql/backup -recovery/restore  
 
Question #4  
 
You want to configure autohealing for network load balancing for a group of Compute Engine instances that run in 
multiple zones, using the fewest possible steps.

multiple zones, using the fewest possible steps.  
You need to configure re -creation of VMs if they are unresponsive after 3 attempts of 10 secon ds each. What 
should you do?  
A. Create an HTTP load balancer with a backend configuration that references an existing instance group. Set 
the health check to healthy (HTTP)  
B. Create an HTTP load balancer with a backend configuration that references an existing instance group. Define 
a balancing mode and set the maximum RPS to 10.  
C. Create a managed instance group. Set the Autohealing health check to healthy (HTTP)  
D. Create a managed instance group. Verify that the autoscaling setting is on.  
 
Answer: C  
 
Question #5

You are using multiple configurations for gcloud. You want to review the configured Kubernetes Engine cluster of 
an inactive configuration using the fewest possible steps. What should you do?  
A. Use gcloud config configurations describe to review the output.  
 
B. Use gcloud config configurations activate and gcloud config list to review the output.  
C. Use kubectl config get -contexts to review the output.  
 
D. Use kubectl config use -context and kubectl config view to review the output.  
 
Answer: D 
https://medium.com/google -cloud/kubernetes -engine -kubectl -config -b6270d2b656c  
 
Question #6  
 
Your company uses Cloud Storage to store application backup files for disaster recovery purposes. You want to 
follow Google's recommended practices. Which storage option should you use?  
A. Multi -Regional Storage  
B. Regional Storage  
 
C. Nearline Storage

C. Nearline Storage  
D. Coldline Storage  
 
Answer: D 
https://cloud.google.com/storage/docs/storage -classes#nearline  
 
Question # 7  
Several employees at your company have been creating projects with Cloud Platform and paying for it with their 
personal credit cards, which the company reimburses. The company wants to centralize all these projects under a 
single, new billing account. What  should you do?  
A. Contact cloud -billing@google.com with your bank account details and request a corporate billing account for 
your company.  
B. Create a ticket with Google Support and wait for their call to shar e your credit card details over the phone.  
C. In the Google Platform Console, go to the Resource Manage and move all projects to the root Organizarion.

C. In the Google Platform Console, go to the Resource Manage and move all projects to the root Organizarion.  
D. In the Google Cloud Platform Console, create a new billing account and set up a payment method.

Answer: C 
https:/ /www.whizlabs.com/blog/google -cloud -interview - s/ 
 
Question # 8  
 
You have an application that looks for its licensing server on the IP 10.0.3.21. You need to deploy the licensing 
server on Compute Engine. You do not want to change the configuration of the application and want the 
application to be able to reach the lice nsing server. What should you do?  
A. Reserve the IP 10.0.3.21 as a static internal IP address using gcloud and assign it to the licensing server.  
B. Reserve the IP 10.0.3.21 as a static public IP address using gcloud and assign it to the licensing server.  
 
C. Use the IP 10.0.3.21 as a custom ephemeral IP address and assign it to the licensing server.  
D. Start the licensing server with an automatic ephemeral IP address, and then promote it to a static internal 
IP address.  
 
Answer: A  
 
Question #9

Answer: A  
 
Question #9  
You are deploying an application to App Engine. You want the number of instances to scale based on request rate. 
You need at least 3 unoccupied instances at all times. Which scaling type should you use?  
A. Manual Scaling with 3 instances.  
 
B. Basic Scaling with min_instances set to 3.  
C. Basic Scaling with max_instances set to 3.  
 
D. Automatic Scaling with min_idle_instances set to 3.  
 
Answer: D 
https://cloud.google.com/appengine/docs/standard/python/how -instances -are-managed  
 
Question # 10  
 
You have a development project with appropriate IAM roles defined. You are creating a production project and 
want to have the same IAM roles on the new project, using the fewest possible steps. What should you do?

A. Use gcloud iam roles copy and specify the production project as the destination project.  
B. Use gcloud iam roles copy and specify your organization as the destination organization.  
 
C. In the Google Cloud Platform Console, use the "˜create role from role' functionality.  
D. In the Google Cloud Platform Console, use the "˜create role' functionality and select all applicable permissions.  
 
Answer: A 
https://cloud.google.com/sdk/gcloud/reference/iam/roles/copy  
 
Question # 11  
You need a dynamic way of provisioning VMs on Compute Engine. The exact specifications will be in a dedicated 
configuration file. You want to follow Google's recommended practices. Which method should you use?  
A. Deployment Manager  
B. Cloud Composer  
 
C. Managed Instance Group  
D. Unmanaged Instance Group  
 
Answer: A 
https://cloud.google.com/compute/docs/instances/

Answer: A 
https://cloud.google.com/compute/docs/instances/  
 
Question # 12  
 
Every employee of your company has a Google account. Your operational team needs to manage a large number 
of instances on Compute Engine. Each member of this team needs only administrative access to the servers. Your 
security team wants to ensure that the deployment of credentials is operationally efficient and must be able to 
determine who accessed a given instance. What should you do?  
A. Generate a new SSH key pair. Give the private key to each member of your team. Configure the public key in 
the metadata of each instance.  
B. Ask each member of the team to generate a new SSH key pair and to send you their public key. Use 
a configuration manag ement tool to deploy those keys on each instance.

a configuration manag ement tool to deploy those keys on each instance.  
C. Ask each member of the team to generate a new SSH key pair and to add the public key to their Google 
account. Grant the "compute.osAdminLogin" role to the Google group corresponding to this tea m.

D. Generate a new SSH key pair. Give the private key to each member of your team. Configure the public key as 
a project -wide public SSH key in your Cloud Platform project and allow project -wide public SSH keys on each 
instance.  
 
Answer: C 
https://cloud.google.com/compute/docs/instances/adding -removing -ssh-keys  
 
Question # 13  
 
Your development team needs a new Jenkins server for their project. You need to deploy the server using the 
fewest steps possible. What should you do?  
A. Download and deploy the Jenkins Java WAR to App Engine Standard.  
B. Create a new Compute Engine instance and install Jenkins through the command line interface.  
 
C. Create a Kubernetes cluster on Compute Engine and create a deployment with the Jenkins Docker image.  
D. Use GCP Marketplace to launch the Jenkins 
solution. Answer D  
 
Question # 14

Question # 14  
You need to update a deployment in Deployment Manager without any resource downtime in the deployment. 
Which command should you use?  
A. gcloud deployment -manager deployments create --config <deployment -config -path>  
 
B. gcloud deployment -manager deployments update --config <deployment -config -path>  
C. gcloud deployment -manager resources create --config <deployment -config -path>  
 
D. gcloud deployment -manager resources update --config <deployment -config -path> 
Answer B  
 
Question # 15  
You need to run an important query in BigQuery but expect it to return a lot of records. You want to find out how 
much it will cost to run the query. You are using on -demand pricing. What should you do?

much it will cost to run the query. You are using on -demand pricing. What should you do?  
A. Arrange to switch to Flat -Rate pricing for this query, then move back to on -demand.  
B. Use the command line to run a dry run query to estimate the number of bytes read. Then convert that 

C. Use the command line to run a dry run query to estimate the number of bytes returned. Then convert that 
bytes estimate to dollars using the Pricing Calculator.  
D. Run a select count (*) to get an idea of how many records your query will look through. Then con vert 
that number of rows to dollars using the Pricing Calculator.  
Answer B  
 
Question # 16  
 
You have a single binary application that you want to run on Google Cloud Platform. You decided to automatically 
scale the application based on underlying infrastructure CPU usage. Your organizational policies require you to use 
virtual machines directly. You need to ensure that the application scaling is operationally efficient and completed 
as quickly as possible. What should you do?  
A. Create a Google Kubernetes Engine cluster, and use horizontal pod autoscaling to scale the application.

A. Create a Google Kubernetes Engine cluster, and use horizontal pod autoscaling to scale the application.  
B. Create an instance template, and use the template in a managed instance group with autoscaling configured.  
C. Create an instance template, and use the template in a managed instance group that scales up and down 
based on the time of day.  
D. Use a set of third -party tools to build automation around scaling the application up and down, based 
on Stackdriver CPU usage monitoring.  
Answer B  
 
17 
You are analyzing Google Cloud Platform service costs from three separate projects. You want to use this 
information to create service cost estimates by service type, daily and monthly, for the next six months using 
standard query syntax. What should you d o? 

A. Export your bill to a Cloud Storage bucket, and then import into Cloud Bigtable for analysis.  
 
B. Export your bill to a Cloud Storage bucket, and then import into Google Sheets for analysis.  
C. Export your transactions to a local file, and perform analysis with a desktop tool.  
 
D. Export your bill to a BigQuery dataset, and then write time window -based SQL queries for analysis.  
 
Answer: D  
 
Question # 18  
 
You need to set up a policy so that videos stored in a specific Cloud Storage Regional bucket are moved to Coldline 
after 90 days, and then deleted after one year from their creation. How should you set up the policy?  
A. Use Cloud Storage Object Lifecycle Management using Age conditions with SetStorageClass and Delete 
actions. Set the SetStorageClass action to 90 days and the Delete action to 275 days (365 "" 90)

B. Use Cloud Storage Object Lifecycle Management using Age cond itions with SetStorageClass and Delete 
actions. Set the SetStorageClass action to 90 days and the Delete action to 365 days.  
C. Use gsutil rewrite and set the Delete action to 275 days (365 -90). 
 
D. Use gsutil rewrite and set the Delete action to 365 days.  
 
Answer: B  
 
Question # 19  
 
You have a Linux VM that must connect to Cloud SQL. You created a service account with the appropriate access 
rights. You want to make sure that the VM uses this service account instead of the default Compute Engine service 
account. What should you do?  
A. Whe n creating the VM via the web console, specify the service account under the "˜Identity and API 
Access' section.  
B. Download a JSON Private Key for the service account. On the Project Metadata, add that JSON as the value 
for the key compute -engine -service - account.

for the key compute -engine -service - account.  
C. Download a JSON Private Key for the service account. On the Custom Metadata of the VM, add that JSON as 
the value for the key compute -engine - service -account.  
D. Download a JSON Private Key for the service account. After creating the VM, ssh into the VM and save the 
JSON under ~/.gcloud/compute -engine -service - account.json.  
Answer: A  
 
Question #20  
You created an instance of SQL Server 2017 on Compute Engine to test features in the new version. You want to 
connect to this instance using the fewest number of steps. What should you do?  
A. Install a RDP client on your desktop. Verify that a firewall rule f or port 3389 exists.  
 
B. Install a RDP client in your desktop. Set a Windows username and password in the GCP Console. Use 

the credentials to log in to the instance.  
C. Set a Windows password in the GCP Console. Verify that a firewall rule for port 22 exists. Click the RDP button 
in the GCP Console and supply the credentials to log in.  
D. Set a Windows username and password in the GCP Console. Verify that a firewall rule for  port 3389 exists. 
Click the RDP button in the GCP Console, and supply the credentials to log in.  
Answer: D  
 
Question #21.

You have one GCP account running in your default region and zone and another account running in a non -default 
region and zone. You want to start a new  
Compute Engine instance in these two Google Cloud Platform accounts using the command line interface. What 
A. Create two configurations using gcloud config configurations create [NAME]. Run gcloud config configurations 
activate [NAME] to switch  between accounts when running the commands to start the Compute Engine 
instances.  
B. Create two configurations using gcloud config configurations create [NAME]. Run gcloud configurations list 
to start the Compute Engine instances.  
C. Activate two configurations using gcloud configurations activate [NAME]. Run gcloud config list to start 
the Compute Engine instances.  
D. Activate two configurations using gcloud configurations activate [NAME]. Run gcloud configurations list to

D. Activate two configurations using gcloud configurations activate [NAME]. Run gcloud configurations list to 
start the Comp ute Engine instances.  
 
Answer A  
 
Question # 22  
You significantly changed a complex Deployment Manager template and want to confirm that the dependencies of 
all defined resources are properly met before committing it to the project. You want the most rapid feedback on 
your changes. What should you do?  
A. Use granular logging statements within a Deployment Manager template authored in Python.  
 
B. Monitor activity of the Deployment Manager execution on the Stackdriver Logging page of the GCP Console.  
C. Execute the Deployment Manager template against a separate project with the same configuration, and 
monitor for failures.  
D. Execute the Deployment Manager template using the "" -preview option in the same project, and observe 
the state of interdependent resou rces.  
 
Answer: D 
Reference:

Answer: D 
https://cloud.google.com/deployment -manager/docs/deployments/updating -deployments  
 
Question # 23  
You are building a pipeline to process time -series data. Which Google Cloud Platform services should you put in 
boxes 1,2,3, and 4?  
 
B. Firebase Messages, Cloud Pub/Sub, Cloud Spanner, BigQuery  
C. Cloud Pub/Sub, Cloud Storage, BigQuery, Cloud Bigtable  
 
D. Cloud Pub/Sub, Cloud Dataflow, Cloud Bigtable, BigQuery  
 
Answer: D 
https://cloud.google.com/solutions/correlating -time -series -dataflow  
 
Question #24  
You have a project for your App Engine application that serves a development environment. The required testing 
has succeeded and you want to create a new project to serve as your production environment. What should you 
do? 
A. Use gcloud to create the new proj ect, and then deploy your application to the new project.  
B. Use gcloud to create the new project and to copy the deployed application to the new project.  
 
C. Create a Deployment Manager configuration file that copies the current App Engine deployment into a 

new project.  
D. Deploy your application again using gcloud and specify the project parameter with the new project name 
to create the new project.  
 
Answer: A 
Question # 25  
You need to configure IAM access audit logging in BigQuery for external auditors. You want to follow Google - 
recommended practices. What should you do?  
A. Add the auditors group to the "˜logging.viewer' and "˜bigQuery.dataViewer' predefined IAM roles.  
B. Add the auditors group to two new custom IAM roles.  
 
C. Add the auditor user accounts to the "˜logging.viewer' and "˜bigQuery.dataViewer' predefined IAM roles.  
D. Add the auditor user accounts to two new custom IAM roles.  
 
Answer: A 
https://cloud.google.com/iam/docs/roles -audit -logging

Question #26  
You need to set up permissions for a set of Compute Engine instances to enable them to write data into a 
particular Cloud Storage bucket. You want to follow  
Google -recommended practices. What should you do?  
A. Create a service account with an access scope. Us e the access 
scope "˜https:/ /www.googleapis.com/auth/devstorage.write_only'.  
B. Create a service account with an access scope. Use the access scope "˜https:// www.googleapis.com/auth/cloud - 
platform'.  
C. Create a service account and add it to the IAM role "˜storage.objectCreator' for that bucket.  
D. Create a service account and add it to the IAM role "˜storage.objectAdmin' for that bucket.  
 
Answer: C 
https://towardsdatascience.com/enlightened -datalab -notebooks -35ce8ef374c0  
 
Question # 27

Answer: C 
 
Question # 27  
You have sensitive data stored in three Cloud Storage buckets and have enabled data access logging. You want to 
verify activities for a particular user for these buckets, using the fewest possible steps. You need to verify the 
addition of metadata labels a nd which files have been viewed from those buckets. What should you do?  
A. Using the GCP Console, filter the Activity log to view the information.  
 
B. Using the GCP Console, filter the Stackdriver log to view the information.  
C. View the bucket in the Storage section of the GCP Console.  
D. Create a trace in Stackdriver to view the information.  
 
Answer: A  
 
Question # 28  
 
You are the project owner of a GCP project and want to delegate control to colleagues to manage buckets and

Answer: A  
 
You are the project owner of a GCP project and want to delegate control to colleagues to manage buckets and 
files in Cloud Storage. You want to follow Google - recommended practices. Which IAM roles should you grant your 
colleagues?  
A. Project Editor  
B. Storage Admin  
 
C. Storage Object Admin

D. Storage Object Creator  
 
Answer: B 
Question #29  
You have an object in a Cloud Storage bucket that you want to share with an external company. The object 
contains sensitive data. You want access to the content to be removed after four hours. The external company 
does not have a Google account to which yo u can grant specific user -based access privileges. You want to use the 
most secure method that requires the fewest steps. What should you do?  
A. Create a signed URL with a four -hour expiration and share the URL with the company.  
B. Set object access to "˜public ' and use object lifecycle management to remove the object after four hours.  
C. Configure the storage bucket as a static website and furnish the object's URL to the company. Delete the 

object from the storage bucket after four hours.  
D. Create a new Cloud Storage bucket specifically for the external company to access. Copy the object to 
that bucket. Delete the bucket after four hours have passed.  
 
Answer: A  
 
Question #30  
 
You are creating a Google Kubernetes Engine (GKE) cluster with a cluster autoscaler feature enabled. You need to 
make sure that each node of the cluster will run a monitoring pod that sends container metrics to a third -party 
monitoring solution. What shoul d you do?  
A. Deploy the monitoring pod in a StatefulSet object.  
B. Deploy the monitoring pod in a DaemonSet object.  
 
C. Reference the monitoring pod in a Deployment object.  
D. Reference the monitoring pod in a cluster initializer at the GKE cluster creation time.  
 
Answer: B  
 
Question #31

Answer: B  
 
Question #31  
You want to send and consume Cloud Pub/Sub messages from your App Engine application. The Cloud Pub/Sub 
API is currently disabled. You will use a service account to authenticate your application to the API. You want to 
make sure your application can use Cl oud Pub/Sub. What should you do?  
A. Enable the Cloud Pub/Sub API in the API Library on the GCP Console.  
 
B. Rely on the automatic enablement of the Cloud Pub/Sub API when the Service Account accesses it.

C. Use Deployment Manager to deploy your application. Rely on the automatic enablement of all APIs used by 
the application being deployed.  
D. Grant the App Engine Default service account the role of Cloud Pub/Sub Admin. Have your application enable 
the API on the first connection to Cloud Pub/ Sub.  
 
Answer: A  
 
Question #32  
You need to monitor resources that are distributed over different projects in Google Cloud Platform. You want to 
consolidate reporting under the same Stackdriver  
Monitoring dashboard. What should you do?  
 
A. Use Shared VPC to connect all projects, and link Stackdriver to one of the projects.  
B. For each project, create a Stackdriver account. In each project, create a service account for that project 
and grant it the role of Stackdriver Account Editor in all other  projects.

and grant it the role of Stackdriver Account Editor in all other  projects.  
C. Configure a single Stackdriver account, and link all projects to the same account.  
D. Configure a single Stackdriver account for one of the projects. In Stackdriver, create a Group and add the other 
project names as criteria for that Group.  
 
Answer: C 
Question #33  
You are deploying an application to a Compute Engine VM in a managed instance group. The application must be 
running at all times, but only a single instance of the VM should run per GCP project. How should you configure the 
instance  group?  
A. Set autoscaling to On, set the minimum number of instances to 1, and then set the maximum number 
of instances to 1.  
B. Set autoscaling to Off, set the minimum number of instances to 1, and then set the maximum number of 

instances to 1.  
C. Set autoscaling to On, set the minimum number of instances to 1, and then set the maximum number 
of instances to 2.  
D. Set autoscaling to Off, set the minimum number of instances to 1, and then set the maximum number of 
instances to 2.  
 
Answer: A  
 
Question #34

You want to verify the IAM users and roles assigned within a GCP project named my -project. What should you do?  
A. Run gcloud iam roles list. Review the output section.  
 
B. Run gcloud iam service -accounts list. Review the output section.  
C. Navigate to the project and then to the IAM section in the GCP Console. Review the members and roles.  
 
D. Navigate to the project and then to the Roles section in the GCP Console. Review the roles and status.  
 
Answer: C  
 
Question #35  
You need to create a new billing account and then link it with an existing Google Cloud Platform project. What 
A. Verify that you are Project Billing Manager for the GCP project. Update the existing project to link it to 
the existing billing account.  
B. Verify that you are Project Billing Manager for the GCP project. Create a new billing account and link the

B. Verify that you are Project Billing Manager for the GCP project. Create a new billing account and link the 
new billing account to the existing project.  
C. Verify that you are Billing Administrator for the billing account. Create a new project and link the new  project to 
D. Verify that you are Billing Administrator for the billing account. Update the existing project to link it to 
 
Answer: B 
https://cloud.google.com/billing/docs/how -to/modify -project  
 
Question #36  
 
You have one project called proj -sa where you manage all your service accounts. You want to be able to use a 
service account from this project to take snapshots of VMs running in another project called proj -vm. What should 
you do?  
A. Download the private key from the service account, and add it to each VMs custom metadata.

you do?  
A. Download the private key from the service account, and add it to each VMs custom metadata.  
B. Download the private key from the service account, and add the private key to each VM's SSH keys.  
 
C. Grant the service account the IAM Role of Compute Storage Admin in the project called proj -vm. 
D. When creating the VMs, set the service account's API scope for Compute Engine to read/write.

Answer: c 
Question #37  
You created a Google Cloud Platform project with an App Engine application inside the project. You initially 
configured the application to be served from the us - central region. Now you want the application to be served 
from the asia -northeast1 region. Wha t should you do?  
A. Change the default region property setting in the existing GCP project to asia -northeast1.  
B. Change the region property setting in the existing App Engine application from us -central to asia -northeast1.  
 
C. Create a second App Engine application in the existing GCP project and specify asia -northeast1 as the region to 
serve your application.  
D. Create a new GCP project and create an App Engine application inside this new project. Specify asia -northeast1 
as the re gion to serve your application.  
 
Answer: D  
 
Question #38

Answer: D  
 
Question #38  
You need to grant access for three users so that they can view and edit table data on a Cloud Spanner instance. 
What should you do?  
A. Run gcloud iam roles describe roles/spanner.databaseUser. Add the users to the role.  
 
B. Run gcloud iam roles describe roles/spanner.databaseUser. Add the users to a new group. Add the group to the 
role. 
C. Run gcloud iam roles describe roles/spanner.viewer - -project my -project. Add the users to the role.  
D. Run gcloud iam roles describe roles/spanner.viewer - -project my -project. Add the users to a new group. Add 
the group to the role.  
 
Answer: B  
 
Question #39  
You create a new Google Kubernetes Engine (GKE) cluster and want to make sure that it always runs a supported 
and stable version of Kubernetes. What should you do?

Answer: B  
 
and stable version of Kubernetes. What should you do?  
A. Enable the Node Auto -Repair feature for your GKE cluster.  
B. Enable the Node Auto -Upgrades feature for your GKE cluster.  
C. Select the latest available cluster version for your GKE cluster.  
 
D. Select "Container -Optimized OS (cos)" as a node image for your GKE cluster.

Answer: B  
 
Question #40  
You have an instance group that you want to load balance. You want the load balancer to terminate the client SSL 
session. The instance group is used to serve a public web application over HTTPS. You want to follow Google - 
recommended practices. What should  you do?  
A. Configure an HTTP(S) load balancer.  
 
B. Configure an internal TCP load balancer.  
C. Configure an external SSL proxy load balancer.  
 
D. Configure an external TCP proxy load balancer.  
 
Answer: A 
https://cloud.google.com/load -balancing/docs/https/  
 
Question #41  
 
You have 32 GB of data in a single file that you need to upload to a Nearline Storage bucket. The WAN connection 
you are using is rated at 1 Gbps, and you are the only one on the connection. You want to use as much of the rated 
1 Gbps as possible to transf er the file rapidly. How should you upload the file?

1 Gbps as possible to transf er the file rapidly. How should you upload the file?  
A. Use the GCP Console to transfer the file instead of gsutil.  
B. Enable parallel composite uploads using gsutil on the file transfer.  
 
C. Decrease the TCP window size on the machine initiating the transfer.  
D. Change the storage class of the bucket from Nearline to Multi -Regional.  
 
Answer: B  
 
Question #42

You've deployed a microservice called myapp1 to a Google Kubernetes Engine cluster using the YAML file specified 
below: using the YAML file specified below:  
 
You need to refactor this configuration so that the database password is not stored in plain text. You want to 
follow Google -recommended practices. What should you do?  
A. Store the database password inside the Docker image of the container, not in the YAML fi le. 
 
B. Store the database password inside a Secret object. Modify the YAML file to populate the 
DB_PASSWORD environment variable from the Secret.  
C. Store the database password inside a ConfigMap object. Modify the YAML file to populate the 
DB_PASSWORD environment variable from the ConfigMap.  
D. Store the database password in a file inside a Kubernetes persistent volume, and use a persistent volume 
claim to mount the volume to the container.  
 
Answer: B

Answer: B  
 
Question #43  
You are running an application on multiple virtual machines within a managed instance group and have autoscaling 
enabled. The autoscaling policy is configured so that additional instances are added to the group if the CPU 
utilization of instances goes abov e 80%. VMs are added until the instance group reaches its maximum limit of five

VMs or until CPU utilization of instances lowers to 80%. The initial delay for HTTP health checks against the 
instances is set to 30 seconds.  
The virtual machine instances take around three minutes to become available for users. You observe that when 
the instance group autoscales, it adds more instances then necessary to support the levels of end -user traffic. You 
want to properly maintain insta nce group sizes when autoscaling. What should you do?  
A. Set the maximum number of instances to 1.  
 
B. Decrease the maximum number of instances to 3.  
C. Use a TCP health check instead of an HTTP health check.  
 
D. Increase the initial delay of the HTTP health check to 200 seconds.  
 
Answer: D  
 
Question #44  
 
You need to select and configure compute resources for a set of batch processing jobs. These jobs take around 2

Answer: D  
 
You need to select and configure compute resources for a set of batch processing jobs. These jobs take around 2 
hours to complete and are run nightly. You want to minimize service costs. What should you do?  
A. Select Google Kubernetes Engine. Use a single -node cluster with a small instance type.  
B. Select Google Kubernetes Engine. Use a three -node cluster with micro instance types.  
 
C. Select Compute Engine. Use preemptible VM instances of the appropriate standard machine type.  
D. Select Compute Engine. Use VM instance types that support micro bursting.  
 
Answer: C  
 
Question #45  
 
You recently deployed a new version of an application to App Engine and then discovered a bug in the release. 
You need to immediately revert to the prior version of the application. What should you do?  
A. Run gcloud app restore.  

B. On the App Engine page of the GCP Console, select the application that needs to be reverted and click Revert.  
 
C. On the App Engine Versions page of the GCP Console, route 100% of the traffic to the previous version.  
D. Deploy the original version as a separate application. Then go to App Engine settings and split traffic 
between applications so that the original version serves 100% of the requests.  
 
Answer: C 

https://medium.com/google -cloud/app -engine -project -cleanup -9647296e796a  
 
Question #46  
You deployed an App Engine application using gcloud app deploy, but it did not deploy to the intended project. 
You want to find out why this happened and where the application deployed. What should you do?  
A. Check the app.yaml file for your application and c heck project settings.  
B. Check the web -application.xml file for your application and check project settings.  
C. Go to Deployment Manager and review settings for deployment of applications.  
 
D. Go to Cloud Shell and run gcloud config list to review the Google Cloud configuration used for deployment.  
 
Answer: D 
https://cloud.google.com/endpoints/docs/openapi/troubleshoot -aeflex -deployment  
 
Question #47  
You want to configure 10 Compute Engine instances for availability when maintenance occurs. Your requirements

You want to configure 10 Compute Engine instances for availability when maintenance occurs. Your requirements 
state that these instances should attempt to automatically restart if they crash. Also, the instances should be 
highly available including during system maintenance. What should you do?  
A. Create an instance template for the instances. Set the "˜Automatic Restart' to on. Set the "˜On -host 
maintenance' to Migrate VM instance. Add the instance template to an instance group.  
B. Create an instance template for the instances. Set "˜Automatic Restart' to off. Set "˜On -host maintenance' 
to Terminate VM instances. Add the instance template to an instance group.  
C. Create an instance group for the instances. Set the "˜Autohealing' health check to healthy (HTTP).  
 
D. Create an instance group for the instance. Verify that the "˜Advanced creation options' setting for "˜do 
not retry machine creation' is set to off.  
 
Answer: A  
 
Question #48

Answer: A  
 
Question #48  
 
You host a static website on Cloud Storage. Recently, you began to include links to PDF files on this site. Currently, 
when users click on the links to these PDF files, their browsers prompt them to save the file onto their local 
system. Instead, you want the clicked PDF files to be displayed within the browser window directly, without 
prompting the user to save the file locally. What should you do?  

B. Enable "˜Share publicly' on the PDF file objects.  
C. Set Content -Type metadata to application/pdf on the PDF file objects.  
 
D. Add a label to the storage bucket with a key of Content -Type and value of application/pdf.  
 
Answer: C 
Question #49  
You have a virtual machine that is currently configured with 2 vCPUs and 4 GB of memory. It is running out of 
memory. You want to upgrade the virtual machine to have 8 GB of memory. What should you do?  
A. Rely on live migration to move the workload to a machi ne with more memory.  
B. Use gcloud to add metadata to the VM. Set the key to required -memory -size and the value to 8 GB.  
 
C. Stop the VM, change the machine type to n1 -standard -8, and start the VM.  
D. Stop the VM, increase the memory to 8 GB, and start the VM.  
 
Answer: D  
 
Question #50

Answer: D  
 
Question #50  
You have production and test workloads that you want to deploy on Compute Engine. Production VMs need to be 
in a different subnet than the test VMs. All the  
VMs must be able to reach each other over internal IP without creating additional routes. You need to set up VPC 
and the 2 subnets. Which configuration meets these requirements?  
A. Create a single custom VPC with 2 subnets. Create each subnet in a different region and with a different 
CIDR range.  
B. Create a single custom VPC with 2 subnets. Create each subnet in the same region and with the same 
C. Create 2 custom VPCs, each with a single subnet. Create each subnet is a different region and with a 

different CIDR range.  
D. Create 2 custom VPCs, each with a single subnet. Create each subnet in the same region and with the same 
 
Answer: A  
 
Question #51  
 
You need to create an autoscaling managed instance group for an HTTPS web application. You want to make sure 
that unhealthy VMs are recreated. What should you do?

A. Create a health check on port 443 and use that when creating the Managed Instance Group.  
B. Select Multi -Zone instead of Single -Zone when creating the Managed Instance Group.  
 
C. In the Instance Template, add the label "˜health -check'.  
D. In the Instance Template, add a startup script that sends a heartbeat to the metadata server.  
 
Answer: A 
https://cloud.google.com/compute/docs/instance -groups/creating -groups -of-managed -instances  
 
Question #52  
Your company has a Google Cloud Platform project that uses BigQuery for data warehousing. Your data science 
team changes frequently and has few members.  
You need to allow members of this team to perform queries. You want to follow Google -recommended practi ces. 
A. 1. Create an IAM entry for each data scientist's user account. 2. Assign the BigQuery jobUser role to the group.

A. 1. Create an IAM entry for each data scientist's user account. 2. Assign the BigQuery jobUser role to the group.  
B. 1. Create an IAM entry for each data scientist's user account. 2. Assign the BigQuery dataViewer user role to 
the group.  
C. 1. Create a dedicated Google group in Cloud Identity. 2. Add each data scientist's user account to the group. 
3. Assign the BigQuery jo bUser role to the group.  
D. 1. Create a dedicated Google group in Cloud Identity. 2. Add each data scientist's user account to the group. 
3. Assign the BigQuery dataViewer user role to the group.  
 
Answer: C 
https://cloud.google.com/bigquery/docs/cloud -sql-federated -queries 
Question #53  
Your company has a 3 -tier solution running on Compute Engine. The configuration of the current infrastructure is 
shown below.

Each tier has a service account that is associated with all instances within it. You need to enable communication on 
TCP port 8080 between tiers as follows: "¢ Instances in tier #1 must communicate with tier #2. "¢ Instances in tier 
#2 must communicate wit h tier #3.  
A. 1. Create an ingress firewall rule with the following settings: "¢ Targets: all instances "¢ Source filter: IP ranges 
(with the range set to 10.0.2.0/24) "¢ Protocols: allow all 2. Create an ingress firewall rul e with the following 
settings: "¢ Targets: all instances "¢ Source filter: IP ranges (with the range set to 10.0.1.0/24) "¢ Protocols: allow 
all

B. 1. Create an ingress firewall rule with the following settings: "¢ Targets: all instances with tier #2 service 
account "¢ Source filter: all instances with tier #1 service account "¢ Protocols: allow TCP:8080 2. Create an ingress 
firewall rule with the fol lowing settings: "¢ Targets: all instances with tier #3 service account "¢ Source filter: all 
instances with tier #2 service account "¢ Protocols: allow TCP: 8080  
C. 1. Create an ingress firewall rule with the following settings: "¢ Targets: all instances wit h tier #2 service account 
"¢ Source filter: all instances with tier #1 service account "¢ Protocols: allow all 2. Create an ingress firewall rule 
with the following settings: "¢ Targets: all instances with tier #3 service account "¢ Source filter: all inst ances with 
tier #2 service account "¢ Protocols: allow all

tier #2 service account "¢ Protocols: allow all  
D. 1. Create an egress firewall rule with the following settings: "¢ Targets: all instances "¢ Source filter: IP ranges 
(with the range set to 10.0.2.0/24) "¢ Protocols: allow TCP: 8080 2. Create an egress firewall rule with the 
following settings: "¢ Targets: all instances "¢ Source filter: IP ranges (with the range set to 10.0.1.0/24) "¢ 
Protocols: allow TCP: 8080  
 
Answer: B  
 
Question #54  
You are given a project with a single virtual private cloud (VPC) and a single subnetwork in the us -central1 region. 
There is a Compute Engine instance hosting an application in this subnetwork. You need to deploy a new instance 
in the same project in the europe -west1 region. This new instance needs access to the application. You want to 
follow Google -recommended practices. What should you do?

A. 1. Create a subnetwork in the same VPC, in europe -west1. 2. Create the new instance in the new 
subnetwork and use t he first instance's private address as the endpoint.  
B. 1. Create a VPC and a subnetwork in europe -west1. 2. Expose the application with an internal load balancer. 3. 
Create the new instance in the new subnetwork and use the load balancer's address as the end point.  
C. 1. Create a subnetwork in the same VPC, in europe -west1. 2. Use Cloud VPN to connect the two subnetworks. 3. 
Create the new instance in the new subnetwork and use the first instance's private address as the endpoint.  
D. 1. Create a VPC and a subnetwork in europe -west1. 2. Peer the 2 VPCs. 3. Create the new instance in the 
new subnetwork and use the first instance's private address as the endpoint.  
 
Answer: A

Answer: A  
 
Question #55  
 
Your projects incurred more costs than you expected last month. Your research reveals that a development GKE 
container emitted a huge number of logs, which resulted in higher costs. You want to disable the logs quickly using 
the minimum number of steps. Wh at should you do?  
A. 1. Go to the Logs ingestion window in Stackdriver Logging, and disable the log source for the GKE container 
resource.

B. 1. Go to the Logs ingestion window in Stackdriver Logging, and disable the log source for the GKE 
Cluster O perations resource.  
C. 1. Go to the GKE console, and delete existing clusters. 2. Recreate a new cluster. 3. Clear the option to enable 
legacy Stackdriver Logging.  
D. 1. Go to the GKE console, and delete existing clusters. 2. Recreate a new cluster. 3. Clear the option to 
enable legacy Stackdriver Monitoring.  
 
Answer: A  
 
Question #56  
You have a website hosted on App Engine standard environment. You want 1% of your users to see a new test 
version of the website. You want to minimize complexity. What should you do?  
A. Deploy the new version in the same application and use the --migrate opti on. 
B. Deploy the new version in the same application and use the --splits option to give a weight of 99 to the 
current version and a weight of 1 to the new version.

current version and a weight of 1 to the new version.  
C. Create a new App Engine application in the same project. Deploy the new version in that application. Use 
the App Engine library to proxy 1% of the requests to the new version.  
D. Create a new App Engine application in the same project. Deploy the new version in that application. 
Configure your network load balancer to send 1% of the traffic to that new application.  
 
Answer: B  
 
Question #57  
 
You have a web application deployed as a managed instance group. You have a new version of the application to 
gradually deploy. Your web application is currently receiving live web traffic. You want to ensure that the available 
capacity does not decrease d uring the deployment. What should you do?  
A. Perform a rolling -action start -update with maxSurge set to 0 and maxUnavailable set to 1.

A. Perform a rolling -action start -update with maxSurge set to 0 and maxUnavailable set to 1.  
B. Perform a rolling -action start -update with maxSurge set to 1 and maxUnavailable set to 0.  
C. Create a new managed instance group with an updated instance template. Add the group to the backend 
service for the load balancer. When all instances in the new managed instance group are healthy, delete the old 
managed instance group.  
D. Create a new instance template with the new application version. Update the existing managed instance 
group with the new instance template. Delete the instances in the managed instance group to allow the 
managed instance group to recreate the instance using the n ew instance template.

Answer: B  
 
Question #58  
You are building an application that stores relational data from users. Users across the globe will use this 
application. Your CTO is concerned about the scaling requirements because the size of the user base is unknown. 
You need to implement a database so lution that can scale with your user growth with minimum configuration 
changes. Which storage solution should you use?  
A. Cloud SQL  
 
B. Cloud Spanner  
C. Cloud Firestore  
D. Cloud Datastore  
 
Answer: B  
 
Question #59  
 
You are the organization and billing administrator for your company. The engineering team has the Project Creator 
role on the organization. You do not want the engineering team to be able to link projects to the billing account.  
Only the finance team shoul d be able to link a project to a billing account, but they should not be able to make any

Only the finance team shoul d be able to link a project to a billing account, but they should not be able to make any 
other changes to projects. What should you do?  
A. Assign the finance team only the Billing Account User role on the billing account.  
 
B. Assign the engineering team only the Billing Account User role on the billing account.  
C. Assign the finance team the Billing Account User role on the billing account and the Project Billing Manager 
role on the organization.  
D. Assign the engineering team the Bi lling Account User role on the billing account and the Project Billing 
Manager role on the organization.  
 
Answer: C  
 
Question #60  
 
You have an application running in Google Kubernetes Engine (GKE) with cluster autoscaling enabled. The 
application exposes a TCP endpoint. There are several replicas of this application. You have a Compute Engine 
instance in the same region, but in anothe r Virtual Private Cloud (VPC), called gce -network, that has no

instance in the same region, but in anothe r Virtual Private Cloud (VPC), called gce -network, that has no 
overlapping IP ranges with the first VPC. This instance needs to connect to the application on GKE. You want to 
minimize effort. What should you do?

A. 1. In GKE, create a Service of type LoadBala ncer that uses the application's Pods as backend. 2. Set the service's 
externalTrafficPolicy to Cluster. 3. Configure the Compute Engine instance to use the address of the load balancer 
that has been created.  
B. 1. In GKE, create a Service of type NodePort that uses the application's Pods as backend. 2. Create a Compute 
Engine instance called proxy with 2 network interfaces, one in each VPC. 3. Use iptables on this instance to 
forward traffic from gce -network to t he GKE nodes. 4. Configure the Compute Engine instance to use the address 
of proxy in gce -network as endpoint.  
C. 1. In GKE, create a Service of type LoadBalancer that uses the application's Pods as backend. 2. Add an 
annotation to this service: cloud.google. com/load -balancer -type: Internal 3. Peer the two VPCs together.

annotation to this service: cloud.google. com/load -balancer -type: Internal 3. Peer the two VPCs together. 
4. Configure the Compute Engine instance to use the address of the load balancer that has been created.  
D. 1. In GKE, create a Service of type LoadBalancer that uses the application's Pods as ba ckend. 2. Add a Cloud 
Armor Security Policy to the load balancer that whitelists the internal IPs of the MIG's instances. 3. Configure 
the Compute Engine instance to use the address of the load balancer that has been created.  
 
Answer: C  
 
Question #61  
 
Your organization is a financial company that needs to store audit log files for 3 years. Your organization has 
hundreds of Google Cloud projects. You need to implement a cost -effective approach for log file retention. What 
A. Create an export to the sink that saves logs from Cloud Audit to BigQuery.  
B. Create an export to the sink that saves logs from Cloud Audit to a Coldline Storage bucket.

B. Create an export to the sink that saves logs from Cloud Audit to a Coldline Storage bucket.  
C. Write a custom script that uses logging API to copy the logs from Stackdriver logs to BigQuery.  
 
D. Export these logs to Cloud Pub/Sub and write a Cloud Dataflow pipeline to store logs to Cloud SQL.  
 
Answer: B 
Question #62  
You want to run a single caching HTTP reverse proxy on GCP for a latency -sensitive website. This specific reverse 
proxy consumes almost no CPU. You want to have a 30 -GB in -memory cache, and need an additional 2 GB of 
memory for the rest of the processes. Y ou want to minimize cost. How should you run this reverse proxy?  
A. Create a Cloud Memorystore for Redis instance with 32 -GB capacity.  

B. Run it on Compute Engine, and choose a custom instance type with 6 vCPUs and 32 GB of memory.  
 
C. Package it in a container image, and run it on Kubernetes Engine, using n1 -standard -32 instances as nodes.  
D. Run it on Compute Engine, choose the instance type n1 -standard -1, and add an SSD persistent disk of 32 GB.

Answer: A  
 
Question #63  
You are hosting an application on bare -metal servers in your own data center. The application needs access to 
Cloud Storage. However, security policies prevent the servers hosting the application from having public IP 
addresses or access to the internet. Y ou want to follow Google -recommended practices to provide the application 
with access to Cloud Storage. What should you do?  
A. 1. Use nslookup to get the IP address for storage.googleapis.com. 2. Negotiate with the security team to be 
able to give a public I P address to the servers. 3. Only allow egress traffic from those servers to the IP addresses 
for storage.googleapis.com.  
B. 1. Using Cloud VPN, create a VPN tunnel to a Virtual Private Cloud (VPC) in Google Cloud Platform (GCP). 2. In 
this VPC, create a Compute Engine instance and install the Squid proxy server on this instance. 3. Configure your

this VPC, create a Compute Engine instance and install the Squid proxy server on this instance. 3. Configure your 
servers to use that instance as  a proxy to access Cloud Storage.  
C. 1. Use Migrate for Compute Engine (formerly known as Velostrata) to migrate those servers to Compute Engine.  
2. Create an internal load balancer (ILB) that uses storage.googleapis.com as backend. 3. Configure your 
new instanc es to use this ILB as proxy.  
D. 1. Using Cloud VPN or Interconnect, create a tunnel to a VPC in GCP. 2. Use Cloud Router to create a custom 
route advertisement for 199.36.153.4/30. Announce that network to your on -premises network through the VPN 
tunnel. 3. In your on -premises network, c onfigure your DNS server to resolve *.googleapis.com as a CNAME to 
restricted.googleapis.com.  
 
Answer: D  
 
Question #64  
 
You want to deploy an application on Cloud Run that processes messages from a Cloud Pub/Sub topic. You want to

Answer: D  
 
You want to deploy an application on Cloud Run that processes messages from a Cloud Pub/Sub topic. You want to 
A. 1. Create a Cloud Function that uses a Cloud Pub/Sub trigger on that topic. 2. Call your application on Cloud 
Run from the Cloud Function for every message.  
B. 1. Grant the Pub/Sub Subscriber role to the service account used by Cloud Run. 2. Create a Cloud 
Pub/Sub subscription for that topic. 3. Make your application pull messages from that subscription.  
C. 1. Create a service account. 2. Give the Cloud Run Invoker role to that service account for your Cloud Run 
application. 3. Create a Cloud Pub/Sub subscription  that uses that service account and uses your Cloud Run 
application as the push endpoint.  
D. 1. Deploy your application on Cloud Run on GKE with the connectivity set to Internal. 2. Create a Cloud Pub/Sub

D. 1. Deploy your application on Cloud Run on GKE with the connectivity set to Internal. 2. Create a Cloud Pub/Sub 
subscription for that topic. 3. In the same Google Kubernetes Engine cluster as your application, deploy a container 
that takes the messages and  sends them to your application.  
 
Answer: C

Question #65  
You need to deploy an application, which is packaged in a container image, in a new project. The application 
exposes an HTTP endpoint and receives very few requests per day. You want to minimize costs. What should you 
do? 
A. Deploy the container on Cloud Run.  
 
B. Deploy the container on Cloud Run on GKE.  
C. Deploy the container on App Engine Flexible.  
 
D. Deploy the container on Google Kubernetes Engine, with cluster autoscaling and horizontal pod 
autoscaling enabled.  
 
Answer: A  
 
Question #66  
 
Your company has an existing GCP organization with hundreds of projects and a billing account. Your company 
recently acquired another company that also has hundreds of projects and its own billing account. You would like 
to consolidate all GCP costs of bot h GCP organizations onto a single invoice. You would like to consolidate all costs

to consolidate all GCP costs of bot h GCP organizations onto a single invoice. You would like to consolidate all costs 
as of tomorrow. What should you do?  
A. Link the acquired company's projects to your company's billing account.  
B. Configure the acquired company's billing account and your company's billing account to export the billing data 
into the same BigQuery dataset.  
C. Migrate the acquired company's projects into your company's GCP organization. Link the migrated projects 
to your company's billing account.  
D. Create a new GCP organization and a new billing account. Migrate the acquired company's projects and 
your company's projects into the new GCP organization and link the projects to the new billing account.  
 
Answer: C 
https://cloud.google.com/resource -manager/docs/migrating -projects -billing 
Question #67  
You built an application on Google Cloud Platform that uses Cloud Spanner. Your support team needs to monitor

You built an application on Google Cloud Platform that uses Cloud Spanner. Your support team needs to monitor 
the environment but should not have access to table data. Y ou need a streamlined solution to grant the correct 
permissions to your support team, and you want to follow Google -recommended practices. What should you do?  
A. Add the support team group to the roles/monitoring.viewer role  
B. Add the support team group to the roles/spanner.databaseUser role.  
 
C. Add the support team group to the roles/spanner.databaseReader role.

D. Add the support team group to the roles/stackdriver.accounts.viewer role.  
 
Answer: A  
 
Question #68  
For analysis purposes, you need to send all the logs from all of your Compute Engine instances to a BigQuery 
dataset called platform -logs. You have already installed the Stackdriver Logging agent on all the instances. You 
want to minimize cost. What should  you do?  
A. 1. Give the BigQuery Data Editor role on the platform -logs dataset to the service accounts used by your 
instances. 2. Update your instances' metadata to add the following value: logs -destination: bq://platform -logs. 
B. 1. In Stackdriver Logging, create a logs export with a Cloud Pub/Sub topic called logs as a sink. 2. Create a Cloud 
Function that is triggered by messages in the logs topic. 3. Configure that Cloud Function to drop logs that are not

Function that is triggered by messages in the logs topic. 3. Configure that Cloud Function to drop logs that are not 
from Compute Engine and  to insert Compute Engine logs in the platform -logs dataset.  
C. 1. In Stackdriver Logging, create a filter to view only Compute Engine logs. 2. Click Create Export. 3. Choose 
BigQuery as Sink Service, and the platform -logs dataset as Sink Destination.  
D. 1. Crea te a Cloud Function that has the BigQuery User role on the platform -logs dataset. 2. Configure this Cloud 
Function to create a BigQuery Job that executes this query: INSERT INTO dataset.platform -logs (timestamp, log) 
SELECT timestamp, log FROM compute.logs  WHERE timestamp > DATE_SUB(CURRENT_DATE(), INTERVAL 1 DAY) 
3. Use Cloud Scheduler to trigger this Cloud Function once a day.  
 
Answer: C 
Question #69  
You are using Deployment Manager to create a Google Kubernetes Engine cluster. Using the same Deployment 
Manager deployment, you also want to create a

Answer: C 
Manager deployment, you also want to create a  
DaemonSet in the kube -system namespace of the cluster. You want a solution that uses the fewest possible 
services. What should you do?  
A. Add the cluster's API as a new Type Provider in Deployment Manager, and use the new type to create 
the DaemonSet.  
B. Use the  Deployment Manager Runtime Configurator to create a new Config resource that contains the 
DaemonSet definition.  
C. With Deployment Manager, create a Compute Engine instance with a startup script that uses kubectl to create 
D. In the cluster's definition in Deployment Manager, add a metadata that has kube -system as key and the 
DaemonSet manifest as value.  
 
Answer: A

https://cloud.google.com/kubernetes -engine/docs/how -to/cluster -access -for-kubectl 
Question #70  
You are building an application that will run in your data center. The application will use Google Cloud Platform 
(GCP) services like AutoML. You created a service account that has appropriate access to AutoML. You need to 
enable authentication to the APIs  from your on -premises environment. What should you do?  
A. Use service account credentials in your on -premises application.  
 
B. Use gcloud to create a key file for the service account that has appropriate permissions.  
C. Set up direct interconnect between your data center and Google Cloud Platform to enable authentication 
for your on -premises applications.  
D. Go to the IAM & admin console, grant a user account permissions similar to the service account

D. Go to the IAM & admin console, grant a user account permissions similar to the service account 
permissions, and use th is user account for authentication from your data center.  
 
Answer: B 
https://cloud.google.com/vision/automl/docs/before -you-begin 
Question #71  
You are using Container Registry to centrally store your company's container images in a separate project. In 
another project, you want to create a Google  
Kubernetes Engine (GKE) cluster. You want to ensure that Kubernetes can download images from Containe r 
Registry. What should you do?  
A. In the project where the images are stored, grant the Storage Object Viewer IAM role to the service 
account used by the Kubernetes nodes.  
B. When you create the GKE cluster, choose the Allow full access to all Cloud APIs option under "˜Access scopes'.  
C. Create a service account, and give it access to Cloud Storage. Create a P12 key for this service account and use

C. Create a service account, and give it access to Cloud Storage. Create a P12 key for this service account and use 
it as an imagePullSecrets in Kub ernetes.  
D. Configure the ACLs on each image in Cloud Storage to give read -only access to the default Compute 
Engine service account.  
 
Answer: A  
 
Question #72  

You check the status of the deployed pods and notice that one of them is still in PENDING status:  
 
You want to find out why the pod is stuc k in pending status. What should you do?  
A. Review details of the myapp -service Service object and check for error messages.  
 
B. Review details of the myapp -deployment Deployment object and check for error messages.  
C. Review details of myapp -deployment -58ddbbb995 -lp86m Pod and check for warning messages.  
D. View logs of the container in myapp -deployment -58ddbbb995 -lp86m pod and check for warning messages.  
 
Answer: C 
https://cloud.google.com/run/docs/gke/troubleshooting 
Question #73

You are setting up a Windows VM on Compute Engine and want to make sure you can log in to the VM via RDP. 
A. After the VM has been created, use your Google Account credentials to log in into the VM.  
 
B. After the VM has been created, use gcloud compute reset -windows -password to retrieve the login credentials 
for the VM.  
C. When creating the VM, add metadata to the instance using "˜windows -password' as the key and a password as 
the value.  
D. After the VM has been created, download the JSON private key for the default Compute Engine service 
account. Use the credentials in the JS ON file to log in to the VM.  
 
Answer: B  
 
Question #74  
You want to configure an SSH connection to a single Compute Engine instance for users in the dev1 group. This 
instance is the only resource in this particular

Answer: B  
 
instance is the only resource in this particular  
Google Cloud Platform project that the dev1 users should be able to connect to. What should you do?  
 
A. Set metadata to enable -oslogin=true for the instance. Grant the dev1 group the compute.osLogin role. 
Direct them to use the Cloud Shell to ssh to that inst ance.  
B. Set metadata to enable -oslogin=true for the instance. Set the service account to no service account for 
that instance. Direct them to use the Cloud Shell to ssh to that instance.  
C. Enable block project wide keys for the instance. Generate an SSH key for each user in the dev1 group. Distribute 
the keys to dev1 users and direct them to use their third -party tools to connect.  
D. Enable block project wide keys for the instance. Generate an SSH key and associate the key with that

D. Enable block project wide keys for the instance. Generate an SSH key and associate the key with that 
instance. Distribute the key to dev1 users and direct them to use their third -party tools to connect.  
 
Answer: A 
https://cloud.google.com/compute/docs/instances/adding -removing -ssh-keys 
Question #75  
You need to produce a list of the enabled Google Cloud Platform APIs for a GCP project using the gcloud command 
line in the Cloud Shell. The project name is my -project. What should you do?  
A. Run gcloud projects list to get the project ID, and then run gcloud  services list --project <project ID>.  
 
B. Run gcloud init to set the current project to my -project, and then run gcloud services list --available.  
C. Run gcloud info to view the account value, and then run gcloud services list --account <Account>.

D. Run gcloud projects describe <project ID> to verify the project value, and then run gcloud services list -- 
available.  
 
Answer: A  
 
Question #76  
You are building a new version of an application hosted in an App Engine environment. You want to test the new 
version with 1% of users before you completely switch your application over to the new version. What should you 
do? 
A. Deploy a new version of your application in Google Kubernetes Engine instead of App Engine and then use 
GCP Console to split traffic.  
B. Deploy a new version of your application in a Compute Engine instance instead of App Engine and then use 
C. Deploy a new version as a separate app in App Engine. Then configure App Engine using GCP Console to 
split traffic between the two apps.

split traffic between the two apps.  
D. Deploy a new version of your application in App Engine. Then go to App Engine settings in GCP Console and split 
traffic  between the current version and newly deployed versions accordingly.  
 
Answer: D 
Question #77  
You need to provide a cost estimate for a Kubernetes cluster using the GCP pricing calculator for Kubernetes. Your 
workload requires high IOPs, and you will also be using disk snapshots. You start by entering the number of nodes, 
average hours, and average  days. What should you do next?  
A. Fill in local SSD. Fill in persistent disk storage and snapshot storage.  
 
B. Fill in local SSD. Add estimated cost for cluster management.  
C. Select Add GPUs. Fill in persistent disk storage and snapshot storage.  
 
D. Select Add GPUs. Add estimated cost for cluster management.  
 
Answer: C

Answer: C 
https://cloud.google.com/products/calculator#tab=container 
Question #78  
You are using Google Kubernetes Engine with autoscaling enabled to host a new application. You want to expose 
this new application to the public, using HTTPS on a public IP address. What should you do?

A. Create a Kubernetes Service of type NodePort for your application, and a Kubernetes Ingress to expose 
this Service via a Cloud Load Balancer.  
B. Create a Kubernetes Service of type ClusterIP for your application. Configure the public DNS name of your 
application using the IP of this Service.  
C. Create a Kubernetes Service of type NodePort to expose the application on port 443 of each node of the 
Kubernetes cluster. Configure the public DNS name of your application with the IP of every node of the cluster to 
achieve load -balancing.  
D. Create a HAPro xy pod in the cluster to load -balance the traffic to all the pods of the application. Forward the 
public traffic to HAProxy with an iptable rule. Configure the DNS name of your application using the public IP of the 
node HAProxy is running on.  
 
Answer: A 

Answer: A 
https://cloud.google.com/kubernetes -engine/docs/tutorials/http -balancer 
Question #79  
You need to enable traffic between multiple groups of Compute Engine instances that are currently running two 
different GCP projects. Each group of Compute  
Engine instances is running in its own VPC. What should you do?  
A. Verify that both projects are in a G CP Organization. Create a new VPC and add all instances.  
 
B. Verify that both projects are in a GCP Organization. Share the VPC from one project and request that the 
Compute Engine instances in the other project use this shared VPC.  
C. Verify that you are the Project Administrator of both projects. Create two new VPCs and add all instances.  
D. Verify that you are the Project Administrator of both projects. Create a new VPC and add all instances.

D. Verify that you are the Project Administrator of both projects. Create a new VPC and add all instances.  
 
Answer: B  
 
Question #80  
 
You want to add a new auditor to a Google Cloud Platform project. The auditor should be allowed to read, but not 
modify, all project items.  
How should you configure the auditor's permissions?  
A. Create a custom role with view -only project permissions. Add the user's account to the custom role.  
 
B. Create a custom role with view -only service permissions. Add the user's account to the custom role.  
C. Select the built -in IAM project Viewer role. Add the user's account to this role.  
 
D. Select the built -in IAM service Viewer role. Add the user's account to this role.

Answer: C 
https://cloud.google.com/resource -manager/docs/access -control -proj 
Question #81  
You are operating a Google Kubernetes Engine (GKE) cluster for your company where different teams can run non - 
production workloads. Your Machine Learning  
(ML) team needs access to Nvidia Tesla P100 GPUs to train their models. You want to minimize effort and cost. 
A. Ask your ML team to add the "accelerator: gpu" annotation to their pod specification.  
B. Recreate all the nodes of the GKE cluste r to enable GPUs on all of them.  
 
C. Create your own Kubernetes cluster on top of Compute Engine with nodes that have GPUs. Dedicate this 
cluster to your ML team.  
D. Add a new, GPU -enabled, node pool to the GKE cluster. Ask your ML team to add the cloud.google.com/gke - 
accelerator: nvidia -tesla -p100 nodeSelector to their pod specification.  
 
Answer: D

Answer: D  
 
Question #82  
 
Your VMs are running in a subnet that has a subnet mask of 255.255.255.240. The current subnet has no more free 
IP addresses and you require an additional  
10 IP addresses for new VMs. The existing and new VMs should all be able to reach each other without additional 
routes. What should you do?  
A. Use gcloud to expand the IP range of the current subnet.  
 
B. Delete the subnet, and recreate it using a wider range of IP addresses.  
C. Create a new project. Use Shared VPC to share the current network with the new project.  
 
D. Create a new subnet with the same starting IP but a wider range to overwrite the current subnet.  
 
Answer: A  
 
Question #83  
 
Your organization uses G Suite for communication and collaboration. All users in your organization have a G Suite

Answer: A  
 
Your organization uses G Suite for communication and collaboration. All users in your organization have a G Suite 
account. You want to grant some G Suite users access to your Cloud Platform project. What should you do?

A. Enable Cloud Identity in the GCP Console for your domain.  
B. Grant them the required IAM roles using their G Suite email address.  
 
C. Create a CSV sheet with all users' email addresses. Use the gcloud command line tool to convert them 
into Google Cloud Platform accounts.  
D. In the G Suite console, add the users to a special group called cloud -console -users@yourdomain.com. Rely on 
the default behavior of the Cloud Platform to grant users access if they are members of this group.  
 
Answer: B 
https://cloud.google.com/resource -manager/docs/creating -managing -organization 
Question #84  
You have a Google Cloud Platform account with access to both production and development projects. You need to 
create an automated process to list all compute instanc es in development and production projects on a daily basis. 

A. Create two configurations using gcloud config. Write a script that sets configurations as active, individually. 
For each configuration, use gcloud compute instances list to get a list of compute resources.  
B. Create two configurations using gsutil config. Wri te a script that sets configurations as active, individually. For 
each configuration, use gsutil compute instances list to get a list of compute resources.  
C. Go to Cloud Shell and export this information to Cloud Storage on a daily basis.  
D. Go to GCP Console and export this information to Cloud SQL on a daily basis.  
 
Answer: A  
 
Question #85  
 
You have a large 5 -TB AVRO file stored in a Cloud Storage bucket. Your analysts are proficient only in SQL and need

Answer: A  
 
You have a large 5 -TB AVRO file stored in a Cloud Storage bucket. Your analysts are proficient only in SQL and need 
access to the data stored in this file. You want to find a cost -effective way to complete their request as soon as 
possible. What should you  do? 
A. Load data in Cloud Datastore and run a SQL query against it.  
B. Create a BigQuery table and load data in BigQuery. Run a SQL query on this table and drop this table after 
you complete your request.  
C. Create external tables in BigQuery that point to Cloud Storage buckets and run a SQL query on these 
external tables to complete your request.  
D. Create a Hadoop cluster and copy the AVRO file to NDFS by compressing it. Load the file in a hive table and 
provide access to your analysts so that they can run SQL queries.

Answer: C  
 
Question #86  
You need to verify that a Google Cloud Platform service account was created at a particular time. What should you 
do? 
A. Filter the Activity log to view the Configuration category. Filter the Resource type to Service Account.  
B. Filter the Activity log to view the Configuration category. Filter the Resource type to Google Project.  
C. Filter the Activity log to view the Data Access category. Filter the Resource type to Service Account.  
 
D. Filter the Activity log to view the Data Access category. Filter the Resource type to Google Project.  
 
Answer: A  
 
Question #87  
You deployed an LDAP server on Compute Engine that is reachable via TLS through port 636 using UDP. You want 
to make sure it is reachable by clients over that port. What should you do?  
A. Add the network tag allow -udp-636 to the VM instance running the LDAP s erver.

A. Add the network tag allow -udp-636 to the VM instance running the LDAP s erver.  
 
B. Create a route called allow -udp-636 and set the next hop to be the VM instance running the LDAP server.  
C. Add a network tag of your choice to the instance. Create a firewall rule to allow ingress on UDP port 636 for 
that network tag.  
D. Add a network tag of your choice to the instance running the LDAP server. Create a firewall rule to allow egress 
on UDP port 636 for that network tag.  
Answer: C  
 
Question #88  
You need to set a budget alert for use of Compute Engineer services on one of the three Google Cloud Platform 
projects that you manage. All three projects are linked to a single billing account. What should you do?  
A. Verify that you are the project billing administrator. Select the associated billing account and create a 
budget and alert for the appropriate project.

budget and alert for the appropriate project.  
B. Verify that you are the project billing administrator. Select the associated billing account and create a budget 
and a custom alert.  
C. Verify that you are the project administrator. Select the associated billing account and create a budget for 
the appropriate project.  
D. Verify that you are project administrator. Select the associated billing account and create a budget and a 
custom alert.

Answer: A 
Question #89  
You are migrating a production -critical on -premises application that requires 96 vCPUs to perform its task. You 
want to make sure the application runs in a similar environment on GCP. What should you do?  
A. When creating the VM, use machine type n1 -standard -96. 
B. When creating the VM, use Intel Skylake as the CPU platform.  
C. Create the VM using Compute Engine default settings. Use gcloud to modify the running instance to have 96 
vCPUs.  
D. Start the VM using Compute Engine default settings, and adjust as you go based on 
Rightsizing Recommendations.  
 
Answer: A  
 
Question #90  
 
You want to configure a solution for archiving data in a Cloud Storage bucket. The solution must be cost -effective. 
Data with multiple versions should be archived after 30 days. Previous versions are accessed once a month for

Data with multiple versions should be archived after 30 days. Previous versions are accessed once a month for 
reporting. This archive data i s also occasionally updated at month -end. What should you do?  
A. Add a bucket lifecycle rule that archives data with newer versions after 30 days to Coldline Storage.  
B. Add a bucket lifecycle rule that archives data with newer versions after 30 days to Nearline  Storage.  
 
C. Add a bucket lifecycle rule that archives data from regional storage after 30 days to Coldline Storage.  
D. Add a bucket lifecycle rule that archives data from regional storage after 30 days to Nearline Storage.  
 
Answer: B 
https://cloud.google.com/storage/docs/managing -lifecycles 
Question #91  
Your company's infrastructure is on -premises, but all machines are running at maximum capacity. You want to 
burst to Google Cloud. The workloads on Google

burst to Google Cloud. The workloads on Google  
Cloud must be able to directly communicate to the workloads on -premises using a private IP range. What should 
you do?  
A. In Google Cloud, configure the VPC as a host for Shared VPC.  
 
B. In Google Cloud, configure the VPC for VPC Network Peering.

C. Create bastion hosts both in your on -premises environment and on Google Cloud. Configure both as 
proxy servers using their public IP addresses.  
D. Set up Cloud VPN between the infrastructure on -premises and Google Cloud.  
 
Answer: D  
 
Question #92  
You want to select and configure a solution for storing and archiving data on Google Cloud Platform. You need to 
support compliance objectives for data from one geographic location. This data is archived after 30 days and needs 
to be accessed annually. Wha t should you do?  
A. Select Multi -Regional Storage. Add a bucket lifecycle rule that archives data after 30 days to Coldline Storage.  
 
B. Select Multi -Regional Storage. Add a bucket lifecycle rule that archives data after 30 days to Nearline Storage.  
C. Select Regional Storage. Add a bucket lifecycle rule that archives data after 30 days to Nearline Storage.

C. Select Regional Storage. Add a bucket lifecycle rule that archives data after 30 days to Nearline Storage.  
 
D. Select Regional Storage. Add a bucket lifecycle rule that archives data after 30 days to Coldline Storage.  
 
Answer: D 
Question #93  
Your company uses BigQuery for data warehousing. Over time, many different business units in your company 
have created 1000+ datasets across hundreds of projects. Your CIO wants you to examine all datasets to find 
tables that contain an employee_ssn column . You want to minimize effort in performing this task.  
A. Go to Data Catalog and search for employee_ssn in the search box.  
B. Write a shell script that uses the bq command line tool to loop through all the projects in your organization.  
 
C. Write a script that loops through all the projects in your organization and runs a query 
on INFORMATION_SCHEMA.COLUMNS view to find the employee_ssn column.

on INFORMATION_SCHEMA.COLUMNS view to find the employee_ssn column.  
D. Write a Cloud Dataflow job that loops through all the projects in your organization and runs a query 
on INFORMATION_SCHEMA.COLUMNS view to find employee_ssn column.  
Answer: A  
 
Question #94  
 
You create a Deployment with 2 replicas in a Google Kubernetes Engine cluster that has a single preemptible node 
pool. After a few minutes, you use kubectl to examine the status of your Pod and observe that one of them is still 
in Pending status:

What is the most likely cause?  
A. The pending Pod's resource requests are too large to fit on a single node of the cluster.  
 
B. Too many Pods are already running in the cluster, and there are not enough resources left to schedule 
the pending Pod.  
C. The node pool is configured with a service account that does not have permission to pull the container 
image used by the pending Pod.  
D. The pending Pod was originally scheduled on a node that has been preempted between the creation of the 
Deployment and your verification of the Pods' status. It is currently being rescheduled on a new node.  
 
Answer: B  
 
Question #95  
You want to find out when users were added to Cloud Spanner Identity Access Management (IAM) roles on your 
Google Cloud Platform (GCP) project. What should you do in the GCP Console?  
A. Open the Cloud Spanner console to review configurations.

A. Open the Cloud Spanner console to review configurations.  
 
B. Open the IAM & admin console to review IAM policies for Cloud Spanner roles.  
C. Go to the Stackdriver Monitoring console and review information for Cloud Spanner.  
 
D. Go to the Stackdriver Logging console, review admin activity logs, and filter them for Cloud Spanner IAM roles.  
 
Answer: D  
 
Question #96  
 
Your company implemented BigQuery as an enterprise data warehouse. Users from multiple business units run 
queries on this data warehouse. However, you notice that query costs for BigQuery are very high, and you need to 
control costs. Which two methods shou ld you use? (Choose two.)  
A. Split the users from business units to multiple projects.  
B. Apply a user - or project -level custom query quota for BigQuery data warehouse.  
 
C. Create separate copies of your BigQuery data warehouse for each business unit.  

E. Change your BigQuery query model from on -demand to flat rate. Apply the appropriate number of slots to 
each Project.  
 
Answer: BE 
Question #97  
You are building a product on top of Google Kubernetes Engine (GKE). You have a single GKE cluster. For each of 
your customers, a Pod is running in that cluster, and your customers can run arbitrary code inside their Pod. You 
want to maximize the isolation  between your customers' Pods. What should you do?  
A. Use Binary Authorization and whitelist only the container images used by your customers' Pods.  
B. Use the Container Analysis API to detect vulnerabilities in the containers used by your customers' Pods.  
C. Create a GKE node pool with a sandbox type configured to gvisor. Add the parameter runtimeClassName: 
gvisor to the specification of your customers' Pods.

gvisor to the specification of your customers' Pods.  
D. Use the cos_containerd image for your GKE nodes. Add a nodeSelector with the value cloud.google.com/gke -os- 
distribution: cos_containerd to the specification of your customers' Pods.  
 
Answer: C 
https://cloud.google.com/kubernetes -engine/sandbox/ 
Question #98  
Your customer has implemented a solution that uses Cloud Spanner and notices some read latency -related 
performance issues on one table. This table is accessed only by their users using a prim ary key. The table schema is 
shown below.  
 
You want to resolve the issue. What should you do?  
 
A. Remove the profile_picture field from the table.  
B. Add a secondary index on the person_id column.  
 
C. Change the primary key to not have monotonically increasing values.

C. Change the primary key to not have monotonically increasing values.  
D. Create a secondary index using the following Data Definition Language (DDL):

Answer: C  
 
Question #99  
Your finance team wants to view the billing report for your projects. You want to make sure that the finance team 
does not get additional permissions to the project. What should you do?  
A. Add the group for the finance team to roles/billing user role.  
 
B. Add the group for the finance team to roles/billing admin role.  
C. Add the group for the finance team to roles/billing viewer role.  
 
D. Add the group for the finance team to roles/billing project/Manager role.  
 
Answer: C  
 
Question #100  
 
Your organization has strict requirements to control access to Google Cloud projects. You need to enable your Site 
Reliability Engineers (SREs) to approve requests from the Google Cloud support team when an SRE opens a support 
case. You want to follow Goog le-recommended practices. What should you do?  
A. Add your SREs to roles/iam.roleAdmin role.

A. Add your SREs to roles/iam.roleAdmin role.  
B. Add your SREs to roles/accessapproval approver role.  
 
C. Add your SREs to a group and then add this group to roles/iam roleAdmin role.  
D. Add your SREs to a group and then add this group to roles/accessapproval approver role.  
 
Answer: D 
Question #101  
You need to host an application on a Compute Engine instance in a project shared with other teams. You want to 
prevent the other teams from accidentally causing downtime on that application. Which feature should you use?  
A. Use a Shielded VM.

B. Use a Preemptible VM.  
C. Use a sole -tenant node.  
 
D. Enable deletion protection on the instance.  
 
Answer: D  
 
Question #102  
Your organization needs to grant users access to query datasets in BigQuery but prevent them from accidentally 
deleting the datasets. You want a solution that follows Google -recommended practices. What should you do?  
A. Add users to roles/bigquery user role o nly, instead of roles/bigquery dataOwner.  
 
B. Add users to roles/bigquery dataEditor role only, instead of roles/bigquery dataOwner.  
C. Create a custom role by removing delete permissions, and add users to that role only.  
 
D. Create a custom role by removing delete permissions. Add users to the group, and then add the group to the 
custom role.  
 
Answer: D  
 
Question #103  
 
You have a developer laptop with the Cloud SDK installed on Ubuntu. The Cloud SDK was installed from the Google

Answer: D  
 
You have a developer laptop with the Cloud SDK installed on Ubuntu. The Cloud SDK was installed from the Google 
Cloud Ubuntu package repository. You want to test your application locally on your laptop with Cloud Datastore. 
A. Export Cloud Datastore data using gcloud datastore export.  
B. Create a Cloud Datastore index using gcloud datastore indexes create.  
 
C. Install the google -cloud -sdk-datastore -emulator component using the apt get install command.  
D. Install the cloud -datastore -emulator component using the gcloud components install command.  
 
Answer: D  
 
Question #104  
Your company set up a complex organizational structure on Google Could Platform. The structure includes 
hundreds of folders and projects. Only a few team members should be able to view the hierarchical structure. You 
need to assign minimum permissions to t hese team members and you want to follow Google - recommended

need to assign minimum permissions to t hese team members and you want to follow Google - recommended 
practices. What should you do?

A. Add the users to roles/browser role.  
B. Add the users to roles/iam.roleViewer role.  
 
C. Add the users to a group, and add this group to roles/browser role.  
D. Add the users to a group, and add this group to roles/iam.roleViewer role.  
 
Answer: C 
Question #105  
Your company has a single sign -on (SSO) identity provider that supports Security Assertion Markup Language 
(SAML) integration with service providers. Your company has users in Cloud Identity. You would like users to 
authenticate using your company's SSO pr ovider. What should you do?  
A. In Cloud Identity, set up SSO with Google as an identity provider to access custom SAML apps.  
 
B. In Cloud Identity, set up SSO with a third -party identity provider with Google as a service provider.  
C. Obtain OAuth 2.0 credentials, configure the user consent screen, and set up OAuth 2.0 for Mobile & Desktop 
Apps.

Apps.  
D. Obtain OAuth 2.0 credentials, configure the user consent screen, and set up OAuth 2.0 for Web 
Server Applications.  
 
Answer: B  
 
Question #106  
Your organization has a dedicated person who creates and manages all service accounts for Google Cloud projects. 
You need to assign this person the minimum role for projects. What should you do?  
A. Add the user to roles/iam.roleAdmin role.  
 
B. Add the user to roles/iam.securityAdmin role.  
C. Add the user to roles/iam.serviceAccountUser role.  
 
D. Add the user to roles/iam.serviceAccountAdmin role.  
 
Answer: D 
https://cloud.google.com/iam/docs/creating -managing -service -accounts 
Question #107

You are building an archival solution for your data warehouse and have selected Cloud Storage to archive your 
data. Your users need to be able to access this archived data o nce a quarter for some regulatory requirements. You 
want to select a cost -efficient option. Which storage option should you use?  
A. Cold Storage  
B. Nearline Storage  
 
C. Regional Storage  
D. Multi -Regional Storage  
 
Answer: B  
 
Nearline, Coldline, and Archive offer ultra low -cost, highly -durable, highly available archival storage. For data 
accessed less than once a year, Archive is a cost - effective storage option for long -term preservation of data. 
Coldline is also ideal for col d storage""data your business expects to touch less than once a quarter.  
For warmer storage, choose Nearline: data you expect to access less than once a month, but possibly multiple

For warmer storage, choose Nearline: data you expect to access less than once a month, but possibly multiple 
times throughout the year. All storage classes are available across all GC P regions and provide unparalleled sub - 
second access speeds with a consistent API.  
https://cloud.google.com/storage/archival 
Question #108  
 
A. Enable node auto -provisioning on the GKE cluster.  
B. Create a VerticalPodAutscaler for those workloads.  
 
C. Create a node pool with preemptible VMs and GPUs attached to those VMs.  
D. Create a node pool of instances with GPUs, and enable autoscaling on this node pool with a minimum size of 1.  
 
Answer: D 
https://cloud.google.com/kubernetes -engine/docs/how -to/gpus  
 
Question #109  
Your organization has user identities in Active Directory. Your organization wants to use Active Directory as their

Your organization has user identities in Active Directory. Your organization wants to use Active Directory as their 
source of truth for identities. Your organization wants to have full control over the Google accounts used by 
employees for all Google servi ces, including your Google Cloud Platform (GCP) organization. What should you do?  

B. Use the cloud Identity APIs and write a script to synchronize users to Cloud Identity.  
C. Export users from Active Directory as a CSV and import them to Cloud Identity via the Admin Console.  
 
D. Ask each employee to create a Google account using self signup. Require that each employee use their 
company email address and password.  
 
Answer: A 
https://cloud.google.com/solutions/federating -gcp-with -active -directory -introduction 
Question #110  
You have successfully created a development environment in a project for an application. This application uses 
Compute Engine and Cloud SQL. Now, you need to  create a production environment for this application. The 
security team has forbidden the existence of network routes between these 2 environments, and asks you to 

A. Create a new project, enable the C ompute Engine and Cloud SQL APIs in that project, and replicate the 
setup you have created in the development environment.  
B. Create a new production subnet in the existing VPC and a new production Cloud SQL instance in your 
existing project, and deploy your application using those resources.  
C. Create a new project, modify your existing VPC to be a Shared VPC, share that VPC with y our new project, and 
replicate the setup you have in the development environment in that new project, in the Shared VPC.  
D. Ask the security team to grant you the Project Editor role in an existing production project used by another 
division of your company. Once they grant you that role, replicate the setup you have in the development 
environment in that project.  
 
Answer: A

Answer: A  
 
Question #111  
 
Your management has asked an external auditor to review all the resources in a specific project. The security team 
has enabled the Organization Policy called  
Domain Restricted Sharing on the organization node by specifying only your Cloud Identity domain. You want the 
auditor to only be able to view, but not modify, the resources in that project. What should you do?  
A. Ask the auditor for their Google account, and give them the Viewer role on the project.  
B. Ask the auditor for their Google account, and give them the Security Reviewer role on the project.  
 
C. Create a temporary account for the auditor in Cloud Identity, and give that account the Viewer role on 
the project.

D. Create a temporary account for the auditor in Cloud Identity, and give that account the Security Reviewer 
role on the project.  
 
Answer: C  
d give that account the Viewer role on the project.  
 
D. Create a temporary account for the auditor in Cloud Identity, and give that account the Security Reviewer role 
on the project.  
 
Question #112  
 
You have a workload running on Compute Engine that is critical to your business. You want to ensure that the data 
on the boot disk of this workload is backed up regularly. You need to be able to restore a backup as quickly as 
possible in case of disaster. You also want older backups to be cleaned automatically to save on cost. You want to 
A. Create a Cloud Function to create an instance template.  
 
B. Create a snapshot schedule for the disk using the desired interval.  
C. Create a cron job to create a new disk from the disk using gcloud.  
 
D. Create a Cloud Task to create an image and export it to Cloud Storage.  
 
Answer: B  
 
Question #13  
You need to assign a Cloud Identity and Access Management (Cloud IAM) role to an external auditor. The auditor 
needs to have permissions to review your  
Google Cloud Platform (GCP) Audit Logs and also to review your Data Access logs. What should you do?  
 
A. Assign the auditor the IAM role roles/logging.privateLogViewer. Perform the export of logs to Cloud Storage.  
B. Assign the auditor the IAM role roles/logging.privateLogViewer. Direct the auditor to also review the logs 
for changes to Cloud IAM policy.

for changes to Cloud IAM policy.  
C. Assign the auditor's IAM user to a custom role that has logging.privateLogEntries.list permission. Perform 
the export of logs to Cloud Storage.  
D. Assign the auditor's IAM user to a custom role that has logging.privateLogEntries.list permission. Direct 
the au ditor to also review the logs for changes to Cloud IAM policy.  
 
Answer: C

Question #114  
You are managing several Google Cloud Platform (GCP) projects and need access to all logs for the past 60 days. 
You want to be able to explore and quickly analyze the log contents. You want to follow Google -recommended 
practices to obtain the combined logs  for all projects. What should you do?  
A. Navigate to Stackdriver Logging and select resource.labels.project_id="*"  
 
B. Create a Stackdriver Logging Export with a Sink destination to a BigQuery dataset. Configure the table 
expiration to 60 days.  
C. Create a Stackdriver Logging Export with a Sink destination to Cloud Storage. Create a lifecycle rule to delete 
objects after 60 days.  
D. Configure a Cloud Scheduler job to read from Stackdriver and store the logs in BigQuery. Configure the 
table expiration t o 60 days.  
 
Answer: B 

Answer: B 
https://cloud.google.com/blog/products/gcp/best -practices -for-working -with -google -cloud -audit -logging  
 
Question #115  
You need to reduce GCP service costs for a division of your company using the fewest possible steps. You need to 
turn off all configured services in an existing  
GCP project. What should you do?  
 
A. 1. Verify that you are assigned the Project Owners IAM role for this project. 2. Locate the project in the 
GCP console, click Shut down and then enter the project ID.  
B. 1. Verify that you are assigned the Project Owners IAM role for this project. 2. Switch t o the project in the 
GCP console, locate the resources and delete them.  
C. 1. Verify that you are assigned the Organizational Administrator IAM role for this project. 2. Locate the project

C. 1. Verify that you are assigned the Organizational Administrator IAM role for this project. 2. Locate the project 
in the GCP console, enter the project ID and then click Shut down.  
D. 1. Verify that you are assigned the Organizational Administrators IAM role for this project. 2. Switch to 
the project in the GCP console, locate the resources and delete them.  
 
Answer: A  
 
Question #116  
 
You are configuring service accounts for an application that spans multiple projects. Virtual machines (VMs) 
running in the web -applications project need access to BigQuery datasets in crm -databases -proj. You want to

follow Google -recommended practices to give access to the service account in the web -applications project. What 
A. Give "project owner" for web -applications appropriate roles to crm -databases - proj 
 
B. Give "project owner" role to crm -databases -proj and the web -applications project.  
C. Give "project owner" role to crm -databases -proj and bigquery.dataViewer role to web -applications.  
 
D. Give bigquery.dataViewer role to crm -databases -proj and appropriate roles to web -applications.  
 
Answer: D 
 
Question #117  
 
An employee was terminated, but their access to Google Cloud Platform (GCP) was not removed until 2 weeks 
later. You need to find out this employee accessed any sensitive customer information after their termination.

later. You need to find out this employee accessed any sensitive customer information after their termination. 
A. View System Event Logs in Stackdriver. Search for the user's email as the principal.  
B. View System Event Logs in Stackdriver. Search for the service account associated with the user.  
 
C. View Data Access audit logs in Stackdriver. Search for the user's email as the principal.  
D. View the Admin Activity log in Stackdriver. Search for the service account associated with the user.  
 
Answer: C  
 
Question #118  
You need to create a custom IAM role for use with a GCP service. All permissions in the role must be suitable for 
production use. You also want to clearly share with your organization the status of the custom role. This will be the 
first version of the cus tom role. What should you do?  
A. Use permissions in your role that use the "˜supported' support level for role permissions. Set the role stage

A. Use permissions in your role that use the "˜supported' support level for role permissions. Set the role stage 
to ALPHA while testing the role permissions.  
B. Use permissions in your role that use the "˜supported' support level fo r role permissions. Set the role stage 
to BETA while testing the role permissions.  
C. Use permissions in your role that use the "˜testing' support level for role permissions. Set the role stage 
D. Use permissions in your role that use the "˜testing' support level for role permissions. Set the role stage to 
BETA while testing the role permissions.

Answer: A  
 
Question #119  
 
Your company has a large quantity of unstructured data in different file formats. You want to perform ETL 
transformations on the data. You need to make the data accessible on Google Cloud so it can be processed by a 
Dataflow job. What should you do?  
A. Uploa d the data to BigQuery using the bq command line tool.  
B. Upload the data to Cloud Storage using the gsutil command line tool.  
 
C. Upload the data into Cloud SQL using the import function in the console.  
D. Upload the data into Cloud Spanner using the import function in the console.  
 
Answer: B 
https://cloud.google.com/solutions/performing -etl-from -relational -database -into-bigquery  
 
Question #120  
You need to manage multiple Google Cloud Platform (GCP) projects in the fewest steps possible. You want to

You need to manage multiple Google Cloud Platform (GCP) projects in the fewest steps possible. You want to 
configure the Google Cloud SDK command line interface (CLI) so that you can easily manage multiple GCP projects. 
What should you?  
A. 1. Create a configu ration for each project you need to manage. 2. Activate the appropriate configuration 
when you work with each of your assigned GCP projects.  
B. 1. Create a configuration for each project you need to manage. 2. Use gcloud init to update the 
configuration value s when you need to work with a non -default project  
C. 1. Use the default configuration for one project you need to manage. 2. Activate the appropriate configuration 
D. 1. Use the default configuration for one project you need to manage. 2. Use gcloud init to update the 
configuration values when you need to work with a non -default project.  
 
Answer: A  
 
Question #121

Your managed instance group raised an alert stating that new instance creation has failed to create new instances. 
You need to maintain the number of running instances specified by the template to be able to process expected 
application traffic. What shoul d you do?  
A. Create an instance template that contains valid syntax which will be used by the instance group. Delete 
any persistent disks with the same name as instance names.  
B. Create an instance template that contains valid syntax that will be used by the instance group. Verify that 
the instance name and persistent disk name values are not the same in the template.  
C. Verify that the instance template being used by the instance gr oup contains valid syntax. Delete any 
persistent disks with the same name as instance names. Set the disks.autoDelete property to true in the instance 
template.

template.  
D. Delete the current instance template and replace it with a new instance template. Verify that t he instance 
name and persistent disk name values are not the same in the template. Set the disks.autoDelete property to true 
in the instance template.  
 
Answer: C 
 
Question #122  
Your company is moving from an on -premises environment to Google Cloud Platform (GCP). You have multiple 
development teams that use Cassandra environments as backend databases. They all need a development 
environment that is isolated from other Cassandra i nstances. You want to move to GCP quickly and with minimal 
support effort. What should you do?  
A. 1. Build an instruction guide to install Cassandra on GCP. 2. Make the instruction guide accessible to your

A. 1. Build an instruction guide to install Cassandra on GCP. 2. Make the instruction guide accessible to your 
developers.  
B. 1. Advise your developers to go to Cloud Marketplace. 2. Ask the developers to launch a Cassandra image 
for their development work.  
C. 1. Build a Cassandra Compute Engine instance and take a snapshot of it. 2. Use the snapshot to create 
instances for your dev elopers.  
D. 1. Build a Cassandra Compute Engine instance and take a snapshot of it. 2. Upload the snapshot to Cloud 
Storage and make it accessible to your developers. 3. Build instructions to create a Compute Engine instance 
from the snapshot so that develope rs can do it themselves.  
 
Answer: B  
 
Question #123

You have a Compute Engine instance hosting a production application. You want to receive an email if the instance 
consumes more than 90% of its CPU resources for more than 15 minutes. You want to use Google services. What 
A. 1. Create a consume r Gmail account. 2. Write a script that monitors the CPU usage. 3. When the CPU usage 
exceeds the threshold, have that script send an email using the Gmail account and smtp.gmail.com on port 25 
as SMTP server.  
B. 1. Create a Stackdriver Workspace, and associate your Google Cloud Platform (GCP) project with it. 2. Create 
an Alerting Policy in Stackdriver that uses the threshold as a trigger condition. 3. Configure your email address in 
the notification channel.  
C. 1. Create a Stackdriver Workspace, and associate your GCP project with it. 2. Write a script that monitors the

C. 1. Create a Stackdriver Workspace, and associate your GCP project with it. 2. Write a script that monitors the 
CPU usage and sends it as a custom metric to Stackdriver. 3. Create an uptime check for the instance in 
Stackdriver.  
D. 1. In Stackdriver Logging, crea te a logs -based metric to extract the CPU usage by using this regular expression: 
CPU Usage: ([0 -9] {1,3})% 2. In Stackdriver Monitoring, create an Alerting Policy based on this metric. 3. 
Configure your email address in the notification channel.  
 
Answer: B  
 
Question #124  
 
You have an application that uses Cloud Spanner as a backend database. The application has a very predictable 
traffic pattern. You want to automatically scale up or down the number of Spanner nodes depending on traffic. 
A. Create a cron jo b that runs on a scheduled basis to review stackdriver monitoring metrics, and then resize 
the Spanner instance accordingly.

the Spanner instance accordingly.  
B. Create a Stackdriver alerting policy to send an alert to oncall SRE emails when Cloud Spanner CPU exceeds 
the threshold. SREs would scale resources up or down accordingly.  
C. Create a Stackdriver alerting policy to send an alert to Google Cloud Support email when Cloud Spanner 
CPU exceeds your threshold. Google support would scale resources up or down accordingly.  
D. Create a Stackdriver alerting policy to send an alert to webhook  when Cloud Spanner CPU is over or under 
your threshold. Create a Cloud Function that listens to HTTP and resizes Spanner resources accordingly.  
 
Answer: D  
 
Question #125  
Your company publishes large files on an Apache web server that runs on a Compute Engine instance. The Apache

Answer: D  
 
Your company publishes large files on an Apache web server that runs on a Compute Engine instance. The Apache 
web server is not the only application running in the project. You want to receive an email when the egress 
network costs for the server exceed 10 0 dollars for the current month as measured by Google Cloud

Platform (GCP). What should you do?  
A. Set up a budget alert on the project with an amount of 100 dollars, a threshold of 100%, and notification type 
of "email."  
B. Set up a budget alert on the billing account with an amount of 100 dollars, a threshold of 100%, and 
notification type of "email."  
C. Export the billing data to BigQuery. Create a Cloud Function that uses BigQuery to sum the egress network costs 
of the export ed billing data for the Apache web server for the current month and sends an email if it is over 100 
dollars. Schedule the Cloud Function using Cloud Scheduler to run hourly.  
D. Use the Stackdriver Logging Agent to export the Apache web server logs to Stackdriver Logging. Create a Cloud 
Function that uses BigQuery to parse the HTTP response log data in Stackdriver for the current month and sends

Function that uses BigQuery to parse the HTTP response log data in Stackdriver for the current month and sends 
an email if the size of all HTTP re sponses, multiplied by current GCP egress prices, totals over 100 dollars. 
Schedule the Cloud Function using Cloud Scheduler to run hourly.  
 
Answer: C  
 
Question #126  
You have designed a solution on Google Cloud Platform (GCP) that uses multiple GCP products. Your company has 
asked you to estimate the costs of the solution. You need to provide estimates for the monthly total cost. What 
A. For each GCP produc t in the solution, review the pricing details on the products pricing page. Use the 
pricing calculator to total the monthly costs for each GCP product.  
B. For each GCP product in the solution, review the pricing details on the products pricing page. Create a 
Google Sheet that summarizes the expected monthly costs for each product.

Google Sheet that summarizes the expected monthly costs for each product.  
C. Provision the solution on GCP. Leave the solution provisioned for 1 week. Navi gate to the Billing Report page 
in the Google Cloud Platform Console. Multiply the 1 week cost to determine the monthly costs.  
D. Provision the solution on GCP. Leave the solution provisioned for 1 week. Use Stackdriver to determine the 
provisioned and used r esource amounts. Multiply the 1 week cost to determine the monthly costs.  
 
Answer: A  
 
Question #127  
You have an application that receives SSL -encrypted TCP traffic on port 443. Clients for this application are located 
all over the world. You want to minimize latency for the clients. Which load balancing option should you use?  
A. HTTPS Load Balancer  
 
B. Network Load Balancer  
C. SSL Proxy Load Balancer

D. Internal TCP/UDP Load Balancer. Add a firewall rule allowing ingress traffic from 0.0.0.0/0 on the target 
 
Answer: C 
https://cloud.google.com/load -balancing/docs/ssl  
 
Question #128  
 
You have an application on a general -purpose Compute Engine instance that is experiencing excessive disk read 
throttling on its Zonal SSD Persistent Disk. The application primarily reads large files from disk. The disk size is 
currently 350 GB. You want to provide the maximum amount of throughput while minimizing costs.  
A. Increase the size of the disk to 1 TB.  
 
B. Increase the allocated CPU to the instance.  
C. Migrate to use a Local SSD on the instance.  
 
D. Migrate to use a Regional SSD on the instance.  
 
Answer: C 
https://cloud.google.com/compute/docs/disks/performance  
 
Question #129

Answer: C 
 
Question #129  
 
Your Dataproc cluster runs in a single Virtual Private Cloud (VPC) network in a single subnet with range 
172.16.20.128/25. There are no private IP addresses available in the VPC network. You want to add new VMs to 
communicate with your cluster using the mi nimum number of steps. What should you do?  
A. Modify the existing subnet range to 172.16.20.0/24.  
B. Create a new Secondary IP Range in the VPC and configure the VMs to use that range.  
 
C. Create a new VPC network for the VMs. Enable VPC Peering between the VMs' VPC network and the Dataproc 
cluster VPC network.  
D. Create a new VPC network for the VMs with a subnet of 172.32.0.0/16. Enable VPC network Peering 
between the Dataproc VPC network and  the VMs VPC network. Configure a custom Route exchange.  
 
Answer: A

Question #130  
 
You manage an App Engine Service that aggregates and visualizes data from BigQuery. The application is deployed 
with the default App Engine Service account.  
The data that needs to be visualized resides in a different project managed by another team. You do not have 
access to this project, but you want your application to be able to read data from the BigQuery dataset. What 
A. Ask the other team to grant your default App Engine Service account the role of BigQuery Job User.  
 
B. Ask the other team to grant your default App Engine Service account the role of BigQuery Data Viewer.  
C. In Cloud IAM of your project, ensure that the default App Engine service account has the role of BigQuery 
Data Viewer.  
D. In Cloud IAM of your project, grant a newly created service account from the other team the role of 
BigQuery Job User in your project.  
 
Answer: B

Answer: B  
The Owner, Editor, and Viewer primitive roles include the BigQuery Admin (roles/bigquery.dataOwner), BigQuery 
Data Editor (roles/bigquery.dataEditor), and  
BigQuery Data Viewer (roles/bigquery.dataViewer) roles, respectively. This means the Owner,  Editor, and Viewer 
primitive roles have BigQuery access as defined for the respective BigQuery roles.  
https://cloud.google.com/bigquery/docs/access -control  
 
Question #131  
 
You need to create a copy of a custom Compute Engine virtual machine (VM) to facilitate an expected increase in 
application traffic due to a business acquisition.  
A. Create a Compute Engine snapshot of your base VM. Create your images from that snapshot.

A. Create a Compute Engine snapshot of your base VM. Create your images from that snapshot.  
 
B. Create a Compute Engine snapshot of your base VM. Create your instances from that snapshot.  
C. Create a custom Compute Engine image from a snapshot. Create your images from that image.  
 
D. Create a custom Compute Engine image from a snapshot. Create your instances from that 
image. Answer: D  
A custom image belongs only to your project. To create an instance with a custom image, you must first have a 
custom image.  

https://cloud.google.com/compute/docs/instances/create -start -instance  
 
Question #132  
You have deployed an application on a single Compute Engine instance. The application writes logs to disk. Users 
start reporting errors with the application. You want to diagnose the problem. What should you do?  
A. Navigate to Cloud Logging and view the appli cation logs.  
B. Connect to the instance's serial console and read the application logs.  
C. Configure a Health Check on the instance and set a Low Healthy Threshold value.  
 
D. Install and configure the Cloud Logging Agent and view the logs from Cloud Logging.  
 
Answer: A 
https://cloud.google.com/error -reporting/docs/setup/compute -engine  
 
Question #133  
An application generates daily reports in a Compute Engine virtual machine (VM). The VM is in the project corp -iot-

An application generates daily reports in a Compute Engine virtual machine (VM). The VM is in the project corp -iot- 
insights. Your team operates only in the project corp -aggregate -reports and needs a copy of the daily exports in 
the bucket corp -aggregate -reports -storage. You want to configure access so that the daily reports from the VM are 
available in the bucket corp -aggregate -reports -storage and use as few steps as possible while following Google - 
A. Move both proj ects under the same folder.  
B. Grant the VM Service Account the role Storage Object Creator on corp -aggregate -reports -storage.  
C. Create a Shared VPC network between both projects. Grant the VM Service Account the role Storage 
Object Creator on corp -iot-insights.  
D. Make corp -aggregate -reports -storage public and create a folder with a pseudo -randomized suffix name. Share 
the folder with  the IoT team.  
 
Answer: B

Answer: B 
 
https://cloud.google.com/billing/docs/onboarding -checklist

Question #134  
You built an application on your development laptop that uses Google Cloud services. Your application uses 
Application Default Credentials for authentication and works fine on your development laptop. You want to 
migrate this application to a Compute Engin e virtual machine (VM) and set up authentication using Google - 
recommended practices and minimal changes. What should you do?  
A. Assign appropriate access for Google services to the service account used by the Compute Engine VM.  
 
B. Create a service account with appropriate access for Google services, and configure the application to use this 
account.  
C. Store credentials for service accounts with appropriate access for Google services in a config file, and deploy 
this config file with your application.  
D. Store credentials for your user account with appropriate access for Google services in a config file, and

D. Store credentials for your user account with appropriate access for Google services in a config file, and 
deploy this config file with your application.  
 
Answer: B 
https://cloud.google.com/compute/docs/access/create -enable -service -accounts -for-instances  
 
Question #135  
You need to create a Compute Engine instance in a new project that doesn't exist yet. What should you do?  
A. Using the Cloud SDK, create a new project, enable the Compute Engine API in that project, and then create 
the instance specifying your new project.  
B. Enable the Compute Engine API in the Cloud Console, use the Cloud SDK to create the instance, and then use 
the """"project flag to specify a new project.  
C. Using the Cloud SDK, create the new instance, and use the """"project flag to specify the new project. 
Answer yes when prompted by Cloud SDK to enable the Compute Engine API.

Answer yes when prompted by Cloud SDK to enable the Compute Engine API.  
D. Enable the Compute Engine API in the Cloud Console. Go to the Compute Engine section of the Console 
to create a new instance, and look for the Create In A New Project option in the creation form.  
 
Answer: A  
 
Question #136  
Your company runs one batch process in an on -premises server that takes around 30 hours to complete. The task 
runs monthly, can be performed offline, and must be restarted if interrupted. You want to migrate this workload 
to the cloud while minimizing cost . What should you do?  
A. Migrate the workload to a Compute Engine Preemptible VM.

B. Migrate the workload to a Google Kubernetes Engine cluster with Preemptible nodes.  
C. Migrate the workload to a Compute Engine VM. Start and stop the instance as needed.  
 
D. Create an Instance Template with Preemptible VMs On. Create a Managed Instance Group from the 
template and adjust Target CPU Utilization. Migrate the workload.  
 
Answer: C 
https://cloud.google.com/kubernetes -engine/docs/tutorials/migrating -node -pool  
 
Question #137  
 
You are developing a new application and are looking for a Jenkins installation to build and deploy your source 
code. You want to automate the installation as quickly and easily as possible. What should you do?  
A. Deploy Jenkins through the Google Cloud Marke tplace.  
B. Create a new Compute Engine instance. Run the Jenkins executable.  
 
C. Create a new Kubernetes Engine cluster. Create a deployment for the Jenkins image.

C. Create a new Kubernetes Engine cluster. Create a deployment for the Jenkins image.  
D. Create an instance template with the Jenkins executable. Create a managed instance group with this template.  
 
Answer: A 
https://cloud.google.com/solutions/jenkins -on-kubernetes -engine  
 
Question #138  
You have downloaded and installed the gcloud command line interface (CLI) and have authenticated with your 
Google Account. Most of your Compute Engine instances in your project run in the europe -west1 -d zone. You want 
to avoid having to specify this zone w ith each CLI command when managing these instances.  
 
A. Set the europe -west1 -d zone as the default zone using the gcloud config subcommand.  
B. In the Settings page for Compute Engine under Default location, set the zone to europe""west1 -d.

B. In the Settings page for Compute Engine under Default location, set the zone to europe""west1 -d. 
 
C. In the CLI installation directory, create a file called default.conf containing zone=europe""west1""d.  
D. Create a Metadata entry on the Compute Engine page with key compute/zone and value europe""west1""d.  
 
Answer: A

https://cloud.google.com/compute/docs/gcloud -compute  
 
Question #139  
 
The core business of your company is to rent out construction equipment at a large scale. All the equipment that is 
being rented out has been equipped with multiple sensors that send event information every few seconds. These 
signals can vary from engine s tatus, distance traveled, fuel level, and more. Customers are billed based on the 
consumption monitored by these sensors. You expect high throughput "" up to thousands of events per hour per 
device "" and need to retrieve consistent data based on the time of the event. Storing and retrieving individual 
signals should be atomic. What should you do?  
A. Create a file in Cloud Storage per device and append new data to that file.  
 
B. Create a file in Cloud Filestore per device and append new data to that file.

B. Create a file in Cloud Filestore per device and append new data to that file.  
C. Ingest the data into Datastore. Store data in an entity group based on the device.  
D. Ingest the data into Cloud Bigtable. Create a row key based on the event timestamp.  
 
Answer: D  
 
Question #140  
 
You are asked to set up application performance monitoring on Google Cloud projects A, B, and C as a single pane 
of glass. You want to monitor CPU, memory, and disk. What should you do?  
A. Enable API and then share charts from project A, B, and C.  
B. Enable API and then give the metrics.reader role to projects A, B, and C.  
 
C. Enable API and then use default dashboards to view all projects in sequence.  
D. Enable API, create a workspace under project A, and then add project B and C.  
 
Answer: D  
 
Question #141

Answer: D  
 
Question #141  
You created several resources in multiple Google Cloud projects. All projects are linked to different billing 
accounts. To better estimate future charges, you want to have a single visual representation of all costs incurred. 
You want to incl ude new cost data as soon as possible. What should you do?  
A. Configure Billing Data Export to BigQuery and visualize the data in Data Studio.  
 
B. Visit the Cost Table page to get a CSV export and visualize it using Data Studio.  
C. Fill all resources in the Pricing Calculator to get an estimate of the monthly cost.

D. Use the Reports view in the Cloud Billing Console to view the desired cost information.  
 
Answer: A 
https://cloud.google.com/billing/docs/how -to/visualize -data  
 
Question #142  
Your company has workloads running on Compute Engine and on -premises. The Google Cloud Virtual Private Cloud 
(VPC) is connected to your WAN over a  
Virtual Private Network (VPN). You need to deploy a new Compute Engine instance and ensure that no public 
Internet traffic can be routed to it. What should you do?  
A. Create the instance without a public IP address.  
B. Create the instance with Private Google Access enabled.  
C. Create a deny -all egress firewall rule on the VPC network.  
 
D. Create a route on the VPC to route all traffic to the instance over the VPN tunnel.  
 
Answer: A

Answer: A  
Get private access to Google services, such as storage, big data, analytics, or machine learning, without having to 
give your service a public IP address.  
 
https://cloud.google.com/vpc  
 
Question #143  
Your team maintains the infrastructure for your organization. The current infrastructure requires changes. You 
need to share your proposed changes with the rest of the team. You want to follow Google's recommended best 
practices. What should you do?  
A. Use Deployment Manager templates to describe the proposed changes and store them in a Cloud Storage 
bucket.  
B. Use Deployment Manager templates to describe the proposed changes and store them in Cloud 
Source Repositories.  
C. Apply the change in a development env ironment, run gcloud compute instances list, and then save the output

C. Apply the change in a development env ironment, run gcloud compute instances list, and then save the output 
in a shared Storage bucket.  
D. Apply the change in a development environment, run gcloud compute instances list, and then save the output 
in Cloud Source Repositories.

Answer: A  
 
Question #144  
 
You have a Compute Engine instance hosting an application used between 9 AM and 6 PM on weekdays. You want 
to back up this instance daily for disaster recovery purposes. You want to keep the backups for 30 days. You want 
the Google -recommended solution wit h the least management overhead and the least number of services. What 
A. 1. Update your instances' metadata to add the following value: snapshot""schedule: 0 1 * * * 2. Update 
your instances' metadata to add the following value: snapshot""retention: 30  
B. 1. In the Cloud Console, go to the Compute Engine Disks page and select your  instance's disk. 2. In the 
Snapshot Schedule section, select Create Schedule and configure the following parameters: "" Schedule 
frequency: Daily "" Start time: 1:00 AM "" 2:00 AM "" Autodelete snapshots after 30 days

frequency: Daily "" Start time: 1:00 AM "" 2:00 AM "" Autodelete snapshots after 30 days  
C. 1. Create a Cloud Function that creat es a snapshot of your instance's disk. 2. Create a Cloud Function that 
deletes snapshots that are older than 30 days. 3. Use Cloud Scheduler to trigger both Cloud Functions daily at 
1:00 AM.  
D. 1. Create a bash script in the instance that copies the content of the disk to Cloud Storage. 2. Create a bash 
script in the instance that deletes data older than 30 days in the backup Cloud Storage bucket. 3. Configure 
the instance's crontab to execute th ese scripts daily at 1:00 AM.  
 
Answer: B  
 
Question #145  
 
Your existing application running in Google Kubernetes Engine (GKE) consists of multiple pods running on four GKE 
n1""standard""2 nodes. You need to deploy additional pods requiring n2""highmem""16 nodes without any

n1""standard""2 nodes. You need to deploy additional pods requiring n2""highmem""16 nodes without any 
downtime. What should you do?  
A. Use gcloud container clusters upgrade. Deploy the new services.  
B. Create a new Node Pool and specify machine type n2""highmem""16. Deploy the new pods.  
C. Create a new cluster with n2""highmem""16 nodes. Redeploy the pods and delete the old cluster.  
 
D. Create a new cluster with both n1""standard""2 and n2""highmem""16 nodes. Redeploy the pods and 
delete the old cluster.  
 
Answer: B  
 
Question #146

You have an application that uses Cloud Spanner as a database backend to keep current state information about 
users. Cloud Bigtable logs all events triggered by users. You export Cloud Spanner data to Cloud Storage during 
daily backups. One of your analyst s asks you to join data from Cloud Spanner and Cloud  
Bigtable for specific users. You want to complete this ad hoc request as efficiently as possible. What should you 
do? 
A. Create a dataflow job that copies data from Cloud Bigtable and Cloud Storage for specific users.  
 
B. Create a dataflow job that copies data from Cloud Bigtable and Cloud Spanner for specific users.  
C. Create a Cloud Dataproc cluster that runs a Spark job to extract data from Cloud Bigtable and Cloud Storage 
for specific users.  
D. Create two separate BigQuery external tables on Cloud Storage and Cloud Bigtable. Use the BigQuery console to

D. Create two separate BigQuery external tables on Cloud Storage and Cloud Bigtable. Use the BigQuery console to 
join these tables through user fields, and apply appropriate filters.  
 
Answer: D  
 
Question #147  
You are hosting an application from Compute Engine virtual machines (VMs) in us""central1""a. You want to adjust 
your design to support the failure of a single  
Compute Engine zone, eliminate downtime, and minimize cost. What should you do?  
A. "" Create Compute Engine resources in us""central1""b. "" Balance the load across both us""central1""a 
and us""central1""b.  
B. "" Create a Managed Instance Group and specify us""central1""a as the zone. "" Configure the Health 
Check with a short Health Interval.  
C. "" Create an HTTP(S) Load Balancer. "" Create one or more global forwarding rules to direct traffic to your VMs.  
 
D. "" Perform regular backups of your application. "" Create a Cloud Monitoring Alert and be notified if your

D. "" Perform regular backups of your application. "" Create a Cloud Monitoring Alert and be notified if your 
application becomes unavailable. "" Restore from backups when notified.  
 
Answer: A 
https://github.com/GoogleCloudPlatform/puppet -google -compute  
 
Question #148  
 
A colleague handed over a Google Cloud Platform project for you to maintain. As part of a security checkup, you 
want to review who has been granted the Project  

A. In the console, validate which SSH keys have been stored as project -wide keys.  
B. Navigate to Identity -Aware Proxy and check the permissions for these resources.  
 
C. Enable Audit Logs on the IAM & admin page for all resources, and validate the results.  
D. Use the command gcloud projects get""iam""policy to view the current role assignments.  
 
Answer: D 
 
Question #149  
 
You are running multiple VPC -native Google Kubernetes Engine clusters in the same subnet. The IPs available for 
the nodes are exhausted, and you want to ensure that the clusters can grow in nodes when needed. What should 
you do?  
A. Create a new subnet in the same region as the subnet being used.  

you do?  
B. Add an alias IP range to the subnet used by the GKE clusters.  
 
C. Create a new VPC, and set up VPC peering with the existing VPC.  
D. Expand the CIDR range of the relevant subnet for the cluster.  
 
Answer: D  
 
To create a VPC peering connection, first create a request to peer with another VPC. 
https://docs.aws.amazon.com/vpc/latest/peering/vpc -pg.pdf  
 
Question #150  
 
You have a batch workload that runs every night and uses a large number of virtual machines (VMs). It is fault - 
tolerant and can tolerate some of the VMs being terminated. The current cost of VMs is too high. What should you 
do? 
A. Run a test using simulated maintenance events. If the test is successful, use preemptible N1 Standard VMs 
when running future jobs.  
B. Run a test using simulated maintenance events. If the test is successful, use N1 Standard VMs when running 
future jobs.

C. Run a test using a managed instance group. If the test is successful, use N1 Standard VMs in the 
managed instance group when running future jobs.  
D. Run a test using N1 standard VMs instead of N2. If the test is successful, use N1 Standard VMs when 
running fu ture jobs.  
 
Answer: A 
https://cloud.google.com/compute/vm -instance -pricing  
 
Question #151  
You are working with a user to set up an application in a new VPC behind a firewall. The user is concerned about 
data egress. You want to configure the fewest open egress ports. What should you do?  
A. Set up a low -priority (65534) rule that blocks all egress and a high -priority rule (1000) that allows only the 
appropriate ports.  
B. Set up a high -priority (1000) rule that pairs both ingress and egress ports.

B. Set up a high -priority (1000) rule that pairs both ingress and egress ports.  
C. Set up a high -priority (1000) rule that blocks all egress and a low -priority (65534) rule that allows only the 
D. Set up a high -priority (1000) rule to allow the appropriate ports.  
 
Answer: A  
https://cloud.google.com/iap/docs/concepts -overview  
 
Question #152  
Your company runs its Linux workloads on Compute Engine instances. Your company will be working with a new 
operations partner that does not use Google  
Accounts. You need to grant access to the instances to your operations partner so they can maintain the installed 
tooling. What should you do?  
A. Enable Cloud IAP for the Compute Engine instances, and add the operations partner as a Cloud IAP Tunnel User.  
B. Tag all the instances with the same network tag. Create a firewall rule in the VPC to grant TCP access on port

B. Tag all the instances with the same network tag. Create a firewall rule in the VPC to grant TCP access on port 
22 for traffic from the operations partner to instances with the network tag.  
C. Set up Cloud VPN between your Google Cloud VPC and the internal net work of the operations partner.  
 
D. Ask the operations partner to generate SSH key pairs, and add the public keys to the VM instances.  
 
Answer: A

https://cloud.google.com/vpc/docs/firewalls  
 
Question #153  
 
You have created a code snippet that should be triggered whenever a new file is uploaded to a Cloud Storage 
bucket. You want to deploy this code snippet. What should you do?  
A. Use App Engine and configure Cloud Scheduler to trigger the application using Pub/Sub.  
B. Use Cloud Functions and configure the bucket as a trigger resource.  
 
C. Use Google Kubernetes Engine and configure a CronJob to trigger the application using Pub/Sub.  
D. Use Dataflow as a batch job, and configure the bucket as a data source.  
 
Answer: B 
https://cloud.google.com/scheduler/docs/tut -pub-sub 
 
Question #154  
You have been asked to set up Object Lifecycle Management for objects stored in storage buckets. The objects are

You have been asked to set up Object Lifecycle Management for objects stored in storage buckets. The objects are 
written once and accessed frequently for 30 days. After 30 days, the objects are not read again unless there is a 
special need. The object shou ld be kept for three years, and you need to minimize cost. What should you do?  
A. Set up a policy that uses Nearline storage for 30 days and then moves to Archive storage for three years.  
 
B. Set up a policy that uses Standard storage for 30 days and then moves to Archive storage for three years.  
C. Set up a policy that uses Nearline storage for 30 days, then moves the Coldline for one year, and then moves 
to Archive storage for two years.  
D. Set up a policy that uses Standard storage for 30 days, then moves to Coldline for one year, and then moves 
 
Answer: A 

Answer: A 
https://books.google.com.pk/books?id=q0nhDwAAQBAJ&pg=PA52&lpg=PA52&dq=Set+up+a+policy+that+uses+N 
earline+storage+for+30+days+and  
+then+moves+to+Archive+storage+for+three  
 
+years.&source=bl&ots=kYLZN1ymA8&sig=ACfU3U2XLmzQ39cmPDwjfWxRbNtDNLc_6g&hl=en&sa=X&ved=2ahUK 
EwjZmefOpr7qAhVzQkEAHTUgASYQ6AE

wAHoECAoQAQ#v=onepage&q=Set%20up%20a%20policy%20that%20uses%20Nearline%20storage%20for%2030  
%20days%20and%20then%20moves%20to  
%20Archive%20storage%20for%20three%20years.&f=false  
 
Question #155  
 
You are storing sensitive information in a Cloud Storage bucket. For legal reasons, you need to be able to record all 
requests that read any of the stored data. You want to make sure you comply with these requirements. What 
A. Enable the Ident ity Aware Proxy API on the project.  
B. Scan the bucker using the Data Loss Prevention API.  
C. Allow only a single Service Account access to read the data.  
 
D. Enable Data Access audit logs for the Cloud Storage API.  
 
Answer: D 
https://cloud.google.com/storage/docs/audit -logs 
 
Question #156  
You are the team lead of a group of 10 developers. You provided each developer with an individual Google Cloud

You are the team lead of a group of 10 developers. You provided each developer with an individual Google Cloud 
Project that they can use as their personal sandbox to experiment with different Google Cloud solutions. You want 
to be notified if any of the de velopers are spending above $500 per month on their sandbox environment. What 
A. Create a single budget for all projects and configure budget alerts on this budget.  
B. Create a separate billing account per sandbox project and enable BigQuery billi ng exports. Create a Data 
Studio dashboard to plot the spending per billing account.  
C. Create a budget per project and configure budget alerts on all of these budgets.  
 
D. Create a single billing account for all sandbox projects and enable BigQuery billing exports. Create a Data Studio 
dashboard to plot the spending per project.  
 
Answer: C 

Answer: C 
https://cloud.google.com/billing/docs/how -to/budgets

Question #157  
You are deploying a production application on Compute Engine. You want to prevent anyone from accidentally 
destroying the instance by clicking the wrong button. What should you do?  
A. Disable the flag "Delete boot disk when instance is deleted."  
B. Enable delete protection on the instance.  
 
C. Disable Automatic restart on the instance.  
D. Enable Preemptibility on the instance.  
 
Answer: B 
https://googlecloudplatform.uservoice.com/forums/302595 -compute -engine/suggestions/14227521 -set-delete - 
boot -disk-when -instance -is-deleted -to 
 
Question #158  
 
Your company uses a large number of Google Cloud services centralized in a single project. All teams have specific 
projects for testing and development. The  
DevOps team needs access to all of the production services in order to perform their job. You want to prevent

DevOps team needs access to all of the production services in order to perform their job. You want to prevent 
Google Cloud product changes from broadening their permissions in the future. You want to follow Google - 
recommended practices. What should you do ? 
A. Grant all members of the DevOps team the role of Project Editor on the organization level.  
 
B. Grant all members of the DevOps team the role of Project Editor on the production project.  
C. Create a custom role that combines the required permissions. Grant the DevOps team the custom role on 
the production project.  
D. Create a custom role that combines the required permissions. Grant the DevOps team the custom role on the 
organization level.  
 
Answer: C  
 
Question #159  
You are building an application that processes data files uploaded from thousands of suppliers. Your primary goals

Answer: C  
 
You are building an application that processes data files uploaded from thousands of suppliers. Your primary goals 
for the application are data security and the expiration of aged data. You need to design the application to: "¢ 
Restrict access so that supp liers can access only their own data. "¢ Give suppliers write access to data only for 30 
minutes. "¢ Delete data that is over 45 days old.  
You have a very short development cycle, and you need to make sure that the application requires minimal  
maintenance. Which two strategies should you use?

(Choose two.)  
A. Build a lifecycle policy to delete Cloud Storage objects after 45 days.  
 
B. Use signed URLs to allow suppliers limited time access to store their objects.  
C. Set up an SFTP server for your application, and create a separate user for each supplier.  
 
D. Build a Cloud function that triggers a timer of 45 days to delete objects that have expired.  
E. Develop a script that loops through all Cloud Storage buckets and deletes any buckets that are older than 
45 days.  
 
Answer: AB  
https://cloud.google.com/storage/docs/access -control/signed -urls 
 
QUESTION 160  
You are hosting an application from Compute Engine virtual machines (VMs) in us –central1 –a. You want to adjust 
your design to support the failure of a single Compute Engine zone, eliminate downtime, and minimize cost. What 
 
A. – Create Compute Engine resources in us –central1 –b.

A. – Create Compute Engine resources in us –central1 –b. 
– Balance the load across both us –central1 –a and us –central1 –b. 
B. – Create a Managed Instance Group and specify us –central1 –a as the zone.  
– Configure the Health Check with a short Health Interval.  
C. – Create an HTTP(S) Load Balancer.  
– Create one or more global forwarding rules to direct traffic to your VMs.  
D. – Perform regular backups of your application.  
– Create a Cloud Monitoring Alert and be notified if your application becomes unavailable.  
– Restore from backups when notified.  
 
Answer: A 
Explanation:  
 
QUESTION: 161  
Your development team has asked you to set up an external TCP load balancer with SSL 
Offload. Which load balancer should you use?  
 
A. SSL proxy  
B. HTTP load balancer

B. HTTP load balancer  
C. TCP proxy  
D. HTTPS load balancer

Answer(s): D  
https://cloud.google.com/security/encryption -in-transit/  
 
QUESTION: 162  
Your company has hired a third -party analytics company to help find patterns in user data. Your 
development team has generated a file containing only the data they'v’ requested; which 
includes personally identifiable information.  
What is the best way to sh are the data with the other company?  
 
A. Create a new user for the company and grant them access to the original data source 
for Them to query.  
B. Send the file through email.  
C. Put the data on Cloud Storage and generate a signed URL that wil expire in one hour, 
and Securely share the URL.  
D. Put the data on Cloud Storage in a public bucket and securely share the 
URL. Answer(s): C  
QUESTION: 163  
You have an autoscaled managed instance group that is set to scale based on CPU utilization

You have an autoscaled managed instance group that is set to scale based on CPU utilization 
Of 60%. There are currently 3 instances in the instance group. You’re connected to one of the  
Instances and notice that the CPU usage is a 70%. However, the instanc e group isn’t starting up 
Another instance.  
What’s the most likely reason?  
 
A. The autoscaler is disabled.  
B. The autoscaler takes 60 seconds before creating a new instance.  
C. The load balancer doesn’t recognize the instance as healthy.  
D. The average CPU for the entire instance group is below 60%.  
Answer(s): D 
QUESTION: 164  
Your manager needs you to test out the latest version of MS -SQL on a Windows instance. 
You’ve created the VM and need to connect into the instance. What steps should you follow to 
Connect to the instance?  
 
A. Generate a Windows password in the console, then u se a client capable of communicating 
Via RDP and provide the credentials.

Via RDP and provide the credentials.  
B. Generate a Windows password in the console, then use the RDP button to connect 
in Through the console.  
C. Connect in with your own RDP client using your Google Cloud username and password.  
D. From the console click the SSH button to automatically connect.  
QUESTION: 165  
You’ve created a bucket to store some data archives for compliance. The data isn’t likely to

Need to be viewed. However, you need to store it for at least 7 years. What is the best default 
Storage class?  
 
A. Multi -regional  
B. Coldline  
C. Regional  
D. Nearline 
Answer(s): B  
QUESTION: 166  
The development team needs a regional MySQL database with point -in-time recovery for a new 
Proof - of-concept application. What’s the most inexpensive way to enable point -in-time 
Recovery?  
A. Replicate to a Cloud Spanner database.  
B. Create a read replica in the same region.  
C. Enable binary logging.  
D. Create hourly back -ups. 
Answer(s): C 
QUESTION: 167  
You’re attempting to deploy a new instance that uses the centos 7 family. You can’t recal the 
Exact name of the family. Which command could you use to determine the family names? (2)  
 
A. gcloud compute instances list  
B. gcloud compute images show -families  
C. gcloud compute instances show -families  
D. gcloud compute images

D. gcloud compute images 
list Answer(s): D  
QUESTION: 168  
You'r’ working on setting up a cluster of virtual machines with GPUs to perform some 3D  
Rendering for a customer. They’re on a limited budget and are looking for ways to save money. 
What is the best solution for implementing this?  
 
A. Use an autoscaled managed instance group containing some preemptible instances.  
B. Use an unmanaged instance group with preemptible instances.  
C. Use App Engine with Flexible Environments.  
D. Use App Engine with Standard Environments.  
Answer(s): B 
QUESTION: 169  
You’ve created the code for a Cloud Function that wil respond to HTTP triggers and return 
Some data in JSON format. You have the code local y, it’s tested and working. Which command 
Can you use to create the function inside Google Cloud? (two)

A. gcloud funct ions deploy  
B. gcloud function create  
C. gcloud functions create  
D. gcloud function deploy 
QUESTION: 170  
You’ve found that your Linux server keeps running low on memory. It’s currently using 8 Gigs of 
Memory, and you want to increase it to 16. What is the simplest way to do that? (two)  
 
A. Use the gcloud compute add -memory command to increase the memory.  
B. Use the Linux memincr command to increase the memory.  
C. Stop the instance and change the machine type.  
D. Create a new instance with the correct amount of memory.  
Answer(s): B, C 
QUESTION: 171  
You’re working on creating a script that can extract the IP address of a Kubernetes Service.  
Your coworker sent you a code snippet that they had saved. Which one is the best starting point 
For your code?  
 
A. kubectl get svc -o filtered - json=’{.items[*].status.loadBalancer.ingress[0].ip}’

A. kubectl get svc -o filtered - json=’{.items[*].status.loadBalancer.ingress[0].ip}’  
B. kubectl get svc -o jsonpath=’{.items[*].status.loadBalancer.ingress[0].ip}’  
C. kubectl get svc -o html  
D. kubectl get svc  
QUESTION: 172  
You have a Linux server running on a custom network. There’s an allow firewall rule with an IP 
Filter of 0.0.0.0/0 with a protocol/port of tcp:22. The logs on the instance show a constant stream 
Of attempts from different IP addresses, trying to connect vi a SSH. You suspect this is a brute 
Force attack.  
How might you change the firewall rule to stop this from happening and stil enable access for 
Legit users?  
 
A. Stop the instance.  
B. Deny all traffic to port 22.  
C. Change the port that SSH is running on in the instance and change the port number in 
the Firewall rule.  
D. Change the IP address range in the filter to only allow known IP addresses.  
QUESTION: 173

QUESTION: 173  
You’re about to deploy your team’s App Engine application. They’re using the Go runtime with a  
Standard Environment. Which command should you use to deploy the application?

A. gcloud app deploy app.yaml  
B. gcloud app -engine apply app.yaml  
C. gcloud app apply app.yaml  
D. gcloud app -engine deploy app.yaml 
Answer(s): A  
QUESTION: 174  
You need to create a new development Kubernetes cluster with 4 nodes. The cluster wil be 
Named linux - academy -dev-cluster. Which of the following truncated commands wil create a 
Cluster?  
 
A. gcloud container clusters create linux -academy -dev- cluster –num -nodes 4 
B. kubectl clusters create linux -academy -dev-cluster 4  
C. kubectl clusters create linux -academy -dev-cluster –num -nodes 4  
D. gcloud container clusters create linux -academy -dev-cluster 4 
QUESTION: 175  
You have a Cloud Storage bucket that needs to host static web assets. How do you make the 
Bucket public?  
 
A. Trick question. Don’t ever make a bucket public.  
B. Check the “make public” box in the UI.

B. Check the “make public” box in the UI.  
C. Set allUsers to have the Storage Object Viewer role.  
D. gsutil make -public gs://bucket -name  
 
QUESTION: 176  
Your team has chosen to use Deployment Manager to create the Compute Engine infrastructure 
For your application. You’ve already run the gcloud deployment -manager deployments create 
Command to create the deployment.  
You’ve updated two resources in the templ ate and need to deploy the change. What command 
Should you use?  
 
A. gcloud deployment -manager resources apply  
B. gcloud deployment -manager deployments update  
C. gcloud deployment -manager resources update  
D. gcloud deployment -manager deployments apply 
QUESTION: 177  
Your team needs to set up a new Jenkins instance as quickly as possible. What’s the best way 
To get it up - and-running? (two answers)

A. Use Google’s Managed Jenkins Service.  
B. Deploy the jar file to a Compute Engine instance.  
C. Search the marketplace for Jenkins and install with Cloud Launcher.  
D. Create a Deployment Manager template and deploy it.  
Answer(s): A, C 
QUESTION: 178  
Your engineers need to pass database credentials to a Kubernetes Pod. The YAML they’re 
Using looks similar to the following:  
 
apiVersion: “extensions/v1beta1” 
kind: “Deployment”  
metadata:  
name: “products -service” 
namespace: “default” 
labels:  
app: “products -service” 
spec:  
replicas: 3 
selector:  
matchLabels:  
template:  
metadata:  
labels:  
spec:  
containers:  
- Name: “products”  
Image: “gcr.io/find -seller -app-dev/products:latest” 
Env:  
- Name: 
“database_user” Value: “admin”  
- Name: 
“database_password” Value: 
“TheB3stP@ssW0rd”

Env:  
- Name: 
- Name: 
“TheB3stP@ssW0rd”  
 
What is Google’s recommended best practice for working with sensitive information inside of 
Kubernetes?  
 
A. Store the credentials in a ConfigMap  
B. Mount the credentials in a volume.  
C. Use an environment variable.  
D. Store the credentials in a Secret.  
 
QUESTION: 179

You’re trying to provide temporary access to some files in a Cloud Storage bucket. You want to 
Limit the time that the files are available to 10 minutes. With the fewest steps possible, what is 
The best way to generate a signed URL?  
 
A. In the UI select the objects and click the Generate Signed URL button.  
B. Create a service account and JSON key. Use the gsutil signurl -t 10m command and pass in 
The JSON key and bucket.  
C. In the UI select the objects and click the “Sign With Key” button.  
D. Create a service account and JSON key. Use the gsutil signurl -d 10m command and pass 
in The JSON key and bucket.  
QUESTION: 180  
Your team has some new functionality that they want to roll out slowly so they can monitor for  
Errors. The change contains some significant changes to the user interface. You’ve chosen to

Errors. The change contains some significant changes to the user interface. You’ve chosen to 
Use traffic splitting to perform a canary deployment. You’re going to start by rolling out the 
code To 15% of your users. How should you go about setting up traffi c splitting?  
 
A. Deploy the new version. Split the traffic using an IP or cookie based distribution.  
B. Use the gcloud app deploy command with the distribution flag to deploy and split the traffic 
in One command.  
C. Deploy the new version using the no -promote flag. Split the traffic using a 
random Distribution.  
D. Deploy the new version using the no -promote flag. Split the traffic using distribution.  
QUESTION: 181  
You have an App Engine application serving as your front -end. It’s going to publish messages to

You have an App Engine application serving as your front -end. It’s going to publish messages to  
Pub/Sub. The Pub/Sub API hasn’t been enabled yet. What is the fastest way to enable the API? (two)  
 
A. Use a service account to auto -enable the API.  
B. Enable the API in the Console.  
C. Application’s in App Engine don’t require external APIs to be enabled.  
D. The API wil be enabled the first time the code attempts to access Pub/Sub.  
 
Answer(s): B, D  
 
QUESTION 182  
 
You are assisting a new Google Cloud user who just installed the Google Cloud SDK on their VM. The 
server needs access to Cloud Storage. The user wants your help to create a new storage bucket. You 
need to make this change in multiple environments. What sh ould you do?  
A. Use a Deployment Manager script to automate creating storage buckets in an appropriate 
region

B. Use a local SSD to improve performance of the VM for the targeted workload  
C. Use the gsutii command to create a storage bucket in the same region as the VM  
D. Use a Persistent Disk SSD in the same zone as the VM to improve performance of the VM  
 
Answer:A  
 
QUESTION 183  
Your company has an internal application for managing transactional orders. The application is used 
exclusively by employees in a single physical location. The application requires strong consistency, fast 
queries, and ACID guarantees for multi -table trans actional updates. The first version of the application is 
implemented inPostgreSQL, and you want to deploy it to the cloud with minimal code changes. Which 
database is most appropriate for this application?  
A. BigQuery  
B. Cloud SQL  
C. Cloud Spanner  
D. Cloud Datastore 
Answer:B  
 
QUESTION 184

Answer:B  
 
QUESTION 184  
You are managing a Data Warehouse on BigQuery. An external auditor will review your company's 
processes, and multiple external consultants will need view access to the data. You need to provide 
them with view access while following Google -recommended pract ices. What should you do?  
A. Grant each individual external consultant the role of BigQuery Editor  
B. Grant each individual external consultant the role of BigQuery Viewer  
C. Create a Google Group that contains the consultants and grant the group the role of BigQuery 
Editor  
D. Create a Google Group that contains the consultants, and grant the group the role of BigQuery 
Viewer  
 
Answer:D

QUESTION 185  
Your company wants to reduce cost on infrequently accessed data by moving it to the cloud. The data 
will still be accessed approximately once a month to refresh historical charts. In addition, data older 
than 5 years is no longer needed. How should you sto re and manage the data?  
A. In Google Cloud Storage and stored in a Multi -Regional bucket. Set an Object Lifecycle Management 
policy to delete data older than 5 years.  
B. In Google Cloud Storage and stored in a Multi -Regional bucket. Set an Object Lifecycle Mana gement 
policy to change the storage class to Coldline for data older than 5 years.  
C. In Google Cloud Storage and stored in a Nearline bucket. Set an Object Lifecycle Management policy 
to delete data older than 5 years.  
D. In Google Cloud Storage and stored in a Nearline bucket. Set an Object Lifecycle Management policy

D. In Google Cloud Storage and stored in a Nearline bucket. Set an Object Lifecycle Management policy 
to change the storage class to Coldline for data older than 5 years.  
 
answer C  
 
QUESTION 186  
 
Your managed instance group raised an alert stating that new instance creation has failed to create new 
instances. You need to maintain the number of running instances specified by the template to be able to 
process expected application traffic. What shoul d you do?  
A. Create an instance template that contains valid syntax which will be used by the instance group. 
Delete any persistent disks with the same name as instance names.  
B. Create an instance template that contains valid syntax that will be used by the instance group. 
Verify that the instance name and persistent disk name values are not the same in the template  
C. Verify that the instance template being used by the instance grou p contains valid syntax. Delete

C. Verify that the instance template being used by the instance grou p contains valid syntax. Delete 
any persistent disks with the same name as instance names. Set the disks.autoDelete property to true in 
the instance template  
D. Delete the current instance template and replace it with a new instance template. Verify that 
the instance name and persistent disk name values are not the same in the template. Set the 
disks.autoDelete property to true in the instance template.

Answer:C  
 
QUESTION 187  
 
You have a project for your App Engine application that serves a development environment. The 
required testing has succeeded and you want to create a new project to serve as your production 
environment. What should you do?  
A. Use gcloud to create the new project, and then deploy your application to the new project.  
C. Create a Deployment Manager configuration file that copies the current App Engine deployment 
into a new project.  
D. Deploy your application again using gcloud and specify the project parameter with the new 
project name to create the new project.  
Answer:C  
 
QUESTION 189  
 
You want to add a new auditor to a Google Cloud Platform project. The auditor should be allowed to 
read, but  
not modify, all project items.

Answer:C  
 
read, but  
not modify, all project items.  
A. Create a custom role with view -only project permissions. Add the  user's account to the custom 
role.  
B. Create a custom role with view -only service permissions. Add the user's account to the custom 
role.  
D. Select the built -in IAM service Viewer role. Add the user's account to this role.  
 
Answer:C  
 
QUESTION 190

You have an application on a general -purpose Compute Engine instance that is experiencing excessive 
disk read throttling on its Zonal SSD Persistent Disk. The application primarily reads large files from disk. 
The disk size is currently 350 GB. You want to  provide the maximum amount of throughput while 
minimizing costs. What should you do?  
 
Answer:C  
 
191. 
You are building a pipeline to process time -series data. Which Google Cloud Platform services 
should you put in boxes 1,2,3, and 4?  
 
A. Cloud Pub/Sub, Cloud Dataflow, Cloud Datastore, BigQuery  

D. Cloud Pub/Sub, Cloud Dataflow, Cloud Bigtable, 
BigQuery Ans : D

192.  
Your company has a set of compute engine instances that would  be hosting production -based 
applications. These applications would be running 24x7 throughout the year. You need to implement the 
cost-effective, scalable and high availability solution even if a zone fails. How would you design the 
solution?  
A. A. Use Managed instance groups with preemptible instances across multiple zones  
B. B. Use Managed instance groups across multiple zones  
C. C. Use managed instance groups with instances in a single zone  
D. D. Use Unmanaged instance groups across multiple zones  
B. B. Use Managed instance groups across multiple zones 
answer B  
193.  
Your management has asked an external auditor to review all the resources in a specific project. The 
security  
team has enabled the Organization Policy called Domain Restricted Sharing on  the organization node by

security  
team has enabled the Organization Policy called Domain Restricted Sharing on  the organization node by  
specifying only your Cloud Identity domain. You want the auditor to only be able to view, but not 
modify, the  
resources in that project. What should you do?  
B. Ask the auditor for their Google account, and give them the Security Reviewer role on the 
project.  
C. Create a temporary account for the auditor in Cloud Identity, and giv e that account the Viewer 
D. Create a temporary account for the auditor in Cloud Identity, and give that account the Security 
Reviewer role on the project.  
 
Ans: C  
 
194.  
 
You have been asked to create robust Virtual Private Network (VPN) connectivity between a new Virtual 
Private Cloud (VPC) and a remote site. Key requirements include dynamic routing, a shared address

space of 10.19.0.1/22, and no overprovisioning of tunnel s during a failover event. You want to follow 
Google -recommended practices to set up a high availability Cloud VPN. What should you do?  
A. Use a custom mode VPC network, configure static routes, and use active/passive routing  
B. Use an automatic mode VPC network, configure static routes, and use active/active routing  
C. Use a custom mode VPC network use Cloud Router border gateway protocol (86P) routes, and 
use active/passive routing  
D. Use an automatic mode VPC network, use Cloud Router border gateway protocol (BGP) routes 
and configure policy -based routing  
 
Answer: D  
 
QUESTION 195  
 
You have an application that receives SSL -encrypted TCP traffic on port 443. Clients for this application 
are located all over the world. You want to minimize latency for the clients. Which load balancing option

are located all over the world. You want to minimize latency for the clients. Which load balancing option 
should you use?  
C. SSL Proxy Load Balancer  
D. Internal TCP/UDP Load Balancer. Add a firewall rule allowing ingress traffic from 0.0.0.0/0 on 
the target instances.  
Answer: C  
 
QUESTION 196

You have an application that looks for its licensing server on the IP 10.0.3.21. You need to deploy the 
licensing server on Compute Engine. You do not want to change the configuration of the application and 
want the application to be able to reach the lice nsing server. What should you do?  
A. Reserve the IP 10.0.3.21 as a static internal IP address using gcloud and assign it to the licensing 
server.  
B. Reserve the IP 10.0.3.21 as a static public IP address using gcloud and assign it to the licensing 
server.  
D. Start the licensing server with an automatic ephemeral IP address, and then promote it to a 
static internal IP address.  
 
Answer: A  
 
QUESTION 197  
 
Your organization uses Active Directory (AD) to manage user identities. Each user uses this identity for

Answer: A  
 
Your organization uses Active Directory (AD) to manage user identities. Each user uses this identity for 
federated access to various on -premises systems. Your security team has adopted a policy that requires 
users to log into Google Cloud with their AD ide ntity instead of their own login. You want to follow the 
Google -recommended practices to implement this policy. What should you do?  
A. Sync Identities with Cloud Directory Sync, and then enable SAML for single sign -on 
B. Sync Identities in the Google Admin conso le, and then enable Oauth for single sign -on 
C. Sync identities with 3rd party LDAP sync, and then copy passwords to allow simplified login with 
(he same credentials  
D. Sync identities with Cloud Directory Sync, and then copy passwords to allow simplified login 
with the same credentials.  
Answer: A  
 
198.

Answer: A  
 
198.  
Your organization requires that log from all applications be archived for 10 years as a part of 
complian ce. Which approach should you use?

A. Configure Stackdriver Monitoring for all Projects, and export to BigQuery  
B. Configure Stackdriver Monitoring for all Projects with the default retention policies  
C. Configure Stackdriver Monitoring for all Projects, and export to Google Cloud Storage  
D. Grant the security team access to the logs in each Project  
 
Ans : C  
 
199. 
Your organization requires that log from all applications be archived for 10 years as a part of compliance. 
Which approach should you use?  
 
D. Grant the security team access to the logs in each 
Project Answer C  
 
200.

200.  
You are running an application in Google App Engine that is serving production traffic. You want to 
deploy a risky but necessary change to the application. It could take down your service if not properly 
coded. During development of the application, you re alized that it can only be properly tested by live 
user traffic. How should you test the feature?  
 
A. Deploy the new application version temporarily, and then roll it back.  
 
B. Create a second project with the new app in isolation, and onboard users.  
 
C. Set up a second Google App Engine service, and then update a subset of clients to hit the new service.  
 
D. Deploy a new version of the application, and use traffic splitting to send a small percentage of 
traffic to it.

Answer D  
 
201 
Using principal of least privilege and allowing for maximum automation, what steps can you take to 
store audit logs for long -term access and to allow access for external auditors to view? (Choose two)  
 
A. Generate a signed URL to the Stackdriver export destination for auditors to access.  
B. Create an account for auditors to have view access to Stackdriver Logging.  
C. Export audit logs to Cloud Storage via an export sink.  
D. Export audit logs to BigQuery via an export sink.  
 
Answers A & C  
 
202 
You created an update for your application on App Engine. You want to deploy the update without 
impacting your users. You want to be able to roll back as quickly as possible if it fail s. What should you 
do? 
 
A. Delete the current version of your application. Deploy the update using the same version identifier as 
the deleted version.

do? 
 
the deleted version.  
B. Notify your users of an upcoming maintenance window. Deploy the update in that maintenance 
window.  
C. Deploy the update as the same version that is currently running.  
D. Deploy the update as a new version. Migrate traffic from the current version to the new version.  
 
Answer D  
 
203 
Using the principle of least privilege, your colleague Bob needs to be able to create new instances on 
Compute Engine in project 'Project A'. How should you give him access without giving more permissions 
than is necessary?

A. Give Bob Compute Engine Instance  Admin Role for Project A.  
B. Give Bob Compute Engine Admin Role for Project A.  
C. Create a shared VPC that Bob can access Compute resources from.  
D. Give Bob Project Editor IAM role for Project A.  
 
Answer A  
 
204 
You need to create a new Kubernetes Cluster on Google Cloud Platform that can autoscale the number 
of worker nodes. What should you do?  
 
A. Create a cluster on Kubernetes Engine and enable autoscaling on Kubernetes Engine.  
B. Create a cluster on Kubernetes Engine and enable autoscaling on the instance group of the cluster.  
C. Configure a Compute Engine instance as a worker and add it to an unmanaged instance group. Add a 
load balancer to the instance group and rely on the load bal ancer to create additional Compute Engine 
instances when needed.

instances when needed.  
D. Create Compute Engine instances for the workers and the master and install Kubernetes. Rely on 
Kubernetes to create additional Compute Engine instances when needed.  
 
Answer A  
 
205 
You are creating a solution to remove backup files older than 90 days from your backup Cloud Storage 
bucket. You want to optimize ongoing Cloud Storage spend. What should you do?  
 
A. Write a lifecycle management rule in XML and push it to the bucket with gsutil`  
B. Write a lifecycle management rule in JSON and push it to the bucket with gsutil  
C. Schedule a cron script using gsutil ls -lr gs://backups/** to find and remove items older than 90 days  
D. Schedule a cron script using gsutil ls -l gs://backups/** to find and remove items older than 90 days 
and schedule it with cron

Answer:B  
 
206 
You are working on a project with two compliance requirements. The first requirement states that your 
developers should be able to see the Google Cloud Platform billing charges for only their own projects. 
The second requirement states that your financ e team members can set budgets and view the current 
charges for all projects in the organization. The finance team should not be able to view the project 
contents. You want to set permissions. What should you do?  
 
A. Add the finance team members to the default IAM Owner role. Add the developers to a custom role 
that allows them to see their own spend only.  
B. Add the finance team members to the Billing Administrator role for each of the billing accounts that 
they need to manage. Add the developers to the Viewer role for the Project.  
C. Add the developers and finance managers to the Viewer role for the Project.

C. Add the developers and finance managers to the Viewer role for the Project.  
D. Add the finance team to the Viewer role for the Project. Add the developers to the Security Reviewer 
role for each of the billing accounts.  
they need to  manage. Add the developers to the Viewer role for the Project.  
 
Answer:B  
 
207 
A SysOps admin has configured a lifecycle rule on an object versioning enabled multi -regional bucket. 
Which of the following statement effect reflects the following lifecycle config?{  
"rule":  
[ 
{ 
"action": {"type": "Delete"},  
"condition": {"age": 30, "isLi ve": false}  
}, 
{ 
"action": {"type": "SetStorageClass", "storageClass": "COLDLINE"},

"condition": {"age": 365, "matchesStorageClass": "MULTI_REGIONAL"}  
} 
] 
} 
 
A. Archive objects older than 30 days and move objects to Coldline Storage after 365 days if the storage 
class in Multi -regional  
B. Delete objects older than 30 days and move objects to Coldline Storage after 365 days if the storage 
class in Multi -regional.  
C. Delete archived objects older than 30 days and move objects to Coldline Storage after 365 days if the 
storage class in Multi -regional.  
D. Move objects to Coldline Storage after 365 days if the storage class in Multi -regional First rule has no 
effect on the bu cket.  
 
Answer:C.  
 
208 
store audit logs for long -term access and to allow access for external auditors to view? (Select Two)

store audit logs for long -term access and to allow access for external auditors to view? (Select Two)  
A. Create account for auditors to have view access to Stackdriver Logging.  
B. Export audit logs to Cloud Storage via an export sink.  
C. Export audit logs to BigQuery via an export sink.  
D. Create account for auditors to have view access to export storage bucket with the Storage 
Object Viewer role.  
 
answers B & D  
 
209 
You are creating a single preemptible VM instance named "preempt" to be used as scratch space for a 
single workload. If your VM is preempted, you need to ensure that disk contents can be re -used. Which 
gcloud command would you use to create this instance?

A. gcloud compute instances create "preempt" --preemptible --no-boot -disk-auto -delete  
B. gcloud compute instances create "preempt" --preemptible --boot -disk-auto -delete=no  
C. gcloud compute instances create "preempt" --preemptible  
D. gcloud compute instances create "preempt" --no-auto -delete  
 
Answer A  
 
210 
You have a definition for an instance template that contains a web application. You are asked to deploy 
the application so that it can scale based on the HTTP traffic it receives. What should you do?  
A. Create a VM from the instance template. Create a custom image from the VM's disk. Export the 
image to Cloud Storage. Create an HTTP load balancer and add the Cloud Storage bucket as its backend 
service.  
B. Create an unmanaged instance group based on the instance template. Configure autoscaling based on

service.  
B. Create an unmanaged instance group based on the instance template. Configure autoscaling based on 
HTTP traffic and configure the instance group as the backend service of an HTTP load balancer.  
C. Create a managed instance group based on the instance template.  Configure autoscaling based on 
D. Create the necessary number of instances required for peak user traffic based on the instance 
template. Create an unmanaged insta nce group and add the instances to that instance group. Configure 
the instance group as the Backend Service of an HTTP load balancer.  
answer C  
 
211 
A Company is using Cloud SQL to host critical data. They want to enable high availability in case a 
complete zone goes down. How should you configure the same?  
 
A. Create a Read replica in the same region different zone  
B. Create a Read replica in the different region different zone

B. Create a Read replica in the different region different zone  
C. Create a Failover replica in the same region different zone  
D. Create a Failover replica in the different region different zone 
Answer C

212 
 
You're writing a Python application and want your application to run in a sandboxed managed 
environment with the ability to scale up in seconds to account for huge spikes in demand. Which service 
should you host your application on?  
A. A. Compute Engine  
B. B. App Engine Flexible Environment  
C. C. Kubernetes Engine  
D. D. App Engine Standard Environment  
 
Answer D  
 
213 
You are a project owner and need your co -worker to deploy a new version of your application to App 
Engine. You want to follow Google's recommended practices. Which IAM roles should you grant your co - 
worker?  
A. A. Project Editor  
B. B. App Engine Service Admin  
C. C. App Engine Deployer  
D. D. App Engine Code Viewer 
Answer C  
 
214 
You developed a new application for App Engine and are ready to deploy it to production. You need to

Answer C  
 
214 
You developed a new application for App Engine and are ready to deploy it to production. You need to 
estimate the costs of running your application on Google Cloud Platform as accurately as possible. What 
A. A. Create a YAML file with the expec ted usage. Pass this file to the gcloud app estimate command to 
get an accurate estimation.  
B. B. Multiply the costs of your application when it was in development by the number of expected users 
to get an accurate estimation.  
C. C. Use the pricing calculator for App Engine to get an accurate estimation of the expected charges.  
D. D. Create a ticket with Google Cloud Billing Support to get an accurate estimation.

Answer C  
 
216 
You are creating a Kubernetes Engine cluster to deploy multiple pods inside the cluster. All container 
logs must be stored in BigQuery for later analysis. You want to follow Google -recommended practices. 
Which two approaches can you take?  
 
A. Turn on Stackdriver Logging during the Kubernetes Engine cluster creation.  
 
B. Turn on Stackdriver Monitoring during the Kubernetes Engine cluster creation.  
 
C. Develop a custom add -on that uses Cloud Logging API and BigQuery API. Deploy the add -on to your 
 
D. Use the Stackdriver Logging export feature to create a sink to Cloud Storage. Create a Cloud Dataflow 
job that imports log files from Cloud Storage to BigQuery.  
 
E. Use the Stackdriver Logging export feature to create a sink to BigQuery. Specify a filter expression to

E. Use the Stackdriver Logging export feature to create a sink to BigQuery. Specify a filter expression to 
export log records related to your Kubernetes Engine cluster only.  
 
answers A & E  
 
217 
Your company has a mission -critical application that serves use rs globally. You need to select a 
transactional and relational data storage system for this application. Which two products should you 
choose?  
 
D. Cloud Bigtable  
E. Cloud Datastore  
 
B & C  
 
218 
You want to find out who in your organization has Owner access to a project called "my -project". What 
 
A. In the Google Cloud Platform Console, go to the IAM page for your organization and apply the filter 
"Role:Owner".  
B. In the Google Cloud Platform Console, go to the IAM page for your project and apply the filter 
C. Use gcloud iam list -grantable -role --project my -project from your Terminal.  
D. Use gcloud iam list -grantable -role from Cloud Shell on the project page.  
 
Ans: B  
 
219 
You need to verify the assigned permissions in a custom IAM role. What should you dou  
A. Use the GCP Console, IAM section to view the information.  
B. Use the gcloud init command to view the information.  
C. Use the GCP Console, Security section to view the information.

C. Use the GCP Console, Security section to view the information.  
D. Use the GCP Console, API section to view the information.  
 
answer A  
 
220 
You have an App Engine application serving as your front -end. It's going to publish messages to Pub/Sub. 
The Pub/Sub API hasn't been enabled yet. What is the fastest way to enable the API?

A. Use a service account with the Pub/Sub Admin role to auto -enable th e API.  
C. Application's in App Engine don't require external APIs to be enabled.  
D. The API will be enabled the first time the code attempts to access Pub/Sub.  
 
answer B  
 
221 
Your team is working on designing an IoT solution. There are thousands of devices that need to send 
periodic time series data for processing. Which services should be used to ingest and store the data?  
A. A. Pub/Sub, Datastore  
B. B. Pub/Sub, Dataproc  
C. C. Dataproc, Bigtable  
D. D. Pub/Sub, Bigtable  
 
answer D  
 
223 
Your company wants to host confidential documents in Cloud Storage. Due to compliance requirements, 
there is a need for the data to be highly available and resilient even in case of a regional outage. Which 
storage classes help meet the requirement?  
A. Standa rd 
B. Regional

B. Regional  
C. Coldline  
D. Dual -Regional  
E. Multi -Regional 
Answers C & E  
 
225

You need to create a new development Kubernetes cluster with 3 nodes. The cluster will be named 
project -1-cluster. Which of the following truncated commands will create a cluster?  
A. gcloud container clusters create project -1-cluster --num -nodes 3  
B. kubectl clusters create project -1-cluster 3  
C. kubectl clusters create project -1-cluster --num -nodes 3  
D. gcloud container clusters create project -1-cluster 3 
Ans : A  
 
226 
Your security team wants to be able to audit network traffic inside of your network. What's the best way 
to ensure they have access to the data they need?  
A. Disable flow logs.  
B. Enable flow logs.  
C. Enable VPC Network logs  
D. Add a firewall capture filter.  
 
Ans : B  
 
227 
You have a Cloud Storage bucket that needs to host static web assets with a dozen HTML pages, a few 
JavaScript files, and some CSS. How do you make the bucket public?

Ans : B  
 
227 
JavaScript files, and some CSS. How do you make the bucket public?  
A. Check the "make public" box on the GCP Console for the bucket  
B. gsutil iam ch allAuthenticatedUsers:objectViewer gs://bucket -name  
C. gsutil make -public gs://bucket -name  
D. gsutil iam ch allUsers:objectViewer gs://bucket -name 
Ans : D  
 
228 
You've created a new Compute Engine instance in zone us -central1 -b. When you tried to attach the GPU 
that your data engineers requested, you're getting an error. What is the most likely cause of the error?

A. Your instance isn't running with the correct scope s to allow GPUs.  
B. The GPU is not supported for your OS.  
C. Your instance isn't running with the default compute engine service account.  
D. The desired GPU doesn't exist in that zone. 
Ans : D  
 
229 
Your data team is working on some new machine learning models. They're generating several files per 
day that they want to store in a regional bucket. They mostly focus on the files from the last week.  
However, they want to keep all the files just to be safe and if needed, would be referred once in a 
month. With the fewest steps possible, what's the best way to lower the storage costs?  
A. Create a Cloud Function triggered when objects are added to a bucket.  Look at the date on all the files 
and move it to Nearline storage if it's older than a week.

and move it to Nearline storage if it's older than a week.  
B. Create a Cloud Function triggered when objects are added to a bucket. Look at the date on all the files 
and move it to Coldline storage if it's older than a week.  
C. Create a lifecycle policy to switch the objects older than a week to Coldline storage.  
D. Create a lifecycle policy to switch the objects older than a week to Nearline storage. 
And: D  
 
230 
You've been tasked with getting all of your team's public SSH keys onto to a specific Bastion host 
instance of a particular project. You've collected them all. With the fewest steps possible, what is the 
simplest way to get the keys deployed?  
A. Add all of th e keys into a file that's formatted according to the requirements. Use the gcloud compute 
instances add -metadata command to upload the keys to each instance

instances add -metadata command to upload the keys to each instance  
B. Add all of the keys into a file that's formatted according to the requirements. Use the gcloud compute 
project -info add -metadata command to upload the keys.  
C. Use the gcloud compute ssh command to upload all the keys  
D. Format all of the keys as needed and then , using the user interface, upload each key one at a time. 
Ans : A  
 
231

You're migrating an on -premises application to Google Cloud. The application uses a component that 
requires a licensing server. The license server has the IP address 10.28.0.10. You want to deploy the 
application without making any changes to the code or c onfiguration. How should you go about 
deploying the application?  
A. Create a subnet with a CIDR range of 10.28.0.0/28. Reserve a static internal IP address of 10.28.0.10. 
Assign the static address to the license server instance.  
B. Create a subnet with a CIDR ra nge of 10.28.0.0/28. Reserve a static external IP address of 10.28.0.10. 
C. Create a subnet with a CIDR range of 10.28.0.0/28. Reserve an ephemeral internal IP address of 
10.28.0.10. Assign the static address to the license server instance.

10.28.0.10. Assign the static address to the license server instance.  
D. Create a subnet with a CIDR range of 10.28.0.0/28. Reserve an ephemeral external IP address  of 
Ans : A  
 
232 
You've setup and tested several custom roles in your development project. What is the fastest way to 
create the same roles for your new production project?  
A. Recreate them in the new project.  
B. Use the gcloud iam copy roles command and set the destination project.  
C. In GCP console, select the roles and click the Export button.  
D. Use the gcloud iam roles copy command and set the destination project. 
Ans : D  
 
Question # 234  
Your company wants to standardize the creation and management of multiple Google Cloud resources

Ans : D  
 
Your company wants to standardize the creation and management of multiple Google Cloud resources 
using Infrastructure as Code. You want to minimize the amount of repetitive code needed to manage 
the environment. What should you do?  
A. Develop t emplates for the environment using Cloud Deployment Manager.  
B. Use curl in a terminal to send a REST request to the relevant Google API for each individual resource.  
C. Use the Cloud Console interface to provision and manage all related resources.

D. Create a bash script that contains all requirement steps as gcloud commands.  
 
Answer: A  
 
Question #235  
You are performing a monthly security check of your Google Cloud environment and want to know who 
has access to view data stored in your Google Cloud  
Project. What should you?  
A. Enable Audit Logs for all APIs that are related to data storage.  
B. Review the IAM permissions for any role that allows for data access.  
C. Review the Identity -Aware Proxy settings for each resource.  
D. Create a Data Loss Prevention job.  
 
Answer: B 
https://cloud.google.com/compute/docs/access  
 
Question #236  
Your company has embraced a hybrid cloud strategy where some of the applications are deployed on 
Google Cloud. A Virtual Private Network (VPN) tunnel connects your Virtual P rivate Cloud (VPC) in

Google Cloud. A Virtual Private Network (VPN) tunnel connects your Virtual P rivate Cloud (VPC) in 
Google Cloud with your companyג€™s on-premises network. Multiple applications in Google Cloud need 
to connect to an on -premises database server, and you want to avoid having to change the IP 
configuration in all of your applications w hen the IP of the database changes.  
A. Configure Cloud NAT for all subnets of your VPC to be used when egressing from the VM instances.  
B. Create a private zone on Cloud DNS, and configure the applications with the DNS name.  
C. Configure the IP of the database as custom metadata for each instance, and query the metadata 
server.  
D. Query the Compute Engine internal DNS from the applications to retrieve the IP of the database.  
 
Answer: B

Question #237  
You have developed a containerized web application that will serve internal colleagues during business 
hours. You want to ensure that no costs are incurred outside of the hours the application is used. You 
have just created a new Google Cloud project and w ant to deploy the application. What should you do?  
A. Deploy the container on Cloud Run for Anthos, and set the minimum number of instances to zero.  
B. Deploy the container on Cloud Run (fully managed), and set the minimum number of instances 
to zero.  
C. Deploy the container on App Engine flexible environment with autoscaling, and set the value 
min_instances to zero in the app.yaml.  
D. Deploy the container on App Engine flexible environment with manual scaling, and set the 
value instances to zero in the app.y aml.  
 
Answer: B  
 
Question #238

Answer: B  
 
Question #238  
You have experimented with Google Cloud using your own credit card and expensed the costs to your 
company. Your company wants to streamline the billing process and charge the costs of your projects to 
their monthly invoice. What should you do?  
A. Grant the financial team the IAM role of גBilling Account Userגon the billing account linked to your 
credit card.  
B. Set up BigQuery billing export and grant your financial department IAM access to query the data.  
C. Create a ticket with Google Billing Support to ask t hem to send the invoice to your company.  
D. Change the billing account of your projects to the billing account of your company.  
 
Answer: D  
 
Question #239  
You are running a data warehouse on BigQuery. A partner company is offering a recommendation

Answer: D  
 
You are running a data warehouse on BigQuery. A partner company is offering a recommendation 
engine based on the data in your data warehouse. The partner company is also running their application 
on Google Cloud. They manage the resources in their own proj ect, but they need access to the BigQuery 
dataset in your project. You want to provide the partner company with access to the dataset. What 

A. Create a Service Account in your own project, and grant this Service Account access to BigQuery in 
your project.  
B. Create a Service Account in your own project, and ask the partner to grant this Service Account access 
to BigQuery in their project.  
C. Ask the partner to create a Service Account in their project, and have them give the Service Account 
access to BigQuery in their project.  
D. Ask the partner to create a Service Account in their project, and grant their Service Account access to 
the BigQuery d ataset in your project.  
 
Answer: D  
 
Question #240  
Your web application has been running successfully on Cloud Run for Anthos. You want to evaluate an 
updated version of the application with a specific percentage of your production users (canary 
deployment). What should you do?

deployment). What should you do?  
A. Create a new service with the new version of the application. Split traffic between this version and 
the version that is currently running.  
B. Create a new revision with the new version of the application. Split traffic between this version and 
the version th at is currently running.  
C. Create a new service with the new version of the application. Add HTTP Load Balancer in front of both 
services.  
D. Create a new revision with the new version of the application. Add HTTP Load Balancer in front of 
both revisions.  
 
Answer: B  
 
Question #241  
Your company developed a mobile game that is deployed on Google Cloud. Gamers are connecting to 
the game with their personal phones over the Internet. The game sends UDP packets to update the 
servers about the gamersג€ ™actions while they are playing in multiplayer mode. Your game backend

servers about the gamersג€ ™actions while they are playing in multiplayer mode. Your game backend 
can scale over multiple virtual machines (VMs), and you want to expose the VMs over a single IP 
address. What should you do?  
A. Configure an SSL Proxy load balancer in front of the application serv ers. 
B. Configure an Internal UDP load balancer in front of the application servers.

C. Configure an External HTTP(s) load balancer in front of the application servers.  
D. Configure an External Network load balancer in front of the application servers.  
 
Answer: D 
https://cloud.google.com/solutions/connecting -securely  
 
Question #242  
You are working for a hospital that stores its medical images in an on -premises data room. The hospital 
wants to use Cloud Storage for archival storage of these images. The hospital wants an automated 
process to upload any new medical images to Cloud Stora ge. You need to design and implement a 
solution. What should you do?  
A. Create a Pub/Sub topic, and enable a Cloud Storage trigger for the Pub/Sub topic. Create an 
application that sends all medical images to the Pub/Sub topic.  
B. Deploy a Dataflow job from the batch template, גDatastore to Cloud Storage.גSchedule the batch 
job on the desired interval.

job on the desired interval.  
C. Create a script that uses the gsutil command line interface to synchronize the on -premises storage 
with Cloud Storage. Schedule the script as a cron job.  
D. In the Cloud Console, go to Cloud Storage. Upload the relevant images to the appropriate bucket.  
 
Answer: C  
 
243.  
Your auditor wants to view your organizationג€™s use of data in Google Cloud. The auditor is most 
interested in auditing who accessed data in Cloud Storage buckets. You need to help the auditor access 
the data they need. What should you do?  
A. Turn on Data Access Logs for the buckets they want to audit, and then build a query in the log viewer 
that filters on Cloud Storage.  
B. Assign the appropriat e permissions, and then create a Data Studio report on Admin Activity Audit 
Logs.

Logs.  
C. Assign the appropriate permissions, and the use Cloud Monitoring to review metrics.  
D. Use the export logs API to provide the Admin Activity Audit Logs in the format they want.

Answer: A 
https://cloud.google.com/storage/docs/audit -logging  
 
Question #244  
You received a JSON file that contained a private key of a Service Account in order to get access to 
several resources in a Google Cloud project. You downloaded and installed the Cloud SDK and want to 
use this private key for authentication and authorizati on when performing gcloud commands. What 
A. Use the command gcloud auth login and point it to the private key.  
B. Use the command gcloud auth activate -service -account and point it to the private key.  
C. Place the private key file in the installation directory of the Cloud SDK and rename it to 
גcredentials.jsonג.€ 
D. Place the private key file in your home directory and rename it to 
גGOOGLE_APPLICATION_CREDENTIALSג.€ 
 
Answer: B 
https://cloud.google.com/sdk/docs/authorizing  
 
Question #245

Answer: B 
 
Question #245  
You are working with a Cloud SQL MySQL database at your company. You need to retain a month -end 
copy of the database for three years for audit purposes.  
A. Set up an export job for the first of the month. Write the export file to an Archive class Cloud Storage 
bucket.  
B. Save the automatic first -of-the-month backup for three years. Store the backup file in an Archive class 
Cloud Storage bucket.  
C. Set up an on -demand backup for the first of the month. Write the backup to an Archive class Cloud 
Storage bucket.

D. Convert the automatic first -of-the-month backup to an export file. Write the export file to a Coldline 
class Cloud Storage bucket.  
 
Answer: B  
 
Question #246  
You are monitoring an application and receive user feedback that a specific error is spiking. You notice 
that the error is caused by a Service Account having insufficient permissions. You are able to solve the 
problem but want to be notified  if the problem recurs. What should you do?  
A. In the Log Viewer, filter the logs on severity ג˜Errorג€ ™and the name of the Service Account.  
B. Create a sink to BigQuery to export all the logs. Create a Data Studio dashboard on the exported logs.  
C. Create a custom log -based metrics for the specific error to be used in an Alerting Policy.  
D. Grant Project Owner access to the Service Account.  
 
Answer: C 
https://cloud.google.com/logging/docs/view/advanced -queries

Answer: C 
https://cloud.google.com/logging/docs/view/advanced -queries  
 
247 
You've set up an instance inside your new network and subnet. You create firewall rules to target all 
instances in your network with the following firewall rules.NAME:open -ssh | NETWORK:devnet | 
DIRECTION:INGRESS | PRIORITY:1000 | ALLOW:tcp:22  
NAME:deny -all | NETWORK:devnet | DIRECTION:INGRESS | PRIORITY:5000 | DENY:tcp:0 -65535,udp:0 - 
6553 If you try to SSH to the instance, what would be the result?  
 
A. SSH would be denied and would need gcloud firewall refresh command for the allow rule to take 
effect.  
B. SSH would be allowed as the allow rule overrides the deny  
C. SSH would be denied as the deny rule overrides the allow  
D. SSH would be denied and would need instance reboot for the allow rule to take effect

Ans : B  
 
248 
You have been tasked to grant access to sensitive files to external auditors for a limited time period of 4 
hours only. The files should not be strictly available after 4 hours. Adhering to Google best practices, 
how would you efficiently share the file?  
 
A. Host a website on Compute Engine instance and expose the files using Public DNS and share the URL 
with the auditors. Bring down the instance after 4 hours.  
B. Host a website on App Engine instance and expose the files using Public DNS and share the URL with 
the auditors. Bring down the instance after 4 hours.  
C. Store the file in Cloud Storage. Generate a signed URL with 4 hours expiry and share it with the 
auditor s. 
D. Store the file in Cloud Storage. Grant the allUsers access to the file share it with the auditors. Remove 
allUsers access after 4 hours.  
 
Ans: C  
 
249

auditor s. 
 
Ans: C  
 
249 
A member of the finance team informed you that one of the projects is using the old billing account. 
What steps should you take to resolve the problem?  
A. Go to the Project page; expand the Billing tile; select the Billing Account option; select the correct 
billing account and save.  
B. Go to the Billing page; view the list of projects; find the project in question and select Change 
billing account; select the c orrect billing account and save.  
C. Delete the project and recreate it with the correct billing account.  
D. Submit a support ticket requesting the change. 
Ans : B  
 
250

Your billing department has asked you to help them track spending against a specific billing account. 
They've indicated that they prefer to use Excel to create their reports so that they don't need to learn 
new tools. Which export option would work best fo r them?  
A. BigQuery Export  
B. File Export with JSON  
C. SQL Export  
D. File Export with CSV  
 
Ans: D  
 
251 
A company wants to setup a template for deploying resources. They want the provisioning to be 
dynamic with the specifications in configuration files. Which of the following service would be ideal for 
this requirement?  
A. Cloud Composer  
B. Deployment Manager  
C. Cloud Scheduler  
D. Cloud Deployer 
Ans : B  
 
252 
Your project manager wants to delegate the responsibility to upload objects to Cloud Storage buckets to 
his team members. Considering the principle of least privilege, which role should you assign to the team

his team members. Considering the principle of least privilege, which role should you assign to the team 
members?  
A. roles/storage.objectAdmin  
B. roles/storage.objectViewer  
C. roles/storage.objectCreator  
D. roles/storage.admin 
Ans: C  
 
253

Your company needs to create a new Kubernetes Cluster on Google Cloud Platform. As a security 
requirement, they want to upgrade the nodes to the latest stable version of Kubernetes with no manual 
intervention. How should the Kubernetes cluster be configure d? 
A. Always use the latest version while creating the cluster  
B. Enable node auto -repairing  
C. Enable node auto -upgrades  
D. Apply security patches on the nodes as they are released  
 
Ans: C  
 
254 
 
You have created an App engine application in the us -central region. However, you found out the 
network team has configured all the VPN connections in the asia -east2 region, which are not possible to 
move. How can you change the location efficiently?  
A. Change the region in app.yaml and redeploy  
B. From App Engine console, change the region of the application

B. From App Engine console, change the region of the application  
C. Change the region in application.xml within the application and redeploy  
D. Create a new project in the asia -east2 region and create app engine in the project  
 
Ans: D  
 
255 
Your team needs to set up a MongoDB instance as quickly as possible. You don't know how to install it 
and what configuration files are needed. What's the best way to get it up -and-running quickly?  
A. Use Cloud Memorystore  
B. Learn and deploy MongoDB to a Compute  Engine instance.  
C. Install with Cloud Launcher Marketplace  
D. Create a Deployment Manager template and deploy it.

Ans:C  
 
256 
Your company wants to setup Production and Test environment. They want to use different subjects 
and the key requirement is that the VMs must be able to communicate with each other using internal 
IPs no additional routes configured. How can the solution be  designed?  
 
A. Configure a single VPC with 2 subnets having the same CIDR range hosted in the same region  
B. Configure a single VPC with 2 subnets having the different CIDR range hosted in the different region  
C. Configure 2 VPCs with 1 subnet each having the same CIDR range hosted in the same region  
D. Configure 2 VPCs with 1 subnet each having the different CIDR range hosted in the different region  
 
answer B  
Explanation: the VMs need to be able to communicate using private IPs they should be hosted in the 
same VPC. The Subnets can be in any region, however they should have non -overlapping CIDR range.

same VPC. The Subnets can be in any region, however they should have non -overlapping CIDR range. 
Refer GCP documentation - VPC Intra VPC reqs The system -gene rated subnet routes define the paths for 
sending traffic among instances within the network using internal (private) IP addresses. For one 
instance to be able to communicate with another, appropriate firewall rules must also be configured 
because every net work has an implied deny firewall rule for ingress traffic. Option A is wrong as CIDR 
range cannot overlap. Options C & D are wrong as VMs in subnet in different VPC cannot communicate 
with each other using private IPs.  
 
257 
Your company is hosting their static website on Cloud Storage. You have implemented a change to add 
PDF files to the website. However, when the user clicks on the PDF file link it downloads the PDF instead

PDF files to the website. However, when the user clicks on the PDF file link it downloads the PDF instead 
of opening it within the browser. What would you c hange to fix the issue?  
 
A. Set content -type as object metadata to application/octet -stream on the files  
B. Set content -type as object metadata to application/pdf on the files  
C. Set content -type as object metadata to application/octet -stream on the bucket  
D. Set content -type as object metadata to application/pdf on the bucket

answer B  
Explanation: the browser needs the correct content -type to be able to interpret and render the file 
correctly. The content -type can be set on object metadata and should be set to application/pdf. Refer 
GCP documentation - Cloud Storage Object Metadata Cont ent-Type The most commonly set metadata is 
Content -Type (also known as MIME type), which allows browsers to render the object properly. All 
objects have a value specified in their Content -Type metadata, but this value does not have to match 
the underlying type of the object. For example, if the Content -Type is not specified by the uploader and 
cannot be determined, it is set to application/octet -stream or application/x -www -form -urlencoded, 
depending on how you uploaded the object. Option A is wrong the cont ent type needs to be set to

depending on how you uploaded the object. Option A is wrong the cont ent type needs to be set to 
application/pdf Options C & D are wrong as the metadata should be set on the objects and not on the 
bucket.  
 
258 
You currently are running an application on a machine type with 2 vCPUs and 4gb RAM. However, 
recently there have been plenty of memory problems. How to increase the memory of the application 
with minimal downtime?  
 
A. In GCP console, upgrade the memory of t he Compute Engine instance  
B. Use gcloud compute instances increase -memory to increase the memory  
C. Use Live migration to move to machine type with higher memory  
D. Use Live migration to move to machine type with higher CPU  
 
answer C  
 
259 
They've indicated that they prefer SQL querying to create their reports so that they don't need to learn

They've indicated that they prefer SQL querying to create their reports so that they don't need to learn 
new tools. The data should be as latest as possib le. Which export option would work best for them?  
 
A. File Export with JSON and load to Cloud SQL and provide Cloud SQL access to billing department  
B. Create a sink to BigQuery and provide BigQuery access to billing department  
C. Create a sink to Cloud SQL and provide Cloud SQL access to billing department  
D. File Export with CSV and load to Cloud SQL and provide Cloud SQL access to billing department

answer B  
Billing data can be automatically exported to BigQuery and BigQuery provides the SQL interface for the 
billing department to query the data. Refer GCP documentation - Cloud Billing Export BigQuery Tools for 
monitoring, analyzing and optimizing cost have be come an important part of managing development.  
 
260 
Your company hosts multiple applications on Compute Engine instances. They want the instances to be 
resilient to any Host maintenance activities performed on the instance. How would you configure the 
instances?  
 
A. Set automaticRestart availability policy to  true  
B. Set automaticRestart availability policy to false  
C. Set onHostMaintenance availability policy to migrate instances  
D. Set onHostMaintenance availability policy to terminate instances  
 
answer C  
 
Question # 261

answer C  
 
Question # 261  
You are developing a financial trading application that will be used globally. Data is stored and queried 
using a relational structure, and clients from all over the world should get the exact identical state of the 
data. The application will be deployed i n multiple regions to provide the lowest latency to end users.  
You need to select a storage option for the application data while minimizing latency. What should you 
do? 
A. Use Cloud Bigtable for data storage.  
B. Use Cloud SQL for data storage.  
C. Use Cloud Spanner for data storage.  
D. Use Firestore for data storage.  
 
Correct Answer: C 

https://cloud.google.com/solutions/best -practices -compute -engine -region -selection  
 
Question #262  
You are about to deploy a new Enterprise Resource Planning (ERP) system on Google Cloud. The 
application holds the full database in -memory for fast data access, and you need to configure the most 
appropriate resources on Google Cloud for this application. What should you do?  
A. Provision preemptible Compute Engine instances.  
B. Provision Compute Engine instances with GPUs attached.  
C. Provision Compute Engine instances with local SSDs attached.  
D. Provision Compute Engine instances with M1 machine type.  
 
Correct Answer: D 
https://cloud.google.com/compute/docs/disks/local -ssd 
 
Question #263  
You have developed an application that consists of multiple microservices, with each microservice

You have developed an application that consists of multiple microservices, with each microservice 
packaged in its own Docker container image. You want to dep loy the entire application on Google 
Kubernetes Engine so that each microservice can be scaled individually. What should you do?  
A. Create and deploy a Custom Resource Definition per microservice.  
B. Create and deploy a Docker Compose File.  
C. Create and deploy a Job per microservice.  
D. Create and deploy a Deployment per microservice.  
 
Answer: D  
 
Question #264  
You will have several applications running on different Compute Engine instances in the same project. 
You want to specify at a more granular level the service account each instance uses when calling Google 
Cloud APIs. What should you do?  
A. When creating the instances, specify a Service Account for each instance.

B. When creating the instances, assign the name of each Service Account as instance metadata.  
C. After starting the instances, use gcloud compute instances update to specify a Service Account for 
each instance.  
D. After starting the instances, use gcloud compute instances update to assign the name of the 
relevant Service Account as instance metadata.  
 
Answer: A  
 
Question #265  
You are creating an application that will run on Google Kubernetes Engine. You have identified 
MongoDB as the most suitable database system for your application and want to deploy a managed 
MongoDB environment that provides a sup port SLA. What should you do?  
A. Create a Cloud Bigtable cluster, and use the HBase API.  
B. Deploy MongoDB Atlas from the Google Cloud Marketplace.  
C. Download a MongoDB installation package, and run it on Compute Engine instances.

C. Download a MongoDB installation package, and run it on Compute Engine instances.  
D. Download a MongoDB installation package, and run it on a Managed Instance Group.  
 
Answer: B  
 
Question #266  
You are managing a project for the Business Intelligence (BI) department in your company. A data 
pipeline ingests data into BigQuery via streaming. You want the users in the BI department to be able to 
run the custom SQL queries against the latest data in BigQuery. What should you do?  
A. Create a Data Studio dashboard that uses the related BigQuery tables as a source and give the BI 
team view access to the Data Studio dashboard.  
B. Create a Service Account for the BI team and distribute a new private key to each member of the 
BI team.  
C. Use Cloud Scheduler to schedule a batch Dataflow job to copy the data from BigQuery to the BI 
teamג€™s internal data warehouse.

BI team.  
teamג€™s internal data warehouse.  
D. Assign the IAM role of BigQuery User to a Google Group that contains the members of the BI team.  
 
Answer: D

Question #267  
Your company is moving its entire workload to Compute Engine. Some servers should be accessible 
through the Internet, and other servers should only be accessible over the internal network. All servers 
need to be able to talk to each other over specific por ts and protocols. The current on -premises network 
relies on a demilitarized zone (DMZ) for the public servers and a Local Area Network (LAN) for the 
private servers. You need to design the networking infrastructure on  
Google Cloud to match these requireme nts. What should you do?  
A. 1. Create a single VPC with a subnet for the DMZ and a subnet for the LAN. 2. Set up firewall rules to 
open up relevant traffic between the DMZ and the LAN subnets, and another firewall rule to allow public 
ingress traffic for the DMZ.  
B. 1. Create a single VPC with a subnet for the DMZ and a subnet for the LAN. 2. Set up firewall rules to

B. 1. Create a single VPC with a subnet for the DMZ and a subnet for the LAN. 2. Set up firewall rules to 
egress traffic for the DMZ.  
C. 1. Create a VPC with a subnet for the DMZ and another VPC with a subnet for the LAN. 2. Set up 
firewall rules to open up relevant traffic between the DMZ and the LAN subnets, and another firewall 
rule to allow public ingress traffic for the DMZ.  
D. 1. Create a VPC with a subnet for the DMZ and another VPC with a subnet for the LAN. 2. Set up 
rule to allow public egress traffic for the DMZ.  
 
Answer: A  
 
268.  
01. Your company has reserved a monthly budget for your project. You want to be informed 
automatically of your project spend so that you can take action when you approach the limit. What

268.  
automatically of your project spend so that you can take action when you approach the limit. What 
a) Link a credit card with a monthly limit equal to your budg et. 
b) Create a budget alert for 50%, 90%, and 100% of your total monthly budget.  
c) In App Engine Settings, set a daily budget at the rate of 1/30 of your monthly budget.  
d) In the GCP Console, configure billing export to BigQuery. Create a saved view that queries your total 
spend.  
 
Ans : B  
 
269.

Your company has a mission -critical application that serves users globally. You need to select a 
transactional, relational data storage system for this application. Which two products should you 
consider?  
a) BigQuery  
b) Cloud SQL  
c) Cloud Spanner  
d) Cloud Bigtable  
e) Cloud Datastore 
Ans : BC  
270.  
impacting your users.  
You want to be able to roll back as quickly as possible if it fails. What should you do?  
a) Delete the current version of your application. Deploy the update using the same version identifier as 
b) Notify your users of an upcoming maintenance window. Deploy the update in that maintenance 
window.  
c) Deploy the update as the same ver sion that is currently running.

window.  
c) Deploy the update as the same ver sion that is currently running.  
d) Deploy the update as a new version. Migrate traffic from the current version to the new version.  
 
Ans : D  
 
Question #1  
You have just created a new project which will be used to deploy a globally distributed application. You 
will use Cloud Spanner for data storage. You want to create a Cloud Spanner instance. You want to 
perform the first step in preparation of creating the  instance. What should you do?  
A. Enable the Cloud Spanner API.  
B. Configure your Cloud Spanner instance to be multi -regional.  
C. Create a new VPC network with subnetworks in all desired regions.  
D. Grant yourself the IAM role of Cloud Spanner Admin.  
 
Answer: A 
https://cloud.google.com/spanner/docs/instances  
 
Question #2

You have created a new project in Google Cloud through the gcloud command line interface (CLI) and 
linked a billing account. You need to create a new Compute  
Engine instance using the CLI. You need to perform the prerequisite stops. What should you do?  
A. Create a Cloud Monitoring Workspace.  
B. Create a VPC network in the project.  
C. Enable the compute googleapis.com API.  
D. Grant yourself the IAM role of Computer Admin.  
 
Answer: C 
https://isb -cancer -genomics -cloud.readthedocs.io/en/latest/sections/gcp -info/gcp - 
info2/LaunchVM.html  
 
Your company has developed a n What should you do?  
A. Deploy the application on GKE, and add a HorizontalPodAutoscaler to the deployment.  

B. Deploy the application on GKE, and add a VerticalPodAutoscaler to the deployment.  
C. Create a GKE cluster with autoscaling enabled on the node pool. Set a minimum and maximum for the 
size of the node pool.  
D. Create a separate node pool for each application, and deploy each application to its dedicated node 
pool.  
Answer: C 
You nee d to manage a third -party application that will run on a Compute Engine instance. Other 
Compute Engine instances are already running with default configuration. Application installation files 
are hosted on Cloud Storage. You need to access these files from  the new instance without allowing 
other virtual machines (VMs) to access these files. What should you do?  
A. Create the instance with the default Compute Engine service account. Grant the service account 
permissions on Cloud Storage.

B. Create the instance with the default Compute Engine service account Add metadata to the objects on 
Cloud Storage that matches the metadata on the new instance.  
C. Create a new service account and assign this service account to the new instance. Grant the serv ice 
account permissions on Cloud Storage. Most Voted  
D. Create a new service account and assign this service account to the new instance. Add metadata to 
the objects on Cloud Storage that matches the metadata on the new instance.  
 
Answer: C 
https://cloud.google.com/compute/docs/access/service -accounts  
 
Question #5  
You need to configure optimal data storage for files stored in Cloud Storage for minimal cost. The files 
are used in a mission -critical analytics pipeline that is used continually The users are in Boston, MA 
(United States). What should you do?

(United States). What should you do?  
A. Configure r egional storage for the region closest to the users. Configure a Nearline storage class.  
B. Configure regional storage for the region closest to the users. Configure a Standard 
storage class. Most Voted  
C. Configure dual -regional storage for the dual region closest to the users. Configure a Nearline storage 
class.  
D. Configure dual -regional storage for the dual region closest to the users. Configure a Standard storage 
class.  
 
Answer: B  
 
You are developing a new web application that will be deployed on Google Cloud Platform. As part of 
your release cycle, you want to test updates to your application on a small portion of real user traffic. 
The majority of the users should still be directed  towards a stable version of your application. What 

A. Deploy the application on App Engine. For each update, create a new version of the same service. 
Configure traffic splitting to send a small percentage of traffic to the new ve rsion. Most Voted

B. Deploy the application on App Engine. For each update, create a new service. Configure traffic 
splitting to send a small percentage of traffic to the new service.  
C. Deploy the application on Kubernetes Engine. For a new release, update the deployment to use the 
new version.  
D. Deploy the application on Kubernetes Engine. For a new release, create a new deployment for the 
now version. Update the service to use the new deployment.  
 
Answer: A 
https://cloud.google.com/appengine/docs/admin -api/migrating -splitting -traffic  
 
Question #7  
You need to add a group of new users to Cloud Identity. Some of the users already have existing Google 
accounts. You want to follow one of Google's recommended practices and avoid conflicting accounts. 
A. Invite the user to transfer their existing account.

A. Invite the user to transfer their existing account.  
B. Invite the user to use an email alias to resolve the conflict.  
C. Tell the user that they must delete their existing account.  
D. Tell the user to remove all personal email from the existing account.  
 
Answer: A 
https://support.google.com/cloudidentity/answer/7332836?hl=en  
 
Question #8  
You need to manage a Cloud Spanner instance for best query performance. Your instance in production 
runs in a single Google Cloud region. You need to improve performance in the shortest amount of time. 
You want to follow Google best practices for service c onfiguration. What should you do?  
A. Create an alert in Cloud Monitoring to alert when the percentage of high priority CPU utilization 
reaches 45%. If you exceed this threshold, add nodes to your instance.

B. Create an alert in Cloud Monitoring to a lert when the percentage of high priority CPU utilization 
reaches 45%. Use database query statistics to identify queries that result in high CPU usage, and then 
rewrite those queries to optimize their resource usage.  
C. Create an alert in Cloud Monitoring to alert when the percentage of high priority CPU utilization 
reaches 65%. If you exceed this threshold, add nodes to your instance. Most Voted  
D. Create an alert in Cloud Monitoring to alert when the percentage of high pri ority CPU utilization 
reaches 65%. Use database query statistics to identify queries that result in high CPU usage, and then 
 
Answer: C 
 
Your company has an internal application for managing transactional orders. The application is used

Answer: C 
 
queries, and ACID guarantees for mult i-table transactional updates. The first version of the application is 
implemented in PostgreSQL, and you want to display it to the cloud with minimal code changes. Which 
B. Cloud SQL Most Voted  
 
Answer: B 
https://cloud.google.com/spanner/docs/transactions  
 
Question #10  
You are assigned to maintain a Google Kubernetes Engine (GKE) cluster named 'dev' that was deployed 
on Google Cloud. You want to manage the GKE configuration using the command line interface (CLI).

on Google Cloud. You want to manage the GKE configuration using the command line interface (CLI).  
You have just downloaded and installed the Cl oud SDK. You want to ensure that future CLI commands by 
default address this specific cluster What should you do?

A. Use the command gcloud config set container/cluster dev. Most Voted  
B. Use the command gcloud container clusters update dev.  
C. Create a file called gke.default in the ~/.gcloud folder that contains the cluster name.  
D. Create a file called defaults.json in the ~/.gcloud folder that contains the cluster name.  
 
Answer: A 
https://cloud.google.com/kubernetes -engine/docs/how -to/cluster -access -for-kubectl#gcloud -config  
 
Question #11  
The sales team has a project named Sales Data Digest that has the ID acme -data -digest. You need to set 
up similar Google Cloud resources for the marketing team but their resources must be organized 
independently of the sales team. What should you do?  
A. Grant the Project Editor role to the Marketing team for acme -data -digest.  
B. Create a Project Lien on acme -data -digest and then grant the Project Editor role to the Marketing

B. Create a Project Lien on acme -data -digest and then grant the Project Editor role to the Marketing 
team.  
C. Create another project with the ID acme -marketing -data -digest for the Marketing team and deploy 
the resources there. Most Voted  
D. Create a new project named Marketing Data Digest and use the ID acme -data -digest. Grant the 
Project Editor role to the Marketing team.  
 
Answer: C  
 
Question #12  
You have deployed multiple Linux instances on Compute Engine. You plan on adding more instances in 
the coming weeks. You want to be able to access all of these instances through your SSH client over the 
internet without having to configure specific access on the existing and new instances. You do not want 
the 
Compute Engine instances to have a public IP. What should you do?  
A. Configure Cloud Identity -Aware Proxy for HTTPS resources.

the 
A. Configure Cloud Identity -Aware Proxy for HTTPS resources.  
B. Configure Cloud Identity -Aware Proxy for SSH and TCP resources

C. Create an SSH keypair and store the public key as a project -wide SSH Key.  
D. Create an SSH keypair and store the private key as a project -wide SSH Key.  
 
Answer: B  
 
You have created an application that is packaged into a Docker image. You want to deploy the Docker 
image as a workload on Google Kubernetes Engine. What should you do?  
A. Upload the image to Cloud Storage and create a Kubernetes Service referencing the image . 
B. Upload the image to Cloud Storage and create a Kubernetes Deployment referencing the image.  
C. Upload the image to Container Registry and create a Kubernetes Service referencing the image.  
D. Upload the image to Container Registry and create a Kubernetes Deployment referencing the image.  
 
Answer: D 
 
Question #14

Answer: D 
 
Question #14  
Your existing application running in Google Kubernetes Engine (GKE) consists of multiple pods running 
on four GKE n1גstandardג"€2 nodes. You need to deploy additional pods requiring  
n2גhighmemג"€16 nodes without any downtime. What should you do?  
B. Create a new Node Pool and specify machine type n2גhighmemג"€16. Deploy the new pods.  
C. Create a new cluster with n2גhighmemג"€16 nodes. Redeploy the pods and delete the old cluster.  
D. Create a new cluster with both n1גstandardג2 and n2גhighmemג16 nodes. Redeploy the 
pods and delete the old cluster.  
 
Answer: B

Question #15  
An employee was terminated, but their access to Google Cloud was not removed until 2 weeks later. 
You need to find out this employee accessed any sensitive customer information after their termination. 
A. View System Event Logs in Cloud L ogging. Search for the user's email as the principal.  
B. View System Event Logs in Cloud Logging. Search for the service account associated with the user.  
C. View Data Access audit logs in Cloud Logging. Search for the user's email as the principal. Most Voted  
D. View the Admin Activity log in Cloud Logging. Search for the service account associated with the user.  
 
Answer: C  
 
Question #16  
You have designed a solution on Google Cloud that uses multiple Google Cloud products. Your company 
has asked you to estimate the costs of the solution. You need to provide estimates for the monthly total

has asked you to estimate the costs of the solution. You need to provide estimates for the monthly total 
cost. What should you do?  
A. For each Google Cloud pro duct in the solution, review the pricing details on the products pricing 
page. Use the pricing calculator to total the monthly costs for each Google Cloud product. Most Voted  
B. For each Google Cloud product in the solution, review the pricing details on the products pricing page. 
Create a Google Sheet that summarizes the expected monthly costs for each product.  
C. Provision the solution on Google Cloud. Leave the solution provisioned for 1 week. Navigate to the 
Billing Report page in the Cloud Console. Multiply the 1 week cost to determine the monthly costs.  
D. Provision the solution on Google Cloud. Leave the solution  provisioned for 1 week. Use Cloud 
Monitoring to determine the provisioned and used resource amounts. Multiply the 1 week cost to 
determine the monthly costs.  
 
Answer: A

With quality of service being a key differentiator, CSPs are only as good as their network performance. Maintaining network quality while expanding coverage, adding capacity, and introducing new technologies and services is a challenging undertaking.With intelligent solutions to address each stage of the network lifecycle, we help service providers deliver maximum network performance and ensure efficient CAPEX utilization.RAN SOLUTIONS
NETWORK PLANNINGDesign high-performance, cost-effective 2G/3G/4G and 5G networks.NETWORK OPTIMIZATION Optimize and troubleshoot using geo-located subscriber experience data.CONFIGURATION MANAGEMENT Automate the monitoring, auditing, updating and reporting on network configuration.NETWORK SERVICES Benefit from our global expertise via once-off and managed services.

DRONE CONNECTIVITYUnderstand where BVLOS drones can fly without losing cellular connectivity.Planning, configuring, analyzingand optimizing wireless networks and their expansions are complex and resource intensive tasks, especially with the introduction of 5G and new IoTdevices and services.
TEOCO is a network engineering tools market leaderFor over 5 years, AnalysysMason has ranked TEOCO as a leading vendor of network engineering software tools.

The products within the ASSET Suite cover radio, backhaul and capacity planning across a wide range of technologies. Key to the success of the ASSET suite of products is its ability to seamlessly integrate into your wider business, delivering business process automation and improving overall planning efficiency and accuracy.NETWORK PLANNING
The ASSET Suite is a comprehensive planning portfolio designed to deliver cost-effective high performance networks for 2G/3G/4G and 5G. 
Understand traffic demand: by leveraging crowdsourced data, geo-located subscriber data, PM data and CM network dataAddress all aspects of planning: macro, small cell, backhaul, multi-height coverage and capacity and automated design optimizationDeliver 5G: validate business cases, model scenarios and plan 5G networks
ASSETRadio
ASSETGeo
ASSETBackhaul
ASSETDesign
ASSET Update
ASSETWeb

The products within the Mentor Suite are each tailored to meet the needs of specific groups of users. They are multi-technology, covering 2G, 3G, 4G and 5G, and support all the major network equipment vendors. Our best-in-class geo-location algorithms employ innovative machine learning based positioning techniques. Automation and closed-loop capabilities deliver improved operational efficiencies and the Mentor Suite is fully GDPR compliant.NETWORK OPTIMIZATION
TEOCO’s Mentor Suite is a comprehensive portfolio of products delivering advanced subscriber geo-location analytics and network optimization by leveraging network measurements and geo-location algorithms.
CogniSenseMulti-technology network monitoring, analytics, structured troubleshooting and reporting.ForteAutomated GSM frequency planning, neighbor list optimization and spectrum refarming.MentorMulti-technology user-driven troubleshooting and automated cluster-wide optimization.

Mentor ServerSingle common backend for data collection, system monitoring, administration and APIs.

As networks are expanded and optimized, it is critical to validate that configuration changes made to the Radio Access Network (RAN) are accurate. This helps ensure a healthy network and excellent customer quality of experience are maintained.SmartCMallows engineers to monitor and improve network quality by providing visibility to the live network configuration and comparing it against the desired network baseline. This highlights configuration discrepancies –a primary cause of poor network performance. And is able to generate error-free site integration transcripts at the click of a button, significantly reducing engineering effort during network deployments.Additionally, SmartCMensures network integrity is maintained by continuously auditing and monitoring all network changes made by engineers, tools, and even managed service providers. It is vendor and technology-agnostic, supporting GSM, UMTS, LTE and 5G network infrastructure from all the major network equipment

made by engineers, tools, and even managed service providers. It is vendor and technology-agnostic, supporting GSM, UMTS, LTE and 5G network infrastructure from all the major network equipment vendors.SmartCMprovides a full range of workflow capabilities with decades of expertise built-in, saving CSPs and network equipment manufacturers massive amounts of time and countless headaches.CONFIGURATION MANAGEMENT

SmartCMis a configuration management and site integration tool. It maintains network integrity by automating the monitoring, auditing, updating and reporting on cell site configurations. 
DELIVER NETWORK QUALITYResolve configuration discrepancies to improve QoE
IMPROVE NETWORK OPERATIONSUnderstand the impact of network misconfiguration
INCREASE ENGINEERING EFFICIENCYIdentify and prioritize configuration problems

We deliver a competitive advantage to your engineering team by combining our advanced vendor agnostic solution sets for network planning, optimization, configuration and refarming, with our years of expertise and well-defined methodology, all tailored to your timeframes and according to your needs. Our extensive multi-vendor experience allows us to share best practices from market leaders around the globe, and our offshore capabilities help ensure our deliveries are timely and cost-effective.NETWORKSERVICES
RAN Services delivered as packaged solutions; a powerful combination of tools, methodology and people, leveraging global best practices.

RAN Services delivered as packaged solutions; a powerful combination of tools, methodology and people, leveraging global best practices. 
“TEOCO’s consultancy services business represents a competitive strength as operators look to contract out many complex aspects of multi-technology network operations and planning.” –AnalysysMasonOPTIMIZATION AND CAPACITYProactive cluster tuning, new feature activation and ROI based capacity expansion planning.PLANNING AND EVOLUTIONPlanning services for all network technologies and layers, including VoLTE, IoT, 5G and network consolidation.AUDIT AND OPERATIONSSubscriber/network audits and analytics, customer complaint handling and vendor management.SPECTRUM REFARMINGRepurpose existing, often under-utilized spectrum for use by other technology layers.MANAGED SERVICESManaged Services leveraging TEOCO’s software and expertise, typically underpinned by multi-year contracts.

AirborneRFis TEOCO’s connectivity data platform for beyond visual line-of-sight (BVLOS) drone operations in cellular networks, providing valuable information about where drones can fly without losing wireless connectivity.Flight PlanningAirborneRFtakes into account both national airspace control and cellular network coverage to define an air safety compliant, three-dimensional corridor where UAV’s can be reliably controlled.In-flight MonitoringDrone flights are monitored by AirborneRF. Measurements of real-world conditions during flight can be used to instantly recalculate routes, if necessary, to ensure safe completion of the flight.Physical Network AuditsBVLOS drones are an ideal solution for carriers to perform physical site audits (antenna heights, azimuths etc.) AirborneRFcan be used to plan and coordinate the flights required to complete these audits.Monetize  Business CasesDemonstrate network capabilities to companies that are considering UAV technology for BVLOS applications,

to plan and coordinate the flights required to complete these audits.Monetize  Business CasesDemonstrate network capabilities to companies that are considering UAV technology for BVLOS applications, such as first responder reconnaissance, package delivery, infrastructure inspections, and so on.

ABOUT TEOCO
TEOCO is a leading provider of analytics, assurance and optimization solutions to over 300 communication service providers (CSPs) worldwide.Our solutions enable the digital transformation of CSPs while enhancing their network QoS, improving their customer experience and reducing their operational costs.Through advanced analytics, TEOCO products provide actionable and measurable insights into network and customer behavior. This includes the optimization, effective monetization, and delivery of new and existing services, such as 5G.Our commitment to network flexibility and agility makes TEOCO the obvious choice for CSPs looking to maximize the revenue potential of 5G investments and capitalize on new opportunities tied to the emerging Internet of Things (IoT).
Global Footprint
Extensive Portfolio
Proven Solutions

TEOCO Corporation | 12150 Monument Drive, Suite 700 | Fairfax, VA 22003 | www.teoco.com“TEOCO’s market leading position in Engineering Systems reflects the success of its extensive network planning and optimization solution set, built by some very cohesive acquisitions and integrated effectively to form a leading portfolio” -AnalysysMason

©2017 Novatel Wireless, Inc. All rights reserved. The information contained in this document is subject to change 
For a complete list of all Novatel Wireless patents, visit www.novatelwireless.com/about/contact-us .

owners.
90026859 R1 Initial release 11 Jan 2017
FCC ID: PKRNVWMIFI7730
PN: 90026859_R1_UG_MiFi7730L_VZW_11 Jan 2017

Contents
Getting Started . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1
Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
Features  ................................................................................. 2
Package Contents  ....................................................................... 3
System Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
Components  ............................................................................ 4
Status Indicators  ......................................................................... 5
Power Management  ......................................................................... 7

Caring for Your Jetpack  ...................................................................... 8
Caring for Y our Jetpack . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
Accessing the Network  ..................................................................... 10
4G LTE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
Using Your Jetpack for the First Time  ........................................................ 11
Charging the Battery  .................................................................... 12

Replacing the Battery . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12
Replacing the 4G LTE SIM Card  .......................................................... 14
Universal Charging  ..................................................................... 15
Battery Tips . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16
Power the Jetpack On and Off . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

Power On . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17
Power Off  .......................................................................... 17
Connecting to Your Jetpack . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18
Using Your Jetpack After Setup is Complete  ................................................. 19
Using the Jetpack User Interface  ........................................................ 22
My Jetpack Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24
Managing Your Jetpack  ..................................................................... 25

On the Jetpack Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25
On the Jetpack Admin Website . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26
Sign In  ................................................................................. 27
Sign In to the Jetpack Admin website  ................................................ 27
Menu Panel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27
My Jetpack Home  .......................................................................... 29
On the Jetpack Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29

On the Jetpack Admin Website . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30
Manage My Jetpack . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31
My Account & Tools . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 37
Help & Support . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43

iiiWi-Fi  ....................................................................................... 46
Connected Devices . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47
On the Jetpack Admin Website . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48
Connected Devices  ................................................................. 49
Guest Network  ..................................................................... 52
Blocked Devices  .................................................................... 52
Data Usage . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53

On the Jetpack Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53
On the Jetpack Admin Website . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54
Jetpack Settings  ............................................................................ 55
On the Jetpack Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55
On the Jetpack Admin Website . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56
Wi-Fi  ............................................................................... 57

Jetpack . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63
Advanced  .......................................................................... 73
Firewall . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 79
Universal Charging  ......................................................................... 85
On the Jetpack Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 85
On the Jetpack Admin Website . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 85

Wi-Fi Protected Setup (WPS)  ................................................................ 86
On the Jetpack Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 86
Messages  .................................................................................. 87
On the Jetpack Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 87
On the Jetpack Admin Website . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 88
MiFi Share . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 90

On the Jetpack Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 90
On the Jetpack Admin Website . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 91
Software Update  ........................................................................... 92
On the Jetpack Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 92
On the Jetpack Admin Website . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 92

About Jetpack . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 93
On the Jetpack Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 93
On the Jetpack Admin website . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 94
Internet Status . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 94
Jetpack Info  ........................................................................ 96

Diagnostics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 97
4G LTE Network . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 99
Logs  ............................................................................... 101
Help  ...................................................................................... 104
On the Jetpack Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 104
On the Jetpack Admin website . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 105
Help  ............................................................................... 105

Support  ........................................................................... 105

ivTroubleshooting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 106
Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 107
Common Problems and Solutions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 108
Technical Support  ......................................................................... 112
Technical Support  ..................................................................... 112
Product Specifications and Regulatory Information  ..................... 113
Product Specifications  ..................................................................... 114
General  ............................................................................... 114

Technology/Bands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 114
Environmental . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 115
Regulatory Statements  .................................................................... 116
Wireless Communications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 118
Limited Warranty and Liability  ............................................................. 118

Safety Hazards . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 119
Proper Battery Use and Disposal  ........................................................... 121
Glossary . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 122

Overview
Caring for Your Jetpa ckGetting Started1

2Overview
Congratulations on your purchase of the Verizon Jetpack® - MiFi® 7730L for 4G LTE™ and Wi-Fi!
With the Jetpack you can access 4G LTE networks for faster apps, uploads and downloads. Connect 
up to 15 Wi-Fi enabled devices to the Internet at once - laptops, tablets, e-readers, gaming consoles 
and more* - and experience download speeds up to 10 times faster than with Verizon’s 3G*.
The Jetpack is backwards compatible to 3G networks, ensuring reliable connectivity when you need 
it most.
Features
 •Global Connectivity for up to 15 Wi-Fi Enabled Devices to High-Speed Wireless Data  
 •Support for CAT9 LTE with 3-Carrier CA
 •True simultaneous dual band Wi-Fi (with 802.11ac)
 •Guest Network
 •2.4 inch TFT color touchscreen
 •Universal & QuickCharge™ Charging
 •Type A USB connector provides a spare charge for tablets, smartphones and other devices 
running low on battery power.
 •Type C USB connector provides quick charging and mass storage access

•Type A USB connector provides a spare charge for tablets, smartphones and other devices 
 •Up to 24 Hours of Active Use on a Single Charge (4400 mAh)
 •MiFi Share File Sharing
 • Share files with connected devices on the local, secure, Wi-Fi network.
 •Manage Wireless Network Activity
 •MiFi Settings is an easy-to-use web-based interface that allows you to manage, monitor, 
and customize your Wi-Fi and 4G LTE connection.
 •Dual External Antenna Connectors
 •VPN Capability
 •Auto Connectivity Options
*      Average download speeds of 5-12 Mbps/average upload speeds of 2-5 Mbps. Actual throughput speed and coverage may vary.

3Package Contents
The Verizon  Jetpack MiFi 7730L package includes:
 •MiFi 7730L
 •4400mAh Standard Lithium Ion Battery
 •Pre-installed 4G LTE SIM Card (4FF)
 •QuickCharge Charger
 •Type A to Type C USB Cable
 •Verizon Wireless  Brochures
 •Compatible with all major operating systems
 •Works with the latest versions of browsers, including Android™, Google Chrome®, Firefox®, Internet 
Explorer®, Safari™ and Mobile Safari™.
To use Wi-Fi mode, your computer or other device needs Wi-Fi capability and Internet browser 
software. If your computer does not have Wi-Fi capability you can use Ethernet over USB tethering.
Your Jetpack must have proper data service to function. (See Using Your Jetpack for the First Time  
on page 11.)

4Components
 ➊ SIM Card Access — The SIM card is pre-installed here.
 ➋ Universal Charging Port (Type A USB) — Use to charge one additional wireless device. 
 ➌ Power Button — Powers the MiFi on and off.
 ➍ MiFi Charging Port (QuickCharge) — Use to connect the QuickCharge charger, Internet over 
USB-C, and MiFi Share file sharing via mass storage.  
 ➎ Color Touchscreen (2.4 in) — Displays device status, data usage, and number of users 
connected. Swipe left/right/up or down to access available menu options.
 ➏ Battery Compartment — The battery contacts connect here. 
 ➐ Battery Removal Divot — Insert a fingernail here and lift to remove the battery.
 ➑ Master Reset Button — Insert a paperclip in the small hole to reset the MiFi to factory 
settings. (See How do I reset the Jetpack back to factory settings? on page 111.)
 ➊  ➋  ➌
 ➍ ➎
 ➏ ➑
 ➐

5Status Indicators
DISPLAY ICON DESCRIPTION
No icons The Jetpack is powered off or not receiving power, or the 
screen is in power-saving mode.
Network Signal 
Strength
More bars indicate more signal strength.
Activity Indicator
 If this icon is displayed, data is being transferred between 
your Jetpack and connected device(s).
Network Indicator
 Displays the type of network to which your Jetpack is 
Roaming If this icon is displayed, your Jetpack is connected to a 
network outside the home network area.
Wi-Fi Indicator
 Displays when your Jetpack Wi-Fi network in turned on.
Messages
 If this icon is displayed, you have unread messages.
Connected Devices
 If this icon is displayed, it shows the number of devices 
Battery Charge 
Indicator
Displays remaining battery power
Battery AC Charging 
Indicator
Displays when the Jetpack is connected to the AC 
charger.
Battery USB Charging 
Indicator
Displays when another device is connected to the

Indicator
charger.
Indicator
Displays when another device is connected to the 
Jetpack and charging via a USB cable.

6CAROUSEL ICON
Wi-Fi
 Tap the icon to display the Wi-Fi name, password and 
URL.
SIM
 If this icon is displayed, there is no SIM card installed. 
If this icon is displayed, your SIM is locked. Real-time data 
usage meter will not display.
If this icon is displayed, there is a SIM error. Check to be 
sure your SIM card is properly installed.
 Tap the icon to display the number and IP address of 
connected and blocked devices . 
 Data Usage
 Tap the icon to view the amount of data used as of the 
current date and the usage billing cycle.
Settings
 Tap the icon to display  settings options, including Wi-Fi, 
screen timeout, audio on/off, audio alerts, and network 
technology.
 Tap the icon to display Universal Charging status. 
Options include Available, Charging, or Not available.
 Scroll and select the icon to display the current SW 
version, and to download and install an update.
Message Center

 Tap the icon to display unread  messages, and to save or 
delete read messages.
About MiFi
 Tap the icon to display Internet connection status and 
Jetpack information, including model, SW version, 
wireless number, IMEI, and battery level.
Help
 Tap the icon to display Jetpack Admin website 
connection instructions, Advanced Features, WPS, Unlock 
SIM, and Tips.

7Power Management
Your Jetpack will work from its charged battery alone, or when the device with the installed battery 
is plugged into a power source.
 •QuickCharge™  — Use the QuickCharge power adapter and any USB connector to recharge 
the battery up to 4X faster than with conventional charging. You can use the Jetpack when 
the battery is installed and the charger is plugged into a wall socket. Please ensure the wall 
socket is located near the equipment and is easily accessible. The Jetpack battery charges 
while it is plugged into the charger. When the battery is fully charged, the battery icon is solid 
green.
 •Universal charging  —  You can use the Jetpack to charge external devices such as 
smartphones and tablets, to help keep you powered and connected longer.
Before using the Jetpack, read the battery safety information in the "Safety Hazards" section of this 
guide. (See Proper Battery Use and Disposal on page 124.)

8Caring for Your Jetpack
Like any electronic device, the Jetpack must be handled with care to ensure reliable operation. 
Novatel Wireless recommends the following guidelines:
 •Protect the Jetpack from liquids, dust, and excessive temperatures. 
 •Do not apply adhesive labels to the Jetpack; they might cause the Jetpack to potentially 
overheat and they might alter the performance of the antenna.
 •Store the Jetpack in a safe place when not in use.

Accessing the Network
Using Your Jetpack for the First Time
Connecting to Your Jetpack
Caring Your Jetpack After Setup is CompleteCaring for Your Jetpack2

10Accessing the Network
4G LTE
With LTE bandwidth you can get the broadband speed you require to work efficiently outside the 
home or office. You can connect to the Internet, access your corporate intranet, check your email 
and download attachments at speeds that are up to 10 times faster than 3G*.  
4G Mobile Broadband with LTE*
 •Download: typical download speeds of 5-12 Mbps.
 •Upload: typical upload speeds of 2-5 Mbps.
3G Mobile Broadband with EVDO Rev. A
 •Download: typical download speeds of 600-1.4 kbps with bursts up to 3.1 Mbps.
 •Upload: typical upload speeds of 500-800 kbps with bursts up to 1.8 Mbps.
Wi-Fi 802.11a/b/g/n/ac
 •802.11a uses the 5.0 GHz frequency with a bandwidth up to 12 Mbps.
 •802.11b uses the 2.4 GHz frequency with a bandwidth up to 12 Mbps.
* Actual throughput speed and coverage may vary. Speed claims not applicable when roaming.

11Using Your Jetpack for the First Time
Your SIM Card and battery are pre-installed. To get started:
 ➊ Confirm your computer meets the minimum system requirements. (See System 
Requirements  on page 3).
 ➋ Fully charge the battery. (See Charging the Battery  on page 12).
 ➌ Power on the Jetpack. (See Power the Jetpack On and Off  on page 17).
 ➍ Connect the Jetpack to your computer using Wi-Fi. (See Connecting to Your Jetpack on page 
18.)

12Charging the Battery
IMPORTANT  Before you use your Jetpack, be sure to charge the battery for at least three hours 
to ensure a full initial charge. When fully charged, the battery has up to 24 hours of life.
To charge the battery:
 ➊ Connect the USB end of the QuickCharge charger into the charging port of the Jetpack.
 ➋ Plug the other end of the wall charger into the appropriate electrical outlet.
CAUTION!  Use only batteries and chargers with your Jetpack that have been approved by 
Novatel Wireless for optimal performance and safe operation.
Replacing the Battery
To remove and replace the battery:
 ➊ Insert your fingernail in the battery removal groove at the top edge of the universal charging 
door, then lift and remove the battery cover. Set the cover aside.
 ➋ Insert your finger into the battery removal divot and lift the battery out of the battery 
compartment.

13 ➌ Align the gold-colored contacts on the new battery with the gold-colored contacts on the 
MiFi 7730L and gently slide the battery into place.
 ➍ Replace the cover by setting it on the Jetpack where the notches align, then press on the 
cover until it clicks into place and is flat across the entire bottom surface.

14Replacing the 4G LTE SIM Card
Your SIM (Subscriber Identity Module) card is a small rectangular plastic card that stores your phone 
number and important information about your wireless service. Your Jetpack comes with the SIM 
card and battery already installed. 
To remove the 4G LTE SIM card:
 ➊ Lift to open the SIM Card access cover located on the top left side of the Jetpack.
 ➋ Push the SIM Card toward the SIM Card slot to release, then carefully slide the card 
backwards to remove.
 NOTE  Should your  4G SIM card be lost or damaged, contact your network operator. 
To install a new 4G LTE SIM card:
 ➊ Lift to open the SIM Card access cover located on the top left side of the Jetpack. 
 ➋ If necessary, remove the SIM card from the outer card, being careful not to touch the gold-
colored contacts.
 ➌ Hold the card with the gold-colored contact points facing down.
 ➍ Insert the SIM card into the slot. The SIM card MUST remain in the SIM card slot when in use.

CAUTION!  Do not bend or scratch your SIM card. Avoid exposing your SIM card to static 
electricity, water, or dirt.

15Universal Charging
The universal charging port allows you to charge an additional device using your Jetpack.
To charge an additional device:
 ➊ Slide the port shield to expose the USB universal charging port.
 ➋ Connect the USB cable to the device to be charged.
 ➌ Connect the other end of the USB cable to the Universal Charging port on the Jetpack.

16Battery Tips
WARNING !  Always use only approved batteries and chargers with your Jetpack. The warranty 
does not cover damage caused by non-approved batteries and/or chargers.
 •It normally takes at least to fully charge the battery with the wall charger.
 •Do not use sharp objects or use excessive force to remove the battery or to access the battery 
well, this may damage the Jetpack and the battery.
 •The battery discharges more rapidly as additional devices access your Jetpack.
 •Battery life depends on the network, signal strength, temperature, features, and accessories 
you use.
 •Never leave the Jetpack in an unattended vehicle due to uncontrollable temperatures that

•Never expose batteries to temperatures below -20°C (4°F) or above 60°C (140°F).
 •Never leave the Jetpack in an unattended vehicle due to uncontrollable temperatures that 
may be outside the desired temperature for this Jetpack.
 •It is normal for batteries to gradually wear down and require longer charging times. If you 
notice a change in your battery life, it is probably time to purchase a new battery. 
IMPORTANT Whenever you remove or insert either the battery or the SIM card, ensure your 
Jetpack is not connected to any device or power source. Never use tools, knives, keys, pens or 
any type of object to force the door open or to remove the battery. Using any of these types of 
objects could result in puncturing the battery.

17Power the Jetpack On and Off
Power On
 •Press the Power Button until the Jetpack display lights up. After the initial startup screens 
display, the Home screen and menu options are available.
Power Off
 •Press and hold the Power Button until the display shows MiFi . The Jetpack will continue its 
shutdown process for several seconds and then automatically turn off the display.

18Connecting to Your Jetpack
Now you can connect your Wi-Fi enabled device to your Jetpack using Wi-Fi. Your computer, 
tablet, or other Wi-Fi enabled devices need Wi-Fi capability and Internet browser software. Your 
Jetpack is compatible with all major operating systems, and works with the latest version of 
browsers, including Android™, Chrome™, Firefox®, Internet Explorer®, Safari™ and Mobile Safari™. 
Welcome Tutorial
The Jetpack Welcome Tutorial  displays upon initial power up.
 ➊ Power on your Jetpack for the first time to display the Welcome Tutorial screen.
 ➋ Swipe to navigate through the tutorial screens.
Welcome Tutorial Connect to the Jetpack
To connect to your Jetpack:
 ➊ Turn on your Wi-Fi enabled device and turn on your Jetpack using the power button. The 
Jetpack display will light up. The Jetpack broadcasts its own wireless network and name.
 ➋ Open the Wi-Fi application or controls on the computer or Wi-Fi enabled device that you

 ➋ Open the Wi-Fi application or controls on the computer or Wi-Fi enabled device that you 
want to connect to your Jetpack and find the Wi-Fi name (SSID).  
 
 Tip!  The steps to connect to a Wi-Fi network vary depending on your operating system and whether 
you use the native application or third-party software. Generally, you click an icon in the Windows notification area 
where you can select View Available Wireless Networks, or click the Airport icon in the menu bar on a Mac. If 
you are unfamiliar with wireless networking on your computer, consult the computer help system.
 ➌ When prompted, enter your Wi-Fi Network password. The Jetpack Home screen should now 
show an additional connected device. Your Wi-Fi enabled device is now connected to the 
Internet.
 ➍ You can view or change Jetpack settings by connecting to the Jetpack Admin website at 
http://my.Jetpack  or http://192.168.1.1 .

Internet.
IMPORTANT  Charge the battery completely before you connect your computer to your 
Jetpack. (See Charging the Battery  on page 12).

19Using Your Jetpack After Setup is Complete
You can use the Jetpack as a wireless mobile hotspot to connect your computer and up to a total  
of 15 Wi-Fi enabled devices to the mobile broadband network. The Jetpack is powered on as soon as 
you press and hold the power button and the display turns on.
           Jetpack Device Home
The Jetpack comes from the factory with security enabled. You can change the security settings 
using the Jetpack Admin website. To change your Jetpack security settings:
 ➊ Open the web browser of a device connected to the Jetpack and enter http://my.jetpack or 
http://192.168.1.1.
 ➋ Sign In with the Jetpack Admin Password which is the same as your Wi-Fi Password. 
Help Option Select Jetpack Admin Website Admin Password
 ➌ To change your Wi-Fi Name/Password, from My Jetpack Home select Manage My MiFi >  
Customize my Wi-Fi Settings .
 ➍ Enter the new Wi-Fi Name in the Wi-Fi name field and the new Wi-Fi Password in the Wi-Fi 
Password field.

20 ➎ Click Save Changes .
Change Wi-Fi Name/Password 
 ➏ To change your Admin Password from My Jetpack Home, select Manage My MiFi > Change 
my Jetpack Admin Password .
 ➐ Enter your current Admin Password in the Enter current password field.
 ➑ Enter your new password in the Enter new password field, and re-enter to confirm in the 
Confirm new password field.

22Using the Jetpack User Interface
From the Jetpack display you can check your Jetpack status, view your current data usage, 
access Wi-Fi and Connected Devices details, and access an icon-based menu by using the color 
touchscreen. (See  on page 4).
To view the current status of your MiFi 7730L:
 ➊ Press the power button to turn on the Jetpack and display the Home screen. The status bar is 
at the top of the screen.
 ➋ Check the status indicators for network signal strength 
  , data traffic activity 
  , unread 
Verizon system messages 
  , active roaming 
  , and battery strength 
 .
To view your current data usage:
 ➊ Use the real-time data usage meter on the Home screen to check your data usage and billing 
cycle schedule.
Jetpack Display Home
 ➋ If SIM Lock is turned on, or if another device is connected to the Universal Charging port and 
being charged, the Data Usage meter will not display. Scroll and tap the Data Usage icon to 
view your current data usage details.

Unlock SIM Retrieve Data Usage Data Usage Display

23To access the icon-based menu options:
 •From the Home screen, tap Menu  to display the Menu options and swipe to scroll up or down 
to select the desired option, then tap to open. Continue to tap the desired option to move 
through any additional screens. 
Tap Menu to Open Menu Options Swipe Up/Down to Desired Option  Tap to View Desired Option
Tap < to go Back to Menu Options Swipe Up/Down to Select New Option Tap the Home Icon to Return Home

Managing Your Jetpack
My Jetpack Home
Data Usage
Jetpack Settings
Messages
MiFi Share
About 
HelpMy Jetpack Settings3

25Managing Your Jetpack
Manage, monitor, and customize your Jetpack settings directly on the Jetpack, or by using the 
Jetpack Admin website.
On the Jetpack Display
 ➊ Power on your Jetpack by pressing and holding the power button until the display lights 
and the Home screen displays.
 ➋ Use the status bar to monitor network signal strength, data activity, roaming, messages, 
connected devices, universal charging, and battery life .
 ➌ Use the Data Usage meter to monitor current data usage and billing cycle schedule. 
 ➍ Tap Menu  to display the Menu options.
 ➎ Select the desired option to open the selected option menu.
 ➏ To return to the screen from any other screen, press and hold the Home icon 
  until the 
Home screen displays.
Jetpack Status  Data Usage Menu Options & Help

26On the Jetpack Admin Website
To connect to the Jetpack Admin website and customize your Jetpack settings:
 ➊ Connect your computer or Wi-Fi enabled device to your Jetpack to access the Internet.  
(See Connecting to Your Jetpack  on page 18.)
 ➋ Open your connected device’s web browser and type http://my. jetpack/  or http://192.168.1.1  
into the address bar. Press Enter . The My Jetpack Home page opens. (See Sign In  on page 
27.)
 ➌ Click Sign In  in the upper right corner of the window and type your Jetpack Admin password 
in the Admin password  field and click Sign In  to display the My Jetpack Home page.  
(See My Jetpack Home  on page 29.)  
You are now able to customize your Jetpack settings configuration.

27Sign In
The Sign In page is the first page you see after connecting and prior to signing in. You can access 
more information after you sign in. 
Jetpack Sign In
Sign In to the Jetpack Admin website
Type the Jetpack Admin Password (the default password is found on the Jetpack by selecting Help > 
Jetpack Admin website ) in the Sign In  field at the top right corner of the window. Click Sign In . 
If you forget your Admin Password, click I Forgot the Admin Password and a reminder will appear 
telling you where to find your password. Click OK.
Jetpack Admin Password Reminder
Menu Panel
The Menu Panel is the primary navigation for MiFi Settings. You can access each feature under the 
appropriate menu.

29My Jetpack Home
My Jetpack Home  is your gateway to configuring and managing your Jetpack.
 ➋ Tap Menu  to display a list of Menu options. 
 ➌ To return to the Home screen, tap the Home icon 
  to exit the selected Menu screen. 
      Home Screen Displays    Tap Menu to Display Menu Options              Tap Option to Select

30On the Jetpack Admin Website
My Jetpack Home  allows you to quickly access commonly used links and all available menu 
options for your Jetpack. My Jetpack Home contains the following quick link menu options:
 •Manage My Jetpack  (See Manage My Jetpack  on page 31.)
 •My Account & Tools  (See My Account & Tools  on page 37.)
 •Help & Support (See Help & Support  on page 43.)

31Manage My Jetpack
The Manage My Jetpack  menu contains the following options:
 •Customize my Wi-Fi Settings  (See Customize my Wi-Fi Settings  on page 32.)
 •Change my Jetpack Admin Password  (See Change my Jetpack Admin Password on page 
33.)
 •Set GPS Options  (See Set GPS Options  on page 34.)
My Jetpack Home - Manage My Jetpack
   NOTE   The next time you sign in to Jetpack Settings, you will need to use the new password.

32Customize my Wi-Fi Settings
Clicking on Customize my Wi-Fi Settings  takes you to the Jetpack Settings page Wi-Fi menu where 
you can customize Wi-Fi profiles and view details about the devices connected to your Jetpack.  
(See Wi-Fi on page 57.)
Jetpack Settings - Wi-Fi Network Settings

33Change my Jetpack Admin Password
Clicking on Change Admin Password  takes you to the Jetpack Admin Password section of the 
Settings page, where you can change the Admin Password. (See Jetpack Admin Password on page 
64.) The default Admin password is admin . This is the password you use to Sign In to Settings.
To change the Admin Password used to Sign In to your Jetpack:
 ➊ Enter your current Admin password in the Enter current password  box, then click Continue .
Jetpack Settings - Change Jetpack Admin Password
 ➋ Enter your new password in the Enter new password  box.
 ➌ Re-enter your new password in the Confirm new password  box.
 ➍ Select a security question from the drop down menu.
Jetpack Settings - Select Jetpack Security Question

34 ➎ Enter the answer to the selected security question in the Answer Security Question  field. 
Jetpack Settings - Answer Security Question
 ➏ Click Save Changes .
  NOTE   The  next time you sign in to Jetpack Settings, you will need to use the new password.
Set GPS Options
Clicking on Set GPS Options  will take you to the Jetpack Settings page where you can configure the 
GPS settings for your Jetpack.
To configure your Jetpack GPS settings:
 ➊ Slide the ON/OFF button to ON to activate the Jetpack location services and display the GPS 
Agreement.
Jetpack Settings - GPS

35 ➋ To proceed, click Confirmed  after reading and agreeing to the GPS Agreement.
Jetpack Settings - GPS Agreement
 ➌ Select the desired option from the Turn off  drop down menu. The choices are Always on  or 
Turn off on power down .
GPS - Turn Off Options

36 ➍ NMEA is a standard method of providing a GPS data stream in Windows and other 
computing platforms. If this check box is selected, when connected via a USB cable, a NMEA 
(serial) port is available to applications that can use a NMEA stream. To use GPS over Wi-Fi 
(NMEA), click the Turn on GPs over Wi-Fi  checkbox.  
GPS - Download GPS Over Wi-Fi Drivers
 ➎ Click Download GPS Over Wi-Fi Drivers  at the bottom of page to access the GPS Drive 
Downloads overview and a link to available GPS Drivers. 
 ➏ Click Save Changes.

37My Account & Tools
The My Account & Tools  menu contains the following options:
 •My Verizon Wireless (See My Verizon Wireless on page 37.)
 •Coverage Map (See Coverage Map  on page 38.)
 •Data Calculator  (See Data Calculator  on page 40.)
 •Trip Planner (See Trip Planner  on page 41.)
My Jetpack Home - My Account & Tools
My Verizon Wireless
Clicking on My Verizon Wireless  takes you to the Verizon Wireless website where you can manage 
your wireless service. Sign in to your account or watch videos to learn more about your Jetpack.
To sign in to your My Verizon account and access your account options:
 ➊ Type your User ID or Mobile Number in the User ID or Mobile Number  field.

38 ➋ Select the desired option from the Take Me To  drop down menu.
Coverage Map
Clicking on Coverage Map  takes you to the Coverage Locator on the Verizon Wireless website where 
you can view a detailed coverage map, including Data, Push to Talk, 4G LTE Data, Prepaid, and Voice 
& Messaging.
To display detailed information about Verizon Wireless coverage in your area (U.S.):
 ➊ Type your Street Address, City and State, or Zip code in the appropriate field, then click 
Search.
 ➋ To limit the coverage areas by service type, click the button by each service type desired, 
then click Refresh Map.
 ➌ Use the map navigation tools to adjust the size and location of the area displayed.
Verizon Coverage Locator

39To display detailed information about Verizon Wireless international coverage:
 ➊ Type your Street Address, City and State, or Zip code in the appropriate field, then click the 
magnifying glass icon.
 ➋ To limit the coverage areas by service type, click the button by the service type desired.
Verizon International Coverage Map
Verizon International Coverage Map - Adjust Size

40Data Calculator
Clicking on Data Calculator  takes you to the Data Usage Calculator on the Verizon Wireless website 
where you can calculate your Jetpack usage to determine which plan will best meet your needs.
To use the Data Calculator to select the best Verizon plan to meet your needs:
 ➊ Select your device type at the top of the page. Your choices are 3G and 4G Smartphones, 3G 
Mobile Broadband, and 4G Mobile Broadband.
 ➋ Select the correct usage amounts from each category, including email, web access, 
streaming music and video, uploading and downloading photos, 4G VoIP (if applicable), 
video calling and online gaming.
Verizon Data Calculator

41Trip Planner
Clicking on Trip Planner  takes you to the interactive Trip Planner on the Verizon Wireless website 
where you can determine the global services you need when you travel and see if your device is 
covered.
To use the interactive Trip Planner:
 ➊ Enter your destination in the Location panel. You can add up to 8 countries or 7 countries 
and 1 cruise ship.
 ➋ Click Add to List .
 ➌ Repeat for additional locations.
Verizon Trip Planner - Enter Location
 ➍ Click Choose a Device  to identify the device you are taking with you.
Verizon Trip Planner - Choose a Device

42 ➎ Once you’ve selected your device, click Check Compatibility to see if it’s compatible with 
your destination.
Verizon Trip Planner - Check Compatibility
 ➏ Click Estimate My Usage  to show  your plan options.
Verizon Trip Planner - Estimate My Usage

43Help & Support
The Help & Support  menu contains the following options:
 •Attend a Wireless Workshop  (See Attend a Wireless Workshop  on page 44.)
 •Community Forum  (See Community Forums  on page 45.)
 •Device Support Page & User Guide  (See Device Support Page & User Guide  on page 45.)
My Jetpack Home - Help & Support

44Attend a Wireless Workshop
Clicking on Attend a Wireless Workshop  takes you to the Verizon Wireless website where you can 
sign up for classes taught by Verizon experts to learn everything you need to know about your 
Jetpack.
To attend a Wireless Workshop:
 ➊ Select Help & Support > Attend a Wireless Workshop  on the My Jetpack Home page to 
display the Wireless Workshops  page.
 ➋ Select a topic from the I WANT TO LEARN ABOUT  dropdown menu.
 ➋ Enter your Zip Code into the NEAR  field, then select a location from the dropdown menu.
 ➌ Click View Workshops  to display a list and description of available in-store workshops in your 
selected location.
 ➍ To register, choose a location and time from the available options, then click Register .
 ➎ Enter the required information on the Registration form, then click Register.
Verizon Wireless Workshops

45Community Forums
Clicking on Community Forums  takes you to Community Forums on the Verizon Wireless website 
where you can select the type of device you are interested in learning about and read questions and 
answers from other device users.
To access the Jetpack 4G LTE Mobile Hotspot Forum and ask a question or read questions and 
answers from other device users:
 ➊ Select Verizon Jetpack  from the carousel of devices at the top of the page.
 ➋ Enter your question into the Type your question  field, then click Ask it .
Verizon Support - Community Forums
Device Support Page & User Guide
Clicking on Device Support Page & User Guide  takes you to Wireless Support section on the Verizon 
Wireless website where you can access Top Device Questions , Articles, Community Advice, and and 
Features & Apps.

46Wi-Fi
Wi-Fi allows you to turn Wi-Fi ON/OFF and select your Primary and Guest Network settings.
 ➌ Select Wi-Fi to display the Wi-Fi options.
 ➍ Select Network Selection  to select you Primary and Guest Network settings.
 ➎ Select Wi-Fi Name/Password  to display your current Primary and Guest Network Wi-Fi Name 
and Password settings.
 ➏ Select Wi-Fi Protected Setup (WPS)  to allow compatible Wi-Fi devices to easily connect to 
your Jetpack’s Primary or Guest network.
 ➐ Tap < to return to the Menu screen, or the Home icon 
  to return to the Home screen.
Tap Menu Select Wi-Fi Select Wi-Fi option Display Wi-Fi Option Details

47Connected Devices
Connected Devices  allows you to view and edit Wi-Fi enabled devices currently connected to your 
Jetpack network, as well as any devices currently blocked. 
 ➋ Tap the number of Wi-Fi enabled devices currently connected to your Jetpack networks to 
display the Connected Devices  screen. 
 ➌ Select the Primary Network  option to display the type, name, DNS and MAC details for each 
device connected to the Jetpack Primary Network, and to block or unblock each device.
 ➍ Select the Guest Network  option to display the type, name, DNS and MAC details for each 
device connected to the Jetpack Guest Network, and to block or unblock each device.
 ➎ Select the USB Tethering  option to display the type, name, DNS and MAC details for a 
tethered device, and to block or unblock this device.

➎ Select the USB Tethering  option to display the type, name, DNS and MAC details for a 
 ➏ Select the Blocked Devices  option to display the type, name, DNS and MAC details for each 
blocked device, and to unblock any of the blocked devices.
Tap Menu Select Connected Devices Select Network Display Device Details

48On the Jetpack Admin Website
The Connected Devices page allows you to view and edit devices that are currently connected to 
your Jetpack. You can also view and unblock any blocked devices. The Connected Devices page 
contains the following:
 •Primary Network  — Displays the IP Address, MAC Address and Link Local of all devices 
connected to the Wi-Fi network. The Wi-Fi network name is displayed after the heading. 
 •Guest Network  — Displays the IP Address, MAC Address and Link Local of all devices 
connected to the Guest Wi-Fi network. The Wi-Fi network name is displayed after the 
heading.
 •Blocked Devices  — Displays the name and MAC address of any blocked devices. 
Jetpack Connected Devices

49Connected Devices
The Primary Network  section lists all devices connected to the Wi-Fi Primary Network. The Primary 
Network  menu contains the following options: 
 •Change Max Wi-Fi Connections — Allows you to set how many devices can simultaneously 
connect to the Jetpack’s Wi-Fi network.
 •Type  — The first column indicates the type of connected device. You can use the Edit  option 
to set or change the type. If the type has not been set, no icon is displayed. Once you set the 
device type, an appropriate icon is displayed.
 •Name  — Normally, this is the hostname of the connected device, as set on the connected 
device. If you have used this interface to assign a name to a connected device, the assigned 
name displays in place of the hostname. In rare cases, the hostname may be unavailable. You 
can use the 
 •Edit  option —  Allows you to change the name of any connected device. 
 •Connection Type  — Displays an icon to indicate the connection type for each connected 
device.

can use the 
device. 
 •IP Address  — The IP address of the connected device. 
 •Link-Local  — If the connected device supports IPv 4, the Link-Local IPv 4 address is displayed. 
 •MAC Address  — The MAC Address is a unique network identifier for this connected device. 
 •Block  — Allows you to prevent a specific device from connecting to the Jetpack.
Edit a Connected Device
To edit a connected device:
 ➊ Click the pencil tool. A page opens allowing you to edit a connected device.
Jetpack Connected Devices - Edit

50 ➋ Select the appropriate change from the Connected Devices  dropdown menu.
Jetpack Connected Devices - Select Device Type
 ➌ Click Save  to finish editing the device.
Jetpack Connected Devices - Accept Changes
Change the Maximum Number of Connected Devices
To change the maximum number of connected devices:
 ➊ Click Change Max Connections  on the Connected Devices page.
Change Maximum Number of  Connected Devices

51 ➋ The Jetpack Settings Wi-Fi page opens. Select the number of devices from the Maximum  
Wi-Fi connected devices dropdown menu.
 ➌ Click Save Changes .

52Guest Network
The Guest Network  section lists all devices connected to the Guest Wi-Fi. The Guest Network  menu 
contains the following options: 
can use the 
device.

can use the 
device. 
 •Link-Local  — If the connected device supports IPv6, the Link-Local IPv6 address is displayed. 
Blocked Devices
The Blocked Devices section lists any devices you have blocked. Note that since these devices 
are not currently connected, and are blocked from connecting, they do not have an IP address. 
Instead, they are identified by their name and MAC address. The Blocked Devices menu contains the 
following menu options:
 •Unblock Button  — Click Unblock  to unblock a previously blocked device, freeing it to

 •Unblock Button  — Click Unblock  to unblock a previously blocked device, freeing it to 
connect again. The unblocked device is deleted from the Blocked Devices list, and will 
reappear in the Connected Devices  list when it connects.

53Data Usage
Data Usage  allows you to quickly check your data usage and billing cycle directly on the Jetpack 
display, or on the Jetpack Admin website. 
 ➊ Use the data usage meter on the Home screen to check your data usage and billing cycle 
schedule.
 Data Usage
 ➋ For an expanded view of your data usage information, or if Data Usage information is not 
available on the Home screen, Menu to display Menu options. Select Data Usage to display 
current data usage date, a data usage meter, amount of data used/total available in GB, and 
the billing cycle end date.
 ➌ Tap < to return to the Menu screen, or the Home icon 
  NOTE  The data usage meter will not display when SIM lock is turned on or when another device is 
connected to the Jetpack via the Universal Charging port.
                           Tap Menu Select Usage Data Data Usage & Billing Cycle

54On the Jetpack Admin Website
The Data Usage page allows you to obtain your current estimated data usage, and to access My 
Account & Tools.  Click Data Usage  on the Menu panel to display the Data Usage page and access 
information specific to your particular plan.
Jetpack Data Usage
  NOTE  Roaming charges or roaming minutes may not be included in your estimate. Credits and 
adjustments to your account may not appear until your next billing statement, and may not be 
reflected in your current balance. Payments are applied to your account on the same day they are 
made.

55Jetpack Settings
Jetpack Settings  allow you to make device changes such as setting Audio Alerts, Screen Timeout 
and Sleep Mode intervals, selecting Network Technology, turning Airplane and Stealth Mode ON/
OFF, and resetting your Jetpack to the original factory settings. 
 ➋ Tap Menu  to display Menu options. 
 ➌ Select Settings  to display the Settings options.
 ➍ Select the Audio Alerts  to display Audio Alerts options.
 ➎ Select Screen Timeout  to display Screen Timeout options.
 ➏ Select Network Technology  to display Network Technology options.
 ➐ Select Sleep Mode  to display Sleep Mode options
 ➑ Select Factory Reset  to access the Factory Reset option.
 ➒ Select Advanced Settings  to display instructions to configure advanced features and 
settings.
 ➓ Tap the Airplane Mode  or Stealth Mode  button to activate either option.

➒ Select Advanced Settings  to display instructions to configure advanced features and 
settings.
Tap Menu Select Settings Select Desired Setting Display Setting Options

56On the Jetpack Admin Website
The Jetpack Settings  page allows you to make administration password and preference changes; 
obtain software update information; backup and restore files to your Jetpack; and set GPS 
preferences. The Jetpack Settings page contains the following sections:
 •Wi-Fi  (See Wi-Fi  on page 57.)
 •Jetpack  (See  on page 62.)
 •Advanced  (See Advanced  on page 73.)

57Wi-Fi
The Wi-Fi section allows you to enable Wi-Fi devices to connect to the Jetpack Primary and Guest 
Wi-Fi networks, to change the General Wi-Fi Settings including Wi-Fi Name/Password, to select 
the type of security, and to turn ON/OFF Wi-Fi Options for each network. You can also access and 
customize the Advanced Wi-Fi settings.
The Wi-Fi section includes the following subsections:
 •General — Allows selection of settings that apply to all networks in use.
 •Primary Network — Allows 
 •Guest Network — Allows 
Jetpack Settings - Wi-Fi  General

58General
The Wi-Fi General subsection allows you to allow Wi-Fi devices to connect to your Jetpack, change 
Network and Wi-Fi Connections Settings, and customize Band Settings.
To allow Wi-Fi devices to connect to the Jetpack:
 ➊ Slide the ON/OFF button to ON.
 ➋ Click Save Changes  to accept and activate the setting.
To select or turn off Band Settings for the Primary and Guest networks:
 ➊ Open the 2.4 GHz Band dropdown menu and select one of the options. Your available 
options are Off, Primary network, or Guest network. 
 ➋ Open the 5 GHz Band dropdown menu and select one of the options. Your available options 
are Off, Primary network, or Guest network.Click Save Changes  to accept and activate the 
settings.
To change the maximum number of Wi-Fi devices that can connect to the Jetpack  (the default is set 
to 15):
 ➊ Open the Max Wi-Fi Connections  dropdown to display available options.
 ➋ Highlight the selected maximum number of connections.

59 ➌ Click Save Changes  to accept and activate the setting.
To customize the Band Settings :
 ➊ Click on the 2.4 GHz Band Settings  or 5 GHz Band Settings  link to display the available Band 
 ➋ Open the appropriate Band Setting dropdown and highlight to an option to select.
 ➌ Click Save Changes  to accept and activate the settings.

60Primary Network
The Wi-Fi Primary Network subsection allows you to change your Wi-Fi Name (SSID) and Password 
(Key), select the type of security, and turn Options ON/OFF for your Primary Network. 
To change the Primary Network Wi-Fi Name (SSID):
 ➊ Delete the existing Wi-Fi name from the Wi-Fi Name (SSID) field.
 ➋ Type the new Wi-Fi name into the field.
 ➌ Click Save Changes  to accept and activate the new name.

61To select or change the type of Wi-Fi security for the Primary Network:
 ➊ Open the Security  dropdown menu to display security options.
 ➋ Select the appropriate type of security.
 ➌ Click Save Changes  to accept and activate the selection. 
To select or change the Wi-Fi Password (Key)  for the Primary Network:
 ➊ Delete the existing Wi-Fi name from the Wi-Fi Password (Key)  field.
 ➋ Type the new Wi-Fi Password into the field.
 ➌ Click Save Changes  to activate the new Wi-Fi Password.

62To turn Options  ON/OFF for the Primary Network:
 ➊ Click the Options  link to display available options. Options currently turned ON will display 
with a checkmark in a red box.
 ➋ Click the option checkbox to turn the option ON or OFF.
 ➌ Click Save Changes  to accept and activate the changes.
Guest Network
Use the Guest Network to temporarily share Internet access with guests. It creates a separate Wi-Fi 
network with a different name and password, and provides the same configuration options as the 
Primary network.  Users on the Guest network are isolated from users on your primary network.
To turn the Guest Network ON/OFF from your Jetpack device:
 ➊ Tap Menu >Wi-Fi > Wi-Fi Network Selection.
 ➋ Select either 2.4 GHz Band or 5 GHz Band.
 ➌ Tap  Guest Network to turn the Guest Network on .  Tap  Off to turn the Guest Network off.

63Jetpack
The Jetpack section allows you to change the Jetpack Admin Password, select device preferences, 
check current software version and check for updates, backup your Jetpack settings, and set GPS 
preferences. The Jetpack Settings Jetpack  section contains the following menu options:
 •Jetpack Admin Password  (See Jetpack Admin Password  on page 64.)
 •Preferences  (See Preferences  on page 66.)
 •Software Update  (See Software Update  on page 67.)
 •Backup and Restore  (See Backup and Restore  on page 68.)
 •GPS (See GPS  on page 70.)
Jetpack Settings - Jetpack Admin Password

64Jetpack Admin Password
The Jetpack Admin Password page allows you to display, hide and/or change the Admin Password.
Display or Hide the Admin Password
Slide the ON/OFF button to ON to display the Jetpack Admin Password on the device or OFF  to hide 
the Jetpack Admin Password on the device.
Display Jetpack Admin Password
Change the Admin Password
To change your Admin Password:
 ➊ Type your current password in the Current Admin Password  field. Select Continue to display 
the Change Jetpack Admin Password  screen.
 ➋ Type your new password in the New Admin Password  field.
 ➌ Type your new password a second time in the Confirm new Admin Password  field.
 ➍ Select a security question from the dropdown menu options.
 ➎ Type the answer to the selected security question in the Answer security question  field.

65 ➏ Click Save Changes  to save any changes made to your password. 
Changes to Jetpack Admin Password

66Preferences
The Preferences page contains the following options:
 •Allow Settings Changes  — Turn on to allow settings to be changed from the Jetpack display.
 •Allow Reset Button  — Turn on to allow settings to be changed from the Jetpack display
 •Universal Charging  — Use this feature to charge your cellphone or similar device.
 •Device Preferences  — Allows you to set the behaviour of the Jetpack.
 •Notifications —   Allows you to turn ON/OFF listed notifications.
 •User Preferences —  Allows you to customize the date, time, distance and number formats.
Jetpack Settings - Jetpack Preferences

67Software Update
The Software Update page contains the following sections:
 •Current software version — Displays information for the current software version, date of last 
check for updates and the number of updates currently available.
 •Checked for New System Update  — Displays the date of the last software update.
 •Last System Update  — Displays the software update history.
Jetpack Settings - Software Update

68Backup and Restore
The Backup and Restore page contains the following sections:
 •Backup  — Allows you to save your Jetpack settings to your computer. You must enter your 
Admin Password in the Admin Password  field and click Download  to save settings to your 
computer.
 •Restore  — Allows you to upload a previously saved backup file from your computer to your 
Jetpack. Click Browse  and select a file, then enter the Admin Password in effect when the 
backup file was saved in the Admin Password  field and click Restore Now .
 •Restore to Factory Defaults  — Allows you to restore all settings on your Jetpack to the 
factory default values. Click Restore Factory Defaults  to restore all such settings. If prompted 
for a password, use the default Admin Password which is admin . 
 •Restart Jetpack  — Use to restart your Jetpack. 
 •Shutdown Jetpack  — Use to shutdown your Jetpack.
Jetpack Settings - Jetpack Backup and Restore

69To save your Jetpack settings to your computer:
 ➊ Enter your Admin Password in the Admin Password field.
 ➋ Click Download  to save your current Jetpack settings to a designated location on your 
computer.
Download Current Jetpack Settings
To restore a previous version of your Jetpack settings to your Jetpack device:
 ➊ Click Browse  to navigate to the desired settings backup file saved on your computer.
 ➋ Enter the Admin Password in effect when the backup file was saved in the Admin Password 
field.
 ➌ Click  Restore Now .
Restore Previous Jetpack Settings
To restore all settings on your Jetpack to factory default settings:
 ➊ Click Restore Factory Defaults .
 ➋ If prompted for a password, enter the default Admin Password admin .
Restore Factory Defaults

70GPS
The GPS page contains the following sections:
 •GPS ON/OFF  — Use this control to turn ON/OFF the GPS feature.
 •Turn off  —  Allows you to set when the GPS receiver will turn off, once it is on.
 •GPS over Wi-Fi (NMEA)  —  Allows you to download and install the GPS over Wi-Fi driver for 
your computing platform.
Jetpack Settings - Jetpack GPS
To turn GPS ON:
 ➋ Read the GPS Agreement and click Confirm .  
Jetpack Settings - Jetpack GPS Turn ON

71The active GPS page displays, showing your current location on a map and providing options to 
manage when GPS is turned off and  to download GPS drivers.
Jetpack Settings - Active GPS

72To activate GPS over Wi-Fi (NMEA):
 ➊ Click GPS over Wi-Fi (NMEA) .
 ➋ Click the Turn ON GPS  over Wi-Fi  checkbox.
 ➌ Click Download GPS over Wi-Fi Drivers  and select the appropriate driver from the list of 
available drivers. Save the driver to the desired location on your computer.
 ➍ Open the driver .exe file and follow the installation instructions.
 ➎ Click Save Changes  to finalize and accept the new GPS settings. 
Jetpack Settings - Jetpack GPS download GPS over Wi-Fi Drivers

73Advanced
The Advanced section allows you to change the Jetpack advanced settings. The Advanced page 
provides networks, manual DNS, SIM, firewall, MAC filter and LAN settings, as well as options for 
configuring port filtering and forwarding applications.
IMPORTANT!  Changing the Jetpack's Advanced settings can adversely affect stability, 
performance and security of the Jetpack.
Jetpack Settings -  Advanced Settings Warning
Click Continue  on the Advanced page to access Advanced page options.

74The Advanced page contains the following menu options:
 •Networks  (See Networks  on page 75.)
 •Manual DNS  (See Manual DNS  on page 77.)
 •SIM (See SIM on page 78.)
 •Firewall  (See Firewall  on page 79.)
 •MAC Filter (See MAC Filter  on page 80.)
 •LAN (See LAN  on page 81.)
 •Port Filtering  (See Port Filtering  on page 82.)
 •Port Forwarding  (See Port Forwarding  on page 84.)
Jetpack Settings Advanced - Networks

75Networks
The Networks menu contains the following sections:
 •Cellular Data  — Allows you to turn off cellular data to prevent all internet traffic from using 
the Jetpack mobile broadband connection.
 •Preferred network technology  — Allows you to select the network technologies whivh 
will be used. The choices are Global, LTE only, CDMA only, and LTE/UMTS/GSM.
 •Content Delivery Optimization (CDO)  — Provides better download performance for a 
single user.
 •Show Advanced Settings  — Click to display or change the following:
 » 4G LTE APN  — Displays the network carrier APN
 » GSM/UMTS/HSPA APN  — Use only when a non-Verizon SIM is inserted.
 •Save Changes — Use to activate and save new settings.
 •
Jetpack Settings Advanced Networks - Cellular Data ON

76To turn off cellular data and prevent all internet traffic from using the Jetpack mobile broadband 
connection:
 ➊ Slide the Cellular Data ON/OFF button to OFF .
 ➋ Click Confirm  on the Confirm warning pop-up window.
  NOTE  All internet connections will be immediately terminated when you click Confirm.
 ➌ Click Save Changes  to accept and finalize the new Advanced Networks settings.
Turn Cellular Data OFF Confirmation
To change your preferred network technology:
 ➊ Select the desired network technology from the dropdown menu. Choose from Global, 
LTE only, CDMA only, and LTE/UMTS/GSM .
 ➋ Click Save Changes to accept and finalize the revised preferred network setting.
To turn on Content Delivery Optimization for better download performance for a single user:
 ➊ Click the Content Delivery Optimization checkbox.
 ➋ Click Save Changes  to accept and finalize the revised CDO setting.
To display or change the Networks Advanced Settings:

➊ Click the Content Delivery Optimization checkbox.
 ➊ Click Show Advanced Settings . The 4G LTE APN displays the pre-configured APN and should 
not be changed unless you have a corporate account with your own APN.
 ➋ If you are using a non-Verizon SIM, enter the APN in the GSM/UMTS/HSPA APN  field.

77Manual DNS
The Jetpack automatically selects a Domain Name Server (DNS). The Manual DNS menu allows you 
to manually select up to two DNS IP addresses.
Jetpack Settings Advanced - Manual DNS
To manually select a Domain Name Server:
 ➊ Click the box next to Enable manual DNS .
 ➋ Enter the IP address for the first DNS in the DNS 1 IP address  field.
 ➌ Enter the IP address for the second DNS in the DNS 2 IP address  field, if applicable.
 ➍ Click Save Changes .

78SIM 
The SIM menu gives you settings and information about the Jetpack's Subscriber Identity Module 
(SIM) card. The SIM card inside your Jetpack can be locked with a PIN code for additional security. If 
locked, the PIN code must be entered before the Jetpack can connect to the Internet. The SIM menu 
takes you to the SIM page. The SIM menu has the following options:
 •SIM PIN Lock feature  — Indicates whether or not the PIN lock feature is in use. If ON, the PIN 
lock has been turned on, and the SIM PIN must be entered in order to connect to the mobile 
network. If OFF, the PIN lock feature is not turned on, and the SIM PIN is not required.
 •SIM status   — Indicates the current status of the SIM card. Possible values include:
 •Ready  — This is the normal state. The SIM PIN is not used.
 •PIN Locked  — The SIM PIN must be entered before you can use the mobile network.
 •PUK Locked  — The PUK for the SIM must be entered in order to continue. The PUK can be

•PIN Locked  — The SIM PIN must be entered before you can use the mobile network.
 •PUK Locked  — The PUK for the SIM must be entered in order to continue. The PUK can be 
obtained from your service provider.
 •Unlocked  — The SIM PIN is needed, but has already been entered.
 •No SIM  — No SIM was detected. If you do have a SIM, check that it is inserted correctly.
 •SIM Error  — A SIM was detected, but it did not respond as expected, and cannot be used.
 •Desired action  — Allows you to turn the PIN lock feature ON/OFF.
 •Enter current PIN  — Type the desired PIN in the Enter current PIN  field. The default PIN is 1111.
 •Save Changes  — Use to activate and save new settings.
Jetpack Settings Advanced - SIM 
IMPORTANT!  Entering an incorrect PIN will lock the SIM. The default PIN is 1111 .

79Firewall
The Jetpack firewall determines which Internet traffic is allowed. The Firewall menu contains the 
following sections:
 •VPN Passthrough  — Turns ON/OFF the VPN feature and allows or disallows connected 
devices to establish a VPN tunnel.
 •If  ON, this feature allows VPN clients to connect through the Jetpack to remote VPN 
Servers. Normally, this option should be turned on. 
 •If OFF , VPN clients are not allowed to connect.
 •IPv6 Transparent Mode  — Allows connected devices to be accessible from the Internet.
 •DMZ  (IPv4)  — Allows the connected device specified as the DMZ IP address to receive all 
traffic which would otherwise be blocked by the firewall.
 •DMZ (checkbox)  — Use the checkbox to turn ON/OFF the DMZ feature. 
 •DMZ IP Address  — Enter the IP address of the connected device you wish to become the 
DMZ device.
Jetpack Settings Advanced - Firewall

80MAC Filter
The MAC Filter allows you to specify which devices can access the Jetpack Wi-Fi network. 
ON/OFF  — Turns the MAC Filter ON/OFF. Before turning on, ensure that the Allowed Devices list is 
not empty. When turning on, any Connected Device which is not in the Allowed Devices list will 
immediately be disconnected.
 •Refresh  — Use to refresh the screen and delete any unsaved changes.
 •Add Device  — Use to add a new device to the devices list.
Jetpack Settings Advanced - MAC Filter
To add a device to the device list:
 ➊ Click Add Device and enter the device name in the Name field.
 ➋ Select the device type from the Type  dropdown menu.
 ➌ Enter the MAC Address in the MAC Address  field.
 ➍ Mark the Blocked  and/or MAC Address Filter  check box as required.
 ➎ Click Save Changes  to activate and save the settings.

81LAN 
The LAN page gives you settings and information about the Jetpack's network. The LAN menu 
contains the following sections:
 •IPv4
 •IP address  — The IP address for the Jetpack.
 •Subnet mask  — The subnet mask network setting for the Jetpack. The default value 
255.255.255.0 is standard for small (class "C") networks. If you change the LAN IP Address, 
ensure you use the correct Subnet Mask for the IP address range containing the LAN IP 
address.
 •MAC address  — The Media Access Controller (MAC) or physical address for the Jetpack.
 •Turn On DHCP server  — The Turn On DHCP Server  checkbox enables or disables the DHCP 
Server feature. Normally this should be left turned on.
 •Start DHCP address range at  — The start range of IP addresses reserved for use by the 
Jetpack's DHCP server table.
 •DHCP address range  — The current range of IP addresses reserved for use by Jetpack's 
DHCP server table. If a device with a static IP address wants to connect to MiFi 7730L's

•DHCP address range  — The current range of IP addresses reserved for use by Jetpack's 
DHCP server table. If a device with a static IP address wants to connect to MiFi 7730L's 
network, the static IP should be outside of the DHCP address range. Most devices do not 
have a static IP .
 •DHCP lease time  — Use todetermine how often connected devices must renew the IP 
address assigned to them by the DHCP server. Normally this is left at the default value, 
but if you have special requirements you can change the value.
 •IPv6
 •Enable IPv6  — The Enable IPv6  checkbox turns ON/OFF the IPv6 feature.
 •Link-Local address  — Displays the local address when IPv6 is turned on.

82
Jetpack Settings Advanced - LAN
Port Filtering
Port Filtering allows you to block outgoing Internet connections and permit only allowed 
applications to access the Internet. You can also customize a list of allowed applications which 
permits only certain programs to connect to the Internet. 
Slide the ON/OFF button to ON to turn on Port Filtering. When the feature is turned on  you must 
select a port filtering application in the Applications  list to allow that application to connect to 
the Internet. For example, if you select VPN in the Applications list but do not select HTTP , you can 
connect to a VPN server but you cannot connect to a web page using your Internet browser. 
The Port Filtering menu contains the following sections:
 •Applications  — Turn on each port filtering application that needs to be able to access the 
Internet by checking the box next to one or more applications. When port filtering is turned 
on, all other applications are blocked.

 •Custom Applications  — You can define your own applications, and then turn them ON/
OFF as needed. To define an application, you need to know the outgoing ports used by the 
application. 
 •Add Custom Application  — Use to define your own applications, and then turn them on 
or off as needed.

83
Jetpack Settings Advanced - Port Filtering
To select the applications you wish to allow:
 ➊ Mark the checkbox to the left of the application.  The choices are Email (POP3, IMAP , SMTP), 
FTP , HTTP , HTTPS, and Telnet.
 ➋ Click Add Custom Application  to add a new custom application to the list of allowed 
applications. You can define and turn on custom Port Filtering applications. You need to 
know details of the traffic used and generated by the applications you wish to define. 
  NOTE  The Add Custom Application  option is only available when port filtering is turned ON. You can 
add up to ten custom applications.
The Custom Port Filtering page uses check boxes to turn on port filtering for custom 
applications. Similar to the Applications list, you must turn on custom applications so they 
can connect to the Internet.
 ➌ Enter the beginning of the range of port numbers used by outgoing traffic for the custom 
application being added in the Start Port  field.

 ➍ Enter the end of the range of port numbers in the End Port field. If the port is a single port 
instead of a range, type the same value for both the Start Port  and the End Port .
 ➎ Select the protocol (TCP , UDP , or both) used by each port range from the Protocol  dropdown 
menu.
 ➏ Click Save Changes  to activate and save any changes made to the custom applications.
 ➐ Select the Delete  checkbox next to any custom application you wish to delete and click Save 
Changes .

84Port Forwarding
Port Forwarding allows incoming traffic from the Internet to be forwarded to a particular computer 
or device on your Wi-Fi network. Normally, the built-in firewall blocks incoming traffic from the 
Internet. Use Port Forwarding to allow Internet users to access any server you are running on your 
computer, such as a Web, FTP , or E-mail server. For some online games, Port Forwarding must be 
used in order for the games to function correctly. The Port Forwarding menu contains the following 
sections:
 •ON/OFF  — Slide the ON/OFF button to ON to activate Port Forwarding.
 •Default Applications  — The IP address for the selected application. Choose from DNS, FTP , 
HTTP , POP3, SMTP , SNMP Telnet and TFTP .
 •Custom Applications
 •Add Custom Application  — Allows you to define your own applications. Once defined, 
these applications can be turned ON/OFF in the same way as pre-defined applications.

Jetpack Settings Advanced - Port Forwarding

85Universal Charging
Universal Charging  allows you to charge your phone or other device using your Jetpack. You can 
also set battery charging limits, check current charging availability, and customize your device 
preferences. 
To charge your phone or other device using your Jetpack:
 ➋ Tap Menu  to display a list of Menu options.
 ➌ Select Universal  Charging  to display remaining battery charge. 
 ➍ Tap  Universal Charging  to display an animation showing how to connect and charge a 
phone or other device using the Universal Charging port.
 ➎ Tap < to return to the Menu screen, or the Home icon 
Current Charging Availability Instruction Animation Instruction Animation Instruction Animation
On the Jetpack Admin Website

to return to the Home screen.
The Jetpack Settings Jetpack Preferences page provides many options to customize the behaviour 
of your Jetpack. (See Preferences  on page 66.)

86Wi-Fi Protected Setup (WPS)
WPS  is a system that allows Wi-Fi devices to connect to a Wi-Fi network without having to manually 
enter the network key, and is accessible through the Jetpack display.
To set-up WPS:
 ➌ Select Wi-Fi  to display Wi-Fi options. 
 ➍ Select Wi-Fi Protected Setup (WPS)  to display instructions to setup either PIN Input  or Push 
Button  WPS.

87Messages
Messages displays the number of unopened messages sent to your Jetpack, and allows you to read 
and retain or delete each message. 
To display unread messages:
 ➊ On the Home screen tap Menu , then select Messages  to display the the Messages page. 
Swipe to scroll through the messages.
 ➋ To delete the message, tap the Delete  button. To retain the message, swipe to move to the 
next unread message.
Tap Menu Select Messages Tap Delete to Delete Message Tap < to Return to the Menu

88On the Jetpack Admin Website
The Jetpack Messages page displays all existing Verizon system messages, and allows you to 
delete messages individually or all messages at one time. Unread messages are marked with a red 
message icon 
  .
Jetpack Messages
To delete existing messages:
 ➊ To delete one message at a time, click the garbage can icon for each message you want to 
delete.
Jetpack Messages - Delete

89 ➋ To delete all messages at one time, click Delete All Messages  at the bottom of the page.
Jetpack Messages - Delete All

90MiFi Share
MiFi Share  allows you to share files and folders with connected devices on the Jetpack’s Wi-Fi 
network when a USB mass storage device is connected to the USB C port. 
To configure the MiFi Share content and access settings:
 ➊ On the Home screen, tap Menu  and select MiFi Share  to display the MiFi Share options. 
 ➋ Select the desired option and tap the ON/OFF button to turn the setting ON or OFF.
 ➌ To display instructions on how to access shared folders, Sign In to the Jetpack Admin 
Website and select MiFi Share > How do I access the shared folders?
 ➍ Tap < to return to the Menu screen, or the Home icon 
Tap Menu Select MiFi Share Select Content to Share Select Access and Access Type

91On the Jetpack Admin Website
The MiFi Share  page allows you to turn MiFi Share and the Jetpack touchscreen ON/OFF. You can 
also select content to share, access type (read-write or read-only), and Network access.
 ➊ To be prompted to share a USB Mass Storage device when connected to your Jetpack, slide 
the MiFi Share  ON/OFF button to ON.
 ➋ To display instructions on how to access the share folders, click on the How do I access the 
shared folders?  link.
 ➌ To allow users to share the Jetpack touchscreen and change settings, slide the Show MiFi 
Share in the Touchscreen Menu  ON/OFF to ON.
 ➍ To select content to share settings, select either All folders and files  or specified top-level 
folders  from the Content to Share  dropdown menu.
 ➎ To select access type settings. select either Read-write  or Read-only  from the Access Type  
dropdown menu.
 ➏ To specify network access, mark the appropriate Network Access  checkbox.

➎ To select access type settings. select either Read-write  or Read-only  from the Access Type  
 ➐ Click Save Changes  to activate and save your settings.
Jetpack MiFi Share

92Software Update
Software Update  allows you to view the current software version and when the last check was made 
for updates, lists available updates, and provides an update history. You can also download and 
install a new update using your Jetpack device. 
To check for a Software update:
 ➊ On the Home screen, tap Menu  and select Software Update  to display the current Software 
and Configuration versions. Tap Check for Update  to check for the latest Software version 
available. 
 ➋ If an update is available, you can choose to download and install the update using your 
Jetpack device.
 ➌ Tap OK to return to the Software Update page.
Software Update option Select Yes to Check Checking for New Version Update Status
The Software Update page displays the current software version, and when a check is made for

The Software Update page displays the current software version, and when a check is made for 
updates lists available updates and provides an update history. (See Software Update on page 
67.)

93About Jetpack
About Jetpack  displays information about your Jetpack, including Internet and roaming status, 
model and version, wireless and IMEI number, and battery charge level.
 ➊ On the Home screen tap Menu , then select About Jetpack  to display model number, 
software and configuration versions, and wireless  number.
 ➋ Swipe to navigate to display the IMEI, battery level, internet status, technology, network, 
signal strength, SNR, and roaming status.
About Jetpack Option Internet Connection Status Jetpack Details

94On the Jetpack Admin website
The About Jetpack page allows you to view detailed information about Jetpack internet status, 
device specific information, diagnostics, troubleshooting and support. The About page contains the 
 •Internet Status  (See Internet Status  on page 94.)
 •Jetpack Info  (See Jetpack Info  on page 96.)
 •Diagnostics  (See Diagnostics  on page 97.)
 •Logs  (See Logs  on page 101.)
Internet Status
The Internet Status page shows Jetpack settings and status and contains the following sections:
 •Internet Status  (See Internet Status  on page 95.)
 •IPv4  (See IPv4  on page 95.)
 •IPv6  (See IPv6  on page 95.)
About Jetpack - Internet Status

95Internet Status
The Internet Status section has the following options:
 •Status  — The status of the Internet connection, usually Connected  or Disconnected .
 •Network name  — The name of the network to which this Jetpack is currently connected.
 •Technology  — The type of technology used to connect to the Internet.
 •Time connected  — How long the Jetpack has been connected to the network.
 •Transmitted  — The amount of data sent to the network.
 •Received  — The amount of data received from the network. 
IPv4
The IPv4 section has the following options:
 •IP Address  — The IP address for the Jetpack.
 •Mask  — The subnet mask network setting for the Jetpack. The default value 255.255.255.0 is 
standard for small (class "C") networks. If you change the LAN IP Address, ensure you use the 
correct Subnet Mask for the IP address range containing the LAN IP address.
 •Gateway  — The address of the server used to access the Internet.
 •DNS  — The address of the Domain Name Server (DNS).

IPv6
The IPv6 section has the following option:

96Jetpack Info
The Jetpack Info page contains detailed information about the Jetpack. The Jetpack Info page 
 •Manufacturer  — The manufacturer of the Jetpack.
 •Model  — The model number or name of the Jetpack.
 •My Jetpack version  — The current Jetpack version.
 •Configuration version  — 
Software Components:
 •MiFi OS version  — The Jetpack operating system (OS), including its components, version.
 •Modem FW version  — The current modem firmware version.
 •Wi-Fi FW version  — The current Wi-Fi firmware version.
 •Web UI version  — The web user interface version.
 •Display UI version  — The current user interface version.
 •PRI version  — The configuration version currently applied to the Jetpack.

97Diagnostics
The Diagnostics page shows information about the Jetpack firmware and other system-level 
information. You can also view the system log. This page is used mostly for troubleshooting and is 
not required for normal operation. The Diagnostics page contains the following sections:
 •Modem  (See Modem  on page 98.)
 •4G LTE Network  (See 4G LTE Network  on page 99.)
 •GSM/UMTS/HSPA Network  (See 4G LTE Network  on page 99.)
 •3G Network (eHRPD/EVDO/1xRTT)  (See GSM/UMTS/HSPA Network  on page 99.)
 •Field Test  (See Field Test  on page 100.)
About Jetpack - Diagnostics

98Modem
The Modem section has the following options:
 •Phone number (MDN)  — The Phone Number or Mobile Directory Number (MDN) is used by 
the mobile data network to identify this particular data service.
 •MEID  — The Mobile Equipment Identifier (MEID) is used by the mobile data network to 
identify this particular modem.
 •IMEI  — The International Mobile Equipment Identity (IMEI) number for the Jetpack.
 •IMEISV  — The International Mobile Equipment Identity (IMEI) combined with an approval 
number for the Jetpack.
 •FW version  — The modem firmware version.
 •SIM status  — Status of the SIM card. If the SIM card is missing, or this field indicates some 
form of SIM error, the Jetpack will not be able to connect to the mobile network.
 •ICCID  — The ID number assigned to the SIM Card.
 •MIN (MSID)  — The Mobile Identification Number (MIN) or Mobile Station ID (MSID) is the 
number associated with the home service provider and the wireless phone number.

•MIN (MSID)  — The Mobile Identification Number (MIN) or Mobile Station ID (MSID) is the 
 •ESN  — The Electronic Serial Number, which is either blank or a pseudo-ESN which is not 
guaranteed to be unique for devices that use an MEID.
 •Home SID  — System identifier for the home network.
 •ERI version  — The Enhanced Roaming Indicator version that is currently installed.
 •PRL version  — The version of the Preferred Roaming List (PRL), which tells the modem which 
non-home carrier towers should provide roaming coverage.
About Jetpack Diagnostics - Modem

994G LTE Network
The 4G LTE Network section has the following options:
 •Status  — Status of the network (Disabled, Not available, or Available).
 •Network operator — The vendor that currently provides wireless access.
 •Signal strength  — Indicates the signal strength for LTE.
 •SNR  — A measure of signal quality; the higher the number the better the signal.
About Jetpack Diagnostics - 4G LTE Network
GSM/UMTS/HSPA Network
The GSM/UMTS/HSPA Network section has the following options:
 •Network operator  — The vendor that currently provides wireless access.
 •Technology  — The current technology in use for the GSM/WCDMA/HSPA network. 
Possible values, from slowest to fastest are GPRS, EDGE, UMTS, HSDPA, HSUPA, HSPA+, 
and HSPA+ DC.
 •PLMN ID  — The name and/or ID of the Public Land Mobile Network.
 •Cell ID  — .The value i dentifies the cell tower currently in use.

 •RSSI  — Indicates the RSSI for the GSM/UMTS/HSPA signal. RSSI is a measure of signal 
strength in decibels, relative to one milliwatt.
 •Roaming  — Indicates if the current connection is a roaming connection .
3G Network (eHRPD/EVDO/1xRTT)
The 3G Network (eHRPD/EVDO/1xRTT) section has the following options:
 •RSSI (1x)  — Indicates the RSSI for the 1xRTT signal.
 •RSSI (EVDO)  — Indicates the signal strength for the EVDO/eHRPD signal.
 •Ec/Io  — A measure of how clean the signal is, and is a type of signal-to-noise ratio.
 •SID — System identifier for the network.

•Ec/Io  — A measure of how clean the signal is, and is a type of signal-to-noise ratio.

100Field Test
Click on Field Test  to provide a list of low-level network parameters which can be helpful for 
technical support staff when they troubleshoot network connectivity issues. 
About Jetpack Diagnostics - Field Test

101Logs
The Logs page allows you to turn logs ON/OFF, and to delete system logs.
  NOTE  Logs record various operations and are used for troubleshooting and are not needed for normal 
Jetpack operation. 
Turn on Logs
To turn on system logs:
 ➊ Select the checkbox next to Turn on logs . 
About Jetpack Logs - Turn On
 ➋ Click Save Changes .
About Jetpack Logs - Save Changes

102Turn Off Logs
To turn off system logs:
 ➊ Deselect the checkbox next to Turn on logs . 
About Jetpack Logs - Turn Off
Delete System Log
To delete a system log:
 ➊ Select the checkbox next to Turn on logs .

103 ➋ Select the appropriate time period for the deletion of system logs from the dropdown menu 
next to Delete system log .The choices are after 1 - 4 days. If the system log is full, then the 
oldest data is discarded, regardless of this setting.
About Jetpack Logs - Set Delete System Log

104Help
Help displays directions for connecting to the Jetpack Admin website, managing Guest Wi-Fi, and 
accessing WPS, Tutorial, Unlock SIM, Universal Charging, MiFi Share and GPS.  
To display Help options:
 ➊ On the Home screen, tap Help  to open the Help screen options. Help options include 
Jetpack Admin Website , Guest Wi-Fi,  Wi-Fi Protected Setup (WPS), Tutorial,  Unlock SIM , 
Universal Charging, MiFi Share  and GPS .
 ➋ Swipe up/down to highlight the desired Help option, then press to display option choices 
and information.
Help Option Select Help Option Jetpack Admin Website Help Guest Wi-Fi Help
Wi-Fi Protected Setup Help Welcome Tutorial Help Select Help Option Unlock SIM Help
Universal Charging Help MiFi Share Help GPS Help Return to Home page
 ➍ Tap 

105On the Jetpack Admin website
The Help  page provides links to detailed information about using your Jetpack and the Jetpack 
Admin Website, as well as links to access Jetpack Advanced Features. The Help Support section 
provides links to Quick Links, Self-Service Support, and Customer Care. The Help page contains the 
 •Help  (See Internet Status  on page 105.)
 •Support  (See Jetpack Info  on page 96.)
Help
Support

107Overview
When properly installed, the Jetpack is a highly reliable product. Most problems are caused by one 
of these issues:
 •System resources required by the Jetpack are being used by other devices.
 •Network coverage is unavailable due to coverage area, an account problem, or a network 
problem.
The following tips can help solve many common problems encountered while using the Jetpack.
 •Make sure you are using the Jetpack in the correct geographic region.
 •Ensure you have an active subscription plan.
 •Restarting your computer and your Jetpack can resolve many issues.
IMPORTANT  Before contacting support, be sure to restart both your computer and your 
MiFi 7730L, and ensure that your SIM card is inserted correctly .

108Common Problems and Solutions
My Jetpack just powered off without my pressing the power button. Why?
This may occur under any of the following circumstances.
 •Pressing the Master Reset button
 •Jetpack automatically restarting after configuration changes
 •Switching profiles
 •Restoring the configuration settings
 •Battery depletion
To restore battery power, follow these steps.
 ➊ Manually press and hold the power button to turn it back on.
 ➋ If the battery is depleted, charge the Jetpack with the wall charger.
How do I reset the Jetpack back to factory settings? 
The master reset button is in a small hole located on the bottom of the Jetpack, underneath the 
battery cover. This button returns the Jetpack to factory settings, including re-setting the Wi-Fi 
Name (SSID) and Wi-Fi Password. To reset the Jetpack, follow these steps.
 ➊ Place one end of an unfolded paper clip into the master reset button hole.

 ➋ Press the reset button with the unfolded paper clip until the display shows "MiFi Powering 
Off" (about five to six seconds), then your Jetpack will restart.
WARNING!  The "Reset to Factory Defaults" operation overwrites ALL existing settings. If 
the Wi-Fi settings change, you will lose this connection, and need to reconnect using the new 
settings.

109How do I reset the Access Point and Router settings back to factory settings?
To reset the access point and router settings, follow these steps.
 ➊ Connect to Jetpack Settings by connecting your computer to the MiFi wireless network and 
going to http://my. jetpack  or http://192.168.1.1  in your browser.
 ➋ Connect to the Jetpack Backup and Restore page.The Backup and Restore page has a 
Restore to Factory Defaults  button. This button resets all Access Point and Router settings to 
their factory default values. All existing settings are lost. (See Backup and Restore on page 
71).
No service is available.
 •Reorient your device. If you are inside a building or near a structure that may be blocking the 
signal, change the position or location of the device. For example, try moving your device 
close to a window.
 •You are outside your coverage area, or there may be a problem with your account. Check 
with your network operator.

The Jetpack has no power or the device screen does not display when the  
power button is pressed.
 •Make sure the battery is properly seated in the device.
 •Make sure the battery is fully charged. Plug in the AC charger for at least 3 hours.
I forgot my Wi-Fi Password.
 •Select Wi-Fi Name/Password  to display your Wi-Fi Name (SSID) and Wi-Fi Password.
I forgot my Jetpack Admin website Password.
 •Select Help > Jetpack Admin website  to display the Jetpack Admin website URL and  Admin 
Password.

110I cannot connect to my Jetpack.
 •Make sure the Network Signal Strength indicator displays at least one bar and that the type 
of network is displayed on the device Home page.
 •Make sure your Windows Wi-Fi adapter/Mac AirPort is turned on. (Refer to your computer’s 
Help if you need assistance.)
 ➊ Open your wireless network connection list:
Windows:  Right-click icon and select View Available Networks .
Mac:  Pull down list from AirPort icon.
 ➋ Windows:  Click Connect .
Mac:  Select the network name.
When your device is connected to the network, the Connected Devices icon in the status bar 
will show a connected device.
I see the network name but cannot connect to my Jetpack.
 •Go to Wi-Fi Name/Password to check that you are using the correct Wi-Fi password.
How do I disconnect from the network?
From the Jetpack device:
 ➊ To disconnect from the Wi-Fi network, select Settings > Wi-Fi > Turn Off .
From the Jetpack Admin network:

 ➊ Go to http://my.jetpack  to open the My Jetpack Home page.
 ➋ Sign In using your Web Interface password.
 ➌ Click Sign Out .
How can I find out how many users are connected to my Jetpack?
 •Check the Connected Devices  icon in the status panel on the Home page of your Jetpack. The 
number of connected devices is displayed to the right of the icon.

111From the Jetpack Admin website:
 •Check the Connected Devices  icon in the status panel on the My Jetpack Home page of your 
Jetpack Admin website. The number of connected devices is displayed to the right of the 
icon. To get detailed information on connected and block devices, click Connected Devices  
on the navigation panel.
How can I get detailed information about the devices that are connected to my 
Jetpack?
 ➊ Select Connected Devices > Wi-Fi Devices  to display the type, name, and IP address of each 
device connected to the Jetpack Network.
 ➋ Select Connected Devices > USB Tethering  to display the type, name, and IP address of any 
device connected to the Jetpack via the Universal Charging port.
 ➌ To display more detailed information for connected devices, go to http://my.jetpack  to open 
the Home page, then Sign In using your Jetpack Admin Password.  Select Connected Devices  
from the Navigation panel to display additional details for all currently connected and

from the Navigation panel to display additional details for all currently connected and 
blocked devices.
How do I check the firmware version installed on my Jetpack?
 •Select Software Update  to display the current version installed.  To check for new update, 
select Software Update > Next > Yes .
How do I check the battery level of my Jetpack?
 •Check the battery icon on the status panel on the Home page of the Jetpack device.
How do I turn off my Jetpack?
 •Press and hold the Power button until the display shows MiFi .
How can I tell that my Jetpack is still on after the device screen goes off?
 •When the display is off (sleep mode) and the Jetpack is turned on, the blue Power indicator 
on the front panel of the Jetpack blinks.
Power Indicator

112Technical Support
IMPORTANT  Before contacting support, be sure to re-start both your computer and the 
MiFi 7730L.
Technical Support
Contact your service provider for assistance. When calling, you may be asked for the wireless 
number of your Jetpack. To find your Jetpack’s wireless number, go to  About Jetpack > Jetpack Info 
on your device, or  http://my.jetpack on the Web User Interface.

Regulatory Statements
Wireless Communications

114Product Specifications
General
Name: Verizon Jetpack® 4G LTE Mobile Hotspot - MiFi® 7730L
Model: MIFI7730L
Approvals: FCC (North America)
Weight: 130 g / 4.6 oz
Dimensions: 109 mm x 67 mm x 18 mm,  
4.29 in x 2.64 in x 0.71 in
Wireless Network  LTE, CDMA, HSPA+/UMTS, GPRS/EDGE
Wireless Network –  
Wi-Fi ModeReal simultaneous Dual Band
802.11 b/g/a/n/ac  
2.4 GHz/5.0 GHz
Display 2.4 in color touchscreen LCD
Default SSID MiFi7730L-XXXX
Battery
 •Size
 •Time required for full charge
 •Usage4400 mAh
3 hours (when not in use)
Up to 24 hours
Chip Set: QUALCOMM® MDM9640 
Interface Type: Type C USB Port for Quick Charge charging port, Internet 
over USB,  
content access  
Type A USB port, used by Universal Charging feature
Memory: RAM = 128MB, LPDDR
FLASH = 256MB, NAND
Technology: LTE, CDMA EV-DO rA, HSPA+/UMTS, GPRS/EDGE
Band Designation: CAT 9 LTE w/3-Carrier CA
Bands: LTE US – B2/B4/B5/B13/B66
LTE Global  – B3/B4/B7/B20/B28
CDMA 1x/EV-DO rA – BC0/BC1

HSPA+, /UMTS – B1/B2/B5/B8
GPRS/EDGE:    B2/B3/B5/B8
sGPS/XTRA capable

115Environmental
Operating Temperature: -10° C to 55° C (x°F to xx° F) 
Storage Temperature: -30° C to 70° C (x° F to xx° F)  
Battery Charging 0° C to 40° C (x      )
Relative Humidity The device shall be fully operational up to a maximum of 93% 
relative humidity (non-condensing).
Drop: The device accessories (battery and charger) shall withstand 
drop from 1.5m onto hard surface (stone, concrete, metal) 
without mechanical, electrical, or functional damage, except 
for slight scratches or mars.
The housing will withstand drop from 1.25m onto hard 
surface stone, concrete, metal) without mechanical, electrical, 
or functional damage, except for slight scratches or mars  
Electrostatic Discharge The device shall be able to withstand the following ESD: 8kV 
contact / 15kV air discharge.
Vibration Stability: The device shall be able to withstand the following vibration 
profile: 10-2000Hz, 1.5G acceleration, 3 axes.

116Regulatory Statements
Federal Communications Commission Notice (FCC – United States)
Electronic devices, including computers and wireless modems, generate RF energy incidental to their 
intended function and are therefore subject to FCC rules and regulations.
This equipment has been tested to, and found to be within the acceptable limits for a Class B digital device, 
pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against 
harmful interference when the equipment is operated in a residential environment. 
This equipment generates radio frequency energy and is designed for use in accordance with the 
manufacturer’s user manual. However, there is no guarantee that interference will not occur in any particular 
installation. If this equipment causes harmful interference to radio or television reception, which can be 
determined by turning the equipment off and on, you are encouraged to try to correct the interference by

determined by turning the equipment off and on, you are encouraged to try to correct the interference by 
one or more of the following measures.
• Increase the separation between the equipment and the receiver.
• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
• Consult the dealer or an experienced radio/television technician for help.
This device complies with Part 15 of the Federal Communications Commission (FCC) Rules. Operation is 
subject to the following two conditions.
• This device may not cause harmful interference.
• This device must accept any interference received, including interference that may cause undesired 
WARNING: DO NOT ATTEMPT TO SERVICE THE WIRELESS COMMUNICATION DEVICE YOURSELF. SUCH ACTION 
MAY VOID THE WARRANTY . THE Jetpack MODEM IS FACTORY TUNED. NO CUSTOMER CALIBRATION OR TUNING

MAY VOID THE WARRANTY . THE Jetpack MODEM IS FACTORY TUNED. NO CUSTOMER CALIBRATION OR TUNING 
IS REQUIRED. CONTACT NOVATEL WIRELESS TECHNICAL SUPPORT FOR INFORMATION ABOUT SERVICING YOUR 
WIRELESS COMMUNICATION DEVICE.
FCC CAUTION:  Any changes or modification not expressly approved by the party responsible for compliance 
could void the user's authority to operate this equipment.
MODIFICATIONS: The FCC requires that you be notified that any changes or modifications made to this 
device that are not expressly approved by Novatel Wireless, Inc. may void your authority to operate the 
equipment.
NOTE: The Radio Frequency (RF) emitter installed in your modem must not be located or operated in 
conjunction with any other antenna or transmitter, unless specifically authorized by Novatel Wireless 
Technologies.

117RF Exposure Content
FCC Equipment Authorization ID : PKRNVWMIFI7730
This device is authorized for use in mobile and portable applications.
This product has been evaluated for SAR and meets the FCC Guidelines for exposure to radio waves.
For better signal reception, coverage range and data throughput, do not place the router near 
any physical obstruction, including in a pocket or in close proximity of any object. For RF Safety, a 
mandatory minimum of 10 mm (1 cm) should be maintained between the device and any part of 
a human body when using the device. Increasing the separation between the device and the body 
will result in better reception and reduced exposure to radio energy.

118Wireless Communications
IMPORTANT  Due to the transmission and reception properties of wireless communications, 
data occasionally can be lost or delayed. 
This can be due to the variation in radio signal strength that results from changes in the 
characteristics of the radio transmission path. Although data loss is rare, the environment where you 
operate the modem might adversely affect communications.
Variations in radio signal strength are referred to as fading. Fading is caused by several different 
factors including signal reflection, the ionosphere, and interference from other radio channels. 
Novatel Wireless or its partners will not be held responsible for damages of any kind resulting 
from the delays or errors in data transmitted or received with the Jetpack device, or failure of the 
MiFi 7730L device to transmit or receive such data.
Novatel Wireless, Inc. warrants for the 12-month period immediately following receipt of the

119Safety Hazards
Do not operate the Jetpack in an environment that might be susceptible to radio interference 
resulting in danger, specifically:

120Electrostatic discharge (ESD) 

121Proper Battery Use and Disposal
delayed. 

 •Avoid dropping the Jetpack or battery. If the Jetpack or the battery is dropped, especially on 
a hard surface, and the user suspects damage, take it to a service center for inspection.

123Glossary
 ● 1X — The core CDMA2000 wireless air interface standard. The designation “1X” , meaning 1 times Radio 
Transmissio Technology, indicates the same radio frequency (RF) bandwidth as IS-95: a duplex pair of 
1.25 MHz channels. The 1X standard supports packet data speeds of up to 153 kbits/s with real world 
data transmission averaging 80-100 kbit/s in most commercial applications.
 ● 3G — Third Generation. 3G refers to the third generation of mobile telephony technology. 3G 
telecommunication networks support services that provide an information transfer rate of at least 200 
kbit/s. However, many services advertised as 3G provide higher speed than the minimum technical 
requirements for a 3G service. 3G finds application in wireless voice telephony, mobile Internet access, 
fixed wireless Internet access, video calls and mobile TV.
 ● 4G LTE  — Fourth Generation Long Term Evolution. LTE is a standard for wireless data communications

 ● 802.11 (a, b, g, n)  — A set of WLAN communication standards in the 2.4, 3.6 and 5 GHz frequency 
bands.
 ● bps — Bits per second. The rate of data flow.
 ● Broadband  — High-capacity high-speed transmission channel with a wider bandwidth than

bands.
 ● Broadband  — High-capacity high-speed transmission channel with a wider bandwidth than 
conventional modem lines. Broadband channels can carry video, voice, and data simultaneously. 
 ● CDMA  — Code Division Multiple Access. It is the underlying channel access method used by some 
mobile phone standards.
 ● DHCP  — Dynamic Host Configuration Protocol. Software found in servers and routers that 
automatically assigns temporary IP addresses to clients logging into an IP network. 
 ● DHCP Server  — A server or service with a server that assigns IP addresses.
 ● DNS  — Domain Name System. A system for converting host names and domain names into IP 
addresses on the Internet or on local networks that use the TCP/IP protocol.
 ● EV-DO Rev 0   — CDMA EV-DO Rev. 0 is a leading-edge wireless technology with higher data rates and 
higher system capacity. It is a fully backward compatible standard and remains interoperable with

higher system capacity. It is a fully backward compatible standard and remains interoperable with 
deployed EV-DO networks and devices around the world. Rev 0 provides access to mobile devices 
with forward link speeds of up to 2.4 Mbit/s, and reverse link speeds up to 152 kbit/s. For more 
information, visit www.cdg.org . 
 ● EV-DO Rev A   — CDMA EV-DO Rev. A is a leading-edge wireless technology with higher data rates and 
deployed EV-DO networks and devices around the world. Rev A provides access to mobile devices 
with forward link speed of up to 3.1 Mbit/s, and reverse link speeds up to 1.8 Mbit/s. The increased 
data rates on Rev. A’s physical layer enable richer applications and services. For more information, visit 
www.cdg.org .

124 ● Firmware — A computer program embedded in an electronic device. Firmware usually contains 
operating code for the device.
 ● GB — Gigabyte. A multiple of the unit byte for digital information storage. Usage depends on context. 
When referring to disk capacities it usually means 109 bytes. It also applies to data transmission 
quantities over telecommunication circuits.
 ● Hotspot  — A Wi-Fi (802.11) access point or the area covered by an access point. Used for connecting 
to the Internet.
 ● HTTP  — Hypertext Transfer Protocol. An application-level protocol for accessing the World Wide Web 
over the Internet.
 ● IEEE — Institute of Electrical and Electronics Engineers. An international technical/professional society 
that promotes standardization in technical disciplines.
usually printed on the device and can often be retrieved using a USSD code.

● IMEI — International Mobile Equipment Identity. Used in LTE networks to identify the device. It is 
 ● IP — Internet Protocol. The mechanism by which packets are routed between computers on a 
network.
 ● IP Type  — The type of service provided over a network.
 ● IP address  — Internet Protocol address. The address of a device attached to an IP network (TCP/IP 
network).
 ● ISP — Internet Service Provider. Also referred to as the service carrier, an ISP provides Internet 
connection service. ( See Network Operator)
 ● Kbps  — Kilobits per second. The rate of data flow.
 ● LAN  — Local Area Network. A type of network that lets a group of computers, all in close proximity 
(such as inside an office building), communicate with one another. It does not use common carrier 
circuits though it can have gateways or bridges to other public or private networks.

 ● MAC Address  — Media Access Control. A number that uniquely identifies each network hardware 
device. MAC addresses are 12-digit hexadecimal numbers. This is also known as the physical or 
hardware address.
 ● Mbps  — Megabits per second. The rate of data flow.
 ● MSID — Mobile Station IDentifier. A number for a mobile phone that identifies that phone to the 
network. These numbers are carrier specific.
 ● Network Technology   — The technology on which a particular network provider’s system is built; such 
as CDMA or EVDO.

● Network Technology   — The technology on which a particular network provider’s system is built; such 
 ● Port Forwarding  — A process that allows remote devices to connect to a specific computer within a 
private LAN.

125 ● Port Number  —  A 16-bit number used by the TCP and UDP protocols to direct traffic on a TCP/IP 
 ● PRL — Preferred Roaming List. A list that your wireless phone or device uses to determine which 
networks to connect with when you are roaming. (Network operator specific).
 ● Proxy  — A firewall mechanism that replaces the IP address of a host on the internal (protected) 
network with its own IP address for all traffic passing through it. 
 ● Router  — A device that directs traffic from one network to another.
 ● SSID  — Service Set IDentifier. The name assigned to a Wi-Fi network.

 ● TCP/IP  — Transmission Control Protocol/Internet Protocol.  The set of communications protocols used 
for the Internet and other similar networks.
 ● USB  — Universal Serial Bus. A connection type for computing device peripherals such as a printer, 
mobile modem, etc. USB connectors may be used for data transfer or charging.
 ● USB Port Types  — The USB ports on computers and hubs have a rectangular Type A socket, and 
peripheral devices have a cable with a Type A plug. Peripherals that do not have an attached cable 
have a square Type B socket on the device and a separate cable with a Type A and Type B plug. Ports 
and connectors are available in different sizes (for example, standard, mini, and micro).

 ● VPN  — Virtual Private Network. A secure private network that runs over the public Internet. 
Commonly used to connect to an office network from elsewhere.
 ● WCDMA  — Wideband Code Division Multiple Access. An air interface standard found in 3G mobile 
telecommunications networks. The most-commonly used member of the UMTS family.
 ● WWAN  — Wireless Wide Area Network. A public network that extends beyond architectural, 
geographical, or political boundaries (unlike a LAN, which is usually a private network located within a 
room, building, or other limited area).
 ● Wi-Fi — Wireless Fidelity. Any system that uses the 802.11 standard developed and released in 1997 by 
the IEEE.
 ● Wi-Fi Client — A wireless device that connects to the Internet via Wi-Fi.

● Wi-Fi — Wireless Fidelity. Any system that uses the 802.11 standard developed and released in 1997 by 
the IEEE.
 ● WPA/WPA2 — Wi-Fi Protected Access. A security protocol for wireless 802.11 networks from the Wi-Fi 
Alliance.

Module 3: Deploying and Implementing Cloud Solutions 
Welcome to Module 3: Deploying and Implementing Cloud Solutions.

R e vi e w and                              
There’s much to cover in this section of the exam guide just as there’s much for an 
Associate Cloud Engineer to do when deploying and implementing cloud solutions. 
Let’s review the diagnostic questions to help you target your study time to focus on 
the areas you need to develop your skills the most.

Deploying and implementing 
Compute Engine resources
Google Kubernetes Engine resources 
Deploying and implementing Cloud Run 
and Cloud Functions resources       
Deploying and implementing a cloud solution 
data solutions
networking resources
Deploying a solution using 
Cloud Marketplace         
Implementing resources via 
infrastructure as code      3  1
3  2
3  3.
.
.
3  4
3  5
3  6.
.
.
3  7.
through each section objective, use the page in your workbook to mark the specific

 As you can see, there are multiple objectives in this section that have many related 
tasks so you will probably need to plan for more study time.

D ep l o yin g and imp l emen t in g 
C o mp u t e E n gine r e s o ur c e s 
●Launching a compute instance using Cloud Console and Cloud SDK (GCloud - for example, assign 
disks, availability policy, SSH keys) 
●Creating an autoscaled managed instance group using an instance template 
●Generating/uploading a custom SSH key for instances 
●Installing and configuring the Cloud Monitoring and Logging Agent 
●Assessing compute quotas and requesting increases 
3  1.
Cymbal Superstore uses Compute Engine for their supply chain application to Google 
Cloud because they need control over the operating system used by VMs. 
Deploying Compute Engine resources can include a range of task s such as launching  
compute instances through the console or cloud sdk and creating identical managed  
groups of instances based on an image template. Access requirements might have  
you implement SSH keys for you instances. Knowing how to deploy a monitoring

you implement SSH keys for you instances. Knowing how to deploy a monitoring  
agent on your instances is important to know so you can track performance and make  
changes when needed. Finally, if the number of instances starts bumping up against  
your project quotas you might need to request increases.     
Question 1: Describe how to configure VMs using Compute Engine machine types 
(settings such as memory and CPU, GPU if necessary, disk type, temp space) 
Question 2: Apply concepts of managed instance groups, such as availability, 
scalability, and automated updates

Cymbal Superstore’s sales department has 
a medium-sized MySQL database. This 
database includes user-defined functions 
and is used internally by the marketing 
department at Cymbal Superstore HQ. The 
sales department asks you to migrate the 
database to Google Cloud in the most 
timely and economical way. 
What should you do?3  1.
A.Find a MySQL machine image in Cloud 
Marketplace and configure it to meet your needs. 
B.Implement a database instance using Cloud SQL, 
back up your local data, and restore it to the 
new instance.
C.Configure a Compute Engine VM with an N2 
machine type, install MySQL, and restore your 
data to the new instance. 
D.Use gcloud to implement a Compute Engine 
instance with an E2-standard-8 machine type, 
install, and configure MySQL. 
Question: 
Cymbal Superstore’s sales department has a medium-sized MySQL database. This 
database includes user-defined functions and is used internally by the marketing

Question: 
database includes user-defined functions and is used internally by the marketing 
department at Cymbal Superstore HQ. The sales department asks you to migrate the 
database to Google Cloud in the most timely and economical way. What should you 
do?

install, and configure MySQL. Cymbal Superstore’s sales department has 
Feedback: 
A. Find a MySQL machine image in Cloud Marketplace and configure it to meet your 
needs.

Feedback: 
needs. 
Feedback: Incorrect. This meets the requirements but is not the most timely way to 
implement a solution because it requires additional manual configuration. 
 
B. Implement a database instance using Cloud SQL, back up your local data, and 
restore it to the new instance. 
Feedback: Incorrect. Cloud SQL does not support user-defined functions, which are 
used in the database being migrated. 
*C. Configure a Compute Engine VM with an N2 machine type, install MySQL, and 
restore your data to the new instance. 
Feedback: Correct! N2 is a balanced machine type, which is recommended for 
medium-large databases. 
D. Use gcloud to implement a Compute Engine instance with an E2-standard-8 
machine type, install, and configure MySQL.

machine type, install, and configure MySQL. 
Feedback: Incorrect. E2 is a cost-optimized machine type. A recommended machine 
type for a medium-sized database is a balanced machine type. 
https://cloud.google.com/compute/docs/

Summary: 

C o mp u t e E n gine o p t i o n s 
●Standard
●High Memory
●High CPU
●Memory Optimized
●Compute Optimized
●Shared Core
●CustomM a chine T ype 
●NVIDIA® A100
●NVIDIA® T4
●NVIDIA® V100
●NVIDIA® P100
●NVIDIA® P4
●NVIDIA® K80GPU 
C o mp u t e 
E n gine VM 
Compute Engine allows you to pick the amount of memory and CPU from predefined 
machine types. Machine types are divided into standard, high memory, high cpu, 
memory-optimized, compute-optimized or shared-core categories. If none of these 
meet your needs, you can also create a VM with the specific resources you need. 
If you need GPU support for a compute-heavy workload, you can choose to attach 
GPUs to certain machine types. You can only use GPUs with general-purpose N1 
VMs or accelerator-optimized A2 VMs. Availability of these machine types varies by 
zone, so make sure you pick a zone that has GPU capability.

P er s is t en t disk 
HDD P er s is t en t disk 
SSD L oc al SSD disk RAM disk 
Da t a r e dund ancy Y e s Y e s N o N o 
E nc r yp t i o n a t r e s t Y e s Y e s Y e s N/ A 
Sn ap sho tt in g Y e s Y e s N o N o 
Boo t ab l e Y e s Y e s N o N o t 
Us e c a s e G ener al, b ulk fil e 
s t o r a g e V er y r and o m I OPS Hi gh I OPS and  l o w 
l a t ency l o w l a t ency and 
risk o f d a t a l o ss S umm ar y o f disk o p t i o n s 
Storage options for your instances include zonal persistent disks, regional persistent 
disks, and local SSD. Persistent disks are built on network storage devices that are 
separate from the physical hardware your instance is running on. 
Each persistent disk references data distributed across several physical disks. 
Regional persistent disks share replicas of the physical disks across two zones, so 
you are protected from a single zone outage. Disk types you can attach to your virtual

you are protected from a single zone outage. Disk types you can attach to your virtual 
machine include standard (HDD), SSD, or local SSD. When you create a virtual 
machine instance in the console it uses balanced SSD, while when you create one via 
a gcloud command, it uses standard HDD. Balanced SSD gives you higher I/O than 
standard HDD, but less cost and I/O than fully capable SSD disks. 
Local SSDs can be added to your instances based on machine type. They provide 
very high I/O since they are physically connected to the server your VM is running on. 
They are ephemeral, and thus go away when your VM is stopped or terminated. Data 
on your local SSD will survive a reboot. You are responsible for formatting and striping 
the local SSD per your requirements.

A.Create a new instance template. Click Update VMs. 
Set the update type to Opportunistic. Click Start.
B.Create a new instance template, then click Update 
VMs. Set the update type to PROACTIVE. 
Click Start. 
C.Create a new instance template. Click Update VMs. 
Set max surge to 5. Click Start.
D.Abandon each of the instances in the managed 
instance group. Delete the instance template, 
replace it with a new one, and recreate the instances 
in the managed group. Di a gno s t i c Qu e s t i o n 0 2 Dis cu ss i o n 
The backend of Cymbal Superstore’s 
e-commerce system consists of managed 
instance groups. You need to update the 
operating system of the instances in an 
automated way using minimal resources. 
Question: 
The backend of Cymbal Superstore’s e-commerce system consists of managed 
instance groups. You need to update the operating system of the instances in an 
automated way using minimal resources. What do you do?

Feedback: 
A. Create a new instance template. Click Update VMs . Set the update type to 
Opportunistic. Click Start .
Feedback: Incorrect. Opportunistic updates are not interactive.

Feedback: 
Feedback: Incorrect. Opportunistic updates are not interactive. 
*B. Create a new instance template, then click Update VMs . Set the update type to 
PROACTIVE. Click Start . 
Feedback: Correct! This institutes a rolling update where the surge is set to 1 
automatically, which minimizes resources as requested. 
C. Create a new instance template. Click Update VMs . Set max surge to 5. Click 
Start .
Feedback: Incorrect. Max surge creates 5 new machines at a time. It does not use 
minimal resources. 
D. Abandon each of the instances in the managed instance group. Delete the 
instance template, replace it with a new one, and recreate the instances in the 
managed group. 
Feedback: Incorrect. This is not an automated approach. The abandoned instances 
are not deleted or replaced. It does not minimize resource use. 

https://cloud.google.com/compute/docs/instance-groups/creating-groups-of-managed-

instances 
○ M10 Infrastructure Automation 
● Elastic Google Cloud Infrastructure: Scaling and Automation (On-demand) 
○ M3 Infrastructure Automation 
Summary: 

●Deploy identical instances based                        
on instance template
●Instance group can be resized 
●Manager ensures all instances                           
are RUNNING
●Typically used with autoscaler 
●Can be single zone or regional 
M an a g e d in s t anc e gr o up s 
W eb Ser v er 1 
C o mp u t e 
E n gine 
W eb Ser v er 2 
C o mp u t e 
E n gine 
W eb Ser v er 3 
C o mp u t e 
E n gine 
Ser v er T emp l a t e 
In s t anc e T emp l a t e 
M an a g e d 
In s t anc e 
G r o up W eb Ser v er Pr o j e c t M an a g e d in s t anc e gr o up s 
Summary: Concepts 
● Availability - a managed instance group ensures availability by keeping VM 
instances running. If a VM fails or stops, the MIG recreates it based on the 
instance template. You can make your MIG health checks application-based, 
which looks for an expected response from your application. The MIG will 
automatically recreate VMs that are not responding correctly. Another

automatically recreate VMs that are not responding correctly. Another 
availability feature is spreading load across multiple zones using a regional 
MIG. Finally, you can use a load balancer to evenly distribute traffic across all 
instances in the group. 
● Scalability - you can define autoscaling policies to grow instances in the group 
to meet demand. They can also scale back down when load drops which 
reduces cost.  
● Automated updates - when it comes time to update software, automated 
updates lets you define how you will upgrade the instances in a group. You 
can specify how many resources to use and how many instances can be 
unavailable at the same time. Available update scenarios include rolling 
updates and canary updates. Rolling updates define how you want all 
instances eventually upgraded to the new template. Canary updates let you

instances eventually upgraded to the new template. Canary updates let you 
specify a certain number of instances to upgrade for testing purposes.

C o mp u t e E n gine d ocumen t a t i o n |  
C o mp u t e E n gine D ocumen t a t i o n 
C r e a t in g m an a g e d in s t anc e gr o up s |  
C o mp u t e E n gine D ocumen t a t i o n  
3  1.
●M9 Load Balancing and 
Autoscaling
●M10 Infrastructure 
Automation
●M3 Virtual Machines 
●M2 Load Balancing                         
●M3 Infrastructure Automation 
=

=
modules and documentation. You’ll find this list in your workbook so you can take a 
note of what you want to include later when you build your study plan. Based on your 
experience with the diagnostic questions, you may want to include some or all of 
these. 
https://cloud.google.com/compute/docs/ 
instances

D ep l o yin g and Imp l emen t in g 
G oogl e K uberne t e s E n gine r e s o ur c e s 
●Installing and configuring the command line interface (CLI) for Kubernetes (kubectl) 
●Deploying a Google Kubernetes Engine cluster with different configurations including AutoPilot, 
regional clusters, private clusters, etc. 
●Deploying a containerized application to Google Kubernetes Engine 
●Configuring Google Kubernetes Engine monitoring and logging 
3  2.
Cymbal Superstore opted to migrate their on-premises, container-based e-commerce 
application to GKE. As an Associate Cloud Engineer, you should be comfortable with 
the Kubernetes CLI, kubectl, and the steps to deploy clusters and applications to 
GKE. You’ll also need to configure monitoring and logging in GKE.   
This diagnostic question addressed GKE deployments: 
Question 3 Create a container development and management environment using 
Google Kubernetes Engine.

A.Implement an autopilot cluster in us-central1-a 
with a default pool and an Ubuntu image. 
B.Implement a private standard zonal cluster in 
us-central1-a with a default pool and an 
Ubuntu image.
C.Implement a private standard regional cluster 
in us-central1 with a default pool and 
container-optimized image type. 
D.Implement an autopilot cluster in us-central1 
with an Ubuntu image type. Di a gno s t i c Qu e s t i o n 03 Dis cu ss i o n 
The development team for the supply 
chain project is ready to start building 
their new cloud app using a small 
Kubernetes cluster for the pilot. The 
cluster should only be available to team 
members and does not need to be highly 
available. The developers also need the 
ability to change the cluster architecture 
as they deploy new capabilities. 
How would you implement this? 3  2.
Question: 
The development team for the supply chain project is ready to start building their new

Question: 
The development team for the supply chain project is ready to start building their new 
cloud app using a small Kubernetes cluster for the pilot. The cluster should only be 
available to team members and does not need to be highly available. The developers 
also need the ability to change the cluster architecture as they deploy new 
capabilities. How would you implement this?

Feedback: 
A. Implement an autopilot cluster in us-central1-a with a default pool and an Ubuntu 
image.

Feedback: 
image. 
Feedback: Incorrect. Autopilot clusters are regional and us-central1-a specifies a 
zone. Also, autopilot clusters are managed at the pod level. 
*B. Implement a private standard zonal cluster in us-central1-a with a default pool and 
an Ubuntu image. 
Feedback: Correct! Standard clusters can be zonal. The default pool provides nodes 
used by the cluster. 
C. Implement a private standard regional cluster in us-central1 with a default pool and 
Feedback: Incorrect. The container-optimized image that supports autopilot type does 
not support custom packages. 
D. Implement an autopilot cluster in us-central1 with an Ubuntu image type. 
Feedback: Incorrect. Autopilot doesn’t support Ubuntu image types. 

https://cloud.google.com/kubernetes-engine/docs/concepts/types-of-clusters  

● Getting Started with Google Kubernetes Engine (ILT and On-demand) 
○ M3 Kubernetes Architecture 
● Quests 
Summary: 

●Nodes run containers.
●Nodes are VMs (in GKE they're Compute Engine 
instances).
●You describe the apps, Kubernetes figures out 
how to make that happen.
Y o u u s e K uberne t e s APIs t o d ep l o y 
c o n t ainer s o n a s e t o f nod e s c all e d a clu s t er 
API 
clu s t er 
c o n tr o l 
p l ane nod e nod e nod e 
● Mode - GKE has to modes to choose from: autopilot mode and standard 
mode. Autopilot is fully-provisioned and managed. You are charged according 
to the resources pods use as you deploy and replicate them based on the pod 
spec. Standard mode provides you flexibility to define and manage the cluster 
structure yourself. 
● Availability -  in a GKE cluster, availability deals with both the control plane and 
the distribution of your nodes. A zonal cluster has a single control plane in a 
single zone. You can distribute the nodes of a zonal cluster across multiple 
zones, providing node availability in case of a node outage. A regional cluster,

zones, providing node availability in case of a node outage. A regional cluster, 
on the other hand, has multiple replicas of the control plane in multiple zones 
with a given region.  Nodes in a regional cluster are replicated across three 
zones, though you can change this behavior as you add new node pools. 
Version: At setup you can choose to load a specific version of GKE or enroll in a 
release channel. If you don’t specify either one of those, the current default version is 
chosen. It is a best practice to enable auto-upgrade for cluster nodes and the cluster 
itself. 
Network routing: Routing between pods in GKE can be accomplished using alias IPs 
or Google Cloud Routes. The first option is also known as a VPC-native cluster, and 
the second one is called a routes-based cluster. 
Network Isolation: Public GKE networks let you set up routing from public networks to

your cluster. Private networks use internal addresses for pods and nodes and are 
isolated from public networks. 
Features: Cluster features for Kubernetes will be either Alpha, Beta, or Stable, 
depending on their development status.

Types of clusters | Kubernetes  Engine 
Documentation 
Types of clusters | Kubernetes  
Engine Documentation Skill Ba d g e 
Google Cloud QuestD ocumen t a t i o n C o ur s e s 
●M3 Kubernetes Architecture Google Cloud Fundamentals:  
●M5 Containers in the CloudD ep l o yin g and Imp l emen t in g 
3  2.
these.

these. 
https://cloud.google.com/kubernetes-engine/docs/concepts/types-of-clusters

D ep l o yin g and imp l emen t in g C l o u d R un 
and C l o u d F unc t i o n s r e s o ur c e s 
Tasks include, where applicable: 
●Deploying an application and updating scaling configuration, versions, and traffic splitting 
●Deploying an application that receives Google Cloud events (for example, Pub/Sub events, Cloud 
Storage object change notification events) 
3  3.
Cymbal Superstore’s transportation management application uses Cloud Functions. 
An Associate Cloud Engineer should be able to deploy and implement serverless 
solutions, such as this one which receives Google Cloud events.    
These types of tasks were covered in the following questions: 
Question 4.) Differentiate among serverless options including App Engine standard 
and flexible environment, and Cloud Run. 
Question 5.) Describe event function as a service capabilities of Cloud Functions.

A.App Engine flexible environment 
B.App Engine standard environment 
C.Cloud Run
D.Cloud FunctionsDi a gno s t i c Qu e s t i o n 04 Dis cu ss i o n 
You need to quickly deploy a containerized 
web application on Google Cloud. You know 
the services you want to be exposed. You 
do not want to manage infrastructure. You 
only want to pay when requests are being 
handled and need support for custom 
packages. 
What technology meets these needs? 3  3.
Question: 
You need to quickly deploy a containerized web application on Google Cloud. You 
know the services you want to be exposed. You do not want to manage infrastructure. 
You only want to pay when requests are being handled and need support for custom 
packages. What technology meets these needs?

packages. 
Feedback: 
A. App Engine flexible environment 
Feedback: Incorrect. App Engine flexible environment does not scale to zero. 
B. App Engine standard environment 
Feedback: Incorrect. App Engine standard environment does not allow custom 
packages. 
*C. Cloud Run 
Feedback: Correct! Cloud Run is serverless, exposes your services as an endpoint, 
and abstracts all infrastructure. 
D. Cloud Functions 
Feedback: Incorrect. You do not deploy your logic using containers when developing

Feedback: Incorrect. You do not deploy your logic using containers when developing 
for Cloud Functions. Cloud Functions executes small snippets of code in a serverless 
way. 
https://cloud.google.com/appengine/docs/the-appengine-environments 
https://cloud.google.com/blog/topics/developers-practitioners/cloud-run-story-serverle
ss-containers  

Summary: 

C l o u d R un c apab ili t i e s 
●Serverless Container management 
●Based on a service resource 
●A service exposes an endpoint 
○Regional
○Replicated across zones
●Scales based on incoming requests 
● Cloud Run provides a service to manage containers in a serverless way, which 
means you don’t need to manage infrastructure when you deploy an 
application. The main resource container for Cloud Run is a service. A service 
is a regional resource that is replicated in multiple zones and exposed as an 
endpoint. Underlying infrastructure scales automatically based on incoming 
requests. If there are no requests coming in it can scale to zero to save you 
money. 
● Changes to containers or environment settings create new revisions. 
Revisions can be rolled out in a way that supports canary testing by splitting 
traffic according to your specifications. 
● Cloud Run is built using an open source initiative called knative. It is billed to

● Cloud Run is built using an open source initiative called knative. It is billed to 
the nearest 100 MS as you deploy containers to it. 
● Cloud Run can use system libraries and tools made available to the container 
environment. It has a timeout of 60 minutes for longer running requests. Cloud 
Run can send multiple concurrent requests to each container instance, 
improving latency, and saving costs for large volumes of incoming traffic. 
Another traditional serverless application manager available in Google Cloud is App 
Engine. App Engine has two management environments: standard and flexible. 
In the standard environment, apps run in a sandbox using a specific language 
runtime. Standard environment is good for rapid scaling. It is limited to specific 
languages. It can scale to 0 when there is no incoming traffic. It starts up in seconds. 
In the standard environment you are not allowed to make changes to the runtime.

In contrast to the standard environment, App Engine flexible runs in Docker 
containers in Compute Engine VMs. Flexible supports more programming languages. 
It can use native code and you can access and manage the underlying Compute 
Engine resource base. 
App Engine flexible does not scale to 0. Startup is in minutes. Deployment time is in 
minutes (longer than standard). It does allow you to modify the runtime environment.

A.--trigger-event google.storage.object.finalize 
B.--trigger-event google.storage.object.create 
C.--trigger-event google.storage.object.change 
D.--trigger-event google.storage.object.add Di a gno s t i c Qu e s t i o n 05 Dis cu ss i o n 
You need to analyze and act on files being 
added to a Cloud Storage bucket. Your 
programming team is proficient in Python. 
The analysis you need to do takes at most 
5 minutes. You implement a Cloud Function 
to accomplish your processing and specify 
a trigger resource pointing to your bucket. 
How should you configure the 
--trigger-event parameter using gcloud? 3  3.
Question: 
You need to analyze and act on files being added to a Cloud Storage bucket. Your 
programming team is proficient in Python. The analysis you need to do takes at most 
5 minutes. You implement a Cloud Function to accomplish your processing and 
specify a trigger resource pointing to your bucket. How should you configure the 
--trigger-event  parameter using gcloud?

Feedback: 
*A. --trigger-event google.storage.object.finalize 
Feedback: Correct! Finalize event trigger when a write to Cloud Storage is complete. 
B. --trigger-event google.storage.object.create 
Feedback: Incorrect. This is not a cloud storage notification event. 
C. --trigger-event google.storage.object.change

C. --trigger-event google.storage.object.change 
D. --trigger-event google.storage.object.add 
Where to look:  
https://cloud.google.com/blog/topics/developers-practitioners/learn-cloud-functions-sn
ap
https://cloud.google.com/functions  
○ M7 Developing and Deploying in the Cloud 
Summary:

C l o u d F unc t i o n s c apab ili t i e s 
●Serverless function execution 
●Event based
●Functions trigger when an 
event occurs
●Scales by number of events 
received
●Functions are stateless - need 
to persist data if you need to 
share it outside the function TriggerE v en t C l o u d F unc t i o n S t o r a g e 
● Cloud Functions is Google Cloud’s answer to serverless functions. It is a fully 
managed service based on events that happen across your cloud 
environment, including services and infrastructure. The functions you develop 
run in response to those events. There are no servers to manage or scaling to 
configure. The service provides the underlying resources required to execute 
your function. 
● A trigger sends an https request to an endpoint the service is listening on. This 
endpoint then responds by deploying and executing the function and returning 
the results specified in your code. Pricing is based on the number of events,

the results specified in your code. Pricing is based on the number of events, 
compute time, and memory required in network ingress/egress. If no requests 
are coming in, your function doesn’t cost anything. 
● Cloud Functions use cases include IoT processing and lightweight ETL.  
● Depending on the programming language you choose, the Cloud Functions 
service provides a base image and runtime that will be updated and patched 
automatically. This helps keeps execution of your deployed functions secure. 
● By design, functions you write for use by the Cloud Functions service are 
stateless. If you need to share and persist data across function runs, you 
should consider using Datastore or Cloud Storage. Each Cloud Function 
instance handles only one concurrent request at a time. If, while handling a 
request, another one comes in, Cloud Functions will ask for more instances to

● be created. This is another reason functions need to be stateless, because 
they can run on different instances. You can implement minimum instance 
limits to avoid latency associated with cold starts.

Choose an App Engine environment | App  
Engine Documentation 
Cloud Run: What no one tells you about  
Serverless (and how it's done) 
Learn Cloud Functions in a snap!  
Cloud Functions 
C hoo s e an A p p E n gine  
en vir o nmen t | A p p E n gine  
D ocumen t a t i o n  
A p p li c a t i o n H o s t in g Op t i o n s  
C l o u d R un: Wh a t no o ne t ell s y o u  
abo u t Ser v er l e ss (and ho w i t's  
d o ne) 
L e arn C l o u d F unc t i o n s in a s n ap!  
C l o u d F unc t i o n s  Google Cloud Fundamentals: Core Infrastructure 
3  3.
Now that we’ve reviewed the diagnostic questions related to Section 3.3 Deploying 
and implementing Cloud Run and Cloud Functions resources, let’s take a moment to

3  3.
and implementing Cloud Run and Cloud Functions resources, let’s take a moment to 
consider resources that can help you build your knowledge and skills in this area. 
these. 
ss-containers 
ap
https://cloud.google.com/functions

d a t a s o lu t i o n s 
●Initializing data systems with products (for example, Cloud SQL, Firestore, BigQuery, Cloud 
Spanner, Pub/Sub, Cloud Bigtable, Dataproc, Dataflow, Cloud Storage) 
●Loading data (for example, command line upload, API transfer, import/export, load data from Cloud 
Storage, streaming data to Pub/Sub) 
3  4.
Cymbal Superstore has several different data requirements based on the storage 
needs of their different applications. Their e-commerce system is slated to use Cloud 
Spanner. They need to do analytics on historical data using BigQuery. They need to 
store their IOT truck data in Bigtable. Their supply chain management system needs a 
Cloud SQL store. As an Associate Cloud Engineer, you’ll need to be able to deploy 
and implement a wide range of data solutions. 
Question tested your knowledge of the steps for setting up a Cloud Storage bucket,

Question tested your knowledge of the steps for setting up a Cloud Storage bucket, 
question 7 the steps for setting up an instance using Cloud SQL, and question 8 the 
steps to load data to a BigQuery table.

A.Run a gcloud mb command specifying the name of 
the bucket and accepting defaults for the other 
mb settings.
B.Run a gsutil mb command specifying a 
multi-regional location and an option to turn ACL 
evaluation off. 
C.Run a gsutil mb command specifying a dual-region 
bucket and an option to turn ACL evaluation off. 
D.Run a gsutil mb command specifying a dual-region 
bucket and accepting defaults for the other 
mb settings.Di a gno s t i c Qu e s t i o n 06 Dis cu ss i o n 
You require a Cloud Storage bucket serving 
users in New York City. There is a need for 
geo-redundancy. You do not plan               
on using ACLs. 
What CLI command do you use? 3  4.
Question: 
You require a Cloud Storage bucket serving users in New York City. There is a need 
for geo-redundancy. You do not plan on using ACLs. What CLI command do you use?

Feedback: 
A. Run a gcloud mb command specifying the name of the bucket and accepting 
defaults for the other mb settings. 
Feedback: Incorrect. gcloud is not used to create buckets. 
B. Run a gsutil mb command specifying a multi-regional location and an option to turn 
ACL evaluation off.

ACL evaluation off. 
Feedback: Incorrect. Most users are in NY. Multi-regional location availability of “US” 
is not required. 
*C. Run a gsutil mb command specifying a dual-region bucket and an option to turn 
Feedback: Correct! NAM4 implements a dual-region bucket with us-east1 and 
us-central1 as the configured regions. 
D. Run a gsutil mb command specifying a dual-region bucket and accepting defaults 
for the other mb settings. 
Feedback: Incorrect. This command is missing the -b option that disables ACLs as 
required in the example. 
https://cloud.google.com/storage/docs/creating-buckets 
https://cloud.google.com/storage/docs/introduction

● Quests 
○ Perform Foundational Infrastructure Tasks in Google Cloud Quest  
Summary: 

S t and ar d  S t o r a g e s tru c tur e d un s tru c tur e d S tru c tur e d o r 
un s tru c tur e d d a t a? R e a d < 1 
per y e ar? R e a d < 1 per 90 
d a y s? N o R e a d < 1 per 30 
d a y s? 
C o n s i d er a 
s tru c tur e d 
d a t aba s e s er vi c e C o n s i d er Ar chiv e  
S t o r a g e C o n s i d er C o l dline  
S t o r a g e C o n s i d er N e ar line  
S t o r a g e Y e s Y e s Y e s 
C hoo s e l oc a t i o n and t ype b y bal ancin g l a t ency , a v ail ab ili t y , 
and bandwi dt h c o s t s f o r d a t a c o n sumer s C hoo s in g a s t o r a g e cl a ss 
start
Cloud Storage helps you store binary objects in Google Cloud. It can house data in 
any format as an immutable object. In Cloud Storage, objects are stored in containers 
called buckets. 
Buckets can be used to upload and download objects, and permissions can be 
assigned to specify who has access to them. 
You can manage and interact with Cloud Storage via the console, via the command

You can manage and interact with Cloud Storage via the console, via the command 
line and the gsutil command set, via client libraries, or through APIs.  
Steps for creating a cloud bucket include: 
1. Naming your bucket - has to be globally unique, and not contain any sensitive 
information 
2. Choose location type and option: 
● Regional is a specific geographical area where a datacenter campus 
resides. It minimizes latency and network bandwidth for consumers 
grouped in a specific region 
● Dual-region is a a specific pair or regions. It provides geo-redundancy 
● Multi-region is a disbursed geographic area, such as the US or Europe. 
You can use it to serve content to consumers outside of Google and 
distributed over large areas. 
3. Pick a default storage class for bucket. You can override this per object. 
● Standard is for immediate access and has no minimum storage 
duration

● Nearline has a 30 day minimum duration and data retrieval charges 
● Coldline has a 90 day min duration and data retrieval charges 
● Archive has a 365 day min duration and data retrieval charges 
4. Click Create  or submit the command.

A.--availability-type
B.--replica-type
C.--secondary-zone
D.--master-instance-nameDi a gno s t i c Qu e s t i o n 0 7 Dis cu ss i o n 
Cymbal Superstore asks you to implement Cloud 
SQL as a database backend to their supply chain 
application. You want to configure automatic failover 
in case of a zone outage. You decide to use the 
gcloud sql instances create  command set to 
accomplish this.
Which gcloud command line argument is required 
to configure the stated failover capability as you 
create the required instances? 3  4.
Question: 
Cymbal Superstore asks you to implement Cloud SQL as a database backend to their 
supply chain application. You want to configure automatic failover in case of a zone 
outage. You decide to use the  gcloud sql instances create  command set to 
accomplish this. Which gcloud command line argument is required to configure the 
stated failover capability as you create the required instances?

Feedback: 
*A. --availability-type 
Feedback: Correct! This option allows you to specify zonal or regional availability, with 
regional providing automatic failover to a standby node in another region. 
B. --replica-type 
Feedback: Incorrect. If you have --master-instance-name, this option allows you to 
define the replica type: a default of read, or a legacy MySQL replica type of failover, 
which has been deprecated. 
C. --secondary-zone

C. --secondary-zone 
Feedback: Incorrect. This is an optional argument that is valid only when you have a 
specified availability type: regional. 
D. --master -instance-name 
Feedback: Incorrect. This option creates a read replica based on the control plane 
instance. It replicates data but does not automate failover. 
https://cloud.google.com/sql/docs/mysql/features 
https://cloud.google.com/sql/docs/mysql/create-instance  

● Quests 
Summary: 

Se tt in g up a C l o u d SQL in s t anc e 
Cloud SQL is a Google Cloud service that manages a database instance for you. 
These are the steps for setting up a Cloud SQL instance: 
1 Create instance
2 Select database type
3 Enter name
4 Enter password for root user 5 Select proper version
6 Select region and zone
7 Select primary and secondary zone 
8 Config settings 
Cloud SQL is a Google Cloud service that manages a database instance for you. You 
are responsible for how you structure your data within it. Cloud SQL can handle 
common database tasks for you, such as automating backups, implementing high 
availability, handling data encryption, updating infrastructure and software, and 
providing logging and monitoring services. You can use it to deploy MySQL, 
PostgreSQL, or SQL Server databases to Google Cloud. It uses persistent disks 
attached to underlying Compute Engine instances to house your database, and 
implements a static IP address for you to connect to it.

implements a static IP address for you to connect to it.  
Steps for setting up a Cloud SQL instance: 
1. Create Instance. 
2. Select database type. 
3. Enter name: do not use sensitive or personally identifiable information. Your 
instance name can be publicly available. 
4. Enter password for root user. 
5. Select proper version: choose carefully, it cannot be edited. 
6. Regional and zonal availability settings. Can’t be modified. Pick a region 
where most people will access. You can also choose multi-region. 
7. Select both primary and secondary zone. Both default to any with secondary 
being different than the primary. 
8. Config settings include machine type, private or public ip, storage type, 
storage capacity, threshold for automated storage increase, as well as an 
increase setting to specify a limit on how big your database grows.

A.Implement a bq load command in a command 
line script and schedule it with cron. 
B.Read the data from your bucket by using the 
BigQuery streaming API in a program. 
C.Create a Cloud Function to push data to 
BigQuery through a Dataflow pipeline. 
D.Use the BigQuery data transfer service to 
schedule a transfer between your bucket 
and BigQuery.Di a gno s t i c Qu e s t i o n 08 Dis cu ss i o n 
Cymbal Superstore’s marketing 
department needs to load some slowly 
changing data into BigQuery. The data 
arrives hourly in a Cloud Storage bucket. 
You want to minimize cost and implement 
this in the fewest steps.
What should you do?3  4.
Question: 
Cymbal Superstore’s marketing department needs to load some slowly changing data 
into BigQuery. The data arrives hourly in a Cloud Storage bucket. You want to 
minimize cost and implement this in the fewest steps. What should you do?

Feedback: 
A. Implement a bq load  command in a command line script and schedule it with cron. 
Feedback: Incorrect. This solution doesn’t cost anything but is more complex than 
setting up a data transfer. 
B. Read the data from your bucket by using the BigQuery streaming API in a program.

B. Read the data from your bucket by using the BigQuery streaming API in a program. 
Feedback: Incorrect. The streaming API has pricing associated with it based on how 
much data you stream in. 
C. Create a Cloud Function to push data to BigQuery through a Dataflow pipeline. 
Feedback: Incorrect. A Dataflow pipeline will incur charges for the resources 
performing the sink into BigQuery. 
*D. Use the BigQuery data transfer service to schedule a transfer between your 
bucket and BigQuery. 
Feedback: Correct! BigQuery transfer service is the simplest process to set up 
transfers between Cloud Storage and BigQuery. It is encompassed by one command. 
It is also free. 
https://cloud.google.com/blog/topics/developers-practitioners/bigquery-explained-data
-ingestion  
https://cloud.google.com/bigquery/docs/loading-data

Summary: 

W a y s t o ba t ch l oa d 
d a t a in t o Bi gQu er y 
Da t a fl o w F il e s Sa aS 
Bi gQu er y Da t a 
T r an sf er Ser vi c e 
Loading data into BigQuery tables (batch, 
periodic) offers the best performance. 
CS V 
JSON 
A vr o 
P ar qu e t 
ORC 
BigQuery offers several ways to load data. The first, and oldest, is loading data in 
batch. Batch loading is done in a single operation. It can be used to load data from 
csv files, databases, and log files. Batch loading is often used when you need to 
ingest files from your local computer. It is the recommended way to load slowly 
changing data. There is no charge for batch loads into BigQuery. 
The ways you can implement a batch load in BigQuery include: 
1. Create a load job. 
2. Use BigQuery Data Transfer Service from Software as a Service products. 
This is the simplest approach. 
3. Use Cloud Composer, a Google Cloud managed version of Apache Airflow. 
4. Use the bq command line tool and the cron scheduler on the command line

4. Use the bq command line tool and the cron scheduler on the command line 
5. Use BigQuery connectors for big data products such as Spark or Hadoop. 
For real-time use cases you can stream data into BigQuery using the Streaming API. 
Data streamed into BigQuery can be used for querying immediately. The streaming 
API can be used to track and query application events or log stream information. 
The third way to ingest data into BigQuery is to use Dataflow and Apache Beam. 
These two technologies define a processing pipeline where your source or sink can 
be BigQuery. A possible use-case for this is to trigger a Cloud Function when an event 
happens. The Cloud Function could contain the logic to start an Apache Beam 
pipeline using a Dataflow runner that would execute transformations required and

then save your data into BigQuery when it is done.  
Another way to load data is to execute queries in BigQuery native storage or 
federated queries on external data and save the results to a table. CTAS (create table 
as select) is a way to do this using DML as well. 
Finally, many third party applications have connectors you can use to get data in to 
Big Query. You would need to look at the documentation of the product you want to 
ingest data from. 
Reference slide from Data Engineering Course Module 3

Creating storage buckets | Cloud  
Storage 
What is Cloud Storage?
Cloud SQL for MySQL features  
Creating instances | Cloud SQL for  
MySQL
How to load, import, or ingest data  
into BigQuery for analysis  
Introduction to loading data |  
BigQuery Skill Ba d g e s 
P erf o rm F o und a t i o n al  
In fr a s tru c tur e T a sk s in  
G oogl e C l o u d Qu e s t D ocumen t a t i o n C o ur s e s 
3  4.
●M5 Storage and                   
=
and skills in this area.

=
modules, skill badges, and documentation. You’ll find this list in your workbook so you 
some or all of these. 
https://cloud.google.com/storage/docs/introduction 
https://cloud.google.com/sql/docs/mysql/features

https://cloud.google.com/sql/docs/mysql/create-instance 

ne t w o r kin g r e s o ur c e s 
●Creating a VPC with subnets (for example, custom-mode VPC, shared VPC) 
●Launching a Compute Engine instance with custom network configuration                                                      
(for example, internal-only IP address, Google private access, static external and private IP address, network tags) 
●Creating ingress and egress firewall rules for a VPC                                                                                        
(for example., IP subnets, network tags, service accounts) 
●Creating a VPN between a Google VPC and an external network using Cloud VPN 
●Creating a load balancer to distribute application network traffic to an application                                             
(for example, Global HTTP(S) load balancer, Global SSL Proxy load balancer, Global TCP Proxy load balancer, regional network load 
balancer, regional internal load balancer) 
3  5.

3  5.
Knowing how to connect your cloud resources, services, and users is an important 
aspect of being an Associate Cloud Engineer. Cymbal Superstore needs to implement 
global external http(s) access to their e-commerce system and regional external 
http(s) access to their supply chain. 
Question 9 tested your knowledge of creating a VPC with subnets.

A.Default Project network
B.Auto mode network
C.Custom mode network 
D.An auto mode network converted 
to a custom network Di a gno s t i c Qu e s t i o n 09 Dis cu ss i o n 
Which Virtual Private Cloud (VPC) network 
type allows you to fully control IP ranges 
and the definition of regional subnets? 3  5.
Question: 
Which Virtual Private Cloud (VPC) network type allows you to fully control IP ranges 
and the definition of regional subnets?

Feedback: 
A. Default Project network 
Feedback: Incorrect. A project’s default network is an auto mode network that creates 
one subnet in each Google Cloud region automatically with a predetermined set of IP 
ranges. 
B. Auto mode network 
Feedback: Incorrect. An auto mode network creates one subnet in each Google Cloud 
region automatically with a predetermined set of IP ranges. 
*C. Custom mode network 
Feedback: Correct! A custom mode network gives you control over regions that you 
place your subnets in and lets you specify IP ranges for them as well. 
D. An auto mode network converted to a custom network

D. An auto mode network converted to a custom network 
Feedback: Incorrect. An auto mode network converted to a custom network retains 
the currently assigned IP addresses and requires additional steps to change subnet 
characteristics. 
https://cloud.google.com/vpc/docs/vpc  

● Quest: Set Up and Configure a Cloud Environment in Google Cloud  
Summary: 

●One subnet per region
●Automatically created
●New subnets added when new 
regions come online
●IP addresses originate from 
predetermined spacesA u t o mod e 
●More flexible
●You control with subnet and region 
●Preferred for productionC u s t o m 
VP C 
Virtual private clouds are part of Google’s software defined network environment. 
VPCs provide connectivity to Compute Engine instances. They offer internal 
TCP/UDP load balancing systems. They allow you to implement Cloud VPN tunnels 
to communicate with your on-premises network, and they distribute external traffic to 
backend servers. 
There are two types of network configurations that are available when you decide to 
create a new VPC. 
Auto mode networks create one subnet in each region automatically. New subnets are 
added automatically when new regions come on line. IP addresses are created from a 
predetermined set of address spaces. The default VPC created when you create a

predetermined set of address spaces. The default VPC created when you create a 
project is an auto mode VPC. 
The benefits of using auto mode include being easy to set up and use and subnets 
are created in each region. You need to ensure IP ranges do not overlap with 
on-premise resources. 
The other kind of network is a custom network. When you create a custom network, 
you create and configure the subnets you want and only in the regions you want. If 
you try to create instances in a region that doesn’t have a subnet defined, you will get 
an error message. Custom networks are recommended for production environments. 
Custom networks are a good choice when you don’t need subnets in every region.

You can convert an auto mode to a custom network, but not the reverse.

VPC network overview 
VPC network overview Skill Ba d g e 
Google Cloud QuestD ocumen t a t i o n C o ur s e s D ep l o yin g and imp l emen t in g 
ne t w o r kin g r e s o ur c e s 3  5.
Infrastructure: Foundation
=
The concepts in the diagnostic questions we just reviewed are covered in this module, 
Skill Badge, and documentation. You’ll find this list in your workbook so you can take 
a note of what you want to include later when you build your study plan. Based on 
your experience with the diagnostic questions, you may want to include some or all of 
these. 
Essential Google Cloud Infrastructure: Foundation (On-demand)

these. 
https://cloud.google.com/vpc/docs/vpc

D ep l o yin g a s o lu t i o n 
u s in g C l o u d M ar k e t p l a c e 
●Browsing Cloud Marketplace catalog and viewing solution details 
●Deploying a Cloud Marketplace solution 
3  6.
Cloud Marketplace keeps you from reinventing the wheel if you have a software stack 
that you need supported on a Compute Engine VM instance. Cymbal Superstore 
could use Cloud Marketplace to find a LAMP stack to support the migration of their 
supply chain management system. 
We didn’t have any questions specifically about Cloud Marketplace, but you should be 
familiar with deploying a Cloud Marketplace solution.

Imp l emen t in g r e s o ur c e s vi a 
in fr a s tru c tur e a s c od e 
●Building infrastructure via Cloud Foundation Toolkit 
templates and implementing best practices 
●Installing and configuring Config Connector in GKE to 
create, update, delete, and secure resources 
3  7.
Interacting directly with Google cloud console is great, but for repetitive tasks it might 
be better to be able to implement resources in an automated way. Modern DevOps 
processes have made declarative resource allocation a reality. Tools like Terraform 
take the resource requirements you provide via a configuration file. These 
infrastructure as code systems worry about how these resources are built. You just 
have to specify what you want built. For Cymbal Superstore, building dev and test 
environment resources in a declarative fashion speeds things up as you are moving 
your application through different unit and functional tests. You can also reset those

your application through different unit and functional tests. You can also reset those 
resources to specific configurations you need depending on what you want to test. 
You explored these types of tasks in question 10.

 3  5.
A.Downloads the latest version of the 
terraform provider.
B.Verifies syntax of terraform config file.
C.Shows a preview of resources that will 
be created.
D.Sets up resources requested in the 
terraform config file.What action does the terraform 
apply command perform?
Question: 
What action does the  terraform apply  command perform?

 3  5.
Question: 
What action does the  terraform apply  command perform? 
A. Downloads the latest version of the terraform provider. 
Feedback: Incorrect. Terraform init downloads the latest version. 
B. Verifies syntax of terraform config file. 
Feedback: Incorrect. Terraform plan verifies the syntax. 
C. Shows a preview of resources that will be created. 
Feedback: Incorrect. Terraform plan outputs a preview of resources. 
*D. Sets up resources requested in the terraform config file. 
Feedback: Correct! Terraform Apply sets up resources specified in the terraform 
config file. 
https://www.terraform.io/intro/index.html

https://www.terraform.io/intro/index.html 
https://cloud.google.com/docs/terraform  
○ M10 Infrastructure Automation

● Quest: Automating Infrastructure on Google Cloud with Terraform  
(https://www.cloudskillsboost.google/quests/159 )
Summary: 

T err a f o rm lif e cy cl e 
t err a f o rm ini t t err a f o rm p l an t err a f o rm ap p ly 
Terraform is an open source tool for implementing resources in a declarative way. You 
specify a Terraform config file that describes the resources you want to deploy. 
Terraform is known as an infrastructure as code service. 
A benefit of implementing resources in this way is that your configuration files can be 
source controlled, thus following devops best practices. 
In Google Cloud, you store your Terraform config files in a Cloud Storage bucket with 
object versioning enabled. Cloud Build submits Terraform commands via a YAML file. 
It needs access to the Cloud Storage bucket where your Terraform config files are 
stored. 
The different files required for implementing Terraform in Google Cloud include: 
● Cloudbuild.yaml - build configuration file that contains instructions for Cloud 
Build 
● Backend.tf - stores remote Terraform state information

Build 
● Backend.tf - stores remote Terraform state information 
● Terraform.tfstate - local file that stores Terraform state 
● Main.tf - contains the terraform config 
Commands ran by Cloud Build include: 
● Terraform init - downloads latest version of Terraform provider 
● Terraform plan - verifies syntax, ensures supporting files exist, shows a 
preview of resources that will be created

● Terraform apply - sets up requested resources output by the Terraform plan 
● Terraform destroy - destroy all resources in the specified config file

In tr odu c t i o n  
Us in g T err a f o rm wi t h G oogl e C l o u d  Imp l emen t in g r e s o ur c e s vi a 
3  7.
Automating Infrastructure 
on Google Cloud with 
Terraform QuestC o ur s e s 
●M10 Infrastructure Automation 
Elastic Google Cloud Infrastructure:  
=
these. 
Architecting with Google Compute Engine (ILT)

these. 
Automating Infrastructure on Google Cloud with Terraform Quest 
https://cloud.google.com/docs/terraform

FIRST SUBMITTED TO “IEEE NETWORK” IN OCTOBER, 2022 1
This is the author’s version of an article that has been accepted for publication in IEEE Network. Changes were made to this version by
the publisher prior to publication. The ﬁnal published article is available at https://doi.org/10.1109/MNET.131.2200528
Failure Management in 5G RAN:
Challenges and Open Research Lines
Antonio Tarr ´ıas, Sergio Fortes, and Raquel Barco
Abstract — Failure management is one of the key aspects
in cellular networks. 5G technology is introducing several novel
features that will cause the occurrence of new problems in the
network. The objective of the present work is to identify which
features may lead to potential network failures. In this way,
failure management has been addressed by identifying a subset
of problems in the RAN domain and classifying them under
the categories of coverage, mobility, and interference. They were
analyzed in order to know how they are in line with 3GPP

speciﬁcations. Based on this, the present work proposes a novel
failure management approach, applying it for failure simulation
and impact analysis over the network performance.
Index Terms —5G, Failure, RAN, mmWave, Beamforming.
Global mobile network data trafﬁc has grown in the last
years, resulting in an increment in the number of connections
as well as high data rate applications. Therefore, cellular
networks have increasingly experienced a huge amount of
enhancements and novel features in each new generation.
Similarly, 5G aims to serve all the new use cases (UCs).
5G UCs have been categorized into: eMBB (enhanced Mobile
Broadband), that provides high capacity and data rates in zones
where there are no mobility requirements; URLLC (Ultra-High

Reliability and Low Latency), covering services that are espe-
cially sensitive to latency and reliability; and mMTC (Massive
Machine-Type Communications), where low individual data
rates are provided to a huge number of devices. Nevertheless,
the number of UCs is not limited to the aforementioned three.
There exist lots of them which do not completely ﬁt in any
of the UCs identiﬁed above, for instance, services that need
reliability but are not sensible to latency constraints. This
becomes even more challenging for the 5G network to provide
availability to each service. Thus, the network deﬁnitely has to
be really ﬂexible. This has been one of the design principles,
along with forward compatibility and ultra-lean design. Not
only the variety of services but also the wide range of carrier

frequencies call for network ﬂexibility and adaptability.
However, 5G related problems have not been assessed in
depth yet. The heterogeneity of 5G scenarios, where different
UCs cooperate, will cause the occurrence of different types
of network failures. In the same way, the novel features
which have been introduced in 5G such as millimeter wave
(mmWave) spectrum, beamforming or Time Division Duplex
(TDD) will bring better capacities to the network but also
will require to be properly managed to mitigate their nega-
tive counterparts, for instance, high path losses inherent to
mmWave signals.
The authors are with the Telecommunication Research Institute (TELMA),
University of Malaga, SpainConsidering this complexity, Machine Learning (ML)
techniques, also a remarkably growing area, have to be ap-

plied for failure management [1] in order to learn from data
instead of being based on pre-programmed instructions. In
this way, they can provide automation to failure management
mechanisms by reducing the human action. Large quantity
of network data can be exploited using Deep Learning (DL)
approaches [2] and beneﬁt from unsupervised techniques to
process unlabeled data. This is, together with the integration
of Artiﬁcial Intelligence (AI) for network management, one of
the main topics which is also being addressed with regards to
6G [3]. The scope Self-Organizing Networks (SON) paradigm
is achieving ML techniques to aid the root cause analysis,
which has been the hardest part of the failure management
process [4], leading many works to only address a common
problem: the cell outage detection, without further analysis.

Similarly, 5G will allow to the localization of users
as well as other context information coming from different
sources, where the Big Data analysis comes into play. This
information will need to be retrieved either in real time
or from historic databases and adapted to a uniﬁed format.
Conventionally, failure modeling has been studied from a
self-healing perspective, where the network is able to detect
a failure, determine its cause, and take actions in order to
compensate it until it is fully recovered [5]. Nevertheless,
the network has mostly been the only source of information,
being, for example, the localization of users, an inaccurate
estimation. Conversely, some approaches aim to predict Radio
Link Failures (RLF) based on radio measurements (RSRP,

RSRQ, RSSI...), but they do not consider lower layers aspects
(e.g., beamforming) or mmWave spectrum [6].
The contribution of the present work is to identify po-
tential problems in 5G networks by assessing which of the
novel features will be relevant from a failure management
perspective. Hence, this paper illustrates how users’ locations
play an important role in either of the identiﬁed failures. In
addition, this work analyses how the proposed failures ﬁt into
the standards, considering which information is reported by
UEs to the network as well as which parameters are conﬁg-
urable. Then, a failure identiﬁcation framework is proposed
and used for modeling the impact of a subset of these failures
on a complete network simulation.
5G C HALLENGES
This work focuses on the Radio Access Network (RAN),

known as New Radio (5G-NR). Given the mobile nature of
users and the changing environment, wireless communications
become more susceptible to failures, especially in 5G, where
novel technologies are included.
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FIRST SUBMITTED TO “IEEE NETWORK” IN OCTOBER, 2022 2
36.300
38.300
LTE+5G
eIMTA
Events
38.331 (RRC)
28.541
Beam measurements
Network 
Mngmt
BWP
SSB Periodicity
Beam info
28.552
KPIs
Rates
Mngmt
Counters
SSB Index
28.554
28.540
UDR
RIM
Self-optimization
Load balancing
MRO
Load reporting
Handover adaptation/
Reselection configuration
Intra-
system
Unnecessary
Ping-pong
OSS (Operations Support System)
Self-Optimization
 Self-Healing
KPIs
Cell level 
metrics
UE 
Reports
Beamforming 
Info
Interference 
Management Info
UE Locations
Context Info
Monitoring ML 
TechniquesCompensation 
and Recovery 
Actions
Scenario
Inter-system
Interference Mngmt
Remote 
Cross-Link 
23.288
NWDAFI
H
A
DEBCGF
Fig. 1. 5G heterogeneous scenario with presence of failures. The left part of the ﬁgure represents where different failures may occur within a complex

23.288
NWDAFI
H
A
DEBCGF
scenario. The right part details the process of collecting information and metrics from the scenario and passing them to the OSS. The top right boxes relate
the OSS functions with the 3GPP speciﬁcations. Moreover, the red boxes refer to LTE topics, green boxes to 5G topics and blue boxes to LTE/5G common
topics. 3GPP speciﬁcation numbering is included for each topic. In addition, letters locate the problems described in Section 5G Challenges and Table I on
the scenario.
The following general deﬁnition established by [7] has
been assumed. A problem is a situation of service degradation,
for instance, congestion. A problem is caused by the fault
cause (failure), for example, bad parameter conﬁguration.
There are novel features who have been introduced in

5G as enablers for better network performance, that may entail
some disadvantages. Regarding mmWaves, they provide higher
data rates, lower latencies as well as more capacity, since
channels are larger at those bands. However, it is important
to overcome their high path losses and their susceptibility to
obstacles or outdoor to indoor propagation. For this purpose,
beamforming techniques aim to minimize those effects by
steering the signals onto predeﬁned directions to improve the
signal strength. However, beamforming schemes require the
exchange of signaling between the gNBs and UEs in order
to properly estimate the channel quality and maintain the
link even when the users are moving. In this sense, TDD
operation enables information transmission continuously in

both directions using the same channel, so reciprocity can
be assumed between downlink (DL) and uplink (UL) , and
signaling overload is reduced. Although it may seem an ideal
solution, the use of TDD causes interference between close
gNBs if their patterns (i.e., time slots used for DL and UL) are
not synchronized. Therefore, getting such higher capabilities
is not always simple and some drawbacks must be addressed.
For the sake of clarity, all identiﬁed problems within
this paper have been classiﬁed into three main categories:
coverage, mobility, and interference. They are highly related
to user positions and scenarios density and heterogeneity. On
the one hand, Table I contains the most relevant identiﬁed
problems related to 5G, together with a potential cause. On

the other hand, Fig. 1 represents a complete 5G scenario,
where key failures are depicted. In order to identify them inthe ﬁgure, each of them are labeled with a diferent letter (A-
G). Here, it is illustrated how an urban micro cell operating
at mmWave frequency is being blocked by a building, so
the beam becomes unsuitable at that location for the user.
Here, beam switching procedures should be triggered when
detecting the situation (See B, Fig. 1). In addition, two gNBs
are providing coverage to close areas. Interference could likely
occur as a result of the use of TDD, so it would be necessary
to align their TDD patterns (See I, Fig. 1). These categorized
failures will be extended in the following subsections.
TABLE I
IDENTIFIED PROBLEMS BY CATEGORIES
Category Problem Potential Cause

TABLE I
Coverage (A) Long time initial access Beamset conﬁg.
(B) Reduction in cell power HW/Conﬁg. problem
(C) Coverage hole Beam blockage
Mobility (D) Too late/early beam switching Beam reporting conﬁg.
(E) Too late/early beam failure detect. L1 thresholds conﬁg.
(F) Inter-system unnecessary HO HO thresholds conﬁg.
(G) Inter-system ping-pong HO thresholds conﬁg.
Interference (H) Remote interference Out of sync TDD
(I) Cross-link interference (CLI) Out of sync TDD
Coverage
Operators carefully plan each cell location to maximize
the coverage with an optimal number of sites. Nevertheless,
cells may fail or be improperly conﬁgured, so coverage
problems will take place.
Here, the ﬁrst identiﬁed failure is (A) Long time Initial
Access (IA), and it is related to beamforming conﬁguration.

Thus, Synchronization Signals Bursts (SSB) are transmitted in

FIRST SUBMITTED TO “IEEE NETWORK” IN OCTOBER, 2022 3
a sweeping procedure, by changing beam direction for each
SSB transmission with a periodicity ( 𝑇𝑆𝑆). For very small 𝑇𝑆𝑆,
the impact of the SSB is considerable, with up to 43 percent of
the resources allocated. In contrast, it enables a larger number
of opportunities in which a UE can receive synchronization
signals. This improves reactivity related to the tracking and the
transmission of Channel State Information Reference Signals
(CSI-RSs). If the number of directions to be swept is reduced,
the beam sweeping procedure is completed in a single burst
and𝑇𝑆𝑆does not impact the time required to perform initial
access (𝑇𝐼𝐴) [8].
Then, (B) Reduction in cell power is a problem that arised
in previous generations. It usually depends on a hardware
or wiring problem, but it could also occur due to a wrong
parameter conﬁguration. Regarding the latter, the beamform-
ing conﬁguration can be a possible cause in 5G. Failures

can appear not only due to the larger number of antenna
elements forming the antenna arrays, but also the beamforming
scheme. Here, being 𝐾𝐵𝐹the number of Radio Frequency
(RF) chains and 𝑀the number of antenna elements, there
are three possible schemes: analog ( 𝐾𝐵𝐹=1), allowing only
one direction at a given time; digital ( 𝐾𝐵𝐹=𝑀), enabling
the transceiver to direct beams at many directions; or hybrid
(𝐾𝐵𝐹 𝑀 ), where the transceiver can simultaneously use
𝐾𝐵𝐹directions. The latter two means that the transmission
power must be reduced by the number of directions/beams,
because the total power constraint applies to the beams on
balance.
Similarly, (C) Coverage holes cannot be considered a
novelty with respect to previous generation, but their probabil-
ity of occurrence noticeably increases because of mmWaves

balance.
propagation constraints. Their difﬁculty to surpass obstacles or
their sensibility to external conditions will lead to this problem.
Thus, it will be necessary to increase the capacity of coverage
hole detection, even to detect beam-level coverage holes. The
concept of occasional obstacle arises, so it cannot be assumed
that holes are permanent on the scenario.
Mobility
The mobility is an inherent characteristic of users in
cellular networks, and it can lead to many problems as well.
Although the occurrence of mobility problems in previous gen-
erations has been mainly caused by handover (HO) problems,
the use of beamforming may lead to problems in concentrated
areas such as beam failures, which will need to be seamlessly
ﬁxed [9].
Although (D) beam switching is designed to be trig-

ﬁxed [9].
gered automatically during operation, NR also supports UE
triggered mechanisms to recover from beam failure. This
occurs when the quality of beam pair link(s) of an associated
control channel falls low enough (e.g., comparison with a
threshold, time-out of an associated timer). (E) Too early/late
beam failure can be considered particular cases of radio link
failure (RLF). When a UE declares RLF being the cause a
beam failure recovery problem, it is indicated to the network,
therefore network notes it for future parameter optimization.
Regarding too early beam failure determination, it leads toa latency increase, whose severity is determined by the use
cases. In contrast, too late beam failure determination causes
a connection outage, so recovery mechanisms take longer time.

(F)Inter-System Unnecessary HO arises with 5G-LTE
networks coexistence. Handovers to LTE are performed, es-
pecially in cases of low link quality or lack of coverage.
Triggering inter-system HO unnecessarily causes a decrease
on system performance. Nevertheless, regarding Release 18,
3GPP System Aspects Working Groups (WGs) are promoting
the concept of inter-Radio Access Technologies (RATs) HOs
since inter-system and intra-system HOs only consider the core
network changes and they are not as useful as RAT changes
from a management perspective [10].
In a similar way, (G) Inter-System Ping-pong HO is also
impactful, mainly in borders of coverage zones, where RATs
recurrently change their availability (e.g., outside of a city). It
is accounted when an UE is handed over back to the source
cell within a predeﬁned limited time.
Interference

Interference has been an issue in every generation, but
it has been traditionally addressed by acting on cells’ trans-
mission powers and tilt angles. However, two interference
problems derive from the use of TDD, which is key for 5G
networks operation as previously mentioned.
On the one hand, (H) Remote Interference (RI) refers
to the case where distant cells interfere each other. This is
typically caused by atmospheric phenomena which affects to
signals by allowing them to reach distances farther than normal
when they are trapped in the atmospheric duct [11]. DL and
UL transmissions are usually separated by a guard interval to
avoid interference, but in case of long distances, propagation
delay may exceed the guard interval, causing interference to
cells which are sited far away.

On the other hand, (I) Cross-Link Interference (CLI) is
a problem appearing between close sites. There are two types
of CLI: gNB-gNB (or DL-to-UL), which means that an UE
is transmitting data in UL to a gNB, but another gNB is
transmitting data in DL, so its higher power may affect the
UE transmission; and UE-UE (or UL-to-DL) interference, that
happen when a UE is receiving DL data, but another close UE
is transmitting in UL. They come out where TDD patterns
are different from each other, and synchronization may not
be the solution because of the different network services and
APPLICABLE STANDARDS
This section describes how the aforementioned network
problems are considered and addressed in the network man-
agement approach deﬁned by the 5G standards. 3GPP deﬁnes

the standards for 5G. Nevertheless, there are some aspects
missing which are particularly handled by networks operators
(e.g., HO algorithms). Similarly, network failures are not
usually described by 3GPP but the operators and literature
spot them and work on their mitigation. Regarding 3GPP,
speciﬁcation numbering is used to divide subjects. Firstly,

FIRST SUBMITTED TO “IEEE NETWORK” IN OCTOBER, 2022 4
LTE subjects are contained in 36 series and NR aspects are
introduced in 38 series, called Radio technology beyond LTE .
Here, an overall description of each technology is provided
in TS 36.300 [12] and TS 38.300 [11]. In Fig. 1, blue boxes
refer to aspects that are shared between LTE and NR, while
red and green boxes refer to speciﬁc aspects for LTE and NR,
respectively. In the ﬁgure, numbers refers to speciﬁc 3GPP
speciﬁcations where each issue is described. There are several
differences between them as LTE is more evolved than NR, but
the experience allows to become aware of some key aspects.
An heterogeneous scenario is presented in the ﬁgure, including
the three main UCs (eMBB, URLLC, mMTC) stated above.
Then, information coming from the scenario is collected and
used as input for OSS (Operations Support System) operation,
where different actions could be taken for self-optimization
and self-healing purposes.

In terms of mobility, it also introduces indications related
to beamforming. The measurement model deﬁned by a two
layer scheme for beam measurement: layer 1 ﬁltering, where
the UE measures a conﬁgurable number of beams to derive
their quality; and layer 3 (RRC, Radio Resource Control )
ﬁltering, where cell quality is derived from multiple beams.
But, Mobility Robustness Optimization (MRO), which is a
3GPP-deﬁned feature, will need further development in or-
der to efﬁciently support beam management, including beam
reporting, beam switching, beam failure detection, and beam
failure recovery procedures.
Regarding Radio Link Failure (RLF), UEs perform Radio
Link Monitoring (RLM) basing on reference signals and signal
quality thresholds conﬁgured by the network. UEs are in
charge of declaring RLF when meeting one of the multiple

criteria (e.g., expiry of a timer started after indication of radio
problems from the physical layer). RLF cause determination
functionality is able to distinguish causes and report them,
even informing about if they are related to an unsuccessful
beam failure recovery.
Furthermore, it is key to retrieve information about the
system performance. For this aim, 3GPP deﬁnes performance
measurements, including performance indicators, which con-
tain data aggregated over a group of NFs, or measurement
families, which relate to a given functionality. This way, it
is possible to obtain valuable data from the network per-
spective (e.g., radio resource utilization, number of RRC
connections, counters about mobility management, etc). The
latter includes the number of requested HO, distinguishing

between successful and failed, as well as intra/inter-system,
too early/late, unnecessary, and ping-pong HOs. In contrast,
limited measurements are deﬁned in terms of beamforming,
except for the number of UE related to the SSB beam index,
which can enable awareness about user physical distribution,
which helps, for example, to detect people clustering.
Network Management Overview
The concept of SON ( Self-Organizing Networks ) was
introduced by 3GPP in Release 8, and it encompasses Self-
Conﬁguration, Self-Optimization, and Self-Healing. Firstly,
Self-Optimization aims to provide a high quality user ex-perience while improving the system capacity, as well as
to minimize human intervention to achieve it. Here, both
speciﬁcations about LTE and 5G [11, 12] contain information

about load balancing and MRO, where inter-RAT HO has
changed its name to inter-system HO. However, application
layer solutions, which means that high level applications
indicate their real-time requirements, are feasible for choosing
the RAT from UE side, for example, not enabling the mmWave
range if a chat application is not going to need it, but doing
so when a video streaming application is running. Although
they are not initially considered from network management,
application layer inputs are likely to be used as context
information in a near future.
Interference, both remote and cross-link, are present in
[11] and not in [12], which shows that they were not con-
sidered in LTE as TDD was only implemented in particular
countries due to spectrum limitations.
Furthermore, the RRC protocol deﬁnes the events which

are reported to the network: A2, serving cell becomes worse
than threshold; A3, Neighbor becomes offset better than
special cell; A4, neighbor becomes better than threshold; and
so on. These events are commonly used for HO algorithms
conﬁguration. Operators conﬁgure the thresholds and select
the events to trigger (e.g., events A2 and A4 must be met).
Although most events were deﬁned for LTE, it is appreciable
theevent I1 (Interference becomes higher than threshold),
which is appearing for the ﬁrst time in speciﬁcations.
Moreover, 3GPP Release 15 introduced a new architec-
ture element: NWDAF (Network Data Analytics Function),
in charge of data collection based on subscription to events
provided by the AMF (Access and Mobility Management
Function); SMF (Session Management Function); PCF (Policy

Control Function); UDM (Uniﬁed Data Management); AF
(Application Function); and OAM (Operations, Administra-
tion, and Maintenance), responsible for retrieval of information
from data repositories and network functions (NF), as well as
provision of analytics to NF and AF. This function is expected
to pave the way towards the potential of ML techniques to
enable network automation [13], becoming an element to
be taken into account from the self-healing perspective. 5G
establishes a Uniﬁed Data Repository (UDR), where Network
Functions (NF) can store and retrieve data, becoming an
important source of information for network management
procedures. Classes and attributes are deﬁned to have an
overview about conﬁguration possibilities (e.g., Bandwidth
parts, Synchronization Signal Burst (SSB) periodicity, per-

beam information, etc). Beam-related information extends to
beam azimuth, beam tilt, and vertical and horizontal beam
widths. Besides, some key parameters and timers for optimiza-
tion and healing purposes are : qOffsetRangeList , in charge of
specifying the metric (RSRP, RSRQ, or SINR) and the signal
(SSB or CSI-RS) to be applied when evaluating candidates
for cell reselection or triggering conditions for measurement
reporting; threshXHighP/threshXLowP , a threshold used by
UE when reselecting towards a higher/lower priority RAT or
frequency band; or tReselectionNr , a cell reselection timer that
can be multiplied with a factor if the UE is in high mobility

FIRST SUBMITTED TO “IEEE NETWORK” IN OCTOBER, 2022 5
Fig. 2. Failure Modeling approach.
state.
FRAMEWORK ANDRESULTS
The lack of 5G Standalone deployments is the major
drawback for research. This leads to a difﬁcult collection
of information, including datasets, and promotes the use of
simulators for this purpose. As for this study, ns-3 simulator
tool [14] can be used to emulate some of the previous failure
situations while retrieving metrics at physical layer. Regarding
simulation tools, many of them are introducing propagation
models that work at higher frequencies, as well as other
changes at lower layers, for example, numerologies, since
that they were previously deﬁned in Release 15. But these
simulation tools generally missing some of the key function-
alities: HO, beamforming management aspects or system level
perspective.
Problem identiﬁcation requires data monitoring. The gaps
between UCs will complicate the problem identiﬁcation due

to the fact that a network conﬁguration may be beneﬁcial for
some UCs while degrading the performance of others. Besides
that, a failure can happen in a limited area, for example,
one beam is being blocked by an obstacle. It is important
to point out that this example will have more probability of
occurrence owing to the less robust propagation characteristics
in comparison with LTE. This limited blocking problem,
which can be considered as a coverage hole, will affect only
few users. Thus, the network will be often unable to detect
them since general metrics (e.g., cell-level metrics) may not
be affected. To detect this kind of failures, trace collection
will need to be precise, which results in higher resource
consumption. Similarly, if problems occur in a short period of

time, they will also require to increase temporal granularity of
network data collection. All this becomes even more complex
with the number of variables to monitor.
In this respect, ML techniques will play a key role. They
have traditionally been divided into three types: classiﬁcation,
clustering, and regression. Classiﬁcation is referred to super-
vised mechanisms that requires labeled data to train the model,
so it will be less applicable to these problems at ﬁrst due tothe lack of already classiﬁed datasets. In contrast, clustering
means unsupervised mechanisms where raw data can be used
as input. This may be extremely important to differentiate
the UCs, as mentioned before, really different among them.
However, regression techniques will help us to predict how

network will react in the presence of given characteristics, so
the operators will be aware of the quality of experience they
will be able to offer.
Here, the approach illustrated in Fig. 2 is proposed for the
failure modeling of 5G networks. It consists of conﬁguration
sets, where the ﬁrst is considered normal and the rest have
intentionally misconﬁgured parameters. This is not affordable
in commercial networks because it involves service degra-
dations and outages, but in simulations or pilot networks it
could provide insights on how the novel features may cause
problems. The proposed framework aims to exploit metrics
from network, users and context, being the latter not fully
exploited thus far and whose acquisition is usually complex.
This means that data from different sources will be different

in terms of nature and format; therefore, they have to be
integrated and uniﬁed. Then, the interpretation of the data
could be done both via human experts, and statistical and ML-
based algorithms, with the objective of detecting problems and
identifying their causes. Thus, it is possible to compare all the
reported information in both situations (normal and degraded)
and check which metrics are affected the most in each case.
In this sense, simulation offers the possibility to easily access
them, for instance, the exact location of each user. Finally,
this ofﬂine phase based on simulation will beneﬁt failure
management by extrapolating the algorithms to real network
deployments, where some parts are immediate (e.g., data
formatting and integration) and others (e.g., problem detection

thresholds) may need adjustment to the real environment.
mmWave Outage
Firstly, Fig. 3 depicts the SINR degradation caused by
a temporal cell outage under the scenario remarked with a
dotted red square in Fig. 2. It is important to highlight that
three cells are sited in the same place with different azimuth

FIRST SUBMITTED TO “IEEE NETWORK” IN OCTOBER, 2022 6
angles, and the user is moving at constant speed following the
path represented in violet color. The path shows that the best
cell quality according to user’s position is given by cell A,
but then the user moves to the coverage area of cell B. This is
appreciable in the SINR graph, where the user starts reporting
the orange cell as the best after the outage occurrence. Due
to the fact that the simulation is working at 28 GHz carrier
frequency, it is noticeable that the other cells SINR levels are
mostly not suitable for the user. Similarly, marked peaks might
be considered an obstacle, so the action to be taken should be
different from the previous case as well as UC-dependent.
92 94 96 98 100 102
Time40
20
02040SINR(dB)
A
B
C
Fig. 3. Perceived SINR by a user during an outage at mmWave carrier
frequency.
Beamforming Conﬁguration
On the other side, the periodicity with which UEs change

Time40
20
A
B
C
the beam they are connected to is relevant, especially when
they are moving perpendicularly to the beams directions, as
shown in the dotted blue square of Fig. 2. The impact of
changing the periodicity of computing the beamforming vector
was simulated as it can be observed in Fig. 4. Thus, the left
part of the ﬁgure represents the case where UE speed is 3
m/s while the right part corresponds to 10 m/s UE speed. In
the ﬁgure, the SINR median, percentile, and extreme values
are represented at different gNB beamforming conﬁgurations,
8 and 16 beams, respectively. It is signiﬁcant the relation
between the UE speed, especially its angular velocity, and
the SINR degradation experienced when the periodicity of
beamforming selection was increased. The beamforming con-

ﬁguration with 16 beams is generally better, but it requires
more antenna elements and signaling.
Cross-Link Interference
Finally, the CLI problem, depicted in the dotted green
square of Fig. 2 is addressed. It is important to consider that
TDD interference affects edge and center users differently.
Global impact on mean SINR, computed from all users,
is negligible, although it is considerable for certain users.
This means that CLI will be difﬁcult to detect from the
network side since network metrics may not be affected. Fig. 5
represents the Probability Density Function (PDF) of the SINR
measured by the UEs located at the cell center and edge under
two different TDD pattern conﬁgurations In the ﬁgure, “low
3 m/s 10 m/s
UE Speed5
051015202530SINR (dB)
8 beams 16 beams 8 beams 16 beams
Beamforming Periodicity

3 m/s 10 m/s
UE Speed5
100 ms
200 msFig. 4. SINR degradation due to beamforming periodicity increase.
interference” (Low Intfc.) means that cells in the scenario are
conﬁgured with different TDD patterns in order to minimize
the interference. Moreover, “high interference” (High Intfc.)
corresponds to the case where all cells were conﬁgured with
the same TDD pattern, so the interference would be maximum.
For the latter, it can be seen that interference leads to the
appearance of up to three peaks on the SINR PDF, while the
former pattern smooths those peaks, which means that SINR
values are condensed in a smaller range.
5
 0 5 10 15 20 25 30
SINR (dB)0.000.010.020.030.04PDFCase
Edge Low Intfc.
Edge High Intfc.
Center Low Intfc.
Center High Intfc.
Fig. 5. PDF of SINR degradation caused by Cross-Link Interference at both
cell edge and center.

Hence, in the context of 5G networks, there will be two
points that will make the difference regarding the preceding
generation. On the one hand, the localization and the context
will provide the network management algorithms a large
amount of information collected from several sources, whether
about events, weather or trafﬁc [15]. This will open up new
ways of processing such context information together with
high accurate user locations. Thus, 3GPP System Aspects
WGs, especially WG5 that is in charge of Management,
Orchestration and Charging, discuss location topics in Release
18, such as the possibility of providing UE speed and orien-
tation information to NWDAF through Minimization of Drive
Test (MDT) data collection mechanism [10]. The modular 5G
architecture is also in place for future integration of techniques

that exploit these data.

FIRST SUBMITTED TO “IEEE NETWORK” IN OCTOBER, 2022 7
CONCLUSIONS
The aim of this work has been to assess the current
status of 5G development in order to identify which novel
features may potentially lead to problem situation. Classic
network OAM procedures have been reviewed from a failure
management perspective, as well as the 3GPP updates with
respect to the previous version of speciﬁcations.
Three problems have been validated under simulation,
demonstrating the relevance of location and speed awareness
for the management of such failures.
In addition, the current lack of real data for future
development has been pointed out, where context information
is deemed indispensable for OAM. Hence, this work aimed at
setting the ground to research on 5G failure modeling from
the network management perspective.
ACKNOWLEDGMENTS
This work was supported by the European Union’s Hori-
zon 2020 research and innovation program under Grant no.

871249, project LOCUS; Spanish Ministry of economic affairs
and Digital Transformation and European Union - NextGener-
ationEU within the framework “Recuperaci ´on, Transformaci ´on
y Resiliencia y el Mecanismo de Recuperaci ´on y Resiliencia”
under the project MAORI. This work has been also funded
by: Spanish Ministry of Universities through the program
“Ayudas para la formaci ´on de profesorado universitario” (Ref.
FPU20/02863).
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[2] M. Z. Asghar, M. Abbas, K. Zeeshan, P. Kotilainen, and T. H ¨am¨al¨ainen,
“Assessment of Deep Learning Methodology for Self-Organizing 5G
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[3] Z. Zhang, Y . Xiao, Z. Ma, M. Xiao, Z. Ding, X. Lei, G. K. Karagiannidis,
and P. Fan, “6G Wireless Networks: Vision, Requirements, Architecture,
and Key Technologies,” IEEE Vehicular Technology Magazine , vol. 14,
no. 3, pp. 28–41, 2019.
[4] M. Sol ´e, V . Munt ´es-Mulero, A. I. Rana, and G. Estrada, “Survey on
Models and Techniques for Root-Cause Analysis,” 2017.
[5] J. Ramiro and K. Hamied, Self-organizing networks: self-planning, self-
optimization and self-healing for GSM, UMTS and LTE . John Wiley
& Sons, 2011.
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healing in wireless networks,” IEEE Communications Magazine , vol. 50,
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[8] M. Giordani, M. Polese, A. Roy, D. Castor, and M. Zorzi, “A Tutorial
on Beam Management for 3GPP NR at mmWave Frequencies,” IEEE
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Magazine , vol. 56, no. 11, pp. 36–43, 2018.
BIOGRAPHIES
ANTONIO TARR´IAS (atm@ic.uma.es) received a
M.S. in Telematics and Telecommunication Net-
works in 2020 from the University of Malaga, Spain.
In 2019, he started to work as research assistant and
assistant professor with the Department of Commu-
nications Engineering. Currently, he is pursuing the
Ph.D. degree in the ﬁeld of cellular communications.
SERGIO FORTES (sfr@ic.uma.es) holds a M.S. and
a Ph.D. in Telecommunication Engineering from the
University of Malaga. He began his career being
part of main european space agencies (DLR, CNES,
ESA) and Avanti Communications plc, where he par-
ticipated in various research and consultant activities
on broadband and aeronautical satellite communica-
tions. In 2012, he joined the University of Malaga,

where his research is focused on Self-Organizing
Networks for cellular communications.
RAQUEL BARCO (rbm@ic.uma.es) is M.S. and
Ph.D. in telecommunications from the University of
M´alaga, where she is currently Full Professor. She
has worked at Telef ´onica, Spain, and at the European
Space Agency, and she participated in a Mobile
Communication Systems Competence Center, jointly
created by Nokia and the UMA. She has published
more than 120 scientiﬁc papers, ﬁled several patents,
and has lead projects with major companies.

Module 1: Setting Up a Cloud Solution Environment 
Welcome to Module 1: Setting Up a Cloud Solution Environment.

R e vi e w and                              
Now let’s review how to use these diagnostic questions to help you identify what to 
include in your study plan. 
As a reminder - this isn’t meant to be a crash course teaching you everything you 
need to know about setting up a solution in Google Cloud. Instead, it’s meant to give 
you a better sense of the scope of the section and the different skills you’ll want to 
develop as you prepare for the certification.

Setting up cloud projects and accounts 
Managing billing configuration 
Installing and configuring the command line 
interface (CLI), specifically the Cloud SDK           
(e.g., setting the default project) 1  1
Setting up a cloud solution environment 
1  2
1  3.
.
.
study plan.

Se tt in g up cl o u d 
p r o j e c t s and a c c o un t s 
Activities include: 
●Creating a resource hierarchy 
●Applying organizational policies to the resource hierarchy 
●Granting members IAM roles within a project 
●Managing users and groups in Cloud Identity (manually and automated) 
●Enabling APIs within projects 
●Provisioning and setting up products in Google Cloud’s operations suite 
1  1.
At the start of this module we mentioned some of the tasks you’d undertake as an 
Associate Cloud Engineer to help set up Cymbal Superstore’s cloud projects and 
accounts. This includes tasks such as creating a resource hierarchy related to the 
three applications migrating to the cloud and their associated departments, granting 
IAM roles, and the activities here. 
Many of the questions you just answered relate to this area - these are key concepts 
for an Associate Cloud Engineer! 
Question 1 tested your ability to assign users to IAM roles. Question 2 explored using

Question 1 tested your ability to assign users to IAM roles. Question 2 explored using 
organization resource hierarchies in Google Cloud, and question 3 tested your 
knowledge of the relationship between resources and projects to track resource 
usage, billing, or permissions. Question 4 examined concepts of permission 
hierarchy, and questions 5 and 6 tested your knowledge of roles in Google Cloud. 
Let’s review.

1  1. Di a gno s t i c Qu e s t i o n 0 1 Dis cu ss i o n 
Stella is a new member of a team in your company 
who has been put in charge of monitoring VM 
instances in the organization. Stella will need the 
required permissions to perform this role. 
How should you grant her those permissions? A.Assign Stella a roles/compute.viewer role. 
B.Assign Stella compute.instances.get 
permissions on all of the projects she 
needs to monitor.
C.Add Stella to a Google Group in your 
organization. Bind that group to 
roles/compute.viewer.
D.Assign the “viewer” policy to Stella. 
Question: 
Stella is a new member of a team in your company who has been put in charge of 
monitoring VM instances in the organization. Stella will need the required permissions 
to perform this role. How should you grant her those permissions?

A.Assign Stella a roles/compute.viewer role. 
D.Assign the “viewer” policy to Stella. Stella is a new member of a team in your company 
How should you grant her those permissions? 
Feedback: 
A. Incorrect. You should not assign roles to an individual user. Users should be added 
to groups and groups assigned roles to simplify permissions management. 
B. Incorrect. Roles are combinations of individual permissions. You should assign 
roles, not individual permissions, to users. 
* C. Correct! Best practice is to manage role assignment by groups, not by individual 
users.

users. 
D. Incorrect. A policy is a binding that is created when you associate a user with a 
role. Policies are not "assigned" to a user. 
● Quests 
○ Create and Manage Cloud Resources

○ (https://www.qwiklabs.com/quests/120 )
Summary:  
You assign members to roles through an IAM policy. Roles are combinations of 
permissions needed for a role. Members can be a Google account, a service account, 
a Google group, a Google Workspace domain, a Cloud Identity domain, all 
authenticated users, and all users. A service account is an account for an application 
instead of an end user. 
Summary content continues on the next slide.

I d en t i t y and 
A c c e ss M an a g emen t who
can do what2
3
on which resource 4
IAM lets administrators authorize who can take action on specific resources. An IAM 
policy has a “who” part, a “can do what” part, and an “on which resource” part.

1  1. Di a gno s t i c Qu e s t i o n 0 2 Dis cu ss i o n 
A.Organization, Project, Resource, Folder. 
B.Organization, Folder, Project, Resource. 
C.Project, Organization, Folder, Resource. 
D.Resource, Folder, Organization, Project. 
How are resource hierarchies organized 
in Google Cloud?
Question: 
How are resource hierarchies organized in Google Cloud?

D.Resource, Folder, Organization, Project. How are resource hierarchies organized 
Feedback: 
A: Incorrect. Folders are optional and come in between organizations and projects. 
*B: Correct! Organization sits at the top of the Google Cloud resource hierarchy. This 
can be divided into folders, which are optional. Next, there are projects you define. 
Finally, resources are created under projects. 
C: Incorrect. Organization is the highest level of the hierarchy. 
D: Incorrect. Organization is the highest level of the hierarchy, followed by optional 
folders, projects, and then resources. 
https://cloud.google.com/resource-manager/docs/cloud-platform-resource-hierarchy#r
esource-hierarchy-detail 

● Quests 
○ Create and Manage Cloud Resources  
(https://www.qwiklabs.com/quests/120 )
Summary: 
You may find it easiest to understand the Google Cloud resource hierarchy from the 
bottom up. All the resources you use--whether they’re virtual machines, Cloud

Storage buckets, tables in BigQuery, or anything else in Google Cloud--are organized 
into projects. Optionally, these projects may be organized into folders; folders can 
contain other folders. All the folders and projects used by your organization can be 
brought together under an organization node. Projects, folders, and organization 
nodes are all places where policies can be defined. Some Google Cloud resources let 
you put policies on individual resources too, like Cloud Storage buckets. 
Policies are inherited downwards in the hierarchy. 

O n whi ch r e s o ur c e: Us er s g e t r o l e s o n 
s pe cifi c i t em s in t he hi er ar ch y Or g aniz a t i o n R e s o ur c e s Pr o j e c t e x amp l e.c o m 
boo k shelf s t a t i c-a ss e t s s tr e am-in g e s t 
A p p 
E n gine C l o u d 
S t o r a g e C o mp u t e 
E n gine P ub /S ub C l o u d 
S t o r a g e Bi gQu er y 
in s t anc e_a qu eu e_a b u ck e t_a b u ck e t_b t o p i c_a d a t a s e t_a 
P o li cy Inheri t anc e 
who
3
When you give a user, group, or service account a role on a specific element of the 
resource hierarchy, the resulting policy applies to the element you chose, as well as to 
elements below it in the hierarchy.

1  1. Di a gno s t i c Qu e s t i o n 03 Dis cu ss i o n 
A.The Project ID.
B.The Project Name.
C.The Project Number.
D.The Project Category.
What Google Cloud project attributes 
can be changed?
Question: 
What Google Cloud project attributes can be changed?

Feedback: 
A: Incorrect. Project ID is set by the user at creation time but cannot be changed. It 
must be unique. 
*B: Correct! Project name is set by the user at creation. It does not have to be unique. 
It can be changed after creation time. 
C: Incorrect. Project number is an automatically generated unique identifier for a 
project. It cannot be changed. 
D: Incorrect. Project category isn't a valid attribute when setting up a Google Cloud 
project. 
https://cloud.google.com/resource-manager/docs/cloud-platform-resource-hierarchy#
projects  
Content Mapping:  
● Quests 
Summary :

A project is required to use Google Cloud, and forms the basis for creating, enabling,  
and using all Google Cloud services, managing APIs, enabling billing, adding and  
removing collaborators, and managing permissions. 
In order to interact with most Google Cloud resources, you must provide the  
identifying project information for every request. You can identify a project in either of  
two ways: a project ID, or a project number. 
A project ID is the customized name you chose when you created the project. If you  
activate an API that requires a project, you will be directed to create a project or  select  
a project using its project ID. (Note that the name string, which is displayed in the UI,  
is not the same as the project ID.) 
A project number is automatically generated by Google Cloud. Both the project ID and  
project number can be found on the dashboard of the project in the Google Cloud

project number can be found on the dashboard of the project in the Google Cloud  
console. For information on getting project identifiers and other management tasks for  
projects see  Creating and Managing Projects .
The initial IAM policy for the newly created project resource grants the owner role to  
the creator of the project.

1  1. Di a gno s t i c Qu e s t i o n 04 Dis cu ss i o n 
A.Assign Jane the roles/storage.objectCreator 
on every project.
B.Assign Jane the roles/viewer on each 
project and the roles/storage.objectCreator 
for each bucket.
C.Assign Jane the roles/editor at the 
organizational level.
D.Add Jane to a group that has the 
roles/storage.objectAdmin role assigned at 
the organizational level.
Jane will manage objects in Cloud Storage 
for the Cymbal Superstore. She needs to 
have access to the proper permissions for 
every project across the organization. 
What should you do? 
Question: 
Jane will manage objects in Cloud Storage for the Cymbal Superstore. She needs to 
have access to the proper permissions for every project across the organization. 

Feedback: 
A. Incorrect. Inheritance would be a better way to handle this scenario. The 
roles/storage.objectCreator  role does not give the permission to delete objects, an 
essential part of managing them. 
B. Incorrect. This role assignment is at too low of a level to allow Jane to manage 
objects. 
C. Incorrect. Roles/editor  is basic and would give Jane too many permissions at the 
project level.

objects. 
project level. 
*D. Correct! This would give Jane the right level of access across all projects in your 
company. 
https://cloud.google.com/resource-manager/docs/cloud-platform-resource-hierarchy  
● Quests 
Summary:  Resource hierarchy is different from Identity and Access Management.

Identity and Access Management focuses on who, and lets the administrator 
authorize who can take action on specific resources based on permissions. 
Organization Policy focuses on what, and lets the administrator set restrictions on 
specific resources to determine how they can be configured. A constraint is a 
particular type of restriction against a Google Cloud service or a list of Google Cloud 
services. A constraint has a type, either list or boolean. 
Summary continues on the next slide.

R e s o ur c e hi er ar ch y l e v el s 
d e fine tru s t bo und ari e s 
Group your resources according to your 
organization structure.
Levels of the hierarchy provide trust 
boundaries and resource isolation. 
 C o mpan y 
D ep t X Or g N od e 
F o l d er s 
Pr o j e c t s 
R e s o ur c e s D ep t y Sh ar e d in fr a 
T e am A T e am B 
Pr odu c t 1 Pr odu c t 2 
T e s t Pr o j e c t Pr od Pr o j e c t 
VMs S t o r a g e 
When an organization policy is set on a resource hierarchy node, all descendants of 
that node inherit the organization policy by default. If you set an organization policy at 
the root organization node, then the configuration of restrictions defined by that policy 
will be passed down through all descendant folders, projects, and service resources. 
When a child node inherits organization policies based on list constraints, the 
inherited policies are merged and reconciled with the node's organization policy. In list

inherited policies are merged and reconciled with the node's organization policy. In list 
policy evaluation, DENY values always take precedence. 
Organization policies that are derived from boolean constraints do not merge and 
reconcile policies. If a policy is specified on a resource node, that TRUE or FALSE 
value is used to determine the effective policy.

1  1. Di a gno s t i c Qu e s t i o n 05 Dis cu ss i o n 
A.Grant the most restrictive basic role to most services, 
grant predefined or custom roles as necessary. 
B.Grant predefined and custom roles that provide 
necessary permissions and grant basic roles only 
where needed.
C.Grant the least restrictive basic roles to most services 
and grant predefined and custom roles only when 
D.Grant custom roles to individual users and implement 
basic roles at the resource level. 
You need to add new groups of employees 
in Cymbal Superstore’s production 
environment. You need to consider 
Google’s recommendation of using               
least privilege.
Question: 
You need to add new groups of employees in Cymbal Superstore’s production 
environment. You need to consider Google’s recommendation of using least privilege. 

1  1
. Di a gno s t i c Qu e s t i o n 05 Dis cu ss i o n 
Feedback: 
A: Incorrect. Basic roles are too broad and don’t provide least privilege. 
*B: Correct! Basic roles are broad and don’t use the concept of least privilege. You 
should grant only the roles that someone needs through predefined and custom roles.

should grant only the roles that someone needs through predefined and custom roles. 
C: Incorrect. Basic roles apply to the project level and do not provide least privilege. 
D: Incorrect. You should see if a predefined role meets your needs before 
implementing a custom role. 
https://cloud.google.com/iam/docs/understanding-roles#role_types 
● Quests 

C an d o wh a t: IAM r o l e s ar e 
c o ll e c t i o n s o f r el a t e d permiss i o n s 
who
3
Ba s i c Pr e d e fine d C u s t o m 
The “can do what” part of an IAM policy is defined by a role. An IAM role is a 
collection of permissions, because, most of the time you need more than 1 permission 
to do meaningful work. For example, to manage virtual machine instances in a 
project, you have to be able to create, delete, start, stop and change virtual machines. 
So these permissions are grouped together into a role to make them easier to 
understand and easier to manage. 
There are three types of roles in IAM: 
● Basic roles, which include the Owner, Editor, and Viewer roles that existed 
prior to the introduction of IAM. 
● Predefined roles, which provide granular access for a specific service and are 
managed by Google Cloud. 
● Custom roles, which provide granular access according to a user-specified list 
of permissions.

of permissions. 
Basic roles are the Owner, Editor, and Viewer. 
Pre-defined roles bundle selected permissions up into collections that correlate with 
common job-related business needs.

1  1. Di a gno s t i c Qu e s t i o n 06 Dis cu ss i o n 
A.compute.images.list
B.compute.images.get
C.compute.images.create
D.compute.images.setIAM
E.computer.images.update
The Operations Department at Cymbal 
Superstore wants to provide managers 
access to information about VM usage 
without allowing them to make changes 
that would affect the state. You assign 
them the Compute Engine Viewer role. 
Which two permissions will they receive? 
Question: 
The Operations Department at Cymbal Superstore wants to provide managers access 
to information about VM usage without allowing them to make changes that would 
affect the state. You assign them the Compute Engine Viewer role. Which two 
permissions will they receive?

E.computer.images.updateThe Operations Department at Cymbal 
Feedback: 
*A: Correct! Viewer can perform read-only actions that do not affect state. 
*B: Correct! Get is read-only. Viewer has this permission. 
C: Incorrect. This permission would change state. 
D: Incorrect. Only the Owner can set the IAM policy on a service. 
E: Incorrect. Only Editor and above can change the state of an image. 
https://cloud.google.com/iam/docs/understanding-roles#basic 
○ M2 Resources and Access in the Cloud

● Quests 
Summary : If you’re a viewer on a given resource, you can examine it but not change

its state. If you’re an editor, you can do everything a viewer can do plus change its  
state. And if you’re an owner, you can do everything an editor can do plus manage  
roles and permissions on the resource.

Skill Ba d g e s Se tt in g up cl o u d p r o j e c t s 
and a c c o un t s 
1  1.
Overview | IAM Documentation 
Resource hierarchy | Resource Manager  
Understanding roles | IAM Documentation D ocumen t a t i o n C o ur s e s 
Create and Manage 
Cloud Resources Quest 
Google Cloud Quest 
Cloud 
=
Now that we’ve reviewed the diagnostic questions related to Section 1.1 Setting up 
cloud projects and account, let’s take a moment to consider resources that can help 
you build your knowledge and skills in this area. 

Create and Manage Cloud Resources Quest 
https://cloud.google.com/resource-manager/docs/cloud-platform-resource-hierarchy 
https://cloud.google.com/iam/docs/understanding-roles

M an a gin g b illin g c o n fi g ur a t i o n 
●Creating one or more billing accounts 
●Linking projects to a billing account 
●Establishing billing budgets and alerts 
●Setting up billing exports
1  2.
Now let’s focus on Section 1.2. An Associate Cloud Engineer needs to be able to 
manage the billing configuration for a cloud solution, which involves tasks such as 
setting up billing accounts, linking projects, establishing budget alerts, and setting up 
exports. 
Question 7 tested your knowledge of billing accounts and the role of a billing 
administrator. Question 8 explored budget alerts.

A.Set up Cloud Billing to pay for usage costs in 
Google Cloud projects and Google 
Workspace accounts.
B.A project and its resources can be tied to 
more than one billing account. 
C.A billing account can be linked to one or 
more projects.
D.A project and its resources can only be tied 
to one billing account.
E.If your project only uses free resources you 
don’t need a link to an active billing account.How are billing accounts applied to 
projects in Google Cloud? (Pick two.) 1  2.
Question: 
How are billing accounts applied to projects in Google Cloud? (Pick two.)

don’t need a link to an active billing account. How are billing accounts applied to 
Feedback: 
A: Incorrect. Cloud Billing does not pay for charges associated with a Google 
Workspace account. 
B: Incorrect. A project can only be linked to one billing account at a time. 
*C: Correct! A billing account can handle billing for more than one project. 
*D: Correct! A project can only be linked to one billing account at a time. 
E: Incorrect. Even projects using free resources need to be tied to a valid Cloud 
Billing account.

Billing account. 
https://cloud.google.com/billing/docs/how-to/manage-billing-account  
Summary : 
Cloud Billing accounts pay for usage costs in Google Cloud projects and Google 
Maps Platform projects. Cloud Billing accounts do not pay for Google Workspace

accounts. Google Workspace customers need a separate Google Workspace billing 
account. 
A project and its service-level resources are linked to one Cloud Billing account at a 
time. 
A Cloud Billing account operates in a single currency and is linked to a Google 
payments profile. 
A Cloud Billing account can be linked to one or more projects. 
Usage costs are tracked by Project and are charged to the linked Cloud Billing 
account. 
Important: Projects that are not linked to an active Cloud Billing account cannot use 
Google Cloud or Google Maps Platform services. This is true even if you only use 
services that are free. 
If you want to change the Cloud Billing account that you are using to pay for a project 
(that is, link a project to a different Cloud Billing account), see Enable, disable, or 
change billing for a project. 
You can manage your Cloud Billing accounts using the Google Cloud console. For 
more information about the console, visit General guide to the console .

 1  2.
A.Change the budget alert default threshold 
rules to include Jeffrey as a recipient. 
B.Use Cloud Monitoring notification channels 
to send Jeffrey an email alert. 
C.Add Jeffrey and Fiona to the budget scope 
custom email delivery dialog. 
D.Send alerts to a Pub/Sub topic that Jeffrey is 
subscribed to.
Fiona is the billing administrator for the 
project associated with Cymbal 
Superstore’s eCommerce application. 
Jeffrey, the marketing department lead, 
wants to receive emails related to budget 
alerts. Jeffrey should have access to no 
additional billing information. 
Question: 
Fiona is the billing administrator for the project associated with Cymbal Superstore’s 
eCommerce application. Jeffrey, the marketing department lead, wants to receive 
emails related to budget alerts. Jeffrey should have access to no additional billing 

 1  2.
Feedback: 
A. Incorrect. To add Jeffrey as a recipient to the default alert behavior you would have 
to grant him the role of a billing administrator or billing user. The qualifier in the 
questions states he should have no additional access. 
*B. Correct! You can set up to 5 Cloud Monitoring channels to define email recipients

*B. Correct! You can set up to 5 Cloud Monitoring channels to define email recipients 
that will receive budget alerts. 
C. Incorrect. Budget scope defines what is reported in the alert. 
D. Incorrect. Pub/Sub is for programmatic use of alert content. 
https://cloud.google.com/billing/docs/how-to/budgets 
Summary: 
To create a new budget, complete the following steps: 
1. Create and name the budget 
2. Set the budget scope 
3. Set the budget amount 
4. Set the budget threshold rules and actions 
5. Click finish to save the new budget 
Threshold rules define the triggering events used to generate a budget notification

email. Note that threshold rules are required for email notifications and are used 
specifically to trigger email notifications. Thresholds rules are not required for 
programmatic notifications, unless you want your programmatic notifications to 
include data about the thresholds you set. 
Email notification settings can be either role-based, which sends alerts to the Billing 
account Administrator and Billing Account Users. This is the default behavior. 
 
Or you can set up Cloud Monitoring notification channels to send alerts to email 
addresses of your choice.

1  2.
Create, modify, or close your  
self-serve 
Cloud Billing account  
Create, edit, or delete budgets  
and budget alerts | Cloud Billing Architecting with Google 
●M3 Resource 
=
of these. 
Google Cloud Fundamentals: Core Infrastructure (On-demand)

of these. 
https://cloud.google.com/billing/docs/how-to/budgets

1  3.In s t allin g and c o n fi g urin g t he c o mm and line 
in t erf a c e (CLI), s pe cifi c ally t he C l o u d SDK 
(e.g., setting the default project) 
There are four ways you can interact with Google Cloud: the Google Cloud console, 
the Cloud SDK and Cloud Shell, the Cloud Mobile App, and the APIs. As an Associate 
Cloud Engineer you will have to be familiar with all of them.  
Question 9 tested your knowledge of ways to interact with Google Cloud services, 
and question 10 asked you to differentiate between the main components of the 
Google Cloud SDK (gcloud, gsutil, and bq).

A.Google Cloud console
B.Cloud Shell
C.Cloud Mobile App
D.Cloud SDK
E.REST-based API
Pick two choices that provide a 
command line interface to Google Cloud. 1  3.
Question: 
Pick two choices that provide a command line interface to Google Cloud.

Feedback: 
A: Incorrect. The console is a graphical interface. 
*B: Correct! Cloud Shell provides a cloud-based CLI environment. 
C: Incorrect. The Cloud Mobile App allows you to interact graphically with your Google 
Cloud resources through an app on your mobile device. 
*D: Correct! The Cloud SDK provides a local CLI environment. 
E: Incorrect. This interface allows API access through CURL or client-based 
programming SDKs. 
https://cloud.google.com/docs/overview#ways_to_interact_with_the_services 
Content mapping : 
○ M1 Interacting with Google Cloud

○ M1 Interacting with Google Cloud 
● Quests 
○ Create and Manage Cloud Resources 

Summary: 
The Google Cloud console provides a web-based, graphical user interface that you 
can use to manage your Google Cloud projects and resources. 
The gcloud  tool lets you manage development workflow and Google Cloud resources  
in a terminal window. 
You can run gcloud commands by installing the Cloud SDK, which includes the  gcloud  
tool.  You use it by opening a terminal window on your own computer.  
You can also access gcloud commands by using Cloud Shell, a browser-based shell  
that runs in the cloud.   
Client libraries are also provided by the Cloud SDK.  They provide access to API’s for  
access to services, called application API’s, and Admin API’s which allow you to  
automate resource management tasks.   

T he C l o u d SDK and C l o u d Shell 
●The Cloud SDK includes CLI tools for Google 
Cloud products and services. 
●gcloud, gsutil (Cloud Storage),  bq (BigQuery) 
●Available as a Docker image. 
●Available via Cloud Shell.
●Containerized version of the Cloud SDK 
running on a Compute Engine instance. 
The Cloud SDK is a set of tools that you can use to manage resources and 
applications hosted on Google Cloud. These include the gcloud tool , which provides 
the main command-line interface for Google Cloud Platform products and services, as 
well as gsutil  and bq. When installed, all of the tools within the Cloud SDK are located 
under the bin directory. 
Cloud Shell provides you with command-line access to your cloud resources directly 
from your browser. Cloud Shell is a Debian-based virtual machine with a persistent 
5-GB home directory, which makes it easy for you to manage your Google Cloud 
projects and resources. With Cloud Shell, the Cloud SDK gcloud command and other

projects and resources. With Cloud Shell, the Cloud SDK gcloud command and other 
utilities you need are always installed, available, up to date, and fully authenticated 
when you need them. 
For more information on the SDK command-line tools, see: 
https://cloud.google.com/sdk/cloudplatform   
Note: Currently, the App Engine SDKs are separate downloads. For more information, 
see: https://cloud.google.com/appengine/downloads  
Cloud Shell provides the following: 
● A temporary Compute Engine virtual machine instance running a 
Debian-based Linux operating system 
● Command-line access to the instance from a web browser using terminal 
windows in the Google Cloud console

● 5 GB of persistent disk storage per user, mounted as your $HOME directory in 
Cloud Shell sessions across projects and instances 
● The Cloud SDK and other tools pre-installed on the Compute Engine instance 
● Language support, including SDKs, libraries, runtime environments and 
compilers for Java, Go, Python, Node.js, PHP and Ruby 
● Web preview functionality, which allows you to preview web applications 
running on the Cloud Shell instance through a secure proxy 
● Built-in authorization for access to projects and resources 
You can use Cloud Shell to: 
● Create and manage Compute Engine instances. 
● Create and access Cloud SQL databases. 
● Manage Cloud Storage data. 
● Interact with hosted or remote Git repositories, including Cloud Source 
Repositories. 
● Build and deploy App Engine applications. 
You can also use Cloud Shell to perform other management tasks related to your 
projects and resources, using either the gcloud command or other available tools.

A.gcloud
B.gsutil
C.bq
D.Cloud Storage Browser
Which Cloud SDK command should you use? 1  3.
You want to use the Cloud Shell to copy 
files to your Cloud Storage bucket. 
Question: 
You want to use the Cloud Shell to copy files to your Cloud Storage bucket. Which 
Cloud SDK command should you use?

A.gcloud
B.gsutil
C.bq
Feedback: 
A: Incorrect. gcloud provides tools for interacting with resources and services in the 
Cloud SDK. 
*B: Correct! Use gsutil to interact with Cloud Storage via the Cloud SDK. 
C: Incorrect. bq is a way to submit queries to BigQuery. 
D: Incorrect. Cloud Storage Browser is part of the Google Cloud console, not 
CLI-based. 
https://cloud.google.com/sdk/docs/components  
● Quests 
Summary:  
gcloud 
Default gcloud CLI Commands

Tool for interacting with Google Cloud. Only commands at the General Availability  and 
Preview release levels are installed with this component. You must separately install  
the gcloud alpha Commands and/or gcloud beta Commands components if you want  
to use commands at other release levels. 
bq
BigQuery Command-Line Tool 
Tool for working with data in BigQuery 
gsutil 
Cloud Storage Command-Line Tool 
Tool for performing tasks related to Google Cloud Storage.

Skill Ba d g e s 
Google Cloud overview | Overview  
Managing Cloud SDK components |  
Cloud SDK Documentation 
gcloud | Cloud SDK Documentation  
Using the bq command-line tool |  
BigQuery 
gsutil tool | Cloud Storage D ocumen t a t i o n C o ur s e s 
Cloud
●M1 Interacting with 
=

=
https://cloud.google.com/docs/overview#ways_to_interact_with_the_services  
https://cloud.google.com/sdk/gcloud/reference  
https://cloud.google.com/bigquery/bq-command-line-tool

https://cloud.google.com/bigquery/bq-command-line-tool  
https://cloud.google.com/storage/docs/gsutil

02 /  
ROUTER
Router  21
Configuration  30
2.2 Main Screen  3703 /  
3.0 Overview  43
3.1 Basic Settings  44
3.2 Advanced Settings  53
04 /  
4.0 Device Settings  62
Controls  67
4.2 Universal Plug & Play  71

©2022 Verizon. All Rights Reserved05 /  
SETTINGS
5.0 Security & Firewall  78
5.1 Network Settings  94
Monitoring  148
5.3 System  154
06 /  
Tips 171
Questions  17807 /  
Specifications  185
7.1 LED Indicators  186
7.2 Environmental 
Parameters  187
08 /  
NOTICES
Notices  191

5
       ©2022 Verizon. All Rights ReservedVerizon Router lets you transmit and 
distribute digital entertainment and 
information to multiple devices in your 
home/of fice. 
Your Verizon Router supports 
networking using coaxial cables, 
Ethernet, or Wi-Fi, making it one of the 
most versatile and powerful routers 

7
       ©2022 Verizon. All Rights Reserved –MoCA 2.5 LAN enabled to support speeds up to 2500 Mbps 
• Integrated Wi-Fi networking with 802.11a/b/g/n/ac/ax access 
point featuring:
 –Fully customizable fi rewall with Stateful Packet Inspection 
(SPI)
 –Content fi ltering with URL-keyword based fi ltering, parental 
controls, and customizable fi ltering policies per computer
IP spoo fing attacks, scanning attacks, IP fragment overlap 
 –Virtual server functionality; providing protected access to 
internet services such as web, FTP, email, and telnet
 –DMZ (demilitarized zone) host support of a network security 
neutral zone between a private network and the internet

 –SIP ALG

9
       ©2022 Verizon. All Rights Reserved1.3/ GETTING TO kNOW YOUR VERIz ON  ROUTER
1.3a/ FRONT P aNEL
white when your Verizon Router is 
turned on, connected to the internet, 
and functioning normally.
Normal WHITE Normal operation (50% solid)
Setup complete (solid)
Router is booting (soft blink)
System restart (fast blink)
BLUE Pairing mode (hard blink)
WPS pairing successful (fast blink)
RED Hardware/System failure detected (hard 
blink)
Overheating (fast blink)
WPS pairing failure (fast blink)

11
    ©2022 Verizon. All Rights Reserved• WPS ButtonWPS Button  - allows quick access to the Wi-Fi Protected Setup 
easy way to add WPS capable devices to your Wi-Fi network. To 
activate the WPS function, press and hold the WPS button located 
on the rear of your Verizon Router for more than two seconds. 
When WPS is initiated from your router, the Router Status LED 
slowly ﬂashes blue for up to two minutes, allowing time to complete 
the WPS pairing process on your Wi-Fi device (also known as a 
Wi-Fi client). When a device begins connecting to your router using 
WPS, the Router Status LED rapidly ﬂashes blue for a few seconds, 
and then solid white as the connection completes.
Status LED rapidly ﬂashes red for two minutes after the error 
occurs.

occurs. 
Refer to the “Connecting A Wi-Fi Device Using WPS” on page 33  
for more details. In addition, the Router Status LED also provides 
a quick view of the operational state of the Verizon Router using 
various colors as indicated in the chart above.  
Ethernet cables to join the local area network (LAN). The three 
Ethernet LAN ports:
 –one 10GE LAN port is 100 Mbps, 1/2.5/5/10 Gbps 
auto-sensing 
 –the other two 2.5GE LAN ports are 10/100 Mbps, 1/2.5 Gbps 
auto-sensing

13
    ©2022 Verizon. All Rights Reserved1.3c/ RE aR LIGHTED INDIC aTORS
LaN/W aN Ethernet
Left LED
• Solid yellow – Indicates less than 1 Gbps link
Right LED
• Solid white – Indicates 1/2.5/5/10 Gbps link
1.3d/ MOUNTING THE VERIz ON  ROUTER  TO a W aLL
in a vertical upright position. Verizon does not recommend wall 
mounting the Verizon Router. However, if you wish to mount your 

15
    ©2022 Verizon. All Rights Reserved4. Place the screws into the small holes of the bracket and 
tighten the screws into your wall for securing the wall mount 
bracket.

17
    ©2022 Verizon. All Rights Reserved6. Rotate and align the router to the preferred position. While 
using the hole in the mounting bracket, connect the Ethernet 
cable providing internet to the router’s WAN port and other 
cables as needed. Tighten the bracket screw to lock the 
device in place.

02 /  

20
VERIZON  ROUTER
    ©2022 Verizon. All Rights ReservedConnecting your Verizon Router and 
accessing its web-based User Interface 

router to a coax outlet. (Required for Verizon TV; skip 
for 5G Home installation)
• Separate subscription required for Verizon TV; not 

22
    ©2022 Verizon. All Rights ReservedD. Router will take up to 10 minutes to update completely. 
A. Connect the Ethernet cable 
to any LAN port on your 
router.
B. Connect the other end to 
A. Get the Wi-Fi name 
and password off the 
label on your router.
B. On your device, choose your 
Wi-Fi name when it appears.
C. Enter the Wi-Fi password exactly as it is on your router 
label.

computer and following the prompts.
keyboard.

24
    ©2022 Verizon. All Rights Reserved3. You may see a security message warning that Your Your 

26
    ©2022 Verizon. All Rights Reserved8. You can optionally enable the 6 GHz Wi-Fi6 GHz Wi-Fi  band by toggling 
WPA2 to WPA2/WPA3 and 6 GHz will be enabled using 
WPA3. You can continue to use one Wi-Fi Name and 
Password across all Wi-Fi bands. 
The IoT Wi-Fi will also be enabled for any devices that do 
not support WPA3, and this will use a unique Wi-Fi name and 
password based on the default SSID & Password. Devices on 
this Wi-Fi will be able to communicate with other devices on 
the Primary network with no firewall restrictions separating 
them.
current settings. You may optionally save your settings 
as an image on your device by selecting the button, Save Save

as an image on your device by selecting the button, Save Save 

28
    ©2022 Verizon. All Rights ReservedNote:  If you select Save as imageSave as image , the image file is saved to your 

30
    ©2022 Verizon. All Rights Reserved2. 1/ COMPUTER NETWORk  CONFIGUR aTION
2. 1a/ CONFIGURING DYNaMIC IP aDDRESSING 
3. Click PropertiesProperties . The Local Area Connection Properties

ComputER  nEtwoRk ConfiguR ation
WINDOWS 10
displays.
4. In the View your active networksView your active networks , click EthernetEthernet  in the

displays.

32
    ©2022 Verizon. All Rights Reserved9. In the Local Area Connection Properties Local Area Connection Properties window, click OK OK to 
10. To con figure Internet Protocol Version 6 (TCP/IPv6) to use 
Ma CINTOSH OS X
6. Follow the instructions in the Network Diagnostics AssistantNetwork Diagnostics Assistant .

2. 1b/ CONNECTING OTHER COMPUTERS  aND NETWORk 
DEVICES
cable.

ETHERNET
three.
or a virtual button in software. Once completed, this allows Wi-Fi

WPS button located on the rear of your Verizon Router for more 
than two seconds or use the UI and press the on-screen button.

34
    ©2022 Verizon. All Rights ReservedTo access WPS using the user interface:
then click the start WPSstart WPS  button in the Option 1Option 1  to start the 
the PIN number in the Enter PINEnter PIN  field. The Client WPS PINClient WPS PIN  
field is located in the Option 2Option 2  on the user interface.  

Note:  Wi-Fi Protected Setup (WPS) cannot be used if WPA3

CONNECTING a WI-FI DEVICE USING a P aSSWORD

36
    ©2022 Verizon. All Rights Reserved3. Select your Verizon Router’s Wi-Fi network name (SSID) 
4. When prompted, enter your Verizon Router’s Wi-Fi password 
(WPA2 or WPA3 key) into the device’s Wi-Fi settings. 
with Wi-Fi to your router.
COa X
2. Disconnect any adapter currently connected to the coaxial 
wall jack in the room where your router is located.
3. Connect one end of the coaxial cable to the coaxial wall jack 
and the other end to the coax port on your network device.

2.2/ MaIN SCREEN

38
    ©2022 Verizon. All Rights Reserved2.2a/ SYSTEM
SYSTEM ST aTUS
2. You can quickly view your router’s status by clicking  
System\System Status System\System Status on the screen. This section displays 
the status of your router’s local network (LAN) and 
internet connection (WAN), firmware and hardware version 
numbers, MAC Address, IP settings of Verizon Router and 
Extender Mini(s) (if connected).

40
    ©2022 Verizon. All Rights Reserved2.2b/ OPEN SOURCE SOFTW aRE

42
©2022 Verizon. All Rights ReservedWi-Fi networking enables you to free 

oVERViEw
• 2.4 GHz
• 5 GHz
• 6 GHz
recommended. Even one such device connected to the network

–Operation mode: supports IEEE 802.11ax
recommended. Even one such device connected to the network 
will slow your entire Wi-Fi network.

44
©2022 Verizon. All Rights ReservedThe Wi-Fi service and Wi-Fi security are activated by default. The 
3. 1/ BaSIC SETTINGS
3. 1a/ PRIMaRY NETWORk
You can con figure the basic security settings for 2.4 GHz, 5 GHz or 

settings:
same SSID. 
  button 
network.

network.
You can con figure the Verizon Router’s SSID broadcast capabilities 

46
©2022 Verizon. All Rights Reserved –To disable SSID broadcasting, move the selector to off. off. The 
You can con figure your router to limit access to your Wi-Fi network 
to only those devices with specific MAC addresses.
1. To setup access control, click on the Edit listEdit list .
network.

needed.
5. When all changes are complete, click Apply ChangesApply Changes  to 
save the changes.

The Verizon Router is shipped from the factory with Guest Wi-Fi 
turned off. The default SSID for Guest Wi-Fi is preconfigured at 
the factory to the default Wi-Fi network name (SSID) which is 
displayed on a sticker located at the rear of the router followed by

48
©2022 Verizon. All Rights Reservedhyphen guest (-Guest). For example – if the router is shipped with a 
default SSID of “Verizon-ABCDE” then the default SSID for Guest  

3. 1c/ IOT NETWORk
The router supports connection of multiple IoT devices on a 
them. 
turned off. The default SSID for IoT Wi-Fi is preconfigured at 
displayed on a sticker located at the rear of the router followed 
by hyphen IoT (-IoT). For example – if the router is shipped with 
a default SSID of “Verizon-ABCDE” then the default SSID for IoT 
Wi-Fi is “Verizon-ABCDE-IoT”.

50
©2022 Verizon. All Rights ReservedTo enable IoT Wi-Fi link:
either a built-in button or one on a compatible Wi-Fi adapter/card,

unified button located on the front of your Verizon Router for more 

unified button on your router for more than two seconds, 
• If your client device has a WPS PIN, locate the PIN 
printed on the client’s label or in the client documentation. 
Enter the PIN number in Option 2Option 2  on the user interface.

52
©2022 Verizon. All Rights Reserved• Click RegisterRegister .
• Alternatively, you can enter the router’s PIN shown on this 
screen into the WPS user interface of your device, if this 
PIN mode is supported by your Wi-Fi device.
4. After pressing the unified button (WPS) on your router, you 
have two minutes to press the WPS button on the client 
When the unified button (WPS) on your router is pressed, 
the Router Status LED on the front of your router begins 
ﬂashing blue. The ﬂashing continues until WPS pairing to the 
client device completes successfully. At this time, the Router 
within two minutes, the Router Status LED on your router 
ﬂashes red for two minutes to indicate the WPS pairing 
process was unsuccessful. After ﬂashing red, the light 
returns to solid white to indicate that Wi-Fi is on.

3.2/ aDV aNCED SETTINGS
3.2a/ PRIMaRY NETWORk
The Verizon Router supports 2.4 GHz, 5 GHz and 6 GHz signals. 
move between these signals automatically for an optimized Wi-Fi 

54
©2022 Verizon. All Rights Reserved3. To activate the Wi-Fi radio, move the selector to onon. If the 
same SSID.
  button.
network.

• Group keyGroup key  - to update the WPA shared key, move the selector 
to onon.
3.2b/ RaDIO MaNa GEMENT
You can con figure the channel settings for the 2.4 GHz, 5 GHz and 

56
©2022 Verizon. All Rights ReservedTo view and con figure the channel settings:

connect.

Verizon Router accommodating the best radio channel and 
providing the best Wi-Fi performance. 
4. On the Channel SettingsChannel Settings  page for either 2.4 GHz, 5 GHz 
or 6 GHz, the following information displays and can be 
ScoreScore  displays a network congestion score of one to ten 
other. The channel must be the same on the router 

default ( Auto)Auto)  channel selection. Then the router will 

58
©2022 Verizon. All Rights Reserved• 802.11 Mode802.11 Mode
network.
 –Compatibility – This is the default mode setting on 
Notes:  
• Transmit PowerTransmit Power  – adjusts the power of the Wi-Fi signal.

61
DEVICES
©2022 Verizon. All Rights ReservedYou can view the settings of the 
Verizon Router’s network.
Verizon Router’s Parental Controls were 
designed to allow control of internet 
access on all locally networked devices.

DEViCE  SEttingS
iii. Scan the provided QR code with the device’s camera.
network.

63
DEVICES
©2022 Verizon. All Rights Reserved
v. You can add the new device to your Wi-Fi network using 
the WPS option if your Wi-Fi device supports the WPS 
feature. Refer to “3.1d/ Wi-Fi Protected Setup (WPS)” on 
page 50 .
“Setting Parental Controls” on page 67 .

65
DEVICES
applications, such as gaming, voice, and chat, to access

servers in the local network. To access the Port 

IPv6 addresses and a Ping TestPing Test  option.

67
DEVICES
©2022 Verizon. All Rights Reserved4. 1/ SETTING P aRENT aL CONTROLS
4. 1a/ aCTIV aTING P aRENT aL CONTROLS

SEtting p aREntaL  ContRoLS
3. To create a new access policy, click on the New Rule New Rule and 
the configuration page displays.
5. Create a schedule by selecting User defined User defined from the 

69
DEVICES
©2022 Verizon. All Rights Reserved6. Select the days of the week when the rule will be active or 
inactive.
Devices Devices to add a device where you are limiting access. 
assigned device.

4. 1b/ aCTIVE RULES

71
DEVICES
©2022 Verizon. All Rights Reserved4.2/ UNIVERS aL PLUG & PL aY
without configuring or rebooting your Verizon Router.
1. From the Advanced Advanced menu, select Devices Devices from the left pane

uniVERS aL pLug & pL aY
Automatic Cleanup of Old Unused UPnP ServicesAutomatic Cleanup of Old Unused UPnP Services  check 
box.

05 /  
aDV aNCED 
SETTINGS
5.3  System

74
©2022 Verizon. All Rights ReservedAdvanced settings cover a wide range 
Verizon Router’s firmware, security setup 
and network. 
comprehensive and robust security 
services, such as stateful packet 
inspection, firewall security, user 

internet.
• IPv6 Pinholes - provide access tunnel to a service on a host for 
a particular application.

76
©2022 Verizon. All Rights ReservedNetwork SettingsNetwork Settings
address.

• Factory Reset – resets your Verizon Router to its default 
settings.
• LED Brightness - controls the Router Status LED light to either 
dim or brighten.
Verizon Router from any internet-accessible computer.

78
©2022 Verizon. All Rights Reserved5.0/ SECURITY & FIREW aLL
security.
Verizon Router or rejected and barred from passing through your

Verizon Router or rejected and barred from passing through your 
These rules are designed to prevent unwanted intrusions from 
the outside, while allowing local network users access to internet 
services.

SECuRit Y & fiREwaLL
be allowed to pass through the firewall. If the request is permitted 
to pass, all subsequent data associated with this request or 
session is also allowed to pass, regardless of its direction.
Verizon Router, the firewall identifies the request type and origin, 
such as HTTP and a specific computer in the local network. Unless 
your Verizon Router is configured to block requests of this type 

5.0a/ SETTING FIREW aLL CONFIGUR aTION
You can select a normal, high, or low security level to limit, block, 
or permit all traffic. The following table shows request access for 
each security level.

80
©2022 Verizon. All Rights ReservedSecurity LevelInternet Requests
SPECIFYING GENER aL SETTINGS FOR IPV4 OR IPV6

access.
5.0b/ aCCESS CONTROL

82
©2022 Verizon. All Rights ReservedaLLOW OR RESTRICT SERVICES
page opens with the Allows and Blocked sections displayed. 
The Allowed section only displays when the firewall is set to 
displays.

4. In the ProtocolProtocol  field, select the internet protocol to be 
inactive.

84
©2022 Verizon. All Rights ReservedDIS aBLE a CCESS CONTROL
5.0c/ DMz HOST
and loses much of the protection of the firewall. If it is compromised,

5.0d/ IPV6 PINHOLES

86

5.0e/ PORT FORW aRDING
destination address, then select the protocol.

88
©2022 Verizon. All Rights Reserved3. To schedule the rule, select either AlwaysAlways  or User DefinedUser Defined  in 
5.0f/ PORT FORW aRDING RULES
section.

needed.
needed.

90
©2022 Verizon. All Rights Reserved5.0g/ PORT TRIGGERING
In this case, port triggering must be used since it con ﬂicts with the 
To resolve the con ﬂict, a port triggering entry must be defined,

To resolve the con ﬂict, a port triggering entry must be defined, 
which allows inbound traffic on UDP port 3333 only after a network 
host generated traffic to UDP port 2222. This results in your 
Verizon Router accepting the inbound traffic from the gaming 
server and sending it back to the network host which originated the 

5.0h/ SCHEDULER RULES
correct.

92
©2022 Verizon. All Rights Reserved2. Select Scheduler RulesScheduler Rules  in the Security & FirewallSecurity & Firewall  section.
3. Click AddAdd. The Rule ScheduleRule Schedule  page displays.

5. Specify if the rule is activeactive  at the scheduled time or inactiveinactive  
at the scheduled time.
5.0i/ SIP aLG

94
©2022 Verizon. All Rights Reserved5. 1/ NETWORk  SETTINGS
5. 1a/ aRP T aBLE
host name.

nEtwoRk SEttingS
to the Verizon Router, untick the check box of Enable DNS Enable DNS 
Rebind Protection.Rebind Protection.
Warning:  Disabling this protection may create a risk of 

96
©2022 Verizon. All Rights Reserved4. In the Host NameHost Name  field, enter the name of the computer, then 
5. 1c/ DYNaMIC DNS
dynamic IP address, allowing a computer within your network to be

98
©2022 Verizon. All Rights Reserved• PasswordPassword  – enter the password for your Dynamic DNS 
account.
SSL.
5. 1d/ IPV4 aDDRESS DISTRIBUTION
The host can renew an expiring lease or let it expire. If it renews a

configurations to re ﬂect any changes that occurred since the first 

network
allocated
section.

100
©2022 Verizon. All Rights Reserved2. You can edit the DHCP server settings for a device. On the 
Verizon Router will automatically begin assigning IP 
addresses from. Since your Verizon Router’s default IP 
address is 192.168.1.1, the default start IP address should 
be 192.162.1.2.

Verizon Router will stop at for the IP address allocation. 
The maximum end IP address range that can be entered 
is 192.168.1.254.
particular vendor can get lease from a specified pool of address.

102
©2022 Verizon. All Rights ReservedTo view a list of computers:

5. 1e/ IPV6
2. Select EnabledEnabled  in the Enable IPv6 SupportEnable IPv6 Support  field. (Once IPv6 
is enabled the default setting will be IPv6 WAN as DHCPv6 
and IPv6 LAN as Stateless).
3. Select the appropriate IPv6 connection method from the 
dropdown list (DHCPv6 or Static) to specify the method to 
be used to obtain your WAN IPv6 Address.

104
©2022 Verizon. All Rights Reserved4. Click Apply changesApply changes  to have changes take effect.
5. To disable the IPv6 service, move the selector to offoff in the 
button and the Basic/System/System StatusBasic/System/System Status  page will re ﬂect the 

on the IPv6 Configuration ControlsIPv6 Configuration Controls  page as shown below:

106
©2022 Verizon. All Rights Reserved• IPv6 IPv6 (Primary) DNS Address 1DNS Address 1
1. To configure IPv6 LAN Stateful mode with StaticStatic  WAN, select 
the Stateful (DHCPv6)Stateful (DHCPv6)  option on the  IPv6 Configuration  IPv6 Configuration 

Static W aN with L aN IPv6 Stateless Settings
1. To configure IPv6 LAN Stateless mode with StaticStatic  WAN,

108
©2022 Verizon. All Rights Reserved2. Specify the settings to be used to assign LAN IPv6 

as needed.
DHCPv6-PDDHCPv6-PD  option on the IPv6 Configuration ControlsIPv6 Configuration Controls  page 

DHCPv6 W aN with L aN IPv6 Stateful (DHCPv6) Settings
1. To configure IPv6 WAN Stateful (DHCPv6) mode, select 
the Stateful (DHCPv6)Stateful (DHCPv6)  option on the IPv6 Configuration IPv6 Configuration 

110
requesting an IPv6 address from any available DHCPv6

DHCPv6 W aN with L aN IPv6 Stateless Settings

112
©2022 Verizon. All Rights Reserved• Option: Allow ICMPv6 Echo Request for LAN devices Option: Allow ICMPv6 Echo Request for LAN devices 
or Stateless mode without using an IPv6 Internet WAN 
connection, select the NoneNone  option on the IPv6 Configuration IPv6 Configuration 
ControlsControls  page.

LaN IPv6 Stateful (DHCPv6) with No W aN Settings
1. To configure IPv6 LAN Stateful mode with no WAN 
connection, select the Stateful option on the IPv6 IPv6 
Configuration ControlsConfiguration Controls  page as shown below:

114
LaN IPv6 Stateless with No W aN Settings
1. To configure IPv6 LAN Stateless mode with no WAN 

5. 1f/ IPV6 aDDRESS DISTRIBUTION
section.
screen column. The DHCP Settings page opens with the

116
©2022 Verizon. All Rights Reserved3. To configure the DHCP server complete the following fields:

5. 1g/ Ma C CLONING
A MAC address is a hexadecimal code that identifies a device on a 
network. All networkable devices have a unique MAC address.
simplify the installation process by copying the MAC address of the 
existing device to your Verizon Router.
1. Select MAC CloningMAC Cloning  in the Network SettingsNetwork Settings  section.

118
©2022 Verizon. All Rights Reserved3. To locate the MAC address, refer to the documentation from 
the device manufacturer.
5. 1h/ NDP T aBLE
section.

5. 1i/ NETWORk  CONNECTIONS
network.

120
©2022 Verizon. All Rights ReservedNETWORk  (HOME/OFFICE) CONNECTION

1. In the Network (Home/Office) Network (Home/Office) properties page, click 

122

General

124
©2022 Verizon. All Rights Reserved –AutomaticAutomatic : sets the MTU (Maximum Transmission 
 
the operation of your Verizon Router and your local 
network.

network.

parameters of your Verizon Router.
If DHCP Server is enabled on your Verizon Router, 
configure the network devices as DHCP Clients. There 
are 2 basic options in this section: DisabledDisabled  and DHCP DHCP 
To set up the Verizon Router’s network bridge to function 
as a DHCP server:
below.
 –Start IP AddressStart IP Address  – Enter the first IP address

below.
 –Start IP AddressStart IP Address  – Enter the first IP address 
in the IP range that the Verizon Router will 
automatically begin assigning IP addresses 
from. Since your Verizon Router’s IP address 
is 192.168.1.1, the default Start IP Address is 
192.168.1.2.
 –End IP AddressEnd IP Address  – Enter the last IP address 
in the IP range that the Verizon Router will

126
©2022 Verizon. All Rights Reservedautomatically stop the IP address allocation at. 
entered is 192.168.1.254.
Verizon Router with its currently issued dynamic IP 
address.
configuration within the router. Adding option 60 
routing.

routing.

Wi-Fi aCCESS POINT CONNECTION

128
©2022 Verizon. All Rights Reserved2. To access the connection settings pages, click on the link 
6. Reboot your Verizon Router.

1. On the bottom of the Access Point’s specific Enable Enable 
displays.
General

130
©2022 Verizon. All Rights Reserved• MTUMTU  - specifies the largest packet size permitted for 
at 1500.
page.

CONFIGURING ETHERNET PROPERTIES
displays.

132
General
at 1500).

CoaX CONNECTION
You can view the properties of your LAN connection using a 
coaxial cable.
1. To access the Coax Coax properties  page, click the CoaxCoax  link 
listed under Network name Network name on the Network ConnectionsNetwork Connections  
page.

134
©2022 Verizon. All Rights Reserved2. From the connection’s Enable SettingsEnable Settings  page, to enable or 
CONFIGURING COa X PROPERTIES
displays.

General
• Connection TypeConnection Type  - displays as HardwareMoCAHardwareMoCA .
Coax Link
use the same password. This is recommended. 
• Password - tPassword - t o set the privacy password, enter the Coax 
Link password.
• To view the devices connected using the coaxial cable,

136
©2022 Verizon. All Rights ReservedBRO aDB aND CONNECTION (EtHERnEt)
connection to the internet). This connection may be via Ethernet 
cable.
Connection (Ethernet)Connection (Ethernet) .

CONFIGURING THE ETHERNET CONNECTION

138

General
WaN IP a ddress
• In the Internet ProtocolInternet Protocol  section of WAN IP AddressWAN IP Address , 
specify one of the following:
This is useful if the connection operates under a 
bridge.

140
©2022 Verizon. All Rights Reserved –Obtain an IPv4 Address AutomaticallyObtain an IPv4 Address Automatically : the network 
connection is required by Verizon to obtain an IP 
address automatically. The server assigning the IP 
address also assigns a subnet mask address, which 
can be overridden by entering another subnet mask 
address.
• To override the subnet mask, select the Override Subnet Override Subnet 
MaskMask  check box, then enter the new subnet mask.
• Click ReleaseRelease /RenewRenew  in the DHCP LeaseDHCP Lease  field to drop/get 
an IP address from the DHCP server.
• In the Expires In Expires In field, enter the amount of time a network 
device is allowed to connect to the Verizon Router with its

device is allowed to connect to the Verizon Router with its 
• IPv4 DNS - IPv4 DNS - selects Obtain IPv4 DNS Address DynamicallyObtain IPv4 DNS Address Dynamically  
for using Dynamic DNS. Each time the public IP address 
changes, the DNS database is automatically updated 
with the new IPv4 address. In this way, even though the 
IP address changes often, the domain name remains 
constant and accessible.
• Internet Connection Firewall - Internet Connection Firewall - allows you to enable or 
disable the firewall configuration on this interface.

5. 1j/ NETWORk OBJECTS
your Verizon Router network by MAC address, IP address, and/
or host name. The defined group becomes a network object. You 

142

7. Repeat the above steps to create additional network 
objects.
5. 1k/ PORT CONFIGUR aTION
1000 Mbps.

144
5. 1l/ ROUTING

146
©2022 Verizon. All Rights Reserved• NetmaskNetmask  – enter the network mask. This is used in 
4. Click Apply Apply and Apply changes Apply changes  to save changes.

5. 1m/ STaT I C  N aT
1. Select Static NATStatic NAT  in the Network SettingsNetwork Settings  section.
2. To create a static NAT, select a source address in the 
DeviceDevice  field.
4. If using port forwarding, select the Enabled Port forward Enabled Port forward 
check box.
5. Click AddAdd. The rule displays in the Rules ListRules List  section.

148
©2022 Verizon. All Rights Reserved7. Click Add another entryAdd another entry  and repeat these steps to add 
additional static IP addresses.
5.2/ DIa GNOSTICS & MONITORING
5.2a/ BaNDWIDTH MONITORING
in Kbps.

DiagnoS tiCS  & monitoRing
5.2b/ DIaGNOSTICS
browser.

150
©2022 Verizon. All Rights Reserved5.2c/ SYSTEM LOGGING
Verizon Router. In addition, you can view additional logs, such as the 
security, advanced, firewall, WAN DHCP and LAN DHCP.
section.
button.

on the top.

152

5.2e/ BaCkHa UL LOGGING
You can view a summary of the BHM (backhaul modes: Ethernet, 
coax and Wi-Fi) status of your network.
section.

154
5.3a/ SYSTEM ST aTUS
2. You can quickly view your router’s status by selecting 

SYStEm
This section displays the status of your router’s local network 
(LAN) and internet connection (WAN), firmware and hardware 
version numbers, MAC Address, IP settings of Verizon Router and 
Extender(s) (if connected).

156

SYStEm
5.3b/ DaTE & TIME SETTINGS
time zone.
5. Define the time server addresses.
then click Apply Apply to save changes.

158
©2022 Verizon. All Rights Reserved5.3c/ FaCTORY RESET
applied to that Verizon Router. You cannot transfer configuration 
files between Verizon Routers.

SYStEm
3. Select Save to router and your Verizon accountSave to router and your Verizon account  or Save Save 
4. If you select Save as fileSave as file , the configuration file is saved to 
Verizon Router are restored to their default values. This includes

160
©2022 Verizon. All Rights ReservedTo restore your Verizon Router’s factory default settings:
2. Click Factory DefaultFactory Default .
complete, the Login page for the First Time Easy Setup 
Wizard displays.
2. To load a previously saved configuration file, select Load a Load a 
File File then click choose filechoose file .

SYStEm
process. 
4. Accessing the My VerizonMy Verizon  app or the My VerizonMy Verizon  account 
also allows you to restore the previously saved settings. 
Click Restore From Account Restore From Account and select Go to Apple App Go to Apple App 
Store/Go to Google Play Store Store/Go to Google Play Store to restore the saved settings 
to the router.
5.3d/ LED  BRIGHTNESS
The Verizon Router allows you to set the LED brightness to turn 

162
©2022 Verizon. All Rights Reserved2. Slide the bar to adjust the brightness of the LED.
5.3e/ OPEN SOURCE SOFTW aRE

SYStEm
5.3f/ REBOOT  VERIz ON  ROUTER
feature. Refer to 1.3a/ FRONT PANEL  for power button options.
1. Select Reboot Router Reboot Router in the SystemSystem  section. 
4. After the Router Status LED on the front panel turns solid 
white, you will automatically be sent to the web browser 
login page.

164
©2022 Verizon. All Rights Reserved5.3g/ REMOTE aDMINISTR aTION

SYStEm
5.3h/ SYSTEM SETTINGS

166

SYStEm
• LocationLocation  – select your current location of the router from 
the dropdown list. 
user that can currently access your Wi-Fi network. 
In addition, you can modify the login password and 
manage the number of unsuccessful login attempts the 
administration user can enter before your Verizon Router 
web pages.

web pages.
Verizon Router has been inactive.

168
©2022 Verizon. All Rights Reserved• In the Number of concurrent sessions that can be logged Number of concurrent sessions that can be logged 
access your Verizon Router at the same time.

• In the DHCP TimeoutDHCP Timeout  section, specify the DHCP timeout.

06 /  
TROUBLE
SHOOTING

170
©2022 Verizon. All Rights ReservedThis chapter lists solutions for issues 
your Verizon Router as well as frequently 
asked questions.
internet connectivity is automatic and 

6.0/ TROUBLESHOOTING TIPS
6.0a/ IF YOU aRE UNaBLE TO CONNECT TO THE INTERNET:

internet.
the 2 min. wait period, also power cycle the network device (e.g. 
the computer, tablet, etc.) and then plug the power cable back

172
©2022 Verizon. All Rights Reservedinto the Verizon Router. After 3-5 minutes, recheck the Router 
Status LED  and try again to access the internet.
6.0b/ IF YOU aRE UNaBLE TO CONNECT TO YOUR 
VERIz ON  ROUTER  USING WI-FI:
• Be sure your Wi-Fi device is within range of your Verizon Router; 
move it closer to see if your connection improves.
to be sure you are using your Verizon Router’s SSID. In some 
cases, if using a Wi-Fi password, you may need to enter the 
Wi-Fi password into your network device again to be sure your 
device accepts the password.

connect.

6.0c/ aCCESSING YOUR  VERIz ON  ROUTER  IF YOU aRE 
LOCkED OUT
denied.

denied.
6.0d/ RESTORING YOUR VERIz ON  ROUTER ’S DEF aUL T 
SETTINGS
settings. It is important to note that after performing either

174
©2022 Verizon. All Rights Reservedprocedure, all previously save settings on your Verizon Router will 
be lost.
• Using the tip of a ballpoint pen or pencil, press and hold the 
Reset button on the back of your Verizon Router for three 
seconds.
• Access the UI and navigate to the Advanced/ System  page. 
Select the Factory Reset  option. After saving your configuration, 
if desired, click the Factory Default radio button. For additional 
details, refer to the 5.3c/ Factory Reset  section of this guide.
and reconnecting the power may be required.

6.0e/ LaN CONNECTION F aILURE
• Verify your Verizon Router is properly installed, LAN connections 
are correct, and that the Verizon Router and communicating 
network devices are all powered on.
• Confirm that the computer and Verizon Router are both on the 
same network segment.

If unsure, let the computer get the IP address automatically by 
initiating the DHCP function, then verify the computer is using 
6.0f/ TIMEOUT ERROR OCCURS WHEN ENTERING THE URL OR 
IP aDDRESS
• If lag still exists, clear the cache on the computer and if

176
©2022 Verizon. All Rights ReservedIn rare cases you may also need to:
again.
6.0g/ ROUTER ST aTUS  LED
The Router Status LED provides a visual display of the Verizon 
Router’s current condition. Refer to the chart below for details.

blink)
Flash Speed
• Soft blink: 1000ms on 1000ms off
• Hard blink: 800ms on, 800ms off
• Fast blink: 200ms on, 200ms off
6.0h/ RE aR LIGHTED INDIC aTORS
Left LED
Right LED

178
©2022 Verizon. All Rights Reserved6 .1 / FREQUENTL Y a SkED QUESTIONS
6. 1a/  I’VE RUN OUT OF ETHERNET PORTS ON MY 
new hub to the Verizon Router.
6. 1b/  HOW DO I CHaNGE THE P aSSWORD ON MY 
displays.

fRE quEntLY  aSkED  quES tionS
6. 1c/  IS THE WI-FI OPTION ON BY DEF aUL T ON MY 
VERIz ON  ROUTER ?
box.
6. 1d/  IS THE  WI-FI SECURITY ON BY DEF aUL T WHEN THE WI-FI  
OPTION IS a CTIV aTED?
key that is printed on the sticker on the rear panel of your 
6. 1e/  aRE MY  VERIz ON  ROUTER ’S ETHERNET PORTS a UTO-
SENSING?
be used.
6. 1f/  CaN I USE aN OLDER WI-FI  DEVICE TO CONNECT TO MY  
Yes, your Verizon Router can interface with 802.11b, g, n, ac or 
ax devices. Your Verizon Router also can be setup to handle 
only  
n Wi-Fi cards, g Wi-Fi cards, b Wi-Fi cards, or any combination 
of the three.

180
©2022 Verizon. All Rights Reserved6. 1g/  CaN MY WI-FI SIGNaL P aSS THROUGH FLOORS, W aLLS, 
aND GL aSS?
6. 1h/  HOW DO I LOC aTE THE IP aDDRESS THa T MY COMPUTER 
IS USING?

2. Select Expanded ListExpanded List  from the dropdown list to view detailed 
IP address information for all connected devices.

6. 1i/  I USED DHCP TO CONFIGURE MY NETWORk . DO I 
NEED TO REST aRT MY COMPUTER TO REFRESH MY IP 
aDDRESS?
No. In Windows 7, Windows 10 and Mac OSX, unplug the 
6. 1j/  I CaNNOT a CCESS MY  VERIz ON  ROUTER  UI. WHa T 
address.
6. 1k/  I Ha VE a FTP OR WEB SERVER ON MY NETWORk . HOW 
CaN I MakE IT a VaIL aBLE TO USERS ON THE INTERNET?

182
©2022 Verizon. All Rights Reserved6. 1l/  HOW MaNY COMPUTERS C aN BE CONNECTED 

07 /  
7.1  LED Indicators
7.2  Environmental Parameters

184
©2022 Verizon. All Rights ReservedThe specifications for your 

gEnER aL SpECifiC ationS  
7.0/ GENER aL SPECIFIC aTIONS 
Model Number:  CR1000B
2500 Mbps
 Wireless:
 2.4 GHz -  
600 Mbps  
1.1 Gbps

186
©2022 Verizon. All Rights Reserved 5 GHz -  
2.2 Gbps  
2.4 Gbps
 6 GHz -  
4.8 Gbps
Cabling Type:  Ethernet 100BaseT: UTP/STP 
Category 5
 Ethernet 1000BaseT: UTP/STP 
 Ethernet 2.5/5/10GBaseT: UTP/STP 
Firewall:  ICSA certified
7.1 / LED INDIC aTORS
Front Panel:  Router Status LED
Rear Panel:  WAN Ethernet and LAN Ethernet [3]

7.2/ ENVIRONMENT aL P aR aMETERS
deep
 Weight: 3.682 lbs / 1.670 kg
deep
 Weight: 6.232 lbs / 2.826 kg
deep

188
©2022 Verizon. All Rights ReservedCertifications: FCC, UL 62368, WFA
Storage Temperature:  -5° C to 50° C (23° F to 122° F)
Operating Humidity:  5% to 85% 
Storage Humidity:  5% to 93% (non-condensing)

190
©2022 Verizon. All Rights ReservedThis chapter lists various compliance

8.0/ REGUL aTORY COMPLIaNCE NOTICES
8.0a/ Class B Equipment
limits for a Class B digital device, pursuant to Part 15 of the FCC 

• Consult the dealer or an experienced radio/TV technician for 
help.
FCC Caution: Any changes or modifications not expressly 
approved by the party responsible for compliance could void the 
user’s authority to operate this equipment.

192
©2022 Verizon. All Rights ReservedThis device complies with Part 15 of the FCC Rules. Operation 
This device is restricted for indoor use.
only.
permitted in large aircraft while ﬂying above 10,000 feet. 
Operation of transmitters in the 5.925-7.125 GHz band is prohibited 
for control of or Communications with unmanned aircraft systems.
IMPORT aNT NOTE:
FCC Radiation Exposure Statement:
This equipment complies with FCC radiation exposure limits set 
forth for an uncontrolled environment. This equipment should be

forth for an uncontrolled environment. This equipment should be 
installed and operated with minimum distance 53cm between the 
radiator & your body.

The screen of the coaxial cable is intended to be connected to 
earth in the building installation.
8.0c/ alerte de sécurité:
L’écran du câble coaxial est destiné à être mis à la terre dans 
(NEC), en particulier à la section 820.93, Mise à la terre du 
blindage conducteur extérieur d’un câble coaxial.
8.0d/ NEBS (Network Equipment Building System) Statement
An external SPD is intended to be used with CR1000B/CE1000A.
subassembly is suitable for connection to intra-building or

equipment or subassembly MUST NOT be metallically connected

194
©2022 Verizon. All Rights Reservedto interfaces that connect to the OSP or its wiring. These interfaces 
wiring.
8.0e/ GENER aL PUBLIC LICENSE
copyrights of the authors and to the terms of the applicable

Live in the moment
Palm celebrates the freedom and choice 
to be both connected and present. 
Specially designed for life on the go,  
it helps you connect how and when you 
want so you can be in the moment when 
life comes calling.

Guided setup
The first time Palm is turned on, 
the Setup Wizard will guide you 
through the basics of setup. Follow 
the prompts to choose a language, 
connect to a Wi-Fi network, set up 
your accounts, get to know your 
Palm’s features, and more.

Only one button needed
 Press and hold to turn on/off.
 Press once to wake/sleep.
 Press twice to activate the Google Assistant.

Navigation simplified
Use the touch button to navigate.
 Tap once to go back.
 Tap twice to go home.
 Press and hold to switch between or close

Quick actions
Quick actions are available on many  
of your favorite apps. Press and hold  
the app icon to quickly create an event, 
send an email, or play your favorite playlist.

Gesture Pad
With one swipe up from the bottom of the lock 
screen, you can quickly access your favorite 
apps and quick actions by drawing the first 
letter of your search. You can also launch 
your phone, camera, music, and messages  
by tapping the icons on the Gesture Pad.

Access to quick settings
  Swipe down once to access your primary 
settings such as Life Mode, Wi-Fi or 
Bluetooth, or to adjust the volume. 
  Swipe down twice to see the full menu and 
access options such as flashlight or airplane 
mode, or to take a screenshot.

Get help from your Google Assistant
Play music, create events, reply to texts, 
or get directions -  using just your voice. 
Just double-press the side button to get started.

All your favorite apps
Enjoy millions of the latest Android™ apps, 
games, music and more from the Google 
Play Store app. To rearrange your app icons, 
scroll to the bottom of the home screen and 
tap “Manage” . Drag your favorite apps to 
the top for quicker access.

v
Facial recognition
Unlock your device with the security 
of your unique facial features.

Life Mode
Life Mode turns airplane mode on every time 
the screen is turned off, unless you’re on a 
call, streaming music, or using GPS. When the 
screen is turned back on, your Palm becomes 
fully connected again. 
With Life Mode, you’re in control of what gets 
your attention, so you will never miss out on 
life’s most important moments. Customize 
which apps can get your attention in Settings.

Turning your Palm on and off
To turn your Palm on:
  Press and hold the side button 
until the device turns on.
To turn your Palm off:
     Press and hold the side button.
Tap “Power off” on the display.Pre-installed SIM card
Your Palm comes with a pre-installed SIM 
card, which is not removable. Attempting 
to remove the card may damage your 
device and void the warranty.

Charging your Palm
Your device is powered by a rechargeable battery.
In the box, you will find a charger (charging head 
and USB Type-C cable), that is compatible with any 
standard outlet. The battery comes partially charged. 
You can use the device while charging.Insert the USB Type-C cable into the USB charger 
and accessory port. Connect the USB cable to the 
charging head and plug the charging head into a 
standard outlet. When charging is complete, unplug 
the charging head from the outlet and remove the 
USB cable from the device.

Learn More
Still have questions? 
To learn more about your Palm, 
please go to: www.palm.com/faq
Need help with device setup? 
Ask Tech Coach: 877.840.0244

palm.com
Google, Google Play, Google Maps, Android, and related marks and logos are trademarks of Google LLC.

Module 4: Ensuring Successful Operation of a Cloud Solution 
Welcome to Module 4: Ensuring Successful Operation of a Cloud Solution.

R e vi e w and                              
What areas do you need to develop your skills in order to manage the different 
aspects of a Google Cloud solution? This is another important area for an Associate 
Cloud Engineer, and where you’ll likely spend much of your time on the job. Let’s 
review the diagnostic questions to help you target your study time to focus on the 
areas where you need to develop your skills.

Ensuring successful operation of a cloud solution Managing Compute 
Engine resources
Managing Google Kubernetes 
Managing Cloud 
Run resources   
Managing storage and 
database solutions
Managing networking resources 
Monitoring and logging        4  44  1
4  2
4  3.
.
.
4  5
4  6.
.
.
Just like with the previous section, there are multiple objectives in this section that

Just like with the previous section, there are multiple objectives in this section that 
have many related tasks - so you will probably need to plan for more study time.

M an a gin g C o mp u t e 
E n gine r e s o ur c e s 
●Managing a single VM instance (e.g., start, stop, edit configuration, or delete an instance) 
●Remotely connecting to the instance 
●Attaching a GPU to a new instance and installing necessary dependencies 
●Viewing current running VM inventory (instance IDs, details) 
●Working with snapshots (e.g., create a snapshot from a VM, view snapshots, delete a snapshot) 
●Working with images (e.g., create an image from a VM or a snapshot, view images, delete an image) 
●Working with instance groups (e.g., set autoscaling parameters, assign instance template, create an 
instance template, remove instance group) 
●Working with management interfaces (e.g., Cloud Console, Cloud Shell, Cloud SDK) 
4  1.
As we’ve discussed before, Cymbal Superstore’s supply chain app is built on 
Compute Engine resources. As an Associate Cloud Engineer you might be put in

4  1.
Compute Engine resources. As an Associate Cloud Engineer you might be put in 
charge of implementing and updating instance groups, which give you healing and 
autoscaling capabilities. It also lets you load balance data if needed, as we’ll discuss 
in the networking section. Common actions can be scripted with command line tools 
or client SDKs.  
Question 1: Identify commands required to list and describe Compute Engine disk 
snapshots 
Question 2: Describe the incremental nature of Compute Engine disk snapshots 
Question 3: Implement an Instance Group based on an instance template

A.gcloud compute snapshots list 
B.gcloud snapshots list
C.gcloud compute snapshots get 
D.gcloud compute list snapshots Di a gno s t i c Qu e s t i o n 0 1 Dis cu ss i o n 
You want to view a description of your 
available snapshots using the command 
line interface (CLI). What gcloud 
command should you use?4  1.
Question: 
You want to view a description of your available snapshots using the command line 
interface (CLI). What gcloud command should you use?

Feedback: 
*A. gcloud compute snapshots list 
Feedback: Correct! gcloud commands are built with groups and subgroups, followed 
by a command, which is a verb. In this example, Compute is the Group, snapshots is 
the subgroup, and list is the command. 
B. gcloud snapshots list 
Feedback: Incorrect. Snapshots is not a main group defined in gcloud. 
C. gcloud compute snapshots get 
Feedback: Incorrect. Available commands for snapshots are list, describe, and delete. 
D. gcloud compute list snapshots 
Feedback: Incorrect. Snapshots is a compute command subgroup. It needs to come 
before the list command. 

https://cloud.google.com/compute/docs/disks/create-snapshots#listing-snapshots 
https://cloud.google.com/compute/docs/disks/create-snapshots#viewing-snapshot  
○ M3 Virtual Machines and Networks in the Cloud

Summary: 

G e tt in g 
in f o rm a t i o n 
abo u t s n ap sho t s T o lis t C o mp u t e E n gine disk s n ap sho t s: 
gcloud compute snapshots list --project PROJECT_ID 
T o d e s c ribe s n ap sho t s: 
gcloud compute snapshots describe SNAPSHOT_NAME 
To list snapshots run the following command: 
Flags available 
 --limit maximum number of results you want back 
--regexp a filter for results you want returned 
--sort-by field to sort by 
--uri only print URI’s of the resources returned 
To describe snapshots, which returns creation time, size, and source disk,  run the 
following command: 
gcloud compute snapshots describe SNAPSHOT_NAME  
 --format what kind of format you want printed out 
 --project project to be used for command 
 --quiet disables interactive prompts

A.Delete the downstream incremental 
snapshots before deleting the main 
B.Delete the object the snapshot was 
created from.
C.Detach the snapshot schedule before 
deleting it. 
D.Restore the snapshot to a persistent disk 
before deleting it. Di a gno s t i c Qu e s t i o n 0 2 Dis cu ss i o n 
You have a scheduled snapshot you 
are trying to delete, but the operation 
returns an error.
 What should you do to resolve 
this problem?4  1.
Question: 
You have a scheduled snapshot you are trying to delete, but the operation returns an 
error. What should you do to resolve this problem?

Feedback: 
A. Delete the downstream incremental snapshots before deleting the main reference. 
Feedback: Incorrect. This is not required to delete a scheduled snapshot and would 
be a lot of manual work. 
B. Delete the object the snapshot was created from. 
Feedback: Incorrect. This is not required to delete a scheduled snapshot and is 
destructive. 
*C. Detach the snapshot schedule before deleting it. 
Feedback: Correct! You can’t delete a snapshot schedule that is still attached to a 
persistent disk.

persistent disk. 
D. Restore the snapshot to a persistent disk before deleting it. 
Feedback: Incorrect. This does not allow you to delete a scheduled snapshot. 
https://cloud.google.com/compute/docs/disks/snapshots#incremental-snapshots 
● Architecting with Google Compute Engine (ILT)

Summary: 

Sn ap sho t s ar e 
inc r emen t al C r e a t in g a Sn ap sho t 
P er s is t en t Disk A 
Sn ap sho t 1 ( f ull s n ap sho t) 
Sn ap sho t 2 
*o nly c o n t ain s b l ock s t h a t ar e 
diff er en t s inc e Sn ap sho t 1 
Sn ap sho t 3 
diff er en t s inc e Sn ap sho t 2 
Reference from snapshot concepts page: 
https://cloud.google.com/compute/docs/disks/snapshots 
Snapshots are incremental in nature and less expensive than creating full images of a 
disk. You can only create them for persistent disks. They are stored in a Cloud 
Storage bucket managed by the snapshot service and are automatically compressed. 
You can choose regional or multi-regional storage, which will affect cost. Snapshots 
are stored across multiple locations with automatic checksums. You schedule them 
using the gcloud command line and cron. You can also set up a snapshot schedule in 
the Google cloud console or command line. A Snapshot schedule and  its source

the Google cloud console or command line. A Snapshot schedule and  its source 
persistent disk have to be in the same region. You can restore them to a new 
persistent disk. The new disk can be in a different zone or region, so you can use 
snapshots to move VMs.  You can create them while they are running. Snapshots of a 
disk have to be at least 10 minutes apart. 
Here’s how the incremental nature of snapshots works: 
● The first snapshot is full and contains all data on the persistent disk it was run 
on.
● Each subsequent snapshot only contains new or modified data since the first 
snapshot. 
● However, sometimes to clean up resources and cost, a new snapshot might 
be a full backup.

Deleting a snapshot copies its data to downstream incremental snapshots that are 
dependent on it, increasing the downstream snapshot’s size.  You can’t delete a 
snapshot that has a schedule associated with it.

A.Defining Health checks.
B.Providing Number of instances. 
C.Specifying Persistent disks. 
D.Choosing instance Machine type. 
E.Configuring the operating system. Di a gno s t i c Qu e s t i o n 03 Dis cu ss i o n 
Which of the following tasks are part of 
the process when configuring a 
managed instance group? (Pick two.) 4  1.
Question: 
Which of the following tasks are part of the process when configuring a managed 
instance group? (Pick two.)

Feedback: 
*A. Defining Health checks 
Feedback: Correct! Health checks are part of your managed instance group 
configuration. 
*B. Providing Number of instances 
Feedback: Correct! Number of instances is part of your managed instance group 
C. Specifying Persistent disks 
Feedback: Incorrect. This is part of your instance template definition. 
D. Choosing instance Machine type 
E. Configuring the operating system 
https://cloud.google.com/compute/docs/instance-templates

https://cloud.google.com/compute/docs/instance-templates 
https://cloud.google.com/compute/docs/instance-groups  

Summary: 

Imp l emen t in g an 
in s t anc e gr o up 
S t ep 0 1 
Create instance template
e.g. identify machine 
type and boot disk
Configure your instance 
group e.g. number of 
instances and 
autoscaling settings
S t ep 0 2 01 02
Managed instance groups help you create and manage groups of identical VM 
instances. They are based on an instance template that defines how new VMs added 
to the instance group should be configured. You can specify the size of an instance 
group and change it at any time. The managed instance group will make sure the 
number of instances matches what you request, and monitors instances via health 
checks. If  an instance goes down, the managed instance group will start another 
instance to replace it. Managed instance groups can be zonal or regional. Regional 
instance groups create instances across multiple zones in a region so your 
application can still run in case of a zonal outage.

application can still run in case of a zonal outage. 
The first step to creating a managed instance group is to create an instance template. 
An instance template contains information about how to create instances in the group 
by specifying machine type, boot disk, connectivity, disks, and other details pertinent 
to your needs. This information is similar to what you would provide if you were 
configuring an individual instance. 
After you create an instance template you need to configure your managed instance 
group. Here is where you specify location settings, describe port mappings, and 
reference the instance template. You also specify the number of instances in your 
group, configure autoscaling, and create health checks for your instances to 
determine which instances should receive traffic.

C o ur s e s W o r kin g wi t h per s is t en t disk  
s n ap sho t s | C o mp u t e E n gine  
W o r kin g wi t h per s is t en t disk  
P er s is t en t disk s n ap sho t s | C o mp u t e  
E n gine D ocumen t a t i o n 
In s t anc e t emp l a t e s | C o mp u t e E n gine  
In s t anc e gr o up s | C o mp u t e E n gine  
4  1.
●M9 Load Balancing                     
=

=
of these. 
https://cloud.google.com/compute/docs/disks/create-snapshots#listing-snapshots

https://cloud.google.com/compute/docs/disks/create-snapshots#viewing-snapshot 
https://cloud.google.com/compute/docs/instance-groups

M an a gin g G oogl e 
K uberne t e s E n gine r e s o ur c e s 
●Viewing current running cluster inventory (nodes, pods, services) 
●Browsing Docker images and viewing their details in the Artifact Registry 
●Working with node pools (e.g., add, edit, or remove a node pool) 
●Working with pods (e.g., add, edit, or remove pods) 
●Working with services (e.g., add, edit, or remove a service) 
●Working with stateful applications (e.g. persistent volumes, stateful sets) 
●Managing Horizontal and Vertical autoscaling configurations. 
●Working with management interfaces (e.g., Cloud Console, Cloud Shell, Cloud SDK, kubectl) 
4  2.
GKE is a managed service that provides production-level orchestration for your 
container-based applications. Cymbal Superstore’s e-commerce app is implemented 
through services being exposed by GKE. As an Associate Cloud Engineer on the 
ecommerce app team, certain tasks might require you to interact with a GKE cluster

ecommerce app team, certain tasks might require you to interact with a GKE cluster 
and its nodes. You will also have to know about GKE’s workload objects, such as 
pods, deployments, and services. Containers in GKE are based on images which are 
shared via the Google Container registry. You need to be familiar with how to create 
images and deploy them to the registry. 
These diagnostic questions addressed managing GKE resources: 
Question 4: Contrast the differences between an internal and external load balancer 
in Google Kubernetes Engine 
Question 5: Describe the relationship between Kubernetes pods, services, and 
deployments 
Question 6: Apply kubectl commands to manage pods, deployments, and services

A.Annotate your ingress object with an ingress.class 
of “gce.”
B.Configure your service object with a type: 
LoadBalancer.
C.Annotate your service object with a “neg” reference. 
D.Implement custom static routes in your VPC. Di a gno s t i c Qu e s t i o n 04 Dis cu ss i o n 
Cymbal Superstore’s GKE cluster requires an 
internal http(s) load balancer. You are 
creating the configuration files required                
for this resource. 
What is the  proper setting for this scenario?  4  2.
Question: 
Cymbal Superstore’s GKE cluster requires an internal http(s) load balancer. You are 
creating the configuration files required for this resource. What is the proper setting 
for this scenario?

of “gce.”
D.Implement custom static routes in your VPC.  Di a gno s t i c Qu e s t i o n 04 Dis cu ss i o n 
Feedback: 
for this scenario?  
A. Annotate your ingress object with an ingress.class of “gce.” 
Feedback: Incorrect. To implement an internal load balancer, the ingress class needs 
to be “gce-internal.” 
B. Configure your service object with a type: LoadBalancer.

B. Configure your service object with a type: LoadBalancer. 
Feedback: incorrect. Using Load Balancer at the service level implements a Layer 4 
network load balancer, not an http(s) load balancer. 
*C. Annotate your service object with a “neg” reference. 
Feedback: Correct! This is correct because an internal http(s) load balancer can only 
use NEGs. 
D. Implement custom static routes in your VPC. 
Feedback:  Incorrect. This describes a routes-based cluster. In order to support 
internal load balancing, your  cluster needs to use VPC-native mode, where your 
cluster provides IP addresses to your pods from an alias IP range. 
https://cloud.google.com/kubernetes-engine/docs/concepts/ingress-ilb

https://cloud.google.com/kubernetes-engine/docs/concepts/ingress-xlb 
https://cloud.google.com/kubernetes-engine/docs/how-to/load-balance-ingress 
https://cloud.google.com/kubernetes-engine/docs/how-to/internal-load-balance-ingres
s
○ M4 Introduction to Kubernetes Workloads 
Summary: 

In t ern al v s 
E xt ern al l oa d 
bal ancin g in 
K uberne t e s 
In gr e ss cl a ss: GCE 
L oa d bal anc er t ype: E xt ern al In gr e ss cl a ss: GCE-in t ern al 
L oa d bal anc er t ype: In t ern al cli en t In gr e ss Ser vi c e r o u t in g rul e P od 
P od In gr e ss-m an a g e d 
l oa d bal anc er C lu s t er 
To implement network load balancing you create a service object with these settings: 
●type: LoadBalancer. 
● Set External Traffic Policy to cluster or local 
Cluster - traffic will be load balanced to any healthy GKE node and then kube-proxy 
will send it to a node with the pod. 
Local - nodes without the pod will be reported as unhealthy. Traffic will only be sent to 
nodes with the pod. Traffic will be sent directly to pod with source ip header info 
included. 
To implement external http(s) load balancing create an ingress object with the 
following settings: 
 
● Routing depends on URL path, session affinity, and the balancing mode of

included. 
 
● Routing depends on URL path, session affinity, and the balancing mode of 
backend Network endpoint groups (NEGS) 
● The object type is ingress. 
● Using  ingress.class: “gce” annotation in the metadata deploys an 
external load balancer. 
● External load balancer is deployed at Google Points of presence. 
● Static IP for ingress lasts as long as the object. 
To implement an internal http(s) load balancer  create an ingress object with the 
following settings:

● Routing depends on URL path, session affinity, and balancing mode of the 
backend NEGS. 
● The object kind is ingress. 
● Metadata requires an Ingress.class: “gce-internal”  to spawn an 
internal load balancer. 
● Proxies are deployed in a proxy only subnet in a specific region in your VPC. 
● Only NEGs are supported. Use the following annotation in your service 
metadata: 
○cloud.google.com/neg: '{"ingress": true}' 
● Forwarding rule is assigned from the GKE node address range.

A.Pod templates
B.Pods
C.Services
D.DeploymentsDi a gno s t i c Qu e s t i o n 05 Dis cu ss i o n 
What Kubernetes object provides 
access to logic running in your cluster 
via endpoints that you define? 4  2.
Question: 
What Kubernetes object provides access to logic running in your cluster via endpoints 
that you define?

B.Pods
Feedback: 
A. Pod templates 
Feedback: Incorrect. Pod templates define how pods will be configured as part of a 
deployment. 
B. Pods 
Feedback: Incorrect. Pods provide the executable resources your containers run in. 
*C. Services 
Feedback: Correct! Service endpoints are defined by pods with labels that match 
those specified in the service configuration file. Services then specify how those pods 
are exposed. 
D. Deployments 
Feedback: Incorrect. Deployments help you with availability and the health of a set of 
pod replicas. They do not help you configure external access.  
https://cloud.google.com/kubernetes-engine/docs/concepts/kubernetes-engine-overvi
ew
https://cloud.google.com/kubernetes-engine/docs/concepts/pod

ew
https://cloud.google.com/kubernetes-engine/docs/concepts/pod 
https://cloud.google.com/kubernetes-engine/docs/concepts/deployment 
https://cloud.google.com/kubernetes-engine/docs/concepts/service

Summary: 

o b j e c t s D ep l o ymen t s 
P od 
Ser vi c e s M an a g e s and 
M o ni t o r s 
E xpo s e s P od P od 
What is a pod? A pod Is the smallest deployable object in Kubernetes. It is a single 
instance of a running process that contains one or more docker containers. Pods 
provide networking and storage to containers, and contain dependencies the 
container needs to run and communicate. 
What is a deployment? A deployment manages a set of multiple identical pods. It uses 
a replica set to define the number of pods. A deployment monitors pods in a replica 
set and replaces unhealthy instances to ensure your application remains available. A 
deployment uses a pod template, which provides a spec of what each deployed pod 
should look like. When you update the pod template in a deployment, it starts a rolling 
upgrade of the pods in the deployment. 
What is a service? A service is a group of pod endpoints that you can configure

What is a service? A service is a group of pod endpoints that you can configure 
access for. You use selectors to define which pods are included in a service. 
A service gives you a stable IP that belongs to the service. Pods have internal IP 
addresses but they can change as pods get restarted and replaced. 
A service can be configured to implement load balancing.

A.kubectl apply
B.kubectl create
C.kubectl replace 
D.kubectl runDi a gno s t i c Qu e s t i o n 06 Dis cu ss i o n 
What is the declarative way to initialize 
and update Kubernetes objects? 4  2.
Question: 
What is the declarative way to initialize and update Kubernetes objects?

Feedback: 
*A. kubectl apply 
Feedback: Correct! kubectl apply  creates and updates Kubernetes objects in a  
declarative way from manifest files. 
B. kubectl create 
Feedback: Incorrect. kubectl create  creates objects in an imperative way. You can  
build an object from a manifest but you can’t change it after the fact. You will get an  
error. 
C. kubectl replace   
Feedback: Incorrect. kubectl replace  downloads the current copy of the spec and  
lets you change it. The command replaces the object with a new one based on the  
spec you provide. 
D. kubectl run 
Feedback: Incorrect. kubectl run  creates a Kubernetes object in an imperative way  
using arguments you specify on the command line. 

https://cloud.google.com/kubernetes-engine/docs/how-to/deploying-workloads-overvie
w#imperative_commands 
https://kubernetes.io/docs/concepts/overview/working-with-objects/object-manageme
nt/

Summary: 

T ype s o f kube c t l c o mm and s 
kubectl ... 
Imper a t iv e 
 D e cl ar a t iv e 
-run
-create 
-replace 
-delete 
●Overwrite existing state
●Operate on single object
●Specifies how-apply 
●Works on a directory of config files 
●Specifies what
You execute kubectl commands to manage objects such as pods, deployments, and 
services. 
Imperative commands such as run, create, replace, delete act on a live object or 
single config file and overwrite any state changes that have occurred on an existing 
object. 
Declarative commands use a config stored in a directory to deploy and apply changes 
to your app objects. 
● uses kubectl -apply  on a directory 
●  You don’t specify create, replace or delete commands.  
Example commands: 
kubectl -run #generates a new object in a cluster, by default 
of deployment 
Kubectl -create  #generates a new object from a config file 
Kubectl -get #display requested resources 
kubectl -expose  #creates a new service that distributes traffic to

kubectl -expose  #creates a new service that distributes traffic to 
labelled pods 
Pods are not created by themselves but are based on template made available in 
deployments.

You can use the name of an existing object or defined config file. The object you 
create service for can be one of the following:   deployment, service, replica set,  
replication controller or pod. 
Important specs in a deployment manifest: 
● kind:Deployment 
● Replicas:3 
● Spec:template specifies labels, container name, and image it is based on. 
If you need to change a deployment you change the config file and do a kubectl  
-apply  
Important specs in a service manifest: 
Kind: service 
Spec:selector - labels of pods included in service - have to match them all 
Port: incoming port 
targetPort: port the pod is listening on

M an a gin g G oogl e K uberne t e s 
4  2.
Ingress for Internal HTTP(S) Load  
Balancing 
Ingress for External HTTP(S) Load  
Balancing 
Configuring Ingress for external  
load balancing 
Configuring Ingress for Internal  
HTTP(S) Load Balancing
GKE overview | Kubernetes Engine  
Pod | Kubernetes Engine 
Deployment | Kubernetes Engine  
Services | Kubernetes Engine  
Overview of deploying workloads |  
Kubernetes Engine Documentation  
Kubernetes Object Management  Skill Ba d g e 
Google Cloud QuestD ocumen t a t i o n 
C o ur s e s 
Google Cloud Fundamentals: Core  
Infrastructure 
Getting Started with Google           
●M3 Kubernetes Architecture 
●M4 Introduction to Kubernetes 
Workloads
Let’s take a moment to consider resources that can help you build your knowledge

Workloads
https://cloud.google.com/kubernetes-engine/docs/concepts/ingress-ilb 
https://cloud.google.com/kubernetes-engine/docs/how-to/load-balance-ingress

M an a gin g C l o u d R un r e s o ur c e s 
●Adjusting application traffic splitting parameters 
●Setting scaling parameters for autoscaling instances 
●Determining whether to run Cloud Run (fully managed) or Cloud Run for Anthos 4  3.
Cloud Run and Cloud Functions are Google’s serverless approach to handling 
containers and functional code. In both of these technologies, you pay for resources 
based on how many requests are coming in. One big difference between the two of 
them is that Cloud Run is optimized for multiple concurrent connections to each 
instance, while Cloud Functions only lets you have only one connection per function 
instance. 
For Cymbal Superstore, Cloud Run could be used to quickly test updates to 
containers. As an Associate Cloud Engineer, you could be tasked to implement traffic 
splitting to test changes or rollback updates that didn’t work well. There are also

splitting to test changes or rollback updates that didn’t work well. There are also 
settings you need to know for autoscaling, such as min and max instances, that will 
let you make tradeoffs of relative latency versus cost. You also have the choice of 
using a fully managed version in Google Cloud or a hybrid version available as part of 
Anthos. The hybrid version runs on abstracted GKE resources allocated by your 
Anthos cluster. 
These types of tasks were covered in this question: 
Question 7: Express the differences between manual, basic, and automatic scaling in 
serverless: App Engine or Cloud Run

A.Set Min instances.
B.Set Max instances.
C.Set CPU Utilization.
D.Set Concurrency settings.Di a gno s t i c Qu e s t i o n 0 7 Dis cu ss i o n 
What should you do?4  3.
You have a Cloud Run service with a 
database backend. You want to limit 
the number of connections to             
your database. 
Question: 
You have a Cloud Run service with a database backend. You want to limit the number 
of connections to your database. What should you do?

Feedback: 
A. Set Min instances. 
Feedback: Incorrect. Min instances reduce latency when you start getting requests 
after a period of no activity. It keeps you from scaling down to zero.  
*B. Set Max instances. 
Feedback: Correct! Max instances control costs, keeping you from starting too many 
instances by limiting your number of connections to a backing service. 
C. Set CPU Utilization. 
Feedback: Incorrect. Default CPU utilization is 60%. It doesn’t affect the number of 
connections to your backing service. 
D. Set Concurrency settings. 
Feedback: Incorrect. Concurrency is how many users can connect to a particular

Feedback: Incorrect. Concurrency is how many users can connect to a particular 
instance. It does not directly affect connections to backend services. 
https://cloud.google.com/run/docs/about-instance-autoscaling 
○ M6 Applications in the Cloud

C l o u d R un 
au t o s c alin g N umber o f e v en t s 
00 ... 
{}
Sc al e s s er v er s ba s e d 
 o n # o f e v en t s Se t min 
in s t anc e s Se t m a x 
in s t anc e s 
Se t c o ncurr ency 
{{
How does autoscaling work in Cloud Run? 
Cloud Run automatically scales the number of container instances required for each 
deployed revision. When no traffic is received, the deployment automatically scales to 
zero. 
Other ways you can affect Cloud Run autoscaling: 
● CPU utilization, with a default 60% utilization. 
● Concurrency settings, with a default  of 80 concurrent requests. You can 
increase it to 1000. You can also lower it if you need to. 
● Max number of instances limits total number of instances. It can help you 
control costs and limit connections to a backing service. Defaults to 1000. 
Quota increase required if you want more. 
● Min number of instances keeps a certain number of instances up. You will 
incur cost even when no instances are handling requests.

incur cost even when no instances are handling requests. 
Instances that are started might remain idle for up to 15 minutes to reduce latency 
associated with cold starts. You don’t get charged for these idle instances. You set a 
min and max on the container tab in the advanced settings dialog.

Abo u t c o n t ainer in s t anc e  
au t o s c alin g | C l o u d R un  
D ocumen t a t i o n  G oogl e C l o u d F und amen t al s: C o r e In fr a s tru c tur e  
● M6 A p p li c a t i o n s in t he C l o u d M an a gin g C l o u d R un r e s o ur c e s 4  3.
The concepts in the diagnostic question we just reviewed are covered in this modules 
and in this documentation. You’ll find this list in your workbook so you can take a note 
of what you want to include later when you build your study plan. Based on your 
these. 
https://cloud.google.com/run/docs/about-instance-autoscaling

M an a gin g s t o r a g e 
and d a t aba s e s o lu t i o n s 
●Managing and securing objects in and between Cloud Storage buckets 
●Setting object life cycle management policies for Cloud Storage buckets 
●Executing queries to retrieve data from data instances (e.g., Cloud SQL, BigQuery, Cloud Spanner, 
Cloud Datastore, Cloud Bigtable) 
●Estimating costs of data storage resources 
●Backing up and restoring database instances (e.g., Cloud SQL, Cloud Datastore) 
●Reviewing job status in Cloud Dataproc, Cloud Dataflow, or BigQuery 
4  4.
We discussed earlier about how to define an external table definition in BigQuery. 
Cymbal Superstore’s transportation management app required you to do this so that 
you could query the location of Cymbal Superstore’s delivery vehicles from Big 
Table.That is just one example of the type of storage management tasks you will have 
to do as an Associate Cloud Engineer

to do as an Associate Cloud Engineer 
Consider this example. You store static images of products for Cymbal Superstore’s 
ecommerce app in Cloud Storage. As an Associate Cloud Engineer, you would be 
expected to know how to secure access to these images from the application through 
IAM roles assigned to a service account. When you upgrade product images you 
would like to keep the previous images, but move them to a different storage type 
based on object versioning. You could do this using the  object lifecycle management 
feature of Cloud Storage.   
You explored these types of tasks in this question: 
Question 8: Implement different types of Google Cloud Storage Lifecycle Actions 
(delete, set storage class) using lifecycle conditions

A.Age
B.CreatedBefore
C.MatchesStorageClass
D.IsLive
E.NumberofNewerVersionsDi a gno s t i c Qu e s t i o n 08 Dis cu ss i o n 
 What conditions should you use? 
(Pick two.)You want to implement a lifecycle rule that 
changes your storage type from Standard to 
Nearline after a specific date. 4  4.
Question: 
You want to implement a lifecycle rule that changes your storage type from Standard 
to Nearline after a specific date. What conditions should you use? (Pick two.)

A.Age
D.IsLive
(Pick two.)4  4.
You want to implement a lifecycle rule that 
Nearline after a specific date. 
Feedback: 
A. Age 
Feedback: Incorrect. Age is specified by number of days, not a specific date. 
*B. CreatedBefore 
Feedback: Correct! CreatedBefore lets you specify a date. 
*C. MatchesStorageClass 
Feedback: Correct! MatchesStorageClass is required to look for objects with a 
Standard storage type. 
D. IsLive 
Feedback: Incorrect. IsLive has to do with whether or not the object you are looking at 
is the latest version. It is not date-based. 
E. NumberofNewerVersions 
Feedback: Incorrect. NumberofNewerVersions is based on object versioning and you 
don’t specify a date. 
https://cloud.google.com/storage/docs/lifecycle 

Summary: 

C l o u d S t o r a g e 
Lif e cy cl e A c t i o n s C l o u d S t o r a g e 
Lif e cy cl e A c t i o n s C o ndi t i o n s 
Ob j e c t s 
A c t i o n s A p p ly t o 
When me t ● A g e 
● C r e a t e dbe f o r e 
● C u s t o m t imebe f o r e 
● ... 
● D el e t e 
● Se tS t o r a g eC l a ss 
● 
Lifecycle management configurations apply to current and future objects in a Cloud 
Storage bucket. When object metadata meets the criteria of any of the rules, Cloud 
Storage performs a specified action. 
Examples: 
● Downgrade the storage class of objects older than 365 days to coldline 
storage. 
● Delete an object that existed before a certain date. 
● Keep the 3 most recent versions of each object in a bucket with versioning 
enabled. 
Object metadata has to match all rules for the action to fire. If an object state matches 
more than one rule set, delete takes precedence, followed by storage class with 
lowest price. 
Here are the available conditions: 
● Age
● Createdbefore

● Age
● Createdbefore 
● Customtimebefore 
● Dayssincecustomtime 
● Dayssincenoncurrent 
● Islive 
● Matchesstorageclass 
● Noncurrenttimebefore

M an a gin g s t o r a g e and d a t aba s e s o lu t i o n s 
4  4.
Ob j e c t Lif e cy cl e M an a g emen t |  
C l o u d S t o r a g e  
●M5 Storage and   
Database ServicesEssential Google Cloud 
Infrastructure: Core Services  
●M2 Storage and                        
=
The concepts in the diagnostic question we just reviewed are covered in this module 
these. 

these. 
https://cloud.google.com/storage/docs/lifecycle

M an a gin g ne t w o r kin g r e s o ur c e s 
●Adding a subnet to an existing VPC 
●Expanding a subnet to have more IP addresses 
●Reserving static external or internal IP addresses 
●Working with CloudDNS, CloudNAT, Load Balancers and firewall rules 
4  5.
As an Associate Cloud Engineer, any app you deploy is going to have connectivity 
requirements. Google’s software defined networking stack is based on the idea of a 
Virtual Private Cloud. VPCs group regional resources into internal IP address ranges 
called subnets. As you manage network resources, you might have to add subnets or 
expand a subnet to let it support more devices. IP addresses assigned to both internal 
and external virtual machines are ephemeral, meaning as resources come and go 
your IP addresses might change. To get around this problem you can set and attach 
static IPs that persist across different individual resources. 
How do these tasks apply to Cymbal Superstore? The ecommerce app requires

How do these tasks apply to Cymbal Superstore? The ecommerce app requires 
global external connectivity for users to access it. You can manage this through an 
ingress object in GKE. The ecommerce application middleware is going to need 
private, regional, internal access to a Spanner backend that stores order data. 
Cymbal’s supply chain app is going to need external regional connectivity with 
regional internal connectivity as well, only implemented with Google Cloud load 
balancers instead of GKE ingress objects. 
Question 9: Describe how to expand the IPs available to a subnet (e.g. shrinking the 
subnet mask)

A.gcloud compute networks subnets expand-ip-range 
mysubnet --region us-central1 --prefix-length 20 
B.gcloud networks subnets expand-ip-range mysubnet 
--region us-central1 --prefix-length 21 
C.gcloud compute networks subnets expand-ip-range 
mysubnet --region us-central1 --prefix-length 21 
D.gcloud compute networks subnets expand-ip-range 
mysubnet --region us-cetnral1 --prefix-length 22 Di a gno s t i c Qu e s t i o n 09 Dis cu ss i o n 
What should you do?Cymbal Superstore has a subnetwork 
called mysubnet with an IP range of 
10.1.2.0/24. You need to expand this 
subnet to include enough IP addresses 
for at most 2000 users or devices. 4  5.
Question: 
Cymbal Superstore has a subnetwork called mysubnet with an IP range of 
10.1.2.0/24. You need to expand this subnet to include enough IP addresses for at 
most 2000 new users or devices. What should you do?

Feedback: 
A. gcloud compute networks subnets expand-ip-range mysubnet --region 
us-central1 --prefix-length 20 
Feedback: Incorrect. A prefix length of 20 would expand the IP range to 4094, which is 
far too many for the scenario. 
B. gcloud networks subnets expand-ip-range mysubnet --region us-central1 
--prefix-length 21

--prefix-length 21 
Feedback: Incorrect. This command is missing the compute command-set. 
*C. gcloud compute networks subnets expand-ip-range mysubnet --region 
us-central1 --prefix-length 21 
Feedback: Correct! This command gives a total of 2046 addresses available and 
meets the requirement. 
D. gcloud compute networks subnets expand-ip-range mysubnet --region 
us-cetnral1 --prefix-length 22 
Feedback: Incorrect. This command doesn’t give you enough IP addresses (only 
1,000). 
https://cloud.google.com/sdk/gcloud/reference/compute/networks/subnets/expand-ip-r
ange 
https://cloud.google.com/vpc/docs/using-vpc#expand-subnet

Summary: 

E xpand IP a d dr e ss e s 
in a sub ne t R e du c e y o ur m a sk: 
e.g. 24 t o 20 Current IP address range
Expanded address range
Command syntax:  
gcloud compute networks subnets expand-ip-range SUBNET  
--prefix-length = PREFIX_LENGTH 
If 10.0.128.0/24 you can supply 20 to reduce your mask, which increases your 
number of available ip addresses.

g cl o u d c o mp u t e ne t w o r k s  
sub ne t s e xpand-ip-r an g e  
Us in g VP C ne t w o r k s  M an a gin g ne t w o r kin g r e s o ur c e s 4  5.
●M2 Virtual NetworksEssential Google Cloud 
=
these. 
ange

ange 

M o ni t o rin g and l og gin g 
●Creating Cloud Monitoring alerts based on resource metrics 
●Creating and ingesting Cloud Monitoring custom metrics (e.g., from applications or logs) 
●Configuring log sinks to export logs to external systems (e.g., on-premises or BigQuery) 
●Configuring logs routers 
●Viewing and filtering logs in Cloud Logging 
●Viewing specific log message details in Cloud Logging 
●Using cloud diagnostics to research an application issue (e.g., viewing Cloud Trace data, using 
Cloud Debug to view an application point-in-time) 
●Viewing Google Cloud Platform status 
4  6.
Performance monitoring is another important aspect of managing the day-to-day 
operations of your cloud solutions. The majority of the products we review in this topic 
come from the Cloud Operations Suite. 
For example, Cymbal Superstore’s supply chain app might require you to monitor 
CPU utilization for all the instances in your managed instance group.

CPU utilization for all the instances in your managed instance group. 
Cloud Monitoring allows you to build charts based on metrics you specify. You can 
also look at logs associated with resources from the dashboard. You could use this to 
monitor messages being posted to your pubsub topic for the transportation 
management app. 
 Custom metrics allow you to define metrics descriptors for things you want to keep 
track of that aren’t included in standard metrics. For example, in Cymbal Superstore’s 
ecommerce app you want to track the number of requests going to sales and the 
number going to support.   
Cloud Logging allows you to log any timestamped data in logs you define and 
manage. There are a myriad of options for where you can save your logs and how to 
route them. There is also an interface provided to query your logs.

route them. There is also an interface provided to query your logs.  
Cloud Ops has several tools that will help you with debugging app performance 
issues. Cloud Trace, Cloud Debugger, and Cloud Profiler all help you figure out what 
might be causing latency and performance issues in your apps.

Question 10: Configure a Google Cloud Operations custom alert: specify conditions, 
send optional notifications, and reference documentation.

A.Choose resource type of VM instance 
and metric of CPU load, condition 
trigger if any time series violates, condition 
is below, threshold is .60, for 5 minutes. 
B.Choose resource type of VM instance and metric of CPU 
utilization, condition trigger all time series violates, 
condition is above, threshold is .60 for 5 minutes. 
C.Choose resource type of VM instance, and metric of CPU 
utilization, condition trigger if any time series violates, 
condition is below, threshold is .60 for 5 minutes. 
D.Choose resource type of VM instance and metric of CPU 
condition is above, threshold is .60 for 5 minutes. Di a gno s t i c Qu e s t i o n 10 Dis cu ss i o n 
What should you do?Cymbal Superstore’s supply chain 
management system has been 
deployed and is working well. You are 
tasked with monitoring the system’s 
resources so you can react quickly to 
any problems. You want to ensure the 
CPU usage of each of your Compute

CPU usage of each of your Compute 
Engine instances in us-central1 remains 
below 60%. You want an incident 
created if it exceeds this value for 5 
minutes. You need to configure the 
proper alerting policy for this scenario. 4  6.
Question: 
Cymbal Superstore’s supply chain management system has been deployed and is 
working well. You are tasked with monitoring the system’s resources so you can react 
quickly to any problems. You want to ensure the CPU usage of each of your Compute 
Engine instances in us-central1 remains below 60%. You want an incident created if it 
exceeds this value for 5 minutes. You need to configure the proper alerting policy for 
this scenario. What should you do?

Feedback: 
A. Choose resource type of VM instance and metric of CPU load, condition trigger if 
any time series violates, condition is below, threshold is .60, for 5 minutes. 
Feedback: Incorrect. CPU load is not a percentage, it is a number of processes. 
B. Choose resource type of VM instance and metric of CPU utilization, condition 
trigger all time series violates, condition is above, threshold is .60 for 5 minutes. 
Feedback: Incorrect. The trigger should be  “each of your instances”, not “all of your 
instances.” 
C. Choose resource type of VM instance, and metric of CPU utilization, condition

C. Choose resource type of VM instance, and metric of CPU utilization, condition 
trigger if any time series violates, condition is below, threshold is .60 for 5 minutes. 
Feedback: Incorrect. The alert policy should record an incident when the CPU 
utilization exceeds a certain amount. The condition for this statement is below that, so 
it is wrong. 
* D. Choose resource type of VM instance and metric of CPU utilization, condition 
trigger if any time series violates, condition is above, threshold is .60 for 5 minutes. 
Feedback: Correct! All the values of this statement match the scenario. 
https://cloud.google.com/monitoring/alerts/using-alerting-ui 
https://cloud.google.com/monitoring/alerts

● Quests 
○ Set Up and Configure a Cloud Environment in Google Cloud 
Summary: 

C l o u d o per a t i o n s cu s t o m al ert s 
●Resource
●Metric
●ThresholdWh a t: C o ndi t i o n s 
●Who is notified
●How are they notified
●What documentation do you need to 
provide themH o w: N o t ifi c a t i o n ch annel s 
In Cloud Monitoring you implement alerts by defining alert policies. An alerting policy 
specifies what you want to be alerted on and how you want to be notified. The “what” 
is made of conditions that describe the state of a resource, or groups of resources, 
that cause you to take action. The “how” is provided by notification channels, where 
you specify who is notified when the condition of the alerting policy is met.  Each 
notification channel configures a different type of output, such as email, slack channel, 
or posting a message to pub/sub topic. You can also specify documentation you want 
included in your notification. 
Conditions are made of a monitored resource, a metric for that resource, and the

Conditions are made of a monitored resource, a metric for that resource, and the 
threshold where the condition is met. An alerting policy can have up to 6 conditions. In 
an alerting policy with 1 condition, when that condition is met, an incident is created. 
For an alerting policy, you specify how those conditions are combined.

Managing metric-based alerting  
policies | Cloud Monitoring 
Introduction to alerting | Cloud  
Monitoring Skill Ba d g e s 
M o ni t o rin g and l og gin g 4  6.
●M7 Resource Monitoring
●M4 Resource Monitoring
=
these.

these. 

: 0
Avg_Connected_UEs: 28.9
HO Failures: 0
PRB Util%: 14.18
HQ_EXE_TOTARGET_FAILURE_QCI_1: 0
DL Packet Loss Pct: 0
Bearer Drop Voice%: 0
Bearer Drops: 0
RRC Setup Failures: 1
Bearer Setup Failure Voice%: 0
HO_fail_InterFreq: 0
Combined RACH Failure%: 0.04
Avg CQI: 10.67
QCI 1 Bearer Drop%: 0
ERAB Setup Fail%: 0
HO Failure%: 0
TIMESTAMP: 1.69E+12
Bearer Drop%: 0
DL_Coverage_Ratio: 2.29
UL_Coverage_Ratio: 3.29

: 1
Avg_Connected_UEs: 26.47
PRB Util%: 11.97
RRC Setup Failures: 0
Avg CQI: 10.37
DL_Coverage_Ratio: 3.08
UL_Coverage_Ratio: 4.08

: 2
Avg_Connected_UEs: 22.45
PRB Util%: 5.66
Bearer Drop Voice%: 0.027643312
Combined RACH Failure%: 0
Avg CQI: 10.03
QCI 1 Bearer Drop%: 0.027643312
DL_Coverage_Ratio: 3.81
UL_Coverage_Ratio: 4.81

: 3
Avg_Connected_UEs: 20.25
PRB Util%: 4.81
HQ_EXE_TOTARGET_FAILURE_QCI_1: 0.03
Avg CQI: 10.4
ERAB Setup Fail%: 0.01
DL_Coverage_Ratio: 2.45
UL_Coverage_Ratio: 3.45

: 4
Avg_Connected_UEs: 20.09
PRB Util%: 11.96
Avg CQI: 9.93
DL_Coverage_Ratio: 4.89
UL_Coverage_Ratio: 5.89

: 5
Avg_Connected_UEs: 28.28
PRB Util%: 15.28
Avg CQI: 10.22
DL_Coverage_Ratio: 4.85
UL_Coverage_Ratio: 5.85

: 6
Avg_Connected_UEs: 32.45
PRB Util%: 21.46
DL Packet Loss Pct: 0.01
RRC Setup Failures: 2
Combined RACH Failure%: 0.06
Avg CQI: 8.57
DL_Coverage_Ratio: 2.01
UL_Coverage_Ratio: 3.01

: 7
Avg_Connected_UEs: 42.87
PRB Util%: 30.71
HQ_EXE_TOTARGET_FAILURE_QCI_1: 0.02
RRC Setup Failures: 9
Combined RACH Failure%: 0.08
Avg CQI: 8.43
DL_Coverage_Ratio: 2.99
UL_Coverage_Ratio: 3.99

: 8
Avg_Connected_UEs: 54.09
PRB Util%: 36.73
RRC Setup Failures: 5
Combined RACH Failure%: 0.07
Avg CQI: 8.42
ERAB Setup Fail%: 0.03
DL_Coverage_Ratio: 2.2
UL_Coverage_Ratio: 3.2

: 9
Avg_Connected_UEs: 55.93
HO Failures: 1
PRB Util%: 60.41
RRC Setup Failures: 8
HO_fail_InterFreq: 1
Combined RACH Failure%: 0.05
Avg CQI: 7.48
HO Failure%: 0.2
DL_Coverage_Ratio: 2.14
UL_Coverage_Ratio: 3.14

: 10
Avg_Connected_UEs: 55.08
PRB Util%: 43.82
Bearer Drops: 1
Combined RACH Failure%: 0.11
Avg CQI: 7.61
Bearer Drop%: 0.01
DL_Coverage_Ratio: 1.15
UL_Coverage_Ratio: 2.15

: 11
Avg_Connected_UEs: 64.28
PRB Util%: 50.31
HQ_EXE_TOTARGET_FAILURE_QCI_1: 0.01
RRC Setup Failures: 7
Combined RACH Failure%: 0.02
Avg CQI: 7.83
DL_Coverage_Ratio: 3.44
UL_Coverage_Ratio: 4.44

: 12
Avg_Connected_UEs: 68.52
PRB Util%: 62.12
Avg CQI: 7.55
DL_Coverage_Ratio: 3.01
UL_Coverage_Ratio: 4.01

: 13
Avg_Connected_UEs: 70.64
PRB Util%: 67.16
RRC Setup Failures: 4
Avg CQI: 7.16
DL_Coverage_Ratio: 1.21
UL_Coverage_Ratio: 2.21

: 14
Avg_Connected_UEs: 66.76
PRB Util%: 69.93
Avg CQI: 7.82
DL_Coverage_Ratio: 2.11
UL_Coverage_Ratio: 3.11

: 15
Avg_Connected_UEs: 72.7
PRB Util%: 68.87
HQ_EXE_TOTARGET_FAILURE_QCI_1: 0.21
Bearer Drop Voice%: 1.11
Bearer Drops: 2
Avg CQI: 7.45
QCI 1 Bearer Drop%: 1.11
ERAB Setup Fail%: 0.19
DL_Coverage_Ratio: 4.63
UL_Coverage_Ratio: 5.63

: 16
Avg_Connected_UEs: 65.84
PRB Util%: 59.3
Avg CQI: 7.08
DL_Coverage_Ratio: 1.96
UL_Coverage_Ratio: 2.96

: 17
Avg_Connected_UEs: 48.16
PRB Util%: 45.65
Avg CQI: 7.47
DL_Coverage_Ratio: 1.58
UL_Coverage_Ratio: 2.58

: 18
Avg_Connected_UEs: 48.61
PRB Util%: 41.85
Combined RACH Failure%: 0.09
Avg CQI: 7.87
DL_Coverage_Ratio: 2.96
UL_Coverage_Ratio: 3.96

: 19
Avg_Connected_UEs: 48.69
PRB Util%: 42.43
Combined RACH Failure%: 0.03
Avg CQI: 7.92
DL_Coverage_Ratio: 4.94
UL_Coverage_Ratio: 5.94

: 20
Avg_Connected_UEs: 41.75
PRB Util%: 27.46
Bearer Drop Voice%: 3.23
Bearer Drops: 3
Avg CQI: 8.04
QCI 1 Bearer Drop%: 3.23
Bearer Drop%: 0.03
DL_Coverage_Ratio: 1.97
UL_Coverage_Ratio: 2.97

: 21
Avg_Connected_UEs: 42.18
PRB Util%: 31.92
DL_Coverage_Ratio: 3.69
UL_Coverage_Ratio: 4.69

: 22
Avg_Connected_UEs: 39.24
PRB Util%: 24.25
Avg CQI: 8.9
DL_Coverage_Ratio: 4.05
UL_Coverage_Ratio: 5.05

: 23
Avg_Connected_UEs: 31.31
PRB Util%: 19.83
Avg CQI: 8.96
DL_Coverage_Ratio: 1.95
UL_Coverage_Ratio: 2.95

: 24
Avg_Connected_UEs: 30.1
PRB Util%: 23.64
DL Packet Loss Pct: 0.02
Avg CQI: 9.92
Bearer Drop%: 0.02
DL_Coverage_Ratio: 3.91
UL_Coverage_Ratio: 4.91

: 25
Avg_Connected_UEs: 27.93
PRB Util%: 17.71
Avg CQI: 10.91
DL_Coverage_Ratio: 2.47
UL_Coverage_Ratio: 3.47

: 26
Avg_Connected_UEs: 23.79
PRB Util%: 10.13
Avg CQI: 10.58
DL_Coverage_Ratio: 3.53
UL_Coverage_Ratio: 4.53

: 27
Avg_Connected_UEs: 21.14
PRB Util%: 6.55
Avg CQI: 10.9

: 28
Avg_Connected_UEs: 18.93
PRB Util%: 5.83
Avg CQI: 11.42
DL_Coverage_Ratio: 3.14
UL_Coverage_Ratio: 4.14

: 29
Avg_Connected_UEs: 20.01
PRB Util%: 9.18
Avg CQI: 11.08
DL_Coverage_Ratio: 1.36
UL_Coverage_Ratio: 2.36

: 30
Avg_Connected_UEs: 23.42
PRB Util%: 8.34
Avg CQI: 10.53
DL_Coverage_Ratio: 4.34
UL_Coverage_Ratio: 5.34

: 31
Avg_Connected_UEs: 34.18
PRB Util%: 20.14
DL Packet Loss Pct: 0.04
Avg CQI: 9.6
DL_Coverage_Ratio: 2.28
UL_Coverage_Ratio: 3.28

: 32
Avg_Connected_UEs: 44.12
PRB Util%: 32.5
Avg CQI: 8.27
DL_Coverage_Ratio: 1.75
UL_Coverage_Ratio: 2.75

: 33
Avg_Connected_UEs: 50.97
PRB Util%: 38.78
Avg CQI: 7.89
DL_Coverage_Ratio: 1.16
UL_Coverage_Ratio: 2.16

: 34
Avg_Connected_UEs: 57.72
PRB Util%: 50.65
Avg CQI: 7.91
DL_Coverage_Ratio: 3.36
UL_Coverage_Ratio: 4.36

: 35
Avg_Connected_UEs: 55.1
PRB Util%: 48.51
Avg CQI: 8.31
DL_Coverage_Ratio: 3.71
UL_Coverage_Ratio: 4.71

: 36
Avg_Connected_UEs: 51.15
PRB Util%: 43.03
Avg CQI: 7.56
DL_Coverage_Ratio: 1.07
UL_Coverage_Ratio: 2.07

: 37
Avg_Connected_UEs: 46.84
PRB Util%: 46.74
DL_Coverage_Ratio: 3.05
UL_Coverage_Ratio: 4.05

: 38
Avg_Connected_UEs: 43.46
PRB Util%: 35.54
Avg CQI: 8
DL_Coverage_Ratio: 1.91
UL_Coverage_Ratio: 2.91

: 39
Avg_Connected_UEs: 41.92
PRB Util%: 33.91
DL Packet Loss Pct: 3.13
Avg CQI: 8.13
DL_Coverage_Ratio: 3.58
UL_Coverage_Ratio: 4.58

: 40
Avg_Connected_UEs: 39.73
PRB Util%: 24.19
Combined RACH Failure%: 0.1
Avg CQI: 8.91
ERAB Setup Fail%: 0.02
DL_Coverage_Ratio: 1.7
UL_Coverage_Ratio: 2.7

: 41
Avg_Connected_UEs: 33.53
PRB Util%: 31.87
Avg CQI: 8.67
DL_Coverage_Ratio: 3.76
UL_Coverage_Ratio: 4.76

: 42
Avg_Connected_UEs: 32.71
PRB Util%: 27.02
Avg CQI: 8.05
DL_Coverage_Ratio: 2.55
UL_Coverage_Ratio: 3.55

: 43
Avg_Connected_UEs: 30.76
PRB Util%: 24.14
Avg CQI: 9.07
DL_Coverage_Ratio: 4.75
UL_Coverage_Ratio: 5.75

: 44
Avg_Connected_UEs: 30.88
PRB Util%: 27.55
Avg CQI: 8.23
Bearer Drop%: 0.04
DL_Coverage_Ratio: 1.55
UL_Coverage_Ratio: 2.55

: 45
Avg_Connected_UEs: 31.51
PRB Util%: 32.47
DL_Coverage_Ratio: 2.36
UL_Coverage_Ratio: 3.36

: 46
Avg_Connected_UEs: 31.32
PRB Util%: 29.97
Avg CQI: 8.41
DL_Coverage_Ratio: 1.45
UL_Coverage_Ratio: 2.45

: 47
Avg_Connected_UEs: 26.23
PRB Util%: 17.92
Avg CQI: 9.16
DL_Coverage_Ratio: 4.7
UL_Coverage_Ratio: 5.7

: 48
Avg_Connected_UEs: 19.55
PRB Util%: 14.15
Avg CQI: 10.11
DL_Coverage_Ratio: 4.51
UL_Coverage_Ratio: 5.51

: 49
Avg_Connected_UEs: 18.76
PRB Util%: 5.99
Avg CQI: 9.9
DL_Coverage_Ratio: 2.03
UL_Coverage_Ratio: 3.03

: 50
Avg_Connected_UEs: 18.96
PRB Util%: 5.76
Avg CQI: 9.91
DL_Coverage_Ratio: 3.64
UL_Coverage_Ratio: 4.64

: 51
Avg_Connected_UEs: 17.41
PRB Util%: 3.77
Avg CQI: 9.88
DL_Coverage_Ratio: 4.27
UL_Coverage_Ratio: 5.27

: 52
Avg_Connected_UEs: 16.1
PRB Util%: 3.73
Avg CQI: 9.72
DL_Coverage_Ratio: 3.22
UL_Coverage_Ratio: 4.22

: 53
Avg_Connected_UEs: 17.74
PRB Util%: 5.15
DL_Coverage_Ratio: 3.12
UL_Coverage_Ratio: 4.12

: 54
Avg_Connected_UEs: 19.14
PRB Util%: 6.84
DL Packet Loss Pct: 0.05
Avg CQI: 9.87

: 55
Avg_Connected_UEs: 26.4
PRB Util%: 16.46
Avg CQI: 8.95
DL_Coverage_Ratio: 1.37
UL_Coverage_Ratio: 2.37

: 56
Avg_Connected_UEs: 31.56
PRB Util%: 17.7
Avg CQI: 9.08
DL_Coverage_Ratio: 4.59
UL_Coverage_Ratio: 5.59

: 57
Avg_Connected_UEs: 42.64
PRB Util%: 24.35
Avg CQI: 8.86
DL_Coverage_Ratio: 4.6
UL_Coverage_Ratio: 5.6

: 58
Avg_Connected_UEs: 44.25
PRB Util%: 25.36
Avg CQI: 9

: 59
Avg_Connected_UEs: 48.28
PRB Util%: 35.67
Avg CQI: 8.62

: 60
Avg_Connected_UEs: 41.36
PRB Util%: 26.54
Avg CQI: 9.05
DL_Coverage_Ratio: 2.4
UL_Coverage_Ratio: 3.4

: 61
Avg_Connected_UEs: 46.65
PRB Util%: 34.84
Avg CQI: 9.1
DL_Coverage_Ratio: 3.9
UL_Coverage_Ratio: 4.9

: 62
Avg_Connected_UEs: 41.81
PRB Util%: 31.1
Avg CQI: 10.06

: 63
Avg_Connected_UEs: 40.6
PRB Util%: 30.42
Avg CQI: 9.15
DL_Coverage_Ratio: 4.55
UL_Coverage_Ratio: 5.55

: 64
Avg_Connected_UEs: 38.53
PRB Util%: 31.18
Avg CQI: 9.79
DL_Coverage_Ratio: 4.12
UL_Coverage_Ratio: 5.12

: 65
Avg_Connected_UEs: 35.45
PRB Util%: 42.39
Avg CQI: 8.94
DL_Coverage_Ratio: 3.57
UL_Coverage_Ratio: 4.57

: 66
Avg_Connected_UEs: 38.9
PRB Util%: 49.96
DL_Coverage_Ratio: 1.34
UL_Coverage_Ratio: 2.34

: 67
Avg_Connected_UEs: 34.6
PRB Util%: 28.75
Avg CQI: 9.23
DL_Coverage_Ratio: 1.65
UL_Coverage_Ratio: 2.65

: 68
Avg_Connected_UEs: 41.74
PRB Util%: 42.46
Avg CQI: 10.13

: 69
Avg_Connected_UEs: 35.15
PRB Util%: 33.02
Avg CQI: 9.32
DL_Coverage_Ratio: 3.43
UL_Coverage_Ratio: 4.43

: 70
Avg_Connected_UEs: 33.41
PRB Util%: 30.13
Avg CQI: 8.69
DL_Coverage_Ratio: 1.04
UL_Coverage_Ratio: 2.04

: 71
Avg_Connected_UEs: 27.1
PRB Util%: 15.44
Avg CQI: 9.28
DL_Coverage_Ratio: 1.41
UL_Coverage_Ratio: 2.41

: 72
Avg_Connected_UEs: 22.05
PRB Util%: 10.56
Avg CQI: 9.7
DL_Coverage_Ratio: 3.65
UL_Coverage_Ratio: 4.65

: 73
Avg_Connected_UEs: 21.95
PRB Util%: 12.49
Avg CQI: 10.56
DL_Coverage_Ratio: 1.02
UL_Coverage_Ratio: 2.02

: 74
Avg_Connected_UEs: 20.21
PRB Util%: 7.36
Avg CQI: 10.39
DL_Coverage_Ratio: 1.64
UL_Coverage_Ratio: 2.64

: 75
Avg_Connected_UEs: 18.4
PRB Util%: 13.13
DL_Coverage_Ratio: 3.19
UL_Coverage_Ratio: 4.19

: 76
Avg_Connected_UEs: 16.56
PRB Util%: 4.14
Avg CQI: 10.32
DL_Coverage_Ratio: 3.77
UL_Coverage_Ratio: 4.77

: 77
Avg_Connected_UEs: 17.1
PRB Util%: 7.05
DL_Coverage_Ratio: 3.61
UL_Coverage_Ratio: 4.61

: 78
PRB Util%: 9.7
Avg CQI: 9.61
DL_Coverage_Ratio: 1.9
UL_Coverage_Ratio: 2.9

: 79
Avg_Connected_UEs: 29.36
PRB Util%: 26.7
Avg CQI: 9.47
DL_Coverage_Ratio: 3.85
UL_Coverage_Ratio: 4.85

: 80
Avg_Connected_UEs: 40.14
PRB Util%: 27.92
Avg CQI: 9.22

: 81
Avg_Connected_UEs: 47.59
PRB Util%: 36.62
RRC Setup Failures: 3
DL_Coverage_Ratio: 2.3
UL_Coverage_Ratio: 3.3

: 82
Avg_Connected_UEs: 51.1
PRB Util%: 42.5
Avg CQI: 8.73
DL_Coverage_Ratio: 3.99
UL_Coverage_Ratio: 4.99

: 83
Avg_Connected_UEs: 54.52
PRB Util%: 45.02
Avg CQI: 8.33
DL_Coverage_Ratio: 3.6
UL_Coverage_Ratio: 4.6

: 84
Avg_Connected_UEs: 48.24
PRB Util%: 44.84
Combined RACH Failure%: 0.12
Avg CQI: 7.86
DL_Coverage_Ratio: 4.4
UL_Coverage_Ratio: 5.4

: 85
Avg_Connected_UEs: 44.72
PRB Util%: 44.01
Avg CQI: 8.47
DL_Coverage_Ratio: 3.63
UL_Coverage_Ratio: 4.63

: 86
Avg_Connected_UEs: 48.83
PRB Util%: 50.81
HQ_EXE_TOTARGET_FAILURE_QCI_1: 0.07
Avg CQI: 9.26
ERAB Setup Fail%: 0.06
DL_Coverage_Ratio: 3.27
UL_Coverage_Ratio: 4.27

: 87
Avg_Connected_UEs: 54.24
PRB Util%: 53.81
HQ_EXE_TOTARGET_FAILURE_QCI_1: 0.08
Avg CQI: 8.37
ERAB Setup Fail%: 0.08

: 88
Avg_Connected_UEs: 50.79
PRB Util%: 45.38
HO Failure%: 0.26

: 89
Avg_Connected_UEs: 49.54
PRB Util%: 41.29
DL_Coverage_Ratio: 2.06
UL_Coverage_Ratio: 3.06

: 90
Avg_Connected_UEs: 52.75
PRB Util%: 54.28
Bearer Drops: 4
Avg CQI: 8.06
DL_Coverage_Ratio: 1.98
UL_Coverage_Ratio: 2.98

: 91
Avg_Connected_UEs: 46.92
PRB Util%: 37.62

: 92
Avg_Connected_UEs: 49.68
PRB Util%: 39.84
Avg CQI: 9.29
DL_Coverage_Ratio: 2.57
UL_Coverage_Ratio: 3.57

: 93
Avg_Connected_UEs: 49.72
PRB Util%: 33.52
DL_Coverage_Ratio: 4.57
UL_Coverage_Ratio: 5.57

: 94
Avg_Connected_UEs: 42.14
PRB Util%: 36.26
Avg CQI: 9.46
DL_Coverage_Ratio: 3.52
UL_Coverage_Ratio: 4.52

: 95
Avg_Connected_UEs: 31.74
PRB Util%: 18.25
DL_Coverage_Ratio: 4.18
UL_Coverage_Ratio: 5.18

: 96
Avg_Connected_UEs: 26.1
PRB Util%: 12.82
Combined RACH Failure%: 0.17
Avg CQI: 11.45

: 97
Avg_Connected_UEs: 22.41
PRB Util%: 9.94
DL Packet Loss Pct: 0.03
Avg CQI: 10.97
DL_Coverage_Ratio: 3.31
UL_Coverage_Ratio: 4.31

: 98
Avg_Connected_UEs: 19.97
PRB Util%: 5.57
DL_Coverage_Ratio: 2.97
UL_Coverage_Ratio: 3.97

: 99
Avg_Connected_UEs: 18.58
PRB Util%: 3.14
Avg CQI: 11.68
DL_Coverage_Ratio: 1.78
UL_Coverage_Ratio: 2.78

: 100
Avg_Connected_UEs: 19.03
PRB Util%: 3.28
Avg CQI: 11.32
DL_Coverage_Ratio: 3.89
UL_Coverage_Ratio: 4.89

: 101
Avg_Connected_UEs: 24.37
PRB Util%: 9.91
Avg CQI: 10.35
DL_Coverage_Ratio: 2.12
UL_Coverage_Ratio: 3.12

: 102
Avg_Connected_UEs: 32.76
PRB Util%: 15.73
DL_Coverage_Ratio: 1.1
UL_Coverage_Ratio: 2.1

: 103
Avg_Connected_UEs: 46.41
PRB Util%: 35.73
RRC Setup Failures: 43
Combined RACH Failure%: 0.21
Avg CQI: 8.52

: 104
Avg_Connected_UEs: 57.25
PRB Util%: 44.42
Combined RACH Failure%: 0.13
Avg CQI: 8.48
DL_Coverage_Ratio: 1.71
UL_Coverage_Ratio: 2.71

: 105
Avg_Connected_UEs: 64.15
PRB Util%: 54.03
DL Packet Loss Pct: 1.5
Avg CQI: 7.69
DL_Coverage_Ratio: 4.76
UL_Coverage_Ratio: 5.76

: 106
Avg_Connected_UEs: 63.34
PRB Util%: 46.5
RRC Setup Failures: 6
Avg CQI: 7.88
DL_Coverage_Ratio: 4.82
UL_Coverage_Ratio: 5.82

: 107
Avg_Connected_UEs: 57.41
PRB Util%: 45.17
Avg CQI: 8.1
DL_Coverage_Ratio: 4.66
UL_Coverage_Ratio: 5.66

: 108
Avg_Connected_UEs: 59.83
PRB Util%: 57.29
Avg CQI: 8.14
DL_Coverage_Ratio: 2.48
UL_Coverage_Ratio: 3.48

: 109
Avg_Connected_UEs: 62.1
PRB Util%: 58.92
DL Packet Loss Pct: 1.93
Bearer Drops: 5
Avg CQI: 8.16
DL_Coverage_Ratio: 1.06
UL_Coverage_Ratio: 2.06

: 110
Avg_Connected_UEs: 62.65
PRB Util%: 58.83
DL_Coverage_Ratio: 4.71
UL_Coverage_Ratio: 5.71

: 111
Avg_Connected_UEs: 58.75
PRB Util%: 51.16
DL_Coverage_Ratio: 2.71
UL_Coverage_Ratio: 3.71

: 112
Avg_Connected_UEs: 64.68
PRB Util%: 65.27
DL_Coverage_Ratio: 4.87
UL_Coverage_Ratio: 5.87

: 113
Avg_Connected_UEs: 65.27
PRB Util%: 66.08

: 114
Avg_Connected_UEs: 65.42
PRB Util%: 65.05
Avg CQI: 7.31
DL_Coverage_Ratio: 4.41
UL_Coverage_Ratio: 5.41

: 115
Avg_Connected_UEs: 62.43
PRB Util%: 54.51
Avg CQI: 7.78
DL_Coverage_Ratio: 2.18
UL_Coverage_Ratio: 3.18

: 116
Avg_Connected_UEs: 58.83
PRB Util%: 48.85
Avg CQI: 8.3
DL_Coverage_Ratio: 2.54
UL_Coverage_Ratio: 3.54

: 117
Avg_Connected_UEs: 48.52
PRB Util%: 35.19
Avg CQI: 8.6

: 118
Avg_Connected_UEs: 39.01
PRB Util%: 23.26
DL_Coverage_Ratio: 2.27
UL_Coverage_Ratio: 3.27

: 119
Avg_Connected_UEs: 34.78
PRB Util%: 13.08
DL_Coverage_Ratio: 1.68
UL_Coverage_Ratio: 2.68

: 120
Avg_Connected_UEs: 31.03
PRB Util%: 15.47
Avg CQI: 10.45
DL_Coverage_Ratio: 3.23
UL_Coverage_Ratio: 4.23

: 121
Avg_Connected_UEs: 27.21
PRB Util%: 13.44
DL Packet Loss Pct: 7.89
Avg CQI: 10.21
DL_Coverage_Ratio: 4.74
UL_Coverage_Ratio: 5.74

: 122
Avg_Connected_UEs: 25.46
PRB Util%: 7.47
Avg CQI: 10.72
DL_Coverage_Ratio: 3.78
UL_Coverage_Ratio: 4.78

: 123
PRB Util%: 4.77
Avg CQI: 10.89
DL_Coverage_Ratio: 3.28
UL_Coverage_Ratio: 4.28

: 124
Avg_Connected_UEs: 26.33
PRB Util%: 6.48
DL Packet Loss Pct: 0.17
Avg CQI: 10.8
DL_Coverage_Ratio: 1.39
UL_Coverage_Ratio: 2.39

: 125
Avg_Connected_UEs: 30.93
PRB Util%: 8.56
Avg CQI: 10.18
DL_Coverage_Ratio: 3.46
UL_Coverage_Ratio: 4.46

: 126
Avg_Connected_UEs: 37.49
PRB Util%: 21.69
DL_Coverage_Ratio: 4.96
UL_Coverage_Ratio: 5.96

: 127
Avg_Connected_UEs: 54.51
PRB Util%: 40.11
DL Packet Loss Pct: 0.97
Avg CQI: 8.54
DL_Coverage_Ratio: 1.56
UL_Coverage_Ratio: 2.56

: 128
Avg_Connected_UEs: 57.46
PRB Util%: 37.86
DL Packet Loss Pct: 2.31
RRC Setup Failures: 18
Avg CQI: 8.5
DL_Coverage_Ratio: 3.07
UL_Coverage_Ratio: 4.07

: 129
Avg_Connected_UEs: 56.75
PRB Util%: 36.1
RRC Setup Failures: 12
Avg CQI: 9.03

: 130
Avg_Connected_UEs: 56.46
PRB Util%: 41.16
Combined RACH Failure%: 0.15
Avg CQI: 8.66
DL_Coverage_Ratio: 3.96
UL_Coverage_Ratio: 4.96

: 131
Avg_Connected_UEs: 59.54
PRB Util%: 47.92
DL Packet Loss Pct: 1.38
Avg CQI: 8.78
DL_Coverage_Ratio: 3.79
UL_Coverage_Ratio: 4.79

: 132
Avg_Connected_UEs: 63.32
PRB Util%: 56.94

: 133
Avg_Connected_UEs: 60.01
PRB Util%: 50.99
HQ_EXE_TOTARGET_FAILURE_QCI_1: 0.04
RRC Setup Failures: 10
Avg CQI: 7.72
ERAB Setup Fail%: 0.04
DL_Coverage_Ratio: 2.44
UL_Coverage_Ratio: 3.44

: 134
Avg_Connected_UEs: 56.31
PRB Util%: 50.13
DL Packet Loss Pct: 2.13
Avg CQI: 8.07
DL_Coverage_Ratio: 2.17
UL_Coverage_Ratio: 3.17

: 135
Avg_Connected_UEs: 61.57
PRB Util%: 45.66
Avg CQI: 8.4
DL_Coverage_Ratio: 4.24
UL_Coverage_Ratio: 5.24

: 136
PRB Util%: 56.79

: 137
Avg_Connected_UEs: 66.85
PRB Util%: 49.9
Avg CQI: 8.59
DL_Coverage_Ratio: 4.47
UL_Coverage_Ratio: 5.47

: 138
Avg_Connected_UEs: 71.73
PRB Util%: 61.22
DL_Coverage_Ratio: 4.65
UL_Coverage_Ratio: 5.65

: 139
Avg_Connected_UEs: 63.45
PRB Util%: 49.21
Avg CQI: 8.18

: 140
Avg_Connected_UEs: 52.58
PRB Util%: 33.5
Avg CQI: 8.61

: 141
Avg_Connected_UEs: 45.37
PRB Util%: 35.72
Avg CQI: 8.93
DL_Coverage_Ratio: 4.19
UL_Coverage_Ratio: 5.19

: 142
Avg_Connected_UEs: 40.09
PRB Util%: 32.02
Avg CQI: 8.98

: 143
Avg_Connected_UEs: 34.46
PRB Util%: 12.83

: 144
Avg_Connected_UEs: 33.15
PRB Util%: 10.47
Avg CQI: 10.3

: 145
Avg_Connected_UEs: 30.33
PRB Util%: 10.65
Avg CQI: 11
DL_Coverage_Ratio: 4.56
UL_Coverage_Ratio: 5.56

: 146
Avg_Connected_UEs: 30.02
PRB Util%: 8.83
Avg CQI: 10.94
DL_Coverage_Ratio: 2.35
UL_Coverage_Ratio: 3.35

: 147
Avg_Connected_UEs: 27.77
PRB Util%: 9.81
Avg CQI: 10.57
DL_Coverage_Ratio: 2.5
UL_Coverage_Ratio: 3.5

: 148
Avg_Connected_UEs: 28.63
PRB Util%: 14.61
DL_Coverage_Ratio: 1.38
UL_Coverage_Ratio: 2.38

: 149
Avg_Connected_UEs: 30.23
PRB Util%: 17.41
Avg CQI: 9.43

: 150
Avg_Connected_UEs: 41.85
PRB Util%: 22.72
DL_Coverage_Ratio: 1.14
UL_Coverage_Ratio: 2.14

: 151
Avg_Connected_UEs: 62.72
PRB Util%: 63.59
Combined RACH Failure%: 0.25
DL_Coverage_Ratio: 2.86
UL_Coverage_Ratio: 3.86

: 152
Avg_Connected_UEs: 54.13
PRB Util%: 44.5
Avg CQI: 8.58
DL_Coverage_Ratio: 3.17
UL_Coverage_Ratio: 4.17

: 153
Avg_Connected_UEs: 53.8
PRB Util%: 31.04
Avg CQI: 9
DL_Coverage_Ratio: 2.15
UL_Coverage_Ratio: 3.15

: 154
Avg_Connected_UEs: 55.16
PRB Util%: 29.8
Avg CQI: 8.84

: 155
Avg_Connected_UEs: 58.79
PRB Util%: 42.95
Avg CQI: 8.7
DL_Coverage_Ratio: 1.12
UL_Coverage_Ratio: 2.12

: 156
Avg_Connected_UEs: 58.88
PRB Util%: 56.5
Avg CQI: 7.53

: 157
Avg_Connected_UEs: 63.13
PRB Util%: 49.07
Combined RACH Failure%: 0.2
Avg CQI: 8.01
DL_Coverage_Ratio: 4.29
UL_Coverage_Ratio: 5.29

: 158
Avg_Connected_UEs: 84.57
PRB Util%: 75.42
DL Packet Loss Pct: 1.24
RRC Setup Failures: 14
Avg CQI: 7.67

: 159
Avg_Connected_UEs: 73.96
PRB Util%: 62.98
RRC Setup Failures: 11
Combined RACH Failure%: 0.18
Avg CQI: 7.54
DL_Coverage_Ratio: 1.51
UL_Coverage_Ratio: 2.51

: 160
Avg_Connected_UEs: 69.03
PRB Util%: 67.8
Avg CQI: 7.64
DL_Coverage_Ratio: 3.09
UL_Coverage_Ratio: 4.09

: 161
Avg_Connected_UEs: 71.34
PRB Util%: 63.8
DL_Coverage_Ratio: 4.08
UL_Coverage_Ratio: 5.08

: 162
Avg_Connected_UEs: 66.72
PRB Util%: 54.72
Avg CQI: 8.74
DL_Coverage_Ratio: 1.86
UL_Coverage_Ratio: 2.86

: 163
Avg_Connected_UEs: 61.44
PRB Util%: 52.07
DL_Coverage_Ratio: 3.49
UL_Coverage_Ratio: 4.49

: 164
Avg_Connected_UEs: 54.47
PRB Util%: 43.02
Avg CQI: 9.11

: 165
Avg_Connected_UEs: 42.72
PRB Util%: 27.98

: 166
Avg_Connected_UEs: 34.28
PRB Util%: 14.83
Avg CQI: 10.2
DL_Coverage_Ratio: 3.13
UL_Coverage_Ratio: 4.13

DL MAC Vol Scell Pct: This metric measures the percentage of downlink (DL) MAC (Medium Access Control) volume that is carried over secondary cells. A MAC is a layer in the data link layer of the OSI model that is responsible for controlling access to the medium.
Cat M1 Bearer Setup Failure num: This metric measures the percentage of Cat M1 bearer setup failures. A Cat M1 bearer setup failure occurs when a Cat M1 device is unable to establish a data connection with the network.
Bearer Setup Failure Voice Num: Bearer Setup Failure Voice Num is a KPI that measures the numerator (actual failures) of failed bearer setup for voice calls. It counts the instances where the establishment of a communication channel for a voice call failed.
Avg_Connected_UEs: This metric measures the average number of connected UEs in a network. This metric can be used to track the overall performance of the network and to identify areas where capacity may be needed.

SIP DC%: This metric measures the percentage of dropped calls due to SIP (Session Initiation Protocol) errors. SIP is a signaling protocol that is used to establish, maintain, and terminate calls over IP networks.
UPTP_Mbps: This metric measures the Uplink Transmission Peak (UPTP) in megabits per second. The UPTP is the maximum data rate that can be supported by the uplink (UL) of a network.
S1U_SIP_SC_SEER: This metric measures the Session Establishment Establish Rate (SEER) for the S1-U interface. The S1-U interface is the interface between the 5G core network and the 5G radio access network.
DLRLCLayerDataVolume MB: Downlink Radio Link Control (RLC) Layer Data Volume in Megabytes (MB). This KPI measures the volume of data transmitted in the RLC layer on the downlink, which is a crucial component of data transmission in wireless networks.

DRB UL Data Volume MB: This metric measures the amount of data that is transmitted over the uplink (UL) data radio bearer (DRB) in megabytes (MB). A DRB is a logical connection between a UE and the network that is used to transmit data.
Cat M1 Bearer Drop num: This metric measures the number of Cat M1 bearer drops. A Cat M1 bearer is a data connection that is used by a Cat M1 device, such as a low-power IoT device.
HO Failures: The number of Handover Failures in that particlar timeframe
Avg_PUCCH_SINR: This KPI measures the average signal quality on the uplink control channel in a telecommunications network. It indicates how well the signal on this channel can be distinguished from interference and noise.
PRB Util%: PRB_Util%: PRB (Physical Resource Block) Utilization Percentage measures the utilization of available physical resource blocks in the network. It reflects how efficiently the available radio resources are being used.

HQ_EXE_TOTARGET_FAILURE_QCI_1: This KPI may relate to Quality of Service (QoS) targets for High-Quality (HQ) service for QCI (QoS Class Identifier) 1, which is typically used for voice services.
DL Packet Loss Pct: DL Packet loss pct: DL (Downlink) Packet Loss Percentage measures the percentage of data packets lost during transmission in the downlink direction.
Bearer Drop Voice%: Bearer Drop Voice %: Bearer Drop Voice Percentage measures the percentage of voice call bearers that have been dropped or prematurely terminated in the network.
Bearer Drops: Bearer Drops: Bearer Drops refers to the number of bearer connections that have been prematurely terminated or dropped within the network.

UL Resid BLER PCT: Uplink (UL) Residual Block Error Rate Percentage. Measures the percentage of residual block errors in the UL, which is a measure of UL signal quality. This indicates the proportion of transmitted data blocks that still contain errors after error correction mechanisms have been applied.
RRC Setup Attempts: RRC Setup Attempts: RRC (Radio Resource Control) Setup Attempts measures the number of attempts made by User Equipment (UE) to establish an RRC connection with the network.
CA DL DataVolRatio Pct den: Carrier Aggregation (CA) Downlink (DL) Data Volume Ratio Percentage (denominator). This KPI likely represents the denominator part of the ratio used to calculate the percentage of data volume in a CA setup. It helps assess the proportion of data transmitted in a Carrier Aggregation scenario.

CA Conf FailRate Pct den: Carrier Aggregation (CA) Confirmation Failure Rate Percentage (denominator). This KPI measures the percentage of confirmation failures in a Carrier Aggregation setup. The denominator part of this KPI likely represents the total number of attempted CA confirmations. It helps assess the efficiency and success rate of CA confirmations.
RSSIRX1 Avg: Average Received Signal Strength Indicator (RSSI) for RX1. RSSI measures the power level of the signal received by the device or receiver. RX1 likely refers to the first receiver or antenna. This KPI indicates the average signal strength for RX1 over a specific period.
SIP Calls with a Leg: SIP calls with a leg: This KPI may relate to Session Initiation Protocol (SIP) calls with one leg or one side of the call connection.
weekend: 
UPTP Mbps Num: UPTP Mbps Num: This KPI may relate to the number of User Plane Throughput (UPTP) in megabits per second (Mbps).

weekend: 
Cat M1 Bearer Setup Failure den: Cat M1 Bearer Setup Failure: This KPI measures the failure rate of Category M1 (Cat-M1) bearer setup attempts in the network.
Bearer Setup Failure Voice Den: Bearer Setup Failure Voice Den is a KPI that measures the denominator (total attempts) of failed bearer setup for voice calls. In other words, it counts the total number of times that a voice call setup was attempted but failed for some reason.
Setup_Fail_NUM: This KPI represents the numerator or total number of failed call setup attempts within the same time period. It includes calls that were not successfully established due to various reasons such as network issues, congestion, authentication failures, or other call setup problems.

RSSIRX2 Avg: Average Received Signal Strength Indicator (RSSI) for RX2.. This KPI represents the average signal strength, but specifically for RX2, which could be another receiver or antenna. It helps assess the signal quality and strength for the second receiver or antenna.
S1U_SIP_SC_SEER_num: 
Cat_M1 Bearer Drop den: This metric measures the number of Cat M1 bearer drops per density. This metric can be used to identify areas where Cat M1 devices are experiencing problems connecting to the network.
CA Activation Rate: (Carrier Aggregation Activation Rate): Carrier aggregation is a technology used in mobile networks to combine multiple frequency bands to increase data throughput. The CA Activation Rate measures the percentage of time that carrier aggregation is activated in the network

RSSIRX3 Avg: Average Received Signal Strength Indicator (RSSI) for RX3. This KPI is analogous to RSSIRX1 Avg and RSSIRX2 Avg but pertains to the third receiver or antenna, RX3. It provides insight into the signal strength and quality for RX3.
pct CA ActivatedUE with 1 Scell UL: Percentage of Carrier Aggregation (CA) Activated User Equipment (UE) with 1 Secondary Cell (Scell) on the Uplink (UL). This KPI quantifies the percentage of UEs that have CA activated with a single Scell for uplink transmission.
RSSIRX4 Avg: Average Received Signal Strength Indicator (RSSI) for RX4. Similar to the other KPIs, RSSIRX4 Avg represents the average signal strength for the fourth receiver or antenna, RX4. This KPI helps evaluate the signal characteristics for RX4, such as its strength and quality.
RRC Setup Failures: 
hr: 
Bearer Setup Failure Voice%: This KPI represents the percentage of voice call setup failures relative to the total attempted voice call setups. It is calculated using the formula:

hr: 
MAC_UE_SC_Tput: This is a KPI KPI that quantifies the data transfer rate achieved by a single-carrier user equipment in a wireless network, taking into account the performance of the medium access control (MAC) layer.
HQ_EXE_TOTARGET_FAILURE_QCI_1_NUM: This KPI in the context of 4G telecommunications is the number of times that a handover from the high-priority queue (HQ) to the target cell failed for QCI 1 users. QCI stands for Quality of Service Class Indicator, and it is used to classify users based on their QoS requirements.

Bearer Releases: Bearer Releases refer to the termination or release of a communication channel or bearer that was established for a particular service, such as a voice call. This could occur for various reasons, including the completion of the call, user-initiated termination, or network-related issues.
HO_fail_InterFreq: number of handover failures that occur between different frequencies.
Combined RACH Failure%: percentage of random access channel (RACH) attempts that fail.RACH is used by UEs to initiate a connection with the network
RRC_Reestab_Attempts: number of times a radio resource control (RRC) reestablishment is attempted
HO_fail_PCT_InterFreq: percentage of handover failures that occur between different frequencies.
Interference Pwr: amount of unwanted radio frequency (RF) energy that is present in a particular channel
qci1_setup_attempts: 
Avg CQI: measures the average quality of the radio channel between a user equipment (UE) and the network

CA Activation Rate num: This is the numerator for the CA Activation Rate calculation. It typically represents the actual number of times carrier aggregation was activated during the specified time period.
UPTP Mbps Den: 
Setup_Fail_DEN: This KPI represents the denominator or total number of attempted call setups within a specific time period, which includes both successful and unsuccessful setup attempts. It is used to calculate the failure rate as a percentage (Setup_Fail_NUM / Setup_Fail_DEN).
PDCCH Util: measures the percentage of time that the PDCCH is being used to transmit control information to user equipment (UEs)

SIP_SC_Total_MOU: This KPI stands for "SIP (Session Initiation Protocol) Single Call Total Minutes of Use." This KPI measures the total duration in minutes of all SIP or VoIP calls that were successfully completed or established during a specific time period. It represents the cumulative call duration of all calls.
SIP Dropped Calls: percentage of SIP (Session Initiation Protocol) calls that are dropped
UL MAC Vol Scell Pct: Uplink MAC Volume (Mobile Station Sector) Percentage. This KPI used in telecommunications and networking to measure the percentage of uplink (UL) traffic that is generated by mobile stations (MSs) in a particular sector. This KPI can be used to identify and troubleshoot problems with the UL network, such as congestion or poor signal quality.

S1U_SIP_SC_SEER_den: This is a KPI in telecommunications and networking that stands for Session Initiation Protocol (SIP) Service Continuity (SC) Session Establishment Success Rate (SEER) Denormalized. It is a measure of the percentage of SIP sessions that successfully establish, regardless of whether they are terminated normally or abnormally
_80th_percentile_traffic: This KPI is the level of traffic that is exceeded by 20% of the users. This metric is used to measure the performance of a network and to identify potential bottlenecks.
RSSI Delta: Received Signal Strength Indicator (RSSI) Delta. This KPI measures the difference or change in RSSI values, which indicates variations in signal strength. It can be used to assess signal quality changes and potential interference in the network.

QCI 1 Bearer Drop%: This is a KPI used in telecommunications and networking to measure the percentage of QCI 1 bearers that are dropped. QCI 1 bearers are the highest priority bearers in LTE networks and are used for voice calls and other real-time traffic. A high QCI 1 Bearer Drop% indicates that there are problems with the network's ability to handle real-time traffic, which can lead to poor call quality and dropped calls.
Peak UE: This KPI in telecommunications and networking that measures the maximum number of active UEs that can be supported by a network at a given time. It is an important metric for network operators to track, as it can help them to ensure that their networks have enough capacity to meet the demands of their users.
VOLTE IA%: This KPI used to measure the performance of the VoLTE network in terms of how often users are able to successfully connect to the network when they first attempt to do so

MB_per_connected_UE: This is a KPI used in telecommunications and networking to measure the average amount of data traffic generated by each connected user equipment (UE). It is calculated by dividing the total amount of data traffic by the number of connected UEs.
PCT Time MIMO: This KPI in telecommunications and networking that measures the time it takes for a physical cell to transmit data to multiple users using multiple antennas. PCT Time MIMO is important for ensuring that users in a cell experience good QoS

ERAB Setup Fail%: This KPI in telecommunications and networking that measures the percentage of times that an Enhanced Radio Access Bearer (ERAB) setup fails. An ERAB is a logical connection between a user equipment (UE) and an evolved node B (eNB) in an LTE network. It is used to carry user data traffic.
DL Volume: This KPI that measures the total amount of data downloaded by users over a period of time. It is typically measured in gigabytes (GB) or terabytes (TB).
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: This KPI stands for Handover Execution to Target Failure QCI 1 Density. It is a KPI that measures the density of handover execution to target failures for QCI 1 traffic. QCI 1 is a QoS class that is used for conversational services, such as voice calls.

Combined_RACH_Succ: Combined_RACH_Succ stands for Combined Random Access Channel (RACH) Success. It is a KPI that measures the percentage of RACH attempts that are successful. RACH is a procedure used by a mobile device to initiate communication with a cellular network.
QCI 1 Bearer Releases: QCI 1 Bearer Releases stands for Quality of Service Class Indicator (QCI) 1 Bearer Releases. It is a KPI that measures the number of QCI 1 bearers that are released. QCI is a QoS class that defines the priority and treatment of a bearer. QCI 1 is the highest priority QCI, and it is used for services that require low latency and high reliability, such as voice and video calls.
UL Throughput: UL Throughput stands for Uplink Throughput. It is the maximum amount of data that can be transmitted from a user equipment (UE) to the network in a given amount of time.UL Throughput is measured in bits per second (bps).

DL Data Vol MAC in MB: This KPI stands for Downlink Data Volume MAC in Megabits. It is a KPI that measures the amount of data that is transmitted from the network to the user equipment (UE) in the MAC layer in megabytes.
HO Failure%: HO Failure% stands for Handover Failure Percentage. It is a KPI that measures the percentage of handovers that fail.
Access Beyond Cell Range: Access Beyond Cell Range (ABCR) is a KPI that measures the number of times a user attempts to access the network outside of the cell's coverage area.
A high ABCR KPI can indicate that there are a lot of users that are trying to access the network in areas with poor coverage.
Call_Drops_Credit: Call Drops Credit is a term used to describe the amount of money that a mobile network operator (MNO) will credit a customer's account for a call that is dropped. A call drop is a situation where a call is disconnected before it is completed.

pct CA ActivatedUE with 6 Scell DL: Percentage of Carrier Aggregation (CA) Activated User Equipment (UE) with 6 Secondary Cells (Scell) on the Downlink (DL). Similar to the previous KPI, this one quantifies the percentage of UEs that have CA activated, but with six Scells for downlink reception.
CA Activation Rate den: This is the denominator for the CA Activation Rate calculation. It typically represents the total number of opportunities or time periods in which carrier aggregation could be activated.

Combined RACH Preambles: Combined RACH preambles are a technique used in 5G NR to improve the performance of the random access channel (RACH). The RACH is used by devices to initiate communication with the network. In 4G LTE, devices transmit a single preamble on the RACH. This can lead to collisions, where multiple devices transmit their preambles at the same time and the network cannot distinguish between them. Combined RACH preambles allow devices to transmit multiple preambles at the same time. This reduces the chances of collisions and improves the chances that the network will be able to successfully detect a device's preamble.
Time: Time of data
Date: Date of data
DL MAC Vol Scell MB: DL MAC vol Scell MB stands for Downlink Medium Access Control (MAC) Volume per Serving Cell in Megabits. It is a key performance indicator (KPI) that measures the average amount of downlink data traffic that is transmitted per serving cell in megabytes.

pct CA ActivatedUE with 5 Scell DL: Percentage of Carrier Aggregation (CA) Activated User Equipment (UE) with 5 Secondary Cells (Scell) on the Downlink (DL). This KPI quantifies the percentage of UEs that have CA activated with five Scells for downlink reception.
Bearer Drop%: Bearer Drop% is a key performance indicator (KPI) that measures the percentage of times that a bearer is dropped. A bearer is a logical connection between a mobile device and the network. It is used to carry data traffic, such as voice calls and data session
pct CA ActivatedUE with 4 Scell DL: Pct CA ActivatedUE with 4 Scell DL KPI stands for Percentage of Carrier Aggregation (CA) Activated User Equipment (UE) with 4 Downlink (DL) Cells. It is a key performance indicator (KPI) that measures the percentage of UEs that are using carrier aggregation with 4 DL cells.

Bearer Drops Voice: Bearer Drops Voice is a KPI that measures the number or percentage of voice calls that are dropped or disconnected on a telecommunications network within a specific timeframe.
holiday: 
pct CA ActivatedUE with 3 Scell DL: Pct CA ActivatedUE with 3 EScell DL kpi in telecommunications stands for Percentage of Carrier Aggregation (CA) Activated User Equipment with 3 Enhanced Serving Cells (EScell) Downlink. It is a key performance indicator (KPI) that measures the percentage of user equipment (UE) that are connected to three or more enhanced serving cells (EScells) in the downlink.
VoLTE_MOU: VoLTE_MOU stands for Voice over LTE (VoLTE) Minutes of Use. It is a key performance indicator (KPI) that measures the number of minutes of voice traffic that is carried over the LTE network.

pct CA ActivatedUE with 2 Scell DL: Pct CA ActivatedUE with 2 Scell DL stands for Percentage of Carrier Aggregation (CA) Activated Users with 2 Downlink (DL) Cells. It is a key performance indicator (KPI) that measures the percentage of users who are using CA with two DL cells.
CA DL DataVolRatio Pct: This KPI measures the percentage of downlink (data received by the user) data volume that is being efficiently distributed across the aggregated carriers. It helps assess how well the network is utilizing carrier aggregation for downlink data.
CA Conf FailRate Pct: This KPI measures the percentage of times that carrier aggregation configuration attempts have failed. Configuration failures can occur when attempting to set up carrier aggregation

Combined RACH Failures: This metric measures the number of combined RACH failures. A RACH failure occurs when a UE is unable to send a random access (RACH) message to the network. A combined RACH failure occurs when a UE is unable to send a RACH message to the network and then also fails to establish a data connection.
pct CA ActivatedUE with 1 Scell DL: Pct CA ActivatedUE with 1 Scell DL stands for Percentage of Carrier Aggregation (CA) Activated Users with 1 Downlink (DL) Cells. It is a key performance indicator (KPI) that measures the percentage of users who are using CA with one DL cell.
RRC Setup Failure% 5G: This metric measures the percentage of RRC (Radio Resource Control) setup failures in a 5G network. The RRC is a layer in the control plane of the 5G network that is responsible for managing the radio resources.

pct CA ActivatedUE with 0 Scell DL: Pct CA ActivatedUE with 0 Scell DL stands for Percentage of Carrier Aggregation (CA) Activated Users with 0 Downlink (DL) Cells. It is a key performance indicator (KPI) that measures the percentage of users who are using CA with zero DL cells.
Cat M1 Bearer Setup Failure pct: This KPI is used to evaluate the reliability and success rate of setting up communication channels (bearers) for IoT devices in a Cat M1 cellular network. It provides insights into how effectively the network can establish connections with IoT devices.
Cat M1 Bearer Drop pct: This is a KPI that quantifies the reliability of data communication for IoT devices in a Category M1 cellular network. It measures the proportion of bearers that experience drops, which can disrupt the flow of data between IoT devices and the network.

QCI 1 Bearer Drops: QCI 1 Bearer Drops in the context of 4G telecommunications is the number of times that a dedicated bearer with QCI 1 is dropped. QCI 1 is the highest priority bearer and is used for real-time traffic such as voice calls.
SIP_SC_Call_Attempts: This KPI represents the total number of SIP or VoIP call attempts made within a specific time period or on a particular network or system. Each call attempt typically corresponds to a user-initiated or system-initiated request to establish a SIP or VoIP call. It includes both successful and unsuccessful call attempts.
Bearer Releases Voice: This KPI specifically focuses on the release of communication channels or bearers that were established for voice calls. It measures the number or percentage of voice calls that have been successfully terminated or released.
HO_att_InterFreq:

HO_att_InterFreq: 
CA DL DataVolRatio Pct num: Carrier Aggregation (CA) Downlink (DL) Data Volume Ratio Percentage (numerator). This KPI is related to the previous one but represents the numerator, which likely indicates the actual data volume in a CA setup. It helps quantify the amount of data transmitted in a Carrier Aggregation scenario.
CA Conf FailRate Pct num: Carrier Aggregation (CA) Confirmation Failure Rate Percentage (numerator). This KPI is related to CA Confirmation Failure Rate Percentage but represents the numerator, which likely indicates the number of failed CA confirmations. It helps quantify the number of failures in CA confirmations, which can be crucial for troubleshooting and optimizing network performance.
HO Attempts: HO Attempts in the context of 4G telecommunications is the number of times that a handover is attempted.

DL MAC Vol Scell Pct: 
Cat M1 Bearer Setup Failure num: 
Bearer Setup Failure Voice Num: 
Avg_Connected_UEs: 
SIP DC%: 
UPTP_Mbps: 
S1U_SIP_SC_SEER: 
DLRLCLayerDataVolume MB: MB (Megabyte)
DRB UL Data Volume MB: 
Cat M1 Bearer Drop num: 
HO Failures: 
Avg_PUCCH_SINR: dB (decibel)
PRB Util%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1: 
DL Packet Loss Pct: 
Bearer Drop Voice%: 
Bearer Drops: 
UL Resid BLER PCT: %
RRC Setup Attempts: 
CA DL DataVolRatio Pct den: Count
CA Conf FailRate Pct den: count
RSSIRX1 Avg: dBm (decibel-milliwatt)
SIP Calls with a Leg: 
weekend: 
UPTP Mbps Num: 
Cat M1 Bearer Setup Failure den: 
Bearer Setup Failure Voice Den: 
Setup_Fail_NUM: 
RSSIRX2 Avg: dBm (decibel-milliwatt)
Cat_M1 Bearer Drop den: 
CA Activation Rate: %
RSSIRX3 Avg: dBm (decibel-milliwatt)
pct CA ActivatedUE with 1 Scell UL: %
RSSIRX4 Avg: dBm (decibel-milliwatt)
hr: 
Bearer Setup Failure Voice%: 
MAC_UE_SC_Tput: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_NUM:

hr: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_NUM: 
Bearer Releases: 
HO_fail_InterFreq: 
Combined RACH Failure%: 
RRC_Reestab_Attempts: 
HO_fail_PCT_InterFreq: 
Interference Pwr: 
Avg CQI: 
CA Activation Rate num: Count
Setup_Fail_DEN: 
PDCCH Util: 
SIP_SC_Total_MOU: 
SIP Dropped Calls: 
UL MAC Vol Scell Pct: 
S1U_SIP_SC_SEER_den: 
_80th_percentile_traffic: 
RSSI Delta: dB (decibel)
QCI 1 Bearer Drop%: 
Peak UE: 
VOLTE IA%: 
MB_per_connected_UE: 
PCT Time MIMO: 
ERAB Setup Fail%: 
DL Volume: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 
Combined_RACH_Succ: 
QCI 1 Bearer Releases: 
UL Throughput: 
DL Data Vol MAC in MB: 
HO Failure%: 
Access Beyond Cell Range: 
Call_Drops_Credit: 
pct CA ActivatedUE with 6 Scell DL: %
CA Activation Rate den: Count
Combined RACH Preambles: 
Time: 
Date: 
DL MAC Vol Scell MB:

Time: 
Date: 
DL MAC Vol Scell MB: 
pct CA ActivatedUE with 5 Scell DL: %
Bearer Drop%: 
pct CA ActivatedUE with 4 Scell DL: 
Bearer Drops Voice: 
holiday: 
pct CA ActivatedUE with 3 Scell DL: 
VoLTE_MOU: 
pct CA ActivatedUE with 2 Scell DL: 
CA DL DataVolRatio Pct: %
CA Conf FailRate Pct: %
Combined RACH Failures: 
pct CA ActivatedUE with 1 Scell DL: 
RRC Setup Failure% 5G: 
pct CA ActivatedUE with 0 Scell DL: 
Cat M1 Bearer Setup Failure pct: 
Cat M1 Bearer Drop pct: 
QCI 1 Bearer Drops: 
SIP_SC_Call_Attempts: 
Bearer Releases Voice: 
CA DL DataVolRatio Pct num: Count
CA Conf FailRate Pct num: Count
HO Attempts:

DL MAC Vol Scell Pct: 16.09
Cat M1 Bearer Setup Failure num: 0
Bearer Setup Failure Voice Num: 0
Avg_Connected_UEs: 50.2
SIP DC%: 
UPTP_Mbps: 30.15
S1U_SIP_SC_SEER: 100
DLRLCLayerDataVolume MB: 7344.54
DRB UL Data Volume MB: 3389
Cat M1 Bearer Drop num: 0
Avg_PUCCH_SINR: 16.55
PRB Util%: 44.92
Bearer Drop Voice%: 0.05
UL Resid BLER PCT: 0.5
RRC Setup Attempts: 6145
CA DL DataVolRatio Pct den: 9302
CA Conf FailRate Pct den: 9558
RSSIRX1 Avg: -98.58
weekend: 1
UPTP Mbps Num: 688
Cat M1 Bearer Setup Failure den: 0
Bearer Setup Failure Voice Den: 63
Setup_Fail_NUM: 1
RSSIRX2 Avg: -96.52
S1U_SIP_SC_SEER_num: 35
Cat_M1 Bearer Drop den: 0
CA Activation Rate: 9.85
RSSIRX3 Avg: 0
pct CA ActivatedUE with 1 Scell UL: 
RSSIRX4 Avg: 0
hr: 3
MAC_UE_SC_Tput: 8563.88
HQ_EXE_TOTARGET_FAILURE_QCI_1_NUM: 1
Bearer Releases: 6203

hr: 3
HO_fail_PCT_InterFreq: 0
qci1_setup_attempts: 125
Avg CQI: 9.75
CA Activation Rate num: 5946872
UPTP Mbps Den: 23
Setup_Fail_DEN: 15165
SIP_SC_Total_MOU: 0
UL MAC Vol Scell Pct: 0
S1U_SIP_SC_SEER_den: 0
RSSI Delta: 0.08
Peak UE: 71
VOLTE IA%: 0.08
MB_per_connected_UE: 7.1
PCT Time MIMO: 38.45
DL Volume: 9948
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4292
QCI 1 Bearer Releases: 21
UL Throughput: 1.01
DL Data Vol MAC in MB: 8956.96
Call_Drops_Credit: 0
pct CA ActivatedUE with 6 Scell DL: 
CA Activation Rate den: 60777
Combined RACH Preambles: 1893

Time: 19:00:17
Date: 01-06-2022
pct CA ActivatedUE with 5 Scell DL: 0
pct CA ActivatedUE with 4 Scell DL: 0
Bearer Drops Voice: 0
holiday: 0
pct CA ActivatedUE with 3 Scell DL: 0
VoLTE_MOU: 0
pct CA ActivatedUE with 2 Scell DL: 100
CA DL DataVolRatio Pct: 79.34
CA Conf FailRate Pct: 0
Combined RACH Failures: 0
RRC Setup Failure% 5G: 0.03
QCI 1 Bearer Drops: 0
SIP_SC_Call_Attempts: 227
Bearer Releases Voice: 0
HO_att_InterFreq: 59
CA DL DataVolRatio Pct num: 2018
CA Conf FailRate Pct num: 0
HO Attempts: 443

DL MAC Vol Scell Pct: 2.7
Avg_Connected_UEs: 73.67
SIP DC%: 
UPTP_Mbps: 158.27
DLRLCLayerDataVolume MB: 228.14
DRB UL Data Volume MB: 5401
Avg_PUCCH_SINR: 15.55
PRB Util%: 9.4
UL Resid BLER PCT: 0.25
RRC Setup Attempts: 4313
CA DL DataVolRatio Pct den: 3729
CA Conf FailRate Pct den: 5711
RSSIRX1 Avg: -94.24
weekend: 0
UPTP Mbps Num: 51631
Bearer Setup Failure Voice Den: 22
Setup_Fail_NUM: 4
RSSIRX2 Avg: -98.1
S1U_SIP_SC_SEER_num: 38
CA Activation Rate: 61.35
hr: 0
MAC_UE_SC_Tput: 12707.3
HQ_EXE_TOTARGET_FAILURE_QCI_1_NUM: 0
Bearer Releases: 15858

hr: 0
HO_fail_PCT_InterFreq: 0.01
qci1_setup_attempts: 94
Avg CQI: 11.54
CA Activation Rate num: 4539372
UPTP Mbps Den: 1500
Setup_Fail_DEN: 13884
S1U_SIP_SC_SEER_den: 242
RSSI Delta: 0.11
QCI 1 Bearer Drop%: 0.05
Peak UE: 28
VOLTE IA%: 0
MB_per_connected_UE: 99.88
PCT Time MIMO: 33.58
DL Volume: 131
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5419
QCI 1 Bearer Releases: 111
UL Throughput: 1.83
DL Data Vol MAC in MB: 207.6
CA Activation Rate den: 35938
Combined RACH Preambles: 2350
Time: 23:56:24
Date: 03-11-2023

holiday: 0
CA DL DataVolRatio Pct: 92.84
Combined RACH Failures: 3
RRC Setup Failure% 5G: 0.02
SIP_SC_Call_Attempts: 42
Bearer Releases Voice: 115
HO_att_InterFreq: 337
CA DL DataVolRatio Pct num: 5210
CA Conf FailRate Pct num: 1
HO Attempts: 591

Avg_Connected_UEs: 24.55
SIP DC%: 
UPTP_Mbps: 31.13
DLRLCLayerDataVolume MB: 3519.11
DRB UL Data Volume MB: 231
Avg_PUCCH_SINR: 16.11
PRB Util%: 32.49
DL Packet Loss Pct: 0.07
Bearer Drop Voice%: 0.06
UL Resid BLER PCT: 0.44
RRC Setup Attempts: 3318
CA DL DataVolRatio Pct den: 10053
CA Conf FailRate Pct den: 9201
RSSIRX1 Avg: -97.34
weekend: 0
Bearer Setup Failure Voice Den: 139
RSSIRX2 Avg: -98.58
S1U_SIP_SC_SEER_num: 45
CA Activation Rate: 30.09
hr: 19
MAC_UE_SC_Tput: 8877.72
Bearer Releases: 9723

hr: 19
qci1_setup_attempts: 63
CA Activation Rate num: 14196777
UPTP Mbps Den: 132
Setup_Fail_DEN: 19914
SIP_SC_Total_MOU: 209.38
S1U_SIP_SC_SEER_den: 43
RSSI Delta: 0.07
Peak UE: 27
MB_per_connected_UE: 31.34
PCT Time MIMO: 52.09
DL Volume: 1837
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3803
QCI 1 Bearer Releases: 22
UL Throughput: 6.56
DL Data Vol MAC in MB: 2384.38
CA Activation Rate den: 73408

Time: 13:55:56
Date: 06-09-2022
holiday: 0
CA DL DataVolRatio Pct: 79.07
RRC Setup Failure% 5G: 0
SIP_SC_Call_Attempts: 43
HO_att_InterFreq: 1031
CA DL DataVolRatio Pct num: 7635
HO Attempts: 812

DL MAC Vol Scell Pct: 4.11
Avg_Connected_UEs: 66.83
SIP DC%: 
UPTP_Mbps: 12.63
DLRLCLayerDataVolume MB: 10039.8
DRB UL Data Volume MB: 9953
Avg_PUCCH_SINR: 15.54
PRB Util%: 62.56
Bearer Drop Voice%: 0.08
CA DL DataVolRatio Pct den: 8828
weekend: 0
Bearer Setup Failure Voice Den: 0
Setup_Fail_NUM: 0
RSSIRX2 Avg: -95.09
S1U_SIP_SC_SEER_num: 84
CA Activation Rate: 4.28
hr: 23
MAC_UE_SC_Tput: 13193.09

hr: 23
qci1_setup_attempts: 34
CA Activation Rate num: 10668892
UPTP Mbps Den: 1016
Setup_Fail_DEN: 10480
SIP_SC_Total_MOU: 281.98
S1U_SIP_SC_SEER_den: 24
RSSI Delta: 0.03
Peak UE: 65
VOLTE IA%: 0.71
MB_per_connected_UE: 17.3
PCT Time MIMO: 32.17
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3046
QCI 1 Bearer Releases: 10
UL Throughput: 1.35
DL Data Vol MAC in MB: 10224.08

Time: 07:12:08
Date: 13-07-2023
holiday: 0
CA DL DataVolRatio Pct: 62.69
SIP_SC_Call_Attempts: 145
Bearer Releases Voice: 52
HO_att_InterFreq: 423
CA DL DataVolRatio Pct num: 6899
HO Attempts: 604

DL MAC Vol Scell Pct: 16.61
SIP DC%: 
UPTP_Mbps: 45.52
DLRLCLayerDataVolume MB: 131.86
Avg_PUCCH_SINR: 15.86
PRB Util%: 40.79
Bearer Drop Voice%: 0.03
CA DL DataVolRatio Pct den: 4827
CA Conf FailRate Pct den: 7065
RSSIRX1 Avg: -96.48
weekend: 0
UPTP Mbps Num: 7151
S1U_SIP_SC_SEER_num: 46
CA Activation Rate: 34.78
hr: 0
MAC_UE_SC_Tput: 5860.82
Bearer Releases: 7940

hr: 0
CA Activation Rate num: 6805849
UPTP Mbps Den: 2809
Setup_Fail_DEN: 12913
UL MAC Vol Scell Pct: 0.52
S1U_SIP_SC_SEER_den: 56
RSSI Delta: 0
Peak UE: 64
VOLTE IA%: 
MB_per_connected_UE: 147.64
PCT Time MIMO: 70.77
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4608
QCI 1 Bearer Releases: 105
UL Throughput: 0.65
DL Data Vol MAC in MB: 7964.89
Call_Drops_Credit: 1
Combined RACH Preambles: 2871

Time: 17:17:34
Date: 25-04-2022
holiday: 0
CA DL DataVolRatio Pct: 61.92
SIP_SC_Call_Attempts: 87
HO_att_InterFreq: 332
HO Attempts: 4

DL MAC Vol Scell Pct: 3.4
Avg_Connected_UEs: 34.08
SIP DC%: 
UPTP_Mbps: 46.97
DLRLCLayerDataVolume MB: 7813.09
DRB UL Data Volume MB: 6023
CA DL DataVolRatio Pct den: 6818
RSSIRX1 Avg: -94.21
weekend: 0
RSSIRX2 Avg: -93.72
S1U_SIP_SC_SEER_num: 70
CA Activation Rate: 12.93
hr: 22
MAC_UE_SC_Tput: 4886.84

hr: 22
qci1_setup_attempts: 0
Avg CQI: 9.69
CA Activation Rate num: 7465265
UPTP Mbps Den: 701
Setup_Fail_DEN: 20069
SIP_SC_Total_MOU: 222.93
S1U_SIP_SC_SEER_den: 176
RSSI Delta: 0.02
Peak UE: 83
VOLTE IA%: 0.06
MB_per_connected_UE: 148.57
QCI 1 Bearer Releases: 0

Time: 12:08:54
Date: 14-07-2023
holiday: 0
CA DL DataVolRatio Pct: 80.09
Combined RACH Failures: 4
RRC Setup Failure% 5G: 0.14
SIP_SC_Call_Attempts: 29
HO_att_InterFreq: 613
CA Conf FailRate Pct num: 3
HO Attempts: 805

Avg_Connected_UEs: 43.68
SIP DC%: 
UPTP_Mbps: 60.21
S1U_SIP_SC_SEER: 99.99
DLRLCLayerDataVolume MB: 4865.62
Avg_PUCCH_SINR: 15.65
PRB Util%: 31.2
Bearer Drop Voice%: 0.07
UL Resid BLER PCT: 0.37
RRC Setup Attempts: 9131
CA DL DataVolRatio Pct den: 1801
weekend: 0
UPTP Mbps Num: 13334
Bearer Setup Failure Voice Den: 25
RSSIRX2 Avg: -96.27
S1U_SIP_SC_SEER_num: 0
CA Activation Rate: 1.29
hr: 9
MAC_UE_SC_Tput: 6646.76
Bearer Releases: 9199

hr: 9
qci1_setup_attempts: 16
Avg CQI: 7.84
CA Activation Rate num: 7259677
UPTP Mbps Den: 1800
Setup_Fail_DEN: 12274
SIP_SC_Total_MOU: 12.2
S1U_SIP_SC_SEER_den: 159
RSSI Delta: 0.01
Peak UE: 27
VOLTE IA%: 0.07
MB_per_connected_UE: 66.19
PCT Time MIMO: 33.4
DL Volume: 2438
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6441
QCI 1 Bearer Releases: 8
UL Throughput: 4.59
CA Activation Rate den: 87742

Time: 02:35:45
Date: 09-11-2023
holiday: 0
CA DL DataVolRatio Pct: 52.67
CA Conf FailRate Pct: 0.05
RRC Setup Failure% 5G: 0.01
SIP_SC_Call_Attempts: 63
HO_att_InterFreq: 962
CA DL DataVolRatio Pct num: 2471
CA Conf FailRate Pct num: 2
HO Attempts: 148

DL MAC Vol Scell Pct: 9.26
Avg_Connected_UEs: 58.59
SIP DC%: 
UPTP_Mbps: 20.81
DLRLCLayerDataVolume MB: 2997.72
DRB UL Data Volume MB: 8445
Avg_PUCCH_SINR: 16.07
DL Packet Loss Pct: 0.13
UL Resid BLER PCT: 0.34
RRC Setup Attempts: 9136
CA DL DataVolRatio Pct den: 10224
CA Conf FailRate Pct den: 2870
RSSIRX1 Avg: -97.36
weekend: 0
Bearer Setup Failure Voice Den: 198
RSSIRX2 Avg: -96.31
S1U_SIP_SC_SEER_num: 23
CA Activation Rate: 10.99
hr: 19
MAC_UE_SC_Tput: 11895.82
Bearer Releases: 12616

hr: 19
HO_fail_PCT_InterFreq: 0.22
qci1_setup_attempts: 248
Avg CQI: 7.63
CA Activation Rate num: 57656
UPTP Mbps Den: 450
SIP_SC_Total_MOU: 87.52
S1U_SIP_SC_SEER_den: 96
RSSI Delta: 0.12
Peak UE: 28
VOLTE IA%: 0.39
MB_per_connected_UE: 199.99
DL Volume: 5308
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5016
QCI 1 Bearer Releases: 15
UL Throughput: 0.67
DL Data Vol MAC in MB: 4161.76
CA Activation Rate den: 186060

Combined RACH Preambles: 2963
Time: 08:27:38
Date: 22-01-2022
holiday: 0
CA DL DataVolRatio Pct: 75.68
RRC Setup Failure% 5G: 0.05
SIP_SC_Call_Attempts: 62
Bearer Releases Voice: 48
HO_att_InterFreq: 745
HO Attempts: 437

SIP DC%: 
UPTP_Mbps: 33.64
PRB Util%: 6.74
UL Resid BLER PCT: 0.67
RRC Setup Attempts: 7502
CA DL DataVolRatio Pct den: 5548
CA Conf FailRate Pct den: 9250
weekend: 0
UPTP Mbps Num: 53503
RSSIRX2 Avg: -93.32
S1U_SIP_SC_SEER_num: 66
CA Activation Rate: 23.96
hr: 23
MAC_UE_SC_Tput: 11805.9
Bearer Releases: 9549

hr: 23
Avg CQI: 8.51
CA Activation Rate num: 540462
S1U_SIP_SC_SEER_den: 40
Peak UE: 33
MB_per_connected_UE: 125.38
PCT Time MIMO: 58.91
DL Volume: 8509
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8863
QCI 1 Bearer Releases: 45
HO Failure%: 0.01

Time: 03:27:08
Date: 24-02-2023
holiday: 0
CA DL DataVolRatio Pct: 64.77
CA Conf FailRate Pct: 0.04
RRC Setup Failure% 5G: 0.04
SIP_SC_Call_Attempts: 15
HO Attempts: 807

DL MAC Vol Scell Pct: 25.24
SIP DC%: 
UPTP_Mbps: 8.68
DLRLCLayerDataVolume MB: 7502.67
DRB UL Data Volume MB: 9214
PRB Util%: 17.67
DL Packet Loss Pct: 0.2
RRC Setup Attempts: 9859
CA DL DataVolRatio Pct den: 9502
weekend: 0
RSSIRX2 Avg: -96.01
S1U_SIP_SC_SEER_num: 167
hr: 23
MAC_UE_SC_Tput: 6868.94
Bearer Releases: 17788

hr: 23
qci1_setup_attempts: 98
Avg CQI: 7.28
UPTP Mbps Den: 3696
Setup_Fail_DEN: 13481
SIP_SC_Total_MOU: 217.03
RSSI Delta: 0.23
Peak UE: 66
MB_per_connected_UE: 140
PCT Time MIMO: 36.03
DL Volume: 8844
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4430
QCI 1 Bearer Releases: 20
UL Throughput: 5.07
CA Activation Rate den: 68107

Time: 19:51:14
Date: 10-03-2022
holiday: 0
CA DL DataVolRatio Pct: 76.53
HO_att_InterFreq: 407
CA DL DataVolRatio Pct num: 7079
HO Attempts: 126

DL MAC Vol Scell Pct: 41.67
Avg_Connected_UEs: 75.84
SIP DC%: 
UPTP_Mbps: 55.37
S1U_SIP_SC_SEER: 99.98
DLRLCLayerDataVolume MB: 2425.27
DRB UL Data Volume MB: 6792
Avg_PUCCH_SINR: 15.67
RRC Setup Attempts: 5024
CA DL DataVolRatio Pct den: 9082
CA Conf FailRate Pct den: 3309
weekend: 1
UPTP Mbps Num: 15424
Bearer Setup Failure Voice Den: 53
Setup_Fail_NUM: 5
RSSIRX2 Avg: -98.43
CA Activation Rate: 21.58
hr: 2
MAC_UE_SC_Tput: 12446.63
Bearer Releases: 8580

hr: 2
qci1_setup_attempts: 17
CA Activation Rate num: 8357692
UPTP Mbps Den: 2947
SIP_SC_Total_MOU: 127.18
S1U_SIP_SC_SEER_den: 284
RSSI Delta: 0.2
Peak UE: 68
VOLTE IA%: 0.03
MB_per_connected_UE: 153.94
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9443
QCI 1 Bearer Releases: 37
UL Throughput: 3.2
DL Data Vol MAC in MB: 8143.35

Combined RACH Preambles: 2162
Time: 13:59:33
Date: 24-10-2022
holiday: 0
CA DL DataVolRatio Pct: 69.02
CA Conf FailRate Pct: 0.03
SIP_SC_Call_Attempts: 31
Bearer Releases Voice: 19
HO_att_InterFreq: 797
HO Attempts: 927

DL MAC Vol Scell Pct: 58.65
Avg_Connected_UEs: 75.43
SIP DC%: 
UPTP_Mbps: 24.82
DLRLCLayerDataVolume MB: 4735.19
DRB UL Data Volume MB: 131
Avg_PUCCH_SINR: 16.39
PRB Util%: 19.27
UL Resid BLER PCT: 0.45
CA DL DataVolRatio Pct den: 7013
weekend: 0
UPTP Mbps Num: 62445
RSSIRX2 Avg: -95.34
S1U_SIP_SC_SEER_num: 40
CA Activation Rate: 34.59
hr: 17
MAC_UE_SC_Tput: 4462.51
HQ_EXE_TOTARGET_FAILURE_QCI_1_NUM: 3
Bearer Releases: 14363

hr: 17
qci1_setup_attempts: 78
Avg CQI: 8.81
CA Activation Rate num: 10705106
UPTP Mbps Den: 1585
Setup_Fail_DEN: 9563
SIP_SC_Total_MOU: 83.08
S1U_SIP_SC_SEER_den: 45
RSSI Delta: 0.1
QCI 1 Bearer Drop%: 0.01
Peak UE: 27
PCT Time MIMO: 37.62
DL Volume: 1929
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3685
CA Activation Rate den: 56088

Combined RACH Preambles: 1947
Time: 05:02:03
Date: 13-10-2023
holiday: 0
CA DL DataVolRatio Pct: 90.23
CA Conf FailRate Pct: 0.01
RRC Setup Failure% 5G: 0.12
SIP_SC_Call_Attempts: 0
HO_att_InterFreq: 277
CA DL DataVolRatio Pct num: 7543
HO Attempts: 158

Avg_Connected_UEs: 59.18
SIP DC%: 
UPTP_Mbps: 39.43
DLRLCLayerDataVolume MB: 8862.94
DRB UL Data Volume MB: 8591
PRB Util%: 7.38
UL Resid BLER PCT: 0.41
RRC Setup Attempts: 4500
CA DL DataVolRatio Pct den: 10035
RSSIRX1 Avg: -98.16
weekend: 0
CA Activation Rate: 24.77
hr: 11
MAC_UE_SC_Tput: 11245.47
Bearer Releases: 10134

hr: 11
CA Activation Rate num: 5279966
UPTP Mbps Den: 2871
Peak UE: 42
MB_per_connected_UE: 76.15
PCT Time MIMO: 34.85
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4033
UL Throughput: 6.1

Combined RACH Preambles: 2191
Time: 23:44:09
Date: 25-10-2023
holiday: 0
CA DL DataVolRatio Pct: 75.33
Combined RACH Failures: 5
RRC Setup Failure% 5G: 0.07
SIP_SC_Call_Attempts: 54
Bearer Releases Voice: 70
CA DL DataVolRatio Pct num: 5915
HO Attempts: 274

DL MAC Vol Scell Pct: 46.09
SIP DC%: 
UPTP_Mbps: 20.87
DLRLCLayerDataVolume MB: 6779.01
DRB UL Data Volume MB: 8669
Avg_PUCCH_SINR: 16.71
DL Packet Loss Pct: 0.14
RRC Setup Attempts: 4080
CA DL DataVolRatio Pct den: 9650
RSSIRX1 Avg: -98.47
weekend: 0
RSSIRX2 Avg: -96.86
CA Activation Rate: 19.94
hr: 19
MAC_UE_SC_Tput: 4120.75
Bearer Releases: 14811

hr: 19
qci1_setup_attempts: 107
UPTP Mbps Den: 2333
SIP_SC_Total_MOU: 236.13
UL MAC Vol Scell Pct: 0.42
QCI 1 Bearer Drop%: 0.07
Peak UE: 79
MB_per_connected_UE: 14.21
PCT Time MIMO: 37.46
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4043

Time: 18:40:06
Date: 30-12-2022
holiday: 0
CA DL DataVolRatio Pct: 59.43
SIP_SC_Call_Attempts: 33
Bearer Releases Voice: 38
HO_att_InterFreq: 542

DL MAC Vol Scell Pct: 5.83
Avg_Connected_UEs: 66.42
SIP DC%: 
UPTP_Mbps: 31.34
DRB UL Data Volume MB: 8702
PRB Util%: 72.45
UL Resid BLER PCT: 0.54
RRC Setup Attempts: 5546
CA DL DataVolRatio Pct den: 9270
CA Conf FailRate Pct den: 5175
weekend: 0
RSSIRX2 Avg: -97.77
CA Activation Rate: 38.82
hr: 21
MAC_UE_SC_Tput: 4406.53

hr: 21
qci1_setup_attempts: 15
Avg CQI: 8.11
CA Activation Rate num: 258059
UPTP Mbps Den: 1503
Setup_Fail_DEN: 8362
RSSI Delta: 0.06
Peak UE: 27
VOLTE IA%: 0.01
MB_per_connected_UE: 78.24
PCT Time MIMO: 55.22
DL Volume: 5755
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4471
QCI 1 Bearer Releases: 5
CA Activation Rate den: 66824

Time: 04:49:20
Date: 20-12-2023
holiday: 0
CA DL DataVolRatio Pct: 39.9
SIP_SC_Call_Attempts: 100
Bearer Releases Voice: 108
CA DL DataVolRatio Pct num: 3100
HO Attempts: 901

Avg_Connected_UEs: 23.51
SIP DC%: 
UPTP_Mbps: 33.99
DLRLCLayerDataVolume MB: 1975.77
Avg_PUCCH_SINR: 16.89
PRB Util%: 39.95
UL Resid BLER PCT: 0.63
RRC Setup Attempts: 6950
CA Conf FailRate Pct den: 6318
weekend: 1
UPTP Mbps Num: 16126
Bearer Setup Failure Voice Den: 24
S1U_SIP_SC_SEER_num: 37
CA Activation Rate: 39.7
hr: 5
MAC_UE_SC_Tput: 15814.39
Bearer Releases: 18709

hr: 5
CA Activation Rate num: 2866642
UPTP Mbps Den: 1422
Setup_Fail_DEN: 10110
S1U_SIP_SC_SEER_den: 26
Peak UE: 27
MB_per_connected_UE: 24.89
DL Volume: 2145
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4473
UL Throughput: 11.74
DL Data Vol MAC in MB: 7943.32
CA Activation Rate den: 95366

Time: 13:16:35
Date: 30-04-2022
Bearer Drops Voice: 1
holiday: 0
RRC Setup Failure% 5G: 0.16
HO_att_InterFreq: 824
CA DL DataVolRatio Pct num: 5503
CA Conf FailRate Pct num: 4
HO Attempts: 326

DL MAC Vol Scell Pct: 46.72
Avg_Connected_UEs: 26.44
SIP DC%: 
UPTP_Mbps: 27.08
DRB UL Data Volume MB: 3714
Avg_PUCCH_SINR: 16.64
PRB Util%: 65.32
UL Resid BLER PCT: 0.29
RRC Setup Attempts: 6311
CA DL DataVolRatio Pct den: 9779
CA Conf FailRate Pct den: 4677
RSSIRX1 Avg: -96.13
weekend: 0
Bearer Setup Failure Voice Den: 62
RSSIRX2 Avg: -97.16
S1U_SIP_SC_SEER_num: 123
hr: 23
MAC_UE_SC_Tput: 13557.71

hr: 23
qci1_setup_attempts: 242
CA Activation Rate num: 9442821
UPTP Mbps Den: 29
SIP_SC_Total_MOU: 450.66
Peak UE: 27
VOLTE IA%: 0.1
MB_per_connected_UE: 18.09
PCT Time MIMO: 58.33
DL Volume: 1958
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3121
QCI 1 Bearer Releases: 17

Time: 10:40:33
Date: 14-02-2023
holiday: 0
CA DL DataVolRatio Pct: 69.42
CA Conf FailRate Pct: 0.16
SIP_SC_Call_Attempts: 175
Bearer Releases Voice: 36
HO_att_InterFreq: 336
CA DL DataVolRatio Pct num: 1213
HO Attempts: 253

DL MAC Vol Scell Pct: 8.49
Avg_Connected_UEs: 55.98
SIP DC%: 
UPTP_Mbps: 7.17
DLRLCLayerDataVolume MB: 3128.27
DRB UL Data Volume MB: 3414
DL Packet Loss Pct: 0.12
Bearer Drop Voice%: 0.01
UL Resid BLER PCT: 0.51
RRC Setup Attempts: 7476
CA DL DataVolRatio Pct den: 9206
weekend: 0
UPTP Mbps Num: 38455
Bearer Setup Failure Voice Den: 36
RSSIRX2 Avg: -97.05
S1U_SIP_SC_SEER_num: 12
CA Activation Rate: 10.46
hr: 4
MAC_UE_SC_Tput: 10129.68
Bearer Releases: 8571

hr: 4
qci1_setup_attempts: 3
Avg CQI: 10.15
CA Activation Rate num: 6438694
UPTP Mbps Den: 4511
Setup_Fail_DEN: 9556
SIP_SC_Total_MOU: 42.64
Peak UE: 35
MB_per_connected_UE: 101.83
DL Volume: 1160
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9344
QCI 1 Bearer Releases: 39
DL Data Vol MAC in MB: 5325.87

Combined RACH Preambles: 2290
Time: 21:05:48
Date: 17-02-2023
holiday: 0
CA DL DataVolRatio Pct: 47.82
SIP_SC_Call_Attempts: 44
Bearer Releases Voice: 39
HO_att_InterFreq: 485
CA DL DataVolRatio Pct num: 6142
HO Attempts: 952

Avg_Connected_UEs: 37.73
SIP DC%: 
UPTP_Mbps: 19.95
DLRLCLayerDataVolume MB: 3385.83
Bearer Drop Voice%: 0.04
UL Resid BLER PCT: 0.35
RRC Setup Attempts: 3825
CA DL DataVolRatio Pct den: 7905
RSSIRX1 Avg: -98.25
weekend: 0
UPTP Mbps Num: 10847
RSSIRX2 Avg: -95.89
S1U_SIP_SC_SEER_num: 189
CA Activation Rate: 57.17
hr: 23
MAC_UE_SC_Tput: 10754.19
Bearer Releases: 10110

hr: 23
qci1_setup_attempts: 70
CA Activation Rate num: 4609027
UPTP Mbps Den: 597
Setup_Fail_DEN: 6314
S1U_SIP_SC_SEER_den: 130
Peak UE: 68
MB_per_connected_UE: 36.39
DL Volume: 5144
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5296
CA Activation Rate den: 58438

Combined RACH Preambles: 1996
Time: 19:36:51
Date: 28-02-2022
holiday: 0
CA DL DataVolRatio Pct: 63.98
SIP_SC_Call_Attempts: 51
Bearer Releases Voice: 42
HO Attempts: 626

Avg_Connected_UEs: 54.69
SIP DC%: 
UPTP_Mbps: 41.51
DLRLCLayerDataVolume MB: 3870.22
PRB Util%: 43.89
DL Packet Loss Pct: 0.1
RRC Setup Attempts: 6805
CA DL DataVolRatio Pct den: 7789
CA Conf FailRate Pct den: 6394
RSSIRX1 Avg: -98.21
weekend: 0
Bearer Setup Failure Voice Den: 28
RSSIRX2 Avg: -93.27
S1U_SIP_SC_SEER_num: 76
CA Activation Rate: 21.17
hr: 15
MAC_UE_SC_Tput: 17087.66
Bearer Releases: 15886

hr: 15
qci1_setup_attempts: 58
CA Activation Rate num: 3832952
UPTP Mbps Den: 2775
Setup_Fail_DEN: 17546
UL MAC Vol Scell Pct: 0.6
RSSI Delta: 0.13
Peak UE: 64
VOLTE IA%: 
MB_per_connected_UE: 140.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7543
QCI 1 Bearer Releases: 30
Combined RACH Preambles: 2132

Time: 16:02:58
Date: 13-02-2023
holiday: 0
CA DL DataVolRatio Pct: 84.13
SIP_SC_Call_Attempts: 178
Bearer Releases Voice: 85
CA DL DataVolRatio Pct num: 4256
HO Attempts: 444

DL MAC Vol Scell Pct: 11.36
Avg_Connected_UEs: 72.18
SIP DC%: 
UPTP_Mbps: 39.2
DRB UL Data Volume MB: 9069
CA DL DataVolRatio Pct den: 3358
CA Conf FailRate Pct den: 6280
RSSIRX1 Avg: -94.75
weekend: 1
UPTP Mbps Num: 8085
Setup_Fail_NUM: 6
RSSIRX2 Avg: -98.14
S1U_SIP_SC_SEER_num: 31
CA Activation Rate: 60.89
hr: 13
MAC_UE_SC_Tput: 12787.49
Bearer Releases: 18434

hr: 13
qci1_setup_attempts: 150
CA Activation Rate num: 8315950
UPTP Mbps Den: 2516
Setup_Fail_DEN: 19902
SIP_SC_Total_MOU: 168.1
Peak UE: 30
VOLTE IA%: 0.14
MB_per_connected_UE: 194.44
PCT Time MIMO: 70.41
DL Volume: 8070
QCI 1 Bearer Releases: 40
UL Throughput: 1.7
DL Data Vol MAC in MB: 5301.36

Combined RACH Preambles: 2695
Time: 03:03:41
Date: 07-08-2022
holiday: 0
SIP_SC_Call_Attempts: 28
Bearer Releases Voice: 26
HO_att_InterFreq: 928
HO Attempts: 338

DL MAC Vol Scell Pct: 48.81
Avg_Connected_UEs: 45.15
SIP DC%: 
UPTP_Mbps: 39.14
DRB UL Data Volume MB: 3918
Avg_PUCCH_SINR: 16.95
PRB Util%: 33.21
CA DL DataVolRatio Pct den: 4573
RSSIRX1 Avg: -98.3
weekend: 0
UPTP Mbps Num: 48903
Bearer Setup Failure Voice Den: 199
S1U_SIP_SC_SEER_num: 34
CA Activation Rate: 63.64
hr: 2
Bearer Releases: 7483

hr: 2
qci1_setup_attempts: 75
Avg CQI: 9.84
CA Activation Rate num: 12978977
UPTP Mbps Den: 831
Setup_Fail_DEN: 15838
RSSI Delta: 0.21
Peak UE: 27
DL Volume: 1185
UL Throughput: 8.61

Time: 21:36:29
Date: 23-01-2023
holiday: 0
CA DL DataVolRatio Pct: 90.51
SIP_SC_Call_Attempts: 78
HO_att_InterFreq: 208
CA DL DataVolRatio Pct num: 3182
HO Attempts: 886

DL MAC Vol Scell Pct: 23.69
Avg_Connected_UEs: 55.57
SIP DC%: 
UPTP_Mbps: 125.9
DLRLCLayerDataVolume MB: 9232.96
DRB UL Data Volume MB: 8703
Avg_PUCCH_SINR: 17.26
PRB Util%: 53.26
DL Packet Loss Pct: 0.21
CA DL DataVolRatio Pct den: 8045
CA Conf FailRate Pct den: 5678
weekend: 0
Bearer Setup Failure Voice Den: 32
S1U_SIP_SC_SEER_num: 16
CA Activation Rate: 31.41
hr: 23
MAC_UE_SC_Tput: 8950.06

hr: 23
Avg CQI: 7.38
CA Activation Rate num: 2760150
UPTP Mbps Den: 2834
SIP_SC_Total_MOU: 110.3
QCI 1 Bearer Drop%: 0.04
Peak UE: 27
VOLTE IA%: 0.31
MB_per_connected_UE: 142.85
PCT Time MIMO: 44.67
DL Volume: 2107
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8153
QCI 1 Bearer Releases: 47

Time: 17:32:40
holiday: 0
CA DL DataVolRatio Pct: 82.45
RRC Setup Failure% 5G: 0.2
SIP_SC_Call_Attempts: 96
Bearer Releases Voice: 46
CA DL DataVolRatio Pct num: 6536
HO Attempts: 325

DL MAC Vol Scell Pct: 11.45
SIP DC%: 
UPTP_Mbps: 130.19
DLRLCLayerDataVolume MB: 3334.38
DRB UL Data Volume MB: 8414
PRB Util%: 35.28
RRC Setup Attempts: 7749
CA DL DataVolRatio Pct den: 7844
RSSIRX1 Avg: -98.46
weekend: 0
RSSIRX2 Avg: -97.2
S1U_SIP_SC_SEER_num: 47
CA Activation Rate: 38.45
hr: 11

hr: 11
CA Activation Rate num: 4502552
UPTP Mbps Den: 2821
Setup_Fail_DEN: 11262
UL MAC Vol Scell Pct: 0.78
Peak UE: 33
MB_per_connected_UE: 40.05
PCT Time MIMO: 45.83
DL Volume: 9953
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5387
QCI 1 Bearer Releases: 24
UL Throughput: 3.4
CA Activation Rate den: 122367
Time: 03:56:43
Date: 05-02-2022

holiday: 0
CA DL DataVolRatio Pct: 59.06
RRC Setup Failure% 5G: 0.21
SIP_SC_Call_Attempts: 74
HO_att_InterFreq: 702
CA DL DataVolRatio Pct num: 126
HO Attempts: 72

Avg_Connected_UEs: 47.31
SIP DC%: 
UPTP_Mbps: 9.2
DLRLCLayerDataVolume MB: 5888.81
DRB UL Data Volume MB: 893
Avg_PUCCH_SINR: 15.85
PRB Util%: 37.92
CA DL DataVolRatio Pct den: 4931
RSSIRX1 Avg: -95.46
weekend: 0
Bearer Setup Failure Voice Den: 41
RSSIRX2 Avg: -94.68
S1U_SIP_SC_SEER_num: 6
CA Activation Rate: 70.37
hr: 9
MAC_UE_SC_Tput: 8626.93
Bearer Releases: 8396

hr: 9
qci1_setup_attempts: 175
Avg CQI: 9.19
CA Activation Rate num: 4600990
UPTP Mbps Den: 1648
Setup_Fail_DEN: 6489
UL MAC Vol Scell Pct: 0.49
S1U_SIP_SC_SEER_den: 188
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 122.66
PCT Time MIMO: 41.44
DL Volume: 9096
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5332
UL Throughput: 0.98
CA Activation Rate den: 165894

Combined RACH Preambles: 3236
Time: 23:01:26
Date: 15-12-2023
holiday: 0
CA DL DataVolRatio Pct: 77.32
CA DL DataVolRatio Pct num: 5377

DL MAC Vol Scell Pct: 25.13
Avg_Connected_UEs: 74.09
SIP DC%: 
UPTP_Mbps: 44.75
DLRLCLayerDataVolume MB: 6814.02
DRB UL Data Volume MB: 6749
Avg_PUCCH_SINR: 16.09
PRB Util%: 57.85
UL Resid BLER PCT: 0.39
RSSIRX1 Avg: -97.18
weekend: 0
UPTP Mbps Num: 55120
S1U_SIP_SC_SEER_num: 53
CA Activation Rate: 5.15
hr: 23
MAC_UE_SC_Tput: 5658.57
Bearer Releases: 14331

hr: 23
Combined RACH Failure%: 0.16
HO_fail_PCT_InterFreq: 0.05
Avg CQI: 7.73
CA Activation Rate num: 3565678
UPTP Mbps Den: 1784
Setup_Fail_DEN: 13550
QCI 1 Bearer Drop%: 0.06
Peak UE: 41
MB_per_connected_UE: 100.33
PCT Time MIMO: 60.68
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8260
UL Throughput: 3.77
DL Data Vol MAC in MB: 9509.88

Combined RACH Preambles: 2102
Time: 01:12:57
Date: 14-11-2022
holiday: 0
CA DL DataVolRatio Pct: 69.43
SIP_SC_Call_Attempts: 123
Bearer Releases Voice: 8
HO_att_InterFreq: 882
CA DL DataVolRatio Pct num: 2081
HO Attempts: 417

DL MAC Vol Scell Pct: 11.42
Avg_Connected_UEs: 41.94
SIP DC%: 
DLRLCLayerDataVolume MB: 3774.22
DRB UL Data Volume MB: 9274
Avg_PUCCH_SINR: 16.25
CA Conf FailRate Pct den: 8635
RSSIRX1 Avg: -98.49
weekend: 0
UPTP Mbps Num: 27575
Bearer Setup Failure Voice Den: 43
RSSIRX2 Avg: -94.06
CA Activation Rate: 26.12
hr: 23
MAC_UE_SC_Tput: 5324.7
Bearer Releases: 17067

hr: 23
CA Activation Rate num: 6154714
UPTP Mbps Den: 2924
Setup_Fail_DEN: 15227
SIP_SC_Total_MOU: 2.39
Peak UE: 27
MB_per_connected_UE: 142.9
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5913
QCI 1 Bearer Releases: 48
DL Data Vol MAC in MB: 9357.57
CA Activation Rate den: 42377

Time: 10:34:30
Date: 09-02-2022
holiday: 0
CA DL DataVolRatio Pct: 45.06
Combined RACH Failures: 2
SIP_SC_Call_Attempts: 91
Bearer Releases Voice: 7
HO_att_InterFreq: 588

DL MAC Vol Scell Pct: 6.27
Avg_Connected_UEs: 43.84
SIP DC%: 
UPTP_Mbps: 44.94
DRB UL Data Volume MB: 6486
Avg_PUCCH_SINR: 16.45
RRC Setup Attempts: 9472
CA DL DataVolRatio Pct den: 9672
CA Conf FailRate Pct den: 4911
weekend: 0
UPTP Mbps Num: 23721
CA Activation Rate: 25.22
hr: 19
MAC_UE_SC_Tput: 6038.48
HQ_EXE_TOTARGET_FAILURE_QCI_1_NUM: 8

hr: 19
qci1_setup_attempts: 207
CA Activation Rate num: 10789467
UPTP Mbps Den: 1001
SIP_SC_Total_MOU: 137.74
S1U_SIP_SC_SEER_den: 11
RSSI Delta: 0.25
Peak UE: 32
VOLTE IA%: 0.22
PCT Time MIMO: 42.33
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8251
DL Data Vol MAC in MB: 2182.72
CA Activation Rate den: 42247

Combined RACH Preambles: 3529
Time: 20:01:08
Date: 18-01-2022
holiday: 0
CA DL DataVolRatio Pct: 67
SIP_SC_Call_Attempts: 122
Bearer Releases Voice: 66
HO_att_InterFreq: 344
CA DL DataVolRatio Pct num: 6969
HO Attempts: 505

DL MAC Vol Scell Pct: 22.28
Avg_Connected_UEs: 53.57
SIP DC%: 
DLRLCLayerDataVolume MB: 7114.36
DRB UL Data Volume MB: 6867
Avg_PUCCH_SINR: 15.73
PRB Util%: 32.32
DL Packet Loss Pct: 0.16
CA DL DataVolRatio Pct den: 6168
CA Conf FailRate Pct den: 7832
weekend: 0
UPTP Mbps Num: 54834
RSSIRX2 Avg: -96.92
CA Activation Rate: 17.76
hr: 14
MAC_UE_SC_Tput: 14798.44

hr: 14
qci1_setup_attempts: 13
CA Activation Rate num: 9219787
UPTP Mbps Den: 2525
Setup_Fail_DEN: 9427
SIP_SC_Total_MOU: 132.62
UL MAC Vol Scell Pct: 0.39
Peak UE: 77
VOLTE IA%: 0.16
MB_per_connected_UE: 181.4
DL Volume: 304
DL Data Vol MAC in MB: 9676.78
CA Activation Rate den: 80304

Time: 18:00:00
Date: 19-02-2023
holiday: 0
CA DL DataVolRatio Pct: 70.31
Bearer Releases Voice: 112
HO_att_InterFreq: 195
CA DL DataVolRatio Pct num: 1402

SIP DC%: 
UPTP_Mbps: 39.35
DLRLCLayerDataVolume MB: 5801.29
RRC Setup Attempts: 5647
CA DL DataVolRatio Pct den: 9876
CA Conf FailRate Pct den: 5123
RSSIRX1 Avg: -95.26
weekend: 0
UPTP Mbps Num: 60254
RSSIRX2 Avg: -93.87
S1U_SIP_SC_SEER_num: 68
CA Activation Rate: 2.96
hr: 21
MAC_UE_SC_Tput: 6756.8

hr: 21
Combined RACH Failure%: 0.01
CA Activation Rate num: 2890409
UPTP Mbps Den: 2890
Setup_Fail_DEN: 15199
Peak UE: 68
VOLTE IA%: 0.21
MB_per_connected_UE: 159.75
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7559
QCI 1 Bearer Releases: 54
DL Data Vol MAC in MB: 2004.84
Time: 16:50:00
Date: 02-11-2023

holiday: 0
CA DL DataVolRatio Pct: 79.23
HO Attempts: 319

DL MAC Vol Scell Pct: 48.57
Avg_Connected_UEs: 47.6
SIP DC%: 
UPTP_Mbps: 103.76
DLRLCLayerDataVolume MB: 1289.85
DRB UL Data Volume MB: 6517
PRB Util%: 52.58
UL Resid BLER PCT: 0.27
RRC Setup Attempts: 4201
CA DL DataVolRatio Pct den: 3804
RSSIRX1 Avg: -96.49
weekend: 0
UPTP Mbps Num: 25607
Bearer Setup Failure Voice Den: 171
Setup_Fail_NUM: 7
RSSIRX2 Avg: -97.27
S1U_SIP_SC_SEER_num: 33
CA Activation Rate: 44.57
hr: 22
MAC_UE_SC_Tput: 14159.93
Bearer Releases: 18669

hr: 22
qci1_setup_attempts: 61
CA Activation Rate num: 11056468
UPTP Mbps Den: 800
Setup_Fail_DEN: 16296
UL MAC Vol Scell Pct: 0.37
S1U_SIP_SC_SEER_den: 61
Peak UE: 40
MB_per_connected_UE: 49
PCT Time MIMO: 32.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4149
QCI 1 Bearer Releases: 140
UL Throughput: 6.91
DL Data Vol MAC in MB: 8089.38
CA Activation Rate den: 138961

Combined RACH Preambles: 5293
Time: 20:10:56
Date: 01-04-2023
holiday: 0
CA DL DataVolRatio Pct: 74.07
SIP_SC_Call_Attempts: 222
HO Attempts: 14

DL MAC Vol Scell Pct: 34
Avg_Connected_UEs: 48.92
SIP DC%: 
Avg_PUCCH_SINR: 15.8
PRB Util%: 52.31
HQ_EXE_TOTARGET_FAILURE_QCI_1: 0.06
UL Resid BLER PCT: 1.59
CA DL DataVolRatio Pct den: 5140
RSSIRX1 Avg: -97.26
weekend: 0
RSSIRX2 Avg: -97.66
S1U_SIP_SC_SEER_num: 61
CA Activation Rate: 78.46
hr: 12
MAC_UE_SC_Tput: 5699.93
Bearer Releases: 7559

hr: 12
qci1_setup_attempts: 19
Avg CQI: 10.78
CA Activation Rate num: 9535506
UPTP Mbps Den: 3007
SIP_SC_Total_MOU: 142.37
S1U_SIP_SC_SEER_den: 72
Peak UE: 50
MB_per_connected_UE: 41.25
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3131
CA Activation Rate den: 61424

Combined RACH Preambles: 3000
Time: 21:41:43
Date: 14-08-2022
holiday: 0
CA DL DataVolRatio Pct: 71.46
SIP_SC_Call_Attempts: 46
CA DL DataVolRatio Pct num: 4820
HO Attempts: 221

SIP DC%: 
UPTP_Mbps: 10.76
DLRLCLayerDataVolume MB: 7188.47
DRB UL Data Volume MB: 5430
Avg_PUCCH_SINR: 15.92
PRB Util%: 60.83
UL Resid BLER PCT: 0.58
CA DL DataVolRatio Pct den: 6151
CA Conf FailRate Pct den: 5000
RSSIRX1 Avg: -97.69
weekend: 0
UPTP Mbps Num: 4799
Bearer Setup Failure Voice Den: 54
CA Activation Rate: 34.54
hr: 16
MAC_UE_SC_Tput: 15668.42
Bearer Releases: 7871

hr: 16
Avg CQI: 9.78
CA Activation Rate num: 1462904
UPTP Mbps Den: 422
Setup_Fail_DEN: 14763
SIP_SC_Total_MOU: 215.8
S1U_SIP_SC_SEER_den: 74
Peak UE: 27
MB_per_connected_UE: 122.96
PCT Time MIMO: 35.26
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8344
UL Throughput: 2.11
DL Data Vol MAC in MB: 3848.4
CA Activation Rate den: 186305

Time: 19:42:06
holiday: 0
HO_att_InterFreq: 260
CA DL DataVolRatio Pct num: 2341

DL MAC Vol Scell Pct: 12.26
SIP DC%: 
UPTP_Mbps: 43.18
DLRLCLayerDataVolume MB: 6329.31
Avg_PUCCH_SINR: 16.87
PRB Util%: 29.56
RRC Setup Attempts: 4565
CA DL DataVolRatio Pct den: 8852
CA Conf FailRate Pct den: 7659
RSSIRX1 Avg: -95.41
weekend: 0
UPTP Mbps Num: 18369
Bearer Setup Failure Voice Den: 108
RSSIRX2 Avg: -95.82
S1U_SIP_SC_SEER_num: 88
CA Activation Rate: 9.25
hr: 3
MAC_UE_SC_Tput: 38305.24
Bearer Releases: 6839

hr: 3
qci1_setup_attempts: 117
Avg CQI: 9.42
CA Activation Rate num: 370179
UPTP Mbps Den: 898
Setup_Fail_DEN: 7152
S1U_SIP_SC_SEER_den: 42
Peak UE: 51
VOLTE IA%: 0.09
MB_per_connected_UE: 27.26
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5061
QCI 1 Bearer Releases: 142
UL Throughput: 2.45
CA Activation Rate den: 185041

Time: 11:42:26
Date: 31-10-2022
holiday: 0
CA DL DataVolRatio Pct: 74.39
Combined RACH Failures: 1
SIP_SC_Call_Attempts: 35
HO_att_InterFreq: 541

DL MAC Vol Scell Pct: 12.48
SIP DC%: 
DLRLCLayerDataVolume MB: 4198.88
Avg_PUCCH_SINR: 16.47
PRB Util%: 58.93
RRC Setup Attempts: 8545
CA DL DataVolRatio Pct den: 6459
CA Conf FailRate Pct den: 6732
RSSIRX1 Avg: -95.83
weekend: 0
UPTP Mbps Num: 4498
RSSIRX2 Avg: -95.93
S1U_SIP_SC_SEER_num: 268
CA Activation Rate: 4.77
hr: 9
MAC_UE_SC_Tput: 6846.03
Bearer Releases: 9117

hr: 9
qci1_setup_attempts: 49
Avg CQI: 7.4
CA Activation Rate num: 10231135
UPTP Mbps Den: 516
Setup_Fail_DEN: 8847
S1U_SIP_SC_SEER_den: 182
Peak UE: 27
MB_per_connected_UE: 46.94
DL Volume: 915
CA Activation Rate den: 46953
Combined RACH Preambles: 3234

Time: 03:26:14
Date: 08-08-2023
holiday: 0
CA DL DataVolRatio Pct: 64.22
CA Conf FailRate Pct: 0.06
HO_att_InterFreq: 920
CA DL DataVolRatio Pct num: 1597

DL MAC Vol Scell Pct: 7.36
SIP DC%: 
UPTP_Mbps: 35.97
DLRLCLayerDataVolume MB: 8927.34
DRB UL Data Volume MB: 7010
Avg_PUCCH_SINR: 16.67
PRB Util%: 64.09
UL Resid BLER PCT: 0.38
RRC Setup Attempts: 4650
CA DL DataVolRatio Pct den: 8820
RSSIRX1 Avg: -97.12
weekend: 0
Bearer Setup Failure Voice Den: 16
RSSIRX2 Avg: -95.53
S1U_SIP_SC_SEER_num: 36
CA Activation Rate: 12.58
hr: 11
MAC_UE_SC_Tput: 16269.47

hr: 11
CA Activation Rate num: 4347781
UPTP Mbps Den: 687
Setup_Fail_DEN: 13071
SIP_SC_Total_MOU: 251.75
S1U_SIP_SC_SEER_den: 4
Peak UE: 112
VOLTE IA%: 0.11
MB_per_connected_UE: 176.2
ERAB Setup Fail%: 0.05
DL Volume: 4661
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6763
QCI 1 Bearer Releases: 106
CA Activation Rate den: 36096

Time: 12:23:44
Date: 06-02-2023
holiday: 0
CA DL DataVolRatio Pct: 64.74
SIP_SC_Call_Attempts: 65
HO_att_InterFreq: 393
CA DL DataVolRatio Pct num: 3468
HO Attempts: 79

DL MAC Vol Scell Pct: 21.04
SIP DC%: 
UPTP_Mbps: 45.81
S1U_SIP_SC_SEER: 99.29
DLRLCLayerDataVolume MB: 9834.62
PRB Util%: 40.41
DL Packet Loss Pct: 0.06
CA Conf FailRate Pct den: 6290
RSSIRX1 Avg: -93.78
weekend: 1
UPTP Mbps Num: 3163
Setup_Fail_NUM: 16
RSSIRX2 Avg: -96.71
S1U_SIP_SC_SEER_num: 71
CA Activation Rate: 33.55
hr: 23
Bearer Releases: 8706

hr: 23
Avg CQI: 8.09
CA Activation Rate num: 5223886
UPTP Mbps Den: 1541
SIP_SC_Total_MOU: 277.31
S1U_SIP_SC_SEER_den: 133
QCI 1 Bearer Drop%: 0.08
Peak UE: 27
MB_per_connected_UE: 199.07
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8596
QCI 1 Bearer Releases: 29
DL Data Vol MAC in MB: 6218.3
CA Activation Rate den: 51268

Time: 22:43:32
Date: 15-05-2022
holiday: 0
CA DL DataVolRatio Pct: 45.21
Bearer Releases Voice: 150
HO_att_InterFreq: 1020
HO Attempts: 256

DL MAC Vol Scell Pct: 24.94
Avg_Connected_UEs: 20.15
SIP DC%: 
UPTP_Mbps: 31.42
DRB UL Data Volume MB: 714
Avg_PUCCH_SINR: 15.83
PRB Util%: 36.77
RRC Setup Attempts: 4505
CA Conf FailRate Pct den: 9005
weekend: 1
UPTP Mbps Num: 10429
Bearer Setup Failure Voice Den: 123
RSSIRX2 Avg: -98.22
S1U_SIP_SC_SEER_num: 59
CA Activation Rate: 74.75
hr: 11
MAC_UE_SC_Tput: 9384.22
Bearer Releases: 11244

hr: 11
qci1_setup_attempts: 45
Avg CQI: 10.29
CA Activation Rate num: 2706043
Setup_Fail_DEN: 11378
SIP_SC_Total_MOU: 55.29
S1U_SIP_SC_SEER_den: 28
Peak UE: 32
VOLTE IA%: 0.17
MB_per_connected_UE: 15.38
PCT Time MIMO: 34.92
DL Volume: 1687
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4688
UL Throughput: 3.24
DL Data Vol MAC in MB: 7092.58

Time: 11:21:00
Date: 02-06-2023
holiday: 0
CA DL DataVolRatio Pct: 51.68
SIP_SC_Call_Attempts: 24
Bearer Releases Voice: 4
HO_att_InterFreq: 321
CA DL DataVolRatio Pct num: 5353
HO Attempts: 804

Avg_Connected_UEs: 20.73
SIP DC%: 
UPTP_Mbps: 44.87
DRB UL Data Volume MB: 564
Avg_PUCCH_SINR: 15.59
PRB Util%: 35.31
DL Packet Loss Pct: 0.15
RRC Setup Attempts: 7373
CA Conf FailRate Pct den: 3758
weekend: 0
UPTP Mbps Num: 43754
Bearer Setup Failure Voice Den: 181
hr: 13

hr: 13
Avg CQI: 9.44
CA Activation Rate num: 4872458
UPTP Mbps Den: 2852
SIP_SC_Total_MOU: 42.48
UL MAC Vol Scell Pct: 1.11
QCI 1 Bearer Drop%: 0.03
Peak UE: 40
MB_per_connected_UE: 74.09
PCT Time MIMO: 32.3
DL Volume: 5432
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7414
QCI 1 Bearer Releases: 6

Combined RACH Preambles: 2208
Time: 13:31:27
Date: 02-10-2023
holiday: 0
Combined RACH Failures: 6
SIP_SC_Call_Attempts: 4
HO_att_InterFreq: 395

DL MAC Vol Scell Pct: 11.31
Avg_Connected_UEs: 66.9
SIP DC%: 
UPTP_Mbps: 94.83
Avg_PUCCH_SINR: 15.95
PRB Util%: 21.64
RRC Setup Attempts: 9263
CA DL DataVolRatio Pct den: 9409
CA Conf FailRate Pct den: 6014
weekend: 1
Bearer Setup Failure Voice Den: 65
RSSIRX2 Avg: -93.73
S1U_SIP_SC_SEER_num: 276
CA Activation Rate: 20.06
hr: 23
MAC_UE_SC_Tput: 5754.65

hr: 23
CA Activation Rate num: 7788947
UPTP Mbps Den: 1306
Setup_Fail_DEN: 6361
S1U_SIP_SC_SEER_den: 58
Peak UE: 49
MB_per_connected_UE: 192.69
PCT Time MIMO: 44.72
DL Volume: 1926
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7550
DL Data Vol MAC in MB: 7071.64
CA Activation Rate den: 218970

Combined RACH Preambles: 3612
Time: 17:44:00
Date: 26-01-2023
holiday: 0
CA DL DataVolRatio Pct: 72.63
SIP_SC_Call_Attempts: 180
HO_att_InterFreq: 230
CA DL DataVolRatio Pct num: 6276
HO Attempts: 128

DL MAC Vol Scell Pct: 35.52
Avg_Connected_UEs: 47.06
SIP DC%: 
UPTP_Mbps: 15.65
DLRLCLayerDataVolume MB: 7948.27
DRB UL Data Volume MB: 6645
Avg_PUCCH_SINR: 16.19
PRB Util%: 41.66
RRC Setup Attempts: 7957
CA Conf FailRate Pct den: 8763
weekend: 1
Bearer Setup Failure Voice Den: 55
CA Activation Rate: 19.76
hr: 7
MAC_UE_SC_Tput: 5401.13
Bearer Releases: 14202

hr: 7
CA Activation Rate num: 9180673
UPTP Mbps Den: 200
Setup_Fail_DEN: 15603
S1U_SIP_SC_SEER_den: 18
RSSI Delta: 0.09
Peak UE: 27
VOLTE IA%: 0.15
PCT Time MIMO: 35.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8846
QCI 1 Bearer Releases: 115
UL Throughput: 5.29
Combined RACH Preambles: 2035

Time: 03:04:37
Date: 10-12-2022
holiday: 0
CA DL DataVolRatio Pct: 52.63
SIP_SC_Call_Attempts: 143
Bearer Releases Voice: 81
HO_att_InterFreq: 1026
CA DL DataVolRatio Pct num: 5755
HO Attempts: 139

DL MAC Vol Scell Pct: 7.5
SIP DC%: 
UPTP_Mbps: 43.31
DLRLCLayerDataVolume MB: 2712.29
CA DL DataVolRatio Pct den: 4709
RSSIRX1 Avg: -94.65
weekend: 0
UPTP Mbps Num: 31913
CA Activation Rate: 31.25
hr: 0
MAC_UE_SC_Tput: 5387.9
Bearer Releases: 7690

hr: 0
Avg CQI: 10.55
CA Activation Rate num: 4667139
UPTP Mbps Den: 3023
Setup_Fail_DEN: 9028
S1U_SIP_SC_SEER_den: 22
RSSI Delta: 0.04
Peak UE: 27
VOLTE IA%: 0.04
MB_per_connected_UE: 117.61
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3547
QCI 1 Bearer Releases: 4
DL Data Vol MAC in MB: 2489.04
CA Activation Rate den: 100430
Combined RACH Preambles: 3145

Time: 15:28:12
Date: 16-05-2022
holiday: 0
CA DL DataVolRatio Pct: 84.94
CA DL DataVolRatio Pct num: 7115

SIP DC%: 
UPTP_Mbps: 43.01
DLRLCLayerDataVolume MB: 8299.9
DRB UL Data Volume MB: 9374
Avg_PUCCH_SINR: 16.03
PRB Util%: 61.44
UL Resid BLER PCT: 0.56
RRC Setup Attempts: 6344
CA DL DataVolRatio Pct den: 6624
CA Conf FailRate Pct den: 4311
RSSIRX1 Avg: -97.32
weekend: 0
RSSIRX2 Avg: -95.71
S1U_SIP_SC_SEER_num: 67
CA Activation Rate: 69.4
hr: 23
MAC_UE_SC_Tput: 5824.24
Bearer Releases: 15828

hr: 23
UPTP Mbps Den: 1571
SIP_SC_Total_MOU: 208.64
RSSI Delta: 0.26
Peak UE: 119
VOLTE IA%: 
MB_per_connected_UE: 203.03
PCT Time MIMO: 36.23
DL Volume: 7711
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4432
UL Throughput: 1.48
DL Data Vol MAC in MB: 2377.08
CA Activation Rate den: 139011

Time: 08:56:07
Date: 02-02-2023
holiday: 0
CA DL DataVolRatio Pct: 40.02
HO_att_InterFreq: 967
HO Attempts: 727

DL MAC Vol Scell Pct: 12.99
Avg_Connected_UEs: 57.17
SIP DC%: 
UPTP_Mbps: 23.56
DLRLCLayerDataVolume MB: 7825.61
DRB UL Data Volume MB: 6553
Avg_PUCCH_SINR: 15.62
RRC Setup Attempts: 5696
CA DL DataVolRatio Pct den: 7238
CA Conf FailRate Pct den: 3868
weekend: 0
UPTP Mbps Num: 41939
Bearer Setup Failure Voice Den: 59
RSSIRX2 Avg: -94.85
S1U_SIP_SC_SEER_num: 198
hr: 9
MAC_UE_SC_Tput: 9312.67
Bearer Releases: 18040

hr: 9
qci1_setup_attempts: 30
Avg CQI: 8.24
CA Activation Rate num: 7936716
UPTP Mbps Den: 690
Setup_Fail_DEN: 10400
QCI 1 Bearer Drop%: 0.02
Peak UE: 50
MB_per_connected_UE: 169.33
PCT Time MIMO: 41.96
DL Volume: 812
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4208
DL Data Vol MAC in MB: 8535.2

Time: 13:59:04
Date: 15-03-2023
holiday: 0
Bearer Releases Voice: 17
HO_att_InterFreq: 378
CA DL DataVolRatio Pct num: 3600
HO Attempts: 902

DL MAC Vol Scell Pct: 25.11
SIP DC%: 
UPTP_Mbps: 32.48
DLRLCLayerDataVolume MB: 3613.53
DRB UL Data Volume MB: 7905
Avg_PUCCH_SINR: 15.57
PRB Util%: 40.77
RRC Setup Attempts: 7309
CA DL DataVolRatio Pct den: 10009
CA Conf FailRate Pct den: 4629
weekend: 1
UPTP Mbps Num: 37887
CA Activation Rate: 52.94
hr: 6
MAC_UE_SC_Tput: 6174.67
Bearer Releases: 12844

hr: 6
CA Activation Rate num: 10269347
UPTP Mbps Den: 7401
SIP_SC_Total_MOU: 17.79
S1U_SIP_SC_SEER_den: 281
Peak UE: 27
VOLTE IA%: 0.49
MB_per_connected_UE: 116.54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7418

Time: 07:20:16
holiday: 0
CA DL DataVolRatio Pct: 67.48
SIP_SC_Call_Attempts: 238
Bearer Releases Voice: 27
HO_att_InterFreq: 633
CA DL DataVolRatio Pct num: 7070
HO Attempts: 622

DL MAC Vol Scell Pct: 31.72
Avg_Connected_UEs: 80.26
SIP DC%: 
UPTP_Mbps: 33.1
DLRLCLayerDataVolume MB: 6671.38
DRB UL Data Volume MB: 8485
RRC Setup Attempts: 5304
CA DL DataVolRatio Pct den: 7291
RSSIRX1 Avg: -96.98
weekend: 0
RSSIRX2 Avg: -94.24
S1U_SIP_SC_SEER_num: 54
CA Activation Rate: 55.06
hr: 23
MAC_UE_SC_Tput: 4632.39

hr: 23
qci1_setup_attempts: 93
CA Activation Rate num: 9982364
UPTP Mbps Den: 2935
Setup_Fail_DEN: 7917
SIP_SC_Total_MOU: 289.96
S1U_SIP_SC_SEER_den: 169
Peak UE: 31
MB_per_connected_UE: 34.41
PCT Time MIMO: 35.27
DL Volume: 7195
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3047
UL Throughput: 0.76
DL Data Vol MAC in MB: 2146.16

Time: 14:53:42
Date: 17-12-2022
holiday: 0
CA DL DataVolRatio Pct: 74.68
CA Conf FailRate Pct: 0.02
SIP_SC_Call_Attempts: 236
HO_att_InterFreq: 410
CA DL DataVolRatio Pct num: 5160

DL MAC Vol Scell Pct: 36.21
Avg_Connected_UEs: 38.05
SIP DC%: 
UPTP_Mbps: 34.91
DLRLCLayerDataVolume MB: 3178.88
DRB UL Data Volume MB: 4004
PRB Util%: 43.95
DL Packet Loss Pct: 0.18
RRC Setup Attempts: 7503
CA DL DataVolRatio Pct den: 10014
weekend: 0
CA Activation Rate: 30.65
hr: 8
MAC_UE_SC_Tput: 5828.55
HQ_EXE_TOTARGET_FAILURE_QCI_1_NUM: 2
Bearer Releases: 8692

hr: 8
qci1_setup_attempts: 232
CA Activation Rate num: 7380118
UPTP Mbps Den: 1413
Setup_Fail_DEN: 9873
SIP_SC_Total_MOU: 300.7
UL MAC Vol Scell Pct: 0.45
S1U_SIP_SC_SEER_den: 73
Peak UE: 35
MB_per_connected_UE: 61.85
PCT Time MIMO: 35.97
DL Volume: 2376
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3109
QCI 1 Bearer Releases: 26
UL Throughput: 2.25
DL Data Vol MAC in MB: 8890.08
CA Activation Rate den: 77868

Combined RACH Preambles: 2842
Time: 07:35:38
Date: 06-08-2022
holiday: 0
CA DL DataVolRatio Pct: 78.2
QCI 1 Bearer Drops: 1
SIP_SC_Call_Attempts: 138
HO_att_InterFreq: 949
CA DL DataVolRatio Pct num: 2053

DL MAC Vol Scell Pct: 40.32
Avg_Connected_UEs: 44.13
SIP DC%: 
UPTP_Mbps: 14.72
DLRLCLayerDataVolume MB: 5326.96
DRB UL Data Volume MB: 8795
PRB Util%: 39.25
Bearer Drop Voice%: 0.02
RRC Setup Attempts: 5090
CA DL DataVolRatio Pct den: 7435
CA Conf FailRate Pct den: 6645
RSSIRX1 Avg: -97.09
weekend: 0
Bearer Setup Failure Voice Den: 78
Setup_Fail_NUM: 15
RSSIRX2 Avg: -96.84
CA Activation Rate: 17.84
RRC Setup Failures: 23
hr: 13
MAC_UE_SC_Tput: 26694.75
Bearer Releases: 10809

hr: 13
qci1_setup_attempts: 130
CA Activation Rate num: 9765403
UPTP Mbps Den: 1499
Setup_Fail_DEN: 17605
SIP_SC_Total_MOU: 289.73
UL MAC Vol Scell Pct: 0.23
S1U_SIP_SC_SEER_den: 3
Peak UE: 51
MB_per_connected_UE: 16.33
PCT Time MIMO: 52.6
QCI 1 Bearer Releases: 102
UL Throughput: 5.47

Combined RACH Preambles: 2018
Time: 07:56:17
Date: 20-04-2023
holiday: 0
CA DL DataVolRatio Pct: 77.58
CA DL DataVolRatio Pct num: 6879

DL MAC Vol Scell Pct: 38.62
Avg_Connected_UEs: 66.18
SIP DC%: 
UPTP_Mbps: 44.71
DRB UL Data Volume MB: 9448
DL Packet Loss Pct: 0.23
CA DL DataVolRatio Pct den: 5653
CA Conf FailRate Pct den: 7997
weekend: 0
UPTP Mbps Num: 12430
hr: 23
MAC_UE_SC_Tput: 6020.71
Bearer Releases: 9679

hr: 23
qci1_setup_attempts: 48
CA Activation Rate num: 8302912
UPTP Mbps Den: 2408
Setup_Fail_DEN: 8622
SIP_SC_Total_MOU: 81.62
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 134.77
PCT Time MIMO: 34.75
DL Volume: 3272
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7693
QCI 1 Bearer Releases: 178
DL Data Vol MAC in MB: 6072.68
CA Activation Rate den: 41173

Time: 16:47:22
Date: 08-06-2022
holiday: 0
SIP_SC_Call_Attempts: 61
HO_att_InterFreq: 465
CA DL DataVolRatio Pct num: 6844
HO Attempts: 145

DL MAC Vol Scell Pct: 26.68
Avg_Connected_UEs: 52.21
SIP DC%: 
UPTP_Mbps: 20.11
DLRLCLayerDataVolume MB: 2341.08
PRB Util%: 5.73
UL Resid BLER PCT: 1.04
RRC Setup Attempts: 5309
CA Conf FailRate Pct den: 6027
RSSIRX1 Avg: -98.38
weekend: 0
UPTP Mbps Num: 10834
RSSIRX2 Avg: -94.08
S1U_SIP_SC_SEER_num: 20
CA Activation Rate: 3.47
hr: 23
MAC_UE_SC_Tput: 8065.31
Bearer Releases: 10965

hr: 23
qci1_setup_attempts: 195
Avg CQI: 8.75
CA Activation Rate num: 9862018
SIP_SC_Total_MOU: 6.93
UL MAC Vol Scell Pct: 0.15
RSSI Delta: 0.18
Peak UE: 27
MB_per_connected_UE: 121.56
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7773
CA Activation Rate den: 214487

Time: 06:54:38
Date: 05-06-2023
holiday: 0
CA DL DataVolRatio Pct: 70.76
SIP_SC_Call_Attempts: 117
Bearer Releases Voice: 32
CA DL DataVolRatio Pct num: 5812
HO Attempts: 816

DL MAC Vol Scell Pct: 30.43
Avg_Connected_UEs: 70.43
SIP DC%: 
UPTP_Mbps: 37.63
RRC Setup Attempts: 3771
CA DL DataVolRatio Pct den: 9303
CA Conf FailRate Pct den: 4568
RSSIRX1 Avg: -98.15
weekend: 0
Bearer Setup Failure Voice Den: 128
RSSIRX2 Avg: -97.8
S1U_SIP_SC_SEER_num: 157
CA Activation Rate: 26.11
hr: 0
MAC_UE_SC_Tput: 8909.56
Bearer Releases: 17272

hr: 0
qci1_setup_attempts: 85
Avg CQI: 7.99
CA Activation Rate num: 3562466
UPTP Mbps Den: 1325
S1U_SIP_SC_SEER_den: 9
Peak UE: 36
VOLTE IA%: 0.23
MB_per_connected_UE: 45.37
DL Data Vol MAC in MB: 8806
CA Activation Rate den: 74265
Combined RACH Preambles: 2451

Time: 11:11:38
Date: 19-05-2022
holiday: 0
CA DL DataVolRatio Pct: 88.95
HO_att_InterFreq: 1001
CA DL DataVolRatio Pct num: 1441
HO Attempts: 159

DL MAC Vol Scell Pct: 35.67
Avg_Connected_UEs: 75.51
SIP DC%: 
UPTP_Mbps: 122.17
Avg_PUCCH_SINR: 16.93
DL Packet Loss Pct: 0.24
UL Resid BLER PCT: 0.3
RRC Setup Attempts: 3951
CA DL DataVolRatio Pct den: 5855
CA Conf FailRate Pct den: 6704
RSSIRX1 Avg: -93.92
weekend: 0
UPTP Mbps Num: 21985
Bearer Setup Failure Voice Den: 51
S1U_SIP_SC_SEER_num: 65
CA Activation Rate: 31.04
hr: 3
MAC_UE_SC_Tput: 8706.26
Bearer Releases: 16166

hr: 3
qci1_setup_attempts: 87
CA Activation Rate num: 6597293
UPTP Mbps Den: 2905
Setup_Fail_DEN: 14330
SIP_SC_Total_MOU: 380.73
S1U_SIP_SC_SEER_den: 69
Peak UE: 120
MB_per_connected_UE: 44.77
PCT Time MIMO: 66.28
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6862
QCI 1 Bearer Releases: 7
UL Throughput: 1.38

Time: 16:25:56
Date: 04-12-2023
holiday: 0
CA DL DataVolRatio Pct num: 4103

Avg_Connected_UEs: 63.38
SIP DC%: 
UPTP_Mbps: 20.29
DLRLCLayerDataVolume MB: 3173.72
DRB UL Data Volume MB: 7621
PRB Util%: 43.65
UL Resid BLER PCT: 0.61
RRC Setup Attempts: 5823
CA DL DataVolRatio Pct den: 8636
CA Conf FailRate Pct den: 5782
weekend: 0
UPTP Mbps Num: 19223
Bearer Setup Failure Voice Den: 19
RSSIRX2 Avg: -96.02
CA Activation Rate: 9.14
hr: 2
MAC_UE_SC_Tput: 15997.61
Bearer Releases: 13225

hr: 2
CA Activation Rate num: 1919560
UPTP Mbps Den: 731
Setup_Fail_DEN: 6357
SIP_SC_Total_MOU: 186.2
UL MAC Vol Scell Pct: 0.59
Peak UE: 27
VOLTE IA%: 0.13
MB_per_connected_UE: 150.9
DL Volume: 2838
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7648
UL Throughput: 0.83
CA Activation Rate den: 228912

Combined RACH Preambles: 2405
Time: 00:13:08
Date: 08-06-2023
holiday: 0
Bearer Releases Voice: 111
HO_att_InterFreq: 907
CA DL DataVolRatio Pct num: 2935
HO Attempts: 871

DL MAC Vol Scell Pct: 7.54
SIP DC%: 
UPTP_Mbps: 29.93
DRB UL Data Volume MB: 8334
Avg_PUCCH_SINR: 16.69
HQ_EXE_TOTARGET_FAILURE_QCI_1: 0.05
CA DL DataVolRatio Pct den: 9094
CA Conf FailRate Pct den: 2537
RSSIRX1 Avg: -97.42
weekend: 0
UPTP Mbps Num: 3239
Bearer Setup Failure Voice Den: 42
S1U_SIP_SC_SEER_num: 204
CA Activation Rate: 71.86
hr: 23
MAC_UE_SC_Tput: 5163
Bearer Releases: 14799

hr: 23
Avg CQI: 8.82
CA Activation Rate num: 8925655
UPTP Mbps Den: 2908
Setup_Fail_DEN: 13184
Peak UE: 27
PCT Time MIMO: 47.53
DL Volume: 4368
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6556
QCI 1 Bearer Releases: 23
UL Throughput: 1.55
CA Activation Rate den: 45065

Time: 15:00:53
Date: 03-07-2022
holiday: 0
CA DL DataVolRatio Pct: 86.43
SIP_SC_Call_Attempts: 17
Bearer Releases Voice: 25
HO Attempts: 183

DL MAC Vol Scell Pct: 22.4
Avg_Connected_UEs: 41.79
SIP DC%: 
UPTP_Mbps: 17.99
DLRLCLayerDataVolume MB: 5742.83
DRB UL Data Volume MB: 9244
Avg_PUCCH_SINR: 15.7
UL Resid BLER PCT: 0.47
RRC Setup Attempts: 4951
CA DL DataVolRatio Pct den: 9486
CA Conf FailRate Pct den: 3767
RSSIRX1 Avg: -97.1
weekend: 1
UPTP Mbps Num: 11955
S1U_SIP_SC_SEER_num: 93
hr: 2
MAC_UE_SC_Tput: 6677.9
Bearer Releases: 10717

hr: 2
CA Activation Rate num: 9117643
UPTP Mbps Den: 1181
Setup_Fail_DEN: 6337
SIP_SC_Total_MOU: 11.69
S1U_SIP_SC_SEER_den: 59
Peak UE: 70
VOLTE IA%: 0.02
MB_per_connected_UE: 49.9
DL Volume: 4537
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3717
DL Data Vol MAC in MB: 9318.23

Time: 00:03:00
Date: 06-10-2023
holiday: 0
CA DL DataVolRatio Pct: 71.84
RRC Setup Failure% 5G: 0.13
HO_att_InterFreq: 565
CA DL DataVolRatio Pct num: 6022
HO Attempts: 631

DL MAC Vol Scell Pct: 8.92
Avg_Connected_UEs: 42.61
SIP DC%: 
UPTP_Mbps: 24.18
DLRLCLayerDataVolume MB: 1321.16
Avg_PUCCH_SINR: 15.71
PRB Util%: 49.53
CA DL DataVolRatio Pct den: 5306
CA Conf FailRate Pct den: 5033
weekend: 0
CA Activation Rate: 44.63
hr: 20
MAC_UE_SC_Tput: 25365.1
Bearer Releases: 13951

hr: 20
qci1_setup_attempts: 166
CA Activation Rate num: 10321282
UPTP Mbps Den: 3080
Setup_Fail_DEN: 7816
SIP_SC_Total_MOU: 329.29
Peak UE: 129
MB_per_connected_UE: 206.29
PCT Time MIMO: 48.73
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3186

Time: 14:03:48
Date: 14-05-2023
holiday: 0
SIP_SC_Call_Attempts: 41
HO_att_InterFreq: 312
CA DL DataVolRatio Pct num: 6875
HO Attempts: 263

SIP DC%: 
UPTP_Mbps: 43.97
Bearer Drop Voice%: 0.09
UL Resid BLER PCT: 0.48
RRC Setup Attempts: 6636
RSSIRX1 Avg: -94.89
weekend: 0
RSSIRX2 Avg: -93.98
S1U_SIP_SC_SEER_num: 9
CA Activation Rate: 6.19
hr: 15
MAC_UE_SC_Tput: 6363.6
Bearer Releases: 13866

hr: 15
HO_fail_PCT_InterFreq: 0.18
CA Activation Rate num: 8350505
UPTP Mbps Den: 708
Setup_Fail_DEN: 19219
SIP_SC_Total_MOU: 235.21
Peak UE: 38
VOLTE IA%: 0.2
MB_per_connected_UE: 200.35
PCT Time MIMO: 34.34
DL Volume: 4123
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6162
DL Data Vol MAC in MB: 4154.14

Time: 00:35:11
Date: 26-02-2022
holiday: 0
CA DL DataVolRatio Pct: 57.79
SIP_SC_Call_Attempts: 137
Bearer Releases Voice: 64
CA DL DataVolRatio Pct num: 4037
HO Attempts: 371

SIP DC%: 
UPTP_Mbps: 91.47
DLRLCLayerDataVolume MB: 4660.49
DRB UL Data Volume MB: 1715
RRC Setup Attempts: 4902
CA DL DataVolRatio Pct den: 10145
CA Conf FailRate Pct den: 7088
weekend: 0
Bearer Setup Failure Voice Den: 14
RSSIRX2 Avg: -96.93
S1U_SIP_SC_SEER_num: 72
CA Activation Rate: 42.92
hr: 18
MAC_UE_SC_Tput: 4545.44
Bearer Releases: 7757

hr: 18
qci1_setup_attempts: 32
CA Activation Rate num: 8969059
UPTP Mbps Den: 1769
Setup_Fail_DEN: 7118
UL MAC Vol Scell Pct: 0.2
Peak UE: 27
MB_per_connected_UE: 14.53
PCT Time MIMO: 33.2
DL Volume: 1082
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5692
UL Throughput: 2.27
DL Data Vol MAC in MB: 8941.86
CA Activation Rate den: 46253
Time: 05:09:20
Date: 06-07-2023

holiday: 0
CA DL DataVolRatio Pct: 85.65
HO_att_InterFreq: 817
CA DL DataVolRatio Pct num: 5574

DL MAC Vol Scell Pct: 36.91
Avg_Connected_UEs: 49.7
SIP DC%: 
UPTP_Mbps: 10.59
DLRLCLayerDataVolume MB: 8770.86
Avg_PUCCH_SINR: 16.35
PRB Util%: 47.74
RRC Setup Attempts: 6953
CA DL DataVolRatio Pct den: 10016
RSSIRX1 Avg: -94.71
weekend: 0
UPTP Mbps Num: 14436
S1U_SIP_SC_SEER_num: 8
hr: 4
MAC_UE_SC_Tput: 4147.84
HQ_EXE_TOTARGET_FAILURE_QCI_1_NUM: 4
Bearer Releases: 7269

hr: 4
qci1_setup_attempts: 180
CA Activation Rate num: 10391468
UPTP Mbps Den: 4490
Setup_Fail_DEN: 18962
SIP_SC_Total_MOU: 217.37
Peak UE: 42
MB_per_connected_UE: 71.5
PCT Time MIMO: 42.57
DL Volume: 944
QCI 1 Bearer Releases: 51
DL Data Vol MAC in MB: 4901.9

Combined RACH Preambles: 2479
Time: 14:59:13
Date: 05-05-2023
holiday: 0
CA DL DataVolRatio Pct: 67.49
SIP_SC_Call_Attempts: 48
HO_att_InterFreq: 447

DL MAC Vol Scell Pct: 37.73
Avg_Connected_UEs: 22.02
SIP DC%: 
UPTP_Mbps: 16.13
DRB UL Data Volume MB: 4284
UL Resid BLER PCT: 0.36
RRC Setup Attempts: 6062
CA Conf FailRate Pct den: 5518
RSSIRX1 Avg: -98.35
weekend: 0
UPTP Mbps Num: 51974
Bearer Setup Failure Voice Den: 44
RSSIRX2 Avg: -97.37
CA Activation Rate: 10.29
hr: 4
MAC_UE_SC_Tput: 16691.05
Bearer Releases: 13684

hr: 4
Combined RACH Failure%: 0.14
Avg CQI: 9.34
CA Activation Rate num: 1297184
UPTP Mbps Den: 1235
SIP_SC_Total_MOU: 95.41
S1U_SIP_SC_SEER_den: 63
Peak UE: 45
PCT Time MIMO: 43.68
DL Volume: 3878
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6334
UL Throughput: 7.59
CA Activation Rate den: 53922

Combined RACH Preambles: 2535
Time: 07:33:05
Date: 06-01-2022
holiday: 0
SIP_SC_Call_Attempts: 258
Bearer Releases Voice: 43
HO_att_InterFreq: 234
CA DL DataVolRatio Pct num: 1586
HO Attempts: 539

Avg_Connected_UEs: 36.68
SIP DC%: 
UPTP_Mbps: 35.94
DLRLCLayerDataVolume MB: 8675.92
DRB UL Data Volume MB: 6322
PRB Util%: 9.63
UL Resid BLER PCT: 0.43
CA DL DataVolRatio Pct den: 7667
RSSIRX1 Avg: -95.13
weekend: 0
UPTP Mbps Num: 7109
Bearer Setup Failure Voice Den: 129
RSSIRX2 Avg: -96.26
CA Activation Rate: 25.31
hr: 23
MAC_UE_SC_Tput: 7144.39
Bearer Releases: 13158

hr: 23
qci1_setup_attempts: 31
CA Activation Rate num: 374132
UPTP Mbps Den: 1038
Setup_Fail_DEN: 10147
SIP_SC_Total_MOU: 44.05
UL MAC Vol Scell Pct: 0.66
Peak UE: 97
VOLTE IA%: 0.05
MB_per_connected_UE: 40.55
PCT Time MIMO: 52.32
DL Volume: 2041
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3185
UL Throughput: 1.57
DL Data Vol MAC in MB: 4636.8
CA Activation Rate den: 125003

Time: 22:36:36
Date: 26-05-2023
holiday: 0
CA DL DataVolRatio Pct: 62.38
SIP_SC_Call_Attempts: 69
Bearer Releases Voice: 13
HO_att_InterFreq: 838
CA DL DataVolRatio Pct num: 860
HO Attempts: 218

DL MAC Vol Scell Pct: 19.04
SIP DC%: 
DLRLCLayerDataVolume MB: 6018
DRB UL Data Volume MB: 8276
CA DL DataVolRatio Pct den: 9866
CA Conf FailRate Pct den: 5833
RSSIRX1 Avg: -94.28
weekend: 0
UPTP Mbps Num: 47793
hr: 0
MAC_UE_SC_Tput: 10035.21
Bearer Releases: 7954

hr: 0
qci1_setup_attempts: 104
CA Activation Rate num: 6826252
Setup_Fail_DEN: 7538
SIP_SC_Total_MOU: 212.11
Peak UE: 57
MB_per_connected_UE: 104.43
DL Volume: 5418
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3253
UL Throughput: 4.24
CA Activation Rate den: 71224

Time: 23:15:05
Date: 24-03-2023
holiday: 0
CA DL DataVolRatio Pct: 82.71
SIP_SC_Call_Attempts: 18
Bearer Releases Voice: 15
HO_att_InterFreq: 405
CA DL DataVolRatio Pct num: 6697

DL MAC Vol Scell Pct: 13.69
Avg_Connected_UEs: 34.35
SIP DC%: 
UPTP_Mbps: 32.55
DLRLCLayerDataVolume MB: 6757.98
DRB UL Data Volume MB: 7608
PRB Util%: 3.95
RRC Setup Attempts: 7208
CA DL DataVolRatio Pct den: 8568
weekend: 0
UPTP Mbps Num: 42566
RSSIRX2 Avg: -97.41
S1U_SIP_SC_SEER_num: 11
CA Activation Rate: 67.11
hr: 8
MAC_UE_SC_Tput: 13053.99
Bearer Releases: 14467

hr: 8
Avg CQI: 7.57
UPTP Mbps Den: 2152
Setup_Fail_DEN: 7361
SIP_SC_Total_MOU: 116.6
S1U_SIP_SC_SEER_den: 132
Peak UE: 108
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8885
UL Throughput: 5.26
CA Activation Rate den: 208641

Time: 13:18:55
Date: 11-03-2023
holiday: 0
CA DL DataVolRatio Pct: 50.79
Bearer Releases Voice: 105
HO Attempts: 897

DL MAC Vol Scell Pct: 21.45
Avg_Connected_UEs: 53.69
SIP DC%: 
UPTP_Mbps: 19.87
RRC Setup Attempts: 4729
CA DL DataVolRatio Pct den: 6184
CA Conf FailRate Pct den: 5456
RSSIRX1 Avg: -97.97
weekend: 1
Setup_Fail_NUM: 3
CA Activation Rate: 67.94
hr: 10
MAC_UE_SC_Tput: 13040.23
Bearer Releases: 7598

hr: 10
qci1_setup_attempts: 167
CA Activation Rate num: 4042574
UPTP Mbps Den: 1638
Setup_Fail_DEN: 13903
SIP_SC_Total_MOU: 139.15
Peak UE: 52
MB_per_connected_UE: 13.04
DL Volume: 6972
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6781
UL Throughput: 5
DL Data Vol MAC in MB: 3601.01
CA Activation Rate den: 39807

Time: 17:24:03
Date: 08-05-2022
holiday: 0
CA DL DataVolRatio Pct: 82.76
SIP_SC_Call_Attempts: 34
Bearer Releases Voice: 56
HO_att_InterFreq: 409
HO Attempts: 451

Avg_Connected_UEs: 17.66
SIP DC%: 
UPTP_Mbps: 45.9
DLRLCLayerDataVolume MB: 991.29
DRB UL Data Volume MB: 6441
PRB Util%: 32.87
RRC Setup Attempts: 3377
CA DL DataVolRatio Pct den: 208
RSSIRX1 Avg: -93.47
weekend: 0
UPTP Mbps Num: 2621
RSSIRX2 Avg: -96.41
S1U_SIP_SC_SEER_num: 48
CA Activation Rate: 67.04
hr: 23
MAC_UE_SC_Tput: 8616.82
Bearer Releases: 8204

hr: 23
qci1_setup_attempts: 220
Avg CQI: 7.65
CA Activation Rate num: 4880566
UPTP Mbps Den: 2310
Setup_Fail_DEN: 8150
UL MAC Vol Scell Pct: 0.53
S1U_SIP_SC_SEER_den: 204
Peak UE: 45
MB_per_connected_UE: 14.17
PCT Time MIMO: 68.47
DL Volume: 5787
DL Data Vol MAC in MB: 8957.65
CA Activation Rate den: 64495
Time: 19:32:15

Date: 08-10-2022
holiday: 0
CA DL DataVolRatio Pct: 76.04
HO_att_InterFreq: 827
CA DL DataVolRatio Pct num: 5192
HO Attempts: 99

DL MAC Vol Scell Pct: 51.92
Avg_Connected_UEs: 42.33
SIP DC%: 
UPTP_Mbps: 47.12
DLRLCLayerDataVolume MB: 9539.79
DRB UL Data Volume MB: 620
DL Packet Loss Pct: 0.19
CA DL DataVolRatio Pct den: 7325
CA Conf FailRate Pct den: 7139
RSSIRX1 Avg: -96.78
weekend: 1
UPTP Mbps Num: 12781
Bearer Setup Failure Voice Den: 203
CA Activation Rate: 58.76
hr: 15
Bearer Releases: 8361

hr: 15
Avg CQI: 7.2
CA Activation Rate num: 1263253
UPTP Mbps Den: 2858
Setup_Fail_DEN: 14427
S1U_SIP_SC_SEER_den: 31
Peak UE: 73
MB_per_connected_UE: 59.48
PCT Time MIMO: 57.64
DL Volume: 3990
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6063
UL Throughput: 3.32
DL Data Vol MAC in MB: 330.21
CA Activation Rate den: 178490

Combined RACH Preambles: 3708
Time: 04:15:28
Date: 06-06-2022
holiday: 0
CA DL DataVolRatio Pct: 67.19
RRC Setup Failure% 5G: 0.17
SIP_SC_Call_Attempts: 84
HO_att_InterFreq: 338
CA DL DataVolRatio Pct num: 7350
HO Attempts: 608

Avg_Connected_UEs: 35.01
SIP DC%: 
UPTP_Mbps: 10.02
DLRLCLayerDataVolume MB: 3848.48
DRB UL Data Volume MB: 568
UL Resid BLER PCT: 0.33
CA Conf FailRate Pct den: 5899
weekend: 0
RSSIRX2 Avg: -96.98
S1U_SIP_SC_SEER_num: 5
CA Activation Rate: 23.93
hr: 3
MAC_UE_SC_Tput: 12151.73

hr: 3
Avg CQI: 9
CA Activation Rate num: 2163381
UPTP Mbps Den: 1663
Setup_Fail_DEN: 6440
SIP_SC_Total_MOU: 18.53
UL MAC Vol Scell Pct: 0.31
S1U_SIP_SC_SEER_den: 122
Peak UE: 27
MB_per_connected_UE: 126.23
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5523
UL Throughput: 3.07
DL Data Vol MAC in MB: 2601.03

Time: 20:33:45
Date: 21-04-2023
holiday: 0
CA DL DataVolRatio Pct: 68.22
HO_att_InterFreq: 517
HO Attempts: 299

DL MAC Vol Scell Pct: 25.43
Avg_Connected_UEs: 24.4
SIP DC%: 
UPTP_Mbps: 32.35
DLRLCLayerDataVolume MB: 5348.37
DRB UL Data Volume MB: 1872
PRB Util%: 40.84
CA DL DataVolRatio Pct den: 9324
CA Conf FailRate Pct den: 4613
weekend: 0
Bearer Setup Failure Voice Den: 91
S1U_SIP_SC_SEER_num: 275
CA Activation Rate: 27.94
hr: 6
MAC_UE_SC_Tput: 5647.04
Bearer Releases: 11812

hr: 6
qci1_setup_attempts: 131
Avg CQI: 10.74
CA Activation Rate num: 5355605
UPTP Mbps Den: 1975
Setup_Fail_DEN: 13299
SIP_SC_Total_MOU: 92.66
S1U_SIP_SC_SEER_den: 264
Peak UE: 38
VOLTE IA%: 
MB_per_connected_UE: 94.44
DL Volume: 9367
UL Throughput: 0.95
DL Data Vol MAC in MB: 7137.42
CA Activation Rate den: 73491

Time: 20:08:59
Date: 10-02-2022
holiday: 0
SIP_SC_Call_Attempts: 88

DL MAC Vol Scell Pct: 41.2
SIP DC%: 
UPTP_Mbps: 32.42
DLRLCLayerDataVolume MB: 1479.15
DRB UL Data Volume MB: 9083
PRB Util%: 41.11
RRC Setup Attempts: 5081
CA DL DataVolRatio Pct den: 7340
RSSIRX1 Avg: -98.39
weekend: 0
Bearer Setup Failure Voice Den: 177
CA Activation Rate: 54.54
hr: 7
MAC_UE_SC_Tput: 5079.56
Bearer Releases: 8494

hr: 7
qci1_setup_attempts: 1
Avg CQI: 8.2
CA Activation Rate num: 7842298
UPTP Mbps Den: 1807
Setup_Fail_DEN: 10686
SIP_SC_Total_MOU: 329.24
S1U_SIP_SC_SEER_den: 71
Peak UE: 35
VOLTE IA%: 0.18
MB_per_connected_UE: 65.98
PCT Time MIMO: 65.78
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4932
UL Throughput: 5.37
DL Data Vol MAC in MB: 6148.13

Combined RACH Preambles: 4164
Time: 05:49:13
Date: 21-03-2022
holiday: 0
HO_att_InterFreq: 386
CA DL DataVolRatio Pct num: 2661

Avg_Connected_UEs: 16.88
SIP DC%: 
UPTP_Mbps: 17.19
DLRLCLayerDataVolume MB: 494.56
DRB UL Data Volume MB: 1819
Avg_PUCCH_SINR: 16
CA Conf FailRate Pct den: 7367
weekend: 0
Bearer Setup Failure Voice Den: 234
RSSIRX2 Avg: -98.26
CA Activation Rate: 23.19
hr: 6
MAC_UE_SC_Tput: 4358.32
Bearer Releases: 7070

hr: 6
Avg CQI: 9.18
CA Activation Rate num: 13769663
UPTP Mbps Den: 1534
Setup_Fail_DEN: 13155
SIP_SC_Total_MOU: 238.21
S1U_SIP_SC_SEER_den: 34
Peak UE: 63
PCT Time MIMO: 68.07
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5788
UL Throughput: 2.06

Time: 04:17:45
Date: 22-12-2023
holiday: 0
CA DL DataVolRatio Pct: 84.16
CA Conf FailRate Pct: 0.12
HO_att_InterFreq: 905
CA DL DataVolRatio Pct num: 6859

DL MAC Vol Scell Pct: 51.27
Avg_Connected_UEs: 75.83
SIP DC%: 
DRB UL Data Volume MB: 3692
PRB Util%: 58.18
RRC Setup Attempts: 3354
CA Conf FailRate Pct den: 6808
RSSIRX1 Avg: -97.82
weekend: 0
Bearer Setup Failure Voice Den: 5
RSSIRX2 Avg: -93.81
S1U_SIP_SC_SEER_num: 44
CA Activation Rate: 44.2
hr: 15
MAC_UE_SC_Tput: 8644.34
Bearer Releases: 10469

hr: 15
qci1_setup_attempts: 46
Avg CQI: 11.16
CA Activation Rate num: 10940777
UPTP Mbps Den: 666
Setup_Fail_DEN: 12416
SIP_SC_Total_MOU: 285.53
S1U_SIP_SC_SEER_den: 194
Peak UE: 27
MB_per_connected_UE: 53.46
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5892
DL Data Vol MAC in MB: 7862.35
CA Activation Rate den: 86350

Time: 11:19:27
Date: 24-07-2023
holiday: 0
CA DL DataVolRatio Pct: 71.53
HO_att_InterFreq: 1012

DL MAC Vol Scell Pct: 8.84
Avg_Connected_UEs: 30.86
SIP DC%: 
UPTP_Mbps: 32.04
DRB UL Data Volume MB: 9040
PRB Util%: 25.2
CA DL DataVolRatio Pct den: 6558
CA Conf FailRate Pct den: 7397
RSSIRX1 Avg: -96.44
weekend: 0
Bearer Setup Failure Voice Den: 170
CA Activation Rate: 69.99
hr: 15
MAC_UE_SC_Tput: 9818.63
Bearer Releases: 13342

hr: 15
qci1_setup_attempts: 79
Avg CQI: 9.95
CA Activation Rate num: 8425235
UPTP Mbps Den: 2959
Setup_Fail_DEN: 15174
SIP_SC_Total_MOU: 102.65
UL MAC Vol Scell Pct: 0.32
S1U_SIP_SC_SEER_den: 101
RSSI Delta: 0.17
Peak UE: 32
MB_per_connected_UE: 117.32
PCT Time MIMO: 43.91
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4341
QCI 1 Bearer Releases: 88
UL Throughput: 1.75
DL Data Vol MAC in MB: 5834.53

Time: 01:25:23
Date: 28-03-2023
holiday: 0
SIP_SC_Call_Attempts: 141
HO_att_InterFreq: 823
HO Attempts: 311

SIP DC%: 
UPTP_Mbps: 46.8
DLRLCLayerDataVolume MB: 2791.31
DRB UL Data Volume MB: 3008
Avg_PUCCH_SINR: 16.83
PRB Util%: 68.05
DL Packet Loss Pct: 0.09
CA DL DataVolRatio Pct den: 3007
CA Conf FailRate Pct den: 5323
RSSIRX1 Avg: -93.22
weekend: 0
RSSIRX2 Avg: -98.17
CA Activation Rate: 70.13
hr: 9
MAC_UE_SC_Tput: 27122.4
Bearer Releases: 7738

hr: 9
qci1_setup_attempts: 91
Avg CQI: 9.39
CA Activation Rate num: 4143233
Setup_Fail_DEN: 10876
SIP_SC_Total_MOU: 42.53
Peak UE: 62
MB_per_connected_UE: 90.9
PCT Time MIMO: 55.67
DL Volume: 3372
DL Data Vol MAC in MB: 9134.74
CA Activation Rate den: 103019

Time: 11:29:24
Date: 08-09-2022
holiday: 0
CA DL DataVolRatio Pct: 88.99
HO_att_InterFreq: 496
CA DL DataVolRatio Pct num: 4727
HO Attempts: 916

DL MAC Vol Scell Pct: 20.48
SIP DC%: 
UPTP_Mbps: 42.45
DRB UL Data Volume MB: 9373
RRC Setup Attempts: 4402
CA DL DataVolRatio Pct den: 10221
CA Conf FailRate Pct den: 7973
weekend: 0
Bearer Setup Failure Voice Den: 11
CA Activation Rate: 6.54
hr: 21
MAC_UE_SC_Tput: 4441.74
Bearer Releases: 15078

hr: 21
Avg CQI: 9.66
UPTP Mbps Den: 1899
SIP_SC_Total_MOU: 281.38
Peak UE: 29
MB_per_connected_UE: 200.71
QCI 1 Bearer Releases: 114
UL Throughput: 3.29
DL Data Vol MAC in MB: 1022.63
CA Activation Rate den: 118211

Time: 12:01:51
Date: 22-08-2023
holiday: 0
CA DL DataVolRatio Pct: 47.68
SIP_SC_Call_Attempts: 228
Bearer Releases Voice: 2
HO Attempts: 869

DL MAC Vol Scell Pct: 7.85
Avg_Connected_UEs: 39.68
SIP DC%: 
UPTP_Mbps: 12.33
DLRLCLayerDataVolume MB: 3092.65
PRB Util%: 10.51
UL Resid BLER PCT: 0.64
RRC Setup Attempts: 9789
CA DL DataVolRatio Pct den: 9615
RSSIRX1 Avg: -95.85
weekend: 0
RSSIRX2 Avg: -94.21
S1U_SIP_SC_SEER_num: 25
RRC Setup Failures: 13
hr: 11
MAC_UE_SC_Tput: 5384.97

hr: 11
qci1_setup_attempts: 42
CA Activation Rate num: 4126472
UPTP Mbps Den: 1998
SIP_SC_Total_MOU: 50.73
Peak UE: 98
MB_per_connected_UE: 89.68
DL Volume: 4578
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3413
DL Data Vol MAC in MB: 8100.94
CA Activation Rate den: 43240

Time: 02:54:54
Date: 12-02-2022
holiday: 0
CA DL DataVolRatio Pct: 71.65
SIP_SC_Call_Attempts: 37
HO_att_InterFreq: 789
CA DL DataVolRatio Pct num: 4716
HO Attempts: 743

DL MAC Vol Scell Pct: 3.18
Avg_Connected_UEs: 52.12
SIP DC%: 
UPTP_Mbps: 26.17
DLRLCLayerDataVolume MB: 2696.37
DRB UL Data Volume MB: 3558
PRB Util%: 51.95
RRC Setup Attempts: 5071
CA DL DataVolRatio Pct den: 10194
CA Conf FailRate Pct den: 7186
RSSIRX1 Avg: -95.78
weekend: 0
UPTP Mbps Num: 36503
RSSIRX2 Avg: -97.81
CA Activation Rate: 30.04
hr: 6
MAC_UE_SC_Tput: 4978.3
Bearer Releases: 9654

hr: 6
CA Activation Rate num: 4436246
UPTP Mbps Den: 1613
Peak UE: 27
MB_per_connected_UE: 113.57
DL Volume: 2441
UL Throughput: 2.01
DL Data Vol MAC in MB: 1699.24
CA Activation Rate den: 74357

Time: 01:02:51
Date: 12-03-2023
holiday: 0
CA DL DataVolRatio Pct: 52.53
HO_att_InterFreq: 502
CA DL DataVolRatio Pct num: 3222
HO Attempts: 472

DL MAC Vol Scell Pct: 5.43
Avg_Connected_UEs: 49.67
SIP DC%: 
UPTP_Mbps: 31.94
DLRLCLayerDataVolume MB: 3383.1
DRB UL Data Volume MB: 4431
Avg_PUCCH_SINR: 16.61
PRB Util%: 20.39
RRC Setup Attempts: 4425
RSSIRX1 Avg: -98.23
weekend: 0
UPTP Mbps Num: 40403
RSSIRX2 Avg: -93.48
S1U_SIP_SC_SEER_num: 14
CA Activation Rate: 73.78
hr: 20
MAC_UE_SC_Tput: 4499.47

hr: 20
HO_fail_PCT_InterFreq: 0.02
CA Activation Rate num: 8683853
UPTP Mbps Den: 1186
Setup_Fail_DEN: 7004
Peak UE: 36
MB_per_connected_UE: 78.84
PCT Time MIMO: 36.77
DL Volume: 3246
DL Data Vol MAC in MB: 3413.93
CA Activation Rate den: 219054

Time: 07:12:10
Date: 03-08-2023
holiday: 0
CA DL DataVolRatio Pct: 68.92
RRC Setup Failure% 5G: 0.1
SIP_SC_Call_Attempts: 38
HO_att_InterFreq: 793
CA DL DataVolRatio Pct num: 4556

Avg_Connected_UEs: 71.67
SIP DC%: 
UPTP_Mbps: 37.37
DRB UL Data Volume MB: 8289
Avg_PUCCH_SINR: 16.04
CA Conf FailRate Pct den: 5480
RSSIRX1 Avg: -98.08
weekend: 0
UPTP Mbps Num: 36481
Bearer Setup Failure Voice Den: 73
RSSIRX2 Avg: -97.21
CA Activation Rate: 46.51
hr: 7
MAC_UE_SC_Tput: 4594.13
Bearer Releases: 8851

hr: 7
qci1_setup_attempts: 43
Avg CQI: 10.65
CA Activation Rate num: 10103907
UPTP Mbps Den: 2979
Setup_Fail_DEN: 12705
SIP_SC_Total_MOU: 24.66
Peak UE: 31
VOLTE IA%: 0.19
MB_per_connected_UE: 39.09
PCT Time MIMO: 59.03
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5953
DL Data Vol MAC in MB: 241.81
CA Activation Rate den: 39517

Combined RACH Preambles: 2867
Time: 10:40:24
Date: 24-05-2023
holiday: 0
CA DL DataVolRatio Pct: 59.57
RRC Setup Failure% 5G: 0.11
SIP_SC_Call_Attempts: 56
HO_att_InterFreq: 173
CA DL DataVolRatio Pct num: 6941
HO Attempts: 193

Avg_Connected_UEs: 30.74
SIP DC%: 
UPTP_Mbps: 23.74
DRB UL Data Volume MB: 7336
Avg_PUCCH_SINR: 15.77
PRB Util%: 30.43
RRC Setup Attempts: 6834
CA DL DataVolRatio Pct den: 9525
CA Conf FailRate Pct den: 6978
weekend: 0
UPTP Mbps Num: 43933
Bearer Setup Failure Voice Den: 97
RSSIRX2 Avg: -94.76
hr: 3
MAC_UE_SC_Tput: 7580.86
Bearer Releases: 10914

hr: 3
qci1_setup_attempts: 11
CA Activation Rate num: 4386406
UPTP Mbps Den: 2713
Setup_Fail_DEN: 9804
SIP_SC_Total_MOU: 104.61
S1U_SIP_SC_SEER_den: 39
Peak UE: 51
MB_per_connected_UE: 138.33
PCT Time MIMO: 49.17
DL Data Vol MAC in MB: 3675.46
CA Activation Rate den: 126636

Combined RACH Preambles: 2327
Time: 02:42:02
Date: 01-08-2023
holiday: 0
CA DL DataVolRatio Pct: 72.47
SIP_SC_Call_Attempts: 72
Bearer Releases Voice: 1
CA DL DataVolRatio Pct num: 7263
HO Attempts: 928

DL MAC Vol Scell Pct: 4.36
Avg_Connected_UEs: 52.47
SIP DC%: 
UPTP_Mbps: 35.95
DLRLCLayerDataVolume MB: 7547.33
DRB UL Data Volume MB: 5113
Avg_PUCCH_SINR: 16.17
CA DL DataVolRatio Pct den: 9706
CA Conf FailRate Pct den: 8534
RSSIRX1 Avg: -98.34
weekend: 0
S1U_SIP_SC_SEER_num: 17
CA Activation Rate: 33.17
hr: 23
MAC_UE_SC_Tput: 7052.07

hr: 23
Avg CQI: 7.1
CA Activation Rate num: 534536
UPTP Mbps Den: 1922
Setup_Fail_DEN: 14334
SIP_SC_Total_MOU: 50.92
Peak UE: 44
MB_per_connected_UE: 164.11
PCT Time MIMO: 46.85
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3124
UL Throughput: 2.08
DL Data Vol MAC in MB: 3106.12

Time: 23:51:18
Date: 24-11-2023
holiday: 0
CA DL DataVolRatio Pct: 62.21
Bearer Releases Voice: 128
HO_att_InterFreq: 227
CA DL DataVolRatio Pct num: 6406
HO Attempts: 763

DL MAC Vol Scell Pct: 7.61
Avg_Connected_UEs: 51.8
SIP DC%: 
UPTP_Mbps: 29.29
DLRLCLayerDataVolume MB: 9302.8
DRB UL Data Volume MB: 8688
Avg_PUCCH_SINR: 15.68
PRB Util%: 9.89
RRC Setup Attempts: 5713
weekend: 0
RSSIRX2 Avg: -98.09
CA Activation Rate: 11.59
hr: 14
MAC_UE_SC_Tput: 4782.32
Bearer Releases: 8201

hr: 14
qci1_setup_attempts: 105
CA Activation Rate num: 6899741
UPTP Mbps Den: 577
Setup_Fail_DEN: 14425
SIP_SC_Total_MOU: 98.63
RSSI Delta: 0.05
MB_per_connected_UE: 54.83
DL Volume: 3163
UL Throughput: 1.25
DL Data Vol MAC in MB: 3361.4
CA Activation Rate den: 44703
Time: 11:38:24

Date: 09-04-2023
holiday: 0
CA DL DataVolRatio Pct: 57.67
SIP_SC_Call_Attempts: 119
Bearer Releases Voice: 18
HO_att_InterFreq: 381

Avg_Connected_UEs: 29.48
SIP DC%: 
UPTP_Mbps: 37.22
DLRLCLayerDataVolume MB: 3110.25
RRC Setup Attempts: 4707
CA DL DataVolRatio Pct den: 9754
weekend: 0
UPTP Mbps Num: 8994
RSSIRX2 Avg: -97.72
S1U_SIP_SC_SEER_num: 233
CA Activation Rate: 68.8
hr: 11
MAC_UE_SC_Tput: 5949.57
Bearer Releases: 10753

hr: 11
Avg CQI: 7.15
CA Activation Rate num: 10535699
UPTP Mbps Den: 2640
Setup_Fail_DEN: 7619
UL MAC Vol Scell Pct: 0.69
S1U_SIP_SC_SEER_den: 256
Peak UE: 77
MB_per_connected_UE: 13
PCT Time MIMO: 44.47
DL Volume: 2090
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3238
UL Throughput: 3.04

Combined RACH Preambles: 3183
Time: 22:27:55
holiday: 0
CA DL DataVolRatio Pct: 60.24
HO_att_InterFreq: 268
CA DL DataVolRatio Pct num: 4672
HO Attempts: 7

DL MAC Vol Scell Pct: 46.78
Avg_Connected_UEs: 56.89
SIP DC%: 
UPTP_Mbps: 27.46
DLRLCLayerDataVolume MB: 7952.45
DRB UL Data Volume MB: 5882
PRB Util%: 56.42
RRC Setup Attempts: 3727
weekend: 0
RSSIRX2 Avg: -98.02
CA Activation Rate: 74.95
hr: 18
MAC_UE_SC_Tput: 9706.63
Bearer Releases: 11172

hr: 18
HO_fail_PCT_InterFreq: 0.1
qci1_setup_attempts: 241
CA Activation Rate num: 10209979
UPTP Mbps Den: 2079
Setup_Fail_DEN: 7445
SIP_SC_Total_MOU: 29.35
Peak UE: 35
VOLTE IA%: 
MB_per_connected_UE: 12.55
PCT Time MIMO: 37.64
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5873
UL Throughput: 14.88
DL Data Vol MAC in MB: 1664.37
CA Activation Rate den: 118945

Time: 17:09:05
Date: 05-04-2022
holiday: 0
CA DL DataVolRatio Pct: 58.52
SIP_SC_Call_Attempts: 40
HO_att_InterFreq: 715
CA DL DataVolRatio Pct num: 6822
HO Attempts: 37

Avg_Connected_UEs: 31.34
SIP DC%: 
UPTP_Mbps: 24.96
DLRLCLayerDataVolume MB: 8451.51
DRB UL Data Volume MB: 2355
PRB Util%: 70.99
UL Resid BLER PCT: 0.55
RRC Setup Attempts: 7101
CA Conf FailRate Pct den: 4846
weekend: 0
RSSIRX2 Avg: -97.6
CA Activation Rate: 9.31
hr: 21
MAC_UE_SC_Tput: 18888.16
Bearer Releases: 13311

hr: 21
qci1_setup_attempts: 229
CA Activation Rate num: 702296
UPTP Mbps Den: 417
S1U_SIP_SC_SEER_den: 55
Peak UE: 27
MB_per_connected_UE: 110.35
DL Volume: 6449
UL Throughput: 5.89
DL Data Vol MAC in MB: 3225.73

Combined RACH Preambles: 4687
Time: 13:43:55
holiday: 0
CA DL DataVolRatio Pct: 66.05
SIP_SC_Call_Attempts: 246
HO Attempts: 830

Avg_Connected_UEs: 69.06
SIP DC%: 
UPTP_Mbps: 44.46
DLRLCLayerDataVolume MB: 2404.83
DRB UL Data Volume MB: 9494
PRB Util%: 39.71
RRC Setup Attempts: 3686
CA DL DataVolRatio Pct den: 9705
CA Conf FailRate Pct den: 4557
weekend: 0
UPTP Mbps Num: 60473
RSSIRX2 Avg: -94.75
hr: 18
MAC_UE_SC_Tput: 16065.19

hr: 18
Combined RACH Failure%: 0.19
CA Activation Rate num: 8906577
UPTP Mbps Den: 520
SIP_SC_Total_MOU: 301.31
S1U_SIP_SC_SEER_den: 76
Peak UE: 27
MB_per_connected_UE: 147.55
PCT Time MIMO: 36.91
DL Volume: 7595
DL Data Vol MAC in MB: 1709.46
CA Activation Rate den: 78939

Combined RACH Preambles: 2210
Time: 20:54:52
Date: 25-09-2023
holiday: 0
CA DL DataVolRatio Pct: 60.59
CA DL DataVolRatio Pct num: 214
HO Attempts: 353

Avg_Connected_UEs: 41.39
SIP DC%: 
UPTP_Mbps: 43.68
DLRLCLayerDataVolume MB: 6466.97
DRB UL Data Volume MB: 8667
PRB Util%: 49.99
RRC Setup Attempts: 8657
CA Conf FailRate Pct den: 2846
weekend: 0
RSSIRX2 Avg: -96.62
S1U_SIP_SC_SEER_num: 105
CA Activation Rate: 45.93
hr: 23
MAC_UE_SC_Tput: 6258.7
Bearer Releases: 16078

hr: 23
CA Activation Rate num: 2270902
UPTP Mbps Den: 1309
Setup_Fail_DEN: 13795
Peak UE: 27
MB_per_connected_UE: 193.41
PCT Time MIMO: 46.78
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4794
UL Throughput: 0.69
DL Data Vol MAC in MB: 3392.35

Time: 18:21:45
holiday: 0
CA DL DataVolRatio Pct: 66.51
SIP_SC_Call_Attempts: 25
Bearer Releases Voice: 118
HO_att_InterFreq: 998
CA DL DataVolRatio Pct num: 7398

DL MAC Vol Scell Pct: 41.69
Avg_Connected_UEs: 71.5
SIP DC%: 
UPTP_Mbps: 11.05
DLRLCLayerDataVolume MB: 4352.76
PRB Util%: 50.56
RRC Setup Attempts: 6341
CA Conf FailRate Pct den: 6642
RSSIRX1 Avg: -97.96
weekend: 0
UPTP Mbps Num: 38713
RSSIRX2 Avg: -98.16
S1U_SIP_SC_SEER_num: 30
CA Activation Rate: 19.89
hr: 11
MAC_UE_SC_Tput: 25658.32
Bearer Releases: 10146

hr: 11
qci1_setup_attempts: 64
Avg CQI: 10.04
CA Activation Rate num: 10872838
UPTP Mbps Den: 2976
Setup_Fail_DEN: 12170
SIP_SC_Total_MOU: 164.65
Peak UE: 52
DL Volume: 351
QCI 1 Bearer Releases: 101
UL Throughput: 1.29
CA Activation Rate den: 66502

Combined RACH Preambles: 3440
Time: 17:50:38
Date: 16-02-2023
holiday: 0
SIP_SC_Call_Attempts: 144
HO_att_InterFreq: 428
CA DL DataVolRatio Pct num: 380

DL MAC Vol Scell Pct: 29.73
Avg_Connected_UEs: 58.73
SIP DC%: 
UPTP_Mbps: 37.78
DRB UL Data Volume MB: 251
PRB Util%: 14.09
RRC Setup Attempts: 7294
CA DL DataVolRatio Pct den: 8735
CA Conf FailRate Pct den: 8732
RSSIRX1 Avg: -97.08
weekend: 0
UPTP Mbps Num: 9147
S1U_SIP_SC_SEER_num: 227
hr: 21
MAC_UE_SC_Tput: 7975.86
Bearer Releases: 16455

hr: 21
qci1_setup_attempts: 101
CA Activation Rate num: 5354337
Setup_Fail_DEN: 19028
S1U_SIP_SC_SEER_den: 15
Peak UE: 32
MB_per_connected_UE: 35.21
PCT Time MIMO: 34.89
DL Volume: 1854
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4142
QCI 1 Bearer Releases: 59
UL Throughput: 1.97
DL Data Vol MAC in MB: 6176.17
CA Activation Rate den: 111096
Combined RACH Preambles: 3273

Time: 19:06:09
Date: 28-09-2023
holiday: 0
SIP_SC_Call_Attempts: 136
Bearer Releases Voice: 24
CA DL DataVolRatio Pct num: 2879
HO Attempts: 170

Avg_Connected_UEs: 19.4
SIP DC%: 
UPTP_Mbps: 46.49
DLRLCLayerDataVolume MB: 810.47
DRB UL Data Volume MB: 6642
RRC Setup Attempts: 5440
CA Conf FailRate Pct den: 8039
RSSIRX1 Avg: -94.4
weekend: 0
Bearer Setup Failure Voice Den: 30
RSSIRX2 Avg: -95.52
CA Activation Rate: 37.68
hr: 12
MAC_UE_SC_Tput: 16266.64

hr: 12
qci1_setup_attempts: 169
CA Activation Rate num: 2700457
UPTP Mbps Den: 339
Setup_Fail_DEN: 17020
SIP_SC_Total_MOU: 159.28
Peak UE: 128
DL Volume: 6521
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8547
DL Data Vol MAC in MB: 1913.46
CA Activation Rate den: 185661
Combined RACH Preambles: 2664
Time: 01:55:14

Date: 26-09-2023
holiday: 0
CA DL DataVolRatio Pct: 85.45
HO_att_InterFreq: 672
CA DL DataVolRatio Pct num: 3078
HO Attempts: 378

Avg_Connected_UEs: 63.79
SIP DC%: 
UPTP_Mbps: 33.63
DLRLCLayerDataVolume MB: 1577.08
PRB Util%: 31.05
RRC Setup Attempts: 3560
CA DL DataVolRatio Pct den: 7555
CA Conf FailRate Pct den: 2596
RSSIRX1 Avg: -98.44
weekend: 0
UPTP Mbps Num: 22312
S1U_SIP_SC_SEER_num: 18
hr: 5
MAC_UE_SC_Tput: 6567.43
Bearer Releases: 13781

hr: 5
Avg CQI: 11.19
UPTP Mbps Den: 1157
Setup_Fail_DEN: 14630
Peak UE: 27
PCT Time MIMO: 41.45
DL Volume: 7048
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5876
QCI 1 Bearer Releases: 38
UL Throughput: 2.75
DL Data Vol MAC in MB: 864.94
Combined RACH Preambles: 3034

Time: 06:01:34
Date: 16-08-2022
holiday: 0
CA DL DataVolRatio Pct: 91.32
RRC Setup Failure% 5G: 0.19
SIP_SC_Call_Attempts: 82
Bearer Releases Voice: 6
CA DL DataVolRatio Pct num: 4883
HO Attempts: 322

DL MAC Vol Scell Pct: 5.49
Avg_Connected_UEs: 25.57
SIP DC%: 
UPTP_Mbps: 17.05
RRC Setup Attempts: 3461
CA DL DataVolRatio Pct den: 9345
weekend: 0
UPTP Mbps Num: 39157
RSSIRX2 Avg: -96.58
S1U_SIP_SC_SEER_num: 74
CA Activation Rate: 6.11
hr: 8
MAC_UE_SC_Tput: 17141.45
Bearer Releases: 7595

hr: 8
qci1_setup_attempts: 50
CA Activation Rate num: 4401532
UPTP Mbps Den: 2950
Setup_Fail_DEN: 7329
SIP_SC_Total_MOU: 104.29
S1U_SIP_SC_SEER_den: 57
RSSI Delta: 0.24
Peak UE: 72
MB_per_connected_UE: 127.87
PCT Time MIMO: 53.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6195
DL Data Vol MAC in MB: 375.29

Combined RACH Preambles: 1906
Time: 23:17:09
Date: 21-03-2023
holiday: 0
CA DL DataVolRatio Pct: 86.03
SIP_SC_Call_Attempts: 50
HO_att_InterFreq: 578
HO Attempts: 345

Avg_Connected_UEs: 29.09
SIP DC%: 
UPTP_Mbps: 38.13
Avg_PUCCH_SINR: 17.05
PRB Util%: 26.49
DL Packet Loss Pct: 0.08
CA DL DataVolRatio Pct den: 9378
CA Conf FailRate Pct den: 7396
RSSIRX1 Avg: -95.64
weekend: 0
UPTP Mbps Num: 3493
S1U_SIP_SC_SEER_num: 69
CA Activation Rate: 27.28
hr: 23
MAC_UE_SC_Tput: 13191.19

hr: 23
CA Activation Rate num: 6511200
UPTP Mbps Den: 2085
Setup_Fail_DEN: 16191
Peak UE: 70
MB_per_connected_UE: 135.82
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3246
QCI 1 Bearer Releases: 3
DL Data Vol MAC in MB: 9799.99
CA Activation Rate den: 72550

Time: 21:51:32
Date: 04-09-2022
holiday: 0
CA DL DataVolRatio Pct: 77.92
HO_att_InterFreq: 646
CA DL DataVolRatio Pct num: 3889
HO Attempts: 932

DL MAC Vol Scell Pct: 10.56
Avg_Connected_UEs: 69.79
SIP DC%: 
UPTP_Mbps: 29.12
DLRLCLayerDataVolume MB: 296.07
DRB UL Data Volume MB: 8710
RRC Setup Attempts: 5537
CA Conf FailRate Pct den: 9080
weekend: 0
Bearer Setup Failure Voice Den: 99
RSSIRX2 Avg: -94.81
S1U_SIP_SC_SEER_num: 56
CA Activation Rate: 6.58
hr: 3
MAC_UE_SC_Tput: 10143.42
Bearer Releases: 11016

hr: 3
CA Activation Rate num: 7048041
UPTP Mbps Den: 1400
Setup_Fail_DEN: 9724
UL MAC Vol Scell Pct: 0.02
S1U_SIP_SC_SEER_den: 60
Peak UE: 64
MB_per_connected_UE: 74.29
PCT Time MIMO: 51.18
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6777
QCI 1 Bearer Releases: 73
UL Throughput: 2.44
DL Data Vol MAC in MB: 9029.53

Time: 23:23:24
Date: 07-07-2022
holiday: 0
CA DL DataVolRatio Pct: 90.38
RRC Setup Failure% 5G: 0.15
SIP_SC_Call_Attempts: 205
Bearer Releases Voice: 78
HO Attempts: 904

Avg_Connected_UEs: 61.99
SIP DC%: 
UPTP_Mbps: 38.98
DLRLCLayerDataVolume MB: 1720.91
DRB UL Data Volume MB: 5164
PRB Util%: 19.57
CA DL DataVolRatio Pct den: 3722
RSSIRX1 Avg: -97.84
weekend: 0
UPTP Mbps Num: 12545
hr: 0

hr: 0
UPTP Mbps Den: 2837
Setup_Fail_DEN: 16085
S1U_SIP_SC_SEER_den: 44
Peak UE: 118
VOLTE IA%: 0.12
MB_per_connected_UE: 119.13
DL Volume: 1902
UL Throughput: 1.52
DL Data Vol MAC in MB: 2864.97
CA Activation Rate den: 72359

Time: 10:39:58
Date: 21-08-2022
holiday: 0
CA DL DataVolRatio Pct: 50.96
CA Conf FailRate Pct: 0.07
CA DL DataVolRatio Pct num: 2163

Avg_Connected_UEs: 63.42
SIP DC%: 
UPTP_Mbps: 132.42
DLRLCLayerDataVolume MB: 2860.24
DRB UL Data Volume MB: 3770
PRB Util%: 29.76
RRC Setup Attempts: 5741
weekend: 0
UPTP Mbps Num: 15085
Bearer Setup Failure Voice Den: 33
RSSIRX2 Avg: -97.67
CA Activation Rate: 41.04
hr: 13
MAC_UE_SC_Tput: 23846.49
Bearer Releases: 15872

hr: 13
CA Activation Rate num: 3541835
UPTP Mbps Den: 2670
Setup_Fail_DEN: 19787
SIP_SC_Total_MOU: 2.71
S1U_SIP_SC_SEER_den: 275
Peak UE: 27
MB_per_connected_UE: 85.95
DL Volume: 1124
UL Throughput: 5.69

Time: 17:57:04
Date: 11-08-2022
holiday: 0
RRC Setup Failure% 5G: 0.06
SIP_SC_Call_Attempts: 53
HO_att_InterFreq: 721
CA DL DataVolRatio Pct num: 5975
HO Attempts: 765

DL MAC Vol Scell Pct: 58.78
Avg_Connected_UEs: 28.8
SIP DC%: 
UPTP_Mbps: 27.1
RRC Setup Attempts: 6320
CA Conf FailRate Pct den: 3244
weekend: 0
UPTP Mbps Num: 58070
RSSIRX2 Avg: -96.15
S1U_SIP_SC_SEER_num: 82
CA Activation Rate: 57.83
hr: 10
MAC_UE_SC_Tput: 13507.79
Bearer Releases: 13836

hr: 10
qci1_setup_attempts: 60
CA Activation Rate num: 7101759
UPTP Mbps Den: 2648
Setup_Fail_DEN: 13656
Peak UE: 27
DL Volume: 6108
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8679
QCI 1 Bearer Releases: 52
Combined RACH Preambles: 2121

Time: 12:26:20
Date: 25-12-2022
holiday: 0
CA DL DataVolRatio Pct: 62.51
SIP_SC_Call_Attempts: 249
Bearer Releases Voice: 41
HO_att_InterFreq: 877
HO Attempts: 362

Avg_Connected_UEs: 54.41
SIP DC%: 
UPTP_Mbps: 21.5
Avg_PUCCH_SINR: 15.69
PRB Util%: 73.76
CA DL DataVolRatio Pct den: 7668
weekend: 0
RSSIRX2 Avg: -96.29
hr: 23
MAC_UE_SC_Tput: 7543.68
Bearer Releases: 7908

hr: 23
HO_fail_PCT_InterFreq: 0.04
qci1_setup_attempts: 36
CA Activation Rate num: 5312945
UPTP Mbps Den: 448
Setup_Fail_DEN: 14674
SIP_SC_Total_MOU: 259.66
S1U_SIP_SC_SEER_den: 50
Peak UE: 65
MB_per_connected_UE: 138.91
PCT Time MIMO: 61.93
UL Throughput: 5.56
DL Data Vol MAC in MB: 6852.73
CA Activation Rate den: 72230

Combined RACH Preambles: 2250
Time: 06:26:34
Date: 16-12-2023
holiday: 0
CA DL DataVolRatio Pct: 59.13
SIP_SC_Call_Attempts: 64
HO_att_InterFreq: 810
HO Attempts: 459

SIP DC%: 
UPTP_Mbps: 39.42
DRB UL Data Volume MB: 7736
RRC Setup Attempts: 4158
weekend: 0
UPTP Mbps Num: 8047
S1U_SIP_SC_SEER_num: 235
CA Activation Rate: 14.88
hr: 23
MAC_UE_SC_Tput: 6331.31

hr: 23
qci1_setup_attempts: 211
Avg CQI: 9.48
CA Activation Rate num: 5843793
UPTP Mbps Den: 2872
Setup_Fail_DEN: 15484
SIP_SC_Total_MOU: 29.66
Peak UE: 82
VOLTE IA%: 0.33
MB_per_connected_UE: 139.34
PCT Time MIMO: 36.69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3096
DL Data Vol MAC in MB: 1864.28
CA Activation Rate den: 56934

Combined RACH Preambles: 1960
Time: 17:46:22
Date: 17-09-2022
holiday: 0
CA DL DataVolRatio Pct: 59.2
HO_att_InterFreq: 223
HO Attempts: 947

Avg_Connected_UEs: 60.18
SIP DC%: 
UPTP_Mbps: 20.3
DLRLCLayerDataVolume MB: 212.37
Avg_PUCCH_SINR: 15.6
PRB Util%: 38.21
RRC Setup Attempts: 5742
CA DL DataVolRatio Pct den: 1011
CA Conf FailRate Pct den: 5738
weekend: 0
UPTP Mbps Num: 8606
RSSIRX2 Avg: -97.03
CA Activation Rate: 62.12
hr: 7
MAC_UE_SC_Tput: 19113.6

hr: 7
Avg CQI: 9.99
CA Activation Rate num: 4281140
UPTP Mbps Den: 1737
Setup_Fail_DEN: 14492
RSSI Delta: 0.36
Peak UE: 27
MB_per_connected_UE: 96.05
DL Volume: 5780
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3354
DL Data Vol MAC in MB: 4370.1
CA Activation Rate den: 56404
Time: 10:14:53
Date: 13-04-2023

holiday: 0
CA DL DataVolRatio Pct: 72.94
SIP_SC_Call_Attempts: 186
HO_att_InterFreq: 397
CA DL DataVolRatio Pct num: 7100
HO Attempts: 144

DL MAC Vol Scell Pct: 4.77
Avg_Connected_UEs: 24
SIP DC%: 
UPTP_Mbps: 130.93
DLRLCLayerDataVolume MB: 3362.5
DRB UL Data Volume MB: 4094
PRB Util%: 26.48
RRC Setup Attempts: 7575
CA DL DataVolRatio Pct den: 9440
weekend: 0
UPTP Mbps Num: 29032
Bearer Setup Failure Voice Den: 52
RSSIRX2 Avg: -97.31
S1U_SIP_SC_SEER_num: 39
CA Activation Rate: 34.47
hr: 19
MAC_UE_SC_Tput: 7156.67
Bearer Releases: 13914

hr: 19
qci1_setup_attempts: 112
CA Activation Rate num: 10024386
UPTP Mbps Den: 1516
Setup_Fail_DEN: 15532
SIP_SC_Total_MOU: 323.53
Peak UE: 27
VOLTE IA%: 0.46
MB_per_connected_UE: 31.91
PCT Time MIMO: 62.75
DL Volume: 3965
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6647
CA Activation Rate den: 88626

Combined RACH Preambles: 2624
Time: 19:36:37
Date: 23-12-2023
holiday: 0
CA DL DataVolRatio Pct: 87.93
SIP_SC_Call_Attempts: 27
CA DL DataVolRatio Pct num: 5152

SIP DC%: 
UPTP_Mbps: 42.32
DLRLCLayerDataVolume MB: 3812.27
DRB UL Data Volume MB: 6067
PRB Util%: 53.62
RRC Setup Attempts: 4294
CA DL DataVolRatio Pct den: 8770
weekend: 1
S1U_SIP_SC_SEER_num: 248
CA Activation Rate: 7.61
hr: 10
MAC_UE_SC_Tput: 9587.21

hr: 10
Avg CQI: 10.12
CA Activation Rate num: 2233320
Setup_Fail_DEN: 10042
Peak UE: 40
MB_per_connected_UE: 71.66
DL Volume: 1176
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3850
UL Throughput: 1.51
DL Data Vol MAC in MB: 5651.57
CA Activation Rate den: 101621

Time: 02:29:59
holiday: 0
CA DL DataVolRatio Pct: 77.85
SIP_SC_Call_Attempts: 20

Avg_Connected_UEs: 77.88
SIP DC%: 
UPTP_Mbps: 122.88
DLRLCLayerDataVolume MB: 2265.8
DRB UL Data Volume MB: 3014
PRB Util%: 33.99
RRC Setup Attempts: 5898
CA Conf FailRate Pct den: 6597
RSSIRX1 Avg: -97.8
weekend: 0
UPTP Mbps Num: 52634
RSSIRX2 Avg: -94.77
S1U_SIP_SC_SEER_num: 284
CA Activation Rate: 10.19
hr: 1
MAC_UE_SC_Tput: 6929.54
Bearer Releases: 11271

hr: 1
Avg CQI: 8.97
CA Activation Rate num: 2543353
Setup_Fail_DEN: 6351
Peak UE: 44
MB_per_connected_UE: 73.39
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6819
QCI 1 Bearer Releases: 18
CA Activation Rate den: 82171
Combined RACH Preambles: 2957

Time: 12:46:59
Date: 21-10-2022
holiday: 0
CA DL DataVolRatio Pct: 50.46
SIP_SC_Call_Attempts: 59
CA DL DataVolRatio Pct num: 4981

DL MAC Vol Scell Pct: 9.03
SIP DC%: 
DRB UL Data Volume MB: 9583
RRC Setup Attempts: 4797
CA DL DataVolRatio Pct den: 8618
CA Conf FailRate Pct den: 5705
weekend: 0
RSSIRX2 Avg: -98.19
CA Activation Rate: 71.95
hr: 4
MAC_UE_SC_Tput: 8339.35
Bearer Releases: 7082

hr: 4
Avg CQI: 9.63
CA Activation Rate num: 7970133
UPTP Mbps Den: 1269
Setup_Fail_DEN: 20039
S1U_SIP_SC_SEER_den: 10
Peak UE: 52
VOLTE IA%: 
MB_per_connected_UE: 120.47
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6948
DL Data Vol MAC in MB: 1857.05

Time: 12:40:14
Date: 06-11-2023
holiday: 0
CA DL DataVolRatio Pct: 58.28
HO_att_InterFreq: 153
HO Attempts: 701

Avg_Connected_UEs: 44.95
SIP DC%: 
UPTP_Mbps: 44.17
DLRLCLayerDataVolume MB: 211.58
DRB UL Data Volume MB: 4885
PRB Util%: 64.36
CA DL DataVolRatio Pct den: 10076
CA Conf FailRate Pct den: 6371
RSSIRX1 Avg: -96.33
weekend: 0
UPTP Mbps Num: 14167
RSSIRX2 Avg: -94.17
hr: 22
MAC_UE_SC_Tput: 5540.51
Bearer Releases: 13521

hr: 22
qci1_setup_attempts: 18
Avg CQI: 8.02
CA Activation Rate num: 7461492
UPTP Mbps Den: 2805
Setup_Fail_DEN: 9464
SIP_SC_Total_MOU: 85.98
UL MAC Vol Scell Pct: 0.91
S1U_SIP_SC_SEER_den: 198
Peak UE: 76
MB_per_connected_UE: 53.75
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5396
UL Throughput: 2.59
DL Data Vol MAC in MB: 8872.25
CA Activation Rate den: 93006

Time: 01:16:42
Date: 16-04-2023
holiday: 0
CA DL DataVolRatio Pct: 40.37
SIP_SC_Call_Attempts: 81

DL MAC Vol Scell Pct: 40.18
SIP DC%: 
UPTP_Mbps: 46.13
DRB UL Data Volume MB: 6470
Avg_PUCCH_SINR: 16.73
PRB Util%: 25.62
CA DL DataVolRatio Pct den: 6006
CA Conf FailRate Pct den: 8302
RSSIRX1 Avg: -97.14
weekend: 0
UPTP Mbps Num: 6487
S1U_SIP_SC_SEER_num: 1
CA Activation Rate: 58.45
hr: 4
MAC_UE_SC_Tput: 4591.01
Bearer Releases: 14824

hr: 4
CA Activation Rate num: 8955074
UPTP Mbps Den: 1225
Setup_Fail_DEN: 18198
SIP_SC_Total_MOU: 89.11
UL MAC Vol Scell Pct: 0.1
RSSI Delta: 0.16
Peak UE: 27
MB_per_connected_UE: 158.26
PCT Time MIMO: 50.48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3588
QCI 1 Bearer Releases: 82
UL Throughput: 1.66
DL Data Vol MAC in MB: 9119.18
CA Activation Rate den: 98800

Time: 11:02:09
Date: 29-11-2023
holiday: 0
CA DL DataVolRatio Pct: 48.86
SIP_SC_Call_Attempts: 13
Bearer Releases Voice: 121
HO_att_InterFreq: 707
CA DL DataVolRatio Pct num: 3902
HO Attempts: 129

DL MAC Vol Scell Pct: 32.01
SIP DC%: 
UPTP_Mbps: 20.31
DRB UL Data Volume MB: 6420
UL Resid BLER PCT: 0.91
RRC Setup Attempts: 7211
CA DL DataVolRatio Pct den: 2044
CA Conf FailRate Pct den: 8195
weekend: 0
CA Activation Rate: 23.49
hr: 7
MAC_UE_SC_Tput: 10552.45

hr: 7
qci1_setup_attempts: 47
CA Activation Rate num: 951841
UPTP Mbps Den: 2459
Setup_Fail_DEN: 8872
SIP_SC_Total_MOU: 26.74
Peak UE: 47
MB_per_connected_UE: 69.75
PCT Time MIMO: 43.1
DL Data Vol MAC in MB: 322.77
Combined RACH Preambles: 2272

Time: 21:37:08
Date: 27-12-2022
holiday: 0
CA DL DataVolRatio Pct: 92.71
HO_att_InterFreq: 579
CA DL DataVolRatio Pct num: 7232
HO Attempts: 205

Avg_Connected_UEs: 66.53
SIP DC%: 
UPTP_Mbps: 45.34
DLRLCLayerDataVolume MB: 2594.87
DRB UL Data Volume MB: 1508
RRC Setup Attempts: 4762
CA DL DataVolRatio Pct den: 9129
CA Conf FailRate Pct den: 2535
weekend: 1
UPTP Mbps Num: 15242
Bearer Setup Failure Voice Den: 4
S1U_SIP_SC_SEER_num: 10
CA Activation Rate: 77.57
hr: 14
MAC_UE_SC_Tput: 6038.76
Bearer Releases: 17667

hr: 14
CA Activation Rate num: 2960970
UPTP Mbps Den: 903
Setup_Fail_DEN: 15890
S1U_SIP_SC_SEER_den: 67
Peak UE: 27
MB_per_connected_UE: 168.47
UL Throughput: 1.96
CA Activation Rate den: 84671

Time: 06:02:41
Date: 17-09-2023
holiday: 0
SIP_SC_Call_Attempts: 22
HO_att_InterFreq: 656

DL MAC Vol Scell Pct: 7.33
SIP DC%: 
UPTP_Mbps: 32.95
DLRLCLayerDataVolume MB: 5062.84
DRB UL Data Volume MB: 7817
Avg_PUCCH_SINR: 16.14
PRB Util%: 69.91
RRC Setup Attempts: 6157
CA DL DataVolRatio Pct den: 7843
CA Conf FailRate Pct den: 9397
RSSIRX1 Avg: -98.04
weekend: 1
RSSIRX2 Avg: -98.51
CA Activation Rate: 56.88
hr: 2
MAC_UE_SC_Tput: 23303.27
Bearer Releases: 11519

hr: 2
qci1_setup_attempts: 39
CA Activation Rate num: 9424129
Setup_Fail_DEN: 12366
SIP_SC_Total_MOU: 312.69
UL MAC Vol Scell Pct: 0.33
S1U_SIP_SC_SEER_den: 134
Peak UE: 50
VOLTE IA%: 
MB_per_connected_UE: 32.37
PCT Time MIMO: 32.92
UL Throughput: 3.3
CA Activation Rate den: 57766

Combined RACH Preambles: 2629
Time: 13:42:16
Date: 27-10-2023
holiday: 0
Bearer Releases Voice: 76
CA DL DataVolRatio Pct num: 4619
HO Attempts: 227

DL MAC Vol Scell Pct: 27.23
SIP DC%: 
UPTP_Mbps: 44.01
DRB UL Data Volume MB: 3712
PRB Util%: 69.64
RRC Setup Attempts: 5232
CA DL DataVolRatio Pct den: 8895
CA Conf FailRate Pct den: 7216
RSSIRX1 Avg: -96.38
weekend: 1
UPTP Mbps Num: 27125
RSSIRX2 Avg: -95.43
S1U_SIP_SC_SEER_num: 278
CA Activation Rate: 14.45
hr: 3
Bearer Releases: 7091

hr: 3
qci1_setup_attempts: 12
Avg CQI: 9.74
CA Activation Rate num: 114170
UPTP Mbps Den: 1734
Peak UE: 35
MB_per_connected_UE: 171.4
DL Volume: 8538
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3686
DL Data Vol MAC in MB: 3566.46
Combined RACH Preambles: 2222

Time: 02:26:00
Date: 26-11-2022
holiday: 0
CA DL DataVolRatio Pct: 79.72
Bearer Releases Voice: 44
CA DL DataVolRatio Pct num: 1509

DL MAC Vol Scell Pct: 34.01
Avg_Connected_UEs: 48.12
SIP DC%: 
UPTP_Mbps: 24.4
DLRLCLayerDataVolume MB: 3635.7
DRB UL Data Volume MB: 3654
RRC Setup Attempts: 6491
CA DL DataVolRatio Pct den: 4286
weekend: 0
UPTP Mbps Num: 10110
CA Activation Rate: 27.03
hr: 6
MAC_UE_SC_Tput: 8262.11

hr: 6
qci1_setup_attempts: 100
CA Activation Rate num: 12510116
UPTP Mbps Den: 1884
Setup_Fail_DEN: 10298
SIP_SC_Total_MOU: 435.26
Peak UE: 50
PCT Time MIMO: 35.24
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5092
UL Throughput: 5.72
CA Activation Rate den: 140164

Time: 07:58:20
Date: 10-09-2022
holiday: 0
SIP_SC_Call_Attempts: 114
HO_att_InterFreq: 436
CA DL DataVolRatio Pct num: 83
HO Attempts: 694

DL MAC Vol Scell Pct: 11.14
Avg_Connected_UEs: 40.77
SIP DC%: 
UPTP_Mbps: 18.24
DLRLCLayerDataVolume MB: 3125.81
DRB UL Data Volume MB: 1571
Avg_PUCCH_SINR: 15.56
RRC Setup Attempts: 5041
CA DL DataVolRatio Pct den: 10203
RSSIRX1 Avg: -97
weekend: 0
UPTP Mbps Num: 15245
RSSIRX2 Avg: -94.19
CA Activation Rate: 20.8
hr: 23
MAC_UE_SC_Tput: 9888.09
Bearer Releases: 9285

hr: 23
UPTP Mbps Den: 2637
Setup_Fail_DEN: 18254
Peak UE: 71
PCT Time MIMO: 59.54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3505
QCI 1 Bearer Releases: 25
UL Throughput: 2.3

Time: 17:18:00
Date: 07-06-2022
holiday: 0
CA DL DataVolRatio Pct: 72.09
Combined RACH Failures: 12
Bearer Releases Voice: 102
HO_att_InterFreq: 365
CA DL DataVolRatio Pct num: 4815
HO Attempts: 117

Avg_Connected_UEs: 42.25
SIP DC%: 
UPTP_Mbps: 97.6
DLRLCLayerDataVolume MB: 6371.15
DRB UL Data Volume MB: 6949
PRB Util%: 49.91
RRC Setup Attempts: 4558
CA DL DataVolRatio Pct den: 4137
CA Conf FailRate Pct den: 5915
RSSIRX1 Avg: -93.45
weekend: 0
RSSIRX2 Avg: -94.74
S1U_SIP_SC_SEER_num: 51
CA Activation Rate: 31.17
hr: 23
MAC_UE_SC_Tput: 7641.96
Bearer Releases: 8767

hr: 23
qci1_setup_attempts: 99
CA Activation Rate num: 2351266
UPTP Mbps Den: 1080
Peak UE: 80
MB_per_connected_UE: 23.79
PCT Time MIMO: 48.85
DL Volume: 959
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6301
DL Data Vol MAC in MB: 8985.42

Combined RACH Preambles: 3956
Time: 03:50:38
Date: 10-05-2023
holiday: 0
CA DL DataVolRatio Pct: 77.98
HO_att_InterFreq: 904
HO Attempts: 98

Avg_Connected_UEs: 75.41
SIP DC%: 
DLRLCLayerDataVolume MB: 3975.88
DRB UL Data Volume MB: 7028
PRB Util%: 16.19
UL Resid BLER PCT: 0.26
RRC Setup Attempts: 5760
CA DL DataVolRatio Pct den: 9258
weekend: 0
UPTP Mbps Num: 14482
CA Activation Rate: 28.91
hr: 10
MAC_UE_SC_Tput: 18364.08
Bearer Releases: 11143

hr: 10
CA Activation Rate num: 10330080
UPTP Mbps Den: 2899
Setup_Fail_DEN: 14850
S1U_SIP_SC_SEER_den: 190
Peak UE: 49
MB_per_connected_UE: 15.01
DL Volume: 3539
UL Throughput: 2.52

Time: 00:53:27
holiday: 0
CA DL DataVolRatio Pct: 64.81
SIP_SC_Call_Attempts: 113
CA DL DataVolRatio Pct num: 5098
HO Attempts: 540

Avg_Connected_UEs: 84.02
SIP DC%: 
DLRLCLayerDataVolume MB: 2443.51
DRB UL Data Volume MB: 3387
Avg_PUCCH_SINR: 15.89
PRB Util%: 5.37
RRC Setup Attempts: 5535
CA DL DataVolRatio Pct den: 10056
CA Conf FailRate Pct den: 6908
RSSIRX1 Avg: -94.98
weekend: 1
RSSIRX2 Avg: -93.82
CA Activation Rate: 17.02
hr: 12
MAC_UE_SC_Tput: 8851.62
Bearer Releases: 10622

hr: 12
CA Activation Rate num: 4764008
UPTP Mbps Den: 1929
Setup_Fail_DEN: 10321
SIP_SC_Total_MOU: 50.88
S1U_SIP_SC_SEER_den: 14
Peak UE: 27
PCT Time MIMO: 48.65
DL Volume: 4780
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3609
UL Throughput: 2.61

Time: 11:31:23
holiday: 0
CA DL DataVolRatio Pct: 70.75
SIP_SC_Call_Attempts: 118
HO_att_InterFreq: 926
CA DL DataVolRatio Pct num: 4112

SIP DC%: 
UPTP_Mbps: 45.67
DRB UL Data Volume MB: 3117
RRC Setup Attempts: 6959
CA DL DataVolRatio Pct den: 7657
CA Conf FailRate Pct den: 4283
weekend: 1
CA Activation Rate: 77
hr: 23
MAC_UE_SC_Tput: 15496.22

hr: 23
Avg CQI: 8.25
UPTP Mbps Den: 2901
Setup_Fail_DEN: 15394
Peak UE: 27
MB_per_connected_UE: 37.68
PCT Time MIMO: 44.51
DL Volume: 4129
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4388
UL Throughput: 5.75
CA Activation Rate den: 46780
Time: 14:44:47
Date: 18-10-2022

holiday: 0
CA DL DataVolRatio Pct: 63.26
SIP_SC_Call_Attempts: 126
HO_att_InterFreq: 69
HO Attempts: 545

DL MAC Vol Scell Pct: 10.18
Avg_Connected_UEs: 53.92
SIP DC%: 
UPTP_Mbps: 20.57
DRB UL Data Volume MB: 7886
Avg_PUCCH_SINR: 17.72
PRB Util%: 6.26
DL Packet Loss Pct: 3.25
RRC Setup Attempts: 4229
RSSIRX1 Avg: -96.64
weekend: 0
UPTP Mbps Num: 15907
S1U_SIP_SC_SEER_num: 42
hr: 0
MAC_UE_SC_Tput: 4559.88
HQ_EXE_TOTARGET_FAILURE_QCI_1_NUM: 11

hr: 0
Avg CQI: 8.64
CA Activation Rate num: 8731506
UPTP Mbps Den: 2211
Setup_Fail_DEN: 17003
SIP_SC_Total_MOU: 56.86
S1U_SIP_SC_SEER_den: 65
Peak UE: 50
MB_per_connected_UE: 132.79
PCT Time MIMO: 42.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8079
UL Throughput: 2.47
DL Data Vol MAC in MB: 8155.42

Time: 14:07:27
Date: 24-04-2022
holiday: 0
CA DL DataVolRatio Pct: 43.55
CA DL DataVolRatio Pct num: 5734
HO Attempts: 186

Avg_Connected_UEs: 44.71
SIP DC%: 
UPTP_Mbps: 17.28
DLRLCLayerDataVolume MB: 6570.07
DRB UL Data Volume MB: 7089
Avg_PUCCH_SINR: 15.76
PRB Util%: 53.54
RRC Setup Attempts: 8966
CA DL DataVolRatio Pct den: 9701
CA Conf FailRate Pct den: 3901
RSSIRX1 Avg: -98.19
weekend: 1
UPTP Mbps Num: 54129
CA Activation Rate: 62.8
RRC Setup Failures: 22
hr: 23
MAC_UE_SC_Tput: 12542.53

hr: 23
CA Activation Rate num: 7082868
UPTP Mbps Den: 1259
SIP_SC_Total_MOU: 12.04
S1U_SIP_SC_SEER_den: 49
Peak UE: 36
MB_per_connected_UE: 185.84
DL Data Vol MAC in MB: 7191.49

Time: 05:54:07
Date: 07-11-2023
holiday: 0
CA DL DataVolRatio Pct: 63.31
SIP_SC_Call_Attempts: 140
HO_att_InterFreq: 752

DL MAC Vol Scell Pct: 25.71
Avg_Connected_UEs: 32.67
SIP DC%: 
UPTP_Mbps: 38.55
DLRLCLayerDataVolume MB: 4025.54
PRB Util%: 33.79
CA DL DataVolRatio Pct den: 1732
CA Conf FailRate Pct den: 4189
weekend: 0
UPTP Mbps Num: 14061
Bearer Setup Failure Voice Den: 89
S1U_SIP_SC_SEER_num: 24
CA Activation Rate: 59.63
hr: 8
MAC_UE_SC_Tput: 7113.13
Bearer Releases: 7140

hr: 8
CA Activation Rate num: 8715560
UPTP Mbps Den: 1165
Setup_Fail_DEN: 15037
S1U_SIP_SC_SEER_den: 12
Peak UE: 46
PCT Time MIMO: 37.69
DL Volume: 353
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7995
UL Throughput: 1.76

Time: 11:43:55
Date: 29-09-2023
holiday: 0
CA DL DataVolRatio Pct: 84.81
SIP_SC_Call_Attempts: 55
HO_att_InterFreq: 289
CA DL DataVolRatio Pct num: 941
HO Attempts: 755

DL MAC Vol Scell Pct: 15.59
SIP DC%: 
UPTP_Mbps: 25.21
DLRLCLayerDataVolume MB: 5939.53
DRB UL Data Volume MB: 9737
Avg_PUCCH_SINR: 15.75
CA DL DataVolRatio Pct den: 5783
CA Conf FailRate Pct den: 2637
weekend: 0
CA Activation Rate: 35
hr: 23
MAC_UE_SC_Tput: 12729.24
Bearer Releases: 9821

hr: 23
qci1_setup_attempts: 171
Avg CQI: 9.12
CA Activation Rate num: 3702793
UPTP Mbps Den: 5525
Setup_Fail_DEN: 7803
SIP_SC_Total_MOU: 300.62
S1U_SIP_SC_SEER_den: 273
Peak UE: 27
MB_per_connected_UE: 35.61
PCT Time MIMO: 33.57
DL Data Vol MAC in MB: 7573.08
Time: 05:47:20

holiday: 0
CA DL DataVolRatio Pct: 90.7
RRC Setup Failure% 5G: 0.6
HO_att_InterFreq: 217
CA DL DataVolRatio Pct num: 4899
HO Attempts: 330

DL MAC Vol Scell Pct: 9.94
SIP DC%: 
UPTP_Mbps: 29.72
DLRLCLayerDataVolume MB: 6213.39
DRB UL Data Volume MB: 4707
Avg_PUCCH_SINR: 16.1
PRB Util%: 74.86
RRC Setup Attempts: 4715
CA DL DataVolRatio Pct den: 2674
CA Conf FailRate Pct den: 4778
weekend: 0
UPTP Mbps Num: 21650
Bearer Setup Failure Voice Den: 186
RSSIRX2 Avg: -97.9
S1U_SIP_SC_SEER_num: 4
CA Activation Rate: 49.28
hr: 23
MAC_UE_SC_Tput: 13701.11
Bearer Releases: 18285

hr: 23
qci1_setup_attempts: 212
CA Activation Rate num: 4287111
UPTP Mbps Den: 640
Setup_Fail_DEN: 15373
SIP_SC_Total_MOU: 42.05
UL MAC Vol Scell Pct: 0.27
S1U_SIP_SC_SEER_den: 6
Peak UE: 44
MB_per_connected_UE: 34.42
PCT Time MIMO: 69
QCI 1 Bearer Releases: 67
UL Throughput: 2.94
DL Data Vol MAC in MB: 7228.56
CA Activation Rate den: 82120

Time: 16:02:48
Date: 12-11-2022
holiday: 0
CA DL DataVolRatio Pct: 57.38
SIP_SC_Call_Attempts: 68
Bearer Releases Voice: 139
HO_att_InterFreq: 363
CA DL DataVolRatio Pct num: 2207
HO Attempts: 214

DL MAC Vol Scell Pct: 13.42
Avg_Connected_UEs: 82.65
SIP DC%: 
UPTP_Mbps: 31.74
DRB UL Data Volume MB: 4512
PRB Util%: 36.18
RRC Setup Attempts: 5815
CA DL DataVolRatio Pct den: 4304
CA Conf FailRate Pct den: 5725
weekend: 0
UPTP Mbps Num: 25814
Bearer Setup Failure Voice Den: 2
RSSIRX2 Avg: -97.22
S1U_SIP_SC_SEER_num: 62
CA Activation Rate: 16.92
hr: 23
MAC_UE_SC_Tput: 14711.04

hr: 23
Avg CQI: 7.96
CA Activation Rate num: 2337067
UPTP Mbps Den: 1349
SIP_SC_Total_MOU: 394.36
RSSI Delta: 0.15
Peak UE: 27
MB_per_connected_UE: 76.97
DL Volume: 3642
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7474
UL Throughput: 2.22
CA Activation Rate den: 108153

Time: 22:07:01
holiday: 0
CA DL DataVolRatio Pct: 61.64
RRC Setup Failure% 5G: 0.18
HO_att_InterFreq: 686
CA DL DataVolRatio Pct num: 6167

Avg_Connected_UEs: 52.22
SIP DC%: 
UPTP_Mbps: 12.58
S1U_SIP_SC_SEER: 99.41
DLRLCLayerDataVolume MB: 524.84
DRB UL Data Volume MB: 7761
RRC Setup Attempts: 5275
CA DL DataVolRatio Pct den: 5673
weekend: 0
CA Activation Rate: 50.65
hr: 23
MAC_UE_SC_Tput: 5184.4
Bearer Releases: 7083

hr: 23
qci1_setup_attempts: 35
Avg CQI: 9.14
CA Activation Rate num: 5405356
UPTP Mbps Den: 3042
Setup_Fail_DEN: 12246
UL MAC Vol Scell Pct: 0.34
Peak UE: 78
PCT Time MIMO: 37.54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5262
UL Throughput: 15.03
CA Activation Rate den: 144870
Combined RACH Preambles: 2266

Time: 10:35:31
Date: 24-08-2023
holiday: 0
RRC Setup Failure% 5G: 0.08
HO_att_InterFreq: 478
CA DL DataVolRatio Pct num: 6779
HO Attempts: 97

Avg_Connected_UEs: 65.54
SIP DC%: 
UPTP_Mbps: 71.44
DLRLCLayerDataVolume MB: 1641.72
DRB UL Data Volume MB: 9140
Avg_PUCCH_SINR: 16.53
PRB Util%: 28.49
CA DL DataVolRatio Pct den: 939
CA Conf FailRate Pct den: 2763
RSSIRX1 Avg: -95.22
weekend: 0
Bearer Setup Failure Voice Den: 46
RSSIRX2 Avg: -95.28
CA Activation Rate: 18.08
RRC Setup Failures: 17
hr: 2
MAC_UE_SC_Tput: 9732.18
Bearer Releases: 11830

hr: 2
CA Activation Rate num: 10086303
Setup_Fail_DEN: 14467
SIP_SC_Total_MOU: 221.7
S1U_SIP_SC_SEER_den: 258
Peak UE: 33
MB_per_connected_UE: 45.62
PCT Time MIMO: 40.38
DL Volume: 1249
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4253
QCI 1 Bearer Releases: 171
DL Data Vol MAC in MB: 9206.7

Combined RACH Preambles: 3314
Time: 20:03:30
Date: 11-02-2022
holiday: 0
CA DL DataVolRatio Pct: 85.58
Bearer Releases Voice: 53
HO_att_InterFreq: 142
CA DL DataVolRatio Pct num: 6635
HO Attempts: 354

SIP DC%: 
DRB UL Data Volume MB: 5228
RRC Setup Attempts: 3368
CA DL DataVolRatio Pct den: 2028
CA Conf FailRate Pct den: 5926
weekend: 0
RSSIRX2 Avg: -97.14
hr: 23
MAC_UE_SC_Tput: 9163.87

hr: 23
qci1_setup_attempts: 22
CA Activation Rate num: 5431066
UPTP Mbps Den: 881
Setup_Fail_DEN: 7276
SIP_SC_Total_MOU: 273.32
UL MAC Vol Scell Pct: 0.43
Peak UE: 30
MB_per_connected_UE: 47.63
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7808
CA Activation Rate den: 49031

Combined RACH Preambles: 2568
Time: 08:18:07
Date: 17-04-2022
holiday: 0
CA DL DataVolRatio Pct: 74.43
SIP_SC_Call_Attempts: 182
HO_att_InterFreq: 653
CA DL DataVolRatio Pct num: 4157
HO Attempts: 580

DL MAC Vol Scell Pct: 26.86
Avg_Connected_UEs: 43.54
SIP DC%: 
UPTP_Mbps: 24.58
DRB UL Data Volume MB: 6592
Avg_PUCCH_SINR: 16.08
RRC Setup Attempts: 3680
CA DL DataVolRatio Pct den: 5612
weekend: 0
UPTP Mbps Num: 2108
RSSIRX2 Avg: -95.55
S1U_SIP_SC_SEER_num: 257
CA Activation Rate: 4.13
hr: 7
MAC_UE_SC_Tput: 9238.59
Bearer Releases: 10793

hr: 7
CA Activation Rate num: 4951991
UPTP Mbps Den: 1675
Setup_Fail_DEN: 6599
SIP_SC_Total_MOU: 182.31
S1U_SIP_SC_SEER_den: 250
Peak UE: 76
VOLTE IA%: 
PCT Time MIMO: 59.29
DL Volume: 1409
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6075
UL Throughput: 2.14
DL Data Vol MAC in MB: 9277.04

Combined RACH Preambles: 1949
Time: 15:59:52
holiday: 0
CA DL DataVolRatio Pct: 75.49
SIP_SC_Call_Attempts: 58
HO Attempts: 748

DL MAC Vol Scell Pct: 30.9
Avg_Connected_UEs: 50.87
SIP DC%: 
UPTP_Mbps: 19.03
DLRLCLayerDataVolume MB: 7472.62
DRB UL Data Volume MB: 3517
Avg_PUCCH_SINR: 15.96
UL Resid BLER PCT: 0.28
CA DL DataVolRatio Pct den: 6579
RSSIRX1 Avg: -98.11
weekend: 0
UPTP Mbps Num: 13075
Bearer Setup Failure Voice Den: 103
RSSIRX2 Avg: -97.4
S1U_SIP_SC_SEER_num: 52
CA Activation Rate: 43.19
hr: 2
MAC_UE_SC_Tput: 8412.71
Bearer Releases: 7860

hr: 2
Avg CQI: 8.79
UPTP Mbps Den: 2998
SIP_SC_Total_MOU: 61.1
Peak UE: 27
MB_per_connected_UE: 144.82
DL Volume: 4932
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3855
UL Throughput: 0.82
DL Data Vol MAC in MB: 4107.24
CA Activation Rate den: 117975

Combined RACH Preambles: 2943
Time: 23:14:34
Date: 04-09-2023
holiday: 0
CA DL DataVolRatio Pct: 67.1
CA DL DataVolRatio Pct num: 5123
HO Attempts: 340

Avg_Connected_UEs: 56.92
SIP DC%: 
UPTP_Mbps: 25.78
DLRLCLayerDataVolume MB: 1278.55
Avg_PUCCH_SINR: 16.51
RRC Setup Attempts: 6762
CA DL DataVolRatio Pct den: 8575
CA Conf FailRate Pct den: 6195
weekend: 0
UPTP Mbps Num: 42528
RSSIRX2 Avg: -95.96
S1U_SIP_SC_SEER_num: 95
CA Activation Rate: 37.59
hr: 11
MAC_UE_SC_Tput: 17278.45

hr: 11
Avg CQI: 7.98
CA Activation Rate num: 1302639
UPTP Mbps Den: 1867
Peak UE: 49
MB_per_connected_UE: 27.5
PCT Time MIMO: 48.75
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3893
QCI 1 Bearer Releases: 99
UL Throughput: 2.82
DL Data Vol MAC in MB: 1809.4

Time: 15:26:07
Date: 24-01-2022
holiday: 0
HO_att_InterFreq: 706
HO Attempts: 220

DL MAC Vol Scell Pct: 22.04
Avg_Connected_UEs: 47.28
SIP DC%: 
DRB UL Data Volume MB: 4449
PRB Util%: 41.65
UL Resid BLER PCT: 0.32
RRC Setup Attempts: 5911
CA DL DataVolRatio Pct den: 8407
CA Conf FailRate Pct den: 4374
weekend: 0
UPTP Mbps Num: 32965
RSSIRX2 Avg: -97.83
CA Activation Rate: 49.35
hr: 23
MAC_UE_SC_Tput: 11635.48
Bearer Releases: 16507

hr: 23
HO_fail_PCT_InterFreq: 0.17
CA Activation Rate num: 10339884
UPTP Mbps Den: 3112
SIP_SC_Total_MOU: 299.13
S1U_SIP_SC_SEER_den: 106
Peak UE: 60
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5622
UL Throughput: 1.24

Time: 17:29:16
holiday: 0
CA DL DataVolRatio Pct: 78.76
CA DL DataVolRatio Pct num: 5096

DL MAC Vol Scell Pct: 13.88
Avg_Connected_UEs: 55.39
SIP DC%: 
UPTP_Mbps: 23.79
DLRLCLayerDataVolume MB: 8224.66
DRB UL Data Volume MB: 7723
PRB Util%: 74.99
RRC Setup Attempts: 6669
CA DL DataVolRatio Pct den: 8667
weekend: 0
Bearer Setup Failure Voice Den: 38
S1U_SIP_SC_SEER_num: 7
CA Activation Rate: 40.14
hr: 6
Bearer Releases: 12343

hr: 6
qci1_setup_attempts: 102
CA Activation Rate num: 3496607
UPTP Mbps Den: 2421
SIP_SC_Total_MOU: 62.33
Peak UE: 45
MB_per_connected_UE: 166.77
DL Volume: 2943
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4755
DL Data Vol MAC in MB: 10222.66
Combined RACH Preambles: 2761

Time: 01:05:36
Date: 25-11-2022
holiday: 0
CA DL DataVolRatio Pct: 86.48
SIP_SC_Call_Attempts: 164
HO_att_InterFreq: 245
CA DL DataVolRatio Pct num: 6670
HO Attempts: 428

DL MAC Vol Scell Pct: 20.36
Avg_Connected_UEs: 79.39
SIP DC%: 
UPTP_Mbps: 35.34
DLRLCLayerDataVolume MB: 6153.8
DRB UL Data Volume MB: 9306
PRB Util%: 28.95
CA DL DataVolRatio Pct den: 5361
RSSIRX1 Avg: -98.02
weekend: 0
UPTP Mbps Num: 27205
Bearer Setup Failure Voice Den: 27
CA Activation Rate: 70.42
hr: 4

hr: 4
CA Activation Rate num: 4101810
UPTP Mbps Den: 5916
Setup_Fail_DEN: 9857
SIP_SC_Total_MOU: 12.97
S1U_SIP_SC_SEER_den: 98
Peak UE: 27
MB_per_connected_UE: 40.27
PCT Time MIMO: 41.72
DL Volume: 904
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4788
QCI 1 Bearer Releases: 31
DL Data Vol MAC in MB: 8534.94
CA Activation Rate den: 41019
Combined RACH Preambles: 3463

Time: 05:55:03
Date: 14-03-2023
holiday: 0
CA DL DataVolRatio Pct: 91.88
HO_att_InterFreq: 247
HO Attempts: 28

DL MAC Vol Scell Pct: 7.98
Avg_Connected_UEs: 27.79
SIP DC%: 
UPTP_Mbps: 12.61
DLRLCLayerDataVolume MB: 9692.36
DRB UL Data Volume MB: 4212
PRB Util%: 21.27
UL Resid BLER PCT: 0.6
CA DL DataVolRatio Pct den: 8937
weekend: 0
Bearer Setup Failure Voice Den: 10
RSSIRX2 Avg: -93.66
S1U_SIP_SC_SEER_num: 192
CA Activation Rate: 34
hr: 5
MAC_UE_SC_Tput: 4658.64
Bearer Releases: 6934

hr: 5
Setup_Fail_DEN: 17992
Peak UE: 27
MB_per_connected_UE: 68.86
PCT Time MIMO: 53.31
DL Volume: 297
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7854
QCI 1 Bearer Releases: 27
UL Throughput: 2.02
DL Data Vol MAC in MB: 2213.81
CA Activation Rate den: 129340

Time: 12:14:16
Date: 23-09-2022
holiday: 0
CA DL DataVolRatio Pct num: 3200
HO Attempts: 702

Avg_Connected_UEs: 54.95
SIP DC%: 
UPTP_Mbps: 11.99
DLRLCLayerDataVolume MB: 2513.91
DRB UL Data Volume MB: 4182
Avg_PUCCH_SINR: 16.06
UL Resid BLER PCT: 0.31
RRC Setup Attempts: 5284
CA DL DataVolRatio Pct den: 2694
CA Conf FailRate Pct den: 4976
weekend: 0
Bearer Setup Failure Voice Den: 61
RSSIRX2 Avg: -97.91
hr: 12
MAC_UE_SC_Tput: 12743.61
HQ_EXE_TOTARGET_FAILURE_QCI_1_NUM: 18
Bearer Releases: 17379

hr: 12
Avg CQI: 8.19
UPTP Mbps Den: 2785
Setup_Fail_DEN: 15091
SIP_SC_Total_MOU: 20.24
S1U_SIP_SC_SEER_den: 13
Peak UE: 27
MB_per_connected_UE: 139.86
PCT Time MIMO: 36.5
DL Volume: 9837
UL Throughput: 5.43
DL Data Vol MAC in MB: 2310.26
CA Activation Rate den: 115787

Time: 21:59:23
Date: 01-10-2022
holiday: 0
CA DL DataVolRatio Pct: 76.93
SIP_SC_Call_Attempts: 5
CA DL DataVolRatio Pct num: 5298

DL MAC Vol Scell Pct: 3.61
Avg_Connected_UEs: 31.99
SIP DC%: 
UPTP_Mbps: 38.85
DLRLCLayerDataVolume MB: 2459.49
DRB UL Data Volume MB: 8641
Avg_PUCCH_SINR: 17.24
PRB Util%: 36.01
RRC Setup Attempts: 4034
CA DL DataVolRatio Pct den: 6662
CA Conf FailRate Pct den: 7163
weekend: 0
UPTP Mbps Num: 16568
RSSIRX2 Avg: -97.98
CA Activation Rate: 9.99
hr: 0
MAC_UE_SC_Tput: 5939.14
Bearer Releases: 9596

hr: 0
qci1_setup_attempts: 6
Avg CQI: 8.29
Setup_Fail_DEN: 15858
Peak UE: 38
MB_per_connected_UE: 54.56
DL Volume: 454
QCI 1 Bearer Releases: 36
CA Activation Rate den: 64369

Time: 02:41:35
Date: 26-03-2023
holiday: 0
CA Conf FailRate Pct: 0.14
SIP_SC_Call_Attempts: 211
Bearer Releases Voice: 49
CA DL DataVolRatio Pct num: 2895

DL MAC Vol Scell Pct: 6.14
SIP DC%: 
UPTP_Mbps: 28.54
DRB UL Data Volume MB: 8931
RRC Setup Attempts: 6975
CA DL DataVolRatio Pct den: 9991
CA Conf FailRate Pct den: 9498
RSSIRX1 Avg: -98.14
weekend: 0
UPTP Mbps Num: 27783
hr: 20
MAC_UE_SC_Tput: 12074.8

hr: 20
Avg CQI: 8.63
CA Activation Rate num: 2325798
UPTP Mbps Den: 2882
Setup_Fail_DEN: 6468
S1U_SIP_SC_SEER_den: 116
Peak UE: 63
MB_per_connected_UE: 49.27
DL Volume: 9564
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3463
DL Data Vol MAC in MB: 7580.59
CA Activation Rate den: 37127

Time: 02:31:09
Date: 15-06-2023
holiday: 0
CA DL DataVolRatio Pct: 61.56
CA Conf FailRate Pct: 0.08
SIP_SC_Call_Attempts: 52
CA DL DataVolRatio Pct num: 328
HO Attempts: 247

Avg_Connected_UEs: 31.36
SIP DC%: 
UPTP_Mbps: 39.18
DLRLCLayerDataVolume MB: 8998.7
DRB UL Data Volume MB: 4164
PRB Util%: 22.48
RRC Setup Attempts: 5602
CA DL DataVolRatio Pct den: 8241
CA Conf FailRate Pct den: 7741
RSSIRX1 Avg: -98.28
weekend: 0
Bearer Setup Failure Voice Den: 34
CA Activation Rate: 10.52
hr: 9
MAC_UE_SC_Tput: 17190.41

hr: 9
CA Activation Rate num: 8095022
UPTP Mbps Den: 585
Setup_Fail_DEN: 15467
Peak UE: 27
MB_per_connected_UE: 33.78
DL Volume: 8709
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6100
UL Throughput: 3.85
CA Activation Rate den: 49118

Time: 03:59:17
Date: 23-03-2023
holiday: 0
CA DL DataVolRatio Pct: 91.67
HO_att_InterFreq: 369
CA DL DataVolRatio Pct num: 1400
HO Attempts: 724

DL MAC Vol Scell Pct: 15.64
SIP DC%: 
UPTP_Mbps: 35.85
DLRLCLayerDataVolume MB: 5672.91
Avg_PUCCH_SINR: 16.33
PRB Util%: 51.49
RRC Setup Attempts: 6310
CA Conf FailRate Pct den: 7046
weekend: 1
RSSIRX2 Avg: -95.63
CA Activation Rate: 56.02
hr: 23
MAC_UE_SC_Tput: 49360.67

hr: 23
qci1_setup_attempts: 88
UPTP Mbps Den: 5164
SIP_SC_Total_MOU: 106.29
Peak UE: 27
MB_per_connected_UE: 183.59
PCT Time MIMO: 40.92
DL Volume: 8821
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3683
UL Throughput: 5.65
DL Data Vol MAC in MB: 3326.08

Time: 13:37:20
holiday: 0
CA DL DataVolRatio Pct: 76.23
SIP_SC_Call_Attempts: 159
HO_att_InterFreq: 651

DL MAC Vol Scell Pct: 57.92
Avg_Connected_UEs: 45.8
SIP DC%: 
UPTP_Mbps: 30.02
DLRLCLayerDataVolume MB: 3110.17
DRB UL Data Volume MB: 5807
Avg_PUCCH_SINR: 15.64
PRB Util%: 38.04
CA DL DataVolRatio Pct den: 9661
CA Conf FailRate Pct den: 5200
weekend: 0
Bearer Setup Failure Voice Den: 116
S1U_SIP_SC_SEER_num: 26
hr: 3
MAC_UE_SC_Tput: 6307.29

hr: 3
qci1_setup_attempts: 24
CA Activation Rate num: 9534991
UPTP Mbps Den: 4440
Setup_Fail_DEN: 15041
SIP_SC_Total_MOU: 53.06
S1U_SIP_SC_SEER_den: 125
Peak UE: 62
MB_per_connected_UE: 109.98
DL Volume: 4252
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3989
DL Data Vol MAC in MB: 2678.91

Combined RACH Preambles: 2502
Time: 03:29:48
Date: 12-09-2022
holiday: 0
CA DL DataVolRatio Pct: 50.74
HO Attempts: 899

Avg_Connected_UEs: 36.7
SIP DC%: 
UPTP_Mbps: 38.91
DLRLCLayerDataVolume MB: 2063.53
CA DL DataVolRatio Pct den: 9997
CA Conf FailRate Pct den: 4414
RSSIRX1 Avg: -93.91
weekend: 1
CA Activation Rate: 34.09
hr: 16
MAC_UE_SC_Tput: 8801.65
Bearer Releases: 11299

hr: 16
Avg CQI: 10.31
UPTP Mbps Den: 2514
Setup_Fail_DEN: 15253
SIP_SC_Total_MOU: 139.5
Peak UE: 27
MB_per_connected_UE: 193.42
PCT Time MIMO: 45.31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5112
DL Data Vol MAC in MB: 1106.38

Time: 23:36:03
Date: 18-06-2022
holiday: 0
CA DL DataVolRatio Pct: 90.34
Combined RACH Failures: 7
Bearer Releases Voice: 23
HO Attempts: 332

DL MAC Vol Scell Pct: 37.79
Avg_Connected_UEs: 60.72
SIP DC%: 
UPTP_Mbps: 39.29
DLRLCLayerDataVolume MB: 1730.41
DRB UL Data Volume MB: 9363
UL Resid BLER PCT: 0.7
CA DL DataVolRatio Pct den: 5126
weekend: 0
UPTP Mbps Num: 28977
RSSIRX2 Avg: -93.93
S1U_SIP_SC_SEER_num: 154
CA Activation Rate: 60.04
hr: 0
MAC_UE_SC_Tput: 9818.55

hr: 0
Avg CQI: 8.44
CA Activation Rate num: 895491
UPTP Mbps Den: 4473
Setup_Fail_DEN: 6553
Peak UE: 60
MB_per_connected_UE: 58.69
PCT Time MIMO: 36.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5340
DL Data Vol MAC in MB: 9454.38

Time: 15:52:41
Date: 11-09-2022
holiday: 0
CA DL DataVolRatio Pct: 77.31
SIP_SC_Call_Attempts: 36
HO_att_InterFreq: 761
HO Attempts: 898

SIP DC%: 
UPTP_Mbps: 44.49
DRB UL Data Volume MB: 2703
CA Conf FailRate Pct den: 4818
weekend: 1
Bearer Setup Failure Voice Den: 79
RSSIRX2 Avg: -94.5
CA Activation Rate: 76.94
hr: 0
MAC_UE_SC_Tput: 11059.02

hr: 0
UPTP Mbps Den: 461
Setup_Fail_DEN: 13767
S1U_SIP_SC_SEER_den: 239
Peak UE: 72
MB_per_connected_UE: 108.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5048
QCI 1 Bearer Releases: 13
UL Throughput: 1.02
DL Data Vol MAC in MB: 6750.25
CA Activation Rate den: 131945

Combined RACH Preambles: 1971
Time: 18:17:28
Date: 08-12-2022
holiday: 0
CA DL DataVolRatio Pct: 82.04
Bearer Releases Voice: 132
HO_att_InterFreq: 593
HO Attempts: 262

DL MAC Vol Scell Pct: 36.11
SIP DC%: 
UPTP_Mbps: 97.47
DLRLCLayerDataVolume MB: 800.44
PRB Util%: 18.33
CA DL DataVolRatio Pct den: 4085
CA Conf FailRate Pct den: 6799
RSSIRX1 Avg: -94.47
weekend: 0
UPTP Mbps Num: 44757
RSSIRX2 Avg: -98.08
CA Activation Rate: 11.95
hr: 20
MAC_UE_SC_Tput: 9826.32

hr: 20
CA Activation Rate num: 8916148
UPTP Mbps Den: 3098
Setup_Fail_DEN: 10901
S1U_SIP_SC_SEER_den: 147
Peak UE: 50
VOLTE IA%: 0.28
MB_per_connected_UE: 71.36
PCT Time MIMO: 52.35
DL Volume: 3365
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5160
DL Data Vol MAC in MB: 2777.52

Time: 00:34:19
Date: 11-08-2023
holiday: 0
CA DL DataVolRatio Pct: 76.74
CA DL DataVolRatio Pct num: 5727
HO Attempts: 66

DL MAC Vol Scell Pct: 26.99
SIP DC%: 
UPTP_Mbps: 96.34
DRB UL Data Volume MB: 6137
Avg_PUCCH_SINR: 15.88
PRB Util%: 40.3
RRC Setup Attempts: 6302
CA Conf FailRate Pct den: 8173
weekend: 0
Bearer Setup Failure Voice Den: 208
RRC Setup Failures: 21
hr: 7
MAC_UE_SC_Tput: 6958.26
Bearer Releases: 14662

hr: 7
qci1_setup_attempts: 23
Avg CQI: 8.39
CA Activation Rate num: 2687942
UPTP Mbps Den: 1028
Setup_Fail_DEN: 13787
S1U_SIP_SC_SEER_den: 36
Peak UE: 27
MB_per_connected_UE: 17.52
PCT Time MIMO: 63.84
DL Volume: 5520
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7241
UL Throughput: 17.64
DL Data Vol MAC in MB: 2026.46

Combined RACH Preambles: 2058
Time: 23:01:18
Date: 29-01-2023
holiday: 0
CA DL DataVolRatio Pct: 82.02
SIP_SC_Call_Attempts: 2
HO Attempts: 200

SIP DC%: 
UPTP_Mbps: 82.53
DLRLCLayerDataVolume MB: 5084.49
DRB UL Data Volume MB: 1209
Avg_PUCCH_SINR: 16.46
PRB Util%: 38.34
RRC Setup Attempts: 7062
CA DL DataVolRatio Pct den: 7044
CA Conf FailRate Pct den: 5141
RSSIRX1 Avg: -97.66
weekend: 0
Bearer Setup Failure Voice Den: 214
CA Activation Rate: 23.91
hr: 7
MAC_UE_SC_Tput: 13267.34
Bearer Releases: 9261

hr: 7
HO_fail_PCT_InterFreq: 0.15
CA Activation Rate num: 9998966
UPTP Mbps Den: 1891
Setup_Fail_DEN: 11678
Peak UE: 27
VOLTE IA%: 0.41
MB_per_connected_UE: 12.19
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7027
UL Throughput: 0.97
DL Data Vol MAC in MB: 5931.86
CA Activation Rate den: 78755
Combined RACH Preambles: 2334

Time: 17:32:42
Date: 31-03-2023
holiday: 0
HO_att_InterFreq: 746
HO Attempts: 518

SIP DC%: 
UPTP_Mbps: 46.91
DLRLCLayerDataVolume MB: 5061.86
DRB UL Data Volume MB: 7652
PRB Util%: 32.38
RRC Setup Attempts: 5787
CA DL DataVolRatio Pct den: 1463
weekend: 0
UPTP Mbps Num: 10512
Bearer Setup Failure Voice Den: 104
RSSIRX2 Avg: -97.89
CA Activation Rate: 51
hr: 0
MAC_UE_SC_Tput: 5197.01

hr: 0
Avg CQI: 9.65
CA Activation Rate num: 2766832
UPTP Mbps Den: 541
S1U_SIP_SC_SEER_den: 35
Peak UE: 30
MB_per_connected_UE: 40.82
DL Volume: 2914
DL Data Vol MAC in MB: 809.58
CA Activation Rate den: 113413
Combined RACH Preambles: 3582

Time: 08:29:30
Date: 01-02-2022
holiday: 0
CA DL DataVolRatio Pct: 92.45
HO_att_InterFreq: 61
CA DL DataVolRatio Pct num: 1747
HO Attempts: 494

Avg_Connected_UEs: 46.85
SIP DC%: 
UPTP_Mbps: 10.92
DLRLCLayerDataVolume MB: 8278.78
DRB UL Data Volume MB: 2674
CA Conf FailRate Pct den: 7285
weekend: 0
Bearer Setup Failure Voice Den: 7
S1U_SIP_SC_SEER_num: 41
CA Activation Rate: 61.32
hr: 13
MAC_UE_SC_Tput: 7925.83

hr: 13
qci1_setup_attempts: 14
Avg CQI: 9.5
CA Activation Rate num: 8792615
UPTP Mbps Den: 1432
Setup_Fail_DEN: 14375
SIP_SC_Total_MOU: 68.24
Peak UE: 72
DL Volume: 3285
UL Throughput: 5.81
CA Activation Rate den: 50972

Time: 14:58:04
Date: 05-05-2022
holiday: 0
SIP_SC_Call_Attempts: 60
CA DL DataVolRatio Pct num: 5914

DL MAC Vol Scell Pct: 33.39
Avg_Connected_UEs: 65.26
SIP DC%: 
UPTP_Mbps: 46.22
DLRLCLayerDataVolume MB: 3068.93
DRB UL Data Volume MB: 6742
UL Resid BLER PCT: 0.4
RRC Setup Attempts: 4449
CA DL DataVolRatio Pct den: 8861
CA Conf FailRate Pct den: 7043
weekend: 0
RSSIRX2 Avg: -98.5
CA Activation Rate: 74.36
hr: 0
MAC_UE_SC_Tput: 9442.79
Bearer Releases: 6455

hr: 0
qci1_setup_attempts: 190
CA Activation Rate num: 8923975
UPTP Mbps Den: 2631
Setup_Fail_DEN: 10291
Peak UE: 35
MB_per_connected_UE: 8.84
DL Volume: 1420
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4523
UL Throughput: 3.53

Combined RACH Preambles: 2749
Time: 20:22:52
holiday: 0
CA DL DataVolRatio Pct: 62.32
HO_att_InterFreq: 720
CA DL DataVolRatio Pct num: 4382

DL MAC Vol Scell Pct: 39.38
Avg_Connected_UEs: 29.06
SIP DC%: 
UPTP_Mbps: 45.45
DLRLCLayerDataVolume MB: 735.04
DRB UL Data Volume MB: 4176
PRB Util%: 22.84
RRC Setup Attempts: 3595
CA DL DataVolRatio Pct den: 6109
CA Conf FailRate Pct den: 4680
RSSIRX1 Avg: -96.56
weekend: 0
UPTP Mbps Num: 48933
Bearer Setup Failure Voice Den: 225
RSSIRX2 Avg: -95.41
CA Activation Rate: 76.18
hr: 0
MAC_UE_SC_Tput: 9994.24
Bearer Releases: 9178

hr: 0
UPTP Mbps Den: 2473
Setup_Fail_DEN: 10915
SIP_SC_Total_MOU: 147.1
S1U_SIP_SC_SEER_den: 257
Peak UE: 27
MB_per_connected_UE: 167.09
DL Volume: 6412
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3111
DL Data Vol MAC in MB: 8135.13
CA Activation Rate den: 105864

Time: 17:53:20
Date: 22-06-2022
holiday: 0
CA DL DataVolRatio Pct: 80.05
Bearer Releases Voice: 35
CA DL DataVolRatio Pct num: 2131
HO Attempts: 273

DL MAC Vol Scell Pct: 15.35
Avg_Connected_UEs: 43.71
SIP DC%: 
UPTP_Mbps: 131.98
DLRLCLayerDataVolume MB: 9970.45
DRB UL Data Volume MB: 8779
RRC Setup Attempts: 7669
RSSIRX1 Avg: -96.35
weekend: 0
Bearer Setup Failure Voice Den: 57
Setup_Fail_NUM: 2
RSSIRX2 Avg: -95.1
CA Activation Rate: 60.78
hr: 0
MAC_UE_SC_Tput: 11567.35
Bearer Releases: 9637

hr: 0
qci1_setup_attempts: 147
CA Activation Rate num: 1880468
UPTP Mbps Den: 1804
Setup_Fail_DEN: 15855
SIP_SC_Total_MOU: 96.45
UL MAC Vol Scell Pct: 0.03
S1U_SIP_SC_SEER_den: 186
Peak UE: 33
MB_per_connected_UE: 65.39
DL Volume: 8262
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6417
UL Throughput: 5.91
DL Data Vol MAC in MB: 7740.49
CA Activation Rate den: 123411

Time: 11:47:33
Date: 18-08-2022
holiday: 0
SIP_SC_Call_Attempts: 30
CA DL DataVolRatio Pct num: 1668
HO Attempts: 470

SIP DC%: 
UPTP_Mbps: 35.83
DLRLCLayerDataVolume MB: 6861.22
DRB UL Data Volume MB: 5733
CA DL DataVolRatio Pct den: 6364
CA Conf FailRate Pct den: 7203
RSSIRX1 Avg: -96.6
weekend: 0
UPTP Mbps Num: 13664
S1U_SIP_SC_SEER_num: 122
CA Activation Rate: 77.09
hr: 3
MAC_UE_SC_Tput: 7735.32

hr: 3
CA Activation Rate num: 3018278
UPTP Mbps Den: 418
SIP_SC_Total_MOU: 31.71
S1U_SIP_SC_SEER_den: 259
Peak UE: 110
MB_per_connected_UE: 33.54
DL Volume: 9590
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6245
UL Throughput: 4.13
DL Data Vol MAC in MB: 1601.12
CA Activation Rate den: 105601

Time: 12:01:25
Date: 19-09-2022
holiday: 0
SIP_SC_Call_Attempts: 79
CA DL DataVolRatio Pct num: 2734
HO Attempts: 868

Avg_Connected_UEs: 43.97
SIP DC%: 
UPTP_Mbps: 29.17
DRB UL Data Volume MB: 6733
Avg_PUCCH_SINR: 17.28
RRC Setup Attempts: 5130
CA DL DataVolRatio Pct den: 9462
RSSIRX1 Avg: -98.43
weekend: 1
Bearer Setup Failure Voice Den: 6
CA Activation Rate: 61.24
hr: 5
Bearer Releases: 6827

hr: 5
CA Activation Rate num: 4465074
UPTP Mbps Den: 2448
Setup_Fail_DEN: 10705
S1U_SIP_SC_SEER_den: 46
Peak UE: 27
MB_per_connected_UE: 9.67
DL Volume: 6807
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9298
UL Throughput: 11.19
CA Activation Rate den: 104771
Combined RACH Preambles: 3039

Time: 21:04:16
Date: 11-07-2022
holiday: 0
CA DL DataVolRatio Pct: 91.13
SIP_SC_Call_Attempts: 19
CA DL DataVolRatio Pct num: 590
HO Attempts: 768

DL MAC Vol Scell Pct: 21.08
Avg_Connected_UEs: 38.3
SIP DC%: 
UPTP_Mbps: 46.35
DRB UL Data Volume MB: 6207
RRC Setup Attempts: 4054
CA DL DataVolRatio Pct den: 9375
CA Conf FailRate Pct den: 5910
weekend: 0
Bearer Setup Failure Voice Den: 75
S1U_SIP_SC_SEER_num: 2
hr: 23
MAC_UE_SC_Tput: 11727.67
Bearer Releases: 8855

hr: 23
qci1_setup_attempts: 163
Avg CQI: 7.81
CA Activation Rate num: 8024300
UPTP Mbps Den: 2235
Setup_Fail_DEN: 12778
SIP_SC_Total_MOU: 41.14
Peak UE: 74
VOLTE IA%: 
MB_per_connected_UE: 46.03
PCT Time MIMO: 66.01
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3606

Time: 21:48:17
Date: 09-11-2022
holiday: 0
CA DL DataVolRatio Pct: 62.53
HO_att_InterFreq: 771
CA DL DataVolRatio Pct num: 3901

Avg_Connected_UEs: 44.89
SIP DC%: 
UPTP_Mbps: 41.35
DLRLCLayerDataVolume MB: 700.31
DRB UL Data Volume MB: 7923
Avg_PUCCH_SINR: 17.3
RRC Setup Attempts: 8089
RSSIRX1 Avg: -96.54
weekend: 0
UPTP Mbps Num: 15098
CA Activation Rate: 27.93
hr: 8
MAC_UE_SC_Tput: 6041.92
Bearer Releases: 8065

hr: 8
CA Activation Rate num: 8799684
UPTP Mbps Den: 741
SIP_SC_Total_MOU: 33.65
RSSI Delta: 0.14
Peak UE: 27
MB_per_connected_UE: 14.6
PCT Time MIMO: 63.67
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4579
QCI 1 Bearer Releases: 1
DL Data Vol MAC in MB: 2850.32

Time: 22:23:11
Date: 21-01-2023
holiday: 0
CA DL DataVolRatio Pct: 48.17
SIP_SC_Call_Attempts: 7
Bearer Releases Voice: 95

SIP DC%: 
UPTP_Mbps: 56.43
DLRLCLayerDataVolume MB: 9313.07
Avg_PUCCH_SINR: 15.66
PRB Util%: 42.45
RRC Setup Attempts: 3704
RSSIRX1 Avg: -96.46
weekend: 0
RSSIRX2 Avg: -95.68
CA Activation Rate: 41.52
hr: 16
HQ_EXE_TOTARGET_FAILURE_QCI_1_NUM: 5
Bearer Releases: 12940

hr: 16
CA Activation Rate num: 10162153
UPTP Mbps Den: 608
Setup_Fail_DEN: 14234
Peak UE: 41
MB_per_connected_UE: 157.49
PCT Time MIMO: 51.19
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5186
QCI 1 Bearer Releases: 49
UL Throughput: 1.6
DL Data Vol MAC in MB: 9997.47

Time: 15:01:37
holiday: 0
CA DL DataVolRatio Pct: 59.31
Bearer Releases Voice: 40
HO_att_InterFreq: 833
HO Attempts: 294

DL MAC Vol Scell Pct: 7.06
Avg_Connected_UEs: 44.01
SIP DC%: 
UPTP_Mbps: 40.24
DLRLCLayerDataVolume MB: 3130.89
DRB UL Data Volume MB: 8621
RRC Setup Attempts: 7332
CA DL DataVolRatio Pct den: 9203
RSSIRX1 Avg: -96.3
weekend: 0
UPTP Mbps Num: 30650
Bearer Setup Failure Voice Den: 236
S1U_SIP_SC_SEER_num: 15
CA Activation Rate: 31.44
hr: 9
MAC_UE_SC_Tput: 4739.55
Bearer Releases: 9589

hr: 9
qci1_setup_attempts: 38
Avg CQI: 7.62
UPTP Mbps Den: 397
Setup_Fail_DEN: 8480
SIP_SC_Total_MOU: 31.58
S1U_SIP_SC_SEER_den: 52
MB_per_connected_UE: 43.84
PCT Time MIMO: 42.56
DL Volume: 5970
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4529
UL Throughput: 2.92
DL Data Vol MAC in MB: 1848.42
CA Activation Rate den: 47978

Time: 06:00:36
Date: 10-02-2023
holiday: 0
HO_att_InterFreq: 914
CA DL DataVolRatio Pct num: 2451

DL MAC Vol Scell Pct: 27.36
Avg_Connected_UEs: 18.67
SIP DC%: 
UPTP_Mbps: 74.09
DLRLCLayerDataVolume MB: 5902.43
PRB Util%: 66.16
RRC Setup Attempts: 4155
CA DL DataVolRatio Pct den: 7996
RSSIRX1 Avg: -96.14
weekend: 0
CA Activation Rate: 15.14
hr: 23
MAC_UE_SC_Tput: 5010.93
Bearer Releases: 9712

hr: 23
qci1_setup_attempts: 252
Avg CQI: 10.33
CA Activation Rate num: 9097095
Setup_Fail_DEN: 14621
S1U_SIP_SC_SEER_den: 25
Peak UE: 51
MB_per_connected_UE: 124.98
PCT Time MIMO: 39.71
DL Volume: 653
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3301
DL Data Vol MAC in MB: 5632.08
CA Activation Rate den: 214242

Combined RACH Preambles: 2688
Time: 05:28:53
holiday: 0
CA DL DataVolRatio Pct: 60.1
HO Attempts: 693

DL MAC Vol Scell Pct: 33.16
Avg_Connected_UEs: 76.07
SIP DC%: 
UPTP_Mbps: 41.6
DLRLCLayerDataVolume MB: 637.51
DRB UL Data Volume MB: 7879
PRB Util%: 61.2
RRC Setup Attempts: 4696
CA DL DataVolRatio Pct den: 6675
weekend: 0
UPTP Mbps Num: 46465
RSSIRX2 Avg: -93.41
CA Activation Rate: 18.62
hr: 16
MAC_UE_SC_Tput: 16442.03
Bearer Releases: 17845

hr: 16
Avg CQI: 7.42
CA Activation Rate num: 10498318
UPTP Mbps Den: 5843
Setup_Fail_DEN: 8555
SIP_SC_Total_MOU: 381.26
Peak UE: 53
MB_per_connected_UE: 97.86
PCT Time MIMO: 40.78
DL Volume: 772
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3999
QCI 1 Bearer Releases: 89
DL Data Vol MAC in MB: 3516.32

Time: 15:38:26
Date: 30-04-2023
holiday: 0
CA DL DataVolRatio Pct: 86.69
HO Attempts: 476

DL MAC Vol Scell Pct: 5.51
Avg_Connected_UEs: 37.16
SIP DC%: 
UPTP_Mbps: 36.26
DLRLCLayerDataVolume MB: 1797.49
DRB UL Data Volume MB: 1199
Avg_PUCCH_SINR: 16.98
PRB Util%: 56.11
CA DL DataVolRatio Pct den: 9323
CA Conf FailRate Pct den: 5527
weekend: 0
UPTP Mbps Num: 46827
Bearer Setup Failure Voice Den: 166
RSSIRX2 Avg: -95.07
CA Activation Rate: 7.66
hr: 17
MAC_UE_SC_Tput: 16886.81
Bearer Releases: 12766

hr: 17
CA Activation Rate num: 5969048
UPTP Mbps Den: 894
Setup_Fail_DEN: 19823
SIP_SC_Total_MOU: 53.21
Peak UE: 27
MB_per_connected_UE: 116.38
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3704
UL Throughput: 2.37
DL Data Vol MAC in MB: 5897.89
CA Activation Rate den: 145882

Time: 11:59:14
Date: 24-10-2023
holiday: 0
CA DL DataVolRatio Pct: 74.75
Bearer Releases Voice: 20
HO_att_InterFreq: 431
CA DL DataVolRatio Pct num: 2877

DL MAC Vol Scell Pct: 5.72
SIP DC%: 
DLRLCLayerDataVolume MB: 3043.7
DRB UL Data Volume MB: 4242
UL Resid BLER PCT: 0.53
RRC Setup Attempts: 3767
CA DL DataVolRatio Pct den: 6322
RSSIRX1 Avg: -96.23
weekend: 0
UPTP Mbps Num: 16340
RSSIRX2 Avg: -98.2
hr: 23
Bearer Releases: 10298

hr: 23
qci1_setup_attempts: 145
CA Activation Rate num: 10598475
UPTP Mbps Den: 5946
Peak UE: 27
MB_per_connected_UE: 83.76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3611
DL Data Vol MAC in MB: 8490.11
CA Activation Rate den: 42510

Time: 17:25:33
holiday: 0
CA DL DataVolRatio Pct: 57.98

DL MAC Vol Scell Pct: 20.1
Avg_Connected_UEs: 71.65
SIP DC%: 
UPTP_Mbps: 42.27
PRB Util%: 25.79
RRC Setup Attempts: 5266
CA DL DataVolRatio Pct den: 6549
CA Conf FailRate Pct den: 9067
weekend: 0
UPTP Mbps Num: 36122
CA Activation Rate: 22.66
hr: 18
MAC_UE_SC_Tput: 24800.93
Bearer Releases: 13945

hr: 18
qci1_setup_attempts: 83
CA Activation Rate num: 5661751
UPTP Mbps Den: 2974
Setup_Fail_DEN: 16559
SIP_SC_Total_MOU: 400.74
UL MAC Vol Scell Pct: 0.06
S1U_SIP_SC_SEER_den: 37
Peak UE: 27
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6424
DL Data Vol MAC in MB: 6972.11

Time: 13:04:36
Date: 14-04-2023
holiday: 0
CA DL DataVolRatio Pct: 59.26
Bearer Releases Voice: 31
CA DL DataVolRatio Pct num: 4784
HO Attempts: 39

Avg_Connected_UEs: 57.29
SIP DC%: 
UPTP_Mbps: 44.68
DRB UL Data Volume MB: 6418
Avg_PUCCH_SINR: 16.15
PRB Util%: 21.12
RRC Setup Attempts: 3996
CA DL DataVolRatio Pct den: 1398
CA Conf FailRate Pct den: 5349
RSSIRX1 Avg: -97.6
weekend: 0
UPTP Mbps Num: 33702
Bearer Setup Failure Voice Den: 165
CA Activation Rate: 53.37
hr: 4
MAC_UE_SC_Tput: 16366.71
Bearer Releases: 8868

hr: 4
Avg CQI: 8.53
CA Activation Rate num: 9375822
UPTP Mbps Den: 2832
SIP_SC_Total_MOU: 117.52
UL MAC Vol Scell Pct: 0.04
S1U_SIP_SC_SEER_den: 32
Peak UE: 81
MB_per_connected_UE: 59.63
PCT Time MIMO: 56.47
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3622
DL Data Vol MAC in MB: 840.43
CA Activation Rate den: 67350

Combined RACH Preambles: 4973
Time: 07:56:18
Date: 15-11-2023
holiday: 0
CA DL DataVolRatio Pct: 82.65

DL MAC Vol Scell Pct: 35.18
Avg_Connected_UEs: 58.27
SIP DC%: 
DLRLCLayerDataVolume MB: 1068.3
DRB UL Data Volume MB: 3415
Avg_PUCCH_SINR: 16.23
PRB Util%: 20.69
RRC Setup Attempts: 5497
CA DL DataVolRatio Pct den: 9042
CA Conf FailRate Pct den: 7004
weekend: 0
UPTP Mbps Num: 50953
RSSIRX2 Avg: -95.46
CA Activation Rate: 41.85
hr: 19
MAC_UE_SC_Tput: 10098.32
Bearer Releases: 15749

hr: 19
UPTP Mbps Den: 1299
Setup_Fail_DEN: 9748
SIP_SC_Total_MOU: 233.22
Peak UE: 55
MB_per_connected_UE: 160.34
PCT Time MIMO: 39.37
QCI 1 Bearer Releases: 46
DL Data Vol MAC in MB: 8339.26

Combined RACH Preambles: 2355
Time: 10:27:52
holiday: 0
CA DL DataVolRatio Pct: 69.1
SIP_SC_Call_Attempts: 1
HO_att_InterFreq: 74
HO Attempts: 327

DL MAC Vol Scell Pct: 10.35
Avg_Connected_UEs: 54.8
SIP DC%: 
UPTP_Mbps: 38.86
DLRLCLayerDataVolume MB: 7133.79
DRB UL Data Volume MB: 4909
Avg_PUCCH_SINR: 15.98
PRB Util%: 51.57
CA DL DataVolRatio Pct den: 9967
CA Conf FailRate Pct den: 7222
weekend: 0
UPTP Mbps Num: 58036
RSSIRX2 Avg: -93.84
CA Activation Rate: 9.06
hr: 23
MAC_UE_SC_Tput: 8316.55
Bearer Releases: 17066

hr: 23
HO_fail_PCT_InterFreq: 0.03
qci1_setup_attempts: 179
Avg CQI: 7.6
CA Activation Rate num: 9265767
UPTP Mbps Den: 517
Setup_Fail_DEN: 19277
SIP_SC_Total_MOU: 118.83
S1U_SIP_SC_SEER_den: 30
Peak UE: 27
MB_per_connected_UE: 139.46
PCT Time MIMO: 34.4
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4441
DL Data Vol MAC in MB: 1191.62

Combined RACH Preambles: 3861
Time: 07:15:50
Date: 05-07-2022
holiday: 0
CA DL DataVolRatio Pct: 68.56
SIP_SC_Call_Attempts: 169
HO_att_InterFreq: 649
HO Attempts: 229

DL MAC Vol Scell Pct: 34.45
Avg_Connected_UEs: 56.03
SIP DC%: 
UPTP_Mbps: 24.17
DLRLCLayerDataVolume MB: 8404.81
DRB UL Data Volume MB: 7287
CA Conf FailRate Pct den: 3202
RSSIRX1 Avg: -95.23
weekend: 0
S1U_SIP_SC_SEER_num: 63
CA Activation Rate: 10.21
hr: 0
MAC_UE_SC_Tput: 5656.67

hr: 0
Avg CQI: 11.51
CA Activation Rate num: 3692345
UPTP Mbps Den: 1179
Setup_Fail_DEN: 7377
S1U_SIP_SC_SEER_den: 64
Peak UE: 27
MB_per_connected_UE: 43.95
PCT Time MIMO: 68.51
DL Volume: 5357
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3739
UL Throughput: 3.44
CA Activation Rate den: 98610

Time: 00:20:42
Date: 08-02-2023
holiday: 0
CA DL DataVolRatio Pct: 87.45
Combined RACH Failures: 10
CA DL DataVolRatio Pct num: 2603
HO Attempts: 314

DL MAC Vol Scell Pct: 15.18
Avg_Connected_UEs: 56.33
SIP DC%: 
UPTP_Mbps: 110.17
DRB UL Data Volume MB: 415
Avg_PUCCH_SINR: 16.31
PRB Util%: 24.6
RRC Setup Attempts: 3586
CA DL DataVolRatio Pct den: 9297
CA Conf FailRate Pct den: 7127
RSSIRX1 Avg: -93.53
weekend: 0
UPTP Mbps Num: 24413
Bearer Setup Failure Voice Den: 211
RSSIRX2 Avg: -96.9
CA Activation Rate: 66.27
hr: 6
MAC_UE_SC_Tput: 6388.61
Bearer Releases: 6953

hr: 6
CA Activation Rate num: 10108627
UPTP Mbps Den: 4311
Setup_Fail_DEN: 15647
Peak UE: 27
MB_per_connected_UE: 103.48
PCT Time MIMO: 60.15
DL Volume: 1533
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3190
CA Activation Rate den: 90377

Combined RACH Preambles: 2039
Time: 21:05:50
holiday: 0
CA DL DataVolRatio Pct: 86.65
Bearer Releases Voice: 61
HO_att_InterFreq: 548
CA DL DataVolRatio Pct num: 7155

DL MAC Vol Scell Pct: 3.34
Avg_Connected_UEs: 23.21
SIP DC%: 
UPTP_Mbps: 33.35
DRB UL Data Volume MB: 7426
Avg_PUCCH_SINR: 15.72
CA DL DataVolRatio Pct den: 7113
weekend: 0
Bearer Setup Failure Voice Den: 3
RSSIRX2 Avg: -96.77
hr: 0

hr: 0
Avg CQI: 8.12
CA Activation Rate num: 3997339
UPTP Mbps Den: 2239
SIP_SC_Total_MOU: 24.45
Peak UE: 34
DL Volume: 511
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4375
UL Throughput: 5.51
Time: 13:45:28
Date: 26-11-2023

holiday: 0
CA DL DataVolRatio Pct: 74.11
SIP_SC_Call_Attempts: 125
HO_att_InterFreq: 262
HO Attempts: 304

DL MAC Vol Scell Pct: 3.42
Avg_Connected_UEs: 25.95
SIP DC%: 
UPTP_Mbps: 98.78
DRB UL Data Volume MB: 4568
PRB Util%: 33.07
RRC Setup Attempts: 6677
CA Conf FailRate Pct den: 6061
RSSIRX1 Avg: -98.07
weekend: 0
UPTP Mbps Num: 39362
Bearer Setup Failure Voice Den: 110
hr: 0
MAC_UE_SC_Tput: 13020.9
Bearer Releases: 13230

hr: 0
qci1_setup_attempts: 25
CA Activation Rate num: 7789042
UPTP Mbps Den: 2666
Setup_Fail_DEN: 9300
SIP_SC_Total_MOU: 86.03
Peak UE: 41
MB_per_connected_UE: 49.85
DL Volume: 9578
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5824
DL Data Vol MAC in MB: 939.78
CA Activation Rate den: 85891
Combined RACH Preambles: 3365
Time: 21:35:47

holiday: 0
CA DL DataVolRatio Pct: 80.18
HO_att_InterFreq: 394
CA DL DataVolRatio Pct num: 6832
HO Attempts: 859

Avg_Connected_UEs: 42.95
SIP DC%: 
UPTP_Mbps: 32.31
DLRLCLayerDataVolume MB: 1844.03
PRB Util%: 38.75
RRC Setup Attempts: 5738
CA DL DataVolRatio Pct den: 9965
CA Conf FailRate Pct den: 8908
weekend: 0
CA Activation Rate: 75.64
hr: 13
MAC_UE_SC_Tput: 8633.42

hr: 13
CA Activation Rate num: 5565089
UPTP Mbps Den: 751
Setup_Fail_DEN: 8068
Peak UE: 84
MB_per_connected_UE: 108.21
DL Volume: 6814
UL Throughput: 4.83
CA Activation Rate den: 162140
Combined RACH Preambles: 3076

Time: 15:06:48
Date: 29-04-2022
holiday: 0
CA DL DataVolRatio Pct: 86.75
HO_att_InterFreq: 573
HO Attempts: 219

DL MAC Vol Scell Pct: 40.28
Avg_Connected_UEs: 47.29
SIP DC%: 
UPTP_Mbps: 30.44
DLRLCLayerDataVolume MB: 4147.46
DRB UL Data Volume MB: 4282
Avg_PUCCH_SINR: 17.39
PRB Util%: 32.53
RRC Setup Attempts: 4311
CA Conf FailRate Pct den: 2958
RSSIRX1 Avg: -93.8
weekend: 0
RSSIRX2 Avg: -96.94
S1U_SIP_SC_SEER_num: 203
CA Activation Rate: 32.27
hr: 7
MAC_UE_SC_Tput: 9198.28
Bearer Releases: 14765

hr: 7
Avg CQI: 9.01
CA Activation Rate num: 4901607
UPTP Mbps Den: 1814
Setup_Fail_DEN: 14443
SIP_SC_Total_MOU: 428.7
S1U_SIP_SC_SEER_den: 19
Peak UE: 28
VOLTE IA%: 
MB_per_connected_UE: 61.08
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7907
QCI 1 Bearer Releases: 153

Combined RACH Preambles: 2422
Time: 02:21:20
Date: 19-03-2022
holiday: 0
CA DL DataVolRatio Pct: 84.8

DL MAC Vol Scell Pct: 40.4
Avg_Connected_UEs: 70.54
SIP DC%: 
UPTP_Mbps: 46.77
DRB UL Data Volume MB: 3278
CA DL DataVolRatio Pct den: 3699
CA Conf FailRate Pct den: 7585
weekend: 0
Bearer Setup Failure Voice Den: 29
S1U_SIP_SC_SEER_num: 120
CA Activation Rate: 3.71
hr: 0
MAC_UE_SC_Tput: 7593.65

hr: 0
qci1_setup_attempts: 28
CA Activation Rate num: 983346
UPTP Mbps Den: 2140
Setup_Fail_DEN: 16442
S1U_SIP_SC_SEER_den: 51
Peak UE: 31
PCT Time MIMO: 33.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5049
QCI 1 Bearer Releases: 96
CA Activation Rate den: 152580
Combined RACH Preambles: 3458

Time: 17:52:39
Date: 04-02-2023
holiday: 0
CA DL DataVolRatio Pct: 92.49
SIP_SC_Call_Attempts: 214
HO_att_InterFreq: 750

SIP DC%: 
UPTP_Mbps: 126.47
DLRLCLayerDataVolume MB: 5982.27
PRB Util%: 52.22
CA DL DataVolRatio Pct den: 3706
CA Conf FailRate Pct den: 5435
weekend: 0
UPTP Mbps Num: 11454
RSSIRX2 Avg: -96.69
S1U_SIP_SC_SEER_num: 75
CA Activation Rate: 76.58
hr: 12
MAC_UE_SC_Tput: 8202.23
Bearer Releases: 9512

hr: 12
CA Activation Rate num: 4563277
UPTP Mbps Den: 2005
Setup_Fail_DEN: 16084
SIP_SC_Total_MOU: 33.09
Peak UE: 27
MB_per_connected_UE: 121.11
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6654
QCI 1 Bearer Releases: 176
DL Data Vol MAC in MB: 8300.88

Time: 10:12:39
Date: 02-09-2022
holiday: 0
CA DL DataVolRatio Pct: 64.55
SIP_SC_Call_Attempts: 92
Bearer Releases Voice: 178
HO Attempts: 313

Avg_Connected_UEs: 57.01
SIP DC%: 
UPTP_Mbps: 46.32
RRC Setup Attempts: 7556
CA DL DataVolRatio Pct den: 8768
CA Conf FailRate Pct den: 8915
RSSIRX1 Avg: -97.15
weekend: 0
Bearer Setup Failure Voice Den: 17
RSSIRX2 Avg: -94.98
S1U_SIP_SC_SEER_num: 273
CA Activation Rate: 57.03
hr: 14
MAC_UE_SC_Tput: 16953.41
Bearer Releases: 12777

hr: 14
qci1_setup_attempts: 7
CA Activation Rate num: 4484422
UPTP Mbps Den: 2877
Setup_Fail_DEN: 13013
SIP_SC_Total_MOU: 367.99
S1U_SIP_SC_SEER_den: 53
Peak UE: 89
MB_per_connected_UE: 167.53
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4543
DL Data Vol MAC in MB: 3755.44

Combined RACH Preambles: 3443
Time: 07:13:39
Date: 10-03-2023
holiday: 0
HO_att_InterFreq: 252
CA DL DataVolRatio Pct num: 7252
HO Attempts: 495

DL MAC Vol Scell Pct: 6.22
Avg_Connected_UEs: 76.77
SIP DC%: 
UPTP_Mbps: 34.95
DLRLCLayerDataVolume MB: 2159.77
PRB Util%: 32.94
UL Resid BLER PCT: 0.65
RRC Setup Attempts: 6851
CA DL DataVolRatio Pct den: 8059
CA Conf FailRate Pct den: 5651
RSSIRX1 Avg: -96.34
weekend: 0
UPTP Mbps Num: 24170
RSSIRX2 Avg: -93.49
S1U_SIP_SC_SEER_num: 50
CA Activation Rate: 21.78
hr: 23
MAC_UE_SC_Tput: 9759.19
Bearer Releases: 17172

hr: 23
qci1_setup_attempts: 181
UPTP Mbps Den: 1468
Setup_Fail_DEN: 17783
SIP_SC_Total_MOU: 358.2
Peak UE: 38
MB_per_connected_UE: 29.1
DL Volume: 6573
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4046
UL Throughput: 8.1
DL Data Vol MAC in MB: 8308.04

Combined RACH Preambles: 3706
Time: 15:01:52
Date: 28-10-2023
holiday: 0
CA DL DataVolRatio Pct: 74.09
Bearer Releases Voice: 11
HO_att_InterFreq: 474
CA DL DataVolRatio Pct num: 242
HO Attempts: 841

SIP DC%: 
UPTP_Mbps: 43.21
DLRLCLayerDataVolume MB: 6432.44
Avg_PUCCH_SINR: 16.48
RRC Setup Attempts: 5108
CA DL DataVolRatio Pct den: 10069
CA Conf FailRate Pct den: 9150
RSSIRX1 Avg: -96.27
weekend: 1
Bearer Setup Failure Voice Den: 1
S1U_SIP_SC_SEER_num: 238
CA Activation Rate: 56.17
hr: 22
MAC_UE_SC_Tput: 5693.56

hr: 22
CA Activation Rate num: 8493951
UPTP Mbps Den: 1290
Peak UE: 33
UL Throughput: 1.03
DL Data Vol MAC in MB: 6883.96
CA Activation Rate den: 107134

Time: 11:03:03
Date: 12-06-2023
holiday: 0
CA DL DataVolRatio Pct: 85.01
HO_att_InterFreq: 640
HO Attempts: 680

DL MAC Vol Scell Pct: 13.23
Avg_Connected_UEs: 54.32
SIP DC%: 
DLRLCLayerDataVolume MB: 6279.1
DRB UL Data Volume MB: 7801
PRB Util%: 75.23
RRC Setup Attempts: 8167
weekend: 0
RSSIRX2 Avg: -97.61
hr: 23
MAC_UE_SC_Tput: 9141.96
Bearer Releases: 17588

hr: 23
CA Activation Rate num: 10983770
UPTP Mbps Den: 223
S1U_SIP_SC_SEER_den: 62
Peak UE: 27
MB_per_connected_UE: 33.57
DL Volume: 3624
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9030
CA Activation Rate den: 47629

Time: 19:41:46
Date: 17-01-2022
holiday: 0
CA DL DataVolRatio Pct: 59.65
SIP_SC_Call_Attempts: 244
Bearer Releases Voice: 91
HO_att_InterFreq: 997
CA DL DataVolRatio Pct num: 921
HO Attempts: 124

Avg_Connected_UEs: 69.96
SIP DC%: 
UPTP_Mbps: 45.48
DLRLCLayerDataVolume MB: 8938.3
DRB UL Data Volume MB: 6752
PRB Util%: 30.19
RRC Setup Attempts: 4908
CA DL DataVolRatio Pct den: 10173
CA Conf FailRate Pct den: 8447
weekend: 0
UPTP Mbps Num: 7382
Bearer Setup Failure Voice Den: 50
S1U_SIP_SC_SEER_num: 64
CA Activation Rate: 40.73
hr: 11
MAC_UE_SC_Tput: 10707.47
Bearer Releases: 15895

hr: 11
qci1_setup_attempts: 192
Avg CQI: 9.33
CA Activation Rate num: 7852059
Peak UE: 27
MB_per_connected_UE: 127.6
DL Volume: 9308
DL Data Vol MAC in MB: 5898.63

Combined RACH Preambles: 2186
Time: 04:12:49
Date: 25-08-2023
holiday: 0
CA DL DataVolRatio Pct: 68.64
HO_att_InterFreq: 66
HO Attempts: 257

DL MAC Vol Scell Pct: 17.7
SIP DC%: 
UPTP_Mbps: 45.46
DLRLCLayerDataVolume MB: 5512.69
DRB UL Data Volume MB: 9202
Avg_PUCCH_SINR: 15.94
CA DL DataVolRatio Pct den: 7600
weekend: 0
UPTP Mbps Num: 17180
Bearer Setup Failure Voice Den: 9
RSSIRX2 Avg: -93.23
hr: 23
MAC_UE_SC_Tput: 9844.7
Bearer Releases: 7859

hr: 23
qci1_setup_attempts: 109
CA Activation Rate num: 8923086
UPTP Mbps Den: 880
S1U_SIP_SC_SEER_den: 20
Peak UE: 27
MB_per_connected_UE: 173.95
PCT Time MIMO: 54.08
QCI 1 Bearer Releases: 44
DL Data Vol MAC in MB: 2342.8

Time: 01:16:19
holiday: 0
CA DL DataVolRatio Pct: 40.72
SIP_SC_Call_Attempts: 90
Bearer Releases Voice: 134
HO_att_InterFreq: 822

DL MAC Vol Scell Pct: 18.41
Avg_Connected_UEs: 44.93
SIP DC%: 
UPTP_Mbps: 45.14
DLRLCLayerDataVolume MB: 5393.08
RRC Setup Attempts: 4272
CA DL DataVolRatio Pct den: 5617
CA Conf FailRate Pct den: 7208
RSSIRX1 Avg: -96.63
weekend: 0
UPTP Mbps Num: 2716
S1U_SIP_SC_SEER_num: 49
CA Activation Rate: 12.49
RRC Setup Failures: 15
hr: 23
MAC_UE_SC_Tput: 18896.12
Bearer Releases: 12449

hr: 23
qci1_setup_attempts: 59
Avg CQI: 7.7
UPTP Mbps Den: 1022
SIP_SC_Total_MOU: 176.83
S1U_SIP_SC_SEER_den: 7
Peak UE: 38
MB_per_connected_UE: 29.85
PCT Time MIMO: 57.73
DL Volume: 970
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6933
QCI 1 Bearer Releases: 12
DL Data Vol MAC in MB: 6625.93

Combined RACH Preambles: 2317
Time: 01:34:09
Date: 26-02-2023
holiday: 0
CA DL DataVolRatio Pct: 69.6
SIP_SC_Call_Attempts: 212
Bearer Releases Voice: 37
HO_att_InterFreq: 660
HO Attempts: 738

DL MAC Vol Scell Pct: 12.89
Avg_Connected_UEs: 34.04
SIP DC%: 
UPTP_Mbps: 86.41
DLRLCLayerDataVolume MB: 767.04
DRB UL Data Volume MB: 6818
PRB Util%: 58.49
RRC Setup Attempts: 3558
CA DL DataVolRatio Pct den: 5014
CA Conf FailRate Pct den: 5208
weekend: 0
UPTP Mbps Num: 39954
Bearer Setup Failure Voice Den: 167
hr: 9
MAC_UE_SC_Tput: 16549.44

hr: 9
CA Activation Rate num: 3854651
UPTP Mbps Den: 2888
Setup_Fail_DEN: 7616
Peak UE: 29
MB_per_connected_UE: 8
PCT Time MIMO: 67.04
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4394
UL Throughput: 2.53
DL Data Vol MAC in MB: 4167.39

Time: 03:15:17
Date: 05-02-2023
holiday: 0
SIP_SC_Call_Attempts: 3
CA DL DataVolRatio Pct num: 7609
HO Attempts: 260

DL MAC Vol Scell Pct: 5.17
Avg_Connected_UEs: 41.15
SIP DC%: 
UPTP_Mbps: 46.44
DLRLCLayerDataVolume MB: 6452.34
DRB UL Data Volume MB: 7682
Avg_PUCCH_SINR: 16.42
PRB Util%: 66.67
CA DL DataVolRatio Pct den: 4910
RSSIRX1 Avg: -96.91
weekend: 0
UPTP Mbps Num: 7490
S1U_SIP_SC_SEER_num: 260
CA Activation Rate: 47.22
hr: 6
MAC_UE_SC_Tput: 7626.58
Bearer Releases: 6495

hr: 6
Avg CQI: 10.46
CA Activation Rate num: 10987342
UPTP Mbps Den: 1223
Setup_Fail_DEN: 13476
S1U_SIP_SC_SEER_den: 70
Peak UE: 27
MB_per_connected_UE: 8.9
DL Data Vol MAC in MB: 5119.63

Combined RACH Preambles: 3104
Time: 23:30:35
Date: 08-12-2023
holiday: 0
HO_att_InterFreq: 311
HO Attempts: 584

Avg_Connected_UEs: 80.94
SIP DC%: 
UPTP_Mbps: 39.71
DLRLCLayerDataVolume MB: 823.15
DRB UL Data Volume MB: 2736
PRB Util%: 21.4
CA DL DataVolRatio Pct den: 10107
CA Conf FailRate Pct den: 5598
RSSIRX1 Avg: -95.73
weekend: 1
UPTP Mbps Num: 19892
Bearer Setup Failure Voice Den: 64
RSSIRX2 Avg: -96.19
S1U_SIP_SC_SEER_num: 55
CA Activation Rate: 55.67
hr: 23
MAC_UE_SC_Tput: 5473.86
Bearer Releases: 6576

hr: 23
qci1_setup_attempts: 67
CA Activation Rate num: 2508929
UPTP Mbps Den: 598
Setup_Fail_DEN: 13914
SIP_SC_Total_MOU: 349.27
Peak UE: 33
MB_per_connected_UE: 8.38
UL Throughput: 2.39
DL Data Vol MAC in MB: 4561.28

Time: 07:36:46
holiday: 0
CA DL DataVolRatio Pct: 84.2
Bearer Releases Voice: 5
HO_att_InterFreq: 695
CA DL DataVolRatio Pct num: 923
HO Attempts: 930

DL MAC Vol Scell Pct: 5.22
Avg_Connected_UEs: 59.97
SIP DC%: 
UPTP_Mbps: 41.56
DLRLCLayerDataVolume MB: 6123.15
Avg_PUCCH_SINR: 15.9
PRB Util%: 38.02
RRC Setup Attempts: 6492
RSSIRX1 Avg: -98.5
weekend: 0
CA Activation Rate: 29.66
hr: 22
MAC_UE_SC_Tput: 15294.02
Bearer Releases: 10477

hr: 22
qci1_setup_attempts: 73
CA Activation Rate num: 10515675
UPTP Mbps Den: 2838
Setup_Fail_DEN: 18156
UL MAC Vol Scell Pct: 0.24
S1U_SIP_SC_SEER_den: 38
Peak UE: 41
MB_per_connected_UE: 135.74
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3528
UL Throughput: 2.03
DL Data Vol MAC in MB: 9989.1
CA Activation Rate den: 44124

Combined RACH Preambles: 4120
Time: 00:25:24
Date: 01-05-2023
holiday: 0
CA DL DataVolRatio Pct: 77.76
SIP_SC_Call_Attempts: 108
HO_att_InterFreq: 569
HO Attempts: 522

DL MAC Vol Scell Pct: 53.75
Avg_Connected_UEs: 45.58
SIP DC%: 
UPTP_Mbps: 17.34
PRB Util%: 45.97
RRC Setup Attempts: 6501
CA Conf FailRate Pct den: 6986
RSSIRX1 Avg: -98.26
weekend: 0
UPTP Mbps Num: 1514
Bearer Setup Failure Voice Den: 136
CA Activation Rate: 9.58
hr: 0
MAC_UE_SC_Tput: 14306.18
Bearer Releases: 11744

hr: 0
Avg CQI: 10.73
CA Activation Rate num: 6779323
UPTP Mbps Den: 2576
Setup_Fail_DEN: 19317
Peak UE: 27
MB_per_connected_UE: 88.22
PCT Time MIMO: 38.22
DL Volume: 1859
QCI 1 Bearer Releases: 100
UL Throughput: 1.74
CA Activation Rate den: 103622

Time: 15:43:26
Date: 13-09-2023
holiday: 0
CA DL DataVolRatio Pct: 88.59
Bearer Releases Voice: 79
HO_att_InterFreq: 122
CA DL DataVolRatio Pct num: 5324
HO Attempts: 82

DL MAC Vol Scell Pct: 16.95
SIP DC%: 
UPTP_Mbps: 24.11
DLRLCLayerDataVolume MB: 6964.32
DRB UL Data Volume MB: 2191
RSSIRX1 Avg: -97.02
weekend: 0
UPTP Mbps Num: 7470
Bearer Setup Failure Voice Den: 135
RSSIRX2 Avg: -95.23
CA Activation Rate: 41.19
hr: 7
MAC_UE_SC_Tput: 5336.32

hr: 7
qci1_setup_attempts: 9
CA Activation Rate num: 2731066
UPTP Mbps Den: 694
Setup_Fail_DEN: 11517
SIP_SC_Total_MOU: 242.93
UL MAC Vol Scell Pct: 0.3
Peak UE: 77
MB_per_connected_UE: 134
PCT Time MIMO: 64.5
CA Activation Rate den: 136676

Time: 19:26:48
holiday: 0
HO_att_InterFreq: 1019
CA DL DataVolRatio Pct num: 2937
HO Attempts: 172

Avg_Connected_UEs: 59.62
SIP DC%: 
UPTP_Mbps: 15.89
DLRLCLayerDataVolume MB: 5183.01
DRB UL Data Volume MB: 9129
PRB Util%: 61.08
RRC Setup Attempts: 4697
CA DL DataVolRatio Pct den: 3370
weekend: 0
UPTP Mbps Num: 12443
Setup_Fail_NUM: 11
S1U_SIP_SC_SEER_num: 27
CA Activation Rate: 36.29
hr: 11
MAC_UE_SC_Tput: 6418.46

hr: 11
HO_fail_PCT_InterFreq: 0.2
Avg CQI: 9.68
UPTP Mbps Den: 606
Setup_Fail_DEN: 9634
SIP_SC_Total_MOU: 26.95
UL MAC Vol Scell Pct: 0.14
Peak UE: 87
MB_per_connected_UE: 114.73
PCT Time MIMO: 68.62
DL Volume: 9226
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8229
UL Throughput: 1.73
DL Data Vol MAC in MB: 8719.36
CA Activation Rate den: 103453

Combined RACH Preambles: 2870
Time: 20:49:26
Date: 14-12-2022
holiday: 0
CA DL DataVolRatio Pct: 62.73
Bearer Releases Voice: 65
HO_att_InterFreq: 442
HO Attempts: 498

DL MAC Vol Scell Pct: 24.6
Avg_Connected_UEs: 43.85
SIP DC%: 
UPTP_Mbps: 65.89
RRC Setup Attempts: 5427
CA DL DataVolRatio Pct den: 8758
weekend: 0
UPTP Mbps Num: 3699
RSSIRX2 Avg: -95.38
CA Activation Rate: 16.13
hr: 0
MAC_UE_SC_Tput: 10217.54
Bearer Releases: 11044

hr: 0
CA Activation Rate num: 198129
UPTP Mbps Den: 1447
Setup_Fail_DEN: 11702
SIP_SC_Total_MOU: 292.34
Peak UE: 57
MB_per_connected_UE: 175.7
PCT Time MIMO: 32.54
DL Volume: 3282
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6913
DL Data Vol MAC in MB: 7785.58

Combined RACH Preambles: 4045
Time: 12:34:26
Date: 14-07-2022
holiday: 0
CA DL DataVolRatio Pct: 66.01
CA DL DataVolRatio Pct num: 6657

DL MAC Vol Scell Pct: 15.7
Avg_Connected_UEs: 24.83
SIP DC%: 
UPTP_Mbps: 24.77
DRB UL Data Volume MB: 1403
Avg_PUCCH_SINR: 17.01
PRB Util%: 38.48
RRC Setup Attempts: 4832
CA DL DataVolRatio Pct den: 5051
CA Conf FailRate Pct den: 7688
RSSIRX1 Avg: -97.76
weekend: 0
UPTP Mbps Num: 5382
Bearer Setup Failure Voice Den: 18
CA Activation Rate: 73.62
hr: 7
MAC_UE_SC_Tput: 4212.32
Bearer Releases: 7153

hr: 7
CA Activation Rate num: 2033460
UPTP Mbps Den: 1377
Setup_Fail_DEN: 6655
S1U_SIP_SC_SEER_den: 215
Peak UE: 27
MB_per_connected_UE: 87.96
PCT Time MIMO: 63.35
UL Throughput: 2.88
DL Data Vol MAC in MB: 5044.06
Combined RACH Preambles: 4656

Time: 10:45:52
Date: 11-12-2022
holiday: 0
HO_att_InterFreq: 1025
CA DL DataVolRatio Pct num: 2715
HO Attempts: 577

Avg_Connected_UEs: 77.84
SIP DC%: 
UPTP_Mbps: 10.1
DRB UL Data Volume MB: 6057
PRB Util%: 59.12
RRC Setup Attempts: 7039
CA Conf FailRate Pct den: 5057
weekend: 0
RSSIRX2 Avg: -93.05
S1U_SIP_SC_SEER_num: 263
CA Activation Rate: 22.53
hr: 22
MAC_UE_SC_Tput: 4736.93
Bearer Releases: 12482

hr: 22
CA Activation Rate num: 2249817
UPTP Mbps Den: 2290
Setup_Fail_DEN: 11574
UL MAC Vol Scell Pct: 0.25
S1U_SIP_SC_SEER_den: 47
Peak UE: 27
MB_per_connected_UE: 157.75
DL Volume: 222
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8837
UL Throughput: 4.25
DL Data Vol MAC in MB: 5875.95
CA Activation Rate den: 149778

Time: 00:50:15
holiday: 0
CA DL DataVolRatio Pct: 81.49
CA DL DataVolRatio Pct num: 1613

DL MAC Vol Scell Pct: 40.2
Avg_Connected_UEs: 50.28
SIP DC%: 
UPTP_Mbps: 26.05
DRB UL Data Volume MB: 7683
PRB Util%: 13.07
RRC Setup Attempts: 3939
CA DL DataVolRatio Pct den: 4279
CA Conf FailRate Pct den: 7848
RSSIRX1 Avg: -97.06
weekend: 0
S1U_SIP_SC_SEER_num: 253
hr: 23
MAC_UE_SC_Tput: 6815.71
Bearer Releases: 9280

hr: 23
qci1_setup_attempts: 148
Avg CQI: 9.13
CA Activation Rate num: 5534228
UPTP Mbps Den: 277
Setup_Fail_DEN: 17839
S1U_SIP_SC_SEER_den: 212
Peak UE: 30
MB_per_connected_UE: 157.65
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5084
DL Data Vol MAC in MB: 7195.3

Time: 19:34:47
Date: 26-08-2022
holiday: 0
CA DL DataVolRatio Pct: 58.07
Bearer Releases Voice: 119
HO_att_InterFreq: 157

SIP DC%: 
UPTP_Mbps: 35.77
DLRLCLayerDataVolume MB: 8488.36
DRB UL Data Volume MB: 8466
RRC Setup Attempts: 7897
CA DL DataVolRatio Pct den: 3015
weekend: 0
RSSIRX2 Avg: -97.13
S1U_SIP_SC_SEER_num: 22
CA Activation Rate: 10.34
hr: 20
MAC_UE_SC_Tput: 8179.2
Bearer Releases: 16684

hr: 20
CA Activation Rate num: 3501417
UPTP Mbps Den: 2693
Setup_Fail_DEN: 14682
SIP_SC_Total_MOU: 10.92
Peak UE: 44
MB_per_connected_UE: 66.7
PCT Time MIMO: 61
DL Volume: 2011
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3839
UL Throughput: 3.36

Time: 02:08:35
Date: 11-02-2023
holiday: 0
CA DL DataVolRatio Pct: 54.46
SIP_SC_Call_Attempts: 139
Bearer Releases Voice: 159
HO_att_InterFreq: 243
HO Attempts: 343

DL MAC Vol Scell Pct: 8.36
SIP DC%: 
UPTP_Mbps: 29.88
DLRLCLayerDataVolume MB: 3612.56
DRB UL Data Volume MB: 7589
UL Resid BLER PCT: 0.57
RRC Setup Attempts: 7162
CA Conf FailRate Pct den: 8798
RSSIRX1 Avg: -98.53
weekend: 0
UPTP Mbps Num: 17197
RSSIRX2 Avg: -94.8
CA Activation Rate: 4.09
hr: 19
MAC_UE_SC_Tput: 14984.24

hr: 19
CA Activation Rate num: 10467289
UPTP Mbps Den: 1277
Setup_Fail_DEN: 13245
SIP_SC_Total_MOU: 121.01
Peak UE: 27
MB_per_connected_UE: 67.64
PCT Time MIMO: 56.28
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5393
DL Data Vol MAC in MB: 5792.86

Time: 08:51:38
holiday: 0
CA DL DataVolRatio Pct: 62.44
Bearer Releases Voice: 183
HO_att_InterFreq: 181

SIP DC%: 
UPTP_Mbps: 28.46
S1U_SIP_SC_SEER: 99.69
DLRLCLayerDataVolume MB: 5625.01
DRB UL Data Volume MB: 8351
CA DL DataVolRatio Pct den: 3994
weekend: 0
UPTP Mbps Num: 9802
CA Activation Rate: 43.69
hr: 17
MAC_UE_SC_Tput: 11390.55
Bearer Releases: 14117

hr: 17
Avg CQI: 7.29
CA Activation Rate num: 9556357
UPTP Mbps Den: 2673
UL MAC Vol Scell Pct: 0.08
Peak UE: 104
MB_per_connected_UE: 71.49
DL Volume: 4146
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3300
QCI 1 Bearer Releases: 11
UL Throughput: 3.95
CA Activation Rate den: 105614

Combined RACH Preambles: 1903
Time: 21:39:30
Date: 27-06-2022
holiday: 0
CA DL DataVolRatio Pct: 40.25
HO_att_InterFreq: 852
CA DL DataVolRatio Pct num: 3442
HO Attempts: 231

Avg_Connected_UEs: 28.74
SIP DC%: 
UPTP_Mbps: 20.97
DLRLCLayerDataVolume MB: 7240.62
Avg_PUCCH_SINR: 15.63
PRB Util%: 33.31
RRC Setup Attempts: 5607
CA DL DataVolRatio Pct den: 2279
CA Conf FailRate Pct den: 5121
RSSIRX1 Avg: -97.68
weekend: 0
RSSIRX2 Avg: -97.3
CA Activation Rate: 41.01
hr: 11
MAC_UE_SC_Tput: 15055.66
Bearer Releases: 9160

hr: 11
CA Activation Rate num: 1280348
UPTP Mbps Den: 1204
Setup_Fail_DEN: 16913
Peak UE: 27
MB_per_connected_UE: 187.97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6361
UL Throughput: 9.36
CA Activation Rate den: 108865

Combined RACH Preambles: 2533
Time: 22:42:11
Date: 14-12-2023
holiday: 0
HO Attempts: 147

Avg_Connected_UEs: 78.64
SIP DC%: 
UPTP_Mbps: 34.43
DLRLCLayerDataVolume MB: 926.73
DRB UL Data Volume MB: 3703
UL Resid BLER PCT: 0.72
RRC Setup Attempts: 4492
CA DL DataVolRatio Pct den: 4426
CA Conf FailRate Pct den: 9170
RSSIRX1 Avg: -98.37
weekend: 0
UPTP Mbps Num: 36097
Bearer Setup Failure Voice Den: 37
RSSIRX2 Avg: -97.69
S1U_SIP_SC_SEER_num: 13
CA Activation Rate: 27.92
hr: 8
MAC_UE_SC_Tput: 12409.63
Bearer Releases: 17913

hr: 8
HO_fail_PCT_InterFreq: 0.13
CA Activation Rate num: 10145473
UPTP Mbps Den: 2930
Setup_Fail_DEN: 14085
Peak UE: 54
MB_per_connected_UE: 69.66
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4475
DL Data Vol MAC in MB: 8703.24

Combined RACH Preambles: 2251
Time: 11:24:50
Date: 13-11-2022
holiday: 0
CA DL DataVolRatio Pct: 74.61
HO_att_InterFreq: 172

Avg_Connected_UEs: 31.95
SIP DC%: 
UPTP_Mbps: 118.24
DLRLCLayerDataVolume MB: 4378.99
DRB UL Data Volume MB: 3207
Avg_PUCCH_SINR: 16.29
CA DL DataVolRatio Pct den: 4674
weekend: 0
RSSIRX2 Avg: -94.44
CA Activation Rate: 46.07
hr: 17
MAC_UE_SC_Tput: 19574.31
Bearer Releases: 11233

hr: 17
qci1_setup_attempts: 139
CA Activation Rate num: 13719226
UPTP Mbps Den: 1140
Setup_Fail_DEN: 14879
SIP_SC_Total_MOU: 34.51
Peak UE: 43
MB_per_connected_UE: 178.13
UL Throughput: 1.59
CA Activation Rate den: 161097

Combined RACH Preambles: 4255
Time: 22:45:02
Date: 10-11-2023
holiday: 0
CA DL DataVolRatio Pct: 60.5
SIP_SC_Call_Attempts: 45
Bearer Releases Voice: 116
HO_att_InterFreq: 292
CA DL DataVolRatio Pct num: 7432
HO Attempts: 907

Avg_Connected_UEs: 52.4
SIP DC%: 
DLRLCLayerDataVolume MB: 3402.14
DRB UL Data Volume MB: 3010
Avg_PUCCH_SINR: 17.42
CA DL DataVolRatio Pct den: 7971
CA Conf FailRate Pct den: 8666
RSSIRX1 Avg: -96.81
weekend: 0
Bearer Setup Failure Voice Den: 105
CA Activation Rate: 11.41
hr: 12
MAC_UE_SC_Tput: 6509.92
Bearer Releases: 8904

hr: 12
qci1_setup_attempts: 2
CA Activation Rate num: 10053535
UPTP Mbps Den: 5227
Setup_Fail_DEN: 12055
S1U_SIP_SC_SEER_den: 33
Peak UE: 27
MB_per_connected_UE: 42.58
PCT Time MIMO: 54.81
QCI 1 Bearer Releases: 158
DL Data Vol MAC in MB: 2240.07
CA Activation Rate den: 45699

Combined RACH Preambles: 2603
Time: 00:53:17
Date: 28-08-2023
holiday: 0
SIP_SC_Call_Attempts: 198
HO_att_InterFreq: 93
CA DL DataVolRatio Pct num: 5391
HO Attempts: 931

Avg_Connected_UEs: 58.64
SIP DC%: 
UPTP_Mbps: 38.21
DLRLCLayerDataVolume MB: 1739.03
DRB UL Data Volume MB: 980
Avg_PUCCH_SINR: 17.43
PRB Util%: 35.02
CA DL DataVolRatio Pct den: 8753
weekend: 0
CA Activation Rate: 45.89
hr: 3
MAC_UE_SC_Tput: 6880.51

hr: 3
CA Activation Rate num: 2462666
UPTP Mbps Den: 770
Peak UE: 29
MB_per_connected_UE: 96.01
UL Throughput: 8.13
DL Data Vol MAC in MB: 1540.26
CA Activation Rate den: 145236

Time: 08:19:30
Date: 24-04-2023
holiday: 0
CA DL DataVolRatio Pct: 89.73
Bearer Releases Voice: 67
HO_att_InterFreq: 663

DL MAC Vol Scell Pct: 18
Avg_Connected_UEs: 22.27
SIP DC%: 
UPTP_Mbps: 33.14
DLRLCLayerDataVolume MB: 3082.31
DRB UL Data Volume MB: 6054
PRB Util%: 67.99
RRC Setup Attempts: 3807
RSSIRX1 Avg: -98.03
weekend: 0
CA Activation Rate: 74.92
hr: 23
MAC_UE_SC_Tput: 14326.93
Bearer Releases: 8516

hr: 23
qci1_setup_attempts: 233
CA Activation Rate num: 11500332
UPTP Mbps Den: 54
Setup_Fail_DEN: 12411
SIP_SC_Total_MOU: 4.89
S1U_SIP_SC_SEER_den: 83
Peak UE: 27
MB_per_connected_UE: 31.13
PCT Time MIMO: 35.02
DL Volume: 7891
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4045
DL Data Vol MAC in MB: 7953.62

Combined RACH Preambles: 1966
Time: 17:02:28
Date: 22-10-2022
holiday: 0
CA DL DataVolRatio Pct: 66.21
HO_att_InterFreq: 96
HO Attempts: 178

Avg_Connected_UEs: 55.83
SIP DC%: 
UPTP_Mbps: 26.06
RRC Setup Attempts: 5402
CA DL DataVolRatio Pct den: 8552
weekend: 0
UPTP Mbps Num: 25466
RSSIRX2 Avg: -96.5
CA Activation Rate: 76.93
hr: 0
MAC_UE_SC_Tput: 14879.2
Bearer Releases: 10381

hr: 0
CA Activation Rate num: 8171261
UPTP Mbps Den: 2896
Setup_Fail_DEN: 14554
UL MAC Vol Scell Pct: 0.64
MB_per_connected_UE: 66.6
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3215
QCI 1 Bearer Releases: 84
DL Data Vol MAC in MB: 8210.75
CA Activation Rate den: 46739

Time: 23:52:03
holiday: 0
SIP_SC_Call_Attempts: 67
HO_att_InterFreq: 777
CA DL DataVolRatio Pct num: 7209
HO Attempts: 938

Avg_Connected_UEs: 18.56
SIP DC%: 
UPTP_Mbps: 47.24
DLRLCLayerDataVolume MB: 6831.05
DRB UL Data Volume MB: 4486
PRB Util%: 5.05
DL Packet Loss Pct: 4.46
RRC Setup Attempts: 5022
CA DL DataVolRatio Pct den: 1457
CA Conf FailRate Pct den: 3850
RSSIRX1 Avg: -94.04
weekend: 0
RSSIRX2 Avg: -97.48
CA Activation Rate: 15.74
hr: 0
MAC_UE_SC_Tput: 4608.02

hr: 0
CA Activation Rate num: 7782999
UPTP Mbps Den: 988
Setup_Fail_DEN: 7832
SIP_SC_Total_MOU: 20.56
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 52.49
DL Volume: 5613
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3495
QCI 1 Bearer Releases: 55
DL Data Vol MAC in MB: 4270.45
CA Activation Rate den: 80521

Time: 23:35:54
Date: 14-11-2023
holiday: 0
CA Conf FailRate Pct: 0.09
HO_att_InterFreq: 673
CA DL DataVolRatio Pct num: 5778
HO Attempts: 920

DL MAC Vol Scell Pct: 22.42
Avg_Connected_UEs: 78.54
SIP DC%: 
UPTP_Mbps: 23.03
DLRLCLayerDataVolume MB: 5322.46
DRB UL Data Volume MB: 6718
Avg_PUCCH_SINR: 15.58
PRB Util%: 31.68
CA DL DataVolRatio Pct den: 7522
CA Conf FailRate Pct den: 6926
weekend: 0
RSSIRX2 Avg: -93.11
S1U_SIP_SC_SEER_num: 60
CA Activation Rate: 5.33
hr: 20
MAC_UE_SC_Tput: 10023.2

hr: 20
CA Activation Rate num: 3495072
UPTP Mbps Den: 303
Setup_Fail_DEN: 7211
Peak UE: 97
MB_per_connected_UE: 179.46
PCT Time MIMO: 44.87
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3267
DL Data Vol MAC in MB: 8591.09
CA Activation Rate den: 122143

Combined RACH Preambles: 2224
Time: 06:49:41
Date: 25-06-2023
holiday: 0
CA DL DataVolRatio Pct: 58.68
SIP_SC_Call_Attempts: 148
HO Attempts: 759

DL MAC Vol Scell Pct: 51.58
Avg_Connected_UEs: 25.33
SIP DC%: 
UPTP_Mbps: 11.94
DLRLCLayerDataVolume MB: 3358.62
DRB UL Data Volume MB: 7991
RRC Setup Attempts: 6516
CA DL DataVolRatio Pct den: 2040
weekend: 0
UPTP Mbps Num: 40172
RSSIRX2 Avg: -98.03
CA Activation Rate: 67.52
hr: 2
MAC_UE_SC_Tput: 11487.89
Bearer Releases: 14106

hr: 2
Avg CQI: 11.21
UPTP Mbps Den: 2010
SIP_SC_Total_MOU: 151.23
S1U_SIP_SC_SEER_den: 8
Peak UE: 44
PCT Time MIMO: 32.65
DL Volume: 8408
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6230
UL Throughput: 1.4
DL Data Vol MAC in MB: 2172.14
CA Activation Rate den: 165643

Combined RACH Preambles: 3102
Time: 23:16:54
Date: 21-02-2023
holiday: 0
SIP_SC_Call_Attempts: 14
HO_att_InterFreq: 1030

Avg_Connected_UEs: 24.43
SIP DC%: 
DLRLCLayerDataVolume MB: 347.24
DRB UL Data Volume MB: 2687
RRC Setup Attempts: 5825
CA DL DataVolRatio Pct den: 7449
weekend: 0
RSSIRX2 Avg: -93.56
hr: 23
MAC_UE_SC_Tput: 16409.85
Bearer Releases: 9475

hr: 23
CA Activation Rate num: 6329300
UPTP Mbps Den: 1417
Setup_Fail_DEN: 7712
Peak UE: 79
MB_per_connected_UE: 60.9
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3437
UL Throughput: 1.88
CA Activation Rate den: 187441

Time: 19:26:09
holiday: 0
HO_att_InterFreq: 487
HO Attempts: 463

SIP DC%: 
UPTP_Mbps: 35.45
DRB UL Data Volume MB: 9422
weekend: 1
RSSIRX2 Avg: -96.39
hr: 0
MAC_UE_SC_Tput: 8310.83

hr: 0
UPTP Mbps Den: 1689
Setup_Fail_DEN: 14052
Peak UE: 27
MB_per_connected_UE: 22.02
DL Volume: 1426
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3786
DL Data Vol MAC in MB: 9530.46

Time: 08:18:50
Date: 17-05-2022
holiday: 0
SIP_SC_Call_Attempts: 154
CA DL DataVolRatio Pct num: 3894
HO Attempts: 163

DL MAC Vol Scell Pct: 3.33
Avg_Connected_UEs: 48.41
SIP DC%: 
DLRLCLayerDataVolume MB: 3215.29
DRB UL Data Volume MB: 8599
Avg_PUCCH_SINR: 16.01
PRB Util%: 29.19
RRC Setup Attempts: 6684
CA Conf FailRate Pct den: 3115
RSSIRX1 Avg: -94.43
weekend: 0
UPTP Mbps Num: 30167
RSSIRX2 Avg: -95.86
CA Activation Rate: 75.54
hr: 0
MAC_UE_SC_Tput: 4709.23
Bearer Releases: 7052

hr: 0
CA Activation Rate num: 4134076
UPTP Mbps Den: 2741
Peak UE: 73
MB_per_connected_UE: 194.13
PCT Time MIMO: 43
DL Volume: 5049
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6990
DL Data Vol MAC in MB: 3415.3

Time: 15:02:44
Date: 25-03-2023
holiday: 0
CA DL DataVolRatio Pct: 73.56
HO Attempts: 555

DL MAC Vol Scell Pct: 25.83
Avg_Connected_UEs: 54.25
SIP DC%: 
DRB UL Data Volume MB: 4918
RRC Setup Attempts: 5072
CA DL DataVolRatio Pct den: 6149
weekend: 0
UPTP Mbps Num: 49395
Bearer Setup Failure Voice Den: 49
hr: 4
MAC_UE_SC_Tput: 13553.54
Bearer Releases: 18278

hr: 4
qci1_setup_attempts: 106
Avg CQI: 9.25
UPTP Mbps Den: 849
Setup_Fail_DEN: 14476
Peak UE: 82
MB_per_connected_UE: 26.76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6349
DL Data Vol MAC in MB: 8444.99
CA Activation Rate den: 56014

Combined RACH Preambles: 2674
Time: 14:39:27
Date: 26-07-2023
holiday: 0
CA DL DataVolRatio Pct: 87.39

DL MAC Vol Scell Pct: 22.58
Avg_Connected_UEs: 22.48
SIP DC%: 
UPTP_Mbps: 45.63
Avg_PUCCH_SINR: 16.13
PRB Util%: 17.38
RRC Setup Attempts: 8140
CA DL DataVolRatio Pct den: 8320
CA Conf FailRate Pct den: 5744
RSSIRX1 Avg: -96.67
weekend: 0
UPTP Mbps Num: 18581
Bearer Setup Failure Voice Den: 137
RSSIRX2 Avg: -95.57
CA Activation Rate: 12.03
hr: 0
MAC_UE_SC_Tput: 9529.98
Bearer Releases: 7683

hr: 0
CA Activation Rate num: 10383066
UPTP Mbps Den: 2157
SIP_SC_Total_MOU: 95.29
Peak UE: 27
MB_per_connected_UE: 165.09
PCT Time MIMO: 36.64
DL Volume: 729
CA Activation Rate den: 199700

Time: 11:47:30
Date: 19-10-2022
holiday: 0
CA DL DataVolRatio Pct: 72.9
HO_att_InterFreq: 374
CA DL DataVolRatio Pct num: 4622

SIP DC%: 
UPTP_Mbps: 8.52
DLRLCLayerDataVolume MB: 295.85
DRB UL Data Volume MB: 1997
Avg_PUCCH_SINR: 16.49
RRC Setup Attempts: 8123
CA Conf FailRate Pct den: 6162
weekend: 0
UPTP Mbps Num: 20295
RSSIRX2 Avg: -96.82
CA Activation Rate: 41.37
hr: 6
MAC_UE_SC_Tput: 14960.66

hr: 6
Avg CQI: 11.34
CA Activation Rate num: 10829169
Setup_Fail_DEN: 15609
SIP_SC_Total_MOU: 258.54
UL MAC Vol Scell Pct: 0.18
Peak UE: 27
MB_per_connected_UE: 156.15
DL Volume: 1673
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8361
QCI 1 Bearer Releases: 78
UL Throughput: 2.89

Time: 13:26:48
Date: 07-10-2022
holiday: 0

DL MAC Vol Scell Pct: 31.03
SIP DC%: 
DLRLCLayerDataVolume MB: 9203.52
DRB UL Data Volume MB: 5437
RRC Setup Attempts: 9501
CA Conf FailRate Pct den: 4829
weekend: 0
Bearer Setup Failure Voice Den: 15
CA Activation Rate: 60.52
hr: 3
MAC_UE_SC_Tput: 4840.16
Bearer Releases: 13301

hr: 3
CA Activation Rate num: 5090890
UPTP Mbps Den: 2674
SIP_SC_Total_MOU: 417.75
S1U_SIP_SC_SEER_den: 94
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 92.25
DL Volume: 7249
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7576
DL Data Vol MAC in MB: 5623.83

Time: 05:23:09
Date: 25-05-2022
holiday: 0
CA DL DataVolRatio Pct: 59.75
HO_att_InterFreq: 519
HO Attempts: 157

Avg_Connected_UEs: 43.86
SIP DC%: 
UPTP_Mbps: 44.42
PRB Util%: 24.41
RRC Setup Attempts: 5939
CA DL DataVolRatio Pct den: 8686
CA Conf FailRate Pct den: 7237
RSSIRX1 Avg: -95.61
weekend: 0
RSSIRX2 Avg: -96.59
S1U_SIP_SC_SEER_num: 220
hr: 20
MAC_UE_SC_Tput: 14601.56
Bearer Releases: 8049

hr: 20
qci1_setup_attempts: 221
CA Activation Rate num: 10231588
RSSI Delta: 0.29
Peak UE: 27
MB_per_connected_UE: 66.66
PCT Time MIMO: 44.81
DL Volume: 7957
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4348
QCI 1 Bearer Releases: 2

Time: 17:31:53
holiday: 0
CA DL DataVolRatio Pct: 62.09
HO Attempts: 858

DL MAC Vol Scell Pct: 34.5
SIP DC%: 
UPTP_Mbps: 17.17
DLRLCLayerDataVolume MB: 9905.09
RRC Setup Attempts: 6843
CA Conf FailRate Pct den: 4692
weekend: 0
RSSIRX2 Avg: -95.83
CA Activation Rate: 34.16
hr: 23
MAC_UE_SC_Tput: 17221.68

hr: 23
CA Activation Rate num: 9531255
UPTP Mbps Den: 173
Setup_Fail_DEN: 9977
Peak UE: 27
DL Volume: 2720
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7295
DL Data Vol MAC in MB: 5954.14
CA Activation Rate den: 128841

Time: 22:36:29
Date: 12-08-2023
holiday: 0
CA DL DataVolRatio Pct: 59.7
SIP_SC_Call_Attempts: 250
HO_att_InterFreq: 273
CA DL DataVolRatio Pct num: 825

Avg_Connected_UEs: 32.25
SIP DC%: 
UPTP_Mbps: 47.2
DLRLCLayerDataVolume MB: 3284.37
DRB UL Data Volume MB: 9845
RRC Setup Attempts: 3536
CA DL DataVolRatio Pct den: 5035
CA Conf FailRate Pct den: 3087
weekend: 0
RSSIRX2 Avg: -98.4
hr: 23
MAC_UE_SC_Tput: 14563.02
Bearer Releases: 14078

hr: 23
CA Activation Rate num: 3754883
UPTP Mbps Den: 736
Setup_Fail_DEN: 15926
SIP_SC_Total_MOU: 156.33
S1U_SIP_SC_SEER_den: 66
Peak UE: 27
MB_per_connected_UE: 85.81
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4775
UL Throughput: 2.72
CA Activation Rate den: 37746

Combined RACH Preambles: 2225
Time: 21:53:19
Date: 24-07-2022
holiday: 0
CA DL DataVolRatio Pct: 86.83
SIP_SC_Call_Attempts: 245
HO Attempts: 889

DL MAC Vol Scell Pct: 13.48
Avg_Connected_UEs: 59.25
SIP DC%: 
UPTP_Mbps: 40.88
DLRLCLayerDataVolume MB: 7854.5
DRB UL Data Volume MB: 5408
Avg_PUCCH_SINR: 17.46
PRB Util%: 39.94
CA Conf FailRate Pct den: 7457
weekend: 0
Bearer Setup Failure Voice Den: 101
RSSIRX2 Avg: -96.61
CA Activation Rate: 26.98
hr: 0
MAC_UE_SC_Tput: 4637.38

hr: 0
CA Activation Rate num: 9472094
UPTP Mbps Den: 2765
Setup_Fail_DEN: 15337
SIP_SC_Total_MOU: 280.54
S1U_SIP_SC_SEER_den: 21
QCI 1 Bearer Drop%: 0.09
Peak UE: 27
MB_per_connected_UE: 67.29
PCT Time MIMO: 33.89
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3690
DL Data Vol MAC in MB: 2425.39

Combined RACH Preambles: 2528
Time: 09:40:01
Date: 17-05-2023
holiday: 0
Bearer Releases Voice: 34
HO_att_InterFreq: 420
CA DL DataVolRatio Pct num: 4685

DL MAC Vol Scell Pct: 43.82
Avg_Connected_UEs: 54.39
SIP DC%: 
UPTP_Mbps: 13.55
DLRLCLayerDataVolume MB: 7145.58
DRB UL Data Volume MB: 9217
Avg_PUCCH_SINR: 15.82
RRC Setup Attempts: 4482
CA Conf FailRate Pct den: 6417
weekend: 0
RSSIRX2 Avg: -94.45
CA Activation Rate: 52.55
hr: 9
MAC_UE_SC_Tput: 13306.74
Bearer Releases: 15571

hr: 9
qci1_setup_attempts: 127
Avg CQI: 8.38
CA Activation Rate num: 10870042
Setup_Fail_DEN: 9225
SIP_SC_Total_MOU: 64.42
S1U_SIP_SC_SEER_den: 16
RSSI Delta: 0.19
Peak UE: 74
MB_per_connected_UE: 9.29
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3278
DL Data Vol MAC in MB: 9196.23

Combined RACH Preambles: 3398
Time: 00:39:07
Date: 28-07-2022
holiday: 0
CA DL DataVolRatio Pct: 57.81
SIP_SC_Call_Attempts: 11
HO_att_InterFreq: 989
HO Attempts: 113

Avg_Connected_UEs: 39.75
SIP DC%: 
DRB UL Data Volume MB: 5459
Avg_PUCCH_SINR: 16.54
CA DL DataVolRatio Pct den: 7023
CA Conf FailRate Pct den: 3949
RSSIRX1 Avg: -96.95
weekend: 0
UPTP Mbps Num: 10948
Bearer Setup Failure Voice Den: 120
RSSIRX2 Avg: -96.04
S1U_SIP_SC_SEER_num: 241
CA Activation Rate: 67.73
hr: 13
MAC_UE_SC_Tput: 10853.2

hr: 13
Avg CQI: 8.77
CA Activation Rate num: 602728
Setup_Fail_DEN: 7293
S1U_SIP_SC_SEER_den: 181
Peak UE: 33
MB_per_connected_UE: 137.16
PCT Time MIMO: 36.48
DL Volume: 7435
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3497
DL Data Vol MAC in MB: 1641.7
CA Activation Rate den: 144966

Combined RACH Preambles: 2335
Time: 05:34:44
Date: 18-01-2023
holiday: 0
CA DL DataVolRatio Pct: 69.44
HO_att_InterFreq: 498
HO Attempts: 792

DL MAC Vol Scell Pct: 15.3
Avg_Connected_UEs: 52.66
SIP DC%: 
UPTP_Mbps: 16.11
DLRLCLayerDataVolume MB: 1043.72
UL Resid BLER PCT: 0.42
CA DL DataVolRatio Pct den: 4848
weekend: 0
UPTP Mbps Num: 15702
Bearer Setup Failure Voice Den: 106
RSSIRX2 Avg: -96.56
CA Activation Rate: 19.01
hr: 15
MAC_UE_SC_Tput: 9561.94
Bearer Releases: 7194

hr: 15
UPTP Mbps Den: 3061
Peak UE: 64
MB_per_connected_UE: 76.13
PCT Time MIMO: 70.76
DL Volume: 1982
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5382
CA Activation Rate den: 73640

Time: 02:05:39
Date: 16-11-2022
holiday: 0
CA DL DataVolRatio Pct: 87.28
CA DL DataVolRatio Pct num: 4814
HO Attempts: 870

Avg_Connected_UEs: 75.13
SIP DC%: 
UPTP_Mbps: 46.11
DLRLCLayerDataVolume MB: 9213.29
DRB UL Data Volume MB: 5538
PRB Util%: 42.34
RRC Setup Attempts: 6027
CA Conf FailRate Pct den: 3854
weekend: 0
UPTP Mbps Num: 38777
CA Activation Rate: 41.21
hr: 7
MAC_UE_SC_Tput: 5956.5
Bearer Releases: 12652

hr: 7
Avg CQI: 9.2
CA Activation Rate num: 375369
UPTP Mbps Den: 2103
Setup_Fail_DEN: 17990
SIP_SC_Total_MOU: 336.61
Peak UE: 27
MB_per_connected_UE: 88.47
PCT Time MIMO: 43.22
DL Volume: 1898
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4709
CA Activation Rate den: 50483

Time: 11:16:12
Date: 06-12-2022
holiday: 0
CA DL DataVolRatio Pct: 59.22

Avg_Connected_UEs: 42.79
SIP DC%: 
UPTP_Mbps: 44.8
DLRLCLayerDataVolume MB: 2692.42
Avg_PUCCH_SINR: 15.61
DL Packet Loss Pct: 1.53
CA DL DataVolRatio Pct den: 4871
CA Conf FailRate Pct den: 3210
weekend: 0
CA Activation Rate: 74.97
hr: 22
MAC_UE_SC_Tput: 4298.57
Bearer Releases: 8974

hr: 22
Avg CQI: 7.85
CA Activation Rate num: 1132509
UPTP Mbps Den: 2823
Setup_Fail_DEN: 7027
Peak UE: 33
MB_per_connected_UE: 116.76
DL Volume: 8076
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6456

Combined RACH Preambles: 1956
Time: 06:14:51
Date: 21-09-2022
holiday: 0
CA DL DataVolRatio Pct: 64.69
CA DL DataVolRatio Pct num: 6278
HO Attempts: 793

DL MAC Vol Scell Pct: 17.82
Avg_Connected_UEs: 45.02
SIP DC%: 
UPTP_Mbps: 26.93
DLRLCLayerDataVolume MB: 3618.98
DRB UL Data Volume MB: 4559
PRB Util%: 29.99
RRC Setup Attempts: 7129
CA DL DataVolRatio Pct den: 9029
weekend: 0
UPTP Mbps Num: 4382
RSSIRX2 Avg: -95.47
hr: 16
MAC_UE_SC_Tput: 13395.46

hr: 16
qci1_setup_attempts: 68
CA Activation Rate num: 14143139
Setup_Fail_DEN: 8112
SIP_SC_Total_MOU: 22.18
QCI 1 Bearer Drop%: 2.49
Peak UE: 27
MB_per_connected_UE: 34.13
DL Volume: 5889
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3915
DL Data Vol MAC in MB: 8305.14
CA Activation Rate den: 100216

Combined RACH Preambles: 2230
Time: 19:39:38
Date: 10-05-2022
holiday: 0
CA DL DataVolRatio Pct: 41.12
SIP_SC_Call_Attempts: 193
Bearer Releases Voice: 171
HO_att_InterFreq: 480
HO Attempts: 110

DL MAC Vol Scell Pct: 8.97
Avg_Connected_UEs: 40.19
SIP DC%: 
UPTP_Mbps: 23.07
DLRLCLayerDataVolume MB: 370.75
DRB UL Data Volume MB: 3852
PRB Util%: 13.96
RRC Setup Attempts: 4360
CA DL DataVolRatio Pct den: 2777
RSSIRX1 Avg: -97.83
weekend: 0
Bearer Setup Failure Voice Den: 92
RSSIRX2 Avg: -98.15
hr: 19
MAC_UE_SC_Tput: 6550.73
Bearer Releases: 7062

hr: 19
CA Activation Rate num: 8593787
UPTP Mbps Den: 2900
Setup_Fail_DEN: 10549
SIP_SC_Total_MOU: 30.94
S1U_SIP_SC_SEER_den: 48
Peak UE: 27
VOLTE IA%: 0.24
MB_per_connected_UE: 42.12
PCT Time MIMO: 56.63
CA Activation Rate den: 43599

Combined RACH Preambles: 3533
Time: 12:38:30
Date: 29-03-2022
holiday: 0
CA DL DataVolRatio Pct: 64.66
Bearer Releases Voice: 169
CA DL DataVolRatio Pct num: 1183

DL MAC Vol Scell Pct: 34.83
Avg_Connected_UEs: 72.53
SIP DC%: 
UPTP_Mbps: 59.2
DLRLCLayerDataVolume MB: 2405.28
RRC Setup Attempts: 4169
CA DL DataVolRatio Pct den: 3419
weekend: 0
UPTP Mbps Num: 21507
RSSIRX2 Avg: -98.54
CA Activation Rate: 41.24
hr: 2
MAC_UE_SC_Tput: 19921.04

hr: 2
CA Activation Rate num: 8244502
UPTP Mbps Den: 5492
Setup_Fail_DEN: 12157
Peak UE: 27
MB_per_connected_UE: 96.28
UL Throughput: 1.69
DL Data Vol MAC in MB: 10114.76
CA Activation Rate den: 42952
Combined RACH Preambles: 2440

Time: 07:12:52
Date: 04-03-2023
holiday: 0
HO_att_InterFreq: 784

DL MAC Vol Scell Pct: 9.88
SIP DC%: 
UPTP_Mbps: 36.75
PRB Util%: 71.98
CA Conf FailRate Pct den: 9338
weekend: 0
RSSIRX2 Avg: -94.52
hr: 23
MAC_UE_SC_Tput: 15012.25

hr: 23
qci1_setup_attempts: 41
Avg CQI: 9.3
CA Activation Rate num: 4626088
UPTP Mbps Den: 2988
Setup_Fail_DEN: 9669
SIP_SC_Total_MOU: 52.32
Peak UE: 80
MB_per_connected_UE: 40.37
PCT Time MIMO: 46.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5182
UL Throughput: 1.63

Combined RACH Preambles: 2432
Time: 16:16:09
Date: 19-04-2023
holiday: 0
CA DL DataVolRatio Pct: 77.62
SIP_SC_Call_Attempts: 224
HO_att_InterFreq: 402

DL MAC Vol Scell Pct: 6.39
Avg_Connected_UEs: 60.14
SIP DC%: 
UPTP_Mbps: 23.46
DLRLCLayerDataVolume MB: 4472.69
DRB UL Data Volume MB: 7237
RRC Setup Attempts: 7836
CA DL DataVolRatio Pct den: 4742
CA Conf FailRate Pct den: 9411
weekend: 0
CA Activation Rate: 8.45
hr: 23
MAC_UE_SC_Tput: 6234.52
Bearer Releases: 14608

hr: 23
qci1_setup_attempts: 137
Avg CQI: 7.12
CA Activation Rate num: 8022854
UPTP Mbps Den: 744
Setup_Fail_DEN: 9987
SIP_SC_Total_MOU: 447
Peak UE: 65
DL Volume: 9062
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7652
UL Throughput: 4.29

Combined RACH Preambles: 2934
Time: 07:11:17
Date: 09-03-2023
holiday: 0
CA DL DataVolRatio Pct: 71.01
SIP_SC_Call_Attempts: 155
Bearer Releases Voice: 16

DL MAC Vol Scell Pct: 10.01
Avg_Connected_UEs: 68.54
SIP DC%: 
UPTP_Mbps: 24.53
DRB UL Data Volume MB: 7228
Avg_PUCCH_SINR: 16.5
PRB Util%: 4.9
RRC Setup Attempts: 7060
CA Conf FailRate Pct den: 7379
RSSIRX1 Avg: -97.98
weekend: 0
UPTP Mbps Num: 35330
CA Activation Rate: 3.75
hr: 3
MAC_UE_SC_Tput: 15605.82
Bearer Releases: 14819

hr: 3
CA Activation Rate num: 7175879
UPTP Mbps Den: 646
Peak UE: 27
MB_per_connected_UE: 29.87
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8922
CA Activation Rate den: 165141

Time: 22:43:13
holiday: 0
CA DL DataVolRatio Pct: 89.98
HO_att_InterFreq: 787
CA DL DataVolRatio Pct num: 3909

Avg_Connected_UEs: 65.86
SIP DC%: 
UPTP_Mbps: 13.6
DRB UL Data Volume MB: 8988
RRC Setup Attempts: 5837
CA DL DataVolRatio Pct den: 7009
RSSIRX1 Avg: -97.81
weekend: 0
RSSIRX2 Avg: -93.55
CA Activation Rate: 69.3
hr: 17
MAC_UE_SC_Tput: 11549.43
Bearer Releases: 12224

hr: 17
CA Activation Rate num: 4601153
UPTP Mbps Den: 1090
Setup_Fail_DEN: 14636
Peak UE: 115
MB_per_connected_UE: 174.83
PCT Time MIMO: 37.37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5299
DL Data Vol MAC in MB: 1568.33
CA Activation Rate den: 86352

Time: 00:17:51
Date: 27-05-2023
holiday: 0
CA DL DataVolRatio Pct: 63.47
SIP_SC_Call_Attempts: 121
HO_att_InterFreq: 294
CA DL DataVolRatio Pct num: 3086

DL MAC Vol Scell Pct: 23.48
Avg_Connected_UEs: 39.76
SIP DC%: 
UPTP_Mbps: 36.3
DRB UL Data Volume MB: 2734
PRB Util%: 24.62
RSSIRX1 Avg: -97.77
weekend: 0
UPTP Mbps Num: 1698
S1U_SIP_SC_SEER_num: 57
CA Activation Rate: 29.02
hr: 22
MAC_UE_SC_Tput: 4238.33

hr: 22
qci1_setup_attempts: 159
CA Activation Rate num: 954156
UPTP Mbps Den: 2910
SIP_SC_Total_MOU: 100.7
UL MAC Vol Scell Pct: 0.44
Peak UE: 68
VOLTE IA%: 
MB_per_connected_UE: 152.61
PCT Time MIMO: 58.18
QCI 1 Bearer Releases: 149
DL Data Vol MAC in MB: 6790.77
CA Activation Rate den: 208767

Time: 06:39:46
Date: 12-03-2022
holiday: 0
HO_att_InterFreq: 863
CA DL DataVolRatio Pct num: 7118

DL MAC Vol Scell Pct: 47.53
Avg_Connected_UEs: 46.78
SIP DC%: 
DLRLCLayerDataVolume MB: 8438.75
DRB UL Data Volume MB: 8007
PRB Util%: 8.13
RRC Setup Attempts: 6531
RSSIRX1 Avg: -97.19
weekend: 0
UPTP Mbps Num: 19672
hr: 0
MAC_UE_SC_Tput: 15943.37
Bearer Releases: 8421

hr: 0
qci1_setup_attempts: 154
UPTP Mbps Den: 360
Setup_Fail_DEN: 11965
SIP_SC_Total_MOU: 243.94
Peak UE: 45
MB_per_connected_UE: 81.14
PCT Time MIMO: 50.01
QCI 1 Bearer Releases: 113
DL Data Vol MAC in MB: 6809.53

Combined RACH Preambles: 2410
Time: 19:27:26
Date: 28-11-2023
holiday: 0
CA DL DataVolRatio Pct: 43.79
SIP_SC_Call_Attempts: 124
Bearer Releases Voice: 33
HO_att_InterFreq: 76
HO Attempts: 38

DL MAC Vol Scell Pct: 9.4
SIP DC%: 
UPTP_Mbps: 41.49
DLRLCLayerDataVolume MB: 7857.59
DRB UL Data Volume MB: 1942
RSSIRX1 Avg: -96.22
weekend: 0
hr: 5
MAC_UE_SC_Tput: 5536.39
Bearer Releases: 11324

hr: 5
qci1_setup_attempts: 33
Avg CQI: 10.5
CA Activation Rate num: 5846380
UPTP Mbps Den: 299
Peak UE: 27
MB_per_connected_UE: 54.79
PCT Time MIMO: 37.31
DL Data Vol MAC in MB: 6657.68
CA Activation Rate den: 129519

Time: 23:08:22
Date: 13-02-2022
holiday: 0
SIP_SC_Call_Attempts: 97
Bearer Releases Voice: 10
CA DL DataVolRatio Pct num: 7082
HO Attempts: 184

DL MAC Vol Scell Pct: 4.69
Avg_Connected_UEs: 58.31
SIP DC%: 
UPTP_Mbps: 29.57
DLRLCLayerDataVolume MB: 7017.91
Avg_PUCCH_SINR: 16.12
CA DL DataVolRatio Pct den: 7903
CA Conf FailRate Pct den: 5961
RSSIRX1 Avg: -98.48
weekend: 0
UPTP Mbps Num: 31810
Setup_Fail_NUM: 35
CA Activation Rate: 35.09
hr: 7
MAC_UE_SC_Tput: 10865.35
Bearer Releases: 10033

hr: 7
Avg CQI: 7.21
CA Activation Rate num: 5558644
UPTP Mbps Den: 1010
Setup_Fail_DEN: 15370
Peak UE: 74
MB_per_connected_UE: 35.88
PCT Time MIMO: 40.33
DL Data Vol MAC in MB: 8057.08
CA Activation Rate den: 49230

Time: 02:21:37
Date: 02-07-2022
holiday: 0
CA DL DataVolRatio Pct: 63.09

DL MAC Vol Scell Pct: 8.33
Avg_Connected_UEs: 43.48
SIP DC%: 
DLRLCLayerDataVolume MB: 5297.18
DRB UL Data Volume MB: 5642
PRB Util%: 34.23
RRC Setup Attempts: 4802
CA DL DataVolRatio Pct den: 8890
CA Conf FailRate Pct den: 4985
weekend: 0
UPTP Mbps Num: 3475
RSSIRX2 Avg: -97.64
CA Activation Rate: 38.5
hr: 9
MAC_UE_SC_Tput: 6381.37
Bearer Releases: 16899

hr: 9
CA Activation Rate num: 8542705
UPTP Mbps Den: 1614
Setup_Fail_DEN: 11414
SIP_SC_Total_MOU: 257.86
S1U_SIP_SC_SEER_den: 75
Peak UE: 27
MB_per_connected_UE: 193.84
DL Volume: 1206
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4160
UL Throughput: 1.78
DL Data Vol MAC in MB: 9850.79
CA Activation Rate den: 85711

Time: 02:13:56
Date: 22-03-2022
holiday: 0
CA DL DataVolRatio Pct num: 3553

DL MAC Vol Scell Pct: 17.58
Avg_Connected_UEs: 54.48
SIP DC%: 
UPTP_Mbps: 44.11
DLRLCLayerDataVolume MB: 8365.41
PRB Util%: 51.58
CA DL DataVolRatio Pct den: 7220
CA Conf FailRate Pct den: 4838
weekend: 0
UPTP Mbps Num: 56623
RSSIRX2 Avg: -97.51
CA Activation Rate: 11.6
hr: 17
MAC_UE_SC_Tput: 12875.43

hr: 17
CA Activation Rate num: 8159552
UPTP Mbps Den: 2366
Setup_Fail_DEN: 7259
SIP_SC_Total_MOU: 114.45
Peak UE: 39
MB_per_connected_UE: 98.3
PCT Time MIMO: 44.91
QCI 1 Bearer Releases: 184
DL Data Vol MAC in MB: 6188.36
CA Activation Rate den: 48870

Combined RACH Preambles: 3547
Time: 18:21:50
Date: 03-07-2023
holiday: 0
CA DL DataVolRatio Pct: 50.27
HO_att_InterFreq: 114

DL MAC Vol Scell Pct: 4.61
SIP DC%: 
UPTP_Mbps: 31.76
DLRLCLayerDataVolume MB: 7348.45
Avg_PUCCH_SINR: 17.12
PRB Util%: 6.35
RRC Setup Attempts: 4831
CA DL DataVolRatio Pct den: 8996
CA Conf FailRate Pct den: 7073
weekend: 0
UPTP Mbps Num: 32533
CA Activation Rate: 8.88
hr: 23
MAC_UE_SC_Tput: 13828.64
Bearer Releases: 12906

hr: 23
qci1_setup_attempts: 140
CA Activation Rate num: 8713780
UPTP Mbps Den: 561
Setup_Fail_DEN: 15033
SIP_SC_Total_MOU: 366.42
Peak UE: 46
MB_per_connected_UE: 140.78
PCT Time MIMO: 68.48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4622
UL Throughput: 2.67
DL Data Vol MAC in MB: 2323.91

Time: 14:54:11
holiday: 0
SIP_SC_Call_Attempts: 257
HO_att_InterFreq: 627
CA DL DataVolRatio Pct num: 5892
HO Attempts: 627

Avg_Connected_UEs: 57.48
SIP DC%: 
UPTP_Mbps: 19.63
DLRLCLayerDataVolume MB: 1968.27
RRC Setup Attempts: 5364
weekend: 1
UPTP Mbps Num: 36479
Bearer Setup Failure Voice Den: 21
hr: 23
MAC_UE_SC_Tput: 17454.54
Bearer Releases: 15504

hr: 23
HO_fail_PCT_InterFreq: 0.09
Avg CQI: 8.83
CA Activation Rate num: 9389086
UPTP Mbps Den: 2165
Setup_Fail_DEN: 14059
SIP_SC_Total_MOU: 261.69
UL MAC Vol Scell Pct: 0.13
S1U_SIP_SC_SEER_den: 5
Peak UE: 28
MB_per_connected_UE: 122.56
PCT Time MIMO: 70.13
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6167
QCI 1 Bearer Releases: 41
UL Throughput: 0.87
DL Data Vol MAC in MB: 5474.67
CA Activation Rate den: 71609

Time: 05:13:00
Date: 13-08-2023
holiday: 0
CA DL DataVolRatio Pct: 47.41
SIP_SC_Call_Attempts: 49
Bearer Releases Voice: 72
CA DL DataVolRatio Pct num: 5310

DL MAC Vol Scell Pct: 33.85
Avg_Connected_UEs: 48.72
SIP DC%: 
UPTP_Mbps: 45.26
DLRLCLayerDataVolume MB: 8222.03
DRB UL Data Volume MB: 5539
PRB Util%: 8.55
CA DL DataVolRatio Pct den: 5111
RSSIRX1 Avg: -97.88
weekend: 0
UPTP Mbps Num: 31064
CA Activation Rate: 26.89
hr: 5
MAC_UE_SC_Tput: 11741.08
Bearer Releases: 11876

hr: 5
qci1_setup_attempts: 165
CA Activation Rate num: 10781478
UPTP Mbps Den: 3063
Setup_Fail_DEN: 13389
Peak UE: 27
MB_per_connected_UE: 16.9

Combined RACH Preambles: 2756
Time: 21:24:32
Date: 28-06-2022
holiday: 0
CA DL DataVolRatio Pct: 70.79
CA DL DataVolRatio Pct num: 6837
HO Attempts: 261

Avg_Connected_UEs: 51.89
SIP DC%: 
UPTP_Mbps: 67.07
DRB UL Data Volume MB: 4587
PRB Util%: 20.04
RRC Setup Attempts: 4496
CA DL DataVolRatio Pct den: 8290
weekend: 0
UPTP Mbps Num: 10002
hr: 21
MAC_UE_SC_Tput: 14496.9

hr: 21
qci1_setup_attempts: 217
CA Activation Rate num: 6815084
UPTP Mbps Den: 1809
Setup_Fail_DEN: 15901
SIP_SC_Total_MOU: 427.43
UL MAC Vol Scell Pct: 0.63
Peak UE: 48
MB_per_connected_UE: 18.32
DL Volume: 8389
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6258
UL Throughput: 4.82

Time: 10:23:45
Date: 27-04-2023
holiday: 0
CA DL DataVolRatio Pct: 58.73
HO Attempts: 399

Avg_Connected_UEs: 40.07
SIP DC%: 
DRB UL Data Volume MB: 6490
Avg_PUCCH_SINR: 17.67
CA DL DataVolRatio Pct den: 10084
CA Conf FailRate Pct den: 9383
weekend: 0
UPTP Mbps Num: 7959
S1U_SIP_SC_SEER_num: 29
CA Activation Rate: 27.29
hr: 14
MAC_UE_SC_Tput: 4160.09
Bearer Releases: 9779

hr: 14
CA Activation Rate num: 5707237
UPTP Mbps Den: 2231
Setup_Fail_DEN: 16011
SIP_SC_Total_MOU: 335.3
S1U_SIP_SC_SEER_den: 1
Peak UE: 27
MB_per_connected_UE: 91.05
UL Throughput: 3.05
DL Data Vol MAC in MB: 370.6

Time: 00:01:01
Date: 14-09-2023
holiday: 0
CA DL DataVolRatio Pct: 76.36
SIP_SC_Call_Attempts: 75
HO Attempts: 510

DL MAC Vol Scell Pct: 32.59
SIP DC%: 
UPTP_Mbps: 17.23
DLRLCLayerDataVolume MB: 1873.55
DRB UL Data Volume MB: 6588
RRC Setup Attempts: 3644
CA DL DataVolRatio Pct den: 4055
CA Conf FailRate Pct den: 6051
weekend: 0
CA Activation Rate: 78.05
hr: 4
MAC_UE_SC_Tput: 17331.85
Bearer Releases: 9093

hr: 4
CA Activation Rate num: 1912075
UPTP Mbps Den: 795
UL MAC Vol Scell Pct: 0.46
Peak UE: 40
MB_per_connected_UE: 15.2
DL Volume: 7768
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6277
CA Activation Rate den: 106050

Combined RACH Preambles: 2305
Time: 08:42:35
Date: 03-11-2022
holiday: 0
CA DL DataVolRatio Pct: 71.67
HO_att_InterFreq: 557
CA DL DataVolRatio Pct num: 5659

DL MAC Vol Scell Pct: 6.16
Avg_Connected_UEs: 23.78
SIP DC%: 
UPTP_Mbps: 17.64
DLRLCLayerDataVolume MB: 5029.63
PRB Util%: 34.7
RRC Setup Attempts: 6733
CA DL DataVolRatio Pct den: 5581
weekend: 0
CA Activation Rate: 14.84
hr: 9
MAC_UE_SC_Tput: 18702.99

hr: 9
CA Activation Rate num: 8610717
UPTP Mbps Den: 2923
S1U_SIP_SC_SEER_den: 266
Peak UE: 33
VOLTE IA%: 
MB_per_connected_UE: 56.09
DL Volume: 4761
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3100
UL Throughput: 3.78
DL Data Vol MAC in MB: 2811.04
CA Activation Rate den: 69727

Combined RACH Preambles: 3978
Time: 07:21:39
Date: 05-09-2022
holiday: 0
CA DL DataVolRatio Pct: 89.83
HO_att_InterFreq: 376
CA DL DataVolRatio Pct num: 652
HO Attempts: 335

DL MAC Vol Scell Pct: 28.39
Avg_Connected_UEs: 44.94
SIP DC%: 
UPTP_Mbps: 14.51
DRB UL Data Volume MB: 8256
RRC Setup Attempts: 3891
CA DL DataVolRatio Pct den: 6524
CA Conf FailRate Pct den: 6743
weekend: 0
UPTP Mbps Num: 55685
Bearer Setup Failure Voice Den: 31
RSSIRX2 Avg: -93.5
CA Activation Rate: 41.93
hr: 21
MAC_UE_SC_Tput: 14079.94
Bearer Releases: 8809

hr: 21
CA Activation Rate num: 10680345
UPTP Mbps Den: 2827
Setup_Fail_DEN: 10248
SIP_SC_Total_MOU: 123.44
Peak UE: 27
MB_per_connected_UE: 107.16
DL Volume: 2103
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6835
DL Data Vol MAC in MB: 9506.83

Time: 20:19:24
Date: 14-06-2022
holiday: 0

DL MAC Vol Scell Pct: 3.75
Avg_Connected_UEs: 25.56
SIP DC%: 
UPTP_Mbps: 16.6
DLRLCLayerDataVolume MB: 2595.87
DRB UL Data Volume MB: 1821
RRC Setup Attempts: 6136
CA DL DataVolRatio Pct den: 5797
CA Conf FailRate Pct den: 6408
RSSIRX1 Avg: -95.87
weekend: 1
S1U_SIP_SC_SEER_num: 221
CA Activation Rate: 50.6
hr: 5
MAC_UE_SC_Tput: 15978.9
Bearer Releases: 10348

hr: 5
Setup_Fail_DEN: 14902
SIP_SC_Total_MOU: 121.22
Peak UE: 52
MB_per_connected_UE: 25.23
PCT Time MIMO: 40.76
DL Volume: 2974
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8018
DL Data Vol MAC in MB: 2141.94
CA Activation Rate den: 70093
Combined RACH Preambles: 2261

Time: 03:16:54
Date: 10-08-2023
holiday: 0
CA DL DataVolRatio Pct: 65.74
Bearer Releases Voice: 51
HO_att_InterFreq: 461
HO Attempts: 309

SIP DC%: 
UPTP_Mbps: 130.62
DLRLCLayerDataVolume MB: 5934.09
DRB UL Data Volume MB: 1295
PRB Util%: 39.43
DL Packet Loss Pct: 0.22
RRC Setup Attempts: 3994
CA DL DataVolRatio Pct den: 8699
CA Conf FailRate Pct den: 4688
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11504.62
Bearer Releases: 16791

hr: 23
Avg CQI: 9.02
CA Activation Rate num: 6693583
UPTP Mbps Den: 1100
Setup_Fail_DEN: 15204
SIP_SC_Total_MOU: 41.88
Peak UE: 27
MB_per_connected_UE: 110.2
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8249
UL Throughput: 5.04
CA Activation Rate den: 75170

Combined RACH Preambles: 2311
Time: 14:00:43
Date: 07-09-2022
holiday: 0
CA DL DataVolRatio Pct: 80.02
CA DL DataVolRatio Pct num: 5589

DL MAC Vol Scell Pct: 31.9
SIP DC%: 
UPTP_Mbps: 60
DLRLCLayerDataVolume MB: 8674.98
DRB UL Data Volume MB: 7832
PRB Util%: 21.22
RRC Setup Attempts: 7047
CA Conf FailRate Pct den: 9468
weekend: 0
UPTP Mbps Num: 60255
RSSIRX2 Avg: -98.31
CA Activation Rate: 34.21
hr: 5
MAC_UE_SC_Tput: 5295.38
Bearer Releases: 9544

hr: 5
CA Activation Rate num: 12256150
UPTP Mbps Den: 999
SIP_SC_Total_MOU: 117.98
S1U_SIP_SC_SEER_den: 131
Peak UE: 44
MB_per_connected_UE: 173.07
PCT Time MIMO: 43.94
DL Volume: 3178
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6414
UL Throughput: 0.73
DL Data Vol MAC in MB: 1531.38

Time: 02:18:23
holiday: 0
CA DL DataVolRatio Pct: 69.93
CA DL DataVolRatio Pct num: 4956
HO Attempts: 120

DL MAC Vol Scell Pct: 3.87
SIP DC%: 
UPTP_Mbps: 40.91
DRB UL Data Volume MB: 4356
RRC Setup Attempts: 5118
CA Conf FailRate Pct den: 7221
RSSIRX1 Avg: -96.09
weekend: 0
RSSIRX2 Avg: -96.3
CA Activation Rate: 32.98
hr: 16
MAC_UE_SC_Tput: 11914.61
Bearer Releases: 17868

hr: 16
Avg CQI: 9.59
Setup_Fail_DEN: 7011
SIP_SC_Total_MOU: 51.37
UL MAC Vol Scell Pct: 0.67
S1U_SIP_SC_SEER_den: 151
Peak UE: 70
MB_per_connected_UE: 107.9
PCT Time MIMO: 47.33
DL Volume: 1337
QCI 1 Bearer Releases: 152
DL Data Vol MAC in MB: 6797.68
CA Activation Rate den: 64920

Time: 00:48:16
holiday: 0
CA DL DataVolRatio Pct: 83.49
HO Attempts: 578

Avg_Connected_UEs: 63.02
SIP DC%: 
UPTP_Mbps: 12.48
DLRLCLayerDataVolume MB: 9728.8
Avg_PUCCH_SINR: 16.44
PRB Util%: 11.07
RRC Setup Attempts: 6342
CA Conf FailRate Pct den: 7334
weekend: 0
UPTP Mbps Num: 20479
S1U_SIP_SC_SEER_num: 32
CA Activation Rate: 19.02
hr: 3
MAC_UE_SC_Tput: 12113.54
Bearer Releases: 7125

hr: 3
HO_fail_PCT_InterFreq: 0.06
CA Activation Rate num: 5905936
UPTP Mbps Den: 45
Setup_Fail_DEN: 12307
S1U_SIP_SC_SEER_den: 92
Peak UE: 44
VOLTE IA%: 0.37
MB_per_connected_UE: 45.01
PCT Time MIMO: 60.83
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4305
QCI 1 Bearer Releases: 56
DL Data Vol MAC in MB: 1889.87
CA Activation Rate den: 102120

Combined RACH Preambles: 2107
Time: 21:52:32
Date: 06-10-2022
holiday: 0
CA DL DataVolRatio Pct: 53.93
Bearer Releases Voice: 100
HO_att_InterFreq: 841
HO Attempts: 16

DL MAC Vol Scell Pct: 49.39
Avg_Connected_UEs: 81.09
SIP DC%: 
UPTP_Mbps: 35.59
DLRLCLayerDataVolume MB: 916.78
DRB UL Data Volume MB: 9942
PRB Util%: 66.66
CA DL DataVolRatio Pct den: 8570
CA Conf FailRate Pct den: 6218
RSSIRX1 Avg: -94.01
weekend: 1
CA Activation Rate: 23
hr: 23
MAC_UE_SC_Tput: 16961.89
Bearer Releases: 11075

hr: 23
qci1_setup_attempts: 161
CA Activation Rate num: 9368607
UPTP Mbps Den: 2867
Setup_Fail_DEN: 13774
Peak UE: 130
MB_per_connected_UE: 141.05
PCT Time MIMO: 66.74
DL Volume: 6620
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5309
QCI 1 Bearer Releases: 128
CA Activation Rate den: 53884

Time: 23:48:45
Date: 30-11-2022
holiday: 0
Combined RACH Failures: 11
HO_att_InterFreq: 944

DL MAC Vol Scell Pct: 4.5
Avg_Connected_UEs: 56.57
SIP DC%: 
UPTP_Mbps: 24.1
DLRLCLayerDataVolume MB: 3859.17
DRB UL Data Volume MB: 7202
Avg_PUCCH_SINR: 17.16
CA DL DataVolRatio Pct den: 8541
CA Conf FailRate Pct den: 4141
RSSIRX1 Avg: -97.11
weekend: 1
UPTP Mbps Num: 19179
Bearer Setup Failure Voice Den: 72
CA Activation Rate: 28.81
hr: 21
MAC_UE_SC_Tput: 7771.13
Bearer Releases: 11604

hr: 21
Avg CQI: 7.22
CA Activation Rate num: 11244377
UPTP Mbps Den: 2737
Setup_Fail_DEN: 14625
SIP_SC_Total_MOU: 99.58
Peak UE: 59
MB_per_connected_UE: 162.15
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5943
DL Data Vol MAC in MB: 5643.24
CA Activation Rate den: 80457

Time: 19:31:33
Date: 03-08-2022
holiday: 0
CA DL DataVolRatio Pct: 53.87
Bearer Releases Voice: 170

DL MAC Vol Scell Pct: 5.68
Avg_Connected_UEs: 57.28
SIP DC%: 
UPTP_Mbps: 41.82
DLRLCLayerDataVolume MB: 1203.46
DRB UL Data Volume MB: 5728
RRC Setup Attempts: 6319
weekend: 0
UPTP Mbps Num: 15616
RSSIRX2 Avg: -97.97
CA Activation Rate: 52.77
hr: 15
MAC_UE_SC_Tput: 5140.6

hr: 15
Avg CQI: 9.52
CA Activation Rate num: 8664915
UPTP Mbps Den: 4637
Setup_Fail_DEN: 11007
SIP_SC_Total_MOU: 215.93
Peak UE: 72
MB_per_connected_UE: 80.03
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7164
DL Data Vol MAC in MB: 2700.4

Time: 08:19:03
holiday: 0
CA DL DataVolRatio Pct: 60.58
SIP_SC_Call_Attempts: 66
CA DL DataVolRatio Pct num: 6563
HO Attempts: 641

DL MAC Vol Scell Pct: 10.45
Avg_Connected_UEs: 47.75
SIP DC%: 
UPTP_Mbps: 27.21
DLRLCLayerDataVolume MB: 1940.17
DRB UL Data Volume MB: 4155
PRB Util%: 56.66
RRC Setup Attempts: 5871
CA DL DataVolRatio Pct den: 5101
weekend: 0
UPTP Mbps Num: 3305
Bearer Setup Failure Voice Den: 13
RSSIRX2 Avg: -95.98
S1U_SIP_SC_SEER_num: 133
CA Activation Rate: 16.85
hr: 3
MAC_UE_SC_Tput: 8839.62

hr: 3
qci1_setup_attempts: 182
CA Activation Rate num: 8287583
UPTP Mbps Den: 2486
Setup_Fail_DEN: 14361
SIP_SC_Total_MOU: 289.41
Peak UE: 27
MB_per_connected_UE: 116.46
PCT Time MIMO: 41.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4610
UL Throughput: 2.2
DL Data Vol MAC in MB: 5898.92
CA Activation Rate den: 102691

Combined RACH Preambles: 3035
Time: 13:07:15
Date: 29-04-2023
holiday: 0
CA DL DataVolRatio Pct: 83.53
SIP_SC_Call_Attempts: 32
HO_att_InterFreq: 283
CA DL DataVolRatio Pct num: 4113

DL MAC Vol Scell Pct: 23.01
Avg_Connected_UEs: 34.86
SIP DC%: 
DLRLCLayerDataVolume MB: 3791.14
Avg_PUCCH_SINR: 16.27
PRB Util%: 29.77
RRC Setup Attempts: 4646
CA Conf FailRate Pct den: 6564
RSSIRX1 Avg: -95.98
weekend: 0
UPTP Mbps Num: 33368
Bearer Setup Failure Voice Den: 202
RSSIRX2 Avg: -96.45
CA Activation Rate: 74.22
hr: 14
MAC_UE_SC_Tput: 7989.1
Bearer Releases: 14501

hr: 14
Avg CQI: 9.54
CA Activation Rate num: 9415675
UPTP Mbps Den: 2643
Peak UE: 31
VOLTE IA%: 0.38
MB_per_connected_UE: 77.44
DL Volume: 962
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6608
QCI 1 Bearer Releases: 57
UL Throughput: 4.71
DL Data Vol MAC in MB: 3605.83
CA Activation Rate den: 111977

Combined RACH Preambles: 2122
Time: 20:39:01
Date: 06-05-2023
holiday: 0
CA DL DataVolRatio Pct: 91.59
HO Attempts: 490

DL MAC Vol Scell Pct: 27.69
Avg_Connected_UEs: 17.33
SIP DC%: 
UPTP_Mbps: 45.64
DLRLCLayerDataVolume MB: 641.27
Avg_PUCCH_SINR: 15.78
PRB Util%: 73.78
RRC Setup Attempts: 4075
CA DL DataVolRatio Pct den: 4895
CA Conf FailRate Pct den: 2919
weekend: 0
CA Activation Rate: 38.83
hr: 23
MAC_UE_SC_Tput: 10063.09
Bearer Releases: 14658

hr: 23
CA Activation Rate num: 5244609
UPTP Mbps Den: 1731
Setup_Fail_DEN: 15115
SIP_SC_Total_MOU: 16.1
UL MAC Vol Scell Pct: 0.28
Peak UE: 40
MB_per_connected_UE: 44.29
PCT Time MIMO: 66.44
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7379
DL Data Vol MAC in MB: 7186.8
CA Activation Rate den: 52203

Combined RACH Preambles: 2375
Time: 13:26:54
Date: 22-10-2023
holiday: 0
CA DL DataVolRatio Pct: 86.31
Bearer Releases Voice: 58
HO_att_InterFreq: 128
HO Attempts: 90

DL MAC Vol Scell Pct: 33.12
Avg_Connected_UEs: 84.11
SIP DC%: 
UPTP_Mbps: 126.69
DLRLCLayerDataVolume MB: 160.28
DRB UL Data Volume MB: 9208
PRB Util%: 59.38
RRC Setup Attempts: 4366
CA Conf FailRate Pct den: 9252
RSSIRX1 Avg: -96.79
weekend: 0
UPTP Mbps Num: 14349
CA Activation Rate: 55.78
hr: 17
MAC_UE_SC_Tput: 4284.82
Bearer Releases: 14907

hr: 17
qci1_setup_attempts: 119
CA Activation Rate num: 3970207
UPTP Mbps Den: 679
Setup_Fail_DEN: 15005
SIP_SC_Total_MOU: 20.94
UL MAC Vol Scell Pct: 0.21
Peak UE: 34
MB_per_connected_UE: 115.56
DL Volume: 8087
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5271
UL Throughput: 0.8
DL Data Vol MAC in MB: 1662.38
CA Activation Rate den: 55303

holiday: 0
CA DL DataVolRatio Pct: 70.3
SIP_SC_Call_Attempts: 73
HO_att_InterFreq: 526
CA DL DataVolRatio Pct num: 439
HO Attempts: 297

DL MAC Vol Scell Pct: 28.86
SIP DC%: 
UPTP_Mbps: 47.37
DLRLCLayerDataVolume MB: 8412.96
DRB UL Data Volume MB: 6934
PRB Util%: 56.92
RRC Setup Attempts: 5756
CA DL DataVolRatio Pct den: 8303
weekend: 0
UPTP Mbps Num: 13205
Bearer Setup Failure Voice Den: 133
RSSIRX2 Avg: -96.74
CA Activation Rate: 54.94
hr: 21
MAC_UE_SC_Tput: 4552.58
Bearer Releases: 11164

hr: 21
CA Activation Rate num: 4530141
UPTP Mbps Den: 3301
SIP_SC_Total_MOU: 21.6
Peak UE: 38
VOLTE IA%: 0.35
MB_per_connected_UE: 192.77

Time: 20:51:46
holiday: 0
CA DL DataVolRatio Pct: 57.95
CA DL DataVolRatio Pct num: 3435
HO Attempts: 291

DL MAC Vol Scell Pct: 28.23
SIP DC%: 
UPTP_Mbps: 23.62
DLRLCLayerDataVolume MB: 2331.25
DRB UL Data Volume MB: 8415
Avg_PUCCH_SINR: 16.62
RRC Setup Attempts: 3495
CA DL DataVolRatio Pct den: 8444
RSSIRX1 Avg: -97.24
weekend: 0
UPTP Mbps Num: 22574
Bearer Setup Failure Voice Den: 157
CA Activation Rate: 14.19
hr: 23
MAC_UE_SC_Tput: 17166.56
Bearer Releases: 13956

hr: 23
Avg CQI: 8.36
CA Activation Rate num: 5498116
UPTP Mbps Den: 3043
Setup_Fail_DEN: 8836
Peak UE: 27
MB_per_connected_UE: 143.95
PCT Time MIMO: 45.64
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4681
UL Throughput: 0.71
DL Data Vol MAC in MB: 6507.5
CA Activation Rate den: 82860

Time: 15:43:01
Date: 12-11-2023
holiday: 0
HO_att_InterFreq: 490
CA DL DataVolRatio Pct num: 5509
HO Attempts: 68

DL MAC Vol Scell Pct: 13.63
Avg_Connected_UEs: 80.62
SIP DC%: 
DLRLCLayerDataVolume MB: 7913.26
PRB Util%: 74.95
RSSIRX1 Avg: -98.06
weekend: 0
UPTP Mbps Num: 9326
RSSIRX2 Avg: -94.83
CA Activation Rate: 39.51
hr: 23
MAC_UE_SC_Tput: 10821.11
Bearer Releases: 8299

hr: 23
UPTP Mbps Den: 1436
Setup_Fail_DEN: 14703
Peak UE: 55
MB_per_connected_UE: 40.84
DL Volume: 3868
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6834
UL Throughput: 1.44

Time: 05:33:45
Date: 02-10-2022
holiday: 0
CA DL DataVolRatio Pct: 89.99
HO Attempts: 95

DL MAC Vol Scell Pct: 33.87
SIP DC%: 
UPTP_Mbps: 25.88
DLRLCLayerDataVolume MB: 6964.34
DRB UL Data Volume MB: 5423
Avg_PUCCH_SINR: 16.28
PRB Util%: 37.06
CA Conf FailRate Pct den: 9232
weekend: 0
RSSIRX2 Avg: -96.89
CA Activation Rate: 57.46
hr: 3
MAC_UE_SC_Tput: 6227.87
HQ_EXE_TOTARGET_FAILURE_QCI_1_NUM: 17
Bearer Releases: 7560

hr: 3
Avg CQI: 8.88
Setup_Fail_DEN: 16130
Peak UE: 40
MB_per_connected_UE: 22.43
PCT Time MIMO: 40.21
QCI 1 Bearer Releases: 87
UL Throughput: 1.33

Time: 14:45:43
Date: 24-08-2022
holiday: 0
CA DL DataVolRatio Pct: 66.61
CA DL DataVolRatio Pct num: 6514

DL MAC Vol Scell Pct: 40.45
Avg_Connected_UEs: 58.96
SIP DC%: 
UPTP_Mbps: 32.19
DLRLCLayerDataVolume MB: 1654.3
DRB UL Data Volume MB: 5988
PRB Util%: 30.89
RRC Setup Attempts: 5988
CA Conf FailRate Pct den: 7361
weekend: 0
S1U_SIP_SC_SEER_num: 19
CA Activation Rate: 58.08
hr: 23
MAC_UE_SC_Tput: 4441.02

hr: 23
CA Activation Rate num: 5915212
SIP_SC_Total_MOU: 148.02
UL MAC Vol Scell Pct: 0.65
Peak UE: 27
VOLTE IA%: 0.32
DL Volume: 6722
DL Data Vol MAC in MB: 7205.3

Combined RACH Preambles: 2529
Time: 03:48:42
holiday: 0
CA DL DataVolRatio Pct: 60.96
SIP_SC_Call_Attempts: 70

DL MAC Vol Scell Pct: 57.65
Avg_Connected_UEs: 44.58
SIP DC%: 
UPTP_Mbps: 10.41
DLRLCLayerDataVolume MB: 5386.37
RRC Setup Attempts: 7700
CA Conf FailRate Pct den: 8566
weekend: 0
UPTP Mbps Num: 985
Setup_Fail_NUM: 14
RSSIRX2 Avg: -95.65
CA Activation Rate: 27.49
hr: 9
MAC_UE_SC_Tput: 15847.42
Bearer Releases: 12516

hr: 9
qci1_setup_attempts: 26
Avg CQI: 10.95
UPTP Mbps Den: 4239
Setup_Fail_DEN: 15039
SIP_SC_Total_MOU: 51.44
S1U_SIP_SC_SEER_den: 274
Peak UE: 59
MB_per_connected_UE: 94.52
DL Volume: 7407
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7422
DL Data Vol MAC in MB: 8462.82
CA Activation Rate den: 85951

Combined RACH Preambles: 2769
Time: 01:09:53
holiday: 0
SIP_SC_Call_Attempts: 188
Bearer Releases Voice: 96
HO_att_InterFreq: 145
HO Attempts: 27

Avg_Connected_UEs: 71.25
SIP DC%: 
UPTP_Mbps: 40.83
DLRLCLayerDataVolume MB: 7603.35
DRB UL Data Volume MB: 4394
RRC Setup Attempts: 5950
CA Conf FailRate Pct den: 7337
weekend: 0
RSSIRX2 Avg: -96.35
CA Activation Rate: 17.48
hr: 6
MAC_UE_SC_Tput: 17579.07
Bearer Releases: 12758

hr: 6
qci1_setup_attempts: 162
CA Activation Rate num: 5294758
UPTP Mbps Den: 1273
Setup_Fail_DEN: 8619
SIP_SC_Total_MOU: 223.85
UL MAC Vol Scell Pct: 0.09
S1U_SIP_SC_SEER_den: 121
Peak UE: 60
MB_per_connected_UE: 38.98
DL Volume: 4517
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6435
UL Throughput: 19
DL Data Vol MAC in MB: 6046.08

Time: 14:15:17
holiday: 0
CA DL DataVolRatio Pct: 64.4
CA DL DataVolRatio Pct num: 5243
HO Attempts: 926

Avg_Connected_UEs: 49.43
SIP DC%: 
UPTP_Mbps: 18.87
DLRLCLayerDataVolume MB: 10006.08
Avg_PUCCH_SINR: 15.87
RRC Setup Attempts: 3887
weekend: 0
RSSIRX2 Avg: -98.36
CA Activation Rate: 15.68
hr: 6
MAC_UE_SC_Tput: 9018.46
Bearer Releases: 6977

hr: 6
CA Activation Rate num: 3854278
Setup_Fail_DEN: 7326
SIP_SC_Total_MOU: 108.07
Peak UE: 37
MB_per_connected_UE: 29.97
PCT Time MIMO: 36.37
UL Throughput: 7.03
CA Activation Rate den: 43594

Time: 10:24:46
Date: 02-01-2023
holiday: 0
CA DL DataVolRatio Pct: 77.28
SIP_SC_Call_Attempts: 115
HO_att_InterFreq: 652
CA DL DataVolRatio Pct num: 4116

Avg_Connected_UEs: 41.23
SIP DC%: 
UPTP_Mbps: 107.33
DRB UL Data Volume MB: 7261
RSSIRX1 Avg: -98.56
weekend: 1
UPTP Mbps Num: 6865
CA Activation Rate: 34.05
hr: 23
MAC_UE_SC_Tput: 17957.88

hr: 23
CA Activation Rate num: 1634196
UPTP Mbps Den: 1837
Setup_Fail_DEN: 19271
S1U_SIP_SC_SEER_den: 27
Peak UE: 75
MB_per_connected_UE: 25.49
PCT Time MIMO: 56.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5752
UL Throughput: 3.57
DL Data Vol MAC in MB: 8618.32
CA Activation Rate den: 68787

Combined RACH Preambles: 2265
Time: 10:09:04
Date: 10-10-2023
holiday: 0
SIP_SC_Call_Attempts: 231
Bearer Releases Voice: 168

DL MAC Vol Scell Pct: 21.67
SIP DC%: 
UPTP_Mbps: 27.51
DLRLCLayerDataVolume MB: 6739.36
Avg_PUCCH_SINR: 15.91
PRB Util%: 32.31
CA DL DataVolRatio Pct den: 2716
CA Conf FailRate Pct den: 5375
weekend: 0
CA Activation Rate: 36.62
hr: 3
MAC_UE_SC_Tput: 4470.21
Bearer Releases: 7718

hr: 3
CA Activation Rate num: 2262289
UPTP Mbps Den: 3005
Setup_Fail_DEN: 13220
Peak UE: 77
MB_per_connected_UE: 71.55
PCT Time MIMO: 35.41
DL Volume: 2727
DL Data Vol MAC in MB: 7826.46

Time: 09:28:24
Date: 11-06-2022
holiday: 0
CA DL DataVolRatio Pct: 61.8
Bearer Releases Voice: 174
HO_att_InterFreq: 194
CA DL DataVolRatio Pct num: 4616
HO Attempts: 329

DL MAC Vol Scell Pct: 3.71
SIP DC%: 
UPTP_Mbps: 131.67
DLRLCLayerDataVolume MB: 4632.74
DRB UL Data Volume MB: 5004
PRB Util%: 62.22
CA DL DataVolRatio Pct den: 10159
CA Conf FailRate Pct den: 8767
RSSIRX1 Avg: -96.42
weekend: 1
UPTP Mbps Num: 1509
CA Activation Rate: 56.07
hr: 0
Bearer Releases: 8644

hr: 0
Avg CQI: 10.92
CA Activation Rate num: 410139
UPTP Mbps Den: 2928
Setup_Fail_DEN: 14752
SIP_SC_Total_MOU: 66.06
Peak UE: 36
MB_per_connected_UE: 106.91
DL Volume: 2609
DL Data Vol MAC in MB: 388.1
CA Activation Rate den: 169169

Time: 10:28:15
Date: 11-10-2022
holiday: 0
CA DL DataVolRatio Pct: 75.1
HO_att_InterFreq: 488
CA DL DataVolRatio Pct num: 3652
HO Attempts: 881

DL MAC Vol Scell Pct: 25.37
Avg_Connected_UEs: 25.72
SIP DC%: 
UPTP_Mbps: 22.97
DLRLCLayerDataVolume MB: 1141.38
DRB UL Data Volume MB: 8219
RRC Setup Attempts: 4001
CA DL DataVolRatio Pct den: 468
weekend: 0
UPTP Mbps Num: 4217
CA Activation Rate: 54.58
hr: 17
MAC_UE_SC_Tput: 34623.75
Bearer Releases: 8089

hr: 17
qci1_setup_attempts: 44
CA Activation Rate num: 7303271
UPTP Mbps Den: 2004
Setup_Fail_DEN: 13128
SIP_SC_Total_MOU: 135.71
S1U_SIP_SC_SEER_den: 168
Peak UE: 80
MB_per_connected_UE: 15.64
DL Volume: 4082
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3397
UL Throughput: 4.8
DL Data Vol MAC in MB: 4659.36

Combined RACH Preambles: 2644
Time: 08:36:44
Date: 30-08-2023
holiday: 0
CA DL DataVolRatio Pct: 72.77
CA DL DataVolRatio Pct num: 2022

DL MAC Vol Scell Pct: 37.28
Avg_Connected_UEs: 67.28
SIP DC%: 
UPTP_Mbps: 95.26
DLRLCLayerDataVolume MB: 344.11
DRB UL Data Volume MB: 7407
PRB Util%: 56.45
RRC Setup Attempts: 7941
CA DL DataVolRatio Pct den: 4381
CA Conf FailRate Pct den: 3849
weekend: 1
UPTP Mbps Num: 3203
CA Activation Rate: 71.27
hr: 0
MAC_UE_SC_Tput: 6511.82
Bearer Releases: 9062

hr: 0
CA Activation Rate num: 5846812
UPTP Mbps Den: 3992
Setup_Fail_DEN: 13802
Peak UE: 27
MB_per_connected_UE: 22.93
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4048
UL Throughput: 5.64
DL Data Vol MAC in MB: 1142.74
CA Activation Rate den: 126669
Combined RACH Preambles: 2611

Time: 11:18:37
Date: 31-12-2023
holiday: 0
SIP_SC_Call_Attempts: 134
HO Attempts: 344

SIP DC%: 
UPTP_Mbps: 105.11
DLRLCLayerDataVolume MB: 1812.53
DRB UL Data Volume MB: 1552
PRB Util%: 31.71
RRC Setup Attempts: 6108
CA DL DataVolRatio Pct den: 10208
weekend: 0
UPTP Mbps Num: 1687
S1U_SIP_SC_SEER_num: 117
CA Activation Rate: 41.11
hr: 8
MAC_UE_SC_Tput: 9358.52

hr: 8
qci1_setup_attempts: 62
Avg CQI: 10.71
CA Activation Rate num: 1380571
UPTP Mbps Den: 1760
Peak UE: 27
MB_per_connected_UE: 24.62
PCT Time MIMO: 44.53
UL Throughput: 2.54
DL Data Vol MAC in MB: 8472.76
CA Activation Rate den: 137760

Time: 18:53:56
Date: 16-07-2023
holiday: 0
CA DL DataVolRatio Pct: 57.69
HO_att_InterFreq: 968
CA DL DataVolRatio Pct num: 1711
HO Attempts: 347

DL MAC Vol Scell Pct: 13.5
Avg_Connected_UEs: 44.17
SIP DC%: 
UPTP_Mbps: 37.96
DLRLCLayerDataVolume MB: 2224.24
DRB UL Data Volume MB: 8827
RRC Setup Attempts: 4117
CA DL DataVolRatio Pct den: 10204
CA Conf FailRate Pct den: 7179
RSSIRX1 Avg: -95.4
weekend: 0
Bearer Setup Failure Voice Den: 90
CA Activation Rate: 47.66
hr: 0
MAC_UE_SC_Tput: 5494.87
Bearer Releases: 12419

hr: 0
qci1_setup_attempts: 263
CA Activation Rate num: 7800354
UPTP Mbps Den: 3062
Setup_Fail_DEN: 10593
SIP_SC_Total_MOU: 401.67
UL MAC Vol Scell Pct: 0.74
Peak UE: 67
PCT Time MIMO: 42.49
DL Volume: 5354
DL Data Vol MAC in MB: 2419.26
CA Activation Rate den: 118550

Combined RACH Preambles: 2249
Time: 06:11:52
Date: 09-08-2022
holiday: 0
SIP_SC_Call_Attempts: 107
CA DL DataVolRatio Pct num: 553
HO Attempts: 383

Avg_Connected_UEs: 18.51
SIP DC%: 
DLRLCLayerDataVolume MB: 3552.7
DRB UL Data Volume MB: 8328
Avg_PUCCH_SINR: 17.65
PRB Util%: 43.23
RRC Setup Attempts: 5487
CA DL DataVolRatio Pct den: 5334
RSSIRX1 Avg: -93.99
weekend: 0
RSSIRX2 Avg: -97.26
S1U_SIP_SC_SEER_num: 73
CA Activation Rate: 31.78
hr: 12
MAC_UE_SC_Tput: 12464.42
Bearer Releases: 11431

hr: 12
CA Activation Rate num: 1744518
UPTP Mbps Den: 1930
SIP_SC_Total_MOU: 218.75
Peak UE: 65
MB_per_connected_UE: 129.85
PCT Time MIMO: 58.03
DL Volume: 8828
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5980
UL Throughput: 5.08
DL Data Vol MAC in MB: 533.4
CA Activation Rate den: 105230

Time: 13:57:41
Date: 28-04-2023
holiday: 0
CA DL DataVolRatio Pct num: 3865
HO Attempts: 534

Avg_Connected_UEs: 53.73
SIP DC%: 
UPTP_Mbps: 9.95
DLRLCLayerDataVolume MB: 1853.51
DRB UL Data Volume MB: 5436
PRB Util%: 39.91
RRC Setup Attempts: 5635
CA DL DataVolRatio Pct den: 5596
RSSIRX1 Avg: -97.71
weekend: 0
Bearer Setup Failure Voice Den: 188
RSSIRX2 Avg: -93.42
S1U_SIP_SC_SEER_num: 175
hr: 23
MAC_UE_SC_Tput: 55764.98
Bearer Releases: 15944

hr: 23
Avg CQI: 10.63
CA Activation Rate num: 7680134
UPTP Mbps Den: 2844
Setup_Fail_DEN: 16208
Peak UE: 43
MB_per_connected_UE: 86.9
DL Volume: 5364
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5604
UL Throughput: 10.8
CA Activation Rate den: 77692
Combined RACH Preambles: 2549

Time: 19:59:52
Date: 06-11-2022
holiday: 0
CA DL DataVolRatio Pct: 86.9

Avg_Connected_UEs: 42.2
SIP DC%: 
UPTP_Mbps: 46.83
DLRLCLayerDataVolume MB: 614.03
DRB UL Data Volume MB: 2098
PRB Util%: 27.61
DL Packet Loss Pct: 1.94
RRC Setup Attempts: 5332
CA DL DataVolRatio Pct den: 8878
RSSIRX1 Avg: -94.48
weekend: 0
UPTP Mbps Num: 28307
S1U_SIP_SC_SEER_num: 58
CA Activation Rate: 71.24
hr: 0
Bearer Releases: 8652

hr: 0
Avg CQI: 10.69
CA Activation Rate num: 2120265
UPTP Mbps Den: 2883
Setup_Fail_DEN: 9330
UL MAC Vol Scell Pct: 0.85
S1U_SIP_SC_SEER_den: 278
Peak UE: 57
MB_per_connected_UE: 7.85
DL Volume: 8354
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3323
UL Throughput: 8.86
CA Activation Rate den: 147910

Combined RACH Preambles: 3853
Time: 05:52:40
Date: 24-03-2022
holiday: 0
CA DL DataVolRatio Pct: 41.03
HO Attempts: 946

DL MAC Vol Scell Pct: 9.52
Avg_Connected_UEs: 31.49
SIP DC%: 
DLRLCLayerDataVolume MB: 7634.57
DRB UL Data Volume MB: 2111
Avg_PUCCH_SINR: 16.74
RRC Setup Attempts: 3460
CA DL DataVolRatio Pct den: 9527
CA Conf FailRate Pct den: 5311
RSSIRX1 Avg: -97.01
weekend: 0
UPTP Mbps Num: 43178
CA Activation Rate: 4.41
hr: 11
MAC_UE_SC_Tput: 13781.82
Bearer Releases: 6856

hr: 11
CA Activation Rate num: 2150760
UPTP Mbps Den: 1498
SIP_SC_Total_MOU: 239.63
Peak UE: 62
MB_per_connected_UE: 131.97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8641
DL Data Vol MAC in MB: 5975.69
CA Activation Rate den: 168693
Combined RACH Preambles: 3695

Time: 16:26:48
Date: 25-08-2022
holiday: 0
CA DL DataVolRatio Pct: 81.11
Bearer Releases Voice: 182

DL MAC Vol Scell Pct: 14.58
SIP DC%: 
UPTP_Mbps: 44.48
DLRLCLayerDataVolume MB: 8257.93
DRB UL Data Volume MB: 9577
Avg_PUCCH_SINR: 16.26
PRB Util%: 59.57
RSSIRX1 Avg: -98.42
weekend: 0
S1U_SIP_SC_SEER_num: 239
CA Activation Rate: 49.58
hr: 9
MAC_UE_SC_Tput: 4504.95

hr: 9
qci1_setup_attempts: 56
CA Activation Rate num: 11016530
UPTP Mbps Den: 2498
Peak UE: 27
MB_per_connected_UE: 9.27
PCT Time MIMO: 55.84
DL Volume: 1503
UL Throughput: 4.75
DL Data Vol MAC in MB: 5819.91
CA Activation Rate den: 36937

Time: 11:58:30
Date: 12-12-2022
holiday: 0
HO_att_InterFreq: 1022
CA DL DataVolRatio Pct num: 723

DL MAC Vol Scell Pct: 3.65
Avg_Connected_UEs: 42.31
SIP DC%: 
UPTP_Mbps: 41.23
DLRLCLayerDataVolume MB: 663.68
DRB UL Data Volume MB: 480
PRB Util%: 24.61
RRC Setup Attempts: 4083
CA DL DataVolRatio Pct den: 8279
CA Conf FailRate Pct den: 4971
RSSIRX1 Avg: -97.43
weekend: 0
S1U_SIP_SC_SEER_num: 101
CA Activation Rate: 77.43
hr: 9
MAC_UE_SC_Tput: 6350.88

hr: 9
UPTP Mbps Den: 2272
Setup_Fail_DEN: 12400
Peak UE: 80
MB_per_connected_UE: 138.36
PCT Time MIMO: 44.83
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7609
DL Data Vol MAC in MB: 2829.08

Time: 07:52:15
Date: 20-12-2022
holiday: 0
HO_att_InterFreq: 452
CA DL DataVolRatio Pct num: 4352

DL MAC Vol Scell Pct: 19.53
Avg_Connected_UEs: 61.09
SIP DC%: 
DLRLCLayerDataVolume MB: 4232.03
DRB UL Data Volume MB: 8108
CA DL DataVolRatio Pct den: 5517
RSSIRX1 Avg: -97.67
weekend: 0
UPTP Mbps Num: 11818
Bearer Setup Failure Voice Den: 174
RSSIRX2 Avg: -96.85
S1U_SIP_SC_SEER_num: 244
CA Activation Rate: 57
hr: 10
MAC_UE_SC_Tput: 16186.84
Bearer Releases: 15576

hr: 10
CA Activation Rate num: 9240577
UPTP Mbps Den: 1257
SIP_SC_Total_MOU: 286.74
Peak UE: 27
MB_per_connected_UE: 129.39
PCT Time MIMO: 44.77
DL Volume: 3006
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7483
DL Data Vol MAC in MB: 8954.14
CA Activation Rate den: 35965

Time: 02:57:18
Date: 29-05-2022
holiday: 0
CA DL DataVolRatio Pct: 87.41
SIP_SC_Call_Attempts: 57
HO_att_InterFreq: 406
HO Attempts: 238

DL MAC Vol Scell Pct: 41
Avg_Connected_UEs: 20.33
SIP DC%: 
UPTP_Mbps: 44.19
DLRLCLayerDataVolume MB: 3543.11
DRB UL Data Volume MB: 7857
RRC Setup Attempts: 4037
CA DL DataVolRatio Pct den: 9781
CA Conf FailRate Pct den: 6741
RSSIRX1 Avg: -97.61
weekend: 0
UPTP Mbps Num: 16060
Bearer Setup Failure Voice Den: 95
S1U_SIP_SC_SEER_num: 134
CA Activation Rate: 69.5
hr: 2
MAC_UE_SC_Tput: 4218.49

hr: 2
qci1_setup_attempts: 20
CA Activation Rate num: 10393445
UPTP Mbps Den: 2969
Setup_Fail_DEN: 7205
SIP_SC_Total_MOU: 280.14
Peak UE: 27
MB_per_connected_UE: 79.01
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5757
DL Data Vol MAC in MB: 2823.7

Combined RACH Preambles: 2244
Time: 19:31:16
Date: 20-01-2023
holiday: 0
CA DL DataVolRatio Pct: 52.08
CA DL DataVolRatio Pct num: 3055
HO Attempts: 800

DL MAC Vol Scell Pct: 7.23
Avg_Connected_UEs: 76.34
SIP DC%: 
UPTP_Mbps: 77.22
DLRLCLayerDataVolume MB: 2352.38
DRB UL Data Volume MB: 3846
PRB Util%: 33.81
RRC Setup Attempts: 7073
CA DL DataVolRatio Pct den: 9189
weekend: 0
UPTP Mbps Num: 10946
Bearer Setup Failure Voice Den: 26
RSSIRX2 Avg: -94.38
CA Activation Rate: 67.36
hr: 9
MAC_UE_SC_Tput: 7241.4
Bearer Releases: 7810

hr: 9
CA Activation Rate num: 7189625
UPTP Mbps Den: 2254
Setup_Fail_DEN: 15116
UL MAC Vol Scell Pct: 0.19
S1U_SIP_SC_SEER_den: 222
MB_per_connected_UE: 99.7
PCT Time MIMO: 38.73
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5331
QCI 1 Bearer Releases: 16
DL Data Vol MAC in MB: 8874.58
CA Activation Rate den: 96684

Time: 11:31:01
holiday: 0
CA DL DataVolRatio Pct: 57.94
CA DL DataVolRatio Pct num: 4261

DL MAC Vol Scell Pct: 8.79
Avg_Connected_UEs: 78.85
SIP DC%: 
UPTP_Mbps: 10.13
DRB UL Data Volume MB: 9189
PRB Util%: 32.64
RRC Setup Attempts: 7901
CA DL DataVolRatio Pct den: 7772
CA Conf FailRate Pct den: 4334
weekend: 0
RSSIRX2 Avg: -97.75
CA Activation Rate: 72.95
hr: 0
MAC_UE_SC_Tput: 6213.88
Bearer Releases: 8512

hr: 0
CA Activation Rate num: 6599433
UPTP Mbps Den: 2039
Setup_Fail_DEN: 9278
Peak UE: 82
MB_per_connected_UE: 108.74
DL Volume: 8816
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7770
QCI 1 Bearer Releases: 50
UL Throughput: 2.77
DL Data Vol MAC in MB: 2255.98
CA Activation Rate den: 107185

Combined RACH Preambles: 2203
Time: 23:57:53
Date: 13-08-2022
holiday: 0
CA DL DataVolRatio Pct: 83.73
SIP_SC_Call_Attempts: 8

Avg_Connected_UEs: 57.2
SIP DC%: 
UPTP_Mbps: 14.61
DLRLCLayerDataVolume MB: 9174.63
DRB UL Data Volume MB: 6823
PRB Util%: 3.85
RRC Setup Attempts: 8869
CA DL DataVolRatio Pct den: 10025
CA Conf FailRate Pct den: 6516
RSSIRX1 Avg: -96.19
weekend: 0
UPTP Mbps Num: 11032
Setup_Fail_NUM: 8
CA Activation Rate: 3.9
hr: 23
MAC_UE_SC_Tput: 8601.73
Bearer Releases: 9694

hr: 23
qci1_setup_attempts: 5
CA Activation Rate num: 4757642
Setup_Fail_DEN: 12811
SIP_SC_Total_MOU: 68.34
Peak UE: 89
MB_per_connected_UE: 172.94
PCT Time MIMO: 49.76
DL Volume: 5188
QCI 1 Bearer Releases: 35
DL Data Vol MAC in MB: 354.88
CA Activation Rate den: 102168

Time: 09:15:31
Date: 25-10-2022
holiday: 0
HO_att_InterFreq: 459
HO Attempts: 411

DL MAC Vol Scell Pct: 5.8
SIP DC%: 
UPTP_Mbps: 46.41
DLRLCLayerDataVolume MB: 4114.38
DRB UL Data Volume MB: 4169
RRC Setup Attempts: 6511
CA Conf FailRate Pct den: 8587
weekend: 0
RSSIRX2 Avg: -98.06
CA Activation Rate: 46.56
hr: 10
MAC_UE_SC_Tput: 6329.51

hr: 10
qci1_setup_attempts: 81
Avg CQI: 7.59
CA Activation Rate num: 9565431
UPTP Mbps Den: 773
Setup_Fail_DEN: 11240
SIP_SC_Total_MOU: 49.22
Peak UE: 27
MB_per_connected_UE: 146.34
DL Volume: 411
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6768
DL Data Vol MAC in MB: 2733.9
CA Activation Rate den: 116933

Combined RACH Preambles: 2204
Time: 19:12:57
Date: 05-03-2023
holiday: 0
CA DL DataVolRatio Pct: 86.04
HO_att_InterFreq: 473
CA DL DataVolRatio Pct num: 6773

Avg_Connected_UEs: 72.86
SIP DC%: 
UPTP_Mbps: 36.37
DRB UL Data Volume MB: 4997
RRC Setup Attempts: 4365
CA Conf FailRate Pct den: 4506
weekend: 0
RSSIRX2 Avg: -95.54
CA Activation Rate: 46.14
hr: 17
MAC_UE_SC_Tput: 5919.37
Bearer Releases: 18524

hr: 17
UPTP Mbps Den: 2410
SIP_SC_Total_MOU: 21.68
S1U_SIP_SC_SEER_den: 199
Peak UE: 39
MB_per_connected_UE: 150.02
PCT Time MIMO: 43.45
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5923
UL Throughput: 1.45
DL Data Vol MAC in MB: 9926.77
CA Activation Rate den: 63083

Time: 11:03:22
holiday: 0
CA DL DataVolRatio Pct: 75.71
HO_att_InterFreq: 539
CA DL DataVolRatio Pct num: 5421
HO Attempts: 339

DL MAC Vol Scell Pct: 12.79
Avg_Connected_UEs: 51.92
SIP DC%: 
UPTP_Mbps: 14.4
DLRLCLayerDataVolume MB: 3938.83
Avg_PUCCH_SINR: 15.84
DL Packet Loss Pct: 0.11
CA DL DataVolRatio Pct den: 1544
RSSIRX1 Avg: -94.49
weekend: 1
UPTP Mbps Num: 61671
RSSIRX2 Avg: -93.33
CA Activation Rate: 7.88
hr: 13
MAC_UE_SC_Tput: 17086.43
Bearer Releases: 8088

hr: 13
CA Activation Rate num: 9456998
UPTP Mbps Den: 3044
Setup_Fail_DEN: 12814
SIP_SC_Total_MOU: 342.46
Peak UE: 27
MB_per_connected_UE: 182.94
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4894
DL Data Vol MAC in MB: 9745.5
CA Activation Rate den: 72164

Time: 06:55:52
Date: 29-06-2022
holiday: 0
CA DL DataVolRatio Pct: 90.93
HO_att_InterFreq: 421

DL MAC Vol Scell Pct: 12.13
Avg_Connected_UEs: 53.44
SIP DC%: 
UPTP_Mbps: 21
PRB Util%: 52.81
CA DL DataVolRatio Pct den: 10086
CA Conf FailRate Pct den: 5420
RSSIRX1 Avg: -96.72
weekend: 1
CA Activation Rate: 31.92
hr: 19
MAC_UE_SC_Tput: 7845.81
Bearer Releases: 10718

hr: 19
Avg CQI: 8.71
CA Activation Rate num: 4108336
UPTP Mbps Den: 286
SIP_SC_Total_MOU: 73.43
Peak UE: 42
MB_per_connected_UE: 120.06
DL Volume: 5265
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3285
QCI 1 Bearer Releases: 170

Time: 23:59:15
Date: 01-11-2022
holiday: 0
CA DL DataVolRatio Pct: 66.99
Bearer Releases Voice: 223
HO_att_InterFreq: 703

DL MAC Vol Scell Pct: 6.35
SIP DC%: 
DLRLCLayerDataVolume MB: 4583.05
DRB UL Data Volume MB: 1321
RRC Setup Attempts: 3702
CA DL DataVolRatio Pct den: 7900
CA Conf FailRate Pct den: 6870
weekend: 0
CA Activation Rate: 10.82
hr: 0
MAC_UE_SC_Tput: 9563.06

hr: 0
Avg CQI: 8.85
UPTP Mbps Den: 1816
Setup_Fail_DEN: 10357
SIP_SC_Total_MOU: 32.8
Peak UE: 41
MB_per_connected_UE: 54.07
DL Volume: 1730
CA Activation Rate den: 138277

Combined RACH Preambles: 4257
Time: 19:13:38
Date: 13-11-2023
holiday: 0
CA DL DataVolRatio Pct: 86.6
Bearer Releases Voice: 156
CA DL DataVolRatio Pct num: 1126

DL MAC Vol Scell Pct: 50.66
SIP DC%: 
UPTP_Mbps: 40.64
DLRLCLayerDataVolume MB: 3990.56
DRB UL Data Volume MB: 9337
CA DL DataVolRatio Pct den: 9463
CA Conf FailRate Pct den: 4453
weekend: 0
CA Activation Rate: 48.68
hr: 16
MAC_UE_SC_Tput: 6844.42

hr: 16
HO_fail_PCT_InterFreq: 0.12
qci1_setup_attempts: 54
CA Activation Rate num: 11044968
UPTP Mbps Den: 3076
Peak UE: 31
DL Volume: 9819
DL Data Vol MAC in MB: 750.44

Time: 20:07:36
holiday: 0
CA DL DataVolRatio Pct: 58.14
SIP_SC_Call_Attempts: 106
HO_att_InterFreq: 271
CA DL DataVolRatio Pct num: 2191
HO Attempts: 782

DL MAC Vol Scell Pct: 3.43
Avg_Connected_UEs: 69.92
SIP DC%: 
UPTP_Mbps: 43.98
DRB UL Data Volume MB: 4264
RRC Setup Attempts: 6349
CA DL DataVolRatio Pct den: 9524
RSSIRX1 Avg: -94.46
weekend: 1
RSSIRX2 Avg: -96.25
CA Activation Rate: 48.36
hr: 11
MAC_UE_SC_Tput: 7610.9
Bearer Releases: 9582

hr: 11
CA Activation Rate num: 900508
Setup_Fail_DEN: 13375
S1U_SIP_SC_SEER_den: 2
Peak UE: 38
MB_per_connected_UE: 106.1
PCT Time MIMO: 42.47
DL Volume: 1017
CA Activation Rate den: 118415

Time: 10:09:53
Date: 08-07-2023
holiday: 0
SIP_SC_Call_Attempts: 94
CA DL DataVolRatio Pct num: 898

Avg_Connected_UEs: 66.36
SIP DC%: 
UPTP_Mbps: 31.17
Avg_PUCCH_SINR: 16.52
PRB Util%: 7.18
CA Conf FailRate Pct den: 6496
weekend: 0
S1U_SIP_SC_SEER_num: 267
CA Activation Rate: 19.58
hr: 23
MAC_UE_SC_Tput: 19908.89
Bearer Releases: 8309

hr: 23
qci1_setup_attempts: 142
CA Activation Rate num: 10515832
UPTP Mbps Den: 2135
Setup_Fail_DEN: 8426
SIP_SC_Total_MOU: 119.44
S1U_SIP_SC_SEER_den: 41
Peak UE: 58
MB_per_connected_UE: 22.61
PCT Time MIMO: 47.48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5631
UL Throughput: 6.86
DL Data Vol MAC in MB: 9634.58
CA Activation Rate den: 48755

Combined RACH Preambles: 2784
Time: 19:53:45
Date: 06-02-2022
holiday: 0
HO_att_InterFreq: 359
CA DL DataVolRatio Pct num: 1831
HO Attempts: 892

DL MAC Vol Scell Pct: 5.78
Avg_Connected_UEs: 29.52
SIP DC%: 
UPTP_Mbps: 24
DRB UL Data Volume MB: 3499
PRB Util%: 13.65
RRC Setup Attempts: 5836
CA DL DataVolRatio Pct den: 3063
weekend: 0
RSSIRX2 Avg: -96.95
CA Activation Rate: 13.97
hr: 23
MAC_UE_SC_Tput: 8455.82
Bearer Releases: 14883

hr: 23
Setup_Fail_DEN: 15943
SIP_SC_Total_MOU: 33.77
S1U_SIP_SC_SEER_den: 143
Peak UE: 57
VOLTE IA%: 
MB_per_connected_UE: 159.66
PCT Time MIMO: 33.5
DL Data Vol MAC in MB: 9957.13
CA Activation Rate den: 117970

Combined RACH Preambles: 3051
Time: 10:31:39
Date: 07-04-2022
holiday: 0
CA DL DataVolRatio Pct num: 3472
HO Attempts: 643

DL MAC Vol Scell Pct: 22.21
Avg_Connected_UEs: 48.65
SIP DC%: 
UPTP_Mbps: 41.07
DLRLCLayerDataVolume MB: 1078.15
DRB UL Data Volume MB: 7482
PRB Util%: 34.38
CA Conf FailRate Pct den: 6833
RSSIRX1 Avg: -97.95
weekend: 0
UPTP Mbps Num: 33279
RSSIRX2 Avg: -96.78
CA Activation Rate: 61.11
hr: 13
MAC_UE_SC_Tput: 15763.37

hr: 13
Avg CQI: 7.95
CA Activation Rate num: 7644050
UPTP Mbps Den: 1430
Setup_Fail_DEN: 13442
SIP_SC_Total_MOU: 303.3
UL MAC Vol Scell Pct: 0.36
S1U_SIP_SC_SEER_den: 262
Peak UE: 54
MB_per_connected_UE: 50.17
UL Throughput: 3.19
CA Activation Rate den: 110166

Combined RACH Preambles: 2174
Time: 17:59:47
Date: 23-03-2022
holiday: 0
CA DL DataVolRatio Pct: 77.48
CA DL DataVolRatio Pct num: 5395
HO Attempts: 462

DL MAC Vol Scell Pct: 37.89
Avg_Connected_UEs: 36.49
SIP DC%: 
UPTP_Mbps: 48.57
DLRLCLayerDataVolume MB: 3553.35
DRB UL Data Volume MB: 225
weekend: 0
Bearer Setup Failure Voice Den: 56
RSSIRX2 Avg: -97.99
S1U_SIP_SC_SEER_num: 78
CA Activation Rate: 15.55
hr: 12
MAC_UE_SC_Tput: 11328.65

hr: 12
qci1_setup_attempts: 4
CA Activation Rate num: 10352606
UPTP Mbps Den: 2549
Setup_Fail_DEN: 8237
SIP_SC_Total_MOU: 92.12
Peak UE: 27
VOLTE IA%: 0.26
MB_per_connected_UE: 56.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3819
QCI 1 Bearer Releases: 108
CA Activation Rate den: 123231

Time: 20:18:50
Date: 25-07-2022
holiday: 0
CA DL DataVolRatio Pct: 81.53
CA Conf FailRate Pct: 0.1
CA DL DataVolRatio Pct num: 2177
HO Attempts: 281

DL MAC Vol Scell Pct: 30.94
SIP DC%: 
DLRLCLayerDataVolume MB: 8067.38
PRB Util%: 37.52
RRC Setup Attempts: 3454
CA DL DataVolRatio Pct den: 3574
CA Conf FailRate Pct den: 9277
RSSIRX1 Avg: -96.31
weekend: 0
UPTP Mbps Num: 54377
Bearer Setup Failure Voice Den: 149
CA Activation Rate: 53.85
hr: 0
MAC_UE_SC_Tput: 5402.87

hr: 0
qci1_setup_attempts: 138
CA Activation Rate num: 5900449
UPTP Mbps Den: 2865
SIP_SC_Total_MOU: 265.14
Peak UE: 113
DL Data Vol MAC in MB: 3594.53

Combined RACH Preambles: 4264
Time: 18:46:56
Date: 17-03-2023
holiday: 0
CA DL DataVolRatio Pct: 83.43
HO_att_InterFreq: 186
CA DL DataVolRatio Pct num: 2258

DL MAC Vol Scell Pct: 34.25
Avg_Connected_UEs: 61.86
SIP DC%: 
UPTP_Mbps: 31.65
DLRLCLayerDataVolume MB: 8529.93
DRB UL Data Volume MB: 2620
RRC Setup Attempts: 6654
CA Conf FailRate Pct den: 8577
weekend: 0
UPTP Mbps Num: 19365
RSSIRX2 Avg: -93.89
CA Activation Rate: 7.43
hr: 9
MAC_UE_SC_Tput: 6633.98
Bearer Releases: 7213

hr: 9
Avg CQI: 7.32
CA Activation Rate num: 4538625
Setup_Fail_DEN: 14296
RSSI Delta: 0.3
Peak UE: 27
MB_per_connected_UE: 202.31
DL Volume: 5516
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8337
DL Data Vol MAC in MB: 2951.4
CA Activation Rate den: 96772
Combined RACH Preambles: 1952

Time: 19:22:33
holiday: 0
CA DL DataVolRatio Pct: 67.85
HO_att_InterFreq: 177
HO Attempts: 666

DL MAC Vol Scell Pct: 55.45
Avg_Connected_UEs: 57.89
SIP DC%: 
UPTP_Mbps: 8.85
DRB UL Data Volume MB: 7048
PRB Util%: 70.63
CA DL DataVolRatio Pct den: 9608
weekend: 0
UPTP Mbps Num: 34037
Bearer Setup Failure Voice Den: 23
RSSIRX2 Avg: -98.25
CA Activation Rate: 7.87
hr: 0
MAC_UE_SC_Tput: 6768.58
Bearer Releases: 10096

hr: 0
Avg CQI: 10.79
CA Activation Rate num: 10459437
UPTP Mbps Den: 1946
Peak UE: 31
MB_per_connected_UE: 23.86
PCT Time MIMO: 39.48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6606
QCI 1 Bearer Releases: 181
UL Throughput: 1.31

Time: 19:36:53
holiday: 0
CA DL DataVolRatio Pct: 65.89
HO_att_InterFreq: 845

Avg_Connected_UEs: 37.32
SIP DC%: 
UPTP_Mbps: 19.53
DLRLCLayerDataVolume MB: 6186.21
DRB UL Data Volume MB: 4947
PRB Util%: 59.54
UL Resid BLER PCT: 0.52
RRC Setup Attempts: 4028
CA DL DataVolRatio Pct den: 9935
CA Conf FailRate Pct den: 6028
weekend: 0
RSSIRX2 Avg: -95.77
S1U_SIP_SC_SEER_num: 150
CA Activation Rate: 6.26
hr: 10
MAC_UE_SC_Tput: 20321.93

hr: 10
HO_fail_PCT_InterFreq: 0.08
CA Activation Rate num: 9351587
Setup_Fail_DEN: 16611
Peak UE: 27
MB_per_connected_UE: 172.02
DL Volume: 1200
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6459
UL Throughput: 0.86
DL Data Vol MAC in MB: 3182.83
CA Activation Rate den: 169738

Time: 00:05:32
Date: 16-12-2022
holiday: 0
CA DL DataVolRatio Pct: 57.7
SIP_SC_Call_Attempts: 252

DL MAC Vol Scell Pct: 28.5
SIP DC%: 
UPTP_Mbps: 19.58
DLRLCLayerDataVolume MB: 3925.83
PRB Util%: 38.76
RRC Setup Attempts: 5608
CA DL DataVolRatio Pct den: 1013
CA Conf FailRate Pct den: 7789
RSSIRX1 Avg: -93.44
weekend: 0
Bearer Setup Failure Voice Den: 80
CA Activation Rate: 36.49
hr: 4
MAC_UE_SC_Tput: 10984.67

hr: 4
qci1_setup_attempts: 225
Avg CQI: 10.38
CA Activation Rate num: 5889302
Setup_Fail_DEN: 19223
Peak UE: 60
PCT Time MIMO: 39.67
UL Throughput: 1.17
DL Data Vol MAC in MB: 8006.5
CA Activation Rate den: 95380
Combined RACH Preambles: 2329

Time: 10:14:33
Date: 04-11-2023
holiday: 0
CA DL DataVolRatio Pct: 69.86
CA DL DataVolRatio Pct num: 4069
HO Attempts: 258

DL MAC Vol Scell Pct: 14.81
Avg_Connected_UEs: 70.81
SIP DC%: 
DLRLCLayerDataVolume MB: 231.52
DRB UL Data Volume MB: 739
Avg_PUCCH_SINR: 16.32
PRB Util%: 42.14
RRC Setup Attempts: 7760
CA Conf FailRate Pct den: 6987
RSSIRX1 Avg: -98.32
weekend: 0
CA Activation Rate: 39.68
hr: 20
MAC_UE_SC_Tput: 14198.65
Bearer Releases: 14158

hr: 20
UPTP Mbps Den: 1049
Setup_Fail_DEN: 7595
SIP_SC_Total_MOU: 138.16
S1U_SIP_SC_SEER_den: 141
RSSI Delta: 0.22
Peak UE: 111
MB_per_connected_UE: 38.5
PCT Time MIMO: 50.65
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3669
DL Data Vol MAC in MB: 7367.41

Combined RACH Preambles: 1943
Time: 08:12:03
Date: 03-03-2022
holiday: 0
CA DL DataVolRatio Pct: 85.72
SIP_SC_Call_Attempts: 21
HO_att_InterFreq: 527
CA DL DataVolRatio Pct num: 5652
HO Attempts: 132

Avg_Connected_UEs: 50.08
SIP DC%: 
PRB Util%: 6.61
RRC Setup Attempts: 4712
weekend: 1
UPTP Mbps Num: 49824
RSSIRX2 Avg: -94.54
CA Activation Rate: 48.12
hr: 13
MAC_UE_SC_Tput: 10676.01
Bearer Releases: 16474

hr: 13
CA Activation Rate num: 3966259
UPTP Mbps Den: 2629
Setup_Fail_DEN: 11463
Peak UE: 27
MB_per_connected_UE: 149.21
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4153
DL Data Vol MAC in MB: 3001.1
CA Activation Rate den: 95958

Time: 20:11:48
Date: 15-10-2022
holiday: 0
CA DL DataVolRatio Pct: 82.69
Bearer Releases Voice: 28
HO_att_InterFreq: 327
CA DL DataVolRatio Pct num: 5638

DL MAC Vol Scell Pct: 3.27
SIP DC%: 
UPTP_Mbps: 37.06
DRB UL Data Volume MB: 2767
PRB Util%: 7.52
RRC Setup Attempts: 8091
CA DL DataVolRatio Pct den: 6037
weekend: 0
Bearer Setup Failure Voice Den: 20
CA Activation Rate: 27.76
hr: 9
MAC_UE_SC_Tput: 16643.95
Bearer Releases: 13675

hr: 9
CA Activation Rate num: 9162463
Setup_Fail_DEN: 18689
SIP_SC_Total_MOU: 107.48
S1U_SIP_SC_SEER_den: 282
Peak UE: 44
MB_per_connected_UE: 63.6
DL Volume: 4973
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4074
UL Throughput: 4.67

Combined RACH Preambles: 2298
Time: 04:52:48
Date: 08-11-2022
holiday: 0
CA DL DataVolRatio Pct: 59.79
SIP_SC_Call_Attempts: 110
HO_att_InterFreq: 446
CA DL DataVolRatio Pct num: 5309

DL MAC Vol Scell Pct: 11.91
Avg_Connected_UEs: 27.81
SIP DC%: 
UPTP_Mbps: 46.23
DLRLCLayerDataVolume MB: 3749.55
DRB UL Data Volume MB: 7317
RRC Setup Attempts: 4023
CA DL DataVolRatio Pct den: 8079
CA Conf FailRate Pct den: 7411
RSSIRX1 Avg: -97.05
weekend: 0
RSSIRX2 Avg: -96.54
CA Activation Rate: 21.25
hr: 15
MAC_UE_SC_Tput: 13605.8
Bearer Releases: 13318

hr: 15
qci1_setup_attempts: 226
CA Activation Rate num: 8532420
UPTP Mbps Den: 2766
Setup_Fail_DEN: 9071
SIP_SC_Total_MOU: 257.16
Peak UE: 114
MB_per_connected_UE: 57.21
PCT Time MIMO: 53.25
DL Volume: 3143
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4005
UL Throughput: 0.88
CA Activation Rate den: 48749

Time: 01:36:02
Date: 20-02-2022
holiday: 0
CA DL DataVolRatio Pct: 89.48
SIP_SC_Call_Attempts: 6
HO_att_InterFreq: 218
HO Attempts: 934

DL MAC Vol Scell Pct: 7.71
Avg_Connected_UEs: 28.5
SIP DC%: 
UPTP_Mbps: 112.64
DLRLCLayerDataVolume MB: 8520.35
DRB UL Data Volume MB: 7525
RRC Setup Attempts: 5162
CA DL DataVolRatio Pct den: 2919
CA Conf FailRate Pct den: 6032
RSSIRX1 Avg: -96.05
weekend: 1
CA Activation Rate: 29.48
hr: 23
MAC_UE_SC_Tput: 15576.63
Bearer Releases: 7117

hr: 23
qci1_setup_attempts: 149
CA Activation Rate num: 1368341
Setup_Fail_DEN: 17835
UL MAC Vol Scell Pct: 0.11
Peak UE: 27
MB_per_connected_UE: 182.55
DL Volume: 7447
UL Throughput: 5.5
DL Data Vol MAC in MB: 8174.05
CA Activation Rate den: 120971

Time: 09:32:22
holiday: 0
HO_att_InterFreq: 471
CA DL DataVolRatio Pct num: 5724
HO Attempts: 241

DL MAC Vol Scell Pct: 38.75
Avg_Connected_UEs: 81.94
SIP DC%: 
DLRLCLayerDataVolume MB: 5013.18
DRB UL Data Volume MB: 5572
CA DL DataVolRatio Pct den: 6302
weekend: 0
RSSIRX2 Avg: -98.42
CA Activation Rate: 51.59
hr: 23
MAC_UE_SC_Tput: 13213.53
Bearer Releases: 8087

hr: 23
qci1_setup_attempts: 74
CA Activation Rate num: 10776406
UPTP Mbps Den: 1435
Setup_Fail_DEN: 12058
SIP_SC_Total_MOU: 371.36
UL MAC Vol Scell Pct: 3.98
Peak UE: 105
MB_per_connected_UE: 8.61
PCT Time MIMO: 54.39
DL Volume: 5464
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4377
DL Data Vol MAC in MB: 5586.95
CA Activation Rate den: 70028

Time: 20:48:07
Date: 11-04-2022
holiday: 0
CA DL DataVolRatio Pct: 78.16
HO Attempts: 48

DL MAC Vol Scell Pct: 11.53
Avg_Connected_UEs: 70.78
SIP DC%: 
UPTP_Mbps: 101.49
DLRLCLayerDataVolume MB: 166.79
DRB UL Data Volume MB: 4574
Avg_PUCCH_SINR: 16.78
PRB Util%: 9.36
RRC Setup Attempts: 7702
CA DL DataVolRatio Pct den: 8452
CA Conf FailRate Pct den: 3229
RSSIRX1 Avg: -96.9
weekend: 0
RSSIRX2 Avg: -97.85
CA Activation Rate: 12
hr: 16
MAC_UE_SC_Tput: 17560.87
Bearer Releases: 9223

hr: 16
Avg CQI: 10.24
CA Activation Rate num: 8666245
UPTP Mbps Den: 945
Setup_Fail_DEN: 18090
Peak UE: 32
MB_per_connected_UE: 40.8
PCT Time MIMO: 50.5
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3522
DL Data Vol MAC in MB: 2398.1

Time: 23:15:32
Date: 09-10-2023
holiday: 0
CA DL DataVolRatio Pct: 82.67
Bearer Releases Voice: 176
HO Attempts: 351

DL MAC Vol Scell Pct: 5.27
Avg_Connected_UEs: 49.36
SIP DC%: 
UPTP_Mbps: 37.65
DLRLCLayerDataVolume MB: 1888.38
DRB UL Data Volume MB: 8275
PRB Util%: 19.48
RRC Setup Attempts: 6929
CA DL DataVolRatio Pct den: 254
CA Conf FailRate Pct den: 8009
weekend: 0
RSSIRX2 Avg: -97.71
S1U_SIP_SC_SEER_num: 247
CA Activation Rate: 20.99
hr: 0
MAC_UE_SC_Tput: 11804.43
Bearer Releases: 6585

hr: 0
HO_fail_PCT_InterFreq: 0.07
qci1_setup_attempts: 37
CA Activation Rate num: 5370501
UPTP Mbps Den: 2411
Setup_Fail_DEN: 12015
SIP_SC_Total_MOU: 141.54
Peak UE: 52
MB_per_connected_UE: 140.55
DL Volume: 2671
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3540
DL Data Vol MAC in MB: 4330.12
CA Activation Rate den: 80824

Combined RACH Preambles: 4232
Time: 17:05:31
Date: 02-07-2023
holiday: 0
Bearer Releases Voice: 82
HO_att_InterFreq: 938
HO Attempts: 35

DL MAC Vol Scell Pct: 18.58
Avg_Connected_UEs: 79.53
SIP DC%: 
UPTP_Mbps: 10.61
DLRLCLayerDataVolume MB: 4652.35
DRB UL Data Volume MB: 4785
PRB Util%: 53.68
RRC Setup Attempts: 8928
CA DL DataVolRatio Pct den: 7503
weekend: 1
RSSIRX2 Avg: -96.34
CA Activation Rate: 30.44
hr: 0
MAC_UE_SC_Tput: 6867.65
Bearer Releases: 15322

hr: 0
CA Activation Rate num: 6344019
UPTP Mbps Den: 169
Setup_Fail_DEN: 8811
Peak UE: 45
MB_per_connected_UE: 20.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4520
QCI 1 Bearer Releases: 86
UL Throughput: 5.02
CA Activation Rate den: 75827

Time: 06:37:40
holiday: 0
CA DL DataVolRatio Pct: 61.49
SIP_SC_Call_Attempts: 142
CA DL DataVolRatio Pct num: 2941
HO Attempts: 154

Avg_Connected_UEs: 29.6
SIP DC%: 
UPTP_Mbps: 36.6
Avg_PUCCH_SINR: 17.32
PRB Util%: 73.55
CA DL DataVolRatio Pct den: 9399
CA Conf FailRate Pct den: 5376
RSSIRX1 Avg: -96.77
weekend: 0
CA Activation Rate: 19.73
hr: 3
MAC_UE_SC_Tput: 12991.08
Bearer Releases: 6820

hr: 3
CA Activation Rate num: 4056723
UPTP Mbps Den: 1321
SIP_SC_Total_MOU: 101.01
S1U_SIP_SC_SEER_den: 197
MB_per_connected_UE: 129.17
PCT Time MIMO: 40.89
DL Volume: 4965
DL Data Vol MAC in MB: 6995.5
CA Activation Rate den: 87398

Time: 23:22:49
Date: 28-05-2023
holiday: 0
CA DL DataVolRatio Pct: 75.45
Bearer Releases Voice: 124
CA DL DataVolRatio Pct num: 4438
HO Attempts: 650

DL MAC Vol Scell Pct: 23.47
Avg_Connected_UEs: 72.3
SIP DC%: 
UPTP_Mbps: 29.04
DLRLCLayerDataVolume MB: 7683.9
DRB UL Data Volume MB: 7656
PRB Util%: 68.97
UL Resid BLER PCT: 0.66
RRC Setup Attempts: 3643
CA DL DataVolRatio Pct den: 9101
CA Conf FailRate Pct den: 4362
RSSIRX1 Avg: -97.7
weekend: 0
UPTP Mbps Num: 33723
RSSIRX2 Avg: -94.04
CA Activation Rate: 12.55
hr: 12
MAC_UE_SC_Tput: 5022.95
Bearer Releases: 11920

hr: 12
Avg CQI: 9.98
CA Activation Rate num: 4778974
UPTP Mbps Den: 1527
Setup_Fail_DEN: 8767
SIP_SC_Total_MOU: 229.64
S1U_SIP_SC_SEER_den: 29
Peak UE: 28
MB_per_connected_UE: 202.66
DL Volume: 4314
QCI 1 Bearer Releases: 19
DL Data Vol MAC in MB: 9159.17

Time: 00:45:11
holiday: 0
CA DL DataVolRatio Pct: 80.26
Bearer Releases Voice: 130
HO_att_InterFreq: 170
HO Attempts: 215

Avg_Connected_UEs: 19.92
SIP DC%: 
UPTP_Mbps: 125.74
DLRLCLayerDataVolume MB: 8004.24
DRB UL Data Volume MB: 3701
PRB Util%: 22.26
RRC Setup Attempts: 4749
CA DL DataVolRatio Pct den: 5867
CA Conf FailRate Pct den: 5360
RSSIRX1 Avg: -94.52
weekend: 0
UPTP Mbps Num: 48258
Bearer Setup Failure Voice Den: 138
CA Activation Rate: 21.42
hr: 0
MAC_UE_SC_Tput: 12594.65
Bearer Releases: 11997

hr: 0
UPTP Mbps Den: 122
Setup_Fail_DEN: 7756
SIP_SC_Total_MOU: 3.68
Peak UE: 27
MB_per_connected_UE: 19.33
PCT Time MIMO: 42.59
DL Volume: 3515
DL Data Vol MAC in MB: 8427.23
CA Activation Rate den: 97942

Time: 19:58:27
Date: 17-08-2023
holiday: 0
CA DL DataVolRatio Pct: 49.79
Bearer Releases Voice: 114
HO_att_InterFreq: 119
CA DL DataVolRatio Pct num: 5482

Avg_Connected_UEs: 53.88
SIP DC%: 
UPTP_Mbps: 130.33
DLRLCLayerDataVolume MB: 355.75
DRB UL Data Volume MB: 8552
RRC Setup Attempts: 5719
CA DL DataVolRatio Pct den: 8435
RSSIRX1 Avg: -97.04
weekend: 1
RSSIRX2 Avg: -97.92
S1U_SIP_SC_SEER_num: 91
CA Activation Rate: 6.72
hr: 0
MAC_UE_SC_Tput: 23040.09
Bearer Releases: 12331

hr: 0
CA Activation Rate num: 7617236
UPTP Mbps Den: 498
Setup_Fail_DEN: 14812
SIP_SC_Total_MOU: 1.62
Peak UE: 45
MB_per_connected_UE: 161.39
DL Volume: 7214
UL Throughput: 2.48
DL Data Vol MAC in MB: 1450.5
CA Activation Rate den: 68693
Combined RACH Preambles: 3263

Time: 02:58:45
holiday: 0
CA DL DataVolRatio Pct: 86.68
SIP_SC_Call_Attempts: 109
CA DL DataVolRatio Pct num: 3300

DL MAC Vol Scell Pct: 39.82
SIP DC%: 
UPTP_Mbps: 9.17
DLRLCLayerDataVolume MB: 2651.51
DRB UL Data Volume MB: 9239
RRC Setup Attempts: 3774
CA DL DataVolRatio Pct den: 8384
weekend: 0
RSSIRX2 Avg: -95.31
CA Activation Rate: 15.26
hr: 16
MAC_UE_SC_Tput: 10138.76
Bearer Releases: 9934

hr: 16
qci1_setup_attempts: 178
CA Activation Rate num: 10859400
UPTP Mbps Den: 2917
SIP_SC_Total_MOU: 192.33
Peak UE: 29
MB_per_connected_UE: 127.5
DL Volume: 4253
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3633
CA Activation Rate den: 149176

Time: 16:38:07
Date: 05-10-2022
holiday: 0
CA DL DataVolRatio Pct num: 7231
HO Attempts: 254

DL MAC Vol Scell Pct: 8.03
Avg_Connected_UEs: 20.58
SIP DC%: 
UPTP_Mbps: 45.41
DLRLCLayerDataVolume MB: 5121.35
DRB UL Data Volume MB: 8687
Avg_PUCCH_SINR: 16.97
RRC Setup Attempts: 5463
RSSIRX1 Avg: -93.69
weekend: 0
UPTP Mbps Num: 12798
CA Activation Rate: 15.21
hr: 0
MAC_UE_SC_Tput: 7491.83

hr: 0
qci1_setup_attempts: 153
CA Activation Rate num: 304287
UPTP Mbps Den: 425
Setup_Fail_DEN: 7708
Peak UE: 27
MB_per_connected_UE: 21.23
DL Volume: 5856
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7470
UL Throughput: 5.15
DL Data Vol MAC in MB: 316.39
Combined RACH Preambles: 2708

Time: 23:42:13
holiday: 0
CA DL DataVolRatio Pct num: 3447
HO Attempts: 679

DL MAC Vol Scell Pct: 9.2
Avg_Connected_UEs: 53.43
SIP DC%: 
UPTP_Mbps: 41.86
DRB UL Data Volume MB: 8831
CA DL DataVolRatio Pct den: 8529
RSSIRX1 Avg: -97.73
weekend: 0
UPTP Mbps Num: 51286
Bearer Setup Failure Voice Den: 205
RSSIRX2 Avg: -97.07
CA Activation Rate: 54.18
hr: 19
MAC_UE_SC_Tput: 12779.11

hr: 19
CA Activation Rate num: 6673853
UPTP Mbps Den: 2709
Setup_Fail_DEN: 14880
SIP_SC_Total_MOU: 447.56
S1U_SIP_SC_SEER_den: 137
Peak UE: 34
MB_per_connected_UE: 100.07
DL Data Vol MAC in MB: 4696.21

Time: 02:23:53
Date: 20-10-2022
holiday: 0
CA DL DataVolRatio Pct: 86.58

Avg_Connected_UEs: 27.86
SIP DC%: 
DLRLCLayerDataVolume MB: 4187.45
DRB UL Data Volume MB: 9105
PRB Util%: 21.81
RRC Setup Attempts: 7422
CA DL DataVolRatio Pct den: 9307
CA Conf FailRate Pct den: 5403
weekend: 0
Bearer Setup Failure Voice Den: 118
CA Activation Rate: 33
hr: 0
MAC_UE_SC_Tput: 14218.66
Bearer Releases: 14498

hr: 0
qci1_setup_attempts: 123
Avg CQI: 7.13
CA Activation Rate num: 6704423
UPTP Mbps Den: 1796
Setup_Fail_DEN: 14545
SIP_SC_Total_MOU: 211.22
Peak UE: 57
MB_per_connected_UE: 56.47
PCT Time MIMO: 33.05
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8518
UL Throughput: 3.34
DL Data Vol MAC in MB: 6355.25

Combined RACH Preambles: 3464
Time: 14:33:53
Date: 19-06-2023
holiday: 0
SIP_SC_Call_Attempts: 241
HO_att_InterFreq: 434
CA DL DataVolRatio Pct num: 5523
HO Attempts: 685

Avg_Connected_UEs: 35.93
SIP DC%: 
UPTP_Mbps: 41.88
DLRLCLayerDataVolume MB: 4627.69
PRB Util%: 41.97
RRC Setup Attempts: 3736
weekend: 0
UPTP Mbps Num: 21403
RSSIRX2 Avg: -98.35
CA Activation Rate: 24.78
hr: 4
MAC_UE_SC_Tput: 4305.88

hr: 4
UPTP Mbps Den: 5014
Setup_Fail_DEN: 11480
UL MAC Vol Scell Pct: 1.05
Peak UE: 27
MB_per_connected_UE: 82.09
PCT Time MIMO: 60.9
DL Volume: 8090
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5995
CA Activation Rate den: 94857

Combined RACH Preambles: 2312
Time: 02:05:47
holiday: 0
CA DL DataVolRatio Pct: 59.96
HO_att_InterFreq: 958
CA DL DataVolRatio Pct num: 2664

Avg_Connected_UEs: 68.47
SIP DC%: 
UPTP_Mbps: 42.04
DRB UL Data Volume MB: 9231
RRC Setup Attempts: 6721
CA DL DataVolRatio Pct den: 9425
CA Conf FailRate Pct den: 6205
weekend: 1
UPTP Mbps Num: 44597
CA Activation Rate: 37.91
hr: 23
MAC_UE_SC_Tput: 7297.92
Bearer Releases: 12868

hr: 23
Avg CQI: 10.64
CA Activation Rate num: 6534387
Setup_Fail_DEN: 16331
SIP_SC_Total_MOU: 129.75
S1U_SIP_SC_SEER_den: 155
Peak UE: 28
MB_per_connected_UE: 103.09
PCT Time MIMO: 51.65
DL Volume: 1501
DL Data Vol MAC in MB: 3066.91
CA Activation Rate den: 124522

Combined RACH Preambles: 3287
Time: 07:10:40
Date: 03-01-2023
holiday: 0
CA DL DataVolRatio Pct: 59.68
SIP_SC_Call_Attempts: 149
HO_att_InterFreq: 95
CA DL DataVolRatio Pct num: 2540

Avg_Connected_UEs: 31.2
SIP DC%: 
DLRLCLayerDataVolume MB: 6947.62
DRB UL Data Volume MB: 9714
CA Conf FailRate Pct den: 5163
weekend: 1
Bearer Setup Failure Voice Den: 143
CA Activation Rate: 18.71
hr: 10
MAC_UE_SC_Tput: 5071.55
Bearer Releases: 15943

hr: 10
CA Activation Rate num: 9703124
UPTP Mbps Den: 2772
Setup_Fail_DEN: 9976
SIP_SC_Total_MOU: 121.64
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 54.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7583
UL Throughput: 1.95

Time: 21:09:57
Date: 19-11-2023
holiday: 0
CA DL DataVolRatio Pct: 76.95
CA DL DataVolRatio Pct num: 5291

Avg_Connected_UEs: 45.96
SIP DC%: 
UPTP_Mbps: 16.41
DLRLCLayerDataVolume MB: 2090.39
DRB UL Data Volume MB: 9450
RRC Setup Attempts: 3876
CA Conf FailRate Pct den: 6656
RSSIRX1 Avg: -95.8
weekend: 0
UPTP Mbps Num: 27572
S1U_SIP_SC_SEER_num: 102
CA Activation Rate: 26.16
hr: 23
MAC_UE_SC_Tput: 18086.5
Bearer Releases: 12475

hr: 23
Avg CQI: 9.09
CA Activation Rate num: 8565808
UPTP Mbps Den: 3081
S1U_SIP_SC_SEER_den: 120
Peak UE: 82
MB_per_connected_UE: 201.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3866
CA Activation Rate den: 42972

Time: 20:39:22
Date: 09-12-2022
holiday: 0
CA DL DataVolRatio Pct: 88.73
HO_att_InterFreq: 976
HO Attempts: 323

DL MAC Vol Scell Pct: 3.29
SIP DC%: 
UPTP_Mbps: 43.16
DLRLCLayerDataVolume MB: 9431.29
DRB UL Data Volume MB: 8964
PRB Util%: 68.85
RRC Setup Attempts: 5419
CA DL DataVolRatio Pct den: 6588
RSSIRX1 Avg: -98.01
weekend: 0
UPTP Mbps Num: 16091
RSSIRX2 Avg: -94.89
CA Activation Rate: 25.62
hr: 0
MAC_UE_SC_Tput: 6494.05
Bearer Releases: 8295

hr: 0
Avg CQI: 8.92
CA Activation Rate num: 1788601
UPTP Mbps Den: 2538
Setup_Fail_DEN: 17645
UL MAC Vol Scell Pct: 0.38
S1U_SIP_SC_SEER_den: 128
Peak UE: 89
MB_per_connected_UE: 199.59
DL Volume: 9350
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6524
DL Data Vol MAC in MB: 439.99
CA Activation Rate den: 108814

Time: 00:43:32
Date: 04-01-2022
holiday: 0
CA DL DataVolRatio Pct: 47.16
HO_att_InterFreq: 233
CA DL DataVolRatio Pct num: 6135

Avg_Connected_UEs: 39.09
SIP DC%: 
UPTP_Mbps: 41.43
DLRLCLayerDataVolume MB: 4954.75
DRB UL Data Volume MB: 4468
PRB Util%: 48.77
RRC Setup Attempts: 5609
CA DL DataVolRatio Pct den: 6291
CA Conf FailRate Pct den: 6761
RSSIRX1 Avg: -98.24
weekend: 0
UPTP Mbps Num: 32672
Bearer Setup Failure Voice Den: 119
RSSIRX2 Avg: -95.5
CA Activation Rate: 76.2
hr: 0
MAC_UE_SC_Tput: 4139.29
Bearer Releases: 8297

hr: 0
CA Activation Rate num: 6972512
UPTP Mbps Den: 295
Setup_Fail_DEN: 11423
Peak UE: 103
VOLTE IA%: 
MB_per_connected_UE: 149.9
DL Volume: 4422
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4684
CA Activation Rate den: 129387

Combined RACH Preambles: 4043
Time: 03:52:39
Date: 08-11-2023
holiday: 0
CA DL DataVolRatio Pct: 92.1
SIP_SC_Call_Attempts: 76
HO_att_InterFreq: 535
CA DL DataVolRatio Pct num: 5801

DL MAC Vol Scell Pct: 33.06
SIP DC%: 
DLRLCLayerDataVolume MB: 6063.53
DRB UL Data Volume MB: 3636
PRB Util%: 67.86
CA DL DataVolRatio Pct den: 2068
RSSIRX1 Avg: -93.87
weekend: 0
UPTP Mbps Num: 4788
S1U_SIP_SC_SEER_num: 141
CA Activation Rate: 26.7
hr: 8
MAC_UE_SC_Tput: 6209.98

hr: 8
qci1_setup_attempts: 157
CA Activation Rate num: 1880143
Setup_Fail_DEN: 11065
Peak UE: 27
MB_per_connected_UE: 99.03
DL Volume: 3528
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4895
DL Data Vol MAC in MB: 10195.02
CA Activation Rate den: 188728

Combined RACH Preambles: 2567
Time: 16:54:28
Date: 01-09-2022
holiday: 0
CA DL DataVolRatio Pct: 42.08
HO_att_InterFreq: 415
CA DL DataVolRatio Pct num: 1617
HO Attempts: 25

DL MAC Vol Scell Pct: 37.83
SIP DC%: 
UPTP_Mbps: 18.9
DLRLCLayerDataVolume MB: 4407.4
DRB UL Data Volume MB: 9254
PRB Util%: 52.44
CA DL DataVolRatio Pct den: 1337
CA Conf FailRate Pct den: 6909
RSSIRX1 Avg: -95.81
weekend: 0
UPTP Mbps Num: 1324
RSSIRX2 Avg: -97.93
CA Activation Rate: 13.4
hr: 6
MAC_UE_SC_Tput: 5868.64
Bearer Releases: 13284

hr: 6
qci1_setup_attempts: 52
CA Activation Rate num: 1093765
UPTP Mbps Den: 2587
Setup_Fail_DEN: 7753
SIP_SC_Total_MOU: 153.85
Peak UE: 27
MB_per_connected_UE: 143.06
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3064
QCI 1 Bearer Releases: 28
UL Throughput: 4.53
Combined RACH Preambles: 4054
Time: 17:52:03

holiday: 0
CA DL DataVolRatio Pct: 83.17
HO_att_InterFreq: 501
CA DL DataVolRatio Pct num: 3225

SIP DC%: 
UPTP_Mbps: 34.73
PRB Util%: 14.23
weekend: 0
RSSIRX2 Avg: -93.83
CA Activation Rate: 17.58
hr: 23
MAC_UE_SC_Tput: 5157.88
Bearer Releases: 10485

hr: 23
CA Activation Rate num: 4452850
UPTP Mbps Den: 555
Setup_Fail_DEN: 18342
S1U_SIP_SC_SEER_den: 154
Peak UE: 38
MB_per_connected_UE: 16.74
PCT Time MIMO: 34.83
DL Volume: 720
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6150
DL Data Vol MAC in MB: 9792.21

Time: 21:23:48
Date: 23-11-2023
holiday: 0
CA DL DataVolRatio Pct: 54.3
CA DL DataVolRatio Pct num: 2441

DL MAC Vol Scell Pct: 5.03
Avg_Connected_UEs: 32.47
SIP DC%: 
UPTP_Mbps: 41.44
DLRLCLayerDataVolume MB: 7376
DRB UL Data Volume MB: 9755
PRB Util%: 10.89
RRC Setup Attempts: 4944
CA DL DataVolRatio Pct den: 6735
CA Conf FailRate Pct den: 7049
RSSIRX1 Avg: -93.58
weekend: 0
RSSIRX2 Avg: -96.28
S1U_SIP_SC_SEER_num: 214
CA Activation Rate: 5.19
hr: 18
MAC_UE_SC_Tput: 16416.96
Bearer Releases: 9705

hr: 18
qci1_setup_attempts: 231
CA Activation Rate num: 5451298
UPTP Mbps Den: 214
Setup_Fail_DEN: 9864
SIP_SC_Total_MOU: 66.31
S1U_SIP_SC_SEER_den: 272
Peak UE: 81
MB_per_connected_UE: 133.76
DL Volume: 1015
UL Throughput: 3.35
CA Activation Rate den: 219980

Time: 05:05:24
holiday: 0
CA DL DataVolRatio Pct: 44.39
SIP_SC_Call_Attempts: 39
HO_att_InterFreq: 307
CA DL DataVolRatio Pct num: 6797
HO Attempts: 36

DL MAC Vol Scell Pct: 8.69
Avg_Connected_UEs: 53.46
SIP DC%: 
UPTP_Mbps: 38.67
DLRLCLayerDataVolume MB: 5525.99
PRB Util%: 3.27
RRC Setup Attempts: 7210
CA DL DataVolRatio Pct den: 9256
CA Conf FailRate Pct den: 6666
weekend: 0
UPTP Mbps Num: 6588
RSSIRX2 Avg: -95.29
CA Activation Rate: 25.85
hr: 18
MAC_UE_SC_Tput: 5148.66
Bearer Releases: 12162

hr: 18
CA Activation Rate num: 989935
UPTP Mbps Den: 844
Setup_Fail_DEN: 15906
SIP_SC_Total_MOU: 303.7
S1U_SIP_SC_SEER_den: 93
Peak UE: 31
MB_per_connected_UE: 75.38
PCT Time MIMO: 52.2
DL Volume: 5467
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6116
UL Throughput: 4.68
DL Data Vol MAC in MB: 3767.28

Time: 08:52:42
holiday: 0
Bearer Releases Voice: 133
HO_att_InterFreq: 993
HO Attempts: 33

DL MAC Vol Scell Pct: 10.73
Avg_Connected_UEs: 43.14
SIP DC%: 
UPTP_Mbps: 34.32
DLRLCLayerDataVolume MB: 7954.47
DRB UL Data Volume MB: 6568
PRB Util%: 21.92
CA DL DataVolRatio Pct den: 6314
weekend: 0
UPTP Mbps Num: 22358
RSSIRX2 Avg: -98.53
CA Activation Rate: 19.53
hr: 17
MAC_UE_SC_Tput: 7755.99

hr: 17
CA Activation Rate num: 10251525
UPTP Mbps Den: 1192
Setup_Fail_DEN: 9697
SIP_SC_Total_MOU: 381.15
S1U_SIP_SC_SEER_den: 205
Peak UE: 38
MB_per_connected_UE: 54.78
PCT Time MIMO: 53.9
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3235
DL Data Vol MAC in MB: 10029.63

Time: 09:16:12
holiday: 0
CA DL DataVolRatio Pct num: 539
HO Attempts: 791

Avg_Connected_UEs: 44.54
SIP DC%: 
UPTP_Mbps: 97
DLRLCLayerDataVolume MB: 2624.25
DRB UL Data Volume MB: 6647
PRB Util%: 10.81
CA DL DataVolRatio Pct den: 4377
CA Conf FailRate Pct den: 8396
RSSIRX1 Avg: -96.4
weekend: 0
RSSIRX2 Avg: -94.62
CA Activation Rate: 42.26
hr: 11
MAC_UE_SC_Tput: 11204.31
Bearer Releases: 12423

hr: 11
qci1_setup_attempts: 95
Avg CQI: 9.57
CA Activation Rate num: 1197659
UPTP Mbps Den: 1126
Peak UE: 59
MB_per_connected_UE: 170.62
PCT Time MIMO: 33.1
DL Volume: 8339
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3356
QCI 1 Bearer Releases: 9
UL Throughput: 1.08

Combined RACH Preambles: 4086
Time: 19:53:30
holiday: 0
Bearer Releases Voice: 90
HO_att_InterFreq: 281
CA DL DataVolRatio Pct num: 7460

DL MAC Vol Scell Pct: 15.52
Avg_Connected_UEs: 50.55
SIP DC%: 
UPTP_Mbps: 18.85
DLRLCLayerDataVolume MB: 9452
DRB UL Data Volume MB: 8484
PRB Util%: 31.48
RRC Setup Attempts: 7198
CA Conf FailRate Pct den: 9194
weekend: 0
UPTP Mbps Num: 9933
CA Activation Rate: 37
hr: 23
MAC_UE_SC_Tput: 8306.4
HQ_EXE_TOTARGET_FAILURE_QCI_1_NUM: 6

hr: 23
CA Activation Rate num: 1564747
UPTP Mbps Den: 2252
Setup_Fail_DEN: 15914
SIP_SC_Total_MOU: 75.92
Peak UE: 48
MB_per_connected_UE: 114.75
PCT Time MIMO: 49.96
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4714
UL Throughput: 0.93
DL Data Vol MAC in MB: 7308.36
CA Activation Rate den: 102552

Time: 04:45:35
holiday: 0
HO_att_InterFreq: 637
HO Attempts: 513

DL MAC Vol Scell Pct: 3.47
Avg_Connected_UEs: 26.36
SIP DC%: 
DRB UL Data Volume MB: 6855
PRB Util%: 23.08
RRC Setup Attempts: 3870
CA DL DataVolRatio Pct den: 8167
CA Conf FailRate Pct den: 8491
weekend: 0
RSSIRX2 Avg: -96.33
CA Activation Rate: 44.11
hr: 0
MAC_UE_SC_Tput: 12233.03
Bearer Releases: 8703

hr: 0
CA Activation Rate num: 8659637
UPTP Mbps Den: 314
Setup_Fail_DEN: 6604
Peak UE: 71
MB_per_connected_UE: 7.11
PCT Time MIMO: 51.5
DL Volume: 9122
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6078
DL Data Vol MAC in MB: 4439.76
CA Activation Rate den: 36746

Time: 08:05:08
Date: 27-06-2023
holiday: 0
CA DL DataVolRatio Pct: 63.41
Bearer Releases Voice: 151
HO_att_InterFreq: 927
CA DL DataVolRatio Pct num: 4530
HO Attempts: 64

DL MAC Vol Scell Pct: 35.78
Avg_Connected_UEs: 48.86
SIP DC%: 
UPTP_Mbps: 45.89
DLRLCLayerDataVolume MB: 5095.4
DRB UL Data Volume MB: 9242
RRC Setup Attempts: 4326
CA DL DataVolRatio Pct den: 1147
CA Conf FailRate Pct den: 7804
weekend: 0
RSSIRX2 Avg: -96.24
hr: 23
MAC_UE_SC_Tput: 5914.16
Bearer Releases: 11733

hr: 23
qci1_setup_attempts: 126
CA Activation Rate num: 10985324
UPTP Mbps Den: 24
Setup_Fail_DEN: 11464
SIP_SC_Total_MOU: 209.16
Peak UE: 27
MB_per_connected_UE: 61.17
PCT Time MIMO: 56.6
DL Volume: 4791
CA Activation Rate den: 187645

Combined RACH Preambles: 3140
Time: 04:02:52
Date: 31-05-2022
holiday: 0
CA DL DataVolRatio Pct: 89.47

DL MAC Vol Scell Pct: 37.72
Avg_Connected_UEs: 51.22
SIP DC%: 
UPTP_Mbps: 45.33
DLRLCLayerDataVolume MB: 2075.99
DRB UL Data Volume MB: 1090
PRB Util%: 42.48
RRC Setup Attempts: 5691
RSSIRX1 Avg: -93.4
weekend: 0
UPTP Mbps Num: 37588
RSSIRX2 Avg: -98.57
CA Activation Rate: 71.47
hr: 15
Bearer Releases: 6838

hr: 15
CA Activation Rate num: 2576062
UPTP Mbps Den: 3107
Setup_Fail_DEN: 12637
Peak UE: 45
MB_per_connected_UE: 63.45
PCT Time MIMO: 57.91
DL Data Vol MAC in MB: 6524.92

Time: 12:23:06
Date: 22-01-2023
holiday: 0
CA DL DataVolRatio Pct: 87.53
CA DL DataVolRatio Pct num: 4414
HO Attempts: 839

DL MAC Vol Scell Pct: 33.1
Avg_Connected_UEs: 76.98
SIP DC%: 
UPTP_Mbps: 33.6
DRB UL Data Volume MB: 8451
PRB Util%: 6.96
RRC Setup Attempts: 7486
CA DL DataVolRatio Pct den: 2845
CA Conf FailRate Pct den: 5502
RSSIRX1 Avg: -96.61
weekend: 0
Bearer Setup Failure Voice Den: 8
CA Activation Rate: 28.19
hr: 4
MAC_UE_SC_Tput: 5444.79
Bearer Releases: 6905

hr: 4
CA Activation Rate num: 12538921
UPTP Mbps Den: 4981
SIP_SC_Total_MOU: 22.04
S1U_SIP_SC_SEER_den: 234
Peak UE: 27
MB_per_connected_UE: 132.53
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6175
QCI 1 Bearer Releases: 167
UL Throughput: 0.94
DL Data Vol MAC in MB: 540.06
CA Activation Rate den: 63386

Time: 09:36:11
Date: 24-09-2022
holiday: 0
HO_att_InterFreq: 253
CA DL DataVolRatio Pct num: 4078

DL MAC Vol Scell Pct: 48.77
Avg_Connected_UEs: 33.17
SIP DC%: 
UPTP_Mbps: 28.99
PRB Util%: 21.31
RRC Setup Attempts: 4497
CA DL DataVolRatio Pct den: 5066
CA Conf FailRate Pct den: 3933
weekend: 0
CA Activation Rate: 55.6
hr: 2
MAC_UE_SC_Tput: 4807.46

hr: 2
CA Activation Rate num: 4988841
UPTP Mbps Den: 2158
Setup_Fail_DEN: 13735
SIP_SC_Total_MOU: 369.89
Peak UE: 27
MB_per_connected_UE: 30.13
PCT Time MIMO: 46.69
DL Volume: 1847
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5972
DL Data Vol MAC in MB: 6301.37
CA Activation Rate den: 93929

Time: 05:29:19
Date: 04-10-2023
holiday: 0
CA DL DataVolRatio Pct: 87.04
HO_att_InterFreq: 240
CA DL DataVolRatio Pct num: 6430
HO Attempts: 948

SIP DC%: 
UPTP_Mbps: 40.96
DRB UL Data Volume MB: 3454
PRB Util%: 40.13
CA Conf FailRate Pct den: 3206
weekend: 0
RSSIRX2 Avg: -97.68
CA Activation Rate: 45.94
hr: 17
MAC_UE_SC_Tput: 4664.41
Bearer Releases: 7253

hr: 17
Avg CQI: 10.16
CA Activation Rate num: 12512626
UPTP Mbps Den: 1654
Setup_Fail_DEN: 15379
SIP_SC_Total_MOU: 378.92
Peak UE: 27
MB_per_connected_UE: 140.96
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4931
UL Throughput: 1.68
DL Data Vol MAC in MB: 7170.6
CA Activation Rate den: 40311

Time: 20:13:32
Date: 28-10-2022
holiday: 0
CA DL DataVolRatio Pct: 83.9
CA DL DataVolRatio Pct num: 5785

DL MAC Vol Scell Pct: 14.44
Avg_Connected_UEs: 21.53
SIP DC%: 
UPTP_Mbps: 39.91
DLRLCLayerDataVolume MB: 1631.5
DRB UL Data Volume MB: 8339
PRB Util%: 4.34
CA DL DataVolRatio Pct den: 2314
CA Conf FailRate Pct den: 6828
weekend: 0
UPTP Mbps Num: 43546
RSSIRX2 Avg: -98.52
hr: 9
Bearer Releases: 8548

hr: 9
Avg CQI: 7.66
CA Activation Rate num: 180882
UPTP Mbps Den: 1159
Setup_Fail_DEN: 14481
SIP_SC_Total_MOU: 246.64
S1U_SIP_SC_SEER_den: 230
Peak UE: 27
MB_per_connected_UE: 40.19
PCT Time MIMO: 61.59
DL Volume: 7478
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3674
UL Throughput: 4.64
DL Data Vol MAC in MB: 6087.79
CA Activation Rate den: 61546

Combined RACH Preambles: 2457
Time: 13:41:38
Date: 21-06-2023
holiday: 0
CA DL DataVolRatio Pct: 72.16
Bearer Releases Voice: 131
HO_att_InterFreq: 297

DL MAC Vol Scell Pct: 19.08
SIP DC%: 
UPTP_Mbps: 118
DLRLCLayerDataVolume MB: 1521
DRB UL Data Volume MB: 5835
PRB Util%: 40.93
CA DL DataVolRatio Pct den: 4529
CA Conf FailRate Pct den: 7108
RSSIRX1 Avg: -96.55
weekend: 0
S1U_SIP_SC_SEER_num: 163
CA Activation Rate: 58.47
hr: 0
MAC_UE_SC_Tput: 6575.06
Bearer Releases: 11305

hr: 0
UPTP Mbps Den: 1364
Setup_Fail_DEN: 14661
SIP_SC_Total_MOU: 172.64
S1U_SIP_SC_SEER_den: 263
Peak UE: 27
MB_per_connected_UE: 162.67
UL Throughput: 4
DL Data Vol MAC in MB: 3407.58
CA Activation Rate den: 94249

Combined RACH Preambles: 2899
Time: 23:46:46
Date: 27-04-2022
holiday: 0
CA DL DataVolRatio Pct: 42.88
HO Attempts: 588

DL MAC Vol Scell Pct: 19.76
SIP DC%: 
UPTP_Mbps: 12.99
DRB UL Data Volume MB: 2454
CA DL DataVolRatio Pct den: 7413
CA Conf FailRate Pct den: 8149
RSSIRX1 Avg: -93.48
weekend: 1
UPTP Mbps Num: 41407
hr: 17
MAC_UE_SC_Tput: 8704.42

hr: 17
CA Activation Rate num: 4981570
UPTP Mbps Den: 1411
Setup_Fail_DEN: 6754
SIP_SC_Total_MOU: 43.46
S1U_SIP_SC_SEER_den: 114
Peak UE: 68
MB_per_connected_UE: 89.3
PCT Time MIMO: 58.22
DL Volume: 8933
UL Throughput: 3.26
DL Data Vol MAC in MB: 889.11
CA Activation Rate den: 77656

Time: 20:21:56
Date: 03-06-2023
holiday: 0
HO_att_InterFreq: 959
CA DL DataVolRatio Pct num: 5674

DL MAC Vol Scell Pct: 30.21
Avg_Connected_UEs: 47.17
SIP DC%: 
UPTP_Mbps: 92.89
PRB Util%: 8.92
UL Resid BLER PCT: 0.49
RRC Setup Attempts: 5447
CA DL DataVolRatio Pct den: 2852
CA Conf FailRate Pct den: 6727
weekend: 1
UPTP Mbps Num: 22113
S1U_SIP_SC_SEER_num: 43
CA Activation Rate: 16.35
hr: 5
MAC_UE_SC_Tput: 12911.83

hr: 5
qci1_setup_attempts: 258
CA Activation Rate num: 4254510
UPTP Mbps Den: 1766
Setup_Fail_DEN: 10204
Peak UE: 50
MB_per_connected_UE: 9.76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3404
QCI 1 Bearer Releases: 109
UL Throughput: 0.75
CA Activation Rate den: 74644

Time: 11:01:18
Date: 08-03-2023
holiday: 0
HO Attempts: 950

DL MAC Vol Scell Pct: 13.87
Avg_Connected_UEs: 27.5
SIP DC%: 
UPTP_Mbps: 33.27
DLRLCLayerDataVolume MB: 2125.94
DRB UL Data Volume MB: 7094
PRB Util%: 24.29
RRC Setup Attempts: 6406
CA DL DataVolRatio Pct den: 7978
CA Conf FailRate Pct den: 9307
RSSIRX1 Avg: -95.67
weekend: 0
CA Activation Rate: 70.4
hr: 23
MAC_UE_SC_Tput: 27394.37
Bearer Releases: 8191

hr: 23
Avg CQI: 10.49
CA Activation Rate num: 7863585
UPTP Mbps Den: 2615
Peak UE: 42
MB_per_connected_UE: 78.43
PCT Time MIMO: 54.45
UL Throughput: 1.21
CA Activation Rate den: 115839

Time: 21:57:56
Date: 02-08-2022
holiday: 0
CA DL DataVolRatio Pct: 90.8
HO Attempts: 333

DL MAC Vol Scell Pct: 21.28
Avg_Connected_UEs: 35.46
SIP DC%: 
UPTP_Mbps: 45.39
RRC Setup Attempts: 4263
CA Conf FailRate Pct den: 8056
weekend: 0
Bearer Setup Failure Voice Den: 47
CA Activation Rate: 73.37
hr: 4
MAC_UE_SC_Tput: 6801.3

hr: 4
CA Activation Rate num: 271593
UPTP Mbps Den: 487
Setup_Fail_DEN: 6600
SIP_SC_Total_MOU: 253.9
Peak UE: 27
MB_per_connected_UE: 145.88
PCT Time MIMO: 38.3
DL Volume: 2182
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6724
UL Throughput: 4.18
CA Activation Rate den: 149212

Time: 22:31:24
Date: 18-10-2023
holiday: 0
CA DL DataVolRatio Pct: 90.25
CA DL DataVolRatio Pct num: 6150

DL MAC Vol Scell Pct: 18.35
SIP DC%: 
DRB UL Data Volume MB: 7561
PRB Util%: 46.86
CA DL DataVolRatio Pct den: 2258
RSSIRX1 Avg: -97.87
weekend: 0
hr: 5
MAC_UE_SC_Tput: 4556.46

hr: 5
Avg CQI: 10.76
CA Activation Rate num: 800333
UPTP Mbps Den: 2940
SIP_SC_Total_MOU: 35.16
Peak UE: 27
MB_per_connected_UE: 36.88
PCT Time MIMO: 35.08
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5905
CA Activation Rate den: 56974

Combined RACH Preambles: 1951
Time: 22:39:57
Date: 16-10-2023
holiday: 0
CA DL DataVolRatio Pct num: 6785

Avg_Connected_UEs: 34.65
SIP DC%: 
UPTP_Mbps: 13.59
DLRLCLayerDataVolume MB: 1474.14
DRB UL Data Volume MB: 3858
PRB Util%: 36.79
RRC Setup Attempts: 5051
CA Conf FailRate Pct den: 7063
weekend: 0
UPTP Mbps Num: 4491
Bearer Setup Failure Voice Den: 87
CA Activation Rate: 12.41
hr: 23
MAC_UE_SC_Tput: 8580.13
Bearer Releases: 7660

hr: 23
CA Activation Rate num: 5618977
UPTP Mbps Den: 2754
Setup_Fail_DEN: 15708
Peak UE: 80
MB_per_connected_UE: 127.54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3240
DL Data Vol MAC in MB: 6151.54
CA Activation Rate den: 130787

Time: 15:08:05
holiday: 0
CA DL DataVolRatio Pct: 65.6
SIP_SC_Call_Attempts: 102
CA DL DataVolRatio Pct num: 5231

DL MAC Vol Scell Pct: 6.92
Avg_Connected_UEs: 66.47
SIP DC%: 
UPTP_Mbps: 22.45
DRB UL Data Volume MB: 8553
PRB Util%: 37.02
CA DL DataVolRatio Pct den: 9552
weekend: 1
RSSIRX2 Avg: -97.12
CA Activation Rate: 34.85
hr: 12
MAC_UE_SC_Tput: 24707.87

hr: 12
CA Activation Rate num: 9909294
UPTP Mbps Den: 2213
Setup_Fail_DEN: 11981
SIP_SC_Total_MOU: 258
Peak UE: 61
MB_per_connected_UE: 19.16
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3902
UL Throughput: 4.72
CA Activation Rate den: 131278

Time: 00:04:36
holiday: 0
CA DL DataVolRatio Pct: 63.42
Bearer Releases Voice: 30
CA DL DataVolRatio Pct num: 4722
HO Attempts: 374

Avg_Connected_UEs: 82.89
SIP DC%: 
UPTP_Mbps: 34.22
DLRLCLayerDataVolume MB: 9537.66
DRB UL Data Volume MB: 6861
RRC Setup Attempts: 3906
CA DL DataVolRatio Pct den: 10190
CA Conf FailRate Pct den: 6232
weekend: 0
UPTP Mbps Num: 34588
CA Activation Rate: 44.54
hr: 15
Bearer Releases: 6767

hr: 15
CA Activation Rate num: 13829007
UPTP Mbps Den: 37
Setup_Fail_DEN: 12708
UL MAC Vol Scell Pct: 0.17
Peak UE: 54
MB_per_connected_UE: 145.94
PCT Time MIMO: 37.07
DL Volume: 6913
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4604
DL Data Vol MAC in MB: 3290.41
CA Activation Rate den: 125032

Combined RACH Preambles: 2482
Time: 00:23:36
Date: 21-02-2022
holiday: 0
CA DL DataVolRatio Pct: 61.83
HO_att_InterFreq: 790
HO Attempts: 481

DL MAC Vol Scell Pct: 6.58
Avg_Connected_UEs: 49.99
SIP DC%: 
UPTP_Mbps: 32.09
DRB UL Data Volume MB: 6702
Avg_PUCCH_SINR: 17.18
RRC Setup Attempts: 3645
CA DL DataVolRatio Pct den: 6199
RSSIRX1 Avg: -94.02
weekend: 0
CA Activation Rate: 77.16
hr: 10
MAC_UE_SC_Tput: 4275.86

hr: 10
UPTP Mbps Den: 1302
Setup_Fail_DEN: 6736
Peak UE: 86
MB_per_connected_UE: 179.64
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3462
QCI 1 Bearer Releases: 33

Combined RACH Preambles: 2408
Time: 22:12:22
holiday: 0
CA DL DataVolRatio Pct: 64.48
HO_att_InterFreq: 554
CA DL DataVolRatio Pct num: 6228

DL MAC Vol Scell Pct: 22.45
Avg_Connected_UEs: 37.27
SIP DC%: 
UPTP_Mbps: 14.58
DLRLCLayerDataVolume MB: 1569.04
DRB UL Data Volume MB: 8262
PRB Util%: 33.87
CA Conf FailRate Pct den: 6998
RSSIRX1 Avg: -92.73
weekend: 0
S1U_SIP_SC_SEER_num: 282
CA Activation Rate: 38.8
hr: 23
MAC_UE_SC_Tput: 7548.74
Bearer Releases: 9126

hr: 23
qci1_setup_attempts: 132
Avg CQI: 11.62
CA Activation Rate num: 4729951
UPTP Mbps Den: 280
UL MAC Vol Scell Pct: 0.58
Peak UE: 51
MB_per_connected_UE: 175.5
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3053
CA Activation Rate den: 135882

Time: 03:37:43
holiday: 0
CA DL DataVolRatio Pct: 72.02
HO Attempts: 918

Avg_Connected_UEs: 50.8
SIP DC%: 
UPTP_Mbps: 15.35
DRB UL Data Volume MB: 5135
Avg_PUCCH_SINR: 15.74
RRC Setup Attempts: 3319
weekend: 1
UPTP Mbps Num: 16119
RSSIRX2 Avg: -98.55
CA Activation Rate: 47.85
hr: 14

hr: 14
Avg CQI: 8.08
CA Activation Rate num: 5506456
UPTP Mbps Den: 764
Setup_Fail_DEN: 19544
Peak UE: 27
MB_per_connected_UE: 187.55
PCT Time MIMO: 40.51
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4336
QCI 1 Bearer Releases: 34
DL Data Vol MAC in MB: 5265.81

Time: 19:33:51
holiday: 0
CA DL DataVolRatio Pct: 40.81
HO Attempts: 787

Avg_Connected_UEs: 62.07
SIP DC%: 
UPTP_Mbps: 29.16
DLRLCLayerDataVolume MB: 3653.73
DRB UL Data Volume MB: 6747
PRB Util%: 62.42
CA DL DataVolRatio Pct den: 2959
weekend: 0
RSSIRX2 Avg: -96.49
CA Activation Rate: 63.32
hr: 11
MAC_UE_SC_Tput: 18472.87
Bearer Releases: 8398

hr: 11
CA Activation Rate num: 4979793
UPTP Mbps Den: 675
Setup_Fail_DEN: 12292
SIP_SC_Total_MOU: 182.89
S1U_SIP_SC_SEER_den: 270
Peak UE: 76
MB_per_connected_UE: 133.15
PCT Time MIMO: 62.99
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4511
DL Data Vol MAC in MB: 9682.03

Combined RACH Preambles: 3467
Time: 03:45:22
holiday: 0
CA DL DataVolRatio Pct: 49.34
CA DL DataVolRatio Pct num: 3514

DL MAC Vol Scell Pct: 4.14
SIP DC%: 
UPTP_Mbps: 32.39
DLRLCLayerDataVolume MB: 4132.58
Avg_PUCCH_SINR: 16.76
CA DL DataVolRatio Pct den: 9055
CA Conf FailRate Pct den: 6837
weekend: 0
Bearer Setup Failure Voice Den: 114
RSSIRX2 Avg: -97.5
CA Activation Rate: 78.24
hr: 13
MAC_UE_SC_Tput: 12110.25
Bearer Releases: 14307

hr: 13
Avg CQI: 7.49
CA Activation Rate num: 3692954
Setup_Fail_DEN: 9534
SIP_SC_Total_MOU: 174.77
Peak UE: 58
MB_per_connected_UE: 22.05
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3904
UL Throughput: 3.31

Combined RACH Preambles: 3327
Time: 16:24:55
Date: 18-04-2023
holiday: 0
CA DL DataVolRatio Pct num: 5515

SIP DC%: 
UPTP_Mbps: 118.9
DLRLCLayerDataVolume MB: 8001.02
DRB UL Data Volume MB: 3141
CA DL DataVolRatio Pct den: 4389
CA Conf FailRate Pct den: 3311
RSSIRX1 Avg: -93.38
weekend: 0
UPTP Mbps Num: 16085
S1U_SIP_SC_SEER_num: 28
CA Activation Rate: 38.32
hr: 0
MAC_UE_SC_Tput: 5989.75
Bearer Releases: 6649

hr: 0
CA Activation Rate num: 1560975
UPTP Mbps Den: 1695
Setup_Fail_DEN: 12850
S1U_SIP_SC_SEER_den: 238
Peak UE: 27
PCT Time MIMO: 41.37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4800
DL Data Vol MAC in MB: 6428.07

Time: 11:26:28
Date: 10-07-2022
holiday: 0

DL MAC Vol Scell Pct: 36.3
Avg_Connected_UEs: 49.35
SIP DC%: 
UPTP_Mbps: 23.32
DRB UL Data Volume MB: 3843
Avg_PUCCH_SINR: 15.97
RRC Setup Attempts: 6439
CA DL DataVolRatio Pct den: 5650
CA Conf FailRate Pct den: 5183
RSSIRX1 Avg: -94.7
weekend: 0
RSSIRX2 Avg: -98.34
S1U_SIP_SC_SEER_num: 126
CA Activation Rate: 55.09
hr: 17
MAC_UE_SC_Tput: 10614.08
Bearer Releases: 17682

hr: 17
Avg CQI: 10.48
CA Activation Rate num: 8894878
SIP_SC_Total_MOU: 92.1
Peak UE: 46
MB_per_connected_UE: 118.88
PCT Time MIMO: 44.03
DL Volume: 1260
QCI 1 Bearer Releases: 79
UL Throughput: 4.33
DL Data Vol MAC in MB: 6937.86

Time: 02:12:55
holiday: 0
CA DL DataVolRatio Pct: 75.03
HO_att_InterFreq: 866
CA DL DataVolRatio Pct num: 1989
HO Attempts: 12

Avg_Connected_UEs: 38.86
SIP DC%: 
UPTP_Mbps: 28.44
DLRLCLayerDataVolume MB: 4586.82
DRB UL Data Volume MB: 6259
Avg_PUCCH_SINR: 16.57
PRB Util%: 33
RRC Setup Attempts: 4211
CA DL DataVolRatio Pct den: 3068
CA Conf FailRate Pct den: 3683
RSSIRX1 Avg: -95.01
weekend: 0
UPTP Mbps Num: 43978
CA Activation Rate: 43.52
hr: 4
MAC_UE_SC_Tput: 5846.3
Bearer Releases: 8355

hr: 4
CA Activation Rate num: 5711623
UPTP Mbps Den: 1128
Setup_Fail_DEN: 14161
SIP_SC_Total_MOU: 358.96
Peak UE: 40
MB_per_connected_UE: 72.24
DL Volume: 2434
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8504
QCI 1 Bearer Releases: 166
DL Data Vol MAC in MB: 6131.46

Combined RACH Preambles: 3339
Time: 02:51:23
holiday: 0
HO_att_InterFreq: 468
CA DL DataVolRatio Pct num: 6212

DL MAC Vol Scell Pct: 40.07
SIP DC%: 
UPTP_Mbps: 40
DLRLCLayerDataVolume MB: 9019.4
PRB Util%: 54.22
CA Conf FailRate Pct den: 7110
RSSIRX1 Avg: -98.55
weekend: 0
UPTP Mbps Num: 42708
hr: 8
MAC_UE_SC_Tput: 7066.99
HQ_EXE_TOTARGET_FAILURE_QCI_1_NUM: 9
Bearer Releases: 7596

hr: 8
Avg CQI: 8.34
UPTP Mbps Den: 1285
Setup_Fail_DEN: 15693
SIP_SC_Total_MOU: 139.64
Peak UE: 27
MB_per_connected_UE: 25.21
PCT Time MIMO: 51.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3678
DL Data Vol MAC in MB: 7873.16
Time: 18:24:49

Date: 12-07-2023
holiday: 0
HO_att_InterFreq: 97
CA DL DataVolRatio Pct num: 6873
HO Attempts: 856

DL MAC Vol Scell Pct: 53.25
Avg_Connected_UEs: 25.52
SIP DC%: 
UPTP_Mbps: 42.47
DRB UL Data Volume MB: 7284
Avg_PUCCH_SINR: 17.03
PRB Util%: 16.87
CA DL DataVolRatio Pct den: 4327
CA Conf FailRate Pct den: 6399
RSSIRX1 Avg: -94.23
weekend: 0
CA Activation Rate: 10.76
hr: 7
MAC_UE_SC_Tput: 8571.78
Bearer Releases: 9069

hr: 7
qci1_setup_attempts: 259
CA Activation Rate num: 6827693
UPTP Mbps Den: 1274
Setup_Fail_DEN: 15950
Peak UE: 42
MB_per_connected_UE: 123.18
PCT Time MIMO: 39.97
QCI 1 Bearer Releases: 138

Combined RACH Preambles: 2330
Time: 07:37:44
holiday: 0
HO Attempts: 878

SIP DC%: 
UPTP_Mbps: 56.16
DLRLCLayerDataVolume MB: 1194.89
RRC Setup Attempts: 6954
CA DL DataVolRatio Pct den: 10188
RSSIRX1 Avg: -94.15
weekend: 0
UPTP Mbps Num: 29446
CA Activation Rate: 72.56
hr: 9
MAC_UE_SC_Tput: 12869.66
Bearer Releases: 8304

hr: 9
CA Activation Rate num: 9182875
UPTP Mbps Den: 3094
Setup_Fail_DEN: 10772
SIP_SC_Total_MOU: 101.93
Peak UE: 27
MB_per_connected_UE: 14.83
PCT Time MIMO: 47.9
DL Volume: 227
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4952
CA Activation Rate den: 36482

Time: 21:22:19
Date: 17-06-2022
holiday: 0
CA DL DataVolRatio Pct: 72.11
HO_att_InterFreq: 418

SIP DC%: 
UPTP_Mbps: 35.66
DRB UL Data Volume MB: 5153
RRC Setup Attempts: 4115
CA DL DataVolRatio Pct den: 3483
RSSIRX1 Avg: -96.99
weekend: 1
UPTP Mbps Num: 2475
RSSIRX2 Avg: -96.46
CA Activation Rate: 31.37
hr: 8
MAC_UE_SC_Tput: 9601.04
Bearer Releases: 13171

hr: 8
CA Activation Rate num: 923200
UPTP Mbps Den: 2535
Setup_Fail_DEN: 14013
Peak UE: 27
MB_per_connected_UE: 46.21
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5138
QCI 1 Bearer Releases: 110

Time: 17:26:54
Date: 22-08-2022
holiday: 0
CA DL DataVolRatio Pct: 55.89
CA DL DataVolRatio Pct num: 1667

DL MAC Vol Scell Pct: 12.5
Avg_Connected_UEs: 39.44
SIP DC%: 
UPTP_Mbps: 33.46
DLRLCLayerDataVolume MB: 9930.24
PRB Util%: 74.91
RRC Setup Attempts: 4901
CA DL DataVolRatio Pct den: 366
CA Conf FailRate Pct den: 8383
RSSIRX1 Avg: -94.94
weekend: 0
CA Activation Rate: 24.28
hr: 0
MAC_UE_SC_Tput: 6059.42
Bearer Releases: 12963

hr: 0
CA Activation Rate num: 2800967
UPTP Mbps Den: 2622
Setup_Fail_DEN: 8565
Peak UE: 40
MB_per_connected_UE: 22
PCT Time MIMO: 57.15
DL Volume: 2183
UL Throughput: 3.17
DL Data Vol MAC in MB: 4246.26

Time: 00:09:25
holiday: 0
CA DL DataVolRatio Pct: 78.32
SIP_SC_Call_Attempts: 26
CA DL DataVolRatio Pct num: 1883
HO Attempts: 173

DL MAC Vol Scell Pct: 47.26
Avg_Connected_UEs: 47.13
SIP DC%: 
UPTP_Mbps: 42.6
DLRLCLayerDataVolume MB: 5299.42
PRB Util%: 36.4
RRC Setup Attempts: 5705
CA DL DataVolRatio Pct den: 6308
RSSIRX1 Avg: -97.85
weekend: 0
S1U_SIP_SC_SEER_num: 186
hr: 3
MAC_UE_SC_Tput: 7349.89
Bearer Releases: 8307

hr: 3
qci1_setup_attempts: 53
Avg CQI: 10.68
CA Activation Rate num: 6953678
SIP_SC_Total_MOU: 103.1
Peak UE: 55
MB_per_connected_UE: 157.63
DL Volume: 1816
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4573
DL Data Vol MAC in MB: 7380.22
CA Activation Rate den: 111923

Time: 08:55:30
holiday: 0
HO_att_InterFreq: 345
HO Attempts: 286

Avg_Connected_UEs: 82.49
SIP DC%: 
UPTP_Mbps: 36.71
DLRLCLayerDataVolume MB: 3257.49
DRB UL Data Volume MB: 7551
Avg_PUCCH_SINR: 16.18
PRB Util%: 23.72
CA Conf FailRate Pct den: 7164
weekend: 0
UPTP Mbps Num: 962
CA Activation Rate: 5.8
hr: 7
MAC_UE_SC_Tput: 4742.04
Bearer Releases: 10073

hr: 7
CA Activation Rate num: 10398298
UPTP Mbps Den: 5093
Peak UE: 27
PCT Time MIMO: 42.52
QCI 1 Bearer Releases: 94
DL Data Vol MAC in MB: 4441.42

Combined RACH Preambles: 3954
Time: 08:08:34
Date: 09-03-2022
holiday: 0
CA DL DataVolRatio Pct: 76.67
SIP_SC_Call_Attempts: 146
HO_att_InterFreq: 977
CA DL DataVolRatio Pct num: 427

DL MAC Vol Scell Pct: 6.97
Avg_Connected_UEs: 29.94
SIP DC%: 
UPTP_Mbps: 20.7
DLRLCLayerDataVolume MB: 906.5
DRB UL Data Volume MB: 7776
PRB Util%: 20.41
RRC Setup Attempts: 8095
CA DL DataVolRatio Pct den: 1404
weekend: 0
UPTP Mbps Num: 35461
CA Activation Rate: 44.89
hr: 17
MAC_UE_SC_Tput: 12322.25
Bearer Releases: 16935

hr: 17
CA Activation Rate num: 5168418
UPTP Mbps Den: 4634
Setup_Fail_DEN: 16565
SIP_SC_Total_MOU: 393.8
UL MAC Vol Scell Pct: 0.88
Peak UE: 45
VOLTE IA%: 
DL Volume: 7345
UL Throughput: 3.01
CA Activation Rate den: 80992

Time: 17:31:57
Date: 08-04-2022
holiday: 0
CA DL DataVolRatio Pct: 57.84
HO_att_InterFreq: 360
CA DL DataVolRatio Pct num: 1020
HO Attempts: 655

DL MAC Vol Scell Pct: 12.37
Avg_Connected_UEs: 46.33
SIP DC%: 
UPTP_Mbps: 41.09
DLRLCLayerDataVolume MB: 4024.08
DRB UL Data Volume MB: 9523
PRB Util%: 62.16
RRC Setup Attempts: 4970
CA DL DataVolRatio Pct den: 7746
CA Conf FailRate Pct den: 5161
RSSIRX1 Avg: -94.76
weekend: 0
RSSIRX2 Avg: -95.61
CA Activation Rate: 40.37
hr: 14
MAC_UE_SC_Tput: 8565.08
Bearer Releases: 15286

hr: 14
CA Activation Rate num: 9969695
UPTP Mbps Den: 1311
Setup_Fail_DEN: 13357
Peak UE: 27
MB_per_connected_UE: 104.86
DL Volume: 324
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6679
QCI 1 Bearer Releases: 14
UL Throughput: 2.18
CA Activation Rate den: 74266

Time: 17:03:32
Date: 20-08-2022
holiday: 0
HO_att_InterFreq: 888
CA DL DataVolRatio Pct num: 273
HO Attempts: 140

DL MAC Vol Scell Pct: 33.9
SIP DC%: 
UPTP_Mbps: 22.08
CA DL DataVolRatio Pct den: 8665
CA Conf FailRate Pct den: 6939
weekend: 0
UPTP Mbps Num: 55223
RSSIRX2 Avg: -93.99
CA Activation Rate: 11.64
hr: 0
MAC_UE_SC_Tput: 15765.83
Bearer Releases: 16047

hr: 0
Avg CQI: 9.62
CA Activation Rate num: 9365399
Setup_Fail_DEN: 11926
Peak UE: 27
MB_per_connected_UE: 116.67
PCT Time MIMO: 40.45
DL Volume: 3461
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7064
QCI 1 Bearer Releases: 112
UL Throughput: 1.43
DL Data Vol MAC in MB: 2851.61
CA Activation Rate den: 66858

Combined RACH Preambles: 2968
Time: 21:02:53
Date: 03-06-2022
holiday: 0
CA DL DataVolRatio Pct: 72.36
SIP_SC_Call_Attempts: 166
HO_att_InterFreq: 924
HO Attempts: 834

DL MAC Vol Scell Pct: 4.95
Avg_Connected_UEs: 54.83
SIP DC%: 
UPTP_Mbps: 11.95
DLRLCLayerDataVolume MB: 9043.02
PRB Util%: 27.91
RRC Setup Attempts: 4606
RSSIRX1 Avg: -96.57
weekend: 0
UPTP Mbps Num: 4483
CA Activation Rate: 23.07
hr: 4
MAC_UE_SC_Tput: 5447.44
Bearer Releases: 16481

hr: 4
CA Activation Rate num: 7904156
Setup_Fail_DEN: 13855
Peak UE: 53
MB_per_connected_UE: 208.02
DL Volume: 4475
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3630
DL Data Vol MAC in MB: 10105.51
CA Activation Rate den: 105989

Time: 06:12:18
Date: 18-03-2023
holiday: 0
HO Attempts: 628

Avg_Connected_UEs: 33.1
SIP DC%: 
DLRLCLayerDataVolume MB: 8195.51
DRB UL Data Volume MB: 9949
PRB Util%: 33.97
RRC Setup Attempts: 4659
CA DL DataVolRatio Pct den: 9590
CA Conf FailRate Pct den: 3769
weekend: 1
RSSIRX2 Avg: -93.85
CA Activation Rate: 16.71
hr: 23
MAC_UE_SC_Tput: 7030.46
Bearer Releases: 9156

hr: 23
CA Activation Rate num: 5547009
Setup_Fail_DEN: 9387
SIP_SC_Total_MOU: 151.51
Peak UE: 31
VOLTE IA%: 0.4
MB_per_connected_UE: 64.74
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9027
DL Data Vol MAC in MB: 8460.92
CA Activation Rate den: 78203

Time: 23:06:36
holiday: 0
CA DL DataVolRatio Pct: 84.76
HO_att_InterFreq: 693
CA DL DataVolRatio Pct num: 4910
HO Attempts: 542

Avg_Connected_UEs: 56.53
SIP DC%: 
Avg_PUCCH_SINR: 16.68
RRC Setup Attempts: 4555
RSSIRX1 Avg: -97.16
weekend: 0
CA Activation Rate: 55.69
hr: 23
MAC_UE_SC_Tput: 9801.3
Bearer Releases: 11402

hr: 23
CA Activation Rate num: 9496096
UPTP Mbps Den: 2617
Setup_Fail_DEN: 15817
SIP_SC_Total_MOU: 212.16
Peak UE: 67
MB_per_connected_UE: 13.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3262
UL Throughput: 2.95
DL Data Vol MAC in MB: 3111.35
CA Activation Rate den: 77135
Combined RACH Preambles: 3734

Time: 06:47:02
holiday: 0
CA DL DataVolRatio Pct num: 6714
HO Attempts: 921

DL MAC Vol Scell Pct: 14.14
Avg_Connected_UEs: 78.94
SIP DC%: 
UPTP_Mbps: 20.04
DLRLCLayerDataVolume MB: 5786.78
DRB UL Data Volume MB: 5332
PRB Util%: 36.98
RRC Setup Attempts: 5019
RSSIRX1 Avg: -97.49
weekend: 0
CA Activation Rate: 28.25
hr: 23
MAC_UE_SC_Tput: 16290.87

hr: 23
CA Activation Rate num: 9168624
UPTP Mbps Den: 1437
SIP_SC_Total_MOU: 134.62
Peak UE: 71
PCT Time MIMO: 60.88
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5353
UL Throughput: 6.63
DL Data Vol MAC in MB: 9463.59
CA Activation Rate den: 139891

Time: 07:26:42
Date: 03-09-2023
holiday: 0
CA DL DataVolRatio Pct: 40.39
SIP_SC_Call_Attempts: 184
CA DL DataVolRatio Pct num: 5429

DL MAC Vol Scell Pct: 17.25
SIP DC%: 
UPTP_Mbps: 30.77
Avg_PUCCH_SINR: 15.79
PRB Util%: 37.15
CA DL DataVolRatio Pct den: 9284
RSSIRX1 Avg: -95.89
weekend: 0
UPTP Mbps Num: 20067
RSSIRX2 Avg: -93.38
S1U_SIP_SC_SEER_num: 139
CA Activation Rate: 29.51
hr: 15
MAC_UE_SC_Tput: 4569.58
Bearer Releases: 6411

hr: 15
UPTP Mbps Den: 626
S1U_SIP_SC_SEER_den: 193
Peak UE: 73
MB_per_connected_UE: 17.48
PCT Time MIMO: 42.43
DL Volume: 7727
QCI 1 Bearer Releases: 133

Time: 23:57:05
Date: 04-04-2023
holiday: 0
CA DL DataVolRatio Pct: 66.78
HO_att_InterFreq: 594
CA DL DataVolRatio Pct num: 5846
HO Attempts: 275

Avg_Connected_UEs: 40.44
SIP DC%: 
UPTP_Mbps: 11.27
DLRLCLayerDataVolume MB: 9364.09
DRB UL Data Volume MB: 8399
RRC Setup Attempts: 7782
CA Conf FailRate Pct den: 8298
weekend: 0
UPTP Mbps Num: 47399
hr: 3
MAC_UE_SC_Tput: 12427.73
Bearer Releases: 14746

hr: 3
CA Activation Rate num: 300011
UPTP Mbps Den: 1665
SIP_SC_Total_MOU: 60.13
Peak UE: 27
MB_per_connected_UE: 66.14
DL Volume: 6650
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3593
CA Activation Rate den: 49853

Time: 15:43:49
Date: 31-07-2022
holiday: 0
CA DL DataVolRatio Pct: 76.91
Bearer Releases Voice: 142
HO_att_InterFreq: 897
HO Attempts: 642

Avg_Connected_UEs: 42.05
SIP DC%: 
UPTP_Mbps: 13.8
PRB Util%: 70.38
RRC Setup Attempts: 5428
CA DL DataVolRatio Pct den: 8663
CA Conf FailRate Pct den: 7764
weekend: 0
UPTP Mbps Num: 38525
RSSIRX2 Avg: -94.78
CA Activation Rate: 50.25
hr: 23
MAC_UE_SC_Tput: 6155.76
Bearer Releases: 8055

hr: 23
UPTP Mbps Den: 3145
Setup_Fail_DEN: 11078
SIP_SC_Total_MOU: 96.32
Peak UE: 40
MB_per_connected_UE: 22.47
PCT Time MIMO: 56.2
DL Data Vol MAC in MB: 4040.72

Time: 03:05:43
Date: 07-05-2022
holiday: 0
CA DL DataVolRatio Pct: 63.95
SIP_SC_Call_Attempts: 157
Bearer Releases Voice: 117
CA DL DataVolRatio Pct num: 4030

Avg_Connected_UEs: 37.35
SIP DC%: 
UPTP_Mbps: 106.71
DLRLCLayerDataVolume MB: 9003.19
DRB UL Data Volume MB: 3196
PRB Util%: 13.78
RRC Setup Attempts: 6208
CA Conf FailRate Pct den: 8376
RSSIRX1 Avg: -98.41
weekend: 0
UPTP Mbps Num: 31016
RSSIRX2 Avg: -97.25
CA Activation Rate: 64.98
hr: 0
MAC_UE_SC_Tput: 8366.72

hr: 0
CA Activation Rate num: 605285
UPTP Mbps Den: 320
Peak UE: 27
MB_per_connected_UE: 96.98
DL Volume: 924
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7136
QCI 1 Bearer Releases: 66
UL Throughput: 1.94
DL Data Vol MAC in MB: 2055.75
Combined RACH Preambles: 2065

Time: 06:49:46
Date: 27-01-2023
holiday: 0

Avg_Connected_UEs: 71.71
SIP DC%: 
UPTP_Mbps: 33.12
DLRLCLayerDataVolume MB: 6180.48
DRB UL Data Volume MB: 851
PRB Util%: 34.43
RRC Setup Attempts: 6948
CA DL DataVolRatio Pct den: 1096
weekend: 0
RSSIRX2 Avg: -95.9
CA Activation Rate: 33.02
hr: 19
MAC_UE_SC_Tput: 4606.5
Bearer Releases: 6276

hr: 19
qci1_setup_attempts: 222
UPTP Mbps Den: 325
Setup_Fail_DEN: 9183
UL MAC Vol Scell Pct: 0.48
S1U_SIP_SC_SEER_den: 102
Peak UE: 27
MB_per_connected_UE: 10.06
PCT Time MIMO: 49.85
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7774
UL Throughput: 2
DL Data Vol MAC in MB: 5232.66
CA Activation Rate den: 136226
Time: 21:19:22

holiday: 0
CA DL DataVolRatio Pct: 82.15
HO_att_InterFreq: 697
CA DL DataVolRatio Pct num: 3767

DL MAC Vol Scell Pct: 42.27
Avg_Connected_UEs: 21.42
SIP DC%: 
UPTP_Mbps: 59.29
DRB UL Data Volume MB: 7412
PRB Util%: 61.06
RRC Setup Attempts: 8493
CA DL DataVolRatio Pct den: 9585
weekend: 0
Bearer Setup Failure Voice Den: 228
CA Activation Rate: 50.49
hr: 23
MAC_UE_SC_Tput: 9019.56

hr: 23
qci1_setup_attempts: 204
CA Activation Rate num: 3816921
UPTP Mbps Den: 3090
Setup_Fail_DEN: 10932
Peak UE: 27
MB_per_connected_UE: 126
PCT Time MIMO: 56.12
DL Volume: 4249
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8883
UL Throughput: 4.42
DL Data Vol MAC in MB: 596.31

Combined RACH Preambles: 2105
Time: 14:29:57
holiday: 0
CA DL DataVolRatio Pct: 76.59
CA DL DataVolRatio Pct num: 5989
HO Attempts: 923

DL MAC Vol Scell Pct: 11.54
Avg_Connected_UEs: 68.76
SIP DC%: 
UPTP_Mbps: 26.83
DLRLCLayerDataVolume MB: 7651.69
RRC Setup Attempts: 3341
CA DL DataVolRatio Pct den: 724
weekend: 0
RSSIRX2 Avg: -95.97
CA Activation Rate: 73.55
hr: 0
MAC_UE_SC_Tput: 10284.28
Bearer Releases: 7183

hr: 0
CA Activation Rate num: 7832825
Setup_Fail_DEN: 14948
UL MAC Vol Scell Pct: 0.82
Peak UE: 52
PCT Time MIMO: 32.35
DL Volume: 6504
UL Throughput: 5.46
CA Activation Rate den: 124371
Combined RACH Preambles: 1904

Time: 10:09:28
holiday: 0
CA DL DataVolRatio Pct: 84.33
SIP_SC_Call_Attempts: 129
HO_att_InterFreq: 364

Avg_Connected_UEs: 53.34
SIP DC%: 
UPTP_Mbps: 44.06
DLRLCLayerDataVolume MB: 3781.24
DRB UL Data Volume MB: 1205
PRB Util%: 27.53
RRC Setup Attempts: 3524
weekend: 0
RSSIRX2 Avg: -95.7
CA Activation Rate: 55.25
hr: 14
MAC_UE_SC_Tput: 7987.26
Bearer Releases: 7772

hr: 14
CA Activation Rate num: 9881081
UPTP Mbps Den: 1021
Peak UE: 57
VOLTE IA%: 
MB_per_connected_UE: 80.56
DL Volume: 769
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5258
DL Data Vol MAC in MB: 8312.89
CA Activation Rate den: 118178

Time: 22:00:03
holiday: 0
CA DL DataVolRatio Pct: 64.83
CA DL DataVolRatio Pct num: 440
HO Attempts: 237

DL MAC Vol Scell Pct: 17.4
SIP DC%: 
DLRLCLayerDataVolume MB: 592.01
PRB Util%: 38.53
CA DL DataVolRatio Pct den: 9657
RSSIRX1 Avg: -96.89
weekend: 0
UPTP Mbps Num: 58209
CA Activation Rate: 26.77
hr: 21
MAC_UE_SC_Tput: 7721.54
Bearer Releases: 14641

hr: 21
CA Activation Rate num: 7885887
UPTP Mbps Den: 5334
Setup_Fail_DEN: 16061
SIP_SC_Total_MOU: 157.57
S1U_SIP_SC_SEER_den: 146
Peak UE: 52
MB_per_connected_UE: 103.8
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9040
QCI 1 Bearer Releases: 141
DL Data Vol MAC in MB: 4275.57

Time: 09:17:54
holiday: 0
CA DL DataVolRatio Pct: 82.37
HO_att_InterFreq: 1007
CA DL DataVolRatio Pct num: 6742
HO Attempts: 664

DL MAC Vol Scell Pct: 24.28
Avg_Connected_UEs: 36.77
SIP DC%: 
UPTP_Mbps: 11.69
DLRLCLayerDataVolume MB: 753.07
PRB Util%: 36.91
RRC Setup Attempts: 6263
weekend: 0
RSSIRX2 Avg: -97.96
CA Activation Rate: 55.96
hr: 3
MAC_UE_SC_Tput: 4212.78
Bearer Releases: 10289

hr: 3
CA Activation Rate num: 2234064
UPTP Mbps Den: 2983
SIP_SC_Total_MOU: 92.02
Peak UE: 47
VOLTE IA%: 
MB_per_connected_UE: 45.06
PCT Time MIMO: 50.93
DL Volume: 6142
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3885
UL Throughput: 4.7
CA Activation Rate den: 134996

Combined RACH Preambles: 2452
Time: 21:50:57
Date: 30-12-2023
holiday: 0
SIP_SC_Call_Attempts: 47
HO_att_InterFreq: 764
HO Attempts: 269

DL MAC Vol Scell Pct: 9.96
Avg_Connected_UEs: 25.1
SIP DC%: 
UPTP_Mbps: 110.44
DRB UL Data Volume MB: 5413
PRB Util%: 30.86
RRC Setup Attempts: 7646
CA Conf FailRate Pct den: 4132
weekend: 0
UPTP Mbps Num: 24322
hr: 17
MAC_UE_SC_Tput: 10915.98
Bearer Releases: 11068

hr: 17
qci1_setup_attempts: 21
Avg CQI: 10.41
CA Activation Rate num: 4770068
UPTP Mbps Den: 1255
SIP_SC_Total_MOU: 204.66
Peak UE: 27
VOLTE IA%: 
PCT Time MIMO: 32.37
DL Volume: 4057
QCI 1 Bearer Releases: 62
DL Data Vol MAC in MB: 278.81
CA Activation Rate den: 134700
Combined RACH Preambles: 3688

Time: 07:27:12
Date: 06-12-2023
holiday: 0
HO_att_InterFreq: 322

DL MAC Vol Scell Pct: 38.56
SIP DC%: 
UPTP_Mbps: 50.68
DLRLCLayerDataVolume MB: 4613.77
DRB UL Data Volume MB: 7932
PRB Util%: 69.7
RRC Setup Attempts: 9324
CA Conf FailRate Pct den: 7883
RSSIRX1 Avg: -98
weekend: 0
S1U_SIP_SC_SEER_num: 21
CA Activation Rate: 13.91
hr: 16
MAC_UE_SC_Tput: 9654.86
Bearer Releases: 17638

hr: 16
CA Activation Rate num: 10337141
UPTP Mbps Den: 1619
Setup_Fail_DEN: 8889
SIP_SC_Total_MOU: 73.79
S1U_SIP_SC_SEER_den: 158
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3163
CA Activation Rate den: 142741

Combined RACH Preambles: 2246
Time: 20:45:07
Date: 21-04-2022
holiday: 0
CA DL DataVolRatio Pct: 69.9
SIP_SC_Call_Attempts: 120
Bearer Releases Voice: 113
HO_att_InterFreq: 878
HO Attempts: 121

DL MAC Vol Scell Pct: 12.71
Avg_Connected_UEs: 37.85
SIP DC%: 
UPTP_Mbps: 30.59
DLRLCLayerDataVolume MB: 4070.5
DRB UL Data Volume MB: 3585
Avg_PUCCH_SINR: 16.56
PRB Util%: 19.47
RRC Setup Attempts: 8814
CA DL DataVolRatio Pct den: 9560
CA Conf FailRate Pct den: 7182
weekend: 0
UPTP Mbps Num: 30304
CA Activation Rate: 24.92
hr: 23
MAC_UE_SC_Tput: 7101.91
Bearer Releases: 7517

hr: 23
Avg CQI: 7.24
CA Activation Rate num: 6727248
UPTP Mbps Den: 718
Setup_Fail_DEN: 15345
SIP_SC_Total_MOU: 94.51
Peak UE: 48
MB_per_connected_UE: 9.08
PCT Time MIMO: 34.14
DL Volume: 738
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3800
DL Data Vol MAC in MB: 8188.12
CA Activation Rate den: 146745

Time: 19:35:10
holiday: 0
CA DL DataVolRatio Pct: 91.56
CA DL DataVolRatio Pct num: 5097
HO Attempts: 267

DL MAC Vol Scell Pct: 19.97
Avg_Connected_UEs: 52.24
SIP DC%: 
UPTP_Mbps: 36.77
DLRLCLayerDataVolume MB: 5073.33
DRB UL Data Volume MB: 8617
PRB Util%: 20.89
RRC Setup Attempts: 6930
CA DL DataVolRatio Pct den: 2205
weekend: 0
UPTP Mbps Num: 37838
CA Activation Rate: 5.27
hr: 3
MAC_UE_SC_Tput: 13652.9

hr: 3
HO_fail_PCT_InterFreq: 0.16
Avg CQI: 10.42
CA Activation Rate num: 9082792
Peak UE: 34
DL Volume: 1010
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9272
UL Throughput: 3.58
DL Data Vol MAC in MB: 3657.59

Time: 19:28:38
holiday: 0
CA DL DataVolRatio Pct: 85.12
Combined RACH Failures: 9

Avg_Connected_UEs: 42.62
SIP DC%: 
UPTP_Mbps: 34.15
DRB UL Data Volume MB: 9643
PRB Util%: 36.67
RRC Setup Attempts: 6398
CA DL DataVolRatio Pct den: 7356
weekend: 0
Bearer Setup Failure Voice Den: 117
RSSIRX2 Avg: -93.39
hr: 0
MAC_UE_SC_Tput: 23768.71
Bearer Releases: 14003

hr: 0
Avg CQI: 7.52
CA Activation Rate num: 5765870
Setup_Fail_DEN: 9217
UL MAC Vol Scell Pct: 0.35
Peak UE: 68
MB_per_connected_UE: 67.89
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8169
UL Throughput: 4.4
CA Activation Rate den: 52289

Combined RACH Preambles: 3080
Time: 15:02:08
Date: 24-06-2022
holiday: 0
CA DL DataVolRatio Pct: 64.87
HO_att_InterFreq: 979
CA DL DataVolRatio Pct num: 7126

DL MAC Vol Scell Pct: 10.2
Avg_Connected_UEs: 80.55
SIP DC%: 
UPTP_Mbps: 46.18
DRB UL Data Volume MB: 3182
Avg_PUCCH_SINR: 17.22
PRB Util%: 38.31
RRC Setup Attempts: 5481
CA DL DataVolRatio Pct den: 9559
CA Conf FailRate Pct den: 6595
weekend: 0
UPTP Mbps Num: 28162
RSSIRX2 Avg: -97.18
CA Activation Rate: 44.51
hr: 14
MAC_UE_SC_Tput: 8421.96
Bearer Releases: 14800

hr: 14
CA Activation Rate num: 3400101
UPTP Mbps Den: 2266
Setup_Fail_DEN: 6911
SIP_SC_Total_MOU: 167.35
Peak UE: 32
MB_per_connected_UE: 118.22
PCT Time MIMO: 48.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3878
DL Data Vol MAC in MB: 1412.62

Combined RACH Preambles: 4188
Time: 02:42:35
holiday: 0
RRC Setup Failure% 5G: 0.51
HO_att_InterFreq: 175
HO Attempts: 865

DL MAC Vol Scell Pct: 10.82
SIP DC%: 
UPTP_Mbps: 26.26
DLRLCLayerDataVolume MB: 3610.69
DRB UL Data Volume MB: 4828
PRB Util%: 64.88
CA DL DataVolRatio Pct den: 9113
RSSIRX1 Avg: -96.41
weekend: 0
UPTP Mbps Num: 18838
RSSIRX2 Avg: -98.13
CA Activation Rate: 54.23
hr: 12
MAC_UE_SC_Tput: 11766.43
Bearer Releases: 10562

hr: 12
CA Activation Rate num: 9067280
UPTP Mbps Den: 2586
Setup_Fail_DEN: 12319
SIP_SC_Total_MOU: 26.8
Peak UE: 60
MB_per_connected_UE: 38.61
DL Volume: 7425
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8138
UL Throughput: 3.21
DL Data Vol MAC in MB: 7937.2

Combined RACH Preambles: 2402
Time: 19:31:14
holiday: 0
CA DL DataVolRatio Pct: 63.01
SIP_SC_Call_Attempts: 111
HO Attempts: 155

SIP DC%: 
UPTP_Mbps: 31.63
DLRLCLayerDataVolume MB: 287.25
DRB UL Data Volume MB: 3464
PRB Util%: 15.51
RRC Setup Attempts: 3501
CA Conf FailRate Pct den: 6374
RSSIRX1 Avg: -95.19
weekend: 0
UPTP Mbps Num: 24208
RSSIRX2 Avg: -96.4
CA Activation Rate: 30.13
hr: 11
MAC_UE_SC_Tput: 5128.77
Bearer Releases: 12254

hr: 11
CA Activation Rate num: 2871577
UPTP Mbps Den: 2769
Setup_Fail_DEN: 18964
SIP_SC_Total_MOU: 21.5
Peak UE: 67
MB_per_connected_UE: 134.7
DL Data Vol MAC in MB: 3640.85
CA Activation Rate den: 105396

Time: 03:49:19
holiday: 0
CA DL DataVolRatio Pct: 80.97
Bearer Releases Voice: 50
HO Attempts: 150

Avg_Connected_UEs: 32.93
SIP DC%: 
UPTP_Mbps: 30.38
DRB UL Data Volume MB: 7370
RRC Setup Attempts: 4044
weekend: 0
CA Activation Rate: 67.93
hr: 0
MAC_UE_SC_Tput: 6532.08

hr: 0
Avg CQI: 11.58
CA Activation Rate num: 100072
UPTP Mbps Den: 2561
Setup_Fail_DEN: 13863
Peak UE: 33
MB_per_connected_UE: 175.03
PCT Time MIMO: 48.21
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7201
DL Data Vol MAC in MB: 2033.29
CA Activation Rate den: 63402
Combined RACH Preambles: 2946

Time: 03:51:07
holiday: 0
CA DL DataVolRatio Pct: 71.87
Bearer Releases Voice: 88
CA DL DataVolRatio Pct num: 1099

Avg_Connected_UEs: 35.65
SIP DC%: 
UPTP_Mbps: 49.98
DLRLCLayerDataVolume MB: 2148.42
DRB UL Data Volume MB: 8405
RRC Setup Attempts: 8757
weekend: 0
UPTP Mbps Num: 3246
CA Activation Rate: 8.22
hr: 23
MAC_UE_SC_Tput: 7683.67

hr: 23
CA Activation Rate num: 6742488
UPTP Mbps Den: 1123
Setup_Fail_DEN: 8239
SIP_SC_Total_MOU: 12.67
MB_per_connected_UE: 33.4
PCT Time MIMO: 53.47
DL Volume: 5934
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6940
UL Throughput: 1.27

Time: 17:56:47
Date: 10-04-2023
holiday: 0
CA DL DataVolRatio Pct: 77.87
HO Attempts: 737

DL MAC Vol Scell Pct: 25.33
Avg_Connected_UEs: 74.74
SIP DC%: 
UPTP_Mbps: 46.54
DRB UL Data Volume MB: 9078
PRB Util%: 15.25
RSSIRX1 Avg: -96.04
weekend: 0
RSSIRX2 Avg: -95.94
S1U_SIP_SC_SEER_num: 279
CA Activation Rate: 8.62
hr: 9
MAC_UE_SC_Tput: 4500.12

hr: 9
CA Activation Rate num: 3679129
UPTP Mbps Den: 364
Setup_Fail_DEN: 18614
SIP_SC_Total_MOU: 191.26
Peak UE: 78
MB_per_connected_UE: 87.47
DL Volume: 1925
DL Data Vol MAC in MB: 4929.75
CA Activation Rate den: 78393

Combined RACH Preambles: 2361
Time: 19:48:39
holiday: 0
Bearer Releases Voice: 9
HO_att_InterFreq: 339
CA DL DataVolRatio Pct num: 5825
HO Attempts: 831

DL MAC Vol Scell Pct: 17.74
Avg_Connected_UEs: 81.07
SIP DC%: 
UPTP_Mbps: 64.31
DLRLCLayerDataVolume MB: 7424.92
DRB UL Data Volume MB: 8675
PRB Util%: 39.47
RRC Setup Attempts: 4640
CA Conf FailRate Pct den: 6193
weekend: 0
RSSIRX2 Avg: -97.55
S1U_SIP_SC_SEER_num: 272
CA Activation Rate: 10.3
hr: 8
MAC_UE_SC_Tput: 6350.05
Bearer Releases: 10097

hr: 8
Avg CQI: 10.51
SIP_SC_Total_MOU: 84.34
Peak UE: 27
MB_per_connected_UE: 144.48
PCT Time MIMO: 53.36
DL Volume: 2683
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3835
DL Data Vol MAC in MB: 2826.26

Time: 07:17:28
holiday: 0
CA DL DataVolRatio Pct: 73.62
Bearer Releases Voice: 71
HO_att_InterFreq: 687

DL MAC Vol Scell Pct: 18.34
SIP DC%: 
UPTP_Mbps: 26.39
DLRLCLayerDataVolume MB: 856.22
DRB UL Data Volume MB: 9277
PRB Util%: 68.12
CA DL DataVolRatio Pct den: 3510
CA Conf FailRate Pct den: 5625
RSSIRX1 Avg: -95.79
weekend: 0
RSSIRX2 Avg: -96.87
hr: 19
MAC_UE_SC_Tput: 7461.77
Bearer Releases: 7987

hr: 19
CA Activation Rate num: 10199638
UPTP Mbps Den: 2577
Setup_Fail_DEN: 6463
SIP_SC_Total_MOU: 387.75
UL MAC Vol Scell Pct: 0.68
S1U_SIP_SC_SEER_den: 153
Peak UE: 39
MB_per_connected_UE: 48.59
PCT Time MIMO: 35.46
DL Data Vol MAC in MB: 3794.2

Time: 03:16:53
Date: 07-03-2023
holiday: 0
CA DL DataVolRatio Pct: 74.59
CA DL DataVolRatio Pct num: 5762
HO Attempts: 797

Avg_Connected_UEs: 58.4
SIP DC%: 
UPTP_Mbps: 21.71
DRB UL Data Volume MB: 9393
Avg_PUCCH_SINR: 16.75
PRB Util%: 9.52
CA DL DataVolRatio Pct den: 7876
CA Conf FailRate Pct den: 2565
weekend: 0
RSSIRX2 Avg: -93.79
S1U_SIP_SC_SEER_num: 138
hr: 4
MAC_UE_SC_Tput: 5635.86
Bearer Releases: 6505

hr: 4
CA Activation Rate num: 7628879
UPTP Mbps Den: 863
Setup_Fail_DEN: 15667
QCI 1 Bearer Drop%: 2.41
Peak UE: 27
MB_per_connected_UE: 112.1
PCT Time MIMO: 32.33
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8925
QCI 1 Bearer Releases: 144
DL Data Vol MAC in MB: 6505.52
Time: 21:36:34
Date: 25-04-2023

holiday: 0
CA DL DataVolRatio Pct: 62.2
CA DL DataVolRatio Pct num: 4837

DL MAC Vol Scell Pct: 22.14
Avg_Connected_UEs: 49.79
SIP DC%: 
UPTP_Mbps: 33.62
DLRLCLayerDataVolume MB: 3006.65
DRB UL Data Volume MB: 8997
PRB Util%: 69.53
RRC Setup Attempts: 6359
CA DL DataVolRatio Pct den: 7833
weekend: 0
UPTP Mbps Num: 46932
RSSIRX2 Avg: -96.67
CA Activation Rate: 47.56
hr: 23
MAC_UE_SC_Tput: 11533.17
Bearer Releases: 16386

hr: 23
Avg CQI: 7.34
CA Activation Rate num: 2519318
Setup_Fail_DEN: 18789
SIP_SC_Total_MOU: 61.61
Peak UE: 27
MB_per_connected_UE: 136.84
DL Volume: 6016
DL Data Vol MAC in MB: 5553.96

Time: 00:59:44
Date: 22-02-2022
holiday: 0
CA DL DataVolRatio Pct: 60.12

Avg_Connected_UEs: 47.78
SIP DC%: 
UPTP_Mbps: 29.21
DLRLCLayerDataVolume MB: 4202.07
Avg_PUCCH_SINR: 16.65
PRB Util%: 20.38
RRC Setup Attempts: 7020
CA DL DataVolRatio Pct den: 9477
CA Conf FailRate Pct den: 9103
RSSIRX1 Avg: -98.52
weekend: 0
UPTP Mbps Num: 39929
CA Activation Rate: 41.94
hr: 23
MAC_UE_SC_Tput: 10823.28
Bearer Releases: 10000

hr: 23
Avg CQI: 7.75
CA Activation Rate num: 7067370
UPTP Mbps Den: 1611
Setup_Fail_DEN: 13782
Peak UE: 27
MB_per_connected_UE: 158.02
DL Volume: 6482
DL Data Vol MAC in MB: 7862.7
CA Activation Rate den: 75569

Combined RACH Preambles: 2742
Time: 18:20:22
holiday: 0
CA DL DataVolRatio Pct: 61.62
CA DL DataVolRatio Pct num: 1903

DL MAC Vol Scell Pct: 17.1
Avg_Connected_UEs: 27.99
SIP DC%: 
UPTP_Mbps: 36.4
DRB UL Data Volume MB: 6090
CA Conf FailRate Pct den: 7113
RSSIRX1 Avg: -97.89
weekend: 0
UPTP Mbps Num: 55342
RSSIRX2 Avg: -95.99
S1U_SIP_SC_SEER_num: 177
CA Activation Rate: 62.57
hr: 23
MAC_UE_SC_Tput: 16419.09
Bearer Releases: 10318

hr: 23
qci1_setup_attempts: 57
CA Activation Rate num: 8381773
UPTP Mbps Den: 2743
Setup_Fail_DEN: 7629
Peak UE: 27
PCT Time MIMO: 52.28
DL Volume: 6328
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4088
CA Activation Rate den: 41211

Time: 07:41:01
holiday: 0
CA DL DataVolRatio Pct: 39.98
Bearer Releases Voice: 3
HO_att_InterFreq: 821
CA DL DataVolRatio Pct num: 7096
HO Attempts: 224

DL MAC Vol Scell Pct: 6.46
Avg_Connected_UEs: 65.7
SIP DC%: 
DLRLCLayerDataVolume MB: 6601.4
DRB UL Data Volume MB: 7148
Avg_PUCCH_SINR: 16.34
PRB Util%: 3.35
CA DL DataVolRatio Pct den: 8236
RSSIRX1 Avg: -96.85
weekend: 0
UPTP Mbps Num: 22805
RSSIRX2 Avg: -96.07
CA Activation Rate: 14.83
hr: 23

hr: 23
CA Activation Rate num: 3095203
UPTP Mbps Den: 2257
Setup_Fail_DEN: 13578
Peak UE: 59
MB_per_connected_UE: 57.1
PCT Time MIMO: 44.39
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5811
QCI 1 Bearer Releases: 81
UL Throughput: 2.35
DL Data Vol MAC in MB: 7111.33
CA Activation Rate den: 90872

Combined RACH Preambles: 1934
Time: 13:57:46
Date: 10-10-2022
holiday: 0
SIP_SC_Call_Attempts: 9
HO_att_InterFreq: 1002
CA DL DataVolRatio Pct num: 6716
HO Attempts: 349

DL MAC Vol Scell Pct: 20.28
Avg_Connected_UEs: 36.41
SIP DC%: 
UPTP_Mbps: 13.09
DLRLCLayerDataVolume MB: 625.83
PRB Util%: 16.18
RRC Setup Attempts: 3550
CA DL DataVolRatio Pct den: 9691
RSSIRX1 Avg: -93.82
weekend: 0
UPTP Mbps Num: 11403
RSSIRX2 Avg: -93.91
hr: 15
MAC_UE_SC_Tput: 14331.56

hr: 15
CA Activation Rate num: 5909512
UPTP Mbps Den: 2346
Setup_Fail_DEN: 15887
SIP_SC_Total_MOU: 435.95
Peak UE: 62
MB_per_connected_UE: 91.7
PCT Time MIMO: 41.29
QCI 1 Bearer Releases: 135
DL Data Vol MAC in MB: 9176.46

Time: 20:14:38
holiday: 0
CA DL DataVolRatio Pct: 54.6
CA DL DataVolRatio Pct num: 7050

DL MAC Vol Scell Pct: 3.45
Avg_Connected_UEs: 49.09
SIP DC%: 
UPTP_Mbps: 24.13
DLRLCLayerDataVolume MB: 9057.94
DRB UL Data Volume MB: 8843
Avg_PUCCH_SINR: 17.11
RRC Setup Attempts: 6334
weekend: 0
Bearer Setup Failure Voice Den: 125
CA Activation Rate: 66.03
hr: 2
MAC_UE_SC_Tput: 10021.15
Bearer Releases: 7134

hr: 2
qci1_setup_attempts: 152
CA Activation Rate num: 6740249
Setup_Fail_DEN: 14362
Peak UE: 30
MB_per_connected_UE: 26.45
DL Volume: 4859
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8263
UL Throughput: 5.71
DL Data Vol MAC in MB: 5848.07
CA Activation Rate den: 181704

Time: 10:07:15
holiday: 0
HO Attempts: 779

DL MAC Vol Scell Pct: 25.69
SIP DC%: 
UPTP_Mbps: 20.94
DLRLCLayerDataVolume MB: 9814.62
DRB UL Data Volume MB: 8815
CA Conf FailRate Pct den: 4576
weekend: 1
hr: 13
MAC_UE_SC_Tput: 10256.02
Bearer Releases: 7561

hr: 13
CA Activation Rate num: 13362353
UPTP Mbps Den: 2232
Setup_Fail_DEN: 19772
Peak UE: 55

Time: 23:16:29
Date: 26-06-2022
holiday: 0
CA DL DataVolRatio Pct: 70.29
CA Conf FailRate Pct: 0.13
HO_att_InterFreq: 384

Avg_Connected_UEs: 57.38
SIP DC%: 
DLRLCLayerDataVolume MB: 8926.67
DRB UL Data Volume MB: 4241
PRB Util%: 43.13
RRC Setup Attempts: 5195
CA DL DataVolRatio Pct den: 10068
CA Conf FailRate Pct den: 8253
weekend: 0
RSSIRX2 Avg: -96.7
CA Activation Rate: 20.45
hr: 17
MAC_UE_SC_Tput: 18089.24
Bearer Releases: 10948

hr: 17
CA Activation Rate num: 9291231
UPTP Mbps Den: 307
Setup_Fail_DEN: 10859
SIP_SC_Total_MOU: 219.71
Peak UE: 33
MB_per_connected_UE: 96.69
UL Throughput: 3.69

Time: 06:08:08
holiday: 0
CA DL DataVolRatio Pct: 64.76

Avg_Connected_UEs: 43.53
SIP DC%: 
UPTP_Mbps: 41.83
DRB UL Data Volume MB: 1742
PRB Util%: 28.13
RRC Setup Attempts: 6770
CA Conf FailRate Pct den: 8339
RSSIRX1 Avg: -97.31
weekend: 0
CA Activation Rate: 30.35
hr: 19
MAC_UE_SC_Tput: 16973.46
Bearer Releases: 8959

hr: 19
CA Activation Rate num: 6147743
UPTP Mbps Den: 729
Setup_Fail_DEN: 6363
S1U_SIP_SC_SEER_den: 156
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 157.89
UL Throughput: 0.68
DL Data Vol MAC in MB: 5317.13
CA Activation Rate den: 142493

Time: 01:38:20
holiday: 0
CA DL DataVolRatio Pct: 44.17
CA DL DataVolRatio Pct num: 4501
HO Attempts: 318

DL MAC Vol Scell Pct: 2.89
Avg_Connected_UEs: 22.62
SIP DC%: 
UPTP_Mbps: 44.44
DLRLCLayerDataVolume MB: 2366.34
UL Resid BLER PCT: 0.73
RRC Setup Attempts: 4314
CA Conf FailRate Pct den: 6472
weekend: 0
hr: 0
MAC_UE_SC_Tput: 6227.46

hr: 0
qci1_setup_attempts: 114
CA Activation Rate num: 6884948
SIP_SC_Total_MOU: 14.49
Peak UE: 40
MB_per_connected_UE: 10.15
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3132
UL Throughput: 4.11
DL Data Vol MAC in MB: 9831.6
CA Activation Rate den: 97184

Time: 17:58:59
Date: 03-12-2023
holiday: 0
CA DL DataVolRatio Pct: 78.55
HO_att_InterFreq: 550
CA DL DataVolRatio Pct num: 5520
HO Attempts: 508

DL MAC Vol Scell Pct: 41.46
Avg_Connected_UEs: 59.11
SIP DC%: 
UPTP_Mbps: 18.96
DRB UL Data Volume MB: 7507
RRC Setup Attempts: 8981
CA Conf FailRate Pct den: 7959
weekend: 0
Setup_Fail_NUM: 12
RSSIRX2 Avg: -96.16
S1U_SIP_SC_SEER_num: 149
CA Activation Rate: 16.04
hr: 16
MAC_UE_SC_Tput: 8738.27
Bearer Releases: 12110

hr: 16
CA Activation Rate num: 4804427
UPTP Mbps Den: 964
SIP_SC_Total_MOU: 138.93
Peak UE: 31
MB_per_connected_UE: 175.59
PCT Time MIMO: 40.5
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3165
QCI 1 Bearer Releases: 53
DL Data Vol MAC in MB: 3676.58

Time: 08:22:08
Date: 19-10-2023
holiday: 0
CA DL DataVolRatio Pct num: 4653

Avg_Connected_UEs: 41.1
SIP DC%: 
UPTP_Mbps: 35.84
DLRLCLayerDataVolume MB: 7853.65
DRB UL Data Volume MB: 5418
Avg_PUCCH_SINR: 16.77
PRB Util%: 21.57
CA Conf FailRate Pct den: 7710
weekend: 0
UPTP Mbps Num: 19823
hr: 0
Bearer Releases: 7090

hr: 0
Avg CQI: 9.94
CA Activation Rate num: 3395214
UPTP Mbps Den: 236
Setup_Fail_DEN: 9993
VOLTE IA%: 0.3
MB_per_connected_UE: 59.26
PCT Time MIMO: 44.38
DL Data Vol MAC in MB: 8949.33
Combined RACH Preambles: 2279

Time: 17:15:28
Date: 26-09-2022
holiday: 0
HO_att_InterFreq: 481
CA DL DataVolRatio Pct num: 3515
HO Attempts: 390

Avg_Connected_UEs: 26.34
SIP DC%: 
UPTP_Mbps: 23.51
DLRLCLayerDataVolume MB: 6739.35
DRB UL Data Volume MB: 2022
CA DL DataVolRatio Pct den: 9720
CA Conf FailRate Pct den: 5801
weekend: 0
UPTP Mbps Num: 11517
CA Activation Rate: 54.22
hr: 23
MAC_UE_SC_Tput: 6406.89
HQ_EXE_TOTARGET_FAILURE_QCI_1_NUM: 7

hr: 23
Avg CQI: 11.07
CA Activation Rate num: 3502001
UPTP Mbps Den: 344
Setup_Fail_DEN: 16869
QCI 1 Bearer Drop%: 2.28
Peak UE: 96
MB_per_connected_UE: 7.78
PCT Time MIMO: 48.42
DL Volume: 1525
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8540
UL Throughput: 1.13
DL Data Vol MAC in MB: 6632.44
CA Activation Rate den: 116541

Combined RACH Preambles: 2395
Time: 15:23:41
holiday: 0
CA DL DataVolRatio Pct: 52.37
HO_att_InterFreq: 199

DL MAC Vol Scell Pct: 55.34
Avg_Connected_UEs: 50.44
SIP DC%: 
UPTP_Mbps: 44.95
DLRLCLayerDataVolume MB: 3710.26
DRB UL Data Volume MB: 8263
PRB Util%: 10.41
RRC Setup Attempts: 5735
CA DL DataVolRatio Pct den: 4948
CA Conf FailRate Pct den: 9405
RSSIRX1 Avg: -94.22
weekend: 1
CA Activation Rate: 18.26
hr: 4
MAC_UE_SC_Tput: 5527.6

hr: 4
CA Activation Rate num: 5046957
Setup_Fail_DEN: 11203
Peak UE: 27
MB_per_connected_UE: 140.48
PCT Time MIMO: 49.36
DL Volume: 5724
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3672
QCI 1 Bearer Releases: 92
DL Data Vol MAC in MB: 717.22
CA Activation Rate den: 55320
Combined RACH Preambles: 3509

Time: 17:26:30
Date: 15-07-2022
holiday: 0
CA DL DataVolRatio Pct: 72.42
SIP_SC_Call_Attempts: 83
CA DL DataVolRatio Pct num: 3487

DL MAC Vol Scell Pct: 13.03
Avg_Connected_UEs: 57.99
SIP DC%: 
UPTP_Mbps: 18.65
DLRLCLayerDataVolume MB: 6587.74
RRC Setup Attempts: 9199
weekend: 0
UPTP Mbps Num: 44772
RSSIRX2 Avg: -95.39
CA Activation Rate: 15.08
hr: 0
MAC_UE_SC_Tput: 8992.42
Bearer Releases: 17763

hr: 0
CA Activation Rate num: 10995320
UPTP Mbps Den: 2401
Setup_Fail_DEN: 6809
SIP_SC_Total_MOU: 308.67
Peak UE: 40
MB_per_connected_UE: 167.85
DL Volume: 7541
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4123
UL Throughput: 3.09

Time: 10:27:31
Date: 23-09-2023
holiday: 0
SIP_SC_Call_Attempts: 254
HO_att_InterFreq: 189
CA DL DataVolRatio Pct num: 2620
HO Attempts: 461

DL MAC Vol Scell Pct: 39.27
SIP DC%: 
UPTP_Mbps: 43.29
DRB UL Data Volume MB: 6925
RRC Setup Attempts: 5594
CA DL DataVolRatio Pct den: 2199
CA Conf FailRate Pct den: 8293
RSSIRX1 Avg: -95.91
weekend: 0
UPTP Mbps Num: 14017
RSSIRX2 Avg: -98.07
S1U_SIP_SC_SEER_num: 230
CA Activation Rate: 19.42
hr: 6
MAC_UE_SC_Tput: 10667.52

hr: 6
CA Activation Rate num: 8294217
UPTP Mbps Den: 1077
Setup_Fail_DEN: 12878
SIP_SC_Total_MOU: 24.13
S1U_SIP_SC_SEER_den: 54
Peak UE: 72
MB_per_connected_UE: 154.74
DL Volume: 6380
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3468
UL Throughput: 1.39
CA Activation Rate den: 39990

Combined RACH Preambles: 3651
Time: 06:33:26
Date: 30-07-2023
holiday: 0
CA DL DataVolRatio Pct: 64
HO_att_InterFreq: 714
HO Attempts: 866

Avg_Connected_UEs: 54.12
SIP DC%: 
DLRLCLayerDataVolume MB: 7900.02
DRB UL Data Volume MB: 9684
PRB Util%: 14.38
RRC Setup Attempts: 3606
CA Conf FailRate Pct den: 8069
weekend: 0
CA Activation Rate: 38.02
hr: 23
MAC_UE_SC_Tput: 11638.37
Bearer Releases: 7211

hr: 23
CA Activation Rate num: 5437643
UPTP Mbps Den: 1703
Setup_Fail_DEN: 15427
Peak UE: 82
VOLTE IA%: 0.34
MB_per_connected_UE: 172.28
PCT Time MIMO: 45.89
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4175
QCI 1 Bearer Releases: 157

Combined RACH Preambles: 2494
Time: 15:20:31
Date: 26-08-2023
holiday: 0
CA DL DataVolRatio Pct: 61.25
HO_att_InterFreq: 328
CA DL DataVolRatio Pct num: 5910

DL MAC Vol Scell Pct: 19.77
Avg_Connected_UEs: 56.9
SIP DC%: 
UPTP_Mbps: 81.31
DLRLCLayerDataVolume MB: 7336.87
DRB UL Data Volume MB: 7216
RRC Setup Attempts: 7447
CA DL DataVolRatio Pct den: 9072
RSSIRX1 Avg: -98.12
weekend: 0
UPTP Mbps Num: 31740
Bearer Setup Failure Voice Den: 86
CA Activation Rate: 16.58
hr: 8
MAC_UE_SC_Tput: 14401.27

hr: 8
Avg CQI: 10.14
CA Activation Rate num: 9964625
UPTP Mbps Den: 1812
Setup_Fail_DEN: 15340
Peak UE: 27
MB_per_connected_UE: 20.3
DL Volume: 991
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6898
DL Data Vol MAC in MB: 610.47

Time: 23:12:03
holiday: 0
CA DL DataVolRatio Pct: 69.66
Bearer Releases Voice: 104
HO_att_InterFreq: 167
HO Attempts: 278

DL MAC Vol Scell Pct: 41.74
Avg_Connected_UEs: 57.86
SIP DC%: 
UPTP_Mbps: 9.18
DLRLCLayerDataVolume MB: 6526.38
DRB UL Data Volume MB: 9155
PRB Util%: 14.97
RRC Setup Attempts: 3556
RSSIRX1 Avg: -98.17
weekend: 0
UPTP Mbps Num: 1104
RSSIRX2 Avg: -94.42
CA Activation Rate: 11.85
hr: 19
MAC_UE_SC_Tput: 6792.99
Bearer Releases: 13540

hr: 19
CA Activation Rate num: 9153362
UPTP Mbps Den: 2287
Setup_Fail_DEN: 14223
SIP_SC_Total_MOU: 240.13
Peak UE: 50
MB_per_connected_UE: 100.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3768
DL Data Vol MAC in MB: 8700.35

Time: 09:59:26
Date: 28-11-2022
holiday: 0
CA DL DataVolRatio Pct: 72.49
Bearer Releases Voice: 164
HO_att_InterFreq: 347
CA DL DataVolRatio Pct num: 7203
HO Attempts: 211

DL MAC Vol Scell Pct: 45.82
Avg_Connected_UEs: 16.42
SIP DC%: 
UPTP_Mbps: 37.07
weekend: 0
RSSIRX2 Avg: -97.87
CA Activation Rate: 12.28
hr: 18
MAC_UE_SC_Tput: 19460.77
Bearer Releases: 7096

hr: 18
Avg CQI: 9.06
CA Activation Rate num: 10927529
UPTP Mbps Den: 2973
Setup_Fail_DEN: 6927
SIP_SC_Total_MOU: 302.97
S1U_SIP_SC_SEER_den: 200
Peak UE: 73
VOLTE IA%: 0.44

Combined RACH Preambles: 2027
Time: 12:24:00
Date: 20-01-2022
holiday: 0
CA DL DataVolRatio Pct: 74.74
HO_att_InterFreq: 111

DL MAC Vol Scell Pct: 36.08
Avg_Connected_UEs: 24.89
SIP DC%: 
UPTP_Mbps: 118.81
DRB UL Data Volume MB: 1294
Avg_PUCCH_SINR: 16.63
RRC Setup Attempts: 3365
CA Conf FailRate Pct den: 8456
RSSIRX1 Avg: -98.54
weekend: 0
UPTP Mbps Num: 59663
S1U_SIP_SC_SEER_num: 136
CA Activation Rate: 36.54
hr: 23
MAC_UE_SC_Tput: 4454.57
Bearer Releases: 11269

hr: 23
CA Activation Rate num: 5435832
Setup_Fail_DEN: 13061
SIP_SC_Total_MOU: 4.32
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 26.39
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5162
QCI 1 Bearer Releases: 58
DL Data Vol MAC in MB: 733.11

Time: 11:07:21
holiday: 0
Bearer Releases Voice: 14
HO_att_InterFreq: 301

DL MAC Vol Scell Pct: 13.1
Avg_Connected_UEs: 55.19
SIP DC%: 
UPTP_Mbps: 13.24
DLRLCLayerDataVolume MB: 901.91
DRB UL Data Volume MB: 6382
RRC Setup Attempts: 7643
CA DL DataVolRatio Pct den: 9925
CA Conf FailRate Pct den: 5963
weekend: 1
UPTP Mbps Num: 55687
hr: 5
Bearer Releases: 15876

hr: 5
CA Activation Rate num: 634185
UPTP Mbps Den: 1092
Setup_Fail_DEN: 13131
Peak UE: 52
MB_per_connected_UE: 78.05
DL Volume: 7280
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6879
UL Throughput: 4.15
DL Data Vol MAC in MB: 1553.88
CA Activation Rate den: 181172

Time: 00:05:35
Date: 07-02-2023
holiday: 0
CA DL DataVolRatio Pct: 82.05

SIP DC%: 
UPTP_Mbps: 47.07
DLRLCLayerDataVolume MB: 9730.24
DL Packet Loss Pct: 1.54
CA DL DataVolRatio Pct den: 7492
CA Conf FailRate Pct den: 6143
weekend: 0
RSSIRX2 Avg: -95.37
CA Activation Rate: 16.55
hr: 0
MAC_UE_SC_Tput: 6348.35

hr: 0
qci1_setup_attempts: 65
UPTP Mbps Den: 872
Setup_Fail_DEN: 10072
SIP_SC_Total_MOU: 195.57
Peak UE: 61
MB_per_connected_UE: 18.53
DL Volume: 2658
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5845
DL Data Vol MAC in MB: 6467.52
CA Activation Rate den: 54095

Time: 00:23:53
holiday: 0
CA DL DataVolRatio Pct: 75.63
CA DL DataVolRatio Pct num: 3202

DL MAC Vol Scell Pct: 44.9
Avg_Connected_UEs: 59.09
SIP DC%: 
UPTP_Mbps: 25.07
DLRLCLayerDataVolume MB: 8357.79
Avg_PUCCH_SINR: 17.19
RRC Setup Attempts: 3746
weekend: 0
Bearer Setup Failure Voice Den: 39
RSSIRX2 Avg: -93.19
S1U_SIP_SC_SEER_num: 144
CA Activation Rate: 50.52
hr: 16
MAC_UE_SC_Tput: 14001.82

hr: 16
CA Activation Rate num: 10914589
UPTP Mbps Den: 915
Peak UE: 28
MB_per_connected_UE: 91.84
PCT Time MIMO: 63.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3894

Time: 17:15:26
holiday: 0
CA DL DataVolRatio Pct: 89.08
HO_att_InterFreq: 358
CA DL DataVolRatio Pct num: 7472

Avg_Connected_UEs: 33.96
SIP DC%: 
UPTP_Mbps: 120.57
DLRLCLayerDataVolume MB: 4503.52
DRB UL Data Volume MB: 9079
PRB Util%: 69.72
RRC Setup Attempts: 3765
CA DL DataVolRatio Pct den: 7692
weekend: 0
hr: 19
MAC_UE_SC_Tput: 7834.86

hr: 19
UPTP Mbps Den: 1124
Setup_Fail_DEN: 11709
S1U_SIP_SC_SEER_den: 142
Peak UE: 27
MB_per_connected_UE: 140.65
PCT Time MIMO: 39.84
DL Volume: 360
QCI 1 Bearer Releases: 32
DL Data Vol MAC in MB: 1587.69
CA Activation Rate den: 171953

Combined RACH Preambles: 3591
Time: 20:56:11
holiday: 0
CA DL DataVolRatio Pct: 41.34
HO_att_InterFreq: 507

Avg_Connected_UEs: 31.57
SIP DC%: 
UPTP_Mbps: 39.64
DLRLCLayerDataVolume MB: 835.88
RRC Setup Attempts: 6792
CA DL DataVolRatio Pct den: 9130
weekend: 0
S1U_SIP_SC_SEER_num: 110
CA Activation Rate: 61.04
hr: 4
MAC_UE_SC_Tput: 6061.13
Bearer Releases: 13146

hr: 4
CA Activation Rate num: 2924838
UPTP Mbps Den: 5878
Setup_Fail_DEN: 8215
Peak UE: 31
MB_per_connected_UE: 14.98
DL Volume: 2747
QCI 1 Bearer Releases: 42
UL Throughput: 2.38
DL Data Vol MAC in MB: 3461.79
CA Activation Rate den: 146881

Combined RACH Preambles: 2793
Time: 08:58:32
Date: 09-02-2023
holiday: 0
CA DL DataVolRatio Pct: 78.38
CA DL DataVolRatio Pct num: 3736

Avg_Connected_UEs: 33.83
SIP DC%: 
UPTP_Mbps: 31.57
DLRLCLayerDataVolume MB: 6470.83
DRB UL Data Volume MB: 4238
PRB Util%: 20.54
RRC Setup Attempts: 4306
CA DL DataVolRatio Pct den: 10040
CA Conf FailRate Pct den: 7075
weekend: 0
CA Activation Rate: 27.97
hr: 23
MAC_UE_SC_Tput: 9080.32

hr: 23
CA Activation Rate num: 8462275
UPTP Mbps Den: 1956
Setup_Fail_DEN: 17119
Peak UE: 79
MB_per_connected_UE: 15.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8757
UL Throughput: 5.25
DL Data Vol MAC in MB: 9455.5
CA Activation Rate den: 218503

Combined RACH Preambles: 2844
Time: 07:40:56
Date: 25-02-2023
holiday: 0
CA DL DataVolRatio Pct: 84.74
SIP_SC_Call_Attempts: 253
HO_att_InterFreq: 953

DL MAC Vol Scell Pct: 42.44
SIP DC%: 
DRB UL Data Volume MB: 7866
PRB Util%: 40.75
RRC Setup Attempts: 3716
CA DL DataVolRatio Pct den: 8258
CA Conf FailRate Pct den: 9388
weekend: 0
UPTP Mbps Num: 30802
CA Activation Rate: 54.96
hr: 6
MAC_UE_SC_Tput: 7089.41
Bearer Releases: 16813

hr: 6
Avg CQI: 10.34
CA Activation Rate num: 3752453
UPTP Mbps Den: 1238
Setup_Fail_DEN: 13612
SIP_SC_Total_MOU: 35.42
Peak UE: 64
MB_per_connected_UE: 126.64
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5023
UL Throughput: 0.84
CA Activation Rate den: 110243

Combined RACH Preambles: 2158
Time: 00:33:26
Date: 23-10-2023
holiday: 0
CA DL DataVolRatio Pct num: 651

DL MAC Vol Scell Pct: 15.07
SIP DC%: 
UPTP_Mbps: 67.68
DLRLCLayerDataVolume MB: 1997.89
DRB UL Data Volume MB: 7074
Avg_PUCCH_SINR: 17.37
PRB Util%: 4.67
RRC Setup Attempts: 8563
CA DL DataVolRatio Pct den: 7162
CA Conf FailRate Pct den: 4948
RSSIRX1 Avg: -97.2
weekend: 0
UPTP Mbps Num: 26458
S1U_SIP_SC_SEER_num: 187
CA Activation Rate: 15.51
hr: 0
MAC_UE_SC_Tput: 29297.28
Bearer Releases: 12638

hr: 0
qci1_setup_attempts: 143
CA Activation Rate num: 5519790
SIP_SC_Total_MOU: 10.42
UL MAC Vol Scell Pct: 0.29
Peak UE: 61
VOLTE IA%: 
MB_per_connected_UE: 15.73
DL Volume: 1162
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5950
CA Activation Rate den: 98428

Combined RACH Preambles: 3526
Time: 03:55:58
Date: 25-01-2023
holiday: 0
CA DL DataVolRatio Pct: 59.09
HO_att_InterFreq: 972
CA DL DataVolRatio Pct num: 5296

SIP DC%: 
UPTP_Mbps: 24.92
DLRLCLayerDataVolume MB: 7834.87
Avg_PUCCH_SINR: 16.8
RRC Setup Attempts: 5654
CA DL DataVolRatio Pct den: 8898
CA Conf FailRate Pct den: 5068
RSSIRX1 Avg: -95.2
weekend: 1
UPTP Mbps Num: 15629
Bearer Setup Failure Voice Den: 195
RSSIRX2 Avg: -93.44
hr: 9
MAC_UE_SC_Tput: 16166.56
Bearer Releases: 7362

hr: 9
CA Activation Rate num: 7507647
UPTP Mbps Den: 867
Setup_Fail_DEN: 16899
SIP_SC_Total_MOU: 38.14
Peak UE: 50
PCT Time MIMO: 35.34
DL Volume: 1878
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4542

Combined RACH Preambles: 3669
Time: 10:20:09
holiday: 0
CA DL DataVolRatio Pct: 88.21
Bearer Releases Voice: 180
CA DL DataVolRatio Pct num: 5174
HO Attempts: 410

DL MAC Vol Scell Pct: 30.58
Avg_Connected_UEs: 58.05
SIP DC%: 
DLRLCLayerDataVolume MB: 3942.29
PRB Util%: 73.62
UL Resid BLER PCT: 0.69
RRC Setup Attempts: 6499
RSSIRX1 Avg: -96.18
weekend: 0
Bearer Setup Failure Voice Den: 115
RSSIRX2 Avg: -98.33
CA Activation Rate: 49.89
hr: 23
MAC_UE_SC_Tput: 15621.92
Bearer Releases: 9935

hr: 23
qci1_setup_attempts: 84
CA Activation Rate num: 5227091
UPTP Mbps Den: 682
Setup_Fail_DEN: 15393
Peak UE: 27
MB_per_connected_UE: 110.47
PCT Time MIMO: 42.15
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6015

Time: 02:59:55
Date: 18-12-2023
holiday: 0
CA DL DataVolRatio Pct: 84.62
Bearer Releases Voice: 103
HO_att_InterFreq: 625

Avg_Connected_UEs: 76.75
SIP DC%: 
UPTP_Mbps: 22.66
DLRLCLayerDataVolume MB: 2209.36
DRB UL Data Volume MB: 3696
CA DL DataVolRatio Pct den: 5224
CA Conf FailRate Pct den: 6575
RSSIRX1 Avg: -96.47
weekend: 0
RSSIRX2 Avg: -95.06
hr: 23
MAC_UE_SC_Tput: 12722.03

hr: 23
CA Activation Rate num: 9456971
UPTP Mbps Den: 5629
Setup_Fail_DEN: 8996
SIP_SC_Total_MOU: 47.24
Peak UE: 27
MB_per_connected_UE: 97.96
PCT Time MIMO: 50.53
UL Throughput: 7.01
DL Data Vol MAC in MB: 7490.9

Combined RACH Preambles: 2161
Time: 05:28:39
holiday: 0
CA DL DataVolRatio Pct: 84.58
CA DL DataVolRatio Pct num: 2921
HO Attempts: 342

Avg_Connected_UEs: 24.05
SIP DC%: 
UPTP_Mbps: 43.55
DRB UL Data Volume MB: 7214
Avg_PUCCH_SINR: 17.04
PRB Util%: 5.87
RRC Setup Attempts: 5663
RSSIRX1 Avg: -97.23
weekend: 0
hr: 0
MAC_UE_SC_Tput: 9358.41
Bearer Releases: 6579

hr: 0
qci1_setup_attempts: 97
CA Activation Rate num: 2112441
UPTP Mbps Den: 1222
Setup_Fail_DEN: 18045
SIP_SC_Total_MOU: 140.72
Peak UE: 78
MB_per_connected_UE: 188.37
DL Volume: 2559
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8600
UL Throughput: 4.04
DL Data Vol MAC in MB: 1276.34
CA Activation Rate den: 212096

Combined RACH Preambles: 2985
Time: 19:04:57
Date: 31-05-2023
holiday: 0

DL MAC Vol Scell Pct: 19.18
SIP DC%: 
UPTP_Mbps: 115.25
DRB UL Data Volume MB: 7929
DL Packet Loss Pct: 1.63
RRC Setup Attempts: 5561
CA DL DataVolRatio Pct den: 2768
CA Conf FailRate Pct den: 7821
weekend: 1
CA Activation Rate: 49.61
hr: 8
MAC_UE_SC_Tput: 5371.12

hr: 8
Avg CQI: 10.05
CA Activation Rate num: 2711486
UPTP Mbps Den: 2884
Setup_Fail_DEN: 14665
Peak UE: 27
MB_per_connected_UE: 29.2
PCT Time MIMO: 67.81
DL Volume: 3381
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5455
DL Data Vol MAC in MB: 2619.42
CA Activation Rate den: 53155

Time: 22:56:57
holiday: 0
CA DL DataVolRatio Pct: 89.84
CA DL DataVolRatio Pct num: 6925
HO Attempts: 600

Avg_Connected_UEs: 65.74
SIP DC%: 
UPTP_Mbps: 42.42
DLRLCLayerDataVolume MB: 6138
PRB Util%: 7.56
CA DL DataVolRatio Pct den: 9388
CA Conf FailRate Pct den: 6431
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7735.9

hr: 23
qci1_setup_attempts: 237
CA Activation Rate num: 9926113
UPTP Mbps Den: 2399
SIP_SC_Total_MOU: 137.38
Peak UE: 53
MB_per_connected_UE: 22.19
PCT Time MIMO: 37.38
DL Data Vol MAC in MB: 8394.4

Time: 11:18:30
Date: 03-05-2023
holiday: 0
CA DL DataVolRatio Pct: 85.15
CA DL DataVolRatio Pct num: 2901
HO Attempts: 151

Avg_Connected_UEs: 82.34
SIP DC%: 
UPTP_Mbps: 33.19
DLRLCLayerDataVolume MB: 9695.71
DRB UL Data Volume MB: 5982
CA DL DataVolRatio Pct den: 6598
CA Conf FailRate Pct den: 6547
weekend: 0
CA Activation Rate: 58.82
hr: 3
MAC_UE_SC_Tput: 9337.35
Bearer Releases: 15439

hr: 3
qci1_setup_attempts: 177
Avg CQI: 9.53
CA Activation Rate num: 1642216
UPTP Mbps Den: 3599
Setup_Fail_DEN: 15060
SIP_SC_Total_MOU: 205.81
Peak UE: 43
MB_per_connected_UE: 189.37
DL Volume: 6803
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3876
DL Data Vol MAC in MB: 1398.14
CA Activation Rate den: 181251

Combined RACH Preambles: 2291
Time: 09:28:55
Date: 01-07-2023
holiday: 0
CA DL DataVolRatio Pct: 89.11
HO_att_InterFreq: 138
CA DL DataVolRatio Pct num: 2276
HO Attempts: 469

Avg_Connected_UEs: 62.44
SIP DC%: 
UPTP_Mbps: 14.87
DLRLCLayerDataVolume MB: 6808.85
DRB UL Data Volume MB: 7404
CA DL DataVolRatio Pct den: 10010
weekend: 0
RSSIRX2 Avg: -93.34
CA Activation Rate: 46.24
hr: 11
MAC_UE_SC_Tput: 7680.86

hr: 11
CA Activation Rate num: 7949744
UPTP Mbps Den: 1793
Setup_Fail_DEN: 10190
SIP_SC_Total_MOU: 86.18
UL MAC Vol Scell Pct: 0.4
Peak UE: 45
MB_per_connected_UE: 176.42
DL Volume: 8579
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3627
UL Throughput: 4.69
CA Activation Rate den: 124289

Time: 00:33:09
Date: 10-07-2023
holiday: 0
CA DL DataVolRatio Pct: 61.57
CA DL DataVolRatio Pct num: 7633

DL MAC Vol Scell Pct: 8.65
SIP DC%: 
UPTP_Mbps: 41.11
DLRLCLayerDataVolume MB: 1763.21
DRB UL Data Volume MB: 7943
PRB Util%: 16.68
RRC Setup Attempts: 6126
CA DL DataVolRatio Pct den: 10043
CA Conf FailRate Pct den: 4855
weekend: 0
UPTP Mbps Num: 11668
CA Activation Rate: 69.53
hr: 12
Bearer Releases: 7672

hr: 12
qci1_setup_attempts: 80
CA Activation Rate num: 3073331
UPTP Mbps Den: 2975
Setup_Fail_DEN: 14538
SIP_SC_Total_MOU: 369.4
Peak UE: 27
MB_per_connected_UE: 190.97
DL Volume: 5712
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3176
DL Data Vol MAC in MB: 549.07
CA Activation Rate den: 45221

Time: 05:20:50
Date: 04-11-2022
holiday: 0
CA DL DataVolRatio Pct: 89.82

DL MAC Vol Scell Pct: 30.7
Avg_Connected_UEs: 76.69
SIP DC%: 
UPTP_Mbps: 37.79
DRB UL Data Volume MB: 8459
RRC Setup Attempts: 5327
CA Conf FailRate Pct den: 7074
RSSIRX1 Avg: -96.68
weekend: 0
RSSIRX2 Avg: -94.23
CA Activation Rate: 11.44
hr: 23
MAC_UE_SC_Tput: 18244.74
Bearer Releases: 17686

hr: 23
Peak UE: 126
MB_per_connected_UE: 20.05
PCT Time MIMO: 41.71
DL Volume: 7933
UL Throughput: 1.14

Combined RACH Preambles: 3841
Time: 09:24:28
Date: 23-11-2022
holiday: 0
Bearer Releases Voice: 80
HO Attempts: 209

Avg_Connected_UEs: 18.45
SIP DC%: 
UPTP_Mbps: 41.4
DLRLCLayerDataVolume MB: 1823.45
DRB UL Data Volume MB: 9319
PRB Util%: 39.58
RRC Setup Attempts: 5331
CA DL DataVolRatio Pct den: 2826
weekend: 0
RSSIRX2 Avg: -97.43
CA Activation Rate: 53.12
hr: 8
MAC_UE_SC_Tput: 18368.29
Bearer Releases: 13593

hr: 8
CA Activation Rate num: 6874077
Setup_Fail_DEN: 13990
SIP_SC_Total_MOU: 127.88
Peak UE: 68
MB_per_connected_UE: 26.71
DL Volume: 8066
UL Throughput: 11.82

Combined RACH Preambles: 3736
Time: 23:37:39
holiday: 0
CA DL DataVolRatio Pct num: 3187
HO Attempts: 565

Avg_Connected_UEs: 58.26
SIP DC%: 
UPTP_Mbps: 19.7
DLRLCLayerDataVolume MB: 6574.19
DRB UL Data Volume MB: 7225
PRB Util%: 7.19
CA DL DataVolRatio Pct den: 9616
CA Conf FailRate Pct den: 6578
weekend: 0
UPTP Mbps Num: 12041
RSSIRX2 Avg: -94.56
CA Activation Rate: 15.96
hr: 23
MAC_UE_SC_Tput: 8005.19
Bearer Releases: 9192

hr: 23
CA Activation Rate num: 9321351
UPTP Mbps Den: 916
Setup_Fail_DEN: 12741
UL MAC Vol Scell Pct: 0.47
Peak UE: 34
VOLTE IA%: 
MB_per_connected_UE: 119.17
PCT Time MIMO: 44.16
DL Volume: 6028
CA Activation Rate den: 46040

Time: 23:36:10
Date: 19-03-2023
holiday: 0
CA DL DataVolRatio Pct: 84.93
SIP_SC_Call_Attempts: 150
CA DL DataVolRatio Pct num: 5453
HO Attempts: 708

DL MAC Vol Scell Pct: 3.07
Avg_Connected_UEs: 70.22
SIP DC%: 
DLRLCLayerDataVolume MB: 5353.6
DRB UL Data Volume MB: 5432
PRB Util%: 68.43
RRC Setup Attempts: 6087
CA DL DataVolRatio Pct den: 7758
weekend: 0
hr: 2
MAC_UE_SC_Tput: 5282.15
Bearer Releases: 10583

hr: 2
CA Activation Rate num: 5163050
UPTP Mbps Den: 2336
Setup_Fail_DEN: 18818
SIP_SC_Total_MOU: 258.29
Peak UE: 32
MB_per_connected_UE: 23.8
DL Volume: 9666
CA Activation Rate den: 103959

Time: 21:31:58
Date: 12-04-2023
holiday: 0
CA DL DataVolRatio Pct: 63.39

DL MAC Vol Scell Pct: 16.84
Avg_Connected_UEs: 36.66
SIP DC%: 
UPTP_Mbps: 16.14
DLRLCLayerDataVolume MB: 3927.32
DRB UL Data Volume MB: 7783
RRC Setup Attempts: 3604
CA Conf FailRate Pct den: 2784
weekend: 0
UPTP Mbps Num: 4429
CA Activation Rate: 50.48
hr: 20
MAC_UE_SC_Tput: 12205.22
Bearer Releases: 9550

hr: 20
CA Activation Rate num: 4706041
UPTP Mbps Den: 851
Setup_Fail_DEN: 15476
SIP_SC_Total_MOU: 182.97
S1U_SIP_SC_SEER_den: 228
Peak UE: 27
MB_per_connected_UE: 64.4
PCT Time MIMO: 40.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4063
DL Data Vol MAC in MB: 1726.56

Time: 07:06:52
Date: 09-05-2023
holiday: 0
CA DL DataVolRatio Pct: 68.33
HO Attempts: 827

SIP DC%: 
UPTP_Mbps: 44.27
DLRLCLayerDataVolume MB: 8419.15
DRB UL Data Volume MB: 6661
RRC Setup Attempts: 3973
CA DL DataVolRatio Pct den: 9824
CA Conf FailRate Pct den: 2563
weekend: 0
CA Activation Rate: 38.27
hr: 18
MAC_UE_SC_Tput: 15678.6
Bearer Releases: 7936

hr: 18
CA Activation Rate num: 4733469
Setup_Fail_DEN: 11393
SIP_SC_Total_MOU: 85.83
Peak UE: 27
MB_per_connected_UE: 17.25
PCT Time MIMO: 40.32
DL Volume: 5644
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6207
CA Activation Rate den: 40735

Time: 08:23:47
Date: 20-11-2023
holiday: 0
CA DL DataVolRatio Pct: 63.62
HO_att_InterFreq: 689

Avg_Connected_UEs: 54.21
SIP DC%: 
UPTP_Mbps: 44.74
DLRLCLayerDataVolume MB: 4149.19
DRB UL Data Volume MB: 7232
PRB Util%: 18.76
RRC Setup Attempts: 7165
CA DL DataVolRatio Pct den: 7964
RSSIRX1 Avg: -96.96
weekend: 0
UPTP Mbps Num: 35621
CA Activation Rate: 28.75
hr: 23
MAC_UE_SC_Tput: 5745.16
Bearer Releases: 8766

hr: 23
CA Activation Rate num: 8549968
UPTP Mbps Den: 806
SIP_SC_Total_MOU: 185.68
Peak UE: 57
MB_per_connected_UE: 40.63
DL Volume: 3807
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3573
DL Data Vol MAC in MB: 476.51

Combined RACH Preambles: 2248
Time: 08:32:21
Date: 29-11-2022
holiday: 0
CA DL DataVolRatio Pct: 57.65
HO_att_InterFreq: 313

DL MAC Vol Scell Pct: 5.58
Avg_Connected_UEs: 29.28
SIP DC%: 
UPTP_Mbps: 44.88
DLRLCLayerDataVolume MB: 9181
PRB Util%: 40.6
CA DL DataVolRatio Pct den: 9719
CA Conf FailRate Pct den: 7373
RSSIRX1 Avg: -96.83
weekend: 1
UPTP Mbps Num: 2781
CA Activation Rate: 51.85
hr: 3
MAC_UE_SC_Tput: 5927.22

hr: 3
CA Activation Rate num: 982195
UPTP Mbps Den: 2875
Setup_Fail_DEN: 6670
Peak UE: 57
MB_per_connected_UE: 74.84
PCT Time MIMO: 36.71
DL Volume: 2647
Combined RACH Preambles: 2551

Time: 11:35:55
Date: 04-07-2022
holiday: 0
CA DL DataVolRatio Pct: 87.48
HO_att_InterFreq: 494
CA DL DataVolRatio Pct num: 3398

SIP DC%: 
DLRLCLayerDataVolume MB: 6417.19
DRB UL Data Volume MB: 5391
PRB Util%: 74.87
RRC Setup Attempts: 3589
CA Conf FailRate Pct den: 9236
weekend: 0
UPTP Mbps Num: 18904
RSSIRX2 Avg: -96.55
CA Activation Rate: 64.45
hr: 23
MAC_UE_SC_Tput: 4647.38
Bearer Releases: 11856

hr: 23
CA Activation Rate num: 8613462
UPTP Mbps Den: 1992
Peak UE: 27
MB_per_connected_UE: 50.13
PCT Time MIMO: 40.83
DL Volume: 2624
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5795
UL Throughput: 1.64
DL Data Vol MAC in MB: 4873.99

Time: 05:16:53
holiday: 0
CA DL DataVolRatio Pct: 67.91

DL MAC Vol Scell Pct: 9.97
Avg_Connected_UEs: 80.82
SIP DC%: 
UPTP_Mbps: 22.46
DLRLCLayerDataVolume MB: 1396.62
DRB UL Data Volume MB: 6986
PRB Util%: 46.59
RRC Setup Attempts: 3814
CA DL DataVolRatio Pct den: 2371
CA Conf FailRate Pct den: 6423
RSSIRX1 Avg: -96.76
weekend: 0
RSSIRX2 Avg: -95.12
hr: 10
Bearer Releases: 16559

hr: 10
qci1_setup_attempts: 193
CA Activation Rate num: 3728606
UPTP Mbps Den: 1013
Setup_Fail_DEN: 14890
Peak UE: 27
MB_per_connected_UE: 35.93
DL Volume: 2419
UL Throughput: 2.68
DL Data Vol MAC in MB: 9789.89
CA Activation Rate den: 114163

holiday: 0
CA DL DataVolRatio Pct: 85.31
SIP_SC_Call_Attempts: 132
HO Attempts: 822

DL MAC Vol Scell Pct: 6.37
Avg_Connected_UEs: 73.07
SIP DC%: 
UPTP_Mbps: 41.98
PRB Util%: 68.39
RRC Setup Attempts: 5989
CA Conf FailRate Pct den: 3914
RSSIRX1 Avg: -96.71
weekend: 0
UPTP Mbps Num: 7563
Bearer Setup Failure Voice Den: 48
RSSIRX2 Avg: -93.46
hr: 22
Bearer Releases: 11008

hr: 22
Avg CQI: 8.03
CA Activation Rate num: 8940290
UPTP Mbps Den: 2482
Setup_Fail_DEN: 14935
Peak UE: 35
MB_per_connected_UE: 107.37
PCT Time MIMO: 41.68
QCI 1 Bearer Releases: 156
DL Data Vol MAC in MB: 6945.29

Combined RACH Preambles: 1963
Time: 19:26:20
Date: 16-06-2022
holiday: 0
HO_att_InterFreq: 205
HO Attempts: 789

DL MAC Vol Scell Pct: 3.93
Avg_Connected_UEs: 32.07
SIP DC%: 
DRB UL Data Volume MB: 4012
Avg_PUCCH_SINR: 16.59
CA DL DataVolRatio Pct den: 7822
weekend: 0
CA Activation Rate: 18.73
hr: 3
MAC_UE_SC_Tput: 12140.52
Bearer Releases: 7564

hr: 3
CA Activation Rate num: 4431702
Setup_Fail_DEN: 13376
Peak UE: 69
MB_per_connected_UE: 148.61
PCT Time MIMO: 39.19
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3198

Time: 10:50:17
holiday: 0
CA DL DataVolRatio Pct: 71.69
RRC Setup Failure% 5G: 0.41

Avg_Connected_UEs: 44.6
SIP DC%: 
DLRLCLayerDataVolume MB: 1705.27
DRB UL Data Volume MB: 4227
PRB Util%: 18.63
RRC Setup Attempts: 6563
CA DL DataVolRatio Pct den: 9482
CA Conf FailRate Pct den: 8771
RSSIRX1 Avg: -98.22
weekend: 0
UPTP Mbps Num: 8979
RSSIRX2 Avg: -98.28
CA Activation Rate: 23.97
hr: 8
MAC_UE_SC_Tput: 6650.23

hr: 8
CA Activation Rate num: 3905397
UPTP Mbps Den: 1486
Setup_Fail_DEN: 11209
Peak UE: 40
MB_per_connected_UE: 42.36
PCT Time MIMO: 41.23
DL Volume: 8089
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4897
UL Throughput: 1.86
DL Data Vol MAC in MB: 2760
CA Activation Rate den: 110771

Time: 16:16:11
Date: 13-05-2023
holiday: 0
CA DL DataVolRatio Pct: 78.01
HO_att_InterFreq: 739
HO Attempts: 698

Avg_Connected_UEs: 31.87
SIP DC%: 
DLRLCLayerDataVolume MB: 7573.62
DRB UL Data Volume MB: 8850
PRB Util%: 41.67
RRC Setup Attempts: 3514
CA DL DataVolRatio Pct den: 4860
RSSIRX1 Avg: -95.14
weekend: 0
CA Activation Rate: 49.88
hr: 14
MAC_UE_SC_Tput: 9171.44

hr: 14
Avg CQI: 7.17
CA Activation Rate num: 631926
UPTP Mbps Den: 1923
Setup_Fail_DEN: 9238
UL MAC Vol Scell Pct: 11.51
Peak UE: 131
MB_per_connected_UE: 51.58
PCT Time MIMO: 32.64
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7395
CA Activation Rate den: 55088

Time: 04:26:49
Date: 22-07-2022
holiday: 0
CA DL DataVolRatio Pct: 82.23
CA DL DataVolRatio Pct num: 4693

DL MAC Vol Scell Pct: 29.42
Avg_Connected_UEs: 57.36
SIP DC%: 
UPTP_Mbps: 32.45
DRB UL Data Volume MB: 239
PRB Util%: 25.15
CA DL DataVolRatio Pct den: 8378
CA Conf FailRate Pct den: 7061
RSSIRX1 Avg: -96.69
weekend: 1
RSSIRX2 Avg: -97.94
CA Activation Rate: 73
hr: 23
MAC_UE_SC_Tput: 5063.2
Bearer Releases: 12059

hr: 23
CA Activation Rate num: 10186031
UPTP Mbps Den: 1965
SIP_SC_Total_MOU: 439.36
Peak UE: 59
MB_per_connected_UE: 39.84
PCT Time MIMO: 69.91
DL Volume: 7240
UL Throughput: 0.9
DL Data Vol MAC in MB: 9029.03
CA Activation Rate den: 58891

Time: 08:11:57
Date: 13-03-2023
holiday: 0
CA DL DataVolRatio Pct num: 4259
HO Attempts: 571

DL MAC Vol Scell Pct: 50.95
Avg_Connected_UEs: 54.71
SIP DC%: 
UPTP_Mbps: 45.18
DLRLCLayerDataVolume MB: 6680.74
DRB UL Data Volume MB: 3739
Avg_PUCCH_SINR: 16.21
CA DL DataVolRatio Pct den: 5426
CA Conf FailRate Pct den: 6899
RSSIRX1 Avg: -97.59
weekend: 1
UPTP Mbps Num: 28576
CA Activation Rate: 23.2
hr: 9
MAC_UE_SC_Tput: 4262.08

hr: 9
CA Activation Rate num: 6852603
Setup_Fail_DEN: 10098
Peak UE: 27
PCT Time MIMO: 37.3
DL Volume: 4431
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6191

Time: 09:07:06
Date: 19-05-2023
holiday: 0
CA DL DataVolRatio Pct: 69.15
HO_att_InterFreq: 357
CA DL DataVolRatio Pct num: 6926

DL MAC Vol Scell Pct: 14.25
SIP DC%: 
UPTP_Mbps: 37.66
RSSIRX1 Avg: -95.15
weekend: 0
CA Activation Rate: 58.13
hr: 23
MAC_UE_SC_Tput: 19786.81
Bearer Releases: 18698

hr: 23
CA Activation Rate num: 11666893
UPTP Mbps Den: 1254
Setup_Fail_DEN: 10471
UL MAC Vol Scell Pct: 1.71
Peak UE: 27
MB_per_connected_UE: 72.49
DL Volume: 467
UL Throughput: 2.5
CA Activation Rate den: 37186

Time: 11:30:32
Date: 29-06-2023
holiday: 0
HO_att_InterFreq: 956
CA DL DataVolRatio Pct num: 5672
HO Attempts: 673

DL MAC Vol Scell Pct: 9.43
Avg_Connected_UEs: 79.03
SIP DC%: 
UPTP_Mbps: 38.02
DLRLCLayerDataVolume MB: 9807.96
DRB UL Data Volume MB: 2415
PRB Util%: 47.26
CA DL DataVolRatio Pct den: 2217
CA Conf FailRate Pct den: 6673
weekend: 0
RSSIRX2 Avg: -94.2
S1U_SIP_SC_SEER_num: 201
CA Activation Rate: 46.1
hr: 6
MAC_UE_SC_Tput: 5589.2
Bearer Releases: 13174

hr: 6
Avg CQI: 8.17
CA Activation Rate num: 10973690
UPTP Mbps Den: 1138
SIP_SC_Total_MOU: 260.82
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 43.91
PCT Time MIMO: 33.68
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6530
DL Data Vol MAC in MB: 5505.52
CA Activation Rate den: 76252
Time: 09:33:46
Date: 15-06-2022

holiday: 0
CA DL DataVolRatio Pct: 75.42
SIP_SC_Call_Attempts: 105
HO_att_InterFreq: 438
CA DL DataVolRatio Pct num: 393

DL MAC Vol Scell Pct: 21.63
Avg_Connected_UEs: 36.61
SIP DC%: 
UPTP_Mbps: 42.24
DLRLCLayerDataVolume MB: 4096.15
DRB UL Data Volume MB: 8092
PRB Util%: 75.03
RRC Setup Attempts: 5642
CA DL DataVolRatio Pct den: 9986
weekend: 0
RSSIRX2 Avg: -97.7
CA Activation Rate: 73.98
hr: 9
MAC_UE_SC_Tput: 5009.58
Bearer Releases: 10671

hr: 9
Avg CQI: 8.76
CA Activation Rate num: 5962983
UL MAC Vol Scell Pct: 0.77
Peak UE: 57
MB_per_connected_UE: 175.75
PCT Time MIMO: 52.68
DL Volume: 7361
DL Data Vol MAC in MB: 9582.42
CA Activation Rate den: 119365

Combined RACH Preambles: 3963
Time: 05:10:56
holiday: 0
Bearer Releases Voice: 22
HO_att_InterFreq: 992
CA DL DataVolRatio Pct num: 5926
HO Attempts: 29

DL MAC Vol Scell Pct: 5.23
SIP DC%: 
UPTP_Mbps: 100.45
PRB Util%: 35.9
CA DL DataVolRatio Pct den: 6206
RSSIRX1 Avg: -97.22
weekend: 0
Bearer Setup Failure Voice Den: 150
RSSIRX2 Avg: -93.71
S1U_SIP_SC_SEER_num: 196
CA Activation Rate: 44.1
hr: 2
MAC_UE_SC_Tput: 17483.76

hr: 2
qci1_setup_attempts: 168
CA Activation Rate num: 3185024
UPTP Mbps Den: 2846
Peak UE: 81
VOLTE IA%: 
MB_per_connected_UE: 75.9
PCT Time MIMO: 45.08
UL Throughput: 4.32
DL Data Vol MAC in MB: 6953.74
CA Activation Rate den: 201452
Combined RACH Preambles: 3560

Time: 08:30:49
Date: 05-06-2022
holiday: 0
CA DL DataVolRatio Pct: 91.24
HO Attempts: 562

DL MAC Vol Scell Pct: 14
SIP DC%: 
UPTP_Mbps: 21.61
DLRLCLayerDataVolume MB: 7260.46
DRB UL Data Volume MB: 8897
PRB Util%: 71.15
RRC Setup Attempts: 6905
CA DL DataVolRatio Pct den: 4726
CA Conf FailRate Pct den: 5204
weekend: 0
UPTP Mbps Num: 46625
CA Activation Rate: 44.6
hr: 6
MAC_UE_SC_Tput: 9737.79
Bearer Releases: 13398

hr: 6
CA Activation Rate num: 10092562
UPTP Mbps Den: 2304
SIP_SC_Total_MOU: 0.92
Peak UE: 27
DL Volume: 8510
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7592
DL Data Vol MAC in MB: 6105.04
CA Activation Rate den: 105903

Time: 23:33:28
holiday: 0
CA DL DataVolRatio Pct: 65.16
HO_att_InterFreq: 136
CA DL DataVolRatio Pct num: 3223

DL MAC Vol Scell Pct: 8.24
SIP DC%: 
UPTP_Mbps: 65.33
DLRLCLayerDataVolume MB: 6552.06
PRB Util%: 69.12
CA Conf FailRate Pct den: 8475
RSSIRX1 Avg: -98.09
weekend: 1
UPTP Mbps Num: 6786
hr: 8
MAC_UE_SC_Tput: 9705.27
Bearer Releases: 7058

hr: 8
qci1_setup_attempts: 158
Avg CQI: 7.97
CA Activation Rate num: 9529786
UPTP Mbps Den: 2833
SIP_SC_Total_MOU: 127.42
Peak UE: 65
MB_per_connected_UE: 47.9
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3498
CA Activation Rate den: 71053

Combined RACH Preambles: 2215
Time: 18:05:46
Date: 13-07-2022
holiday: 0
SIP_SC_Call_Attempts: 95
HO_att_InterFreq: 982
CA DL DataVolRatio Pct num: 5088

DL MAC Vol Scell Pct: 4.78
Avg_Connected_UEs: 68.48
SIP DC%: 
DLRLCLayerDataVolume MB: 425.92
DRB UL Data Volume MB: 8804
PRB Util%: 6.51
RRC Setup Attempts: 4378
CA DL DataVolRatio Pct den: 6013
CA Conf FailRate Pct den: 4394
RSSIRX1 Avg: -93.79
weekend: 0
RSSIRX2 Avg: -93.59
CA Activation Rate: 65.07
hr: 18
MAC_UE_SC_Tput: 22962.44
Bearer Releases: 10853

hr: 18
CA Activation Rate num: 9417773
UPTP Mbps Den: 1199
Setup_Fail_DEN: 15793
SIP_SC_Total_MOU: 64.03
S1U_SIP_SC_SEER_den: 271
Peak UE: 69
MB_per_connected_UE: 111.85
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6390
UL Throughput: 1.22
CA Activation Rate den: 40787

Combined RACH Preambles: 2585
Time: 16:35:34
Date: 06-04-2023
holiday: 0
CA DL DataVolRatio Pct: 61.71
HO_att_InterFreq: 1010

DL MAC Vol Scell Pct: 9.31
SIP DC%: 
UPTP_Mbps: 25.01
DRB UL Data Volume MB: 5623
RRC Setup Attempts: 4043
CA Conf FailRate Pct den: 4648
weekend: 0
UPTP Mbps Num: 31630
hr: 10
MAC_UE_SC_Tput: 10588.83
Bearer Releases: 9721

hr: 10
Avg CQI: 10.62
CA Activation Rate num: 13526383
UPTP Mbps Den: 3039
Setup_Fail_DEN: 9309
S1U_SIP_SC_SEER_den: 68
Peak UE: 93
MB_per_connected_UE: 27.04
PCT Time MIMO: 37.04
DL Data Vol MAC in MB: 5044.37

Time: 05:55:15
holiday: 0
HO_att_InterFreq: 812
HO Attempts: 873

DL MAC Vol Scell Pct: 23.32
Avg_Connected_UEs: 56.37
SIP DC%: 
UPTP_Mbps: 17.48
DRB UL Data Volume MB: 1002
PRB Util%: 29.46
RRC Setup Attempts: 6885
CA DL DataVolRatio Pct den: 8458
CA Conf FailRate Pct den: 3512
weekend: 0
UPTP Mbps Num: 12848
RSSIRX2 Avg: -97.33
CA Activation Rate: 12.02
hr: 14
MAC_UE_SC_Tput: 18756.4

hr: 14
CA Activation Rate num: 9805722
Setup_Fail_DEN: 15395
SIP_SC_Total_MOU: 180.49
Peak UE: 31
MB_per_connected_UE: 171.28
DL Volume: 3795
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4009
CA Activation Rate den: 214980

Time: 18:20:42
holiday: 0
CA DL DataVolRatio Pct: 61.07
Bearer Releases Voice: 166
HO Attempts: 102

SIP DC%: 
UPTP_Mbps: 15.29
DLRLCLayerDataVolume MB: 368.13
DRB UL Data Volume MB: 7931
Avg_PUCCH_SINR: 16.43
RRC Setup Attempts: 8189
CA DL DataVolRatio Pct den: 5954
weekend: 0
CA Activation Rate: 3.83
hr: 12
MAC_UE_SC_Tput: 9677.84

hr: 12
CA Activation Rate num: 8412274
SIP_SC_Total_MOU: 268.04
Peak UE: 70
MB_per_connected_UE: 44.59
PCT Time MIMO: 37.48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4797
QCI 1 Bearer Releases: 137
UL Throughput: 11.62
DL Data Vol MAC in MB: 3418.98
CA Activation Rate den: 120225

Time: 06:18:21
Date: 03-05-2022
holiday: 0
CA DL DataVolRatio Pct: 42.72
SIP_SC_Call_Attempts: 153
HO_att_InterFreq: 1008
HO Attempts: 491

DL MAC Vol Scell Pct: 19.23
Avg_Connected_UEs: 35.05
SIP DC%: 
UPTP_Mbps: 41.32
DLRLCLayerDataVolume MB: 6911.7
DRB UL Data Volume MB: 2079
RRC Setup Attempts: 4658
CA DL DataVolRatio Pct den: 3754
CA Conf FailRate Pct den: 9301
RSSIRX1 Avg: -95.32
weekend: 0
CA Activation Rate: 46.12
hr: 17
MAC_UE_SC_Tput: 8501.7

hr: 17
qci1_setup_attempts: 170
CA Activation Rate num: 4080214
UPTP Mbps Den: 326
Setup_Fail_DEN: 8397
SIP_SC_Total_MOU: 18.33
Peak UE: 37
MB_per_connected_UE: 80.59
PCT Time MIMO: 35
DL Volume: 9159
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8765
UL Throughput: 3.91
DL Data Vol MAC in MB: 6319.96
CA Activation Rate den: 109173

Time: 19:00:41
holiday: 0
HO_att_InterFreq: 387
CA DL DataVolRatio Pct num: 2344

DL MAC Vol Scell Pct: 3.31
Avg_Connected_UEs: 51.51
SIP DC%: 
DLRLCLayerDataVolume MB: 6328.56
RSSIRX1 Avg: -96.45
weekend: 0
UPTP Mbps Num: 39261
Bearer Setup Failure Voice Den: 71
CA Activation Rate: 77.94
hr: 0
MAC_UE_SC_Tput: 8921.86
Bearer Releases: 10604

hr: 0
CA Activation Rate num: 1561592
UPTP Mbps Den: 2841
Setup_Fail_DEN: 13883
SIP_SC_Total_MOU: 120.03
Peak UE: 92
MB_per_connected_UE: 90.56
PCT Time MIMO: 66.56
DL Volume: 3111
DL Data Vol MAC in MB: 1648.44
CA Activation Rate den: 53371

Time: 08:37:20
Date: 11-09-2023
holiday: 0
CA DL DataVolRatio Pct: 80
HO_att_InterFreq: 261
CA DL DataVolRatio Pct num: 1796

DL MAC Vol Scell Pct: 46.33
Avg_Connected_UEs: 54.89
SIP DC%: 
UPTP_Mbps: 15.19
DRB UL Data Volume MB: 8430
PRB Util%: 13.02
RRC Setup Attempts: 3472
CA DL DataVolRatio Pct den: 9291
CA Conf FailRate Pct den: 6521
RSSIRX1 Avg: -94.08
weekend: 0
CA Activation Rate: 67.77
hr: 22
MAC_UE_SC_Tput: 8773.21
Bearer Releases: 8797

hr: 22
CA Activation Rate num: 10953386
UPTP Mbps Den: 2817
Setup_Fail_DEN: 16116
SIP_SC_Total_MOU: 96.2
Peak UE: 27
PCT Time MIMO: 47.11
DL Volume: 6340
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4413
QCI 1 Bearer Releases: 159
UL Throughput: 1.84

Time: 19:54:45
Date: 06-08-2023
holiday: 0
CA DL DataVolRatio Pct: 40.75
SIP_SC_Call_Attempts: 71

DL MAC Vol Scell Pct: 43.77
SIP DC%: 
UPTP_Mbps: 33.96
DLRLCLayerDataVolume MB: 6086.78
DRB UL Data Volume MB: 7715
PRB Util%: 22.13
DL Packet Loss Pct: 2.33
RRC Setup Attempts: 7056
weekend: 0
RSSIRX2 Avg: -96.6
CA Activation Rate: 36.86
hr: 10
Bearer Releases: 7708

hr: 10
CA Activation Rate num: 327819
UPTP Mbps Den: 2814
Setup_Fail_DEN: 8802
Peak UE: 35
MB_per_connected_UE: 121.75
PCT Time MIMO: 49.95
DL Volume: 2704
DL Data Vol MAC in MB: 1682.55

Combined RACH Preambles: 2381
Time: 01:11:28
holiday: 0
CA DL DataVolRatio Pct: 69.24
Bearer Releases Voice: 69
HO_att_InterFreq: 244
CA DL DataVolRatio Pct num: 7562
HO Attempts: 517

DL MAC Vol Scell Pct: 6.83
Avg_Connected_UEs: 20.66
SIP DC%: 
UPTP_Mbps: 45.85
DLRLCLayerDataVolume MB: 4071.72
PRB Util%: 17.39
RRC Setup Attempts: 6618
CA DL DataVolRatio Pct den: 9304
CA Conf FailRate Pct den: 6869
RSSIRX1 Avg: -94.25
weekend: 0
CA Activation Rate: 20.98
hr: 16
MAC_UE_SC_Tput: 16708.61

hr: 16
qci1_setup_attempts: 82
CA Activation Rate num: 2416398
UPTP Mbps Den: 2541
Setup_Fail_DEN: 17089
SIP_SC_Total_MOU: 155.74
UL MAC Vol Scell Pct: 5.5
Peak UE: 54
MB_per_connected_UE: 96.6
PCT Time MIMO: 46.44
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3227
QCI 1 Bearer Releases: 63
UL Throughput: 1.11
DL Data Vol MAC in MB: 9583.37
CA Activation Rate den: 44402

Combined RACH Preambles: 2468
Time: 04:47:03
holiday: 0
CA DL DataVolRatio Pct: 80.63
Bearer Releases Voice: 186
HO Attempts: 217

DL MAC Vol Scell Pct: 12.94
Avg_Connected_UEs: 63.48
SIP DC%: 
UPTP_Mbps: 43.75
DLRLCLayerDataVolume MB: 5130.07
DRB UL Data Volume MB: 8476
PRB Util%: 63.34
CA DL DataVolRatio Pct den: 6468
CA Conf FailRate Pct den: 7320
weekend: 0
UPTP Mbps Num: 12015
RSSIRX2 Avg: -93.1
CA Activation Rate: 13.01
hr: 5
MAC_UE_SC_Tput: 6558.01
Bearer Releases: 7334

hr: 5
qci1_setup_attempts: 69
UPTP Mbps Den: 882
Setup_Fail_DEN: 14943
Peak UE: 27
MB_per_connected_UE: 41.18
PCT Time MIMO: 44.74
DL Volume: 309
UL Throughput: 1.06
CA Activation Rate den: 90350

Combined RACH Preambles: 2865
Time: 17:34:09
holiday: 0
SIP_SC_Call_Attempts: 101
CA DL DataVolRatio Pct num: 5861
HO Attempts: 770

DL MAC Vol Scell Pct: 15.49
Avg_Connected_UEs: 81.75
SIP DC%: 
DLRLCLayerDataVolume MB: 2075.86
DRB UL Data Volume MB: 2365
PRB Util%: 12.32
CA DL DataVolRatio Pct den: 9597
CA Conf FailRate Pct den: 8703
RSSIRX1 Avg: -96.87
weekend: 0
UPTP Mbps Num: 38673
CA Activation Rate: 8.69
hr: 16
MAC_UE_SC_Tput: 9191.02
Bearer Releases: 6325

hr: 16
CA Activation Rate num: 2064038
UPTP Mbps Den: 787
Setup_Fail_DEN: 7971
SIP_SC_Total_MOU: 190.09
Peak UE: 27
MB_per_connected_UE: 72.66
PCT Time MIMO: 67.67
DL Volume: 869
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3993

Combined RACH Preambles: 3018
Time: 00:08:41
holiday: 0
CA DL DataVolRatio Pct: 50.76
HO_att_InterFreq: 737
CA DL DataVolRatio Pct num: 2170
HO Attempts: 706

DL MAC Vol Scell Pct: 11.57
SIP DC%: 
DLRLCLayerDataVolume MB: 5767.14
DRB UL Data Volume MB: 4205
Avg_PUCCH_SINR: 16.41
RRC Setup Attempts: 4076
CA Conf FailRate Pct den: 7244
weekend: 0
RSSIRX2 Avg: -97.29
CA Activation Rate: 34.95
hr: 0
MAC_UE_SC_Tput: 49504.99

hr: 0
qci1_setup_attempts: 113
Setup_Fail_DEN: 14153
Peak UE: 27
VOLTE IA%: 0.45
MB_per_connected_UE: 57.3
DL Volume: 7776
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5964
CA Activation Rate den: 83266

Combined RACH Preambles: 2775
Time: 14:26:25
holiday: 0
CA DL DataVolRatio Pct: 86.19
CA DL DataVolRatio Pct num: 4740

Avg_Connected_UEs: 81.99
SIP DC%: 
UPTP_Mbps: 43.13
DLRLCLayerDataVolume MB: 4743.23
DRB UL Data Volume MB: 4467
Avg_PUCCH_SINR: 16.86
CA DL DataVolRatio Pct den: 8533
CA Conf FailRate Pct den: 7399
weekend: 0
CA Activation Rate: 27.17
hr: 23
MAC_UE_SC_Tput: 22040.62
Bearer Releases: 17827

hr: 23
CA Activation Rate num: 3324078
Setup_Fail_DEN: 14335
SIP_SC_Total_MOU: 35.39
Peak UE: 76
MB_per_connected_UE: 138.11

Combined RACH Preambles: 3141
Time: 11:25:45
Date: 12-10-2022
holiday: 0
CA DL DataVolRatio Pct num: 6381

DL MAC Vol Scell Pct: 28.01
Avg_Connected_UEs: 28.7
SIP DC%: 
DLRLCLayerDataVolume MB: 9932.72
DRB UL Data Volume MB: 9566
PRB Util%: 29.69
RRC Setup Attempts: 7012
CA DL DataVolRatio Pct den: 6478
CA Conf FailRate Pct den: 4516
weekend: 0
UPTP Mbps Num: 54330
CA Activation Rate: 57.64
hr: 8
MAC_UE_SC_Tput: 6471.6
Bearer Releases: 12266

hr: 8
Avg CQI: 10.27
UPTP Mbps Den: 2546
Setup_Fail_DEN: 11575
SIP_SC_Total_MOU: 200.14
Peak UE: 28
VOLTE IA%: 
MB_per_connected_UE: 83.48
DL Volume: 6806
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5634
DL Data Vol MAC in MB: 1045.45

Time: 10:58:09
holiday: 0
CA DL DataVolRatio Pct: 70.25
HO_att_InterFreq: 444
CA DL DataVolRatio Pct num: 4129

DL MAC Vol Scell Pct: 9.87
Avg_Connected_UEs: 32.87
SIP DC%: 
UPTP_Mbps: 132.66
Avg_PUCCH_SINR: 16.91
RRC Setup Attempts: 6694
CA DL DataVolRatio Pct den: 556
weekend: 0
UPTP Mbps Num: 11360
CA Activation Rate: 45.25
hr: 2
MAC_UE_SC_Tput: 4181.65
Bearer Releases: 9008

hr: 2
qci1_setup_attempts: 188
CA Activation Rate num: 8876869
UPTP Mbps Den: 108
Setup_Fail_DEN: 14171
Peak UE: 27
PCT Time MIMO: 42.26
DL Volume: 6727
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6885
Combined RACH Preambles: 4341

Time: 21:32:50
Date: 12-01-2022
holiday: 0
SIP_SC_Call_Attempts: 98
CA DL DataVolRatio Pct num: 6567
HO Attempts: 6

Avg_Connected_UEs: 50.95
SIP DC%: 
UPTP_Mbps: 43.95
DRB UL Data Volume MB: 6847
PRB Util%: 52.37
RRC Setup Attempts: 8415
CA DL DataVolRatio Pct den: 9704
weekend: 0
UPTP Mbps Num: 6264
RSSIRX2 Avg: -94.59
CA Activation Rate: 60.56
hr: 13
MAC_UE_SC_Tput: 4742.93

hr: 13
CA Activation Rate num: 7922392
UPTP Mbps Den: 2417
Setup_Fail_DEN: 15226
Peak UE: 87
PCT Time MIMO: 43.46
DL Volume: 1646
DL Data Vol MAC in MB: 7062.99
CA Activation Rate den: 68654

Time: 17:49:19
Date: 25-07-2023
holiday: 0
CA DL DataVolRatio Pct: 63.78
Bearer Releases Voice: 107
HO_att_InterFreq: 256
CA DL DataVolRatio Pct num: 3590

DL MAC Vol Scell Pct: 26.47
SIP DC%: 
UPTP_Mbps: 12.43
DLRLCLayerDataVolume MB: 492.48
DRB UL Data Volume MB: 2202
RRC Setup Attempts: 8036
CA DL DataVolRatio Pct den: 8762
CA Conf FailRate Pct den: 6772
weekend: 0
UPTP Mbps Num: 20287
RSSIRX2 Avg: -97.01
CA Activation Rate: 7.03
hr: 3
MAC_UE_SC_Tput: 19755.5
Bearer Releases: 14442

hr: 3
qci1_setup_attempts: 257
Avg CQI: 9.73
UPTP Mbps Den: 2228
Setup_Fail_DEN: 7179
UL MAC Vol Scell Pct: 0.07
Peak UE: 77
DL Volume: 5391
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4916
UL Throughput: 1.23
CA Activation Rate den: 113955

Time: 12:58:09
holiday: 0
HO_att_InterFreq: 800
CA DL DataVolRatio Pct num: 5085

SIP DC%: 
UPTP_Mbps: 43.19
DLRLCLayerDataVolume MB: 1986.84
DRB UL Data Volume MB: 8860
PRB Util%: 15.95
RRC Setup Attempts: 5269
CA DL DataVolRatio Pct den: 9305
CA Conf FailRate Pct den: 4239
weekend: 0
UPTP Mbps Num: 27621
RSSIRX2 Avg: -98.39
hr: 9
MAC_UE_SC_Tput: 6571.17
Bearer Releases: 11638

hr: 9
UPTP Mbps Den: 936
Setup_Fail_DEN: 12898
SIP_SC_Total_MOU: 85.86
Peak UE: 29
VOLTE IA%: 
MB_per_connected_UE: 83.4
DL Volume: 4648
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7522
DL Data Vol MAC in MB: 324.3
CA Activation Rate den: 114797

Combined RACH Preambles: 2045
Time: 22:34:52
Date: 09-06-2023
holiday: 0
CA DL DataVolRatio Pct: 60.93
HO_att_InterFreq: 305
CA DL DataVolRatio Pct num: 6358
HO Attempts: 265

DL MAC Vol Scell Pct: 29.55
Avg_Connected_UEs: 83.02
SIP DC%: 
UPTP_Mbps: 27.7
RRC Setup Attempts: 6609
CA DL DataVolRatio Pct den: 6851
CA Conf FailRate Pct den: 6714
weekend: 0
RSSIRX2 Avg: -98.27
CA Activation Rate: 10.38
hr: 0
MAC_UE_SC_Tput: 10689.58

hr: 0
qci1_setup_attempts: 247
CA Activation Rate num: 8754263
UPTP Mbps Den: 5865
Setup_Fail_DEN: 17244
UL MAC Vol Scell Pct: 3.95
Peak UE: 27
MB_per_connected_UE: 190.68
DL Data Vol MAC in MB: 5480.46

Combined RACH Preambles: 4747
Time: 11:17:29
holiday: 0
HO Attempts: 192

DL MAC Vol Scell Pct: 26.34
Avg_Connected_UEs: 83.89
SIP DC%: 
UPTP_Mbps: 46.28
DLRLCLayerDataVolume MB: 7983.25
RRC Setup Attempts: 6783
CA Conf FailRate Pct den: 6874
weekend: 0
CA Activation Rate: 76.42
hr: 0
MAC_UE_SC_Tput: 4254.99
Bearer Releases: 17065

hr: 0
CA Activation Rate num: 9086872
UPTP Mbps Den: 1063
SIP_SC_Total_MOU: 157.15
Peak UE: 27
MB_per_connected_UE: 120.51
DL Volume: 8232
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6953
UL Throughput: 9.74
DL Data Vol MAC in MB: 8045.14
CA Activation Rate den: 88977

Combined RACH Preambles: 2420
Time: 19:01:55
holiday: 0
CA DL DataVolRatio Pct: 69.54
HO_att_InterFreq: 469
CA DL DataVolRatio Pct num: 5443

Avg_Connected_UEs: 39.71
SIP DC%: 
UPTP_Mbps: 131.25
DLRLCLayerDataVolume MB: 1365.94
DRB UL Data Volume MB: 3143
PRB Util%: 35.4
RRC Setup Attempts: 6808
CA Conf FailRate Pct den: 9108
weekend: 0
UPTP Mbps Num: 23959
CA Activation Rate: 75.25
hr: 23
MAC_UE_SC_Tput: 10892.01
Bearer Releases: 12051

hr: 23
CA Activation Rate num: 9855117
UPTP Mbps Den: 1296
Setup_Fail_DEN: 15046
Peak UE: 27
PCT Time MIMO: 42.67
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3617
DL Data Vol MAC in MB: 3270.05
CA Activation Rate den: 42727

Combined RACH Preambles: 2253
Time: 22:42:02
Date: 04-01-2023
holiday: 0
SIP_SC_Call_Attempts: 262
CA DL DataVolRatio Pct num: 4144

DL MAC Vol Scell Pct: 22.9
Avg_Connected_UEs: 56.06
SIP DC%: 
UPTP_Mbps: 45.59
DLRLCLayerDataVolume MB: 3537.73
DRB UL Data Volume MB: 5275
PRB Util%: 25.17
CA DL DataVolRatio Pct den: 10220
CA Conf FailRate Pct den: 4110
weekend: 0
UPTP Mbps Num: 4625
RSSIRX2 Avg: -94.57
CA Activation Rate: 17.9
hr: 19
Bearer Releases: 6926

hr: 19
Avg CQI: 7.71
UPTP Mbps Den: 2086
Setup_Fail_DEN: 14108
Peak UE: 75
MB_per_connected_UE: 116.21
PCT Time MIMO: 40.2
DL Volume: 880
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4233
DL Data Vol MAC in MB: 9289.94
CA Activation Rate den: 36589

Time: 17:31:49
holiday: 0
HO_att_InterFreq: 919
HO Attempts: 844

DL MAC Vol Scell Pct: 9.45
SIP DC%: 
UPTP_Mbps: 28.34
DLRLCLayerDataVolume MB: 6441.11
PRB Util%: 28.06
RRC Setup Attempts: 7458
CA DL DataVolRatio Pct den: 4294
weekend: 0
UPTP Mbps Num: 1117
RSSIRX2 Avg: -94.7
S1U_SIP_SC_SEER_num: 217
hr: 4
MAC_UE_SC_Tput: 14229.3
Bearer Releases: 17516

hr: 4
CA Activation Rate num: 9657069
UPTP Mbps Den: 2660
Setup_Fail_DEN: 8075
Peak UE: 62
MB_per_connected_UE: 48.4
DL Volume: 581
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6203
UL Throughput: 1.56
DL Data Vol MAC in MB: 9450.17
CA Activation Rate den: 54109
Combined RACH Preambles: 2007

Time: 03:08:42
Date: 09-09-2022
holiday: 0
CA DL DataVolRatio Pct: 64.72

DL MAC Vol Scell Pct: 10.24
Avg_Connected_UEs: 48.21
SIP DC%: 
UPTP_Mbps: 35.48
DRB UL Data Volume MB: 7473
Avg_PUCCH_SINR: 16.92
PRB Util%: 23.47
CA DL DataVolRatio Pct den: 5266
CA Conf FailRate Pct den: 3103
weekend: 1
UPTP Mbps Num: 35814
CA Activation Rate: 30.83
hr: 6
MAC_UE_SC_Tput: 5198.22
Bearer Releases: 7148

hr: 6
CA Activation Rate num: 121552
Setup_Fail_DEN: 11322
SIP_SC_Total_MOU: 232.93
S1U_SIP_SC_SEER_den: 97
Peak UE: 27
MB_per_connected_UE: 57.61
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6119
DL Data Vol MAC in MB: 7356.11

Time: 18:57:19
holiday: 0
CA DL DataVolRatio Pct: 91.29
HO Attempts: 55

DL MAC Vol Scell Pct: 20.21
SIP DC%: 
UPTP_Mbps: 10.29
DLRLCLayerDataVolume MB: 9526.76
DRB UL Data Volume MB: 6307
PRB Util%: 43.37
weekend: 0
UPTP Mbps Num: 11369
CA Activation Rate: 64.39
hr: 12
MAC_UE_SC_Tput: 7582.71
Bearer Releases: 14193

hr: 12
CA Activation Rate num: 5068000
UPTP Mbps Den: 1134
Setup_Fail_DEN: 13450
SIP_SC_Total_MOU: 319.8
RSSI Delta: 0.33
Peak UE: 69
MB_per_connected_UE: 113.9
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5472
UL Throughput: 5.7
DL Data Vol MAC in MB: 9470.18
CA Activation Rate den: 98474

Combined RACH Preambles: 2427
Time: 15:54:39
holiday: 0
CA DL DataVolRatio Pct: 73.26
SIP_SC_Call_Attempts: 217
HO_att_InterFreq: 851
CA DL DataVolRatio Pct num: 714
HO Attempts: 922

DL MAC Vol Scell Pct: 16.82
SIP DC%: 
UPTP_Mbps: 42.99
DRB UL Data Volume MB: 9243
PRB Util%: 20.98
weekend: 1
S1U_SIP_SC_SEER_num: 83
hr: 10
Bearer Releases: 14052

hr: 10
CA Activation Rate num: 9784099
UPTP Mbps Den: 1439
Setup_Fail_DEN: 12425
VOLTE IA%: 
MB_per_connected_UE: 119.01
DL Volume: 279
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7486
DL Data Vol MAC in MB: 7905.74
CA Activation Rate den: 36823

Time: 23:41:27
Date: 05-01-2023
holiday: 0
CA DL DataVolRatio Pct: 80.92

Avg_Connected_UEs: 59.21
SIP DC%: 
UPTP_Mbps: 22.88
DLRLCLayerDataVolume MB: 7988.82
RRC Setup Attempts: 7464
CA DL DataVolRatio Pct den: 3750
weekend: 1
UPTP Mbps Num: 32084
CA Activation Rate: 41.28
hr: 23
MAC_UE_SC_Tput: 4718.43

hr: 23
CA Activation Rate num: 8953146
UPTP Mbps Den: 435
Setup_Fail_DEN: 14700
SIP_SC_Total_MOU: 116.53
Peak UE: 27
MB_per_connected_UE: 162.42
DL Data Vol MAC in MB: 865.39
CA Activation Rate den: 65255

Combined RACH Preambles: 2890
Time: 01:33:02
Date: 17-10-2023
holiday: 0
CA DL DataVolRatio Pct: 60.88
HO_att_InterFreq: 622
CA DL DataVolRatio Pct num: 848

Avg_Connected_UEs: 58.74
SIP DC%: 
UPTP_Mbps: 83.02
DRB UL Data Volume MB: 7463
RRC Setup Attempts: 3792
RSSIRX1 Avg: -97.25
weekend: 0
UPTP Mbps Num: 3969
hr: 23
MAC_UE_SC_Tput: 4592.67
Bearer Releases: 7059

hr: 23
CA Activation Rate num: 5453663
UPTP Mbps Den: 1813
Setup_Fail_DEN: 12994
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 152.94
PCT Time MIMO: 40.68
DL Volume: 9690
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5126
DL Data Vol MAC in MB: 4557.13
CA Activation Rate den: 54265
Combined RACH Preambles: 1993

Time: 13:22:55
Date: 07-08-2023
holiday: 0
CA DL DataVolRatio Pct: 57.29
CA DL DataVolRatio Pct num: 5259
HO Attempts: 104

DL MAC Vol Scell Pct: 20.22
Avg_Connected_UEs: 57.71
SIP DC%: 
DLRLCLayerDataVolume MB: 5070.38
DRB UL Data Volume MB: 673
UL Resid BLER PCT: 1.56
RRC Setup Attempts: 5683
weekend: 0
CA Activation Rate: 59.57
hr: 23
MAC_UE_SC_Tput: 7332.92
Bearer Releases: 11349

hr: 23
HO_fail_PCT_InterFreq: 0.21
CA Activation Rate num: 4186304
UPTP Mbps Den: 2717
SIP_SC_Total_MOU: 125.28
Peak UE: 27
MB_per_connected_UE: 21.71
DL Volume: 842
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7152
UL Throughput: 15.48
CA Activation Rate den: 39767

Time: 22:07:04
Date: 10-01-2022
holiday: 0
CA DL DataVolRatio Pct: 75.91
CA DL DataVolRatio Pct num: 5758
HO Attempts: 276

DL MAC Vol Scell Pct: 6.91
Avg_Connected_UEs: 65.08
SIP DC%: 
UPTP_Mbps: 46.84
PRB Util%: 41.24
RRC Setup Attempts: 4803
CA Conf FailRate Pct den: 8851
weekend: 0
RSSIRX2 Avg: -96.72
hr: 0
MAC_UE_SC_Tput: 4278.32
Bearer Releases: 7653

hr: 0
CA Activation Rate num: 2723162
UPTP Mbps Den: 583
Setup_Fail_DEN: 10933
SIP_SC_Total_MOU: 13.18
Peak UE: 37
MB_per_connected_UE: 162.32
PCT Time MIMO: 48.35
DL Volume: 1233
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4397
DL Data Vol MAC in MB: 2604.64
CA Activation Rate den: 128950

Combined RACH Preambles: 2214
Time: 18:40:19
Date: 11-04-2023
holiday: 0
CA DL DataVolRatio Pct: 81.67
HO_att_InterFreq: 736
CA DL DataVolRatio Pct num: 109

DL MAC Vol Scell Pct: 22.25
Avg_Connected_UEs: 47.91
SIP DC%: 
UPTP_Mbps: 104.28
DRB UL Data Volume MB: 5486
PRB Util%: 19.35
CA DL DataVolRatio Pct den: 9793
CA Conf FailRate Pct den: 3870
weekend: 0
CA Activation Rate: 22.79
hr: 11
MAC_UE_SC_Tput: 8938.59
Bearer Releases: 6490

hr: 11
Avg CQI: 10.66
CA Activation Rate num: 4900040
UPTP Mbps Den: 2735
Setup_Fail_DEN: 12165
S1U_SIP_SC_SEER_den: 268
Peak UE: 30
MB_per_connected_UE: 99.4
DL Volume: 1795
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5357
CA Activation Rate den: 59601

Time: 20:45:58
Date: 10-11-2022
holiday: 0
CA DL DataVolRatio Pct: 80.01
CA DL DataVolRatio Pct num: 3390
HO Attempts: 61

Avg_Connected_UEs: 72.71
SIP DC%: 
UPTP_Mbps: 28.01
DRB UL Data Volume MB: 9710
Avg_PUCCH_SINR: 17.6
RRC Setup Attempts: 5065
weekend: 0
UPTP Mbps Num: 29533
RSSIRX2 Avg: -97.09
hr: 4
MAC_UE_SC_Tput: 6382.74
Bearer Releases: 12272

hr: 4
CA Activation Rate num: 9851691
MB_per_connected_UE: 52.2
PCT Time MIMO: 40.37
DL Volume: 7989
QCI 1 Bearer Releases: 43
DL Data Vol MAC in MB: 7474.78
CA Activation Rate den: 112947

Time: 14:36:48
Date: 01-11-2023
holiday: 0
CA DL DataVolRatio Pct: 67.03
RRC Setup Failure% 5G: 0.09
HO_att_InterFreq: 547

Avg_Connected_UEs: 68.01
SIP DC%: 
UPTP_Mbps: 42.09
DLRLCLayerDataVolume MB: 1869.56
DRB UL Data Volume MB: 8500
RRC Setup Attempts: 5204
weekend: 0
CA Activation Rate: 25.3
hr: 22
MAC_UE_SC_Tput: 7638.45
Bearer Releases: 9553

hr: 22
CA Activation Rate num: 9970981
Setup_Fail_DEN: 13953
SIP_SC_Total_MOU: 213.77
Peak UE: 30
MB_per_connected_UE: 27.48
PCT Time MIMO: 32.45
DL Volume: 2130
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8429
UL Throughput: 4.9
Time: 07:07:38
Date: 23-01-2022

holiday: 0
CA DL DataVolRatio Pct num: 5201

SIP DC%: 
UPTP_Mbps: 42.69
DLRLCLayerDataVolume MB: 7656.54
RRC Setup Attempts: 5446
RSSIRX1 Avg: -94.99
weekend: 1
UPTP Mbps Num: 27722
Bearer Setup Failure Voice Den: 158
RSSIRX2 Avg: -97.78
CA Activation Rate: 39.6
hr: 19
MAC_UE_SC_Tput: 11642.24
Bearer Releases: 6694

hr: 19
CA Activation Rate num: 3526778
UPTP Mbps Den: 2011
Setup_Fail_DEN: 10896
SIP_SC_Total_MOU: 4.95
UL MAC Vol Scell Pct: 0.61
S1U_SIP_SC_SEER_den: 112
Peak UE: 27
MB_per_connected_UE: 51.59
DL Volume: 9261
DL Data Vol MAC in MB: 5006.45
CA Activation Rate den: 143932

Combined RACH Preambles: 2285
Time: 00:53:02
holiday: 0
SIP_SC_Call_Attempts: 225
HO_att_InterFreq: 832
CA DL DataVolRatio Pct num: 3324

Avg_Connected_UEs: 34.72
SIP DC%: 
UPTP_Mbps: 43.72
DLRLCLayerDataVolume MB: 978.28
DRB UL Data Volume MB: 3203
PRB Util%: 28.87
RRC Setup Attempts: 5190
CA DL DataVolRatio Pct den: 7504
CA Conf FailRate Pct den: 8268
weekend: 0
UPTP Mbps Num: 43677
S1U_SIP_SC_SEER_num: 124
CA Activation Rate: 32.74
hr: 8
MAC_UE_SC_Tput: 4480.58
Bearer Releases: 13669

hr: 8
CA Activation Rate num: 188850
UPTP Mbps Den: 2590
Setup_Fail_DEN: 11070
SIP_SC_Total_MOU: 96.74
UL MAC Vol Scell Pct: 3.42
Peak UE: 27
MB_per_connected_UE: 116
DL Volume: 7756
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5252
DL Data Vol MAC in MB: 997.28
CA Activation Rate den: 80059

Combined RACH Preambles: 2583
Time: 21:09:56
Date: 28-04-2022
holiday: 0
CA DL DataVolRatio Pct num: 2580

DL MAC Vol Scell Pct: 39.57
Avg_Connected_UEs: 54.99
SIP DC%: 
UPTP_Mbps: 19.72
DRB UL Data Volume MB: 9890
RRC Setup Attempts: 8977
weekend: 0
UPTP Mbps Num: 43675
Setup_Fail_NUM: 10
RSSIRX2 Avg: -95.04
CA Activation Rate: 23.62
hr: 0
MAC_UE_SC_Tput: 6261.77
Bearer Releases: 7737

hr: 0
CA Activation Rate num: 5645886
UPTP Mbps Den: 2965
Setup_Fail_DEN: 11318
SIP_SC_Total_MOU: 97.49
Peak UE: 92
MB_per_connected_UE: 30.78
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4451
UL Throughput: 7.88
CA Activation Rate den: 78037

Time: 08:24:47
Date: 02-08-2023
holiday: 0
CA DL DataVolRatio Pct: 66.74
HO_att_InterFreq: 659
CA DL DataVolRatio Pct num: 5761

DL MAC Vol Scell Pct: 11.32
Avg_Connected_UEs: 67.15
SIP DC%: 
UPTP_Mbps: 46.1
PRB Util%: 12.42
RRC Setup Attempts: 5792
CA Conf FailRate Pct den: 5645
RSSIRX1 Avg: -95.44
weekend: 0
UPTP Mbps Num: 59776
RSSIRX2 Avg: -96.76
hr: 13
MAC_UE_SC_Tput: 11430.22

hr: 13
Avg CQI: 7.11
CA Activation Rate num: 4597345
UPTP Mbps Den: 896
Setup_Fail_DEN: 12497
SIP_SC_Total_MOU: 198.69
Peak UE: 34
MB_per_connected_UE: 86.96
DL Volume: 5728
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3782
CA Activation Rate den: 46692

Time: 11:44:44
holiday: 0
CA DL DataVolRatio Pct: 61.29
HO_att_InterFreq: 379
CA DL DataVolRatio Pct num: 2445
HO Attempts: 879

DL MAC Vol Scell Pct: 30.47
Avg_Connected_UEs: 26.83
SIP DC%: 
UPTP_Mbps: 79.27
DLRLCLayerDataVolume MB: 6697.14
DRB UL Data Volume MB: 7892
CA DL DataVolRatio Pct den: 5574
CA Conf FailRate Pct den: 6481
weekend: 0
UPTP Mbps Num: 20880
Bearer Setup Failure Voice Den: 88
RSSIRX2 Avg: -97.34
hr: 16
MAC_UE_SC_Tput: 9094.23
Bearer Releases: 9181

hr: 16
UPTP Mbps Den: 1818
Setup_Fail_DEN: 8085
SIP_SC_Total_MOU: 127.01
Peak UE: 27
DL Volume: 8063
CA Activation Rate den: 44940

Time: 22:33:15
Date: 07-03-2022
holiday: 0
CA DL DataVolRatio Pct: 65.46
HO Attempts: 283

Avg_Connected_UEs: 37.02
SIP DC%: 
DRB UL Data Volume MB: 2182
CA DL DataVolRatio Pct den: 7857
CA Conf FailRate Pct den: 3542
weekend: 0
hr: 0
MAC_UE_SC_Tput: 15851.46
Bearer Releases: 17884

hr: 0
CA Activation Rate num: 7213901
UPTP Mbps Den: 4306
Setup_Fail_DEN: 10429
Peak UE: 28
MB_per_connected_UE: 186.03
DL Volume: 3065
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7602
UL Throughput: 2.28
DL Data Vol MAC in MB: 4906.07
CA Activation Rate den: 48012

Time: 23:28:44
Date: 17-02-2022
holiday: 0
CA DL DataVolRatio Pct num: 2849

SIP DC%: 
UPTP_Mbps: 42.63
DLRLCLayerDataVolume MB: 6245.64
DRB UL Data Volume MB: 8214
PRB Util%: 31.27
RRC Setup Attempts: 4140
CA DL DataVolRatio Pct den: 7332
CA Conf FailRate Pct den: 5053
weekend: 0
UPTP Mbps Num: 942
S1U_SIP_SC_SEER_num: 111
CA Activation Rate: 50.78
hr: 8
MAC_UE_SC_Tput: 16888.33
Bearer Releases: 7741

hr: 8
CA Activation Rate num: 10235135
UPTP Mbps Den: 2567
Peak UE: 34
MB_per_connected_UE: 40.54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6269
DL Data Vol MAC in MB: 2318.87
CA Activation Rate den: 41343

Combined RACH Preambles: 2671
Time: 02:04:21
holiday: 0
CA DL DataVolRatio Pct: 76.32

DL MAC Vol Scell Pct: 10.32
Avg_Connected_UEs: 21.02
SIP DC%: 
UPTP_Mbps: 31.33
DLRLCLayerDataVolume MB: 9474.07
DRB UL Data Volume MB: 6888
PRB Util%: 36.93
RRC Setup Attempts: 4511
CA DL DataVolRatio Pct den: 6489
CA Conf FailRate Pct den: 5080
weekend: 1
UPTP Mbps Num: 51133
RSSIRX2 Avg: -97.28
CA Activation Rate: 72.99
hr: 0
MAC_UE_SC_Tput: 10639.89
Bearer Releases: 8619

hr: 0
qci1_setup_attempts: 215
CA Activation Rate num: 10718484
UPTP Mbps Den: 1959
Peak UE: 27
DL Volume: 6744
QCI 1 Bearer Releases: 173
UL Throughput: 1.77
DL Data Vol MAC in MB: 4576.44
CA Activation Rate den: 43255

Time: 06:37:26
holiday: 0
CA DL DataVolRatio Pct: 61.03
SIP_SC_Call_Attempts: 207
CA DL DataVolRatio Pct num: 3149

DL MAC Vol Scell Pct: 37.19
Avg_Connected_UEs: 84.26
SIP DC%: 
UPTP_Mbps: 113.16
PRB Util%: 26.94
RRC Setup Attempts: 7571
CA Conf FailRate Pct den: 5400
weekend: 0
RSSIRX2 Avg: -95.85
CA Activation Rate: 37.35
hr: 8
MAC_UE_SC_Tput: 5098.1
Bearer Releases: 6367

hr: 8
CA Activation Rate num: 11713961
Peak UE: 27
MB_per_connected_UE: 45.15
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7228
QCI 1 Bearer Releases: 126
DL Data Vol MAC in MB: 9166.5

Time: 07:03:21
Date: 30-10-2023
holiday: 0
CA DL DataVolRatio Pct: 65.61
HO_att_InterFreq: 216

Avg_Connected_UEs: 39.36
SIP DC%: 
DLRLCLayerDataVolume MB: 454.76
DRB UL Data Volume MB: 7846
Avg_PUCCH_SINR: 15.99
PRB Util%: 12.85
RRC Setup Attempts: 5207
CA DL DataVolRatio Pct den: 6896
CA Conf FailRate Pct den: 7042
weekend: 0
UPTP Mbps Num: 37598
Bearer Setup Failure Voice Den: 192
CA Activation Rate: 3.15
hr: 23
MAC_UE_SC_Tput: 16316.6

hr: 23
CA Activation Rate num: 10979358
UPTP Mbps Den: 1288
Setup_Fail_DEN: 7012
SIP_SC_Total_MOU: 54.57
Peak UE: 27
MB_per_connected_UE: 18.23
PCT Time MIMO: 34.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3491
DL Data Vol MAC in MB: 1032.04
CA Activation Rate den: 102024

Time: 03:24:24
Date: 06-03-2023
holiday: 0
HO_att_InterFreq: 778

Avg_Connected_UEs: 60.95
SIP DC%: 
UPTP_Mbps: 17.82
DLRLCLayerDataVolume MB: 1078.96
PRB Util%: 25.57
CA DL DataVolRatio Pct den: 9747
CA Conf FailRate Pct den: 4257
weekend: 0
CA Activation Rate: 37.05
hr: 23
MAC_UE_SC_Tput: 4936.02

hr: 23
CA Activation Rate num: 8988445
UPTP Mbps Den: 2467
SIP_SC_Total_MOU: 80.71
Peak UE: 33
PCT Time MIMO: 36.04
DL Volume: 3621
DL Data Vol MAC in MB: 949.08
CA Activation Rate den: 83829

Time: 16:44:13
holiday: 0
Bearer Releases Voice: 167
HO_att_InterFreq: 713

Avg_Connected_UEs: 53.06
SIP DC%: 
DLRLCLayerDataVolume MB: 5268.04
DRB UL Data Volume MB: 9360
RRC Setup Attempts: 4593
CA DL DataVolRatio Pct den: 8338
weekend: 0
UPTP Mbps Num: 23952
CA Activation Rate: 71.83
hr: 17
MAC_UE_SC_Tput: 11316.4
Bearer Releases: 6319

hr: 17
CA Activation Rate num: 980808
UPTP Mbps Den: 689
Setup_Fail_DEN: 12927
Peak UE: 27
MB_per_connected_UE: 111.53
PCT Time MIMO: 34.67
DL Volume: 9116
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8434
UL Throughput: 3.38
CA Activation Rate den: 100343

Time: 08:36:43
holiday: 0
HO_att_InterFreq: 984
CA DL DataVolRatio Pct num: 4388

SIP DC%: 
DLRLCLayerDataVolume MB: 9236.27
DRB UL Data Volume MB: 1704
PRB Util%: 32.75
weekend: 0
UPTP Mbps Num: 16747
hr: 22
MAC_UE_SC_Tput: 10378.5
Bearer Releases: 17107

hr: 22
CA Activation Rate num: 10835411
UPTP Mbps Den: 246
Peak UE: 40
MB_per_connected_UE: 52.88
DL Volume: 1783
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6183
DL Data Vol MAC in MB: 8312.12
CA Activation Rate den: 100876

Combined RACH Preambles: 2231
Time: 02:30:27
holiday: 0
CA DL DataVolRatio Pct: 59.81
HO_att_InterFreq: 229

DL MAC Vol Scell Pct: 5
Avg_Connected_UEs: 65.57
SIP DC%: 
DRB UL Data Volume MB: 6806
PRB Util%: 10.83
RRC Setup Attempts: 7798
CA DL DataVolRatio Pct den: 2372
RSSIRX1 Avg: -96.43
weekend: 0
UPTP Mbps Num: 50937
Bearer Setup Failure Voice Den: 155
CA Activation Rate: 61.84
hr: 11
MAC_UE_SC_Tput: 18687.42
Bearer Releases: 13911

hr: 11
CA Activation Rate num: 1780235
UPTP Mbps Den: 1146
Setup_Fail_DEN: 13745
SIP_SC_Total_MOU: 112.33
UL MAC Vol Scell Pct: 2.08
Peak UE: 57
MB_per_connected_UE: 185.79
DL Volume: 8019
UL Throughput: 5.49
CA Activation Rate den: 125028

Time: 03:38:52
holiday: 0

DL MAC Vol Scell Pct: 4.06
SIP DC%: 
UPTP_Mbps: 36.82
DLRLCLayerDataVolume MB: 3155.15
DRB UL Data Volume MB: 5513
RRC Setup Attempts: 5985
weekend: 0
CA Activation Rate: 68.97
hr: 4
MAC_UE_SC_Tput: 5409.32

hr: 4
CA Activation Rate num: 5425179
Setup_Fail_DEN: 17656
Peak UE: 27
MB_per_connected_UE: 55.75
UL Throughput: 2.96
DL Data Vol MAC in MB: 5565.6
CA Activation Rate den: 132546

Time: 15:06:05
Date: 27-08-2022
holiday: 0
CA DL DataVolRatio Pct: 45.49
CA DL DataVolRatio Pct num: 3230

SIP DC%: 
UPTP_Mbps: 128.52
DLRLCLayerDataVolume MB: 584.74
DRB UL Data Volume MB: 6830
PRB Util%: 38.43
RRC Setup Attempts: 3345
CA DL DataVolRatio Pct den: 2904
CA Conf FailRate Pct den: 5032
weekend: 1
Bearer Setup Failure Voice Den: 98
CA Activation Rate: 46.97
hr: 4
MAC_UE_SC_Tput: 9344.5
Bearer Releases: 6703

hr: 4
CA Activation Rate num: 9155639
UPTP Mbps Den: 2691
Setup_Fail_DEN: 9490
SIP_SC_Total_MOU: 236.64
Peak UE: 29
MB_per_connected_UE: 12.5
DL Volume: 5794
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5024
QCI 1 Bearer Releases: 70
UL Throughput: 4.46
DL Data Vol MAC in MB: 4104.33
CA Activation Rate den: 43430
Combined RACH Preambles: 2781

Time: 10:22:54
Date: 08-07-2022
holiday: 0
SIP_SC_Call_Attempts: 204
HO_att_InterFreq: 912
CA DL DataVolRatio Pct num: 2235

SIP DC%: 
UPTP_Mbps: 45.99
DLRLCLayerDataVolume MB: 1329.96
DRB UL Data Volume MB: 2923
CA DL DataVolRatio Pct den: 9915
weekend: 0
Bearer Setup Failure Voice Den: 220
RSSIRX2 Avg: -96.91
CA Activation Rate: 53.54
hr: 0
MAC_UE_SC_Tput: 8182.8
Bearer Releases: 12918

hr: 0
Avg CQI: 7.77
CA Activation Rate num: 3713336
UPTP Mbps Den: 935
Setup_Fail_DEN: 13822
SIP_SC_Total_MOU: 40.06
S1U_SIP_SC_SEER_den: 23
Peak UE: 31
MB_per_connected_UE: 113.97
PCT Time MIMO: 32.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4918
CA Activation Rate den: 53380

Time: 07:28:52
Date: 02-09-2023
holiday: 0
SIP_SC_Call_Attempts: 135
Bearer Releases Voice: 83

DL MAC Vol Scell Pct: 34.38
SIP DC%: 
UPTP_Mbps: 37.14
DLRLCLayerDataVolume MB: 7871.94
DRB UL Data Volume MB: 1528
PRB Util%: 72.39
CA DL DataVolRatio Pct den: 2446
CA Conf FailRate Pct den: 6767
weekend: 0
CA Activation Rate: 17.22
hr: 17
MAC_UE_SC_Tput: 5569.26

hr: 17
CA Activation Rate num: 9844185
UPTP Mbps Den: 2559
Setup_Fail_DEN: 15156
SIP_SC_Total_MOU: 165.03
Peak UE: 27
MB_per_connected_UE: 91.85
PCT Time MIMO: 40.67
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3088
DL Data Vol MAC in MB: 6828.51

Time: 01:14:31
Date: 05-08-2023
holiday: 0
CA DL DataVolRatio Pct: 75.38
HO_att_InterFreq: 467
CA DL DataVolRatio Pct num: 2990

DL MAC Vol Scell Pct: 14.86
Avg_Connected_UEs: 43.19
SIP DC%: 
DLRLCLayerDataVolume MB: 9186.48
DRB UL Data Volume MB: 373
PRB Util%: 25.03
UL Resid BLER PCT: 0.59
RRC Setup Attempts: 4530
CA Conf FailRate Pct den: 9020
weekend: 0
Bearer Setup Failure Voice Den: 68
CA Activation Rate: 11.01
hr: 5
MAC_UE_SC_Tput: 5414.86
Bearer Releases: 8095

hr: 5
CA Activation Rate num: 7692394
Setup_Fail_DEN: 6816
SIP_SC_Total_MOU: 17.06
Peak UE: 27
MB_per_connected_UE: 124.25
DL Volume: 8054
DL Data Vol MAC in MB: 4356.28
CA Activation Rate den: 126328

Combined RACH Preambles: 3110
Time: 19:10:36
Date: 15-01-2023
holiday: 0
CA DL DataVolRatio Pct: 77.54

DL MAC Vol Scell Pct: 35.51
SIP DC%: 
UPTP_Mbps: 23.67
DLRLCLayerDataVolume MB: 8418.98
DRB UL Data Volume MB: 9103
PRB Util%: 36.48
CA DL DataVolRatio Pct den: 3171
weekend: 0
UPTP Mbps Num: 2677
CA Activation Rate: 54.56
hr: 23
MAC_UE_SC_Tput: 19984.43
Bearer Releases: 14043

hr: 23
qci1_setup_attempts: 29
CA Activation Rate num: 1645978
Setup_Fail_DEN: 8982
SIP_SC_Total_MOU: 221.79
PCT Time MIMO: 37.79
DL Volume: 4888
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8732
UL Throughput: 5.78
DL Data Vol MAC in MB: 6091.52
CA Activation Rate den: 161827

Time: 07:20:37
Date: 04-02-2022
holiday: 0
CA DL DataVolRatio Pct: 88.05
SIP_SC_Call_Attempts: 77
CA DL DataVolRatio Pct num: 3158

DL MAC Vol Scell Pct: 8.13
Avg_Connected_UEs: 61.17
SIP DC%: 
UPTP_Mbps: 115.02
DLRLCLayerDataVolume MB: 8095.4
DRB UL Data Volume MB: 3195
Avg_PUCCH_SINR: 16.3
CA Conf FailRate Pct den: 7197
RSSIRX1 Avg: -95.63
weekend: 0
RSSIRX2 Avg: -96.23
CA Activation Rate: 5.05
hr: 7
MAC_UE_SC_Tput: 5062.58
Bearer Releases: 8062

hr: 7
CA Activation Rate num: 2988565
UPTP Mbps Den: 44
Setup_Fail_DEN: 13878
SIP_SC_Total_MOU: 142.5
Peak UE: 72
MB_per_connected_UE: 95.03
DL Volume: 3105
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4176
QCI 1 Bearer Releases: 72
CA Activation Rate den: 99429

Time: 06:08:01
holiday: 0
CA DL DataVolRatio Pct num: 3783
HO Attempts: 569

DL MAC Vol Scell Pct: 43.56
Avg_Connected_UEs: 70.39
SIP DC%: 
UPTP_Mbps: 17.18
DLRLCLayerDataVolume MB: 7110.74
CA DL DataVolRatio Pct den: 8042
CA Conf FailRate Pct den: 6263
weekend: 0
RSSIRX2 Avg: -97.56
CA Activation Rate: 3.38
hr: 21
MAC_UE_SC_Tput: 10808.16
Bearer Releases: 7939

hr: 21
UPTP Mbps Den: 460
Setup_Fail_DEN: 12356
SIP_SC_Total_MOU: 232.22
Peak UE: 27
MB_per_connected_UE: 10.02
DL Volume: 941
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4059
DL Data Vol MAC in MB: 9406.62
CA Activation Rate den: 74428

Combined RACH Preambles: 3253
Time: 17:58:56
Date: 28-02-2023
holiday: 0
HO_att_InterFreq: 617

DL MAC Vol Scell Pct: 9.39
SIP DC%: 
UPTP_Mbps: 41.55
DLRLCLayerDataVolume MB: 5832.15
DRB UL Data Volume MB: 8738
Avg_PUCCH_SINR: 16.96
PRB Util%: 5.98
RRC Setup Attempts: 5235
CA Conf FailRate Pct den: 5649
RSSIRX1 Avg: -96.07
weekend: 0
RSSIRX2 Avg: -98.21
CA Activation Rate: 17.91
hr: 7
Bearer Releases: 10302

hr: 7
Avg CQI: 7.27
CA Activation Rate num: 1262495
UPTP Mbps Den: 2339
Setup_Fail_DEN: 14104
SIP_SC_Total_MOU: 70.91
Peak UE: 27
MB_per_connected_UE: 176.17
PCT Time MIMO: 50.97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3337
DL Data Vol MAC in MB: 390.96

Combined RACH Preambles: 2975
Time: 13:11:02
Date: 05-12-2022
holiday: 0
CA DL DataVolRatio Pct: 92.55
Bearer Releases Voice: 12
HO Attempts: 719

DL MAC Vol Scell Pct: 52
Avg_Connected_UEs: 79.88
SIP DC%: 
UPTP_Mbps: 27.15
DLRLCLayerDataVolume MB: 9733.99
PRB Util%: 24.83
RRC Setup Attempts: 7899
CA DL DataVolRatio Pct den: 8527
RSSIRX1 Avg: -97.13
weekend: 0
UPTP Mbps Num: 56503
CA Activation Rate: 34.81
hr: 0
MAC_UE_SC_Tput: 8949.87
Bearer Releases: 12967

hr: 0
CA Activation Rate num: 7859711
UPTP Mbps Den: 1729
SIP_SC_Total_MOU: 188.95
Peak UE: 27
MB_per_connected_UE: 105.32
DL Volume: 9155
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6803
DL Data Vol MAC in MB: 4268.21

Time: 23:05:18
holiday: 0
CA DL DataVolRatio Pct: 58.79
Bearer Releases Voice: 140
CA DL DataVolRatio Pct num: 5374
HO Attempts: 15

DL MAC Vol Scell Pct: 30.57
Avg_Connected_UEs: 54.92
SIP DC%: 
Avg_PUCCH_SINR: 16.37
RRC Setup Attempts: 3784
CA Conf FailRate Pct den: 7347
weekend: 0
CA Activation Rate: 5.41
hr: 0
MAC_UE_SC_Tput: 4500.68
Bearer Releases: 10233

hr: 0
CA Activation Rate num: 5962797
UPTP Mbps Den: 2816
SIP_SC_Total_MOU: 89.86
Peak UE: 49
VOLTE IA%: 
MB_per_connected_UE: 30.32
PCT Time MIMO: 33.6
DL Volume: 2444
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4103

Time: 20:04:09
holiday: 0
CA DL DataVolRatio Pct: 40.11
RRC Setup Failure% 5G: 0.25
SIP_SC_Call_Attempts: 104
Bearer Releases Voice: 92
HO_att_InterFreq: 760
HO Attempts: 418

Avg_Connected_UEs: 23.05
SIP DC%: 
UPTP_Mbps: 35.54
DLRLCLayerDataVolume MB: 437.86
DRB UL Data Volume MB: 9745
CA Conf FailRate Pct den: 7162
RSSIRX1 Avg: -97.94
weekend: 0
UPTP Mbps Num: 16114
CA Activation Rate: 62.53
hr: 23
MAC_UE_SC_Tput: 13003.39
Bearer Releases: 8244

hr: 23
CA Activation Rate num: 10379359
UPTP Mbps Den: 1338
SIP_SC_Total_MOU: 250.16
Peak UE: 33
PCT Time MIMO: 61.39
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9065
DL Data Vol MAC in MB: 3303.33

Time: 07:30:25
holiday: 0
HO Attempts: 656

Avg_Connected_UEs: 58.67
SIP DC%: 
RRC Setup Attempts: 6672
CA Conf FailRate Pct den: 3916
weekend: 0
UPTP Mbps Num: 53513
CA Activation Rate: 45.54
hr: 23
MAC_UE_SC_Tput: 7076.57

hr: 23
qci1_setup_attempts: 210
CA Activation Rate num: 10535793
UPTP Mbps Den: 3635
Setup_Fail_DEN: 18324
SIP_SC_Total_MOU: 88.76
Peak UE: 42
VOLTE IA%: 
MB_per_connected_UE: 149.64
PCT Time MIMO: 42.65
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3379
DL Data Vol MAC in MB: 8523.03

Combined RACH Preambles: 4581
Time: 18:59:12
Date: 04-10-2022
holiday: 0
HO_att_InterFreq: 564
CA DL DataVolRatio Pct num: 5514
HO Attempts: 516

Avg_Connected_UEs: 77.26
SIP DC%: 
UPTP_Mbps: 37.73
DLRLCLayerDataVolume MB: 7762.7
DRB UL Data Volume MB: 9044
PRB Util%: 46.35
CA DL DataVolRatio Pct den: 9536
RSSIRX1 Avg: -94.26
weekend: 0
CA Activation Rate: 48.91
hr: 7
MAC_UE_SC_Tput: 11128.85

hr: 7
CA Activation Rate num: 493770
UPTP Mbps Den: 1662
Setup_Fail_DEN: 15502
Peak UE: 55
MB_per_connected_UE: 187.2
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5075
DL Data Vol MAC in MB: 2866.22
CA Activation Rate den: 128026
Combined RACH Preambles: 3319

Time: 12:13:41
Date: 17-08-2022
holiday: 0
CA DL DataVolRatio Pct: 88.09
HO Attempts: 725

Avg_Connected_UEs: 75.89
SIP DC%: 
UPTP_Mbps: 31.64
DRB UL Data Volume MB: 7265
PRB Util%: 40.85
CA DL DataVolRatio Pct den: 7988
CA Conf FailRate Pct den: 6884
RSSIRX1 Avg: -93.63
weekend: 1
UPTP Mbps Num: 23157
RSSIRX2 Avg: -95.35
CA Activation Rate: 62.2
hr: 6
MAC_UE_SC_Tput: 4402.43
Bearer Releases: 15675

hr: 6
CA Activation Rate num: 10223662
UPTP Mbps Den: 2150
Setup_Fail_DEN: 6829
SIP_SC_Total_MOU: 219.09
Peak UE: 56
MB_per_connected_UE: 51.15
DL Data Vol MAC in MB: 8686.72
CA Activation Rate den: 108740

Time: 14:35:00
Date: 02-03-2022
holiday: 0
CA DL DataVolRatio Pct: 44.89
CA DL DataVolRatio Pct num: 840

DL MAC Vol Scell Pct: 32.9
Avg_Connected_UEs: 45.68
SIP DC%: 
UPTP_Mbps: 11.82
DRB UL Data Volume MB: 4035
RRC Setup Attempts: 5066
CA DL DataVolRatio Pct den: 9652
CA Conf FailRate Pct den: 5284
RSSIRX1 Avg: -94.74
weekend: 0
UPTP Mbps Num: 33345
CA Activation Rate: 18.14
hr: 2
MAC_UE_SC_Tput: 14918.69

hr: 2
SIP_SC_Total_MOU: 28.45
Peak UE: 50
MB_per_connected_UE: 92.55
PCT Time MIMO: 39.25
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6876
UL Throughput: 1.18
DL Data Vol MAC in MB: 2845.63
CA Activation Rate den: 52174

Time: 21:41:10
Date: 17-11-2023
holiday: 0

DL MAC Vol Scell Pct: 53.3
Avg_Connected_UEs: 76.29
SIP DC%: 
UPTP_Mbps: 39.06
DLRLCLayerDataVolume MB: 9714.84
PRB Util%: 44.66
CA DL DataVolRatio Pct den: 7650
CA Conf FailRate Pct den: 7084
weekend: 1
CA Activation Rate: 4.46
hr: 23
MAC_UE_SC_Tput: 20690.25
Bearer Releases: 13989

hr: 23
CA Activation Rate num: 10353011
UPTP Mbps Den: 2526
SIP_SC_Total_MOU: 108.43
Peak UE: 27
MB_per_connected_UE: 93.7
PCT Time MIMO: 36.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5026
QCI 1 Bearer Releases: 136
DL Data Vol MAC in MB: 8488.05
CA Activation Rate den: 53995

Time: 18:27:10
holiday: 0
CA DL DataVolRatio Pct: 76.31
SIP_SC_Call_Attempts: 86
HO_att_InterFreq: 443
CA DL DataVolRatio Pct num: 3424
HO Attempts: 686

DL MAC Vol Scell Pct: 48.67
SIP DC%: 
UPTP_Mbps: 76.6
DRB UL Data Volume MB: 8686
RRC Setup Attempts: 3934
CA DL DataVolRatio Pct den: 10021
CA Conf FailRate Pct den: 3846
weekend: 1
UPTP Mbps Num: 37552
hr: 7
MAC_UE_SC_Tput: 12345.52
Bearer Releases: 16412

hr: 7
CA Activation Rate num: 9142809
UPTP Mbps Den: 5898
Setup_Fail_DEN: 13768
SIP_SC_Total_MOU: 355.62
Peak UE: 27
MB_per_connected_UE: 131.75
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4489

Combined RACH Preambles: 2707
Time: 08:47:16
Date: 20-04-2022
holiday: 0
CA DL DataVolRatio Pct: 76.4
SIP_SC_Call_Attempts: 208
HO_att_InterFreq: 560

DL MAC Vol Scell Pct: 7
Avg_Connected_UEs: 80.99
SIP DC%: 
PRB Util%: 22.5
RRC Setup Attempts: 5000
CA DL DataVolRatio Pct den: 5296
CA Conf FailRate Pct den: 6844
weekend: 1
CA Activation Rate: 9.41
hr: 16
Bearer Releases: 12821

hr: 16
qci1_setup_attempts: 10
CA Activation Rate num: 4888830
UPTP Mbps Den: 2782
SIP_SC_Total_MOU: 329.98
Peak UE: 92
MB_per_connected_UE: 106.39
PCT Time MIMO: 34.77
DL Volume: 8256
UL Throughput: 5.68
DL Data Vol MAC in MB: 7686.46
CA Activation Rate den: 143019
Time: 23:48:53
Date: 17-07-2023

holiday: 0
SIP_SC_Call_Attempts: 194
CA DL DataVolRatio Pct num: 1053
HO Attempts: 328

Avg_Connected_UEs: 40.92
SIP DC%: 
UPTP_Mbps: 13.93
DLRLCLayerDataVolume MB: 7682.21
DRB UL Data Volume MB: 7635
CA DL DataVolRatio Pct den: 8252
CA Conf FailRate Pct den: 2896
weekend: 0
CA Activation Rate: 34.48
hr: 5
MAC_UE_SC_Tput: 8520.01
Bearer Releases: 7013

hr: 5
UPTP Mbps Den: 1201
SIP_SC_Total_MOU: 125.43
Peak UE: 35
MB_per_connected_UE: 22.9
DL Volume: 4522
UL Throughput: 0.78
DL Data Vol MAC in MB: 9371
CA Activation Rate den: 105959

Time: 19:28:07
holiday: 0
CA DL DataVolRatio Pct: 69.78
HO_att_InterFreq: 412
CA DL DataVolRatio Pct num: 6849
HO Attempts: 303

DL MAC Vol Scell Pct: 34.14
SIP DC%: 
UPTP_Mbps: 13.05
DLRLCLayerDataVolume MB: 8471.02
PRB Util%: 32.46
RRC Setup Attempts: 5209
CA DL DataVolRatio Pct den: 9165
CA Conf FailRate Pct den: 6215
weekend: 0
hr: 8
MAC_UE_SC_Tput: 4865.92

hr: 8
qci1_setup_attempts: 118
UPTP Mbps Den: 2434
Setup_Fail_DEN: 13617
SIP_SC_Total_MOU: 116.32
Peak UE: 39
PCT Time MIMO: 60.26
DL Volume: 4029
UL Throughput: 3.11
DL Data Vol MAC in MB: 7404.01

Time: 17:22:19
holiday: 0
CA DL DataVolRatio Pct: 76.15
SIP_SC_Call_Attempts: 243
CA DL DataVolRatio Pct num: 4835
HO Attempts: 483

DL MAC Vol Scell Pct: 32.58
Avg_Connected_UEs: 51.08
SIP DC%: 
UPTP_Mbps: 98.2
DLRLCLayerDataVolume MB: 2530.64
DRB UL Data Volume MB: 6027
RRC Setup Attempts: 7534
CA DL DataVolRatio Pct den: 6541
CA Conf FailRate Pct den: 5662
weekend: 0
UPTP Mbps Num: 20277
Bearer Setup Failure Voice Den: 124
S1U_SIP_SC_SEER_num: 3
CA Activation Rate: 24.9
hr: 16
MAC_UE_SC_Tput: 18514.02

hr: 16
Avg CQI: 7.58
CA Activation Rate num: 3418140
SIP_SC_Total_MOU: 145.24
Peak UE: 27
MB_per_connected_UE: 13.17
DL Volume: 4190
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7049

Time: 17:43:04
holiday: 0
CA DL DataVolRatio Pct: 91.49
Bearer Releases Voice: 152
HO_att_InterFreq: 704
CA DL DataVolRatio Pct num: 7186
HO Attempts: 894

DL MAC Vol Scell Pct: 7.46
Avg_Connected_UEs: 56.3
SIP DC%: 
UPTP_Mbps: 45.01
DLRLCLayerDataVolume MB: 8851.2
PRB Util%: 28.29
CA DL DataVolRatio Pct den: 8612
CA Conf FailRate Pct den: 4261
RSSIRX1 Avg: -94.41
weekend: 0
RSSIRX2 Avg: -97.79
CA Activation Rate: 10.06
hr: 21
MAC_UE_SC_Tput: 16723.8
Bearer Releases: 7813

hr: 21
CA Activation Rate num: 6600964
UPTP Mbps Den: 4883
SIP_SC_Total_MOU: 24.42
Peak UE: 49
MB_per_connected_UE: 53.8
PCT Time MIMO: 51.58
DL Volume: 2659
DL Data Vol MAC in MB: 6480.89
CA Activation Rate den: 66539

Time: 16:56:15
holiday: 0
CA DL DataVolRatio Pct: 68.44
CA DL DataVolRatio Pct num: 3760
HO Attempts: 285

Avg_Connected_UEs: 83.08
SIP DC%: 
UPTP_Mbps: 31.31
DRB UL Data Volume MB: 3435
PRB Util%: 58.27
RRC Setup Attempts: 4811
CA Conf FailRate Pct den: 5757
weekend: 0
UPTP Mbps Num: 33521
CA Activation Rate: 65.8
hr: 23
MAC_UE_SC_Tput: 14476.55
Bearer Releases: 12386

hr: 23
CA Activation Rate num: 10043943
UPTP Mbps Den: 647
Setup_Fail_DEN: 15811
SIP_SC_Total_MOU: 299.68
S1U_SIP_SC_SEER_den: 82
Peak UE: 27
PCT Time MIMO: 35.13
DL Volume: 5087
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7756
UL Throughput: 5.61
DL Data Vol MAC in MB: 490.2
CA Activation Rate den: 66723

Combined RACH Preambles: 3681
Time: 08:26:12
holiday: 0
CA DL DataVolRatio Pct: 67.89
CA DL DataVolRatio Pct num: 1535

Avg_Connected_UEs: 63.23
SIP DC%: 
UPTP_Mbps: 39.65
DLRLCLayerDataVolume MB: 4831.86
DRB UL Data Volume MB: 6139
PRB Util%: 10.86
RRC Setup Attempts: 9584
weekend: 0
RSSIRX2 Avg: -95.74
CA Activation Rate: 48.65
hr: 4
MAC_UE_SC_Tput: 10767.05
Bearer Releases: 10767

hr: 4
CA Activation Rate num: 9469421
Setup_Fail_DEN: 13039
Peak UE: 40
MB_per_connected_UE: 110.34
DL Volume: 8362
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4509
UL Throughput: 3.75
DL Data Vol MAC in MB: 7785.16
CA Activation Rate den: 50518

Time: 15:42:26
Date: 12-12-2023
holiday: 0
CA DL DataVolRatio Pct: 62.11
CA DL DataVolRatio Pct num: 2096
HO Attempts: 815

DL MAC Vol Scell Pct: 28.02
Avg_Connected_UEs: 19.19
SIP DC%: 
DRB UL Data Volume MB: 7275
PRB Util%: 28.37
RRC Setup Attempts: 4417
CA Conf FailRate Pct den: 7766
weekend: 0
CA Activation Rate: 60.72
hr: 23
MAC_UE_SC_Tput: 6366.45
Bearer Releases: 6782

hr: 23
CA Activation Rate num: 1683210
Setup_Fail_DEN: 12700
SIP_SC_Total_MOU: 181.41
Peak UE: 72
MB_per_connected_UE: 65.05
PCT Time MIMO: 69.62
DL Volume: 5924
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8355
DL Data Vol MAC in MB: 5772.97

Time: 12:14:34
Date: 16-03-2023
holiday: 0
CA DL DataVolRatio Pct: 87.55
HO_att_InterFreq: 667
HO Attempts: 669

SIP DC%: 
UPTP_Mbps: 46.61
DLRLCLayerDataVolume MB: 8213.22
DRB UL Data Volume MB: 3962
PRB Util%: 49.36
RRC Setup Attempts: 3897
CA DL DataVolRatio Pct den: 9198
CA Conf FailRate Pct den: 7282
RSSIRX1 Avg: -96.28
weekend: 0
UPTP Mbps Num: 34164
hr: 6
MAC_UE_SC_Tput: 13057.8
Bearer Releases: 12310

hr: 6
Avg CQI: 9.4
CA Activation Rate num: 7069644
UPTP Mbps Den: 2593
Setup_Fail_DEN: 12679
SIP_SC_Total_MOU: 31.35
Peak UE: 27
MB_per_connected_UE: 15.22
PCT Time MIMO: 53.05
UL Throughput: 13.06
DL Data Vol MAC in MB: 2419.19

Time: 23:08:36
holiday: 0
CA DL DataVolRatio Pct: 78.15
HO_att_InterFreq: 414
HO Attempts: 670

DL MAC Vol Scell Pct: 41.81
Avg_Connected_UEs: 29.38
SIP DC%: 
UPTP_Mbps: 43.07
Avg_PUCCH_SINR: 16.88
PRB Util%: 17.62
RRC Setup Attempts: 6615
CA DL DataVolRatio Pct den: 1099
RSSIRX1 Avg: -97.33
weekend: 1
CA Activation Rate: 69.75
hr: 1
MAC_UE_SC_Tput: 13872.97

hr: 1
CA Activation Rate num: 10033088
UPTP Mbps Den: 1198
Setup_Fail_DEN: 14037
SIP_SC_Total_MOU: 58.9
S1U_SIP_SC_SEER_den: 227
Peak UE: 59
PCT Time MIMO: 35.52
DL Volume: 8638
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7053

Combined RACH Preambles: 3623
Time: 16:50:57
Date: 11-01-2022
holiday: 0
CA DL DataVolRatio Pct: 79.14

DL MAC Vol Scell Pct: 8.94
SIP DC%: 
DLRLCLayerDataVolume MB: 3946.23
PRB Util%: 64.06
RRC Setup Attempts: 4553
CA DL DataVolRatio Pct den: 8439
CA Conf FailRate Pct den: 7040
RSSIRX1 Avg: -97.53
weekend: 0
Bearer Setup Failure Voice Den: 185
RSSIRX2 Avg: -93.64
CA Activation Rate: 34.43
hr: 10
MAC_UE_SC_Tput: 8202.7

hr: 10
qci1_setup_attempts: 191
CA Activation Rate num: 4180341
UPTP Mbps Den: 2091
Setup_Fail_DEN: 10407
SIP_SC_Total_MOU: 162.1
Peak UE: 53
DL Volume: 9942
DL Data Vol MAC in MB: 9194.68
CA Activation Rate den: 146252

Combined RACH Preambles: 3264
Time: 18:13:48
Date: 18-11-2022
holiday: 0
CA DL DataVolRatio Pct: 90.72
HO_att_InterFreq: 190

DL MAC Vol Scell Pct: 14.21
Avg_Connected_UEs: 20.62
SIP DC%: 
UPTP_Mbps: 24.83
DRB UL Data Volume MB: 9453
PRB Util%: 43.24
RRC Setup Attempts: 3963
CA DL DataVolRatio Pct den: 9272
CA Conf FailRate Pct den: 9044
RSSIRX1 Avg: -96.36
weekend: 1
CA Activation Rate: 6.89
hr: 5
MAC_UE_SC_Tput: 7096.74
Bearer Releases: 9558

hr: 5
CA Activation Rate num: 9503664
UPTP Mbps Den: 1187
SIP_SC_Total_MOU: 57.87
Peak UE: 27
MB_per_connected_UE: 164.59
PCT Time MIMO: 48.62
DL Volume: 747
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3951
CA Activation Rate den: 129645

Time: 20:49:44
holiday: 0
CA DL DataVolRatio Pct: 61.16
CA DL DataVolRatio Pct num: 7490
HO Attempts: 425

SIP DC%: 
UPTP_Mbps: 9.86
DRB UL Data Volume MB: 7306
PRB Util%: 33.36
RRC Setup Attempts: 9034
weekend: 0
UPTP Mbps Num: 4076
RSSIRX2 Avg: -95.33
S1U_SIP_SC_SEER_num: 135
hr: 23
MAC_UE_SC_Tput: 9935.31

hr: 23
CA Activation Rate num: 9802332
UPTP Mbps Den: 2352
Setup_Fail_DEN: 9420
Peak UE: 38
MB_per_connected_UE: 72.37
DL Volume: 160
DL Data Vol MAC in MB: 3928.88

Time: 06:10:04
holiday: 0
HO_att_InterFreq: 192

Avg_Connected_UEs: 76.33
SIP DC%: 
UPTP_Mbps: 19.55
DLRLCLayerDataVolume MB: 6767.17
RRC Setup Attempts: 6198
CA DL DataVolRatio Pct den: 3867
CA Conf FailRate Pct den: 3141
RSSIRX1 Avg: -94.2
weekend: 0
RSSIRX2 Avg: -97.52
CA Activation Rate: 22.77
hr: 0
MAC_UE_SC_Tput: 17302.1
Bearer Releases: 7901

hr: 0
Avg CQI: 9.51
CA Activation Rate num: 7179471
Setup_Fail_DEN: 14503
SIP_SC_Total_MOU: 372.04
Peak UE: 55
MB_per_connected_UE: 52.33
PCT Time MIMO: 37.72
DL Volume: 8980
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4646
UL Throughput: 14.91

Combined RACH Preambles: 3064
Time: 01:11:07
holiday: 0
CA DL DataVolRatio Pct: 57.9
HO_att_InterFreq: 482
CA DL DataVolRatio Pct num: 6461
HO Attempts: 308

SIP DC%: 
UPTP_Mbps: 21.94
DLRLCLayerDataVolume MB: 7020.4
DRB UL Data Volume MB: 7111
PRB Util%: 15.02
RRC Setup Attempts: 6571
CA Conf FailRate Pct den: 5730
weekend: 1
RSSIRX2 Avg: -93.16
S1U_SIP_SC_SEER_num: 92
CA Activation Rate: 16.1
hr: 23
MAC_UE_SC_Tput: 10181.28
Bearer Releases: 10507

hr: 23
qci1_setup_attempts: 239
CA Activation Rate num: 3861691
Peak UE: 27
MB_per_connected_UE: 114.81
DL Volume: 2113
UL Throughput: 2.17
DL Data Vol MAC in MB: 7835.18
CA Activation Rate den: 63533

Combined RACH Preambles: 4240
Time: 19:51:44
holiday: 0
HO Attempts: 242

Avg_Connected_UEs: 56.1
SIP DC%: 
UPTP_Mbps: 42.31
DLRLCLayerDataVolume MB: 6675.62
DRB UL Data Volume MB: 2244
RRC Setup Attempts: 3480
CA DL DataVolRatio Pct den: 9736
weekend: 0
RSSIRX2 Avg: -95.01
CA Activation Rate: 31.02
hr: 5
MAC_UE_SC_Tput: 16967.22

hr: 5
CA Activation Rate num: 1886277
UPTP Mbps Den: 1636
Setup_Fail_DEN: 19059
Peak UE: 80
MB_per_connected_UE: 104.73
PCT Time MIMO: 56.79
DL Volume: 5237
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4551
QCI 1 Bearer Releases: 91
DL Data Vol MAC in MB: 9821.89
CA Activation Rate den: 40404

Combined RACH Preambles: 3749
Time: 22:32:42
Date: 06-09-2023
holiday: 0
CA DL DataVolRatio Pct num: 7277

Avg_Connected_UEs: 74.71
SIP DC%: 
UPTP_Mbps: 21.56
DLRLCLayerDataVolume MB: 1499.95
DRB UL Data Volume MB: 6167
CA DL DataVolRatio Pct den: 3375
weekend: 0
RSSIRX2 Avg: -94.82
CA Activation Rate: 72.4
hr: 15
MAC_UE_SC_Tput: 8389.16
Bearer Releases: 10141

hr: 15
CA Activation Rate num: 5192014
UPTP Mbps Den: 81
Setup_Fail_DEN: 15236
RSSI Delta: 0.34
PCT Time MIMO: 35.8
DL Volume: 8287
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7722
UL Throughput: 2.09
CA Activation Rate den: 37750

Time: 18:17:45
Date: 01-02-2023
holiday: 0
CA DL DataVolRatio Pct: 70.64
CA DL DataVolRatio Pct num: 6633
HO Attempts: 175

Avg_Connected_UEs: 26.11
SIP DC%: 
UPTP_Mbps: 18.59
DLRLCLayerDataVolume MB: 9939.57
DRB UL Data Volume MB: 5096
RRC Setup Attempts: 4159
weekend: 1
UPTP Mbps Num: 22717
CA Activation Rate: 62.83
hr: 0
Bearer Releases: 10137

hr: 0
CA Activation Rate num: 7538099
UPTP Mbps Den: 2842
Setup_Fail_DEN: 13383
SIP_SC_Total_MOU: 337.43
Peak UE: 27
MB_per_connected_UE: 34.18
UL Throughput: 2.29
DL Data Vol MAC in MB: 8327.16

Time: 22:02:09
holiday: 0
SIP_SC_Call_Attempts: 130
HO_att_InterFreq: 591
CA DL DataVolRatio Pct num: 5796
HO Attempts: 940

Avg_Connected_UEs: 50.18
SIP DC%: 
UPTP_Mbps: 43.63
DLRLCLayerDataVolume MB: 6343.25
DRB UL Data Volume MB: 6703
PRB Util%: 36.69
CA DL DataVolRatio Pct den: 6009
CA Conf FailRate Pct den: 9510
RSSIRX1 Avg: -97.74
weekend: 0
RSSIRX2 Avg: -96.83
CA Activation Rate: 22.59
hr: 23
MAC_UE_SC_Tput: 7522.04
Bearer Releases: 7873

hr: 23
CA Activation Rate num: 2502491
UPTP Mbps Den: 2462
Setup_Fail_DEN: 15459
Peak UE: 41
VOLTE IA%: 
MB_per_connected_UE: 141.98
PCT Time MIMO: 55.8
DL Volume: 6368
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5289
DL Data Vol MAC in MB: 3500.58
CA Activation Rate den: 191838

Time: 14:48:02
holiday: 0
Bearer Releases Voice: 45
HO_att_InterFreq: 458
CA DL DataVolRatio Pct num: 4234
HO Attempts: 395

Avg_Connected_UEs: 16.54
SIP DC%: 
UPTP_Mbps: 38.03
DLRLCLayerDataVolume MB: 1348.85
DRB UL Data Volume MB: 8226
PRB Util%: 26.68
weekend: 0
Bearer Setup Failure Voice Den: 178
RSSIRX2 Avg: -95.26
CA Activation Rate: 17.49
hr: 23
MAC_UE_SC_Tput: 41829.39
Bearer Releases: 9795

hr: 23
CA Activation Rate num: 1724820
UPTP Mbps Den: 624
Peak UE: 32
PCT Time MIMO: 33.65
DL Data Vol MAC in MB: 8183.63

Combined RACH Preambles: 3578
Time: 22:23:50
holiday: 0
CA DL DataVolRatio Pct: 66.5
CA DL DataVolRatio Pct num: 7352

DL MAC Vol Scell Pct: 33.67
Avg_Connected_UEs: 42
SIP DC%: 
DLRLCLayerDataVolume MB: 3973.98
DRB UL Data Volume MB: 9073
PRB Util%: 35.58
RRC Setup Attempts: 5655
CA DL DataVolRatio Pct den: 9020
RSSIRX1 Avg: -96.5
weekend: 0
hr: 19
MAC_UE_SC_Tput: 7356.88
Bearer Releases: 18491

hr: 19
CA Activation Rate num: 10057506
UPTP Mbps Den: 2768
SIP_SC_Total_MOU: 311.04
Peak UE: 70
MB_per_connected_UE: 29.29
PCT Time MIMO: 34.93
DL Volume: 3107
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3880
UL Throughput: 5.33
DL Data Vol MAC in MB: 7602.65

Combined RACH Preambles: 2294
Time: 03:53:12
Date: 16-04-2022
holiday: 0
CA DL DataVolRatio Pct: 41.13
HO_att_InterFreq: 270
CA DL DataVolRatio Pct num: 4061

DL MAC Vol Scell Pct: 8.72
SIP DC%: 
DRB UL Data Volume MB: 9729
PRB Util%: 39.22
RRC Setup Attempts: 3656
CA DL DataVolRatio Pct den: 4803
RSSIRX1 Avg: -95.04
weekend: 0
UPTP Mbps Num: 9672
S1U_SIP_SC_SEER_num: 86
CA Activation Rate: 64.96
hr: 6
MAC_UE_SC_Tput: 5286.13
Bearer Releases: 6997

hr: 6
CA Activation Rate num: 10122582
UPTP Mbps Den: 2475
SIP_SC_Total_MOU: 167.26
Peak UE: 41
MB_per_connected_UE: 22.84
PCT Time MIMO: 33.76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9079
UL Throughput: 4.26
DL Data Vol MAC in MB: 4329.13

Time: 04:56:20
holiday: 0
HO_att_InterFreq: 455
CA DL DataVolRatio Pct num: 5623
HO Attempts: 406

DL MAC Vol Scell Pct: 38.11
Avg_Connected_UEs: 21.88
SIP DC%: 
UPTP_Mbps: 34.53
DLRLCLayerDataVolume MB: 7146.73
RRC Setup Attempts: 3452
CA Conf FailRate Pct den: 5263
RSSIRX1 Avg: -95.29
weekend: 0
CA Activation Rate: 26.57
hr: 0
MAC_UE_SC_Tput: 17568.02

hr: 0
Avg CQI: 8.15
CA Activation Rate num: 5349465
UPTP Mbps Den: 1098
Setup_Fail_DEN: 9030
SIP_SC_Total_MOU: 6.68
Peak UE: 38
MB_per_connected_UE: 20.66
DL Volume: 4460
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8944
UL Throughput: 4.98
DL Data Vol MAC in MB: 2726.48
CA Activation Rate den: 176552

Time: 13:47:30
holiday: 0
HO_att_InterFreq: 207
CA DL DataVolRatio Pct num: 6392
HO Attempts: 53

DL MAC Vol Scell Pct: 15.91
Avg_Connected_UEs: 33.73
SIP DC%: 
UPTP_Mbps: 45.79
DLRLCLayerDataVolume MB: 4752.79
CA DL DataVolRatio Pct den: 10118
weekend: 0
UPTP Mbps Num: 35572
CA Activation Rate: 29.25
hr: 23
MAC_UE_SC_Tput: 5281.17

hr: 23
Combined RACH Failure%: 0.23
CA Activation Rate num: 10041849
UPTP Mbps Den: 3584
Setup_Fail_DEN: 15526
SIP_SC_Total_MOU: 44.55
UL MAC Vol Scell Pct: 0.55
Peak UE: 36
MB_per_connected_UE: 160.19
DL Volume: 8990
UL Throughput: 4.06
CA Activation Rate den: 133305

Time: 08:13:11
holiday: 0
CA DL DataVolRatio Pct: 65.87
CA DL DataVolRatio Pct num: 2506

DL MAC Vol Scell Pct: 15.85
Avg_Connected_UEs: 33.38
SIP DC%: 
UPTP_Mbps: 92.07
DLRLCLayerDataVolume MB: 1864.54
DL Packet Loss Pct: 1.85
CA Conf FailRate Pct den: 8513
weekend: 0
RSSIRX2 Avg: -98.48
CA Activation Rate: 5.01
hr: 7
MAC_UE_SC_Tput: 17024.63
Bearer Releases: 7693

hr: 7
UPTP Mbps Den: 1808
Setup_Fail_DEN: 9356
SIP_SC_Total_MOU: 239.14
Peak UE: 65
MB_per_connected_UE: 28.56
PCT Time MIMO: 53.41
DL Volume: 6546
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6302
DL Data Vol MAC in MB: 4210.62
CA Activation Rate den: 100731

Time: 11:08:33
Date: 31-10-2023
holiday: 0
HO_att_InterFreq: 642
CA DL DataVolRatio Pct num: 5439

SIP DC%: 
DLRLCLayerDataVolume MB: 7894
DRB UL Data Volume MB: 3212
PRB Util%: 22.99
RRC Setup Attempts: 3698
CA DL DataVolRatio Pct den: 8990
CA Conf FailRate Pct den: 3468
RSSIRX1 Avg: -98.4
weekend: 1
RSSIRX2 Avg: -94.22
hr: 20
MAC_UE_SC_Tput: 7586.42

hr: 20
Avg CQI: 8.35
CA Activation Rate num: 440772
UPTP Mbps Den: 1150
Setup_Fail_DEN: 13634
SIP_SC_Total_MOU: 90.24
Peak UE: 28
MB_per_connected_UE: 146.5
PCT Time MIMO: 40.1
DL Volume: 810
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5439
DL Data Vol MAC in MB: 5354.32

Time: 12:26:44
holiday: 0
HO Attempts: 572

SIP DC%: 
UPTP_Mbps: 40.59
DLRLCLayerDataVolume MB: 3355.99
RRC Setup Attempts: 4748
CA DL DataVolRatio Pct den: 9755
CA Conf FailRate Pct den: 9183
RSSIRX1 Avg: -98.29
weekend: 0
UPTP Mbps Num: 19174
RSSIRX2 Avg: -94.79
hr: 0
MAC_UE_SC_Tput: 12494.03
Bearer Releases: 7040

hr: 0
CA Activation Rate num: 6251151
UPTP Mbps Den: 1352
Setup_Fail_DEN: 11183
SIP_SC_Total_MOU: 118.81
S1U_SIP_SC_SEER_den: 166
Peak UE: 52
MB_per_connected_UE: 115.19
PCT Time MIMO: 48.69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4802
QCI 1 Bearer Releases: 90
UL Throughput: 0.92
DL Data Vol MAC in MB: 9271.4
CA Activation Rate den: 48378

Combined RACH Preambles: 2456
Time: 06:36:24
holiday: 0
CA DL DataVolRatio Pct num: 7239
HO Attempts: 284

DL MAC Vol Scell Pct: 45.85
Avg_Connected_UEs: 54.57
SIP DC%: 
UPTP_Mbps: 52.66
DLRLCLayerDataVolume MB: 5703.79
PRB Util%: 36.38
RRC Setup Attempts: 4324
CA DL DataVolRatio Pct den: 7466
CA Conf FailRate Pct den: 6757
weekend: 0
CA Activation Rate: 43
hr: 1
MAC_UE_SC_Tput: 9471.83
Bearer Releases: 11577

hr: 1
CA Activation Rate num: 5859684
UPTP Mbps Den: 2641
S1U_SIP_SC_SEER_den: 89
Peak UE: 60
PCT Time MIMO: 41.73
DL Volume: 3952
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5465
UL Throughput: 0.79
DL Data Vol MAC in MB: 9094.49

Combined RACH Preambles: 2430
Time: 02:57:52
holiday: 0
CA DL DataVolRatio Pct num: 6303

DL MAC Vol Scell Pct: 2.82
SIP DC%: 
UPTP_Mbps: 27.3
DLRLCLayerDataVolume MB: 2736.45
DRB UL Data Volume MB: 4554
Avg_PUCCH_SINR: 15.81
RRC Setup Attempts: 5728
CA DL DataVolRatio Pct den: 8967
CA Conf FailRate Pct den: 7509
RSSIRX1 Avg: -95.38
weekend: 0
UPTP Mbps Num: 9356
CA Activation Rate: 39.38
hr: 7
MAC_UE_SC_Tput: 15389.46
Bearer Releases: 11606

hr: 7
CA Activation Rate num: 9391939
UPTP Mbps Den: 1642
Setup_Fail_DEN: 14295
Peak UE: 60
MB_per_connected_UE: 14.14
PCT Time MIMO: 47.67
DL Volume: 8162
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8070
UL Throughput: 4.35
DL Data Vol MAC in MB: 279.02
CA Activation Rate den: 185856

Combined RACH Preambles: 3621
Time: 13:36:20
Date: 11-11-2022
holiday: 0
CA DL DataVolRatio Pct: 52.45
Bearer Releases Voice: 125

Avg_Connected_UEs: 20.81
SIP DC%: 
UPTP_Mbps: 8.96
DLRLCLayerDataVolume MB: 5159.61
DRB UL Data Volume MB: 5655
CA Conf FailRate Pct den: 5944
weekend: 0
CA Activation Rate: 25.65
hr: 16
MAC_UE_SC_Tput: 13056.21
Bearer Releases: 11948

hr: 16
CA Activation Rate num: 9886168
UPTP Mbps Den: 2985
Peak UE: 27
MB_per_connected_UE: 8.63

Combined RACH Preambles: 4279
Time: 19:20:42
Date: 09-08-2023
holiday: 0
CA DL DataVolRatio Pct: 92.01
HO Attempts: 722

DL MAC Vol Scell Pct: 43.49
Avg_Connected_UEs: 58.33
SIP DC%: 
DLRLCLayerDataVolume MB: 8954.88
RRC Setup Attempts: 3668
CA Conf FailRate Pct den: 7984
weekend: 0
UPTP Mbps Num: 42313
CA Activation Rate: 35.38
hr: 0
MAC_UE_SC_Tput: 16920.45

hr: 0
qci1_setup_attempts: 96
CA Activation Rate num: 661131
UPTP Mbps Den: 1864
Setup_Fail_DEN: 9820
Peak UE: 27
PCT Time MIMO: 36.8
DL Data Vol MAC in MB: 9142.67
Combined RACH Preambles: 2988

Time: 01:16:08
Date: 23-04-2022
holiday: 0
HO_att_InterFreq: 582
CA DL DataVolRatio Pct num: 7274
HO Attempts: 925

Avg_Connected_UEs: 27.07
SIP DC%: 
UPTP_Mbps: 46.36
DLRLCLayerDataVolume MB: 5898.57
RRC Setup Attempts: 6413
CA Conf FailRate Pct den: 8273
RSSIRX1 Avg: -93.74
weekend: 0
CA Activation Rate: 69.81
hr: 3
MAC_UE_SC_Tput: 5104.7

hr: 3
CA Activation Rate num: 2513781
UPTP Mbps Den: 1902
Setup_Fail_DEN: 14655
SIP_SC_Total_MOU: 68.59
Peak UE: 27
MB_per_connected_UE: 139.06
PCT Time MIMO: 40.65
DL Volume: 6571
QCI 1 Bearer Releases: 180

Time: 21:09:17
Date: 11-05-2022
holiday: 0
CA DL DataVolRatio Pct: 85.71
Bearer Releases Voice: 123
HO_att_InterFreq: 389
CA DL DataVolRatio Pct num: 7431
HO Attempts: 912

SIP DC%: 
UPTP_Mbps: 128.51
DLRLCLayerDataVolume MB: 2959.97
PRB Util%: 39.52
RRC Setup Attempts: 3929
CA DL DataVolRatio Pct den: 8586
CA Conf FailRate Pct den: 9271
weekend: 0
UPTP Mbps Num: 10053
CA Activation Rate: 3.57
hr: 21
MAC_UE_SC_Tput: 15846.01
Bearer Releases: 6807

hr: 21
CA Activation Rate num: 10067407
UPTP Mbps Den: 825
SIP_SC_Total_MOU: 103.02
Peak UE: 27
MB_per_connected_UE: 109.76
PCT Time MIMO: 53.86
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7262
DL Data Vol MAC in MB: 9949.91

Time: 10:10:36
Date: 15-11-2022
holiday: 0
CA DL DataVolRatio Pct: 63.92
SIP_SC_Call_Attempts: 23
Bearer Releases Voice: 59

Avg_Connected_UEs: 23.45
SIP DC%: 
DLRLCLayerDataVolume MB: 4479.77
DRB UL Data Volume MB: 8896
PRB Util%: 54.29
CA DL DataVolRatio Pct den: 8700
weekend: 1
UPTP Mbps Num: 7200
RSSIRX2 Avg: -94.31
CA Activation Rate: 30.38
hr: 5
MAC_UE_SC_Tput: 7212.09
Bearer Releases: 6282

hr: 5
qci1_setup_attempts: 103
CA Activation Rate num: 6272541
UPTP Mbps Den: 2031
Setup_Fail_DEN: 14404
Peak UE: 37
PCT Time MIMO: 33.72
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3771

Time: 12:03:41
holiday: 0
HO_att_InterFreq: 505

DL MAC Vol Scell Pct: 27.61
Avg_Connected_UEs: 76.44
SIP DC%: 
UPTP_Mbps: 39.36
DLRLCLayerDataVolume MB: 4246.59
weekend: 0
UPTP Mbps Num: 52198
Bearer Setup Failure Voice Den: 77
RSSIRX2 Avg: -96.13
CA Activation Rate: 16.62
hr: 8
MAC_UE_SC_Tput: 13654.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_NUM: 14
Bearer Releases: 10954

hr: 8
Avg CQI: 9.82
CA Activation Rate num: 4865365
Setup_Fail_DEN: 9971
UL MAC Vol Scell Pct: 2.28
Peak UE: 97
MB_per_connected_UE: 155.4
DL Volume: 1306
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4898
DL Data Vol MAC in MB: 1987.82
CA Activation Rate den: 206724

Combined RACH Preambles: 4026
Time: 22:24:18
Date: 17-11-2022
holiday: 0
CA DL DataVolRatio Pct: 78.45
SIP_SC_Call_Attempts: 116
HO_att_InterFreq: 200

DL MAC Vol Scell Pct: 38.85
Avg_Connected_UEs: 74.55
SIP DC%: 
UPTP_Mbps: 36.42
DLRLCLayerDataVolume MB: 5151.02
DRB UL Data Volume MB: 8577
Avg_PUCCH_SINR: 16.84
CA DL DataVolRatio Pct den: 9265
CA Conf FailRate Pct den: 2882
RSSIRX1 Avg: -93.35
weekend: 0
UPTP Mbps Num: 2514
CA Activation Rate: 38.26
hr: 18
MAC_UE_SC_Tput: 14317.51
Bearer Releases: 15575

hr: 18
CA Activation Rate num: 10812102
UPTP Mbps Den: 2760
Setup_Fail_DEN: 13111
Peak UE: 27
VOLTE IA%: 0.55
MB_per_connected_UE: 161.22
PCT Time MIMO: 39.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4683
CA Activation Rate den: 91235

Combined RACH Preambles: 3465
Time: 07:05:44
Date: 09-09-2023
holiday: 0
CA DL DataVolRatio Pct: 85.02
HO Attempts: 544

SIP DC%: 
UPTP_Mbps: 40.41
PRB Util%: 37.33
DL Packet Loss Pct: 1.51
UL Resid BLER PCT: 0.46
RRC Setup Attempts: 4188
CA DL DataVolRatio Pct den: 5010
weekend: 0
Bearer Setup Failure Voice Den: 197
CA Activation Rate: 19.82
hr: 11
MAC_UE_SC_Tput: 14726.64
Bearer Releases: 14967

hr: 11
Combined RACH Failure%: 0.22
CA Activation Rate num: 8512304
UPTP Mbps Den: 2024
Setup_Fail_DEN: 13252
SIP_SC_Total_MOU: 28.13
Peak UE: 27
MB_per_connected_UE: 33.43
DL Volume: 8505
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6056

Time: 13:00:17
Date: 12-08-2022
holiday: 0
CA DL DataVolRatio Pct: 84.82
HO_att_InterFreq: 479
CA DL DataVolRatio Pct num: 6297

DL MAC Vol Scell Pct: 15.54
Avg_Connected_UEs: 40.04
SIP DC%: 
UPTP_Mbps: 15.8
DLRLCLayerDataVolume MB: 6103.76
PRB Util%: 69.42
RRC Setup Attempts: 6787
CA Conf FailRate Pct den: 8833
weekend: 0
UPTP Mbps Num: 32226
RSSIRX2 Avg: -96.96
hr: 16
MAC_UE_SC_Tput: 27735.15
Bearer Releases: 6208

hr: 16
qci1_setup_attempts: 224
CA Activation Rate num: 13466354
UPTP Mbps Den: 2632
Setup_Fail_DEN: 13280
Peak UE: 41
MB_per_connected_UE: 142.19
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3482
DL Data Vol MAC in MB: 8816.7

Time: 05:07:10
Date: 29-01-2022
holiday: 0
HO_att_InterFreq: 241
HO Attempts: 499

DL MAC Vol Scell Pct: 4.42
Avg_Connected_UEs: 38.48
SIP DC%: 
UPTP_Mbps: 37.05
DLRLCLayerDataVolume MB: 7393.19
DRB UL Data Volume MB: 2857
RRC Setup Attempts: 4935
CA DL DataVolRatio Pct den: 10115
CA Conf FailRate Pct den: 8643
RSSIRX1 Avg: -97.46
weekend: 0
CA Activation Rate: 6.53
hr: 6
MAC_UE_SC_Tput: 5087.73
Bearer Releases: 12278

hr: 6
CA Activation Rate num: 5154906
UPTP Mbps Den: 2395
SIP_SC_Total_MOU: 325.63
Peak UE: 57
MB_per_connected_UE: 191.31
PCT Time MIMO: 67.46
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4001
QCI 1 Bearer Releases: 186
DL Data Vol MAC in MB: 3009.82

Combined RACH Preambles: 4301
Time: 16:55:15
Date: 20-07-2022
holiday: 0
CA DL DataVolRatio Pct: 65.25
Bearer Releases Voice: 157
CA DL DataVolRatio Pct num: 1519

DL MAC Vol Scell Pct: 7.15
SIP DC%: 
DLRLCLayerDataVolume MB: 3836.56
DRB UL Data Volume MB: 4698
PRB Util%: 21.35
CA Conf FailRate Pct den: 8551
weekend: 0
Bearer Setup Failure Voice Den: 193
CA Activation Rate: 35.08
hr: 3
MAC_UE_SC_Tput: 5238.59

hr: 3
Avg CQI: 7.79
CA Activation Rate num: 6569102
UPTP Mbps Den: 3089
Setup_Fail_DEN: 18241
SIP_SC_Total_MOU: 380.42
Peak UE: 39
MB_per_connected_UE: 88.33
PCT Time MIMO: 49.52
DL Data Vol MAC in MB: 3803.1
CA Activation Rate den: 46916

Time: 12:12:08
Date: 07-09-2023
holiday: 0
CA DL DataVolRatio Pct: 56.65
SIP_SC_Call_Attempts: 10
CA DL DataVolRatio Pct num: 6259

DL MAC Vol Scell Pct: 4.09
SIP DC%: 
UPTP_Mbps: 37.83
DLRLCLayerDataVolume MB: 4906.86
DRB UL Data Volume MB: 5076
PRB Util%: 51.33
RRC Setup Attempts: 5595
RSSIRX1 Avg: -98.27
weekend: 0
CA Activation Rate: 15.07
hr: 0
MAC_UE_SC_Tput: 4990.58
Bearer Releases: 6294

hr: 0
CA Activation Rate num: 8895196
UPTP Mbps Den: 1216
Setup_Fail_DEN: 12279
SIP_SC_Total_MOU: 63.58
S1U_SIP_SC_SEER_den: 100
Peak UE: 93
MB_per_connected_UE: 105.46
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9201
UL Throughput: 3.33
DL Data Vol MAC in MB: 5840.72
CA Activation Rate den: 83481

Time: 07:28:47
Date: 10-06-2023
holiday: 0
CA DL DataVolRatio Pct num: 4217
HO Attempts: 853

DL MAC Vol Scell Pct: 50.96
Avg_Connected_UEs: 24.15
SIP DC%: 
UPTP_Mbps: 44.54
DRB UL Data Volume MB: 5258
PRB Util%: 34.61
RRC Setup Attempts: 5258
CA DL DataVolRatio Pct den: 7418
CA Conf FailRate Pct den: 4792
weekend: 0
UPTP Mbps Num: 3814
CA Activation Rate: 14.11
hr: 4
MAC_UE_SC_Tput: 5331.57

hr: 4
Avg CQI: 7.41
CA Activation Rate num: 10303089
UPTP Mbps Den: 1622
Setup_Fail_DEN: 14941
SIP_SC_Total_MOU: 248.2
S1U_SIP_SC_SEER_den: 148
Peak UE: 39
MB_per_connected_UE: 11.46
DL Volume: 166
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4082
UL Throughput: 4.39
DL Data Vol MAC in MB: 430.11

Time: 11:10:23
holiday: 0
CA DL DataVolRatio Pct: 62.93
HO_att_InterFreq: 491

Avg_Connected_UEs: 54.34
SIP DC%: 
UPTP_Mbps: 33.31
DLRLCLayerDataVolume MB: 404.27
DRB UL Data Volume MB: 7410
PRB Util%: 56.01
CA DL DataVolRatio Pct den: 10210
CA Conf FailRate Pct den: 5069
RSSIRX1 Avg: -95.35
weekend: 0
RSSIRX2 Avg: -93.3
CA Activation Rate: 6.8
hr: 0
MAC_UE_SC_Tput: 12542.1
Bearer Releases: 7423

hr: 0
CA Activation Rate num: 2184264
UPTP Mbps Den: 958
Setup_Fail_DEN: 14988
SIP_SC_Total_MOU: 12.1
Peak UE: 27
MB_per_connected_UE: 42.94
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3381
CA Activation Rate den: 112822

Combined RACH Preambles: 2458
Time: 07:51:40
holiday: 0
CA DL DataVolRatio Pct: 59.08

DL MAC Vol Scell Pct: 22.77
SIP DC%: 
UPTP_Mbps: 28.65
DLRLCLayerDataVolume MB: 1048.13
DRB UL Data Volume MB: 4592
RRC Setup Attempts: 6970
CA DL DataVolRatio Pct den: 8242
CA Conf FailRate Pct den: 3784
weekend: 0
UPTP Mbps Num: 19220
CA Activation Rate: 71.16
hr: 4
MAC_UE_SC_Tput: 16293.26

hr: 4
Avg CQI: 7.8
CA Activation Rate num: 3338042
SIP_SC_Total_MOU: 45.34
MB_per_connected_UE: 91.6
DL Volume: 8928
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5281
DL Data Vol MAC in MB: 9046.52
CA Activation Rate den: 93895

Time: 23:12:33
holiday: 0
CA DL DataVolRatio Pct: 90.03
CA DL DataVolRatio Pct num: 820

DL MAC Vol Scell Pct: 22.56
SIP DC%: 
DLRLCLayerDataVolume MB: 170.45
DRB UL Data Volume MB: 7455
UL Resid BLER PCT: 0.82
CA DL DataVolRatio Pct den: 534
RSSIRX1 Avg: -94.8
weekend: 0
RSSIRX2 Avg: -94.39
CA Activation Rate: 54.68
hr: 20
MAC_UE_SC_Tput: 15899.55
Bearer Releases: 8318

hr: 20
CA Activation Rate num: 4919930
UPTP Mbps Den: 2870
Setup_Fail_DEN: 11369
SIP_SC_Total_MOU: 379.81
Peak UE: 27
MB_per_connected_UE: 25.35
PCT Time MIMO: 33.33
DL Volume: 1373
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3086
DL Data Vol MAC in MB: 5773.3

Time: 06:42:31
holiday: 0
CA DL DataVolRatio Pct: 64.47
HO_att_InterFreq: 994
HO Attempts: 840

Avg_Connected_UEs: 78.02
SIP DC%: 
DRB UL Data Volume MB: 3330
PRB Util%: 45.5
RRC Setup Attempts: 7234
weekend: 0
hr: 16
MAC_UE_SC_Tput: 15499.5
Bearer Releases: 15947

hr: 16
Avg CQI: 10.59
CA Activation Rate num: 4971369
Setup_Fail_DEN: 19869
SIP_SC_Total_MOU: 304.47
Peak UE: 35
VOLTE IA%: 
MB_per_connected_UE: 38.37
DL Volume: 2544
DL Data Vol MAC in MB: 7463.25
CA Activation Rate den: 133080

Time: 13:57:15
Date: 14-05-2022
holiday: 0
CA DL DataVolRatio Pct: 85.93
SIP_SC_Call_Attempts: 128
HO_att_InterFreq: 445
HO Attempts: 905

DL MAC Vol Scell Pct: 27.51
Avg_Connected_UEs: 31.23
SIP DC%: 
UPTP_Mbps: 80.05
DLRLCLayerDataVolume MB: 6461.88
CA DL DataVolRatio Pct den: 6393
CA Conf FailRate Pct den: 3129
weekend: 0
CA Activation Rate: 66.76
hr: 23
MAC_UE_SC_Tput: 7666.98
Bearer Releases: 14566

hr: 23
qci1_setup_attempts: 213
CA Activation Rate num: 10018050
UPTP Mbps Den: 1153
Setup_Fail_DEN: 6480
SIP_SC_Total_MOU: 423.65
Peak UE: 125
MB_per_connected_UE: 163.38
PCT Time MIMO: 59.05
DL Volume: 7012

Time: 04:57:48
Date: 17-01-2023
holiday: 0
CA DL DataVolRatio Pct: 68.11
HO_att_InterFreq: 236
HO Attempts: 398

Avg_Connected_UEs: 45.71
SIP DC%: 
UPTP_Mbps: 47.31
DLRLCLayerDataVolume MB: 5689.24
DRB UL Data Volume MB: 896
PRB Util%: 28.18
RRC Setup Attempts: 4200
CA DL DataVolRatio Pct den: 1450
CA Conf FailRate Pct den: 5202
RSSIRX1 Avg: -93.27
weekend: 0
UPTP Mbps Num: 22175
Bearer Setup Failure Voice Den: 183
CA Activation Rate: 46.35
hr: 5
MAC_UE_SC_Tput: 5825.35
Bearer Releases: 6378

hr: 5
UPTP Mbps Den: 1213
Setup_Fail_DEN: 18662
S1U_SIP_SC_SEER_den: 157
Peak UE: 31
MB_per_connected_UE: 182.42
PCT Time MIMO: 45.95
DL Volume: 320
QCI 1 Bearer Releases: 172
CA Activation Rate den: 145936

Combined RACH Preambles: 1923
Time: 10:25:05
holiday: 0
HO Attempts: 601

SIP DC%: 
UPTP_Mbps: 43.54
DLRLCLayerDataVolume MB: 7362.77
PRB Util%: 17.48
RSSIRX1 Avg: -94.92
weekend: 0
UPTP Mbps Num: 1130
CA Activation Rate: 11.77
hr: 18
MAC_UE_SC_Tput: 8607.54
Bearer Releases: 6270

hr: 18
Avg CQI: 9.81
CA Activation Rate num: 10800206
UPTP Mbps Den: 2258
Setup_Fail_DEN: 7659
SIP_SC_Total_MOU: 266.01
Peak UE: 37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6380
DL Data Vol MAC in MB: 9035.75
CA Activation Rate den: 45045
Combined RACH Preambles: 2450

Time: 21:15:59
holiday: 0
HO_att_InterFreq: 489
CA DL DataVolRatio Pct num: 6812
HO Attempts: 629

DL MAC Vol Scell Pct: 41.26
Avg_Connected_UEs: 56.02
SIP DC%: 
DRB UL Data Volume MB: 4504
PRB Util%: 22.49
CA DL DataVolRatio Pct den: 8869
CA Conf FailRate Pct den: 5052
weekend: 0
CA Activation Rate: 5.84
hr: 9
MAC_UE_SC_Tput: 4487.86

hr: 9
Avg CQI: 11
CA Activation Rate num: 7731497
UPTP Mbps Den: 315
Setup_Fail_DEN: 19522
Peak UE: 44
MB_per_connected_UE: 27.11
DL Volume: 4614
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4723
CA Activation Rate den: 48657

Time: 21:42:49
holiday: 0
HO_att_InterFreq: 109

DL MAC Vol Scell Pct: 35.77
Avg_Connected_UEs: 75.08
SIP DC%: 
UPTP_Mbps: 43.7
RRC Setup Attempts: 8961
CA DL DataVolRatio Pct den: 7039
weekend: 0
RSSIRX2 Avg: -95.11
CA Activation Rate: 53.62
hr: 0
MAC_UE_SC_Tput: 7181.63
Bearer Releases: 15442

hr: 0
UPTP Mbps Den: 629
Setup_Fail_DEN: 14713
SIP_SC_Total_MOU: 88.53
Peak UE: 27
MB_per_connected_UE: 151.04
DL Volume: 3681
UL Throughput: 4.47
DL Data Vol MAC in MB: 4136.24
CA Activation Rate den: 51110

Time: 14:43:06
holiday: 0
CA DL DataVolRatio Pct: 80.04
HO_att_InterFreq: 433

SIP DC%: 
DLRLCLayerDataVolume MB: 1011.45
DRB UL Data Volume MB: 7669
RRC Setup Attempts: 6149
CA Conf FailRate Pct den: 5928
weekend: 0
UPTP Mbps Num: 28820
RSSIRX2 Avg: -97.95
S1U_SIP_SC_SEER_num: 283
CA Activation Rate: 11.03
hr: 19
MAC_UE_SC_Tput: 13858.95
Bearer Releases: 11280

hr: 19
CA Activation Rate num: 240377
Setup_Fail_DEN: 17405
Peak UE: 27
MB_per_connected_UE: 61.73
PCT Time MIMO: 33.41
DL Volume: 2300
DL Data Vol MAC in MB: 1154.95
CA Activation Rate den: 38778

Time: 10:46:27
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6064.79
DRB UL Data Volume MB: 3438
CA DL DataVolRatio Pct den: 9839
CA Conf FailRate Pct den: 6111
weekend: 0
UPTP Mbps Num: 22936
CA Activation Rate: 22.58
hr: 1
MAC_UE_SC_Tput: 5581.37
Bearer Releases: 16163

hr: 1
qci1_setup_attempts: 71
CA Activation Rate num: 11048573
UPTP Mbps Den: 2324
Setup_Fail_DEN: 6547
SIP_SC_Total_MOU: 187.02
Peak UE: 27
VOLTE IA%: 
DL Volume: 3218
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5698
CA Activation Rate den: 77599
Combined RACH Preambles: 2519

Time: 00:13:51
Date: 16-09-2023
holiday: 0
CA DL DataVolRatio Pct num: 1318

DL MAC Vol Scell Pct: 16.06
SIP DC%: 
UPTP_Mbps: 102.58
PRB Util%: 36.27
RRC Setup Attempts: 6009
CA Conf FailRate Pct den: 7786
weekend: 0
UPTP Mbps Num: 14993
RSSIRX2 Avg: -95.36
CA Activation Rate: 12.1
hr: 16
MAC_UE_SC_Tput: 7347.92

hr: 16
CA Activation Rate num: 12137112
UPTP Mbps Den: 526
Peak UE: 57
MB_per_connected_UE: 61.94
PCT Time MIMO: 34.59
DL Volume: 4561

Time: 20:42:50
holiday: 0
CA DL DataVolRatio Pct: 67.15
CA DL DataVolRatio Pct num: 6678

DL MAC Vol Scell Pct: 46.54
SIP DC%: 
UPTP_Mbps: 35.57
DLRLCLayerDataVolume MB: 8048.67
DRB UL Data Volume MB: 3480
CA DL DataVolRatio Pct den: 4378
RSSIRX1 Avg: -93.94
weekend: 0
CA Activation Rate: 22.25
hr: 17
MAC_UE_SC_Tput: 7093.34

hr: 17
Avg CQI: 11.02
CA Activation Rate num: 3219616
UPTP Mbps Den: 4577
Setup_Fail_DEN: 11882
S1U_SIP_SC_SEER_den: 150
Peak UE: 85
MB_per_connected_UE: 76.19
PCT Time MIMO: 42.82
DL Volume: 7626
CA Activation Rate den: 82872

Time: 11:29:34
holiday: 0
CA DL DataVolRatio Pct: 77.16
CA DL DataVolRatio Pct num: 748

SIP DC%: 
UPTP_Mbps: 24.87
DLRLCLayerDataVolume MB: 9473.85
DRB UL Data Volume MB: 4824
PRB Util%: 42.67
RRC Setup Attempts: 6210
CA DL DataVolRatio Pct den: 9957
CA Conf FailRate Pct den: 5681
RSSIRX1 Avg: -96.74
weekend: 0
CA Activation Rate: 47.12
hr: 23
MAC_UE_SC_Tput: 6323.07
Bearer Releases: 6852

hr: 23
CA Activation Rate num: 784094
SIP_SC_Total_MOU: 148.09
Peak UE: 74
MB_per_connected_UE: 193.44
PCT Time MIMO: 55.54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3628
CA Activation Rate den: 122699

Time: 17:25:07
holiday: 0
CA DL DataVolRatio Pct: 65.71
HO_att_InterFreq: 939
CA DL DataVolRatio Pct num: 4638

DL MAC Vol Scell Pct: 25.15
Avg_Connected_UEs: 60.87
SIP DC%: 
UPTP_Mbps: 35.4
DLRLCLayerDataVolume MB: 9592.48
DRB UL Data Volume MB: 7704
PRB Util%: 16.57
CA DL DataVolRatio Pct den: 9286
CA Conf FailRate Pct den: 5774
weekend: 0
UPTP Mbps Num: 23767
RSSIRX2 Avg: -95.49
CA Activation Rate: 15.11
hr: 3

hr: 3
CA Activation Rate num: 4107731
SIP_SC_Total_MOU: 243.62
Peak UE: 36
DL Data Vol MAC in MB: 9666.79

Combined RACH Preambles: 3888
Time: 15:03:51
holiday: 0
CA DL DataVolRatio Pct: 70.11
CA DL DataVolRatio Pct num: 882

Avg_Connected_UEs: 57.52
SIP DC%: 
UPTP_Mbps: 112.59
DLRLCLayerDataVolume MB: 8597.87
RRC Setup Attempts: 4906
CA Conf FailRate Pct den: 7264
weekend: 0
RSSIRX2 Avg: -94.91
CA Activation Rate: 57.33
hr: 20
MAC_UE_SC_Tput: 6654.38
Bearer Releases: 11451

hr: 20
HO_fail_PCT_InterFreq: 0.11
Avg CQI: 9.17
CA Activation Rate num: 10342711
UPTP Mbps Den: 1166
Setup_Fail_DEN: 16221
SIP_SC_Total_MOU: 296.6
UL MAC Vol Scell Pct: 0.79
Peak UE: 77
MB_per_connected_UE: 44.78
PCT Time MIMO: 35.99
DL Volume: 584
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6721

Time: 14:48:06
holiday: 0
CA DL DataVolRatio Pct: 70.84
CA DL DataVolRatio Pct num: 7556
HO Attempts: 903

DL MAC Vol Scell Pct: 31.39
SIP DC%: 
UPTP_Mbps: 22.31
DLRLCLayerDataVolume MB: 135.1
RRC Setup Attempts: 5450
CA Conf FailRate Pct den: 6465
weekend: 0
UPTP Mbps Num: 61680
RSSIRX2 Avg: -96.81
CA Activation Rate: 19.64
hr: 2
Bearer Releases: 12440

hr: 2
CA Activation Rate num: 5535150
UPTP Mbps Den: 3324
Setup_Fail_DEN: 16531
SIP_SC_Total_MOU: 430.98
S1U_SIP_SC_SEER_den: 216
Peak UE: 77
PCT Time MIMO: 62.36
DL Volume: 9497
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7197
DL Data Vol MAC in MB: 5979.41
CA Activation Rate den: 198641

Combined RACH Preambles: 3017
Time: 13:59:02
Date: 26-12-2022
holiday: 0
CA DL DataVolRatio Pct: 81.08
CA DL DataVolRatio Pct num: 6508
HO Attempts: 181

DL MAC Vol Scell Pct: 26.04
SIP DC%: 
UPTP_Mbps: 32.1
DLRLCLayerDataVolume MB: 4347.87
PRB Util%: 15.37
CA DL DataVolRatio Pct den: 4975
weekend: 0
CA Activation Rate: 36.38
hr: 4
MAC_UE_SC_Tput: 9030.29
Bearer Releases: 10231

hr: 4
CA Activation Rate num: 13907719
Setup_Fail_DEN: 15749
SIP_SC_Total_MOU: 130.39
Peak UE: 57
MB_per_connected_UE: 8.35
PCT Time MIMO: 36.35
DL Volume: 147
UL Throughput: 2.79
DL Data Vol MAC in MB: 3318.2

Time: 00:46:53
Date: 08-01-2023
holiday: 0
SIP_SC_Call_Attempts: 234
HO_att_InterFreq: 306
CA DL DataVolRatio Pct num: 4287

DL MAC Vol Scell Pct: 11.77
SIP DC%: 
UPTP_Mbps: 32.64
DLRLCLayerDataVolume MB: 167.18
Avg_PUCCH_SINR: 16.4
PRB Util%: 19.73
RRC Setup Attempts: 4446
CA DL DataVolRatio Pct den: 9479
RSSIRX1 Avg: -97.51
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5304.31
Bearer Releases: 6667

hr: 0
CA Activation Rate num: 3587164
SIP_SC_Total_MOU: 19.85
Peak UE: 42
MB_per_connected_UE: 168.15
PCT Time MIMO: 45.9
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8453
DL Data Vol MAC in MB: 616.82
CA Activation Rate den: 73771

Combined RACH Preambles: 3163
Time: 04:49:34
Date: 19-12-2022
holiday: 0
HO_att_InterFreq: 419
HO Attempts: 57

DL MAC Vol Scell Pct: 4.05
SIP DC%: 
UPTP_Mbps: 37.34
DLRLCLayerDataVolume MB: 5891.25
DRB UL Data Volume MB: 7627
Avg_PUCCH_SINR: 17.07
PRB Util%: 6.78
RRC Setup Attempts: 4288
CA DL DataVolRatio Pct den: 6651
RSSIRX1 Avg: -94.78
weekend: 0
RSSIRX2 Avg: -93.45
CA Activation Rate: 9.6
hr: 19
MAC_UE_SC_Tput: 16162.26
Bearer Releases: 12808

hr: 19
CA Activation Rate num: 3209389
UPTP Mbps Den: 1983
Peak UE: 27
PCT Time MIMO: 41.84
DL Volume: 5092
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4332
DL Data Vol MAC in MB: 6216.84
CA Activation Rate den: 58784

Time: 10:22:22
holiday: 0
CA DL DataVolRatio Pct: 61.77
HO_att_InterFreq: 916
CA DL DataVolRatio Pct num: 3770

DL MAC Vol Scell Pct: 16.75
Avg_Connected_UEs: 27.92
SIP DC%: 
UPTP_Mbps: 44.35
DLRLCLayerDataVolume MB: 2225.36
RRC Setup Attempts: 7269
RSSIRX1 Avg: -93.84
weekend: 1
hr: 23

hr: 23
qci1_setup_attempts: 124
CA Activation Rate num: 5662346
Setup_Fail_DEN: 11793
S1U_SIP_SC_SEER_den: 91
Peak UE: 46
MB_per_connected_UE: 168.27
PCT Time MIMO: 54.4
DL Volume: 3604
DL Data Vol MAC in MB: 833.17

Time: 10:49:50
holiday: 0
CA DL DataVolRatio Pct: 66.76

Avg_Connected_UEs: 46.54
SIP DC%: 
RRC Setup Attempts: 5397
CA Conf FailRate Pct den: 3719
RSSIRX1 Avg: -98.57
weekend: 0
UPTP Mbps Num: 13557
S1U_SIP_SC_SEER_num: 182
CA Activation Rate: 26.54
hr: 8
MAC_UE_SC_Tput: 16182.09
Bearer Releases: 12393

hr: 8
CA Activation Rate num: 4736044
UPTP Mbps Den: 5913
Setup_Fail_DEN: 16447
SIP_SC_Total_MOU: 207.16
Peak UE: 68
PCT Time MIMO: 55.03
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8371
UL Throughput: 3.41
DL Data Vol MAC in MB: 6585.16

Combined RACH Preambles: 3693
Time: 18:53:53
Date: 07-01-2023
holiday: 0
CA DL DataVolRatio Pct: 78.73

Avg_Connected_UEs: 77.62
SIP DC%: 
UPTP_Mbps: 43.66
DLRLCLayerDataVolume MB: 9481.99
CA DL DataVolRatio Pct den: 1684
CA Conf FailRate Pct den: 9122
RSSIRX1 Avg: -94.09
weekend: 1
S1U_SIP_SC_SEER_num: 129
CA Activation Rate: 20.49
hr: 15
MAC_UE_SC_Tput: 6036.32
Bearer Releases: 8289

hr: 15
Avg CQI: 11.48
CA Activation Rate num: 1883850
UPTP Mbps Den: 306
Setup_Fail_DEN: 17858
Peak UE: 53
MB_per_connected_UE: 160.81
DL Volume: 6106
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5480
DL Data Vol MAC in MB: 2432.73
CA Activation Rate den: 53946

Time: 17:47:59
holiday: 0
HO_att_InterFreq: 794
CA DL DataVolRatio Pct num: 3945
HO Attempts: 341

DL MAC Vol Scell Pct: 11.95
SIP DC%: 
UPTP_Mbps: 37.01
DRB UL Data Volume MB: 9291
CA DL DataVolRatio Pct den: 995
RSSIRX1 Avg: -96.26
weekend: 0
RSSIRX2 Avg: -96.05
CA Activation Rate: 51.58
hr: 23
MAC_UE_SC_Tput: 15371.37
Bearer Releases: 9341

hr: 23
CA Activation Rate num: 5032178
UPTP Mbps Den: 3030
Setup_Fail_DEN: 10702
S1U_SIP_SC_SEER_den: 84
Peak UE: 27
PCT Time MIMO: 46
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3310
UL Throughput: 3.15
DL Data Vol MAC in MB: 3489.67
Time: 18:15:48

holiday: 0
CA DL DataVolRatio Pct: 87.63
SIP_SC_Call_Attempts: 85
HO Attempts: 384

SIP DC%: 
UPTP_Mbps: 41.29
DLRLCLayerDataVolume MB: 5668.22
DRB UL Data Volume MB: 8576
PRB Util%: 35.7
RRC Setup Attempts: 5668
CA DL DataVolRatio Pct den: 4398
CA Conf FailRate Pct den: 8620
weekend: 0
RSSIRX2 Avg: -96.99
CA Activation Rate: 59.51
hr: 23
MAC_UE_SC_Tput: 13271.95

hr: 23
CA Activation Rate num: 10058018
UPTP Mbps Den: 1180
Setup_Fail_DEN: 10232
Peak UE: 27
MB_per_connected_UE: 124.37
DL Data Vol MAC in MB: 4557.6

Time: 03:39:50
holiday: 0
CA DL DataVolRatio Pct: 60.63
HO_att_InterFreq: 847
CA DL DataVolRatio Pct num: 846

DL MAC Vol Scell Pct: 14.31
Avg_Connected_UEs: 27.69
SIP DC%: 
UPTP_Mbps: 96.08
DLRLCLayerDataVolume MB: 2687.98
DRB UL Data Volume MB: 5958
PRB Util%: 25.98
CA DL DataVolRatio Pct den: 3494
weekend: 0
Setup_Fail_NUM: 13
CA Activation Rate: 41.09
hr: 8
MAC_UE_SC_Tput: 15555.28
Bearer Releases: 12099

hr: 8
CA Activation Rate num: 6465912
UPTP Mbps Den: 2042
SIP_SC_Total_MOU: 274.38
S1U_SIP_SC_SEER_den: 180
Peak UE: 27
MB_per_connected_UE: 190.06
DL Volume: 5209
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4098
UL Throughput: 1.41
DL Data Vol MAC in MB: 7938.95

Combined RACH Preambles: 1975
Time: 06:38:40
holiday: 0
HO_att_InterFreq: 333
CA DL DataVolRatio Pct num: 1556

DL MAC Vol Scell Pct: 27.54
Avg_Connected_UEs: 79.76
SIP DC%: 
UPTP_Mbps: 20.18
DLRLCLayerDataVolume MB: 1024.78
PRB Util%: 15.62
RSSIRX1 Avg: -94.64
weekend: 0
RSSIRX2 Avg: -93.06
CA Activation Rate: 68.25
hr: 12
MAC_UE_SC_Tput: 9494.26
Bearer Releases: 11053

hr: 12
UPTP Mbps Den: 2702
Setup_Fail_DEN: 6554
Peak UE: 51
MB_per_connected_UE: 40.71
PCT Time MIMO: 47.03
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3332

Combined RACH Preambles: 3203
Time: 15:37:26
Date: 01-08-2022
holiday: 0
CA DL DataVolRatio Pct: 72.03
HO_att_InterFreq: 828
CA DL DataVolRatio Pct num: 6704

Avg_Connected_UEs: 66.69
SIP DC%: 
UPTP_Mbps: 40.07
Avg_PUCCH_SINR: 16.02
PRB Util%: 16.76
RRC Setup Attempts: 3816
CA DL DataVolRatio Pct den: 9655
CA Conf FailRate Pct den: 5735
RSSIRX1 Avg: -98.31
weekend: 1
CA Activation Rate: 35.05
hr: 5
MAC_UE_SC_Tput: 5299.32

hr: 5
CA Activation Rate num: 2212954
Setup_Fail_DEN: 17789
SIP_SC_Total_MOU: 21.07
Peak UE: 99
MB_per_connected_UE: 180.35
PCT Time MIMO: 44.24
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5975
QCI 1 Bearer Releases: 119
CA Activation Rate den: 37655

Combined RACH Preambles: 2491
Time: 16:37:05
Date: 05-03-2022
holiday: 0
CA DL DataVolRatio Pct: 62
HO_att_InterFreq: 942

SIP DC%: 
UPTP_Mbps: 32.02
DRB UL Data Volume MB: 2582
PRB Util%: 61.59
RRC Setup Attempts: 7929
CA DL DataVolRatio Pct den: 9670
CA Conf FailRate Pct den: 6194
weekend: 0
CA Activation Rate: 39.08
hr: 3
MAC_UE_SC_Tput: 8829.54
Bearer Releases: 13236

hr: 3
CA Activation Rate num: 3980346
Setup_Fail_DEN: 16167
Peak UE: 27
MB_per_connected_UE: 14.04
DL Volume: 4058
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6275
UL Throughput: 3.49
DL Data Vol MAC in MB: 2726.2

Time: 04:57:37
Date: 16-11-2023
holiday: 0
CA DL DataVolRatio Pct: 68.54
HO_att_InterFreq: 836
HO Attempts: 941

SIP DC%: 
UPTP_Mbps: 27.31
DRB UL Data Volume MB: 6874
PRB Util%: 40.06
RRC Setup Attempts: 3775
CA DL DataVolRatio Pct den: 4716
CA Conf FailRate Pct den: 3603
RSSIRX1 Avg: -94.27
weekend: 1
UPTP Mbps Num: 23941
CA Activation Rate: 41.25
hr: 6
MAC_UE_SC_Tput: 11939.97
Bearer Releases: 10556

hr: 6
Avg CQI: 9.83
CA Activation Rate num: 4834938
UPTP Mbps Den: 2071
Setup_Fail_DEN: 13469
SIP_SC_Total_MOU: 172.3
Peak UE: 33
MB_per_connected_UE: 34.39
DL Volume: 5275
DL Data Vol MAC in MB: 9283.59

Time: 19:25:42
holiday: 0
CA DL DataVolRatio Pct: 58.22
HO_att_InterFreq: 510
HO Attempts: 480

Avg_Connected_UEs: 67.04
SIP DC%: 
UPTP_Mbps: 133.26
DLRLCLayerDataVolume MB: 5887.92
DRB UL Data Volume MB: 8605
PRB Util%: 64.96
RRC Setup Attempts: 3356
CA DL DataVolRatio Pct den: 7101
weekend: 1
UPTP Mbps Num: 13098
RSSIRX2 Avg: -98.29
CA Activation Rate: 56.85
hr: 9
MAC_UE_SC_Tput: 7148.98
Bearer Releases: 7600

hr: 9
Avg CQI: 9
CA Activation Rate num: 468871
UPTP Mbps Den: 1507
Setup_Fail_DEN: 15416
SIP_SC_Total_MOU: 126.91
Peak UE: 28
MB_per_connected_UE: 159.14
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6660
UL Throughput: 5.19
DL Data Vol MAC in MB: 6956.32
CA Activation Rate den: 81398

Combined RACH Preambles: 2068
Time: 07:26:23
Date: 18-08-2023
holiday: 0
SIP_SC_Call_Attempts: 12
CA DL DataVolRatio Pct num: 3089

DL MAC Vol Scell Pct: 24.01
Avg_Connected_UEs: 48.81
SIP DC%: 
UPTP_Mbps: 45.37
DLRLCLayerDataVolume MB: 7848.06
RRC Setup Attempts: 4113
CA DL DataVolRatio Pct den: 6642
weekend: 0
UPTP Mbps Num: 40617
RSSIRX2 Avg: -94.92
CA Activation Rate: 44.78
hr: 6
MAC_UE_SC_Tput: 4589.02

hr: 6
CA Activation Rate num: 3575913
UPTP Mbps Den: 2270
SIP_SC_Total_MOU: 2.8
Peak UE: 33
DL Volume: 1479
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6786
DL Data Vol MAC in MB: 2210.67
CA Activation Rate den: 43158

Time: 03:07:24
holiday: 0
CA DL DataVolRatio Pct: 63.19
CA DL DataVolRatio Pct num: 5543
HO Attempts: 213

DL MAC Vol Scell Pct: 27.02
SIP DC%: 
UPTP_Mbps: 23.68
DLRLCLayerDataVolume MB: 3893.93
PRB Util%: 53.66
RRC Setup Attempts: 6613
CA DL DataVolRatio Pct den: 9562
CA Conf FailRate Pct den: 6834
weekend: 0
UPTP Mbps Num: 29294
CA Activation Rate: 4.06
hr: 5
MAC_UE_SC_Tput: 9333.11

hr: 5
CA Activation Rate num: 13147586
UPTP Mbps Den: 372
SIP_SC_Total_MOU: 176.35
S1U_SIP_SC_SEER_den: 115
Peak UE: 72
MB_per_connected_UE: 114.79
DL Volume: 6703
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6984
QCI 1 Bearer Releases: 150
UL Throughput: 2.33
DL Data Vol MAC in MB: 9262.23

Combined RACH Preambles: 3483
Time: 08:30:42
holiday: 0
CA DL DataVolRatio Pct: 41.17
HO_att_InterFreq: 310
CA DL DataVolRatio Pct num: 7573
HO Attempts: 5

SIP DC%: 
DLRLCLayerDataVolume MB: 4524.96
DRB UL Data Volume MB: 8998
RRC Setup Attempts: 9467
CA Conf FailRate Pct den: 6337
weekend: 0
CA Activation Rate: 11.57
hr: 0
MAC_UE_SC_Tput: 14207.84
Bearer Releases: 6675

hr: 0
CA Activation Rate num: 10774207
Setup_Fail_DEN: 11888
Peak UE: 42
MB_per_connected_UE: 146.3
DL Volume: 4444
UL Throughput: 3.47
DL Data Vol MAC in MB: 2447.01
CA Activation Rate den: 69512

Time: 07:10:22
Date: 23-12-2022
holiday: 0
CA DL DataVolRatio Pct: 54.91
HO_att_InterFreq: 392
CA DL DataVolRatio Pct num: 5612
HO Attempts: 933

DL MAC Vol Scell Pct: 19.78
Avg_Connected_UEs: 63.87
SIP DC%: 
UPTP_Mbps: 12.96
DLRLCLayerDataVolume MB: 767.94
DRB UL Data Volume MB: 8279
RRC Setup Attempts: 6481
CA DL DataVolRatio Pct den: 4689
CA Conf FailRate Pct den: 8431
weekend: 0
RSSIRX2 Avg: -98.32
CA Activation Rate: 50.82
hr: 23
MAC_UE_SC_Tput: 5903.56
Bearer Releases: 9762

hr: 23
Avg CQI: 8.49
CA Activation Rate num: 2068180
UPTP Mbps Den: 2869
Setup_Fail_DEN: 13859
SIP_SC_Total_MOU: 120.75
Peak UE: 121
MB_per_connected_UE: 27.66
PCT Time MIMO: 50.25
DL Volume: 5256
UL Throughput: 1.81
DL Data Vol MAC in MB: 9118.54

Time: 05:51:29
holiday: 0
CA DL DataVolRatio Pct: 83.28
CA DL DataVolRatio Pct num: 6185

DL MAC Vol Scell Pct: 30.69
SIP DC%: 
UPTP_Mbps: 39.74
DRB UL Data Volume MB: 5813
RRC Setup Attempts: 7849
CA Conf FailRate Pct den: 8474
weekend: 0
UPTP Mbps Num: 7843
Bearer Setup Failure Voice Den: 66
RSSIRX2 Avg: -96.79
S1U_SIP_SC_SEER_num: 213
hr: 9
MAC_UE_SC_Tput: 40385.77

hr: 9
qci1_setup_attempts: 261
CA Activation Rate num: 3729449
UPTP Mbps Den: 3024
Peak UE: 32
MB_per_connected_UE: 164.24
PCT Time MIMO: 34.95
UL Throughput: 16.35
DL Data Vol MAC in MB: 8278.17
CA Activation Rate den: 87736

Combined RACH Preambles: 2126
Time: 09:58:02
holiday: 0
CA DL DataVolRatio Pct: 70.43
HO_att_InterFreq: 72
CA DL DataVolRatio Pct num: 7033
HO Attempts: 659

Avg_Connected_UEs: 42.82
SIP DC%: 
UPTP_Mbps: 126.79
DLRLCLayerDataVolume MB: 2238.11
DRB UL Data Volume MB: 4570
Avg_PUCCH_SINR: 16.66
PRB Util%: 7.21
RRC Setup Attempts: 5579
CA DL DataVolRatio Pct den: 10113
weekend: 0
UPTP Mbps Num: 43456
hr: 9
Bearer Releases: 6489

hr: 9
CA Activation Rate num: 10096847
UPTP Mbps Den: 146
Setup_Fail_DEN: 15148
SIP_SC_Total_MOU: 171.57
UL MAC Vol Scell Pct: 10.27
Peak UE: 40
MB_per_connected_UE: 129.2
DL Volume: 5621
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3074
DL Data Vol MAC in MB: 1702.31
CA Activation Rate den: 90695

Combined RACH Preambles: 2416
Time: 09:35:31
Date: 04-07-2023
holiday: 0
CA DL DataVolRatio Pct: 83.61
HO_att_InterFreq: 168

Avg_Connected_UEs: 29.16
SIP DC%: 
UPTP_Mbps: 45.17
DLRLCLayerDataVolume MB: 5822.05
DRB UL Data Volume MB: 2309
PRB Util%: 73.11
RRC Setup Attempts: 5624
CA DL DataVolRatio Pct den: 7178
CA Conf FailRate Pct den: 7003
weekend: 0
CA Activation Rate: 53.38
hr: 0
MAC_UE_SC_Tput: 15817.99
Bearer Releases: 14292

hr: 0
CA Activation Rate num: 8707649
UPTP Mbps Den: 5745
Peak UE: 27
MB_per_connected_UE: 44.51
DL Volume: 9400
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5196
UL Throughput: 7.99
DL Data Vol MAC in MB: 4786.44
CA Activation Rate den: 144397

Combined RACH Preambles: 3045
Time: 15:43:37
holiday: 0
HO_att_InterFreq: 484
CA DL DataVolRatio Pct num: 3990
HO Attempts: 63

DL MAC Vol Scell Pct: 36.61
Avg_Connected_UEs: 65.47
SIP DC%: 
UPTP_Mbps: 45.09
DRB UL Data Volume MB: 9558
PRB Util%: 65.43
CA Conf FailRate Pct den: 8812
weekend: 1
UPTP Mbps Num: 31226
S1U_SIP_SC_SEER_num: 158
CA Activation Rate: 40.71
hr: 4
MAC_UE_SC_Tput: 4286.99
Bearer Releases: 8294

hr: 4
qci1_setup_attempts: 51
Avg CQI: 9.85
CA Activation Rate num: 9375054
UPTP Mbps Den: 5994
Setup_Fail_DEN: 14793
SIP_SC_Total_MOU: 40.48
S1U_SIP_SC_SEER_den: 86
Peak UE: 47
MB_per_connected_UE: 146.77
DL Data Vol MAC in MB: 7863.49
CA Activation Rate den: 40649

Combined RACH Preambles: 2633
Time: 06:37:50
holiday: 0
CA DL DataVolRatio Pct: 78.7
HO_att_InterFreq: 947
HO Attempts: 454

DL MAC Vol Scell Pct: 22.96
Avg_Connected_UEs: 62.55
SIP DC%: 
DLRLCLayerDataVolume MB: 7919.19
RRC Setup Attempts: 7271
CA DL DataVolRatio Pct den: 9145
CA Conf FailRate Pct den: 3225
weekend: 1
CA Activation Rate: 32.85
hr: 23
MAC_UE_SC_Tput: 15359.33

hr: 23
CA Activation Rate num: 537743
UPTP Mbps Den: 1879
Setup_Fail_DEN: 8633
SIP_SC_Total_MOU: 85.92
Peak UE: 27
MB_per_connected_UE: 82.2
PCT Time MIMO: 45.98
DL Volume: 5509
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7162
DL Data Vol MAC in MB: 3540.42
CA Activation Rate den: 116876

Time: 23:42:43
holiday: 0
CA DL DataVolRatio Pct: 66.98
HO_att_InterFreq: 753
CA DL DataVolRatio Pct num: 5206
HO Attempts: 93

Avg_Connected_UEs: 58.24
SIP DC%: 
UPTP_Mbps: 45.8
DLRLCLayerDataVolume MB: 5924.35
RRC Setup Attempts: 4412
CA DL DataVolRatio Pct den: 8811
RSSIRX1 Avg: -93.68
weekend: 0
UPTP Mbps Num: 43682
S1U_SIP_SC_SEER_num: 259
CA Activation Rate: 31.11
hr: 12
MAC_UE_SC_Tput: 9212.18

hr: 12
CA Activation Rate num: 4030234
SIP_SC_Total_MOU: 36.88
Peak UE: 55
MB_per_connected_UE: 148.58
PCT Time MIMO: 44.21
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5426
DL Data Vol MAC in MB: 2618.46

Time: 04:45:23
holiday: 0
CA DL DataVolRatio Pct: 67.08
HO Attempts: 287

DL MAC Vol Scell Pct: 10.96
Avg_Connected_UEs: 26.74
SIP DC%: 
UPTP_Mbps: 45.91
DLRLCLayerDataVolume MB: 1320.58
DRB UL Data Volume MB: 6278
PRB Util%: 17.44
RRC Setup Attempts: 7353
CA DL DataVolRatio Pct den: 6246
RSSIRX1 Avg: -97.28
weekend: 0
UPTP Mbps Num: 9879
RSSIRX2 Avg: -97.88
CA Activation Rate: 55.8
hr: 15
MAC_UE_SC_Tput: 7490.89
Bearer Releases: 7734

hr: 15
qci1_setup_attempts: 187
CA Activation Rate num: 4564816
UPTP Mbps Den: 4618
Setup_Fail_DEN: 9744
SIP_SC_Total_MOU: 54.71
S1U_SIP_SC_SEER_den: 140
Peak UE: 27
MB_per_connected_UE: 7.54
PCT Time MIMO: 59.13
DL Volume: 6438
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4994
UL Throughput: 3.87
DL Data Vol MAC in MB: 6767.48
CA Activation Rate den: 139440

Time: 06:46:28
Date: 12-06-2022
holiday: 0
CA DL DataVolRatio Pct: 82.49
HO Attempts: 317

DL MAC Vol Scell Pct: 3.76
SIP DC%: 
DLRLCLayerDataVolume MB: 4792.01
DRB UL Data Volume MB: 6757
PRB Util%: 64.37
CA DL DataVolRatio Pct den: 5258
RSSIRX1 Avg: -97.03
weekend: 0
CA Activation Rate: 10.26
hr: 20
MAC_UE_SC_Tput: 11678.3
Bearer Releases: 14145

hr: 20
Avg CQI: 7.39
CA Activation Rate num: 5519307
Peak UE: 27
PCT Time MIMO: 33.31
DL Volume: 7376
DL Data Vol MAC in MB: 6639.63

Time: 06:33:58
holiday: 0
CA DL DataVolRatio Pct: 78.71
SIP_SC_Call_Attempts: 151
CA DL DataVolRatio Pct num: 783

DL MAC Vol Scell Pct: 17.37
SIP DC%: 
UPTP_Mbps: 36.86
DRB UL Data Volume MB: 154
RRC Setup Attempts: 4091
CA DL DataVolRatio Pct den: 4371
CA Conf FailRate Pct den: 7339
weekend: 0
hr: 0
Bearer Releases: 13061

hr: 0
CA Activation Rate num: 3875819
UPTP Mbps Den: 1268
SIP_SC_Total_MOU: 113.86
Peak UE: 54
MB_per_connected_UE: 9.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3724
DL Data Vol MAC in MB: 8715.27
CA Activation Rate den: 113256

Time: 18:29:52
Date: 03-04-2023
holiday: 0
HO_att_InterFreq: 701
CA DL DataVolRatio Pct num: 2602

SIP DC%: 
UPTP_Mbps: 29.4
DLRLCLayerDataVolume MB: 8818.19
DRB UL Data Volume MB: 8032
RRC Setup Attempts: 7738
CA DL DataVolRatio Pct den: 9441
weekend: 0
RSSIRX2 Avg: -97.39
CA Activation Rate: 17.45
hr: 20
MAC_UE_SC_Tput: 7362.2
Bearer Releases: 11543

hr: 20
CA Activation Rate num: 2446328
UPTP Mbps Den: 1294
Setup_Fail_DEN: 8579
Peak UE: 27
MB_per_connected_UE: 122.59
DL Volume: 8772
DL Data Vol MAC in MB: 6966.43

Time: 17:45:03
Date: 27-11-2023
holiday: 0
SIP_SC_Call_Attempts: 219
HO Attempts: 896

DL MAC Vol Scell Pct: 14.48
SIP DC%: 
DLRLCLayerDataVolume MB: 1611.29
DRB UL Data Volume MB: 7071
CA Conf FailRate Pct den: 6053
weekend: 0
CA Activation Rate: 16.83
hr: 3
MAC_UE_SC_Tput: 13445.65
Bearer Releases: 10885

hr: 3
CA Activation Rate num: 8825044
UPTP Mbps Den: 1687
SIP_SC_Total_MOU: 28.18
Peak UE: 27
DL Volume: 1193
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6709
UL Throughput: 14.9
CA Activation Rate den: 94295

Combined RACH Preambles: 3158
Time: 23:16:10
holiday: 0
CA DL DataVolRatio Pct: 74.37
Bearer Releases Voice: 89
CA DL DataVolRatio Pct num: 6287
HO Attempts: 86

DL MAC Vol Scell Pct: 13.77
Avg_Connected_UEs: 70
SIP DC%: 
UPTP_Mbps: 105.17
DLRLCLayerDataVolume MB: 865.56
DRB UL Data Volume MB: 8384
Avg_PUCCH_SINR: 16.58
PRB Util%: 32.57
RRC Setup Attempts: 7867
CA DL DataVolRatio Pct den: 9474
CA Conf FailRate Pct den: 9017
weekend: 1
UPTP Mbps Num: 15444
CA Activation Rate: 57.89
hr: 2
MAC_UE_SC_Tput: 4135.4
Bearer Releases: 6351

hr: 2
qci1_setup_attempts: 116
CA Activation Rate num: 4643813
UPTP Mbps Den: 4496
Peak UE: 27
DL Volume: 8015
CA Activation Rate den: 72917
Time: 19:21:00

holiday: 0
CA DL DataVolRatio Pct: 73.32
SIP_SC_Call_Attempts: 189
HO_att_InterFreq: 257
CA DL DataVolRatio Pct num: 1545

DL MAC Vol Scell Pct: 15.83
Avg_Connected_UEs: 48.93
SIP DC%: 
UPTP_Mbps: 37.59
DLRLCLayerDataVolume MB: 161.75
RRC Setup Attempts: 4848
CA Conf FailRate Pct den: 6445
weekend: 1
UPTP Mbps Num: 10743
CA Activation Rate: 20.28
hr: 20
MAC_UE_SC_Tput: 13602.46
Bearer Releases: 15761

hr: 20
CA Activation Rate num: 3343037
UPTP Mbps Den: 2487
SIP_SC_Total_MOU: 12.64
Peak UE: 101
MB_per_connected_UE: 150.14
PCT Time MIMO: 42.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7158
UL Throughput: 1.92
DL Data Vol MAC in MB: 7990.15
CA Activation Rate den: 55672

Combined RACH Preambles: 2560
Time: 15:14:00
holiday: 0
CA DL DataVolRatio Pct num: 2060

Avg_Connected_UEs: 16.2
SIP DC%: 
DLRLCLayerDataVolume MB: 4133.65
DRB UL Data Volume MB: 8683
PRB Util%: 30.4
CA Conf FailRate Pct den: 6771
weekend: 0
hr: 0
MAC_UE_SC_Tput: 14066.98
Bearer Releases: 6396

hr: 0
CA Activation Rate num: 5794358
UPTP Mbps Den: 1862
SIP_SC_Total_MOU: 294.95
Peak UE: 27
MB_per_connected_UE: 45
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8019
CA Activation Rate den: 97172
Combined RACH Preambles: 3791

Time: 00:22:33
holiday: 0

DL MAC Vol Scell Pct: 17.87
Avg_Connected_UEs: 26.5
SIP DC%: 
UPTP_Mbps: 38.44
DLRLCLayerDataVolume MB: 2354.15
DRB UL Data Volume MB: 3823
PRB Util%: 65.71
RRC Setup Attempts: 6780
CA Conf FailRate Pct den: 8852
weekend: 0
UPTP Mbps Num: 33520
RSSIRX2 Avg: -98.45
CA Activation Rate: 33.53
hr: 15
MAC_UE_SC_Tput: 13819.57
Bearer Releases: 10662

hr: 15
CA Activation Rate num: 10768450
UPTP Mbps Den: 2286
Setup_Fail_DEN: 12973
S1U_SIP_SC_SEER_den: 225
Peak UE: 27
MB_per_connected_UE: 39.99
PCT Time MIMO: 36.88
DL Volume: 3244
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3822
UL Throughput: 3.92
DL Data Vol MAC in MB: 7301.94
CA Activation Rate den: 69140

Time: 14:33:21
holiday: 0
CA DL DataVolRatio Pct: 81.36
CA DL DataVolRatio Pct num: 3640
HO Attempts: 207

DL MAC Vol Scell Pct: 6.95
SIP DC%: 
UPTP_Mbps: 41.58
DLRLCLayerDataVolume MB: 2704.02
PRB Util%: 17.18
CA DL DataVolRatio Pct den: 9328
weekend: 0
CA Activation Rate: 59.2
hr: 23
MAC_UE_SC_Tput: 5276.59
Bearer Releases: 6496

hr: 23
Avg CQI: 10.09
CA Activation Rate num: 4609129
UPTP Mbps Den: 2378
UL MAC Vol Scell Pct: 0.54
Peak UE: 41
MB_per_connected_UE: 76.02
PCT Time MIMO: 51.75
DL Volume: 4662
UL Throughput: 2.73
CA Activation Rate den: 128991

Combined RACH Preambles: 2845
Time: 09:11:06
Date: 30-01-2022
holiday: 0
HO_att_InterFreq: 291
CA DL DataVolRatio Pct num: 2949

SIP DC%: 
Avg_PUCCH_SINR: 16.22
RRC Setup Attempts: 7814
CA DL DataVolRatio Pct den: 7576
CA Conf FailRate Pct den: 8025
weekend: 0
UPTP Mbps Num: 33062
RSSIRX2 Avg: -93.29
CA Activation Rate: 19.48
hr: 21
MAC_UE_SC_Tput: 15450.29
Bearer Releases: 18690

hr: 21
Avg CQI: 8.87
CA Activation Rate num: 8695309
UPTP Mbps Den: 377
Setup_Fail_DEN: 14289
SIP_SC_Total_MOU: 177
Peak UE: 74
MB_per_connected_UE: 13.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3810
DL Data Vol MAC in MB: 10172.24
CA Activation Rate den: 103011
Time: 18:34:29

holiday: 0
CA DL DataVolRatio Pct: 70.36
HO_att_InterFreq: 214

DL MAC Vol Scell Pct: 11.8
SIP DC%: 
UPTP_Mbps: 70.95
DLRLCLayerDataVolume MB: 3793.12
DRB UL Data Volume MB: 3090
RRC Setup Attempts: 6723
CA DL DataVolRatio Pct den: 7570
CA Conf FailRate Pct den: 9298
weekend: 0
CA Activation Rate: 10.94
hr: 3
MAC_UE_SC_Tput: 9294.91

hr: 3
qci1_setup_attempts: 76
CA Activation Rate num: 1147098
Peak UE: 50
MB_per_connected_UE: 75.28
PCT Time MIMO: 40.42

Time: 10:24:33
holiday: 0
CA DL DataVolRatio Pct: 56.01

DL MAC Vol Scell Pct: 26.98
Avg_Connected_UEs: 83.07
SIP DC%: 
UPTP_Mbps: 32.34
DLRLCLayerDataVolume MB: 2388.39
DRB UL Data Volume MB: 8945
PRB Util%: 33.69
RRC Setup Attempts: 4143
CA DL DataVolRatio Pct den: 7551
CA Conf FailRate Pct den: 6338
weekend: 0
RSSIRX2 Avg: -96.1
hr: 23
MAC_UE_SC_Tput: 5865.45

hr: 23
Avg CQI: 7.43
CA Activation Rate num: 10354680
UPTP Mbps Den: 1265
Setup_Fail_DEN: 8034
SIP_SC_Total_MOU: 237.28
S1U_SIP_SC_SEER_den: 90
Peak UE: 43
PCT Time MIMO: 54.61
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5179
DL Data Vol MAC in MB: 1213.89

Time: 20:26:07
holiday: 0
CA DL DataVolRatio Pct: 67.9
Combined RACH Failures: 8
HO_att_InterFreq: 943
CA DL DataVolRatio Pct num: 6980

Avg_Connected_UEs: 81.62
SIP DC%: 
UPTP_Mbps: 42.36
DRB UL Data Volume MB: 6009
Avg_PUCCH_SINR: 16.79
PRB Util%: 44.88
RRC Setup Attempts: 4219
CA DL DataVolRatio Pct den: 8844
CA Conf FailRate Pct den: 5002
weekend: 0
UPTP Mbps Num: 49016
CA Activation Rate: 43.38
hr: 16
MAC_UE_SC_Tput: 18212.85
Bearer Releases: 10092

hr: 16
CA Activation Rate num: 9449297
UPTP Mbps Den: 1528
Setup_Fail_DEN: 15991
SIP_SC_Total_MOU: 62.04
Peak UE: 27
MB_per_connected_UE: 47.16
DL Volume: 8061
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7071
DL Data Vol MAC in MB: 6146.9
CA Activation Rate den: 45817

Combined RACH Preambles: 2538
Time: 04:16:54
holiday: 0
CA DL DataVolRatio Pct: 57.09
CA DL DataVolRatio Pct num: 3207
HO Attempts: 22

DL MAC Vol Scell Pct: 12.19
Avg_Connected_UEs: 51.25
SIP DC%: 
UPTP_Mbps: 37.21
DLRLCLayerDataVolume MB: 6925.97
DRB UL Data Volume MB: 7459
PRB Util%: 57.72
weekend: 0
RSSIRX2 Avg: -94.58
CA Activation Rate: 64.47
hr: 0
MAC_UE_SC_Tput: 7771.45
Bearer Releases: 9413

hr: 0
CA Activation Rate num: 956642
UPTP Mbps Den: 1942
Setup_Fail_DEN: 16096
Peak UE: 27
MB_per_connected_UE: 85.47
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8820
DL Data Vol MAC in MB: 8949.77

Time: 14:33:10
Date: 20-05-2022
holiday: 0
CA DL DataVolRatio Pct: 78.99
CA DL DataVolRatio Pct num: 5389

DL MAC Vol Scell Pct: 28.79
Avg_Connected_UEs: 33.86
SIP DC%: 
UPTP_Mbps: 18.52
DLRLCLayerDataVolume MB: 2191.78
RRC Setup Attempts: 4466
CA DL DataVolRatio Pct den: 5938
CA Conf FailRate Pct den: 8984
weekend: 0
RSSIRX2 Avg: -94.64
CA Activation Rate: 45.32
hr: 18
Bearer Releases: 13641

hr: 18
Avg CQI: 8.89
CA Activation Rate num: 4221408
Setup_Fail_DEN: 10342
SIP_SC_Total_MOU: 28.01
UL MAC Vol Scell Pct: 0.12
Peak UE: 82
MB_per_connected_UE: 87.01
PCT Time MIMO: 67.17
DL Volume: 4819
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7720
UL Throughput: 5.21
CA Activation Rate den: 45119

Time: 02:59:20
Date: 02-05-2023
holiday: 0
CA DL DataVolRatio Pct: 77.02
CA DL DataVolRatio Pct num: 5813
HO Attempts: 637

DL MAC Vol Scell Pct: 2.72
Avg_Connected_UEs: 47.83
SIP DC%: 
UPTP_Mbps: 43.74
RRC Setup Attempts: 5528
CA DL DataVolRatio Pct den: 1250
weekend: 0
S1U_SIP_SC_SEER_num: 269
CA Activation Rate: 69.34
hr: 21
MAC_UE_SC_Tput: 13534.62
Bearer Releases: 9120

hr: 21
Avg CQI: 11.65
CA Activation Rate num: 9939027
UPTP Mbps Den: 453
Setup_Fail_DEN: 11210
S1U_SIP_SC_SEER_den: 214
Peak UE: 55
MB_per_connected_UE: 160.31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9401
UL Throughput: 2.4
DL Data Vol MAC in MB: 7725.84
CA Activation Rate den: 60531

Combined RACH Preambles: 2433
Time: 00:30:27
holiday: 0
Bearer Releases Voice: 129
CA DL DataVolRatio Pct num: 7253

DL MAC Vol Scell Pct: 30.89
Avg_Connected_UEs: 46.09
SIP DC%: 
UPTP_Mbps: 35.86
DRB UL Data Volume MB: 7088
PRB Util%: 18.12
RRC Setup Attempts: 5394
CA DL DataVolRatio Pct den: 8523
CA Conf FailRate Pct den: 9062
weekend: 0
UPTP Mbps Num: 4325
CA Activation Rate: 24.23
hr: 10
MAC_UE_SC_Tput: 14084.63
Bearer Releases: 16698

hr: 10
CA Activation Rate num: 4193763
UPTP Mbps Den: 538
Setup_Fail_DEN: 8252
SIP_SC_Total_MOU: 442.33
S1U_SIP_SC_SEER_den: 196
Peak UE: 32
MB_per_connected_UE: 30.81
PCT Time MIMO: 46.67
DL Volume: 1823
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5535
DL Data Vol MAC in MB: 3680.58
CA Activation Rate den: 70306

Combined RACH Preambles: 2773
Time: 21:21:35
Date: 07-12-2022
holiday: 0
CA DL DataVolRatio Pct: 61.69
CA DL DataVolRatio Pct num: 7063

Avg_Connected_UEs: 60.41
SIP DC%: 
UPTP_Mbps: 47.3
CA DL DataVolRatio Pct den: 7755
CA Conf FailRate Pct den: 7674
weekend: 0
RSSIRX2 Avg: -94.13
CA Activation Rate: 10.05
hr: 23
MAC_UE_SC_Tput: 17558.3

hr: 23
CA Activation Rate num: 10598979
UPTP Mbps Den: 1405
Peak UE: 27
MB_per_connected_UE: 169.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5090
UL Throughput: 10.55
DL Data Vol MAC in MB: 4429.73

Time: 20:07:55
holiday: 0
CA DL DataVolRatio Pct: 68.41
CA DL DataVolRatio Pct num: 6944

SIP DC%: 
UPTP_Mbps: 18.19
DLRLCLayerDataVolume MB: 8704.31
DRB UL Data Volume MB: 3264
RRC Setup Attempts: 5398
CA DL DataVolRatio Pct den: 7337
CA Conf FailRate Pct den: 7249
weekend: 0
UPTP Mbps Num: 56368
RSSIRX2 Avg: -98
CA Activation Rate: 62.64
hr: 0
MAC_UE_SC_Tput: 4484.87
Bearer Releases: 13554

hr: 0
CA Activation Rate num: 4391393
UPTP Mbps Den: 2404
Peak UE: 27
MB_per_connected_UE: 25.44
DL Volume: 8451
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3205
UL Throughput: 2.19
DL Data Vol MAC in MB: 5087.96
CA Activation Rate den: 97465

Time: 08:45:23
Date: 23-08-2023
holiday: 0
CA DL DataVolRatio Pct: 45.41

DL MAC Vol Scell Pct: 9.08
SIP DC%: 
UPTP_Mbps: 83.67
PRB Util%: 40.35
RRC Setup Attempts: 4643
CA DL DataVolRatio Pct den: 1281
CA Conf FailRate Pct den: 8481
weekend: 1
CA Activation Rate: 29.28
hr: 0
MAC_UE_SC_Tput: 5456.35
Bearer Releases: 8270

hr: 0
CA Activation Rate num: 3382617
UPTP Mbps Den: 1602
SIP_SC_Total_MOU: 220.31
Peak UE: 32
MB_per_connected_UE: 66.44
PCT Time MIMO: 48.11
DL Volume: 4629
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3425
UL Throughput: 7.07
DL Data Vol MAC in MB: 5575.17
CA Activation Rate den: 92600
Time: 03:22:57

Date: 17-10-2022
holiday: 0
CA DL DataVolRatio Pct: 91.85
CA DL DataVolRatio Pct num: 7475
HO Attempts: 654

Avg_Connected_UEs: 29.12
SIP DC%: 
UPTP_Mbps: 115.59
DRB UL Data Volume MB: 2740
RRC Setup Attempts: 9518
weekend: 0
UPTP Mbps Num: 24642
Bearer Setup Failure Voice Den: 141
hr: 5
MAC_UE_SC_Tput: 15345.13
Bearer Releases: 7462

hr: 5
CA Activation Rate num: 10487933
UPTP Mbps Den: 1310
Setup_Fail_DEN: 16688
SIP_SC_Total_MOU: 65.89
S1U_SIP_SC_SEER_den: 87
Peak UE: 27
MB_per_connected_UE: 32.11
DL Volume: 2626
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6883
DL Data Vol MAC in MB: 9375.6
CA Activation Rate den: 46813

Combined RACH Preambles: 2289
Time: 06:28:28
Date: 07-02-2022
holiday: 0
CA DL DataVolRatio Pct: 72.58
Bearer Releases Voice: 177
HO_att_InterFreq: 493
CA DL DataVolRatio Pct num: 5824

DL MAC Vol Scell Pct: 5.63
SIP DC%: 
UPTP_Mbps: 23.99
DRB UL Data Volume MB: 1166
PRB Util%: 19.39
CA Conf FailRate Pct den: 6873
weekend: 0
hr: 7
MAC_UE_SC_Tput: 9372.37
Bearer Releases: 9032

hr: 7
Avg CQI: 10.07
CA Activation Rate num: 8166422
Setup_Fail_DEN: 16014
SIP_SC_Total_MOU: 59.07
Peak UE: 27
DL Volume: 892
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7853
UL Throughput: 1.67
CA Activation Rate den: 92742

Time: 20:40:32
holiday: 0
CA DL DataVolRatio Pct: 71.63
CA DL DataVolRatio Pct num: 549
HO Attempts: 204

Avg_Connected_UEs: 43.23
SIP DC%: 
UPTP_Mbps: 39.53
DLRLCLayerDataVolume MB: 9553.14
DRB UL Data Volume MB: 7694
PRB Util%: 30.6
CA DL DataVolRatio Pct den: 3578
CA Conf FailRate Pct den: 3226
RSSIRX1 Avg: -97.78
weekend: 0
CA Activation Rate: 57.7
hr: 23
Bearer Releases: 17344

hr: 23
CA Activation Rate num: 10427900
UPTP Mbps Den: 5325
Setup_Fail_DEN: 15274
SIP_SC_Total_MOU: 37.06
Peak UE: 27
PCT Time MIMO: 43.79
UL Throughput: 1.89
DL Data Vol MAC in MB: 5922.4

Time: 01:45:33
holiday: 0
CA DL DataVolRatio Pct: 58.04
HO Attempts: 760

DL MAC Vol Scell Pct: 5.01
Avg_Connected_UEs: 55.68
SIP DC%: 
UPTP_Mbps: 22.18
DRB UL Data Volume MB: 5036
RRC Setup Attempts: 3562
CA DL DataVolRatio Pct den: 8357
CA Conf FailRate Pct den: 7238
weekend: 1
hr: 18
MAC_UE_SC_Tput: 16585.66
Bearer Releases: 8448

hr: 18
Avg CQI: 7.74
CA Activation Rate num: 3944301
Peak UE: 27
MB_per_connected_UE: 21.24
PCT Time MIMO: 42.6
DL Volume: 3008
UL Throughput: 4.5
CA Activation Rate den: 96393

Time: 02:01:42
Date: 15-09-2022
holiday: 0
CA DL DataVolRatio Pct: 87.26
Bearer Releases Voice: 21
HO_att_InterFreq: 937
HO Attempts: 270

DL MAC Vol Scell Pct: 51.14
Avg_Connected_UEs: 83.7
SIP DC%: 
RRC Setup Attempts: 4883
CA DL DataVolRatio Pct den: 9607
CA Conf FailRate Pct den: 4463
weekend: 0
UPTP Mbps Num: 17591
RSSIRX2 Avg: -98.11
CA Activation Rate: 22.38
hr: 15
MAC_UE_SC_Tput: 9997.22

hr: 15
CA Activation Rate num: 5374386
UPTP Mbps Den: 5618
Setup_Fail_DEN: 8853
Peak UE: 29
MB_per_connected_UE: 194.09
DL Volume: 2007
QCI 1 Bearer Releases: 165
DL Data Vol MAC in MB: 383.84
CA Activation Rate den: 39027

Time: 18:20:23
holiday: 0
CA DL DataVolRatio Pct: 67.63
HO Attempts: 137

Avg_Connected_UEs: 76.19
SIP DC%: 
UPTP_Mbps: 33.13
DRB UL Data Volume MB: 843
PRB Util%: 26.57
RRC Setup Attempts: 7837
CA DL DataVolRatio Pct den: 2843
RSSIRX1 Avg: -95.34
weekend: 0
RSSIRX2 Avg: -97.06
CA Activation Rate: 18.31
hr: 3
MAC_UE_SC_Tput: 14759.23
Bearer Releases: 16784

hr: 3
UPTP Mbps Den: 5368
Setup_Fail_DEN: 15231
SIP_SC_Total_MOU: 186.68
Peak UE: 27
MB_per_connected_UE: 184.76
QCI 1 Bearer Releases: 139
DL Data Vol MAC in MB: 858.63
CA Activation Rate den: 45794

Time: 02:49:59
holiday: 0
CA DL DataVolRatio Pct: 86

Avg_Connected_UEs: 52.78
SIP DC%: 
DLRLCLayerDataVolume MB: 6158
UL Resid BLER PCT: 0.78
RRC Setup Attempts: 5070
CA DL DataVolRatio Pct den: 6708
CA Conf FailRate Pct den: 9473
RSSIRX1 Avg: -97.17
weekend: 0
RSSIRX2 Avg: -98.49
CA Activation Rate: 7.75
hr: 23
MAC_UE_SC_Tput: 11688.73

hr: 23
CA Activation Rate num: 4081799
Peak UE: 70
MB_per_connected_UE: 47.97
PCT Time MIMO: 53.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4470
DL Data Vol MAC in MB: 5624.82
CA Activation Rate den: 137227

Time: 14:21:11
holiday: 0
CA DL DataVolRatio Pct: 59.45
HO Attempts: 131

Avg_Connected_UEs: 46.76
SIP DC%: 
UPTP_Mbps: 38.92
DLRLCLayerDataVolume MB: 3187.56
DRB UL Data Volume MB: 6035
RRC Setup Attempts: 7952
CA DL DataVolRatio Pct den: 8678
CA Conf FailRate Pct den: 9507
weekend: 0
CA Activation Rate: 55.99
hr: 8
MAC_UE_SC_Tput: 9701.96
Bearer Releases: 13089

hr: 8
CA Activation Rate num: 791617
UPTP Mbps Den: 1454
Setup_Fail_DEN: 10234
SIP_SC_Total_MOU: 197.33
Peak UE: 109
MB_per_connected_UE: 176.09
PCT Time MIMO: 42.17
DL Volume: 3186
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5274
DL Data Vol MAC in MB: 5124.23
CA Activation Rate den: 82691

Combined RACH Preambles: 2031
Time: 20:04:17
Date: 29-12-2023
holiday: 0
HO_att_InterFreq: 892

DL MAC Vol Scell Pct: 28.76
Avg_Connected_UEs: 33.97
SIP DC%: 
UPTP_Mbps: 14.2
DRB UL Data Volume MB: 8875
PRB Util%: 30.31
RRC Setup Attempts: 5887
CA DL DataVolRatio Pct den: 8259
weekend: 0
CA Activation Rate: 40.16
hr: 23
MAC_UE_SC_Tput: 18172.32
Bearer Releases: 17478

hr: 23
CA Activation Rate num: 5837569
SIP_SC_Total_MOU: 126.2
Peak UE: 28
MB_per_connected_UE: 196.88
PCT Time MIMO: 50.24
DL Data Vol MAC in MB: 321.98

Time: 20:34:25
Date: 14-04-2022
holiday: 0
CA DL DataVolRatio Pct num: 4430

Avg_Connected_UEs: 75.49
SIP DC%: 
UPTP_Mbps: 21.17
DLRLCLayerDataVolume MB: 4869.59
DRB UL Data Volume MB: 8260
PRB Util%: 24.97
CA DL DataVolRatio Pct den: 3281
weekend: 1
UPTP Mbps Num: 42865
S1U_SIP_SC_SEER_num: 137
CA Activation Rate: 43.62
hr: 0
MAC_UE_SC_Tput: 13584.16
Bearer Releases: 16771

hr: 0
CA Activation Rate num: 4885255
Setup_Fail_DEN: 9790
Peak UE: 44
MB_per_connected_UE: 12.65
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6620
CA Activation Rate den: 88239
Combined RACH Preambles: 2596

Time: 00:34:26
holiday: 0
CA DL DataVolRatio Pct: 85.87
CA DL DataVolRatio Pct num: 3787

DL MAC Vol Scell Pct: 16.48
Avg_Connected_UEs: 55.32
SIP DC%: 
UPTP_Mbps: 44.22
DLRLCLayerDataVolume MB: 8696.47
CA DL DataVolRatio Pct den: 8859
weekend: 0
hr: 2
MAC_UE_SC_Tput: 13886.4
Bearer Releases: 7670

hr: 2
CA Activation Rate num: 5157978
Setup_Fail_DEN: 8038
SIP_SC_Total_MOU: 369.64
Peak UE: 77
MB_per_connected_UE: 40.49
UL Throughput: 4.62

Time: 12:54:24
holiday: 0
CA DL DataVolRatio Pct: 88.88
HO_att_InterFreq: 396
CA DL DataVolRatio Pct num: 1781
HO Attempts: 843

DL MAC Vol Scell Pct: 30.91
Avg_Connected_UEs: 41
SIP DC%: 
DLRLCLayerDataVolume MB: 2371.97
DRB UL Data Volume MB: 9002
PRB Util%: 41.9
RRC Setup Attempts: 4340
CA DL DataVolRatio Pct den: 7477
weekend: 0
UPTP Mbps Num: 18491
RSSIRX2 Avg: -98.18
CA Activation Rate: 19.26
hr: 4
MAC_UE_SC_Tput: 4622.14
Bearer Releases: 8677

hr: 4
CA Activation Rate num: 7965961
UPTP Mbps Den: 2982
Setup_Fail_DEN: 9841
SIP_SC_Total_MOU: 303.41
Peak UE: 59
MB_per_connected_UE: 131.26
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6496

Time: 01:56:15
Date: 20-02-2023
holiday: 0
CA DL DataVolRatio Pct: 86.32
HO_att_InterFreq: 212
CA DL DataVolRatio Pct num: 5446

Avg_Connected_UEs: 41.84
SIP DC%: 
UPTP_Mbps: 35.56
DLRLCLayerDataVolume MB: 5563.66
DRB UL Data Volume MB: 2696
PRB Util%: 34.3
CA DL DataVolRatio Pct den: 3275
CA Conf FailRate Pct den: 6535
RSSIRX1 Avg: -96.12
weekend: 0
RSSIRX2 Avg: -97.17
hr: 23
MAC_UE_SC_Tput: 6742.68
Bearer Releases: 6286

hr: 23
CA Activation Rate num: 3046269
Setup_Fail_DEN: 13336
Peak UE: 27
MB_per_connected_UE: 61.39
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5005
CA Activation Rate den: 183955

Time: 20:12:07
holiday: 0
CA DL DataVolRatio Pct: 68.72
CA DL DataVolRatio Pct num: 2965
HO Attempts: 867

DL MAC Vol Scell Pct: 12.64
SIP DC%: 
UPTP_Mbps: 13.4
DLRLCLayerDataVolume MB: 8671.3
PRB Util%: 25.78
RRC Setup Attempts: 5467
weekend: 0
UPTP Mbps Num: 16052
S1U_SIP_SC_SEER_num: 98
CA Activation Rate: 74.27
hr: 8
MAC_UE_SC_Tput: 12279.14

hr: 8
CA Activation Rate num: 508447
UPTP Mbps Den: 2351
Setup_Fail_DEN: 10119
SIP_SC_Total_MOU: 394.55
S1U_SIP_SC_SEER_den: 236
Peak UE: 29
MB_per_connected_UE: 162.13
DL Volume: 5832
DL Data Vol MAC in MB: 8420.71
CA Activation Rate den: 118777

Combined RACH Preambles: 2983
Time: 04:50:26
Date: 14-01-2022
holiday: 0
CA DL DataVolRatio Pct: 84.09
HO_att_InterFreq: 125
CA DL DataVolRatio Pct num: 3896
HO Attempts: 346

DL MAC Vol Scell Pct: 7.45
Avg_Connected_UEs: 52.74
SIP DC%: 
UPTP_Mbps: 40.17
DLRLCLayerDataVolume MB: 3890.34
DRB UL Data Volume MB: 4172
CA DL DataVolRatio Pct den: 2489
RSSIRX1 Avg: -94.11
weekend: 0
CA Activation Rate: 40.53
hr: 6
MAC_UE_SC_Tput: 4285.86
Bearer Releases: 6407

hr: 6
Setup_Fail_DEN: 15561
Peak UE: 27
MB_per_connected_UE: 51.45
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3333
UL Throughput: 4.34
DL Data Vol MAC in MB: 434.22
CA Activation Rate den: 144621

Time: 21:17:34
holiday: 0
CA DL DataVolRatio Pct num: 5027
HO Attempts: 160

DL MAC Vol Scell Pct: 24.61
Avg_Connected_UEs: 34.36
SIP DC%: 
UPTP_Mbps: 25.67
DRB UL Data Volume MB: 5557
PRB Util%: 3.93
CA DL DataVolRatio Pct den: 6574
weekend: 0
UPTP Mbps Num: 22547
CA Activation Rate: 51.08
hr: 23
MAC_UE_SC_Tput: 16959.47
Bearer Releases: 10786

hr: 23
CA Activation Rate num: 5883069
UPTP Mbps Den: 2379
Setup_Fail_DEN: 9082
SIP_SC_Total_MOU: 237.98
Peak UE: 55
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5002
DL Data Vol MAC in MB: 3647.73
CA Activation Rate den: 41514

Combined RACH Preambles: 2163
Time: 09:06:29
holiday: 0
CA DL DataVolRatio Pct: 41.54
HO Attempts: 165

DL MAC Vol Scell Pct: 27.4
Avg_Connected_UEs: 69.14
SIP DC%: 
UPTP_Mbps: 106.12
DLRLCLayerDataVolume MB: 8308.42
DRB UL Data Volume MB: 5221
CA DL DataVolRatio Pct den: 9667
RSSIRX1 Avg: -94.72
weekend: 0
S1U_SIP_SC_SEER_num: 152
CA Activation Rate: 67.47
hr: 23
MAC_UE_SC_Tput: 11853.59
Bearer Releases: 6590

hr: 23
CA Activation Rate num: 8415848
Setup_Fail_DEN: 15552
Peak UE: 27
MB_per_connected_UE: 167.42
CA Activation Rate den: 38883

Time: 19:34:27
holiday: 0
CA DL DataVolRatio Pct: 52.95

SIP DC%: 
UPTP_Mbps: 37.3
DLRLCLayerDataVolume MB: 3803.87
DRB UL Data Volume MB: 8085
PRB Util%: 7.33
RRC Setup Attempts: 8598
CA Conf FailRate Pct den: 5611
weekend: 0
UPTP Mbps Num: 25144
RSSIRX2 Avg: -97.1
CA Activation Rate: 18.25
hr: 21
MAC_UE_SC_Tput: 15710.33
Bearer Releases: 8124

hr: 21
CA Activation Rate num: 7866887
Setup_Fail_DEN: 9200
Peak UE: 49
MB_per_connected_UE: 184.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9417
DL Data Vol MAC in MB: 2477.83
CA Activation Rate den: 113903

Combined RACH Preambles: 2202
Time: 13:30:51
holiday: 0
CA DL DataVolRatio Pct: 58.24
HO_att_InterFreq: 520

SIP DC%: 
DLRLCLayerDataVolume MB: 5884.52
DRB UL Data Volume MB: 6355
CA DL DataVolRatio Pct den: 6910
weekend: 1
CA Activation Rate: 60.35
hr: 23
MAC_UE_SC_Tput: 16253.22

hr: 23
CA Activation Rate num: 11174332
Setup_Fail_DEN: 14410
SIP_SC_Total_MOU: 248.56
Peak UE: 27
MB_per_connected_UE: 182.1
PCT Time MIMO: 49.19
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4340
UL Throughput: 5.05
DL Data Vol MAC in MB: 6560.03

Time: 17:36:36
Date: 12-09-2023
holiday: 0
CA DL DataVolRatio Pct: 83
HO_att_InterFreq: 820
CA DL DataVolRatio Pct num: 7388
HO Attempts: 924

DL MAC Vol Scell Pct: 11.56
SIP DC%: 
UPTP_Mbps: 38.99
CA DL DataVolRatio Pct den: 7018
CA Conf FailRate Pct den: 5565
weekend: 0
UPTP Mbps Num: 29131
CA Activation Rate: 58.66
hr: 0
Bearer Releases: 11064

hr: 0
CA Activation Rate num: 9905220
Setup_Fail_DEN: 6411
Peak UE: 27
MB_per_connected_UE: 62.73

Time: 10:47:14
holiday: 0
CA DL DataVolRatio Pct num: 6118
HO Attempts: 935

DL MAC Vol Scell Pct: 13.24
Avg_Connected_UEs: 25.39
SIP DC%: 
UPTP_Mbps: 43.84
DLRLCLayerDataVolume MB: 4578.71
DRB UL Data Volume MB: 4305
Avg_PUCCH_SINR: 17
RRC Setup Attempts: 7148
CA DL DataVolRatio Pct den: 9225
RSSIRX1 Avg: -95.51
weekend: 0
Bearer Setup Failure Voice Den: 172
CA Activation Rate: 44.45
hr: 6
MAC_UE_SC_Tput: 9335.73

hr: 6
CA Activation Rate num: 8414213
UPTP Mbps Den: 706
Setup_Fail_DEN: 14571
SIP_SC_Total_MOU: 1.52
S1U_SIP_SC_SEER_den: 123
Peak UE: 27
MB_per_connected_UE: 148.13
DL Volume: 2464
UL Throughput: 2.31
DL Data Vol MAC in MB: 2263.51
CA Activation Rate den: 45474

Time: 21:24:15
holiday: 0
HO_att_InterFreq: 82
HO Attempts: 715

DL MAC Vol Scell Pct: 40.03
SIP DC%: 
UPTP_Mbps: 30.94
DLRLCLayerDataVolume MB: 2485.56
DRB UL Data Volume MB: 4392
PRB Util%: 15.3
DL Packet Loss Pct: 4.23
RRC Setup Attempts: 9102
CA DL DataVolRatio Pct den: 859
CA Conf FailRate Pct den: 7747
weekend: 0
UPTP Mbps Num: 10712
CA Activation Rate: 36.8
hr: 23
MAC_UE_SC_Tput: 13543.72
Bearer Releases: 10131

hr: 23
CA Activation Rate num: 8409750
UPTP Mbps Den: 3446
Setup_Fail_DEN: 17078
SIP_SC_Total_MOU: 166.83
Peak UE: 27
MB_per_connected_UE: 124.33
PCT Time MIMO: 58.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6405

Time: 18:49:29
Date: 24-09-2023
holiday: 0
CA DL DataVolRatio Pct: 72.76
CA DL DataVolRatio Pct num: 5780
HO Attempts: 732

DL MAC Vol Scell Pct: 27.01
SIP DC%: 
UPTP_Mbps: 100.35
DLRLCLayerDataVolume MB: 6308.91
DRB UL Data Volume MB: 3640
CA DL DataVolRatio Pct den: 10023
CA Conf FailRate Pct den: 8260
RSSIRX1 Avg: -97.52
weekend: 0
RSSIRX2 Avg: -98.04
CA Activation Rate: 20.78
hr: 10
MAC_UE_SC_Tput: 4290.6

hr: 10
CA Activation Rate num: 2926242
UPTP Mbps Den: 1836
Peak UE: 31
MB_per_connected_UE: 173.75
PCT Time MIMO: 50.43
DL Volume: 5598
CA Activation Rate den: 171756
Combined RACH Preambles: 2550

Time: 19:41:23
holiday: 0
CA DL DataVolRatio Pct: 65.77
HO_att_InterFreq: 108

Avg_Connected_UEs: 53.67
SIP DC%: 
UPTP_Mbps: 44.53
DLRLCLayerDataVolume MB: 5679.47
DRB UL Data Volume MB: 8991
RRC Setup Attempts: 5096
CA DL DataVolRatio Pct den: 5572
CA Conf FailRate Pct den: 6553
weekend: 0
UPTP Mbps Num: 19495
CA Activation Rate: 4.11
hr: 14
MAC_UE_SC_Tput: 7164.1

hr: 14
Avg CQI: 7.44
UPTP Mbps Den: 1711
Setup_Fail_DEN: 12351
SIP_SC_Total_MOU: 81.89
Peak UE: 86
MB_per_connected_UE: 201.52
DL Volume: 2138
DL Data Vol MAC in MB: 1891.84
CA Activation Rate den: 88098

Combined RACH Preambles: 2278
Time: 05:37:57
holiday: 0
CA DL DataVolRatio Pct: 71.59
HO_att_InterFreq: 304
CA DL DataVolRatio Pct num: 1005

Avg_Connected_UEs: 47.19
SIP DC%: 
DLRLCLayerDataVolume MB: 9202.27
PRB Util%: 35.03
CA Conf FailRate Pct den: 3133
weekend: 0
UPTP Mbps Num: 12229
CA Activation Rate: 29.04
hr: 11
MAC_UE_SC_Tput: 15065.81
Bearer Releases: 10632

hr: 11
qci1_setup_attempts: 122
CA Activation Rate num: 2563591
Setup_Fail_DEN: 17161
SIP_SC_Total_MOU: 56.85
Peak UE: 60
MB_per_connected_UE: 82.45
PCT Time MIMO: 41.18

Combined RACH Preambles: 2407
Time: 00:48:59
Date: 22-05-2023
holiday: 0
HO Attempts: 860

DL MAC Vol Scell Pct: 45.87
Avg_Connected_UEs: 27.05
SIP DC%: 
UPTP_Mbps: 24.44
DRB UL Data Volume MB: 4572
PRB Util%: 35.43
RRC Setup Attempts: 6983
CA DL DataVolRatio Pct den: 7056
RSSIRX1 Avg: -98.51
weekend: 0
UPTP Mbps Num: 56499
CA Activation Rate: 25.74
hr: 10
MAC_UE_SC_Tput: 7242.55
Bearer Releases: 13873

hr: 10
qci1_setup_attempts: 255
Avg CQI: 9.64
CA Activation Rate num: 8753285
UPTP Mbps Den: 2179
SIP_SC_Total_MOU: 164.08
Peak UE: 27
DL Volume: 8757
UL Throughput: 6.67
DL Data Vol MAC in MB: 673.14
CA Activation Rate den: 100422

Time: 22:30:15
holiday: 0
CA DL DataVolRatio Pct: 63.76

DL MAC Vol Scell Pct: 28.19
SIP DC%: 
DLRLCLayerDataVolume MB: 9884.26
DRB UL Data Volume MB: 8877
CA DL DataVolRatio Pct den: 8742
RSSIRX1 Avg: -94.05
weekend: 0
UPTP Mbps Num: 6430
RSSIRX2 Avg: -93.61
CA Activation Rate: 3.67
RRC Setup Failures: 19
hr: 16
Bearer Releases: 7379

hr: 16
CA Activation Rate num: 8011312
SIP_SC_Total_MOU: 9.15
Peak UE: 38
MB_per_connected_UE: 144.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4324
CA Activation Rate den: 74017

Combined RACH Preambles: 1992
Time: 10:39:07
Date: 18-11-2023
holiday: 0
CA DL DataVolRatio Pct: 80.76

DL MAC Vol Scell Pct: 26.55
Avg_Connected_UEs: 72.48
SIP DC%: 
UPTP_Mbps: 51.48
weekend: 0
UPTP Mbps Num: 33036
RSSIRX2 Avg: -96.37
S1U_SIP_SC_SEER_num: 143
CA Activation Rate: 77.49
hr: 0
MAC_UE_SC_Tput: 15602.33
Bearer Releases: 7181

hr: 0
CA Activation Rate num: 8418430
Setup_Fail_DEN: 13159
SIP_SC_Total_MOU: 391.63
Peak UE: 66
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3504
UL Throughput: 6.42
CA Activation Rate den: 86409

Combined RACH Preambles: 2062
Time: 13:41:18
holiday: 0
CA DL DataVolRatio Pct: 65.09
CA DL DataVolRatio Pct num: 3046

Avg_Connected_UEs: 84.56
SIP DC%: 
UPTP_Mbps: 41.19
DLRLCLayerDataVolume MB: 5768.22
DRB UL Data Volume MB: 8350
PRB Util%: 13.55
RRC Setup Attempts: 3913
RSSIRX1 Avg: -97.99
weekend: 0
UPTP Mbps Num: 8485
S1U_SIP_SC_SEER_num: 94
hr: 3
MAC_UE_SC_Tput: 4414.51

hr: 3
CA Activation Rate num: 8622952
UPTP Mbps Den: 1423
Setup_Fail_DEN: 14431
Peak UE: 58
PCT Time MIMO: 38.57
DL Volume: 1814
UL Throughput: 2.91
DL Data Vol MAC in MB: 3998.81
Combined RACH Preambles: 3381

Time: 01:45:22
Date: 12-04-2022
holiday: 0
CA DL DataVolRatio Pct num: 2613
HO Attempts: 58

Avg_Connected_UEs: 30.78
SIP DC%: 
DLRLCLayerDataVolume MB: 7386.43
PRB Util%: 13.22
CA DL DataVolRatio Pct den: 4394
CA Conf FailRate Pct den: 6506
weekend: 0
UPTP Mbps Num: 45309
RSSIRX2 Avg: -97.76
CA Activation Rate: 42.74
hr: 12
MAC_UE_SC_Tput: 10376.12

hr: 12
CA Activation Rate num: 5557926
UPTP Mbps Den: 2981
Setup_Fail_DEN: 14407
Peak UE: 29
MB_per_connected_UE: 25.64
PCT Time MIMO: 41.12
DL Data Vol MAC in MB: 812.09
CA Activation Rate den: 145131

Combined RACH Preambles: 2239
Time: 17:01:02
holiday: 0
CA DL DataVolRatio Pct: 44.68
Bearer Releases Voice: 146
HO_att_InterFreq: 399
CA DL DataVolRatio Pct num: 6592

DL MAC Vol Scell Pct: 11.88
SIP DC%: 
UPTP_Mbps: 45.02
PRB Util%: 75.07
CA DL DataVolRatio Pct den: 6278
RSSIRX1 Avg: -96.02
weekend: 0
UPTP Mbps Num: 27560
CA Activation Rate: 48.55
hr: 6
Bearer Releases: 6611

hr: 6
CA Activation Rate num: 5336685
UPTP Mbps Den: 3040
Setup_Fail_DEN: 6430
SIP_SC_Total_MOU: 104.47
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 177.97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3142

Time: 19:18:44
holiday: 0
HO_att_InterFreq: 688

DL MAC Vol Scell Pct: 3.69
Avg_Connected_UEs: 40.49
SIP DC%: 
UPTP_Mbps: 26.89
DRB UL Data Volume MB: 6619
RRC Setup Attempts: 6567
CA DL DataVolRatio Pct den: 7710
weekend: 0
UPTP Mbps Num: 775
CA Activation Rate: 78.08
hr: 23
MAC_UE_SC_Tput: 10827.82

hr: 23
CA Activation Rate num: 11476470
UPTP Mbps Den: 3015
Setup_Fail_DEN: 14156
UL MAC Vol Scell Pct: 12.01
Peak UE: 31
MB_per_connected_UE: 106.27
PCT Time MIMO: 34.65
CA Activation Rate den: 125520
Time: 15:00:59

holiday: 0
CA DL DataVolRatio Pct: 55.81
HO_att_InterFreq: 970
CA DL DataVolRatio Pct num: 5633

DL MAC Vol Scell Pct: 41.97
Avg_Connected_UEs: 71.84
SIP DC%: 
UPTP_Mbps: 35.7
DLRLCLayerDataVolume MB: 1434.32
DRB UL Data Volume MB: 8803
RRC Setup Attempts: 4127
CA DL DataVolRatio Pct den: 5046
RSSIRX1 Avg: -95.39
weekend: 0
CA Activation Rate: 53.93
hr: 15
MAC_UE_SC_Tput: 9056.13
Bearer Releases: 10910

hr: 15
CA Activation Rate num: 9784659
UPTP Mbps Den: 1719
Setup_Fail_DEN: 10371
Peak UE: 38
MB_per_connected_UE: 95.78
PCT Time MIMO: 41.48
DL Data Vol MAC in MB: 9595.68
Combined RACH Preambles: 4933

Time: 20:02:53
Date: 12-01-2023
holiday: 0
CA DL DataVolRatio Pct: 62.78
HO Attempts: 289

DL MAC Vol Scell Pct: 15.14
Avg_Connected_UEs: 47.79
SIP DC%: 
DLRLCLayerDataVolume MB: 1095.19
DRB UL Data Volume MB: 234
PRB Util%: 24.34
CA DL DataVolRatio Pct den: 6629
CA Conf FailRate Pct den: 4765
weekend: 0
UPTP Mbps Num: 16625
CA Activation Rate: 70.19
hr: 16
MAC_UE_SC_Tput: 6763.78
Bearer Releases: 14930

hr: 16
Avg CQI: 9.49
Setup_Fail_DEN: 15653
Peak UE: 27
MB_per_connected_UE: 103.2
PCT Time MIMO: 63.56
DL Volume: 1311
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6891
DL Data Vol MAC in MB: 1000.18

Time: 13:24:43
holiday: 0
CA DL DataVolRatio Pct: 88.15
SIP_SC_Call_Attempts: 89
HO_att_InterFreq: 799
CA DL DataVolRatio Pct num: 5341

Avg_Connected_UEs: 45.53
SIP DC%: 
UPTP_Mbps: 98.11
DLRLCLayerDataVolume MB: 3189.3
PRB Util%: 29.74
CA Conf FailRate Pct den: 3026
weekend: 0
UPTP Mbps Num: 31887
CA Activation Rate: 61.49
hr: 20
MAC_UE_SC_Tput: 16443.79

hr: 20
Avg CQI: 11.44
CA Activation Rate num: 712591
UPTP Mbps Den: 1227
Setup_Fail_DEN: 8410
SIP_SC_Total_MOU: 285.14
Peak UE: 34
MB_per_connected_UE: 115.54
DL Volume: 5762
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5167
CA Activation Rate den: 82184

Time: 00:15:53
holiday: 0
CA DL DataVolRatio Pct: 61.41
CA DL DataVolRatio Pct num: 6682
HO Attempts: 91

SIP DC%: 
UPTP_Mbps: 11.65
DLRLCLayerDataVolume MB: 5650.64
DRB UL Data Volume MB: 7860
CA Conf FailRate Pct den: 8679
weekend: 0
UPTP Mbps Num: 2849
RSSIRX2 Avg: -97.45
CA Activation Rate: 7.63
hr: 0
MAC_UE_SC_Tput: 16013.41

hr: 0
qci1_setup_attempts: 201
CA Activation Rate num: 2140254
UPTP Mbps Den: 110
Setup_Fail_DEN: 16475
Peak UE: 27
MB_per_connected_UE: 103.93
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4689

Time: 23:49:19
Date: 30-09-2022
holiday: 0
HO_att_InterFreq: 259
CA DL DataVolRatio Pct num: 6424

Avg_Connected_UEs: 41.11
SIP DC%: 
UPTP_Mbps: 44.13
RRC Setup Attempts: 7336
CA DL DataVolRatio Pct den: 5666
CA Conf FailRate Pct den: 5557
weekend: 0
UPTP Mbps Num: 19741
CA Activation Rate: 15.54
hr: 16
MAC_UE_SC_Tput: 5836.96

hr: 16
CA Activation Rate num: 5362109
UPTP Mbps Den: 2598
Setup_Fail_DEN: 8832
SIP_SC_Total_MOU: 170.11
Peak UE: 32
MB_per_connected_UE: 124.99
PCT Time MIMO: 41.21
DL Data Vol MAC in MB: 3373.32
CA Activation Rate den: 90283

Time: 04:44:57
holiday: 0
CA DL DataVolRatio Pct: 83.25
HO Attempts: 774

DL MAC Vol Scell Pct: 12.31
SIP DC%: 
UPTP_Mbps: 39.28
DRB UL Data Volume MB: 6365
PRB Util%: 16.13
RRC Setup Attempts: 9818
CA DL DataVolRatio Pct den: 7098
CA Conf FailRate Pct den: 4209
weekend: 1
UPTP Mbps Num: 20753
hr: 22
MAC_UE_SC_Tput: 9065.81

hr: 22
CA Activation Rate num: 3882702
Setup_Fail_DEN: 15339
SIP_SC_Total_MOU: 69.7
Peak UE: 80
MB_per_connected_UE: 131.47
PCT Time MIMO: 35.05
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7738
QCI 1 Bearer Releases: 125
DL Data Vol MAC in MB: 9922.64

Time: 20:44:06
holiday: 0
CA DL DataVolRatio Pct: 68.02

SIP DC%: 
UPTP_Mbps: 28.22
DLRLCLayerDataVolume MB: 7014.01
DRB UL Data Volume MB: 9367
PRB Util%: 25.07
RRC Setup Attempts: 5370
CA DL DataVolRatio Pct den: 5492
weekend: 0
UPTP Mbps Num: 4666
hr: 2
MAC_UE_SC_Tput: 8066.9
Bearer Releases: 8642

hr: 2
qci1_setup_attempts: 86
CA Activation Rate num: 5047168
UPTP Mbps Den: 1107
Setup_Fail_DEN: 10816
Peak UE: 57
MB_per_connected_UE: 26.43
DL Volume: 5747
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3620
UL Throughput: 1.1
DL Data Vol MAC in MB: 5163.38
CA Activation Rate den: 60004

Time: 07:40:18
holiday: 0
Bearer Releases Voice: 87
HO Attempts: 206

Avg_Connected_UEs: 46.86
SIP DC%: 
UPTP_Mbps: 25.28
DLRLCLayerDataVolume MB: 2955.98
DRB UL Data Volume MB: 3395
RRC Setup Attempts: 8383
CA DL DataVolRatio Pct den: 9066
CA Conf FailRate Pct den: 4851
RSSIRX1 Avg: -97.63
weekend: 0
UPTP Mbps Num: 12467
RSSIRX2 Avg: -97.42
CA Activation Rate: 8.57
hr: 0
MAC_UE_SC_Tput: 5988.43
Bearer Releases: 6426

hr: 0
CA Activation Rate num: 3878725
UPTP Mbps Den: 732
Setup_Fail_DEN: 17278
SIP_SC_Total_MOU: 393.86
Peak UE: 27
MB_per_connected_UE: 196.15
DL Data Vol MAC in MB: 9105.55

Combined RACH Preambles: 2159
Time: 03:35:31
Date: 20-07-2023
holiday: 0
CA DL DataVolRatio Pct: 85.05
Bearer Releases Voice: 109
CA DL DataVolRatio Pct num: 7234

Avg_Connected_UEs: 77.67
SIP DC%: 
UPTP_Mbps: 45.5
DLRLCLayerDataVolume MB: 8762.23
DRB UL Data Volume MB: 8122
PRB Util%: 40.53
RRC Setup Attempts: 7143
CA DL DataVolRatio Pct den: 4295
CA Conf FailRate Pct den: 9105
weekend: 0
UPTP Mbps Num: 21844
S1U_SIP_SC_SEER_num: 160
hr: 11
MAC_UE_SC_Tput: 14127.08
Bearer Releases: 8915

hr: 11
CA Activation Rate num: 10723187
UPTP Mbps Den: 798
Setup_Fail_DEN: 15081
Peak UE: 49
VOLTE IA%: 
MB_per_connected_UE: 187.81
DL Volume: 372
DL Data Vol MAC in MB: 1747.43
CA Activation Rate den: 172321

Time: 17:21:30
holiday: 0
HO_att_InterFreq: 383

DL MAC Vol Scell Pct: 47.36
Avg_Connected_UEs: 53.74
SIP DC%: 
UPTP_Mbps: 33.24
DLRLCLayerDataVolume MB: 4302.8
PRB Util%: 62.85
RRC Setup Attempts: 6758
weekend: 0
CA Activation Rate: 17.14
hr: 5
Bearer Releases: 8853

hr: 5
Avg CQI: 11.11
CA Activation Rate num: 9492078
Setup_Fail_DEN: 7374
SIP_SC_Total_MOU: 5.48
Peak UE: 75
MB_per_connected_UE: 181.24
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5443
DL Data Vol MAC in MB: 1033.01

Combined RACH Preambles: 3846
Time: 14:47:46
holiday: 0
CA DL DataVolRatio Pct: 68.06
HO_att_InterFreq: 985
CA DL DataVolRatio Pct num: 7083
HO Attempts: 735

DL MAC Vol Scell Pct: 37.11
SIP DC%: 
UPTP_Mbps: 128.4
DLRLCLayerDataVolume MB: 513.4
DRB UL Data Volume MB: 5984
PRB Util%: 34.35
CA DL DataVolRatio Pct den: 8354
RSSIRX1 Avg: -93.15
weekend: 0
UPTP Mbps Num: 6946
CA Activation Rate: 37.74
hr: 6
MAC_UE_SC_Tput: 6568.43
Bearer Releases: 6269

hr: 6
qci1_setup_attempts: 155
Avg CQI: 11.27
CA Activation Rate num: 5416493
Setup_Fail_DEN: 7237
SIP_SC_Total_MOU: 63.66
S1U_SIP_SC_SEER_den: 195
Peak UE: 27
MB_per_connected_UE: 114.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6402
Combined RACH Preambles: 4270

Time: 18:38:07
holiday: 0
CA DL DataVolRatio Pct: 86.98
HO_att_InterFreq: 597

Avg_Connected_UEs: 83.12
SIP DC%: 
UPTP_Mbps: 12.71
DLRLCLayerDataVolume MB: 5084.75
DRB UL Data Volume MB: 3624
PRB Util%: 69.92
RRC Setup Attempts: 4105
weekend: 0
Bearer Setup Failure Voice Den: 179
CA Activation Rate: 43.28
hr: 23
MAC_UE_SC_Tput: 7977.65
Bearer Releases: 13178

hr: 23
CA Activation Rate num: 10920142
UPTP Mbps Den: 1578
Setup_Fail_DEN: 16602
SIP_SC_Total_MOU: 114.49
S1U_SIP_SC_SEER_den: 127
Peak UE: 42
MB_per_connected_UE: 143.19
PCT Time MIMO: 68.98
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5037
CA Activation Rate den: 74495

Combined RACH Preambles: 1961
Date: 04-03-2022
holiday: 0
CA DL DataVolRatio Pct: 61.93

DL MAC Vol Scell Pct: 10.54
SIP DC%: 
UPTP_Mbps: 21.78
DLRLCLayerDataVolume MB: 8164.68
DRB UL Data Volume MB: 3854
DL Packet Loss Pct: 2.35
RRC Setup Attempts: 3455
CA DL DataVolRatio Pct den: 9838
CA Conf FailRate Pct den: 5343
RSSIRX1 Avg: -97.27
weekend: 1
UPTP Mbps Num: 35977
hr: 9
Bearer Releases: 11480

hr: 9
CA Activation Rate num: 1037224
UPTP Mbps Den: 292
SIP_SC_Total_MOU: 74.69
Peak UE: 27
MB_per_connected_UE: 193.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3355

Time: 01:36:45
holiday: 0
HO_att_InterFreq: 191
CA DL DataVolRatio Pct num: 5275
HO Attempts: 829

DL MAC Vol Scell Pct: 29.83
Avg_Connected_UEs: 23.08
SIP DC%: 
UPTP_Mbps: 45.71
DRB UL Data Volume MB: 8028
Avg_PUCCH_SINR: 17.71
CA DL DataVolRatio Pct den: 1654
CA Conf FailRate Pct den: 8030
weekend: 0
UPTP Mbps Num: 26771
Bearer Setup Failure Voice Den: 40
RSSIRX2 Avg: -93.94
S1U_SIP_SC_SEER_num: 262
CA Activation Rate: 28.97
hr: 0
MAC_UE_SC_Tput: 6803.61

hr: 0
CA Activation Rate num: 4159667
SIP_SC_Total_MOU: 241.2
Peak UE: 34
MB_per_connected_UE: 63.58
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3788
CA Activation Rate den: 59430

Combined RACH Preambles: 2053
Time: 04:13:59
Date: 13-03-2022
holiday: 0
HO_att_InterFreq: 288
CA DL DataVolRatio Pct num: 4018
HO Attempts: 310

DL MAC Vol Scell Pct: 18.54
Avg_Connected_UEs: 40.36
SIP DC%: 
UPTP_Mbps: 13.5
DLRLCLayerDataVolume MB: 9289.9
PRB Util%: 72.22
CA DL DataVolRatio Pct den: 2816
CA Conf FailRate Pct den: 8369
RSSIRX1 Avg: -96.88
weekend: 0
RSSIRX2 Avg: -96.8
S1U_SIP_SC_SEER_num: 264
CA Activation Rate: 34.93
hr: 23
MAC_UE_SC_Tput: 6920.19
Bearer Releases: 6789

hr: 23
qci1_setup_attempts: 40
Avg CQI: 10.54
CA Activation Rate num: 8580008
UPTP Mbps Den: 2195
Setup_Fail_DEN: 8749
SIP_SC_Total_MOU: 357.9
Peak UE: 40
MB_per_connected_UE: 164.76
PCT Time MIMO: 51.43
DL Volume: 1411
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9278
DL Data Vol MAC in MB: 4523.69
CA Activation Rate den: 86899

Combined RACH Preambles: 3220
Time: 14:50:36
holiday: 0
CA DL DataVolRatio Pct: 70.67

DL MAC Vol Scell Pct: 33.03
SIP DC%: 
UPTP_Mbps: 37.42
DLRLCLayerDataVolume MB: 1983.06
PRB Util%: 33.56
CA DL DataVolRatio Pct den: 7954
CA Conf FailRate Pct den: 8920
weekend: 0
UPTP Mbps Num: 37385
Bearer Setup Failure Voice Den: 207
CA Activation Rate: 12.45
hr: 22
MAC_UE_SC_Tput: 10491.79

hr: 22
Avg CQI: 8.8
Setup_Fail_DEN: 13909
SIP_SC_Total_MOU: 98.61
Peak UE: 46
MB_per_connected_UE: 99.1
PCT Time MIMO: 39.63
CA Activation Rate den: 112074

Time: 23:45:52
Date: 18-04-2022
holiday: 0
CA DL DataVolRatio Pct: 79.57
CA DL DataVolRatio Pct num: 5048
HO Attempts: 814

DL MAC Vol Scell Pct: 6.15
SIP DC%: 
UPTP_Mbps: 34.26
RRC Setup Attempts: 6784
CA DL DataVolRatio Pct den: 9418
CA Conf FailRate Pct den: 4931
weekend: 0
CA Activation Rate: 69.21
hr: 7
MAC_UE_SC_Tput: 7013.66
Bearer Releases: 9205

hr: 7
CA Activation Rate num: 1809672
SIP_SC_Total_MOU: 23.62
S1U_SIP_SC_SEER_den: 231
Peak UE: 69
MB_per_connected_UE: 172.22
PCT Time MIMO: 51.26
DL Volume: 7027
CA Activation Rate den: 44211

Time: 17:14:53
holiday: 0
HO_att_InterFreq: 528
CA DL DataVolRatio Pct num: 6860

Avg_Connected_UEs: 82.09
SIP DC%: 
UPTP_Mbps: 89.74
DRB UL Data Volume MB: 4886
CA Conf FailRate Pct den: 7829
weekend: 0
UPTP Mbps Num: 29086
hr: 4
MAC_UE_SC_Tput: 12030.99
Bearer Releases: 6620

hr: 4
CA Activation Rate num: 4171978
UPTP Mbps Den: 2428
Setup_Fail_DEN: 7593
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6622
CA Activation Rate den: 69566
Combined RACH Preambles: 2469

Time: 00:51:27
Date: 18-03-2022
holiday: 0
HO Attempts: 282

DL MAC Vol Scell Pct: 33.6
Avg_Connected_UEs: 68.91
SIP DC%: 
UPTP_Mbps: 14.55
DLRLCLayerDataVolume MB: 7352.17
DRB UL Data Volume MB: 8541
CA DL DataVolRatio Pct den: 8367
CA Conf FailRate Pct den: 8930
weekend: 0
UPTP Mbps Num: 44588
Bearer Setup Failure Voice Den: 173
CA Activation Rate: 47.9
hr: 8
MAC_UE_SC_Tput: 11153.38
Bearer Releases: 17534

hr: 8
CA Activation Rate num: 7431006
UPTP Mbps Den: 1304
Setup_Fail_DEN: 6730
Peak UE: 27
MB_per_connected_UE: 177.39

Time: 19:39:15
holiday: 0
HO_att_InterFreq: 127
HO Attempts: 315

DL MAC Vol Scell Pct: 3.79
Avg_Connected_UEs: 55.9
SIP DC%: 
UPTP_Mbps: 19.56
PRB Util%: 40.23
RRC Setup Attempts: 5550
weekend: 0
UPTP Mbps Num: 2837
RRC Setup Failures: 29
hr: 0
MAC_UE_SC_Tput: 6083.2
Bearer Releases: 10379

hr: 0
CA Activation Rate num: 5462500
UPTP Mbps Den: 1479
Setup_Fail_DEN: 17720
Peak UE: 27
PCT Time MIMO: 35.7
DL Data Vol MAC in MB: 3986.75
CA Activation Rate den: 150323
Combined RACH Preambles: 3970

Time: 06:48:00
holiday: 0
CA DL DataVolRatio Pct: 79.44
HO_att_InterFreq: 255
CA DL DataVolRatio Pct num: 3555
HO Attempts: 240

Avg_Connected_UEs: 56.34
SIP DC%: 
DLRLCLayerDataVolume MB: 7006.99
PRB Util%: 69.13
CA DL DataVolRatio Pct den: 2654
weekend: 1
UPTP Mbps Num: 15931
CA Activation Rate: 29.53
hr: 6
MAC_UE_SC_Tput: 5872.77
Bearer Releases: 7580

hr: 6
CA Activation Rate num: 4822969
Peak UE: 37
MB_per_connected_UE: 68.2
DL Volume: 8976
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7660
DL Data Vol MAC in MB: 9968.06
CA Activation Rate den: 69669
Combined RACH Preambles: 2508

Time: 09:50:26
holiday: 0
CA DL DataVolRatio Pct: 87.99
HO_att_InterFreq: 462
CA DL DataVolRatio Pct num: 5046

DL MAC Vol Scell Pct: 13.67
Avg_Connected_UEs: 71.14
SIP DC%: 
UPTP_Mbps: 38.42
DLRLCLayerDataVolume MB: 6469.54
DRB UL Data Volume MB: 1350
RRC Setup Attempts: 7330
CA DL DataVolRatio Pct den: 8012
CA Conf FailRate Pct den: 7310
RSSIRX1 Avg: -97.86
weekend: 0
UPTP Mbps Num: 33474
hr: 2
MAC_UE_SC_Tput: 12654.82

hr: 2
CA Activation Rate num: 6356215
UPTP Mbps Den: 1000
Setup_Fail_DEN: 15453
SIP_SC_Total_MOU: 416.62
Peak UE: 27
DL Volume: 1106
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3507
UL Throughput: 5.31
DL Data Vol MAC in MB: 3409.64
CA Activation Rate den: 220425

Time: 03:00:53
holiday: 0
CA DL DataVolRatio Pct num: 3914

DL MAC Vol Scell Pct: 3.37
Avg_Connected_UEs: 25.35
SIP DC%: 
UPTP_Mbps: 41.89
DLRLCLayerDataVolume MB: 2957.94
Avg_PUCCH_SINR: 17.31
PRB Util%: 46.3
CA DL DataVolRatio Pct den: 6866
CA Conf FailRate Pct den: 9500
weekend: 0
UPTP Mbps Num: 21585
CA Activation Rate: 14.95
hr: 2
MAC_UE_SC_Tput: 7958.41
Bearer Releases: 7785

hr: 2
Avg CQI: 7.9
CA Activation Rate num: 8743782
UPTP Mbps Den: 2645
Setup_Fail_DEN: 12006
SIP_SC_Total_MOU: 13.6
Peak UE: 46
VOLTE IA%: 
MB_per_connected_UE: 99.36
PCT Time MIMO: 41.91
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3719
DL Data Vol MAC in MB: 7510.98
CA Activation Rate den: 63981

Time: 10:22:03
Date: 26-07-2022
holiday: 0
CA DL DataVolRatio Pct: 76.17
HO_att_InterFreq: 453

DL MAC Vol Scell Pct: 50.92
SIP DC%: 
UPTP_Mbps: 20.5
DLRLCLayerDataVolume MB: 7957.29
PRB Util%: 25.89
CA DL DataVolRatio Pct den: 6975
CA Conf FailRate Pct den: 7843
weekend: 0
UPTP Mbps Num: 39486
CA Activation Rate: 22.33
hr: 5
MAC_UE_SC_Tput: 16237.67
Bearer Releases: 12030

hr: 5
Avg CQI: 8.45
CA Activation Rate num: 9721314
Setup_Fail_DEN: 11756
Peak UE: 123
MB_per_connected_UE: 72.1
PCT Time MIMO: 37.2
DL Volume: 5855
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6089

Time: 20:56:42
Date: 08-04-2023
holiday: 0
CA DL DataVolRatio Pct: 57.33
HO_att_InterFreq: 263
CA DL DataVolRatio Pct num: 6611
HO Attempts: 703

Avg_Connected_UEs: 49.74
SIP DC%: 
UPTP_Mbps: 34.46
DLRLCLayerDataVolume MB: 9531.12
DRB UL Data Volume MB: 6138
CA DL DataVolRatio Pct den: 9744
CA Conf FailRate Pct den: 8529
RSSIRX1 Avg: -97.29
weekend: 0
RSSIRX2 Avg: -93.08
hr: 23
MAC_UE_SC_Tput: 16491.4
Bearer Releases: 13077

hr: 23
CA Activation Rate num: 6380559
UPTP Mbps Den: 522
UL MAC Vol Scell Pct: 0.5
Peak UE: 82
MB_per_connected_UE: 83.19
PCT Time MIMO: 55.48
DL Volume: 2410
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6878
CA Activation Rate den: 67839

Combined RACH Preambles: 2808
Time: 09:39:17
Date: 24-06-2023
holiday: 0
CA DL DataVolRatio Pct: 91.71
Bearer Releases Voice: 158
HO Attempts: 89

Avg_Connected_UEs: 32.52
SIP DC%: 
UPTP_Mbps: 37.26
DLRLCLayerDataVolume MB: 169.11
DRB UL Data Volume MB: 4641
RRC Setup Attempts: 7783
CA Conf FailRate Pct den: 8900
weekend: 0
Bearer Setup Failure Voice Den: 154
RSSIRX2 Avg: -93.58
CA Activation Rate: 28.32
hr: 17
MAC_UE_SC_Tput: 14764.05
Bearer Releases: 11490

hr: 17
CA Activation Rate num: 4363640
Setup_Fail_DEN: 8463
Peak UE: 56
PCT Time MIMO: 58.75
UL Throughput: 1.85
DL Data Vol MAC in MB: 6569.86
CA Activation Rate den: 122900

Time: 16:37:57
holiday: 0
CA DL DataVolRatio Pct: 72.54
HO_att_InterFreq: 251
CA DL DataVolRatio Pct num: 4013

SIP DC%: 
DLRLCLayerDataVolume MB: 7394.44
DRB UL Data Volume MB: 1127
PRB Util%: 4.33
RRC Setup Attempts: 6553
CA DL DataVolRatio Pct den: 3798
RSSIRX1 Avg: -95.49
weekend: 0
CA Activation Rate: 38.34
hr: 8
MAC_UE_SC_Tput: 10376.62
Bearer Releases: 8716

hr: 8
CA Activation Rate num: 1263051
UPTP Mbps Den: 900
Setup_Fail_DEN: 11599
Peak UE: 27
MB_per_connected_UE: 94.42
DL Volume: 3245
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4782
DL Data Vol MAC in MB: 5276.97
CA Activation Rate den: 124901

Time: 03:26:33
holiday: 0
CA DL DataVolRatio Pct: 79.85

Avg_Connected_UEs: 48.88
SIP DC%: 
UPTP_Mbps: 26.86
DLRLCLayerDataVolume MB: 4807
Avg_PUCCH_SINR: 17.06
PRB Util%: 31.4
CA DL DataVolRatio Pct den: 7088
CA Conf FailRate Pct den: 8212
weekend: 1
UPTP Mbps Num: 21455
S1U_SIP_SC_SEER_num: 254
CA Activation Rate: 12.11
hr: 0
MAC_UE_SC_Tput: 10557.13
Bearer Releases: 11987

hr: 0
CA Activation Rate num: 2919186
UPTP Mbps Den: 410
SIP_SC_Total_MOU: 239.47
Peak UE: 59
MB_per_connected_UE: 102.56
DL Volume: 6574
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4592
UL Throughput: 1.65
CA Activation Rate den: 210922

Combined RACH Preambles: 3576
Time: 03:57:03
holiday: 0
CA DL DataVolRatio Pct: 84.66
Bearer Releases Voice: 147
HO Attempts: 504

DL MAC Vol Scell Pct: 29.48
Avg_Connected_UEs: 80.88
SIP DC%: 
UPTP_Mbps: 24.76
DLRLCLayerDataVolume MB: 3017.9
DRB UL Data Volume MB: 9172
PRB Util%: 53.76
weekend: 1
CA Activation Rate: 3.93
hr: 6
MAC_UE_SC_Tput: 13590.76
Bearer Releases: 8885

hr: 6
Avg CQI: 7.94
CA Activation Rate num: 9736067
UPTP Mbps Den: 2016
Setup_Fail_DEN: 9322
SIP_SC_Total_MOU: 121.12
Peak UE: 48
MB_per_connected_UE: 141.51
PCT Time MIMO: 33.51
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4013
CA Activation Rate den: 110809

Combined RACH Preambles: 1944
Time: 13:52:22
holiday: 0
CA DL DataVolRatio Pct: 69.94
CA DL DataVolRatio Pct num: 2069
HO Attempts: 550

DL MAC Vol Scell Pct: 24.62
SIP DC%: 
UPTP_Mbps: 40.63
DRB UL Data Volume MB: 9357
PRB Util%: 30.15
RRC Setup Attempts: 5868
CA Conf FailRate Pct den: 8970
RSSIRX1 Avg: -97.48
weekend: 0
UPTP Mbps Num: 57331
CA Activation Rate: 4.39
hr: 10
MAC_UE_SC_Tput: 16579.8
Bearer Releases: 14122

hr: 10
UPTP Mbps Den: 2960
Setup_Fail_DEN: 12266
SIP_SC_Total_MOU: 34.03
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3618
UL Throughput: 0.77
DL Data Vol MAC in MB: 2186.19
CA Activation Rate den: 53751

Time: 20:23:56
Date: 30-03-2023
holiday: 0
CA DL DataVolRatio Pct: 74.9
HO Attempts: 194

DL MAC Vol Scell Pct: 51.67
Avg_Connected_UEs: 55.61
SIP DC%: 
UPTP_Mbps: 28.67
DRB UL Data Volume MB: 7259
CA Conf FailRate Pct den: 9522
weekend: 0
CA Activation Rate: 44.71
hr: 15
MAC_UE_SC_Tput: 11798.64
Bearer Releases: 17491

hr: 15
Avg CQI: 9.38
CA Activation Rate num: 9627332
Setup_Fail_DEN: 10994
Peak UE: 65
MB_per_connected_UE: 36.38
DL Volume: 871

Combined RACH Preambles: 2322
Time: 19:51:11
Date: 28-01-2023
holiday: 0
CA DL DataVolRatio Pct: 77.77

DL MAC Vol Scell Pct: 12.69
Avg_Connected_UEs: 46.5
SIP DC%: 
UPTP_Mbps: 45.6
DLRLCLayerDataVolume MB: 2550.62
DRB UL Data Volume MB: 2412
PRB Util%: 33.16
RRC Setup Attempts: 4128
CA DL DataVolRatio Pct den: 8613
CA Conf FailRate Pct den: 6648
RSSIRX1 Avg: -93.86
weekend: 0
Bearer Setup Failure Voice Den: 69
CA Activation Rate: 4.1
hr: 16
MAC_UE_SC_Tput: 9653.52
Bearer Releases: 10760

hr: 16
Avg CQI: 11.59
CA Activation Rate num: 4007823
UPTP Mbps Den: 2778
SIP_SC_Total_MOU: 141.62
Peak UE: 27
MB_per_connected_UE: 111.45
PCT Time MIMO: 54.5
DL Volume: 168
UL Throughput: 5.8
DL Data Vol MAC in MB: 483.38
CA Activation Rate den: 97711

Time: 23:33:25
holiday: 0
CA DL DataVolRatio Pct: 92.37
HO_att_InterFreq: 131
CA DL DataVolRatio Pct num: 1944
HO Attempts: 222

DL MAC Vol Scell Pct: 2.99
Avg_Connected_UEs: 55.05
SIP DC%: 
UPTP_Mbps: 46.66
DRB UL Data Volume MB: 4208
PRB Util%: 19.11
RRC Setup Attempts: 4635
CA DL DataVolRatio Pct den: 10180
weekend: 0
UPTP Mbps Num: 31112
CA Activation Rate: 36.6
hr: 19
Bearer Releases: 11314

hr: 19
CA Activation Rate num: 10369284
UPTP Mbps Den: 1582
S1U_SIP_SC_SEER_den: 126
Peak UE: 27
MB_per_connected_UE: 173.97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6426
DL Data Vol MAC in MB: 543.57

Time: 06:42:56
Date: 23-05-2022
holiday: 0
CA DL DataVolRatio Pct: 64.26
CA DL DataVolRatio Pct num: 4394

DL MAC Vol Scell Pct: 41.33
Avg_Connected_UEs: 54
SIP DC%: 
UPTP_Mbps: 51.92
DLRLCLayerDataVolume MB: 562.67
DRB UL Data Volume MB: 5364
PRB Util%: 61.33
RRC Setup Attempts: 6242
CA DL DataVolRatio Pct den: 3920
weekend: 0
RSSIRX2 Avg: -96.36
CA Activation Rate: 14.25
RRC Setup Failures: 16
hr: 18
MAC_UE_SC_Tput: 9919.43
Bearer Releases: 10341

hr: 18
qci1_setup_attempts: 209
UPTP Mbps Den: 3896
Setup_Fail_DEN: 14382
SIP_SC_Total_MOU: 73.37
Peak UE: 51
VOLTE IA%: 
PCT Time MIMO: 42.23
DL Volume: 4735
DL Data Vol MAC in MB: 6592.49

Time: 08:13:34
Date: 24-05-2022
holiday: 0
CA DL DataVolRatio Pct: 92.17
HO_att_InterFreq: 161
CA DL DataVolRatio Pct num: 2587
HO Attempts: 585

DL MAC Vol Scell Pct: 24.25
Avg_Connected_UEs: 49.76
SIP DC%: 
UPTP_Mbps: 41.24
DLRLCLayerDataVolume MB: 8312.88
DRB UL Data Volume MB: 1327
RRC Setup Attempts: 3695
CA Conf FailRate Pct den: 6314
RSSIRX1 Avg: -94.16
weekend: 0
RSSIRX2 Avg: -97.23
CA Activation Rate: 8.37
hr: 22
MAC_UE_SC_Tput: 11115.01

hr: 22
CA Activation Rate num: 3259519
UPTP Mbps Den: 2477
Setup_Fail_DEN: 14346
SIP_SC_Total_MOU: 108.41
Peak UE: 28
MB_per_connected_UE: 176.44
PCT Time MIMO: 35.48
DL Data Vol MAC in MB: 5643.89

Time: 09:38:11
holiday: 0
CA DL DataVolRatio Pct: 70.66
CA DL DataVolRatio Pct num: 2684

Avg_Connected_UEs: 81.38
SIP DC%: 
UPTP_Mbps: 42.76
DLRLCLayerDataVolume MB: 5459.61
DRB UL Data Volume MB: 3268
PRB Util%: 46.29
CA DL DataVolRatio Pct den: 7970
CA Conf FailRate Pct den: 4935
RSSIRX1 Avg: -93.9
weekend: 0
Bearer Setup Failure Voice Den: 227
RSSIRX2 Avg: -96.42
CA Activation Rate: 3.77
hr: 23
MAC_UE_SC_Tput: 16871.26
Bearer Releases: 9630

hr: 23
CA Activation Rate num: 6948246
SIP_SC_Total_MOU: 168.51
Peak UE: 36
MB_per_connected_UE: 38.2
PCT Time MIMO: 37.11
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4507
DL Data Vol MAC in MB: 2691.69
CA Activation Rate den: 56967

Time: 04:58:14
holiday: 0
CA DL DataVolRatio Pct: 91.95
SIP_SC_Call_Attempts: 112
HO_att_InterFreq: 874

DL MAC Vol Scell Pct: 43.33
Avg_Connected_UEs: 24.2
SIP DC%: 
UPTP_Mbps: 8.5
DLRLCLayerDataVolume MB: 5567.48
DRB UL Data Volume MB: 9108
UL Resid BLER PCT: 0.77
RRC Setup Attempts: 5112
CA Conf FailRate Pct den: 8480
weekend: 1
CA Activation Rate: 8.38
hr: 23
MAC_UE_SC_Tput: 8049.75
Bearer Releases: 15520

hr: 23
CA Activation Rate num: 10473125
Setup_Fail_DEN: 14702
SIP_SC_Total_MOU: 125.23
Peak UE: 27
MB_per_connected_UE: 130.91
PCT Time MIMO: 44.32
QCI 1 Bearer Releases: 107
DL Data Vol MAC in MB: 10104.66

Time: 02:33:50
Date: 04-04-2022
holiday: 0
HO Attempts: 740

Avg_Connected_UEs: 54.66
SIP DC%: 
UPTP_Mbps: 18.71
DLRLCLayerDataVolume MB: 4529.91
PRB Util%: 73.38
RRC Setup Attempts: 6253
CA DL DataVolRatio Pct den: 10033
weekend: 0
RSSIRX2 Avg: -93.12
CA Activation Rate: 3.61
hr: 23
MAC_UE_SC_Tput: 14190.59
Bearer Releases: 6435

hr: 23
CA Activation Rate num: 498117
UPTP Mbps Den: 922
Setup_Fail_DEN: 7093
SIP_SC_Total_MOU: 141.04
MB_per_connected_UE: 188.78
PCT Time MIMO: 38.06
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8500
DL Data Vol MAC in MB: 2153.24

Time: 05:47:59
holiday: 0
CA DL DataVolRatio Pct: 74.46
Bearer Releases Voice: 47

DL MAC Vol Scell Pct: 24.95
Avg_Connected_UEs: 70.82
SIP DC%: 
UPTP_Mbps: 92.02
DLRLCLayerDataVolume MB: 9399.67
DRB UL Data Volume MB: 7257
Avg_PUCCH_SINR: 16.24
PRB Util%: 51.17
CA DL DataVolRatio Pct den: 8281
weekend: 1
UPTP Mbps Num: 38526
RSSIRX2 Avg: -96.64
hr: 23
MAC_UE_SC_Tput: 13475.28
Bearer Releases: 7326

hr: 23
CA Activation Rate num: 10705325
UPTP Mbps Den: 2126
SIP_SC_Total_MOU: 0.63
Peak UE: 27
MB_per_connected_UE: 46.47
DL Volume: 1621
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3585
DL Data Vol MAC in MB: 1209.61
CA Activation Rate den: 112260

Time: 09:04:42
holiday: 0
HO_att_InterFreq: 885
CA DL DataVolRatio Pct num: 347
HO Attempts: 422

DL MAC Vol Scell Pct: 52.72
Avg_Connected_UEs: 45.04
SIP DC%: 
UPTP_Mbps: 21.4
DLRLCLayerDataVolume MB: 6341.86
DRB UL Data Volume MB: 4268
RRC Setup Attempts: 4164
CA Conf FailRate Pct den: 3081
RSSIRX1 Avg: -95.3
weekend: 1
UPTP Mbps Num: 17573
Bearer Setup Failure Voice Den: 121
hr: 23
MAC_UE_SC_Tput: 19316.65
Bearer Releases: 14285

hr: 23
CA Activation Rate num: 11036326
Setup_Fail_DEN: 12986
SIP_SC_Total_MOU: 31.75
S1U_SIP_SC_SEER_den: 171
Peak UE: 27
MB_per_connected_UE: 25.61
PCT Time MIMO: 46.6
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3328
QCI 1 Bearer Releases: 97
UL Throughput: 9.89
DL Data Vol MAC in MB: 8957.64

Combined RACH Preambles: 2902
Time: 22:55:34
Date: 07-10-2023
holiday: 0
CA DL DataVolRatio Pct: 84.75
HO_att_InterFreq: 220
CA DL DataVolRatio Pct num: 6244

DL MAC Vol Scell Pct: 7.64
Avg_Connected_UEs: 37.25
SIP DC%: 
DRB UL Data Volume MB: 372
Avg_PUCCH_SINR: 17.52
PRB Util%: 50.08
CA DL DataVolRatio Pct den: 6893
RSSIRX1 Avg: -95.74
weekend: 0
UPTP Mbps Num: 50313
CA Activation Rate: 24.68
hr: 15
MAC_UE_SC_Tput: 7248.9
Bearer Releases: 16983

hr: 15
CA Activation Rate num: 1707715
UPTP Mbps Den: 112
Setup_Fail_DEN: 15700
SIP_SC_Total_MOU: 362.34
Peak UE: 27
MB_per_connected_UE: 120.25
DL Volume: 422
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6976
CA Activation Rate den: 170574

Combined RACH Preambles: 2378
Time: 06:28:03
holiday: 0
CA DL DataVolRatio Pct: 73.85
Bearer Releases Voice: 135
HO_att_InterFreq: 483
CA DL DataVolRatio Pct num: 1079

DL MAC Vol Scell Pct: 18.25
Avg_Connected_UEs: 28.09
SIP DC%: 
UPTP_Mbps: 24.05
DLRLCLayerDataVolume MB: 1602.65
CA DL DataVolRatio Pct den: 8130
CA Conf FailRate Pct den: 9515
weekend: 0
CA Activation Rate: 11.48
hr: 23
MAC_UE_SC_Tput: 25319.23
Bearer Releases: 13737

hr: 23
qci1_setup_attempts: 151
Avg CQI: 9.41
CA Activation Rate num: 10881999
SIP_SC_Total_MOU: 100.84
S1U_SIP_SC_SEER_den: 265
Peak UE: 62
MB_per_connected_UE: 64.64
PCT Time MIMO: 49.18
DL Volume: 2457
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5105
CA Activation Rate den: 40567

Time: 20:14:33
Date: 24-02-2022
holiday: 0
CA DL DataVolRatio Pct: 65.18

Avg_Connected_UEs: 28.08
SIP DC%: 
UPTP_Mbps: 44
DLRLCLayerDataVolume MB: 4844.84
CA DL DataVolRatio Pct den: 2645
RSSIRX1 Avg: -96.65
weekend: 1
CA Activation Rate: 25.63
hr: 3
MAC_UE_SC_Tput: 5229.97

hr: 3
Avg CQI: 9.97
CA Activation Rate num: 2803310
Setup_Fail_DEN: 12355
UL MAC Vol Scell Pct: 0.16
Peak UE: 27
PCT Time MIMO: 61.18
DL Volume: 7996
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6048
UL Throughput: 9.31
DL Data Vol MAC in MB: 3927.02
CA Activation Rate den: 168386
Combined RACH Preambles: 3032
Time: 05:03:07
Date: 11-01-2023

holiday: 0
CA DL DataVolRatio Pct: 50.92
CA DL DataVolRatio Pct num: 1096

DL MAC Vol Scell Pct: 9.81
Avg_Connected_UEs: 60.12
SIP DC%: 
UPTP_Mbps: 33.23
DLRLCLayerDataVolume MB: 4052.73
DRB UL Data Volume MB: 9889
RRC Setup Attempts: 3564
CA DL DataVolRatio Pct den: 4138
CA Conf FailRate Pct den: 4045
RSSIRX1 Avg: -93.33
weekend: 1
hr: 18
MAC_UE_SC_Tput: 7119.78

hr: 18
CA Activation Rate num: 8578272
UPTP Mbps Den: 2293
Setup_Fail_DEN: 19548
SIP_SC_Total_MOU: 212.9
Peak UE: 27
MB_per_connected_UE: 91.41
PCT Time MIMO: 60.51
DL Data Vol MAC in MB: 887.84
CA Activation Rate den: 38949

Time: 01:58:54
Date: 12-05-2022
holiday: 0
CA DL DataVolRatio Pct num: 1080
HO Attempts: 573

DL MAC Vol Scell Pct: 32.06
Avg_Connected_UEs: 81.57
SIP DC%: 
UPTP_Mbps: 28.09
DLRLCLayerDataVolume MB: 7128.92
DRB UL Data Volume MB: 168
PRB Util%: 53.38
RRC Setup Attempts: 4246
CA DL DataVolRatio Pct den: 9334
CA Conf FailRate Pct den: 7916
weekend: 1
UPTP Mbps Num: 30642
RSSIRX2 Avg: -93.28
CA Activation Rate: 59.68
hr: 9
MAC_UE_SC_Tput: 7760.19
Bearer Releases: 11687

hr: 9
CA Activation Rate num: 2321093
UPTP Mbps Den: 1236
Setup_Fail_DEN: 7813
Peak UE: 87
MB_per_connected_UE: 194.4
PCT Time MIMO: 35.23
DL Volume: 1492
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3648
DL Data Vol MAC in MB: 7833.45

Combined RACH Preambles: 3800
Time: 13:49:00
holiday: 0
CA DL DataVolRatio Pct: 82.38
HO_att_InterFreq: 112
CA DL DataVolRatio Pct num: 3693

Avg_Connected_UEs: 55.01
SIP DC%: 
UPTP_Mbps: 18.7
DLRLCLayerDataVolume MB: 4661.47
DRB UL Data Volume MB: 8569
RRC Setup Attempts: 7939
weekend: 0
UPTP Mbps Num: 2139
RSSIRX2 Avg: -97.86
CA Activation Rate: 27.16
hr: 23
MAC_UE_SC_Tput: 6176.38
Bearer Releases: 11533

hr: 23
Avg CQI: 9.56
CA Activation Rate num: 4258339
Setup_Fail_DEN: 8288
Peak UE: 27
MB_per_connected_UE: 123.65
PCT Time MIMO: 40.66
DL Volume: 1869
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4676
UL Throughput: 1.09
DL Data Vol MAC in MB: 1089.61
CA Activation Rate den: 68025

Time: 05:25:39
Date: 03-01-2022
holiday: 0
CA DL DataVolRatio Pct: 62.02

DL MAC Vol Scell Pct: 16.94
Avg_Connected_UEs: 69.71
SIP DC%: 
UPTP_Mbps: 73.88
DLRLCLayerDataVolume MB: 5965.89
RRC Setup Attempts: 6871
CA DL DataVolRatio Pct den: 8496
CA Conf FailRate Pct den: 8332
RSSIRX1 Avg: -93.56
weekend: 0
RSSIRX2 Avg: -97.73
CA Activation Rate: 62.39
hr: 17
MAC_UE_SC_Tput: 19399.87
Bearer Releases: 7349

hr: 17
CA Activation Rate num: 5856498
UPTP Mbps Den: 685
Setup_Fail_DEN: 6970
SIP_SC_Total_MOU: 115
Peak UE: 27
MB_per_connected_UE: 107.02
PCT Time MIMO: 34.28
DL Volume: 6550
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8402
DL Data Vol MAC in MB: 6694.87
CA Activation Rate den: 143519

Combined RACH Preambles: 2757
Time: 14:11:11
Date: 10-01-2023
holiday: 0
CA DL DataVolRatio Pct: 80.95
Bearer Releases Voice: 63
CA DL DataVolRatio Pct num: 3190
HO Attempts: 368

Avg_Connected_UEs: 72.2
SIP DC%: 
DLRLCLayerDataVolume MB: 6971.61
PRB Util%: 39.08
RRC Setup Attempts: 6480
CA DL DataVolRatio Pct den: 8453
CA Conf FailRate Pct den: 8147
weekend: 0
S1U_SIP_SC_SEER_num: 266
CA Activation Rate: 20.05
hr: 23
MAC_UE_SC_Tput: 5126
Bearer Releases: 15939

hr: 23
qci1_setup_attempts: 164
CA Activation Rate num: 3443360
Setup_Fail_DEN: 8247
SIP_SC_Total_MOU: 225.71
UL MAC Vol Scell Pct: 4.86
S1U_SIP_SC_SEER_den: 237
Peak UE: 62
MB_per_connected_UE: 162.53
PCT Time MIMO: 46.15
CA Activation Rate den: 64961

Time: 14:39:39
holiday: 0
CA DL DataVolRatio Pct: 41.59
SIP_SC_Call_Attempts: 240
CA DL DataVolRatio Pct num: 5879

DL MAC Vol Scell Pct: 5.85
SIP DC%: 
UPTP_Mbps: 36.14
DLRLCLayerDataVolume MB: 1130.57
DRB UL Data Volume MB: 3500
PRB Util%: 29.01
RRC Setup Attempts: 8005
CA DL DataVolRatio Pct den: 8873
RSSIRX1 Avg: -95.6
weekend: 0
UPTP Mbps Num: 19322
CA Activation Rate: 69.26
hr: 14
MAC_UE_SC_Tput: 14388.79
Bearer Releases: 9440

hr: 14
CA Activation Rate num: 9140787
UPTP Mbps Den: 1443
SIP_SC_Total_MOU: 191.08
UL MAC Vol Scell Pct: 0.72
Peak UE: 27
PCT Time MIMO: 46.99
DL Volume: 5718
DL Data Vol MAC in MB: 10046.76

Time: 14:27:02
Date: 09-07-2022
holiday: 0
HO Attempts: 419

DL MAC Vol Scell Pct: 14.17
Avg_Connected_UEs: 24.85
SIP DC%: 
UPTP_Mbps: 34.66
DLRLCLayerDataVolume MB: 3408.11
RRC Setup Attempts: 5650
CA DL DataVolRatio Pct den: 7871
weekend: 0
CA Activation Rate: 37.15
hr: 13
MAC_UE_SC_Tput: 8643.82
Bearer Releases: 8612

hr: 13
CA Activation Rate num: 8617977
UPTP Mbps Den: 2879
SIP_SC_Total_MOU: 132.23
Peak UE: 35
MB_per_connected_UE: 91.35
PCT Time MIMO: 65.86
DL Volume: 9925
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7488
UL Throughput: 2.76
CA Activation Rate den: 48405

Time: 15:50:17
holiday: 0
CA DL DataVolRatio Pct: 67.47
CA DL DataVolRatio Pct num: 3726
HO Attempts: 635

DL MAC Vol Scell Pct: 31.63
Avg_Connected_UEs: 51.91
SIP DC%: 
UPTP_Mbps: 37.68
DRB UL Data Volume MB: 9464
PRB Util%: 32.2
CA DL DataVolRatio Pct den: 6965
weekend: 0
UPTP Mbps Num: 24687
CA Activation Rate: 60.7
hr: 3
MAC_UE_SC_Tput: 12577.94
Bearer Releases: 11968

hr: 3
CA Activation Rate num: 5577773
UPTP Mbps Den: 949
Setup_Fail_DEN: 15383
SIP_SC_Total_MOU: 11.13
Peak UE: 30
DL Volume: 1944
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4004

Time: 14:24:30
holiday: 0
CA DL DataVolRatio Pct: 67.66
CA DL DataVolRatio Pct num: 4226
HO Attempts: 583

DL MAC Vol Scell Pct: 14.03
Avg_Connected_UEs: 43.17
SIP DC%: 
PRB Util%: 67.49
RRC Setup Attempts: 5318
CA Conf FailRate Pct den: 6616
weekend: 1
UPTP Mbps Num: 47784
CA Activation Rate: 11.25
hr: 21
MAC_UE_SC_Tput: 10089.33
Bearer Releases: 11278

hr: 21
CA Activation Rate num: 4447789
UPTP Mbps Den: 2891
Setup_Fail_DEN: 15250
SIP_SC_Total_MOU: 125.75
MB_per_connected_UE: 132.65
PCT Time MIMO: 49.21
DL Data Vol MAC in MB: 9461.61
CA Activation Rate den: 46249

Time: 07:50:37
Date: 21-06-2022
holiday: 0
CA DL DataVolRatio Pct: 79.68
CA DL DataVolRatio Pct num: 5153

DL MAC Vol Scell Pct: 5.19
Avg_Connected_UEs: 83.84
SIP DC%: 
UPTP_Mbps: 12.59
DRB UL Data Volume MB: 5690
PRB Util%: 70.06
RRC Setup Attempts: 8270
CA DL DataVolRatio Pct den: 10201
weekend: 0
Bearer Setup Failure Voice Den: 67
CA Activation Rate: 33.98
hr: 18
MAC_UE_SC_Tput: 6117.39
Bearer Releases: 10407

hr: 18
CA Activation Rate num: 9631555
UPTP Mbps Den: 330
SIP_SC_Total_MOU: 77.39
UL MAC Vol Scell Pct: 0.71
Peak UE: 62
MB_per_connected_UE: 58.42
DL Volume: 8177
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5217
DL Data Vol MAC in MB: 9758.27
CA Activation Rate den: 150474

Time: 06:12:34
holiday: 0
CA DL DataVolRatio Pct: 45.69
CA DL DataVolRatio Pct num: 6775

Avg_Connected_UEs: 52.79
SIP DC%: 
UPTP_Mbps: 35.71
DLRLCLayerDataVolume MB: 1445.68
DRB UL Data Volume MB: 3939
PRB Util%: 56.19
UL Resid BLER PCT: 0.93
CA DL DataVolRatio Pct den: 5781
CA Conf FailRate Pct den: 6255
weekend: 0
UPTP Mbps Num: 29091
CA Activation Rate: 70.89
hr: 16
MAC_UE_SC_Tput: 22881.28
Bearer Releases: 16594

hr: 16
qci1_setup_attempts: 236
CA Activation Rate num: 10035887
UPTP Mbps Den: 3384
Setup_Fail_DEN: 13417
SIP_SC_Total_MOU: 104.86
Peak UE: 27
MB_per_connected_UE: 93.48
PCT Time MIMO: 54.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4599
DL Data Vol MAC in MB: 3858.03
CA Activation Rate den: 46824

Time: 22:53:42
holiday: 0
CA DL DataVolRatio Pct num: 5405

Avg_Connected_UEs: 28.32
SIP DC%: 
UPTP_Mbps: 121.9
DLRLCLayerDataVolume MB: 1551.68
DRB UL Data Volume MB: 2744
PRB Util%: 7.39
RRC Setup Attempts: 4661
CA DL DataVolRatio Pct den: 3537
weekend: 0
UPTP Mbps Num: 3300
CA Activation Rate: 22.5
hr: 0
MAC_UE_SC_Tput: 4731.31
Bearer Releases: 7075

hr: 0
CA Activation Rate num: 1511198
UPTP Mbps Den: 864
Setup_Fail_DEN: 10631
SIP_SC_Total_MOU: 6.51
Peak UE: 27
MB_per_connected_UE: 157.93
PCT Time MIMO: 43.9
UL Throughput: 1.71
DL Data Vol MAC in MB: 1583.05
CA Activation Rate den: 54870

Time: 12:47:41
holiday: 0
CA DL DataVolRatio Pct: 86.7

Avg_Connected_UEs: 40.74
SIP DC%: 
UPTP_Mbps: 76.28
DLRLCLayerDataVolume MB: 8654.48
DRB UL Data Volume MB: 5167
PRB Util%: 48.02
RRC Setup Attempts: 4161
CA DL DataVolRatio Pct den: 4977
CA Conf FailRate Pct den: 5647
weekend: 0
CA Activation Rate: 4.36
hr: 3
MAC_UE_SC_Tput: 6428.27

hr: 3
CA Activation Rate num: 5283229
UPTP Mbps Den: 2557
SIP_SC_Total_MOU: 123.58
Peak UE: 27
MB_per_connected_UE: 69.81
PCT Time MIMO: 40.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4249
CA Activation Rate den: 121892

Time: 15:44:54
Date: 22-06-2023
holiday: 0
CA DL DataVolRatio Pct: 66.56
CA DL DataVolRatio Pct num: 3848

DL MAC Vol Scell Pct: 51.59
Avg_Connected_UEs: 80.22
SIP DC%: 
UPTP_Mbps: 45.13
DLRLCLayerDataVolume MB: 3308.59
DRB UL Data Volume MB: 3133
CA DL DataVolRatio Pct den: 8680
CA Conf FailRate Pct den: 7243
weekend: 0
UPTP Mbps Num: 48920
Bearer Setup Failure Voice Den: 140
RSSIRX2 Avg: -98.05
CA Activation Rate: 72.07
hr: 6
MAC_UE_SC_Tput: 4906.53
Bearer Releases: 11225

hr: 6
CA Activation Rate num: 1062880
UPTP Mbps Den: 634
Setup_Fail_DEN: 14326
SIP_SC_Total_MOU: 104.52
Peak UE: 61
MB_per_connected_UE: 7.12
PCT Time MIMO: 34.06
DL Volume: 7254
QCI 1 Bearer Releases: 148
DL Data Vol MAC in MB: 5023.84
CA Activation Rate den: 77379

Time: 23:31:57
holiday: 0
CA DL DataVolRatio Pct: 69.74
CA DL DataVolRatio Pct num: 7526

DL MAC Vol Scell Pct: 32.48
SIP DC%: 
DLRLCLayerDataVolume MB: 561.26
DRB UL Data Volume MB: 6466
PRB Util%: 37.76
CA DL DataVolRatio Pct den: 8853
CA Conf FailRate Pct den: 6190
RSSIRX1 Avg: -95.9
weekend: 1
UPTP Mbps Num: 13730
CA Activation Rate: 8.48
hr: 5

hr: 5
CA Activation Rate num: 2132435
UPTP Mbps Den: 2738
Setup_Fail_DEN: 10612
UL MAC Vol Scell Pct: 0.8
S1U_SIP_SC_SEER_den: 245
Peak UE: 72
MB_per_connected_UE: 13.01
PCT Time MIMO: 42.32
DL Volume: 3761
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3225
DL Data Vol MAC in MB: 8655.39
CA Activation Rate den: 115871

Combined RACH Preambles: 2992
Time: 04:04:59
holiday: 0
CA DL DataVolRatio Pct: 70.61
HO_att_InterFreq: 835
CA DL DataVolRatio Pct num: 1913

DL MAC Vol Scell Pct: 13.96
SIP DC%: 
UPTP_Mbps: 101.67
DLRLCLayerDataVolume MB: 2927.91
DRB UL Data Volume MB: 4746
PRB Util%: 58.63
RRC Setup Attempts: 7307
CA DL DataVolRatio Pct den: 8096
weekend: 0
S1U_SIP_SC_SEER_num: 180
CA Activation Rate: 41.58
hr: 23
MAC_UE_SC_Tput: 12104.4
Bearer Releases: 7261

hr: 23
CA Activation Rate num: 5851186
UPTP Mbps Den: 2263
Setup_Fail_DEN: 6566
SIP_SC_Total_MOU: 84.02
Peak UE: 80
PCT Time MIMO: 62.67
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5625
UL Throughput: 5.27
DL Data Vol MAC in MB: 9831.97
CA Activation Rate den: 56028

Time: 03:04:04
Date: 20-10-2023
holiday: 0
CA DL DataVolRatio Pct: 62.66
HO_att_InterFreq: 178

Avg_Connected_UEs: 68.26
SIP DC%: 
UPTP_Mbps: 43.33
DLRLCLayerDataVolume MB: 1261.4
DRB UL Data Volume MB: 5378
RRC Setup Attempts: 9697
CA Conf FailRate Pct den: 2976
weekend: 0
RSSIRX2 Avg: -98.47
CA Activation Rate: 48.69
hr: 23
MAC_UE_SC_Tput: 9470.27
Bearer Releases: 17628

hr: 23
CA Activation Rate num: 10059000
UPTP Mbps Den: 3018
Setup_Fail_DEN: 15350
Peak UE: 30
MB_per_connected_UE: 38.54
DL Volume: 1733
DL Data Vol MAC in MB: 8035.77

Time: 16:29:11
Date: 04-06-2023
holiday: 0
CA DL DataVolRatio Pct: 89.74
HO_att_InterFreq: 680
CA DL DataVolRatio Pct num: 7309

SIP DC%: 
UPTP_Mbps: 27.79
DLRLCLayerDataVolume MB: 484.81
PRB Util%: 20.73
RRC Setup Attempts: 6886
CA Conf FailRate Pct den: 6141
weekend: 1
UPTP Mbps Num: 25809
RSSIRX2 Avg: -93.22
CA Activation Rate: 65.09
hr: 0

hr: 0
Setup_Fail_DEN: 6764
SIP_SC_Total_MOU: 37.67
Peak UE: 27
MB_per_connected_UE: 100.38
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3460
UL Throughput: 2.85
DL Data Vol MAC in MB: 3701.53
CA Activation Rate den: 134146

Time: 20:32:04
holiday: 0
CA DL DataVolRatio Pct: 79.59
CA DL DataVolRatio Pct num: 435

SIP DC%: 
UPTP_Mbps: 47.05
DLRLCLayerDataVolume MB: 1651.07
DRB UL Data Volume MB: 5891
weekend: 0
UPTP Mbps Num: 34387
RSSIRX2 Avg: -96.63
CA Activation Rate: 68.47
hr: 18
MAC_UE_SC_Tput: 4733.24
Bearer Releases: 9687

hr: 18
CA Activation Rate num: 7480828
UPTP Mbps Den: 451
Peak UE: 79
MB_per_connected_UE: 127.24
PCT Time MIMO: 52.73
DL Volume: 6672
DL Data Vol MAC in MB: 2634.07
Combined RACH Preambles: 2832

Time: 07:55:26
Date: 21-12-2023
holiday: 0
CA DL DataVolRatio Pct: 61.67
HO_att_InterFreq: 132
CA DL DataVolRatio Pct num: 5347

DL MAC Vol Scell Pct: 27.98
SIP DC%: 
UPTP_Mbps: 40.23
DLRLCLayerDataVolume MB: 4681.81
CA Conf FailRate Pct den: 7204
RSSIRX1 Avg: -98.2
weekend: 0
Bearer Setup Failure Voice Den: 35
CA Activation Rate: 42.53
hr: 23
MAC_UE_SC_Tput: 5197.12
Bearer Releases: 7405

hr: 23
CA Activation Rate num: 8856361
UPTP Mbps Den: 2819
Setup_Fail_DEN: 9221
SIP_SC_Total_MOU: 157.79
UL MAC Vol Scell Pct: 5.94
Peak UE: 28
MB_per_connected_UE: 68.26
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3399
UL Throughput: 16.37

Time: 12:20:26
Date: 17-04-2023
holiday: 0
CA DL DataVolRatio Pct: 86.44
Bearer Releases Voice: 74
HO_att_InterFreq: 315
CA DL DataVolRatio Pct num: 4532

DL MAC Vol Scell Pct: 8.37
Avg_Connected_UEs: 54.14
SIP DC%: 
DLRLCLayerDataVolume MB: 1028.02
PRB Util%: 55.29
RRC Setup Attempts: 4573
CA Conf FailRate Pct den: 7083
weekend: 1
S1U_SIP_SC_SEER_num: 79
CA Activation Rate: 7.45
hr: 12
MAC_UE_SC_Tput: 26229.36
Bearer Releases: 16300

hr: 12
CA Activation Rate num: 5758820
UPTP Mbps Den: 2903
Setup_Fail_DEN: 8083
SIP_SC_Total_MOU: 290.63
Peak UE: 27
MB_per_connected_UE: 24.42
QCI 1 Bearer Releases: 60
DL Data Vol MAC in MB: 8594.36

Time: 09:42:37
holiday: 0
CA DL DataVolRatio Pct: 61.55

SIP DC%: 
UPTP_Mbps: 36.67
DRB UL Data Volume MB: 6876
PRB Util%: 25.61
CA Conf FailRate Pct den: 5966
RSSIRX1 Avg: -95.37
weekend: 0
RSSIRX2 Avg: -94.27
CA Activation Rate: 11.56
hr: 15
MAC_UE_SC_Tput: 7189.77
Bearer Releases: 7443

hr: 15
CA Activation Rate num: 8820866
UPTP Mbps Den: 1240
Setup_Fail_DEN: 6389
Peak UE: 51
PCT Time MIMO: 54.15
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5011

Time: 22:56:29
holiday: 0
CA DL DataVolRatio Pct: 78.02

SIP DC%: 
UPTP_Mbps: 109.93
DRB UL Data Volume MB: 9287
CA Conf FailRate Pct den: 5997
RSSIRX1 Avg: -93.85
weekend: 0
UPTP Mbps Num: 51055
hr: 20
MAC_UE_SC_Tput: 13947.34
Bearer Releases: 13590

hr: 20
CA Activation Rate num: 2015712
SIP_SC_Total_MOU: 20.5
Peak UE: 72
MB_per_connected_UE: 69.43
CA Activation Rate den: 91849

Time: 14:53:52
Date: 27-02-2022
holiday: 0
CA DL DataVolRatio Pct num: 3782
HO Attempts: 819

DL MAC Vol Scell Pct: 24.09
Avg_Connected_UEs: 41.54
SIP DC%: 
DRB UL Data Volume MB: 7029
UL Resid BLER PCT: 0.68
CA DL DataVolRatio Pct den: 4566
CA Conf FailRate Pct den: 5345
weekend: 0
UPTP Mbps Num: 24097
CA Activation Rate: 59.52
hr: 12
MAC_UE_SC_Tput: 15738.71
Bearer Releases: 17407

hr: 12
CA Activation Rate num: 6145053
SIP_SC_Total_MOU: 354.8
S1U_SIP_SC_SEER_den: 261
Peak UE: 28
VOLTE IA%: 
MB_per_connected_UE: 21.4
DL Volume: 8681
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6730
UL Throughput: 1.28

Combined RACH Preambles: 2613
Time: 03:50:23
Date: 23-07-2022
holiday: 0
CA DL DataVolRatio Pct: 84.05
CA DL DataVolRatio Pct num: 7571
HO Attempts: 473

DL MAC Vol Scell Pct: 7.99
Avg_Connected_UEs: 61.32
SIP DC%: 
UPTP_Mbps: 119.2
CA Conf FailRate Pct den: 9109
weekend: 0
UPTP Mbps Num: 20856
CA Activation Rate: 50.12
hr: 8
MAC_UE_SC_Tput: 4280.29
Bearer Releases: 15071

hr: 8
CA Activation Rate num: 5196407
UPTP Mbps Den: 2904
Setup_Fail_DEN: 15860
S1U_SIP_SC_SEER_den: 80
Peak UE: 27
MB_per_connected_UE: 75.88
DL Data Vol MAC in MB: 4147.21
CA Activation Rate den: 44028

Combined RACH Preambles: 2137
Time: 23:54:22
holiday: 0
CA DL DataVolRatio Pct: 47.47
CA DL DataVolRatio Pct num: 3681
HO Attempts: 757

DL MAC Vol Scell Pct: 6.88
Avg_Connected_UEs: 38.35
SIP DC%: 
UPTP_Mbps: 113.57
DLRLCLayerDataVolume MB: 2529.98
RRC Setup Attempts: 4688
CA DL DataVolRatio Pct den: 5995
CA Conf FailRate Pct den: 4298
RSSIRX1 Avg: -97.07
weekend: 0
S1U_SIP_SC_SEER_num: 162
CA Activation Rate: 17.2
hr: 18
MAC_UE_SC_Tput: 19549.3
Bearer Releases: 9416

hr: 18
CA Activation Rate num: 7510347
UPTP Mbps Den: 1169
SIP_SC_Total_MOU: 311.32
Peak UE: 67
MB_per_connected_UE: 146.81
DL Volume: 576
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4946
UL Throughput: 1.5
DL Data Vol MAC in MB: 8997.99

Combined RACH Preambles: 3615
Time: 09:16:13
holiday: 0
HO_att_InterFreq: 991
CA DL DataVolRatio Pct num: 5718

DL MAC Vol Scell Pct: 14.57
Avg_Connected_UEs: 56.47
SIP DC%: 
UPTP_Mbps: 32.63
DLRLCLayerDataVolume MB: 6670.68
RRC Setup Attempts: 3880
CA DL DataVolRatio Pct den: 9417
weekend: 0
CA Activation Rate: 4.97
hr: 16
MAC_UE_SC_Tput: 6566.81
Bearer Releases: 7152

hr: 16
CA Activation Rate num: 10271641
Setup_Fail_DEN: 11867
SIP_SC_Total_MOU: 191
Peak UE: 36
VOLTE IA%: 
MB_per_connected_UE: 28.27
PCT Time MIMO: 57.97
DL Volume: 1590
DL Data Vol MAC in MB: 5925.39
CA Activation Rate den: 40520

Time: 13:11:50
Date: 11-05-2023
holiday: 0
CA DL DataVolRatio Pct: 75.92
CA DL DataVolRatio Pct num: 5606
HO Attempts: 538

DL MAC Vol Scell Pct: 17.96
SIP DC%: 
DRB UL Data Volume MB: 5449
PRB Util%: 32.8
RRC Setup Attempts: 7263
CA Conf FailRate Pct den: 9317
weekend: 0
UPTP Mbps Num: 55698
hr: 7
MAC_UE_SC_Tput: 4953.43
Bearer Releases: 12223

hr: 7
CA Activation Rate num: 4654920
Setup_Fail_DEN: 14731
SIP_SC_Total_MOU: 139.75
Peak UE: 28
MB_per_connected_UE: 59.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4700
UL Throughput: 1.91
DL Data Vol MAC in MB: 8269.57
CA Activation Rate den: 69760

Time: 12:24:49
Date: 02-04-2022
holiday: 0
CA DL DataVolRatio Pct: 75.61
HO_att_InterFreq: 341
CA DL DataVolRatio Pct num: 5854
HO Attempts: 497

DL MAC Vol Scell Pct: 31.8
Avg_Connected_UEs: 58.06
SIP DC%: 
UPTP_Mbps: 39.83
PRB Util%: 40.83
RRC Setup Attempts: 4189
CA DL DataVolRatio Pct den: 8923
weekend: 1
UPTP Mbps Num: 34819
CA Activation Rate: 53
hr: 12
MAC_UE_SC_Tput: 8095.74
Bearer Releases: 8133

hr: 12
CA Activation Rate num: 6441206
UPTP Mbps Den: 60
Setup_Fail_DEN: 15555
Peak UE: 27
MB_per_connected_UE: 55.83
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6586
DL Data Vol MAC in MB: 8925
CA Activation Rate den: 218421

Time: 10:40:25
holiday: 0
CA DL DataVolRatio Pct: 67.77
CA DL DataVolRatio Pct num: 4356

Avg_Connected_UEs: 16.83
SIP DC%: 
RRC Setup Attempts: 5029
CA DL DataVolRatio Pct den: 4959
weekend: 0
CA Activation Rate: 3.45
hr: 6
MAC_UE_SC_Tput: 4485.5
Bearer Releases: 6603

hr: 6
CA Activation Rate num: 855588
UPTP Mbps Den: 3637
Setup_Fail_DEN: 11885
Peak UE: 29
MB_per_connected_UE: 67.09
DL Volume: 6049
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4837
Time: 08:26:03

holiday: 0
CA DL DataVolRatio Pct: 77.15
HO Attempts: 188

SIP DC%: 
DLRLCLayerDataVolume MB: 3760.87
DRB UL Data Volume MB: 5818
PRB Util%: 8.25
RRC Setup Attempts: 6008
CA DL DataVolRatio Pct den: 9861
CA Conf FailRate Pct den: 5619
weekend: 0
UPTP Mbps Num: 17384
RSSIRX2 Avg: -97.35
hr: 23
MAC_UE_SC_Tput: 5380.34
Bearer Releases: 12921

hr: 23
CA Activation Rate num: 10536414
UPTP Mbps Den: 2512
Setup_Fail_DEN: 8727
MB_per_connected_UE: 140.77
PCT Time MIMO: 48.68
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3232
CA Activation Rate den: 100680

Time: 14:27:24
holiday: 0
CA DL DataVolRatio Pct: 92.77
CA DL DataVolRatio Pct num: 6266
HO Attempts: 71

DL MAC Vol Scell Pct: 14.15
Avg_Connected_UEs: 37.74
SIP DC%: 
UPTP_Mbps: 43.59
DLRLCLayerDataVolume MB: 5403.62
Bearer Drop Voice%: 1.63
CA DL DataVolRatio Pct den: 9229
CA Conf FailRate Pct den: 7288
weekend: 0
CA Activation Rate: 40.69
hr: 1
MAC_UE_SC_Tput: 5595.53

hr: 1
CA Activation Rate num: 10756406
UPTP Mbps Den: 1869
Setup_Fail_DEN: 12939
SIP_SC_Total_MOU: 163.98
S1U_SIP_SC_SEER_den: 247
Peak UE: 27
VOLTE IA%: 0.43
MB_per_connected_UE: 53.63
DL Volume: 9820
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4884
DL Data Vol MAC in MB: 3545.25
CA Activation Rate den: 66565

Combined RACH Preambles: 2028
Time: 23:19:32
holiday: 0
CA DL DataVolRatio Pct: 76.22
HO Attempts: 691

DL MAC Vol Scell Pct: 38.1
Avg_Connected_UEs: 46.14
SIP DC%: 
UPTP_Mbps: 28.13
DLRLCLayerDataVolume MB: 3633.22
DRB UL Data Volume MB: 3002
PRB Util%: 19.81
CA DL DataVolRatio Pct den: 9371
CA Conf FailRate Pct den: 4901
weekend: 0
UPTP Mbps Num: 31748
hr: 7
MAC_UE_SC_Tput: 7025.67

hr: 7
Avg CQI: 11
CA Activation Rate num: 7266406
Setup_Fail_DEN: 11472
SIP_SC_Total_MOU: 293.38
Peak UE: 86
DL Volume: 2533
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3408
QCI 1 Bearer Releases: 182

Time: 09:57:47
Date: 25-11-2023
holiday: 0
CA DL DataVolRatio Pct: 74.32
CA DL DataVolRatio Pct num: 2857

Avg_Connected_UEs: 48.04
SIP DC%: 
UPTP_Mbps: 122.39
DLRLCLayerDataVolume MB: 952.37
DRB UL Data Volume MB: 9308
PRB Util%: 3.6
RRC Setup Attempts: 5009
CA DL DataVolRatio Pct den: 7256
weekend: 0
UPTP Mbps Num: 6292
hr: 8
MAC_UE_SC_Tput: 5529.8
Bearer Releases: 8514

hr: 8
qci1_setup_attempts: 141
Avg CQI: 10.7
UPTP Mbps Den: 3085
SIP_SC_Total_MOU: 52.53
S1U_SIP_SC_SEER_den: 229
Peak UE: 40
MB_per_connected_UE: 76.11
DL Volume: 8830
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4833
CA Activation Rate den: 58999

Time: 21:51:54
Date: 19-07-2022
holiday: 0
CA DL DataVolRatio Pct: 88.63
CA DL DataVolRatio Pct num: 5139

SIP DC%: 
UPTP_Mbps: 12.2
DRB UL Data Volume MB: 8004
PRB Util%: 27.1
CA Conf FailRate Pct den: 3655
RSSIRX1 Avg: -97.3
weekend: 0
CA Activation Rate: 33.69
hr: 20
MAC_UE_SC_Tput: 5259.87
Bearer Releases: 10686

hr: 20
CA Activation Rate num: 5855187
UPTP Mbps Den: 951
Setup_Fail_DEN: 13972
Peak UE: 49
MB_per_connected_UE: 144.18
PCT Time MIMO: 39.38
DL Volume: 7693
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4407
DL Data Vol MAC in MB: 8748.44

Combined RACH Preambles: 2223
Time: 03:57:08
holiday: 0
CA DL DataVolRatio Pct: 79.01
HO Attempts: 605

Avg_Connected_UEs: 73.58
SIP DC%: 
DLRLCLayerDataVolume MB: 5615.98
DRB UL Data Volume MB: 1337
CA Conf FailRate Pct den: 4715
weekend: 0
UPTP Mbps Num: 15285
CA Activation Rate: 51.11
hr: 4
MAC_UE_SC_Tput: 5137.94
Bearer Releases: 8388

hr: 4
CA Activation Rate num: 9034331
UPTP Mbps Den: 114
Setup_Fail_DEN: 19954
Peak UE: 27
MB_per_connected_UE: 164.52
DL Volume: 4420
UL Throughput: 5.32
CA Activation Rate den: 109223

Time: 23:52:42
Date: 05-09-2023
holiday: 0
CA DL DataVolRatio Pct: 71.1
HO Attempts: 70

SIP DC%: 
DLRLCLayerDataVolume MB: 2149.88
PRB Util%: 33.82
RRC Setup Attempts: 3717
CA DL DataVolRatio Pct den: 9859
CA Conf FailRate Pct den: 6499
weekend: 0
hr: 17
MAC_UE_SC_Tput: 19449.19

hr: 17
UPTP Mbps Den: 2672
Setup_Fail_DEN: 16803
SIP_SC_Total_MOU: 26.65
Peak UE: 83
DL Data Vol MAC in MB: 2397.44

Combined RACH Preambles: 3439
Time: 17:44:57
Date: 26-10-2023
holiday: 0
CA DL DataVolRatio Pct: 62.42
SIP_SC_Call_Attempts: 260
HO_att_InterFreq: 563
HO Attempts: 751

DL MAC Vol Scell Pct: 51.46
Avg_Connected_UEs: 58.69
SIP DC%: 
UPTP_Mbps: 17.92
DLRLCLayerDataVolume MB: 4911.71
PRB Util%: 58.95
RRC Setup Attempts: 6465
CA DL DataVolRatio Pct den: 8722
RSSIRX1 Avg: -93.52
weekend: 0
CA Activation Rate: 12.87
hr: 7
Bearer Releases: 9709

hr: 7
Avg CQI: 11.3
CA Activation Rate num: 9142475
UPTP Mbps Den: 2115
Setup_Fail_DEN: 10973
SIP_SC_Total_MOU: 69.16
Peak UE: 50
MB_per_connected_UE: 177.05
DL Data Vol MAC in MB: 2319.32

Time: 04:42:29
holiday: 0
CA DL DataVolRatio Pct: 71.22
HO_att_InterFreq: 323
HO Attempts: 699

DL MAC Vol Scell Pct: 37.94
SIP DC%: 
UPTP_Mbps: 38.24
DLRLCLayerDataVolume MB: 4226.15
CA Conf FailRate Pct den: 6653
weekend: 0
hr: 6
MAC_UE_SC_Tput: 5187.4
Bearer Releases: 10930

hr: 6
CA Activation Rate num: 9267952
UPTP Mbps Den: 2112
Setup_Fail_DEN: 12316
SIP_SC_Total_MOU: 46.73
S1U_SIP_SC_SEER_den: 244
Peak UE: 39
MB_per_connected_UE: 170.81
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3549
UL Throughput: 1.46
CA Activation Rate den: 103030

Time: 09:22:55
holiday: 0
CA DL DataVolRatio Pct: 91.76
SIP_SC_Call_Attempts: 190
HO Attempts: 644

Avg_Connected_UEs: 43.67
SIP DC%: 
UPTP_Mbps: 21.48
DLRLCLayerDataVolume MB: 4175.36
DRB UL Data Volume MB: 9138
weekend: 0
RSSIRX2 Avg: -93.95
CA Activation Rate: 4.63
hr: 23
MAC_UE_SC_Tput: 13182.95
Bearer Releases: 10902

hr: 23
CA Activation Rate num: 2335722
UPTP Mbps Den: 1476
SIP_SC_Total_MOU: 232.97
Peak UE: 27
MB_per_connected_UE: 114.82
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8012

Time: 01:45:14
holiday: 0
HO_att_InterFreq: 655
HO Attempts: 234

Avg_Connected_UEs: 69.63
SIP DC%: 
UPTP_Mbps: 42.35
DLRLCLayerDataVolume MB: 4995.89
DRB UL Data Volume MB: 4784
PRB Util%: 35.52
weekend: 0
UPTP Mbps Num: 31671
S1U_SIP_SC_SEER_num: 218
CA Activation Rate: 4.08
hr: 23
MAC_UE_SC_Tput: 7939.97

hr: 23
CA Activation Rate num: 5313349
UPTP Mbps Den: 1514
Setup_Fail_DEN: 15429
Peak UE: 30
MB_per_connected_UE: 127.38
PCT Time MIMO: 69.18
UL Throughput: 1.04
DL Data Vol MAC in MB: 1538.84
CA Activation Rate den: 99841

Time: 19:23:16
holiday: 0
CA DL DataVolRatio Pct: 73.53
CA DL DataVolRatio Pct num: 7343

Avg_Connected_UEs: 47.27
SIP DC%: 
UPTP_Mbps: 31.52
DLRLCLayerDataVolume MB: 8542.97
RRC Setup Attempts: 5580
weekend: 0
UPTP Mbps Num: 28378
CA Activation Rate: 63.22
hr: 0
MAC_UE_SC_Tput: 4907.83
Bearer Releases: 14724

hr: 0
CA Activation Rate num: 6292431
UPTP Mbps Den: 1831
Setup_Fail_DEN: 14140
SIP_SC_Total_MOU: 354.02
Peak UE: 27
MB_per_connected_UE: 89.88
CA Activation Rate den: 84348

Time: 21:54:21
holiday: 0
CA DL DataVolRatio Pct num: 6046

DL MAC Vol Scell Pct: 7.39
Avg_Connected_UEs: 40.59
SIP DC%: 
UPTP_Mbps: 40.75
DLRLCLayerDataVolume MB: 6348.15
DRB UL Data Volume MB: 3906
RRC Setup Attempts: 7299
CA DL DataVolRatio Pct den: 8108
CA Conf FailRate Pct den: 6085
RSSIRX1 Avg: -94.63
weekend: 0
UPTP Mbps Num: 23163
hr: 0
MAC_UE_SC_Tput: 5403.97
Bearer Releases: 12287

hr: 0
Avg CQI: 10.08
CA Activation Rate num: 6749383
UPTP Mbps Den: 1999
S1U_SIP_SC_SEER_den: 77
Peak UE: 63
MB_per_connected_UE: 87.95
PCT Time MIMO: 33.26
DL Volume: 3693
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5904
DL Data Vol MAC in MB: 8908.92

Combined RACH Preambles: 2425
Time: 21:32:49
holiday: 0
HO_att_InterFreq: 954
CA DL DataVolRatio Pct num: 781
HO Attempts: 195

Avg_Connected_UEs: 72.96
SIP DC%: 
UPTP_Mbps: 29.23
DLRLCLayerDataVolume MB: 10011.13
DRB UL Data Volume MB: 6327
PRB Util%: 60.64
CA Conf FailRate Pct den: 8495
weekend: 0
RSSIRX2 Avg: -96.12
CA Activation Rate: 8.36
hr: 21
MAC_UE_SC_Tput: 12327.06
Bearer Releases: 7415

hr: 21
Setup_Fail_DEN: 11092
Peak UE: 59
MB_per_connected_UE: 106.89
PCT Time MIMO: 46.46
DL Volume: 2093
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6397
CA Activation Rate den: 225372

Combined RACH Preambles: 2309
Time: 16:28:40
holiday: 0
CA DL DataVolRatio Pct: 66.02

DL MAC Vol Scell Pct: 24.03
Avg_Connected_UEs: 24.6
SIP DC%: 
UPTP_Mbps: 34.59
DRB UL Data Volume MB: 308
PRB Util%: 22.68
RRC Setup Attempts: 8635
CA DL DataVolRatio Pct den: 7721
CA Conf FailRate Pct den: 4251
RSSIRX1 Avg: -96.59
weekend: 0
UPTP Mbps Num: 41657
hr: 21
MAC_UE_SC_Tput: 18383.26

hr: 21
CA Activation Rate num: 9344541
UPTP Mbps Den: 571
SIP_SC_Total_MOU: 127.17
Peak UE: 27
MB_per_connected_UE: 27.3
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5269
UL Throughput: 2.9
DL Data Vol MAC in MB: 6647.44
CA Activation Rate den: 113848

Time: 12:00:01
holiday: 0
CA DL DataVolRatio Pct: 72.98
CA DL DataVolRatio Pct num: 6852
HO Attempts: 305

DL MAC Vol Scell Pct: 6.11
SIP DC%: 
UPTP_Mbps: 8.08
DLRLCLayerDataVolume MB: 9064.68
DRB UL Data Volume MB: 7900
RRC Setup Attempts: 4055
CA Conf FailRate Pct den: 8067
weekend: 0
UPTP Mbps Num: 26337
S1U_SIP_SC_SEER_num: 173
CA Activation Rate: 46.91
hr: 14
MAC_UE_SC_Tput: 7845.49
Bearer Releases: 9005

hr: 14
qci1_setup_attempts: 133
CA Activation Rate num: 2200076
UPTP Mbps Den: 206
Setup_Fail_DEN: 14345
SIP_SC_Total_MOU: 392.58
Peak UE: 43
PCT Time MIMO: 54.1
DL Volume: 7683
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9067
QCI 1 Bearer Releases: 121
DL Data Vol MAC in MB: 6504.51
CA Activation Rate den: 57616

Time: 18:38:11
holiday: 0
CA DL DataVolRatio Pct: 76.78
HO_att_InterFreq: 330
HO Attempts: 372

DL MAC Vol Scell Pct: 5.5
Avg_Connected_UEs: 24.26
SIP DC%: 
UPTP_Mbps: 41.04
DLRLCLayerDataVolume MB: 2734.23
DRB UL Data Volume MB: 8586
PRB Util%: 62.77
weekend: 0
CA Activation Rate: 21.93
hr: 9
MAC_UE_SC_Tput: 5135.62
Bearer Releases: 16967

hr: 9
UPTP Mbps Den: 613
Setup_Fail_DEN: 11128
Peak UE: 27
MB_per_connected_UE: 154.8
DL Volume: 572
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7001
CA Activation Rate den: 144735
Combined RACH Preambles: 3008

Time: 19:17:55
Date: 04-05-2022
holiday: 0
Bearer Releases Voice: 101
HO_att_InterFreq: 587
HO Attempts: 672

Avg_Connected_UEs: 20.52
SIP DC%: 
DLRLCLayerDataVolume MB: 8654.61
PRB Util%: 71.39
RSSIRX1 Avg: -96.82
weekend: 0
CA Activation Rate: 20
hr: 20
MAC_UE_SC_Tput: 13311
Bearer Releases: 9154

hr: 20
CA Activation Rate num: 8258879
UPTP Mbps Den: 998
Setup_Fail_DEN: 15089
SIP_SC_Total_MOU: 49.23
Peak UE: 64
PCT Time MIMO: 61.01
DL Volume: 2003
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3700
UL Throughput: 4.65
DL Data Vol MAC in MB: 557.51
CA Activation Rate den: 171539

Time: 12:18:41
holiday: 0
CA DL DataVolRatio Pct: 66.77
SIP_SC_Call_Attempts: 147
CA DL DataVolRatio Pct num: 5880

DL MAC Vol Scell Pct: 47.75
Avg_Connected_UEs: 71.36
SIP DC%: 
UPTP_Mbps: 36.17
DLRLCLayerDataVolume MB: 9657.04
DRB UL Data Volume MB: 7219
RRC Setup Attempts: 3693
weekend: 0
CA Activation Rate: 53.64
hr: 15
Bearer Releases: 9787

hr: 15
CA Activation Rate num: 10213844
Setup_Fail_DEN: 11837
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 102.45
PCT Time MIMO: 34.76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6991
CA Activation Rate den: 40966

Combined RACH Preambles: 2067
Time: 23:56:40
holiday: 0
CA DL DataVolRatio Pct: 57.4
HO_att_InterFreq: 848
HO Attempts: 884

DL MAC Vol Scell Pct: 55.73
Avg_Connected_UEs: 52.23
SIP DC%: 
UPTP_Mbps: 44.63
DLRLCLayerDataVolume MB: 3193.47
PRB Util%: 40.43
RRC Setup Attempts: 3497
CA Conf FailRate Pct den: 4532
weekend: 0
UPTP Mbps Num: 17750
CA Activation Rate: 10.61
hr: 19
MAC_UE_SC_Tput: 11485.79

hr: 19
CA Activation Rate num: 7492045
UPTP Mbps Den: 2202
Setup_Fail_DEN: 12770
SIP_SC_Total_MOU: 87.29
S1U_SIP_SC_SEER_den: 110
Peak UE: 50
MB_per_connected_UE: 124.7
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5557
UL Throughput: 1.2
CA Activation Rate den: 71736

Combined RACH Preambles: 3480
Time: 22:48:51
holiday: 0
CA DL DataVolRatio Pct: 49.69
SIP_SC_Call_Attempts: 103
HO_att_InterFreq: 435
CA DL DataVolRatio Pct num: 3729
HO Attempts: 808

DL MAC Vol Scell Pct: 3.21
SIP DC%: 
UPTP_Mbps: 43.36
PRB Util%: 35.77
RRC Setup Attempts: 7543
CA Conf FailRate Pct den: 8125
weekend: 0
hr: 6
MAC_UE_SC_Tput: 12713.34
Bearer Releases: 9259

hr: 6
Avg CQI: 9.24
CA Activation Rate num: 8189115
Setup_Fail_DEN: 13430
SIP_SC_Total_MOU: 78.91
Peak UE: 40
MB_per_connected_UE: 133.91
PCT Time MIMO: 37.99
DL Volume: 4153
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6854
UL Throughput: 0.81
DL Data Vol MAC in MB: 375.66
CA Activation Rate den: 109766

Time: 18:55:24
holiday: 0
CA DL DataVolRatio Pct: 61.27

DL MAC Vol Scell Pct: 13.11
Avg_Connected_UEs: 63.69
SIP DC%: 
UPTP_Mbps: 27.94
DLRLCLayerDataVolume MB: 7971.04
DRB UL Data Volume MB: 9701
RRC Setup Attempts: 5968
CA DL DataVolRatio Pct den: 8865
CA Conf FailRate Pct den: 8411
weekend: 0
Bearer Setup Failure Voice Den: 12
S1U_SIP_SC_SEER_num: 116
CA Activation Rate: 49.32
hr: 23
MAC_UE_SC_Tput: 10488.68
Bearer Releases: 15258

hr: 23
CA Activation Rate num: 3561935
Setup_Fail_DEN: 10606
Peak UE: 53
MB_per_connected_UE: 94.09
PCT Time MIMO: 56.73
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8509
DL Data Vol MAC in MB: 797.98

Time: 02:17:36
Date: 22-03-2023
holiday: 0
CA DL DataVolRatio Pct: 63.7
HO Attempts: 647

DL MAC Vol Scell Pct: 4.37
Avg_Connected_UEs: 33.06
SIP DC%: 
UPTP_Mbps: 42.23
DLRLCLayerDataVolume MB: 8102.43
PRB Util%: 39.97
CA DL DataVolRatio Pct den: 5933
weekend: 0
CA Activation Rate: 61.19
hr: 9
MAC_UE_SC_Tput: 4651.06
Bearer Releases: 6717

hr: 9
CA Activation Rate num: 609373
UPTP Mbps Den: 591
Setup_Fail_DEN: 12790
Peak UE: 59
MB_per_connected_UE: 132.37
PCT Time MIMO: 66.57
DL Data Vol MAC in MB: 3186.41
CA Activation Rate den: 73519

Time: 08:48:28
holiday: 0
CA DL DataVolRatio Pct: 90.3
CA DL DataVolRatio Pct num: 6439

DL MAC Vol Scell Pct: 17.13
Avg_Connected_UEs: 55.81
SIP DC%: 
DLRLCLayerDataVolume MB: 3805.97
RRC Setup Attempts: 7620
weekend: 0
UPTP Mbps Num: 26393
S1U_SIP_SC_SEER_num: 195
CA Activation Rate: 10.11
hr: 18
MAC_UE_SC_Tput: 10943.54

hr: 18
Avg CQI: 7.26
CA Activation Rate num: 5611629
UPTP Mbps Den: 4546
Setup_Fail_DEN: 8346
SIP_SC_Total_MOU: 78.42
Peak UE: 62
MB_per_connected_UE: 95.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5857

Time: 11:00:03
holiday: 0
CA DL DataVolRatio Pct: 57.86
HO Attempts: 100

DL MAC Vol Scell Pct: 30.38
Avg_Connected_UEs: 57.68
SIP DC%: 
UPTP_Mbps: 40.93
DLRLCLayerDataVolume MB: 5344.33
PRB Util%: 45.83
RRC Setup Attempts: 6282
CA DL DataVolRatio Pct den: 4129
CA Conf FailRate Pct den: 6519
RSSIRX1 Avg: -97.41
weekend: 1
UPTP Mbps Num: 2021
CA Activation Rate: 32.71
hr: 0
MAC_UE_SC_Tput: 17295.99

hr: 0
CA Activation Rate num: 8929933
UPTP Mbps Den: 614
S1U_SIP_SC_SEER_den: 276
Peak UE: 27
MB_per_connected_UE: 25.66
DL Volume: 9513
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7541
DL Data Vol MAC in MB: 3776.11
CA Activation Rate den: 208252
Combined RACH Preambles: 3057

Time: 10:22:40
holiday: 0
CA DL DataVolRatio Pct: 88.45

DL MAC Vol Scell Pct: 47.08
SIP DC%: 
UPTP_Mbps: 17.38
PRB Util%: 20.99
CA DL DataVolRatio Pct den: 860
CA Conf FailRate Pct den: 6581
RSSIRX1 Avg: -95.59
weekend: 0
UPTP Mbps Num: 6631
RRC Setup Failures: 34
hr: 23
Bearer Releases: 14809

hr: 23
CA Activation Rate num: 5902614
UPTP Mbps Den: 2968
Setup_Fail_DEN: 13840
Peak UE: 27
MB_per_connected_UE: 120.68
PCT Time MIMO: 53.16
DL Data Vol MAC in MB: 9953.01

Time: 16:08:25
holiday: 0
HO_att_InterFreq: 795
HO Attempts: 455

DL MAC Vol Scell Pct: 47.42
SIP DC%: 
UPTP_Mbps: 30
DLRLCLayerDataVolume MB: 8613.79
DRB UL Data Volume MB: 7280
PRB Util%: 71.72
CA DL DataVolRatio Pct den: 9697
CA Conf FailRate Pct den: 3323
RSSIRX1 Avg: -97.62
weekend: 1
UPTP Mbps Num: 43154
RSSIRX2 Avg: -94.25
CA Activation Rate: 39.82
hr: 23
MAC_UE_SC_Tput: 11026.56
Bearer Releases: 17901

hr: 23
CA Activation Rate num: 5799359
UPTP Mbps Den: 990
Setup_Fail_DEN: 10363
Peak UE: 27
MB_per_connected_UE: 190.81
DL Volume: 578
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4903
DL Data Vol MAC in MB: 5546.02
CA Activation Rate den: 47587

Time: 20:33:59
Date: 20-05-2023
holiday: 0
HO_att_InterFreq: 201
CA DL DataVolRatio Pct num: 7389

SIP DC%: 
UPTP_Mbps: 28.58
DLRLCLayerDataVolume MB: 394.98
DRB UL Data Volume MB: 3832
CA DL DataVolRatio Pct den: 8854
CA Conf FailRate Pct den: 4509
weekend: 0
RSSIRX2 Avg: -95.03
S1U_SIP_SC_SEER_num: 274
CA Activation Rate: 28.29
hr: 0
MAC_UE_SC_Tput: 16201.21

hr: 0
CA Activation Rate num: 3983328
UPTP Mbps Den: 637
Setup_Fail_DEN: 15275
SIP_SC_Total_MOU: 284.73
Peak UE: 27
MB_per_connected_UE: 55.34
DL Volume: 1605
DL Data Vol MAC in MB: 2653

Combined RACH Preambles: 2383
Time: 23:16:13
holiday: 0
CA DL DataVolRatio Pct: 78.19
HO Attempts: 942

Avg_Connected_UEs: 76.17
SIP DC%: 
UPTP_Mbps: 35.39
DLRLCLayerDataVolume MB: 2038.49
PRB Util%: 55.06
RRC Setup Attempts: 7902
CA DL DataVolRatio Pct den: 9923
weekend: 0
UPTP Mbps Num: 11958
Bearer Setup Failure Voice Den: 130
CA Activation Rate: 64.01
hr: 23
MAC_UE_SC_Tput: 16358.06
Bearer Releases: 12222

hr: 23
CA Activation Rate num: 2249464
Setup_Fail_DEN: 16555
Peak UE: 41
PCT Time MIMO: 69.8
UL Throughput: 2.34
DL Data Vol MAC in MB: 5127.07
CA Activation Rate den: 129209

Combined RACH Preambles: 2584
Time: 22:02:20
holiday: 0
CA DL DataVolRatio Pct: 69.36
CA DL DataVolRatio Pct num: 6901
HO Attempts: 547

DL MAC Vol Scell Pct: 24.26
Avg_Connected_UEs: 35.12
SIP DC%: 
UPTP_Mbps: 30.86
DRB UL Data Volume MB: 1741
RRC Setup Attempts: 5771
weekend: 1
UPTP Mbps Num: 15642
RSSIRX2 Avg: -97.59
hr: 23
MAC_UE_SC_Tput: 12509.95
Bearer Releases: 7920

hr: 23
qci1_setup_attempts: 246
CA Activation Rate num: 11030544
Setup_Fail_DEN: 9661
SIP_SC_Total_MOU: 227.1
UL MAC Vol Scell Pct: 0.87
Peak UE: 33
MB_per_connected_UE: 20.54
DL Volume: 1537
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7929
CA Activation Rate den: 147746

Time: 02:45:14
holiday: 0
CA DL DataVolRatio Pct: 80.17
HO_att_InterFreq: 802
CA DL DataVolRatio Pct num: 7492
HO Attempts: 883

DL MAC Vol Scell Pct: 12.62
Avg_Connected_UEs: 58.56
SIP DC%: 
DLRLCLayerDataVolume MB: 4784.14
PRB Util%: 28.05
CA DL DataVolRatio Pct den: 9894
CA Conf FailRate Pct den: 8764
RSSIRX1 Avg: -94.88
weekend: 0
UPTP Mbps Num: 30452
Bearer Setup Failure Voice Den: 134
CA Activation Rate: 69.78
hr: 0
Bearer Releases: 7784

hr: 0
CA Activation Rate num: 3364912
UPTP Mbps Den: 419
Setup_Fail_DEN: 9409
SIP_SC_Total_MOU: 160.64
S1U_SIP_SC_SEER_den: 255
Peak UE: 27
MB_per_connected_UE: 16.77
DL Volume: 4042
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3736
CA Activation Rate den: 66685

Combined RACH Preambles: 2914
Time: 02:54:00
holiday: 0
CA DL DataVolRatio Pct: 78.52
HO Attempts: 127

Avg_Connected_UEs: 31.16
SIP DC%: 
UPTP_Mbps: 47.44
DLRLCLayerDataVolume MB: 9403.84
DRB UL Data Volume MB: 8760
PRB Util%: 7.24
weekend: 0
UPTP Mbps Num: 5365
RSSIRX2 Avg: -97.02
CA Activation Rate: 25.55
hr: 5
MAC_UE_SC_Tput: 6152.06
Bearer Releases: 8319

hr: 5
CA Activation Rate num: 4378481
UPTP Mbps Den: 833
SIP_SC_Total_MOU: 145.54
Peak UE: 27
MB_per_connected_UE: 51.07
PCT Time MIMO: 61.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5827
DL Data Vol MAC in MB: 418.77
Combined RACH Preambles: 2221

Time: 19:52:54
holiday: 0
CA DL DataVolRatio Pct: 67.82

Avg_Connected_UEs: 26.01
SIP DC%: 
UPTP_Mbps: 43.27
DLRLCLayerDataVolume MB: 7665.19
PRB Util%: 67.23
RRC Setup Attempts: 5431
CA DL DataVolRatio Pct den: 5682
CA Conf FailRate Pct den: 7231
weekend: 0
UPTP Mbps Num: 23170
RSSIRX2 Avg: -97.19
CA Activation Rate: 40.15
hr: 18
MAC_UE_SC_Tput: 5390.42

hr: 18
UPTP Mbps Den: 3082
Setup_Fail_DEN: 13105
SIP_SC_Total_MOU: 387.76
S1U_SIP_SC_SEER_den: 249
Peak UE: 72
VOLTE IA%: 
MB_per_connected_UE: 48.71
PCT Time MIMO: 38.38
DL Data Vol MAC in MB: 6163.23
CA Activation Rate den: 68748

Time: 15:50:59
holiday: 0
HO_att_InterFreq: 107

DL MAC Vol Scell Pct: 11.3
Avg_Connected_UEs: 50.71
SIP DC%: 
UPTP_Mbps: 39.58
DLRLCLayerDataVolume MB: 486.32
DRB UL Data Volume MB: 8019
RRC Setup Attempts: 5978
weekend: 0
UPTP Mbps Num: 44054
RRC Setup Failures: 20
hr: 0
MAC_UE_SC_Tput: 4384.74
Bearer Releases: 7098

hr: 0
CA Activation Rate num: 9414156
UPTP Mbps Den: 653
Setup_Fail_DEN: 6657
Peak UE: 48
MB_per_connected_UE: 25.3
DL Volume: 9306
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6873
Combined RACH Preambles: 1914

Time: 20:37:48
holiday: 0
HO Attempts: 811

DL MAC Vol Scell Pct: 48.47
Avg_Connected_UEs: 76.49
SIP DC%: 
UPTP_Mbps: 31.2
DLRLCLayerDataVolume MB: 5583.89
RRC Setup Attempts: 3840
CA Conf FailRate Pct den: 5272
weekend: 0
CA Activation Rate: 54.35
hr: 23
MAC_UE_SC_Tput: 7430.4
Bearer Releases: 8838

hr: 23
qci1_setup_attempts: 8
CA Activation Rate num: 5162827
UPTP Mbps Den: 784
Setup_Fail_DEN: 6926
SIP_SC_Total_MOU: 48.58
Peak UE: 57
MB_per_connected_UE: 57.04
DL Volume: 3308
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8397

Combined RACH Preambles: 3044
Time: 03:45:58
Date: 27-09-2023
holiday: 0
CA DL DataVolRatio Pct: 79.41
HO_att_InterFreq: 85
CA DL DataVolRatio Pct num: 7551
HO Attempts: 62

Avg_Connected_UEs: 59.33
SIP DC%: 
UPTP_Mbps: 38.69
DLRLCLayerDataVolume MB: 740.74
RRC Setup Attempts: 5914
CA DL DataVolRatio Pct den: 8409
weekend: 0
RSSIRX2 Avg: -96.48
CA Activation Rate: 16.17
hr: 18
MAC_UE_SC_Tput: 13755.22
Bearer Releases: 7071

hr: 18
CA Activation Rate num: 9665103
Peak UE: 89
MB_per_connected_UE: 111.02
PCT Time MIMO: 69.33
DL Volume: 2154
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4236
DL Data Vol MAC in MB: 10144.54
CA Activation Rate den: 160887
Combined RACH Preambles: 2795

Time: 05:14:46
holiday: 0
CA DL DataVolRatio Pct: 71.74
CA DL DataVolRatio Pct num: 3486
HO Attempts: 134

SIP DC%: 
UPTP_Mbps: 38.09
DLRLCLayerDataVolume MB: 3414.42
DRB UL Data Volume MB: 7647
PRB Util%: 40.01
CA DL DataVolRatio Pct den: 9891
CA Conf FailRate Pct den: 3911
weekend: 0
hr: 15
Bearer Releases: 8596

hr: 15
Avg CQI: 9.27
CA Activation Rate num: 2056634
UPTP Mbps Den: 2499
Peak UE: 49
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6298
UL Throughput: 7.79
DL Data Vol MAC in MB: 416.73
CA Activation Rate den: 69467

Time: 08:33:42
holiday: 0
CA DL DataVolRatio Pct: 51.8
CA DL DataVolRatio Pct num: 7240
HO Attempts: 606

DL MAC Vol Scell Pct: 49.41
Avg_Connected_UEs: 50.32
SIP DC%: 
UPTP_Mbps: 23.7
DLRLCLayerDataVolume MB: 6858.62
DRB UL Data Volume MB: 7192
PRB Util%: 73.61
RRC Setup Attempts: 3593
CA Conf FailRate Pct den: 8817
RSSIRX1 Avg: -95.52
weekend: 0
CA Activation Rate: 52.75
hr: 16

hr: 16
CA Activation Rate num: 2008985
UPTP Mbps Den: 923
Setup_Fail_DEN: 9146
Peak UE: 85
MB_per_connected_UE: 72.96

Time: 19:32:16
holiday: 0
CA DL DataVolRatio Pct num: 3563
HO Attempts: 639

Avg_Connected_UEs: 42.12
SIP DC%: 
UPTP_Mbps: 32.11
DLRLCLayerDataVolume MB: 2839.34
DRB UL Data Volume MB: 5622
RRC Setup Attempts: 8863
CA DL DataVolRatio Pct den: 8171
RSSIRX1 Avg: -94.96
weekend: 1
UPTP Mbps Num: 43855
RSSIRX2 Avg: -97.49
CA Activation Rate: 73.46
hr: 5

hr: 5
CA Activation Rate num: 162167
UPTP Mbps Den: 2412
Setup_Fail_DEN: 6777
SIP_SC_Total_MOU: 421.91
Peak UE: 27
MB_per_connected_UE: 81.4
PCT Time MIMO: 32.8
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4985
CA Activation Rate den: 131273

Combined RACH Preambles: 2768
Time: 13:50:23
Date: 05-04-2023
holiday: 0
CA DL DataVolRatio Pct: 73
CA DL DataVolRatio Pct num: 2871

DL MAC Vol Scell Pct: 57.78
Avg_Connected_UEs: 29.22
SIP DC%: 
UPTP_Mbps: 11.04
DLRLCLayerDataVolume MB: 5092.07
DRB UL Data Volume MB: 1359
PRB Util%: 62.93
RRC Setup Attempts: 7659
CA Conf FailRate Pct den: 2949
weekend: 0
UPTP Mbps Num: 58670
hr: 0
MAC_UE_SC_Tput: 4313.76

hr: 0
CA Activation Rate num: 3861435
UPTP Mbps Den: 1272
Setup_Fail_DEN: 10493
Peak UE: 27
MB_per_connected_UE: 111.63
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4293
UL Throughput: 0.7
CA Activation Rate den: 80129

Time: 13:23:38
Date: 23-02-2022
holiday: 0
CA DL DataVolRatio Pct num: 3264

DL MAC Vol Scell Pct: 3.24
Avg_Connected_UEs: 16.16
SIP DC%: 
UPTP_Mbps: 23.72
DLRLCLayerDataVolume MB: 5824.15
DRB UL Data Volume MB: 1992
RRC Setup Attempts: 5219
weekend: 0
UPTP Mbps Num: 8197
CA Activation Rate: 10.08
hr: 11
MAC_UE_SC_Tput: 5314.2
Bearer Releases: 11010

hr: 11
CA Activation Rate num: 5911818
UPTP Mbps Den: 401
SIP_SC_Total_MOU: 127.91
S1U_SIP_SC_SEER_den: 246
Peak UE: 27
MB_per_connected_UE: 17.36
PCT Time MIMO: 68.29
DL Volume: 3728
DL Data Vol MAC in MB: 1084.54

Combined RACH Preambles: 3219
Time: 17:29:39
holiday: 0
CA DL DataVolRatio Pct: 71.2
CA DL DataVolRatio Pct num: 5792
HO Attempts: 118

DL MAC Vol Scell Pct: 29.21
Avg_Connected_UEs: 43.62
SIP DC%: 
UPTP_Mbps: 25.2
DLRLCLayerDataVolume MB: 1496.13
DRB UL Data Volume MB: 6033
RRC Setup Attempts: 3420
weekend: 0
UPTP Mbps Num: 17527
CA Activation Rate: 60.98
hr: 10
MAC_UE_SC_Tput: 18073.71
Bearer Releases: 13120

hr: 10
Avg CQI: 10.23
CA Activation Rate num: 2871781
UPTP Mbps Den: 1023
Setup_Fail_DEN: 12901
SIP_SC_Total_MOU: 143.64
Peak UE: 27
MB_per_connected_UE: 128.2
DL Data Vol MAC in MB: 9688.86
CA Activation Rate den: 64224

Combined RACH Preambles: 3046
Time: 06:26:46
holiday: 0
CA DL DataVolRatio Pct num: 2000

DL MAC Vol Scell Pct: 11.9
Avg_Connected_UEs: 23.4
SIP DC%: 
UPTP_Mbps: 21.23
DRB UL Data Volume MB: 5424
PRB Util%: 68.2
CA Conf FailRate Pct den: 5078
weekend: 0
UPTP Mbps Num: 10722
CA Activation Rate: 6.22
hr: 0
MAC_UE_SC_Tput: 7640.22
Bearer Releases: 10570

hr: 0
CA Activation Rate num: 1922591
Setup_Fail_DEN: 6705
SIP_SC_Total_MOU: 111.38
S1U_SIP_SC_SEER_den: 117
Peak UE: 75
MB_per_connected_UE: 161.2
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7563
DL Data Vol MAC in MB: 4450.55
CA Activation Rate den: 90759

Time: 21:36:47
Date: 17-12-2023
holiday: 0
CA DL DataVolRatio Pct num: 7421

Avg_Connected_UEs: 19.15
SIP DC%: 
UPTP_Mbps: 100.56
DLRLCLayerDataVolume MB: 3057.56
DRB UL Data Volume MB: 8539
Avg_PUCCH_SINR: 17.57
CA DL DataVolRatio Pct den: 8763
CA Conf FailRate Pct den: 4562
weekend: 0
CA Activation Rate: 24.11
hr: 8
MAC_UE_SC_Tput: 15053.26
Bearer Releases: 13411

hr: 8
CA Activation Rate num: 10499485
UPTP Mbps Den: 930
Setup_Fail_DEN: 9705
SIP_SC_Total_MOU: 170.61
S1U_SIP_SC_SEER_den: 165
Peak UE: 27
MB_per_connected_UE: 23.02
DL Volume: 2209
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3707
UL Throughput: 1.19
DL Data Vol MAC in MB: 5386.38
CA Activation Rate den: 148428

Combined RACH Preambles: 3231
Time: 19:01:35
Date: 30-05-2022
holiday: 0
CA DL DataVolRatio Pct: 46.12
CA DL DataVolRatio Pct num: 5111
HO Attempts: 530

Avg_Connected_UEs: 42.52
SIP DC%: 
UPTP_Mbps: 41.97
DLRLCLayerDataVolume MB: 3175.53
PRB Util%: 73.71
CA Conf FailRate Pct den: 8134
weekend: 0
CA Activation Rate: 44.99
hr: 14
MAC_UE_SC_Tput: 7749.3

hr: 14
CA Activation Rate num: 5092880
Setup_Fail_DEN: 14148
SIP_SC_Total_MOU: 5.15
Peak UE: 67
MB_per_connected_UE: 93.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5840
UL Throughput: 2.65
DL Data Vol MAC in MB: 4905.86

holiday: 0
CA DL DataVolRatio Pct: 65.88
HO_att_InterFreq: 910
CA DL DataVolRatio Pct num: 5775

DL MAC Vol Scell Pct: 22.06
SIP DC%: 
UPTP_Mbps: 8.77
DLRLCLayerDataVolume MB: 2182.48
DRB UL Data Volume MB: 7696
Avg_PUCCH_SINR: 17.5
PRB Util%: 59.78
RRC Setup Attempts: 3367
CA DL DataVolRatio Pct den: 8932
CA Conf FailRate Pct den: 3947
weekend: 0
UPTP Mbps Num: 31975
CA Activation Rate: 7.07
hr: 12
MAC_UE_SC_Tput: 16326.85
Bearer Releases: 11594

hr: 12
CA Activation Rate num: 8506611
UPTP Mbps Den: 722
Setup_Fail_DEN: 6899
SIP_SC_Total_MOU: 326.81
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 8.68
PCT Time MIMO: 61.17
DL Volume: 9292
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6328
DL Data Vol MAC in MB: 8831.97
CA Activation Rate den: 99580
Combined RACH Preambles: 2894

Time: 23:47:26
Date: 29-10-2022
holiday: 0
CA DL DataVolRatio Pct: 85.46

DL MAC Vol Scell Pct: 6.64
SIP DC%: 
UPTP_Mbps: 34.6
DLRLCLayerDataVolume MB: 7177.83
PRB Util%: 26.25
HQ_EXE_TOTARGET_FAILURE_QCI_1: 0.11
CA DL DataVolRatio Pct den: 9870
CA Conf FailRate Pct den: 7103
RSSIRX1 Avg: -97.47
weekend: 0
S1U_SIP_SC_SEER_num: 181
CA Activation Rate: 9.89
hr: 21
MAC_UE_SC_Tput: 9518.92
Bearer Releases: 7696

hr: 21
Avg CQI: 8.26
CA Activation Rate num: 10668529
Setup_Fail_DEN: 10802
SIP_SC_Total_MOU: 184.66
Peak UE: 27
MB_per_connected_UE: 105.7
PCT Time MIMO: 33.67
DL Volume: 8567
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5493
QCI 1 Bearer Releases: 122

Time: 22:16:00
Date: 17-03-2022
holiday: 0
CA DL DataVolRatio Pct: 69.71

SIP DC%: 
UPTP_Mbps: 43.78
DLRLCLayerDataVolume MB: 639.9
DRB UL Data Volume MB: 4717
RRC Setup Attempts: 7092
CA DL DataVolRatio Pct den: 10075
CA Conf FailRate Pct den: 3513
weekend: 0
hr: 9
MAC_UE_SC_Tput: 14399.93
Bearer Releases: 16346

hr: 9
CA Activation Rate num: 2811133
UPTP Mbps Den: 1392
Setup_Fail_DEN: 10572
SIP_SC_Total_MOU: 167.14
S1U_SIP_SC_SEER_den: 119
Peak UE: 27
MB_per_connected_UE: 162.63
PCT Time MIMO: 52.74
DL Volume: 6224
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3481
DL Data Vol MAC in MB: 2412.65

Time: 06:37:10
holiday: 0
HO Attempts: 331

DL MAC Vol Scell Pct: 17.52
Avg_Connected_UEs: 21.25
SIP DC%: 
UPTP_Mbps: 26.6
DLRLCLayerDataVolume MB: 8084.19
DRB UL Data Volume MB: 4109
PRB Util%: 73.22
DL Packet Loss Pct: 1.32
RRC Setup Attempts: 8778
CA DL DataVolRatio Pct den: 4903
weekend: 0
CA Activation Rate: 65.71
hr: 23
MAC_UE_SC_Tput: 12185.37
Bearer Releases: 10672

hr: 23
CA Activation Rate num: 9226217
Setup_Fail_DEN: 7841
Peak UE: 27
PCT Time MIMO: 47.19

Time: 09:23:36
holiday: 0
SIP_SC_Call_Attempts: 93
CA DL DataVolRatio Pct num: 2138
HO Attempts: 852

DL MAC Vol Scell Pct: 51.23
Avg_Connected_UEs: 44.09
SIP DC%: 
UPTP_Mbps: 30.18
DLRLCLayerDataVolume MB: 3823.07
DRB UL Data Volume MB: 9124
RRC Setup Attempts: 4025
CA DL DataVolRatio Pct den: 8288
CA Conf FailRate Pct den: 3572
weekend: 0
CA Activation Rate: 35.21
hr: 23
MAC_UE_SC_Tput: 11361.8

hr: 23
CA Activation Rate num: 5244689
Setup_Fail_DEN: 15527
SIP_SC_Total_MOU: 100.08
Peak UE: 27
MB_per_connected_UE: 155.37
PCT Time MIMO: 47.73
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5230
DL Data Vol MAC in MB: 8623.08

Time: 08:43:02
Date: 05-07-2023
holiday: 0
CA DL DataVolRatio Pct: 66.14
HO Attempts: 50

SIP DC%: 
UPTP_Mbps: 112.91
DLRLCLayerDataVolume MB: 6949.61
Avg_PUCCH_SINR: 17.02
PRB Util%: 34.74
CA DL DataVolRatio Pct den: 6773
weekend: 1
UPTP Mbps Num: 15379
Bearer Setup Failure Voice Den: 168
hr: 0
MAC_UE_SC_Tput: 5247.86
Bearer Releases: 12663

hr: 0
CA Activation Rate num: 8501477
UPTP Mbps Den: 1367
Setup_Fail_DEN: 12761
SIP_SC_Total_MOU: 127.21
Peak UE: 27
MB_per_connected_UE: 108.33
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4935
UL Throughput: 3.81
DL Data Vol MAC in MB: 4344.98

Combined RACH Preambles: 3611
Time: 07:40:29
Date: 15-04-2022
holiday: 0
CA DL DataVolRatio Pct: 68.65
HO_att_InterFreq: 500
CA DL DataVolRatio Pct num: 2844

DL MAC Vol Scell Pct: 7.47
SIP DC%: 
DLRLCLayerDataVolume MB: 814.86
PRB Util%: 46.19
RRC Setup Attempts: 7933
CA DL DataVolRatio Pct den: 7243
CA Conf FailRate Pct den: 6711
weekend: 0
hr: 9
MAC_UE_SC_Tput: 10073.7
Bearer Releases: 7246

hr: 9
UPTP Mbps Den: 2006
SIP_SC_Total_MOU: 363.39
Peak UE: 56
MB_per_connected_UE: 170.94
DL Volume: 8502
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5347
DL Data Vol MAC in MB: 665.88
CA Activation Rate den: 40455

Time: 20:04:26
holiday: 0
CA DL DataVolRatio Pct: 47.5
Bearer Releases Voice: 110
CA DL DataVolRatio Pct num: 7439

DL MAC Vol Scell Pct: 5.06
Avg_Connected_UEs: 26.84
SIP DC%: 
UPTP_Mbps: 18.49
DLRLCLayerDataVolume MB: 8944.94
DRB UL Data Volume MB: 4750
RRC Setup Attempts: 4959
CA DL DataVolRatio Pct den: 7609
CA Conf FailRate Pct den: 3644
RSSIRX1 Avg: -96.24
weekend: 0
Bearer Setup Failure Voice Den: 102
CA Activation Rate: 58.58
hr: 10
MAC_UE_SC_Tput: 5332.82

hr: 10
UPTP Mbps Den: 1164
SIP_SC_Total_MOU: 97.58
Peak UE: 27
PCT Time MIMO: 35.35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4664
UL Throughput: 2.84
CA Activation Rate den: 103935

Time: 15:21:04
Date: 12-05-2023
holiday: 0
CA DL DataVolRatio Pct num: 7342

DL MAC Vol Scell Pct: 40.95
Avg_Connected_UEs: 42.58
SIP DC%: 
UPTP_Mbps: 14.69
DLRLCLayerDataVolume MB: 4652.26
CA Conf FailRate Pct den: 7781
weekend: 0
RSSIRX2 Avg: -93.8
CA Activation Rate: 9.05
hr: 10
MAC_UE_SC_Tput: 16933.14
Bearer Releases: 15545

hr: 10
qci1_setup_attempts: 121
CA Activation Rate num: 2831081
UPTP Mbps Den: 2143
MB_per_connected_UE: 170.75
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5132
DL Data Vol MAC in MB: 5110.83
CA Activation Rate den: 97068

Combined RACH Preambles: 3090
Time: 16:04:43
Date: 29-12-2022
holiday: 0
CA DL DataVolRatio Pct: 87.02
HO Attempts: 876

DL MAC Vol Scell Pct: 6.76
SIP DC%: 
UPTP_Mbps: 24.78
DLRLCLayerDataVolume MB: 869.68
DRB UL Data Volume MB: 4925
Avg_PUCCH_SINR: 16.36
PRB Util%: 71.34
CA DL DataVolRatio Pct den: 8745
CA Conf FailRate Pct den: 6510
RSSIRX1 Avg: -97.65
weekend: 0
Bearer Setup Failure Voice Den: 215
CA Activation Rate: 51.65
hr: 0
MAC_UE_SC_Tput: 8901.44
Bearer Releases: 13415

hr: 0
CA Activation Rate num: 2189927
UPTP Mbps Den: 5599
Peak UE: 27
MB_per_connected_UE: 46.98
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7352
UL Throughput: 2.78
DL Data Vol MAC in MB: 7969.7

Time: 03:56:09
holiday: 0
CA DL DataVolRatio Pct: 80.75
CA DL DataVolRatio Pct num: 1225
HO Attempts: 453

DL MAC Vol Scell Pct: 13.34
Avg_Connected_UEs: 26.29
SIP DC%: 
UPTP_Mbps: 98.39
DLRLCLayerDataVolume MB: 2053.71
PRB Util%: 41.35
RRC Setup Attempts: 7573
CA DL DataVolRatio Pct den: 2949
CA Conf FailRate Pct den: 8449
weekend: 0
CA Activation Rate: 70.28
hr: 23
MAC_UE_SC_Tput: 20163.5
Bearer Releases: 14412

hr: 23
CA Activation Rate num: 10163679
Setup_Fail_DEN: 16264
SIP_SC_Total_MOU: 34.26
Peak UE: 31
MB_per_connected_UE: 59.91
DL Volume: 8692
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5642
UL Throughput: 5.11
DL Data Vol MAC in MB: 10039.3
CA Activation Rate den: 125854

Time: 02:21:47
holiday: 0
CA DL DataVolRatio Pct: 64.18
HO_att_InterFreq: 296
CA DL DataVolRatio Pct num: 709
HO Attempts: 17

DL MAC Vol Scell Pct: 4.72
SIP DC%: 
DLRLCLayerDataVolume MB: 6801.09
PRB Util%: 37.3
CA DL DataVolRatio Pct den: 750
weekend: 1
hr: 17
MAC_UE_SC_Tput: 6349.82
Bearer Releases: 17693

hr: 17
Avg CQI: 11.4
CA Activation Rate num: 2212501
UPTP Mbps Den: 2863
Peak UE: 85
MB_per_connected_UE: 44.06
PCT Time MIMO: 41.69
UL Throughput: 2.04

Time: 05:09:34
holiday: 0
HO_att_InterFreq: 814

DL MAC Vol Scell Pct: 16.55
Avg_Connected_UEs: 53.04
SIP DC%: 
UPTP_Mbps: 39.84
PRB Util%: 39.67
RRC Setup Attempts: 5755
weekend: 0
CA Activation Rate: 12.66
hr: 11
MAC_UE_SC_Tput: 14699.79
Bearer Releases: 18194

hr: 11
CA Activation Rate num: 1317997
UPTP Mbps Den: 1155
Setup_Fail_DEN: 19753
Peak UE: 27
MB_per_connected_UE: 115.59
DL Volume: 1218
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7944
UL Throughput: 2.12

Time: 20:33:09
holiday: 0
HO Attempts: 944

DL MAC Vol Scell Pct: 4.59
SIP DC%: 
UPTP_Mbps: 43.99
DLRLCLayerDataVolume MB: 1222.25
DRB UL Data Volume MB: 4779
PRB Util%: 74.45
RRC Setup Attempts: 7719
CA DL DataVolRatio Pct den: 7892
weekend: 0
UPTP Mbps Num: 47683
RSSIRX2 Avg: -94.4
CA Activation Rate: 20.09
hr: 4
MAC_UE_SC_Tput: 12530.91
Bearer Releases: 9556

hr: 4
Avg CQI: 11.35
CA Activation Rate num: 8607123
Setup_Fail_DEN: 12871
SIP_SC_Total_MOU: 126.5
Peak UE: 27
MB_per_connected_UE: 13.89
DL Volume: 3509
DL Data Vol MAC in MB: 5892.01
CA Activation Rate den: 83822

Time: 01:35:26
holiday: 0
CA DL DataVolRatio Pct num: 232

DL MAC Vol Scell Pct: 21.01
SIP DC%: 
UPTP_Mbps: 37.03
DLRLCLayerDataVolume MB: 3864.75
PRB Util%: 22.46
CA DL DataVolRatio Pct den: 10003
weekend: 0
RSSIRX2 Avg: -95.2
CA Activation Rate: 51.38
hr: 13
MAC_UE_SC_Tput: 6862.48

hr: 13
CA Activation Rate num: 10651507
UPTP Mbps Den: 71
Setup_Fail_DEN: 7286
SIP_SC_Total_MOU: 94.69
Peak UE: 88
MB_per_connected_UE: 71.47
PCT Time MIMO: 49.02
DL Volume: 3794
DL Data Vol MAC in MB: 5941.96

Combined RACH Preambles: 3588
Time: 22:46:37
Date: 20-08-2023
holiday: 0
CA DL DataVolRatio Pct: 68.75
HO Attempts: 882

Avg_Connected_UEs: 50.65
SIP DC%: 
DRB UL Data Volume MB: 5448
Avg_PUCCH_SINR: 16.99
RRC Setup Attempts: 3343
CA Conf FailRate Pct den: 6070
RSSIRX1 Avg: -93.64
weekend: 0
UPTP Mbps Num: 53344
S1U_SIP_SC_SEER_num: 174
CA Activation Rate: 5.14
hr: 2
MAC_UE_SC_Tput: 6399.1
Bearer Releases: 7994

hr: 2
CA Activation Rate num: 2941211
UPTP Mbps Den: 1043
SIP_SC_Total_MOU: 67.17
Peak UE: 34
MB_per_connected_UE: 156.98
DL Volume: 4427
DL Data Vol MAC in MB: 2985.54
CA Activation Rate den: 105631

Combined RACH Preambles: 2264
Time: 16:10:22
holiday: 0
CA DL DataVolRatio Pct: 67.53
CA DL DataVolRatio Pct num: 6826
HO Attempts: 620

DL MAC Vol Scell Pct: 5.52
SIP DC%: 
DLRLCLayerDataVolume MB: 9654.07
DRB UL Data Volume MB: 9491
DL Packet Loss Pct: 2.45
CA Conf FailRate Pct den: 9450
weekend: 1
UPTP Mbps Num: 4837
hr: 0
MAC_UE_SC_Tput: 13223.09
Bearer Releases: 9768

hr: 0
qci1_setup_attempts: 27
CA Activation Rate num: 5038407
SIP_SC_Total_MOU: 105.33
Peak UE: 27
MB_per_connected_UE: 47.27

Time: 11:11:37
holiday: 0
CA DL DataVolRatio Pct num: 7307

DL MAC Vol Scell Pct: 17.99
SIP DC%: 
UPTP_Mbps: 46.06
DLRLCLayerDataVolume MB: 4266.17
DRB UL Data Volume MB: 4117
PRB Util%: 4.93
CA DL DataVolRatio Pct den: 10002
CA Conf FailRate Pct den: 3221
weekend: 0
UPTP Mbps Num: 15509
CA Activation Rate: 27.32
hr: 0
MAC_UE_SC_Tput: 6321.27
Bearer Releases: 6853

hr: 0
qci1_setup_attempts: 115
CA Activation Rate num: 4593265
UPTP Mbps Den: 1985
Setup_Fail_DEN: 19179
MB_per_connected_UE: 191.41
DL Volume: 4617
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4417
DL Data Vol MAC in MB: 6877.17

Time: 12:04:57
holiday: 0
HO_att_InterFreq: 280
HO Attempts: 288

DL MAC Vol Scell Pct: 21.79
SIP DC%: 
DRB UL Data Volume MB: 4749
PRB Util%: 27.49
CA DL DataVolRatio Pct den: 3405
CA Conf FailRate Pct den: 5003
weekend: 0
RSSIRX2 Avg: -93.31
CA Activation Rate: 56.38
hr: 23
MAC_UE_SC_Tput: 19447.19
Bearer Releases: 17556

hr: 23
CA Activation Rate num: 10759049
Setup_Fail_DEN: 8576
SIP_SC_Total_MOU: 313.31
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 135.3
PCT Time MIMO: 35.4
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3841
UL Throughput: 5.96
DL Data Vol MAC in MB: 8603.08
CA Activation Rate den: 90991

Time: 02:13:05
holiday: 0
CA DL DataVolRatio Pct: 86.56

Avg_Connected_UEs: 66.61
SIP DC%: 
DRB UL Data Volume MB: 8863
CA DL DataVolRatio Pct den: 5283
CA Conf FailRate Pct den: 4231
weekend: 0
RSSIRX2 Avg: -98.23
hr: 3
MAC_UE_SC_Tput: 6457.82
Bearer Releases: 12647

hr: 3
CA Activation Rate num: 5949413
UPTP Mbps Den: 2647
SIP_SC_Total_MOU: 345.23
Peak UE: 27
MB_per_connected_UE: 71.12
CA Activation Rate den: 129377

Combined RACH Preambles: 3606
Time: 01:24:47
Date: 29-07-2022
holiday: 0
CA DL DataVolRatio Pct: 79.39
CA DL DataVolRatio Pct num: 514

DL MAC Vol Scell Pct: 6.62
SIP DC%: 
UPTP_Mbps: 130.08
DRB UL Data Volume MB: 5675
PRB Util%: 41.25
weekend: 0
UPTP Mbps Num: 15476
Bearer Setup Failure Voice Den: 190
CA Activation Rate: 75.1
hr: 3
MAC_UE_SC_Tput: 5001.11
Bearer Releases: 15195

hr: 3
CA Activation Rate num: 10537811
UPTP Mbps Den: 2656
Setup_Fail_DEN: 11303
Peak UE: 51
MB_per_connected_UE: 68.54
DL Volume: 2224
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5529
DL Data Vol MAC in MB: 6404.03

Combined RACH Preambles: 4936
Time: 07:55:31
holiday: 0
HO Attempts: 633

Avg_Connected_UEs: 29.97
SIP DC%: 
DLRLCLayerDataVolume MB: 1577.36
DRB UL Data Volume MB: 4676
RRC Setup Attempts: 4806
CA Conf FailRate Pct den: 7622
weekend: 0
S1U_SIP_SC_SEER_num: 112
CA Activation Rate: 62.65
hr: 5
MAC_UE_SC_Tput: 4938.73
Bearer Releases: 10850

hr: 5
CA Activation Rate num: 7797527
UPTP Mbps Den: 2491
Setup_Fail_DEN: 14353
S1U_SIP_SC_SEER_den: 129
Peak UE: 69
MB_per_connected_UE: 76.8
DL Volume: 5282
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7357
UL Throughput: 5.84
DL Data Vol MAC in MB: 5550.63
CA Activation Rate den: 78703

Combined RACH Preambles: 2653
Time: 19:30:55
holiday: 0
CA DL DataVolRatio Pct: 65.06
CA DL DataVolRatio Pct num: 4419

DL MAC Vol Scell Pct: 5.93
SIP DC%: 
UPTP_Mbps: 43.69
DRB UL Data Volume MB: 8627
PRB Util%: 6.08
RRC Setup Attempts: 3406
CA DL DataVolRatio Pct den: 8633
RSSIRX1 Avg: -94.36
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5864.54
Bearer Releases: 9225

hr: 0
Avg CQI: 10.52
CA Activation Rate num: 8894831
UPTP Mbps Den: 1044
SIP_SC_Total_MOU: 185.3
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 166.51
PCT Time MIMO: 57.49
DL Data Vol MAC in MB: 6172.88

Time: 10:24:22
holiday: 0
CA DL DataVolRatio Pct num: 6117

DL MAC Vol Scell Pct: 10.36
Avg_Connected_UEs: 58.52
SIP DC%: 
DLRLCLayerDataVolume MB: 5768.89
DRB UL Data Volume MB: 3179
PRB Util%: 11.64
RRC Setup Attempts: 6259
CA DL DataVolRatio Pct den: 8260
weekend: 0
CA Activation Rate: 11.86
hr: 12
MAC_UE_SC_Tput: 10817.8
Bearer Releases: 15541

hr: 12
CA Activation Rate num: 5412064
UPTP Mbps Den: 1348
Peak UE: 73
MB_per_connected_UE: 132.52
DL Volume: 7679
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6489
DL Data Vol MAC in MB: 3567.93
CA Activation Rate den: 67237
Combined RACH Preambles: 2515

Time: 22:59:39
Date: 18-09-2023
holiday: 0
HO_att_InterFreq: 147
CA DL DataVolRatio Pct num: 6996

Avg_Connected_UEs: 34.87
SIP DC%: 
UPTP_Mbps: 42.29
DLRLCLayerDataVolume MB: 6171.33
DRB UL Data Volume MB: 212
CA DL DataVolRatio Pct den: 8834
CA Conf FailRate Pct den: 6021
weekend: 0
CA Activation Rate: 8.42
hr: 8
MAC_UE_SC_Tput: 4568.81

hr: 8
CA Activation Rate num: 949363
UPTP Mbps Den: 128
Setup_Fail_DEN: 15117
Peak UE: 27
MB_per_connected_UE: 88.17
DL Volume: 5363
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7807
UL Throughput: 3.27
DL Data Vol MAC in MB: 7872.64
Combined RACH Preambles: 2288
Time: 16:53:07
Date: 06-07-2022

holiday: 0
CA DL DataVolRatio Pct: 70.78
CA DL DataVolRatio Pct num: 5686

DL MAC Vol Scell Pct: 23.51
Avg_Connected_UEs: 32.63
SIP DC%: 
UPTP_Mbps: 114.07
DLRLCLayerDataVolume MB: 966.32
DRB UL Data Volume MB: 5944
PRB Util%: 41.48
CA DL DataVolRatio Pct den: 8889
CA Conf FailRate Pct den: 8657
weekend: 0
UPTP Mbps Num: 10077
CA Activation Rate: 64.11
hr: 10
MAC_UE_SC_Tput: 6641.85
Bearer Releases: 12708

hr: 10
CA Activation Rate num: 9506222
UPTP Mbps Den: 2612
SIP_SC_Total_MOU: 99.24
S1U_SIP_SC_SEER_den: 252
Peak UE: 27
UL Throughput: 5.63
DL Data Vol MAC in MB: 3383.78
CA Activation Rate den: 95540

Time: 13:02:14
holiday: 0
CA DL DataVolRatio Pct: 75.43
HO_att_InterFreq: 466

DL MAC Vol Scell Pct: 52.33
SIP DC%: 
DLRLCLayerDataVolume MB: 8272.96
DRB UL Data Volume MB: 6059
CA Conf FailRate Pct den: 9466
RSSIRX1 Avg: -98.1
weekend: 0
RSSIRX2 Avg: -96.73
hr: 17
MAC_UE_SC_Tput: 9663.82
Bearer Releases: 10150

hr: 17
CA Activation Rate num: 10944684
UPTP Mbps Den: 2885
Setup_Fail_DEN: 15139
S1U_SIP_SC_SEER_den: 17
Peak UE: 27
MB_per_connected_UE: 62.47
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3729
QCI 1 Bearer Releases: 80

Time: 02:21:14
Date: 10-04-2022
holiday: 0
CA DL DataVolRatio Pct: 58.35
CA DL DataVolRatio Pct num: 6108

SIP DC%: 
UPTP_Mbps: 45.25
DLRLCLayerDataVolume MB: 1793.96
DRB UL Data Volume MB: 9403
PRB Util%: 15.96
RRC Setup Attempts: 5973
CA DL DataVolRatio Pct den: 1589
weekend: 0
RSSIRX2 Avg: -98.12
CA Activation Rate: 26.39
hr: 7
MAC_UE_SC_Tput: 14745.72

hr: 7
CA Activation Rate num: 7654609
UPTP Mbps Den: 1442
Setup_Fail_DEN: 10765
PCT Time MIMO: 38.61
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3679
DL Data Vol MAC in MB: 931.97

Time: 06:01:26
Date: 30-08-2022
holiday: 0
CA DL DataVolRatio Pct: 85.62
CA DL DataVolRatio Pct num: 6134

DL MAC Vol Scell Pct: 25.14
Avg_Connected_UEs: 74.24
SIP DC%: 
UPTP_Mbps: 20.23
DLRLCLayerDataVolume MB: 3592.66
PRB Util%: 37.94
CA DL DataVolRatio Pct den: 2404
CA Conf FailRate Pct den: 7640
weekend: 0
S1U_SIP_SC_SEER_num: 132
CA Activation Rate: 49.46
hr: 15
MAC_UE_SC_Tput: 10737.72

hr: 15
CA Activation Rate num: 10352000
SIP_SC_Total_MOU: 47.32
UL MAC Vol Scell Pct: 0.51
Peak UE: 58
MB_per_connected_UE: 63.64
DL Volume: 8116
CA Activation Rate den: 114615

Time: 04:28:18
holiday: 0
CA DL DataVolRatio Pct: 58.12
HO_att_InterFreq: 156
CA DL DataVolRatio Pct num: 3895

SIP DC%: 
DLRLCLayerDataVolume MB: 4781.05
RRC Setup Attempts: 4585
weekend: 0
CA Activation Rate: 23.01
hr: 12
MAC_UE_SC_Tput: 7570.75
Bearer Releases: 16091

hr: 12
CA Activation Rate num: 3019577
Setup_Fail_DEN: 10212
SIP_SC_Total_MOU: 218.35
Peak UE: 27
MB_per_connected_UE: 45.56

Time: 03:35:23
Date: 28-09-2022
holiday: 0
CA DL DataVolRatio Pct: 87.65
CA DL DataVolRatio Pct num: 5653
HO Attempts: 594

SIP DC%: 
UPTP_Mbps: 37.86
DLRLCLayerDataVolume MB: 5653.95
DRB UL Data Volume MB: 4875
CA DL DataVolRatio Pct den: 7157
CA Conf FailRate Pct den: 6197
weekend: 1
UPTP Mbps Num: 29692
RSSIRX2 Avg: -96.32
hr: 8
MAC_UE_SC_Tput: 16519.93

hr: 8
Avg CQI: 11.5
CA Activation Rate num: 8916807
UPTP Mbps Den: 189
Peak UE: 49
MB_per_connected_UE: 94.41
DL Volume: 1758
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4978
UL Throughput: 4.95
CA Activation Rate den: 76602
Combined RACH Preambles: 3817

Time: 00:42:31
holiday: 0
CA DL DataVolRatio Pct: 51.71
SIP_SC_Call_Attempts: 80
CA DL DataVolRatio Pct num: 2553
HO Attempts: 20

Avg_Connected_UEs: 53.33
SIP DC%: 
UPTP_Mbps: 45.98
DLRLCLayerDataVolume MB: 4888.76
RRC Setup Attempts: 4560
CA DL DataVolRatio Pct den: 6921
weekend: 0
UPTP Mbps Num: 49148
CA Activation Rate: 34.39
hr: 23
MAC_UE_SC_Tput: 4789.68
Bearer Releases: 9228

hr: 23
CA Activation Rate num: 4286575
UPTP Mbps Den: 4823
Setup_Fail_DEN: 19116
SIP_SC_Total_MOU: 115.76
Peak UE: 29
MB_per_connected_UE: 180.47
PCT Time MIMO: 48.91
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3778
DL Data Vol MAC in MB: 1699.45
CA Activation Rate den: 95529

Time: 03:41:33
holiday: 0
HO_att_InterFreq: 278

DL MAC Vol Scell Pct: 30.88
Avg_Connected_UEs: 28.86
SIP DC%: 
DLRLCLayerDataVolume MB: 8169.68
DRB UL Data Volume MB: 6291
weekend: 1
UPTP Mbps Num: 29237
RSSIRX2 Avg: -95.6
CA Activation Rate: 6.65
hr: 0
MAC_UE_SC_Tput: 12774.85
Bearer Releases: 15701

hr: 0
CA Activation Rate num: 1990987
UPTP Mbps Den: 30
Peak UE: 27
MB_per_connected_UE: 106.76
DL Volume: 6669
CA Activation Rate den: 68446
Combined RACH Preambles: 2679

Time: 23:11:12
holiday: 0
SIP_SC_Call_Attempts: 152
Bearer Releases Voice: 211
HO_att_InterFreq: 246
CA DL DataVolRatio Pct num: 4923
HO Attempts: 76

DL MAC Vol Scell Pct: 14.64
Avg_Connected_UEs: 37.61
SIP DC%: 
DLRLCLayerDataVolume MB: 5807.85
DRB UL Data Volume MB: 8017
PRB Util%: 39.46
CA Conf FailRate Pct den: 5104
weekend: 0
UPTP Mbps Num: 9931
Bearer Setup Failure Voice Den: 156
CA Activation Rate: 63.75
hr: 7
MAC_UE_SC_Tput: 18334.19
Bearer Releases: 10535

hr: 7
HO_fail_PCT_InterFreq: 0.14
CA Activation Rate num: 4805214
UPTP Mbps Den: 1928
Setup_Fail_DEN: 9433
SIP_SC_Total_MOU: 24.85
Peak UE: 27
MB_per_connected_UE: 40.53
DL Volume: 2573

Combined RACH Preambles: 3882
Time: 15:34:35
holiday: 0
CA DL DataVolRatio Pct: 59.24

DL MAC Vol Scell Pct: 15.73
Avg_Connected_UEs: 70.89
SIP DC%: 
UPTP_Mbps: 30.62
DLRLCLayerDataVolume MB: 5809.17
DRB UL Data Volume MB: 3815
RRC Setup Attempts: 8411
CA DL DataVolRatio Pct den: 5158
CA Conf FailRate Pct den: 4467
weekend: 0
hr: 3
MAC_UE_SC_Tput: 10184.35
Bearer Releases: 16884

hr: 3
qci1_setup_attempts: 250
CA Activation Rate num: 2112990
SIP_SC_Total_MOU: 15.85
Peak UE: 27
MB_per_connected_UE: 79.24
PCT Time MIMO: 36.75
DL Volume: 9659
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4801
DL Data Vol MAC in MB: 6721.9
CA Activation Rate den: 158682

Time: 18:41:30
holiday: 0
CA DL DataVolRatio Pct: 88.3
CA DL DataVolRatio Pct num: 6723

Avg_Connected_UEs: 57.61
SIP DC%: 
UPTP_Mbps: 34.04
DLRLCLayerDataVolume MB: 3335.32
DRB UL Data Volume MB: 3304
Avg_PUCCH_SINR: 16.2
PRB Util%: 15.85
RRC Setup Attempts: 5466
weekend: 0
UPTP Mbps Num: 51640
CA Activation Rate: 4.21
hr: 14
MAC_UE_SC_Tput: 10999.79
Bearer Releases: 16089

hr: 14
CA Activation Rate num: 3531951
UPTP Mbps Den: 1850
SIP_SC_Total_MOU: 205.95
Peak UE: 27
MB_per_connected_UE: 182.25
DL Volume: 4824
DL Data Vol MAC in MB: 2485.82

Combined RACH Preambles: 2618
Time: 14:43:47
Date: 16-02-2022
holiday: 0
HO Attempts: 778

DL MAC Vol Scell Pct: 4.56
Avg_Connected_UEs: 20.46
SIP DC%: 
UPTP_Mbps: 11.7
DLRLCLayerDataVolume MB: 217.1
DRB UL Data Volume MB: 8347
CA DL DataVolRatio Pct den: 2460
RSSIRX1 Avg: -97.54
weekend: 0
UPTP Mbps Num: 45292
Bearer Setup Failure Voice Den: 76
CA Activation Rate: 27.87
hr: 3
Bearer Releases: 13619

hr: 3
CA Activation Rate num: 7408415
S1U_SIP_SC_SEER_den: 223
Peak UE: 57
MB_per_connected_UE: 44.31
CA Activation Rate den: 63500

Combined RACH Preambles: 3121
Time: 17:25:24
holiday: 0
CA DL DataVolRatio Pct: 89.24
SIP_SC_Call_Attempts: 16
CA DL DataVolRatio Pct num: 7374

SIP DC%: 
UPTP_Mbps: 46
RRC Setup Attempts: 3532
CA DL DataVolRatio Pct den: 5208
CA Conf FailRate Pct den: 9196
weekend: 0
UPTP Mbps Num: 26193
CA Activation Rate: 4.7
hr: 8
MAC_UE_SC_Tput: 6550.25
Bearer Releases: 9418

hr: 8
CA Activation Rate num: 3539286
UPTP Mbps Den: 3418
Setup_Fail_DEN: 7195
SIP_SC_Total_MOU: 115.8
Peak UE: 43
MB_per_connected_UE: 144.69
PCT Time MIMO: 56.55
DL Volume: 243
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5118
CA Activation Rate den: 121972

Combined RACH Preambles: 2444
Time: 03:32:44
holiday: 0
CA DL DataVolRatio Pct: 69.95
CA DL DataVolRatio Pct num: 1482

SIP DC%: 
UPTP_Mbps: 82.45
DLRLCLayerDataVolume MB: 8011.03
DRB UL Data Volume MB: 5848
RRC Setup Attempts: 6504
CA Conf FailRate Pct den: 8850
weekend: 0
UPTP Mbps Num: 37565
S1U_SIP_SC_SEER_num: 190
hr: 8
MAC_UE_SC_Tput: 13802.4
Bearer Releases: 10143

hr: 8
CA Activation Rate num: 12580680
UPTP Mbps Den: 835
Setup_Fail_DEN: 15818
SIP_SC_Total_MOU: 202.47
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4729

Combined RACH Preambles: 2247
Time: 00:18:59
holiday: 0
CA DL DataVolRatio Pct num: 3985

DL MAC Vol Scell Pct: 24.23
Avg_Connected_UEs: 42.45
SIP DC%: 
UPTP_Mbps: 34.8
DLRLCLayerDataVolume MB: 3750.41
PRB Util%: 29.51
CA DL DataVolRatio Pct den: 8372
CA Conf FailRate Pct den: 9279
weekend: 1
CA Activation Rate: 64.37
hr: 0
MAC_UE_SC_Tput: 4607.29
Bearer Releases: 12453

hr: 0
CA Activation Rate num: 1573603
UPTP Mbps Den: 2887
Setup_Fail_DEN: 14258
MB_per_connected_UE: 142.61
PCT Time MIMO: 38.49
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4389
DL Data Vol MAC in MB: 2399.81

Time: 17:12:09
holiday: 0
CA DL DataVolRatio Pct: 61.24
SIP_SC_Call_Attempts: 185
HO_att_InterFreq: 671
CA DL DataVolRatio Pct num: 6625

Avg_Connected_UEs: 22.58
SIP DC%: 
UPTP_Mbps: 14.26
DLRLCLayerDataVolume MB: 2190.79
DRB UL Data Volume MB: 9596
PRB Util%: 51.93
RRC Setup Attempts: 4443
CA DL DataVolRatio Pct den: 2791
CA Conf FailRate Pct den: 7070
weekend: 0
UPTP Mbps Num: 7582
S1U_SIP_SC_SEER_num: 119
hr: 22
MAC_UE_SC_Tput: 8599.62

hr: 22
CA Activation Rate num: 10035637
UPTP Mbps Den: 2826
SIP_SC_Total_MOU: 56.57
Peak UE: 31
MB_per_connected_UE: 96.92
DL Data Vol MAC in MB: 6506.74
CA Activation Rate den: 119206
Time: 08:07:08

Date: 22-04-2022
holiday: 0
CA DL DataVolRatio Pct: 67.06
HO_att_InterFreq: 946
HO Attempts: 292

Avg_Connected_UEs: 19.83
SIP DC%: 
UPTP_Mbps: 54.49
DLRLCLayerDataVolume MB: 3531.33
DRB UL Data Volume MB: 2163
CA Conf FailRate Pct den: 8398
weekend: 0
Bearer Setup Failure Voice Den: 230
CA Activation Rate: 45.61
hr: 5
MAC_UE_SC_Tput: 12631.33

hr: 5
CA Activation Rate num: 9153928
UPTP Mbps Den: 1745
SIP_SC_Total_MOU: 107.8
S1U_SIP_SC_SEER_den: 135
Peak UE: 27
DL Volume: 6764
DL Data Vol MAC in MB: 8566.24

Time: 15:59:27
holiday: 0
CA DL DataVolRatio Pct num: 5912
HO Attempts: 936

DL MAC Vol Scell Pct: 12.98
SIP DC%: 
UPTP_Mbps: 10.81
DLRLCLayerDataVolume MB: 4623.01
DRB UL Data Volume MB: 1036
RRC Setup Attempts: 6754
CA DL DataVolRatio Pct den: 5827
CA Conf FailRate Pct den: 9106
weekend: 0
RSSIRX2 Avg: -94.3
CA Activation Rate: 14.87
hr: 9
MAC_UE_SC_Tput: 15037.87
Bearer Releases: 17335

hr: 9
CA Activation Rate num: 10115158
UPTP Mbps Den: 272
Setup_Fail_DEN: 12967
SIP_SC_Total_MOU: 145.67
Peak UE: 70
MB_per_connected_UE: 134.29
PCT Time MIMO: 40.85
DL Volume: 9536
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5053
UL Throughput: 7.2
CA Activation Rate den: 39101

Combined RACH Preambles: 4421
Time: 11:53:36
holiday: 0
CA DL DataVolRatio Pct: 89.93
HO_att_InterFreq: 932
CA DL DataVolRatio Pct num: 5873

DL MAC Vol Scell Pct: 49.32
Avg_Connected_UEs: 47.64
SIP DC%: 
UPTP_Mbps: 20.26
DRB UL Data Volume MB: 6704
PRB Util%: 52.49
RRC Setup Attempts: 4721
CA DL DataVolRatio Pct den: 8835
CA Conf FailRate Pct den: 4574
weekend: 0
RSSIRX2 Avg: -94.94
CA Activation Rate: 51.66
hr: 23
MAC_UE_SC_Tput: 12255.97

hr: 23
CA Activation Rate num: 11005058
UPTP Mbps Den: 1904
Setup_Fail_DEN: 7811
SIP_SC_Total_MOU: 32.89
Peak UE: 27
MB_per_connected_UE: 157.47
PCT Time MIMO: 38.07
DL Volume: 3946
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4490
DL Data Vol MAC in MB: 8419.85

Time: 07:15:01
holiday: 0
CA DL DataVolRatio Pct: 78.87
HO_att_InterFreq: 451
CA DL DataVolRatio Pct num: 7109

DL MAC Vol Scell Pct: 7.28
Avg_Connected_UEs: 82.71
SIP DC%: 
UPTP_Mbps: 25.55
DLRLCLayerDataVolume MB: 3735.41
PRB Util%: 21.76
RRC Setup Attempts: 7081
CA Conf FailRate Pct den: 5514
weekend: 0
RSSIRX2 Avg: -96.43
CA Activation Rate: 57.09
hr: 23
MAC_UE_SC_Tput: 4916.35
Bearer Releases: 16135

hr: 23
CA Activation Rate num: 128715
UPTP Mbps Den: 1178
Setup_Fail_DEN: 19770
SIP_SC_Total_MOU: 335.9
Peak UE: 45
MB_per_connected_UE: 190.14
PCT Time MIMO: 41.77
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6710
DL Data Vol MAC in MB: 7700.85

Time: 00:51:51
holiday: 0
CA DL DataVolRatio Pct: 82.09
HO_att_InterFreq: 696
CA DL DataVolRatio Pct num: 6064

SIP DC%: 
UPTP_Mbps: 25.68
PRB Util%: 32.51
RRC Setup Attempts: 3402
CA Conf FailRate Pct den: 3084
weekend: 0
UPTP Mbps Num: 36139
CA Activation Rate: 71.85
hr: 23
MAC_UE_SC_Tput: 12567.93
Bearer Releases: 9888

hr: 23
CA Activation Rate num: 5504311
UPTP Mbps Den: 4882
Setup_Fail_DEN: 13928
UL MAC Vol Scell Pct: 0.22
Peak UE: 27
MB_per_connected_UE: 117.98
PCT Time MIMO: 34.48
DL Volume: 9175
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6825
QCI 1 Bearer Releases: 131
DL Data Vol MAC in MB: 3242.7
CA Activation Rate den: 101981

Time: 06:11:45
holiday: 0
CA DL DataVolRatio Pct: 60.78
CA DL DataVolRatio Pct num: 5736

DL MAC Vol Scell Pct: 47.5
Avg_Connected_UEs: 58.66
SIP DC%: 
UPTP_Mbps: 30.07
DLRLCLayerDataVolume MB: 2919.87
DRB UL Data Volume MB: 4404
RRC Setup Attempts: 4805
CA Conf FailRate Pct den: 5845
weekend: 1
RSSIRX2 Avg: -96.22
CA Activation Rate: 41.33
hr: 8
MAC_UE_SC_Tput: 5418.52
Bearer Releases: 15481

hr: 8
CA Activation Rate num: 8960343
UPTP Mbps Den: 4257
SIP_SC_Total_MOU: 151.83
Peak UE: 45
MB_per_connected_UE: 23.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4809
UL Throughput: 7.9
DL Data Vol MAC in MB: 8190.6

Time: 19:05:59
Date: 03-10-2022
holiday: 0
HO Attempts: 529

DL MAC Vol Scell Pct: 39.48
Avg_Connected_UEs: 55.49
SIP DC%: 
DLRLCLayerDataVolume MB: 5920.08
DRB UL Data Volume MB: 9004
RRC Setup Attempts: 4689
CA Conf FailRate Pct den: 6520
weekend: 1
CA Activation Rate: 30.93
hr: 14
Bearer Releases: 9484

hr: 14
CA Activation Rate num: 440397
UPTP Mbps Den: 3256
Setup_Fail_DEN: 6818
SIP_SC_Total_MOU: 389.17
Peak UE: 27
MB_per_connected_UE: 117.48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7480
CA Activation Rate den: 62601

Time: 13:48:08
Date: 29-08-2023
holiday: 0
CA DL DataVolRatio Pct num: 6602

DL MAC Vol Scell Pct: 19.9
Avg_Connected_UEs: 34.21
SIP DC%: 
UPTP_Mbps: 17.49
DLRLCLayerDataVolume MB: 4126.25
PRB Util%: 34.95
CA DL DataVolRatio Pct den: 3572
weekend: 0
RSSIRX2 Avg: -95.45
CA Activation Rate: 52.07
hr: 11
MAC_UE_SC_Tput: 18155.91
Bearer Releases: 12914

hr: 11
Avg CQI: 11.2
CA Activation Rate num: 10753719
UPTP Mbps Den: 2284
Setup_Fail_DEN: 8560
SIP_SC_Total_MOU: 376.05
Peak UE: 57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6592
UL Throughput: 5.35
CA Activation Rate den: 137421

Combined RACH Preambles: 3682
Time: 04:25:24
Date: 13-01-2023
holiday: 0
CA DL DataVolRatio Pct num: 6076

Avg_Connected_UEs: 46.52
SIP DC%: 
UPTP_Mbps: 46.26
RRC Setup Attempts: 5547
CA DL DataVolRatio Pct den: 9975
CA Conf FailRate Pct den: 3053
weekend: 0
RSSIRX2 Avg: -94.6
CA Activation Rate: 71
hr: 21

hr: 21
Avg CQI: 10.88
CA Activation Rate num: 5753168
UPTP Mbps Den: 2111
Setup_Fail_DEN: 15137
SIP_SC_Total_MOU: 2.47
Peak UE: 70
MB_per_connected_UE: 189.64
PCT Time MIMO: 63.9
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4585
DL Data Vol MAC in MB: 9048.24
Time: 14:06:49

holiday: 0
CA DL DataVolRatio Pct: 48.87
Bearer Releases Voice: 141
CA DL DataVolRatio Pct num: 6646
HO Attempts: 415

SIP DC%: 
UPTP_Mbps: 41.39
DRB UL Data Volume MB: 5311
CA DL DataVolRatio Pct den: 2234
weekend: 0
S1U_SIP_SC_SEER_num: 249
CA Activation Rate: 68.56
hr: 2
MAC_UE_SC_Tput: 12348.98
Bearer Releases: 17060

hr: 2
CA Activation Rate num: 10531045
UPTP Mbps Den: 2600
Setup_Fail_DEN: 8302
SIP_SC_Total_MOU: 76.8
Peak UE: 36
MB_per_connected_UE: 19.13
PCT Time MIMO: 36.82
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4623
DL Data Vol MAC in MB: 6388.71
CA Activation Rate den: 64999

Combined RACH Preambles: 3944
Time: 00:08:13
holiday: 0
CA DL DataVolRatio Pct: 68.34
CA DL DataVolRatio Pct num: 4163

DL MAC Vol Scell Pct: 36.33
Avg_Connected_UEs: 21.23
SIP DC%: 
UPTP_Mbps: 41.47
DLRLCLayerDataVolume MB: 4860.48
DRB UL Data Volume MB: 8018
CA DL DataVolRatio Pct den: 5271
CA Conf FailRate Pct den: 8895
weekend: 0
RSSIRX2 Avg: -98.38
CA Activation Rate: 49.95
hr: 14
MAC_UE_SC_Tput: 4725.61
Bearer Releases: 8332

hr: 14
UPTP Mbps Den: 3020
Setup_Fail_DEN: 8635
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3991
UL Throughput: 3.48
DL Data Vol MAC in MB: 4050.56
CA Activation Rate den: 53197

Time: 22:39:55
holiday: 0
CA DL DataVolRatio Pct: 88.61

DL MAC Vol Scell Pct: 48.05
SIP DC%: 
DLRLCLayerDataVolume MB: 5751.22
DRB UL Data Volume MB: 8207
PRB Util%: 14.64
CA DL DataVolRatio Pct den: 2196
weekend: 0
UPTP Mbps Num: 55035
hr: 4
MAC_UE_SC_Tput: 7569.33

hr: 4
qci1_setup_attempts: 200
CA Activation Rate num: 9443474
UPTP Mbps Den: 2173
Setup_Fail_DEN: 8035
SIP_SC_Total_MOU: 51.45
S1U_SIP_SC_SEER_den: 152
Peak UE: 27
MB_per_connected_UE: 44.13
PCT Time MIMO: 34.04
DL Volume: 8279
CA Activation Rate den: 88666

Time: 17:34:50
Date: 12-02-2023
holiday: 0
CA DL DataVolRatio Pct: 47.57
SIP_SC_Call_Attempts: 255
Bearer Releases Voice: 126
CA DL DataVolRatio Pct num: 4466
HO Attempts: 52

Avg_Connected_UEs: 51.69
SIP DC%: 
UPTP_Mbps: 23.43
Avg_PUCCH_SINR: 17.53
CA DL DataVolRatio Pct den: 10186
CA Conf FailRate Pct den: 8794
RSSIRX1 Avg: -96.86
weekend: 0
UPTP Mbps Num: 26371
hr: 5
MAC_UE_SC_Tput: 12175.37
Bearer Releases: 8225

hr: 5
CA Activation Rate num: 4410369
UPTP Mbps Den: 201
Setup_Fail_DEN: 9149
S1U_SIP_SC_SEER_den: 81
Peak UE: 46
MB_per_connected_UE: 192.55
PCT Time MIMO: 32.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6098

Time: 09:49:28
Date: 02-06-2022
holiday: 0
HO_att_InterFreq: 511
HO Attempts: 496

DL MAC Vol Scell Pct: 33.52
SIP DC%: 
DRB UL Data Volume MB: 8258
PRB Util%: 65.67
CA DL DataVolRatio Pct den: 6671
RSSIRX1 Avg: -94.5
weekend: 1
UPTP Mbps Num: 31397
hr: 23
MAC_UE_SC_Tput: 16230.77
Bearer Releases: 10600

hr: 23
Avg CQI: 9.71
CA Activation Rate num: 10623103
Setup_Fail_DEN: 7272
SIP_SC_Total_MOU: 21.89
UL MAC Vol Scell Pct: 2.72
Peak UE: 62
MB_per_connected_UE: 29.38
DL Volume: 5702
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4717
UL Throughput: 4.87
DL Data Vol MAC in MB: 7068.99
CA Activation Rate den: 47672

Time: 06:32:54
Date: 20-03-2022
holiday: 0
CA DL DataVolRatio Pct: 63.29
CA DL DataVolRatio Pct num: 4334
HO Attempts: 525

DL MAC Vol Scell Pct: 7.75
Avg_Connected_UEs: 81.02
SIP DC%: 
DLRLCLayerDataVolume MB: 4649.11
PRB Util%: 49.38
RRC Setup Attempts: 7462
CA DL DataVolRatio Pct den: 5998
CA Conf FailRate Pct den: 2816
weekend: 0
S1U_SIP_SC_SEER_num: 127
CA Activation Rate: 14.27
hr: 23
MAC_UE_SC_Tput: 13318.88

hr: 23
CA Activation Rate num: 445330
UPTP Mbps Den: 2562
Setup_Fail_DEN: 11417
SIP_SC_Total_MOU: 388.44
Peak UE: 40
MB_per_connected_UE: 167.69
PCT Time MIMO: 52.61
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3334
CA Activation Rate den: 117938

Time: 13:24:35
Date: 26-04-2022
holiday: 0
CA DL DataVolRatio Pct: 89.51
Bearer Releases Voice: 165
CA DL DataVolRatio Pct num: 7325

SIP DC%: 
UPTP_Mbps: 10.28
DLRLCLayerDataVolume MB: 5927.96
DRB UL Data Volume MB: 247
RRC Setup Attempts: 7605
CA DL DataVolRatio Pct den: 9703
CA Conf FailRate Pct den: 3287
weekend: 0
RSSIRX2 Avg: -97.32
CA Activation Rate: 13.2
hr: 0
MAC_UE_SC_Tput: 12559.61

hr: 0
CA Activation Rate num: 4330093
Peak UE: 27
MB_per_connected_UE: 11.47
PCT Time MIMO: 51.2
UL Throughput: 5.54

Time: 11:42:46
holiday: 0
CA DL DataVolRatio Pct: 63.2
Bearer Releases Voice: 122
CA DL DataVolRatio Pct num: 5960

SIP DC%: 
UPTP_Mbps: 23.04
PRB Util%: 3.91
RRC Setup Attempts: 5619
CA DL DataVolRatio Pct den: 9762
CA Conf FailRate Pct den: 6722
weekend: 0
UPTP Mbps Num: 38398
hr: 0
MAC_UE_SC_Tput: 11667.11
Bearer Releases: 13489

hr: 0
Avg CQI: 10.77
UPTP Mbps Den: 654
SIP_SC_Total_MOU: 116.01
Peak UE: 89
MB_per_connected_UE: 13.68
DL Volume: 1523
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7245
DL Data Vol MAC in MB: 9304.66
CA Activation Rate den: 75318

Time: 05:18:41
holiday: 0
CA DL DataVolRatio Pct num: 4659

Avg_Connected_UEs: 58.11
SIP DC%: 
UPTP_Mbps: 39.16
PRB Util%: 67.85
RRC Setup Attempts: 6270
CA DL DataVolRatio Pct den: 8202
CA Conf FailRate Pct den: 9340
weekend: 0
UPTP Mbps Num: 22303
CA Activation Rate: 24.6
hr: 0
MAC_UE_SC_Tput: 17819.68

hr: 0
CA Activation Rate num: 5360901
UPTP Mbps Den: 819
SIP_SC_Total_MOU: 86.64
Peak UE: 55
MB_per_connected_UE: 38.22
PCT Time MIMO: 34.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6639
UL Throughput: 11.22
DL Data Vol MAC in MB: 4811.04
CA Activation Rate den: 69756

Time: 08:14:57
holiday: 0

DL MAC Vol Scell Pct: 19.65
SIP DC%: 
UPTP_Mbps: 38.84
DLRLCLayerDataVolume MB: 3397.58
DRB UL Data Volume MB: 8221
PRB Util%: 40.98
weekend: 0
RSSIRX2 Avg: -96.66
CA Activation Rate: 12.96
hr: 2
MAC_UE_SC_Tput: 10303.2

hr: 2
Avg CQI: 10.44
CA Activation Rate num: 1357229
UPTP Mbps Den: 2359
Setup_Fail_DEN: 6507
MB_per_connected_UE: 45.74
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6864
CA Activation Rate den: 139135

Combined RACH Preambles: 2701
Time: 10:02:27
holiday: 0
CA DL DataVolRatio Pct: 67.81
CA DL DataVolRatio Pct num: 3102

DL MAC Vol Scell Pct: 27.29
Avg_Connected_UEs: 22.35
SIP DC%: 
UPTP_Mbps: 38.94
DLRLCLayerDataVolume MB: 1411.95
Avg_PUCCH_SINR: 17.51
PRB Util%: 27.18
RRC Setup Attempts: 4192
CA DL DataVolRatio Pct den: 5009
CA Conf FailRate Pct den: 5149
weekend: 0
UPTP Mbps Num: 7027
S1U_SIP_SC_SEER_num: 243
hr: 8
MAC_UE_SC_Tput: 4642.37
Bearer Releases: 8455

hr: 8
qci1_setup_attempts: 205
CA Activation Rate num: 469239
Setup_Fail_DEN: 10176
Peak UE: 27
MB_per_connected_UE: 38.34
DL Volume: 4223
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3510
Combined RACH Preambles: 4265

Time: 13:45:07
holiday: 0
CA DL DataVolRatio Pct: 88.38
HO_att_InterFreq: 75

DL MAC Vol Scell Pct: 10.68
Avg_Connected_UEs: 24.06
SIP DC%: 
UPTP_Mbps: 35.29
DRB UL Data Volume MB: 4020
Avg_PUCCH_SINR: 15.93
PRB Util%: 42.04
RRC Setup Attempts: 4777
CA DL DataVolRatio Pct den: 9996
weekend: 0
CA Activation Rate: 75
hr: 21
MAC_UE_SC_Tput: 11002.93
Bearer Releases: 11083

hr: 21
qci1_setup_attempts: 176
CA Activation Rate num: 6823212
UPTP Mbps Den: 2029
Setup_Fail_DEN: 19859
Peak UE: 27
MB_per_connected_UE: 122.25
PCT Time MIMO: 53.2
DL Volume: 4086
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3204
QCI 1 Bearer Releases: 179
CA Activation Rate den: 196058

Combined RACH Preambles: 3161
Time: 14:30:03
Date: 20-06-2022
holiday: 0
CA DL DataVolRatio Pct: 90.56
Bearer Releases Voice: 137
HO_att_InterFreq: 766
HO Attempts: 356

SIP DC%: 
UPTP_Mbps: 27.96
DLRLCLayerDataVolume MB: 5255.1
PRB Util%: 7.95
RRC Setup Attempts: 6642
weekend: 0
CA Activation Rate: 16.32
hr: 12
MAC_UE_SC_Tput: 20250.48
Bearer Releases: 16417

hr: 12
CA Activation Rate num: 5728964
Setup_Fail_DEN: 13465
Peak UE: 27
MB_per_connected_UE: 42.24
DL Volume: 826
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3972
DL Data Vol MAC in MB: 3068.97

Time: 14:13:52
holiday: 0
CA DL DataVolRatio Pct: 41.99
CA DL DataVolRatio Pct num: 2437
HO Attempts: 762

Avg_Connected_UEs: 67.03
SIP DC%: 
DLRLCLayerDataVolume MB: 8415.79
PRB Util%: 40.96
weekend: 0
UPTP Mbps Num: 49782
hr: 23
Bearer Releases: 15222

hr: 23
UPTP Mbps Den: 3057
Peak UE: 27
MB_per_connected_UE: 199.63
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3827
DL Data Vol MAC in MB: 6563.34
CA Activation Rate den: 109713

Time: 23:05:02
Date: 03-02-2023
holiday: 0
CA DL DataVolRatio Pct: 70.71
HO_att_InterFreq: 403
CA DL DataVolRatio Pct num: 6405
HO Attempts: 854

DL MAC Vol Scell Pct: 36.05
Avg_Connected_UEs: 56.73
SIP DC%: 
UPTP_Mbps: 40.3
DLRLCLayerDataVolume MB: 5504.96
RRC Setup Attempts: 5297
CA DL DataVolRatio Pct den: 7174
weekend: 0
UPTP Mbps Num: 4388
Bearer Setup Failure Voice Den: 58
CA Activation Rate: 4.78
hr: 9
MAC_UE_SC_Tput: 16584.11
Bearer Releases: 7046

hr: 9
CA Activation Rate num: 8018338
UPTP Mbps Den: 1409
Peak UE: 50
MB_per_connected_UE: 197.36
PCT Time MIMO: 48.14
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3435
QCI 1 Bearer Releases: 185
DL Data Vol MAC in MB: 4402.44

Time: 10:26:35
holiday: 0
CA DL DataVolRatio Pct: 77.59
HO_att_InterFreq: 508

DL MAC Vol Scell Pct: 43.99
Avg_Connected_UEs: 31.67
SIP DC%: 
DLRLCLayerDataVolume MB: 8422.03
DRB UL Data Volume MB: 4304
PRB Util%: 31.77
RRC Setup Attempts: 5781
CA DL DataVolRatio Pct den: 5705
CA Conf FailRate Pct den: 5466
weekend: 0
CA Activation Rate: 47.68
hr: 14
MAC_UE_SC_Tput: 8310.68
Bearer Releases: 10284

hr: 14
CA Activation Rate num: 3490182
UPTP Mbps Den: 940
Setup_Fail_DEN: 10525
Peak UE: 37
PCT Time MIMO: 52.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4405
UL Throughput: 3.79
DL Data Vol MAC in MB: 3228.86
CA Activation Rate den: 62467

Time: 08:53:28
holiday: 0
CA DL DataVolRatio Pct: 60.57
HO_att_InterFreq: 385
CA DL DataVolRatio Pct num: 7580

Avg_Connected_UEs: 45.97
SIP DC%: 
PRB Util%: 74.72
CA DL DataVolRatio Pct den: 8801
CA Conf FailRate Pct den: 3530
weekend: 0
CA Activation Rate: 36.25
hr: 10
MAC_UE_SC_Tput: 8171.12
Bearer Releases: 11923

hr: 10
Avg CQI: 9.37
CA Activation Rate num: 608037
SIP_SC_Total_MOU: 200.78
Peak UE: 82
MB_per_connected_UE: 182.09
DL Volume: 1208
CA Activation Rate den: 64204

Combined RACH Preambles: 2461
Time: 23:10:14
Date: 08-10-2023
holiday: 0
CA DL DataVolRatio Pct num: 6559
HO Attempts: 334

Avg_Connected_UEs: 50.49
SIP DC%: 
DLRLCLayerDataVolume MB: 5933.96
DRB UL Data Volume MB: 9615
RRC Setup Attempts: 4077
CA DL DataVolRatio Pct den: 7762
weekend: 0
UPTP Mbps Num: 51314
RSSIRX2 Avg: -95.05
CA Activation Rate: 1.6
hr: 2

hr: 2
CA Activation Rate num: 6148004
UPTP Mbps Den: 1143
SIP_SC_Total_MOU: 181.91
Peak UE: 79
VOLTE IA%: 
MB_per_connected_UE: 91.61
PCT Time MIMO: 38.63
DL Volume: 378
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4820
DL Data Vol MAC in MB: 8395.54

Time: 02:12:18
holiday: 0
CA DL DataVolRatio Pct: 73.98
CA DL DataVolRatio Pct num: 3708
HO Attempts: 541

DL MAC Vol Scell Pct: 10
Avg_Connected_UEs: 51.37
SIP DC%: 
UPTP_Mbps: 78.03
DLRLCLayerDataVolume MB: 5300.55
Avg_PUCCH_SINR: 16.05
CA DL DataVolRatio Pct den: 7127
weekend: 0
Bearer Setup Failure Voice Den: 145
CA Activation Rate: 37.16
hr: 14
MAC_UE_SC_Tput: 4550.63
Bearer Releases: 7638

hr: 14
CA Activation Rate num: 9329378
Peak UE: 46
MB_per_connected_UE: 92.93
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8833

Time: 21:54:37
holiday: 0
CA DL DataVolRatio Pct: 89.72
HO_att_InterFreq: 620
CA DL DataVolRatio Pct num: 2859

DL MAC Vol Scell Pct: 11.76
Avg_Connected_UEs: 56.39
SIP DC%: 
UPTP_Mbps: 41.21
DLRLCLayerDataVolume MB: 637.04
DRB UL Data Volume MB: 4897
RRC Setup Attempts: 4323
CA Conf FailRate Pct den: 6387
weekend: 0
UPTP Mbps Num: 55580
CA Activation Rate: 35.13
hr: 6
MAC_UE_SC_Tput: 4861.6

hr: 6
Avg CQI: 11.36
CA Activation Rate num: 11102427
UPTP Mbps Den: 2806
Setup_Fail_DEN: 13199
SIP_SC_Total_MOU: 86.53
Peak UE: 31
MB_per_connected_UE: 8.98
DL Volume: 449
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9351
DL Data Vol MAC in MB: 8850.76
CA Activation Rate den: 130030

holiday: 0
CA DL DataVolRatio Pct: 88.72

DL MAC Vol Scell Pct: 13.83
SIP DC%: 
UPTP_Mbps: 46.33
DLRLCLayerDataVolume MB: 1501.06
PRB Util%: 24.82
CA DL DataVolRatio Pct den: 9173
CA Conf FailRate Pct den: 5887
weekend: 0
UPTP Mbps Num: 23369
Bearer Setup Failure Voice Den: 187
CA Activation Rate: 2.46
hr: 3
MAC_UE_SC_Tput: 7954.83
Bearer Releases: 7051

hr: 3
CA Activation Rate num: 4472581
UPTP Mbps Den: 758
Setup_Fail_DEN: 18908
Peak UE: 27
MB_per_connected_UE: 123.43
DL Volume: 2868
UL Throughput: 0.91
DL Data Vol MAC in MB: 1515.78

Combined RACH Preambles: 2398
Time: 15:30:32
holiday: 0
Bearer Releases Voice: 106
HO_att_InterFreq: 572

DL MAC Vol Scell Pct: 27.21
SIP DC%: 
UPTP_Mbps: 42.55
DLRLCLayerDataVolume MB: 3320.03
DRB UL Data Volume MB: 1313
PRB Util%: 38.23
RRC Setup Attempts: 6335
weekend: 0
CA Activation Rate: 76.34
hr: 7
MAC_UE_SC_Tput: 6203.15
Bearer Releases: 16590

hr: 7
qci1_setup_attempts: 55
CA Activation Rate num: 8708274
UPTP Mbps Den: 1704
Setup_Fail_DEN: 9963
S1U_SIP_SC_SEER_den: 173
Peak UE: 27
MB_per_connected_UE: 57.91
DL Volume: 8349
UL Throughput: 5.59
DL Data Vol MAC in MB: 4077.55
CA Activation Rate den: 49770
Combined RACH Preambles: 2262

Time: 06:26:05
Date: 29-03-2023
holiday: 0
CA DL DataVolRatio Pct: 69.99
HO Attempts: 937

SIP DC%: 
UPTP_Mbps: 12.47
DLRLCLayerDataVolume MB: 9093.44
DRB UL Data Volume MB: 7637
PRB Util%: 69.65
RRC Setup Attempts: 5508
RSSIRX1 Avg: -98.45
weekend: 0
UPTP Mbps Num: 35764
RSSIRX2 Avg: -93.09
hr: 23
MAC_UE_SC_Tput: 10392.81

hr: 23
CA Activation Rate num: 8248047
UPTP Mbps Den: 791
Setup_Fail_DEN: 13902
Peak UE: 62
MB_per_connected_UE: 151.19
CA Activation Rate den: 211458

Combined RACH Preambles: 3710
Time: 08:10:04
Date: 15-08-2022
holiday: 0

DL MAC Vol Scell Pct: 21.68
Avg_Connected_UEs: 81.65
SIP DC%: 
UPTP_Mbps: 29.06
DLRLCLayerDataVolume MB: 6169.23
DRB UL Data Volume MB: 6185
PRB Util%: 40.37
RRC Setup Attempts: 7915
CA DL DataVolRatio Pct den: 5400
CA Conf FailRate Pct den: 8788
RSSIRX1 Avg: -96.66
weekend: 0
UPTP Mbps Num: 11803
CA Activation Rate: 54.1
hr: 12
MAC_UE_SC_Tput: 13932.23
Bearer Releases: 7459

hr: 12
CA Activation Rate num: 6545012
UPTP Mbps Den: 620
Setup_Fail_DEN: 8244
Peak UE: 27
MB_per_connected_UE: 103.07
PCT Time MIMO: 39.36
DL Data Vol MAC in MB: 1342.55
CA Activation Rate den: 107447

Combined RACH Preambles: 2411
Time: 08:53:55
holiday: 0
CA DL DataVolRatio Pct: 73.84
CA DL DataVolRatio Pct num: 6825

DL MAC Vol Scell Pct: 51.3
Avg_Connected_UEs: 54.6
SIP DC%: 
UPTP_Mbps: 37.13
DLRLCLayerDataVolume MB: 8663.37
DRB UL Data Volume MB: 1951
RRC Setup Attempts: 6620
CA Conf FailRate Pct den: 6071
weekend: 1
CA Activation Rate: 30.2
hr: 6
MAC_UE_SC_Tput: 8473.86
Bearer Releases: 12402

hr: 6
CA Activation Rate num: 12990638
UPTP Mbps Den: 974
Setup_Fail_DEN: 8528
SIP_SC_Total_MOU: 99.17
Peak UE: 36
DL Volume: 9831
UL Throughput: 3.61
DL Data Vol MAC in MB: 7699.58

Combined RACH Preambles: 2860
Time: 12:20:01
holiday: 0
CA DL DataVolRatio Pct: 66.34
Bearer Releases Voice: 73
HO_att_InterFreq: 990
HO Attempts: 166

DL MAC Vol Scell Pct: 8.74
Avg_Connected_UEs: 76.97
SIP DC%: 
UPTP_Mbps: 33.42
DLRLCLayerDataVolume MB: 3666.95
DRB UL Data Volume MB: 404
weekend: 0
UPTP Mbps Num: 33970
Bearer Setup Failure Voice Den: 100
RSSIRX2 Avg: -96.88
CA Activation Rate: 62.45
hr: 23
MAC_UE_SC_Tput: 15672.71
Bearer Releases: 14924

hr: 23
qci1_setup_attempts: 66
Avg CQI: 7.5
CA Activation Rate num: 7827665
Setup_Fail_DEN: 12680
SIP_SC_Total_MOU: 213.44
Peak UE: 27
MB_per_connected_UE: 180.19
PCT Time MIMO: 35.28
DL Volume: 2935
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3641

Time: 05:15:06
holiday: 0
CA DL DataVolRatio Pct: 57.56
SIP_SC_Call_Attempts: 99

Avg_Connected_UEs: 58.6
SIP DC%: 
DLRLCLayerDataVolume MB: 4686.36
RRC Setup Attempts: 4878
weekend: 0
CA Activation Rate: 19.74
hr: 19
MAC_UE_SC_Tput: 15822.46
Bearer Releases: 9312

hr: 19
CA Activation Rate num: 9832614
UPTP Mbps Den: 3054
Setup_Fail_DEN: 18716
SIP_SC_Total_MOU: 317.34
Peak UE: 78
MB_per_connected_UE: 142.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4971
DL Data Vol MAC in MB: 3521.79
CA Activation Rate den: 54136

Time: 08:02:04
holiday: 0
CA DL DataVolRatio Pct: 57.68
CA DL DataVolRatio Pct num: 191

DL MAC Vol Scell Pct: 55.43
Avg_Connected_UEs: 43.3
SIP DC%: 
UPTP_Mbps: 9.99
DLRLCLayerDataVolume MB: 7617.26
PRB Util%: 35.06
CA Conf FailRate Pct den: 6718
weekend: 1
hr: 16
MAC_UE_SC_Tput: 6367.63
Bearer Releases: 8913

hr: 16
CA Activation Rate num: 6543615
UPTP Mbps Den: 2509
Setup_Fail_DEN: 11097
Peak UE: 55
MB_per_connected_UE: 55.09
PCT Time MIMO: 59.55
DL Volume: 8370
CA Activation Rate den: 79644

Combined RACH Preambles: 2932
Time: 02:46:02
holiday: 0
CA DL DataVolRatio Pct: 66.81
HO_att_InterFreq: 755
CA DL DataVolRatio Pct num: 1842

SIP DC%: 
UPTP_Mbps: 26.36
Avg_PUCCH_SINR: 17.55
PRB Util%: 47.75
CA DL DataVolRatio Pct den: 10094
CA Conf FailRate Pct den: 5745
weekend: 0
CA Activation Rate: 44.33
hr: 23
MAC_UE_SC_Tput: 6246.21

hr: 23
CA Activation Rate num: 10215566
UPTP Mbps Den: 2539
Setup_Fail_DEN: 15896
Peak UE: 66
VOLTE IA%: 
MB_per_connected_UE: 166.2
PCT Time MIMO: 52.85
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3950
DL Data Vol MAC in MB: 10182.61

Time: 15:03:57
holiday: 0
CA DL DataVolRatio Pct: 85.96
HO_att_InterFreq: 909
CA DL DataVolRatio Pct num: 6069

DL MAC Vol Scell Pct: 58.72
Avg_Connected_UEs: 64.45
SIP DC%: 
UPTP_Mbps: 18.12
DLRLCLayerDataVolume MB: 5567.12
CA DL DataVolRatio Pct den: 7160
CA Conf FailRate Pct den: 6034
weekend: 1
RSSIRX2 Avg: -94.02
CA Activation Rate: 4.15
hr: 13
MAC_UE_SC_Tput: 13639.19
Bearer Releases: 14950

hr: 13
CA Activation Rate num: 10513164
UPTP Mbps Den: 2686
SIP_SC_Total_MOU: 41.27
Peak UE: 27
MB_per_connected_UE: 75.07
PCT Time MIMO: 69.3
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3087

Time: 09:42:57
holiday: 0
CA DL DataVolRatio Pct: 66.71
CA DL DataVolRatio Pct num: 3254

DL MAC Vol Scell Pct: 24.47
Avg_Connected_UEs: 36.93
SIP DC%: 
UPTP_Mbps: 44.86
CA Conf FailRate Pct den: 3386
RSSIRX1 Avg: -95.02
weekend: 1
S1U_SIP_SC_SEER_num: 199
CA Activation Rate: 64.58
hr: 20
MAC_UE_SC_Tput: 15985.28

hr: 20
Avg CQI: 9.89
CA Activation Rate num: 1429425
UPTP Mbps Den: 678
SIP_SC_Total_MOU: 12.56
Peak UE: 68
MB_per_connected_UE: 158.34
PCT Time MIMO: 48.93
DL Volume: 6271

Time: 00:26:53
holiday: 0
CA DL DataVolRatio Pct: 58.3
CA DL DataVolRatio Pct num: 4878
HO Attempts: 687

DL MAC Vol Scell Pct: 4.6
Avg_Connected_UEs: 57.11
SIP DC%: 
UPTP_Mbps: 132.8
Avg_PUCCH_SINR: 17.13
PRB Util%: 23.77
RRC Setup Attempts: 8861
CA DL DataVolRatio Pct den: 5078
CA Conf FailRate Pct den: 7782
weekend: 1
Bearer Setup Failure Voice Den: 237
CA Activation Rate: 45.24
hr: 10
MAC_UE_SC_Tput: 5272.6

hr: 10
CA Activation Rate num: 2242874
UPTP Mbps Den: 6616
Setup_Fail_DEN: 13784
SIP_SC_Total_MOU: 98.01
Peak UE: 75
VOLTE IA%: 
MB_per_connected_UE: 78.65
PCT Time MIMO: 36.74
DL Data Vol MAC in MB: 6576.96

Combined RACH Preambles: 1922
Time: 05:03:24
Date: 06-04-2022
holiday: 0
CA DL DataVolRatio Pct: 61.66
CA DL DataVolRatio Pct num: 7210

Avg_Connected_UEs: 42.67
SIP DC%: 
UPTP_Mbps: 19.99
DRB UL Data Volume MB: 5240
Avg_PUCCH_SINR: 17.27
PRB Util%: 51.81
RRC Setup Attempts: 5991
CA DL DataVolRatio Pct den: 9620
weekend: 0
CA Activation Rate: 4.65
hr: 5
MAC_UE_SC_Tput: 16144.5

hr: 5
CA Activation Rate num: 6067826
Setup_Fail_DEN: 15812
SIP_SC_Total_MOU: 105.7
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 27.46
PCT Time MIMO: 59.08
DL Volume: 1882
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4936
UL Throughput: 5.06
DL Data Vol MAC in MB: 209.3

Time: 09:21:35
holiday: 0
CA DL DataVolRatio Pct: 89.79
SIP_SC_Call_Attempts: 156
CA DL DataVolRatio Pct num: 4612

SIP DC%: 
UPTP_Mbps: 26.64
DLRLCLayerDataVolume MB: 9907.71
DRB UL Data Volume MB: 8961
PRB Util%: 30.79
RRC Setup Attempts: 5146
CA DL DataVolRatio Pct den: 4748
weekend: 0
CA Activation Rate: 23.11
hr: 8
MAC_UE_SC_Tput: 7421.84

hr: 8
CA Activation Rate num: 9324968
Peak UE: 78
MB_per_connected_UE: 30.58
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5544
UL Throughput: 7.68
DL Data Vol MAC in MB: 8424.9

Time: 21:04:49
holiday: 0
CA DL DataVolRatio Pct: 81.02
HO Attempts: 239

DL MAC Vol Scell Pct: 26.14
SIP DC%: 
UPTP_Mbps: 19.74
DLRLCLayerDataVolume MB: 5226.04
DRB UL Data Volume MB: 1582
PRB Util%: 38.22
CA DL DataVolRatio Pct den: 790
CA Conf FailRate Pct den: 4826
weekend: 0
CA Activation Rate: 12.52
hr: 2
MAC_UE_SC_Tput: 12616.63

hr: 2
UPTP Mbps Den: 963
Setup_Fail_DEN: 12590
Peak UE: 27
MB_per_connected_UE: 48.13
PCT Time MIMO: 40.95
UL Throughput: 2.81
DL Data Vol MAC in MB: 9315.01
CA Activation Rate den: 86887

Time: 09:20:41
Date: 29-07-2023
holiday: 0
HO_att_InterFreq: 367

SIP DC%: 
CA DL DataVolRatio Pct den: 4631
CA Conf FailRate Pct den: 9161
weekend: 0
UPTP Mbps Num: 24377
RSSIRX2 Avg: -95.4
S1U_SIP_SC_SEER_num: 281
hr: 3
Bearer Releases: 16167

hr: 3
UPTP Mbps Den: 2183
Setup_Fail_DEN: 6776
SIP_SC_Total_MOU: 175.68
Peak UE: 27
MB_per_connected_UE: 177.66
DL Data Vol MAC in MB: 2605.04
CA Activation Rate den: 51712
Time: 02:43:21

holiday: 0
CA DL DataVolRatio Pct: 90.77
CA DL DataVolRatio Pct num: 1365

SIP DC%: 
UPTP_Mbps: 44.32
DLRLCLayerDataVolume MB: 4365.27
DRB UL Data Volume MB: 4472
CA DL DataVolRatio Pct den: 7646
weekend: 0
hr: 0
MAC_UE_SC_Tput: 29291.6

hr: 0
CA Activation Rate num: 9575905
UPTP Mbps Den: 1934
Setup_Fail_DEN: 17529
Peak UE: 27
PCT Time MIMO: 41.28
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8739
UL Throughput: 4.55
DL Data Vol MAC in MB: 4209.15

Time: 18:54:34
holiday: 0
CA DL DataVolRatio Pct: 81.54
HO_att_InterFreq: 355
CA DL DataVolRatio Pct num: 4422

DL MAC Vol Scell Pct: 47.37
Avg_Connected_UEs: 30.05
SIP DC%: 
UPTP_Mbps: 111.33
DRB UL Data Volume MB: 2410
PRB Util%: 40.74
RRC Setup Attempts: 8434
weekend: 0
CA Activation Rate: 29.24
hr: 17
MAC_UE_SC_Tput: 10656.43

hr: 17
CA Activation Rate num: 10267410
UPTP Mbps Den: 1260
Setup_Fail_DEN: 12974
SIP_SC_Total_MOU: 341
Peak UE: 75
MB_per_connected_UE: 118.57
DL Volume: 9104
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8265
QCI 1 Bearer Releases: 118
DL Data Vol MAC in MB: 10001.17

Combined RACH Preambles: 3223
Time: 22:26:07
Date: 16-10-2022
holiday: 0
CA DL DataVolRatio Pct: 58.84

DL MAC Vol Scell Pct: 13.15
Avg_Connected_UEs: 51.79
SIP DC%: 
UPTP_Mbps: 26.78
DLRLCLayerDataVolume MB: 1253.55
DRB UL Data Volume MB: 3393
PRB Util%: 14.31
RRC Setup Attempts: 5671
CA Conf FailRate Pct den: 6306
weekend: 0
CA Activation Rate: 5.26
hr: 13
MAC_UE_SC_Tput: 14394.06

hr: 13
CA Activation Rate num: 10477786
UPTP Mbps Den: 2028
Setup_Fail_DEN: 14647
Peak UE: 27
MB_per_connected_UE: 186.93
PCT Time MIMO: 37.15
DL Data Vol MAC in MB: 8004.97
CA Activation Rate den: 106587

Time: 03:58:19
holiday: 0
CA DL DataVolRatio Pct: 81.64
HO_att_InterFreq: 683
CA DL DataVolRatio Pct num: 7500

DL MAC Vol Scell Pct: 4.25
SIP DC%: 
UPTP_Mbps: 43.85
CA DL DataVolRatio Pct den: 4545
weekend: 0
UPTP Mbps Num: 1872
hr: 7
MAC_UE_SC_Tput: 8992.07

hr: 7
CA Activation Rate num: 5637478
Setup_Fail_DEN: 10014
SIP_SC_Total_MOU: 251.03
Peak UE: 78
MB_per_connected_UE: 99.35
PCT Time MIMO: 66.15
UL Throughput: 4.76
DL Data Vol MAC in MB: 5122.93

Combined RACH Preambles: 2599
Time: 04:50:39
holiday: 0
HO_att_InterFreq: 586
CA DL DataVolRatio Pct num: 5124

DL MAC Vol Scell Pct: 48.52
SIP DC%: 
DLRLCLayerDataVolume MB: 9874.25
DRB UL Data Volume MB: 7878
PRB Util%: 63.97
CA Conf FailRate Pct den: 5042
weekend: 1
CA Activation Rate: 17.73
hr: 14
MAC_UE_SC_Tput: 28927.33
Bearer Releases: 16612

hr: 14
qci1_setup_attempts: 238
CA Activation Rate num: 5926913
UPTP Mbps Den: 1211
Setup_Fail_DEN: 9320
SIP_SC_Total_MOU: 2.3
Peak UE: 27
MB_per_connected_UE: 76.22

Time: 04:29:07
holiday: 0
HO_att_InterFreq: 529

DL MAC Vol Scell Pct: 3.72
SIP DC%: 
UPTP_Mbps: 30.23
DRB UL Data Volume MB: 5288
RRC Setup Attempts: 5214
CA DL DataVolRatio Pct den: 8376
weekend: 0
UPTP Mbps Num: 35740
Bearer Setup Failure Voice Den: 175
RSSIRX2 Avg: -94.63
CA Activation Rate: 5.54
hr: 9
Bearer Releases: 10897

hr: 9
CA Activation Rate num: 7218838
UPTP Mbps Den: 1639
Setup_Fail_DEN: 11400
Peak UE: 64
PCT Time MIMO: 41.7
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7509
UL Throughput: 4.16
CA Activation Rate den: 41323

Time: 14:11:31
Date: 28-05-2022
holiday: 0
HO_att_InterFreq: 371
CA Conf FailRate Pct num: 6

SIP DC%: 
UPTP_Mbps: 13.56
DLRLCLayerDataVolume MB: 2640.61
DRB UL Data Volume MB: 5663
PRB Util%: 65.98
RRC Setup Attempts: 5660
weekend: 0
RSSIRX2 Avg: -94.95
CA Activation Rate: 17.87
hr: 9
MAC_UE_SC_Tput: 6868.55
Bearer Releases: 7525

hr: 9
CA Activation Rate num: 8830684
UPTP Mbps Den: 2437
Setup_Fail_DEN: 10529
SIP_SC_Total_MOU: 207.9
Peak UE: 81
MB_per_connected_UE: 21.35
PCT Time MIMO: 38.44
DL Volume: 5859
CA Activation Rate den: 100601

Time: 15:28:06
holiday: 0
CA DL DataVolRatio Pct: 88.02
HO Attempts: 880

DL MAC Vol Scell Pct: 13.51
SIP DC%: 
UPTP_Mbps: 33.72
DRB UL Data Volume MB: 2716
PRB Util%: 28.2
RRC Setup Attempts: 7183
CA DL DataVolRatio Pct den: 9632
RSSIRX1 Avg: -96.73
weekend: 0
CA Activation Rate: 3.39
hr: 18
MAC_UE_SC_Tput: 35938.27
Bearer Releases: 10225

hr: 18
CA Activation Rate num: 6076765
UPTP Mbps Den: 593
Setup_Fail_DEN: 9584
Peak UE: 27
MB_per_connected_UE: 176.18
DL Volume: 7420
CA Activation Rate den: 73022

Time: 03:52:38
holiday: 0
CA DL DataVolRatio Pct: 57.72
HO_att_InterFreq: 567
CA DL DataVolRatio Pct num: 6476

DL MAC Vol Scell Pct: 21.4
Avg_Connected_UEs: 44.88
SIP DC%: 
UPTP_Mbps: 27.23
DLRLCLayerDataVolume MB: 8216.59
DRB UL Data Volume MB: 1920
PRB Util%: 56.81
RRC Setup Attempts: 5604
CA DL DataVolRatio Pct den: 8025
CA Conf FailRate Pct den: 9253
RSSIRX1 Avg: -97.5
weekend: 0
CA Activation Rate: 12.71
hr: 12
MAC_UE_SC_Tput: 13840.28
Bearer Releases: 6587

hr: 12
Avg CQI: 7.37
CA Activation Rate num: 3181260
UPTP Mbps Den: 64
Setup_Fail_DEN: 9416
SIP_SC_Total_MOU: 20.33
Peak UE: 43
MB_per_connected_UE: 44.26
PCT Time MIMO: 53.7
DL Volume: 1970
DL Data Vol MAC in MB: 9861.29

Time: 12:27:32
holiday: 0
CA DL DataVolRatio Pct: 83.56
HO_att_InterFreq: 441

SIP DC%: 
UPTP_Mbps: 46.62
DLRLCLayerDataVolume MB: 1567.24
DRB UL Data Volume MB: 6726
PRB Util%: 39.56
RRC Setup Attempts: 3867
CA DL DataVolRatio Pct den: 9433
weekend: 0
Bearer Setup Failure Voice Den: 142
CA Activation Rate: 64.85
hr: 6
MAC_UE_SC_Tput: 4364.82
Bearer Releases: 6676

hr: 6
CA Activation Rate num: 4761374
UPTP Mbps Den: 1342
Peak UE: 40
VOLTE IA%: 
MB_per_connected_UE: 35.79
PCT Time MIMO: 38.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3135
CA Activation Rate den: 62603

Combined RACH Preambles: 1988
Time: 16:55:32
holiday: 0
CA DL DataVolRatio Pct: 90.5
HO_att_InterFreq: 858
CA DL DataVolRatio Pct num: 5005

DL MAC Vol Scell Pct: 51.39
SIP DC%: 
UPTP_Mbps: 42.93
DLRLCLayerDataVolume MB: 7138.22
PRB Util%: 3.19
RRC Setup Attempts: 6753
CA Conf FailRate Pct den: 3576
RSSIRX1 Avg: -97.75
weekend: 0
CA Activation Rate: 34.44
hr: 17
Bearer Releases: 17343

hr: 17
CA Activation Rate num: 4958817
UPTP Mbps Den: 2767
Setup_Fail_DEN: 9154
Peak UE: 27
VOLTE IA%: 0.6
MB_per_connected_UE: 68.95
DL Volume: 2965
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8587
DL Data Vol MAC in MB: 2711.26

Time: 09:48:05
Date: 19-02-2022
holiday: 0
CA DL DataVolRatio Pct: 62.45
HO_att_InterFreq: 577
HO Attempts: 574

Avg_Connected_UEs: 33.08
SIP DC%: 
DRB UL Data Volume MB: 6325
weekend: 0
RSSIRX2 Avg: -96.03
CA Activation Rate: 38.19
hr: 0
MAC_UE_SC_Tput: 18050.09

hr: 0
Avg CQI: 7.36
CA Activation Rate num: 10408015
Setup_Fail_DEN: 10856
SIP_SC_Total_MOU: 12.52
Peak UE: 51
MB_per_connected_UE: 10.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3919

Time: 07:33:39
holiday: 0
CA DL DataVolRatio Pct: 69.96
SIP_SC_Call_Attempts: 210

DL MAC Vol Scell Pct: 26.05
Avg_Connected_UEs: 56.4
SIP DC%: 
UPTP_Mbps: 37.61
DLRLCLayerDataVolume MB: 1053.69
DRB UL Data Volume MB: 4689
PRB Util%: 11.92
RRC Setup Attempts: 7706
CA DL DataVolRatio Pct den: 7149
CA Conf FailRate Pct den: 7989
weekend: 0
CA Activation Rate: 53.53
hr: 5
MAC_UE_SC_Tput: 5105.8
Bearer Releases: 7489

hr: 5
CA Activation Rate num: 2945954
UPTP Mbps Den: 2721
SIP_SC_Total_MOU: 59.85
S1U_SIP_SC_SEER_den: 219
Peak UE: 29
MB_per_connected_UE: 66.86
DL Data Vol MAC in MB: 1250.58
CA Activation Rate den: 48801

Combined RACH Preambles: 2952
Time: 21:06:53
Date: 29-08-2022
holiday: 0
CA DL DataVolRatio Pct: 87.24
HO_att_InterFreq: 121
HO Attempts: 60

DL MAC Vol Scell Pct: 32
Avg_Connected_UEs: 19.3
SIP DC%: 
UPTP_Mbps: 45.68
DLRLCLayerDataVolume MB: 3158.4
DRB UL Data Volume MB: 3155
PRB Util%: 38.67
RRC Setup Attempts: 4215
CA DL DataVolRatio Pct den: 7199
CA Conf FailRate Pct den: 8063
weekend: 0
hr: 14
MAC_UE_SC_Tput: 6258.68
Bearer Releases: 15602

hr: 14
CA Activation Rate num: 9243062
SIP_SC_Total_MOU: 28.97
Peak UE: 39
MB_per_connected_UE: 14.87
DL Volume: 1639
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7224
DL Data Vol MAC in MB: 4664.78

Time: 07:09:13
holiday: 0
HO_att_InterFreq: 782
CA DL DataVolRatio Pct num: 4239

DL MAC Vol Scell Pct: 8.78
Avg_Connected_UEs: 39.55
SIP DC%: 
UPTP_Mbps: 47.38
DLRLCLayerDataVolume MB: 8887
DRB UL Data Volume MB: 4608
PRB Util%: 39.29
RRC Setup Attempts: 3607
weekend: 0
UPTP Mbps Num: 47045
CA Activation Rate: 66.41
hr: 16
MAC_UE_SC_Tput: 8401.83

hr: 16
CA Activation Rate num: 5062578
UPTP Mbps Den: 908
Setup_Fail_DEN: 16613
SIP_SC_Total_MOU: 132.51
Peak UE: 27
MB_per_connected_UE: 99.13
DL Data Vol MAC in MB: 3795.01

Time: 21:54:26
Date: 15-08-2023
holiday: 0
CA DL DataVolRatio Pct: 62.36

DL MAC Vol Scell Pct: 54.97
SIP DC%: 
UPTP_Mbps: 44.43
DLRLCLayerDataVolume MB: 4843.93
PRB Util%: 49.12
RRC Setup Attempts: 5345
CA DL DataVolRatio Pct den: 7293
RSSIRX1 Avg: -94.9
weekend: 0
UPTP Mbps Num: 16502
CA Activation Rate: 23.88
hr: 10
Bearer Releases: 16194

hr: 10
CA Activation Rate num: 3947540
Setup_Fail_DEN: 15468
Peak UE: 39
MB_per_connected_UE: 173.05
DL Data Vol MAC in MB: 2153.75

Combined RACH Preambles: 2493
Time: 12:55:38
Date: 22-12-2022
holiday: 0
HO_att_InterFreq: 377

DL MAC Vol Scell Pct: 13.22
Avg_Connected_UEs: 42.39
SIP DC%: 
UPTP_Mbps: 27.92
DLRLCLayerDataVolume MB: 7398.19
DRB UL Data Volume MB: 6654
PRB Util%: 30.56
RRC Setup Attempts: 4548
CA DL DataVolRatio Pct den: 9289
weekend: 0
RSSIRX2 Avg: -97.46
CA Activation Rate: 3.25
hr: 2
MAC_UE_SC_Tput: 9733.47
Bearer Releases: 6370

hr: 2
UPTP Mbps Den: 2859
Setup_Fail_DEN: 12300
SIP_SC_Total_MOU: 349.16
Peak UE: 27
MB_per_connected_UE: 48.44
PCT Time MIMO: 53.64
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4530
DL Data Vol MAC in MB: 3933.33
CA Activation Rate den: 89251

Time: 22:01:46
holiday: 0
CA DL DataVolRatio Pct num: 5271

DL MAC Vol Scell Pct: 28.18
Avg_Connected_UEs: 28.11
SIP DC%: 
DLRLCLayerDataVolume MB: 2749.15
DRB UL Data Volume MB: 6930
PRB Util%: 37.88
RRC Setup Attempts: 4146
CA DL DataVolRatio Pct den: 2641
weekend: 0
RSSIRX2 Avg: -97.11
CA Activation Rate: 70.1
hr: 3
MAC_UE_SC_Tput: 13347.71
Bearer Releases: 16255

hr: 3
CA Activation Rate num: 8962681
Setup_Fail_DEN: 15668
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 54.52
DL Volume: 2545
UL Throughput: 7.06
DL Data Vol MAC in MB: 9087.54
CA Activation Rate den: 127898

Combined RACH Preambles: 2282
Time: 06:41:47
Date: 09-01-2023
holiday: 0
CA DL DataVolRatio Pct: 81.61
HO_att_InterFreq: 987
CA DL DataVolRatio Pct num: 4387

DL MAC Vol Scell Pct: 45.34
Avg_Connected_UEs: 26.46
SIP DC%: 
UPTP_Mbps: 23.88
DRB UL Data Volume MB: 9412
RRC Setup Attempts: 6044
weekend: 0
UPTP Mbps Num: 10287
CA Activation Rate: 78.19
hr: 0
MAC_UE_SC_Tput: 7323.61
Bearer Releases: 17969

hr: 0
CA Activation Rate num: 8745247
UPTP Mbps Den: 1175
Setup_Fail_DEN: 9488
SIP_SC_Total_MOU: 39.27
Peak UE: 27
DL Volume: 2101
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7493
DL Data Vol MAC in MB: 5851.6

Combined RACH Preambles: 2896
Time: 07:25:05
Date: 13-12-2023
holiday: 0
CA DL DataVolRatio Pct num: 6122

SIP DC%: 
UPTP_Mbps: 34.79
DRB UL Data Volume MB: 8674
RRC Setup Attempts: 8294
CA DL DataVolRatio Pct den: 802
weekend: 1
UPTP Mbps Num: 51175
CA Activation Rate: 25.42
hr: 0
MAC_UE_SC_Tput: 5698.65
Bearer Releases: 13556

hr: 0
Avg CQI: 10.1
CA Activation Rate num: 342110
UPTP Mbps Den: 2556
SIP_SC_Total_MOU: 134.77
Peak UE: 45
MB_per_connected_UE: 76.6
PCT Time MIMO: 34.3
CA Activation Rate den: 94048

Combined RACH Preambles: 2717
Time: 07:16:19
Date: 16-01-2023
holiday: 0
CA DL DataVolRatio Pct: 40.23
CA DL DataVolRatio Pct num: 3965

DL MAC Vol Scell Pct: 5.33
SIP DC%: 
DLRLCLayerDataVolume MB: 9299.3
DRB UL Data Volume MB: 8766
CA DL DataVolRatio Pct den: 7216
weekend: 0
CA Activation Rate: 9.4
hr: 13
MAC_UE_SC_Tput: 6848.52

hr: 13
CA Activation Rate num: 866671
Setup_Fail_DEN: 13230
SIP_SC_Total_MOU: 317.37
Peak UE: 27
MB_per_connected_UE: 147.81
DL Volume: 7895
DL Data Vol MAC in MB: 339.42
CA Activation Rate den: 93329
Time: 20:13:01

holiday: 0
CA DL DataVolRatio Pct: 55.21
CA DL DataVolRatio Pct num: 836
HO Attempts: 112

DL MAC Vol Scell Pct: 3.44
Avg_Connected_UEs: 40.61
SIP DC%: 
UPTP_Mbps: 45.58
DLRLCLayerDataVolume MB: 3048.7
Avg_PUCCH_SINR: 17.21
CA DL DataVolRatio Pct den: 4280
weekend: 0
UPTP Mbps Num: 9563
hr: 6
MAC_UE_SC_Tput: 15352.44
Bearer Releases: 8001

hr: 6
UPTP Mbps Den: 5936
SIP_SC_Total_MOU: 374.17
Peak UE: 27
PCT Time MIMO: 38.24
UL Throughput: 2.36
CA Activation Rate den: 36258
Combined RACH Preambles: 3500

Time: 15:50:53
Date: 21-05-2022
holiday: 0
Bearer Releases Voice: 77

DL MAC Vol Scell Pct: 42.82
Avg_Connected_UEs: 29.84
SIP DC%: 
UPTP_Mbps: 12.73
DLRLCLayerDataVolume MB: 4466.17
DRB UL Data Volume MB: 3037
PRB Util%: 71.28
RRC Setup Attempts: 6460
CA Conf FailRate Pct den: 5266
weekend: 0
CA Activation Rate: 16.29
hr: 15
MAC_UE_SC_Tput: 6985.05

hr: 15
CA Activation Rate num: 6684716
Setup_Fail_DEN: 19938
SIP_SC_Total_MOU: 301.28
UL MAC Vol Scell Pct: 5.32
Peak UE: 42
MB_per_connected_UE: 189.41
PCT Time MIMO: 51.66
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4338
DL Data Vol MAC in MB: 3008.66

Time: 05:19:29
holiday: 0
CA DL DataVolRatio Pct: 75.99
CA DL DataVolRatio Pct num: 7380

Avg_Connected_UEs: 48.84
SIP DC%: 
UPTP_Mbps: 46.01
DLRLCLayerDataVolume MB: 1537.4
PRB Util%: 74.24
RRC Setup Attempts: 4976
CA DL DataVolRatio Pct den: 9077
weekend: 0
CA Activation Rate: 36.63
hr: 23
MAC_UE_SC_Tput: 6771.41
Bearer Releases: 10068

hr: 23
CA Activation Rate num: 5627932
UPTP Mbps Den: 1905
Setup_Fail_DEN: 11545
Peak UE: 54
VOLTE IA%: 
MB_per_connected_UE: 39.16
PCT Time MIMO: 57.35
DL Data Vol MAC in MB: 7359.53

Time: 21:38:04
holiday: 0
HO_att_InterFreq: 813
CA DL DataVolRatio Pct num: 3581

DL MAC Vol Scell Pct: 44.13
Avg_Connected_UEs: 41.57
SIP DC%: 
UPTP_Mbps: 13.78
DRB UL Data Volume MB: 8419
PRB Util%: 19.86
CA DL DataVolRatio Pct den: 2031
weekend: 0
UPTP Mbps Num: 62289
Bearer Setup Failure Voice Den: 132
RSSIRX2 Avg: -93.51
hr: 11
MAC_UE_SC_Tput: 17479.36
Bearer Releases: 8690

hr: 11
qci1_setup_attempts: 249
CA Activation Rate num: 11734735
UPTP Mbps Den: 1162
Peak UE: 45
VOLTE IA%: 
MB_per_connected_UE: 36.3
DL Data Vol MAC in MB: 6521.56

Time: 09:37:55
holiday: 0
CA DL DataVolRatio Pct: 92.32
HO_att_InterFreq: 677
HO Attempts: 761

DL MAC Vol Scell Pct: 27.03
Avg_Connected_UEs: 54.73
SIP DC%: 
UPTP_Mbps: 153.84
DLRLCLayerDataVolume MB: 1414.14
PRB Util%: 71.73
RRC Setup Attempts: 9451
CA DL DataVolRatio Pct den: 2491
CA Conf FailRate Pct den: 8017
weekend: 0
CA Activation Rate: 12.82
hr: 0
MAC_UE_SC_Tput: 19147.14

hr: 0
CA Activation Rate num: 10003347
Setup_Fail_DEN: 13867
SIP_SC_Total_MOU: 119.09
S1U_SIP_SC_SEER_den: 139
Peak UE: 100
MB_per_connected_UE: 147.72
PCT Time MIMO: 41.05
UL Throughput: 4.31
DL Data Vol MAC in MB: 7677.52

Combined RACH Preambles: 3848
Time: 22:57:32
Date: 28-07-2023
holiday: 0
HO Attempts: 26

DL MAC Vol Scell Pct: 35.99
Avg_Connected_UEs: 55.3
SIP DC%: 
UPTP_Mbps: 104.69
DLRLCLayerDataVolume MB: 9751.45
PRB Util%: 4.74
RRC Setup Attempts: 4187
CA DL DataVolRatio Pct den: 9352
weekend: 0
UPTP Mbps Num: 23589
CA Activation Rate: 52.27
hr: 22
MAC_UE_SC_Tput: 20863.87
Bearer Releases: 15896

hr: 22
CA Activation Rate num: 3533590
UPTP Mbps Den: 2718
Setup_Fail_DEN: 7114
Peak UE: 27
PCT Time MIMO: 40.96
DL Volume: 1046
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5562
UL Throughput: 10.43
DL Data Vol MAC in MB: 8767.23

Time: 09:07:28
holiday: 0
CA DL DataVolRatio Pct: 81.74

DL MAC Vol Scell Pct: 9.86
Avg_Connected_UEs: 58.85
SIP DC%: 
DLRLCLayerDataVolume MB: 983.87
DRB UL Data Volume MB: 6480
PRB Util%: 32.21
CA DL DataVolRatio Pct den: 7359
CA Conf FailRate Pct den: 7325
weekend: 0
CA Activation Rate: 65.87
hr: 11
MAC_UE_SC_Tput: 8750.09
Bearer Releases: 13953

hr: 11
CA Activation Rate num: 4709969
UPTP Mbps Den: 6016
Setup_Fail_DEN: 16333
SIP_SC_Total_MOU: 181.7
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 192.09
PCT Time MIMO: 42.75
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3433
DL Data Vol MAC in MB: 5745.61
CA Activation Rate den: 46327

Combined RACH Preambles: 2669
Time: 07:49:35
holiday: 0
CA DL DataVolRatio Pct: 66.73

Avg_Connected_UEs: 79.55
SIP DC%: 
DLRLCLayerDataVolume MB: 1988.47
DRB UL Data Volume MB: 7679
RRC Setup Attempts: 5006
CA DL DataVolRatio Pct den: 9411
CA Conf FailRate Pct den: 6469
weekend: 0
UPTP Mbps Num: 13404
CA Activation Rate: 40.08
hr: 23
MAC_UE_SC_Tput: 4250.3

hr: 23
CA Activation Rate num: 1057669
Setup_Fail_DEN: 7591
Peak UE: 75
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5733
CA Activation Rate den: 99068

Time: 00:44:39
holiday: 0
CA DL DataVolRatio Pct: 59.11
HO_att_InterFreq: 862
CA DL DataVolRatio Pct num: 7276
HO Attempts: 895

Avg_Connected_UEs: 39.86
SIP DC%: 
UPTP_Mbps: 44.99
DLRLCLayerDataVolume MB: 5065.53
DRB UL Data Volume MB: 1888
Avg_PUCCH_SINR: 16.16
PRB Util%: 33.96
CA DL DataVolRatio Pct den: 10087
CA Conf FailRate Pct den: 7171
weekend: 0
CA Activation Rate: 19.13
hr: 2
MAC_UE_SC_Tput: 6623.7
Bearer Releases: 11578

hr: 2
CA Activation Rate num: 2205393
UPTP Mbps Den: 519
Setup_Fail_DEN: 17923
Peak UE: 77
MB_per_connected_UE: 20.85
DL Volume: 6066
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3061
UL Throughput: 4.41
DL Data Vol MAC in MB: 232.17
CA Activation Rate den: 92784
Combined RACH Preambles: 2667

Time: 22:46:01
holiday: 0
CA DL DataVolRatio Pct: 86.77
HO_att_InterFreq: 437
CA DL DataVolRatio Pct num: 901
HO Attempts: 405

Avg_Connected_UEs: 47
SIP DC%: 
UPTP_Mbps: 26.1
DLRLCLayerDataVolume MB: 6850.52
DRB UL Data Volume MB: 6950
PRB Util%: 36.88
RRC Setup Attempts: 4255
CA DL DataVolRatio Pct den: 4233
CA Conf FailRate Pct den: 8090
weekend: 0
RSSIRX2 Avg: -98.24
CA Activation Rate: 46.61
hr: 7
MAC_UE_SC_Tput: 9385.05
Bearer Releases: 8843

hr: 7
Avg CQI: 10.6
CA Activation Rate num: 4831344
Setup_Fail_DEN: 7497
SIP_SC_Total_MOU: 69.56
MB_per_connected_UE: 8.96
PCT Time MIMO: 65.1
DL Data Vol MAC in MB: 10027.69
CA Activation Rate den: 78339
Combined RACH Preambles: 4969
Time: 17:40:40

holiday: 0

SIP DC%: 
weekend: 0
UPTP Mbps Num: 4557
CA Activation Rate: 8.15
hr: 0
MAC_UE_SC_Tput: 12173.13
Bearer Releases: 16950

hr: 0
CA Activation Rate num: 8521302
UPTP Mbps Den: 1882
Setup_Fail_DEN: 7487
SIP_SC_Total_MOU: 235.05
Peak UE: 77
MB_per_connected_UE: 110.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5389
UL Throughput: 7.11

Time: 09:12:15
holiday: 0
CA DL DataVolRatio Pct num: 3786

DL MAC Vol Scell Pct: 32.83
SIP DC%: 
UPTP_Mbps: 19.73
DLRLCLayerDataVolume MB: 2105.06
DRB UL Data Volume MB: 6037
PRB Util%: 42.74
CA DL DataVolRatio Pct den: 6244
CA Conf FailRate Pct den: 9273
weekend: 0
UPTP Mbps Num: 17327
CA Activation Rate: 16.87
hr: 16
MAC_UE_SC_Tput: 19627.02
Bearer Releases: 6425

hr: 16
CA Activation Rate num: 13222546
UPTP Mbps Den: 2564
SIP_SC_Total_MOU: 318.75
MB_per_connected_UE: 30.73
PCT Time MIMO: 36.1
DL Volume: 5446
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3652
CA Activation Rate den: 68253

Combined RACH Preambles: 2816
Time: 09:49:03
holiday: 0
HO Attempts: 845

Avg_Connected_UEs: 77.29
SIP DC%: 
UPTP_Mbps: 15.69
DLRLCLayerDataVolume MB: 1883.71
DRB UL Data Volume MB: 2884
PRB Util%: 11.72
RRC Setup Attempts: 6186
CA DL DataVolRatio Pct den: 3655
weekend: 0
Bearer Setup Failure Voice Den: 148
CA Activation Rate: 11.66
hr: 2
MAC_UE_SC_Tput: 16130.06
Bearer Releases: 15763

hr: 2
CA Activation Rate num: 5600597
UPTP Mbps Den: 1152
Setup_Fail_DEN: 8881
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 78.17
DL Data Vol MAC in MB: 6614.6
CA Activation Rate den: 54609

Combined RACH Preambles: 2480
Time: 23:55:16
Date: 13-06-2023
holiday: 0
CA DL DataVolRatio Pct num: 6769

DL MAC Vol Scell Pct: 30.12
SIP DC%: 
UPTP_Mbps: 51.34
DRB UL Data Volume MB: 9774
RRC Setup Attempts: 3531
CA DL DataVolRatio Pct den: 8550
CA Conf FailRate Pct den: 2551
weekend: 0
UPTP Mbps Num: 37391
S1U_SIP_SC_SEER_num: 81
CA Activation Rate: 27.01
hr: 17
MAC_UE_SC_Tput: 16491.89
Bearer Releases: 10595

hr: 17
CA Activation Rate num: 8705615
Setup_Fail_DEN: 15602
SIP_SC_Total_MOU: 379
Peak UE: 27
MB_per_connected_UE: 121.17
DL Volume: 1368
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4367
CA Activation Rate den: 49975

Combined RACH Preambles: 2851
Time: 02:52:34
Date: 15-10-2023
holiday: 0
CA DL DataVolRatio Pct: 66.46
CA DL DataVolRatio Pct num: 5177

Avg_Connected_UEs: 30.43
SIP DC%: 
DRB UL Data Volume MB: 1053
RRC Setup Attempts: 6730
CA Conf FailRate Pct den: 3274
weekend: 0
UPTP Mbps Num: 43782
CA Activation Rate: 61.59
hr: 12
MAC_UE_SC_Tput: 7492.43
Bearer Releases: 17341

hr: 12
CA Activation Rate num: 1916997
UPTP Mbps Den: 1339
Setup_Fail_DEN: 18929
Peak UE: 27
MB_per_connected_UE: 25.03
PCT Time MIMO: 63.52
DL Volume: 6937
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3480
DL Data Vol MAC in MB: 2681.16
CA Activation Rate den: 186549

Time: 03:41:44
holiday: 0
CA DL DataVolRatio Pct: 90.92
Bearer Releases Voice: 179
HO_att_InterFreq: 831
HO Attempts: 836

Avg_Connected_UEs: 75.81
SIP DC%: 
DLRLCLayerDataVolume MB: 3321.03
DRB UL Data Volume MB: 9563
RRC Setup Attempts: 4236
CA DL DataVolRatio Pct den: 9613
CA Conf FailRate Pct den: 5955
weekend: 1
UPTP Mbps Num: 26362
CA Activation Rate: 11.91
hr: 23
MAC_UE_SC_Tput: 5866.15

hr: 23
CA Activation Rate num: 1904175
UPTP Mbps Den: 490
SIP_SC_Total_MOU: 230.84
Peak UE: 98
DL Volume: 4848
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6818

Time: 02:35:49
holiday: 0
CA DL DataVolRatio Pct: 86.57

DL MAC Vol Scell Pct: 29.17
Avg_Connected_UEs: 42.86
SIP DC%: 
DLRLCLayerDataVolume MB: 5713.71
DRB UL Data Volume MB: 5585
CA DL DataVolRatio Pct den: 3866
CA Conf FailRate Pct den: 6540
weekend: 0
UPTP Mbps Num: 18723
RSSIRX2 Avg: -96.44
hr: 22
MAC_UE_SC_Tput: 18826.65
Bearer Releases: 18377

hr: 22
CA Activation Rate num: 7879509
Setup_Fail_DEN: 7420
Peak UE: 27
MB_per_connected_UE: 147.84
DL Volume: 5618
CA Activation Rate den: 119699

Time: 16:02:10
holiday: 0
CA DL DataVolRatio Pct: 74.84
HO Attempts: 445

DL MAC Vol Scell Pct: 4.92
SIP DC%: 
UPTP_Mbps: 81.48
DLRLCLayerDataVolume MB: 2360.89
DRB UL Data Volume MB: 9526
PRB Util%: 14.67
CA Conf FailRate Pct den: 4860
weekend: 0
UPTP Mbps Num: 37188
CA Activation Rate: 33.58
hr: 13
MAC_UE_SC_Tput: 18915.75
Bearer Releases: 16638

hr: 13
CA Activation Rate num: 4437643
UPTP Mbps Den: 1676
Setup_Fail_DEN: 14242
SIP_SC_Total_MOU: 93.5
UL MAC Vol Scell Pct: 0.26
Peak UE: 31
MB_per_connected_UE: 55.59
DL Volume: 8788
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4360
DL Data Vol MAC in MB: 8590.88

Combined RACH Preambles: 2570
Time: 05:20:20
holiday: 0
SIP_SC_Call_Attempts: 191
CA DL DataVolRatio Pct num: 7387

DL MAC Vol Scell Pct: 21.76
SIP DC%: 
DLRLCLayerDataVolume MB: 5793.28
DRB UL Data Volume MB: 7250
CA DL DataVolRatio Pct den: 1342
weekend: 0
S1U_SIP_SC_SEER_num: 229
CA Activation Rate: 16.41
hr: 19
MAC_UE_SC_Tput: 8226.08
Bearer Releases: 12324

hr: 19
CA Activation Rate num: 12926227
Setup_Fail_DEN: 17890
SIP_SC_Total_MOU: 152.18
UL MAC Vol Scell Pct: 2.24
Peak UE: 88
MB_per_connected_UE: 27.91

Combined RACH Preambles: 2228
Time: 12:59:58
holiday: 0
CA DL DataVolRatio Pct num: 6396

DL MAC Vol Scell Pct: 17.33
Avg_Connected_UEs: 58.55
SIP DC%: 
UPTP_Mbps: 21.27
DLRLCLayerDataVolume MB: 2292.9
PRB Util%: 8.09
RRC Setup Attempts: 6781
CA Conf FailRate Pct den: 7148
RSSIRX1 Avg: -97.37
weekend: 0
CA Activation Rate: 61.14
hr: 3
MAC_UE_SC_Tput: 4519.18
Bearer Releases: 7116

hr: 3
CA Activation Rate num: 8649518
Setup_Fail_DEN: 15582
SIP_SC_Total_MOU: 179.93
Peak UE: 27
MB_per_connected_UE: 152.6
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3527
DL Data Vol MAC in MB: 7992.69
CA Activation Rate den: 65016

Time: 23:43:58
holiday: 0
CA DL DataVolRatio Pct num: 1407
HO Attempts: 162

Avg_Connected_UEs: 20.53
SIP DC%: 
UPTP_Mbps: 44.82
DLRLCLayerDataVolume MB: 3632.5
DRB UL Data Volume MB: 3466
Avg_PUCCH_SINR: 17.66
PRB Util%: 40.07
CA DL DataVolRatio Pct den: 5693
CA Conf FailRate Pct den: 7763
weekend: 0
UPTP Mbps Num: 16843
Bearer Setup Failure Voice Den: 107
CA Activation Rate: 66.64
hr: 13
MAC_UE_SC_Tput: 5085.24
Bearer Releases: 8102

hr: 13
CA Activation Rate num: 4600391
SIP_SC_Total_MOU: 47.45
Peak UE: 32
PCT Time MIMO: 51.05
DL Volume: 2601
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3949
UL Throughput: 2.16
CA Activation Rate den: 109744

Combined RACH Preambles: 2778
Time: 12:16:30
holiday: 0
CA DL DataVolRatio Pct: 55.94
CA DL DataVolRatio Pct num: 722

Avg_Connected_UEs: 16.29
SIP DC%: 
UPTP_Mbps: 113.66
PRB Util%: 41.06
weekend: 0
UPTP Mbps Num: 19717
CA Activation Rate: 33.2
hr: 2
MAC_UE_SC_Tput: 6627.37
Bearer Releases: 7800

hr: 2
Avg CQI: 9.67
CA Activation Rate num: 7295444
UPTP Mbps Den: 2390
Peak UE: 56
PCT Time MIMO: 56.09
DL Volume: 7827
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7521
UL Throughput: 1.72
DL Data Vol MAC in MB: 3098.03
CA Activation Rate den: 93912
Combined RACH Preambles: 1936

Time: 23:11:52
Date: 27-05-2022
holiday: 0
CA DL DataVolRatio Pct: 92.83
CA DL DataVolRatio Pct num: 1091
HO Attempts: 306

Avg_Connected_UEs: 38.15
SIP DC%: 
DLRLCLayerDataVolume MB: 7470.93
PRB Util%: 37.21
RRC Setup Attempts: 8226
CA DL DataVolRatio Pct den: 3952
weekend: 0
UPTP Mbps Num: 8730
CA Activation Rate: 73.92
hr: 16
MAC_UE_SC_Tput: 18711.16
Bearer Releases: 14605

hr: 16
Setup_Fail_DEN: 14631
SIP_SC_Total_MOU: 362.92
Peak UE: 30
MB_per_connected_UE: 146.58
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7407
UL Throughput: 5.44
DL Data Vol MAC in MB: 9411.79

Combined RACH Preambles: 3486
holiday: 0
CA DL DataVolRatio Pct: 64.92
HO_att_InterFreq: 719
HO Attempts: 397

DL MAC Vol Scell Pct: 15.74
Avg_Connected_UEs: 47.51
SIP DC%: 
UPTP_Mbps: 37.39
DLRLCLayerDataVolume MB: 8572.29
CA DL DataVolRatio Pct den: 1901
weekend: 1
CA Activation Rate: 5.37
hr: 20
MAC_UE_SC_Tput: 5061.17

hr: 20
CA Activation Rate num: 4110806
Setup_Fail_DEN: 15545
S1U_SIP_SC_SEER_den: 124
Peak UE: 69
MB_per_connected_UE: 125.04
PCT Time MIMO: 69.6
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4987
DL Data Vol MAC in MB: 4557.79

Time: 16:48:42
holiday: 0

SIP DC%: 
UPTP_Mbps: 34.02
DLRLCLayerDataVolume MB: 1281.22
DRB UL Data Volume MB: 8502
PRB Util%: 11.74
CA DL DataVolRatio Pct den: 8690
weekend: 0
Bearer Setup Failure Voice Den: 60
CA Activation Rate: 32.56
hr: 9
MAC_UE_SC_Tput: 9855.48

hr: 9
Avg CQI: 10.02
CA Activation Rate num: 5031388
UPTP Mbps Den: 2848
Setup_Fail_DEN: 9359
SIP_SC_Total_MOU: 49.04
Peak UE: 27
MB_per_connected_UE: 48.87
DL Data Vol MAC in MB: 474.37
Combined RACH Preambles: 3424

Time: 15:27:38
holiday: 0
Bearer Releases Voice: 86
CA DL DataVolRatio Pct num: 4034

DL MAC Vol Scell Pct: 17.03
Avg_Connected_UEs: 26.49
SIP DC%: 
UPTP_Mbps: 20.93
Avg_PUCCH_SINR: 16.82
PRB Util%: 32.04
RRC Setup Attempts: 9837
weekend: 0
UPTP Mbps Num: 38477
hr: 5
MAC_UE_SC_Tput: 9422.42
Bearer Releases: 11436

hr: 5
CA Activation Rate num: 3288644
UPTP Mbps Den: 2282
SIP_SC_Total_MOU: 320.98
Peak UE: 36
MB_per_connected_UE: 17.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4191
DL Data Vol MAC in MB: 1541.46

Combined RACH Preambles: 3917
Time: 02:52:31
holiday: 0
CA DL DataVolRatio Pct: 75.09
Bearer Releases Voice: 93
CA DL DataVolRatio Pct num: 5397

Avg_Connected_UEs: 26.17
SIP DC%: 
UPTP_Mbps: 45.57
DLRLCLayerDataVolume MB: 6076.19
CA DL DataVolRatio Pct den: 9913
CA Conf FailRate Pct den: 4017
weekend: 0
CA Activation Rate: 12.06
hr: 20
MAC_UE_SC_Tput: 5149.16
Bearer Releases: 6656

hr: 20
CA Activation Rate num: 3580516
UPTP Mbps Den: 352
SIP_SC_Total_MOU: 42.34
Peak UE: 34
MB_per_connected_UE: 175.96
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4076
CA Activation Rate den: 69284

Combined RACH Preambles: 3071
Time: 04:40:39
holiday: 0
HO Attempts: 618

DL MAC Vol Scell Pct: 11.93
Avg_Connected_UEs: 78.93
SIP DC%: 
DRB UL Data Volume MB: 442
PRB Util%: 3.18
RRC Setup Attempts: 4591
CA DL DataVolRatio Pct den: 10116
CA Conf FailRate Pct den: 9345
weekend: 1
Bearer Setup Failure Voice Den: 112
CA Activation Rate: 61.85
hr: 23
MAC_UE_SC_Tput: 8098.81
Bearer Releases: 12350

hr: 23
Avg CQI: 9.36
CA Activation Rate num: 1232214
UPTP Mbps Den: 4393
SIP_SC_Total_MOU: 71.8
Peak UE: 27
MB_per_connected_UE: 103.74
DL Volume: 504
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3105
CA Activation Rate den: 82130

Time: 07:07:34
holiday: 0
CA DL DataVolRatio Pct: 66.09

SIP DC%: 
UPTP_Mbps: 25.85
DLRLCLayerDataVolume MB: 2732.21
DRB UL Data Volume MB: 1031
CA Conf FailRate Pct den: 8356
weekend: 0
UPTP Mbps Num: 38121
S1U_SIP_SC_SEER_num: 140
hr: 14
MAC_UE_SC_Tput: 4215.92
Bearer Releases: 14339

hr: 14
CA Activation Rate num: 9265614
UPTP Mbps Den: 2897
Setup_Fail_DEN: 9684
SIP_SC_Total_MOU: 125.91
Peak UE: 29
MB_per_connected_UE: 140.06
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8812
DL Data Vol MAC in MB: 4516.91
CA Activation Rate den: 114160

Time: 20:29:31
holiday: 0
CA DL DataVolRatio Pct num: 6334

DL MAC Vol Scell Pct: 11.11
SIP DC%: 
UPTP_Mbps: 107.4
DLRLCLayerDataVolume MB: 4222.27
DRB UL Data Volume MB: 5314
PRB Util%: 20.63
RRC Setup Attempts: 4097
CA DL DataVolRatio Pct den: 5379
CA Conf FailRate Pct den: 6958
weekend: 0
UPTP Mbps Num: 5771
hr: 23
MAC_UE_SC_Tput: 17121.67
Bearer Releases: 15019

hr: 23
CA Activation Rate num: 7140562
UPTP Mbps Den: 2594
Setup_Fail_DEN: 12024
Peak UE: 27
MB_per_connected_UE: 140.59
PCT Time MIMO: 42.68
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4242
DL Data Vol MAC in MB: 8566.9

Time: 01:19:29
holiday: 0
CA DL DataVolRatio Pct num: 5980
HO Attempts: 488

SIP DC%: 
DLRLCLayerDataVolume MB: 8558.04
DRB UL Data Volume MB: 7945
CA Conf FailRate Pct den: 7497
weekend: 0
CA Activation Rate: 62.38
hr: 23
MAC_UE_SC_Tput: 5833.92
Bearer Releases: 17056

hr: 23
CA Activation Rate num: 10413839
UPTP Mbps Den: 1502
Setup_Fail_DEN: 10410
SIP_SC_Total_MOU: 255.09
Peak UE: 39
MB_per_connected_UE: 65.97
PCT Time MIMO: 51.14
DL Volume: 8378
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5373
DL Data Vol MAC in MB: 9603.01
CA Activation Rate den: 43565

Time: 18:30:25
Date: 11-11-2023
holiday: 0
CA DL DataVolRatio Pct: 60.17
HO_att_InterFreq: 606

DL MAC Vol Scell Pct: 12.74
SIP DC%: 
UPTP_Mbps: 47.14
DLRLCLayerDataVolume MB: 3363.77
DRB UL Data Volume MB: 3574
CA DL DataVolRatio Pct den: 6482
weekend: 0
UPTP Mbps Num: 58505
RSSIRX2 Avg: -95.76
S1U_SIP_SC_SEER_num: 155
CA Activation Rate: 23.54
hr: 0
MAC_UE_SC_Tput: 10318.76
Bearer Releases: 9498

hr: 0
CA Activation Rate num: 10080240
UPTP Mbps Den: 155
Setup_Fail_DEN: 7779
Peak UE: 41
DL Volume: 6616
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3469
Combined RACH Preambles: 2954

Time: 15:06:35
Date: 03-02-2022
holiday: 0
CA DL DataVolRatio Pct: 84.11
HO_att_InterFreq: 303
HO Attempts: 861

DL MAC Vol Scell Pct: 26.24
Avg_Connected_UEs: 54.4
SIP DC%: 
UPTP_Mbps: 7.61
DRB UL Data Volume MB: 8362
CA DL DataVolRatio Pct den: 1847
CA Conf FailRate Pct den: 7826
RSSIRX1 Avg: -96.1
weekend: 1
UPTP Mbps Num: 61422
RSSIRX2 Avg: -98.37
CA Activation Rate: 52.37
hr: 13
MAC_UE_SC_Tput: 19619.71

hr: 13
Avg CQI: 11.1
CA Activation Rate num: 10616999
Setup_Fail_DEN: 14937
Peak UE: 34
MB_per_connected_UE: 29.74
PCT Time MIMO: 34.45
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3192
QCI 1 Bearer Releases: 75
DL Data Vol MAC in MB: 4225.33

Combined RACH Preambles: 3639
Time: 08:51:40
Date: 27-03-2023
holiday: 0

DL MAC Vol Scell Pct: 29.7
Avg_Connected_UEs: 58.28
SIP DC%: 
UPTP_Mbps: 27.03
DRB UL Data Volume MB: 8604
UL Resid BLER PCT: 0.9
RRC Setup Attempts: 4784
CA DL DataVolRatio Pct den: 9279
RSSIRX1 Avg: -94.39
weekend: 0
UPTP Mbps Num: 11057
CA Activation Rate: 2.94
hr: 7
MAC_UE_SC_Tput: 11960.97

hr: 7
CA Activation Rate num: 1418171
UPTP Mbps Den: 156
SIP_SC_Total_MOU: 63.82
Peak UE: 73
MB_per_connected_UE: 152.77
PCT Time MIMO: 60.04
DL Volume: 7266
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7744
CA Activation Rate den: 102463

Time: 15:33:29
Date: 31-07-2023
holiday: 0
CA DL DataVolRatio Pct: 53.16
HO_att_InterFreq: 179
HO Attempts: 651

DL MAC Vol Scell Pct: 6.57
Avg_Connected_UEs: 47.71
SIP DC%: 
UPTP_Mbps: 24.33
DLRLCLayerDataVolume MB: 1794.43
CA DL DataVolRatio Pct den: 8064
RSSIRX1 Avg: -94.51
weekend: 0
UPTP Mbps Num: 31699
CA Activation Rate: 51.63
hr: 0
MAC_UE_SC_Tput: 36019.51
Bearer Releases: 13695

hr: 0
CA Activation Rate num: 9351914
Setup_Fail_DEN: 16306
SIP_SC_Total_MOU: 39.08
Peak UE: 27
DL Volume: 7671
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4883
QCI 1 Bearer Releases: 77
DL Data Vol MAC in MB: 7868.36
CA Activation Rate den: 145674

Combined RACH Preambles: 3112
Time: 01:51:02
Date: 02-02-2022
holiday: 0
CA DL DataVolRatio Pct: 63.12

SIP DC%: 
UPTP_Mbps: 33.45
DLRLCLayerDataVolume MB: 8588.32
RRC Setup Attempts: 4838
CA DL DataVolRatio Pct den: 5880
CA Conf FailRate Pct den: 7351
weekend: 0
UPTP Mbps Num: 47914
Bearer Setup Failure Voice Den: 238
RSSIRX2 Avg: -93.36
CA Activation Rate: 50.62
hr: 4
MAC_UE_SC_Tput: 8988.11
Bearer Releases: 9148

hr: 4
CA Activation Rate num: 8255933
UPTP Mbps Den: 2131
Setup_Fail_DEN: 11762
SIP_SC_Total_MOU: 130.68
Peak UE: 68
MB_per_connected_UE: 158.07
PCT Time MIMO: 42.09
DL Volume: 1896
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3279
CA Activation Rate den: 99955

Combined RACH Preambles: 4312
Time: 22:40:44
holiday: 0
CA DL DataVolRatio Pct: 91.8
HO Attempts: 864

Avg_Connected_UEs: 62.08
SIP DC%: 
UPTP_Mbps: 43.02
DLRLCLayerDataVolume MB: 3928.19
DRB UL Data Volume MB: 7483
PRB Util%: 23.1
CA DL DataVolRatio Pct den: 10169
CA Conf FailRate Pct den: 4811
weekend: 0
hr: 21
MAC_UE_SC_Tput: 5229.5
Bearer Releases: 9994

hr: 21
CA Activation Rate num: 8289170
UPTP Mbps Den: 2802
Setup_Fail_DEN: 13343
SIP_SC_Total_MOU: 37.11
Peak UE: 39
MB_per_connected_UE: 85.32
PCT Time MIMO: 51.38
DL Volume: 2164
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3761
CA Activation Rate den: 144126
Time: 02:09:03

holiday: 0
Bearer Releases Voice: 97
CA DL DataVolRatio Pct num: 5009
HO Attempts: 380

SIP DC%: 
UPTP_Mbps: 36.56
DLRLCLayerDataVolume MB: 6927.44
DRB UL Data Volume MB: 9024
PRB Util%: 26.42
RRC Setup Attempts: 4533
CA Conf FailRate Pct den: 5909
weekend: 0
CA Activation Rate: 19.06
hr: 15
MAC_UE_SC_Tput: 11787.28
Bearer Releases: 17931

hr: 15
CA Activation Rate num: 9178926
Setup_Fail_DEN: 15953
SIP_SC_Total_MOU: 308.64
Peak UE: 27
MB_per_connected_UE: 58.47
PCT Time MIMO: 41.27
DL Data Vol MAC in MB: 8557.24
CA Activation Rate den: 131884

Time: 09:15:43
holiday: 0
CA DL DataVolRatio Pct: 87.56
CA DL DataVolRatio Pct num: 6528

DL MAC Vol Scell Pct: 30.01
SIP DC%: 
UPTP_Mbps: 14.99
DLRLCLayerDataVolume MB: 3692.41
DRB UL Data Volume MB: 6844
RRC Setup Attempts: 3875
CA Conf FailRate Pct den: 4793
RSSIRX1 Avg: -94.31
weekend: 0
CA Activation Rate: 52.15
hr: 3
Bearer Releases: 6429

hr: 3
CA Activation Rate num: 7680962
UPTP Mbps Den: 1926
Peak UE: 39
MB_per_connected_UE: 131.82
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3115

Time: 18:09:23
Date: 27-12-2023
holiday: 0
CA DL DataVolRatio Pct: 70.46
HO_att_InterFreq: 1021
CA DL DataVolRatio Pct num: 7153
HO Attempts: 603

SIP DC%: 
UPTP_Mbps: 44.23
DLRLCLayerDataVolume MB: 1116.65
DRB UL Data Volume MB: 4822
PRB Util%: 48.66
RRC Setup Attempts: 6630
CA Conf FailRate Pct den: 2626
weekend: 0
UPTP Mbps Num: 53223
Bearer Setup Failure Voice Den: 93
hr: 19
MAC_UE_SC_Tput: 4654.82
Bearer Releases: 10938

hr: 19
CA Activation Rate num: 10542344
UPTP Mbps Den: 2828
Setup_Fail_DEN: 14226
Peak UE: 27
MB_per_connected_UE: 19.24
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3418
QCI 1 Bearer Releases: 160
UL Throughput: 1.26
DL Data Vol MAC in MB: 4011.91
CA Activation Rate den: 44443

Time: 14:26:39
holiday: 0

DL MAC Vol Scell Pct: 25.75
Avg_Connected_UEs: 71.87
SIP DC%: 
UPTP_Mbps: 10.69
DLRLCLayerDataVolume MB: 4728.43
DRB UL Data Volume MB: 7666
PRB Util%: 39.49
CA DL DataVolRatio Pct den: 7790
weekend: 0
CA Activation Rate: 34.55
hr: 4
MAC_UE_SC_Tput: 5043.98

hr: 4
Avg CQI: 11.18
CA Activation Rate num: 1158192
UPTP Mbps Den: 1917
Peak UE: 37
MB_per_connected_UE: 46.05
PCT Time MIMO: 52.66
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3616
UL Throughput: 7.93
CA Activation Rate den: 52598

Combined RACH Preambles: 4260
Time: 15:10:38
holiday: 0
CA DL DataVolRatio Pct: 83.58
CA DL DataVolRatio Pct num: 4319

SIP DC%: 
UPTP_Mbps: 46.63
DLRLCLayerDataVolume MB: 8727.7
DRB UL Data Volume MB: 2922
PRB Util%: 74.09
RRC Setup Attempts: 3706
RSSIRX1 Avg: -97.64
weekend: 0
UPTP Mbps Num: 10837
hr: 23
MAC_UE_SC_Tput: 6443.81
Bearer Releases: 13397

hr: 23
CA Activation Rate num: 2405645
Setup_Fail_DEN: 15043
SIP_SC_Total_MOU: 255.9
Peak UE: 27
MB_per_connected_UE: 144.46
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3478
DL Data Vol MAC in MB: 4278.19

Time: 20:57:51
Date: 31-03-2022
holiday: 0
CA DL DataVolRatio Pct: 65.47
HO_att_InterFreq: 762
CA DL DataVolRatio Pct num: 2183

Avg_Connected_UEs: 43.64
SIP DC%: 
UPTP_Mbps: 28.85
PRB Util%: 21.28
CA DL DataVolRatio Pct den: 8733
weekend: 0
UPTP Mbps Num: 4087
RSSIRX2 Avg: -94.03
CA Activation Rate: 19.67
hr: 7
MAC_UE_SC_Tput: 7764.35
Bearer Releases: 14870

hr: 7
CA Activation Rate num: 2278549
UPTP Mbps Den: 135
Setup_Fail_DEN: 7783
Peak UE: 27
MB_per_connected_UE: 96.41
PCT Time MIMO: 46.49
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7403
UL Throughput: 18.84
DL Data Vol MAC in MB: 5349.5
CA Activation Rate den: 99008

Time: 17:02:20
holiday: 0
CA DL DataVolRatio Pct num: 4876
HO Attempts: 407

DL MAC Vol Scell Pct: 3.5
Avg_Connected_UEs: 22.11
SIP DC%: 
UPTP_Mbps: 47.22
DLRLCLayerDataVolume MB: 2715.76
DRB UL Data Volume MB: 8074
PRB Util%: 31.08
RRC Setup Attempts: 4824
CA DL DataVolRatio Pct den: 8909
CA Conf FailRate Pct den: 5307
RSSIRX1 Avg: -95.48
weekend: 0
UPTP Mbps Num: 30025
CA Activation Rate: 41.65
hr: 23
MAC_UE_SC_Tput: 8885.84

hr: 23
CA Activation Rate num: 3322588
UPTP Mbps Den: 1599
Setup_Fail_DEN: 7757
SIP_SC_Total_MOU: 48.35
Peak UE: 29
MB_per_connected_UE: 30.2
PCT Time MIMO: 50.99
DL Volume: 1787
CA Activation Rate den: 114838

Time: 15:27:13
holiday: 0

Avg_Connected_UEs: 28.17
SIP DC%: 
DL Packet Loss Pct: 1.91
CA DL DataVolRatio Pct den: 5308
CA Conf FailRate Pct den: 6453
weekend: 1
CA Activation Rate: 6.03
hr: 5
MAC_UE_SC_Tput: 5988.14
Bearer Releases: 15727

hr: 5
CA Activation Rate num: 3629362
UPTP Mbps Den: 2485
Setup_Fail_DEN: 18060
Peak UE: 59
MB_per_connected_UE: 25.48
PCT Time MIMO: 40.27
DL Data Vol MAC in MB: 7050.61

Time: 19:26:58
holiday: 0
Bearer Releases Voice: 138
HO_att_InterFreq: 570
CA DL DataVolRatio Pct num: 4049

DL MAC Vol Scell Pct: 38.51
Avg_Connected_UEs: 63.59
SIP DC%: 
DLRLCLayerDataVolume MB: 6465.26
PRB Util%: 14.29
RRC Setup Attempts: 5486
CA DL DataVolRatio Pct den: 8094
weekend: 0
UPTP Mbps Num: 1810
RSSIRX2 Avg: -95.27
CA Activation Rate: 8.61
hr: 20
MAC_UE_SC_Tput: 5383.59
Bearer Releases: 13373

hr: 20
qci1_setup_attempts: 198
CA Activation Rate num: 2996915
UPTP Mbps Den: 1149
Setup_Fail_DEN: 9256
Peak UE: 63
MB_per_connected_UE: 56.06
PCT Time MIMO: 70.22
DL Volume: 7083
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7084
DL Data Vol MAC in MB: 7046.06
CA Activation Rate den: 163624

Time: 17:04:38
holiday: 0
CA DL DataVolRatio Pct: 92.27

Avg_Connected_UEs: 25.65
SIP DC%: 
UPTP_Mbps: 18.23
DLRLCLayerDataVolume MB: 9945.02
DRB UL Data Volume MB: 4295
PRB Util%: 69.61
RRC Setup Attempts: 5169
CA DL DataVolRatio Pct den: 10012
weekend: 0
RSSIRX2 Avg: -96.53
CA Activation Rate: 57.54
hr: 3
MAC_UE_SC_Tput: 13897.88

hr: 3
CA Activation Rate num: 7163515
UPTP Mbps Den: 1040
Setup_Fail_DEN: 10562
SIP_SC_Total_MOU: 45.62
Peak UE: 32
MB_per_connected_UE: 25.97
UL Throughput: 5.1
DL Data Vol MAC in MB: 9769.74

Combined RACH Preambles: 2563
Time: 11:17:25
holiday: 0
CA DL DataVolRatio Pct: 64.01
CA DL DataVolRatio Pct num: 924

Avg_Connected_UEs: 44.2
SIP DC%: 
UPTP_Mbps: 23.95
DRB UL Data Volume MB: 7768
PRB Util%: 28.32
RRC Setup Attempts: 6662
CA Conf FailRate Pct den: 6473
weekend: 0
RSSIRX2 Avg: -97.62
S1U_SIP_SC_SEER_num: 97
hr: 1
MAC_UE_SC_Tput: 16432.85
Bearer Releases: 10585

hr: 1
CA Activation Rate num: 5058346
Peak UE: 77
PCT Time MIMO: 39.06
DL Volume: 2951
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4115

Time: 13:45:02
holiday: 0
CA DL DataVolRatio Pct: 78.68
CA DL DataVolRatio Pct num: 1673

DL MAC Vol Scell Pct: 25.73
Avg_Connected_UEs: 53.51
SIP DC%: 
UPTP_Mbps: 90.55
DLRLCLayerDataVolume MB: 5791.28
CA DL DataVolRatio Pct den: 518
CA Conf FailRate Pct den: 6024
weekend: 1
CA Activation Rate: 14.47
hr: 16
MAC_UE_SC_Tput: 8599.3
Bearer Releases: 8753

hr: 16
qci1_setup_attempts: 111
CA Activation Rate num: 10043363
SIP_SC_Total_MOU: 234.55
Peak UE: 57
MB_per_connected_UE: 17.31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3143
DL Data Vol MAC in MB: 7182.16
CA Activation Rate den: 69380

Time: 04:55:57
holiday: 0
CA DL DataVolRatio Pct num: 2838

DL MAC Vol Scell Pct: 6.79
SIP DC%: 
UPTP_Mbps: 27.44
DRB UL Data Volume MB: 6996
PRB Util%: 73.68
RRC Setup Attempts: 4473
weekend: 0
CA Activation Rate: 75.08
hr: 14
MAC_UE_SC_Tput: 7366.89
Bearer Releases: 10748

hr: 14
CA Activation Rate num: 1328150
UPTP Mbps Den: 680
SIP_SC_Total_MOU: 26.68
Peak UE: 67
MB_per_connected_UE: 78.41
PCT Time MIMO: 37.59
DL Data Vol MAC in MB: 3693.61

Combined RACH Preambles: 4141
Time: 22:09:28
holiday: 0
CA DL DataVolRatio Pct: 86.93
CA DL DataVolRatio Pct num: 6529

DL MAC Vol Scell Pct: 31.81
Avg_Connected_UEs: 48.19
SIP DC%: 
UPTP_Mbps: 21.29
DLRLCLayerDataVolume MB: 1431.22
DRB UL Data Volume MB: 4485
PRB Util%: 34.46
RRC Setup Attempts: 6809
CA DL DataVolRatio Pct den: 9737
CA Conf FailRate Pct den: 7375
weekend: 0
UPTP Mbps Num: 14265
CA Activation Rate: 44.46
hr: 3
Bearer Releases: 18644

hr: 3
CA Activation Rate num: 9015855
UPTP Mbps Den: 2544
Setup_Fail_DEN: 16639
SIP_SC_Total_MOU: 18.86
Peak UE: 27
MB_per_connected_UE: 137.73
DL Volume: 8897
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4928
DL Data Vol MAC in MB: 2744.02
CA Activation Rate den: 104186

Combined RACH Preambles: 2800
Time: 16:03:08
holiday: 0
CA DL DataVolRatio Pct: 67.24
HO_att_InterFreq: 141
CA DL DataVolRatio Pct num: 2619

Avg_Connected_UEs: 44.86
SIP DC%: 
UPTP_Mbps: 25.35
DLRLCLayerDataVolume MB: 983.33
DRB UL Data Volume MB: 5451
PRB Util%: 34.21
RRC Setup Attempts: 8006
CA Conf FailRate Pct den: 5709
weekend: 0
CA Activation Rate: 12.81
hr: 0
MAC_UE_SC_Tput: 7558.92

hr: 0
CA Activation Rate num: 967889
UPTP Mbps Den: 1358
Setup_Fail_DEN: 9549
SIP_SC_Total_MOU: 349.9
Peak UE: 27
MB_per_connected_UE: 149.6
PCT Time MIMO: 37.28
DL Data Vol MAC in MB: 1737.1
CA Activation Rate den: 132121
Combined RACH Preambles: 2325

Time: 18:05:42
holiday: 0
CA DL DataVolRatio Pct: 59.52
CA DL DataVolRatio Pct num: 4300
HO Attempts: 849

SIP DC%: 
UPTP_Mbps: 120.86
DLRLCLayerDataVolume MB: 8007.12
PRB Util%: 16.67
CA DL DataVolRatio Pct den: 4652
weekend: 0
UPTP Mbps Num: 45220
CA Activation Rate: 50.15
hr: 0
MAC_UE_SC_Tput: 5278.08
Bearer Releases: 6798

hr: 0
UPTP Mbps Den: 2936
Setup_Fail_DEN: 17469
Peak UE: 27
VOLTE IA%: 0.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3076
DL Data Vol MAC in MB: 8387.26

Time: 17:44:02
holiday: 0

DL MAC Vol Scell Pct: 8.15
Avg_Connected_UEs: 16.82
SIP DC%: 
UPTP_Mbps: 22.87
DRB UL Data Volume MB: 6580
RRC Setup Attempts: 7033
CA Conf FailRate Pct den: 5806
weekend: 0
UPTP Mbps Num: 22117
CA Activation Rate: 61.68
hr: 2
MAC_UE_SC_Tput: 19984.14

hr: 2
CA Activation Rate num: 5628548
UPTP Mbps Den: 161
Setup_Fail_DEN: 6957
Peak UE: 27
MB_per_connected_UE: 29.93
PCT Time MIMO: 45.56
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8637
UL Throughput: 1.49
DL Data Vol MAC in MB: 1115.87
CA Activation Rate den: 134672
Combined RACH Preambles: 3726

Time: 09:05:08
Date: 19-11-2022
holiday: 0
CA DL DataVolRatio Pct: 72.6

DL MAC Vol Scell Pct: 29.37
SIP DC%: 
UPTP_Mbps: 39.09
PRB Util%: 27.67
RRC Setup Attempts: 5649
CA DL DataVolRatio Pct den: 9887
CA Conf FailRate Pct den: 3532
weekend: 1
UPTP Mbps Num: 35456
hr: 21
MAC_UE_SC_Tput: 11890.22

hr: 21
Avg CQI: 7.3
CA Activation Rate num: 5358733
UPTP Mbps Den: 2548
Setup_Fail_DEN: 10894
Peak UE: 27
MB_per_connected_UE: 188.56
DL Volume: 3662
DL Data Vol MAC in MB: 10172.63

Time: 20:41:50
holiday: 0
CA DL DataVolRatio Pct: 60.79
Bearer Releases Voice: 153

DL MAC Vol Scell Pct: 35.6
Avg_Connected_UEs: 53.84
SIP DC%: 
DLRLCLayerDataVolume MB: 1610.36
DRB UL Data Volume MB: 3097
PRB Util%: 25.99
CA DL DataVolRatio Pct den: 2036
CA Conf FailRate Pct den: 4131
weekend: 0
UPTP Mbps Num: 15669
CA Activation Rate: 17.65
hr: 0
MAC_UE_SC_Tput: 6729.95

hr: 0
Avg CQI: 7.18
UPTP Mbps Den: 2889
Setup_Fail_DEN: 8875
SIP_SC_Total_MOU: 366.01
Peak UE: 43
PCT Time MIMO: 46.75
DL Volume: 9396
CA Activation Rate den: 160082
Combined RACH Preambles: 2076

Time: 15:14:34
Date: 19-01-2022
holiday: 0
CA DL DataVolRatio Pct num: 1278

SIP DC%: 
UPTP_Mbps: 37.47
DLRLCLayerDataVolume MB: 5889.67
CA DL DataVolRatio Pct den: 9168
weekend: 0
UPTP Mbps Num: 16659
CA Activation Rate: 5.59
hr: 23
MAC_UE_SC_Tput: 8548.1

hr: 23
qci1_setup_attempts: 160
CA Activation Rate num: 6760714
UPTP Mbps Den: 711
Setup_Fail_DEN: 16843
SIP_SC_Total_MOU: 188.87
Peak UE: 78
MB_per_connected_UE: 167.63
DL Volume: 5557
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3387
DL Data Vol MAC in MB: 10199.1

Time: 18:20:45
holiday: 0
HO_att_InterFreq: 334
CA DL DataVolRatio Pct num: 7358

DL MAC Vol Scell Pct: 33.74
SIP DC%: 
UPTP_Mbps: 14.83
DLRLCLayerDataVolume MB: 232.74
DRB UL Data Volume MB: 8014
PRB Util%: 12.96
RRC Setup Attempts: 7810
CA Conf FailRate Pct den: 8073
RSSIRX1 Avg: -93.77
weekend: 0
RSSIRX2 Avg: -94.67
CA Activation Rate: 6.08
hr: 18
MAC_UE_SC_Tput: 17523.31
Bearer Releases: 18635

hr: 18
qci1_setup_attempts: 243
CA Activation Rate num: 5742047
UPTP Mbps Den: 235
Setup_Fail_DEN: 14945
SIP_SC_Total_MOU: 33.13
Peak UE: 27
MB_per_connected_UE: 102.97
PCT Time MIMO: 50.02
QCI 1 Bearer Releases: 123

Time: 08:22:20
holiday: 0
CA DL DataVolRatio Pct: 86.28
Bearer Releases Voice: 84
CA DL DataVolRatio Pct num: 6986

Avg_Connected_UEs: 30.26
SIP DC%: 
DLRLCLayerDataVolume MB: 4976.84
DRB UL Data Volume MB: 3051
PRB Util%: 57.62
CA Conf FailRate Pct den: 3963
RSSIRX1 Avg: -95.57
weekend: 0
UPTP Mbps Num: 4840
hr: 17
MAC_UE_SC_Tput: 16442.65

hr: 17
UPTP Mbps Den: 987
Setup_Fail_DEN: 15846
Peak UE: 27
VOLTE IA%: 
DL Data Vol MAC in MB: 1565

Time: 02:37:29
holiday: 0

DL MAC Vol Scell Pct: 9.49
SIP DC%: 
UPTP_Mbps: 35.72
CA Conf FailRate Pct den: 9178
weekend: 0
UPTP Mbps Num: 1327
CA Activation Rate: 12.34
hr: 4
MAC_UE_SC_Tput: 7080.34

hr: 4
CA Activation Rate num: 1546409
SIP_SC_Total_MOU: 125.25
S1U_SIP_SC_SEER_den: 220
Peak UE: 34
MB_per_connected_UE: 48.33
PCT Time MIMO: 43.16
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8469
DL Data Vol MAC in MB: 8406.05
CA Activation Rate den: 100897
Combined RACH Preambles: 4136

Time: 01:57:00
Date: 29-09-2022
holiday: 0
CA DL DataVolRatio Pct: 52.75
CA DL DataVolRatio Pct num: 5295
HO Attempts: 244

DL MAC Vol Scell Pct: 19.1
Avg_Connected_UEs: 56.16
SIP DC%: 
UPTP_Mbps: 22.84
DLRLCLayerDataVolume MB: 265.86
DRB UL Data Volume MB: 3091
RRC Setup Attempts: 7637
weekend: 1
UPTP Mbps Num: 753
CA Activation Rate: 49.67
hr: 23
MAC_UE_SC_Tput: 8937.97
Bearer Releases: 17570

hr: 23
CA Activation Rate num: 5291384
UPTP Mbps Den: 2850
Setup_Fail_DEN: 7388
SIP_SC_Total_MOU: 64.47
Peak UE: 27
PCT Time MIMO: 46.83
DL Volume: 1128
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7570
DL Data Vol MAC in MB: 7132.67
CA Activation Rate den: 112533

Time: 21:36:23
holiday: 0
CA DL DataVolRatio Pct: 61.53
HO_att_InterFreq: 922
CA DL DataVolRatio Pct num: 4270
HO Attempts: 468

Avg_Connected_UEs: 33.54
SIP DC%: 
DLRLCLayerDataVolume MB: 3719.83
DRB UL Data Volume MB: 7826
PRB Util%: 38.6
RRC Setup Attempts: 3776
CA DL DataVolRatio Pct den: 9943
CA Conf FailRate Pct den: 8367
weekend: 1
Bearer Setup Failure Voice Den: 94
hr: 20
MAC_UE_SC_Tput: 10484.08
Bearer Releases: 9571

hr: 20
CA Activation Rate num: 714228
UPTP Mbps Den: 2102
Peak UE: 27
MB_per_connected_UE: 205.46
PCT Time MIMO: 46.05
DL Data Vol MAC in MB: 1048.15
CA Activation Rate den: 125586

Combined RACH Preambles: 3127
Time: 13:18:03
Date: 21-05-2023
holiday: 0
CA DL DataVolRatio Pct: 92.81
CA DL DataVolRatio Pct num: 6918

Avg_Connected_UEs: 78.87
SIP DC%: 
UPTP_Mbps: 33.22
DRB UL Data Volume MB: 5195
CA Conf FailRate Pct den: 9387
weekend: 0
CA Activation Rate: 32.04
hr: 0

hr: 0
Setup_Fail_DEN: 18557
MB_per_connected_UE: 118.9
PCT Time MIMO: 55.09
DL Volume: 7070
DL Data Vol MAC in MB: 8146.24
CA Activation Rate den: 53165

Time: 22:23:23
holiday: 0
CA DL DataVolRatio Pct: 60.72

DL MAC Vol Scell Pct: 5.59
Avg_Connected_UEs: 34.92
SIP DC%: 
UPTP_Mbps: 31.67
DLRLCLayerDataVolume MB: 3748.9
DRB UL Data Volume MB: 4474
CA DL DataVolRatio Pct den: 5773
CA Conf FailRate Pct den: 4165
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5126.13

hr: 23
CA Activation Rate num: 93350
Setup_Fail_DEN: 9533
Peak UE: 77
MB_per_connected_UE: 119.86
DL Data Vol MAC in MB: 6306.55
Combined RACH Preambles: 3187

Time: 10:41:38
holiday: 0
CA DL DataVolRatio Pct: 90.36
HO_att_InterFreq: 900
CA DL DataVolRatio Pct num: 6952

DL MAC Vol Scell Pct: 30.51
Avg_Connected_UEs: 32.28
SIP DC%: 
UPTP_Mbps: 8.13
DLRLCLayerDataVolume MB: 9802.55
DRB UL Data Volume MB: 4893
CA DL DataVolRatio Pct den: 2162
weekend: 0
CA Activation Rate: 65.19
hr: 11
MAC_UE_SC_Tput: 7913.07
Bearer Releases: 9747

hr: 11
UPTP Mbps Den: 2759
Setup_Fail_DEN: 6603
SIP_SC_Total_MOU: 216.65
Peak UE: 89
MB_per_connected_UE: 32.46
UL Throughput: 8.59
DL Data Vol MAC in MB: 9465.21
CA Activation Rate den: 49451

Time: 15:52:14
holiday: 0
CA DL DataVolRatio Pct: 87.81
CA DL DataVolRatio Pct num: 3824
HO Attempts: 225

DL MAC Vol Scell Pct: 48.21
Avg_Connected_UEs: 56.43
SIP DC%: 
UPTP_Mbps: 25.76
DRB UL Data Volume MB: 7206
RRC Setup Attempts: 6204
weekend: 0
RSSIRX2 Avg: -94.07
hr: 4
MAC_UE_SC_Tput: 13546.61

hr: 4
CA Activation Rate num: 7624842
UPTP Mbps Den: 1484
Setup_Fail_DEN: 6450
SIP_SC_Total_MOU: 206.98
UL MAC Vol Scell Pct: 1.02
Peak UE: 83
MB_per_connected_UE: 116.16
PCT Time MIMO: 65.4
DL Volume: 8768
DL Data Vol MAC in MB: 1404.03
CA Activation Rate den: 108281

Time: 22:47:12
holiday: 0
CA DL DataVolRatio Pct: 82.46
HO_att_InterFreq: 718
CA DL DataVolRatio Pct num: 4494

DL MAC Vol Scell Pct: 52.96
Avg_Connected_UEs: 58.48
SIP DC%: 
DLRLCLayerDataVolume MB: 2109.14
DRB UL Data Volume MB: 8309
CA DL DataVolRatio Pct den: 3471
CA Conf FailRate Pct den: 9427
RSSIRX1 Avg: -93.67
weekend: 1
RSSIRX2 Avg: -94.99
CA Activation Rate: 73.26
hr: 9
MAC_UE_SC_Tput: 11787.34
Bearer Releases: 16629

hr: 9
HO_fail_PCT_InterFreq: 0.19
CA Activation Rate num: 10712809
UPTP Mbps Den: 2855
SIP_SC_Total_MOU: 280.3
Peak UE: 65
MB_per_connected_UE: 101.76
PCT Time MIMO: 43.11
CA Activation Rate den: 85848

Combined RACH Preambles: 2252
Time: 06:45:59
holiday: 0
CA DL DataVolRatio Pct: 60.47

Avg_Connected_UEs: 37.94
SIP DC%: 
UPTP_Mbps: 13.96
DLRLCLayerDataVolume MB: 4016.54
DRB UL Data Volume MB: 7586
PRB Util%: 18.34
UL Resid BLER PCT: 0.74
CA DL DataVolRatio Pct den: 1116
CA Conf FailRate Pct den: 3932
weekend: 0
S1U_SIP_SC_SEER_num: 245
hr: 23
MAC_UE_SC_Tput: 14819.31

hr: 23
qci1_setup_attempts: 256
CA Activation Rate num: 6545403
UPTP Mbps Den: 1282
Setup_Fail_DEN: 6556
SIP_SC_Total_MOU: 210.13
Peak UE: 51
MB_per_connected_UE: 63.01
DL Volume: 8610
UL Throughput: 0.85
DL Data Vol MAC in MB: 5011.53
CA Activation Rate den: 180264

Combined RACH Preambles: 3098
Time: 00:35:24
Date: 13-04-2022
holiday: 0
CA DL DataVolRatio Pct: 79.3

DL MAC Vol Scell Pct: 42.03
SIP DC%: 
UPTP_Mbps: 37.31
DLRLCLayerDataVolume MB: 7347.74
DRB UL Data Volume MB: 7966
PRB Util%: 60.97
RRC Setup Attempts: 5333
CA DL DataVolRatio Pct den: 5476
CA Conf FailRate Pct den: 4052
RSSIRX1 Avg: -97.39
weekend: 0
UPTP Mbps Num: 12032
CA Activation Rate: 13.69
hr: 17
MAC_UE_SC_Tput: 15004.14
Bearer Releases: 13016

hr: 17
CA Activation Rate num: 7950410
UPTP Mbps Den: 1046
Setup_Fail_DEN: 15245
Peak UE: 27
MB_per_connected_UE: 163.25
PCT Time MIMO: 48.44
DL Volume: 7669
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3094
UL Throughput: 1.16
DL Data Vol MAC in MB: 4209.86
CA Activation Rate den: 90426

Time: 09:32:49
Date: 18-07-2022
holiday: 0
CA DL DataVolRatio Pct: 73.8

DL MAC Vol Scell Pct: 16.96
Avg_Connected_UEs: 21.73
SIP DC%: 
UPTP_Mbps: 40.99
DLRLCLayerDataVolume MB: 2014.32
RRC Setup Attempts: 5695
CA DL DataVolRatio Pct den: 7294
CA Conf FailRate Pct den: 7346
weekend: 1
UPTP Mbps Num: 8742
hr: 0
MAC_UE_SC_Tput: 7966.6

hr: 0
CA Activation Rate num: 7035790
UPTP Mbps Den: 2851
Setup_Fail_DEN: 16105
SIP_SC_Total_MOU: 85.76
Peak UE: 32
PCT Time MIMO: 42.74
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3063
DL Data Vol MAC in MB: 6674.56

Time: 15:37:57
holiday: 0
CA DL DataVolRatio Pct: 84.29
CA DL DataVolRatio Pct num: 7128

SIP DC%: 
UPTP_Mbps: 120.56
DLRLCLayerDataVolume MB: 5791.72
DRB UL Data Volume MB: 1874
RRC Setup Attempts: 5946
CA DL DataVolRatio Pct den: 8969
CA Conf FailRate Pct den: 3335
weekend: 0
hr: 8
MAC_UE_SC_Tput: 17627.25
Bearer Releases: 13467

hr: 8
CA Activation Rate num: 9250841
UPTP Mbps Den: 195
Setup_Fail_DEN: 8092
SIP_SC_Total_MOU: 171.22
Peak UE: 27
MB_per_connected_UE: 37.76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5603
DL Data Vol MAC in MB: 7840.89

Time: 04:48:52
Date: 28-01-2022
holiday: 0
CA DL DataVolRatio Pct: 57.88
HO_att_InterFreq: 448

DL MAC Vol Scell Pct: 14.35
Avg_Connected_UEs: 71.35
SIP DC%: 
UPTP_Mbps: 23.19
DLRLCLayerDataVolume MB: 6431.28
DRB UL Data Volume MB: 4008
UL Resid BLER PCT: 0.83
RRC Setup Attempts: 6098
CA DL DataVolRatio Pct den: 4656
weekend: 0
hr: 16
MAC_UE_SC_Tput: 4507.41
Bearer Releases: 13068

hr: 16
CA Activation Rate num: 1558270
Setup_Fail_DEN: 8304
S1U_SIP_SC_SEER_den: 79
Peak UE: 27
MB_per_connected_UE: 25.87
PCT Time MIMO: 48.51
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5199
DL Data Vol MAC in MB: 8110.48
CA Activation Rate den: 83973
Combined RACH Preambles: 3350

Time: 10:49:21
holiday: 0

SIP DC%: 
UPTP_Mbps: 42.46
DRB UL Data Volume MB: 8864
PRB Util%: 71.69
RRC Setup Attempts: 6598
CA DL DataVolRatio Pct den: 9973
weekend: 0
UPTP Mbps Num: 11198
S1U_SIP_SC_SEER_num: 153
CA Activation Rate: 6.59
hr: 6
MAC_UE_SC_Tput: 8918.49

hr: 6
qci1_setup_attempts: 144
UPTP Mbps Den: 1637
SIP_SC_Total_MOU: 2.36
Peak UE: 43
MB_per_connected_UE: 142.76
PCT Time MIMO: 44.18
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5410
DL Data Vol MAC in MB: 977.36
CA Activation Rate den: 66325

Time: 07:07:32
holiday: 0
CA DL DataVolRatio Pct: 60.66
CA DL DataVolRatio Pct num: 3958

DL MAC Vol Scell Pct: 5.77
Avg_Connected_UEs: 28.56
SIP DC%: 
UPTP_Mbps: 38.71
DLRLCLayerDataVolume MB: 4278.89
DRB UL Data Volume MB: 8562
CA DL DataVolRatio Pct den: 1241
CA Conf FailRate Pct den: 7259
weekend: 0
hr: 23

hr: 23
CA Activation Rate num: 3809138
UPTP Mbps Den: 1253
SIP_SC_Total_MOU: 254.75
S1U_SIP_SC_SEER_den: 78
Peak UE: 84
MB_per_connected_UE: 57.51
CA Activation Rate den: 211447
Time: 03:34:39

holiday: 0
HO_att_InterFreq: 287
HO Attempts: 41

SIP DC%: 
UPTP_Mbps: 64.73
DLRLCLayerDataVolume MB: 3542.38
DRB UL Data Volume MB: 5382
DL Packet Loss Pct: 1.25
CA Conf FailRate Pct den: 6582
weekend: 0
UPTP Mbps Num: 59731
Bearer Setup Failure Voice Den: 223
hr: 22
MAC_UE_SC_Tput: 4396.32

hr: 22
CA Activation Rate num: 3027948
UPTP Mbps Den: 3087
Setup_Fail_DEN: 15508
Peak UE: 45
MB_per_connected_UE: 180.06
PCT Time MIMO: 51.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3634
DL Data Vol MAC in MB: 8752.81
CA Activation Rate den: 65170

Time: 15:16:23
holiday: 0
CA DL DataVolRatio Pct: 92.64

DL MAC Vol Scell Pct: 19.99
SIP DC%: 
UPTP_Mbps: 33.02
RRC Setup Attempts: 4256
CA DL DataVolRatio Pct den: 558
CA Conf FailRate Pct den: 6797
weekend: 0
S1U_SIP_SC_SEER_num: 161
CA Activation Rate: 60.32
hr: 23
MAC_UE_SC_Tput: 16695.17
Bearer Releases: 13079

hr: 23
CA Activation Rate num: 9375654
UPTP Mbps Den: 2688
Setup_Fail_DEN: 7390
Peak UE: 27
MB_per_connected_UE: 24.64
DL Volume: 3238
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8328
DL Data Vol MAC in MB: 8617.03
CA Activation Rate den: 48144

Time: 16:01:33
Date: 09-07-2023
holiday: 0
CA DL DataVolRatio Pct: 68.38

DL MAC Vol Scell Pct: 37.2
SIP DC%: 
DLRLCLayerDataVolume MB: 5704.58
RRC Setup Attempts: 5339
CA DL DataVolRatio Pct den: 6749
CA Conf FailRate Pct den: 7132
RSSIRX1 Avg: -96.16
weekend: 0
UPTP Mbps Num: 37255
hr: 12
MAC_UE_SC_Tput: 10478.24
Bearer Releases: 8824

hr: 12
CA Activation Rate num: 9195626
UPTP Mbps Den: 204
Setup_Fail_DEN: 11538
SIP_SC_Total_MOU: 63.02
RSSI Delta: 0.35
Peak UE: 64
MB_per_connected_UE: 41.68
CA Activation Rate den: 83954

Combined RACH Preambles: 3274
Time: 10:36:15
Date: 21-07-2023
holiday: 0
CA DL DataVolRatio Pct: 55.25
HO_att_InterFreq: 78
CA DL DataVolRatio Pct num: 3005

DL MAC Vol Scell Pct: 9.53
SIP DC%: 
UPTP_Mbps: 40.9
RRC Setup Attempts: 3741
CA DL DataVolRatio Pct den: 10044
weekend: 1
CA Activation Rate: 8.82
hr: 23
MAC_UE_SC_Tput: 4795.8
Bearer Releases: 7009

hr: 23
CA Activation Rate num: 5475908
UPTP Mbps Den: 3068
SIP_SC_Total_MOU: 18.93
Peak UE: 83
MB_per_connected_UE: 12.52
PCT Time MIMO: 32.26
DL Volume: 1818
DL Data Vol MAC in MB: 4591.73
CA Activation Rate den: 98952

Time: 13:37:24
Date: 12-10-2023
holiday: 0
CA DL DataVolRatio Pct: 44.69

Avg_Connected_UEs: 22.67
SIP DC%: 
UPTP_Mbps: 41.5
DRB UL Data Volume MB: 6812
CA DL DataVolRatio Pct den: 7387
weekend: 0
CA Activation Rate: 57.93
hr: 23
MAC_UE_SC_Tput: 10611.72
Bearer Releases: 15657

hr: 23
CA Activation Rate num: 7830667
UPTP Mbps Den: 2758
Setup_Fail_DEN: 14827
Peak UE: 57
DL Volume: 7852
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5147
CA Activation Rate den: 97006

Time: 04:26:29
holiday: 0
CA DL DataVolRatio Pct: 62.47
SIP_SC_Call_Attempts: 163

Avg_Connected_UEs: 58.21
SIP DC%: 
UPTP_Mbps: 45.23
DRB UL Data Volume MB: 591
PRB Util%: 45.53
DL Packet Loss Pct: 0.6
CA DL DataVolRatio Pct den: 9660
weekend: 0
UPTP Mbps Num: 8846
hr: 12
MAC_UE_SC_Tput: 12991.42
Bearer Releases: 16758

hr: 12
CA Activation Rate num: 3779953
Setup_Fail_DEN: 14797
SIP_SC_Total_MOU: 36.02
Peak UE: 66
MB_per_connected_UE: 118.01
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5552
UL Throughput: 2.7
DL Data Vol MAC in MB: 9854.45
CA Activation Rate den: 70349

Time: 19:45:29
holiday: 0
CA DL DataVolRatio Pct: 51

Avg_Connected_UEs: 75.65
SIP DC%: 
UPTP_Mbps: 12.13
DLRLCLayerDataVolume MB: 7847.32
DRB UL Data Volume MB: 2330
RRC Setup Attempts: 6249
CA Conf FailRate Pct den: 7496
weekend: 1
UPTP Mbps Num: 45533
CA Activation Rate: 65.62
hr: 23
MAC_UE_SC_Tput: 16279.91
Bearer Releases: 8867

hr: 23
qci1_setup_attempts: 194
Avg CQI: 8.46
CA Activation Rate num: 13299392
UPTP Mbps Den: 107
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 151.79
DL Volume: 2391
DL Data Vol MAC in MB: 8251.86

Combined RACH Preambles: 4180
Time: 19:48:07
holiday: 0
CA DL DataVolRatio Pct: 41.95
HO_att_InterFreq: 964
CA DL DataVolRatio Pct num: 6449
HO Attempts: 850

SIP DC%: 
DLRLCLayerDataVolume MB: 3578.85
DRB UL Data Volume MB: 7488
PRB Util%: 48.42
CA Conf FailRate Pct den: 8313
weekend: 0
CA Activation Rate: 49.34
hr: 19
MAC_UE_SC_Tput: 12952.82
Bearer Releases: 11568

hr: 19
Avg CQI: 9.96
CA Activation Rate num: 1172752
UPTP Mbps Den: 3050
Setup_Fail_DEN: 9394
SIP_SC_Total_MOU: 36.79
Peak UE: 27
MB_per_connected_UE: 107.44
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4091
UL Throughput: 2.6
DL Data Vol MAC in MB: 9972.39

Time: 07:18:18
holiday: 0
CA DL DataVolRatio Pct: 90.48
HO_att_InterFreq: 60

DL MAC Vol Scell Pct: 8.41
SIP DC%: 
DRB UL Data Volume MB: 8735
PRB Util%: 22.77
CA DL DataVolRatio Pct den: 2657
CA Conf FailRate Pct den: 5976
RSSIRX1 Avg: -98.18
weekend: 0
UPTP Mbps Num: 51555
CA Activation Rate: 5.25
hr: 10
MAC_UE_SC_Tput: 19636.03
Bearer Releases: 9908

hr: 10
CA Activation Rate num: 1563702
Setup_Fail_DEN: 17874
Peak UE: 28
MB_per_connected_UE: 79.54
PCT Time MIMO: 34.99
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5294

Combined RACH Preambles: 2763
Time: 08:23:13
holiday: 0
HO Attempts: 909

Avg_Connected_UEs: 45.85
SIP DC%: 
DRB UL Data Volume MB: 1721
RRC Setup Attempts: 7514
CA DL DataVolRatio Pct den: 6701
CA Conf FailRate Pct den: 7177
weekend: 0
UPTP Mbps Num: 15342
CA Activation Rate: 43.55
hr: 9
Bearer Releases: 13275

hr: 9
Avg CQI: 8.56
CA Activation Rate num: 2774983
UPTP Mbps Den: 1799
Peak UE: 29
MB_per_connected_UE: 62.1
UL Throughput: 3.02
DL Data Vol MAC in MB: 7734.58
CA Activation Rate den: 138839

Time: 08:46:28
holiday: 0
CA DL DataVolRatio Pct num: 1681
HO Attempts: 88

DL MAC Vol Scell Pct: 10.48
Avg_Connected_UEs: 45.3
SIP DC%: 
UPTP_Mbps: 30.64
DLRLCLayerDataVolume MB: 9184.7
DRB UL Data Volume MB: 8039
RRC Setup Attempts: 6196
CA DL DataVolRatio Pct den: 8672
CA Conf FailRate Pct den: 7627
weekend: 0
UPTP Mbps Num: 16810
CA Activation Rate: 17.63
hr: 5
MAC_UE_SC_Tput: 9475.79
Bearer Releases: 13952

hr: 5
Setup_Fail_DEN: 10115
SIP_SC_Total_MOU: 228.17
Peak UE: 27
DL Volume: 2937
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5765
UL Throughput: 4.1
DL Data Vol MAC in MB: 7344.77

Combined RACH Preambles: 2905
Time: 06:32:40
holiday: 0
CA DL DataVolRatio Pct: 64.37
CA DL DataVolRatio Pct num: 6650

DL MAC Vol Scell Pct: 10.44
Avg_Connected_UEs: 55.11
SIP DC%: 
UPTP_Mbps: 12.04
DLRLCLayerDataVolume MB: 4801.43
DRB UL Data Volume MB: 8308
RRC Setup Attempts: 6971
CA DL DataVolRatio Pct den: 9571
CA Conf FailRate Pct den: 9525
weekend: 0
UPTP Mbps Num: 42815
Bearer Setup Failure Voice Den: 144
RSSIRX2 Avg: -96.11
hr: 23
Bearer Releases: 11656

hr: 23
CA Activation Rate num: 9801897
UPTP Mbps Den: 5231
Setup_Fail_DEN: 18062
Peak UE: 27
MB_per_connected_UE: 60.27
PCT Time MIMO: 54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5163
UL Throughput: 0.96
DL Data Vol MAC in MB: 2063.36

Time: 10:12:02
holiday: 0
CA DL DataVolRatio Pct num: 6054

DL MAC Vol Scell Pct: 45.06
Avg_Connected_UEs: 33.63
SIP DC%: 
UPTP_Mbps: 39.46
DLRLCLayerDataVolume MB: 1837.05
DRB UL Data Volume MB: 8626
PRB Util%: 36.06
CA DL DataVolRatio Pct den: 5833
weekend: 0
Bearer Setup Failure Voice Den: 152
hr: 6
MAC_UE_SC_Tput: 5007.91
Bearer Releases: 14897

hr: 6
Avg CQI: 10.19
UPTP Mbps Den: 3066
Setup_Fail_DEN: 6858
Peak UE: 56
MB_per_connected_UE: 69.16
DL Volume: 275
QCI 1 Bearer Releases: 124
DL Data Vol MAC in MB: 7804.08
CA Activation Rate den: 134959

Combined RACH Preambles: 2484
Time: 13:13:40
Date: 23-10-2022
holiday: 0
CA DL DataVolRatio Pct: 86.89
CA DL DataVolRatio Pct num: 2582
HO Attempts: 259

DL MAC Vol Scell Pct: 47.57
SIP DC%: 
UPTP_Mbps: 8.16
DLRLCLayerDataVolume MB: 7314.2
DRB UL Data Volume MB: 9916
PRB Util%: 51.98
RRC Setup Attempts: 6283
CA DL DataVolRatio Pct den: 9940
weekend: 0
UPTP Mbps Num: 1538
hr: 2
MAC_UE_SC_Tput: 6447.86

hr: 2
UPTP Mbps Den: 1172
SIP_SC_Total_MOU: 219.32
S1U_SIP_SC_SEER_den: 144
Peak UE: 35
MB_per_connected_UE: 44.62
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3947
DL Data Vol MAC in MB: 5889.04
CA Activation Rate den: 77803

Combined RACH Preambles: 2306
Time: 01:40:21
Date: 14-10-2023
holiday: 0
HO Attempts: 96

DL MAC Vol Scell Pct: 37.68
SIP DC%: 
DLRLCLayerDataVolume MB: 9415.15
DRB UL Data Volume MB: 2915
RRC Setup Attempts: 9609
CA DL DataVolRatio Pct den: 9233
CA Conf FailRate Pct den: 8403
RSSIRX1 Avg: -97.9
weekend: 0
UPTP Mbps Num: 45208
hr: 19
MAC_UE_SC_Tput: 15430.77

hr: 19
Avg CQI: 7.23
CA Activation Rate num: 8737393
Setup_Fail_DEN: 14999
Peak UE: 27
MB_per_connected_UE: 66.36
PCT Time MIMO: 41.54
DL Volume: 7632

Time: 04:35:52
Date: 22-09-2023
holiday: 0
CA DL DataVolRatio Pct: 64.85
HO_att_InterFreq: 807
HO Attempts: 133

Avg_Connected_UEs: 26.91
SIP DC%: 
UPTP_Mbps: 90.22
DLRLCLayerDataVolume MB: 3267.61
DRB UL Data Volume MB: 8491
RRC Setup Attempts: 5930
CA DL DataVolRatio Pct den: 7836
weekend: 0
UPTP Mbps Num: 9913
CA Activation Rate: 64.66
hr: 2
Bearer Releases: 14844

hr: 2
CA Activation Rate num: 9182236
UPTP Mbps Den: 1893
Setup_Fail_DEN: 13225
SIP_SC_Total_MOU: 402.17
Peak UE: 33
MB_per_connected_UE: 45.44
PCT Time MIMO: 42.5
CA Activation Rate den: 87144

Time: 03:41:04
holiday: 0
HO Attempts: 567

Avg_Connected_UEs: 49.26
SIP DC%: 
UPTP_Mbps: 40.25
DLRLCLayerDataVolume MB: 7113.93
CA Conf FailRate Pct den: 5892
weekend: 0
UPTP Mbps Num: 16209
CA Activation Rate: 20.22
hr: 11
MAC_UE_SC_Tput: 6380.61
Bearer Releases: 11875

hr: 11
CA Activation Rate num: 4910330
UPTP Mbps Den: 1451
SIP_SC_Total_MOU: 150.87
Peak UE: 29
MB_per_connected_UE: 97.56
PCT Time MIMO: 46.87
DL Data Vol MAC in MB: 960.62

Time: 05:39:43
Date: 06-03-2022
holiday: 0
CA DL DataVolRatio Pct: 65.75
CA DL DataVolRatio Pct num: 6734

Avg_Connected_UEs: 58.41
SIP DC%: 
UPTP_Mbps: 21.36
DLRLCLayerDataVolume MB: 8658.12
PRB Util%: 37.51
CA DL DataVolRatio Pct den: 6141
weekend: 0
RSSIRX2 Avg: -95.02
CA Activation Rate: 20.72
hr: 15
MAC_UE_SC_Tput: 6599.78
Bearer Releases: 14948

hr: 15
CA Activation Rate num: 5914426
UPTP Mbps Den: 1947
Setup_Fail_DEN: 16087
Peak UE: 56
MB_per_connected_UE: 53.55
PCT Time MIMO: 42.9
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4722

Time: 19:33:03
holiday: 0
CA DL DataVolRatio Pct: 47.18
HO_att_InterFreq: 90
CA DL DataVolRatio Pct num: 6689
HO Attempts: 872

SIP DC%: 
UPTP_Mbps: 20.72
DLRLCLayerDataVolume MB: 7887.52
RRC Setup Attempts: 9158
CA Conf FailRate Pct den: 8951
weekend: 0
CA Activation Rate: 24.29
hr: 22
MAC_UE_SC_Tput: 7057.84
Bearer Releases: 11360

hr: 22
CA Activation Rate num: 601919
UPTP Mbps Den: 652
Setup_Fail_DEN: 9996
Peak UE: 33
MB_per_connected_UE: 31.01
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4022
DL Data Vol MAC in MB: 8352.48
CA Activation Rate den: 54012

Time: 10:20:17
holiday: 0
CA DL DataVolRatio Pct num: 298

DL MAC Vol Scell Pct: 56.86
Avg_Connected_UEs: 74.31
SIP DC%: 
UPTP_Mbps: 9.9
DLRLCLayerDataVolume MB: 7561.82
PRB Util%: 63.22
RRC Setup Attempts: 5997
CA Conf FailRate Pct den: 6359
weekend: 0
UPTP Mbps Num: 21717
hr: 0
MAC_UE_SC_Tput: 4698.08
Bearer Releases: 16375

hr: 0
CA Activation Rate num: 5121836
UPTP Mbps Den: 3017
Setup_Fail_DEN: 9305
Peak UE: 27
MB_per_connected_UE: 188.86
PCT Time MIMO: 34.13
DL Volume: 2042
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6554
DL Data Vol MAC in MB: 3271.73

Time: 01:00:31
holiday: 0
HO_att_InterFreq: 456

DL MAC Vol Scell Pct: 32.34
Avg_Connected_UEs: 50.3
SIP DC%: 
UPTP_Mbps: 13.48
DRB UL Data Volume MB: 8659
RRC Setup Attempts: 6091
weekend: 0
CA Activation Rate: 33.88
hr: 3
MAC_UE_SC_Tput: 12236.49

hr: 3
CA Activation Rate num: 10053883
SIP_SC_Total_MOU: 59.9
Peak UE: 27
MB_per_connected_UE: 27.06
CA Activation Rate den: 90176
Combined RACH Preambles: 2846
Time: 08:13:35

holiday: 0
CA DL DataVolRatio Pct: 76.42
CA DL DataVolRatio Pct num: 5436

Avg_Connected_UEs: 20.97
SIP DC%: 
UPTP_Mbps: 38.62
DLRLCLayerDataVolume MB: 8195.53
PRB Util%: 38.26
RRC Setup Attempts: 7138
CA Conf FailRate Pct den: 3843
weekend: 0
UPTP Mbps Num: 6518
CA Activation Rate: 75.29
hr: 3
MAC_UE_SC_Tput: 9173.59

hr: 3
Avg CQI: 10.25
CA Activation Rate num: 697138
Setup_Fail_DEN: 15327
Peak UE: 27
MB_per_connected_UE: 174.15
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5102
DL Data Vol MAC in MB: 751.55
CA Activation Rate den: 93143

Time: 11:01:10
Date: 04-08-2022
holiday: 0
CA DL DataVolRatio Pct: 73.58
HO Attempts: 625

Avg_Connected_UEs: 21.07
SIP DC%: 
UPTP_Mbps: 35.5
DLRLCLayerDataVolume MB: 681.51
DRB UL Data Volume MB: 6381
PRB Util%: 25.1
RRC Setup Attempts: 7132
CA DL DataVolRatio Pct den: 9065
RSSIRX1 Avg: -95.25
weekend: 0
CA Activation Rate: 65.28
hr: 23
MAC_UE_SC_Tput: 13082.34
Bearer Releases: 12538

hr: 23
CA Activation Rate num: 3473704
UPTP Mbps Den: 1111
Setup_Fail_DEN: 18685
SIP_SC_Total_MOU: 170.83
Peak UE: 27
MB_per_connected_UE: 88.19
PCT Time MIMO: 51.45
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3357
DL Data Vol MAC in MB: 7772.82
CA Activation Rate den: 91175
Combined RACH Preambles: 4339
Time: 10:14:15

Date: 13-05-2022
holiday: 0
CA DL DataVolRatio Pct: 59.93
CA DL DataVolRatio Pct num: 5459

DL MAC Vol Scell Pct: 22.18
Avg_Connected_UEs: 52.67
SIP DC%: 
UPTP_Mbps: 34.86
DLRLCLayerDataVolume MB: 7267.17
DRB UL Data Volume MB: 8787
PRB Util%: 41.47
CA DL DataVolRatio Pct den: 9024
CA Conf FailRate Pct den: 3289
weekend: 0
UPTP Mbps Num: 25166
CA Activation Rate: 59.88
hr: 9
MAC_UE_SC_Tput: 10614.9
Bearer Releases: 7993

hr: 9
CA Activation Rate num: 8486741
Setup_Fail_DEN: 19083
SIP_SC_Total_MOU: 80.48
Peak UE: 27
MB_per_connected_UE: 164.72
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7628
UL Throughput: 2.24
DL Data Vol MAC in MB: 9084.57
CA Activation Rate den: 104301

Combined RACH Preambles: 2277
Time: 11:45:10
Date: 15-03-2022
holiday: 0
HO_att_InterFreq: 290
HO Attempts: 638

Avg_Connected_UEs: 42.5
SIP DC%: 
DLRLCLayerDataVolume MB: 7897.52
RRC Setup Attempts: 9016
CA DL DataVolRatio Pct den: 2146
CA Conf FailRate Pct den: 7417
weekend: 0
CA Activation Rate: 75.98
hr: 0
MAC_UE_SC_Tput: 9070.24
Bearer Releases: 9462

hr: 0
CA Activation Rate num: 3301354
UPTP Mbps Den: 1798
Setup_Fail_DEN: 19451
SIP_SC_Total_MOU: 20.61
Peak UE: 44
PCT Time MIMO: 44.9
CA Activation Rate den: 73230

Combined RACH Preambles: 3485
Time: 19:08:47
Date: 16-06-2023
holiday: 0
HO_att_InterFreq: 373
CA DL DataVolRatio Pct num: 2749

DL MAC Vol Scell Pct: 9.83
SIP DC%: 
UPTP_Mbps: 41.74
DLRLCLayerDataVolume MB: 7317.57
DRB UL Data Volume MB: 5924
CA Conf FailRate Pct den: 5265
weekend: 1
hr: 10
Bearer Releases: 10327

hr: 10
CA Activation Rate num: 5034740
Setup_Fail_DEN: 15583
SIP_SC_Total_MOU: 298.15
Peak UE: 27
MB_per_connected_UE: 178.44
PCT Time MIMO: 32.4
DL Volume: 7745
UL Throughput: 0.66
DL Data Vol MAC in MB: 9627.79

Time: 23:15:33
Date: 26-03-2022
holiday: 0
HO_att_InterFreq: 372
CA DL DataVolRatio Pct num: 5392
HO Attempts: 365

SIP DC%: 
UPTP_Mbps: 36.52
PRB Util%: 56.86
CA DL DataVolRatio Pct den: 9259
weekend: 0
CA Activation Rate: 17.32
hr: 23
MAC_UE_SC_Tput: 10004.24
Bearer Releases: 11005

hr: 23
CA Activation Rate num: 8132015
Setup_Fail_DEN: 15302
SIP_SC_Total_MOU: 153.7
MB_per_connected_UE: 62.03
DL Volume: 2572
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4379
DL Data Vol MAC in MB: 6081.29
CA Activation Rate den: 61523

Time: 22:29:03
holiday: 0
CA DL DataVolRatio Pct: 62.15

DL MAC Vol Scell Pct: 17.44
Avg_Connected_UEs: 21.05
SIP DC%: 
UPTP_Mbps: 42.95
DLRLCLayerDataVolume MB: 4435.2
DRB UL Data Volume MB: 6099
CA DL DataVolRatio Pct den: 9018
weekend: 0
CA Activation Rate: 42.84
hr: 14
MAC_UE_SC_Tput: 13082.77
Bearer Releases: 14040

hr: 14
Avg CQI: 7.33
CA Activation Rate num: 7769537
UPTP Mbps Den: 1632
Setup_Fail_DEN: 16128
SIP_SC_Total_MOU: 266.94
S1U_SIP_SC_SEER_den: 279
Peak UE: 30
MB_per_connected_UE: 145.23
PCT Time MIMO: 43.97
DL Data Vol MAC in MB: 4042.74
CA Activation Rate den: 91934

Time: 09:22:35
Date: 27-09-2022
holiday: 0
CA DL DataVolRatio Pct: 81.2
HO Attempts: 264

DL MAC Vol Scell Pct: 16.36
Avg_Connected_UEs: 32.3
SIP DC%: 
UPTP_Mbps: 38.15
DRB UL Data Volume MB: 5777
Avg_PUCCH_SINR: 16.72
RRC Setup Attempts: 5451
CA DL DataVolRatio Pct den: 9423
weekend: 0
S1U_SIP_SC_SEER_num: 130
CA Activation Rate: 34.11
hr: 20
MAC_UE_SC_Tput: 8981.4
Bearer Releases: 12283

hr: 20
CA Activation Rate num: 2073521
S1U_SIP_SC_SEER_den: 167
Peak UE: 36
MB_per_connected_UE: 115.76
PCT Time MIMO: 66.31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6572
DL Data Vol MAC in MB: 1210.23
CA Activation Rate den: 216038

Time: 23:48:31
Date: 01-12-2022
holiday: 0
CA DL DataVolRatio Pct: 66.67
HO Attempts: 180

Avg_Connected_UEs: 46.34
SIP DC%: 
UPTP_Mbps: 45.32
DLRLCLayerDataVolume MB: 2825.86
DRB UL Data Volume MB: 9250
PRB Util%: 38.97
RRC Setup Attempts: 3681
CA Conf FailRate Pct den: 4561
weekend: 0
UPTP Mbps Num: 56965
S1U_SIP_SC_SEER_num: 184
hr: 9
MAC_UE_SC_Tput: 5676.65
Bearer Releases: 12966

hr: 9
CA Activation Rate num: 3467045
Setup_Fail_DEN: 15781
Peak UE: 49
MB_per_connected_UE: 51.47
PCT Time MIMO: 56.37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3732
UL Throughput: 2.58
DL Data Vol MAC in MB: 4137.69
CA Activation Rate den: 81631

Combined RACH Preambles: 2270
Time: 01:56:38
holiday: 0
CA DL DataVolRatio Pct num: 406

Avg_Connected_UEs: 54.33
SIP DC%: 
UPTP_Mbps: 22.73
DLRLCLayerDataVolume MB: 7257.94
DRB UL Data Volume MB: 7224
PRB Util%: 32.06
RRC Setup Attempts: 5230
CA DL DataVolRatio Pct den: 9578
CA Conf FailRate Pct den: 6918
weekend: 0
UPTP Mbps Num: 60257
RSSIRX2 Avg: -95.13
hr: 0
MAC_UE_SC_Tput: 6797.87
Bearer Releases: 7302

hr: 0
CA Activation Rate num: 7395847
UPTP Mbps Den: 2026
Setup_Fail_DEN: 10250
SIP_SC_Total_MOU: 79.7
Peak UE: 27
MB_per_connected_UE: 158.74
DL Volume: 1274
CA Activation Rate den: 134625

Time: 04:52:31
holiday: 0
CA DL DataVolRatio Pct: 77.72
HO_att_InterFreq: 346

DL MAC Vol Scell Pct: 6.36
Avg_Connected_UEs: 57.45
SIP DC%: 
DRB UL Data Volume MB: 7003
PRB Util%: 22.23
RRC Setup Attempts: 4728
CA DL DataVolRatio Pct den: 8225
weekend: 0
UPTP Mbps Num: 45793
CA Activation Rate: 3.49
hr: 0
MAC_UE_SC_Tput: 4596.57
Bearer Releases: 13286

hr: 0
UPTP Mbps Den: 995
Setup_Fail_DEN: 17583
SIP_SC_Total_MOU: 371.47
Peak UE: 49
VOLTE IA%: 
DL Data Vol MAC in MB: 4335.2
CA Activation Rate den: 44782

Time: 22:24:24
holiday: 0
HO_att_InterFreq: 999
CA DL DataVolRatio Pct num: 1374

DL MAC Vol Scell Pct: 48.15
SIP DC%: 
UPTP_Mbps: 14.28
DLRLCLayerDataVolume MB: 2599.23
DRB UL Data Volume MB: 7938
PRB Util%: 21.19
RRC Setup Attempts: 5115
weekend: 0
UPTP Mbps Num: 41964
RSSIRX2 Avg: -93.96
hr: 0
MAC_UE_SC_Tput: 5720.92

hr: 0
Avg CQI: 9.21
CA Activation Rate num: 2744866
Setup_Fail_DEN: 8245
Peak UE: 27
MB_per_connected_UE: 136.93
DL Volume: 2856
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4582
Combined RACH Preambles: 4652

Time: 09:27:02
Date: 26-04-2023
holiday: 0
CA DL DataVolRatio Pct: 62.89
HO_att_InterFreq: 712
HO Attempts: 801

Avg_Connected_UEs: 29.92
SIP DC%: 
UPTP_Mbps: 36
PRB Util%: 5.22
RRC Setup Attempts: 5351
CA Conf FailRate Pct den: 7018
weekend: 0
CA Activation Rate: 45.01
hr: 23
MAC_UE_SC_Tput: 4795.59
Bearer Releases: 16863

hr: 23
CA Activation Rate num: 5170773
UPTP Mbps Den: 2795
Setup_Fail_DEN: 14869
Peak UE: 27
MB_per_connected_UE: 187.25
PCT Time MIMO: 50.41
CA Activation Rate den: 143871

Time: 21:32:28
holiday: 0
CA DL DataVolRatio Pct: 43.31

DL MAC Vol Scell Pct: 18.31
Avg_Connected_UEs: 31.46
SIP DC%: 
UPTP_Mbps: 46.95
DLRLCLayerDataVolume MB: 2574.31
DRB UL Data Volume MB: 7630
CA DL DataVolRatio Pct den: 7051
CA Conf FailRate Pct den: 6607
weekend: 0
CA Activation Rate: 15.61
hr: 23
MAC_UE_SC_Tput: 10312.7
Bearer Releases: 16643

hr: 23
CA Activation Rate num: 9454513
UPTP Mbps Den: 2554
SIP_SC_Total_MOU: 358.03
UL MAC Vol Scell Pct: 0.57
Peak UE: 34
MB_per_connected_UE: 15.96
PCT Time MIMO: 60.78
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4234
UL Throughput: 3.62

Time: 02:27:30
holiday: 0
HO_att_InterFreq: 700
CA DL DataVolRatio Pct num: 6760

DL MAC Vol Scell Pct: 9.29
Avg_Connected_UEs: 40.28
SIP DC%: 
DRB UL Data Volume MB: 9806
PRB Util%: 38.44
RRC Setup Attempts: 6735
CA DL DataVolRatio Pct den: 597
CA Conf FailRate Pct den: 8800
RSSIRX1 Avg: -95.1
weekend: 0
UPTP Mbps Num: 2743
CA Activation Rate: 54.76
hr: 16
Bearer Releases: 17174

hr: 16
CA Activation Rate num: 1206638
SIP_SC_Total_MOU: 68.22
Peak UE: 27
PCT Time MIMO: 58
DL Volume: 671
DL Data Vol MAC in MB: 1418.04

Time: 06:25:29
Date: 08-05-2023
holiday: 0
CA DL DataVolRatio Pct num: 4977

DL MAC Vol Scell Pct: 31.7
Avg_Connected_UEs: 33.93
SIP DC%: 
DLRLCLayerDataVolume MB: 2380.67
PRB Util%: 37.72
CA DL DataVolRatio Pct den: 6101
weekend: 0
UPTP Mbps Num: 9104
hr: 10
MAC_UE_SC_Tput: 7530.55

hr: 10
CA Activation Rate num: 6249736
SIP_SC_Total_MOU: 272.68
Peak UE: 27
MB_per_connected_UE: 18.29
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4553
UL Throughput: 1.47
DL Data Vol MAC in MB: 7573.56

Combined RACH Preambles: 4585
Time: 10:17:19
holiday: 0
CA DL DataVolRatio Pct: 74.21
HO_att_InterFreq: 380
CA DL DataVolRatio Pct num: 4826

DL MAC Vol Scell Pct: 3.15
Avg_Connected_UEs: 35.6
SIP DC%: 
UPTP_Mbps: 42.56
DRB UL Data Volume MB: 7033
RRC Setup Attempts: 4104
CA DL DataVolRatio Pct den: 7033
CA Conf FailRate Pct den: 8006
weekend: 1
UPTP Mbps Num: 32262
CA Activation Rate: 13.64
hr: 0
MAC_UE_SC_Tput: 13726.76
Bearer Releases: 9691

hr: 0
CA Activation Rate num: 2688665
UPTP Mbps Den: 249
Setup_Fail_DEN: 9682
Peak UE: 27
MB_per_connected_UE: 173.1
DL Volume: 9105
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3958
DL Data Vol MAC in MB: 7033.57
Combined RACH Preambles: 1973

Time: 20:51:59
holiday: 0
CA DL DataVolRatio Pct: 63.56

Avg_Connected_UEs: 47.02
SIP DC%: 
UPTP_Mbps: 80.46
DLRLCLayerDataVolume MB: 5268.68
DRB UL Data Volume MB: 693
PRB Util%: 41.27
CA DL DataVolRatio Pct den: 8183
CA Conf FailRate Pct den: 3544
weekend: 0
CA Activation Rate: 32.1
hr: 9
MAC_UE_SC_Tput: 6257.55
Bearer Releases: 7396

hr: 9
CA Activation Rate num: 686759
UPTP Mbps Den: 365
Setup_Fail_DEN: 7635
SIP_SC_Total_MOU: 74.32
Peak UE: 27
DL Volume: 7955
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3636
UL Throughput: 9.61
DL Data Vol MAC in MB: 5460.36
CA Activation Rate den: 149932
Time: 02:38:24

holiday: 0
CA DL DataVolRatio Pct num: 4088
HO Attempts: 615

Avg_Connected_UEs: 36.74
SIP DC%: 
DLRLCLayerDataVolume MB: 9415.68
DRB UL Data Volume MB: 648
RRC Setup Attempts: 4551
CA DL DataVolRatio Pct den: 10109
CA Conf FailRate Pct den: 8152
weekend: 0
UPTP Mbps Num: 21698
hr: 0
MAC_UE_SC_Tput: 6859.17
Bearer Releases: 7970

hr: 0
CA Activation Rate num: 5015239
SIP_SC_Total_MOU: 87.5
UL MAC Vol Scell Pct: 0.05
Peak UE: 27
PCT Time MIMO: 33.86
UL Throughput: 3
DL Data Vol MAC in MB: 5073.69
CA Activation Rate den: 73026

Time: 04:29:56
holiday: 0
CA DL DataVolRatio Pct: 76.03
CA DL DataVolRatio Pct num: 2847

Avg_Connected_UEs: 72.14
SIP DC%: 
UPTP_Mbps: 110.3
DRB UL Data Volume MB: 6578
PRB Util%: 60.61
CA DL DataVolRatio Pct den: 6087
RSSIRX1 Avg: -95.77
weekend: 0
UPTP Mbps Num: 36607
hr: 12
MAC_UE_SC_Tput: 6234.14

hr: 12
CA Activation Rate num: 9317013
UPTP Mbps Den: 2868
Setup_Fail_DEN: 15756
SIP_SC_Total_MOU: 286.76
S1U_SIP_SC_SEER_den: 179
Peak UE: 27
MB_per_connected_UE: 88.75
DL Volume: 4671
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4248
UL Throughput: 5.13

Time: 01:35:21
holiday: 0
CA DL DataVolRatio Pct: 68.63
HO_att_InterFreq: 524
CA DL DataVolRatio Pct num: 1043
HO Attempts: 389

DL MAC Vol Scell Pct: 36.63
SIP DC%: 
DLRLCLayerDataVolume MB: 5462.83
DRB UL Data Volume MB: 7884
DL Packet Loss Pct: 3.83
CA Conf FailRate Pct den: 4317
weekend: 0
UPTP Mbps Num: 10506
RSSIRX2 Avg: -95.51
CA Activation Rate: 21.83
hr: 11
MAC_UE_SC_Tput: 4706.96
Bearer Releases: 7231

hr: 11
qci1_setup_attempts: 189
CA Activation Rate num: 3370423
UPTP Mbps Den: 549
Peak UE: 67
MB_per_connected_UE: 67.15
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7789
DL Data Vol MAC in MB: 7913.34

Time: 17:27:07
holiday: 0
CA DL DataVolRatio Pct: 79.82

Avg_Connected_UEs: 42.42
SIP DC%: 
UPTP_Mbps: 25.6
DLRLCLayerDataVolume MB: 4999.23
DRB UL Data Volume MB: 6410
CA DL DataVolRatio Pct den: 9335
weekend: 0
CA Activation Rate: 15.9
hr: 17
MAC_UE_SC_Tput: 13199.02
Bearer Releases: 17990

hr: 17
CA Activation Rate num: 10089820
Setup_Fail_DEN: 10284
SIP_SC_Total_MOU: 274
Peak UE: 70
VOLTE IA%: 
MB_per_connected_UE: 58.4
DL Volume: 3982
UL Throughput: 5.36
CA Activation Rate den: 116418

Combined RACH Preambles: 3260
Time: 20:27:39
holiday: 0
CA DL DataVolRatio Pct: 79.29
HO_att_InterFreq: 975
CA DL DataVolRatio Pct num: 4118

Avg_Connected_UEs: 77.25
SIP DC%: 
UPTP_Mbps: 118.07
DLRLCLayerDataVolume MB: 2310.08
PRB Util%: 39.55
CA DL DataVolRatio Pct den: 7932
weekend: 0
UPTP Mbps Num: 58764
CA Activation Rate: 48.8
hr: 3
MAC_UE_SC_Tput: 4522.42

hr: 3
CA Activation Rate num: 8648522
UPTP Mbps Den: 4354
Setup_Fail_DEN: 14845
SIP_SC_Total_MOU: 48.28
Peak UE: 32
MB_per_connected_UE: 29.65
DL Volume: 4412
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6962
DL Data Vol MAC in MB: 7524.99
CA Activation Rate den: 47329

Combined RACH Preambles: 3268
Time: 16:49:50
holiday: 0
CA DL DataVolRatio Pct: 92.7
CA DL DataVolRatio Pct num: 1577

Avg_Connected_UEs: 82.75
SIP DC%: 
UPTP_Mbps: 83.51
DLRLCLayerDataVolume MB: 5361.48
CA Conf FailRate Pct den: 9287
weekend: 1
CA Activation Rate: 6.49
hr: 9
MAC_UE_SC_Tput: 6189.6
Bearer Releases: 11982

hr: 9
CA Activation Rate num: 9064773
UPTP Mbps Den: 2996
Setup_Fail_DEN: 9821
SIP_SC_Total_MOU: 255.01
Peak UE: 53
MB_per_connected_UE: 182.74
PCT Time MIMO: 32.66
DL Volume: 4098
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6256
DL Data Vol MAC in MB: 449.8
CA Activation Rate den: 73620

Time: 14:00:45
Date: 12-07-2022
holiday: 0
CA DL DataVolRatio Pct: 57.63

Avg_Connected_UEs: 17.09
SIP DC%: 
UPTP_Mbps: 40.8
DRB UL Data Volume MB: 1336
PRB Util%: 75.39
RRC Setup Attempts: 5086
CA DL DataVolRatio Pct den: 6954
CA Conf FailRate Pct den: 6990
RSSIRX1 Avg: -94.85
weekend: 0
UPTP Mbps Num: 1608
CA Activation Rate: 72.09
hr: 13
MAC_UE_SC_Tput: 17954.08
Bearer Releases: 15363

hr: 13
CA Activation Rate num: 9175976
UPTP Mbps Den: 2168
Setup_Fail_DEN: 14981
Peak UE: 27
DL Volume: 6795
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4554
DL Data Vol MAC in MB: 1125.93
CA Activation Rate den: 45787

Time: 21:06:48
holiday: 0
HO_att_InterFreq: 879
HO Attempts: 713

DL MAC Vol Scell Pct: 11.35
Avg_Connected_UEs: 44.79
SIP DC%: 
UPTP_Mbps: 38.4
DLRLCLayerDataVolume MB: 3416.02
RRC Setup Attempts: 6400
weekend: 0
UPTP Mbps Num: 45256
hr: 8
MAC_UE_SC_Tput: 16404.7
Bearer Releases: 9957

hr: 8
qci1_setup_attempts: 92
CA Activation Rate num: 2165719
Setup_Fail_DEN: 8837
SIP_SC_Total_MOU: 149.87
Peak UE: 81
PCT Time MIMO: 68.2
DL Volume: 7892
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3997
DL Data Vol MAC in MB: 8318.5

Time: 03:09:48
Date: 23-08-2022
holiday: 0
CA DL DataVolRatio Pct num: 2976

SIP DC%: 
UPTP_Mbps: 11.71
DLRLCLayerDataVolume MB: 5478
DRB UL Data Volume MB: 6782
RRC Setup Attempts: 3845
CA Conf FailRate Pct den: 6019
weekend: 0
CA Activation Rate: 17.77
hr: 0
Bearer Releases: 6955

hr: 0
CA Activation Rate num: 883469
UPTP Mbps Den: 1490
SIP_SC_Total_MOU: 168.2
Peak UE: 27
MB_per_connected_UE: 184.34
DL Volume: 755
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7082
UL Throughput: 3.74
DL Data Vol MAC in MB: 3981.59
CA Activation Rate den: 75264

Time: 21:59:10
holiday: 0

Avg_Connected_UEs: 56.95
SIP DC%: 
UPTP_Mbps: 44.24
DLRLCLayerDataVolume MB: 5437.03
weekend: 0
UPTP Mbps Num: 47964
RSSIRX2 Avg: -95.21
CA Activation Rate: 7.48
hr: 13
MAC_UE_SC_Tput: 4271.03

hr: 13
Avg CQI: 7.46
UPTP Mbps Den: 420
Setup_Fail_DEN: 14219
SIP_SC_Total_MOU: 126.47
Peak UE: 27
MB_per_connected_UE: 191.57
DL Data Vol MAC in MB: 7862.93
CA Activation Rate den: 194908

Time: 11:46:37
Date: 08-01-2022
holiday: 0
CA DL DataVolRatio Pct num: 1497

DL MAC Vol Scell Pct: 24.37
Avg_Connected_UEs: 57.53
SIP DC%: 
DLRLCLayerDataVolume MB: 8588.4
PRB Util%: 13.21
weekend: 1
UPTP Mbps Num: 24880
CA Activation Rate: 8.95
hr: 21
MAC_UE_SC_Tput: 9619.9
Bearer Releases: 15418

hr: 21
CA Activation Rate num: 5856018
UPTP Mbps Den: 424
SIP_SC_Total_MOU: 76.26
Peak UE: 27
MB_per_connected_UE: 43.04
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5886
CA Activation Rate den: 102152

Time: 14:35:27
holiday: 0
CA DL DataVolRatio Pct: 73.69
CA DL DataVolRatio Pct num: 1792
HO Attempts: 152

DL MAC Vol Scell Pct: 50.71
SIP DC%: 
UPTP_Mbps: 36.72
DLRLCLayerDataVolume MB: 6683.2
DRB UL Data Volume MB: 1255
PRB Util%: 36.83
RRC Setup Attempts: 8548
weekend: 0
UPTP Mbps Num: 20588
CA Activation Rate: 51.27
hr: 0
MAC_UE_SC_Tput: 14665.35
Bearer Releases: 10953

hr: 0
CA Activation Rate num: 6961595
Peak UE: 27
MB_per_connected_UE: 174.55
DL Volume: 1275
DL Data Vol MAC in MB: 1913.53
CA Activation Rate den: 115549

Time: 18:52:15
holiday: 0
Bearer Releases Voice: 161

DL MAC Vol Scell Pct: 49.73
SIP DC%: 
UPTP_Mbps: 42.94
DLRLCLayerDataVolume MB: 6041.87
DRB UL Data Volume MB: 7200
weekend: 0
UPTP Mbps Num: 22180
CA Activation Rate: 16.68
hr: 0
MAC_UE_SC_Tput: 7347.84

hr: 0
CA Activation Rate num: 8988952
UPTP Mbps Den: 2078
Setup_Fail_DEN: 9514
Peak UE: 60
MB_per_connected_UE: 62.65
DL Volume: 9723
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8078
DL Data Vol MAC in MB: 2466.76
CA Activation Rate den: 120422

Time: 14:33:45
holiday: 0
CA DL DataVolRatio Pct: 71.25
HO_att_InterFreq: 709
CA DL DataVolRatio Pct num: 6163

Avg_Connected_UEs: 80.57
SIP DC%: 
UPTP_Mbps: 27.35
DLRLCLayerDataVolume MB: 3934.75
RRC Setup Attempts: 6241
CA DL DataVolRatio Pct den: 4357
CA Conf FailRate Pct den: 5093
weekend: 0
UPTP Mbps Num: 4918
hr: 3
MAC_UE_SC_Tput: 8147.61
Bearer Releases: 7437

hr: 3
CA Activation Rate num: 97779
UPTP Mbps Den: 3767
Peak UE: 27
MB_per_connected_UE: 206.28
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3150
DL Data Vol MAC in MB: 4123.69
CA Activation Rate den: 55348

Time: 22:29:56
Date: 26-12-2023
holiday: 0
CA DL DataVolRatio Pct: 64.44
CA DL DataVolRatio Pct num: 5077

DL MAC Vol Scell Pct: 40.71
SIP DC%: 
DRB UL Data Volume MB: 4871
RRC Setup Attempts: 5445
CA Conf FailRate Pct den: 7953
weekend: 0
UPTP Mbps Num: 14994
CA Activation Rate: 10.2
hr: 2
MAC_UE_SC_Tput: 11202.82
Bearer Releases: 6950

hr: 2
CA Activation Rate num: 6055866
UPTP Mbps Den: 4131
SIP_SC_Total_MOU: 163.92
Peak UE: 27
DL Volume: 3487
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5629
DL Data Vol MAC in MB: 5948.69

Time: 22:08:13
holiday: 0
CA DL DataVolRatio Pct: 73.08

Avg_Connected_UEs: 51.9
SIP DC%: 
DLRLCLayerDataVolume MB: 7896.39
PRB Util%: 14
CA DL DataVolRatio Pct den: 6320
CA Conf FailRate Pct den: 5387
weekend: 0
UPTP Mbps Num: 7717
RSSIRX2 Avg: -95.79
hr: 10
MAC_UE_SC_Tput: 40034.77
Bearer Releases: 10417

hr: 10
CA Activation Rate num: 10182843
UPTP Mbps Den: 1261
Setup_Fail_DEN: 11060
SIP_SC_Total_MOU: 145.31
Peak UE: 27
MB_per_connected_UE: 179.11

Combined RACH Preambles: 2090
Time: 19:55:59
holiday: 0
CA DL DataVolRatio Pct: 63.94

Avg_Connected_UEs: 61.04
SIP DC%: 
UPTP_Mbps: 45.73
DLRLCLayerDataVolume MB: 9214.08
DRB UL Data Volume MB: 7238
CA Conf FailRate Pct den: 7277
weekend: 0
UPTP Mbps Num: 1138
CA Activation Rate: 2.88
hr: 0
MAC_UE_SC_Tput: 19260.78
Bearer Releases: 6453

hr: 0
Setup_Fail_DEN: 9906
S1U_SIP_SC_SEER_den: 209
Peak UE: 45
MB_per_connected_UE: 92.37
DL Data Vol MAC in MB: 7919.63
CA Activation Rate den: 37888

Combined RACH Preambles: 2140
Time: 02:32:03
holiday: 0
CA DL DataVolRatio Pct: 76.63
CA DL DataVolRatio Pct num: 2589

DL MAC Vol Scell Pct: 28.15
SIP DC%: 
UPTP_Mbps: 11.98
CA DL DataVolRatio Pct den: 8426
CA Conf FailRate Pct den: 7333
weekend: 0
CA Activation Rate: 64.68
hr: 14
MAC_UE_SC_Tput: 4652.66

hr: 14
CA Activation Rate num: 10996803
UPTP Mbps Den: 2696
Setup_Fail_DEN: 9735
SIP_SC_Total_MOU: 291.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7350
UL Throughput: 1.12

Time: 10:29:20
holiday: 0
CA DL DataVolRatio Pct: 60.29
HO_att_InterFreq: 978
CA DL DataVolRatio Pct num: 6272

DL MAC Vol Scell Pct: 2.93
Avg_Connected_UEs: 71.23
SIP DC%: 
UPTP_Mbps: 122.03
DLRLCLayerDataVolume MB: 2581.9
RRC Setup Attempts: 5679
CA Conf FailRate Pct den: 4943
weekend: 1
CA Activation Rate: 29
hr: 0
MAC_UE_SC_Tput: 10679.2

hr: 0
CA Activation Rate num: 3850916
UPTP Mbps Den: 934
Setup_Fail_DEN: 14411
S1U_SIP_SC_SEER_den: 224
Peak UE: 27
MB_per_connected_UE: 179.69
DL Volume: 3701
CA Activation Rate den: 49892
Combined RACH Preambles: 4145
Time: 01:29:02

holiday: 0
CA DL DataVolRatio Pct: 57.47

Avg_Connected_UEs: 20.47
SIP DC%: 
UPTP_Mbps: 16.09
DLRLCLayerDataVolume MB: 2614.81
PRB Util%: 23.41
RRC Setup Attempts: 7443
CA DL DataVolRatio Pct den: 4275
CA Conf FailRate Pct den: 8517
RSSIRX1 Avg: -95.62
weekend: 0
CA Activation Rate: 64.08
hr: 23
MAC_UE_SC_Tput: 14650.02
Bearer Releases: 14726

hr: 23
CA Activation Rate num: 7939851
UPTP Mbps Den: 2387
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3369
DL Data Vol MAC in MB: 9206.42
CA Activation Rate den: 95478
Combined RACH Preambles: 2175

Time: 09:14:27
holiday: 0
Bearer Releases Voice: 98

Avg_Connected_UEs: 23.33
SIP DC%: 
UPTP_Mbps: 28.68
RRC Setup Attempts: 4918
CA DL DataVolRatio Pct den: 9896
CA Conf FailRate Pct den: 4234
RSSIRX1 Avg: -94.17
weekend: 0
CA Activation Rate: 23.35
hr: 22
MAC_UE_SC_Tput: 8052.68
Bearer Releases: 14278

hr: 22
CA Activation Rate num: 4806664
UPTP Mbps Den: 2234
SIP_SC_Total_MOU: 66.14
Peak UE: 27
MB_per_connected_UE: 176.93
PCT Time MIMO: 48.08
DL Volume: 4199
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4565

Combined RACH Preambles: 2287
Time: 15:05:15
holiday: 0
HO_att_InterFreq: 1004

Avg_Connected_UEs: 57.02
SIP DC%: 
UPTP_Mbps: 34.05
DLRLCLayerDataVolume MB: 9359.15
DRB UL Data Volume MB: 7685
CA DL DataVolRatio Pct den: 6932
CA Conf FailRate Pct den: 6936
weekend: 0
CA Activation Rate: 66.3
hr: 6
MAC_UE_SC_Tput: 7681.59
Bearer Releases: 8172

hr: 6
CA Activation Rate num: 9459879
UPTP Mbps Den: 3626
Setup_Fail_DEN: 12911
MB_per_connected_UE: 18.22
PCT Time MIMO: 41.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3400
UL Throughput: 6.22
DL Data Vol MAC in MB: 9994.35
CA Activation Rate den: 73437

Time: 23:52:46
holiday: 0
HO_att_InterFreq: 929
CA DL DataVolRatio Pct num: 5236

DL MAC Vol Scell Pct: 8.52
Avg_Connected_UEs: 56.62
SIP DC%: 
UPTP_Mbps: 30.89
DRB UL Data Volume MB: 6771
RRC Setup Attempts: 7452
CA DL DataVolRatio Pct den: 9116
weekend: 0
UPTP Mbps Num: 36826
RSSIRX2 Avg: -94.49
CA Activation Rate: 64.36
hr: 10
MAC_UE_SC_Tput: 11468.37
Bearer Releases: 11806

hr: 10
CA Activation Rate num: 7499741
UPTP Mbps Den: 5737
Peak UE: 27
MB_per_connected_UE: 111.28
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3815
QCI 1 Bearer Releases: 161
CA Activation Rate den: 62842

Time: 14:17:23
Date: 05-01-2022
holiday: 0
HO_att_InterFreq: 432

DL MAC Vol Scell Pct: 9.73
Avg_Connected_UEs: 24.61
SIP DC%: 
UPTP_Mbps: 23.22
DLRLCLayerDataVolume MB: 4734.26
DRB UL Data Volume MB: 1680
PRB Util%: 24.78
RRC Setup Attempts: 6343
CA Conf FailRate Pct den: 4418
weekend: 0
CA Activation Rate: 3.98
hr: 8
MAC_UE_SC_Tput: 11278.82
Bearer Releases: 12965

hr: 8
CA Activation Rate num: 5491073
UPTP Mbps Den: 878
Setup_Fail_DEN: 16921
SIP_SC_Total_MOU: 321.92
Peak UE: 27
MB_per_connected_UE: 27.53
CA Activation Rate den: 44797

Time: 04:14:36
holiday: 0
CA DL DataVolRatio Pct: 88.91
HO_att_InterFreq: 366
HO Attempts: 671

DL MAC Vol Scell Pct: 9.89
Avg_Connected_UEs: 80.74
SIP DC%: 
UPTP_Mbps: 46.78
DLRLCLayerDataVolume MB: 5538.19
PRB Util%: 41.07
RRC Setup Attempts: 7029
CA DL DataVolRatio Pct den: 9611
CA Conf FailRate Pct den: 4955
weekend: 0
UPTP Mbps Num: 21603
CA Activation Rate: 31.55
hr: 5
MAC_UE_SC_Tput: 4428.59
Bearer Releases: 9521

hr: 5
CA Activation Rate num: 4707400
UPTP Mbps Den: 2813
Setup_Fail_DEN: 15875
Peak UE: 27
MB_per_connected_UE: 194.54
PCT Time MIMO: 64.73
DL Volume: 5814
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7296
DL Data Vol MAC in MB: 1275.76
CA Activation Rate den: 63879
Combined RACH Preambles: 2885

Time: 15:53:11
Date: 15-02-2022
holiday: 0
CA DL DataVolRatio Pct: 62.29

DL MAC Vol Scell Pct: 3.78
Avg_Connected_UEs: 43.31
SIP DC%: 
UPTP_Mbps: 34.06
DLRLCLayerDataVolume MB: 9959.96
RRC Setup Attempts: 3551
weekend: 1
hr: 21
MAC_UE_SC_Tput: 5903.09
Bearer Releases: 13738

hr: 21
CA Activation Rate num: 6897003
UPTP Mbps Den: 3995
Setup_Fail_DEN: 6938
Peak UE: 27
MB_per_connected_UE: 166.21

Time: 08:31:33
holiday: 0
CA DL DataVolRatio Pct num: 3171
HO Attempts: 249

DL MAC Vol Scell Pct: 22.17
Avg_Connected_UEs: 38.75
SIP DC%: 
UPTP_Mbps: 132.31
DLRLCLayerDataVolume MB: 987.11
DRB UL Data Volume MB: 8614
PRB Util%: 58.1
RRC Setup Attempts: 5591
CA DL DataVolRatio Pct den: 6551
CA Conf FailRate Pct den: 6604
weekend: 0
RSSIRX2 Avg: -97.47
CA Activation Rate: 14.2
hr: 17
MAC_UE_SC_Tput: 14399.19
Bearer Releases: 12029

hr: 17
CA Activation Rate num: 9637763
UPTP Mbps Den: 551
SIP_SC_Total_MOU: 18.94
S1U_SIP_SC_SEER_den: 253
Peak UE: 36
MB_per_connected_UE: 165.35
PCT Time MIMO: 48.13
DL Volume: 6033
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6033

Combined RACH Preambles: 3842
Time: 21:27:07
holiday: 0
CA DL DataVolRatio Pct: 70.83
HO_att_InterFreq: 981

Avg_Connected_UEs: 43.95
SIP DC%: 
RRC Setup Attempts: 7351
CA DL DataVolRatio Pct den: 9058
CA Conf FailRate Pct den: 8697
RSSIRX1 Avg: -97.44
weekend: 0
UPTP Mbps Num: 15213
hr: 0
MAC_UE_SC_Tput: 6668.04
Bearer Releases: 17579

hr: 0
CA Activation Rate num: 11734214
UPTP Mbps Den: 1650
Setup_Fail_DEN: 11148
SIP_SC_Total_MOU: 107.38
Peak UE: 27
MB_per_connected_UE: 59.78
DL Volume: 6749
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4116
UL Throughput: 4.08
DL Data Vol MAC in MB: 4710.55
CA Activation Rate den: 93342

Combined RACH Preambles: 2414
Time: 05:27:21
holiday: 0
CA DL DataVolRatio Pct num: 1426

DL MAC Vol Scell Pct: 2.81
Avg_Connected_UEs: 45.17
SIP DC%: 
UPTP_Mbps: 20.19
DLRLCLayerDataVolume MB: 1172.74
PRB Util%: 5.31
CA Conf FailRate Pct den: 7926
RSSIRX1 Avg: -93.2
weekend: 0
UPTP Mbps Num: 11416
CA Activation Rate: 58.79
hr: 19
MAC_UE_SC_Tput: 9072.08
Bearer Releases: 17549

hr: 19
qci1_setup_attempts: 89
CA Activation Rate num: 6448367
Setup_Fail_DEN: 14497
SIP_SC_Total_MOU: 171.52
Peak UE: 30
MB_per_connected_UE: 21.5
DL Data Vol MAC in MB: 690.71

Time: 23:01:40
Date: 19-04-2022
holiday: 0
CA DL DataVolRatio Pct: 76.71

DL MAC Vol Scell Pct: 5.65
Avg_Connected_UEs: 56.68
SIP DC%: 
DLRLCLayerDataVolume MB: 3753.65
DRB UL Data Volume MB: 6131
PRB Util%: 47.48
RRC Setup Attempts: 5732
CA DL DataVolRatio Pct den: 7012
CA Conf FailRate Pct den: 9335
weekend: 0
UPTP Mbps Num: 15709
CA Activation Rate: 12.35
hr: 15
MAC_UE_SC_Tput: 8356.24
Bearer Releases: 8478

hr: 15
CA Activation Rate num: 5924199
Setup_Fail_DEN: 9343
SIP_SC_Total_MOU: 146.24
Peak UE: 62
MB_per_connected_UE: 140.09
PCT Time MIMO: 32.75
DL Data Vol MAC in MB: 8131.64
CA Activation Rate den: 127132

Time: 06:41:00
holiday: 0
CA DL DataVolRatio Pct num: 4255

DL MAC Vol Scell Pct: 11.51
SIP DC%: 
UPTP_Mbps: 123.73
DLRLCLayerDataVolume MB: 1192.92
DRB UL Data Volume MB: 1277
PRB Util%: 41.46
RRC Setup Attempts: 6853
CA Conf FailRate Pct den: 7160
weekend: 0
UPTP Mbps Num: 2652
CA Activation Rate: 22.4
hr: 0
MAC_UE_SC_Tput: 19077.3
Bearer Releases: 7490

hr: 0
qci1_setup_attempts: 134
CA Activation Rate num: 3035872
UPTP Mbps Den: 316
Setup_Fail_DEN: 12399
SIP_SC_Total_MOU: 305.58
S1U_SIP_SC_SEER_den: 254
Peak UE: 27
MB_per_connected_UE: 48.11
DL Volume: 8064
UL Throughput: 2.51
DL Data Vol MAC in MB: 2331.78

Combined RACH Preambles: 3630
Time: 10:32:54
holiday: 0
CA DL DataVolRatio Pct: 75.25
HO_att_InterFreq: 744
CA DL DataVolRatio Pct num: 7499

DL MAC Vol Scell Pct: 43.24
SIP DC%: 
UPTP_Mbps: 31.92
DRB UL Data Volume MB: 8130
PRB Util%: 35.64
RRC Setup Attempts: 7791
CA DL DataVolRatio Pct den: 10132
CA Conf FailRate Pct den: 5446
weekend: 0
UPTP Mbps Num: 26250
hr: 23
MAC_UE_SC_Tput: 4555.86

hr: 23
CA Activation Rate num: 9697227
UPTP Mbps Den: 1217
Setup_Fail_DEN: 13446
SIP_SC_Total_MOU: 257.92
Peak UE: 27
MB_per_connected_UE: 105.26
PCT Time MIMO: 67.56
DL Volume: 8353
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3360
CA Activation Rate den: 58501

Time: 22:43:40
Date: 29-05-2023
holiday: 0
CA DL DataVolRatio Pct: 62.63

DL MAC Vol Scell Pct: 33.31
Avg_Connected_UEs: 44.91
SIP DC%: 
DLRLCLayerDataVolume MB: 3190.43
DRB UL Data Volume MB: 7658
CA Conf FailRate Pct den: 3518
weekend: 0
UPTP Mbps Num: 20006
CA Activation Rate: 55.84
hr: 7
MAC_UE_SC_Tput: 7414.54
Bearer Releases: 17696

hr: 7
CA Activation Rate num: 9048840
UPTP Mbps Den: 1691
SIP_SC_Total_MOU: 57.3
Peak UE: 27
MB_per_connected_UE: 190.41
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4645
DL Data Vol MAC in MB: 7409.29
CA Activation Rate den: 91608

Combined RACH Preambles: 2206
Time: 01:00:03
Date: 21-09-2023
holiday: 0
CA DL DataVolRatio Pct: 84.24
Bearer Releases Voice: 162
HO_att_InterFreq: 83
CA DL DataVolRatio Pct num: 85
HO Attempts: 515

DL MAC Vol Scell Pct: 10.34
Avg_Connected_UEs: 30.92
SIP DC%: 
UPTP_Mbps: 53.31
DLRLCLayerDataVolume MB: 1303.95
DRB UL Data Volume MB: 8470
PRB Util%: 38.92
RRC Setup Attempts: 3340
CA Conf FailRate Pct den: 7746
weekend: 0
UPTP Mbps Num: 5114
CA Activation Rate: 46.7
hr: 23
MAC_UE_SC_Tput: 10022.35
Bearer Releases: 17645

hr: 23
CA Activation Rate num: 2575544
UPTP Mbps Den: 3962
Setup_Fail_DEN: 10953
SIP_SC_Total_MOU: 38.93
Peak UE: 50
MB_per_connected_UE: 85.15
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3252
UL Throughput: 3.96
DL Data Vol MAC in MB: 4135.8
CA Activation Rate den: 58884

Time: 12:58:26
Date: 15-05-2023
holiday: 0
CA DL DataVolRatio Pct: 79.18
CA DL DataVolRatio Pct num: 4470

Avg_Connected_UEs: 25.02
SIP DC%: 
UPTP_Mbps: 20.54
DRB UL Data Volume MB: 2447
PRB Util%: 32.03
RRC Setup Attempts: 3965
CA DL DataVolRatio Pct den: 5810
CA Conf FailRate Pct den: 5235
weekend: 0
RSSIRX2 Avg: -96.47
CA Activation Rate: 40.83
hr: 12
MAC_UE_SC_Tput: 15112.54
Bearer Releases: 10794

hr: 12
CA Activation Rate num: 6317278
SIP_SC_Total_MOU: 4.56
Peak UE: 78
MB_per_connected_UE: 39.83
PCT Time MIMO: 49.01
DL Volume: 7246
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3553
DL Data Vol MAC in MB: 7970.74
CA Activation Rate den: 129644

Time: 19:32:19
Date: 21-11-2022
holiday: 0
HO Attempts: 85

DL MAC Vol Scell Pct: 39.25
Avg_Connected_UEs: 54.97
SIP DC%: 
DRB UL Data Volume MB: 9571
PRB Util%: 32.29
CA DL DataVolRatio Pct den: 4936
CA Conf FailRate Pct den: 3301
RSSIRX1 Avg: -95.28
weekend: 1
UPTP Mbps Num: 9990
hr: 12
MAC_UE_SC_Tput: 16576.57
Bearer Releases: 14749

hr: 12
CA Activation Rate num: 9234582
UPTP Mbps Den: 2777
Setup_Fail_DEN: 7373
Peak UE: 27
MB_per_connected_UE: 183.44
PCT Time MIMO: 37.18
DL Volume: 1303
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3116
DL Data Vol MAC in MB: 2212.26
CA Activation Rate den: 65996

Combined RACH Preambles: 4057
Time: 21:20:37
holiday: 0
CA DL DataVolRatio Pct: 90.31
HO_att_InterFreq: 921
CA DL DataVolRatio Pct num: 4038
HO Attempts: 764

DL MAC Vol Scell Pct: 9.19
Avg_Connected_UEs: 16.3
SIP DC%: 
UPTP_Mbps: 31.19
DLRLCLayerDataVolume MB: 6830.92
DRB UL Data Volume MB: 8646
PRB Util%: 15.93
RRC Setup Attempts: 5244
CA DL DataVolRatio Pct den: 8243
CA Conf FailRate Pct den: 9404
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8708.26
Bearer Releases: 8625

hr: 23
CA Activation Rate num: 5832852
UPTP Mbps Den: 1206
Setup_Fail_DEN: 11255
SIP_SC_Total_MOU: 58.35
Peak UE: 31
MB_per_connected_UE: 125.37
PCT Time MIMO: 34.25
DL Volume: 2882
QCI 1 Bearer Releases: 116
CA Activation Rate den: 55876

Time: 10:00:02
Date: 24-01-2023
holiday: 0
HO_att_InterFreq: 185

DL MAC Vol Scell Pct: 12.47
SIP DC%: 
DRB UL Data Volume MB: 8160
PRB Util%: 67.92
RRC Setup Attempts: 3475
CA DL DataVolRatio Pct den: 5580
CA Conf FailRate Pct den: 6384
weekend: 0
S1U_SIP_SC_SEER_num: 194
CA Activation Rate: 28.77
hr: 16
MAC_UE_SC_Tput: 18047.26

hr: 16
Avg CQI: 9.86
CA Activation Rate num: 6864803
UPTP Mbps Den: 131
Setup_Fail_DEN: 10260
Peak UE: 27
MB_per_connected_UE: 142.79
DL Volume: 5307
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9178
DL Data Vol MAC in MB: 2981.26
CA Activation Rate den: 119624

Combined RACH Preambles: 3269
Time: 11:16:52
holiday: 0
CA DL DataVolRatio Pct: 59.67
HO Attempts: 887

DL MAC Vol Scell Pct: 19.42
Avg_Connected_UEs: 44.05
SIP DC%: 
UPTP_Mbps: 111.08
DLRLCLayerDataVolume MB: 5834.33
PRB Util%: 74.69
CA DL DataVolRatio Pct den: 9947
weekend: 0
CA Activation Rate: 63.96
hr: 12
MAC_UE_SC_Tput: 7407.33
Bearer Releases: 6662

hr: 12
Avg CQI: 11.61
CA Activation Rate num: 8119003
UPTP Mbps Den: 1565
Setup_Fail_DEN: 15259
SIP_SC_Total_MOU: 147.59
Peak UE: 48
MB_per_connected_UE: 133.32

Combined RACH Preambles: 2216
Time: 10:08:07
Date: 07-11-2022
holiday: 0
CA DL DataVolRatio Pct: 86.91

DL MAC Vol Scell Pct: 34.61
Avg_Connected_UEs: 63.61
SIP DC%: 
DLRLCLayerDataVolume MB: 4580.79
RRC Setup Attempts: 4089
CA DL DataVolRatio Pct den: 383
CA Conf FailRate Pct den: 5554
weekend: 0
UPTP Mbps Num: 48712
CA Activation Rate: 78.35
hr: 23
MAC_UE_SC_Tput: 4948.13

hr: 23
CA Activation Rate num: 8007367
UPTP Mbps Den: 2926
Setup_Fail_DEN: 10796
Peak UE: 27
MB_per_connected_UE: 97.78
DL Volume: 7742
DL Data Vol MAC in MB: 2197.11
CA Activation Rate den: 110549

Time: 01:36:48
holiday: 0
CA DL DataVolRatio Pct: 87.9
CA DL DataVolRatio Pct num: 2430
HO Attempts: 949

DL MAC Vol Scell Pct: 24.82
SIP DC%: 
UPTP_Mbps: 118.72
DLRLCLayerDataVolume MB: 2533.7
PRB Util%: 28.43
RRC Setup Attempts: 6796
CA DL DataVolRatio Pct den: 8250
weekend: 0
UPTP Mbps Num: 10560
CA Activation Rate: 30.63
hr: 4
MAC_UE_SC_Tput: 6120.27
Bearer Releases: 11691

hr: 4
CA Activation Rate num: 9807964
UPTP Mbps Den: 1951
Setup_Fail_DEN: 10652
SIP_SC_Total_MOU: 310.65
Peak UE: 124
MB_per_connected_UE: 190.65
DL Volume: 4183
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3084
DL Data Vol MAC in MB: 7892.29

Combined RACH Preambles: 2747
Time: 12:00:20
holiday: 0

DL MAC Vol Scell Pct: 4.4
Avg_Connected_UEs: 32.82
SIP DC%: 
UPTP_Mbps: 42.98
DLRLCLayerDataVolume MB: 1424.92
DRB UL Data Volume MB: 3610
CA DL DataVolRatio Pct den: 6908
RSSIRX1 Avg: -94.53
weekend: 0
UPTP Mbps Num: 37056
CA Activation Rate: 68.57
hr: 19
MAC_UE_SC_Tput: 13680.57
Bearer Releases: 17012

hr: 19
CA Activation Rate num: 8322984
Setup_Fail_DEN: 8369
Peak UE: 39
MB_per_connected_UE: 91.71
PCT Time MIMO: 39.92
DL Volume: 4211
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4767

Time: 01:02:21
holiday: 0
CA DL DataVolRatio Pct: 62.81
CA DL DataVolRatio Pct num: 2342

DL MAC Vol Scell Pct: 47.4
SIP DC%: 
DLRLCLayerDataVolume MB: 3738.95
DRB UL Data Volume MB: 762
DL Packet Loss Pct: 2.58
RRC Setup Attempts: 6941
CA DL DataVolRatio Pct den: 9306
CA Conf FailRate Pct den: 8488
weekend: 0
UPTP Mbps Num: 41221
CA Activation Rate: 14.06
hr: 17
MAC_UE_SC_Tput: 15126.6
Bearer Releases: 7803

hr: 17
CA Activation Rate num: 8289084
UPTP Mbps Den: 2087
Setup_Fail_DEN: 12895
Peak UE: 52
MB_per_connected_UE: 121.47
DL Volume: 4528
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4400
CA Activation Rate den: 70216

Time: 08:02:31
holiday: 0
CA DL DataVolRatio Pct: 57.85
CA DL DataVolRatio Pct num: 6068

Avg_Connected_UEs: 48.67
SIP DC%: 
UPTP_Mbps: 43.35
DRB UL Data Volume MB: 1525
PRB Util%: 64.01
RRC Setup Attempts: 6999
CA Conf FailRate Pct den: 7125
weekend: 0
UPTP Mbps Num: 26680
hr: 4
MAC_UE_SC_Tput: 5617.76

hr: 4
qci1_setup_attempts: 234
Setup_Fail_DEN: 13085
SIP_SC_Total_MOU: 10.58
UL MAC Vol Scell Pct: 14.55
Peak UE: 51
MB_per_connected_UE: 116.79
PCT Time MIMO: 37.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5678
DL Data Vol MAC in MB: 2189.21
CA Activation Rate den: 128450

Time: 19:45:23
holiday: 0
CA DL DataVolRatio Pct: 77
CA DL DataVolRatio Pct num: 6512

DL MAC Vol Scell Pct: 2.94
Avg_Connected_UEs: 67.23
SIP DC%: 
UPTP_Mbps: 41.81
DLRLCLayerDataVolume MB: 5545.19
DRB UL Data Volume MB: 1274
Avg_PUCCH_SINR: 17.14
CA DL DataVolRatio Pct den: 7215
weekend: 0
UPTP Mbps Num: 39372
RSSIRX2 Avg: -97.57
CA Activation Rate: 5.67
hr: 3
MAC_UE_SC_Tput: 13770.58

hr: 3
Avg CQI: 9.58
CA Activation Rate num: 4444978
UPTP Mbps Den: 1118
SIP_SC_Total_MOU: 211.61
Peak UE: 80
PCT Time MIMO: 45.3
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6429
DL Data Vol MAC in MB: 3704.01
CA Activation Rate den: 101065

Combined RACH Preambles: 3845
Time: 19:46:31
holiday: 0
CA DL DataVolRatio Pct: 84.37
CA DL DataVolRatio Pct num: 1124

DL MAC Vol Scell Pct: 7.77
Avg_Connected_UEs: 30.58
SIP DC%: 
UPTP_Mbps: 124.46
DLRLCLayerDataVolume MB: 2069.05
PRB Util%: 47.12
CA Conf FailRate Pct den: 6686
RSSIRX1 Avg: -94.93
weekend: 0
UPTP Mbps Num: 2859
S1U_SIP_SC_SEER_num: 240
CA Activation Rate: 75.37
hr: 23
MAC_UE_SC_Tput: 5255.13
Bearer Releases: 12845

hr: 23
UPTP Mbps Den: 2651
SIP_SC_Total_MOU: 77.26
Peak UE: 30
VOLTE IA%: 
MB_per_connected_UE: 169.67
PCT Time MIMO: 37.84
DL Data Vol MAC in MB: 633.19
CA Activation Rate den: 164787

Time: 13:43:28
holiday: 0
CA DL DataVolRatio Pct: 79.33
HO_att_InterFreq: 293

DL MAC Vol Scell Pct: 9.9
Avg_Connected_UEs: 58.07
SIP DC%: 
UPTP_Mbps: 14.74
DLRLCLayerDataVolume MB: 9058.23
DRB UL Data Volume MB: 1803
PRB Util%: 18.65
CA DL DataVolRatio Pct den: 9009
weekend: 1
UPTP Mbps Num: 21462
hr: 23
MAC_UE_SC_Tput: 10270.45
Bearer Releases: 7131

hr: 23
CA Activation Rate num: 9103316
PCT Time MIMO: 60.89
DL Volume: 1874
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5537
UL Throughput: 9.53
DL Data Vol MAC in MB: 8208.98
CA Activation Rate den: 141423

Time: 14:59:43
Date: 22-05-2022
holiday: 0
CA DL DataVolRatio Pct num: 5108
HO Attempts: 381

DL MAC Vol Scell Pct: 15.33
SIP DC%: 
UPTP_Mbps: 9.67
DLRLCLayerDataVolume MB: 6404.81
DRB UL Data Volume MB: 6469
PRB Util%: 44.52
RRC Setup Attempts: 3570
CA DL DataVolRatio Pct den: 5961
CA Conf FailRate Pct den: 6552
weekend: 0
CA Activation Rate: 47.07
hr: 10
MAC_UE_SC_Tput: 7038.16

hr: 10
SIP_SC_Total_MOU: 68.18
Peak UE: 27
MB_per_connected_UE: 50.77
PCT Time MIMO: 32.91
DL Volume: 6884
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3490
DL Data Vol MAC in MB: 3900.33
CA Activation Rate den: 80539

Combined RACH Preambles: 1925
Time: 09:22:32
holiday: 0
CA DL DataVolRatio Pct num: 3921

DL MAC Vol Scell Pct: 4.73
Avg_Connected_UEs: 82.94
SIP DC%: 
DLRLCLayerDataVolume MB: 5501.1
DRB UL Data Volume MB: 9716
PRB Util%: 64.59
RRC Setup Attempts: 7668
CA DL DataVolRatio Pct den: 4754
CA Conf FailRate Pct den: 6225
weekend: 0
UPTP Mbps Num: 6575
CA Activation Rate: 32.94
hr: 21
MAC_UE_SC_Tput: 15493.55

hr: 21
UPTP Mbps Den: 1088
Setup_Fail_DEN: 14958
Peak UE: 27
MB_per_connected_UE: 28.17
PCT Time MIMO: 41.33
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5775

Combined RACH Preambles: 2299
Time: 21:37:46
Date: 04-08-2023
holiday: 0
CA DL DataVolRatio Pct: 58.64
Bearer Releases Voice: 54
HO_att_InterFreq: 222

DL MAC Vol Scell Pct: 33.72
Avg_Connected_UEs: 71.96
SIP DC%: 
UPTP_Mbps: 38.34
DLRLCLayerDataVolume MB: 9763.31
PRB Util%: 39.86
CA DL DataVolRatio Pct den: 9715
CA Conf FailRate Pct den: 4076
weekend: 0
hr: 14
MAC_UE_SC_Tput: 13276.52
Bearer Releases: 15662

hr: 14
qci1_setup_attempts: 219
CA Activation Rate num: 4838887
UPTP Mbps Den: 2277
Setup_Fail_DEN: 13062
SIP_SC_Total_MOU: 74.77
Peak UE: 49
VOLTE IA%: 
MB_per_connected_UE: 113.94
UL Throughput: 1.99

Time: 11:29:07
Date: 18-02-2022
holiday: 0
CA DL DataVolRatio Pct: 65.23
HO Attempts: 226

DL MAC Vol Scell Pct: 16.38
Avg_Connected_UEs: 48.07
SIP DC%: 
DLRLCLayerDataVolume MB: 6291.92
DRB UL Data Volume MB: 2445
CA DL DataVolRatio Pct den: 9995
CA Conf FailRate Pct den: 6335
weekend: 0
Bearer Setup Failure Voice Den: 74
RSSIRX2 Avg: -96.18
CA Activation Rate: 66.48
hr: 6
MAC_UE_SC_Tput: 36488.47
Bearer Releases: 18447

hr: 6
Avg CQI: 9.31
CA Activation Rate num: 5724173
UPTP Mbps Den: 1505
Setup_Fail_DEN: 13243
SIP_SC_Total_MOU: 248.63
Peak UE: 32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7828
UL Throughput: 12.05
DL Data Vol MAC in MB: 6926.78
CA Activation Rate den: 82649

Time: 21:32:07
holiday: 0
CA DL DataVolRatio Pct: 66.93
HO_att_InterFreq: 1013
CA DL DataVolRatio Pct num: 3762
HO Attempts: 142

DL MAC Vol Scell Pct: 24.98
SIP DC%: 
UPTP_Mbps: 18.51
RRC Setup Attempts: 5748
CA DL DataVolRatio Pct den: 1543
RSSIRX1 Avg: -98.33
weekend: 0
UPTP Mbps Num: 27150
hr: 0
Bearer Releases: 14403

hr: 0
CA Activation Rate num: 7776038
UPTP Mbps Den: 5731
Setup_Fail_DEN: 14926
SIP_SC_Total_MOU: 113.65
Peak UE: 28
MB_per_connected_UE: 36.87
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6262
UL Throughput: 8.27

Time: 07:57:48
Date: 29-10-2023
holiday: 0

DL MAC Vol Scell Pct: 24.83
Avg_Connected_UEs: 77.39
SIP DC%: 
UPTP_Mbps: 14.02
DLRLCLayerDataVolume MB: 3939.77
DRB UL Data Volume MB: 8544
PRB Util%: 7.75
weekend: 0
CA Activation Rate: 4.35
hr: 18
MAC_UE_SC_Tput: 6814.82

hr: 18
UPTP Mbps Den: 812
SIP_SC_Total_MOU: 97.53
Peak UE: 54
MB_per_connected_UE: 92.12
PCT Time MIMO: 55.41

Time: 23:33:05
Date: 30-10-2022
holiday: 0
CA DL DataVolRatio Pct: 57.73
HO_att_InterFreq: 523
HO Attempts: 408

DL MAC Vol Scell Pct: 10.83
SIP DC%: 
UPTP_Mbps: 7.58
DLRLCLayerDataVolume MB: 4767.14
DRB UL Data Volume MB: 1782
PRB Util%: 28.04
weekend: 0
UPTP Mbps Num: 37988
hr: 23
MAC_UE_SC_Tput: 12069.35
Bearer Releases: 9217

hr: 23
CA Activation Rate num: 11002139
UPTP Mbps Den: 5617
Setup_Fail_DEN: 12930
Peak UE: 27
MB_per_connected_UE: 7.84
DL Volume: 1466
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7014
DL Data Vol MAC in MB: 9347.68

Time: 16:01:24
holiday: 0

SIP DC%: 
UPTP_Mbps: 32.92
DLRLCLayerDataVolume MB: 6324.06
PRB Util%: 40.81
weekend: 0
UPTP Mbps Num: 5354
Bearer Setup Failure Voice Den: 201
CA Activation Rate: 36.07
hr: 0
MAC_UE_SC_Tput: 7699.37
Bearer Releases: 9872

hr: 0
CA Activation Rate num: 4191467
UPTP Mbps Den: 2581
SIP_SC_Total_MOU: 334.68
Peak UE: 27
MB_per_connected_UE: 166.92
PCT Time MIMO: 35.68
UL Throughput: 4.01
DL Data Vol MAC in MB: 3243.26
CA Activation Rate den: 86784

Time: 16:47:00
holiday: 0
CA DL DataVolRatio Pct: 74.06
CA DL DataVolRatio Pct num: 2476

DL MAC Vol Scell Pct: 34.96
Avg_Connected_UEs: 81.69
SIP DC%: 
UPTP_Mbps: 10.16
DRB UL Data Volume MB: 6570
PRB Util%: 50.5
RRC Setup Attempts: 4336
CA Conf FailRate Pct den: 7568
RSSIRX1 Avg: -96.97
weekend: 1
S1U_SIP_SC_SEER_num: 216
CA Activation Rate: 11.84
hr: 16
MAC_UE_SC_Tput: 16683.26
Bearer Releases: 17007

hr: 16
qci1_setup_attempts: 223
CA Activation Rate num: 3759062
Setup_Fail_DEN: 13804
UL MAC Vol Scell Pct: 0.01
Peak UE: 97
MB_per_connected_UE: 113.54
PCT Time MIMO: 42.88
DL Volume: 5581
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3531
DL Data Vol MAC in MB: 7177.65
CA Activation Rate den: 88292

Time: 23:30:27
holiday: 0
CA DL DataVolRatio Pct: 64.93
CA DL DataVolRatio Pct num: 6263
HO Attempts: 465

DL MAC Vol Scell Pct: 26.64
Avg_Connected_UEs: 38.24
SIP DC%: 
PRB Util%: 10.25
RRC Setup Attempts: 4928
weekend: 0
UPTP Mbps Num: 6607
hr: 3
MAC_UE_SC_Tput: 7023.52

hr: 3
UPTP Mbps Den: 2256
Setup_Fail_DEN: 14505
Peak UE: 45
MB_per_connected_UE: 40.51
DL Data Vol MAC in MB: 3120.23
Combined RACH Preambles: 2419

Time: 04:52:57
holiday: 0
CA DL DataVolRatio Pct: 65.99
HO_att_InterFreq: 674
CA DL DataVolRatio Pct num: 7332

Avg_Connected_UEs: 23.75
SIP DC%: 
DLRLCLayerDataVolume MB: 6212.41
CA DL DataVolRatio Pct den: 5339
weekend: 1
UPTP Mbps Num: 19288
CA Activation Rate: 71.33
hr: 2
MAC_UE_SC_Tput: 9273.71
Bearer Releases: 17518

hr: 2
Avg CQI: 11.26
CA Activation Rate num: 513465
UPTP Mbps Den: 2532
Setup_Fail_DEN: 11352
SIP_SC_Total_MOU: 330.68
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5300
DL Data Vol MAC in MB: 2138.17
CA Activation Rate den: 78697

Time: 07:06:15
holiday: 0
CA DL DataVolRatio Pct: 85.34
CA DL DataVolRatio Pct num: 766

DL MAC Vol Scell Pct: 9.32
Avg_Connected_UEs: 20.85
SIP DC%: 
UPTP_Mbps: 87.12
DLRLCLayerDataVolume MB: 2479.4
DRB UL Data Volume MB: 6157
CA Conf FailRate Pct den: 7582
weekend: 0
UPTP Mbps Num: 26636
hr: 7
MAC_UE_SC_Tput: 6971.05
Bearer Releases: 10774

hr: 7
CA Activation Rate num: 2899578
UPTP Mbps Den: 2892
Setup_Fail_DEN: 8980
SIP_SC_Total_MOU: 176.61
S1U_SIP_SC_SEER_den: 145
Peak UE: 40
DL Volume: 6577
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5457
UL Throughput: 4.88
DL Data Vol MAC in MB: 4691.25
CA Activation Rate den: 179144

Combined RACH Preambles: 3932
Time: 23:57:14
holiday: 0
HO_att_InterFreq: 351

DL MAC Vol Scell Pct: 51.99
SIP DC%: 
UPTP_Mbps: 84.82
RRC Setup Attempts: 8803
CA DL DataVolRatio Pct den: 2406
weekend: 0
S1U_SIP_SC_SEER_num: 147
CA Activation Rate: 2.65
hr: 0
MAC_UE_SC_Tput: 5987.87
Bearer Releases: 8604

hr: 0
CA Activation Rate num: 6044620
UPTP Mbps Den: 1937
Setup_Fail_DEN: 14315
SIP_SC_Total_MOU: 444.74
Peak UE: 32
PCT Time MIMO: 46.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6106
UL Throughput: 9.19
DL Data Vol MAC in MB: 10216.78
CA Activation Rate den: 50921

Time: 15:00:05
holiday: 0
CA DL DataVolRatio Pct: 82.39
HO_att_InterFreq: 477
CA DL DataVolRatio Pct num: 5385

DL MAC Vol Scell Pct: 12.03
SIP DC%: 
UPTP_Mbps: 15.64
DLRLCLayerDataVolume MB: 6655.75
RRC Setup Attempts: 6891
CA DL DataVolRatio Pct den: 5428
CA Conf FailRate Pct den: 8446
weekend: 0
hr: 17
MAC_UE_SC_Tput: 16161.85

hr: 17
CA Activation Rate num: 6933528
SIP_SC_Total_MOU: 226.73
Peak UE: 45
MB_per_connected_UE: 73.8
PCT Time MIMO: 56.42
DL Volume: 7237
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6669
DL Data Vol MAC in MB: 8962.17

Combined RACH Preambles: 2331
Time: 19:13:45
Date: 03-03-2023
holiday: 0
CA DL DataVolRatio Pct: 61.12
CA DL DataVolRatio Pct num: 3413

SIP DC%: 
UPTP_Mbps: 27.43
DLRLCLayerDataVolume MB: 677.46
DRB UL Data Volume MB: 3192
PRB Util%: 23.73
CA DL DataVolRatio Pct den: 8908
CA Conf FailRate Pct den: 4023
weekend: 0
CA Activation Rate: 51.6
hr: 12
MAC_UE_SC_Tput: 18246.85
Bearer Releases: 6265

hr: 12
CA Activation Rate num: 6421346
UPTP Mbps Den: 2893
Setup_Fail_DEN: 14676
SIP_SC_Total_MOU: 150.91
Peak UE: 27
MB_per_connected_UE: 85.55
DL Data Vol MAC in MB: 6757.46

Combined RACH Preambles: 2984
Time: 02:02:19
holiday: 0
CA DL DataVolRatio Pct: 80.65

Avg_Connected_UEs: 82.6
SIP DC%: 
DLRLCLayerDataVolume MB: 1257.48
Avg_PUCCH_SINR: 17.29
RRC Setup Attempts: 3479
CA DL DataVolRatio Pct den: 7142
CA Conf FailRate Pct den: 7439
weekend: 0
CA Activation Rate: 20.21
hr: 23
MAC_UE_SC_Tput: 13357.77
Bearer Releases: 8009

hr: 23
CA Activation Rate num: 693156
Setup_Fail_DEN: 19335
Peak UE: 84
VOLTE IA%: 
MB_per_connected_UE: 31.08
DL Volume: 6375

Time: 16:02:47
holiday: 0
Bearer Releases Voice: 99
CA DL DataVolRatio Pct num: 342

DL MAC Vol Scell Pct: 5.31
Avg_Connected_UEs: 44
SIP DC%: 
UPTP_Mbps: 39.01
DRB UL Data Volume MB: 3730
RRC Setup Attempts: 3443
CA DL DataVolRatio Pct den: 9361
weekend: 0
CA Activation Rate: 1.71
hr: 9
MAC_UE_SC_Tput: 7246.57
Bearer Releases: 6234

hr: 9
CA Activation Rate num: 8827370
UPTP Mbps Den: 2624
Setup_Fail_DEN: 6699
SIP_SC_Total_MOU: 277.83
Peak UE: 62
MB_per_connected_UE: 93.32
DL Volume: 2367
DL Data Vol MAC in MB: 5589.77
CA Activation Rate den: 141117

Combined RACH Preambles: 2771
Time: 01:03:15
holiday: 0

DL MAC Vol Scell Pct: 11.64
Avg_Connected_UEs: 50.67
SIP DC%: 
UPTP_Mbps: 39.5
DLRLCLayerDataVolume MB: 7626.97
PRB Util%: 64.32
RRC Setup Attempts: 6090
CA DL DataVolRatio Pct den: 10000
weekend: 0
hr: 13
MAC_UE_SC_Tput: 4264.8

hr: 13
Avg CQI: 11.6
CA Activation Rate num: 679072
UPTP Mbps Den: 391
Setup_Fail_DEN: 13208
SIP_SC_Total_MOU: 172.51
Peak UE: 54
MB_per_connected_UE: 188.53
PCT Time MIMO: 33.08
DL Volume: 2414
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8567
DL Data Vol MAC in MB: 633.6
CA Activation Rate den: 110540

Time: 16:02:27
holiday: 0

DL MAC Vol Scell Pct: 36.18
Avg_Connected_UEs: 71.72
SIP DC%: 
UPTP_Mbps: 35.96
DLRLCLayerDataVolume MB: 421
Avg_PUCCH_SINR: 16.6
PRB Util%: 58.24
weekend: 1
UPTP Mbps Num: 24352
hr: 17
Bearer Releases: 9862

hr: 17
CA Activation Rate num: 9186682
UPTP Mbps Den: 2429
Setup_Fail_DEN: 11727
SIP_SC_Total_MOU: 65.17
Peak UE: 27
PCT Time MIMO: 36.94
DL Volume: 1129
UL Throughput: 5.18
DL Data Vol MAC in MB: 1705.94
CA Activation Rate den: 43243

Time: 21:24:58
Date: 14-08-2023
holiday: 0
CA DL DataVolRatio Pct: 73.48
HO_att_InterFreq: 648
CA DL DataVolRatio Pct num: 5525
HO Attempts: 67

DL MAC Vol Scell Pct: 20.87
SIP DC%: 
UPTP_Mbps: 26.43
DRB UL Data Volume MB: 7678
PRB Util%: 58.97
RRC Setup Attempts: 9806
CA DL DataVolRatio Pct den: 461
CA Conf FailRate Pct den: 6412
weekend: 0
RSSIRX2 Avg: -94.11
CA Activation Rate: 29.07
hr: 23
MAC_UE_SC_Tput: 15201.5
Bearer Releases: 12210

hr: 23
UPTP Mbps Den: 2687
Setup_Fail_DEN: 13229
Peak UE: 27
MB_per_connected_UE: 101.86
DL Volume: 965
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9017

Time: 07:58:07
holiday: 0
CA DL DataVolRatio Pct: 65.64
HO_att_InterFreq: 62

DL MAC Vol Scell Pct: 4.47
Avg_Connected_UEs: 41.8
SIP DC%: 
UPTP_Mbps: 44.39
DLRLCLayerDataVolume MB: 1134.11
PRB Util%: 62.66
RRC Setup Attempts: 4787
CA DL DataVolRatio Pct den: 7938
CA Conf FailRate Pct den: 7931
weekend: 1
UPTP Mbps Num: 7014
CA Activation Rate: 25.4
hr: 17
MAC_UE_SC_Tput: 9380.43
Bearer Releases: 7502

hr: 17
CA Activation Rate num: 4193710
UPTP Mbps Den: 2380
Setup_Fail_DEN: 8997
Peak UE: 39
MB_per_connected_UE: 159.82
DL Volume: 7185
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9237
DL Data Vol MAC in MB: 4367.49

Time: 16:51:03
Date: 19-08-2022
holiday: 0
CA DL DataVolRatio Pct: 88.76
HO_att_InterFreq: 749

Avg_Connected_UEs: 50.25
SIP DC%: 
UPTP_Mbps: 29.24
DLRLCLayerDataVolume MB: 4456.71
DRB UL Data Volume MB: 7315
Avg_PUCCH_SINR: 17.17
RRC Setup Attempts: 4149
CA DL DataVolRatio Pct den: 6257
CA Conf FailRate Pct den: 8437
weekend: 0
hr: 20
MAC_UE_SC_Tput: 7560.76

hr: 20
CA Activation Rate num: 501242
UPTP Mbps Den: 90
Setup_Fail_DEN: 6836
MB_per_connected_UE: 23.68
PCT Time MIMO: 58.5
DL Volume: 2562
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5367
CA Activation Rate den: 90147

Time: 06:44:58
holiday: 0
CA DL DataVolRatio Pct: 71.68
CA DL DataVolRatio Pct num: 2324

Avg_Connected_UEs: 17.51
SIP DC%: 
UPTP_Mbps: 45.31
DLRLCLayerDataVolume MB: 3750.93
RRC Setup Attempts: 9019
CA DL DataVolRatio Pct den: 675
RSSIRX1 Avg: -95.58
weekend: 0
UPTP Mbps Num: 10391
S1U_SIP_SC_SEER_num: 205
hr: 5
MAC_UE_SC_Tput: 13447.27
Bearer Releases: 14315

hr: 5
CA Activation Rate num: 9107840
UPTP Mbps Den: 2620
Setup_Fail_DEN: 11787
SIP_SC_Total_MOU: 193.78
UL MAC Vol Scell Pct: 2.94
Peak UE: 62
MB_per_connected_UE: 8.14
DL Volume: 3449
DL Data Vol MAC in MB: 9317.65
CA Activation Rate den: 50340

Time: 10:27:35
holiday: 0

DL MAC Vol Scell Pct: 5.56
SIP DC%: 
DLRLCLayerDataVolume MB: 9472.18
DRB UL Data Volume MB: 3123
RRC Setup Attempts: 3682
weekend: 0
CA Activation Rate: 54.93
hr: 21
MAC_UE_SC_Tput: 14253.78
Bearer Releases: 8140

hr: 21
CA Activation Rate num: 3544497
UPTP Mbps Den: 1104
Peak UE: 50
MB_per_connected_UE: 167.12
DL Data Vol MAC in MB: 7705.21
CA Activation Rate den: 77521
Combined RACH Preambles: 2351

Time: 16:34:14
Date: 18-12-2022
holiday: 0
CA DL DataVolRatio Pct: 75.95
HO Attempts: 324

SIP DC%: 
UPTP_Mbps: 38.14
DLRLCLayerDataVolume MB: 1821.84
DRB UL Data Volume MB: 5121
PRB Util%: 13.47
RRC Setup Attempts: 6924
weekend: 0
UPTP Mbps Num: 2321
CA Activation Rate: 9.24
hr: 0
MAC_UE_SC_Tput: 12730.72
Bearer Releases: 12666

hr: 0
CA Activation Rate num: 5112164
UPTP Mbps Den: 605
Setup_Fail_DEN: 12864
Peak UE: 51
MB_per_connected_UE: 135.69
DL Volume: 3309
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7333
DL Data Vol MAC in MB: 7206.88
CA Activation Rate den: 128460

Time: 14:29:58
holiday: 0
CA DL DataVolRatio Pct: 71.58

DL MAC Vol Scell Pct: 50.01
SIP DC%: 
UPTP_Mbps: 14.21
CA Conf FailRate Pct den: 8120
weekend: 0
UPTP Mbps Num: 45250
RSSIRX2 Avg: -98.01
CA Activation Rate: 35.04
hr: 23
MAC_UE_SC_Tput: 18171.38

hr: 23
CA Activation Rate num: 6954831
UPTP Mbps Den: 2990
Setup_Fail_DEN: 11769
Peak UE: 41
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3966
DL Data Vol MAC in MB: 7543

Time: 15:30:31
holiday: 0
CA DL DataVolRatio Pct: 66.31
CA DL DataVolRatio Pct num: 5787

DL MAC Vol Scell Pct: 3.96
Avg_Connected_UEs: 36.96
SIP DC%: 
UPTP_Mbps: 118.48
DRB UL Data Volume MB: 3344
PRB Util%: 36.05
RRC Setup Attempts: 4302
CA DL DataVolRatio Pct den: 6355
CA Conf FailRate Pct den: 6683
weekend: 0
CA Activation Rate: 25.54
hr: 0
MAC_UE_SC_Tput: 11341.91
Bearer Releases: 9771

hr: 0
CA Activation Rate num: 5421537
Setup_Fail_DEN: 8553
SIP_SC_Total_MOU: 85.37
Peak UE: 37
MB_per_connected_UE: 162.64
DL Volume: 6748
UL Throughput: 4.14
DL Data Vol MAC in MB: 1796.35
CA Activation Rate den: 75517

Time: 15:14:03
holiday: 0
CA DL DataVolRatio Pct: 84.57

DL MAC Vol Scell Pct: 2.92
Avg_Connected_UEs: 66.05
SIP DC%: 
UPTP_Mbps: 44.52
RRC Setup Attempts: 3752
CA Conf FailRate Pct den: 5640
weekend: 0
UPTP Mbps Num: 1460
hr: 17
MAC_UE_SC_Tput: 4226.53
Bearer Releases: 10666

hr: 17
CA Activation Rate num: 7803499
Peak UE: 39
MB_per_connected_UE: 194.04
DL Volume: 5163
CA Activation Rate den: 158527

Time: 06:39:44
holiday: 0
CA DL DataVolRatio Pct: 56.34
HO_att_InterFreq: 546
CA DL DataVolRatio Pct num: 4247

DL MAC Vol Scell Pct: 26.85
SIP DC%: 
UPTP_Mbps: 27.36
DRB UL Data Volume MB: 3667
PRB Util%: 5.74
RRC Setup Attempts: 3874
CA Conf FailRate Pct den: 7220
weekend: 0
UPTP Mbps Num: 19660
CA Activation Rate: 15.78
hr: 23
Bearer Releases: 12936

hr: 23
Avg CQI: 7.14
UPTP Mbps Den: 2196
Setup_Fail_DEN: 14980
SIP_SC_Total_MOU: 111.62
QCI 1 Bearer Drop%: 0.75
Peak UE: 27
VOLTE IA%: 0.36
MB_per_connected_UE: 102.7
PCT Time MIMO: 53.06
CA Activation Rate den: 190763

Time: 03:50:04
holiday: 0
CA DL DataVolRatio Pct: 68.4
HO Attempts: 590

DL MAC Vol Scell Pct: 50.48
Avg_Connected_UEs: 44.5
SIP DC%: 
UPTP_Mbps: 31.79
DLRLCLayerDataVolume MB: 7004.94
DRB UL Data Volume MB: 8071
RRC Setup Attempts: 7555
CA Conf FailRate Pct den: 4458
weekend: 1
RSSIRX2 Avg: -95
hr: 23
MAC_UE_SC_Tput: 7067.63
Bearer Releases: 13160

hr: 23
UPTP Mbps Den: 966
Setup_Fail_DEN: 9540
SIP_SC_Total_MOU: 95.26
Peak UE: 27
MB_per_connected_UE: 79.26
PCT Time MIMO: 60.76
DL Volume: 2080
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6894
DL Data Vol MAC in MB: 9771.57
CA Activation Rate den: 50784

Time: 14:51:51
Date: 21-11-2023
holiday: 0
CA DL DataVolRatio Pct: 82.84

DL MAC Vol Scell Pct: 18.7
SIP DC%: 
UPTP_Mbps: 117.49
S1U_SIP_SC_SEER: 99.38
DLRLCLayerDataVolume MB: 9530.06
DRB UL Data Volume MB: 8915
PRB Util%: 20.24
RRC Setup Attempts: 4430
CA Conf FailRate Pct den: 2555
weekend: 0
CA Activation Rate: 26.4
hr: 15
Bearer Releases: 18678

hr: 15
CA Activation Rate num: 5155828
Setup_Fail_DEN: 7580
Peak UE: 27
MB_per_connected_UE: 77.55
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7376
DL Data Vol MAC in MB: 4495.76
CA Activation Rate den: 184880

Time: 14:02:17
Date: 27-08-2023
holiday: 0
CA DL DataVolRatio Pct: 65.29
HO_att_InterFreq: 499
HO Attempts: 43

Avg_Connected_UEs: 25.63
SIP DC%: 
UPTP_Mbps: 29.7
DLRLCLayerDataVolume MB: 1005.76
DRB UL Data Volume MB: 7695
weekend: 1
UPTP Mbps Num: 3695
RSSIRX2 Avg: -96.09
CA Activation Rate: 35.86
hr: 11
MAC_UE_SC_Tput: 5586.82
Bearer Releases: 14968

hr: 11
CA Activation Rate num: 10296265
UPTP Mbps Den: 87
SIP_SC_Total_MOU: 344.32
Peak UE: 35
PCT Time MIMO: 38.02
DL Volume: 8825
DL Data Vol MAC in MB: 4606.27
CA Activation Rate den: 156884

Combined RACH Preambles: 2050
Time: 03:47:05
holiday: 0
CA DL DataVolRatio Pct: 66.35
HO Attempts: 280

Avg_Connected_UEs: 41.46
SIP DC%: 
UPTP_Mbps: 11.39
DLRLCLayerDataVolume MB: 7371.08
RRC Setup Attempts: 3444
CA DL DataVolRatio Pct den: 9057
CA Conf FailRate Pct den: 7151
weekend: 0
UPTP Mbps Num: 38085
Bearer Setup Failure Voice Den: 81
CA Activation Rate: 37.22
hr: 4
MAC_UE_SC_Tput: 8558.38
Bearer Releases: 10303

hr: 4
CA Activation Rate num: 4688895
Setup_Fail_DEN: 15664
Peak UE: 27
MB_per_connected_UE: 14.01
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8912
CA Activation Rate den: 91247

Time: 18:34:06
holiday: 0
HO_att_InterFreq: 562

DL MAC Vol Scell Pct: 34.22
Avg_Connected_UEs: 81.34
SIP DC%: 
DLRLCLayerDataVolume MB: 8240.71
DRB UL Data Volume MB: 545
RRC Setup Attempts: 7295
CA DL DataVolRatio Pct den: 1465
CA Conf FailRate Pct den: 6731
weekend: 0
UPTP Mbps Num: 5903
CA Activation Rate: 4.26
hr: 0
MAC_UE_SC_Tput: 8151.61
Bearer Releases: 13134

hr: 0
CA Activation Rate num: 5808230
UPTP Mbps Den: 3624
Setup_Fail_DEN: 6464
Peak UE: 27
PCT Time MIMO: 39.44
DL Volume: 4773
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6995
UL Throughput: 2.42
DL Data Vol MAC in MB: 8538.55
CA Activation Rate den: 129652
Combined RACH Preambles: 5004

Time: 00:24:25
holiday: 0
CA DL DataVolRatio Pct: 77.64
HO_att_InterFreq: 538
CA DL DataVolRatio Pct num: 3083

Avg_Connected_UEs: 43.44
SIP DC%: 
UPTP_Mbps: 92.35
DLRLCLayerDataVolume MB: 3712.56
weekend: 0
CA Activation Rate: 19.88
hr: 6
MAC_UE_SC_Tput: 4723.32

hr: 6
CA Activation Rate num: 803900
UPTP Mbps Den: 1810
Peak UE: 27
MB_per_connected_UE: 108.65
PCT Time MIMO: 55.75
DL Volume: 4613
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6731
UL Throughput: 2.97
DL Data Vol MAC in MB: 1195.04
CA Activation Rate den: 137204
Combined RACH Preambles: 2824

Time: 18:53:58
holiday: 0
CA DL DataVolRatio Pct num: 4443
HO Attempts: 862

Avg_Connected_UEs: 78.5
SIP DC%: 
UPTP_Mbps: 27.18
DLRLCLayerDataVolume MB: 6452.96
DRB UL Data Volume MB: 600
PRB Util%: 63.79
RRC Setup Attempts: 8497
RSSIRX1 Avg: -93.36
weekend: 0
CA Activation Rate: 19.56
hr: 23
MAC_UE_SC_Tput: 9140.17

hr: 23
CA Activation Rate num: 167856
UPTP Mbps Den: 2098
Setup_Fail_DEN: 13730
Peak UE: 60
DL Volume: 3410
DL Data Vol MAC in MB: 8434.35

Time: 05:52:03
holiday: 0
CA DL DataVolRatio Pct: 60.42
HO_att_InterFreq: 887
CA DL DataVolRatio Pct num: 3236

DL MAC Vol Scell Pct: 16.63
Avg_Connected_UEs: 57.92
SIP DC%: 
UPTP_Mbps: 44.79
DLRLCLayerDataVolume MB: 977.92
DRB UL Data Volume MB: 1029
PRB Util%: 71.41
RRC Setup Attempts: 6869
CA DL DataVolRatio Pct den: 8532
weekend: 1
UPTP Mbps Num: 38788
CA Activation Rate: 43.61
hr: 8
MAC_UE_SC_Tput: 4803.07

hr: 8
CA Activation Rate num: 9617944
UPTP Mbps Den: 2465
Setup_Fail_DEN: 10124
Peak UE: 73
MB_per_connected_UE: 108.58
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4872
DL Data Vol MAC in MB: 4001.91
CA Activation Rate den: 118579

Time: 02:42:11
Date: 14-03-2022
holiday: 0
CA DL DataVolRatio Pct num: 1713
HO Attempts: 657

DL MAC Vol Scell Pct: 17.59
Avg_Connected_UEs: 61.33
SIP DC%: 
UPTP_Mbps: 42.51
DLRLCLayerDataVolume MB: 6524.34
PRB Util%: 23.76
CA DL DataVolRatio Pct den: 7777
weekend: 0
CA Activation Rate: 34.7
hr: 15
MAC_UE_SC_Tput: 5801.57

hr: 15
CA Activation Rate num: 10994403
UPTP Mbps Den: 176
Peak UE: 38
MB_per_connected_UE: 153.33
DL Volume: 9321
CA Activation Rate den: 97193

Time: 14:07:13
Date: 21-10-2023
holiday: 0
CA DL DataVolRatio Pct: 72.29
CA DL DataVolRatio Pct num: 5117

SIP DC%: 
UPTP_Mbps: 25.72
DLRLCLayerDataVolume MB: 1096.28
DRB UL Data Volume MB: 5831
PRB Util%: 25.91
CA DL DataVolRatio Pct den: 6263
CA Conf FailRate Pct den: 9268
weekend: 0
CA Activation Rate: 71.54
hr: 1
MAC_UE_SC_Tput: 16056.1
Bearer Releases: 9749

hr: 1
CA Activation Rate num: 6232232
UPTP Mbps Den: 2994
Setup_Fail_DEN: 11834
SIP_SC_Total_MOU: 233.67
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4218
DL Data Vol MAC in MB: 3077.02

Time: 22:36:47
holiday: 0
CA DL DataVolRatio Pct: 58.7

DL MAC Vol Scell Pct: 38.67
Avg_Connected_UEs: 51.85
SIP DC%: 
UPTP_Mbps: 18.36
DLRLCLayerDataVolume MB: 1290.37
DRB UL Data Volume MB: 2178
RRC Setup Attempts: 3485
weekend: 0
hr: 5
MAC_UE_SC_Tput: 10782.11

hr: 5
CA Activation Rate num: 10362706
Setup_Fail_DEN: 14064
UL MAC Vol Scell Pct: 0.98
Peak UE: 96
VOLTE IA%: 
MB_per_connected_UE: 141.53
PCT Time MIMO: 35.79
DL Data Vol MAC in MB: 6168.61
CA Activation Rate den: 102744

Time: 17:39:19
holiday: 0
CA DL DataVolRatio Pct num: 7072

DL MAC Vol Scell Pct: 24.19
Avg_Connected_UEs: 83.67
SIP DC%: 
DLRLCLayerDataVolume MB: 8592.51
DRB UL Data Volume MB: 8045
PRB Util%: 34.06
RRC Setup Attempts: 4231
CA DL DataVolRatio Pct den: 6205
CA Conf FailRate Pct den: 9214
weekend: 0
hr: 12
MAC_UE_SC_Tput: 14114.39
Bearer Releases: 6745

hr: 12
qci1_setup_attempts: 203
CA Activation Rate num: 3949639
UPTP Mbps Den: 2002
SIP_SC_Total_MOU: 196.66
UL MAC Vol Scell Pct: 2.51
Peak UE: 27
MB_per_connected_UE: 189.59
PCT Time MIMO: 47.07
DL Volume: 6275
DL Data Vol MAC in MB: 1307.25
CA Activation Rate den: 120935

Time: 07:46:01
holiday: 0
CA DL DataVolRatio Pct: 77.95

Avg_Connected_UEs: 49.14
SIP DC%: 
PRB Util%: 11.67
CA DL DataVolRatio Pct den: 4655
CA Conf FailRate Pct den: 2825
weekend: 0
CA Activation Rate: 5.4
hr: 23
MAC_UE_SC_Tput: 19704.44

hr: 23
qci1_setup_attempts: 173
CA Activation Rate num: 10907846
UPTP Mbps Den: 2671
Peak UE: 37
PCT Time MIMO: 64.04
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4105

Combined RACH Preambles: 2194
Time: 14:32:05
holiday: 0
CA DL DataVolRatio Pct: 68.59
CA DL DataVolRatio Pct num: 3466
HO Attempts: 617

DL MAC Vol Scell Pct: 15.98
SIP DC%: 
UPTP_Mbps: 45.84
DLRLCLayerDataVolume MB: 412
DRB UL Data Volume MB: 3128
RRC Setup Attempts: 6082
CA DL DataVolRatio Pct den: 5744
weekend: 0
UPTP Mbps Num: 46655
CA Activation Rate: 77.91
hr: 16
MAC_UE_SC_Tput: 6527.24
Bearer Releases: 7743

hr: 16
CA Activation Rate num: 9010122
Setup_Fail_DEN: 7491
SIP_SC_Total_MOU: 248.97
Peak UE: 35
DL Data Vol MAC in MB: 4364.05
CA Activation Rate den: 45350

Combined RACH Preambles: 4444
Time: 04:20:00
holiday: 0
CA DL DataVolRatio Pct: 92.58
HO_att_InterFreq: 786
CA DL DataVolRatio Pct num: 1180

DL MAC Vol Scell Pct: 8.05
Avg_Connected_UEs: 63.27
SIP DC%: 
DRB UL Data Volume MB: 7435
RRC Setup Attempts: 5640
CA DL DataVolRatio Pct den: 2008
CA Conf FailRate Pct den: 8647
weekend: 0
hr: 20
MAC_UE_SC_Tput: 9523.82
Bearer Releases: 12883

hr: 20
CA Activation Rate num: 12184935
Setup_Fail_DEN: 14918
SIP_SC_Total_MOU: 44.61
Peak UE: 35
MB_per_connected_UE: 74.45
DL Volume: 1797
CA Activation Rate den: 64429

Time: 23:16:12
Date: 22-07-2023
holiday: 0
CA DL DataVolRatio Pct: 71.72
Bearer Releases Voice: 68
CA DL DataVolRatio Pct num: 5977
HO Attempts: 401

DL MAC Vol Scell Pct: 41.83
SIP DC%: 
UPTP_Mbps: 18.95
DLRLCLayerDataVolume MB: 2240.81
PRB Util%: 24.59
CA DL DataVolRatio Pct den: 9518
CA Conf FailRate Pct den: 6543
weekend: 0
UPTP Mbps Num: 20420
RSSIRX2 Avg: -96.68
CA Activation Rate: 22.29
hr: 23
MAC_UE_SC_Tput: 41731.14

hr: 23
CA Activation Rate num: 11407079
SIP_SC_Total_MOU: 66.19
Peak UE: 27
MB_per_connected_UE: 167.98
PCT Time MIMO: 35.51
DL Volume: 4940
DL Data Vol MAC in MB: 2524.53
CA Activation Rate den: 138126

Combined RACH Preambles: 3312
Time: 04:51:48
holiday: 0
HO_att_InterFreq: 266
CA DL DataVolRatio Pct num: 4942
HO Attempts: 171

SIP DC%: 
UPTP_Mbps: 17.16
DLRLCLayerDataVolume MB: 6717.63
DRB UL Data Volume MB: 7312
CA DL DataVolRatio Pct den: 8689
CA Conf FailRate Pct den: 8709
weekend: 0
UPTP Mbps Num: 61951
hr: 18
MAC_UE_SC_Tput: 6704

hr: 18
CA Activation Rate num: 1754963
UPTP Mbps Den: 2634
SIP_SC_Total_MOU: 17.38
Peak UE: 44
MB_per_connected_UE: 67.72
DL Volume: 3804
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4651
QCI 1 Bearer Releases: 120
DL Data Vol MAC in MB: 2117.75
Combined RACH Preambles: 2400
Time: 21:26:25

holiday: 0
CA DL DataVolRatio Pct num: 7614
HO Attempts: 252

DL MAC Vol Scell Pct: 8.31
SIP DC%: 
UPTP_Mbps: 40.69
DLRLCLayerDataVolume MB: 6146.21
PRB Util%: 37.96
CA DL DataVolRatio Pct den: 8522
CA Conf FailRate Pct den: 7321
weekend: 0
CA Activation Rate: 19.18
hr: 17
MAC_UE_SC_Tput: 9320.05
Bearer Releases: 13434

hr: 17
CA Activation Rate num: 3503902
UPTP Mbps Den: 2163
Setup_Fail_DEN: 15328
Peak UE: 78
MB_per_connected_UE: 164.65
PCT Time MIMO: 38.43
CA Activation Rate den: 84644

Time: 22:33:50
holiday: 0
CA DL DataVolRatio Pct: 66.95
CA DL DataVolRatio Pct num: 642

SIP DC%: 
UPTP_Mbps: 36.68
DLRLCLayerDataVolume MB: 7907.97
DRB UL Data Volume MB: 2015
Avg_PUCCH_SINR: 17.2
PRB Util%: 39.18
CA Conf FailRate Pct den: 8468
weekend: 0
UPTP Mbps Num: 29960
CA Activation Rate: 63.37
hr: 23
MAC_UE_SC_Tput: 4932.27
Bearer Releases: 7099

hr: 23
CA Activation Rate num: 3380124
Setup_Fail_DEN: 14146
SIP_SC_Total_MOU: 110.21
Peak UE: 27
VOLTE IA%: 
PCT Time MIMO: 45.67
DL Volume: 7696
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8100

Time: 14:34:48
holiday: 0
CA DL DataVolRatio Pct: 90.35
CA DL DataVolRatio Pct num: 6537

DL MAC Vol Scell Pct: 6.08
Avg_Connected_UEs: 53.66
SIP DC%: 
UPTP_Mbps: 42.79
DLRLCLayerDataVolume MB: 470.87
DRB UL Data Volume MB: 5232
PRB Util%: 39.37
RRC Setup Attempts: 7075
CA DL DataVolRatio Pct den: 7462
weekend: 0
S1U_SIP_SC_SEER_num: 212
CA Activation Rate: 32.93
hr: 14
MAC_UE_SC_Tput: 6726
Bearer Releases: 13349

hr: 14
CA Activation Rate num: 4489818
Setup_Fail_DEN: 19680
Peak UE: 45
MB_per_connected_UE: 126.07
PCT Time MIMO: 68.54
DL Volume: 8397
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4496
DL Data Vol MAC in MB: 8704.6

Time: 15:32:30
holiday: 0
CA DL DataVolRatio Pct num: 5132
HO Attempts: 203

SIP DC%: 
UPTP_Mbps: 44.84
DLRLCLayerDataVolume MB: 4228.13
DRB UL Data Volume MB: 9348
RRC Setup Attempts: 6099
weekend: 0
hr: 2
MAC_UE_SC_Tput: 7253.11

hr: 2
UPTP Mbps Den: 983
Setup_Fail_DEN: 7060
Peak UE: 27
MB_per_connected_UE: 41.64
PCT Time MIMO: 44.59
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5206
DL Data Vol MAC in MB: 862.49
CA Activation Rate den: 124865
Combined RACH Preambles: 2101

Time: 20:37:25
holiday: 0
CA DL DataVolRatio Pct: 76.2
CA DL DataVolRatio Pct num: 2530

DL MAC Vol Scell Pct: 27.63
Avg_Connected_UEs: 46.64
SIP DC%: 
DLRLCLayerDataVolume MB: 2123.41
DRB UL Data Volume MB: 6676
RRC Setup Attempts: 5316
CA DL DataVolRatio Pct den: 9043
CA Conf FailRate Pct den: 9421
weekend: 0
UPTP Mbps Num: 5891
S1U_SIP_SC_SEER_num: 90
CA Activation Rate: 25.49
hr: 23
MAC_UE_SC_Tput: 10438.06
Bearer Releases: 10947

hr: 23
CA Activation Rate num: 10251130
Setup_Fail_DEN: 17123
Peak UE: 27
MB_per_connected_UE: 70.45
DL Volume: 4691
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3871
CA Activation Rate den: 100748

Time: 01:44:58
holiday: 0
CA DL DataVolRatio Pct: 69.61
SIP_SC_Call_Attempts: 183
HO_att_InterFreq: 164
CA DL DataVolRatio Pct num: 4827

SIP DC%: 
UPTP_Mbps: 27.71
DLRLCLayerDataVolume MB: 2721.96
DRB UL Data Volume MB: 3792
RRC Setup Attempts: 3331
CA DL DataVolRatio Pct den: 7549
CA Conf FailRate Pct den: 6846
weekend: 1
UPTP Mbps Num: 39106
hr: 6
MAC_UE_SC_Tput: 8651.84
Bearer Releases: 11268

hr: 6
CA Activation Rate num: 2982362
UPTP Mbps Den: 2511
Peak UE: 95
MB_per_connected_UE: 137.59
PCT Time MIMO: 39.1
DL Volume: 169
DL Data Vol MAC in MB: 8676.7
CA Activation Rate den: 86373
Combined RACH Preambles: 2922

Time: 12:49:09
holiday: 0

Avg_Connected_UEs: 61.83
SIP DC%: 
S1U_SIP_SC_SEER: 99.72
DRB UL Data Volume MB: 6367
PRB Util%: 31.76
RRC Setup Attempts: 4073
CA DL DataVolRatio Pct den: 5770
weekend: 0
UPTP Mbps Num: 12268
Bearer Setup Failure Voice Den: 45
RSSIRX2 Avg: -94.26
CA Activation Rate: 52.86
hr: 11
MAC_UE_SC_Tput: 18221.77
Bearer Releases: 13458

hr: 11
CA Activation Rate num: 5154189
UPTP Mbps Den: 1830
Setup_Fail_DEN: 8050
SIP_SC_Total_MOU: 400.58
Peak UE: 51
MB_per_connected_UE: 40.43
PCT Time MIMO: 58.2
DL Volume: 1474
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5298
DL Data Vol MAC in MB: 1752.88

Combined RACH Preambles: 2588
Time: 09:15:27
holiday: 0
CA DL DataVolRatio Pct: 64.42
SIP_SC_Call_Attempts: 203
HO_att_InterFreq: 166
HO Attempts: 915

Avg_Connected_UEs: 51.98
SIP DC%: 
DLRLCLayerDataVolume MB: 7842.63
DRB UL Data Volume MB: 7318
RRC Setup Attempts: 3492
CA DL DataVolRatio Pct den: 6878
CA Conf FailRate Pct den: 8219
weekend: 0
UPTP Mbps Num: 18741
CA Activation Rate: 56.27
hr: 4
MAC_UE_SC_Tput: 4975.15
Bearer Releases: 14134

hr: 4
CA Activation Rate num: 10472384
UPTP Mbps Den: 1130
Setup_Fail_DEN: 17838
Peak UE: 61
DL Volume: 3113
DL Data Vol MAC in MB: 4472.69

Time: 21:43:53
holiday: 0
CA DL DataVolRatio Pct: 65.19
HO_att_InterFreq: 100

SIP DC%: 
UPTP_Mbps: 42.17
DLRLCLayerDataVolume MB: 547.1
DRB UL Data Volume MB: 5772
Avg_PUCCH_SINR: 17.7
CA DL DataVolRatio Pct den: 5956
CA Conf FailRate Pct den: 4857
weekend: 0
UPTP Mbps Num: 41363
CA Activation Rate: 25.05
hr: 12
MAC_UE_SC_Tput: 14327.04
Bearer Releases: 6940

hr: 12
CA Activation Rate num: 3115813
Setup_Fail_DEN: 10925
SIP_SC_Total_MOU: 12.94
MB_per_connected_UE: 190.11
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3218
CA Activation Rate den: 133861

Time: 11:38:52
holiday: 0
CA DL DataVolRatio Pct: 45.07
HO_att_InterFreq: 612
CA DL DataVolRatio Pct num: 2320

Avg_Connected_UEs: 43.11
SIP DC%: 
DLRLCLayerDataVolume MB: 920.39
DRB UL Data Volume MB: 3892
PRB Util%: 65.83
weekend: 0
RSSIRX2 Avg: -93.62
hr: 23
MAC_UE_SC_Tput: 7132.22
Bearer Releases: 8404

hr: 23
CA Activation Rate num: 2495149
UPTP Mbps Den: 2668
Peak UE: 82
DL Data Vol MAC in MB: 5349.36
CA Activation Rate den: 196889

Combined RACH Preambles: 4299
Time: 01:42:00
Date: 09-06-2022
holiday: 0
Bearer Releases Voice: 154
CA DL DataVolRatio Pct num: 3527

DL MAC Vol Scell Pct: 36.62
Avg_Connected_UEs: 34.73
SIP DC%: 
UPTP_Mbps: 75.38
DLRLCLayerDataVolume MB: 6714.31
DRB UL Data Volume MB: 5339
PRB Util%: 39.23
RRC Setup Attempts: 5658
CA DL DataVolRatio Pct den: 3949
CA Conf FailRate Pct den: 4560
weekend: 0
CA Activation Rate: 68.59
hr: 0
MAC_UE_SC_Tput: 5598.28
Bearer Releases: 13849

hr: 0
CA Activation Rate num: 5512952
UPTP Mbps Den: 2203
Setup_Fail_DEN: 15312
SIP_SC_Total_MOU: 320.93
Peak UE: 27
MB_per_connected_UE: 100.28
PCT Time MIMO: 34.21
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4967
DL Data Vol MAC in MB: 1193.72
CA Activation Rate den: 108148

Time: 08:10:56
holiday: 0
CA DL DataVolRatio Pct: 66.06
CA DL DataVolRatio Pct num: 5757
HO Attempts: 403

DL MAC Vol Scell Pct: 15.57
Avg_Connected_UEs: 78.95
SIP DC%: 
DLRLCLayerDataVolume MB: 5318.74
DRB UL Data Volume MB: 203
RRC Setup Attempts: 5981
CA Conf FailRate Pct den: 4046
weekend: 1
CA Activation Rate: 22.09
hr: 0
MAC_UE_SC_Tput: 5369.94
Bearer Releases: 9264

hr: 0
CA Activation Rate num: 3098571
UPTP Mbps Den: 1489
Setup_Fail_DEN: 9755
Peak UE: 43
MB_per_connected_UE: 171.99
DL Volume: 1161
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5391
UL Throughput: 3.93
DL Data Vol MAC in MB: 8232.8
CA Activation Rate den: 68734

Time: 09:36:51
holiday: 0
CA DL DataVolRatio Pct: 89.18

SIP DC%: 
UPTP_Mbps: 9.31
DLRLCLayerDataVolume MB: 8052
PRB Util%: 33.11
RRC Setup Attempts: 7079
CA DL DataVolRatio Pct den: 10071
CA Conf FailRate Pct den: 7112
weekend: 0
UPTP Mbps Num: 23789
hr: 9
MAC_UE_SC_Tput: 6632.66
Bearer Releases: 7731

hr: 9
CA Activation Rate num: 5601068
UPTP Mbps Den: 1932
Setup_Fail_DEN: 7570
MB_per_connected_UE: 143.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5653
CA Activation Rate den: 196039

Time: 23:21:50
Date: 16-01-2022
holiday: 0
CA DL DataVolRatio Pct: 60.86
CA DL DataVolRatio Pct num: 2021

Avg_Connected_UEs: 55.28
SIP DC%: 
UPTP_Mbps: 67.47
DRB UL Data Volume MB: 3998
CA DL DataVolRatio Pct den: 1254
CA Conf FailRate Pct den: 7041
weekend: 0
CA Activation Rate: 54.15
hr: 16
MAC_UE_SC_Tput: 19116.2
Bearer Releases: 17673

hr: 16
CA Activation Rate num: 3905041
UPTP Mbps Den: 2991
SIP_SC_Total_MOU: 68.78
Peak UE: 27
MB_per_connected_UE: 30.8
DL Volume: 6908
DL Data Vol MAC in MB: 9765.77

Time: 01:02:24
Date: 15-09-2023
holiday: 0
CA DL DataVolRatio Pct num: 1791

Avg_Connected_UEs: 84.46
SIP DC%: 
UPTP_Mbps: 42.12
DLRLCLayerDataVolume MB: 3075.72
DRB UL Data Volume MB: 2930
RRC Setup Attempts: 7526
CA DL DataVolRatio Pct den: 2526
CA Conf FailRate Pct den: 7545
weekend: 0
UPTP Mbps Num: 12050
CA Activation Rate: 18.8
hr: 3
MAC_UE_SC_Tput: 4201.52

hr: 3
UPTP Mbps Den: 505
Peak UE: 96
MB_per_connected_UE: 114.3
PCT Time MIMO: 46.12
DL Volume: 4008
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4421
CA Activation Rate den: 60148

Time: 08:31:48
holiday: 0
CA DL DataVolRatio Pct: 66.27
HO_att_InterFreq: 722
CA DL DataVolRatio Pct num: 6902

DL MAC Vol Scell Pct: 10.15
Avg_Connected_UEs: 27.85
SIP DC%: 
UPTP_Mbps: 28.92
DRB UL Data Volume MB: 9928
PRB Util%: 66.87
RRC Setup Attempts: 7265
CA DL DataVolRatio Pct den: 10179
weekend: 1
UPTP Mbps Num: 25215
hr: 0
MAC_UE_SC_Tput: 24768.98

hr: 0
CA Activation Rate num: 9422857
Setup_Fail_DEN: 6377
SIP_SC_Total_MOU: 16.95
Peak UE: 27
MB_per_connected_UE: 102.83
DL Volume: 1349
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3908
DL Data Vol MAC in MB: 3151.87

Time: 22:44:42
holiday: 0
CA DL DataVolRatio Pct: 89.38
Bearer Releases Voice: 75
HO_att_InterFreq: 264

DL MAC Vol Scell Pct: 25.2
Avg_Connected_UEs: 65.38
SIP DC%: 
UPTP_Mbps: 32.6
DLRLCLayerDataVolume MB: 4461.93
DRB UL Data Volume MB: 1965
RRC Setup Attempts: 3808
CA DL DataVolRatio Pct den: 9438
weekend: 0
Bearer Setup Failure Voice Den: 164
CA Activation Rate: 55.43
hr: 0
MAC_UE_SC_Tput: 6015.84
Bearer Releases: 14414

hr: 0
CA Activation Rate num: 10739814
Setup_Fail_DEN: 13152
Peak UE: 27
DL Volume: 6996
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3386
UL Throughput: 3.68
DL Data Vol MAC in MB: 9628.48
CA Activation Rate den: 142453

Time: 11:03:16
holiday: 0
SIP_SC_Call_Attempts: 167
CA DL DataVolRatio Pct num: 600
HO Attempts: 94

Avg_Connected_UEs: 35.97
SIP DC%: 
UPTP_Mbps: 37.32
DLRLCLayerDataVolume MB: 7194.1
DRB UL Data Volume MB: 2423
RRC Setup Attempts: 6537
CA DL DataVolRatio Pct den: 3163
CA Conf FailRate Pct den: 6403
weekend: 0
CA Activation Rate: 77.89
hr: 5
Bearer Releases: 16738

hr: 5
CA Activation Rate num: 1573412
UPTP Mbps Den: 2174
Setup_Fail_DEN: 15564
SIP_SC_Total_MOU: 294.4
Peak UE: 27
MB_per_connected_UE: 64.26
UL Throughput: 1
DL Data Vol MAC in MB: 5960.91
CA Activation Rate den: 75024
Time: 08:20:01

holiday: 0
Bearer Releases Voice: 148
HO_att_InterFreq: 775
CA DL DataVolRatio Pct num: 4832
HO Attempts: 817

DL MAC Vol Scell Pct: 33.13
SIP DC%: 
UPTP_Mbps: 21.15
DLRLCLayerDataVolume MB: 9420.2
DRB UL Data Volume MB: 2305
PRB Util%: 39.38
RRC Setup Attempts: 6165
CA Conf FailRate Pct den: 6690
RSSIRX1 Avg: -95.66
weekend: 0
UPTP Mbps Num: 10371
CA Activation Rate: 4.48
hr: 20
MAC_UE_SC_Tput: 15868.02
Bearer Releases: 6299

hr: 20
Avg CQI: 7.51
CA Activation Rate num: 5612213
Setup_Fail_DEN: 19332
Peak UE: 29
MB_per_connected_UE: 73.26
DL Volume: 148
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7008
QCI 1 Bearer Releases: 129
CA Activation Rate den: 110664

Time: 02:07:26
holiday: 0
Bearer Releases Voice: 144

DL MAC Vol Scell Pct: 55.11
SIP DC%: 
UPTP_Mbps: 26.32
DLRLCLayerDataVolume MB: 9555.31
DRB UL Data Volume MB: 3028
CA DL DataVolRatio Pct den: 9497
weekend: 0
UPTP Mbps Num: 4555
CA Activation Rate: 38.79
hr: 23
MAC_UE_SC_Tput: 12602.42
Bearer Releases: 11921

hr: 23
CA Activation Rate num: 10972073
UPTP Mbps Den: 2139
Setup_Fail_DEN: 14409
SIP_SC_Total_MOU: 376.89
Peak UE: 93
DL Volume: 4674
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3092
CA Activation Rate den: 57398

Time: 01:42:39
holiday: 0
CA DL DataVolRatio Pct: 58.45
SIP_SC_Call_Attempts: 284
CA DL DataVolRatio Pct num: 6955
HO Attempts: 106

DL MAC Vol Scell Pct: 34.34
SIP DC%: 
UPTP_Mbps: 28.38
DLRLCLayerDataVolume MB: 6693.84
DRB UL Data Volume MB: 5134
DL Packet Loss Pct: 4.14
RRC Setup Attempts: 5820
CA DL DataVolRatio Pct den: 2018
CA Conf FailRate Pct den: 4581
weekend: 0
UPTP Mbps Num: 5815
CA Activation Rate: 15.75
hr: 5
MAC_UE_SC_Tput: 4875.98
Bearer Releases: 9432

hr: 5
UPTP Mbps Den: 906
Setup_Fail_DEN: 9894
Peak UE: 68
MB_per_connected_UE: 88.78
PCT Time MIMO: 49.78
DL Volume: 3444
DL Data Vol MAC in MB: 3060.09
CA Activation Rate den: 94015
Combined RACH Preambles: 3189

Time: 16:52:06
holiday: 0

Avg_Connected_UEs: 31.76
SIP DC%: 
DLRLCLayerDataVolume MB: 6804.48
PRB Util%: 32.97
RRC Setup Attempts: 6054
CA Conf FailRate Pct den: 8051
weekend: 0
Bearer Setup Failure Voice Den: 224
RSSIRX2 Avg: -93.67
CA Activation Rate: 3.85
hr: 21
MAC_UE_SC_Tput: 7444.63
Bearer Releases: 7897

hr: 21
UPTP Mbps Den: 2953
SIP_SC_Total_MOU: 148.18
Peak UE: 33
MB_per_connected_UE: 158.17
PCT Time MIMO: 59.92
DL Data Vol MAC in MB: 2463.8

Time: 13:39:04
holiday: 0
CA DL DataVolRatio Pct: 81.46
HO_att_InterFreq: 272
CA DL DataVolRatio Pct num: 7371
HO Attempts: 216

DL MAC Vol Scell Pct: 9.06
Avg_Connected_UEs: 50.34
SIP DC%: 
UPTP_Mbps: 41.06
DLRLCLayerDataVolume MB: 4294.18
RRC Setup Attempts: 7109
CA DL DataVolRatio Pct den: 6046
weekend: 0
UPTP Mbps Num: 48407
CA Activation Rate: 27.3
hr: 13
MAC_UE_SC_Tput: 6159.18
Bearer Releases: 6804

hr: 13
CA Activation Rate num: 3380492
UPTP Mbps Den: 2515
Setup_Fail_DEN: 17909
Peak UE: 63
MB_per_connected_UE: 163.01
PCT Time MIMO: 47.36
DL Volume: 2425
UL Throughput: 7.05

Time: 18:45:59
holiday: 0
CA DL DataVolRatio Pct: 60.68
CA DL DataVolRatio Pct num: 3688

Avg_Connected_UEs: 56.83
SIP DC%: 
UPTP_Mbps: 38.38
DLRLCLayerDataVolume MB: 3305.42
PRB Util%: 31.07
RRC Setup Attempts: 3539
CA DL DataVolRatio Pct den: 5523
weekend: 0
UPTP Mbps Num: 34885
CA Activation Rate: 14.08
hr: 23
MAC_UE_SC_Tput: 5880.73
Bearer Releases: 13004

hr: 23
CA Activation Rate num: 5645739
UPTP Mbps Den: 1326
SIP_SC_Total_MOU: 3.92
Peak UE: 32
VOLTE IA%: 
PCT Time MIMO: 37.53
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3336
DL Data Vol MAC in MB: 3397.45
CA Activation Rate den: 51102

Time: 10:30:22
holiday: 0
CA DL DataVolRatio Pct: 73.77
CA DL DataVolRatio Pct num: 1904
HO Attempts: 806

Avg_Connected_UEs: 34.56
SIP DC%: 
PRB Util%: 45.85
CA Conf FailRate Pct den: 9488
RSSIRX1 Avg: -97.57
weekend: 0
UPTP Mbps Num: 17556
CA Activation Rate: 78.06
hr: 3
MAC_UE_SC_Tput: 18333.93

hr: 3
CA Activation Rate num: 4888605
UPTP Mbps Den: 1384
Setup_Fail_DEN: 10721
Peak UE: 64
MB_per_connected_UE: 31.88
DL Volume: 5890
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7930
DL Data Vol MAC in MB: 5464.7

Time: 17:48:49
holiday: 0

DL MAC Vol Scell Pct: 27.11
SIP DC%: 
UPTP_Mbps: 77.81
weekend: 0
CA Activation Rate: 9.76
hr: 23
MAC_UE_SC_Tput: 6869.75
Bearer Releases: 6829

hr: 23
CA Activation Rate num: 10842515
Setup_Fail_DEN: 18906
Peak UE: 33
MB_per_connected_UE: 94.25
PCT Time MIMO: 55.44
DL Volume: 2449
CA Activation Rate den: 126089

Combined RACH Preambles: 2632
Time: 11:39:16
holiday: 0
CA DL DataVolRatio Pct: 70.24
RRC Setup Failure% 5G: 0.5
HO_att_InterFreq: 279

DL MAC Vol Scell Pct: 53.48
Avg_Connected_UEs: 43.74
SIP DC%: 
UPTP_Mbps: 44.28
DLRLCLayerDataVolume MB: 7716.52
DRB UL Data Volume MB: 6521
RRC Setup Attempts: 5289
weekend: 1
CA Activation Rate: 54.33
hr: 7
MAC_UE_SC_Tput: 4695.47

hr: 7
UPTP Mbps Den: 3001
Peak UE: 40
PCT Time MIMO: 61.71
DL Data Vol MAC in MB: 6750.3
CA Activation Rate den: 194041
Time: 23:11:14
Date: 16-08-2023

holiday: 0
HO_att_InterFreq: 219
CA DL DataVolRatio Pct num: 5816

DL MAC Vol Scell Pct: 5.67
SIP DC%: 
DLRLCLayerDataVolume MB: 7572.18
DRB UL Data Volume MB: 7489
CA Conf FailRate Pct den: 5734
weekend: 0
UPTP Mbps Num: 46139
CA Activation Rate: 10.85
hr: 23
MAC_UE_SC_Tput: 11353.74
Bearer Releases: 10361

hr: 23
CA Activation Rate num: 7908810
UPTP Mbps Den: 607
Setup_Fail_DEN: 17927
SIP_SC_Total_MOU: 215.31
Peak UE: 75
MB_per_connected_UE: 81.57
PCT Time MIMO: 40.6
DL Volume: 2365
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5343
DL Data Vol MAC in MB: 8008.36
CA Activation Rate den: 201703

Time: 20:00:10
Date: 06-05-2022
holiday: 0
HO_att_InterFreq: 917
CA DL DataVolRatio Pct num: 3707
HO Attempts: 141

DL MAC Vol Scell Pct: 28.87
Avg_Connected_UEs: 16.58
SIP DC%: 
UPTP_Mbps: 39.48
DLRLCLayerDataVolume MB: 2106.47
DRB UL Data Volume MB: 7115
PRB Util%: 26.51
CA DL DataVolRatio Pct den: 8286
CA Conf FailRate Pct den: 6864
RSSIRX1 Avg: -96.7
weekend: 0
hr: 11
MAC_UE_SC_Tput: 11835.96
Bearer Releases: 17981

hr: 11
CA Activation Rate num: 9705987
Setup_Fail_DEN: 12032
SIP_SC_Total_MOU: 115.16
Peak UE: 27
MB_per_connected_UE: 164.67
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4503
DL Data Vol MAC in MB: 4681.58

Combined RACH Preambles: 2323
Time: 09:35:55
holiday: 0
CA DL DataVolRatio Pct: 67.71
CA DL DataVolRatio Pct num: 3558

DL MAC Vol Scell Pct: 47.27
SIP DC%: 
UPTP_Mbps: 56.29
DLRLCLayerDataVolume MB: 2754.07
RSSIRX1 Avg: -93.96
weekend: 0
CA Activation Rate: 8.3
hr: 10
MAC_UE_SC_Tput: 7076.26

hr: 10
CA Activation Rate num: 8340140
SIP_SC_Total_MOU: 214.38
Peak UE: 54
DL Volume: 1117
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3293
QCI 1 Bearer Releases: 64
CA Activation Rate den: 100507

Combined RACH Preambles: 1954
Time: 00:37:57
holiday: 0
CA DL DataVolRatio Pct: 90.76

DL MAC Vol Scell Pct: 42.3
SIP DC%: 
DLRLCLayerDataVolume MB: 1863.46
PRB Util%: 35.6
CA DL DataVolRatio Pct den: 3044
CA Conf FailRate Pct den: 5528
weekend: 0
RSSIRX2 Avg: -97.44
hr: 5
MAC_UE_SC_Tput: 11194.2
Bearer Releases: 17055

hr: 5
UPTP Mbps Den: 1826
Peak UE: 27
MB_per_connected_UE: 119.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3502
DL Data Vol MAC in MB: 8537.21

Time: 13:17:28
holiday: 0
SIP_SC_Call_Attempts: 237

Avg_Connected_UEs: 34.4
SIP DC%: 
UPTP_Mbps: 23.93
DLRLCLayerDataVolume MB: 3733.47
DRB UL Data Volume MB: 6010
RRC Setup Attempts: 7387
CA Conf FailRate Pct den: 2806
weekend: 0
UPTP Mbps Num: 14255
RSSIRX2 Avg: -95.32
CA Activation Rate: 49.53
hr: 21
MAC_UE_SC_Tput: 16646.02
Bearer Releases: 10178

hr: 21
CA Activation Rate num: 8559199
Setup_Fail_DEN: 14570
SIP_SC_Total_MOU: 16.45
Peak UE: 27
MB_per_connected_UE: 207.58
PCT Time MIMO: 34.27
DL Volume: 1697
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4393
DL Data Vol MAC in MB: 3751.26

Time: 15:20:13
holiday: 0
CA DL DataVolRatio Pct num: 6178

SIP DC%: 
UPTP_Mbps: 130.77
DLRLCLayerDataVolume MB: 710.66
DRB UL Data Volume MB: 1537
PRB Util%: 12.89
RRC Setup Attempts: 9561
CA DL DataVolRatio Pct den: 7846
CA Conf FailRate Pct den: 7013
weekend: 0
UPTP Mbps Num: 3850
RSSIRX2 Avg: -97
CA Activation Rate: 46.73
hr: 23
Bearer Releases: 8736

hr: 23
CA Activation Rate num: 4388820
UPTP Mbps Den: 2683
Setup_Fail_DEN: 8213
Peak UE: 27
MB_per_connected_UE: 81.88
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5483
CA Activation Rate den: 83711

Time: 21:03:58
Date: 30-07-2022
holiday: 0
CA DL DataVolRatio Pct: 85.85
SIP_SC_Call_Attempts: 174
HO_att_InterFreq: 682
CA DL DataVolRatio Pct num: 2274
HO Attempts: 663

DL MAC Vol Scell Pct: 22.5
Avg_Connected_UEs: 68.84
SIP DC%: 
UPTP_Mbps: 20.21
PRB Util%: 26.66
CA DL DataVolRatio Pct den: 252
CA Conf FailRate Pct den: 7314
RSSIRX1 Avg: -96.92
weekend: 0
UPTP Mbps Num: 2813
RSSIRX2 Avg: -95.58
CA Activation Rate: 36.2
hr: 0
MAC_UE_SC_Tput: 8164.91

hr: 0
CA Activation Rate num: 8922650
UPTP Mbps Den: 2241
Setup_Fail_DEN: 12177
Peak UE: 33
DL Data Vol MAC in MB: 9366.97

Combined RACH Preambles: 3618
Time: 21:55:18
holiday: 0
CA DL DataVolRatio Pct: 90.26
CA DL DataVolRatio Pct num: 1114

Avg_Connected_UEs: 49.49
SIP DC%: 
UPTP_Mbps: 40.7
DLRLCLayerDataVolume MB: 7399.88
DRB UL Data Volume MB: 5475
PRB Util%: 16.44
CA DL DataVolRatio Pct den: 5227
RSSIRX1 Avg: -94.86
weekend: 0
UPTP Mbps Num: 20075
CA Activation Rate: 30.86
hr: 23
MAC_UE_SC_Tput: 6654.07

hr: 23
CA Activation Rate num: 313504
UPTP Mbps Den: 1738
Setup_Fail_DEN: 14177
Peak UE: 34
MB_per_connected_UE: 14.85
PCT Time MIMO: 53.35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4154
QCI 1 Bearer Releases: 65
DL Data Vol MAC in MB: 923.37

Combined RACH Preambles: 2821
Time: 12:28:21
holiday: 0
HO Attempts: 189

DL MAC Vol Scell Pct: 4.74
SIP DC%: 
UPTP_Mbps: 44.5
DLRLCLayerDataVolume MB: 2514.58
CA DL DataVolRatio Pct den: 9919
CA Conf FailRate Pct den: 4299
weekend: 0
CA Activation Rate: 5.35
hr: 23
MAC_UE_SC_Tput: 6713.35

hr: 23
CA Activation Rate num: 1490842
UPTP Mbps Den: 3048
SIP_SC_Total_MOU: 172.11
Peak UE: 27
MB_per_connected_UE: 197.7
DL Data Vol MAC in MB: 447.69
CA Activation Rate den: 71449

Time: 15:53:16
holiday: 0
CA DL DataVolRatio Pct: 86.86

DL MAC Vol Scell Pct: 28.94
Avg_Connected_UEs: 45.06
SIP DC%: 
DRB UL Data Volume MB: 3293
CA DL DataVolRatio Pct den: 5902
CA Conf FailRate Pct den: 7418
weekend: 0
UPTP Mbps Num: 18063
CA Activation Rate: 25.86
hr: 7
MAC_UE_SC_Tput: 12509.36
Bearer Releases: 16945

hr: 7
CA Activation Rate num: 7005141
UPTP Mbps Den: 1635
Setup_Fail_DEN: 18499
Peak UE: 51
MB_per_connected_UE: 18.97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4522
DL Data Vol MAC in MB: 8669.82

Time: 02:49:17
holiday: 0
CA DL DataVolRatio Pct: 77.22
HO_att_InterFreq: 605
CA DL DataVolRatio Pct num: 6486

DL MAC Vol Scell Pct: 5.89
Avg_Connected_UEs: 84.19
SIP DC%: 
UPTP_Mbps: 28.91
DLRLCLayerDataVolume MB: 3780.66
DRB UL Data Volume MB: 9499
PRB Util%: 37.54
CA DL DataVolRatio Pct den: 5455
weekend: 1
UPTP Mbps Num: 18707
Bearer Setup Failure Voice Den: 84
CA Activation Rate: 8.72
hr: 18
MAC_UE_SC_Tput: 14308.65
Bearer Releases: 12680

hr: 18
CA Activation Rate num: 5018807
Setup_Fail_DEN: 15729
SIP_SC_Total_MOU: 245.26
Peak UE: 80
MB_per_connected_UE: 129.96
PCT Time MIMO: 48.31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3349
CA Activation Rate den: 79565

Time: 04:34:24
holiday: 0
CA DL DataVolRatio Pct: 81.19
CA DL DataVolRatio Pct num: 7581
HO Attempts: 123

DL MAC Vol Scell Pct: 7.59
Avg_Connected_UEs: 74.04
SIP DC%: 
UPTP_Mbps: 17.14
DLRLCLayerDataVolume MB: 4251.39
DRB UL Data Volume MB: 5500
PRB Util%: 32.42
RRC Setup Attempts: 4708
CA DL DataVolRatio Pct den: 9945
CA Conf FailRate Pct den: 3204
weekend: 0
UPTP Mbps Num: 21591
CA Activation Rate: 44.12
hr: 23
MAC_UE_SC_Tput: 11186.02
Bearer Releases: 16312

hr: 23
CA Activation Rate num: 9906183
UPTP Mbps Den: 244
Setup_Fail_DEN: 12073
SIP_SC_Total_MOU: 45.9
Peak UE: 42
MB_per_connected_UE: 145.07
PCT Time MIMO: 46.79
DL Volume: 2956
CA Activation Rate den: 98569

Time: 18:47:01
holiday: 0
HO_att_InterFreq: 670
CA DL DataVolRatio Pct num: 5708
HO Attempts: 277

Avg_Connected_UEs: 53.1
SIP DC%: 
UPTP_Mbps: 153.97
DLRLCLayerDataVolume MB: 9313.94
PRB Util%: 26.16
RSSIRX1 Avg: -96.25
weekend: 0
UPTP Mbps Num: 1357
CA Activation Rate: 11.53
hr: 20
MAC_UE_SC_Tput: 5732.56
Bearer Releases: 9797

hr: 20
CA Activation Rate num: 9139741
Setup_Fail_DEN: 13872
Peak UE: 30
MB_per_connected_UE: 182.8
PCT Time MIMO: 62.74
QCI 1 Bearer Releases: 162
UL Throughput: 10.9
DL Data Vol MAC in MB: 8011.35
CA Activation Rate den: 69162

Time: 01:31:51
Date: 31-01-2023
holiday: 0
Bearer Releases Voice: 57
CA DL DataVolRatio Pct num: 3015
HO Attempts: 30

Avg_Connected_UEs: 39.63
SIP DC%: 
UPTP_Mbps: 33.48
DLRLCLayerDataVolume MB: 7001.35
RRC Setup Attempts: 6575
CA Conf FailRate Pct den: 7910
weekend: 1
UPTP Mbps Num: 17968
CA Activation Rate: 11.7
hr: 3
MAC_UE_SC_Tput: 5821.45
Bearer Releases: 14823

hr: 3
Avg CQI: 11.57
CA Activation Rate num: 6671452
UPTP Mbps Den: 332
SIP_SC_Total_MOU: 34.36
Peak UE: 44
MB_per_connected_UE: 19.3
DL Volume: 993
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6645
DL Data Vol MAC in MB: 5807.96

Time: 14:27:19
holiday: 0
CA DL DataVolRatio Pct: 64.75
CA DL DataVolRatio Pct num: 2746

SIP DC%: 
UPTP_Mbps: 46.9
CA DL DataVolRatio Pct den: 3782
RSSIRX1 Avg: -97.21
weekend: 0
CA Activation Rate: 29.84
hr: 18
MAC_UE_SC_Tput: 11471.14

hr: 18
CA Activation Rate num: 2693461
UPTP Mbps Den: 3091
Setup_Fail_DEN: 6978
S1U_SIP_SC_SEER_den: 277
Peak UE: 65
MB_per_connected_UE: 45.63
UL Throughput: 4.48
CA Activation Rate den: 130648

Time: 07:56:19
holiday: 0
CA DL DataVolRatio Pct: 71.49
CA DL DataVolRatio Pct num: 1121

DL MAC Vol Scell Pct: 28.11
SIP DC%: 
UPTP_Mbps: 99.33
DRB UL Data Volume MB: 2854
PRB Util%: 28.73
RRC Setup Attempts: 7829
CA DL DataVolRatio Pct den: 7459
CA Conf FailRate Pct den: 6700
weekend: 0
UPTP Mbps Num: 20038
hr: 10
MAC_UE_SC_Tput: 9775.72

hr: 10
CA Activation Rate num: 9843202
UPTP Mbps Den: 1780
Peak UE: 27
DL Volume: 3056
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7042
UL Throughput: 3.9
DL Data Vol MAC in MB: 1318.67
CA Activation Rate den: 47888
Combined RACH Preambles: 2823

Time: 18:13:34
holiday: 0
CA DL DataVolRatio Pct num: 4516
HO Attempts: 681

DL MAC Vol Scell Pct: 7.93
Avg_Connected_UEs: 50.9
SIP DC%: 
UPTP_Mbps: 36.84
DRB UL Data Volume MB: 993
RRC Setup Attempts: 4512
CA Conf FailRate Pct den: 7021
weekend: 0
Setup_Fail_NUM: 9
CA Activation Rate: 6.83
hr: 0

hr: 0
CA Activation Rate num: 6637890
UPTP Mbps Den: 353
Setup_Fail_DEN: 15177
Peak UE: 27
MB_per_connected_UE: 83.89
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5576
DL Data Vol MAC in MB: 7691.61
Combined RACH Preambles: 2300

Time: 13:14:43
holiday: 0
CA DL DataVolRatio Pct: 74.88

DL MAC Vol Scell Pct: 12.68
Avg_Connected_UEs: 45.08
SIP DC%: 
DLRLCLayerDataVolume MB: 6894.94
DRB UL Data Volume MB: 7066
PRB Util%: 22.88
CA DL DataVolRatio Pct den: 2065
CA Conf FailRate Pct den: 6956
weekend: 0
CA Activation Rate: 14.73
hr: 21
MAC_UE_SC_Tput: 5039.93
Bearer Releases: 10049

hr: 21
CA Activation Rate num: 2575278
Setup_Fail_DEN: 11828
SIP_SC_Total_MOU: 262.01
Peak UE: 27
MB_per_connected_UE: 31.28
PCT Time MIMO: 43.12
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5131
DL Data Vol MAC in MB: 8627.03

Time: 06:12:13
Date: 09-05-2022
holiday: 0
HO_att_InterFreq: 661
CA DL DataVolRatio Pct num: 6192

DL MAC Vol Scell Pct: 44.19
SIP DC%: 
UPTP_Mbps: 134.4
CA DL DataVolRatio Pct den: 7567
weekend: 0
UPTP Mbps Num: 25430
hr: 0

hr: 0
Avg CQI: 9.35
CA Activation Rate num: 5004590
SIP_SC_Total_MOU: 212.53
Peak UE: 27
MB_per_connected_UE: 138.13
PCT Time MIMO: 38.46
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3918
DL Data Vol MAC in MB: 3544.2

Time: 11:16:22
holiday: 0
CA DL DataVolRatio Pct: 56.27
CA DL DataVolRatio Pct num: 5565

DL MAC Vol Scell Pct: 16.92
Avg_Connected_UEs: 22.3
SIP DC%: 
UPTP_Mbps: 8.24
DLRLCLayerDataVolume MB: 8377.03
RRC Setup Attempts: 3526
CA Conf FailRate Pct den: 7247
weekend: 1
UPTP Mbps Num: 1133
S1U_SIP_SC_SEER_num: 258
CA Activation Rate: 16
hr: 7
Bearer Releases: 17550

hr: 7
CA Activation Rate num: 7581696
UPTP Mbps Den: 2497
Setup_Fail_DEN: 7564
Peak UE: 74
MB_per_connected_UE: 24.97
PCT Time MIMO: 37.16
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4194
DL Data Vol MAC in MB: 6686.78
CA Activation Rate den: 202847

Combined RACH Preambles: 3873
Time: 23:59:58
holiday: 0
CA DL DataVolRatio Pct: 74.04
CA DL DataVolRatio Pct num: 3650

Avg_Connected_UEs: 24.01
SIP DC%: 
UPTP_Mbps: 32.75
DRB UL Data Volume MB: 6671
PRB Util%: 18.8
RRC Setup Attempts: 4057
weekend: 0
CA Activation Rate: 37.14
hr: 8
MAC_UE_SC_Tput: 15750.38

hr: 8
CA Activation Rate num: 5979049
UPTP Mbps Den: 1630
Setup_Fail_DEN: 15414
Peak UE: 27
DL Volume: 1839
UL Throughput: 3.86
CA Activation Rate den: 107135

Combined RACH Preambles: 2108
holiday: 0

DL MAC Vol Scell Pct: 23.17
Avg_Connected_UEs: 55.54
SIP DC%: 
UPTP_Mbps: 42.88
DRB UL Data Volume MB: 4876
RRC Setup Attempts: 4900
weekend: 0
hr: 18
MAC_UE_SC_Tput: 7434.74

hr: 18
CA Activation Rate num: 10444414
UPTP Mbps Den: 1444
SIP_SC_Total_MOU: 168.75
Peak UE: 57
MB_per_connected_UE: 15.72
QCI 1 Bearer Releases: 95
DL Data Vol MAC in MB: 2661.88
CA Activation Rate den: 53221

Time: 10:12:37
holiday: 0
CA DL DataVolRatio Pct: 83.5
CA DL DataVolRatio Pct num: 7480

DL MAC Vol Scell Pct: 8.19
Avg_Connected_UEs: 82.38
SIP DC%: 
UPTP_Mbps: 38.74
DLRLCLayerDataVolume MB: 5527.85
DRB UL Data Volume MB: 2072
PRB Util%: 32.48
CA DL DataVolRatio Pct den: 8505
weekend: 0
UPTP Mbps Num: 35403
CA Activation Rate: 44.92
hr: 23
MAC_UE_SC_Tput: 5704.28

hr: 23
CA Activation Rate num: 8192985
UPTP Mbps Den: 635
Setup_Fail_DEN: 17896
SIP_SC_Total_MOU: 122.64
Peak UE: 27
MB_per_connected_UE: 96.74
DL Volume: 5492
QCI 1 Bearer Releases: 146
DL Data Vol MAC in MB: 5521.08
CA Activation Rate den: 119176

Time: 06:03:45
holiday: 0
CA DL DataVolRatio Pct: 61.79
HO_att_InterFreq: 615
CA DL DataVolRatio Pct num: 6843

DL MAC Vol Scell Pct: 31.92
Avg_Connected_UEs: 53.83
SIP DC%: 
UPTP_Mbps: 36.38
DLRLCLayerDataVolume MB: 7057.51
DRB UL Data Volume MB: 9824
PRB Util%: 71.86
RRC Setup Attempts: 7654
CA DL DataVolRatio Pct den: 5788
CA Conf FailRate Pct den: 8406
weekend: 1
UPTP Mbps Num: 6984
CA Activation Rate: 32.82
hr: 23
MAC_UE_SC_Tput: 5643.9
Bearer Releases: 14631

hr: 23
CA Activation Rate num: 2960898
UPTP Mbps Den: 1068
Setup_Fail_DEN: 14583
SIP_SC_Total_MOU: 50.15
S1U_SIP_SC_SEER_den: 207
Peak UE: 38
MB_per_connected_UE: 38.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4282
CA Activation Rate den: 72251

Combined RACH Preambles: 2833
Time: 00:17:56
holiday: 0
CA DL DataVolRatio Pct: 52.24
CA DL DataVolRatio Pct num: 364

Avg_Connected_UEs: 72.19
SIP DC%: 
UPTP_Mbps: 43.58
S1U_SIP_SC_SEER: 99.58
RRC Setup Attempts: 6973
CA Conf FailRate Pct den: 8285
weekend: 0
CA Activation Rate: 59.23
hr: 2
MAC_UE_SC_Tput: 8852.79
Bearer Releases: 10617

hr: 2
CA Activation Rate num: 5204246
UPTP Mbps Den: 1393
Setup_Fail_DEN: 7332
SIP_SC_Total_MOU: 277.26
Peak UE: 62
MB_per_connected_UE: 81.45
DL Volume: 4594
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3870
DL Data Vol MAC in MB: 9892.82
CA Activation Rate den: 60631

Combined RACH Preambles: 3886
Time: 15:36:14
holiday: 0
CA DL DataVolRatio Pct: 65.52
CA DL DataVolRatio Pct num: 1300

DL MAC Vol Scell Pct: 21.16
Avg_Connected_UEs: 34.94
SIP DC%: 
UPTP_Mbps: 37.41
DLRLCLayerDataVolume MB: 5046.67
DRB UL Data Volume MB: 2329
RRC Setup Attempts: 3854
CA DL DataVolRatio Pct den: 9610
weekend: 0
UPTP Mbps Num: 29221
CA Activation Rate: 26.53
hr: 9
MAC_UE_SC_Tput: 11023.6
Bearer Releases: 8742

hr: 9
CA Activation Rate num: 9937969
UPTP Mbps Den: 193
SIP_SC_Total_MOU: 146.27
Peak UE: 27
DL Volume: 5318
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5072
UL Throughput: 3.83
DL Data Vol MAC in MB: 7266.77

Time: 17:33:28
holiday: 0
CA DL DataVolRatio Pct: 68.8
CA DL DataVolRatio Pct num: 3861

SIP DC%: 
UPTP_Mbps: 103.84
DRB UL Data Volume MB: 6493
RRC Setup Attempts: 5161
CA DL DataVolRatio Pct den: 4187
CA Conf FailRate Pct den: 7407
RSSIRX1 Avg: -97.72
weekend: 0
CA Activation Rate: 11.13
hr: 1
MAC_UE_SC_Tput: 14164.64
Bearer Releases: 17651

hr: 1
qci1_setup_attempts: 245
CA Activation Rate num: 7485135
UPTP Mbps Den: 1921
Setup_Fail_DEN: 12260
SIP_SC_Total_MOU: 297.15
MB_per_connected_UE: 99.68
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4856
DL Data Vol MAC in MB: 9278.36
CA Activation Rate den: 83408

Combined RACH Preambles: 2117
Time: 10:21:30
Date: 30-06-2022
holiday: 0
CA DL DataVolRatio Pct: 67.7
CA DL DataVolRatio Pct num: 7278

DL MAC Vol Scell Pct: 12.01
SIP DC%: 
DLRLCLayerDataVolume MB: 3478.81
DRB UL Data Volume MB: 3194
RRC Setup Attempts: 6325
CA DL DataVolRatio Pct den: 10130
CA Conf FailRate Pct den: 9306
weekend: 0
UPTP Mbps Num: 1625
CA Activation Rate: 70.09
hr: 0
MAC_UE_SC_Tput: 5619.76

hr: 0
CA Activation Rate num: 6941411
UPTP Mbps Den: 4376
Setup_Fail_DEN: 10378
SIP_SC_Total_MOU: 112.4
Peak UE: 27
MB_per_connected_UE: 33.29
PCT Time MIMO: 36.27
DL Volume: 6534
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5222
DL Data Vol MAC in MB: 2937.4
CA Activation Rate den: 195993

Time: 14:35:55
holiday: 0
CA DL DataVolRatio Pct num: 2604

DL MAC Vol Scell Pct: 18.37
Avg_Connected_UEs: 76.61
SIP DC%: 
UPTP_Mbps: 31.35
DRB UL Data Volume MB: 8884
RRC Setup Attempts: 8318
CA Conf FailRate Pct den: 7273
weekend: 0
CA Activation Rate: 42.49
hr: 6
MAC_UE_SC_Tput: 10935.12
Bearer Releases: 7192

hr: 6
CA Activation Rate num: 2301885
MB_per_connected_UE: 191.1
DL Volume: 7607
DL Data Vol MAC in MB: 7912.65
CA Activation Rate den: 170596

Time: 05:03:18
holiday: 0
CA DL DataVolRatio Pct: 76.14
HO_att_InterFreq: 521
CA DL DataVolRatio Pct num: 3612

Avg_Connected_UEs: 29.24
SIP DC%: 
UPTP_Mbps: 22.72
DRB UL Data Volume MB: 2227
RRC Setup Attempts: 5491
weekend: 0
UPTP Mbps Num: 21111
CA Activation Rate: 32.61
hr: 7
MAC_UE_SC_Tput: 7893.04
Bearer Releases: 11308

hr: 7
CA Activation Rate num: 3105870
Setup_Fail_DEN: 15445
SIP_SC_Total_MOU: 32.12
Peak UE: 27
PCT Time MIMO: 38.29
UL Throughput: 9.91
DL Data Vol MAC in MB: 7779.92
CA Activation Rate den: 89195

Combined RACH Preambles: 2314
Time: 02:50:58
Date: 30-06-2023
holiday: 0
CA DL DataVolRatio Pct num: 4052
HO Attempts: 610

DL MAC Vol Scell Pct: 3.28
Avg_Connected_UEs: 40.97
SIP DC%: 
UPTP_Mbps: 34.51
DLRLCLayerDataVolume MB: 346.82
DRB UL Data Volume MB: 7934
RRC Setup Attempts: 4850
CA DL DataVolRatio Pct den: 9601
weekend: 0
UPTP Mbps Num: 43307
CA Activation Rate: 38.37
hr: 9
MAC_UE_SC_Tput: 7373.92
Bearer Releases: 10224

hr: 9
CA Activation Rate num: 9354887
UPTP Mbps Den: 1715
Peak UE: 81
MB_per_connected_UE: 44.07
DL Volume: 1760
CA Activation Rate den: 56138

Time: 21:23:10
Date: 02-12-2023
holiday: 0
CA DL DataVolRatio Pct: 68.67
HO_att_InterFreq: 772

Avg_Connected_UEs: 57.04
SIP DC%: 
DLRLCLayerDataVolume MB: 1672.32
DRB UL Data Volume MB: 9207
PRB Util%: 73.37
RRC Setup Attempts: 9073
CA DL DataVolRatio Pct den: 9102
RSSIRX1 Avg: -93.34
weekend: 0
UPTP Mbps Num: 58185
Bearer Setup Failure Voice Den: 191
RSSIRX2 Avg: -94.16
CA Activation Rate: 61.1
hr: 6
MAC_UE_SC_Tput: 11299.81
Bearer Releases: 15659

hr: 6
CA Activation Rate num: 2462681
UPTP Mbps Den: 1103
Setup_Fail_DEN: 7162
SIP_SC_Total_MOU: 14.12
Peak UE: 27
MB_per_connected_UE: 107.83
DL Volume: 2480

Time: 02:59:11
holiday: 0
CA DL DataVolRatio Pct: 90
CA DL DataVolRatio Pct num: 649

DL MAC Vol Scell Pct: 15.82
Avg_Connected_UEs: 28.52
SIP DC%: 
DLRLCLayerDataVolume MB: 600.6
RRC Setup Attempts: 6589
CA DL DataVolRatio Pct den: 7270
weekend: 0
Setup_Fail_NUM: 25
CA Activation Rate: 6.32
hr: 0
MAC_UE_SC_Tput: 25093.68
Bearer Releases: 8811

hr: 0
CA Activation Rate num: 3001167
Setup_Fail_DEN: 6756
S1U_SIP_SC_SEER_den: 267
Peak UE: 27
MB_per_connected_UE: 18.49
PCT Time MIMO: 48.61
DL Volume: 4867
UL Throughput: 10.34
DL Data Vol MAC in MB: 9351.34
CA Activation Rate den: 57169

Time: 11:21:24
holiday: 0
CA DL DataVolRatio Pct: 77.01

DL MAC Vol Scell Pct: 16.54
Avg_Connected_UEs: 84.51
SIP DC%: 
UPTP_Mbps: 29.55
DLRLCLayerDataVolume MB: 6037.94
DRB UL Data Volume MB: 3772
PRB Util%: 67.66
RRC Setup Attempts: 8085
CA DL DataVolRatio Pct den: 8162
CA Conf FailRate Pct den: 8512
weekend: 0
RSSIRX2 Avg: -97.04
hr: 12
MAC_UE_SC_Tput: 7689.53
Bearer Releases: 13087

hr: 12
qci1_setup_attempts: 196
CA Activation Rate num: 3921801
UPTP Mbps Den: 485
Setup_Fail_DEN: 16444
SIP_SC_Total_MOU: 184.26
Peak UE: 32
MB_per_connected_UE: 45.27
DL Volume: 3362
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3351
QCI 1 Bearer Releases: 104
CA Activation Rate den: 134002

Combined RACH Preambles: 2514
Time: 03:26:37
holiday: 0
CA DL DataVolRatio Pct: 86.55
HO_att_InterFreq: 575
CA DL DataVolRatio Pct num: 1496
HO Attempts: 780

DL MAC Vol Scell Pct: 13.99
SIP DC%: 
UPTP_Mbps: 28.95
DLRLCLayerDataVolume MB: 1604.1
DRB UL Data Volume MB: 7422
RRC Setup Attempts: 4389
CA DL DataVolRatio Pct den: 8398
weekend: 0
CA Activation Rate: 30.14
hr: 23
MAC_UE_SC_Tput: 7869.3
Bearer Releases: 9513

hr: 23
CA Activation Rate num: 5348031
UPTP Mbps Den: 1833
Setup_Fail_DEN: 18752
SIP_SC_Total_MOU: 134.33
Peak UE: 27
MB_per_connected_UE: 59.94
PCT Time MIMO: 69.81
CA Activation Rate den: 91595

Time: 11:42:50
holiday: 0
CA DL DataVolRatio Pct: 83.72
CA DL DataVolRatio Pct num: 2568
HO Attempts: 108

DL MAC Vol Scell Pct: 49.47
Avg_Connected_UEs: 34.43
SIP DC%: 
UPTP_Mbps: 19
DRB UL Data Volume MB: 8298
PRB Util%: 6.38
RRC Setup Attempts: 7709
CA DL DataVolRatio Pct den: 268
CA Conf FailRate Pct den: 9389
weekend: 0
UPTP Mbps Num: 27707
CA Activation Rate: 5.99
hr: 2
MAC_UE_SC_Tput: 10938.98
Bearer Releases: 10221

hr: 2
Avg CQI: 10.47
CA Activation Rate num: 10214745
UPTP Mbps Den: 2836
RSSI Delta: 0.31
Peak UE: 33
MB_per_connected_UE: 53.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3182
DL Data Vol MAC in MB: 4234.23
CA Activation Rate den: 81622

Combined RACH Preambles: 1967
Time: 04:32:43
holiday: 0
CA DL DataVolRatio Pct: 71.95
HO_att_InterFreq: 724

SIP DC%: 
UPTP_Mbps: 15.71
DLRLCLayerDataVolume MB: 6275.72
DRB UL Data Volume MB: 2023
PRB Util%: 18.35
CA DL DataVolRatio Pct den: 7561
CA Conf FailRate Pct den: 4667
weekend: 0
CA Activation Rate: 74.99
hr: 23
MAC_UE_SC_Tput: 19315.34
Bearer Releases: 13609

hr: 23
CA Activation Rate num: 4861485
UPTP Mbps Den: 1024
Setup_Fail_DEN: 16069
VOLTE IA%: 
MB_per_connected_UE: 165.94
PCT Time MIMO: 49.58
DL Volume: 1900

Time: 22:09:36
holiday: 0
CA DL DataVolRatio Pct num: 7046

DL MAC Vol Scell Pct: 12.59
Avg_Connected_UEs: 70.36
SIP DC%: 
UPTP_Mbps: 30.9
DLRLCLayerDataVolume MB: 1548.16
DRB UL Data Volume MB: 7243
CA DL DataVolRatio Pct den: 7931
weekend: 0
CA Activation Rate: 42.77
hr: 23
MAC_UE_SC_Tput: 7865.84

hr: 23
CA Activation Rate num: 4915969
UPTP Mbps Den: 978
Setup_Fail_DEN: 6919
MB_per_connected_UE: 196.45
DL Volume: 6566
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5884
DL Data Vol MAC in MB: 1973.64
CA Activation Rate den: 76038

Combined RACH Preambles: 2363
Time: 05:08:41
holiday: 0

DL MAC Vol Scell Pct: 10.53
SIP DC%: 
DLRLCLayerDataVolume MB: 5358.37
DRB UL Data Volume MB: 7006
PRB Util%: 33.06
UL Resid BLER PCT: 0.62
RRC Setup Attempts: 5456
CA Conf FailRate Pct den: 6507
weekend: 0
UPTP Mbps Num: 12023
RSSIRX2 Avg: -94.86
S1U_SIP_SC_SEER_num: 200
CA Activation Rate: 30.95
hr: 22
Bearer Releases: 13734

hr: 22
CA Activation Rate num: 2571971
Setup_Fail_DEN: 14213
S1U_SIP_SC_SEER_den: 203
Peak UE: 52
MB_per_connected_UE: 113.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7672
UL Throughput: 4.12
DL Data Vol MAC in MB: 4296.97

Time: 10:28:20
Date: 04-05-2023
holiday: 0
CA DL DataVolRatio Pct num: 4151
HO Attempts: 487

Avg_Connected_UEs: 63.99
SIP DC%: 
UPTP_Mbps: 39.15
DLRLCLayerDataVolume MB: 4524
DRB UL Data Volume MB: 6452
RRC Setup Attempts: 3439
CA DL DataVolRatio Pct den: 10028
CA Conf FailRate Pct den: 7056
weekend: 0
UPTP Mbps Num: 51193
CA Activation Rate: 42.34
hr: 5
MAC_UE_SC_Tput: 5485.36
Bearer Releases: 6253

hr: 5
CA Activation Rate num: 196453
Setup_Fail_DEN: 9543
SIP_SC_Total_MOU: 201.68
Peak UE: 33
MB_per_connected_UE: 143.78
DL Volume: 8846
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5539
CA Activation Rate den: 149876
Time: 06:12:40

holiday: 0
CA DL DataVolRatio Pct: 73.87
CA DL DataVolRatio Pct num: 1566

Avg_Connected_UEs: 40.88
SIP DC%: 
UPTP_Mbps: 117.48
DRB UL Data Volume MB: 9127
PRB Util%: 50.67
RRC Setup Attempts: 4429
CA Conf FailRate Pct den: 7105
weekend: 0
CA Activation Rate: 37.12
hr: 9
MAC_UE_SC_Tput: 13851.35
Bearer Releases: 7846

hr: 9
CA Activation Rate num: 5139598
Setup_Fail_DEN: 12802
SIP_SC_Total_MOU: 291.88
UL MAC Vol Scell Pct: 0.7
Peak UE: 117
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7325

Combined RACH Preambles: 2002
Time: 22:09:41
holiday: 0

DL MAC Vol Scell Pct: 51.73
Avg_Connected_UEs: 41.44
SIP DC%: 
DRB UL Data Volume MB: 4673
Avg_PUCCH_SINR: 17.34
RRC Setup Attempts: 3796
CA Conf FailRate Pct den: 6078
weekend: 0
UPTP Mbps Num: 15929
S1U_SIP_SC_SEER_num: 125
CA Activation Rate: 4.98
hr: 0
MAC_UE_SC_Tput: 13307.07
Bearer Releases: 7838

hr: 0
CA Activation Rate num: 9322885
UPTP Mbps Den: 2376
SIP_SC_Total_MOU: 53.67
Peak UE: 27
MB_per_connected_UE: 30.92
PCT Time MIMO: 39.73

Time: 11:08:44
Date: 11-03-2022
holiday: 0

DL MAC Vol Scell Pct: 49.72
Avg_Connected_UEs: 18.77
SIP DC%: 
UPTP_Mbps: 62.66
DLRLCLayerDataVolume MB: 4494.6
DRB UL Data Volume MB: 3177
PRB Util%: 39.96
CA Conf FailRate Pct den: 6146
weekend: 0
UPTP Mbps Num: 60984
CA Activation Rate: 6.61
hr: 23
MAC_UE_SC_Tput: 8755.22
Bearer Releases: 14407

hr: 23
qci1_setup_attempts: 135
CA Activation Rate num: 10654120
UPTP Mbps Den: 2938
SIP_SC_Total_MOU: 147.24
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7530
DL Data Vol MAC in MB: 8849.88

Time: 09:23:38
holiday: 0
Bearer Releases Voice: 29
CA DL DataVolRatio Pct num: 5642

DL MAC Vol Scell Pct: 9.09
Avg_Connected_UEs: 41.82
SIP DC%: 
DLRLCLayerDataVolume MB: 481.43
DRB UL Data Volume MB: 3599
CA DL DataVolRatio Pct den: 4877
RSSIRX1 Avg: -96.2
weekend: 0
CA Activation Rate: 60.73
hr: 23
Bearer Releases: 13166

hr: 23
UPTP Mbps Den: 1387
Setup_Fail_DEN: 14522
Peak UE: 77
MB_per_connected_UE: 206.64
PCT Time MIMO: 54.46
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5776
DL Data Vol MAC in MB: 3148.12
CA Activation Rate den: 80718

Time: 02:26:33
holiday: 0

DL MAC Vol Scell Pct: 35.59
SIP DC%: 
UPTP_Mbps: 46.86
DRB UL Data Volume MB: 6505
PRB Util%: 21.72
RRC Setup Attempts: 7064
CA Conf FailRate Pct den: 4218
weekend: 0
UPTP Mbps Num: 38951
CA Activation Rate: 63.91
hr: 8
MAC_UE_SC_Tput: 4778.08
Bearer Releases: 12330

hr: 8
CA Activation Rate num: 6149132
Setup_Fail_DEN: 12583
SIP_SC_Total_MOU: 317.54
Peak UE: 27
MB_per_connected_UE: 10.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4200
UL Throughput: 1.32
DL Data Vol MAC in MB: 4122.16

Combined RACH Preambles: 2976
Time: 13:10:40
holiday: 0
CA DL DataVolRatio Pct num: 2566

SIP DC%: 
UPTP_Mbps: 27.55
DLRLCLayerDataVolume MB: 1638.41
CA DL DataVolRatio Pct den: 4182
weekend: 0
CA Activation Rate: 41.63
hr: 20
MAC_UE_SC_Tput: 14651.42
Bearer Releases: 10561

hr: 20
CA Activation Rate num: 7048218
UPTP Mbps Den: 2971
Setup_Fail_DEN: 6725
SIP_SC_Total_MOU: 64.38
Peak UE: 30
MB_per_connected_UE: 25.71
PCT Time MIMO: 35.38
DL Volume: 2797
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3961
QCI 1 Bearer Releases: 61
UL Throughput: 4.86

Time: 09:08:05
holiday: 0
CA DL DataVolRatio Pct: 57.76
RRC Setup Failure% 5G: 0.59
CA DL DataVolRatio Pct num: 4528

Avg_Connected_UEs: 33.64
SIP DC%: 
UPTP_Mbps: 44.15
DLRLCLayerDataVolume MB: 3179.02
DRB UL Data Volume MB: 4060
CA DL DataVolRatio Pct den: 8564
CA Conf FailRate Pct den: 5018
weekend: 0
UPTP Mbps Num: 13191
CA Activation Rate: 63.51
hr: 0
MAC_UE_SC_Tput: 8600.38

hr: 0
CA Activation Rate num: 1811882
UPTP Mbps Den: 3934
Setup_Fail_DEN: 8139
SIP_SC_Total_MOU: 18.68
Peak UE: 27
PCT Time MIMO: 41.82
DL Volume: 8754
UL Throughput: 2.1

Combined RACH Preambles: 4516
Time: 07:52:04
holiday: 0
CA DL DataVolRatio Pct num: 3356

DL MAC Vol Scell Pct: 28.13
SIP DC%: 
UPTP_Mbps: 38.96
DLRLCLayerDataVolume MB: 627.2
DRB UL Data Volume MB: 1907
PRB Util%: 57.13
CA DL DataVolRatio Pct den: 8274
CA Conf FailRate Pct den: 7630
weekend: 1
UPTP Mbps Num: 19384
S1U_SIP_SC_SEER_num: 107
hr: 12
MAC_UE_SC_Tput: 7700.86
Bearer Releases: 10625

hr: 12
CA Activation Rate num: 2288174
SIP_SC_Total_MOU: 151.75
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 151.73
PCT Time MIMO: 36.87
DL Volume: 3358
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4574
DL Data Vol MAC in MB: 7361.4
CA Activation Rate den: 193156

Time: 22:28:09
holiday: 0
CA DL DataVolRatio Pct: 45.13
CA DL DataVolRatio Pct num: 7634

DL MAC Vol Scell Pct: 9.61
Avg_Connected_UEs: 33.39
SIP DC%: 
UPTP_Mbps: 103.14
DRB UL Data Volume MB: 885
PRB Util%: 54.55
RRC Setup Attempts: 7177
CA DL DataVolRatio Pct den: 7225
weekend: 0
CA Activation Rate: 33.73
hr: 13
MAC_UE_SC_Tput: 5790.64
Bearer Releases: 11886

hr: 13
CA Activation Rate num: 8219135
UPTP Mbps Den: 3258
Setup_Fail_DEN: 12782
SIP_SC_Total_MOU: 217.23
Peak UE: 95
MB_per_connected_UE: 12.27
DL Volume: 1591
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8804
DL Data Vol MAC in MB: 7777.56
CA Activation Rate den: 164092

Time: 07:08:10
holiday: 0
CA DL DataVolRatio Pct num: 2109

DL MAC Vol Scell Pct: 9.34
Avg_Connected_UEs: 43.96
SIP DC%: 
UPTP_Mbps: 17.07
DLRLCLayerDataVolume MB: 1872.28
CA DL DataVolRatio Pct den: 3479
CA Conf FailRate Pct den: 6929
weekend: 0
CA Activation Rate: 51.06
hr: 18
MAC_UE_SC_Tput: 7390.15
Bearer Releases: 14813

hr: 18
Setup_Fail_DEN: 12542
Peak UE: 27
DL Volume: 6794
DL Data Vol MAC in MB: 5535.94

Time: 06:47:45
Date: 19-08-2023
holiday: 0
CA DL DataVolRatio Pct: 81.96
HO_att_InterFreq: 705

DL MAC Vol Scell Pct: 17.85
SIP DC%: 
PRB Util%: 23.06
RRC Setup Attempts: 8984
CA DL DataVolRatio Pct den: 5923
weekend: 0
CA Activation Rate: 30.5
hr: 0
MAC_UE_SC_Tput: 17037.5
Bearer Releases: 17984

hr: 0
CA Activation Rate num: 462002
UPTP Mbps Den: 953
Setup_Fail_DEN: 19003
SIP_SC_Total_MOU: 138.28
Peak UE: 88
MB_per_connected_UE: 86.77
PCT Time MIMO: 36.24
DL Volume: 2880

Time: 01:31:29
holiday: 0
CA DL DataVolRatio Pct: 91.69
CA DL DataVolRatio Pct num: 344

DL MAC Vol Scell Pct: 13.52
Avg_Connected_UEs: 50.54
SIP DC%: 
UPTP_Mbps: 42.59
DLRLCLayerDataVolume MB: 2788.45
DRB UL Data Volume MB: 6263
PRB Util%: 41.2
RRC Setup Attempts: 4730
CA DL DataVolRatio Pct den: 9794
weekend: 1
UPTP Mbps Num: 46861
Bearer Setup Failure Voice Den: 111
S1U_SIP_SC_SEER_num: 99
CA Activation Rate: 39.72
hr: 0
MAC_UE_SC_Tput: 17143.04

hr: 0
Avg CQI: 8.65
CA Activation Rate num: 8565744
Setup_Fail_DEN: 14105
SIP_SC_Total_MOU: 345.56
Peak UE: 82
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5319
CA Activation Rate den: 110538

Time: 06:59:15
Date: 01-09-2023
holiday: 0
CA DL DataVolRatio Pct num: 4097

Avg_Connected_UEs: 55.35
SIP DC%: 
DLRLCLayerDataVolume MB: 5567.17
PRB Util%: 75.11
RRC Setup Attempts: 3762
weekend: 0
UPTP Mbps Num: 50955
hr: 23
MAC_UE_SC_Tput: 8126.63

hr: 23
CA Activation Rate num: 9976320
UPTP Mbps Den: 1258
Setup_Fail_DEN: 15929
SIP_SC_Total_MOU: 104.84
Peak UE: 27
MB_per_connected_UE: 79.91
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5820
DL Data Vol MAC in MB: 7954.87

Time: 19:05:46
holiday: 0

DL MAC Vol Scell Pct: 30.07
Avg_Connected_UEs: 45.79
SIP DC%: 
UPTP_Mbps: 91.81
DLRLCLayerDataVolume MB: 5777.66
DRB UL Data Volume MB: 8634
PRB Util%: 66.25
RRC Setup Attempts: 4264
CA DL DataVolRatio Pct den: 10105
weekend: 0
UPTP Mbps Num: 19656
CA Activation Rate: 8.76
hr: 0
MAC_UE_SC_Tput: 9012.65
Bearer Releases: 7124

hr: 0
CA Activation Rate num: 10895527
UPTP Mbps Den: 2919
Setup_Fail_DEN: 16196
SIP_SC_Total_MOU: 215.91
Peak UE: 27
DL Data Vol MAC in MB: 9862.4

Time: 06:44:53
holiday: 0
CA DL DataVolRatio Pct: 70.09
HO_att_InterFreq: 825
CA DL DataVolRatio Pct num: 5445
HO Attempts: 316

DL MAC Vol Scell Pct: 19.46
SIP DC%: 
DRB UL Data Volume MB: 5856
RRC Setup Attempts: 3914
CA DL DataVolRatio Pct den: 7483
CA Conf FailRate Pct den: 7082
weekend: 0
hr: 18
MAC_UE_SC_Tput: 4487.67

hr: 18
qci1_setup_attempts: 186
CA Activation Rate num: 1233587
UPTP Mbps Den: 843
Setup_Fail_DEN: 13815
SIP_SC_Total_MOU: 33.37
Peak UE: 67
DL Data Vol MAC in MB: 1064.49
CA Activation Rate den: 67865

Time: 20:10:06
holiday: 0
SIP_SC_Call_Attempts: 177
Bearer Releases Voice: 185
CA DL DataVolRatio Pct num: 3903

DL MAC Vol Scell Pct: 11.24
SIP DC%: 
UPTP_Mbps: 46.53
DLRLCLayerDataVolume MB: 8180.41
DRB UL Data Volume MB: 7598
PRB Util%: 30.94
RRC Setup Attempts: 6388
CA DL DataVolRatio Pct den: 7076
CA Conf FailRate Pct den: 9078
weekend: 0
CA Activation Rate: 15.12
hr: 12
MAC_UE_SC_Tput: 6001.86
Bearer Releases: 17408

hr: 12
CA Activation Rate num: 8668459
UPTP Mbps Den: 1647
Setup_Fail_DEN: 10543
Peak UE: 27
MB_per_connected_UE: 21.32
PCT Time MIMO: 59.7
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6283
CA Activation Rate den: 44184

Time: 16:58:33
holiday: 0
CA DL DataVolRatio Pct: 47.32
HO Attempts: 387

DL MAC Vol Scell Pct: 17.5
SIP DC%: 
UPTP_Mbps: 91.9
DLRLCLayerDataVolume MB: 5911.46
PRB Util%: 69.99
RRC Setup Attempts: 4910
weekend: 1
UPTP Mbps Num: 13752
CA Activation Rate: 6.7
hr: 19
MAC_UE_SC_Tput: 22566.59
Bearer Releases: 11634

hr: 19
CA Activation Rate num: 7260403
UPTP Mbps Den: 1607
Peak UE: 48
MB_per_connected_UE: 61.61
DL Volume: 4279
CA Activation Rate den: 141004

Time: 11:01:40
Date: 31-08-2023
holiday: 0
CA DL DataVolRatio Pct: 76.9
HO_att_InterFreq: 728
CA DL DataVolRatio Pct num: 7055

DL MAC Vol Scell Pct: 50.34
Avg_Connected_UEs: 54.87
SIP DC%: 
DLRLCLayerDataVolume MB: 7763.46
RRC Setup Attempts: 6416
CA Conf FailRate Pct den: 5224
weekend: 0
UPTP Mbps Num: 23819
CA Activation Rate: 12.29
hr: 3
MAC_UE_SC_Tput: 5591.55
Bearer Releases: 10261

hr: 3
UPTP Mbps Den: 1463
Peak UE: 27
MB_per_connected_UE: 199.8
DL Volume: 8056
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6788
DL Data Vol MAC in MB: 477.34
CA Activation Rate den: 43764

Time: 05:26:02
holiday: 0
CA DL DataVolRatio Pct: 76.45
HO_att_InterFreq: 286

DL MAC Vol Scell Pct: 4.66
Avg_Connected_UEs: 69.76
SIP DC%: 
UPTP_Mbps: 64.33
S1U_SIP_SC_SEER: 99.48
DLRLCLayerDataVolume MB: 5953.45
PRB Util%: 5.42
RRC Setup Attempts: 3903
CA DL DataVolRatio Pct den: 4272
CA Conf FailRate Pct den: 5932
weekend: 0
CA Activation Rate: 12.76
hr: 17
MAC_UE_SC_Tput: 14378.99
Bearer Releases: 6262

hr: 17
CA Activation Rate num: 1526644
UPTP Mbps Den: 2032
Peak UE: 27
MB_per_connected_UE: 179.35
PCT Time MIMO: 53.68
DL Volume: 1136
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3658
DL Data Vol MAC in MB: 5330.05
CA Activation Rate den: 55143

Time: 19:23:07
Date: 27-01-2022
holiday: 0
HO_att_InterFreq: 204
CA DL DataVolRatio Pct num: 5127

Avg_Connected_UEs: 57.3
SIP DC%: 
UPTP_Mbps: 41.18
DRB UL Data Volume MB: 5293
RRC Setup Attempts: 4235
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6603.43
Bearer Releases: 16211

hr: 23
CA Activation Rate num: 7687235
UPTP Mbps Den: 2065
Setup_Fail_DEN: 10552
Peak UE: 62
MB_per_connected_UE: 25.91
CA Activation Rate den: 67942

Time: 01:10:33
Date: 25-06-2022
holiday: 0
CA DL DataVolRatio Pct: 72.71
SIP_SC_Call_Attempts: 165
CA DL DataVolRatio Pct num: 6012

DL MAC Vol Scell Pct: 38.41
Avg_Connected_UEs: 22.65
SIP DC%: 
UPTP_Mbps: 43.3
DLRLCLayerDataVolume MB: 5993.93
PRB Util%: 15.49
RRC Setup Attempts: 4859
CA DL DataVolRatio Pct den: 4527
weekend: 0
CA Activation Rate: 6.3
hr: 18
MAC_UE_SC_Tput: 5852.1

hr: 18
CA Activation Rate num: 4901573
Setup_Fail_DEN: 15375
SIP_SC_Total_MOU: 177.12
Peak UE: 67
MB_per_connected_UE: 60.8
PCT Time MIMO: 57.3
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6648
CA Activation Rate den: 109779

Time: 16:53:36
holiday: 0
CA DL DataVolRatio Pct: 91.68

Avg_Connected_UEs: 18.35
SIP DC%: 
DRB UL Data Volume MB: 8510
PRB Util%: 72.06
RRC Setup Attempts: 3378
CA DL DataVolRatio Pct den: 964
CA Conf FailRate Pct den: 6148
weekend: 0
UPTP Mbps Num: 14510
CA Activation Rate: 68.62
hr: 23
MAC_UE_SC_Tput: 7934.21

hr: 23
Setup_Fail_DEN: 11185
SIP_SC_Total_MOU: 378.98
Peak UE: 28
MB_per_connected_UE: 32.34
PCT Time MIMO: 69.7
DL Volume: 7295
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5996
DL Data Vol MAC in MB: 7561.65
CA Activation Rate den: 80961

holiday: 0
SIP_SC_Call_Attempts: 133
CA DL DataVolRatio Pct num: 1040

DL MAC Vol Scell Pct: 43.86
Avg_Connected_UEs: 48.5
SIP DC%: 
UPTP_Mbps: 39.69
DLRLCLayerDataVolume MB: 860.48
DRB UL Data Volume MB: 5125
Avg_PUCCH_SINR: 17.48
CA DL DataVolRatio Pct den: 2812
CA Conf FailRate Pct den: 8995
weekend: 0
UPTP Mbps Num: 60319
hr: 1
MAC_UE_SC_Tput: 17376.67

hr: 1
CA Activation Rate num: 6724024
Setup_Fail_DEN: 14739
Peak UE: 37
MB_per_connected_UE: 85.5
DL Volume: 7035
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4695
DL Data Vol MAC in MB: 10055.49
CA Activation Rate den: 86194

Time: 09:30:33
holiday: 0
HO_att_InterFreq: 860
CA DL DataVolRatio Pct num: 3789

Avg_Connected_UEs: 51.38
SIP DC%: 
DLRLCLayerDataVolume MB: 6800.71
DRB UL Data Volume MB: 5414
weekend: 1
CA Activation Rate: 19.09
hr: 23
MAC_UE_SC_Tput: 5732.38

hr: 23
CA Activation Rate num: 3649367
UPTP Mbps Den: 1701
Peak UE: 82
MB_per_connected_UE: 67.59
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7649
DL Data Vol MAC in MB: 6706.73

Time: 06:52:36
holiday: 0
HO_att_InterFreq: 616

DL MAC Vol Scell Pct: 5.98
SIP DC%: 
UPTP_Mbps: 46.6
S1U_SIP_SC_SEER: 99.33
DLRLCLayerDataVolume MB: 7312.46
PRB Util%: 36.85
RRC Setup Attempts: 9414
CA DL DataVolRatio Pct den: 7349
weekend: 0
UPTP Mbps Num: 38615
CA Activation Rate: 45.53
hr: 23
MAC_UE_SC_Tput: 8287.48
Bearer Releases: 15371

hr: 23
qci1_setup_attempts: 129
Setup_Fail_DEN: 11618
SIP_SC_Total_MOU: 2.26
UL MAC Vol Scell Pct: 2.76
Peak UE: 27
MB_per_connected_UE: 152.54
PCT Time MIMO: 54.35
DL Volume: 6044
UL Throughput: 2.57
DL Data Vol MAC in MB: 5638.58

Time: 20:45:35
holiday: 0
CA DL DataVolRatio Pct num: 1644
HO Attempts: 125

DL MAC Vol Scell Pct: 47.22
Avg_Connected_UEs: 36.51
SIP DC%: 
UPTP_Mbps: 18.99
DLRLCLayerDataVolume MB: 1978.75
DRB UL Data Volume MB: 8941
weekend: 1
UPTP Mbps Num: 11801
CA Activation Rate: 26.84
hr: 2
MAC_UE_SC_Tput: 6469.8
Bearer Releases: 14081

hr: 2
CA Activation Rate num: 5434785
UPTP Mbps Den: 1774
SIP_SC_Total_MOU: 73.93
Peak UE: 40
MB_per_connected_UE: 82.92
PCT Time MIMO: 38.11
DL Data Vol MAC in MB: 5690.97

Combined RACH Preambles: 3444
Time: 14:32:00
Date: 01-04-2022
holiday: 0
CA DL DataVolRatio Pct num: 6176

DL MAC Vol Scell Pct: 34.87
Avg_Connected_UEs: 51.78
SIP DC%: 
UPTP_Mbps: 22.38
DRB UL Data Volume MB: 7260
PRB Util%: 40
CA DL DataVolRatio Pct den: 4412
CA Conf FailRate Pct den: 5523
weekend: 0
CA Activation Rate: 58.92
hr: 0
MAC_UE_SC_Tput: 5797.7
Bearer Releases: 8634

hr: 0
Avg CQI: 9.76
CA Activation Rate num: 5466804
Setup_Fail_DEN: 19978
SIP_SC_Total_MOU: 142.17
S1U_SIP_SC_SEER_den: 149
Peak UE: 84
MB_per_connected_UE: 131.62
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3376
CA Activation Rate den: 53031

Time: 18:04:23
holiday: 0
CA DL DataVolRatio Pct: 69.82
HO_att_InterFreq: 298

DL MAC Vol Scell Pct: 18.17
SIP DC%: 
DLRLCLayerDataVolume MB: 7490.64
DRB UL Data Volume MB: 5442
CA Conf FailRate Pct den: 9379
weekend: 0
UPTP Mbps Num: 51570
hr: 1
MAC_UE_SC_Tput: 5556.71
Bearer Releases: 7420

hr: 1
CA Activation Rate num: 4231082
UPTP Mbps Den: 3723
SIP_SC_Total_MOU: 110.97
Peak UE: 57
MB_per_connected_UE: 40.13
PCT Time MIMO: 57.69
DL Volume: 8568
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9398
DL Data Vol MAC in MB: 5229.11

Time: 01:34:37
holiday: 0
HO_att_InterFreq: 180
CA DL DataVolRatio Pct num: 1774

Avg_Connected_UEs: 54.58
SIP DC%: 
UPTP_Mbps: 45.06
DLRLCLayerDataVolume MB: 6833.57
DRB UL Data Volume MB: 3966
weekend: 0
UPTP Mbps Num: 17959
CA Activation Rate: 62.27
hr: 17
MAC_UE_SC_Tput: 8279.12
Bearer Releases: 12016

hr: 17
CA Activation Rate num: 7080206
UPTP Mbps Den: 870
Setup_Fail_DEN: 15446
Peak UE: 96
MB_per_connected_UE: 62.05
DL Data Vol MAC in MB: 3520.67

Time: 08:36:54
holiday: 0
HO_att_InterFreq: 269
CA DL DataVolRatio Pct num: 4914

SIP DC%: 
UPTP_Mbps: 26.72
DRB UL Data Volume MB: 8299
PRB Util%: 40.16
weekend: 0
hr: 2
MAC_UE_SC_Tput: 12498.27

hr: 2
CA Activation Rate num: 3728060
UPTP Mbps Den: 192
Peak UE: 59
MB_per_connected_UE: 7.67
DL Volume: 9600
UL Throughput: 3.28
DL Data Vol MAC in MB: 9346.16
CA Activation Rate den: 117740
Combined RACH Preambles: 3975

Time: 22:30:20
Date: 23-02-2023
holiday: 0

DL MAC Vol Scell Pct: 28.34
Avg_Connected_UEs: 69.99
SIP DC%: 
UPTP_Mbps: 38.75
DRB UL Data Volume MB: 8948
PRB Util%: 46.14
RRC Setup Attempts: 4191
CA DL DataVolRatio Pct den: 9099
CA Conf FailRate Pct den: 6099
weekend: 0
CA Activation Rate: 8.81
hr: 21
MAC_UE_SC_Tput: 22401.11
Bearer Releases: 15226

hr: 21
qci1_setup_attempts: 216
CA Activation Rate num: 3294261
UPTP Mbps Den: 557
SIP_SC_Total_MOU: 36.5
MB_per_connected_UE: 60.54
DL Volume: 7534
DL Data Vol MAC in MB: 6819.81

Time: 07:17:26
holiday: 0
HO_att_InterFreq: 568
HO Attempts: 511

DL MAC Vol Scell Pct: 44.78
Avg_Connected_UEs: 41.93
SIP DC%: 
UPTP_Mbps: 117.18
DLRLCLayerDataVolume MB: 7780.49
PRB Util%: 22.83
weekend: 1
RSSIRX2 Avg: -94.66
CA Activation Rate: 40.56
hr: 16
MAC_UE_SC_Tput: 4244.09

hr: 16
CA Activation Rate num: 10499930
Setup_Fail_DEN: 18791
SIP_SC_Total_MOU: 118.23
Peak UE: 27
MB_per_connected_UE: 29.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7268
DL Data Vol MAC in MB: 9469.55

Time: 07:49:45
holiday: 0
CA DL DataVolRatio Pct num: 5486

Avg_Connected_UEs: 77.57
SIP DC%: 
UPTP_Mbps: 30.04
DLRLCLayerDataVolume MB: 251.03
RRC Setup Attempts: 4486
weekend: 0
UPTP Mbps Num: 51721
hr: 20
MAC_UE_SC_Tput: 4789.52
Bearer Releases: 9115

hr: 20
CA Activation Rate num: 5792506
UPTP Mbps Den: 1431
SIP_SC_Total_MOU: 156.4
Peak UE: 50
MB_per_connected_UE: 110.13
PCT Time MIMO: 38.51
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3832

holiday: 0
CA DL DataVolRatio Pct num: 2493

DL MAC Vol Scell Pct: 43.98
Avg_Connected_UEs: 55.09
SIP DC%: 
UPTP_Mbps: 22.96
DRB UL Data Volume MB: 4214
PRB Util%: 8.86
RRC Setup Attempts: 4248
CA Conf FailRate Pct den: 8497
weekend: 1
UPTP Mbps Num: 12384
RSSIRX2 Avg: -94.96
hr: 23
MAC_UE_SC_Tput: 4361.98

hr: 23
UPTP Mbps Den: 406
Setup_Fail_DEN: 15595
Peak UE: 55
MB_per_connected_UE: 107.35
DL Data Vol MAC in MB: 8884.81

Time: 07:06:12
holiday: 0
CA DL DataVolRatio Pct: 46.44
HO Attempts: 367

DL MAC Vol Scell Pct: 20.79
Avg_Connected_UEs: 32.56
SIP DC%: 
UPTP_Mbps: 34.98
DLRLCLayerDataVolume MB: 6037.74
DRB UL Data Volume MB: 849
PRB Util%: 33.67
RRC Setup Attempts: 3588
CA DL DataVolRatio Pct den: 9487
CA Conf FailRate Pct den: 7795
weekend: 0
UPTP Mbps Num: 1781
CA Activation Rate: 36.71
hr: 0
MAC_UE_SC_Tput: 11541.15
Bearer Releases: 7445

hr: 0
Avg CQI: 10.28
CA Activation Rate num: 4956664
Setup_Fail_DEN: 15218
SIP_SC_Total_MOU: 218.68
Peak UE: 27
MB_per_connected_UE: 10.94
DL Volume: 7717
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6668
DL Data Vol MAC in MB: 9339.58

Combined RACH Preambles: 2268
Time: 09:28:14
holiday: 0
Bearer Releases Voice: 120
CA DL DataVolRatio Pct num: 6310

DL MAC Vol Scell Pct: 6.26
SIP DC%: 
UPTP_Mbps: 28.86
DLRLCLayerDataVolume MB: 8367.02
RRC Setup Attempts: 4421
CA DL DataVolRatio Pct den: 9340
weekend: 0
UPTP Mbps Num: 3165
hr: 20
MAC_UE_SC_Tput: 5032.81
Bearer Releases: 7478

hr: 20
CA Activation Rate num: 10577617
UPTP Mbps Den: 2874
Setup_Fail_DEN: 15575
Peak UE: 72
MB_per_connected_UE: 122.1
PCT Time MIMO: 58.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4290
DL Data Vol MAC in MB: 6588.58
CA Activation Rate den: 41167
Combined RACH Preambles: 2891
Time: 11:11:45

holiday: 0
CA DL DataVolRatio Pct: 74.08
HO_att_InterFreq: 986
CA DL DataVolRatio Pct num: 6222
HO Attempts: 40

DL MAC Vol Scell Pct: 32.76
Avg_Connected_UEs: 34.22
SIP DC%: 
DLRLCLayerDataVolume MB: 2736.66
DRB UL Data Volume MB: 9384
CA DL DataVolRatio Pct den: 4630
weekend: 0
CA Activation Rate: 44.29
hr: 15
MAC_UE_SC_Tput: 6436.78

hr: 15
CA Activation Rate num: 9341546
UPTP Mbps Den: 1441
Setup_Fail_DEN: 14776
Peak UE: 83
MB_per_connected_UE: 87.56
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3591
DL Data Vol MAC in MB: 886.17

Time: 15:33:01
holiday: 0
CA DL DataVolRatio Pct num: 1608
HO Attempts: 649

DL MAC Vol Scell Pct: 7.41
SIP DC%: 
UPTP_Mbps: 31.06
DRB UL Data Volume MB: 2917
CA Conf FailRate Pct den: 5841
weekend: 1
UPTP Mbps Num: 33542
hr: 8
MAC_UE_SC_Tput: 5357.86

hr: 8
UPTP Mbps Den: 5283
Setup_Fail_DEN: 18696
SIP_SC_Total_MOU: 138.46
Peak UE: 77
MB_per_connected_UE: 137.14
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5128
DL Data Vol MAC in MB: 9362.86

Time: 16:23:47
Date: 14-02-2022
holiday: 0
HO_att_InterFreq: 513
CA DL DataVolRatio Pct num: 6551

Avg_Connected_UEs: 63.18
SIP DC%: 
DLRLCLayerDataVolume MB: 9365.79
PRB Util%: 60.21
RRC Setup Attempts: 6011
weekend: 1
S1U_SIP_SC_SEER_num: 178
CA Activation Rate: 14.1
hr: 0
MAC_UE_SC_Tput: 13087.3
Bearer Releases: 14760

hr: 0
CA Activation Rate num: 10212598
UPTP Mbps Den: 323
Setup_Fail_DEN: 15666
SIP_SC_Total_MOU: 5.37
Peak UE: 57
MB_per_connected_UE: 41.59
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4131
DL Data Vol MAC in MB: 4678.75
CA Activation Rate den: 50255

Time: 14:25:52
holiday: 0
CA DL DataVolRatio Pct: 63.18

DL MAC Vol Scell Pct: 14.85
Avg_Connected_UEs: 39.94
SIP DC%: 
UPTP_Mbps: 10.58
DRB UL Data Volume MB: 3217
PRB Util%: 74.6
RRC Setup Attempts: 6671
CA DL DataVolRatio Pct den: 3882
RSSIRX1 Avg: -95.93
weekend: 0
UPTP Mbps Num: 6768
RSSIRX2 Avg: -96.06
CA Activation Rate: 44.05
hr: 8
MAC_UE_SC_Tput: 13908.66
Bearer Releases: 16613

hr: 8
CA Activation Rate num: 1131853
UPTP Mbps Den: 1345
Setup_Fail_DEN: 11896
S1U_SIP_SC_SEER_den: 85
Peak UE: 27
MB_per_connected_UE: 50.87
UL Throughput: 3.88
CA Activation Rate den: 123614

Combined RACH Preambles: 2417
Time: 03:39:22
Date: 05-11-2022
holiday: 0
CA DL DataVolRatio Pct: 46.99
CA DL DataVolRatio Pct num: 2108

DL MAC Vol Scell Pct: 50.57
Avg_Connected_UEs: 82.48
SIP DC%: 
DRB UL Data Volume MB: 5117
PRB Util%: 39.03
CA DL DataVolRatio Pct den: 849
weekend: 1
UPTP Mbps Num: 57045
hr: 0
Bearer Releases: 11154

hr: 0
CA Activation Rate num: 11009136
UPTP Mbps Den: 2770
Setup_Fail_DEN: 11782
Peak UE: 27
DL Volume: 7602
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3554
DL Data Vol MAC in MB: 9983.65

Time: 07:33:47
Date: 30-11-2023
holiday: 0
HO_att_InterFreq: 472

SIP DC%: 
UPTP_Mbps: 45.97
DLRLCLayerDataVolume MB: 444.33
DRB UL Data Volume MB: 2637
Avg_PUCCH_SINR: 16.81
PRB Util%: 57
RRC Setup Attempts: 7324
CA Conf FailRate Pct den: 5900
weekend: 0
UPTP Mbps Num: 44146
RSSIRX2 Avg: -97.58
CA Activation Rate: 46.38
hr: 19
MAC_UE_SC_Tput: 6497.81
Bearer Releases: 8017

hr: 19
Avg CQI: 9.8
CA Activation Rate num: 7490057
UPTP Mbps Den: 2679
Setup_Fail_DEN: 12690
SIP_SC_Total_MOU: 178.36
UL MAC Vol Scell Pct: 0.9
Peak UE: 27
MB_per_connected_UE: 106.45
DL Volume: 5531
DL Data Vol MAC in MB: 3019.14
CA Activation Rate den: 173495

Combined RACH Preambles: 3366
Time: 06:37:21
holiday: 0

DL MAC Vol Scell Pct: 5.05
Avg_Connected_UEs: 44.87
SIP DC%: 
UPTP_Mbps: 36.57
Avg_PUCCH_SINR: 16.38
CA DL DataVolRatio Pct den: 3547
weekend: 0
UPTP Mbps Num: 59579
CA Activation Rate: 54.28
hr: 12
MAC_UE_SC_Tput: 6247.37
Bearer Releases: 7701

hr: 12
CA Activation Rate num: 2459833
UPTP Mbps Den: 5165
Setup_Fail_DEN: 12231
SIP_SC_Total_MOU: 406.66
Peak UE: 27
MB_per_connected_UE: 189.19
UL Throughput: 2.15
DL Data Vol MAC in MB: 706.77
CA Activation Rate den: 136266

Time: 02:39:33
Date: 22-11-2023
holiday: 0
CA DL DataVolRatio Pct: 42.22
CA DL DataVolRatio Pct num: 2681
HO Attempts: 185

DL MAC Vol Scell Pct: 48.27
Avg_Connected_UEs: 56.67
SIP DC%: 
DLRLCLayerDataVolume MB: 5155.33
DL Packet Loss Pct: 2.71
CA DL DataVolRatio Pct den: 10184
weekend: 1
UPTP Mbps Num: 4212
CA Activation Rate: 52.5
hr: 0
MAC_UE_SC_Tput: 5994.16
Bearer Releases: 11818

hr: 0
CA Activation Rate num: 10201986
Setup_Fail_DEN: 11637
SIP_SC_Total_MOU: 28.79
Peak UE: 72
MB_per_connected_UE: 116.11
DL Volume: 530
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3546
DL Data Vol MAC in MB: 8733.47

Time: 01:01:56
holiday: 0
CA DL DataVolRatio Pct: 43.53

DL MAC Vol Scell Pct: 54.19
Avg_Connected_UEs: 60.25
SIP DC%: 
UPTP_Mbps: 20.62
DLRLCLayerDataVolume MB: 3239.63
DRB UL Data Volume MB: 5444
weekend: 0
UPTP Mbps Num: 12657
CA Activation Rate: 11.87
hr: 15
MAC_UE_SC_Tput: 5959.14
Bearer Releases: 10490

hr: 15
CA Activation Rate num: 11081665
UPTP Mbps Den: 3003
Setup_Fail_DEN: 7693
SIP_SC_Total_MOU: 105
Peak UE: 29
MB_per_connected_UE: 129.4
PCT Time MIMO: 57.58
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3114
DL Data Vol MAC in MB: 9134.05

Time: 20:33:55
Date: 08-09-2023
holiday: 0
CA DL DataVolRatio Pct: 67.28

DL MAC Vol Scell Pct: 9.21
Avg_Connected_UEs: 83.75
SIP DC%: 
UPTP_Mbps: 121.09
DLRLCLayerDataVolume MB: 8248.15
RRC Setup Attempts: 8561
CA DL DataVolRatio Pct den: 6222
weekend: 1
hr: 18
MAC_UE_SC_Tput: 7573.07

hr: 18
Setup_Fail_DEN: 15138
SIP_SC_Total_MOU: 288.88
Peak UE: 87
MB_per_connected_UE: 44.42
DL Volume: 2442
DL Data Vol MAC in MB: 440.4
CA Activation Rate den: 97866

Combined RACH Preambles: 3354
Time: 06:08:29
Date: 02-04-2023
holiday: 0
HO_att_InterFreq: 583

SIP DC%: 
UPTP_Mbps: 23.98
DLRLCLayerDataVolume MB: 3794.26
DRB UL Data Volume MB: 791
PRB Util%: 26.01
RRC Setup Attempts: 6291
weekend: 0
CA Activation Rate: 11.62
hr: 6

hr: 6
CA Activation Rate num: 1933703
UPTP Mbps Den: 2407
SIP_SC_Total_MOU: 110.54
Peak UE: 27
MB_per_connected_UE: 30.61
DL Data Vol MAC in MB: 996
CA Activation Rate den: 108194
Combined RACH Preambles: 2048

Time: 09:41:35
holiday: 0
CA DL DataVolRatio Pct num: 5823

Avg_Connected_UEs: 53.14
SIP DC%: 
DLRLCLayerDataVolume MB: 4247.37
PRB Util%: 34.6
RRC Setup Attempts: 6086
CA DL DataVolRatio Pct den: 7787
weekend: 0
hr: 2
MAC_UE_SC_Tput: 21674.57
Bearer Releases: 7590

hr: 2
CA Activation Rate num: 3909513
UPTP Mbps Den: 1576
Setup_Fail_DEN: 13987
Peak UE: 27
MB_per_connected_UE: 77.69
DL Volume: 2551
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5441
UL Throughput: 8.81
DL Data Vol MAC in MB: 7985.3
CA Activation Rate den: 44059
Combined RACH Preambles: 2652

Time: 10:01:07
holiday: 0
CA DL DataVolRatio Pct: 62.33
HO_att_InterFreq: 692
HO Attempts: 223

DL MAC Vol Scell Pct: 14.39
SIP DC%: 
UPTP_Mbps: 14.19
DLRLCLayerDataVolume MB: 8500.44
DRB UL Data Volume MB: 8947
PRB Util%: 38.29
CA DL DataVolRatio Pct den: 4095
CA Conf FailRate Pct den: 6321
weekend: 1
UPTP Mbps Num: 9043
RSSIRX2 Avg: -97.53
hr: 15
MAC_UE_SC_Tput: 9592.05
Bearer Releases: 14105

hr: 15
UPTP Mbps Den: 2279
Setup_Fail_DEN: 15918
SIP_SC_Total_MOU: 20.21
Peak UE: 41
MB_per_connected_UE: 121.29
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3158
DL Data Vol MAC in MB: 9373.21

Time: 18:41:13
holiday: 0
CA DL DataVolRatio Pct: 83.57
CA DL DataVolRatio Pct num: 6662

Avg_Connected_UEs: 25.75
SIP DC%: 
UPTP_Mbps: 109.27
DLRLCLayerDataVolume MB: 1615.84
DRB UL Data Volume MB: 4832
PRB Util%: 26.37
RRC Setup Attempts: 7242
CA DL DataVolRatio Pct den: 9172
CA Conf FailRate Pct den: 8875
weekend: 0
CA Activation Rate: 35.31
hr: 22
MAC_UE_SC_Tput: 8714.74
Bearer Releases: 8479

hr: 22
CA Activation Rate num: 1236487
UPTP Mbps Den: 997
Setup_Fail_DEN: 9576
Peak UE: 27
DL Volume: 5024
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8457
CA Activation Rate den: 90469

Time: 11:35:43
holiday: 0
CA DL DataVolRatio Pct: 81.41

DL MAC Vol Scell Pct: 17.71
SIP DC%: 
DLRLCLayerDataVolume MB: 5308.38
DRB UL Data Volume MB: 8220
PRB Util%: 30.62
CA DL DataVolRatio Pct den: 6978
weekend: 0
CA Activation Rate: 22.41
hr: 0
MAC_UE_SC_Tput: 17510.79
Bearer Releases: 15144

hr: 0
CA Activation Rate num: 6936121
UPTP Mbps Den: 2575
SIP_SC_Total_MOU: 18.45
Peak UE: 34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6196
DL Data Vol MAC in MB: 9037.77
Combined RACH Preambles: 1986

Time: 07:40:59
holiday: 0
CA DL DataVolRatio Pct: 70.59
HO Attempts: 245

Avg_Connected_UEs: 57.15
SIP DC%: 
UPTP_Mbps: 11.77
DLRLCLayerDataVolume MB: 3220.27
DRB UL Data Volume MB: 6556
PRB Util%: 56.1
RRC Setup Attempts: 9459
CA DL DataVolRatio Pct den: 784
CA Conf FailRate Pct den: 5441
weekend: 0
UPTP Mbps Num: 59123
CA Activation Rate: 20.17
hr: 15
MAC_UE_SC_Tput: 19500.14
Bearer Releases: 12875

hr: 15
CA Activation Rate num: 3698753
UPTP Mbps Den: 1264
SIP_SC_Total_MOU: 123.86
Peak UE: 56
MB_per_connected_UE: 78.85
DL Data Vol MAC in MB: 4274.94

Time: 05:35:16
Date: 23-07-2023
holiday: 0
CA DL DataVolRatio Pct: 70.95
CA DL DataVolRatio Pct num: 4898

Avg_Connected_UEs: 63.67
SIP DC%: 
UPTP_Mbps: 45.4
DLRLCLayerDataVolume MB: 4694.08
DRB UL Data Volume MB: 2018
RRC Setup Attempts: 7157
CA Conf FailRate Pct den: 7154
weekend: 0
CA Activation Rate: 47.13
hr: 3
Bearer Releases: 9026

hr: 3
CA Activation Rate num: 7189757
UPTP Mbps Den: 1510
Setup_Fail_DEN: 11595
SIP_SC_Total_MOU: 7.58
Peak UE: 27
MB_per_connected_UE: 19.81
DL Volume: 7495
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3254
UL Throughput: 1.58
DL Data Vol MAC in MB: 1306.2
CA Activation Rate den: 48528

Combined RACH Preambles: 2386
Time: 04:53:54
holiday: 0
CA DL DataVolRatio Pct: 69
HO Attempts: 168

DL MAC Vol Scell Pct: 34.43
Avg_Connected_UEs: 31.89
SIP DC%: 
UPTP_Mbps: 34.38
DRB UL Data Volume MB: 845
RRC Setup Attempts: 6833
CA DL DataVolRatio Pct den: 1853
weekend: 0
UPTP Mbps Num: 16467
Bearer Setup Failure Voice Den: 180
CA Activation Rate: 9.53
hr: 4
MAC_UE_SC_Tput: 4625.65

hr: 4
CA Activation Rate num: 3272580
Setup_Fail_DEN: 8216
Peak UE: 27
MB_per_connected_UE: 104.1
DL Volume: 8854
CA Activation Rate den: 76434

Time: 21:31:46
holiday: 0
CA DL DataVolRatio Pct: 84.52

SIP DC%: 
DRB UL Data Volume MB: 6438
PRB Util%: 14.63
RRC Setup Attempts: 5514
CA DL DataVolRatio Pct den: 8711
weekend: 0
UPTP Mbps Num: 32204
CA Activation Rate: 5.79
hr: 23
MAC_UE_SC_Tput: 11363.04
Bearer Releases: 17954

hr: 23
CA Activation Rate num: 10442785
SIP_SC_Total_MOU: 293.3
Peak UE: 57
MB_per_connected_UE: 45.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6082
DL Data Vol MAC in MB: 6988.42

Time: 00:35:19
holiday: 0
CA DL DataVolRatio Pct num: 6749

DL MAC Vol Scell Pct: 27.96
Avg_Connected_UEs: 35.69
SIP DC%: 
DLRLCLayerDataVolume MB: 5111.44
DRB UL Data Volume MB: 7978
CA DL DataVolRatio Pct den: 1695
CA Conf FailRate Pct den: 7903
weekend: 0
UPTP Mbps Num: 6238
CA Activation Rate: 75.86
hr: 0
MAC_UE_SC_Tput: 4824.03
Bearer Releases: 7461

hr: 0
CA Activation Rate num: 4257950
UPTP Mbps Den: 2584
Setup_Fail_DEN: 10563
Peak UE: 28
MB_per_connected_UE: 79.53
DL Volume: 3808
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5651
UL Throughput: 5.16
DL Data Vol MAC in MB: 6773.2

Time: 10:38:06
Date: 28-08-2022
holiday: 0

DL MAC Vol Scell Pct: 39.67
Avg_Connected_UEs: 82.37
SIP DC%: 
UPTP_Mbps: 8.83
DLRLCLayerDataVolume MB: 8129.79
PRB Util%: 30.87
RRC Setup Attempts: 7128
CA DL DataVolRatio Pct den: 7696
weekend: 0
UPTP Mbps Num: 38600
CA Activation Rate: 19.93
hr: 23
MAC_UE_SC_Tput: 10468.8
Bearer Releases: 8462

hr: 23
UPTP Mbps Den: 2820
Setup_Fail_DEN: 8310
SIP_SC_Total_MOU: 28.86
Peak UE: 27
DL Volume: 7177
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6101

Time: 11:00:10
holiday: 0
HO_att_InterFreq: 850
CA DL DataVolRatio Pct num: 6995

SIP DC%: 
UPTP_Mbps: 43.03
DRB UL Data Volume MB: 9706
PRB Util%: 23.22
CA Conf FailRate Pct den: 8334
weekend: 0
UPTP Mbps Num: 61207
hr: 16
MAC_UE_SC_Tput: 14239.93

hr: 16
CA Activation Rate num: 10822608
UPTP Mbps Den: 2083
Setup_Fail_DEN: 12412
Peak UE: 37
MB_per_connected_UE: 17.7
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6539

Time: 19:37:14
Date: 02-12-2022
holiday: 0
CA DL DataVolRatio Pct num: 5714

DL MAC Vol Scell Pct: 36.53
Avg_Connected_UEs: 56.5
SIP DC%: 
UPTP_Mbps: 47
DRB UL Data Volume MB: 2568
UL Resid BLER PCT: 1.17
CA DL DataVolRatio Pct den: 10138
CA Conf FailRate Pct den: 9533
weekend: 0
UPTP Mbps Num: 14683
Bearer Setup Failure Voice Den: 70
CA Activation Rate: 73.14
hr: 13
MAC_UE_SC_Tput: 4637.32
Bearer Releases: 16154

hr: 13
UPTP Mbps Den: 454
Setup_Fail_DEN: 15495
Peak UE: 27
PCT Time MIMO: 36.09
DL Volume: 9145
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6060
UL Throughput: 4.45
CA Activation Rate den: 114515

Time: 13:15:08
holiday: 0
CA DL DataVolRatio Pct: 64.97

SIP DC%: 
UPTP_Mbps: 46.43
DLRLCLayerDataVolume MB: 6994.79
PRB Util%: 19.2
CA DL DataVolRatio Pct den: 2858
CA Conf FailRate Pct den: 8867
weekend: 0
CA Activation Rate: 42.91
hr: 18
MAC_UE_SC_Tput: 9004.15

hr: 18
CA Activation Rate num: 1818781
UPTP Mbps Den: 5433
Setup_Fail_DEN: 13797
Peak UE: 58
VOLTE IA%: 
MB_per_connected_UE: 162.57
DL Volume: 7570
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6295
Combined RACH Preambles: 2382

Time: 16:54:33
holiday: 0
CA DL DataVolRatio Pct num: 6386

DL MAC Vol Scell Pct: 21.9
Avg_Connected_UEs: 53.87
SIP DC%: 
DLRLCLayerDataVolume MB: 7748.51
DRB UL Data Volume MB: 5931
CA Conf FailRate Pct den: 3357
weekend: 0
UPTP Mbps Num: 40333
CA Activation Rate: 65.49
hr: 10
MAC_UE_SC_Tput: 4419.57

hr: 10
CA Activation Rate num: 1256576
UPTP Mbps Den: 2494
Setup_Fail_DEN: 15272
SIP_SC_Total_MOU: 45.5
S1U_SIP_SC_SEER_den: 138
Peak UE: 27
MB_per_connected_UE: 108.31
DL Volume: 271
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6772
CA Activation Rate den: 54838

Time: 03:46:28
holiday: 0
CA DL DataVolRatio Pct: 86.99

SIP DC%: 
UPTP_Mbps: 21.33
DLRLCLayerDataVolume MB: 4947.37
PRB Util%: 39.53
weekend: 0
UPTP Mbps Num: 27292
CA Activation Rate: 70.48
hr: 3
MAC_UE_SC_Tput: 23092.81
Bearer Releases: 9208

hr: 3
CA Activation Rate num: 2194928
UPTP Mbps Den: 2001
Setup_Fail_DEN: 9575
Peak UE: 64
MB_per_connected_UE: 121.74
DL Volume: 141
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7088
UL Throughput: 6.7
CA Activation Rate den: 134431

Time: 10:32:43
holiday: 0
CA DL DataVolRatio Pct: 74.94

DL MAC Vol Scell Pct: 29.12
Avg_Connected_UEs: 17.75
SIP DC%: 
DLRLCLayerDataVolume MB: 6303.24
DRB UL Data Volume MB: 4907
RRC Setup Attempts: 5393
CA DL DataVolRatio Pct den: 4953
CA Conf FailRate Pct den: 6458
weekend: 0
CA Activation Rate: 37.99
hr: 1
MAC_UE_SC_Tput: 28391.36
Bearer Releases: 17165

hr: 1
CA Activation Rate num: 421587
Setup_Fail_DEN: 8626
SIP_SC_Total_MOU: 126.74
S1U_SIP_SC_SEER_den: 269
Peak UE: 33
MB_per_connected_UE: 44.84
DL Volume: 3830
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8898
UL Throughput: 5.66
DL Data Vol MAC in MB: 6522.1

Time: 13:58:15
holiday: 0
CA DL DataVolRatio Pct: 69.05
CA DL DataVolRatio Pct num: 6727

DL MAC Vol Scell Pct: 3.02
Avg_Connected_UEs: 24.67
SIP DC%: 
UPTP_Mbps: 35.06
DLRLCLayerDataVolume MB: 9676.22
DRB UL Data Volume MB: 6238
Avg_PUCCH_SINR: 17.09
CA DL DataVolRatio Pct den: 9215
CA Conf FailRate Pct den: 6898
weekend: 1
UPTP Mbps Num: 33519
CA Activation Rate: 34.92
hr: 0
MAC_UE_SC_Tput: 6286.24

hr: 0
UPTP Mbps Den: 737
Setup_Fail_DEN: 9254
Peak UE: 27
MB_per_connected_UE: 185.41
DL Volume: 3718
DL Data Vol MAC in MB: 5248.56
CA Activation Rate den: 76271

Time: 03:13:42
holiday: 0
CA DL DataVolRatio Pct: 66.1
HO_att_InterFreq: 791
CA DL DataVolRatio Pct num: 5863

Avg_Connected_UEs: 36.8
SIP DC%: 
DLRLCLayerDataVolume MB: 4076.11
DRB UL Data Volume MB: 9733
PRB Util%: 30.66
DL Packet Loss Pct: 3.88
Bearer Drop Voice%: 0.85
RRC Setup Attempts: 5987
CA DL DataVolRatio Pct den: 2333
CA Conf FailRate Pct den: 5658
weekend: 1
UPTP Mbps Num: 7002
CA Activation Rate: 3.74
hr: 0
MAC_UE_SC_Tput: 18170.5

hr: 0
CA Activation Rate num: 10259101
UPTP Mbps Den: 2200
Setup_Fail_DEN: 12102
SIP_SC_Total_MOU: 114.23
Peak UE: 83
MB_per_connected_UE: 10.84
PCT Time MIMO: 37.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6444
UL Throughput: 1.61
DL Data Vol MAC in MB: 4421.21
CA Activation Rate den: 52005

Time: 05:45:06
Date: 25-03-2022
holiday: 0
CA DL DataVolRatio Pct: 71.37
HO_att_InterFreq: 717
CA DL DataVolRatio Pct num: 816

Avg_Connected_UEs: 27.95
SIP DC%: 
UPTP_Mbps: 33.54
DLRLCLayerDataVolume MB: 5392.82
PRB Util%: 41.96
RRC Setup Attempts: 6854
CA DL DataVolRatio Pct den: 7389
weekend: 1
CA Activation Rate: 77.24
hr: 5
MAC_UE_SC_Tput: 11295.92
Bearer Releases: 18629

hr: 5
CA Activation Rate num: 3692999
Setup_Fail_DEN: 10804
SIP_SC_Total_MOU: 106.76
Peak UE: 27
MB_per_connected_UE: 111.05
DL Data Vol MAC in MB: 3778.09
CA Activation Rate den: 66518

Time: 23:17:22
Date: 20-09-2023
holiday: 0
CA DL DataVolRatio Pct: 80.56
CA DL DataVolRatio Pct num: 3232

DL MAC Vol Scell Pct: 11.71
Avg_Connected_UEs: 16.11
SIP DC%: 
UPTP_Mbps: 9.35
DRB UL Data Volume MB: 3523
PRB Util%: 5.43
RRC Setup Attempts: 6831
CA Conf FailRate Pct den: 7187
weekend: 0
UPTP Mbps Num: 36495
hr: 15
MAC_UE_SC_Tput: 4461.98
Bearer Releases: 6777

hr: 15
CA Activation Rate num: 7780361
Setup_Fail_DEN: 14168
Peak UE: 27
DL Volume: 3231
DL Data Vol MAC in MB: 5006.16

Time: 18:25:23
holiday: 0
CA DL DataVolRatio Pct: 90.27
CA DL DataVolRatio Pct num: 3085

DL MAC Vol Scell Pct: 8.5
Avg_Connected_UEs: 78.52
SIP DC%: 
UPTP_Mbps: 106.1
DLRLCLayerDataVolume MB: 8117.71
CA DL DataVolRatio Pct den: 9785
weekend: 0
RSSIRX2 Avg: -95.22
CA Activation Rate: 23.92
hr: 0
MAC_UE_SC_Tput: 12450.43
Bearer Releases: 11264

hr: 0
UPTP Mbps Den: 755
Setup_Fail_DEN: 14444
Peak UE: 88
MB_per_connected_UE: 134.92
DL Volume: 4032
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3851
DL Data Vol MAC in MB: 2268.99
CA Activation Rate den: 88414
Combined RACH Preambles: 4571

Time: 02:11:04
holiday: 0
CA DL DataVolRatio Pct: 53.43
HO_att_InterFreq: 1006
CA DL DataVolRatio Pct num: 5917

SIP DC%: 
UPTP_Mbps: 21.01
DLRLCLayerDataVolume MB: 7506.38
DRB UL Data Volume MB: 1612
PRB Util%: 62.31
weekend: 0
RSSIRX2 Avg: -93.17
CA Activation Rate: 39.15
hr: 21
MAC_UE_SC_Tput: 4982.24

hr: 21
CA Activation Rate num: 1025946
Setup_Fail_DEN: 15648
Peak UE: 48
MB_per_connected_UE: 197.44
DL Volume: 6122
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5220
DL Data Vol MAC in MB: 10197.18
CA Activation Rate den: 203984

Time: 10:03:49
holiday: 0
HO Attempts: 772

Avg_Connected_UEs: 17.81
SIP DC%: 
DLRLCLayerDataVolume MB: 1439.61
DRB UL Data Volume MB: 4534
PRB Util%: 26.78
RRC Setup Attempts: 3705
CA DL DataVolRatio Pct den: 5286
CA Conf FailRate Pct den: 6586
RSSIRX1 Avg: -96.21
weekend: 0
RSSIRX2 Avg: -94.01
hr: 9
MAC_UE_SC_Tput: 17891.16
Bearer Releases: 8443

hr: 9
CA Activation Rate num: 5667930
Peak UE: 40
MB_per_connected_UE: 11.9
PCT Time MIMO: 49.84
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6164
DL Data Vol MAC in MB: 4209.83
CA Activation Rate den: 71146
Combined RACH Preambles: 2751

Time: 07:51:52
holiday: 0

DL MAC Vol Scell Pct: 12.18
SIP DC%: 
UPTP_Mbps: 19.16
DRB UL Data Volume MB: 4450
RRC Setup Attempts: 8733
CA Conf FailRate Pct den: 5902
RSSIRX1 Avg: -96.01
weekend: 0
CA Activation Rate: 52.73
hr: 5

hr: 5
CA Activation Rate num: 7232107
UPTP Mbps Den: 766
Setup_Fail_DEN: 14225
SIP_SC_Total_MOU: 190.06
Peak UE: 31
MB_per_connected_UE: 44.37
PCT Time MIMO: 38.28
DL Volume: 8712
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5936
DL Data Vol MAC in MB: 1391.6
CA Activation Rate den: 104679

Time: 08:52:17
holiday: 0
CA DL DataVolRatio Pct: 81.48
CA DL DataVolRatio Pct num: 7597

SIP DC%: 
DLRLCLayerDataVolume MB: 7813.04
DRB UL Data Volume MB: 7078
Avg_PUCCH_SINR: 17.38
PRB Util%: 37.39
CA DL DataVolRatio Pct den: 7859
weekend: 1
hr: 20
MAC_UE_SC_Tput: 7137.44
Bearer Releases: 9399

hr: 20
CA Activation Rate num: 9493931
UPTP Mbps Den: 404
Setup_Fail_DEN: 15331
Peak UE: 69
MB_per_connected_UE: 8.06
PCT Time MIMO: 41.32
CA Activation Rate den: 139863

Time: 03:27:56
holiday: 0
CA DL DataVolRatio Pct: 65.11
CA DL DataVolRatio Pct num: 2013

DL MAC Vol Scell Pct: 27.38
Avg_Connected_UEs: 30.39
SIP DC%: 
UPTP_Mbps: 148.89
DLRLCLayerDataVolume MB: 5713.9
DRB UL Data Volume MB: 1847
RRC Setup Attempts: 5188
CA DL DataVolRatio Pct den: 10067
CA Conf FailRate Pct den: 4624
weekend: 0
CA Activation Rate: 8.79
hr: 20
MAC_UE_SC_Tput: 5655.7
Bearer Releases: 16404

hr: 20
CA Activation Rate num: 7980092
Setup_Fail_DEN: 8987
SIP_SC_Total_MOU: 87.03
Peak UE: 52
MB_per_connected_UE: 56.29
PCT Time MIMO: 46.24
DL Volume: 3485
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5798

Time: 15:51:55
Date: 18-05-2023
holiday: 0
HO_att_InterFreq: 89
CA DL DataVolRatio Pct num: 5506

DL MAC Vol Scell Pct: 15.65
Avg_Connected_UEs: 79.59
SIP DC%: 
UPTP_Mbps: 20.82
DL Packet Loss Pct: 4
CA DL DataVolRatio Pct den: 6914
weekend: 0
CA Activation Rate: 55.01
hr: 2
MAC_UE_SC_Tput: 9459.54
Bearer Releases: 6948

hr: 2
qci1_setup_attempts: 197
CA Activation Rate num: 8871778
Setup_Fail_DEN: 12342
SIP_SC_Total_MOU: 438.96
Peak UE: 66
VOLTE IA%: 
MB_per_connected_UE: 84.82
PCT Time MIMO: 46.77
DL Volume: 4638
DL Data Vol MAC in MB: 8375.86
CA Activation Rate den: 36231

Combined RACH Preambles: 2507
Time: 16:30:43
holiday: 0
CA DL DataVolRatio Pct: 61.9

DL MAC Vol Scell Pct: 29.76
Avg_Connected_UEs: 46.32
SIP DC%: 
DRB UL Data Volume MB: 3706
RRC Setup Attempts: 4755
CA Conf FailRate Pct den: 3694
weekend: 0
CA Activation Rate: 54.71
hr: 0
MAC_UE_SC_Tput: 8371.48
Bearer Releases: 8228

hr: 0
CA Activation Rate num: 4826107
UPTP Mbps Den: 2330
Setup_Fail_DEN: 13658
Peak UE: 79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6213
DL Data Vol MAC in MB: 8164.32

Time: 21:44:35
holiday: 0
CA DL DataVolRatio Pct: 63.59
CA DL DataVolRatio Pct num: 4980
HO Attempts: 919

DL MAC Vol Scell Pct: 46.45
Avg_Connected_UEs: 54.98
SIP DC%: 
DRB UL Data Volume MB: 8365
PRB Util%: 59.72
CA DL DataVolRatio Pct den: 8578
CA Conf FailRate Pct den: 5038
RSSIRX1 Avg: -97.92
weekend: 0
UPTP Mbps Num: 57753
CA Activation Rate: 23.8
hr: 23
MAC_UE_SC_Tput: 13886.7

hr: 23
CA Activation Rate num: 10943067
UPTP Mbps Den: 2866
Setup_Fail_DEN: 8322
Peak UE: 27
MB_per_connected_UE: 153.19
PCT Time MIMO: 53.13
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6186

Time: 15:56:14
holiday: 0
CA DL DataVolRatio Pct: 50.72
HO_att_InterFreq: 160
CA DL DataVolRatio Pct num: 6546

Avg_Connected_UEs: 41.5
SIP DC%: 
DLRLCLayerDataVolume MB: 6967.06
DRB UL Data Volume MB: 4019
PRB Util%: 64.25
CA DL DataVolRatio Pct den: 8512
weekend: 0
UPTP Mbps Num: 2210
CA Activation Rate: 29.08
hr: 2
MAC_UE_SC_Tput: 8733.17
Bearer Releases: 14602

hr: 2
CA Activation Rate num: 4627718
UPTP Mbps Den: 515
SIP_SC_Total_MOU: 338.31
Peak UE: 50
MB_per_connected_UE: 19.43
PCT Time MIMO: 41.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5690
DL Data Vol MAC in MB: 8184.3
CA Activation Rate den: 95094

Combined RACH Preambles: 3378
Time: 11:14:57
holiday: 0
CA DL DataVolRatio Pct: 89.56
CA DL DataVolRatio Pct num: 1773

Avg_Connected_UEs: 46.35
SIP DC%: 
UPTP_Mbps: 27.74
DLRLCLayerDataVolume MB: 4689.78
RRC Setup Attempts: 5774
CA Conf FailRate Pct den: 6924
weekend: 0
UPTP Mbps Num: 13422
CA Activation Rate: 49.69
hr: 14
MAC_UE_SC_Tput: 6915.33
Bearer Releases: 8523

hr: 14
CA Activation Rate num: 6434283
UPTP Mbps Den: 5837
Peak UE: 76
MB_per_connected_UE: 58.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3276
DL Data Vol MAC in MB: 3345.12
CA Activation Rate den: 84342

Time: 06:37:35
holiday: 0
CA DL DataVolRatio Pct: 62.8
HO_att_InterFreq: 727
CA DL DataVolRatio Pct num: 4676

Avg_Connected_UEs: 53.85
SIP DC%: 
UPTP_Mbps: 40.45
DLRLCLayerDataVolume MB: 8844.41
DRB UL Data Volume MB: 9540
RRC Setup Attempts: 3852
CA DL DataVolRatio Pct den: 9014
CA Conf FailRate Pct den: 6257
weekend: 0
CA Activation Rate: 27.42
hr: 23
MAC_UE_SC_Tput: 14200.06
Bearer Releases: 8713

hr: 23
CA Activation Rate num: 1863288
UPTP Mbps Den: 305
Setup_Fail_DEN: 12645
Peak UE: 66
DL Volume: 9242
UL Throughput: 8
DL Data Vol MAC in MB: 6485.45
CA Activation Rate den: 49935

Time: 20:31:04
holiday: 0
SIP_SC_Call_Attempts: 226
CA DL DataVolRatio Pct num: 1147

DL MAC Vol Scell Pct: 36.95
Avg_Connected_UEs: 48.31
SIP DC%: 
UPTP_Mbps: 45.11
DLRLCLayerDataVolume MB: 4469.91
DRB UL Data Volume MB: 8844
CA DL DataVolRatio Pct den: 4369
CA Conf FailRate Pct den: 7140
weekend: 0
UPTP Mbps Num: 9216
CA Activation Rate: 76.31
hr: 18
Bearer Releases: 7507

hr: 18
CA Activation Rate num: 9925343
Setup_Fail_DEN: 13301
SIP_SC_Total_MOU: 50.36
S1U_SIP_SC_SEER_den: 233
Peak UE: 70
VOLTE IA%: 0.47

Combined RACH Preambles: 2099
Time: 22:24:03
holiday: 0
CA DL DataVolRatio Pct: 84.96
HO_att_InterFreq: 716

DL MAC Vol Scell Pct: 13.59
Avg_Connected_UEs: 35.91
SIP DC%: 
DLRLCLayerDataVolume MB: 6110.96
DRB UL Data Volume MB: 4402
PRB Util%: 18.96
RRC Setup Attempts: 3366
CA Conf FailRate Pct den: 8637
weekend: 1
CA Activation Rate: 72.71
hr: 21
MAC_UE_SC_Tput: 4712.43

hr: 21
Peak UE: 38
MB_per_connected_UE: 177.09
PCT Time MIMO: 64.77
DL Volume: 7213
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3529
Time: 03:18:06

holiday: 0
CA DL DataVolRatio Pct: 62.56

SIP DC%: 
DLRLCLayerDataVolume MB: 1703.67
PRB Util%: 49.62
RRC Setup Attempts: 4184
weekend: 0
UPTP Mbps Num: 49988
CA Activation Rate: 9.77
hr: 2
MAC_UE_SC_Tput: 12836.03
Bearer Releases: 6868

hr: 2
CA Activation Rate num: 10145888
Setup_Fail_DEN: 15279
Peak UE: 44
MB_per_connected_UE: 53.86
PCT Time MIMO: 59.35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7355
DL Data Vol MAC in MB: 275.52
CA Activation Rate den: 82294

Time: 21:48:42
holiday: 0
HO_att_InterFreq: 980
CA DL DataVolRatio Pct num: 6398
HO Attempts: 135

Avg_Connected_UEs: 27.84
SIP DC%: 
UPTP_Mbps: 30.45
DRB UL Data Volume MB: 6968
PRB Util%: 17.34
RRC Setup Attempts: 8048
CA DL DataVolRatio Pct den: 2377
RSSIRX1 Avg: -95.5
weekend: 0
RSSIRX2 Avg: -94.43
hr: 6
MAC_UE_SC_Tput: 18456.24
Bearer Releases: 13442

hr: 6
CA Activation Rate num: 8267583
UPTP Mbps Den: 2386
Setup_Fail_DEN: 16689
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 120.99
DL Volume: 4912
QCI 1 Bearer Releases: 117
UL Throughput: 0.99
DL Data Vol MAC in MB: 9720.61
CA Activation Rate den: 122845

Time: 08:16:41
holiday: 0
CA DL DataVolRatio Pct: 56.63
HO_att_InterFreq: 349
HO Attempts: 531

DL MAC Vol Scell Pct: 10.97
SIP DC%: 
UPTP_Mbps: 123.59
DLRLCLayerDataVolume MB: 7056.75
DRB UL Data Volume MB: 2580
PRB Util%: 70.36
RRC Setup Attempts: 3623
CA DL DataVolRatio Pct den: 9834
CA Conf FailRate Pct den: 7205
RSSIRX1 Avg: -95.36
weekend: 0
RSSIRX2 Avg: -95.19
hr: 23
MAC_UE_SC_Tput: 6198.75

hr: 23
qci1_setup_attempts: 185
CA Activation Rate num: 8892072
Setup_Fail_DEN: 15999
SIP_SC_Total_MOU: 103.76
Peak UE: 27
MB_per_connected_UE: 70.77
DL Volume: 150
CA Activation Rate den: 116631

Time: 19:23:18
holiday: 0

DL MAC Vol Scell Pct: 2.86
Avg_Connected_UEs: 22.82
SIP DC%: 
UPTP_Mbps: 44.72
DLRLCLayerDataVolume MB: 7340.73
DRB UL Data Volume MB: 1757
RRC Setup Attempts: 3917
weekend: 0
CA Activation Rate: 35.42
hr: 12
MAC_UE_SC_Tput: 6150.26

hr: 12
CA Activation Rate num: 227304
Setup_Fail_DEN: 19067
Peak UE: 60
MB_per_connected_UE: 199.61
DL Volume: 9322
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3847
CA Activation Rate den: 172479
Combined RACH Preambles: 2379

Time: 18:18:07
holiday: 0

DL MAC Vol Scell Pct: 24.41
Avg_Connected_UEs: 83.4
SIP DC%: 
UPTP_Mbps: 44.76
DRB UL Data Volume MB: 8927
PRB Util%: 37.2
RRC Setup Attempts: 8035
RSSIRX1 Avg: -94.58
weekend: 0
CA Activation Rate: 5.39
hr: 11
MAC_UE_SC_Tput: 5231.78
Bearer Releases: 7382

hr: 11
CA Activation Rate num: 7436348
UPTP Mbps Den: 2345
Setup_Fail_DEN: 11540
SIP_SC_Total_MOU: 139.77
MB_per_connected_UE: 193.15
PCT Time MIMO: 43.98
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3212
DL Data Vol MAC in MB: 2131.13
CA Activation Rate den: 40371

Time: 02:36:11
holiday: 0
CA DL DataVolRatio Pct: 66.66

SIP DC%: 
CA DL DataVolRatio Pct den: 7295
weekend: 0
S1U_SIP_SC_SEER_num: 207
CA Activation Rate: 27.08
hr: 5
MAC_UE_SC_Tput: 12195.86
Bearer Releases: 11828

hr: 5
CA Activation Rate num: 9930830
UPTP Mbps Den: 1208
SIP_SC_Total_MOU: 73.18
Peak UE: 61
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7790
DL Data Vol MAC in MB: 991.01

Time: 02:56:11
holiday: 0
CA DL DataVolRatio Pct: 62.14
CA DL DataVolRatio Pct num: 5383

DL MAC Vol Scell Pct: 7.74
Avg_Connected_UEs: 27.75
SIP DC%: 
UPTP_Mbps: 9.16
DLRLCLayerDataVolume MB: 7428.65
DRB UL Data Volume MB: 4703
PRB Util%: 19.62
CA DL DataVolRatio Pct den: 4546
CA Conf FailRate Pct den: 6075
weekend: 1
UPTP Mbps Num: 31660
CA Activation Rate: 26.96
hr: 18
MAC_UE_SC_Tput: 8975.67

hr: 18
CA Activation Rate num: 9848098
UPTP Mbps Den: 3052
Setup_Fail_DEN: 8361
Peak UE: 27
MB_per_connected_UE: 11.86
QCI 1 Bearer Releases: 147
DL Data Vol MAC in MB: 8621.27

Time: 20:04:46
Date: 23-06-2023
holiday: 0
CA DL DataVolRatio Pct: 60.8
Bearer Releases Voice: 155
CA DL DataVolRatio Pct num: 5689

Avg_Connected_UEs: 28.93
SIP DC%: 
UPTP_Mbps: 44.62
DLRLCLayerDataVolume MB: 5740.34
DRB UL Data Volume MB: 6706
RRC Setup Attempts: 4114
CA DL DataVolRatio Pct den: 9826
weekend: 1
UPTP Mbps Num: 44022
CA Activation Rate: 52.21
hr: 23
MAC_UE_SC_Tput: 13771.78
Bearer Releases: 16073

hr: 23
CA Activation Rate num: 10881551
UPTP Mbps Den: 1188
Setup_Fail_DEN: 10502
SIP_SC_Total_MOU: 118.64
Peak UE: 77
MB_per_connected_UE: 136.92
PCT Time MIMO: 34.66
DL Volume: 4527
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6353
DL Data Vol MAC in MB: 3674.09
CA Activation Rate den: 148974

Time: 00:45:50
holiday: 0
CA DL DataVolRatio Pct num: 2005
HO Attempts: 423

DL MAC Vol Scell Pct: 22.83
SIP DC%: 
RRC Setup Attempts: 3921
CA DL DataVolRatio Pct den: 8886
CA Conf FailRate Pct den: 8935
weekend: 0
CA Activation Rate: 9.75
hr: 15
Bearer Releases: 7487

hr: 15
CA Activation Rate num: 2573540
Setup_Fail_DEN: 14246
Peak UE: 27
PCT Time MIMO: 50.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5193
CA Activation Rate den: 174447

Time: 10:12:11
holiday: 0
CA DL DataVolRatio Pct: 68.29
CA DL DataVolRatio Pct num: 5345
HO Attempts: 45

DL MAC Vol Scell Pct: 13.09
Avg_Connected_UEs: 61.74
SIP DC%: 
UPTP_Mbps: 15.5
RRC Setup Attempts: 7616
CA DL DataVolRatio Pct den: 6995
CA Conf FailRate Pct den: 6319
weekend: 0
UPTP Mbps Num: 27919
hr: 11
MAC_UE_SC_Tput: 4456.76
Bearer Releases: 10429

hr: 11
CA Activation Rate num: 6200425
UPTP Mbps Den: 3555
Setup_Fail_DEN: 9666
UL MAC Vol Scell Pct: 3.34
Peak UE: 39
MB_per_connected_UE: 180.84
PCT Time MIMO: 41.31
DL Volume: 6619
CA Activation Rate den: 99514

Time: 14:28:10
holiday: 0
CA DL DataVolRatio Pct: 63.69
HO_att_InterFreq: 966
HO Attempts: 105

SIP DC%: 
UPTP_Mbps: 12.52
DLRLCLayerDataVolume MB: 1134.2
DRB UL Data Volume MB: 2121
PRB Util%: 38.8
RRC Setup Attempts: 8675
CA Conf FailRate Pct den: 4669
weekend: 0
UPTP Mbps Num: 23042
CA Activation Rate: 52.14
hr: 14
MAC_UE_SC_Tput: 7269.2

hr: 14
Setup_Fail_DEN: 14099
SIP_SC_Total_MOU: 202.81
Peak UE: 53
MB_per_connected_UE: 29.08
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7273
DL Data Vol MAC in MB: 8520.52
CA Activation Rate den: 45899

Time: 14:09:09
Date: 22-09-2022
holiday: 0
CA DL DataVolRatio Pct: 64.08
HO_att_InterFreq: 239
CA DL DataVolRatio Pct num: 5092

Avg_Connected_UEs: 57.07
SIP DC%: 
DRB UL Data Volume MB: 7443
HQ_EXE_TOTARGET_FAILURE_QCI_1: 0.2
RRC Setup Attempts: 6678
CA Conf FailRate Pct den: 5670
weekend: 0
UPTP Mbps Num: 46772
hr: 8
MAC_UE_SC_Tput: 9152

hr: 8
CA Activation Rate num: 5762759
Setup_Fail_DEN: 13810
SIP_SC_Total_MOU: 7.34
Peak UE: 42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6882
DL Data Vol MAC in MB: 2860.3

Time: 01:54:23
Date: 25-05-2023
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1185.19
DRB UL Data Volume MB: 3131
CA DL DataVolRatio Pct den: 6610
CA Conf FailRate Pct den: 4406
weekend: 0
CA Activation Rate: 78.27
hr: 16
MAC_UE_SC_Tput: 9281.8

hr: 16
Avg CQI: 7.68
CA Activation Rate num: 13676313
UPTP Mbps Den: 3065
SIP_SC_Total_MOU: 353.23
Peak UE: 27
DL Volume: 5874
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6595

Time: 10:56:15
holiday: 0
CA DL DataVolRatio Pct: 53.15
CA DL DataVolRatio Pct num: 294

SIP DC%: 
DLRLCLayerDataVolume MB: 3150.7
PRB Util%: 18.83
RRC Setup Attempts: 6887
CA Conf FailRate Pct den: 3821
weekend: 0
UPTP Mbps Num: 30312
CA Activation Rate: 25.75
hr: 23

hr: 23
Peak UE: 28
MB_per_connected_UE: 123.82
PCT Time MIMO: 44.3
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8513
CA Activation Rate den: 39195

Time: 13:34:36
holiday: 0
CA DL DataVolRatio Pct: 76.69

Avg_Connected_UEs: 22.87
SIP DC%: 
UPTP_Mbps: 93.71
DLRLCLayerDataVolume MB: 5857.45
DRB UL Data Volume MB: 6598
PRB Util%: 45.31
CA Conf FailRate Pct den: 5406
weekend: 0
CA Activation Rate: 34.6
hr: 9
MAC_UE_SC_Tput: 16392.09

hr: 9
CA Activation Rate num: 1385814
UPTP Mbps Den: 2451
Setup_Fail_DEN: 11090
SIP_SC_Total_MOU: 15.23
Peak UE: 27
MB_per_connected_UE: 114.6
DL Volume: 5034
UL Throughput: 2.8
DL Data Vol MAC in MB: 5553.61
CA Activation Rate den: 52439

Time: 00:58:56
holiday: 0
CA DL DataVolRatio Pct: 89.77

DL MAC Vol Scell Pct: 39.98
Avg_Connected_UEs: 46.3
SIP DC%: 
DLRLCLayerDataVolume MB: 8830.11
DRB UL Data Volume MB: 1664
PRB Util%: 72.6
RRC Setup Attempts: 6300
CA DL DataVolRatio Pct den: 6883
CA Conf FailRate Pct den: 6974
weekend: 0
UPTP Mbps Num: 20592
CA Activation Rate: 62.95
hr: 7
MAC_UE_SC_Tput: 5060.45
Bearer Releases: 6422

hr: 7
CA Activation Rate num: 7674399
UPTP Mbps Den: 1331
Setup_Fail_DEN: 14370
Peak UE: 27
MB_per_connected_UE: 72.99
DL Volume: 1781
UL Throughput: 3.65
DL Data Vol MAC in MB: 2612.28
Combined RACH Preambles: 3638
Time: 04:30:21

holiday: 0
CA DL DataVolRatio Pct: 75.76

DL MAC Vol Scell Pct: 4.98
SIP DC%: 
UPTP_Mbps: 32.94
DLRLCLayerDataVolume MB: 9407.92
DRB UL Data Volume MB: 2531
PRB Util%: 46.87
RRC Setup Attempts: 6190
weekend: 0
CA Activation Rate: 53.92
hr: 14
MAC_UE_SC_Tput: 8927.63
Bearer Releases: 8341

hr: 14
CA Activation Rate num: 765717
Setup_Fail_DEN: 17052
Peak UE: 27
MB_per_connected_UE: 101.99
DL Data Vol MAC in MB: 5060.31
CA Activation Rate den: 112255

Time: 12:06:59
holiday: 0
CA DL DataVolRatio Pct: 60.82

DL MAC Vol Scell Pct: 21
SIP DC%: 
UPTP_Mbps: 14.96
DLRLCLayerDataVolume MB: 9033.48
DRB UL Data Volume MB: 918
Avg_PUCCH_SINR: 17.1
CA DL DataVolRatio Pct den: 5864
weekend: 0
UPTP Mbps Num: 6847
S1U_SIP_SC_SEER_num: 100
hr: 2
Bearer Releases: 6507

hr: 2
CA Activation Rate num: 6663625
Setup_Fail_DEN: 7721
Peak UE: 27
MB_per_connected_UE: 23.69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7324

Time: 10:31:14
holiday: 0
CA DL DataVolRatio Pct: 72.84
HO_att_InterFreq: 834
CA DL DataVolRatio Pct num: 5000
HO Attempts: 169

Avg_Connected_UEs: 60.34
SIP DC%: 
UPTP_Mbps: 121.24
DRB UL Data Volume MB: 5457
PRB Util%: 31.19
RRC Setup Attempts: 4126
CA DL DataVolRatio Pct den: 8078
CA Conf FailRate Pct den: 6200
weekend: 0
CA Activation Rate: 46.81
hr: 23
Bearer Releases: 6627

hr: 23
CA Activation Rate num: 10315205
Peak UE: 61
MB_per_connected_UE: 123.17
PCT Time MIMO: 32.32
DL Volume: 1886
DL Data Vol MAC in MB: 8508.29
CA Activation Rate den: 47164

Combined RACH Preambles: 2435
Time: 17:26:47
holiday: 0
CA DL DataVolRatio Pct: 63.65
HO_att_InterFreq: 684
CA DL DataVolRatio Pct num: 989

DL MAC Vol Scell Pct: 50.51
Avg_Connected_UEs: 41.28
SIP DC%: 
DLRLCLayerDataVolume MB: 8197.94
PRB Util%: 17.04
HQ_EXE_TOTARGET_FAILURE_QCI_1: 0.14
CA DL DataVolRatio Pct den: 9427
weekend: 0
UPTP Mbps Num: 38479
CA Activation Rate: 50.19
hr: 0
MAC_UE_SC_Tput: 7175.94
Bearer Releases: 10592

hr: 0
CA Activation Rate num: 3922865
UPTP Mbps Den: 2058
Setup_Fail_DEN: 13995
SIP_SC_Total_MOU: 342.59
Peak UE: 27
MB_per_connected_UE: 125.35
DL Volume: 4654
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5829
UL Throughput: 10.35
DL Data Vol MAC in MB: 6395.56

Time: 06:36:26
holiday: 0
HO_att_InterFreq: 626

DL MAC Vol Scell Pct: 27
Avg_Connected_UEs: 51.11
SIP DC%: 
DLRLCLayerDataVolume MB: 7109.55
DRB UL Data Volume MB: 8377
CA Conf FailRate Pct den: 5447
weekend: 0
UPTP Mbps Num: 56645
hr: 14
MAC_UE_SC_Tput: 15159.91
Bearer Releases: 9914

hr: 14
CA Activation Rate num: 5256929
Setup_Fail_DEN: 17968
SIP_SC_Total_MOU: 260.32
Peak UE: 29
MB_per_connected_UE: 54.82
PCT Time MIMO: 47.14
DL Volume: 1938
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3072
QCI 1 Bearer Releases: 145
DL Data Vol MAC in MB: 9710.83

Time: 17:31:21
holiday: 0
CA DL DataVolRatio Pct: 81.59
HO_att_InterFreq: 941

SIP DC%: 
DLRLCLayerDataVolume MB: 953.15
PRB Util%: 50.64
CA DL DataVolRatio Pct den: 3902
CA Conf FailRate Pct den: 4553
weekend: 0
CA Activation Rate: 17.47
hr: 7
MAC_UE_SC_Tput: 7406.82
Bearer Releases: 7793

hr: 7
UPTP Mbps Den: 713
Setup_Fail_DEN: 14681
Peak UE: 77
MB_per_connected_UE: 147.73
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4718
DL Data Vol MAC in MB: 2704.69

Time: 18:40:41
holiday: 0
CA DL DataVolRatio Pct num: 5540

DL MAC Vol Scell Pct: 15.29
SIP DC%: 
DLRLCLayerDataVolume MB: 1945.64
PRB Util%: 72.32
RRC Setup Attempts: 4049
CA DL DataVolRatio Pct den: 4705
CA Conf FailRate Pct den: 5030
RSSIRX1 Avg: -95.03
weekend: 1
hr: 20
MAC_UE_SC_Tput: 18979.66
Bearer Releases: 10154

hr: 20
Avg CQI: 7.09
CA Activation Rate num: 5585868
Setup_Fail_DEN: 12063
SIP_SC_Total_MOU: 348.85
MB_per_connected_UE: 92.61
PCT Time MIMO: 64.44
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4209
DL Data Vol MAC in MB: 9936.8

Time: 20:00:24
holiday: 0
CA DL DataVolRatio Pct: 61.34

DL MAC Vol Scell Pct: 27.22
Avg_Connected_UEs: 36.58
SIP DC%: 
DLRLCLayerDataVolume MB: 2959.82
CA Conf FailRate Pct den: 7114
weekend: 0
UPTP Mbps Num: 4979
CA Activation Rate: 35.93
hr: 0
MAC_UE_SC_Tput: 26350.85

hr: 0
Setup_Fail_DEN: 7359
SIP_SC_Total_MOU: 114.13
Peak UE: 61
MB_per_connected_UE: 72.71
DL Volume: 5550
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6499
DL Data Vol MAC in MB: 10125.55
CA Activation Rate den: 143803

Time: 16:52:02
holiday: 0

DL MAC Vol Scell Pct: 12.78
SIP DC%: 
UPTP_Mbps: 45.19
DLRLCLayerDataVolume MB: 2235.93
RRC Setup Attempts: 4331
CA DL DataVolRatio Pct den: 6449
CA Conf FailRate Pct den: 7192
weekend: 0
hr: 3
MAC_UE_SC_Tput: 4812.23
Bearer Releases: 7518

hr: 3
CA Activation Rate num: 652148
UPTP Mbps Den: 1496
Setup_Fail_DEN: 19891
SIP_SC_Total_MOU: 258.34
Peak UE: 53
VOLTE IA%: 
MB_per_connected_UE: 37.98
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3590
UL Throughput: 3.84
DL Data Vol MAC in MB: 10116.55
CA Activation Rate den: 125443

Time: 12:55:23
holiday: 0
CA DL DataVolRatio Pct num: 7168
HO Attempts: 250

DL MAC Vol Scell Pct: 24.32
SIP DC%: 
UPTP_Mbps: 7.75
PRB Util%: 66.44
RRC Setup Attempts: 6155
CA DL DataVolRatio Pct den: 9681
CA Conf FailRate Pct den: 8343
weekend: 1
hr: 23
MAC_UE_SC_Tput: 13263.41

hr: 23
CA Activation Rate num: 10754913
Setup_Fail_DEN: 12143
SIP_SC_Total_MOU: 296.66
S1U_SIP_SC_SEER_den: 103
Peak UE: 93
MB_per_connected_UE: 10.55
DL Volume: 4337
UL Throughput: 4.89
CA Activation Rate den: 42671

Time: 03:10:16
holiday: 0

Avg_Connected_UEs: 66.02
SIP DC%: 
UPTP_Mbps: 52.48
DLRLCLayerDataVolume MB: 8432.31
DRB UL Data Volume MB: 8870
PRB Util%: 68.14
RRC Setup Attempts: 7999
CA DL DataVolRatio Pct den: 5750
CA Conf FailRate Pct den: 7354
weekend: 0
UPTP Mbps Num: 9368
CA Activation Rate: 74.82
hr: 9
MAC_UE_SC_Tput: 10359.58
Bearer Releases: 15242

hr: 9
qci1_setup_attempts: 136
UPTP Mbps Den: 5505
Setup_Fail_DEN: 12628
SIP_SC_Total_MOU: 44.22
Peak UE: 35
MB_per_connected_UE: 19.36
DL Volume: 6845
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4730
UL Throughput: 2.32
CA Activation Rate den: 59962

Time: 00:55:40
holiday: 0
CA DL DataVolRatio Pct: 68.42
HO_att_InterFreq: 155

DL MAC Vol Scell Pct: 42.34
Avg_Connected_UEs: 64.19
SIP DC%: 
UPTP_Mbps: 37.17
DLRLCLayerDataVolume MB: 4708.38
DRB UL Data Volume MB: 5056
PRB Util%: 52.45
CA Conf FailRate Pct den: 9472
weekend: 0
UPTP Mbps Num: 26248
CA Activation Rate: 14.51
hr: 5
MAC_UE_SC_Tput: 6679.73

hr: 5
Avg CQI: 8.55
CA Activation Rate num: 1359646
Setup_Fail_DEN: 13432
Peak UE: 32
MB_per_connected_UE: 29.81
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7656
CA Activation Rate den: 198139

Combined RACH Preambles: 2242
Time: 20:48:40
holiday: 0
HO_att_InterFreq: 210
CA DL DataVolRatio Pct num: 4745
HO Attempts: 161

DL MAC Vol Scell Pct: 14.2
Avg_Connected_UEs: 34.9
SIP DC%: 
UPTP_Mbps: 74.15
DLRLCLayerDataVolume MB: 558.32
DRB UL Data Volume MB: 3782
PRB Util%: 7.85
CA Conf FailRate Pct den: 6806
weekend: 0
UPTP Mbps Num: 11469
CA Activation Rate: 28.33
hr: 11
MAC_UE_SC_Tput: 5587.49

hr: 11
CA Activation Rate num: 10105168
UPTP Mbps Den: 4383
Peak UE: 30
MB_per_connected_UE: 8.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6001
CA Activation Rate den: 90167

Combined RACH Preambles: 3730
Time: 11:57:58
holiday: 0
HO_att_InterFreq: 665

DL MAC Vol Scell Pct: 47.18
SIP DC%: 
UPTP_Mbps: 34.34
DLRLCLayerDataVolume MB: 2863.71
DRB UL Data Volume MB: 7223
RRC Setup Attempts: 7119
CA DL DataVolRatio Pct den: 5290
CA Conf FailRate Pct den: 7100
RSSIRX1 Avg: -97.38
weekend: 0
UPTP Mbps Num: 28507
RSSIRX2 Avg: -98.46
CA Activation Rate: 51.43
hr: 2
MAC_UE_SC_Tput: 13770.95
Bearer Releases: 15460

hr: 2
CA Activation Rate num: 8844014
Setup_Fail_DEN: 8104
SIP_SC_Total_MOU: 17.97
Peak UE: 69
MB_per_connected_UE: 47.72
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3984

Combined RACH Preambles: 4557
Time: 06:21:22
holiday: 0
CA DL DataVolRatio Pct: 64.59
CA DL DataVolRatio Pct num: 6464

DL MAC Vol Scell Pct: 23.28
Avg_Connected_UEs: 72.58
SIP DC%: 
UPTP_Mbps: 126.99
DLRLCLayerDataVolume MB: 5866.55
DRB UL Data Volume MB: 938
PRB Util%: 34.87
weekend: 0
Bearer Setup Failure Voice Den: 109
CA Activation Rate: 30.81
hr: 16
MAC_UE_SC_Tput: 4260.41
Bearer Releases: 9367

hr: 16
qci1_setup_attempts: 218
CA Activation Rate num: 12951382
SIP_SC_Total_MOU: 120.05
Peak UE: 79
MB_per_connected_UE: 29.02
PCT Time MIMO: 52.48
CA Activation Rate den: 61529

Combined RACH Preambles: 2286
Time: 22:19:16
holiday: 0
CA DL DataVolRatio Pct: 62.94

DL MAC Vol Scell Pct: 38.24
Avg_Connected_UEs: 69.98
SIP DC%: 
UPTP_Mbps: 25.54
DRB UL Data Volume MB: 4600
RRC Setup Attempts: 4586
weekend: 0
UPTP Mbps Num: 8117
CA Activation Rate: 25.83
hr: 6
MAC_UE_SC_Tput: 5952.63

hr: 6
CA Activation Rate num: 9803191
UPTP Mbps Den: 3485
Setup_Fail_DEN: 6860
SIP_SC_Total_MOU: 165.78
Peak UE: 63
VOLTE IA%: 
PCT Time MIMO: 37.87
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8144
DL Data Vol MAC in MB: 4064.18
CA Activation Rate den: 228191
Combined RACH Preambles: 2799
Time: 21:36:59

holiday: 0
CA DL DataVolRatio Pct: 86.22
CA DL DataVolRatio Pct num: 1736

DL MAC Vol Scell Pct: 11.96
Avg_Connected_UEs: 70.66
SIP DC%: 
DRB UL Data Volume MB: 6183
PRB Util%: 12.48
RRC Setup Attempts: 5586
CA DL DataVolRatio Pct den: 10135
CA Conf FailRate Pct den: 7447
weekend: 0
UPTP Mbps Num: 46830
CA Activation Rate: 17.38
hr: 21
MAC_UE_SC_Tput: 19193.51
Bearer Releases: 15954

hr: 21
CA Activation Rate num: 8400814
UPTP Mbps Den: 1076
Setup_Fail_DEN: 9476
SIP_SC_Total_MOU: 209.74
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 92.35
DL Volume: 2426
DL Data Vol MAC in MB: 9220.73

Combined RACH Preambles: 3843
Time: 04:02:47
holiday: 0
CA DL DataVolRatio Pct: 70.13
HO_att_InterFreq: 769

Avg_Connected_UEs: 82.18
SIP DC%: 
UPTP_Mbps: 47.16
DLRLCLayerDataVolume MB: 6523.15
DRB UL Data Volume MB: 9877
RRC Setup Attempts: 6441
CA Conf FailRate Pct den: 7527
weekend: 0
Bearer Setup Failure Voice Den: 113
CA Activation Rate: 59.28
hr: 4
MAC_UE_SC_Tput: 12782.99
Bearer Releases: 14695

hr: 4
Avg CQI: 10.01
CA Activation Rate num: 10677390
SIP_SC_Total_MOU: 94.83
Peak UE: 44
DL Volume: 5714
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4796
DL Data Vol MAC in MB: 3645.72

Time: 22:54:47
Date: 15-04-2023
holiday: 0
CA DL DataVolRatio Pct: 89.35
CA DL DataVolRatio Pct num: 2930

DL MAC Vol Scell Pct: 46.87
Avg_Connected_UEs: 74.56
SIP DC%: 
DLRLCLayerDataVolume MB: 5013.83
DRB UL Data Volume MB: 1909
PRB Util%: 45.22
RRC Setup Attempts: 4208
CA DL DataVolRatio Pct den: 6383
CA Conf FailRate Pct den: 6900
weekend: 1
CA Activation Rate: 44.07
hr: 0
MAC_UE_SC_Tput: 4943.78
Bearer Releases: 10457

hr: 0
CA Activation Rate num: 7104505
Setup_Fail_DEN: 8678
Peak UE: 27
MB_per_connected_UE: 22.88
PCT Time MIMO: 32.86
DL Volume: 9530
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4356
DL Data Vol MAC in MB: 4662.03

Combined RACH Preambles: 2839
Time: 03:41:30
Date: 23-06-2022
holiday: 0
RRC Setup Failure% 5G: 0.48
HO_att_InterFreq: 758
CA DL DataVolRatio Pct num: 959

DL MAC Vol Scell Pct: 18.84
SIP DC%: 
UPTP_Mbps: 66.78
DLRLCLayerDataVolume MB: 8015.52
RRC Setup Attempts: 3629
CA DL DataVolRatio Pct den: 5641
CA Conf FailRate Pct den: 4789
weekend: 0
UPTP Mbps Num: 54562
Bearer Setup Failure Voice Den: 159
hr: 0
MAC_UE_SC_Tput: 10638.53

hr: 0
UPTP Mbps Den: 1688
Setup_Fail_DEN: 11755
Peak UE: 27
MB_per_connected_UE: 45.02
PCT Time MIMO: 33.75
DL Data Vol MAC in MB: 10103.3

Time: 14:33:12
holiday: 0
HO_att_InterFreq: 99
CA DL DataVolRatio Pct num: 4830
HO Attempts: 820

SIP DC%: 
UPTP_Mbps: 44.77
DLRLCLayerDataVolume MB: 5501.3
UL Resid BLER PCT: 0.8
RRC Setup Attempts: 7865
CA DL DataVolRatio Pct den: 4775
CA Conf FailRate Pct den: 9137
weekend: 0
UPTP Mbps Num: 49932
hr: 21
MAC_UE_SC_Tput: 8603.04
Bearer Releases: 8476

hr: 21
Avg CQI: 11.12
UPTP Mbps Den: 1297
Setup_Fail_DEN: 19835
SIP_SC_Total_MOU: 8.72
Peak UE: 74
MB_per_connected_UE: 179.42
PCT Time MIMO: 48.56
DL Volume: 1868
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3219
DL Data Vol MAC in MB: 7637.91
CA Activation Rate den: 66592

Time: 09:33:41
holiday: 0
CA DL DataVolRatio Pct: 89.62

DL MAC Vol Scell Pct: 48.95
Avg_Connected_UEs: 59.79
SIP DC%: 
UPTP_Mbps: 28.31
DRB UL Data Volume MB: 8736
PRB Util%: 26.17
RRC Setup Attempts: 5408
CA DL DataVolRatio Pct den: 6467
CA Conf FailRate Pct den: 6029
weekend: 0
UPTP Mbps Num: 26623
CA Activation Rate: 63.85
hr: 16
MAC_UE_SC_Tput: 16782.5
Bearer Releases: 6348

hr: 16
qci1_setup_attempts: 108
CA Activation Rate num: 7545950
UPTP Mbps Den: 2303
Peak UE: 27
MB_per_connected_UE: 145.77
PCT Time MIMO: 32.63
DL Volume: 1003
DL Data Vol MAC in MB: 9618.37
CA Activation Rate den: 160892

Time: 00:54:20
holiday: 0
CA DL DataVolRatio Pct: 85.38
HO Attempts: 653

DL MAC Vol Scell Pct: 26.39
Avg_Connected_UEs: 70.98
SIP DC%: 
UPTP_Mbps: 22.78
DLRLCLayerDataVolume MB: 1519.85
DRB UL Data Volume MB: 7411
CA Conf FailRate Pct den: 3034
weekend: 0
UPTP Mbps Num: 62007
CA Activation Rate: 36.55
hr: 3
MAC_UE_SC_Tput: 5979.06
Bearer Releases: 12160

hr: 3
CA Activation Rate num: 4498862
SIP_SC_Total_MOU: 72.44
Peak UE: 48
MB_per_connected_UE: 111.4
DL Volume: 9243
DL Data Vol MAC in MB: 8194.25
CA Activation Rate den: 54317

Time: 16:10:49
holiday: 0
CA DL DataVolRatio Pct: 90.6
CA DL DataVolRatio Pct num: 3137

Avg_Connected_UEs: 46.08
SIP DC%: 
UPTP_Mbps: 12.82
DLRLCLayerDataVolume MB: 5509.75
DRB UL Data Volume MB: 9241
CA DL DataVolRatio Pct den: 9408
weekend: 0
UPTP Mbps Num: 36983
RSSIRX2 Avg: -94.41
CA Activation Rate: 6.29
hr: 18
MAC_UE_SC_Tput: 14680.09
Bearer Releases: 6386

hr: 18
CA Activation Rate num: 2472832
UPTP Mbps Den: 2504
Setup_Fail_DEN: 10767
SIP_SC_Total_MOU: 242.58
Peak UE: 47
MB_per_connected_UE: 23.31
PCT Time MIMO: 38.7
DL Volume: 1852
DL Data Vol MAC in MB: 1156.47
CA Activation Rate den: 84941

Time: 05:13:38
holiday: 0
CA DL DataVolRatio Pct: 82.9
Bearer Releases Voice: 172
HO_att_InterFreq: 808
HO Attempts: 602

DL MAC Vol Scell Pct: 35.41
Avg_Connected_UEs: 48.87
SIP DC%: 
UPTP_Mbps: 61.68
DLRLCLayerDataVolume MB: 2233.31
PRB Util%: 25.85
RRC Setup Attempts: 8925
CA Conf FailRate Pct den: 6818
weekend: 0
CA Activation Rate: 7.16
hr: 23
MAC_UE_SC_Tput: 11260.39
Bearer Releases: 7982

hr: 23
qci1_setup_attempts: 240
CA Activation Rate num: 5858510
UPTP Mbps Den: 2019
Setup_Fail_DEN: 19234
Peak UE: 27

Time: 15:55:26
holiday: 0
CA DL DataVolRatio Pct: 78.93
HO_att_InterFreq: 514
CA DL DataVolRatio Pct num: 6363

Avg_Connected_UEs: 54.75
SIP DC%: 
DLRLCLayerDataVolume MB: 830.54
DRB UL Data Volume MB: 9753
PRB Util%: 23.9
RRC Setup Attempts: 3884
CA DL DataVolRatio Pct den: 5941
CA Conf FailRate Pct den: 5590
weekend: 0
UPTP Mbps Num: 17365
CA Activation Rate: 10.14
hr: 20
MAC_UE_SC_Tput: 4963.16
Bearer Releases: 12112

hr: 20
UPTP Mbps Den: 1419
SIP_SC_Total_MOU: 233.14
S1U_SIP_SC_SEER_den: 280
Peak UE: 36
MB_per_connected_UE: 120.49
PCT Time MIMO: 37.67
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9012
DL Data Vol MAC in MB: 2798.16

Time: 02:43:19
holiday: 0
CA DL DataVolRatio Pct: 66.84
HO Attempts: 370

SIP DC%: 
DRB UL Data Volume MB: 5678
RRC Setup Attempts: 4770
CA DL DataVolRatio Pct den: 4899
weekend: 0
UPTP Mbps Num: 27393
CA Activation Rate: 23.44
hr: 0
MAC_UE_SC_Tput: 4477.16
Bearer Releases: 9559

hr: 0
CA Activation Rate num: 9723868
Peak UE: 31
MB_per_connected_UE: 124.5
PCT Time MIMO: 57.08
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5212
CA Activation Rate den: 61595

Time: 23:22:56
holiday: 0
CA DL DataVolRatio Pct: 73.89
CA DL DataVolRatio Pct num: 2284

Avg_Connected_UEs: 24.13
SIP DC%: 
DLRLCLayerDataVolume MB: 6969.8
DRB UL Data Volume MB: 6412
PRB Util%: 29.06
RRC Setup Attempts: 3829
CA Conf FailRate Pct den: 3422
weekend: 0
CA Activation Rate: 42.02
hr: 16
MAC_UE_SC_Tput: 11842.14
Bearer Releases: 9614

hr: 16
CA Activation Rate num: 471137
UPTP Mbps Den: 602
Setup_Fail_DEN: 9054
Peak UE: 94
MB_per_connected_UE: 98.39
DL Volume: 7778
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8467
DL Data Vol MAC in MB: 9355.11

Time: 20:19:50
holiday: 0

DL MAC Vol Scell Pct: 5.75
SIP DC%: 
UPTP_Mbps: 107.85
DLRLCLayerDataVolume MB: 5823.53
RRC Setup Attempts: 4999
CA Conf FailRate Pct den: 6444
weekend: 0
CA Activation Rate: 19.72
hr: 11
MAC_UE_SC_Tput: 15644.32
Bearer Releases: 10048

hr: 11
CA Activation Rate num: 4248075
UPTP Mbps Den: 2149
Setup_Fail_DEN: 16057
Peak UE: 29

Time: 15:49:20
holiday: 0
CA DL DataVolRatio Pct: 60.48

DL MAC Vol Scell Pct: 19.7
Avg_Connected_UEs: 49.48
SIP DC%: 
UPTP_Mbps: 21.72
PRB Util%: 54.41
RRC Setup Attempts: 7513
CA DL DataVolRatio Pct den: 3948
CA Conf FailRate Pct den: 9115
weekend: 0
UPTP Mbps Num: 19705
hr: 23
Bearer Releases: 15960

hr: 23
CA Activation Rate num: 1853466
Setup_Fail_DEN: 13525
SIP_SC_Total_MOU: 244.39
Peak UE: 27
MB_per_connected_UE: 196.17
DL Volume: 311
DL Data Vol MAC in MB: 6667.43

Combined RACH Preambles: 3155
Time: 10:38:19
holiday: 0
HO_att_InterFreq: 203
CA DL DataVolRatio Pct num: 1477

DL MAC Vol Scell Pct: 8.88
Avg_Connected_UEs: 26.26
SIP DC%: 
DLRLCLayerDataVolume MB: 8504.2
DRB UL Data Volume MB: 7924
CA DL DataVolRatio Pct den: 4813
CA Conf FailRate Pct den: 4109
weekend: 0
RSSIRX2 Avg: -94.29
hr: 23
MAC_UE_SC_Tput: 16217.2
Bearer Releases: 14148

hr: 23
CA Activation Rate num: 11000474
Setup_Fail_DEN: 13886
Peak UE: 69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4484

Time: 16:33:37
holiday: 0
CA DL DataVolRatio Pct: 72.82
CA DL DataVolRatio Pct num: 7010

Avg_Connected_UEs: 40.03
SIP DC%: 
UPTP_Mbps: 18.08
RRC Setup Attempts: 5931
CA DL DataVolRatio Pct den: 3347
CA Conf FailRate Pct den: 3595
weekend: 0
hr: 2
MAC_UE_SC_Tput: 6831.99
Bearer Releases: 17719

hr: 2
CA Activation Rate num: 10686643
UPTP Mbps Den: 221
Setup_Fail_DEN: 13474
SIP_SC_Total_MOU: 31.33
Peak UE: 27
MB_per_connected_UE: 34.35
DL Volume: 1276
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6259
DL Data Vol MAC in MB: 7637.06
CA Activation Rate den: 43562

Time: 17:08:45
holiday: 0
CA DL DataVolRatio Pct: 76.33

Avg_Connected_UEs: 54.1
SIP DC%: 
UPTP_Mbps: 20.91
DLRLCLayerDataVolume MB: 1785.41
DRB UL Data Volume MB: 1985
PRB Util%: 58.41
CA Conf FailRate Pct den: 6539
weekend: 0
UPTP Mbps Num: 12046
CA Activation Rate: 42.07
hr: 0
MAC_UE_SC_Tput: 14302.3
Bearer Releases: 11865

hr: 0
CA Activation Rate num: 2527313
Setup_Fail_DEN: 10158
MB_per_connected_UE: 151.71
DL Volume: 4909
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8131
DL Data Vol MAC in MB: 1718.29
CA Activation Rate den: 171969

Time: 04:31:27
holiday: 0

Avg_Connected_UEs: 31.38
SIP DC%: 
UPTP_Mbps: 46.34
DLRLCLayerDataVolume MB: 5961.48
DRB UL Data Volume MB: 3596
RSSIRX1 Avg: -96.8
weekend: 0
UPTP Mbps Num: 41433
Bearer Setup Failure Voice Den: 221
CA Activation Rate: 21.21
hr: 20
MAC_UE_SC_Tput: 19176.64
Bearer Releases: 11914

hr: 20
CA Activation Rate num: 6358018
UPTP Mbps Den: 2854
SIP_SC_Total_MOU: 162.09
Peak UE: 67
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5543

Time: 21:25:23
holiday: 0
CA DL DataVolRatio Pct: 81.8
HO Attempts: 430

SIP DC%: 
UPTP_Mbps: 30.49
S1U_SIP_SC_SEER: 99.47
DLRLCLayerDataVolume MB: 6749.88
DRB UL Data Volume MB: 8216
RRC Setup Attempts: 4182
weekend: 0
UPTP Mbps Num: 1233
hr: 7
MAC_UE_SC_Tput: 6333.51

hr: 7
CA Activation Rate num: 5281020
UPTP Mbps Den: 2623
Setup_Fail_DEN: 14759
SIP_SC_Total_MOU: 126.76
Peak UE: 127
DL Volume: 9890
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7645
DL Data Vol MAC in MB: 2951.95

Time: 17:44:20
Date: 26-10-2022
holiday: 0
CA DL DataVolRatio Pct: 64.57
CA DL DataVolRatio Pct num: 2216

DL MAC Vol Scell Pct: 11.2
Avg_Connected_UEs: 26.8
SIP DC%: 
UPTP_Mbps: 126.68
DLRLCLayerDataVolume MB: 368.85
PRB Util%: 20.43
RRC Setup Attempts: 5052
CA DL DataVolRatio Pct den: 5472
CA Conf FailRate Pct den: 7079
weekend: 0
UPTP Mbps Num: 32494
RSSIRX2 Avg: -93.74
CA Activation Rate: 37.33
hr: 21
MAC_UE_SC_Tput: 11497.23

hr: 21
CA Activation Rate num: 2520978
UPTP Mbps Den: 2053
Setup_Fail_DEN: 12185
SIP_SC_Total_MOU: 97.42
Peak UE: 72
MB_per_connected_UE: 137.6
DL Volume: 2568
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3691
QCI 1 Bearer Releases: 74
DL Data Vol MAC in MB: 5446

Time: 15:04:01
holiday: 0
CA DL DataVolRatio Pct: 76.96
HO_att_InterFreq: 603
CA DL DataVolRatio Pct num: 7441
HO Attempts: 825

DL MAC Vol Scell Pct: 11.44
SIP DC%: 
DLRLCLayerDataVolume MB: 675.64
DRB UL Data Volume MB: 6460
PRB Util%: 70.86
RRC Setup Attempts: 9150
CA Conf FailRate Pct den: 8325
RSSIRX1 Avg: -94.66
weekend: 0
UPTP Mbps Num: 23525
RSSIRX2 Avg: -96.97
CA Activation Rate: 51.78
hr: 12
MAC_UE_SC_Tput: 10455.87
Bearer Releases: 7335

hr: 12
CA Activation Rate num: 8556894
Setup_Fail_DEN: 6596
SIP_SC_Total_MOU: 74.99
Peak UE: 27
MB_per_connected_UE: 181.87
PCT Time MIMO: 61.76
QCI 1 Bearer Releases: 130
CA Activation Rate den: 143392

Time: 02:46:11
holiday: 0
CA DL DataVolRatio Pct: 42.97

DL MAC Vol Scell Pct: 55.41
Avg_Connected_UEs: 59.1
SIP DC%: 
DLRLCLayerDataVolume MB: 7429.05
PRB Util%: 40.62
DL Packet Loss Pct: 1.69
RRC Setup Attempts: 6469
CA DL DataVolRatio Pct den: 10065
weekend: 0
CA Activation Rate: 32.31
hr: 3
MAC_UE_SC_Tput: 6737.02
Bearer Releases: 13742

hr: 3
CA Activation Rate num: 5239023
UPTP Mbps Den: 258
Setup_Fail_DEN: 13663
SIP_SC_Total_MOU: 283
Peak UE: 27
MB_per_connected_UE: 27
DL Volume: 6557
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8782
DL Data Vol MAC in MB: 3762.63
CA Activation Rate den: 125499

Combined RACH Preambles: 2409
Time: 19:29:22
holiday: 0
CA DL DataVolRatio Pct: 77.2
HO_att_InterFreq: 71

DL MAC Vol Scell Pct: 55.81
Avg_Connected_UEs: 81.45
SIP DC%: 
UPTP_Mbps: 126.16
DLRLCLayerDataVolume MB: 5621.85
DRB UL Data Volume MB: 9650
weekend: 0
UPTP Mbps Num: 23306
hr: 2
MAC_UE_SC_Tput: 4127.95
Bearer Releases: 11252

hr: 2
CA Activation Rate num: 5977478
UPTP Mbps Den: 2708
Setup_Fail_DEN: 14498
SIP_SC_Total_MOU: 440.84
Peak UE: 37
DL Volume: 8682
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4161
DL Data Vol MAC in MB: 4610.21

Time: 09:09:55
holiday: 0
CA DL DataVolRatio Pct: 81.72
HO Attempts: 471

DL MAC Vol Scell Pct: 22.98
SIP DC%: 
DLRLCLayerDataVolume MB: 6695.56
DRB UL Data Volume MB: 7982
PRB Util%: 35.18
CA Conf FailRate Pct den: 9501
weekend: 1
hr: 9
Bearer Releases: 8707

hr: 9
CA Activation Rate num: 12641010
Setup_Fail_DEN: 10724
SIP_SC_Total_MOU: 70.31
Peak UE: 64
MB_per_connected_UE: 114.36
DL Volume: 2967
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4181
DL Data Vol MAC in MB: 3682.1
CA Activation Rate den: 62470

Time: 14:24:42
holiday: 0
CA DL DataVolRatio Pct: 86.35

DL MAC Vol Scell Pct: 12.33
SIP DC%: 
UPTP_Mbps: 81.12
DLRLCLayerDataVolume MB: 1115.32
DRB UL Data Volume MB: 6922
RRC Setup Attempts: 4577
CA DL DataVolRatio Pct den: 2747
CA Conf FailRate Pct den: 6997
weekend: 1
S1U_SIP_SC_SEER_num: 151
CA Activation Rate: 42.76
hr: 8
MAC_UE_SC_Tput: 9434.55
Bearer Releases: 10374

hr: 8
CA Activation Rate num: 13007089
UPTP Mbps Den: 2430
Setup_Fail_DEN: 13796
Peak UE: 27
VOLTE IA%: 0.61
MB_per_connected_UE: 176.73
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3319
DL Data Vol MAC in MB: 6419.6
CA Activation Rate den: 164595

Time: 07:34:16
holiday: 0
CA DL DataVolRatio Pct: 64.34
HO_att_InterFreq: 187
CA DL DataVolRatio Pct num: 7196

DL MAC Vol Scell Pct: 3.62
Avg_Connected_UEs: 36.73
SIP DC%: 
UPTP_Mbps: 41.8
DRB UL Data Volume MB: 8413
CA DL DataVolRatio Pct den: 8721
CA Conf FailRate Pct den: 8775
weekend: 0
CA Activation Rate: 10.53
hr: 7
MAC_UE_SC_Tput: 6981.7

hr: 7
CA Activation Rate num: 4047160
Setup_Fail_DEN: 11134
Peak UE: 56
MB_per_connected_UE: 33.26
PCT Time MIMO: 57.25
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6822

Time: 14:49:11
holiday: 0
CA DL DataVolRatio Pct: 45.09
CA DL DataVolRatio Pct num: 5250

DL MAC Vol Scell Pct: 38
SIP DC%: 
DLRLCLayerDataVolume MB: 7158.37
DRB UL Data Volume MB: 7165
PRB Util%: 26.88
RRC Setup Attempts: 3462
CA DL DataVolRatio Pct den: 9013
CA Conf FailRate Pct den: 8625
weekend: 1
hr: 23
MAC_UE_SC_Tput: 11089.26
Bearer Releases: 10719

hr: 23
CA Activation Rate num: 2741277
UPTP Mbps Den: 348
Setup_Fail_DEN: 14366
SIP_SC_Total_MOU: 8.85
Peak UE: 27
MB_per_connected_UE: 144.47
PCT Time MIMO: 49.93
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5458
CA Activation Rate den: 36836

Time: 22:21:08
Date: 14-06-2023
holiday: 0
CA DL DataVolRatio Pct: 87.03
HO_att_InterFreq: 830

Avg_Connected_UEs: 43.8
SIP DC%: 
DRB UL Data Volume MB: 1916
PRB Util%: 50.51
weekend: 0
UPTP Mbps Num: 35509
hr: 0
MAC_UE_SC_Tput: 14828.13

hr: 0
CA Activation Rate num: 6136570
SIP_SC_Total_MOU: 267.02
Peak UE: 53
MB_per_connected_UE: 11.69
DL Volume: 6145
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3258
DL Data Vol MAC in MB: 9526.96

Combined RACH Preambles: 3294
Time: 18:36:30
holiday: 0
CA DL DataVolRatio Pct: 71.16
CA DL DataVolRatio Pct num: 3532
HO Attempts: 77

DL MAC Vol Scell Pct: 8.32
Avg_Connected_UEs: 32.16
SIP DC%: 
DLRLCLayerDataVolume MB: 6446.02
DRB UL Data Volume MB: 3199
PRB Util%: 70.92
CA Conf FailRate Pct den: 6839
weekend: 0
UPTP Mbps Num: 37400
RSSIRX2 Avg: -93.6
hr: 3
MAC_UE_SC_Tput: 13107.77
Bearer Releases: 17047

hr: 3
CA Activation Rate num: 5539941
Setup_Fail_DEN: 9388
Peak UE: 65
MB_per_connected_UE: 124.42
DL Volume: 4506
CA Activation Rate den: 95464

Time: 12:56:40
holiday: 0
CA DL DataVolRatio Pct: 88.46
HO_att_InterFreq: 1017

DL MAC Vol Scell Pct: 38.22
Avg_Connected_UEs: 21.67
SIP DC%: 
UPTP_Mbps: 97.32
DLRLCLayerDataVolume MB: 2822.6
PRB Util%: 40.44
RRC Setup Attempts: 6214
CA DL DataVolRatio Pct den: 7647
weekend: 0
UPTP Mbps Num: 45893
hr: 22

hr: 22
CA Activation Rate num: 10048998
UPTP Mbps Den: 2967
Peak UE: 27
DL Volume: 2650
DL Data Vol MAC in MB: 5272.9
CA Activation Rate den: 117759

Time: 00:55:32
holiday: 0
HO Attempts: 92

Avg_Connected_UEs: 55.62
SIP DC%: 
UPTP_Mbps: 35.51
DRB UL Data Volume MB: 9819
RRC Setup Attempts: 7308
CA Conf FailRate Pct den: 6667
weekend: 0
CA Activation Rate: 34.25
hr: 4
MAC_UE_SC_Tput: 14670.34
Bearer Releases: 16298

hr: 4
CA Activation Rate num: 978845
Setup_Fail_DEN: 19379
SIP_SC_Total_MOU: 90.48
Peak UE: 27
MB_per_connected_UE: 151.22
PCT Time MIMO: 33.44
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4335
UL Throughput: 4.91
DL Data Vol MAC in MB: 8368.85
CA Activation Rate den: 122233

Time: 12:28:54
Date: 19-01-2023
holiday: 0
CA DL DataVolRatio Pct: 68.31
CA DL DataVolRatio Pct num: 2881

DL MAC Vol Scell Pct: 44.34
Avg_Connected_UEs: 17.7
SIP DC%: 
DLRLCLayerDataVolume MB: 9025.5
DRB UL Data Volume MB: 5965
PRB Util%: 40.36
RRC Setup Attempts: 5158
CA DL DataVolRatio Pct den: 9243
CA Conf FailRate Pct den: 8060
weekend: 1
Bearer Setup Failure Voice Den: 131
CA Activation Rate: 10.01
hr: 2
MAC_UE_SC_Tput: 6885.84
Bearer Releases: 9198

hr: 2
qci1_setup_attempts: 260
CA Activation Rate num: 8190763
UPTP Mbps Den: 1298
Setup_Fail_DEN: 13084
SIP_SC_Total_MOU: 279.36
Peak UE: 35
MB_per_connected_UE: 13.86
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7551
UL Throughput: 5.39
DL Data Vol MAC in MB: 5884.15
CA Activation Rate den: 139392

Time: 03:27:51
holiday: 0
CA DL DataVolRatio Pct: 90.91
SIP_SC_Call_Attempts: 206

Avg_Connected_UEs: 52.44
SIP DC%: 
UPTP_Mbps: 98.68
RRC Setup Attempts: 6484
CA DL DataVolRatio Pct den: 1363
weekend: 0
RSSIRX2 Avg: -93.14
CA Activation Rate: 10.44
hr: 14
MAC_UE_SC_Tput: 15894.04
Bearer Releases: 6527

hr: 14
Setup_Fail_DEN: 13277
Peak UE: 51
PCT Time MIMO: 34.55
DL Volume: 8460
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6466
UL Throughput: 8.15
DL Data Vol MAC in MB: 2193.24

Combined RACH Preambles: 3292
Time: 23:17:30
holiday: 0

Avg_Connected_UEs: 74.7
SIP DC%: 
UPTP_Mbps: 42.7
DRB UL Data Volume MB: 6105
PRB Util%: 74.27
RRC Setup Attempts: 4991
CA DL DataVolRatio Pct den: 3983
CA Conf FailRate Pct den: 6441
RSSIRX1 Avg: -97.58
weekend: 0
S1U_SIP_SC_SEER_num: 114
CA Activation Rate: 78.43
hr: 19
MAC_UE_SC_Tput: 9151.85
Bearer Releases: 13842

hr: 19
CA Activation Rate num: 7608265
Setup_Fail_DEN: 14304
Peak UE: 75
MB_per_connected_UE: 103.96
DL Volume: 8973
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3737
DL Data Vol MAC in MB: 4632.33
CA Activation Rate den: 80267

Combined RACH Preambles: 2227
Time: 21:38:24
holiday: 0
CA DL DataVolRatio Pct: 65.28

DL MAC Vol Scell Pct: 19.57
Avg_Connected_UEs: 58.86
SIP DC%: 
UPTP_Mbps: 29.25
RRC Setup Attempts: 4820
weekend: 0
UPTP Mbps Num: 30021
RSSIRX2 Avg: -93.52
CA Activation Rate: 38.58
hr: 8
MAC_UE_SC_Tput: 4832.42
Bearer Releases: 6796

hr: 8
CA Activation Rate num: 3275313
UPTP Mbps Den: 2457
Setup_Fail_DEN: 16104
Peak UE: 102
MB_per_connected_UE: 112.62
PCT Time MIMO: 51.95
DL Data Vol MAC in MB: 7421.02

Time: 01:41:17
Date: 10-12-2023
holiday: 0
CA DL DataVolRatio Pct: 60.74
HO_att_InterFreq: 463
HO Attempts: 781

Avg_Connected_UEs: 52.05
SIP DC%: 
UPTP_Mbps: 24.89
DLRLCLayerDataVolume MB: 7483.84
RRC Setup Attempts: 3482
CA DL DataVolRatio Pct den: 9631
weekend: 0
RSSIRX2 Avg: -93.69
CA Activation Rate: 8.99
hr: 3
MAC_UE_SC_Tput: 9194.63
Bearer Releases: 17220

hr: 3
CA Activation Rate num: 11838916
UPTP Mbps Den: 2860
Setup_Fail_DEN: 18211
SIP_SC_Total_MOU: 48.59
MB_per_connected_UE: 119.14
PCT Time MIMO: 68.1
DL Data Vol MAC in MB: 3175.71
Time: 00:36:55

holiday: 0
CA DL DataVolRatio Pct: 72.2
HO_att_InterFreq: 945
HO Attempts: 153

DL MAC Vol Scell Pct: 16.93
SIP DC%: 
UPTP_Mbps: 14.43
DRB UL Data Volume MB: 2271
PRB Util%: 52.8
UL Resid BLER PCT: 0.81
CA DL DataVolRatio Pct den: 7604
weekend: 0
CA Activation Rate: 56.32
hr: 19
MAC_UE_SC_Tput: 13083.35
Bearer Releases: 15636

hr: 19
Avg CQI: 7.19
CA Activation Rate num: 193057
Setup_Fail_DEN: 7017
S1U_SIP_SC_SEER_den: 136
Peak UE: 67
MB_per_connected_UE: 45.19
DL Volume: 7469
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4497
UL Throughput: 4.66

Combined RACH Preambles: 3913
Time: 19:07:28
holiday: 0
CA DL DataVolRatio Pct: 61.46
HO_att_InterFreq: 690

Avg_Connected_UEs: 28.67
SIP DC%: 
DLRLCLayerDataVolume MB: 2513.24
PRB Util%: 24.36
CA DL DataVolRatio Pct den: 1892
CA Conf FailRate Pct den: 9147
weekend: 0
CA Activation Rate: 30.61
hr: 8
MAC_UE_SC_Tput: 6928.15
Bearer Releases: 16718

hr: 8
CA Activation Rate num: 3902023
UPTP Mbps Den: 276
Setup_Fail_DEN: 10974
SIP_SC_Total_MOU: 212.3
Peak UE: 27
MB_per_connected_UE: 125.65
DL Volume: 239
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4110
DL Data Vol MAC in MB: 8484.52
Combined RACH Preambles: 3232
Time: 05:13:27
Date: 02-05-2022

holiday: 0
CA DL DataVolRatio Pct: 89.1
CA DL DataVolRatio Pct num: 409

DL MAC Vol Scell Pct: 3.04
Avg_Connected_UEs: 29.33
SIP DC%: 
UPTP_Mbps: 17.25
DLRLCLayerDataVolume MB: 6269.07
PRB Util%: 13.7
RRC Setup Attempts: 4224
CA DL DataVolRatio Pct den: 5030
CA Conf FailRate Pct den: 8806
weekend: 0
UPTP Mbps Num: 10539
CA Activation Rate: 49.19
hr: 23
MAC_UE_SC_Tput: 16923.05

hr: 23
CA Activation Rate num: 4939818
UPTP Mbps Den: 1579
Setup_Fail_DEN: 14777
SIP_SC_Total_MOU: 249.93
Peak UE: 27
MB_per_connected_UE: 10.98
PCT Time MIMO: 42.31
DL Data Vol MAC in MB: 6581.48

Time: 00:12:45
holiday: 0
CA DL DataVolRatio Pct: 90.46
CA DL DataVolRatio Pct num: 5938

Avg_Connected_UEs: 53.37
SIP DC%: 
DLRLCLayerDataVolume MB: 3636.24
DRB UL Data Volume MB: 8342
PRB Util%: 16.5
RRC Setup Attempts: 3810
CA DL DataVolRatio Pct den: 7121
weekend: 0
UPTP Mbps Num: 14130
hr: 4
MAC_UE_SC_Tput: 9942.49

hr: 4
CA Activation Rate num: 7938919
UPTP Mbps Den: 673
Setup_Fail_DEN: 14286
Peak UE: 74
MB_per_connected_UE: 91.37
PCT Time MIMO: 43.42
DL Data Vol MAC in MB: 280.85

Time: 13:04:55
holiday: 0
CA DL DataVolRatio Pct: 76.94
HO_att_InterFreq: 840

DL MAC Vol Scell Pct: 18.43
Avg_Connected_UEs: 47.52
SIP DC%: 
UPTP_Mbps: 9.89
DLRLCLayerDataVolume MB: 8434.73
DRB UL Data Volume MB: 5762
PRB Util%: 71.33
CA DL DataVolRatio Pct den: 8574
CA Conf FailRate Pct den: 4203
weekend: 0
CA Activation Rate: 66.28
hr: 23

hr: 23
CA Activation Rate num: 1318393
UPTP Mbps Den: 3014
Setup_Fail_DEN: 12285
Peak UE: 27
MB_per_connected_UE: 15.11
DL Data Vol MAC in MB: 8887.65

Time: 05:17:02
holiday: 0
HO_att_InterFreq: 632
CA DL DataVolRatio Pct num: 6237

DL MAC Vol Scell Pct: 6.73
SIP DC%: 
UPTP_Mbps: 38.37
DRB UL Data Volume MB: 1230
PRB Util%: 43.77
weekend: 0
CA Activation Rate: 72.62
hr: 4
MAC_UE_SC_Tput: 4929.75
Bearer Releases: 6353

hr: 4
CA Activation Rate num: 1067134
UPTP Mbps Den: 1795
Peak UE: 27
PCT Time MIMO: 32.96
DL Data Vol MAC in MB: 2300.3
CA Activation Rate den: 143608
Time: 02:03:48

holiday: 0
CA DL DataVolRatio Pct: 89.76
CA DL DataVolRatio Pct num: 1759

SIP DC%: 
UPTP_Mbps: 43.79
DLRLCLayerDataVolume MB: 9938.4
RRC Setup Attempts: 5259
CA DL DataVolRatio Pct den: 6051
CA Conf FailRate Pct den: 5748
weekend: 0
RSSIRX2 Avg: -97.38
CA Activation Rate: 32.39
hr: 23
MAC_UE_SC_Tput: 15069.47
Bearer Releases: 9459

hr: 23
CA Activation Rate num: 10518439
UPTP Mbps Den: 2530
Setup_Fail_DEN: 15720
Peak UE: 35
MB_per_connected_UE: 170.59
PCT Time MIMO: 32.84
CA Activation Rate den: 45439

Time: 02:29:51
Date: 16-05-2023
holiday: 0
CA DL DataVolRatio Pct: 56.93
HO_att_InterFreq: 608
CA DL DataVolRatio Pct num: 2228

SIP DC%: 
UPTP_Mbps: 31.26
DLRLCLayerDataVolume MB: 2041.64
DRB UL Data Volume MB: 8494
RRC Setup Attempts: 6212
CA DL DataVolRatio Pct den: 9889
weekend: 0
CA Activation Rate: 26.01
hr: 11
MAC_UE_SC_Tput: 16167.39

hr: 11
CA Activation Rate num: 4205962
Setup_Fail_DEN: 15873
SIP_SC_Total_MOU: 307.97
Peak UE: 30
DL Volume: 3342

Time: 00:29:09
holiday: 0
HO_att_InterFreq: 267

DL MAC Vol Scell Pct: 13.13
Avg_Connected_UEs: 44.19
SIP DC%: 
UPTP_Mbps: 43.04
DLRLCLayerDataVolume MB: 6342.16
CA DL DataVolRatio Pct den: 7922
CA Conf FailRate Pct den: 7030
weekend: 0
UPTP Mbps Num: 10127
CA Activation Rate: 54
hr: 6
MAC_UE_SC_Tput: 4860.95

hr: 6
CA Activation Rate num: 3572905
UPTP Mbps Den: 730
Setup_Fail_DEN: 7354
SIP_SC_Total_MOU: 192.34
Peak UE: 50
PCT Time MIMO: 33.8
DL Volume: 887
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4728
DL Data Vol MAC in MB: 5650.36
CA Activation Rate den: 63105

Combined RACH Preambles: 3169
Time: 00:57:53
holiday: 0
CA DL DataVolRatio Pct num: 6568

DL MAC Vol Scell Pct: 40.68
Avg_Connected_UEs: 28.84
SIP DC%: 
UPTP_Mbps: 19.29
DLRLCLayerDataVolume MB: 8023.35
DRB UL Data Volume MB: 827
CA DL DataVolRatio Pct den: 4153
CA Conf FailRate Pct den: 3369
RSSIRX1 Avg: -94.95
weekend: 0
UPTP Mbps Num: 16113
CA Activation Rate: 52.4
hr: 21
MAC_UE_SC_Tput: 4715.72
Bearer Releases: 13334

hr: 21
CA Activation Rate num: 10240497
UPTP Mbps Den: 368
SIP_SC_Total_MOU: 154.22
Peak UE: 27
MB_per_connected_UE: 7.39
PCT Time MIMO: 57.99
DL Volume: 4871
QCI 1 Bearer Releases: 127
DL Data Vol MAC in MB: 5606.32
CA Activation Rate den: 43963

Combined RACH Preambles: 2296
Time: 18:08:28
holiday: 0
HO Attempts: 46

DL MAC Vol Scell Pct: 16.13
SIP DC%: 
UPTP_Mbps: 45.03
weekend: 0
UPTP Mbps Num: 19165
hr: 0
MAC_UE_SC_Tput: 29996.93
Bearer Releases: 6476

hr: 0
CA Activation Rate num: 7926394
UPTP Mbps Den: 2371
Setup_Fail_DEN: 6931
SIP_SC_Total_MOU: 58.96
Peak UE: 27
DL Volume: 7795
CA Activation Rate den: 89287

Time: 13:59:29
holiday: 0
CA DL DataVolRatio Pct num: 3643

DL MAC Vol Scell Pct: 12.85
Avg_Connected_UEs: 59.99
SIP DC%: 
UPTP_Mbps: 24.99
DLRLCLayerDataVolume MB: 4287.39
PRB Util%: 61.54
CA DL DataVolRatio Pct den: 1883
weekend: 1
S1U_SIP_SC_SEER_num: 210
CA Activation Rate: 78.42
hr: 23
MAC_UE_SC_Tput: 11748.32
Bearer Releases: 10506

hr: 23
CA Activation Rate num: 10188754
UPTP Mbps Den: 2309
SIP_SC_Total_MOU: 275.85
Peak UE: 48
MB_per_connected_UE: 57.69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7130
UL Throughput: 1.98

Combined RACH Preambles: 3586
Time: 02:09:21
holiday: 0
CA DL DataVolRatio Pct: 57.6

DL MAC Vol Scell Pct: 6.55
SIP DC%: 
UPTP_Mbps: 34
PRB Util%: 65.35
CA DL DataVolRatio Pct den: 5109
weekend: 0
hr: 6
MAC_UE_SC_Tput: 5325.66

hr: 6
CA Activation Rate num: 3193519
UPTP Mbps Den: 3079
Setup_Fail_DEN: 14067
SIP_SC_Total_MOU: 147
MB_per_connected_UE: 8.28
UL Throughput: 5.57
DL Data Vol MAC in MB: 2641.39
CA Activation Rate den: 119759

Combined RACH Preambles: 3060
Time: 19:15:37
holiday: 0
CA DL DataVolRatio Pct num: 6497

DL MAC Vol Scell Pct: 12.87
Avg_Connected_UEs: 30.54
SIP DC%: 
DLRLCLayerDataVolume MB: 5455.73
DRB UL Data Volume MB: 4215
PRB Util%: 33.38
CA DL DataVolRatio Pct den: 9231
weekend: 1
RSSIRX2 Avg: -95.56
S1U_SIP_SC_SEER_num: 104
hr: 10
Bearer Releases: 12472

hr: 10
CA Activation Rate num: 10070751
UPTP Mbps Den: 219
Setup_Fail_DEN: 10458
SIP_SC_Total_MOU: 41.61
Peak UE: 54
MB_per_connected_UE: 24.17
PCT Time MIMO: 36.59
DL Volume: 4092
CA Activation Rate den: 209012

Combined RACH Preambles: 3700
Time: 23:43:04
holiday: 0
CA DL DataVolRatio Pct: 87.57
HO_att_InterFreq: 439

Avg_Connected_UEs: 54.68
SIP DC%: 
UPTP_Mbps: 23.87
DLRLCLayerDataVolume MB: 7842.13
DRB UL Data Volume MB: 9346
RRC Setup Attempts: 9152
CA DL DataVolRatio Pct den: 9846
CA Conf FailRate Pct den: 6272
weekend: 1
UPTP Mbps Num: 5469
hr: 23
MAC_UE_SC_Tput: 8724.57

hr: 23
CA Activation Rate num: 740137
UPTP Mbps Den: 157
Peak UE: 69
MB_per_connected_UE: 67.12
DL Volume: 5389
UL Throughput: 12.5
DL Data Vol MAC in MB: 6495.56
CA Activation Rate den: 202253

Time: 15:03:32
holiday: 0
HO_att_InterFreq: 698
CA DL DataVolRatio Pct num: 6034

SIP DC%: 
DLRLCLayerDataVolume MB: 2809
DRB UL Data Volume MB: 5131
PRB Util%: 38.51
CA DL DataVolRatio Pct den: 9989
weekend: 0
UPTP Mbps Num: 6611
CA Activation Rate: 54.43
hr: 23

hr: 23
CA Activation Rate num: 4193069
UPTP Mbps Den: 1855
Setup_Fail_DEN: 12887
Peak UE: 42
MB_per_connected_UE: 106.36
DL Volume: 5192
DL Data Vol MAC in MB: 6246.44

Time: 03:48:19
holiday: 0
CA DL DataVolRatio Pct: 83.29
HO_att_InterFreq: 889

SIP DC%: 
UPTP_Mbps: 28.08
DLRLCLayerDataVolume MB: 6792.65
PRB Util%: 35.26
RRC Setup Attempts: 5007
CA Conf FailRate Pct den: 7562
weekend: 0
UPTP Mbps Num: 16657
CA Activation Rate: 73.72
hr: 23
MAC_UE_SC_Tput: 6106.45
Bearer Releases: 18473

hr: 23
CA Activation Rate num: 1345532
Setup_Fail_DEN: 15964
SIP_SC_Total_MOU: 172.48
Peak UE: 31
MB_per_connected_UE: 22.23
PCT Time MIMO: 34.44
DL Volume: 9892
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7537
UL Throughput: 3.64
DL Data Vol MAC in MB: 5630.61
CA Activation Rate den: 45731
Combined RACH Preambles: 2106
Time: 23:56:29

holiday: 0
CA DL DataVolRatio Pct: 82.82
SIP_SC_Call_Attempts: 199
CA DL DataVolRatio Pct num: 1812

SIP DC%: 
UPTP_Mbps: 43.91
DLRLCLayerDataVolume MB: 7171.93
DRB UL Data Volume MB: 5471
RRC Setup Attempts: 4307
CA Conf FailRate Pct den: 7235
weekend: 0
CA Activation Rate: 46.85
hr: 14
MAC_UE_SC_Tput: 9822.6

hr: 14
UPTP Mbps Den: 1521
Setup_Fail_DEN: 15567
SIP_SC_Total_MOU: 48.76
DL Volume: 2299
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9003
UL Throughput: 5.87
CA Activation Rate den: 82895

Time: 05:44:51
holiday: 0
CA DL DataVolRatio Pct: 58.72
HO Attempts: 891

DL MAC Vol Scell Pct: 7.37
SIP DC%: 
UPTP_Mbps: 38.61
DLRLCLayerDataVolume MB: 476.42
DRB UL Data Volume MB: 7557
CA Conf FailRate Pct den: 6688
RSSIRX1 Avg: -93.39
weekend: 0
CA Activation Rate: 38.3
hr: 23
MAC_UE_SC_Tput: 7913.14

hr: 23
qci1_setup_attempts: 77
CA Activation Rate num: 4499903
Setup_Fail_DEN: 13893
MB_per_connected_UE: 60.28
DL Volume: 8890
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4182
CA Activation Rate den: 106965

Combined RACH Preambles: 2142
Time: 14:17:53
holiday: 0
CA DL DataVolRatio Pct: 59.16
HO_att_InterFreq: 837
HO Attempts: 199

Avg_Connected_UEs: 48.37
SIP DC%: 
UPTP_Mbps: 33.67
DLRLCLayerDataVolume MB: 414.7
DRB UL Data Volume MB: 8706
PRB Util%: 33.61
RRC Setup Attempts: 6523
CA DL DataVolRatio Pct den: 2492
weekend: 0
UPTP Mbps Num: 10940
CA Activation Rate: 22.2
hr: 0
MAC_UE_SC_Tput: 10617.27
Bearer Releases: 13097

hr: 0
CA Activation Rate num: 4143890
UPTP Mbps Den: 1295
SIP_SC_Total_MOU: 359.13
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 46.68
DL Volume: 6868
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4813
UL Throughput: 4.27
DL Data Vol MAC in MB: 2941.09
CA Activation Rate den: 54751

Combined RACH Preambles: 4076
Time: 01:16:31
holiday: 0
HO Attempts: 136

Avg_Connected_UEs: 29.59
SIP DC%: 
UPTP_Mbps: 38.8
DRB UL Data Volume MB: 1478
PRB Util%: 6.67
RRC Setup Attempts: 4335
CA DL DataVolRatio Pct den: 2335
weekend: 0
UPTP Mbps Num: 24551
CA Activation Rate: 48.23
hr: 23
MAC_UE_SC_Tput: 5280.99
Bearer Releases: 8688

hr: 23
CA Activation Rate num: 7981244
Setup_Fail_DEN: 9357
SIP_SC_Total_MOU: 162.91
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 17.09
DL Volume: 9912
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6966
DL Data Vol MAC in MB: 7697.67
CA Activation Rate den: 116432

Combined RACH Preambles: 2501
Time: 22:43:03
Date: 30-05-2023
holiday: 0
CA DL DataVolRatio Pct: 43.8
CA DL DataVolRatio Pct num: 677

SIP DC%: 
DRB UL Data Volume MB: 955
RRC Setup Attempts: 6348
CA DL DataVolRatio Pct den: 3536
CA Conf FailRate Pct den: 6775
weekend: 0
UPTP Mbps Num: 41958
hr: 10
MAC_UE_SC_Tput: 5597.33
Bearer Releases: 7536

hr: 10
CA Activation Rate num: 3636891
Setup_Fail_DEN: 8367
SIP_SC_Total_MOU: 377.64
Peak UE: 27
PCT Time MIMO: 45.04
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3952

Combined RACH Preambles: 2718
Time: 17:50:16
holiday: 0

DL MAC Vol Scell Pct: 14.79
Avg_Connected_UEs: 51.48
SIP DC%: 
DLRLCLayerDataVolume MB: 5872.23
PRB Util%: 30.85
RRC Setup Attempts: 3846
CA Conf FailRate Pct den: 6422
weekend: 0
hr: 22

hr: 22
CA Activation Rate num: 165775
UPTP Mbps Den: 823
Setup_Fail_DEN: 12526
SIP_SC_Total_MOU: 5.02
Peak UE: 41
MB_per_connected_UE: 92.08
PCT Time MIMO: 53.87
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4462
UL Throughput: 3.03
CA Activation Rate den: 132177

Time: 12:50:51
holiday: 0
CA DL DataVolRatio Pct num: 5699

DL MAC Vol Scell Pct: 31.06
SIP DC%: 
UPTP_Mbps: 80.53
DLRLCLayerDataVolume MB: 7806.77
DRB UL Data Volume MB: 1530
RRC Setup Attempts: 4489
CA DL DataVolRatio Pct den: 7281
CA Conf FailRate Pct den: 5276
weekend: 0
UPTP Mbps Num: 51985
CA Activation Rate: 20.18
hr: 0
MAC_UE_SC_Tput: 12263.55

hr: 0
CA Activation Rate num: 5342425
UPTP Mbps Den: 984
Setup_Fail_DEN: 7225
SIP_SC_Total_MOU: 132.44
Peak UE: 27
MB_per_connected_UE: 23.76
DL Volume: 4060
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9163

Time: 04:31:39
holiday: 0
HO_att_InterFreq: 106

DL MAC Vol Scell Pct: 39.99
SIP DC%: 
DLRLCLayerDataVolume MB: 2026.19
PRB Util%: 4.64
RRC Setup Attempts: 4649
CA DL DataVolRatio Pct den: 5832
CA Conf FailRate Pct den: 7678
weekend: 0
hr: 7
MAC_UE_SC_Tput: 7408.68
Bearer Releases: 16037

hr: 7
CA Activation Rate num: 11497434
Setup_Fail_DEN: 13792
S1U_SIP_SC_SEER_den: 206
Peak UE: 27
DL Volume: 2279
DL Data Vol MAC in MB: 6090.07

Time: 18:26:57
holiday: 0
CA DL DataVolRatio Pct: 63.85
HO_att_InterFreq: 411
CA DL DataVolRatio Pct num: 6207

DL MAC Vol Scell Pct: 3.94
Avg_Connected_UEs: 50.09
SIP DC%: 
DLRLCLayerDataVolume MB: 2604.67
DRB UL Data Volume MB: 9352
RRC Setup Attempts: 5389
CA DL DataVolRatio Pct den: 3418
weekend: 0
UPTP Mbps Num: 3241
CA Activation Rate: 52.48
hr: 20
MAC_UE_SC_Tput: 5043.75

hr: 20
CA Activation Rate num: 5542841
UPTP Mbps Den: 2914
Setup_Fail_DEN: 13262
SIP_SC_Total_MOU: 103.8
UL MAC Vol Scell Pct: 2.01
Peak UE: 43
MB_per_connected_UE: 60.42
PCT Time MIMO: 38.1
DL Volume: 6287
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3574
DL Data Vol MAC in MB: 1538.39
CA Activation Rate den: 97452

holiday: 0
HO_att_InterFreq: 464
CA DL DataVolRatio Pct num: 493

DL MAC Vol Scell Pct: 15.38
Avg_Connected_UEs: 36.43
SIP DC%: 
UPTP_Mbps: 156.22
DLRLCLayerDataVolume MB: 3576.35
DRB UL Data Volume MB: 5901
PRB Util%: 47.36
RRC Setup Attempts: 5729
CA DL DataVolRatio Pct den: 8392
weekend: 0
CA Activation Rate: 49.52
hr: 23
MAC_UE_SC_Tput: 19158.03
Bearer Releases: 17760

hr: 23
CA Activation Rate num: 9642140
UPTP Mbps Den: 2247
Setup_Fail_DEN: 15170
SIP_SC_Total_MOU: 90.47
Peak UE: 27
MB_per_connected_UE: 52.7
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4620
UL Throughput: 1.9
CA Activation Rate den: 65432

Time: 09:50:46
holiday: 0
CA DL DataVolRatio Pct: 72.86

Avg_Connected_UEs: 38.59
SIP DC%: 
UPTP_Mbps: 34.07
DLRLCLayerDataVolume MB: 2809.76
CA DL DataVolRatio Pct den: 9448
weekend: 0
CA Activation Rate: 38
hr: 0
MAC_UE_SC_Tput: 4991.87

hr: 0
CA Activation Rate num: 10973073
UPTP Mbps Den: 1061
Setup_Fail_DEN: 13758
S1U_SIP_SC_SEER_den: 283
Peak UE: 57
MB_per_connected_UE: 129.29
PCT Time MIMO: 33.37
DL Data Vol MAC in MB: 5814.58

Combined RACH Preambles: 3056
Time: 10:19:22
holiday: 0
CA DL DataVolRatio Pct: 61.14
HO_att_InterFreq: 864
CA DL DataVolRatio Pct num: 4469

DL MAC Vol Scell Pct: 4.19
SIP DC%: 
DLRLCLayerDataVolume MB: 9345.59
DRB UL Data Volume MB: 2166
RRC Setup Attempts: 7651
weekend: 1
CA Activation Rate: 13.61
hr: 9
MAC_UE_SC_Tput: 17158.27
Bearer Releases: 12251

hr: 9
CA Activation Rate num: 8609274
UPTP Mbps Den: 2734
Peak UE: 27
MB_per_connected_UE: 148.51
DL Volume: 4704
UL Throughput: 2.64
DL Data Vol MAC in MB: 4171.33
CA Activation Rate den: 37639

Combined RACH Preambles: 3640
Time: 17:14:28
holiday: 0
CA DL DataVolRatio Pct: 59.38
CA DL DataVolRatio Pct num: 4102

DL MAC Vol Scell Pct: 9.66
SIP DC%: 
UPTP_Mbps: 35.6
DLRLCLayerDataVolume MB: 6992.65
DRB UL Data Volume MB: 3566
PRB Util%: 17.23
CA Conf FailRate Pct den: 6250
weekend: 0
UPTP Mbps Num: 38603
hr: 3
MAC_UE_SC_Tput: 9324.72
Bearer Releases: 9524

hr: 3
UPTP Mbps Den: 2334
Setup_Fail_DEN: 10608
SIP_SC_Total_MOU: 28.88
Peak UE: 27
PCT Time MIMO: 36.83
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3427
DL Data Vol MAC in MB: 8075.15

Time: 19:46:01
holiday: 0
SIP_SC_Call_Attempts: 202
CA DL DataVolRatio Pct num: 6483
HO Attempts: 900

DL MAC Vol Scell Pct: 15.22
SIP DC%: 
UPTP_Mbps: 30.08
DLRLCLayerDataVolume MB: 5544.08
PRB Util%: 50.23
CA DL DataVolRatio Pct den: 5604
CA Conf FailRate Pct den: 6108
RSSIRX1 Avg: -95.24
weekend: 0
CA Activation Rate: 42.88
hr: 23
MAC_UE_SC_Tput: 13092
Bearer Releases: 7858

hr: 23
Avg CQI: 11.01
CA Activation Rate num: 7702028
Setup_Fail_DEN: 15968
Peak UE: 27
MB_per_connected_UE: 96.63
DL Volume: 8055
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7440
CA Activation Rate den: 63547

Time: 16:46:50
holiday: 0
CA DL DataVolRatio Pct num: 6123
HO Attempts: 489

DL MAC Vol Scell Pct: 33.79
SIP DC%: 
PRB Util%: 3.4
RRC Setup Attempts: 7187
CA DL DataVolRatio Pct den: 586
CA Conf FailRate Pct den: 7632
weekend: 0
UPTP Mbps Num: 51703
CA Activation Rate: 19.34
hr: 7
MAC_UE_SC_Tput: 14909.98
Bearer Releases: 16452

hr: 7
CA Activation Rate num: 5213580
Setup_Fail_DEN: 12693
SIP_SC_Total_MOU: 440.95
Peak UE: 27
MB_per_connected_UE: 79.69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4572
DL Data Vol MAC in MB: 6794.01

Combined RACH Preambles: 2460
Time: 07:41:06
holiday: 0
CA DL DataVolRatio Pct: 61.48
CA DL DataVolRatio Pct num: 7152

Avg_Connected_UEs: 29.67
SIP DC%: 
UPTP_Mbps: 39.23
DLRLCLayerDataVolume MB: 9261.19
DRB UL Data Volume MB: 8867
PRB Util%: 37.83
UL Resid BLER PCT: 1.23
RRC Setup Attempts: 6601
CA DL DataVolRatio Pct den: 9531
CA Conf FailRate Pct den: 8365
weekend: 0
Bearer Setup Failure Voice Den: 146
CA Activation Rate: 13.54
hr: 0
MAC_UE_SC_Tput: 15788.26
Bearer Releases: 7316

hr: 0
CA Activation Rate num: 1150998
UPTP Mbps Den: 530
SIP_SC_Total_MOU: 98.43
Peak UE: 81
PCT Time MIMO: 35.12
UL Throughput: 11.97
DL Data Vol MAC in MB: 1409.54

Time: 00:35:10
holiday: 0
CA DL DataVolRatio Pct: 49.97
CA DL DataVolRatio Pct num: 6400

DL MAC Vol Scell Pct: 9.14
SIP DC%: 
UPTP_Mbps: 47.41
DLRLCLayerDataVolume MB: 2246.16
DRB UL Data Volume MB: 8215
RRC Setup Attempts: 3824
CA DL DataVolRatio Pct den: 4889
CA Conf FailRate Pct den: 8792
RSSIRX1 Avg: -94.55
weekend: 0
CA Activation Rate: 50.41
hr: 4
MAC_UE_SC_Tput: 5626.62
Bearer Releases: 13213

hr: 4
CA Activation Rate num: 2590868
SIP_SC_Total_MOU: 77.51
S1U_SIP_SC_SEER_den: 177
Peak UE: 73
PCT Time MIMO: 49.64
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3762
CA Activation Rate den: 79790

Time: 03:23:10
holiday: 0
HO_att_InterFreq: 162
CA DL DataVolRatio Pct num: 4887

Avg_Connected_UEs: 67.6
SIP DC%: 
DRB UL Data Volume MB: 3170
PRB Util%: 29.41
RRC Setup Attempts: 9112
RSSIRX1 Avg: -98.05
weekend: 0
hr: 10
MAC_UE_SC_Tput: 7154.23
Bearer Releases: 10316

hr: 10
Setup_Fail_DEN: 17574
SIP_SC_Total_MOU: 9.67
Peak UE: 52
MB_per_connected_UE: 178
PCT Time MIMO: 39.76
DL Volume: 7518
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6918
UL Throughput: 3.76
CA Activation Rate den: 113105

Time: 22:58:10
holiday: 0
CA DL DataVolRatio Pct: 65.42
Bearer Releases Voice: 149
CA DL DataVolRatio Pct num: 5292

SIP DC%: 
UPTP_Mbps: 41.64
DLRLCLayerDataVolume MB: 502.55
DRB UL Data Volume MB: 8837
PRB Util%: 38.42
CA Conf FailRate Pct den: 8141
weekend: 0
CA Activation Rate: 33.95
hr: 23
MAC_UE_SC_Tput: 14287.58
Bearer Releases: 18512

hr: 23
Avg CQI: 8.28
UPTP Mbps Den: 222
Setup_Fail_DEN: 8138
SIP_SC_Total_MOU: 362.55
Peak UE: 27
MB_per_connected_UE: 138
DL Volume: 4657
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4266
DL Data Vol MAC in MB: 6212.37
CA Activation Rate den: 85060

Time: 16:24:24
Date: 08-08-2022
holiday: 0
CA DL DataVolRatio Pct: 53.13
CA DL DataVolRatio Pct num: 4324

Avg_Connected_UEs: 59.08
SIP DC%: 
DLRLCLayerDataVolume MB: 1120.74
DRB UL Data Volume MB: 9178
PRB Util%: 15.74
CA Conf FailRate Pct den: 5328
weekend: 0
UPTP Mbps Num: 26028
S1U_SIP_SC_SEER_num: 146
hr: 5
MAC_UE_SC_Tput: 16557.72

hr: 5
CA Activation Rate num: 10268302
UPTP Mbps Den: 1390
Setup_Fail_DEN: 15547
Peak UE: 73
MB_per_connected_UE: 8.82
QCI 1 Bearer Releases: 155
DL Data Vol MAC in MB: 7932.17

Time: 20:33:15
holiday: 0
CA DL DataVolRatio Pct: 63.06
CA DL DataVolRatio Pct num: 4307

DL MAC Vol Scell Pct: 19.51
SIP DC%: 
UPTP_Mbps: 105.91
DLRLCLayerDataVolume MB: 3204.86
PRB Util%: 23.78
RRC Setup Attempts: 6329
weekend: 0
CA Activation Rate: 60.14
RRC Setup Failures: 33
hr: 16
MAC_UE_SC_Tput: 7181.83
Bearer Releases: 10856

hr: 16
CA Activation Rate num: 10649061
UPTP Mbps Den: 1248
UL MAC Vol Scell Pct: 2.73
Peak UE: 66
MB_per_connected_UE: 76.94
PCT Time MIMO: 43.17
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4734
UL Throughput: 8.93
DL Data Vol MAC in MB: 9680.13

Combined RACH Preambles: 3796
Time: 01:35:33
holiday: 0
CA DL DataVolRatio Pct: 63.08
CA DL DataVolRatio Pct num: 6542
HO Attempts: 9

DL MAC Vol Scell Pct: 53.53
Avg_Connected_UEs: 24.48
SIP DC%: 
DLRLCLayerDataVolume MB: 6277.16
DRB UL Data Volume MB: 1740
RRC Setup Attempts: 3986
CA DL DataVolRatio Pct den: 9992
weekend: 0
hr: 7
Bearer Releases: 11082

hr: 7
CA Activation Rate num: 4793274
UPTP Mbps Den: 1177
Setup_Fail_DEN: 6739
SIP_SC_Total_MOU: 85.73
Peak UE: 27
MB_per_connected_UE: 14.82
DL Volume: 7304
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5420
DL Data Vol MAC in MB: 6769.07
CA Activation Rate den: 115992

Time: 04:52:23
holiday: 0
CA DL DataVolRatio Pct num: 4062
HO Attempts: 951

SIP DC%: 
DRB UL Data Volume MB: 8177
CA DL DataVolRatio Pct den: 7422
weekend: 0
UPTP Mbps Num: 39570
CA Activation Rate: 60.95
hr: 23
MAC_UE_SC_Tput: 18399.43
Bearer Releases: 16806

hr: 23
CA Activation Rate num: 8763883
SIP_SC_Total_MOU: 117.92
Peak UE: 63
PCT Time MIMO: 54.82
DL Volume: 4596
DL Data Vol MAC in MB: 5807.68

Time: 04:02:21
holiday: 0
CA DL DataVolRatio Pct num: 5866
HO Attempts: 191

Avg_Connected_UEs: 78.49
SIP DC%: 
UPTP_Mbps: 45.66
DLRLCLayerDataVolume MB: 5201.75
DRB UL Data Volume MB: 6050
CA DL DataVolRatio Pct den: 10004
weekend: 0
UPTP Mbps Num: 50457
RSSIRX2 Avg: -95.69
hr: 0
MAC_UE_SC_Tput: 6913.13

hr: 0
CA Activation Rate num: 1080615
UPTP Mbps Den: 3412
Peak UE: 63
MB_per_connected_UE: 197.21
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8853
DL Data Vol MAC in MB: 4266.76
CA Activation Rate den: 212913

Time: 12:18:47
Date: 31-12-2022
holiday: 0
CA DL DataVolRatio Pct: 49.12
HO_att_InterFreq: 1023

DL MAC Vol Scell Pct: 2.98
Avg_Connected_UEs: 67.62
SIP DC%: 
DLRLCLayerDataVolume MB: 6438.73
DRB UL Data Volume MB: 2623
CA DL DataVolRatio Pct den: 9795
CA Conf FailRate Pct den: 4672
weekend: 1
UPTP Mbps Num: 29133
RSSIRX2 Avg: -94.15
CA Activation Rate: 35.01
hr: 23
MAC_UE_SC_Tput: 11879.84
Bearer Releases: 17716

hr: 23
CA Activation Rate num: 9905327
UPTP Mbps Den: 839
SIP_SC_Total_MOU: 319.06
Peak UE: 27
PCT Time MIMO: 65.88
DL Data Vol MAC in MB: 8226.35

Time: 11:12:33
Date: 11-12-2023
holiday: 0

DL MAC Vol Scell Pct: 26.42
Avg_Connected_UEs: 39.41
SIP DC%: 
UPTP_Mbps: 9.8
PRB Util%: 12.45
RRC Setup Attempts: 4479
CA DL DataVolRatio Pct den: 9007
weekend: 0
CA Activation Rate: 5.6
hr: 16
MAC_UE_SC_Tput: 8084.41

hr: 16
CA Activation Rate num: 2837079
UPTP Mbps Den: 2328
MB_per_connected_UE: 51.14
PCT Time MIMO: 34.68
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3428
DL Data Vol MAC in MB: 3212.21
CA Activation Rate den: 43446
Combined RACH Preambles: 2390

Time: 06:58:33
holiday: 0
CA DL DataVolRatio Pct: 42.55

DL MAC Vol Scell Pct: 8.77
SIP DC%: 
UPTP_Mbps: 91.52
DLRLCLayerDataVolume MB: 5574.49
DRB UL Data Volume MB: 6348
RRC Setup Attempts: 4871
CA DL DataVolRatio Pct den: 4189
weekend: 1
UPTP Mbps Num: 31909
hr: 18
MAC_UE_SC_Tput: 11097.3
Bearer Releases: 9504

hr: 18
CA Activation Rate num: 669012
Setup_Fail_DEN: 19267
SIP_SC_Total_MOU: 118.15
Peak UE: 27
MB_per_connected_UE: 207.17
PCT Time MIMO: 35.55
DL Volume: 393
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5761
DL Data Vol MAC in MB: 433.12
CA Activation Rate den: 51981

Time: 05:14:08
holiday: 0
CA DL DataVolRatio Pct: 72.05
CA DL DataVolRatio Pct num: 2015

DL MAC Vol Scell Pct: 8.95
SIP DC%: 
DLRLCLayerDataVolume MB: 9052
DRB UL Data Volume MB: 5586
CA DL DataVolRatio Pct den: 387
weekend: 0
UPTP Mbps Num: 4123
hr: 15
MAC_UE_SC_Tput: 8201.41

hr: 15
CA Activation Rate num: 748538
UPTP Mbps Den: 4919
Setup_Fail_DEN: 9326
Peak UE: 76
MB_per_connected_UE: 92.29
PCT Time MIMO: 63.05
DL Volume: 3788
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6936
DL Data Vol MAC in MB: 7741.53
Combined RACH Preambles: 2438

Time: 21:11:57
holiday: 0
CA DL DataVolRatio Pct: 82.7
CA DL DataVolRatio Pct num: 4684

Avg_Connected_UEs: 49.06
SIP DC%: 
UPTP_Mbps: 8.57
DLRLCLayerDataVolume MB: 1500.75
PRB Util%: 15.84
RRC Setup Attempts: 3748
CA Conf FailRate Pct den: 7403
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11542.72
Bearer Releases: 9226

hr: 23
UPTP Mbps Den: 1880
SIP_SC_Total_MOU: 166.89
MB_per_connected_UE: 83.25
PCT Time MIMO: 56.45
DL Volume: 677
DL Data Vol MAC in MB: 7790.16
CA Activation Rate den: 57949

Time: 07:25:04
holiday: 0
CA DL DataVolRatio Pct: 83.64
CA DL DataVolRatio Pct num: 6905

DL MAC Vol Scell Pct: 20.34
SIP DC%: 
UPTP_Mbps: 12.75
DLRLCLayerDataVolume MB: 7379.55
DRB UL Data Volume MB: 9852
Avg_PUCCH_SINR: 16.85
PRB Util%: 14.84
RRC Setup Attempts: 4810
CA DL DataVolRatio Pct den: 4303
CA Conf FailRate Pct den: 8454
weekend: 0
UPTP Mbps Num: 16500
RSSIRX2 Avg: -96.17
CA Activation Rate: 48.78
hr: 15
MAC_UE_SC_Tput: 6852.91
Bearer Releases: 6359

hr: 15
UPTP Mbps Den: 1898
Setup_Fail_DEN: 15627
SIP_SC_Total_MOU: 170.73
Peak UE: 39
MB_per_connected_UE: 81.8
PCT Time MIMO: 58.09
DL Volume: 4261
DL Data Vol MAC in MB: 7808.61
CA Activation Rate den: 77265

Time: 01:27:55
Date: 01-07-2022
holiday: 0
CA DL DataVolRatio Pct: 62.25
CA DL DataVolRatio Pct num: 3267

SIP DC%: 
Avg_PUCCH_SINR: 17.36
PRB Util%: 21.79
RRC Setup Attempts: 6265
CA DL DataVolRatio Pct den: 10167
RSSIRX1 Avg: -94.91
weekend: 0
UPTP Mbps Num: 49069
hr: 23
MAC_UE_SC_Tput: 42919.38
Bearer Releases: 7613

hr: 23
CA Activation Rate num: 11791955
SIP_SC_Total_MOU: 65.7
Peak UE: 27
MB_per_connected_UE: 133.52
PCT Time MIMO: 50.12
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4525

Combined RACH Preambles: 2042
Time: 22:37:04
holiday: 0
CA DL DataVolRatio Pct: 72.43
CA DL DataVolRatio Pct num: 4706

Avg_Connected_UEs: 49.6
SIP DC%: 
UPTP_Mbps: 33.75
DLRLCLayerDataVolume MB: 3971.18
DRB UL Data Volume MB: 2001
Avg_PUCCH_SINR: 16.94
RRC Setup Attempts: 5015
weekend: 0
UPTP Mbps Num: 30905
RSSIRX2 Avg: -98.56
CA Activation Rate: 5.11
hr: 6
MAC_UE_SC_Tput: 6198.26

hr: 6
SIP_SC_Total_MOU: 11.39
Peak UE: 27
MB_per_connected_UE: 54.06
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4303

Time: 15:04:29
holiday: 0
CA DL DataVolRatio Pct: 53.9

SIP DC%: 
UPTP_Mbps: 11.91
DLRLCLayerDataVolume MB: 8145.77
DRB UL Data Volume MB: 8338
PRB Util%: 44.71
RRC Setup Attempts: 5475
CA DL DataVolRatio Pct den: 4952
weekend: 0
hr: 6
MAC_UE_SC_Tput: 6903.04
Bearer Releases: 6326

hr: 6
CA Activation Rate num: 96331
SIP_SC_Total_MOU: 426.58
Peak UE: 27
MB_per_connected_UE: 123.37
PCT Time MIMO: 54.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7446
DL Data Vol MAC in MB: 4036.15
CA Activation Rate den: 105006

Combined RACH Preambles: 3881
Time: 22:05:51
holiday: 0
HO_att_InterFreq: 872

DL MAC Vol Scell Pct: 19.3
SIP DC%: 
UPTP_Mbps: 7.97
DRB UL Data Volume MB: 8890
PRB Util%: 42.6
RRC Setup Attempts: 8953
CA DL DataVolRatio Pct den: 8931
weekend: 0
CA Activation Rate: 13.92
hr: 23
MAC_UE_SC_Tput: 19548.66
Bearer Releases: 10599

hr: 23
CA Activation Rate num: 8949037
UPTP Mbps Den: 5827
Setup_Fail_DEN: 7174
Peak UE: 53
MB_per_connected_UE: 140.45
DL Volume: 8464
UL Throughput: 7.51
DL Data Vol MAC in MB: 8377.24
CA Activation Rate den: 139528

Time: 09:39:20
holiday: 0
CA DL DataVolRatio Pct num: 5952

DL MAC Vol Scell Pct: 3.09
Avg_Connected_UEs: 79.92
SIP DC%: 
DLRLCLayerDataVolume MB: 7324.35
DRB UL Data Volume MB: 1939
PRB Util%: 69.84
weekend: 0
S1U_SIP_SC_SEER_num: 115
hr: 9
MAC_UE_SC_Tput: 4223.69
Bearer Releases: 7000

hr: 9
CA Activation Rate num: 6218412
UPTP Mbps Den: 188
Peak UE: 63
MB_per_connected_UE: 18.69
PCT Time MIMO: 58.62
DL Volume: 8240
CA Activation Rate den: 122345

Time: 10:16:46
holiday: 0
HO_att_InterFreq: 440
HO Attempts: 138

SIP DC%: 
UPTP_Mbps: 34.29
DLRLCLayerDataVolume MB: 2465.03
PRB Util%: 39.26
RRC Setup Attempts: 6657
CA DL DataVolRatio Pct den: 7029
weekend: 0
UPTP Mbps Num: 26242
CA Activation Rate: 25.43
hr: 1
MAC_UE_SC_Tput: 17963.48
Bearer Releases: 14007

hr: 1
CA Activation Rate num: 5906391
UPTP Mbps Den: 2609
Peak UE: 69
DL Volume: 4551
DL Data Vol MAC in MB: 9547.69
CA Activation Rate den: 52319
Combined RACH Preambles: 3367

Time: 10:11:30
Date: 05-10-2023
holiday: 0
HO_att_InterFreq: 708

Avg_Connected_UEs: 55.89
SIP DC%: 
UPTP_Mbps: 40.52
DLRLCLayerDataVolume MB: 7874.83
DRB UL Data Volume MB: 4447
RRC Setup Attempts: 7852
CA DL DataVolRatio Pct den: 8598
CA Conf FailRate Pct den: 6964
RSSIRX1 Avg: -95.54
weekend: 0
CA Activation Rate: 9.5
hr: 2
MAC_UE_SC_Tput: 12713.52
Bearer Releases: 16565

hr: 2
CA Activation Rate num: 10392545
UPTP Mbps Den: 1781
SIP_SC_Total_MOU: 212.76
Peak UE: 27
MB_per_connected_UE: 16.32
DL Volume: 9352
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3780
DL Data Vol MAC in MB: 5322.64

Time: 00:01:43
holiday: 0
HO_att_InterFreq: 343
CA DL DataVolRatio Pct num: 5363

SIP DC%: 
DLRLCLayerDataVolume MB: 7733.29
RRC Setup Attempts: 3598
CA DL DataVolRatio Pct den: 4531
weekend: 0
UPTP Mbps Num: 4566
CA Activation Rate: 26.1
hr: 23
MAC_UE_SC_Tput: 14188.88
Bearer Releases: 11041

hr: 23
CA Activation Rate num: 5875673
UPTP Mbps Den: 1214
Setup_Fail_DEN: 15923
SIP_SC_Total_MOU: 166.09
Peak UE: 50
MB_per_connected_UE: 136.6

Combined RACH Preambles: 2659
Time: 08:01:46
holiday: 0
CA DL DataVolRatio Pct: 59.84
CA DL DataVolRatio Pct num: 2189

Avg_Connected_UEs: 52.28
SIP DC%: 
UPTP_Mbps: 32.73
DLRLCLayerDataVolume MB: 7663.57
DRB UL Data Volume MB: 6913
RRC Setup Attempts: 6760
CA DL DataVolRatio Pct den: 6703
weekend: 0
UPTP Mbps Num: 55293
hr: 21
MAC_UE_SC_Tput: 4865.47
Bearer Releases: 10920

hr: 21
CA Activation Rate num: 8152926
UPTP Mbps Den: 3867
Setup_Fail_DEN: 7462
SIP_SC_Total_MOU: 228.2
Peak UE: 38
MB_per_connected_UE: 35.35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6732
DL Data Vol MAC in MB: 3656.17
CA Activation Rate den: 182833

Time: 00:58:57
holiday: 0
CA DL DataVolRatio Pct num: 3495

DL MAC Vol Scell Pct: 17.11
Avg_Connected_UEs: 50.74
SIP DC%: 
UPTP_Mbps: 100.5
DLRLCLayerDataVolume MB: 1875.75
PRB Util%: 14.1
RRC Setup Attempts: 4300
CA Conf FailRate Pct den: 7031
weekend: 0
UPTP Mbps Num: 13795
RSSIRX2 Avg: -95.3
hr: 17
MAC_UE_SC_Tput: 7039.51

hr: 17
CA Activation Rate num: 10733900
UPTP Mbps Den: 3716
Setup_Fail_DEN: 12257
SIP_SC_Total_MOU: 92.52
Peak UE: 27
MB_per_connected_UE: 32.52
PCT Time MIMO: 40.46
DL Volume: 2920
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3402
DL Data Vol MAC in MB: 3484.16
CA Activation Rate den: 128926

Time: 03:04:39
Date: 03-09-2022
holiday: 0
HO_att_InterFreq: 492
CA DL DataVolRatio Pct num: 5045
HO Attempts: 788

Avg_Connected_UEs: 63.76
SIP DC%: 
UPTP_Mbps: 42.64
DLRLCLayerDataVolume MB: 9244.4
DRB UL Data Volume MB: 7444
CA DL DataVolRatio Pct den: 5899
CA Conf FailRate Pct den: 3176
weekend: 0
S1U_SIP_SC_SEER_num: 96
CA Activation Rate: 42.67
hr: 2
MAC_UE_SC_Tput: 14033.28
Bearer Releases: 10700

hr: 2
Avg CQI: 7.76
CA Activation Rate num: 5780628
UPTP Mbps Den: 5953
Setup_Fail_DEN: 14071
SIP_SC_Total_MOU: 166.72
Peak UE: 54
MB_per_connected_UE: 69.07
UL Throughput: 4.61
DL Data Vol MAC in MB: 8340.26

Time: 02:53:34
holiday: 0
CA DL DataVolRatio Pct num: 3777

DL MAC Vol Scell Pct: 9.99
SIP DC%: 
UPTP_Mbps: 23.39
DLRLCLayerDataVolume MB: 9652.95
DRB UL Data Volume MB: 6313
RRC Setup Attempts: 6519
CA Conf FailRate Pct den: 9061
weekend: 0
UPTP Mbps Num: 13537
RSSIRX2 Avg: -95.73
hr: 0
MAC_UE_SC_Tput: 6884.35
Bearer Releases: 17790

hr: 0
CA Activation Rate num: 10919469
UPTP Mbps Den: 1095
Setup_Fail_DEN: 12594
SIP_SC_Total_MOU: 310.03
Peak UE: 60
MB_per_connected_UE: 50.62
DL Data Vol MAC in MB: 4834.9

Time: 01:01:45
Date: 04-06-2022
holiday: 0
HO_att_InterFreq: 370
CA DL DataVolRatio Pct num: 5616

SIP DC%: 
UPTP_Mbps: 44.12
DLRLCLayerDataVolume MB: 8021.42
PRB Util%: 54.94
CA DL DataVolRatio Pct den: 9162
CA Conf FailRate Pct den: 7301
weekend: 0
CA Activation Rate: 70.82
hr: 19
MAC_UE_SC_Tput: 4305.76
Bearer Releases: 6759

hr: 19
CA Activation Rate num: 8550953
UPTP Mbps Den: 1252
SIP_SC_Total_MOU: 166.07
Peak UE: 80
MB_per_connected_UE: 98.2
DL Volume: 1114
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3521
Time: 21:15:25

holiday: 0
HO_att_InterFreq: 486

SIP DC%: 
DLRLCLayerDataVolume MB: 5435.52
DRB UL Data Volume MB: 4929
RRC Setup Attempts: 3635
CA Conf FailRate Pct den: 8126
weekend: 0
RSSIRX2 Avg: -97.15
CA Activation Rate: 69.63
hr: 21
MAC_UE_SC_Tput: 12514.9
Bearer Releases: 12195

hr: 21
CA Activation Rate num: 10107098
Setup_Fail_DEN: 15396
Peak UE: 51
MB_per_connected_UE: 173.65
DL Volume: 4607

Time: 15:41:00
holiday: 0

DL MAC Vol Scell Pct: 17.95
SIP DC%: 
DLRLCLayerDataVolume MB: 2129.85
PRB Util%: 10.54
DL Packet Loss Pct: 4.74
RRC Setup Attempts: 7626
weekend: 0
RSSIRX2 Avg: -93.75
CA Activation Rate: 12.65
hr: 23
MAC_UE_SC_Tput: 7599.1

hr: 23
CA Activation Rate num: 4639766
Peak UE: 32
MB_per_connected_UE: 144.04
DL Volume: 5082
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3091
UL Throughput: 0.72
CA Activation Rate den: 58048

Time: 02:08:38
holiday: 0

DL MAC Vol Scell Pct: 47.63
SIP DC%: 
UPTP_Mbps: 41.91
DLRLCLayerDataVolume MB: 9302.67
PRB Util%: 31.95
RSSIRX1 Avg: -94.73
weekend: 1
CA Activation Rate: 65.56
hr: 4
MAC_UE_SC_Tput: 7996.52
Bearer Releases: 7127

hr: 4
CA Activation Rate num: 10191941
UPTP Mbps Den: 3022
Setup_Fail_DEN: 17552
SIP_SC_Total_MOU: 21.54
S1U_SIP_SC_SEER_den: 161
Peak UE: 27
DL Data Vol MAC in MB: 6280.62
CA Activation Rate den: 167795

Time: 14:20:24
holiday: 0
CA DL DataVolRatio Pct: 43.47
CA DL DataVolRatio Pct num: 3394
HO Attempts: 526

SIP DC%: 
DLRLCLayerDataVolume MB: 6974.49
DRB UL Data Volume MB: 5884
PRB Util%: 17.13
RRC Setup Attempts: 3856
CA DL DataVolRatio Pct den: 7019
CA Conf FailRate Pct den: 6315
weekend: 0
CA Activation Rate: 4.42
hr: 23
MAC_UE_SC_Tput: 6316.35

hr: 23
Avg CQI: 9.04
CA Activation Rate num: 1301054
UPTP Mbps Den: 1792
Peak UE: 57
MB_per_connected_UE: 97.54
PCT Time MIMO: 63.17
DL Data Vol MAC in MB: 4081.29
CA Activation Rate den: 118711
Time: 14:48:57

holiday: 0
CA DL DataVolRatio Pct: 63.36
HO_att_InterFreq: 776

SIP DC%: 
UPTP_Mbps: 25.14
DLRLCLayerDataVolume MB: 2629.18
DRB UL Data Volume MB: 1583
PRB Util%: 41.59
RRC Setup Attempts: 4371
CA DL DataVolRatio Pct den: 9354
CA Conf FailRate Pct den: 8292
RSSIRX1 Avg: -96.06
weekend: 0
UPTP Mbps Num: 2125
hr: 5
MAC_UE_SC_Tput: 5942.06
Bearer Releases: 10220

hr: 5
UPTP Mbps Den: 2507
Setup_Fail_DEN: 14172
Peak UE: 44
MB_per_connected_UE: 44.95
DL Volume: 6080
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5413
CA Activation Rate den: 91023

Combined RACH Preambles: 2906
Time: 10:52:38
holiday: 0
SIP_SC_Call_Attempts: 220
HO Attempts: 939

DL MAC Vol Scell Pct: 46.67
Avg_Connected_UEs: 33.55
SIP DC%: 
DLRLCLayerDataVolume MB: 1271.32
PRB Util%: 47.63
CA Conf FailRate Pct den: 3065
weekend: 0
UPTP Mbps Num: 40163
hr: 8
MAC_UE_SC_Tput: 4373.02

hr: 8
CA Activation Rate num: 8848267
UPTP Mbps Den: 2422
Setup_Fail_DEN: 9292
SIP_SC_Total_MOU: 30.01
S1U_SIP_SC_SEER_den: 213
Peak UE: 56
PCT Time MIMO: 39.35
DL Volume: 1977
DL Data Vol MAC in MB: 9054.64
CA Activation Rate den: 48718

Time: 02:30:22
holiday: 0
CA DL DataVolRatio Pct: 71.21
CA DL DataVolRatio Pct num: 3379

DL MAC Vol Scell Pct: 3.77
Avg_Connected_UEs: 42.29
SIP DC%: 
RSSIRX1 Avg: -97.56
weekend: 0
UPTP Mbps Num: 792
CA Activation Rate: 24.74
hr: 23
MAC_UE_SC_Tput: 17078.61

hr: 23
CA Activation Rate num: 9697697
SIP_SC_Total_MOU: 225.58
Peak UE: 48
MB_per_connected_UE: 62.69
PCT Time MIMO: 44.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9099
DL Data Vol MAC in MB: 9226.81

Time: 09:10:13
holiday: 0
CA DL DataVolRatio Pct num: 6531
HO Attempts: 232

SIP DC%: 
DLRLCLayerDataVolume MB: 2836.63
PRB Util%: 6.87
RRC Setup Attempts: 3794
CA DL DataVolRatio Pct den: 7368
CA Conf FailRate Pct den: 8021
weekend: 0
CA Activation Rate: 24.91
hr: 23
MAC_UE_SC_Tput: 18993.37
Bearer Releases: 7458

hr: 23
CA Activation Rate num: 12211581
Setup_Fail_DEN: 14891
SIP_SC_Total_MOU: 96.46
Peak UE: 33
MB_per_connected_UE: 80.72
PCT Time MIMO: 52
DL Volume: 767
DL Data Vol MAC in MB: 5306.7
CA Activation Rate den: 70870
Combined RACH Preambles: 2636

Time: 10:40:34
Date: 07-07-2023
holiday: 0
CA DL DataVolRatio Pct: 81.44
HO_att_InterFreq: 388
CA DL DataVolRatio Pct num: 6518

DL MAC Vol Scell Pct: 38.83
SIP DC%: 
PRB Util%: 22.95
UL Resid BLER PCT: 0.75
RRC Setup Attempts: 4897
CA DL DataVolRatio Pct den: 7531
CA Conf FailRate Pct den: 8055
weekend: 0
CA Activation Rate: 7.25
hr: 19
MAC_UE_SC_Tput: 10406.94

hr: 19
CA Activation Rate num: 6795562
UPTP Mbps Den: 1136
Setup_Fail_DEN: 7176
UL MAC Vol Scell Pct: 0.84
Peak UE: 55
MB_per_connected_UE: 116.08
PCT Time MIMO: 61.78
DL Volume: 4860
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6849
CA Activation Rate den: 144302

Combined RACH Preambles: 3149
Time: 06:25:13
holiday: 0
CA DL DataVolRatio Pct num: 6709

DL MAC Vol Scell Pct: 50.11
Avg_Connected_UEs: 71.68
SIP DC%: 
UPTP_Mbps: 91.79
DLRLCLayerDataVolume MB: 3949.21
DRB UL Data Volume MB: 4803
PRB Util%: 12.78
RRC Setup Attempts: 8540
CA DL DataVolRatio Pct den: 4911
CA Conf FailRate Pct den: 9376
weekend: 0
UPTP Mbps Num: 23646
CA Activation Rate: 47.19
hr: 15
MAC_UE_SC_Tput: 9379.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_NUM: 13
Bearer Releases: 13321

hr: 15
CA Activation Rate num: 4698512
Setup_Fail_DEN: 8152
SIP_SC_Total_MOU: 382.98
Peak UE: 52
MB_per_connected_UE: 131.53
PCT Time MIMO: 34.35
DL Volume: 752
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4627
DL Data Vol MAC in MB: 3726.98
CA Activation Rate den: 128372

Combined RACH Preambles: 2711
Time: 02:35:48
holiday: 0
CA DL DataVolRatio Pct: 82.41

Avg_Connected_UEs: 47.2
SIP DC%: 
UPTP_Mbps: 46.92
DLRLCLayerDataVolume MB: 2669.43
weekend: 0
hr: 7
MAC_UE_SC_Tput: 15881.59

hr: 7
UPTP Mbps Den: 889
Peak UE: 68
MB_per_connected_UE: 172.13
DL Volume: 8355
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3431
DL Data Vol MAC in MB: 6127.57
Combined RACH Preambles: 3625

Time: 18:41:00
holiday: 0
CA DL DataVolRatio Pct: 76.29
SIP_SC_Call_Attempts: 213
CA DL DataVolRatio Pct num: 3470

Avg_Connected_UEs: 56.25
SIP DC%: 
DLRLCLayerDataVolume MB: 4223.29
DRB UL Data Volume MB: 6805
CA DL DataVolRatio Pct den: 8917
RSSIRX1 Avg: -95.17
weekend: 0
UPTP Mbps Num: 39440
hr: 18
MAC_UE_SC_Tput: 9708.54

hr: 18
Avg CQI: 8.68
CA Activation Rate num: 9419526
UPTP Mbps Den: 5841
Setup_Fail_DEN: 11667
Peak UE: 38
MB_per_connected_UE: 57.35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3746
DL Data Vol MAC in MB: 8900.31
Time: 03:35:34

holiday: 0
CA DL DataVolRatio Pct: 50.01
CA DL DataVolRatio Pct num: 4423

Avg_Connected_UEs: 58.58
SIP DC%: 
UPTP_Mbps: 24.37
DLRLCLayerDataVolume MB: 5784.26
DRB UL Data Volume MB: 9815
RRC Setup Attempts: 5520
weekend: 0
CA Activation Rate: 48.77
hr: 0
Bearer Releases: 12972

hr: 0
CA Activation Rate num: 4720868
UPTP Mbps Den: 3858
Setup_Fail_DEN: 14310
SIP_SC_Total_MOU: 4.8
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 38.32
DL Data Vol MAC in MB: 10084.83

Time: 08:44:34
holiday: 0
CA DL DataVolRatio Pct: 69.09

DL MAC Vol Scell Pct: 43.16
SIP DC%: 
UPTP_Mbps: 16.65
DLRLCLayerDataVolume MB: 2177.37
DRB UL Data Volume MB: 8148
CA DL DataVolRatio Pct den: 771
CA Conf FailRate Pct den: 7323
weekend: 0
UPTP Mbps Num: 29503
CA Activation Rate: 19.5
hr: 22
MAC_UE_SC_Tput: 7210.25
Bearer Releases: 6382

hr: 22
UPTP Mbps Den: 97
Setup_Fail_DEN: 18097
SIP_SC_Total_MOU: 13.09
Peak UE: 42
MB_per_connected_UE: 126.03
PCT Time MIMO: 60
ERAB Setup Fail%: 0.07
DL Volume: 612
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4949
DL Data Vol MAC in MB: 6278.53
CA Activation Rate den: 121971

Combined RACH Preambles: 3126
Time: 09:14:30
holiday: 0
HO_att_InterFreq: 124
CA DL DataVolRatio Pct num: 5287

Avg_Connected_UEs: 24.3
SIP DC%: 
DLRLCLayerDataVolume MB: 1573.27
DRB UL Data Volume MB: 6041
PRB Util%: 67.33
CA Conf FailRate Pct den: 7178
weekend: 0
CA Activation Rate: 13.45
hr: 23
MAC_UE_SC_Tput: 11233.98
Bearer Releases: 8847

hr: 23
CA Activation Rate num: 4102258
UPTP Mbps Den: 2453
Setup_Fail_DEN: 10050
Peak UE: 47
MB_per_connected_UE: 42.99
DL Volume: 7387
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6899
CA Activation Rate den: 94269

Time: 14:11:36
holiday: 0
CA DL DataVolRatio Pct num: 4281

DL MAC Vol Scell Pct: 6.41
Avg_Connected_UEs: 50.51
SIP DC%: 
UPTP_Mbps: 55.52
DLRLCLayerDataVolume MB: 3273.01
DRB UL Data Volume MB: 4458
RRC Setup Attempts: 6674
weekend: 0
hr: 15
MAC_UE_SC_Tput: 5609.29

hr: 15
CA Activation Rate num: 4866142
UPTP Mbps Den: 1865
Setup_Fail_DEN: 17788
Peak UE: 31
MB_per_connected_UE: 135.15
DL Volume: 7542
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6733
UL Throughput: 3.14
DL Data Vol MAC in MB: 1765.64
CA Activation Rate den: 89037

Time: 04:18:53
holiday: 0
HO Attempts: 609

DL MAC Vol Scell Pct: 5.9
Avg_Connected_UEs: 36.4
SIP DC%: 
UPTP_Mbps: 16.48
DRB UL Data Volume MB: 5627
RRC Setup Attempts: 4665
CA DL DataVolRatio Pct den: 7633
CA Conf FailRate Pct den: 5115
weekend: 1
UPTP Mbps Num: 34179
CA Activation Rate: 42.05
hr: 3
MAC_UE_SC_Tput: 9693.78
Bearer Releases: 9149

hr: 3
CA Activation Rate num: 3452007
UPTP Mbps Den: 937
Peak UE: 27
MB_per_connected_UE: 90.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6705
DL Data Vol MAC in MB: 2009.25

Time: 10:31:09
holiday: 0
CA DL DataVolRatio Pct: 86.96
CA DL DataVolRatio Pct num: 6265

DL MAC Vol Scell Pct: 37.76
Avg_Connected_UEs: 33.2
SIP DC%: 
UPTP_Mbps: 95.99
DLRLCLayerDataVolume MB: 8592.3
DRB UL Data Volume MB: 7645
PRB Util%: 37.03
CA DL DataVolRatio Pct den: 3513
CA Conf FailRate Pct den: 7150
weekend: 0
UPTP Mbps Num: 38888
hr: 0
MAC_UE_SC_Tput: 8068.67

hr: 0
CA Activation Rate num: 9380436
UPTP Mbps Den: 809
Setup_Fail_DEN: 9761
SIP_SC_Total_MOU: 40.71
S1U_SIP_SC_SEER_den: 218
Peak UE: 27
DL Volume: 5628
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5038
DL Data Vol MAC in MB: 6108.82

Time: 08:12:07
holiday: 0
CA DL DataVolRatio Pct: 90.44
HO_att_InterFreq: 275

SIP DC%: 
UPTP_Mbps: 39.99
DRB UL Data Volume MB: 7433
PRB Util%: 21.62
RRC Setup Attempts: 9713
CA DL DataVolRatio Pct den: 2238
weekend: 0
UPTP Mbps Num: 36565
Bearer Setup Failure Voice Den: 160
CA Activation Rate: 38.51
hr: 17
MAC_UE_SC_Tput: 16593.69

hr: 17
CA Activation Rate num: 4432219
SIP_SC_Total_MOU: 237.4
QCI 1 Bearer Drop%: 2.07
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9229
DL Data Vol MAC in MB: 5876.14

Time: 07:58:54
Date: 13-12-2022
holiday: 0
CA DL DataVolRatio Pct: 46.5
RRC Setup Failure% 5G: 0.42
SIP_SC_Call_Attempts: 247

SIP DC%: 
UPTP_Mbps: 35.17
DLRLCLayerDataVolume MB: 2235.55
DRB UL Data Volume MB: 8581
PRB Util%: 31.03
CA DL DataVolRatio Pct den: 3538
CA Conf FailRate Pct den: 4749
weekend: 0
UPTP Mbps Num: 1454
CA Activation Rate: 49.91
hr: 22
MAC_UE_SC_Tput: 29691.44

hr: 22
CA Activation Rate num: 4862081
Setup_Fail_DEN: 16900
Peak UE: 27
MB_per_connected_UE: 173.94
PCT Time MIMO: 34.7
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3820
CA Activation Rate den: 191335
Combined RACH Preambles: 3942

Time: 20:35:50
holiday: 0

Avg_Connected_UEs: 43.32
SIP DC%: 
UPTP_Mbps: 123.29
DLRLCLayerDataVolume MB: 3668.28
DRB UL Data Volume MB: 7399
PRB Util%: 58.21
CA DL DataVolRatio Pct den: 3148
weekend: 1
UPTP Mbps Num: 38640
Bearer Setup Failure Voice Den: 153
CA Activation Rate: 38.75
hr: 17
MAC_UE_SC_Tput: 12737.57

hr: 17
CA Activation Rate num: 10187100
UPTP Mbps Den: 2134
Setup_Fail_DEN: 15710
SIP_SC_Total_MOU: 338.49
Peak UE: 44
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3970
CA Activation Rate den: 77429

Combined RACH Preambles: 1905
Time: 23:26:48
holiday: 0
CA DL DataVolRatio Pct: 77.65

DL MAC Vol Scell Pct: 26.62
Avg_Connected_UEs: 44.52
SIP DC%: 
UPTP_Mbps: 28.35
DLRLCLayerDataVolume MB: 2540.55
DRB UL Data Volume MB: 8103
CA DL DataVolRatio Pct den: 2542
CA Conf FailRate Pct den: 5626
RSSIRX1 Avg: -96
weekend: 1
CA Activation Rate: 43.4
hr: 17
MAC_UE_SC_Tput: 4677.39
Bearer Releases: 6715

hr: 17
CA Activation Rate num: 10264389
UPTP Mbps Den: 1777
SIP_SC_Total_MOU: 129.73
UL MAC Vol Scell Pct: 0.75
Peak UE: 84
MB_per_connected_UE: 14.46
PCT Time MIMO: 47.08
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5920
DL Data Vol MAC in MB: 7805.04
CA Activation Rate den: 199038

Time: 22:06:06
holiday: 0
CA DL DataVolRatio Pct: 81.03
CA DL DataVolRatio Pct num: 3970

DL MAC Vol Scell Pct: 25.62
SIP DC%: 
UPTP_Mbps: 119.99
DLRLCLayerDataVolume MB: 8163
DRB UL Data Volume MB: 2794
RRC Setup Attempts: 4260
CA DL DataVolRatio Pct den: 6195
weekend: 0
UPTP Mbps Num: 34722
CA Activation Rate: 58.38
hr: 18
Bearer Releases: 7959

hr: 18
CA Activation Rate num: 10455061
UPTP Mbps Den: 2665
Setup_Fail_DEN: 19192
Peak UE: 27
MB_per_connected_UE: 10.81
PCT Time MIMO: 54.32
DL Volume: 6969
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3730
CA Activation Rate den: 36394

Combined RACH Preambles: 1976
Time: 16:49:36
holiday: 0
CA DL DataVolRatio Pct: 68.87
HO_att_InterFreq: 250
CA DL DataVolRatio Pct num: 1070

Avg_Connected_UEs: 21.76
SIP DC%: 
UPTP_Mbps: 105.78
DRB UL Data Volume MB: 873
RRC Setup Attempts: 5355
CA Conf FailRate Pct den: 8582
weekend: 0
CA Activation Rate: 38.95
hr: 7
MAC_UE_SC_Tput: 10432.92
Bearer Releases: 10024

hr: 7
CA Activation Rate num: 9746920
Setup_Fail_DEN: 6669
SIP_SC_Total_MOU: 44.94
Peak UE: 27
MB_per_connected_UE: 55.79
DL Volume: 396
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4301
UL Throughput: 1.07
DL Data Vol MAC in MB: 7142.71

Time: 17:45:15
holiday: 0

Avg_Connected_UEs: 81.52
SIP DC%: 
DLRLCLayerDataVolume MB: 9105.22
DRB UL Data Volume MB: 7123
RRC Setup Attempts: 4506
CA DL DataVolRatio Pct den: 7050
CA Conf FailRate Pct den: 5012
weekend: 0
UPTP Mbps Num: 43717
CA Activation Rate: 49.82
hr: 12
MAC_UE_SC_Tput: 12414.23

hr: 12
CA Activation Rate num: 5976246
S1U_SIP_SC_SEER_den: 226
Peak UE: 27
MB_per_connected_UE: 25.15
UL Throughput: 1.36

Time: 08:16:51
holiday: 0
CA DL DataVolRatio Pct: 55.7
HO Attempts: 677

DL MAC Vol Scell Pct: 15
SIP DC%: 
UPTP_Mbps: 39.47
DLRLCLayerDataVolume MB: 1178.95
weekend: 1
UPTP Mbps Num: 16490
CA Activation Rate: 68.54
hr: 0
MAC_UE_SC_Tput: 13015.15
HQ_EXE_TOTARGET_FAILURE_QCI_1_NUM: 15
Bearer Releases: 15060

hr: 0
CA Activation Rate num: 2439925
Setup_Fail_DEN: 11589
SIP_SC_Total_MOU: 74.73
UL MAC Vol Scell Pct: 0.76
Peak UE: 27
MB_per_connected_UE: 78.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4038
UL Throughput: 5.67
CA Activation Rate den: 57878

Time: 20:31:36
holiday: 0
CA DL DataVolRatio Pct: 82.91
CA DL DataVolRatio Pct num: 3262

DL MAC Vol Scell Pct: 23.77
Avg_Connected_UEs: 26.53
SIP DC%: 
UPTP_Mbps: 23.42
DRB UL Data Volume MB: 2685
weekend: 0
UPTP Mbps Num: 30652
CA Activation Rate: 13.14
hr: 23
MAC_UE_SC_Tput: 9265.14
Bearer Releases: 14298

hr: 23
CA Activation Rate num: 5125913
UPTP Mbps Den: 1802
SIP_SC_Total_MOU: 42.45
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3842

Time: 02:08:49
Date: 11-06-2023
holiday: 0
CA DL DataVolRatio Pct: 89.32
HO Attempts: 248

Avg_Connected_UEs: 42.99
SIP DC%: 
UPTP_Mbps: 44.97
DLRLCLayerDataVolume MB: 7569.95
PRB Util%: 12.29
RRC Setup Attempts: 5511
CA DL DataVolRatio Pct den: 7046
weekend: 0
UPTP Mbps Num: 16967
hr: 19

hr: 19
Setup_Fail_DEN: 13964
SIP_SC_Total_MOU: 22.47
Peak UE: 27
MB_per_connected_UE: 122.44
PCT Time MIMO: 60.97
DL Volume: 3531
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7075
DL Data Vol MAC in MB: 279.15
CA Activation Rate den: 160954

Time: 04:43:40
holiday: 0
CA DL DataVolRatio Pct: 92.41

DL MAC Vol Scell Pct: 48.03
SIP DC%: 
DLRLCLayerDataVolume MB: 7372.76
DRB UL Data Volume MB: 5868
PRB Util%: 4.13
RSSIRX1 Avg: -95.97
weekend: 0
CA Activation Rate: 14.29
hr: 23
MAC_UE_SC_Tput: 15468.9
Bearer Releases: 7868

hr: 23
CA Activation Rate num: 2927189
UPTP Mbps Den: 783
Setup_Fail_DEN: 7380
SIP_SC_Total_MOU: 228.83
Peak UE: 27
MB_per_connected_UE: 68.38
PCT Time MIMO: 51.83
DL Volume: 8003
CA Activation Rate den: 47745

Time: 14:50:13
holiday: 0
HO_att_InterFreq: 91

DL MAC Vol Scell Pct: 7.89
Avg_Connected_UEs: 22.61
SIP DC%: 
UPTP_Mbps: 39.03
DLRLCLayerDataVolume MB: 1526.95
DRB UL Data Volume MB: 3926
PRB Util%: 33.12
weekend: 0
CA Activation Rate: 19.86
hr: 2
MAC_UE_SC_Tput: 6554.28

hr: 2
UPTP Mbps Den: 2583
Setup_Fail_DEN: 7064
SIP_SC_Total_MOU: 136.51
Peak UE: 56
MB_per_connected_UE: 87.97
PCT Time MIMO: 68.03
DL Volume: 6530
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4990
UL Throughput: 3.63
CA Activation Rate den: 108405

Combined RACH Preambles: 2506
Time: 18:51:28
holiday: 0
CA DL DataVolRatio Pct: 68.73
CA DL DataVolRatio Pct num: 476

DL MAC Vol Scell Pct: 3.97
Avg_Connected_UEs: 51.07
SIP DC%: 
UPTP_Mbps: 18.61
DLRLCLayerDataVolume MB: 4570.84
DRB UL Data Volume MB: 2534
PRB Util%: 52.91
RRC Setup Attempts: 9662
CA DL DataVolRatio Pct den: 5752
weekend: 0
UPTP Mbps Num: 11315
CA Activation Rate: 10.31
hr: 23
MAC_UE_SC_Tput: 14044.24
Bearer Releases: 9649

hr: 23
CA Activation Rate num: 2929934
Setup_Fail_DEN: 14760
SIP_SC_Total_MOU: 5.94
Peak UE: 77
VOLTE IA%: 
MB_per_connected_UE: 42.41
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4125
CA Activation Rate den: 131569

Time: 05:25:52
Date: 09-01-2022
holiday: 0
Bearer Releases Voice: 94
HO_att_InterFreq: 950
CA DL DataVolRatio Pct num: 3922

SIP DC%: 
DLRLCLayerDataVolume MB: 3695.2
DRB UL Data Volume MB: 789
CA Conf FailRate Pct den: 9244
weekend: 0
UPTP Mbps Num: 46134
CA Activation Rate: 48.2
hr: 16
Bearer Releases: 12550

hr: 16
qci1_setup_attempts: 202
CA Activation Rate num: 2455401
UPTP Mbps Den: 994
Setup_Fail_DEN: 9034
Peak UE: 58
MB_per_connected_UE: 167.19
DL Volume: 8490
DL Data Vol MAC in MB: 1409.02
CA Activation Rate den: 62708

Time: 11:12:46
Date: 02-03-2023
holiday: 0
CA DL DataVolRatio Pct: 71.81
CA DL DataVolRatio Pct num: 2462

DL MAC Vol Scell Pct: 22.24
Avg_Connected_UEs: 80.31
SIP DC%: 
UPTP_Mbps: 35.58
DLRLCLayerDataVolume MB: 4555.37
DRB UL Data Volume MB: 2591
weekend: 0
UPTP Mbps Num: 19796
hr: 2
MAC_UE_SC_Tput: 10759.15
Bearer Releases: 18083

hr: 2
CA Activation Rate num: 1677243
UPTP Mbps Den: 3202
Setup_Fail_DEN: 19046
SIP_SC_Total_MOU: 31.59
Peak UE: 48
MB_per_connected_UE: 86.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4747
DL Data Vol MAC in MB: 3985.39
CA Activation Rate den: 43291

Combined RACH Preambles: 2658
Time: 23:58:31
holiday: 0
CA DL DataVolRatio Pct num: 2105

DL MAC Vol Scell Pct: 18.19
SIP DC%: 
UPTP_Mbps: 37.48
DLRLCLayerDataVolume MB: 6968.36
DRB UL Data Volume MB: 210
RRC Setup Attempts: 4985
CA Conf FailRate Pct den: 7183
weekend: 0
hr: 9
Bearer Releases: 11030

hr: 9
CA Activation Rate num: 10771209
UPTP Mbps Den: 858
Setup_Fail_DEN: 10417
SIP_SC_Total_MOU: 206.43
Peak UE: 27
MB_per_connected_UE: 33.73
DL Volume: 1915

Combined RACH Preambles: 3175
Time: 05:31:47
holiday: 0
CA DL DataVolRatio Pct num: 6524

Avg_Connected_UEs: 45.61
SIP DC%: 
UPTP_Mbps: 41.26
DLRLCLayerDataVolume MB: 9539.81
PRB Util%: 5.06
weekend: 0
UPTP Mbps Num: 17519
hr: 9
MAC_UE_SC_Tput: 8713.81

hr: 9
CA Activation Rate num: 10009730
UPTP Mbps Den: 778
Setup_Fail_DEN: 13135
Peak UE: 42
MB_per_connected_UE: 111.51
DL Volume: 1894
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5142
DL Data Vol MAC in MB: 6415.81
CA Activation Rate den: 111432

Time: 15:19:55
holiday: 0
CA DL DataVolRatio Pct: 73.73
HO_att_InterFreq: 757

Avg_Connected_UEs: 52.16
SIP DC%: 
DLRLCLayerDataVolume MB: 8632.38
DRB UL Data Volume MB: 7233
PRB Util%: 63.48
CA DL DataVolRatio Pct den: 10031
CA Conf FailRate Pct den: 4639
weekend: 0
UPTP Mbps Num: 52844
CA Activation Rate: 62.86
hr: 19
MAC_UE_SC_Tput: 6355.89
Bearer Releases: 15669

hr: 19
CA Activation Rate num: 7811178
UPTP Mbps Den: 2315
Peak UE: 27
MB_per_connected_UE: 169.48
PCT Time MIMO: 35.33
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6927
CA Activation Rate den: 109376

Time: 21:51:20
Date: 18-02-2023
holiday: 0
CA DL DataVolRatio Pct: 63.14
CA DL DataVolRatio Pct num: 4150

Avg_Connected_UEs: 26.68
SIP DC%: 
UPTP_Mbps: 36.91
DRB UL Data Volume MB: 2247
RRC Setup Attempts: 7795
CA DL DataVolRatio Pct den: 9805
weekend: 0
CA Activation Rate: 41.17
hr: 0
Bearer Releases: 9645

hr: 0
Avg CQI: 10.75
CA Activation Rate num: 1247842
Setup_Fail_DEN: 14853
Peak UE: 27
MB_per_connected_UE: 50.73
UL Throughput: 3.45
DL Data Vol MAC in MB: 1777.43
CA Activation Rate den: 123113
Time: 13:43:25

holiday: 0
CA DL DataVolRatio Pct num: 6471
HO Attempts: 855

SIP DC%: 
UPTP_Mbps: 11.67
DRB UL Data Volume MB: 5133
RRC Setup Attempts: 4353
CA DL DataVolRatio Pct den: 3331
CA Conf FailRate Pct den: 4580
weekend: 0
UPTP Mbps Num: 28083
Bearer Setup Failure Voice Den: 82
CA Activation Rate: 50.61
hr: 8
MAC_UE_SC_Tput: 21748.23
Bearer Releases: 14567

hr: 8
CA Activation Rate num: 210665
Peak UE: 27
MB_per_connected_UE: 23.82
DL Volume: 4964
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7244
DL Data Vol MAC in MB: 7957.11
CA Activation Rate den: 141709

Time: 02:45:17
holiday: 0

DL MAC Vol Scell Pct: 23.38
SIP DC%: 
UPTP_Mbps: 38.28
DLRLCLayerDataVolume MB: 8427.63
PRB Util%: 18.73
RRC Setup Attempts: 5439
CA Conf FailRate Pct den: 3472
weekend: 0
CA Activation Rate: 69.57
hr: 17
MAC_UE_SC_Tput: 4579.41
Bearer Releases: 8831

hr: 17
Setup_Fail_DEN: 7798
SIP_SC_Total_MOU: 323.69
Peak UE: 31
MB_per_connected_UE: 150.87
PCT Time MIMO: 46.96
DL Volume: 7904
DL Data Vol MAC in MB: 1943.63

Time: 23:15:48
holiday: 0
HO_att_InterFreq: 169
CA DL DataVolRatio Pct num: 5868

Avg_Connected_UEs: 72.51
SIP DC%: 
UPTP_Mbps: 12.17
PRB Util%: 57.79
CA DL DataVolRatio Pct den: 4107
weekend: 0
UPTP Mbps Num: 25158
CA Activation Rate: 27.98
hr: 7
MAC_UE_SC_Tput: 6496.68
Bearer Releases: 16734

hr: 7
CA Activation Rate num: 7734664
Setup_Fail_DEN: 9041
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 68.3
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5901
DL Data Vol MAC in MB: 9533.11
Combined RACH Preambles: 2966

Time: 09:46:59
holiday: 0
HO_att_InterFreq: 319
CA DL DataVolRatio Pct num: 5829
HO Attempts: 597

DL MAC Vol Scell Pct: 32.15
SIP DC%: 
UPTP_Mbps: 123.35
DLRLCLayerDataVolume MB: 1705.62
PRB Util%: 39.34
CA Conf FailRate Pct den: 5442
weekend: 0
UPTP Mbps Num: 18442
CA Activation Rate: 73.74
hr: 12
MAC_UE_SC_Tput: 4174.85

hr: 12
CA Activation Rate num: 4172037
Setup_Fail_DEN: 12757
Peak UE: 27
MB_per_connected_UE: 106.41
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3829
DL Data Vol MAC in MB: 2840.2
CA Activation Rate den: 86950
Combined RACH Preambles: 1911

Time: 04:52:28
holiday: 0
SIP_SC_Call_Attempts: 170

Avg_Connected_UEs: 16.33
SIP DC%: 
PRB Util%: 75.33
RRC Setup Attempts: 7775
CA DL DataVolRatio Pct den: 7339
RSSIRX1 Avg: -96.62
weekend: 0
UPTP Mbps Num: 53016
CA Activation Rate: 59.76
hr: 0
MAC_UE_SC_Tput: 16834.02
Bearer Releases: 9823

hr: 0
CA Activation Rate num: 5067000
UPTP Mbps Den: 3028
Setup_Fail_DEN: 14848
SIP_SC_Total_MOU: 172.78
Peak UE: 64
MB_per_connected_UE: 186.56
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6324
CA Activation Rate den: 126380

Time: 07:03:50
Date: 06-06-2023
holiday: 0

DL MAC Vol Scell Pct: 3.55
SIP DC%: 
UPTP_Mbps: 123.76
DLRLCLayerDataVolume MB: 2590.86
DRB UL Data Volume MB: 7749
PRB Util%: 59.33
RRC Setup Attempts: 7437
CA DL DataVolRatio Pct den: 7223
CA Conf FailRate Pct den: 3228
weekend: 0
CA Activation Rate: 23.87
hr: 19
MAC_UE_SC_Tput: 15144.92
Bearer Releases: 13856

hr: 19
CA Activation Rate num: 8890790
SIP_SC_Total_MOU: 236.27
Peak UE: 27
MB_per_connected_UE: 142.47
PCT Time MIMO: 63.19
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4086

Combined RACH Preambles: 2187
Time: 13:23:44
holiday: 0
CA DL DataVolRatio Pct num: 6016

Avg_Connected_UEs: 46.05
SIP DC%: 
UPTP_Mbps: 30.5
DLRLCLayerDataVolume MB: 2738.33
DRB UL Data Volume MB: 9350
RRC Setup Attempts: 4977
CA DL DataVolRatio Pct den: 3768
CA Conf FailRate Pct den: 7199
weekend: 0
UPTP Mbps Num: 36469
CA Activation Rate: 30.71
hr: 16
MAC_UE_SC_Tput: 15382.47

hr: 16
CA Activation Rate num: 6427432
SIP_SC_Total_MOU: 215.28
Peak UE: 77
MB_per_connected_UE: 131.52
DL Volume: 8622
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3535
DL Data Vol MAC in MB: 345.32

Time: 21:10:24
holiday: 0
CA DL DataVolRatio Pct: 79.46

DL MAC Vol Scell Pct: 11.49
Avg_Connected_UEs: 58.97
SIP DC%: 
DRB UL Data Volume MB: 313
CA Conf FailRate Pct den: 9084
weekend: 0
hr: 7
Bearer Releases: 18261

hr: 7
Avg CQI: 10.17
CA Activation Rate num: 9509297
UPTP Mbps Den: 2748
Setup_Fail_DEN: 12615
SIP_SC_Total_MOU: 107.08
Peak UE: 27
DL Volume: 9355

Time: 00:36:46
holiday: 0
CA DL DataVolRatio Pct: 88.43
CA DL DataVolRatio Pct num: 3249

DL MAC Vol Scell Pct: 4.13
Avg_Connected_UEs: 27.31
SIP DC%: 
UPTP_Mbps: 46.02
DLRLCLayerDataVolume MB: 2264.86
DRB UL Data Volume MB: 436
RSSIRX1 Avg: -96.58
weekend: 0
UPTP Mbps Num: 28467
hr: 15
MAC_UE_SC_Tput: 6810.24
Bearer Releases: 13260

hr: 15
CA Activation Rate num: 936332
UPTP Mbps Den: 2332
Setup_Fail_DEN: 14849
PCT Time MIMO: 51.37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3343
UL Throughput: 10.78
DL Data Vol MAC in MB: 7005.06
CA Activation Rate den: 73856

Combined RACH Preambles: 2651
Time: 22:13:56
Date: 30-09-2023
holiday: 0
HO_att_InterFreq: 596

Avg_Connected_UEs: 39.42
SIP DC%: 
UPTP_Mbps: 14.95
DLRLCLayerDataVolume MB: 3476.08
DRB UL Data Volume MB: 6927
weekend: 0
UPTP Mbps Num: 5710
hr: 0
MAC_UE_SC_Tput: 21537.72
Bearer Releases: 11699

hr: 0
CA Activation Rate num: 5248769
UPTP Mbps Den: 2046
Setup_Fail_DEN: 9817
SIP_SC_Total_MOU: 198.04
Peak UE: 42
MB_per_connected_UE: 14.03
DL Volume: 7139
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6376
UL Throughput: 10.75
CA Activation Rate den: 79855

Combined RACH Preambles: 4953
Time: 13:58:16
holiday: 0
CA DL DataVolRatio Pct: 60.13
CA DL DataVolRatio Pct num: 2201
HO Attempts: 943

DL MAC Vol Scell Pct: 19.06
SIP DC%: 
DRB UL Data Volume MB: 8093
RRC Setup Attempts: 4332
CA DL DataVolRatio Pct den: 5583
CA Conf FailRate Pct den: 2951
weekend: 0
UPTP Mbps Num: 27281
CA Activation Rate: 15.93
hr: 21
MAC_UE_SC_Tput: 17865.11
Bearer Releases: 9557

hr: 21
CA Activation Rate num: 5240887
Setup_Fail_DEN: 11847
SIP_SC_Total_MOU: 252.07
Peak UE: 42
MB_per_connected_UE: 88.8
PCT Time MIMO: 64.06
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8320
DL Data Vol MAC in MB: 4591.99

Combined RACH Preambles: 2582
Time: 16:08:46
holiday: 0
CA DL DataVolRatio Pct: 62.85

DL MAC Vol Scell Pct: 25.72
Avg_Connected_UEs: 42.41
SIP DC%: 
UPTP_Mbps: 45.43
DLRLCLayerDataVolume MB: 2732.22
CA Conf FailRate Pct den: 7223
weekend: 0
UPTP Mbps Num: 32821
CA Activation Rate: 69.54
hr: 9
MAC_UE_SC_Tput: 7186.41
Bearer Releases: 6805

hr: 9
CA Activation Rate num: 10270547
UPTP Mbps Den: 3092
Setup_Fail_DEN: 9340
Peak UE: 27
MB_per_connected_UE: 94.34
DL Data Vol MAC in MB: 2064.09

Time: 13:23:45
holiday: 0
CA DL DataVolRatio Pct: 81.89
CA DL DataVolRatio Pct num: 6858

SIP DC%: 
UPTP_Mbps: 46.38
DLRLCLayerDataVolume MB: 3567.1
Avg_PUCCH_SINR: 17.69
PRB Util%: 33.37
RRC Setup Attempts: 6841
CA DL DataVolRatio Pct den: 8487
weekend: 0
CA Activation Rate: 71.72
hr: 2
MAC_UE_SC_Tput: 10397.48
Bearer Releases: 8569

hr: 2
CA Activation Rate num: 983010
UPTP Mbps Den: 811
Setup_Fail_DEN: 11460
SIP_SC_Total_MOU: 68.65
Peak UE: 27
Combined RACH Preambles: 2886

Time: 20:57:19
Date: 13-06-2022
holiday: 0
CA DL DataVolRatio Pct: 49.73
HO Attempts: 524

DL MAC Vol Scell Pct: 17.54
SIP DC%: 
DLRLCLayerDataVolume MB: 1550.21
DRB UL Data Volume MB: 9495
PRB Util%: 37.79
RRC Setup Attempts: 4198
CA DL DataVolRatio Pct den: 7569
weekend: 0
CA Activation Rate: 28.44
hr: 23
MAC_UE_SC_Tput: 16930.26

hr: 23
CA Activation Rate num: 7733855
UPTP Mbps Den: 890
Setup_Fail_DEN: 9747
Peak UE: 46
DL Volume: 9123
CA Activation Rate den: 95378

Time: 01:33:52
holiday: 0
CA DL DataVolRatio Pct: 42.31
HO_att_InterFreq: 952
CA DL DataVolRatio Pct num: 5401

Avg_Connected_UEs: 51.66
SIP DC%: 
UPTP_Mbps: 40.72
DRB UL Data Volume MB: 4569
PRB Util%: 69.06
RRC Setup Attempts: 4980
CA DL DataVolRatio Pct den: 6868
CA Conf FailRate Pct den: 7328
weekend: 0
RSSIRX2 Avg: -93.63
CA Activation Rate: 49.38
hr: 23
MAC_UE_SC_Tput: 16112.04

hr: 23
CA Activation Rate num: 5445840
Setup_Fail_DEN: 14125
SIP_SC_Total_MOU: 12.26
Peak UE: 38
MB_per_connected_UE: 67.99
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7584
DL Data Vol MAC in MB: 1206.86
CA Activation Rate den: 129142

Combined RACH Preambles: 1946
Time: 05:33:59
Date: 10-09-2023
holiday: 0
CA DL DataVolRatio Pct: 47.19
CA DL DataVolRatio Pct num: 1326
HO Attempts: 929

DL MAC Vol Scell Pct: 58.19
SIP DC%: 
DLRLCLayerDataVolume MB: 1748.04
RRC Setup Attempts: 3947
CA Conf FailRate Pct den: 4871
weekend: 0
UPTP Mbps Num: 2015
CA Activation Rate: 43.98
hr: 18
MAC_UE_SC_Tput: 10988.98

hr: 18
CA Activation Rate num: 3401835
Setup_Fail_DEN: 15144
Peak UE: 27
MB_per_connected_UE: 153.42
PCT Time MIMO: 66.42
QCI 1 Bearer Releases: 168
DL Data Vol MAC in MB: 4913.85
CA Activation Rate den: 38882

Combined RACH Preambles: 3757
Time: 11:21:07
Date: 16-07-2022
holiday: 0
CA DL DataVolRatio Pct: 83.84
HO_att_InterFreq: 430
HO Attempts: 44

DL MAC Vol Scell Pct: 9.18
SIP DC%: 
DLRLCLayerDataVolume MB: 2952.58
DRB UL Data Volume MB: 4384
PRB Util%: 63.53
RRC Setup Attempts: 6215
CA DL DataVolRatio Pct den: 8960
weekend: 1
CA Activation Rate: 37.1
hr: 16
MAC_UE_SC_Tput: 11486.42
Bearer Releases: 13426

hr: 16
CA Activation Rate num: 9486906
UPTP Mbps Den: 2626
SIP_SC_Total_MOU: 54.08
Peak UE: 72
PCT Time MIMO: 39.72
DL Volume: 7962
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4145
DL Data Vol MAC in MB: 3237.14
CA Activation Rate den: 132391

Time: 22:40:24
holiday: 0
CA DL DataVolRatio Pct: 67.41
HO Attempts: 373

DL MAC Vol Scell Pct: 30.93
Avg_Connected_UEs: 24.74
SIP DC%: 
DLRLCLayerDataVolume MB: 6575.08
CA DL DataVolRatio Pct den: 5200
weekend: 0
UPTP Mbps Num: 28990
CA Activation Rate: 16.79
hr: 16
MAC_UE_SC_Tput: 7207.76
Bearer Releases: 9133

hr: 16
CA Activation Rate num: 5927819
UPTP Mbps Den: 2521
Setup_Fail_DEN: 11299
SIP_SC_Total_MOU: 69.65
Peak UE: 27
MB_per_connected_UE: 46.96
DL Volume: 4330
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4634
DL Data Vol MAC in MB: 392.86

Time: 09:11:25
holiday: 0
CA DL DataVolRatio Pct: 67.68
HO_att_InterFreq: 747
CA DL DataVolRatio Pct num: 3097

SIP DC%: 
UPTP_Mbps: 19.62
DLRLCLayerDataVolume MB: 4468.79
DRB UL Data Volume MB: 7876
RRC Setup Attempts: 6159
CA DL DataVolRatio Pct den: 9510
CA Conf FailRate Pct den: 6890
weekend: 0
UPTP Mbps Num: 13067
CA Activation Rate: 41.07
hr: 2
MAC_UE_SC_Tput: 5289.18
Bearer Releases: 9846

hr: 2
CA Activation Rate num: 3160604
Setup_Fail_DEN: 15314
DL Data Vol MAC in MB: 3836.02
CA Activation Rate den: 109045

Time: 04:01:46
holiday: 0
HO_att_InterFreq: 631

SIP DC%: 
UPTP_Mbps: 28.87
DLRLCLayerDataVolume MB: 8241.11
DRB UL Data Volume MB: 1853
PRB Util%: 21.2
RRC Setup Attempts: 6864
CA DL DataVolRatio Pct den: 2750
weekend: 0
UPTP Mbps Num: 47005
CA Activation Rate: 29.35
hr: 23
MAC_UE_SC_Tput: 6854.5
Bearer Releases: 7061

hr: 23
CA Activation Rate num: 4970362
Setup_Fail_DEN: 17097
SIP_SC_Total_MOU: 91.96
Peak UE: 44
MB_per_connected_UE: 75.06
DL Volume: 537
UL Throughput: 1.37
DL Data Vol MAC in MB: 6812.58
CA Activation Rate den: 198222

Time: 10:22:01
holiday: 0
CA DL DataVolRatio Pct: 84.72
HO_att_InterFreq: 647

Avg_Connected_UEs: 37.99
SIP DC%: 
UPTP_Mbps: 40.82
DLRLCLayerDataVolume MB: 2968.57
CA DL DataVolRatio Pct den: 9384
CA Conf FailRate Pct den: 9251
weekend: 0
CA Activation Rate: 38.33
hr: 2
MAC_UE_SC_Tput: 8307.08

hr: 2
UPTP Mbps Den: 5723
SIP_SC_Total_MOU: 12.71
Peak UE: 74
MB_per_connected_UE: 39.98
DL Volume: 2534
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4415
DL Data Vol MAC in MB: 8034.4

Time: 11:28:07
holiday: 0
HO_att_InterFreq: 644
HO Attempts: 321

SIP DC%: 
UPTP_Mbps: 39.67
DLRLCLayerDataVolume MB: 9113.34
DRB UL Data Volume MB: 9400
PRB Util%: 19.52
RRC Setup Attempts: 7337
CA DL DataVolRatio Pct den: 6332
CA Conf FailRate Pct den: 6747
RSSIRX1 Avg: -95.07
weekend: 1
UPTP Mbps Num: 40914
RSSIRX2 Avg: -95.08
CA Activation Rate: 65.51
hr: 11
MAC_UE_SC_Tput: 17435.13
Bearer Releases: 17105

hr: 11
CA Activation Rate num: 4223053
UPTP Mbps Den: 3013
Setup_Fail_DEN: 15497
SIP_SC_Total_MOU: 229.52
Peak UE: 27
MB_per_connected_UE: 140.98
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3095
DL Data Vol MAC in MB: 9456.09

Time: 17:59:15
holiday: 0
CA DL DataVolRatio Pct: 75.28
HO Attempts: 758

DL MAC Vol Scell Pct: 38.34
Avg_Connected_UEs: 25.09
SIP DC%: 
DRB UL Data Volume MB: 4939
RRC Setup Attempts: 5822
weekend: 0
UPTP Mbps Num: 23367
hr: 16
Bearer Releases: 10706

hr: 16
CA Activation Rate num: 5664308
UPTP Mbps Den: 2937
Setup_Fail_DEN: 13654
SIP_SC_Total_MOU: 155.18
Peak UE: 47
MB_per_connected_UE: 62.52
PCT Time MIMO: 46.56
DL Volume: 5113
DL Data Vol MAC in MB: 8084.42
CA Activation Rate den: 91002

Combined RACH Preambles: 4694
Time: 02:39:59
holiday: 0
CA DL DataVolRatio Pct: 63.5
CA DL DataVolRatio Pct num: 4768

DL MAC Vol Scell Pct: 39.41
Avg_Connected_UEs: 19.34
SIP DC%: 
DLRLCLayerDataVolume MB: 6086.06
DRB UL Data Volume MB: 7276
CA DL DataVolRatio Pct den: 470
CA Conf FailRate Pct den: 3640
weekend: 0
CA Activation Rate: 33.9
hr: 9
MAC_UE_SC_Tput: 5850.61
Bearer Releases: 14982

hr: 9
CA Activation Rate num: 8636461
Setup_Fail_DEN: 8342
Peak UE: 28
MB_per_connected_UE: 63.54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4613
DL Data Vol MAC in MB: 1454.29

Time: 09:37:24
holiday: 0

DL MAC Vol Scell Pct: 30.05
Avg_Connected_UEs: 31
SIP DC%: 
DLRLCLayerDataVolume MB: 7225.47
CA DL DataVolRatio Pct den: 7773
weekend: 0
hr: 21
Bearer Releases: 15687

hr: 21
CA Activation Rate num: 10193143
Setup_Fail_DEN: 7575
SIP_SC_Total_MOU: 241.54
UL MAC Vol Scell Pct: 0.81
Peak UE: 76
MB_per_connected_UE: 61.91
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4124
Time: 20:46:00

holiday: 0
CA DL DataVolRatio Pct: 64.86
SIP_SC_Call_Attempts: 172
HO_att_InterFreq: 1005
CA DL DataVolRatio Pct num: 7336

Avg_Connected_UEs: 65.64
SIP DC%: 
UPTP_Mbps: 17.36
DLRLCLayerDataVolume MB: 4208.13
DRB UL Data Volume MB: 6835
CA DL DataVolRatio Pct den: 10142
CA Conf FailRate Pct den: 5106
weekend: 0
UPTP Mbps Num: 19739
RSSIRX2 Avg: -97.84
CA Activation Rate: 69.73
hr: 23
MAC_UE_SC_Tput: 13792.78

hr: 23
CA Activation Rate num: 9398786
Setup_Fail_DEN: 14985
Peak UE: 27
MB_per_connected_UE: 129
PCT Time MIMO: 41.24
DL Data Vol MAC in MB: 4020.68

Combined RACH Preambles: 2295
Time: 21:32:15
holiday: 0
CA DL DataVolRatio Pct: 70.7
CA DL DataVolRatio Pct num: 6324

Avg_Connected_UEs: 80.46
SIP DC%: 
DRB UL Data Volume MB: 5042
PRB Util%: 33.73
CA DL DataVolRatio Pct den: 4867
CA Conf FailRate Pct den: 8310
weekend: 0
CA Activation Rate: 9.94
hr: 17
MAC_UE_SC_Tput: 17527.37
Bearer Releases: 18576

hr: 17
CA Activation Rate num: 8310742
UPTP Mbps Den: 34
Peak UE: 27
MB_per_connected_UE: 104.9
PCT Time MIMO: 48.7
DL Volume: 7519
DL Data Vol MAC in MB: 8995.13
CA Activation Rate den: 50355

Time: 04:03:45
holiday: 0
CA DL DataVolRatio Pct: 62.99
CA DL DataVolRatio Pct num: 5935

DL MAC Vol Scell Pct: 14.23
SIP DC%: 
DLRLCLayerDataVolume MB: 3441.17
PRB Util%: 43.9
RRC Setup Attempts: 9284
CA DL DataVolRatio Pct den: 7920
weekend: 0
UPTP Mbps Num: 38387
CA Activation Rate: 13.77
hr: 13
MAC_UE_SC_Tput: 6773.45
Bearer Releases: 14872

hr: 13
qci1_setup_attempts: 120
CA Activation Rate num: 5084809
Setup_Fail_DEN: 12453
SIP_SC_Total_MOU: 137.73
Peak UE: 57
PCT Time MIMO: 32.56
DL Data Vol MAC in MB: 7247.2
CA Activation Rate den: 143799
Combined RACH Preambles: 4882

Time: 08:30:44
holiday: 0
CA DL DataVolRatio Pct: 88.52

SIP DC%: 
UPTP_Mbps: 47.1
DLRLCLayerDataVolume MB: 9490.77
PRB Util%: 32.67
HQ_EXE_TOTARGET_FAILURE_QCI_1: 0.16
RRC Setup Attempts: 4432
CA DL DataVolRatio Pct den: 10146
weekend: 0
UPTP Mbps Num: 758
hr: 2
MAC_UE_SC_Tput: 6780.87

hr: 2
UPTP Mbps Den: 2993
Peak UE: 27
MB_per_connected_UE: 170
DL Data Vol MAC in MB: 1887.77
CA Activation Rate den: 36899

Time: 09:30:44
holiday: 0
CA DL DataVolRatio Pct num: 4310

DL MAC Vol Scell Pct: 3.95
SIP DC%: 
UPTP_Mbps: 29.87
DLRLCLayerDataVolume MB: 7527.88
DRB UL Data Volume MB: 7524
PRB Util%: 38.2
CA Conf FailRate Pct den: 9003
weekend: 0
CA Activation Rate: 13.24
hr: 22
MAC_UE_SC_Tput: 18638.75
Bearer Releases: 6793

hr: 22
CA Activation Rate num: 10844972
UPTP Mbps Den: 2481
Setup_Fail_DEN: 11672
Peak UE: 75
MB_per_connected_UE: 104.21
PCT Time MIMO: 48.39
DL Volume: 5279
DL Data Vol MAC in MB: 9740.57

Combined RACH Preambles: 3081
Time: 00:23:59
holiday: 0
CA DL DataVolRatio Pct: 57.23
CA DL DataVolRatio Pct num: 5901

SIP DC%: 
DLRLCLayerDataVolume MB: 4072.15
DRB UL Data Volume MB: 5343
RRC Setup Attempts: 9655
CA DL DataVolRatio Pct den: 7778
CA Conf FailRate Pct den: 5350
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4586.45
Bearer Releases: 16691

hr: 23
CA Activation Rate num: 9488470
UPTP Mbps Den: 1320
SIP_SC_Total_MOU: 113.64
Peak UE: 27
PCT Time MIMO: 43.85
DL Volume: 3432
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8901
DL Data Vol MAC in MB: 8915.33

Time: 18:54:08
Date: 13-09-2022
holiday: 0
CA DL DataVolRatio Pct: 75.14
HO_att_InterFreq: 258
CA DL DataVolRatio Pct num: 7011

SIP DC%: 
DLRLCLayerDataVolume MB: 5293.69
DRB UL Data Volume MB: 6100
RRC Setup Attempts: 7518
CA Conf FailRate Pct den: 6617
weekend: 0
hr: 17
MAC_UE_SC_Tput: 23086.86

hr: 17
CA Activation Rate num: 1519145
Setup_Fail_DEN: 15232
SIP_SC_Total_MOU: 66.63
Peak UE: 43
MB_per_connected_UE: 81.5
UL Throughput: 1.53
CA Activation Rate den: 143694

Combined RACH Preambles: 2197
Time: 18:24:52
holiday: 0
CA DL DataVolRatio Pct: 59.34
CA DL DataVolRatio Pct num: 4500

Avg_Connected_UEs: 19.74
SIP DC%: 
UPTP_Mbps: 42.8
DLRLCLayerDataVolume MB: 1819.69
DRB UL Data Volume MB: 4903
RRC Setup Attempts: 3660
weekend: 0
hr: 6
MAC_UE_SC_Tput: 8822.46

hr: 6
CA Activation Rate num: 7566873
UPTP Mbps Den: 445
Setup_Fail_DEN: 15633
Peak UE: 53
MB_per_connected_UE: 142.34
PCT Time MIMO: 46.42
DL Volume: 3139
DL Data Vol MAC in MB: 7923.73
CA Activation Rate den: 61917

Time: 08:59:05
holiday: 0

DL MAC Vol Scell Pct: 13.84
Avg_Connected_UEs: 36.81
SIP DC%: 
UPTP_Mbps: 19.5
DLRLCLayerDataVolume MB: 7521.5
RRC Setup Attempts: 4380
CA DL DataVolRatio Pct den: 5162
weekend: 0
CA Activation Rate: 63.07
hr: 16
MAC_UE_SC_Tput: 7640.54
Bearer Releases: 8717

hr: 16
CA Activation Rate num: 9028889
Peak UE: 27
MB_per_connected_UE: 7.87
DL Volume: 2392
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4982
UL Throughput: 5.14
CA Activation Rate den: 74743
Combined RACH Preambles: 2858
Time: 17:53:44

holiday: 0
CA DL DataVolRatio Pct: 90.52
CA DL DataVolRatio Pct num: 4752

DL MAC Vol Scell Pct: 51.84
SIP DC%: 
UPTP_Mbps: 13.91
DLRLCLayerDataVolume MB: 214.56
DRB UL Data Volume MB: 6220
PRB Util%: 52.43
CA DL DataVolRatio Pct den: 8815
CA Conf FailRate Pct den: 6953
weekend: 0
UPTP Mbps Num: 9938
CA Activation Rate: 16.4
hr: 6
MAC_UE_SC_Tput: 4791.7
Bearer Releases: 17494

hr: 6
CA Activation Rate num: 2178116
Setup_Fail_DEN: 7279
SIP_SC_Total_MOU: 350.4
Peak UE: 77
MB_per_connected_UE: 70.04
PCT Time MIMO: 43.25
DL Data Vol MAC in MB: 6882.9
CA Activation Rate den: 193872
Time: 17:09:04

holiday: 0
CA DL DataVolRatio Pct: 90.49
CA DL DataVolRatio Pct num: 7579

DL MAC Vol Scell Pct: 16.7
SIP DC%: 
UPTP_Mbps: 43.26
DRB UL Data Volume MB: 6694
RRC Setup Attempts: 3388
CA DL DataVolRatio Pct den: 2049
weekend: 0
UPTP Mbps Num: 16006
hr: 5
MAC_UE_SC_Tput: 12603.09

hr: 5
qci1_setup_attempts: 208
CA Activation Rate num: 2346807
UPTP Mbps Den: 991
Setup_Fail_DEN: 6647
Peak UE: 57
MB_per_connected_UE: 66.27
PCT Time MIMO: 38.84
DL Volume: 7499
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8346
UL Throughput: 2.23
DL Data Vol MAC in MB: 1184.85

Time: 20:40:54
holiday: 0
HO_att_InterFreq: 995

Avg_Connected_UEs: 48.64
SIP DC%: 
UPTP_Mbps: 30.84
DLRLCLayerDataVolume MB: 393.88
DRB UL Data Volume MB: 1844
RRC Setup Attempts: 6152
CA Conf FailRate Pct den: 6680
weekend: 1
UPTP Mbps Num: 5695
S1U_SIP_SC_SEER_num: 236
hr: 15
MAC_UE_SC_Tput: 16917.1

hr: 15
CA Activation Rate num: 9245607
UPTP Mbps Den: 979
SIP_SC_Total_MOU: 141.96
Peak UE: 55
MB_per_connected_UE: 118.44
UL Throughput: 9.45
DL Data Vol MAC in MB: 3105.51

Time: 15:24:48
holiday: 0
CA DL DataVolRatio Pct: 82.28
HO_att_InterFreq: 497
HO Attempts: 821

SIP DC%: 
UPTP_Mbps: 42.07
DLRLCLayerDataVolume MB: 2000.4
DRB UL Data Volume MB: 7713
RRC Setup Attempts: 6512
CA DL DataVolRatio Pct den: 10214
weekend: 0
RSSIRX2 Avg: -93.07
CA Activation Rate: 26.75
hr: 23
MAC_UE_SC_Tput: 10959.66
Bearer Releases: 8922

hr: 23
CA Activation Rate num: 4325237
Setup_Fail_DEN: 6986
SIP_SC_Total_MOU: 90.28
MB_per_connected_UE: 114.62
DL Volume: 1880
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3660
CA Activation Rate den: 102252

Time: 23:13:27
Date: 18-09-2022
holiday: 0
CA DL DataVolRatio Pct num: 6934

DL MAC Vol Scell Pct: 26.02
Avg_Connected_UEs: 55.6
SIP DC%: 
UPTP_Mbps: 11.59
DRB UL Data Volume MB: 6614
RRC Setup Attempts: 5038
CA DL DataVolRatio Pct den: 9662
weekend: 0
CA Activation Rate: 44.98
hr: 14
MAC_UE_SC_Tput: 18054.76
Bearer Releases: 8942

hr: 14
Avg CQI: 8.32
CA Activation Rate num: 10424005
Setup_Fail_DEN: 7859
MB_per_connected_UE: 36.15
DL Volume: 4854

Time: 07:19:08
holiday: 0
CA DL DataVolRatio Pct: 61.51

DL MAC Vol Scell Pct: 13
Avg_Connected_UEs: 23.95
SIP DC%: 
UPTP_Mbps: 10.04
DLRLCLayerDataVolume MB: 1519.86
DRB UL Data Volume MB: 7547
PRB Util%: 23.53
RRC Setup Attempts: 5757
CA DL DataVolRatio Pct den: 10097
CA Conf FailRate Pct den: 5854
weekend: 0
hr: 22
MAC_UE_SC_Tput: 16413.36

hr: 22
Avg CQI: 11.33
CA Activation Rate num: 10274802
UPTP Mbps Den: 338
SIP_SC_Total_MOU: 430.82
UL MAC Vol Scell Pct: 1.55
Peak UE: 51
MB_per_connected_UE: 68.49
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8193
DL Data Vol MAC in MB: 7059.51

Time: 03:30:05
holiday: 0
CA DL DataVolRatio Pct: 50.95
HO Attempts: 479

DL MAC Vol Scell Pct: 4.34
SIP DC%: 
UPTP_Mbps: 45.56
DLRLCLayerDataVolume MB: 6820.06
DRB UL Data Volume MB: 6536
RRC Setup Attempts: 7202
weekend: 0
CA Activation Rate: 10.02
hr: 7
MAC_UE_SC_Tput: 5973.86
Bearer Releases: 9717

hr: 7
CA Activation Rate num: 752556
UPTP Mbps Den: 2197
Setup_Fail_DEN: 15127
SIP_SC_Total_MOU: 262.89
Peak UE: 27
MB_per_connected_UE: 54.24
PCT Time MIMO: 47.24
DL Volume: 3629
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6310
DL Data Vol MAC in MB: 5834.74
CA Activation Rate den: 40586

Time: 23:56:03
holiday: 0
SIP_SC_Call_Attempts: 218

Avg_Connected_UEs: 57.62
SIP DC%: 
UPTP_Mbps: 38.04
DLRLCLayerDataVolume MB: 2685.2
DRB UL Data Volume MB: 7292
PRB Util%: 55.41
CA DL DataVolRatio Pct den: 4216
CA Conf FailRate Pct den: 9364
RSSIRX1 Avg: -93.97
weekend: 0
UPTP Mbps Num: 3643
CA Activation Rate: 41.22
hr: 6

hr: 6
CA Activation Rate num: 4871078
UPTP Mbps Den: 2706
Setup_Fail_DEN: 12798
Peak UE: 31
MB_per_connected_UE: 176.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3149
CA Activation Rate den: 56507
Combined RACH Preambles: 1950

Time: 07:31:47
holiday: 0
CA DL DataVolRatio Pct num: 5161
HO Attempts: 336

Avg_Connected_UEs: 45.9
SIP DC%: 
UPTP_Mbps: 40.26
DLRLCLayerDataVolume MB: 3529.94
CA DL DataVolRatio Pct den: 6049
weekend: 0
UPTP Mbps Num: 16660
CA Activation Rate: 44.94
hr: 23
MAC_UE_SC_Tput: 4590.34

hr: 23
CA Activation Rate num: 927934
UPTP Mbps Den: 2963
SIP_SC_Total_MOU: 168.37
Peak UE: 57
MB_per_connected_UE: 152.45
DL Volume: 6107
QCI 1 Bearer Releases: 93
DL Data Vol MAC in MB: 5023.93
CA Activation Rate den: 78846

Time: 12:01:47
holiday: 0
CA DL DataVolRatio Pct num: 3968

Avg_Connected_UEs: 40.53
SIP DC%: 
UPTP_Mbps: 21.02
DLRLCLayerDataVolume MB: 3967.26
PRB Util%: 32.09
RRC Setup Attempts: 4510
CA DL DataVolRatio Pct den: 10100
CA Conf FailRate Pct den: 7318
weekend: 0
hr: 11
MAC_UE_SC_Tput: 5633.88

hr: 11
CA Activation Rate num: 273478
Setup_Fail_DEN: 8438
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 89.08
PCT Time MIMO: 42.54
QCI 1 Bearer Releases: 169
CA Activation Rate den: 128996

Time: 18:51:40
holiday: 0
HO Attempts: 682

Avg_Connected_UEs: 51.75
SIP DC%: 
DLRLCLayerDataVolume MB: 810.92
RRC Setup Attempts: 3992
CA DL DataVolRatio Pct den: 9193
CA Conf FailRate Pct den: 8103
weekend: 0
hr: 15
MAC_UE_SC_Tput: 11482.08
Bearer Releases: 17437

hr: 15
CA Activation Rate num: 11490932
UPTP Mbps Den: 1762
Setup_Fail_DEN: 11457
Peak UE: 27
PCT Time MIMO: 44.85
DL Volume: 159
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8052
DL Data Vol MAC in MB: 1012.54

Combined RACH Preambles: 1969
Time: 23:55:43
holiday: 0
CA DL DataVolRatio Pct: 75.77
CA DL DataVolRatio Pct num: 2856

DL MAC Vol Scell Pct: 11.79
Avg_Connected_UEs: 56.94
SIP DC%: 
UPTP_Mbps: 42.82
DLRLCLayerDataVolume MB: 6141.61
DRB UL Data Volume MB: 4999
RRC Setup Attempts: 8396
CA DL DataVolRatio Pct den: 8901
CA Conf FailRate Pct den: 6096
weekend: 0
UPTP Mbps Num: 43109
hr: 11
Bearer Releases: 10917

hr: 11
CA Activation Rate num: 9281210
Setup_Fail_DEN: 8507
SIP_SC_Total_MOU: 203.46
MB_per_connected_UE: 30.54
DL Volume: 9327
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6602
UL Throughput: 0.74
DL Data Vol MAC in MB: 7481.1
CA Activation Rate den: 88435

Time: 09:23:10
holiday: 0
CA DL DataVolRatio Pct num: 3308

SIP DC%: 
UPTP_Mbps: 40.58
DRB UL Data Volume MB: 4842
PRB Util%: 12.6
CA DL DataVolRatio Pct den: 7417
weekend: 0
UPTP Mbps Num: 29278
CA Activation Rate: 63.8
hr: 19
MAC_UE_SC_Tput: 15143.79
Bearer Releases: 17806

hr: 19
CA Activation Rate num: 3525853
SIP_SC_Total_MOU: 394.4
Peak UE: 27
MB_per_connected_UE: 127.84
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3112
CA Activation Rate den: 36927

Time: 11:11:40
holiday: 0
CA DL DataVolRatio Pct: 63.89
CA DL DataVolRatio Pct num: 3299

SIP DC%: 
UPTP_Mbps: 107.72
DLRLCLayerDataVolume MB: 347.37
PRB Util%: 11.98
RRC Setup Attempts: 4532
CA DL DataVolRatio Pct den: 3520
weekend: 0
CA Activation Rate: 34.13
hr: 23
MAC_UE_SC_Tput: 12786.88
Bearer Releases: 14528

hr: 23
CA Activation Rate num: 10865118
UPTP Mbps Den: 2398
Setup_Fail_DEN: 18827
SIP_SC_Total_MOU: 285.86
Peak UE: 55
MB_per_connected_UE: 37.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5454

Combined RACH Preambles: 2656
Time: 23:42:36
holiday: 0
CA DL DataVolRatio Pct: 83.75

SIP DC%: 
UPTP_Mbps: 45.62
DRB UL Data Volume MB: 1330
RRC Setup Attempts: 3427
CA DL DataVolRatio Pct den: 6719
RSSIRX1 Avg: -95.95
weekend: 0
CA Activation Rate: 32.64
hr: 10
MAC_UE_SC_Tput: 8128.22
Bearer Releases: 13680

hr: 10
Avg CQI: 7.35
CA Activation Rate num: 2874769
Setup_Fail_DEN: 15303
Peak UE: 45
MB_per_connected_UE: 152.76
DL Volume: 249
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7041

Time: 08:38:26
holiday: 0
CA DL DataVolRatio Pct: 73.37

SIP DC%: 
UPTP_Mbps: 12.9
DLRLCLayerDataVolume MB: 5682.55
RRC Setup Attempts: 4734
CA DL DataVolRatio Pct den: 8107
CA Conf FailRate Pct den: 4614
weekend: 0
UPTP Mbps Num: 15078
hr: 23
MAC_UE_SC_Tput: 9821.36
Bearer Releases: 12670

hr: 23
CA Activation Rate num: 6381608
UPTP Mbps Den: 1039
Setup_Fail_DEN: 13693
Peak UE: 42
MB_per_connected_UE: 131.4
PCT Time MIMO: 53.02
DL Volume: 3255
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4230
DL Data Vol MAC in MB: 7204.89
CA Activation Rate den: 180815

Time: 18:17:05
holiday: 0
CA DL DataVolRatio Pct: 71.09
CA DL DataVolRatio Pct num: 4331

SIP DC%: 
UPTP_Mbps: 46.5
PRB Util%: 72.69
RRC Setup Attempts: 4937
CA DL DataVolRatio Pct den: 8446
CA Conf FailRate Pct den: 3473
weekend: 0
CA Activation Rate: 38.56
hr: 17
MAC_UE_SC_Tput: 18531.78
Bearer Releases: 10851

hr: 17
UPTP Mbps Den: 441
Setup_Fail_DEN: 12917
SIP_SC_Total_MOU: 98.08
Peak UE: 81
MB_per_connected_UE: 202.15

Time: 16:47:41
holiday: 0
HO_att_InterFreq: 590

DL MAC Vol Scell Pct: 16.18
Avg_Connected_UEs: 80.59
SIP DC%: 
UPTP_Mbps: 42.58
DLRLCLayerDataVolume MB: 7396.8
DRB UL Data Volume MB: 3956
RRC Setup Attempts: 4679
weekend: 0
UPTP Mbps Num: 12946
Setup_Fail_NUM: 34
hr: 13
MAC_UE_SC_Tput: 18408.67

hr: 13
CA Activation Rate num: 6647463
UPTP Mbps Den: 1600
Setup_Fail_DEN: 8845
SIP_SC_Total_MOU: 446.02
Peak UE: 82
MB_per_connected_UE: 163.23
PCT Time MIMO: 41.63
UL Throughput: 6.85
CA Activation Rate den: 93415

Time: 05:42:00
holiday: 0
CA DL DataVolRatio Pct: 42.26
HO_att_InterFreq: 503
HO Attempts: 388

SIP DC%: 
UPTP_Mbps: 21.42
DLRLCLayerDataVolume MB: 7360.02
CA DL DataVolRatio Pct den: 4596
weekend: 0
UPTP Mbps Num: 60968
S1U_SIP_SC_SEER_num: 193
CA Activation Rate: 73.07
hr: 23
MAC_UE_SC_Tput: 5335.97
Bearer Releases: 7727

hr: 23
CA Activation Rate num: 9796853
UPTP Mbps Den: 2361
Setup_Fail_DEN: 12078
SIP_SC_Total_MOU: 327.54
Peak UE: 37
MB_per_connected_UE: 58.74
DL Volume: 2094
DL Data Vol MAC in MB: 9798.8

Time: 02:40:05
holiday: 0
CA DL DataVolRatio Pct num: 691

DL MAC Vol Scell Pct: 18.08
SIP DC%: 
UPTP_Mbps: 45.49
PRB Util%: 69.27
CA Conf FailRate Pct den: 9193
RSSIRX1 Avg: -95.94
weekend: 0
CA Activation Rate: 43.45
hr: 23

hr: 23
UPTP Mbps Den: 796
Setup_Fail_DEN: 12632
Peak UE: 27
MB_per_connected_UE: 206.8
PCT Time MIMO: 54.59
CA Activation Rate den: 110543

Time: 16:27:55
Date: 11-07-2023
holiday: 0
CA DL DataVolRatio Pct: 46.22
HO_att_InterFreq: 1029
CA DL DataVolRatio Pct num: 1983

Avg_Connected_UEs: 23.68
SIP DC%: 
UPTP_Mbps: 22.55
DLRLCLayerDataVolume MB: 4253.77
DRB UL Data Volume MB: 7325
CA DL DataVolRatio Pct den: 9742
CA Conf FailRate Pct den: 6448
weekend: 0
UPTP Mbps Num: 21970
CA Activation Rate: 16.63
hr: 10
MAC_UE_SC_Tput: 9449.89
Bearer Releases: 10982

hr: 10
UPTP Mbps Den: 628
UL MAC Vol Scell Pct: 3.16
Peak UE: 27
MB_per_connected_UE: 197.93

Time: 15:50:09
holiday: 0
CA DL DataVolRatio Pct: 82.35

DL MAC Vol Scell Pct: 7.44
Avg_Connected_UEs: 40.54
SIP DC%: 
UPTP_Mbps: 49.32
DLRLCLayerDataVolume MB: 5160.54
DRB UL Data Volume MB: 5399
RRC Setup Attempts: 8480
CA DL DataVolRatio Pct den: 7456
CA Conf FailRate Pct den: 5864
weekend: 0
UPTP Mbps Num: 22956
CA Activation Rate: 16.33
hr: 7
MAC_UE_SC_Tput: 5350.59
Bearer Releases: 11635

hr: 7
CA Activation Rate num: 5265394
Setup_Fail_DEN: 9008
SIP_SC_Total_MOU: 408.36
Peak UE: 27
MB_per_connected_UE: 35.27
DL Volume: 3393
DL Data Vol MAC in MB: 5455.04
CA Activation Rate den: 101188

Time: 01:55:41
holiday: 0
HO_att_InterFreq: 602
CA DL DataVolRatio Pct num: 167
HO Attempts: 739

DL MAC Vol Scell Pct: 7.34
SIP DC%: 
DRB UL Data Volume MB: 5724
PRB Util%: 72.33
weekend: 0
RSSIRX2 Avg: -95.15
CA Activation Rate: 33.61
hr: 12
MAC_UE_SC_Tput: 4782.55

hr: 12
CA Activation Rate num: 3454959
Setup_Fail_DEN: 13064
SIP_SC_Total_MOU: 244.76
Peak UE: 27
MB_per_connected_UE: 190.51
PCT Time MIMO: 34.19
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8983
DL Data Vol MAC in MB: 8819.23
CA Activation Rate den: 38113

Time: 06:47:36
holiday: 0
CA DL DataVolRatio Pct: 70.53
HO Attempts: 429

DL MAC Vol Scell Pct: 47.54
Avg_Connected_UEs: 24.72
SIP DC%: 
UPTP_Mbps: 29.02
DLRLCLayerDataVolume MB: 5380.18
DRB UL Data Volume MB: 8579
PRB Util%: 39.39
RRC Setup Attempts: 6828
CA DL DataVolRatio Pct den: 2054
weekend: 0
UPTP Mbps Num: 46504
Bearer Setup Failure Voice Den: 189
RSSIRX2 Avg: -98.41
CA Activation Rate: 44.58
hr: 23
MAC_UE_SC_Tput: 7218.3
Bearer Releases: 16585

hr: 23
CA Activation Rate num: 4215707
UPTP Mbps Den: 1324
Peak UE: 36
MB_per_connected_UE: 95.34
PCT Time MIMO: 57.74
DL Data Vol MAC in MB: 7622.69
CA Activation Rate den: 102237

Combined RACH Preambles: 3916
Time: 00:12:37
holiday: 0
CA DL DataVolRatio Pct: 89.64

DL MAC Vol Scell Pct: 28.57
Avg_Connected_UEs: 22.34
SIP DC%: 
UPTP_Mbps: 47.45
DRB UL Data Volume MB: 6108
PRB Util%: 11.01
CA DL DataVolRatio Pct den: 10059
CA Conf FailRate Pct den: 7119
weekend: 0
CA Activation Rate: 57.84
hr: 23
MAC_UE_SC_Tput: 4432.94
Bearer Releases: 7896

hr: 23
CA Activation Rate num: 1052540
Peak UE: 27
MB_per_connected_UE: 115.27
DL Volume: 5202
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9219
DL Data Vol MAC in MB: 8038.22
CA Activation Rate den: 110004

Time: 13:08:11
holiday: 0
CA DL DataVolRatio Pct: 64.95
SIP_SC_Call_Attempts: 168
CA DL DataVolRatio Pct num: 4918

SIP DC%: 
UPTP_Mbps: 9.48
DLRLCLayerDataVolume MB: 2218.16
CA DL DataVolRatio Pct den: 7584
weekend: 0
CA Activation Rate: 53.1
hr: 23
MAC_UE_SC_Tput: 7753.82
Bearer Releases: 11412

hr: 23
CA Activation Rate num: 10134102
SIP_SC_Total_MOU: 404.68
MB_per_connected_UE: 30.56
PCT Time MIMO: 51.59
DL Data Vol MAC in MB: 9851.48

Time: 23:33:09
Date: 01-03-2023
holiday: 0
CA DL DataVolRatio Pct num: 7144
HO Attempts: 364

Avg_Connected_UEs: 31.05
SIP DC%: 
UPTP_Mbps: 46.03
DLRLCLayerDataVolume MB: 408.95
DRB UL Data Volume MB: 3331
CA DL DataVolRatio Pct den: 5414
weekend: 0
UPTP Mbps Num: 49111
CA Activation Rate: 58.89
hr: 19
MAC_UE_SC_Tput: 12878.32
Bearer Releases: 12152

hr: 19
CA Activation Rate num: 8861734
UPTP Mbps Den: 2689
Setup_Fail_DEN: 10852
SIP_SC_Total_MOU: 245.94
Peak UE: 27
MB_per_connected_UE: 20.09
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3682
DL Data Vol MAC in MB: 3648.6
CA Activation Rate den: 107270

Time: 07:11:41
holiday: 0
CA DL DataVolRatio Pct: 69.31
HO_att_InterFreq: 424
CA DL DataVolRatio Pct num: 2668

DL MAC Vol Scell Pct: 32.93
SIP DC%: 
UPTP_Mbps: 20.55
DLRLCLayerDataVolume MB: 5141.62
CA DL DataVolRatio Pct den: 5616
CA Conf FailRate Pct den: 5826
RSSIRX1 Avg: -93.37
weekend: 0
UPTP Mbps Num: 12996
CA Activation Rate: 3.41
hr: 0
MAC_UE_SC_Tput: 13413.23
Bearer Releases: 11382

hr: 0
Setup_Fail_DEN: 18022
SIP_SC_Total_MOU: 94.85
Peak UE: 75
DL Volume: 1949
DL Data Vol MAC in MB: 2924.53
CA Activation Rate den: 46136

Time: 19:33:56
holiday: 0
CA DL DataVolRatio Pct: 89.06

DL MAC Vol Scell Pct: 33.26
SIP DC%: 
DLRLCLayerDataVolume MB: 4743.31
RRC Setup Attempts: 3464
CA DL DataVolRatio Pct den: 8857
CA Conf FailRate Pct den: 6381
weekend: 0
UPTP Mbps Num: 48557
CA Activation Rate: 16.81
hr: 21
MAC_UE_SC_Tput: 4501.83
Bearer Releases: 8633

hr: 21
CA Activation Rate num: 5870423
UPTP Mbps Den: 2972
Setup_Fail_DEN: 8434
SIP_SC_Total_MOU: 322.51
Peak UE: 27
MB_per_connected_UE: 142.66
PCT Time MIMO: 35.83
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8795
UL Throughput: 3.72
DL Data Vol MAC in MB: 1253.79

Time: 10:46:03
holiday: 0
CA DL DataVolRatio Pct: 61.01
HO_att_InterFreq: 971
CA DL DataVolRatio Pct num: 5318
HO Attempts: 559

Avg_Connected_UEs: 81.12
SIP DC%: 
UPTP_Mbps: 37.28
DRB UL Data Volume MB: 1921
RRC Setup Attempts: 7344
CA Conf FailRate Pct den: 5061
weekend: 0
hr: 15
MAC_UE_SC_Tput: 12370.42
Bearer Releases: 12089

hr: 15
CA Activation Rate num: 2144071
Peak UE: 96
VOLTE IA%: 
PCT Time MIMO: 37.8
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5148

holiday: 0
CA DL DataVolRatio Pct: 42.6
CA DL DataVolRatio Pct num: 5743

Avg_Connected_UEs: 30.6
SIP DC%: 
DLRLCLayerDataVolume MB: 3416.64
PRB Util%: 39.61
RRC Setup Attempts: 3446
CA DL DataVolRatio Pct den: 3329
CA Conf FailRate Pct den: 5820
weekend: 0
S1U_SIP_SC_SEER_num: 232
CA Activation Rate: 41.79
hr: 7
MAC_UE_SC_Tput: 30119.24
Bearer Releases: 10783

hr: 7
CA Activation Rate num: 9934154
Setup_Fail_DEN: 14193
SIP_SC_Total_MOU: 211.46
Peak UE: 27
UL Throughput: 1.82
DL Data Vol MAC in MB: 6931.47

Time: 01:03:43
holiday: 0
CA DL DataVolRatio Pct: 86.59
CA DL DataVolRatio Pct num: 5597
HO Attempts: 475

Avg_Connected_UEs: 62.89
SIP DC%: 
RRC Setup Attempts: 7346
CA DL DataVolRatio Pct den: 9746
weekend: 0
hr: 7
MAC_UE_SC_Tput: 5226.81
Bearer Releases: 9200

hr: 7
CA Activation Rate num: 8724487
UPTP Mbps Den: 2206
Setup_Fail_DEN: 12345
Peak UE: 27
MB_per_connected_UE: 181.03
DL Volume: 1955
DL Data Vol MAC in MB: 7649.79
CA Activation Rate den: 88202

Time: 18:37:36
Date: 31-01-2022
holiday: 0
CA DL DataVolRatio Pct: 90.86
CA DL DataVolRatio Pct num: 3986

Avg_Connected_UEs: 25.22
SIP DC%: 
DRB UL Data Volume MB: 9939
PRB Util%: 56.93
CA DL DataVolRatio Pct den: 4042
CA Conf FailRate Pct den: 6198
weekend: 0
UPTP Mbps Num: 4379
hr: 0
MAC_UE_SC_Tput: 4698.72

hr: 0
CA Activation Rate num: 7441781
Setup_Fail_DEN: 9456
SIP_SC_Total_MOU: 259.84
MB_per_connected_UE: 11.96
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4786

Time: 17:25:34
holiday: 0
CA DL DataVolRatio Pct num: 4995

SIP DC%: 
UPTP_Mbps: 45.15
RRC Setup Attempts: 7345
RSSIRX1 Avg: -95.86
weekend: 0
Bearer Setup Failure Voice Den: 209
CA Activation Rate: 67.15
hr: 19
MAC_UE_SC_Tput: 18534.03
Bearer Releases: 7927

hr: 19
CA Activation Rate num: 1169009
UPTP Mbps Den: 2522
Setup_Fail_DEN: 13212
Peak UE: 57
PCT Time MIMO: 39.01
DL Volume: 4545
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7020
UL Throughput: 8.31
DL Data Vol MAC in MB: 215.56
CA Activation Rate den: 120733

Combined RACH Preambles: 4500
Time: 04:37:21
holiday: 0
CA DL DataVolRatio Pct: 87.11
SIP_SC_Call_Attempts: 131
CA DL DataVolRatio Pct num: 4963

SIP DC%: 
UPTP_Mbps: 79.05
RRC Setup Attempts: 5455
CA DL DataVolRatio Pct den: 1688
CA Conf FailRate Pct den: 2988
weekend: 0
CA Activation Rate: 59.85
hr: 0
MAC_UE_SC_Tput: 16258.23

hr: 0
CA Activation Rate num: 1601545
Setup_Fail_DEN: 19202
Peak UE: 77
MB_per_connected_UE: 52.56

Combined RACH Preambles: 2900
Time: 08:29:02
holiday: 0
CA DL DataVolRatio Pct: 65.41
CA DL DataVolRatio Pct num: 7034
HO Attempts: 293

DL MAC Vol Scell Pct: 14.84
SIP DC%: 
UPTP_Mbps: 25.1
DLRLCLayerDataVolume MB: 2558.27
DRB UL Data Volume MB: 5963
PRB Util%: 11.95
RRC Setup Attempts: 6638
CA DL DataVolRatio Pct den: 3152
CA Conf FailRate Pct den: 6623
weekend: 0
hr: 23
MAC_UE_SC_Tput: 23991.41
Bearer Releases: 15796

hr: 23
CA Activation Rate num: 4559972
UPTP Mbps Den: 584
Setup_Fail_DEN: 10249
Peak UE: 27
MB_per_connected_UE: 24.4
DL Volume: 3756
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7431
DL Data Vol MAC in MB: 7907.42
CA Activation Rate den: 86405

Time: 04:36:29
holiday: 0
CA DL DataVolRatio Pct: 65.51
HO_att_InterFreq: 806
HO Attempts: 771

Avg_Connected_UEs: 37.04
SIP DC%: 
UPTP_Mbps: 32.22
DLRLCLayerDataVolume MB: 7136.71
CA DL DataVolRatio Pct den: 6748
weekend: 0
hr: 8
MAC_UE_SC_Tput: 4391.73

hr: 8
CA Activation Rate num: 494038
UPTP Mbps Den: 2317
Setup_Fail_DEN: 11947
SIP_SC_Total_MOU: 43
Peak UE: 69
MB_per_connected_UE: 15.99
PCT Time MIMO: 32.51
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5715
CA Activation Rate den: 60869

Time: 05:40:45
holiday: 0
CA DL DataVolRatio Pct num: 197

DL MAC Vol Scell Pct: 16.24
SIP DC%: 
DLRLCLayerDataVolume MB: 1847.98
DRB UL Data Volume MB: 7262
RRC Setup Attempts: 7715
CA DL DataVolRatio Pct den: 9459
CA Conf FailRate Pct den: 5607
weekend: 0
RSSIRX2 Avg: -93.13
hr: 7
MAC_UE_SC_Tput: 5704.05
Bearer Releases: 7830

hr: 7
Avg CQI: 10.85
CA Activation Rate num: 13100624
Setup_Fail_DEN: 13973
SIP_SC_Total_MOU: 118.56
Peak UE: 67
VOLTE IA%: 
MB_per_connected_UE: 105.07
PCT Time MIMO: 40.24
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5637
UL Throughput: 2.07
DL Data Vol MAC in MB: 932.77
CA Activation Rate den: 62950

Time: 09:32:23
holiday: 0
CA DL DataVolRatio Pct: 78.85

DL MAC Vol Scell Pct: 23.12
Avg_Connected_UEs: 37.9
SIP DC%: 
UPTP_Mbps: 39.39
DLRLCLayerDataVolume MB: 6623.79
DRB UL Data Volume MB: 7328
CA Conf FailRate Pct den: 7080
weekend: 0
UPTP Mbps Num: 5819
hr: 15
MAC_UE_SC_Tput: 6085.98
Bearer Releases: 10987

hr: 15
CA Activation Rate num: 7961576
UPTP Mbps Den: 127
Setup_Fail_DEN: 12154
SIP_SC_Total_MOU: 32.01
Peak UE: 27
MB_per_connected_UE: 181.54
PCT Time MIMO: 47.58
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8939
DL Data Vol MAC in MB: 8348.38

Combined RACH Preambles: 4148
Time: 17:36:21
holiday: 0
CA DL DataVolRatio Pct: 48.18
CA DL DataVolRatio Pct num: 1850

SIP DC%: 
DLRLCLayerDataVolume MB: 2665.65
DRB UL Data Volume MB: 8786
CA DL DataVolRatio Pct den: 847
CA Conf FailRate Pct den: 7370
weekend: 0
UPTP Mbps Num: 22556
RSSIRX2 Avg: -93.78
CA Activation Rate: 34.17
hr: 13
MAC_UE_SC_Tput: 4543.37
Bearer Releases: 6636

hr: 13
CA Activation Rate num: 10846320
UPTP Mbps Den: 2942
Setup_Fail_DEN: 11471
SIP_SC_Total_MOU: 421.94
Peak UE: 77
PCT Time MIMO: 62.86
DL Data Vol MAC in MB: 1583.3
CA Activation Rate den: 48328
Time: 13:47:18

holiday: 0
CA DL DataVolRatio Pct: 73.38

Avg_Connected_UEs: 78.04
SIP DC%: 
DRB UL Data Volume MB: 1747
PRB Util%: 35.91
DL Packet Loss Pct: 0.74
CA DL DataVolRatio Pct den: 4332
CA Conf FailRate Pct den: 8217
weekend: 0
CA Activation Rate: 67.08
hr: 23

hr: 23
CA Activation Rate num: 9524892
Setup_Fail_DEN: 13218
SIP_SC_Total_MOU: 124.77
Peak UE: 27
MB_per_connected_UE: 99.99
PCT Time MIMO: 69.66
DL Volume: 3959
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6902
UL Throughput: 4.23
DL Data Vol MAC in MB: 7668.79
CA Activation Rate den: 92499

Time: 00:06:21
holiday: 0
CA DL DataVolRatio Pct: 46.85
HO_att_InterFreq: 611

DL MAC Vol Scell Pct: 25.87
SIP DC%: 
UPTP_Mbps: 8.32
DLRLCLayerDataVolume MB: 2127.96
CA DL DataVolRatio Pct den: 8088
weekend: 0
CA Activation Rate: 75.4
hr: 23
MAC_UE_SC_Tput: 11934.59
Bearer Releases: 11424

hr: 23
CA Activation Rate num: 5758345
Setup_Fail_DEN: 12150
SIP_SC_Total_MOU: 321.03
Peak UE: 76
MB_per_connected_UE: 15.24
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4426
DL Data Vol MAC in MB: 9196
Time: 10:03:31

holiday: 0

DL MAC Vol Scell Pct: 15.09
Avg_Connected_UEs: 81.61
SIP DC%: 
UPTP_Mbps: 120.58
DLRLCLayerDataVolume MB: 7633.57
DRB UL Data Volume MB: 7623
RRC Setup Attempts: 6773
CA DL DataVolRatio Pct den: 1257
CA Conf FailRate Pct den: 6551
weekend: 0
S1U_SIP_SC_SEER_num: 164
CA Activation Rate: 66.82
hr: 12
MAC_UE_SC_Tput: 11965.29
Bearer Releases: 11794

hr: 12
CA Activation Rate num: 3446745
UPTP Mbps Den: 1412
Setup_Fail_DEN: 15658
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4746
DL Data Vol MAC in MB: 8967.67
CA Activation Rate den: 118262

Time: 12:18:18
Date: 25-12-2023
holiday: 0
CA DL DataVolRatio Pct: 75.26

SIP DC%: 
UPTP_Mbps: 46.76
DLRLCLayerDataVolume MB: 205.75
DRB UL Data Volume MB: 6787
PRB Util%: 73.82
RRC Setup Attempts: 7619
CA DL DataVolRatio Pct den: 6934
CA Conf FailRate Pct den: 6695
weekend: 0
UPTP Mbps Num: 5213
CA Activation Rate: 63.24
hr: 14
MAC_UE_SC_Tput: 17060.49
Bearer Releases: 13058

hr: 14
qci1_setup_attempts: 228
CA Activation Rate num: 4468409
Setup_Fail_DEN: 8930
Peak UE: 27
MB_per_connected_UE: 81.55
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7819
DL Data Vol MAC in MB: 3418.7

Combined RACH Preambles: 2183
Time: 05:55:31
holiday: 0
CA DL DataVolRatio Pct num: 2852

DL MAC Vol Scell Pct: 6.31
Avg_Connected_UEs: 53.2
SIP DC%: 
DLRLCLayerDataVolume MB: 4678.56
PRB Util%: 40.08
RRC Setup Attempts: 4590
weekend: 0
UPTP Mbps Num: 28927
RSSIRX2 Avg: -97.65
hr: 22
MAC_UE_SC_Tput: 5895.91

hr: 22
UPTP Mbps Den: 2957
Setup_Fail_DEN: 8648
SIP_SC_Total_MOU: 89.76
Peak UE: 81
MB_per_connected_UE: 62.11
DL Data Vol MAC in MB: 7961.59

Time: 10:34:17
holiday: 0
CA DL DataVolRatio Pct: 77.19

SIP DC%: 
UPTP_Mbps: 44.21
DRB UL Data Volume MB: 9072
PRB Util%: 15.56
weekend: 0
UPTP Mbps Num: 2465
hr: 23
MAC_UE_SC_Tput: 14941.21

hr: 23
Setup_Fail_DEN: 6745
Peak UE: 27
MB_per_connected_UE: 124.13
PCT Time MIMO: 39
DL Volume: 2004

Time: 11:53:44
holiday: 0
HO_att_InterFreq: 117
CA DL DataVolRatio Pct num: 6481

DL MAC Vol Scell Pct: 31
SIP DC%: 
DLRLCLayerDataVolume MB: 9091.61
PRB Util%: 22.93
RRC Setup Attempts: 4813
CA DL DataVolRatio Pct den: 9929
weekend: 0
RSSIRX2 Avg: -97.74
CA Activation Rate: 21.28
hr: 8
MAC_UE_SC_Tput: 8635.87
Bearer Releases: 8771

hr: 8
UPTP Mbps Den: 3302
SIP_SC_Total_MOU: 250.69
UL MAC Vol Scell Pct: 4.47
Peak UE: 27
PCT Time MIMO: 49.25
DL Volume: 9769
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3245
UL Throughput: 15.81
CA Activation Rate den: 82611

Time: 11:16:24
holiday: 0
HO_att_InterFreq: 1015
CA DL DataVolRatio Pct num: 2369
HO Attempts: 835

DL MAC Vol Scell Pct: 7.2
Avg_Connected_UEs: 59.28
SIP DC%: 
DLRLCLayerDataVolume MB: 5448.08
PRB Util%: 34.27
CA DL DataVolRatio Pct den: 9760
CA Conf FailRate Pct den: 9210
weekend: 0
RSSIRX2 Avg: -93.9
hr: 23
MAC_UE_SC_Tput: 16149.04
Bearer Releases: 14856

hr: 23
Setup_Fail_DEN: 15682
SIP_SC_Total_MOU: 392.92
Peak UE: 68
MB_per_connected_UE: 82.5

Time: 11:49:19
holiday: 0
CA DL DataVolRatio Pct num: 1139
HO Attempts: 798

DL MAC Vol Scell Pct: 37.71
SIP DC%: 
UPTP_Mbps: 45.69
DLRLCLayerDataVolume MB: 4212.29
PRB Util%: 49.27
CA DL DataVolRatio Pct den: 5571
CA Conf FailRate Pct den: 5308
weekend: 0
UPTP Mbps Num: 27080
hr: 23
MAC_UE_SC_Tput: 4354.97

hr: 23
CA Activation Rate num: 9634421
UPTP Mbps Den: 1054
Setup_Fail_DEN: 19579
MB_per_connected_UE: 140.7
PCT Time MIMO: 60.86
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6555
DL Data Vol MAC in MB: 3363.48

Time: 19:02:04
holiday: 0
CA DL DataVolRatio Pct: 77.49
CA DL DataVolRatio Pct num: 7254

SIP DC%: 
DRB UL Data Volume MB: 4005
PRB Util%: 73.57
CA Conf FailRate Pct den: 5440
weekend: 0
UPTP Mbps Num: 7268
CA Activation Rate: 48.45
hr: 11
MAC_UE_SC_Tput: 4878.24
Bearer Releases: 14716

hr: 11
CA Activation Rate num: 766381
Setup_Fail_DEN: 11646
Peak UE: 32
MB_per_connected_UE: 56.75
DL Volume: 369
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3475
UL Throughput: 2.63
DL Data Vol MAC in MB: 486.68
CA Activation Rate den: 102931

Time: 13:49:51
holiday: 0
CA DL DataVolRatio Pct num: 4801

SIP DC%: 
UPTP_Mbps: 28.02
DLRLCLayerDataVolume MB: 2809.66
DRB UL Data Volume MB: 316
RRC Setup Attempts: 6819
CA DL DataVolRatio Pct den: 9100
RSSIRX1 Avg: -95.06
weekend: 0
UPTP Mbps Num: 61887
CA Activation Rate: 33.28
hr: 23
MAC_UE_SC_Tput: 4364.33

hr: 23
CA Activation Rate num: 4578743
UPTP Mbps Den: 618
Setup_Fail_DEN: 8301
Peak UE: 85
MB_per_connected_UE: 50.59
DL Data Vol MAC in MB: 909.99
CA Activation Rate den: 215545

Time: 07:13:00
holiday: 0
HO Attempts: 612

Avg_Connected_UEs: 46.77
SIP DC%: 
UPTP_Mbps: 12.31
DLRLCLayerDataVolume MB: 9700.3
DRB UL Data Volume MB: 8832
RRC Setup Attempts: 7137
CA DL DataVolRatio Pct den: 3564
CA Conf FailRate Pct den: 8158
weekend: 0
hr: 10
MAC_UE_SC_Tput: 19059.25
Bearer Releases: 18354

hr: 10
CA Activation Rate num: 9053106
Setup_Fail_DEN: 11080
SIP_SC_Total_MOU: 240.36
Peak UE: 73
MB_per_connected_UE: 120.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8935
DL Data Vol MAC in MB: 3008.05

Time: 21:27:04
holiday: 0
CA DL DataVolRatio Pct: 82.53

DL MAC Vol Scell Pct: 2.87
SIP DC%: 
UPTP_Mbps: 29.49
DLRLCLayerDataVolume MB: 3629.12
DRB UL Data Volume MB: 8715
PRB Util%: 73.54
DL Packet Loss Pct: 3.08
CA DL DataVolRatio Pct den: 7129
CA Conf FailRate Pct den: 6812
weekend: 0
RSSIRX2 Avg: -93.2
CA Activation Rate: 41.57
hr: 19
MAC_UE_SC_Tput: 25968.9
Bearer Releases: 12887

hr: 19
CA Activation Rate num: 7317386
Setup_Fail_DEN: 10861
SIP_SC_Total_MOU: 68.1
Peak UE: 82
MB_per_connected_UE: 29.89
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8489

Time: 02:19:54
holiday: 0
CA DL DataVolRatio Pct: 64.3
HO_att_InterFreq: 628
CA DL DataVolRatio Pct num: 6615

Avg_Connected_UEs: 46.18
SIP DC%: 
PRB Util%: 30.61
CA DL DataVolRatio Pct den: 8661
weekend: 0
UPTP Mbps Num: 47413
CA Activation Rate: 43.59
hr: 23
MAC_UE_SC_Tput: 19134.55
Bearer Releases: 14841

hr: 23
CA Activation Rate num: 10899938
UPTP Mbps Den: 6008
Setup_Fail_DEN: 6611
SIP_SC_Total_MOU: 25.79
S1U_SIP_SC_SEER_den: 104
Peak UE: 48
DL Volume: 1598
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5579
CA Activation Rate den: 63048

Time: 03:26:59
holiday: 0
CA DL DataVolRatio Pct: 58.89

DL MAC Vol Scell Pct: 28.84
Avg_Connected_UEs: 55.99
SIP DC%: 
UPTP_Mbps: 35.8
DLRLCLayerDataVolume MB: 1358.89
DRB UL Data Volume MB: 2420
Avg_PUCCH_SINR: 16.7
PRB Util%: 37.48
RRC Setup Attempts: 7077
weekend: 0
UPTP Mbps Num: 2866
hr: 13
MAC_UE_SC_Tput: 9419.18
Bearer Releases: 9429

hr: 13
CA Activation Rate num: 2725844
UPTP Mbps Den: 229
Peak UE: 61
VOLTE IA%: 
MB_per_connected_UE: 47.22
PCT Time MIMO: 45.16
DL Volume: 5513
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7100
UL Throughput: 2.26
DL Data Vol MAC in MB: 7088.75
CA Activation Rate den: 37190
Combined RACH Preambles: 2521

Time: 07:45:20
holiday: 0
HO_att_InterFreq: 390

SIP DC%: 
DRB UL Data Volume MB: 493
CA DL DataVolRatio Pct den: 9596
weekend: 1
CA Activation Rate: 38.73
hr: 22
MAC_UE_SC_Tput: 11471.38

hr: 22
CA Activation Rate num: 7589947
UPTP Mbps Den: 356
Setup_Fail_DEN: 16789
Peak UE: 27
MB_per_connected_UE: 78.25
DL Volume: 1985
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4737
DL Data Vol MAC in MB: 7831.85
CA Activation Rate den: 64341

Time: 21:25:46
Date: 20-09-2022
holiday: 0
CA DL DataVolRatio Pct: 64.79

DL MAC Vol Scell Pct: 30.19
Avg_Connected_UEs: 70.83
SIP DC%: 
DLRLCLayerDataVolume MB: 701.43
DRB UL Data Volume MB: 6665
PRB Util%: 27.09
RRC Setup Attempts: 5134
CA DL DataVolRatio Pct den: 9285
CA Conf FailRate Pct den: 5485
weekend: 0
UPTP Mbps Num: 22984
CA Activation Rate: 16.61
hr: 23
MAC_UE_SC_Tput: 10808.76
Bearer Releases: 6235

hr: 23
Avg CQI: 10.26
CA Activation Rate num: 10221024
UPTP Mbps Den: 1748
Setup_Fail_DEN: 9013
SIP_SC_Total_MOU: 93.04
Peak UE: 67
MB_per_connected_UE: 171.75
PCT Time MIMO: 39.85
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4101
DL Data Vol MAC in MB: 7195.35
CA Activation Rate den: 127537

Time: 21:19:41
holiday: 0
CA DL DataVolRatio Pct: 90.97
CA DL DataVolRatio Pct num: 1734
HO Attempts: 596

DL MAC Vol Scell Pct: 34.12
Avg_Connected_UEs: 17.9
SIP DC%: 
DLRLCLayerDataVolume MB: 9594.63
PRB Util%: 28.62
RRC Setup Attempts: 5021
CA DL DataVolRatio Pct den: 7733
weekend: 0
hr: 6

hr: 6
CA Activation Rate num: 497402
SIP_SC_Total_MOU: 204.69
Peak UE: 27
MB_per_connected_UE: 41.06
PCT Time MIMO: 67.64
DL Volume: 6143
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3541
DL Data Vol MAC in MB: 5531.05

Time: 09:27:12
holiday: 0
CA DL DataVolRatio Pct num: 4248

DL MAC Vol Scell Pct: 2.8
SIP DC%: 
UPTP_Mbps: 18.69
DLRLCLayerDataVolume MB: 9459.58
DRB UL Data Volume MB: 1560
RRC Setup Attempts: 5583
weekend: 0
hr: 9
MAC_UE_SC_Tput: 11818.23
Bearer Releases: 11003

hr: 9
CA Activation Rate num: 8986644
Setup_Fail_DEN: 12905
SIP_SC_Total_MOU: 319.34
Peak UE: 75
MB_per_connected_UE: 19.34
DL Data Vol MAC in MB: 6994.43
CA Activation Rate den: 161637

Time: 00:18:35
holiday: 0
CA DL DataVolRatio Pct num: 7171

DL MAC Vol Scell Pct: 6.25
SIP DC%: 
UPTP_Mbps: 36.11
DLRLCLayerDataVolume MB: 1982.13
DRB UL Data Volume MB: 9665
RRC Setup Attempts: 6132
CA DL DataVolRatio Pct den: 2920
CA Conf FailRate Pct den: 9406
weekend: 0
UPTP Mbps Num: 48922
CA Activation Rate: 51.42
hr: 0
MAC_UE_SC_Tput: 10254.99

hr: 0
CA Activation Rate num: 2289723
UPTP Mbps Den: 2056
Setup_Fail_DEN: 7311
MB_per_connected_UE: 33.24
DL Volume: 3969

Combined RACH Preambles: 3186
Time: 12:07:17
holiday: 0
HO_att_InterFreq: 206

SIP DC%: 
DLRLCLayerDataVolume MB: 3874.03
PRB Util%: 57.65
RRC Setup Attempts: 7634
CA Conf FailRate Pct den: 5919
weekend: 0
UPTP Mbps Num: 34093
hr: 13
MAC_UE_SC_Tput: 8237.77
Bearer Releases: 6572

hr: 13
CA Activation Rate num: 5872480
UPTP Mbps Den: 321
Setup_Fail_DEN: 16817
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 97.98
PCT Time MIMO: 41.14
DL Data Vol MAC in MB: 3712.81
CA Activation Rate den: 77815

Time: 22:17:15
holiday: 0
HO_att_InterFreq: 894
CA DL DataVolRatio Pct num: 6691

Avg_Connected_UEs: 41.99
SIP DC%: 
UPTP_Mbps: 41.41
DLRLCLayerDataVolume MB: 1058.37
DRB UL Data Volume MB: 3501
PRB Util%: 28.27
CA DL DataVolRatio Pct den: 9245
CA Conf FailRate Pct den: 2793
weekend: 0
UPTP Mbps Num: 1042
CA Activation Rate: 29.19
hr: 11
MAC_UE_SC_Tput: 15643.81
Bearer Releases: 8814

hr: 11
CA Activation Rate num: 1362951
UPTP Mbps Den: 1438
Setup_Fail_DEN: 14656
SIP_SC_Total_MOU: 121.63
Peak UE: 39
MB_per_connected_UE: 154.61

Combined RACH Preambles: 3445
Time: 09:10:24
holiday: 0
CA DL DataVolRatio Pct num: 5218

SIP DC%: 
DRB UL Data Volume MB: 5710
PRB Util%: 68.21
RRC Setup Attempts: 8450
CA DL DataVolRatio Pct den: 9900
CA Conf FailRate Pct den: 7519
weekend: 1
UPTP Mbps Num: 43087
hr: 23
MAC_UE_SC_Tput: 10960.18
Bearer Releases: 16210

hr: 23
Avg CQI: 8.22
CA Activation Rate num: 4064334
UPTP Mbps Den: 641
Setup_Fail_DEN: 15593
Peak UE: 55
MB_per_connected_UE: 30.83
PCT Time MIMO: 54.27
UL Throughput: 2.43
DL Data Vol MAC in MB: 9319.95
CA Activation Rate den: 156641

Time: 10:48:04
Date: 04-12-2022
holiday: 0
CA DL DataVolRatio Pct: 66.29

DL MAC Vol Scell Pct: 2.83
Avg_Connected_UEs: 60.23
SIP DC%: 
DLRLCLayerDataVolume MB: 4995.98
RRC Setup Attempts: 6084
weekend: 0
UPTP Mbps Num: 20741
Bearer Setup Failure Voice Den: 122
CA Activation Rate: 17.78
hr: 20
MAC_UE_SC_Tput: 14357.79

hr: 20
CA Activation Rate num: 394402
UPTP Mbps Den: 1396
Setup_Fail_DEN: 12719
Peak UE: 27
MB_per_connected_UE: 181.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5591
DL Data Vol MAC in MB: 7580.34
CA Activation Rate den: 127745

Time: 06:12:52
holiday: 0
CA DL DataVolRatio Pct: 90.99
HO_att_InterFreq: 534
CA DL DataVolRatio Pct num: 1531

Avg_Connected_UEs: 47.62
SIP DC%: 
UPTP_Mbps: 43.14
DRB UL Data Volume MB: 9297
RRC Setup Attempts: 3936
CA DL DataVolRatio Pct den: 6926
CA Conf FailRate Pct den: 6213
weekend: 0
RSSIRX2 Avg: -96.2
hr: 7
MAC_UE_SC_Tput: 8629.47
Bearer Releases: 7664

hr: 7
CA Activation Rate num: 8289271
Peak UE: 61
MB_per_connected_UE: 52.44
PCT Time MIMO: 36.25
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3183
DL Data Vol MAC in MB: 3635.55
Combined RACH Preambles: 2589

Time: 20:55:12
holiday: 0
CA DL DataVolRatio Pct: 79.26
CA DL DataVolRatio Pct num: 5185
HO Attempts: 298

DL MAC Vol Scell Pct: 44.55
Avg_Connected_UEs: 49
SIP DC%: 
DLRLCLayerDataVolume MB: 8953.76
DRB UL Data Volume MB: 2711
PRB Util%: 56.84
RRC Setup Attempts: 5979
CA DL DataVolRatio Pct den: 8417
weekend: 0
CA Activation Rate: 73.54
hr: 5
MAC_UE_SC_Tput: 4240.54
Bearer Releases: 11546

hr: 5
CA Activation Rate num: 9828419
Setup_Fail_DEN: 16074
Peak UE: 56
PCT Time MIMO: 56.9
DL Volume: 6968
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4950

Time: 14:14:50
holiday: 0
CA DL DataVolRatio Pct num: 4710

DL MAC Vol Scell Pct: 34.65
SIP DC%: 
UPTP_Mbps: 27.66
DLRLCLayerDataVolume MB: 9611.92
DRB UL Data Volume MB: 5092
PRB Util%: 35.36
CA DL DataVolRatio Pct den: 7649
weekend: 0
UPTP Mbps Num: 25490
CA Activation Rate: 15.13
hr: 0
MAC_UE_SC_Tput: 16166.52
Bearer Releases: 6735

hr: 0
CA Activation Rate num: 9039803
UPTP Mbps Den: 1145
Setup_Fail_DEN: 7128
SIP_SC_Total_MOU: 1.5
Peak UE: 27
MB_per_connected_UE: 92.46
DL Volume: 4615
DL Data Vol MAC in MB: 3267.49
CA Activation Rate den: 98552

Time: 01:32:37
holiday: 0
CA DL DataVolRatio Pct num: 6557

DL MAC Vol Scell Pct: 9.79
SIP DC%: 
UPTP_Mbps: 34.17
DRB UL Data Volume MB: 9034
RRC Setup Attempts: 8892
weekend: 0
UPTP Mbps Num: 6187
RSSIRX2 Avg: -97.82
CA Activation Rate: 44.61
hr: 23
MAC_UE_SC_Tput: 12435.76
Bearer Releases: 13795

hr: 23
CA Activation Rate num: 7249082
UPTP Mbps Den: 2780
Setup_Fail_DEN: 14452
SIP_SC_Total_MOU: 394.7
Peak UE: 64
MB_per_connected_UE: 44.19
PCT Time MIMO: 49.51
DL Data Vol MAC in MB: 8046.74

Time: 02:09:33
holiday: 0
CA DL DataVolRatio Pct num: 5979

Avg_Connected_UEs: 26.19
SIP DC%: 
UPTP_Mbps: 29.63
DLRLCLayerDataVolume MB: 2088.56
DRB UL Data Volume MB: 8692
RRC Setup Attempts: 4381
CA DL DataVolRatio Pct den: 4718
CA Conf FailRate Pct den: 5173
weekend: 0
CA Activation Rate: 36.15
hr: 15
MAC_UE_SC_Tput: 9009.15
Bearer Releases: 15811

hr: 15
CA Activation Rate num: 1882959
Setup_Fail_DEN: 10770
Peak UE: 27
MB_per_connected_UE: 186.59
DL Volume: 6129
DL Data Vol MAC in MB: 2685.32
CA Activation Rate den: 70042

Combined RACH Preambles: 3066
Time: 00:04:28
holiday: 0

Avg_Connected_UEs: 37.91
SIP DC%: 
UPTP_Mbps: 121.26
DRB UL Data Volume MB: 5160
CA Conf FailRate Pct den: 7353
weekend: 0
RSSIRX2 Avg: -95.44
CA Activation Rate: 36.97
hr: 10
MAC_UE_SC_Tput: 7542.59

hr: 10
CA Activation Rate num: 8968543
UPTP Mbps Den: 1440
Setup_Fail_DEN: 18189
SIP_SC_Total_MOU: 81.24
Peak UE: 107
VOLTE IA%: 

Time: 18:28:55
holiday: 0
CA DL DataVolRatio Pct: 91.03
HO Attempts: 667

Avg_Connected_UEs: 75.82
SIP DC%: 
DLRLCLayerDataVolume MB: 6317.51
PRB Util%: 70.69
CA DL DataVolRatio Pct den: 8946
CA Conf FailRate Pct den: 6660
weekend: 0
CA Activation Rate: 12.27
hr: 3
MAC_UE_SC_Tput: 19786.06

hr: 3
CA Activation Rate num: 9784291
UPTP Mbps Den: 2116
Setup_Fail_DEN: 11864
SIP_SC_Total_MOU: 6.36
Peak UE: 40
DL Volume: 4688
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4816

Time: 01:35:31
holiday: 0
CA DL DataVolRatio Pct num: 7344

DL MAC Vol Scell Pct: 16.88
Avg_Connected_UEs: 82.83
SIP DC%: 
UPTP_Mbps: 117.78
DLRLCLayerDataVolume MB: 10016.61
PRB Util%: 42.84
DL Packet Loss Pct: 0.31
RRC Setup Attempts: 6001
CA DL DataVolRatio Pct den: 3986
CA Conf FailRate Pct den: 4035
weekend: 0
UPTP Mbps Num: 14256
CA Activation Rate: 37.67
hr: 4
Bearer Releases: 10549

hr: 4
Peak UE: 27
MB_per_connected_UE: 160.49
DL Volume: 2725
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3415
CA Activation Rate den: 160483

Time: 05:58:17
holiday: 0
CA DL DataVolRatio Pct: 49.01
HO Attempts: 842

SIP DC%: 
UPTP_Mbps: 34.71
DRB UL Data Volume MB: 8091
RRC Setup Attempts: 7788
CA DL DataVolRatio Pct den: 6174
weekend: 0
RSSIRX2 Avg: -95.59
hr: 23
MAC_UE_SC_Tput: 15436.59
Bearer Releases: 7254

hr: 23
CA Activation Rate num: 7298344
Setup_Fail_DEN: 9022
SIP_SC_Total_MOU: 116.63
UL MAC Vol Scell Pct: 1.54
MB_per_connected_UE: 85.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4042
DL Data Vol MAC in MB: 4596.19
CA Activation Rate den: 101872

Combined RACH Preambles: 2374
Time: 00:23:48
holiday: 0
CA DL DataVolRatio Pct num: 7098
HO Attempts: 783

Avg_Connected_UEs: 43.34
SIP DC%: 
UPTP_Mbps: 21.34
DRB UL Data Volume MB: 9930
PRB Util%: 11.66
RRC Setup Attempts: 6363
CA DL DataVolRatio Pct den: 7798
weekend: 0
UPTP Mbps Num: 5450
CA Activation Rate: 48.6
hr: 23
MAC_UE_SC_Tput: 12650.76

hr: 23
CA Activation Rate num: 6866665
UPTP Mbps Den: 3045
Setup_Fail_DEN: 8578
Peak UE: 62
DL Volume: 4696
UL Throughput: 3.08
DL Data Vol MAC in MB: 7625.94
CA Activation Rate den: 69952
Combined RACH Preambles: 4519

Time: 14:11:17
holiday: 0

Avg_Connected_UEs: 49.59
SIP DC%: 
UPTP_Mbps: 28.26
DLRLCLayerDataVolume MB: 195.19
DRB UL Data Volume MB: 2284
PRB Util%: 44.65
RRC Setup Attempts: 6670
RSSIRX1 Avg: -95.21
weekend: 1
UPTP Mbps Num: 27497
CA Activation Rate: 73.27
hr: 7
MAC_UE_SC_Tput: 4831.01
Bearer Releases: 9089

hr: 7
CA Activation Rate num: 9366328
UPTP Mbps Den: 827
Setup_Fail_DEN: 10587
SIP_SC_Total_MOU: 100.07
Peak UE: 51
MB_per_connected_UE: 39.74
PCT Time MIMO: 35.92
Combined RACH Preambles: 4641

Time: 12:44:13
holiday: 0
HO_att_InterFreq: 871

Avg_Connected_UEs: 56.7
SIP DC%: 
UPTP_Mbps: 38.77
DLRLCLayerDataVolume MB: 3799.56
PRB Util%: 30.47
RRC Setup Attempts: 9839
CA DL DataVolRatio Pct den: 5019
CA Conf FailRate Pct den: 6003
weekend: 0
CA Activation Rate: 15.65
hr: 8
MAC_UE_SC_Tput: 18090.93
Bearer Releases: 13020

hr: 8
CA Activation Rate num: 3173614
UPTP Mbps Den: 876
Setup_Fail_DEN: 8231
Peak UE: 84
MB_per_connected_UE: 108.56
UL Throughput: 8.39
DL Data Vol MAC in MB: 3600.06
CA Activation Rate den: 39330

Time: 07:54:33
holiday: 0
CA DL DataVolRatio Pct: 73.4
HO Attempts: 683

Avg_Connected_UEs: 22.32
SIP DC%: 
UPTP_Mbps: 44.85
DRB UL Data Volume MB: 2776
RRC Setup Attempts: 4893
weekend: 1
UPTP Mbps Num: 3845
CA Activation Rate: 60.83
hr: 10
Bearer Releases: 16191

hr: 10
Avg CQI: 11.66
CA Activation Rate num: 7574072
Setup_Fail_DEN: 15128
SIP_SC_Total_MOU: 23.83
Peak UE: 73
MB_per_connected_UE: 99.66
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6066
CA Activation Rate den: 166159

Time: 11:30:14
holiday: 0
CA DL DataVolRatio Pct: 82.5
CA DL DataVolRatio Pct num: 682

DL MAC Vol Scell Pct: 6.2
SIP DC%: 
UPTP_Mbps: 125.46
DLRLCLayerDataVolume MB: 2677.91
DRB UL Data Volume MB: 5377
PRB Util%: 50.02
CA DL DataVolRatio Pct den: 4585
weekend: 0
UPTP Mbps Num: 25262
CA Activation Rate: 43.64
hr: 18
MAC_UE_SC_Tput: 5496.01
Bearer Releases: 14159

hr: 18
UPTP Mbps Den: 2638
Setup_Fail_DEN: 7437
Peak UE: 35
MB_per_connected_UE: 127.47
PCT Time MIMO: 34.41
DL Volume: 4535
DL Data Vol MAC in MB: 10111.38
CA Activation Rate den: 140494

Time: 04:33:22
holiday: 0
CA DL DataVolRatio Pct: 59.97
HO_att_InterFreq: 868
CA DL DataVolRatio Pct num: 200

DL MAC Vol Scell Pct: 3.63
SIP DC%: 
UPTP_Mbps: 82.83
DLRLCLayerDataVolume MB: 1416.26
RRC Setup Attempts: 4435
CA DL DataVolRatio Pct den: 795
CA Conf FailRate Pct den: 7206
weekend: 0
CA Activation Rate: 49.08
hr: 0
MAC_UE_SC_Tput: 16939.37
Bearer Releases: 16545

hr: 0
CA Activation Rate num: 3038693
UPTP Mbps Den: 518
Setup_Fail_DEN: 17478
SIP_SC_Total_MOU: 279.6
Peak UE: 27
MB_per_connected_UE: 38.19
DL Volume: 6655
DL Data Vol MAC in MB: 5662.22

Time: 16:21:58
Date: 24-11-2022
holiday: 0
CA DL DataVolRatio Pct: 91.2
CA DL DataVolRatio Pct num: 5280

DL MAC Vol Scell Pct: 21.58
Avg_Connected_UEs: 34.3
SIP DC%: 
DRB UL Data Volume MB: 5606
CA DL DataVolRatio Pct den: 8189
weekend: 0
RSSIRX2 Avg: -94
CA Activation Rate: 35.49
hr: 0
MAC_UE_SC_Tput: 4337.29

hr: 0
CA Activation Rate num: 4884272
UPTP Mbps Den: 380
Setup_Fail_DEN: 10445
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7579
DL Data Vol MAC in MB: 6505.99
CA Activation Rate den: 72893

Combined RACH Preambles: 3518
Time: 16:15:33
holiday: 0
CA DL DataVolRatio Pct num: 7392
HO Attempts: 272

Avg_Connected_UEs: 48.76
SIP DC%: 
DRB UL Data Volume MB: 1055
PRB Util%: 35.21
RRC Setup Attempts: 7638
weekend: 0
UPTP Mbps Num: 27673
hr: 0
MAC_UE_SC_Tput: 7168.76
Bearer Releases: 10155

hr: 0
CA Activation Rate num: 10806224
UPTP Mbps Den: 2166
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 35.78
DL Volume: 9439
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4948
DL Data Vol MAC in MB: 578.7
CA Activation Rate den: 98301
Combined RACH Preambles: 5269

Time: 09:19:49
holiday: 0
CA DL DataVolRatio Pct: 73.95
HO Attempts: 201

DL MAC Vol Scell Pct: 13.37
SIP DC%: 
DLRLCLayerDataVolume MB: 2150.78
DRB UL Data Volume MB: 2228
RRC Setup Attempts: 3821
weekend: 0
RSSIRX2 Avg: -93.92
CA Activation Rate: 10.48
hr: 23
MAC_UE_SC_Tput: 7274.21
Bearer Releases: 9503

hr: 23
CA Activation Rate num: 1300556
Setup_Fail_DEN: 11593
UL MAC Vol Scell Pct: 0.73
MB_per_connected_UE: 29.23
DL Volume: 7160
UL Throughput: 3.54
DL Data Vol MAC in MB: 10072.38
CA Activation Rate den: 226877

Time: 00:06:57
holiday: 0
CA DL DataVolRatio Pct: 58.95
HO Attempts: 750

DL MAC Vol Scell Pct: 12.17
SIP DC%: 
UPTP_Mbps: 22.26
DLRLCLayerDataVolume MB: 7665.42
CA Conf FailRate Pct den: 6615
RSSIRX1 Avg: -97.93
weekend: 0
UPTP Mbps Num: 23257
CA Activation Rate: 5.87
hr: 23
Bearer Releases: 7876

hr: 23
CA Activation Rate num: 9444967
SIP_SC_Total_MOU: 48.65
Peak UE: 83
MB_per_connected_UE: 36.43
DL Data Vol MAC in MB: 7620.18
CA Activation Rate den: 78289

Time: 07:22:56
Date: 25-09-2022
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1836.9
RRC Setup Attempts: 6719
CA Conf FailRate Pct den: 6709
weekend: 1
UPTP Mbps Num: 18796
Bearer Setup Failure Voice Den: 243
CA Activation Rate: 39.44
hr: 13
MAC_UE_SC_Tput: 20535.47
Bearer Releases: 10488

hr: 13
CA Activation Rate num: 2805848
Setup_Fail_DEN: 15683
UL MAC Vol Scell Pct: 0.41
Peak UE: 27
MB_per_connected_UE: 64.73
DL Data Vol MAC in MB: 3740.39
CA Activation Rate den: 96938

Time: 14:31:43
holiday: 0

Avg_Connected_UEs: 57.79
SIP DC%: 
UPTP_Mbps: 17.73
DLRLCLayerDataVolume MB: 6848.2
DRB UL Data Volume MB: 2626
PRB Util%: 3.54
RRC Setup Attempts: 8240
CA Conf FailRate Pct den: 5984
weekend: 0
UPTP Mbps Num: 12629
RSSIRX2 Avg: -95.84
CA Activation Rate: 5.23
hr: 6
MAC_UE_SC_Tput: 5700.17
Bearer Releases: 12947

hr: 6
Setup_Fail_DEN: 15725
SIP_SC_Total_MOU: 46.64
Peak UE: 45
MB_per_connected_UE: 167.97
DL Volume: 7319
DL Data Vol MAC in MB: 3405.69
CA Activation Rate den: 151469

Time: 01:28:43
holiday: 0
CA DL DataVolRatio Pct num: 3441
HO Attempts: 446

DL MAC Vol Scell Pct: 4.62
SIP DC%: 
DLRLCLayerDataVolume MB: 6394.59
DRB UL Data Volume MB: 4882
PRB Util%: 62.65
RRC Setup Attempts: 4056
CA DL DataVolRatio Pct den: 6296
CA Conf FailRate Pct den: 4758
weekend: 1
CA Activation Rate: 62.75
hr: 23
MAC_UE_SC_Tput: 4357.09

hr: 23
CA Activation Rate num: 821086
UPTP Mbps Den: 1008
SIP_SC_Total_MOU: 82.15
Peak UE: 89
MB_per_connected_UE: 149.13
DL Volume: 3417
DL Data Vol MAC in MB: 5688.68

Time: 14:23:38
holiday: 0
CA DL DataVolRatio Pct: 58.76
CA DL DataVolRatio Pct num: 6897
HO Attempts: 826

Avg_Connected_UEs: 29.78
SIP DC%: 
DLRLCLayerDataVolume MB: 9543.44
DRB UL Data Volume MB: 4693
PRB Util%: 70.34
RRC Setup Attempts: 6933
CA DL DataVolRatio Pct den: 3425
RSSIRX1 Avg: -97.91
weekend: 0
Bearer Setup Failure Voice Den: 147
CA Activation Rate: 61.99
hr: 12
MAC_UE_SC_Tput: 5723.04
Bearer Releases: 8606

hr: 12
CA Activation Rate num: 7248848
SIP_SC_Total_MOU: 112.49
Peak UE: 27
MB_per_connected_UE: 19.89
DL Data Vol MAC in MB: 9795.35
CA Activation Rate den: 61669

Time: 12:14:32
holiday: 0
CA DL DataVolRatio Pct num: 3981

Avg_Connected_UEs: 18.49
SIP DC%: 
DLRLCLayerDataVolume MB: 8849.79
DRB UL Data Volume MB: 1894
RRC Setup Attempts: 7008
weekend: 0
CA Activation Rate: 58.74
hr: 0
MAC_UE_SC_Tput: 10045.96

hr: 0
CA Activation Rate num: 10242884
UPTP Mbps Den: 1550
Setup_Fail_DEN: 6691
Peak UE: 29
PCT Time MIMO: 35.96
DL Volume: 5862
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4654
DL Data Vol MAC in MB: 9245.42

Time: 20:54:12
holiday: 0
CA DL DataVolRatio Pct: 88.16
CA DL DataVolRatio Pct num: 4707
HO Attempts: 73

DL MAC Vol Scell Pct: 32.2
SIP DC%: 
UPTP_Mbps: 46.85
DRB UL Data Volume MB: 8400
CA Conf FailRate Pct den: 4215
weekend: 0
UPTP Mbps Num: 9417
hr: 15
MAC_UE_SC_Tput: 4887.57

hr: 15
CA Activation Rate num: 5484670
UPTP Mbps Den: 3006
SIP_SC_Total_MOU: 159.62
Peak UE: 27
MB_per_connected_UE: 183.19
DL Data Vol MAC in MB: 3523.89

Time: 21:31:03
holiday: 0
CA DL DataVolRatio Pct: 61.22
HO Attempts: 300

Avg_Connected_UEs: 64.47
SIP DC%: 
DLRLCLayerDataVolume MB: 2160.97
DRB UL Data Volume MB: 2351
RRC Setup Attempts: 8651
weekend: 0
UPTP Mbps Num: 8937
CA Activation Rate: 33.52
hr: 2
MAC_UE_SC_Tput: 7604.71
Bearer Releases: 7790

hr: 2
CA Activation Rate num: 3491414
Setup_Fail_DEN: 6693
SIP_SC_Total_MOU: 11.03
S1U_SIP_SC_SEER_den: 202
MB_per_connected_UE: 87.77
PCT Time MIMO: 34.51
DL Volume: 6540
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8387
UL Throughput: 4.81
DL Data Vol MAC in MB: 4863.62
CA Activation Rate den: 223811

Combined RACH Preambles: 2156
Time: 14:11:57
Date: 01-01-2023
holiday: 0
CA DL DataVolRatio Pct: 69.57
CA DL DataVolRatio Pct num: 5081

Avg_Connected_UEs: 40.68
SIP DC%: 
UPTP_Mbps: 121.38
DLRLCLayerDataVolume MB: 8903.87
DRB UL Data Volume MB: 8909
RRC Setup Attempts: 4487
CA DL DataVolRatio Pct den: 8148
CA Conf FailRate Pct den: 8937
weekend: 0
UPTP Mbps Num: 51873
CA Activation Rate: 17.29
hr: 21
MAC_UE_SC_Tput: 16439.86
Bearer Releases: 13441

hr: 21
CA Activation Rate num: 7102580
SIP_SC_Total_MOU: 383.3
Peak UE: 71
VOLTE IA%: 
DL Volume: 5079
CA Activation Rate den: 46985

Time: 03:05:13
holiday: 0
CA DL DataVolRatio Pct: 77.75
HO Attempts: 908

Avg_Connected_UEs: 55.87
SIP DC%: 
UPTP_Mbps: 36.18
DRB UL Data Volume MB: 5787
PRB Util%: 9.92
CA Conf FailRate Pct den: 7267
weekend: 1
hr: 18
MAC_UE_SC_Tput: 17354.55
Bearer Releases: 8027

hr: 18
UPTP Mbps Den: 2822
Setup_Fail_DEN: 9733
SIP_SC_Total_MOU: 146.66
CA Activation Rate den: 151075

Time: 06:01:09
holiday: 0
CA DL DataVolRatio Pct: 59.6

DL MAC Vol Scell Pct: 35.13
Avg_Connected_UEs: 38.13
SIP DC%: 
UPTP_Mbps: 14.16
PRB Util%: 72.13
RRC Setup Attempts: 8237
CA Conf FailRate Pct den: 9169
weekend: 1
S1U_SIP_SC_SEER_num: 231
CA Activation Rate: 10.73
hr: 4
MAC_UE_SC_Tput: 7205.42

hr: 4
CA Activation Rate num: 10084157
UPTP Mbps Den: 2219
Setup_Fail_DEN: 7075
SIP_SC_Total_MOU: 275.51
Peak UE: 52
MB_per_connected_UE: 28.41
PCT Time MIMO: 41.13
DL Volume: 7821
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8994
UL Throughput: 4.38

Time: 14:59:21
holiday: 0
CA DL DataVolRatio Pct: 80.16
CA DL DataVolRatio Pct num: 5361

DL MAC Vol Scell Pct: 4.76
Avg_Connected_UEs: 42.02
SIP DC%: 
UPTP_Mbps: 25.48
DLRLCLayerDataVolume MB: 6424.94
DRB UL Data Volume MB: 9161
CA DL DataVolRatio Pct den: 5015
CA Conf FailRate Pct den: 5560
weekend: 0
UPTP Mbps Num: 54988
CA Activation Rate: 25.99
hr: 23
MAC_UE_SC_Tput: 13196.21
Bearer Releases: 13623

hr: 23
CA Activation Rate num: 10483448
UPTP Mbps Den: 1749
Setup_Fail_DEN: 17684
SIP_SC_Total_MOU: 1.44
Peak UE: 53
PCT Time MIMO: 61.9
DL Volume: 6632
DL Data Vol MAC in MB: 2019.35

Time: 00:29:16
holiday: 0
CA DL DataVolRatio Pct: 60.06
HO_att_InterFreq: 645
CA DL DataVolRatio Pct num: 2001

DL MAC Vol Scell Pct: 22.65
Avg_Connected_UEs: 39.81
SIP DC%: 
UPTP_Mbps: 29.77
DLRLCLayerDataVolume MB: 298.72
DRB UL Data Volume MB: 2730
PRB Util%: 13.31
RRC Setup Attempts: 8936
CA DL DataVolRatio Pct den: 7523
CA Conf FailRate Pct den: 3605
RSSIRX1 Avg: -96.51
weekend: 0
UPTP Mbps Num: 58577
CA Activation Rate: 4.56
hr: 12
MAC_UE_SC_Tput: 16177.49

hr: 12
CA Activation Rate num: 4793929
Setup_Fail_DEN: 12217
SIP_SC_Total_MOU: 75.46
Peak UE: 34
MB_per_connected_UE: 79.7
PCT Time MIMO: 34.49
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6002

Time: 14:36:14
holiday: 0
CA DL DataVolRatio Pct: 75.02

SIP DC%: 
DLRLCLayerDataVolume MB: 7527.18
DRB UL Data Volume MB: 6777
PRB Util%: 70.13
CA DL DataVolRatio Pct den: 6566
CA Conf FailRate Pct den: 7026
weekend: 0
RSSIRX2 Avg: -96.08
CA Activation Rate: 7.77
hr: 6
MAC_UE_SC_Tput: 10169.27
Bearer Releases: 9739

hr: 6
CA Activation Rate num: 2674207
SIP_SC_Total_MOU: 289.06
Peak UE: 27
MB_per_connected_UE: 167.79
PCT Time MIMO: 51.41
DL Volume: 1228
CA Activation Rate den: 124198

Time: 03:16:15
holiday: 0

DL MAC Vol Scell Pct: 2.71
SIP DC%: 
DLRLCLayerDataVolume MB: 4488.18
DRB UL Data Volume MB: 6915
PRB Util%: 37.69
CA DL DataVolRatio Pct den: 7939
CA Conf FailRate Pct den: 7863
weekend: 0
UPTP Mbps Num: 34408
CA Activation Rate: 53.21
hr: 23
MAC_UE_SC_Tput: 19523.04
Bearer Releases: 15723

hr: 23
CA Activation Rate num: 10387043
UPTP Mbps Den: 1399
Setup_Fail_DEN: 15485
SIP_SC_Total_MOU: 115.97
Peak UE: 51
DL Volume: 5119
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4134
DL Data Vol MAC in MB: 10036.41

Time: 14:51:08
Date: 01-10-2023
holiday: 0

DL MAC Vol Scell Pct: 39.96
SIP DC%: 
DRB UL Data Volume MB: 6728
RRC Setup Attempts: 8371
CA Conf FailRate Pct den: 8401
weekend: 0
UPTP Mbps Num: 31500
RSSIRX2 Avg: -94.37
CA Activation Rate: 6.92
hr: 23
MAC_UE_SC_Tput: 11432.17

hr: 23
CA Activation Rate num: 11005624
UPTP Mbps Den: 304
Setup_Fail_DEN: 11722
SIP_SC_Total_MOU: 312.72
Peak UE: 85
MB_per_connected_UE: 88.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8382
DL Data Vol MAC in MB: 8863.78

Time: 02:14:32
holiday: 0

SIP DC%: 
UPTP_Mbps: 37.16
DLRLCLayerDataVolume MB: 6409.66
DRB UL Data Volume MB: 8767
PRB Util%: 13.72
RRC Setup Attempts: 6076
CA Conf FailRate Pct den: 6720
weekend: 0
CA Activation Rate: 22.17
hr: 13
MAC_UE_SC_Tput: 11183.06

hr: 13
CA Activation Rate num: 9715056
UPTP Mbps Den: 1293
Setup_Fail_DEN: 13017
SIP_SC_Total_MOU: 91.13
Peak UE: 39
VOLTE IA%: 
MB_per_connected_UE: 179.51
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8815
DL Data Vol MAC in MB: 5202.71
CA Activation Rate den: 116911

Combined RACH Preambles: 3147
Time: 16:47:23
Date: 14-10-2022
holiday: 0
CA DL DataVolRatio Pct: 62.18
CA DL DataVolRatio Pct num: 5569

SIP DC%: 
UPTP_Mbps: 120.44
weekend: 0
UPTP Mbps Num: 4766
hr: 3
MAC_UE_SC_Tput: 6910.01

hr: 3
CA Activation Rate num: 2607077
UPTP Mbps Den: 1844
Setup_Fail_DEN: 8864
Peak UE: 31
MB_per_connected_UE: 38.23
DL Volume: 7605
DL Data Vol MAC in MB: 7109.56

Time: 10:00:03
holiday: 0
CA DL DataVolRatio Pct: 90.09
CA DL DataVolRatio Pct num: 1401

DL MAC Vol Scell Pct: 9.37
Avg_Connected_UEs: 19.04
SIP DC%: 
UPTP_Mbps: 41.2
DLRLCLayerDataVolume MB: 2424.6
DRB UL Data Volume MB: 4967
RRC Setup Attempts: 4872
CA DL DataVolRatio Pct den: 10196
weekend: 0
UPTP Mbps Num: 25092
CA Activation Rate: 46.01
hr: 13
MAC_UE_SC_Tput: 6792.82
Bearer Releases: 9634

hr: 13
CA Activation Rate num: 1872713
UPTP Mbps Den: 1644
Peak UE: 73
MB_per_connected_UE: 30.55
PCT Time MIMO: 47.81
DL Volume: 3767
DL Data Vol MAC in MB: 595
CA Activation Rate den: 150332

Time: 18:38:36
holiday: 0
HO_att_InterFreq: 741

SIP DC%: 
UPTP_Mbps: 46.99
DLRLCLayerDataVolume MB: 1527.37
DRB UL Data Volume MB: 3246
RRC Setup Attempts: 5373
weekend: 0
UPTP Mbps Num: 14311
hr: 20
MAC_UE_SC_Tput: 7535.45
Bearer Releases: 7095

hr: 20
Setup_Fail_DEN: 7031
Peak UE: 79
MB_per_connected_UE: 71.85
PCT Time MIMO: 69.67
DL Volume: 6120
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3525
DL Data Vol MAC in MB: 2437.78
CA Activation Rate den: 180416

Time: 00:27:45
holiday: 0
HO Attempts: 720

DL MAC Vol Scell Pct: 48.34
Avg_Connected_UEs: 76.56
SIP DC%: 
UPTP_Mbps: 33.36
DLRLCLayerDataVolume MB: 7360.97
DRB UL Data Volume MB: 7673
RRC Setup Attempts: 4515
CA DL DataVolRatio Pct den: 9545
weekend: 0
hr: 23
MAC_UE_SC_Tput: 14060.96
Bearer Releases: 7725

hr: 23
UPTP Mbps Den: 1725
Peak UE: 27
MB_per_connected_UE: 81.73

Time: 08:11:55
holiday: 0
CA DL DataVolRatio Pct: 59.82
HO_att_InterFreq: 607
CA DL DataVolRatio Pct num: 7023

Avg_Connected_UEs: 42.47
SIP DC%: 
UPTP_Mbps: 25.32
DLRLCLayerDataVolume MB: 6785.86
PRB Util%: 35.61
CA DL DataVolRatio Pct den: 8437
CA Conf FailRate Pct den: 5664
weekend: 0
CA Activation Rate: 29.45
hr: 4
MAC_UE_SC_Tput: 18413.26
Bearer Releases: 8832

hr: 4
CA Activation Rate num: 2458152
Setup_Fail_DEN: 7513
SIP_SC_Total_MOU: 55.27
Peak UE: 97
MB_per_connected_UE: 28.29
DL Volume: 9529
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3821

Combined RACH Preambles: 1964
Time: 04:12:37
holiday: 0
CA DL DataVolRatio Pct: 80.74
CA DL DataVolRatio Pct num: 3856

DL MAC Vol Scell Pct: 23.79
SIP DC%: 
UPTP_Mbps: 82.7
weekend: 0
RSSIRX2 Avg: -93.4
hr: 17
MAC_UE_SC_Tput: 5046.69

hr: 17
CA Activation Rate num: 5219645
UPTP Mbps Den: 497
Setup_Fail_DEN: 10488
Peak UE: 48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5969
Time: 00:14:59

holiday: 0
CA DL DataVolRatio Pct: 83.67
HO_att_InterFreq: 295
CA DL DataVolRatio Pct num: 3603

DL MAC Vol Scell Pct: 28.37
SIP DC%: 
UPTP_Mbps: 44.02
DLRLCLayerDataVolume MB: 1986.99
DRB UL Data Volume MB: 1980
PRB Util%: 75.37
RRC Setup Attempts: 6036
weekend: 0
UPTP Mbps Num: 31997
CA Activation Rate: 15.88
hr: 8
MAC_UE_SC_Tput: 19070.27

hr: 8
Avg CQI: 8
CA Activation Rate num: 81745
Peak UE: 43
VOLTE IA%: 
MB_per_connected_UE: 179.8
DL Volume: 2730
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9218

Time: 14:29:01
holiday: 0
CA DL DataVolRatio Pct: 90.14
CA DL DataVolRatio Pct num: 2780

DL MAC Vol Scell Pct: 14.71
Avg_Connected_UEs: 59.85
SIP DC%: 
UPTP_Mbps: 46.07
DLRLCLayerDataVolume MB: 8356.71
DRB UL Data Volume MB: 593
CA DL DataVolRatio Pct den: 3151
CA Conf FailRate Pct den: 5556
weekend: 0
CA Activation Rate: 35.7
hr: 0
MAC_UE_SC_Tput: 4552.34
Bearer Releases: 14304

hr: 0
CA Activation Rate num: 1784285
UPTP Mbps Den: 355
Setup_Fail_DEN: 19741
SIP_SC_Total_MOU: 32.65
Peak UE: 27
MB_per_connected_UE: 119.04
PCT Time MIMO: 45.42
DL Volume: 2354
UL Throughput: 3.97
CA Activation Rate den: 58397

Time: 19:06:20
Date: 19-12-2023
holiday: 0
SIP_SC_Call_Attempts: 192
CA DL DataVolRatio Pct num: 6663

Avg_Connected_UEs: 53.18
SIP DC%: 
DLRLCLayerDataVolume MB: 8547.85
PRB Util%: 44.43
CA DL DataVolRatio Pct den: 7695
CA Conf FailRate Pct den: 7654
weekend: 0
UPTP Mbps Num: 25916
hr: 6
MAC_UE_SC_Tput: 14749.77

hr: 6
CA Activation Rate num: 9564166
UPTP Mbps Den: 2048
Setup_Fail_DEN: 10287
SIP_SC_Total_MOU: 114.1
Peak UE: 27
MB_per_connected_UE: 56.72
PCT Time MIMO: 41.92
DL Data Vol MAC in MB: 6298.81

Time: 07:11:27
holiday: 0
CA DL DataVolRatio Pct: 64.16

SIP DC%: 
UPTP_Mbps: 33.56
DLRLCLayerDataVolume MB: 891.42
RRC Setup Attempts: 5723
CA DL DataVolRatio Pct den: 10152
weekend: 0
CA Activation Rate: 15.33
hr: 22
MAC_UE_SC_Tput: 5992.67

hr: 22
CA Activation Rate num: 5439467
UPTP Mbps Den: 386
Setup_Fail_DEN: 8305
SIP_SC_Total_MOU: 421.18
Peak UE: 27
MB_per_connected_UE: 100.5
DL Volume: 2283
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6505
DL Data Vol MAC in MB: 2785.12
CA Activation Rate den: 67460

Time: 21:08:45
holiday: 0
CA DL DataVolRatio Pct: 88.29
CA DL DataVolRatio Pct num: 6729

SIP DC%: 
DLRLCLayerDataVolume MB: 9070.87
CA DL DataVolRatio Pct den: 7442
CA Conf FailRate Pct den: 6699
weekend: 0
CA Activation Rate: 52.64
hr: 23
MAC_UE_SC_Tput: 15506.7
Bearer Releases: 9373

hr: 23
UPTP Mbps Den: 2667
Setup_Fail_DEN: 8827
Peak UE: 36
MB_per_connected_UE: 41.74
PCT Time MIMO: 37.09
DL Volume: 9412
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6176
UL Throughput: 6.16
DL Data Vol MAC in MB: 2685.43
CA Activation Rate den: 79152

Time: 08:26:42
holiday: 0
CA DL DataVolRatio Pct: 60.81
HO Attempts: 810

DL MAC Vol Scell Pct: 17.39
SIP DC%: 
UPTP_Mbps: 11.35
DLRLCLayerDataVolume MB: 9476.09
DRB UL Data Volume MB: 3296
PRB Util%: 71.07
RRC Setup Attempts: 6148
CA DL DataVolRatio Pct den: 6880
weekend: 0
UPTP Mbps Num: 1107
hr: 3
MAC_UE_SC_Tput: 9283.43
Bearer Releases: 18113

hr: 3
CA Activation Rate num: 4974030
UPTP Mbps Den: 1646
Setup_Fail_DEN: 6948
SIP_SC_Total_MOU: 313.79
Peak UE: 62
MB_per_connected_UE: 53.18
DL Volume: 779
DL Data Vol MAC in MB: 6693.21
CA Activation Rate den: 51709
Combined RACH Preambles: 3865

Time: 13:54:43
holiday: 0
CA DL DataVolRatio Pct num: 586
HO Attempts: 81

Avg_Connected_UEs: 41.64
SIP DC%: 
DLRLCLayerDataVolume MB: 476.43
DRB UL Data Volume MB: 9787
Avg_PUCCH_SINR: 17.44
PRB Util%: 7.99
CA DL DataVolRatio Pct den: 6413
RSSIRX1 Avg: -98.13
weekend: 0
UPTP Mbps Num: 30974
CA Activation Rate: 59.55
hr: 3
MAC_UE_SC_Tput: 4833.62

hr: 3
CA Activation Rate num: 8528113
Setup_Fail_DEN: 11076
Peak UE: 39
DL Volume: 3057
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3916
DL Data Vol MAC in MB: 5062.94

Time: 12:46:17
holiday: 0
CA DL DataVolRatio Pct: 78.92
CA DL DataVolRatio Pct num: 6208

DL MAC Vol Scell Pct: 5.13
Avg_Connected_UEs: 22.64
SIP DC%: 
UPTP_Mbps: 38.19
DLRLCLayerDataVolume MB: 7372.71
DRB UL Data Volume MB: 6962
weekend: 1
UPTP Mbps Num: 3657
CA Activation Rate: 26.95
hr: 23
MAC_UE_SC_Tput: 5104.22

hr: 23
CA Activation Rate num: 6388906
UPTP Mbps Den: 92
SIP_SC_Total_MOU: 289.99
Peak UE: 66
PCT Time MIMO: 40.72
DL Volume: 6210
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5833
DL Data Vol MAC in MB: 9351.49
CA Activation Rate den: 122773

Time: 07:39:35
holiday: 0
CA DL DataVolRatio Pct: 74.27
CA DL DataVolRatio Pct num: 5263

SIP DC%: 
DLRLCLayerDataVolume MB: 7776.73
DRB UL Data Volume MB: 9344
CA DL DataVolRatio Pct den: 1932
CA Conf FailRate Pct den: 3601
weekend: 0
UPTP Mbps Num: 11282
hr: 23
MAC_UE_SC_Tput: 6865.27
Bearer Releases: 10566

hr: 23
CA Activation Rate num: 12945173
UPTP Mbps Den: 361
SIP_SC_Total_MOU: 110.95
Peak UE: 27
MB_per_connected_UE: 55.62
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6610

Time: 08:47:10
holiday: 0
CA DL DataVolRatio Pct: 74.83
HO_att_InterFreq: 1000
CA DL DataVolRatio Pct num: 4283

SIP DC%: 
UPTP_Mbps: 41.69
DRB UL Data Volume MB: 8723
RRC Setup Attempts: 5689
CA DL DataVolRatio Pct den: 5622
CA Conf FailRate Pct den: 5857
weekend: 0
CA Activation Rate: 33.35
hr: 2
MAC_UE_SC_Tput: 6050.23
Bearer Releases: 6669

hr: 2
CA Activation Rate num: 1098727
UPTP Mbps Den: 1559
Setup_Fail_DEN: 9342
SIP_SC_Total_MOU: 15.26
Peak UE: 28
MB_per_connected_UE: 14.65
PCT Time MIMO: 40.25
DL Volume: 630
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4269
DL Data Vol MAC in MB: 7326.07

Time: 11:14:02
Date: 22-02-2023
holiday: 0
Bearer Releases Voice: 163
CA DL DataVolRatio Pct num: 7604

DL MAC Vol Scell Pct: 22.74
SIP DC%: 
UPTP_Mbps: 34.75
DLRLCLayerDataVolume MB: 4329.41
DRB UL Data Volume MB: 3786
RRC Setup Attempts: 3337
CA DL DataVolRatio Pct den: 7103
weekend: 0
UPTP Mbps Num: 5176
S1U_SIP_SC_SEER_num: 222
CA Activation Rate: 47.34
hr: 10
MAC_UE_SC_Tput: 19754.79

hr: 10
CA Activation Rate num: 10315723
Setup_Fail_DEN: 8992
SIP_SC_Total_MOU: 226.2
Peak UE: 72
DL Volume: 6898
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7565
UL Throughput: 3.94
CA Activation Rate den: 157635

Time: 11:14:48
holiday: 0

Avg_Connected_UEs: 40
SIP DC%: 
DLRLCLayerDataVolume MB: 3460.61
PRB Util%: 22.56
weekend: 0
CA Activation Rate: 11.07
hr: 0
MAC_UE_SC_Tput: 12089.17
Bearer Releases: 12428

hr: 0
UPTP Mbps Den: 2505
Peak UE: 83
DL Volume: 2129
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7582
CA Activation Rate den: 80947

Time: 14:00:03
holiday: 0

DL MAC Vol Scell Pct: 7.09
Avg_Connected_UEs: 64.4
SIP DC%: 
UPTP_Mbps: 47.08
DLRLCLayerDataVolume MB: 8157.11
CA Conf FailRate Pct den: 6515
weekend: 0
CA Activation Rate: 76.48
hr: 21
MAC_UE_SC_Tput: 4625.98
Bearer Releases: 6207

hr: 21
qci1_setup_attempts: 254
Avg CQI: 8.99
CA Activation Rate num: 5554854
UPTP Mbps Den: 2432
UL MAC Vol Scell Pct: 0.92
Peak UE: 83
MB_per_connected_UE: 57.46
DL Volume: 7121
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4313
CA Activation Rate den: 61478

Combined RACH Preambles: 2473
Time: 17:16:44
holiday: 0
CA DL DataVolRatio Pct num: 6086

DL MAC Vol Scell Pct: 41.55
Avg_Connected_UEs: 37.34
SIP DC%: 
UPTP_Mbps: 7.23
DLRLCLayerDataVolume MB: 6409.24
DRB UL Data Volume MB: 1391
PRB Util%: 66.29
CA DL DataVolRatio Pct den: 6615
CA Conf FailRate Pct den: 6856
RSSIRX1 Avg: -94.82
weekend: 0
hr: 15
MAC_UE_SC_Tput: 14055.43

hr: 15
Setup_Fail_DEN: 14333
Peak UE: 27
MB_per_connected_UE: 189.54
DL Data Vol MAC in MB: 10093.36
CA Activation Rate den: 60689

Time: 14:24:09
Date: 21-01-2022
holiday: 0
CA DL DataVolRatio Pct: 86.08
HO_att_InterFreq: 1028

DL MAC Vol Scell Pct: 12.9
Avg_Connected_UEs: 69.52
SIP DC%: 
UPTP_Mbps: 55
DLRLCLayerDataVolume MB: 8443.44
DRB UL Data Volume MB: 9711
RRC Setup Attempts: 5305
CA DL DataVolRatio Pct den: 5735
weekend: 0
UPTP Mbps Num: 18140
hr: 0
MAC_UE_SC_Tput: 6876.47

hr: 0
CA Activation Rate num: 7383185
UPTP Mbps Den: 2518
Setup_Fail_DEN: 12863
Peak UE: 42
MB_per_connected_UE: 121.51
PCT Time MIMO: 36.47
DL Data Vol MAC in MB: 8784.83
CA Activation Rate den: 68191
Combined RACH Preambles: 3059

Time: 13:34:13
holiday: 0

DL MAC Vol Scell Pct: 50.91
SIP DC%: 
DLRLCLayerDataVolume MB: 4481.83
DRB UL Data Volume MB: 4668
RRC Setup Attempts: 3381
CA DL DataVolRatio Pct den: 8254
CA Conf FailRate Pct den: 6367
weekend: 0
hr: 20
MAC_UE_SC_Tput: 15849.14
Bearer Releases: 9772

hr: 20
CA Activation Rate num: 4514301
Setup_Fail_DEN: 8861
Peak UE: 27
MB_per_connected_UE: 61.16
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7167
CA Activation Rate den: 59398

Time: 03:01:10
holiday: 0
HO_att_InterFreq: 150
HO Attempts: 65

SIP DC%: 
UPTP_Mbps: 28.41
DLRLCLayerDataVolume MB: 5858.25
DRB UL Data Volume MB: 4266
PRB Util%: 28.63
RRC Setup Attempts: 4654
weekend: 0
UPTP Mbps Num: 7169
CA Activation Rate: 12.24
hr: 0

hr: 0
SIP_SC_Total_MOU: 273.48
Peak UE: 27
MB_per_connected_UE: 110.04
DL Volume: 8856
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6916
UL Throughput: 7.72
CA Activation Rate den: 206371

Time: 07:15:40
holiday: 0
CA DL DataVolRatio Pct: 86.92
HO Attempts: 754

DL MAC Vol Scell Pct: 4.07
Avg_Connected_UEs: 42.76
SIP DC%: 
UPTP_Mbps: 36.99
DLRLCLayerDataVolume MB: 3547.21
PRB Util%: 68.96
RRC Setup Attempts: 7704
weekend: 1
UPTP Mbps Num: 8029
RSSIRX2 Avg: -94.93
CA Activation Rate: 25.73
hr: 23
MAC_UE_SC_Tput: 10886.09
Bearer Releases: 8148

hr: 23
CA Activation Rate num: 7194220
UPTP Mbps Den: 3049
SIP_SC_Total_MOU: 414.22
MB_per_connected_UE: 21.74
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7564
DL Data Vol MAC in MB: 8064.03
CA Activation Rate den: 182045

Time: 14:32:27
holiday: 0
CA DL DataVolRatio Pct: 87.64
CA DL DataVolRatio Pct num: 5408

DL MAC Vol Scell Pct: 15.06
Avg_Connected_UEs: 52.9
SIP DC%: 
UPTP_Mbps: 32.68
DLRLCLayerDataVolume MB: 7874
PRB Util%: 71.87
CA Conf FailRate Pct den: 7045
weekend: 0
CA Activation Rate: 14.13
hr: 23
MAC_UE_SC_Tput: 6937.34
Bearer Releases: 8961

hr: 23
CA Activation Rate num: 5134490
UPTP Mbps Den: 1846
Setup_Fail_DEN: 15371
SIP_SC_Total_MOU: 129.87
Peak UE: 78
MB_per_connected_UE: 24.56
PCT Time MIMO: 57.56
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5656
DL Data Vol MAC in MB: 1547.19

Time: 10:04:13
Date: 18-07-2023
holiday: 0
CA DL DataVolRatio Pct: 68.27
HO_att_InterFreq: 320
HO Attempts: 439

SIP DC%: 
DRB UL Data Volume MB: 7859
PRB Util%: 60.5
UL Resid BLER PCT: 0.92
CA DL DataVolRatio Pct den: 6266
CA Conf FailRate Pct den: 6177
weekend: 0
UPTP Mbps Num: 24181
CA Activation Rate: 11.63
hr: 19
MAC_UE_SC_Tput: 6071.34
Bearer Releases: 10668

hr: 19
CA Activation Rate num: 2150534
UPTP Mbps Den: 927
Setup_Fail_DEN: 10546
SIP_SC_Total_MOU: 144.07
Peak UE: 27
MB_per_connected_UE: 70.17
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5870

Time: 20:42:06
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4128.53
DRB UL Data Volume MB: 6269
PRB Util%: 32.7
RRC Setup Attempts: 5016
weekend: 0
UPTP Mbps Num: 26162
CA Activation Rate: 35.23
hr: 17
MAC_UE_SC_Tput: 12954.69

hr: 17
CA Activation Rate num: 4471582
UPTP Mbps Den: 1700
Setup_Fail_DEN: 19384
SIP_SC_Total_MOU: 301.41
Peak UE: 31
MB_per_connected_UE: 35.45
DL Volume: 3195
DL Data Vol MAC in MB: 9094.01
CA Activation Rate den: 139548

Time: 08:02:02
holiday: 0
CA DL DataVolRatio Pct: 62.07
SIP_SC_Call_Attempts: 200

SIP DC%: 
DLRLCLayerDataVolume MB: 4861.93
PRB Util%: 14.11
CA DL DataVolRatio Pct den: 9313
weekend: 0
S1U_SIP_SC_SEER_num: 156
hr: 23
MAC_UE_SC_Tput: 7988.53
Bearer Releases: 6863

hr: 23
Avg CQI: 11.29
CA Activation Rate num: 9832368
UPTP Mbps Den: 726
Setup_Fail_DEN: 8701
SIP_SC_Total_MOU: 316.75
Peak UE: 36
MB_per_connected_UE: 110.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5415
CA Activation Rate den: 46936

Combined RACH Preambles: 2760
Time: 06:47:34
Date: 17-07-2022
holiday: 0

Avg_Connected_UEs: 53
SIP DC%: 
DLRLCLayerDataVolume MB: 1852.95
DRB UL Data Volume MB: 6931
CA DL DataVolRatio Pct den: 779
CA Conf FailRate Pct den: 5095
weekend: 0
CA Activation Rate: 65.95
hr: 13
MAC_UE_SC_Tput: 9139.73
Bearer Releases: 16115

hr: 13
CA Activation Rate num: 3620358
Setup_Fail_DEN: 15996
SIP_SC_Total_MOU: 58.87
Peak UE: 38
MB_per_connected_UE: 48.68
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3306
DL Data Vol MAC in MB: 6901.25

Combined RACH Preambles: 2700
Time: 14:55:15
holiday: 0
CA DL DataVolRatio Pct: 60.33
CA DL DataVolRatio Pct num: 6275

Avg_Connected_UEs: 79.43
SIP DC%: 
UPTP_Mbps: 15.25
DLRLCLayerDataVolume MB: 156.01
CA DL DataVolRatio Pct den: 9164
weekend: 0
hr: 7
MAC_UE_SC_Tput: 5215.49
Bearer Releases: 7563

hr: 7
CA Activation Rate num: 5748637
Setup_Fail_DEN: 11643
SIP_SC_Total_MOU: 306.16
MB_per_connected_UE: 63.03
DL Volume: 3346
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4118
CA Activation Rate den: 51459

Combined RACH Preambles: 2810
Time: 17:40:30
holiday: 0
CA DL DataVolRatio Pct: 84.36

SIP DC%: 
UPTP_Mbps: 22.04
DLRLCLayerDataVolume MB: 1792.26
PRB Util%: 37.35
RRC Setup Attempts: 6130
CA DL DataVolRatio Pct den: 3703
weekend: 0
UPTP Mbps Num: 55108
CA Activation Rate: 4.44
hr: 11
MAC_UE_SC_Tput: 18290.88
Bearer Releases: 12392

hr: 11
CA Activation Rate num: 8213288
UPTP Mbps Den: 2779
SIP_SC_Total_MOU: 114.02
S1U_SIP_SC_SEER_den: 232
Peak UE: 27
MB_per_connected_UE: 65.79
DL Volume: 6793
DL Data Vol MAC in MB: 5921.01
CA Activation Rate den: 227092

Combined RACH Preambles: 3813
Date: 28-12-2022
holiday: 0
CA DL DataVolRatio Pct: 88.58
CA DL DataVolRatio Pct num: 215
HO Attempts: 528

Avg_Connected_UEs: 45.39
SIP DC%: 
DLRLCLayerDataVolume MB: 2107.38
DRB UL Data Volume MB: 6774
DL Packet Loss Pct: 3.41
CA DL DataVolRatio Pct den: 7274
CA Conf FailRate Pct den: 6478
weekend: 0
UPTP Mbps Num: 33636
hr: 10
MAC_UE_SC_Tput: 17222.7
Bearer Releases: 12888

hr: 10
Setup_Fail_DEN: 7992
SIP_SC_Total_MOU: 127.83
Peak UE: 50
MB_per_connected_UE: 122.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5362
CA Activation Rate den: 61323

Time: 20:22:47
Date: 13-01-2022
holiday: 0
CA DL DataVolRatio Pct: 70.8

SIP DC%: 
UPTP_Mbps: 27.68
DLRLCLayerDataVolume MB: 1408.74
DRB UL Data Volume MB: 7098
RRC Setup Attempts: 9012
CA DL DataVolRatio Pct den: 8394
weekend: 0
UPTP Mbps Num: 26234
CA Activation Rate: 70.79
hr: 0
MAC_UE_SC_Tput: 11120.91
Bearer Releases: 12276

hr: 0
CA Activation Rate num: 6155324
UPTP Mbps Den: 2493
Setup_Fail_DEN: 12410
Peak UE: 54
MB_per_connected_UE: 148.89
PCT Time MIMO: 43.18
DL Volume: 5984

Time: 02:22:48
holiday: 0
CA DL DataVolRatio Pct: 63
CA DL DataVolRatio Pct num: 288

DL MAC Vol Scell Pct: 3.81
SIP DC%: 
DLRLCLayerDataVolume MB: 9901.8
DRB UL Data Volume MB: 7266
RRC Setup Attempts: 3789
CA DL DataVolRatio Pct den: 5232
CA Conf FailRate Pct den: 4661
weekend: 0
UPTP Mbps Num: 48001
CA Activation Rate: 8.94
hr: 11
MAC_UE_SC_Tput: 17142.46
Bearer Releases: 9134

hr: 11
CA Activation Rate num: 8361906
UPTP Mbps Den: 1247
Setup_Fail_DEN: 14828
SIP_SC_Total_MOU: 283.58
Peak UE: 35
MB_per_connected_UE: 68.47
PCT Time MIMO: 42.18
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4018
CA Activation Rate den: 75806

Time: 13:14:57
holiday: 0
HO_att_InterFreq: 531

SIP DC%: 
UPTP_Mbps: 132.62
DLRLCLayerDataVolume MB: 9463.3
DRB UL Data Volume MB: 4650
RRC Setup Attempts: 4842
CA Conf FailRate Pct den: 3859
weekend: 0
CA Activation Rate: 32.16
hr: 5
MAC_UE_SC_Tput: 12927.35
Bearer Releases: 14275

hr: 5
CA Activation Rate num: 3475766
UPTP Mbps Den: 4039
SIP_SC_Total_MOU: 86.71
Peak UE: 33
MB_per_connected_UE: 83.62
PCT Time MIMO: 46.19
DL Volume: 517
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5888
UL Throughput: 2.74
DL Data Vol MAC in MB: 7058.85

Combined RACH Preambles: 2682
Time: 15:17:34
Date: 21-12-2022
holiday: 0
CA DL DataVolRatio Pct: 61.17
HO_att_InterFreq: 522
CA DL DataVolRatio Pct num: 6049
HO Attempts: 790

DL MAC Vol Scell Pct: 29.19
Avg_Connected_UEs: 58.1
SIP DC%: 
UPTP_Mbps: 21.49
DLRLCLayerDataVolume MB: 4602.67
DRB UL Data Volume MB: 1152
RRC Setup Attempts: 4789
CA DL DataVolRatio Pct den: 10074
CA Conf FailRate Pct den: 7271
RSSIRX1 Avg: -95.56
weekend: 0
CA Activation Rate: 35.91
hr: 23
MAC_UE_SC_Tput: 17729.3
Bearer Releases: 12215

hr: 23
CA Activation Rate num: 10261506
Peak UE: 60
DL Volume: 3027
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3367
CA Activation Rate den: 54049

Time: 09:26:15
holiday: 0
CA DL DataVolRatio Pct: 77.37
HO Attempts: 745

Avg_Connected_UEs: 24.51
SIP DC%: 
UPTP_Mbps: 30.85
DRB UL Data Volume MB: 8291
PRB Util%: 12.2
CA DL DataVolRatio Pct den: 3565
CA Conf FailRate Pct den: 9025
weekend: 1
CA Activation Rate: 47.69
hr: 23
MAC_UE_SC_Tput: 5199
Bearer Releases: 15815

hr: 23
CA Activation Rate num: 2655768
UPTP Mbps Den: 3100
SIP_SC_Total_MOU: 50.72
Peak UE: 72
MB_per_connected_UE: 117.77
PCT Time MIMO: 58.01
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3289
Combined RACH Preambles: 2100
Time: 10:02:20
Date: 25-02-2022

holiday: 0
CA DL DataVolRatio Pct: 80.45
CA DL DataVolRatio Pct num: 4193

DL MAC Vol Scell Pct: 8.35
SIP DC%: 
UPTP_Mbps: 44.78
DLRLCLayerDataVolume MB: 3727.99
PRB Util%: 38.11
RRC Setup Attempts: 9212
CA DL DataVolRatio Pct den: 3300
weekend: 0
CA Activation Rate: 57.65
hr: 5
MAC_UE_SC_Tput: 5463.23

hr: 5
CA Activation Rate num: 1968118
UPTP Mbps Den: 2316
Setup_Fail_DEN: 7244
Peak UE: 36
MB_per_connected_UE: 37.46
PCT Time MIMO: 33.77
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5141
CA Activation Rate den: 100393

Time: 20:45:47
holiday: 0
CA DL DataVolRatio Pct: 83.65
SIP_SC_Call_Attempts: 216
CA DL DataVolRatio Pct num: 4931

DL MAC Vol Scell Pct: 29.45
Avg_Connected_UEs: 76.85
SIP DC%: 
UPTP_Mbps: 24.02
DLRLCLayerDataVolume MB: 6007.05
DRB UL Data Volume MB: 7534
CA DL DataVolRatio Pct den: 3541
CA Conf FailRate Pct den: 4799
weekend: 0
hr: 1
MAC_UE_SC_Tput: 5145.92
Bearer Releases: 7789

hr: 1
CA Activation Rate num: 13862357
UPTP Mbps Den: 1972
Setup_Fail_DEN: 14728
Peak UE: 39
MB_per_connected_UE: 18.39
PCT Time MIMO: 40.73
DL Volume: 1190

Time: 07:28:19
holiday: 0
CA DL DataVolRatio Pct: 77.34
CA DL DataVolRatio Pct num: 5415

DL MAC Vol Scell Pct: 6.4
Avg_Connected_UEs: 78.17
SIP DC%: 
DLRLCLayerDataVolume MB: 289.55
DRB UL Data Volume MB: 9084
PRB Util%: 11.43
RRC Setup Attempts: 3674
CA DL DataVolRatio Pct den: 8370
weekend: 0
UPTP Mbps Num: 58188
CA Activation Rate: 11.09
hr: 23
MAC_UE_SC_Tput: 12256
Bearer Releases: 9883

hr: 23
CA Activation Rate num: 9834810
UPTP Mbps Den: 2220
Setup_Fail_DEN: 12960
SIP_SC_Total_MOU: 101.62
Peak UE: 27
MB_per_connected_UE: 18.31
PCT Time MIMO: 50.44
DL Data Vol MAC in MB: 6336.19

Time: 03:18:28
holiday: 0
CA DL DataVolRatio Pct: 65.86
CA DL DataVolRatio Pct num: 7178

DL MAC Vol Scell Pct: 22.55
SIP DC%: 
UPTP_Mbps: 19.75
DLRLCLayerDataVolume MB: 2517.67
DRB UL Data Volume MB: 7771
RRC Setup Attempts: 5543
CA DL DataVolRatio Pct den: 8706
CA Conf FailRate Pct den: 5933
weekend: 0
CA Activation Rate: 62.42
hr: 7
Bearer Releases: 10804

hr: 7
CA Activation Rate num: 7252160
UPTP Mbps Den: 2913
Setup_Fail_DEN: 13652
Peak UE: 27
MB_per_connected_UE: 74.49
PCT Time MIMO: 36.29
DL Volume: 1968
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3470
DL Data Vol MAC in MB: 2486.39
CA Activation Rate den: 51432

Time: 13:27:01
holiday: 0
CA DL DataVolRatio Pct: 83.39

SIP DC%: 
DLRLCLayerDataVolume MB: 5698.86
DRB UL Data Volume MB: 5913
RRC Setup Attempts: 5786
CA DL DataVolRatio Pct den: 4478
CA Conf FailRate Pct den: 3299
weekend: 0
UPTP Mbps Num: 3830
RSSIRX2 Avg: -97.24
hr: 2
MAC_UE_SC_Tput: 12327.35
Bearer Releases: 7129

hr: 2
CA Activation Rate num: 3003697
Setup_Fail_DEN: 15600
Peak UE: 27
MB_per_connected_UE: 173.61
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5794
DL Data Vol MAC in MB: 875.33

Time: 15:25:09
holiday: 0
CA DL DataVolRatio Pct: 54.07
HO_att_InterFreq: 918

DL MAC Vol Scell Pct: 30.99
SIP DC%: 
UPTP_Mbps: 7.96
DLRLCLayerDataVolume MB: 9864.43
DRB UL Data Volume MB: 7664
PRB Util%: 31.35
RRC Setup Attempts: 6445
CA DL DataVolRatio Pct den: 4147
weekend: 0
UPTP Mbps Num: 32597
hr: 12
MAC_UE_SC_Tput: 8896.11

hr: 12
CA Activation Rate num: 5858882
UPTP Mbps Den: 2416
Setup_Fail_DEN: 13426
SIP_SC_Total_MOU: 262.78
Peak UE: 51
MB_per_connected_UE: 7.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3242
DL Data Vol MAC in MB: 2716.83

Time: 22:21:41
holiday: 0
CA DL DataVolRatio Pct: 56.37

Avg_Connected_UEs: 22.2
SIP DC%: 
UPTP_Mbps: 27.63
DLRLCLayerDataVolume MB: 3618.56
DRB UL Data Volume MB: 8016
PRB Util%: 6.32
RRC Setup Attempts: 6294
CA DL DataVolRatio Pct den: 8462
CA Conf FailRate Pct den: 4964
weekend: 0
S1U_SIP_SC_SEER_num: 109
CA Activation Rate: 29.6
hr: 1
MAC_UE_SC_Tput: 17916.2
Bearer Releases: 10116

hr: 1
CA Activation Rate num: 7804744
Setup_Fail_DEN: 6585
SIP_SC_Total_MOU: 105.56
Peak UE: 27
DL Data Vol MAC in MB: 8752.92
CA Activation Rate den: 110202

Time: 20:26:24
holiday: 0
CA DL DataVolRatio Pct: 79.8
HO_att_InterFreq: 231
CA DL DataVolRatio Pct num: 6960

Avg_Connected_UEs: 42.43
SIP DC%: 
DLRLCLayerDataVolume MB: 341.6
CA Conf FailRate Pct den: 7261
weekend: 0
UPTP Mbps Num: 20422
Bearer Setup Failure Voice Den: 216
CA Activation Rate: 61.44
hr: 2
MAC_UE_SC_Tput: 5794.76

hr: 2
CA Activation Rate num: 1265647
Setup_Fail_DEN: 12286
SIP_SC_Total_MOU: 308.66
Peak UE: 27
MB_per_connected_UE: 94.64
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3539
UL Throughput: 3.98
DL Data Vol MAC in MB: 1541.82
CA Activation Rate den: 95932

Time: 14:54:26
holiday: 0
CA DL DataVolRatio Pct: 90.02
CA DL DataVolRatio Pct num: 3690

Avg_Connected_UEs: 28.01
SIP DC%: 
UPTP_Mbps: 16.02
DLRLCLayerDataVolume MB: 731.27
DRB UL Data Volume MB: 3361
PRB Util%: 59.07
RRC Setup Attempts: 9083
CA Conf FailRate Pct den: 8439
weekend: 0
UPTP Mbps Num: 29243
hr: 15
MAC_UE_SC_Tput: 11767.03
Bearer Releases: 13421

hr: 15
CA Activation Rate num: 4865681
UPTP Mbps Den: 2478
Setup_Fail_DEN: 8888
Peak UE: 35
MB_per_connected_UE: 57.96
PCT Time MIMO: 34.23
DL Volume: 5840
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8819
DL Data Vol MAC in MB: 4549.52
CA Activation Rate den: 216628

Time: 20:24:24
holiday: 0
CA DL DataVolRatio Pct: 78.41
HO_att_InterFreq: 899
CA DL DataVolRatio Pct num: 5076

Avg_Connected_UEs: 77
SIP DC%: 
UPTP_Mbps: 23.44
DLRLCLayerDataVolume MB: 8485.6
CA DL DataVolRatio Pct den: 9904
CA Conf FailRate Pct den: 6594
weekend: 0
CA Activation Rate: 8.12
hr: 8
MAC_UE_SC_Tput: 18634.81
Bearer Releases: 11159

hr: 8
CA Activation Rate num: 5841146
SIP_SC_Total_MOU: 9.73
Peak UE: 79
MB_per_connected_UE: 203.82
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4474

Combined RACH Preambles: 3674
Time: 06:23:27
holiday: 0
CA DL DataVolRatio Pct: 42.36

Avg_Connected_UEs: 52.27
SIP DC%: 
UPTP_Mbps: 39.07
DLRLCLayerDataVolume MB: 5997.15
DRB UL Data Volume MB: 3087
PRB Util%: 14.39
RRC Setup Attempts: 4929
CA DL DataVolRatio Pct den: 9386
weekend: 0
UPTP Mbps Num: 35619
hr: 16
MAC_UE_SC_Tput: 11161.31
Bearer Releases: 6813

hr: 16
CA Activation Rate num: 3370680
Peak UE: 47
MB_per_connected_UE: 54.92
PCT Time MIMO: 32.34
CA Activation Rate den: 133221

Time: 06:44:18
holiday: 0
CA DL DataVolRatio Pct: 91.18
HO_att_InterFreq: 865
HO Attempts: 570

Avg_Connected_UEs: 59.63
SIP DC%: 
UPTP_Mbps: 43.08
DLRLCLayerDataVolume MB: 3470.8
RRC Setup Attempts: 3613
weekend: 0
UPTP Mbps Num: 44793
CA Activation Rate: 54.14
hr: 0
MAC_UE_SC_Tput: 8414.02

hr: 0
CA Activation Rate num: 4319315
UPTP Mbps Den: 1343
Setup_Fail_DEN: 13994
Peak UE: 27
DL Volume: 7523
DL Data Vol MAC in MB: 1004.45
CA Activation Rate den: 151441

Time: 00:47:04
holiday: 0
CA DL DataVolRatio Pct: 75.56
CA DL DataVolRatio Pct num: 1132
HO Attempts: 452

SIP DC%: 
UPTP_Mbps: 128.3
DLRLCLayerDataVolume MB: 3645.91
DRB UL Data Volume MB: 6162
PRB Util%: 5.26
CA DL DataVolRatio Pct den: 8911
CA Conf FailRate Pct den: 7469
weekend: 0
CA Activation Rate: 49.47
hr: 16
MAC_UE_SC_Tput: 8710.23

hr: 16
Avg CQI: 9
Peak UE: 27
MB_per_connected_UE: 176.77

Time: 08:14:07
holiday: 0
CA DL DataVolRatio Pct: 79.37
HO_att_InterFreq: 123
CA DL DataVolRatio Pct num: 7403

DL MAC Vol Scell Pct: 50
Avg_Connected_UEs: 20.22
SIP DC%: 
DLRLCLayerDataVolume MB: 6772.09
DRB UL Data Volume MB: 3922
RRC Setup Attempts: 4295
CA Conf FailRate Pct den: 5708
weekend: 0
UPTP Mbps Num: 60435
hr: 11
MAC_UE_SC_Tput: 6201.74
Bearer Releases: 9137

hr: 11
CA Activation Rate num: 10413686
UPTP Mbps Den: 2441
Setup_Fail_DEN: 11041
SIP_SC_Total_MOU: 292.43
Peak UE: 27
ERAB Setup Fail%: 0.18
DL Volume: 8435
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8650
DL Data Vol MAC in MB: 1462.35

Time: 14:55:38
holiday: 0
CA DL DataVolRatio Pct num: 6335
HO Attempts: 485

DL MAC Vol Scell Pct: 11.19
Avg_Connected_UEs: 18.22
SIP DC%: 
UPTP_Mbps: 46.25
DLRLCLayerDataVolume MB: 2899.99
DRB UL Data Volume MB: 2035
PRB Util%: 61.41
weekend: 0
UPTP Mbps Num: 42257
S1U_SIP_SC_SEER_num: 131
CA Activation Rate: 76.56
hr: 23
MAC_UE_SC_Tput: 12957.29
Bearer Releases: 14089

hr: 23
qci1_setup_attempts: 90
CA Activation Rate num: 10731011
Setup_Fail_DEN: 12842
SIP_SC_Total_MOU: 318.89
Peak UE: 30
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5861
DL Data Vol MAC in MB: 6730.18
CA Activation Rate den: 177307

Combined RACH Preambles: 4042
Time: 15:10:28
holiday: 0
CA DL DataVolRatio Pct num: 431

DL MAC Vol Scell Pct: 3.36
Avg_Connected_UEs: 26.31
SIP DC%: 
UPTP_Mbps: 24.66
DLRLCLayerDataVolume MB: 9252.74
CA DL DataVolRatio Pct den: 4606
weekend: 0
CA Activation Rate: 75.02
hr: 23
MAC_UE_SC_Tput: 7987.92

hr: 23
CA Activation Rate num: 9577905
Setup_Fail_DEN: 15332
SIP_SC_Total_MOU: 181.98
MB_per_connected_UE: 46.67
DL Volume: 9451
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8109
DL Data Vol MAC in MB: 6619.86

Combined RACH Preambles: 2367
Time: 10:34:57
holiday: 0
CA DL DataVolRatio Pct: 67.2
CA DL DataVolRatio Pct num: 3587

DL MAC Vol Scell Pct: 4.96
Avg_Connected_UEs: 46.58
SIP DC%: 
DLRLCLayerDataVolume MB: 873.93
DRB UL Data Volume MB: 8382
PRB Util%: 4.25
CA DL DataVolRatio Pct den: 5214
CA Conf FailRate Pct den: 7068
RSSIRX1 Avg: -95.65
weekend: 0
UPTP Mbps Num: 25813
CA Activation Rate: 34.72
hr: 8
MAC_UE_SC_Tput: 13335.28
Bearer Releases: 15313

hr: 8
CA Activation Rate num: 5456807
UPTP Mbps Den: 5223
Setup_Fail_DEN: 18014
Peak UE: 75
MB_per_connected_UE: 130.63
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3178
CA Activation Rate den: 52430

Combined RACH Preambles: 3011
Time: 07:05:38
holiday: 0
CA DL DataVolRatio Pct num: 7329

DL MAC Vol Scell Pct: 35.15
Avg_Connected_UEs: 74.6
SIP DC%: 
UPTP_Mbps: 33.26
DLRLCLayerDataVolume MB: 2021.91
DRB UL Data Volume MB: 7319
PRB Util%: 8.16
RRC Setup Attempts: 6560
weekend: 0
UPTP Mbps Num: 24566
CA Activation Rate: 12.77
hr: 4
MAC_UE_SC_Tput: 10760.22
Bearer Releases: 12990

hr: 4
CA Activation Rate num: 8408447
UPTP Mbps Den: 5631
SIP_SC_Total_MOU: 191.78
Peak UE: 61
MB_per_connected_UE: 25.52
PCT Time MIMO: 36.08
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6389
CA Activation Rate den: 46820

Time: 11:43:17
holiday: 0
CA DL DataVolRatio Pct: 62.83

DL MAC Vol Scell Pct: 50.13
Avg_Connected_UEs: 34.32
SIP DC%: 
UPTP_Mbps: 27.77
weekend: 0
UPTP Mbps Num: 23391
CA Activation Rate: 16.48
hr: 21
MAC_UE_SC_Tput: 6931.07
Bearer Releases: 10723

hr: 21
Setup_Fail_DEN: 10639
SIP_SC_Total_MOU: 139.4
Peak UE: 74
MB_per_connected_UE: 46.45
PCT Time MIMO: 41.55
DL Volume: 1731
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5305
DL Data Vol MAC in MB: 1633.75
CA Activation Rate den: 70969

Time: 14:24:24
holiday: 0
CA DL DataVolRatio Pct: 76.49

DL MAC Vol Scell Pct: 47.77
SIP DC%: 
DRB UL Data Volume MB: 8983
RRC Setup Attempts: 4165
CA DL DataVolRatio Pct den: 8270
CA Conf FailRate Pct den: 4139
weekend: 0
UPTP Mbps Num: 30975
RSSIRX2 Avg: -94.97
CA Activation Rate: 3.1
hr: 22
MAC_UE_SC_Tput: 7223.48
Bearer Releases: 13390

hr: 22
CA Activation Rate num: 419957
Setup_Fail_DEN: 13850
SIP_SC_Total_MOU: 34.88
Peak UE: 27
MB_per_connected_UE: 192.15
PCT Time MIMO: 41.06
CA Activation Rate den: 92703

Combined RACH Preambles: 2730
Time: 16:24:00
holiday: 0
CA DL DataVolRatio Pct: 64.51

DL MAC Vol Scell Pct: 6
Avg_Connected_UEs: 81.96
SIP DC%: 
DRB UL Data Volume MB: 5374
RRC Setup Attempts: 5605
CA Conf FailRate Pct den: 6913
weekend: 0
UPTP Mbps Num: 25226
CA Activation Rate: 59.05
hr: 7
MAC_UE_SC_Tput: 8951.4
Bearer Releases: 9579

hr: 7
CA Activation Rate num: 9266481
Setup_Fail_DEN: 8505
Peak UE: 27
MB_per_connected_UE: 61.12
PCT Time MIMO: 45.25
DL Volume: 6508
DL Data Vol MAC in MB: 5368.3
CA Activation Rate den: 211538

Time: 02:14:28
holiday: 0
CA DL DataVolRatio Pct: 91.38

DL MAC Vol Scell Pct: 7.69
Avg_Connected_UEs: 65.36
SIP DC%: 
UPTP_Mbps: 39.45
DLRLCLayerDataVolume MB: 6146.33
DRB UL Data Volume MB: 8744
PRB Util%: 7.98
RRC Setup Attempts: 6751
weekend: 0
CA Activation Rate: 72.14
hr: 23
MAC_UE_SC_Tput: 7615.18
Bearer Releases: 8635

hr: 23
CA Activation Rate num: 10690974
Setup_Fail_DEN: 15173
Peak UE: 49
VOLTE IA%: 
MB_per_connected_UE: 83.31
DL Data Vol MAC in MB: 6394.65

Time: 04:52:02
holiday: 0
CA DL DataVolRatio Pct: 78.29
CA DL DataVolRatio Pct num: 6912

DL MAC Vol Scell Pct: 12.73
Avg_Connected_UEs: 40.37
SIP DC%: 
UPTP_Mbps: 44.08
DLRLCLayerDataVolume MB: 380.36
DRB UL Data Volume MB: 3495
PRB Util%: 75.36
CA DL DataVolRatio Pct den: 7481
CA Conf FailRate Pct den: 6382
weekend: 0
CA Activation Rate: 70.77
hr: 23
MAC_UE_SC_Tput: 17707.77

hr: 23
CA Activation Rate num: 5976728
Setup_Fail_DEN: 11257
Peak UE: 83
MB_per_connected_UE: 140.93
PCT Time MIMO: 58.85
DL Data Vol MAC in MB: 8891.19
CA Activation Rate den: 138681

Time: 21:34:59
holiday: 0
CA DL DataVolRatio Pct: 73.67

DL MAC Vol Scell Pct: 10.8
Avg_Connected_UEs: 77.59
SIP DC%: 
UPTP_Mbps: 10.51
DLRLCLayerDataVolume MB: 9996.9
DRB UL Data Volume MB: 7300
PRB Util%: 32.12
CA DL DataVolRatio Pct den: 9444
RSSIRX1 Avg: -96.94
weekend: 0
UPTP Mbps Num: 30365
hr: 11
MAC_UE_SC_Tput: 5938.23

hr: 11
CA Activation Rate num: 10760265
SIP_SC_Total_MOU: 309.06
Peak UE: 27
DL Volume: 8297
DL Data Vol MAC in MB: 7382.11
CA Activation Rate den: 206452

Time: 16:58:27
holiday: 0
CA DL DataVolRatio Pct num: 5138

DL MAC Vol Scell Pct: 7.17
SIP DC%: 
UPTP_Mbps: 142.84
DLRLCLayerDataVolume MB: 4312.04
DRB UL Data Volume MB: 5858
PRB Util%: 68.02
RRC Setup Attempts: 3594
CA DL DataVolRatio Pct den: 7990
RSSIRX1 Avg: -94.59
weekend: 1
CA Activation Rate: 51.04
hr: 10
MAC_UE_SC_Tput: 4500.63

hr: 10
Setup_Fail_DEN: 8833
Peak UE: 66
MB_per_connected_UE: 60.61
PCT Time MIMO: 51.3
DL Volume: 358
DL Data Vol MAC in MB: 4992.22
CA Activation Rate den: 71142

Time: 23:57:02
holiday: 0
CA DL DataVolRatio Pct: 91.26
HO_att_InterFreq: 988

DL MAC Vol Scell Pct: 10.59
Avg_Connected_UEs: 37.77
SIP DC%: 
DLRLCLayerDataVolume MB: 663.85
DRB UL Data Volume MB: 9500
PRB Util%: 33.4
RRC Setup Attempts: 7961
CA Conf FailRate Pct den: 2981
weekend: 0
UPTP Mbps Num: 5013
hr: 23
MAC_UE_SC_Tput: 18161.85
Bearer Releases: 14654

hr: 23
CA Activation Rate num: 6979505
UPTP Mbps Den: 874
SIP_SC_Total_MOU: 206.45
Peak UE: 34
MB_per_connected_UE: 120.97
DL Volume: 2069
CA Activation Rate den: 122795

Combined RACH Preambles: 3124
Time: 19:33:33
holiday: 0
HO_att_InterFreq: 103
CA DL DataVolRatio Pct num: 7245

DL MAC Vol Scell Pct: 22.47
Avg_Connected_UEs: 35.53
SIP DC%: 
UPTP_Mbps: 19.96
DLRLCLayerDataVolume MB: 3787.19
DRB UL Data Volume MB: 2888
Avg_PUCCH_SINR: 17.45
RRC Setup Attempts: 3802
CA Conf FailRate Pct den: 8331
weekend: 0
UPTP Mbps Num: 60089
CA Activation Rate: 61.23
hr: 14
MAC_UE_SC_Tput: 12278.34
Bearer Releases: 16390

hr: 14
UPTP Mbps Den: 476
Setup_Fail_DEN: 10487
SIP_SC_Total_MOU: 205.29
Peak UE: 27
MB_per_connected_UE: 11.52
PCT Time MIMO: 34.72
DL Volume: 2874
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6280
DL Data Vol MAC in MB: 403.01
CA Activation Rate den: 132204

Combined RACH Preambles: 3887
Time: 02:30:01
holiday: 0
CA DL DataVolRatio Pct: 84.68
CA DL DataVolRatio Pct num: 6881
HO Attempts: 361

SIP DC%: 
DLRLCLayerDataVolume MB: 3142.74
PRB Util%: 13.32
CA DL DataVolRatio Pct den: 520
CA Conf FailRate Pct den: 7793
weekend: 0
UPTP Mbps Num: 27640
S1U_SIP_SC_SEER_num: 145
CA Activation Rate: 74.6
hr: 5
MAC_UE_SC_Tput: 19723.8
Bearer Releases: 7149

hr: 5
CA Activation Rate num: 10166772
Setup_Fail_DEN: 8448
SIP_SC_Total_MOU: 76.57
Peak UE: 67
MB_per_connected_UE: 19.6
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9013
DL Data Vol MAC in MB: 8730.43

Combined RACH Preambles: 2445
Time: 20:18:37
holiday: 0
CA DL DataVolRatio Pct: 48.94
CA DL DataVolRatio Pct num: 7481
HO Attempts: 10

SIP DC%: 
UPTP_Mbps: 15.2
DRB UL Data Volume MB: 8381
RRC Setup Attempts: 3809
CA DL DataVolRatio Pct den: 8702
CA Conf FailRate Pct den: 7128
weekend: 0
UPTP Mbps Num: 19590
CA Activation Rate: 76.45
hr: 23
MAC_UE_SC_Tput: 13806.08
Bearer Releases: 17493

hr: 23
CA Activation Rate num: 8700556
UPTP Mbps Den: 2807
Setup_Fail_DEN: 7134
Peak UE: 27
MB_per_connected_UE: 164.04
PCT Time MIMO: 50.56
DL Data Vol MAC in MB: 482.99

Combined RACH Preambles: 2199
Time: 18:44:59
holiday: 0
CA DL DataVolRatio Pct: 59.1
SIP_SC_Call_Attempts: 233

SIP DC%: 
UPTP_Mbps: 10.88
DLRLCLayerDataVolume MB: 510.62
DRB UL Data Volume MB: 9272
RRC Setup Attempts: 3608
CA DL DataVolRatio Pct den: 5601
weekend: 1
CA Activation Rate: 66.77
hr: 10
MAC_UE_SC_Tput: 4468.76
Bearer Releases: 13820

hr: 10
CA Activation Rate num: 10777862
UPTP Mbps Den: 1363
Setup_Fail_DEN: 12432
SIP_SC_Total_MOU: 448.05
Peak UE: 84
MB_per_connected_UE: 15
PCT Time MIMO: 56.23

Time: 10:36:05
holiday: 0
CA DL DataVolRatio Pct: 66.75
CA DL DataVolRatio Pct num: 5827

Avg_Connected_UEs: 35
SIP DC%: 
UPTP_Mbps: 35.79
DLRLCLayerDataVolume MB: 2598.84
DRB UL Data Volume MB: 3250
PRB Util%: 62.4
CA Conf FailRate Pct den: 5946
weekend: 0
UPTP Mbps Num: 46677
CA Activation Rate: 37.71
hr: 21
MAC_UE_SC_Tput: 19484.73
Bearer Releases: 9417

hr: 21
CA Activation Rate num: 9095281
UPTP Mbps Den: 1429
Setup_Fail_DEN: 7467
SIP_SC_Total_MOU: 27.3
Peak UE: 27
MB_per_connected_UE: 53.67
DL Data Vol MAC in MB: 4083.92

Time: 11:49:56
holiday: 0
CA DL DataVolRatio Pct num: 1210

DL MAC Vol Scell Pct: 43.88
Avg_Connected_UEs: 46.74
SIP DC%: 
UPTP_Mbps: 23.45
DLRLCLayerDataVolume MB: 6778.23
DRB UL Data Volume MB: 701
CA Conf FailRate Pct den: 6358
weekend: 0
UPTP Mbps Num: 4073
CA Activation Rate: 65.35
hr: 6
Bearer Releases: 9361

hr: 6
CA Activation Rate num: 1653744
UPTP Mbps Den: 728
Setup_Fail_DEN: 13012
SIP_SC_Total_MOU: 46.45
Peak UE: 27
MB_per_connected_UE: 124.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3145
DL Data Vol MAC in MB: 6727.38
CA Activation Rate den: 102313

Time: 15:14:51
holiday: 0
HO_att_InterFreq: 237
CA DL DataVolRatio Pct num: 1753

DL MAC Vol Scell Pct: 16.19
Avg_Connected_UEs: 74.9
SIP DC%: 
UPTP_Mbps: 8.44
DLRLCLayerDataVolume MB: 2437.86
CA DL DataVolRatio Pct den: 4133
CA Conf FailRate Pct den: 8240
weekend: 0
UPTP Mbps Num: 17575
CA Activation Rate: 29.87
hr: 2
MAC_UE_SC_Tput: 9707.92
Bearer Releases: 17030

hr: 2
UPTP Mbps Den: 1945
Setup_Fail_DEN: 12776
SIP_SC_Total_MOU: 142.38
Peak UE: 55
MB_per_connected_UE: 89.38
DL Volume: 463
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5565
CA Activation Rate den: 121932

Combined RACH Preambles: 2154
Time: 17:02:35
holiday: 0
CA DL DataVolRatio Pct: 71.77
CA DL DataVolRatio Pct num: 2654
HO Attempts: 733

DL MAC Vol Scell Pct: 11
Avg_Connected_UEs: 48.38
SIP DC%: 
UPTP_Mbps: 38.35
DLRLCLayerDataVolume MB: 3054.55
DRB UL Data Volume MB: 9005
PRB Util%: 37.01
RRC Setup Attempts: 5013
weekend: 0
CA Activation Rate: 26.15
hr: 1
MAC_UE_SC_Tput: 4141
Bearer Releases: 7105

hr: 1
Setup_Fail_DEN: 10867
Peak UE: 27
MB_per_connected_UE: 19.91
PCT Time MIMO: 51.86
DL Data Vol MAC in MB: 2917.83
CA Activation Rate den: 113013
Time: 20:10:05

holiday: 0
CA DL DataVolRatio Pct num: 3836

DL MAC Vol Scell Pct: 4.84
Avg_Connected_UEs: 81.08
SIP DC%: 
UPTP_Mbps: 59.15
DLRLCLayerDataVolume MB: 2275.81
DRB UL Data Volume MB: 5349
CA Conf FailRate Pct den: 7340
RSSIRX1 Avg: -96.37
weekend: 0
CA Activation Rate: 16.99
hr: 16

hr: 16
CA Activation Rate num: 9622487
UPTP Mbps Den: 788
Setup_Fail_DEN: 11486
Peak UE: 33
MB_per_connected_UE: 156.71
DL Data Vol MAC in MB: 3672.82
CA Activation Rate den: 99289

Time: 10:51:15
holiday: 0
HO_att_InterFreq: 215

DL MAC Vol Scell Pct: 56.52
Avg_Connected_UEs: 50.39
SIP DC%: 
UPTP_Mbps: 22.76
weekend: 0
CA Activation Rate: 5.24
hr: 0
MAC_UE_SC_Tput: 4382.9
Bearer Releases: 8230

hr: 0
CA Activation Rate num: 11002306
SIP_SC_Total_MOU: 292.22
Peak UE: 67
PCT Time MIMO: 47.68
DL Volume: 2630
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5069

Time: 17:13:27
holiday: 0
SIP_SC_Call_Attempts: 256
HO_att_InterFreq: 401

DL MAC Vol Scell Pct: 18.89
Avg_Connected_UEs: 79.98
SIP DC%: 
DRB UL Data Volume MB: 8121
PRB Util%: 17.63
CA Conf FailRate Pct den: 6483
weekend: 0
CA Activation Rate: 17.93
hr: 0
MAC_UE_SC_Tput: 4375.59

hr: 0
CA Activation Rate num: 376936
Setup_Fail_DEN: 16840
Peak UE: 27
MB_per_connected_UE: 132.32
PCT Time MIMO: 62.26
DL Volume: 3753
DL Data Vol MAC in MB: 636.78
Combined RACH Preambles: 2542

Time: 08:47:02
holiday: 0
CA DL DataVolRatio Pct: 62.62
CA DL DataVolRatio Pct num: 6098

DL MAC Vol Scell Pct: 39.26
SIP DC%: 
UPTP_Mbps: 41.85
DLRLCLayerDataVolume MB: 1035.16
PRB Util%: 69.95
RRC Setup Attempts: 5079
CA DL DataVolRatio Pct den: 9188
CA Conf FailRate Pct den: 8095
RSSIRX1 Avg: -93.93
weekend: 0
UPTP Mbps Num: 17230
CA Activation Rate: 61.46
hr: 6
MAC_UE_SC_Tput: 4382.57

hr: 6
CA Activation Rate num: 8685638
Peak UE: 63
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3489
DL Data Vol MAC in MB: 4504.43
Combined RACH Preambles: 2179
Time: 22:05:38

holiday: 0
CA DL DataVolRatio Pct: 58.81
CA DL DataVolRatio Pct num: 4765
HO Attempts: 646

DL MAC Vol Scell Pct: 36.27
Avg_Connected_UEs: 48.62
SIP DC%: 
UPTP_Mbps: 14.57
DLRLCLayerDataVolume MB: 4325.52
CA Conf FailRate Pct den: 8059
weekend: 0
CA Activation Rate: 28.36
hr: 20
MAC_UE_SC_Tput: 4390.15
Bearer Releases: 8175

hr: 20
CA Activation Rate num: 7107771
UPTP Mbps Den: 1014
Setup_Fail_DEN: 15611
Peak UE: 27
MB_per_connected_UE: 158.93
DL Volume: 8201
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3758
DL Data Vol MAC in MB: 8589.43
CA Activation Rate den: 110607

Time: 15:17:55
holiday: 0

DL MAC Vol Scell Pct: 11.04
Avg_Connected_UEs: 46.62
SIP DC%: 
UPTP_Mbps: 58.87
DRB UL Data Volume MB: 301
PRB Util%: 41.91
RRC Setup Attempts: 5626
CA Conf FailRate Pct den: 4803
weekend: 1
UPTP Mbps Num: 10808
CA Activation Rate: 46.74
hr: 23
MAC_UE_SC_Tput: 7641.27

hr: 23
CA Activation Rate num: 4470159
Setup_Fail_DEN: 15803
SIP_SC_Total_MOU: 381.11
Peak UE: 40
MB_per_connected_UE: 65.4
DL Volume: 2916
UL Throughput: 2.05
DL Data Vol MAC in MB: 9871.92

Time: 23:20:56
holiday: 0
CA DL DataVolRatio Pct: 45.36
CA DL DataVolRatio Pct num: 6572

DL MAC Vol Scell Pct: 44.49
Avg_Connected_UEs: 57.27
SIP DC%: 
DLRLCLayerDataVolume MB: 6102.1
DRB UL Data Volume MB: 2192
PRB Util%: 19.87
weekend: 0
CA Activation Rate: 11.96
hr: 6
MAC_UE_SC_Tput: 16109.79

hr: 6
CA Activation Rate num: 9456217
Setup_Fail_DEN: 11084
SIP_SC_Total_MOU: 171.92
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6199
UL Throughput: 1.15

Time: 01:45:39
holiday: 0

Avg_Connected_UEs: 18.43
SIP DC%: 
UPTP_Mbps: 29.68
DLRLCLayerDataVolume MB: 5330.34
DRB UL Data Volume MB: 4928
RRC Setup Attempts: 7779
weekend: 0
UPTP Mbps Num: 15662
CA Activation Rate: 19.98
hr: 11
MAC_UE_SC_Tput: 5053.46
Bearer Releases: 7753

hr: 11
CA Activation Rate num: 6272899
UPTP Mbps Den: 631
Setup_Fail_DEN: 8159
Peak UE: 27
MB_per_connected_UE: 135.86
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6700
DL Data Vol MAC in MB: 893.92
CA Activation Rate den: 77833

Time: 08:21:42
holiday: 0
HO_att_InterFreq: 940

DL MAC Vol Scell Pct: 24.17
Avg_Connected_UEs: 37.81
SIP DC%: 
UPTP_Mbps: 41.48
DLRLCLayerDataVolume MB: 8370.33
DRB UL Data Volume MB: 1184
PRB Util%: 37.04
CA DL DataVolRatio Pct den: 5487
weekend: 0
UPTP Mbps Num: 36411
hr: 0
MAC_UE_SC_Tput: 7833.29
Bearer Releases: 13899

hr: 0
CA Activation Rate num: 10057774
Setup_Fail_DEN: 15158
SIP_SC_Total_MOU: 91.12
Peak UE: 38
MB_per_connected_UE: 170.92
CA Activation Rate den: 36204

Combined RACH Preambles: 2974
Time: 10:47:05
holiday: 0
CA DL DataVolRatio Pct: 83.96

Avg_Connected_UEs: 50.73
SIP DC%: 
UPTP_Mbps: 34.08
RRC Setup Attempts: 5256
CA DL DataVolRatio Pct den: 7864
CA Conf FailRate Pct den: 3169
weekend: 1
UPTP Mbps Num: 36777
CA Activation Rate: 46.03
hr: 21
MAC_UE_SC_Tput: 7364.13

hr: 21
Avg CQI: 11.39
CA Activation Rate num: 11946142
Setup_Fail_DEN: 16790
SIP_SC_Total_MOU: 400.7
Peak UE: 27
MB_per_connected_UE: 83.56
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5900
DL Data Vol MAC in MB: 8397.93

Combined RACH Preambles: 3879
Time: 19:32:46
holiday: 0
CA DL DataVolRatio Pct: 59.44
CA DL DataVolRatio Pct num: 5713

DL MAC Vol Scell Pct: 37.15
SIP DC%: 
UPTP_Mbps: 29.07
DLRLCLayerDataVolume MB: 1225.24
DRB UL Data Volume MB: 9110
PRB Util%: 57.74
RRC Setup Attempts: 4711
CA Conf FailRate Pct den: 6357
weekend: 0
CA Activation Rate: 47.26
hr: 23
MAC_UE_SC_Tput: 10756.26

hr: 23
CA Activation Rate num: 10575305
Setup_Fail_DEN: 14232
Peak UE: 27
MB_per_connected_UE: 10.78
PCT Time MIMO: 56.03
DL Volume: 561
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6433

Combined RACH Preambles: 3489
Time: 11:44:52
Date: 23-04-2023
holiday: 0
CA DL DataVolRatio Pct: 57.12
HO_att_InterFreq: 416
CA DL DataVolRatio Pct num: 5351

Avg_Connected_UEs: 36.5
SIP DC%: 
UPTP_Mbps: 25.33
DRB UL Data Volume MB: 8518
RRC Setup Attempts: 4601
CA DL DataVolRatio Pct den: 2519
CA Conf FailRate Pct den: 7159
weekend: 0
CA Activation Rate: 1.89
hr: 12
MAC_UE_SC_Tput: 16826.06

hr: 12
CA Activation Rate num: 1209131
Setup_Fail_DEN: 18336
SIP_SC_Total_MOU: 9.3
Peak UE: 73
MB_per_connected_UE: 27.76
PCT Time MIMO: 70.65
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4962
UL Throughput: 6.78
CA Activation Rate den: 75308

Time: 01:23:46
holiday: 0
CA DL DataVolRatio Pct: 86.46
CA DL DataVolRatio Pct num: 4231

Avg_Connected_UEs: 39.51
SIP DC%: 
UPTP_Mbps: 43.86
DLRLCLayerDataVolume MB: 5896.48
PRB Util%: 38.69
RRC Setup Attempts: 4598
CA DL DataVolRatio Pct den: 314
weekend: 0
UPTP Mbps Num: 3148
RSSIRX2 Avg: -94.34
hr: 9
MAC_UE_SC_Tput: 15528.12
Bearer Releases: 10279

hr: 9
CA Activation Rate num: 6575775
UPTP Mbps Den: 1082
Setup_Fail_DEN: 13931
UL MAC Vol Scell Pct: 6.01
MB_per_connected_UE: 61.76
DL Volume: 6797
DL Data Vol MAC in MB: 6863.45
HO Failure%: 0.08
CA Activation Rate den: 148204

Combined RACH Preambles: 2759
Time: 03:21:36
holiday: 0
CA DL DataVolRatio Pct: 75.29
CA DL DataVolRatio Pct num: 938

SIP DC%: 
UPTP_Mbps: 46.08
DRB UL Data Volume MB: 7646
PRB Util%: 60.87
RRC Setup Attempts: 6434
CA DL DataVolRatio Pct den: 9144
weekend: 0
CA Activation Rate: 63.77
hr: 9
MAC_UE_SC_Tput: 16547.24
Bearer Releases: 17891

hr: 9
CA Activation Rate num: 760570
Setup_Fail_DEN: 8331
SIP_SC_Total_MOU: 86.28
Peak UE: 27
MB_per_connected_UE: 88.12
DL Volume: 202
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8501
UL Throughput: 5.53
DL Data Vol MAC in MB: 1220.22
CA Activation Rate den: 143391

Combined RACH Preambles: 3119
Time: 08:10:24
holiday: 0
CA DL DataVolRatio Pct: 87.42
SIP_SC_Call_Attempts: 127
CA DL DataVolRatio Pct num: 4079
HO Attempts: 363

SIP DC%: 
DLRLCLayerDataVolume MB: 8310.6
PRB Util%: 71.1
RRC Setup Attempts: 8619
CA DL DataVolRatio Pct den: 7993
CA Conf FailRate Pct den: 6292
weekend: 0
UPTP Mbps Num: 18908
CA Activation Rate: 18.19
hr: 2
MAC_UE_SC_Tput: 8196.85
Bearer Releases: 14459

hr: 2
CA Activation Rate num: 3124580
UPTP Mbps Den: 2845
MB_per_connected_UE: 131.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5578
DL Data Vol MAC in MB: 9335.77

Time: 02:07:49
holiday: 0
HO_att_InterFreq: 426

Avg_Connected_UEs: 50.45
SIP DC%: 
RRC Setup Attempts: 6435
CA DL DataVolRatio Pct den: 3776
CA Conf FailRate Pct den: 8463
weekend: 0
RSSIRX2 Avg: -94.33
hr: 13
MAC_UE_SC_Tput: 7923.53
Bearer Releases: 15419

hr: 13
UPTP Mbps Den: 659
Setup_Fail_DEN: 9726
MB_per_connected_UE: 107.95
PCT Time MIMO: 67.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6699
DL Data Vol MAC in MB: 1343.84
CA Activation Rate den: 88688

Time: 12:22:15
holiday: 0
CA DL DataVolRatio Pct num: 7183
HO Attempts: 744

Avg_Connected_UEs: 29.07
SIP DC%: 
UPTP_Mbps: 33.69
DLRLCLayerDataVolume MB: 3452.04
DRB UL Data Volume MB: 7027
PRB Util%: 30.16
CA DL DataVolRatio Pct den: 5344
CA Conf FailRate Pct den: 3728
weekend: 0
CA Activation Rate: 25.27
hr: 2
MAC_UE_SC_Tput: 7020.83
Bearer Releases: 6229

hr: 2
Peak UE: 43
MB_per_connected_UE: 18.01
PCT Time MIMO: 49.46
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3432
DL Data Vol MAC in MB: 3592.19
Combined RACH Preambles: 3455

Time: 23:20:13
Date: 09-10-2022
holiday: 0
CA DL DataVolRatio Pct: 85.97
HO Attempts: 828

SIP DC%: 
UPTP_Mbps: 16.38
DLRLCLayerDataVolume MB: 4089.94
DRB UL Data Volume MB: 3930
CA DL DataVolRatio Pct den: 1991
CA Conf FailRate Pct den: 6556
weekend: 0
CA Activation Rate: 45.86
hr: 23
MAC_UE_SC_Tput: 9867.81

hr: 23
CA Activation Rate num: 7911289
Setup_Fail_DEN: 13944
Peak UE: 27
DL Data Vol MAC in MB: 8921.55
CA Activation Rate den: 124639

Time: 08:53:19
holiday: 0
CA DL DataVolRatio Pct: 70.94
HO Attempts: 582

Avg_Connected_UEs: 55.37
SIP DC%: 
UPTP_Mbps: 32.29
DLRLCLayerDataVolume MB: 2355.55
DRB UL Data Volume MB: 7654
RRC Setup Attempts: 4070
CA Conf FailRate Pct den: 4258
weekend: 0
CA Activation Rate: 23.15
hr: 23
MAC_UE_SC_Tput: 4531.83
Bearer Releases: 8498

hr: 23
CA Activation Rate num: 6282033
UPTP Mbps Den: 1129
Peak UE: 78
MB_per_connected_UE: 180.25
DL Volume: 7782
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5536
DL Data Vol MAC in MB: 3482.72
CA Activation Rate den: 59377

Time: 14:21:15
holiday: 0
CA DL DataVolRatio Pct num: 5145

DL MAC Vol Scell Pct: 7.87
Avg_Connected_UEs: 34.67
SIP DC%: 
UPTP_Mbps: 119.79
DLRLCLayerDataVolume MB: 3746.52
DRB UL Data Volume MB: 6500
weekend: 0
CA Activation Rate: 25.51
hr: 22
MAC_UE_SC_Tput: 11184.71

hr: 22
CA Activation Rate num: 3183939
UPTP Mbps Den: 2384
Setup_Fail_DEN: 13056
Peak UE: 27
MB_per_connected_UE: 36.07
PCT Time MIMO: 56.07
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8028
DL Data Vol MAC in MB: 1938.29
CA Activation Rate den: 205745

Time: 14:54:17
holiday: 0
CA DL DataVolRatio Pct: 71.17
SIP_SC_Call_Attempts: 230
Bearer Releases Voice: 136

DL MAC Vol Scell Pct: 31.95
Avg_Connected_UEs: 48.89
SIP DC%: 
UPTP_Mbps: 23.64
DLRLCLayerDataVolume MB: 6634.24
DRB UL Data Volume MB: 4560
PRB Util%: 24.57
RRC Setup Attempts: 6163
CA DL DataVolRatio Pct den: 8796
weekend: 0
CA Activation Rate: 77.44
hr: 21
MAC_UE_SC_Tput: 20361.7
Bearer Releases: 16282

hr: 21
CA Activation Rate num: 7280500
UPTP Mbps Den: 1961
Setup_Fail_DEN: 10245
SIP_SC_Total_MOU: 347.21
Peak UE: 27
MB_per_connected_UE: 172.52
PCT Time MIMO: 36.68
DL Volume: 9624
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3594
DL Data Vol MAC in MB: 4345.49
CA Activation Rate den: 90563

Time: 14:04:25
holiday: 0
CA DL DataVolRatio Pct num: 5629

Avg_Connected_UEs: 20.03
SIP DC%: 
DLRLCLayerDataVolume MB: 7915.23
DRB UL Data Volume MB: 2754
weekend: 0
CA Activation Rate: 26.17
hr: 2
MAC_UE_SC_Tput: 9163.33

hr: 2
UPTP Mbps Den: 1783
SIP_SC_Total_MOU: 3.51
Peak UE: 27
MB_per_connected_UE: 48.12
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5917
UL Throughput: 5.83
DL Data Vol MAC in MB: 3607.66
CA Activation Rate den: 45944

Time: 17:33:07
holiday: 0
CA DL DataVolRatio Pct: 87.16
HO_att_InterFreq: 723
CA DL DataVolRatio Pct num: 6153

SIP DC%: 
UPTP_Mbps: 31.85
DLRLCLayerDataVolume MB: 4577.83
DRB UL Data Volume MB: 2771
PRB Util%: 22.8
RRC Setup Attempts: 6832
weekend: 0
UPTP Mbps Num: 45523
CA Activation Rate: 54.21
hr: 15

hr: 15
CA Activation Rate num: 4895826
Setup_Fail_DEN: 14814
SIP_SC_Total_MOU: 7.32
Peak UE: 27
MB_per_connected_UE: 22.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8661
DL Data Vol MAC in MB: 5804.09
CA Activation Rate den: 75763

Time: 22:21:52
holiday: 0
CA DL DataVolRatio Pct num: 2461
HO Attempts: 766

DL MAC Vol Scell Pct: 5.86
SIP DC%: 
UPTP_Mbps: 124.63
DLRLCLayerDataVolume MB: 8439.25
DRB UL Data Volume MB: 2405
RRC Setup Attempts: 4252
CA DL DataVolRatio Pct den: 9791
weekend: 0
UPTP Mbps Num: 4185
CA Activation Rate: 61.75
hr: 13
MAC_UE_SC_Tput: 6911.35
Bearer Releases: 8104

hr: 13
CA Activation Rate num: 10056170
UPTP Mbps Den: 385
VOLTE IA%: 
PCT Time MIMO: 42.69
CA Activation Rate den: 175749

Time: 05:58:31
holiday: 0
CA DL DataVolRatio Pct num: 2778

DL MAC Vol Scell Pct: 4.53
SIP DC%: 
DRB UL Data Volume MB: 5633
CA DL DataVolRatio Pct den: 1785
CA Conf FailRate Pct den: 8563
weekend: 0
UPTP Mbps Num: 22474
CA Activation Rate: 61.62
hr: 13
MAC_UE_SC_Tput: 5322.88
Bearer Releases: 8844

hr: 13
CA Activation Rate num: 9378177
UPTP Mbps Den: 1592
SIP_SC_Total_MOU: 136.78
Peak UE: 53
MB_per_connected_UE: 195.05
PCT Time MIMO: 55.17
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3330
QCI 1 Bearer Releases: 132
DL Data Vol MAC in MB: 9633.15
CA Activation Rate den: 46531

Time: 22:20:52
holiday: 0
CA DL DataVolRatio Pct: 78.22
CA DL DataVolRatio Pct num: 6305

DL MAC Vol Scell Pct: 26.36
Avg_Connected_UEs: 77.42
SIP DC%: 
UPTP_Mbps: 91.67
PRB Util%: 26.23
RRC Setup Attempts: 9807
CA DL DataVolRatio Pct den: 9905
weekend: 0
Bearer Setup Failure Voice Den: 226
CA Activation Rate: 7.38
hr: 7
MAC_UE_SC_Tput: 11138.81
Bearer Releases: 17916

hr: 7
CA Activation Rate num: 3232226
UPTP Mbps Den: 1870
Setup_Fail_DEN: 11720
SIP_SC_Total_MOU: 72.65
UL MAC Vol Scell Pct: 3.89
Peak UE: 60
MB_per_connected_UE: 165.56
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8391
UL Throughput: 4.22
CA Activation Rate den: 117349

Time: 09:25:18
holiday: 0
CA DL DataVolRatio Pct: 84.47
CA DL DataVolRatio Pct num: 6725

Avg_Connected_UEs: 44.82
SIP DC%: 
UPTP_Mbps: 30.91
DRB UL Data Volume MB: 8658
PRB Util%: 12.39
RRC Setup Attempts: 5001
CA DL DataVolRatio Pct den: 4839
weekend: 0
CA Activation Rate: 57.32
hr: 23
MAC_UE_SC_Tput: 14978.36
Bearer Releases: 17404

hr: 23
CA Activation Rate num: 1812366
UPTP Mbps Den: 1332
Setup_Fail_DEN: 15354
SIP_SC_Total_MOU: 176.59
QCI 1 Bearer Drop%: 1.58
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 187.43
CA Activation Rate den: 108257

Time: 12:20:35
holiday: 0
CA DL DataVolRatio Pct: 60.65
CA DL DataVolRatio Pct num: 7376

Avg_Connected_UEs: 22.36
SIP DC%: 
UPTP_Mbps: 26.76
DLRLCLayerDataVolume MB: 1441.96
DRB UL Data Volume MB: 4185
PRB Util%: 31.86
CA DL DataVolRatio Pct den: 5063
weekend: 0
CA Activation Rate: 62.31
hr: 9
MAC_UE_SC_Tput: 10840.93

hr: 9
Setup_Fail_DEN: 8084
SIP_SC_Total_MOU: 402.11
Peak UE: 37
PCT Time MIMO: 45.52
DL Volume: 6942
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4011
UL Throughput: 2.83
CA Activation Rate den: 92239

Time: 22:10:27
holiday: 0
CA DL DataVolRatio Pct: 92.57
CA DL DataVolRatio Pct num: 7030

DL MAC Vol Scell Pct: 7.66
Avg_Connected_UEs: 72.41
SIP DC%: 
DLRLCLayerDataVolume MB: 3960.37
PRB Util%: 68.82
RRC Setup Attempts: 7343
CA DL DataVolRatio Pct den: 5629
weekend: 0
UPTP Mbps Num: 6261
hr: 17
MAC_UE_SC_Tput: 22805.77

hr: 17
CA Activation Rate num: 7911488
Peak UE: 33
MB_per_connected_UE: 84.93
PCT Time MIMO: 39.41
DL Volume: 6403

Time: 21:18:42
Date: 16-03-2022
holiday: 0
CA DL DataVolRatio Pct: 41.22

Avg_Connected_UEs: 66.97
SIP DC%: 
UPTP_Mbps: 27.4
DLRLCLayerDataVolume MB: 2248.98
DRB UL Data Volume MB: 5893
RRC Setup Attempts: 6720
CA Conf FailRate Pct den: 7445
weekend: 0
CA Activation Rate: 73.17
hr: 0
MAC_UE_SC_Tput: 8239.49
Bearer Releases: 7870

hr: 0
CA Activation Rate num: 10091446
UPTP Mbps Den: 2932
Setup_Fail_DEN: 14710
Peak UE: 27
MB_per_connected_UE: 12
PCT Time MIMO: 41.08
DL Volume: 7653
QCI 1 Bearer Releases: 174
DL Data Vol MAC in MB: 1139.67
Combined RACH Preambles: 2657
Time: 22:04:29

holiday: 0
HO_att_InterFreq: 353

DL MAC Vol Scell Pct: 29.67
Avg_Connected_UEs: 32.33
SIP DC%: 
UPTP_Mbps: 21.64
DLRLCLayerDataVolume MB: 489.13
DRB UL Data Volume MB: 9052
PRB Util%: 41.56
RRC Setup Attempts: 9101
CA Conf FailRate Pct den: 7188
weekend: 0
CA Activation Rate: 57.98
hr: 5
MAC_UE_SC_Tput: 11038.41

hr: 5
CA Activation Rate num: 4003002
UPTP Mbps Den: 3097
SIP_SC_Total_MOU: 192.7
Peak UE: 27
MB_per_connected_UE: 45.24
PCT Time MIMO: 33.53
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3188
CA Activation Rate den: 100581

Combined RACH Preambles: 2893
Time: 12:12:23
holiday: 0
CA DL DataVolRatio Pct: 46.18
CA DL DataVolRatio Pct num: 1968
HO Attempts: 251

DL MAC Vol Scell Pct: 43.91
Avg_Connected_UEs: 46.9
SIP DC%: 
UPTP_Mbps: 14.38
DLRLCLayerDataVolume MB: 1382.62
DRB UL Data Volume MB: 9351
RRC Setup Attempts: 6004
CA Conf FailRate Pct den: 5411
weekend: 0
CA Activation Rate: 23.72
hr: 17
Bearer Releases: 14408

hr: 17
CA Activation Rate num: 10766154
Setup_Fail_DEN: 11409
SIP_SC_Total_MOU: 61.63
Peak UE: 34
MB_per_connected_UE: 133.68
DL Data Vol MAC in MB: 6864.72

Time: 14:06:46
Date: 01-05-2022
holiday: 0

Avg_Connected_UEs: 55.43
SIP DC%: 
UPTP_Mbps: 14.42
DLRLCLayerDataVolume MB: 5248.77
DRB UL Data Volume MB: 3209
Avg_PUCCH_SINR: 17.61
PRB Util%: 70.64
RRC Setup Attempts: 5459
CA Conf FailRate Pct den: 7254
weekend: 0
UPTP Mbps Num: 50024
hr: 0
MAC_UE_SC_Tput: 15126.71

hr: 0
CA Activation Rate num: 3086209
UPTP Mbps Den: 1517
Peak UE: 27
MB_per_connected_UE: 104.84
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3980
DL Data Vol MAC in MB: 1302.41
CA Activation Rate den: 149754

Time: 05:46:41
holiday: 0
CA DL DataVolRatio Pct num: 2891

DL MAC Vol Scell Pct: 20.08
SIP DC%: 
DRB UL Data Volume MB: 5888
CA DL DataVolRatio Pct den: 8809
CA Conf FailRate Pct den: 2764
weekend: 0
UPTP Mbps Num: 6165
CA Activation Rate: 34.74
hr: 15
MAC_UE_SC_Tput: 7752.39
Bearer Releases: 12548

hr: 15
CA Activation Rate num: 10663639
SIP_SC_Total_MOU: 157.19
Peak UE: 27
MB_per_connected_UE: 18.77
PCT Time MIMO: 34.97
DL Volume: 2294
DL Data Vol MAC in MB: 9978.14

Time: 19:46:33
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6257.94
DRB UL Data Volume MB: 7740
CA DL DataVolRatio Pct den: 7028
CA Conf FailRate Pct den: 4471
weekend: 0
CA Activation Rate: 1.77
hr: 2
MAC_UE_SC_Tput: 6490
Bearer Releases: 17145

hr: 2
CA Activation Rate num: 6024275
Setup_Fail_DEN: 17803
SIP_SC_Total_MOU: 129.15
Peak UE: 76
MB_per_connected_UE: 51.01
PCT Time MIMO: 32.25
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5484
Combined RACH Preambles: 3584

Time: 02:46:24
holiday: 0
CA DL DataVolRatio Pct: 58.23

DL MAC Vol Scell Pct: 15.63
Avg_Connected_UEs: 51.7
SIP DC%: 
DLRLCLayerDataVolume MB: 8397.14
DRB UL Data Volume MB: 4980
RRC Setup Attempts: 4005
weekend: 0
UPTP Mbps Num: 29571
RSSIRX2 Avg: -95.42
CA Activation Rate: 13.89
hr: 15
MAC_UE_SC_Tput: 4280.84
Bearer Releases: 7263

hr: 15
CA Activation Rate num: 3834238
UPTP Mbps Den: 1148
Setup_Fail_DEN: 14767
Peak UE: 30
DL Volume: 2633
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4014
DL Data Vol MAC in MB: 7422.33
CA Activation Rate den: 59079

Time: 01:24:20
holiday: 0
CA DL DataVolRatio Pct: 90.16

Avg_Connected_UEs: 52
SIP DC%: 
DLRLCLayerDataVolume MB: 9450.36
PRB Util%: 10.75
RRC Setup Attempts: 3605
CA DL DataVolRatio Pct den: 9079
weekend: 0
CA Activation Rate: 3.92
hr: 4
MAC_UE_SC_Tput: 18409.5

hr: 4
CA Activation Rate num: 3735208
Setup_Fail_DEN: 9283
SIP_SC_Total_MOU: 272.88
Peak UE: 27
MB_per_connected_UE: 197.1
PCT Time MIMO: 54.96
DL Data Vol MAC in MB: 6594.16
Combined RACH Preambles: 2969
Time: 22:26:39

holiday: 0
HO_att_InterFreq: 413

Avg_Connected_UEs: 20.43
SIP DC%: 
UPTP_Mbps: 37.04
DLRLCLayerDataVolume MB: 8358.77
DRB UL Data Volume MB: 5344
CA DL DataVolRatio Pct den: 10104
weekend: 0
UPTP Mbps Num: 17150
hr: 3
MAC_UE_SC_Tput: 4396.09
Bearer Releases: 6296

hr: 3
CA Activation Rate num: 916913
Setup_Fail_DEN: 9044
SIP_SC_Total_MOU: 74.31
Peak UE: 27
MB_per_connected_UE: 111.87
DL Data Vol MAC in MB: 510.6
CA Activation Rate den: 100449
Combined RACH Preambles: 2512

Time: 11:19:43
holiday: 0
CA DL DataVolRatio Pct: 76.89

DL MAC Vol Scell Pct: 6.12
Avg_Connected_UEs: 73.88
SIP DC%: 
UPTP_Mbps: 40.06
DRB UL Data Volume MB: 2473
PRB Util%: 52.96
CA DL DataVolRatio Pct den: 7308
CA Conf FailRate Pct den: 5119
weekend: 0
hr: 0
MAC_UE_SC_Tput: 6759
Bearer Releases: 7072

hr: 0
UPTP Mbps Den: 393
Setup_Fail_DEN: 12494
SIP_SC_Total_MOU: 378.12
Peak UE: 27
MB_per_connected_UE: 32.51
CA Activation Rate den: 93024

Time: 09:04:45
holiday: 0
CA DL DataVolRatio Pct: 73.36
CA DL DataVolRatio Pct num: 2779

DL MAC Vol Scell Pct: 42.71
Avg_Connected_UEs: 27.65
SIP DC%: 
DLRLCLayerDataVolume MB: 2175.46
DRB UL Data Volume MB: 6195
RRC Setup Attempts: 5925
CA DL DataVolRatio Pct den: 8411
weekend: 0
Bearer Setup Failure Voice Den: 206
CA Activation Rate: 43.66
hr: 5
MAC_UE_SC_Tput: 9640.54
Bearer Releases: 11032

hr: 5
CA Activation Rate num: 12292148
UPTP Mbps Den: 5567
Setup_Fail_DEN: 12928
SIP_SC_Total_MOU: 280.28
Peak UE: 122
MB_per_connected_UE: 54.66
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3315
DL Data Vol MAC in MB: 6896.76

Combined RACH Preambles: 2604
Time: 20:44:29
holiday: 0
CA DL DataVolRatio Pct num: 7338
HO Attempts: 290

DL MAC Vol Scell Pct: 10.05
Avg_Connected_UEs: 45.62
SIP DC%: 
UPTP_Mbps: 44.14
DLRLCLayerDataVolume MB: 8210.65
DRB UL Data Volume MB: 8030
PRB Util%: 33.44
RRC Setup Attempts: 3489
CA DL DataVolRatio Pct den: 4208
CA Conf FailRate Pct den: 6819
weekend: 0
UPTP Mbps Num: 35215
CA Activation Rate: 29.32
hr: 7
MAC_UE_SC_Tput: 13540.55

hr: 7
CA Activation Rate num: 1107642
Setup_Fail_DEN: 18373
Peak UE: 27
MB_per_connected_UE: 120.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4966
UL Throughput: 5.12
CA Activation Rate den: 55291
Combined RACH Preambles: 5234

Time: 00:11:55
Date: 08-02-2022
holiday: 0
HO_att_InterFreq: 843

DL MAC Vol Scell Pct: 10.51
SIP DC%: 
DLRLCLayerDataVolume MB: 8179.73
DRB UL Data Volume MB: 5618
PRB Util%: 41.88
RRC Setup Attempts: 8173
weekend: 0
CA Activation Rate: 28.84
hr: 21
MAC_UE_SC_Tput: 10802.06
Bearer Releases: 15907

hr: 21
Setup_Fail_DEN: 14997
SIP_SC_Total_MOU: 35.85
Peak UE: 36
UL Throughput: 8.72
DL Data Vol MAC in MB: 3400.04
CA Activation Rate den: 88584

Combined RACH Preambles: 2342
Time: 22:50:21
holiday: 0
CA DL DataVolRatio Pct: 42.67
CA DL DataVolRatio Pct num: 6083

SIP DC%: 
UPTP_Mbps: 34.45
DLRLCLayerDataVolume MB: 9284.27
DRB UL Data Volume MB: 7193
CA DL DataVolRatio Pct den: 9519
weekend: 0
UPTP Mbps Num: 15964
hr: 23
MAC_UE_SC_Tput: 4446.36
Bearer Releases: 12810

hr: 23
CA Activation Rate num: 3996042
UPTP Mbps Den: 782
Setup_Fail_DEN: 14480
Peak UE: 34
MB_per_connected_UE: 149.83
PCT Time MIMO: 33.87
DL Data Vol MAC in MB: 7242.46
CA Activation Rate den: 67872

Time: 04:56:57
holiday: 0
HO_att_InterFreq: 516
HO Attempts: 34

DL MAC Vol Scell Pct: 21.96
Avg_Connected_UEs: 25.87
SIP DC%: 
DLRLCLayerDataVolume MB: 7298.87
CA Conf FailRate Pct den: 8692
RSSIRX1 Avg: -94.57
weekend: 1
hr: 23
MAC_UE_SC_Tput: 4776.06
Bearer Releases: 8333

hr: 23
CA Activation Rate num: 6934056
UPTP Mbps Den: 5603
Setup_Fail_DEN: 10431
Peak UE: 63
MB_per_connected_UE: 66.25
DL Data Vol MAC in MB: 8631.85

Time: 21:56:28
holiday: 0
CA DL DataVolRatio Pct: 88.27

DL MAC Vol Scell Pct: 41.37
Avg_Connected_UEs: 53.63
SIP DC%: 
UPTP_Mbps: 111.35
DLRLCLayerDataVolume MB: 2479.52
RRC Setup Attempts: 5759
weekend: 0
S1U_SIP_SC_SEER_num: 87
hr: 5
MAC_UE_SC_Tput: 8093.05

hr: 5
CA Activation Rate num: 11008275
UPTP Mbps Den: 1074
Setup_Fail_DEN: 15662
SIP_SC_Total_MOU: 52.56
S1U_SIP_SC_SEER_den: 235
Peak UE: 27
UL Throughput: 18.12
DL Data Vol MAC in MB: 7547.65

Time: 15:37:30
holiday: 0
SIP_SC_Call_Attempts: 263
HO_att_InterFreq: 81
HO Attempts: 645

DL MAC Vol Scell Pct: 40.75
Avg_Connected_UEs: 49.71
SIP DC%: 
DRB UL Data Volume MB: 2970
RRC Setup Attempts: 6666
weekend: 0
UPTP Mbps Num: 22653
hr: 23
MAC_UE_SC_Tput: 5081.82

hr: 23
CA Activation Rate num: 2811482
Setup_Fail_DEN: 12689
SIP_SC_Total_MOU: 189.78
Peak UE: 68
DL Volume: 5104
UL Throughput: 12.06
CA Activation Rate den: 82138

Time: 01:39:13
holiday: 0
CA DL DataVolRatio Pct num: 4212
HO Attempts: 809

DL MAC Vol Scell Pct: 47.15
Avg_Connected_UEs: 45.09
SIP DC%: 
UPTP_Mbps: 37.5
DLRLCLayerDataVolume MB: 9130.06
DRB UL Data Volume MB: 6899
PRB Util%: 28.1
CA DL DataVolRatio Pct den: 961
weekend: 0
CA Activation Rate: 32.45
hr: 9
MAC_UE_SC_Tput: 5954.84

hr: 9
Avg CQI: 9.77
CA Activation Rate num: 1779849
Setup_Fail_DEN: 9437
SIP_SC_Total_MOU: 50.14
Peak UE: 27
MB_per_connected_UE: 103.68
DL Volume: 4445
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9111

Time: 08:55:08
holiday: 0
CA DL DataVolRatio Pct: 65.38
CA DL DataVolRatio Pct num: 2275

Avg_Connected_UEs: 78.73
SIP DC%: 
UPTP_Mbps: 9.47
PRB Util%: 41.84
CA Conf FailRate Pct den: 6554
weekend: 0
CA Activation Rate: 41.74
hr: 23
MAC_UE_SC_Tput: 12891.48

hr: 23
CA Activation Rate num: 7961265
UPTP Mbps Den: 2326
Setup_Fail_DEN: 14359
SIP_SC_Total_MOU: 61.5
Peak UE: 33
PCT Time MIMO: 44.64
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7529
UL Throughput: 5.38
DL Data Vol MAC in MB: 9657.71

Combined RACH Preambles: 3193
Time: 04:53:35
holiday: 0

DL MAC Vol Scell Pct: 28.21
Avg_Connected_UEs: 45.48
SIP DC%: 
CA Conf FailRate Pct den: 3900
weekend: 0
UPTP Mbps Num: 22711
CA Activation Rate: 23.6
hr: 6
MAC_UE_SC_Tput: 12177.96
Bearer Releases: 9971

hr: 6
UPTP Mbps Den: 5683
Setup_Fail_DEN: 10224
SIP_SC_Total_MOU: 343.37
Peak UE: 27
MB_per_connected_UE: 136.24

Combined RACH Preambles: 2368
Time: 00:54:54
holiday: 0
SIP_SC_Call_Attempts: 160
CA DL DataVolRatio Pct num: 7511

DL MAC Vol Scell Pct: 45.76
SIP DC%: 
UPTP_Mbps: 11
DLRLCLayerDataVolume MB: 3883.92
DRB UL Data Volume MB: 7909
RRC Setup Attempts: 6683
CA DL DataVolRatio Pct den: 7979
CA Conf FailRate Pct den: 8434
weekend: 0
UPTP Mbps Num: 39273
hr: 2
MAC_UE_SC_Tput: 5695.79

hr: 2
CA Activation Rate num: 5023160
Setup_Fail_DEN: 13697
SIP_SC_Total_MOU: 293.31
Peak UE: 34
MB_per_connected_UE: 111.83
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7520

Combined RACH Preambles: 2995
Time: 02:49:02
Date: 09-04-2022
holiday: 0
HO_att_InterFreq: 80

DL MAC Vol Scell Pct: 55.63
Avg_Connected_UEs: 19.94
SIP DC%: 
DLRLCLayerDataVolume MB: 3477.8
PRB Util%: 20.35
CA DL DataVolRatio Pct den: 5160
weekend: 0
CA Activation Rate: 61.9
hr: 4
MAC_UE_SC_Tput: 17826.93

hr: 4
CA Activation Rate num: 905937
UPTP Mbps Den: 1091
Setup_Fail_DEN: 14093
SIP_SC_Total_MOU: 175.06
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 118.07
PCT Time MIMO: 48.34
DL Volume: 1834
DL Data Vol MAC in MB: 3093.4

Time: 04:52:29
holiday: 0
CA DL DataVolRatio Pct: 67.73
HO_att_InterFreq: 886
CA DL DataVolRatio Pct num: 6155

DL MAC Vol Scell Pct: 5.16
Avg_Connected_UEs: 78.07
SIP DC%: 
DLRLCLayerDataVolume MB: 2750.3
CA DL DataVolRatio Pct den: 7725
CA Conf FailRate Pct den: 8797
weekend: 0
CA Activation Rate: 39.96
hr: 19
MAC_UE_SC_Tput: 7712.87
Bearer Releases: 13571

hr: 19
CA Activation Rate num: 3769272
UPTP Mbps Den: 1121
S1U_SIP_SC_SEER_den: 217
DL Volume: 4682
CA Activation Rate den: 87063

Combined RACH Preambles: 3148
Time: 02:10:33
holiday: 0
CA DL DataVolRatio Pct: 75.85
CA DL DataVolRatio Pct num: 6429

DL MAC Vol Scell Pct: 8.83
Avg_Connected_UEs: 44.61
SIP DC%: 
UPTP_Mbps: 29.71
DLRLCLayerDataVolume MB: 886
DRB UL Data Volume MB: 2982
PRB Util%: 39.76
RRC Setup Attempts: 3722
weekend: 0
hr: 10

hr: 10
CA Activation Rate num: 6879422
Setup_Fail_DEN: 9206
Peak UE: 79
PCT Time MIMO: 56.74
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4666
DL Data Vol MAC in MB: 1258.74
CA Activation Rate den: 125869

Time: 16:47:46
holiday: 0
CA DL DataVolRatio Pct: 69.11
HO_att_InterFreq: 913
CA DL DataVolRatio Pct num: 3698

SIP DC%: 
UPTP_Mbps: 127
DLRLCLayerDataVolume MB: 2900.01
CA DL DataVolRatio Pct den: 3045
weekend: 0
CA Activation Rate: 53.24
hr: 7
MAC_UE_SC_Tput: 12975.21

hr: 7
CA Activation Rate num: 10436833
Setup_Fail_DEN: 9202
SIP_SC_Total_MOU: 272.76
Peak UE: 58
PCT Time MIMO: 42.06
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8516
UL Throughput: 3.6
DL Data Vol MAC in MB: 4851.82

Combined RACH Preambles: 4707
Time: 23:20:30
holiday: 0
CA DL DataVolRatio Pct: 92.78
HO_att_InterFreq: 1014

DL MAC Vol Scell Pct: 9.62
Avg_Connected_UEs: 33.37
SIP DC%: 
UPTP_Mbps: 130.07
DLRLCLayerDataVolume MB: 3958.91
DRB UL Data Volume MB: 6028
CA Conf FailRate Pct den: 6840
weekend: 0
CA Activation Rate: 44
hr: 0
MAC_UE_SC_Tput: 5001.62

hr: 0
Setup_Fail_DEN: 11491
Peak UE: 31
MB_per_connected_UE: 89.29
PCT Time MIMO: 68.31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8946
DL Data Vol MAC in MB: 2485.24
CA Activation Rate den: 150203

Time: 12:58:35
Date: 17-06-2023
holiday: 0
CA DL DataVolRatio Pct: 71.64
CA DL DataVolRatio Pct num: 7399

DL MAC Vol Scell Pct: 19.63
Avg_Connected_UEs: 25.82
SIP DC%: 
DLRLCLayerDataVolume MB: 2448.27
DRB UL Data Volume MB: 8565
PRB Util%: 21.29
CA DL DataVolRatio Pct den: 8926
weekend: 0
hr: 12
MAC_UE_SC_Tput: 14767.47

hr: 12
CA Activation Rate num: 9753513
UPTP Mbps Den: 1221
Setup_Fail_DEN: 9275
SIP_SC_Total_MOU: 96.26
Peak UE: 53
MB_per_connected_UE: 124.64
PCT Time MIMO: 56.46
DL Volume: 1903
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5325
DL Data Vol MAC in MB: 4444.71

Combined RACH Preambles: 2697
Time: 11:46:59
holiday: 0
CA DL DataVolRatio Pct: 82.66

DL MAC Vol Scell Pct: 9.69
Avg_Connected_UEs: 18.1
SIP DC%: 
DRB UL Data Volume MB: 584
RRC Setup Attempts: 7600
CA DL DataVolRatio Pct den: 9768
weekend: 0
UPTP Mbps Num: 1468
CA Activation Rate: 22.75
hr: 23
Bearer Releases: 15500

hr: 23
CA Activation Rate num: 3967289
UPTP Mbps Den: 278
Peak UE: 38
MB_per_connected_UE: 24.94
DL Volume: 4714
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9207
DL Data Vol MAC in MB: 6137.81
CA Activation Rate den: 105263

Time: 18:21:20
holiday: 0
HO_att_InterFreq: 636

DL MAC Vol Scell Pct: 17.16
Avg_Connected_UEs: 32.84
SIP DC%: 
DLRLCLayerDataVolume MB: 5813.22
DRB UL Data Volume MB: 4699
PRB Util%: 49.68
CA Conf FailRate Pct den: 7135
weekend: 0
CA Activation Rate: 26.97
hr: 9
MAC_UE_SC_Tput: 15677.3
Bearer Releases: 10087

hr: 9
CA Activation Rate num: 5258282
SIP_SC_Total_MOU: 139.99
Peak UE: 27
MB_per_connected_UE: 136.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8774
DL Data Vol MAC in MB: 1450.91
CA Activation Rate den: 73489

Time: 05:56:55
holiday: 0
CA DL DataVolRatio Pct: 66.18

DL MAC Vol Scell Pct: 4.32
Avg_Connected_UEs: 27.26
SIP DC%: 
UPTP_Mbps: 46.2
DLRLCLayerDataVolume MB: 7527.43
CA Conf FailRate Pct den: 7433
weekend: 0
UPTP Mbps Num: 1585
CA Activation Rate: 21.64
hr: 23
MAC_UE_SC_Tput: 17044.4
Bearer Releases: 7039

hr: 23
CA Activation Rate num: 10534242
UPTP Mbps Den: 674
SIP_SC_Total_MOU: 112.99
Peak UE: 27
MB_per_connected_UE: 110.4
PCT Time MIMO: 41.83
DL Data Vol MAC in MB: 5915.95

Time: 15:08:38
holiday: 0
CA DL DataVolRatio Pct: 45.14
SIP_SC_Call_Attempts: 187
HO_att_InterFreq: 120

DL MAC Vol Scell Pct: 9.91
SIP DC%: 
UPTP_Mbps: 16.36
RRC Setup Attempts: 4704
weekend: 0
CA Activation Rate: 28.68
hr: 0
MAC_UE_SC_Tput: 8132.29
Bearer Releases: 9819

hr: 0
CA Activation Rate num: 5973758
Peak UE: 50
MB_per_connected_UE: 80.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8590
DL Data Vol MAC in MB: 822.82
Combined RACH Preambles: 2145
Time: 06:04:46

holiday: 0
CA DL DataVolRatio Pct: 92.11
HO_att_InterFreq: 299
CA DL DataVolRatio Pct num: 6286

Avg_Connected_UEs: 28
SIP DC%: 
DLRLCLayerDataVolume MB: 6225.64
PRB Util%: 10
RRC Setup Attempts: 7577
CA DL DataVolRatio Pct den: 2840
weekend: 0
UPTP Mbps Num: 1414
CA Activation Rate: 74.25
hr: 5
MAC_UE_SC_Tput: 12759.4

hr: 5
CA Activation Rate num: 2665522
UPTP Mbps Den: 1610
Peak UE: 27
DL Volume: 7492
DL Data Vol MAC in MB: 2772.8
CA Activation Rate den: 74115
Combined RACH Preambles: 2442
Time: 08:34:09

holiday: 0
Bearer Releases Voice: 160
CA DL DataVolRatio Pct num: 743

DL MAC Vol Scell Pct: 34.07
SIP DC%: 
DRB UL Data Volume MB: 4366
RRC Setup Attempts: 5027
CA Conf FailRate Pct den: 4774
weekend: 0
Bearer Setup Failure Voice Den: 263
CA Activation Rate: 24.85
hr: 1
MAC_UE_SC_Tput: 6417.64
Bearer Releases: 17162

hr: 1
CA Activation Rate num: 9514649
UPTP Mbps Den: 2902
Setup_Fail_DEN: 12979
SIP_SC_Total_MOU: 277.7
Peak UE: 27
MB_per_connected_UE: 50.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9186
DL Data Vol MAC in MB: 676.13
CA Activation Rate den: 110850

Time: 23:45:39
Date: 18-06-2023
holiday: 0
HO_att_InterFreq: 475

SIP DC%: 
UPTP_Mbps: 40.56
DRB UL Data Volume MB: 7055
PRB Util%: 11.61
RRC Setup Attempts: 6894
CA DL DataVolRatio Pct den: 7364
weekend: 0
UPTP Mbps Num: 36456
CA Activation Rate: 49.17
hr: 23
MAC_UE_SC_Tput: 7279.05
Bearer Releases: 11342

hr: 23
CA Activation Rate num: 3523988
UPTP Mbps Den: 3060
Peak UE: 27
MB_per_connected_UE: 118.19
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7266
DL Data Vol MAC in MB: 6793.55
CA Activation Rate den: 99561

Time: 14:49:21
holiday: 0
CA DL DataVolRatio Pct: 89.34
HO Attempts: 369

SIP DC%: 
UPTP_Mbps: 114.27
DLRLCLayerDataVolume MB: 2357.06
DRB UL Data Volume MB: 5842
CA DL DataVolRatio Pct den: 6377
RSSIRX1 Avg: -96.03
weekend: 0
UPTP Mbps Num: 9691
hr: 8
MAC_UE_SC_Tput: 11302.19
Bearer Releases: 11613

hr: 8
CA Activation Rate num: 7732032
UPTP Mbps Den: 3036
Setup_Fail_DEN: 13940
SIP_SC_Total_MOU: 10.88
Peak UE: 36
MB_per_connected_UE: 45.55
PCT Time MIMO: 46.08
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6844
DL Data Vol MAC in MB: 8603.85
CA Activation Rate den: 197577

Time: 16:37:54
holiday: 0
HO_att_InterFreq: 316
CA DL DataVolRatio Pct num: 3751

DL MAC Vol Scell Pct: 47.43
Avg_Connected_UEs: 42.22
SIP DC%: 
DRB UL Data Volume MB: 8171
RRC Setup Attempts: 7741
CA Conf FailRate Pct den: 5668
weekend: 0
UPTP Mbps Num: 14287
hr: 11

hr: 11
CA Activation Rate num: 2488331
UPTP Mbps Den: 252
Setup_Fail_DEN: 12936
Peak UE: 27
MB_per_connected_UE: 34.2
PCT Time MIMO: 45.66
DL Volume: 8165
DL Data Vol MAC in MB: 8533.68
CA Activation Rate den: 50795

Time: 00:25:22
holiday: 0
CA DL DataVolRatio Pct: 42.01

DL MAC Vol Scell Pct: 4.48
SIP DC%: 
UPTP_Mbps: 31.37
DLRLCLayerDataVolume MB: 6329.01
RRC Setup Attempts: 5121
weekend: 0
UPTP Mbps Num: 25096
hr: 0

hr: 0
CA Activation Rate num: 7402449
UPTP Mbps Den: 2367
Setup_Fail_DEN: 14421
QCI 1 Bearer Drop%: 0.92
Peak UE: 32
MB_per_connected_UE: 181.18
DL Volume: 6695
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8965
CA Activation Rate den: 180350

Time: 10:15:46
holiday: 0
CA DL DataVolRatio Pct: 87.47
CA DL DataVolRatio Pct num: 4794

DL MAC Vol Scell Pct: 41.54
Avg_Connected_UEs: 54.05
SIP DC%: 
UPTP_Mbps: 132.05
DRB UL Data Volume MB: 8700
PRB Util%: 56.53
CA DL DataVolRatio Pct den: 7891
CA Conf FailRate Pct den: 7293
RSSIRX1 Avg: -95.11
weekend: 0
CA Activation Rate: 67.09
hr: 23
Bearer Releases: 13022

hr: 23
CA Activation Rate num: 10946269
UPTP Mbps Den: 2909
SIP_SC_Total_MOU: 2.37
S1U_SIP_SC_SEER_den: 201
Peak UE: 46
VOLTE IA%: 
PCT Time MIMO: 40.11
DL Data Vol MAC in MB: 5237.84

Time: 12:14:27
holiday: 0
CA DL DataVolRatio Pct: 65.45
CA DL DataVolRatio Pct num: 6762

DL MAC Vol Scell Pct: 27.25
Avg_Connected_UEs: 30.82
SIP DC%: 
UPTP_Mbps: 41.72
PRB Util%: 68.63
RRC Setup Attempts: 3915
CA DL DataVolRatio Pct den: 6565
CA Conf FailRate Pct den: 2722
weekend: 0
UPTP Mbps Num: 59317
CA Activation Rate: 66.05
hr: 3
MAC_UE_SC_Tput: 4610.21

hr: 3
UPTP Mbps Den: 1190
Setup_Fail_DEN: 15822
Peak UE: 27
MB_per_connected_UE: 182.17
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6174
DL Data Vol MAC in MB: 1769.07
CA Activation Rate den: 39597
Combined RACH Preambles: 3136

Time: 19:46:58
holiday: 0
CA DL DataVolRatio Pct: 83.77

Avg_Connected_UEs: 38.58
SIP DC%: 
UPTP_Mbps: 89.6
DLRLCLayerDataVolume MB: 7825.74
DRB UL Data Volume MB: 2640
RRC Setup Attempts: 5495
CA Conf FailRate Pct den: 8964
weekend: 0
UPTP Mbps Num: 29420
CA Activation Rate: 22.19
hr: 7
MAC_UE_SC_Tput: 9163.09
Bearer Releases: 7724

hr: 7
CA Activation Rate num: 6746714
Peak UE: 30
MB_per_connected_UE: 103.42
DL Volume: 3660
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4893
DL Data Vol MAC in MB: 10038.63
CA Activation Rate den: 48538

Time: 10:54:49
holiday: 0
Bearer Releases Voice: 173
HO_att_InterFreq: 148
CA DL DataVolRatio Pct num: 5348

DL MAC Vol Scell Pct: 24.91
Avg_Connected_UEs: 47.63
SIP DC%: 
UPTP_Mbps: 9.43
DLRLCLayerDataVolume MB: 8929.79
DRB UL Data Volume MB: 4318
weekend: 1
UPTP Mbps Num: 26812
RSSIRX2 Avg: -95.48
hr: 11
MAC_UE_SC_Tput: 6816.19
Bearer Releases: 12062

hr: 11
CA Activation Rate num: 4669193
UPTP Mbps Den: 1974
Setup_Fail_DEN: 16954
Peak UE: 30
MB_per_connected_UE: 37.29
PCT Time MIMO: 40.63
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8538
DL Data Vol MAC in MB: 7160.24
CA Activation Rate den: 38887

Combined RACH Preambles: 2477
Time: 17:56:31
holiday: 0
CA DL DataVolRatio Pct: 82.42

DL MAC Vol Scell Pct: 53.42
SIP DC%: 
UPTP_Mbps: 35.67
DLRLCLayerDataVolume MB: 3656.83
DRB UL Data Volume MB: 3520
RRC Setup Attempts: 7043
CA Conf FailRate Pct den: 7278
weekend: 1
UPTP Mbps Num: 6576
CA Activation Rate: 34.36
hr: 0
MAC_UE_SC_Tput: 10610.33
Bearer Releases: 12292

hr: 0
CA Activation Rate num: 9988988
UPTP Mbps Den: 181
Setup_Fail_DEN: 8033
SIP_SC_Total_MOU: 257.02
Peak UE: 27
MB_per_connected_UE: 61.1
DL Volume: 3294
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5895
DL Data Vol MAC in MB: 8366.09

Combined RACH Preambles: 3960
Time: 20:59:57
Date: 26-01-2022
holiday: 0
CA DL DataVolRatio Pct: 83.36
HO Attempts: 75

DL MAC Vol Scell Pct: 6.85
SIP DC%: 
UPTP_Mbps: 31.36
DLRLCLayerDataVolume MB: 2052.57
DRB UL Data Volume MB: 6873
PRB Util%: 10.04
RRC Setup Attempts: 7158
CA DL DataVolRatio Pct den: 9648
CA Conf FailRate Pct den: 9030
weekend: 0
UPTP Mbps Num: 57375
CA Activation Rate: 23.21
hr: 2
MAC_UE_SC_Tput: 7627.34
Bearer Releases: 7729

hr: 2
CA Activation Rate num: 3168416
UPTP Mbps Den: 1350
SIP_SC_Total_MOU: 170.2
Peak UE: 27
MB_per_connected_UE: 155.85
DL Volume: 5236
DL Data Vol MAC in MB: 6169.11

Time: 23:56:42
holiday: 0
CA DL DataVolRatio Pct: 70.5
HO_att_InterFreq: 781
CA DL DataVolRatio Pct num: 4002

DL MAC Vol Scell Pct: 12.04
Avg_Connected_UEs: 38.79
SIP DC%: 
UPTP_Mbps: 43.61
DLRLCLayerDataVolume MB: 4100.62
DRB UL Data Volume MB: 5296
RRC Setup Attempts: 3371
CA DL DataVolRatio Pct den: 9723
CA Conf FailRate Pct den: 7167
weekend: 0
UPTP Mbps Num: 30275
hr: 8
MAC_UE_SC_Tput: 15814.96
Bearer Releases: 7930

hr: 8
CA Activation Rate num: 2215029
S1U_SIP_SC_SEER_den: 88
Peak UE: 99
MB_per_connected_UE: 66.45
DL Volume: 3910
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3644

Time: 03:25:52
holiday: 0
CA DL DataVolRatio Pct: 92.25

Avg_Connected_UEs: 78.39
SIP DC%: 
UPTP_Mbps: 32.17
DLRLCLayerDataVolume MB: 8397.07
DRB UL Data Volume MB: 1635
PRB Util%: 74.33
RRC Setup Attempts: 6239
CA DL DataVolRatio Pct den: 5453
weekend: 0
UPTP Mbps Num: 35465
CA Activation Rate: 76.84
hr: 12
MAC_UE_SC_Tput: 6925.68
Bearer Releases: 10256

hr: 12
qci1_setup_attempts: 110
Peak UE: 55
MB_per_connected_UE: 16.01
PCT Time MIMO: 39.31
DL Volume: 8474
UL Throughput: 5.62
DL Data Vol MAC in MB: 5430.08
CA Activation Rate den: 44572

Time: 08:49:09
holiday: 0

Avg_Connected_UEs: 29.83
SIP DC%: 
DLRLCLayerDataVolume MB: 7069.22
DRB UL Data Volume MB: 5298
RRC Setup Attempts: 8428
CA DL DataVolRatio Pct den: 8296
weekend: 0
CA Activation Rate: 62.05
hr: 5
MAC_UE_SC_Tput: 11506.58
Bearer Releases: 11675

hr: 5
CA Activation Rate num: 3496014
Peak UE: 66
MB_per_connected_UE: 31.14
DL Volume: 9275
UL Throughput: 6.07
DL Data Vol MAC in MB: 5082.11
CA Activation Rate den: 167708
Combined RACH Preambles: 3006

Time: 20:17:00
holiday: 0
CA DL DataVolRatio Pct: 64.29
Bearer Releases Voice: 62

SIP DC%: 
UPTP_Mbps: 29.66
DRB UL Data Volume MB: 1593
PRB Util%: 59.98
RRC Setup Attempts: 6538
weekend: 0
RSSIRX2 Avg: -93.86
S1U_SIP_SC_SEER_num: 121
CA Activation Rate: 38.46
hr: 9
MAC_UE_SC_Tput: 16614.13
Bearer Releases: 13588

hr: 9
CA Activation Rate num: 10295878
Setup_Fail_DEN: 12876
Peak UE: 38
MB_per_connected_UE: 93.89
CA Activation Rate den: 127841

Time: 21:37:32
Date: 05-08-2022
holiday: 0

DL MAC Vol Scell Pct: 22.92
SIP DC%: 
UPTP_Mbps: 120.46
DLRLCLayerDataVolume MB: 272.69
DRB UL Data Volume MB: 4620
RRC Setup Attempts: 8995
CA DL DataVolRatio Pct den: 9248
weekend: 0
S1U_SIP_SC_SEER_num: 246
CA Activation Rate: 23.43
hr: 23
MAC_UE_SC_Tput: 25820.33
Bearer Releases: 13317

hr: 23
CA Activation Rate num: 10704323
SIP_SC_Total_MOU: 61.31
Peak UE: 27
MB_per_connected_UE: 69.78
PCT Time MIMO: 50.39
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5097
CA Activation Rate den: 193924

Combined RACH Preambles: 2112
Time: 22:38:33
holiday: 0
CA DL DataVolRatio Pct: 58.75
CA DL DataVolRatio Pct num: 4264

SIP DC%: 
DLRLCLayerDataVolume MB: 7947.05
DRB UL Data Volume MB: 7127
PRB Util%: 63.2
RRC Setup Attempts: 7142
weekend: 0
UPTP Mbps Num: 39193
CA Activation Rate: 43.89
hr: 20
MAC_UE_SC_Tput: 20180.47
Bearer Releases: 18568

hr: 20
CA Activation Rate num: 8690791
UPTP Mbps Den: 2654
SIP_SC_Total_MOU: 339.98
Peak UE: 33
MB_per_connected_UE: 77.73
PCT Time MIMO: 45.82
DL Volume: 4875
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9224
CA Activation Rate den: 48611

Time: 00:33:02
holiday: 0
CA DL DataVolRatio Pct: 62.12

DL MAC Vol Scell Pct: 15.58
SIP DC%: 
UPTP_Mbps: 42.62
DLRLCLayerDataVolume MB: 1872.85
RRC Setup Attempts: 7247
weekend: 1
UPTP Mbps Num: 47667
hr: 19
MAC_UE_SC_Tput: 11193.26
Bearer Releases: 16799

hr: 19
CA Activation Rate num: 10777447
UPTP Mbps Den: 2049
Peak UE: 30
VOLTE IA%: 
PCT Time MIMO: 56.24
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8904
DL Data Vol MAC in MB: 6522.35

Combined RACH Preambles: 2220
Time: 19:18:28
holiday: 0
CA DL DataVolRatio Pct: 74.58

Avg_Connected_UEs: 59.78
SIP DC%: 
DRB UL Data Volume MB: 7908
PRB Util%: 58.65
RRC Setup Attempts: 4309
CA DL DataVolRatio Pct den: 7067
CA Conf FailRate Pct den: 6188
weekend: 0
CA Activation Rate: 57.34
hr: 23
MAC_UE_SC_Tput: 11642.71
Bearer Releases: 18687

hr: 23
CA Activation Rate num: 5641504
UPTP Mbps Den: 1868
Setup_Fail_DEN: 12287
Peak UE: 27
MB_per_connected_UE: 47.82
PCT Time MIMO: 33.13
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3177
DL Data Vol MAC in MB: 9196.32

Combined RACH Preambles: 3694
Time: 19:22:56
holiday: 0
CA DL DataVolRatio Pct: 60.51
HO_att_InterFreq: 129

Avg_Connected_UEs: 55.85
SIP DC%: 
DLRLCLayerDataVolume MB: 4088.39
PRB Util%: 31.45
RRC Setup Attempts: 7648
CA DL DataVolRatio Pct den: 9789
CA Conf FailRate Pct den: 6378
weekend: 0
UPTP Mbps Num: 9795
Bearer Setup Failure Voice Den: 85
CA Activation Rate: 23.26
hr: 23
MAC_UE_SC_Tput: 18456.29

hr: 23
CA Activation Rate num: 9682212
UPTP Mbps Den: 2621
Setup_Fail_DEN: 19279
Peak UE: 53
MB_per_connected_UE: 77.36
DL Data Vol MAC in MB: 466.23

Combined RACH Preambles: 2463
Time: 01:28:57
Date: 02-01-2022
holiday: 0
CA DL DataVolRatio Pct: 63.25
CA DL DataVolRatio Pct num: 5753

Avg_Connected_UEs: 44.66
SIP DC%: 
UPTP_Mbps: 15.95
DRB UL Data Volume MB: 703
PRB Util%: 34.45
RRC Setup Attempts: 8064
CA DL DataVolRatio Pct den: 9761
CA Conf FailRate Pct den: 7326
weekend: 0
RSSIRX2 Avg: -96.75
CA Activation Rate: 11.52
hr: 0
MAC_UE_SC_Tput: 6042.23
Bearer Releases: 14299

hr: 0
CA Activation Rate num: 9509394
Setup_Fail_DEN: 8407
SIP_SC_Total_MOU: 36.68
Peak UE: 27
DL Volume: 1951
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3793
CA Activation Rate den: 134078

Combined RACH Preambles: 3677
Time: 09:31:54
Date: 30-01-2023
holiday: 0
CA DL DataVolRatio Pct: 57.83

Avg_Connected_UEs: 54.27
SIP DC%: 
DRB UL Data Volume MB: 5691
RRC Setup Attempts: 5744
CA DL DataVolRatio Pct den: 9138
weekend: 0
UPTP Mbps Num: 29316
hr: 19
MAC_UE_SC_Tput: 5313.03
Bearer Releases: 7227

hr: 19
Setup_Fail_DEN: 13083
Peak UE: 75
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3282
DL Data Vol MAC in MB: 7784.9

Time: 13:55:45
holiday: 0
RRC Setup Failure% 5G: 0.36

Avg_Connected_UEs: 35.16
SIP DC%: 
DLRLCLayerDataVolume MB: 774.16
DRB UL Data Volume MB: 8969
RRC Setup Attempts: 4681
CA DL DataVolRatio Pct den: 7682
CA Conf FailRate Pct den: 4235
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11335.62

hr: 23
CA Activation Rate num: 3715896
Setup_Fail_DEN: 18758
SIP_SC_Total_MOU: 52.1
Peak UE: 27
MB_per_connected_UE: 121.53
PCT Time MIMO: 34.69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3487
CA Activation Rate den: 87318

Combined RACH Preambles: 4389
Time: 01:50:20
Date: 09-12-2023
holiday: 0
SIP_SC_Call_Attempts: 223
CA DL DataVolRatio Pct num: 4699

Avg_Connected_UEs: 41.68
SIP DC%: 
DLRLCLayerDataVolume MB: 9403.2
PRB Util%: 61.55
RRC Setup Attempts: 7811
CA DL DataVolRatio Pct den: 8716
weekend: 1
hr: 8
MAC_UE_SC_Tput: 25325.4

hr: 8
Avg CQI: 11.67
CA Activation Rate num: 4784475
SIP_SC_Total_MOU: 407.12
Peak UE: 70
DL Volume: 922
DL Data Vol MAC in MB: 7534.55
CA Activation Rate den: 111634

Time: 06:15:41
holiday: 0
CA DL DataVolRatio Pct: 85.57
CA DL DataVolRatio Pct num: 7540

SIP DC%: 
UPTP_Mbps: 39.57
DLRLCLayerDataVolume MB: 3247.69
DRB UL Data Volume MB: 6601
PRB Util%: 17.6
CA DL DataVolRatio Pct den: 5988
weekend: 1
hr: 8
MAC_UE_SC_Tput: 9472.05
Bearer Releases: 6683

hr: 8
CA Activation Rate num: 4317555
UPTP Mbps Den: 1623
Setup_Fail_DEN: 12801
SIP_SC_Total_MOU: 16.04
Peak UE: 43
DL Data Vol MAC in MB: 9115.57
CA Activation Rate den: 42255

Combined RACH Preambles: 3629
Time: 01:36:58
holiday: 0
CA DL DataVolRatio Pct: 88.08
CA DL DataVolRatio Pct num: 6686
HO Attempts: 786

Avg_Connected_UEs: 26.87
SIP DC%: 
UPTP_Mbps: 11.24
DLRLCLayerDataVolume MB: 8233.43
DRB UL Data Volume MB: 2625
CA DL DataVolRatio Pct den: 8860
CA Conf FailRate Pct den: 8639
weekend: 0
CA Activation Rate: 52.39
hr: 5
MAC_UE_SC_Tput: 6658.01

hr: 5
CA Activation Rate num: 6218521
UPTP Mbps Den: 1825
SIP_SC_Total_MOU: 132.79
Peak UE: 56
MB_per_connected_UE: 9.26
PCT Time MIMO: 34.94
DL Volume: 9812
DL Data Vol MAC in MB: 6396.29
CA Activation Rate den: 59420

Combined RACH Preambles: 4034
Time: 02:10:22
holiday: 0
CA DL DataVolRatio Pct: 67.05

DL MAC Vol Scell Pct: 34.82
Avg_Connected_UEs: 84.27
SIP DC%: 
DRB UL Data Volume MB: 7054
CA Conf FailRate Pct den: 4956
weekend: 1
UPTP Mbps Num: 47714
CA Activation Rate: 66.24
hr: 9
MAC_UE_SC_Tput: 48456.37
Bearer Releases: 17171

hr: 9
CA Activation Rate num: 5778077
Setup_Fail_DEN: 6426
SIP_SC_Total_MOU: 91.06
Peak UE: 27
MB_per_connected_UE: 201.09
DL Volume: 4755

Time: 07:52:29
holiday: 0
HO Attempts: 24

Avg_Connected_UEs: 33.77
SIP DC%: 
DLRLCLayerDataVolume MB: 5118.77
PRB Util%: 17.43
CA Conf FailRate Pct den: 3979
weekend: 0
CA Activation Rate: 5.98
hr: 6
MAC_UE_SC_Tput: 16193.51
Bearer Releases: 9419

hr: 6
Setup_Fail_DEN: 11728
S1U_SIP_SC_SEER_den: 109
Peak UE: 27
MB_per_connected_UE: 60.3
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9369
DL Data Vol MAC in MB: 1634.18

Time: 13:12:08
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7966.04
RRC Setup Attempts: 5922
weekend: 0
UPTP Mbps Num: 55724
Bearer Setup Failure Voice Den: 127
hr: 7
MAC_UE_SC_Tput: 12272.19
Bearer Releases: 15693

hr: 7
CA Activation Rate num: 1541750
UPTP Mbps Den: 2207
Setup_Fail_DEN: 18732
Peak UE: 37
VOLTE IA%: 
MB_per_connected_UE: 68.92
UL Throughput: 3.66
DL Data Vol MAC in MB: 5246.51
CA Activation Rate den: 195380

Time: 09:20:04
holiday: 0

DL MAC Vol Scell Pct: 37.29
Avg_Connected_UEs: 24.29
SIP DC%: 
DLRLCLayerDataVolume MB: 1406.83
PRB Util%: 18.71
RRC Setup Attempts: 5047
CA Conf FailRate Pct den: 7665
weekend: 0
UPTP Mbps Num: 54881
CA Activation Rate: 3.78
hr: 16
MAC_UE_SC_Tput: 4224.08
Bearer Releases: 15453

hr: 16
CA Activation Rate num: 998456
UPTP Mbps Den: 1202
Setup_Fail_DEN: 12474
SIP_SC_Total_MOU: 17.91
Peak UE: 27
DL Volume: 9024
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5540
DL Data Vol MAC in MB: 5281.38
CA Activation Rate den: 175871

Time: 23:28:13
holiday: 0
CA DL DataVolRatio Pct: 55.37

SIP DC%: 
UPTP_Mbps: 29.62
DLRLCLayerDataVolume MB: 186.54
PRB Util%: 22.15
CA DL DataVolRatio Pct den: 2027
weekend: 0
UPTP Mbps Num: 19638
RSSIRX2 Avg: -94.88
CA Activation Rate: 60.88
hr: 19
MAC_UE_SC_Tput: 12002.89
Bearer Releases: 15080

hr: 19
CA Activation Rate num: 5380029
Setup_Fail_DEN: 8220
SIP_SC_Total_MOU: 44.67
Peak UE: 55
QCI 1 Bearer Releases: 103
DL Data Vol MAC in MB: 3381.99
CA Activation Rate den: 37857

Time: 22:27:58
holiday: 0
HO_att_InterFreq: 476
CA DL DataVolRatio Pct num: 1674

Avg_Connected_UEs: 42.59
SIP DC%: 
DLRLCLayerDataVolume MB: 7203.83
DRB UL Data Volume MB: 4291
PRB Util%: 50.85
RRC Setup Attempts: 4702
CA DL DataVolRatio Pct den: 9360
CA Conf FailRate Pct den: 7174
weekend: 0
hr: 12
MAC_UE_SC_Tput: 11593.98

hr: 12
CA Activation Rate num: 147404
UPTP Mbps Den: 2175
Setup_Fail_DEN: 17234
Peak UE: 62
MB_per_connected_UE: 93.76
PCT Time MIMO: 55.02
UL Throughput: 5.79
DL Data Vol MAC in MB: 1771.29
CA Activation Rate den: 85123

Time: 13:38:40
holiday: 0
CA DL DataVolRatio Pct: 91.58
CA DL DataVolRatio Pct num: 4318

DL MAC Vol Scell Pct: 12.16
Avg_Connected_UEs: 71.45
SIP DC%: 
UPTP_Mbps: 23.25
DLRLCLayerDataVolume MB: 5609.18
DRB UL Data Volume MB: 6007
RRC Setup Attempts: 3547
CA DL DataVolRatio Pct den: 7812
weekend: 0
UPTP Mbps Num: 6168
S1U_SIP_SC_SEER_num: 183
CA Activation Rate: 56.96
hr: 0
MAC_UE_SC_Tput: 14068.01
Bearer Releases: 7904

hr: 0
CA Activation Rate num: 6825528
UPTP Mbps Den: 452
Setup_Fail_DEN: 10755
Peak UE: 55
PCT Time MIMO: 37.19
DL Volume: 1088
DL Data Vol MAC in MB: 5878.58
CA Activation Rate den: 92599

Time: 18:19:48
holiday: 0
HO_att_InterFreq: 669

Avg_Connected_UEs: 58.04
SIP DC%: 
DLRLCLayerDataVolume MB: 5028.54
DRB UL Data Volume MB: 7993
RRC Setup Attempts: 7349
CA DL DataVolRatio Pct den: 6930
weekend: 0
CA Activation Rate: 39.35
hr: 0
MAC_UE_SC_Tput: 17317.12
Bearer Releases: 6503

hr: 0
CA Activation Rate num: 1182061
UPTP Mbps Den: 1379
Setup_Fail_DEN: 8944
UL MAC Vol Scell Pct: 2.39
Peak UE: 75
MB_per_connected_UE: 125.84
PCT Time MIMO: 58.99
DL Volume: 9804
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8856
DL Data Vol MAC in MB: 8477.05
Time: 01:20:58

holiday: 0
CA DL DataVolRatio Pct: 62.98
CA DL DataVolRatio Pct num: 5677

DL MAC Vol Scell Pct: 7.52
Avg_Connected_UEs: 19.36
SIP DC%: 
DLRLCLayerDataVolume MB: 4239.34
DRB UL Data Volume MB: 7079
PRB Util%: 70.28
RRC Setup Attempts: 5060
CA DL DataVolRatio Pct den: 6055
RSSIRX1 Avg: -94.97
weekend: 0
UPTP Mbps Num: 40810
CA Activation Rate: 32.81
hr: 0
MAC_UE_SC_Tput: 7594.64
Bearer Releases: 14505

hr: 0
CA Activation Rate num: 3213202
UPTP Mbps Den: 542
SIP_SC_Total_MOU: 48.4
Peak UE: 27
PCT Time MIMO: 56.85
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4940
DL Data Vol MAC in MB: 1728.86
CA Activation Rate den: 89211

Combined RACH Preambles: 3379
Time: 21:00:36
holiday: 0
CA DL DataVolRatio Pct num: 5576
HO Attempts: 440

DL MAC Vol Scell Pct: 23.59
Avg_Connected_UEs: 42.94
SIP DC%: 
UPTP_Mbps: 42.11
DRB UL Data Volume MB: 6088
RRC Setup Attempts: 5265
weekend: 0
UPTP Mbps Num: 39364
CA Activation Rate: 71.5
hr: 2
MAC_UE_SC_Tput: 14584.02
Bearer Releases: 8412

hr: 2
CA Activation Rate num: 6123659
UPTP Mbps Den: 5197
Setup_Fail_DEN: 13069
SIP_SC_Total_MOU: 259.17
Peak UE: 34
PCT Time MIMO: 42.39
DL Volume: 2499
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4196
UL Throughput: 3.51
CA Activation Rate den: 61239

Combined RACH Preambles: 2620
Time: 22:30:13
holiday: 0
CA DL DataVolRatio Pct: 46.72
CA DL DataVolRatio Pct num: 6033

Avg_Connected_UEs: 47.76
SIP DC%: 
UPTP_Mbps: 29.05
DRB UL Data Volume MB: 5034
RRC Setup Attempts: 8202
CA DL DataVolRatio Pct den: 8136
weekend: 0
UPTP Mbps Num: 20949
CA Activation Rate: 8.06
hr: 20
MAC_UE_SC_Tput: 17588.81
Bearer Releases: 14565

hr: 20
CA Activation Rate num: 8177785
UPTP Mbps Den: 1615
SIP_SC_Total_MOU: 116.21
Peak UE: 27
PCT Time MIMO: 64.25
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7952
UL Throughput: 4.94
DL Data Vol MAC in MB: 2843.48

Combined RACH Preambles: 5058
Time: 15:39:01
holiday: 0
CA DL DataVolRatio Pct: 82.56
Bearer Releases Voice: 143
CA DL DataVolRatio Pct num: 6793

DL MAC Vol Scell Pct: 3.7
Avg_Connected_UEs: 40.27
SIP DC%: 
UPTP_Mbps: 27.69
PRB Util%: 49.26
weekend: 1
UPTP Mbps Num: 12048
CA Activation Rate: 32.76
hr: 6
MAC_UE_SC_Tput: 9027.05
Bearer Releases: 10403

hr: 6
CA Activation Rate num: 4316634
Setup_Fail_DEN: 15646
Peak UE: 27
MB_per_connected_UE: 161.1
PCT Time MIMO: 50.14
DL Data Vol MAC in MB: 4772.71
Combined RACH Preambles: 2069

Time: 02:37:44
holiday: 0
HO_att_InterFreq: 1016
HO Attempts: 179

DL MAC Vol Scell Pct: 18.02
SIP DC%: 
UPTP_Mbps: 40.54
DLRLCLayerDataVolume MB: 5545.61
RRC Setup Attempts: 8723
CA DL DataVolRatio Pct den: 9092
CA Conf FailRate Pct den: 3069
RSSIRX1 Avg: -94.13
weekend: 0
S1U_SIP_SC_SEER_num: 237
CA Activation Rate: 18.44
hr: 1
Bearer Releases: 7719

hr: 1
UPTP Mbps Den: 599
Setup_Fail_DEN: 14922
Peak UE: 45
DL Data Vol MAC in MB: 5938.17

Time: 12:43:26
holiday: 0
CA DL DataVolRatio Pct num: 5601

DL MAC Vol Scell Pct: 52.09
SIP DC%: 
DLRLCLayerDataVolume MB: 8105.5
PRB Util%: 31.47
CA DL DataVolRatio Pct den: 10183
CA Conf FailRate Pct den: 4966
weekend: 0
UPTP Mbps Num: 34039
CA Activation Rate: 17.92
hr: 7
MAC_UE_SC_Tput: 6987.78
Bearer Releases: 12514

hr: 7
CA Activation Rate num: 7137482
UPTP Mbps Den: 2619
Setup_Fail_DEN: 8586
SIP_SC_Total_MOU: 7.38
Peak UE: 45
MB_per_connected_UE: 98.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4581
DL Data Vol MAC in MB: 7437.26

Time: 19:37:35
holiday: 0
CA DL DataVolRatio Pct: 41.16
HO_att_InterFreq: 854

Avg_Connected_UEs: 37.6
SIP DC%: 
UPTP_Mbps: 18.72
DRB UL Data Volume MB: 8440
weekend: 0
CA Activation Rate: 13.07
hr: 11
MAC_UE_SC_Tput: 13175.85
Bearer Releases: 10828

hr: 11
CA Activation Rate num: 4080465
UPTP Mbps Den: 696
Setup_Fail_DEN: 13401
Peak UE: 27
MB_per_connected_UE: 113.67
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8942
UL Throughput: 7.36
DL Data Vol MAC in MB: 3013.95
CA Activation Rate den: 45770

Time: 22:29:44
holiday: 0

DL MAC Vol Scell Pct: 15.93
SIP DC%: 
DLRLCLayerDataVolume MB: 4274.84
DRB UL Data Volume MB: 7386
PRB Util%: 36.45
RRC Setup Attempts: 7438
CA Conf FailRate Pct den: 2670
weekend: 0
CA Activation Rate: 32.89
hr: 23
MAC_UE_SC_Tput: 15002.88

hr: 23
UPTP Mbps Den: 2944
Setup_Fail_DEN: 9837
Peak UE: 27
MB_per_connected_UE: 129.94
DL Volume: 9757
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5586
DL Data Vol MAC in MB: 2789.51
CA Activation Rate den: 109004

Combined RACH Preambles: 1938
Time: 07:14:12
holiday: 0
CA DL DataVolRatio Pct: 72.59

DL MAC Vol Scell Pct: 32.53
Avg_Connected_UEs: 57.81
SIP DC%: 
UPTP_Mbps: 35.01
DLRLCLayerDataVolume MB: 4918.12
CA Conf FailRate Pct den: 7854
weekend: 0
UPTP Mbps Num: 4561
hr: 4

hr: 4
CA Activation Rate num: 7078889
UPTP Mbps Den: 1779
Setup_Fail_DEN: 15792
SIP_SC_Total_MOU: 96.73
Peak UE: 27
MB_per_connected_UE: 86.61
DL Volume: 2040

Time: 23:00:48
holiday: 0
CA DL DataVolRatio Pct num: 5568

DL MAC Vol Scell Pct: 27.13
Avg_Connected_UEs: 17.22
SIP DC%: 
UPTP_Mbps: 26
DRB UL Data Volume MB: 2567
PRB Util%: 39.88
weekend: 0
CA Activation Rate: 21.6
hr: 18
MAC_UE_SC_Tput: 4503.76
Bearer Releases: 15037

hr: 18
CA Activation Rate num: 5585551
UPTP Mbps Den: 2156
Peak UE: 27
DL Volume: 1676
DL Data Vol MAC in MB: 5614.15
CA Activation Rate den: 141325

Combined RACH Preambles: 4101
Time: 12:25:20
Date: 01-03-2022
holiday: 0
CA DL DataVolRatio Pct: 81.88

DL MAC Vol Scell Pct: 6.28
SIP DC%: 
DRB UL Data Volume MB: 5814
RRC Setup Attempts: 4941
CA DL DataVolRatio Pct den: 2833
CA Conf FailRate Pct den: 9191
RSSIRX1 Avg: -98.36
weekend: 0
CA Activation Rate: 16.06
hr: 18
MAC_UE_SC_Tput: 11571.83
Bearer Releases: 9812

hr: 18
CA Activation Rate num: 9065011
UL MAC Vol Scell Pct: 0.86
Peak UE: 79
MB_per_connected_UE: 28.33
PCT Time MIMO: 34.08
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8723
DL Data Vol MAC in MB: 929.01
CA Activation Rate den: 112749

Time: 15:25:16
holiday: 0
CA DL DataVolRatio Pct: 59.74

DL MAC Vol Scell Pct: 29.99
Avg_Connected_UEs: 71.85
SIP DC%: 
UPTP_Mbps: 24.3
DLRLCLayerDataVolume MB: 4146.66
PRB Util%: 55.43
CA DL DataVolRatio Pct den: 10018
weekend: 1
CA Activation Rate: 17.08
hr: 13
MAC_UE_SC_Tput: 6138.31
Bearer Releases: 9735

hr: 13
CA Activation Rate num: 9754397
UPTP Mbps Den: 363
Setup_Fail_DEN: 12882
Peak UE: 27
MB_per_connected_UE: 181.9
DL Volume: 997
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3607
DL Data Vol MAC in MB: 2045.69
CA Activation Rate den: 94667

Time: 23:28:46
holiday: 0
CA DL DataVolRatio Pct num: 712

DL MAC Vol Scell Pct: 8.46
Avg_Connected_UEs: 55.52
SIP DC%: 
UPTP_Mbps: 29.33
DLRLCLayerDataVolume MB: 409.99
DRB UL Data Volume MB: 1388
PRB Util%: 4.54
CA DL DataVolRatio Pct den: 861
CA Conf FailRate Pct den: 8759
weekend: 1
UPTP Mbps Num: 36363
CA Activation Rate: 43.05
hr: 18
MAC_UE_SC_Tput: 15253.11
Bearer Releases: 16123

hr: 18
CA Activation Rate num: 9754270
Setup_Fail_DEN: 12407
SIP_SC_Total_MOU: 167.58
Peak UE: 27
MB_per_connected_UE: 44.35
DL Volume: 798
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8430
CA Activation Rate den: 223085
Combined RACH Preambles: 2684
Time: 17:19:47

holiday: 0
CA DL DataVolRatio Pct: 81.62

SIP DC%: 
UPTP_Mbps: 47.04
DLRLCLayerDataVolume MB: 2279.29
DRB UL Data Volume MB: 7465
PRB Util%: 14.2
CA DL DataVolRatio Pct den: 9277
weekend: 0
UPTP Mbps Num: 40346
CA Activation Rate: 40.41
hr: 9
MAC_UE_SC_Tput: 10689.55

hr: 9
CA Activation Rate num: 8397981
UPTP Mbps Den: 2927
SIP_SC_Total_MOU: 279.21
Peak UE: 27
MB_per_connected_UE: 69.93
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5593
CA Activation Rate den: 46198

Time: 14:22:50
holiday: 0
CA DL DataVolRatio Pct: 82.19
CA DL DataVolRatio Pct num: 6079

SIP DC%: 
UPTP_Mbps: 47.48
DRB UL Data Volume MB: 5544
weekend: 0
CA Activation Rate: 27.44
hr: 3
MAC_UE_SC_Tput: 5161.6
Bearer Releases: 6324

hr: 3
qci1_setup_attempts: 156
CA Activation Rate num: 1239324
Setup_Fail_DEN: 7746
Peak UE: 27
MB_per_connected_UE: 90.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5587
DL Data Vol MAC in MB: 3673.13
Combined RACH Preambles: 4718

Time: 10:27:48
holiday: 0
CA DL DataVolRatio Pct num: 4949

Avg_Connected_UEs: 55.7
SIP DC%: 
UPTP_Mbps: 43.81
DLRLCLayerDataVolume MB: 5617.66
PRB Util%: 72.75
RRC Setup Attempts: 7521
CA DL DataVolRatio Pct den: 5505
weekend: 0
UPTP Mbps Num: 10770
hr: 3
MAC_UE_SC_Tput: 15887.18

hr: 3
CA Activation Rate num: 4860080
UPTP Mbps Den: 2068
Setup_Fail_DEN: 14865
Peak UE: 27
MB_per_connected_UE: 59.08
UL Throughput: 6.17
CA Activation Rate den: 119662

Time: 02:26:48
holiday: 0

DL MAC Vol Scell Pct: 14.93
Avg_Connected_UEs: 54.55
SIP DC%: 
UPTP_Mbps: 46.09
DLRLCLayerDataVolume MB: 2194.12
DRB UL Data Volume MB: 2282
PRB Util%: 37.14
CA DL DataVolRatio Pct den: 3515
CA Conf FailRate Pct den: 7090
weekend: 0
CA Activation Rate: 67.24
hr: 0
MAC_UE_SC_Tput: 17030.88

hr: 0
CA Activation Rate num: 1514947
UPTP Mbps Den: 1231
Setup_Fail_DEN: 10712
Peak UE: 43
MB_per_connected_UE: 88.86
PCT Time MIMO: 60.09
UL Throughput: 3.13
DL Data Vol MAC in MB: 3374.94
CA Activation Rate den: 58432

Combined RACH Preambles: 4993
Time: 18:29:34
holiday: 0
CA DL DataVolRatio Pct: 89.2
CA DL DataVolRatio Pct num: 5701
HO Attempts: 851

SIP DC%: 
DLRLCLayerDataVolume MB: 4642.42
DRB UL Data Volume MB: 7376
RRC Setup Attempts: 7569
weekend: 0
UPTP Mbps Num: 9383
CA Activation Rate: 4.85
hr: 23
MAC_UE_SC_Tput: 5421.09
Bearer Releases: 13551

hr: 23
CA Activation Rate num: 7938015
Peak UE: 34
MB_per_connected_UE: 52.59
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3107
DL Data Vol MAC in MB: 5595.94

Time: 01:44:43
holiday: 0

DL MAC Vol Scell Pct: 17.01
SIP DC%: 
UPTP_Mbps: 124.86
DLRLCLayerDataVolume MB: 2007.49
DRB UL Data Volume MB: 3307
RRC Setup Attempts: 6438
CA Conf FailRate Pct den: 8685
weekend: 0
UPTP Mbps Num: 7230
hr: 23
MAC_UE_SC_Tput: 6894.78
Bearer Releases: 18497

hr: 23
CA Activation Rate num: 7715689
Setup_Fail_DEN: 12240
Peak UE: 58
MB_per_connected_UE: 57.25
PCT Time MIMO: 44.93
DL Volume: 894
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5759
DL Data Vol MAC in MB: 3787.14
CA Activation Rate den: 40506

Time: 13:51:52
holiday: 0
CA DL DataVolRatio Pct: 50.88
CA DL DataVolRatio Pct num: 4445

SIP DC%: 
UPTP_Mbps: 24.21
DLRLCLayerDataVolume MB: 7821.37
PRB Util%: 14.41
RRC Setup Attempts: 4867
CA DL DataVolRatio Pct den: 8619
CA Conf FailRate Pct den: 4260
weekend: 0
UPTP Mbps Num: 51505
RSSIRX2 Avg: -95.64
CA Activation Rate: 27.96
hr: 0
MAC_UE_SC_Tput: 14576.76
Bearer Releases: 6881

hr: 0
CA Activation Rate num: 1443774
UPTP Mbps Den: 2736
Setup_Fail_DEN: 14204
Peak UE: 37
DL Volume: 6567
DL Data Vol MAC in MB: 9635.83

Time: 11:21:32
Date: 24-12-2022
holiday: 0

SIP DC%: 
UPTP_Mbps: 16.53
DLRLCLayerDataVolume MB: 3092.41
PRB Util%: 9.93
CA DL DataVolRatio Pct den: 6529
weekend: 0
UPTP Mbps Num: 1166
CA Activation Rate: 55.41
hr: 11
MAC_UE_SC_Tput: 12324.57
Bearer Releases: 16162

hr: 11
CA Activation Rate num: 224906
Setup_Fail_DEN: 15146
Peak UE: 27
PCT Time MIMO: 62.9
DL Volume: 8559
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9138
DL Data Vol MAC in MB: 5468.66

Time: 12:16:56
holiday: 0
CA DL DataVolRatio Pct num: 1476

DL MAC Vol Scell Pct: 20.7
SIP DC%: 
DLRLCLayerDataVolume MB: 3471.55
DRB UL Data Volume MB: 2859
PRB Util%: 27.32
RRC Setup Attempts: 6748
CA Conf FailRate Pct den: 5828
weekend: 0
CA Activation Rate: 9.92
hr: 10
MAC_UE_SC_Tput: 7390.2

hr: 10
CA Activation Rate num: 10023162
SIP_SC_Total_MOU: 33.38
Peak UE: 27
MB_per_connected_UE: 107.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7036
CA Activation Rate den: 186344

Time: 17:33:50
Date: 08-03-2022
holiday: 0
CA DL DataVolRatio Pct num: 7101

SIP DC%: 
UPTP_Mbps: 12.3
DLRLCLayerDataVolume MB: 7770.37
PRB Util%: 53.55
RRC Setup Attempts: 3622
CA DL DataVolRatio Pct den: 5984
weekend: 0
UPTP Mbps Num: 19714
hr: 6
MAC_UE_SC_Tput: 12266.35

hr: 6
CA Activation Rate num: 5067335
UPTP Mbps Den: 4392
Setup_Fail_DEN: 10207
SIP_SC_Total_MOU: 375.39
Peak UE: 28
MB_per_connected_UE: 143.35
PCT Time MIMO: 69.79
DL Volume: 4766
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4711
DL Data Vol MAC in MB: 1905.06
CA Activation Rate den: 93704

Combined RACH Preambles: 2798
Time: 17:57:30
holiday: 0
CA DL DataVolRatio Pct: 79.52
CA DL DataVolRatio Pct num: 3138
HO Attempts: 143

DL MAC Vol Scell Pct: 28.36
SIP DC%: 
UPTP_Mbps: 8.09
DLRLCLayerDataVolume MB: 1426.87
DRB UL Data Volume MB: 730
CA DL DataVolRatio Pct den: 9921
CA Conf FailRate Pct den: 6754
weekend: 0
RSSIRX2 Avg: -95.25
CA Activation Rate: 5.66
hr: 23
MAC_UE_SC_Tput: 17220.13

hr: 23
CA Activation Rate num: 1068009
UPTP Mbps Den: 383
Setup_Fail_DEN: 6582
Peak UE: 44
MB_per_connected_UE: 138.44
DL Volume: 6526
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5076
DL Data Vol MAC in MB: 6630.58
CA Activation Rate den: 92613

Time: 07:18:48
holiday: 0

DL MAC Vol Scell Pct: 25.7
Avg_Connected_UEs: 24.14
SIP DC%: 
UPTP_Mbps: 33.4
DLRLCLayerDataVolume MB: 2434.06
DRB UL Data Volume MB: 3559
PRB Util%: 54.61
CA DL DataVolRatio Pct den: 9469
CA Conf FailRate Pct den: 6503
weekend: 0
UPTP Mbps Num: 6751
hr: 9
MAC_UE_SC_Tput: 8693.71
Bearer Releases: 8641

hr: 9
CA Activation Rate num: 625740
UPTP Mbps Den: 840
Setup_Fail_DEN: 7219
Peak UE: 39
MB_per_connected_UE: 27.45
PCT Time MIMO: 40.01
DL Volume: 5089
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6234
DL Data Vol MAC in MB: 8880.37
CA Activation Rate den: 219522

Time: 07:04:49
holiday: 0

Avg_Connected_UEs: 52.61
SIP DC%: 
UPTP_Mbps: 23.91
DLRLCLayerDataVolume MB: 5117.89
DRB UL Data Volume MB: 2171
PRB Util%: 21.3
RRC Setup Attempts: 4694
CA DL DataVolRatio Pct den: 8034
CA Conf FailRate Pct den: 8994
weekend: 0
hr: 23
MAC_UE_SC_Tput: 17208.74
Bearer Releases: 13475

hr: 23
CA Activation Rate num: 1432332
UPTP Mbps Den: 1732
Setup_Fail_DEN: 16743
SIP_SC_Total_MOU: 11.62
Peak UE: 84
VOLTE IA%: 
MB_per_connected_UE: 41.47
PCT Time MIMO: 44.1
DL Volume: 3275
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7165
DL Data Vol MAC in MB: 5878.99
CA Activation Rate den: 59463

Time: 10:28:28
holiday: 0
CA DL DataVolRatio Pct num: 3349

DL MAC Vol Scell Pct: 25.91
SIP DC%: 
DRB UL Data Volume MB: 6252
RRC Setup Attempts: 5996
CA DL DataVolRatio Pct den: 7451
weekend: 0
hr: 3
MAC_UE_SC_Tput: 13786.9

hr: 3
CA Activation Rate num: 9616440
UPTP Mbps Den: 1866
Setup_Fail_DEN: 14207
SIP_SC_Total_MOU: 3.08
Peak UE: 64
VOLTE IA%: 
MB_per_connected_UE: 36.73
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5977
DL Data Vol MAC in MB: 8549.22

Time: 19:50:15
holiday: 0
CA DL DataVolRatio Pct: 87.4
HO_att_InterFreq: 470

Avg_Connected_UEs: 54.85
SIP DC%: 
UPTP_Mbps: 67.28
RRC Setup Attempts: 5482
CA DL DataVolRatio Pct den: 3950
CA Conf FailRate Pct den: 6282
weekend: 0
RSSIRX2 Avg: -95.72
CA Activation Rate: 60.42
hr: 0
MAC_UE_SC_Tput: 5647.92

hr: 0
Peak UE: 70
MB_per_connected_UE: 77.4
PCT Time MIMO: 46.7
DL Data Vol MAC in MB: 3822.4
CA Activation Rate den: 159912
Combined RACH Preambles: 3083

Time: 20:20:25
holiday: 0
CA DL DataVolRatio Pct: 85.17
HO Attempts: 103

DL MAC Vol Scell Pct: 8.85
Avg_Connected_UEs: 47.22
SIP DC%: 
DLRLCLayerDataVolume MB: 3870.41
DRB UL Data Volume MB: 6686
PRB Util%: 23.39
RRC Setup Attempts: 4318
CA DL DataVolRatio Pct den: 10144
CA Conf FailRate Pct den: 6613
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8702.51
Bearer Releases: 10505

hr: 23
CA Activation Rate num: 9811728
SIP_SC_Total_MOU: 202.14
Peak UE: 34
MB_per_connected_UE: 43.46
PCT Time MIMO: 44.28
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3653
DL Data Vol MAC in MB: 5061.84

holiday: 0
CA DL DataVolRatio Pct: 68.32
CA DL DataVolRatio Pct num: 6809

DL MAC Vol Scell Pct: 34.15
SIP DC%: 
DLRLCLayerDataVolume MB: 1247.97
CA Conf FailRate Pct den: 5726
RSSIRX1 Avg: -94.67
weekend: 1
CA Activation Rate: 11.14
hr: 8
MAC_UE_SC_Tput: 11871.6

hr: 8
CA Activation Rate num: 9852973
Setup_Fail_DEN: 7772
SIP_SC_Total_MOU: 62.53
Peak UE: 71
MB_per_connected_UE: 151.42
DL Volume: 4889
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3136
DL Data Vol MAC in MB: 8981.37
CA Activation Rate den: 83507

Time: 19:34:22
holiday: 0
CA DL DataVolRatio Pct: 44.4
HO_att_InterFreq: 592

Avg_Connected_UEs: 61.92
SIP DC%: 
UPTP_Mbps: 9.4
DLRLCLayerDataVolume MB: 1726.17
DRB UL Data Volume MB: 5026
CA DL DataVolRatio Pct den: 6844
CA Conf FailRate Pct den: 8700
weekend: 1
UPTP Mbps Num: 7667
CA Activation Rate: 71.09
hr: 8
MAC_UE_SC_Tput: 13513.32

hr: 8
CA Activation Rate num: 8072572
Setup_Fail_DEN: 13416
Peak UE: 74
VOLTE IA%: 
MB_per_connected_UE: 118.73
DL Volume: 284
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9294
DL Data Vol MAC in MB: 9054.7
CA Activation Rate den: 129722

Combined RACH Preambles: 3750
Time: 18:23:29
holiday: 0
CA DL DataVolRatio Pct: 66.9
HO_att_InterFreq: 1018
HO Attempts: 196

DL MAC Vol Scell Pct: 17.18
Avg_Connected_UEs: 78.32
SIP DC%: 
DLRLCLayerDataVolume MB: 1840.21
RRC Setup Attempts: 3910
weekend: 1
UPTP Mbps Num: 15134
CA Activation Rate: 6.76
hr: 11
MAC_UE_SC_Tput: 4876.26
Bearer Releases: 18081

hr: 11
SIP_SC_Total_MOU: 160.75
Peak UE: 27
MB_per_connected_UE: 43.81
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8760
CA Activation Rate den: 70039

Combined RACH Preambles: 3973
Time: 08:10:41
holiday: 0
CA DL DataVolRatio Pct: 74.99
CA DL DataVolRatio Pct num: 488
HO Attempts: 83

DL MAC Vol Scell Pct: 3.86
Avg_Connected_UEs: 38.33
SIP DC%: 
DLRLCLayerDataVolume MB: 5007.15
PRB Util%: 30.64
CA DL DataVolRatio Pct den: 8085
CA Conf FailRate Pct den: 4637
weekend: 0
UPTP Mbps Num: 25302
CA Activation Rate: 74.21
hr: 5
Bearer Releases: 7709

hr: 5
UPTP Mbps Den: 804
Setup_Fail_DEN: 10556
Peak UE: 27
PCT Time MIMO: 33
DL Volume: 7157
DL Data Vol MAC in MB: 718.5
CA Activation Rate den: 108238
Combined RACH Preambles: 3565

Time: 07:31:32
holiday: 0
CA DL DataVolRatio Pct num: 7372

DL MAC Vol Scell Pct: 28.66
Avg_Connected_UEs: 63.82
SIP DC%: 
UPTP_Mbps: 120.72
DLRLCLayerDataVolume MB: 2229.98
DRB UL Data Volume MB: 9211
CA Conf FailRate Pct den: 9167
weekend: 0
UPTP Mbps Num: 18020
CA Activation Rate: 48.85
hr: 14
MAC_UE_SC_Tput: 9127.37
Bearer Releases: 16827

hr: 14
CA Activation Rate num: 4476818
Setup_Fail_DEN: 7670
Peak UE: 37
MB_per_connected_UE: 19.73
DL Volume: 1091
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3779
CA Activation Rate den: 103566

Combined RACH Preambles: 3171
Time: 07:39:59
holiday: 0
CA DL DataVolRatio Pct: 74.03

Avg_Connected_UEs: 58.81
SIP DC%: 
DLRLCLayerDataVolume MB: 5042.99
CA DL DataVolRatio Pct den: 2075
CA Conf FailRate Pct den: 8743
weekend: 0
UPTP Mbps Num: 39404
CA Activation Rate: 27.41
hr: 0
MAC_UE_SC_Tput: 14996.78
Bearer Releases: 18106

hr: 0
CA Activation Rate num: 8016697
UPTP Mbps Den: 3069
Setup_Fail_DEN: 14034
SIP_SC_Total_MOU: 153.14
Peak UE: 81
MB_per_connected_UE: 169.95

Time: 03:08:29
holiday: 0
CA DL DataVolRatio Pct: 60.07
HO_att_InterFreq: 356
CA DL DataVolRatio Pct num: 4680
HO Attempts: 21

Avg_Connected_UEs: 70.11
SIP DC%: 
UPTP_Mbps: 105.15
DRB UL Data Volume MB: 7239
PRB Util%: 74.21
CA DL DataVolRatio Pct den: 9877
weekend: 0
UPTP Mbps Num: 11146
CA Activation Rate: 44.3
hr: 0
MAC_UE_SC_Tput: 15670.49
Bearer Releases: 7840

hr: 0
CA Activation Rate num: 5106063
SIP_SC_Total_MOU: 70.13
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 101.01
DL Volume: 8853
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4395

Time: 09:16:10
holiday: 0
CA DL DataVolRatio Pct num: 2063

SIP DC%: 
DLRLCLayerDataVolume MB: 2058.38
DRB UL Data Volume MB: 2488
weekend: 0
UPTP Mbps Num: 8943
CA Activation Rate: 53.5
hr: 10
MAC_UE_SC_Tput: 8469.01
Bearer Releases: 8735

hr: 10
CA Activation Rate num: 8271901
SIP_SC_Total_MOU: 59.4
Peak UE: 59
MB_per_connected_UE: 17.94
DL Volume: 3512
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4418
DL Data Vol MAC in MB: 6601.53

Time: 03:02:33
holiday: 0
HO_att_InterFreq: 973
CA DL DataVolRatio Pct num: 6325

DL MAC Vol Scell Pct: 21.75
SIP DC%: 
DLRLCLayerDataVolume MB: 3176.62
DRB UL Data Volume MB: 8003
CA DL DataVolRatio Pct den: 5582
weekend: 0
CA Activation Rate: 48.06
hr: 23
MAC_UE_SC_Tput: 17948.94
Bearer Releases: 10687

hr: 23
CA Activation Rate num: 10586104
UPTP Mbps Den: 2120
Setup_Fail_DEN: 14372
Peak UE: 42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5137
UL Throughput: 10.77
DL Data Vol MAC in MB: 3920.9
CA Activation Rate den: 141670

Combined RACH Preambles: 2566
Time: 14:36:54
holiday: 0
CA DL DataVolRatio Pct: 65.66
CA DL DataVolRatio Pct num: 6910

DL MAC Vol Scell Pct: 32.98
SIP DC%: 
DLRLCLayerDataVolume MB: 3116.82
PRB Util%: 34.1
CA Conf FailRate Pct den: 3675
weekend: 0
CA Activation Rate: 49.27
hr: 8
MAC_UE_SC_Tput: 8081.44

hr: 8
UPTP Mbps Den: 5546
Setup_Fail_DEN: 11971
SIP_SC_Total_MOU: 143.59
Peak UE: 37
MB_per_connected_UE: 194.24
DL Volume: 509
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8081
DL Data Vol MAC in MB: 7360.53
CA Activation Rate den: 39922

Combined RACH Preambles: 4481
Time: 12:19:23
holiday: 0
Bearer Releases Voice: 184

DL MAC Vol Scell Pct: 8.43
Avg_Connected_UEs: 80.32
SIP DC%: 
UPTP_Mbps: 27.85
RRC Setup Attempts: 5148
CA DL DataVolRatio Pct den: 7841
CA Conf FailRate Pct den: 8297
weekend: 0
UPTP Mbps Num: 997
hr: 23
MAC_UE_SC_Tput: 14222.46
Bearer Releases: 11187

hr: 23
Avg CQI: 10.43
CA Activation Rate num: 5195688
UPTP Mbps Den: 3035
Setup_Fail_DEN: 12074
Peak UE: 70
MB_per_connected_UE: 177.12
DL Volume: 5766
DL Data Vol MAC in MB: 868.32
CA Activation Rate den: 49190

Combined RACH Preambles: 1980
Time: 13:15:51
holiday: 0
CA DL DataVolRatio Pct: 69.01
CA DL DataVolRatio Pct num: 1867

SIP DC%: 
UPTP_Mbps: 36.28
DLRLCLayerDataVolume MB: 544.41
PRB Util%: 28.24
RRC Setup Attempts: 5423
CA Conf FailRate Pct den: 8673
weekend: 0
UPTP Mbps Num: 52865
CA Activation Rate: 27.73
hr: 0
MAC_UE_SC_Tput: 6873.59

hr: 0
CA Activation Rate num: 9647414
UPTP Mbps Den: 2524
Setup_Fail_DEN: 11216
SIP_SC_Total_MOU: 181.25
Peak UE: 75
MB_per_connected_UE: 209.29
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3412
DL Data Vol MAC in MB: 675.48
CA Activation Rate den: 54077

Combined RACH Preambles: 3434
Time: 13:43:46
holiday: 0
CA DL DataVolRatio Pct: 75.87

DL MAC Vol Scell Pct: 13.79
Avg_Connected_UEs: 76.79
SIP DC%: 
DLRLCLayerDataVolume MB: 9393.93
DRB UL Data Volume MB: 3281
RRC Setup Attempts: 7350
CA DL DataVolRatio Pct den: 10205
weekend: 0
CA Activation Rate: 16.16
hr: 10
MAC_UE_SC_Tput: 6440
Bearer Releases: 8897

hr: 10
CA Activation Rate num: 3751839
UPTP Mbps Den: 464
Setup_Fail_DEN: 14485
UL MAC Vol Scell Pct: 2.46
Peak UE: 27
MB_per_connected_UE: 17.73
DL Volume: 3784
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4753
DL Data Vol MAC in MB: 9095.57
CA Activation Rate den: 53998

Time: 07:37:09
holiday: 0
CA DL DataVolRatio Pct: 86.5

Avg_Connected_UEs: 39.58
SIP DC%: 
UPTP_Mbps: 29.79
DLRLCLayerDataVolume MB: 7150.22
DRB UL Data Volume MB: 3416
weekend: 0
CA Activation Rate: 57.85
hr: 23
MAC_UE_SC_Tput: 4430.55

hr: 23
UPTP Mbps Den: 2311
Setup_Fail_DEN: 14007
SIP_SC_Total_MOU: 76.81
Peak UE: 49
MB_per_connected_UE: 79.29
DL Volume: 831
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6727
DL Data Vol MAC in MB: 7874.94
CA Activation Rate den: 51244

Time: 13:18:39
holiday: 0
CA DL DataVolRatio Pct: 80.6
CA DL DataVolRatio Pct num: 4731

SIP DC%: 
UPTP_Mbps: 109.81
DLRLCLayerDataVolume MB: 4906.72
DL Packet Loss Pct: 1.41
CA Conf FailRate Pct den: 6302
weekend: 1
CA Activation Rate: 21.36
hr: 14
Bearer Releases: 12886

hr: 14
CA Activation Rate num: 7010530
UPTP Mbps Den: 241
SIP_SC_Total_MOU: 45.88
Peak UE: 63
MB_per_connected_UE: 79.41
PCT Time MIMO: 57.26
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4034
DL Data Vol MAC in MB: 2022.01

Time: 23:13:18
holiday: 0
CA DL DataVolRatio Pct: 54.42

Avg_Connected_UEs: 53.53
SIP DC%: 
DRB UL Data Volume MB: 6055
PRB Util%: 24.84
RRC Setup Attempts: 5672
CA DL DataVolRatio Pct den: 5388
CA Conf FailRate Pct den: 6180
weekend: 0
hr: 23
MAC_UE_SC_Tput: 12924.43

hr: 23
CA Activation Rate num: 7340827
UPTP Mbps Den: 2639
Setup_Fail_DEN: 19232
MB_per_connected_UE: 95.69
DL Volume: 4989
DL Data Vol MAC in MB: 2041.32
CA Activation Rate den: 60789

Time: 01:56:23
holiday: 0
CA DL DataVolRatio Pct: 47.67

Avg_Connected_UEs: 20.92
SIP DC%: 
UPTP_Mbps: 39.9
DLRLCLayerDataVolume MB: 7066.32
PRB Util%: 57.63
weekend: 0
CA Activation Rate: 40.46
hr: 23
MAC_UE_SC_Tput: 7868.03

hr: 23
CA Activation Rate num: 10807719
Setup_Fail_DEN: 15880
Peak UE: 32
MB_per_connected_UE: 58.92
DL Volume: 1850
DL Data Vol MAC in MB: 4982.94
CA Activation Rate den: 140824

Time: 06:53:02
holiday: 0
CA DL DataVolRatio Pct: 80.69
HO Attempts: 255

DL MAC Vol Scell Pct: 41.49
Avg_Connected_UEs: 24.1
SIP DC%: 
UPTP_Mbps: 16.18
DLRLCLayerDataVolume MB: 2743.42
DRB UL Data Volume MB: 8431
RRC Setup Attempts: 4687
CA DL DataVolRatio Pct den: 6045
weekend: 0
UPTP Mbps Num: 10216
hr: 11
MAC_UE_SC_Tput: 9488.67

hr: 11
CA Activation Rate num: 7591052
UPTP Mbps Den: 2799
SIP_SC_Total_MOU: 22.22
Peak UE: 27
MB_per_connected_UE: 123.12
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8316
CA Activation Rate den: 118649

Time: 22:57:00
holiday: 0
CA DL DataVolRatio Pct: 89.61
CA DL DataVolRatio Pct num: 7618
HO Attempts: 665

DL MAC Vol Scell Pct: 2.74
SIP DC%: 
DLRLCLayerDataVolume MB: 1966.5
PRB Util%: 40.9
CA Conf FailRate Pct den: 4825
weekend: 0
S1U_SIP_SC_SEER_num: 215
CA Activation Rate: 41.3
hr: 22
MAC_UE_SC_Tput: 10635.26

hr: 22
CA Activation Rate num: 8203373
UPTP Mbps Den: 1406
Setup_Fail_DEN: 6538
Peak UE: 40
MB_per_connected_UE: 160.92
DL Data Vol MAC in MB: 1873.29
CA Activation Rate den: 185706

Time: 20:22:16
holiday: 0
CA DL DataVolRatio Pct: 59.01
HO Attempts: 296

DL MAC Vol Scell Pct: 36.75
SIP DC%: 
UPTP_Mbps: 15.94
DLRLCLayerDataVolume MB: 9125.7
DRB UL Data Volume MB: 2324
PRB Util%: 36.68
CA DL DataVolRatio Pct den: 6463
weekend: 0
UPTP Mbps Num: 34104
CA Activation Rate: 42.28
hr: 23
MAC_UE_SC_Tput: 8069.96

hr: 23
CA Activation Rate num: 10618433
UPTP Mbps Den: 5889
Setup_Fail_DEN: 10940
SIP_SC_Total_MOU: 27.05
Peak UE: 64
MB_per_connected_UE: 17.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3709

Time: 20:54:57
holiday: 0
CA DL DataVolRatio Pct num: 4750

Avg_Connected_UEs: 61.9
SIP DC%: 
UPTP_Mbps: 82.57
PRB Util%: 44.78
RRC Setup Attempts: 7046
CA DL DataVolRatio Pct den: 6709
CA Conf FailRate Pct den: 8859
RSSIRX1 Avg: -95.71
weekend: 0
UPTP Mbps Num: 11063
hr: 23
MAC_UE_SC_Tput: 18842.03
Bearer Releases: 15706

hr: 23
CA Activation Rate num: 4701995
Setup_Fail_DEN: 8526
SIP_SC_Total_MOU: 66.85
Peak UE: 30
MB_per_connected_UE: 50.3
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4315
UL Throughput: 5.42
DL Data Vol MAC in MB: 9953.74
CA Activation Rate den: 128007

Time: 04:23:19
holiday: 0
CA DL DataVolRatio Pct num: 907

Avg_Connected_UEs: 31.5
SIP DC%: 
DLRLCLayerDataVolume MB: 574.08
DRB UL Data Volume MB: 7907
PRB Util%: 53
RRC Setup Attempts: 7390
CA DL DataVolRatio Pct den: 221
CA Conf FailRate Pct den: 8428
weekend: 0
CA Activation Rate: 21.92
hr: 6
MAC_UE_SC_Tput: 14463.18
Bearer Releases: 14625

hr: 6
CA Activation Rate num: 245185
Peak UE: 54
MB_per_connected_UE: 141.24
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5658
CA Activation Rate den: 225566
Time: 20:58:34

holiday: 0

DL MAC Vol Scell Pct: 13.12
SIP DC%: 
RRC Setup Attempts: 4645
CA DL DataVolRatio Pct den: 3298
weekend: 0
hr: 21
MAC_UE_SC_Tput: 17820.81
Bearer Releases: 8830

hr: 21
CA Activation Rate num: 7718246
Setup_Fail_DEN: 18582
Peak UE: 30
MB_per_connected_UE: 83.6
PCT Time MIMO: 68.59
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6961
CA Activation Rate den: 141212

Time: 02:45:46
holiday: 0
HO_att_InterFreq: 552

DL MAC Vol Scell Pct: 46.86
Avg_Connected_UEs: 55.95
SIP DC%: 
UPTP_Mbps: 38.2
DRB UL Data Volume MB: 5581
CA DL DataVolRatio Pct den: 2487
CA Conf FailRate Pct den: 5101
weekend: 0
UPTP Mbps Num: 22641
CA Activation Rate: 48.08
hr: 0
MAC_UE_SC_Tput: 18722.54

hr: 0
CA Activation Rate num: 2330750
UPTP Mbps Den: 2204
Setup_Fail_DEN: 17899
SIP_SC_Total_MOU: 307.64
QCI 1 Bearer Drop%: 2.77
Peak UE: 39
MB_per_connected_UE: 14.54
DL Volume: 2111
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4457

Time: 13:04:21
holiday: 0

Avg_Connected_UEs: 54.74
SIP DC%: 
DLRLCLayerDataVolume MB: 2672.66
DRB UL Data Volume MB: 5713
PRB Util%: 43.61
CA DL DataVolRatio Pct den: 7742
CA Conf FailRate Pct den: 2893
weekend: 0
UPTP Mbps Num: 2576
CA Activation Rate: 55.42
hr: 23
MAC_UE_SC_Tput: 6158.51
Bearer Releases: 10834

hr: 23
CA Activation Rate num: 7990979
Setup_Fail_DEN: 11448
SIP_SC_Total_MOU: 1.31
Peak UE: 82
MB_per_connected_UE: 137.15
DL Volume: 1715

Combined RACH Preambles: 3997
Time: 21:29:34
holiday: 0
CA DL DataVolRatio Pct: 58.36

Avg_Connected_UEs: 28.41
SIP DC%: 
DLRLCLayerDataVolume MB: 8105.59
PRB Util%: 23.82
RRC Setup Attempts: 5143
CA Conf FailRate Pct den: 7769
weekend: 0
UPTP Mbps Num: 53772
RSSIRX2 Avg: -94.71
CA Activation Rate: 32.95
hr: 23
MAC_UE_SC_Tput: 11439.52
Bearer Releases: 17406

hr: 23
CA Activation Rate num: 7170509
UPTP Mbps Den: 1389
Setup_Fail_DEN: 10990
SIP_SC_Total_MOU: 338.63
Peak UE: 55
MB_per_connected_UE: 206.16
DL Volume: 3305
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6146
DL Data Vol MAC in MB: 4907.48
CA Activation Rate den: 69252

Time: 18:42:43
holiday: 0

DL MAC Vol Scell Pct: 18.66
Avg_Connected_UEs: 69.34
SIP DC%: 
UPTP_Mbps: 23.33
DLRLCLayerDataVolume MB: 2249.01
PRB Util%: 39.89
RRC Setup Attempts: 3989
weekend: 0
CA Activation Rate: 7.56
hr: 23
MAC_UE_SC_Tput: 15050.32
Bearer Releases: 16710

hr: 23
CA Activation Rate num: 10738533
Setup_Fail_DEN: 6825
S1U_SIP_SC_SEER_den: 118
Peak UE: 27
MB_per_connected_UE: 179.86
CA Activation Rate den: 114632

Combined RACH Preambles: 2790
Time: 19:36:46
holiday: 0
HO Attempts: 564

Avg_Connected_UEs: 53.25
SIP DC%: 
DRB UL Data Volume MB: 5395
PRB Util%: 20.68
CA Conf FailRate Pct den: 7363
weekend: 0
UPTP Mbps Num: 23421
hr: 7
MAC_UE_SC_Tput: 4385.21

hr: 7
CA Activation Rate num: 8737063
Setup_Fail_DEN: 12221
SIP_SC_Total_MOU: 85.79
Peak UE: 34
MB_per_connected_UE: 19.19
PCT Time MIMO: 54.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8398

Time: 18:02:54
holiday: 0
CA DL DataVolRatio Pct: 42.1
CA DL DataVolRatio Pct num: 7364

Avg_Connected_UEs: 29.71
SIP DC%: 
RRC Setup Attempts: 6451
CA DL DataVolRatio Pct den: 4419
weekend: 0
CA Activation Rate: 32.73
hr: 22
MAC_UE_SC_Tput: 9842.54
Bearer Releases: 11807

hr: 22
CA Activation Rate num: 10415736
UPTP Mbps Den: 2423
Peak UE: 29
PCT Time MIMO: 51.56
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4927
DL Data Vol MAC in MB: 6409.22
CA Activation Rate den: 163406

Combined RACH Preambles: 2023
Time: 21:35:07
holiday: 0
CA DL DataVolRatio Pct num: 4787

DL MAC Vol Scell Pct: 38.6
Avg_Connected_UEs: 25.34
SIP DC%: 
RRC Setup Attempts: 3935
CA Conf FailRate Pct den: 4387
RSSIRX1 Avg: -93.62
weekend: 0
CA Activation Rate: 16.54
hr: 14
MAC_UE_SC_Tput: 12675.85
Bearer Releases: 17454

hr: 14
UPTP Mbps Den: 2354
Setup_Fail_DEN: 12592
SIP_SC_Total_MOU: 234.64
Peak UE: 29
MB_per_connected_UE: 148.78
PCT Time MIMO: 58.39
DL Volume: 3824
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4583
CA Activation Rate den: 76230

Combined RACH Preambles: 2072
Time: 06:46:14
holiday: 0
CA DL DataVolRatio Pct num: 4342

Avg_Connected_UEs: 71.66
SIP DC%: 
DLRLCLayerDataVolume MB: 9671.11
DRB UL Data Volume MB: 3365
PRB Util%: 29.29
RRC Setup Attempts: 9511
CA DL DataVolRatio Pct den: 8929
weekend: 0
hr: 23
MAC_UE_SC_Tput: 18779.16

hr: 23
CA Activation Rate num: 7552256
UPTP Mbps Den: 907
Setup_Fail_DEN: 9187
SIP_SC_Total_MOU: 193.28
Peak UE: 68
MB_per_connected_UE: 34.25
DL Volume: 2194

Time: 11:15:26
holiday: 0

DL MAC Vol Scell Pct: 38.42
Avg_Connected_UEs: 58.36
SIP DC%: 
PRB Util%: 28.98
RRC Setup Attempts: 9224
CA DL DataVolRatio Pct den: 2601
weekend: 0
CA Activation Rate: 76.81
hr: 22
Bearer Releases: 14495

hr: 22
qci1_setup_attempts: 183
CA Activation Rate num: 8466278
UPTP Mbps Den: 1242
SIP_SC_Total_MOU: 65.27
Peak UE: 34
DL Volume: 1750
CA Activation Rate den: 112546

Time: 16:01:30
holiday: 0
CA DL DataVolRatio Pct: 62.1
HO_att_InterFreq: 948
CA DL DataVolRatio Pct num: 4508

DL MAC Vol Scell Pct: 3.51
SIP DC%: 
UPTP_Mbps: 10.55
DRB UL Data Volume MB: 4175
PRB Util%: 15.16
weekend: 0
UPTP Mbps Num: 46450
CA Activation Rate: 19.65
hr: 9
MAC_UE_SC_Tput: 18751.45
Bearer Releases: 13238

hr: 9
CA Activation Rate num: 5660839
UPTP Mbps Den: 1906
SIP_SC_Total_MOU: 94.46
Peak UE: 27
MB_per_connected_UE: 206.73
DL Volume: 5671
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6416
DL Data Vol MAC in MB: 2856.33
CA Activation Rate den: 148796

Time: 22:29:34
holiday: 0
CA DL DataVolRatio Pct num: 4709

DL MAC Vol Scell Pct: 26.53
SIP DC%: 
UPTP_Mbps: 29.36
DLRLCLayerDataVolume MB: 6250.91
Bearer Drop Voice%: 0.57
weekend: 0
UPTP Mbps Num: 6202
hr: 0
MAC_UE_SC_Tput: 10786.38
Bearer Releases: 10070

hr: 0
CA Activation Rate num: 4378296
UPTP Mbps Den: 2676
Setup_Fail_DEN: 9463
SIP_SC_Total_MOU: 218.14
Peak UE: 46
MB_per_connected_UE: 13.28
DL Volume: 1489
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3444
DL Data Vol MAC in MB: 9884.11

Time: 16:26:24
holiday: 0
HO_att_InterFreq: 143
CA DL DataVolRatio Pct num: 4340
HO Attempts: 586

Avg_Connected_UEs: 40.48
SIP DC%: 
CA DL DataVolRatio Pct den: 4686
weekend: 0
hr: 14
MAC_UE_SC_Tput: 13769.39
Bearer Releases: 9740

hr: 14
CA Activation Rate num: 2711718
Setup_Fail_DEN: 15198
SIP_SC_Total_MOU: 10.34
Peak UE: 37
MB_per_connected_UE: 38.51
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5834
DL Data Vol MAC in MB: 9264.36
CA Activation Rate den: 93036

Time: 14:19:59
holiday: 0
SIP_SC_Call_Attempts: 239
Bearer Releases Voice: 60
HO_att_InterFreq: 460

Avg_Connected_UEs: 45
SIP DC%: 
DLRLCLayerDataVolume MB: 7538.91
RRC Setup Attempts: 6881
CA DL DataVolRatio Pct den: 5851
CA Conf FailRate Pct den: 6452
RSSIRX1 Avg: -94.54
weekend: 0
UPTP Mbps Num: 9380
hr: 23
MAC_UE_SC_Tput: 17748.74
Bearer Releases: 9896

hr: 23
CA Activation Rate num: 2525311
UPTP Mbps Den: 1381
Peak UE: 72
DL Data Vol MAC in MB: 3763.43

Time: 08:09:03
holiday: 0
CA DL DataVolRatio Pct: 71.75

DL MAC Vol Scell Pct: 44.72
Avg_Connected_UEs: 50.86
SIP DC%: 
PRB Util%: 36.81
RRC Setup Attempts: 4170
CA DL DataVolRatio Pct den: 796
CA Conf FailRate Pct den: 7818
weekend: 0
hr: 20
MAC_UE_SC_Tput: 19473.92
Bearer Releases: 13358

hr: 20
CA Activation Rate num: 10977875
UPTP Mbps Den: 5834
Setup_Fail_DEN: 18077
SIP_SC_Total_MOU: 236.62
Peak UE: 27
MB_per_connected_UE: 37.38
PCT Time MIMO: 60.99

Time: 11:16:05
holiday: 0
CA DL DataVolRatio Pct: 60.99

DL MAC Vol Scell Pct: 35.43
Avg_Connected_UEs: 82.52
SIP DC%: 
UPTP_Mbps: 13.29
DLRLCLayerDataVolume MB: 5458.39
DRB UL Data Volume MB: 8879
RRC Setup Attempts: 4266
CA DL DataVolRatio Pct den: 215
weekend: 1
CA Activation Rate: 33.4
hr: 12
MAC_UE_SC_Tput: 15963.4
Bearer Releases: 16751

hr: 12
CA Activation Rate num: 9339789
UPTP Mbps Den: 697
SIP_SC_Total_MOU: 348.55
Peak UE: 27
MB_per_connected_UE: 47.95
DL Volume: 2852
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4310
CA Activation Rate den: 136761

Combined RACH Preambles: 2005
Time: 21:14:24
holiday: 0
CA DL DataVolRatio Pct: 89.55
CA DL DataVolRatio Pct num: 1036

Avg_Connected_UEs: 49.46
SIP DC%: 
UPTP_Mbps: 42.01
DLRLCLayerDataVolume MB: 6268.57
RRC Setup Attempts: 4782
CA DL DataVolRatio Pct den: 6270
RSSIRX1 Avg: -96.32
weekend: 1
S1U_SIP_SC_SEER_num: 142
CA Activation Rate: 63.99
hr: 23

hr: 23
CA Activation Rate num: 10683701
SIP_SC_Total_MOU: 16.22
Peak UE: 27
MB_per_connected_UE: 38.84
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3571
DL Data Vol MAC in MB: 2419.44
CA Activation Rate den: 107460

Time: 08:08:08
holiday: 0
CA DL DataVolRatio Pct num: 6495
HO Attempts: 11

SIP DC%: 
UPTP_Mbps: 41.77
DLRLCLayerDataVolume MB: 5331.3
DRB UL Data Volume MB: 2371
weekend: 0
UPTP Mbps Num: 23429
Bearer Setup Failure Voice Den: 184
CA Activation Rate: 63.98
hr: 1
Bearer Releases: 14227

hr: 1
UPTP Mbps Den: 2322
SIP_SC_Total_MOU: 32.49
Peak UE: 44
MB_per_connected_UE: 98.26
DL Data Vol MAC in MB: 4752.41

Time: 04:20:21
holiday: 0
CA DL DataVolRatio Pct: 88.23
HO_att_InterFreq: 174

DL MAC Vol Scell Pct: 35.3
Avg_Connected_UEs: 60.79
SIP DC%: 
DLRLCLayerDataVolume MB: 9867.89
DRB UL Data Volume MB: 9318
CA DL DataVolRatio Pct den: 2900
CA Conf FailRate Pct den: 6067
weekend: 0
UPTP Mbps Num: 1552
CA Activation Rate: 23.77
hr: 16
MAC_UE_SC_Tput: 9614.53

hr: 16
CA Activation Rate num: 4506390
UPTP Mbps Den: 170
SIP_SC_Total_MOU: 79.24
Peak UE: 31
VOLTE IA%: 
MB_per_connected_UE: 69.28
PCT Time MIMO: 55.88
DL Volume: 9684
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5094
DL Data Vol MAC in MB: 6021.15

Combined RACH Preambles: 1896
Time: 09:05:56
holiday: 0
CA DL DataVolRatio Pct: 43.33
HO_att_InterFreq: 110

SIP DC%: 
DLRLCLayerDataVolume MB: 2607.35
CA DL DataVolRatio Pct den: 1452
CA Conf FailRate Pct den: 6923
RSSIRX1 Avg: -93.21
weekend: 0
UPTP Mbps Num: 15922
CA Activation Rate: 22.1
hr: 18
MAC_UE_SC_Tput: 5246.98
Bearer Releases: 12678

hr: 18
CA Activation Rate num: 10294305
Peak UE: 69
MB_per_connected_UE: 19.14

Time: 13:31:47
holiday: 0
CA DL DataVolRatio Pct num: 4567

DL MAC Vol Scell Pct: 8.9
SIP DC%: 
RRC Setup Attempts: 6659
RSSIRX1 Avg: -96.29
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5507.94
Bearer Releases: 9777

hr: 0
CA Activation Rate num: 10695199
SIP_SC_Total_MOU: 368.84
Peak UE: 75
MB_per_connected_UE: 177.48
DL Volume: 9042
DL Data Vol MAC in MB: 2791.98
CA Activation Rate den: 54698

Time: 21:53:55
holiday: 0
CA DL DataVolRatio Pct num: 6972

DL MAC Vol Scell Pct: 5.36
Avg_Connected_UEs: 17.82
SIP DC%: 
UPTP_Mbps: 36.06
DRB UL Data Volume MB: 7176
RRC Setup Attempts: 6218
CA DL DataVolRatio Pct den: 5439
weekend: 1
S1U_SIP_SC_SEER_num: 271
CA Activation Rate: 77.92
hr: 15
MAC_UE_SC_Tput: 14357.43
Bearer Releases: 12916

hr: 15
UPTP Mbps Den: 268
Setup_Fail_DEN: 11365
SIP_SC_Total_MOU: 2.13
Peak UE: 69
MB_per_connected_UE: 138.34
PCT Time MIMO: 37.45
DL Volume: 5532
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3597
DL Data Vol MAC in MB: 9557.6

Combined RACH Preambles: 2234
Time: 16:25:58
holiday: 0
CA DL DataVolRatio Pct: 91.57
HO_att_InterFreq: 533

Avg_Connected_UEs: 34.58
SIP DC%: 
UPTP_Mbps: 12.51
DLRLCLayerDataVolume MB: 9395.15
DRB UL Data Volume MB: 3071
RSSIRX1 Avg: -94.29
weekend: 0
CA Activation Rate: 60.55
hr: 22
MAC_UE_SC_Tput: 6145.26

hr: 22
Avg CQI: 8.21
CA Activation Rate num: 10330513
SIP_SC_Total_MOU: 34.17
Peak UE: 96
PCT Time MIMO: 47.12
CA Activation Rate den: 83223

holiday: 0
CA DL DataVolRatio Pct: 58.02
CA DL DataVolRatio Pct num: 1756

DL MAC Vol Scell Pct: 15.8
Avg_Connected_UEs: 54.9
SIP DC%: 
UPTP_Mbps: 27.61
DLRLCLayerDataVolume MB: 5227.87
CA Conf FailRate Pct den: 9235
weekend: 0
UPTP Mbps Num: 13822
RSSIRX2 Avg: -93.21
CA Activation Rate: 49.02
hr: 16
Bearer Releases: 10533

hr: 16
CA Activation Rate num: 8094385
UPTP Mbps Den: 5392
SIP_SC_Total_MOU: 261.98
Peak UE: 82
MB_per_connected_UE: 162.6
DL Volume: 1483
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3477

Time: 04:19:06
holiday: 0
CA DL DataVolRatio Pct: 61.98
CA DL DataVolRatio Pct num: 2492

Avg_Connected_UEs: 60.59
SIP DC%: 
UPTP_Mbps: 7.28
DLRLCLayerDataVolume MB: 3339.81
DRB UL Data Volume MB: 7794
PRB Util%: 38.93
CA Conf FailRate Pct den: 5508
weekend: 0
UPTP Mbps Num: 16466
CA Activation Rate: 42.33
hr: 20
MAC_UE_SC_Tput: 4263.84
Bearer Releases: 16861

hr: 20
Setup_Fail_DEN: 15048
SIP_SC_Total_MOU: 355.76
Peak UE: 27
MB_per_connected_UE: 41.87
DL Volume: 2635

Time: 17:09:12
holiday: 0
CA DL DataVolRatio Pct: 70.1
CA DL DataVolRatio Pct num: 6080

SIP DC%: 
UPTP_Mbps: 57.65
DRB UL Data Volume MB: 4964
CA DL DataVolRatio Pct den: 4030
CA Conf FailRate Pct den: 4844
weekend: 0
RSSIRX2 Avg: -94.1
CA Activation Rate: 30.57
hr: 0
MAC_UE_SC_Tput: 12378.27

hr: 0
CA Activation Rate num: 3952698
UPTP Mbps Den: 411
Setup_Fail_DEN: 17034
SIP_SC_Total_MOU: 12.34
Peak UE: 27
MB_per_connected_UE: 12.8
PCT Time MIMO: 59.68
DL Volume: 1334
DL Data Vol MAC in MB: 1639.13

Time: 11:31:46
holiday: 0
CA DL DataVolRatio Pct: 74.41
CA DL DataVolRatio Pct num: 7308

SIP DC%: 
UPTP_Mbps: 56.27
DLRLCLayerDataVolume MB: 3923.53
DRB UL Data Volume MB: 6019
PRB Util%: 64.02
CA DL DataVolRatio Pct den: 9959
weekend: 1
UPTP Mbps Num: 5892
hr: 21
MAC_UE_SC_Tput: 7603.92
Bearer Releases: 8327

hr: 21
CA Activation Rate num: 10759952
UPTP Mbps Den: 2918
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 46.44
CA Activation Rate den: 132973

Time: 13:00:20
holiday: 0
CA DL DataVolRatio Pct: 79.05
CA DL DataVolRatio Pct num: 260

Avg_Connected_UEs: 17.88
SIP DC%: 
DLRLCLayerDataVolume MB: 3410.96
DRB UL Data Volume MB: 3086
RRC Setup Attempts: 4341
CA DL DataVolRatio Pct den: 6947
CA Conf FailRate Pct den: 7676
weekend: 1
hr: 23
MAC_UE_SC_Tput: 4199.26
Bearer Releases: 11503

hr: 23
Setup_Fail_DEN: 19604
SIP_SC_Total_MOU: 37.94
Peak UE: 43
MB_per_connected_UE: 83.97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5444
DL Data Vol MAC in MB: 2521.93

Time: 03:25:42
holiday: 0
CA DL DataVolRatio Pct: 74.63
CA DL DataVolRatio Pct num: 7174

Avg_Connected_UEs: 53.07
SIP DC%: 
UPTP_Mbps: 94.25
DLRLCLayerDataVolume MB: 1422.81
DRB UL Data Volume MB: 6690
PRB Util%: 59.96
RRC Setup Attempts: 3953
CA DL DataVolRatio Pct den: 7156
weekend: 0
CA Activation Rate: 66.97
hr: 16
MAC_UE_SC_Tput: 12509.54
Bearer Releases: 8258

hr: 16
CA Activation Rate num: 4404208
Setup_Fail_DEN: 11816
SIP_SC_Total_MOU: 232.96
Peak UE: 41
MB_per_connected_UE: 41.42
DL Volume: 1579
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3322
DL Data Vol MAC in MB: 3788.18

Time: 00:47:51
holiday: 0
HO_att_InterFreq: 650
CA DL DataVolRatio Pct num: 2985

DL MAC Vol Scell Pct: 5.76
Avg_Connected_UEs: 33.91
SIP DC%: 
DLRLCLayerDataVolume MB: 7518.8
DRB UL Data Volume MB: 3419
RRC Setup Attempts: 9479
CA Conf FailRate Pct den: 7426
weekend: 0
UPTP Mbps Num: 10213
CA Activation Rate: 30.74
hr: 23
MAC_UE_SC_Tput: 13013.98
Bearer Releases: 15459

hr: 23
Avg CQI: 10
CA Activation Rate num: 5349089
UPTP Mbps Den: 1487
Setup_Fail_DEN: 7922
SIP_SC_Total_MOU: 1.74
Peak UE: 27
MB_per_connected_UE: 83.67
CA Activation Rate den: 76631

Time: 11:31:58
holiday: 0
CA DL DataVolRatio Pct: 66.69
HO_att_InterFreq: 623
HO Attempts: 911

Avg_Connected_UEs: 38.69
SIP DC%: 
UPTP_Mbps: 108.88
DRB UL Data Volume MB: 4219
PRB Util%: 28.86
RRC Setup Attempts: 7411
CA Conf FailRate Pct den: 4343
weekend: 0
CA Activation Rate: 2.08
hr: 23
MAC_UE_SC_Tput: 12151.71
Bearer Releases: 8553

hr: 23
CA Activation Rate num: 7269272
UPTP Mbps Den: 1330
SIP_SC_Total_MOU: 46.06
Peak UE: 27
MB_per_connected_UE: 100.82
PCT Time MIMO: 66.48
DL Volume: 5928
DL Data Vol MAC in MB: 8617.93
CA Activation Rate den: 148948

Combined RACH Preambles: 2731
Time: 06:54:29
holiday: 0
CA DL DataVolRatio Pct: 57.52

DL MAC Vol Scell Pct: 37.12
Avg_Connected_UEs: 32.49
SIP DC%: 
UPTP_Mbps: 34.83
DLRLCLayerDataVolume MB: 5826.95
DRB UL Data Volume MB: 6192
DL Packet Loss Pct: 4.25
RRC Setup Attempts: 3611
weekend: 1
hr: 5
MAC_UE_SC_Tput: 5109.14
Bearer Releases: 16780

hr: 5
CA Activation Rate num: 3915926
UPTP Mbps Den: 5039
Setup_Fail_DEN: 10713
SIP_SC_Total_MOU: 364.25
Peak UE: 29
MB_per_connected_UE: 46.69
PCT Time MIMO: 49.63
UL Throughput: 5.03
DL Data Vol MAC in MB: 3240.01
CA Activation Rate den: 81579

Combined RACH Preambles: 2940
Time: 04:25:21
holiday: 0
CA DL DataVolRatio Pct: 88.56
HO_att_InterFreq: 873

DL MAC Vol Scell Pct: 4.64
SIP DC%: 
UPTP_Mbps: 7.42
DLRLCLayerDataVolume MB: 5478.68
PRB Util%: 23.81
CA DL DataVolRatio Pct den: 2022
CA Conf FailRate Pct den: 6185
weekend: 0
UPTP Mbps Num: 12930
CA Activation Rate: 65.77
hr: 23

hr: 23
CA Activation Rate num: 2497882
UPTP Mbps Den: 2929
Setup_Fail_DEN: 12001
SIP_SC_Total_MOU: 34.91
Peak UE: 67
MB_per_connected_UE: 177.22
PCT Time MIMO: 37.34
DL Volume: 9234
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4566

Time: 01:25:57
holiday: 0
HO_att_InterFreq: 429
HO Attempts: 49

Avg_Connected_UEs: 61.59
SIP DC%: 
UPTP_Mbps: 24.45
DLRLCLayerDataVolume MB: 6009.43
PRB Util%: 61.28
CA DL DataVolRatio Pct den: 4691
CA Conf FailRate Pct den: 6471
weekend: 0
hr: 21
MAC_UE_SC_Tput: 4299.65
Bearer Releases: 10708

hr: 21
CA Activation Rate num: 10007996
Setup_Fail_DEN: 14699
SIP_SC_Total_MOU: 283.76
Peak UE: 54
MB_per_connected_UE: 34.04
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7070
DL Data Vol MAC in MB: 7826.54

Time: 11:16:03
holiday: 0
CA DL DataVolRatio Pct: 80.8

DL MAC Vol Scell Pct: 6.32
SIP DC%: 
UPTP_Mbps: 33.01
DLRLCLayerDataVolume MB: 479.39
DRB UL Data Volume MB: 7615
PRB Util%: 10.23
weekend: 0
UPTP Mbps Num: 23291
CA Activation Rate: 21.97
hr: 10
MAC_UE_SC_Tput: 22141.94
Bearer Releases: 7486

hr: 10
CA Activation Rate num: 5946848
SIP_SC_Total_MOU: 265.58
S1U_SIP_SC_SEER_den: 95
Peak UE: 72
DL Volume: 6954
DL Data Vol MAC in MB: 2267.1
CA Activation Rate den: 118833

Combined RACH Preambles: 2766
Time: 07:51:17
holiday: 0
CA DL DataVolRatio Pct: 79.84
CA DL DataVolRatio Pct num: 4620

DL MAC Vol Scell Pct: 10.78
SIP DC%: 
DLRLCLayerDataVolume MB: 3388.83
PRB Util%: 30.51
weekend: 0
CA Activation Rate: 48.47
hr: 23
MAC_UE_SC_Tput: 4546.49

hr: 23
CA Activation Rate num: 5569255
Setup_Fail_DEN: 13437
Peak UE: 32
MB_per_connected_UE: 197.81
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7169
DL Data Vol MAC in MB: 9962.6

Time: 11:27:44
holiday: 0
CA DL DataVolRatio Pct: 60.91
HO_att_InterFreq: 537

Avg_Connected_UEs: 73.31
SIP DC%: 
UPTP_Mbps: 27.89
RSSIRX1 Avg: -95.75
weekend: 0
UPTP Mbps Num: 15463
CA Activation Rate: 15.22
hr: 20
Bearer Releases: 7182

hr: 20
CA Activation Rate num: 10648109
Setup_Fail_DEN: 7590
Peak UE: 34
MB_per_connected_UE: 164.4
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5921

Combined RACH Preambles: 2727
Time: 06:15:25
holiday: 0
CA DL DataVolRatio Pct: 91.89
CA DL DataVolRatio Pct num: 5146

DL MAC Vol Scell Pct: 36.65
SIP DC%: 
DLRLCLayerDataVolume MB: 4379.5
RRC Setup Attempts: 6166
RSSIRX1 Avg: -97.35
weekend: 0
UPTP Mbps Num: 47824
RSSIRX2 Avg: -94.48
CA Activation Rate: 21.99
hr: 15

hr: 15
CA Activation Rate num: 11034769
Setup_Fail_DEN: 13078
SIP_SC_Total_MOU: 224.02
Peak UE: 36
MB_per_connected_UE: 113.62
PCT Time MIMO: 39.74

Time: 15:01:09
holiday: 0
HO_att_InterFreq: 196

DL MAC Vol Scell Pct: 36.12
Avg_Connected_UEs: 44.47
SIP DC%: 
UPTP_Mbps: 72.28
DLRLCLayerDataVolume MB: 2652.78
DRB UL Data Volume MB: 8356
PRB Util%: 17.82
CA DL DataVolRatio Pct den: 7287
weekend: 0
hr: 0
MAC_UE_SC_Tput: 7007.08
Bearer Releases: 7433

hr: 0
CA Activation Rate num: 1544909
Peak UE: 74
MB_per_connected_UE: 65.9
PCT Time MIMO: 53.78
DL Volume: 7100
CA Activation Rate den: 197494

Time: 05:16:20
Date: 27-11-2022
holiday: 0
CA DL DataVolRatio Pct: 62.96
HO_att_InterFreq: 515

DL MAC Vol Scell Pct: 32.35
Avg_Connected_UEs: 34.71
SIP DC%: 
UPTP_Mbps: 128.59
DLRLCLayerDataVolume MB: 6464.69
DRB UL Data Volume MB: 8777
PRB Util%: 40.17
RRC Setup Attempts: 4024
CA DL DataVolRatio Pct den: 1842
weekend: 1
CA Activation Rate: 3.03
hr: 21
MAC_UE_SC_Tput: 31824.25
Bearer Releases: 10089

hr: 21
CA Activation Rate num: 10821421
UPTP Mbps Den: 633
Setup_Fail_DEN: 6587
SIP_SC_Total_MOU: 43.23
Peak UE: 36
MB_per_connected_UE: 16.22
DL Volume: 4266

Combined RACH Preambles: 3991
Time: 14:33:16
holiday: 0
CA DL DataVolRatio Pct: 64.68
HO_att_InterFreq: 732
CA DL DataVolRatio Pct num: 7163

Avg_Connected_UEs: 50.26
SIP DC%: 
DLRLCLayerDataVolume MB: 2823.08
PRB Util%: 32.89
RRC Setup Attempts: 7236
weekend: 0
UPTP Mbps Num: 45145
CA Activation Rate: 59.79
hr: 19
MAC_UE_SC_Tput: 17707.53
Bearer Releases: 12721

hr: 19
Avg CQI: 11.24
CA Activation Rate num: 1090674
UPTP Mbps Den: 2857
Setup_Fail_DEN: 7498
Peak UE: 93
DL Volume: 1588
CA Activation Rate den: 37695

Combined RACH Preambles: 3166
Time: 00:02:19
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 601
PRB Util%: 36.42
RRC Setup Attempts: 6041
CA Conf FailRate Pct den: 2730
weekend: 0
UPTP Mbps Num: 38270
CA Activation Rate: 59.82
hr: 6
MAC_UE_SC_Tput: 8231.78
Bearer Releases: 16023

hr: 6
CA Activation Rate num: 3263353
Setup_Fail_DEN: 15562
Peak UE: 27
VOLTE IA%: 0.58
MB_per_connected_UE: 85.79
PCT Time MIMO: 39.07
CA Activation Rate den: 114410

Time: 17:56:13
holiday: 0
CA DL DataVolRatio Pct num: 4922

Avg_Connected_UEs: 57.9
SIP DC%: 
DLRLCLayerDataVolume MB: 7396.16
DRB UL Data Volume MB: 5729
weekend: 0
CA Activation Rate: 46.89
hr: 23
MAC_UE_SC_Tput: 13009.64
Bearer Releases: 12985

hr: 23
CA Activation Rate num: 659686
Setup_Fail_DEN: 18968
Peak UE: 67
PCT Time MIMO: 32.23
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6562
CA Activation Rate den: 69609

Time: 12:18:37
holiday: 0
CA DL DataVolRatio Pct num: 7574

DL MAC Vol Scell Pct: 13.78
SIP DC%: 
UPTP_Mbps: 24.14
DLRLCLayerDataVolume MB: 3961.12
DRB UL Data Volume MB: 4862
PRB Util%: 12.88
CA DL DataVolRatio Pct den: 1967
CA Conf FailRate Pct den: 6468
weekend: 0
hr: 11
MAC_UE_SC_Tput: 6663.54

hr: 11
CA Activation Rate num: 2100777
UPTP Mbps Den: 2338
SIP_SC_Total_MOU: 21.9
Peak UE: 27
MB_per_connected_UE: 67.6
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8576
UL Throughput: 2.55
DL Data Vol MAC in MB: 4983.02
CA Activation Rate den: 46456

Time: 21:17:43
holiday: 0
CA DL DataVolRatio Pct: 92.5

Avg_Connected_UEs: 24.49
SIP DC%: 
DLRLCLayerDataVolume MB: 7217.44
CA DL DataVolRatio Pct den: 4861
CA Conf FailRate Pct den: 4796
weekend: 0
UPTP Mbps Num: 58729
CA Activation Rate: 10.66
hr: 0
MAC_UE_SC_Tput: 19012.1

hr: 0
CA Activation Rate num: 5168258
UPTP Mbps Den: 1099
Setup_Fail_DEN: 11783
Peak UE: 79
MB_per_connected_UE: 179.99
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5677

Time: 08:10:54
holiday: 0
CA DL DataVolRatio Pct: 88.65

Avg_Connected_UEs: 47.77
SIP DC%: 
UPTP_Mbps: 31.59
DLRLCLayerDataVolume MB: 8492.61
CA DL DataVolRatio Pct den: 3871
CA Conf FailRate Pct den: 8687
weekend: 0
CA Activation Rate: 53.94
hr: 15
MAC_UE_SC_Tput: 12565.12
Bearer Releases: 14564

hr: 15
CA Activation Rate num: 10233287
UPTP Mbps Den: 2076
Setup_Fail_DEN: 14977
Peak UE: 56
MB_per_connected_UE: 152.21
DL Volume: 1163
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4216
UL Throughput: 1.8

Combined RACH Preambles: 3912
Time: 02:18:26
holiday: 0
CA DL DataVolRatio Pct: 66.04

DL MAC Vol Scell Pct: 26.49
SIP DC%: 
UPTP_Mbps: 16.06
DLRLCLayerDataVolume MB: 7533.01
DRB UL Data Volume MB: 7184
CA DL DataVolRatio Pct den: 6344
weekend: 0
CA Activation Rate: 16.56
hr: 9
MAC_UE_SC_Tput: 11882.06
Bearer Releases: 17398

hr: 9
CA Activation Rate num: 13913855
Setup_Fail_DEN: 15851
SIP_SC_Total_MOU: 29.33
Peak UE: 27
MB_per_connected_UE: 60.45
QCI 1 Bearer Releases: 83
DL Data Vol MAC in MB: 7476.09

Time: 00:09:02
holiday: 0
CA DL DataVolRatio Pct: 70.41

SIP DC%: 
DLRLCLayerDataVolume MB: 5139.2
PRB Util%: 3.48
RRC Setup Attempts: 4975
CA Conf FailRate Pct den: 8720
weekend: 0
CA Activation Rate: 13.41
hr: 10
MAC_UE_SC_Tput: 8163.55

hr: 10
CA Activation Rate num: 302965
Peak UE: 27
MB_per_connected_UE: 50.78
PCT Time MIMO: 53.56
DL Volume: 927
DL Data Vol MAC in MB: 7807.69
CA Activation Rate den: 37884

Combined RACH Preambles: 2994
Time: 17:53:36
holiday: 0
CA DL DataVolRatio Pct num: 4736

DL MAC Vol Scell Pct: 16.11
Avg_Connected_UEs: 42.27
SIP DC%: 
PRB Util%: 4.21
RRC Setup Attempts: 5540
CA DL DataVolRatio Pct den: 4217
weekend: 0
S1U_SIP_SC_SEER_num: 159
hr: 4
MAC_UE_SC_Tput: 4981.1

hr: 4
CA Activation Rate num: 5536476
UPTP Mbps Den: 1477
MB_per_connected_UE: 165.5
DL Volume: 2876
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3869
DL Data Vol MAC in MB: 8756.99

Time: 03:53:01
holiday: 0
CA DL DataVolRatio Pct: 61.97
CA DL DataVolRatio Pct num: 1916

DL MAC Vol Scell Pct: 42.41
SIP DC%: 
UPTP_Mbps: 39.34
DLRLCLayerDataVolume MB: 9331.23
DRB UL Data Volume MB: 5522
PRB Util%: 46.58
CA Conf FailRate Pct den: 9337
weekend: 0
CA Activation Rate: 57.72
hr: 23
MAC_UE_SC_Tput: 5436.82

hr: 23
CA Activation Rate num: 8504008
UPTP Mbps Den: 335
SIP_SC_Total_MOU: 26.34
Peak UE: 40
MB_per_connected_UE: 144.24
PCT Time MIMO: 38.48
UL Throughput: 3.67
DL Data Vol MAC in MB: 9480.23
CA Activation Rate den: 72189

Time: 15:16:11
holiday: 0

Avg_Connected_UEs: 53.15
SIP DC%: 
UPTP_Mbps: 42.08
DLRLCLayerDataVolume MB: 10004.53
RRC Setup Attempts: 4624
CA DL DataVolRatio Pct den: 756
weekend: 0
UPTP Mbps Num: 51725
CA Activation Rate: 49.23
hr: 6
MAC_UE_SC_Tput: 5318.14
Bearer Releases: 7571

hr: 6
CA Activation Rate num: 2426964
Setup_Fail_DEN: 10728
SIP_SC_Total_MOU: 65.83
Peak UE: 27
MB_per_connected_UE: 102.23
DL Volume: 1028
UL Throughput: 4.77
DL Data Vol MAC in MB: 5663.93

Time: 08:40:28
holiday: 0
CA DL DataVolRatio Pct: 87.3
CA DL DataVolRatio Pct num: 3248
HO Attempts: 279

Avg_Connected_UEs: 73.64
SIP DC%: 
UPTP_Mbps: 37.89
DRB UL Data Volume MB: 3095
PRB Util%: 55.73
CA Conf FailRate Pct den: 6015
weekend: 0
UPTP Mbps Num: 12218
RSSIRX2 Avg: -95.8
CA Activation Rate: 66.16
hr: 20
MAC_UE_SC_Tput: 6693.88
Bearer Releases: 6845

hr: 20
CA Activation Rate num: 10504378
UPTP Mbps Den: 3047
Setup_Fail_DEN: 8347
SIP_SC_Total_MOU: 212.93
Peak UE: 27
MB_per_connected_UE: 202.36
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6287
DL Data Vol MAC in MB: 3951.41

Time: 06:00:43
holiday: 0
CA DL DataVolRatio Pct: 62.9
CA DL DataVolRatio Pct num: 4120
HO Attempts: 449

SIP DC%: 
UPTP_Mbps: 16.51
DLRLCLayerDataVolume MB: 6373.55
DRB UL Data Volume MB: 6905
PRB Util%: 34.24
RRC Setup Attempts: 4095
weekend: 0
CA Activation Rate: 58.99
hr: 23
MAC_UE_SC_Tput: 19789.95

hr: 23
CA Activation Rate num: 10869304
Setup_Fail_DEN: 15623
SIP_SC_Total_MOU: 161.23
Peak UE: 33
MB_per_connected_UE: 53.73
DL Volume: 6983
DL Data Vol MAC in MB: 5996.06

Time: 18:13:47
Date: 19-07-2023
holiday: 0
CA DL DataVolRatio Pct: 68.03
HO_att_InterFreq: 869
CA DL DataVolRatio Pct num: 7625

DL MAC Vol Scell Pct: 23.74
Avg_Connected_UEs: 48.06
SIP DC%: 
UPTP_Mbps: 41.66
PRB Util%: 70.26
CA Conf FailRate Pct den: 6037
weekend: 0
UPTP Mbps Num: 5633
hr: 8
MAC_UE_SC_Tput: 15760.78
Bearer Releases: 8441

hr: 8
CA Activation Rate num: 9989541
UPTP Mbps Den: 1057
Setup_Fail_DEN: 11342
Peak UE: 27
MB_per_connected_UE: 139.16
UL Throughput: 1.79
CA Activation Rate den: 110333

Time: 08:00:19
holiday: 0
CA DL DataVolRatio Pct: 61.33
CA DL DataVolRatio Pct num: 4505

DL MAC Vol Scell Pct: 12.02
Avg_Connected_UEs: 58.08
SIP DC%: 
UPTP_Mbps: 34.03
PRB Util%: 34.98
CA DL DataVolRatio Pct den: 6367
weekend: 0
hr: 1
MAC_UE_SC_Tput: 5062.56
Bearer Releases: 9408

hr: 1
CA Activation Rate num: 10428874
UPTP Mbps Den: 2496
Setup_Fail_DEN: 11583
Peak UE: 45
VOLTE IA%: 
MB_per_connected_UE: 199.4
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7044
DL Data Vol MAC in MB: 6367.09

Time: 13:25:39
holiday: 0
HO_att_InterFreq: 630
CA DL DataVolRatio Pct num: 5451
HO Attempts: 197

DL MAC Vol Scell Pct: 20.61
Avg_Connected_UEs: 45.76
SIP DC%: 
UPTP_Mbps: 108.4
DLRLCLayerDataVolume MB: 6633.64
DRB UL Data Volume MB: 5411
RRC Setup Attempts: 5231
CA DL DataVolRatio Pct den: 3584
CA Conf FailRate Pct den: 5292
weekend: 0
CA Activation Rate: 6.16
hr: 2
MAC_UE_SC_Tput: 19743.66
Bearer Releases: 8150

hr: 2
CA Activation Rate num: 6181014
Peak UE: 27
MB_per_connected_UE: 177.16

Time: 17:23:23
holiday: 0
CA DL DataVolRatio Pct: 47.2

DL MAC Vol Scell Pct: 6.51
Avg_Connected_UEs: 18.17
SIP DC%: 
DLRLCLayerDataVolume MB: 3385.51
DRB UL Data Volume MB: 6465
PRB Util%: 24.48
CA Conf FailRate Pct den: 8958
weekend: 0
UPTP Mbps Num: 9161
CA Activation Rate: 63.43
hr: 7
MAC_UE_SC_Tput: 7236.2
Bearer Releases: 11593

hr: 7
UPTP Mbps Den: 2164
Setup_Fail_DEN: 19290
Peak UE: 27
MB_per_connected_UE: 30.99
DL Data Vol MAC in MB: 2749.3
CA Activation Rate den: 65960
Combined RACH Preambles: 5199

Time: 06:55:36
holiday: 0
CA DL DataVolRatio Pct: 83.68
CA DL DataVolRatio Pct num: 1724
HO Attempts: 917

Avg_Connected_UEs: 59.49
SIP DC%: 
UPTP_Mbps: 109.96
DRB UL Data Volume MB: 3401
RRC Setup Attempts: 6634
CA DL DataVolRatio Pct den: 6052
weekend: 0
UPTP Mbps Num: 36360
CA Activation Rate: 72.9
hr: 5
MAC_UE_SC_Tput: 7723.19
Bearer Releases: 14123

hr: 5
CA Activation Rate num: 9284041
UPTP Mbps Den: 2321
Setup_Fail_DEN: 10943
Peak UE: 58
VOLTE IA%: 0.27
MB_per_connected_UE: 24.35
PCT Time MIMO: 36.86
DL Volume: 184
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4162
DL Data Vol MAC in MB: 8919.12
Combined RACH Preambles: 2111

Time: 10:12:15
holiday: 0
CA DL DataVolRatio Pct num: 5079

DL MAC Vol Scell Pct: 16.71
Avg_Connected_UEs: 43.6
SIP DC%: 
UPTP_Mbps: 17.21
DLRLCLayerDataVolume MB: 274.39
PRB Util%: 20.96
RRC Setup Attempts: 3904
CA DL DataVolRatio Pct den: 7965
CA Conf FailRate Pct den: 4806
weekend: 0
CA Activation Rate: 32.02
hr: 11
MAC_UE_SC_Tput: 12781.85
Bearer Releases: 17725

hr: 11
CA Activation Rate num: 448500
UPTP Mbps Den: 600
Setup_Fail_DEN: 17926
Peak UE: 51
MB_per_connected_UE: 59.11
DL Data Vol MAC in MB: 8270.27
Combined RACH Preambles: 2601
Time: 17:58:03

holiday: 0
HO_att_InterFreq: 318
CA DL DataVolRatio Pct num: 497

DL MAC Vol Scell Pct: 13.73
Avg_Connected_UEs: 46.96
SIP DC%: 
UPTP_Mbps: 42.92
DLRLCLayerDataVolume MB: 1938.59
PRB Util%: 15.92
RRC Setup Attempts: 6407
CA DL DataVolRatio Pct den: 4639
weekend: 0
UPTP Mbps Num: 58924
CA Activation Rate: 28.34
hr: 4
MAC_UE_SC_Tput: 4372.35

hr: 4
CA Activation Rate num: 6216292
UPTP Mbps Den: 508
Setup_Fail_DEN: 19722
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 102
DL Volume: 7241
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5826
DL Data Vol MAC in MB: 849.99

Time: 22:18:10
holiday: 0
CA DL DataVolRatio Pct num: 7042

DL MAC Vol Scell Pct: 5.41
SIP DC%: 
PRB Util%: 44.79
RRC Setup Attempts: 5250
CA Conf FailRate Pct den: 5987
RSSIRX1 Avg: -94.18
weekend: 0
hr: 11
MAC_UE_SC_Tput: 16486.37
Bearer Releases: 14328

hr: 11
CA Activation Rate num: 8956968
Setup_Fail_DEN: 11976
SIP_SC_Total_MOU: 324.43
Peak UE: 27
DL Volume: 4847
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3942
DL Data Vol MAC in MB: 1003.83

Time: 03:22:58
holiday: 0
Bearer Releases Voice: 127

DL MAC Vol Scell Pct: 43.28
SIP DC%: 
PRB Util%: 20.28
RRC Setup Attempts: 3436
weekend: 0
UPTP Mbps Num: 36646
CA Activation Rate: 26.92
hr: 11
MAC_UE_SC_Tput: 12174.87
Bearer Releases: 9547

hr: 11
SIP_SC_Total_MOU: 196.68
Peak UE: 62
PCT Time MIMO: 48.4
DL Volume: 1904
CA Activation Rate den: 43654

Time: 10:32:59
holiday: 0
HO_att_InterFreq: 115

DL MAC Vol Scell Pct: 33.24
SIP DC%: 
UPTP_Mbps: 44.45
DRB UL Data Volume MB: 8250
PRB Util%: 53.58
CA DL DataVolRatio Pct den: 8617
weekend: 0
CA Activation Rate: 63.83
hr: 11
MAC_UE_SC_Tput: 4295.66

hr: 11
Setup_Fail_DEN: 13300
SIP_SC_Total_MOU: 275.29
Peak UE: 54
MB_per_connected_UE: 26.56
DL Data Vol MAC in MB: 4890.82

Combined RACH Preambles: 4282
Time: 16:12:20
holiday: 0
CA DL DataVolRatio Pct: 71.61

DL MAC Vol Scell Pct: 18.52
Avg_Connected_UEs: 16.68
SIP DC%: 
DLRLCLayerDataVolume MB: 302.99
DRB UL Data Volume MB: 9541
RRC Setup Attempts: 5045
weekend: 0
CA Activation Rate: 41.97
hr: 14
MAC_UE_SC_Tput: 19909.13
Bearer Releases: 13589

hr: 14
CA Activation Rate num: 13812857
Setup_Fail_DEN: 6501
SIP_SC_Total_MOU: 216.89
Peak UE: 39
MB_per_connected_UE: 97.59
PCT Time MIMO: 33.62
DL Volume: 2504

Time: 09:32:07
holiday: 0
CA DL DataVolRatio Pct: 82.44

DL MAC Vol Scell Pct: 7.03
SIP DC%: 
UPTP_Mbps: 63.69
DLRLCLayerDataVolume MB: 1812.42
PRB Util%: 20.7
CA Conf FailRate Pct den: 9543
weekend: 0
UPTP Mbps Num: 24734
CA Activation Rate: 64.91
hr: 0
MAC_UE_SC_Tput: 14910.66

hr: 0
CA Activation Rate num: 12527212
UPTP Mbps Den: 2529
Setup_Fail_DEN: 17657
Peak UE: 87
MB_per_connected_UE: 99.16
DL Volume: 3778
DL Data Vol MAC in MB: 8761.91
CA Activation Rate den: 95150

Time: 14:13:30
holiday: 0
CA DL DataVolRatio Pct: 66.24
CA DL DataVolRatio Pct num: 1868

Avg_Connected_UEs: 53.55
SIP DC%: 
UPTP_Mbps: 44.3
Avg_PUCCH_SINR: 17.54
PRB Util%: 70.66
CA DL DataVolRatio Pct den: 9185
weekend: 0
UPTP Mbps Num: 45789
CA Activation Rate: 3.24
hr: 2
MAC_UE_SC_Tput: 10381.62

hr: 2
CA Activation Rate num: 3553624
UPTP Mbps Den: 536
Setup_Fail_DEN: 13981
S1U_SIP_SC_SEER_den: 160
Peak UE: 27
MB_per_connected_UE: 130.45
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5021
CA Activation Rate den: 218705

Time: 04:12:27
holiday: 0

DL MAC Vol Scell Pct: 15.75
Avg_Connected_UEs: 36.31
SIP DC%: 
UPTP_Mbps: 31.23
DLRLCLayerDataVolume MB: 6668.81
DRB UL Data Volume MB: 1710
weekend: 0
UPTP Mbps Num: 31772
CA Activation Rate: 31.58
hr: 17
MAC_UE_SC_Tput: 10560.61

hr: 17
CA Activation Rate num: 6885088
Setup_Fail_DEN: 11697
Peak UE: 27
MB_per_connected_UE: 96.3
DL Data Vol MAC in MB: 6446.38
CA Activation Rate den: 72407

Combined RACH Preambles: 2872
Time: 09:54:32
holiday: 0
CA DL DataVolRatio Pct: 80.67
CA DL DataVolRatio Pct num: 145
HO Attempts: 910

DL MAC Vol Scell Pct: 24
SIP DC%: 
DLRLCLayerDataVolume MB: 5061.87
DRB UL Data Volume MB: 2440
CA Conf FailRate Pct den: 3971
weekend: 0
CA Activation Rate: 11.37
hr: 23
MAC_UE_SC_Tput: 7788.17
Bearer Releases: 13581

hr: 23
CA Activation Rate num: 4479534
UPTP Mbps Den: 2415
Setup_Fail_DEN: 9508
SIP_SC_Total_MOU: 41.93
Peak UE: 75
MB_per_connected_UE: 16.29
PCT Time MIMO: 57.17
DL Volume: 1385
UL Throughput: 6.09
CA Activation Rate den: 36069

Combined RACH Preambles: 3723
Time: 11:43:31
Date: 07-06-2023
holiday: 0
CA DL DataVolRatio Pct: 65.65
CA DL DataVolRatio Pct num: 4524

Avg_Connected_UEs: 44.45
SIP DC%: 
UPTP_Mbps: 88.89
DLRLCLayerDataVolume MB: 3694.62
DRB UL Data Volume MB: 5404
RRC Setup Attempts: 5883
weekend: 0
UPTP Mbps Num: 60210
CA Activation Rate: 8.13
hr: 23
MAC_UE_SC_Tput: 9624.5
Bearer Releases: 13018

hr: 23
CA Activation Rate num: 10755120
Setup_Fail_DEN: 12536
SIP_SC_Total_MOU: 295.34
Peak UE: 55
MB_per_connected_UE: 34.54
DL Volume: 8668

Combined RACH Preambles: 2110
Time: 09:38:17
holiday: 0
HO Attempts: 51

DL MAC Vol Scell Pct: 28.05
Avg_Connected_UEs: 54.77
SIP DC%: 
UPTP_Mbps: 25.38
DLRLCLayerDataVolume MB: 9293.52
DRB UL Data Volume MB: 5805
RRC Setup Attempts: 6002
RSSIRX1 Avg: -93.61
weekend: 0
UPTP Mbps Num: 50108
hr: 9
MAC_UE_SC_Tput: 20978.58
Bearer Releases: 17365

hr: 9
CA Activation Rate num: 8620710
UPTP Mbps Den: 2297
Setup_Fail_DEN: 14742
SIP_SC_Total_MOU: 81.6
Peak UE: 40
MB_per_connected_UE: 103.43
DL Volume: 3279
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9427
DL Data Vol MAC in MB: 5491.65

Time: 08:42:39
holiday: 0

Avg_Connected_UEs: 35.68
SIP DC%: 
DLRLCLayerDataVolume MB: 3668.72
PRB Util%: 7.67
RRC Setup Attempts: 3369
CA DL DataVolRatio Pct den: 2524
weekend: 0
CA Activation Rate: 6.47
hr: 21
MAC_UE_SC_Tput: 18640.32

hr: 21
CA Activation Rate num: 3092199
UPTP Mbps Den: 2843
Setup_Fail_DEN: 6738
Peak UE: 51
MB_per_connected_UE: 191.34
DL Data Vol MAC in MB: 3377.68

Time: 08:08:44
holiday: 0
CA DL DataVolRatio Pct num: 5536
HO Attempts: 350

DL MAC Vol Scell Pct: 4.52
SIP DC%: 
DLRLCLayerDataVolume MB: 250.65
DRB UL Data Volume MB: 1200
CA DL DataVolRatio Pct den: 6127
CA Conf FailRate Pct den: 6721
weekend: 0
UPTP Mbps Num: 21090
CA Activation Rate: 49.4
hr: 4
MAC_UE_SC_Tput: 13245.05

hr: 4
CA Activation Rate num: 9534780
UPTP Mbps Den: 2356
SIP_SC_Total_MOU: 24.22
Peak UE: 50
VOLTE IA%: 
MB_per_connected_UE: 29.39
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3613
DL Data Vol MAC in MB: 8611.07

Time: 00:41:46
holiday: 0
CA DL DataVolRatio Pct: 83.86

SIP DC%: 
UPTP_Mbps: 114.38
DRB UL Data Volume MB: 3686
CA DL DataVolRatio Pct den: 8184
weekend: 0
Bearer Setup Failure Voice Den: 196
CA Activation Rate: 68.86
hr: 4
MAC_UE_SC_Tput: 11134.55
Bearer Releases: 11749

hr: 4
CA Activation Rate num: 922016
Setup_Fail_DEN: 15927
SIP_SC_Total_MOU: 105.55
Peak UE: 50
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5207
DL Data Vol MAC in MB: 7612.07

Time: 17:15:18
holiday: 0
HO_att_InterFreq: 730

DL MAC Vol Scell Pct: 28.33
Avg_Connected_UEs: 62.54
SIP DC%: 
UPTP_Mbps: 39.22
DLRLCLayerDataVolume MB: 5959.08
DRB UL Data Volume MB: 5180
CA DL DataVolRatio Pct den: 4000
RSSIRX1 Avg: -96.84
weekend: 0
UPTP Mbps Num: 1402
CA Activation Rate: 2.84
hr: 5
MAC_UE_SC_Tput: 7823.64
Bearer Releases: 12035

hr: 5
SIP_SC_Total_MOU: 238.66
Peak UE: 43
MB_per_connected_UE: 150.22
UL Throughput: 3.43
DL Data Vol MAC in MB: 3306.3

Combined RACH Preambles: 2924
Time: 22:19:47
holiday: 0
CA DL DataVolRatio Pct num: 1071

SIP DC%: 
DLRLCLayerDataVolume MB: 3847.7
PRB Util%: 58.72
RRC Setup Attempts: 7140
CA Conf FailRate Pct den: 2579
weekend: 0
UPTP Mbps Num: 4820
hr: 23
MAC_UE_SC_Tput: 9996.52
Bearer Releases: 8875

hr: 23
qci1_setup_attempts: 235
CA Activation Rate num: 5279081
UPTP Mbps Den: 1233
Setup_Fail_DEN: 9398
Peak UE: 71
MB_per_connected_UE: 116.81
PCT Time MIMO: 32.2
CA Activation Rate den: 58948

Time: 20:14:41
holiday: 0
CA DL DataVolRatio Pct num: 6854

DL MAC Vol Scell Pct: 12.66
SIP DC%: 
UPTP_Mbps: 29.44
DLRLCLayerDataVolume MB: 181.25
PRB Util%: 36.35
CA Conf FailRate Pct den: 8862
weekend: 0
CA Activation Rate: 55.18
hr: 0

hr: 0
Setup_Fail_DEN: 15594
SIP_SC_Total_MOU: 238.04
Peak UE: 62
MB_per_connected_UE: 133.33
PCT Time MIMO: 34.47
DL Data Vol MAC in MB: 2999.15
CA Activation Rate den: 46195

Time: 01:32:24
holiday: 0
CA DL DataVolRatio Pct: 64.96
HO_att_InterFreq: 811

Avg_Connected_UEs: 76.16
SIP DC%: 
DLRLCLayerDataVolume MB: 4560.44
DRB UL Data Volume MB: 471
PRB Util%: 19.44
weekend: 0
hr: 19
MAC_UE_SC_Tput: 5469.76
Bearer Releases: 10360

hr: 19
CA Activation Rate num: 3726070
Setup_Fail_DEN: 14987
Peak UE: 31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3911
DL Data Vol MAC in MB: 8687.85
CA Activation Rate den: 108249

Combined RACH Preambles: 2609
Time: 07:54:23
holiday: 0
CA DL DataVolRatio Pct: 67.88
CA DL DataVolRatio Pct num: 3925

Avg_Connected_UEs: 45.65
SIP DC%: 
UPTP_Mbps: 32.85
DLRLCLayerDataVolume MB: 7651.54
DRB UL Data Volume MB: 9314
DL Packet Loss Pct: 2.11
CA DL DataVolRatio Pct den: 5269
RSSIRX1 Avg: -95.43
weekend: 0
UPTP Mbps Num: 2991
hr: 23
MAC_UE_SC_Tput: 7176.92
Bearer Releases: 14063

hr: 23
CA Activation Rate num: 6671871
MB_per_connected_UE: 134.15
PCT Time MIMO: 55.83
DL Volume: 1893
DL Data Vol MAC in MB: 7722.9
CA Activation Rate den: 50029

Combined RACH Preambles: 3128
Time: 06:06:19
holiday: 0
CA DL DataVolRatio Pct num: 6517

Avg_Connected_UEs: 49.44
SIP DC%: 
UPTP_Mbps: 32.5
DRB UL Data Volume MB: 5874
CA DL DataVolRatio Pct den: 8362
CA Conf FailRate Pct den: 5274
weekend: 0
UPTP Mbps Num: 32038
hr: 0
MAC_UE_SC_Tput: 5283.31

hr: 0
CA Activation Rate num: 8592574
UPTP Mbps Den: 2824
Setup_Fail_DEN: 14920
UL MAC Vol Scell Pct: 13.87
Peak UE: 73
MB_per_connected_UE: 71.3
UL Throughput: 3.18
DL Data Vol MAC in MB: 1050.44

Time: 14:43:02
holiday: 0
CA DL DataVolRatio Pct: 48.38
HO_att_InterFreq: 1009

SIP DC%: 
UPTP_Mbps: 131
DLRLCLayerDataVolume MB: 7752.05
CA DL DataVolRatio Pct den: 7887
weekend: 1
hr: 5
MAC_UE_SC_Tput: 5694
Bearer Releases: 8474

hr: 5
CA Activation Rate num: 8852835
UPTP Mbps Den: 2474
Setup_Fail_DEN: 15911
Peak UE: 82
MB_per_connected_UE: 35.39
DL Volume: 860
Combined RACH Preambles: 2443
Time: 03:09:14

holiday: 0

DL MAC Vol Scell Pct: 10.13
SIP DC%: 
DLRLCLayerDataVolume MB: 6948.09
DRB UL Data Volume MB: 2558
CA DL DataVolRatio Pct den: 9473
weekend: 0
UPTP Mbps Num: 10746
CA Activation Rate: 45.03
hr: 5
MAC_UE_SC_Tput: 4140.76
Bearer Releases: 10062

hr: 5
Setup_Fail_DEN: 13388
Peak UE: 40
MB_per_connected_UE: 74.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4132
DL Data Vol MAC in MB: 6388.02
Combined RACH Preambles: 2437

Time: 11:45:01
holiday: 0
CA DL DataVolRatio Pct: 84.6
CA DL DataVolRatio Pct num: 6830
HO Attempts: 742

Avg_Connected_UEs: 56.35
SIP DC%: 
DLRLCLayerDataVolume MB: 1577.03
PRB Util%: 60.48
CA Conf FailRate Pct den: 4733
weekend: 0
UPTP Mbps Num: 21141
RSSIRX2 Avg: -94.65
CA Activation Rate: 28.61
hr: 23

hr: 23
CA Activation Rate num: 1678986
UPTP Mbps Den: 2815
Setup_Fail_DEN: 13587
SIP_SC_Total_MOU: 71.32
Peak UE: 34
MB_per_connected_UE: 194.83
PCT Time MIMO: 39.22
DL Data Vol MAC in MB: 10214.05

holiday: 0
CA DL DataVolRatio Pct num: 4004

SIP DC%: 
UPTP_Mbps: 17.33
PRB Util%: 4.78
weekend: 0
UPTP Mbps Num: 36938
CA Activation Rate: 17.51
hr: 19
MAC_UE_SC_Tput: 8732.84
Bearer Releases: 11629

hr: 19
CA Activation Rate num: 8437361
UPTP Mbps Den: 2242
SIP_SC_Total_MOU: 217.19
Peak UE: 27
MB_per_connected_UE: 92.23
DL Volume: 587
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5104
UL Throughput: 12.8
DL Data Vol MAC in MB: 5735.65
CA Activation Rate den: 68449

Time: 03:24:33
holiday: 0
CA DL DataVolRatio Pct: 79.97
CA DL DataVolRatio Pct num: 2301

DL MAC Vol Scell Pct: 10.02
Avg_Connected_UEs: 43.4
SIP DC%: 
DLRLCLayerDataVolume MB: 9748.16
DRB UL Data Volume MB: 4173
HQ_EXE_TOTARGET_FAILURE_QCI_1: 0.17
weekend: 0
UPTP Mbps Num: 13379
CA Activation Rate: 58.56
hr: 6
Bearer Releases: 8803

hr: 6
CA Activation Rate num: 1291936
Setup_Fail_DEN: 13130
SIP_SC_Total_MOU: 115.81
Peak UE: 27
MB_per_connected_UE: 201.08
DL Volume: 645
DL Data Vol MAC in MB: 1154.81
CA Activation Rate den: 208287

Time: 23:25:59
holiday: 0
CA DL DataVolRatio Pct num: 751

SIP DC%: 
UPTP_Mbps: 47.02
DLRLCLayerDataVolume MB: 3648.62
PRB Util%: 48.94
CA DL DataVolRatio Pct den: 8039
CA Conf FailRate Pct den: 7993
weekend: 1
CA Activation Rate: 44.52
hr: 20
MAC_UE_SC_Tput: 16152.67

hr: 20
CA Activation Rate num: 6385333
SIP_SC_Total_MOU: 155.8
Peak UE: 54
MB_per_connected_UE: 186.15
PCT Time MIMO: 45.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5573
DL Data Vol MAC in MB: 4065.05
CA Activation Rate den: 51724

Combined RACH Preambles: 2212
Time: 20:31:05
holiday: 0
CA DL DataVolRatio Pct: 86.79
CA DL DataVolRatio Pct num: 399

DL MAC Vol Scell Pct: 5.88
SIP DC%: 
UPTP_Mbps: 19.12
DLRLCLayerDataVolume MB: 2760.7
DRB UL Data Volume MB: 7921
RRC Setup Attempts: 7406
CA DL DataVolRatio Pct den: 9539
weekend: 0
CA Activation Rate: 73.18
hr: 0
MAC_UE_SC_Tput: 8851.17
Bearer Releases: 13482

hr: 0
CA Activation Rate num: 5560443
UPTP Mbps Den: 2655
Setup_Fail_DEN: 15343
Peak UE: 63
MB_per_connected_UE: 38.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3476
UL Throughput: 2.66
DL Data Vol MAC in MB: 9654.39

Time: 00:02:53
holiday: 0
HO_att_InterFreq: 506
CA DL DataVolRatio Pct num: 7020

Avg_Connected_UEs: 46.51
SIP DC%: 
UPTP_Mbps: 7.88
DLRLCLayerDataVolume MB: 4466.9
CA Conf FailRate Pct den: 8963
weekend: 0
CA Activation Rate: 45.31
hr: 14
MAC_UE_SC_Tput: 6846.76
Bearer Releases: 17333

hr: 14
CA Activation Rate num: 2716408
UPTP Mbps Den: 3033
Setup_Fail_DEN: 11899
SIP_SC_Total_MOU: 372.36
Peak UE: 44
MB_per_connected_UE: 163.78
DL Volume: 3181
DL Data Vol MAC in MB: 4308.86
CA Activation Rate den: 139760

Combined RACH Preambles: 2376
Time: 20:35:27
holiday: 0
CA DL DataVolRatio Pct: 74.89

Avg_Connected_UEs: 55.65
SIP DC%: 
UPTP_Mbps: 43.34
DLRLCLayerDataVolume MB: 6528.11
PRB Util%: 24.58
weekend: 0
CA Activation Rate: 11.46
hr: 23
MAC_UE_SC_Tput: 8411.78
Bearer Releases: 8601

hr: 23
CA Activation Rate num: 1905181
Setup_Fail_DEN: 7830
SIP_SC_Total_MOU: 163.72
Peak UE: 64
MB_per_connected_UE: 65.33
PCT Time MIMO: 38.98
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4199

Time: 00:12:13
holiday: 0
CA DL DataVolRatio Pct: 85.1
CA DL DataVolRatio Pct num: 3446

Avg_Connected_UEs: 49.47
SIP DC%: 
UPTP_Mbps: 45.05
DLRLCLayerDataVolume MB: 8672.26
PRB Util%: 38.35
CA Conf FailRate Pct den: 8606
weekend: 0
UPTP Mbps Num: 31591
CA Activation Rate: 1.99
hr: 0
MAC_UE_SC_Tput: 15581.57
Bearer Releases: 8547

hr: 0
UPTP Mbps Den: 2353
Peak UE: 27
MB_per_connected_UE: 206.58
DL Volume: 7044
CA Activation Rate den: 72517

Time: 20:57:20
holiday: 0
HO_att_InterFreq: 974

DL MAC Vol Scell Pct: 12.11
Avg_Connected_UEs: 69.83
SIP DC%: 
UPTP_Mbps: 101.71
RRC Setup Attempts: 8462
CA DL DataVolRatio Pct den: 3727
RSSIRX1 Avg: -95.84
weekend: 0
UPTP Mbps Num: 45383
CA Activation Rate: 35.25
hr: 19
MAC_UE_SC_Tput: 12063.6

hr: 19
CA Activation Rate num: 7811631
UPTP Mbps Den: 5716
Peak UE: 36
MB_per_connected_UE: 46.81
PCT Time MIMO: 35.47
DL Volume: 6587
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5893
DL Data Vol MAC in MB: 1908.57
CA Activation Rate den: 113233

Time: 00:58:21
holiday: 0
CA DL DataVolRatio Pct: 77.56
HO Attempts: 42

SIP DC%: 
RRC Setup Attempts: 7022
CA DL DataVolRatio Pct den: 1307
CA Conf FailRate Pct den: 7120
weekend: 0
UPTP Mbps Num: 7346
CA Activation Rate: 43.47
hr: 4
MAC_UE_SC_Tput: 25751.83
Bearer Releases: 9443

hr: 4
CA Activation Rate num: 5426502
UPTP Mbps Den: 1821
Setup_Fail_DEN: 8788
SIP_SC_Total_MOU: 220.09
Peak UE: 45
MB_per_connected_UE: 19.71
DL Volume: 9466

Combined RACH Preambles: 2972
Time: 16:34:37
holiday: 0
CA DL DataVolRatio Pct: 89.8
CA DL DataVolRatio Pct num: 365

DL MAC Vol Scell Pct: 9.23
Avg_Connected_UEs: 37.08
SIP DC%: 
UPTP_Mbps: 32.76
DLRLCLayerDataVolume MB: 5709.02
DRB UL Data Volume MB: 8235
PRB Util%: 40.56
CA DL DataVolRatio Pct den: 2646
CA Conf FailRate Pct den: 6859
weekend: 0
hr: 1
MAC_UE_SC_Tput: 9681.32
Bearer Releases: 7578

hr: 1
UPTP Mbps Den: 2245
SIP_SC_Total_MOU: 322.37
Peak UE: 36
PCT Time MIMO: 52.02
DL Volume: 6478
DL Data Vol MAC in MB: 4875.16

Time: 19:45:32
holiday: 0
CA DL DataVolRatio Pct: 88.83
CA DL DataVolRatio Pct num: 4858

DL MAC Vol Scell Pct: 5.61
Avg_Connected_UEs: 33.23
SIP DC%: 
UPTP_Mbps: 53.26
DRB UL Data Volume MB: 6670
PRB Util%: 24.69
RRC Setup Attempts: 4540
CA DL DataVolRatio Pct den: 9617
CA Conf FailRate Pct den: 3312
weekend: 0
UPTP Mbps Num: 26606
CA Activation Rate: 22.12
hr: 19
MAC_UE_SC_Tput: 8422.72

hr: 19
CA Activation Rate num: 5961069
Setup_Fail_DEN: 13569
SIP_SC_Total_MOU: 94.32
Peak UE: 27
MB_per_connected_UE: 177.52
DL Volume: 1453
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3220
DL Data Vol MAC in MB: 911.71
CA Activation Rate den: 98642

Combined RACH Preambles: 3196
Time: 18:35:04
holiday: 0
CA DL DataVolRatio Pct: 77.41

DL MAC Vol Scell Pct: 17.06
Avg_Connected_UEs: 33.62
SIP DC%: 
UPTP_Mbps: 16.17
DLRLCLayerDataVolume MB: 7495.25
DRB UL Data Volume MB: 719
PRB Util%: 69.16
RRC Setup Attempts: 6028
CA Conf FailRate Pct den: 6921
weekend: 0
UPTP Mbps Num: 28211
hr: 7
MAC_UE_SC_Tput: 10955.62
Bearer Releases: 11215

hr: 7
CA Activation Rate num: 7125995
UPTP Mbps Den: 205
Setup_Fail_DEN: 19326
SIP_SC_Total_MOU: 295.62
Peak UE: 27
DL Volume: 7498
DL Data Vol MAC in MB: 7804.92
CA Activation Rate den: 90527

Time: 11:15:33
holiday: 0
CA DL DataVolRatio Pct: 60.34
CA DL DataVolRatio Pct num: 124

DL MAC Vol Scell Pct: 22.6
Avg_Connected_UEs: 46.29
SIP DC%: 
UPTP_Mbps: 38.47
DLRLCLayerDataVolume MB: 1856.55
DRB UL Data Volume MB: 4563
RRC Setup Attempts: 7159
CA DL DataVolRatio Pct den: 1491
weekend: 0
UPTP Mbps Num: 8946
CA Activation Rate: 10.88
hr: 2
MAC_UE_SC_Tput: 14768.91

hr: 2
CA Activation Rate num: 8522006
UPTP Mbps Den: 2084
Setup_Fail_DEN: 15698
SIP_SC_Total_MOU: 41.53
MB_per_connected_UE: 18.91
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6242
CA Activation Rate den: 127298

Time: 20:06:40
holiday: 0

DL MAC Vol Scell Pct: 2.77
SIP DC%: 
UPTP_Mbps: 46.98
DRB UL Data Volume MB: 466
RRC Setup Attempts: 4826
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5002.27
Bearer Releases: 16693

hr: 23
CA Activation Rate num: 5731291
UPTP Mbps Den: 1707
Setup_Fail_DEN: 11358
SIP_SC_Total_MOU: 336.06
Peak UE: 31
DL Volume: 6290
UL Throughput: 5.6
DL Data Vol MAC in MB: 6797.92
CA Activation Rate den: 199479

Combined RACH Preambles: 3870
Time: 11:03:41
holiday: 0
CA DL DataVolRatio Pct: 66.47

Avg_Connected_UEs: 59.37
SIP DC%: 
RRC Setup Attempts: 5432
CA DL DataVolRatio Pct den: 7452
weekend: 0
CA Activation Rate: 20.63
hr: 10
MAC_UE_SC_Tput: 9136
Bearer Releases: 11626

hr: 10
CA Activation Rate num: 8928692
UPTP Mbps Den: 2862
Setup_Fail_DEN: 12338
SIP_SC_Total_MOU: 230.41
Peak UE: 54
MB_per_connected_UE: 149.84
DL Volume: 8212
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5283
DL Data Vol MAC in MB: 2043.26
CA Activation Rate den: 37002
Time: 09:48:45

holiday: 0
HO_att_InterFreq: 818
CA DL DataVolRatio Pct num: 4251

DL MAC Vol Scell Pct: 45.91
SIP DC%: 
UPTP_Mbps: 35.88
DLRLCLayerDataVolume MB: 6335.85
RRC Setup Attempts: 8500
CA DL DataVolRatio Pct den: 9640
CA Conf FailRate Pct den: 7378
weekend: 0
CA Activation Rate: 64.27
hr: 4
MAC_UE_SC_Tput: 5665.67
Bearer Releases: 7650

hr: 4
CA Activation Rate num: 7908888
Setup_Fail_DEN: 7563
SIP_SC_Total_MOU: 283.32
Peak UE: 48
MB_per_connected_UE: 177.91
DL Volume: 3831
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5282

holiday: 0
CA DL DataVolRatio Pct num: 6130

SIP DC%: 
UPTP_Mbps: 44.61
DLRLCLayerDataVolume MB: 4371
DRB UL Data Volume MB: 4502
PRB Util%: 29.31
RRC Setup Attempts: 5064
CA DL DataVolRatio Pct den: 7955
CA Conf FailRate Pct den: 7047
weekend: 0
UPTP Mbps Num: 51241
CA Activation Rate: 4.49
hr: 5
MAC_UE_SC_Tput: 7955.61
Bearer Releases: 6811

hr: 5
CA Activation Rate num: 1474056
Peak UE: 27
MB_per_connected_UE: 67.19
PCT Time MIMO: 38.53
DL Volume: 608
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6911
DL Data Vol MAC in MB: 2331.57
CA Activation Rate den: 75008

Time: 09:18:51
holiday: 0
CA DL DataVolRatio Pct num: 5700

SIP DC%: 
UPTP_Mbps: 42.39
DLRLCLayerDataVolume MB: 1826.72
DRB UL Data Volume MB: 7009
PRB Util%: 18.01
RRC Setup Attempts: 6866
weekend: 0
UPTP Mbps Num: 12074
hr: 9
MAC_UE_SC_Tput: 9446.48
Bearer Releases: 13629

hr: 9
CA Activation Rate num: 2254865
SIP_SC_Total_MOU: 182.07
UL MAC Vol Scell Pct: 3.38
Peak UE: 65
MB_per_connected_UE: 127.02
PCT Time MIMO: 34.43
DL Volume: 8935
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3996
DL Data Vol MAC in MB: 1150.41
CA Activation Rate den: 83916

Time: 14:00:39
holiday: 0

DL MAC Vol Scell Pct: 6.42
Avg_Connected_UEs: 48.15
SIP DC%: 
UPTP_Mbps: 118.35
DLRLCLayerDataVolume MB: 4184.64
DRB UL Data Volume MB: 1696
RRC Setup Attempts: 5129
CA DL DataVolRatio Pct den: 10215
CA Conf FailRate Pct den: 7335
weekend: 0
CA Activation Rate: 29.89
hr: 23
MAC_UE_SC_Tput: 23307.73
Bearer Releases: 11248

hr: 23
SIP_SC_Total_MOU: 329.95
Peak UE: 27
MB_per_connected_UE: 132.14
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4224
DL Data Vol MAC in MB: 2612.6
CA Activation Rate den: 76093

Time: 14:49:16
holiday: 0
HO Attempts: 721

DL MAC Vol Scell Pct: 7.35
SIP DC%: 
UPTP_Mbps: 43.57
DLRLCLayerDataVolume MB: 7489.42
CA DL DataVolRatio Pct den: 1205
CA Conf FailRate Pct den: 7663
weekend: 0
UPTP Mbps Num: 14399
CA Activation Rate: 15.01
hr: 3
MAC_UE_SC_Tput: 7236.09

hr: 3
Setup_Fail_DEN: 13449
Peak UE: 62
MB_per_connected_UE: 180.77
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6375
DL Data Vol MAC in MB: 8667.3
Combined RACH Preambles: 2685

Time: 08:47:39
holiday: 0
CA DL DataVolRatio Pct num: 6627

Avg_Connected_UEs: 22.92
SIP DC%: 
DLRLCLayerDataVolume MB: 8406.78
DRB UL Data Volume MB: 7820
weekend: 0
RSSIRX2 Avg: -95.87
CA Activation Rate: 63.42
hr: 10

hr: 10
UPTP Mbps Den: 288
Setup_Fail_DEN: 10494
Peak UE: 45
MB_per_connected_UE: 206.78
PCT Time MIMO: 57.9
DL Volume: 7493
DL Data Vol MAC in MB: 1721.56
CA Activation Rate den: 175445

Time: 05:27:07
holiday: 0
CA DL DataVolRatio Pct: 77.36
CA DL DataVolRatio Pct num: 4648

DL MAC Vol Scell Pct: 49.6
Avg_Connected_UEs: 81.44
SIP DC%: 
DLRLCLayerDataVolume MB: 3032.29
DRB UL Data Volume MB: 3830
CA DL DataVolRatio Pct den: 8587
CA Conf FailRate Pct den: 7052
weekend: 1
UPTP Mbps Num: 20313
CA Activation Rate: 40.96
hr: 10
MAC_UE_SC_Tput: 4336.74
Bearer Releases: 17420

hr: 10
UPTP Mbps Den: 2755
Peak UE: 27
MB_per_connected_UE: 19.93
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4702

Time: 23:25:30
holiday: 0
CA DL DataVolRatio Pct: 64.45

Avg_Connected_UEs: 82.27
SIP DC%: 
UPTP_Mbps: 154.24
DLRLCLayerDataVolume MB: 801.69
PRB Util%: 44.94
CA DL DataVolRatio Pct den: 6699
weekend: 1
hr: 23
MAC_UE_SC_Tput: 14417.77
Bearer Releases: 10656

hr: 23
CA Activation Rate num: 4829014
Setup_Fail_DEN: 7405
SIP_SC_Total_MOU: 239.11
Peak UE: 34
MB_per_connected_UE: 23.73
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3288
CA Activation Rate den: 76896

Time: 09:52:06
holiday: 0

DL MAC Vol Scell Pct: 35.53
Avg_Connected_UEs: 59.55
SIP DC%: 
DLRLCLayerDataVolume MB: 3552.07
DRB UL Data Volume MB: 2721
RRC Setup Attempts: 5501
CA DL DataVolRatio Pct den: 7219
CA Conf FailRate Pct den: 6043
weekend: 0
CA Activation Rate: 59.59
hr: 12
MAC_UE_SC_Tput: 4370.7
Bearer Releases: 6377

hr: 12
CA Activation Rate num: 4040373
Setup_Fail_DEN: 13460
SIP_SC_Total_MOU: 201.36
Peak UE: 81
MB_per_connected_UE: 103.53
PCT Time MIMO: 62.28
DL Volume: 3350
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8670
CA Activation Rate den: 194902

Time: 02:50:49
holiday: 0
CA DL DataVolRatio Pct: 87.34

Avg_Connected_UEs: 61.71
SIP DC%: 
DLRLCLayerDataVolume MB: 8934.26
DRB UL Data Volume MB: 4159
PRB Util%: 4.69
CA DL DataVolRatio Pct den: 6950
weekend: 0
hr: 6
MAC_UE_SC_Tput: 5723.33
Bearer Releases: 6427

hr: 6
Setup_Fail_DEN: 11372
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5806
DL Data Vol MAC in MB: 446.64

Time: 09:27:22
holiday: 0
CA DL DataVolRatio Pct: 67.78
CA DL DataVolRatio Pct num: 4023

DL MAC Vol Scell Pct: 9.41
Avg_Connected_UEs: 79.97
SIP DC%: 
DLRLCLayerDataVolume MB: 4135.72
RRC Setup Attempts: 8228
CA DL DataVolRatio Pct den: 2471
CA Conf FailRate Pct den: 5935
weekend: 0
hr: 2
MAC_UE_SC_Tput: 5178.76
Bearer Releases: 9174

hr: 2
CA Activation Rate num: 6008186
Setup_Fail_DEN: 13034
Peak UE: 60
MB_per_connected_UE: 34.23
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8561
DL Data Vol MAC in MB: 1456.9
CA Activation Rate den: 155691

Time: 03:55:00
holiday: 0

SIP DC%: 
UPTP_Mbps: 22.51
DLRLCLayerDataVolume MB: 2313.76
RRC Setup Attempts: 7358
CA Conf FailRate Pct den: 6994
weekend: 0
hr: 18
MAC_UE_SC_Tput: 17972.5
Bearer Releases: 7404

hr: 18
CA Activation Rate num: 9601335
UPTP Mbps Den: 2185
Setup_Fail_DEN: 13922
SIP_SC_Total_MOU: 107.73
Peak UE: 46
MB_per_connected_UE: 105.53
DL Volume: 2696
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4726
UL Throughput: 4.57
CA Activation Rate den: 71654
Time: 07:31:25
Date: 21-08-2023

holiday: 0
CA DL DataVolRatio Pct: 46.61

Avg_Connected_UEs: 81.47
SIP DC%: 
UPTP_Mbps: 46.37
DLRLCLayerDataVolume MB: 9547.3
PRB Util%: 13.19
RRC Setup Attempts: 4568
CA Conf FailRate Pct den: 3880
RSSIRX1 Avg: -93.23
weekend: 0
UPTP Mbps Num: 46729
CA Activation Rate: 5.94
hr: 10
MAC_UE_SC_Tput: 5587.87

hr: 10
CA Activation Rate num: 2754958
Setup_Fail_DEN: 13806
Peak UE: 51
MB_per_connected_UE: 208.32
DL Volume: 8343
DL Data Vol MAC in MB: 778.76
CA Activation Rate den: 105346

Time: 05:32:08
holiday: 0

DL MAC Vol Scell Pct: 24.7
Avg_Connected_UEs: 20.77
SIP DC%: 
DLRLCLayerDataVolume MB: 8308.04
RRC Setup Attempts: 4550
CA Conf FailRate Pct den: 9508
weekend: 0
hr: 14
MAC_UE_SC_Tput: 5476.32

hr: 14
Avg CQI: 7.25
UPTP Mbps Den: 2536
Setup_Fail_DEN: 15032
SIP_SC_Total_MOU: 59.08
Peak UE: 79
MB_per_connected_UE: 122.9
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4977

Time: 02:40:32
holiday: 0
CA DL DataVolRatio Pct: 90.94
CA DL DataVolRatio Pct num: 6599

DL MAC Vol Scell Pct: 19.44
SIP DC%: 
UPTP_Mbps: 22.32
DRB UL Data Volume MB: 5989
PRB Util%: 14.25
CA DL DataVolRatio Pct den: 10114
weekend: 0
RSSIRX2 Avg: -94.55
CA Activation Rate: 6.74
hr: 3
MAC_UE_SC_Tput: 5957.96
Bearer Releases: 9028

hr: 3
CA Activation Rate num: 2886802
Setup_Fail_DEN: 9162
SIP_SC_Total_MOU: 41.03
Peak UE: 80
PCT Time MIMO: 58.16
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7217
DL Data Vol MAC in MB: 10048.98
CA Activation Rate den: 63757

Time: 09:35:43
holiday: 0

Avg_Connected_UEs: 33.09
SIP DC%: 
UPTP_Mbps: 73.7
DLRLCLayerDataVolume MB: 6355.14
DRB UL Data Volume MB: 7746
PRB Util%: 41.51
RRC Setup Attempts: 4984
CA DL DataVolRatio Pct den: 1540
CA Conf FailRate Pct den: 8730
weekend: 0
CA Activation Rate: 19.29
hr: 17
MAC_UE_SC_Tput: 19160.12
Bearer Releases: 11855

hr: 17
CA Activation Rate num: 14103777
Setup_Fail_DEN: 15661
Peak UE: 65
MB_per_connected_UE: 69.65
DL Volume: 6125
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7717
DL Data Vol MAC in MB: 6959.05
CA Activation Rate den: 97411

Time: 13:27:17
Date: 01-12-2023
holiday: 0
CA DL DataVolRatio Pct: 62.55

SIP DC%: 
UPTP_Mbps: 43.15
DLRLCLayerDataVolume MB: 3848.62
DRB UL Data Volume MB: 2429
PRB Util%: 75.4
DL Packet Loss Pct: 2.72
CA DL DataVolRatio Pct den: 10036
CA Conf FailRate Pct den: 7184
weekend: 0
CA Activation Rate: 14.8
hr: 5
MAC_UE_SC_Tput: 14517.74
Bearer Releases: 10283

hr: 5
CA Activation Rate num: 5727820
UPTP Mbps Den: 1075
SIP_SC_Total_MOU: 265.04
Peak UE: 43
MB_per_connected_UE: 59.68
DL Volume: 1622
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8653
DL Data Vol MAC in MB: 9291.11

Time: 14:41:21
holiday: 0
CA DL DataVolRatio Pct: 65.27

DL MAC Vol Scell Pct: 18.3
SIP DC%: 
DLRLCLayerDataVolume MB: 9685.06
DRB UL Data Volume MB: 8768
RRC Setup Attempts: 6794
CA DL DataVolRatio Pct den: 8046
CA Conf FailRate Pct den: 5155
weekend: 0
CA Activation Rate: 31.01
hr: 23
MAC_UE_SC_Tput: 5474.03

hr: 23
qci1_setup_attempts: 184
CA Activation Rate num: 762451
UPTP Mbps Den: 2402
Setup_Fail_DEN: 11213
UL MAC Vol Scell Pct: 1.78
Peak UE: 27
MB_per_connected_UE: 165.17
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3366
DL Data Vol MAC in MB: 4817.49
CA Activation Rate den: 105929
Time: 19:20:57

holiday: 0
CA DL DataVolRatio Pct: 54.7

Avg_Connected_UEs: 47.74
SIP DC%: 
UPTP_Mbps: 42.37
DLRLCLayerDataVolume MB: 4036.49
DRB UL Data Volume MB: 3059
weekend: 0
CA Activation Rate: 60.31
hr: 17
MAC_UE_SC_Tput: 4253.84

hr: 17
CA Activation Rate num: 2439251
UPTP Mbps Den: 2363
Setup_Fail_DEN: 13108
Peak UE: 57
DL Volume: 1884
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7181

Time: 07:32:43
holiday: 0
HO_att_InterFreq: 931

SIP DC%: 
UPTP_Mbps: 39.12
DLRLCLayerDataVolume MB: 6547.27
CA DL DataVolRatio Pct den: 9563
CA Conf FailRate Pct den: 7342
weekend: 0
CA Activation Rate: 61.98
hr: 7
MAC_UE_SC_Tput: 9524.02
Bearer Releases: 11298

hr: 7
qci1_setup_attempts: 128
CA Activation Rate num: 9696537
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 169.73
DL Volume: 8706

Time: 03:18:36
holiday: 0
CA DL DataVolRatio Pct: 56.97
CA DL DataVolRatio Pct num: 1626

SIP DC%: 
UPTP_Mbps: 42.44
PRB Util%: 21.02
CA DL DataVolRatio Pct den: 8469
weekend: 0
CA Activation Rate: 25.12
hr: 0
MAC_UE_SC_Tput: 8387.06
Bearer Releases: 8653

hr: 0
CA Activation Rate num: 5698000
Setup_Fail_DEN: 11911
Peak UE: 38
VOLTE IA%: 
MB_per_connected_UE: 176.54
PCT Time MIMO: 33.74
DL Volume: 8703
DL Data Vol MAC in MB: 1939.22
CA Activation Rate den: 183101
Combined RACH Preambles: 4321

Time: 21:54:46
holiday: 0
CA DL DataVolRatio Pct: 80.5
HO Attempts: 913

DL MAC Vol Scell Pct: 14.43
SIP DC%: 
UPTP_Mbps: 40.47
CA DL DataVolRatio Pct den: 9237
CA Conf FailRate Pct den: 6287
weekend: 0
CA Activation Rate: 59.53
hr: 0
MAC_UE_SC_Tput: 4516.31
Bearer Releases: 10994

hr: 0
CA Activation Rate num: 9582054
Setup_Fail_DEN: 12671
Peak UE: 27
MB_per_connected_UE: 186.87
PCT Time MIMO: 59.25
DL Volume: 3750

Time: 15:33:51
holiday: 0

DL MAC Vol Scell Pct: 4.45
Avg_Connected_UEs: 37.23
SIP DC%: 
UPTP_Mbps: 30.58
DRB UL Data Volume MB: 9559
PRB Util%: 65.22
weekend: 1
CA Activation Rate: 51.84
hr: 2
MAC_UE_SC_Tput: 21247.43
Bearer Releases: 10207

hr: 2
CA Activation Rate num: 542605
Setup_Fail_DEN: 13862
Peak UE: 27
MB_per_connected_UE: 58.31
DL Volume: 7997
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4487
UL Throughput: 16.76
DL Data Vol MAC in MB: 793.71
CA Activation Rate den: 55931
Combined RACH Preambles: 2884
Time: 12:44:47
Date: 21-07-2022

holiday: 0
CA DL DataVolRatio Pct: 82.93
CA DL DataVolRatio Pct num: 5771

DL MAC Vol Scell Pct: 38.86
Avg_Connected_UEs: 37.3
SIP DC%: 
UPTP_Mbps: 30.87
DRB UL Data Volume MB: 3317
PRB Util%: 12.54
CA DL DataVolRatio Pct den: 8822
CA Conf FailRate Pct den: 3223
weekend: 0
UPTP Mbps Num: 2190
CA Activation Rate: 15.31
hr: 4
MAC_UE_SC_Tput: 5671.78

hr: 4
UPTP Mbps Den: 2318
SIP_SC_Total_MOU: 176.09
Peak UE: 27
MB_per_connected_UE: 19.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3886

Time: 00:52:18
holiday: 0
CA DL DataVolRatio Pct: 78.07

Avg_Connected_UEs: 39.95
SIP DC%: 
UPTP_Mbps: 33.9
DRB UL Data Volume MB: 7372
PRB Util%: 31.22
CA Conf FailRate Pct den: 8731
RSSIRX1 Avg: -95.99
weekend: 0
CA Activation Rate: 47.6
hr: 7
MAC_UE_SC_Tput: 18052.62

hr: 7
CA Activation Rate num: 10147816
UPTP Mbps Den: 3168
Setup_Fail_DEN: 12104
SIP_SC_Total_MOU: 341.86
Peak UE: 27
MB_per_connected_UE: 56.15
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7291
DL Data Vol MAC in MB: 2519.01

Combined RACH Preambles: 3078
Time: 23:45:37
holiday: 0
CA DL DataVolRatio Pct num: 5273

DL MAC Vol Scell Pct: 6.61
SIP DC%: 
DLRLCLayerDataVolume MB: 3269.06
DRB UL Data Volume MB: 7221
PRB Util%: 47.08
RRC Setup Attempts: 6991
weekend: 0
UPTP Mbps Num: 30205
Bearer Setup Failure Voice Den: 222
S1U_SIP_SC_SEER_num: 234
hr: 3
MAC_UE_SC_Tput: 17335.92
Bearer Releases: 13710

hr: 3
CA Activation Rate num: 3072733
Setup_Fail_DEN: 10758
Peak UE: 77
MB_per_connected_UE: 109.16
PCT Time MIMO: 49.55
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3769
UL Throughput: 4.92
DL Data Vol MAC in MB: 10049.83
CA Activation Rate den: 157990

Time: 09:54:02
holiday: 0
CA DL DataVolRatio Pct: 79.09
HO_att_InterFreq: 152
CA DL DataVolRatio Pct num: 6469

DL MAC Vol Scell Pct: 8.66
Avg_Connected_UEs: 57.24
SIP DC%: 
UPTP_Mbps: 59.73
S1U_SIP_SC_SEER: 99.86
DLRLCLayerDataVolume MB: 1855.15
PRB Util%: 36.29
UL Resid BLER PCT: 0.79
RRC Setup Attempts: 6395
weekend: 0
UPTP Mbps Num: 26796
CA Activation Rate: 24.51
hr: 22
MAC_UE_SC_Tput: 15461.61
Bearer Releases: 16831

hr: 22
CA Activation Rate num: 7311598
Setup_Fail_DEN: 18949
Peak UE: 71
MB_per_connected_UE: 153.61
PCT Time MIMO: 36.16
DL Volume: 4424
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6064
DL Data Vol MAC in MB: 5914.91

Time: 10:41:57
holiday: 0
CA DL DataVolRatio Pct: 52.41

DL MAC Vol Scell Pct: 7.16
SIP DC%: 
UPTP_Mbps: 20.61
DLRLCLayerDataVolume MB: 343.64
DRB UL Data Volume MB: 9767
PRB Util%: 26.77
RRC Setup Attempts: 6089
CA DL DataVolRatio Pct den: 2990
CA Conf FailRate Pct den: 7733
weekend: 0
UPTP Mbps Num: 57690
hr: 4
MAC_UE_SC_Tput: 5974.65

hr: 4
CA Activation Rate num: 2728134
UPTP Mbps Den: 776
Peak UE: 27
MB_per_connected_UE: 90.48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3833
UL Throughput: 3.06
DL Data Vol MAC in MB: 1226.61
CA Activation Rate den: 60219
Combined RACH Preambles: 4216

Time: 13:34:55
holiday: 0
CA DL DataVolRatio Pct: 84.43
CA DL DataVolRatio Pct num: 3328
HO Attempts: 519

Avg_Connected_UEs: 50.11
SIP DC%: 
UPTP_Mbps: 26.4
DLRLCLayerDataVolume MB: 627.83
CA DL DataVolRatio Pct den: 7727
weekend: 1
hr: 0
MAC_UE_SC_Tput: 18044.42
Bearer Releases: 7845

hr: 0
CA Activation Rate num: 5153796
UPTP Mbps Den: 532
SIP_SC_Total_MOU: 16.73
Peak UE: 40
MB_per_connected_UE: 51.62
PCT Time MIMO: 34.5
DL Data Vol MAC in MB: 3408.56
CA Activation Rate den: 82912

Combined RACH Preambles: 4935
Time: 15:19:28
holiday: 0
CA DL DataVolRatio Pct: 65.72

DL MAC Vol Scell Pct: 4.22
SIP DC%: 
DLRLCLayerDataVolume MB: 1998.75
CA Conf FailRate Pct den: 4199
weekend: 0
hr: 16
MAC_UE_SC_Tput: 12837.79
Bearer Releases: 11226

hr: 16
CA Activation Rate num: 2663404
SIP_SC_Total_MOU: 390.92
Peak UE: 27
PCT Time MIMO: 45.88
DL Volume: 2904
DL Data Vol MAC in MB: 9820.09
CA Activation Rate den: 55908

Time: 05:53:44
holiday: 0
CA DL DataVolRatio Pct num: 7164

DL MAC Vol Scell Pct: 21.26
SIP DC%: 
DLRLCLayerDataVolume MB: 3662.19
DRB UL Data Volume MB: 3231
PRB Util%: 28.11
CA DL DataVolRatio Pct den: 6256
weekend: 0
UPTP Mbps Num: 43083
CA Activation Rate: 26.43
hr: 12
MAC_UE_SC_Tput: 11303.28
Bearer Releases: 18582

hr: 12
CA Activation Rate num: 4513487
UPTP Mbps Den: 2177
Setup_Fail_DEN: 16152
SIP_SC_Total_MOU: 244.15
Peak UE: 45
MB_per_connected_UE: 173.25
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3452
DL Data Vol MAC in MB: 9823.06

Combined RACH Preambles: 4494
Time: 04:19:47
holiday: 0

DL MAC Vol Scell Pct: 49.84
SIP DC%: 
UPTP_Mbps: 40.71
DLRLCLayerDataVolume MB: 4450.73
PRB Util%: 69.43
RRC Setup Attempts: 4678
CA DL DataVolRatio Pct den: 9600
CA Conf FailRate Pct den: 3927
weekend: 0
UPTP Mbps Num: 61763
hr: 3
Bearer Releases: 18464

hr: 3
CA Activation Rate num: 4192853
UPTP Mbps Den: 1317
Setup_Fail_DEN: 14440
Peak UE: 27
DL Volume: 8239
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6272
DL Data Vol MAC in MB: 3843.77

Time: 03:13:59
holiday: 0
CA DL DataVolRatio Pct: 70.14
CA DL DataVolRatio Pct num: 4933

DL MAC Vol Scell Pct: 15.11
SIP DC%: 
UPTP_Mbps: 124.21
DRB UL Data Volume MB: 4630
CA Conf FailRate Pct den: 7831
RSSIRX1 Avg: -94.68
weekend: 0
CA Activation Rate: 61.87
hr: 2
Bearer Releases: 9509

hr: 2
CA Activation Rate num: 5310018
UPTP Mbps Den: 899
Setup_Fail_DEN: 10942
Peak UE: 28
MB_per_connected_UE: 24.49
PCT Time MIMO: 37.68
DL Volume: 4271
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3228
DL Data Vol MAC in MB: 3318.84

Combined RACH Preambles: 2579
Time: 21:07:00
holiday: 0
CA DL DataVolRatio Pct num: 7246

DL MAC Vol Scell Pct: 8.06
Avg_Connected_UEs: 67.57
SIP DC%: 
UPTP_Mbps: 18.37
PRB Util%: 67.19
CA DL DataVolRatio Pct den: 9464
CA Conf FailRate Pct den: 3723
weekend: 0
hr: 7
MAC_UE_SC_Tput: 4524.45
Bearer Releases: 10963

hr: 7
CA Activation Rate num: 5896816
UPTP Mbps Den: 2984
Setup_Fail_DEN: 12556
Peak UE: 50
MB_per_connected_UE: 33.84
DL Volume: 7410
DL Data Vol MAC in MB: 3192.43

Time: 21:00:02
holiday: 0
HO Attempts: 717

DL MAC Vol Scell Pct: 19.68
Avg_Connected_UEs: 47.8
SIP DC%: 
DLRLCLayerDataVolume MB: 8129.99
RRC Setup Attempts: 6221
weekend: 0
CA Activation Rate: 70.21
hr: 2
MAC_UE_SC_Tput: 6649.05
Bearer Releases: 17979

hr: 2
CA Activation Rate num: 6863142
Setup_Fail_DEN: 11346
SIP_SC_Total_MOU: 118.07
UL MAC Vol Scell Pct: 0.56
Peak UE: 39
MB_per_connected_UE: 36.97
PCT Time MIMO: 59.61
DL Volume: 4194
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9060
UL Throughput: 5.41
CA Activation Rate den: 37474

Time: 02:28:00
holiday: 0
CA DL DataVolRatio Pct: 57.75
HO_att_InterFreq: 936

Avg_Connected_UEs: 31.73
SIP DC%: 
UPTP_Mbps: 31.14
DRB UL Data Volume MB: 3154
PRB Util%: 28.44
CA Conf FailRate Pct den: 3734
weekend: 0
CA Activation Rate: 19.63
hr: 8
MAC_UE_SC_Tput: 18263.94
Bearer Releases: 9394

hr: 8
CA Activation Rate num: 4709351
UPTP Mbps Den: 2788
SIP_SC_Total_MOU: 41.15
Peak UE: 27
MB_per_connected_UE: 56.22
PCT Time MIMO: 50.91
DL Volume: 3759
UL Throughput: 16.39
DL Data Vol MAC in MB: 3592.15
CA Activation Rate den: 81524
Time: 13:59:06

holiday: 0
CA DL DataVolRatio Pct: 67.57
SIP_SC_Call_Attempts: 181
CA DL DataVolRatio Pct num: 669

DL MAC Vol Scell Pct: 18.14
Avg_Connected_UEs: 28.27
SIP DC%: 
UPTP_Mbps: 16.71
DLRLCLayerDataVolume MB: 893.98
DRB UL Data Volume MB: 8027
RRC Setup Attempts: 7386
weekend: 0
UPTP Mbps Num: 23758
CA Activation Rate: 39.18
hr: 3
MAC_UE_SC_Tput: 6501.76
Bearer Releases: 10968

hr: 3
UPTP Mbps Den: 1287
Setup_Fail_DEN: 7745
SIP_SC_Total_MOU: 170.43
Peak UE: 75
MB_per_connected_UE: 83.5
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8029
DL Data Vol MAC in MB: 9492.9
CA Activation Rate den: 96782

Combined RACH Preambles: 2499
Time: 15:30:03
holiday: 0
CA DL DataVolRatio Pct: 59.58

Avg_Connected_UEs: 37.92
SIP DC%: 
DLRLCLayerDataVolume MB: 2176
DRB UL Data Volume MB: 3283
PRB Util%: 21.07
RRC Setup Attempts: 4237
CA DL DataVolRatio Pct den: 8479
weekend: 0
UPTP Mbps Num: 20209
CA Activation Rate: 3.07
hr: 0

hr: 0
CA Activation Rate num: 3372042
UPTP Mbps Den: 3108
SIP_SC_Total_MOU: 130.93
Peak UE: 27
MB_per_connected_UE: 57.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3749
CA Activation Rate den: 111599

Time: 17:05:57
holiday: 0
CA DL DataVolRatio Pct num: 340

DL MAC Vol Scell Pct: 32.17
SIP DC%: 
DRB UL Data Volume MB: 8883
CA DL DataVolRatio Pct den: 8341
CA Conf FailRate Pct den: 6252
weekend: 1
UPTP Mbps Num: 38130
hr: 0
MAC_UE_SC_Tput: 26741.54

hr: 0
Avg CQI: 11.52
CA Activation Rate num: 9479178
Peak UE: 49
MB_per_connected_UE: 76.86
PCT Time MIMO: 32.72
DL Data Vol MAC in MB: 9753.85

Time: 00:16:54
holiday: 0
CA DL DataVolRatio Pct num: 587

SIP DC%: 
UPTP_Mbps: 26.12
DLRLCLayerDataVolume MB: 5365.87
DRB UL Data Volume MB: 4847
CA DL DataVolRatio Pct den: 10063
weekend: 0
UPTP Mbps Num: 52608
CA Activation Rate: 45.09
hr: 3
MAC_UE_SC_Tput: 11424.81

hr: 3
CA Activation Rate num: 2948027
UPTP Mbps Den: 1569
Setup_Fail_DEN: 13431
SIP_SC_Total_MOU: 233.32
Peak UE: 27
MB_per_connected_UE: 107.97
DL Volume: 7682
DL Data Vol MAC in MB: 1027.94
CA Activation Rate den: 46241

Time: 01:20:59
holiday: 0
CA DL DataVolRatio Pct: 82.3
CA DL DataVolRatio Pct num: 7438

DL MAC Vol Scell Pct: 38.97
Avg_Connected_UEs: 35.39
SIP DC%: 
UPTP_Mbps: 38.51
DRB UL Data Volume MB: 916
CA DL DataVolRatio Pct den: 8267
CA Conf FailRate Pct den: 6368
weekend: 0
CA Activation Rate: 76.37
hr: 13
MAC_UE_SC_Tput: 6302.85
Bearer Releases: 14060

hr: 13
CA Activation Rate num: 8364208
UPTP Mbps Den: 2291
Setup_Fail_DEN: 9395
SIP_SC_Total_MOU: 44.38
Peak UE: 27
MB_per_connected_UE: 10.67
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5404
DL Data Vol MAC in MB: 9852.28
CA Activation Rate den: 66545

Combined RACH Preambles: 2863
Time: 21:50:51
holiday: 0
CA DL DataVolRatio Pct: 92.06
CA DL DataVolRatio Pct num: 6774

DL MAC Vol Scell Pct: 44.84
SIP DC%: 
UPTP_Mbps: 36.44
DRB UL Data Volume MB: 2524
CA DL DataVolRatio Pct den: 6104
CA Conf FailRate Pct den: 8328
weekend: 0
S1U_SIP_SC_SEER_num: 270
CA Activation Rate: 7.29
hr: 7
MAC_UE_SC_Tput: 5922.89

hr: 7
Peak UE: 27
MB_per_connected_UE: 63.41
PCT Time MIMO: 56.19
DL Volume: 6979
DL Data Vol MAC in MB: 3501.97
CA Activation Rate den: 139612

Time: 15:42:01
holiday: 0

DL MAC Vol Scell Pct: 14.51
Avg_Connected_UEs: 48.1
SIP DC%: 
UPTP_Mbps: 44.51
DRB UL Data Volume MB: 7537
PRB Util%: 36.52
CA Conf FailRate Pct den: 4727
weekend: 0
RSSIRX2 Avg: -96.51
CA Activation Rate: 15.97
hr: 17
MAC_UE_SC_Tput: 14425.82
Bearer Releases: 11911

hr: 17
CA Activation Rate num: 10723292
Setup_Fail_DEN: 15210
SIP_SC_Total_MOU: 255.96
Peak UE: 76
MB_per_connected_UE: 142.48
UL Throughput: 8.84
CA Activation Rate den: 36438

Time: 13:05:00
holiday: 0
CA DL DataVolRatio Pct: 64.62

SIP DC%: 
UPTP_Mbps: 42.14
DLRLCLayerDataVolume MB: 2503.53
DRB UL Data Volume MB: 3270
PRB Util%: 65.5
RRC Setup Attempts: 4631
CA DL DataVolRatio Pct den: 7307
weekend: 0
CA Activation Rate: 50.23
hr: 0
MAC_UE_SC_Tput: 4646.7
Bearer Releases: 11254

hr: 0
CA Activation Rate num: 5796627
Setup_Fail_DEN: 9828
SIP_SC_Total_MOU: 1.4
Peak UE: 27
MB_per_connected_UE: 50.02
PCT Time MIMO: 33.04
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5225
DL Data Vol MAC in MB: 7190.18
HO Failure%: 0.03

Combined RACH Preambles: 1981
Time: 16:05:43
holiday: 0
CA DL DataVolRatio Pct: 50.37
CA DL DataVolRatio Pct num: 1450

Avg_Connected_UEs: 27.34
SIP DC%: 
UPTP_Mbps: 71.61
DLRLCLayerDataVolume MB: 2312.51
DRB UL Data Volume MB: 8902
PRB Util%: 10.69
RRC Setup Attempts: 6088
CA Conf FailRate Pct den: 8873
weekend: 0
hr: 10
Bearer Releases: 12602

hr: 10
Avg CQI: 7.93
SIP_SC_Total_MOU: 251.29
MB_per_connected_UE: 152.84
PCT Time MIMO: 62.07
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6118
CA Activation Rate den: 114491

Combined RACH Preambles: 2360
Time: 07:00:33
holiday: 0

Avg_Connected_UEs: 21.71
SIP DC%: 
UPTP_Mbps: 10.18
CA DL DataVolRatio Pct den: 4725
CA Conf FailRate Pct den: 7303
weekend: 0
RSSIRX2 Avg: -95.81
CA Activation Rate: 72.35
hr: 17
MAC_UE_SC_Tput: 7517.55
Bearer Releases: 15991

hr: 17
CA Activation Rate num: 828004
UPTP Mbps Den: 3051
Setup_Fail_DEN: 8124
SIP_SC_Total_MOU: 351.92
Peak UE: 66
MB_per_connected_UE: 11.58
DL Volume: 5369
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6814
UL Throughput: 8.2
DL Data Vol MAC in MB: 6968.31

Time: 19:29:50
holiday: 0
CA DL DataVolRatio Pct: 40.55
CA DL DataVolRatio Pct num: 3388

DL MAC Vol Scell Pct: 18.48
Avg_Connected_UEs: 80.86
SIP DC%: 
UPTP_Mbps: 87.47
DLRLCLayerDataVolume MB: 8213.15
PRB Util%: 63.86
RRC Setup Attempts: 7978
weekend: 0
CA Activation Rate: 11.42
hr: 6
MAC_UE_SC_Tput: 5724.94
Bearer Releases: 9051

hr: 6
CA Activation Rate num: 4413475
Setup_Fail_DEN: 15540
SIP_SC_Total_MOU: 24.28
Peak UE: 27
MB_per_connected_UE: 92.84
PCT Time MIMO: 41.87
DL Volume: 2800
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4860
DL Data Vol MAC in MB: 2709.21

Combined RACH Preambles: 4039
Time: 13:36:19
holiday: 0

DL MAC Vol Scell Pct: 17.77
Avg_Connected_UEs: 80.05
SIP DC%: 
UPTP_Mbps: 44.1
DLRLCLayerDataVolume MB: 3272.56
weekend: 0
UPTP Mbps Num: 16661
hr: 23
MAC_UE_SC_Tput: 6942.21
Bearer Releases: 10242

hr: 23
CA Activation Rate num: 10903204
SIP_SC_Total_MOU: 60.94
Peak UE: 27
MB_per_connected_UE: 89.46
DL Data Vol MAC in MB: 8612.31

Combined RACH Preambles: 3658
Time: 13:26:14
holiday: 0
CA DL DataVolRatio Pct: 89.65
CA DL DataVolRatio Pct num: 6624

DL MAC Vol Scell Pct: 50.65
Avg_Connected_UEs: 33.58
SIP DC%: 
DRB UL Data Volume MB: 5746
PRB Util%: 31.5
CA DL DataVolRatio Pct den: 3145
weekend: 0
hr: 0
MAC_UE_SC_Tput: 6573.37
Bearer Releases: 16503

hr: 0
Setup_Fail_DEN: 8029
SIP_SC_Total_MOU: 149.11
Peak UE: 27
MB_per_connected_UE: 53.78
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3110

Time: 09:23:24
holiday: 0
CA DL DataVolRatio Pct: 69.34
HO_att_InterFreq: 895
CA DL DataVolRatio Pct num: 6442
HO Attempts: 122

Avg_Connected_UEs: 51.53
SIP DC%: 
DLRLCLayerDataVolume MB: 8927.1
CA DL DataVolRatio Pct den: 8720
weekend: 0
CA Activation Rate: 59.89
hr: 23

hr: 23
CA Activation Rate num: 7026327
Peak UE: 50
PCT Time MIMO: 36.58
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3144
CA Activation Rate den: 47101

Time: 22:10:23
holiday: 0
CA DL DataVolRatio Pct: 54.04

Avg_Connected_UEs: 70.9
SIP DC%: 
UPTP_Mbps: 42.18
DLRLCLayerDataVolume MB: 5356.81
DRB UL Data Volume MB: 1441
RRC Setup Attempts: 4052
CA DL DataVolRatio Pct den: 8239
weekend: 0
S1U_SIP_SC_SEER_num: 179
CA Activation Rate: 14.01
hr: 12
MAC_UE_SC_Tput: 5169.34

hr: 12
CA Activation Rate num: 8485948
UPTP Mbps Den: 2558
Setup_Fail_DEN: 12946
Peak UE: 27
MB_per_connected_UE: 108.07
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5646
DL Data Vol MAC in MB: 8671.37
CA Activation Rate den: 50522

Time: 11:03:19
holiday: 0
CA DL DataVolRatio Pct num: 4595

Avg_Connected_UEs: 35.88
SIP DC%: 
UPTP_Mbps: 40.6
DLRLCLayerDataVolume MB: 9365.15
DRB UL Data Volume MB: 8229
PRB Util%: 75.16
CA Conf FailRate Pct den: 2914
weekend: 0
CA Activation Rate: 13.42
hr: 20
MAC_UE_SC_Tput: 13829.18
Bearer Releases: 7406

hr: 20
CA Activation Rate num: 8320531
SIP_SC_Total_MOU: 86.38
Peak UE: 80
MB_per_connected_UE: 197.87
DL Volume: 4347
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3775
DL Data Vol MAC in MB: 10214.18
CA Activation Rate den: 40258

Time: 16:34:10
holiday: 0
CA DL DataVolRatio Pct: 71.29
CA DL DataVolRatio Pct num: 5404

DL MAC Vol Scell Pct: 33.19
Avg_Connected_UEs: 76.7
SIP DC%: 
UPTP_Mbps: 39.94
DRB UL Data Volume MB: 4441
PRB Util%: 17
CA DL DataVolRatio Pct den: 4831
CA Conf FailRate Pct den: 8183
weekend: 0
UPTP Mbps Num: 13838
CA Activation Rate: 7.24
hr: 5
MAC_UE_SC_Tput: 12516.19

hr: 5
Avg CQI: 11.41
CA Activation Rate num: 1911978
Setup_Fail_DEN: 14672
SIP_SC_Total_MOU: 32.19
Peak UE: 27
MB_per_connected_UE: 91.06
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4304
DL Data Vol MAC in MB: 3648.02
CA Activation Rate den: 37615

Combined RACH Preambles: 2489
Time: 00:34:18
holiday: 0
CA DL DataVolRatio Pct: 66.58
CA DL DataVolRatio Pct num: 2357

SIP DC%: 
DLRLCLayerDataVolume MB: 3514.98
CA DL DataVolRatio Pct den: 1021
weekend: 0
CA Activation Rate: 59.91
hr: 0
MAC_UE_SC_Tput: 5366.43
Bearer Releases: 16141

hr: 0
Peak UE: 27
PCT Time MIMO: 52.52
DL Volume: 7038
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3530
UL Throughput: 8.69
CA Activation Rate den: 62832
Time: 10:50:50

holiday: 0
CA DL DataVolRatio Pct: 82.16

Avg_Connected_UEs: 28.55
SIP DC%: 
DLRLCLayerDataVolume MB: 2030.57
weekend: 1
Bearer Setup Failure Voice Den: 239
CA Activation Rate: 42.98
hr: 6
MAC_UE_SC_Tput: 11711.42
Bearer Releases: 6968

hr: 6
CA Activation Rate num: 9577734
UPTP Mbps Den: 2265
Peak UE: 27
MB_per_connected_UE: 17.08
PCT Time MIMO: 45.77
DL Volume: 8823
CA Activation Rate den: 45691

Time: 16:45:32
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3375.08
DRB UL Data Volume MB: 8892
PRB Util%: 24.74
RRC Setup Attempts: 3423
weekend: 0
UPTP Mbps Num: 32943
CA Activation Rate: 48.17
hr: 18
MAC_UE_SC_Tput: 4757.89

hr: 18
CA Activation Rate num: 12311251
Setup_Fail_DEN: 15061
SIP_SC_Total_MOU: 294.76
Peak UE: 79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6266
UL Throughput: 6.8
DL Data Vol MAC in MB: 7987.65

Time: 13:51:53
holiday: 0
CA DL DataVolRatio Pct: 65.39

DL MAC Vol Scell Pct: 5.94
Avg_Connected_UEs: 16.78
SIP DC%: 
UPTP_Mbps: 43.71
Avg_PUCCH_SINR: 17.35
PRB Util%: 34.5
RRC Setup Attempts: 7088
CA Conf FailRate Pct den: 9173
weekend: 0
CA Activation Rate: 59.14
hr: 0
MAC_UE_SC_Tput: 9072.05
Bearer Releases: 8834

hr: 0
CA Activation Rate num: 8991707
UPTP Mbps Den: 144
Setup_Fail_DEN: 10805
Peak UE: 84
MB_per_connected_UE: 107.43
PCT Time MIMO: 67.6
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4177
CA Activation Rate den: 200272

Combined RACH Preambles: 4212
Time: 16:00:24
holiday: 0

DL MAC Vol Scell Pct: 15.48
Avg_Connected_UEs: 32.77
SIP DC%: 
UPTP_Mbps: 37
DLRLCLayerDataVolume MB: 4050.44
PRB Util%: 62.72
CA DL DataVolRatio Pct den: 2805
weekend: 0
CA Activation Rate: 7.97
hr: 11
MAC_UE_SC_Tput: 13245.25
Bearer Releases: 12124

hr: 11
qci1_setup_attempts: 227
CA Activation Rate num: 3207292
Setup_Fail_DEN: 7889
Peak UE: 27
MB_per_connected_UE: 71.95
PCT Time MIMO: 56.94
CA Activation Rate den: 148004

Time: 23:13:21
holiday: 0

Avg_Connected_UEs: 80.78
SIP DC%: 
UPTP_Mbps: 14.8
DLRLCLayerDataVolume MB: 8607.51
CA Conf FailRate Pct den: 7414
weekend: 0
UPTP Mbps Num: 4638
hr: 17
MAC_UE_SC_Tput: 7068.02

hr: 17
UPTP Mbps Den: 1871
SIP_SC_Total_MOU: 400.89
Peak UE: 79
MB_per_connected_UE: 10.54
DL Volume: 4435
CA Activation Rate den: 172156

Time: 08:32:09
holiday: 0
CA DL DataVolRatio Pct: 67.65
CA DL DataVolRatio Pct num: 2720

DL MAC Vol Scell Pct: 20.65
SIP DC%: 
UPTP_Mbps: 17.91
DRB UL Data Volume MB: 9660
PRB Util%: 3.92
CA DL DataVolRatio Pct den: 8508
CA Conf FailRate Pct den: 3414
weekend: 0
UPTP Mbps Num: 52498
CA Activation Rate: 51.51
hr: 23
MAC_UE_SC_Tput: 15792.13
Bearer Releases: 9937

hr: 23
CA Activation Rate num: 10038465
SIP_SC_Total_MOU: 223.88
Peak UE: 27
MB_per_connected_UE: 65.77
PCT Time MIMO: 46.28
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4246
DL Data Vol MAC in MB: 6573.17
CA Activation Rate den: 57185

Combined RACH Preambles: 3569
Time: 15:57:55
holiday: 0
CA DL DataVolRatio Pct: 85.36
CA DL DataVolRatio Pct num: 5882

DL MAC Vol Scell Pct: 4.58
Avg_Connected_UEs: 80.02
SIP DC%: 
DRB UL Data Volume MB: 1312
PRB Util%: 50.97
RRC Setup Attempts: 4131
CA Conf FailRate Pct den: 8754
weekend: 0
UPTP Mbps Num: 45739
CA Activation Rate: 26.71
hr: 17
MAC_UE_SC_Tput: 5777.51
Bearer Releases: 10715

hr: 17
CA Activation Rate num: 9098562
UPTP Mbps Den: 174
Setup_Fail_DEN: 18817
Peak UE: 61
DL Volume: 3909
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4343

Time: 01:29:44
holiday: 0
CA DL DataVolRatio Pct num: 5671

DL MAC Vol Scell Pct: 34.78
SIP DC%: 
UPTP_Mbps: 23.49
DLRLCLayerDataVolume MB: 5920.35
PRB Util%: 42.06
RRC Setup Attempts: 5964
CA DL DataVolRatio Pct den: 10156
CA Conf FailRate Pct den: 5347
weekend: 0
UPTP Mbps Num: 1654
hr: 9
MAC_UE_SC_Tput: 5645.28

hr: 9
CA Activation Rate num: 10461331
UPTP Mbps Den: 423
Setup_Fail_DEN: 12296
SIP_SC_Total_MOU: 76.52
Peak UE: 27
MB_per_connected_UE: 39.37
DL Volume: 4929
DL Data Vol MAC in MB: 7935.82

Time: 18:39:20
holiday: 0
CA DL DataVolRatio Pct num: 7211

Avg_Connected_UEs: 53.4
SIP DC%: 
DLRLCLayerDataVolume MB: 9121.37
DRB UL Data Volume MB: 7546
RRC Setup Attempts: 4096
CA DL DataVolRatio Pct den: 9984
weekend: 0
UPTP Mbps Num: 56564
CA Activation Rate: 34.32
hr: 10
MAC_UE_SC_Tput: 15387.62
Bearer Releases: 16192

hr: 10
CA Activation Rate num: 8991392
Setup_Fail_DEN: 15778
SIP_SC_Total_MOU: 28.74
Peak UE: 57
MB_per_connected_UE: 29.34
DL Volume: 2054
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4078
DL Data Vol MAC in MB: 1390.13

Time: 13:12:27
holiday: 0
CA DL DataVolRatio Pct: 59.95
CA DL DataVolRatio Pct num: 5431

SIP DC%: 
UPTP_Mbps: 12.28
DLRLCLayerDataVolume MB: 7042.61
PRB Util%: 27.76
RRC Setup Attempts: 6693
weekend: 0
UPTP Mbps Num: 20925
CA Activation Rate: 73.51
hr: 17
MAC_UE_SC_Tput: 10956.63

hr: 17
CA Activation Rate num: 4628824
UPTP Mbps Den: 1913
Setup_Fail_DEN: 11339
Peak UE: 78
MB_per_connected_UE: 91.69
PCT Time MIMO: 39.16
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5583
DL Data Vol MAC in MB: 3081.03
CA Activation Rate den: 60588

Time: 06:32:22
holiday: 0
CA DL DataVolRatio Pct: 63.58
CA DL DataVolRatio Pct num: 1449
HO Attempts: 307

DL MAC Vol Scell Pct: 33.34
Avg_Connected_UEs: 28.18
SIP DC%: 
DRB UL Data Volume MB: 8191
CA DL DataVolRatio Pct den: 6959
weekend: 0
CA Activation Rate: 22.44
hr: 12
MAC_UE_SC_Tput: 6427.48

hr: 12
Setup_Fail_DEN: 14520
SIP_SC_Total_MOU: 248.38
Peak UE: 37
MB_per_connected_UE: 17.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7560

Time: 11:32:17
holiday: 0

DL MAC Vol Scell Pct: 7.12
SIP DC%: 
UPTP_Mbps: 119.58
DLRLCLayerDataVolume MB: 1591.8
DRB UL Data Volume MB: 6959
CA Conf FailRate Pct den: 8990
weekend: 0
CA Activation Rate: 35.94
hr: 23
MAC_UE_SC_Tput: 7223.77

hr: 23
CA Activation Rate num: 5827277
UPTP Mbps Den: 2151
Setup_Fail_DEN: 8761
Peak UE: 50
MB_per_connected_UE: 86.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4807
UL Throughput: 1.05
DL Data Vol MAC in MB: 10213.91
CA Activation Rate den: 59653

Time: 19:27:54
holiday: 0
CA DL DataVolRatio Pct num: 5549

DL MAC Vol Scell Pct: 7.57
Avg_Connected_UEs: 50.69
SIP DC%: 
UPTP_Mbps: 47.49
DLRLCLayerDataVolume MB: 7306.41
DRB UL Data Volume MB: 8511
CA DL DataVolRatio Pct den: 8013
weekend: 0
UPTP Mbps Num: 15406
CA Activation Rate: 55.13
hr: 23
MAC_UE_SC_Tput: 10633.63
Bearer Releases: 6670

hr: 23
UPTP Mbps Den: 1515
Peak UE: 27
PCT Time MIMO: 70.09
DL Data Vol MAC in MB: 6965.02
CA Activation Rate den: 82097

Time: 16:04:44
holiday: 0
CA DL DataVolRatio Pct num: 1082

SIP DC%: 
DLRLCLayerDataVolume MB: 3455.36
DRB UL Data Volume MB: 7969
PRB Util%: 68.64
CA DL DataVolRatio Pct den: 5980
CA Conf FailRate Pct den: 6696
weekend: 0
CA Activation Rate: 27.26
hr: 0
MAC_UE_SC_Tput: 8145.8

hr: 0
CA Activation Rate num: 9047831
UPTP Mbps Den: 165
Setup_Fail_DEN: 10159
SIP_SC_Total_MOU: 83.28
Peak UE: 27
MB_per_connected_UE: 78.36
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6616
DL Data Vol MAC in MB: 4074.15

Combined RACH Preambles: 5143
Time: 04:00:14
holiday: 0
CA DL DataVolRatio Pct: 82.54
CA DL DataVolRatio Pct num: 2735

DL MAC Vol Scell Pct: 27.67
SIP DC%: 
UPTP_Mbps: 42.71
DLRLCLayerDataVolume MB: 6465.03
DRB UL Data Volume MB: 5150
CA DL DataVolRatio Pct den: 3997
weekend: 1
UPTP Mbps Num: 17282
CA Activation Rate: 38.54
hr: 19
MAC_UE_SC_Tput: 5280.08
Bearer Releases: 8194

hr: 19
CA Activation Rate num: 9513412
UPTP Mbps Den: 1997
Setup_Fail_DEN: 13978
Peak UE: 27
PCT Time MIMO: 64.59
DL Volume: 345
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6682

Time: 16:32:46
holiday: 0
CA DL DataVolRatio Pct num: 1733
HO Attempts: 182

DL MAC Vol Scell Pct: 57.9
SIP DC%: 
UPTP_Mbps: 19.24
DLRLCLayerDataVolume MB: 4345.02
DRB UL Data Volume MB: 8015
RRC Setup Attempts: 5651
CA DL DataVolRatio Pct den: 595
CA Conf FailRate Pct den: 6375
weekend: 0
CA Activation Rate: 40.11
hr: 3
MAC_UE_SC_Tput: 4379.64
Bearer Releases: 8352

hr: 3
CA Activation Rate num: 8676793
Setup_Fail_DEN: 13754
SIP_SC_Total_MOU: 63.42
Peak UE: 27
MB_per_connected_UE: 32
DL Volume: 4109
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7544
DL Data Vol MAC in MB: 4910.13
CA Activation Rate den: 158366
Combined RACH Preambles: 3181
Time: 19:16:45

holiday: 0
HO_att_InterFreq: 584
CA DL DataVolRatio Pct num: 4749

SIP DC%: 
DLRLCLayerDataVolume MB: 821.41
DRB UL Data Volume MB: 2469
CA DL DataVolRatio Pct den: 6798
weekend: 0
UPTP Mbps Num: 25972
CA Activation Rate: 36.33
hr: 0
MAC_UE_SC_Tput: 4121.9

hr: 0
CA Activation Rate num: 1875322
UL MAC Vol Scell Pct: 0.97
Peak UE: 27
MB_per_connected_UE: 84.88
PCT Time MIMO: 38.13
DL Volume: 2451
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5527
DL Data Vol MAC in MB: 222.11
CA Activation Rate den: 122157
Combined RACH Preambles: 2758

holiday: 0
HO_att_InterFreq: 362
CA DL DataVolRatio Pct num: 2465

DL MAC Vol Scell Pct: 34.6
SIP DC%: 
DLRLCLayerDataVolume MB: 6098.76
PRB Util%: 60.15
RRC Setup Attempts: 4764
CA DL DataVolRatio Pct den: 9275
CA Conf FailRate Pct den: 4951
weekend: 0
UPTP Mbps Num: 1472
CA Activation Rate: 70.62
hr: 0
MAC_UE_SC_Tput: 4965.02
Bearer Releases: 8202

hr: 0
CA Activation Rate num: 10675067
UPTP Mbps Den: 6015
SIP_SC_Total_MOU: 11.17
Peak UE: 64

Time: 18:26:17
holiday: 0
CA DL DataVolRatio Pct: 65.33
CA DL DataVolRatio Pct num: 1346

SIP DC%: 
RRC Setup Attempts: 5554
CA DL DataVolRatio Pct den: 2800
weekend: 0
CA Activation Rate: 11.78
hr: 3
MAC_UE_SC_Tput: 7277.88
Bearer Releases: 7187

hr: 3
CA Activation Rate num: 3521158
Setup_Fail_DEN: 8232
Peak UE: 27
PCT Time MIMO: 33.46
DL Data Vol MAC in MB: 4685.94

Time: 12:56:03
holiday: 0
CA DL DataVolRatio Pct: 91.61
HO_att_InterFreq: 457
CA DL DataVolRatio Pct num: 886

DL MAC Vol Scell Pct: 12.61
Avg_Connected_UEs: 81.43
SIP DC%: 
UPTP_Mbps: 9.6
DLRLCLayerDataVolume MB: 4093.38
DRB UL Data Volume MB: 4759
PRB Util%: 49.09
RRC Setup Attempts: 8621
CA DL DataVolRatio Pct den: 5408
weekend: 0
UPTP Mbps Num: 47841
RSSIRX2 Avg: -93.76
CA Activation Rate: 45.39
hr: 8
MAC_UE_SC_Tput: 17644.69

hr: 8
UPTP Mbps Den: 171
Setup_Fail_DEN: 19147
SIP_SC_Total_MOU: 7.13
Peak UE: 27
MB_per_connected_UE: 35.38
PCT Time MIMO: 55.6
DL Volume: 2474
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3675
UL Throughput: 8.43
DL Data Vol MAC in MB: 8596.83
CA Activation Rate den: 146300

Time: 15:21:51
holiday: 0
CA DL DataVolRatio Pct: 68.16

SIP DC%: 
UPTP_Mbps: 65.68
PRB Util%: 73.06
RRC Setup Attempts: 6880
CA DL DataVolRatio Pct den: 4972
CA Conf FailRate Pct den: 9276
weekend: 0
UPTP Mbps Num: 50616
hr: 5
MAC_UE_SC_Tput: 5777.86
Bearer Releases: 16549

hr: 5
CA Activation Rate num: 820617
UPTP Mbps Den: 2357
Setup_Fail_DEN: 12810
SIP_SC_Total_MOU: 90.92
Peak UE: 27
MB_per_connected_UE: 10.69
PCT Time MIMO: 63.08
DL Volume: 5498
UL Throughput: 4.02
DL Data Vol MAC in MB: 4115.98
CA Activation Rate den: 146342

Time: 23:00:25
holiday: 0
CA DL DataVolRatio Pct: 92.02
HO_att_InterFreq: 618

Avg_Connected_UEs: 52.53
SIP DC%: 
DLRLCLayerDataVolume MB: 1671.45
CA DL DataVolRatio Pct den: 2598
CA Conf FailRate Pct den: 9113
weekend: 0
UPTP Mbps Num: 1691
Bearer Setup Failure Voice Den: 151
CA Activation Rate: 72.42
hr: 19
MAC_UE_SC_Tput: 9922.52

hr: 19
Avg CQI: 10.93
CA Activation Rate num: 8012459
UPTP Mbps Den: 2563
Setup_Fail_DEN: 9267
SIP_SC_Total_MOU: 17.31
Peak UE: 59
MB_per_connected_UE: 9.7
DL Volume: 6193
DL Data Vol MAC in MB: 9944.5

Time: 05:21:47
holiday: 0
CA DL DataVolRatio Pct: 77.9
CA DL DataVolRatio Pct num: 3768

DL MAC Vol Scell Pct: 50.62
Avg_Connected_UEs: 55.67
SIP DC%: 
DLRLCLayerDataVolume MB: 705.3
RRC Setup Attempts: 4123
CA Conf FailRate Pct den: 9395
RSSIRX1 Avg: -95.47
weekend: 0
CA Activation Rate: 10.56
hr: 23
MAC_UE_SC_Tput: 7120.81
Bearer Releases: 13621

hr: 23
CA Activation Rate num: 10108350
UPTP Mbps Den: 5831
Setup_Fail_DEN: 10918
Peak UE: 53
MB_per_connected_UE: 190.9
PCT Time MIMO: 55.01
DL Data Vol MAC in MB: 9240.27

Date: 14-01-2023
holiday: 0
CA DL DataVolRatio Pct: 43.67

SIP DC%: 
UPTP_Mbps: 27.86
DLRLCLayerDataVolume MB: 4824.74
DRB UL Data Volume MB: 2210
PRB Util%: 36.72
RRC Setup Attempts: 4544
CA Conf FailRate Pct den: 4304
weekend: 1
RSSIRX2 Avg: -98.44
CA Activation Rate: 52.85
hr: 23
MAC_UE_SC_Tput: 6526.27

hr: 23
CA Activation Rate num: 9815062
UPTP Mbps Den: 2460
SIP_SC_Total_MOU: 89.16
Peak UE: 27
MB_per_connected_UE: 107.1
CA Activation Rate den: 45995
Combined RACH Preambles: 2481

Time: 19:03:03
holiday: 0
CA DL DataVolRatio Pct num: 6694

Avg_Connected_UEs: 40.13
SIP DC%: 
UPTP_Mbps: 15.02
DLRLCLayerDataVolume MB: 4666.83
DRB UL Data Volume MB: 3816
RRC Setup Attempts: 5521
CA DL DataVolRatio Pct den: 9678
CA Conf FailRate Pct den: 7920
weekend: 0
RSSIRX2 Avg: -95.78
CA Activation Rate: 68.01
hr: 13
MAC_UE_SC_Tput: 5205.13

hr: 13
UPTP Mbps Den: 1132
Setup_Fail_DEN: 10622
S1U_SIP_SC_SEER_den: 107
Peak UE: 74
MB_per_connected_UE: 170.7
DL Volume: 1666
DL Data Vol MAC in MB: 8249.74
CA Activation Rate den: 192870

Time: 17:54:52
Date: 02-11-2022
holiday: 0
CA DL DataVolRatio Pct: 87.2
HO Attempts: 271

DL MAC Vol Scell Pct: 11.92
Avg_Connected_UEs: 42.16
SIP DC%: 
UPTP_Mbps: 34.93
DLRLCLayerDataVolume MB: 6584.18
PRB Util%: 45.64
CA Conf FailRate Pct den: 9118
weekend: 0
UPTP Mbps Num: 39177
CA Activation Rate: 9.54
hr: 23
MAC_UE_SC_Tput: 9088.93
Bearer Releases: 10788

hr: 23
CA Activation Rate num: 9747067
UPTP Mbps Den: 895
Setup_Fail_DEN: 10037
SIP_SC_Total_MOU: 5.17
RSSI Delta: 0.27
Peak UE: 27
MB_per_connected_UE: 134.76
DL Volume: 3436
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7837
DL Data Vol MAC in MB: 9531.98

Time: 01:41:19
holiday: 0
CA DL DataVolRatio Pct: 67.34

SIP DC%: 
UPTP_Mbps: 14.05
DLRLCLayerDataVolume MB: 3646.83
PRB Util%: 67.47
RRC Setup Attempts: 7432
CA Conf FailRate Pct den: 4607
weekend: 0
CA Activation Rate: 26.85
hr: 23
MAC_UE_SC_Tput: 17035.8

hr: 23
CA Activation Rate num: 2335807
SIP_SC_Total_MOU: 34.31
Peak UE: 27
MB_per_connected_UE: 109.84
DL Volume: 346
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5462
DL Data Vol MAC in MB: 2651.6

Combined RACH Preambles: 3111
Time: 23:50:17
holiday: 0
HO_att_InterFreq: 710
CA DL DataVolRatio Pct num: 3946
HO Attempts: 678

DL MAC Vol Scell Pct: 14.95
Avg_Connected_UEs: 72.21
SIP DC%: 
UPTP_Mbps: 35.65
DLRLCLayerDataVolume MB: 5421.68
DRB UL Data Volume MB: 1720
PRB Util%: 4.58
RRC Setup Attempts: 3587
weekend: 0
hr: 5
MAC_UE_SC_Tput: 6002.94
Bearer Releases: 10581

hr: 5
CA Activation Rate num: 1104276
UPTP Mbps Den: 1327
Setup_Fail_DEN: 13921
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 39.93
PCT Time MIMO: 59.37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7769

Time: 14:33:09
holiday: 0
CA DL DataVolRatio Pct: 63.4

DL MAC Vol Scell Pct: 9.05
SIP DC%: 
UPTP_Mbps: 43.5
DLRLCLayerDataVolume MB: 6970.25
PRB Util%: 72.5
CA DL DataVolRatio Pct den: 2742
CA Conf FailRate Pct den: 5627
weekend: 0
hr: 3
MAC_UE_SC_Tput: 4500.84
Bearer Releases: 10020

hr: 3
CA Activation Rate num: 2915157
UPTP Mbps Den: 2653
Setup_Fail_DEN: 15051
SIP_SC_Total_MOU: 57.78
PCT Time MIMO: 36.2

Time: 12:40:13
holiday: 0
CA DL DataVolRatio Pct: 79.55
HO_att_InterFreq: 532
CA DL DataVolRatio Pct num: 7382

SIP DC%: 
UPTP_Mbps: 33.98
DLRLCLayerDataVolume MB: 9642.14
DRB UL Data Volume MB: 8771
PRB Util%: 68.66
CA DL DataVolRatio Pct den: 8771
CA Conf FailRate Pct den: 9315
weekend: 1
RSSIRX2 Avg: -93.53
CA Activation Rate: 55.37
hr: 19
MAC_UE_SC_Tput: 31535.18
Bearer Releases: 8785

hr: 19
CA Activation Rate num: 8810876
UPTP Mbps Den: 2678
Peak UE: 65
MB_per_connected_UE: 200.05
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6594
DL Data Vol MAC in MB: 7711.63
CA Activation Rate den: 41243

Time: 20:56:14
holiday: 0
CA DL DataVolRatio Pct: 61.85

SIP DC%: 
DRB UL Data Volume MB: 5845
PRB Util%: 46.64
CA DL DataVolRatio Pct den: 7024
weekend: 1
CA Activation Rate: 58.31
hr: 15
MAC_UE_SC_Tput: 6309.45
Bearer Releases: 8916

hr: 15
CA Activation Rate num: 2642909
UPTP Mbps Den: 1086
Setup_Fail_DEN: 15565
SIP_SC_Total_MOU: 139.78
Peak UE: 38
MB_per_connected_UE: 118.12
PCT Time MIMO: 43.75
DL Volume: 8741
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6634
CA Activation Rate den: 73552

Time: 13:29:00
holiday: 0
CA DL DataVolRatio Pct: 65
CA DL DataVolRatio Pct num: 5614

DL MAC Vol Scell Pct: 5.3
Avg_Connected_UEs: 17.12
SIP DC%: 
UPTP_Mbps: 38.83
DLRLCLayerDataVolume MB: 9194.39
DRB UL Data Volume MB: 6961
DL Packet Loss Pct: 0.57
CA DL DataVolRatio Pct den: 7767
weekend: 0
UPTP Mbps Num: 9681
hr: 15
MAC_UE_SC_Tput: 11939.09
Bearer Releases: 9171

hr: 15
CA Activation Rate num: 7138217
Peak UE: 31
PCT Time MIMO: 39.33
DL Volume: 4679
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8586

Time: 15:28:55
holiday: 0
CA DL DataVolRatio Pct: 69.32
HO Attempts: 824

DL MAC Vol Scell Pct: 33.89
SIP DC%: 
UPTP_Mbps: 35.38
DLRLCLayerDataVolume MB: 7909.83
DRB UL Data Volume MB: 9245
PRB Util%: 36.66
CA DL DataVolRatio Pct den: 7326
CA Conf FailRate Pct den: 8961
weekend: 0
hr: 20
MAC_UE_SC_Tput: 4312.52

hr: 20
CA Activation Rate num: 7310826
Setup_Fail_DEN: 14852
Peak UE: 75
MB_per_connected_UE: 141.16
PCT Time MIMO: 60.87
DL Data Vol MAC in MB: 1099.89

Combined RACH Preambles: 2483
Time: 01:44:41
holiday: 0
CA DL DataVolRatio Pct: 86.85
CA DL DataVolRatio Pct num: 6418

Avg_Connected_UEs: 77.43
SIP DC%: 
UPTP_Mbps: 41.67
PRB Util%: 30.11
CA Conf FailRate Pct den: 8538
weekend: 0
UPTP Mbps Num: 16963
hr: 0
MAC_UE_SC_Tput: 9929.19
Bearer Releases: 18467

hr: 0
CA Activation Rate num: 11747349
Setup_Fail_DEN: 12685
Peak UE: 31
MB_per_connected_UE: 37.9
DL Volume: 516
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4871
DL Data Vol MAC in MB: 8652.77

Time: 00:32:10
holiday: 0
CA DL DataVolRatio Pct: 60.62
CA DL DataVolRatio Pct num: 2793

DL MAC Vol Scell Pct: 48.6
SIP DC%: 
UPTP_Mbps: 17.3
PRB Util%: 49.55
weekend: 0
UPTP Mbps Num: 19136
hr: 6
MAC_UE_SC_Tput: 7093.76
Bearer Releases: 8566

hr: 6
CA Activation Rate num: 11037898
UPTP Mbps Den: 2961
Setup_Fail_DEN: 16299
SIP_SC_Total_MOU: 84.12
Peak UE: 27
MB_per_connected_UE: 30.42
DL Volume: 5490
DL Data Vol MAC in MB: 5871.14
CA Activation Rate den: 109497

Time: 18:38:41
holiday: 0

DL MAC Vol Scell Pct: 11.43
Avg_Connected_UEs: 47.58
SIP DC%: 
DLRLCLayerDataVolume MB: 2112.02
DRB UL Data Volume MB: 2896
PRB Util%: 27.35
DL Packet Loss Pct: 0.67
RRC Setup Attempts: 4660
CA Conf FailRate Pct den: 6907
weekend: 0
hr: 18
MAC_UE_SC_Tput: 5543.12
Bearer Releases: 15610

hr: 18
Setup_Fail_DEN: 15211
Peak UE: 41
MB_per_connected_UE: 66.37
DL Volume: 2646

Combined RACH Preambles: 4014
Time: 10:46:12
holiday: 0
CA DL DataVolRatio Pct: 65.08
CA DL DataVolRatio Pct num: 4132
HO Attempts: 435

Avg_Connected_UEs: 75.48
SIP DC%: 
UPTP_Mbps: 7.53
DLRLCLayerDataVolume MB: 8400.49
DRB UL Data Volume MB: 8490
PRB Util%: 38.06
CA Conf FailRate Pct den: 5464
weekend: 0
CA Activation Rate: 74.9
hr: 23
MAC_UE_SC_Tput: 11118.57
Bearer Releases: 8365

hr: 23
CA Activation Rate num: 10953388
UPTP Mbps Den: 2684
Setup_Fail_DEN: 11298
Peak UE: 27
MB_per_connected_UE: 34.45
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3883
CA Activation Rate den: 117424

Time: 13:17:16
holiday: 0
CA DL DataVolRatio Pct: 82.13
HO_att_InterFreq: 903

DL MAC Vol Scell Pct: 14.97
Avg_Connected_UEs: 40.17
SIP DC%: 
UPTP_Mbps: 13.25
Bearer Drop Voice%: 0.73
CA DL DataVolRatio Pct den: 3675
weekend: 0
UPTP Mbps Num: 61852
CA Activation Rate: 5.81
hr: 0
MAC_UE_SC_Tput: 15396.53

hr: 0
CA Activation Rate num: 9549140
Setup_Fail_DEN: 13163
SIP_SC_Total_MOU: 283.41
Peak UE: 37
MB_per_connected_UE: 29.88
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3791
DL Data Vol MAC in MB: 5001.51

Time: 04:54:34
holiday: 0
CA DL DataVolRatio Pct: 85.16
HO Attempts: 482

SIP DC%: 
DRB UL Data Volume MB: 6101
Avg_PUCCH_SINR: 17.56
RRC Setup Attempts: 4021
CA DL DataVolRatio Pct den: 6360
weekend: 0
hr: 15
MAC_UE_SC_Tput: 17491.99

hr: 15
CA Activation Rate num: 4229466
UPTP Mbps Den: 1446
DL Volume: 1580
DL Data Vol MAC in MB: 7596.11
CA Activation Rate den: 111199

Combined RACH Preambles: 2606
holiday: 0
CA DL DataVolRatio Pct: 66.96
CA DL DataVolRatio Pct num: 7106
HO Attempts: 509

Avg_Connected_UEs: 57.22
SIP DC%: 
UPTP_Mbps: 32.14
PRB Util%: 74.53
RRC Setup Attempts: 5967
weekend: 1
UPTP Mbps Num: 9058
CA Activation Rate: 4.05
hr: 4
MAC_UE_SC_Tput: 6645.67
Bearer Releases: 17422

hr: 4
CA Activation Rate num: 10608368
UPTP Mbps Den: 269
SIP_SC_Total_MOU: 63.46
Peak UE: 27
MB_per_connected_UE: 31.49
DL Volume: 1392
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5510
UL Throughput: 4.21
DL Data Vol MAC in MB: 5336.68
CA Activation Rate den: 136706

Time: 01:43:30
holiday: 0
HO_att_InterFreq: 957

DL MAC Vol Scell Pct: 7.11
Avg_Connected_UEs: 34.62
SIP DC%: 
UPTP_Mbps: 47.13
DRB UL Data Volume MB: 3787
PRB Util%: 18.06
CA DL DataVolRatio Pct den: 9010
CA Conf FailRate Pct den: 6491
weekend: 0
UPTP Mbps Num: 5316
CA Activation Rate: 76.92
hr: 23
MAC_UE_SC_Tput: 6985.31

hr: 23
CA Activation Rate num: 9747982
Setup_Fail_DEN: 15424
Peak UE: 27
MB_per_connected_UE: 154
DL Data Vol MAC in MB: 4220.53

Time: 00:03:24
holiday: 0
CA DL DataVolRatio Pct: 58.48
HO_att_InterFreq: 408
CA DL DataVolRatio Pct num: 5312

DL MAC Vol Scell Pct: 44.54
Avg_Connected_UEs: 73.08
SIP DC%: 
UPTP_Mbps: 30.7
DLRLCLayerDataVolume MB: 6446.8
DRB UL Data Volume MB: 6523
PRB Util%: 30.97
RRC Setup Attempts: 5247
weekend: 0
UPTP Mbps Num: 31704
RSSIRX2 Avg: -95.66
CA Activation Rate: 19.27
hr: 9
MAC_UE_SC_Tput: 10403.15
Bearer Releases: 11222

hr: 9
CA Activation Rate num: 3510656
UPTP Mbps Den: 924
Setup_Fail_DEN: 17600
SIP_SC_Total_MOU: 175.44
Peak UE: 30
MB_per_connected_UE: 138.82
DL Volume: 7752
DL Data Vol MAC in MB: 4705.48
CA Activation Rate den: 146007

Combined RACH Preambles: 2021
Time: 12:49:16
holiday: 0
Bearer Releases Voice: 181

DL MAC Vol Scell Pct: 35.47
SIP DC%: 
UPTP_Mbps: 33.76
DLRLCLayerDataVolume MB: 455.88
DRB UL Data Volume MB: 3403
PRB Util%: 64.67
weekend: 0
hr: 6
MAC_UE_SC_Tput: 11398.95
Bearer Releases: 12863

hr: 6
CA Activation Rate num: 7474369
SIP_SC_Total_MOU: 39.57
Peak UE: 27
MB_per_connected_UE: 59.97
DL Volume: 7368
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8044
UL Throughput: 3.46
DL Data Vol MAC in MB: 3562.17
CA Activation Rate den: 132959

Time: 17:03:12
holiday: 0
CA DL DataVolRatio Pct: 72.18
CA DL DataVolRatio Pct num: 4766

DL MAC Vol Scell Pct: 10.19
Avg_Connected_UEs: 58.68
SIP DC%: 
DRB UL Data Volume MB: 523
RRC Setup Attempts: 4741
CA DL DataVolRatio Pct den: 7205
CA Conf FailRate Pct den: 9418
RSSIRX1 Avg: -94.83
weekend: 0
CA Activation Rate: 73.75
hr: 6
MAC_UE_SC_Tput: 17876.24
Bearer Releases: 8934

hr: 6
CA Activation Rate num: 5407539
MB_per_connected_UE: 41.84
PCT Time MIMO: 36.4
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3831
DL Data Vol MAC in MB: 3855.69
CA Activation Rate den: 84925

Time: 21:30:09
holiday: 0
CA DL DataVolRatio Pct num: 6366

DL MAC Vol Scell Pct: 8.27
Avg_Connected_UEs: 74.88
SIP DC%: 
UPTP_Mbps: 33.08
DLRLCLayerDataVolume MB: 2256.71
DRB UL Data Volume MB: 8079
RRC Setup Attempts: 5666
CA DL DataVolRatio Pct den: 511
CA Conf FailRate Pct den: 5242
weekend: 0
CA Activation Rate: 52.89
hr: 23
MAC_UE_SC_Tput: 8617.46

hr: 23
CA Activation Rate num: 1711697
Setup_Fail_DEN: 12092
SIP_SC_Total_MOU: 67.86
Peak UE: 41
MB_per_connected_UE: 18.12
PCT Time MIMO: 59.22
DL Data Vol MAC in MB: 9102.96

Time: 06:28:12
holiday: 0
CA DL DataVolRatio Pct: 77.47
CA DL DataVolRatio Pct num: 2450
HO Attempts: 776

Avg_Connected_UEs: 19.53
SIP DC%: 
UPTP_Mbps: 42.68
DLRLCLayerDataVolume MB: 7014.63
DRB UL Data Volume MB: 6788
PRB Util%: 66.8
RRC Setup Attempts: 3942
CA DL DataVolRatio Pct den: 7408
CA Conf FailRate Pct den: 6850
weekend: 0
Bearer Setup Failure Voice Den: 126
hr: 23
MAC_UE_SC_Tput: 10790.4

hr: 23
CA Activation Rate num: 2126151
Setup_Fail_DEN: 16305
SIP_SC_Total_MOU: 49.41
Peak UE: 62
MB_per_connected_UE: 21.66
DL Volume: 8529
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3216
DL Data Vol MAC in MB: 3386.07

Time: 21:55:51
holiday: 0

DL MAC Vol Scell Pct: 8.75
Avg_Connected_UEs: 52.02
SIP DC%: 
UPTP_Mbps: 30.78
PRB Util%: 55.92
RRC Setup Attempts: 4618
CA Conf FailRate Pct den: 9205
weekend: 0
CA Activation Rate: 73.69
hr: 3
MAC_UE_SC_Tput: 13853.33
Bearer Releases: 12999

hr: 3
CA Activation Rate num: 9260234
UPTP Mbps Den: 3019
Setup_Fail_DEN: 15636
SIP_SC_Total_MOU: 134.4
Peak UE: 71
MB_per_connected_UE: 27.67
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6706
DL Data Vol MAC in MB: 8988.7

Combined RACH Preambles: 2804
holiday: 0

DL MAC Vol Scell Pct: 6.17
SIP DC%: 
UPTP_Mbps: 54.25
DLRLCLayerDataVolume MB: 3256.83
PRB Util%: 17.01
RRC Setup Attempts: 5841
CA DL DataVolRatio Pct den: 7154
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8784.9
Bearer Releases: 13647

hr: 23
CA Activation Rate num: 10693432
Setup_Fail_DEN: 15153
Peak UE: 41
MB_per_connected_UE: 87.1
PCT Time MIMO: 45.15
DL Data Vol MAC in MB: 8417.07
CA Activation Rate den: 78272

Time: 07:36:31
holiday: 0
CA DL DataVolRatio Pct num: 2863

DL MAC Vol Scell Pct: 5.7
SIP DC%: 
UPTP_Mbps: 27.56
DRB UL Data Volume MB: 3204
RRC Setup Attempts: 5878
CA DL DataVolRatio Pct den: 9766
weekend: 0
CA Activation Rate: 72.76
hr: 21
MAC_UE_SC_Tput: 11798.36
Bearer Releases: 13544

hr: 21
CA Activation Rate num: 7730417
Setup_Fail_DEN: 9606
Peak UE: 27
MB_per_connected_UE: 23.46
DL Volume: 5721
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7131
UL Throughput: 6.69
CA Activation Rate den: 79499

Time: 08:11:58
holiday: 0
CA DL DataVolRatio Pct: 58.91

DL MAC Vol Scell Pct: 45.04
SIP DC%: 
RRC Setup Attempts: 7970
CA Conf FailRate Pct den: 6669
weekend: 0
hr: 23
MAC_UE_SC_Tput: 13951.66
Bearer Releases: 10648

hr: 23
CA Activation Rate num: 10411645
UPTP Mbps Den: 545
Setup_Fail_DEN: 7275
SIP_SC_Total_MOU: 11.94
Peak UE: 70
VOLTE IA%: 
MB_per_connected_UE: 33.71
DL Data Vol MAC in MB: 8352.09
CA Activation Rate den: 114103

Time: 20:12:49
holiday: 0
CA DL DataVolRatio Pct: 42.83

DL MAC Vol Scell Pct: 11.61
SIP DC%: 
UPTP_Mbps: 44.31
DLRLCLayerDataVolume MB: 2959.4
DRB UL Data Volume MB: 8170
UL Resid BLER PCT: 1.54
CA DL DataVolRatio Pct den: 6740
weekend: 0
UPTP Mbps Num: 22630
CA Activation Rate: 19.08
hr: 23
MAC_UE_SC_Tput: 19313.4

hr: 23
CA Activation Rate num: 8768365
UPTP Mbps Den: 1307
Setup_Fail_DEN: 14765
Peak UE: 27
MB_per_connected_UE: 140.31
DL Volume: 3030
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6837
UL Throughput: 11.56
DL Data Vol MAC in MB: 6155.5
CA Activation Rate den: 102896

Combined RACH Preambles: 4028
Time: 23:44:56
holiday: 0
CA DL DataVolRatio Pct num: 1522

SIP DC%: 
UPTP_Mbps: 51.82
DRB UL Data Volume MB: 7211
CA DL DataVolRatio Pct den: 8938
CA Conf FailRate Pct den: 4743
weekend: 0
UPTP Mbps Num: 18516
S1U_SIP_SC_SEER_num: 277
CA Activation Rate: 65.1
hr: 14
MAC_UE_SC_Tput: 4517.21

hr: 14
CA Activation Rate num: 6610304
Peak UE: 27
MB_per_connected_UE: 70.39
DL Volume: 3263
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5534
CA Activation Rate den: 160389

Time: 15:10:04
holiday: 0
CA DL DataVolRatio Pct: 68.28
CA DL DataVolRatio Pct num: 520

DL MAC Vol Scell Pct: 11.47
Avg_Connected_UEs: 82.21
SIP DC%: 
UPTP_Mbps: 31.24
DLRLCLayerDataVolume MB: 1629.28
PRB Util%: 35.23
RRC Setup Attempts: 3791
CA DL DataVolRatio Pct den: 7065
CA Conf FailRate Pct den: 7909
RSSIRX1 Avg: -95.88
weekend: 0
UPTP Mbps Num: 4715
RSSIRX2 Avg: -93.65
CA Activation Rate: 20.91
hr: 23
MAC_UE_SC_Tput: 13982.95
Bearer Releases: 11117

hr: 23
CA Activation Rate num: 5702852
UPTP Mbps Den: 345
Setup_Fail_DEN: 15945
SIP_SC_Total_MOU: 213.51
Peak UE: 56
MB_per_connected_UE: 151.96
DL Volume: 4111
QCI 1 Bearer Releases: 151
CA Activation Rate den: 96125

Time: 22:59:49
holiday: 0
CA DL DataVolRatio Pct: 85.56

DL MAC Vol Scell Pct: 28.73
Avg_Connected_UEs: 52.08
SIP DC%: 
DLRLCLayerDataVolume MB: 1059.87
DRB UL Data Volume MB: 4887
RRC Setup Attempts: 3440
RSSIRX1 Avg: -96.93
weekend: 0
CA Activation Rate: 5.48
hr: 21
MAC_UE_SC_Tput: 18660.7
Bearer Releases: 9054

hr: 21
CA Activation Rate num: 10840974
Setup_Fail_DEN: 12793
SIP_SC_Total_MOU: 71.48
S1U_SIP_SC_SEER_den: 192
Peak UE: 51
MB_per_connected_UE: 190.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6681
CA Activation Rate den: 83346

Combined RACH Preambles: 4122
Time: 03:09:57
holiday: 0

Avg_Connected_UEs: 26.81
SIP DC%: 
DLRLCLayerDataVolume MB: 1486.38
CA DL DataVolRatio Pct den: 7431
CA Conf FailRate Pct den: 6745
weekend: 0
hr: 6
MAC_UE_SC_Tput: 5244.81

hr: 6
CA Activation Rate num: 6488300
UPTP Mbps Den: 1203
Setup_Fail_DEN: 17069
Peak UE: 70
MB_per_connected_UE: 154.11
UL Throughput: 1.3
DL Data Vol MAC in MB: 6475.86
CA Activation Rate den: 86750

Combined RACH Preambles: 3928
Time: 22:08:23
holiday: 0
CA DL DataVolRatio Pct: 85.06
CA DL DataVolRatio Pct num: 5062

DL MAC Vol Scell Pct: 4.1
SIP DC%: 
UPTP_Mbps: 36.59
PRB Util%: 68.78
RRC Setup Attempts: 7552
CA DL DataVolRatio Pct den: 7255
RSSIRX1 Avg: -93.41
weekend: 0
UPTP Mbps Num: 5318
Bearer Setup Failure Voice Den: 233
CA Activation Rate: 29.16
hr: 9
MAC_UE_SC_Tput: 6335.51
Bearer Releases: 16961

hr: 9
CA Activation Rate num: 10471832
UPTP Mbps Den: 4961
SIP_SC_Total_MOU: 283.28
Peak UE: 27
MB_per_connected_UE: 113.18
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4255
CA Activation Rate den: 81725

Combined RACH Preambles: 2729
Time: 08:29:34
holiday: 0
SIP_SC_Call_Attempts: 195

Avg_Connected_UEs: 18.47
SIP DC%: 
UPTP_Mbps: 44.89
DRB UL Data Volume MB: 4261
CA Conf FailRate Pct den: 5364
weekend: 0
UPTP Mbps Num: 49677
CA Activation Rate: 35.97
hr: 2
MAC_UE_SC_Tput: 5025.61
Bearer Releases: 13431

hr: 2
CA Activation Rate num: 9390034
Setup_Fail_DEN: 8885
SIP_SC_Total_MOU: 355.5
Peak UE: 27
DL Data Vol MAC in MB: 9389.24
CA Activation Rate den: 91811
Combined RACH Preambles: 2673

Time: 00:27:38
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2258.14
RRC Setup Attempts: 3898
weekend: 1
UPTP Mbps Num: 6898
RSSIRX2 Avg: -94.61
hr: 23
MAC_UE_SC_Tput: 6806.36
Bearer Releases: 13005

hr: 23
CA Activation Rate num: 11121028
UPTP Mbps Den: 1224
SIP_SC_Total_MOU: 231.06
Peak UE: 83
VOLTE IA%: 
MB_per_connected_UE: 99.96
PCT Time MIMO: 51.04
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5635
UL Throughput: 9.14
DL Data Vol MAC in MB: 8987.3
CA Activation Rate den: 51688

Time: 02:34:45
holiday: 0
CA DL DataVolRatio Pct: 69.13
CA DL DataVolRatio Pct num: 6351

SIP DC%: 
DLRLCLayerDataVolume MB: 2876.51
DRB UL Data Volume MB: 4580
CA DL DataVolRatio Pct den: 5870
CA Conf FailRate Pct den: 5071
weekend: 0
Bearer Setup Failure Voice Den: 235
CA Activation Rate: 2.62
hr: 22
MAC_UE_SC_Tput: 7690.16
Bearer Releases: 10307

hr: 22
CA Activation Rate num: 10157536
UPTP Mbps Den: 2537
Setup_Fail_DEN: 13794
SIP_SC_Total_MOU: 148.87
Peak UE: 27
MB_per_connected_UE: 187.67
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5649
DL Data Vol MAC in MB: 7793.4
CA Activation Rate den: 37672

Time: 19:41:09
holiday: 0

SIP DC%: 
UPTP_Mbps: 42.43
DLRLCLayerDataVolume MB: 8725.81
DRB UL Data Volume MB: 9831
PRB Util%: 24.52
weekend: 0
UPTP Mbps Num: 40237
hr: 2
MAC_UE_SC_Tput: 8674.18
Bearer Releases: 7474

hr: 2
CA Activation Rate num: 2049338
SIP_SC_Total_MOU: 7.14
Peak UE: 27
DL Volume: 5909
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3302
UL Throughput: 4.54
DL Data Vol MAC in MB: 8587.6
CA Activation Rate den: 68401

Combined RACH Preambles: 2834
Time: 02:33:32
holiday: 0
CA DL DataVolRatio Pct num: 739

SIP DC%: 
UPTP_Mbps: 26.45
CA Conf FailRate Pct den: 7263
weekend: 0
UPTP Mbps Num: 2180
hr: 16

hr: 16
CA Activation Rate num: 4439682
UPTP Mbps Den: 1087
Setup_Fail_DEN: 14692
Peak UE: 78
MB_per_connected_UE: 149.27
DL Volume: 8616
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4322
DL Data Vol MAC in MB: 3106.48
CA Activation Rate den: 152176

Time: 14:25:07
holiday: 0
HO Attempts: 235

SIP DC%: 
UPTP_Mbps: 35.89
DLRLCLayerDataVolume MB: 1612.97
PRB Util%: 62.95
RRC Setup Attempts: 4692
CA DL DataVolRatio Pct den: 6730
weekend: 0
UPTP Mbps Num: 44533
CA Activation Rate: 55.16
hr: 1
MAC_UE_SC_Tput: 4631.1

hr: 1
CA Activation Rate num: 8835567
UPTP Mbps Den: 2364
Peak UE: 33
MB_per_connected_UE: 17.95
DL Volume: 4664
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5592
CA Activation Rate den: 66943

Time: 23:27:43
holiday: 0
CA DL DataVolRatio Pct: 61.95
CA DL DataVolRatio Pct num: 1008

SIP DC%: 
DLRLCLayerDataVolume MB: 10016.73
DRB UL Data Volume MB: 7535
CA DL DataVolRatio Pct den: 7022
CA Conf FailRate Pct den: 8143
weekend: 0
hr: 5
Bearer Releases: 7279

hr: 5
CA Activation Rate num: 2536903
UPTP Mbps Den: 139
Peak UE: 27
MB_per_connected_UE: 15.74

Time: 10:34:21
holiday: 0
CA DL DataVolRatio Pct num: 5600
HO Attempts: 392

SIP DC%: 
DLRLCLayerDataVolume MB: 2070.16
PRB Util%: 65.91
RRC Setup Attempts: 8370
CA Conf FailRate Pct den: 3736
weekend: 0
UPTP Mbps Num: 1336
CA Activation Rate: 48.96
hr: 18
MAC_UE_SC_Tput: 19755.53
Bearer Releases: 16292

hr: 18
CA Activation Rate num: 1576203
SIP_SC_Total_MOU: 22.91
Peak UE: 33
MB_per_connected_UE: 138.95
DL Volume: 4117
DL Data Vol MAC in MB: 3860.33

Combined RACH Preambles: 2413
Time: 04:40:53
holiday: 0
CA DL DataVolRatio Pct: 83.81

DL MAC Vol Scell Pct: 15.99
SIP DC%: 
DLRLCLayerDataVolume MB: 4262.65
CA DL DataVolRatio Pct den: 8087
weekend: 0
UPTP Mbps Num: 36283
hr: 23
MAC_UE_SC_Tput: 6811.05
Bearer Releases: 6816

hr: 23
CA Activation Rate num: 5082786
Setup_Fail_DEN: 8503
SIP_SC_Total_MOU: 189.2
Peak UE: 27
MB_per_connected_UE: 62.76
PCT Time MIMO: 50.06
DL Volume: 8332
DL Data Vol MAC in MB: 5220.4

Time: 07:51:28
holiday: 0
HO_att_InterFreq: 699
CA DL DataVolRatio Pct num: 2504

DL MAC Vol Scell Pct: 37.5
SIP DC%: 
UPTP_Mbps: 25.46
DRB UL Data Volume MB: 8156
PRB Util%: 58.13
CA Conf FailRate Pct den: 5717
weekend: 1
CA Activation Rate: 30.49
hr: 23
MAC_UE_SC_Tput: 9194.2
Bearer Releases: 13073

hr: 23
CA Activation Rate num: 6166376
Setup_Fail_DEN: 15377
Peak UE: 39
MB_per_connected_UE: 171.38
PCT Time MIMO: 38.03
DL Volume: 3252
QCI 1 Bearer Releases: 76
DL Data Vol MAC in MB: 4643.6

Time: 03:04:54
holiday: 0
CA DL DataVolRatio Pct: 61.84

SIP DC%: 
DLRLCLayerDataVolume MB: 8474.73
DRB UL Data Volume MB: 6954
PRB Util%: 68.99
CA DL DataVolRatio Pct den: 9287
CA Conf FailRate Pct den: 9329
weekend: 0
CA Activation Rate: 36.05
hr: 23
MAC_UE_SC_Tput: 14393.79
Bearer Releases: 11182

hr: 23
CA Activation Rate num: 4939721
SIP_SC_Total_MOU: 94.03
Peak UE: 50
MB_per_connected_UE: 164.2
PCT Time MIMO: 33.94
DL Volume: 1634
DL Data Vol MAC in MB: 7408.26

Time: 20:29:37
holiday: 0
CA DL DataVolRatio Pct: 79.17
CA DL DataVolRatio Pct num: 7395

SIP DC%: 
DLRLCLayerDataVolume MB: 2949.76
DRB UL Data Volume MB: 5491
PRB Util%: 3.81
CA DL DataVolRatio Pct den: 9069
CA Conf FailRate Pct den: 6823
weekend: 0
UPTP Mbps Num: 3540
CA Activation Rate: 44.62
hr: 9
MAC_UE_SC_Tput: 18207.69

hr: 9
CA Activation Rate num: 12779625
UPTP Mbps Den: 2606
SIP_SC_Total_MOU: 57.02
Peak UE: 64
MB_per_connected_UE: 143.39
QCI 1 Bearer Releases: 154
DL Data Vol MAC in MB: 2039.38

Time: 11:12:15
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6375.71
DRB UL Data Volume MB: 675
PRB Util%: 38.57
RRC Setup Attempts: 3349
CA Conf FailRate Pct den: 4862
weekend: 1
UPTP Mbps Num: 46624
CA Activation Rate: 61.29
hr: 18
Bearer Releases: 12174

hr: 18
CA Activation Rate num: 10573869
UPTP Mbps Den: 1353
Setup_Fail_DEN: 12149
SIP_SC_Total_MOU: 41
Peak UE: 47
MB_per_connected_UE: 51.04
PCT Time MIMO: 66.87
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9282
DL Data Vol MAC in MB: 6465.73

Time: 16:59:59
holiday: 0
CA DL DataVolRatio Pct: 58.62
CA DL DataVolRatio Pct num: 4471

Avg_Connected_UEs: 18.8
SIP DC%: 
DLRLCLayerDataVolume MB: 1549.91
DRB UL Data Volume MB: 1037
PRB Util%: 13.79
RRC Setup Attempts: 9753
CA Conf FailRate Pct den: 8157
RSSIRX1 Avg: -94.37
weekend: 0
UPTP Mbps Num: 57222
CA Activation Rate: 57.39
hr: 18
MAC_UE_SC_Tput: 10993.83
Bearer Releases: 8595

hr: 18
CA Activation Rate num: 6629660
UPTP Mbps Den: 2646
Setup_Fail_DEN: 6880
SIP_SC_Total_MOU: 46.49
Peak UE: 30
MB_per_connected_UE: 9.34
DL Data Vol MAC in MB: 1212.62

Time: 19:25:31
holiday: 0
CA DL DataVolRatio Pct: 77.7
CA DL DataVolRatio Pct num: 5433
HO Attempts: 130

SIP DC%: 
UPTP_Mbps: 24.24
DLRLCLayerDataVolume MB: 9882.45
PRB Util%: 32.05
RRC Setup Attempts: 7881
CA DL DataVolRatio Pct den: 7071
weekend: 0
UPTP Mbps Num: 14101
RSSIRX2 Avg: -97.36
CA Activation Rate: 31.14
hr: 0
MAC_UE_SC_Tput: 10791.27
Bearer Releases: 9118

hr: 0
CA Activation Rate num: 9765618
UPTP Mbps Den: 1278
Setup_Fail_DEN: 12492
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5466
DL Data Vol MAC in MB: 7024.58
Combined RACH Preambles: 2275

Time: 12:54:02
holiday: 0
CA DL DataVolRatio Pct: 64.38

DL MAC Vol Scell Pct: 33.18
Avg_Connected_UEs: 57.4
SIP DC%: 
UPTP_Mbps: 32.33
S1U_SIP_SC_SEER: 99.56
DLRLCLayerDataVolume MB: 7820.22
DRB UL Data Volume MB: 8769
CA Conf FailRate Pct den: 4308
weekend: 0
UPTP Mbps Num: 60401
CA Activation Rate: 23.41
hr: 2
MAC_UE_SC_Tput: 5085.71
Bearer Releases: 9057

hr: 2
CA Activation Rate num: 3494565
UPTP Mbps Den: 1918
Setup_Fail_DEN: 13692
Peak UE: 27
MB_per_connected_UE: 121.87
PCT Time MIMO: 36.97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3389
DL Data Vol MAC in MB: 935.88
CA Activation Rate den: 49334

Time: 08:48:11
holiday: 0
CA DL DataVolRatio Pct num: 833

DL MAC Vol Scell Pct: 22.93
Avg_Connected_UEs: 55.8
SIP DC%: 
UPTP_Mbps: 18.92
DLRLCLayerDataVolume MB: 5665.55
RRC Setup Attempts: 6473
CA DL DataVolRatio Pct den: 6166
weekend: 0
hr: 18
MAC_UE_SC_Tput: 15780.09

hr: 18
qci1_setup_attempts: 206
CA Activation Rate num: 6925250
UPTP Mbps Den: 2861
Setup_Fail_DEN: 6861
SIP_SC_Total_MOU: 313.78
Peak UE: 84
DL Volume: 7080
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5192

Time: 17:22:08
holiday: 0
CA DL DataVolRatio Pct: 61.06

SIP DC%: 
UPTP_Mbps: 26.14
DLRLCLayerDataVolume MB: 2110.84
weekend: 0
hr: 12
MAC_UE_SC_Tput: 14524.4
Bearer Releases: 15425

hr: 12
CA Activation Rate num: 7846974
Setup_Fail_DEN: 14836
SIP_SC_Total_MOU: 186.77
Peak UE: 34
MB_per_connected_UE: 32.91
PCT Time MIMO: 59.69
DL Volume: 6490
DL Data Vol MAC in MB: 2633.42

Combined RACH Preambles: 2353
Time: 21:51:16
holiday: 0

SIP DC%: 
UPTP_Mbps: 28.96
DLRLCLayerDataVolume MB: 9072.63
PRB Util%: 30.09
weekend: 0
hr: 11
MAC_UE_SC_Tput: 4356.28
Bearer Releases: 8598

hr: 11
CA Activation Rate num: 684232
UPTP Mbps Den: 717
Setup_Fail_DEN: 15578
Peak UE: 27
MB_per_connected_UE: 128.89
DL Volume: 8918
DL Data Vol MAC in MB: 9142.12
CA Activation Rate den: 185732

Time: 03:31:18
holiday: 0

SIP DC%: 
UPTP_Mbps: 15.43
DRB UL Data Volume MB: 3641
PRB Util%: 41.04
RRC Setup Attempts: 5241
weekend: 0
UPTP Mbps Num: 52491
hr: 2
MAC_UE_SC_Tput: 5702.52
Bearer Releases: 9331

hr: 2
CA Activation Rate num: 443890
UPTP Mbps Den: 230
Setup_Fail_DEN: 19949
SIP_SC_Total_MOU: 13.44
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4696
UL Throughput: 6.32

Time: 00:15:45
holiday: 0
CA DL DataVolRatio Pct num: 5064
HO Attempts: 769

Avg_Connected_UEs: 42.65
SIP DC%: 
UPTP_Mbps: 46.72
DLRLCLayerDataVolume MB: 3584.5
DRB UL Data Volume MB: 6112
PRB Util%: 14.88
RRC Setup Attempts: 8907
CA DL DataVolRatio Pct den: 7956
CA Conf FailRate Pct den: 8899
RSSIRX1 Avg: -93.5
weekend: 0
UPTP Mbps Num: 55840
hr: 12
MAC_UE_SC_Tput: 4326.02
Bearer Releases: 10709

hr: 12
CA Activation Rate num: 2072612
UPTP Mbps Den: 850
Setup_Fail_DEN: 15993
SIP_SC_Total_MOU: 24.94
Peak UE: 27
MB_per_connected_UE: 169.1
DL Data Vol MAC in MB: 1838.22

Time: 11:17:21
holiday: 0
CA DL DataVolRatio Pct: 71.32
CA DL DataVolRatio Pct num: 6577

Avg_Connected_UEs: 25.23
SIP DC%: 
UPTP_Mbps: 20.99
DLRLCLayerDataVolume MB: 8232.14
RRC Setup Attempts: 5317
CA DL DataVolRatio Pct den: 9128
CA Conf FailRate Pct den: 6705
weekend: 0
UPTP Mbps Num: 7365
CA Activation Rate: 24.42
hr: 11
MAC_UE_SC_Tput: 5346.94
Bearer Releases: 15097

hr: 11
Setup_Fail_DEN: 12743
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 152.8
DL Volume: 8358
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7306
UL Throughput: 5.82
DL Data Vol MAC in MB: 8445.66
CA Activation Rate den: 175902

Time: 04:50:30
holiday: 0
CA DL DataVolRatio Pct: 89.92
CA DL DataVolRatio Pct num: 5592

DL MAC Vol Scell Pct: 21.47
SIP DC%: 
UPTP_Mbps: 12.62
DLRLCLayerDataVolume MB: 4128.88
DRB UL Data Volume MB: 8066
PRB Util%: 32.26
weekend: 0
hr: 23
MAC_UE_SC_Tput: 18055.53
Bearer Releases: 9493

hr: 23
CA Activation Rate num: 14114847
UPTP Mbps Den: 317
SIP_SC_Total_MOU: 52.89
Peak UE: 72
MB_per_connected_UE: 32.16
PCT Time MIMO: 33.49
DL Volume: 3636
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4752
DL Data Vol MAC in MB: 6055.13
CA Activation Rate den: 161544

Time: 02:19:38
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 10030.39
DRB UL Data Volume MB: 8727
RRC Setup Attempts: 6375
CA DL DataVolRatio Pct den: 8461
CA Conf FailRate Pct den: 8619
weekend: 0
UPTP Mbps Num: 11715
CA Activation Rate: 13.08
hr: 4
MAC_UE_SC_Tput: 19245.09

hr: 4
CA Activation Rate num: 4600393
UPTP Mbps Den: 3032
SIP_SC_Total_MOU: 199.92
Peak UE: 58
MB_per_connected_UE: 57.28
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4411
UL Throughput: 4.19
DL Data Vol MAC in MB: 7314.65
CA Activation Rate den: 118563

Combined RACH Preambles: 4968
Time: 18:32:25
holiday: 0
CA DL DataVolRatio Pct: 65.17
CA DL DataVolRatio Pct num: 4573

DL MAC Vol Scell Pct: 12.24
SIP DC%: 
UPTP_Mbps: 11.37
DLRLCLayerDataVolume MB: 8433.61
PRB Util%: 33.42
CA Conf FailRate Pct den: 6959
weekend: 0
UPTP Mbps Num: 28306
RSSIRX2 Avg: -94.47
CA Activation Rate: 39.8
hr: 10
MAC_UE_SC_Tput: 12662.34
Bearer Releases: 7681

hr: 10
CA Activation Rate num: 8460785
Peak UE: 32
MB_per_connected_UE: 182.68
PCT Time MIMO: 61.07
CA Activation Rate den: 91913

Time: 12:24:24
Date: 22-11-2022
holiday: 0
CA DL DataVolRatio Pct num: 3547

DL MAC Vol Scell Pct: 22.31
Avg_Connected_UEs: 58.38
SIP DC%: 
UPTP_Mbps: 13.19
S1U_SIP_SC_SEER: 99.67
DLRLCLayerDataVolume MB: 1384.26
DRB UL Data Volume MB: 1681
PRB Util%: 13.15
UL Resid BLER PCT: 1.28
RRC Setup Attempts: 4286
CA DL DataVolRatio Pct den: 6083
weekend: 0
hr: 6
MAC_UE_SC_Tput: 48954
Bearer Releases: 16892

hr: 6
CA Activation Rate num: 4468824
Setup_Fail_DEN: 7647
Peak UE: 74
MB_per_connected_UE: 100.42
PCT Time MIMO: 33.9
CA Activation Rate den: 99123
Combined RACH Preambles: 2470

Time: 16:12:25
holiday: 0
CA DL DataVolRatio Pct: 72.32

SIP DC%: 
DLRLCLayerDataVolume MB: 7051.36
DRB UL Data Volume MB: 9929
PRB Util%: 13.87
DL Packet Loss Pct: 5.92
CA DL DataVolRatio Pct den: 7680
weekend: 0
UPTP Mbps Num: 10976
CA Activation Rate: 28.65
hr: 7
MAC_UE_SC_Tput: 7509.95

hr: 7
CA Activation Rate num: 3556687
UPTP Mbps Den: 622
Setup_Fail_DEN: 18744
Peak UE: 67
MB_per_connected_UE: 60.39
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4193
DL Data Vol MAC in MB: 8372.71

Time: 07:34:43
holiday: 0
CA DL DataVolRatio Pct num: 5490

Avg_Connected_UEs: 55.17
SIP DC%: 
DLRLCLayerDataVolume MB: 1914.03
CA DL DataVolRatio Pct den: 5592
CA Conf FailRate Pct den: 8858
weekend: 1
UPTP Mbps Num: 39530
CA Activation Rate: 13.7
hr: 16
MAC_UE_SC_Tput: 30956.88
Bearer Releases: 12045

hr: 16
CA Activation Rate num: 5506707
Setup_Fail_DEN: 15047
SIP_SC_Total_MOU: 162.04
Peak UE: 27
MB_per_connected_UE: 30.98
PCT Time MIMO: 40.31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6516
DL Data Vol MAC in MB: 3487.04

Time: 12:35:39
holiday: 0
CA DL DataVolRatio Pct: 58.86

Avg_Connected_UEs: 50.53
SIP DC%: 
UPTP_Mbps: 33.94
DLRLCLayerDataVolume MB: 5804.23
DRB UL Data Volume MB: 1558
weekend: 0
CA Activation Rate: 24.33
hr: 8
MAC_UE_SC_Tput: 8639.13
Bearer Releases: 13376

hr: 8
UPTP Mbps Den: 627
Setup_Fail_DEN: 15016
SIP_SC_Total_MOU: 174.43
Peak UE: 27
MB_per_connected_UE: 102.14
PCT Time MIMO: 35.65
DL Volume: 8328
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4051
DL Data Vol MAC in MB: 959.55

Time: 13:06:32
holiday: 0
CA DL DataVolRatio Pct num: 2468

DL MAC Vol Scell Pct: 32.22
SIP DC%: 
DRB UL Data Volume MB: 9838
PRB Util%: 20.47
RSSIRX1 Avg: -95.42
weekend: 0
UPTP Mbps Num: 23416
CA Activation Rate: 20.75
hr: 23
MAC_UE_SC_Tput: 8081.16
Bearer Releases: 13032

hr: 23
CA Activation Rate num: 3913759
Setup_Fail_DEN: 16180
SIP_SC_Total_MOU: 58.78
Peak UE: 64
MB_per_connected_UE: 91.24
DL Volume: 9541
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8713
QCI 1 Bearer Releases: 98
DL Data Vol MAC in MB: 10141.91
CA Activation Rate den: 40072

Time: 16:50:21
holiday: 0
CA DL DataVolRatio Pct: 86.94

DL MAC Vol Scell Pct: 23.9
Avg_Connected_UEs: 45.52
SIP DC%: 
UPTP_Mbps: 112.79
DLRLCLayerDataVolume MB: 3196.8
RRC Setup Attempts: 7624
CA Conf FailRate Pct den: 3021
weekend: 1
UPTP Mbps Num: 39027
CA Activation Rate: 55.1
hr: 10
MAC_UE_SC_Tput: 10174.28

hr: 10
CA Activation Rate num: 10142766
UPTP Mbps Den: 2933
SIP_SC_Total_MOU: 211.15
Peak UE: 27
VOLTE IA%: 0.25
PCT Time MIMO: 33.38
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4868

Time: 04:12:06
holiday: 0
CA DL DataVolRatio Pct num: 2644

DL MAC Vol Scell Pct: 2.76
Avg_Connected_UEs: 25.41
SIP DC%: 
DRB UL Data Volume MB: 8986
PRB Util%: 6.63
RRC Setup Attempts: 4133
CA Conf FailRate Pct den: 2666
weekend: 0
UPTP Mbps Num: 23747
hr: 13
MAC_UE_SC_Tput: 12437.36
Bearer Releases: 18244

hr: 13
Setup_Fail_DEN: 12509
Peak UE: 43
MB_per_connected_UE: 167.8
DL Volume: 4583
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3290
DL Data Vol MAC in MB: 611.76
CA Activation Rate den: 73153

Time: 21:29:29
Date: 07-04-2023
holiday: 0
CA DL DataVolRatio Pct: 73.01
CA DL DataVolRatio Pct num: 7522

DL MAC Vol Scell Pct: 29.29
Avg_Connected_UEs: 22.97
SIP DC%: 
UPTP_Mbps: 9.26
DLRLCLayerDataVolume MB: 2113.6
CA DL DataVolRatio Pct den: 6657
CA Conf FailRate Pct den: 9096
weekend: 0
hr: 6
MAC_UE_SC_Tput: 5124.97
Bearer Releases: 12168

hr: 6
CA Activation Rate num: 10989218
Setup_Fail_DEN: 17934
Peak UE: 38
MB_per_connected_UE: 38.58
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8566
DL Data Vol MAC in MB: 8365.47

Time: 13:57:23
holiday: 0

DL MAC Vol Scell Pct: 23.45
SIP DC%: 
UPTP_Mbps: 23.59
DLRLCLayerDataVolume MB: 8128.3
DRB UL Data Volume MB: 2879
RRC Setup Attempts: 7400
weekend: 0
hr: 9
MAC_UE_SC_Tput: 8012.96
Bearer Releases: 12806

hr: 9
CA Activation Rate num: 9088290
UPTP Mbps Den: 609
Setup_Fail_DEN: 12516
SIP_SC_Total_MOU: 19.72
Peak UE: 30
MB_per_connected_UE: 27.27
DL Volume: 7993
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6519
UL Throughput: 5.95
DL Data Vol MAC in MB: 6877.93
CA Activation Rate den: 89084
Combined RACH Preambles: 2796

Time: 10:17:50
holiday: 0

DL MAC Vol Scell Pct: 33.51
SIP DC%: 
UPTP_Mbps: 21.86
DLRLCLayerDataVolume MB: 8220.77
DRB UL Data Volume MB: 2439
PRB Util%: 26.86
RRC Setup Attempts: 6379
CA DL DataVolRatio Pct den: 9686
weekend: 0
CA Activation Rate: 9.47
hr: 3
MAC_UE_SC_Tput: 9522.99

hr: 3
CA Activation Rate num: 9582410
UPTP Mbps Den: 1284
SIP_SC_Total_MOU: 15.16
Peak UE: 39
MB_per_connected_UE: 8.47
PCT Time MIMO: 38.33
DL Volume: 8136
DL Data Vol MAC in MB: 7577.25
CA Activation Rate den: 113895

Combined RACH Preambles: 4757
Time: 15:47:43
holiday: 0
CA DL DataVolRatio Pct: 88.17
HO_att_InterFreq: 104
HO Attempts: 56

DL MAC Vol Scell Pct: 43.45
SIP DC%: 
UPTP_Mbps: 13.76
DLRLCLayerDataVolume MB: 702.04
DRB UL Data Volume MB: 8588
PRB Util%: 46.15
RRC Setup Attempts: 4065
CA DL DataVolRatio Pct den: 5440
CA Conf FailRate Pct den: 9478
weekend: 1
UPTP Mbps Num: 47504
hr: 17
Bearer Releases: 10740

hr: 17
CA Activation Rate num: 9389503
UPTP Mbps Den: 2074
Peak UE: 27
MB_per_connected_UE: 19.1
PCT Time MIMO: 57.6
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7080
DL Data Vol MAC in MB: 1669.93
CA Activation Rate den: 187770

Time: 21:14:34
holiday: 0
CA DL DataVolRatio Pct num: 4480

SIP DC%: 
DLRLCLayerDataVolume MB: 4038.38
PRB Util%: 39.04
CA Conf FailRate Pct den: 9520
RSSIRX1 Avg: -94.14
weekend: 0
UPTP Mbps Num: 30046
CA Activation Rate: 24.19
hr: 19
MAC_UE_SC_Tput: 7515
Bearer Releases: 7368

hr: 19
CA Activation Rate num: 4223044
Setup_Fail_DEN: 13292
Peak UE: 72
MB_per_connected_UE: 92.03
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3179
DL Data Vol MAC in MB: 7698.54
CA Activation Rate den: 61707

Time: 15:39:38
holiday: 0

DL MAC Vol Scell Pct: 47.92
Avg_Connected_UEs: 73
SIP DC%: 
DLRLCLayerDataVolume MB: 6859.73
DRB UL Data Volume MB: 8321
RRC Setup Attempts: 3549
weekend: 0
hr: 3
MAC_UE_SC_Tput: 4529.88
Bearer Releases: 10018

hr: 3
CA Activation Rate num: 8246385
UPTP Mbps Den: 3072
Setup_Fail_DEN: 6983
SIP_SC_Total_MOU: 162.07
Peak UE: 35
MB_per_connected_UE: 24.73
DL Volume: 967
DL Data Vol MAC in MB: 5716.03

Time: 01:16:33
holiday: 0
HO_att_InterFreq: 342

Avg_Connected_UEs: 55
SIP DC%: 
UPTP_Mbps: 17.8
DLRLCLayerDataVolume MB: 4338.81
weekend: 0
CA Activation Rate: 11.23
hr: 23
MAC_UE_SC_Tput: 8082.62
Bearer Releases: 10696

hr: 23
CA Activation Rate num: 11011005
Setup_Fail_DEN: 13563
SIP_SC_Total_MOU: 238.3
Peak UE: 72
DL Volume: 2029
QCI 1 Bearer Releases: 163

Time: 10:35:03
holiday: 0
CA DL DataVolRatio Pct: 60.7
CA DL DataVolRatio Pct num: 5817

DL MAC Vol Scell Pct: 8.48
Avg_Connected_UEs: 57.31
SIP DC%: 
UPTP_Mbps: 14.13
DLRLCLayerDataVolume MB: 6837.05
RSSIRX1 Avg: -93.1
weekend: 0
hr: 15
MAC_UE_SC_Tput: 7271.6

hr: 15
CA Activation Rate num: 4652754
Setup_Fail_DEN: 11830
Peak UE: 72
MB_per_connected_UE: 109.41
DL Volume: 9824
CA Activation Rate den: 77454

Time: 00:31:46
holiday: 0
CA DL DataVolRatio Pct: 68.7
CA DL DataVolRatio Pct num: 6712
HO Attempts: 19

DL MAC Vol Scell Pct: 45.78
Avg_Connected_UEs: 75.21
SIP DC%: 
UPTP_Mbps: 73.58
DLRLCLayerDataVolume MB: 2520.96
DRB UL Data Volume MB: 7076
RRC Setup Attempts: 8721
CA DL DataVolRatio Pct den: 7893
weekend: 0
CA Activation Rate: 42.59
hr: 0
MAC_UE_SC_Tput: 10449.72
Bearer Releases: 16373

hr: 0
CA Activation Rate num: 4797861
UPTP Mbps Den: 1266
Peak UE: 32
MB_per_connected_UE: 123.19
DL Data Vol MAC in MB: 1474.39
CA Activation Rate den: 222879

Time: 05:53:27
holiday: 0
CA DL DataVolRatio Pct num: 3118

Avg_Connected_UEs: 79.05
SIP DC%: 
UPTP_Mbps: 39.59
DRB UL Data Volume MB: 4168
PRB Util%: 30.83
RRC Setup Attempts: 4818
CA DL DataVolRatio Pct den: 10078
RSSIRX1 Avg: -94.06
weekend: 0
UPTP Mbps Num: 48061
hr: 20
MAC_UE_SC_Tput: 10516.35
Bearer Releases: 11144

hr: 20
CA Activation Rate num: 1968170
UPTP Mbps Den: 1828
Setup_Fail_DEN: 9551
SIP_SC_Total_MOU: 414.97
Peak UE: 47
MB_per_connected_UE: 70.23
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4829

Combined RACH Preambles: 3768
Time: 11:34:10
holiday: 0
CA DL DataVolRatio Pct: 84.79
CA DL DataVolRatio Pct num: 3811

DL MAC Vol Scell Pct: 21.59
Avg_Connected_UEs: 32.23
SIP DC%: 
DLRLCLayerDataVolume MB: 5697.36
DRB UL Data Volume MB: 5564
CA DL DataVolRatio Pct den: 8368
CA Conf FailRate Pct den: 5798
weekend: 0
CA Activation Rate: 64.53
hr: 10
MAC_UE_SC_Tput: 6419.11

hr: 10
CA Activation Rate num: 1791503
Setup_Fail_DEN: 11296
SIP_SC_Total_MOU: 29.89
Peak UE: 50
MB_per_connected_UE: 159.48
PCT Time MIMO: 32.62
DL Volume: 8493
CA Activation Rate den: 45798

Time: 04:27:51
holiday: 0
HO_att_InterFreq: 1003

DL MAC Vol Scell Pct: 52.48
SIP DC%: 
UPTP_Mbps: 30.96
DLRLCLayerDataVolume MB: 1226.59
DRB UL Data Volume MB: 9080
CA Conf FailRate Pct den: 5094
weekend: 0
hr: 6
MAC_UE_SC_Tput: 4807.13
Bearer Releases: 8325

hr: 6
CA Activation Rate num: 5104030
Peak UE: 27
PCT Time MIMO: 36.67
DL Volume: 6180
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4029
DL Data Vol MAC in MB: 1982.07
CA Activation Rate den: 36264

Time: 12:47:10
holiday: 0
HO_att_InterFreq: 425
CA DL DataVolRatio Pct num: 7417

Avg_Connected_UEs: 64.49
SIP DC%: 
UPTP_Mbps: 46.89
RRC Setup Attempts: 5220
CA DL DataVolRatio Pct den: 3178
weekend: 1
UPTP Mbps Num: 56510
CA Activation Rate: 72.67
hr: 17
MAC_UE_SC_Tput: 12912.13

hr: 17
CA Activation Rate num: 8826712
UPTP Mbps Den: 1280
Setup_Fail_DEN: 10031
SIP_SC_Total_MOU: 130.22
Peak UE: 36
MB_per_connected_UE: 59.89
DL Volume: 9125
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5008
DL Data Vol MAC in MB: 6252.34
CA Activation Rate den: 64923
Combined RACH Preambles: 2864

Time: 01:49:11
holiday: 0
CA DL DataVolRatio Pct: 67.83
CA DL DataVolRatio Pct num: 5537
HO Attempts: 592

DL MAC Vol Scell Pct: 41.18
Avg_Connected_UEs: 36.57
SIP DC%: 
UPTP_Mbps: 38.52
DLRLCLayerDataVolume MB: 242.14
CA DL DataVolRatio Pct den: 8732
CA Conf FailRate Pct den: 6628
weekend: 0
RSSIRX2 Avg: -94.73
hr: 23
MAC_UE_SC_Tput: 10239.68
Bearer Releases: 8871

hr: 23
CA Activation Rate num: 8047120
UPTP Mbps Den: 1226
Setup_Fail_DEN: 12155
Peak UE: 52
MB_per_connected_UE: 40.34
DL Volume: 259
DL Data Vol MAC in MB: 4843.85
CA Activation Rate den: 226879

Combined RACH Preambles: 3384
Time: 21:17:53
holiday: 0
CA DL DataVolRatio Pct num: 1659

Avg_Connected_UEs: 73.54
SIP DC%: 
UPTP_Mbps: 46.87
DLRLCLayerDataVolume MB: 6522.39
PRB Util%: 68.31
RRC Setup Attempts: 4350
CA DL DataVolRatio Pct den: 403
weekend: 0
CA Activation Rate: 6.79
hr: 1
MAC_UE_SC_Tput: 17616.35

hr: 1
CA Activation Rate num: 5952595
Setup_Fail_DEN: 12033
SIP_SC_Total_MOU: 163.59
Peak UE: 47
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5352
DL Data Vol MAC in MB: 2478.51
CA Activation Rate den: 81575
Combined RACH Preambles: 3095
Time: 03:30:51

holiday: 0
CA DL DataVolRatio Pct num: 5773

SIP DC%: 
UPTP_Mbps: 39.3
DLRLCLayerDataVolume MB: 6756.64
RRC Setup Attempts: 5049
CA DL DataVolRatio Pct den: 8562
CA Conf FailRate Pct den: 4590
weekend: 0
CA Activation Rate: 12.36
hr: 11
MAC_UE_SC_Tput: 11266.04

hr: 11
CA Activation Rate num: 10056369
Setup_Fail_DEN: 15883
Peak UE: 34
MB_per_connected_UE: 40.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4159
DL Data Vol MAC in MB: 7624.76

holiday: 0
CA DL DataVolRatio Pct num: 5862

Avg_Connected_UEs: 30.89
SIP DC%: 
UPTP_Mbps: 39.32
DLRLCLayerDataVolume MB: 7564.35
DRB UL Data Volume MB: 8486
CA DL DataVolRatio Pct den: 7212
RSSIRX1 Avg: -94.07
weekend: 0
CA Activation Rate: 7.15
hr: 0
MAC_UE_SC_Tput: 6174.07
Bearer Releases: 8218

hr: 0
CA Activation Rate num: 9428512
Setup_Fail_DEN: 8306
SIP_SC_Total_MOU: 80.17
S1U_SIP_SC_SEER_den: 191
Peak UE: 27
MB_per_connected_UE: 189.15
DL Volume: 8540
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5588
DL Data Vol MAC in MB: 3878.96
CA Activation Rate den: 75641

Combined RACH Preambles: 1933
Time: 13:06:46
holiday: 0
CA DL DataVolRatio Pct: 75.73

DL MAC Vol Scell Pct: 28.64
SIP DC%: 
UPTP_Mbps: 45.35
DLRLCLayerDataVolume MB: 6630.68
DRB UL Data Volume MB: 4228
RRC Setup Attempts: 4031
CA DL DataVolRatio Pct den: 6392
weekend: 0
UPTP Mbps Num: 18825
CA Activation Rate: 61.4
hr: 0
MAC_UE_SC_Tput: 15079.29
Bearer Releases: 15609

hr: 0
CA Activation Rate num: 5145112
UPTP Mbps Den: 2208
Setup_Fail_DEN: 15360
SIP_SC_Total_MOU: 241.35
Peak UE: 36
MB_per_connected_UE: 74.54
DL Volume: 7641
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7096
DL Data Vol MAC in MB: 7220.7

Time: 19:56:07
holiday: 0

SIP DC%: 
UPTP_Mbps: 30.1
DLRLCLayerDataVolume MB: 8745.48
DRB UL Data Volume MB: 8833
weekend: 1
UPTP Mbps Num: 53248
hr: 12
MAC_UE_SC_Tput: 8284.58
Bearer Releases: 7645

hr: 12
UPTP Mbps Den: 1900
Setup_Fail_DEN: 16293
SIP_SC_Total_MOU: 285.82
Peak UE: 27
MB_per_connected_UE: 39.02
PCT Time MIMO: 42.36
Time: 06:45:27

holiday: 0

DL MAC Vol Scell Pct: 5.55
Avg_Connected_UEs: 38.92
SIP DC%: 
DLRLCLayerDataVolume MB: 4498.16
PRB Util%: 70.73
CA DL DataVolRatio Pct den: 9773
CA Conf FailRate Pct den: 9100
weekend: 1
CA Activation Rate: 72.49
hr: 10
MAC_UE_SC_Tput: 6694.83
Bearer Releases: 6383

hr: 10
Setup_Fail_DEN: 14558
Peak UE: 27
PCT Time MIMO: 35.03
DL Volume: 9131
CA Activation Rate den: 70227

Time: 17:57:07
holiday: 0
CA DL DataVolRatio Pct: 72.24
CA DL DataVolRatio Pct num: 6236

Avg_Connected_UEs: 27.37
SIP DC%: 
UPTP_Mbps: 34.19
DLRLCLayerDataVolume MB: 3011.57
DRB UL Data Volume MB: 5264
PRB Util%: 13.39
RRC Setup Attempts: 5185
weekend: 0
hr: 7
MAC_UE_SC_Tput: 7965.92

hr: 7
CA Activation Rate num: 6043155
UPTP Mbps Den: 1360
Setup_Fail_DEN: 17867
SIP_SC_Total_MOU: 8.11
Peak UE: 79
MB_per_connected_UE: 41.91
DL Volume: 814
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8649
DL Data Vol MAC in MB: 9614.14

Combined RACH Preambles: 2574
Time: 09:20:06
holiday: 0
CA DL DataVolRatio Pct num: 6411

DL MAC Vol Scell Pct: 4.79
Avg_Connected_UEs: 23.84
SIP DC%: 
DLRLCLayerDataVolume MB: 1017.7
PRB Util%: 9.69
CA DL DataVolRatio Pct den: 5211
CA Conf FailRate Pct den: 4717
weekend: 0
CA Activation Rate: 76.49
hr: 9
MAC_UE_SC_Tput: 11196.02

hr: 9
CA Activation Rate num: 1554774
Peak UE: 66
MB_per_connected_UE: 44.49
DL Data Vol MAC in MB: 5590.56
CA Activation Rate den: 121845

Time: 06:03:51
holiday: 0
HO_att_InterFreq: 638
CA DL DataVolRatio Pct num: 5884

Avg_Connected_UEs: 64.38
SIP DC%: 
DLRLCLayerDataVolume MB: 4838.45
PRB Util%: 38.3
DL Packet Loss Pct: 4.08
CA DL DataVolRatio Pct den: 4687
weekend: 0
CA Activation Rate: 29.34
hr: 6
MAC_UE_SC_Tput: 5020.58
Bearer Releases: 10320

hr: 6
CA Activation Rate num: 4624549
Setup_Fail_DEN: 11819
Peak UE: 66
MB_per_connected_UE: 108.91
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4387
DL Data Vol MAC in MB: 4022.54
CA Activation Rate den: 50700

Time: 10:21:31
holiday: 0
CA DL DataVolRatio Pct num: 5581

SIP DC%: 
DLRLCLayerDataVolume MB: 7286.9
RRC Setup Attempts: 4746
CA DL DataVolRatio Pct den: 9008
weekend: 0
CA Activation Rate: 56.5
hr: 21
MAC_UE_SC_Tput: 10121.87
Bearer Releases: 10395

hr: 21
UPTP Mbps Den: 2553
Peak UE: 27
MB_per_connected_UE: 29.4
PCT Time MIMO: 58.52
DL Volume: 4944
CA Activation Rate den: 44229

Time: 14:27:18
holiday: 0
CA DL DataVolRatio Pct: 70.63
HO_att_InterFreq: 449
CA DL DataVolRatio Pct num: 3540
HO Attempts: 775

SIP DC%: 
UPTP_Mbps: 41.65
DLRLCLayerDataVolume MB: 3496.65
RRC Setup Attempts: 4528
CA DL DataVolRatio Pct den: 9336
weekend: 1
UPTP Mbps Num: 7552
RSSIRX2 Avg: -96.21
CA Activation Rate: 3.68
hr: 3
MAC_UE_SC_Tput: 16804.35
Bearer Releases: 10816

hr: 3
CA Activation Rate num: 766574
UPTP Mbps Den: 1935
Setup_Fail_DEN: 8742
SIP_SC_Total_MOU: 9.13
UL MAC Vol Scell Pct: 5.74
Peak UE: 37
MB_per_connected_UE: 34.09
DL Volume: 8878
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6051
DL Data Vol MAC in MB: 8443.93
CA Activation Rate den: 77625

Combined RACH Preambles: 2818
Time: 13:14:47
holiday: 0
CA DL DataVolRatio Pct num: 455
HO Attempts: 208

DL MAC Vol Scell Pct: 44.69
Avg_Connected_UEs: 20.65
SIP DC%: 
DLRLCLayerDataVolume MB: 4774.95
DRB UL Data Volume MB: 4547
PRB Util%: 75.15
RRC Setup Attempts: 4890
weekend: 0
UPTP Mbps Num: 42279
CA Activation Rate: 40.39
hr: 0
MAC_UE_SC_Tput: 11066.34
Bearer Releases: 8164

hr: 0
CA Activation Rate num: 9831259
Setup_Fail_DEN: 11362
SIP_SC_Total_MOU: 99.13
Peak UE: 27
DL Volume: 2112
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9210
DL Data Vol MAC in MB: 5196.6

Time: 02:56:27
holiday: 0
CA DL DataVolRatio Pct num: 5378

SIP DC%: 
UPTP_Mbps: 62.22
PRB Util%: 56.77
weekend: 0
RSSIRX2 Avg: -95.75
CA Activation Rate: 56.65
hr: 2
MAC_UE_SC_Tput: 10682.84

hr: 2
CA Activation Rate num: 10527411
UPTP Mbps Den: 2099
Setup_Fail_DEN: 8651
Peak UE: 39
DL Volume: 654
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5326
UL Throughput: 6.05

Combined RACH Preambles: 2086
Time: 07:35:00
holiday: 0
CA DL DataVolRatio Pct: 81.47
CA DL DataVolRatio Pct num: 6805

Avg_Connected_UEs: 76.58
SIP DC%: 
DLRLCLayerDataVolume MB: 1475.07
CA Conf FailRate Pct den: 8037
weekend: 0
CA Activation Rate: 33.43
hr: 0
MAC_UE_SC_Tput: 6564.18
Bearer Releases: 8030

hr: 0
CA Activation Rate num: 10957067
Setup_Fail_DEN: 13889
SIP_SC_Total_MOU: 350.77
Peak UE: 27
MB_per_connected_UE: 76.12
DL Volume: 2297
UL Throughput: 6.33
DL Data Vol MAC in MB: 8520.68
CA Activation Rate den: 58803

Time: 18:20:54
holiday: 0
CA DL DataVolRatio Pct num: 7008

Avg_Connected_UEs: 23.24
SIP DC%: 
UPTP_Mbps: 7.94
DLRLCLayerDataVolume MB: 5641.26
PRB Util%: 36.37
CA DL DataVolRatio Pct den: 7259
weekend: 0
UPTP Mbps Num: 9533
CA Activation Rate: 28.46
hr: 16
MAC_UE_SC_Tput: 5552.82
Bearer Releases: 11798

hr: 16
CA Activation Rate num: 5310081
Setup_Fail_DEN: 11063
MB_per_connected_UE: 139.17
DL Volume: 1713
CA Activation Rate den: 93198

Time: 23:54:28
holiday: 0
CA DL DataVolRatio Pct num: 2404
HO Attempts: 521

DL MAC Vol Scell Pct: 45.18
Avg_Connected_UEs: 49.37
SIP DC%: 
DLRLCLayerDataVolume MB: 8238.35
DRB UL Data Volume MB: 4646
PRB Util%: 66.11
RRC Setup Attempts: 5371
CA Conf FailRate Pct den: 6588
weekend: 1
CA Activation Rate: 30.37
hr: 23
MAC_UE_SC_Tput: 4858.22

hr: 23
Avg CQI: 11.04
CA Activation Rate num: 4149254
UPTP Mbps Den: 243
Setup_Fail_DEN: 11982
SIP_SC_Total_MOU: 221.4
Peak UE: 27
MB_per_connected_UE: 77.38
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5914
CA Activation Rate den: 124508

Time: 03:57:44
holiday: 0
CA DL DataVolRatio Pct: 57.58

SIP DC%: 
UPTP_Mbps: 18.75
DLRLCLayerDataVolume MB: 6463.13
RRC Setup Attempts: 7888
CA DL DataVolRatio Pct den: 5723
weekend: 1
UPTP Mbps Num: 17894
CA Activation Rate: 7.51
hr: 23
MAC_UE_SC_Tput: 13964.68
Bearer Releases: 10042

hr: 23
CA Activation Rate num: 6176170
Setup_Fail_DEN: 18886
SIP_SC_Total_MOU: 301.43
Peak UE: 68
MB_per_connected_UE: 119.57
PCT Time MIMO: 36.41
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3056

Time: 19:52:27
holiday: 0
CA DL DataVolRatio Pct: 84.4
CA DL DataVolRatio Pct num: 4468
HO Attempts: 212

DL MAC Vol Scell Pct: 8.73
SIP DC%: 
DLRLCLayerDataVolume MB: 3161.18
DRB UL Data Volume MB: 7897
CA DL DataVolRatio Pct den: 8556
weekend: 0
CA Activation Rate: 74.07
hr: 3
MAC_UE_SC_Tput: 6836.42
Bearer Releases: 16148

hr: 3
CA Activation Rate num: 5381250
UPTP Mbps Den: 1168
Setup_Fail_DEN: 11560
SIP_SC_Total_MOU: 64.67
Peak UE: 27
MB_per_connected_UE: 41.4
PCT Time MIMO: 62.25
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4469
DL Data Vol MAC in MB: 8669.65
CA Activation Rate den: 42017

Combined RACH Preambles: 4386
Time: 01:11:19
holiday: 0
CA DL DataVolRatio Pct num: 6329

Avg_Connected_UEs: 81.7
SIP DC%: 
UPTP_Mbps: 38.58
DLRLCLayerDataVolume MB: 7098.42
DRB UL Data Volume MB: 9063
RRC Setup Attempts: 4853
CA DL DataVolRatio Pct den: 613
CA Conf FailRate Pct den: 5092
weekend: 0
hr: 23
MAC_UE_SC_Tput: 19900.7
Bearer Releases: 11112

hr: 23
qci1_setup_attempts: 146
CA Activation Rate num: 3503961
UPTP Mbps Den: 765
Setup_Fail_DEN: 12748
Peak UE: 27
MB_per_connected_UE: 99.78
PCT Time MIMO: 53.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3969
DL Data Vol MAC in MB: 6910.1

Combined RACH Preambles: 2617
Time: 13:05:50
holiday: 0
CA DL DataVolRatio Pct: 50.67
CA DL DataVolRatio Pct num: 4751

DL MAC Vol Scell Pct: 31.98
Avg_Connected_UEs: 49.69
SIP DC%: 
UPTP_Mbps: 25.77
DLRLCLayerDataVolume MB: 8273.14
PRB Util%: 51.29
RRC Setup Attempts: 4299
CA DL DataVolRatio Pct den: 7474
CA Conf FailRate Pct den: 5180
weekend: 0
hr: 4
MAC_UE_SC_Tput: 4343.78
Bearer Releases: 6291

hr: 4
UPTP Mbps Den: 612
SIP_SC_Total_MOU: 180.08
Peak UE: 36
MB_per_connected_UE: 109.17
PCT Time MIMO: 53.53
DL Data Vol MAC in MB: 8776.77

Time: 10:45:43
holiday: 0

DL MAC Vol Scell Pct: 19.37
Avg_Connected_UEs: 54.23
SIP DC%: 
DLRLCLayerDataVolume MB: 7294.4
CA DL DataVolRatio Pct den: 10052
weekend: 0
CA Activation Rate: 64.22
hr: 23
MAC_UE_SC_Tput: 14325.39
Bearer Releases: 17466

hr: 23
CA Activation Rate num: 2450544
SIP_SC_Total_MOU: 0.66
Peak UE: 27
MB_per_connected_UE: 186.11
DL Volume: 1174
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7223
UL Throughput: 2.93

Time: 15:09:47
holiday: 0
CA DL DataVolRatio Pct: 65.98

DL MAC Vol Scell Pct: 19.79
SIP DC%: 
DLRLCLayerDataVolume MB: 443.31
DRB UL Data Volume MB: 7915
PRB Util%: 52.11
RRC Setup Attempts: 4534
CA Conf FailRate Pct den: 3318
weekend: 1
UPTP Mbps Num: 11508
CA Activation Rate: 20.19
hr: 11
MAC_UE_SC_Tput: 12816.18
Bearer Releases: 8212

hr: 11
CA Activation Rate num: 7328272
UPTP Mbps Den: 1473
Setup_Fail_DEN: 9510
Peak UE: 35
MB_per_connected_UE: 55.43
PCT Time MIMO: 34.17
DL Volume: 4389
DL Data Vol MAC in MB: 2051.54

Time: 10:24:40
holiday: 0
CA DL DataVolRatio Pct: 65.34

DL MAC Vol Scell Pct: 13.27
Avg_Connected_UEs: 18.3
SIP DC%: 
UPTP_Mbps: 37.46
DLRLCLayerDataVolume MB: 7076.94
CA DL DataVolRatio Pct den: 6310
weekend: 0
CA Activation Rate: 49.2
hr: 17
MAC_UE_SC_Tput: 7712.72
Bearer Releases: 10173

hr: 17
CA Activation Rate num: 10134381
UPTP Mbps Den: 1144
Setup_Fail_DEN: 11786
SIP_SC_Total_MOU: 396.23
Peak UE: 36
MB_per_connected_UE: 170.1
PCT Time MIMO: 43.2
DL Data Vol MAC in MB: 3884.01
CA Activation Rate den: 157852

Time: 20:52:35
holiday: 0
CA DL DataVolRatio Pct: 68.68
SIP_SC_Call_Attempts: 221

SIP DC%: 
UPTP_Mbps: 44.05
DLRLCLayerDataVolume MB: 4340.64
DRB UL Data Volume MB: 2748
RRC Setup Attempts: 6463
CA DL DataVolRatio Pct den: 5343
CA Conf FailRate Pct den: 2789
weekend: 0
CA Activation Rate: 66.25
hr: 23
MAC_UE_SC_Tput: 16424.17
Bearer Releases: 8119

hr: 23
UPTP Mbps Den: 537
SIP_SC_Total_MOU: 36.05
S1U_SIP_SC_SEER_den: 113
Peak UE: 54
MB_per_connected_UE: 59.87
PCT Time MIMO: 56.35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3406
DL Data Vol MAC in MB: 3365.06
CA Activation Rate den: 63045

Time: 22:09:30
holiday: 0
HO_att_InterFreq: 816

SIP DC%: 
DLRLCLayerDataVolume MB: 807.08
DRB UL Data Volume MB: 711
PRB Util%: 54.89
weekend: 1
UPTP Mbps Num: 22661
CA Activation Rate: 76.54
hr: 6
MAC_UE_SC_Tput: 54891.69
Bearer Releases: 12003

hr: 6
CA Activation Rate num: 8631236
UPTP Mbps Den: 2951
Setup_Fail_DEN: 7213
SIP_SC_Total_MOU: 44.4
MB_per_connected_UE: 119.76
DL Volume: 8776
DL Data Vol MAC in MB: 7118.65
CA Activation Rate den: 50377

Time: 13:36:38
holiday: 0
CA DL DataVolRatio Pct: 58.08
HO_att_InterFreq: 87
CA DL DataVolRatio Pct num: 6409
HO Attempts: 709

Avg_Connected_UEs: 21.3
SIP DC%: 
UPTP_Mbps: 8.91
DLRLCLayerDataVolume MB: 4102.12
DRB UL Data Volume MB: 2969
PRB Util%: 11.65
CA Conf FailRate Pct den: 7406
weekend: 0
CA Activation Rate: 18.13
hr: 23
MAC_UE_SC_Tput: 11651.83
Bearer Releases: 8380

hr: 23
UPTP Mbps Den: 2749
SIP_SC_Total_MOU: 319.77
Peak UE: 36
MB_per_connected_UE: 129.22
PCT Time MIMO: 47.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7658
DL Data Vol MAC in MB: 1613.51
CA Activation Rate den: 151118

Time: 21:00:09
holiday: 0
CA DL DataVolRatio Pct num: 3381

Avg_Connected_UEs: 68.16
SIP DC%: 
UPTP_Mbps: 117.1
DLRLCLayerDataVolume MB: 9071.72
DRB UL Data Volume MB: 8705
PRB Util%: 25.25
CA DL DataVolRatio Pct den: 4179
weekend: 0
UPTP Mbps Num: 733
CA Activation Rate: 36.06
hr: 8
MAC_UE_SC_Tput: 7279.45
Bearer Releases: 6942

hr: 8
CA Activation Rate num: 6235621
UPTP Mbps Den: 3002
SIP_SC_Total_MOU: 242.42
Peak UE: 86
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3934
DL Data Vol MAC in MB: 7169.36
CA Activation Rate den: 137497
Combined RACH Preambles: 4904

Time: 19:36:20
holiday: 0
CA DL DataVolRatio Pct: 64.82
CA DL DataVolRatio Pct num: 1848
HO Attempts: 382

DL MAC Vol Scell Pct: 14.02
SIP DC%: 
UPTP_Mbps: 36.15
DRB UL Data Volume MB: 6509
weekend: 1
UPTP Mbps Num: 50778
CA Activation Rate: 35.74
hr: 23
MAC_UE_SC_Tput: 6039.05
Bearer Releases: 14754

hr: 23
CA Activation Rate num: 5975814
UPTP Mbps Den: 1508
Setup_Fail_DEN: 10963
SIP_SC_Total_MOU: 283.74
Peak UE: 57
MB_per_connected_UE: 136.29
DL Volume: 6320
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8814
DL Data Vol MAC in MB: 9929.48
CA Activation Rate den: 127568

Combined RACH Preambles: 2012
Time: 18:55:12
holiday: 0
HO_att_InterFreq: 118
CA DL DataVolRatio Pct num: 6973

DL MAC Vol Scell Pct: 26.41
SIP DC%: 
UPTP_Mbps: 41.42
DLRLCLayerDataVolume MB: 9669.82
DRB UL Data Volume MB: 8503
Bearer Drop Voice%: 2.59
UL Resid BLER PCT: 0.76
RRC Setup Attempts: 4526
weekend: 0
hr: 19
MAC_UE_SC_Tput: 4527.27
Bearer Releases: 13168

hr: 19
CA Activation Rate num: 7184513
UPTP Mbps Den: 837
Setup_Fail_DEN: 17599
SIP_SC_Total_MOU: 134.2
S1U_SIP_SC_SEER_den: 99
Peak UE: 61
MB_per_connected_UE: 37.41
PCT Time MIMO: 49.94
DL Volume: 9712
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4192
DL Data Vol MAC in MB: 6638.59

Time: 16:39:23
holiday: 0
CA DL DataVolRatio Pct: 74.7
CA DL DataVolRatio Pct num: 3930

Avg_Connected_UEs: 62.01
SIP DC%: 
UPTP_Mbps: 21.62
PRB Util%: 31.85
RRC Setup Attempts: 6472
CA Conf FailRate Pct den: 7767
weekend: 0
CA Activation Rate: 20.48
hr: 3
MAC_UE_SC_Tput: 18840.01
Bearer Releases: 15922

hr: 3
UPTP Mbps Den: 5700
Peak UE: 27
MB_per_connected_UE: 75.75
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4972
DL Data Vol MAC in MB: 3951.99
CA Activation Rate den: 56747

Combined RACH Preambles: 4372
Time: 06:53:21
holiday: 0
CA DL DataVolRatio Pct: 88.9
CA DL DataVolRatio Pct num: 5183
HO Attempts: 630

DL MAC Vol Scell Pct: 26.32
SIP DC%: 
UPTP_Mbps: 16.86
DLRLCLayerDataVolume MB: 6097.72
DRB UL Data Volume MB: 4287
RRC Setup Attempts: 3544
CA DL DataVolRatio Pct den: 2002
CA Conf FailRate Pct den: 7717
RSSIRX1 Avg: -96.39
weekend: 0
UPTP Mbps Num: 28196
CA Activation Rate: 60.57
hr: 9
MAC_UE_SC_Tput: 9611.07

hr: 9
UPTP Mbps Den: 4415
Setup_Fail_DEN: 13356
SIP_SC_Total_MOU: 15.8
UL MAC Vol Scell Pct: 10.69
Peak UE: 55
MB_per_connected_UE: 33.91
PCT Time MIMO: 42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3741
DL Data Vol MAC in MB: 5913.17
CA Activation Rate den: 88847

Combined RACH Preambles: 3358
Time: 19:11:14
holiday: 0
CA DL DataVolRatio Pct: 84.26

SIP DC%: 
UPTP_Mbps: 88.99
DLRLCLayerDataVolume MB: 5050.77
DRB UL Data Volume MB: 4772
weekend: 1
CA Activation Rate: 66.68
hr: 23
MAC_UE_SC_Tput: 5439.18
Bearer Releases: 9310

hr: 23
Setup_Fail_DEN: 15441
MB_per_connected_UE: 179.2
DL Volume: 4312
CA Activation Rate den: 134905

Time: 16:37:19
holiday: 0
CA DL DataVolRatio Pct: 62.5
HO_att_InterFreq: 368

SIP DC%: 
CA DL DataVolRatio Pct den: 6918
CA Conf FailRate Pct den: 8409
weekend: 0
UPTP Mbps Num: 10858
CA Activation Rate: 74.34
hr: 7
MAC_UE_SC_Tput: 11099.5
Bearer Releases: 17793

hr: 7
CA Activation Rate num: 5814774
Setup_Fail_DEN: 7758
Peak UE: 76
MB_per_connected_UE: 81.18
PCT Time MIMO: 41.41
UL Throughput: 5.01
DL Data Vol MAC in MB: 4841.09

Time: 10:39:03
holiday: 0
CA DL DataVolRatio Pct: 77.61
HO_att_InterFreq: 965

DL MAC Vol Scell Pct: 34.3
Avg_Connected_UEs: 46.36
SIP DC%: 
UPTP_Mbps: 40.46
DLRLCLayerDataVolume MB: 3332.83
DRB UL Data Volume MB: 407
PRB Util%: 39.57
RRC Setup Attempts: 4845
CA Conf FailRate Pct den: 3424
weekend: 0
UPTP Mbps Num: 1834
CA Activation Rate: 47.54
hr: 9
MAC_UE_SC_Tput: 4582.52
Bearer Releases: 7120

hr: 9
CA Activation Rate num: 5053483
Setup_Fail_DEN: 16309
Peak UE: 41
MB_per_connected_UE: 16.27
PCT Time MIMO: 41.3
DL Volume: 7357
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6059
DL Data Vol MAC in MB: 2400.46
CA Activation Rate den: 77682

Combined RACH Preambles: 3067
Time: 01:47:22
holiday: 0
CA DL DataVolRatio Pct: 75.94
HO Attempts: 785

Avg_Connected_UEs: 55.91
SIP DC%: 
UPTP_Mbps: 10.44
DLRLCLayerDataVolume MB: 1056.67
DRB UL Data Volume MB: 8180
PRB Util%: 40.22
RRC Setup Attempts: 6919
CA DL DataVolRatio Pct den: 6658
CA Conf FailRate Pct den: 4525
weekend: 0
CA Activation Rate: 10.15
hr: 3
MAC_UE_SC_Tput: 10612.23

hr: 3
CA Activation Rate num: 3944440
UPTP Mbps Den: 1112
Peak UE: 27
PCT Time MIMO: 47.77
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8223
UL Throughput: 9.09
DL Data Vol MAC in MB: 4661.24
CA Activation Rate den: 129274

Time: 04:08:41
holiday: 0
CA DL DataVolRatio Pct num: 7568

DL MAC Vol Scell Pct: 14.74
SIP DC%: 
DLRLCLayerDataVolume MB: 7673.35
DRB UL Data Volume MB: 2932
PRB Util%: 21.43
CA DL DataVolRatio Pct den: 8592
CA Conf FailRate Pct den: 4854
weekend: 0
UPTP Mbps Num: 2326
CA Activation Rate: 17.42
hr: 0
MAC_UE_SC_Tput: 4940.15

hr: 0
CA Activation Rate num: 4104995
Setup_Fail_DEN: 9852
SIP_SC_Total_MOU: 153.59
Peak UE: 40
CA Activation Rate den: 46532
Combined RACH Preambles: 1919

Time: 12:57:39
holiday: 0
CA DL DataVolRatio Pct: 78.49
CA DL DataVolRatio Pct num: 881

DL MAC Vol Scell Pct: 36.46
Avg_Connected_UEs: 82.67
SIP DC%: 
DLRLCLayerDataVolume MB: 8266.92
PRB Util%: 58.14
weekend: 0
hr: 15
MAC_UE_SC_Tput: 10084.16

hr: 15
UPTP Mbps Den: 2633
Setup_Fail_DEN: 10742
Peak UE: 64
MB_per_connected_UE: 172.64
PCT Time MIMO: 59.63
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5338
UL Throughput: 2.56

Time: 23:30:32
holiday: 0
CA DL DataVolRatio Pct: 54.9
CA DL DataVolRatio Pct num: 6975

DL MAC Vol Scell Pct: 41.85
SIP DC%: 
UPTP_Mbps: 111.4
DLRLCLayerDataVolume MB: 8600.84
DRB UL Data Volume MB: 5738
weekend: 1
UPTP Mbps Num: 56295
CA Activation Rate: 42.51
hr: 4
MAC_UE_SC_Tput: 5720.48
Bearer Releases: 16462

hr: 4
CA Activation Rate num: 10168292
UPTP Mbps Den: 1908
SIP_SC_Total_MOU: 225.47
Peak UE: 78
MB_per_connected_UE: 58.99
DL Volume: 3040
UL Throughput: 4.44
DL Data Vol MAC in MB: 9187.9

Combined RACH Preambles: 2702
Time: 15:45:07
holiday: 0
CA DL DataVolRatio Pct: 72.14
CA DL DataVolRatio Pct num: 7142
HO Attempts: 796

Avg_Connected_UEs: 45.72
SIP DC%: 
DLRLCLayerDataVolume MB: 6045.27
DRB UL Data Volume MB: 2976
PRB Util%: 71.35
weekend: 0
S1U_SIP_SC_SEER_num: 208
hr: 23
MAC_UE_SC_Tput: 6644.93
Bearer Releases: 11093

hr: 23
CA Activation Rate num: 9086664
Peak UE: 27
MB_per_connected_UE: 18.8
PCT Time MIMO: 61.35
DL Volume: 1026

Time: 04:52:38
holiday: 0
CA DL DataVolRatio Pct num: 4042

SIP DC%: 
PRB Util%: 35.13
CA Conf FailRate Pct den: 6851
weekend: 1
UPTP Mbps Num: 23034
CA Activation Rate: 67
hr: 23
MAC_UE_SC_Tput: 12837.72
Bearer Releases: 15667

hr: 23
CA Activation Rate num: 8375275
UPTP Mbps Den: 4147
Setup_Fail_DEN: 12303
Peak UE: 27
MB_per_connected_UE: 182.23
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5797
CA Activation Rate den: 166475

Combined RACH Preambles: 3910
Time: 04:04:38
holiday: 0
CA DL DataVolRatio Pct: 81.56
HO Attempts: 632

SIP DC%: 
DLRLCLayerDataVolume MB: 2886.35
RRC Setup Attempts: 7587
CA Conf FailRate Pct den: 5624
weekend: 0
UPTP Mbps Num: 24906
hr: 2
MAC_UE_SC_Tput: 9882.72
Bearer Releases: 9194

hr: 2
CA Activation Rate num: 4166674
Peak UE: 68
MB_per_connected_UE: 118.94
DL Volume: 3669
DL Data Vol MAC in MB: 5863.93
CA Activation Rate den: 74715

Combined RACH Preambles: 3872
Time: 14:47:28
holiday: 0
CA DL DataVolRatio Pct: 68.18
CA DL DataVolRatio Pct num: 4070

SIP DC%: 
UPTP_Mbps: 23.34
DLRLCLayerDataVolume MB: 5636.57
DRB UL Data Volume MB: 7466
PRB Util%: 24.65
RRC Setup Attempts: 3730
weekend: 0
UPTP Mbps Num: 60195
hr: 7
MAC_UE_SC_Tput: 9939.85

hr: 7
CA Activation Rate num: 6060750
Setup_Fail_DEN: 13556
Peak UE: 43
VOLTE IA%: 
MB_per_connected_UE: 76.44
DL Volume: 2295
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5385
DL Data Vol MAC in MB: 5764.61

Combined RACH Preambles: 2517
Time: 20:16:22
holiday: 0

SIP DC%: 
UPTP_Mbps: 46.42
DLRLCLayerDataVolume MB: 6708.63
DRB UL Data Volume MB: 3462
RRC Setup Attempts: 4308
weekend: 1
hr: 2
MAC_UE_SC_Tput: 5088.61

hr: 2
CA Activation Rate num: 2489192
UPTP Mbps Den: 2517
Setup_Fail_DEN: 7016
Peak UE: 66
MB_per_connected_UE: 159.15
DL Volume: 9626
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5613
DL Data Vol MAC in MB: 499.24
CA Activation Rate den: 54474

Time: 02:43:30
holiday: 0
CA DL DataVolRatio Pct num: 6247

SIP DC%: 
UPTP_Mbps: 129.84
DLRLCLayerDataVolume MB: 4808.18
DRB UL Data Volume MB: 9286
PRB Util%: 38.66
RRC Setup Attempts: 4456
CA DL DataVolRatio Pct den: 3945
weekend: 0
CA Activation Rate: 25.72
hr: 7
MAC_UE_SC_Tput: 7880.61

hr: 7
CA Activation Rate num: 5652311
Setup_Fail_DEN: 6820
SIP_SC_Total_MOU: 435.62
MB_per_connected_UE: 182.43
DL Volume: 3458
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5349
DL Data Vol MAC in MB: 3615.97

Combined RACH Preambles: 2704
Time: 07:28:00
holiday: 0

DL MAC Vol Scell Pct: 11.28
Avg_Connected_UEs: 32.54
SIP DC%: 
UPTP_Mbps: 40.33
DLRLCLayerDataVolume MB: 9603.39
DRB UL Data Volume MB: 2612
PRB Util%: 59.37
RRC Setup Attempts: 4948
CA Conf FailRate Pct den: 8926
weekend: 0
UPTP Mbps Num: 45300
CA Activation Rate: 23.76
hr: 19
MAC_UE_SC_Tput: 4536.84
Bearer Releases: 12718

hr: 19
CA Activation Rate num: 3855061
UPTP Mbps Den: 488
Peak UE: 27
MB_per_connected_UE: 38.71
DL Volume: 5056
UL Throughput: 8.94
DL Data Vol MAC in MB: 5095.65
CA Activation Rate den: 98193

Combined RACH Preambles: 2852
Time: 09:28:01
holiday: 0
CA DL DataVolRatio Pct: 62.39
SIP_SC_Call_Attempts: 251
CA DL DataVolRatio Pct num: 3006

SIP DC%: 
UPTP_Mbps: 42
DLRLCLayerDataVolume MB: 827.31
RRC Setup Attempts: 3425
CA DL DataVolRatio Pct den: 8892
CA Conf FailRate Pct den: 5657
weekend: 0
CA Activation Rate: 21.7
hr: 23
MAC_UE_SC_Tput: 6563.88

hr: 23
CA Activation Rate num: 2196406
Setup_Fail_DEN: 14749
SIP_SC_Total_MOU: 89.15
Peak UE: 96
MB_per_connected_UE: 153.88
PCT Time MIMO: 66.21
DL Volume: 5326
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8341
UL Throughput: 2.71
CA Activation Rate den: 95886
Time: 12:46:27

holiday: 0
CA DL DataVolRatio Pct: 74.12
CA DL DataVolRatio Pct num: 496

DL MAC Vol Scell Pct: 24.4
SIP DC%: 
DRB UL Data Volume MB: 2425
PRB Util%: 33.13
RRC Setup Attempts: 5827
CA DL DataVolRatio Pct den: 9763
CA Conf FailRate Pct den: 7317
weekend: 0
UPTP Mbps Num: 15570
CA Activation Rate: 28.83
hr: 9
MAC_UE_SC_Tput: 15243.42

hr: 9
CA Activation Rate num: 2491120
UPTP Mbps Den: 2214
Setup_Fail_DEN: 14112
Peak UE: 66
MB_per_connected_UE: 57.81
DL Volume: 7700
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6339
UL Throughput: 5.77
DL Data Vol MAC in MB: 9770.12

Time: 09:41:47
holiday: 0
CA DL DataVolRatio Pct: 81.52
CA DL DataVolRatio Pct num: 3062

SIP DC%: 
UPTP_Mbps: 64.7
DLRLCLayerDataVolume MB: 3119.89
DRB UL Data Volume MB: 8740
PRB Util%: 61.58
weekend: 0
UPTP Mbps Num: 23888
RSSIRX2 Avg: -95.92
hr: 0
MAC_UE_SC_Tput: 5448.92
Bearer Releases: 17783

hr: 0
CA Activation Rate num: 4349832
Setup_Fail_DEN: 7730
SIP_SC_Total_MOU: 309.6
Peak UE: 77
MB_per_connected_UE: 88.02
DL Volume: 410
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6058

Time: 06:40:55
holiday: 0

DL MAC Vol Scell Pct: 16.66
Avg_Connected_UEs: 47.68
SIP DC%: 
UPTP_Mbps: 41.99
DLRLCLayerDataVolume MB: 6055.97
PRB Util%: 30.33
RRC Setup Attempts: 7241
CA Conf FailRate Pct den: 3581
weekend: 1
UPTP Mbps Num: 7550
CA Activation Rate: 17.98
hr: 2
MAC_UE_SC_Tput: 4480.82

hr: 2
CA Activation Rate num: 9878748
UPTP Mbps Den: 2849
Setup_Fail_DEN: 8671
SIP_SC_Total_MOU: 20.14
Peak UE: 41
MB_per_connected_UE: 145.39
DL Volume: 9288
DL Data Vol MAC in MB: 3944.79

Date: 15-01-2022
holiday: 0
CA DL DataVolRatio Pct: 70.86
CA DL DataVolRatio Pct num: 5409

SIP DC%: 
UPTP_Mbps: 114.92
DLRLCLayerDataVolume MB: 2150.06
CA DL DataVolRatio Pct den: 1664
weekend: 0
S1U_SIP_SC_SEER_num: 128
CA Activation Rate: 69.55
hr: 0
MAC_UE_SC_Tput: 11121.8
Bearer Releases: 15854

hr: 0
CA Activation Rate num: 4237729
Peak UE: 71
MB_per_connected_UE: 99.63
PCT Time MIMO: 43.37
DL Volume: 6315
DL Data Vol MAC in MB: 5459.44
CA Activation Rate den: 53807

Combined RACH Preambles: 3394
Time: 19:47:45
holiday: 0
CA DL DataVolRatio Pct: 55.18
CA DL DataVolRatio Pct num: 2798

DL MAC Vol Scell Pct: 19.94
Avg_Connected_UEs: 50.19
SIP DC%: 
UPTP_Mbps: 32.71
DLRLCLayerDataVolume MB: 6793.92
DRB UL Data Volume MB: 7633
PRB Util%: 25.14
RRC Setup Attempts: 6172
CA DL DataVolRatio Pct den: 7026
weekend: 0
UPTP Mbps Num: 19562
hr: 16
MAC_UE_SC_Tput: 9497.96
Bearer Releases: 17625

hr: 16
CA Activation Rate num: 7413546
UPTP Mbps Den: 1424
Setup_Fail_DEN: 11758
SIP_SC_Total_MOU: 102.47
Peak UE: 78
MB_per_connected_UE: 119.6
PCT Time MIMO: 53.54
DL Volume: 2163
CA Activation Rate den: 90125

Time: 00:41:39
Date: 24-12-2023
holiday: 0
CA DL DataVolRatio Pct: 45.33

DL MAC Vol Scell Pct: 7.97
SIP DC%: 
DRB UL Data Volume MB: 9117
PRB Util%: 27.4
CA DL DataVolRatio Pct den: 5621
weekend: 0
UPTP Mbps Num: 29531
CA Activation Rate: 31.47
hr: 23
MAC_UE_SC_Tput: 8555.43

hr: 23
CA Activation Rate num: 8223843
Setup_Fail_DEN: 7295
SIP_SC_Total_MOU: 55.97
Peak UE: 51
MB_per_connected_UE: 23.75
PCT Time MIMO: 70.27
CA Activation Rate den: 61717

Time: 17:03:27
holiday: 0
CA DL DataVolRatio Pct: 63.88
CA DL DataVolRatio Pct num: 7527

DL MAC Vol Scell Pct: 51.85
SIP DC%: 
UPTP_Mbps: 46.56
RRC Setup Attempts: 3675
CA DL DataVolRatio Pct den: 8001
CA Conf FailRate Pct den: 7299
weekend: 0
CA Activation Rate: 5.31
hr: 7
MAC_UE_SC_Tput: 7050.27
Bearer Releases: 10466

hr: 7
UPTP Mbps Den: 681
Setup_Fail_DEN: 14875
SIP_SC_Total_MOU: 73.39
Peak UE: 37
PCT Time MIMO: 65.81
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4267
UL Throughput: 1.93
DL Data Vol MAC in MB: 6270.24

Combined RACH Preambles: 2229
Time: 17:01:17
holiday: 0
CA DL DataVolRatio Pct: 75.74

DL MAC Vol Scell Pct: 29.18
SIP DC%: 
DRB UL Data Volume MB: 8497
PRB Util%: 25.44
RRC Setup Attempts: 8496
weekend: 0
CA Activation Rate: 65
hr: 3
MAC_UE_SC_Tput: 12156.14
Bearer Releases: 10747

hr: 3
CA Activation Rate num: 9120684
UPTP Mbps Den: 2444
Peak UE: 72
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6766
CA Activation Rate den: 98201

Combined RACH Preambles: 2783
Time: 03:22:19
holiday: 0
CA DL DataVolRatio Pct: 84.06

SIP DC%: 
UPTP_Mbps: 36.74
DLRLCLayerDataVolume MB: 6728.13
PRB Util%: 25.27
weekend: 0
CA Activation Rate: 38.69
hr: 23
MAC_UE_SC_Tput: 6315.64

hr: 23
CA Activation Rate num: 3626690
UPTP Mbps Den: 2169
Setup_Fail_DEN: 19873
Peak UE: 77
MB_per_connected_UE: 104.07
PCT Time MIMO: 58.42
DL Volume: 262
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5412
DL Data Vol MAC in MB: 5570.29
CA Activation Rate den: 138132

Time: 12:44:44
holiday: 0

DL MAC Vol Scell Pct: 16.91
Avg_Connected_UEs: 51.45
SIP DC%: 
DLRLCLayerDataVolume MB: 5479.09
DRB UL Data Volume MB: 8717
PRB Util%: 49.72
CA Conf FailRate Pct den: 8742
weekend: 0
CA Activation Rate: 56.14
hr: 23
MAC_UE_SC_Tput: 13414.02

hr: 23
Setup_Fail_DEN: 15634
Peak UE: 27
MB_per_connected_UE: 166.13
PCT Time MIMO: 44.27
DL Volume: 2789
UL Throughput: 2.86
DL Data Vol MAC in MB: 8923.81

Time: 20:47:29
holiday: 0
CA DL DataVolRatio Pct: 58.27
CA DL DataVolRatio Pct num: 4771
HO Attempts: 355

SIP DC%: 
DLRLCLayerDataVolume MB: 3395.2
DRB UL Data Volume MB: 9226
PRB Util%: 29.94
RRC Setup Attempts: 3576
CA Conf FailRate Pct den: 4979
weekend: 0
CA Activation Rate: 31.53
hr: 23
MAC_UE_SC_Tput: 8809.13

hr: 23
Peak UE: 27
MB_per_connected_UE: 90.78
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3174
DL Data Vol MAC in MB: 8380.56
CA Activation Rate den: 37378

Time: 22:41:10
holiday: 0
CA DL DataVolRatio Pct: 63.21

DL MAC Vol Scell Pct: 5.1
Avg_Connected_UEs: 37.33
SIP DC%: 
UPTP_Mbps: 33.18
DRB UL Data Volume MB: 3106
CA DL DataVolRatio Pct den: 6382
weekend: 0
CA Activation Rate: 72.22
hr: 0
MAC_UE_SC_Tput: 26143.79
Bearer Releases: 9003

hr: 0
CA Activation Rate num: 4695500
Peak UE: 61
DL Volume: 1081
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8462
DL Data Vol MAC in MB: 777.37

Time: 16:08:34
holiday: 0
HO_att_InterFreq: 729

DL MAC Vol Scell Pct: 41.84
Avg_Connected_UEs: 78.06
SIP DC%: 
UPTP_Mbps: 35.09
DLRLCLayerDataVolume MB: 9839.17
DRB UL Data Volume MB: 7304
PRB Util%: 38.39
CA DL DataVolRatio Pct den: 8545
CA Conf FailRate Pct den: 4994
weekend: 0
hr: 3
MAC_UE_SC_Tput: 9520.19

hr: 3
CA Activation Rate num: 9658729
UPTP Mbps Den: 2331
Setup_Fail_DEN: 16858
SIP_SC_Total_MOU: 274.06
Peak UE: 47
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9182

Time: 18:51:04
holiday: 0
CA DL DataVolRatio Pct: 77.84
CA DL DataVolRatio Pct num: 1009
HO Attempts: 675

Avg_Connected_UEs: 32.14
SIP DC%: 
DLRLCLayerDataVolume MB: 2053.47
DRB UL Data Volume MB: 9527
PRB Util%: 50.34
CA DL DataVolRatio Pct den: 6899
weekend: 0
CA Activation Rate: 32.26
hr: 4
Bearer Releases: 11884

hr: 4
CA Activation Rate num: 7845046
Setup_Fail_DEN: 16755
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 116.68
DL Data Vol MAC in MB: 4394.91

Time: 18:29:02
holiday: 0
CA DL DataVolRatio Pct: 60.49

Avg_Connected_UEs: 36.95
SIP DC%: 
UPTP_Mbps: 80.81
DLRLCLayerDataVolume MB: 7597.49
RRC Setup Attempts: 6181
weekend: 0
UPTP Mbps Num: 2937
CA Activation Rate: 55.94
hr: 0
MAC_UE_SC_Tput: 9223.86

hr: 0
CA Activation Rate num: 10468565
UPTP Mbps Den: 2831
Setup_Fail_DEN: 10784
SIP_SC_Total_MOU: 120.1
Peak UE: 27
PCT Time MIMO: 33.09
DL Volume: 9257
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4781
DL Data Vol MAC in MB: 7039.57

Time: 21:32:39
holiday: 0
CA DL DataVolRatio Pct: 62.72
CA DL DataVolRatio Pct num: 7401

DL MAC Vol Scell Pct: 7.95
Avg_Connected_UEs: 36.87
SIP DC%: 
DLRLCLayerDataVolume MB: 4267.32
PRB Util%: 35.33
CA DL DataVolRatio Pct den: 9442
CA Conf FailRate Pct den: 6591
weekend: 0
UPTP Mbps Num: 57955
CA Activation Rate: 41.26
hr: 23
MAC_UE_SC_Tput: 24496.87
Bearer Releases: 18156

hr: 23
CA Activation Rate num: 8325055
Setup_Fail_DEN: 8320
SIP_SC_Total_MOU: 81.93
Peak UE: 39
MB_per_connected_UE: 31.55
PCT Time MIMO: 49.31
DL Volume: 3877
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5158
CA Activation Rate den: 70983

Time: 12:12:26
holiday: 0
CA DL DataVolRatio Pct: 66.22

DL MAC Vol Scell Pct: 34.53
Avg_Connected_UEs: 72.75
SIP DC%: 
DLRLCLayerDataVolume MB: 8356.6
DRB UL Data Volume MB: 3325
CA DL DataVolRatio Pct den: 8097
CA Conf FailRate Pct den: 5268
weekend: 0
UPTP Mbps Num: 15250
CA Activation Rate: 71.21
hr: 7
MAC_UE_SC_Tput: 8023.8

hr: 7
CA Activation Rate num: 4906298
UPTP Mbps Den: 257
Setup_Fail_DEN: 19494
SIP_SC_Total_MOU: 122.97
Peak UE: 27
MB_per_connected_UE: 41.79
QCI 1 Bearer Releases: 71
DL Data Vol MAC in MB: 6592.4
CA Activation Rate den: 104239

Time: 21:41:42
holiday: 0
CA DL DataVolRatio Pct: 46.05
HO_att_InterFreq: 540

SIP DC%: 
UPTP_Mbps: 41.36
DLRLCLayerDataVolume MB: 3395.98
DRB UL Data Volume MB: 2384
CA Conf FailRate Pct den: 6549
weekend: 0
hr: 0

hr: 0
CA Activation Rate num: 6276526
UPTP Mbps Den: 2381
Setup_Fail_DEN: 7139
SIP_SC_Total_MOU: 103.6
Peak UE: 75
MB_per_connected_UE: 143.31
DL Data Vol MAC in MB: 6087.27
CA Activation Rate den: 94156
Combined RACH Preambles: 2243

Time: 10:32:37
holiday: 0
CA DL DataVolRatio Pct: 54.97
CA DL DataVolRatio Pct num: 3064

SIP DC%: 
UPTP_Mbps: 41.15
DLRLCLayerDataVolume MB: 3527
PRB Util%: 31.29
CA Conf FailRate Pct den: 9234
weekend: 0
CA Activation Rate: 41.38
hr: 23
MAC_UE_SC_Tput: 28488.14

hr: 23
CA Activation Rate num: 14067932
Setup_Fail_DEN: 9681
MB_per_connected_UE: 171.41
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6985
DL Data Vol MAC in MB: 6730.89
CA Activation Rate den: 42036

Time: 11:55:15
holiday: 0

Avg_Connected_UEs: 47.94
SIP DC%: 
DRB UL Data Volume MB: 8105
RRC Setup Attempts: 8407
weekend: 0
UPTP Mbps Num: 23522
CA Activation Rate: 59.7
hr: 0
MAC_UE_SC_Tput: 5870.02

hr: 0
CA Activation Rate num: 10733044
Setup_Fail_DEN: 19598
Peak UE: 64
MB_per_connected_UE: 49.03
DL Volume: 1019
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4759
DL Data Vol MAC in MB: 6460.2
Combined RACH Preambles: 3510

Time: 02:04:26
holiday: 0
CA DL DataVolRatio Pct: 73.49

DL MAC Vol Scell Pct: 25.26
Avg_Connected_UEs: 36.67
SIP DC%: 
UPTP_Mbps: 90.83
PRB Util%: 74.5
CA DL DataVolRatio Pct den: 4507
CA Conf FailRate Pct den: 8816
weekend: 0
UPTP Mbps Num: 17414
CA Activation Rate: 30.6
hr: 23
MAC_UE_SC_Tput: 23513.56
Bearer Releases: 12391

hr: 23
CA Activation Rate num: 6032323
UPTP Mbps Den: 2607
SIP_SC_Total_MOU: 212.81
Peak UE: 91
MB_per_connected_UE: 88.68
DL Volume: 7411
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5511
UL Throughput: 6.81

holiday: 0
CA DL DataVolRatio Pct: 57.21
CA DL DataVolRatio Pct num: 4260

Avg_Connected_UEs: 66.77
SIP DC%: 
UPTP_Mbps: 45.54
DLRLCLayerDataVolume MB: 7511.35
PRB Util%: 69.19
CA DL DataVolRatio Pct den: 5538
CA Conf FailRate Pct den: 7438
RSSIRX1 Avg: -94
weekend: 0
CA Activation Rate: 73.9
hr: 18
MAC_UE_SC_Tput: 5880.27
Bearer Releases: 12621

hr: 18
Avg CQI: 9.45
CA Activation Rate num: 2248526
Setup_Fail_DEN: 13179
SIP_SC_Total_MOU: 147.7
Peak UE: 98
MB_per_connected_UE: 190.39
DL Data Vol MAC in MB: 2252.84
CA Activation Rate den: 151564

Time: 02:37:10
holiday: 0
CA DL DataVolRatio Pct num: 3418

SIP DC%: 
RRC Setup Attempts: 9259
weekend: 0
hr: 17
MAC_UE_SC_Tput: 8414.26
Bearer Releases: 7928

hr: 17
CA Activation Rate num: 3967078
Setup_Fail_DEN: 7008
SIP_SC_Total_MOU: 0.44
Peak UE: 27
MB_per_connected_UE: 176.56
PCT Time MIMO: 35.84

Time: 04:42:12
holiday: 0
CA DL DataVolRatio Pct: 50.34
CA DL DataVolRatio Pct num: 4083

DL MAC Vol Scell Pct: 9.25
Avg_Connected_UEs: 50.76
SIP DC%: 
UPTP_Mbps: 28.16
DLRLCLayerDataVolume MB: 1122.75
DRB UL Data Volume MB: 5368
RRC Setup Attempts: 4735
weekend: 0
CA Activation Rate: 6.21
hr: 9
MAC_UE_SC_Tput: 11905.32

hr: 9
CA Activation Rate num: 10725737
UPTP Mbps Den: 1161
Setup_Fail_DEN: 8163
Peak UE: 27
MB_per_connected_UE: 135.98
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7028

Combined RACH Preambles: 4540
Time: 06:51:34
holiday: 0
HO Attempts: 187

DL MAC Vol Scell Pct: 7.08
Avg_Connected_UEs: 27.58
SIP DC%: 
UPTP_Mbps: 35.53
DRB UL Data Volume MB: 9340
CA Conf FailRate Pct den: 7010
weekend: 0
hr: 16
MAC_UE_SC_Tput: 14951.54
Bearer Releases: 10368

hr: 16
CA Activation Rate num: 10123532
SIP_SC_Total_MOU: 86.83
Peak UE: 27
MB_per_connected_UE: 65.58

Time: 07:58:14
holiday: 0
SIP_SC_Call_Attempts: 248
CA DL DataVolRatio Pct num: 6717

DL MAC Vol Scell Pct: 5.18
Avg_Connected_UEs: 45.35
SIP DC%: 
UPTP_Mbps: 122.22
DLRLCLayerDataVolume MB: 421.07
DRB UL Data Volume MB: 1823
PRB Util%: 8.11
CA DL DataVolRatio Pct den: 6714
weekend: 0
UPTP Mbps Num: 18306
hr: 7
MAC_UE_SC_Tput: 17423.37

hr: 7
Setup_Fail_DEN: 10731
SIP_SC_Total_MOU: 130.95
Peak UE: 39
DL Volume: 1105
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5628
DL Data Vol MAC in MB: 2467.56

Combined RACH Preambles: 1908
Time: 07:51:46
holiday: 0
CA DL DataVolRatio Pct num: 1521

DL MAC Vol Scell Pct: 16.49
Avg_Connected_UEs: 45.1
SIP DC%: 
UPTP_Mbps: 30.24
DLRLCLayerDataVolume MB: 8151.81
DRB UL Data Volume MB: 2028
CA DL DataVolRatio Pct den: 8958
RSSIRX1 Avg: -93.98
weekend: 0
UPTP Mbps Num: 50310
hr: 9
MAC_UE_SC_Tput: 9241.1

hr: 9
CA Activation Rate num: 5389558
UPTP Mbps Den: 1033
Peak UE: 27
MB_per_connected_UE: 138.17
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4772
DL Data Vol MAC in MB: 1192.27

Combined RACH Preambles: 3062
Time: 00:08:43
holiday: 0
CA DL DataVolRatio Pct: 87.43

Avg_Connected_UEs: 57.33
SIP DC%: 
DLRLCLayerDataVolume MB: 8812.42
CA Conf FailRate Pct den: 9424
RSSIRX1 Avg: -94.79
weekend: 0
CA Activation Rate: 67.54
hr: 0
Bearer Releases: 10452

hr: 0
CA Activation Rate num: 7499138
Setup_Fail_DEN: 14653
Peak UE: 34
MB_per_connected_UE: 37.95
DL Data Vol MAC in MB: 9221.36

Time: 12:28:16
holiday: 0
CA DL DataVolRatio Pct: 92.21
HO Attempts: 302

DL MAC Vol Scell Pct: 3.06
Avg_Connected_UEs: 83.97
SIP DC%: 
UPTP_Mbps: 27
DLRLCLayerDataVolume MB: 6163.12
DRB UL Data Volume MB: 7450
PRB Util%: 9.64
weekend: 1
UPTP Mbps Num: 12396
hr: 9
MAC_UE_SC_Tput: 14762.55
Bearer Releases: 7439

hr: 9
CA Activation Rate num: 8134465
Setup_Fail_DEN: 14637
Peak UE: 49
MB_per_connected_UE: 164.15
PCT Time MIMO: 48.74
DL Volume: 946
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8458
DL Data Vol MAC in MB: 4934.62

Time: 03:10:47
holiday: 0
CA DL DataVolRatio Pct num: 6824

SIP DC%: 
UPTP_Mbps: 38.26
PRB Util%: 45.63
RRC Setup Attempts: 5328
CA DL DataVolRatio Pct den: 755
CA Conf FailRate Pct den: 7387
weekend: 0
UPTP Mbps Num: 31663
hr: 2
MAC_UE_SC_Tput: 7142.39

hr: 2
CA Activation Rate num: 2620939
Setup_Fail_DEN: 14340
Peak UE: 40
MB_per_connected_UE: 165.93
DL Volume: 7064
DL Data Vol MAC in MB: 2544.59
CA Activation Rate den: 203777

Time: 10:12:21
holiday: 0
CA DL DataVolRatio Pct: 68.97
CA DL DataVolRatio Pct num: 3357

Avg_Connected_UEs: 52.25
SIP DC%: 
UPTP_Mbps: 120.53
DLRLCLayerDataVolume MB: 9317.71
DRB UL Data Volume MB: 9249
PRB Util%: 47.47
RSSIRX1 Avg: -96.75
weekend: 0
UPTP Mbps Num: 33041
RSSIRX2 Avg: -96.14
CA Activation Rate: 28.39
hr: 23
MAC_UE_SC_Tput: 5999.53
Bearer Releases: 9398

hr: 23
CA Activation Rate num: 2779580
UPTP Mbps Den: 2176
Setup_Fail_DEN: 19469
SIP_SC_Total_MOU: 239.29
QCI 1 Bearer Drop%: 2.55
Peak UE: 64
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8308
UL Throughput: 2.98
DL Data Vol MAC in MB: 2204.49

Time: 14:40:31
holiday: 0
CA DL DataVolRatio Pct num: 4791
HO Attempts: 692

Avg_Connected_UEs: 44.26
SIP DC%: 
DLRLCLayerDataVolume MB: 8865.72
DRB UL Data Volume MB: 5847
PRB Util%: 16.27
CA DL DataVolRatio Pct den: 7141
weekend: 0
UPTP Mbps Num: 14899
CA Activation Rate: 36.78
hr: 23

hr: 23
CA Activation Rate num: 1867927
Peak UE: 27
MB_per_connected_UE: 96.96
PCT Time MIMO: 33.18
DL Data Vol MAC in MB: 5593.72

Time: 11:33:15
holiday: 0
CA DL DataVolRatio Pct: 74.05
CA DL DataVolRatio Pct num: 3479
HO Attempts: 652

DL MAC Vol Scell Pct: 25.54
Avg_Connected_UEs: 22.54
SIP DC%: 
UPTP_Mbps: 37.55
DLRLCLayerDataVolume MB: 3143.66
DRB UL Data Volume MB: 8037
CA Conf FailRate Pct den: 7307
RSSIRX1 Avg: -94.84
weekend: 1
CA Activation Rate: 40.05
hr: 0
MAC_UE_SC_Tput: 10665.22

hr: 0
CA Activation Rate num: 6554564
Setup_Fail_DEN: 14906
Peak UE: 27
MB_per_connected_UE: 103.54
DL Volume: 5624
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3602
DL Data Vol MAC in MB: 1127.53

Time: 13:03:32
holiday: 0
CA DL DataVolRatio Pct: 85.41

Avg_Connected_UEs: 25.71
SIP DC%: 
DLRLCLayerDataVolume MB: 6825.35
PRB Util%: 19.32
CA DL DataVolRatio Pct den: 977
CA Conf FailRate Pct den: 5683
weekend: 0
UPTP Mbps Num: 48947
CA Activation Rate: 8.63
hr: 0
MAC_UE_SC_Tput: 5306.28
Bearer Releases: 8575

hr: 0
CA Activation Rate num: 2532987
UPTP Mbps Den: 3559
Setup_Fail_DEN: 8287
Peak UE: 64
MB_per_connected_UE: 148.73
PCT Time MIMO: 32.29
DL Volume: 6114
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5606
DL Data Vol MAC in MB: 414.68
CA Activation Rate den: 177063

Combined RACH Preambles: 2646
Time: 11:57:36
holiday: 0
CA DL DataVolRatio Pct: 90.55
CA DL DataVolRatio Pct num: 6890

Avg_Connected_UEs: 66.89
SIP DC%: 
DRB UL Data Volume MB: 7596
PRB Util%: 29.28
CA DL DataVolRatio Pct den: 692
weekend: 0
UPTP Mbps Num: 6811
CA Activation Rate: 26.44
hr: 0
MAC_UE_SC_Tput: 5357.39
Bearer Releases: 6651

hr: 0
CA Activation Rate num: 2898985
UPTP Mbps Den: 905
Setup_Fail_DEN: 10917
Peak UE: 36
MB_per_connected_UE: 13.38
PCT Time MIMO: 43.19
DL Volume: 1764
DL Data Vol MAC in MB: 4077.28
CA Activation Rate den: 180747
Time: 06:16:44

holiday: 0
CA DL DataVolRatio Pct: 78.3

SIP DC%: 
UPTP_Mbps: 17.6
DLRLCLayerDataVolume MB: 6229.67
DRB UL Data Volume MB: 9426
PRB Util%: 16.89
CA DL DataVolRatio Pct den: 1810
CA Conf FailRate Pct den: 7330
weekend: 0
hr: 14
MAC_UE_SC_Tput: 10770.7

hr: 14
UPTP Mbps Den: 300
Setup_Fail_DEN: 9229
SIP_SC_Total_MOU: 213.22
Peak UE: 94
PCT Time MIMO: 37.01
DL Volume: 1936

Time: 01:57:19
holiday: 0
CA DL DataVolRatio Pct: 75.69
CA DL DataVolRatio Pct num: 1060

SIP DC%: 
DLRLCLayerDataVolume MB: 2178.55
RRC Setup Attempts: 7423
CA DL DataVolRatio Pct den: 2302
CA Conf FailRate Pct den: 9227
weekend: 0
UPTP Mbps Num: 51149
CA Activation Rate: 30.19
hr: 23
MAC_UE_SC_Tput: 11433.83
Bearer Releases: 13381

hr: 23
CA Activation Rate num: 4166778
UPTP Mbps Den: 2690
Peak UE: 27
MB_per_connected_UE: 165.16
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7792
CA Activation Rate den: 90347

Time: 09:17:10
holiday: 0
CA DL DataVolRatio Pct: 44.12
HO Attempts: 404

Avg_Connected_UEs: 47.23
SIP DC%: 
UPTP_Mbps: 24.74
DLRLCLayerDataVolume MB: 791.51
PRB Util%: 73.64
CA DL DataVolRatio Pct den: 2163
CA Conf FailRate Pct den: 7358
weekend: 0
UPTP Mbps Num: 14809
CA Activation Rate: 69.28
hr: 0
MAC_UE_SC_Tput: 4466.76

hr: 0
CA Activation Rate num: 5294053
SIP_SC_Total_MOU: 89.34
Peak UE: 89
DL Volume: 3419
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6485
DL Data Vol MAC in MB: 4580.36
CA Activation Rate den: 121269

Time: 11:33:59
holiday: 0
CA DL DataVolRatio Pct: 70.93
HO_att_InterFreq: 254

DL MAC Vol Scell Pct: 10.86
Avg_Connected_UEs: 26.52
SIP DC%: 
UPTP_Mbps: 37.33
DLRLCLayerDataVolume MB: 5897.19
DRB UL Data Volume MB: 5129
CA DL DataVolRatio Pct den: 8761
CA Conf FailRate Pct den: 5911
weekend: 0
UPTP Mbps Num: 1581
RSSIRX2 Avg: -98.3
CA Activation Rate: 78.04
hr: 1
MAC_UE_SC_Tput: 4452.33

hr: 1
CA Activation Rate num: 4970168
Setup_Fail_DEN: 7962
SIP_SC_Total_MOU: 33.62
Peak UE: 27
MB_per_connected_UE: 38.57
PCT Time MIMO: 34.01
DL Volume: 6790
DL Data Vol MAC in MB: 8360.83
CA Activation Rate den: 71450

Time: 14:51:29
Date: 20-06-2023
holiday: 0
CA DL DataVolRatio Pct: 80.59
CA DL DataVolRatio Pct num: 6223
HO Attempts: 662

DL MAC Vol Scell Pct: 21.99
Avg_Connected_UEs: 44.98
SIP DC%: 
CA DL DataVolRatio Pct den: 8577
CA Conf FailRate Pct den: 3956
weekend: 0
hr: 17
MAC_UE_SC_Tput: 4966.39
Bearer Releases: 11782

hr: 17
CA Activation Rate num: 10367783
Setup_Fail_DEN: 10372
Peak UE: 27
DL Data Vol MAC in MB: 6204.18
CA Activation Rate den: 57608

Time: 17:24:30
holiday: 0
CA DL DataVolRatio Pct: 88.62
CA DL DataVolRatio Pct num: 5386

DL MAC Vol Scell Pct: 20.09
Avg_Connected_UEs: 58
SIP DC%: 
DLRLCLayerDataVolume MB: 2736.94
weekend: 0
CA Activation Rate: 44.75
hr: 8
MAC_UE_SC_Tput: 4763.84
Bearer Releases: 17086

hr: 8
CA Activation Rate num: 10216181
Setup_Fail_DEN: 10499
SIP_SC_Total_MOU: 113.35
Peak UE: 37
MB_per_connected_UE: 14.72
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7175
DL Data Vol MAC in MB: 1823.85
CA Activation Rate den: 62814

Time: 03:24:34
holiday: 0

Avg_Connected_UEs: 38.7
SIP DC%: 
S1U_SIP_SC_SEER: 99.3
DLRLCLayerDataVolume MB: 6370.67
PRB Util%: 38.37
RRC Setup Attempts: 8756
CA Conf FailRate Pct den: 3259
RSSIRX1 Avg: -96.11
weekend: 1
UPTP Mbps Num: 44448
CA Activation Rate: 11.8
hr: 23
MAC_UE_SC_Tput: 23815.67
Bearer Releases: 15323

hr: 23
CA Activation Rate num: 1941370
UPTP Mbps Den: 1628
Setup_Fail_DEN: 18935
Peak UE: 27
MB_per_connected_UE: 147.12
PCT Time MIMO: 33.48
DL Volume: 6652
DL Data Vol MAC in MB: 1824.42
CA Activation Rate den: 60060

Time: 10:50:27
holiday: 0
CA DL DataVolRatio Pct: 67.29

SIP DC%: 
DRB UL Data Volume MB: 7784
weekend: 0
UPTP Mbps Num: 23760
CA Activation Rate: 28.87
hr: 10
MAC_UE_SC_Tput: 10235.23
Bearer Releases: 17222

hr: 10
CA Activation Rate num: 6646346
UPTP Mbps Den: 1537
Peak UE: 27
MB_per_connected_UE: 65.49
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3563
DL Data Vol MAC in MB: 5556.52
CA Activation Rate den: 55530

Combined RACH Preambles: 2315
Time: 01:02:28
Date: 10-06-2022
holiday: 0
CA DL DataVolRatio Pct num: 193

Avg_Connected_UEs: 37.41
SIP DC%: 
UPTP_Mbps: 93.79
DLRLCLayerDataVolume MB: 1103.03
DRB UL Data Volume MB: 2382
PRB Util%: 22.91
CA DL DataVolRatio Pct den: 8877
CA Conf FailRate Pct den: 6948
weekend: 0
UPTP Mbps Num: 15825
CA Activation Rate: 50.64
hr: 21
MAC_UE_SC_Tput: 8264.66

hr: 21
CA Activation Rate num: 4930435
SIP_SC_Total_MOU: 350.39
Peak UE: 34
MB_per_connected_UE: 194.75
DL Data Vol MAC in MB: 5953.45

Time: 00:18:46
holiday: 0
CA DL DataVolRatio Pct num: 5333

SIP DC%: 
UPTP_Mbps: 36.13
RRC Setup Attempts: 3971
CA DL DataVolRatio Pct den: 4750
CA Conf FailRate Pct den: 9342
weekend: 0
UPTP Mbps Num: 18374
hr: 2
MAC_UE_SC_Tput: 4556.39
Bearer Releases: 8127

hr: 2
CA Activation Rate num: 1072920
SIP_SC_Total_MOU: 338.25
Peak UE: 27
MB_per_connected_UE: 63.72
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6120
CA Activation Rate den: 119300

Time: 22:04:41
holiday: 0
CA DL DataVolRatio Pct: 91.05

DL MAC Vol Scell Pct: 13.07
SIP DC%: 
UPTP_Mbps: 42.16
DLRLCLayerDataVolume MB: 7689.56
PRB Util%: 50.63
CA DL DataVolRatio Pct den: 10006
weekend: 0
UPTP Mbps Num: 23979
CA Activation Rate: 8.86
hr: 2
MAC_UE_SC_Tput: 11399.79
Bearer Releases: 6687

hr: 2
Setup_Fail_DEN: 13936
Peak UE: 27
MB_per_connected_UE: 191.93
DL Data Vol MAC in MB: 3923.29

Time: 00:24:45
holiday: 0

Avg_Connected_UEs: 19.86
SIP DC%: 
DLRLCLayerDataVolume MB: 4775.12
CA DL DataVolRatio Pct den: 1477
CA Conf FailRate Pct den: 4184
weekend: 0
hr: 2
MAC_UE_SC_Tput: 8907.61
Bearer Releases: 6706

hr: 2
CA Activation Rate num: 5554087
Setup_Fail_DEN: 7782
SIP_SC_Total_MOU: 52.92
Peak UE: 64
MB_per_connected_UE: 77.99
DL Volume: 5085
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4763
CA Activation Rate den: 94178

Time: 10:01:41
holiday: 0
CA DL DataVolRatio Pct: 91.1
CA DL DataVolRatio Pct num: 1571

SIP DC%: 
DRB UL Data Volume MB: 9586
CA DL DataVolRatio Pct den: 5425
weekend: 0
CA Activation Rate: 65.83
hr: 17
MAC_UE_SC_Tput: 6520.84
Bearer Releases: 10199

hr: 17
CA Activation Rate num: 6110492
Setup_Fail_DEN: 15726
SIP_SC_Total_MOU: 60.86
Peak UE: 53
MB_per_connected_UE: 150.45
PCT Time MIMO: 66.37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8447
DL Data Vol MAC in MB: 8773.33
CA Activation Rate den: 42172

Time: 16:11:23
holiday: 0

Avg_Connected_UEs: 50.17
SIP DC%: 
UPTP_Mbps: 132.71
DLRLCLayerDataVolume MB: 143
DRB UL Data Volume MB: 6464
RRC Setup Attempts: 5949
weekend: 0
CA Activation Rate: 44.81
hr: 6
MAC_UE_SC_Tput: 13831.77
Bearer Releases: 8945

hr: 6
CA Activation Rate num: 3763435
SIP_SC_Total_MOU: 16.83
Peak UE: 72
MB_per_connected_UE: 12.89
PCT Time MIMO: 50.75
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6021
CA Activation Rate den: 158949
Time: 15:42:20

holiday: 0
CA DL DataVolRatio Pct: 82.26
CA DL DataVolRatio Pct num: 219

DL MAC Vol Scell Pct: 46.07
Avg_Connected_UEs: 51.74
SIP DC%: 
UPTP_Mbps: 85.96
DLRLCLayerDataVolume MB: 1877.41
DRB UL Data Volume MB: 4773
PRB Util%: 8.57
RRC Setup Attempts: 5050
weekend: 0
UPTP Mbps Num: 1078
CA Activation Rate: 2.58
hr: 18
MAC_UE_SC_Tput: 25159.58

hr: 18
Setup_Fail_DEN: 14514
SIP_SC_Total_MOU: 47.66
Peak UE: 79
MB_per_connected_UE: 74.69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3599
DL Data Vol MAC in MB: 7917.09
CA Activation Rate den: 78806

Time: 23:16:31
holiday: 0
CA DL DataVolRatio Pct: 85.54
HO Attempts: 502

DL MAC Vol Scell Pct: 21.53
Avg_Connected_UEs: 19.07
SIP DC%: 
PRB Util%: 71.77
RRC Setup Attempts: 3541
CA DL DataVolRatio Pct den: 7372
weekend: 0
CA Activation Rate: 30.02
hr: 23
MAC_UE_SC_Tput: 7375.49
Bearer Releases: 6264

hr: 23
CA Activation Rate num: 5556238
UPTP Mbps Den: 2835
Peak UE: 50
MB_per_connected_UE: 62.63
PCT Time MIMO: 60.38
DL Volume: 5809
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3659
DL Data Vol MAC in MB: 7549.21
CA Activation Rate den: 117232

Combined RACH Preambles: 3974
Time: 16:07:24
holiday: 0
CA DL DataVolRatio Pct: 66.65
CA DL DataVolRatio Pct num: 4376

Avg_Connected_UEs: 19.98
SIP DC%: 
DLRLCLayerDataVolume MB: 7084.05
PRB Util%: 67.82
weekend: 0
CA Activation Rate: 17.66
hr: 2
MAC_UE_SC_Tput: 5031.61

hr: 2
CA Activation Rate num: 7493722
Setup_Fail_DEN: 10680
SIP_SC_Total_MOU: 153.78
Peak UE: 57
MB_per_connected_UE: 73.83
DL Volume: 8693
DL Data Vol MAC in MB: 2119.28

Combined RACH Preambles: 2665
Time: 19:41:02
holiday: 0
CA DL DataVolRatio Pct: 77.26
CA DL DataVolRatio Pct num: 7377

Avg_Connected_UEs: 33.82
SIP DC%: 
UPTP_Mbps: 36.22
DLRLCLayerDataVolume MB: 10007.07
DRB UL Data Volume MB: 8924
RRC Setup Attempts: 9046
CA DL DataVolRatio Pct den: 6660
weekend: 0
CA Activation Rate: 24.08
hr: 23
MAC_UE_SC_Tput: 15942.59
Bearer Releases: 16938

hr: 23
CA Activation Rate num: 10364893
Setup_Fail_DEN: 18780
Peak UE: 27
MB_per_connected_UE: 135.2
DL Data Vol MAC in MB: 5427.09

Combined RACH Preambles: 2346
Time: 17:31:03
holiday: 0

Avg_Connected_UEs: 18.02
SIP DC%: 
UPTP_Mbps: 16.35
DLRLCLayerDataVolume MB: 6367.13
DRB UL Data Volume MB: 5123
CA DL DataVolRatio Pct den: 9852
CA Conf FailRate Pct den: 6504
weekend: 0
CA Activation Rate: 39.41
hr: 3
MAC_UE_SC_Tput: 7568.82
Bearer Releases: 6790

hr: 3
Peak UE: 66
MB_per_connected_UE: 121.25
DL Volume: 9715
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7129
CA Activation Rate den: 89987

Time: 20:13:24
holiday: 0
CA DL DataVolRatio Pct: 68.74
HO Attempts: 640

DL MAC Vol Scell Pct: 23.3
Avg_Connected_UEs: 43.58
SIP DC%: 
UPTP_Mbps: 131.28
DRB UL Data Volume MB: 320
RRC Setup Attempts: 3892
CA Conf FailRate Pct den: 9247
weekend: 0
UPTP Mbps Num: 6193
hr: 3
MAC_UE_SC_Tput: 4979.78
Bearer Releases: 15365

hr: 3
CA Activation Rate num: 7240479
UPTP Mbps Den: 3027
Setup_Fail_DEN: 14151
SIP_SC_Total_MOU: 9.5
Peak UE: 27
DL Volume: 2721
CA Activation Rate den: 174156
Combined RACH Preambles: 5219

Time: 11:10:15
Date: 26-06-2023
holiday: 0
CA DL DataVolRatio Pct: 55.59

DL MAC Vol Scell Pct: 46.98
SIP DC%: 
DLRLCLayerDataVolume MB: 3988.09
PRB Util%: 65.08
RRC Setup Attempts: 6120
CA DL DataVolRatio Pct den: 9414
CA Conf FailRate Pct den: 8928
weekend: 0
hr: 0
MAC_UE_SC_Tput: 17794.16
Bearer Releases: 10006

hr: 0
CA Activation Rate num: 5306719
Setup_Fail_DEN: 11898
Peak UE: 36
MB_per_connected_UE: 24.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6646

Time: 16:08:22
holiday: 0
CA DL DataVolRatio Pct: 39.99
HO_att_InterFreq: 335

Avg_Connected_UEs: 35.73
SIP DC%: 
UPTP_Mbps: 20.75
DLRLCLayerDataVolume MB: 6111.16
RRC Setup Attempts: 7000
CA DL DataVolRatio Pct den: 6358
CA Conf FailRate Pct den: 8844
weekend: 0
hr: 23
MAC_UE_SC_Tput: 9323.98

hr: 23
CA Activation Rate num: 7235661
UPTP Mbps Den: 95
Setup_Fail_DEN: 15239
Peak UE: 40
MB_per_connected_UE: 54.97
DL Volume: 4077

Time: 23:53:12
holiday: 0
CA DL DataVolRatio Pct: 54.71

DL MAC Vol Scell Pct: 18.75
Avg_Connected_UEs: 37.83
SIP DC%: 
DLRLCLayerDataVolume MB: 1394.19
CA Conf FailRate Pct den: 4389
weekend: 0
UPTP Mbps Num: 6253
CA Activation Rate: 34.75
hr: 11
MAC_UE_SC_Tput: 9218.97
Bearer Releases: 13124

hr: 11
CA Activation Rate num: 3327944
UPTP Mbps Den: 113
Setup_Fail_DEN: 9870
SIP_SC_Total_MOU: 132.58
Peak UE: 52
MB_per_connected_UE: 23.12
DL Data Vol MAC in MB: 7472.26

Time: 22:39:18
holiday: 0
CA DL DataVolRatio Pct num: 6399

Avg_Connected_UEs: 49.56
SIP DC%: 
UPTP_Mbps: 23.84
DLRLCLayerDataVolume MB: 2147.48
DRB UL Data Volume MB: 4796
DL Packet Loss Pct: 1.96
RRC Setup Attempts: 5628
CA DL DataVolRatio Pct den: 4604
weekend: 0
UPTP Mbps Num: 15405
CA Activation Rate: 18.34
hr: 12
MAC_UE_SC_Tput: 5462.46
Bearer Releases: 12698

hr: 12
UPTP Mbps Den: 2066
Setup_Fail_DEN: 11336
Peak UE: 45
MB_per_connected_UE: 42.46
DL Volume: 1203
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3570
CA Activation Rate den: 141266

Time: 06:20:42
holiday: 0
HO_att_InterFreq: 849
HO Attempts: 426

DL MAC Vol Scell Pct: 29.2
Avg_Connected_UEs: 47.32
SIP DC%: 
DRB UL Data Volume MB: 8895
PRB Util%: 35.16
CA DL DataVolRatio Pct den: 2424
CA Conf FailRate Pct den: 9426
weekend: 0
UPTP Mbps Num: 36285
CA Activation Rate: 62.66
hr: 3
MAC_UE_SC_Tput: 10553.1

hr: 3
CA Activation Rate num: 5933878
UPTP Mbps Den: 4438
Setup_Fail_DEN: 15104
SIP_SC_Total_MOU: 94.79
Peak UE: 33
MB_per_connected_UE: 106.86
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3443
DL Data Vol MAC in MB: 5965.72

Time: 02:18:25
holiday: 0

DL MAC Vol Scell Pct: 46.02
Avg_Connected_UEs: 68.67
SIP DC%: 
UPTP_Mbps: 33.33
DRB UL Data Volume MB: 7655
RRC Setup Attempts: 5018
CA Conf FailRate Pct den: 9225
weekend: 0
Bearer Setup Failure Voice Den: 83
CA Activation Rate: 14.49
hr: 8
MAC_UE_SC_Tput: 6248.54
Bearer Releases: 16635

hr: 8
SIP_SC_Total_MOU: 62.31
S1U_SIP_SC_SEER_den: 260
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 159.02
DL Volume: 3217
DL Data Vol MAC in MB: 3143.9
CA Activation Rate den: 97529

Time: 19:17:34
holiday: 0
CA DL DataVolRatio Pct: 86.82

DL MAC Vol Scell Pct: 4.65
SIP DC%: 
UPTP_Mbps: 99.88
DLRLCLayerDataVolume MB: 618.09
DRB UL Data Volume MB: 4411
PRB Util%: 68.11
RRC Setup Attempts: 6306
CA Conf FailRate Pct den: 4402
weekend: 0
UPTP Mbps Num: 31992
hr: 3
MAC_UE_SC_Tput: 7370.85

hr: 3
CA Activation Rate num: 2021666
UPTP Mbps Den: 5849
Setup_Fail_DEN: 9484
Peak UE: 58
MB_per_connected_UE: 96.77
DL Data Vol MAC in MB: 3816.45
CA Activation Rate den: 201557
Combined RACH Preambles: 2765

Time: 21:06:25
holiday: 0
HO_att_InterFreq: 209
CA DL DataVolRatio Pct num: 4451

Avg_Connected_UEs: 51.61
SIP DC%: 
DLRLCLayerDataVolume MB: 179.54
weekend: 1
UPTP Mbps Num: 6570
hr: 0
MAC_UE_SC_Tput: 10321.88
Bearer Releases: 14652

hr: 0
CA Activation Rate num: 5274599
Peak UE: 38
MB_per_connected_UE: 53.21
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6603

Time: 10:56:32
Date: 01-01-2022
holiday: 0
SIP_SC_Call_Attempts: 197
CA DL DataVolRatio Pct num: 3253

Avg_Connected_UEs: 70.23
SIP DC%: 
DLRLCLayerDataVolume MB: 955.04
DRB UL Data Volume MB: 6590
CA DL DataVolRatio Pct den: 9249
weekend: 0
hr: 3
MAC_UE_SC_Tput: 8826.09
Bearer Releases: 17862

hr: 3
CA Activation Rate num: 946734
UPTP Mbps Den: 1286
Setup_Fail_DEN: 6550
SIP_SC_Total_MOU: 176.33
Peak UE: 71
VOLTE IA%: 
DL Volume: 5435
CA Activation Rate den: 152369

Time: 09:14:17
holiday: 0
CA DL DataVolRatio Pct: 55.9
CA DL DataVolRatio Pct num: 4236
HO Attempts: 149

Avg_Connected_UEs: 80.95
SIP DC%: 
UPTP_Mbps: 36.02
CA DL DataVolRatio Pct den: 9396
weekend: 0
UPTP Mbps Num: 18933
CA Activation Rate: 76.13
hr: 23

hr: 23
CA Activation Rate num: 3683192
Setup_Fail_DEN: 13053
Peak UE: 27
DL Volume: 7800
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3207
CA Activation Rate den: 99924

Time: 07:53:33
holiday: 0
CA DL DataVolRatio Pct: 86.2
HO Attempts: 614

SIP DC%: 
UPTP_Mbps: 42.75
DLRLCLayerDataVolume MB: 2324.87
RRC Setup Attempts: 8210
weekend: 1
CA Activation Rate: 58.44
hr: 11
MAC_UE_SC_Tput: 10384.4

hr: 11
CA Activation Rate num: 7218072
UPTP Mbps Den: 2413
SIP_SC_Total_MOU: 143.14
Peak UE: 27
VOLTE IA%: 0.48
PCT Time MIMO: 41.46
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4359
CA Activation Rate den: 99131

Time: 09:27:42
Date: 11-10-2023
holiday: 0
CA DL DataVolRatio Pct: 48.48
HO_att_InterFreq: 88
CA DL DataVolRatio Pct num: 7012

SIP DC%: 
UPTP_Mbps: 29.94
DLRLCLayerDataVolume MB: 4239.74
PRB Util%: 58.89
CA DL DataVolRatio Pct den: 8135
CA Conf FailRate Pct den: 6963
weekend: 1
hr: 10
MAC_UE_SC_Tput: 6422.42
Bearer Releases: 12931

hr: 10
CA Activation Rate num: 6535611
Peak UE: 27
MB_per_connected_UE: 108.46
DL Data Vol MAC in MB: 6488.68
CA Activation Rate den: 93393

Time: 00:43:41
holiday: 0
CA DL DataVolRatio Pct: 84.27
HO_att_InterFreq: 711

DL MAC Vol Scell Pct: 30.2
SIP DC%: 
DLRLCLayerDataVolume MB: 3808.25
CA Conf FailRate Pct den: 4945
weekend: 0
CA Activation Rate: 29.93
hr: 18
MAC_UE_SC_Tput: 17949.39
Bearer Releases: 16779

hr: 18
CA Activation Rate num: 3032523
UPTP Mbps Den: 287
Setup_Fail_DEN: 8432
SIP_SC_Total_MOU: 114.53
Peak UE: 53
MB_per_connected_UE: 185.85
PCT Time MIMO: 60.52
DL Volume: 8184
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5720
DL Data Vol MAC in MB: 5428.31
CA Activation Rate den: 97573

Combined RACH Preambles: 2371
Time: 00:37:11
holiday: 0

DL MAC Vol Scell Pct: 18.87
SIP DC%: 
DLRLCLayerDataVolume MB: 3981.87
DRB UL Data Volume MB: 6213
Avg_PUCCH_SINR: 17.33
RSSIRX1 Avg: -95.27
weekend: 0
UPTP Mbps Num: 17833
hr: 15

hr: 15
CA Activation Rate num: 2344325
UPTP Mbps Den: 2362
Setup_Fail_DEN: 7233
Peak UE: 61
MB_per_connected_UE: 192.86
PCT Time MIMO: 47.84
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8684
DL Data Vol MAC in MB: 507.42
CA Activation Rate den: 203868

Combined RACH Preambles: 2352
Time: 15:00:31
Date: 15-12-2022
holiday: 0
CA DL DataVolRatio Pct: 62.23

DL MAC Vol Scell Pct: 4.55
Avg_Connected_UEs: 74.46
SIP DC%: 
DLRLCLayerDataVolume MB: 4674.87
DRB UL Data Volume MB: 8123
PRB Util%: 57.05
weekend: 0
UPTP Mbps Num: 34622
CA Activation Rate: 30.94
hr: 14
MAC_UE_SC_Tput: 12850.02

hr: 14
CA Activation Rate num: 4776371
UPTP Mbps Den: 1907
SIP_SC_Total_MOU: 16.41
Peak UE: 28
MB_per_connected_UE: 119.11
DL Volume: 1801
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4265
DL Data Vol MAC in MB: 4457.04
CA Activation Rate den: 96314

Combined RACH Preambles: 3052
Time: 08:47:17
holiday: 0
CA DL DataVolRatio Pct: 87.05
HO_att_InterFreq: 391
CA DL DataVolRatio Pct num: 2030

DL MAC Vol Scell Pct: 5.44
SIP DC%: 
DLRLCLayerDataVolume MB: 4124.29
DRB UL Data Volume MB: 9174
CA DL DataVolRatio Pct den: 5205
weekend: 0
CA Activation Rate: 22.54
hr: 2
MAC_UE_SC_Tput: 4283.33
Bearer Releases: 9105

hr: 2
qci1_setup_attempts: 214
CA Activation Rate num: 5745360
UPTP Mbps Den: 2312
Peak UE: 75
MB_per_connected_UE: 13.29
UL Throughput: 5.28
CA Activation Rate den: 78716

Combined RACH Preambles: 2237
Time: 06:23:21
holiday: 0
CA DL DataVolRatio Pct: 54.12
HO_att_InterFreq: 883
CA DL DataVolRatio Pct num: 6641

SIP DC%: 
UPTP_Mbps: 40.19
RRC Setup Attempts: 5458
CA Conf FailRate Pct den: 6084
weekend: 0
CA Activation Rate: 13.85
hr: 9
MAC_UE_SC_Tput: 10961.76
Bearer Releases: 12622

hr: 9
CA Activation Rate num: 4445906
Setup_Fail_DEN: 8966
SIP_SC_Total_MOU: 169.51
Peak UE: 28
MB_per_connected_UE: 95.94
DL Volume: 1294
DL Data Vol MAC in MB: 5683.99

Time: 20:56:03
holiday: 0

DL MAC Vol Scell Pct: 13.65
SIP DC%: 
DLRLCLayerDataVolume MB: 5946.51
DRB UL Data Volume MB: 5380
weekend: 0
RSSIRX2 Avg: -95.16
CA Activation Rate: 65.41
hr: 7
MAC_UE_SC_Tput: 8330.05

hr: 7
CA Activation Rate num: 4991256
UPTP Mbps Den: 136
Setup_Fail_DEN: 12540
Peak UE: 85
MB_per_connected_UE: 34.27
DL Volume: 7397

Time: 08:50:36
holiday: 0
CA DL DataVolRatio Pct: 64.58

SIP DC%: 
UPTP_Mbps: 30.71
DLRLCLayerDataVolume MB: 2579.4
DRB UL Data Volume MB: 7389
PRB Util%: 34.37
CA DL DataVolRatio Pct den: 7175
CA Conf FailRate Pct den: 6336
weekend: 0
UPTP Mbps Num: 10264
CA Activation Rate: 77.52
hr: 16
MAC_UE_SC_Tput: 10453.52
Bearer Releases: 17269

hr: 16
Setup_Fail_DEN: 11679
Peak UE: 27
MB_per_connected_UE: 168.31
DL Volume: 6293
UL Throughput: 0.89
DL Data Vol MAC in MB: 7887.11

Combined RACH Preambles: 2786
Time: 12:52:23
holiday: 0
CA DL DataVolRatio Pct: 90.12
CA DL DataVolRatio Pct num: 3687

Avg_Connected_UEs: 31.71
SIP DC%: 
UPTP_Mbps: 33.52
DLRLCLayerDataVolume MB: 563.21
DRB UL Data Volume MB: 4136
CA Conf FailRate Pct den: 8233
weekend: 0
UPTP Mbps Num: 32609
hr: 6
MAC_UE_SC_Tput: 5415.19

hr: 6
CA Activation Rate num: 9824937
Peak UE: 27
MB_per_connected_UE: 109.48
HO Failure%: 0.18
CA Activation Rate den: 86803

Time: 09:28:51
holiday: 0
CA DL DataVolRatio Pct: 80.98

DL MAC Vol Scell Pct: 33.09
SIP DC%: 
UPTP_Mbps: 26.74
DLRLCLayerDataVolume MB: 7169.33
CA Conf FailRate Pct den: 6279
RSSIRX1 Avg: -93.75
weekend: 1
UPTP Mbps Num: 5146
CA Activation Rate: 12.04
hr: 13
MAC_UE_SC_Tput: 6702.54
Bearer Releases: 9854

hr: 13
CA Activation Rate num: 5199538
UPTP Mbps Den: 80
Peak UE: 29
MB_per_connected_UE: 126.99
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7676
CA Activation Rate den: 37575

Time: 01:59:10
holiday: 0
CA DL DataVolRatio Pct: 84.01
CA DL DataVolRatio Pct num: 7486

DL MAC Vol Scell Pct: 15.19
SIP DC%: 
UPTP_Mbps: 35.33
DLRLCLayerDataVolume MB: 6844.8
DRB UL Data Volume MB: 5434
PRB Util%: 38.28
DL Packet Loss Pct: 1.88
RRC Setup Attempts: 5570
CA DL DataVolRatio Pct den: 7776
CA Conf FailRate Pct den: 7214
weekend: 0
CA Activation Rate: 49.21
hr: 5
Bearer Releases: 10619

hr: 5
CA Activation Rate num: 9861966
UPTP Mbps Den: 1096
Peak UE: 39
MB_per_connected_UE: 27.82
PCT Time MIMO: 44.08
DL Volume: 3123
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4545
DL Data Vol MAC in MB: 7529.46

Time: 14:42:30
holiday: 0
CA DL DataVolRatio Pct num: 3303

DL MAC Vol Scell Pct: 8.26
Avg_Connected_UEs: 41.51
SIP DC%: 
UPTP_Mbps: 129.62
DRB UL Data Volume MB: 2064
CA DL DataVolRatio Pct den: 6021
CA Conf FailRate Pct den: 9179
weekend: 0
RSSIRX2 Avg: -97.08
CA Activation Rate: 55.98
hr: 5
MAC_UE_SC_Tput: 8597.47
Bearer Releases: 10448

hr: 5
CA Activation Rate num: 4132981
UPTP Mbps Den: 74
Setup_Fail_DEN: 8134
S1U_SIP_SC_SEER_den: 221
Peak UE: 33
MB_per_connected_UE: 80.95
PCT Time MIMO: 58.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8148
CA Activation Rate den: 138541

Combined RACH Preambles: 4410
Time: 07:19:52
holiday: 0

Avg_Connected_UEs: 53.86
SIP DC%: 
UPTP_Mbps: 45.88
DLRLCLayerDataVolume MB: 685.29
DRB UL Data Volume MB: 9234
PRB Util%: 30.27
CA Conf FailRate Pct den: 6052
weekend: 0
UPTP Mbps Num: 13009
CA Activation Rate: 48.99
hr: 23
MAC_UE_SC_Tput: 12210.69
Bearer Releases: 16368

hr: 23
CA Activation Rate num: 10225959
UPTP Mbps Den: 1727
SIP_SC_Total_MOU: 260.56
Peak UE: 27
MB_per_connected_UE: 147.61
DL Data Vol MAC in MB: 1272.71
CA Activation Rate den: 142720

Time: 13:03:47
holiday: 0
CA DL DataVolRatio Pct num: 2234

DL MAC Vol Scell Pct: 9.01
Avg_Connected_UEs: 65.48
SIP DC%: 
DLRLCLayerDataVolume MB: 7130.17
DRB UL Data Volume MB: 9236
RRC Setup Attempts: 7468
CA DL DataVolRatio Pct den: 6969
CA Conf FailRate Pct den: 5021
weekend: 1
CA Activation Rate: 73.53
hr: 21
MAC_UE_SC_Tput: 16315.56
Bearer Releases: 9905

hr: 21
CA Activation Rate num: 8523959
UPTP Mbps Den: 2551
Setup_Fail_DEN: 11808
SIP_SC_Total_MOU: 78.63
Peak UE: 32
MB_per_connected_UE: 26.69
DL Volume: 5572

Time: 07:48:57
Date: 26-05-2022
holiday: 0
Bearer Releases Voice: 55

SIP DC%: 
UPTP_Mbps: 30.32
DRB UL Data Volume MB: 6778
RRC Setup Attempts: 6170
CA DL DataVolRatio Pct den: 441
CA Conf FailRate Pct den: 4075
weekend: 0
UPTP Mbps Num: 16910
hr: 10
MAC_UE_SC_Tput: 14986.06
Bearer Releases: 7748

hr: 10
CA Activation Rate num: 8282082
Setup_Fail_DEN: 19910
SIP_SC_Total_MOU: 34.15
Peak UE: 39

Combined RACH Preambles: 2454
Time: 03:30:54
holiday: 0
HO_att_InterFreq: 317
CA DL DataVolRatio Pct num: 5102

DL MAC Vol Scell Pct: 24.54
Avg_Connected_UEs: 36.45
SIP DC%: 
DLRLCLayerDataVolume MB: 7292.55
DRB UL Data Volume MB: 6179
PRB Util%: 37.84
weekend: 0
UPTP Mbps Num: 33633
CA Activation Rate: 36.17
hr: 2
MAC_UE_SC_Tput: 5395.6
Bearer Releases: 6356

hr: 2
CA Activation Rate num: 5789872
SIP_SC_Total_MOU: 124.94
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8610

Combined RACH Preambles: 2134
Time: 11:32:54
holiday: 0

Avg_Connected_UEs: 58.45
SIP DC%: 
UPTP_Mbps: 16.15
DLRLCLayerDataVolume MB: 2569.04
DRB UL Data Volume MB: 6153
CA DL DataVolRatio Pct den: 6097
CA Conf FailRate Pct den: 9160
weekend: 0
UPTP Mbps Num: 41054
hr: 15
MAC_UE_SC_Tput: 13249.34

hr: 15
Peak UE: 38
MB_per_connected_UE: 60.36
PCT Time MIMO: 32.18
DL Volume: 1310
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4947
DL Data Vol MAC in MB: 9136.81
CA Activation Rate den: 61733

Time: 23:03:18
holiday: 0
CA DL DataVolRatio Pct: 73.2
HO_att_InterFreq: 792
CA DL DataVolRatio Pct num: 643

SIP DC%: 
UPTP_Mbps: 18.13
PRB Util%: 28.99
CA Conf FailRate Pct den: 3858
weekend: 0
UPTP Mbps Num: 6347
CA Activation Rate: 7.14
hr: 23
MAC_UE_SC_Tput: 12889.72
Bearer Releases: 13443

hr: 23
CA Activation Rate num: 9623643
UPTP Mbps Den: 2090
Setup_Fail_DEN: 15237
SIP_SC_Total_MOU: 48.66
Peak UE: 27
MB_per_connected_UE: 63.02
DL Data Vol MAC in MB: 5115.11

Time: 15:39:56
holiday: 0
CA DL DataVolRatio Pct: 59.07

SIP DC%: 
DRB UL Data Volume MB: 9401
RRC Setup Attempts: 4214
RSSIRX1 Avg: -95.45
weekend: 0
hr: 6
MAC_UE_SC_Tput: 20838.98
Bearer Releases: 10451

hr: 6
CA Activation Rate num: 5520344
SIP_SC_Total_MOU: 227.41
Peak UE: 39
MB_per_connected_UE: 94.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8143
DL Data Vol MAC in MB: 5094.29

Time: 14:14:33
holiday: 0

DL MAC Vol Scell Pct: 49.07
Avg_Connected_UEs: 48.66
SIP DC%: 
DRB UL Data Volume MB: 416
PRB Util%: 13.09
RRC Setup Attempts: 3521
CA DL DataVolRatio Pct den: 9907
weekend: 0
UPTP Mbps Num: 38772
S1U_SIP_SC_SEER_num: 148
CA Activation Rate: 46.29
hr: 23
MAC_UE_SC_Tput: 8656.72

hr: 23
CA Activation Rate num: 7447938
UPTP Mbps Den: 2627
Setup_Fail_DEN: 20028
SIP_SC_Total_MOU: 111.47
Peak UE: 27
PCT Time MIMO: 33.64
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4392
DL Data Vol MAC in MB: 8622.93

Time: 21:27:49
holiday: 0
CA DL DataVolRatio Pct num: 2078

SIP DC%: 
UPTP_Mbps: 31.05
DRB UL Data Volume MB: 6721
RRC Setup Attempts: 3633
CA Conf FailRate Pct den: 8925
weekend: 0
CA Activation Rate: 15.53
hr: 23
MAC_UE_SC_Tput: 13862.35

hr: 23
CA Activation Rate num: 355660
UPTP Mbps Den: 2565
Setup_Fail_DEN: 7077
Peak UE: 49
MB_per_connected_UE: 184.52
PCT Time MIMO: 57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4563
CA Activation Rate den: 201028

Time: 19:12:29
Date: 19-06-2022
holiday: 0

Avg_Connected_UEs: 32.66
SIP DC%: 
PRB Util%: 73.24
RRC Setup Attempts: 5588
CA DL DataVolRatio Pct den: 9067
CA Conf FailRate Pct den: 4388
RSSIRX1 Avg: -94.61
weekend: 0
UPTP Mbps Num: 17743
hr: 22
MAC_UE_SC_Tput: 7066.53
Bearer Releases: 14437

hr: 22
Setup_Fail_DEN: 11640
SIP_SC_Total_MOU: 6.45
Peak UE: 29
MB_per_connected_UE: 155.92
PCT Time MIMO: 52.34
DL Volume: 1620
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7040
CA Activation Rate den: 60349

Time: 21:13:22
holiday: 0
CA DL DataVolRatio Pct num: 5628

DL MAC Vol Scell Pct: 13.41
Avg_Connected_UEs: 74.14
SIP DC%: 
DLRLCLayerDataVolume MB: 7691.34
DRB UL Data Volume MB: 7977
PRB Util%: 27.78
CA Conf FailRate Pct den: 7415
weekend: 0
CA Activation Rate: 50.93
hr: 16

hr: 16
CA Activation Rate num: 9447032
Peak UE: 62
MB_per_connected_UE: 8.5
DL Volume: 3554
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4909
DL Data Vol MAC in MB: 9902.86
CA Activation Rate den: 87339
Combined RACH Preambles: 2857

Time: 20:23:34
holiday: 0
CA DL DataVolRatio Pct: 51.64
CA DL DataVolRatio Pct num: 7157

Avg_Connected_UEs: 43.87
SIP DC%: 
DLRLCLayerDataVolume MB: 8508.71
PRB Util%: 52.3
CA DL DataVolRatio Pct den: 8896
CA Conf FailRate Pct den: 5691
weekend: 0
CA Activation Rate: 24.64
hr: 7
MAC_UE_SC_Tput: 6596.3

hr: 7
CA Activation Rate num: 4091983
Peak UE: 27
PCT Time MIMO: 39.8
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7105
DL Data Vol MAC in MB: 8175.88

Time: 04:08:34
holiday: 0

SIP DC%: 
UPTP_Mbps: 56.1
DLRLCLayerDataVolume MB: 9747.61
DRB UL Data Volume MB: 6837
PRB Util%: 57.22
RRC Setup Attempts: 6507
CA DL DataVolRatio Pct den: 6239
RSSIRX1 Avg: -93.42
weekend: 0
UPTP Mbps Num: 59764
hr: 10
MAC_UE_SC_Tput: 5446.69
Bearer Releases: 9758

hr: 10
CA Activation Rate num: 7052200
UPTP Mbps Den: 828
Setup_Fail_DEN: 15982
SIP_SC_Total_MOU: 188.81
Peak UE: 27
MB_per_connected_UE: 70.22
DL Volume: 1098
UL Throughput: 7.49
DL Data Vol MAC in MB: 6982.75
CA Activation Rate den: 91750

Time: 01:33:13
Date: 19-09-2023
holiday: 0
CA DL DataVolRatio Pct: 84.31

DL MAC Vol Scell Pct: 5.48
SIP DC%: 
UPTP_Mbps: 44.2
DLRLCLayerDataVolume MB: 6923.91
DRB UL Data Volume MB: 7174
CA DL DataVolRatio Pct den: 2029
weekend: 0
UPTP Mbps Num: 59457
hr: 0
MAC_UE_SC_Tput: 8349.2
Bearer Releases: 6493

hr: 0
Avg CQI: 10
CA Activation Rate num: 9586753
UPTP Mbps Den: 2894
S1U_SIP_SC_SEER_den: 111
Peak UE: 69
MB_per_connected_UE: 150.01
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3828
DL Data Vol MAC in MB: 3047.56
CA Activation Rate den: 39387

Time: 19:34:58
holiday: 0

Avg_Connected_UEs: 37.98
SIP DC%: 
UPTP_Mbps: 16.81
DLRLCLayerDataVolume MB: 6578.75
DRB UL Data Volume MB: 9694
PRB Util%: 4.45
CA Conf FailRate Pct den: 8791
weekend: 1
CA Activation Rate: 15.73
hr: 2
MAC_UE_SC_Tput: 8594.52
Bearer Releases: 7795

hr: 2
CA Activation Rate num: 4922821
Setup_Fail_DEN: 7885
SIP_SC_Total_MOU: 111.06
Peak UE: 27
MB_per_connected_UE: 10.31
DL Volume: 7448
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5538
DL Data Vol MAC in MB: 3467.6

Time: 10:59:54
holiday: 0
CA DL DataVolRatio Pct: 78.91
CA DL DataVolRatio Pct num: 5213

SIP DC%: 
UPTP_Mbps: 44.55
PRB Util%: 19.96
RRC Setup Attempts: 6860
RSSIRX1 Avg: -94.38
weekend: 1
UPTP Mbps Num: 26848
hr: 5
MAC_UE_SC_Tput: 6052.16

hr: 5
UPTP Mbps Den: 746
SIP_SC_Total_MOU: 95.81
Peak UE: 58
MB_per_connected_UE: 41.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8005
DL Data Vol MAC in MB: 4978.88

Time: 15:04:14
holiday: 0
SIP_SC_Call_Attempts: 232

DL MAC Vol Scell Pct: 31.91
Avg_Connected_UEs: 53.13
SIP DC%: 
UPTP_Mbps: 38.49
DLRLCLayerDataVolume MB: 5499.75
PRB Util%: 40.57
weekend: 0
CA Activation Rate: 54.16
hr: 3
MAC_UE_SC_Tput: 11672.31
Bearer Releases: 6684

hr: 3
CA Activation Rate num: 8654178
Setup_Fail_DEN: 11780
SIP_SC_Total_MOU: 382.23
Peak UE: 36
MB_per_connected_UE: 175.74
PCT Time MIMO: 33.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5707

Time: 11:26:16
holiday: 0
CA DL DataVolRatio Pct: 65.4
CA DL DataVolRatio Pct num: 5751

DL MAC Vol Scell Pct: 14.53
SIP DC%: 
UPTP_Mbps: 43.06
DLRLCLayerDataVolume MB: 4035.81
DRB UL Data Volume MB: 351
RRC Setup Attempts: 9396
CA DL DataVolRatio Pct den: 9776
CA Conf FailRate Pct den: 6223
weekend: 0
UPTP Mbps Num: 47556
CA Activation Rate: 18.93
hr: 8
Bearer Releases: 12648

hr: 8
CA Activation Rate num: 8894974
UPTP Mbps Den: 472
Peak UE: 27
MB_per_connected_UE: 87.41
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9434
CA Activation Rate den: 92094

Combined RACH Preambles: 2449
Time: 18:50:37
holiday: 0
HO_att_InterFreq: 624
CA DL DataVolRatio Pct num: 5467

SIP DC%: 
DLRLCLayerDataVolume MB: 3057.77
PRB Util%: 36.65
RRC Setup Attempts: 4437
CA DL DataVolRatio Pct den: 7782
CA Conf FailRate Pct den: 6780
weekend: 0
CA Activation Rate: 60.3
hr: 23
MAC_UE_SC_Tput: 4563.94
Bearer Releases: 13461

hr: 23
CA Activation Rate num: 5225578
Setup_Fail_DEN: 14720
SIP_SC_Total_MOU: 61.41
Peak UE: 37
PCT Time MIMO: 63.64
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5236
Combined RACH Preambles: 2504

Time: 18:48:35
holiday: 0
CA DL DataVolRatio Pct: 73.34
HO Attempts: 532

DL MAC Vol Scell Pct: 36.6
Avg_Connected_UEs: 83.39
SIP DC%: 
UPTP_Mbps: 22.15
DLRLCLayerDataVolume MB: 279.18
CA DL DataVolRatio Pct den: 9622
weekend: 0
UPTP Mbps Num: 33050
CA Activation Rate: 8.68
hr: 0
MAC_UE_SC_Tput: 15989.07
Bearer Releases: 14101

hr: 0
qci1_setup_attempts: 253
CA Activation Rate num: 6065512
UPTP Mbps Den: 692
Setup_Fail_DEN: 13271
Peak UE: 27
MB_per_connected_UE: 176.11
PCT Time MIMO: 65.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9400
CA Activation Rate den: 145478

Time: 07:49:12
holiday: 0
CA DL DataVolRatio Pct: 85.49
HO Attempts: 726

Avg_Connected_UEs: 58.37
SIP DC%: 
DRB UL Data Volume MB: 4660
PRB Util%: 46.26
RRC Setup Attempts: 5145
CA Conf FailRate Pct den: 5064
weekend: 0
UPTP Mbps Num: 47232
hr: 14
MAC_UE_SC_Tput: 7044.51

hr: 14
CA Activation Rate num: 3848662
UPTP Mbps Den: 384
Setup_Fail_DEN: 15621
SIP_SC_Total_MOU: 4.83
Peak UE: 27
MB_per_connected_UE: 181.53
DL Data Vol MAC in MB: 5909.7

Time: 02:40:20
holiday: 0

DL MAC Vol Scell Pct: 38.72
SIP DC%: 
UPTP_Mbps: 35.25
DLRLCLayerDataVolume MB: 8406.17
PRB Util%: 10.93
RRC Setup Attempts: 7034
CA Conf FailRate Pct den: 4925
weekend: 0
UPTP Mbps Num: 57276
Bearer Setup Failure Voice Den: 194
CA Activation Rate: 6.99
hr: 0
MAC_UE_SC_Tput: 12371.63
Bearer Releases: 8827

hr: 0
CA Activation Rate num: 9082235
Setup_Fail_DEN: 13666
SIP_SC_Total_MOU: 195.2
Peak UE: 27
MB_per_connected_UE: 155.35
DL Volume: 6196
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3567
DL Data Vol MAC in MB: 818.94

Time: 04:44:26
holiday: 0
CA DL DataVolRatio Pct num: 7271
HO Attempts: 177

SIP DC%: 
UPTP_Mbps: 33.97
DLRLCLayerDataVolume MB: 7747.82
DRB UL Data Volume MB: 8660
PRB Util%: 8.53
RRC Setup Attempts: 3978
CA DL DataVolRatio Pct den: 9437
CA Conf FailRate Pct den: 9255
weekend: 0
CA Activation Rate: 16.97
hr: 22
MAC_UE_SC_Tput: 4832
Bearer Releases: 8449

hr: 22
CA Activation Rate num: 5188488
UPTP Mbps Den: 1394
Setup_Fail_DEN: 11126
Peak UE: 27
MB_per_connected_UE: 8.94
DL Volume: 8311
UL Throughput: 3.89
DL Data Vol MAC in MB: 4181.92
Time: 16:30:38

holiday: 0
CA DL DataVolRatio Pct: 50.55
CA DL DataVolRatio Pct num: 269

DL MAC Vol Scell Pct: 9.78
SIP DC%: 
DLRLCLayerDataVolume MB: 7799.36
CA Conf FailRate Pct den: 6614
weekend: 0
hr: 0
MAC_UE_SC_Tput: 7517.85
Bearer Releases: 11408

hr: 0
CA Activation Rate num: 9187859
UPTP Mbps Den: 1673
SIP_SC_Total_MOU: 206.77
Peak UE: 33
DL Volume: 1718
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8695
UL Throughput: 4.07
DL Data Vol MAC in MB: 7068.84
Combined RACH Preambles: 2843

Time: 04:00:41
holiday: 0
CA DL DataVolRatio Pct num: 7411

SIP DC%: 
UPTP_Mbps: 19.44
DLRLCLayerDataVolume MB: 2003.37
DRB UL Data Volume MB: 4766
PRB Util%: 17.21
RRC Setup Attempts: 3711
CA DL DataVolRatio Pct den: 10176
CA Conf FailRate Pct den: 6955
weekend: 0
CA Activation Rate: 56.7
hr: 21
MAC_UE_SC_Tput: 5309.16

hr: 21
CA Activation Rate num: 8683161
Setup_Fail_DEN: 7255
SIP_SC_Total_MOU: 32.88
Peak UE: 27
MB_per_connected_UE: 71.43
DL Volume: 3637
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3388
DL Data Vol MAC in MB: 7851.57
CA Activation Rate den: 53833

Time: 10:39:46
holiday: 0
CA DL DataVolRatio Pct: 81.09
HO_att_InterFreq: 555
CA DL DataVolRatio Pct num: 5645

DL MAC Vol Scell Pct: 18.18
Avg_Connected_UEs: 33.14
SIP DC%: 
DRB UL Data Volume MB: 4636
weekend: 0
CA Activation Rate: 21.47
hr: 16
MAC_UE_SC_Tput: 8136.18

hr: 16
CA Activation Rate num: 5021325
Setup_Fail_DEN: 9474
SIP_SC_Total_MOU: 74.92
Peak UE: 106
MB_per_connected_UE: 169.4
DL Volume: 5271
DL Data Vol MAC in MB: 8978.86
CA Activation Rate den: 37934

Time: 08:14:24
holiday: 0
CA DL DataVolRatio Pct: 47.65
CA DL DataVolRatio Pct num: 7141

Avg_Connected_UEs: 66.1
SIP DC%: 
UPTP_Mbps: 120.62
DLRLCLayerDataVolume MB: 3168.52
DRB UL Data Volume MB: 3733
PRB Util%: 71.92
RRC Setup Attempts: 3673
CA Conf FailRate Pct den: 5883
RSSIRX1 Avg: -94.35
weekend: 0
CA Activation Rate: 48.37
hr: 16
MAC_UE_SC_Tput: 4634.02

hr: 16
CA Activation Rate num: 346663
Setup_Fail_DEN: 14861
Peak UE: 31
MB_per_connected_UE: 99.49
PCT Time MIMO: 49.37
DL Volume: 8453
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4549
CA Activation Rate den: 102838

Combined RACH Preambles: 2200
Time: 17:35:37
holiday: 0
CA DL DataVolRatio Pct num: 2261

DL MAC Vol Scell Pct: 6.75
Avg_Connected_UEs: 28.62
SIP DC%: 
DRB UL Data Volume MB: 3891
CA Conf FailRate Pct den: 6969
weekend: 0
CA Activation Rate: 33.91
hr: 23
MAC_UE_SC_Tput: 16300.57
Bearer Releases: 7990

hr: 23
CA Activation Rate num: 3688667
Setup_Fail_DEN: 13063
SIP_SC_Total_MOU: 183.49
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8970
DL Data Vol MAC in MB: 9690.89
CA Activation Rate den: 120634

Time: 23:37:16
holiday: 0
CA DL DataVolRatio Pct: 62.88

SIP DC%: 
DRB UL Data Volume MB: 7080
CA DL DataVolRatio Pct den: 4243
weekend: 0
UPTP Mbps Num: 5271
RSSIRX2 Avg: -93.26
hr: 23
MAC_UE_SC_Tput: 10264.71
Bearer Releases: 10560

hr: 23
CA Activation Rate num: 9042279
UPTP Mbps Den: 481
SIP_SC_Total_MOU: 261.32
Peak UE: 31
CA Activation Rate den: 47515

Time: 02:48:28
holiday: 0
CA DL DataVolRatio Pct: 57.49
CA DL DataVolRatio Pct num: 137

DL MAC Vol Scell Pct: 23.73
SIP DC%: 
UPTP_Mbps: 37.43
DRB UL Data Volume MB: 5911
PRB Util%: 69.26
RRC Setup Attempts: 7716
CA DL DataVolRatio Pct den: 6884
weekend: 0
UPTP Mbps Num: 17009
hr: 23
MAC_UE_SC_Tput: 17035.24
Bearer Releases: 17024

hr: 23
CA Activation Rate num: 822207
UPTP Mbps Den: 211
Peak UE: 27
MB_per_connected_UE: 147.56
PCT Time MIMO: 33.98
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5381
DL Data Vol MAC in MB: 7761.64
CA Activation Rate den: 62167

Combined RACH Preambles: 2898
Time: 05:00:11
holiday: 0
CA DL DataVolRatio Pct: 79.16

Avg_Connected_UEs: 52.1
SIP DC%: 
DLRLCLayerDataVolume MB: 4305.79
DRB UL Data Volume MB: 6396
PRB Util%: 19.99
UL Resid BLER PCT: 0.71
RRC Setup Attempts: 5948
weekend: 0
UPTP Mbps Num: 57417
CA Activation Rate: 10.81
hr: 23
MAC_UE_SC_Tput: 7827.96

hr: 23
CA Activation Rate num: 3352180
Setup_Fail_DEN: 7845
Peak UE: 67
MB_per_connected_UE: 171.69
PCT Time MIMO: 46.74
DL Volume: 5956
DL Data Vol MAC in MB: 7261.73

Time: 15:10:14
holiday: 0
CA DL DataVolRatio Pct: 70.16
HO_att_InterFreq: 809
CA DL DataVolRatio Pct num: 4655
HO Attempts: 31

DL MAC Vol Scell Pct: 20.51
Avg_Connected_UEs: 27.51
SIP DC%: 
DLRLCLayerDataVolume MB: 8762.85
DRB UL Data Volume MB: 2297
CA DL DataVolRatio Pct den: 7784
weekend: 0
CA Activation Rate: 47.11
hr: 23
MAC_UE_SC_Tput: 5406.15
Bearer Releases: 7605

hr: 23
CA Activation Rate num: 5407603
UPTP Mbps Den: 2572
SIP_SC_Total_MOU: 71.12
Peak UE: 71
CA Activation Rate den: 206423

Combined RACH Preambles: 2828
Time: 07:20:28
holiday: 0
CA DL DataVolRatio Pct: 62.4
CA DL DataVolRatio Pct num: 2888
HO Attempts: 379

DL MAC Vol Scell Pct: 19.27
Avg_Connected_UEs: 46.47
SIP DC%: 
DRB UL Data Volume MB: 8887
CA Conf FailRate Pct den: 6098
weekend: 0
CA Activation Rate: 22.88
hr: 23
MAC_UE_SC_Tput: 19709.63
Bearer Releases: 13954

hr: 23
CA Activation Rate num: 9662359
Setup_Fail_DEN: 10422
SIP_SC_Total_MOU: 329.79
Peak UE: 60
DL Volume: 2377
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5897

Combined RACH Preambles: 2578
Time: 12:55:47
holiday: 0

DL MAC Vol Scell Pct: 17.47
SIP DC%: 
UPTP_Mbps: 57.87
RRC Setup Attempts: 4124
CA DL DataVolRatio Pct den: 8442
CA Conf FailRate Pct den: 5804
weekend: 0
Bearer Setup Failure Voice Den: 161
hr: 10
MAC_UE_SC_Tput: 15285.22

hr: 10
CA Activation Rate num: 4479266
UPTP Mbps Den: 2533
SIP_SC_Total_MOU: 405.9
Peak UE: 35
MB_per_connected_UE: 32.98
PCT Time MIMO: 54.47
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3692

Combined RACH Preambles: 3738
Time: 06:25:19
holiday: 0

SIP DC%: 
UPTP_Mbps: 9.21
RRC Setup Attempts: 8541
weekend: 0
hr: 22
MAC_UE_SC_Tput: 6393.86

hr: 22
CA Activation Rate num: 4239932
Setup_Fail_DEN: 12623
MB_per_connected_UE: 197.04
PCT Time MIMO: 63.31
DL Volume: 9043

Time: 02:29:18
holiday: 0
HO Attempts: 568

SIP DC%: 
DLRLCLayerDataVolume MB: 8192.16
DRB UL Data Volume MB: 3230
RRC Setup Attempts: 7095
weekend: 0
UPTP Mbps Num: 23254
CA Activation Rate: 38.71
hr: 14
MAC_UE_SC_Tput: 6755.46
Bearer Releases: 9685

hr: 14
CA Activation Rate num: 4272632
Setup_Fail_DEN: 15125
SIP_SC_Total_MOU: 14.73
Peak UE: 36
MB_per_connected_UE: 138.85
DL Volume: 7050
CA Activation Rate den: 95607

Time: 19:06:00
holiday: 0
CA DL DataVolRatio Pct: 86.73
CA DL DataVolRatio Pct num: 1347

Avg_Connected_UEs: 53.76
SIP DC%: 
UPTP_Mbps: 43.49
DLRLCLayerDataVolume MB: 2569.92
PRB Util%: 59.76
CA DL DataVolRatio Pct den: 1876
CA Conf FailRate Pct den: 9523
weekend: 0
UPTP Mbps Num: 9253
CA Activation Rate: 70.55
hr: 6
MAC_UE_SC_Tput: 5590.73

hr: 6
CA Activation Rate num: 2939696
Setup_Fail_DEN: 15166
SIP_SC_Total_MOU: 335.54
Peak UE: 27
MB_per_connected_UE: 17.9
PCT Time MIMO: 34.78
DL Data Vol MAC in MB: 881.13

Time: 05:28:32
holiday: 0

DL MAC Vol Scell Pct: 19.48
SIP DC%: 
UPTP_Mbps: 17.46
DLRLCLayerDataVolume MB: 2097.67
PRB Util%: 29.84
CA DL DataVolRatio Pct den: 7875
CA Conf FailRate Pct den: 8354
weekend: 0
hr: 15
MAC_UE_SC_Tput: 11323.98

hr: 15
CA Activation Rate num: 1627548
SIP_SC_Total_MOU: 23.81
S1U_SIP_SC_SEER_den: 172
Peak UE: 37
MB_per_connected_UE: 111.92
DL Volume: 7186
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4420
DL Data Vol MAC in MB: 8572.18

Combined RACH Preambles: 3338
Time: 04:19:55
holiday: 0
CA DL DataVolRatio Pct: 79.12
CA DL DataVolRatio Pct num: 6261

SIP DC%: 
UPTP_Mbps: 32.89
DLRLCLayerDataVolume MB: 3118.03
DRB UL Data Volume MB: 2092
RRC Setup Attempts: 5584
CA Conf FailRate Pct den: 6245
weekend: 1
UPTP Mbps Num: 3722
S1U_SIP_SC_SEER_num: 80
hr: 7
MAC_UE_SC_Tput: 4339.13
Bearer Releases: 10865

hr: 7
CA Activation Rate num: 2120955
Setup_Fail_DEN: 12625
S1U_SIP_SC_SEER_den: 178
Peak UE: 27
DL Data Vol MAC in MB: 7160.98
CA Activation Rate den: 116622

Combined RACH Preambles: 4511
Time: 09:45:25
holiday: 0
CA DL DataVolRatio Pct: 67.35
SIP_SC_Call_Attempts: 201
CA DL DataVolRatio Pct num: 5851

Avg_Connected_UEs: 51.5
SIP DC%: 
UPTP_Mbps: 30.03
DLRLCLayerDataVolume MB: 281.13
DRB UL Data Volume MB: 1492
CA DL DataVolRatio Pct den: 9356
RSSIRX1 Avg: -97.45
weekend: 0
hr: 5
MAC_UE_SC_Tput: 5995.64
Bearer Releases: 7175

hr: 5
CA Activation Rate num: 6359934
Setup_Fail_DEN: 13467
Peak UE: 27
MB_per_connected_UE: 120.13
PCT Time MIMO: 34.39
DL Volume: 2204
DL Data Vol MAC in MB: 2704.08
CA Activation Rate den: 47455
Combined RACH Preambles: 3209

Time: 00:21:45
holiday: 0
CA DL DataVolRatio Pct num: 1881
HO Attempts: 436

Avg_Connected_UEs: 50.93
SIP DC%: 
DLRLCLayerDataVolume MB: 3156.03
DRB UL Data Volume MB: 6029
RRC Setup Attempts: 9099
weekend: 0
CA Activation Rate: 6.27
hr: 7
MAC_UE_SC_Tput: 14926.9

hr: 7
CA Activation Rate num: 10740234
UPTP Mbps Den: 172
Setup_Fail_DEN: 7452
SIP_SC_Total_MOU: 136.65
Peak UE: 47
MB_per_connected_UE: 53.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6383
DL Data Vol MAC in MB: 6265.59

Time: 17:17:19
holiday: 0
CA DL DataVolRatio Pct: 44.19

DL MAC Vol Scell Pct: 40.93
Avg_Connected_UEs: 16.48
SIP DC%: 
UPTP_Mbps: 34.18
DLRLCLayerDataVolume MB: 9729.92
DRB UL Data Volume MB: 7119
weekend: 0
UPTP Mbps Num: 14981
hr: 12
MAC_UE_SC_Tput: 13615.25

hr: 12
UPTP Mbps Den: 5301
Setup_Fail_DEN: 6512
SIP_SC_Total_MOU: 81.75
UL MAC Vol Scell Pct: 2.21
Peak UE: 27
MB_per_connected_UE: 175.48

Time: 23:52:40
holiday: 0
CA DL DataVolRatio Pct: 65.21
CA DL DataVolRatio Pct num: 5529

DL MAC Vol Scell Pct: 17.75
SIP DC%: 
UPTP_Mbps: 29.6
DLRLCLayerDataVolume MB: 6715.47
CA DL DataVolRatio Pct den: 7501
CA Conf FailRate Pct den: 9492
weekend: 1
UPTP Mbps Num: 50822
CA Activation Rate: 41.73
hr: 3
MAC_UE_SC_Tput: 7368.58
Bearer Releases: 8238

hr: 3
CA Activation Rate num: 6502659
SIP_SC_Total_MOU: 118.63
Peak UE: 35
MB_per_connected_UE: 96.42
DL Volume: 3861
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3767
DL Data Vol MAC in MB: 9694.19
CA Activation Rate den: 51517

Time: 19:49:15
holiday: 0
HO_att_InterFreq: 906

DL MAC Vol Scell Pct: 39.62
SIP DC%: 
UPTP_Mbps: 43.45
PRB Util%: 30.2
DL Packet Loss Pct: 3.15
RRC Setup Attempts: 3518
CA DL DataVolRatio Pct den: 4472
CA Conf FailRate Pct den: 6259
weekend: 0
UPTP Mbps Num: 49523
CA Activation Rate: 50.04
hr: 11
MAC_UE_SC_Tput: 10524.8

hr: 11
CA Activation Rate num: 8746403
UPTP Mbps Den: 714
Setup_Fail_DEN: 17396
Peak UE: 77
MB_per_connected_UE: 98.52
PCT Time MIMO: 46.32
DL Volume: 6222
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3929

Combined RACH Preambles: 3794
Time: 08:20:26
Date: 14-09-2022
holiday: 0
HO_att_InterFreq: 249

SIP DC%: 
DLRLCLayerDataVolume MB: 7706.11
DRB UL Data Volume MB: 8912
PRB Util%: 46.91
CA DL DataVolRatio Pct den: 8438
CA Conf FailRate Pct den: 6298
weekend: 0
RSSIRX2 Avg: -96.57
hr: 8
MAC_UE_SC_Tput: 5310.74

hr: 8
CA Activation Rate num: 2446111
UPTP Mbps Den: 2763
Setup_Fail_DEN: 15496
Peak UE: 27
MB_per_connected_UE: 167.71
DL Volume: 6277
DL Data Vol MAC in MB: 260.55
Combined RACH Preambles: 1902

holiday: 0
CA DL DataVolRatio Pct: 63.11

Avg_Connected_UEs: 16.44
SIP DC%: 
UPTP_Mbps: 124.04
DLRLCLayerDataVolume MB: 1744.12
DRB UL Data Volume MB: 6695
CA Conf FailRate Pct den: 6409
weekend: 0
hr: 7
MAC_UE_SC_Tput: 13091.88
Bearer Releases: 11404

hr: 7
UPTP Mbps Den: 2218
Setup_Fail_DEN: 10789
Peak UE: 28
MB_per_connected_UE: 16
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7771
DL Data Vol MAC in MB: 1767.93
Combined RACH Preambles: 4169

Time: 19:24:07
holiday: 0
CA DL DataVolRatio Pct num: 1439
HO Attempts: 266

DL MAC Vol Scell Pct: 28.8
SIP DC%: 
UPTP_Mbps: 21.57
DLRLCLayerDataVolume MB: 841.47
PRB Util%: 14.8
CA Conf FailRate Pct den: 6753
weekend: 0
hr: 4
MAC_UE_SC_Tput: 5071.01
Bearer Releases: 7118

hr: 4
Setup_Fail_DEN: 15785
Peak UE: 38
MB_per_connected_UE: 108.44
CA Activation Rate den: 100321

Combined RACH Preambles: 2232
Time: 23:27:45
holiday: 0

DL MAC Vol Scell Pct: 17.61
Avg_Connected_UEs: 36.14
SIP DC%: 
UPTP_Mbps: 26.08
DLRLCLayerDataVolume MB: 2104.41
DRB UL Data Volume MB: 549
PRB Util%: 13.01
CA Conf FailRate Pct den: 4852
weekend: 0
UPTP Mbps Num: 13012
CA Activation Rate: 75.88
hr: 23
MAC_UE_SC_Tput: 4897.55
Bearer Releases: 13325

hr: 23
CA Activation Rate num: 1307428
UPTP Mbps Den: 2729
Setup_Fail_DEN: 12447
SIP_SC_Total_MOU: 126.08
Peak UE: 27
PCT Time MIMO: 50.89
DL Volume: 7684
DL Data Vol MAC in MB: 6853.41
CA Activation Rate den: 168203

Time: 10:33:11
holiday: 0
CA DL DataVolRatio Pct: 41.06
CA DL DataVolRatio Pct num: 2488

SIP DC%: 
UPTP_Mbps: 13.68
DLRLCLayerDataVolume MB: 4968.62
DRB UL Data Volume MB: 8227
RRC Setup Attempts: 4042
CA DL DataVolRatio Pct den: 5147
CA Conf FailRate Pct den: 4306
weekend: 0
CA Activation Rate: 21.88
hr: 12
MAC_UE_SC_Tput: 19439.69
Bearer Releases: 11128

hr: 12
CA Activation Rate num: 3776625
SIP_SC_Total_MOU: 266.89
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 91.29
PCT Time MIMO: 55.79
DL Volume: 5897
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6919
DL Data Vol MAC in MB: 1670.84

Time: 23:52:12
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 6040
PRB Util%: 29.21
RRC Setup Attempts: 5598
CA Conf FailRate Pct den: 7365
weekend: 0
UPTP Mbps Num: 10645
CA Activation Rate: 69.04
hr: 10
MAC_UE_SC_Tput: 14753.11
Bearer Releases: 18211

hr: 10
CA Activation Rate num: 3639562
SIP_SC_Total_MOU: 44.26
Peak UE: 35
PCT Time MIMO: 53.97
DL Volume: 995
DL Data Vol MAC in MB: 5466.25
CA Activation Rate den: 89095

Combined RACH Preambles: 2439
Time: 08:20:11
holiday: 0
HO_att_InterFreq: 604

Avg_Connected_UEs: 57.82
SIP DC%: 
UPTP_Mbps: 20.68
DLRLCLayerDataVolume MB: 5962.29
PRB Util%: 10.97
RRC Setup Attempts: 9526
CA Conf FailRate Pct den: 6937
weekend: 0
UPTP Mbps Num: 40927
RSSIRX2 Avg: -96.65
hr: 17
MAC_UE_SC_Tput: 13267.68
Bearer Releases: 12952

hr: 17
CA Activation Rate num: 12683309
UPTP Mbps Den: 2992
Setup_Fail_DEN: 12593
Peak UE: 27
MB_per_connected_UE: 172.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3244

Time: 00:48:05
holiday: 0
CA DL DataVolRatio Pct: 74.1
CA DL DataVolRatio Pct num: 3576

Avg_Connected_UEs: 55.55
SIP DC%: 
UPTP_Mbps: 32.13
DRB UL Data Volume MB: 5525
CA DL DataVolRatio Pct den: 8460
weekend: 0
S1U_SIP_SC_SEER_num: 251
CA Activation Rate: 47.7
hr: 23
MAC_UE_SC_Tput: 13938.4
Bearer Releases: 16925

hr: 23
CA Activation Rate num: 6612601
UPTP Mbps Den: 3781
Peak UE: 27
MB_per_connected_UE: 29.9
DL Volume: 2173
CA Activation Rate den: 159723
Combined RACH Preambles: 2103

Time: 01:54:38
holiday: 0
CA DL DataVolRatio Pct num: 6743

SIP DC%: 
DRB UL Data Volume MB: 5832
PRB Util%: 41.62
RRC Setup Attempts: 3624
CA Conf FailRate Pct den: 5593
weekend: 0
CA Activation Rate: 18.94
hr: 2
MAC_UE_SC_Tput: 5436.83
Bearer Releases: 7386

hr: 2
CA Activation Rate num: 1263361
UPTP Mbps Den: 1977
Setup_Fail_DEN: 11054
SIP_SC_Total_MOU: 91.57
QCI 1 Bearer Drop%: 1.67
Peak UE: 27
MB_per_connected_UE: 195.99
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4826
DL Data Vol MAC in MB: 1324.08

Combined RACH Preambles: 2476
Time: 01:53:51
holiday: 0
CA DL DataVolRatio Pct: 92.72
CA DL DataVolRatio Pct num: 5810

Avg_Connected_UEs: 83.46
SIP DC%: 
UPTP_Mbps: 46.79
DLRLCLayerDataVolume MB: 1793.31
DRB UL Data Volume MB: 6964
PRB Util%: 40.76
CA DL DataVolRatio Pct den: 8373
RSSIRX1 Avg: -95.68
weekend: 0
UPTP Mbps Num: 45799
CA Activation Rate: 28.26
hr: 21
MAC_UE_SC_Tput: 16809.18
Bearer Releases: 10337

hr: 21
CA Activation Rate num: 3559420
Setup_Fail_DEN: 14144
Peak UE: 77
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6293
DL Data Vol MAC in MB: 4132.17
CA Activation Rate den: 41112

Combined RACH Preambles: 3377
Time: 06:00:29
holiday: 0
CA DL DataVolRatio Pct: 72.38

SIP DC%: 
UPTP_Mbps: 30.63
DLRLCLayerDataVolume MB: 9109.31
DRB UL Data Volume MB: 8561
PRB Util%: 42.8
RRC Setup Attempts: 6440
CA Conf FailRate Pct den: 8579
weekend: 0
UPTP Mbps Num: 7891
CA Activation Rate: 41.89
hr: 23
MAC_UE_SC_Tput: 4521.45

hr: 23
CA Activation Rate num: 7707479
UPTP Mbps Den: 1570
Setup_Fail_DEN: 13763
SIP_SC_Total_MOU: 215.55
Peak UE: 91
MB_per_connected_UE: 77.89
PCT Time MIMO: 68.12
UL Throughput: 8.22
DL Data Vol MAC in MB: 6565.38
CA Activation Rate den: 182897

Time: 17:31:51
holiday: 0
CA DL DataVolRatio Pct: 58.16
CA DL DataVolRatio Pct num: 799

DL MAC Vol Scell Pct: 33.88
Avg_Connected_UEs: 71.16
SIP DC%: 
UPTP_Mbps: 16.5
DLRLCLayerDataVolume MB: 5811.65
CA DL DataVolRatio Pct den: 5623
CA Conf FailRate Pct den: 7385
weekend: 0
CA Activation Rate: 69.61
hr: 18
MAC_UE_SC_Tput: 6359.66
Bearer Releases: 13580

hr: 18
CA Activation Rate num: 5850273
Setup_Fail_DEN: 15915
SIP_SC_Total_MOU: 259.11
Peak UE: 74
MB_per_connected_UE: 180.67
PCT Time MIMO: 63.54
CA Activation Rate den: 54944

Combined RACH Preambles: 2959
Time: 18:41:26
holiday: 0
CA DL DataVolRatio Pct: 68.09
CA DL DataVolRatio Pct num: 7086

Avg_Connected_UEs: 25.84
SIP DC%: 
UPTP_Mbps: 45.36
DLRLCLayerDataVolume MB: 9569.85
DRB UL Data Volume MB: 5698
CA DL DataVolRatio Pct den: 8954
CA Conf FailRate Pct den: 3194
RSSIRX1 Avg: -95
weekend: 0
UPTP Mbps Num: 4757
hr: 21
MAC_UE_SC_Tput: 15243.07

hr: 21
CA Activation Rate num: 4924920
Peak UE: 69
MB_per_connected_UE: 154.38
PCT Time MIMO: 44.66
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6744
DL Data Vol MAC in MB: 10058.28

Time: 16:17:29
holiday: 0
CA DL DataVolRatio Pct: 58.9
CA DL DataVolRatio Pct num: 6842

Avg_Connected_UEs: 60.67
SIP DC%: 
DLRLCLayerDataVolume MB: 4767.71
PRB Util%: 39.02
CA DL DataVolRatio Pct den: 3209
CA Conf FailRate Pct den: 4805
weekend: 1
CA Activation Rate: 72.8
hr: 11
MAC_UE_SC_Tput: 7626.33

hr: 11
CA Activation Rate num: 3956892
UPTP Mbps Den: 2129
Setup_Fail_DEN: 8330
SIP_SC_Total_MOU: 3.44
Peak UE: 27
MB_per_connected_UE: 62.09
PCT Time MIMO: 44.37
DL Data Vol MAC in MB: 9101.02
CA Activation Rate den: 110993

Combined RACH Preambles: 5182
Time: 19:17:26
holiday: 0
CA DL DataVolRatio Pct: 82.48
CA DL DataVolRatio Pct num: 3875

Avg_Connected_UEs: 72.13
SIP DC%: 
UPTP_Mbps: 32.27
RRC Setup Attempts: 7457
weekend: 0
UPTP Mbps Num: 25467
hr: 0
MAC_UE_SC_Tput: 4590.26
Bearer Releases: 8308

hr: 0
CA Activation Rate num: 1660812
UPTP Mbps Den: 1142
Setup_Fail_DEN: 17438
Peak UE: 51
MB_per_connected_UE: 117.63
PCT Time MIMO: 58.76
DL Volume: 4864
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3162
CA Activation Rate den: 68084
Combined RACH Preambles: 3146

Time: 10:22:52
holiday: 0
CA DL DataVolRatio Pct: 45.58

Avg_Connected_UEs: 38.97
SIP DC%: 
UPTP_Mbps: 37.6
DLRLCLayerDataVolume MB: 5050.4
DRB UL Data Volume MB: 8622
PRB Util%: 74.77
CA DL DataVolRatio Pct den: 9576
weekend: 0
CA Activation Rate: 3.46
hr: 7
MAC_UE_SC_Tput: 14042.41
Bearer Releases: 12537

hr: 7
CA Activation Rate num: 9324406
UPTP Mbps Den: 2323
Setup_Fail_DEN: 7703
SIP_SC_Total_MOU: 162.72
Peak UE: 43
MB_per_connected_UE: 179.05
PCT Time MIMO: 60.48
DL Data Vol MAC in MB: 4063.14
CA Activation Rate den: 36150

Combined RACH Preambles: 1974
Time: 16:54:08
holiday: 0
CA DL DataVolRatio Pct: 81.23

Avg_Connected_UEs: 76.87
SIP DC%: 
UPTP_Mbps: 38.41
DLRLCLayerDataVolume MB: 9280.58
DRB UL Data Volume MB: 9635
PRB Util%: 15.71
CA DL DataVolRatio Pct den: 9875
CA Conf FailRate Pct den: 7111
RSSIRX1 Avg: -94.42
weekend: 0
UPTP Mbps Num: 50092
CA Activation Rate: 64.49
hr: 23
MAC_UE_SC_Tput: 18978.15
Bearer Releases: 11964

hr: 23
CA Activation Rate num: 2804179
UPTP Mbps Den: 1927
Setup_Fail_DEN: 8629
SIP_SC_Total_MOU: 4.55
Peak UE: 45
MB_per_connected_UE: 34.16
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5647
CA Activation Rate den: 75750

Combined RACH Preambles: 2006
Time: 23:01:51
holiday: 0
CA DL DataVolRatio Pct: 57.19

Avg_Connected_UEs: 43.13
SIP DC%: 
DLRLCLayerDataVolume MB: 1885.43
DRB UL Data Volume MB: 9077
CA DL DataVolRatio Pct den: 356
weekend: 0
CA Activation Rate: 70.75
hr: 19
MAC_UE_SC_Tput: 19667.72
Bearer Releases: 16542

hr: 19
CA Activation Rate num: 11008335
SIP_SC_Total_MOU: 43.81
PCT Time MIMO: 57.51
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8988

Time: 13:40:50
holiday: 0
HO_att_InterFreq: 348
CA DL DataVolRatio Pct num: 3584

SIP DC%: 
UPTP_Mbps: 43.62
DLRLCLayerDataVolume MB: 3728.21
DRB UL Data Volume MB: 6737
RRC Setup Attempts: 5621
CA DL DataVolRatio Pct den: 7994
weekend: 0
CA Activation Rate: 70.58
hr: 7
MAC_UE_SC_Tput: 5953.63

hr: 7
CA Activation Rate num: 2969333
Setup_Fail_DEN: 15002
SIP_SC_Total_MOU: 156.24
Peak UE: 27
MB_per_connected_UE: 182.59
DL Volume: 6716
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9277
CA Activation Rate den: 48726

Time: 10:48:45
holiday: 0
CA DL DataVolRatio Pct: 58.67
CA DL DataVolRatio Pct num: 384

DL MAC Vol Scell Pct: 25.5
SIP DC%: 
UPTP_Mbps: 10.12
DLRLCLayerDataVolume MB: 7952.13
CA Conf FailRate Pct den: 4013
weekend: 0
CA Activation Rate: 34.12
hr: 19
MAC_UE_SC_Tput: 11934.96
Bearer Releases: 9569

hr: 19
CA Activation Rate num: 2314709
Setup_Fail_DEN: 12486
Peak UE: 27
PCT Time MIMO: 47.42
DL Data Vol MAC in MB: 5678.84
CA Activation Rate den: 105967

Time: 17:14:10
holiday: 0
HO_att_InterFreq: 609
CA DL DataVolRatio Pct num: 7566

DL MAC Vol Scell Pct: 33.54
SIP DC%: 
UPTP_Mbps: 35.14
DLRLCLayerDataVolume MB: 8439.59
DRB UL Data Volume MB: 8065
CA Conf FailRate Pct den: 7844
weekend: 1
UPTP Mbps Num: 29000
CA Activation Rate: 3.69
hr: 4
Bearer Releases: 9929

hr: 4
CA Activation Rate num: 9854160
UPTP Mbps Den: 2999
Peak UE: 27
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4295
DL Data Vol MAC in MB: 6148.89
CA Activation Rate den: 94844

Time: 17:20:12
holiday: 0
SIP_SC_Call_Attempts: 235
CA DL DataVolRatio Pct num: 3908

SIP DC%: 
DRB UL Data Volume MB: 7136
PRB Util%: 7.97
weekend: 0
UPTP Mbps Num: 986
CA Activation Rate: 6.98
hr: 10
MAC_UE_SC_Tput: 7661.56
Bearer Releases: 8609

hr: 10
CA Activation Rate num: 10190971
Setup_Fail_DEN: 13158
SIP_SC_Total_MOU: 184.55
MB_per_connected_UE: 52.79
DL Volume: 6881
DL Data Vol MAC in MB: 589.24
CA Activation Rate den: 68585

Time: 16:14:35
holiday: 0
CA DL DataVolRatio Pct: 57.28

Avg_Connected_UEs: 41.21
SIP DC%: 
UPTP_Mbps: 84.54
DLRLCLayerDataVolume MB: 8474.87
DRB UL Data Volume MB: 3662
PRB Util%: 25.54
CA DL DataVolRatio Pct den: 3231
CA Conf FailRate Pct den: 9188
weekend: 0
CA Activation Rate: 64.69
hr: 12
MAC_UE_SC_Tput: 4233.49
Bearer Releases: 6634

hr: 12
CA Activation Rate num: 2782673
Setup_Fail_DEN: 14449
Peak UE: 43
VOLTE IA%: 
PCT Time MIMO: 63.03
DL Volume: 2608
CA Activation Rate den: 110273

Time: 13:54:47
holiday: 0

Avg_Connected_UEs: 72.12
SIP DC%: 
UPTP_Mbps: 25.73
DLRLCLayerDataVolume MB: 6940.69
RRC Setup Attempts: 6900
CA DL DataVolRatio Pct den: 7105
weekend: 0
CA Activation Rate: 44.83
hr: 8
MAC_UE_SC_Tput: 14523.1
Bearer Releases: 16437

hr: 8
Avg CQI: 11.56
CA Activation Rate num: 2140662
Setup_Fail_DEN: 19020
SIP_SC_Total_MOU: 86.49
Peak UE: 74
MB_per_connected_UE: 174.19
PCT Time MIMO: 40.47
DL Volume: 5286
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3731
CA Activation Rate den: 55675

Combined RACH Preambles: 2075
Time: 01:36:13
holiday: 0
CA DL DataVolRatio Pct: 50.78
CA DL DataVolRatio Pct num: 5411

SIP DC%: 
PRB Util%: 36.19
RRC Setup Attempts: 4923
CA DL DataVolRatio Pct den: 5665
weekend: 0
CA Activation Rate: 56.58
hr: 4
MAC_UE_SC_Tput: 17151.5
Bearer Releases: 8439

hr: 4
CA Activation Rate num: 8868701
Setup_Fail_DEN: 8051
Peak UE: 28
PCT Time MIMO: 50.36
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3965
UL Throughput: 3.59
DL Data Vol MAC in MB: 8852.61
Combined RACH Preambles: 2825

Time: 09:45:51
holiday: 0
CA DL DataVolRatio Pct: 92.66
CA DL DataVolRatio Pct num: 2631

DL MAC Vol Scell Pct: 8.64
SIP DC%: 
UPTP_Mbps: 37.77
PRB Util%: 36.55
RRC Setup Attempts: 5545
CA DL DataVolRatio Pct den: 303
weekend: 0
hr: 5
MAC_UE_SC_Tput: 10598.94

hr: 5
CA Activation Rate num: 10436169
UPTP Mbps Den: 5691
Setup_Fail_DEN: 8991
SIP_SC_Total_MOU: 127.75
DL Volume: 7624
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5610
DL Data Vol MAC in MB: 888.78
CA Activation Rate den: 70325

Combined RACH Preambles: 3466
Time: 04:08:01
holiday: 0
CA DL DataVolRatio Pct: 90.32
HO_att_InterFreq: 748

SIP DC%: 
DLRLCLayerDataVolume MB: 2944.37
DRB UL Data Volume MB: 9467
PRB Util%: 21.05
weekend: 0
UPTP Mbps Num: 29279
hr: 5
MAC_UE_SC_Tput: 5279.83

hr: 5
CA Activation Rate num: 8426025
Setup_Fail_DEN: 11764
Peak UE: 27
DL Volume: 784
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4057

Time: 19:11:36
holiday: 0
CA DL DataVolRatio Pct: 90.05

DL MAC Vol Scell Pct: 3.66
Avg_Connected_UEs: 31.06
SIP DC%: 
UPTP_Mbps: 117.8
DLRLCLayerDataVolume MB: 5645.41
RRC Setup Attempts: 5002
CA Conf FailRate Pct den: 6726
weekend: 0
UPTP Mbps Num: 25544
CA Activation Rate: 28.85
hr: 18
MAC_UE_SC_Tput: 15747.89
Bearer Releases: 8457

hr: 18
CA Activation Rate num: 3696390
Setup_Fail_DEN: 8909
SIP_SC_Total_MOU: 98.88
MB_per_connected_UE: 30.49
PCT Time MIMO: 51.88
CA Activation Rate den: 47010

Combined RACH Preambles: 1997
Time: 02:49:49
holiday: 0
CA DL DataVolRatio Pct: 60.94

DL MAC Vol Scell Pct: 20.99
SIP DC%: 
DLRLCLayerDataVolume MB: 7039.53
RRC Setup Attempts: 6726
CA Conf FailRate Pct den: 3517
weekend: 1
UPTP Mbps Num: 21724
hr: 19
MAC_UE_SC_Tput: 6995.03

hr: 19
CA Activation Rate num: 11904254
Setup_Fail_DEN: 6743
SIP_SC_Total_MOU: 199.31
Peak UE: 27
MB_per_connected_UE: 103.44
PCT Time MIMO: 32.73
DL Volume: 1077
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6846
DL Data Vol MAC in MB: 209.48

Time: 04:27:26
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8911.26
DRB UL Data Volume MB: 1718
PRB Util%: 72.41
CA DL DataVolRatio Pct den: 6079
weekend: 0
UPTP Mbps Num: 46581
S1U_SIP_SC_SEER_num: 168
hr: 0
MAC_UE_SC_Tput: 16664.46
Bearer Releases: 9686

hr: 0
CA Activation Rate num: 2431792
Setup_Fail_DEN: 13035
SIP_SC_Total_MOU: 10.08
Peak UE: 27
MB_per_connected_UE: 28.47
DL Volume: 2619
DL Data Vol MAC in MB: 694.85
CA Activation Rate den: 106051

Time: 01:10:16
holiday: 0
CA DL DataVolRatio Pct: 85.66

DL MAC Vol Scell Pct: 44.27
Avg_Connected_UEs: 50.98
SIP DC%: 
DLRLCLayerDataVolume MB: 3374.68
DRB UL Data Volume MB: 3334
CA DL DataVolRatio Pct den: 8655
CA Conf FailRate Pct den: 7294
weekend: 0
CA Activation Rate: 41.62
hr: 21
MAC_UE_SC_Tput: 5034.76

hr: 21
CA Activation Rate num: 9365125
Setup_Fail_DEN: 14314
SIP_SC_Total_MOU: 355.17
Peak UE: 27
MB_per_connected_UE: 128.21
PCT Time MIMO: 62.61
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6403

Time: 06:47:50
holiday: 0
CA DL DataVolRatio Pct num: 4962

SIP DC%: 
DLRLCLayerDataVolume MB: 8211.96
DRB UL Data Volume MB: 2267
PRB Util%: 37.63
CA DL DataVolRatio Pct den: 9999
weekend: 1
CA Activation Rate: 68.76
hr: 10
MAC_UE_SC_Tput: 4872.29

hr: 10
CA Activation Rate num: 4520782
Setup_Fail_DEN: 13630
SIP_SC_Total_MOU: 12.07
Peak UE: 27
MB_per_connected_UE: 7.94
PCT Time MIMO: 36.54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5694
DL Data Vol MAC in MB: 1413.88
Combined RACH Preambles: 3004
Time: 08:32:44

holiday: 0

Avg_Connected_UEs: 43.79
SIP DC%: 
UPTP_Mbps: 40.43
CA DL DataVolRatio Pct den: 3267
CA Conf FailRate Pct den: 6991
weekend: 1
CA Activation Rate: 77.63
hr: 23
MAC_UE_SC_Tput: 14412.12
Bearer Releases: 10802

hr: 23
CA Activation Rate num: 5620891
Setup_Fail_DEN: 16080
SIP_SC_Total_MOU: 285.19
Peak UE: 27
MB_per_connected_UE: 117.01
PCT Time MIMO: 45.79
DL Data Vol MAC in MB: 8230.91
CA Activation Rate den: 103753

Time: 19:48:34
holiday: 0

DL MAC Vol Scell Pct: 21.03
SIP DC%: 
DLRLCLayerDataVolume MB: 1915.72
PRB Util%: 41.31
CA Conf FailRate Pct den: 9049
weekend: 0
hr: 3
MAC_UE_SC_Tput: 8030.61

hr: 3
CA Activation Rate num: 4189374
UPTP Mbps Den: 2781
Setup_Fail_DEN: 6962
SIP_SC_Total_MOU: 117.35
Peak UE: 32
MB_per_connected_UE: 101.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7416
UL Throughput: 3.16
CA Activation Rate den: 83856

Combined RACH Preambles: 4851
Time: 10:18:51
holiday: 0
CA DL DataVolRatio Pct: 86.16
CA DL DataVolRatio Pct num: 3436

SIP DC%: 
UPTP_Mbps: 49.62
DLRLCLayerDataVolume MB: 9571.86
DRB UL Data Volume MB: 4677
RRC Setup Attempts: 6264
CA DL DataVolRatio Pct den: 9120
weekend: 0
CA Activation Rate: 41.14
hr: 10
MAC_UE_SC_Tput: 6436.71
Bearer Releases: 6346

hr: 10
Setup_Fail_DEN: 11987
Peak UE: 55
MB_per_connected_UE: 157.99
PCT Time MIMO: 68.27
DL Data Vol MAC in MB: 6529.34
CA Activation Rate den: 58227

Combined RACH Preambles: 2029
Time: 03:16:19
holiday: 0
CA DL DataVolRatio Pct: 48.06
HO_att_InterFreq: 417

SIP DC%: 
UPTP_Mbps: 69.46
DLRLCLayerDataVolume MB: 3622.48
PRB Util%: 66.95
RRC Setup Attempts: 5855
CA Conf FailRate Pct den: 3682
weekend: 0
CA Activation Rate: 50.46
hr: 21
MAC_UE_SC_Tput: 9288.34
Bearer Releases: 9752

hr: 21
CA Activation Rate num: 3417085
Peak UE: 62
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5070
DL Data Vol MAC in MB: 9828.36

Time: 15:18:46
holiday: 0

DL MAC Vol Scell Pct: 8.39
Avg_Connected_UEs: 48.26
SIP DC%: 
DLRLCLayerDataVolume MB: 9805.66
weekend: 0
CA Activation Rate: 61.97
hr: 18
MAC_UE_SC_Tput: 10138.59

hr: 18
Setup_Fail_DEN: 15842
SIP_SC_Total_MOU: 255.51
Peak UE: 75
MB_per_connected_UE: 158.33
DL Data Vol MAC in MB: 2447.22

Time: 01:11:35
holiday: 0
CA DL DataVolRatio Pct: 76.25

Avg_Connected_UEs: 25.32
SIP DC%: 
UPTP_Mbps: 35.82
DRB UL Data Volume MB: 8231
PRB Util%: 68.33
CA DL DataVolRatio Pct den: 9893
weekend: 0
UPTP Mbps Num: 15817
CA Activation Rate: 6.66
hr: 18
MAC_UE_SC_Tput: 5984.06
Bearer Releases: 14850

hr: 18
CA Activation Rate num: 567568
UPTP Mbps Den: 2964
SIP_SC_Total_MOU: 93.14
UL MAC Vol Scell Pct: 1.39
Peak UE: 82
MB_per_connected_UE: 72.83
PCT Time MIMO: 39.95
DL Data Vol MAC in MB: 6989.5
CA Activation Rate den: 89472

Time: 10:54:10
holiday: 0
CA DL DataVolRatio Pct num: 3401

Avg_Connected_UEs: 48.27
SIP DC%: 
UPTP_Mbps: 32.23
DRB UL Data Volume MB: 3220
PRB Util%: 73.7
CA DL DataVolRatio Pct den: 7574
weekend: 0
CA Activation Rate: 45.27
hr: 8
MAC_UE_SC_Tput: 8701.63
Bearer Releases: 8221

hr: 8
CA Activation Rate num: 4130772
UPTP Mbps Den: 367
Setup_Fail_DEN: 14377
Peak UE: 75
MB_per_connected_UE: 30.82
PCT Time MIMO: 46.26
DL Volume: 9556
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5758
DL Data Vol MAC in MB: 4477.83
CA Activation Rate den: 220471

Time: 16:42:38
holiday: 0
HO_att_InterFreq: 183
HO Attempts: 767

DL MAC Vol Scell Pct: 21.78
SIP DC%: 
UPTP_Mbps: 127.73
DRB UL Data Volume MB: 5601
PRB Util%: 47.6
CA DL DataVolRatio Pct den: 9119
CA Conf FailRate Pct den: 7017
weekend: 1
UPTP Mbps Num: 23490
hr: 23
MAC_UE_SC_Tput: 7503.6
Bearer Releases: 15311

hr: 23
CA Activation Rate num: 1854058
Setup_Fail_DEN: 17524
Peak UE: 73
MB_per_connected_UE: 22.68
PCT Time MIMO: 43.5
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3802

Time: 18:03:54
holiday: 0
CA DL DataVolRatio Pct num: 1275

DL MAC Vol Scell Pct: 12.81
Avg_Connected_UEs: 74.99
SIP DC%: 
UPTP_Mbps: 46.82
DLRLCLayerDataVolume MB: 8911.48
DRB UL Data Volume MB: 6953
PRB Util%: 14.17
CA DL DataVolRatio Pct den: 694
weekend: 0
UPTP Mbps Num: 47127
CA Activation Rate: 9.48
hr: 0
MAC_UE_SC_Tput: 10949.73

hr: 0
Setup_Fail_DEN: 15324
SIP_SC_Total_MOU: 158.74
Peak UE: 27
MB_per_connected_UE: 117.89
DL Data Vol MAC in MB: 3291.57
CA Activation Rate den: 144768

Time: 16:25:32
holiday: 0
CA DL DataVolRatio Pct num: 2003
HO Attempts: 552

Avg_Connected_UEs: 27.94
SIP DC%: 
UPTP_Mbps: 40.09
DLRLCLayerDataVolume MB: 986.42
DRB UL Data Volume MB: 5085
PRB Util%: 38.59
RRC Setup Attempts: 3519
CA DL DataVolRatio Pct den: 8647
weekend: 0
CA Activation Rate: 56.04
hr: 13
MAC_UE_SC_Tput: 5750.63

hr: 13
CA Activation Rate num: 5286542
Setup_Fail_DEN: 13876
SIP_SC_Total_MOU: 11.85
Peak UE: 76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7452
DL Data Vol MAC in MB: 6555.41
CA Activation Rate den: 87433

Combined RACH Preambles: 2709
Time: 12:39:29
holiday: 0
CA DL DataVolRatio Pct num: 4057

DL MAC Vol Scell Pct: 7.53
Avg_Connected_UEs: 22.37
SIP DC%: 
UPTP_Mbps: 39.38
DLRLCLayerDataVolume MB: 371.33
DRB UL Data Volume MB: 9462
PRB Util%: 24.94
RRC Setup Attempts: 7623
CA Conf FailRate Pct den: 2954
weekend: 0
CA Activation Rate: 30.26
hr: 16
MAC_UE_SC_Tput: 11894.84
Bearer Releases: 6944

hr: 16
UPTP Mbps Den: 398
SIP_SC_Total_MOU: 3.14
Peak UE: 29
MB_per_connected_UE: 158.62
PCT Time MIMO: 65.17
DL Volume: 6387

Time: 21:00:52
holiday: 0

Avg_Connected_UEs: 48.79
SIP DC%: 
UPTP_Mbps: 37.8
DRB UL Data Volume MB: 4283
PRB Util%: 12.86
RRC Setup Attempts: 3832
CA DL DataVolRatio Pct den: 8404
weekend: 0
hr: 0
MAC_UE_SC_Tput: 11366.33

hr: 0
CA Activation Rate num: 2304777
UPTP Mbps Den: 1509
MB_per_connected_UE: 46.65
DL Volume: 6109
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4964
DL Data Vol MAC in MB: 5872.83
CA Activation Rate den: 64731
Combined RACH Preambles: 3048

Time: 09:26:46
holiday: 0
CA DL DataVolRatio Pct num: 5573

SIP DC%: 
DLRLCLayerDataVolume MB: 3937.82
DRB UL Data Volume MB: 2572
RRC Setup Attempts: 7828
weekend: 0
UPTP Mbps Num: 22905
CA Activation Rate: 60
hr: 14
MAC_UE_SC_Tput: 7560.74
Bearer Releases: 9473

hr: 14
CA Activation Rate num: 5159134
UPTP Mbps Den: 4017
Setup_Fail_DEN: 8743
SIP_SC_Total_MOU: 275.45
Peak UE: 49
PCT Time MIMO: 48.54
DL Volume: 9010
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3896
DL Data Vol MAC in MB: 5590.95

Time: 05:28:46
holiday: 0
HO_att_InterFreq: 559
HO Attempts: 847

DL MAC Vol Scell Pct: 9.93
Avg_Connected_UEs: 51.13
SIP DC%: 
UPTP_Mbps: 37.12
DLRLCLayerDataVolume MB: 4374.56
PRB Util%: 52.05
CA DL DataVolRatio Pct den: 1134
weekend: 0
UPTP Mbps Num: 15691
hr: 21
MAC_UE_SC_Tput: 17346.46

hr: 21
CA Activation Rate num: 8756792
Setup_Fail_DEN: 6802
Peak UE: 27
DL Volume: 6498
DL Data Vol MAC in MB: 8854.84
CA Activation Rate den: 81684

Time: 15:10:23
holiday: 0
HO_att_InterFreq: 735

DL MAC Vol Scell Pct: 30.48
SIP DC%: 
UPTP_Mbps: 113.28
DLRLCLayerDataVolume MB: 1218.65
DRB UL Data Volume MB: 9835
CA Conf FailRate Pct den: 4987
weekend: 1
CA Activation Rate: 48.05
hr: 20
MAC_UE_SC_Tput: 7023.13
Bearer Releases: 7658

hr: 20
CA Activation Rate num: 10361712
UPTP Mbps Den: 1991
SIP_SC_Total_MOU: 315.26
Peak UE: 27
MB_per_connected_UE: 49.29
PCT Time MIMO: 59.56
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6171
DL Data Vol MAC in MB: 9017.68
CA Activation Rate den: 54185

Time: 05:14:55
holiday: 0
HO_att_InterFreq: 983

SIP DC%: 
UPTP_Mbps: 27.37
DLRLCLayerDataVolume MB: 3099.67
DRB UL Data Volume MB: 3679
Avg_PUCCH_SINR: 17.15
CA DL DataVolRatio Pct den: 10060
CA Conf FailRate Pct den: 5886
RSSIRX1 Avg: -96.52
weekend: 0
UPTP Mbps Num: 1751
CA Activation Rate: 11.27
hr: 22
MAC_UE_SC_Tput: 17185.9
Bearer Releases: 14599

hr: 22
CA Activation Rate num: 4437503
Setup_Fail_DEN: 19817
Peak UE: 52
MB_per_connected_UE: 141.45
DL Volume: 335
CA Activation Rate den: 128141

Time: 15:33:28
holiday: 0
CA DL DataVolRatio Pct: 64.9

DL MAC Vol Scell Pct: 21.12
Avg_Connected_UEs: 80
SIP DC%: 
UPTP_Mbps: 38.54
DLRLCLayerDataVolume MB: 6856.95
DRB UL Data Volume MB: 6385
CA Conf FailRate Pct den: 4372
weekend: 0
UPTP Mbps Num: 24732
CA Activation Rate: 77.4
hr: 9
MAC_UE_SC_Tput: 10248.82
Bearer Releases: 14329

hr: 9
CA Activation Rate num: 10016939
UPTP Mbps Den: 309
Setup_Fail_DEN: 11004
SIP_SC_Total_MOU: 7.5
Peak UE: 48
MB_per_connected_UE: 66.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3260
DL Data Vol MAC in MB: 6292.89
CA Activation Rate den: 72324

Time: 19:41:05
holiday: 0
CA DL DataVolRatio Pct: 53.92
HO Attempts: 393

SIP DC%: 
UPTP_Mbps: 24.6
DLRLCLayerDataVolume MB: 4072.41
DRB UL Data Volume MB: 9856
PRB Util%: 34.4
RRC Setup Attempts: 5615
weekend: 0
CA Activation Rate: 65.13
hr: 22
MAC_UE_SC_Tput: 14364.58

hr: 22
CA Activation Rate num: 4680466
UPTP Mbps Den: 2912
Setup_Fail_DEN: 16507
Peak UE: 40
MB_per_connected_UE: 47.62
PCT Time MIMO: 34.38
DL Volume: 8360
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6052
DL Data Vol MAC in MB: 3679.15
Time: 05:40:34

holiday: 0
CA DL DataVolRatio Pct: 84.9

DL MAC Vol Scell Pct: 42.32
Avg_Connected_UEs: 36.27
SIP DC%: 
DLRLCLayerDataVolume MB: 6600.98
DRB UL Data Volume MB: 5421
PRB Util%: 69.86
RRC Setup Attempts: 7758
weekend: 0
hr: 0
Bearer Releases: 10297

hr: 0
CA Activation Rate num: 9003623
Peak UE: 27
MB_per_connected_UE: 172.7
PCT Time MIMO: 37.21
DL Volume: 322
DL Data Vol MAC in MB: 3875.2
CA Activation Rate den: 92923
Combined RACH Preambles: 3718

Time: 17:24:58
holiday: 0
CA DL DataVolRatio Pct: 87.15
CA DL DataVolRatio Pct num: 4904

DL MAC Vol Scell Pct: 4.44
SIP DC%: 
UPTP_Mbps: 24.59
DLRLCLayerDataVolume MB: 3595.5
DRB UL Data Volume MB: 1536
PRB Util%: 29.81
CA DL DataVolRatio Pct den: 2782
CA Conf FailRate Pct den: 7265
weekend: 0
CA Activation Rate: 56.89
hr: 9
MAC_UE_SC_Tput: 14593.5
Bearer Releases: 13977

hr: 9
Setup_Fail_DEN: 8738
Peak UE: 30
MB_per_connected_UE: 74.15
PCT Time MIMO: 46.9
CA Activation Rate den: 46899

Time: 22:18:33
holiday: 0
HO_att_InterFreq: 855
HO Attempts: 561

Avg_Connected_UEs: 35.51
SIP DC%: 
UPTP_Mbps: 25.94
DLRLCLayerDataVolume MB: 8668.73
DRB UL Data Volume MB: 8960
PRB Util%: 17.28
RRC Setup Attempts: 4431
CA DL DataVolRatio Pct den: 6663
CA Conf FailRate Pct den: 3470
weekend: 0
UPTP Mbps Num: 13481
CA Activation Rate: 41.83
hr: 0
MAC_UE_SC_Tput: 5614.16
Bearer Releases: 11506

hr: 0
CA Activation Rate num: 7393565
Setup_Fail_DEN: 17365
SIP_SC_Total_MOU: 138.64
Peak UE: 46
MB_per_connected_UE: 30.27
PCT Time MIMO: 35.76
DL Volume: 6163
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4783
DL Data Vol MAC in MB: 2854.66
CA Activation Rate den: 56783

Time: 08:07:22
holiday: 0
CA DL DataVolRatio Pct: 63.6
CA DL DataVolRatio Pct num: 5358
HO Attempts: 563

DL MAC Vol Scell Pct: 22.01
Avg_Connected_UEs: 54.18
SIP DC%: 
DLRLCLayerDataVolume MB: 9507.76
RRC Setup Attempts: 4549
CA Conf FailRate Pct den: 5719
weekend: 0
CA Activation Rate: 43.95
hr: 18
MAC_UE_SC_Tput: 4496.92
Bearer Releases: 10241

hr: 18
CA Activation Rate num: 1011645
Setup_Fail_DEN: 9212
Peak UE: 70
MB_per_connected_UE: 135.18
DL Data Vol MAC in MB: 7309.98
CA Activation Rate den: 94726

Time: 23:30:58
holiday: 0

DL MAC Vol Scell Pct: 3.82
Avg_Connected_UEs: 51.56
SIP DC%: 
DLRLCLayerDataVolume MB: 6690.96
DRB UL Data Volume MB: 9066
PRB Util%: 23.07
RRC Setup Attempts: 8339
weekend: 0
Bearer Setup Failure Voice Den: 242
CA Activation Rate: 77.71
hr: 16
MAC_UE_SC_Tput: 8014.34
Bearer Releases: 10882

hr: 16
CA Activation Rate num: 5485571
UPTP Mbps Den: 743
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3108
DL Data Vol MAC in MB: 731.47

Time: 12:50:27
holiday: 0
CA DL DataVolRatio Pct num: 2019

SIP DC%: 
UPTP_Mbps: 15.1
PRB Util%: 39.98
RRC Setup Attempts: 4355
CA DL DataVolRatio Pct den: 7593
CA Conf FailRate Pct den: 7693
weekend: 1
CA Activation Rate: 53.36
hr: 7
MAC_UE_SC_Tput: 10346.27
Bearer Releases: 16598

hr: 7
CA Activation Rate num: 10378991
UPTP Mbps Den: 1481
Peak UE: 27
MB_per_connected_UE: 32.04
DL Volume: 2207
CA Activation Rate den: 36983

Time: 12:08:05
holiday: 0
CA DL DataVolRatio Pct: 92.4

Avg_Connected_UEs: 82.77
SIP DC%: 
UPTP_Mbps: 41.7
DLRLCLayerDataVolume MB: 8780.17
CA DL DataVolRatio Pct den: 9842
weekend: 0
CA Activation Rate: 57.91
hr: 18
MAC_UE_SC_Tput: 13633.8

hr: 18
CA Activation Rate num: 10651093
SIP_SC_Total_MOU: 12.24
Peak UE: 68
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6438

Time: 15:57:43
holiday: 0
CA DL DataVolRatio Pct num: 4424

DL MAC Vol Scell Pct: 15.5
SIP DC%: 
UPTP_Mbps: 14.84
DLRLCLayerDataVolume MB: 7639.93
CA DL DataVolRatio Pct den: 4618
CA Conf FailRate Pct den: 5600
weekend: 1
CA Activation Rate: 63.12
hr: 3
Bearer Releases: 6874

hr: 3
CA Activation Rate num: 817691
UPTP Mbps Den: 1067
Peak UE: 29
MB_per_connected_UE: 70.66
PCT Time MIMO: 42.63
CA Activation Rate den: 47119

Time: 06:53:32
Date: 03-04-2022
holiday: 0
CA DL DataVolRatio Pct: 61.08
HO Attempts: 119

Avg_Connected_UEs: 35.54
SIP DC%: 
UPTP_Mbps: 23.57
DLRLCLayerDataVolume MB: 7082.64
PRB Util%: 45.84
CA Conf FailRate Pct den: 7657
weekend: 0
UPTP Mbps Num: 37517
CA Activation Rate: 3.22
hr: 12
MAC_UE_SC_Tput: 13468.13
Bearer Releases: 17609

hr: 12
CA Activation Rate num: 5331000
UPTP Mbps Den: 2597
Setup_Fail_DEN: 17924
SIP_SC_Total_MOU: 233.85
Peak UE: 37
VOLTE IA%: 0.29
MB_per_connected_UE: 38.04
DL Volume: 4326
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7694
UL Throughput: 3.73

Time: 13:06:56
holiday: 0
CA DL DataVolRatio Pct num: 4608
HO Attempts: 402

DL MAC Vol Scell Pct: 15.47
Avg_Connected_UEs: 50.24
SIP DC%: 
UPTP_Mbps: 47.32
DLRLCLayerDataVolume MB: 921.9
PRB Util%: 27.86
CA DL DataVolRatio Pct den: 4711
CA Conf FailRate Pct den: 9295
RSSIRX1 Avg: -94.62
weekend: 0
UPTP Mbps Num: 44292
CA Activation Rate: 38.28
hr: 6
MAC_UE_SC_Tput: 10392.89
Bearer Releases: 8336

hr: 6
CA Activation Rate num: 10381542
UPTP Mbps Den: 2812
Setup_Fail_DEN: 11048
SIP_SC_Total_MOU: 133.36
MB_per_connected_UE: 43.41
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6104

Time: 16:41:56
holiday: 0
HO Attempts: 228

DL MAC Vol Scell Pct: 11.34
SIP DC%: 
DLRLCLayerDataVolume MB: 6665.21
DRB UL Data Volume MB: 6834
PRB Util%: 35.59
DL Packet Loss Pct: 0.66
weekend: 0
UPTP Mbps Num: 47867
S1U_SIP_SC_SEER_num: 252
CA Activation Rate: 34.9
hr: 6
MAC_UE_SC_Tput: 7146.43
Bearer Releases: 9658

hr: 6
CA Activation Rate num: 4245337
UPTP Mbps Den: 2599
Setup_Fail_DEN: 14878
Peak UE: 27
MB_per_connected_UE: 25.37
PCT Time MIMO: 54.91
DL Volume: 7274
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4465
DL Data Vol MAC in MB: 5353.23

Time: 20:25:38
holiday: 0
CA DL DataVolRatio Pct: 71.26

Avg_Connected_UEs: 68.56
SIP DC%: 
CA DL DataVolRatio Pct den: 3681
CA Conf FailRate Pct den: 7304
weekend: 0
UPTP Mbps Num: 46828
CA Activation Rate: 62.51
hr: 23
Bearer Releases: 8301

hr: 23
CA Activation Rate num: 10074176
UPTP Mbps Den: 6067
SIP_SC_Total_MOU: 3.86
Peak UE: 77
MB_per_connected_UE: 31.3
CA Activation Rate den: 185758

Combined RACH Preambles: 2544
Time: 05:46:20
holiday: 0
CA DL DataVolRatio Pct: 79.65
HO Attempts: 802

SIP DC%: 
UPTP_Mbps: 30.99
DLRLCLayerDataVolume MB: 4283.92
DRB UL Data Volume MB: 3635
PRB Util%: 64.77
RRC Setup Attempts: 4657
CA DL DataVolRatio Pct den: 340
weekend: 0
UPTP Mbps Num: 29309
hr: 10
MAC_UE_SC_Tput: 4917.06
Bearer Releases: 18498

hr: 10
CA Activation Rate num: 2614343
UPTP Mbps Den: 2492
Setup_Fail_DEN: 14712
Peak UE: 27
MB_per_connected_UE: 55.99
PCT Time MIMO: 32.24
UL Throughput: 11.94
DL Data Vol MAC in MB: 3309.09
CA Activation Rate den: 108113

Time: 18:38:43
holiday: 0

DL MAC Vol Scell Pct: 9.36
Avg_Connected_UEs: 32.12
SIP DC%: 
UPTP_Mbps: 30.51
PRB Util%: 34.14
CA DL DataVolRatio Pct den: 6987
CA Conf FailRate Pct den: 8671
weekend: 0
CA Activation Rate: 21.61
hr: 23
MAC_UE_SC_Tput: 5195.06
Bearer Releases: 9018

hr: 23
CA Activation Rate num: 3741823
UPTP Mbps Den: 2178
Setup_Fail_DEN: 12202
Peak UE: 27
MB_per_connected_UE: 73.6
PCT Time MIMO: 47.72
DL Data Vol MAC in MB: 8816.68
CA Activation Rate den: 112031

Time: 20:03:43
holiday: 0
HO_att_InterFreq: 454
CA DL DataVolRatio Pct num: 2509

DL MAC Vol Scell Pct: 33.99
SIP DC%: 
UPTP_Mbps: 40.22
DRB UL Data Volume MB: 6761
PRB Util%: 8.27
CA Conf FailRate Pct den: 8787
weekend: 0
CA Activation Rate: 20.41
hr: 0
MAC_UE_SC_Tput: 17718.84

hr: 0
CA Activation Rate num: 9976544
Setup_Fail_DEN: 10255
Peak UE: 27
DL Volume: 9112
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7334
DL Data Vol MAC in MB: 525.51
CA Activation Rate den: 144080

Time: 20:53:34
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 178
CA DL DataVolRatio Pct den: 7015
CA Conf FailRate Pct den: 6989
weekend: 0
UPTP Mbps Num: 18839
CA Activation Rate: 1.61
hr: 6
MAC_UE_SC_Tput: 8295.07

hr: 6
CA Activation Rate num: 5099790
UPTP Mbps Den: 1048
Peak UE: 66
MB_per_connected_UE: 22.62
DL Volume: 5687
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5406
DL Data Vol MAC in MB: 3545.88
CA Activation Rate den: 125086

Time: 00:25:50
holiday: 0
CA DL DataVolRatio Pct num: 5630

DL MAC Vol Scell Pct: 6.33
SIP DC%: 
UPTP_Mbps: 85.42
DLRLCLayerDataVolume MB: 4352.32
DRB UL Data Volume MB: 7772
Avg_PUCCH_SINR: 17.47
PRB Util%: 31.63
CA DL DataVolRatio Pct den: 9816
weekend: 0
UPTP Mbps Num: 1831
CA Activation Rate: 61.17
hr: 20
MAC_UE_SC_Tput: 4132.15

hr: 20
CA Activation Rate num: 5176549
Setup_Fail_DEN: 15261
SIP_SC_Total_MOU: 166.01
Peak UE: 48
PCT Time MIMO: 54.26
DL Volume: 9328
UL Throughput: 4.2
DL Data Vol MAC in MB: 2415.09
CA Activation Rate den: 142758

Combined RACH Preambles: 3729
Time: 23:05:50
holiday: 0
CA DL DataVolRatio Pct: 88.13
CA DL DataVolRatio Pct num: 1879

DL MAC Vol Scell Pct: 15.55
Avg_Connected_UEs: 52.83
SIP DC%: 
DRB UL Data Volume MB: 9022
PRB Util%: 24.44
RRC Setup Attempts: 5552
CA DL DataVolRatio Pct den: 6004
weekend: 0
UPTP Mbps Num: 12910
CA Activation Rate: 32.4
hr: 23
MAC_UE_SC_Tput: 18025.03
Bearer Releases: 11405

hr: 23
CA Activation Rate num: 12878679
UPTP Mbps Den: 1418
Setup_Fail_DEN: 10057
SIP_SC_Total_MOU: 93.63
UL MAC Vol Scell Pct: 2.06
MB_per_connected_UE: 49.42
PCT Time MIMO: 45.41
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5034

Time: 08:02:23
holiday: 0
CA DL DataVolRatio Pct: 45.88

SIP DC%: 
UPTP_Mbps: 37.71
DRB UL Data Volume MB: 5407
PRB Util%: 12.61
RRC Setup Attempts: 6228
CA DL DataVolRatio Pct den: 9928
CA Conf FailRate Pct den: 8922
weekend: 0
CA Activation Rate: 39.23
hr: 19
MAC_UE_SC_Tput: 5366.97
Bearer Releases: 8060

hr: 19
CA Activation Rate num: 10049497
UPTP Mbps Den: 952
Setup_Fail_DEN: 7183
SIP_SC_Total_MOU: 289.27
UL MAC Vol Scell Pct: 4.52
Peak UE: 36
MB_per_connected_UE: 110.57
DL Volume: 1534
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6536
DL Data Vol MAC in MB: 5059.82

Time: 18:36:24
holiday: 0

Avg_Connected_UEs: 56.6
SIP DC%: 
DLRLCLayerDataVolume MB: 275.2
DRB UL Data Volume MB: 2652
CA DL DataVolRatio Pct den: 5632
CA Conf FailRate Pct den: 6940
weekend: 0
UPTP Mbps Num: 6237
S1U_SIP_SC_SEER_num: 280
CA Activation Rate: 53.4
hr: 0
MAC_UE_SC_Tput: 4172.27

hr: 0
CA Activation Rate num: 4419854
UPTP Mbps Den: 1122
Setup_Fail_DEN: 10096
DL Data Vol MAC in MB: 8599.29
CA Activation Rate den: 108672

Time: 21:02:48
holiday: 0
CA DL DataVolRatio Pct num: 2024

SIP DC%: 
DLRLCLayerDataVolume MB: 9799.9
DRB UL Data Volume MB: 7731
PRB Util%: 56.4
CA DL DataVolRatio Pct den: 10073
weekend: 0
CA Activation Rate: 25.88
hr: 4
MAC_UE_SC_Tput: 5239.04
Bearer Releases: 11476

hr: 4
CA Activation Rate num: 2981336
Setup_Fail_DEN: 9507
SIP_SC_Total_MOU: 328.13
Peak UE: 27
PCT Time MIMO: 57.43
DL Data Vol MAC in MB: 3268.18

Time: 05:21:39
holiday: 0
CA DL DataVolRatio Pct: 86.49
CA DL DataVolRatio Pct num: 2707

DL MAC Vol Scell Pct: 6.48
Avg_Connected_UEs: 44.75
SIP DC%: 
UPTP_Mbps: 10.48
DLRLCLayerDataVolume MB: 489.92
DRB UL Data Volume MB: 6786
PRB Util%: 56.68
RRC Setup Attempts: 4783
CA DL DataVolRatio Pct den: 1965
RSSIRX1 Avg: -93.73
weekend: 0
UPTP Mbps Num: 1356
hr: 21
MAC_UE_SC_Tput: 19501

hr: 21
CA Activation Rate num: 7761506
UPTP Mbps Den: 4119
MB_per_connected_UE: 94.26
PCT Time MIMO: 55.23
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5088
CA Activation Rate den: 58793

Time: 00:14:15
holiday: 0
CA DL DataVolRatio Pct: 90.58
CA DL DataVolRatio Pct num: 6782

SIP DC%: 
UPTP_Mbps: 29.39
DLRLCLayerDataVolume MB: 6943.92
DRB UL Data Volume MB: 6299
CA DL DataVolRatio Pct den: 8975
weekend: 0
UPTP Mbps Num: 19228
hr: 23
MAC_UE_SC_Tput: 15368.94
Bearer Releases: 6702

hr: 23
UPTP Mbps Den: 3750
PCT Time MIMO: 41.99

Combined RACH Preambles: 3328
Time: 01:47:19
holiday: 0
CA DL DataVolRatio Pct num: 5031

DL MAC Vol Scell Pct: 11.48
Avg_Connected_UEs: 25.79
SIP DC%: 
UPTP_Mbps: 23.41
DLRLCLayerDataVolume MB: 7021.25
DRB UL Data Volume MB: 6144
CA DL DataVolRatio Pct den: 9717
CA Conf FailRate Pct den: 4647
weekend: 0
CA Activation Rate: 32.05
hr: 23
MAC_UE_SC_Tput: 6994.6
Bearer Releases: 10898

hr: 23
Setup_Fail_DEN: 11286
Peak UE: 27
MB_per_connected_UE: 153.17
CA Activation Rate den: 72109

Time: 08:51:59
holiday: 0
CA DL DataVolRatio Pct: 43.94
HO_att_InterFreq: 765

Avg_Connected_UEs: 32.85
SIP DC%: 
DLRLCLayerDataVolume MB: 7147.61
DRB UL Data Volume MB: 6121
CA DL DataVolRatio Pct den: 8454
weekend: 0
UPTP Mbps Num: 4155
hr: 23
MAC_UE_SC_Tput: 12979.32
Bearer Releases: 7794

hr: 23
CA Activation Rate num: 5043258
UPTP Mbps Den: 2811
Setup_Fail_DEN: 15922
SIP_SC_Total_MOU: 50.02
UL MAC Vol Scell Pct: 1.32
Peak UE: 27
MB_per_connected_UE: 15.52
PCT Time MIMO: 58.47

Combined RACH Preambles: 3178
Time: 19:36:24
holiday: 0

Avg_Connected_UEs: 58.7
SIP DC%: 
UPTP_Mbps: 25.04
DLRLCLayerDataVolume MB: 3034
RRC Setup Attempts: 3999
CA DL DataVolRatio Pct den: 8282
weekend: 0
UPTP Mbps Num: 37655
RSSIRX2 Avg: -93.18
CA Activation Rate: 11.32
hr: 11
MAC_UE_SC_Tput: 15930.09
Bearer Releases: 8463

hr: 11
CA Activation Rate num: 2627632
UL MAC Vol Scell Pct: 0.62
Peak UE: 27
MB_per_connected_UE: 194.74
DL Volume: 3131
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5992
CA Activation Rate den: 201568

Time: 19:39:40
holiday: 0
CA DL DataVolRatio Pct: 73.3
CA DL DataVolRatio Pct num: 6715

DL MAC Vol Scell Pct: 7.05
SIP DC%: 
DLRLCLayerDataVolume MB: 5473.72
DRB UL Data Volume MB: 2027
RRC Setup Attempts: 4207
weekend: 1
UPTP Mbps Num: 19640
CA Activation Rate: 68.68
hr: 17
MAC_UE_SC_Tput: 13576.02

hr: 17
CA Activation Rate num: 2353617
UPTP Mbps Den: 703
Peak UE: 67
VOLTE IA%: 
PCT Time MIMO: 68.57
DL Volume: 9076
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8622
CA Activation Rate den: 79207
Combined RACH Preambles: 3812

Time: 20:23:20
holiday: 0
CA DL DataVolRatio Pct num: 4316

Avg_Connected_UEs: 39.28
SIP DC%: 
UPTP_Mbps: 52.67
DLRLCLayerDataVolume MB: 1483.47
PRB Util%: 19.78
CA DL DataVolRatio Pct den: 6751
CA Conf FailRate Pct den: 5156
weekend: 0
hr: 4
MAC_UE_SC_Tput: 6270.14
Bearer Releases: 7457

hr: 4
Peak UE: 28
DL Volume: 1529
DL Data Vol MAC in MB: 9744.24
CA Activation Rate den: 88240

Time: 21:23:06
holiday: 0

DL MAC Vol Scell Pct: 28.9
Avg_Connected_UEs: 33.74
SIP DC%: 
UPTP_Mbps: 45.7
DRB UL Data Volume MB: 2262
PRB Util%: 23.5
CA DL DataVolRatio Pct den: 5225
weekend: 1
CA Activation Rate: 12.25
hr: 5
MAC_UE_SC_Tput: 5944.41
Bearer Releases: 14960

hr: 5
Avg CQI: 9
CA Activation Rate num: 3370499
SIP_SC_Total_MOU: 333.48
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5208
DL Data Vol MAC in MB: 252.52
CA Activation Rate den: 42441
Combined RACH Preambles: 3245

Time: 07:34:57
holiday: 0

SIP DC%: 
UPTP_Mbps: 36.09
DLRLCLayerDataVolume MB: 3832.41
CA DL DataVolRatio Pct den: 5389
CA Conf FailRate Pct den: 8061
weekend: 0
UPTP Mbps Num: 22985
CA Activation Rate: 15.82
hr: 23
MAC_UE_SC_Tput: 12058.25
Bearer Releases: 10860

hr: 23
CA Activation Rate num: 8074805
UPTP Mbps Den: 2424
SIP_SC_Total_MOU: 59.27
Peak UE: 99
VOLTE IA%: 
PCT Time MIMO: 63.57
DL Volume: 7105
DL Data Vol MAC in MB: 4992.15
CA Activation Rate den: 194098

Time: 10:46:17
holiday: 0
CA DL DataVolRatio Pct: 64.84
CA DL DataVolRatio Pct num: 3434

SIP DC%: 
UPTP_Mbps: 28.5
DLRLCLayerDataVolume MB: 1060.73
DRB UL Data Volume MB: 2380
CA DL DataVolRatio Pct den: 6556
CA Conf FailRate Pct den: 4656
weekend: 1
CA Activation Rate: 54.19
hr: 8
MAC_UE_SC_Tput: 7373.11

hr: 8
CA Activation Rate num: 9824882
Peak UE: 42

Combined RACH Preambles: 4080
Time: 20:05:12
holiday: 0
CA DL DataVolRatio Pct: 71.02
HO Attempts: 492

Avg_Connected_UEs: 51.47
SIP DC%: 
DLRLCLayerDataVolume MB: 4912.56
DRB UL Data Volume MB: 7549
PRB Util%: 54.87
RRC Setup Attempts: 7920
CA DL DataVolRatio Pct den: 2587
CA Conf FailRate Pct den: 6868
weekend: 0
CA Activation Rate: 10.87
hr: 18
MAC_UE_SC_Tput: 25496.75
Bearer Releases: 13187

hr: 18
CA Activation Rate num: 8345626
UPTP Mbps Den: 2733
SIP_SC_Total_MOU: 42.83
Peak UE: 36
MB_per_connected_UE: 166.45
PCT Time MIMO: 56.61
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3191
DL Data Vol MAC in MB: 8334.75
CA Activation Rate den: 171958

Combined RACH Preambles: 4837
Time: 04:22:33
holiday: 0
HO_att_InterFreq: 963

Avg_Connected_UEs: 53.32
SIP DC%: 
UPTP_Mbps: 27.38
DLRLCLayerDataVolume MB: 6030.59
RRC Setup Attempts: 6201
weekend: 0
UPTP Mbps Num: 4081
RSSIRX2 Avg: -93.25
hr: 23
MAC_UE_SC_Tput: 16074.73

hr: 23
CA Activation Rate num: 4150075
UPTP Mbps Den: 533
Setup_Fail_DEN: 17729
SIP_SC_Total_MOU: 4.27
Peak UE: 27
MB_per_connected_UE: 65.37
DL Volume: 8635
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5856
UL Throughput: 9.96
CA Activation Rate den: 76105

Time: 19:27:24
holiday: 0
CA DL DataVolRatio Pct: 78.44
CA DL DataVolRatio Pct num: 6463

DL MAC Vol Scell Pct: 11.5
Avg_Connected_UEs: 44.08
SIP DC%: 
UPTP_Mbps: 26.53
DLRLCLayerDataVolume MB: 1395.35
PRB Util%: 40.78
CA DL DataVolRatio Pct den: 3787
weekend: 0
UPTP Mbps Num: 16623
hr: 14
MAC_UE_SC_Tput: 9068.29
Bearer Releases: 8680

hr: 14
CA Activation Rate num: 9492402
UPTP Mbps Den: 1860
Setup_Fail_DEN: 17831
SIP_SC_Total_MOU: 175.89
Peak UE: 59
MB_per_connected_UE: 10.01
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5471
DL Data Vol MAC in MB: 6103.94
CA Activation Rate den: 109673

Combined RACH Preambles: 3385
Time: 14:44:32
holiday: 0
CA DL DataVolRatio Pct num: 5911

DL MAC Vol Scell Pct: 6.05
Avg_Connected_UEs: 38.77
SIP DC%: 
DLRLCLayerDataVolume MB: 7527.55
DRB UL Data Volume MB: 8052
PRB Util%: 29.08
RRC Setup Attempts: 4342
CA DL DataVolRatio Pct den: 7558
weekend: 0
CA Activation Rate: 8.65
hr: 0
MAC_UE_SC_Tput: 15934.74

hr: 0
Setup_Fail_DEN: 8748
SIP_SC_Total_MOU: 237.93
Peak UE: 61
DL Volume: 9210
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6094
DL Data Vol MAC in MB: 5192.97

Time: 01:13:40
holiday: 0
CA DL DataVolRatio Pct num: 2814

DL MAC Vol Scell Pct: 40
Avg_Connected_UEs: 26.04
SIP DC%: 
UPTP_Mbps: 21.3
DLRLCLayerDataVolume MB: 3876.9
PRB Util%: 42.44
RRC Setup Attempts: 9345
CA Conf FailRate Pct den: 4957
weekend: 0
UPTP Mbps Num: 943
hr: 23
MAC_UE_SC_Tput: 13988.8

hr: 23
CA Activation Rate num: 4595255
SIP_SC_Total_MOU: 282.77
Peak UE: 27
PCT Time MIMO: 48.24
DL Volume: 7360
UL Throughput: 1.62
DL Data Vol MAC in MB: 4623.37
CA Activation Rate den: 121859

Time: 18:58:09
holiday: 0
CA DL DataVolRatio Pct: 80.14
CA DL DataVolRatio Pct num: 855
HO Attempts: 438

Avg_Connected_UEs: 49.29
SIP DC%: 
UPTP_Mbps: 41.28
DLRLCLayerDataVolume MB: 8564.77
DRB UL Data Volume MB: 1094
RRC Setup Attempts: 3689
CA DL DataVolRatio Pct den: 9924
weekend: 0
UPTP Mbps Num: 6555
CA Activation Rate: 55.57
hr: 12
MAC_UE_SC_Tput: 10338.37
Bearer Releases: 13119

hr: 12
CA Activation Rate num: 9635597
UPTP Mbps Den: 2181
Setup_Fail_DEN: 14316
Peak UE: 27
MB_per_connected_UE: 51.94
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3560
DL Data Vol MAC in MB: 6564.21
CA Activation Rate den: 158633

Time: 12:23:53
holiday: 0
CA DL DataVolRatio Pct: 71.38
CA DL DataVolRatio Pct num: 3557
HO Attempts: 295

DL MAC Vol Scell Pct: 23.41
Avg_Connected_UEs: 56.78
SIP DC%: 
UPTP_Mbps: 30.74
DLRLCLayerDataVolume MB: 6121.19
weekend: 0
CA Activation Rate: 42.09
hr: 0
MAC_UE_SC_Tput: 11241.75

hr: 0
CA Activation Rate num: 8785760
UPTP Mbps Den: 2697
Peak UE: 27
MB_per_connected_UE: 8.25
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6088
QCI 1 Bearer Releases: 85
DL Data Vol MAC in MB: 7181.29
CA Activation Rate den: 76232

Time: 22:36:31
holiday: 0
CA DL DataVolRatio Pct num: 7535
HO Attempts: 359

SIP DC%: 
DLRLCLayerDataVolume MB: 5113.52
weekend: 0
UPTP Mbps Num: 3712
CA Activation Rate: 22.56
hr: 23
MAC_UE_SC_Tput: 6689.93
Bearer Releases: 7270

hr: 23
CA Activation Rate num: 3496628
UPTP Mbps Den: 2614
Setup_Fail_DEN: 11946
SIP_SC_Total_MOU: 246.04
Peak UE: 27
MB_per_connected_UE: 14.57
PCT Time MIMO: 49.15
DL Data Vol MAC in MB: 3867.88
CA Activation Rate den: 48548

Time: 02:27:55
holiday: 0
CA DL DataVolRatio Pct: 79.35
CA DL DataVolRatio Pct num: 5258

Avg_Connected_UEs: 25.67
SIP DC%: 
UPTP_Mbps: 44.57
DLRLCLayerDataVolume MB: 1205.81
DRB UL Data Volume MB: 6265
RRC Setup Attempts: 3433
CA Conf FailRate Pct den: 6792
weekend: 1
hr: 20
MAC_UE_SC_Tput: 14547.68

hr: 20
CA Activation Rate num: 2049560
SIP_SC_Total_MOU: 348.54
Peak UE: 58
MB_per_connected_UE: 202.33
DL Data Vol MAC in MB: 495.07

Time: 06:01:13
holiday: 0
CA DL DataVolRatio Pct num: 7074

DL MAC Vol Scell Pct: 28.93
SIP DC%: 
UPTP_Mbps: 9.85
DLRLCLayerDataVolume MB: 8336.87
CA Conf FailRate Pct den: 5904
weekend: 0
CA Activation Rate: 17.94
hr: 23
MAC_UE_SC_Tput: 13405.17
Bearer Releases: 9870

hr: 23
CA Activation Rate num: 2024079
UPTP Mbps Den: 2251
Setup_Fail_DEN: 13024
UL MAC Vol Scell Pct: 3.65
Peak UE: 78
MB_per_connected_UE: 111.96
PCT Time MIMO: 45.46
DL Volume: 3770
UL Throughput: 4.05
DL Data Vol MAC in MB: 9678.85
CA Activation Rate den: 70126

Time: 03:25:48
holiday: 0
CA DL DataVolRatio Pct: 77.74
CA DL DataVolRatio Pct num: 5527

DL MAC Vol Scell Pct: 15.6
Avg_Connected_UEs: 33.95
SIP DC%: 
DLRLCLayerDataVolume MB: 4714.18
PRB Util%: 56.14
CA DL DataVolRatio Pct den: 5527
weekend: 0
S1U_SIP_SC_SEER_num: 85
hr: 7
MAC_UE_SC_Tput: 13296.22
Bearer Releases: 8920

hr: 7
CA Activation Rate num: 3054826
UPTP Mbps Den: 271
Setup_Fail_DEN: 14103
Peak UE: 78
MB_per_connected_UE: 118.65
DL Volume: 7085
DL Data Vol MAC in MB: 9527.79
CA Activation Rate den: 69527

Time: 04:37:35
holiday: 0

DL MAC Vol Scell Pct: 4.54
Avg_Connected_UEs: 25.26
SIP DC%: 
UPTP_Mbps: 113.78
DRB UL Data Volume MB: 8388
PRB Util%: 30
RRC Setup Attempts: 6596
CA DL DataVolRatio Pct den: 2813
weekend: 0
UPTP Mbps Num: 29915
Bearer Setup Failure Voice Den: 162
CA Activation Rate: 37.83
hr: 23
MAC_UE_SC_Tput: 6716.6
Bearer Releases: 14574

hr: 23
CA Activation Rate num: 8465926
Setup_Fail_DEN: 9876
SIP_SC_Total_MOU: 283.1
Peak UE: 37
MB_per_connected_UE: 130.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7153
DL Data Vol MAC in MB: 6521.74

Combined RACH Preambles: 3346
Time: 08:09:41
holiday: 0
CA DL DataVolRatio Pct: 89.69

DL MAC Vol Scell Pct: 52.84
SIP DC%: 
CA Conf FailRate Pct den: 3753
weekend: 0
UPTP Mbps Num: 4786
CA Activation Rate: 38.21
hr: 5
MAC_UE_SC_Tput: 6951.24

hr: 5
CA Activation Rate num: 7796073
UPTP Mbps Den: 1543
SIP_SC_Total_MOU: 13.15
Peak UE: 27
MB_per_connected_UE: 79.66
DL Volume: 5700
DL Data Vol MAC in MB: 4412.41

Time: 08:07:40
holiday: 0
HO_att_InterFreq: 171

DL MAC Vol Scell Pct: 33.94
SIP DC%: 
UPTP_Mbps: 91.98
DRB UL Data Volume MB: 2789
weekend: 1
CA Activation Rate: 5.22
hr: 23
MAC_UE_SC_Tput: 4120.79

hr: 23
CA Activation Rate num: 9163116
UPTP Mbps Den: 1573
SIP_SC_Total_MOU: 34.82
Peak UE: 27
MB_per_connected_UE: 196.31
PCT Time MIMO: 37.25
DL Volume: 3402
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6510
DL Data Vol MAC in MB: 9864.97
CA Activation Rate den: 46484

Time: 12:50:38
holiday: 0
CA DL DataVolRatio Pct: 59.19
CA DL DataVolRatio Pct num: 7457

DL MAC Vol Scell Pct: 9.33
Avg_Connected_UEs: 44.11
SIP DC%: 
CA DL DataVolRatio Pct den: 7112
CA Conf FailRate Pct den: 6968
weekend: 0
hr: 22
MAC_UE_SC_Tput: 4379.12
Bearer Releases: 12603

hr: 22
CA Activation Rate num: 4037507
UPTP Mbps Den: 237
Setup_Fail_DEN: 16019
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 55.18
PCT Time MIMO: 67.93
DL Volume: 1438
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9265
DL Data Vol MAC in MB: 7114.6
CA Activation Rate den: 56707
Time: 09:04:53

holiday: 0
CA DL DataVolRatio Pct num: 2968

DL MAC Vol Scell Pct: 4.51
SIP DC%: 
UPTP_Mbps: 116.61
PRB Util%: 15.72
CA DL DataVolRatio Pct den: 7021
CA Conf FailRate Pct den: 3403
weekend: 0
CA Activation Rate: 31.3
hr: 20
MAC_UE_SC_Tput: 6131.39

hr: 20
CA Activation Rate num: 1139964
SIP_SC_Total_MOU: 10.31
Peak UE: 70
MB_per_connected_UE: 193.55
DL Volume: 5990
DL Data Vol MAC in MB: 8249.98

Combined RACH Preambles: 3397
Time: 00:10:53
holiday: 0
CA DL DataVolRatio Pct: 71.23
CA DL DataVolRatio Pct num: 5304

DL MAC Vol Scell Pct: 34.62
Avg_Connected_UEs: 50.36
SIP DC%: 
UPTP_Mbps: 31.48
PRB Util%: 62.03
RRC Setup Attempts: 5239
CA DL DataVolRatio Pct den: 10166
CA Conf FailRate Pct den: 7239
weekend: 1
UPTP Mbps Num: 8894
CA Activation Rate: 42.11
hr: 4
MAC_UE_SC_Tput: 5679.27
Bearer Releases: 9531

hr: 4
CA Activation Rate num: 4335352
Setup_Fail_DEN: 13539
Peak UE: 34
MB_per_connected_UE: 110.93
DL Volume: 3237
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5515
DL Data Vol MAC in MB: 5400.47
CA Activation Rate den: 74833

Time: 07:35:25
holiday: 0
CA DL DataVolRatio Pct: 76.51
CA DL DataVolRatio Pct num: 6210

SIP DC%: 
DLRLCLayerDataVolume MB: 3432.6
PRB Util%: 26.35
RRC Setup Attempts: 4933
CA Conf FailRate Pct den: 8785
weekend: 1
UPTP Mbps Num: 54441
hr: 0
MAC_UE_SC_Tput: 14676.17

hr: 0
CA Activation Rate num: 6023651
UPTP Mbps Den: 1531
Setup_Fail_DEN: 8176
Peak UE: 50
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6004

Time: 15:23:11
holiday: 0
CA DL DataVolRatio Pct: 91.19
CA DL DataVolRatio Pct num: 4864

SIP DC%: 
PRB Util%: 50.8
RRC Setup Attempts: 3344
weekend: 0
UPTP Mbps Num: 10570
CA Activation Rate: 37.72
hr: 23

hr: 23
CA Activation Rate num: 9340608
UPTP Mbps Den: 1262
SIP_SC_Total_MOU: 313.66
Peak UE: 60
MB_per_connected_UE: 164.03
DL Volume: 407
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3395
CA Activation Rate den: 66122

Time: 07:28:37
holiday: 0
CA DL DataVolRatio Pct: 58.74
CA DL DataVolRatio Pct num: 5414

DL MAC Vol Scell Pct: 19.54
Avg_Connected_UEs: 78.4
SIP DC%: 
DLRLCLayerDataVolume MB: 7801.25
DRB UL Data Volume MB: 3845
RRC Setup Attempts: 3358
weekend: 0
CA Activation Rate: 56.56
hr: 10
MAC_UE_SC_Tput: 4315.46
Bearer Releases: 15040

hr: 10
CA Activation Rate num: 5822819
Setup_Fail_DEN: 11753
SIP_SC_Total_MOU: 237.56
Peak UE: 27
MB_per_connected_UE: 11.65
DL Data Vol MAC in MB: 9624.63

Time: 00:32:14
holiday: 0

DL MAC Vol Scell Pct: 9.44
Avg_Connected_UEs: 81.71
SIP DC%: 
UPTP_Mbps: 39.56
PRB Util%: 67.63
RRC Setup Attempts: 7781
weekend: 0
CA Activation Rate: 2.44
hr: 19
MAC_UE_SC_Tput: 30297.94
Bearer Releases: 16769

hr: 19
SIP_SC_Total_MOU: 152.39
Peak UE: 27
MB_per_connected_UE: 83.06
DL Volume: 679
DL Data Vol MAC in MB: 6555.16

Time: 06:37:54
holiday: 0
CA DL DataVolRatio Pct: 60.46
SIP_SC_Call_Attempts: 261
HO Attempts: 111

Avg_Connected_UEs: 35.79
SIP DC%: 
DLRLCLayerDataVolume MB: 5822.6
DRB UL Data Volume MB: 8198
PRB Util%: 11.52
CA DL DataVolRatio Pct den: 8433
weekend: 0
UPTP Mbps Num: 38168
RSSIRX2 Avg: -93.15
CA Activation Rate: 23.31
hr: 10
MAC_UE_SC_Tput: 19177.1

hr: 10
CA Activation Rate num: 1871058
Setup_Fail_DEN: 19162
SIP_SC_Total_MOU: 129.65
Peak UE: 49
MB_per_connected_UE: 142.18
DL Data Vol MAC in MB: 7699.69
CA Activation Rate den: 132593

Time: 02:58:11
holiday: 0
CA DL DataVolRatio Pct num: 3164
HO Attempts: 301

SIP DC%: 
UPTP_Mbps: 16.12
DLRLCLayerDataVolume MB: 5368.07
PRB Util%: 22.06
CA DL DataVolRatio Pct den: 5488
weekend: 0
CA Activation Rate: 21.49
hr: 4
Bearer Releases: 7548

hr: 4
CA Activation Rate num: 2075001
Setup_Fail_DEN: 13087
SIP_SC_Total_MOU: 49.1
Peak UE: 49
MB_per_connected_UE: 104.13
DL Volume: 5834
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4422
DL Data Vol MAC in MB: 4858.81
CA Activation Rate den: 82497

Time: 07:44:48
holiday: 0
CA DL DataVolRatio Pct num: 3719

Avg_Connected_UEs: 64.89
SIP DC%: 
DLRLCLayerDataVolume MB: 711.06
PRB Util%: 60.88
DL Packet Loss Pct: 4.43
CA DL DataVolRatio Pct den: 7975
weekend: 0
hr: 10
MAC_UE_SC_Tput: 4931.22

hr: 10
CA Activation Rate num: 9874742
Setup_Fail_DEN: 12035
SIP_SC_Total_MOU: 71.85
Peak UE: 35
MB_per_connected_UE: 93.19
PCT Time MIMO: 36.92
DL Data Vol MAC in MB: 3261.14
CA Activation Rate den: 59656

Time: 05:15:34
holiday: 0
HO_att_InterFreq: 884
CA DL DataVolRatio Pct num: 6655

DL MAC Vol Scell Pct: 8.6
Avg_Connected_UEs: 49.4
SIP DC%: 
UPTP_Mbps: 35.74
DLRLCLayerDataVolume MB: 4667.61
DRB UL Data Volume MB: 5007
RRC Setup Attempts: 7429
weekend: 1
UPTP Mbps Num: 34864
CA Activation Rate: 40.42
hr: 23
MAC_UE_SC_Tput: 9648.51
Bearer Releases: 17830

hr: 23
CA Activation Rate num: 8834271
UPTP Mbps Den: 902
Setup_Fail_DEN: 18232
SIP_SC_Total_MOU: 137.64
Peak UE: 50
MB_per_connected_UE: 130.88
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6363
UL Throughput: 7.7
DL Data Vol MAC in MB: 4145.18
CA Activation Rate den: 92632

Time: 16:33:33
holiday: 0
CA DL DataVolRatio Pct: 62.08
HO_att_InterFreq: 314

Avg_Connected_UEs: 49.12
SIP DC%: 
DLRLCLayerDataVolume MB: 2553.11
DRB UL Data Volume MB: 2076
weekend: 0
hr: 11
Bearer Releases: 7972

hr: 11
UPTP Mbps Den: 1027
Setup_Fail_DEN: 15133
Peak UE: 50
MB_per_connected_UE: 117.53
CA Activation Rate den: 87206

Time: 15:36:12
holiday: 0
CA DL DataVolRatio Pct num: 7204

DL MAC Vol Scell Pct: 30.02
SIP DC%: 
DLRLCLayerDataVolume MB: 6294.09
PRB Util%: 20.26
RRC Setup Attempts: 3575
weekend: 0
UPTP Mbps Num: 7419
hr: 12
MAC_UE_SC_Tput: 7901.33

hr: 12
CA Activation Rate num: 7244704
UPTP Mbps Den: 480
Peak UE: 62
MB_per_connected_UE: 185.05
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3426
CA Activation Rate den: 79712

Time: 00:57:02
holiday: 0
CA DL DataVolRatio Pct num: 2628

DL MAC Vol Scell Pct: 5.74
SIP DC%: 
UPTP_Mbps: 27.05
PRB Util%: 35.01
RRC Setup Attempts: 7285
CA DL DataVolRatio Pct den: 5120
weekend: 0
CA Activation Rate: 22.81
hr: 17
MAC_UE_SC_Tput: 18243.4
Bearer Releases: 11126

hr: 17
CA Activation Rate num: 5041046
UPTP Mbps Den: 1314
Peak UE: 74
MB_per_connected_UE: 135.68
PCT Time MIMO: 62.16
DL Volume: 6487
DL Data Vol MAC in MB: 3708.71
CA Activation Rate den: 84266
Combined RACH Preambles: 2527

Time: 22:57:16
holiday: 0
HO_att_InterFreq: 796

DL MAC Vol Scell Pct: 57.96
SIP DC%: 
DRB UL Data Volume MB: 8699
PRB Util%: 19.59
RRC Setup Attempts: 7481
CA Conf FailRate Pct den: 5851
weekend: 1
CA Activation Rate: 3.35
hr: 3
MAC_UE_SC_Tput: 6923.71

hr: 3
CA Activation Rate num: 3870006
UPTP Mbps Den: 1368
Peak UE: 41
MB_per_connected_UE: 185.28
DL Volume: 9533
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5077
DL Data Vol MAC in MB: 9282.52

Time: 22:32:22
holiday: 0
HO Attempts: 210

Avg_Connected_UEs: 60.27
SIP DC%: 
UPTP_Mbps: 35.16
DLRLCLayerDataVolume MB: 7881.28
RRC Setup Attempts: 4461
CA DL DataVolRatio Pct den: 10102
CA Conf FailRate Pct den: 4693
weekend: 0
S1U_SIP_SC_SEER_num: 170
hr: 0

hr: 0
qci1_setup_attempts: 72
CA Activation Rate num: 1526362
Setup_Fail_DEN: 17958
S1U_SIP_SC_SEER_den: 240
Peak UE: 46
MB_per_connected_UE: 106.22
DL Volume: 580
DL Data Vol MAC in MB: 2763.42
CA Activation Rate den: 45329
Combined RACH Preambles: 2167

Time: 07:35:15
holiday: 0
CA DL DataVolRatio Pct: 82.64
HO Attempts: 634

DL MAC Vol Scell Pct: 28.32
SIP DC%: 
UPTP_Mbps: 116.31
DLRLCLayerDataVolume MB: 9463.51
DRB UL Data Volume MB: 5119
CA Conf FailRate Pct den: 4390
weekend: 0
Bearer Setup Failure Voice Den: 218
CA Activation Rate: 38.48
hr: 23
MAC_UE_SC_Tput: 14499.66
Bearer Releases: 11940

hr: 23
CA Activation Rate num: 3674238
UPTP Mbps Den: 1404
SIP_SC_Total_MOU: 140.33
Peak UE: 27
MB_per_connected_UE: 161.78
DL Volume: 3069
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6946
DL Data Vol MAC in MB: 946.85

Time: 23:29:54
holiday: 0

Avg_Connected_UEs: 58.3
SIP DC%: 
UPTP_Mbps: 123.74
DLRLCLayerDataVolume MB: 4378.69
DRB UL Data Volume MB: 8352
CA DL DataVolRatio Pct den: 9825
CA Conf FailRate Pct den: 9453
weekend: 0
UPTP Mbps Num: 34199
CA Activation Rate: 46.99
hr: 10
MAC_UE_SC_Tput: 7271.99
Bearer Releases: 7515

hr: 10
UPTP Mbps Den: 1239
Setup_Fail_DEN: 12865
SIP_SC_Total_MOU: 153.1
Peak UE: 27
MB_per_connected_UE: 114.86
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6522
DL Data Vol MAC in MB: 8580.12

Time: 15:18:51
holiday: 0
CA DL DataVolRatio Pct: 60.87
HO_att_InterFreq: 226
CA DL DataVolRatio Pct num: 5038

Avg_Connected_UEs: 24.79
SIP DC%: 
UPTP_Mbps: 109.8
DLRLCLayerDataVolume MB: 192.71
DRB UL Data Volume MB: 2760
PRB Util%: 72.72
RRC Setup Attempts: 7189
CA DL DataVolRatio Pct den: 9471
CA Conf FailRate Pct den: 3685
weekend: 0
UPTP Mbps Num: 33201
CA Activation Rate: 34.23
hr: 12
MAC_UE_SC_Tput: 11025.57
Bearer Releases: 14211

hr: 12
CA Activation Rate num: 5845731
UPTP Mbps Den: 1941
Setup_Fail_DEN: 14516
SIP_SC_Total_MOU: 56.26
Peak UE: 30
MB_per_connected_UE: 141.18
PCT Time MIMO: 36.36

Time: 03:23:36
holiday: 0
CA DL DataVolRatio Pct: 61.86

Avg_Connected_UEs: 17.96
SIP DC%: 
UPTP_Mbps: 63.57
DLRLCLayerDataVolume MB: 777.25
DRB UL Data Volume MB: 150
PRB Util%: 38.15
RRC Setup Attempts: 6271
CA Conf FailRate Pct den: 6138
weekend: 0
CA Activation Rate: 42.69
hr: 6
Bearer Releases: 6415

hr: 6
CA Activation Rate num: 4808580
UPTP Mbps Den: 4930
SIP_SC_Total_MOU: 112.02
Peak UE: 29
PCT Time MIMO: 36.53
DL Volume: 7992
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8923
CA Activation Rate den: 105069

Time: 08:32:54
holiday: 0
CA DL DataVolRatio Pct: 83.93
CA DL DataVolRatio Pct num: 6211
HO Attempts: 697

SIP DC%: 
UPTP_Mbps: 45.12
DLRLCLayerDataVolume MB: 4291.43
DRB UL Data Volume MB: 7781
CA DL DataVolRatio Pct den: 8067
CA Conf FailRate Pct den: 8993
weekend: 0
UPTP Mbps Num: 6521
CA Activation Rate: 55.97
hr: 23
MAC_UE_SC_Tput: 8546.28

hr: 23
CA Activation Rate num: 1840134
Setup_Fail_DEN: 12161
SIP_SC_Total_MOU: 76.09
Peak UE: 47
MB_per_connected_UE: 183.47
DL Data Vol MAC in MB: 1492.4
CA Activation Rate den: 88834

Time: 16:54:37
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 565.12
PRB Util%: 33.28
RRC Setup Attempts: 5525
CA DL DataVolRatio Pct den: 3240
CA Conf FailRate Pct den: 6752
weekend: 0
UPTP Mbps Num: 30443
hr: 2
MAC_UE_SC_Tput: 15956.67

hr: 2
CA Activation Rate num: 5028123
SIP_SC_Total_MOU: 145.83
Peak UE: 27
MB_per_connected_UE: 194.26
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3062
DL Data Vol MAC in MB: 3677.33
CA Activation Rate den: 47165

Time: 14:12:56
holiday: 0
CA DL DataVolRatio Pct num: 1610

Avg_Connected_UEs: 56.17
SIP DC%: 
DLRLCLayerDataVolume MB: 1151.38
DRB UL Data Volume MB: 4710
PRB Util%: 26.87
RRC Setup Attempts: 4690
CA DL DataVolRatio Pct den: 5000
CA Conf FailRate Pct den: 8156
weekend: 0
UPTP Mbps Num: 17198
CA Activation Rate: 75.99
hr: 2
MAC_UE_SC_Tput: 8708.28

hr: 2
CA Activation Rate num: 4618140
Setup_Fail_DEN: 14228
SIP_SC_Total_MOU: 21.75
Peak UE: 54
MB_per_connected_UE: 135.99
PCT Time MIMO: 38.21
CA Activation Rate den: 46887

holiday: 0
CA DL DataVolRatio Pct: 78.12
HO_att_InterFreq: 193
CA DL DataVolRatio Pct num: 4189
HO Attempts: 337

SIP DC%: 
DLRLCLayerDataVolume MB: 4891.73
DRB UL Data Volume MB: 3758
PRB Util%: 19.26
RRC Setup Attempts: 6137
weekend: 1
UPTP Mbps Num: 6303
CA Activation Rate: 31.69
hr: 0
MAC_UE_SC_Tput: 10481.41
Bearer Releases: 8769

hr: 0
CA Activation Rate num: 5462072
Setup_Fail_DEN: 14914
SIP_SC_Total_MOU: 149.74
Peak UE: 27
MB_per_connected_UE: 141.48
PCT Time MIMO: 32.89
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5590

Time: 22:44:50
holiday: 0
CA DL DataVolRatio Pct: 65.59

SIP DC%: 
UPTP_Mbps: 28.57
DLRLCLayerDataVolume MB: 216.45
DRB UL Data Volume MB: 5237
PRB Util%: 71.46
RRC Setup Attempts: 4212
CA Conf FailRate Pct den: 8269
RSSIRX1 Avg: -93.51
weekend: 0
CA Activation Rate: 67.38
hr: 23
MAC_UE_SC_Tput: 14702.63
Bearer Releases: 11813

hr: 23
CA Activation Rate num: 4581177
UPTP Mbps Den: 2018
Setup_Fail_DEN: 11026
Peak UE: 44
MB_per_connected_UE: 118.68
PCT Time MIMO: 32.94
CA Activation Rate den: 109184

Time: 17:50:11
holiday: 0
CA DL DataVolRatio Pct: 64.15

DL MAC Vol Scell Pct: 31.19
Avg_Connected_UEs: 83.23
SIP DC%: 
DLRLCLayerDataVolume MB: 405.56
DRB UL Data Volume MB: 7569
PRB Util%: 47.93
RRC Setup Attempts: 5147
weekend: 0
CA Activation Rate: 33.51
hr: 6
MAC_UE_SC_Tput: 9593.12
Bearer Releases: 12853

hr: 6
CA Activation Rate num: 5449563
UPTP Mbps Den: 2534
Setup_Fail_DEN: 11022
Peak UE: 53
MB_per_connected_UE: 158.05
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6960
DL Data Vol MAC in MB: 1326.45
CA Activation Rate den: 55820

Time: 13:39:03
holiday: 0

Avg_Connected_UEs: 74.29
SIP DC%: 
DLRLCLayerDataVolume MB: 4472.88
DRB UL Data Volume MB: 9342
PRB Util%: 21.65
CA Conf FailRate Pct den: 2863
weekend: 0
CA Activation Rate: 19.25
hr: 17
MAC_UE_SC_Tput: 12598.08
Bearer Releases: 12609

hr: 17
CA Activation Rate num: 5592529
Setup_Fail_DEN: 14133
SIP_SC_Total_MOU: 318.43
Peak UE: 60
MB_per_connected_UE: 25.72
PCT Time MIMO: 58.59
CA Activation Rate den: 109701

Time: 21:23:01
holiday: 0
CA DL DataVolRatio Pct num: 4509

DL MAC Vol Scell Pct: 7.92
Avg_Connected_UEs: 52.34
SIP DC%: 
UPTP_Mbps: 131.1
DLRLCLayerDataVolume MB: 8561.29
RRC Setup Attempts: 4612
CA DL DataVolRatio Pct den: 8652
CA Conf FailRate Pct den: 8093
weekend: 0
UPTP Mbps Num: 38061
CA Activation Rate: 42.9
hr: 4
MAC_UE_SC_Tput: 13694.75
Bearer Releases: 8503

hr: 4
CA Activation Rate num: 3138258
Setup_Fail_DEN: 11603
Peak UE: 27
MB_per_connected_UE: 80.74
DL Volume: 6789
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8689
DL Data Vol MAC in MB: 2671.88
CA Activation Rate den: 101693

Time: 07:25:53
holiday: 0
CA DL DataVolRatio Pct: 62.35
HO Attempts: 377

DL MAC Vol Scell Pct: 12.67
Avg_Connected_UEs: 48.82
SIP DC%: 
UPTP_Mbps: 90.74
DLRLCLayerDataVolume MB: 7593.29
PRB Util%: 9.41
CA DL DataVolRatio Pct den: 9494
CA Conf FailRate Pct den: 6221
weekend: 1
hr: 23
MAC_UE_SC_Tput: 13866.9

hr: 23
CA Activation Rate num: 10561195
UPTP Mbps Den: 465
Setup_Fail_DEN: 18858
Peak UE: 27
MB_per_connected_UE: 23.05
DL Volume: 1183
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7220
CA Activation Rate den: 98533

Time: 07:50:06
holiday: 0
CA DL DataVolRatio Pct: 42.42

SIP DC%: 
DLRLCLayerDataVolume MB: 382.24
DRB UL Data Volume MB: 5196
CA DL DataVolRatio Pct den: 7453
CA Conf FailRate Pct den: 6810
weekend: 1
UPTP Mbps Num: 23865
CA Activation Rate: 14.76
hr: 21

hr: 21
CA Activation Rate num: 2681172
UPTP Mbps Den: 3029
Setup_Fail_DEN: 9875
SIP_SC_Total_MOU: 58.77
QCI 1 Bearer Drop%: 0.46
MB_per_connected_UE: 112.11
DL Data Vol MAC in MB: 1772.23
CA Activation Rate den: 140013

Time: 02:43:11
holiday: 0
CA DL DataVolRatio Pct: 90.54
CA DL DataVolRatio Pct num: 114

Avg_Connected_UEs: 17.53
SIP DC%: 
UPTP_Mbps: 27.29
DLRLCLayerDataVolume MB: 3806.2
DRB UL Data Volume MB: 3516
RRC Setup Attempts: 7585
CA DL DataVolRatio Pct den: 6363
weekend: 0
UPTP Mbps Num: 36356
CA Activation Rate: 67.82
hr: 5
MAC_UE_SC_Tput: 5429.01

hr: 5
CA Activation Rate num: 3101339
Peak UE: 32
DL Data Vol MAC in MB: 3643.72
CA Activation Rate den: 63832

Time: 03:47:07
holiday: 0
CA DL DataVolRatio Pct num: 2316

DL MAC Vol Scell Pct: 7.21
Avg_Connected_UEs: 78.3
SIP DC%: 
DLRLCLayerDataVolume MB: 7666.49
DRB UL Data Volume MB: 6626
PRB Util%: 66.74
RRC Setup Attempts: 4539
CA Conf FailRate Pct den: 3740
weekend: 0
UPTP Mbps Num: 34485
hr: 16
MAC_UE_SC_Tput: 18518.76
Bearer Releases: 13704

hr: 16
UPTP Mbps Den: 716
Setup_Fail_DEN: 7905
SIP_SC_Total_MOU: 32.42
Peak UE: 29
MB_per_connected_UE: 51.38
PCT Time MIMO: 48.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6780
DL Data Vol MAC in MB: 4069.32
CA Activation Rate den: 109521

Time: 06:31:43
holiday: 0

DL MAC Vol Scell Pct: 8.57
SIP DC%: 
DLRLCLayerDataVolume MB: 9866.01
PRB Util%: 18.67
CA DL DataVolRatio Pct den: 7036
weekend: 1
UPTP Mbps Num: 15310
hr: 5
MAC_UE_SC_Tput: 4490.11
Bearer Releases: 14086

hr: 5
CA Activation Rate num: 12897277
UPTP Mbps Den: 4246
Setup_Fail_DEN: 12995
SIP_SC_Total_MOU: 42.47
Peak UE: 69
VOLTE IA%: 
MB_per_connected_UE: 20.16
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3222
DL Data Vol MAC in MB: 9632.92

Time: 01:53:55
holiday: 0
CA DL DataVolRatio Pct num: 2887

SIP DC%: 
DLRLCLayerDataVolume MB: 4549.85
DRB UL Data Volume MB: 7963
RRC Setup Attempts: 4334
CA Conf FailRate Pct den: 9051
weekend: 0
UPTP Mbps Num: 7651
CA Activation Rate: 13.16
hr: 15
MAC_UE_SC_Tput: 8717.73
Bearer Releases: 8128

hr: 15
CA Activation Rate num: 5236850
Setup_Fail_DEN: 11655
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 66.78
DL Volume: 8657
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8146
DL Data Vol MAC in MB: 9097.22
CA Activation Rate den: 157527

Time: 16:17:01
holiday: 0
CA DL DataVolRatio Pct: 64.21
CA DL DataVolRatio Pct num: 6268

Avg_Connected_UEs: 48.78
SIP DC%: 
UPTP_Mbps: 42.38
RRC Setup Attempts: 4602
CA DL DataVolRatio Pct den: 5658
CA Conf FailRate Pct den: 8176
weekend: 0
hr: 0
MAC_UE_SC_Tput: 12642.64
Bearer Releases: 13612

hr: 0
CA Activation Rate num: 2718996
UPTP Mbps Den: 79
Peak UE: 27
MB_per_connected_UE: 65.57
DL Data Vol MAC in MB: 8293.34
CA Activation Rate den: 65502

Time: 10:23:39
holiday: 0

DL MAC Vol Scell Pct: 36.76
SIP DC%: 
UPTP_Mbps: 36.81
DLRLCLayerDataVolume MB: 461.48
DRB UL Data Volume MB: 520
PRB Util%: 58.94
CA DL DataVolRatio Pct den: 9405
weekend: 1
CA Activation Rate: 66.88
hr: 0
MAC_UE_SC_Tput: 16136.16
Bearer Releases: 8370

hr: 0
CA Activation Rate num: 8909375
UPTP Mbps Den: 1275
Setup_Fail_DEN: 7649
SIP_SC_Total_MOU: 38.64
Peak UE: 27
MB_per_connected_UE: 109.87
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8941
DL Data Vol MAC in MB: 5544.88

holiday: 0
CA DL DataVolRatio Pct num: 3928

DL MAC Vol Scell Pct: 5.08
SIP DC%: 
UPTP_Mbps: 45.07
DLRLCLayerDataVolume MB: 1394.81
PRB Util%: 15.64
RRC Setup Attempts: 3931
weekend: 0
UPTP Mbps Num: 6533
CA Activation Rate: 28.28
hr: 19
MAC_UE_SC_Tput: 9040.96

hr: 19
CA Activation Rate num: 4287033
UPTP Mbps Den: 2276
Peak UE: 27
MB_per_connected_UE: 64.31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5161
DL Data Vol MAC in MB: 2617.01

Combined RACH Preambles: 4592
Time: 08:54:37
holiday: 0
CA DL DataVolRatio Pct: 64.09

DL MAC Vol Scell Pct: 39.11
Avg_Connected_UEs: 72.28
SIP DC%: 
UPTP_Mbps: 15.33
DLRLCLayerDataVolume MB: 3675.41
RRC Setup Attempts: 5509
weekend: 0
hr: 0
MAC_UE_SC_Tput: 10245.52
Bearer Releases: 10365

hr: 0
UPTP Mbps Den: 861
Setup_Fail_DEN: 6897
SIP_SC_Total_MOU: 365.97
Peak UE: 57
PCT Time MIMO: 70.02
UL Throughput: 5.22
DL Data Vol MAC in MB: 9456.43

Combined RACH Preambles: 5069
Time: 19:28:14
holiday: 0
CA DL DataVolRatio Pct: 85.23
CA DL DataVolRatio Pct num: 6622

DL MAC Vol Scell Pct: 16.59
Avg_Connected_UEs: 80.21
SIP DC%: 
DLRLCLayerDataVolume MB: 638.95
DRB UL Data Volume MB: 630
PRB Util%: 4.49
CA Conf FailRate Pct den: 8661
weekend: 0
CA Activation Rate: 41.72
hr: 23
MAC_UE_SC_Tput: 5019.81

hr: 23
CA Activation Rate num: 11957367
SIP_SC_Total_MOU: 279.65
Peak UE: 34
MB_per_connected_UE: 24.99
PCT Time MIMO: 40.23
DL Data Vol MAC in MB: 2839.87
CA Activation Rate den: 125879

Time: 23:14:15
holiday: 0
CA DL DataVolRatio Pct: 80.06
CA DL DataVolRatio Pct num: 6896
HO Attempts: 885

DL MAC Vol Scell Pct: 23.43
Avg_Connected_UEs: 84.55
SIP DC%: 
UPTP_Mbps: 27.84
DLRLCLayerDataVolume MB: 7111.54
DRB UL Data Volume MB: 8665
RRC Setup Attempts: 7745
CA DL DataVolRatio Pct den: 8047
weekend: 0
CA Activation Rate: 50.02
hr: 18
MAC_UE_SC_Tput: 10791.11
Bearer Releases: 13506

hr: 18
CA Activation Rate num: 4136570
UPTP Mbps Den: 4984
Setup_Fail_DEN: 18400
SIP_SC_Total_MOU: 260.04
Peak UE: 27
PCT Time MIMO: 66.41
DL Volume: 5093
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4080
DL Data Vol MAC in MB: 6879.15
CA Activation Rate den: 69151

Time: 05:05:44
holiday: 0
CA DL DataVolRatio Pct num: 6895

DL MAC Vol Scell Pct: 25.31
Avg_Connected_UEs: 83.1
SIP DC%: 
UPTP_Mbps: 79.48
RRC Setup Attempts: 6188
CA DL DataVolRatio Pct den: 8165
weekend: 1
hr: 0
MAC_UE_SC_Tput: 9752.55

hr: 0
CA Activation Rate num: 1173440
Setup_Fail_DEN: 15764
SIP_SC_Total_MOU: 428.6
Peak UE: 33
MB_per_connected_UE: 156.5
DL Volume: 4879
CA Activation Rate den: 90697

Time: 06:22:18
holiday: 0
CA DL DataVolRatio Pct: 60.36
CA DL DataVolRatio Pct num: 7056

DL MAC Vol Scell Pct: 36.47
Avg_Connected_UEs: 57.59
SIP DC%: 
UPTP_Mbps: 28.42
DLRLCLayerDataVolume MB: 8938.54
PRB Util%: 49.4
CA DL DataVolRatio Pct den: 1628
weekend: 0
CA Activation Rate: 20.32
hr: 15

hr: 15
UPTP Mbps Den: 2747
Setup_Fail_DEN: 12581
Peak UE: 69
MB_per_connected_UE: 60.76
PCT Time MIMO: 49.5
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8317
DL Data Vol MAC in MB: 7880.18

Time: 06:34:35
holiday: 0
HO Attempts: 566

DL MAC Vol Scell Pct: 6.94
Avg_Connected_UEs: 35.5
SIP DC%: 
UPTP_Mbps: 37.82
DLRLCLayerDataVolume MB: 2292.32
DRB UL Data Volume MB: 9782
Avg_PUCCH_SINR: 17.64
PRB Util%: 75.08
RRC Setup Attempts: 3803
CA DL DataVolRatio Pct den: 1533
CA Conf FailRate Pct den: 4782
weekend: 0
CA Activation Rate: 68.46
hr: 6
MAC_UE_SC_Tput: 49754.79

hr: 6
CA Activation Rate num: 3070973
Setup_Fail_DEN: 15321
SIP_SC_Total_MOU: 116.52
Peak UE: 27
PCT Time MIMO: 40.84
DL Volume: 1087
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5828
DL Data Vol MAC in MB: 4914.46
CA Activation Rate den: 41321

Combined RACH Preambles: 3096
Time: 22:22:29
holiday: 0
CA DL DataVolRatio Pct: 59.36
CA DL DataVolRatio Pct num: 3191

Avg_Connected_UEs: 21.62
SIP DC%: 
DLRLCLayerDataVolume MB: 1035.59
weekend: 0
CA Activation Rate: 19.15
hr: 6
MAC_UE_SC_Tput: 8761.54

hr: 6
CA Activation Rate num: 7716278
UPTP Mbps Den: 1733
SIP_SC_Total_MOU: 125.45
Peak UE: 39
DL Data Vol MAC in MB: 3514.93
CA Activation Rate den: 45496

Time: 14:43:05
holiday: 0

DL MAC Vol Scell Pct: 20.35
SIP DC%: 
UPTP_Mbps: 38.29
DRB UL Data Volume MB: 9194
PRB Util%: 74.85
RRC Setup Attempts: 3339
weekend: 0
RSSIRX2 Avg: -94.09
CA Activation Rate: 18.35
hr: 20
Bearer Releases: 12900

hr: 20
CA Activation Rate num: 9000791
UPTP Mbps Den: 1757
Setup_Fail_DEN: 14542
Peak UE: 27
MB_per_connected_UE: 118.87
PCT Time MIMO: 54.85
CA Activation Rate den: 68732

Time: 00:33:14
holiday: 0
HO_att_InterFreq: 819
CA DL DataVolRatio Pct num: 1930
HO Attempts: 312

Avg_Connected_UEs: 37.65
SIP DC%: 
DLRLCLayerDataVolume MB: 881.62
RRC Setup Attempts: 4641
CA DL DataVolRatio Pct den: 3403
CA Conf FailRate Pct den: 6173
weekend: 0
UPTP Mbps Num: 48141
CA Activation Rate: 37.37
hr: 11
MAC_UE_SC_Tput: 5764.56

hr: 11
UPTP Mbps Den: 769
SIP_SC_Total_MOU: 46.29
Peak UE: 27
MB_per_connected_UE: 93.45
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3090
DL Data Vol MAC in MB: 504.28

Time: 04:39:34
holiday: 0
CA DL DataVolRatio Pct: 81.24

DL MAC Vol Scell Pct: 25.02
Avg_Connected_UEs: 61.45
SIP DC%: 
DLRLCLayerDataVolume MB: 7599.85
DRB UL Data Volume MB: 5492
CA DL DataVolRatio Pct den: 9765
CA Conf FailRate Pct den: 5035
weekend: 0
UPTP Mbps Num: 42817
hr: 9
MAC_UE_SC_Tput: 11630.36
Bearer Releases: 18396

hr: 9
CA Activation Rate num: 4454095
Setup_Fail_DEN: 14386
SIP_SC_Total_MOU: 61.47
Peak UE: 27
MB_per_connected_UE: 151.16
DL Volume: 3112
DL Data Vol MAC in MB: 6438.96
CA Activation Rate den: 91949

Time: 19:44:24
holiday: 0

SIP DC%: 
UPTP_Mbps: 72.83
DLRLCLayerDataVolume MB: 7952.97
DRB UL Data Volume MB: 8357
PRB Util%: 48.39
CA DL DataVolRatio Pct den: 5860
CA Conf FailRate Pct den: 6182
weekend: 0
CA Activation Rate: 16.67
hr: 8
MAC_UE_SC_Tput: 5661.95
Bearer Releases: 6633

hr: 8
CA Activation Rate num: 1232406
SIP_SC_Total_MOU: 25.07
Peak UE: 74
MB_per_connected_UE: 122.31
DL Data Vol MAC in MB: 9188.96

Combined RACH Preambles: 2328
holiday: 0

Avg_Connected_UEs: 75.86
SIP DC%: 
UPTP_Mbps: 37.85
DLRLCLayerDataVolume MB: 4157.3
DRB UL Data Volume MB: 8814
PRB Util%: 6.7
CA Conf FailRate Pct den: 6457
weekend: 0
RRC Setup Failures: 36
hr: 8
MAC_UE_SC_Tput: 8249.02

hr: 8
CA Activation Rate num: 10838253
Setup_Fail_DEN: 7302
Peak UE: 38
MB_per_connected_UE: 105.73
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3873
DL Data Vol MAC in MB: 6145.76

Time: 03:01:58
holiday: 0
CA Conf FailRate Pct: 0.15
CA DL DataVolRatio Pct num: 1870

DL MAC Vol Scell Pct: 48.82
Avg_Connected_UEs: 27.91
SIP DC%: 
CA DL DataVolRatio Pct den: 7615
weekend: 0
UPTP Mbps Num: 62367
CA Activation Rate: 26.05
hr: 0

hr: 0
CA Activation Rate num: 2091311
Setup_Fail_DEN: 13916
Peak UE: 92
DL Volume: 461
DL Data Vol MAC in MB: 5701.5

Combined RACH Preambles: 4146
Time: 06:40:17
holiday: 0
CA DL DataVolRatio Pct: 73.71
HO_att_InterFreq: 634
CA DL DataVolRatio Pct num: 5099

SIP DC%: 
UPTP_Mbps: 11.32
DRB UL Data Volume MB: 8775
PRB Util%: 16.36
weekend: 0
CA Activation Rate: 30.24
hr: 23
MAC_UE_SC_Tput: 6485.71
Bearer Releases: 11970

hr: 23
CA Activation Rate num: 2278713
UPTP Mbps Den: 2055
Setup_Fail_DEN: 11269
SIP_SC_Total_MOU: 120.43
Peak UE: 88
DL Volume: 1356
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3629
CA Activation Rate den: 82999

Time: 04:32:24
holiday: 0
CA DL DataVolRatio Pct num: 1853
HO Attempts: 676

DL MAC Vol Scell Pct: 35.83
Avg_Connected_UEs: 38.4
SIP DC%: 
DLRLCLayerDataVolume MB: 9827.23
CA DL DataVolRatio Pct den: 6352
weekend: 1
RSSIRX2 Avg: -94.69
hr: 18
MAC_UE_SC_Tput: 8591.57

hr: 18
CA Activation Rate num: 2463952
Setup_Fail_DEN: 16380
SIP_SC_Total_MOU: 42.11
MB_per_connected_UE: 93.23
PCT Time MIMO: 68.97
DL Volume: 3626
UL Throughput: 3.42
DL Data Vol MAC in MB: 8641.44

Combined RACH Preambles: 4808
Time: 21:11:36
holiday: 0
CA DL DataVolRatio Pct: 59.88

SIP DC%: 
UPTP_Mbps: 105.42
RRC Setup Attempts: 8847
CA DL DataVolRatio Pct den: 8876
CA Conf FailRate Pct den: 6353
weekend: 0
UPTP Mbps Num: 1321
RSSIRX2 Avg: -94.18
hr: 9
MAC_UE_SC_Tput: 4549.8

hr: 9
CA Activation Rate num: 6469364
SIP_SC_Total_MOU: 123.67
Peak UE: 59
PCT Time MIMO: 38.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4278
CA Activation Rate den: 78933

Time: 06:06:46
holiday: 0
HO_att_InterFreq: 585

SIP DC%: 
UPTP_Mbps: 85.38
DRB UL Data Volume MB: 5422
PRB Util%: 38.24
RRC Setup Attempts: 4903
CA DL DataVolRatio Pct den: 9141
CA Conf FailRate Pct den: 8670
weekend: 0
UPTP Mbps Num: 22497
hr: 0
MAC_UE_SC_Tput: 12194.81

hr: 0
CA Activation Rate num: 4002130
UPTP Mbps Den: 992
SIP_SC_Total_MOU: 198.9
Peak UE: 81
MB_per_connected_UE: 44.8
DL Volume: 629
DL Data Vol MAC in MB: 4560.58

Time: 18:56:57
Date: 27-02-2023
holiday: 0
CA DL DataVolRatio Pct: 59.91
CA DL DataVolRatio Pct num: 6051

DL MAC Vol Scell Pct: 10.85
Avg_Connected_UEs: 39.65
SIP DC%: 
DLRLCLayerDataVolume MB: 4794.68
PRB Util%: 72.61
CA DL DataVolRatio Pct den: 7676
weekend: 0
CA Activation Rate: 76.66
hr: 21
MAC_UE_SC_Tput: 12196.56
Bearer Releases: 14536

hr: 21
CA Activation Rate num: 5594729
Setup_Fail_DEN: 13148
SIP_SC_Total_MOU: 117.44
PCT Time MIMO: 44.86
UL Throughput: 3.82
DL Data Vol MAC in MB: 8440.8

Time: 02:49:55
holiday: 0
CA DL DataVolRatio Pct: 57.36

DL MAC Vol Scell Pct: 20.72
Avg_Connected_UEs: 64.85
SIP DC%: 
UPTP_Mbps: 36.46
DLRLCLayerDataVolume MB: 8949.49
CA Conf FailRate Pct den: 6209
weekend: 0
UPTP Mbps Num: 31807
CA Activation Rate: 42.4
hr: 0
MAC_UE_SC_Tput: 4944.56
Bearer Releases: 11763

hr: 0
CA Activation Rate num: 8863875
UPTP Mbps Den: 2337
Peak UE: 27
MB_per_connected_UE: 139.93
QCI 1 Bearer Releases: 175
DL Data Vol MAC in MB: 1030.06
CA Activation Rate den: 79569
Combined RACH Preambles: 4161

Time: 23:41:17
Date: 25-01-2022
holiday: 0
CA DL DataVolRatio Pct: 90.42
CA DL DataVolRatio Pct num: 7151

DL MAC Vol Scell Pct: 15.87
SIP DC%: 
UPTP_Mbps: 60.99
DLRLCLayerDataVolume MB: 2227.77
DRB UL Data Volume MB: 8976
PRB Util%: 70.04
UL Resid BLER PCT: 1.52
CA DL DataVolRatio Pct den: 5957
weekend: 0
UPTP Mbps Num: 44487
hr: 12
MAC_UE_SC_Tput: 9696.88

hr: 12
CA Activation Rate num: 8341457
SIP_SC_Total_MOU: 118.17
QCI 1 Bearer Drop%: 1.26
Peak UE: 55
MB_per_connected_UE: 8.59
DL Volume: 3486
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7016
DL Data Vol MAC in MB: 8212.61

Combined RACH Preambles: 4403
Time: 17:25:25
holiday: 0
SIP_SC_Call_Attempts: 215

DL MAC Vol Scell Pct: 30.46
SIP DC%: 
UPTP_Mbps: 120.97
RRC Setup Attempts: 6817
CA DL DataVolRatio Pct den: 9381
CA Conf FailRate Pct den: 7144
weekend: 0
UPTP Mbps Num: 2626
CA Activation Rate: 28.8
hr: 7
MAC_UE_SC_Tput: 6145.15
Bearer Releases: 7679

hr: 7
CA Activation Rate num: 8059457
Setup_Fail_DEN: 6797
Peak UE: 41
DL Volume: 9313
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4973
DL Data Vol MAC in MB: 3385.01
CA Activation Rate den: 121674

Time: 00:47:24
Date: 31-08-2022
holiday: 0

DL MAC Vol Scell Pct: 44.44
Avg_Connected_UEs: 81.11
SIP DC%: 
UPTP_Mbps: 22.21
DRB UL Data Volume MB: 9181
CA Conf FailRate Pct den: 8270
weekend: 0
RSSIRX2 Avg: -95.62
hr: 23
MAC_UE_SC_Tput: 4659.99
Bearer Releases: 13967

hr: 23
CA Activation Rate num: 9778931
Peak UE: 27
MB_per_connected_UE: 24.69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3445
DL Data Vol MAC in MB: 9438.69

Time: 15:02:14
holiday: 0
CA DL DataVolRatio Pct: 65.57
HO_att_InterFreq: 354

Avg_Connected_UEs: 52.37
SIP DC%: 
UPTP_Mbps: 47.09
DLRLCLayerDataVolume MB: 5106.6
DRB UL Data Volume MB: 5930
weekend: 0
CA Activation Rate: 72.03
hr: 5
MAC_UE_SC_Tput: 5052.8

hr: 5
CA Activation Rate num: 979719
Setup_Fail_DEN: 19777
SIP_SC_Total_MOU: 208.4
UL MAC Vol Scell Pct: 0.83
Peak UE: 79
VOLTE IA%: 0.63
MB_per_connected_UE: 85.88
DL Volume: 4759
CA Activation Rate den: 46619

Time: 18:52:46
holiday: 0
CA DL DataVolRatio Pct: 41.5
CA DL DataVolRatio Pct num: 2532

DL MAC Vol Scell Pct: 5.35
Avg_Connected_UEs: 68.43
SIP DC%: 
UPTP_Mbps: 84.1
DLRLCLayerDataVolume MB: 5313.21
DRB UL Data Volume MB: 6527
PRB Util%: 18.27
weekend: 0
UPTP Mbps Num: 3997
CA Activation Rate: 15.79
hr: 23
MAC_UE_SC_Tput: 9558.87
Bearer Releases: 17833

hr: 23
CA Activation Rate num: 8904531
UPTP Mbps Den: 2136
Setup_Fail_DEN: 17760
MB_per_connected_UE: 107.53
PCT Time MIMO: 35.88
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4109
DL Data Vol MAC in MB: 3608.43

Time: 05:24:11
holiday: 0
CA DL DataVolRatio Pct: 50.48
HO_att_InterFreq: 309

DL MAC Vol Scell Pct: 3.25
SIP DC%: 
DLRLCLayerDataVolume MB: 3255.71
RRC Setup Attempts: 5776
CA DL DataVolRatio Pct den: 1762
weekend: 0
UPTP Mbps Num: 8930
CA Activation Rate: 7.69
hr: 23
MAC_UE_SC_Tput: 14957.87
Bearer Releases: 7661

hr: 23
CA Activation Rate num: 1486921
UPTP Mbps Den: 220
Setup_Fail_DEN: 8095
Peak UE: 27
DL Volume: 1561

Time: 10:44:35
holiday: 0
CA DL DataVolRatio Pct num: 7005

SIP DC%: 
DLRLCLayerDataVolume MB: 8126.32
DRB UL Data Volume MB: 6731
PRB Util%: 14.85
weekend: 0
UPTP Mbps Num: 30161
hr: 0
MAC_UE_SC_Tput: 9433.21
Bearer Releases: 15023

hr: 0
CA Activation Rate num: 11819546
Setup_Fail_DEN: 12020
SIP_SC_Total_MOU: 66.74
Peak UE: 67
VOLTE IA%: 
MB_per_connected_UE: 87.05
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8701
CA Activation Rate den: 132090

Time: 18:11:14
holiday: 0
CA DL DataVolRatio Pct: 91.81
CA DL DataVolRatio Pct num: 5400

DL MAC Vol Scell Pct: 42.91
SIP DC%: 
DLRLCLayerDataVolume MB: 9022.92
PRB Util%: 35.76
RRC Setup Attempts: 5186
CA DL DataVolRatio Pct den: 5992
weekend: 0
hr: 0
MAC_UE_SC_Tput: 8638.06
Bearer Releases: 15392

hr: 0
CA Activation Rate num: 2493014
Setup_Fail_DEN: 10271
SIP_SC_Total_MOU: 135.41
Peak UE: 94
MB_per_connected_UE: 63.22
PCT Time MIMO: 43.73
ERAB Setup Fail%: 0.09
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6209
DL Data Vol MAC in MB: 6308.66

Time: 09:28:43
holiday: 0

SIP DC%: 
UPTP_Mbps: 32.81
DLRLCLayerDataVolume MB: 1361
DRB UL Data Volume MB: 8530
PRB Util%: 37.56
CA DL DataVolRatio Pct den: 764
CA Conf FailRate Pct den: 3132
weekend: 0
UPTP Mbps Num: 10085
CA Activation Rate: 45.23
RRC Setup Failures: 32
hr: 10
MAC_UE_SC_Tput: 9135.53

hr: 10
CA Activation Rate num: 3515399
Setup_Fail_DEN: 14357
SIP_SC_Total_MOU: 144.2
Peak UE: 30
MB_per_connected_UE: 10.66
PCT Time MIMO: 59.36
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4136
DL Data Vol MAC in MB: 7668.12

Time: 14:27:29
holiday: 0

DL MAC Vol Scell Pct: 29.32
Avg_Connected_UEs: 81.01
SIP DC%: 
UPTP_Mbps: 7.29
DLRLCLayerDataVolume MB: 3285.85
DRB UL Data Volume MB: 6324
RRC Setup Attempts: 7768
CA Conf FailRate Pct den: 7806
weekend: 0
UPTP Mbps Num: 59327
hr: 4
MAC_UE_SC_Tput: 6450.03
Bearer Releases: 16354

hr: 4
CA Activation Rate num: 4017439
Setup_Fail_DEN: 11221
SIP_SC_Total_MOU: 36.16
Peak UE: 70
MB_per_connected_UE: 53.2
PCT Time MIMO: 38.5
DL Volume: 4922

Combined RACH Preambles: 2524
Time: 20:58:31
holiday: 0

Avg_Connected_UEs: 24.77
SIP DC%: 
UPTP_Mbps: 26.57
DLRLCLayerDataVolume MB: 1432.69
PRB Util%: 27.95
RRC Setup Attempts: 6119
CA Conf FailRate Pct den: 9448
weekend: 0
UPTP Mbps Num: 19822
CA Activation Rate: 50.43
hr: 6
MAC_UE_SC_Tput: 7946.01
Bearer Releases: 11545

hr: 6
Avg CQI: 11.63
CA Activation Rate num: 8578353
Setup_Fail_DEN: 12528
Peak UE: 27
MB_per_connected_UE: 57.18
DL Data Vol MAC in MB: 5250.31
CA Activation Rate den: 79151

Time: 18:02:43
holiday: 0
CA DL DataVolRatio Pct: 67.01
CA DL DataVolRatio Pct num: 4753
HO Attempts: 503

DL MAC Vol Scell Pct: 17.62
SIP DC%: 
DRB UL Data Volume MB: 6908
RRC Setup Attempts: 6200
CA DL DataVolRatio Pct den: 8174
CA Conf FailRate Pct den: 6816
weekend: 0
UPTP Mbps Num: 33951
CA Activation Rate: 55
hr: 0
MAC_UE_SC_Tput: 10461.75
Bearer Releases: 14557

hr: 0
CA Activation Rate num: 7692036
Setup_Fail_DEN: 19533
SIP_SC_Total_MOU: 123.53
Peak UE: 48
MB_per_connected_UE: 71.78
DL Volume: 5201
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4762
DL Data Vol MAC in MB: 8862.42
CA Activation Rate den: 38309

Time: 02:32:29
holiday: 0
CA DL DataVolRatio Pct num: 4107

DL MAC Vol Scell Pct: 5.92
SIP DC%: 
UPTP_Mbps: 13.49
DLRLCLayerDataVolume MB: 6122.8
DRB UL Data Volume MB: 6635
PRB Util%: 73.18
RRC Setup Attempts: 9703
weekend: 1
UPTP Mbps Num: 4946
hr: 19
MAC_UE_SC_Tput: 14591.56
Bearer Releases: 12857

hr: 19
CA Activation Rate num: 1688479
Setup_Fail_DEN: 19056
S1U_SIP_SC_SEER_den: 251
Peak UE: 27
MB_per_connected_UE: 180.39
DL Volume: 4022
DL Data Vol MAC in MB: 9222.48
CA Activation Rate den: 43051

Time: 20:47:22
holiday: 0
CA DL DataVolRatio Pct: 74.44

Avg_Connected_UEs: 72.88
SIP DC%: 
UPTP_Mbps: 35.43
PRB Util%: 34.19
CA DL DataVolRatio Pct den: 7907
weekend: 0
UPTP Mbps Num: 9684
hr: 0
MAC_UE_SC_Tput: 4719.07
Bearer Releases: 6943

hr: 0
CA Activation Rate num: 7640585
Peak UE: 42
MB_per_connected_UE: 149.61

Time: 12:09:18
holiday: 0
CA DL DataVolRatio Pct num: 5697

Avg_Connected_UEs: 58.17
SIP DC%: 
DRB UL Data Volume MB: 8731
PRB Util%: 65.06
RRC Setup Attempts: 6162
CA DL DataVolRatio Pct den: 7403
weekend: 0
UPTP Mbps Num: 2609
CA Activation Rate: 25.08
hr: 7
MAC_UE_SC_Tput: 6240.57
Bearer Releases: 10676

hr: 7
CA Activation Rate num: 3452944
UPTP Mbps Den: 897
SIP_SC_Total_MOU: 28.55
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 70.56
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8903
DL Data Vol MAC in MB: 232.42

Time: 23:50:34
holiday: 0
CA DL DataVolRatio Pct: 69.58

Avg_Connected_UEs: 24.62
SIP DC%: 
UPTP_Mbps: 28.93
DLRLCLayerDataVolume MB: 1466.44
DRB UL Data Volume MB: 6373
PRB Util%: 74.94
CA DL DataVolRatio Pct den: 9520
CA Conf FailRate Pct den: 6009
weekend: 0
hr: 8
MAC_UE_SC_Tput: 4923.27
Bearer Releases: 9386

hr: 8
Setup_Fail_DEN: 13779
Peak UE: 27
MB_per_connected_UE: 201.07
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4648
DL Data Vol MAC in MB: 1668.56

holiday: 0

SIP DC%: 
UPTP_Mbps: 46.65
DLRLCLayerDataVolume MB: 503.99
RRC Setup Attempts: 4684
CA Conf FailRate Pct den: 6967
weekend: 0
CA Activation Rate: 46.87
hr: 23
MAC_UE_SC_Tput: 6873.27
Bearer Releases: 13091

hr: 23
UPTP Mbps Den: 1982
SIP_SC_Total_MOU: 81.67
Peak UE: 99
MB_per_connected_UE: 68.23
PCT Time MIMO: 60.53
DL Data Vol MAC in MB: 8234.86

Time: 16:35:47
holiday: 0
CA DL DataVolRatio Pct num: 4673

SIP DC%: 
UPTP_Mbps: 24.34
DRB UL Data Volume MB: 2240
PRB Util%: 11.22
CA DL DataVolRatio Pct den: 6016
weekend: 0
CA Activation Rate: 25.11
hr: 5
MAC_UE_SC_Tput: 7037.04

hr: 5
CA Activation Rate num: 11253685
Setup_Fail_DEN: 15229
Peak UE: 30
PCT Time MIMO: 56.56
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5841
DL Data Vol MAC in MB: 2447.66
CA Activation Rate den: 99567
Combined RACH Preambles: 3607

Time: 13:03:24
Date: 27-03-2022
holiday: 0
CA DL DataVolRatio Pct num: 6861

Avg_Connected_UEs: 53.01
SIP DC%: 
DLRLCLayerDataVolume MB: 7279.2
DRB UL Data Volume MB: 9353
PRB Util%: 6.54
weekend: 0
UPTP Mbps Num: 58742
CA Activation Rate: 2.68
hr: 13
MAC_UE_SC_Tput: 4181.78

hr: 13
CA Activation Rate num: 2598506
Setup_Fail_DEN: 7107
SIP_SC_Total_MOU: 392.77
Peak UE: 34
MB_per_connected_UE: 144.89
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3297
CA Activation Rate den: 52457

Combined RACH Preambles: 2211
Time: 01:04:38
holiday: 0
CA DL DataVolRatio Pct: 85.74
CA DL DataVolRatio Pct num: 2372

DL MAC Vol Scell Pct: 31.67
SIP DC%: 
DLRLCLayerDataVolume MB: 7167.19
DRB UL Data Volume MB: 8464
PRB Util%: 22.09
RRC Setup Attempts: 3370
CA DL DataVolRatio Pct den: 4391
weekend: 0
CA Activation Rate: 15.94
hr: 18
MAC_UE_SC_Tput: 6196.88

hr: 18
CA Activation Rate num: 8323746
SIP_SC_Total_MOU: 303.33
Peak UE: 42
MB_per_connected_UE: 194.82
PCT Time MIMO: 57.92
DL Volume: 7225
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8862
DL Data Vol MAC in MB: 1063.32

Time: 16:14:26
holiday: 0
CA DL DataVolRatio Pct: 85.33
CA DL DataVolRatio Pct num: 5809
HO Attempts: 447

DL MAC Vol Scell Pct: 46.62
SIP DC%: 
UPTP_Mbps: 24.46
PRB Util%: 41.73
RRC Setup Attempts: 3584
CA DL DataVolRatio Pct den: 8830
weekend: 1
UPTP Mbps Num: 17644
CA Activation Rate: 16.05
hr: 14
MAC_UE_SC_Tput: 6214.89
Bearer Releases: 16484

hr: 14
CA Activation Rate num: 10993158
Setup_Fail_DEN: 7526
SIP_SC_Total_MOU: 184
Peak UE: 27
MB_per_connected_UE: 29.11
DL Volume: 3297
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9260

Time: 06:50:26
holiday: 0

Avg_Connected_UEs: 67.82
SIP DC%: 
DRB UL Data Volume MB: 8072
RRC Setup Attempts: 9733
CA DL DataVolRatio Pct den: 5002
weekend: 0
UPTP Mbps Num: 18844
CA Activation Rate: 42.44
hr: 23
MAC_UE_SC_Tput: 4744.77
Bearer Releases: 7549

hr: 23
CA Activation Rate num: 1536880
SIP_SC_Total_MOU: 71.38
Peak UE: 41
MB_per_connected_UE: 89.71
PCT Time MIMO: 65.97
DL Data Vol MAC in MB: 4491.11

Time: 21:29:00
holiday: 0
CA DL DataVolRatio Pct: 84.18
CA DL DataVolRatio Pct num: 2210

DL MAC Vol Scell Pct: 15.71
SIP DC%: 
UPTP_Mbps: 17.98
DRB UL Data Volume MB: 8516
PRB Util%: 19.37
RRC Setup Attempts: 5435
CA DL DataVolRatio Pct den: 4965
weekend: 0
UPTP Mbps Num: 4270
CA Activation Rate: 60.07
hr: 23
MAC_UE_SC_Tput: 9556.29

hr: 23
CA Activation Rate num: 2954567
UPTP Mbps Den: 3227
Peak UE: 27
VOLTE IA%: 
PCT Time MIMO: 51.76
DL Volume: 3705
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4165
DL Data Vol MAC in MB: 9714.82
CA Activation Rate den: 80132
Combined RACH Preambles: 2625

Time: 00:45:34
holiday: 0
CA DL DataVolRatio Pct: 73.41

DL MAC Vol Scell Pct: 35.21
Avg_Connected_UEs: 68.79
SIP DC%: 
UPTP_Mbps: 61.53
DRB UL Data Volume MB: 1083
RRC Setup Attempts: 4206
CA DL DataVolRatio Pct den: 9941
weekend: 0
hr: 12
MAC_UE_SC_Tput: 4389.49
Bearer Releases: 9773

hr: 12
CA Activation Rate num: 10228732
Setup_Fail_DEN: 12663
Peak UE: 61
MB_per_connected_UE: 28.26
DL Volume: 4227
DL Data Vol MAC in MB: 6518.9
CA Activation Rate den: 74814

Time: 04:06:55
holiday: 0
HO_att_InterFreq: 224
CA DL DataVolRatio Pct num: 6722

DL MAC Vol Scell Pct: 20.29
SIP DC%: 
UPTP_Mbps: 14.97
DLRLCLayerDataVolume MB: 1750.21
CA Conf FailRate Pct den: 5354
weekend: 0
UPTP Mbps Num: 25665
hr: 10
MAC_UE_SC_Tput: 4129.61
Bearer Releases: 6992

hr: 10
CA Activation Rate num: 9520172
UPTP Mbps Den: 2427
SIP_SC_Total_MOU: 297.77
Peak UE: 28
MB_per_connected_UE: 10.5
PCT Time MIMO: 39.65
DL Volume: 2269
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7984
DL Data Vol MAC in MB: 3994.57

Time: 22:21:50
holiday: 0
CA DL DataVolRatio Pct: 84.78
CA DL DataVolRatio Pct num: 7319

DL MAC Vol Scell Pct: 22.67
Avg_Connected_UEs: 43.1
SIP DC%: 
UPTP_Mbps: 34.09
DLRLCLayerDataVolume MB: 6566.89
DRB UL Data Volume MB: 1068
RRC Setup Attempts: 4769
CA Conf FailRate Pct den: 5749
weekend: 1
UPTP Mbps Num: 28094
CA Activation Rate: 36.44
hr: 23
MAC_UE_SC_Tput: 5312.59

hr: 23
CA Activation Rate num: 8095623
UPTP Mbps Den: 5008
Setup_Fail_DEN: 9658
SIP_SC_Total_MOU: 307.99
Peak UE: 39
MB_per_connected_UE: 70.44
DL Data Vol MAC in MB: 2526.94

Combined RACH Preambles: 2392
Time: 06:42:00
holiday: 0
CA DL DataVolRatio Pct: 72.55
Bearer Releases Voice: 175

Avg_Connected_UEs: 40.98
SIP DC%: 
DRB UL Data Volume MB: 7942
CA DL DataVolRatio Pct den: 9952
CA Conf FailRate Pct den: 3085
weekend: 0
hr: 5
MAC_UE_SC_Tput: 16147.91
Bearer Releases: 10135

hr: 5
CA Activation Rate num: 1747347
Setup_Fail_DEN: 19444
SIP_SC_Total_MOU: 39.87
Peak UE: 78
DL Volume: 4828
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5078
DL Data Vol MAC in MB: 1371.44
CA Activation Rate den: 109246

Combined RACH Preambles: 2139
Time: 16:53:18
holiday: 0
CA DL DataVolRatio Pct num: 5403

DL MAC Vol Scell Pct: 41.56
SIP DC%: 
UPTP_Mbps: 13.42
DRB UL Data Volume MB: 1646
CA Conf FailRate Pct den: 7170
weekend: 0
RSSIRX2 Avg: -97.63
hr: 3
MAC_UE_SC_Tput: 11399.55
Bearer Releases: 17342

hr: 3
Avg CQI: 8
Setup_Fail_DEN: 8589
SIP_SC_Total_MOU: 95.34
Peak UE: 54
VOLTE IA%: 
MB_per_connected_UE: 29.01
CA Activation Rate den: 74325

Time: 15:51:48
holiday: 0
CA DL DataVolRatio Pct: 81.16
HO Attempts: 164

DL MAC Vol Scell Pct: 8.04
SIP DC%: 
UPTP_Mbps: 25.63
DRB UL Data Volume MB: 460
CA DL DataVolRatio Pct den: 8789
weekend: 0
CA Activation Rate: 44.55
hr: 16
MAC_UE_SC_Tput: 15592.45

hr: 16
CA Activation Rate num: 8002863
SIP_SC_Total_MOU: 144.15
MB_per_connected_UE: 26.29
PCT Time MIMO: 62

Time: 00:12:08
holiday: 0
CA DL DataVolRatio Pct: 62.64

Avg_Connected_UEs: 20.83
SIP DC%: 
UPTP_Mbps: 38.43
DRB UL Data Volume MB: 3598
PRB Util%: 32.55
CA DL DataVolRatio Pct den: 4614
CA Conf FailRate Pct den: 7935
weekend: 0
CA Activation Rate: 50.16
hr: 22
MAC_UE_SC_Tput: 4296.17

hr: 22
CA Activation Rate num: 3003807
Setup_Fail_DEN: 7268
SIP_SC_Total_MOU: 3.11
Peak UE: 69
MB_per_connected_UE: 149.74
PCT Time MIMO: 43.53
DL Volume: 2775
DL Data Vol MAC in MB: 4999.67

Time: 19:38:54
holiday: 0
CA DL DataVolRatio Pct: 91.25
CA DL DataVolRatio Pct num: 6630

DL MAC Vol Scell Pct: 34.08
Avg_Connected_UEs: 62.16
SIP DC%: 
DLRLCLayerDataVolume MB: 6703.14
DRB UL Data Volume MB: 8088
RRC Setup Attempts: 4655
CA DL DataVolRatio Pct den: 2682
CA Conf FailRate Pct den: 3711
weekend: 0
CA Activation Rate: 19.83
hr: 23
MAC_UE_SC_Tput: 8032.06

hr: 23
CA Activation Rate num: 8947572
Setup_Fail_DEN: 8082
SIP_SC_Total_MOU: 295.15
Peak UE: 27
PCT Time MIMO: 53.93
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3836
DL Data Vol MAC in MB: 4188.44
CA Activation Rate den: 73734

Time: 02:30:11
holiday: 0
CA DL DataVolRatio Pct: 66.49

DL MAC Vol Scell Pct: 40.13
Avg_Connected_UEs: 19.62
SIP DC%: 
DLRLCLayerDataVolume MB: 8399.48
DRB UL Data Volume MB: 565
PRB Util%: 42.11
weekend: 0
CA Activation Rate: 17.85
hr: 0

hr: 0
qci1_setup_attempts: 199
CA Activation Rate num: 3419881
Setup_Fail_DEN: 9521
SIP_SC_Total_MOU: 427.85
Peak UE: 27
DL Volume: 741
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5847
DL Data Vol MAC in MB: 8836.4

Combined RACH Preambles: 3120
Time: 16:46:56
holiday: 0
CA DL DataVolRatio Pct num: 4695

SIP DC%: 
UPTP_Mbps: 45.76
DLRLCLayerDataVolume MB: 4070.74
PRB Util%: 27.88
RRC Setup Attempts: 6509
CA DL DataVolRatio Pct den: 3600
weekend: 0
UPTP Mbps Num: 60523
hr: 10
MAC_UE_SC_Tput: 12760.61
Bearer Releases: 8951

hr: 10
CA Activation Rate num: 9600411
UPTP Mbps Den: 5984
Setup_Fail_DEN: 11529
Peak UE: 27
MB_per_connected_UE: 85.14
DL Data Vol MAC in MB: 9917.59

Combined RACH Preambles: 3336
Time: 23:37:56
holiday: 0
CA DL DataVolRatio Pct: 83.3
CA DL DataVolRatio Pct num: 3792

SIP DC%: 
UPTP_Mbps: 40.94
DLRLCLayerDataVolume MB: 4381.8
CA DL DataVolRatio Pct den: 5567
CA Conf FailRate Pct den: 7512
weekend: 0
UPTP Mbps Num: 34576
CA Activation Rate: 68.2
hr: 13
MAC_UE_SC_Tput: 9462.26
Bearer Releases: 7705

hr: 13
CA Activation Rate num: 8804849
SIP_SC_Total_MOU: 138.77
Peak UE: 27
MB_per_connected_UE: 145.33
DL Volume: 6756
DL Data Vol MAC in MB: 998.98
CA Activation Rate den: 71096

Time: 15:36:07
holiday: 0
CA DL DataVolRatio Pct: 83.12
CA DL DataVolRatio Pct num: 7583

DL MAC Vol Scell Pct: 6.44
SIP DC%: 
UPTP_Mbps: 14.56
DLRLCLayerDataVolume MB: 9166.56
UL Resid BLER PCT: 1.02
CA DL DataVolRatio Pct den: 9649
weekend: 0
CA Activation Rate: 50.9
hr: 20
MAC_UE_SC_Tput: 4436.11
Bearer Releases: 10734

hr: 20
CA Activation Rate num: 10512692
UPTP Mbps Den: 926
Peak UE: 60
MB_per_connected_UE: 119.36
PCT Time MIMO: 57.38
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4750

Time: 21:45:21
holiday: 0
CA DL DataVolRatio Pct num: 3016

DL MAC Vol Scell Pct: 45.79
Avg_Connected_UEs: 58.19
SIP DC%: 
DLRLCLayerDataVolume MB: 8089.23
CA DL DataVolRatio Pct den: 6633
weekend: 0
hr: 0
MAC_UE_SC_Tput: 14397.06
Bearer Releases: 7947

hr: 0
CA Activation Rate num: 10948656
Setup_Fail_DEN: 13055
Peak UE: 78
DL Data Vol MAC in MB: 5559.92
Combined RACH Preambles: 2447

Time: 16:59:40
holiday: 0
CA DL DataVolRatio Pct num: 6195

SIP DC%: 
DLRLCLayerDataVolume MB: 1421.07
RRC Setup Attempts: 8956
CA DL DataVolRatio Pct den: 2523
weekend: 0
CA Activation Rate: 72.3
hr: 0
MAC_UE_SC_Tput: 5051.96
Bearer Releases: 17921

hr: 0
CA Activation Rate num: 6882429
UPTP Mbps Den: 5172
Setup_Fail_DEN: 7568
Peak UE: 27
MB_per_connected_UE: 73.03
DL Volume: 7970
CA Activation Rate den: 104705
Combined RACH Preambles: 3532

Time: 18:41:14
holiday: 0

SIP DC%: 
UPTP_Mbps: 43.77
DLRLCLayerDataVolume MB: 4871.28
DRB UL Data Volume MB: 2337
CA Conf FailRate Pct den: 2852
weekend: 0
CA Activation Rate: 66.21
hr: 17
MAC_UE_SC_Tput: 5081.55
Bearer Releases: 13702

hr: 17
CA Activation Rate num: 8272986
MB_per_connected_UE: 102.46
PCT Time MIMO: 68.53
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7872

Time: 04:19:40
holiday: 0
CA DL DataVolRatio Pct: 64.73
HO Attempts: 833

DL MAC Vol Scell Pct: 22.2
Avg_Connected_UEs: 72.64
SIP DC%: 
UPTP_Mbps: 33.41
DLRLCLayerDataVolume MB: 4460.99
RRC Setup Attempts: 7670
CA Conf FailRate Pct den: 4650
RSSIRX1 Avg: -94.34
weekend: 0
UPTP Mbps Num: 47025
hr: 9
MAC_UE_SC_Tput: 4300.88

hr: 9
CA Activation Rate num: 9110500
UPTP Mbps Den: 2528
Setup_Fail_DEN: 14010
SIP_SC_Total_MOU: 14.36
Peak UE: 34
MB_per_connected_UE: 151.69
PCT Time MIMO: 35.42
DL Volume: 439
DL Data Vol MAC in MB: 10126.42
CA Activation Rate den: 148032

Combined RACH Preambles: 3524
Time: 02:41:47
holiday: 0
CA DL DataVolRatio Pct num: 7147

DL MAC Vol Scell Pct: 7.19
Avg_Connected_UEs: 22.84
SIP DC%: 
DLRLCLayerDataVolume MB: 666.94
DRB UL Data Volume MB: 6085
CA Conf FailRate Pct den: 5317
weekend: 0
CA Activation Rate: 5.29
hr: 15
MAC_UE_SC_Tput: 9306.72
Bearer Releases: 6405

hr: 15
UPTP Mbps Den: 2383
Setup_Fail_DEN: 12823
Peak UE: 28
MB_per_connected_UE: 163.62
CA Activation Rate den: 62640

Time: 15:01:46
holiday: 0
CA DL DataVolRatio Pct: 83.52

DL MAC Vol Scell Pct: 14.68
SIP DC%: 
UPTP_Mbps: 34.24
DLRLCLayerDataVolume MB: 7293.02
PRB Util%: 25.46
RRC Setup Attempts: 7565
CA DL DataVolRatio Pct den: 9073
CA Conf FailRate Pct den: 4940
RSSIRX1 Avg: -95.18
weekend: 0
UPTP Mbps Num: 20999
CA Activation Rate: 39.78
hr: 23
MAC_UE_SC_Tput: 12692.18
Bearer Releases: 8765

hr: 23
CA Activation Rate num: 8742438
SIP_SC_Total_MOU: 7.06
Peak UE: 27
DL Data Vol MAC in MB: 4709.18
CA Activation Rate den: 58303

Time: 21:24:54
holiday: 0
CA DL DataVolRatio Pct num: 7169

Avg_Connected_UEs: 17.01
SIP DC%: 
UPTP_Mbps: 113.35
DRB UL Data Volume MB: 7802
CA DL DataVolRatio Pct den: 8470
CA Conf FailRate Pct den: 7636
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7337.94
Bearer Releases: 7952

hr: 23
Setup_Fail_DEN: 9250
SIP_SC_Total_MOU: 58.47
Peak UE: 27
MB_per_connected_UE: 130.29
PCT Time MIMO: 39.58
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5502
DL Data Vol MAC in MB: 4805.1
CA Activation Rate den: 126764

Combined RACH Preambles: 2525
Time: 17:22:38
holiday: 0

Avg_Connected_UEs: 30.13
SIP DC%: 
DLRLCLayerDataVolume MB: 5405.17
PRB Util%: 31.09
CA DL DataVolRatio Pct den: 2761
weekend: 0
UPTP Mbps Num: 26698
hr: 23
MAC_UE_SC_Tput: 9056.68
Bearer Releases: 18539

hr: 23
CA Activation Rate num: 4596053
SIP_SC_Total_MOU: 12.9
Peak UE: 27
MB_per_connected_UE: 21.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3083

Time: 04:29:46
holiday: 0
HO_att_InterFreq: 144
CA DL DataVolRatio Pct num: 949

DL MAC Vol Scell Pct: 19.25
Avg_Connected_UEs: 76.83
SIP DC%: 
DLRLCLayerDataVolume MB: 8364.77
DRB UL Data Volume MB: 880
PRB Util%: 55.3
RRC Setup Attempts: 7442
CA DL DataVolRatio Pct den: 8821
weekend: 0
UPTP Mbps Num: 48453
hr: 10
MAC_UE_SC_Tput: 5488.54
Bearer Releases: 8545

hr: 10
CA Activation Rate num: 612249
SIP_SC_Total_MOU: 55.58
Peak UE: 35
DL Volume: 408
UL Throughput: 10
CA Activation Rate den: 221937

Time: 08:27:46
holiday: 0
CA DL DataVolRatio Pct num: 2517

DL MAC Vol Scell Pct: 7.04
Avg_Connected_UEs: 18.75
SIP DC%: 
UPTP_Mbps: 46.93
DLRLCLayerDataVolume MB: 3209.22
PRB Util%: 33.39
RRC Setup Attempts: 5858
CA DL DataVolRatio Pct den: 3464
weekend: 0
UPTP Mbps Num: 21899
CA Activation Rate: 27.64
hr: 6
MAC_UE_SC_Tput: 8779.59
Bearer Releases: 13843

hr: 6
CA Activation Rate num: 10666284
Setup_Fail_DEN: 13026
SIP_SC_Total_MOU: 77.14
Peak UE: 29
PCT Time MIMO: 46.43
DL Volume: 7045
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3513
DL Data Vol MAC in MB: 8476.58
CA Activation Rate den: 180543

Time: 01:44:39
holiday: 0
HO_att_InterFreq: 829
CA DL DataVolRatio Pct num: 460

DL MAC Vol Scell Pct: 23.55
SIP DC%: 
UPTP_Mbps: 17.43
DLRLCLayerDataVolume MB: 4382.01
DRB UL Data Volume MB: 7338
PRB Util%: 23.16
weekend: 0
UPTP Mbps Num: 10451
CA Activation Rate: 67.48
hr: 20
MAC_UE_SC_Tput: 9055.68
Bearer Releases: 14415

hr: 20
CA Activation Rate num: 9904361
SIP_SC_Total_MOU: 222.76
Peak UE: 76
MB_per_connected_UE: 76.21
PCT Time MIMO: 51.33
CA Activation Rate den: 48974

Time: 23:23:54
holiday: 0
CA DL DataVolRatio Pct: 62.48

Avg_Connected_UEs: 25.73
SIP DC%: 
UPTP_Mbps: 39.11
DRB UL Data Volume MB: 8918
weekend: 0
UPTP Mbps Num: 21721
CA Activation Rate: 17.41
hr: 23
MAC_UE_SC_Tput: 5766.29
Bearer Releases: 6566

hr: 23
CA Activation Rate num: 7454900
UPTP Mbps Den: 3077
Setup_Fail_DEN: 8003
SIP_SC_Total_MOU: 346.53
Peak UE: 27
MB_per_connected_UE: 33.15
PCT Time MIMO: 64.29
UL Throughput: 2.69
CA Activation Rate den: 82494

Time: 00:36:29
holiday: 0
HO Attempts: 623

DL MAC Vol Scell Pct: 30.53
SIP DC%: 
UPTP_Mbps: 44.16
DLRLCLayerDataVolume MB: 991.42
DRB UL Data Volume MB: 3048
RRC Setup Attempts: 4998
CA DL DataVolRatio Pct den: 3234
CA Conf FailRate Pct den: 6831
weekend: 0
UPTP Mbps Num: 2901
hr: 7
MAC_UE_SC_Tput: 19517.23
Bearer Releases: 8734

hr: 7
Setup_Fail_DEN: 18707
SIP_SC_Total_MOU: 108.25
UL MAC Vol Scell Pct: 5.1
RSSI Delta: 0.28
Peak UE: 56
MB_per_connected_UE: 132.95
DL Volume: 2366
DL Data Vol MAC in MB: 9825.39
CA Activation Rate den: 148850

Time: 22:48:05
holiday: 0
CA DL DataVolRatio Pct: 77.96
HO_att_InterFreq: 681
CA DL DataVolRatio Pct num: 502

Avg_Connected_UEs: 52.81
SIP DC%: 
DLRLCLayerDataVolume MB: 5478.66
PRB Util%: 6.34
CA DL DataVolRatio Pct den: 10193
weekend: 0
hr: 17
MAC_UE_SC_Tput: 16194.05

hr: 17
CA Activation Rate num: 10161145
UPTP Mbps Den: 203
Setup_Fail_DEN: 15754
SIP_SC_Total_MOU: 21.69
Peak UE: 27
MB_per_connected_UE: 16.08
DL Volume: 7613
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5546

holiday: 0
CA DL DataVolRatio Pct: 70.72
CA DL DataVolRatio Pct num: 7390

DL MAC Vol Scell Pct: 23.54
Avg_Connected_UEs: 49.81
SIP DC%: 
UPTP_Mbps: 46.64
DRB UL Data Volume MB: 9679
Avg_PUCCH_SINR: 16.9
CA DL DataVolRatio Pct den: 6692
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6819.18

hr: 23
CA Activation Rate num: 1933976
Peak UE: 82
MB_per_connected_UE: 27.85
DL Volume: 4785
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3457
DL Data Vol MAC in MB: 6717.14

Time: 21:25:31
holiday: 0
HO_att_InterFreq: 951
HO Attempts: 813

SIP DC%: 
UPTP_Mbps: 19.47
DLRLCLayerDataVolume MB: 8219.93
PRB Util%: 54.64
CA DL DataVolRatio Pct den: 7908
CA Conf FailRate Pct den: 7025
weekend: 0
CA Activation Rate: 45.7
hr: 23
MAC_UE_SC_Tput: 18835.92

hr: 23
CA Activation Rate num: 9753398
UPTP Mbps Den: 1658
Setup_Fail_DEN: 7618
SIP_SC_Total_MOU: 57.24
Peak UE: 73
MB_per_connected_UE: 42.19
DL Volume: 1396
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5554

Time: 20:56:59
holiday: 0

DL MAC Vol Scell Pct: 10.31
Avg_Connected_UEs: 70.63
SIP DC%: 
UPTP_Mbps: 37.92
DRB UL Data Volume MB: 4118
Avg_PUCCH_SINR: 17.58
weekend: 1
UPTP Mbps Num: 8704
CA Activation Rate: 13.86
hr: 3
MAC_UE_SC_Tput: 8072.01
Bearer Releases: 13708

hr: 3
CA Activation Rate num: 8426172
Setup_Fail_DEN: 16550
SIP_SC_Total_MOU: 227.18
Peak UE: 27
MB_per_connected_UE: 26.91
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5911
CA Activation Rate den: 52862

Time: 05:22:32
holiday: 0
CA DL DataVolRatio Pct: 71.3

DL MAC Vol Scell Pct: 39.83
Avg_Connected_UEs: 39.9
SIP DC%: 
UPTP_Mbps: 17.45
DLRLCLayerDataVolume MB: 4336.65
DRB UL Data Volume MB: 4972
RRC Setup Attempts: 5452
CA DL DataVolRatio Pct den: 6497
CA Conf FailRate Pct den: 5764
weekend: 0
CA Activation Rate: 54.77
hr: 4
MAC_UE_SC_Tput: 4225.3
Bearer Releases: 12724

hr: 4
Peak UE: 43
PCT Time MIMO: 46.47
DL Volume: 6423
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4778
DL Data Vol MAC in MB: 7211.99
Combined RACH Preambles: 2539

Time: 00:35:08
holiday: 0

SIP DC%: 
UPTP_Mbps: 54.85
DRB UL Data Volume MB: 7812
PRB Util%: 36.39
weekend: 0
UPTP Mbps Num: 2225
hr: 23
MAC_UE_SC_Tput: 4146.33

hr: 23
CA Activation Rate num: 9140230
Peak UE: 85
DL Volume: 5320
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3217

Time: 11:09:36
holiday: 0
CA DL DataVolRatio Pct: 70.88

DL MAC Vol Scell Pct: 38.06
SIP DC%: 
UPTP_Mbps: 35.31
DLRLCLayerDataVolume MB: 6505.4
PRB Util%: 34.41
CA DL DataVolRatio Pct den: 8016
weekend: 1
CA Activation Rate: 75.65
hr: 9
MAC_UE_SC_Tput: 4937.73
Bearer Releases: 8881

hr: 9
Setup_Fail_DEN: 10701
Peak UE: 80
MB_per_connected_UE: 95.38
DL Volume: 7599
DL Data Vol MAC in MB: 9146.25
CA Activation Rate den: 70319

Time: 01:51:54
holiday: 0
CA DL DataVolRatio Pct: 68.17
CA DL DataVolRatio Pct num: 4106

DL MAC Vol Scell Pct: 6.7
SIP DC%: 
UPTP_Mbps: 33.53
DLRLCLayerDataVolume MB: 3920.34
DRB UL Data Volume MB: 7484
PRB Util%: 69.47
RRC Setup Attempts: 6184
weekend: 0
UPTP Mbps Num: 22930
CA Activation Rate: 50.31
hr: 19
MAC_UE_SC_Tput: 12518.09
Bearer Releases: 9249

hr: 19
CA Activation Rate num: 8257785
UPTP Mbps Den: 1163
Setup_Fail_DEN: 11874
Peak UE: 76
MB_per_connected_UE: 56.17
PCT Time MIMO: 37.1
DL Volume: 7181
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4655
UL Throughput: 4.09
CA Activation Rate den: 36584

Time: 22:12:38
holiday: 0
HO Attempts: 512

DL MAC Vol Scell Pct: 33.01
SIP DC%: 
UPTP_Mbps: 32.59
DRB UL Data Volume MB: 839
RRC Setup Attempts: 4287
CA Conf FailRate Pct den: 9164
weekend: 0
UPTP Mbps Num: 8999
hr: 14
MAC_UE_SC_Tput: 5078.55
Bearer Releases: 12153

hr: 14
CA Activation Rate num: 8939936
UPTP Mbps Den: 2956
SIP_SC_Total_MOU: 356.31
Peak UE: 72
MB_per_connected_UE: 47.3
DL Volume: 6164
DL Data Vol MAC in MB: 3334.97
CA Activation Rate den: 126008

Time: 09:09:05
holiday: 0
CA DL DataVolRatio Pct: 72.64

Avg_Connected_UEs: 84.33
SIP DC%: 
DLRLCLayerDataVolume MB: 7560.91
RRC Setup Attempts: 4638
CA Conf FailRate Pct den: 6267
weekend: 0
UPTP Mbps Num: 27654
hr: 0
MAC_UE_SC_Tput: 5411.39

hr: 0
CA Activation Rate num: 8053999
UPTP Mbps Den: 1545
Setup_Fail_DEN: 13858
Peak UE: 39
MB_per_connected_UE: 112.34
DL Data Vol MAC in MB: 4953.19
CA Activation Rate den: 38429

Combined RACH Preambles: 2848
Time: 12:37:39
holiday: 0
CA DL DataVolRatio Pct: 67.92

DL MAC Vol Scell Pct: 40.66
Avg_Connected_UEs: 40.7
SIP DC%: 
UPTP_Mbps: 20.05
DLRLCLayerDataVolume MB: 8225
PRB Util%: 64.82
RRC Setup Attempts: 7331
CA Conf FailRate Pct den: 6249
weekend: 0
UPTP Mbps Num: 48093
hr: 23
MAC_UE_SC_Tput: 17050.81
Bearer Releases: 18051

hr: 23
CA Activation Rate num: 10273597
Setup_Fail_DEN: 14063
SIP_SC_Total_MOU: 326.55
Peak UE: 27
MB_per_connected_UE: 26.46
PCT Time MIMO: 48.1

Combined RACH Preambles: 3321
Time: 07:03:55
holiday: 0
CA DL DataVolRatio Pct: 43.71

DL MAC Vol Scell Pct: 31.51
Avg_Connected_UEs: 50.57
SIP DC%: 
UPTP_Mbps: 68.36
DRB UL Data Volume MB: 2539
RRC Setup Attempts: 3720
CA DL DataVolRatio Pct den: 8238
CA Conf FailRate Pct den: 8605
weekend: 0
UPTP Mbps Num: 16043
CA Activation Rate: 28.92
hr: 13
MAC_UE_SC_Tput: 17842.79

hr: 13
CA Activation Rate num: 5727065
Setup_Fail_DEN: 13122
Peak UE: 38
CA Activation Rate den: 38359

Time: 20:50:07
holiday: 0
CA DL DataVolRatio Pct num: 1195

Avg_Connected_UEs: 70.94
SIP DC%: 
PRB Util%: 35.44
RRC Setup Attempts: 3739
CA DL DataVolRatio Pct den: 7327
weekend: 1
UPTP Mbps Num: 772
CA Activation Rate: 29.47
hr: 6
MAC_UE_SC_Tput: 5033.52
Bearer Releases: 10015

hr: 6
CA Activation Rate num: 13035021
UPTP Mbps Den: 1410
Setup_Fail_DEN: 16429
Peak UE: 69
MB_per_connected_UE: 47.14
DL Volume: 5773
DL Data Vol MAC in MB: 7975.37
CA Activation Rate den: 71993

Time: 16:21:29
holiday: 0
CA DL DataVolRatio Pct: 68.25
CA DL DataVolRatio Pct num: 1021

SIP DC%: 
DLRLCLayerDataVolume MB: 4105.33
PRB Util%: 69.67
CA DL DataVolRatio Pct den: 4786
CA Conf FailRate Pct den: 2915
weekend: 0
UPTP Mbps Num: 42082
hr: 11
MAC_UE_SC_Tput: 12068.43

hr: 11
CA Activation Rate num: 2777240
SIP_SC_Total_MOU: 210.87
Peak UE: 35
QCI 1 Bearer Releases: 177
CA Activation Rate den: 136019

Time: 17:03:26
holiday: 0

Avg_Connected_UEs: 47.4
SIP DC%: 
PRB Util%: 58.31
CA DL DataVolRatio Pct den: 9490
CA Conf FailRate Pct den: 5469
weekend: 0
CA Activation Rate: 7.17
hr: 23
MAC_UE_SC_Tput: 4335.7

hr: 23
CA Activation Rate num: 3783963
Setup_Fail_DEN: 13409
SIP_SC_Total_MOU: 162.37
Peak UE: 50
MB_per_connected_UE: 69.73
PCT Time MIMO: 61.31
DL Data Vol MAC in MB: 9316.42

Time: 16:12:18
holiday: 0
CA DL DataVolRatio Pct: 86.87

SIP DC%: 
UPTP_Mbps: 33.92
DRB UL Data Volume MB: 9050
PRB Util%: 16.65
weekend: 0
UPTP Mbps Num: 29222
hr: 23
MAC_UE_SC_Tput: 16963
Bearer Releases: 9895

hr: 23
CA Activation Rate num: 1526342
UPTP Mbps Den: 3064
Peak UE: 29
MB_per_connected_UE: 72.47
DL Data Vol MAC in MB: 6274.33
CA Activation Rate den: 39311

Combined RACH Preambles: 2654
Time: 12:43:53
holiday: 0
CA DL DataVolRatio Pct: 52.86
CA DL DataVolRatio Pct num: 5953

DL MAC Vol Scell Pct: 40.73
Avg_Connected_UEs: 36.78
SIP DC%: 
UPTP_Mbps: 39.62
DRB UL Data Volume MB: 8559
PRB Util%: 67.52
RRC Setup Attempts: 4221
CA DL DataVolRatio Pct den: 1756
weekend: 0
UPTP Mbps Num: 49264
hr: 14
MAC_UE_SC_Tput: 11341.77
Bearer Releases: 12064

hr: 14
CA Activation Rate num: 7400546
UPTP Mbps Den: 76
Setup_Fail_DEN: 19603
SIP_SC_Total_MOU: 135.01
Peak UE: 27
MB_per_connected_UE: 159.45
PCT Time MIMO: 41.94
DL Volume: 1584
DL Data Vol MAC in MB: 8600.05

Time: 05:49:23
holiday: 0
CA DL DataVolRatio Pct: 72.92
CA DL DataVolRatio Pct num: 6306

SIP DC%: 
UPTP_Mbps: 36.63
DRB UL Data Volume MB: 9649
CA DL DataVolRatio Pct den: 3553
weekend: 0
UPTP Mbps Num: 16412
hr: 7
MAC_UE_SC_Tput: 13150.07
Bearer Releases: 10837

hr: 7
CA Activation Rate num: 10810791
UPTP Mbps Den: 2776
SIP_SC_Total_MOU: 315.45
Peak UE: 55
MB_per_connected_UE: 22.8

Time: 11:43:34
holiday: 0
CA DL DataVolRatio Pct: 90.45
HO Attempts: 728

Avg_Connected_UEs: 50.15
SIP DC%: 
DLRLCLayerDataVolume MB: 2420.62
RRC Setup Attempts: 8691
weekend: 0
CA Activation Rate: 68.3
hr: 11
MAC_UE_SC_Tput: 6485.75
Bearer Releases: 7898

hr: 11
UPTP Mbps Den: 2987
Setup_Fail_DEN: 15531
Peak UE: 55
VOLTE IA%: 
DL Volume: 5556
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7912
DL Data Vol MAC in MB: 8416.1
CA Activation Rate den: 122728

Time: 19:11:05
holiday: 0

SIP DC%: 
UPTP_Mbps: 19.13
DLRLCLayerDataVolume MB: 514.47
PRB Util%: 17.36
RRC Setup Attempts: 5003
weekend: 0
hr: 17
MAC_UE_SC_Tput: 10030.24
Bearer Releases: 9294

hr: 17
CA Activation Rate num: 1326365
UPTP Mbps Den: 2941
Setup_Fail_DEN: 7728
SIP_SC_Total_MOU: 296.06
Peak UE: 27
MB_per_connected_UE: 140.69
CA Activation Rate den: 38828

Time: 00:54:25
holiday: 0
CA DL DataVolRatio Pct: 88.06
CA DL DataVolRatio Pct num: 1298

DL MAC Vol Scell Pct: 5.46
SIP DC%: 
UPTP_Mbps: 44.67
DLRLCLayerDataVolume MB: 4466.69
weekend: 0
hr: 0
MAC_UE_SC_Tput: 11532.81
Bearer Releases: 10741

hr: 0
CA Activation Rate num: 2271239
Setup_Fail_DEN: 11250
Peak UE: 77
MB_per_connected_UE: 66.95
DL Data Vol MAC in MB: 9010.39
CA Activation Rate den: 112812

Combined RACH Preambles: 2080
Time: 06:54:10
holiday: 0
CA DL DataVolRatio Pct: 90.83

Avg_Connected_UEs: 33.11
SIP DC%: 
UPTP_Mbps: 93.01
DLRLCLayerDataVolume MB: 9623.43
PRB Util%: 73.93
RRC Setup Attempts: 4940
weekend: 0
UPTP Mbps Num: 16781
hr: 8
MAC_UE_SC_Tput: 15164.91

hr: 8
CA Activation Rate num: 5454121
UPTP Mbps Den: 2268
SIP_SC_Total_MOU: 305.9
Peak UE: 55
DL Volume: 6527
DL Data Vol MAC in MB: 5640.74

Time: 23:00:03
holiday: 0
CA DL DataVolRatio Pct num: 2264

SIP DC%: 
UPTP_Mbps: 31.5
DRB UL Data Volume MB: 9608
PRB Util%: 9.77
RRC Setup Attempts: 5805
CA DL DataVolRatio Pct den: 8794
weekend: 1
UPTP Mbps Num: 16866
CA Activation Rate: 6.81
hr: 23
MAC_UE_SC_Tput: 12133.89

hr: 23
CA Activation Rate num: 5018644
Setup_Fail_DEN: 12653
PCT Time MIMO: 48.58
DL Volume: 5431
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4436
DL Data Vol MAC in MB: 7018.26
CA Activation Rate den: 90221

Time: 04:55:49
holiday: 0
CA DL DataVolRatio Pct num: 3474

Avg_Connected_UEs: 63.33
SIP DC%: 
UPTP_Mbps: 27.27
DLRLCLayerDataVolume MB: 3841.48
CA Conf FailRate Pct den: 9223
weekend: 0
UPTP Mbps Num: 1033
hr: 23
MAC_UE_SC_Tput: 14191.99
Bearer Releases: 10293

hr: 23
Peak UE: 75
MB_per_connected_UE: 147.45
PCT Time MIMO: 58.14
DL Volume: 9709
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7125
DL Data Vol MAC in MB: 3022.15
CA Activation Rate den: 93670

holiday: 0
CA DL DataVolRatio Pct: 92.14
CA DL DataVolRatio Pct num: 7450

Avg_Connected_UEs: 57.14
SIP DC%: 
UPTP_Mbps: 130.25
DLRLCLayerDataVolume MB: 249.69
DRB UL Data Volume MB: 4355
RRC Setup Attempts: 3783
weekend: 0
UPTP Mbps Num: 31884
hr: 23
MAC_UE_SC_Tput: 8058.94
Bearer Releases: 12615

hr: 23
CA Activation Rate num: 5156058
Setup_Fail_DEN: 7431
SIP_SC_Total_MOU: 1.05
Peak UE: 32
MB_per_connected_UE: 104.53
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4951
DL Data Vol MAC in MB: 8480.18
CA Activation Rate den: 44937

Combined RACH Preambles: 2534
Time: 16:21:41
holiday: 0
CA DL DataVolRatio Pct: 49.11

DL MAC Vol Scell Pct: 27.06
Avg_Connected_UEs: 30.94
SIP DC%: 
UPTP_Mbps: 35.62
DLRLCLayerDataVolume MB: 8056.41
DRB UL Data Volume MB: 7786
weekend: 0
UPTP Mbps Num: 4470
CA Activation Rate: 17.71
hr: 20
MAC_UE_SC_Tput: 5603.6
Bearer Releases: 12467

hr: 20
CA Activation Rate num: 7828189
UPTP Mbps Den: 1333
SIP_SC_Total_MOU: 284.69
Peak UE: 27
PCT Time MIMO: 39.23
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7778
CA Activation Rate den: 36985

Time: 00:20:36
holiday: 0

DL MAC Vol Scell Pct: 8.25
SIP DC%: 
UPTP_Mbps: 24.09
DLRLCLayerDataVolume MB: 4314.1
PRB Util%: 51.99
CA DL DataVolRatio Pct den: 9290
weekend: 1
UPTP Mbps Num: 18648
CA Activation Rate: 71.4
hr: 14
MAC_UE_SC_Tput: 13602.83
Bearer Releases: 14267

hr: 14
CA Activation Rate num: 1301093
Setup_Fail_DEN: 13448
SIP_SC_Total_MOU: 163.8
Peak UE: 86
MB_per_connected_UE: 27.96
DL Volume: 7163
DL Data Vol MAC in MB: 7576.99
CA Activation Rate den: 126287

Time: 00:48:01
holiday: 0
CA DL DataVolRatio Pct num: 1718
HO Attempts: 414

DL MAC Vol Scell Pct: 36.51
SIP DC%: 
DLRLCLayerDataVolume MB: 2760.49
DRB UL Data Volume MB: 7227
PRB Util%: 35.07
weekend: 0
CA Activation Rate: 19.23
hr: 23
Bearer Releases: 11427

hr: 23
CA Activation Rate num: 5082147
UPTP Mbps Den: 3274
Peak UE: 40
VOLTE IA%: 
MB_per_connected_UE: 28.37
PCT Time MIMO: 37.73
DL Volume: 4018
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6557
UL Throughput: 1.87
DL Data Vol MAC in MB: 7813.58

Time: 13:30:55
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 250.97
DRB UL Data Volume MB: 1596
weekend: 0
UPTP Mbps Num: 33011
CA Activation Rate: 30.84
hr: 3
MAC_UE_SC_Tput: 9331.23
Bearer Releases: 8896

hr: 3
CA Activation Rate num: 6329765
UPTP Mbps Den: 2061
Setup_Fail_DEN: 9974
Peak UE: 31
DL Volume: 7355
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6804
DL Data Vol MAC in MB: 6997.94

Combined RACH Preambles: 2455
holiday: 0

DL MAC Vol Scell Pct: 13.33
Avg_Connected_UEs: 55.45
SIP DC%: 
UPTP_Mbps: 32.44
DLRLCLayerDataVolume MB: 2683.24
PRB Util%: 53.12
CA DL DataVolRatio Pct den: 9389
CA Conf FailRate Pct den: 5974
weekend: 0
UPTP Mbps Num: 37337
CA Activation Rate: 41.88
hr: 23
MAC_UE_SC_Tput: 10962.56

hr: 23
CA Activation Rate num: 10253293
Setup_Fail_DEN: 11608
SIP_SC_Total_MOU: 14.15
Peak UE: 27
MB_per_connected_UE: 70.78
PCT Time MIMO: 48.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4010

Time: 21:46:01
holiday: 0
CA DL DataVolRatio Pct: 74.01

DL MAC Vol Scell Pct: 39.77
Avg_Connected_UEs: 58.51
SIP DC%: 
DRB UL Data Volume MB: 8713
CA DL DataVolRatio Pct den: 7267
CA Conf FailRate Pct den: 6525
weekend: 1
UPTP Mbps Num: 30151
CA Activation Rate: 67.31
hr: 10
MAC_UE_SC_Tput: 4561.69
Bearer Releases: 8467

hr: 10
CA Activation Rate num: 7264894
Setup_Fail_DEN: 12893
Peak UE: 67
MB_per_connected_UE: 147.14
PCT Time MIMO: 34.03
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5748

Time: 04:27:00
holiday: 0
CA DL DataVolRatio Pct: 84.03
HO Attempts: 799

DL MAC Vol Scell Pct: 47.47
SIP DC%: 
UPTP_Mbps: 42.26
RRC Setup Attempts: 3634
weekend: 0
UPTP Mbps Num: 39918
CA Activation Rate: 3.18
hr: 20
MAC_UE_SC_Tput: 7315.28
Bearer Releases: 15493

hr: 20
CA Activation Rate num: 9849990
UPTP Mbps Den: 2881
Peak UE: 59
MB_per_connected_UE: 121
PCT Time MIMO: 34.29
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8230
DL Data Vol MAC in MB: 5686.72
CA Activation Rate den: 38335

Time: 05:45:21
holiday: 0
CA DL DataVolRatio Pct: 85.94
HO_att_InterFreq: 955

DL MAC Vol Scell Pct: 31.87
Avg_Connected_UEs: 23.07
SIP DC%: 
S1U_SIP_SC_SEER: 99.7
DLRLCLayerDataVolume MB: 7793.83
DRB UL Data Volume MB: 8748
PRB Util%: 34.9
RRC Setup Attempts: 5301
CA Conf FailRate Pct den: 2836
weekend: 0
CA Activation Rate: 22.16
hr: 12
MAC_UE_SC_Tput: 28231.53

hr: 12
Setup_Fail_DEN: 8208
SIP_SC_Total_MOU: 269.69
S1U_SIP_SC_SEER_den: 162
Peak UE: 27
MB_per_connected_UE: 142.69
CA Activation Rate den: 206040

Time: 17:03:29
holiday: 0
CA DL DataVolRatio Pct: 83.07
HO_att_InterFreq: 774
CA DL DataVolRatio Pct num: 5223

DL MAC Vol Scell Pct: 14.05
Avg_Connected_UEs: 49.84
SIP DC%: 
UPTP_Mbps: 34.4
DLRLCLayerDataVolume MB: 8563.27
DRB UL Data Volume MB: 7611
CA Conf FailRate Pct den: 5754
weekend: 0
UPTP Mbps Num: 39464
CA Activation Rate: 17.72
hr: 14
MAC_UE_SC_Tput: 7083.77

hr: 14
CA Activation Rate num: 5027646
UPTP Mbps Den: 167
Setup_Fail_DEN: 15795
SIP_SC_Total_MOU: 79.01
Peak UE: 27
MB_per_connected_UE: 154.51
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7249
DL Data Vol MAC in MB: 9584.24
CA Activation Rate den: 77133

Time: 07:04:59
holiday: 0
CA DL DataVolRatio Pct: 66.28
CA DL DataVolRatio Pct num: 5805

DL MAC Vol Scell Pct: 10.46
Avg_Connected_UEs: 21.94
SIP DC%: 
DRB UL Data Volume MB: 5055
CA Conf FailRate Pct den: 4325
weekend: 0
hr: 23
MAC_UE_SC_Tput: 18882.5
Bearer Releases: 11558

hr: 23
CA Activation Rate num: 8446910
SIP_SC_Total_MOU: 46.98
Peak UE: 60
MB_per_connected_UE: 10.85
PCT Time MIMO: 54.68
DL Volume: 8322
DL Data Vol MAC in MB: 3805.66
CA Activation Rate den: 64222

Combined RACH Preambles: 4469
Time: 01:49:48
holiday: 0
CA DL DataVolRatio Pct: 57.89

DL MAC Vol Scell Pct: 29.16
SIP DC%: 
UPTP_Mbps: 12.88
DLRLCLayerDataVolume MB: 7272.54
CA DL DataVolRatio Pct den: 6654
weekend: 0
CA Activation Rate: 14.72
hr: 23
MAC_UE_SC_Tput: 6951.38
Bearer Releases: 11060

hr: 23
CA Activation Rate num: 10595281
SIP_SC_Total_MOU: 240
Peak UE: 27
PCT Time MIMO: 43.77
DL Volume: 7870
DL Data Vol MAC in MB: 5906.45

Time: 11:41:47
holiday: 0
CA DL DataVolRatio Pct num: 4289

Avg_Connected_UEs: 55.26
SIP DC%: 
DLRLCLayerDataVolume MB: 466.58
DRB UL Data Volume MB: 4341
PRB Util%: 74.56
CA DL DataVolRatio Pct den: 7925
CA Conf FailRate Pct den: 5389
weekend: 0
CA Activation Rate: 55.7
hr: 9
MAC_UE_SC_Tput: 14579.16
Bearer Releases: 16045

hr: 9
CA Activation Rate num: 2980197
Setup_Fail_DEN: 7429
SIP_SC_Total_MOU: 169.96
Peak UE: 58
MB_per_connected_UE: 151.59
PCT Time MIMO: 42.7
DL Volume: 9462
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3858
DL Data Vol MAC in MB: 6134.33
CA Activation Rate den: 99036

Combined RACH Preambles: 2532
Time: 19:49:58
Date: 03-10-2023
holiday: 0

SIP DC%: 
UPTP_Mbps: 43.2
DLRLCLayerDataVolume MB: 1216.25
DRB UL Data Volume MB: 4100
CA Conf FailRate Pct den: 7934
RSSIRX1 Avg: -94.81
weekend: 0
CA Activation Rate: 78.38
hr: 3
MAC_UE_SC_Tput: 8782.68

hr: 3
CA Activation Rate num: 5199073
Setup_Fail_DEN: 15329
Peak UE: 27
MB_per_connected_UE: 154.88
DL Volume: 7348

Time: 16:15:39
holiday: 0
CA DL DataVolRatio Pct: 84.71
HO_att_InterFreq: 826
CA DL DataVolRatio Pct num: 6966

DL MAC Vol Scell Pct: 5.45
SIP DC%: 
UPTP_Mbps: 45.65
DLRLCLayerDataVolume MB: 5274.11
CA DL DataVolRatio Pct den: 5516
CA Conf FailRate Pct den: 5394
weekend: 0
CA Activation Rate: 9.26
hr: 10
MAC_UE_SC_Tput: 7830.73

hr: 10
Setup_Fail_DEN: 11582
Peak UE: 27
MB_per_connected_UE: 201.16
PCT Time MIMO: 47.2
DL Volume: 2196
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6872
DL Data Vol MAC in MB: 2296.4
CA Activation Rate den: 65519

Time: 06:20:05
holiday: 0
CA DL DataVolRatio Pct num: 6395

SIP DC%: 
DLRLCLayerDataVolume MB: 5517.34
DRB UL Data Volume MB: 3917
PRB Util%: 9.12
RRC Setup Attempts: 4882
CA DL DataVolRatio Pct den: 6693
weekend: 0
CA Activation Rate: 22.06
hr: 16

hr: 16
UPTP Mbps Den: 977
SIP_SC_Total_MOU: 81.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4285
DL Data Vol MAC in MB: 3930.78
Time: 02:19:12

holiday: 0
CA DL DataVolRatio Pct num: 4975

DL MAC Vol Scell Pct: 6.96
Avg_Connected_UEs: 26.88
SIP DC%: 
UPTP_Mbps: 26.2
DLRLCLayerDataVolume MB: 9703.92
RRC Setup Attempts: 4981
CA DL DataVolRatio Pct den: 6661
weekend: 0
CA Activation Rate: 17.07
hr: 0
MAC_UE_SC_Tput: 15844.18
Bearer Releases: 14306

hr: 0
Setup_Fail_DEN: 13015
Peak UE: 36
MB_per_connected_UE: 133.28
DL Volume: 333
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5154
DL Data Vol MAC in MB: 8088.63

Time: 17:45:31
holiday: 0
CA DL DataVolRatio Pct: 79.76

DL MAC Vol Scell Pct: 13.46
SIP DC%: 
UPTP_Mbps: 21.11
RRC Setup Attempts: 4062
weekend: 0
UPTP Mbps Num: 60226
hr: 5
MAC_UE_SC_Tput: 14407.78

hr: 5
CA Activation Rate num: 10503786
UPTP Mbps Den: 35
Setup_Fail_DEN: 8262
SIP_SC_Total_MOU: 92.01
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 14.33
DL Volume: 945
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9308
DL Data Vol MAC in MB: 8947.72

Time: 11:57:52
holiday: 0
CA DL DataVolRatio Pct: 43
CA DL DataVolRatio Pct num: 2303
HO Attempts: 520

Avg_Connected_UEs: 34.98
SIP DC%: 
DLRLCLayerDataVolume MB: 3935.05
DRB UL Data Volume MB: 5359
PRB Util%: 73.91
CA DL DataVolRatio Pct den: 5535
weekend: 0
UPTP Mbps Num: 54047
CA Activation Rate: 56.45
hr: 5
MAC_UE_SC_Tput: 11171.95

hr: 5
CA Activation Rate num: 6569213
UPTP Mbps Den: 2803
SIP_SC_Total_MOU: 176.47
MB_per_connected_UE: 104.28
DL Volume: 2627
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6702
DL Data Vol MAC in MB: 8142.66
CA Activation Rate den: 62552

Time: 14:18:51
holiday: 0
CA DL DataVolRatio Pct num: 5949

DL MAC Vol Scell Pct: 19.88
Avg_Connected_UEs: 17.64
SIP DC%: 
UPTP_Mbps: 12.87
DLRLCLayerDataVolume MB: 1458.9
DRB UL Data Volume MB: 4516
PRB Util%: 8.82
CA Conf FailRate Pct den: 8981
weekend: 0
UPTP Mbps Num: 36753
hr: 0
MAC_UE_SC_Tput: 16813.33
Bearer Releases: 16556

hr: 0
CA Activation Rate num: 2757584
Setup_Fail_DEN: 14569
SIP_SC_Total_MOU: 275.64
Peak UE: 27
MB_per_connected_UE: 30.09
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4052
CA Activation Rate den: 62380

Time: 03:22:17
holiday: 0
CA DL DataVolRatio Pct: 75.39
CA DL DataVolRatio Pct num: 254
HO Attempts: 107

DL MAC Vol Scell Pct: 10.71
SIP DC%: 
UPTP_Mbps: 18.3
DLRLCLayerDataVolume MB: 3952.55
DRB UL Data Volume MB: 4223
RRC Setup Attempts: 7790
CA Conf FailRate Pct den: 5975
RSSIRX1 Avg: -93.95
weekend: 0
RSSIRX2 Avg: -93.88
CA Activation Rate: 43.33
hr: 23
MAC_UE_SC_Tput: 8340.34
Bearer Releases: 12039

hr: 23
CA Activation Rate num: 10616314
Peak UE: 48
MB_per_connected_UE: 49.21
DL Data Vol MAC in MB: 3534.18
CA Activation Rate den: 98398

Time: 21:59:00
holiday: 0

DL MAC Vol Scell Pct: 51.16
SIP DC%: 
UPTP_Mbps: 41.16
DLRLCLayerDataVolume MB: 1013.9
DRB UL Data Volume MB: 5178
PRB Util%: 30.52
RRC Setup Attempts: 5909
CA DL DataVolRatio Pct den: 8670
CA Conf FailRate Pct den: 6414
weekend: 0
UPTP Mbps Num: 25981
hr: 13
MAC_UE_SC_Tput: 16533.21
Bearer Releases: 13044

hr: 13
CA Activation Rate num: 10376690
Setup_Fail_DEN: 18591
Peak UE: 27
MB_per_connected_UE: 168.71
UL Throughput: 2.62
DL Data Vol MAC in MB: 2899.09

Combined RACH Preambles: 2095
Time: 01:09:14
holiday: 0
CA DL DataVolRatio Pct: 48.09
CA DL DataVolRatio Pct num: 2363

SIP DC%: 
UPTP_Mbps: 91.72
DLRLCLayerDataVolume MB: 9790.35
DRB UL Data Volume MB: 7806
RRC Setup Attempts: 3567
weekend: 1
CA Activation Rate: 45.19
hr: 3
MAC_UE_SC_Tput: 4278.35
Bearer Releases: 12430

hr: 3
CA Activation Rate num: 8626017
UPTP Mbps Den: 2962
Setup_Fail_DEN: 11028
MB_per_connected_UE: 195.97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5817
DL Data Vol MAC in MB: 3386.16
CA Activation Rate den: 50932

Time: 10:44:41
holiday: 0

DL MAC Vol Scell Pct: 29.31
Avg_Connected_UEs: 82.61
SIP DC%: 
UPTP_Mbps: 31.73
DLRLCLayerDataVolume MB: 2937.36
DRB UL Data Volume MB: 6853
CA DL DataVolRatio Pct den: 9179
weekend: 0
hr: 12
Bearer Releases: 6300

hr: 12
Avg CQI: 10
CA Activation Rate num: 3219901
Setup_Fail_DEN: 9662
SIP_SC_Total_MOU: 165.54
MB_per_connected_UE: 51.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7210
DL Data Vol MAC in MB: 6414.68
CA Activation Rate den: 50372

Time: 15:05:19
holiday: 0

DL MAC Vol Scell Pct: 17.09
SIP DC%: 
DLRLCLayerDataVolume MB: 9812.75
PRB Util%: 31.41
RRC Setup Attempts: 3469
CA Conf FailRate Pct den: 4610
weekend: 0
UPTP Mbps Num: 25595
CA Activation Rate: 12.8
hr: 7
MAC_UE_SC_Tput: 18593.32
Bearer Releases: 13878

hr: 7
CA Activation Rate num: 10724507
UPTP Mbps Den: 1603
Setup_Fail_DEN: 7087
SIP_SC_Total_MOU: 83.24
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 89.67
DL Volume: 3312
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8272
QCI 1 Bearer Releases: 143

Time: 10:28:13
holiday: 0

DL MAC Vol Scell Pct: 22.7
SIP DC%: 
PRB Util%: 58.33
CA DL DataVolRatio Pct den: 4665
CA Conf FailRate Pct den: 6885
weekend: 1
CA Activation Rate: 56.87
hr: 13
MAC_UE_SC_Tput: 6963.07
Bearer Releases: 13736

hr: 13
CA Activation Rate num: 3512492
Setup_Fail_DEN: 6624
SIP_SC_Total_MOU: 147.63
Peak UE: 27
MB_per_connected_UE: 81.85
DL Data Vol MAC in MB: 5081.05
CA Activation Rate den: 141116

Time: 21:40:21
holiday: 0
CA DL DataVolRatio Pct: 86.07

Avg_Connected_UEs: 56.18
SIP DC%: 
UPTP_Mbps: 29.85
DLRLCLayerDataVolume MB: 6580.39
CA DL DataVolRatio Pct den: 7233
weekend: 0
UPTP Mbps Num: 24702
CA Activation Rate: 5.74
hr: 21
MAC_UE_SC_Tput: 16558.98

hr: 21
CA Activation Rate num: 12253111
UPTP Mbps Den: 376
Setup_Fail_DEN: 9643
SIP_SC_Total_MOU: 174.05
Peak UE: 63
MB_per_connected_UE: 157.19
PCT Time MIMO: 42.04
DL Data Vol MAC in MB: 1595.69
CA Activation Rate den: 87019

Time: 18:20:56
holiday: 0
CA DL DataVolRatio Pct: 63.63
CA DL DataVolRatio Pct num: 1155

DL MAC Vol Scell Pct: 54.09
Avg_Connected_UEs: 44.46
SIP DC%: 
UPTP_Mbps: 29.41
DLRLCLayerDataVolume MB: 4815.75
CA DL DataVolRatio Pct den: 3452
CA Conf FailRate Pct den: 6609
weekend: 1
UPTP Mbps Num: 24021
hr: 16
MAC_UE_SC_Tput: 4311.89
Bearer Releases: 10527

hr: 16
CA Activation Rate num: 4341232
UPTP Mbps Den: 3000
Setup_Fail_DEN: 11998
SIP_SC_Total_MOU: 16.72
Peak UE: 50
MB_per_connected_UE: 55.95
CA Activation Rate den: 80360

Combined RACH Preambles: 3371
Time: 02:34:19
holiday: 0
HO_att_InterFreq: 870
CA DL DataVolRatio Pct num: 2190

SIP DC%: 
DRB UL Data Volume MB: 6699
CA DL DataVolRatio Pct den: 8361
weekend: 0
CA Activation Rate: 18.37
hr: 7
MAC_UE_SC_Tput: 16739.05
Bearer Releases: 10028

hr: 7
CA Activation Rate num: 408459
Setup_Fail_DEN: 8031
SIP_SC_Total_MOU: 160.63
S1U_SIP_SC_SEER_den: 243
Peak UE: 27
MB_per_connected_UE: 208.25
PCT Time MIMO: 34.58
DL Volume: 6699
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5272

Time: 08:52:50
Date: 05-12-2023
holiday: 0
CA DL DataVolRatio Pct: 86.24
HO Attempts: 818

DL MAC Vol Scell Pct: 15.45
Avg_Connected_UEs: 66.09
SIP DC%: 
UPTP_Mbps: 41.94
DLRLCLayerDataVolume MB: 9226.13
DRB UL Data Volume MB: 9420
PRB Util%: 30.38
RRC Setup Attempts: 3889
CA DL DataVolRatio Pct den: 9575
CA Conf FailRate Pct den: 4511
weekend: 0
CA Activation Rate: 41.23
hr: 5
MAC_UE_SC_Tput: 4123.2
Bearer Releases: 6710

hr: 5
CA Activation Rate num: 7520391
UPTP Mbps Den: 459
Peak UE: 27
MB_per_connected_UE: 63.99
DL Data Vol MAC in MB: 591.77
CA Activation Rate den: 85555

Time: 03:39:47
holiday: 0
Bearer Releases Voice: 145
CA DL DataVolRatio Pct num: 7420

DL MAC Vol Scell Pct: 13.64
SIP DC%: 
UPTP_Mbps: 36.43
DLRLCLayerDataVolume MB: 4019.49
DRB UL Data Volume MB: 5393
PRB Util%: 63.31
RRC Setup Attempts: 5972
CA Conf FailRate Pct den: 6622
weekend: 1
S1U_SIP_SC_SEER_num: 224
hr: 11
MAC_UE_SC_Tput: 20139.85

hr: 11
CA Activation Rate num: 2122642
Peak UE: 59
DL Volume: 9636
CA Activation Rate den: 131604

Time: 16:03:43
holiday: 0
HO_att_InterFreq: 184

Avg_Connected_UEs: 45.78
SIP DC%: 
UPTP_Mbps: 37.09
DLRLCLayerDataVolume MB: 7483.12
CA DL DataVolRatio Pct den: 9629
CA Conf FailRate Pct den: 8279
weekend: 0
CA Activation Rate: 4.54
hr: 7
MAC_UE_SC_Tput: 10606.56
Bearer Releases: 12242

hr: 7
CA Activation Rate num: 4476771
Peak UE: 47
PCT Time MIMO: 43.93
DL Volume: 3122
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5409
DL Data Vol MAC in MB: 8680.03
CA Activation Rate den: 56193

Combined RACH Preambles: 2127
Time: 00:52:33
holiday: 0
HO Attempts: 514

Avg_Connected_UEs: 46.07
SIP DC%: 
UPTP_Mbps: 11.47
DLRLCLayerDataVolume MB: 2869.18
DRB UL Data Volume MB: 8905
CA DL DataVolRatio Pct den: 8041
CA Conf FailRate Pct den: 3718
weekend: 0
CA Activation Rate: 46.53
hr: 20
MAC_UE_SC_Tput: 6155.66
Bearer Releases: 12865

hr: 20
CA Activation Rate num: 1457313
Setup_Fail_DEN: 13860
Peak UE: 33
MB_per_connected_UE: 193.89
PCT Time MIMO: 36
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4106
CA Activation Rate den: 64724

Time: 04:16:48
holiday: 0
CA DL DataVolRatio Pct: 73.11
CA DL DataVolRatio Pct num: 3312

Avg_Connected_UEs: 50.75
SIP DC%: 
UPTP_Mbps: 21.21
DLRLCLayerDataVolume MB: 2476.21
RRC Setup Attempts: 5353
weekend: 0
CA Activation Rate: 6.23
hr: 9
MAC_UE_SC_Tput: 6347.47
Bearer Releases: 7884

hr: 9
CA Activation Rate num: 4044732
UPTP Mbps Den: 2215
SIP_SC_Total_MOU: 166.34
MB_per_connected_UE: 140.71
DL Data Vol MAC in MB: 8515.37
CA Activation Rate den: 90859

Time: 12:32:12
holiday: 0
CA DL DataVolRatio Pct: 40.33
HO Attempts: 730

SIP DC%: 
DLRLCLayerDataVolume MB: 6917.32
DRB UL Data Volume MB: 633
CA Conf FailRate Pct den: 7655
weekend: 0
CA Activation Rate: 19.03
hr: 18
MAC_UE_SC_Tput: 7908.14
Bearer Releases: 6491

hr: 18
CA Activation Rate num: 6748922
Peak UE: 60
MB_per_connected_UE: 28.69
DL Volume: 2526
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5714
DL Data Vol MAC in MB: 5502.47
Combined RACH Preambles: 2559

Time: 17:16:00
holiday: 0

Avg_Connected_UEs: 64.16
SIP DC%: 
UPTP_Mbps: 36.51
DLRLCLayerDataVolume MB: 1495.68
DRB UL Data Volume MB: 6709
PRB Util%: 41.54
CA DL DataVolRatio Pct den: 8968
weekend: 0
UPTP Mbps Num: 29110
CA Activation Rate: 52.26
hr: 23
MAC_UE_SC_Tput: 5731.96
Bearer Releases: 6915

hr: 23
CA Activation Rate num: 4532778
Peak UE: 32
PCT Time MIMO: 54.19
CA Activation Rate den: 97995

Time: 08:41:26
holiday: 0
CA DL DataVolRatio Pct num: 1506

DL MAC Vol Scell Pct: 2.9
Avg_Connected_UEs: 38.98
SIP DC%: 
UPTP_Mbps: 7.22
DLRLCLayerDataVolume MB: 713.41
weekend: 0
CA Activation Rate: 41.2
hr: 5
MAC_UE_SC_Tput: 6635.33
Bearer Releases: 9135

hr: 5
SIP_SC_Total_MOU: 51.22
Peak UE: 44
MB_per_connected_UE: 157.3
DL Volume: 8190
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8338
DL Data Vol MAC in MB: 4179.85
Time: 21:39:20

holiday: 0
CA DL DataVolRatio Pct: 82.61
HO_att_InterFreq: 326

Avg_Connected_UEs: 78
SIP DC%: 
DLRLCLayerDataVolume MB: 2405.98
RRC Setup Attempts: 6352
weekend: 0
UPTP Mbps Num: 11851
CA Activation Rate: 36.03
hr: 23
MAC_UE_SC_Tput: 7688.86
Bearer Releases: 7324

hr: 23
CA Activation Rate num: 8793989
UPTP Mbps Den: 2989
Setup_Fail_DEN: 10946
Peak UE: 27
MB_per_connected_UE: 88.24
PCT Time MIMO: 54.65
DL Volume: 4085
DL Data Vol MAC in MB: 3399.09
CA Activation Rate den: 42449

Time: 02:44:22
holiday: 0
CA DL DataVolRatio Pct num: 6828

Avg_Connected_UEs: 53.22
SIP DC%: 
DRB UL Data Volume MB: 6543
PRB Util%: 22.89
CA Conf FailRate Pct den: 8923
weekend: 0
UPTP Mbps Num: 14385
CA Activation Rate: 29.22
hr: 23
Bearer Releases: 17974

hr: 23
CA Activation Rate num: 11462467
UPTP Mbps Den: 4813
Peak UE: 87
PCT Time MIMO: 63.02
DL Volume: 8701
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7571
CA Activation Rate den: 140676

Time: 06:07:28
holiday: 0
CA DL DataVolRatio Pct: 78.88
CA DL DataVolRatio Pct num: 5121

DL MAC Vol Scell Pct: 41.53
Avg_Connected_UEs: 26.24
SIP DC%: 
UPTP_Mbps: 35.12
CA DL DataVolRatio Pct den: 10095
CA Conf FailRate Pct den: 9350
weekend: 0
hr: 12
MAC_UE_SC_Tput: 6751.33
Bearer Releases: 7689

hr: 12
CA Activation Rate num: 10893587
SIP_SC_Total_MOU: 174.85
Peak UE: 27
MB_per_connected_UE: 112.56
PCT Time MIMO: 56.4
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6047
DL Data Vol MAC in MB: 7744.42

Time: 12:52:22
holiday: 0
CA DL DataVolRatio Pct: 83.46
HO_att_InterFreq: 815
CA DL DataVolRatio Pct num: 3776

DL MAC Vol Scell Pct: 19.17
SIP DC%: 
UPTP_Mbps: 25.05
DLRLCLayerDataVolume MB: 1683.99
DRB UL Data Volume MB: 9798
RRC Setup Attempts: 7487
CA DL DataVolRatio Pct den: 1145
CA Conf FailRate Pct den: 4721
weekend: 0
CA Activation Rate: 27.23
hr: 6
MAC_UE_SC_Tput: 6195.15
Bearer Releases: 15143

hr: 6
Setup_Fail_DEN: 18966
SIP_SC_Total_MOU: 98.8
Peak UE: 44
MB_per_connected_UE: 154.82
PCT Time MIMO: 62.14
DL Volume: 5384
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7066
UL Throughput: 3.5
CA Activation Rate den: 45081

Combined RACH Preambles: 4618
Time: 14:10:24
holiday: 0
CA DL DataVolRatio Pct: 87.31
CA DL DataVolRatio Pct num: 2830

DL MAC Vol Scell Pct: 4.31
Avg_Connected_UEs: 46.59
SIP DC%: 
UPTP_Mbps: 45.72
DLRLCLayerDataVolume MB: 8563.41
DRB UL Data Volume MB: 5476
CA DL DataVolRatio Pct den: 2756
RSSIRX1 Avg: -95.31
weekend: 0
UPTP Mbps Num: 12638
hr: 11
MAC_UE_SC_Tput: 18341.86

hr: 11
CA Activation Rate num: 9376017
UPTP Mbps Den: 1183
Setup_Fail_DEN: 10150
Peak UE: 40
VOLTE IA%: 
MB_per_connected_UE: 24.77

Time: 00:13:50
holiday: 0
CA DL DataVolRatio Pct: 91.3
CA DL DataVolRatio Pct num: 5599

DL MAC Vol Scell Pct: 4.91
SIP DC%: 
DLRLCLayerDataVolume MB: 1504.81
CA DL DataVolRatio Pct den: 8757
CA Conf FailRate Pct den: 7409
weekend: 0
UPTP Mbps Num: 1337
CA Activation Rate: 64.81
hr: 23
MAC_UE_SC_Tput: 8716.57
Bearer Releases: 8557

hr: 23
CA Activation Rate num: 12347255
UPTP Mbps Den: 6059
Setup_Fail_DEN: 13839
Peak UE: 31
MB_per_connected_UE: 56
DL Data Vol MAC in MB: 6515.15
CA Activation Rate den: 69909

Time: 04:54:31
holiday: 0
CA DL DataVolRatio Pct num: 3355

SIP DC%: 
UPTP_Mbps: 116.35
DLRLCLayerDataVolume MB: 2578.66
PRB Util%: 37
RRC Setup Attempts: 4279
CA DL DataVolRatio Pct den: 444
RSSIRX1 Avg: -93.26
weekend: 0
UPTP Mbps Num: 5653
hr: 4
MAC_UE_SC_Tput: 6556.75
Bearer Releases: 11599

hr: 4
CA Activation Rate num: 14129320
SIP_SC_Total_MOU: 169.9
Peak UE: 77
MB_per_connected_UE: 21.88
PCT Time MIMO: 42.79
DL Data Vol MAC in MB: 5017.72
CA Activation Rate den: 159210

Combined RACH Preambles: 2935
Time: 02:07:10
holiday: 0
HO_att_InterFreq: 450
CA DL DataVolRatio Pct num: 2795

SIP DC%: 
UPTP_Mbps: 44.96
DLRLCLayerDataVolume MB: 3870.87
DRB UL Data Volume MB: 9007
weekend: 0
UPTP Mbps Num: 53479
CA Activation Rate: 7.1
hr: 23
MAC_UE_SC_Tput: 12678.24
Bearer Releases: 9945

hr: 23
CA Activation Rate num: 10844517
Setup_Fail_DEN: 7858
SIP_SC_Total_MOU: 128.47
Peak UE: 30
DL Volume: 280
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4259
DL Data Vol MAC in MB: 9064.21

Time: 22:32:25
holiday: 0
CA DL DataVolRatio Pct: 46.36

DL MAC Vol Scell Pct: 36.57
SIP DC%: 
UPTP_Mbps: 39.25
DLRLCLayerDataVolume MB: 5961.7
PRB Util%: 73.59
RRC Setup Attempts: 5767
CA DL DataVolRatio Pct den: 2327
weekend: 0
UPTP Mbps Num: 10182
CA Activation Rate: 29.43
hr: 22
MAC_UE_SC_Tput: 6583.83
Bearer Releases: 12549

hr: 22
CA Activation Rate num: 8099297
UPTP Mbps Den: 2043
Setup_Fail_DEN: 7123
SIP_SC_Total_MOU: 179.78
Peak UE: 67
MB_per_connected_UE: 73.28
DL Data Vol MAC in MB: 2591.25
CA Activation Rate den: 89269

Time: 05:04:29
holiday: 0
CA DL DataVolRatio Pct: 45.46
CA Conf FailRate Pct num: 5

DL MAC Vol Scell Pct: 45.39
Avg_Connected_UEs: 59.26
SIP DC%: 
UPTP_Mbps: 34.35
DLRLCLayerDataVolume MB: 3277.39
RRC Setup Attempts: 3990
CA DL DataVolRatio Pct den: 5716
CA Conf FailRate Pct den: 6892
weekend: 0
UPTP Mbps Num: 43471
hr: 15
MAC_UE_SC_Tput: 4382.22
Bearer Releases: 7922

hr: 15
CA Activation Rate num: 3793570
Setup_Fail_DEN: 15757
Peak UE: 33
DL Data Vol MAC in MB: 3153.72

holiday: 0
CA DL DataVolRatio Pct: 70.26

Avg_Connected_UEs: 53.17
SIP DC%: 
DLRLCLayerDataVolume MB: 6213.38
PRB Util%: 16.77
RRC Setup Attempts: 7174
weekend: 0
UPTP Mbps Num: 56609
hr: 11
MAC_UE_SC_Tput: 9607.31

hr: 11
CA Activation Rate num: 4527488
UPTP Mbps Den: 52
SIP_SC_Total_MOU: 268.03
Peak UE: 27
PCT Time MIMO: 33.43
DL Volume: 9433
DL Data Vol MAC in MB: 3656.85
CA Activation Rate den: 43331

Combined RACH Preambles: 3204
Time: 05:01:11
holiday: 0
CA DL DataVolRatio Pct num: 5375

Avg_Connected_UEs: 18.55
SIP DC%: 
UPTP_Mbps: 87.27
PRB Util%: 41.61
CA Conf FailRate Pct den: 7882
weekend: 0
CA Activation Rate: 63.92
hr: 19
MAC_UE_SC_Tput: 6625.45
Bearer Releases: 6569

hr: 19
CA Activation Rate num: 2755251
Setup_Fail_DEN: 9109
Peak UE: 41
MB_per_connected_UE: 196.08
PCT Time MIMO: 36.62
DL Data Vol MAC in MB: 9020.12
CA Activation Rate den: 227467

Time: 05:39:06
holiday: 0
CA DL DataVolRatio Pct: 55.95

Avg_Connected_UEs: 41.63
SIP DC%: 
UPTP_Mbps: 45.22
DLRLCLayerDataVolume MB: 945.87
RRC Setup Attempts: 4628
CA DL DataVolRatio Pct den: 987
CA Conf FailRate Pct den: 5084
weekend: 0
hr: 12
MAC_UE_SC_Tput: 13923.09
Bearer Releases: 14221

hr: 12
CA Activation Rate num: 3612074
SIP_SC_Total_MOU: 407.54
Peak UE: 39
VOLTE IA%: 
MB_per_connected_UE: 66.21
UL Throughput: 5.34
DL Data Vol MAC in MB: 9615.51
CA Activation Rate den: 92652

Combined RACH Preambles: 3037
Time: 01:44:27
holiday: 0
CA DL DataVolRatio Pct: 79.87
CA DL DataVolRatio Pct num: 4412
HO Attempts: 546

DL MAC Vol Scell Pct: 35.7
SIP DC%: 
UPTP_Mbps: 31.84
DLRLCLayerDataVolume MB: 295.75
DRB UL Data Volume MB: 7579
PRB Util%: 3.23
CA Conf FailRate Pct den: 6273
weekend: 0
UPTP Mbps Num: 2133
CA Activation Rate: 35.84
hr: 16
MAC_UE_SC_Tput: 14099.17

hr: 16
CA Activation Rate num: 10486220
UPTP Mbps Den: 274
Setup_Fail_DEN: 10596
SIP_SC_Total_MOU: 177.62
Peak UE: 44
MB_per_connected_UE: 115.02
PCT Time MIMO: 44.88
DL Volume: 2458
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6550

Time: 12:59:32
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5026.46
DRB UL Data Volume MB: 933
RRC Setup Attempts: 7054
weekend: 0
RSSIRX2 Avg: -94.84
hr: 23
MAC_UE_SC_Tput: 14515.68

hr: 23
CA Activation Rate num: 8626195
Peak UE: 66
DL Volume: 5982
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3393
DL Data Vol MAC in MB: 8243.7
Time: 19:03:35

holiday: 0
CA DL DataVolRatio Pct: 57.82

SIP DC%: 
DRB UL Data Volume MB: 8654
RRC Setup Attempts: 8348
CA DL DataVolRatio Pct den: 9786
weekend: 0
UPTP Mbps Num: 30951
CA Activation Rate: 75.03
hr: 3
MAC_UE_SC_Tput: 7799.25

hr: 3
CA Activation Rate num: 10063054
UPTP Mbps Den: 1840
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3666
DL Data Vol MAC in MB: 5450.34
Combined RACH Preambles: 3244

Time: 17:55:24
holiday: 0
CA DL DataVolRatio Pct: 59.73

DL MAC Vol Scell Pct: 39.01
Avg_Connected_UEs: 84.07
SIP DC%: 
UPTP_Mbps: 26.71
DLRLCLayerDataVolume MB: 4724.67
DRB UL Data Volume MB: 9425
RRC Setup Attempts: 3466
CA DL DataVolRatio Pct den: 6416
weekend: 0
UPTP Mbps Num: 16578
CA Activation Rate: 10.6
hr: 20
MAC_UE_SC_Tput: 4321.09
Bearer Releases: 12989

hr: 20
UPTP Mbps Den: 3237
Setup_Fail_DEN: 13712
Peak UE: 27
MB_per_connected_UE: 113.07

Time: 17:34:12
holiday: 0
CA DL DataVolRatio Pct: 70.49

DL MAC Vol Scell Pct: 44.52
Avg_Connected_UEs: 48.46
SIP DC%: 
UPTP_Mbps: 40.35
DLRLCLayerDataVolume MB: 135.69
DRB UL Data Volume MB: 6573
RRC Setup Attempts: 7671
CA DL DataVolRatio Pct den: 9271
CA Conf FailRate Pct den: 7987
weekend: 0
UPTP Mbps Num: 22869
hr: 5
MAC_UE_SC_Tput: 6066.95
Bearer Releases: 11783

hr: 5
UPTP Mbps Den: 1824
Setup_Fail_DEN: 14589
SIP_SC_Total_MOU: 110.96
Peak UE: 42
MB_per_connected_UE: 58.39
PCT Time MIMO: 38.35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7651
DL Data Vol MAC in MB: 6573.29

Time: 20:47:28
holiday: 0

DL MAC Vol Scell Pct: 31.33
SIP DC%: 
UPTP_Mbps: 38.89
PRB Util%: 14.79
weekend: 0
CA Activation Rate: 34.41
hr: 18
Bearer Releases: 9065

hr: 18
CA Activation Rate num: 5786908
SIP_SC_Total_MOU: 19.19
Peak UE: 45
VOLTE IA%: 
MB_per_connected_UE: 20.93
PCT Time MIMO: 44.11
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6599
DL Data Vol MAC in MB: 8909.64

Time: 09:36:21
holiday: 0
CA DL DataVolRatio Pct num: 6187

SIP DC%: 
DLRLCLayerDataVolume MB: 2128.82
DRB UL Data Volume MB: 9112
PRB Util%: 28.08
RRC Setup Attempts: 6096
CA Conf FailRate Pct den: 6401
weekend: 0
UPTP Mbps Num: 36588
RSSIRX2 Avg: -94.28
CA Activation Rate: 11.39
RRC Setup Failures: 40
hr: 10
MAC_UE_SC_Tput: 18915.74

hr: 10
CA Activation Rate num: 9592526
UPTP Mbps Den: 496
Peak UE: 27
MB_per_connected_UE: 148.53
DL Data Vol MAC in MB: 5178.96
CA Activation Rate den: 56378

Time: 22:38:54
holiday: 0
CA DL DataVolRatio Pct: 41.37
CA DL DataVolRatio Pct num: 3633

SIP DC%: 
UPTP_Mbps: 106.89
DLRLCLayerDataVolume MB: 9199.78
CA DL DataVolRatio Pct den: 9849
CA Conf FailRate Pct den: 7933
weekend: 1
hr: 0
MAC_UE_SC_Tput: 22528.64

hr: 0
CA Activation Rate num: 1707330
Peak UE: 27
MB_per_connected_UE: 34.48
DL Volume: 7855
CA Activation Rate den: 49993

Time: 00:23:37
Date: 20-11-2022
holiday: 0
CA DL DataVolRatio Pct: 73.76
CA DL DataVolRatio Pct num: 5394

Avg_Connected_UEs: 62.82
SIP DC%: 
CA DL DataVolRatio Pct den: 9039
CA Conf FailRate Pct den: 9380
weekend: 0
UPTP Mbps Num: 2009
CA Activation Rate: 47.82
hr: 12
MAC_UE_SC_Tput: 19686.09

hr: 12
CA Activation Rate num: 5112044
UPTP Mbps Den: 3709
Setup_Fail_DEN: 16355
Peak UE: 33
MB_per_connected_UE: 10.38
PCT Time MIMO: 36.31
DL Volume: 4364
DL Data Vol MAC in MB: 8393.56
CA Activation Rate den: 38941

Time: 03:08:13
holiday: 0
CA DL DataVolRatio Pct num: 4221

SIP DC%: 
DLRLCLayerDataVolume MB: 5492.16
DRB UL Data Volume MB: 9090
PRB Util%: 25.47
weekend: 1
hr: 4
MAC_UE_SC_Tput: 4337.63
Bearer Releases: 9827

hr: 4
UPTP Mbps Den: 1374
Setup_Fail_DEN: 11856
SIP_SC_Total_MOU: 37.9
Peak UE: 27
MB_per_connected_UE: 48.25
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3052
DL Data Vol MAC in MB: 4452.97

Time: 19:48:56
holiday: 0
CA DL DataVolRatio Pct num: 3494

Avg_Connected_UEs: 74.47
SIP DC%: 
DLRLCLayerDataVolume MB: 5348.44
RRC Setup Attempts: 4152
CA Conf FailRate Pct den: 7296
weekend: 0
CA Activation Rate: 25.92
hr: 23
MAC_UE_SC_Tput: 11431.49
Bearer Releases: 17334

hr: 23
CA Activation Rate num: 10258462
Peak UE: 43
MB_per_connected_UE: 147
DL Volume: 5601

Time: 15:28:31
holiday: 0
CA DL DataVolRatio Pct: 57.27

Avg_Connected_UEs: 67.42
SIP DC%: 
DRB UL Data Volume MB: 4330
RRC Setup Attempts: 9738
CA DL DataVolRatio Pct den: 10170
CA Conf FailRate Pct den: 2979
weekend: 0
UPTP Mbps Num: 43146
CA Activation Rate: 47.32
hr: 23
MAC_UE_SC_Tput: 11576.85

hr: 23
CA Activation Rate num: 3185518
UPTP Mbps Den: 1968
Setup_Fail_DEN: 14838
SIP_SC_Total_MOU: 176.79
Peak UE: 27
MB_per_connected_UE: 170.32
DL Volume: 2500
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6875
QCI 1 Bearer Releases: 68
DL Data Vol MAC in MB: 5743.34
CA Activation Rate den: 100142

Time: 16:24:16
holiday: 0
CA DL DataVolRatio Pct: 63.79

Avg_Connected_UEs: 58.62
SIP DC%: 
DLRLCLayerDataVolume MB: 7688.52
DRB UL Data Volume MB: 7643
RRC Setup Attempts: 5429
RSSIRX1 Avg: -96.53
weekend: 0
CA Activation Rate: 60.8
hr: 13
Bearer Releases: 12635

hr: 13
CA Activation Rate num: 4018738
SIP_SC_Total_MOU: 30.88
Peak UE: 78
MB_per_connected_UE: 136.66
DL Volume: 2766
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5403
DL Data Vol MAC in MB: 4055.18
CA Activation Rate den: 85214

Combined RACH Preambles: 2308
Time: 04:37:04
holiday: 0
CA DL DataVolRatio Pct: 74.3

DL MAC Vol Scell Pct: 29.51
Avg_Connected_UEs: 52.06
SIP DC%: 
UPTP_Mbps: 113.81
DLRLCLayerDataVolume MB: 2121.95
DRB UL Data Volume MB: 4960
CA DL DataVolRatio Pct den: 7910
RSSIRX1 Avg: -94.19
weekend: 0
UPTP Mbps Num: 59486
CA Activation Rate: 64.95
hr: 0
MAC_UE_SC_Tput: 6798.13
Bearer Releases: 18169

hr: 0
CA Activation Rate num: 10459155
UPTP Mbps Den: 1915
Setup_Fail_DEN: 7052
Peak UE: 27
MB_per_connected_UE: 46.46
PCT Time MIMO: 67.95
DL Volume: 3182
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6689
DL Data Vol MAC in MB: 6047.35
CA Activation Rate den: 89120

Combined RACH Preambles: 3306
Time: 21:24:24
holiday: 0
CA DL DataVolRatio Pct num: 1282

DL MAC Vol Scell Pct: 28.16
SIP DC%: 
DRB UL Data Volume MB: 9524
HQ_EXE_TOTARGET_FAILURE_QCI_1: 0.09
RRC Setup Attempts: 3685
CA DL DataVolRatio Pct den: 3241
weekend: 0
UPTP Mbps Num: 46270
CA Activation Rate: 44.23
hr: 1
MAC_UE_SC_Tput: 5004.98
Bearer Releases: 8947

hr: 1
CA Activation Rate num: 9621179
Setup_Fail_DEN: 14925
SIP_SC_Total_MOU: 253.86
Peak UE: 64
MB_per_connected_UE: 11.99
DL Volume: 5654
UL Throughput: 4.17
DL Data Vol MAC in MB: 7852.35
CA Activation Rate den: 88425

Time: 03:12:30
holiday: 0
CA DL DataVolRatio Pct: 69.8
CA DL DataVolRatio Pct num: 5043

Avg_Connected_UEs: 57.84
SIP DC%: 
UPTP_Mbps: 38.7
DLRLCLayerDataVolume MB: 9861.45
RRC Setup Attempts: 6301
CA Conf FailRate Pct den: 8686
weekend: 0
UPTP Mbps Num: 7111
CA Activation Rate: 48.7
hr: 2
MAC_UE_SC_Tput: 4444.41

hr: 2
CA Activation Rate num: 520491
Setup_Fail_DEN: 10484
Peak UE: 27
MB_per_connected_UE: 190.77
DL Volume: 3570
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8749
DL Data Vol MAC in MB: 5472.23
CA Activation Rate den: 165566

Combined RACH Preambles: 2722
Time: 16:44:47
holiday: 0
CA DL DataVolRatio Pct: 91.02

SIP DC%: 
RRC Setup Attempts: 3543
CA Conf FailRate Pct den: 6945
weekend: 0
CA Activation Rate: 36.1
hr: 20
MAC_UE_SC_Tput: 6772.93
Bearer Releases: 8084

hr: 20
CA Activation Rate num: 4576159
UPTP Mbps Den: 2677
Setup_Fail_DEN: 13653
SIP_SC_Total_MOU: 2.98
MB_per_connected_UE: 46.42
PCT Time MIMO: 58.83
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3974
CA Activation Rate den: 126299

Time: 06:52:53
holiday: 0
CA DL DataVolRatio Pct: 73.96
CA DL DataVolRatio Pct num: 5319

DL MAC Vol Scell Pct: 11.84
SIP DC%: 
UPTP_Mbps: 76.2
DLRLCLayerDataVolume MB: 4246.87
DRB UL Data Volume MB: 9366
PRB Util%: 68.55
RRC Setup Attempts: 3456
CA DL DataVolRatio Pct den: 8089
weekend: 0
UPTP Mbps Num: 6867
CA Activation Rate: 55.83
hr: 6
MAC_UE_SC_Tput: 7597.69

hr: 6
CA Activation Rate num: 10223295
UPTP Mbps Den: 2314
Setup_Fail_DEN: 12664
Peak UE: 75
MB_per_connected_UE: 9.61
PCT Time MIMO: 66.13
DL Data Vol MAC in MB: 9648.64

Time: 00:55:28
holiday: 0
HO_att_InterFreq: 600
CA DL DataVolRatio Pct num: 6157
HO Attempts: 914

DL MAC Vol Scell Pct: 54.94
Avg_Connected_UEs: 39.39
SIP DC%: 
UPTP_Mbps: 14.93
DLRLCLayerDataVolume MB: 6334.15
DRB UL Data Volume MB: 6118
RRC Setup Attempts: 3744
CA DL DataVolRatio Pct den: 6727
CA Conf FailRate Pct den: 3387
weekend: 0
UPTP Mbps Num: 52249
hr: 0
MAC_UE_SC_Tput: 5837.36
Bearer Releases: 11737

hr: 0
CA Activation Rate num: 4540763
UPTP Mbps Den: 2692
SIP_SC_Total_MOU: 186.17
Peak UE: 38
MB_per_connected_UE: 15.97
PCT Time MIMO: 35.01
DL Volume: 6060

Time: 05:02:35
holiday: 0

DL MAC Vol Scell Pct: 30.42
Avg_Connected_UEs: 61.03
SIP DC%: 
UPTP_Mbps: 117.17
DLRLCLayerDataVolume MB: 9367.41
DRB UL Data Volume MB: 6377
RRC Setup Attempts: 3328
weekend: 0
UPTP Mbps Num: 5369
hr: 23
MAC_UE_SC_Tput: 6960.39
Bearer Releases: 16369

hr: 23
UPTP Mbps Den: 2761
Setup_Fail_DEN: 18205
SIP_SC_Total_MOU: 3.24
Peak UE: 40
MB_per_connected_UE: 126.94
PCT Time MIMO: 33.54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4384
DL Data Vol MAC in MB: 8172.1

Time: 09:16:22
holiday: 0
HO_att_InterFreq: 63

DL MAC Vol Scell Pct: 8.56
SIP DC%: 
UPTP_Mbps: 24.67
weekend: 0
CA Activation Rate: 8.44
hr: 1
MAC_UE_SC_Tput: 11304.87
Bearer Releases: 8485

hr: 1
CA Activation Rate num: 875831
UPTP Mbps Den: 5049
Setup_Fail_DEN: 9722
SIP_SC_Total_MOU: 38.38
Peak UE: 97
MB_per_connected_UE: 95.02
DL Data Vol MAC in MB: 7728.48

Time: 13:03:12
holiday: 0
CA DL DataVolRatio Pct: 59.8

DL MAC Vol Scell Pct: 31.35
SIP DC%: 
UPTP_Mbps: 26.9
DRB UL Data Volume MB: 4864
PRB Util%: 37.05
weekend: 0
UPTP Mbps Num: 26784
CA Activation Rate: 74.44
hr: 11
MAC_UE_SC_Tput: 5524.24
Bearer Releases: 13575

hr: 11
CA Activation Rate num: 2221123
Setup_Fail_DEN: 15814
SIP_SC_Total_MOU: 45.28
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 96.36
DL Volume: 7037
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5965
DL Data Vol MAC in MB: 505.2
CA Activation Rate den: 162459

Time: 09:57:23
holiday: 0
CA DL DataVolRatio Pct: 80.73
CA DL DataVolRatio Pct num: 2645

DL MAC Vol Scell Pct: 19.47
Avg_Connected_UEs: 36.22
SIP DC%: 
DLRLCLayerDataVolume MB: 988.36
CA Conf FailRate Pct den: 9175
weekend: 0
UPTP Mbps Num: 32406
S1U_SIP_SC_SEER_num: 103
hr: 12
MAC_UE_SC_Tput: 5805.61

hr: 12
CA Activation Rate num: 7200290
UPTP Mbps Den: 1712
SIP_SC_Total_MOU: 197.12
Peak UE: 47
MB_per_connected_UE: 40.14
PCT Time MIMO: 49.24
DL Volume: 9679
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7758

Time: 16:38:44
holiday: 0
CA DL DataVolRatio Pct num: 5283

DL MAC Vol Scell Pct: 31.11
Avg_Connected_UEs: 53.72
SIP DC%: 
S1U_SIP_SC_SEER: 99.95
DRB UL Data Volume MB: 6814
PRB Util%: 25.22
CA DL DataVolRatio Pct den: 7126
weekend: 0
UPTP Mbps Num: 4093
hr: 22
MAC_UE_SC_Tput: 6407.9
Bearer Releases: 15356

hr: 22
CA Activation Rate num: 65120
S1U_SIP_SC_SEER_den: 105
Peak UE: 35
MB_per_connected_UE: 129.48
PCT Time MIMO: 51.23
DL Volume: 8519
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7896
DL Data Vol MAC in MB: 1642.79
CA Activation Rate den: 69436

Time: 08:12:54
holiday: 0
CA DL DataVolRatio Pct: 59.64
CA DL DataVolRatio Pct num: 2550

DL MAC Vol Scell Pct: 35.66
SIP DC%: 
S1U_SIP_SC_SEER: 99.43
DLRLCLayerDataVolume MB: 775.98
CA Conf FailRate Pct den: 8171
RSSIRX1 Avg: -95.16
weekend: 0
UPTP Mbps Num: 7217
CA Activation Rate: 9.95
hr: 13
MAC_UE_SC_Tput: 5715.47
Bearer Releases: 10584

hr: 13
CA Activation Rate num: 6480110
Peak UE: 49
MB_per_connected_UE: 175.44
DL Volume: 9293
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4835
DL Data Vol MAC in MB: 781.11
CA Activation Rate den: 59745

Time: 18:24:29
holiday: 0
CA DL DataVolRatio Pct: 65.84
CA DL DataVolRatio Pct num: 5644

Avg_Connected_UEs: 16.4
SIP DC%: 
UPTP_Mbps: 60.01
DRB UL Data Volume MB: 6363
CA DL DataVolRatio Pct den: 1782
weekend: 0
UPTP Mbps Num: 34556
Bearer Setup Failure Voice Den: 169
hr: 2
MAC_UE_SC_Tput: 11614.16

hr: 2
CA Activation Rate num: 2190530
Setup_Fail_DEN: 8315
Peak UE: 41
MB_per_connected_UE: 33.69
DL Volume: 9950
DL Data Vol MAC in MB: 9709.84
CA Activation Rate den: 94383

Time: 05:43:08
holiday: 0
CA DL DataVolRatio Pct: 70.23
CA DL DataVolRatio Pct num: 1772

SIP DC%: 
UPTP_Mbps: 40.27
DLRLCLayerDataVolume MB: 3647.15
DRB UL Data Volume MB: 4751
RRC Setup Attempts: 7392
CA DL DataVolRatio Pct den: 8654
CA Conf FailRate Pct den: 2866
weekend: 0
hr: 21
MAC_UE_SC_Tput: 17211.51

hr: 21
CA Activation Rate num: 1961187
Setup_Fail_DEN: 13681
Peak UE: 31
PCT Time MIMO: 47.88
DL Volume: 3121
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6886

holiday: 0
CA DL DataVolRatio Pct num: 7498

SIP DC%: 
UPTP_Mbps: 36.49
PRB Util%: 9.22
RRC Setup Attempts: 5694
CA DL DataVolRatio Pct den: 5767
CA Conf FailRate Pct den: 6879
weekend: 0
CA Activation Rate: 46.02
hr: 0

hr: 0
CA Activation Rate num: 849658
UPTP Mbps Den: 228
Peak UE: 38
MB_per_connected_UE: 152.09
DL Volume: 7688
UL Throughput: 2.99
DL Data Vol MAC in MB: 10223.15
CA Activation Rate den: 124422

Combined RACH Preambles: 3758
Time: 05:05:58
holiday: 0
CA DL DataVolRatio Pct: 67.02
HO_att_InterFreq: 135

DL MAC Vol Scell Pct: 3.17
Avg_Connected_UEs: 40.51
SIP DC%: 
DRB UL Data Volume MB: 5355
RRC Setup Attempts: 3422
CA DL DataVolRatio Pct den: 9845
weekend: 0
CA Activation Rate: 38.1
hr: 20
MAC_UE_SC_Tput: 10457.37
Bearer Releases: 8869

hr: 20
CA Activation Rate num: 4058401
Setup_Fail_DEN: 14539
Peak UE: 27
MB_per_connected_UE: 71.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5946
CA Activation Rate den: 121474

Time: 20:28:25
holiday: 0
HO Attempts: 734

SIP DC%: 
DLRLCLayerDataVolume MB: 7706.66
DRB UL Data Volume MB: 3214
RRC Setup Attempts: 5897
CA DL DataVolRatio Pct den: 948
CA Conf FailRate Pct den: 7732
weekend: 0
CA Activation Rate: 18.61
hr: 2
MAC_UE_SC_Tput: 18103.7
Bearer Releases: 9010

hr: 2
Avg CQI: 10.98
Setup_Fail_DEN: 16732
Peak UE: 33
DL Volume: 2682
DL Data Vol MAC in MB: 7790.85

Time: 22:00:51
holiday: 0
CA DL DataVolRatio Pct num: 1598

SIP DC%: 
DRB UL Data Volume MB: 6444
RRC Setup Attempts: 4238
CA DL DataVolRatio Pct den: 6941
RSSIRX1 Avg: -94.33
weekend: 0
RSSIRX2 Avg: -94.35
CA Activation Rate: 5.38
hr: 18
MAC_UE_SC_Tput: 11786.36

hr: 18
CA Activation Rate num: 10054768
UPTP Mbps Den: 625
Setup_Fail_DEN: 15909
Peak UE: 68
MB_per_connected_UE: 125.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6738
CA Activation Rate den: 59961

Time: 13:45:31
holiday: 0
CA DL DataVolRatio Pct: 77.09

DL MAC Vol Scell Pct: 21.21
Avg_Connected_UEs: 18.08
SIP DC%: 
UPTP_Mbps: 126.03
DLRLCLayerDataVolume MB: 1666.26
CA DL DataVolRatio Pct den: 553
CA Conf FailRate Pct den: 6665
RSSIRX1 Avg: -95.09
weekend: 0
UPTP Mbps Num: 41670
hr: 4
MAC_UE_SC_Tput: 15053.37
Bearer Releases: 18606

hr: 4
CA Activation Rate num: 12145163
UPTP Mbps Den: 883
Peak UE: 27
MB_per_connected_UE: 176.05
DL Volume: 4810
DL Data Vol MAC in MB: 3935.46

Combined RACH Preambles: 3575
Time: 19:31:59
holiday: 0
HO Attempts: 420

SIP DC%: 
DLRLCLayerDataVolume MB: 6811.18
PRB Util%: 35.29
RRC Setup Attempts: 3503
CA DL DataVolRatio Pct den: 1603
weekend: 0
CA Activation Rate: 78.2
hr: 12
MAC_UE_SC_Tput: 7719.41

hr: 12
CA Activation Rate num: 1853856
UPTP Mbps Den: 191
Setup_Fail_DEN: 12471
SIP_SC_Total_MOU: 34.85
Peak UE: 73
MB_per_connected_UE: 46.22
PCT Time MIMO: 45.14
DL Volume: 2906
DL Data Vol MAC in MB: 8698.23

Time: 10:04:22
holiday: 0
CA DL DataVolRatio Pct: 46.96
CA DL DataVolRatio Pct num: 5469

Avg_Connected_UEs: 30.95
SIP DC%: 
UPTP_Mbps: 41.02
DRB UL Data Volume MB: 8408
PRB Util%: 35.83
RRC Setup Attempts: 6912
CA DL DataVolRatio Pct den: 9787
weekend: 0
UPTP Mbps Num: 20780
Bearer Setup Failure Voice Den: 212
CA Activation Rate: 20.87
hr: 2
MAC_UE_SC_Tput: 5827.67
Bearer Releases: 15501

hr: 2
CA Activation Rate num: 3588416
UPTP Mbps Den: 2798
Setup_Fail_DEN: 15507
SIP_SC_Total_MOU: 211.35
Peak UE: 27
MB_per_connected_UE: 133.73
DL Volume: 2448
CA Activation Rate den: 97198

Time: 08:01:50
holiday: 0
CA DL DataVolRatio Pct: 61.32

SIP DC%: 
UPTP_Mbps: 130.96
DRB UL Data Volume MB: 1753
PRB Util%: 41.26
RRC Setup Attempts: 6743
weekend: 0
UPTP Mbps Num: 29622
CA Activation Rate: 77.55
hr: 15
MAC_UE_SC_Tput: 5310.22

hr: 15
Setup_Fail_DEN: 13813
SIP_SC_Total_MOU: 399.47
Peak UE: 27
MB_per_connected_UE: 95.93
DL Volume: 1800
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6247
UL Throughput: 6.04
DL Data Vol MAC in MB: 3239.45

Combined RACH Preambles: 2017
Time: 10:16:32
holiday: 0
CA DL DataVolRatio Pct: 70.68

DL MAC Vol Scell Pct: 46.88
Avg_Connected_UEs: 82.99
SIP DC%: 
DLRLCLayerDataVolume MB: 7744.9
DRB UL Data Volume MB: 5239
PRB Util%: 31.52
RRC Setup Attempts: 8512
CA DL DataVolRatio Pct den: 3400
weekend: 0
UPTP Mbps Num: 26175
RSSIRX2 Avg: -94.53
CA Activation Rate: 23.9
hr: 8
MAC_UE_SC_Tput: 18295.32
Bearer Releases: 13512

hr: 8
CA Activation Rate num: 606971
Setup_Fail_DEN: 15736
SIP_SC_Total_MOU: 192.5
Peak UE: 44
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6739
DL Data Vol MAC in MB: 1987.4

Time: 08:26:37
holiday: 0
HO Attempts: 230

DL MAC Vol Scell Pct: 17.43
Avg_Connected_UEs: 45.42
SIP DC%: 
UPTP_Mbps: 15.09
DRB UL Data Volume MB: 7967
PRB Util%: 60.1
RRC Setup Attempts: 5986
CA DL DataVolRatio Pct den: 2977
CA Conf FailRate Pct den: 8312
weekend: 0
hr: 16
MAC_UE_SC_Tput: 14428.05

hr: 16
CA Activation Rate num: 1617676
UPTP Mbps Den: 4800
Setup_Fail_DEN: 14384
SIP_SC_Total_MOU: 43.67
Peak UE: 27
MB_per_connected_UE: 56.73
PCT Time MIMO: 54.97
CA Activation Rate den: 150445

Combined RACH Preambles: 2258
Time: 19:29:54
holiday: 0
CA DL DataVolRatio Pct num: 4131

SIP DC%: 
UPTP_Mbps: 46.47
DLRLCLayerDataVolume MB: 7825.33
DRB UL Data Volume MB: 662
DL Packet Loss Pct: 2.56
weekend: 0
UPTP Mbps Num: 22212
hr: 7
MAC_UE_SC_Tput: 5641.99
Bearer Releases: 14503

hr: 7
CA Activation Rate num: 849736
UPTP Mbps Den: 623
Setup_Fail_DEN: 14200
SIP_SC_Total_MOU: 109.77
Peak UE: 58
MB_per_connected_UE: 109.12
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5644
DL Data Vol MAC in MB: 4421.93

Time: 06:06:39
holiday: 0
CA DL DataVolRatio Pct num: 1135

DL MAC Vol Scell Pct: 26.92
SIP DC%: 
DLRLCLayerDataVolume MB: 1518.84
CA DL DataVolRatio Pct den: 5285
CA Conf FailRate Pct den: 6629
weekend: 0
CA Activation Rate: 49.11
hr: 7
MAC_UE_SC_Tput: 14265.78

hr: 7
Avg CQI: 11.49
CA Activation Rate num: 8276487
UPTP Mbps Den: 752
Setup_Fail_DEN: 12348
SIP_SC_Total_MOU: 96.52
Peak UE: 58
MB_per_connected_UE: 67.01
PCT Time MIMO: 32.43
DL Volume: 4027
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3816
DL Data Vol MAC in MB: 5601.36
CA Activation Rate den: 114441

Combined RACH Preambles: 3267
Time: 12:34:48
holiday: 0
CA DL DataVolRatio Pct: 70.74
CA DL DataVolRatio Pct num: 4073

Avg_Connected_UEs: 30.48
SIP DC%: 
DRB UL Data Volume MB: 2426
CA Conf FailRate Pct den: 8190
weekend: 0
UPTP Mbps Num: 23345
CA Activation Rate: 5.91
hr: 8
MAC_UE_SC_Tput: 5256.12
Bearer Releases: 7020

hr: 8
CA Activation Rate num: 9081558
SIP_SC_Total_MOU: 241.44
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8816
CA Activation Rate den: 39285

Time: 08:39:08
holiday: 0
HO_att_InterFreq: 512
CA DL DataVolRatio Pct num: 6504
HO Attempts: 457

Avg_Connected_UEs: 35.85
SIP DC%: 
UPTP_Mbps: 41
DLRLCLayerDataVolume MB: 5572.08
PRB Util%: 12.05
CA Conf FailRate Pct den: 4377
weekend: 0
CA Activation Rate: 46.15
hr: 20
MAC_UE_SC_Tput: 10848.1

hr: 20
CA Activation Rate num: 11010922
Setup_Fail_DEN: 8412
SIP_SC_Total_MOU: 284.91
Peak UE: 27
MB_per_connected_UE: 78.51
PCT Time MIMO: 33.35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6027
CA Activation Rate den: 107126

Combined RACH Preambles: 3257
Time: 18:22:57
holiday: 0
CA DL DataVolRatio Pct: 86.95

DL MAC Vol Scell Pct: 42.13
Avg_Connected_UEs: 37.52
SIP DC%: 
DLRLCLayerDataVolume MB: 6285.2
RRC Setup Attempts: 7688
weekend: 0
CA Activation Rate: 25.04
hr: 0
MAC_UE_SC_Tput: 4846.03
Bearer Releases: 10271

hr: 0
CA Activation Rate num: 4738061
UPTP Mbps Den: 2728
SIP_SC_Total_MOU: 150.8
Peak UE: 37
MB_per_connected_UE: 36.11
CA Activation Rate den: 103076
Combined RACH Preambles: 2324

Time: 02:57:16
holiday: 0
CA DL DataVolRatio Pct num: 3348

SIP DC%: 
DLRLCLayerDataVolume MB: 8537.51
PRB Util%: 7.7
RRC Setup Attempts: 4190
CA DL DataVolRatio Pct den: 4958
weekend: 0
CA Activation Rate: 15.18
hr: 11
MAC_UE_SC_Tput: 8475.02
Bearer Releases: 7888

hr: 11
CA Activation Rate num: 9074164
UPTP Mbps Den: 1380
Setup_Fail_DEN: 8096
SIP_SC_Total_MOU: 153.13
Peak UE: 27
DL Volume: 1975
DL Data Vol MAC in MB: 3626.44
CA Activation Rate den: 109685

Time: 00:15:04
holiday: 0
CA DL DataVolRatio Pct num: 302

SIP DC%: 
DLRLCLayerDataVolume MB: 8957.19
PRB Util%: 29.78
CA DL DataVolRatio Pct den: 1120
weekend: 0
hr: 20
MAC_UE_SC_Tput: 5767.07

hr: 20
CA Activation Rate num: 9740338
UPTP Mbps Den: 2555
Setup_Fail_DEN: 17309
SIP_SC_Total_MOU: 73.6
Peak UE: 88
MB_per_connected_UE: 48.27
CA Activation Rate den: 183043

Time: 23:19:07
holiday: 0
CA DL DataVolRatio Pct: 83.87

DL MAC Vol Scell Pct: 45.31
Avg_Connected_UEs: 51.33
SIP DC%: 
UPTP_Mbps: 16.76
DLRLCLayerDataVolume MB: 1947.9
DRB UL Data Volume MB: 5170
PRB Util%: 40.15
RRC Setup Attempts: 8908
CA DL DataVolRatio Pct den: 7132
CA Conf FailRate Pct den: 9104
weekend: 0
UPTP Mbps Num: 4720
hr: 2
MAC_UE_SC_Tput: 9788.13

hr: 2
CA Activation Rate num: 5686102
UPTP Mbps Den: 2878
Setup_Fail_DEN: 13531
Peak UE: 29
MB_per_connected_UE: 145.18
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4491

Combined RACH Preambles: 2557
Time: 20:41:15
holiday: 0
CA DL DataVolRatio Pct: 65.91

DL MAC Vol Scell Pct: 39.69
Avg_Connected_UEs: 78.45
SIP DC%: 
UPTP_Mbps: 19.06
DLRLCLayerDataVolume MB: 6754.79
DRB UL Data Volume MB: 4054
PRB Util%: 71.44
RRC Setup Attempts: 4751
CA DL DataVolRatio Pct den: 7961
weekend: 0
S1U_SIP_SC_SEER_num: 255
CA Activation Rate: 56.35
hr: 22
MAC_UE_SC_Tput: 18198.76
Bearer Releases: 15381

hr: 22
CA Activation Rate num: 10857470
SIP_SC_Total_MOU: 60.87
Peak UE: 71
MB_per_connected_UE: 25.18
DL Volume: 3970

Time: 07:19:01
Date: 10-08-2022
holiday: 0

Avg_Connected_UEs: 55.97
SIP DC%: 
UPTP_Mbps: 47.51
DRB UL Data Volume MB: 5878
RRC Setup Attempts: 8599
CA Conf FailRate Pct den: 6950
weekend: 0
CA Activation Rate: 25.76
hr: 17
MAC_UE_SC_Tput: 14485.85
Bearer Releases: 11772

hr: 17
CA Activation Rate num: 4897116
Setup_Fail_DEN: 18148
SIP_SC_Total_MOU: 39.02
Peak UE: 56
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6752
DL Data Vol MAC in MB: 368.27

Time: 20:07:22
holiday: 0
CA DL DataVolRatio Pct: 57.15
CA DL DataVolRatio Pct num: 3912

Avg_Connected_UEs: 26.98
SIP DC%: 
CA DL DataVolRatio Pct den: 3979
CA Conf FailRate Pct den: 8228
weekend: 0
CA Activation Rate: 44.22
hr: 20
MAC_UE_SC_Tput: 6047.99
Bearer Releases: 10919

hr: 20
CA Activation Rate num: 4166762
UPTP Mbps Den: 3037
SIP_SC_Total_MOU: 175.13
Peak UE: 72
VOLTE IA%: 
MB_per_connected_UE: 160.2
PCT Time MIMO: 59.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7936

Time: 13:41:01
holiday: 0
CA DL DataVolRatio Pct num: 3881

Avg_Connected_UEs: 36.3
SIP DC%: 
DLRLCLayerDataVolume MB: 4658.7
DRB UL Data Volume MB: 1524
PRB Util%: 69.85
DL Packet Loss Pct: 4.49
RRC Setup Attempts: 7354
CA DL DataVolRatio Pct den: 1352
weekend: 0
hr: 7
MAC_UE_SC_Tput: 18836.05

hr: 7
CA Activation Rate num: 1812858
Setup_Fail_DEN: 17004
MB_per_connected_UE: 22.82
DL Volume: 8440
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4178
DL Data Vol MAC in MB: 8627.32
CA Activation Rate den: 80311

Time: 11:11:50
holiday: 0

SIP DC%: 
UPTP_Mbps: 44.7
DRB UL Data Volume MB: 4231
PRB Util%: 32.18
RRC Setup Attempts: 4094
weekend: 0
CA Activation Rate: 64.97
hr: 21
MAC_UE_SC_Tput: 10812.26

hr: 21
CA Activation Rate num: 4205693
Setup_Fail_DEN: 18432
SIP_SC_Total_MOU: 5.47
Peak UE: 46
MB_per_connected_UE: 118.84
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7477
UL Throughput: 3.25

Time: 03:25:51
holiday: 0
CA DL DataVolRatio Pct: 76.21
CA DL DataVolRatio Pct num: 3535

SIP DC%: 
DLRLCLayerDataVolume MB: 1925.29
DRB UL Data Volume MB: 5889
RRC Setup Attempts: 6498
CA Conf FailRate Pct den: 8768
weekend: 0
UPTP Mbps Num: 17261
CA Activation Rate: 18.18
hr: 0
MAC_UE_SC_Tput: 12469.11

hr: 0
CA Activation Rate num: 3737828
Setup_Fail_DEN: 9941
Peak UE: 27
MB_per_connected_UE: 109.86
DL Volume: 9244
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7188
DL Data Vol MAC in MB: 8190.22
CA Activation Rate den: 114021

Time: 14:50:21
holiday: 0
CA DL DataVolRatio Pct: 58.39

Avg_Connected_UEs: 32.44
SIP DC%: 
DLRLCLayerDataVolume MB: 505.53
PRB Util%: 73.29
RRC Setup Attempts: 6443
CA Conf FailRate Pct den: 6652
RSSIRX1 Avg: -93.3
weekend: 0
UPTP Mbps Num: 5500
hr: 23
MAC_UE_SC_Tput: 21602.68

hr: 23
CA Activation Rate num: 8613353
Setup_Fail_DEN: 10040
SIP_SC_Total_MOU: 63.68
Peak UE: 27
MB_per_connected_UE: 76.63
DL Volume: 468
DL Data Vol MAC in MB: 1070.31
CA Activation Rate den: 105998

Time: 07:25:19
holiday: 0
CA DL DataVolRatio Pct: 68.08
CA DL DataVolRatio Pct num: 3658

DL MAC Vol Scell Pct: 8.12
SIP DC%: 
UPTP_Mbps: 10.09
DLRLCLayerDataVolume MB: 1734.81
DRB UL Data Volume MB: 7348
PRB Util%: 33.49
CA DL DataVolRatio Pct den: 3932
weekend: 0
UPTP Mbps Num: 8195
hr: 18
MAC_UE_SC_Tput: 9631.91
Bearer Releases: 8549

hr: 18
CA Activation Rate num: 3909984
UPTP Mbps Den: 1433
Setup_Fail_DEN: 8319
SIP_SC_Total_MOU: 141.55
Peak UE: 27
MB_per_connected_UE: 137.89
DL Volume: 845
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9187
DL Data Vol MAC in MB: 4039.62

Time: 06:41:53
holiday: 0
CA DL DataVolRatio Pct num: 6819

DL MAC Vol Scell Pct: 6.53
SIP DC%: 
UPTP_Mbps: 112.01
DLRLCLayerDataVolume MB: 5782.3
RRC Setup Attempts: 7532
weekend: 0
UPTP Mbps Num: 12598
CA Activation Rate: 71.66
hr: 23
MAC_UE_SC_Tput: 10672.05
Bearer Releases: 15041

hr: 23
UPTP Mbps Den: 5363
Setup_Fail_DEN: 7180
Peak UE: 99
MB_per_connected_UE: 41.32
PCT Time MIMO: 60.57
DL Volume: 2921
DL Data Vol MAC in MB: 10030.35

Combined RACH Preambles: 3705
Time: 09:14:23
holiday: 0
CA DL DataVolRatio Pct: 42.02
CA DL DataVolRatio Pct num: 6437

Avg_Connected_UEs: 23.64
SIP DC%: 
PRB Util%: 30.8
RRC Setup Attempts: 7713
weekend: 0
CA Activation Rate: 3.44
hr: 0
MAC_UE_SC_Tput: 20553.62

hr: 0
CA Activation Rate num: 9720014
UPTP Mbps Den: 1626
Setup_Fail_DEN: 14268
SIP_SC_Total_MOU: 293.55
Peak UE: 51
MB_per_connected_UE: 164.82
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4081
DL Data Vol MAC in MB: 7997.39

Combined RACH Preambles: 3400
Time: 11:47:36
holiday: 0

SIP DC%: 
UPTP_Mbps: 46.31
DLRLCLayerDataVolume MB: 7602.46
DRB UL Data Volume MB: 7774
PRB Util%: 28.15
CA DL DataVolRatio Pct den: 9088
RSSIRX1 Avg: -96.17
weekend: 0
UPTP Mbps Num: 5089
hr: 23
MAC_UE_SC_Tput: 5329.86
Bearer Releases: 6368

hr: 23
CA Activation Rate num: 1250429
UPTP Mbps Den: 509
Peak UE: 27
MB_per_connected_UE: 169.2
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5227

Combined RACH Preambles: 2364
Time: 21:56:41
holiday: 0
CA DL DataVolRatio Pct: 88.87

DL MAC Vol Scell Pct: 27.84
SIP DC%: 
DLRLCLayerDataVolume MB: 2241.09
PRB Util%: 29.68
RRC Setup Attempts: 5982
CA Conf FailRate Pct den: 5871
weekend: 0
hr: 10
MAC_UE_SC_Tput: 14849.61
Bearer Releases: 9990

hr: 10
CA Activation Rate num: 10814404
UPTP Mbps Den: 2488
Setup_Fail_DEN: 11631
SIP_SC_Total_MOU: 293.47
Peak UE: 52
MB_per_connected_UE: 31.12
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3615
DL Data Vol MAC in MB: 5252.01

Time: 18:15:15
holiday: 0
CA DL DataVolRatio Pct: 67.52

DL MAC Vol Scell Pct: 15.78
Avg_Connected_UEs: 51.09
SIP DC%: 
UPTP_Mbps: 13.99
DLRLCLayerDataVolume MB: 3882.42
CA DL DataVolRatio Pct den: 2746
CA Conf FailRate Pct den: 3035
RSSIRX1 Avg: -95.08
weekend: 0
CA Activation Rate: 72.77
hr: 1
MAC_UE_SC_Tput: 19467.5

hr: 1
Setup_Fail_DEN: 7342
Peak UE: 75
DL Volume: 8888
DL Data Vol MAC in MB: 8853.72
CA Activation Rate den: 122800

Combined RACH Preambles: 3050
Time: 05:57:37
holiday: 0
CA DL DataVolRatio Pct: 75.37
HO_att_InterFreq: 68

Avg_Connected_UEs: 31.47
SIP DC%: 
UPTP_Mbps: 14.7
DLRLCLayerDataVolume MB: 6802.85
DRB UL Data Volume MB: 2880
PRB Util%: 23.85
RRC Setup Attempts: 6907
CA Conf FailRate Pct den: 4926
weekend: 0
CA Activation Rate: 24.1
hr: 13
MAC_UE_SC_Tput: 10129.42
Bearer Releases: 12528

hr: 13
CA Activation Rate num: 8657727
Setup_Fail_DEN: 7470
Peak UE: 27
MB_per_connected_UE: 42.86
CA Activation Rate den: 142896

Time: 23:25:52
holiday: 0
CA DL DataVolRatio Pct num: 4182

Avg_Connected_UEs: 18.72
SIP DC%: 
UPTP_Mbps: 120.12
DLRLCLayerDataVolume MB: 1535.57
DRB UL Data Volume MB: 9330
PRB Util%: 19.77
CA DL DataVolRatio Pct den: 1796
weekend: 0
CA Activation Rate: 68.88
hr: 23
MAC_UE_SC_Tput: 5109.96
Bearer Releases: 9262

hr: 23
CA Activation Rate num: 5747566
Setup_Fail_DEN: 9032
SIP_SC_Total_MOU: 24.54
Peak UE: 76
MB_per_connected_UE: 188.35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6614

Time: 02:32:34
holiday: 0
CA DL DataVolRatio Pct num: 7303

Avg_Connected_UEs: 74.15
SIP DC%: 
UPTP_Mbps: 30.25
DLRLCLayerDataVolume MB: 2677.72
DRB UL Data Volume MB: 9190
PRB Util%: 43.12
CA DL DataVolRatio Pct den: 6060
weekend: 0
S1U_SIP_SC_SEER_num: 113
hr: 18
MAC_UE_SC_Tput: 5976.77
Bearer Releases: 10191

hr: 18
CA Activation Rate num: 5955522
SIP_SC_Total_MOU: 267.92
MB_per_connected_UE: 76.91
DL Data Vol MAC in MB: 3116.69
CA Activation Rate den: 118740

Time: 05:55:23
holiday: 0
CA DL DataVolRatio Pct: 48.63
CA DL DataVolRatio Pct num: 675

SIP DC%: 
DLRLCLayerDataVolume MB: 5217.54
PRB Util%: 20.62
weekend: 0
CA Activation Rate: 21.13
hr: 17
MAC_UE_SC_Tput: 5431.81
Bearer Releases: 11624

hr: 17
CA Activation Rate num: 4485355
UPTP Mbps Den: 2712
Setup_Fail_DEN: 10777
Peak UE: 55
MB_per_connected_UE: 61.9
CA Activation Rate den: 39461

Combined RACH Preambles: 2313
Time: 15:51:03
holiday: 0
CA DL DataVolRatio Pct: 61.42
CA DL DataVolRatio Pct num: 2296

DL MAC Vol Scell Pct: 38.9
SIP DC%: 
UPTP_Mbps: 91.06
DLRLCLayerDataVolume MB: 6963.86
DRB UL Data Volume MB: 4273
CA DL DataVolRatio Pct den: 7074
weekend: 0
CA Activation Rate: 35.45
hr: 0

hr: 0
UPTP Mbps Den: 3055
Setup_Fail_DEN: 9930
SIP_SC_Total_MOU: 145.96
Peak UE: 27
MB_per_connected_UE: 35.8
DL Volume: 2413
DL Data Vol MAC in MB: 10162.44
CA Activation Rate den: 39295

Time: 09:30:29
holiday: 0
CA DL DataVolRatio Pct: 79.38

SIP DC%: 
PRB Util%: 41.94
RRC Setup Attempts: 6065
CA DL DataVolRatio Pct den: 1153
CA Conf FailRate Pct den: 6764
weekend: 0
UPTP Mbps Num: 15774
CA Activation Rate: 7.58
hr: 23
MAC_UE_SC_Tput: 10459.44

hr: 23
CA Activation Rate num: 6349052
SIP_SC_Total_MOU: 134.1
Peak UE: 67
PCT Time MIMO: 62.42
DL Volume: 8424
DL Data Vol MAC in MB: 6442.89
CA Activation Rate den: 63382

Time: 16:47:27
holiday: 0

SIP DC%: 
UPTP_Mbps: 40.95
PRB Util%: 37.9
RRC Setup Attempts: 5801
CA DL DataVolRatio Pct den: 1689
CA Conf FailRate Pct den: 6796
weekend: 0
hr: 7
MAC_UE_SC_Tput: 5163.4
Bearer Releases: 12347

hr: 7
CA Activation Rate num: 4719191
Setup_Fail_DEN: 17151
Peak UE: 48
DL Volume: 3583
DL Data Vol MAC in MB: 8751.52

Combined RACH Preambles: 3200
Time: 00:52:42
holiday: 0
CA DL DataVolRatio Pct: 73.5
CA DL DataVolRatio Pct num: 6673

DL MAC Vol Scell Pct: 25.94
SIP DC%: 
DLRLCLayerDataVolume MB: 7000.56
DRB UL Data Volume MB: 1254
PRB Util%: 62.08
RRC Setup Attempts: 7052
CA DL DataVolRatio Pct den: 7063
CA Conf FailRate Pct den: 3446
weekend: 0
UPTP Mbps Num: 33048
CA Activation Rate: 33.04
hr: 12
MAC_UE_SC_Tput: 13845.13

hr: 12
CA Activation Rate num: 2904266
Setup_Fail_DEN: 6955
Peak UE: 27
MB_per_connected_UE: 86.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6463
CA Activation Rate den: 41664

Time: 19:03:50
holiday: 0
HO_att_InterFreq: 352
CA DL DataVolRatio Pct num: 5437

DL MAC Vol Scell Pct: 11.67
Avg_Connected_UEs: 19.24
SIP DC%: 
UPTP_Mbps: 27.87
DRB UL Data Volume MB: 6839
PRB Util%: 12.11
CA DL DataVolRatio Pct den: 8551
weekend: 1
UPTP Mbps Num: 32123
CA Activation Rate: 70.12
hr: 17
MAC_UE_SC_Tput: 15428.27
Bearer Releases: 6751

hr: 17
CA Activation Rate num: 9299475
SIP_SC_Total_MOU: 232.69
UL MAC Vol Scell Pct: 4.65
Peak UE: 88
VOLTE IA%: 
MB_per_connected_UE: 7.65
PCT Time MIMO: 43.3
DL Data Vol MAC in MB: 9865.18

Time: 08:32:13
holiday: 0

DL MAC Vol Scell Pct: 34.39
Avg_Connected_UEs: 23.54
SIP DC%: 
DRB UL Data Volume MB: 8020
RRC Setup Attempts: 4436
weekend: 0
UPTP Mbps Num: 19252
Bearer Setup Failure Voice Den: 204
CA Activation Rate: 54.78
hr: 19
MAC_UE_SC_Tput: 13188.53

hr: 19
CA Activation Rate num: 9813827
UPTP Mbps Den: 3031
Setup_Fail_DEN: 14057
UL MAC Vol Scell Pct: 4.03
Peak UE: 67
PCT Time MIMO: 42.2
DL Volume: 4979
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9199
UL Throughput: 9.95
DL Data Vol MAC in MB: 4976.46
CA Activation Rate den: 104390

Combined RACH Preambles: 2743
Time: 02:10:14
holiday: 0

DL MAC Vol Scell Pct: 3.3
SIP DC%: 
UPTP_Mbps: 29.82
DLRLCLayerDataVolume MB: 2012.9
PRB Util%: 67.21
CA Conf FailRate Pct den: 8085
weekend: 0
RSSIRX2 Avg: -93.7
CA Activation Rate: 76.12
hr: 23
MAC_UE_SC_Tput: 15794.48

hr: 23
CA Activation Rate num: 10248616
Peak UE: 74
MB_per_connected_UE: 13.93
PCT Time MIMO: 59.14
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3078

Time: 00:28:43
holiday: 0
CA DL DataVolRatio Pct: 83.41
CA DL DataVolRatio Pct num: 3926

SIP DC%: 
UPTP_Mbps: 30.83
DLRLCLayerDataVolume MB: 5974.45
DRB UL Data Volume MB: 6166
PRB Util%: 9.17
weekend: 0
UPTP Mbps Num: 13002
RSSIRX2 Avg: -93.37
hr: 23
MAC_UE_SC_Tput: 7948.95
Bearer Releases: 8143

hr: 23
CA Activation Rate num: 2334625
SIP_SC_Total_MOU: 326.78
Peak UE: 27
MB_per_connected_UE: 191.88
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7746
DL Data Vol MAC in MB: 6997.39

Time: 03:32:45
holiday: 0
CA DL DataVolRatio Pct: 77.11

DL MAC Vol Scell Pct: 18.23
Avg_Connected_UEs: 57.98
SIP DC%: 
UPTP_Mbps: 41.75
DLRLCLayerDataVolume MB: 8265.85
RRC Setup Attempts: 6932
CA DL DataVolRatio Pct den: 888
weekend: 0
CA Activation Rate: 32.99
hr: 13
MAC_UE_SC_Tput: 6013.57

hr: 13
CA Activation Rate num: 4443960
Setup_Fail_DEN: 11937
Peak UE: 79
MB_per_connected_UE: 80.45
PCT Time MIMO: 33.15
DL Data Vol MAC in MB: 10146.34
CA Activation Rate den: 142687

Time: 09:23:41
holiday: 0
CA DL DataVolRatio Pct num: 899

SIP DC%: 
UPTP_Mbps: 38.1
DLRLCLayerDataVolume MB: 857.6
DRB UL Data Volume MB: 1674
PRB Util%: 24.51
RRC Setup Attempts: 6746
CA DL DataVolRatio Pct den: 7087
CA Conf FailRate Pct den: 7069
weekend: 0
UPTP Mbps Num: 32378
CA Activation Rate: 21.14
hr: 14
MAC_UE_SC_Tput: 5655.77
Bearer Releases: 11492

hr: 14
CA Activation Rate num: 1912478
Setup_Fail_DEN: 7156
UL MAC Vol Scell Pct: 2.32
Peak UE: 68
MB_per_connected_UE: 10.29
PCT Time MIMO: 67.27
DL Volume: 9450
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5044
CA Activation Rate den: 208357

Combined RACH Preambles: 3085
Time: 17:44:12
holiday: 0
CA DL DataVolRatio Pct num: 3788

SIP DC%: 
DLRLCLayerDataVolume MB: 1570.55
RRC Setup Attempts: 3626
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7490.12
Bearer Releases: 13565

hr: 23
CA Activation Rate num: 11019200
Setup_Fail_DEN: 11587
SIP_SC_Total_MOU: 129.96
Peak UE: 27
MB_per_connected_UE: 105.58
DL Volume: 6743
CA Activation Rate den: 188374

Time: 05:48:11
holiday: 0
CA DL DataVolRatio Pct num: 4109

Avg_Connected_UEs: 39.67
SIP DC%: 
UPTP_Mbps: 36.16
DLRLCLayerDataVolume MB: 5443.46
CA Conf FailRate Pct den: 9400
weekend: 0
hr: 23
MAC_UE_SC_Tput: 18164.1
Bearer Releases: 12441

hr: 23
CA Activation Rate num: 10409597
Peak UE: 27
MB_per_connected_UE: 60.41
PCT Time MIMO: 62.55
DL Data Vol MAC in MB: 349.99

Time: 17:49:38
holiday: 0

DL MAC Vol Scell Pct: 39.09
Avg_Connected_UEs: 47.7
SIP DC%: 
UPTP_Mbps: 94.66
DLRLCLayerDataVolume MB: 4002.14
DRB UL Data Volume MB: 6755
RRC Setup Attempts: 5962
weekend: 0
UPTP Mbps Num: 20878
CA Activation Rate: 60.13
hr: 6
MAC_UE_SC_Tput: 9016.18

hr: 6
CA Activation Rate num: 9603513
SIP_SC_Total_MOU: 219.06
Peak UE: 73
DL Volume: 4515
DL Data Vol MAC in MB: 9063.26

Time: 03:28:14
Date: 20-03-2023
holiday: 0

SIP DC%: 
UPTP_Mbps: 129.08
DLRLCLayerDataVolume MB: 160.72
DRB UL Data Volume MB: 7353
PRB Util%: 27.26
CA DL DataVolRatio Pct den: 5192
CA Conf FailRate Pct den: 9002
weekend: 0
hr: 0
MAC_UE_SC_Tput: 7030.99

hr: 0
CA Activation Rate num: 1346700
UPTP Mbps Den: 5465
MB_per_connected_UE: 103.57
DL Data Vol MAC in MB: 1409.68
CA Activation Rate den: 219927

Time: 08:17:57
holiday: 0
HO_att_InterFreq: 285
CA DL DataVolRatio Pct num: 7445

DL MAC Vol Scell Pct: 17.19
SIP DC%: 
UPTP_Mbps: 15.57
DRB UL Data Volume MB: 5843
weekend: 0
UPTP Mbps Num: 14937
hr: 0
MAC_UE_SC_Tput: 12666.15
Bearer Releases: 13888

hr: 0
CA Activation Rate num: 13271263
Setup_Fail_DEN: 12610
SIP_SC_Total_MOU: 58.32
Peak UE: 64
MB_per_connected_UE: 24.31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4452
DL Data Vol MAC in MB: 9770.91
CA Activation Rate den: 147465

Time: 05:48:00
holiday: 0
CA DL DataVolRatio Pct num: 2982

DL MAC Vol Scell Pct: 33.3
SIP DC%: 
DLRLCLayerDataVolume MB: 8764.45
DRB UL Data Volume MB: 9225
PRB Util%: 15.07
RRC Setup Attempts: 4766
CA DL DataVolRatio Pct den: 6696
CA Conf FailRate Pct den: 5134
weekend: 1
UPTP Mbps Num: 8795
CA Activation Rate: 34.61
hr: 23
MAC_UE_SC_Tput: 8644.67
Bearer Releases: 12256

hr: 23
CA Activation Rate num: 2780768
UPTP Mbps Den: 780
Peak UE: 27
MB_per_connected_UE: 71.74
PCT Time MIMO: 46.82
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3438
UL Throughput: 4.99
DL Data Vol MAC in MB: 802.83
CA Activation Rate den: 45671

Combined RACH Preambles: 3079
Time: 05:09:19
holiday: 0
HO_att_InterFreq: 149
CA DL DataVolRatio Pct num: 3399

DL MAC Vol Scell Pct: 7.29
Avg_Connected_UEs: 34.13
SIP DC%: 
UPTP_Mbps: 28.24
DLRLCLayerDataVolume MB: 3939.27
PRB Util%: 19.88
RRC Setup Attempts: 3869
weekend: 0
CA Activation Rate: 17.26
hr: 23
MAC_UE_SC_Tput: 11100.75
Bearer Releases: 7184

hr: 23
CA Activation Rate num: 3385002
Setup_Fail_DEN: 17349
Peak UE: 27
MB_per_connected_UE: 206.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3656
DL Data Vol MAC in MB: 2712.83

Time: 02:20:42
holiday: 0

Avg_Connected_UEs: 16.89
SIP DC%: 
UPTP_Mbps: 43.4
DLRLCLayerDataVolume MB: 7552.17
RRC Setup Attempts: 6756
CA DL DataVolRatio Pct den: 711
CA Conf FailRate Pct den: 8726
weekend: 0
hr: 6
MAC_UE_SC_Tput: 15136.35
Bearer Releases: 12735

hr: 6
CA Activation Rate num: 10045969
UPTP Mbps Den: 1903
SIP_SC_Total_MOU: 280.39
Peak UE: 27
MB_per_connected_UE: 16.92
PCT Time MIMO: 47.66
DL Volume: 8282
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6073

Combined RACH Preambles: 3224
Time: 18:46:23
holiday: 0
CA DL DataVolRatio Pct: 81.92
HO_att_InterFreq: 422

DL MAC Vol Scell Pct: 18.32
Avg_Connected_UEs: 52.19
SIP DC%: 
UPTP_Mbps: 132.13
DLRLCLayerDataVolume MB: 5143.77
DRB UL Data Volume MB: 7385
RRC Setup Attempts: 6879
CA Conf FailRate Pct den: 7180
weekend: 0
S1U_SIP_SC_SEER_num: 228
hr: 19
MAC_UE_SC_Tput: 12926.76
Bearer Releases: 6843

hr: 19
Setup_Fail_DEN: 7657
SIP_SC_Total_MOU: 23.47
Peak UE: 74
MB_per_connected_UE: 75.97
PCT Time MIMO: 38.6
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5865
UL Throughput: 1.42

Time: 22:33:28
Date: 06-01-2023
holiday: 0

Avg_Connected_UEs: 41.13
SIP DC%: 
DRB UL Data Volume MB: 2014
PRB Util%: 62.36
CA Conf FailRate Pct den: 5654
weekend: 1
CA Activation Rate: 12.78
hr: 12
MAC_UE_SC_Tput: 18367.16
Bearer Releases: 12413

hr: 12
CA Activation Rate num: 1711807
Setup_Fail_DEN: 14644
Peak UE: 77
VOLTE IA%: 
DL Volume: 624
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7161
CA Activation Rate den: 193494

Time: 13:27:14
holiday: 0
CA DL DataVolRatio Pct: 72.83
CA DL DataVolRatio Pct num: 5511

DL MAC Vol Scell Pct: 5.34
SIP DC%: 
UPTP_Mbps: 29.58
DLRLCLayerDataVolume MB: 7574.19
DRB UL Data Volume MB: 8721
PRB Util%: 44.95
RRC Setup Attempts: 7870
weekend: 0
hr: 3
MAC_UE_SC_Tput: 6878.42
Bearer Releases: 18619

hr: 3
CA Activation Rate num: 2588301
Setup_Fail_DEN: 13968
MB_per_connected_UE: 124.94
DL Volume: 1761
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4077
DL Data Vol MAC in MB: 3079.36
CA Activation Rate den: 86337

Time: 18:40:58
holiday: 0
CA DL DataVolRatio Pct: 67.94

Avg_Connected_UEs: 22.93
SIP DC%: 
DLRLCLayerDataVolume MB: 3446.42
PRB Util%: 27.54
RRC Setup Attempts: 6812
weekend: 0
UPTP Mbps Num: 35591
CA Activation Rate: 55.55
hr: 3
MAC_UE_SC_Tput: 6695.68
Bearer Releases: 8590

hr: 3
CA Activation Rate num: 5322365
Peak UE: 44
MB_per_connected_UE: 162.94
CA Activation Rate den: 81627

Time: 08:38:10
holiday: 0

SIP DC%: 
UPTP_Mbps: 31.71
DLRLCLayerDataVolume MB: 2072.69
DRB UL Data Volume MB: 1840
weekend: 0
Bearer Setup Failure Voice Den: 240
CA Activation Rate: 4.03
hr: 12
MAC_UE_SC_Tput: 15639.1
Bearer Releases: 18406

hr: 12
CA Activation Rate num: 6959980
Setup_Fail_DEN: 9942
SIP_SC_Total_MOU: 144.81
Peak UE: 27
MB_per_connected_UE: 114.09
PCT Time MIMO: 35.94
DL Data Vol MAC in MB: 7532.05
CA Activation Rate den: 167189

Combined RACH Preambles: 2178
Time: 01:24:31
holiday: 0
CA DL DataVolRatio Pct: 76.55
SIP_SC_Call_Attempts: 171
CA DL DataVolRatio Pct num: 3385

DL MAC Vol Scell Pct: 9.76
Avg_Connected_UEs: 48.73
SIP DC%: 
DLRLCLayerDataVolume MB: 5132.5
RRC Setup Attempts: 3618
weekend: 0
UPTP Mbps Num: 2887
CA Activation Rate: 64.77
hr: 6
MAC_UE_SC_Tput: 14758.68
Bearer Releases: 14184

hr: 6
CA Activation Rate num: 5979817
Setup_Fail_DEN: 12925
SIP_SC_Total_MOU: 66.33
Peak UE: 74
VOLTE IA%: 
MB_per_connected_UE: 105.13
DL Data Vol MAC in MB: 1935.56

Combined RACH Preambles: 2307
Time: 23:52:49
holiday: 0
CA DL DataVolRatio Pct: 90.53

Avg_Connected_UEs: 38
SIP DC%: 
UPTP_Mbps: 49.89
DLRLCLayerDataVolume MB: 4693.65
DRB UL Data Volume MB: 6302
PRB Util%: 11.38
CA DL DataVolRatio Pct den: 5912
weekend: 0
hr: 14

hr: 14
CA Activation Rate num: 4963607
Setup_Fail_DEN: 14201
MB_per_connected_UE: 61.69
DL Volume: 6130
DL Data Vol MAC in MB: 6386.78

Time: 14:05:19
holiday: 0

Avg_Connected_UEs: 70.62
SIP DC%: 
UPTP_Mbps: 76.73
DLRLCLayerDataVolume MB: 6195.25
PRB Util%: 74.54
RRC Setup Attempts: 3896
CA DL DataVolRatio Pct den: 8581
weekend: 0
hr: 8
MAC_UE_SC_Tput: 12832.08

hr: 8
CA Activation Rate num: 5911688
Setup_Fail_DEN: 12968
SIP_SC_Total_MOU: 217.98
Peak UE: 27
MB_per_connected_UE: 163.09
DL Volume: 5552
CA Activation Rate den: 55220

Time: 18:42:17
holiday: 0

DL MAC Vol Scell Pct: 10.39
SIP DC%: 
UPTP_Mbps: 28.49
DLRLCLayerDataVolume MB: 4770.11
DRB UL Data Volume MB: 1591
PRB Util%: 53.71
CA DL DataVolRatio Pct den: 9062
weekend: 0
Bearer Setup Failure Voice Den: 213
CA Activation Rate: 14.18
hr: 4
MAC_UE_SC_Tput: 19275.95
Bearer Releases: 17280

hr: 4
CA Activation Rate num: 1674881
Setup_Fail_DEN: 18184
SIP_SC_Total_MOU: 0.21
Peak UE: 27
MB_per_connected_UE: 112.45
DL Volume: 8095
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8827
DL Data Vol MAC in MB: 2014.29
CA Activation Rate den: 100211

Combined RACH Preambles: 4049
Time: 06:41:54
holiday: 0

DL MAC Vol Scell Pct: 31.4
SIP DC%: 
DLRLCLayerDataVolume MB: 4998.94
DRB UL Data Volume MB: 7281
RRC Setup Attempts: 5039
weekend: 0
UPTP Mbps Num: 29288
CA Activation Rate: 42.18
hr: 12
MAC_UE_SC_Tput: 6963.95
Bearer Releases: 10620

hr: 12
CA Activation Rate num: 5722460
Setup_Fail_DEN: 18532
UL MAC Vol Scell Pct: 0.94
Peak UE: 36
MB_per_connected_UE: 66.06
DL Data Vol MAC in MB: 6759.95
CA Activation Rate den: 100100

Time: 08:10:38
holiday: 0
CA DL DataVolRatio Pct num: 2502

SIP DC%: 
UPTP_Mbps: 112.73
DLRLCLayerDataVolume MB: 8542.23
DRB UL Data Volume MB: 8267
RRC Setup Attempts: 3338
CA DL DataVolRatio Pct den: 9223
weekend: 0
hr: 4
Bearer Releases: 10204

hr: 4
CA Activation Rate num: 164636
Setup_Fail_DEN: 9685
Peak UE: 83
PCT Time MIMO: 33.17
DL Data Vol MAC in MB: 567.05
CA Activation Rate den: 78589

Time: 19:41:41
holiday: 0
CA DL DataVolRatio Pct: 92

SIP DC%: 
PRB Util%: 29.67
RRC Setup Attempts: 3597
CA Conf FailRate Pct den: 5893
weekend: 0
UPTP Mbps Num: 30620
CA Activation Rate: 67.55
hr: 0
MAC_UE_SC_Tput: 8094.36

hr: 0
CA Activation Rate num: 946230
Setup_Fail_DEN: 10662
Peak UE: 41
MB_per_connected_UE: 155.81
PCT Time MIMO: 40.75
DL Volume: 1799
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3304
DL Data Vol MAC in MB: 10120.67
CA Activation Rate den: 187593

Time: 16:37:45
holiday: 0
CA DL DataVolRatio Pct num: 5756

DL MAC Vol Scell Pct: 15.32
SIP DC%: 
UPTP_Mbps: 33.88
DLRLCLayerDataVolume MB: 8832.34
DRB UL Data Volume MB: 4193
RRC Setup Attempts: 5415
CA Conf FailRate Pct den: 6437
weekend: 0
CA Activation Rate: 14.7
hr: 23
MAC_UE_SC_Tput: 4601.24
Bearer Releases: 13234

hr: 23
CA Activation Rate num: 6715385
UPTP Mbps Den: 5094
Setup_Fail_DEN: 11669
SIP_SC_Total_MOU: 81.76
Peak UE: 80
MB_per_connected_UE: 123.64
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6782
DL Data Vol MAC in MB: 7241.44
CA Activation Rate den: 57661

Time: 01:21:14
holiday: 0
CA DL DataVolRatio Pct: 79.83
CA DL DataVolRatio Pct num: 5571

DL MAC Vol Scell Pct: 42.56
Avg_Connected_UEs: 23.32
SIP DC%: 
UPTP_Mbps: 81.89
DLRLCLayerDataVolume MB: 5214.1
DRB UL Data Volume MB: 8678
CA DL DataVolRatio Pct den: 1726
CA Conf FailRate Pct den: 8918
weekend: 0
CA Activation Rate: 52.32
hr: 13
MAC_UE_SC_Tput: 7243.91
Bearer Releases: 12204

hr: 13
CA Activation Rate num: 4856869
SIP_SC_Total_MOU: 327.92
Peak UE: 44
MB_per_connected_UE: 122.09
PCT Time MIMO: 50.08
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4391
DL Data Vol MAC in MB: 2738.84
HO Failure%: 0.22

Combined RACH Preambles: 3981
Time: 03:11:38
holiday: 0
CA DL DataVolRatio Pct: 72.87
HO Attempts: 352

SIP DC%: 
UPTP_Mbps: 30.42
DLRLCLayerDataVolume MB: 1212.03
DRB UL Data Volume MB: 8423
CA DL DataVolRatio Pct den: 7723
weekend: 0
CA Activation Rate: 30.23
hr: 7
MAC_UE_SC_Tput: 4202.02
Bearer Releases: 10992

hr: 7
CA Activation Rate num: 3413432
MB_per_connected_UE: 111.91
PCT Time MIMO: 53.48
DL Volume: 2077
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3104
DL Data Vol MAC in MB: 7597.07

Time: 23:11:46
holiday: 0
CA DL DataVolRatio Pct: 63.17
HO_att_InterFreq: 839

DL MAC Vol Scell Pct: 32.04
Avg_Connected_UEs: 41.22
SIP DC%: 
UPTP_Mbps: 21.63
DLRLCLayerDataVolume MB: 3493.24
CA DL DataVolRatio Pct den: 8782
CA Conf FailRate Pct den: 5051
weekend: 0
UPTP Mbps Num: 11733
Bearer Setup Failure Voice Den: 229
CA Activation Rate: 8.87
hr: 2
MAC_UE_SC_Tput: 13283.86
Bearer Releases: 15423

hr: 2
CA Activation Rate num: 11237341
Peak UE: 27
MB_per_connected_UE: 27.12
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6491
DL Data Vol MAC in MB: 4968.99

Time: 05:32:25
holiday: 0
CA DL DataVolRatio Pct: 92.26
CA DL DataVolRatio Pct num: 1241

SIP DC%: 
UPTP_Mbps: 45.61
DLRLCLayerDataVolume MB: 5785.1
DRB UL Data Volume MB: 8929
PRB Util%: 36.41
DL Packet Loss Pct: 0.56
RRC Setup Attempts: 4403
weekend: 0
UPTP Mbps Num: 34094
CA Activation Rate: 18.38
hr: 4
MAC_UE_SC_Tput: 7018.6

hr: 4
CA Activation Rate num: 1564183
UPTP Mbps Den: 1722
Setup_Fail_DEN: 18303
Peak UE: 55
MB_per_connected_UE: 61.89
PCT Time MIMO: 37.14
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4386
CA Activation Rate den: 48584

Time: 15:57:20
holiday: 0
CA DL DataVolRatio Pct: 80.89

DL MAC Vol Scell Pct: 7.32
SIP DC%: 
UPTP_Mbps: 40.14
DLRLCLayerDataVolume MB: 9552.92
PRB Util%: 8.96
RRC Setup Attempts: 3912
CA Conf FailRate Pct den: 3977
weekend: 1
CA Activation Rate: 44.15
hr: 22
MAC_UE_SC_Tput: 11055.73
Bearer Releases: 16038

hr: 22
CA Activation Rate num: 10440402
UPTP Mbps Den: 1356
Setup_Fail_DEN: 15026
SIP_SC_Total_MOU: 39.85
Peak UE: 61
MB_per_connected_UE: 117.82
PCT Time MIMO: 37.42

Time: 19:25:04
holiday: 0

SIP DC%: 
CA Conf FailRate Pct den: 7819
weekend: 0
UPTP Mbps Num: 1077
hr: 0
MAC_UE_SC_Tput: 15850.27
Bearer Releases: 6293

hr: 0
CA Activation Rate num: 5021302
Setup_Fail_DEN: 7984
SIP_SC_Total_MOU: 258.4
Peak UE: 35
MB_per_connected_UE: 120.38
PCT Time MIMO: 38.01
CA Activation Rate den: 165969

Time: 04:59:13
Date: 27-10-2022
holiday: 0
CA DL DataVolRatio Pct: 85.73

DL MAC Vol Scell Pct: 30.68
SIP DC%: 
RRC Setup Attempts: 7598
CA Conf FailRate Pct den: 6817
weekend: 0
CA Activation Rate: 9.72
hr: 20
MAC_UE_SC_Tput: 11089.84

hr: 20
CA Activation Rate num: 3098260
Setup_Fail_DEN: 6369
VOLTE IA%: 0.62
MB_per_connected_UE: 194.31
PCT Time MIMO: 52.93
DL Volume: 9527
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7205
DL Data Vol MAC in MB: 5029.68
CA Activation Rate den: 89254

Time: 11:39:48
holiday: 0

SIP DC%: 
CA DL DataVolRatio Pct den: 6192
weekend: 0
UPTP Mbps Num: 11361
CA Activation Rate: 69.74
hr: 0
MAC_UE_SC_Tput: 9820.83

hr: 0
CA Activation Rate num: 7968519
Setup_Fail_DEN: 12591
SIP_SC_Total_MOU: 85.84
Peak UE: 40
PCT Time MIMO: 48.09
DL Volume: 8230
DL Data Vol MAC in MB: 4217.14

Time: 16:04:39
holiday: 0
HO Attempts: 500

DL MAC Vol Scell Pct: 8.59
Avg_Connected_UEs: 77.97
SIP DC%: 
UPTP_Mbps: 30.46
DLRLCLayerDataVolume MB: 5210.97
DRB UL Data Volume MB: 4281
weekend: 0
UPTP Mbps Num: 23661
CA Activation Rate: 5.43
hr: 13
MAC_UE_SC_Tput: 11471.71

hr: 13
CA Activation Rate num: 10667837
UPTP Mbps Den: 2997
Setup_Fail_DEN: 13650
SIP_SC_Total_MOU: 91.26
Peak UE: 27
DL Data Vol MAC in MB: 2393.79
CA Activation Rate den: 76102

Time: 19:07:31
holiday: 0
CA DL DataVolRatio Pct: 58.33
CA DL DataVolRatio Pct num: 5225

DL MAC Vol Scell Pct: 29.71
Avg_Connected_UEs: 83.88
SIP DC%: 
DLRLCLayerDataVolume MB: 7727.61
DRB UL Data Volume MB: 9094
RRC Setup Attempts: 3421
CA DL DataVolRatio Pct den: 8197
weekend: 0
UPTP Mbps Num: 10892
hr: 5
MAC_UE_SC_Tput: 4760.98

hr: 5
UPTP Mbps Den: 2221
Peak UE: 27
MB_per_connected_UE: 65.26
PCT Time MIMO: 44.01
DL Volume: 7901
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6845
DL Data Vol MAC in MB: 2041.95
CA Activation Rate den: 71805

Time: 18:42:24
holiday: 0
CA DL DataVolRatio Pct: 76.01
CA DL DataVolRatio Pct num: 7222

DL MAC Vol Scell Pct: 21.51
SIP DC%: 
UPTP_Mbps: 19.22
DLRLCLayerDataVolume MB: 7093.4
DRB UL Data Volume MB: 8284
CA DL DataVolRatio Pct den: 5017
CA Conf FailRate Pct den: 9476
weekend: 1
CA Activation Rate: 71.79
hr: 16
MAC_UE_SC_Tput: 7090.35

hr: 16
Avg CQI: 11.47
CA Activation Rate num: 6522169
UPTP Mbps Den: 502
Setup_Fail_DEN: 13112
SIP_SC_Total_MOU: 349.88
Peak UE: 62
MB_per_connected_UE: 67.07
DL Volume: 334
DL Data Vol MAC in MB: 8804.61
CA Activation Rate den: 122614

Combined RACH Preambles: 3454
Time: 15:05:20
holiday: 0
HO_att_InterFreq: 601

Avg_Connected_UEs: 53.78
SIP DC%: 
UPTP_Mbps: 44.37
RRC Setup Attempts: 5824
CA DL DataVolRatio Pct den: 1520
weekend: 0
CA Activation Rate: 60.18
hr: 5
MAC_UE_SC_Tput: 5527.85
Bearer Releases: 18454

hr: 5
CA Activation Rate num: 9965267
UPTP Mbps Den: 5960
Peak UE: 64
MB_per_connected_UE: 33.47
PCT Time MIMO: 39.6
DL Volume: 2108
DL Data Vol MAC in MB: 7173.46

Time: 21:55:26
holiday: 0
CA DL DataVolRatio Pct: 72.62
CA DL DataVolRatio Pct num: 1751

Avg_Connected_UEs: 57.23
SIP DC%: 
UPTP_Mbps: 29.59
DLRLCLayerDataVolume MB: 987.99
RRC Setup Attempts: 6574
CA DL DataVolRatio Pct den: 4441
weekend: 0
CA Activation Rate: 8.78
hr: 15
MAC_UE_SC_Tput: 16280.65
Bearer Releases: 13197

hr: 15
qci1_setup_attempts: 174
CA Activation Rate num: 9436277
UPTP Mbps Den: 1097
Setup_Fail_DEN: 12422
SIP_SC_Total_MOU: 4.65
Peak UE: 76
MB_per_connected_UE: 55.33
DL Data Vol MAC in MB: 9379.67

Time: 16:30:13
holiday: 0
CA Conf FailRate Pct: 0.11

DL MAC Vol Scell Pct: 36.54
Avg_Connected_UEs: 41.83
SIP DC%: 
DLRLCLayerDataVolume MB: 8427.55
PRB Util%: 70.08
CA Conf FailRate Pct den: 4276
weekend: 0
CA Activation Rate: 2.79
hr: 23
MAC_UE_SC_Tput: 7159.97

hr: 23
CA Activation Rate num: 6177018
SIP_SC_Total_MOU: 149.25
Peak UE: 73
MB_per_connected_UE: 32.7
PCT Time MIMO: 63.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7849

Combined RACH Preambles: 3159
Time: 00:42:53
holiday: 0
CA DL DataVolRatio Pct: 91.62

SIP DC%: 
UPTP_Mbps: 25.74
PRB Util%: 4.02
RRC Setup Attempts: 3320
CA DL DataVolRatio Pct den: 9735
weekend: 0
RSSIRX2 Avg: -95.91
hr: 22
MAC_UE_SC_Tput: 9364.47
Bearer Releases: 11275

hr: 22
CA Activation Rate num: 1820830
UPTP Mbps Den: 2794
Setup_Fail_DEN: 17157
Peak UE: 27
MB_per_connected_UE: 115.07
PCT Time MIMO: 68.93
DL Data Vol MAC in MB: 1852.92
Time: 18:13:26

holiday: 0
CA DL DataVolRatio Pct: 75.05
RRC Setup Failure% 5G: 0.44

Avg_Connected_UEs: 65.39
SIP DC%: 
UPTP_Mbps: 40.92
DLRLCLayerDataVolume MB: 5991.48
CA DL DataVolRatio Pct den: 9639
weekend: 1
CA Activation Rate: 60.64
hr: 6
MAC_UE_SC_Tput: 4227.8
Bearer Releases: 13802

hr: 6
CA Activation Rate num: 8606841
UPTP Mbps Den: 1229
Setup_Fail_DEN: 12439
SIP_SC_Total_MOU: 318.97
Peak UE: 78
DL Volume: 2357
CA Activation Rate den: 123858

Combined RACH Preambles: 4006
Time: 06:34:46
holiday: 0

DL MAC Vol Scell Pct: 51.04
Avg_Connected_UEs: 46.82
SIP DC%: 
DRB UL Data Volume MB: 4160
RRC Setup Attempts: 7675
CA DL DataVolRatio Pct den: 4246
weekend: 0
UPTP Mbps Num: 7086
hr: 22
MAC_UE_SC_Tput: 5996
Bearer Releases: 18707

hr: 22
CA Activation Rate num: 6907047
UPTP Mbps Den: 2797
Peak UE: 27
VOLTE IA%: 
PCT Time MIMO: 50
CA Activation Rate den: 113862

Time: 04:18:06
holiday: 0

DL MAC Vol Scell Pct: 26.38
Avg_Connected_UEs: 56.59
SIP DC%: 
DLRLCLayerDataVolume MB: 4471.36
PRB Util%: 7.27
CA DL DataVolRatio Pct den: 3939
weekend: 0
UPTP Mbps Num: 17961
CA Activation Rate: 23.09
hr: 16
MAC_UE_SC_Tput: 8630.35

hr: 16
CA Activation Rate num: 9777976
UPTP Mbps Den: 2970
Setup_Fail_DEN: 11622
SIP_SC_Total_MOU: 207.99
Peak UE: 62
MB_per_connected_UE: 104.15
PCT Time MIMO: 35.36

Time: 05:52:00
holiday: 0
CA DL DataVolRatio Pct num: 2748

Avg_Connected_UEs: 51.59
SIP DC%: 
DLRLCLayerDataVolume MB: 5809.39
DRB UL Data Volume MB: 3826
PRB Util%: 68.98
CA DL DataVolRatio Pct den: 5916
CA Conf FailRate Pct den: 4653
RSSIRX1 Avg: -96.15
weekend: 0
CA Activation Rate: 37.21
hr: 0
MAC_UE_SC_Tput: 30815.47
Bearer Releases: 17733

hr: 0
CA Activation Rate num: 3127019
UPTP Mbps Den: 2369
Setup_Fail_DEN: 12912
Peak UE: 72
VOLTE IA%: 
MB_per_connected_UE: 58.11
DL Volume: 4807
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5561
CA Activation Rate den: 48684

Time: 12:17:19
holiday: 0

Avg_Connected_UEs: 35.83
SIP DC%: 
DLRLCLayerDataVolume MB: 6373.64
DRB UL Data Volume MB: 4926
PRB Util%: 4.18
CA DL DataVolRatio Pct den: 6326
CA Conf FailRate Pct den: 7121
weekend: 0
CA Activation Rate: 27.12
hr: 0
Bearer Releases: 9930

hr: 0
CA Activation Rate num: 5181871
Setup_Fail_DEN: 13120
Peak UE: 53
VOLTE IA%: 
DL Volume: 805
CA Activation Rate den: 133314
Combined RACH Preambles: 2919

Time: 12:35:46
holiday: 0
CA DL DataVolRatio Pct num: 7452

Avg_Connected_UEs: 59.95
SIP DC%: 
UPTP_Mbps: 89.51
DLRLCLayerDataVolume MB: 5122.57
DRB UL Data Volume MB: 8462
CA DL DataVolRatio Pct den: 2798
CA Conf FailRate Pct den: 3486
weekend: 0
UPTP Mbps Num: 7605
hr: 18
MAC_UE_SC_Tput: 5640.45

hr: 18
CA Activation Rate num: 8360999
UPTP Mbps Den: 757
Setup_Fail_DEN: 12774
SIP_SC_Total_MOU: 22.58
Peak UE: 27
MB_per_connected_UE: 66.91
DL Data Vol MAC in MB: 6402.2

Time: 01:40:19
holiday: 0
CA DL DataVolRatio Pct: 80.86
CA DL DataVolRatio Pct num: 4074

DL MAC Vol Scell Pct: 6.81
Avg_Connected_UEs: 67.4
SIP DC%: 
PRB Util%: 29.07
DL Packet Loss Pct: 3.6
RRC Setup Attempts: 4274
CA DL DataVolRatio Pct den: 9413
RSSIRX1 Avg: -97.55
weekend: 0
UPTP Mbps Num: 50403
hr: 2
MAC_UE_SC_Tput: 5344.05
Bearer Releases: 8329

hr: 2
Peak UE: 66
MB_per_connected_UE: 62.89
DL Volume: 899
CA Activation Rate den: 81870
Combined RACH Preambles: 4115

Time: 07:06:24
holiday: 0

Avg_Connected_UEs: 36.46
SIP DC%: 
UPTP_Mbps: 25.34
DLRLCLayerDataVolume MB: 4471.7
DRB UL Data Volume MB: 8124
RRC Setup Attempts: 7082
CA Conf FailRate Pct den: 8429
weekend: 0
UPTP Mbps Num: 12103
hr: 5
MAC_UE_SC_Tput: 16749.69

hr: 5
CA Activation Rate num: 1109255
Setup_Fail_DEN: 16344
Peak UE: 28
MB_per_connected_UE: 102.22
DL Volume: 9731
DL Data Vol MAC in MB: 3799.79
CA Activation Rate den: 132300

Time: 15:20:09
Date: 07-05-2023
holiday: 0

DL MAC Vol Scell Pct: 38.71
Avg_Connected_UEs: 47.57
SIP DC%: 
UPTP_Mbps: 127.06
DLRLCLayerDataVolume MB: 7240.34
RRC Setup Attempts: 5035
CA DL DataVolRatio Pct den: 9972
weekend: 0
UPTP Mbps Num: 19799
CA Activation Rate: 70.44
hr: 9

hr: 9
CA Activation Rate num: 4021189
SIP_SC_Total_MOU: 87.76
Peak UE: 27
DL Volume: 8960
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5089
UL Throughput: 10.39
DL Data Vol MAC in MB: 5018.88

Time: 17:35:53
holiday: 0
CA DL DataVolRatio Pct: 57.66

SIP DC%: 
UPTP_Mbps: 33.51
DLRLCLayerDataVolume MB: 7231.12
DRB UL Data Volume MB: 7572
PRB Util%: 66.92
CA DL DataVolRatio Pct den: 4359
weekend: 0
CA Activation Rate: 58.39
hr: 21
MAC_UE_SC_Tput: 4501.49

hr: 21
CA Activation Rate num: 4184935
SIP_SC_Total_MOU: 90.84
Peak UE: 50
MB_per_connected_UE: 16.85
PCT Time MIMO: 43.39
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5056
DL Data Vol MAC in MB: 9912.4

Time: 12:13:35
holiday: 0
CA DL DataVolRatio Pct: 65.5
HO Attempts: 658

Avg_Connected_UEs: 43.52
SIP DC%: 
UPTP_Mbps: 38.64
DRB UL Data Volume MB: 5825
CA DL DataVolRatio Pct den: 8687
CA Conf FailRate Pct den: 7258
weekend: 0
CA Activation Rate: 18.23
hr: 0
MAC_UE_SC_Tput: 8410.07

hr: 0
CA Activation Rate num: 4158097
SIP_SC_Total_MOU: 54.59
Peak UE: 27
MB_per_connected_UE: 136.97
DL Volume: 1947
DL Data Vol MAC in MB: 6464.73

Time: 13:11:12
holiday: 0
CA DL DataVolRatio Pct num: 6770

Avg_Connected_UEs: 18.88
SIP DC%: 
DRB UL Data Volume MB: 5109
RRC Setup Attempts: 6052
CA DL DataVolRatio Pct den: 2004
CA Conf FailRate Pct den: 7919
weekend: 0
UPTP Mbps Num: 36330
CA Activation Rate: 68.28
hr: 23
MAC_UE_SC_Tput: 14925.56
Bearer Releases: 14252

hr: 23
CA Activation Rate num: 10009274
Setup_Fail_DEN: 17028
SIP_SC_Total_MOU: 324.49
Peak UE: 58
MB_per_connected_UE: 7.18
DL Volume: 471
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5204
DL Data Vol MAC in MB: 1998.28

Time: 16:49:24
holiday: 0
CA DL DataVolRatio Pct: 91.07
CA DL DataVolRatio Pct num: 7085
HO Attempts: 613

DL MAC Vol Scell Pct: 41.68
SIP DC%: 
UPTP_Mbps: 98.35
DLRLCLayerDataVolume MB: 7022.89
DRB UL Data Volume MB: 4545
CA Conf FailRate Pct den: 5673
weekend: 0
hr: 0
MAC_UE_SC_Tput: 11812.63
Bearer Releases: 11272

hr: 0
SIP_SC_Total_MOU: 77.29
Peak UE: 27
MB_per_connected_UE: 16.18
DL Volume: 7182

Time: 07:45:49
holiday: 0
CA DL DataVolRatio Pct: 46.34
HO_att_InterFreq: 536

SIP DC%: 
DLRLCLayerDataVolume MB: 2220.17
RRC Setup Attempts: 6626
CA Conf FailRate Pct den: 7475
weekend: 0
UPTP Mbps Num: 24098
hr: 23
MAC_UE_SC_Tput: 15862.51

hr: 23
UPTP Mbps Den: 2327
SIP_SC_Total_MOU: 99.85
Peak UE: 27
MB_per_connected_UE: 114.71
DL Volume: 4474
DL Data Vol MAC in MB: 10040.2
CA Activation Rate den: 131821

Time: 21:32:03
holiday: 0

SIP DC%: 
UPTP_Mbps: 43.96
DLRLCLayerDataVolume MB: 3230.35
CA DL DataVolRatio Pct den: 6120
weekend: 0
UPTP Mbps Num: 2121
CA Activation Rate: 46.79
hr: 12
MAC_UE_SC_Tput: 13451.56
Bearer Releases: 8957

hr: 12
CA Activation Rate num: 10898840
UPTP Mbps Den: 2800
SIP_SC_Total_MOU: 100.31
Peak UE: 51
MB_per_connected_UE: 10.27
DL Volume: 7908
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6663
CA Activation Rate den: 92618

Time: 02:31:41
holiday: 0
CA DL DataVolRatio Pct: 57.57
CA DL DataVolRatio Pct num: 1574

DL MAC Vol Scell Pct: 48.78
SIP DC%: 
DRB UL Data Volume MB: 7951
PRB Util%: 41.41
CA DL DataVolRatio Pct den: 8988
CA Conf FailRate Pct den: 8535
weekend: 0
CA Activation Rate: 71.46
hr: 6
MAC_UE_SC_Tput: 4777.83
Bearer Releases: 9474

hr: 6
CA Activation Rate num: 3155037
SIP_SC_Total_MOU: 201.42
Peak UE: 27
DL Volume: 7670
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4712
DL Data Vol MAC in MB: 4751.47
CA Activation Rate den: 137647

Time: 15:06:18
holiday: 0
CA DL DataVolRatio Pct num: 5260

DL MAC Vol Scell Pct: 31.82
SIP DC%: 
DLRLCLayerDataVolume MB: 6570.82
RRC Setup Attempts: 6906
CA Conf FailRate Pct den: 7845
weekend: 1
CA Activation Rate: 10.79
hr: 22
MAC_UE_SC_Tput: 16213.96

hr: 22
CA Activation Rate num: 8272058
Setup_Fail_DEN: 8447
SIP_SC_Total_MOU: 150.79
Peak UE: 48
CA Activation Rate den: 138699

Time: 03:35:25
holiday: 0

DL MAC Vol Scell Pct: 11.4
Avg_Connected_UEs: 52.49
SIP DC%: 
DLRLCLayerDataVolume MB: 8577.52
CA DL DataVolRatio Pct den: 9351
weekend: 0
CA Activation Rate: 2.64
hr: 0
MAC_UE_SC_Tput: 16338.55

hr: 0
CA Activation Rate num: 9702193
UPTP Mbps Den: 2342
Setup_Fail_DEN: 14595
SIP_SC_Total_MOU: 301.38
Peak UE: 65
MB_per_connected_UE: 23.87
PCT Time MIMO: 43.14
DL Volume: 3103
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4587
DL Data Vol MAC in MB: 4048.96

Time: 10:41:07
holiday: 0

DL MAC Vol Scell Pct: 15.95
Avg_Connected_UEs: 64.7
SIP DC%: 
DLRLCLayerDataVolume MB: 7713.15
DRB UL Data Volume MB: 9549
CA DL DataVolRatio Pct den: 4658
weekend: 0
UPTP Mbps Num: 6380
hr: 14
MAC_UE_SC_Tput: 13458.5

hr: 14
Setup_Fail_DEN: 12086
Peak UE: 27
PCT Time MIMO: 44.76
DL Volume: 2117
DL Data Vol MAC in MB: 6655.77
CA Activation Rate den: 95398

Time: 03:40:19
holiday: 0
HO_att_InterFreq: 679

DL MAC Vol Scell Pct: 32.05
Avg_Connected_UEs: 59.59
SIP DC%: 
UPTP_Mbps: 40.04
DLRLCLayerDataVolume MB: 8121.05
DRB UL Data Volume MB: 4916
RRC Setup Attempts: 7473
CA DL DataVolRatio Pct den: 3207
CA Conf FailRate Pct den: 7364
weekend: 0
UPTP Mbps Num: 14948
CA Activation Rate: 13.35
hr: 4
MAC_UE_SC_Tput: 15670.3
Bearer Releases: 12203

hr: 4
CA Activation Rate num: 5356241
UPTP Mbps Den: 402
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3153
CA Activation Rate den: 87602
Combined RACH Preambles: 2907

Time: 15:32:48
holiday: 0
CA DL DataVolRatio Pct: 67.86

Avg_Connected_UEs: 51.96
SIP DC%: 
CA DL DataVolRatio Pct den: 9583
CA Conf FailRate Pct den: 5684
weekend: 0
CA Activation Rate: 70.76
hr: 15
MAC_UE_SC_Tput: 19254.58
Bearer Releases: 15193

hr: 15
CA Activation Rate num: 352777
Setup_Fail_DEN: 19861
SIP_SC_Total_MOU: 26.44
Peak UE: 45
MB_per_connected_UE: 179.97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8376
UL Throughput: 10.07
DL Data Vol MAC in MB: 7944.9
CA Activation Rate den: 208026

Time: 18:01:40
holiday: 0
CA DL DataVolRatio Pct: 60.75

DL MAC Vol Scell Pct: 52.52
SIP DC%: 
RRC Setup Attempts: 7918
CA Conf FailRate Pct den: 5703
weekend: 0
UPTP Mbps Num: 27526
hr: 6
Bearer Releases: 7526

hr: 6
CA Activation Rate num: 835339
Peak UE: 27
MB_per_connected_UE: 34.24
PCT Time MIMO: 46.3
DL Volume: 7579
DL Data Vol MAC in MB: 6478.53
CA Activation Rate den: 92041

Time: 17:09:59
holiday: 0

DL MAC Vol Scell Pct: 20.37
SIP DC%: 
DLRLCLayerDataVolume MB: 2517.39
DRB UL Data Volume MB: 6667
PRB Util%: 12.57
DL Packet Loss Pct: 0.54
CA Conf FailRate Pct den: 6534
weekend: 0
UPTP Mbps Num: 2117
hr: 18
MAC_UE_SC_Tput: 9037.33
Bearer Releases: 8407

hr: 18
CA Activation Rate num: 7457656
Setup_Fail_DEN: 13115
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 64.38
DL Data Vol MAC in MB: 7356.62

Time: 19:22:50
holiday: 0

Avg_Connected_UEs: 61.02
SIP DC%: 
DRB UL Data Volume MB: 2071
CA DL DataVolRatio Pct den: 4998
CA Conf FailRate Pct den: 4988
weekend: 0
UPTP Mbps Num: 37097
hr: 0
MAC_UE_SC_Tput: 13127.21
Bearer Releases: 18375

hr: 0
CA Activation Rate num: 5341933
UPTP Mbps Den: 2508
Setup_Fail_DEN: 11129
SIP_SC_Total_MOU: 41.07
Peak UE: 27
MB_per_connected_UE: 115
DL Volume: 4642
DL Data Vol MAC in MB: 9734.58
CA Activation Rate den: 57004

Time: 16:27:57
holiday: 0
HO_att_InterFreq: 933
CA DL DataVolRatio Pct num: 1858

Avg_Connected_UEs: 61.22
SIP DC%: 
UPTP_Mbps: 35.42
DLRLCLayerDataVolume MB: 5896
RRC Setup Attempts: 4293
CA DL DataVolRatio Pct den: 1620
weekend: 0
CA Activation Rate: 31.57
hr: 23
MAC_UE_SC_Tput: 5161.55
Bearer Releases: 17385

hr: 23
CA Activation Rate num: 3969273
UPTP Mbps Den: 2681
Peak UE: 47
MB_per_connected_UE: 161.96
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5083

Time: 02:48:21
holiday: 0
CA DL DataVolRatio Pct: 83.38

SIP DC%: 
DRB UL Data Volume MB: 4048
PRB Util%: 61.95
RRC Setup Attempts: 4163
CA DL DataVolRatio Pct den: 10124
weekend: 0
UPTP Mbps Num: 47910
hr: 12
MAC_UE_SC_Tput: 14572.62

hr: 12
CA Activation Rate num: 3354875
Setup_Fail_DEN: 13772
Peak UE: 33
MB_per_connected_UE: 52.19
DL Volume: 8379
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4169

Time: 22:58:02
holiday: 0
CA DL DataVolRatio Pct num: 345

Avg_Connected_UEs: 57.12
SIP DC%: 
UPTP_Mbps: 100.82
DLRLCLayerDataVolume MB: 6047.91
PRB Util%: 63.73
weekend: 1
CA Activation Rate: 5.5
hr: 23
MAC_UE_SC_Tput: 12855.73

hr: 23
CA Activation Rate num: 5914377
Peak UE: 69
MB_per_connected_UE: 201.9
PCT Time MIMO: 44.19
DL Data Vol MAC in MB: 9126.59

Combined RACH Preambles: 2271
Time: 03:17:46
holiday: 0

DL MAC Vol Scell Pct: 14.22
SIP DC%: 
UPTP_Mbps: 90.5
DLRLCLayerDataVolume MB: 9613.21
DRB UL Data Volume MB: 1038
PRB Util%: 47.39
DL Packet Loss Pct: 1.71
RRC Setup Attempts: 4351
CA DL DataVolRatio Pct den: 6548
weekend: 0
UPTP Mbps Num: 43304
CA Activation Rate: 18.41
hr: 0
MAC_UE_SC_Tput: 5853.04

hr: 0
CA Activation Rate num: 5906242
UPTP Mbps Den: 1011
SIP_SC_Total_MOU: 247.03
Peak UE: 27
MB_per_connected_UE: 19.67
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7633
UL Throughput: 6.06
DL Data Vol MAC in MB: 9533.73
CA Activation Rate den: 54483

Combined RACH Preambles: 2543
Time: 19:51:27
holiday: 0
HO Attempts: 548

Avg_Connected_UEs: 47.08
SIP DC%: 
UPTP_Mbps: 33.32
DLRLCLayerDataVolume MB: 3521.58
weekend: 0
UPTP Mbps Num: 4225
CA Activation Rate: 37.17
hr: 23
MAC_UE_SC_Tput: 16871.36
Bearer Releases: 7905

hr: 23
CA Activation Rate num: 6213832
SIP_SC_Total_MOU: 250.53
Peak UE: 42
MB_per_connected_UE: 30.44
PCT Time MIMO: 63.99
DL Volume: 817
DL Data Vol MAC in MB: 6279.93
CA Activation Rate den: 67715

Combined RACH Preambles: 1913
Time: 01:12:35
holiday: 0
HO_att_InterFreq: 308
CA DL DataVolRatio Pct num: 4390

SIP DC%: 
UPTP_Mbps: 46.45
DLRLCLayerDataVolume MB: 4492.21
weekend: 0
hr: 21
MAC_UE_SC_Tput: 6306.03

hr: 21
CA Activation Rate num: 10178179
Setup_Fail_DEN: 18103
Peak UE: 27
MB_per_connected_UE: 155.22
DL Data Vol MAC in MB: 2340.22
CA Activation Rate den: 88616

Time: 07:16:33
holiday: 0
CA DL DataVolRatio Pct: 44.54

DL MAC Vol Scell Pct: 21.3
SIP DC%: 
UPTP_Mbps: 29.03
DLRLCLayerDataVolume MB: 5859.67
CA Conf FailRate Pct den: 6805
weekend: 0
CA Activation Rate: 7.28
hr: 23
Bearer Releases: 6259

hr: 23
CA Activation Rate num: 9723419
UPTP Mbps Den: 578
Setup_Fail_DEN: 6727
SIP_SC_Total_MOU: 149.93
Peak UE: 27
MB_per_connected_UE: 159.68
DL Volume: 2189
DL Data Vol MAC in MB: 1407.36

Time: 18:51:15
holiday: 0

DL MAC Vol Scell Pct: 13.04
Avg_Connected_UEs: 24.69
SIP DC%: 
DLRLCLayerDataVolume MB: 9881.53
PRB Util%: 53.56
CA DL DataVolRatio Pct den: 8414
weekend: 0
hr: 18
MAC_UE_SC_Tput: 5158.87
Bearer Releases: 16284

hr: 18
CA Activation Rate num: 2965139
Setup_Fail_DEN: 9249
SIP_SC_Total_MOU: 100.62
Peak UE: 27
MB_per_connected_UE: 154.07
DL Data Vol MAC in MB: 6712.89

Time: 10:15:32
holiday: 0

SIP DC%: 
UPTP_Mbps: 22.79
RRC Setup Attempts: 9061
CA DL DataVolRatio Pct den: 998
weekend: 0
UPTP Mbps Num: 39150
hr: 6
MAC_UE_SC_Tput: 7386.41
Bearer Releases: 6919

hr: 6
CA Activation Rate num: 5818424
Setup_Fail_DEN: 9334
SIP_SC_Total_MOU: 86.33
Peak UE: 81
MB_per_connected_UE: 28.04
DL Data Vol MAC in MB: 5857.74
CA Activation Rate den: 43890

Combined RACH Preambles: 2668
Time: 22:00:11
holiday: 0

SIP DC%: 
UPTP_Mbps: 38.3
DRB UL Data Volume MB: 6320
DL Packet Loss Pct: 2.73
RRC Setup Attempts: 5218
CA DL DataVolRatio Pct den: 5448
CA Conf FailRate Pct den: 7081
weekend: 0
RSSIRX2 Avg: -93.43
CA Activation Rate: 33.62
hr: 19
MAC_UE_SC_Tput: 4737.01
Bearer Releases: 9329

hr: 19
Setup_Fail_DEN: 12228
SIP_SC_Total_MOU: 40.82
Peak UE: 77
MB_per_connected_UE: 200.51
PCT Time MIMO: 32.28
DL Volume: 2684
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4231
DL Data Vol MAC in MB: 7113.59
CA Activation Rate den: 228893

Combined RACH Preambles: 3040
Time: 22:24:43
holiday: 0
CA DL DataVolRatio Pct: 74.17
CA DL DataVolRatio Pct num: 5086

DL MAC Vol Scell Pct: 3.73
Avg_Connected_UEs: 72.39
SIP DC%: 
DRB UL Data Volume MB: 2214
PRB Util%: 19.16
CA Conf FailRate Pct den: 8335
weekend: 1
hr: 23
MAC_UE_SC_Tput: 15455.31

hr: 23
CA Activation Rate num: 7535255
Peak UE: 37
MB_per_connected_UE: 161.32
ERAB Setup Fail%: 0.13
DL Data Vol MAC in MB: 3784.74

Time: 08:15:08
holiday: 0
CA DL DataVolRatio Pct num: 4026

DL MAC Vol Scell Pct: 19.07
Avg_Connected_UEs: 16.84
SIP DC%: 
UPTP_Mbps: 17.15
DLRLCLayerDataVolume MB: 715.59
DRB UL Data Volume MB: 8517
PRB Util%: 38.03
CA DL DataVolRatio Pct den: 6638
weekend: 1
hr: 23
MAC_UE_SC_Tput: 13445.54
Bearer Releases: 10975

hr: 23
CA Activation Rate num: 13413009
UPTP Mbps Den: 2943
Setup_Fail_DEN: 9015
Peak UE: 42
MB_per_connected_UE: 14.47
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5085
UL Throughput: 4.36
DL Data Vol MAC in MB: 8046.4
CA Activation Rate den: 51166

Combined RACH Preambles: 2714
Time: 14:31:31
holiday: 0
CA DL DataVolRatio Pct num: 5905

DL MAC Vol Scell Pct: 53.27
Avg_Connected_UEs: 57.32
SIP DC%: 
UPTP_Mbps: 32.05
DLRLCLayerDataVolume MB: 1359.4
DRB UL Data Volume MB: 252
PRB Util%: 64.03
RRC Setup Attempts: 4275
CA Conf FailRate Pct den: 4958
weekend: 0
UPTP Mbps Num: 38631
RSSIRX2 Avg: -94.9
CA Activation Rate: 40.45
hr: 23
Bearer Releases: 7460

hr: 23
CA Activation Rate num: 7992649
Setup_Fail_DEN: 6373
Peak UE: 73
MB_per_connected_UE: 59.3

Time: 05:09:30
holiday: 0
CA DL DataVolRatio Pct: 57

DL MAC Vol Scell Pct: 20.78
SIP DC%: 
DLRLCLayerDataVolume MB: 8650.35
PRB Util%: 74.71
weekend: 0
UPTP Mbps Num: 22029
hr: 21
MAC_UE_SC_Tput: 7802.24
Bearer Releases: 12116

hr: 21
CA Activation Rate num: 6817508
UPTP Mbps Den: 3096
Setup_Fail_DEN: 19560
SIP_SC_Total_MOU: 110.28
Peak UE: 30
DL Volume: 242
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7039
DL Data Vol MAC in MB: 4708.06
CA Activation Rate den: 58876

Time: 13:42:37
holiday: 0
CA DL DataVolRatio Pct num: 3275

Avg_Connected_UEs: 55.36
SIP DC%: 
DLRLCLayerDataVolume MB: 949.96
DRB UL Data Volume MB: 7883
PRB Util%: 21.59
RRC Setup Attempts: 4579
weekend: 0
RSSIRX2 Avg: -94.87
CA Activation Rate: 26
hr: 21
MAC_UE_SC_Tput: 6005.51

hr: 21
CA Activation Rate num: 1137709
UPTP Mbps Den: 2506
Setup_Fail_DEN: 11692
SIP_SC_Total_MOU: 89.3
UL MAC Vol Scell Pct: 1.61
S1U_SIP_SC_SEER_den: 241
Peak UE: 27
MB_per_connected_UE: 145.79
DL Volume: 7882
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3637
DL Data Vol MAC in MB: 7398.48

Time: 14:42:41
holiday: 0
CA DL DataVolRatio Pct num: 5032
HO Attempts: 803

SIP DC%: 
DLRLCLayerDataVolume MB: 6171.37
weekend: 0
CA Activation Rate: 25.48
hr: 21
MAC_UE_SC_Tput: 6215.61
Bearer Releases: 18007

hr: 21
CA Activation Rate num: 4255492
Setup_Fail_DEN: 6774
SIP_SC_Total_MOU: 219.76
Peak UE: 82
MB_per_connected_UE: 84.45
PCT Time MIMO: 38.82
DL Volume: 4930
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3155
DL Data Vol MAC in MB: 8608
CA Activation Rate den: 98785

Combined RACH Preambles: 3216
Time: 00:18:39
holiday: 0
CA DL DataVolRatio Pct num: 5071

SIP DC%: 
DLRLCLayerDataVolume MB: 2697.46
PRB Util%: 28.76
RRC Setup Attempts: 5539
weekend: 0
UPTP Mbps Num: 1840
CA Activation Rate: 56.11
hr: 18
MAC_UE_SC_Tput: 4825.85
Bearer Releases: 9991

hr: 18
CA Activation Rate num: 5171267
Setup_Fail_DEN: 16102
Peak UE: 65
VOLTE IA%: 
MB_per_connected_UE: 115.68
DL Data Vol MAC in MB: 7972.89
CA Activation Rate den: 52564

Time: 01:46:40
holiday: 0
CA DL DataVolRatio Pct num: 6594

DL MAC Vol Scell Pct: 42.83
Avg_Connected_UEs: 74.06
SIP DC%: 
DLRLCLayerDataVolume MB: 220.7
DRB UL Data Volume MB: 1310
PRB Util%: 65.74
RRC Setup Attempts: 4322
weekend: 0
CA Activation Rate: 6.41
hr: 20
MAC_UE_SC_Tput: 9694.27
Bearer Releases: 8699

hr: 20
CA Activation Rate num: 5201749
UPTP Mbps Den: 4036
SIP_SC_Total_MOU: 329.82
Peak UE: 32
MB_per_connected_UE: 135.85
PCT Time MIMO: 61.61
DL Volume: 492
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8419
CA Activation Rate den: 81305

Time: 12:16:14
holiday: 0
CA DL DataVolRatio Pct: 81.25

SIP DC%: 
UPTP_Mbps: 39.6
DLRLCLayerDataVolume MB: 8127.75
DRB UL Data Volume MB: 7438
CA DL DataVolRatio Pct den: 7096
RSSIRX1 Avg: -93.89
weekend: 0
hr: 23
Bearer Releases: 6421

hr: 23
CA Activation Rate num: 8208785
Setup_Fail_DEN: 15536
SIP_SC_Total_MOU: 103.99
Peak UE: 29
MB_per_connected_UE: 24.05
DL Volume: 3188
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4399
DL Data Vol MAC in MB: 4390
CA Activation Rate den: 80424

Combined RACH Preambles: 4033
Time: 05:22:18
holiday: 0
CA DL DataVolRatio Pct: 63.64

DL MAC Vol Scell Pct: 35.03
SIP DC%: 
DRB UL Data Volume MB: 1572
PRB Util%: 19.8
CA Conf FailRate Pct den: 8893
weekend: 0
UPTP Mbps Num: 62198
CA Activation Rate: 59.06
hr: 0
MAC_UE_SC_Tput: 5473.85

hr: 0
CA Activation Rate num: 11339369
UPTP Mbps Den: 1009
Setup_Fail_DEN: 15798
SIP_SC_Total_MOU: 20.25
Peak UE: 27
MB_per_connected_UE: 163.63
DL Volume: 571
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4649
DL Data Vol MAC in MB: 7367.08

Time: 10:57:20
holiday: 0
CA DL DataVolRatio Pct: 58.55
CA DL DataVolRatio Pct num: 5648

Avg_Connected_UEs: 32.91
SIP DC%: 
UPTP_Mbps: 14.32
DLRLCLayerDataVolume MB: 9764.84
DRB UL Data Volume MB: 8889
DL Packet Loss Pct: 1.79
RRC Setup Attempts: 3522
CA DL DataVolRatio Pct den: 8648
weekend: 0
CA Activation Rate: 7
hr: 0
MAC_UE_SC_Tput: 13450.56

hr: 0
UPTP Mbps Den: 2592
Peak UE: 83
MB_per_connected_UE: 187.18
PCT Time MIMO: 52.04
DL Volume: 8722
CA Activation Rate den: 208811

Time: 12:59:18
holiday: 0

DL MAC Vol Scell Pct: 6.63
Avg_Connected_UEs: 59.27
SIP DC%: 
DLRLCLayerDataVolume MB: 6355.67
DRB UL Data Volume MB: 1661
PRB Util%: 45.55
CA Conf FailRate Pct den: 8633
weekend: 0
UPTP Mbps Num: 10377
CA Activation Rate: 43.53
hr: 10
MAC_UE_SC_Tput: 9089.79
Bearer Releases: 8367

hr: 10
CA Activation Rate num: 3315492
Setup_Fail_DEN: 8796
Peak UE: 32
MB_per_connected_UE: 125.87
DL Volume: 5050
DL Data Vol MAC in MB: 8513.51
CA Activation Rate den: 177979

Time: 15:32:55
holiday: 0
CA DL DataVolRatio Pct num: 5705
HO Attempts: 501

DL MAC Vol Scell Pct: 6.23
SIP DC%: 
UPTP_Mbps: 26.28
DLRLCLayerDataVolume MB: 5668.3
RRC Setup Attempts: 3948
CA Conf FailRate Pct den: 5432
weekend: 0
CA Activation Rate: 66.92
hr: 16
MAC_UE_SC_Tput: 4215.06

hr: 16
CA Activation Rate num: 4490397
UPTP Mbps Den: 1018
Setup_Fail_DEN: 16035
Peak UE: 27
MB_per_connected_UE: 49.78
DL Volume: 3283
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8607
DL Data Vol MAC in MB: 2709.96
CA Activation Rate den: 121774

holiday: 0
HO Attempts: 890

SIP DC%: 
DRB UL Data Volume MB: 7084
PRB Util%: 56.69
RRC Setup Attempts: 6744
CA DL DataVolRatio Pct den: 7565
CA Conf FailRate Pct den: 3427
weekend: 0
UPTP Mbps Num: 17394
CA Activation Rate: 30.39
hr: 7
MAC_UE_SC_Tput: 13615.21
Bearer Releases: 14835

hr: 7
CA Activation Rate num: 207989
Setup_Fail_DEN: 9557
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7873
CA Activation Rate den: 105356

Time: 03:50:17
holiday: 0
CA DL DataVolRatio Pct: 81.98
CA DL DataVolRatio Pct num: 3691

DL MAC Vol Scell Pct: 39.06
SIP DC%: 
UPTP_Mbps: 35.11
DRB UL Data Volume MB: 3543
PRB Util%: 31.39
RRC Setup Attempts: 5974
CA DL DataVolRatio Pct den: 8157
weekend: 0
UPTP Mbps Num: 42800
CA Activation Rate: 37.38
hr: 11
MAC_UE_SC_Tput: 9050.5

hr: 11
CA Activation Rate num: 7252114
UPTP Mbps Den: 2436
Peak UE: 27
MB_per_connected_UE: 8.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5180

Time: 07:16:08
holiday: 0

Avg_Connected_UEs: 18.94
SIP DC%: 
UPTP_Mbps: 45.1
PRB Util%: 9.27
RRC Setup Attempts: 5359
CA DL DataVolRatio Pct den: 10136
CA Conf FailRate Pct den: 5917
weekend: 0
UPTP Mbps Num: 37771
CA Activation Rate: 27.7
hr: 19
MAC_UE_SC_Tput: 5426.82

hr: 19
CA Activation Rate num: 14024415
UPTP Mbps Den: 763
SIP_SC_Total_MOU: 129.04
Peak UE: 27
MB_per_connected_UE: 149.39
PCT Time MIMO: 47.8
DL Data Vol MAC in MB: 319.55

Time: 06:10:58
holiday: 0
CA DL DataVolRatio Pct: 74.15

DL MAC Vol Scell Pct: 17.46
Avg_Connected_UEs: 29.14
SIP DC%: 
UPTP_Mbps: 8.63
DLRLCLayerDataVolume MB: 801.8
PRB Util%: 15.38
CA DL DataVolRatio Pct den: 4318
CA Conf FailRate Pct den: 4012
weekend: 0
hr: 23
MAC_UE_SC_Tput: 12217.71
Bearer Releases: 9323

hr: 23
CA Activation Rate num: 2035597
UPTP Mbps Den: 3689
Setup_Fail_DEN: 13325
SIP_SC_Total_MOU: 35.65
Peak UE: 35
VOLTE IA%: 
MB_per_connected_UE: 172.54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3948
CA Activation Rate den: 144322

Combined RACH Preambles: 4381
Time: 04:07:33
holiday: 0
CA DL DataVolRatio Pct: 49.85

DL MAC Vol Scell Pct: 3.12
Avg_Connected_UEs: 32.24
SIP DC%: 
UPTP_Mbps: 20.1
DLRLCLayerDataVolume MB: 5101.94
DRB UL Data Volume MB: 3880
RRC Setup Attempts: 7176
CA Conf FailRate Pct den: 6322
weekend: 0
hr: 3
MAC_UE_SC_Tput: 15550.26

hr: 3
CA Activation Rate num: 2273387
Setup_Fail_DEN: 14774
SIP_SC_Total_MOU: 58.05
Peak UE: 31
MB_per_connected_UE: 97.41
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4562
CA Activation Rate den: 181106

Time: 19:59:54
holiday: 0
CA DL DataVolRatio Pct: 81.78

DL MAC Vol Scell Pct: 42.52
Avg_Connected_UEs: 55.34
SIP DC%: 
UPTP_Mbps: 8.41
DLRLCLayerDataVolume MB: 1903.21
DRB UL Data Volume MB: 585
PRB Util%: 11.48
RRC Setup Attempts: 8529
CA DL DataVolRatio Pct den: 8072
weekend: 0
UPTP Mbps Num: 50717
CA Activation Rate: 43.13
hr: 9
MAC_UE_SC_Tput: 5364.49
Bearer Releases: 13127

hr: 9
Avg CQI: 11.37
CA Activation Rate num: 5919214
UPTP Mbps Den: 832
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6313
DL Data Vol MAC in MB: 1773.46

Time: 20:50:35
holiday: 0
CA DL DataVolRatio Pct: 70.07
CA DL DataVolRatio Pct num: 6522

Avg_Connected_UEs: 23.16
SIP DC%: 
UPTP_Mbps: 106.75
DLRLCLayerDataVolume MB: 5455.52
DRB UL Data Volume MB: 7530
RRC Setup Attempts: 4216
CA DL DataVolRatio Pct den: 8526
weekend: 0
UPTP Mbps Num: 43057
hr: 4
MAC_UE_SC_Tput: 4316.06
Bearer Releases: 18084

hr: 4
CA Activation Rate num: 2872766
UPTP Mbps Den: 2299
Setup_Fail_DEN: 15852
SIP_SC_Total_MOU: 201.27
Peak UE: 27
MB_per_connected_UE: 29.35
UL Throughput: 9.51
DL Data Vol MAC in MB: 9480.68
CA Activation Rate den: 56981

Time: 22:33:46
holiday: 0
CA DL DataVolRatio Pct num: 423

DL MAC Vol Scell Pct: 15.04
SIP DC%: 
UPTP_Mbps: 40.85
DLRLCLayerDataVolume MB: 9493.7
PRB Util%: 68.25
RRC Setup Attempts: 3688
CA DL DataVolRatio Pct den: 9111
weekend: 1
UPTP Mbps Num: 28988
hr: 23
MAC_UE_SC_Tput: 6985.49
Bearer Releases: 17948

hr: 23
CA Activation Rate num: 9357791
UPTP Mbps Den: 869
Setup_Fail_DEN: 6732
SIP_SC_Total_MOU: 57.99
Peak UE: 27
MB_per_connected_UE: 121.64

Combined RACH Preambles: 3383
Time: 11:15:48
holiday: 0
CA DL DataVolRatio Pct: 89.58

DL MAC Vol Scell Pct: 52.56
Avg_Connected_UEs: 26.08
SIP DC%: 
UPTP_Mbps: 46.24
DLRLCLayerDataVolume MB: 5172.35
PRB Util%: 39.82
CA DL DataVolRatio Pct den: 4622
weekend: 0
UPTP Mbps Num: 18690
hr: 10
Bearer Releases: 7357

hr: 10
CA Activation Rate num: 4753931
SIP_SC_Total_MOU: 207.89
Peak UE: 27
DL Volume: 190
DL Data Vol MAC in MB: 5127.46
CA Activation Rate den: 40803

Time: 11:28:06
holiday: 0
CA DL DataVolRatio Pct num: 584

DL MAC Vol Scell Pct: 4.43
SIP DC%: 
UPTP_Mbps: 39.86
DRB UL Data Volume MB: 7674
PRB Util%: 48.89
CA DL DataVolRatio Pct den: 7774
CA Conf FailRate Pct den: 8485
weekend: 0
UPTP Mbps Num: 31454
CA Activation Rate: 33.86
hr: 23
MAC_UE_SC_Tput: 4529.03
Bearer Releases: 14102

hr: 23
CA Activation Rate num: 10338337
SIP_SC_Total_MOU: 123.36
Peak UE: 41
MB_per_connected_UE: 153.26
PCT Time MIMO: 41.86
DL Data Vol MAC in MB: 2439.1

Time: 23:03:44
holiday: 0
HO_att_InterFreq: 635
CA DL DataVolRatio Pct num: 1444

Avg_Connected_UEs: 84.52
SIP DC%: 
UPTP_Mbps: 34.94
DRB UL Data Volume MB: 8322
CA DL DataVolRatio Pct den: 6259
CA Conf FailRate Pct den: 6425
weekend: 0
UPTP Mbps Num: 38140
CA Activation Rate: 13.65
hr: 12
MAC_UE_SC_Tput: 6605.87
Bearer Releases: 8759

hr: 12
CA Activation Rate num: 1916945
Setup_Fail_DEN: 9739
SIP_SC_Total_MOU: 409.7
Peak UE: 27
MB_per_connected_UE: 174.06
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3154
DL Data Vol MAC in MB: 9047.18
Combined RACH Preambles: 2434

Time: 06:02:19
holiday: 0
CA DL DataVolRatio Pct: 86.47
CA DL DataVolRatio Pct num: 3526

DL MAC Vol Scell Pct: 13.55
SIP DC%: 
UPTP_Mbps: 30.66
RRC Setup Attempts: 5718
CA DL DataVolRatio Pct den: 1915
weekend: 0
UPTP Mbps Num: 24924
hr: 12
MAC_UE_SC_Tput: 5043.51
Bearer Releases: 9890

hr: 12
CA Activation Rate num: 8970992
UPTP Mbps Den: 442
Setup_Fail_DEN: 15539
Peak UE: 27
DL Volume: 6317
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3501
DL Data Vol MAC in MB: 6138.24
CA Activation Rate den: 59518

Time: 10:32:31
holiday: 0
CA DL DataVolRatio Pct: 60.39

DL MAC Vol Scell Pct: 4.18
SIP DC%: 
UPTP_Mbps: 44.25
DLRLCLayerDataVolume MB: 6913.31
DRB UL Data Volume MB: 5385
PRB Util%: 39.42
CA DL DataVolRatio Pct den: 7084
weekend: 0
CA Activation Rate: 21.1
hr: 19
MAC_UE_SC_Tput: 8363.03

hr: 19
CA Activation Rate num: 580921
UPTP Mbps Den: 2719
Setup_Fail_DEN: 7330
Peak UE: 68
PCT Time MIMO: 62.5
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4186

Time: 03:42:57
holiday: 0

Avg_Connected_UEs: 23
SIP DC%: 
UPTP_Mbps: 45.24
DLRLCLayerDataVolume MB: 3412.17
DRB UL Data Volume MB: 7874
PRB Util%: 18.6
CA DL DataVolRatio Pct den: 3088
weekend: 0
UPTP Mbps Num: 6473
CA Activation Rate: 35.43
hr: 10
MAC_UE_SC_Tput: 16043.46
Bearer Releases: 11171

hr: 10
CA Activation Rate num: 1755315
Setup_Fail_DEN: 9010
SIP_SC_Total_MOU: 356.16
Peak UE: 27
MB_per_connected_UE: 83.92
UL Throughput: 8.45
DL Data Vol MAC in MB: 2473.39
Time: 01:59:47

holiday: 0

DL MAC Vol Scell Pct: 44.15
Avg_Connected_UEs: 54.42
SIP DC%: 
DLRLCLayerDataVolume MB: 8572.13
DRB UL Data Volume MB: 2869
CA DL DataVolRatio Pct den: 2187
CA Conf FailRate Pct den: 9449
weekend: 0
UPTP Mbps Num: 4453
CA Activation Rate: 40.62
hr: 10
MAC_UE_SC_Tput: 4313.36

hr: 10
CA Activation Rate num: 7045987
SIP_SC_Total_MOU: 11.45
Peak UE: 29
MB_per_connected_UE: 109.45
PCT Time MIMO: 45.1
DL Data Vol MAC in MB: 8645.64
CA Activation Rate den: 78445

Combined RACH Preambles: 2926
Time: 13:43:47
holiday: 0

Avg_Connected_UEs: 53.98
SIP DC%: 
UPTP_Mbps: 44.36
DLRLCLayerDataVolume MB: 6089.77
DRB UL Data Volume MB: 2158
PRB Util%: 25.09
CA DL DataVolRatio Pct den: 5974
weekend: 0
UPTP Mbps Num: 1597
hr: 3
MAC_UE_SC_Tput: 16758.83
Bearer Releases: 11124

hr: 3
CA Activation Rate num: 4218144
Peak UE: 35
MB_per_connected_UE: 15.88
DL Volume: 6119
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6761
DL Data Vol MAC in MB: 9485.75
CA Activation Rate den: 44078

Time: 00:14:14
holiday: 0
CA DL DataVolRatio Pct: 47.38
CA DL DataVolRatio Pct num: 7099

DL MAC Vol Scell Pct: 4.97
Avg_Connected_UEs: 56.52
SIP DC%: 
UPTP_Mbps: 23.36
DLRLCLayerDataVolume MB: 1729.53
PRB Util%: 53.78
CA Conf FailRate Pct den: 6011
weekend: 0
UPTP Mbps Num: 8668
CA Activation Rate: 65.79
hr: 2
MAC_UE_SC_Tput: 5529.35
Bearer Releases: 16145

hr: 2
UPTP Mbps Den: 1151
Setup_Fail_DEN: 14751
Peak UE: 63
MB_per_connected_UE: 33.12
DL Data Vol MAC in MB: 8229.59

Time: 21:45:15
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6540.9
DRB UL Data Volume MB: 2967
PRB Util%: 34.68
CA DL DataVolRatio Pct den: 8418
CA Conf FailRate Pct den: 7195
weekend: 0
UPTP Mbps Num: 29068
CA Activation Rate: 35.87
hr: 11
MAC_UE_SC_Tput: 7166.49

hr: 11
CA Activation Rate num: 2204909
Setup_Fail_DEN: 19526
SIP_SC_Total_MOU: 56.19
Peak UE: 31
MB_per_connected_UE: 81.89
DL Volume: 1036
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4442
DL Data Vol MAC in MB: 9578.35

Time: 02:20:16
holiday: 0
CA DL DataVolRatio Pct: 91.23
CA DL DataVolRatio Pct num: 6479

SIP DC%: 
UPTP_Mbps: 40.1
DLRLCLayerDataVolume MB: 8256.69
PRB Util%: 29.25
RRC Setup Attempts: 9064
weekend: 0
UPTP Mbps Num: 6400
hr: 4
MAC_UE_SC_Tput: 16202.18
Bearer Releases: 13028

hr: 4
Avg CQI: 10.83
CA Activation Rate num: 1528883
Setup_Fail_DEN: 7809
SIP_SC_Total_MOU: 234.57
Peak UE: 27
MB_per_connected_UE: 24.06
DL Volume: 2341
DL Data Vol MAC in MB: 3517.99
CA Activation Rate den: 51775

Combined RACH Preambles: 2720
Time: 09:29:30
holiday: 0
CA DL DataVolRatio Pct: 63.24
CA DL DataVolRatio Pct num: 2676

SIP DC%: 
DLRLCLayerDataVolume MB: 2969.35
PRB Util%: 11.08
weekend: 0
UPTP Mbps Num: 20710
CA Activation Rate: 43.1
hr: 2
MAC_UE_SC_Tput: 36162.53

hr: 2
CA Activation Rate num: 6869015
Setup_Fail_DEN: 17997
SIP_SC_Total_MOU: 387.21
Peak UE: 70
MB_per_connected_UE: 90.66
DL Volume: 2530

Time: 22:03:21
holiday: 0
CA DL DataVolRatio Pct num: 2155

DL MAC Vol Scell Pct: 17.66
SIP DC%: 
CA DL DataVolRatio Pct den: 2525
weekend: 0
CA Activation Rate: 27.59
hr: 4
MAC_UE_SC_Tput: 10349.37
Bearer Releases: 10058

hr: 4
CA Activation Rate num: 7774871
UPTP Mbps Den: 860
Setup_Fail_DEN: 6913
Peak UE: 59
VOLTE IA%: 
MB_per_connected_UE: 132.27
PCT Time MIMO: 60.94
DL Volume: 947
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3255
DL Data Vol MAC in MB: 9991.85
CA Activation Rate den: 96032

Time: 05:48:42
holiday: 0
CA DL DataVolRatio Pct num: 7289

DL MAC Vol Scell Pct: 32.63
SIP DC%: 
UPTP_Mbps: 34.36
DLRLCLayerDataVolume MB: 5006.3
RRC Setup Attempts: 6922
CA Conf FailRate Pct den: 6476
weekend: 0
UPTP Mbps Num: 31910
hr: 12
MAC_UE_SC_Tput: 4908.91

hr: 12
CA Activation Rate num: 6816738
Setup_Fail_DEN: 13358
SIP_SC_Total_MOU: 319.66
Peak UE: 44
MB_per_connected_UE: 184.98
PCT Time MIMO: 43.48
DL Volume: 1824
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6666
CA Activation Rate den: 145429

Combined RACH Preambles: 2648
Time: 03:12:57
holiday: 0

SIP DC%: 
CA DL DataVolRatio Pct den: 9117
CA Conf FailRate Pct den: 4208
weekend: 0
UPTP Mbps Num: 61138
CA Activation Rate: 28.16
hr: 0
MAC_UE_SC_Tput: 10921.79
Bearer Releases: 8033

hr: 0
CA Activation Rate num: 2220340
Setup_Fail_DEN: 12926
SIP_SC_Total_MOU: 322.84
Peak UE: 28
PCT Time MIMO: 45.74
DL Data Vol MAC in MB: 8469.35

Combined RACH Preambles: 3213
Time: 02:48:18
holiday: 0
CA DL DataVolRatio Pct: 75.84

Avg_Connected_UEs: 52.69
SIP DC%: 
DLRLCLayerDataVolume MB: 3018.76
PRB Util%: 25.53
RRC Setup Attempts: 4382
CA DL DataVolRatio Pct den: 8920
weekend: 0
RSSIRX2 Avg: -94.32
CA Activation Rate: 60.39
hr: 2
MAC_UE_SC_Tput: 4259.09
Bearer Releases: 7776

hr: 2
CA Activation Rate num: 5706351
UPTP Mbps Den: 2949
Setup_Fail_DEN: 10351
SIP_SC_Total_MOU: 89.12
MB_per_connected_UE: 104.24
Time: 05:25:38

holiday: 0
CA DL DataVolRatio Pct num: 3255

Avg_Connected_UEs: 30.08
SIP DC%: 
UPTP_Mbps: 46.05
DLRLCLayerDataVolume MB: 3035.92
DRB UL Data Volume MB: 1465
PRB Util%: 60.86
CA DL DataVolRatio Pct den: 8179
CA Conf FailRate Pct den: 7168
weekend: 0
hr: 18
MAC_UE_SC_Tput: 4546.89

hr: 18
Peak UE: 62
MB_per_connected_UE: 63.46
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3048
DL Data Vol MAC in MB: 1650.91
CA Activation Rate den: 225420

Time: 06:08:20
holiday: 0
CA DL DataVolRatio Pct num: 3962

DL MAC Vol Scell Pct: 8.09
Avg_Connected_UEs: 75.45
SIP DC%: 
UPTP_Mbps: 32.87
DLRLCLayerDataVolume MB: 7718.15
CA DL DataVolRatio Pct den: 9327
weekend: 0
CA Activation Rate: 19.3
hr: 12
MAC_UE_SC_Tput: 4533.11
Bearer Releases: 6215

hr: 12
CA Activation Rate num: 2895890
Peak UE: 27
MB_per_connected_UE: 136.65
DL Volume: 3584
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3420
DL Data Vol MAC in MB: 9498.89
CA Activation Rate den: 75786

Time: 22:48:17
holiday: 0
CA DL DataVolRatio Pct: 69.7
CA DL DataVolRatio Pct num: 4870

Avg_Connected_UEs: 59.3
SIP DC%: 
UPTP_Mbps: 43.67
DLRLCLayerDataVolume MB: 3454.93
DRB UL Data Volume MB: 4071
CA DL DataVolRatio Pct den: 3592
CA Conf FailRate Pct den: 3583
weekend: 0
UPTP Mbps Num: 57790
hr: 13
MAC_UE_SC_Tput: 11737.34
Bearer Releases: 17211

hr: 13
CA Activation Rate num: 2972915
UPTP Mbps Den: 3855
Setup_Fail_DEN: 19554
SIP_SC_Total_MOU: 50.99
Peak UE: 27
MB_per_connected_UE: 12.76
DL Volume: 3174
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7766
DL Data Vol MAC in MB: 1241.06

Time: 15:15:17
holiday: 0
CA DL DataVolRatio Pct: 91.31
CA DL DataVolRatio Pct num: 522

Avg_Connected_UEs: 82.64
SIP DC%: 
UPTP_Mbps: 22.54
DRB UL Data Volume MB: 7815
PRB Util%: 44.97
UL Resid BLER PCT: 0.86
RRC Setup Attempts: 7275
CA Conf FailRate Pct den: 4345
weekend: 0
UPTP Mbps Num: 19363
CA Activation Rate: 24.99
hr: 23
MAC_UE_SC_Tput: 6351.44
Bearer Releases: 12416

hr: 23
CA Activation Rate num: 4384548
Setup_Fail_DEN: 18965
SIP_SC_Total_MOU: 110.65
Peak UE: 27
PCT Time MIMO: 43.05
DL Volume: 5134
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3126
CA Activation Rate den: 189216

Time: 12:48:07
holiday: 0
CA DL DataVolRatio Pct: 71.57
CA DL DataVolRatio Pct num: 5502

DL MAC Vol Scell Pct: 37.58
SIP DC%: 
UPTP_Mbps: 37.35
DRB UL Data Volume MB: 8375
CA DL DataVolRatio Pct den: 3651
weekend: 0
CA Activation Rate: 66.37
hr: 5
MAC_UE_SC_Tput: 5489.07

hr: 5
CA Activation Rate num: 10763094
Setup_Fail_DEN: 18026
SIP_SC_Total_MOU: 239.51
Peak UE: 53
PCT Time MIMO: 42.86
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4129
DL Data Vol MAC in MB: 3552.81
Combined RACH Preambles: 2941
Time: 02:24:02

holiday: 0

DL MAC Vol Scell Pct: 16.41
Avg_Connected_UEs: 76.67
SIP DC%: 
DLRLCLayerDataVolume MB: 3143.89
DRB UL Data Volume MB: 8330
RRC Setup Attempts: 8911
CA DL DataVolRatio Pct den: 3919
weekend: 0
UPTP Mbps Num: 13097
hr: 0
MAC_UE_SC_Tput: 5031.87
Bearer Releases: 13269

hr: 0
CA Activation Rate num: 3923095
UPTP Mbps Den: 5044
Setup_Fail_DEN: 18280
SIP_SC_Total_MOU: 45.79
UL MAC Vol Scell Pct: 8.43
Peak UE: 27
MB_per_connected_UE: 16.58
PCT Time MIMO: 45.54
DL Data Vol MAC in MB: 1355.47
CA Activation Rate den: 80745

Combined RACH Preambles: 2235
Time: 17:53:38
holiday: 0
CA DL DataVolRatio Pct: 82.86
CA DL DataVolRatio Pct num: 1222

SIP DC%: 
UPTP_Mbps: 30.35
DLRLCLayerDataVolume MB: 6618.97
DRB UL Data Volume MB: 9307
CA Conf FailRate Pct den: 2813
weekend: 1
UPTP Mbps Num: 22314
CA Activation Rate: 69.79
hr: 23
MAC_UE_SC_Tput: 5144.76
Bearer Releases: 18520

hr: 23
CA Activation Rate num: 2193824
Peak UE: 27
MB_per_connected_UE: 69.49
PCT Time MIMO: 32.42
DL Volume: 5903
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5198
UL Throughput: 6
CA Activation Rate den: 98395

Combined RACH Preambles: 3435
Time: 08:40:49
holiday: 0

DL MAC Vol Scell Pct: 11.97
Avg_Connected_UEs: 21.78
SIP DC%: 
DLRLCLayerDataVolume MB: 2852.88
RRC Setup Attempts: 6273
weekend: 1
UPTP Mbps Num: 3739
CA Activation Rate: 37.26
hr: 16
MAC_UE_SC_Tput: 8818.09
Bearer Releases: 9213

hr: 16
CA Activation Rate num: 7974960
SIP_SC_Total_MOU: 60.72
Peak UE: 69
DL Volume: 8182
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8002
DL Data Vol MAC in MB: 4039.44
CA Activation Rate den: 113457

Time: 16:16:34
holiday: 0

DL MAC Vol Scell Pct: 20.39
SIP DC%: 
DLRLCLayerDataVolume MB: 9283.35
DRB UL Data Volume MB: 2460
RRC Setup Attempts: 5310
weekend: 0
UPTP Mbps Num: 31180
CA Activation Rate: 15.41
hr: 17
MAC_UE_SC_Tput: 4626.79

hr: 17
CA Activation Rate num: 4132850
UPTP Mbps Den: 842
Setup_Fail_DEN: 10888
S1U_SIP_SC_SEER_den: 108
Peak UE: 38
MB_per_connected_UE: 100.98
DL Data Vol MAC in MB: 1461.51
CA Activation Rate den: 53361

Time: 00:41:55
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9804.22
PRB Util%: 48.52
RRC Setup Attempts: 3459
CA Conf FailRate Pct den: 7115
weekend: 0
CA Activation Rate: 40.04
hr: 23
MAC_UE_SC_Tput: 8166.6
Bearer Releases: 6483

hr: 23
CA Activation Rate num: 9105983
Setup_Fail_DEN: 15134
SIP_SC_Total_MOU: 96.04
Peak UE: 68
MB_per_connected_UE: 126.93
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8367

Time: 19:17:11
holiday: 0
CA DL DataVolRatio Pct: 62.65

Avg_Connected_UEs: 47.37
SIP DC%: 
UPTP_Mbps: 44.98
DRB UL Data Volume MB: 9045
CA Conf FailRate Pct den: 7366
weekend: 0
UPTP Mbps Num: 5226
hr: 0
MAC_UE_SC_Tput: 25218.08
Bearer Releases: 11344

hr: 0
CA Activation Rate num: 9983738
UPTP Mbps Den: 834
Setup_Fail_DEN: 16010
SIP_SC_Total_MOU: 138.76
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9284

Time: 16:59:42
holiday: 0

Avg_Connected_UEs: 79.27
SIP DC%: 
DLRLCLayerDataVolume MB: 9353.09
CA DL DataVolRatio Pct den: 4089
CA Conf FailRate Pct den: 8081
weekend: 0
UPTP Mbps Num: 4730
CA Activation Rate: 12.44
hr: 14
MAC_UE_SC_Tput: 6829.22
Bearer Releases: 15517

hr: 14
CA Activation Rate num: 4481675
Peak UE: 58
MB_per_connected_UE: 187.91
DL Data Vol MAC in MB: 9289.37

Time: 00:23:08
holiday: 0

DL MAC Vol Scell Pct: 29.13
Avg_Connected_UEs: 52.82
SIP DC%: 
DLRLCLayerDataVolume MB: 286.03
DRB UL Data Volume MB: 4234
PRB Util%: 38.46
CA DL DataVolRatio Pct den: 6091
CA Conf FailRate Pct den: 6855
weekend: 0
UPTP Mbps Num: 35058
hr: 21
MAC_UE_SC_Tput: 6277.73
Bearer Releases: 18487

hr: 21
CA Activation Rate num: 10857624
SIP_SC_Total_MOU: 424.04
MB_per_connected_UE: 157.23
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7542
DL Data Vol MAC in MB: 7670.37

Combined RACH Preambles: 3061
Time: 23:16:33
holiday: 0
CA DL DataVolRatio Pct: 58.44

DL MAC Vol Scell Pct: 8.7
Avg_Connected_UEs: 63.43
SIP DC%: 
DLRLCLayerDataVolume MB: 710.38
DRB UL Data Volume MB: 9153
RRC Setup Attempts: 6073
CA DL DataVolRatio Pct den: 727
weekend: 0
UPTP Mbps Num: 17612
hr: 0
MAC_UE_SC_Tput: 17720.35
Bearer Releases: 9197

hr: 0
CA Activation Rate num: 867673
UPTP Mbps Den: 789
Setup_Fail_DEN: 15189
SIP_SC_Total_MOU: 18.28
Peak UE: 54
MB_per_connected_UE: 99.85
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9303
DL Data Vol MAC in MB: 9485.26

Time: 15:13:10
holiday: 0
CA DL DataVolRatio Pct num: 6988

DL MAC Vol Scell Pct: 17.05
Avg_Connected_UEs: 55.2
SIP DC%: 
UPTP_Mbps: 39.92
DLRLCLayerDataVolume MB: 9812.19
DRB UL Data Volume MB: 4979
PRB Util%: 72.29
RRC Setup Attempts: 7792
weekend: 0
UPTP Mbps Num: 12512
CA Activation Rate: 14.39
hr: 4
MAC_UE_SC_Tput: 8404.05
Bearer Releases: 12723

hr: 4
CA Activation Rate num: 6313348
UPTP Mbps Den: 2127
Peak UE: 27
DL Volume: 9911
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7834
UL Throughput: 8.38
DL Data Vol MAC in MB: 6266.49
CA Activation Rate den: 37853

Time: 03:39:04
holiday: 0
CA DL DataVolRatio Pct: 61.65
CA DL DataVolRatio Pct num: 3920

Avg_Connected_UEs: 50.31
SIP DC%: 
DLRLCLayerDataVolume MB: 8132.23
DRB UL Data Volume MB: 1118
RRC Setup Attempts: 5179
weekend: 0
UPTP Mbps Num: 5955
CA Activation Rate: 8.24
hr: 4
MAC_UE_SC_Tput: 11390.53
Bearer Releases: 10841

hr: 4
CA Activation Rate num: 9762263
Setup_Fail_DEN: 14934
SIP_SC_Total_MOU: 234.39
Peak UE: 27
MB_per_connected_UE: 94.98
PCT Time MIMO: 46.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7460

Time: 17:45:09
holiday: 0
CA DL DataVolRatio Pct: 70.06

DL MAC Vol Scell Pct: 28.4
SIP DC%: 
UPTP_Mbps: 30.69
DLRLCLayerDataVolume MB: 4830.63
DRB UL Data Volume MB: 4489
RRC Setup Attempts: 5656
CA DL DataVolRatio Pct den: 9330
CA Conf FailRate Pct den: 8998
weekend: 0
CA Activation Rate: 36.37
hr: 5
MAC_UE_SC_Tput: 6589.49
Bearer Releases: 11679

hr: 5
CA Activation Rate num: 12798990
Peak UE: 76
VOLTE IA%: 
MB_per_connected_UE: 79.89
DL Volume: 2008

Time: 02:21:18
holiday: 0

DL MAC Vol Scell Pct: 10.29
SIP DC%: 
DLRLCLayerDataVolume MB: 3123.73
DRB UL Data Volume MB: 9247
PRB Util%: 65
RRC Setup Attempts: 7667
weekend: 1
UPTP Mbps Num: 18354
CA Activation Rate: 16.28
hr: 0
MAC_UE_SC_Tput: 5318.87

hr: 0
CA Activation Rate num: 1914018
UPTP Mbps Den: 596
Setup_Fail_DEN: 9379
Peak UE: 29
MB_per_connected_UE: 156.92
PCT Time MIMO: 37.82
DL Volume: 6025
DL Data Vol MAC in MB: 2389
CA Activation Rate den: 88015
Combined RACH Preambles: 3093

Time: 05:01:04
holiday: 0

DL MAC Vol Scell Pct: 8.93
Avg_Connected_UEs: 65.01
SIP DC%: 
UPTP_Mbps: 9.19
DLRLCLayerDataVolume MB: 3440.37
DRB UL Data Volume MB: 3294
CA DL DataVolRatio Pct den: 10175
CA Conf FailRate Pct den: 4150
weekend: 0
hr: 6
MAC_UE_SC_Tput: 6114.85
Bearer Releases: 11619

hr: 6
CA Activation Rate num: 6286159
Setup_Fail_DEN: 13632
SIP_SC_Total_MOU: 30.52
Peak UE: 98
VOLTE IA%: 
MB_per_connected_UE: 58.38
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6774
DL Data Vol MAC in MB: 3442.42
CA Activation Rate den: 164914

Time: 19:22:01
holiday: 0

DL MAC Vol Scell Pct: 51.08
SIP DC%: 
UPTP_Mbps: 78.75
DLRLCLayerDataVolume MB: 10031.66
PRB Util%: 56.87
CA DL DataVolRatio Pct den: 3736
CA Conf FailRate Pct den: 4123
weekend: 0
UPTP Mbps Num: 35123
hr: 23
MAC_UE_SC_Tput: 8691.12
Bearer Releases: 10731

hr: 23
CA Activation Rate num: 9280592
SIP_SC_Total_MOU: 433.51
Peak UE: 27
MB_per_connected_UE: 179.76
DL Volume: 2790
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6793
CA Activation Rate den: 115168

Combined RACH Preambles: 3427
Time: 17:01:33
holiday: 0
CA DL DataVolRatio Pct: 62.95

DL MAC Vol Scell Pct: 48
Avg_Connected_UEs: 47.46
SIP DC%: 
UPTP_Mbps: 62.73
DLRLCLayerDataVolume MB: 6321.65
PRB Util%: 8.94
RRC Setup Attempts: 4827
CA DL DataVolRatio Pct den: 4890
CA Conf FailRate Pct den: 4274
weekend: 0
UPTP Mbps Num: 3767
CA Activation Rate: 59.71
hr: 13
MAC_UE_SC_Tput: 8340.05
Bearer Releases: 8263

hr: 13
SIP_SC_Total_MOU: 185.51
Peak UE: 61
MB_per_connected_UE: 43.67
DL Volume: 5562
Time: 01:24:19

holiday: 0
CA DL DataVolRatio Pct: 70.28
HO_att_InterFreq: 151

SIP DC%: 
DLRLCLayerDataVolume MB: 4655.12
CA DL DataVolRatio Pct den: 9220
CA Conf FailRate Pct den: 9496
weekend: 0
CA Activation Rate: 50.85
hr: 9
MAC_UE_SC_Tput: 6259.96
Bearer Releases: 6823

hr: 9
Avg CQI: 9.55
Setup_Fail_DEN: 15854
SIP_SC_Total_MOU: 104.23
Peak UE: 27
MB_per_connected_UE: 45.13

Time: 10:27:21
holiday: 0
CA DL DataVolRatio Pct num: 6446

SIP DC%: 
UPTP_Mbps: 34.58
DLRLCLayerDataVolume MB: 8165.47
DRB UL Data Volume MB: 4820
RRC Setup Attempts: 8108
CA DL DataVolRatio Pct den: 9732
CA Conf FailRate Pct den: 9158
weekend: 0
UPTP Mbps Num: 17773
CA Activation Rate: 52.23
hr: 4
MAC_UE_SC_Tput: 5106.35

hr: 4
CA Activation Rate num: 6480222
UPTP Mbps Den: 2589
Setup_Fail_DEN: 10977
Peak UE: 27
MB_per_connected_UE: 116.69
DL Volume: 4758
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5099
DL Data Vol MAC in MB: 4443.05
CA Activation Rate den: 177443

Combined RACH Preambles: 3020
Time: 13:25:09
Date: 03-12-2022
holiday: 0
CA DL DataVolRatio Pct: 83.34

DL MAC Vol Scell Pct: 23.26
Avg_Connected_UEs: 45.73
SIP DC%: 
DLRLCLayerDataVolume MB: 4755.8
DRB UL Data Volume MB: 8817
CA DL DataVolRatio Pct den: 9625
CA Conf FailRate Pct den: 3306
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6043.65
Bearer Releases: 12772

hr: 23
CA Activation Rate num: 9405506
Setup_Fail_DEN: 12828
SIP_SC_Total_MOU: 26.83
Peak UE: 40
MB_per_connected_UE: 163.69
CA Activation Rate den: 47549

Combined RACH Preambles: 2497
Time: 22:10:59
holiday: 0
HO_att_InterFreq: 773
CA DL DataVolRatio Pct num: 5726

Avg_Connected_UEs: 28.25
SIP DC%: 
DLRLCLayerDataVolume MB: 7848.49
DRB UL Data Volume MB: 9881
CA DL DataVolRatio Pct den: 5970
weekend: 0
UPTP Mbps Num: 18840
hr: 9
MAC_UE_SC_Tput: 4258.5

hr: 9
Setup_Fail_DEN: 11848
MB_per_connected_UE: 29.59
PCT Time MIMO: 55.65
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3164
CA Activation Rate den: 59404

Time: 23:38:24
holiday: 0
CA DL DataVolRatio Pct num: 3575

DL MAC Vol Scell Pct: 41.6
Avg_Connected_UEs: 30.7
SIP DC%: 
UPTP_Mbps: 16.25
DLRLCLayerDataVolume MB: 6147.51
PRB Util%: 73.75
RRC Setup Attempts: 3928
CA DL DataVolRatio Pct den: 1501
weekend: 0
UPTP Mbps Num: 26105
hr: 4
MAC_UE_SC_Tput: 14015.76
Bearer Releases: 11386

hr: 4
CA Activation Rate num: 10780629
Setup_Fail_DEN: 13209
SIP_SC_Total_MOU: 126.32
DL Volume: 2034
UL Throughput: 10.32
DL Data Vol MAC in MB: 445.97

Time: 02:50:48
holiday: 0
CA DL DataVolRatio Pct: 86.01
CA DL DataVolRatio Pct num: 3119
HO Attempts: 23

DL MAC Vol Scell Pct: 5.53
Avg_Connected_UEs: 63.83
SIP DC%: 
DLRLCLayerDataVolume MB: 3939.28
RRC Setup Attempts: 4029
CA DL DataVolRatio Pct den: 6325
weekend: 0
UPTP Mbps Num: 20048
CA Activation Rate: 72.45
hr: 0
MAC_UE_SC_Tput: 7292.13

hr: 0
CA Activation Rate num: 9142800
Setup_Fail_DEN: 13145
Peak UE: 46
MB_per_connected_UE: 86.05
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5194
DL Data Vol MAC in MB: 8677.75

Time: 08:21:15
holiday: 0
CA DL DataVolRatio Pct num: 2238

DL MAC Vol Scell Pct: 27.34
SIP DC%: 
DLRLCLayerDataVolume MB: 6630.03
DRB UL Data Volume MB: 5722
PRB Util%: 33.1
weekend: 0
CA Activation Rate: 75.15
hr: 3

hr: 3
CA Activation Rate num: 9329688
UPTP Mbps Den: 2825
Setup_Fail_DEN: 13824
Peak UE: 27
MB_per_connected_UE: 116.22

Time: 22:23:22
holiday: 0

DL MAC Vol Scell Pct: 6.03
Avg_Connected_UEs: 78.14
SIP DC%: 
UPTP_Mbps: 27.64
DLRLCLayerDataVolume MB: 727.92
DRB UL Data Volume MB: 2647
RRC Setup Attempts: 6690
CA DL DataVolRatio Pct den: 8704
weekend: 1
UPTP Mbps Num: 26115
CA Activation Rate: 63.04
hr: 3
MAC_UE_SC_Tput: 6555.15
Bearer Releases: 8364

hr: 3
CA Activation Rate num: 9940320
UPTP Mbps Den: 2052
Setup_Fail_DEN: 11057
SIP_SC_Total_MOU: 210.71
Peak UE: 86
DL Volume: 3566
DL Data Vol MAC in MB: 7513.82

Time: 13:41:29
holiday: 0
CA DL DataVolRatio Pct: 78.64
CA DL DataVolRatio Pct num: 2673

SIP DC%: 
UPTP_Mbps: 14.29
PRB Util%: 41.87
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5539.61
Bearer Releases: 13227

hr: 23
CA Activation Rate num: 7107714
UPTP Mbps Den: 2062
Peak UE: 29
MB_per_connected_UE: 41.72
DL Data Vol MAC in MB: 796.32
CA Activation Rate den: 190527

Time: 13:34:56
holiday: 0
CA DL DataVolRatio Pct num: 4179

Avg_Connected_UEs: 32.41
SIP DC%: 
UPTP_Mbps: 37.29
DLRLCLayerDataVolume MB: 5186.23
CA DL DataVolRatio Pct den: 3082
weekend: 0
CA Activation Rate: 61.6
hr: 23
MAC_UE_SC_Tput: 26945.58

hr: 23
CA Activation Rate num: 10812828
UPTP Mbps Den: 855
SIP_SC_Total_MOU: 332.99
Peak UE: 27
MB_per_connected_UE: 143.72
PCT Time MIMO: 61.82
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8990
Combined RACH Preambles: 2014
Time: 20:18:41
Date: 30-03-2022

holiday: 0

DL MAC Vol Scell Pct: 7.3
SIP DC%: 
DLRLCLayerDataVolume MB: 8090.17
weekend: 0
UPTP Mbps Num: 6746
CA Activation Rate: 50.35
hr: 23
MAC_UE_SC_Tput: 5153.24
Bearer Releases: 8718

hr: 23
CA Activation Rate num: 7544018
UPTP Mbps Den: 2454
QCI 1 Bearer Drop%: 1.23
Peak UE: 27
PCT Time MIMO: 57.29
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6158
DL Data Vol MAC in MB: 8210.61

Date: 07-01-2022
holiday: 0
CA DL DataVolRatio Pct: 58.65
CA DL DataVolRatio Pct num: 1548

SIP DC%: 
DLRLCLayerDataVolume MB: 804.21
DRB UL Data Volume MB: 8521
PRB Util%: 60.22
CA DL DataVolRatio Pct den: 8141
weekend: 0
CA Activation Rate: 43.26
hr: 23
MAC_UE_SC_Tput: 6596.72
Bearer Releases: 6350

hr: 23
CA Activation Rate num: 10585035
Setup_Fail_DEN: 10322
SIP_SC_Total_MOU: 51.19
MB_per_connected_UE: 35.54
DL Volume: 713
CA Activation Rate den: 42391

Time: 14:46:14
holiday: 0
CA DL DataVolRatio Pct: 46.69
CA DL DataVolRatio Pct num: 4138

DL MAC Vol Scell Pct: 8.86
Avg_Connected_UEs: 52.03
SIP DC%: 
UPTP_Mbps: 30.16
DRB UL Data Volume MB: 6227
RRC Setup Attempts: 3655
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8131.76
Bearer Releases: 18223

hr: 23
CA Activation Rate num: 8850066
UPTP Mbps Den: 704
SIP_SC_Total_MOU: 47.15
Peak UE: 61
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6855
UL Throughput: 9.08
CA Activation Rate den: 103332

Combined RACH Preambles: 2590
Time: 12:19:03
holiday: 0
CA DL DataVolRatio Pct num: 4868

Avg_Connected_UEs: 39.48
SIP DC%: 
UPTP_Mbps: 40.66
DRB UL Data Volume MB: 7229
weekend: 1
hr: 21
MAC_UE_SC_Tput: 8957.31
Bearer Releases: 6336

hr: 21
CA Activation Rate num: 1399180
Setup_Fail_DEN: 17970
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9343
DL Data Vol MAC in MB: 7195.28
CA Activation Rate den: 38226

Time: 00:48:47
holiday: 0
HO_att_InterFreq: 375

SIP DC%: 
DRB UL Data Volume MB: 6532
RRC Setup Attempts: 3418
CA DL DataVolRatio Pct den: 9118
weekend: 1
CA Activation Rate: 46.43
hr: 14
MAC_UE_SC_Tput: 8198.06
Bearer Releases: 7710

hr: 14
CA Activation Rate num: 1885577
UPTP Mbps Den: 947
SIP_SC_Total_MOU: 309.08
Peak UE: 64
MB_per_connected_UE: 8.33
DL Volume: 8151
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8506
Time: 10:37:28

holiday: 0
CA DL DataVolRatio Pct num: 1355

SIP DC%: 
PRB Util%: 20
RRC Setup Attempts: 6839
CA DL DataVolRatio Pct den: 7083
weekend: 1
CA Activation Rate: 59.26
hr: 18
MAC_UE_SC_Tput: 5126.15

hr: 18
Setup_Fail_DEN: 13333
Peak UE: 55
VOLTE IA%: 
MB_per_connected_UE: 111.86
PCT Time MIMO: 46.06
DL Volume: 7829
DL Data Vol MAC in MB: 3263.86
CA Activation Rate den: 43346
Time: 10:51:39

holiday: 0
CA DL DataVolRatio Pct: 60.23
CA DL DataVolRatio Pct num: 5583

DL MAC Vol Scell Pct: 18.22
Avg_Connected_UEs: 70.09
SIP DC%: 
DRB UL Data Volume MB: 5130
PRB Util%: 57.41
RRC Setup Attempts: 3691
CA Conf FailRate Pct den: 5344
RSSIRX1 Avg: -97.79
weekend: 0
UPTP Mbps Num: 32440
CA Activation Rate: 76.64
hr: 10
MAC_UE_SC_Tput: 12807.78
Bearer Releases: 10654

hr: 10
CA Activation Rate num: 2616949
UPTP Mbps Den: 5052
Peak UE: 64
MB_per_connected_UE: 22.1
PCT Time MIMO: 34.05
DL Volume: 4251
DL Data Vol MAC in MB: 3132.37
CA Activation Rate den: 70145

Time: 14:06:50
holiday: 0
CA DL DataVolRatio Pct num: 389

DL MAC Vol Scell Pct: 57.13
Avg_Connected_UEs: 57.64
SIP DC%: 
DLRLCLayerDataVolume MB: 4315.31
DRB UL Data Volume MB: 9507
PRB Util%: 15.22
weekend: 0
CA Activation Rate: 26.09
hr: 14
MAC_UE_SC_Tput: 7248.48
Bearer Releases: 8865

hr: 14
CA Activation Rate num: 5949996
UPTP Mbps Den: 1672
Setup_Fail_DEN: 19006
SIP_SC_Total_MOU: 163.07
Peak UE: 53
MB_per_connected_UE: 107.55
PCT Time MIMO: 55.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3879
DL Data Vol MAC in MB: 8829.56

Time: 22:34:06
holiday: 0

Avg_Connected_UEs: 46.93
SIP DC%: 
UPTP_Mbps: 25.57
PRB Util%: 41.74
RRC Setup Attempts: 3458
CA Conf FailRate Pct den: 4143
weekend: 1
CA Activation Rate: 21.89
hr: 23
MAC_UE_SC_Tput: 4225.57

hr: 23
CA Activation Rate num: 8197545
Setup_Fail_DEN: 11627
Peak UE: 27
MB_per_connected_UE: 143.86
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4658
CA Activation Rate den: 73155

Combined RACH Preambles: 3118
Time: 03:13:40
holiday: 0

DL MAC Vol Scell Pct: 37.06
SIP DC%: 
UPTP_Mbps: 43.48
CA DL DataVolRatio Pct den: 1811
CA Conf FailRate Pct den: 6895
weekend: 1
hr: 13
MAC_UE_SC_Tput: 4986.12
Bearer Releases: 12398

hr: 13
CA Activation Rate num: 1045448
Setup_Fail_DEN: 11330
SIP_SC_Total_MOU: 227.58
Peak UE: 42
MB_per_connected_UE: 173.44
PCT Time MIMO: 50.49
DL Volume: 5567
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5375
DL Data Vol MAC in MB: 4364.67
CA Activation Rate den: 41717

Time: 13:01:32
Date: 16-09-2022
holiday: 0
CA DL DataVolRatio Pct num: 7180

DL MAC Vol Scell Pct: 41.94
Avg_Connected_UEs: 38.38
SIP DC%: 
DLRLCLayerDataVolume MB: 1975.89
DRB UL Data Volume MB: 8856
RRC Setup Attempts: 4864
CA DL DataVolRatio Pct den: 3644
weekend: 0
RSSIRX2 Avg: -94.12
hr: 19
MAC_UE_SC_Tput: 17125.61

hr: 19
UPTP Mbps Den: 976
Setup_Fail_DEN: 11859
SIP_SC_Total_MOU: 32.56
Peak UE: 39
MB_per_connected_UE: 132.26
DL Volume: 5413
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4761
UL Throughput: 9.68
DL Data Vol MAC in MB: 6723.42
CA Activation Rate den: 115692

Time: 15:16:22
holiday: 0
CA DL DataVolRatio Pct num: 2557

SIP DC%: 
UPTP_Mbps: 47.06
DLRLCLayerDataVolume MB: 1453.45
weekend: 0
hr: 9
MAC_UE_SC_Tput: 14773.79

hr: 9
CA Activation Rate num: 1951132
UPTP Mbps Den: 3041
Setup_Fail_DEN: 11468
Peak UE: 71
MB_per_connected_UE: 14.18
DL Volume: 3356
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6022

Combined RACH Preambles: 2859
Time: 16:23:00
holiday: 0

DL MAC Vol Scell Pct: 23.57
SIP DC%: 
UPTP_Mbps: 35.49
DLRLCLayerDataVolume MB: 4898.54
DRB UL Data Volume MB: 7522
RRC Setup Attempts: 7645
CA DL DataVolRatio Pct den: 10019
weekend: 0
CA Activation Rate: 60.43
hr: 15
MAC_UE_SC_Tput: 17378.7
Bearer Releases: 6512

hr: 15
CA Activation Rate num: 2238882
Setup_Fail_DEN: 9708
SIP_SC_Total_MOU: 384.15
Peak UE: 45
MB_per_connected_UE: 197.05
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5108
DL Data Vol MAC in MB: 1760.52
CA Activation Rate den: 211656

Time: 15:50:16
holiday: 0
CA DL DataVolRatio Pct: 65.31
CA DL DataVolRatio Pct num: 5200

Avg_Connected_UEs: 35.64
SIP DC%: 
UPTP_Mbps: 65.3
DLRLCLayerDataVolume MB: 4721.51
DRB UL Data Volume MB: 8125
CA DL DataVolRatio Pct den: 446
CA Conf FailRate Pct den: 9165
weekend: 0
UPTP Mbps Num: 44979
CA Activation Rate: 39.27
hr: 7
MAC_UE_SC_Tput: 14656.78

hr: 7
CA Activation Rate num: 10734126
UPTP Mbps Den: 960
SIP_SC_Total_MOU: 92.9
Peak UE: 27
MB_per_connected_UE: 33.5
PCT Time MIMO: 41.62
DL Volume: 7366
DL Data Vol MAC in MB: 4344.18
Combined RACH Preambles: 3593

Time: 08:08:38
holiday: 0
CA DL DataVolRatio Pct: 84.14

Avg_Connected_UEs: 53.02
SIP DC%: 
CA DL DataVolRatio Pct den: 8915
CA Conf FailRate Pct den: 6104
weekend: 0
UPTP Mbps Num: 36070
CA Activation Rate: 48.62
hr: 23
MAC_UE_SC_Tput: 18029.2

hr: 23
CA Activation Rate num: 9812532
Setup_Fail_DEN: 15408
SIP_SC_Total_MOU: 98.07
Peak UE: 75
MB_per_connected_UE: 47.11
DL Volume: 4966

Time: 22:01:26
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 6988
PRB Util%: 67.11
CA Conf FailRate Pct den: 3038
weekend: 0
Bearer Setup Failure Voice Den: 96
CA Activation Rate: 42.01
hr: 0
MAC_UE_SC_Tput: 17226.15
Bearer Releases: 15119

hr: 0
CA Activation Rate num: 7962097
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6473
DL Data Vol MAC in MB: 5021.2

Time: 08:28:03
holiday: 0
CA DL DataVolRatio Pct: 62.68
HO_att_InterFreq: 67
CA DL DataVolRatio Pct num: 1758

DL MAC Vol Scell Pct: 23.68
SIP DC%: 
UPTP_Mbps: 11.8
DLRLCLayerDataVolume MB: 6352.14
DRB UL Data Volume MB: 5997
PRB Util%: 29.86
RRC Setup Attempts: 6520
CA Conf FailRate Pct den: 9331
weekend: 0
UPTP Mbps Num: 7635
CA Activation Rate: 27.61
hr: 0
MAC_UE_SC_Tput: 7079.62
Bearer Releases: 14709

hr: 0
CA Activation Rate num: 10080484
UPTP Mbps Den: 2907
Setup_Fail_DEN: 9946
SIP_SC_Total_MOU: 238.92
Peak UE: 37
MB_per_connected_UE: 7.64
DL Volume: 8689
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7516
UL Throughput: 2.46
DL Data Vol MAC in MB: 10127.62
CA Activation Rate den: 41077

Time: 01:50:12
holiday: 0
CA DL DataVolRatio Pct num: 1185

Avg_Connected_UEs: 53.65
SIP DC%: 
DLRLCLayerDataVolume MB: 1491.95
DRB UL Data Volume MB: 3286
CA DL DataVolRatio Pct den: 4006
weekend: 0
UPTP Mbps Num: 43883
CA Activation Rate: 16.72
hr: 5
MAC_UE_SC_Tput: 5176.96
Bearer Releases: 7862

hr: 5
CA Activation Rate num: 3834402
UPTP Mbps Den: 5974
Setup_Fail_DEN: 8937
Peak UE: 27

Combined RACH Preambles: 4214
Time: 13:11:39
holiday: 0
HO Attempts: 80

DL MAC Vol Scell Pct: 13.95
Avg_Connected_UEs: 63.11
SIP DC%: 
UPTP_Mbps: 63.15
DRB UL Data Volume MB: 4753
PRB Util%: 72.18
CA DL DataVolRatio Pct den: 7144
CA Conf FailRate Pct den: 6102
weekend: 0
UPTP Mbps Num: 20093
hr: 23
MAC_UE_SC_Tput: 6669.05
Bearer Releases: 14675

hr: 23
CA Activation Rate num: 1969005
Setup_Fail_DEN: 15307
SIP_SC_Total_MOU: 57.6
Peak UE: 27
DL Volume: 9549
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6483
DL Data Vol MAC in MB: 6594.44
CA Activation Rate den: 110748

Time: 21:14:43
holiday: 0
CA DL DataVolRatio Pct: 70.17

SIP DC%: 
UPTP_Mbps: 37.15
DRB UL Data Volume MB: 2688
weekend: 1
UPTP Mbps Num: 37608
CA Activation Rate: 67.67
hr: 11
MAC_UE_SC_Tput: 5257.7
Bearer Releases: 13817

hr: 11
CA Activation Rate num: 5222920
UPTP Mbps Den: 4583
Setup_Fail_DEN: 14635
SIP_SC_Total_MOU: 127.15
Peak UE: 27
PCT Time MIMO: 40
DL Volume: 2604
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6920
DL Data Vol MAC in MB: 9679.22

Time: 16:49:00
holiday: 0
CA DL DataVolRatio Pct: 42.44
CA DL DataVolRatio Pct num: 7077

Avg_Connected_UEs: 19.75
SIP DC%: 
UPTP_Mbps: 99.51
DLRLCLayerDataVolume MB: 884.09
PRB Util%: 17.07
CA DL DataVolRatio Pct den: 721
weekend: 0
UPTP Mbps Num: 24896
CA Activation Rate: 62.08
hr: 11
MAC_UE_SC_Tput: 10408.99
Bearer Releases: 8755

hr: 11
CA Activation Rate num: 5413311
UPTP Mbps Den: 914
Setup_Fail_DEN: 13643
SIP_SC_Total_MOU: 20.48
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 127.59
PCT Time MIMO: 37.35
DL Data Vol MAC in MB: 4903.88
HO Failure%: 0.07

Time: 20:13:44
holiday: 0
CA DL DataVolRatio Pct num: 434

DL MAC Vol Scell Pct: 18.09
SIP DC%: 
DLRLCLayerDataVolume MB: 2978.09
CA DL DataVolRatio Pct den: 2732
weekend: 0
UPTP Mbps Num: 43742
CA Activation Rate: 4.3
hr: 17
MAC_UE_SC_Tput: 5926.51

hr: 17
CA Activation Rate num: 9784148
UPTP Mbps Den: 2661
SIP_SC_Total_MOU: 29.02
Peak UE: 27
MB_per_connected_UE: 88.34
DL Data Vol MAC in MB: 2834.72
CA Activation Rate den: 68831

Time: 12:28:25
holiday: 0

SIP DC%: 
UPTP_Mbps: 36.23
DLRLCLayerDataVolume MB: 5547.89
DRB UL Data Volume MB: 8606
PRB Util%: 74.63
CA DL DataVolRatio Pct den: 9985
CA Conf FailRate Pct den: 6486
weekend: 0
hr: 23

hr: 23
CA Activation Rate num: 10836912
Setup_Fail_DEN: 18794
SIP_SC_Total_MOU: 246.52
DL Data Vol MAC in MB: 513.95

Time: 23:58:45
holiday: 0

DL MAC Vol Scell Pct: 23.29
Avg_Connected_UEs: 53.56
SIP DC%: 
UPTP_Mbps: 15.52
PRB Util%: 27.72
RRC Setup Attempts: 8176
CA Conf FailRate Pct den: 4630
weekend: 1
hr: 7
MAC_UE_SC_Tput: 8333.97
Bearer Releases: 14429

hr: 7
CA Activation Rate num: 5573319
UPTP Mbps Den: 824
Setup_Fail_DEN: 9117
SIP_SC_Total_MOU: 111.58
Peak UE: 27
MB_per_connected_UE: 52.65
DL Volume: 4439
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4111
DL Data Vol MAC in MB: 356.01
CA Activation Rate den: 174643

Combined RACH Preambles: 2172
holiday: 0
CA DL DataVolRatio Pct: 43.43
HO_att_InterFreq: 856
CA DL DataVolRatio Pct num: 6839

Avg_Connected_UEs: 60.97
SIP DC%: 
DLRLCLayerDataVolume MB: 1172.35
DRB UL Data Volume MB: 8209
PRB Util%: 25.19
DL Packet Loss Pct: 1.04
RRC Setup Attempts: 6651
CA DL DataVolRatio Pct den: 8365
weekend: 0
UPTP Mbps Num: 23858
hr: 8
MAC_UE_SC_Tput: 5209.52
Bearer Releases: 16409

hr: 8
CA Activation Rate num: 10078161
UPTP Mbps Den: 162
Setup_Fail_DEN: 10018
Peak UE: 27
PCT Time MIMO: 32.97
CA Activation Rate den: 73097
Combined RACH Preambles: 3822

Time: 09:28:31
holiday: 0
RRC Setup Failure% 5G: 0.33
HO_att_InterFreq: 551

DL MAC Vol Scell Pct: 56.1
Avg_Connected_UEs: 31.58
SIP DC%: 
RRC Setup Attempts: 3723
CA Conf FailRate Pct den: 8267
weekend: 0
UPTP Mbps Num: 4324
CA Activation Rate: 58.59
hr: 0
MAC_UE_SC_Tput: 16473.32
Bearer Releases: 9295

hr: 0
CA Activation Rate num: 7514463
Setup_Fail_DEN: 9017
SIP_SC_Total_MOU: 67.83
Peak UE: 27
MB_per_connected_UE: 60.84
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3693
DL Data Vol MAC in MB: 10046.06
CA Activation Rate den: 39068

Combined RACH Preambles: 3515
Time: 22:29:46
holiday: 0
HO_att_InterFreq: 276

Avg_Connected_UEs: 77.55
SIP DC%: 
UPTP_Mbps: 36.32
PRB Util%: 3.34
RRC Setup Attempts: 3327
CA DL DataVolRatio Pct den: 9232
CA Conf FailRate Pct den: 6106
weekend: 0
UPTP Mbps Num: 35861
CA Activation Rate: 44.77
hr: 23
MAC_UE_SC_Tput: 14034.63

hr: 23
CA Activation Rate num: 9028572
Setup_Fail_DEN: 19027
SIP_SC_Total_MOU: 329.99
Peak UE: 30
MB_per_connected_UE: 7.81
PCT Time MIMO: 36.49
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5479
DL Data Vol MAC in MB: 6367.62
CA Activation Rate den: 77422

Time: 03:52:05
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5116.05
DRB UL Data Volume MB: 7751
PRB Util%: 6.47
RRC Setup Attempts: 3835
CA DL DataVolRatio Pct den: 9914
CA Conf FailRate Pct den: 5421
weekend: 0
CA Activation Rate: 7.42
hr: 21
MAC_UE_SC_Tput: 4868.98
Bearer Releases: 13810

hr: 21
CA Activation Rate num: 5099916
SIP_SC_Total_MOU: 182.76
Peak UE: 60
MB_per_connected_UE: 123.95
DL Volume: 7047
DL Data Vol MAC in MB: 6030.36
CA Activation Rate den: 39478

Time: 08:05:44
Date: 28-06-2023
holiday: 0

DL MAC Vol Scell Pct: 21.44
Avg_Connected_UEs: 82.42
SIP DC%: 
UPTP_Mbps: 24.25
DLRLCLayerDataVolume MB: 2427.33
DRB UL Data Volume MB: 8283
PRB Util%: 43.85
CA DL DataVolRatio Pct den: 10200
CA Conf FailRate Pct den: 8968
weekend: 0
UPTP Mbps Num: 14344
hr: 22
MAC_UE_SC_Tput: 14277.17

hr: 22
CA Activation Rate num: 8829556
UPTP Mbps Den: 2922
SIP_SC_Total_MOU: 173.54
Peak UE: 27
MB_per_connected_UE: 97.9
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5907
DL Data Vol MAC in MB: 2227.86
CA Activation Rate den: 117508

Time: 03:31:43
holiday: 0
CA DL DataVolRatio Pct num: 2167

DL MAC Vol Scell Pct: 7.88
Avg_Connected_UEs: 57.67
SIP DC%: 
UPTP_Mbps: 42.34
DRB UL Data Volume MB: 7555
RRC Setup Attempts: 3525
CA Conf FailRate Pct den: 5918
weekend: 0
UPTP Mbps Num: 11873
hr: 23
MAC_UE_SC_Tput: 4304.34

hr: 23
CA Activation Rate num: 5557111
Setup_Fail_DEN: 10744
SIP_SC_Total_MOU: 38.12
Peak UE: 70
MB_per_connected_UE: 92.42
DL Volume: 8962
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4890

Time: 03:39:37
holiday: 0
CA DL DataVolRatio Pct: 45.51
HO Attempts: 507

Avg_Connected_UEs: 30.59
SIP DC%: 
UPTP_Mbps: 42.97
DLRLCLayerDataVolume MB: 4957.4
DRB UL Data Volume MB: 8167
PRB Util%: 74.07
CA DL DataVolRatio Pct den: 2346
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6404.94
Bearer Releases: 7197

hr: 23
CA Activation Rate num: 8234464
Setup_Fail_DEN: 11695
SIP_SC_Total_MOU: 188.45
Peak UE: 84
UL Throughput: 7.38
DL Data Vol MAC in MB: 7074.37

Combined RACH Preambles: 2876
Time: 22:09:32
holiday: 0
CA DL DataVolRatio Pct: 70.98

DL MAC Vol Scell Pct: 46.8
SIP DC%: 
UPTP_Mbps: 127.85
DLRLCLayerDataVolume MB: 6295.06
DRB UL Data Volume MB: 2242
RRC Setup Attempts: 5380
CA Conf FailRate Pct den: 7228
weekend: 0
UPTP Mbps Num: 1424
hr: 0
MAC_UE_SC_Tput: 13707.24
Bearer Releases: 8482

hr: 0
CA Activation Rate num: 12234917
UL MAC Vol Scell Pct: 3.07
Peak UE: 53
DL Volume: 8552
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6286
DL Data Vol MAC in MB: 4520.2

Time: 02:20:09
Date: 13-10-2022
holiday: 0
CA DL DataVolRatio Pct num: 5819

SIP DC%: 
UPTP_Mbps: 32.4
DRB UL Data Volume MB: 7068
PRB Util%: 55.22
RRC Setup Attempts: 4950
CA DL DataVolRatio Pct den: 8476
CA Conf FailRate Pct den: 7902
weekend: 0
UPTP Mbps Num: 13735
hr: 22

hr: 22
CA Activation Rate num: 3615847
UPTP Mbps Den: 1452
SIP_SC_Total_MOU: 108.84
Peak UE: 27
MB_per_connected_UE: 136.95
PCT Time MIMO: 46.65
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3472
DL Data Vol MAC in MB: 3865.19
CA Activation Rate den: 118360

Combined RACH Preambles: 2141
Time: 11:59:35
holiday: 0
CA DL DataVolRatio Pct: 64.07

DL MAC Vol Scell Pct: 30.77
Avg_Connected_UEs: 73.32
SIP DC%: 
UPTP_Mbps: 12.01
DLRLCLayerDataVolume MB: 2384.24
DRB UL Data Volume MB: 6613
PRB Util%: 3.17
CA Conf FailRate Pct den: 4834
weekend: 0
UPTP Mbps Num: 10597
hr: 5
MAC_UE_SC_Tput: 9397.26
Bearer Releases: 11001

hr: 5
Avg CQI: 11.43
CA Activation Rate num: 9700406
Setup_Fail_DEN: 16873
SIP_SC_Total_MOU: 220.25
Peak UE: 39
MB_per_connected_UE: 134.67
PCT Time MIMO: 35.69
DL Volume: 5400

Combined RACH Preambles: 2998
Time: 04:37:13
holiday: 0
CA DL DataVolRatio Pct: 60.11

DL MAC Vol Scell Pct: 31.24
Avg_Connected_UEs: 82.56
SIP DC%: 
DLRLCLayerDataVolume MB: 5900.43
PRB Util%: 12.47
CA Conf FailRate Pct den: 6560
weekend: 0
UPTP Mbps Num: 23441
hr: 6
MAC_UE_SC_Tput: 5747.97
Bearer Releases: 6210

hr: 6
CA Activation Rate num: 7096016
Peak UE: 27
MB_per_connected_UE: 112.87
DL Volume: 4883
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3978
CA Activation Rate den: 41110

Time: 17:42:52
holiday: 0

DL MAC Vol Scell Pct: 58.39
SIP DC%: 
UPTP_Mbps: 31.02
DLRLCLayerDataVolume MB: 3904.83
CA Conf FailRate Pct den: 5056
weekend: 0
CA Activation Rate: 7.19
hr: 0
MAC_UE_SC_Tput: 11845.93
Bearer Releases: 13599

hr: 0
CA Activation Rate num: 10068205
UPTP Mbps Den: 2038
SIP_SC_Total_MOU: 97.29
Peak UE: 82
MB_per_connected_UE: 22.39
DL Volume: 3696
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3600
DL Data Vol MAC in MB: 2332.65

Combined RACH Preambles: 3715
Time: 05:03:42
holiday: 0
CA DL DataVolRatio Pct: 88.36
CA DL DataVolRatio Pct num: 7488

DL MAC Vol Scell Pct: 7.94
Avg_Connected_UEs: 57.63
SIP DC%: 
UPTP_Mbps: 39.77
DLRLCLayerDataVolume MB: 8330.58
DRB UL Data Volume MB: 8300
PRB Util%: 12.91
CA DL DataVolRatio Pct den: 5680
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11119.3

hr: 23
CA Activation Rate num: 5411582
Setup_Fail_DEN: 18522
SIP_SC_Total_MOU: 407.03
Peak UE: 27
MB_per_connected_UE: 141.34
PCT Time MIMO: 52.4
DL Volume: 1398
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5292
DL Data Vol MAC in MB: 7674.36
CA Activation Rate den: 37759

Time: 17:54:54
holiday: 0

Avg_Connected_UEs: 40.81
SIP DC%: 
DLRLCLayerDataVolume MB: 1965.32
DRB UL Data Volume MB: 5319
CA DL DataVolRatio Pct den: 4460
CA Conf FailRate Pct den: 4472
weekend: 0
CA Activation Rate: 35.52
hr: 15
MAC_UE_SC_Tput: 14250.64
Bearer Releases: 16636

hr: 15
UPTP Mbps Den: 1848
Setup_Fail_DEN: 16040
SIP_SC_Total_MOU: 153.93
Peak UE: 87
MB_per_connected_UE: 144.08
PCT Time MIMO: 43.63
DL Volume: 592
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5732
DL Data Vol MAC in MB: 6473.86
CA Activation Rate den: 171412

Time: 09:56:58
holiday: 0
CA DL DataVolRatio Pct: 82.47
CA DL DataVolRatio Pct num: 5163

DL MAC Vol Scell Pct: 22.78
SIP DC%: 
DLRLCLayerDataVolume MB: 3684.7
DRB UL Data Volume MB: 7595
PRB Util%: 23.55
CA DL DataVolRatio Pct den: 6295
CA Conf FailRate Pct den: 4468
weekend: 0
UPTP Mbps Num: 36280
CA Activation Rate: 3.88
hr: 23
MAC_UE_SC_Tput: 13000.77
Bearer Releases: 10412

hr: 23
CA Activation Rate num: 991693
UPTP Mbps Den: 1667
SIP_SC_Total_MOU: 111.14
Peak UE: 56
PCT Time MIMO: 50.46
DL Volume: 475

Time: 18:16:37
holiday: 0
CA DL DataVolRatio Pct num: 6690

SIP DC%: 
DLRLCLayerDataVolume MB: 7138.82
DRB UL Data Volume MB: 5291
CA Conf FailRate Pct den: 6901
weekend: 0
UPTP Mbps Num: 14172
hr: 6
MAC_UE_SC_Tput: 6516.32
Bearer Releases: 12659

hr: 6
CA Activation Rate num: 5995790
UPTP Mbps Den: 1874
Setup_Fail_DEN: 13187
Peak UE: 86
MB_per_connected_UE: 83.99
DL Volume: 4991
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8556
DL Data Vol MAC in MB: 3765.67
HO Failure%: 0.14
CA Activation Rate den: 119779

Time: 10:15:00
holiday: 0
CA DL DataVolRatio Pct: 58.8
CA DL DataVolRatio Pct num: 3412

DL MAC Vol Scell Pct: 37.47
SIP DC%: 
UPTP_Mbps: 40.05
DLRLCLayerDataVolume MB: 1098.25
CA DL DataVolRatio Pct den: 9712
CA Conf FailRate Pct den: 5525
weekend: 0
UPTP Mbps Num: 14785
CA Activation Rate: 34.28
hr: 23
MAC_UE_SC_Tput: 4464.41
Bearer Releases: 13216

hr: 23
CA Activation Rate num: 5273114
UPTP Mbps Den: 2373
Setup_Fail_DEN: 14143
SIP_SC_Total_MOU: 11.18
Peak UE: 27
MB_per_connected_UE: 127.89
DL Volume: 2686
DL Data Vol MAC in MB: 3771.48

Combined RACH Preambles: 4082
Time: 02:16:58
holiday: 0
SIP_SC_Call_Attempts: 259

DL MAC Vol Scell Pct: 6.6
SIP DC%: 
UPTP_Mbps: 86.61
DLRLCLayerDataVolume MB: 1320.63
DRB UL Data Volume MB: 8985
PRB Util%: 59.2
CA DL DataVolRatio Pct den: 7516
weekend: 0
CA Activation Rate: 52.61
hr: 19

hr: 19
Avg CQI: 10.86
CA Activation Rate num: 10069832
UPTP Mbps Den: 5919
Setup_Fail_DEN: 8328
SIP_SC_Total_MOU: 10.29
Peak UE: 47
MB_per_connected_UE: 12.35
PCT Time MIMO: 34.22
DL Data Vol MAC in MB: 5614.36
CA Activation Rate den: 102663

Time: 02:55:37
holiday: 0
CA DL DataVolRatio Pct: 40.59
HO_att_InterFreq: 581

Avg_Connected_UEs: 24.31
SIP DC%: 
UPTP_Mbps: 27.81
DLRLCLayerDataVolume MB: 2280.07
DRB UL Data Volume MB: 9092
RRC Setup Attempts: 9339
weekend: 0
CA Activation Rate: 27.15
hr: 10
MAC_UE_SC_Tput: 6490.5

hr: 10
CA Activation Rate num: 7895648
UPTP Mbps Den: 1683
Setup_Fail_DEN: 19126
SIP_SC_Total_MOU: 84.05
Peak UE: 27
MB_per_connected_UE: 68.76
PCT Time MIMO: 41.59
UL Throughput: 11.34
DL Data Vol MAC in MB: 1997.48
CA Activation Rate den: 100574

Time: 13:00:15
holiday: 0
HO Attempts: 358

DL MAC Vol Scell Pct: 9.28
SIP DC%: 
UPTP_Mbps: 47.26
DLRLCLayerDataVolume MB: 390.88
DRB UL Data Volume MB: 8301
PRB Util%: 46.77
CA DL DataVolRatio Pct den: 4906
CA Conf FailRate Pct den: 6835
weekend: 0
UPTP Mbps Num: 47937
CA Activation Rate: 19.16
hr: 11
MAC_UE_SC_Tput: 11228.07

hr: 11
CA Activation Rate num: 1864487
Setup_Fail_DEN: 17383
Peak UE: 70
MB_per_connected_UE: 160.01
PCT Time MIMO: 54.89
DL Volume: 7497
UL Throughput: 3.1
DL Data Vol MAC in MB: 1290.12
CA Activation Rate den: 102076

Time: 01:53:42
holiday: 0
CA DL DataVolRatio Pct: 86.14
CA DL DataVolRatio Pct num: 6164
HO Attempts: 409

DL MAC Vol Scell Pct: 11.02
Avg_Connected_UEs: 63.54
SIP DC%: 
UPTP_Mbps: 22.62
DLRLCLayerDataVolume MB: 8139.21
CA DL DataVolRatio Pct den: 7697
CA Conf FailRate Pct den: 7136
weekend: 0
UPTP Mbps Num: 13529
hr: 4
MAC_UE_SC_Tput: 4802.3
Bearer Releases: 8729

hr: 4
CA Activation Rate num: 10340259
SIP_SC_Total_MOU: 47.14
Peak UE: 27
MB_per_connected_UE: 123.54
DL Volume: 744
DL Data Vol MAC in MB: 4031.11

Combined RACH Preambles: 2755
Time: 05:19:42
holiday: 0
CA DL DataVolRatio Pct num: 7214

Avg_Connected_UEs: 58.23
SIP DC%: 
UPTP_Mbps: 38.46
DLRLCLayerDataVolume MB: 1949.73
DRB UL Data Volume MB: 7152
CA Conf FailRate Pct den: 6841
weekend: 0
CA Activation Rate: 7.55
hr: 16
MAC_UE_SC_Tput: 7429.67
Bearer Releases: 8422

hr: 16
CA Activation Rate num: 4294983
Setup_Fail_DEN: 10987
Peak UE: 27
MB_per_connected_UE: 126.96
PCT Time MIMO: 36.6
DL Volume: 3546
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8914
DL Data Vol MAC in MB: 7581.67

Time: 08:59:22
holiday: 0

Avg_Connected_UEs: 52.51
SIP DC%: 
UPTP_Mbps: 44.66
PRB Util%: 67.68
weekend: 0
UPTP Mbps Num: 37068
hr: 2
MAC_UE_SC_Tput: 7334.94

hr: 2
CA Activation Rate num: 9856458
UPTP Mbps Den: 3025
Peak UE: 28
CA Activation Rate den: 120197

Time: 15:25:40
holiday: 0
CA DL DataVolRatio Pct num: 606

DL MAC Vol Scell Pct: 40.57
Avg_Connected_UEs: 71.52
SIP DC%: 
UPTP_Mbps: 41.52
DLRLCLayerDataVolume MB: 6943.98
DRB UL Data Volume MB: 7467
PRB Util%: 40.05
CA DL DataVolRatio Pct den: 4349
CA Conf FailRate Pct den: 5165
weekend: 0
RRC Setup Failures: 38
hr: 0
MAC_UE_SC_Tput: 5749.67
Bearer Releases: 8003

hr: 0
CA Activation Rate num: 4813083
Setup_Fail_DEN: 20023
SIP_SC_Total_MOU: 6.71
Peak UE: 27
MB_per_connected_UE: 12.13
PCT Time MIMO: 55.2
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3586
UL Throughput: 4.52
DL Data Vol MAC in MB: 8772.72

Time: 10:32:34
holiday: 0
CA DL DataVolRatio Pct num: 6494

SIP DC%: 
DLRLCLayerDataVolume MB: 4489.85
DRB UL Data Volume MB: 6171
RRC Setup Attempts: 7677
CA DL DataVolRatio Pct den: 3602
weekend: 0
UPTP Mbps Num: 5393
hr: 16
Bearer Releases: 14070

hr: 16
CA Activation Rate num: 11304208
Setup_Fail_DEN: 11074
Peak UE: 29
DL Volume: 2501
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5109
UL Throughput: 2.87
DL Data Vol MAC in MB: 6515.83
CA Activation Rate den: 117334

Time: 04:52:50
holiday: 0
CA DL DataVolRatio Pct: 83.09
CA DL DataVolRatio Pct num: 6507

Avg_Connected_UEs: 56.87
SIP DC%: 
DLRLCLayerDataVolume MB: 4247.81
DRB UL Data Volume MB: 7330
weekend: 0
CA Activation Rate: 51.96
hr: 23
MAC_UE_SC_Tput: 7703.83

hr: 23
CA Activation Rate num: 7733269
Setup_Fail_DEN: 8069
SIP_SC_Total_MOU: 310.84
Peak UE: 76
MB_per_connected_UE: 40.75
PCT Time MIMO: 59.4
DL Volume: 142
UL Throughput: 8.35

Time: 11:50:03
holiday: 0

Avg_Connected_UEs: 32.98
SIP DC%: 
DLRLCLayerDataVolume MB: 9058.49
RRC Setup Attempts: 4771
CA DL DataVolRatio Pct den: 4920
weekend: 0
CA Activation Rate: 67.45
hr: 0
MAC_UE_SC_Tput: 10001.49
Bearer Releases: 7101

hr: 0
CA Activation Rate num: 2175082
Setup_Fail_DEN: 12166
SIP_SC_Total_MOU: 94.23
Peak UE: 42
MB_per_connected_UE: 26.1
PCT Time MIMO: 35.3
DL Volume: 8300
DL Data Vol MAC in MB: 2130.49
CA Activation Rate den: 94265

Time: 19:21:19
holiday: 0
CA DL DataVolRatio Pct: 79.53
CA DL DataVolRatio Pct num: 2702

Avg_Connected_UEs: 73.26
SIP DC%: 
DLRLCLayerDataVolume MB: 3813.89
PRB Util%: 24.55
CA Conf FailRate Pct den: 5107
weekend: 0
UPTP Mbps Num: 3781
hr: 12
MAC_UE_SC_Tput: 7233.9

hr: 12
Avg CQI: 10.61
CA Activation Rate num: 4118134
UPTP Mbps Den: 2160
SIP_SC_Total_MOU: 78.46
Peak UE: 31
MB_per_connected_UE: 178.96
DL Volume: 2012
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4232
DL Data Vol MAC in MB: 9366.48

Combined RACH Preambles: 4671
Time: 07:54:48
holiday: 0
CA DL DataVolRatio Pct: 57.8
CA DL DataVolRatio Pct num: 1715

DL MAC Vol Scell Pct: 54.48
Avg_Connected_UEs: 58.09
SIP DC%: 
UPTP_Mbps: 7.3
DLRLCLayerDataVolume MB: 2299.2
DRB UL Data Volume MB: 1220
RRC Setup Attempts: 3823
weekend: 0
UPTP Mbps Num: 11275
CA Activation Rate: 2.57
hr: 23
MAC_UE_SC_Tput: 16181.18
Bearer Releases: 15467

hr: 23
CA Activation Rate num: 9936677
UPTP Mbps Den: 430
Setup_Fail_DEN: 10075
Peak UE: 96

Combined RACH Preambles: 3875
Time: 14:44:27
holiday: 0

DL MAC Vol Scell Pct: 30.59
Avg_Connected_UEs: 37.03
SIP DC%: 
UPTP_Mbps: 40.16
DLRLCLayerDataVolume MB: 1808.81
PRB Util%: 30.96
RRC Setup Attempts: 3506
CA DL DataVolRatio Pct den: 9151
CA Conf FailRate Pct den: 9047
weekend: 0
UPTP Mbps Num: 45192
CA Activation Rate: 5.03
hr: 20
MAC_UE_SC_Tput: 14396.89

hr: 20
CA Activation Rate num: 2223927
UPTP Mbps Den: 2344
Setup_Fail_DEN: 7208
Peak UE: 27
MB_per_connected_UE: 71.57
PCT Time MIMO: 44.57

Time: 19:17:47
holiday: 0

Avg_Connected_UEs: 26.51
SIP DC%: 
UPTP_Mbps: 9.39
DLRLCLayerDataVolume MB: 741.32
DRB UL Data Volume MB: 8677
CA DL DataVolRatio Pct den: 9958
CA Conf FailRate Pct den: 8831
weekend: 1
CA Activation Rate: 56.84
hr: 3
MAC_UE_SC_Tput: 15811.82
Bearer Releases: 12884

hr: 3
CA Activation Rate num: 5730523
Setup_Fail_DEN: 7009
SIP_SC_Total_MOU: 225.86
Peak UE: 44
MB_per_connected_UE: 84.37
DL Data Vol MAC in MB: 7274.31

Combined RACH Preambles: 2465
Time: 23:18:04
holiday: 0
CA DL DataVolRatio Pct num: 7588

Avg_Connected_UEs: 47.47
SIP DC%: 
UPTP_Mbps: 128.12
DLRLCLayerDataVolume MB: 5266.17
RRC Setup Attempts: 5366
weekend: 0
UPTP Mbps Num: 10588
CA Activation Rate: 73.95
hr: 5
MAC_UE_SC_Tput: 4637.65

hr: 5
CA Activation Rate num: 2425159
Setup_Fail_DEN: 9449
SIP_SC_Total_MOU: 206.51
Peak UE: 27
MB_per_connected_UE: 64.94
DL Volume: 4144
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4970
DL Data Vol MAC in MB: 260.03

Time: 12:33:02
holiday: 0
CA DL DataVolRatio Pct num: 278
HO Attempts: 320

DL MAC Vol Scell Pct: 29.11
SIP DC%: 
UPTP_Mbps: 34.92
DLRLCLayerDataVolume MB: 4165.27
weekend: 0
CA Activation Rate: 59.5
hr: 23
MAC_UE_SC_Tput: 4151.85

hr: 23
CA Activation Rate num: 2150156
Peak UE: 72
DL Volume: 590
DL Data Vol MAC in MB: 2256.24

Time: 15:42:47
holiday: 0
CA DL DataVolRatio Pct: 46.6
HO_att_InterFreq: 580
CA DL DataVolRatio Pct num: 4024

DL MAC Vol Scell Pct: 15.51
SIP DC%: 
UPTP_Mbps: 39.27
DLRLCLayerDataVolume MB: 3384.15
DRB UL Data Volume MB: 5306
RRC Setup Attempts: 5743
CA DL DataVolRatio Pct den: 3607
CA Conf FailRate Pct den: 2960
weekend: 0
UPTP Mbps Num: 51476
hr: 14
MAC_UE_SC_Tput: 11774.06
Bearer Releases: 8933

hr: 14
UPTP Mbps Den: 427
Setup_Fail_DEN: 16076
SIP_SC_Total_MOU: 344.98
Peak UE: 27
DL Volume: 7134
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3714

Time: 23:49:59
holiday: 0
CA DL DataVolRatio Pct: 87.69
CA DL DataVolRatio Pct num: 3801

Avg_Connected_UEs: 47.88
SIP DC%: 
DLRLCLayerDataVolume MB: 5440.29
DRB UL Data Volume MB: 7933
PRB Util%: 24.17
RRC Setup Attempts: 7412
weekend: 0
UPTP Mbps Num: 54707
CA Activation Rate: 9.64
hr: 0
MAC_UE_SC_Tput: 10198.5
Bearer Releases: 6246

hr: 0
CA Activation Rate num: 9113811
Setup_Fail_DEN: 12386
SIP_SC_Total_MOU: 2.42
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5265
DL Data Vol MAC in MB: 2355.16
CA Activation Rate den: 86167

Combined RACH Preambles: 3649
Time: 12:35:50
holiday: 0
CA DL DataVolRatio Pct: 87.86

Avg_Connected_UEs: 41.55
SIP DC%: 
UPTP_Mbps: 35.76
DLRLCLayerDataVolume MB: 4770.72
DRB UL Data Volume MB: 9646
PRB Util%: 18.3
RRC Setup Attempts: 4574
CA DL DataVolRatio Pct den: 7671
CA Conf FailRate Pct den: 4960
weekend: 0
hr: 9
MAC_UE_SC_Tput: 4413.36

hr: 9
CA Activation Rate num: 5650811
Setup_Fail_DEN: 11256
SIP_SC_Total_MOU: 1.15
Peak UE: 29
MB_per_connected_UE: 138.87
PCT Time MIMO: 48.57
DL Volume: 566
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6267
DL Data Vol MAC in MB: 5221.11
CA Activation Rate den: 110534

Time: 22:03:29
holiday: 0
CA DL DataVolRatio Pct num: 2044

DL MAC Vol Scell Pct: 27.9
SIP DC%: 
UPTP_Mbps: 17.1
DLRLCLayerDataVolume MB: 2161.46
DRB UL Data Volume MB: 6068
CA Conf FailRate Pct den: 5066
weekend: 1
CA Activation Rate: 41.53
hr: 19
Bearer Releases: 6420

hr: 19
CA Activation Rate num: 9016204
UPTP Mbps Den: 871
Setup_Fail_DEN: 9694
SIP_SC_Total_MOU: 8.8
Peak UE: 27
MB_per_connected_UE: 72.21
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6796
DL Data Vol MAC in MB: 2122.46
CA Activation Rate den: 40181
Combined RACH Preambles: 2240

Time: 19:42:49
holiday: 0
CA DL DataVolRatio Pct num: 3283

Avg_Connected_UEs: 77.86
SIP DC%: 
UPTP_Mbps: 9.56
DRB UL Data Volume MB: 1487
CA Conf FailRate Pct den: 8229
weekend: 0
CA Activation Rate: 24.48
hr: 3
MAC_UE_SC_Tput: 4527.42
Bearer Releases: 12558

hr: 3
CA Activation Rate num: 1367932
SIP_SC_Total_MOU: 278
Peak UE: 27
MB_per_connected_UE: 104.82
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4945
DL Data Vol MAC in MB: 1774.05
CA Activation Rate den: 48697

Time: 22:28:12
holiday: 0
CA DL DataVolRatio Pct num: 6316

SIP DC%: 
UPTP_Mbps: 10.25
DLRLCLayerDataVolume MB: 5604.31
DRB UL Data Volume MB: 9717
PRB Util%: 37.61
RRC Setup Attempts: 6765
CA DL DataVolRatio Pct den: 6048
weekend: 0
CA Activation Rate: 73.86
hr: 2

hr: 2
CA Activation Rate num: 5302005
Peak UE: 27
MB_per_connected_UE: 16.53

Time: 02:42:16
holiday: 0
CA DL DataVolRatio Pct num: 6099

SIP DC%: 
DRB UL Data Volume MB: 1385
RRC Setup Attempts: 4088
CA Conf FailRate Pct den: 6226
weekend: 0
UPTP Mbps Num: 12151
CA Activation Rate: 12.74
hr: 23
MAC_UE_SC_Tput: 8514.86
Bearer Releases: 18657

hr: 23
CA Activation Rate num: 8638930
Setup_Fail_DEN: 16122
SIP_SC_Total_MOU: 259.75
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4784
DL Data Vol MAC in MB: 9957.75
CA Activation Rate den: 104094

Time: 12:15:18
Date: 18-05-2022
holiday: 0
HO Attempts: 198

Avg_Connected_UEs: 26.02
SIP DC%: 
UPTP_Mbps: 50.15
DLRLCLayerDataVolume MB: 4894.77
PRB Util%: 20.44
CA Conf FailRate Pct den: 4265
weekend: 0
hr: 18
MAC_UE_SC_Tput: 24007.74
Bearer Releases: 13748

hr: 18
CA Activation Rate num: 4627440
Setup_Fail_DEN: 13674
MB_per_connected_UE: 100.16
PCT Time MIMO: 52.78
DL Volume: 6542
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8913

Time: 01:15:43
holiday: 0
CA DL DataVolRatio Pct: 59.3

DL MAC Vol Scell Pct: 46.57
Avg_Connected_UEs: 26.56
SIP DC%: 
DLRLCLayerDataVolume MB: 8733.58
DRB UL Data Volume MB: 3026
RRC Setup Attempts: 4775
weekend: 0
CA Activation Rate: 32.06
hr: 9
MAC_UE_SC_Tput: 4869.29

hr: 9
CA Activation Rate num: 4649429
Setup_Fail_DEN: 8849
SIP_SC_Total_MOU: 76.83
Peak UE: 33
MB_per_connected_UE: 37.97
DL Data Vol MAC in MB: 2806.51
CA Activation Rate den: 115415

Time: 10:57:54
holiday: 0
CA DL DataVolRatio Pct num: 1775
HO Attempts: 794

SIP DC%: 
DLRLCLayerDataVolume MB: 5042.67
weekend: 0
CA Activation Rate: 30.34
hr: 17
MAC_UE_SC_Tput: 19421.27

hr: 17
Peak UE: 53
MB_per_connected_UE: 98.49
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4212

Combined RACH Preambles: 2257
Time: 17:32:32
holiday: 0
CA DL DataVolRatio Pct num: 4291

DL MAC Vol Scell Pct: 36.07
SIP DC%: 
UPTP_Mbps: 42.2
DLRLCLayerDataVolume MB: 7863.03
PRB Util%: 46.82
RRC Setup Attempts: 7590
CA DL DataVolRatio Pct den: 7983
CA Conf FailRate Pct den: 8881
weekend: 0
UPTP Mbps Num: 50714
CA Activation Rate: 24.87
hr: 20
MAC_UE_SC_Tput: 12995.15

hr: 20
CA Activation Rate num: 2734364
Setup_Fail_DEN: 20011
Peak UE: 27
MB_per_connected_UE: 128.65
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5898
DL Data Vol MAC in MB: 4802.82

Time: 09:49:26
holiday: 0
HO_att_InterFreq: 116
HO Attempts: 360

SIP DC%: 
DLRLCLayerDataVolume MB: 1646.44
RRC Setup Attempts: 6068
CA DL DataVolRatio Pct den: 8999
CA Conf FailRate Pct den: 7918
weekend: 0
CA Activation Rate: 41.95
hr: 15
MAC_UE_SC_Tput: 16197.54
Bearer Releases: 12439

hr: 15
CA Activation Rate num: 897614
Setup_Fail_DEN: 9019
Peak UE: 27
MB_per_connected_UE: 119.98
DL Volume: 1345
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4828
CA Activation Rate den: 116850

Time: 12:28:18
holiday: 0
CA DL DataVolRatio Pct: 48.56
CA DL DataVolRatio Pct num: 6467

DL MAC Vol Scell Pct: 5.25
SIP DC%: 
DLRLCLayerDataVolume MB: 7414.22
DRB UL Data Volume MB: 5697
PRB Util%: 8.52
RRC Setup Attempts: 5793
CA Conf FailRate Pct den: 4959
weekend: 0
UPTP Mbps Num: 30761
CA Activation Rate: 23.36
hr: 23
MAC_UE_SC_Tput: 10536.39

hr: 23
CA Activation Rate num: 9639841
UPTP Mbps Den: 2159
Setup_Fail_DEN: 15867
SIP_SC_Total_MOU: 95.88
Peak UE: 49
VOLTE IA%: 
DL Volume: 3534
DL Data Vol MAC in MB: 3321.44

Time: 09:58:58
holiday: 0
CA DL DataVolRatio Pct num: 1685

DL MAC Vol Scell Pct: 35.61
Avg_Connected_UEs: 50.29
SIP DC%: 
UPTP_Mbps: 41.37
DLRLCLayerDataVolume MB: 1175.88
DRB UL Data Volume MB: 7824
CA DL DataVolRatio Pct den: 4535
weekend: 0
CA Activation Rate: 22.49
hr: 0
MAC_UE_SC_Tput: 5662.01

hr: 0
CA Activation Rate num: 1568391
UPTP Mbps Den: 4923
Peak UE: 81
MB_per_connected_UE: 138.71
PCT Time MIMO: 55.05
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6808
DL Data Vol MAC in MB: 855.77

Time: 13:55:14
holiday: 0

Avg_Connected_UEs: 83.54
SIP DC%: 
UPTP_Mbps: 117.99
DLRLCLayerDataVolume MB: 6755.4
PRB Util%: 60
weekend: 0
UPTP Mbps Num: 20601
CA Activation Rate: 74.32
hr: 22
MAC_UE_SC_Tput: 6258.2
Bearer Releases: 7223

hr: 22
CA Activation Rate num: 5447437
Setup_Fail_DEN: 15840
Peak UE: 27
MB_per_connected_UE: 146.59

Time: 04:22:53
holiday: 0

DL MAC Vol Scell Pct: 14.96
Avg_Connected_UEs: 31.1
SIP DC%: 
UPTP_Mbps: 8.03
DLRLCLayerDataVolume MB: 5593.1
DRB UL Data Volume MB: 8461
PRB Util%: 5.21
RRC Setup Attempts: 9164
weekend: 1
UPTP Mbps Num: 26074
CA Activation Rate: 4.59
hr: 23
MAC_UE_SC_Tput: 30451.32
Bearer Releases: 18630

hr: 23
CA Activation Rate num: 4051581
Setup_Fail_DEN: 13532
Peak UE: 27
MB_per_connected_UE: 44.94
DL Data Vol MAC in MB: 5628.07
CA Activation Rate den: 60750

Time: 16:40:31
holiday: 0

Avg_Connected_UEs: 31.14
SIP DC%: 
DLRLCLayerDataVolume MB: 6925.14
DRB UL Data Volume MB: 7334
RRC Setup Attempts: 9146
CA DL DataVolRatio Pct den: 4258
CA Conf FailRate Pct den: 3401
weekend: 0
hr: 23
MAC_UE_SC_Tput: 12678.74
Bearer Releases: 12421

hr: 23
CA Activation Rate num: 4760820
Setup_Fail_DEN: 15492
S1U_SIP_SC_SEER_den: 175
Peak UE: 27
MB_per_connected_UE: 120.64
PCT Time MIMO: 42.22
DL Volume: 1922
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6159
DL Data Vol MAC in MB: 3702.74
CA Activation Rate den: 103719

Time: 18:18:32
holiday: 0
CA DL DataVolRatio Pct: 90.88

SIP DC%: 
DLRLCLayerDataVolume MB: 5934.63
PRB Util%: 16.99
DL Packet Loss Pct: 2.76
RRC Setup Attempts: 5503
CA Conf FailRate Pct den: 8752
weekend: 1
hr: 9
MAC_UE_SC_Tput: 6252.74

hr: 9
CA Activation Rate num: 5656650
UPTP Mbps Den: 601
Setup_Fail_DEN: 8414
SIP_SC_Total_MOU: 122.74
Peak UE: 27
MB_per_connected_UE: 16.39
DL Data Vol MAC in MB: 2307.89

holiday: 0
HO_att_InterFreq: 662
CA DL DataVolRatio Pct num: 4610

SIP DC%: 
DRB UL Data Volume MB: 9896
RRC Setup Attempts: 3877
CA DL DataVolRatio Pct den: 8943
CA Conf FailRate Pct den: 2569
weekend: 0
UPTP Mbps Num: 19089
CA Activation Rate: 8.64
hr: 23
MAC_UE_SC_Tput: 15678.1

hr: 23
CA Activation Rate num: 7389046
Peak UE: 38
MB_per_connected_UE: 80.67
DL Data Vol MAC in MB: 5266.33

Time: 10:33:07
holiday: 0
CA DL DataVolRatio Pct: 59.9

DL MAC Vol Scell Pct: 10.81
Avg_Connected_UEs: 41.25
SIP DC%: 
DLRLCLayerDataVolume MB: 207.31
DRB UL Data Volume MB: 4922
RRC Setup Attempts: 7696
CA DL DataVolRatio Pct den: 9911
CA Conf FailRate Pct den: 6396
weekend: 1
UPTP Mbps Num: 4377
CA Activation Rate: 51.48
hr: 23
MAC_UE_SC_Tput: 14399.44
Bearer Releases: 13666

hr: 23
CA Activation Rate num: 4960735
UPTP Mbps Den: 225
Setup_Fail_DEN: 15344
SIP_SC_Total_MOU: 103.9
Peak UE: 27
MB_per_connected_UE: 123.06
PCT Time MIMO: 70.43
UL Throughput: 2.41
CA Activation Rate den: 148172

Time: 00:17:37
holiday: 0
CA DL DataVolRatio Pct num: 5822

DL MAC Vol Scell Pct: 18.63
SIP DC%: 
DLRLCLayerDataVolume MB: 5319.4
PRB Util%: 36.87
RRC Setup Attempts: 7564
CA DL DataVolRatio Pct den: 8658
CA Conf FailRate Pct den: 6450
weekend: 0
CA Activation Rate: 19.38
hr: 14

hr: 14
CA Activation Rate num: 3222314
SIP_SC_Total_MOU: 245.61
Peak UE: 75
MB_per_connected_UE: 74.95
PCT Time MIMO: 66.89
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4362
DL Data Vol MAC in MB: 9989.36

Time: 14:08:31
holiday: 0
CA DL DataVolRatio Pct: 84.28
HO Attempts: 700

SIP DC%: 
UPTP_Mbps: 130.72
DLRLCLayerDataVolume MB: 281.99
CA DL DataVolRatio Pct den: 996
weekend: 0
UPTP Mbps Num: 27724
CA Activation Rate: 4.32
hr: 23
MAC_UE_SC_Tput: 14081.82
Bearer Releases: 9290

hr: 23
UPTP Mbps Den: 185
Setup_Fail_DEN: 10474
Peak UE: 27
MB_per_connected_UE: 111.37
PCT Time MIMO: 34.79
DL Data Vol MAC in MB: 4396.77
Combined RACH Preambles: 3965

Time: 11:31:07
holiday: 0
CA DL DataVolRatio Pct: 41.39

DL MAC Vol Scell Pct: 16.69
SIP DC%: 
UPTP_Mbps: 25.62
DLRLCLayerDataVolume MB: 3963.01
DRB UL Data Volume MB: 5816
CA DL DataVolRatio Pct den: 4865
CA Conf FailRate Pct den: 7280
RSSIRX1 Avg: -92.95
weekend: 0
hr: 20
MAC_UE_SC_Tput: 5866.57

hr: 20
CA Activation Rate num: 4666457
Peak UE: 48
PCT Time MIMO: 36.19
DL Volume: 7940
DL Data Vol MAC in MB: 9341.84
CA Activation Rate den: 135428

Time: 17:09:46
holiday: 0

DL MAC Vol Scell Pct: 7.25
SIP DC%: 
DLRLCLayerDataVolume MB: 8041.09
DRB UL Data Volume MB: 2817
PRB Util%: 31.36
RRC Setup Attempts: 5665
CA DL DataVolRatio Pct den: 9671
weekend: 0
CA Activation Rate: 16.25
hr: 0
MAC_UE_SC_Tput: 5449.84

hr: 0
CA Activation Rate num: 3620218
Peak UE: 53
MB_per_connected_UE: 28.88
DL Volume: 6134
DL Data Vol MAC in MB: 4446.51

Time: 06:46:40
holiday: 0
CA DL DataVolRatio Pct: 61.09
CA DL DataVolRatio Pct num: 6813

SIP DC%: 
UPTP_Mbps: 39.63
DLRLCLayerDataVolume MB: 6222.8
DRB UL Data Volume MB: 5903
PRB Util%: 6.45
CA DL DataVolRatio Pct den: 7165
CA Conf FailRate Pct den: 5993
weekend: 0
UPTP Mbps Num: 12477
CA Activation Rate: 40.29
hr: 6
MAC_UE_SC_Tput: 6770.76
Bearer Releases: 8471

hr: 6
CA Activation Rate num: 7796973
UPTP Mbps Den: 1938
Setup_Fail_DEN: 15928
SIP_SC_Total_MOU: 141.52
Peak UE: 76
MB_per_connected_UE: 17.38
CA Activation Rate den: 206341

Time: 16:16:57
holiday: 0
CA DL DataVolRatio Pct: 69.69
CA DL DataVolRatio Pct num: 4823

DL MAC Vol Scell Pct: 19.62
Avg_Connected_UEs: 56.04
SIP DC%: 
DLRLCLayerDataVolume MB: 9337.04
CA DL DataVolRatio Pct den: 1422
weekend: 0
UPTP Mbps Num: 23852
S1U_SIP_SC_SEER_num: 191
CA Activation Rate: 35.81
hr: 0
MAC_UE_SC_Tput: 6876.55
Bearer Releases: 17052

hr: 0
CA Activation Rate num: 3849858
Setup_Fail_DEN: 15828
SIP_SC_Total_MOU: 313.44
Peak UE: 27
MB_per_connected_UE: 66.35
DL Volume: 4421
CA Activation Rate den: 96928

Combined RACH Preambles: 4061
Time: 22:56:51
holiday: 0
CA DL DataVolRatio Pct num: 2304

SIP DC%: 
DLRLCLayerDataVolume MB: 3249.76
CA DL DataVolRatio Pct den: 6142
CA Conf FailRate Pct den: 9034
weekend: 0
hr: 23
MAC_UE_SC_Tput: 15137.13
Bearer Releases: 12951

hr: 23
CA Activation Rate num: 10217271
UPTP Mbps Den: 2560
SIP_SC_Total_MOU: 245.28
Peak UE: 28
MB_per_connected_UE: 35.24
PCT Time MIMO: 66.71
DL Data Vol MAC in MB: 8873.65

Time: 13:57:30
holiday: 0

DL MAC Vol Scell Pct: 16.72
Avg_Connected_UEs: 51.36
SIP DC%: 
UPTP_Mbps: 38.78
DLRLCLayerDataVolume MB: 2876.69
DRB UL Data Volume MB: 8323
CA DL DataVolRatio Pct den: 8102
CA Conf FailRate Pct den: 8581
weekend: 0
CA Activation Rate: 33.78
hr: 23
MAC_UE_SC_Tput: 4894.29

hr: 23
CA Activation Rate num: 9507843
UPTP Mbps Den: 2986
SIP_SC_Total_MOU: 320.47
Peak UE: 37
VOLTE IA%: 
MB_per_connected_UE: 125.98

Combined RACH Preambles: 1953
Time: 19:18:29
holiday: 0
CA DL DataVolRatio Pct: 69.08
CA DL DataVolRatio Pct num: 6545

Avg_Connected_UEs: 39.54
SIP DC%: 
UPTP_Mbps: 39.79
DLRLCLayerDataVolume MB: 5921.56
DRB UL Data Volume MB: 3234
RRC Setup Attempts: 5499
weekend: 0
UPTP Mbps Num: 16255
CA Activation Rate: 51.95
hr: 4
MAC_UE_SC_Tput: 12256.43

hr: 4
CA Activation Rate num: 516765
SIP_SC_Total_MOU: 42.15
Peak UE: 27
MB_per_connected_UE: 32.55
DL Data Vol MAC in MB: 695.64
CA Activation Rate den: 91226

Time: 14:32:19
holiday: 0

Avg_Connected_UEs: 43.51
SIP DC%: 
DLRLCLayerDataVolume MB: 7055.72
DRB UL Data Volume MB: 3147
UL Resid BLER PCT: 1.32
RRC Setup Attempts: 4019
CA DL DataVolRatio Pct den: 6404
weekend: 0
UPTP Mbps Num: 50017
CA Activation Rate: 52.98
hr: 7
MAC_UE_SC_Tput: 4236.63
Bearer Releases: 16355

hr: 7
CA Activation Rate num: 3193942
UPTP Mbps Den: 2595
SIP_SC_Total_MOU: 437
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9025

Combined RACH Preambles: 3743
Time: 09:40:28
holiday: 0
HO_att_InterFreq: 553
CA DL DataVolRatio Pct num: 6877

SIP DC%: 
UPTP_Mbps: 46.96
DLRLCLayerDataVolume MB: 5027.86
DRB UL Data Volume MB: 5784
CA DL DataVolRatio Pct den: 5090
CA Conf FailRate Pct den: 6392
weekend: 1
CA Activation Rate: 63.49
hr: 14
MAC_UE_SC_Tput: 19622.29

hr: 14
CA Activation Rate num: 3294896
UPTP Mbps Den: 413
SIP_SC_Total_MOU: 101.34
Peak UE: 87
MB_per_connected_UE: 144.32
DL Volume: 2616
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6180
DL Data Vol MAC in MB: 1812.06

Time: 10:47:48
holiday: 0
CA DL DataVolRatio Pct: 77.69
CA DL DataVolRatio Pct num: 2711

DL MAC Vol Scell Pct: 29.65
Avg_Connected_UEs: 58.2
SIP DC%: 
DLRLCLayerDataVolume MB: 2714.12
DRB UL Data Volume MB: 7420
PRB Util%: 7.41
RRC Setup Attempts: 5097
CA DL DataVolRatio Pct den: 1299
weekend: 0
hr: 0
MAC_UE_SC_Tput: 28070.51
Bearer Releases: 14425

hr: 0
CA Activation Rate num: 5351082
SIP_SC_Total_MOU: 135.34
Peak UE: 63
MB_per_connected_UE: 68.43
PCT Time MIMO: 58.4
DL Volume: 4499
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3180
CA Activation Rate den: 82762

Time: 20:49:15
holiday: 0
CA DL DataVolRatio Pct: 49.96

DL MAC Vol Scell Pct: 5.12
Avg_Connected_UEs: 64.82
SIP DC%: 
DLRLCLayerDataVolume MB: 1298.26
DRB UL Data Volume MB: 7449
CA DL DataVolRatio Pct den: 8625
CA Conf FailRate Pct den: 3745
RSSIRX1 Avg: -93.25
weekend: 0
UPTP Mbps Num: 12775
CA Activation Rate: 7.59
hr: 10
MAC_UE_SC_Tput: 7731.5
Bearer Releases: 8616

hr: 10
CA Activation Rate num: 6988601
UPTP Mbps Den: 2695
Setup_Fail_DEN: 10725
SIP_SC_Total_MOU: 160.14
Peak UE: 28
MB_per_connected_UE: 125.53
PCT Time MIMO: 54.57
DL Volume: 874
DL Data Vol MAC in MB: 869.18
CA Activation Rate den: 71010

Time: 03:09:29
holiday: 0
CA DL DataVolRatio Pct: 64.65
HO_att_InterFreq: 859

SIP DC%: 
DLRLCLayerDataVolume MB: 6304.57
DRB UL Data Volume MB: 9925
CA DL DataVolRatio Pct den: 2725
weekend: 0
UPTP Mbps Num: 8764
CA Activation Rate: 9.78
hr: 0
MAC_UE_SC_Tput: 6252.43
Bearer Releases: 8551

hr: 0
CA Activation Rate num: 9517388
SIP_SC_Total_MOU: 123.88
Peak UE: 33
MB_per_connected_UE: 95.77
PCT Time MIMO: 45.29

Time: 19:19:51
holiday: 0
CA DL DataVolRatio Pct: 57.91
CA DL DataVolRatio Pct num: 803

DL MAC Vol Scell Pct: 4.08
SIP DC%: 
DLRLCLayerDataVolume MB: 836.75
DRB UL Data Volume MB: 7337
RRC Setup Attempts: 6793
CA DL DataVolRatio Pct den: 2856
CA Conf FailRate Pct den: 7740
weekend: 0
UPTP Mbps Num: 19685
hr: 22
MAC_UE_SC_Tput: 9052.68
Bearer Releases: 13765

hr: 22
CA Activation Rate num: 8707157
Setup_Fail_DEN: 14121
SIP_SC_Total_MOU: 85.12
Peak UE: 27
DL Volume: 7773
DL Data Vol MAC in MB: 4147.82

Time: 16:33:24
holiday: 0
CA DL DataVolRatio Pct: 65.32
HO_att_InterFreq: 1024

SIP DC%: 
DLRLCLayerDataVolume MB: 7530.58
Bearer Drop Voice%: 1.6
RRC Setup Attempts: 6830
CA Conf FailRate Pct den: 3104
weekend: 0
UPTP Mbps Num: 32051
hr: 23
MAC_UE_SC_Tput: 10821.53
Bearer Releases: 12882

hr: 23
CA Activation Rate num: 2777150
MB_per_connected_UE: 64.29
PCT Time MIMO: 45.01
DL Data Vol MAC in MB: 8411.37

Time: 19:50:13
holiday: 0
CA DL DataVolRatio Pct num: 4339

Avg_Connected_UEs: 34.97
SIP DC%: 
DLRLCLayerDataVolume MB: 6832.42
CA DL DataVolRatio Pct den: 2405
weekend: 1
hr: 7
MAC_UE_SC_Tput: 19524.53
Bearer Releases: 12436

hr: 7
CA Activation Rate num: 2651878
Setup_Fail_DEN: 12271
SIP_SC_Total_MOU: 0.81
Peak UE: 27
MB_per_connected_UE: 56.99
DL Data Vol MAC in MB: 7474.45
CA Activation Rate den: 131679

Time: 01:32:07
holiday: 0
CA DL DataVolRatio Pct: 60.77
HO_att_InterFreq: 566
CA DL DataVolRatio Pct num: 178

DL MAC Vol Scell Pct: 23.04
SIP DC%: 
UPTP_Mbps: 130.92
weekend: 0
UPTP Mbps Num: 19008
CA Activation Rate: 58.8
hr: 11
MAC_UE_SC_Tput: 7086.95

hr: 11
CA Activation Rate num: 4149102
UPTP Mbps Den: 2442
Setup_Fail_DEN: 14585
SIP_SC_Total_MOU: 172.03
Peak UE: 27
MB_per_connected_UE: 9.83
PCT Time MIMO: 57.63
UL Throughput: 16.9
DL Data Vol MAC in MB: 5377.33
CA Activation Rate den: 76078

Time: 21:14:21
holiday: 0
CA DL DataVolRatio Pct: 42.54
CA DL DataVolRatio Pct num: 173
HO Attempts: 13

DL MAC Vol Scell Pct: 8.4
SIP DC%: 
UPTP_Mbps: 11.45
DLRLCLayerDataVolume MB: 3170.21
DRB UL Data Volume MB: 8495
PRB Util%: 34.52
RRC Setup Attempts: 6806
CA DL DataVolRatio Pct den: 6578
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5188.13
Bearer Releases: 12805

hr: 23
UPTP Mbps Den: 925
Setup_Fail_DEN: 12733
SIP_SC_Total_MOU: 120.73
UL MAC Vol Scell Pct: 1.17
Peak UE: 66
MB_per_connected_UE: 200.69
DL Volume: 4955
DL Data Vol MAC in MB: 8043.87
CA Activation Rate den: 175299

Time: 02:42:13
holiday: 0
CA DL DataVolRatio Pct: 69.65
CA DL DataVolRatio Pct num: 6532

DL MAC Vol Scell Pct: 22.3
SIP DC%: 
DLRLCLayerDataVolume MB: 8064.48
PRB Util%: 56.8
CA DL DataVolRatio Pct den: 5026
weekend: 0
UPTP Mbps Num: 3018
CA Activation Rate: 30.28
hr: 10
MAC_UE_SC_Tput: 9706.58

hr: 10
Setup_Fail_DEN: 15992
Peak UE: 27
MB_per_connected_UE: 27.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8111
UL Throughput: 10.84
DL Data Vol MAC in MB: 8100.34

Time: 13:10:54
holiday: 0
CA DL DataVolRatio Pct: 83.48
HO_att_InterFreq: 768
CA DL DataVolRatio Pct num: 7630
HO Attempts: 795

DL MAC Vol Scell Pct: 17.07
SIP DC%: 
DLRLCLayerDataVolume MB: 5834.79
RRC Setup Attempts: 5252
CA DL DataVolRatio Pct den: 8691
CA Conf FailRate Pct den: 3647
weekend: 0
hr: 20
MAC_UE_SC_Tput: 5631.55

hr: 20
CA Activation Rate num: 8926376
Setup_Fail_DEN: 16935
Peak UE: 77
MB_per_connected_UE: 140.16
DL Volume: 5796
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7283
CA Activation Rate den: 122452

Combined RACH Preambles: 3063
Time: 04:34:54
holiday: 0
CA DL DataVolRatio Pct: 81.32

Avg_Connected_UEs: 18.59
SIP DC%: 
UPTP_Mbps: 26.22
DLRLCLayerDataVolume MB: 4388.14
PRB Util%: 32.98
RRC Setup Attempts: 4017
CA DL DataVolRatio Pct den: 7313
CA Conf FailRate Pct den: 7099
weekend: 0
CA Activation Rate: 21.01
hr: 3
Bearer Releases: 9477

hr: 3
Avg CQI: 11.25
CA Activation Rate num: 7715736
Setup_Fail_DEN: 9211
Peak UE: 54
MB_per_connected_UE: 106.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4141
DL Data Vol MAC in MB: 2118.31
CA Activation Rate den: 142980

Time: 01:24:17
holiday: 0
CA DL DataVolRatio Pct: 72.79
CA DL DataVolRatio Pct num: 684

SIP DC%: 
DLRLCLayerDataVolume MB: 2991.25
DRB UL Data Volume MB: 7023
RRC Setup Attempts: 6180
CA DL DataVolRatio Pct den: 6528
CA Conf FailRate Pct den: 7060
weekend: 0
UPTP Mbps Num: 54424
hr: 14
MAC_UE_SC_Tput: 13347.57

hr: 14
CA Activation Rate num: 9719135
Setup_Fail_DEN: 15827
SIP_SC_Total_MOU: 149.76
Peak UE: 27
PCT Time MIMO: 50.28
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4502

Combined RACH Preambles: 2904
Time: 06:38:32
holiday: 0
CA DL DataVolRatio Pct num: 6721

Avg_Connected_UEs: 54.36
SIP DC%: 
DLRLCLayerDataVolume MB: 8027.75
DRB UL Data Volume MB: 8501
CA DL DataVolRatio Pct den: 8962
CA Conf FailRate Pct den: 6712
weekend: 1
hr: 15
MAC_UE_SC_Tput: 4676.92

hr: 15
CA Activation Rate num: 8550594
Setup_Fail_DEN: 13579
MB_per_connected_UE: 34.72
PCT Time MIMO: 65.49
DL Data Vol MAC in MB: 6216.28

Time: 16:39:25
holiday: 0
CA DL DataVolRatio Pct: 44.38
CA DL DataVolRatio Pct num: 4819

DL MAC Vol Scell Pct: 5.42
Avg_Connected_UEs: 79.45
SIP DC%: 
UPTP_Mbps: 33.44
DLRLCLayerDataVolume MB: 1172.55
PRB Util%: 14.98
RRC Setup Attempts: 9833
CA DL DataVolRatio Pct den: 7610
CA Conf FailRate Pct den: 4356
weekend: 0
UPTP Mbps Num: 40435
CA Activation Rate: 10.49
hr: 4
MAC_UE_SC_Tput: 7474.78
Bearer Releases: 6577

hr: 4
CA Activation Rate num: 716928
UPTP Mbps Den: 1724
Setup_Fail_DEN: 9262
Peak UE: 27
MB_per_connected_UE: 192.01
DL Volume: 4796
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3625
DL Data Vol MAC in MB: 1132.85
CA Activation Rate den: 168443

Time: 13:42:30
holiday: 0

Avg_Connected_UEs: 58.61
SIP DC%: 
UPTP_Mbps: 11.5
DLRLCLayerDataVolume MB: 4484.18
RRC Setup Attempts: 4284
CA Conf FailRate Pct den: 3666
weekend: 0
UPTP Mbps Num: 40930
CA Activation Rate: 54.11
hr: 20
MAC_UE_SC_Tput: 17186.6

hr: 20
CA Activation Rate num: 856435
SIP_SC_Total_MOU: 50.59
UL MAC Vol Scell Pct: 1.95
Peak UE: 31
MB_per_connected_UE: 98.91
DL Volume: 3447
CA Activation Rate den: 41433

Time: 02:50:54
holiday: 0

Avg_Connected_UEs: 76.02
SIP DC%: 
UPTP_Mbps: 90.67
DLRLCLayerDataVolume MB: 8698.47
DRB UL Data Volume MB: 2141
PRB Util%: 39.05
RRC Setup Attempts: 7249
CA Conf FailRate Pct den: 3185
weekend: 0
CA Activation Rate: 62.61
hr: 4
MAC_UE_SC_Tput: 12657.56

hr: 4
CA Activation Rate num: 7396449
Peak UE: 27
MB_per_connected_UE: 96.49
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3281
CA Activation Rate den: 40002
Combined RACH Preambles: 2736

Time: 10:18:05
holiday: 0
CA DL DataVolRatio Pct: 71.14

Avg_Connected_UEs: 29.15
SIP DC%: 
UPTP_Mbps: 41.59
DLRLCLayerDataVolume MB: 551.62
DRB UL Data Volume MB: 5260
RRC Setup Attempts: 8718
CA DL DataVolRatio Pct den: 10164
CA Conf FailRate Pct den: 7635
weekend: 0
hr: 14
MAC_UE_SC_Tput: 16843.7
Bearer Releases: 9269

hr: 14
CA Activation Rate num: 528038
Setup_Fail_DEN: 9204
SIP_SC_Total_MOU: 19.86
Peak UE: 91
MB_per_connected_UE: 138.98
PCT Time MIMO: 60.45
DL Volume: 3426
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8058
DL Data Vol MAC in MB: 349.33
CA Activation Rate den: 51250

Time: 23:50:12
holiday: 0

SIP DC%: 
Avg_PUCCH_SINR: 17.62
CA DL DataVolRatio Pct den: 3809
weekend: 0
UPTP Mbps Num: 30780
CA Activation Rate: 57.8
hr: 23
MAC_UE_SC_Tput: 9413.48
Bearer Releases: 10795

hr: 23
CA Activation Rate num: 4298802
UPTP Mbps Den: 187
Peak UE: 77
PCT Time MIMO: 55.77
DL Data Vol MAC in MB: 9444.42
CA Activation Rate den: 172516

Time: 07:22:26
holiday: 0
CA DL DataVolRatio Pct: 74.29
CA DL DataVolRatio Pct num: 4063

Avg_Connected_UEs: 24.02
SIP DC%: 
DLRLCLayerDataVolume MB: 375.87
CA DL DataVolRatio Pct den: 9152
weekend: 0
hr: 0
MAC_UE_SC_Tput: 15898.21
Bearer Releases: 15073

hr: 0
CA Activation Rate num: 4119814
Setup_Fail_DEN: 14450
SIP_SC_Total_MOU: 64.36
VOLTE IA%: 
MB_per_connected_UE: 151.81
PCT Time MIMO: 49.41
DL Volume: 1768
DL Data Vol MAC in MB: 7412.93
CA Activation Rate den: 219667

Time: 21:03:44
holiday: 0
CA DL DataVolRatio Pct: 59.23
CA DL DataVolRatio Pct num: 6871

DL MAC Vol Scell Pct: 32.44
Avg_Connected_UEs: 65.59
SIP DC%: 
UPTP_Mbps: 95.97
DLRLCLayerDataVolume MB: 2171.89
DRB UL Data Volume MB: 631
RRC Setup Attempts: 6761
CA DL DataVolRatio Pct den: 2331
weekend: 0
UPTP Mbps Num: 22279
CA Activation Rate: 52.25
hr: 11
MAC_UE_SC_Tput: 5622.68
Bearer Releases: 9784

hr: 11
CA Activation Rate num: 5073038
Peak UE: 61
MB_per_connected_UE: 37.44
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8072
DL Data Vol MAC in MB: 8409.64

Combined RACH Preambles: 3376
Time: 06:26:54
holiday: 0
SIP_SC_Call_Attempts: 242
CA DL DataVolRatio Pct num: 7107

DL MAC Vol Scell Pct: 2.79
Avg_Connected_UEs: 22.96
SIP DC%: 
UPTP_Mbps: 42.5
DLRLCLayerDataVolume MB: 6581.71
PRB Util%: 45.46
CA DL DataVolRatio Pct den: 626
CA Conf FailRate Pct den: 5914
weekend: 0
hr: 23
MAC_UE_SC_Tput: 16608.44
Bearer Releases: 6727

hr: 23
CA Activation Rate num: 9955702
Setup_Fail_DEN: 6892
SIP_SC_Total_MOU: 206.65
PCT Time MIMO: 51.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4477
DL Data Vol MAC in MB: 8565.11

Time: 17:44:28
holiday: 0
CA DL DataVolRatio Pct: 72.45
CA DL DataVolRatio Pct num: 4671

DL MAC Vol Scell Pct: 42.45
SIP DC%: 
DLRLCLayerDataVolume MB: 1097.9
CA DL DataVolRatio Pct den: 8980
weekend: 0
UPTP Mbps Num: 18194
CA Activation Rate: 15.67
hr: 8
MAC_UE_SC_Tput: 5698.87
Bearer Releases: 15285

hr: 8
UPTP Mbps Den: 2418
Setup_Fail_DEN: 14025
SIP_SC_Total_MOU: 60.64
Peak UE: 30
MB_per_connected_UE: 59.62
DL Volume: 2941
CA Activation Rate den: 45715

Time: 09:38:35
holiday: 0

DL MAC Vol Scell Pct: 20.57
Avg_Connected_UEs: 20.69
SIP DC%: 
DLRLCLayerDataVolume MB: 5766.7
DRB UL Data Volume MB: 6581
RRC Setup Attempts: 8581
weekend: 0
UPTP Mbps Num: 36100
CA Activation Rate: 45.26
hr: 2
Bearer Releases: 9320

hr: 2
CA Activation Rate num: 12707736
UPTP Mbps Den: 2480
Setup_Fail_DEN: 6602
SIP_SC_Total_MOU: 167.1
Peak UE: 27
MB_per_connected_UE: 8.6
DL Volume: 9776
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7941

Time: 03:49:07
holiday: 0
CA DL DataVolRatio Pct: 87.25
CA DL DataVolRatio Pct num: 396

Avg_Connected_UEs: 20.17
SIP DC%: 
UPTP_Mbps: 42.86
DLRLCLayerDataVolume MB: 377.61
PRB Util%: 6.46
CA DL DataVolRatio Pct den: 7176
weekend: 0
hr: 19
MAC_UE_SC_Tput: 15786.55
Bearer Releases: 10437

hr: 19
CA Activation Rate num: 7366385
Setup_Fail_DEN: 17829
SIP_SC_Total_MOU: 3.73
Peak UE: 54
MB_per_connected_UE: 91.31
PCT Time MIMO: 70.06

Combined RACH Preambles: 3014
Time: 22:27:04
holiday: 0
CA DL DataVolRatio Pct num: 2719

DL MAC Vol Scell Pct: 23.1
Avg_Connected_UEs: 37.43
SIP DC%: 
DLRLCLayerDataVolume MB: 1506.53
DRB UL Data Volume MB: 7072
CA DL DataVolRatio Pct den: 8129
CA Conf FailRate Pct den: 4469
weekend: 1
UPTP Mbps Num: 22838
hr: 23
MAC_UE_SC_Tput: 6889.55

hr: 23
CA Activation Rate num: 10121994
SIP_SC_Total_MOU: 218.76
Peak UE: 48
DL Volume: 756
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6618
DL Data Vol MAC in MB: 7466.62
CA Activation Rate den: 167352

Combined RACH Preambles: 1907
Time: 11:30:22
holiday: 0

Avg_Connected_UEs: 23.15
SIP DC%: 
weekend: 0
CA Activation Rate: 20.37
hr: 15
MAC_UE_SC_Tput: 19963.5
Bearer Releases: 11663

hr: 15
CA Activation Rate num: 2216743
UPTP Mbps Den: 126
SIP_SC_Total_MOU: 111.48
Peak UE: 27
MB_per_connected_UE: 79.19
PCT Time MIMO: 34.16
DL Volume: 1828
DL Data Vol MAC in MB: 5308.9
HO Failure%: 0.24
CA Activation Rate den: 141049

Time: 19:18:54
holiday: 0
CA DL DataVolRatio Pct: 76.77
CA DL DataVolRatio Pct num: 4591

SIP DC%: 
DRB UL Data Volume MB: 5443
PRB Util%: 32.4
RRC Setup Attempts: 6125
CA DL DataVolRatio Pct den: 6369
CA Conf FailRate Pct den: 8905
weekend: 0
UPTP Mbps Num: 59630
hr: 4
MAC_UE_SC_Tput: 9085.6
Bearer Releases: 13248

hr: 4
CA Activation Rate num: 11204801
Setup_Fail_DEN: 7814
Peak UE: 27
MB_per_connected_UE: 26.72
DL Data Vol MAC in MB: 3672.19

Time: 10:33:39
holiday: 0
CA DL DataVolRatio Pct: 43.95

DL MAC Vol Scell Pct: 15.12
SIP DC%: 
RRC Setup Attempts: 3545
CA DL DataVolRatio Pct den: 6559
CA Conf FailRate Pct den: 5799
weekend: 0
hr: 12
MAC_UE_SC_Tput: 18856.25
Bearer Releases: 10325

hr: 12
CA Activation Rate num: 4822846
Peak UE: 75
VOLTE IA%: 
MB_per_connected_UE: 201.47
PCT Time MIMO: 35.18
DL Volume: 5748
DL Data Vol MAC in MB: 3785.79

Time: 18:25:25
holiday: 0
CA DL DataVolRatio Pct num: 7187

Avg_Connected_UEs: 21.96
SIP DC%: 
UPTP_Mbps: 39.93
DLRLCLayerDataVolume MB: 2830.68
RRC Setup Attempts: 8750
weekend: 0
CA Activation Rate: 72.08
hr: 23
MAC_UE_SC_Tput: 5307.95
Bearer Releases: 14756

hr: 23
CA Activation Rate num: 7642270
Setup_Fail_DEN: 13974
Peak UE: 27
MB_per_connected_UE: 40.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7257
DL Data Vol MAC in MB: 4086.66
CA Activation Rate den: 112001
Combined RACH Preambles: 1928

Time: 15:27:07
holiday: 0
CA DL DataVolRatio Pct: 68.99
CA DL DataVolRatio Pct num: 2548

SIP DC%: 
UPTP_Mbps: 34.97
PRB Util%: 5.17
RRC Setup Attempts: 3859
CA Conf FailRate Pct den: 6789
RSSIRX1 Avg: -93.66
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8193.63
Bearer Releases: 16793

hr: 23
CA Activation Rate num: 9904135
Setup_Fail_DEN: 14024
SIP_SC_Total_MOU: 108.88
UL MAC Vol Scell Pct: 9.3
Peak UE: 59
VOLTE IA%: 
MB_per_connected_UE: 89.06
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3511
DL Data Vol MAC in MB: 6325.09

Combined RACH Preambles: 3408
Time: 10:50:31
holiday: 0
CA DL DataVolRatio Pct num: 5806

DL MAC Vol Scell Pct: 2.96
Avg_Connected_UEs: 71.78
SIP DC%: 
DLRLCLayerDataVolume MB: 9934.82
DRB UL Data Volume MB: 7849
PRB Util%: 13.41
DL Packet Loss Pct: 3.77
RRC Setup Attempts: 3448
weekend: 1
CA Activation Rate: 15.56
hr: 4
MAC_UE_SC_Tput: 7690.05

hr: 4
CA Activation Rate num: 2753318
UPTP Mbps Den: 4504
SIP_SC_Total_MOU: 344.56
Peak UE: 58
MB_per_connected_UE: 31.26
PCT Time MIMO: 37.39
DL Volume: 2893
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8768
UL Throughput: 8.66
DL Data Vol MAC in MB: 9057.23

Combined RACH Preambles: 2920
Time: 07:40:12
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5561.56
DRB UL Data Volume MB: 5249
PRB Util%: 69.31
CA DL DataVolRatio Pct den: 6495
weekend: 0
CA Activation Rate: 17.97
hr: 19
MAC_UE_SC_Tput: 23107.34

hr: 19
CA Activation Rate num: 8661883
UPTP Mbps Den: 1554
Setup_Fail_DEN: 19571
SIP_SC_Total_MOU: 34.5
Peak UE: 84
MB_per_connected_UE: 126.02
DL Data Vol MAC in MB: 7397.26

Time: 07:14:04
holiday: 0
CA DL DataVolRatio Pct num: 2896

DL MAC Vol Scell Pct: 30.1
SIP DC%: 
UPTP_Mbps: 29.76
DLRLCLayerDataVolume MB: 180.89
DRB UL Data Volume MB: 3119
UL Resid BLER PCT: 0.85
CA DL DataVolRatio Pct den: 4029
CA Conf FailRate Pct den: 4877
weekend: 0
CA Activation Rate: 4.17
hr: 0
MAC_UE_SC_Tput: 17529.33

hr: 0
CA Activation Rate num: 5598122
SIP_SC_Total_MOU: 97.98
Peak UE: 52
MB_per_connected_UE: 10.79
PCT Time MIMO: 57.7
DL Volume: 2068
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5721
CA Activation Rate den: 37651

Time: 04:51:19
holiday: 0
CA DL DataVolRatio Pct num: 3263

SIP DC%: 
DLRLCLayerDataVolume MB: 7426.89
DRB UL Data Volume MB: 5750
CA DL DataVolRatio Pct den: 1737
weekend: 0
UPTP Mbps Num: 7654
CA Activation Rate: 50.5
hr: 0
MAC_UE_SC_Tput: 11098.49
Bearer Releases: 14949

hr: 0
CA Activation Rate num: 9934933
SIP_SC_Total_MOU: 261.08
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 36.1
DL Volume: 2801
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4439
DL Data Vol MAC in MB: 2217.85
CA Activation Rate den: 60819

Time: 15:43:27
holiday: 0
CA DL DataVolRatio Pct: 47.92
CA DL DataVolRatio Pct num: 1646

SIP DC%: 
DLRLCLayerDataVolume MB: 7052.17
PRB Util%: 64.48
CA DL DataVolRatio Pct den: 9862
weekend: 0
UPTP Mbps Num: 8788
hr: 23
MAC_UE_SC_Tput: 8762.04
Bearer Releases: 6859

hr: 23
CA Activation Rate num: 6151297
UPTP Mbps Den: 2663
Setup_Fail_DEN: 17891
Peak UE: 44
MB_per_connected_UE: 47.81
DL Data Vol MAC in MB: 4515.72

Time: 03:17:23
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4900.66
DRB UL Data Volume MB: 4780
PRB Util%: 31.93
RRC Setup Attempts: 4423
CA DL DataVolRatio Pct den: 7289
CA Conf FailRate Pct den: 8170
weekend: 0
UPTP Mbps Num: 32403
CA Activation Rate: 39.43
hr: 23
MAC_UE_SC_Tput: 7462.65
Bearer Releases: 11837

hr: 23
CA Activation Rate num: 9975457
UPTP Mbps Den: 1449
Setup_Fail_DEN: 10931
SIP_SC_Total_MOU: 153.47
Peak UE: 70
DL Volume: 5252
CA Activation Rate den: 104488

Time: 10:34:10
holiday: 0
CA DL DataVolRatio Pct: 83.33

DL MAC Vol Scell Pct: 10.22
SIP DC%: 
PRB Util%: 58.96
RRC Setup Attempts: 8067
CA Conf FailRate Pct den: 3599
weekend: 0
UPTP Mbps Num: 46333
CA Activation Rate: 75.47
hr: 2
MAC_UE_SC_Tput: 8014.78
Bearer Releases: 10846

hr: 2
CA Activation Rate num: 13132920
UPTP Mbps Den: 3075
Setup_Fail_DEN: 7006
Peak UE: 27
MB_per_connected_UE: 53.68
DL Volume: 384
DL Data Vol MAC in MB: 1540.93
CA Activation Rate den: 48919

Time: 12:51:57
holiday: 0
CA DL DataVolRatio Pct: 74.5
HO Attempts: 712

DL MAC Vol Scell Pct: 41.99
SIP DC%: 
DLRLCLayerDataVolume MB: 4662.43
DRB UL Data Volume MB: 4564
RRC Setup Attempts: 5196
CA Conf FailRate Pct den: 5510
weekend: 0
hr: 14
MAC_UE_SC_Tput: 12399.28
Bearer Releases: 15579

hr: 14
CA Activation Rate num: 2443459
Setup_Fail_DEN: 13436
Peak UE: 27
MB_per_connected_UE: 82.99
PCT Time MIMO: 66.25
DL Volume: 4728
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9396
DL Data Vol MAC in MB: 7333.69

Combined RACH Preambles: 3477
Time: 00:08:50
holiday: 0
HO_att_InterFreq: 549
CA DL DataVolRatio Pct num: 5233

SIP DC%: 
DRB UL Data Volume MB: 8481
PRB Util%: 3.68
CA DL DataVolRatio Pct den: 5502
CA Conf FailRate Pct den: 6124
RSSIRX1 Avg: -94.12
weekend: 0
UPTP Mbps Num: 8898
CA Activation Rate: 15.64
hr: 23
MAC_UE_SC_Tput: 25050.37
Bearer Releases: 14259

hr: 23
UPTP Mbps Den: 2995
Setup_Fail_DEN: 13549
Peak UE: 51
DL Data Vol MAC in MB: 1066.73
CA Activation Rate den: 147832

Combined RACH Preambles: 2471
Time: 22:33:25
holiday: 0
CA DL DataVolRatio Pct num: 3363

SIP DC%: 
DLRLCLayerDataVolume MB: 7333.36
DRB UL Data Volume MB: 2666
Avg_PUCCH_SINR: 17.49
PRB Util%: 41.17
weekend: 0
UPTP Mbps Num: 20018
CA Activation Rate: 3.27
hr: 6
MAC_UE_SC_Tput: 13823.42
Bearer Releases: 14026

hr: 6
CA Activation Rate num: 2464703
UPTP Mbps Den: 36
Setup_Fail_DEN: 16369
SIP_SC_Total_MOU: 295.36
Peak UE: 27
MB_per_connected_UE: 191.98
DL Data Vol MAC in MB: 5644.95

Time: 11:38:23
holiday: 0
CA DL DataVolRatio Pct num: 1604

Avg_Connected_UEs: 31.09
SIP DC%: 
DLRLCLayerDataVolume MB: 3537.52
weekend: 0
CA Activation Rate: 21.27
hr: 3
MAC_UE_SC_Tput: 17194.17
Bearer Releases: 9000

hr: 3
CA Activation Rate num: 5850381
UPTP Mbps Den: 1365
Setup_Fail_DEN: 13339
SIP_SC_Total_MOU: 84.28
Peak UE: 42
MB_per_connected_UE: 113.34
PCT Time MIMO: 39.88
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4811
DL Data Vol MAC in MB: 882.84

Combined RACH Preambles: 3362
Time: 21:26:46
holiday: 0

DL MAC Vol Scell Pct: 27.83
Avg_Connected_UEs: 17.2
SIP DC%: 
UPTP_Mbps: 45.86
DLRLCLayerDataVolume MB: 3861.31
CA DL DataVolRatio Pct den: 7110
weekend: 0
UPTP Mbps Num: 4542
CA Activation Rate: 22.62
hr: 9
MAC_UE_SC_Tput: 8652.76
Bearer Releases: 17713

hr: 9
CA Activation Rate num: 6669587
Setup_Fail_DEN: 10778
SIP_SC_Total_MOU: 300.27
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 55.4
DL Data Vol MAC in MB: 4724.33

Combined RACH Preambles: 2817
Time: 12:30:55
holiday: 0
HO_att_InterFreq: 867
CA DL DataVolRatio Pct num: 3609

Avg_Connected_UEs: 58.77
SIP DC%: 
UPTP_Mbps: 26.82
DLRLCLayerDataVolume MB: 2860.17
DRB UL Data Volume MB: 8716
weekend: 0
UPTP Mbps Num: 61479
CA Activation Rate: 49
hr: 6
MAC_UE_SC_Tput: 6194.25

hr: 6
CA Activation Rate num: 10436569
Setup_Fail_DEN: 20036
SIP_SC_Total_MOU: 20.34
Peak UE: 82
MB_per_connected_UE: 30.51

Time: 15:50:58
holiday: 0
HO Attempts: 906

SIP DC%: 
UPTP_Mbps: 35.91
DLRLCLayerDataVolume MB: 6998.26
DRB UL Data Volume MB: 3377
RRC Setup Attempts: 5227
CA DL DataVolRatio Pct den: 9443
CA Conf FailRate Pct den: 3948
weekend: 0
CA Activation Rate: 9.04
hr: 7
MAC_UE_SC_Tput: 5305.36

hr: 7
CA Activation Rate num: 7613670
UPTP Mbps Den: 965
Setup_Fail_DEN: 7774
SIP_SC_Total_MOU: 233.9
Peak UE: 27
MB_per_connected_UE: 38.63
DL Volume: 2131
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4409
DL Data Vol MAC in MB: 5942.45

Combined RACH Preambles: 2155
Time: 02:51:31
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2253.38
DRB UL Data Volume MB: 8642
CA Conf FailRate Pct den: 3882
weekend: 0
UPTP Mbps Num: 29104
CA Activation Rate: 37.3
hr: 0
MAC_UE_SC_Tput: 14979.14

hr: 0
CA Activation Rate num: 2098710
Setup_Fail_DEN: 13917
Peak UE: 28
DL Data Vol MAC in MB: 5036.56
CA Activation Rate den: 127276
Combined RACH Preambles: 2056

Time: 15:32:05
holiday: 0

DL MAC Vol Scell Pct: 30.03
Avg_Connected_UEs: 84.25
SIP DC%: 
DLRLCLayerDataVolume MB: 1772.23
DRB UL Data Volume MB: 4490
RRC Setup Attempts: 4847
CA Conf FailRate Pct den: 7029
weekend: 1
UPTP Mbps Num: 12908
hr: 0
MAC_UE_SC_Tput: 6144.44

hr: 0
CA Activation Rate num: 9908802
Peak UE: 27
MB_per_connected_UE: 75.14
PCT Time MIMO: 36.33
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4749
DL Data Vol MAC in MB: 9959.56
CA Activation Rate den: 142485
Combined RACH Preambles: 3673

Time: 01:00:43
holiday: 0
CA DL DataVolRatio Pct: 83.51

Avg_Connected_UEs: 74.39
SIP DC%: 
DLRLCLayerDataVolume MB: 7375.12
weekend: 0
UPTP Mbps Num: 47107
CA Activation Rate: 12.46
hr: 23
MAC_UE_SC_Tput: 11086.95
Bearer Releases: 7988

hr: 23
CA Activation Rate num: 6576084
UPTP Mbps Den: 1329
Setup_Fail_DEN: 18972
Peak UE: 27
MB_per_connected_UE: 141.76
PCT Time MIMO: 35.56
DL Volume: 3865
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6006
DL Data Vol MAC in MB: 3474.99
CA Activation Rate den: 51007
Time: 13:04:58

holiday: 0

DL MAC Vol Scell Pct: 5.91
Avg_Connected_UEs: 54.64
SIP DC%: 
DRB UL Data Volume MB: 5800
CA Conf FailRate Pct den: 7225
weekend: 0
UPTP Mbps Num: 26225
hr: 10
MAC_UE_SC_Tput: 14587.67

hr: 10
CA Activation Rate num: 5271318
SIP_SC_Total_MOU: 154.41
Peak UE: 27

Time: 08:26:02
holiday: 0
CA DL DataVolRatio Pct num: 4692

SIP DC%: 
DLRLCLayerDataVolume MB: 2466.18
DRB UL Data Volume MB: 4757
PRB Util%: 71.13
DL Packet Loss Pct: 3.54
RSSIRX1 Avg: -93.88
weekend: 0
UPTP Mbps Num: 8959
hr: 23
MAC_UE_SC_Tput: 5121.69
Bearer Releases: 9591

hr: 23
CA Activation Rate num: 5071545
UPTP Mbps Den: 1457
Peak UE: 27
MB_per_connected_UE: 23.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5906

Time: 01:14:41
holiday: 0

SIP DC%: 
UPTP_Mbps: 24.22
PRB Util%: 46.24
CA Conf FailRate Pct den: 7616
weekend: 0
hr: 20
MAC_UE_SC_Tput: 32290.69

hr: 20
CA Activation Rate num: 6915107
Setup_Fail_DEN: 6343
SIP_SC_Total_MOU: 63.76
Peak UE: 116
MB_per_connected_UE: 23.55
PCT Time MIMO: 37.33
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3305
DL Data Vol MAC in MB: 5131.02

Time: 21:59:17
holiday: 0
CA DL DataVolRatio Pct: 42.79
CA DL DataVolRatio Pct num: 2836

Avg_Connected_UEs: 47.97
SIP DC%: 
DLRLCLayerDataVolume MB: 4605.47
CA DL DataVolRatio Pct den: 6869
weekend: 1
UPTP Mbps Num: 39852
hr: 0
MAC_UE_SC_Tput: 13620.66
Bearer Releases: 12842

hr: 0
CA Activation Rate num: 10679769
SIP_SC_Total_MOU: 174.51
MB_per_connected_UE: 28
DL Data Vol MAC in MB: 9096.56

Time: 08:58:07
holiday: 0

DL MAC Vol Scell Pct: 38.89
Avg_Connected_UEs: 66.43
SIP DC%: 
DLRLCLayerDataVolume MB: 4596.9
PRB Util%: 35.5
weekend: 0
CA Activation Rate: 9.03
hr: 3
MAC_UE_SC_Tput: 4389.31
Bearer Releases: 8780

hr: 3
CA Activation Rate num: 6121208
UPTP Mbps Den: 1450
Setup_Fail_DEN: 11651
SIP_SC_Total_MOU: 298.04
Peak UE: 29
MB_per_connected_UE: 143.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7213
DL Data Vol MAC in MB: 4385.12
CA Activation Rate den: 76215

Time: 11:36:37
holiday: 0
CA DL DataVolRatio Pct: 76.05
CA DL DataVolRatio Pct num: 6434

DL MAC Vol Scell Pct: 2.85
SIP DC%: 
DLRLCLayerDataVolume MB: 8222.73
RRC Setup Attempts: 4946
CA DL DataVolRatio Pct den: 865
weekend: 0
RSSIRX2 Avg: -93.97
CA Activation Rate: 14.24
hr: 18
MAC_UE_SC_Tput: 12944.38

hr: 18
CA Activation Rate num: 10272305
UPTP Mbps Den: 1854
Setup_Fail_DEN: 10709
SIP_SC_Total_MOU: 264.37
Peak UE: 65
MB_per_connected_UE: 74.83
DL Volume: 8684
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6866
DL Data Vol MAC in MB: 508.39
CA Activation Rate den: 80903

Time: 03:48:15
holiday: 0
HO_att_InterFreq: 763

DL MAC Vol Scell Pct: 3.6
Avg_Connected_UEs: 48.42
SIP DC%: 
UPTP_Mbps: 51.87
DLRLCLayerDataVolume MB: 1216.67
DRB UL Data Volume MB: 5754
CA DL DataVolRatio Pct den: 7688
weekend: 0
UPTP Mbps Num: 28827
CA Activation Rate: 58.4
hr: 10
MAC_UE_SC_Tput: 5757.37
Bearer Releases: 10764

hr: 10
CA Activation Rate num: 10507387
UPTP Mbps Den: 1888
Setup_Fail_DEN: 11283
SIP_SC_Total_MOU: 337.05
Peak UE: 56
VOLTE IA%: 
PCT Time MIMO: 35.74
DL Volume: 1224
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3196
DL Data Vol MAC in MB: 9929.31

Time: 10:29:42
holiday: 0
CA DL DataVolRatio Pct num: 1421
HO Attempts: 246

DL MAC Vol Scell Pct: 42.73
SIP DC%: 
UPTP_Mbps: 96.82
DLRLCLayerDataVolume MB: 4214.39
PRB Util%: 26.62
CA DL DataVolRatio Pct den: 8264
CA Conf FailRate Pct den: 7390
weekend: 0
UPTP Mbps Num: 20695
hr: 9
MAC_UE_SC_Tput: 13199.15
Bearer Releases: 8356

hr: 9
CA Activation Rate num: 5990132
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8446

Time: 03:31:28
holiday: 0

DL MAC Vol Scell Pct: 45.02
Avg_Connected_UEs: 32.05
SIP DC%: 
UPTP_Mbps: 12.77
DLRLCLayerDataVolume MB: 7415.38
DRB UL Data Volume MB: 167
RRC Setup Attempts: 6326
CA DL DataVolRatio Pct den: 8881
weekend: 0
UPTP Mbps Num: 24103
CA Activation Rate: 78.13
hr: 3
MAC_UE_SC_Tput: 5695.38
Bearer Releases: 13542

hr: 3
CA Activation Rate num: 5396957
Setup_Fail_DEN: 12449
S1U_SIP_SC_SEER_den: 184
Peak UE: 27
MB_per_connected_UE: 132.41
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8101
DL Data Vol MAC in MB: 1088.18

Time: 04:34:48
holiday: 0
CA DL DataVolRatio Pct: 80.34
CA DL DataVolRatio Pct num: 4275

SIP DC%: 
UPTP_Mbps: 12.65
DLRLCLayerDataVolume MB: 6339.52
RRC Setup Attempts: 3362
CA DL DataVolRatio Pct den: 4608
CA Conf FailRate Pct den: 6309
weekend: 0
hr: 0
MAC_UE_SC_Tput: 19266.57
Bearer Releases: 9716

hr: 0
CA Activation Rate num: 13449446
Setup_Fail_DEN: 6728
Peak UE: 70
VOLTE IA%: 
MB_per_connected_UE: 34.99
DL Data Vol MAC in MB: 5960.36

Time: 21:49:09
holiday: 0
CA DL DataVolRatio Pct: 51.2

DL MAC Vol Scell Pct: 28.59
Avg_Connected_UEs: 16.6
SIP DC%: 
UPTP_Mbps: 46.12
DLRLCLayerDataVolume MB: 3659.79
DRB UL Data Volume MB: 7505
PRB Util%: 4.99
weekend: 0
CA Activation Rate: 27.75
hr: 9
MAC_UE_SC_Tput: 10530.06

hr: 9
CA Activation Rate num: 5532343
Peak UE: 27
MB_per_connected_UE: 128.7
CA Activation Rate den: 66708
Combined RACH Preambles: 3142

Time: 02:20:30
holiday: 0
CA DL DataVolRatio Pct: 83.88

SIP DC%: 
UPTP_Mbps: 32.37
CA DL DataVolRatio Pct den: 7768
weekend: 0
UPTP Mbps Num: 46697
hr: 1
MAC_UE_SC_Tput: 6413.6

hr: 1
Avg CQI: 11.31
CA Activation Rate num: 761770
Setup_Fail_DEN: 10338
SIP_SC_Total_MOU: 341.02
Peak UE: 27
DL Volume: 4491
DL Data Vol MAC in MB: 9796.47

Time: 11:13:50
holiday: 0
CA DL DataVolRatio Pct num: 5162

SIP DC%: 
UPTP_Mbps: 22.12
DLRLCLayerDataVolume MB: 3848.28
RRC Setup Attempts: 7342
CA DL DataVolRatio Pct den: 9777
weekend: 0
UPTP Mbps Num: 17595
CA Activation Rate: 44.21
hr: 23
MAC_UE_SC_Tput: 5103.47

hr: 23
CA Activation Rate num: 2206622
UPTP Mbps Den: 2238
Setup_Fail_DEN: 10193
SIP_SC_Total_MOU: 426.92
Peak UE: 56
MB_per_connected_UE: 124.89
PCT Time MIMO: 34.1
DL Data Vol MAC in MB: 4293.01

Time: 06:50:23
holiday: 0
CA DL DataVolRatio Pct: 74
HO Attempts: 366

DL MAC Vol Scell Pct: 29.63
Avg_Connected_UEs: 52.87
SIP DC%: 
UPTP_Mbps: 35.41
DRB UL Data Volume MB: 3889
PRB Util%: 55.6
CA Conf FailRate Pct den: 8487
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4227.14
Bearer Releases: 6439

hr: 0
CA Activation Rate num: 1053790
Setup_Fail_DEN: 7996
Peak UE: 27
MB_per_connected_UE: 103.64
DL Volume: 133
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4597
DL Data Vol MAC in MB: 2579.02
CA Activation Rate den: 56090

Time: 19:21:36
holiday: 0
RRC Setup Failure% 5G: 0.34
CA DL DataVolRatio Pct num: 1058

DL MAC Vol Scell Pct: 31.22
SIP DC%: 
UPTP_Mbps: 25.58
DLRLCLayerDataVolume MB: 2760.74
DRB UL Data Volume MB: 8540
PRB Util%: 33.47
CA Conf FailRate Pct den: 5546
weekend: 0
CA Activation Rate: 60.82
hr: 9
MAC_UE_SC_Tput: 4893.78
Bearer Releases: 6545

hr: 9
CA Activation Rate num: 10028477
UPTP Mbps Den: 3084
SIP_SC_Total_MOU: 110.4
Peak UE: 27
MB_per_connected_UE: 67.38
DL Volume: 337

Time: 13:01:23
holiday: 0
CA DL DataVolRatio Pct: 75.48

DL MAC Vol Scell Pct: 13.29
Avg_Connected_UEs: 50.77
SIP DC%: 
DLRLCLayerDataVolume MB: 3196.79
RRC Setup Attempts: 3757
CA DL DataVolRatio Pct den: 4837
weekend: 1
UPTP Mbps Num: 11437
CA Activation Rate: 52.81
hr: 19
MAC_UE_SC_Tput: 17011.52
Bearer Releases: 11647

hr: 19
CA Activation Rate num: 6568007
UPTP Mbps Den: 2669
SIP_SC_Total_MOU: 250.5
Peak UE: 27
MB_per_connected_UE: 45.59
DL Data Vol MAC in MB: 9932.91

Time: 22:15:03
holiday: 0
CA DL DataVolRatio Pct: 89.89
CA DL DataVolRatio Pct num: 6350

Avg_Connected_UEs: 59.31
SIP DC%: 
UPTP_Mbps: 41.63
PRB Util%: 34.09
CA Conf FailRate Pct den: 6293
RSSIRX1 Avg: -93.6
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8086.53
Bearer Releases: 14071

hr: 23
CA Activation Rate num: 8626091
Setup_Fail_DEN: 17894
SIP_SC_Total_MOU: 239.56
Peak UE: 41
MB_per_connected_UE: 137.81

Combined RACH Preambles: 2129
Time: 05:26:58
holiday: 0

DL MAC Vol Scell Pct: 12.38
SIP DC%: 
UPTP_Mbps: 115.11
DLRLCLayerDataVolume MB: 4249.26
RRC Setup Attempts: 4162
CA DL DataVolRatio Pct den: 5415
weekend: 0
CA Activation Rate: 18.57
hr: 2
MAC_UE_SC_Tput: 15635.63

hr: 2
CA Activation Rate num: 5414809
UPTP Mbps Den: 2095
Setup_Fail_DEN: 8364
Peak UE: 61
MB_per_connected_UE: 187.89
PCT Time MIMO: 56.3
DL Volume: 7976
DL Data Vol MAC in MB: 7612.04

holiday: 0
CA DL DataVolRatio Pct: 61.78
HO Attempts: 668

DL MAC Vol Scell Pct: 13.54
Avg_Connected_UEs: 63.63
SIP DC%: 
UPTP_Mbps: 40.61
DLRLCLayerDataVolume MB: 738.48
PRB Util%: 64.58
RRC Setup Attempts: 4135
CA Conf FailRate Pct den: 9390
weekend: 0
UPTP Mbps Num: 61242
CA Activation Rate: 70.94
hr: 0
MAC_UE_SC_Tput: 5162.33

hr: 0
CA Activation Rate num: 8345776
Peak UE: 55
MB_per_connected_UE: 87.08
DL Data Vol MAC in MB: 5140.16
CA Activation Rate den: 84466

Time: 23:12:28
holiday: 0
CA DL DataVolRatio Pct: 75.97
CA DL DataVolRatio Pct num: 3457

SIP DC%: 
DLRLCLayerDataVolume MB: 9107.41
DRB UL Data Volume MB: 8009
PRB Util%: 18.45
weekend: 0
CA Activation Rate: 38.31
hr: 23
MAC_UE_SC_Tput: 6594.44

hr: 23
UPTP Mbps Den: 877
Setup_Fail_DEN: 14750
Peak UE: 57
MB_per_connected_UE: 64.97
PCT Time MIMO: 51.82
DL Data Vol MAC in MB: 4009.64
CA Activation Rate den: 109675

Time: 15:38:55
holiday: 0

DL MAC Vol Scell Pct: 54.91
SIP DC%: 
DLRLCLayerDataVolume MB: 4749.47
DRB UL Data Volume MB: 6957
PRB Util%: 64.2
RRC Setup Attempts: 4071
CA DL DataVolRatio Pct den: 3211
CA Conf FailRate Pct den: 5623
weekend: 1
UPTP Mbps Num: 7636
hr: 8
MAC_UE_SC_Tput: 7435.99

hr: 8
CA Activation Rate num: 9541068
UPTP Mbps Den: 2440
SIP_SC_Total_MOU: 207.8
Peak UE: 27
MB_per_connected_UE: 36.93
DL Volume: 2121
DL Data Vol MAC in MB: 8803

Time: 17:49:31
holiday: 0
CA DL DataVolRatio Pct num: 6618

DL MAC Vol Scell Pct: 9.46
Avg_Connected_UEs: 60.44
SIP DC%: 
UPTP_Mbps: 9.36
DLRLCLayerDataVolume MB: 5376.14
CA DL DataVolRatio Pct den: 7011
weekend: 1
UPTP Mbps Num: 46651
CA Activation Rate: 23.58
hr: 23
MAC_UE_SC_Tput: 4493.4

hr: 23
CA Activation Rate num: 5221456
SIP_SC_Total_MOU: 337.96
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3545
CA Activation Rate den: 121220

Time: 06:54:30
holiday: 0
CA DL DataVolRatio Pct: 66.55

DL MAC Vol Scell Pct: 12.49
SIP DC%: 
DLRLCLayerDataVolume MB: 7727.45
PRB Util%: 28.42
CA DL DataVolRatio Pct den: 4736
CA Conf FailRate Pct den: 8425
weekend: 0
CA Activation Rate: 4.87
hr: 23
MAC_UE_SC_Tput: 5459.07
Bearer Releases: 9997

hr: 23
CA Activation Rate num: 7360194
UPTP Mbps Den: 611
Setup_Fail_DEN: 17555
SIP_SC_Total_MOU: 20.64
UL MAC Vol Scell Pct: 4.84
Peak UE: 68
MB_per_connected_UE: 145.41
DL Volume: 6461
DL Data Vol MAC in MB: 6508.18
CA Activation Rate den: 48804

Time: 01:37:30
holiday: 0
CA DL DataVolRatio Pct num: 5533

Avg_Connected_UEs: 19.9
SIP DC%: 
DLRLCLayerDataVolume MB: 1078.47
CA DL DataVolRatio Pct den: 8151
RSSIRX1 Avg: -95.53
weekend: 0
CA Activation Rate: 58.7
hr: 22
MAC_UE_SC_Tput: 6223.7

hr: 22
CA Activation Rate num: 2902813
Setup_Fail_DEN: 18482
Peak UE: 59
DL Volume: 5443
DL Data Vol MAC in MB: 1590.26
CA Activation Rate den: 135142

Time: 12:09:55
holiday: 0

Avg_Connected_UEs: 39.78
SIP DC%: 
DLRLCLayerDataVolume MB: 7800.48
DRB UL Data Volume MB: 9377
CA DL DataVolRatio Pct den: 497
weekend: 0
CA Activation Rate: 49.74
hr: 19
MAC_UE_SC_Tput: 16623.04

hr: 19
CA Activation Rate num: 3846653
UPTP Mbps Den: 3074
Setup_Fail_DEN: 15608
Peak UE: 38
MB_per_connected_UE: 167.59
DL Data Vol MAC in MB: 5716.24

Time: 03:23:50
holiday: 0

Avg_Connected_UEs: 83.68
SIP DC%: 
UPTP_Mbps: 122.04
DLRLCLayerDataVolume MB: 5038.02
RSSIRX1 Avg: -93.65
weekend: 0
hr: 19
MAC_UE_SC_Tput: 10949.29
Bearer Releases: 13401

hr: 19
CA Activation Rate num: 10665231
UPTP Mbps Den: 2588
Setup_Fail_DEN: 17694
Peak UE: 59
VOLTE IA%: 
MB_per_connected_UE: 22.26
DL Volume: 1897
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5982
UL Throughput: 6.14
DL Data Vol MAC in MB: 817.18
CA Activation Rate den: 73806
Combined RACH Preambles: 2256

Time: 17:31:01
holiday: 0

SIP DC%: 
PRB Util%: 13.88
RRC Setup Attempts: 6240
CA DL DataVolRatio Pct den: 7092
weekend: 0
UPTP Mbps Num: 54668
hr: 22
MAC_UE_SC_Tput: 14961.42

hr: 22
CA Activation Rate num: 5585739
Setup_Fail_DEN: 9442
Peak UE: 27
MB_per_connected_UE: 36.13
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5825
CA Activation Rate den: 100718

Time: 20:30:39
holiday: 0
CA DL DataVolRatio Pct: 58.98
CA DL DataVolRatio Pct num: 2286
HO Attempts: 413

SIP DC%: 
UPTP_Mbps: 31.89
DRB UL Data Volume MB: 9879
RRC Setup Attempts: 6178
CA DL DataVolRatio Pct den: 2337
CA Conf FailRate Pct den: 3118
weekend: 0
CA Activation Rate: 25.66
hr: 14
MAC_UE_SC_Tput: 18455.42
Bearer Releases: 10587

hr: 14
CA Activation Rate num: 269590
Setup_Fail_DEN: 6912
Peak UE: 29
MB_per_connected_UE: 154.76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3307
DL Data Vol MAC in MB: 2912.85
CA Activation Rate den: 97954

Time: 05:08:27
holiday: 0
CA DL DataVolRatio Pct: 61.26
CA DL DataVolRatio Pct num: 3458
HO Attempts: 424

Avg_Connected_UEs: 55.73
SIP DC%: 
UPTP_Mbps: 9.15
weekend: 0
CA Activation Rate: 22.36
hr: 6
MAC_UE_SC_Tput: 8996.44

hr: 6
CA Activation Rate num: 10227341
Setup_Fail_DEN: 10716
Peak UE: 27
MB_per_connected_UE: 17.05
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5350

Time: 11:44:02
holiday: 0
CA DL DataVolRatio Pct: 65.36
CA DL DataVolRatio Pct num: 7360

DL MAC Vol Scell Pct: 36.59
Avg_Connected_UEs: 33.66
SIP DC%: 
DLRLCLayerDataVolume MB: 3256.34
DRB UL Data Volume MB: 7845
DL Packet Loss Pct: 1.11
CA DL DataVolRatio Pct den: 7624
CA Conf FailRate Pct den: 3959
weekend: 0
CA Activation Rate: 39.86
hr: 20
MAC_UE_SC_Tput: 9581.07
Bearer Releases: 13101

hr: 20
CA Activation Rate num: 8847670
UPTP Mbps Den: 2742
Setup_Fail_DEN: 18282
SIP_SC_Total_MOU: 64.95
Peak UE: 27
MB_per_connected_UE: 122.62
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4741
DL Data Vol MAC in MB: 9388.75

Combined RACH Preambles: 3316
Time: 09:32:05
holiday: 0
HO_att_InterFreq: 969

Avg_Connected_UEs: 48.63
SIP DC%: 
UPTP_Mbps: 12.27
DLRLCLayerDataVolume MB: 271.98
DRB UL Data Volume MB: 9623
PRB Util%: 9.37
RRC Setup Attempts: 8627
CA DL DataVolRatio Pct den: 8207
weekend: 0
UPTP Mbps Num: 56682
CA Activation Rate: 36.68
hr: 12
MAC_UE_SC_Tput: 7884.11
Bearer Releases: 13902

hr: 12
CA Activation Rate num: 4971588
UPTP Mbps Den: 1120
Peak UE: 27
MB_per_connected_UE: 166.74
DL Data Vol MAC in MB: 2522.46

Time: 09:00:05
holiday: 0
CA DL DataVolRatio Pct num: 129
HO Attempts: 477

DL MAC Vol Scell Pct: 34.57
Avg_Connected_UEs: 21.55
SIP DC%: 
RRC Setup Attempts: 8314
weekend: 0
UPTP Mbps Num: 2278
CA Activation Rate: 58.02
hr: 5
MAC_UE_SC_Tput: 10491.04
Bearer Releases: 9619

hr: 5
CA Activation Rate num: 10646955
UPTP Mbps Den: 5765
Setup_Fail_DEN: 19262
SIP_SC_Total_MOU: 164.36
Peak UE: 27
MB_per_connected_UE: 23.48
DL Volume: 9453
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3865
DL Data Vol MAC in MB: 9839.98
CA Activation Rate den: 207706

Time: 01:59:22
holiday: 0
CA DL DataVolRatio Pct: 79.58

DL MAC Vol Scell Pct: 14.63
SIP DC%: 
DLRLCLayerDataVolume MB: 4059.51
DRB UL Data Volume MB: 2722
weekend: 0
CA Activation Rate: 45.05
hr: 22
MAC_UE_SC_Tput: 4593.05
Bearer Releases: 17810

hr: 22
UPTP Mbps Den: 1428
Setup_Fail_DEN: 19838
SIP_SC_Total_MOU: 131.08
Peak UE: 74
MB_per_connected_UE: 160.07
PCT Time MIMO: 59.97
DL Volume: 497
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3742
DL Data Vol MAC in MB: 9563.93
CA Activation Rate den: 81403

Time: 10:17:48
holiday: 0
CA DL DataVolRatio Pct: 44.06
CA DL DataVolRatio Pct num: 617

DL MAC Vol Scell Pct: 11.46
SIP DC%: 
UPTP_Mbps: 8.15
DLRLCLayerDataVolume MB: 5857.23
PRB Util%: 24.31
CA DL DataVolRatio Pct den: 7428
CA Conf FailRate Pct den: 4179
weekend: 0
UPTP Mbps Num: 46960
hr: 0
MAC_UE_SC_Tput: 10676.56
Bearer Releases: 15316

hr: 0
CA Activation Rate num: 9558763
Setup_Fail_DEN: 15721
SIP_SC_Total_MOU: 296.78
Peak UE: 36
MB_per_connected_UE: 13.85
DL Data Vol MAC in MB: 2383.93

Combined RACH Preambles: 2359
Time: 12:46:18
holiday: 0
CA DL DataVolRatio Pct: 73.21
HO_att_InterFreq: 911
CA DL DataVolRatio Pct num: 876

Avg_Connected_UEs: 22.13
SIP DC%: 
UPTP_Mbps: 16.49
DRB UL Data Volume MB: 366
CA DL DataVolRatio Pct den: 2528
CA Conf FailRate Pct den: 3460
weekend: 0
CA Activation Rate: 28.13
hr: 9
MAC_UE_SC_Tput: 17479.08

hr: 9
CA Activation Rate num: 7956024
Peak UE: 94
VOLTE IA%: 
MB_per_connected_UE: 166.58
UL Throughput: 8.5
DL Data Vol MAC in MB: 5034.53
CA Activation Rate den: 77944

Time: 05:11:41
holiday: 0

DL MAC Vol Scell Pct: 11.98
Avg_Connected_UEs: 34.61
SIP DC%: 
DLRLCLayerDataVolume MB: 826.13
PRB Util%: 59.7
RRC Setup Attempts: 7066
CA Conf FailRate Pct den: 7212
weekend: 0
UPTP Mbps Num: 24084
Bearer Setup Failure Voice Den: 210
CA Activation Rate: 31.8
hr: 17
MAC_UE_SC_Tput: 21516.3
Bearer Releases: 17614

hr: 17
Setup_Fail_DEN: 9716
SIP_SC_Total_MOU: 54.82
Peak UE: 27
MB_per_connected_UE: 10.2
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4406
CA Activation Rate den: 52326

Combined RACH Preambles: 2649
Time: 08:26:22
holiday: 0

SIP DC%: 
UPTP_Mbps: 33.05
RRC Setup Attempts: 9044
CA DL DataVolRatio Pct den: 6795
weekend: 0
UPTP Mbps Num: 12519
hr: 23
MAC_UE_SC_Tput: 16292.85
Bearer Releases: 18681

hr: 23
CA Activation Rate num: 10965885
UPTP Mbps Den: 2787
SIP_SC_Total_MOU: 71.98
UL MAC Vol Scell Pct: 3.44
Peak UE: 27
MB_per_connected_UE: 26.19
PCT Time MIMO: 54.09
DL Data Vol MAC in MB: 9919.88
CA Activation Rate den: 108097

Combined RACH Preambles: 2789
Time: 21:55:50
holiday: 0

DL MAC Vol Scell Pct: 22.73
SIP DC%: 
UPTP_Mbps: 36.7
DLRLCLayerDataVolume MB: 5842.34
weekend: 0
UPTP Mbps Num: 38438
hr: 4
MAC_UE_SC_Tput: 9517.41

hr: 4
CA Activation Rate num: 9853760
UPTP Mbps Den: 2628
SIP_SC_Total_MOU: 277.77
S1U_SIP_SC_SEER_den: 183
Peak UE: 27
MB_per_connected_UE: 92.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6011
CA Activation Rate den: 49939

Time: 10:42:11
holiday: 0
CA DL DataVolRatio Pct num: 1701

DL MAC Vol Scell Pct: 45.62
Avg_Connected_UEs: 59.39
SIP DC%: 
DRB UL Data Volume MB: 1145
RRC Setup Attempts: 3980
CA Conf FailRate Pct den: 5499
weekend: 0
UPTP Mbps Num: 21554
hr: 9
MAC_UE_SC_Tput: 4889.41
Bearer Releases: 6682

hr: 9
CA Activation Rate num: 6304436
UPTP Mbps Den: 261
Peak UE: 33
MB_per_connected_UE: 206.06
DL Volume: 2599
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5903
DL Data Vol MAC in MB: 4810.64

Time: 08:05:38
holiday: 0

DL MAC Vol Scell Pct: 3.32
Avg_Connected_UEs: 80.97
SIP DC%: 
DRB UL Data Volume MB: 8697
PRB Util%: 8.12
RRC Setup Attempts: 7037
CA DL DataVolRatio Pct den: 1425
CA Conf FailRate Pct den: 4725
weekend: 0
UPTP Mbps Num: 15810
CA Activation Rate: 12.69
hr: 19
MAC_UE_SC_Tput: 13031.3

hr: 19
CA Activation Rate num: 10052547
UPTP Mbps Den: 929
Setup_Fail_DEN: 12360
Peak UE: 27
PCT Time MIMO: 54.69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8817

Time: 11:16:18
holiday: 0
CA DL DataVolRatio Pct num: 3714

SIP DC%: 
UPTP_Mbps: 40.18
PRB Util%: 41.32
RRC Setup Attempts: 4220
weekend: 0
UPTP Mbps Num: 6070
CA Activation Rate: 42.7
hr: 23
MAC_UE_SC_Tput: 10246.62

hr: 23
CA Activation Rate num: 1878059
UPTP Mbps Den: 1478
Setup_Fail_DEN: 10603
Peak UE: 61
MB_per_connected_UE: 67.79
PCT Time MIMO: 55.21
DL Volume: 4353
DL Data Vol MAC in MB: 3853.67
CA Activation Rate den: 87702

holiday: 0
CA DL DataVolRatio Pct num: 4378

DL MAC Vol Scell Pct: 11.66
SIP DC%: 
UPTP_Mbps: 75.29
PRB Util%: 32.36
weekend: 0
hr: 23
MAC_UE_SC_Tput: 14233.28
Bearer Releases: 7102

hr: 23
CA Activation Rate num: 5563680
UPTP Mbps Den: 4020
Setup_Fail_DEN: 11067
SIP_SC_Total_MOU: 348.3
Peak UE: 27
MB_per_connected_UE: 144.38
DL Data Vol MAC in MB: 9815.87
CA Activation Rate den: 62222

Combined RACH Preambles: 2474
Time: 21:12:43
holiday: 0
CA DL DataVolRatio Pct num: 2154

SIP DC%: 
DLRLCLayerDataVolume MB: 3896.48
CA Conf FailRate Pct den: 6641
weekend: 0
UPTP Mbps Num: 52903
hr: 5
MAC_UE_SC_Tput: 5293.86

hr: 5
CA Activation Rate num: 10452033
UPTP Mbps Den: 3567
Setup_Fail_DEN: 13260
SIP_SC_Total_MOU: 6.9
Peak UE: 27
MB_per_connected_UE: 77.95
DL Volume: 4622
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6671
DL Data Vol MAC in MB: 5465.88
CA Activation Rate den: 87687

Time: 05:53:05
holiday: 0
CA DL DataVolRatio Pct num: 1460

DL MAC Vol Scell Pct: 36.02
Avg_Connected_UEs: 81.67
SIP DC%: 
UPTP_Mbps: 24.42
DLRLCLayerDataVolume MB: 3526.64
DRB UL Data Volume MB: 1660
RRC Setup Attempts: 4074
CA DL DataVolRatio Pct den: 7402
weekend: 0
UPTP Mbps Num: 7423
CA Activation Rate: 20.68
hr: 7

hr: 7
CA Activation Rate num: 4256455
UPTP Mbps Den: 5790
Setup_Fail_DEN: 6824
SIP_SC_Total_MOU: 343.28
Peak UE: 27
MB_per_connected_UE: 156.84
PCT Time MIMO: 44.33
DL Volume: 4920
DL Data Vol MAC in MB: 4593.6
CA Activation Rate den: 155224

Time: 16:09:16
holiday: 0

DL MAC Vol Scell Pct: 10.92
Avg_Connected_UEs: 26.75
SIP DC%: 
DLRLCLayerDataVolume MB: 4457.19
RRC Setup Attempts: 6584
CA DL DataVolRatio Pct den: 6813
weekend: 0
UPTP Mbps Num: 13997
CA Activation Rate: 13.87
hr: 0
MAC_UE_SC_Tput: 5579.34
Bearer Releases: 8401

hr: 0
Setup_Fail_DEN: 6677
Peak UE: 40
DL Volume: 9525
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3211
CA Activation Rate den: 66985
Combined RACH Preambles: 4679

Time: 08:20:30
holiday: 0
CA DL DataVolRatio Pct num: 6653

DL MAC Vol Scell Pct: 14.99
Avg_Connected_UEs: 55.47
SIP DC%: 
DLRLCLayerDataVolume MB: 5072.52
PRB Util%: 21.66
CA DL DataVolRatio Pct den: 4120
weekend: 0
UPTP Mbps Num: 15991
CA Activation Rate: 9.15
hr: 7
MAC_UE_SC_Tput: 10729.39

hr: 7
CA Activation Rate num: 351628
Setup_Fail_DEN: 18869
SIP_SC_Total_MOU: 3.42
Peak UE: 78
MB_per_connected_UE: 149.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4130
DL Data Vol MAC in MB: 2731.07

Time: 16:03:00
holiday: 0
CA DL DataVolRatio Pct: 62.76
CA DL DataVolRatio Pct num: 236

DL MAC Vol Scell Pct: 32.77
SIP DC%: 
DLRLCLayerDataVolume MB: 6841.16
DRB UL Data Volume MB: 4621
PRB Util%: 30.05
RRC Setup Attempts: 5737
CA DL DataVolRatio Pct den: 8248
CA Conf FailRate Pct den: 3860
weekend: 0
UPTP Mbps Num: 35505
CA Activation Rate: 67.56
hr: 5
MAC_UE_SC_Tput: 10409.51
Bearer Releases: 18010

hr: 5
CA Activation Rate num: 2566694
Setup_Fail_DEN: 13899
Peak UE: 79
MB_per_connected_UE: 81.06
DL Volume: 1045
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4144
DL Data Vol MAC in MB: 7478.55

Time: 06:10:25
holiday: 0
CA DL DataVolRatio Pct: 72.65
CA DL DataVolRatio Pct num: 3060

Avg_Connected_UEs: 63
SIP DC%: 
UPTP_Mbps: 41.1
DLRLCLayerDataVolume MB: 229.66
CA DL DataVolRatio Pct den: 8600
weekend: 0
UPTP Mbps Num: 11971
CA Activation Rate: 71.07
hr: 15
MAC_UE_SC_Tput: 7428.53
Bearer Releases: 6748

hr: 15
CA Activation Rate num: 4600418
Setup_Fail_DEN: 14069
SIP_SC_Total_MOU: 3.54
Peak UE: 29
MB_per_connected_UE: 13.13
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7829
CA Activation Rate den: 107108

Time: 15:29:29
holiday: 0

SIP DC%: 
UPTP_Mbps: 25.36
DLRLCLayerDataVolume MB: 3242.84
RRC Setup Attempts: 6846
CA Conf FailRate Pct den: 7279
weekend: 0
UPTP Mbps Num: 16087
hr: 8
MAC_UE_SC_Tput: 16766.05

hr: 8
CA Activation Rate num: 10569715
UPTP Mbps Den: 5676
Peak UE: 27
VOLTE IA%: 
PCT Time MIMO: 40.19
DL Data Vol MAC in MB: 7865.05
CA Activation Rate den: 111727

Time: 16:37:55
holiday: 0
CA DL DataVolRatio Pct num: 2716

DL MAC Vol Scell Pct: 11.17
Avg_Connected_UEs: 33.19
SIP DC%: 
DLRLCLayerDataVolume MB: 5525.46
DRB UL Data Volume MB: 3353
RRC Setup Attempts: 5424
CA DL DataVolRatio Pct den: 3042
weekend: 0
hr: 8
MAC_UE_SC_Tput: 5734.3
Bearer Releases: 16736

hr: 8
CA Activation Rate num: 3956379
UPTP Mbps Den: 1453
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9425
UL Throughput: 5.48
DL Data Vol MAC in MB: 1272.34
CA Activation Rate den: 113616

Time: 04:27:31
holiday: 0
CA DL DataVolRatio Pct: 72.19
CA DL DataVolRatio Pct num: 176

SIP DC%: 
UPTP_Mbps: 78.9
DLRLCLayerDataVolume MB: 3312.63
PRB Util%: 34.01
RRC Setup Attempts: 5173
CA DL DataVolRatio Pct den: 9450
weekend: 1
CA Activation Rate: 69.71
hr: 22
MAC_UE_SC_Tput: 10611.54
Bearer Releases: 18024

hr: 22
CA Activation Rate num: 8458350
Setup_Fail_DEN: 14727
Peak UE: 77
CA Activation Rate den: 103145

Time: 16:59:11
holiday: 0

DL MAC Vol Scell Pct: 36.15
Avg_Connected_UEs: 53.61
SIP DC%: 
UPTP_Mbps: 110.4
DLRLCLayerDataVolume MB: 3562.37
PRB Util%: 54.58
CA Conf FailRate Pct den: 7213
weekend: 1
CA Activation Rate: 15.35
hr: 0
MAC_UE_SC_Tput: 11478.6

hr: 0
CA Activation Rate num: 7739983
UPTP Mbps Den: 2489
Setup_Fail_DEN: 16352
UL MAC Vol Scell Pct: 1.48
Peak UE: 44
MB_per_connected_UE: 56.07
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9019
CA Activation Rate den: 50212

Time: 02:40:18
holiday: 0
CA DL DataVolRatio Pct num: 664

SIP DC%: 
DLRLCLayerDataVolume MB: 9602.07
DRB UL Data Volume MB: 3113
PRB Util%: 55.54
RRC Setup Attempts: 5807
CA DL DataVolRatio Pct den: 9937
weekend: 0
CA Activation Rate: 44.43
hr: 0
MAC_UE_SC_Tput: 11113.06
Bearer Releases: 8163

hr: 0
CA Activation Rate num: 3392106
Setup_Fail_DEN: 8848
Peak UE: 49
MB_per_connected_UE: 74.75
DL Volume: 9023
DL Data Vol MAC in MB: 7152.89
CA Activation Rate den: 67037
Combined RACH Preambles: 3924

Time: 01:52:45
holiday: 0
CA DL DataVolRatio Pct: 71.44
CA DL DataVolRatio Pct num: 2174

Avg_Connected_UEs: 64.66
SIP DC%: 
DLRLCLayerDataVolume MB: 2052.29
DRB UL Data Volume MB: 5080
weekend: 0
CA Activation Rate: 75.63
hr: 19
MAC_UE_SC_Tput: 16517.19

hr: 19
CA Activation Rate num: 5155865
Peak UE: 65
MB_per_connected_UE: 25.55

Time: 16:20:54
holiday: 0
HO Attempts: 506

Avg_Connected_UEs: 31.01
SIP DC%: 
DLRLCLayerDataVolume MB: 3552.46
DRB UL Data Volume MB: 4506
CA DL DataVolRatio Pct den: 9669
CA Conf FailRate Pct den: 5950
weekend: 0
UPTP Mbps Num: 22215
CA Activation Rate: 18.11
hr: 12
MAC_UE_SC_Tput: 18404.21
Bearer Releases: 11307

hr: 12
CA Activation Rate num: 2589896
Setup_Fail_DEN: 9096
SIP_SC_Total_MOU: 107.3
Peak UE: 27
MB_per_connected_UE: 43.29
DL Volume: 7039
DL Data Vol MAC in MB: 1632.33
CA Activation Rate den: 133138

Time: 15:49:02
holiday: 0
CA DL DataVolRatio Pct: 79.92

SIP DC%: 
UPTP_Mbps: 17.08
DLRLCLayerDataVolume MB: 8447.7
PRB Util%: 20.13
CA DL DataVolRatio Pct den: 1841
CA Conf FailRate Pct den: 9190
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8284.66
Bearer Releases: 7802

hr: 23
CA Activation Rate num: 6712244
Setup_Fail_DEN: 14118
Peak UE: 39
MB_per_connected_UE: 168.42
PCT Time MIMO: 41.49
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4920
DL Data Vol MAC in MB: 5734.18

Time: 16:27:19
holiday: 0

DL MAC Vol Scell Pct: 46.24
Avg_Connected_UEs: 39.17
SIP DC%: 
UPTP_Mbps: 34.52
DLRLCLayerDataVolume MB: 837.69
PRB Util%: 27.07
CA Conf FailRate Pct den: 6954
weekend: 0
CA Activation Rate: 26.69
hr: 0
MAC_UE_SC_Tput: 5213.92
Bearer Releases: 11180

hr: 0
CA Activation Rate num: 9452708
UPTP Mbps Den: 1395
Setup_Fail_DEN: 18750
SIP_SC_Total_MOU: 39.07
Peak UE: 60
MB_per_connected_UE: 70.21
DL Data Vol MAC in MB: 4777.11
CA Activation Rate den: 133781

Time: 22:57:57
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4566.62
RRC Setup Attempts: 5678
CA DL DataVolRatio Pct den: 1156
CA Conf FailRate Pct den: 5009
weekend: 0
CA Activation Rate: 70.68
hr: 10
MAC_UE_SC_Tput: 14997.98

hr: 10
CA Activation Rate num: 6036389
Setup_Fail_DEN: 6718
Peak UE: 73
MB_per_connected_UE: 137.99
PCT Time MIMO: 35.54
DL Data Vol MAC in MB: 3384.49
CA Activation Rate den: 81858

Time: 16:54:02
holiday: 0
CA DL DataVolRatio Pct: 62.3
CA DL DataVolRatio Pct num: 7188

DL MAC Vol Scell Pct: 13.18
Avg_Connected_UEs: 32.62
SIP DC%: 
UPTP_Mbps: 44.47
DLRLCLayerDataVolume MB: 6530.29
DRB UL Data Volume MB: 5680
RRC Setup Attempts: 6083
CA DL DataVolRatio Pct den: 3853
CA Conf FailRate Pct den: 6365
weekend: 0
UPTP Mbps Num: 46012
CA Activation Rate: 20.27
hr: 8
MAC_UE_SC_Tput: 43845.62

hr: 8
CA Activation Rate num: 3188831
Setup_Fail_DEN: 18176
SIP_SC_Total_MOU: 74.68
Peak UE: 38
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7297
CA Activation Rate den: 41044

Time: 13:06:04
holiday: 0
CA DL DataVolRatio Pct num: 7356

DL MAC Vol Scell Pct: 48.07
Avg_Connected_UEs: 32.6
SIP DC%: 
DLRLCLayerDataVolume MB: 1260.13
weekend: 0
UPTP Mbps Num: 1094
CA Activation Rate: 77.74
hr: 5
MAC_UE_SC_Tput: 4778.15
Bearer Releases: 16446

hr: 5
CA Activation Rate num: 7977676
UPTP Mbps Den: 2939
Setup_Fail_DEN: 12495
SIP_SC_Total_MOU: 247.9
Peak UE: 27
MB_per_connected_UE: 103.47
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4955
DL Data Vol MAC in MB: 8847.48

Time: 08:55:25
holiday: 0
CA DL DataVolRatio Pct: 49.58
HO_att_InterFreq: 65
CA DL DataVolRatio Pct num: 1827

DL MAC Vol Scell Pct: 6.01
Avg_Connected_UEs: 17.6
SIP DC%: 
DLRLCLayerDataVolume MB: 3516.92
weekend: 0
UPTP Mbps Num: 12099
CA Activation Rate: 1.39
hr: 9
MAC_UE_SC_Tput: 5658.9
Bearer Releases: 7815

hr: 9
Setup_Fail_DEN: 16607
Peak UE: 46
MB_per_connected_UE: 49.04
PCT Time MIMO: 58.8
DL Volume: 974
DL Data Vol MAC in MB: 4342
CA Activation Rate den: 116983

holiday: 0
CA DL DataVolRatio Pct num: 4223

Avg_Connected_UEs: 16.5
SIP DC%: 
DLRLCLayerDataVolume MB: 4038.63
DRB UL Data Volume MB: 2481
CA DL DataVolRatio Pct den: 6586
weekend: 0
UPTP Mbps Num: 53947
CA Activation Rate: 50.73
hr: 23
MAC_UE_SC_Tput: 13595.62
Bearer Releases: 12038

hr: 23
CA Activation Rate num: 7257429
SIP_SC_Total_MOU: 187.78
Peak UE: 27
UL Throughput: 4.58
DL Data Vol MAC in MB: 8303.35

Time: 01:29:07
holiday: 0

Avg_Connected_UEs: 33.42
SIP DC%: 
UPTP_Mbps: 8.55
DLRLCLayerDataVolume MB: 9656.65
CA Conf FailRate Pct den: 3992
weekend: 0
hr: 17
MAC_UE_SC_Tput: 4188.04
Bearer Releases: 7084

hr: 17
CA Activation Rate num: 10379034
Setup_Fail_DEN: 13731
SIP_SC_Total_MOU: 384.52
Peak UE: 29
MB_per_connected_UE: 114.32
PCT Time MIMO: 68.06
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3632
DL Data Vol MAC in MB: 2000.87
CA Activation Rate den: 44161

Time: 23:44:48
holiday: 0
CA DL DataVolRatio Pct num: 4741

SIP DC%: 
UPTP_Mbps: 8.69
DLRLCLayerDataVolume MB: 6083.78
PRB Util%: 7.84
CA DL DataVolRatio Pct den: 9326
weekend: 0
hr: 15
MAC_UE_SC_Tput: 13197.94
Bearer Releases: 6357

hr: 15
CA Activation Rate num: 7087843
UPTP Mbps Den: 232
Setup_Fail_DEN: 14768
SIP_SC_Total_MOU: 42.61
Peak UE: 73
MB_per_connected_UE: 7.43

Time: 23:23:50
holiday: 0
CA DL DataVolRatio Pct: 51.29

Avg_Connected_UEs: 78.18
SIP DC%: 
DLRLCLayerDataVolume MB: 993.44
DRB UL Data Volume MB: 7816
RRC Setup Attempts: 6448
CA DL DataVolRatio Pct den: 1790
weekend: 0
UPTP Mbps Num: 16593
CA Activation Rate: 20.59
hr: 6
MAC_UE_SC_Tput: 15979.67

hr: 6
CA Activation Rate num: 10912421
UPTP Mbps Den: 4601
Setup_Fail_DEN: 10353
SIP_SC_Total_MOU: 15.29
Peak UE: 27
PCT Time MIMO: 60.18
DL Data Vol MAC in MB: 684.29
CA Activation Rate den: 71594

Time: 00:13:27
holiday: 0
HO_att_InterFreq: 896
CA DL DataVolRatio Pct num: 5742

Avg_Connected_UEs: 49.5
SIP DC%: 
UPTP_Mbps: 45.29
DRB UL Data Volume MB: 9147
CA DL DataVolRatio Pct den: 8471
weekend: 0
UPTP Mbps Num: 55760
hr: 13
MAC_UE_SC_Tput: 9138.72
Bearer Releases: 6604

hr: 13
CA Activation Rate num: 11214704
UPTP Mbps Den: 901
SIP_SC_Total_MOU: 117.02
Peak UE: 27
MB_per_connected_UE: 104.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5442
DL Data Vol MAC in MB: 879.18

Combined RACH Preambles: 3241
Time: 01:09:19
holiday: 0

DL MAC Vol Scell Pct: 20.11
Avg_Connected_UEs: 22.44
SIP DC%: 
RRC Setup Attempts: 7316
CA DL DataVolRatio Pct den: 3442
CA Conf FailRate Pct den: 5706
weekend: 1
hr: 4
MAC_UE_SC_Tput: 14018.76
Bearer Releases: 12581

hr: 4
CA Activation Rate num: 4224873
Peak UE: 27
MB_per_connected_UE: 91.08

Time: 07:33:32
holiday: 0
CA DL DataVolRatio Pct: 80.62

DL MAC Vol Scell Pct: 48.39
Avg_Connected_UEs: 80.79
SIP DC%: 
UPTP_Mbps: 29.8
DLRLCLayerDataVolume MB: 4909.63
RRC Setup Attempts: 5477
weekend: 0
UPTP Mbps Num: 23786
CA Activation Rate: 36.79
hr: 7
MAC_UE_SC_Tput: 7245.64
Bearer Releases: 8588

hr: 7
CA Activation Rate num: 6071993
Setup_Fail_DEN: 12450
SIP_SC_Total_MOU: 280.1
Peak UE: 27
MB_per_connected_UE: 62.41
DL Volume: 1743
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6161

Time: 22:46:21
holiday: 0
CA DL DataVolRatio Pct num: 1156

DL MAC Vol Scell Pct: 17.98
Avg_Connected_UEs: 64.23
SIP DC%: 
UPTP_Mbps: 25.17
DLRLCLayerDataVolume MB: 4809.18
CA DL DataVolRatio Pct den: 6437
CA Conf FailRate Pct den: 9506
weekend: 0
UPTP Mbps Num: 38226
RSSIRX2 Avg: -93.47
CA Activation Rate: 53.26
hr: 0
MAC_UE_SC_Tput: 6010.33
Bearer Releases: 9603

hr: 0
CA Activation Rate num: 654504
Setup_Fail_DEN: 12900
SIP_SC_Total_MOU: 308.35
Peak UE: 28
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3874
DL Data Vol MAC in MB: 6128.92
CA Activation Rate den: 85464

Time: 01:02:33
Date: 22-04-2023
holiday: 0
CA DL DataVolRatio Pct: 91.84

DL MAC Vol Scell Pct: 7.26
SIP DC%: 
DLRLCLayerDataVolume MB: 2807.79
DRB UL Data Volume MB: 6895
PRB Util%: 3.61
weekend: 0
UPTP Mbps Num: 22673
CA Activation Rate: 51.69
hr: 0
MAC_UE_SC_Tput: 12030.59

hr: 0
CA Activation Rate num: 9746121
Setup_Fail_DEN: 10242
Peak UE: 27
MB_per_connected_UE: 22.16
DL Volume: 2588
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5584

Combined RACH Preambles: 3005
Time: 02:46:49
holiday: 0
CA DL DataVolRatio Pct: 75.55
HO_att_InterFreq: 302
CA DL DataVolRatio Pct num: 2457

Avg_Connected_UEs: 58.53
SIP DC%: 
UPTP_Mbps: 69.23
DRB UL Data Volume MB: 6727
PRB Util%: 24.21
CA DL DataVolRatio Pct den: 8589
CA Conf FailRate Pct den: 9215
weekend: 1
hr: 23
MAC_UE_SC_Tput: 6700.96

hr: 23
CA Activation Rate num: 10767371
UPTP Mbps Den: 742
Setup_Fail_DEN: 13457
MB_per_connected_UE: 102.25
PCT Time MIMO: 39.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5802

Time: 07:34:31
holiday: 0
CA DL DataVolRatio Pct: 69.39

DL MAC Vol Scell Pct: 22.48
SIP DC%: 
UPTP_Mbps: 45.38
DLRLCLayerDataVolume MB: 4667.82
DRB UL Data Volume MB: 6140
RRC Setup Attempts: 6717
CA DL DataVolRatio Pct den: 489
weekend: 0
UPTP Mbps Num: 28633
CA Activation Rate: 69.17
hr: 3
MAC_UE_SC_Tput: 35648.18
Bearer Releases: 11045

hr: 3
CA Activation Rate num: 6935963
Setup_Fail_DEN: 14766
UL MAC Vol Scell Pct: 2.66
Peak UE: 74
MB_per_connected_UE: 13.95
PCT Time MIMO: 51.17
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3093
CA Activation Rate den: 48490

Time: 00:18:04
holiday: 0

Avg_Connected_UEs: 83.52
SIP DC%: 
UPTP_Mbps: 41.61
DLRLCLayerDataVolume MB: 3261.48
PRB Util%: 31.06
RRC Setup Attempts: 9462
weekend: 0
CA Activation Rate: 68.1
hr: 23
MAC_UE_SC_Tput: 9462.55
Bearer Releases: 13608

hr: 23
CA Activation Rate num: 9870450
Setup_Fail_DEN: 15808
SIP_SC_Total_MOU: 4.79
Peak UE: 71
MB_per_connected_UE: 91.75
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5116
UL Throughput: 6.48
DL Data Vol MAC in MB: 6496.5
CA Activation Rate den: 92667

Combined RACH Preambles: 2938
Time: 02:59:34
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 7014
PRB Util%: 29.09
RRC Setup Attempts: 7380
CA DL DataVolRatio Pct den: 9445
CA Conf FailRate Pct den: 3018
weekend: 0
UPTP Mbps Num: 47897
CA Activation Rate: 13.6
hr: 21
MAC_UE_SC_Tput: 5355.64
Bearer Releases: 6629

hr: 21
CA Activation Rate num: 534493
UPTP Mbps Den: 5811
Setup_Fail_DEN: 15235
Peak UE: 27
MB_per_connected_UE: 168.51
PCT Time MIMO: 32.59
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6457
DL Data Vol MAC in MB: 3672.42

Combined RACH Preambles: 3320
Time: 12:11:57
holiday: 0

Avg_Connected_UEs: 48.44
SIP DC%: 
UPTP_Mbps: 16.45
DLRLCLayerDataVolume MB: 2269.72
DRB UL Data Volume MB: 7195
DL Packet Loss Pct: 6.35
CA DL DataVolRatio Pct den: 9090
weekend: 0
CA Activation Rate: 65.92
hr: 15

hr: 15
CA Activation Rate num: 9103186
SIP_SC_Total_MOU: 76.72
Peak UE: 78
MB_per_connected_UE: 132.21
PCT Time MIMO: 68.46
DL Volume: 7208

Time: 23:11:30
holiday: 0
HO_att_InterFreq: 960
CA DL DataVolRatio Pct num: 7613

DL MAC Vol Scell Pct: 23.72
Avg_Connected_UEs: 83.41
SIP DC%: 
PRB Util%: 56.76
weekend: 0
CA Activation Rate: 38.49
hr: 0
MAC_UE_SC_Tput: 18733.69
Bearer Releases: 7012

hr: 0
qci1_setup_attempts: 251
CA Activation Rate num: 9799513
Peak UE: 64
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7335
DL Data Vol MAC in MB: 9707.23
CA Activation Rate den: 38919

Time: 12:07:24
holiday: 0
CA DL DataVolRatio Pct num: 542

DL MAC Vol Scell Pct: 27.05
Avg_Connected_UEs: 46.42
SIP DC%: 
DLRLCLayerDataVolume MB: 9382.45
DRB UL Data Volume MB: 8488
PRB Util%: 59.44
weekend: 0
UPTP Mbps Num: 4518
hr: 4
MAC_UE_SC_Tput: 8415.22
Bearer Releases: 6729

hr: 4
CA Activation Rate num: 3303434
UPTP Mbps Den: 2452
Setup_Fail_DEN: 8657
SIP_SC_Total_MOU: 423.37
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 52.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6789
DL Data Vol MAC in MB: 5996.54

Time: 10:49:44
holiday: 0

DL MAC Vol Scell Pct: 10.84
SIP DC%: 
DLRLCLayerDataVolume MB: 4115.99
PRB Util%: 48.74
DL Packet Loss Pct: 2.5
RRC Setup Attempts: 7155
weekend: 1
UPTP Mbps Num: 22123
CA Activation Rate: 15.16
hr: 5
MAC_UE_SC_Tput: 29661.78
Bearer Releases: 10759

hr: 5
CA Activation Rate num: 9587638
Setup_Fail_DEN: 10000
SIP_SC_Total_MOU: 210.2
Peak UE: 73
MB_per_connected_UE: 39.69
DL Volume: 1488
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6829
UL Throughput: 1.34
DL Data Vol MAC in MB: 4610.12

Combined RACH Preambles: 2343
Time: 05:18:11
holiday: 0
CA DL DataVolRatio Pct num: 3224

DL MAC Vol Scell Pct: 3.01
Avg_Connected_UEs: 35.24
SIP DC%: 
DLRLCLayerDataVolume MB: 2935.09
CA DL DataVolRatio Pct den: 3444
weekend: 0
UPTP Mbps Num: 61424
hr: 22
MAC_UE_SC_Tput: 6898.22
Bearer Releases: 8037

hr: 22
CA Activation Rate num: 2404852
UPTP Mbps Den: 152
Setup_Fail_DEN: 8990
SIP_SC_Total_MOU: 58.24
Peak UE: 95
DL Volume: 7359
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4617
DL Data Vol MAC in MB: 9283.74
CA Activation Rate den: 97205

Time: 21:00:13
holiday: 0
CA DL DataVolRatio Pct num: 6455

DL MAC Vol Scell Pct: 3.88
Avg_Connected_UEs: 75.93
SIP DC%: 
PRB Util%: 49.93
CA DL DataVolRatio Pct den: 7066
CA Conf FailRate Pct den: 7032
weekend: 0
CA Activation Rate: 47.31
hr: 17

hr: 17
CA Activation Rate num: 9962580
UPTP Mbps Den: 3008
Setup_Fail_DEN: 15119
Peak UE: 71
MB_per_connected_UE: 82.49
PCT Time MIMO: 46.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3257
CA Activation Rate den: 79700

Time: 13:05:44
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 3740
RRC Setup Attempts: 7848
CA DL DataVolRatio Pct den: 8377
CA Conf FailRate Pct den: 3886
weekend: 1
UPTP Mbps Num: 56737
Bearer Setup Failure Voice Den: 232
hr: 3
MAC_UE_SC_Tput: 16348.56

hr: 3
CA Activation Rate num: 4946062
Setup_Fail_DEN: 13603
SIP_SC_Total_MOU: 132.12
Peak UE: 27
MB_per_connected_UE: 16.84
DL Volume: 6329
DL Data Vol MAC in MB: 2554.76

Time: 04:51:45
holiday: 0
CA DL DataVolRatio Pct: 63.9
CA DL DataVolRatio Pct num: 7062

SIP DC%: 
DLRLCLayerDataVolume MB: 2338.82
DRB UL Data Volume MB: 825
PRB Util%: 28.94
RRC Setup Attempts: 6333
CA Conf FailRate Pct den: 9553
weekend: 0
UPTP Mbps Num: 5049
CA Activation Rate: 39.54
hr: 0
MAC_UE_SC_Tput: 18921.05

hr: 0
CA Activation Rate num: 6070842
Setup_Fail_DEN: 14837
Peak UE: 27
MB_per_connected_UE: 201.48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5934
DL Data Vol MAC in MB: 1266.62
CA Activation Rate den: 124904

Time: 05:27:26
holiday: 0
CA DL DataVolRatio Pct: 53.05

Avg_Connected_UEs: 20.55
SIP DC%: 
DLRLCLayerDataVolume MB: 3684.64
DRB UL Data Volume MB: 646
PRB Util%: 48.34
RRC Setup Attempts: 5768
CA DL DataVolRatio Pct den: 4385
CA Conf FailRate Pct den: 5091
weekend: 0
UPTP Mbps Num: 59608
hr: 23
MAC_UE_SC_Tput: 18509.74

hr: 23
CA Activation Rate num: 1320226
Setup_Fail_DEN: 6532
SIP_SC_Total_MOU: 226.39
Peak UE: 27
PCT Time MIMO: 36.06
DL Data Vol MAC in MB: 647.05
Time: 11:57:22

holiday: 0

SIP DC%: 
UPTP_Mbps: 21.43
DLRLCLayerDataVolume MB: 5529.83
PRB Util%: 16.12
RRC Setup Attempts: 5969
CA DL DataVolRatio Pct den: 3813
weekend: 0
UPTP Mbps Num: 52016
CA Activation Rate: 21.45
hr: 6
MAC_UE_SC_Tput: 6350.34

hr: 6
CA Activation Rate num: 5362389
Setup_Fail_DEN: 11733
SIP_SC_Total_MOU: 41.29
Peak UE: 35
VOLTE IA%: 
MB_per_connected_UE: 39.46
PCT Time MIMO: 38.17
DL Volume: 1875
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8306
CA Activation Rate den: 54588

Time: 05:59:17
holiday: 0
CA DL DataVolRatio Pct num: 5791
HO Attempts: 589

DL MAC Vol Scell Pct: 52.35
Avg_Connected_UEs: 58.78
SIP DC%: 
UPTP_Mbps: 12.11
DLRLCLayerDataVolume MB: 4450.46
DRB UL Data Volume MB: 9187
PRB Util%: 15.9
weekend: 1
UPTP Mbps Num: 19809
hr: 3
MAC_UE_SC_Tput: 5405.03

hr: 3
CA Activation Rate num: 3183024
Setup_Fail_DEN: 12363
SIP_SC_Total_MOU: 35.23
Peak UE: 54
MB_per_connected_UE: 181.76
PCT Time MIMO: 39.69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5143
DL Data Vol MAC in MB: 2420.1
CA Activation Rate den: 46491

Time: 22:52:11
holiday: 0

DL MAC Vol Scell Pct: 22.15
Avg_Connected_UEs: 83.03
SIP DC%: 
DLRLCLayerDataVolume MB: 7788.55
DRB UL Data Volume MB: 2649
CA DL DataVolRatio Pct den: 8092
CA Conf FailRate Pct den: 7176
weekend: 0
CA Activation Rate: 63.71
hr: 7
MAC_UE_SC_Tput: 6197.97
Bearer Releases: 8445

hr: 7
CA Activation Rate num: 3902594
Setup_Fail_DEN: 9368
Peak UE: 95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5400
UL Throughput: 14.56
DL Data Vol MAC in MB: 9504.15
Combined RACH Preambles: 5124

Time: 07:29:51
holiday: 0

SIP DC%: 
UPTP_Mbps: 33.04
DLRLCLayerDataVolume MB: 3602.68
PRB Util%: 74.42
CA DL DataVolRatio Pct den: 1338
weekend: 0
UPTP Mbps Num: 43017
hr: 5
MAC_UE_SC_Tput: 4600.5
Bearer Releases: 6708

hr: 5
CA Activation Rate num: 4449918
Peak UE: 27
PCT Time MIMO: 61.62
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3377
DL Data Vol MAC in MB: 4919.26
CA Activation Rate den: 73207

Time: 23:30:08
holiday: 0
CA DL DataVolRatio Pct: 72.21
CA DL DataVolRatio Pct num: 3673

DL MAC Vol Scell Pct: 27.04
SIP DC%: 
DLRLCLayerDataVolume MB: 5325.16
DRB UL Data Volume MB: 5105
Avg_PUCCH_SINR: 17.68
RRC Setup Attempts: 6139
CA DL DataVolRatio Pct den: 7980
CA Conf FailRate Pct den: 5856
weekend: 0
UPTP Mbps Num: 11493
hr: 19
MAC_UE_SC_Tput: 10165.77
Bearer Releases: 9273

hr: 19
CA Activation Rate num: 4900273
UPTP Mbps Den: 2513
Setup_Fail_DEN: 14949
Peak UE: 27
MB_per_connected_UE: 69.64
DL Data Vol MAC in MB: 6853.8

Time: 07:58:38
holiday: 0
CA DL DataVolRatio Pct: 72.57

Avg_Connected_UEs: 33.04
SIP DC%: 
PRB Util%: 72.23
RRC Setup Attempts: 5324
weekend: 1
UPTP Mbps Num: 19171
hr: 16
MAC_UE_SC_Tput: 19149.93
Bearer Releases: 15043

hr: 16
CA Activation Rate num: 5688057
Setup_Fail_DEN: 14355
SIP_SC_Total_MOU: 11.71
Peak UE: 45
MB_per_connected_UE: 53.64
PCT Time MIMO: 38.12
DL Volume: 224
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3514
DL Data Vol MAC in MB: 9131.91

Time: 19:54:52
holiday: 0
CA DL DataVolRatio Pct num: 3478

DL MAC Vol Scell Pct: 30.27
SIP DC%: 
DLRLCLayerDataVolume MB: 3915.25
DRB UL Data Volume MB: 7194
PRB Util%: 20.19
UL Resid BLER PCT: 0.84
RRC Setup Attempts: 8463
CA DL DataVolRatio Pct den: 6423
weekend: 0
CA Activation Rate: 61.51
hr: 23
MAC_UE_SC_Tput: 4795.44
Bearer Releases: 15350

hr: 23
CA Activation Rate num: 4106871
UPTP Mbps Den: 1366
Setup_Fail_DEN: 15190
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 204.18
DL Data Vol MAC in MB: 5271.75
CA Activation Rate den: 199146
Time: 08:17:54

holiday: 0
CA DL DataVolRatio Pct: 42.84

DL MAC Vol Scell Pct: 26.23
Avg_Connected_UEs: 56.49
SIP DC%: 
UPTP_Mbps: 43.93
DLRLCLayerDataVolume MB: 1140.9
PRB Util%: 51.32
RRC Setup Attempts: 4522
CA DL DataVolRatio Pct den: 6966
CA Conf FailRate Pct den: 4319
weekend: 0
UPTP Mbps Num: 49099
hr: 20
MAC_UE_SC_Tput: 14744.57
Bearer Releases: 11881

hr: 20
CA Activation Rate num: 10465948
UPTP Mbps Den: 2978
Setup_Fail_DEN: 14448
Peak UE: 38
DL Volume: 5647
DL Data Vol MAC in MB: 5202.61

Time: 22:42:42
Date: 23-05-2023
holiday: 0
HO_att_InterFreq: 666

DL MAC Vol Scell Pct: 42.42
SIP DC%: 
DLRLCLayerDataVolume MB: 6357.79
DRB UL Data Volume MB: 9732
RRC Setup Attempts: 6230
CA Conf FailRate Pct den: 4096
weekend: 0
hr: 5
MAC_UE_SC_Tput: 10145.68

hr: 5
CA Activation Rate num: 6123815
SIP_SC_Total_MOU: 142.7
Peak UE: 27
MB_per_connected_UE: 164.37
PCT Time MIMO: 45.96
DL Volume: 862
DL Data Vol MAC in MB: 6858.69
CA Activation Rate den: 152692

Time: 01:14:45
holiday: 0

SIP DC%: 
UPTP_Mbps: 40.32
DLRLCLayerDataVolume MB: 1227.42
DRB UL Data Volume MB: 2433
PRB Util%: 40.12
CA DL DataVolRatio Pct den: 7042
CA Conf FailRate Pct den: 7631
weekend: 0
UPTP Mbps Num: 49669
CA Activation Rate: 31.63
hr: 0
MAC_UE_SC_Tput: 15955.93

hr: 0
CA Activation Rate num: 3263815
UPTP Mbps Den: 463
Setup_Fail_DEN: 6675
Peak UE: 27
MB_per_connected_UE: 56.31
DL Volume: 8352
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4016
CA Activation Rate den: 136521

holiday: 0
CA DL DataVolRatio Pct num: 2618

DL MAC Vol Scell Pct: 11.22
Avg_Connected_UEs: 48.55
SIP DC%: 
PRB Util%: 29.59
RRC Setup Attempts: 4254
CA DL DataVolRatio Pct den: 2860
weekend: 0
UPTP Mbps Num: 33271
CA Activation Rate: 10.55
hr: 5
MAC_UE_SC_Tput: 6078.94

hr: 5
UPTP Mbps Den: 1416
SIP_SC_Total_MOU: 210.21
Peak UE: 27
MB_per_connected_UE: 41.2
PCT Time MIMO: 50.96
DL Data Vol MAC in MB: 2610.7

Combined RACH Preambles: 3874
Time: 18:50:12
holiday: 0
CA DL DataVolRatio Pct num: 1847

Avg_Connected_UEs: 49.08
SIP DC%: 
UPTP_Mbps: 35.9
DLRLCLayerDataVolume MB: 5382.54
PRB Util%: 45.94
weekend: 0
UPTP Mbps Num: 51633
CA Activation Rate: 57.96
hr: 15
Bearer Releases: 8331

hr: 15
CA Activation Rate num: 8158677
UPTP Mbps Den: 2142
Peak UE: 54
MB_per_connected_UE: 168.57
DL Volume: 2344
DL Data Vol MAC in MB: 10223.24

Time: 02:31:14
holiday: 0
CA DL DataVolRatio Pct: 66.44
CA DL DataVolRatio Pct num: 5958

Avg_Connected_UEs: 46.49
SIP DC%: 
DLRLCLayerDataVolume MB: 1165.89
DRB UL Data Volume MB: 8368
RRC Setup Attempts: 7414
CA DL DataVolRatio Pct den: 9407
weekend: 0
CA Activation Rate: 42.57
hr: 4
MAC_UE_SC_Tput: 11646.24
Bearer Releases: 7141

hr: 4
UPTP Mbps Den: 1361
Setup_Fail_DEN: 17515
Peak UE: 47
DL Volume: 3707
UL Throughput: 9.12
DL Data Vol MAC in MB: 970.81
CA Activation Rate den: 225330

Time: 14:04:52
holiday: 0
CA DL DataVolRatio Pct num: 4380
HO Attempts: 386

DL MAC Vol Scell Pct: 18.47
Avg_Connected_UEs: 54.35
SIP DC%: 
UPTP_Mbps: 21.22
DLRLCLayerDataVolume MB: 3568.77
RRC Setup Attempts: 8054
CA DL DataVolRatio Pct den: 3411
CA Conf FailRate Pct den: 4997
weekend: 0
CA Activation Rate: 20.2
hr: 23
MAC_UE_SC_Tput: 5862.1
Bearer Releases: 11354

hr: 23
CA Activation Rate num: 6219697
Peak UE: 36
PCT Time MIMO: 56
DL Volume: 1122
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4061
DL Data Vol MAC in MB: 8323.8

Time: 13:28:33
holiday: 0
CA DL DataVolRatio Pct: 81.17
CA DL DataVolRatio Pct num: 7202

Avg_Connected_UEs: 69.88
SIP DC%: 
DLRLCLayerDataVolume MB: 3003.15
RRC Setup Attempts: 9849
CA DL DataVolRatio Pct den: 1526
CA Conf FailRate Pct den: 4043
weekend: 0
UPTP Mbps Num: 24965
CA Activation Rate: 66.72
hr: 11
MAC_UE_SC_Tput: 8501.4
Bearer Releases: 9538

hr: 11
CA Activation Rate num: 747200
UPTP Mbps Den: 1127
Peak UE: 52
DL Volume: 929
DL Data Vol MAC in MB: 221.27
CA Activation Rate den: 78738

Time: 10:49:41
holiday: 0
CA DL DataVolRatio Pct: 68.49
HO_att_InterFreq: 891

SIP DC%: 
DLRLCLayerDataVolume MB: 5852.44
PRB Util%: 71.48
CA DL DataVolRatio Pct den: 8842
weekend: 0
CA Activation Rate: 58.95
hr: 23
MAC_UE_SC_Tput: 7560.53
Bearer Releases: 14525

hr: 23
CA Activation Rate num: 9106647
SIP_SC_Total_MOU: 74.08
Peak UE: 44
PCT Time MIMO: 38.95
DL Volume: 523
DL Data Vol MAC in MB: 652.71
CA Activation Rate den: 37554

holiday: 0
CA DL DataVolRatio Pct: 60.41
CA DL DataVolRatio Pct num: 3855

Avg_Connected_UEs: 77.98
SIP DC%: 
DLRLCLayerDataVolume MB: 9294.07
PRB Util%: 33.64
weekend: 0
CA Activation Rate: 73.76
hr: 21
MAC_UE_SC_Tput: 12716.17

hr: 21
CA Activation Rate num: 9089603
UPTP Mbps Den: 2886
Setup_Fail_DEN: 10017
SIP_SC_Total_MOU: 24.08
Peak UE: 75
MB_per_connected_UE: 113.59
DL Volume: 2690
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3226
DL Data Vol MAC in MB: 4654.91
CA Activation Rate den: 125641

Time: 14:39:52
holiday: 0
CA DL DataVolRatio Pct: 58.06
CA DL DataVolRatio Pct num: 2072

Avg_Connected_UEs: 43.41
SIP DC%: 
UPTP_Mbps: 27.28
CA DL DataVolRatio Pct den: 6939
CA Conf FailRate Pct den: 6264
weekend: 0
hr: 23
MAC_UE_SC_Tput: 17443.14

hr: 23
CA Activation Rate num: 3153184
Peak UE: 52
MB_per_connected_UE: 36.82
PCT Time MIMO: 35.87
DL Volume: 3354
QCI 1 Bearer Releases: 164
CA Activation Rate den: 99683

holiday: 0
CA DL DataVolRatio Pct: 90.33

SIP DC%: 
DLRLCLayerDataVolume MB: 8134.54
PRB Util%: 22.45
RRC Setup Attempts: 7251
CA DL DataVolRatio Pct den: 5329
CA Conf FailRate Pct den: 9371
weekend: 0
UPTP Mbps Num: 37821
CA Activation Rate: 54.85
hr: 23
MAC_UE_SC_Tput: 19949.18

hr: 23
CA Activation Rate num: 1212738
UPTP Mbps Den: 1924
SIP_SC_Total_MOU: 6.87
Peak UE: 59
MB_per_connected_UE: 59.99
DL Volume: 7877
UL Throughput: 3.39
DL Data Vol MAC in MB: 4430.74
CA Activation Rate den: 62694

Time: 11:32:31
holiday: 0

Avg_Connected_UEs: 50.83
SIP DC%: 
UPTP_Mbps: 106.93
DLRLCLayerDataVolume MB: 9478.61
DRB UL Data Volume MB: 5229
PRB Util%: 37.57
RRC Setup Attempts: 4176
weekend: 0
CA Activation Rate: 24.69
hr: 9
MAC_UE_SC_Tput: 12776.28

hr: 9
CA Activation Rate num: 300420
UPTP Mbps Den: 1060
Setup_Fail_DEN: 13900
SIP_SC_Total_MOU: 104.85
Peak UE: 27
MB_per_connected_UE: 127.31
DL Volume: 252
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5902
DL Data Vol MAC in MB: 7354.82
CA Activation Rate den: 121773

Time: 04:48:43
holiday: 0
CA DL DataVolRatio Pct: 61.13

DL MAC Vol Scell Pct: 36.35
SIP DC%: 
DRB UL Data Volume MB: 1422
weekend: 1
UPTP Mbps Num: 19846
CA Activation Rate: 51.81
hr: 18
MAC_UE_SC_Tput: 4420.92

hr: 18
CA Activation Rate num: 107156
Setup_Fail_DEN: 6696
SIP_SC_Total_MOU: 187.76
Peak UE: 27
MB_per_connected_UE: 68.68
DL Data Vol MAC in MB: 8761.78
CA Activation Rate den: 110506

Combined RACH Preambles: 2811
Time: 08:45:26
holiday: 0
CA DL DataVolRatio Pct: 59.33
CA DL DataVolRatio Pct num: 900

Avg_Connected_UEs: 29.53
SIP DC%: 
DLRLCLayerDataVolume MB: 1185.69
DRB UL Data Volume MB: 2608
CA DL DataVolRatio Pct den: 5786
weekend: 0
CA Activation Rate: 78.25
hr: 13
MAC_UE_SC_Tput: 11952.37
Bearer Releases: 9697

hr: 13
CA Activation Rate num: 6914702
UPTP Mbps Den: 969
Setup_Fail_DEN: 8312
Peak UE: 32
PCT Time MIMO: 65.67
DL Volume: 1079
UL Throughput: 14.42
DL Data Vol MAC in MB: 7875.25
CA Activation Rate den: 65965

Time: 11:50:06
holiday: 0
CA DL DataVolRatio Pct: 69.97
CA DL DataVolRatio Pct num: 1103

DL MAC Vol Scell Pct: 30.25
SIP DC%: 
DLRLCLayerDataVolume MB: 9320.63
DRB UL Data Volume MB: 1421
RRC Setup Attempts: 4513
CA DL DataVolRatio Pct den: 5089
weekend: 0
CA Activation Rate: 39.93
hr: 0
MAC_UE_SC_Tput: 21735.73
Bearer Releases: 10359

hr: 0
CA Activation Rate num: 9815632
UPTP Mbps Den: 1114
Peak UE: 27
MB_per_connected_UE: 22.81
DL Volume: 4091
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3960
DL Data Vol MAC in MB: 7566.11
CA Activation Rate den: 37808

Time: 03:14:48
Date: 27-07-2023
holiday: 0
CA DL DataVolRatio Pct num: 115

DL MAC Vol Scell Pct: 10.21
SIP DC%: 
UPTP_Mbps: 22.25
DRB UL Data Volume MB: 7248
CA DL DataVolRatio Pct den: 9509
weekend: 0
UPTP Mbps Num: 21046
hr: 0
MAC_UE_SC_Tput: 6066.62

hr: 0
CA Activation Rate num: 9382530
Setup_Fail_DEN: 14214
Peak UE: 27
MB_per_connected_UE: 66.87
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8471
DL Data Vol MAC in MB: 1993.32

Time: 17:43:29
holiday: 0
CA DL DataVolRatio Pct num: 6346

Avg_Connected_UEs: 69.43
SIP DC%: 
DLRLCLayerDataVolume MB: 3791.47
PRB Util%: 40.46
RRC Setup Attempts: 4904
weekend: 0
UPTP Mbps Num: 30228
CA Activation Rate: 35.16
hr: 17
MAC_UE_SC_Tput: 4451.69
Bearer Releases: 8473

hr: 17
CA Activation Rate num: 2684130
Setup_Fail_DEN: 12176
SIP_SC_Total_MOU: 37.81
Peak UE: 38
MB_per_connected_UE: 21.8
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4540
DL Data Vol MAC in MB: 6334.85

Time: 14:32:06
holiday: 0

DL MAC Vol Scell Pct: 27.99
SIP DC%: 
DLRLCLayerDataVolume MB: 9596.88
DRB UL Data Volume MB: 8437
CA DL DataVolRatio Pct den: 9713
weekend: 0
UPTP Mbps Num: 13586
CA Activation Rate: 23.84
hr: 22
MAC_UE_SC_Tput: 13418.96
Bearer Releases: 12234

hr: 22
CA Activation Rate num: 8325655
Setup_Fail_DEN: 7835
SIP_SC_Total_MOU: 195.71
Peak UE: 66
MB_per_connected_UE: 105.55
PCT Time MIMO: 37.26
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4961
DL Data Vol MAC in MB: 4117.17

Time: 10:07:59
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7809.55
DRB UL Data Volume MB: 7926
PRB Util%: 42.56
CA DL DataVolRatio Pct den: 5631
weekend: 0
UPTP Mbps Num: 15720
hr: 11
MAC_UE_SC_Tput: 14548.86
Bearer Releases: 10629

hr: 11
CA Activation Rate num: 1087684
SIP_SC_Total_MOU: 3.25
Peak UE: 47
VOLTE IA%: 
MB_per_connected_UE: 28.62
DL Volume: 8044
DL Data Vol MAC in MB: 2344.53
CA Activation Rate den: 115900
Combined RACH Preambles: 2459

Time: 08:11:21
holiday: 0
CA DL DataVolRatio Pct num: 1622

DL MAC Vol Scell Pct: 9.59
Avg_Connected_UEs: 49.39
SIP DC%: 
UPTP_Mbps: 21.73
DLRLCLayerDataVolume MB: 5826.91
DRB UL Data Volume MB: 2036
PRB Util%: 43.4
RRC Setup Attempts: 3709
weekend: 1
UPTP Mbps Num: 10861
CA Activation Rate: 24.41
hr: 15
MAC_UE_SC_Tput: 4846.59
Bearer Releases: 11168

hr: 15
CA Activation Rate num: 910920
UPTP Mbps Den: 2037
Setup_Fail_DEN: 13932
SIP_SC_Total_MOU: 167.25
MB_per_connected_UE: 72.65
PCT Time MIMO: 63.39
DL Volume: 3582
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3562
CA Activation Rate den: 38010

Time: 12:30:20
holiday: 0
CA DL DataVolRatio Pct num: 6640

DL MAC Vol Scell Pct: 53.72
Avg_Connected_UEs: 79
SIP DC%: 
UPTP_Mbps: 22.7
DLRLCLayerDataVolume MB: 2946.81
PRB Util%: 26.5
CA Conf FailRate Pct den: 5016
weekend: 0
hr: 2
MAC_UE_SC_Tput: 8611.23
Bearer Releases: 6704

hr: 2
CA Activation Rate num: 1309013
SIP_SC_Total_MOU: 86.5
Peak UE: 97
VOLTE IA%: 
MB_per_connected_UE: 155.32
PCT Time MIMO: 58.26
DL Data Vol MAC in MB: 708.53

Time: 15:17:38
holiday: 0
CA DL DataVolRatio Pct: 60.45

SIP DC%: 
UPTP_Mbps: 20.28
DLRLCLayerDataVolume MB: 4519.13
DRB UL Data Volume MB: 1955
CA DL DataVolRatio Pct den: 5524
weekend: 0
UPTP Mbps Num: 26551
CA Activation Rate: 21.85
hr: 20
MAC_UE_SC_Tput: 6861.67

hr: 20
Avg CQI: 10
CA Activation Rate num: 1286935
Setup_Fail_DEN: 15131
SIP_SC_Total_MOU: 437.18
Peak UE: 92
PCT Time MIMO: 53.3
DL Volume: 2678
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5086
DL Data Vol MAC in MB: 6429.09

Time: 08:45:52
holiday: 0

DL MAC Vol Scell Pct: 15.31
SIP DC%: 
DLRLCLayerDataVolume MB: 3870.79
DRB UL Data Volume MB: 8594
PRB Util%: 24.32
weekend: 0
UPTP Mbps Num: 60937
hr: 10
MAC_UE_SC_Tput: 6569.43
Bearer Releases: 18499

hr: 10
Avg CQI: 10
Setup_Fail_DEN: 19737
Peak UE: 41
DL Data Vol MAC in MB: 5979.08
CA Activation Rate den: 66794

Time: 09:52:59
holiday: 0
HO_att_InterFreq: 614
CA DL DataVolRatio Pct num: 3027

DL MAC Vol Scell Pct: 23.53
Avg_Connected_UEs: 37.56
SIP DC%: 
UPTP_Mbps: 83.92
RRC Setup Attempts: 5043
CA Conf FailRate Pct den: 4962
weekend: 1
UPTP Mbps Num: 749
CA Activation Rate: 63.25
hr: 23
MAC_UE_SC_Tput: 10222.02
Bearer Releases: 11953

hr: 23
qci1_setup_attempts: 172
CA Activation Rate num: 8214632
Setup_Fail_DEN: 14642
SIP_SC_Total_MOU: 29.56
Peak UE: 41
MB_per_connected_UE: 72.59
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5499
CA Activation Rate den: 122131

Time: 00:47:44
holiday: 0
CA DL DataVolRatio Pct: 58.5

DL MAC Vol Scell Pct: 19.33
SIP DC%: 
UPTP_Mbps: 111.14
DLRLCLayerDataVolume MB: 4059.08
DRB UL Data Volume MB: 8764
CA Conf FailRate Pct den: 6708
weekend: 0
CA Activation Rate: 55.44
hr: 9
MAC_UE_SC_Tput: 4910.99
Bearer Releases: 6275

hr: 9
CA Activation Rate num: 10440143
Setup_Fail_DEN: 9604
Peak UE: 68
PCT Time MIMO: 40.43
DL Volume: 2043
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3608
DL Data Vol MAC in MB: 9197.39

Time: 12:46:50
holiday: 0
CA DL DataVolRatio Pct: 72.51
CA DL DataVolRatio Pct num: 5137
HO Attempts: 746

SIP DC%: 
UPTP_Mbps: 33.17
DLRLCLayerDataVolume MB: 9640.44
RRC Setup Attempts: 5037
CA DL DataVolRatio Pct den: 9602
CA Conf FailRate Pct den: 9163
weekend: 0
CA Activation Rate: 6.97
hr: 2
MAC_UE_SC_Tput: 8865.89
Bearer Releases: 14833

hr: 2
CA Activation Rate num: 6376331
UPTP Mbps Den: 734
SIP_SC_Total_MOU: 18.95
Peak UE: 40
MB_per_connected_UE: 201.24
PCT Time MIMO: 41.43
DL Data Vol MAC in MB: 9522.68

Time: 08:10:59
holiday: 0
CA DL DataVolRatio Pct num: 6987

DL MAC Vol Scell Pct: 6.98
Avg_Connected_UEs: 83.29
SIP DC%: 
DLRLCLayerDataVolume MB: 9075.23
DRB UL Data Volume MB: 5817
RRC Setup Attempts: 3516
CA DL DataVolRatio Pct den: 6448
CA Conf FailRate Pct den: 5860
weekend: 0
UPTP Mbps Num: 51181
RSSIRX2 Avg: -95.17
hr: 4
MAC_UE_SC_Tput: 52720.69
Bearer Releases: 11726

hr: 4
CA Activation Rate num: 9168710
Setup_Fail_DEN: 14986
Peak UE: 72
MB_per_connected_UE: 173.72
DL Volume: 5374
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7247
CA Activation Rate den: 177689

Time: 01:07:18
holiday: 0
CA DL DataVolRatio Pct num: 1473

DL MAC Vol Scell Pct: 58.76
Avg_Connected_UEs: 50.85
SIP DC%: 
UPTP_Mbps: 72.59
DLRLCLayerDataVolume MB: 9859.23
RRC Setup Attempts: 4468
CA Conf FailRate Pct den: 9000
weekend: 0
UPTP Mbps Num: 3570
CA Activation Rate: 60.65
hr: 12
MAC_UE_SC_Tput: 16882.92

hr: 12
CA Activation Rate num: 10075733
MB_per_connected_UE: 39.45
DL Volume: 4513

Time: 15:16:43
holiday: 0
CA DL DataVolRatio Pct: 63.27
CA DL DataVolRatio Pct num: 4186

SIP DC%: 
DRB UL Data Volume MB: 8181
RRC Setup Attempts: 6281
CA DL DataVolRatio Pct den: 1902
CA Conf FailRate Pct den: 7147
weekend: 0
S1U_SIP_SC_SEER_num: 211
CA Activation Rate: 75.56
hr: 7
MAC_UE_SC_Tput: 24248.79
Bearer Releases: 13553

hr: 7
CA Activation Rate num: 10445088
UPTP Mbps Den: 134
SIP_SC_Total_MOU: 154.21
Peak UE: 27
MB_per_connected_UE: 20.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7961
DL Data Vol MAC in MB: 3413.58

Time: 04:46:41
holiday: 0
CA DL DataVolRatio Pct num: 2325

Avg_Connected_UEs: 32.64
SIP DC%: 
UPTP_Mbps: 99.72
DLRLCLayerDataVolume MB: 1320.96
DRB UL Data Volume MB: 1013
CA DL DataVolRatio Pct den: 1677
CA Conf FailRate Pct den: 8038
weekend: 0
UPTP Mbps Num: 4153
hr: 0
MAC_UE_SC_Tput: 16713.09
Bearer Releases: 8822

hr: 0
CA Activation Rate num: 6361172
UPTP Mbps Den: 1497
Setup_Fail_DEN: 8343
Peak UE: 27
MB_per_connected_UE: 7.16
DL Volume: 2387
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4736

Time: 22:29:14
holiday: 0
CA DL DataVolRatio Pct: 86.41

SIP DC%: 
DRB UL Data Volume MB: 8434
CA DL DataVolRatio Pct den: 1795
weekend: 0
hr: 6
MAC_UE_SC_Tput: 16375.62

hr: 6
CA Activation Rate num: 6925941
UPTP Mbps Den: 1420
SIP_SC_Total_MOU: 275.41
Peak UE: 69
PCT Time MIMO: 43.32
DL Volume: 6512
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4027
DL Data Vol MAC in MB: 8445.95
CA Activation Rate den: 82658

Time: 13:58:55
holiday: 0
CA DL DataVolRatio Pct: 40.43

DL MAC Vol Scell Pct: 43.17
Avg_Connected_UEs: 42.01
SIP DC%: 
UPTP_Mbps: 33.39
DRB UL Data Volume MB: 5613
weekend: 1
CA Activation Rate: 38.36
hr: 17
MAC_UE_SC_Tput: 6600.4

hr: 17
Avg CQI: 8.72
CA Activation Rate num: 5730265
UPTP Mbps Den: 342
Setup_Fail_DEN: 7716
SIP_SC_Total_MOU: 160.68
UL MAC Vol Scell Pct: 2.78
Peak UE: 40
MB_per_connected_UE: 37.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8731

Time: 09:41:56
holiday: 0
HO Attempts: 731

Avg_Connected_UEs: 62.7
SIP DC%: 
UPTP_Mbps: 110.46
weekend: 0
UPTP Mbps Num: 55426
CA Activation Rate: 36.18
hr: 0
MAC_UE_SC_Tput: 11287.61
Bearer Releases: 9790

hr: 0
CA Activation Rate num: 5553251
Peak UE: 32
MB_per_connected_UE: 104.41
DL Volume: 2186
CA Activation Rate den: 86629

Time: 20:51:31
holiday: 0
CA DL DataVolRatio Pct num: 6527

Avg_Connected_UEs: 22.5
SIP DC%: 
UPTP_Mbps: 31.99
DLRLCLayerDataVolume MB: 1688.08
DRB UL Data Volume MB: 5915
PRB Util%: 59.55
RRC Setup Attempts: 8030
weekend: 1
CA Activation Rate: 25.28
hr: 10
MAC_UE_SC_Tput: 8913.11

hr: 10
CA Activation Rate num: 775501
Setup_Fail_DEN: 9024
SIP_SC_Total_MOU: 269.96
Peak UE: 27
MB_per_connected_UE: 119.08
DL Volume: 3688
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4185
DL Data Vol MAC in MB: 1873.97
CA Activation Rate den: 123041
Combined RACH Preambles: 1940
Time: 02:51:12

holiday: 0
CA DL DataVolRatio Pct num: 2080

SIP DC%: 
UPTP_Mbps: 11.49
DLRLCLayerDataVolume MB: 4899.83
DRB UL Data Volume MB: 6109
PRB Util%: 26.34
RRC Setup Attempts: 5921
CA DL DataVolRatio Pct den: 4416
weekend: 0
UPTP Mbps Num: 37367
hr: 2
MAC_UE_SC_Tput: 4759.26

hr: 2
CA Activation Rate num: 827201
UPTP Mbps Den: 2757
Setup_Fail_DEN: 9471
Peak UE: 93
MB_per_connected_UE: 182.46
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4329
CA Activation Rate den: 40989

Time: 09:59:21
holiday: 0
CA DL DataVolRatio Pct: 46.41

DL MAC Vol Scell Pct: 53.87
Avg_Connected_UEs: 31.35
SIP DC%: 
UPTP_Mbps: 34.3
DLRLCLayerDataVolume MB: 3011.19
PRB Util%: 35.66
CA DL DataVolRatio Pct den: 6817
CA Conf FailRate Pct den: 8418
weekend: 1
UPTP Mbps Num: 34022
hr: 8
MAC_UE_SC_Tput: 11590.15
Bearer Releases: 6261

hr: 8
CA Activation Rate num: 5085320
SIP_SC_Total_MOU: 222.85
Peak UE: 55
MB_per_connected_UE: 78.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5321

Time: 17:18:09
holiday: 0
CA DL DataVolRatio Pct: 58.4

Avg_Connected_UEs: 56.72
SIP DC%: 
DLRLCLayerDataVolume MB: 3801.13
PRB Util%: 24.66
CA DL DataVolRatio Pct den: 9832
weekend: 1
UPTP Mbps Num: 34031
CA Activation Rate: 13.53
hr: 22
MAC_UE_SC_Tput: 4352.64

hr: 22
CA Activation Rate num: 8993761
UPTP Mbps Den: 1256
Setup_Fail_DEN: 16100
Peak UE: 27
PCT Time MIMO: 37.78
DL Data Vol MAC in MB: 1112.41

Combined RACH Preambles: 3399
Time: 04:23:39
Date: 27-07-2022
holiday: 0
CA DL DataVolRatio Pct: 89.19
CA DL DataVolRatio Pct num: 3195

Avg_Connected_UEs: 19.78
SIP DC%: 
DLRLCLayerDataVolume MB: 1806.12
DRB UL Data Volume MB: 8089
CA DL DataVolRatio Pct den: 8694
weekend: 0
UPTP Mbps Num: 37212
CA Activation Rate: 17.89
hr: 2
MAC_UE_SC_Tput: 17337.64
Bearer Releases: 6898

hr: 2
CA Activation Rate num: 156373
Setup_Fail_DEN: 11025
SIP_SC_Total_MOU: 227.29
Peak UE: 27
MB_per_connected_UE: 14.71
DL Volume: 9743
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6085
DL Data Vol MAC in MB: 8167.36
CA Activation Rate den: 177540

Time: 09:59:55
holiday: 0
CA DL DataVolRatio Pct: 85.5
CA DL DataVolRatio Pct num: 4621

DL MAC Vol Scell Pct: 3.19
Avg_Connected_UEs: 61.81
SIP DC%: 
UPTP_Mbps: 37.7
DRB UL Data Volume MB: 7906
RRC Setup Attempts: 8214
CA Conf FailRate Pct den: 2574
weekend: 0
CA Activation Rate: 62.21
hr: 22
MAC_UE_SC_Tput: 10781.05
Bearer Releases: 11207

hr: 22
CA Activation Rate num: 8470273
Peak UE: 71
DL Volume: 7383
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7398
CA Activation Rate den: 42390

Time: 17:13:21
holiday: 0
CA DL DataVolRatio Pct: 58.32
CA DL DataVolRatio Pct num: 2925

DL MAC Vol Scell Pct: 41.41
Avg_Connected_UEs: 78.86
SIP DC%: 
DLRLCLayerDataVolume MB: 6963.76
DRB UL Data Volume MB: 2461
CA DL DataVolRatio Pct den: 9467
weekend: 0
UPTP Mbps Num: 14294
CA Activation Rate: 60.29
hr: 23
MAC_UE_SC_Tput: 6977.04
Bearer Releases: 10133

hr: 23
CA Activation Rate num: 10086229
Setup_Fail_DEN: 8835
SIP_SC_Total_MOU: 231.77
Peak UE: 34
MB_per_connected_UE: 12.24
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6512
DL Data Vol MAC in MB: 9684.82
CA Activation Rate den: 73483

Combined RACH Preambles: 2462
Time: 07:07:21
holiday: 0
HO_att_InterFreq: 182
CA DL DataVolRatio Pct num: 4463

DL MAC Vol Scell Pct: 15.42
SIP DC%: 
UPTP_Mbps: 78.92
DLRLCLayerDataVolume MB: 4359.04
DRB UL Data Volume MB: 3455
PRB Util%: 27.22
CA DL DataVolRatio Pct den: 2878
CA Conf FailRate Pct den: 5927
weekend: 0
UPTP Mbps Num: 29166
hr: 11
MAC_UE_SC_Tput: 13464.21

hr: 11
CA Activation Rate num: 10148431
UPTP Mbps Den: 2035
SIP_SC_Total_MOU: 98.78
Peak UE: 27
MB_per_connected_UE: 60.99
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4433
DL Data Vol MAC in MB: 4659.9
CA Activation Rate den: 72350

Time: 16:25:25
holiday: 0
CA DL DataVolRatio Pct num: 4600

SIP DC%: 
UPTP_Mbps: 30.52
DLRLCLayerDataVolume MB: 3827.81
CA Conf FailRate Pct den: 5251
weekend: 0
UPTP Mbps Num: 47378
hr: 15

hr: 15
UPTP Mbps Den: 247
Setup_Fail_DEN: 15021
MB_per_connected_UE: 98.64
DL Data Vol MAC in MB: 3630.3

Time: 15:44:12
holiday: 0

Avg_Connected_UEs: 25.85
SIP DC%: 
DLRLCLayerDataVolume MB: 3585.34
CA DL DataVolRatio Pct den: 8455
CA Conf FailRate Pct den: 5298
weekend: 0
S1U_SIP_SC_SEER_num: 202
hr: 23
MAC_UE_SC_Tput: 11381
Bearer Releases: 12525

hr: 23
CA Activation Rate num: 9290307
Setup_Fail_DEN: 15055
Peak UE: 33
MB_per_connected_UE: 135.62
PCT Time MIMO: 70.32
DL Volume: 2284
DL Data Vol MAC in MB: 8946.76

Time: 20:50:00
holiday: 0
HO_att_InterFreq: 518

Avg_Connected_UEs: 30.37
SIP DC%: 
DRB UL Data Volume MB: 7758
RRC Setup Attempts: 7302
CA Conf FailRate Pct den: 5150
weekend: 0
CA Activation Rate: 69.91
hr: 2
MAC_UE_SC_Tput: 17385.73
Bearer Releases: 7200

hr: 2
CA Activation Rate num: 2438320
Peak UE: 27
MB_per_connected_UE: 56.58
CA Activation Rate den: 43162
Combined RACH Preambles: 2004

Time: 04:57:49
holiday: 0
CA DL DataVolRatio Pct num: 3346

DL MAC Vol Scell Pct: 2.73
SIP DC%: 
RRC Setup Attempts: 6797
CA DL DataVolRatio Pct den: 7685
weekend: 0
UPTP Mbps Num: 13351
hr: 8
MAC_UE_SC_Tput: 15499.03
Bearer Releases: 8605

hr: 8
CA Activation Rate num: 9118387
SIP_SC_Total_MOU: 338.64
Peak UE: 70
PCT Time MIMO: 61.63
DL Volume: 8808
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5487

Time: 09:38:37
holiday: 0
CA DL DataVolRatio Pct num: 3642

SIP DC%: 
DLRLCLayerDataVolume MB: 3684.36
RRC Setup Attempts: 5574
CA DL DataVolRatio Pct den: 6750
weekend: 0
UPTP Mbps Num: 3102
hr: 6
MAC_UE_SC_Tput: 9294.44
Bearer Releases: 7236

hr: 6
CA Activation Rate num: 6791134
UPTP Mbps Den: 1113
SIP_SC_Total_MOU: 188.61
Peak UE: 34
PCT Time MIMO: 41.35
UL Throughput: 10.06
CA Activation Rate den: 37095

Combined RACH Preambles: 1999
Time: 10:52:15
holiday: 0
CA DL DataVolRatio Pct: 63.44
HO_att_InterFreq: 798
CA DL DataVolRatio Pct num: 4051
HO Attempts: 523

DL MAC Vol Scell Pct: 14.09
Avg_Connected_UEs: 64.58
SIP DC%: 
PRB Util%: 54.33
CA DL DataVolRatio Pct den: 7196
weekend: 0
CA Activation Rate: 30.21
hr: 4
MAC_UE_SC_Tput: 6554.27
Bearer Releases: 7903

hr: 4
CA Activation Rate num: 8012656
Setup_Fail_DEN: 7828
Peak UE: 27
MB_per_connected_UE: 95.32
PCT Time MIMO: 41.74
DL Volume: 621
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5203
DL Data Vol MAC in MB: 7056.54
CA Activation Rate den: 38410
Combined RACH Preambles: 1955

Time: 08:52:11
holiday: 0

DL MAC Vol Scell Pct: 30.44
SIP DC%: 
DLRLCLayerDataVolume MB: 6708.35
DRB UL Data Volume MB: 8396
PRB Util%: 51.94
weekend: 1
UPTP Mbps Num: 19730
CA Activation Rate: 7.2
hr: 23
MAC_UE_SC_Tput: 10199.57
Bearer Releases: 6734

hr: 23
CA Activation Rate num: 10661578
UPTP Mbps Den: 25
Setup_Fail_DEN: 12706
Peak UE: 27
MB_per_connected_UE: 20.01
DL Volume: 4072
UL Throughput: 3.99

Time: 03:12:56
holiday: 0
CA DL DataVolRatio Pct: 83.92

DL MAC Vol Scell Pct: 7.63
Avg_Connected_UEs: 56.77
SIP DC%: 
DLRLCLayerDataVolume MB: 8733.98
PRB Util%: 9.75
CA DL DataVolRatio Pct den: 5393
weekend: 0
UPTP Mbps Num: 19747
CA Activation Rate: 59.87
hr: 22
MAC_UE_SC_Tput: 6336.16
Bearer Releases: 14965

hr: 22
CA Activation Rate num: 8808116
UPTP Mbps Den: 5686
Setup_Fail_DEN: 15517
SIP_SC_Total_MOU: 372.17
Peak UE: 95
PCT Time MIMO: 62.32

Time: 00:11:30
holiday: 0

DL MAC Vol Scell Pct: 7.67
SIP DC%: 
DLRLCLayerDataVolume MB: 3522.08
DRB UL Data Volume MB: 6362
PRB Util%: 20.81
RRC Setup Attempts: 7279
weekend: 0
CA Activation Rate: 40.03
hr: 11
MAC_UE_SC_Tput: 15078.73
Bearer Releases: 6743

hr: 11
CA Activation Rate num: 10228005
UPTP Mbps Den: 660
Peak UE: 27
MB_per_connected_UE: 63.36
DL Volume: 1480
DL Data Vol MAC in MB: 8419.13
CA Activation Rate den: 87108

Time: 05:58:40
holiday: 0
CA DL DataVolRatio Pct: 66.26
CA DL DataVolRatio Pct num: 2576

Avg_Connected_UEs: 80.5
SIP DC%: 
DLRLCLayerDataVolume MB: 9657.44
DRB UL Data Volume MB: 3968
RRC Setup Attempts: 6540
CA DL DataVolRatio Pct den: 4697
weekend: 0
UPTP Mbps Num: 2842
CA Activation Rate: 39.29
hr: 0
MAC_UE_SC_Tput: 4857.25
Bearer Releases: 17611

hr: 0
CA Activation Rate num: 4300164
UPTP Mbps Den: 1184
Setup_Fail_DEN: 14696
SIP_SC_Total_MOU: 46.75
Peak UE: 39
MB_per_connected_UE: 11.05
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4156
DL Data Vol MAC in MB: 1569.96
CA Activation Rate den: 78688

Time: 09:12:05
holiday: 0

Avg_Connected_UEs: 22.57
SIP DC%: 
DLRLCLayerDataVolume MB: 5380.74
DRB UL Data Volume MB: 9116
RRC Setup Attempts: 4027
CA DL DataVolRatio Pct den: 9591
CA Conf FailRate Pct den: 6877
weekend: 0
UPTP Mbps Num: 29072
Bearer Setup Failure Voice Den: 200
hr: 3
MAC_UE_SC_Tput: 4298
Bearer Releases: 9807

hr: 3
CA Activation Rate num: 9751233
SIP_SC_Total_MOU: 64.82
Peak UE: 35
PCT Time MIMO: 39.18
DL Data Vol MAC in MB: 1336.49
CA Activation Rate den: 87153

Time: 02:04:15
holiday: 0
CA DL DataVolRatio Pct num: 6375

DL MAC Vol Scell Pct: 54.28
SIP DC%: 
UPTP_Mbps: 19.37
CA DL DataVolRatio Pct den: 8773
CA Conf FailRate Pct den: 6147
weekend: 0
UPTP Mbps Num: 55311
CA Activation Rate: 53.59
hr: 2
MAC_UE_SC_Tput: 9422.12
Bearer Releases: 14082

hr: 2
CA Activation Rate num: 8711245
UPTP Mbps Den: 455
Setup_Fail_DEN: 8563
SIP_SC_Total_MOU: 170.27
Peak UE: 27
MB_per_connected_UE: 62.43
DL Data Vol MAC in MB: 5295.75
CA Activation Rate den: 47489

Time: 04:42:55
holiday: 0
CA DL DataVolRatio Pct num: 5535

DL MAC Vol Scell Pct: 37.31
SIP DC%: 
UPTP_Mbps: 23.12
DLRLCLayerDataVolume MB: 6401.76
CA Conf FailRate Pct den: 8243
weekend: 1
UPTP Mbps Num: 50589
CA Activation Rate: 28.27
hr: 10
MAC_UE_SC_Tput: 15249.18
Bearer Releases: 9542

hr: 10
CA Activation Rate num: 4911512
UPTP Mbps Den: 1952
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5402
DL Data Vol MAC in MB: 6565.64
CA Activation Rate den: 55446

Time: 18:03:28
holiday: 0
CA DL DataVolRatio Pct: 79.31
CA DL DataVolRatio Pct num: 4562

Avg_Connected_UEs: 57.91
SIP DC%: 
UPTP_Mbps: 31.7
DLRLCLayerDataVolume MB: 6779.21
PRB Util%: 24.04
CA DL DataVolRatio Pct den: 6450
weekend: 0
hr: 9
MAC_UE_SC_Tput: 11981.63
Bearer Releases: 11163

hr: 9
CA Activation Rate num: 8281832
SIP_SC_Total_MOU: 16.08
Peak UE: 37
MB_per_connected_UE: 105.02
DL Volume: 968
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4325
DL Data Vol MAC in MB: 5747.39
CA Activation Rate den: 61054

Time: 03:41:12
holiday: 0
CA DL DataVolRatio Pct num: 5036

Avg_Connected_UEs: 52.2
SIP DC%: 
DLRLCLayerDataVolume MB: 3336.5
PRB Util%: 20.25
CA Conf FailRate Pct den: 6005
weekend: 0
UPTP Mbps Num: 23705
hr: 12
MAC_UE_SC_Tput: 5626.54
Bearer Releases: 10254

hr: 12
CA Activation Rate num: 2424229
UPTP Mbps Den: 3468
Setup_Fail_DEN: 10088
SIP_SC_Total_MOU: 342.17
Peak UE: 27
PCT Time MIMO: 33.78
DL Volume: 658
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3795
CA Activation Rate den: 181916

Time: 03:45:42
holiday: 0
CA DL DataVolRatio Pct num: 7028

DL MAC Vol Scell Pct: 26.73
SIP DC%: 
DRB UL Data Volume MB: 5498
PRB Util%: 5.04
RRC Setup Attempts: 5894
CA DL DataVolRatio Pct den: 9796
CA Conf FailRate Pct den: 8997
weekend: 0
CA Activation Rate: 55.79
hr: 23
MAC_UE_SC_Tput: 8022.46
Bearer Releases: 17393

hr: 23
CA Activation Rate num: 10410454
Setup_Fail_DEN: 6328
Peak UE: 61
MB_per_connected_UE: 112.58
PCT Time MIMO: 36.99
DL Data Vol MAC in MB: 4621.41
CA Activation Rate den: 37930

Time: 03:17:01
holiday: 0
CA DL DataVolRatio Pct: 56.91

Avg_Connected_UEs: 31.84
SIP DC%: 
UPTP_Mbps: 28.75
DLRLCLayerDataVolume MB: 1461.44
DRB UL Data Volume MB: 8150
PRB Util%: 37.23
CA Conf FailRate Pct den: 5136
weekend: 0
UPTP Mbps Num: 18667
CA Activation Rate: 17.82
hr: 3
MAC_UE_SC_Tput: 8129.67
Bearer Releases: 13242

hr: 3
UPTP Mbps Den: 5077
SIP_SC_Total_MOU: 96.53
Peak UE: 27
MB_per_connected_UE: 120.01
PCT Time MIMO: 62.63
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8546
DL Data Vol MAC in MB: 8768.38
CA Activation Rate den: 42488

Time: 03:33:58
holiday: 0
CA DL DataVolRatio Pct: 89.37

SIP DC%: 
DLRLCLayerDataVolume MB: 6470.97
PRB Util%: 37.28
weekend: 0
CA Activation Rate: 47.79
hr: 13
MAC_UE_SC_Tput: 11887.79
Bearer Releases: 9517

hr: 13
CA Activation Rate num: 8971786
UPTP Mbps Den: 1300
Setup_Fail_DEN: 13332
Peak UE: 56
MB_per_connected_UE: 22.38
UL Throughput: 4.85
DL Data Vol MAC in MB: 3776.81
CA Activation Rate den: 139527

Time: 10:05:47
holiday: 0
CA DL DataVolRatio Pct: 85.52
CA DL DataVolRatio Pct num: 7497

DL MAC Vol Scell Pct: 39.85
Avg_Connected_UEs: 36.84
SIP DC%: 
DLRLCLayerDataVolume MB: 4567.42
DRB UL Data Volume MB: 6063
CA Conf FailRate Pct den: 5698
weekend: 0
UPTP Mbps Num: 10579
CA Activation Rate: 36.92
hr: 22
MAC_UE_SC_Tput: 9233.42
Bearer Releases: 17595

hr: 22
CA Activation Rate num: 10208172
UPTP Mbps Den: 1892
SIP_SC_Total_MOU: 95.28
Peak UE: 27
MB_per_connected_UE: 167.93
DL Data Vol MAC in MB: 6178.79
CA Activation Rate den: 37204

Time: 08:48:24
holiday: 0

Avg_Connected_UEs: 64.5
SIP DC%: 
UPTP_Mbps: 29.75
DLRLCLayerDataVolume MB: 390.39
CA DL DataVolRatio Pct den: 1909
CA Conf FailRate Pct den: 8753
weekend: 0
RRC Setup Failures: 30
hr: 0
MAC_UE_SC_Tput: 15710.24
Bearer Releases: 14511

hr: 0
CA Activation Rate num: 1165820
Setup_Fail_DEN: 11392
SIP_SC_Total_MOU: 272.75
Peak UE: 41
MB_per_connected_UE: 143.58
DL Volume: 3725
DL Data Vol MAC in MB: 2253.86
CA Activation Rate den: 128175

Time: 16:14:50
holiday: 0
CA DL DataVolRatio Pct: 68.53
CA DL DataVolRatio Pct num: 1578

DL MAC Vol Scell Pct: 25.84
Avg_Connected_UEs: 75.15
SIP DC%: 
UPTP_Mbps: 22.53
PRB Util%: 38.58
RRC Setup Attempts: 5225
CA DL DataVolRatio Pct den: 2016
CA Conf FailRate Pct den: 9303
weekend: 0
UPTP Mbps Num: 10640
hr: 19
MAC_UE_SC_Tput: 11077.43

hr: 19
Avg CQI: 11.05
CA Activation Rate num: 6958506
SIP_SC_Total_MOU: 337.9
Peak UE: 36
VOLTE IA%: 
MB_per_connected_UE: 62.88
DL Volume: 6960
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3352
DL Data Vol MAC in MB: 2724.16
CA Activation Rate den: 52959

Time: 07:35:26
holiday: 0
CA DL DataVolRatio Pct: 57.06
CA DL DataVolRatio Pct num: 228

Avg_Connected_UEs: 80.77
SIP DC%: 
RRC Setup Attempts: 6353
weekend: 0
CA Activation Rate: 29.83
hr: 3
MAC_UE_SC_Tput: 7275.41
Bearer Releases: 9420

hr: 3
CA Activation Rate num: 5213655
Setup_Fail_DEN: 10928
Peak UE: 40
MB_per_connected_UE: 111.06
DL Data Vol MAC in MB: 5233.09
CA Activation Rate den: 49088

Combined RACH Preambles: 2170
Time: 01:20:01
holiday: 0
CA DL DataVolRatio Pct: 77.73
HO Attempts: 268

SIP DC%: 
PRB Util%: 16.51
CA DL DataVolRatio Pct den: 8330
weekend: 0
CA Activation Rate: 40.12
hr: 19
MAC_UE_SC_Tput: 4640.68
Bearer Releases: 7791

hr: 19
CA Activation Rate num: 2283951
Setup_Fail_DEN: 14606
VOLTE IA%: 
MB_per_connected_UE: 197.79
PCT Time MIMO: 40.69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4852
DL Data Vol MAC in MB: 4742.19
CA Activation Rate den: 128139

Time: 05:23:49
holiday: 0
CA DL DataVolRatio Pct: 43.25
HO_att_InterFreq: 329

Avg_Connected_UEs: 34.17
SIP DC%: 
UPTP_Mbps: 29.81
DLRLCLayerDataVolume MB: 5731.22
DRB UL Data Volume MB: 5950
PRB Util%: 51.71
RRC Setup Attempts: 5750
CA DL DataVolRatio Pct den: 9548
weekend: 0
hr: 1
MAC_UE_SC_Tput: 8181.87

hr: 1
UPTP Mbps Den: 2711
Setup_Fail_DEN: 8716
Peak UE: 75
MB_per_connected_UE: 86.27
PCT Time MIMO: 46.17
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7271
DL Data Vol MAC in MB: 8297.45
CA Activation Rate den: 212319
Combined RACH Preambles: 4110

Time: 09:54:41
holiday: 0
CA DL DataVolRatio Pct num: 7345

DL MAC Vol Scell Pct: 29.1
Avg_Connected_UEs: 21.83
SIP DC%: 
UPTP_Mbps: 12.02
DLRLCLayerDataVolume MB: 8907.01
weekend: 0
hr: 9
MAC_UE_SC_Tput: 10473.11
Bearer Releases: 12696

hr: 9
CA Activation Rate num: 9130455
UPTP Mbps Den: 2045
Setup_Fail_DEN: 12631
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 31.31
DL Volume: 5281
DL Data Vol MAC in MB: 6154.62

Combined RACH Preambles: 4008
Time: 22:35:09
holiday: 0
CA DL DataVolRatio Pct: 67.36

DL MAC Vol Scell Pct: 3.16
Avg_Connected_UEs: 18.89
SIP DC%: 
UPTP_Mbps: 96.2
DRB UL Data Volume MB: 1064
RRC Setup Attempts: 4719
CA DL DataVolRatio Pct den: 7440
weekend: 0
hr: 2
MAC_UE_SC_Tput: 9980.26

hr: 2
CA Activation Rate num: 4745076
UPTP Mbps Den: 2226
Peak UE: 36
MB_per_connected_UE: 71.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5743
UL Throughput: 2.21
DL Data Vol MAC in MB: 4942.72
CA Activation Rate den: 151717

Combined RACH Preambles: 2168
Time: 18:25:37
holiday: 0
CA DL DataVolRatio Pct num: 3021

SIP DC%: 
UPTP_Mbps: 121.8
DLRLCLayerDataVolume MB: 4357.76
DRB UL Data Volume MB: 9132
PRB Util%: 33.88
RRC Setup Attempts: 3909
weekend: 0
UPTP Mbps Num: 16805
CA Activation Rate: 47.75
hr: 10
MAC_UE_SC_Tput: 16821.88

hr: 10
CA Activation Rate num: 12824053
Setup_Fail_DEN: 12457
Peak UE: 27
MB_per_connected_UE: 125.8
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4841
DL Data Vol MAC in MB: 669.52
CA Activation Rate den: 90947

Time: 04:09:47
holiday: 0
CA DL DataVolRatio Pct num: 7464

DL MAC Vol Scell Pct: 25.19
Avg_Connected_UEs: 50.63
SIP DC%: 
UPTP_Mbps: 40.62
DRB UL Data Volume MB: 7000
PRB Util%: 15.09
weekend: 0
UPTP Mbps Num: 59711
hr: 7
Bearer Releases: 13263

hr: 7
CA Activation Rate num: 10069827
UPTP Mbps Den: 1195
Peak UE: 49
VOLTE IA%: 
MB_per_connected_UE: 23.42
DL Volume: 9490
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6850
DL Data Vol MAC in MB: 6348.5
CA Activation Rate den: 51731

Combined RACH Preambles: 3614
Time: 16:34:23
holiday: 0
CA DL DataVolRatio Pct: 61.87
CA DL DataVolRatio Pct num: 3049

DL MAC Vol Scell Pct: 40.35
SIP DC%: 
DLRLCLayerDataVolume MB: 704.61
DRB UL Data Volume MB: 8420
RRC Setup Attempts: 4828
CA DL DataVolRatio Pct den: 1231
weekend: 0
CA Activation Rate: 76.35
hr: 0
MAC_UE_SC_Tput: 14358.85

hr: 0
CA Activation Rate num: 4638030
Setup_Fail_DEN: 6989
SIP_SC_Total_MOU: 200.79
Peak UE: 53
MB_per_connected_UE: 93.73
PCT Time MIMO: 55.31
DL Volume: 2264
UL Throughput: 4.3
DL Data Vol MAC in MB: 4734.31

Time: 09:34:44
holiday: 0
CA DL DataVolRatio Pct: 63.61
HO Attempts: 431

SIP DC%: 
DRB UL Data Volume MB: 3857
CA DL DataVolRatio Pct den: 6249
weekend: 0
CA Activation Rate: 75.17
hr: 4
MAC_UE_SC_Tput: 15269.54
Bearer Releases: 16120

hr: 4
CA Activation Rate num: 2563389
Setup_Fail_DEN: 9955
SIP_SC_Total_MOU: 396.85
Peak UE: 27
MB_per_connected_UE: 28.12
PCT Time MIMO: 62.48
DL Volume: 5060
DL Data Vol MAC in MB: 7453.31

Time: 12:05:09
holiday: 0

DL MAC Vol Scell Pct: 9.22
SIP DC%: 
UPTP_Mbps: 16.44
DLRLCLayerDataVolume MB: 2770.24
DRB UL Data Volume MB: 8438
PRB Util%: 74.61
weekend: 1
hr: 11
MAC_UE_SC_Tput: 19071.56
Bearer Releases: 12346

hr: 11
CA Activation Rate num: 9903424
Setup_Fail_DEN: 16696
MB_per_connected_UE: 67.08
PCT Time MIMO: 46.64
DL Volume: 9236
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8418
DL Data Vol MAC in MB: 9041.75

Time: 21:57:34
holiday: 0

DL MAC Vol Scell Pct: 2.84
SIP DC%: 
UPTP_Mbps: 40.34
DLRLCLayerDataVolume MB: 4431.09
PRB Util%: 17.31
CA DL DataVolRatio Pct den: 9344
CA Conf FailRate Pct den: 6681
weekend: 0
CA Activation Rate: 17.34
hr: 23
MAC_UE_SC_Tput: 15497.45
Bearer Releases: 13903

hr: 23
CA Activation Rate num: 8738307
UPTP Mbps Den: 56
Setup_Fail_DEN: 17615
Peak UE: 59
MB_per_connected_UE: 96.24
DL Volume: 4669
DL Data Vol MAC in MB: 7620.84
CA Activation Rate den: 98144

Time: 17:47:12
holiday: 0
CA DL DataVolRatio Pct: 57.44

DL MAC Vol Scell Pct: 10.66
Avg_Connected_UEs: 52.42
SIP DC%: 
UPTP_Mbps: 112.17
DLRLCLayerDataVolume MB: 6884.58
DRB UL Data Volume MB: 8959
PRB Util%: 43.08
RRC Setup Attempts: 6274
CA DL DataVolRatio Pct den: 2305
weekend: 0
UPTP Mbps Num: 50144
hr: 23
MAC_UE_SC_Tput: 16727.07
Bearer Releases: 16667

hr: 23
CA Activation Rate num: 10764667
Setup_Fail_DEN: 10550
SIP_SC_Total_MOU: 113.36
Peak UE: 27
DL Volume: 7706
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6800
DL Data Vol MAC in MB: 6713.24
CA Activation Rate den: 104947

Time: 01:22:31
holiday: 0
CA DL DataVolRatio Pct: 67.07
CA DL DataVolRatio Pct num: 7122

SIP DC%: 
UPTP_Mbps: 127.91
DLRLCLayerDataVolume MB: 8389.89
CA DL DataVolRatio Pct den: 7612
CA Conf FailRate Pct den: 6253
weekend: 0
CA Activation Rate: 53.11
hr: 17
Bearer Releases: 18079

hr: 17
CA Activation Rate num: 5406303
UPTP Mbps Den: 3982
Setup_Fail_DEN: 14065
SIP_SC_Total_MOU: 365.53
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 131.98
DL Volume: 4487
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5521
CA Activation Rate den: 57932

Time: 07:29:57
holiday: 0

SIP DC%: 
UPTP_Mbps: 42.73
DLRLCLayerDataVolume MB: 2355.54
DRB UL Data Volume MB: 823
PRB Util%: 16.64
weekend: 0
CA Activation Rate: 17.12
hr: 7
MAC_UE_SC_Tput: 5957.87
Bearer Releases: 9471

hr: 7
UPTP Mbps Den: 470
Peak UE: 30
MB_per_connected_UE: 19.5
PCT Time MIMO: 34.56
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3814
DL Data Vol MAC in MB: 6188.05

Time: 02:08:32
holiday: 0
CA DL DataVolRatio Pct: 58.29
CA DL DataVolRatio Pct num: 5175

SIP DC%: 
UPTP_Mbps: 10.82
DLRLCLayerDataVolume MB: 2776.79
DRB UL Data Volume MB: 7390
PRB Util%: 31.12
CA DL DataVolRatio Pct den: 6801
CA Conf FailRate Pct den: 4556
RSSIRX1 Avg: -95.33
weekend: 0
UPTP Mbps Num: 54681
CA Activation Rate: 14.43
hr: 18
MAC_UE_SC_Tput: 10382.96

hr: 18
CA Activation Rate num: 5111297
SIP_SC_Total_MOU: 133.32
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3233
DL Data Vol MAC in MB: 6769.57

Time: 06:35:52
holiday: 0

DL MAC Vol Scell Pct: 40.44
Avg_Connected_UEs: 52.62
SIP DC%: 
UPTP_Mbps: 38.25
CA Conf FailRate Pct den: 7281
weekend: 0
UPTP Mbps Num: 6606
CA Activation Rate: 2.75
hr: 0
MAC_UE_SC_Tput: 6195.32

hr: 0
CA Activation Rate num: 5055386
UPTP Mbps Den: 5341
SIP_SC_Total_MOU: 383.95
MB_per_connected_UE: 12.61
DL Volume: 3463

Time: 21:11:02
holiday: 0
CA DL DataVolRatio Pct: 42.93
CA DL DataVolRatio Pct num: 5668

SIP DC%: 
DLRLCLayerDataVolume MB: 5009.67
CA Conf FailRate Pct den: 8064
weekend: 0
UPTP Mbps Num: 9653
hr: 23
MAC_UE_SC_Tput: 13945.51
Bearer Releases: 7113

hr: 23
CA Activation Rate num: 4047412
UPTP Mbps Den: 1692
Setup_Fail_DEN: 6831
Peak UE: 50
MB_per_connected_UE: 156.59
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9164
DL Data Vol MAC in MB: 9920.13
CA Activation Rate den: 102330

Time: 04:15:26
holiday: 0
CA DL DataVolRatio Pct: 70.82

DL MAC Vol Scell Pct: 39.66
Avg_Connected_UEs: 42.03
SIP DC%: 
UPTP_Mbps: 37.44
DLRLCLayerDataVolume MB: 4459.54
CA DL DataVolRatio Pct den: 2896
CA Conf FailRate Pct den: 6758
weekend: 0
CA Activation Rate: 40.84
hr: 10
MAC_UE_SC_Tput: 6119.17
Bearer Releases: 13944

hr: 10
CA Activation Rate num: 10034043
UPTP Mbps Den: 2223
SIP_SC_Total_MOU: 181.22
Peak UE: 56
MB_per_connected_UE: 70.64
PCT Time MIMO: 68.23
DL Volume: 5474
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4580
DL Data Vol MAC in MB: 2432.06
CA Activation Rate den: 66823

Time: 03:59:32
holiday: 0
CA DL DataVolRatio Pct: 61.44
CA DL DataVolRatio Pct num: 2045

Avg_Connected_UEs: 49.8
SIP DC%: 
DLRLCLayerDataVolume MB: 2534.78
CA DL DataVolRatio Pct den: 9987
CA Conf FailRate Pct den: 4938
weekend: 0
UPTP Mbps Num: 17711
CA Activation Rate: 21.46
hr: 3
MAC_UE_SC_Tput: 13238.71
Bearer Releases: 8528

hr: 3
CA Activation Rate num: 3163085
Peak UE: 27
DL Volume: 7618
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7883
DL Data Vol MAC in MB: 4073.11
CA Activation Rate den: 128416

Time: 14:00:29
holiday: 0
CA DL DataVolRatio Pct: 79.47
HO Attempts: 537

Avg_Connected_UEs: 23.35
SIP DC%: 
DRB UL Data Volume MB: 3136
weekend: 0
CA Activation Rate: 9.08
hr: 11
MAC_UE_SC_Tput: 32960.86
Bearer Releases: 7300

hr: 11
CA Activation Rate num: 9524629
UPTP Mbps Den: 432
SIP_SC_Total_MOU: 434.6
Peak UE: 27
MB_per_connected_UE: 37.11
DL Volume: 3114
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3936
DL Data Vol MAC in MB: 7390.01

Time: 20:26:03
holiday: 0
CA DL DataVolRatio Pct: 71.97
CA DL DataVolRatio Pct num: 7019

DL MAC Vol Scell Pct: 41.71
Avg_Connected_UEs: 77.89
SIP DC%: 
DRB UL Data Volume MB: 8237
RRC Setup Attempts: 7937
CA Conf FailRate Pct den: 8028
weekend: 0
UPTP Mbps Num: 42012
CA Activation Rate: 18.68
hr: 21
MAC_UE_SC_Tput: 15813.53
Bearer Releases: 17265

hr: 21
CA Activation Rate num: 9264311
Peak UE: 27
MB_per_connected_UE: 144.94
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8239
CA Activation Rate den: 98315

Combined RACH Preambles: 3256
Time: 15:01:34
holiday: 0
HO Attempts: 648

DL MAC Vol Scell Pct: 28.81
SIP DC%: 
DLRLCLayerDataVolume MB: 1731.43
DRB UL Data Volume MB: 7575
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4997.79
Bearer Releases: 6515

hr: 23
CA Activation Rate num: 3490146
Setup_Fail_DEN: 9337
Peak UE: 27
MB_per_connected_UE: 173.38
PCT Time MIMO: 53.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3668
DL Data Vol MAC in MB: 6798.01

Time: 15:50:36
holiday: 0
CA DL DataVolRatio Pct num: 5148

DL MAC Vol Scell Pct: 20
Avg_Connected_UEs: 53.75
SIP DC%: 
UPTP_Mbps: 7.48
RRC Setup Attempts: 6838
CA Conf FailRate Pct den: 8011
weekend: 0
hr: 0
MAC_UE_SC_Tput: 9549.56

hr: 0
CA Activation Rate num: 10620982
UPTP Mbps Den: 2703
Setup_Fail_DEN: 10005
SIP_SC_Total_MOU: 119.02
Peak UE: 37
MB_per_connected_UE: 15.46
PCT Time MIMO: 62.17
DL Volume: 1006
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7032
DL Data Vol MAC in MB: 500.99
CA Activation Rate den: 91380

Time: 19:23:36
holiday: 0
HO Attempts: 660

SIP DC%: 
UPTP_Mbps: 133.79
DLRLCLayerDataVolume MB: 792.7
DRB UL Data Volume MB: 7804
PRB Util%: 67.64
RRC Setup Attempts: 7394
CA DL DataVolRatio Pct den: 7981
weekend: 0
UPTP Mbps Num: 23362
Bearer Setup Failure Voice Den: 182
hr: 19
MAC_UE_SC_Tput: 4229.85

hr: 19
SIP_SC_Total_MOU: 0.55
Peak UE: 28
MB_per_connected_UE: 186.52
PCT Time MIMO: 61.56
DL Volume: 8748
CA Activation Rate den: 36139

Combined RACH Preambles: 3696
Time: 03:41:31
holiday: 0
CA DL DataVolRatio Pct: 73.35

DL MAC Vol Scell Pct: 28.2
SIP DC%: 
UPTP_Mbps: 20.45
DLRLCLayerDataVolume MB: 805.94
RRC Setup Attempts: 5357
CA Conf FailRate Pct den: 4237
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6808.82
Bearer Releases: 6241

hr: 23
CA Activation Rate num: 65154
Setup_Fail_DEN: 15548
Peak UE: 49
MB_per_connected_UE: 202.84
PCT Time MIMO: 51.7
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4279
Combined RACH Preambles: 2436

Time: 14:14:32
holiday: 0

Avg_Connected_UEs: 66.37
SIP DC%: 
UPTP_Mbps: 43.09
RRC Setup Attempts: 4868
CA Conf FailRate Pct den: 5679
weekend: 0
UPTP Mbps Num: 15784
CA Activation Rate: 14.56
hr: 23
MAC_UE_SC_Tput: 40669.86

hr: 23
CA Activation Rate num: 4318044
UPTP Mbps Den: 1741
Setup_Fail_DEN: 11550
Peak UE: 47
VOLTE IA%: 
MB_per_connected_UE: 196.66
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3849
DL Data Vol MAC in MB: 2629.69

Time: 14:20:19
holiday: 0
CA DL DataVolRatio Pct: 56.18
CA DL DataVolRatio Pct num: 4178

DL MAC Vol Scell Pct: 33.45
SIP DC%: 
RRC Setup Attempts: 3617
CA DL DataVolRatio Pct den: 7960
CA Conf FailRate Pct den: 6919
weekend: 0
UPTP Mbps Num: 8541
CA Activation Rate: 31.1
hr: 23
MAC_UE_SC_Tput: 4951.79
Bearer Releases: 6578

hr: 23
CA Activation Rate num: 10436616
UPTP Mbps Den: 62
Setup_Fail_DEN: 12523
Peak UE: 27
MB_per_connected_UE: 104.26
PCT Time MIMO: 32.69
DL Volume: 9488
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4223
DL Data Vol MAC in MB: 3490.01

Time: 14:51:48
holiday: 0
CA DL DataVolRatio Pct: 61.35
HO_att_InterFreq: 935
CA DL DataVolRatio Pct num: 3165

SIP DC%: 
UPTP_Mbps: 22.89
DLRLCLayerDataVolume MB: 8444.18
DRB UL Data Volume MB: 6516
RRC Setup Attempts: 9816
CA DL DataVolRatio Pct den: 8994
weekend: 0
UPTP Mbps Num: 33839
CA Activation Rate: 37.27
hr: 11
MAC_UE_SC_Tput: 10224.06
Bearer Releases: 16449

hr: 11
CA Activation Rate num: 10989428
UPTP Mbps Den: 2388
SIP_SC_Total_MOU: 129.43
Peak UE: 43
DL Volume: 4855
DL Data Vol MAC in MB: 2108.18
CA Activation Rate den: 124054

Combined RACH Preambles: 2345
Time: 04:05:21
holiday: 0
HO_att_InterFreq: 599
CA DL DataVolRatio Pct num: 1817

SIP DC%: 
UPTP_Mbps: 32
DLRLCLayerDataVolume MB: 7855.81
DRB UL Data Volume MB: 8296
RRC Setup Attempts: 5321
weekend: 0
hr: 8
MAC_UE_SC_Tput: 13355.14
Bearer Releases: 9887

hr: 8
CA Activation Rate num: 9440295
Peak UE: 74
MB_per_connected_UE: 114.28
DL Volume: 8265
DL Data Vol MAC in MB: 6810.29
Combined RACH Preambles: 1994

Time: 06:34:04
holiday: 0

Avg_Connected_UEs: 63.2
SIP DC%: 
DLRLCLayerDataVolume MB: 2625.66
RRC Setup Attempts: 5959
CA DL DataVolRatio Pct den: 3969
CA Conf FailRate Pct den: 7588
weekend: 0
CA Activation Rate: 17.06
hr: 18
MAC_UE_SC_Tput: 18720.28

hr: 18
CA Activation Rate num: 6907721
UPTP Mbps Den: 1230
Setup_Fail_DEN: 8547
SIP_SC_Total_MOU: 312.65
Peak UE: 65
MB_per_connected_UE: 137.11
PCT Time MIMO: 70.19
DL Volume: 8715
DL Data Vol MAC in MB: 9646.4

Time: 16:06:55
holiday: 0
CA DL DataVolRatio Pct num: 5539

DL MAC Vol Scell Pct: 49.96
SIP DC%: 
DRB UL Data Volume MB: 7147
PRB Util%: 64.83
RRC Setup Attempts: 3403
CA Conf FailRate Pct den: 4494
weekend: 0
UPTP Mbps Num: 57263
CA Activation Rate: 41.18
hr: 23
MAC_UE_SC_Tput: 6917.82

hr: 23
CA Activation Rate num: 8820820
SIP_SC_Total_MOU: 42.21
Peak UE: 35
MB_per_connected_UE: 183.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3345

Time: 07:23:15
holiday: 0
CA DL DataVolRatio Pct: 67.14

SIP DC%: 
DLRLCLayerDataVolume MB: 1025.5
DRB UL Data Volume MB: 6729
PRB Util%: 22.11
RRC Setup Attempts: 6848
weekend: 0
UPTP Mbps Num: 57857
hr: 4
MAC_UE_SC_Tput: 11694.35
Bearer Releases: 9326

hr: 4
CA Activation Rate num: 9516492
UPTP Mbps Den: 888
Setup_Fail_DEN: 17282
SIP_SC_Total_MOU: 3.27
Peak UE: 56
DL Volume: 7880
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3689
CA Activation Rate den: 52829

Combined RACH Preambles: 2813
Time: 05:08:18
holiday: 0

Avg_Connected_UEs: 39.14
SIP DC%: 
DRB UL Data Volume MB: 4645
PRB Util%: 48.76
DL Packet Loss Pct: 2.74
RRC Setup Attempts: 3375
CA DL DataVolRatio Pct den: 8399
CA Conf FailRate Pct den: 3071
weekend: 0
UPTP Mbps Num: 26595
hr: 0
MAC_UE_SC_Tput: 16236.96
Bearer Releases: 8018

hr: 0
CA Activation Rate num: 3353342
UPTP Mbps Den: 3812
Setup_Fail_DEN: 17367
Peak UE: 28
MB_per_connected_UE: 145.6
PCT Time MIMO: 33.63
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4481
CA Activation Rate den: 70847

Time: 01:23:25
holiday: 0
HO_att_InterFreq: 101
CA DL DataVolRatio Pct num: 5562

DL MAC Vol Scell Pct: 21.05
SIP DC%: 
DLRLCLayerDataVolume MB: 6129.25
DRB UL Data Volume MB: 7527
PRB Util%: 25.6
RRC Setup Attempts: 5720
weekend: 0
UPTP Mbps Num: 35108
hr: 0
MAC_UE_SC_Tput: 12362.84

hr: 0
CA Activation Rate num: 3779052
UPTP Mbps Den: 2262
Setup_Fail_DEN: 10029
SIP_SC_Total_MOU: 98.04
Peak UE: 60
PCT Time MIMO: 38
DL Volume: 8845
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3474
DL Data Vol MAC in MB: 9383.62

Time: 16:35:13
holiday: 0
CA DL DataVolRatio Pct: 88.7
CA DL DataVolRatio Pct num: 2623

SIP DC%: 
UPTP_Mbps: 39.02
DLRLCLayerDataVolume MB: 3618.49
RRC Setup Attempts: 3661
CA DL DataVolRatio Pct den: 7730
weekend: 1
UPTP Mbps Num: 26330
CA Activation Rate: 44.16
hr: 8

hr: 8
CA Activation Rate num: 10675784
Peak UE: 70
PCT Time MIMO: 42.83
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3127

Time: 11:50:53
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 6850
PRB Util%: 33.93
RRC Setup Attempts: 7259
weekend: 0
CA Activation Rate: 29.5
hr: 9
MAC_UE_SC_Tput: 11935.11
Bearer Releases: 12249

hr: 9
CA Activation Rate num: 10430351
UPTP Mbps Den: 3004
Setup_Fail_DEN: 8759
Peak UE: 59
MB_per_connected_UE: 110.15
ERAB Setup Fail%: 0.15
DL Volume: 4628
DL Data Vol MAC in MB: 267.59
Combined RACH Preambles: 2387

Time: 16:48:06
holiday: 0
HO Attempts: 863

Avg_Connected_UEs: 37.46
SIP DC%: 
DRB UL Data Volume MB: 2616
CA DL DataVolRatio Pct den: 4383
CA Conf FailRate Pct den: 8078
weekend: 0
UPTP Mbps Num: 41471
CA Activation Rate: 2.86
hr: 10
MAC_UE_SC_Tput: 14946.44
Bearer Releases: 13807

hr: 10
CA Activation Rate num: 5854560
UPTP Mbps Den: 312
Setup_Fail_DEN: 9242
Peak UE: 27
DL Data Vol MAC in MB: 3344.22
CA Activation Rate den: 142069

Time: 02:03:12
holiday: 0
CA DL DataVolRatio Pct: 86.78
CA DL DataVolRatio Pct num: 333

SIP DC%: 
DLRLCLayerDataVolume MB: 8953
RRC Setup Attempts: 4642
weekend: 0
CA Activation Rate: 8.66
hr: 17
MAC_UE_SC_Tput: 7615.33

hr: 17
CA Activation Rate num: 10865521
SIP_SC_Total_MOU: 92.63
Peak UE: 56
MB_per_connected_UE: 62.37
DL Volume: 3578

Time: 05:43:07
holiday: 0
CA DL DataVolRatio Pct: 57.43
SIP_SC_Call_Attempts: 209

DL MAC Vol Scell Pct: 40.01
Avg_Connected_UEs: 18.37
SIP DC%: 
UPTP_Mbps: 31.69
DLRLCLayerDataVolume MB: 4218.23
RRC Setup Attempts: 7381
CA DL DataVolRatio Pct den: 7370
CA Conf FailRate Pct den: 5853
weekend: 0
hr: 6
MAC_UE_SC_Tput: 13848.21
Bearer Releases: 9321

hr: 6
CA Activation Rate num: 3352677
Setup_Fail_DEN: 9423
SIP_SC_Total_MOU: 10.36
Peak UE: 35
MB_per_connected_UE: 76.77
PCT Time MIMO: 39.66
DL Volume: 5392
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4505
DL Data Vol MAC in MB: 3540.49
CA Activation Rate den: 86075

Time: 22:13:50
holiday: 0
CA DL DataVolRatio Pct num: 4661

DL MAC Vol Scell Pct: 18.88
Avg_Connected_UEs: 51.12
SIP DC%: 
DLRLCLayerDataVolume MB: 5379
DRB UL Data Volume MB: 1962
CA DL DataVolRatio Pct den: 1947
CA Conf FailRate Pct den: 8825
weekend: 1
CA Activation Rate: 40.59
hr: 10
MAC_UE_SC_Tput: 5524.82
Bearer Releases: 10806

hr: 10
Setup_Fail_DEN: 14716
Peak UE: 27
MB_per_connected_UE: 107.04
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6121
UL Throughput: 5.73
DL Data Vol MAC in MB: 1301.93
CA Activation Rate den: 41021

Time: 05:35:19
holiday: 0
CA DL DataVolRatio Pct: 87.96

SIP DC%: 
DLRLCLayerDataVolume MB: 1281.97
RRC Setup Attempts: 5164
CA Conf FailRate Pct den: 6237
weekend: 0
CA Activation Rate: 41.68
hr: 20
MAC_UE_SC_Tput: 9701.01

hr: 20
CA Activation Rate num: 5203300
SIP_SC_Total_MOU: 364.33
Peak UE: 98
DL Volume: 1152
DL Data Vol MAC in MB: 3086.19
CA Activation Rate den: 39199
Time: 23:51:14

holiday: 0
CA DL DataVolRatio Pct: 63.15

SIP DC%: 
UPTP_Mbps: 16.9
DLRLCLayerDataVolume MB: 6111.13
PRB Util%: 8.97
CA DL DataVolRatio Pct den: 6522
weekend: 0
hr: 23

hr: 23
CA Activation Rate num: 9697196
UPTP Mbps Den: 1084
Setup_Fail_DEN: 10240
SIP_SC_Total_MOU: 40.12
Peak UE: 27
MB_per_connected_UE: 75.19
CA Activation Rate den: 53303

Combined RACH Preambles: 2637
Time: 05:47:44
holiday: 0
CA DL DataVolRatio Pct: 73.24
HO_att_InterFreq: 740

DL MAC Vol Scell Pct: 48.48
Avg_Connected_UEs: 38.2
SIP DC%: 
DLRLCLayerDataVolume MB: 6465.71
DRB UL Data Volume MB: 4174
PRB Util%: 51.28
CA DL DataVolRatio Pct den: 3900
CA Conf FailRate Pct den: 6934
weekend: 0
hr: 3
MAC_UE_SC_Tput: 9184.21

hr: 3
CA Activation Rate num: 7922815
Setup_Fail_DEN: 14179
SIP_SC_Total_MOU: 0.77
Peak UE: 52
PCT Time MIMO: 40.57
DL Data Vol MAC in MB: 9234.64

Combined RACH Preambles: 2495
holiday: 0
CA DL DataVolRatio Pct num: 1304

Avg_Connected_UEs: 65.97
SIP DC%: 
DLRLCLayerDataVolume MB: 1572.92
PRB Util%: 25.86
RRC Setup Attempts: 7922
CA DL DataVolRatio Pct den: 1288
CA Conf FailRate Pct den: 3657
weekend: 0
hr: 16
MAC_UE_SC_Tput: 19366.73
Bearer Releases: 13679

hr: 16
CA Activation Rate num: 5894326
UPTP Mbps Den: 2582
SIP_SC_Total_MOU: 291.58
Peak UE: 27
MB_per_connected_UE: 95.13
DL Volume: 684
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7539
DL Data Vol MAC in MB: 7547.54

Time: 14:39:20
holiday: 0

DL MAC Vol Scell Pct: 42.02
Avg_Connected_UEs: 31.79
SIP DC%: 
DRB UL Data Volume MB: 9203
RRC Setup Attempts: 7720
weekend: 0
CA Activation Rate: 17.36
hr: 14
MAC_UE_SC_Tput: 5011.26
Bearer Releases: 10039

hr: 14
CA Activation Rate num: 11000987
Setup_Fail_DEN: 14652
Peak UE: 34
MB_per_connected_UE: 118.74
DL Data Vol MAC in MB: 3428.37

Time: 19:09:50
holiday: 0
CA DL DataVolRatio Pct: 65.24

SIP DC%: 
UPTP_Mbps: 26.73
DLRLCLayerDataVolume MB: 2115.69
PRB Util%: 18.48
CA DL DataVolRatio Pct den: 1871
weekend: 0
CA Activation Rate: 65.99
hr: 23
MAC_UE_SC_Tput: 9858.48

hr: 23
CA Activation Rate num: 9597109
SIP_SC_Total_MOU: 118.9
Peak UE: 37
MB_per_connected_UE: 187.45
PCT Time MIMO: 47.96
DL Data Vol MAC in MB: 7606.05

Time: 02:48:49
holiday: 0
RRC Setup Failure% 5G: 0.24

DL MAC Vol Scell Pct: 37.07
Avg_Connected_UEs: 71.06
SIP DC%: 
UPTP_Mbps: 43.11
DLRLCLayerDataVolume MB: 3600.42
DRB UL Data Volume MB: 2752
RRC Setup Attempts: 4428
CA DL DataVolRatio Pct den: 8977
CA Conf FailRate Pct den: 4981
weekend: 0
UPTP Mbps Num: 55463
hr: 0
MAC_UE_SC_Tput: 4718.79
Bearer Releases: 16743

hr: 0
CA Activation Rate num: 3842916
SIP_SC_Total_MOU: 365.38
Peak UE: 27
PCT Time MIMO: 58.81
DL Volume: 3076
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4830
DL Data Vol MAC in MB: 8367.24

Time: 03:38:34
holiday: 0
CA DL DataVolRatio Pct: 64.28

SIP DC%: 
UPTP_Mbps: 77.99
DLRLCLayerDataVolume MB: 4641.43
CA DL DataVolRatio Pct den: 4392
CA Conf FailRate Pct den: 8318
weekend: 0
hr: 21
MAC_UE_SC_Tput: 10007.09
Bearer Releases: 14009

hr: 21
CA Activation Rate num: 10587282
UPTP Mbps Den: 957
Peak UE: 50
MB_per_connected_UE: 132.28
DL Volume: 4878
UL Throughput: 4.28
DL Data Vol MAC in MB: 6486.91

Combined RACH Preambles: 2171
Time: 06:17:50
holiday: 0

Avg_Connected_UEs: 51.26
SIP DC%: 
UPTP_Mbps: 97.12
DLRLCLayerDataVolume MB: 5007.74
DRB UL Data Volume MB: 4131
weekend: 1
UPTP Mbps Num: 20279
S1U_SIP_SC_SEER_num: 242
hr: 20
MAC_UE_SC_Tput: 7725.7
Bearer Releases: 8807

hr: 20
CA Activation Rate num: 7206618
Setup_Fail_DEN: 15902
SIP_SC_Total_MOU: 121.3
Peak UE: 66
PCT Time MIMO: 60.55
DL Data Vol MAC in MB: 5087.59

Time: 02:32:28
holiday: 0
CA DL DataVolRatio Pct num: 2187

Avg_Connected_UEs: 53.39
SIP DC%: 
DLRLCLayerDataVolume MB: 6267.92
PRB Util%: 15
RRC Setup Attempts: 4718
CA DL DataVolRatio Pct den: 8033
CA Conf FailRate Pct den: 6664
weekend: 1
UPTP Mbps Num: 16894
CA Activation Rate: 50.92
hr: 4
MAC_UE_SC_Tput: 11399.97

hr: 4
CA Activation Rate num: 2537197
Setup_Fail_DEN: 19993
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7009
DL Data Vol MAC in MB: 5583.7
CA Activation Rate den: 83263

Time: 12:24:46
holiday: 0

DL MAC Vol Scell Pct: 12.97
Avg_Connected_UEs: 82.72
SIP DC%: 
UPTP_Mbps: 136.95
DLRLCLayerDataVolume MB: 3340.3
CA Conf FailRate Pct den: 5991
weekend: 0
CA Activation Rate: 42.12
hr: 21
MAC_UE_SC_Tput: 5626.61
Bearer Releases: 18283

hr: 21
CA Activation Rate num: 2002664
UPTP Mbps Den: 2449
SIP_SC_Total_MOU: 96.47
Peak UE: 27
MB_per_connected_UE: 157.44
PCT Time MIMO: 38.23
CA Activation Rate den: 43799

Combined RACH Preambles: 4411
Time: 08:32:53
holiday: 0
RRC Setup Failure% 5G: 0.22
CA DL DataVolRatio Pct num: 5669

Avg_Connected_UEs: 65.45
SIP DC%: 
DLRLCLayerDataVolume MB: 7228.82
DRB UL Data Volume MB: 169
CA DL DataVolRatio Pct den: 6143
CA Conf FailRate Pct den: 7207
RSSIRX1 Avg: -93.29
weekend: 0
hr: 10
MAC_UE_SC_Tput: 15792.23
Bearer Releases: 8888

hr: 10
CA Activation Rate num: 5395840
UPTP Mbps Den: 1026
SIP_SC_Total_MOU: 433.2
Peak UE: 76
VOLTE IA%: 
MB_per_connected_UE: 33.49
PCT Time MIMO: 38.77
DL Volume: 640
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3298
DL Data Vol MAC in MB: 7864.69

Time: 18:53:31
holiday: 0
CA DL DataVolRatio Pct: 87.23
CA DL DataVolRatio Pct num: 5682

DL MAC Vol Scell Pct: 8.61
SIP DC%: 
DLRLCLayerDataVolume MB: 916.4
DRB UL Data Volume MB: 4370
RSSIRX1 Avg: -93.43
weekend: 0
UPTP Mbps Num: 20412
hr: 0
MAC_UE_SC_Tput: 13198.44
Bearer Releases: 16139

hr: 0
UPTP Mbps Den: 1115
Setup_Fail_DEN: 7571
Peak UE: 87
VOLTE IA%: 
MB_per_connected_UE: 31.41
PCT Time MIMO: 52.72
DL Data Vol MAC in MB: 5310.39
CA Activation Rate den: 117977

Combined RACH Preambles: 4253
Time: 08:27:37
holiday: 0
CA DL DataVolRatio Pct num: 3916

DL MAC Vol Scell Pct: 41.65
Avg_Connected_UEs: 52.55
SIP DC%: 
UPTP_Mbps: 8.06
DLRLCLayerDataVolume MB: 9574.02
DRB UL Data Volume MB: 5561
weekend: 0
hr: 17
MAC_UE_SC_Tput: 5848.05

hr: 17
CA Activation Rate num: 4106443
UPTP Mbps Den: 96
Setup_Fail_DEN: 13132
SIP_SC_Total_MOU: 88.93
Peak UE: 56
MB_per_connected_UE: 39.62
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3748

Time: 02:32:42
holiday: 0
CA DL DataVolRatio Pct: 74.2
CA DL DataVolRatio Pct num: 4381

DL MAC Vol Scell Pct: 41.28
Avg_Connected_UEs: 76.39
SIP DC%: 
UPTP_Mbps: 125.75
DLRLCLayerDataVolume MB: 5497.7
RRC Setup Attempts: 4982
weekend: 0
CA Activation Rate: 38.78
hr: 23
MAC_UE_SC_Tput: 6221.96
Bearer Releases: 8964

hr: 23
CA Activation Rate num: 10745570
UPTP Mbps Den: 1281
Setup_Fail_DEN: 14770
SIP_SC_Total_MOU: 403.37
Peak UE: 27
MB_per_connected_UE: 202.5
DL Volume: 2048
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6958
DL Data Vol MAC in MB: 3532.51

Time: 18:25:11
holiday: 0
CA DL DataVolRatio Pct: 67.17
CA DL DataVolRatio Pct num: 671

DL MAC Vol Scell Pct: 6.9
SIP DC%: 
DLRLCLayerDataVolume MB: 7952.57
PRB Util%: 58.45
RRC Setup Attempts: 3883
CA Conf FailRate Pct den: 7932
weekend: 0
UPTP Mbps Num: 34917
CA Activation Rate: 63.56
hr: 14
MAC_UE_SC_Tput: 5884.61
Bearer Releases: 13801

hr: 14
CA Activation Rate num: 12604934
UPTP Mbps Den: 684
Setup_Fail_DEN: 15886
SIP_SC_Total_MOU: 51.18
Peak UE: 36
MB_per_connected_UE: 107.47
DL Data Vol MAC in MB: 8456.31
CA Activation Rate den: 61296

Time: 02:48:45
holiday: 0
CA DL DataVolRatio Pct num: 2251

DL MAC Vol Scell Pct: 42.36
Avg_Connected_UEs: 58.65
SIP DC%: 
DRB UL Data Volume MB: 5063
RRC Setup Attempts: 7784
CA DL DataVolRatio Pct den: 8499
weekend: 0
UPTP Mbps Num: 58395
hr: 16
MAC_UE_SC_Tput: 13792.3

hr: 16
CA Activation Rate num: 6292355
Setup_Fail_DEN: 9568
SIP_SC_Total_MOU: 59.56
Peak UE: 38
MB_per_connected_UE: 157.7
DL Volume: 4256
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5711
DL Data Vol MAC in MB: 2602.94
CA Activation Rate den: 149745

Time: 19:56:16
holiday: 0
CA DL DataVolRatio Pct: 81.6

SIP DC%: 
UPTP_Mbps: 155.45
DRB UL Data Volume MB: 8380
RRC Setup Attempts: 6244
weekend: 0
UPTP Mbps Num: 38074
hr: 16
MAC_UE_SC_Tput: 8549.66
Bearer Releases: 9407

hr: 16
CA Activation Rate num: 4955887
Peak UE: 42
MB_per_connected_UE: 126.79

holiday: 0
HO_att_InterFreq: 754
CA DL DataVolRatio Pct num: 4513

DL MAC Vol Scell Pct: 35.02
Avg_Connected_UEs: 51.14
SIP DC%: 
UPTP_Mbps: 118.5
DLRLCLayerDataVolume MB: 3996.96
CA DL DataVolRatio Pct den: 10129
weekend: 0
UPTP Mbps Num: 14107
CA Activation Rate: 3.48
hr: 6

hr: 6
CA Activation Rate num: 9775935
Setup_Fail_DEN: 17404
Peak UE: 31
MB_per_connected_UE: 158.67
PCT Time MIMO: 40.02
DL Data Vol MAC in MB: 393.1
CA Activation Rate den: 65212

Time: 08:14:49
holiday: 0
CA DL DataVolRatio Pct: 62.6
CA DL DataVolRatio Pct num: 203

SIP DC%: 
UPTP_Mbps: 34.12
DLRLCLayerDataVolume MB: 1380.86
DRB UL Data Volume MB: 2985
PRB Util%: 73.72
RRC Setup Attempts: 5123
CA Conf FailRate Pct den: 7383
weekend: 1
CA Activation Rate: 47.18
hr: 0
MAC_UE_SC_Tput: 6031.17

hr: 0
CA Activation Rate num: 9903384
Setup_Fail_DEN: 10293
Peak UE: 45
MB_per_connected_UE: 45.96
DL Volume: 9233
CA Activation Rate den: 178710
Combined RACH Preambles: 2554

Time: 18:23:18
holiday: 0
CA DL DataVolRatio Pct: 80.08

SIP DC%: 
DLRLCLayerDataVolume MB: 6563.38
DRB UL Data Volume MB: 2622
RRC Setup Attempts: 3895
CA DL DataVolRatio Pct den: 9700
weekend: 0
UPTP Mbps Num: 62081
CA Activation Rate: 61.72
hr: 15
MAC_UE_SC_Tput: 8508.13
Bearer Releases: 8629

hr: 15
CA Activation Rate num: 3838772
SIP_SC_Total_MOU: 45.15
Peak UE: 27
MB_per_connected_UE: 144.44
DL Volume: 3549
DL Data Vol MAC in MB: 10100.31
CA Activation Rate den: 46711

Time: 10:03:50
holiday: 0
CA DL DataVolRatio Pct: 77.17

SIP DC%: 
DLRLCLayerDataVolume MB: 6342.87
DRB UL Data Volume MB: 659
PRB Util%: 3.57
RRC Setup Attempts: 4917
weekend: 0
UPTP Mbps Num: 41356
CA Activation Rate: 43.41
hr: 21
MAC_UE_SC_Tput: 5721.59
Bearer Releases: 7080

hr: 21
CA Activation Rate num: 8318813
Peak UE: 65
VOLTE IA%: 
PCT Time MIMO: 52.08
DL Volume: 403
CA Activation Rate den: 101034
Combined RACH Preambles: 2119

Time: 18:17:12
holiday: 0
CA DL DataVolRatio Pct num: 6084

SIP DC%: 
UPTP_Mbps: 34.72
DRB UL Data Volume MB: 8628
PRB Util%: 16.59
RRC Setup Attempts: 6715
CA DL DataVolRatio Pct den: 846
CA Conf FailRate Pct den: 3691
weekend: 0
UPTP Mbps Num: 980
hr: 14
MAC_UE_SC_Tput: 18742.7
Bearer Releases: 14181

hr: 14
CA Activation Rate num: 7765263
Setup_Fail_DEN: 7024
Peak UE: 27
MB_per_connected_UE: 174.46
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7546
CA Activation Rate den: 78450

holiday: 0
CA DL DataVolRatio Pct: 82.79
HO_att_InterFreq: 876

Avg_Connected_UEs: 51
SIP DC%: 
DLRLCLayerDataVolume MB: 3592.78
PRB Util%: 55.5
RRC Setup Attempts: 6140
weekend: 0
CA Activation Rate: 12.09
hr: 15
MAC_UE_SC_Tput: 11819.87

hr: 15
CA Activation Rate num: 3605482
UPTP Mbps Den: 2222
Setup_Fail_DEN: 16796
PCT Time MIMO: 51.1
UL Throughput: 7.37

Time: 14:04:10
holiday: 0
CA DL DataVolRatio Pct num: 5781

Avg_Connected_UEs: 18.23
SIP DC%: 
DLRLCLayerDataVolume MB: 4378.91
CA DL DataVolRatio Pct den: 8554
CA Conf FailRate Pct den: 4627
weekend: 0
CA Activation Rate: 64.13
hr: 15
MAC_UE_SC_Tput: 16468.33
Bearer Releases: 18677

hr: 15
CA Activation Rate num: 3974066
UPTP Mbps Den: 1200
Setup_Fail_DEN: 11156
Peak UE: 27
MB_per_connected_UE: 47.5
DL Data Vol MAC in MB: 8380.58
CA Activation Rate den: 126162
Combined RACH Preambles: 2696

Time: 15:38:29
holiday: 0

DL MAC Vol Scell Pct: 12.09
SIP DC%: 
DLRLCLayerDataVolume MB: 540.13
PRB Util%: 63.1
RRC Setup Attempts: 6216
CA DL DataVolRatio Pct den: 8517
CA Conf FailRate Pct den: 6770
weekend: 0
UPTP Mbps Num: 39831
hr: 4
MAC_UE_SC_Tput: 5744.9
Bearer Releases: 16326

hr: 4
CA Activation Rate num: 7974517
SIP_SC_Total_MOU: 16.12
Peak UE: 56
MB_per_connected_UE: 171.39
PCT Time MIMO: 50.8
CA Activation Rate den: 51548

Time: 18:31:11
holiday: 0
CA DL DataVolRatio Pct: 63.05

Avg_Connected_UEs: 20.32
SIP DC%: 
DLRLCLayerDataVolume MB: 9956.81
DRB UL Data Volume MB: 8204
weekend: 0
hr: 9
MAC_UE_SC_Tput: 8038.74
Bearer Releases: 17353

hr: 9
CA Activation Rate num: 6291141
Setup_Fail_DEN: 6838
SIP_SC_Total_MOU: 263.91
Peak UE: 28
DL Volume: 5803
DL Data Vol MAC in MB: 8377.74
CA Activation Rate den: 104609

Time: 14:49:23
holiday: 0

Avg_Connected_UEs: 32.43
SIP DC%: 
UPTP_Mbps: 42.84
DLRLCLayerDataVolume MB: 9166.49
CA DL DataVolRatio Pct den: 325
CA Conf FailRate Pct den: 9316
weekend: 0
CA Activation Rate: 48.31
hr: 16
MAC_UE_SC_Tput: 14673.25

hr: 16
CA Activation Rate num: 8614461
SIP_SC_Total_MOU: 111.7
Peak UE: 28
PCT Time MIMO: 36.17
DL Data Vol MAC in MB: 9647.35

Combined RACH Preambles: 2333
Time: 12:47:57
holiday: 0
CA DL DataVolRatio Pct num: 4142

SIP DC%: 
RRC Setup Attempts: 6960
CA DL DataVolRatio Pct den: 4424
RSSIRX1 Avg: -95.12
weekend: 0
CA Activation Rate: 39.05
hr: 21
MAC_UE_SC_Tput: 15745.5

hr: 21
CA Activation Rate num: 4787574
Setup_Fail_DEN: 14954
SIP_SC_Total_MOU: 295.06
Peak UE: 27
MB_per_connected_UE: 164.26
DL Volume: 4357
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3959
DL Data Vol MAC in MB: 1407.45

Time: 23:30:24
holiday: 0
CA DL DataVolRatio Pct: 60.61

SIP DC%: 
UPTP_Mbps: 112.04
DRB UL Data Volume MB: 2127
PRB Util%: 3.51
RRC Setup Attempts: 6150
CA DL DataVolRatio Pct den: 7348
CA Conf FailRate Pct den: 3022
weekend: 0
UPTP Mbps Num: 4812
CA Activation Rate: 21.59
hr: 9
MAC_UE_SC_Tput: 9467.45
Bearer Releases: 11722

hr: 9
Avg CQI: 11.06
CA Activation Rate num: 10469135
UPTP Mbps Den: 928
Peak UE: 27
PCT Time MIMO: 47.51
DL Data Vol MAC in MB: 3319.61

holiday: 0
CA DL DataVolRatio Pct num: 4809

DL MAC Vol Scell Pct: 4.8
SIP DC%: 
UPTP_Mbps: 17.71
DLRLCLayerDataVolume MB: 2455.48
PRB Util%: 8.15
CA DL DataVolRatio Pct den: 1591
CA Conf FailRate Pct den: 7467
weekend: 1
UPTP Mbps Num: 42090
hr: 14

hr: 14
CA Activation Rate num: 7866626
SIP_SC_Total_MOU: 124.85
Peak UE: 27
MB_per_connected_UE: 23.04
DL Volume: 4145
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5640

Time: 03:27:15
holiday: 0
CA DL DataVolRatio Pct: 69.77

Avg_Connected_UEs: 25.96
SIP DC%: 
UPTP_Mbps: 8.65
DLRLCLayerDataVolume MB: 2696.44
PRB Util%: 36.3
RRC Setup Attempts: 5119
CA Conf FailRate Pct den: 7051
weekend: 0
CA Activation Rate: 65.97
hr: 23
MAC_UE_SC_Tput: 4960.26
Bearer Releases: 14481

hr: 23
Avg CQI: 8
CA Activation Rate num: 10311197
UL MAC Vol Scell Pct: 2.53
Peak UE: 27
PCT Time MIMO: 48.64
DL Volume: 8623
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5670
UL Throughput: 5.74
DL Data Vol MAC in MB: 5884.81
CA Activation Rate den: 90702

Time: 08:22:13
holiday: 0
CA DL DataVolRatio Pct: 62.77
CA DL DataVolRatio Pct num: 1345

SIP DC%: 
UPTP_Mbps: 27.52
DLRLCLayerDataVolume MB: 4180.21
PRB Util%: 47.5
CA DL DataVolRatio Pct den: 5831
weekend: 0
CA Activation Rate: 9.88
hr: 6
MAC_UE_SC_Tput: 4520.07

hr: 6
CA Activation Rate num: 7917895
Setup_Fail_DEN: 13530
Peak UE: 63
VOLTE IA%: 
MB_per_connected_UE: 117.16
DL Data Vol MAC in MB: 3568.92
CA Activation Rate den: 85817

Time: 18:47:07
holiday: 0
CA DL DataVolRatio Pct: 58.87

Avg_Connected_UEs: 29.51
SIP DC%: 
DRB UL Data Volume MB: 9465
CA DL DataVolRatio Pct den: 10123
CA Conf FailRate Pct den: 2755
weekend: 0
UPTP Mbps Num: 1364
hr: 0
MAC_UE_SC_Tput: 13208.75
Bearer Releases: 9395

hr: 0
CA Activation Rate num: 550686
Setup_Fail_DEN: 15309
Peak UE: 47
MB_per_connected_UE: 55.68
DL Volume: 2114
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8256
DL Data Vol MAC in MB: 5389.22

Combined RACH Preambles: 2448
Time: 02:14:05
holiday: 0

Avg_Connected_UEs: 64.78
SIP DC%: 
UPTP_Mbps: 28.47
DLRLCLayerDataVolume MB: 2247.9
DRB UL Data Volume MB: 9235
CA Conf FailRate Pct den: 8308
weekend: 0
CA Activation Rate: 9.81
hr: 3
Bearer Releases: 7135

hr: 3
CA Activation Rate num: 2490381
UPTP Mbps Den: 440
SIP_SC_Total_MOU: 297.89
Peak UE: 45
PCT Time MIMO: 45.49
DL Volume: 8112
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5674
DL Data Vol MAC in MB: 550.46
CA Activation Rate den: 153726

holiday: 0

DL MAC Vol Scell Pct: 38.91
Avg_Connected_UEs: 43
SIP DC%: 
UPTP_Mbps: 20.66
DLRLCLayerDataVolume MB: 4147.5
CA DL DataVolRatio Pct den: 4197
CA Conf FailRate Pct den: 9226
weekend: 0
UPTP Mbps Num: 23197
hr: 8
MAC_UE_SC_Tput: 17527.33
Bearer Releases: 13290

hr: 8
CA Activation Rate num: 3508803
Setup_Fail_DEN: 12255
SIP_SC_Total_MOU: 263.08
Peak UE: 27
MB_per_connected_UE: 156.53
DL Volume: 1417
CA Activation Rate den: 54133

Time: 13:41:22
holiday: 0

SIP DC%: 
UPTP_Mbps: 29.45
DLRLCLayerDataVolume MB: 2074.02
PRB Util%: 49.6
RRC Setup Attempts: 7250
CA DL DataVolRatio Pct den: 6897
RSSIRX1 Avg: -93.46
weekend: 1
CA Activation Rate: 30.33
hr: 15
MAC_UE_SC_Tput: 16446.62

hr: 15
CA Activation Rate num: 6120093
Setup_Fail_DEN: 15147
SIP_SC_Total_MOU: 19.38
Peak UE: 28
MB_per_connected_UE: 202.3
DL Data Vol MAC in MB: 4341.25
CA Activation Rate den: 131577

Combined RACH Preambles: 2626
Time: 05:50:49
holiday: 0
CA DL DataVolRatio Pct num: 3997
HO Attempts: 109

DL MAC Vol Scell Pct: 12.57
Avg_Connected_UEs: 31.53
SIP DC%: 
DLRLCLayerDataVolume MB: 6935.32
DRB UL Data Volume MB: 5199
PRB Util%: 75
RRC Setup Attempts: 6745
CA DL DataVolRatio Pct den: 10158
weekend: 0
UPTP Mbps Num: 29684
CA Activation Rate: 4.47
hr: 6
MAC_UE_SC_Tput: 5927.73

hr: 6
Setup_Fail_DEN: 11876
SIP_SC_Total_MOU: 76.36
Peak UE: 29
MB_per_connected_UE: 41.1
DL Volume: 5616
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4380
DL Data Vol MAC in MB: 3286.29
CA Activation Rate den: 124970

Time: 12:52:48
holiday: 0

DL MAC Vol Scell Pct: 8.54
Avg_Connected_UEs: 72.38
SIP DC%: 
DLRLCLayerDataVolume MB: 381.86
DRB UL Data Volume MB: 1817
RRC Setup Attempts: 9190
CA DL DataVolRatio Pct den: 2057
weekend: 0
UPTP Mbps Num: 46048
hr: 8
MAC_UE_SC_Tput: 10836.4
Bearer Releases: 8554

hr: 8
CA Activation Rate num: 295380
UPTP Mbps Den: 2396
Setup_Fail_DEN: 16965
SIP_SC_Total_MOU: 67.11
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9157
DL Data Vol MAC in MB: 8982.32
CA Activation Rate den: 54631
Combined RACH Preambles: 2916

Time: 00:19:45
holiday: 0
CA DL DataVolRatio Pct: 62.06

SIP DC%: 
DLRLCLayerDataVolume MB: 7919.08
DRB UL Data Volume MB: 9064
CA DL DataVolRatio Pct den: 3845
CA Conf FailRate Pct den: 8933
weekend: 0
UPTP Mbps Num: 4502
CA Activation Rate: 56.05
hr: 5
MAC_UE_SC_Tput: 6553.1
Bearer Releases: 11238

hr: 5
CA Activation Rate num: 4711990
SIP_SC_Total_MOU: 121.09
Peak UE: 27
MB_per_connected_UE: 31.98
DL Volume: 9324
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7231
UL Throughput: 11.37
CA Activation Rate den: 58405

Time: 01:56:41
holiday: 0
CA DL DataVolRatio Pct: 78.66

DL MAC Vol Scell Pct: 46.77
Avg_Connected_UEs: 53.24
SIP DC%: 
UPTP_Mbps: 124.02
DLRLCLayerDataVolume MB: 5785.49
DRB UL Data Volume MB: 522
RSSIRX1 Avg: -94.87
weekend: 1
UPTP Mbps Num: 60488
hr: 0
MAC_UE_SC_Tput: 12370.88
Bearer Releases: 9708

hr: 0
CA Activation Rate num: 739971
UPTP Mbps Den: 408
Peak UE: 66
PCT Time MIMO: 52.46
DL Volume: 6822
DL Data Vol MAC in MB: 8226.06

Combined RACH Preambles: 3441
Time: 02:49:16
holiday: 0

DL MAC Vol Scell Pct: 48.08
SIP DC%: 
CA DL DataVolRatio Pct den: 7632
weekend: 0
CA Activation Rate: 33.13
hr: 4
MAC_UE_SC_Tput: 18141.55

hr: 4
CA Activation Rate num: 9814600
UPTP Mbps Den: 160
Peak UE: 37
DL Volume: 7758
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4975

Time: 21:02:16
holiday: 0
CA DL DataVolRatio Pct: 59.94
CA DL DataVolRatio Pct num: 6976

DL MAC Vol Scell Pct: 9.67
SIP DC%: 
DLRLCLayerDataVolume MB: 2757.86
RRC Setup Attempts: 3517
CA DL DataVolRatio Pct den: 8481
weekend: 0
CA Activation Rate: 56.4
hr: 20
MAC_UE_SC_Tput: 15179.07
Bearer Releases: 8495

hr: 20
CA Activation Rate num: 7170091
Setup_Fail_DEN: 10194
Peak UE: 27
MB_per_connected_UE: 79.34
DL Volume: 137
DL Data Vol MAC in MB: 2905.26
CA Activation Rate den: 181499

Time: 00:50:25
holiday: 0
CA DL DataVolRatio Pct num: 2952

DL MAC Vol Scell Pct: 34.13
SIP DC%: 
UPTP_Mbps: 28.07
DLRLCLayerDataVolume MB: 4266.53
DRB UL Data Volume MB: 5703
CA DL DataVolRatio Pct den: 10093
CA Conf FailRate Pct den: 7777
weekend: 0
CA Activation Rate: 45.35
hr: 12
MAC_UE_SC_Tput: 4427
Bearer Releases: 8845

hr: 12
CA Activation Rate num: 11970867
Setup_Fail_DEN: 17537
Peak UE: 41
VOLTE IA%: 
MB_per_connected_UE: 138.47
DL Volume: 1267
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4840
DL Data Vol MAC in MB: 7927.74
CA Activation Rate den: 109248
Time: 04:46:15

holiday: 0
CA DL DataVolRatio Pct num: 4836

DL MAC Vol Scell Pct: 7.13
Avg_Connected_UEs: 65.21
SIP DC%: 
UPTP_Mbps: 133.06
DLRLCLayerDataVolume MB: 7329.15
DRB UL Data Volume MB: 7440
CA DL DataVolRatio Pct den: 6691
weekend: 0
UPTP Mbps Num: 5535
hr: 9
MAC_UE_SC_Tput: 4632.63
Bearer Releases: 7680

hr: 9
CA Activation Rate num: 4710574
Setup_Fail_DEN: 9272
Peak UE: 27
MB_per_connected_UE: 36.78
DL Volume: 2945
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8623

Time: 02:37:13
holiday: 0
SIP_SC_Call_Attempts: 158
CA DL DataVolRatio Pct num: 4696

SIP DC%: 
UPTP_Mbps: 23.55
weekend: 0
CA Activation Rate: 30.01
hr: 22
MAC_UE_SC_Tput: 17418.55

hr: 22
CA Activation Rate num: 5999898
UPTP Mbps Den: 484
Setup_Fail_DEN: 8948
SIP_SC_Total_MOU: 63.63
Peak UE: 76
MB_per_connected_UE: 134.72
Combined RACH Preambles: 2631
Time: 08:56:19

holiday: 0
CA DL DataVolRatio Pct: 74.26
CA DL DataVolRatio Pct num: 2579

Avg_Connected_UEs: 59.41
SIP DC%: 
DLRLCLayerDataVolume MB: 6295.79
DRB UL Data Volume MB: 9396
PRB Util%: 57.95
CA DL DataVolRatio Pct den: 8919
CA Conf FailRate Pct den: 7388
weekend: 0
UPTP Mbps Num: 1953
CA Activation Rate: 40.13
hr: 23
MAC_UE_SC_Tput: 5492.17
Bearer Releases: 7586

hr: 23
CA Activation Rate num: 10421762
Setup_Fail_DEN: 14075
SIP_SC_Total_MOU: 295.92
Peak UE: 79
MB_per_connected_UE: 146.8
PCT Time MIMO: 41.64
DL Volume: 6158

Time: 08:02:51
holiday: 0
CA DL DataVolRatio Pct: 57.96
CA DL DataVolRatio Pct num: 1051

DL MAC Vol Scell Pct: 19.91
Avg_Connected_UEs: 61.37
SIP DC%: 
DLRLCLayerDataVolume MB: 1643.62
DRB UL Data Volume MB: 3309
weekend: 0
UPTP Mbps Num: 51028
CA Activation Rate: 62.5
hr: 4
MAC_UE_SC_Tput: 7582.04
Bearer Releases: 13048

hr: 4
CA Activation Rate num: 8307646
UPTP Mbps Den: 3016
SIP_SC_Total_MOU: 88.55
DL Data Vol MAC in MB: 4977.17
CA Activation Rate den: 65133

Time: 02:11:39
holiday: 0
CA DL DataVolRatio Pct: 41.89
CA DL DataVolRatio Pct num: 6380

Avg_Connected_UEs: 53.77
SIP DC%: 
DRB UL Data Volume MB: 7369
CA DL DataVolRatio Pct den: 4986
CA Conf FailRate Pct den: 6275
weekend: 0
UPTP Mbps Num: 8549
CA Activation Rate: 51.61
hr: 18
MAC_UE_SC_Tput: 11931.53

hr: 18
CA Activation Rate num: 1716606
Peak UE: 27
MB_per_connected_UE: 116.07
PCT Time MIMO: 49.11
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8466
CA Activation Rate den: 64350

Combined RACH Preambles: 3907
Time: 10:13:08
holiday: 0

Avg_Connected_UEs: 52.32
SIP DC%: 
UPTP_Mbps: 14.63
DLRLCLayerDataVolume MB: 6365.33
DRB UL Data Volume MB: 8746
PRB Util%: 54.24
DL Packet Loss Pct: 0.51
RRC Setup Attempts: 4499
CA DL DataVolRatio Pct den: 2754
CA Conf FailRate Pct den: 5503
weekend: 0
CA Activation Rate: 41.56
hr: 23
MAC_UE_SC_Tput: 15359.3
Bearer Releases: 10059

hr: 23
CA Activation Rate num: 5785867
Setup_Fail_DEN: 10947
SIP_SC_Total_MOU: 34.69
MB_per_connected_UE: 90.16
DL Volume: 493
CA Activation Rate den: 43603

Combined RACH Preambles: 3357
Time: 17:04:13
holiday: 0
CA DL DataVolRatio Pct: 91.93
HO_att_InterFreq: 113

Avg_Connected_UEs: 28.54
SIP DC%: 
DLRLCLayerDataVolume MB: 5550.78
RRC Setup Attempts: 3786
weekend: 0
UPTP Mbps Num: 16171
hr: 0
MAC_UE_SC_Tput: 11042.06

hr: 0
CA Activation Rate num: 1804544
SIP_SC_Total_MOU: 137.87
Peak UE: 80
CA Activation Rate den: 108668

Time: 20:45:50
holiday: 0
CA DL DataVolRatio Pct num: 3270

DL MAC Vol Scell Pct: 13.35
SIP DC%: 
DLRLCLayerDataVolume MB: 6270.95
DRB UL Data Volume MB: 3172
PRB Util%: 40.7
CA DL DataVolRatio Pct den: 5362
CA Conf FailRate Pct den: 6039
weekend: 0
UPTP Mbps Num: 51523
hr: 0
MAC_UE_SC_Tput: 7668.49

hr: 0
CA Activation Rate num: 207470
SIP_SC_Total_MOU: 296.47
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 36.86
DL Volume: 4377
CA Activation Rate den: 143471

Combined RACH Preambles: 2955
Time: 10:37:09
holiday: 0

Avg_Connected_UEs: 84.36
SIP DC%: 
DLRLCLayerDataVolume MB: 9034.6
DRB UL Data Volume MB: 4601
PRB Util%: 39.73
weekend: 0
CA Activation Rate: 53.07
hr: 15
MAC_UE_SC_Tput: 8269.13

hr: 15
CA Activation Rate num: 10794554
Setup_Fail_DEN: 7765
SIP_SC_Total_MOU: 161.94
Peak UE: 34
VOLTE IA%: 
MB_per_connected_UE: 130.09
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9280
DL Data Vol MAC in MB: 8663.72
CA Activation Rate den: 97490
Combined RACH Preambles: 2217

Time: 22:44:02
holiday: 0
CA DL DataVolRatio Pct: 60.98
CA DL DataVolRatio Pct num: 1763

SIP DC%: 
RRC Setup Attempts: 7003
CA DL DataVolRatio Pct den: 3274
CA Conf FailRate Pct den: 5041
weekend: 0
CA Activation Rate: 54.73
hr: 8
MAC_UE_SC_Tput: 19326.68

hr: 8
CA Activation Rate num: 5095848
Setup_Fail_DEN: 18260
SIP_SC_Total_MOU: 112.63
VOLTE IA%: 
MB_per_connected_UE: 53.7
PCT Time MIMO: 63.21
DL Volume: 9320
DL Data Vol MAC in MB: 1339.63
Time: 18:36:26

holiday: 0
CA DL DataVolRatio Pct num: 5613

Avg_Connected_UEs: 29.02
SIP DC%: 
CA Conf FailRate Pct den: 6915
weekend: 0
UPTP Mbps Num: 35201
CA Activation Rate: 33.05
hr: 23
MAC_UE_SC_Tput: 7227.45
Bearer Releases: 10840

hr: 23
CA Activation Rate num: 7756489
UPTP Mbps Den: 2955
Setup_Fail_DEN: 18782
SIP_SC_Total_MOU: 190.04
Peak UE: 27
PCT Time MIMO: 61.86
DL Volume: 2245
DL Data Vol MAC in MB: 4022.5

Time: 08:12:22
holiday: 0
CA DL DataVolRatio Pct: 78.08
CA DL DataVolRatio Pct num: 326

DL MAC Vol Scell Pct: 22.09
Avg_Connected_UEs: 40.67
SIP DC%: 
DLRLCLayerDataVolume MB: 713.32
DRB UL Data Volume MB: 3428
PRB Util%: 28.6
weekend: 0
UPTP Mbps Num: 16013
CA Activation Rate: 40.38
hr: 4
MAC_UE_SC_Tput: 17587.98

hr: 4
CA Activation Rate num: 12858575
UPTP Mbps Den: 5457
Setup_Fail_DEN: 8799
SIP_SC_Total_MOU: 206.55
Peak UE: 54
MB_per_connected_UE: 106.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9216
DL Data Vol MAC in MB: 4486.62

Combined RACH Preambles: 2849
Time: 20:48:10
holiday: 0
HO_att_InterFreq: 842
CA DL DataVolRatio Pct num: 7044
HO Attempts: 688

SIP DC%: 
UPTP_Mbps: 32.52
DLRLCLayerDataVolume MB: 3566.78
DRB UL Data Volume MB: 1011
PRB Util%: 15.77
CA DL DataVolRatio Pct den: 1130
weekend: 0
CA Activation Rate: 61.92
hr: 3
MAC_UE_SC_Tput: 5336.55

hr: 3
CA Activation Rate num: 3090361
Peak UE: 58
DL Volume: 2933
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7776
DL Data Vol MAC in MB: 1621.65
CA Activation Rate den: 212954

Combined RACH Preambles: 5015
holiday: 0

DL MAC Vol Scell Pct: 16.35
Avg_Connected_UEs: 29.69
SIP DC%: 
UPTP_Mbps: 123.25
DLRLCLayerDataVolume MB: 1216.82
DRB UL Data Volume MB: 8025
PRB Util%: 20.34
UL Resid BLER PCT: 1
RRC Setup Attempts: 9663
CA DL DataVolRatio Pct den: 4828
weekend: 0
CA Activation Rate: 34.52
hr: 19
MAC_UE_SC_Tput: 8297.7

hr: 19
CA Activation Rate num: 3491253
UPTP Mbps Den: 2308
SIP_SC_Total_MOU: 92.03
Peak UE: 27
MB_per_connected_UE: 46.89
PCT Time MIMO: 46.93
DL Volume: 5625
CA Activation Rate den: 101784
Time: 13:40:45

holiday: 0
CA DL DataVolRatio Pct num: 153

Avg_Connected_UEs: 35.21
SIP DC%: 
DLRLCLayerDataVolume MB: 4356.26
DRB UL Data Volume MB: 8448
PRB Util%: 15.14
RRC Setup Attempts: 3672
weekend: 0
CA Activation Rate: 26.83
hr: 20
MAC_UE_SC_Tput: 6286.85
Bearer Releases: 6726

hr: 20
CA Activation Rate num: 4792833
UPTP Mbps Den: 6037
MB_per_connected_UE: 56.1
PCT Time MIMO: 55.42
DL Data Vol MAC in MB: 9180.22
CA Activation Rate den: 76485

Time: 05:35:12
holiday: 0
CA DL DataVolRatio Pct: 78.03
CA DL DataVolRatio Pct num: 2370

DL MAC Vol Scell Pct: 15.05
SIP DC%: 
DLRLCLayerDataVolume MB: 3598.6
RRC Setup Attempts: 6680
weekend: 0
hr: 5

hr: 5
CA Activation Rate num: 253382
SIP_SC_Total_MOU: 104.34
Peak UE: 72
DL Volume: 2780
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8237
DL Data Vol MAC in MB: 7280.83

Time: 11:53:41
holiday: 0
HO_att_InterFreq: 890

Avg_Connected_UEs: 39.74
SIP DC%: 
UPTP_Mbps: 124.28
DLRLCLayerDataVolume MB: 934.21
RRC Setup Attempts: 6988
CA Conf FailRate Pct den: 8959
weekend: 0
UPTP Mbps Num: 43779
CA Activation Rate: 34.94
hr: 14
MAC_UE_SC_Tput: 9335.85
Bearer Releases: 16748

hr: 14
CA Activation Rate num: 1882430
Setup_Fail_DEN: 12890
Peak UE: 90
MB_per_connected_UE: 145.5
PCT Time MIMO: 50.82
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4721
DL Data Vol MAC in MB: 6035.4
CA Activation Rate den: 95319

Time: 15:26:36
holiday: 0

DL MAC Vol Scell Pct: 19.32
SIP DC%: 
UPTP_Mbps: 26.09
DRB UL Data Volume MB: 6611
CA DL DataVolRatio Pct den: 6361
CA Conf FailRate Pct den: 8674
weekend: 0
CA Activation Rate: 42.35
hr: 17
MAC_UE_SC_Tput: 6657.52

hr: 17
CA Activation Rate num: 8983318
SIP_SC_Total_MOU: 419.14
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7348
DL Data Vol MAC in MB: 8917.01
CA Activation Rate den: 126446

Time: 05:00:05
holiday: 0

DL MAC Vol Scell Pct: 13.81
SIP DC%: 
DLRLCLayerDataVolume MB: 2123.42
DRB UL Data Volume MB: 5521
PRB Util%: 46.6
CA DL DataVolRatio Pct den: 8037
weekend: 0
CA Activation Rate: 58.37
hr: 23
MAC_UE_SC_Tput: 11922.45
Bearer Releases: 14205

hr: 23
CA Activation Rate num: 5543162
UPTP Mbps Den: 1706
Setup_Fail_DEN: 14524
Peak UE: 35
DL Data Vol MAC in MB: 8675

Time: 00:48:30
holiday: 0
CA DL DataVolRatio Pct: 40.27

SIP DC%: 
UPTP_Mbps: 46.88
DLRLCLayerDataVolume MB: 3103.07
CA DL DataVolRatio Pct den: 7094
weekend: 0
hr: 5
MAC_UE_SC_Tput: 8572.13
Bearer Releases: 8019

hr: 5
Combined RACH Failure%: 0.24
CA Activation Rate num: 10287944
UPTP Mbps Den: 2397
Peak UE: 77
VOLTE IA%: 
MB_per_connected_UE: 10.36
PCT Time MIMO: 56.92
DL Volume: 4778
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3708
CA Activation Rate den: 49743

Time: 19:46:13
holiday: 0
CA DL DataVolRatio Pct: 82.55
CA DL DataVolRatio Pct num: 3533

DL MAC Vol Scell Pct: 3.83
SIP DC%: 
DLRLCLayerDataVolume MB: 5368.81
DRB UL Data Volume MB: 4770
RRC Setup Attempts: 9103
CA Conf FailRate Pct den: 7484
weekend: 0
CA Activation Rate: 26.79
hr: 23
MAC_UE_SC_Tput: 12361.35

hr: 23
CA Activation Rate num: 2878022
Peak UE: 81
MB_per_connected_UE: 170.82
PCT Time MIMO: 54.03
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6028
CA Activation Rate den: 124825

Time: 16:22:49
holiday: 0
CA DL DataVolRatio Pct: 60.19

DL MAC Vol Scell Pct: 58.22
SIP DC%: 
DLRLCLayerDataVolume MB: 8286.31
DRB UL Data Volume MB: 9731
RRC Setup Attempts: 7068
CA Conf FailRate Pct den: 5386
weekend: 1
CA Activation Rate: 54.31
hr: 5
MAC_UE_SC_Tput: 12478.49

hr: 5
CA Activation Rate num: 10213960
Setup_Fail_DEN: 12054
SIP_SC_Total_MOU: 137.39
Peak UE: 27
DL Volume: 7259

Combined RACH Preambles: 2734
Time: 06:11:48
holiday: 0
CA DL DataVolRatio Pct num: 1073

Avg_Connected_UEs: 72.25
SIP DC%: 
DLRLCLayerDataVolume MB: 143.87
PRB Util%: 23.91
RRC Setup Attempts: 3391
CA DL DataVolRatio Pct den: 3627
weekend: 0
UPTP Mbps Num: 21068
hr: 0
MAC_UE_SC_Tput: 11161.46
Bearer Releases: 8290

hr: 0
CA Activation Rate num: 9959080
Peak UE: 27
MB_per_connected_UE: 8.46
DL Volume: 3313
DL Data Vol MAC in MB: 2555.28
CA Activation Rate den: 82237

Time: 08:45:50
holiday: 0
CA DL DataVolRatio Pct: 75.62

DL MAC Vol Scell Pct: 34.18
SIP DC%: 
DLRLCLayerDataVolume MB: 7269.06
DRB UL Data Volume MB: 9667
RRC Setup Attempts: 6151
CA DL DataVolRatio Pct den: 8546
CA Conf FailRate Pct den: 8597
weekend: 1
UPTP Mbps Num: 60885
CA Activation Rate: 37.57
hr: 23
MAC_UE_SC_Tput: 6941.47
Bearer Releases: 15165

hr: 23
CA Activation Rate num: 10090567
Setup_Fail_DEN: 19564
SIP_SC_Total_MOU: 100.98
Peak UE: 27
MB_per_connected_UE: 91.96
DL Volume: 2816
UL Throughput: 3.22
CA Activation Rate den: 124467

Time: 19:13:17
holiday: 0
CA DL DataVolRatio Pct: 62.86
CA DL DataVolRatio Pct num: 3771

SIP DC%: 
UPTP_Mbps: 43.87
DLRLCLayerDataVolume MB: 9612.76
PRB Util%: 12.14
weekend: 0
hr: 6
MAC_UE_SC_Tput: 6110.56

hr: 6
CA Activation Rate num: 7586370
Setup_Fail_DEN: 17414
Peak UE: 27
MB_per_connected_UE: 12.6
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3877
CA Activation Rate den: 40159

Time: 10:13:54
holiday: 0
CA DL DataVolRatio Pct num: 7558

SIP DC%: 
PRB Util%: 75.06
CA DL DataVolRatio Pct den: 6455
weekend: 0
UPTP Mbps Num: 3611
CA Activation Rate: 24.89
hr: 0
MAC_UE_SC_Tput: 5351.53
Bearer Releases: 12994

hr: 0
CA Activation Rate num: 2703791
UPTP Mbps Den: 879
SIP_SC_Total_MOU: 78.13
Peak UE: 48
PCT Time MIMO: 52.26
DL Volume: 2754
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5087
DL Data Vol MAC in MB: 5371.2

Time: 13:00:39
holiday: 0
HO_att_InterFreq: 880

Avg_Connected_UEs: 25.4
SIP DC%: 
UPTP_Mbps: 36.41
DLRLCLayerDataVolume MB: 4464.81
DRB UL Data Volume MB: 8244
CA DL DataVolRatio Pct den: 2119
CA Conf FailRate Pct den: 3869
weekend: 0
UPTP Mbps Num: 22031
CA Activation Rate: 55.07
hr: 18
MAC_UE_SC_Tput: 9216.81

hr: 18
CA Activation Rate num: 7386098
SIP_SC_Total_MOU: 243.15
Peak UE: 27
DL Data Vol MAC in MB: 3721.03
CA Activation Rate den: 69481

Combined RACH Preambles: 2096
Time: 16:02:34
holiday: 0
CA DL DataVolRatio Pct: 84.99
HO Attempts: 556

SIP DC%: 
UPTP_Mbps: 44.4
DLRLCLayerDataVolume MB: 9063.21
PRB Util%: 42.47
CA Conf FailRate Pct den: 4618
weekend: 0
UPTP Mbps Num: 11574
hr: 23
Bearer Releases: 9195

hr: 23
CA Activation Rate num: 3320039
UPTP Mbps Den: 5651
Setup_Fail_DEN: 10312
Peak UE: 33
MB_per_connected_UE: 101.29
DL Data Vol MAC in MB: 1815.31
CA Activation Rate den: 153917

Time: 00:46:46
holiday: 0
CA DL DataVolRatio Pct: 59.72

SIP DC%: 
UPTP_Mbps: 106.59
DLRLCLayerDataVolume MB: 2968.33
UL Resid BLER PCT: 0.95
RRC Setup Attempts: 5358
CA Conf FailRate Pct den: 9085
weekend: 1
UPTP Mbps Num: 12153
CA Activation Rate: 53.16
hr: 15
MAC_UE_SC_Tput: 9027.28

hr: 15
CA Activation Rate num: 8009601
SIP_SC_Total_MOU: 71.18
Peak UE: 39
PCT Time MIMO: 64.28
DL Volume: 8819
DL Data Vol MAC in MB: 7367.21
CA Activation Rate den: 48785

Time: 21:59:19
holiday: 0
CA DL DataVolRatio Pct: 74.54
CA DL DataVolRatio Pct num: 1095

DL MAC Vol Scell Pct: 24.33
SIP DC%: 
UPTP_Mbps: 42.83
CA DL DataVolRatio Pct den: 9296
weekend: 0
UPTP Mbps Num: 23005
hr: 17
MAC_UE_SC_Tput: 4477.11

hr: 17
CA Activation Rate num: 10577081
SIP_SC_Total_MOU: 5.81
Peak UE: 27
MB_per_connected_UE: 160.7
PCT Time MIMO: 58.94
DL Data Vol MAC in MB: 1125.81

Time: 19:43:24
holiday: 0
CA DL DataVolRatio Pct num: 4592

DL MAC Vol Scell Pct: 9.65
Avg_Connected_UEs: 67.48
SIP DC%: 
DLRLCLayerDataVolume MB: 6009.93
PRB Util%: 59.75
CA Conf FailRate Pct den: 9352
weekend: 0
UPTP Mbps Num: 23374
hr: 11
MAC_UE_SC_Tput: 7213.35
Bearer Releases: 18351

hr: 11
CA Activation Rate num: 9522496
SIP_SC_Total_MOU: 55.67
Peak UE: 31
PCT Time MIMO: 67.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3082

Time: 13:12:11
holiday: 0
CA DL DataVolRatio Pct: 66.87
HO_att_InterFreq: 805
CA DL DataVolRatio Pct num: 4146

SIP DC%: 
UPTP_Mbps: 45.74
DRB UL Data Volume MB: 3793
RRC Setup Attempts: 6619
CA DL DataVolRatio Pct den: 6494
weekend: 1
hr: 23
MAC_UE_SC_Tput: 15352.71

hr: 23
CA Activation Rate num: 2865378
Setup_Fail_DEN: 19490
SIP_SC_Total_MOU: 14.46
Peak UE: 27
MB_per_connected_UE: 66.18
PCT Time MIMO: 35.45
DL Data Vol MAC in MB: 5187.16
CA Activation Rate den: 112971

Time: 00:02:03
holiday: 0
CA DL DataVolRatio Pct: 63.23
HO_att_InterFreq: 265
CA DL DataVolRatio Pct num: 6679

DL MAC Vol Scell Pct: 13.08
Avg_Connected_UEs: 39.37
SIP DC%: 
UPTP_Mbps: 51.86
RRC Setup Attempts: 7827
CA DL DataVolRatio Pct den: 5628
CA Conf FailRate Pct den: 3364
weekend: 0
UPTP Mbps Num: 12110
CA Activation Rate: 45.96
hr: 13
MAC_UE_SC_Tput: 6532.98
Bearer Releases: 12792

hr: 13
CA Activation Rate num: 5196978
Setup_Fail_DEN: 9255
SIP_SC_Total_MOU: 34.62
Peak UE: 55
PCT Time MIMO: 61.53
DL Data Vol MAC in MB: 2235.8
CA Activation Rate den: 54683

Combined RACH Preambles: 2806
Time: 12:54:25
holiday: 0
CA DL DataVolRatio Pct: 60.32

DL MAC Vol Scell Pct: 21.57
Avg_Connected_UEs: 19.27
SIP DC%: 
DLRLCLayerDataVolume MB: 3517.32
DRB UL Data Volume MB: 9515
CA DL DataVolRatio Pct den: 6763
CA Conf FailRate Pct den: 4683
weekend: 0
UPTP Mbps Num: 8631
S1U_SIP_SC_SEER_num: 223
hr: 19
MAC_UE_SC_Tput: 10648.08
Bearer Releases: 10927

hr: 19
CA Activation Rate num: 9739004
UPTP Mbps Den: 1346
SIP_SC_Total_MOU: 19.07
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 15.16
UL Throughput: 11.15
DL Data Vol MAC in MB: 1940.94

Time: 21:13:16
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1352.47
CA Conf FailRate Pct den: 6277
weekend: 0
UPTP Mbps Num: 31948
RSSIRX2 Avg: -93.35
hr: 17
MAC_UE_SC_Tput: 11347.06
Bearer Releases: 11087

hr: 17
CA Activation Rate num: 5844506
UPTP Mbps Den: 5909
Setup_Fail_DEN: 7168
SIP_SC_Total_MOU: 158.07
Peak UE: 81
VOLTE IA%: 
MB_per_connected_UE: 18.37

Combined RACH Preambles: 2820
Time: 03:47:36
holiday: 0

Avg_Connected_UEs: 46.02
SIP DC%: 
UPTP_Mbps: 130.84
DRB UL Data Volume MB: 4445
CA DL DataVolRatio Pct den: 620
CA Conf FailRate Pct den: 7377
weekend: 0
UPTP Mbps Num: 43844
CA Activation Rate: 5.88
hr: 13
MAC_UE_SC_Tput: 7812.14

hr: 13
CA Activation Rate num: 10725091
UPTP Mbps Den: 4107
Setup_Fail_DEN: 12826
SIP_SC_Total_MOU: 38.17
Peak UE: 29
VOLTE IA%: 
MB_per_connected_UE: 25.16
DL Data Vol MAC in MB: 3294.04

Time: 12:29:20
holiday: 0
CA DL DataVolRatio Pct: 89.49
CA DL DataVolRatio Pct num: 7359

DL MAC Vol Scell Pct: 12.72
SIP DC%: 
UPTP_Mbps: 34.77
DLRLCLayerDataVolume MB: 2981.62
DRB UL Data Volume MB: 2975
RRC Setup Attempts: 4634
CA Conf FailRate Pct den: 7246
weekend: 0
CA Activation Rate: 50.76
hr: 13

hr: 13
CA Activation Rate num: 10788603
Setup_Fail_DEN: 15916
Peak UE: 88
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8016
DL Data Vol MAC in MB: 9736.15

Time: 01:34:33
holiday: 0
CA DL DataVolRatio Pct: 59.39

DL MAC Vol Scell Pct: 18.49
Avg_Connected_UEs: 75.62
SIP DC%: 
DLRLCLayerDataVolume MB: 2869.24
DRB UL Data Volume MB: 9055
PRB Util%: 44.11
RRC Setup Attempts: 4444
CA Conf FailRate Pct den: 8005
weekend: 1
UPTP Mbps Num: 2975
CA Activation Rate: 16.46
hr: 23
Bearer Releases: 10878

hr: 23
UPTP Mbps Den: 790
Setup_Fail_DEN: 11920
SIP_SC_Total_MOU: 105.97
Peak UE: 63
MB_per_connected_UE: 91.49
CA Activation Rate den: 39719

Time: 13:50:02
holiday: 0

SIP DC%: 
UPTP_Mbps: 100.49
CA DL DataVolRatio Pct den: 3872
weekend: 0
hr: 10
MAC_UE_SC_Tput: 6190.14

hr: 10
CA Activation Rate num: 5857139
UPTP Mbps Den: 1679
SIP_SC_Total_MOU: 98.49
Peak UE: 54
MB_per_connected_UE: 58.08
PCT Time MIMO: 56.76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4538
DL Data Vol MAC in MB: 9368.87

Time: 18:22:12
holiday: 0
CA DL DataVolRatio Pct num: 3004

DL MAC Vol Scell Pct: 15.01
Avg_Connected_UEs: 21.33
SIP DC%: 
DLRLCLayerDataVolume MB: 3404.35
DRB UL Data Volume MB: 6295
PRB Util%: 16.33
DL Packet Loss Pct: 4.38
CA Conf FailRate Pct den: 4332
weekend: 0
UPTP Mbps Num: 26674
CA Activation Rate: 9.18
hr: 7
MAC_UE_SC_Tput: 18204.12

hr: 7
CA Activation Rate num: 9403389
Setup_Fail_DEN: 8516
SIP_SC_Total_MOU: 220.89
Peak UE: 61
MB_per_connected_UE: 161.91
DL Volume: 9849
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5040
DL Data Vol MAC in MB: 3936.48
CA Activation Rate den: 71441

Time: 21:38:44
holiday: 0
CA DL DataVolRatio Pct: 72.88

Avg_Connected_UEs: 26.99
SIP DC%: 
DLRLCLayerDataVolume MB: 5608.86
PRB Util%: 72.49
CA DL DataVolRatio Pct den: 7432
weekend: 0
CA Activation Rate: 17.37
hr: 0
MAC_UE_SC_Tput: 11681.63
Bearer Releases: 9678

hr: 0
CA Activation Rate num: 10475697
Setup_Fail_DEN: 10418
Peak UE: 40
MB_per_connected_UE: 140.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5862
DL Data Vol MAC in MB: 1757.39

Time: 01:09:44
holiday: 0
CA DL DataVolRatio Pct: 88.26
CA DL DataVolRatio Pct num: 2522

SIP DC%: 
DLRLCLayerDataVolume MB: 6527.57
DRB UL Data Volume MB: 8041
PRB Util%: 74.92
CA DL DataVolRatio Pct den: 9087
weekend: 0
CA Activation Rate: 13.58
hr: 13
MAC_UE_SC_Tput: 19515.05
Bearer Releases: 12933

hr: 13
CA Activation Rate num: 4334643
UPTP Mbps Den: 2730
SIP_SC_Total_MOU: 30.81
Peak UE: 71
MB_per_connected_UE: 133.66
PCT Time MIMO: 39.32
DL Data Vol MAC in MB: 2166.81
CA Activation Rate den: 42147

Combined RACH Preambles: 4016
Time: 04:48:10
holiday: 0
CA DL DataVolRatio Pct: 77.82
CA DL DataVolRatio Pct num: 3453

SIP DC%: 
DLRLCLayerDataVolume MB: 6246.17
PRB Util%: 69.66
RRC Setup Attempts: 4439
weekend: 0
UPTP Mbps Num: 52506
hr: 17

hr: 17
CA Activation Rate num: 4663435
Setup_Fail_DEN: 15615
SIP_SC_Total_MOU: 57.83
Peak UE: 29
MB_per_connected_UE: 176.55
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3050
DL Data Vol MAC in MB: 3066.07

Time: 18:40:18
holiday: 0

DL MAC Vol Scell Pct: 46.47
SIP DC%: 
DLRLCLayerDataVolume MB: 2719.79
DRB UL Data Volume MB: 5630
PRB Util%: 62.52
RRC Setup Attempts: 6042
weekend: 1
UPTP Mbps Num: 61560
CA Activation Rate: 16.08
hr: 3
MAC_UE_SC_Tput: 5881.25
Bearer Releases: 9334

hr: 3
CA Activation Rate num: 9934669
UPTP Mbps Den: 2762
Setup_Fail_DEN: 13647
SIP_SC_Total_MOU: 361.47
Peak UE: 38
MB_per_connected_UE: 164.58
DL Volume: 700

Time: 00:35:22
holiday: 0
CA DL DataVolRatio Pct: 87.98

DL MAC Vol Scell Pct: 32.11
Avg_Connected_UEs: 21.87
SIP DC%: 
DRB UL Data Volume MB: 3346
PRB Util%: 54.81
RRC Setup Attempts: 3690
CA Conf FailRate Pct den: 8379
weekend: 0
CA Activation Rate: 7.91
hr: 10
MAC_UE_SC_Tput: 32248.47

hr: 10
CA Activation Rate num: 10336344
Setup_Fail_DEN: 9995
SIP_SC_Total_MOU: 29.47
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6395
UL Throughput: 4.37
CA Activation Rate den: 213012

Time: 08:07:23
holiday: 0
CA DL DataVolRatio Pct num: 6376

SIP DC%: 
DLRLCLayerDataVolume MB: 8660.27
DRB UL Data Volume MB: 6308
PRB Util%: 70.27
CA Conf FailRate Pct den: 6911
weekend: 0
UPTP Mbps Num: 18201
hr: 7
MAC_UE_SC_Tput: 5996.29

hr: 7
CA Activation Rate num: 7695631
UPTP Mbps Den: 2015
Peak UE: 27
MB_per_connected_UE: 152.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3706

Time: 02:37:18
holiday: 0
HO Attempts: 394

Avg_Connected_UEs: 49.42
SIP DC%: 
DLRLCLayerDataVolume MB: 1909.09
CA Conf FailRate Pct den: 9204
weekend: 0
CA Activation Rate: 43.49
hr: 21
MAC_UE_SC_Tput: 13435.39
Bearer Releases: 7188

hr: 21
CA Activation Rate num: 2988637
Setup_Fail_DEN: 14673
Peak UE: 27
MB_per_connected_UE: 35.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5066
DL Data Vol MAC in MB: 4046.4

Time: 02:48:20
holiday: 0
CA DL DataVolRatio Pct: 77.53
CA DL DataVolRatio Pct num: 952

SIP DC%: 
UPTP_Mbps: 42.74
DLRLCLayerDataVolume MB: 4824.29
PRB Util%: 42.54
RRC Setup Attempts: 3733
CA DL DataVolRatio Pct den: 9656
weekend: 0
CA Activation Rate: 73.77
hr: 23
MAC_UE_SC_Tput: 5259.71

hr: 23
CA Activation Rate num: 4425246
Setup_Fail_DEN: 9718
SIP_SC_Total_MOU: 14.7
MB_per_connected_UE: 144.19
PCT Time MIMO: 38.34
DL Data Vol MAC in MB: 3518.32
CA Activation Rate den: 141126

Time: 00:28:07
holiday: 0

DL MAC Vol Scell Pct: 10.4
SIP DC%: 
DLRLCLayerDataVolume MB: 8789.69
DRB UL Data Volume MB: 9775
CA DL DataVolRatio Pct den: 9197
weekend: 0
UPTP Mbps Num: 11364
hr: 8
MAC_UE_SC_Tput: 9547.16

hr: 8
CA Activation Rate num: 2761490
SIP_SC_Total_MOU: 8.43
Peak UE: 70
MB_per_connected_UE: 192.64
DL Volume: 1572
DL Data Vol MAC in MB: 9999.63
CA Activation Rate den: 149710

holiday: 0
CA DL DataVolRatio Pct num: 6270
HO Attempts: 116

SIP DC%: 
DRB UL Data Volume MB: 7896
RRC Setup Attempts: 4338
CA DL DataVolRatio Pct den: 8393
weekend: 0
UPTP Mbps Num: 28905
CA Activation Rate: 25.15
hr: 10
MAC_UE_SC_Tput: 13603.41
Bearer Releases: 9724

hr: 10
CA Activation Rate num: 4046735
Setup_Fail_DEN: 11711
SIP_SC_Total_MOU: 95.22
Peak UE: 27
MB_per_connected_UE: 103.01

Combined RACH Preambles: 3789
Time: 22:50:25
holiday: 0
CA DL DataVolRatio Pct num: 3835

SIP DC%: 
DLRLCLayerDataVolume MB: 6455.27
CA DL DataVolRatio Pct den: 5815
CA Conf FailRate Pct den: 5992
weekend: 0
UPTP Mbps Num: 32716
CA Activation Rate: 30.99
hr: 10
MAC_UE_SC_Tput: 12712.09
Bearer Releases: 12983

hr: 10
CA Activation Rate num: 1051469
Setup_Fail_DEN: 13016
Peak UE: 68
MB_per_connected_UE: 58.3
DL Volume: 601
DL Data Vol MAC in MB: 3962.88
CA Activation Rate den: 194849

Time: 07:18:31
holiday: 0
CA DL DataVolRatio Pct: 72.68
CA DL DataVolRatio Pct num: 5710

Avg_Connected_UEs: 16.53
SIP DC%: 
DLRLCLayerDataVolume MB: 6304.67
CA DL DataVolRatio Pct den: 9485
weekend: 0
CA Activation Rate: 10.39
hr: 23
MAC_UE_SC_Tput: 7946.68
Bearer Releases: 11262

hr: 23
CA Activation Rate num: 5504077
SIP_SC_Total_MOU: 83.71
Peak UE: 27
MB_per_connected_UE: 43.18
PCT Time MIMO: 43.13
DL Data Vol MAC in MB: 5425.38

Time: 11:54:31
Date: 15-07-2023
holiday: 0
HO Attempts: 784

SIP DC%: 
UPTP_Mbps: 34.96
DLRLCLayerDataVolume MB: 3638.38
RRC Setup Attempts: 6337
CA DL DataVolRatio Pct den: 3253
weekend: 0
CA Activation Rate: 75.49
hr: 4
MAC_UE_SC_Tput: 6307.89
Bearer Releases: 9020

hr: 4
CA Activation Rate num: 5907974
UPTP Mbps Den: 1194
Setup_Fail_DEN: 10146
Peak UE: 35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6667
UL Throughput: 4.96
DL Data Vol MAC in MB: 6809.93

Time: 06:06:28
holiday: 0

Avg_Connected_UEs: 40.79
SIP DC%: 
UPTP_Mbps: 40.53
DLRLCLayerDataVolume MB: 1679.13
RRC Setup Attempts: 7098
CA Conf FailRate Pct den: 6379
weekend: 0
UPTP Mbps Num: 3769
CA Activation Rate: 40.2
hr: 15
MAC_UE_SC_Tput: 13112.92

hr: 15
CA Activation Rate num: 5651761
UPTP Mbps Den: 1017
SIP_SC_Total_MOU: 19.42
Peak UE: 27
MB_per_connected_UE: 76.92
PCT Time MIMO: 36.56
DL Volume: 7147
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5585
DL Data Vol MAC in MB: 764.24
CA Activation Rate den: 77042

Combined RACH Preambles: 4213
Time: 00:37:16
holiday: 0
CA DL DataVolRatio Pct num: 7179
HO Attempts: 493

SIP DC%: 
UPTP_Mbps: 40.11
DRB UL Data Volume MB: 7692
PRB Util%: 42.91
HQ_EXE_TOTARGET_FAILURE_QCI_1: 0.15
CA DL DataVolRatio Pct den: 9725
CA Conf FailRate Pct den: 9048
weekend: 0
UPTP Mbps Num: 54810
CA Activation Rate: 64.51
hr: 3
MAC_UE_SC_Tput: 5701.8

hr: 3
CA Activation Rate num: 3527968
UPTP Mbps Den: 5583
SIP_SC_Total_MOU: 318.86
Peak UE: 56
MB_per_connected_UE: 46.36
DL Volume: 6209
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5490
DL Data Vol MAC in MB: 2301.18
CA Activation Rate den: 61212

Time: 23:30:39
holiday: 0
CA DL DataVolRatio Pct: 46.53
CA DL DataVolRatio Pct num: 884

SIP DC%: 
UPTP_Mbps: 43.12
DLRLCLayerDataVolume MB: 3404.7
DRB UL Data Volume MB: 9163
PRB Util%: 32.77
CA DL DataVolRatio Pct den: 3029
CA Conf FailRate Pct den: 5086
weekend: 0
hr: 19
Bearer Releases: 12474

hr: 19
CA Activation Rate num: 7901946
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 65.89
PCT Time MIMO: 47.22
DL Data Vol MAC in MB: 2097.18
CA Activation Rate den: 129431

Time: 21:07:01
holiday: 0
HO Attempts: 236

DL MAC Vol Scell Pct: 45.17
Avg_Connected_UEs: 51.86
SIP DC%: 
PRB Util%: 34.12
CA DL DataVolRatio Pct den: 7390
weekend: 0
CA Activation Rate: 77.93
hr: 12
MAC_UE_SC_Tput: 4142.02

hr: 12
CA Activation Rate num: 5255790
Setup_Fail_DEN: 15699
Peak UE: 39
MB_per_connected_UE: 52.99
PCT Time MIMO: 37.94
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4559
UL Throughput: 18.49
CA Activation Rate den: 73397

Combined RACH Preambles: 1984
Time: 04:57:54
holiday: 0
CA DL DataVolRatio Pct: 60.38
CA DL DataVolRatio Pct num: 2713
HO Attempts: 705

DL MAC Vol Scell Pct: 38.31
Avg_Connected_UEs: 34.07
SIP DC%: 
UPTP_Mbps: 18.84
DLRLCLayerDataVolume MB: 1860.82
DRB UL Data Volume MB: 2418
PRB Util%: 61.35
CA DL DataVolRatio Pct den: 4311
weekend: 0
CA Activation Rate: 16.88
hr: 23
MAC_UE_SC_Tput: 13403.51

hr: 23
qci1_setup_attempts: 244
CA Activation Rate num: 10842099
UPTP Mbps Den: 1480
Peak UE: 27
DL Data Vol MAC in MB: 436.7
CA Activation Rate den: 76507

Time: 00:36:05
holiday: 0

Avg_Connected_UEs: 51.64
SIP DC%: 
UPTP_Mbps: 14.35
DLRLCLayerDataVolume MB: 1566.76
CA DL DataVolRatio Pct den: 4155
CA Conf FailRate Pct den: 2940
weekend: 1
hr: 3
MAC_UE_SC_Tput: 4818.19
Bearer Releases: 9147

hr: 3
CA Activation Rate num: 1216170
SIP_SC_Total_MOU: 26.48
Peak UE: 56
DL Volume: 9457
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3933
DL Data Vol MAC in MB: 2683.48

holiday: 0
CA DL DataVolRatio Pct num: 6344
HO Attempts: 69

SIP DC%: 
UPTP_Mbps: 24.19
PRB Util%: 53.64
CA Conf FailRate Pct den: 7283
weekend: 0
CA Activation Rate: 74.24
hr: 16

hr: 16
CA Activation Rate num: 8700586
UPTP Mbps Den: 931
Setup_Fail_DEN: 15958
Peak UE: 27
MB_per_connected_UE: 58.09
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6887
CA Activation Rate den: 137541

Time: 20:11:57
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2318.03
DRB UL Data Volume MB: 7331
RRC Setup Attempts: 6203
weekend: 0
CA Activation Rate: 68.51
hr: 23
MAC_UE_SC_Tput: 5627.3

hr: 23
CA Activation Rate num: 9674556
Setup_Fail_DEN: 11835
Peak UE: 41
MB_per_connected_UE: 10.59
PCT Time MIMO: 66.54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5313
CA Activation Rate den: 195312

Time: 11:50:24
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4991.7
PRB Util%: 4.38
CA DL DataVolRatio Pct den: 741
CA Conf FailRate Pct den: 8352
weekend: 0
CA Activation Rate: 21.77
hr: 23
MAC_UE_SC_Tput: 18080.11
Bearer Releases: 13915

hr: 23
CA Activation Rate num: 10264228
UPTP Mbps Den: 1653
Setup_Fail_DEN: 12800
SIP_SC_Total_MOU: 225.6
Peak UE: 27
MB_per_connected_UE: 22.72
PCT Time MIMO: 66.62
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3098
DL Data Vol MAC in MB: 2736.1

Time: 00:43:49
holiday: 0

Avg_Connected_UEs: 50.48
SIP DC%: 
DLRLCLayerDataVolume MB: 3678.42
CA DL DataVolRatio Pct den: 6774
weekend: 0
hr: 0
MAC_UE_SC_Tput: 14055.32
Bearer Releases: 8530

hr: 0
CA Activation Rate num: 2049542
UPTP Mbps Den: 2483
Setup_Fail_DEN: 13094
MB_per_connected_UE: 169.18
PCT Time MIMO: 66.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5361
DL Data Vol MAC in MB: 8982.14
CA Activation Rate den: 70605

Time: 14:17:17
holiday: 0
CA DL DataVolRatio Pct: 77.46

SIP DC%: 
UPTP_Mbps: 38.5
DRB UL Data Volume MB: 2413
PRB Util%: 40.49
RRC Setup Attempts: 7451
CA DL DataVolRatio Pct den: 8547
CA Conf FailRate Pct den: 8329
weekend: 0
CA Activation Rate: 40.32
hr: 0
MAC_UE_SC_Tput: 5561.38
Bearer Releases: 17131

hr: 0
CA Activation Rate num: 2230883
Setup_Fail_DEN: 12859
Peak UE: 27
DL Data Vol MAC in MB: 2848.49
CA Activation Rate den: 88920

Combined RACH Preambles: 1926
Time: 23:04:37
holiday: 0
CA DL DataVolRatio Pct num: 1621

Avg_Connected_UEs: 56.14
SIP DC%: 
UPTP_Mbps: 12.23
DLRLCLayerDataVolume MB: 9878.41
DRB UL Data Volume MB: 4992
RRC Setup Attempts: 5229
CA DL DataVolRatio Pct den: 9209
CA Conf FailRate Pct den: 2978
weekend: 1
hr: 9
MAC_UE_SC_Tput: 7400.15

hr: 9
CA Activation Rate num: 7825659
Setup_Fail_DEN: 6988
SIP_SC_Total_MOU: 155.45
Peak UE: 56
DL Volume: 9910
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6823
CA Activation Rate den: 107652

Time: 14:03:38
holiday: 0
CA DL DataVolRatio Pct num: 6359

DL MAC Vol Scell Pct: 5.39
SIP DC%: 
DRB UL Data Volume MB: 8956
weekend: 0
CA Activation Rate: 46.23
hr: 23
MAC_UE_SC_Tput: 7531.68
Bearer Releases: 6225

hr: 23
CA Activation Rate num: 2392484
Peak UE: 61
MB_per_connected_UE: 143.69
PCT Time MIMO: 47.61
DL Data Vol MAC in MB: 6975.35
CA Activation Rate den: 210042

Time: 00:59:33
holiday: 0
CA DL DataVolRatio Pct num: 6342

Avg_Connected_UEs: 47.36
SIP DC%: 
DLRLCLayerDataVolume MB: 7034.64
PRB Util%: 43.43
RRC Setup Attempts: 7799
CA DL DataVolRatio Pct den: 7421
CA Conf FailRate Pct den: 9272
weekend: 0
UPTP Mbps Num: 27111
hr: 2
MAC_UE_SC_Tput: 19397.51

hr: 2
UPTP Mbps Den: 69
SIP_SC_Total_MOU: 10.56
Peak UE: 62
MB_per_connected_UE: 126.54
DL Volume: 7439
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4812
DL Data Vol MAC in MB: 5383.97
CA Activation Rate den: 51603

Combined RACH Preambles: 3852
Time: 08:37:21
holiday: 0

DL MAC Vol Scell Pct: 35.57
SIP DC%: 
UPTP_Mbps: 23.14
DLRLCLayerDataVolume MB: 3366.17
PRB Util%: 12.37
CA DL DataVolRatio Pct den: 6907
CA Conf FailRate Pct den: 8853
weekend: 0
UPTP Mbps Num: 14226
CA Activation Rate: 13.83
hr: 8
MAC_UE_SC_Tput: 10919.91
Bearer Releases: 8103

hr: 8
CA Activation Rate num: 5924683
SIP_SC_Total_MOU: 324.93
Peak UE: 47
MB_per_connected_UE: 21.67
PCT Time MIMO: 37.66

Time: 19:44:40
holiday: 0
CA DL DataVolRatio Pct: 76.82
CA DL DataVolRatio Pct num: 6985

DL MAC Vol Scell Pct: 25.44
Avg_Connected_UEs: 36.53
SIP DC%: 
UPTP_Mbps: 21.14
DLRLCLayerDataVolume MB: 444.04
PRB Util%: 29.6
CA DL DataVolRatio Pct den: 3996
weekend: 0
UPTP Mbps Num: 36429
CA Activation Rate: 27.58
hr: 6
MAC_UE_SC_Tput: 14814.31
Bearer Releases: 10859

hr: 6
CA Activation Rate num: 2097167
UPTP Mbps Den: 1820
SIP_SC_Total_MOU: 104.13
Peak UE: 35
PCT Time MIMO: 39.5
DL Volume: 7973
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5333
DL Data Vol MAC in MB: 3887.33
CA Activation Rate den: 138162

Combined RACH Preambles: 3989
Time: 02:56:28
holiday: 0

SIP DC%: 
UPTP_Mbps: 28.73
Avg_PUCCH_SINR: 17.4
PRB Util%: 32.08
weekend: 0
CA Activation Rate: 47.64
hr: 23
MAC_UE_SC_Tput: 10975.12

hr: 23
CA Activation Rate num: 11314195
Setup_Fail_DEN: 8721
SIP_SC_Total_MOU: 205.17
Peak UE: 29
MB_per_connected_UE: 172.48
PCT Time MIMO: 42.92
DL Data Vol MAC in MB: 3476.34
CA Activation Rate den: 77147

Time: 07:19:33
holiday: 0
CA DL DataVolRatio Pct: 91.79
HO_att_InterFreq: 102

DL MAC Vol Scell Pct: 20.64
Avg_Connected_UEs: 73.79
SIP DC%: 
UPTP_Mbps: 43.39
DLRLCLayerDataVolume MB: 6663.11
CA DL DataVolRatio Pct den: 5264
weekend: 1
UPTP Mbps Num: 25823
CA Activation Rate: 51.05
hr: 3
MAC_UE_SC_Tput: 6384.17

hr: 3
CA Activation Rate num: 8456960
SIP_SC_Total_MOU: 171.83
Peak UE: 34
MB_per_connected_UE: 96.75
DL Data Vol MAC in MB: 3322.94

Combined RACH Preambles: 2013
Time: 19:58:02
holiday: 0
CA DL DataVolRatio Pct: 54.41
CA DL DataVolRatio Pct num: 6543

DL MAC Vol Scell Pct: 4.24
Avg_Connected_UEs: 37.68
SIP DC%: 
UPTP_Mbps: 34.54
DLRLCLayerDataVolume MB: 5086.17
PRB Util%: 62.9
weekend: 0
UPTP Mbps Num: 5514
CA Activation Rate: 17.4
hr: 15
MAC_UE_SC_Tput: 20725.19
Bearer Releases: 7914

hr: 15
CA Activation Rate num: 5579021
Setup_Fail_DEN: 10708
Peak UE: 27
MB_per_connected_UE: 8.31
DL Volume: 506
DL Data Vol MAC in MB: 1109.39
CA Activation Rate den: 227212

Time: 04:42:10
holiday: 0
CA DL DataVolRatio Pct: 74.76

Avg_Connected_UEs: 26.86
SIP DC%: 
UPTP_Mbps: 31.28
DLRLCLayerDataVolume MB: 8231.64
DRB UL Data Volume MB: 6407
CA Conf FailRate Pct den: 7952
weekend: 0
UPTP Mbps Num: 3885
CA Activation Rate: 46.95
hr: 16
MAC_UE_SC_Tput: 7310.75
Bearer Releases: 9206

hr: 16
CA Activation Rate num: 3197699
UPTP Mbps Den: 5778
SIP_SC_Total_MOU: 129.79
Peak UE: 27
MB_per_connected_UE: 73.38
CA Activation Rate den: 67564

Time: 14:15:49
holiday: 0
CA DL DataVolRatio Pct: 79.43
CA DL DataVolRatio Pct num: 5923

DL MAC Vol Scell Pct: 30.3
SIP DC%: 
DLRLCLayerDataVolume MB: 7225.98
CA DL DataVolRatio Pct den: 588
CA Conf FailRate Pct den: 8508
weekend: 0
hr: 17
MAC_UE_SC_Tput: 6840.88
Bearer Releases: 18299

hr: 17
CA Activation Rate num: 4315143
UPTP Mbps Den: 2847
Setup_Fail_DEN: 12265
SIP_SC_Total_MOU: 147.42
Peak UE: 37
PCT Time MIMO: 58.28
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5990

Combined RACH Preambles: 3191
Time: 04:05:08
holiday: 0
CA DL DataVolRatio Pct num: 6433

DL MAC Vol Scell Pct: 18.91
SIP DC%: 
UPTP_Mbps: 84.97
PRB Util%: 25.75
weekend: 0
UPTP Mbps Num: 15969
CA Activation Rate: 65.55
hr: 23
Bearer Releases: 13206

hr: 23
CA Activation Rate num: 5732188
Setup_Fail_DEN: 11524
SIP_SC_Total_MOU: 276.14
QCI 1 Bearer Drop%: 0.88
Peak UE: 27
MB_per_connected_UE: 141.7
DL Volume: 446
DL Data Vol MAC in MB: 9073.1
CA Activation Rate den: 45830

Time: 10:36:35
holiday: 0
CA DL DataVolRatio Pct num: 1192

Avg_Connected_UEs: 42.89
SIP DC%: 
DLRLCLayerDataVolume MB: 2237.03
DRB UL Data Volume MB: 3382
RRC Setup Attempts: 6517
weekend: 0
CA Activation Rate: 11.88
hr: 19
MAC_UE_SC_Tput: 14495.18
Bearer Releases: 10645

hr: 19
CA Activation Rate num: 4579203
UPTP Mbps Den: 2435
Setup_Fail_DEN: 14806
SIP_SC_Total_MOU: 335.65
Peak UE: 44
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3650
DL Data Vol MAC in MB: 10133.23

Time: 04:22:51
holiday: 0

Avg_Connected_UEs: 16.67
SIP DC%: 
UPTP_Mbps: 22.65
DLRLCLayerDataVolume MB: 1312.87
DRB UL Data Volume MB: 8636
PRB Util%: 61.37
CA Conf FailRate Pct den: 5544
weekend: 1
hr: 0
MAC_UE_SC_Tput: 18947.87
Bearer Releases: 7786

hr: 0
CA Activation Rate num: 8606679
UPTP Mbps Den: 3071
Peak UE: 47
MB_per_connected_UE: 133.93
DL Volume: 3494
DL Data Vol MAC in MB: 2922.8

Time: 10:44:46
holiday: 0

DL MAC Vol Scell Pct: 11.7
Avg_Connected_UEs: 42.6
SIP DC%: 
DLRLCLayerDataVolume MB: 8013.93
DRB UL Data Volume MB: 3039
PRB Util%: 37.31
RRC Setup Attempts: 4575
CA Conf FailRate Pct den: 7039
weekend: 0
CA Activation Rate: 52.82
hr: 23
MAC_UE_SC_Tput: 4254.39
Bearer Releases: 12265

hr: 23
CA Activation Rate num: 11657091
UPTP Mbps Den: 665
SIP_SC_Total_MOU: 97.94
UL MAC Vol Scell Pct: 0.96
Peak UE: 27
MB_per_connected_UE: 126.58
DL Data Vol MAC in MB: 1078.11
CA Activation Rate den: 59205

Time: 08:28:10
holiday: 0
CA DL DataVolRatio Pct: 70.04

DL MAC Vol Scell Pct: 23.35
SIP DC%: 
DLRLCLayerDataVolume MB: 6311.2
PRB Util%: 36.13
RRC Setup Attempts: 4835
weekend: 0
UPTP Mbps Num: 26141
CA Activation Rate: 5.83
hr: 4
MAC_UE_SC_Tput: 6519.92
Bearer Releases: 11161

hr: 4
CA Activation Rate num: 9208988
UPTP Mbps Den: 2089
Peak UE: 27
MB_per_connected_UE: 33.95
DL Volume: 3225
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7138

Combined RACH Preambles: 2571
Time: 21:22:05
holiday: 0
CA DL DataVolRatio Pct: 40
CA DL DataVolRatio Pct num: 1923

SIP DC%: 
UPTP_Mbps: 63.64
DRB UL Data Volume MB: 3685
PRB Util%: 33.54
CA Conf FailRate Pct den: 5148
weekend: 0
UPTP Mbps Num: 21174
hr: 23
MAC_UE_SC_Tput: 17301.08

hr: 23
CA Activation Rate num: 8284741
SIP_SC_Total_MOU: 324.44
Peak UE: 93
MB_per_connected_UE: 10.82
PCT Time MIMO: 34.54
CA Activation Rate den: 137018

Time: 18:50:52
holiday: 0
CA DL DataVolRatio Pct num: 5986

Avg_Connected_UEs: 81.31
SIP DC%: 
DLRLCLayerDataVolume MB: 5543.75
DRB UL Data Volume MB: 5307
CA DL DataVolRatio Pct den: 8752
weekend: 0
hr: 21
MAC_UE_SC_Tput: 6396

hr: 21
SIP_SC_Total_MOU: 164.42
UL MAC Vol Scell Pct: 1.91
Peak UE: 78
MB_per_connected_UE: 20.87
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7815
CA Activation Rate den: 136623

Time: 17:05:54
holiday: 0
CA DL DataVolRatio Pct num: 3623

DL MAC Vol Scell Pct: 12.27
Avg_Connected_UEs: 38.63
SIP DC%: 
DLRLCLayerDataVolume MB: 1851.07
PRB Util%: 74.73
RRC Setup Attempts: 6687
CA Conf FailRate Pct den: 3045
weekend: 0
UPTP Mbps Num: 51230
CA Activation Rate: 24.37
hr: 23
MAC_UE_SC_Tput: 5622.01
Bearer Releases: 10158

hr: 23
CA Activation Rate num: 4514127
Setup_Fail_DEN: 13971
Peak UE: 45
DL Volume: 2925
DL Data Vol MAC in MB: 3533.66
CA Activation Rate den: 118017
Combined RACH Preambles: 4617

Time: 08:41:35
holiday: 0

Avg_Connected_UEs: 57.74
SIP DC%: 
DLRLCLayerDataVolume MB: 2733.26
weekend: 0
UPTP Mbps Num: 5008
CA Activation Rate: 77.25
hr: 5
MAC_UE_SC_Tput: 4358.72

hr: 5
CA Activation Rate num: 7435353
Setup_Fail_DEN: 9245
SIP_SC_Total_MOU: 357.65
Peak UE: 75
MB_per_connected_UE: 205.98
PCT Time MIMO: 59.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5117
CA Activation Rate den: 101616

Time: 20:55:13
holiday: 0
CA DL DataVolRatio Pct: 59.76
CA DL DataVolRatio Pct num: 3949

SIP DC%: 
UPTP_Mbps: 8.23
DLRLCLayerDataVolume MB: 857.87
DRB UL Data Volume MB: 8369
CA DL DataVolRatio Pct den: 2062
CA Conf FailRate Pct den: 4552
weekend: 1
UPTP Mbps Num: 11223
CA Activation Rate: 43.6
hr: 23
MAC_UE_SC_Tput: 18774.43

hr: 23
CA Activation Rate num: 9111293
Setup_Fail_DEN: 8795
SIP_SC_Total_MOU: 143.3
Peak UE: 80
MB_per_connected_UE: 117.8

holiday: 0
CA DL DataVolRatio Pct: 91.91
CA DL DataVolRatio Pct num: 2049

SIP DC%: 
DRB UL Data Volume MB: 7333
RRC Setup Attempts: 4093
weekend: 0
CA Activation Rate: 73.94
hr: 10
MAC_UE_SC_Tput: 16398.11

hr: 10
CA Activation Rate num: 9335708
UPTP Mbps Den: 544
Peak UE: 39
MB_per_connected_UE: 28.91
DL Volume: 9054
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4438
UL Throughput: 9.76

Time: 02:15:34
holiday: 0
CA DL DataVolRatio Pct: 58.92
CA DL DataVolRatio Pct num: 5890

Avg_Connected_UEs: 54.86
SIP DC%: 
UPTP_Mbps: 21.76
DLRLCLayerDataVolume MB: 5573.71
CA Conf FailRate Pct den: 3752
weekend: 0
UPTP Mbps Num: 35763
hr: 12
MAC_UE_SC_Tput: 4691.72

hr: 12
CA Activation Rate num: 5059100
UPTP Mbps Den: 1851
Setup_Fail_DEN: 19793
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 64.2
PCT Time MIMO: 37.75
DL Volume: 3875
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8680
DL Data Vol MAC in MB: 5960.54
CA Activation Rate den: 98672

Time: 02:33:30
holiday: 0

SIP DC%: 
UPTP_Mbps: 24.64
DLRLCLayerDataVolume MB: 4873.13
PRB Util%: 65.72
RRC Setup Attempts: 8986
weekend: 0
UPTP Mbps Num: 42666
hr: 19
MAC_UE_SC_Tput: 18369.37
Bearer Releases: 12176

hr: 19
CA Activation Rate num: 2496909
UPTP Mbps Den: 94
Setup_Fail_DEN: 15286
SIP_SC_Total_MOU: 32.13
Peak UE: 77
MB_per_connected_UE: 47.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4376
CA Activation Rate den: 91491

Time: 23:10:25
holiday: 0
HO_att_InterFreq: 86
CA DL DataVolRatio Pct num: 5783

Avg_Connected_UEs: 24.46
SIP DC%: 
DLRLCLayerDataVolume MB: 2201.82
DRB UL Data Volume MB: 5599
RRC Setup Attempts: 4491
CA DL DataVolRatio Pct den: 1912
weekend: 0
UPTP Mbps Num: 51618
CA Activation Rate: 29.55
hr: 0
MAC_UE_SC_Tput: 12561.72
Bearer Releases: 13460

hr: 0
CA Activation Rate num: 2878507
Setup_Fail_DEN: 13100
SIP_SC_Total_MOU: 421.72
Peak UE: 27
MB_per_connected_UE: 21.91
DL Volume: 2784
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7059
DL Data Vol MAC in MB: 7709.58
CA Activation Rate den: 90436

Time: 13:50:32
holiday: 0
CA DL DataVolRatio Pct num: 5342

Avg_Connected_UEs: 49.07
SIP DC%: 
UPTP_Mbps: 26.91
DLRLCLayerDataVolume MB: 1395.43
PRB Util%: 31.7
RRC Setup Attempts: 3392
weekend: 0
UPTP Mbps Num: 29050
CA Activation Rate: 37.66
hr: 23
MAC_UE_SC_Tput: 18950.39
Bearer Releases: 6290

hr: 23
CA Activation Rate num: 387780
Setup_Fail_DEN: 6478
SIP_SC_Total_MOU: 277.78
Peak UE: 36
MB_per_connected_UE: 207.29
DL Data Vol MAC in MB: 7483.85

Time: 12:26:16
holiday: 0
CA DL DataVolRatio Pct: 68.47

DL MAC Vol Scell Pct: 39.23
SIP DC%: 
UPTP_Mbps: 32.82
DLRLCLayerDataVolume MB: 6476.26
DRB UL Data Volume MB: 8119
PRB Util%: 30.93
RRC Setup Attempts: 4217
weekend: 0
CA Activation Rate: 43.37
hr: 16
MAC_UE_SC_Tput: 4396.52

hr: 16
CA Activation Rate num: 10176203
UPTP Mbps Den: 199
SIP_SC_Total_MOU: 345.29
Peak UE: 27
MB_per_connected_UE: 152.4
DL Volume: 5078
DL Data Vol MAC in MB: 2708.66
CA Activation Rate den: 50059

holiday: 0
CA DL DataVolRatio Pct: 51.05
HO_att_InterFreq: 324

Avg_Connected_UEs: 62.95
SIP DC%: 
DLRLCLayerDataVolume MB: 1859.85
DRB UL Data Volume MB: 5531
RRC Setup Attempts: 7746
CA Conf FailRate Pct den: 8830
weekend: 0
CA Activation Rate: 14.91
hr: 10
MAC_UE_SC_Tput: 8523.69
Bearer Releases: 10781

hr: 10
CA Activation Rate num: 985873
UPTP Mbps Den: 358
Setup_Fail_DEN: 12966
Peak UE: 33
DL Data Vol MAC in MB: 4511.77
CA Activation Rate den: 219799

Combined RACH Preambles: 2996
Time: 13:44:34
holiday: 0

Avg_Connected_UEs: 17.99
SIP DC%: 
UPTP_Mbps: 42.19
DRB UL Data Volume MB: 4799
RRC Setup Attempts: 7253
CA DL DataVolRatio Pct den: 6371
CA Conf FailRate Pct den: 8023
weekend: 0
UPTP Mbps Num: 12646
hr: 4
MAC_UE_SC_Tput: 19464.8

hr: 4
CA Activation Rate num: 3966316
Peak UE: 41
MB_per_connected_UE: 168.45
CA Activation Rate den: 150115

Time: 22:46:32
holiday: 0
CA DL DataVolRatio Pct: 61.68
CA DL DataVolRatio Pct num: 2923

Avg_Connected_UEs: 55.03
SIP DC%: 
DLRLCLayerDataVolume MB: 8911.06
CA Conf FailRate Pct den: 3131
weekend: 0
UPTP Mbps Num: 9378
CA Activation Rate: 22.11
hr: 23
MAC_UE_SC_Tput: 15841.8
Bearer Releases: 18227

hr: 23
CA Activation Rate num: 9549634
UPTP Mbps Den: 267
Setup_Fail_DEN: 14128
SIP_SC_Total_MOU: 274.2
Peak UE: 64
MB_per_connected_UE: 191.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4911
DL Data Vol MAC in MB: 8993.5

Time: 01:18:03
holiday: 0
CA DL DataVolRatio Pct: 63.87

SIP DC%: 
UPTP_Mbps: 8.6
DLRLCLayerDataVolume MB: 2631.49
PRB Util%: 23.27
CA DL DataVolRatio Pct den: 7249
weekend: 1
UPTP Mbps Num: 13681
CA Activation Rate: 37.01
hr: 2
MAC_UE_SC_Tput: 6371.16

hr: 2
CA Activation Rate num: 7404817
Setup_Fail_DEN: 9652
SIP_SC_Total_MOU: 369.05
Peak UE: 55
MB_per_connected_UE: 40.94
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8139
DL Data Vol MAC in MB: 6703.08

Time: 06:32:13
holiday: 0
CA DL DataVolRatio Pct: 91.16
CA DL DataVolRatio Pct num: 116

DL MAC Vol Scell Pct: 25.82
Avg_Connected_UEs: 43.77
SIP DC%: 
UPTP_Mbps: 38.82
DLRLCLayerDataVolume MB: 4323.63
DRB UL Data Volume MB: 1650
RRC Setup Attempts: 5697
weekend: 0
RSSIRX2 Avg: -95.18
CA Activation Rate: 57.3
hr: 0
MAC_UE_SC_Tput: 10877.77

hr: 0
CA Activation Rate num: 6878573
Setup_Fail_DEN: 13645
SIP_SC_Total_MOU: 25.39
Peak UE: 28
PCT Time MIMO: 55.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8975
UL Throughput: 6.01
CA Activation Rate den: 139964

Time: 06:31:14
holiday: 0
CA DL DataVolRatio Pct num: 1493
HO Attempts: 47

DL MAC Vol Scell Pct: 18.83
SIP DC%: 
UPTP_Mbps: 26.16
DLRLCLayerDataVolume MB: 2925.01
DRB UL Data Volume MB: 6717
CA DL DataVolRatio Pct den: 2465
CA Conf FailRate Pct den: 8694
weekend: 0
UPTP Mbps Num: 2643
hr: 23
MAC_UE_SC_Tput: 5595.5
Bearer Releases: 17742

hr: 23
CA Activation Rate num: 9020102
Setup_Fail_DEN: 15959
SIP_SC_Total_MOU: 195.34
Peak UE: 27
MB_per_connected_UE: 92.89

Time: 02:17:44
holiday: 0
CA DL DataVolRatio Pct: 76.56
CA DL DataVolRatio Pct num: 6608

DL MAC Vol Scell Pct: 25.09
SIP DC%: 
DLRLCLayerDataVolume MB: 8258.77
DRB UL Data Volume MB: 1191
PRB Util%: 25.11
RRC Setup Attempts: 5194
CA DL DataVolRatio Pct den: 7985
CA Conf FailRate Pct den: 8247
weekend: 0
UPTP Mbps Num: 56539
CA Activation Rate: 47.09
hr: 17
MAC_UE_SC_Tput: 6858.23

hr: 17
CA Activation Rate num: 5853424
UPTP Mbps Den: 2044
Setup_Fail_DEN: 7682
Peak UE: 27
VOLTE IA%: 
PCT Time MIMO: 63.88
DL Volume: 5003
CA Activation Rate den: 53210

Time: 06:30:47
holiday: 0
CA DL DataVolRatio Pct: 86.84
CA DL DataVolRatio Pct num: 7025

DL MAC Vol Scell Pct: 3.08
Avg_Connected_UEs: 31.63
SIP DC%: 
UPTP_Mbps: 25.31
PRB Util%: 49.17
CA Conf FailRate Pct den: 3560
weekend: 0
CA Activation Rate: 39.11
hr: 23
MAC_UE_SC_Tput: 15193.64

hr: 23
Setup_Fail_DEN: 13977
Peak UE: 33
MB_per_connected_UE: 198.48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9409

Time: 00:33:17
holiday: 0

Avg_Connected_UEs: 19.01
SIP DC%: 
UPTP_Mbps: 16.32
DLRLCLayerDataVolume MB: 7215.74
PRB Util%: 51.18
CA Conf FailRate Pct den: 8988
weekend: 0
CA Activation Rate: 5.64
hr: 20
MAC_UE_SC_Tput: 17300.37
Bearer Releases: 17019

hr: 20
SIP_SC_Total_MOU: 395.06
Peak UE: 27
MB_per_connected_UE: 111.48
DL Volume: 229
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8685
UL Throughput: 9.46
CA Activation Rate den: 143677

Time: 19:42:21
holiday: 0
CA DL DataVolRatio Pct: 59.61
CA DL DataVolRatio Pct num: 3206

DL MAC Vol Scell Pct: 3.59
Avg_Connected_UEs: 81.74
SIP DC%: 
UPTP_Mbps: 21.39
DLRLCLayerDataVolume MB: 1455.3
RRC Setup Attempts: 6703
CA DL DataVolRatio Pct den: 4951
CA Conf FailRate Pct den: 9195
weekend: 0
hr: 22
MAC_UE_SC_Tput: 19789.8
Bearer Releases: 12819

hr: 22
CA Activation Rate num: 10165823
Setup_Fail_DEN: 19071
SIP_SC_Total_MOU: 169.44
Peak UE: 97
PCT Time MIMO: 47.59
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3681
DL Data Vol MAC in MB: 6760.6
CA Activation Rate den: 150974

Time: 05:48:19
holiday: 0
CA DL DataVolRatio Pct num: 6294
HO Attempts: 233

SIP DC%: 
UPTP_Mbps: 14.25
RRC Setup Attempts: 7166
CA Conf FailRate Pct den: 7054
weekend: 0
UPTP Mbps Num: 8670
CA Activation Rate: 43.23
hr: 20
MAC_UE_SC_Tput: 5641.04
Bearer Releases: 6257

hr: 20
Setup_Fail_DEN: 9150
Peak UE: 27
UL Throughput: 4.97
DL Data Vol MAC in MB: 3670.84
CA Activation Rate den: 123606

Time: 14:41:20
holiday: 0

Avg_Connected_UEs: 50.52
SIP DC%: 
DLRLCLayerDataVolume MB: 7279.49
DRB UL Data Volume MB: 491
PRB Util%: 13.46
RRC Setup Attempts: 3632
weekend: 0
UPTP Mbps Num: 14526
hr: 23
MAC_UE_SC_Tput: 18480.09
Bearer Releases: 12264

hr: 23
CA Activation Rate num: 7646761
Peak UE: 30
MB_per_connected_UE: 21.03
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5100
CA Activation Rate den: 92394

Time: 06:50:49
holiday: 0

DL MAC Vol Scell Pct: 41.78
SIP DC%: 
DLRLCLayerDataVolume MB: 7787.72
DRB UL Data Volume MB: 1212
PRB Util%: 28.33
RRC Setup Attempts: 7319
weekend: 0
UPTP Mbps Num: 18416
hr: 7
MAC_UE_SC_Tput: 22735.64

hr: 7
CA Activation Rate num: 6412759
UPTP Mbps Den: 1470
Peak UE: 63
MB_per_connected_UE: 81.49
PCT Time MIMO: 36.76
CA Activation Rate den: 101877

Time: 18:15:07
holiday: 0

DL MAC Vol Scell Pct: 46.93
Avg_Connected_UEs: 55.53
SIP DC%: 
UPTP_Mbps: 31.93
DRB UL Data Volume MB: 8987
PRB Util%: 7.5
CA DL DataVolRatio Pct den: 5062
CA Conf FailRate Pct den: 8879
weekend: 0
CA Activation Rate: 24.93
hr: 13
MAC_UE_SC_Tput: 12429.1
Bearer Releases: 9548

hr: 13
CA Activation Rate num: 6557199
UPTP Mbps Den: 2054
Peak UE: 56
MB_per_connected_UE: 22.98
PCT Time MIMO: 33.73
DL Volume: 9764
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8384
CA Activation Rate den: 100381

Time: 17:19:30
holiday: 0
CA DL DataVolRatio Pct: 44.7

DL MAC Vol Scell Pct: 5.2
Avg_Connected_UEs: 45.24
SIP DC%: 
UPTP_Mbps: 20.56
DLRLCLayerDataVolume MB: 2249.05
DRB UL Data Volume MB: 8935
PRB Util%: 3.21
weekend: 1
UPTP Mbps Num: 49152
hr: 5
MAC_UE_SC_Tput: 15554.59
Bearer Releases: 11600

hr: 5
CA Activation Rate num: 4812247
Setup_Fail_DEN: 11999
SIP_SC_Total_MOU: 312.42
Peak UE: 79
MB_per_connected_UE: 56.66
PCT Time MIMO: 32.53
CA Activation Rate den: 43055

Combined RACH Preambles: 3498
Time: 12:37:07
holiday: 0
CA DL DataVolRatio Pct num: 5584

DL MAC Vol Scell Pct: 24.52
Avg_Connected_UEs: 60.78
SIP DC%: 
DLRLCLayerDataVolume MB: 4522.08
DRB UL Data Volume MB: 9233
RRC Setup Attempts: 4305
weekend: 0
CA Activation Rate: 21.98
hr: 0
MAC_UE_SC_Tput: 5234.37
Bearer Releases: 6935

hr: 0
UPTP Mbps Den: 4275
Peak UE: 73
MB_per_connected_UE: 176.21
DL Volume: 519
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4254
DL Data Vol MAC in MB: 7996.63
CA Activation Rate den: 44971
Combined RACH Preambles: 2152

Time: 21:58:50
holiday: 0
CA DL DataVolRatio Pct num: 6857

DL MAC Vol Scell Pct: 49.57
Avg_Connected_UEs: 53.96
SIP DC%: 
DLRLCLayerDataVolume MB: 1990.65
RRC Setup Attempts: 4819
weekend: 0
CA Activation Rate: 75.06
hr: 14
MAC_UE_SC_Tput: 9691.66
Bearer Releases: 12093

hr: 14
CA Activation Rate num: 4768560
UPTP Mbps Den: 2021
Setup_Fail_DEN: 15351
SIP_SC_Total_MOU: 206.04
Peak UE: 99
MB_per_connected_UE: 18.65
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3269

Combined RACH Preambles: 4273
Time: 20:31:56
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 6124
PRB Util%: 69.68
RRC Setup Attempts: 5107
weekend: 0
CA Activation Rate: 6
hr: 23
MAC_UE_SC_Tput: 14047.47

hr: 23
CA Activation Rate num: 9420503
Setup_Fail_DEN: 18540
Peak UE: 27
PCT Time MIMO: 45.47
DL Volume: 6867

Time: 08:45:38
holiday: 0

Avg_Connected_UEs: 80.8
SIP DC%: 
UPTP_Mbps: 113.87
DLRLCLayerDataVolume MB: 643.99
weekend: 1
UPTP Mbps Num: 19007
hr: 16
MAC_UE_SC_Tput: 7622.94
Bearer Releases: 8136

hr: 16
CA Activation Rate num: 10788251
Setup_Fail_DEN: 12387
SIP_SC_Total_MOU: 83.2
Peak UE: 34
MB_per_connected_UE: 136.43
DL Volume: 3622
DL Data Vol MAC in MB: 7337.22
CA Activation Rate den: 107503

holiday: 0
CA DL DataVolRatio Pct: 87.54

Avg_Connected_UEs: 66.75
SIP DC%: 
DLRLCLayerDataVolume MB: 2484.24
PRB Util%: 26.97
RRC Setup Attempts: 5808
CA DL DataVolRatio Pct den: 8950
CA Conf FailRate Pct den: 5011
weekend: 0
Bearer Setup Failure Voice Den: 217
hr: 18
MAC_UE_SC_Tput: 11750.26
Bearer Releases: 10761

hr: 18
CA Activation Rate num: 2169557
Setup_Fail_DEN: 10548
SIP_SC_Total_MOU: 233.38
Peak UE: 86
MB_per_connected_UE: 184.81
DL Volume: 2938
DL Data Vol MAC in MB: 7693.41
CA Activation Rate den: 163931

Time: 13:40:26
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5158.21
CA DL DataVolRatio Pct den: 3701
weekend: 0
UPTP Mbps Num: 42965
CA Activation Rate: 53.29
hr: 19
MAC_UE_SC_Tput: 17332.1
Bearer Releases: 9998

hr: 19
CA Activation Rate num: 7806744
Setup_Fail_DEN: 12197
Peak UE: 74
MB_per_connected_UE: 110.84
DL Volume: 2763
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6617
CA Activation Rate den: 134960

Time: 02:39:23
holiday: 0
CA DL DataVolRatio Pct: 51.03
CA DL DataVolRatio Pct num: 1352

Avg_Connected_UEs: 30.49
SIP DC%: 
UPTP_Mbps: 27.32
DRB UL Data Volume MB: 6424
CA DL DataVolRatio Pct den: 6410
CA Conf FailRate Pct den: 8214
weekend: 0
hr: 6
MAC_UE_SC_Tput: 18411.4

hr: 6
CA Activation Rate num: 4465908
UPTP Mbps Den: 1135
Setup_Fail_DEN: 16465
S1U_SIP_SC_SEER_den: 208
Peak UE: 68
MB_per_connected_UE: 26.14
PCT Time MIMO: 61.55
CA Activation Rate den: 174539
Combined RACH Preambles: 4097
Time: 01:55:45

holiday: 0
CA DL DataVolRatio Pct: 71.83
CA DL DataVolRatio Pct num: 6748

SIP DC%: 
UPTP_Mbps: 38.27
DLRLCLayerDataVolume MB: 2508.45
DRB UL Data Volume MB: 4789
PRB Util%: 38.73
DL Packet Loss Pct: 1.73
weekend: 0
CA Activation Rate: 39.34
hr: 8
MAC_UE_SC_Tput: 8425.88

hr: 8
Setup_Fail_DEN: 16690
SIP_SC_Total_MOU: 86.36
Peak UE: 27
MB_per_connected_UE: 74.86
DL Volume: 5926
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4870
DL Data Vol MAC in MB: 6042.86
CA Activation Rate den: 74810

Time: 12:25:18
holiday: 0
CA DL DataVolRatio Pct: 86.33
CA DL DataVolRatio Pct num: 3170

Avg_Connected_UEs: 79.49
SIP DC%: 
DLRLCLayerDataVolume MB: 1406.15
DRB UL Data Volume MB: 7138
PRB Util%: 68.44
RRC Setup Attempts: 6060
weekend: 0
UPTP Mbps Num: 25451
CA Activation Rate: 76.89
hr: 11
MAC_UE_SC_Tput: 30774.61
Bearer Releases: 12646

hr: 11
CA Activation Rate num: 10538133
UPTP Mbps Den: 586
DL Volume: 8958
CA Activation Rate den: 60458

Time: 23:49:05
holiday: 0
CA DL DataVolRatio Pct: 65.63

DL MAC Vol Scell Pct: 11.63
SIP DC%: 
DLRLCLayerDataVolume MB: 9795.32
CA DL DataVolRatio Pct den: 2349
CA Conf FailRate Pct den: 9121
weekend: 0
UPTP Mbps Num: 23368
hr: 18
MAC_UE_SC_Tput: 6367.83

hr: 18
CA Activation Rate num: 6653586
UPTP Mbps Den: 1710
Setup_Fail_DEN: 10971
SIP_SC_Total_MOU: 135.67
Peak UE: 33
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6830
DL Data Vol MAC in MB: 9204.7
CA Activation Rate den: 117680

Time: 22:33:19
holiday: 0
CA DL DataVolRatio Pct: 64.13
CA DL DataVolRatio Pct num: 2277

SIP DC%: 
DLRLCLayerDataVolume MB: 1124.83
DRB UL Data Volume MB: 4246
RRC Setup Attempts: 5646
CA Conf FailRate Pct den: 7143
weekend: 0
CA Activation Rate: 23.98
hr: 12
MAC_UE_SC_Tput: 9308.94

hr: 12
CA Activation Rate num: 9988719
SIP_SC_Total_MOU: 86.12
MB_per_connected_UE: 18.17
PCT Time MIMO: 53.11
DL Data Vol MAC in MB: 6408.09
CA Activation Rate den: 55897

Combined RACH Preambles: 2276
Time: 03:30:55
holiday: 0
CA DL DataVolRatio Pct num: 7061

Avg_Connected_UEs: 39.66
SIP DC%: 
DLRLCLayerDataVolume MB: 8542.41
DRB UL Data Volume MB: 4644
CA DL DataVolRatio Pct den: 10219
weekend: 0
UPTP Mbps Num: 10366
hr: 23
MAC_UE_SC_Tput: 7958.08
Bearer Releases: 12756

hr: 23
CA Activation Rate num: 2709574
Setup_Fail_DEN: 14899
Peak UE: 27
MB_per_connected_UE: 64.14
DL Volume: 9511
DL Data Vol MAC in MB: 9808.13
CA Activation Rate den: 60170

Time: 19:06:55
holiday: 0
CA DL DataVolRatio Pct: 71.96
HO_att_InterFreq: 844
CA DL DataVolRatio Pct num: 6445

Avg_Connected_UEs: 25.64
SIP DC%: 
DLRLCLayerDataVolume MB: 6003.28
PRB Util%: 53.16
CA Conf FailRate Pct den: 8129
weekend: 0
CA Activation Rate: 13.76
hr: 18

hr: 18
CA Activation Rate num: 586049
Setup_Fail_DEN: 13355
SIP_SC_Total_MOU: 107.37
Peak UE: 64
MB_per_connected_UE: 177.86
Combined RACH Preambles: 3536

Time: 13:32:53
holiday: 0
CA DL DataVolRatio Pct num: 6140

DL MAC Vol Scell Pct: 13.01
Avg_Connected_UEs: 31.68
SIP DC%: 
PRB Util%: 34.78
RRC Setup Attempts: 4507
CA DL DataVolRatio Pct den: 9878
weekend: 0
UPTP Mbps Num: 26342
hr: 18
MAC_UE_SC_Tput: 8178.96

hr: 18
CA Activation Rate num: 9062953
UPTP Mbps Den: 1005
Setup_Fail_DEN: 10001
Peak UE: 90
PCT Time MIMO: 40.9
DL Data Vol MAC in MB: 7411.62
CA Activation Rate den: 155483

Time: 15:43:09
holiday: 0
CA DL DataVolRatio Pct: 58.78
HO Attempts: 176

SIP DC%: 
DLRLCLayerDataVolume MB: 586.01
CA DL DataVolRatio Pct den: 3346
weekend: 0
UPTP Mbps Num: 21311
CA Activation Rate: 47.38
hr: 0
MAC_UE_SC_Tput: 7633.8
Bearer Releases: 15759

hr: 0
Avg CQI: 8
CA Activation Rate num: 2704567
UPTP Mbps Den: 2154
SIP_SC_Total_MOU: 215.35
Peak UE: 33
MB_per_connected_UE: 33.58
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7051
DL Data Vol MAC in MB: 5487.28
CA Activation Rate den: 95297

Combined RACH Preambles: 3024
Time: 16:17:15
holiday: 0

Avg_Connected_UEs: 22
SIP DC%: 
UPTP_Mbps: 130.29
DLRLCLayerDataVolume MB: 1055.56
DRB UL Data Volume MB: 7962
weekend: 1
UPTP Mbps Num: 5948
RSSIRX2 Avg: -93.54
CA Activation Rate: 35.99
hr: 20
MAC_UE_SC_Tput: 8484.68
Bearer Releases: 12521

hr: 20
CA Activation Rate num: 7114487
Setup_Fail_DEN: 11960
SIP_SC_Total_MOU: 255.38
Peak UE: 75
MB_per_connected_UE: 189.57
PCT Time MIMO: 55.07
DL Volume: 1844
CA Activation Rate den: 51713

Time: 03:56:26
holiday: 0
CA DL DataVolRatio Pct: 68.19
CA DL DataVolRatio Pct num: 3125

SIP DC%: 
DLRLCLayerDataVolume MB: 5824.27
DRB UL Data Volume MB: 3978
PRB Util%: 67.31
weekend: 0
UPTP Mbps Num: 10530
hr: 23
MAC_UE_SC_Tput: 14401.05
Bearer Releases: 10913

hr: 23
CA Activation Rate num: 103432
UPTP Mbps Den: 2132
Peak UE: 60
MB_per_connected_UE: 160.62
PCT Time MIMO: 50.59
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5838
CA Activation Rate den: 188700

Time: 23:20:20
holiday: 0

DL MAC Vol Scell Pct: 40.92
SIP DC%: 
CA DL DataVolRatio Pct den: 9093
CA Conf FailRate Pct den: 6334
weekend: 0
CA Activation Rate: 15
hr: 4
Bearer Releases: 6465

hr: 4
CA Activation Rate num: 4512951
UPTP Mbps Den: 1034
Setup_Fail_DEN: 6447
SIP_SC_Total_MOU: 87.84
Peak UE: 99
MB_per_connected_UE: 148.44
PCT Time MIMO: 48.63
DL Volume: 2975
DL Data Vol MAC in MB: 4893.21

Time: 20:36:07
holiday: 0
CA DL DataVolRatio Pct: 67.55
CA DL DataVolRatio Pct num: 7383

Avg_Connected_UEs: 54.02
SIP DC%: 
DLRLCLayerDataVolume MB: 7477.25
DRB UL Data Volume MB: 6919
CA DL DataVolRatio Pct den: 6426
CA Conf FailRate Pct den: 6284
weekend: 0
UPTP Mbps Num: 5384
CA Activation Rate: 11.54
hr: 21
MAC_UE_SC_Tput: 6168.74
Bearer Releases: 7329

hr: 21
CA Activation Rate num: 3716365
Setup_Fail_DEN: 15679
SIP_SC_Total_MOU: 5.38
Peak UE: 40
MB_per_connected_UE: 185.23
DL Data Vol MAC in MB: 9089.09

Time: 16:35:59
holiday: 0
CA DL DataVolRatio Pct: 75.57

DL MAC Vol Scell Pct: 20.81
Avg_Connected_UEs: 29.41
SIP DC%: 
UPTP_Mbps: 43.8
PRB Util%: 16.14
CA DL DataVolRatio Pct den: 1531
weekend: 0
UPTP Mbps Num: 5268
CA Activation Rate: 4.53
hr: 5
MAC_UE_SC_Tput: 7806.83
Bearer Releases: 9811

hr: 5
UPTP Mbps Den: 1742
Peak UE: 50
PCT Time MIMO: 37.85
DL Volume: 9597
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4121
DL Data Vol MAC in MB: 3824.2
CA Activation Rate den: 106445

Combined RACH Preambles: 3971
Time: 11:25:42
holiday: 0
CA DL DataVolRatio Pct: 80.91
CA DL DataVolRatio Pct num: 5834

SIP DC%: 
DLRLCLayerDataVolume MB: 1709.4
RRC Setup Attempts: 4066
CA DL DataVolRatio Pct den: 3137
weekend: 0
UPTP Mbps Num: 36270
hr: 23
MAC_UE_SC_Tput: 14052.37

hr: 23
CA Activation Rate num: 4662464
UPTP Mbps Den: 2853
Setup_Fail_DEN: 18743
SIP_SC_Total_MOU: 186.14
Peak UE: 27
MB_per_connected_UE: 169.26
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3268
DL Data Vol MAC in MB: 7239.6

Time: 12:53:42
holiday: 0
CA DL DataVolRatio Pct num: 3765

SIP DC%: 
UPTP_Mbps: 23.13
DLRLCLayerDataVolume MB: 6537.19
RRC Setup Attempts: 6936
CA Conf FailRate Pct den: 5665
weekend: 1
hr: 10
Bearer Releases: 17031

hr: 10
CA Activation Rate num: 8501466
Peak UE: 27
MB_per_connected_UE: 16.13
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5029
DL Data Vol MAC in MB: 8677.19
CA Activation Rate den: 71144

Combined RACH Preambles: 4442
Time: 00:36:22
holiday: 0
CA DL DataVolRatio Pct: 43.13

DL MAC Vol Scell Pct: 34.48
Avg_Connected_UEs: 54.67
SIP DC%: 
DRB UL Data Volume MB: 3535
PRB Util%: 41.92
weekend: 0
CA Activation Rate: 34.51
hr: 20
Bearer Releases: 12937

hr: 20
CA Activation Rate num: 4957503
UPTP Mbps Den: 3619
Peak UE: 68
PCT Time MIMO: 50.84
DL Volume: 5020
DL Data Vol MAC in MB: 8880.87
CA Activation Rate den: 122363

Time: 07:56:09
holiday: 0

SIP DC%: 
UPTP_Mbps: 45.53
DLRLCLayerDataVolume MB: 489.97
DRB UL Data Volume MB: 8449
RRC Setup Attempts: 8105
weekend: 0
UPTP Mbps Num: 37787
hr: 11
MAC_UE_SC_Tput: 15698.96

hr: 11
CA Activation Rate num: 6784630
UPTP Mbps Den: 190
Peak UE: 60
MB_per_connected_UE: 93.75
PCT Time MIMO: 39.04
DL Data Vol MAC in MB: 6334.54
CA Activation Rate den: 129927

Time: 05:19:57
holiday: 0
CA DL DataVolRatio Pct: 63.83

SIP DC%: 
DLRLCLayerDataVolume MB: 960.27
PRB Util%: 55.05
RRC Setup Attempts: 6904
weekend: 0
UPTP Mbps Num: 14487
hr: 7
MAC_UE_SC_Tput: 5879.15

hr: 7
CA Activation Rate num: 5353275
UPTP Mbps Den: 1378
Setup_Fail_DEN: 13696
Peak UE: 27
PCT Time MIMO: 57.19
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4595
DL Data Vol MAC in MB: 7333.28
CA Activation Rate den: 109373

Time: 03:34:35
holiday: 0
CA DL DataVolRatio Pct num: 5954

DL MAC Vol Scell Pct: 46.13
Avg_Connected_UEs: 54.72
SIP DC%: 
UPTP_Mbps: 39.49
DLRLCLayerDataVolume MB: 7750.82
weekend: 0
UPTP Mbps Num: 18434
CA Activation Rate: 68.5
hr: 23
MAC_UE_SC_Tput: 4652.43
Bearer Releases: 10468

hr: 23
CA Activation Rate num: 5560637
Peak UE: 59
MB_per_connected_UE: 21.31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5695

Time: 00:21:54
holiday: 0
CA DL DataVolRatio Pct num: 7136

Avg_Connected_UEs: 47.11
SIP DC%: 
DLRLCLayerDataVolume MB: 1585.42
DRB UL Data Volume MB: 3448
RRC Setup Attempts: 4809
weekend: 1
CA Activation Rate: 35.47
hr: 5
MAC_UE_SC_Tput: 5641.81

hr: 5
CA Activation Rate num: 7235568
Setup_Fail_DEN: 8093
SIP_SC_Total_MOU: 42.79
Peak UE: 27
PCT Time MIMO: 45.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4849
CA Activation Rate den: 69606

Time: 19:48:49
holiday: 0
CA DL DataVolRatio Pct num: 1527

Avg_Connected_UEs: 67.52
SIP DC%: 
UPTP_Mbps: 86.37
DLRLCLayerDataVolume MB: 1185.04
RRC Setup Attempts: 5314
CA DL DataVolRatio Pct den: 6438
CA Conf FailRate Pct den: 6142
weekend: 0
UPTP Mbps Num: 14064
hr: 23
MAC_UE_SC_Tput: 10225.83

hr: 23
CA Activation Rate num: 10317815
Setup_Fail_DEN: 14023
SIP_SC_Total_MOU: 354.53
Peak UE: 27
PCT Time MIMO: 52.39
DL Volume: 4752
DL Data Vol MAC in MB: 992.64
CA Activation Rate den: 36137

Time: 09:21:56
holiday: 0
CA DL DataVolRatio Pct num: 6382

Avg_Connected_UEs: 19.85
SIP DC%: 
UPTP_Mbps: 131.08
DLRLCLayerDataVolume MB: 9913.39
PRB Util%: 62.75
weekend: 0
hr: 9
MAC_UE_SC_Tput: 4729.27

hr: 9
CA Activation Rate num: 4520752
UPTP Mbps Den: 2456
Setup_Fail_DEN: 14199
Peak UE: 27
VOLTE IA%: 
DL Data Vol MAC in MB: 2473.61
CA Activation Rate den: 138570

Time: 20:04:23
holiday: 0
CA DL DataVolRatio Pct num: 1581

Avg_Connected_UEs: 43.47
SIP DC%: 
UPTP_Mbps: 46.21
DLRLCLayerDataVolume MB: 4716.91
RRC Setup Attempts: 4885
CA DL DataVolRatio Pct den: 8021
weekend: 0
CA Activation Rate: 44.88
hr: 4
MAC_UE_SC_Tput: 11684.95
Bearer Releases: 18036

hr: 4
CA Activation Rate num: 5073097
UPTP Mbps Den: 2267
SIP_SC_Total_MOU: 84.01
Peak UE: 52
MB_per_connected_UE: 174.87
DL Volume: 628
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4567
UL Throughput: 5.55
DL Data Vol MAC in MB: 6563.86
CA Activation Rate den: 62259

Time: 02:48:50
holiday: 0
CA DL DataVolRatio Pct: 60

SIP DC%: 
DLRLCLayerDataVolume MB: 5836.49
DRB UL Data Volume MB: 2475
PRB Util%: 53.92
RRC Setup Attempts: 5758
CA Conf FailRate Pct den: 5573
weekend: 0
hr: 8
MAC_UE_SC_Tput: 16049.81
Bearer Releases: 15254

hr: 8
CA Activation Rate num: 3491164
SIP_SC_Total_MOU: 222.95
Peak UE: 74
MB_per_connected_UE: 86.34
PCT Time MIMO: 51.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3754
DL Data Vol MAC in MB: 8002.6

Time: 16:21:42
holiday: 0
CA DL DataVolRatio Pct: 82.77

DL MAC Vol Scell Pct: 27.97
SIP DC%: 
DLRLCLayerDataVolume MB: 9070.33
DRB UL Data Volume MB: 6378
PRB Util%: 18.55
RRC Setup Attempts: 4969
weekend: 0
UPTP Mbps Num: 18198
CA Activation Rate: 15.02
hr: 0
Bearer Releases: 10574

hr: 0
UPTP Mbps Den: 2650
Peak UE: 43
MB_per_connected_UE: 73.31
PCT Time MIMO: 36.21
DL Volume: 4349

Time: 09:41:23
holiday: 0

Avg_Connected_UEs: 83.13
SIP DC%: 
UPTP_Mbps: 35.68
DLRLCLayerDataVolume MB: 7698.61
DRB UL Data Volume MB: 4153
Avg_PUCCH_SINR: 17.41
PRB Util%: 43.98
RRC Setup Attempts: 3573
weekend: 0
hr: 0
MAC_UE_SC_Tput: 10872.8
Bearer Releases: 9035

hr: 0
CA Activation Rate num: 9134682
UPTP Mbps Den: 1065
Setup_Fail_DEN: 8456
Peak UE: 27
MB_per_connected_UE: 174.4
DL Volume: 9806
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6406
CA Activation Rate den: 124712

Time: 03:00:50
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9900.55
DRB UL Data Volume MB: 8847
CA DL DataVolRatio Pct den: 9430
weekend: 0
UPTP Mbps Num: 38281
CA Activation Rate: 54.01
hr: 9
MAC_UE_SC_Tput: 4364.58

hr: 9
CA Activation Rate num: 8729280
UPTP Mbps Den: 655
Setup_Fail_DEN: 12557
SIP_SC_Total_MOU: 23.38
Peak UE: 81
MB_per_connected_UE: 138.97
DL Data Vol MAC in MB: 5419.3

Time: 09:05:07
holiday: 0

DL MAC Vol Scell Pct: 8.34
Avg_Connected_UEs: 33.98
SIP DC%: 
UPTP_Mbps: 18.47
DLRLCLayerDataVolume MB: 8067.72
PRB Util%: 52.6
CA DL DataVolRatio Pct den: 3490
CA Conf FailRate Pct den: 3670
weekend: 0
UPTP Mbps Num: 8058
CA Activation Rate: 36.84
hr: 5
MAC_UE_SC_Tput: 8966.76

hr: 5
SIP_SC_Total_MOU: 53.11
Peak UE: 53
MB_per_connected_UE: 95.88
DL Volume: 6687
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3569
DL Data Vol MAC in MB: 3971.37
CA Activation Rate den: 67591

Time: 17:49:22
holiday: 0
HO_att_InterFreq: 361

DL MAC Vol Scell Pct: 25.68
Avg_Connected_UEs: 20.44
SIP DC%: 
UPTP_Mbps: 39.21
DRB UL Data Volume MB: 5365
CA DL DataVolRatio Pct den: 3420
weekend: 0
CA Activation Rate: 58.54
hr: 2
MAC_UE_SC_Tput: 6559.46

hr: 2
CA Activation Rate num: 6647602
Setup_Fail_DEN: 17663
MB_per_connected_UE: 90.04
PCT Time MIMO: 33.36
DL Volume: 6940
CA Activation Rate den: 53255

Time: 14:21:13
holiday: 0
CA DL DataVolRatio Pct: 69.79

DL MAC Vol Scell Pct: 17.83
Avg_Connected_UEs: 81.84
SIP DC%: 
DRB UL Data Volume MB: 2765
PRB Util%: 71.21
CA DL DataVolRatio Pct den: 9758
CA Conf FailRate Pct den: 7698
weekend: 0
UPTP Mbps Num: 26731
CA Activation Rate: 49.76
hr: 20
MAC_UE_SC_Tput: 19206.11
Bearer Releases: 15611

hr: 20
CA Activation Rate num: 2724865
UPTP Mbps Den: 2752
Setup_Fail_DEN: 11715
Peak UE: 37
MB_per_connected_UE: 70.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3900
DL Data Vol MAC in MB: 7510.09
CA Activation Rate den: 48001

Time: 09:51:29
holiday: 0
CA DL DataVolRatio Pct: 61.91

SIP DC%: 
UPTP_Mbps: 17.9
CA Conf FailRate Pct den: 5530
weekend: 0
CA Activation Rate: 46.37
hr: 17
MAC_UE_SC_Tput: 12570.31
Bearer Releases: 13625

hr: 17
CA Activation Rate num: 10576584
UPTP Mbps Den: 33
Setup_Fail_DEN: 16103
SIP_SC_Total_MOU: 108.62
Peak UE: 59
VOLTE IA%: 
MB_per_connected_UE: 123.13
DL Volume: 2770
DL Data Vol MAC in MB: 9535.56

Time: 18:21:27
holiday: 0
CA DL DataVolRatio Pct: 69.48
CA DL DataVolRatio Pct num: 3531

Avg_Connected_UEs: 67.26
SIP DC%: 
UPTP_Mbps: 7.65
DLRLCLayerDataVolume MB: 1438.37
RRC Setup Attempts: 6549
weekend: 0
UPTP Mbps Num: 7420
CA Activation Rate: 69.41
hr: 17
MAC_UE_SC_Tput: 24055.11

hr: 17
CA Activation Rate num: 9507063
Setup_Fail_DEN: 8022
SIP_SC_Total_MOU: 242.71
Peak UE: 27
MB_per_connected_UE: 82.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9330
DL Data Vol MAC in MB: 8953.73
CA Activation Rate den: 85103

Time: 12:52:08
holiday: 0
CA DL DataVolRatio Pct: 68.45
CA DL DataVolRatio Pct num: 944
HO Attempts: 190

DL MAC Vol Scell Pct: 35.46
Avg_Connected_UEs: 50.16
SIP DC%: 
UPTP_Mbps: 82.02
DLRLCLayerDataVolume MB: 3921.15
DRB UL Data Volume MB: 4927
RRC Setup Attempts: 3473
CA DL DataVolRatio Pct den: 1174
CA Conf FailRate Pct den: 5969
weekend: 0
UPTP Mbps Num: 37630
hr: 23
MAC_UE_SC_Tput: 13210.5

hr: 23
CA Activation Rate num: 7301763
Setup_Fail_DEN: 11174
Peak UE: 27
PCT Time MIMO: 55.12
DL Data Vol MAC in MB: 6600.79
CA Activation Rate den: 101968

Time: 09:18:23
holiday: 0
CA DL DataVolRatio Pct: 82.4

Avg_Connected_UEs: 20.84
SIP DC%: 
UPTP_Mbps: 90.64
DLRLCLayerDataVolume MB: 3540.35
DRB UL Data Volume MB: 4009
CA DL DataVolRatio Pct den: 6504
weekend: 0
UPTP Mbps Num: 3856
CA Activation Rate: 53.09
hr: 7
MAC_UE_SC_Tput: 55462.9

hr: 7
CA Activation Rate num: 8022489
Setup_Fail_DEN: 11928
SIP_SC_Total_MOU: 63.14
Peak UE: 27
MB_per_connected_UE: 8.74
DL Volume: 7803
UL Throughput: 5.4
DL Data Vol MAC in MB: 3887.57
CA Activation Rate den: 119432
Combined RACH Preambles: 2829
Time: 09:30:19

holiday: 0
CA DL DataVolRatio Pct: 80.15
CA DL DataVolRatio Pct num: 3508

DL MAC Vol Scell Pct: 34.93
Avg_Connected_UEs: 36.94
SIP DC%: 
DLRLCLayerDataVolume MB: 7647.39
DRB UL Data Volume MB: 846
CA DL DataVolRatio Pct den: 9435
CA Conf FailRate Pct den: 6916
weekend: 1
UPTP Mbps Num: 2219
CA Activation Rate: 39.88
hr: 2
MAC_UE_SC_Tput: 4604.44

hr: 2
CA Activation Rate num: 2227005
Setup_Fail_DEN: 13733
SIP_SC_Total_MOU: 350.85
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 77.8
PCT Time MIMO: 50.68
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5773
DL Data Vol MAC in MB: 6032.9

Time: 19:50:45
holiday: 0

Avg_Connected_UEs: 17.23
SIP DC%: 
UPTP_Mbps: 16.74
DLRLCLayerDataVolume MB: 8338
DRB UL Data Volume MB: 8849
CA Conf FailRate Pct den: 6650
weekend: 1
CA Activation Rate: 6.07
hr: 20
MAC_UE_SC_Tput: 11321.59

hr: 20
CA Activation Rate num: 6439488
Peak UE: 73
MB_per_connected_UE: 175.81
PCT Time MIMO: 55.99
DL Volume: 268
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5052
DL Data Vol MAC in MB: 5315.94
CA Activation Rate den: 68432

Time: 20:06:43
holiday: 0
CA DL DataVolRatio Pct: 71.62
HO_att_InterFreq: 742
CA DL DataVolRatio Pct num: 5855

DL MAC Vol Scell Pct: 4.01
SIP DC%: 
DLRLCLayerDataVolume MB: 6500.04
PRB Util%: 66.42
RRC Setup Attempts: 4320
CA DL DataVolRatio Pct den: 4637
CA Conf FailRate Pct den: 5227
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6895.3
Bearer Releases: 11423

hr: 23
CA Activation Rate num: 8504790
Setup_Fail_DEN: 7576
SIP_SC_Total_MOU: 406.25
Peak UE: 34
MB_per_connected_UE: 155.49
PCT Time MIMO: 60.96
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5476
DL Data Vol MAC in MB: 2356.94

Time: 11:14:00
holiday: 0
HO_att_InterFreq: 1027
CA DL DataVolRatio Pct num: 6374

DL MAC Vol Scell Pct: 21.39
SIP DC%: 
DLRLCLayerDataVolume MB: 7882.06
CA DL DataVolRatio Pct den: 2866
weekend: 0
CA Activation Rate: 42.38
hr: 14
MAC_UE_SC_Tput: 10266.11

hr: 14
CA Activation Rate num: 5829917
UPTP Mbps Den: 415
Setup_Fail_DEN: 7598
Peak UE: 55
MB_per_connected_UE: 165.21
DL Volume: 2302
DL Data Vol MAC in MB: 8635.59

Time: 14:38:03
holiday: 0
CA DL DataVolRatio Pct: 59.02
CA DL DataVolRatio Pct num: 2175

Avg_Connected_UEs: 59.02
SIP DC%: 
UPTP_Mbps: 104.04
PRB Util%: 40.38
CA DL DataVolRatio Pct den: 6702
weekend: 0
UPTP Mbps Num: 9790
CA Activation Rate: 33.93
hr: 23
MAC_UE_SC_Tput: 4390.16
Bearer Releases: 8267

hr: 23
CA Activation Rate num: 6186520
UPTP Mbps Den: 40
Setup_Fail_DEN: 14185
Peak UE: 63
MB_per_connected_UE: 143.32
PCT Time MIMO: 38.15
CA Activation Rate den: 186332

Time: 07:51:45
holiday: 0

DL MAC Vol Scell Pct: 24.78
Avg_Connected_UEs: 69.84
SIP DC%: 
UPTP_Mbps: 38.08
DLRLCLayerDataVolume MB: 506.61
DRB UL Data Volume MB: 3553
PRB Util%: 72.92
CA DL DataVolRatio Pct den: 1392
CA Conf FailRate Pct den: 6065
weekend: 0
CA Activation Rate: 31.28
hr: 3
MAC_UE_SC_Tput: 6474.96

hr: 3
CA Activation Rate num: 442164
UPTP Mbps Den: 2130
Setup_Fail_DEN: 14235
SIP_SC_Total_MOU: 265.21
Peak UE: 53
PCT Time MIMO: 49.88
CA Activation Rate den: 124882

Combined RACH Preambles: 2552
Time: 13:32:45
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4207.7
weekend: 0
hr: 13
MAC_UE_SC_Tput: 9964.67

hr: 13
CA Activation Rate num: 3148833
Setup_Fail_DEN: 16164
SIP_SC_Total_MOU: 314.49
Peak UE: 38
MB_per_connected_UE: 130.33
PCT Time MIMO: 44.41
DL Data Vol MAC in MB: 9036.85

Time: 13:33:24
holiday: 0
CA DL DataVolRatio Pct: 86.42

DL MAC Vol Scell Pct: 11.99
SIP DC%: 
UPTP_Mbps: 141.28
DLRLCLayerDataVolume MB: 5120.9
RRC Setup Attempts: 3511
CA DL DataVolRatio Pct den: 6575
CA Conf FailRate Pct den: 9377
weekend: 0
UPTP Mbps Num: 12851
hr: 13
MAC_UE_SC_Tput: 30384.51
Bearer Releases: 8988

hr: 13
CA Activation Rate num: 4912660
Peak UE: 27
MB_per_connected_UE: 8.07
PCT Time MIMO: 46.35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3703
DL Data Vol MAC in MB: 959.72

Time: 07:19:49
holiday: 0
CA DL DataVolRatio Pct: 74.31

Avg_Connected_UEs: 73.7
SIP DC%: 
UPTP_Mbps: 85.65
DRB UL Data Volume MB: 4858
RRC Setup Attempts: 3795
CA Conf FailRate Pct den: 7517
weekend: 0
hr: 0
MAC_UE_SC_Tput: 15211.58
Bearer Releases: 15434

hr: 0
Setup_Fail_DEN: 14618
SIP_SC_Total_MOU: 183.09
Peak UE: 84
VOLTE IA%: 
MB_per_connected_UE: 155.38
DL Data Vol MAC in MB: 5643.22
CA Activation Rate den: 71163

Time: 01:42:15
holiday: 0

SIP DC%: 
PRB Util%: 61.68
weekend: 0
CA Activation Rate: 66.73
hr: 23
MAC_UE_SC_Tput: 11348.72

hr: 23
CA Activation Rate num: 3626692
UPTP Mbps Den: 5999
Setup_Fail_DEN: 11023
SIP_SC_Total_MOU: 236.07
MB_per_connected_UE: 113.76
DL Volume: 8506
DL Data Vol MAC in MB: 1077.45

Time: 07:05:14
holiday: 0
CA DL DataVolRatio Pct num: 322

SIP DC%: 
CA DL DataVolRatio Pct den: 4688
weekend: 0
UPTP Mbps Num: 25668
CA Activation Rate: 29.85
hr: 2
MAC_UE_SC_Tput: 8699.4
Bearer Releases: 7711

hr: 2
CA Activation Rate num: 122678
UPTP Mbps Den: 1617
SIP_SC_Total_MOU: 62.82
Peak UE: 32
MB_per_connected_UE: 148.35
PCT Time MIMO: 38.25
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5966
CA Activation Rate den: 72258

Combined RACH Preambles: 4111
Time: 21:58:31
holiday: 0
CA DL DataVolRatio Pct: 83.44

SIP DC%: 
UPTP_Mbps: 43.41
DLRLCLayerDataVolume MB: 8852.15
CA Conf FailRate Pct den: 3626
weekend: 0
CA Activation Rate: 5.69
hr: 0
MAC_UE_SC_Tput: 16839.9

hr: 0
CA Activation Rate num: 3307381
Setup_Fail_DEN: 19997
SIP_SC_Total_MOU: 363.75
Peak UE: 33
MB_per_connected_UE: 36.19
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6580
DL Data Vol MAC in MB: 9307.77
CA Activation Rate den: 185539

Combined RACH Preambles: 2147
Time: 00:35:53
holiday: 0
CA DL DataVolRatio Pct: 56.03
CA DL DataVolRatio Pct num: 5660

DL MAC Vol Scell Pct: 6.52
SIP DC%: 
DLRLCLayerDataVolume MB: 5837.67
DRB UL Data Volume MB: 5162
CA DL DataVolRatio Pct den: 10133
CA Conf FailRate Pct den: 3109
weekend: 0
UPTP Mbps Num: 11487
CA Activation Rate: 18.55
hr: 16
MAC_UE_SC_Tput: 4564.89
Bearer Releases: 11165

hr: 16
CA Activation Rate num: 2953890
Setup_Fail_DEN: 19581
Peak UE: 29
MB_per_connected_UE: 157.88
DL Volume: 2555
DL Data Vol MAC in MB: 7508.19
CA Activation Rate den: 121931

Time: 13:19:36
holiday: 0
CA DL DataVolRatio Pct: 81.01
HO Attempts: 710

Avg_Connected_UEs: 68.33
SIP DC%: 
UPTP_Mbps: 44.18
DLRLCLayerDataVolume MB: 6180.36
PRB Util%: 69.63
RRC Setup Attempts: 3468
CA DL DataVolRatio Pct den: 9692
weekend: 0
UPTP Mbps Num: 3386
CA Activation Rate: 45.34
hr: 11
MAC_UE_SC_Tput: 31194
Bearer Releases: 16867

hr: 11
CA Activation Rate num: 8801692
Setup_Fail_DEN: 14312
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8479
DL Data Vol MAC in MB: 9821.15

Time: 18:04:11
holiday: 0

SIP DC%: 
UPTP_Mbps: 26.02
DLRLCLayerDataVolume MB: 1168.26
weekend: 0
UPTP Mbps Num: 15336
CA Activation Rate: 27.22
hr: 23
MAC_UE_SC_Tput: 11127.64
Bearer Releases: 9266

hr: 23
CA Activation Rate num: 5277247
Setup_Fail_DEN: 14483
SIP_SC_Total_MOU: 299.39
MB_per_connected_UE: 112.28
DL Data Vol MAC in MB: 8892.22
CA Activation Rate den: 73896

Time: 21:02:27
holiday: 0
CA DL DataVolRatio Pct: 54.27

DL MAC Vol Scell Pct: 50.15
SIP DC%: 
DLRLCLayerDataVolume MB: 1882.28
DRB UL Data Volume MB: 4120
CA DL DataVolRatio Pct den: 8827
CA Conf FailRate Pct den: 6798
weekend: 0
UPTP Mbps Num: 38086
CA Activation Rate: 44.86
hr: 9
MAC_UE_SC_Tput: 8730.26
Bearer Releases: 12286

hr: 9
CA Activation Rate num: 9755389
UPTP Mbps Den: 1220
Setup_Fail_DEN: 13744
Peak UE: 31
PCT Time MIMO: 45
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9124
DL Data Vol MAC in MB: 9449.66
Combined RACH Preambles: 2540

Time: 11:32:03
holiday: 0
CA DL DataVolRatio Pct: 63.45
CA DL DataVolRatio Pct num: 1740

DL MAC Vol Scell Pct: 12.55
SIP DC%: 
UPTP_Mbps: 24.27
DLRLCLayerDataVolume MB: 9526.06
DRB UL Data Volume MB: 3885
PRB Util%: 40.69
RRC Setup Attempts: 6893
CA DL DataVolRatio Pct den: 6272
weekend: 0
UPTP Mbps Num: 22947
CA Activation Rate: 58.17
hr: 6
MAC_UE_SC_Tput: 4444.31
Bearer Releases: 18110

hr: 6
CA Activation Rate num: 9072503
Setup_Fail_DEN: 14573
Peak UE: 37
MB_per_connected_UE: 19.8
PCT Time MIMO: 36.43
DL Volume: 6464
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8800
CA Activation Rate den: 69721

Combined RACH Preambles: 3998
Time: 16:25:44
holiday: 0

SIP DC%: 
UPTP_Mbps: 15.46
DRB UL Data Volume MB: 1947
PRB Util%: 24.33
weekend: 0
Bearer Setup Failure Voice Den: 219
CA Activation Rate: 35.12
hr: 18
MAC_UE_SC_Tput: 9013.53
Bearer Releases: 8215

hr: 18
CA Activation Rate num: 707846
Peak UE: 28
MB_per_connected_UE: 15.4
DL Volume: 3547
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6062
DL Data Vol MAC in MB: 2817.74
CA Activation Rate den: 146573

Combined RACH Preambles: 2933
Time: 21:52:18
holiday: 0
CA DL DataVolRatio Pct: 80.78
CA DL DataVolRatio Pct num: 2973

Avg_Connected_UEs: 19.51
SIP DC%: 
UPTP_Mbps: 23.05
DLRLCLayerDataVolume MB: 2637.87
CA DL DataVolRatio Pct den: 3287
CA Conf FailRate Pct den: 4946
weekend: 0
CA Activation Rate: 74.14
hr: 17
MAC_UE_SC_Tput: 11888.57
Bearer Releases: 12377

hr: 17
CA Activation Rate num: 3463262
Setup_Fail_DEN: 10182
Peak UE: 57
DL Data Vol MAC in MB: 2817.25
CA Activation Rate den: 112502

Time: 08:11:39
holiday: 0

SIP DC%: 
UPTP_Mbps: 22.83
DLRLCLayerDataVolume MB: 7360.55
RRC Setup Attempts: 7196
weekend: 0
UPTP Mbps Num: 31429
RSSIRX2 Avg: -94.46
hr: 0
MAC_UE_SC_Tput: 5739.98

hr: 0
Setup_Fail_DEN: 10752
Peak UE: 27
MB_per_connected_UE: 144.28
PCT Time MIMO: 57.28
DL Data Vol MAC in MB: 1983.33
CA Activation Rate den: 59709

Time: 20:12:20
holiday: 0
CA DL DataVolRatio Pct num: 3987

DL MAC Vol Scell Pct: 6.38
Avg_Connected_UEs: 52.35
SIP DC%: 
DLRLCLayerDataVolume MB: 468.64
DRB UL Data Volume MB: 9193
RRC Setup Attempts: 5664
CA DL DataVolRatio Pct den: 543
CA Conf FailRate Pct den: 8205
weekend: 0
UPTP Mbps Num: 34438
CA Activation Rate: 69.01
hr: 22
MAC_UE_SC_Tput: 9068.71
Bearer Releases: 9609

hr: 22
CA Activation Rate num: 6836705
Setup_Fail_DEN: 14192
Peak UE: 27
MB_per_connected_UE: 62.67
DL Data Vol MAC in MB: 5794.82
CA Activation Rate den: 39123

Time: 22:00:57
holiday: 0
CA DL DataVolRatio Pct: 52.43

Avg_Connected_UEs: 41.78
SIP DC%: 
UPTP_Mbps: 27.2
PRB Util%: 40.09
RRC Setup Attempts: 8952
CA DL DataVolRatio Pct den: 4370
CA Conf FailRate Pct den: 9090
weekend: 0
hr: 2
MAC_UE_SC_Tput: 10738.47

hr: 2
CA Activation Rate num: 5617066
SIP_SC_Total_MOU: 105.49
Peak UE: 27
DL Volume: 5690
DL Data Vol MAC in MB: 8736.76
CA Activation Rate den: 84494
Combined RACH Preambles: 3958

Time: 09:11:28
holiday: 0

DL MAC Vol Scell Pct: 14.72
SIP DC%: 
UPTP_Mbps: 16.64
DRB UL Data Volume MB: 9951
RRC Setup Attempts: 5460
CA DL DataVolRatio Pct den: 8913
weekend: 0
UPTP Mbps Num: 39840
hr: 10
MAC_UE_SC_Tput: 8235.35

hr: 10
CA Activation Rate num: 5940559
Setup_Fail_DEN: 10637
SIP_SC_Total_MOU: 118.67
Peak UE: 27

Time: 07:31:19
holiday: 0
CA DL DataVolRatio Pct: 62.59
CA DL DataVolRatio Pct num: 6137

DL MAC Vol Scell Pct: 51.42
Avg_Connected_UEs: 31.22
SIP DC%: 
UPTP_Mbps: 87.53
PRB Util%: 30.17
CA Conf FailRate Pct den: 7001
weekend: 0
hr: 13
MAC_UE_SC_Tput: 18427.81
Bearer Releases: 15093

hr: 13
CA Activation Rate num: 11040076
Setup_Fail_DEN: 7476
Peak UE: 29
MB_per_connected_UE: 110.16
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5885
DL Data Vol MAC in MB: 1212.5

Time: 11:06:18
holiday: 0
CA DL DataVolRatio Pct num: 6648

Avg_Connected_UEs: 49.66
SIP DC%: 
UPTP_Mbps: 13.94
DLRLCLayerDataVolume MB: 5571.72
DRB UL Data Volume MB: 8834
weekend: 0
CA Activation Rate: 43.79
hr: 0
MAC_UE_SC_Tput: 17489.29
Bearer Releases: 14343

hr: 0
CA Activation Rate num: 4705863
UPTP Mbps Den: 3101
Setup_Fail_DEN: 10536
SIP_SC_Total_MOU: 125.51
Peak UE: 27
MB_per_connected_UE: 7.92
DL Data Vol MAC in MB: 8689.71

Combined RACH Preambles: 2598
Time: 14:09:59
holiday: 0
CA DL DataVolRatio Pct: 73.12

SIP DC%: 
DLRLCLayerDataVolume MB: 4947.81
weekend: 0
UPTP Mbps Num: 14048
CA Activation Rate: 46.21
hr: 2
MAC_UE_SC_Tput: 5096.08
Bearer Releases: 8941

hr: 2
CA Activation Rate num: 10852631
SIP_SC_Total_MOU: 98.42
Peak UE: 27
DL Volume: 7394
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4908

Time: 07:56:39
holiday: 0

Avg_Connected_UEs: 66.48
SIP DC%: 
DLRLCLayerDataVolume MB: 3756.3
DRB UL Data Volume MB: 8069
PRB Util%: 36.75
RRC Setup Attempts: 4490
CA DL DataVolRatio Pct den: 10015
weekend: 0
CA Activation Rate: 22.63
hr: 5
MAC_UE_SC_Tput: 5627.85

hr: 5
CA Activation Rate num: 838400
UPTP Mbps Den: 821
Setup_Fail_DEN: 8395
Peak UE: 99
MB_per_connected_UE: 60.79
DL Volume: 6943
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4065
CA Activation Rate den: 200404

Time: 12:02:46
holiday: 0
CA DL DataVolRatio Pct num: 6701

Avg_Connected_UEs: 74.45
SIP DC%: 
UPTP_Mbps: 17.88
DRB UL Data Volume MB: 8499
weekend: 0
CA Activation Rate: 59.66
hr: 15
MAC_UE_SC_Tput: 4955.05
Bearer Releases: 12002

hr: 15
CA Activation Rate num: 3541728
UPTP Mbps Den: 1458
Setup_Fail_DEN: 7653
Peak UE: 81
MB_per_connected_UE: 24.98
DL Volume: 8569
DL Data Vol MAC in MB: 3647.1
CA Activation Rate den: 65150

Time: 16:50:05
holiday: 0

Avg_Connected_UEs: 22.98
SIP DC%: 
PRB Util%: 75.19
RRC Setup Attempts: 4465
weekend: 0
CA Activation Rate: 1.93
hr: 15
MAC_UE_SC_Tput: 5347.24
Bearer Releases: 8411

hr: 15
Setup_Fail_DEN: 8708
Peak UE: 39
MB_per_connected_UE: 38.15
PCT Time MIMO: 46.14
DL Volume: 2415
DL Data Vol MAC in MB: 465.06
CA Activation Rate den: 79813

Time: 15:08:21
holiday: 0
CA DL DataVolRatio Pct num: 3826

Avg_Connected_UEs: 30.5
SIP DC%: 
UPTP_Mbps: 46.68
DRB UL Data Volume MB: 8630
RRC Setup Attempts: 6681
CA DL DataVolRatio Pct den: 3694
weekend: 0
hr: 6
MAC_UE_SC_Tput: 13380.83
Bearer Releases: 6584

hr: 6
UPTP Mbps Den: 375
Setup_Fail_DEN: 9610
SIP_SC_Total_MOU: 72.57
S1U_SIP_SC_SEER_den: 189
Peak UE: 34
MB_per_connected_UE: 22.69
DL Data Vol MAC in MB: 943.02
Combined RACH Preambles: 3184

Time: 03:11:50
holiday: 0

DL MAC Vol Scell Pct: 39.19
SIP DC%: 
UPTP_Mbps: 86.1
DRB UL Data Volume MB: 501
RRC Setup Attempts: 3502
weekend: 0
UPTP Mbps Num: 39430
CA Activation Rate: 76.86
hr: 4
MAC_UE_SC_Tput: 4978.64
Bearer Releases: 12568

hr: 4
CA Activation Rate num: 10859700
Setup_Fail_DEN: 6505
Peak UE: 28
DL Volume: 8331
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9440
DL Data Vol MAC in MB: 9996.22

Time: 19:41:57
holiday: 0
CA DL DataVolRatio Pct: 57.87

Avg_Connected_UEs: 48.49
SIP DC%: 
UPTP_Mbps: 40.01
DLRLCLayerDataVolume MB: 3443.81
weekend: 0
hr: 9
MAC_UE_SC_Tput: 16538.91

hr: 9
CA Activation Rate num: 10186613
Setup_Fail_DEN: 8806
Peak UE: 27
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7999
DL Data Vol MAC in MB: 7379.14

Time: 16:09:21
holiday: 0
CA DL DataVolRatio Pct: 66.79
CA DL DataVolRatio Pct num: 1255

Avg_Connected_UEs: 33.33
SIP DC%: 
UPTP_Mbps: 32.72
DLRLCLayerDataVolume MB: 3018.42
weekend: 0
S1U_SIP_SC_SEER_num: 172
hr: 5
Bearer Releases: 7128

hr: 5
CA Activation Rate num: 6447160
Peak UE: 67
MB_per_connected_UE: 19.58
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6165
DL Data Vol MAC in MB: 10019.13
Time: 15:28:08

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7741.36
DRB UL Data Volume MB: 4418
CA DL DataVolRatio Pct den: 4498
weekend: 0
CA Activation Rate: 45.97
hr: 23
MAC_UE_SC_Tput: 7731.88
Bearer Releases: 8757

hr: 23
CA Activation Rate num: 5077779
Setup_Fail_DEN: 7047
SIP_SC_Total_MOU: 100.12
Peak UE: 37
PCT Time MIMO: 62.68
DL Volume: 9691
UL Throughput: 3.71
CA Activation Rate den: 41449
Combined RACH Preambles: 2772

Time: 02:18:05
holiday: 0
HO_att_InterFreq: 197

DL MAC Vol Scell Pct: 20.15
SIP DC%: 
UPTP_Mbps: 43.38
DLRLCLayerDataVolume MB: 7839.71
DRB UL Data Volume MB: 2655
PRB Util%: 32.41
weekend: 0
CA Activation Rate: 24.65
hr: 13
MAC_UE_SC_Tput: 12682.15

hr: 13
CA Activation Rate num: 3956509
Setup_Fail_DEN: 10745
Peak UE: 64
MB_per_connected_UE: 36.41

Time: 23:40:38
holiday: 0

DL MAC Vol Scell Pct: 24.77
SIP DC%: 
UPTP_Mbps: 117.2
DRB UL Data Volume MB: 5142
PRB Util%: 74.52
RRC Setup Attempts: 4404
weekend: 0
UPTP Mbps Num: 11659
CA Activation Rate: 42.39
hr: 11
MAC_UE_SC_Tput: 16678.79
Bearer Releases: 10634

hr: 11
CA Activation Rate num: 8278857
UPTP Mbps Den: 3103
Setup_Fail_DEN: 10950
Peak UE: 66
MB_per_connected_UE: 67.02
DL Volume: 3094
DL Data Vol MAC in MB: 4960.58
CA Activation Rate den: 62184
Combined RACH Preambles: 2201

Time: 18:58:56
holiday: 0
CA DL DataVolRatio Pct num: 2353

DL MAC Vol Scell Pct: 21.82
SIP DC%: 
UPTP_Mbps: 42.49
RRC Setup Attempts: 5790
CA DL DataVolRatio Pct den: 1475
CA Conf FailRate Pct den: 5332
weekend: 0
UPTP Mbps Num: 56283
hr: 8
MAC_UE_SC_Tput: 13547.31
Bearer Releases: 15455

hr: 8
CA Activation Rate num: 5561993
SIP_SC_Total_MOU: 226.33
Peak UE: 27
MB_per_connected_UE: 45.5
DL Data Vol MAC in MB: 5440.94
CA Activation Rate den: 99911

Combined RACH Preambles: 3918
Time: 01:25:01
holiday: 0
CA DL DataVolRatio Pct: 70.12
CA DL DataVolRatio Pct num: 3713

DL MAC Vol Scell Pct: 39.43
SIP DC%: 
DLRLCLayerDataVolume MB: 2495.13
DRB UL Data Volume MB: 8774
PRB Util%: 22.08
HQ_EXE_TOTARGET_FAILURE_QCI_1: 0.13
RRC Setup Attempts: 4765
weekend: 0
hr: 0
MAC_UE_SC_Tput: 9266.6
Bearer Releases: 18053

hr: 0
CA Activation Rate num: 5698600
Setup_Fail_DEN: 9958
SIP_SC_Total_MOU: 398.27
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3867
DL Data Vol MAC in MB: 4593.44

Time: 02:38:52
holiday: 0
CA DL DataVolRatio Pct num: 2100

Avg_Connected_UEs: 23.29
SIP DC%: 
DRB UL Data Volume MB: 7166
RRC Setup Attempts: 6232
weekend: 0
UPTP Mbps Num: 50351
CA Activation Rate: 76.39
hr: 8
MAC_UE_SC_Tput: 19899.93

hr: 8
CA Activation Rate num: 10919194
Setup_Fail_DEN: 11616
Peak UE: 27
MB_per_connected_UE: 26.57
DL Data Vol MAC in MB: 8698.45

Combined RACH Preambles: 4689
Time: 00:06:45
holiday: 0
HO_att_InterFreq: 654

SIP DC%: 
UPTP_Mbps: 76.96
DLRLCLayerDataVolume MB: 4975.1
PRB Util%: 61.5
RRC Setup Attempts: 6427
weekend: 0
UPTP Mbps Num: 22643
CA Activation Rate: 2.74
hr: 6
MAC_UE_SC_Tput: 7742.39
Bearer Releases: 9532

hr: 6
UPTP Mbps Den: 1376
Setup_Fail_DEN: 19987
Peak UE: 38
MB_per_connected_UE: 114.56
PCT Time MIMO: 41.09
DL Volume: 9220
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7510
DL Data Vol MAC in MB: 732.57
CA Activation Rate den: 58478
Time: 23:22:46

holiday: 0
CA DL DataVolRatio Pct: 88.42

SIP DC%: 
UPTP_Mbps: 40.87
RRC Setup Attempts: 7536
CA Conf FailRate Pct den: 3788
weekend: 0
UPTP Mbps Num: 53416
hr: 23
MAC_UE_SC_Tput: 9207.23

hr: 23
CA Activation Rate num: 9547897
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9408
DL Data Vol MAC in MB: 8788.37

Time: 15:19:26
holiday: 0

DL MAC Vol Scell Pct: 19.61
SIP DC%: 
DLRLCLayerDataVolume MB: 9023.97
RRC Setup Attempts: 5436
CA DL DataVolRatio Pct den: 7014
CA Conf FailRate Pct den: 9208
weekend: 0
hr: 22
MAC_UE_SC_Tput: 5113.73

hr: 22
UPTP Mbps Den: 1989
Setup_Fail_DEN: 14873
SIP_SC_Total_MOU: 398.71
Peak UE: 42
MB_per_connected_UE: 43.01
DL Data Vol MAC in MB: 6437.87

Time: 02:25:42
holiday: 0
CA DL DataVolRatio Pct: 65.03
CA DL DataVolRatio Pct num: 4344

DL MAC Vol Scell Pct: 14.29
SIP DC%: 
DLRLCLayerDataVolume MB: 8511.74
DRB UL Data Volume MB: 7881
PRB Util%: 43.01
RRC Setup Attempts: 4174
CA Conf FailRate Pct den: 6545
weekend: 0
UPTP Mbps Num: 30582
hr: 0
MAC_UE_SC_Tput: 11843.05
Bearer Releases: 9083

hr: 0
CA Activation Rate num: 8825418
Peak UE: 27
MB_per_connected_UE: 46.73
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5463
CA Activation Rate den: 47044
Combined RACH Preambles: 3950

holiday: 0

DL MAC Vol Scell Pct: 26.91
SIP DC%: 
DLRLCLayerDataVolume MB: 1209.78
CA DL DataVolRatio Pct den: 5664
CA Conf FailRate Pct den: 8375
weekend: 0
UPTP Mbps Num: 3111
hr: 23
MAC_UE_SC_Tput: 11721.32
Bearer Releases: 9309

hr: 23
CA Activation Rate num: 7543456
Setup_Fail_DEN: 9764
SIP_SC_Total_MOU: 165.63
Peak UE: 40
MB_per_connected_UE: 66.11
PCT Time MIMO: 47.38
CA Activation Rate den: 102831

Combined RACH Preambles: 2726
Time: 20:22:01
holiday: 0
CA DL DataVolRatio Pct: 45.82
CA DL DataVolRatio Pct num: 7182

DL MAC Vol Scell Pct: 11.21
SIP DC%: 
UPTP_Mbps: 22.37
DRB UL Data Volume MB: 884
PRB Util%: 61.1
RRC Setup Attempts: 4064
CA DL DataVolRatio Pct den: 3785
CA Conf FailRate Pct den: 4921
weekend: 0
UPTP Mbps Num: 9323
CA Activation Rate: 24.82
hr: 8
Bearer Releases: 8481

hr: 8
CA Activation Rate num: 7204360
UPTP Mbps Den: 275
Setup_Fail_DEN: 13908
Peak UE: 50
PCT Time MIMO: 46.68
DL Volume: 7135
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4742
UL Throughput: 5.92
CA Activation Rate den: 165363
Combined RACH Preambles: 3322

Time: 12:28:12
holiday: 0
CA DL DataVolRatio Pct: 78.04

Avg_Connected_UEs: 73.46
SIP DC%: 
UPTP_Mbps: 41.31
DLRLCLayerDataVolume MB: 1411.77
DRB UL Data Volume MB: 9436
PRB Util%: 16.09
RRC Setup Attempts: 4693
CA DL DataVolRatio Pct den: 9529
weekend: 0
CA Activation Rate: 60.28
hr: 14
MAC_UE_SC_Tput: 5323.18
Bearer Releases: 11605

hr: 14
CA Activation Rate num: 5815585
Setup_Fail_DEN: 7548
Peak UE: 27
MB_per_connected_UE: 89.2
DL Data Vol MAC in MB: 4562.4
CA Activation Rate den: 152135

Time: 02:05:02
holiday: 0
HO Attempts: 718

SIP DC%: 
UPTP_Mbps: 128.07
DLRLCLayerDataVolume MB: 6092.79
PRB Util%: 64.19
weekend: 0
hr: 5
MAC_UE_SC_Tput: 18948.96
Bearer Releases: 7538

hr: 5
CA Activation Rate num: 778348
Peak UE: 87
MB_per_connected_UE: 174.38
DL Volume: 7988
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3577
DL Data Vol MAC in MB: 4851.83
CA Activation Rate den: 76293
Combined RACH Preambles: 3437

Time: 18:23:17
holiday: 0
CA DL DataVolRatio Pct: 70.42

SIP DC%: 
DRB UL Data Volume MB: 4952
PRB Util%: 49.41
weekend: 0
hr: 23
MAC_UE_SC_Tput: 13587.78
Bearer Releases: 8464

hr: 23
CA Activation Rate num: 2968908
Setup_Fail_DEN: 19879
Peak UE: 27
MB_per_connected_UE: 164.25
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3331
DL Data Vol MAC in MB: 3596.31

Time: 08:11:36
holiday: 0
CA DL DataVolRatio Pct: 83.22

DL MAC Vol Scell Pct: 26.6
SIP DC%: 
CA DL DataVolRatio Pct den: 5823
weekend: 0
hr: 11
MAC_UE_SC_Tput: 13893.91
Bearer Releases: 6494

hr: 11
CA Activation Rate num: 6583316
Peak UE: 27
MB_per_connected_UE: 18.27
DL Volume: 9633
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3664
DL Data Vol MAC in MB: 1268.19
CA Activation Rate den: 43372

Time: 00:24:53
holiday: 0
CA DL DataVolRatio Pct: 48.54
CA DL DataVolRatio Pct num: 5357

SIP DC%: 
DLRLCLayerDataVolume MB: 4236.3
RRC Setup Attempts: 7495
CA DL DataVolRatio Pct den: 3233
CA Conf FailRate Pct den: 6983
weekend: 0
hr: 21
MAC_UE_SC_Tput: 17430.87
Bearer Releases: 15280

hr: 21
CA Activation Rate num: 4922566
Setup_Fail_DEN: 16621
PCT Time MIMO: 54.38
DL Volume: 7305
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6304
DL Data Vol MAC in MB: 9187.55

Time: 22:52:17
holiday: 0
CA DL DataVolRatio Pct num: 4315

SIP DC%: 
UPTP_Mbps: 39.89
DLRLCLayerDataVolume MB: 8035.39
PRB Util%: 34.08
CA DL DataVolRatio Pct den: 5390
weekend: 0
hr: 2
MAC_UE_SC_Tput: 4519.25

hr: 2
CA Activation Rate num: 4671929
UPTP Mbps Den: 253
Setup_Fail_DEN: 9142
Peak UE: 41
MB_per_connected_UE: 165.25
PCT Time MIMO: 60.19
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3134
UL Throughput: 2.13
DL Data Vol MAC in MB: 1494.71
CA Activation Rate den: 41293

Time: 07:47:04
holiday: 0
HO_att_InterFreq: 574
CA DL DataVolRatio Pct num: 760

Avg_Connected_UEs: 65.17
SIP DC%: 
DLRLCLayerDataVolume MB: 2916.46
PRB Util%: 74.46
CA DL DataVolRatio Pct den: 8312
weekend: 1
RSSIRX2 Avg: -96.38
CA Activation Rate: 28.96
hr: 17
MAC_UE_SC_Tput: 14259.83
Bearer Releases: 13106

hr: 17
CA Activation Rate num: 11211484
UPTP Mbps Den: 1847
SIP_SC_Total_MOU: 142.29
Peak UE: 27
MB_per_connected_UE: 9.49
DL Volume: 5396
DL Data Vol MAC in MB: 9975.48

Time: 06:06:23
holiday: 0
CA DL DataVolRatio Pct: 66.57
CA DL DataVolRatio Pct num: 149

SIP DC%: 
UPTP_Mbps: 7.92
DLRLCLayerDataVolume MB: 2496.16
DRB UL Data Volume MB: 6687
RRC Setup Attempts: 6668
weekend: 0
UPTP Mbps Num: 14058
CA Activation Rate: 75.18
hr: 5
MAC_UE_SC_Tput: 11018.01
Bearer Releases: 15398

hr: 5
CA Activation Rate num: 7344015
Setup_Fail_DEN: 14369
Peak UE: 39
MB_per_connected_UE: 26.02
DL Volume: 2811
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6779
UL Throughput: 8.62
DL Data Vol MAC in MB: 2807.35
CA Activation Rate den: 48733

Time: 12:09:58
holiday: 0
CA DL DataVolRatio Pct: 58.15
CA DL DataVolRatio Pct num: 3634

DL MAC Vol Scell Pct: 43.13
SIP DC%: 
DRB UL Data Volume MB: 8759
RRC Setup Attempts: 5929
weekend: 0
UPTP Mbps Num: 6944
hr: 2
MAC_UE_SC_Tput: 5434.67

hr: 2
UPTP Mbps Den: 767
SIP_SC_Total_MOU: 94.38
Peak UE: 27
VOLTE IA%: 
DL Volume: 3745
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7436
DL Data Vol MAC in MB: 9308.55

Time: 16:13:01
holiday: 0

DL MAC Vol Scell Pct: 13.05
SIP DC%: 
UPTP_Mbps: 36.45
DLRLCLayerDataVolume MB: 2494.68
PRB Util%: 47.41
RRC Setup Attempts: 6207
CA Conf FailRate Pct den: 6574
weekend: 0
UPTP Mbps Num: 14752
hr: 0
Bearer Releases: 8167

hr: 0
CA Activation Rate num: 4224324
UPTP Mbps Den: 5022
Setup_Fail_DEN: 11763
Peak UE: 27
MB_per_connected_UE: 146.29
DL Volume: 9164
DL Data Vol MAC in MB: 507.5
CA Activation Rate den: 108280

Combined RACH Preambles: 4377
Time: 02:18:36
holiday: 0

SIP DC%: 
UPTP_Mbps: 47.15
DLRLCLayerDataVolume MB: 5396.61
weekend: 0
UPTP Mbps Num: 57725
CA Activation Rate: 67.05
hr: 20
MAC_UE_SC_Tput: 5805.99
Bearer Releases: 18573

hr: 20
CA Activation Rate num: 8435989
SIP_SC_Total_MOU: 69.55
Peak UE: 42
MB_per_connected_UE: 169.05
DL Volume: 5258

Time: 06:48:38
holiday: 0
CA DL DataVolRatio Pct num: 6394

DL MAC Vol Scell Pct: 7.84
SIP DC%: 
UPTP_Mbps: 26.65
DRB UL Data Volume MB: 5047
weekend: 0
UPTP Mbps Num: 11511
CA Activation Rate: 73.85
hr: 8
MAC_UE_SC_Tput: 9013.76

hr: 8
CA Activation Rate num: 8953272
Peak UE: 27
MB_per_connected_UE: 161.06

Time: 22:51:52
holiday: 0
CA DL DataVolRatio Pct: 64.27
CA DL DataVolRatio Pct num: 4877

Avg_Connected_UEs: 76.22
SIP DC%: 
UPTP_Mbps: 25.87
DLRLCLayerDataVolume MB: 1922.29
PRB Util%: 72.9
CA DL DataVolRatio Pct den: 5969
weekend: 0
UPTP Mbps Num: 52730
CA Activation Rate: 60.19
hr: 2
MAC_UE_SC_Tput: 14013.13
Bearer Releases: 12078

hr: 2
CA Activation Rate num: 725469
UPTP Mbps Den: 179
Setup_Fail_DEN: 9544
Peak UE: 27
CA Activation Rate den: 148989

Combined RACH Preambles: 5032
Time: 18:11:11
holiday: 0
CA DL DataVolRatio Pct: 86.05
CA DL DataVolRatio Pct num: 6062

DL MAC Vol Scell Pct: 41.51
SIP DC%: 
UPTP_Mbps: 15.87
DLRLCLayerDataVolume MB: 7998.24
RRC Setup Attempts: 6313
CA Conf FailRate Pct den: 3872
weekend: 1
hr: 23
MAC_UE_SC_Tput: 5508.57
Bearer Releases: 12115

hr: 23
CA Activation Rate num: 10083193
UPTP Mbps Den: 164
SIP_SC_Total_MOU: 214.21
Peak UE: 27
MB_per_connected_UE: 54.26
DL Volume: 1762
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6115
DL Data Vol MAC in MB: 8857.01

Time: 11:44:09
holiday: 0

DL MAC Vol Scell Pct: 34.32
SIP DC%: 
UPTP_Mbps: 25.82
DLRLCLayerDataVolume MB: 7683.55
DRB UL Data Volume MB: 3728
CA Conf FailRate Pct den: 5489
weekend: 0
UPTP Mbps Num: 11490
CA Activation Rate: 38.4
hr: 7

hr: 7
CA Activation Rate num: 790222
UPTP Mbps Den: 1251
Setup_Fail_DEN: 12361
Peak UE: 39
MB_per_connected_UE: 161.99
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3189
DL Data Vol MAC in MB: 1066.41
CA Activation Rate den: 53696

Time: 14:52:53
holiday: 0
CA DL DataVolRatio Pct: 92.76
CA DL DataVolRatio Pct num: 6801

SIP DC%: 
DLRLCLayerDataVolume MB: 7493.7
PRB Util%: 17.89
CA Conf FailRate Pct den: 6567
weekend: 0
CA Activation Rate: 64.8
hr: 13
Bearer Releases: 16309

hr: 13
CA Activation Rate num: 2862832
UPTP Mbps Den: 2248
Setup_Fail_DEN: 10590
SIP_SC_Total_MOU: 349.32
Peak UE: 41
MB_per_connected_UE: 131.64
DL Volume: 3209
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3265
DL Data Vol MAC in MB: 9373.58
CA Activation Rate den: 63673

Time: 18:45:08
holiday: 0
CA DL DataVolRatio Pct: 67.54

SIP DC%: 
DLRLCLayerDataVolume MB: 7313.72
RRC Setup Attempts: 3490
CA DL DataVolRatio Pct den: 4486
CA Conf FailRate Pct den: 6219
weekend: 0
UPTP Mbps Num: 5357
CA Activation Rate: 47.28
hr: 20
MAC_UE_SC_Tput: 7197.71
Bearer Releases: 7740

hr: 20
CA Activation Rate num: 3618246
UPTP Mbps Den: 772
Setup_Fail_DEN: 16092
SIP_SC_Total_MOU: 83.06
Peak UE: 27
MB_per_connected_UE: 153.18
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7235

Time: 18:56:49
holiday: 0
CA DL DataVolRatio Pct num: 5945

SIP DC%: 
DLRLCLayerDataVolume MB: 7602.2
DRB UL Data Volume MB: 6006
PRB Util%: 29.43
RRC Setup Attempts: 5519
weekend: 1
UPTP Mbps Num: 7683
CA Activation Rate: 45.47
hr: 9
MAC_UE_SC_Tput: 7719.09
Bearer Releases: 12226

hr: 9
CA Activation Rate num: 238627
SIP_SC_Total_MOU: 19.17
Peak UE: 27
MB_per_connected_UE: 79.43
PCT Time MIMO: 36.98
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9206
DL Data Vol MAC in MB: 6076.02
CA Activation Rate den: 89006

Time: 08:19:53
holiday: 0
HO_att_InterFreq: 767

DL MAC Vol Scell Pct: 14.92
SIP DC%: 
DLRLCLayerDataVolume MB: 8652.37
DRB UL Data Volume MB: 7988
CA DL DataVolRatio Pct den: 10150
weekend: 0
UPTP Mbps Num: 3918
CA Activation Rate: 23.14
hr: 12
MAC_UE_SC_Tput: 4898.55
Bearer Releases: 17670

hr: 12
CA Activation Rate num: 3746386
UPTP Mbps Den: 178
Setup_Fail_DEN: 14163
Peak UE: 27
MB_per_connected_UE: 117.39
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7605
DL Data Vol MAC in MB: 5747.2
CA Activation Rate den: 53492

Time: 21:29:42
holiday: 0
CA DL DataVolRatio Pct num: 6684

DL MAC Vol Scell Pct: 25.1
Avg_Connected_UEs: 47.87
SIP DC%: 
DLRLCLayerDataVolume MB: 5898.65
DRB UL Data Volume MB: 6933
RRC Setup Attempts: 3383
CA DL DataVolRatio Pct den: 6436
CA Conf FailRate Pct den: 5630
weekend: 0
hr: 16
MAC_UE_SC_Tput: 5975.57

hr: 16
CA Activation Rate num: 5740681
UPTP Mbps Den: 2915
Setup_Fail_DEN: 16964
SIP_SC_Total_MOU: 296.31
Peak UE: 36
MB_per_connected_UE: 36.61
DL Data Vol MAC in MB: 3244.85
CA Activation Rate den: 155531

Time: 04:09:55
holiday: 0
CA DL DataVolRatio Pct: 88.03

Avg_Connected_UEs: 53.79
SIP DC%: 
DRB UL Data Volume MB: 3354
RRC Setup Attempts: 6331
CA DL DataVolRatio Pct den: 5634
weekend: 0
hr: 6
MAC_UE_SC_Tput: 6610.58

hr: 6
CA Activation Rate num: 9026072
UPTP Mbps Den: 282
Setup_Fail_DEN: 9360
Peak UE: 43
PCT Time MIMO: 47.56
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3582
DL Data Vol MAC in MB: 5936.93
CA Activation Rate den: 209356

Time: 21:01:44
holiday: 0
CA DL DataVolRatio Pct num: 2226

Avg_Connected_UEs: 60.35
SIP DC%: 
DLRLCLayerDataVolume MB: 2700.41
DRB UL Data Volume MB: 3698
RRC Setup Attempts: 8793
weekend: 1
UPTP Mbps Num: 7152
CA Activation Rate: 18.56
hr: 23
MAC_UE_SC_Tput: 5172.14

hr: 23
CA Activation Rate num: 3012200
SIP_SC_Total_MOU: 95.82
Peak UE: 27
MB_per_connected_UE: 183.93
PCT Time MIMO: 64.52
DL Volume: 2732

Time: 13:00:26
holiday: 0

Avg_Connected_UEs: 35.11
SIP DC%: 
UPTP_Mbps: 43.47
S1U_SIP_SC_SEER: 99.8
DRB UL Data Volume MB: 7518
CA DL DataVolRatio Pct den: 1716
CA Conf FailRate Pct den: 4117
RSSIRX1 Avg: -95.82
weekend: 0
CA Activation Rate: 14.59
hr: 15
MAC_UE_SC_Tput: 17161.82
Bearer Releases: 17218

hr: 15
Setup_Fail_DEN: 8941
Peak UE: 27
MB_per_connected_UE: 171.43
PCT Time MIMO: 63.46
DL Data Vol MAC in MB: 4112.33
CA Activation Rate den: 144379

holiday: 0
HO_att_InterFreq: 743
CA DL DataVolRatio Pct num: 7623

SIP DC%: 
DLRLCLayerDataVolume MB: 5713.63
UL Resid BLER PCT: 1.26
RRC Setup Attempts: 5992
CA DL DataVolRatio Pct den: 8232
weekend: 0
UPTP Mbps Num: 29153
CA Activation Rate: 53.02
hr: 0
MAC_UE_SC_Tput: 12892.28
Bearer Releases: 16700

hr: 0
CA Activation Rate num: 8454541
Setup_Fail_DEN: 8527
SIP_SC_Total_MOU: 38.91
Peak UE: 56
MB_per_connected_UE: 62.08
DL Volume: 730
CA Activation Rate den: 51191

Time: 05:52:30
holiday: 0
CA DL DataVolRatio Pct: 59.42
CA DL DataVolRatio Pct num: 1933

DL MAC Vol Scell Pct: 19.74
SIP DC%: 
UPTP_Mbps: 9.49
DLRLCLayerDataVolume MB: 6945.64
RRC Setup Attempts: 6963
CA DL DataVolRatio Pct den: 5511
CA Conf FailRate Pct den: 4323
weekend: 1
hr: 23
MAC_UE_SC_Tput: 12811.74

hr: 23
CA Activation Rate num: 9297531
UPTP Mbps Den: 446
SIP_SC_Total_MOU: 221.56
Peak UE: 77
MB_per_connected_UE: 179.75
DL Data Vol MAC in MB: 10048.55
CA Activation Rate den: 104011

Combined RACH Preambles: 3073
Time: 16:27:00
holiday: 0
HO_att_InterFreq: 495

SIP DC%: 
UPTP_Mbps: 22.09
DRB UL Data Volume MB: 9016
CA DL DataVolRatio Pct den: 9395
CA Conf FailRate Pct den: 6640
weekend: 0
CA Activation Rate: 9.69
hr: 23
MAC_UE_SC_Tput: 4728.55
Bearer Releases: 8750

hr: 23
Setup_Fail_DEN: 14893
Peak UE: 27
MB_per_connected_UE: 181.72

Time: 00:48:13
holiday: 0

Avg_Connected_UEs: 29.73
SIP DC%: 
UPTP_Mbps: 43.92
DLRLCLayerDataVolume MB: 5847.57
Avg_PUCCH_SINR: 17.23
PRB Util%: 44.63
CA DL DataVolRatio Pct den: 2134
weekend: 0
UPTP Mbps Num: 32080
S1U_SIP_SC_SEER_num: 176
CA Activation Rate: 62.09
hr: 20
MAC_UE_SC_Tput: 27263.52
Bearer Releases: 11331

hr: 20
CA Activation Rate num: 11017833
UPTP Mbps Den: 580
SIP_SC_Total_MOU: 19.4
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 142.52
PCT Time MIMO: 61.69
DL Volume: 1353

Combined RACH Preambles: 2358
Time: 04:48:00
holiday: 0
CA DL DataVolRatio Pct num: 6750

SIP DC%: 
UPTP_Mbps: 46.3
DLRLCLayerDataVolume MB: 9997.87
DRB UL Data Volume MB: 8133
CA Conf FailRate Pct den: 8306
weekend: 0
S1U_SIP_SC_SEER_num: 165
hr: 0

hr: 0
CA Activation Rate num: 3026803
UPTP Mbps Den: 2694
Peak UE: 27
MB_per_connected_UE: 33.64
PCT Time MIMO: 32.55
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4466
DL Data Vol MAC in MB: 403.65

Time: 12:16:21
holiday: 0
CA DL DataVolRatio Pct: 89.27

SIP DC%: 
DRB UL Data Volume MB: 9550
PRB Util%: 12.73
weekend: 0
CA Activation Rate: 18.09
hr: 18
MAC_UE_SC_Tput: 4243.27
Bearer Releases: 8395

hr: 18
CA Activation Rate num: 8102820
Setup_Fail_DEN: 13255
SIP_SC_Total_MOU: 192.63
Peak UE: 29
DL Volume: 9689
CA Activation Rate den: 157496

Time: 18:33:46
holiday: 0
CA DL DataVolRatio Pct: 58.18

SIP DC%: 
DLRLCLayerDataVolume MB: 6005.56
PRB Util%: 36.8
CA Conf FailRate Pct den: 9485
weekend: 0
UPTP Mbps Num: 52851
hr: 23
MAC_UE_SC_Tput: 6530.01

hr: 23
CA Activation Rate num: 5934874
Setup_Fail_DEN: 13814
SIP_SC_Total_MOU: 228.61
Peak UE: 27
VOLTE IA%: 0.57
MB_per_connected_UE: 97.29
DL Data Vol MAC in MB: 7787.69

Time: 19:44:20
holiday: 0
CA DL DataVolRatio Pct num: 6209

Avg_Connected_UEs: 50.35
SIP DC%: 
DLRLCLayerDataVolume MB: 2480.63
RRC Setup Attempts: 5168
weekend: 0
UPTP Mbps Num: 54253
CA Activation Rate: 34.31
hr: 23
MAC_UE_SC_Tput: 12263.69

hr: 23
CA Activation Rate num: 3770733
UPTP Mbps Den: 2608
Setup_Fail_DEN: 20018
Peak UE: 27
MB_per_connected_UE: 145.63
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8720
DL Data Vol MAC in MB: 8136.7
CA Activation Rate den: 67087

Time: 23:49:22
holiday: 0

Avg_Connected_UEs: 45.6
SIP DC%: 
RRC Setup Attempts: 5903
CA DL DataVolRatio Pct den: 2672
weekend: 0
CA Activation Rate: 77.81
hr: 21
MAC_UE_SC_Tput: 15294.55

hr: 21
CA Activation Rate num: 5995587
UPTP Mbps Den: 1362
SIP_SC_Total_MOU: 0.23
Peak UE: 27
MB_per_connected_UE: 51.72
PCT Time MIMO: 32.77
DL Volume: 5349
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9313
CA Activation Rate den: 68214

Time: 14:45:56
holiday: 0

Avg_Connected_UEs: 83.85
SIP DC%: 
DLRLCLayerDataVolume MB: 5462.03
PRB Util%: 72.68
CA Conf FailRate Pct den: 5228
weekend: 0
CA Activation Rate: 63.78
hr: 23
MAC_UE_SC_Tput: 5872.01

hr: 23
CA Activation Rate num: 5661322
UPTP Mbps Den: 5526
Setup_Fail_DEN: 15955
SIP_SC_Total_MOU: 57.67
Peak UE: 31
MB_per_connected_UE: 131.71
DL Data Vol MAC in MB: 7731.98

Combined RACH Preambles: 2003
Time: 09:32:51
holiday: 0
CA DL DataVolRatio Pct num: 638

SIP DC%: 
DLRLCLayerDataVolume MB: 2154.69
PRB Util%: 24.03
RRC Setup Attempts: 5248
weekend: 0
UPTP Mbps Num: 43489
CA Activation Rate: 4.16
hr: 6
Bearer Releases: 11963

hr: 6
CA Activation Rate num: 5604446
UPTP Mbps Den: 1354
SIP_SC_Total_MOU: 256.29
Peak UE: 27
MB_per_connected_UE: 84.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7996
DL Data Vol MAC in MB: 8900.2
CA Activation Rate den: 116484

Time: 22:03:25
holiday: 0
CA DL DataVolRatio Pct: 82.29

DL MAC Vol Scell Pct: 32.67
SIP DC%: 
DLRLCLayerDataVolume MB: 3792.69
PRB Util%: 11.68
DL Packet Loss Pct: 2.85
CA DL DataVolRatio Pct den: 1937
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7206.32

hr: 23
Setup_Fail_DEN: 10934
SIP_SC_Total_MOU: 206.89
Peak UE: 27
MB_per_connected_UE: 55.55

Time: 11:51:46
holiday: 0

Avg_Connected_UEs: 56.81
SIP DC%: 
UPTP_Mbps: 43.65
DLRLCLayerDataVolume MB: 6031.3
RRC Setup Attempts: 3755
weekend: 0
UPTP Mbps Num: 7033
CA Activation Rate: 14.92
hr: 12
MAC_UE_SC_Tput: 12781.22

hr: 12
CA Activation Rate num: 5763888
Setup_Fail_DEN: 13511
Peak UE: 49
MB_per_connected_UE: 10.33
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3465
DL Data Vol MAC in MB: 5740.77
CA Activation Rate den: 57003

Time: 10:32:01
holiday: 0
CA DL DataVolRatio Pct num: 935

Avg_Connected_UEs: 35.89
SIP DC%: 
UPTP_Mbps: 22.23
DLRLCLayerDataVolume MB: 3915.03
RRC Setup Attempts: 4913
CA DL DataVolRatio Pct den: 3476
CA Conf FailRate Pct den: 4303
weekend: 0
UPTP Mbps Num: 42120
CA Activation Rate: 14.48
hr: 23
Bearer Releases: 9702

hr: 23
CA Activation Rate num: 10684560
UPTP Mbps Den: 1359
Setup_Fail_DEN: 10819
Peak UE: 27
MB_per_connected_UE: 106.7
DL Volume: 732
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5320
DL Data Vol MAC in MB: 2908.25

holiday: 0
HO Attempts: 823

DL MAC Vol Scell Pct: 36.89
SIP DC%: 
UPTP_Mbps: 34.56
DLRLCLayerDataVolume MB: 9565.12
DRB UL Data Volume MB: 5241
RRC Setup Attempts: 5638
CA DL DataVolRatio Pct den: 3802
weekend: 0
UPTP Mbps Num: 7913
CA Activation Rate: 14.68
hr: 23
MAC_UE_SC_Tput: 6761.68

hr: 23
CA Activation Rate num: 10239410
UPTP Mbps Den: 3216
Peak UE: 27
MB_per_connected_UE: 53.37
PCT Time MIMO: 33.24
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8499
CA Activation Rate den: 165880

Combined RACH Preambles: 2001
Time: 09:15:30
holiday: 0
CA DL DataVolRatio Pct num: 1378

SIP DC%: 
DLRLCLayerDataVolume MB: 6952.42
DRB UL Data Volume MB: 5206
PRB Util%: 40.97
RRC Setup Attempts: 3841
CA DL DataVolRatio Pct den: 6752
CA Conf FailRate Pct den: 5846
RSSIRX1 Avg: -94.03
weekend: 1
UPTP Mbps Num: 46738
hr: 14
MAC_UE_SC_Tput: 10471.67

hr: 14
CA Activation Rate num: 5769759
Setup_Fail_DEN: 11552
Peak UE: 27
MB_per_connected_UE: 84.81
DL Data Vol MAC in MB: 2467.02
CA Activation Rate den: 105132
Combined RACH Preambles: 3476

Time: 00:20:27
holiday: 0

Avg_Connected_UEs: 59.17
SIP DC%: 
UPTP_Mbps: 11.2
DLRLCLayerDataVolume MB: 9034.15
DRB UL Data Volume MB: 5533
PRB Util%: 35.12
CA Conf FailRate Pct den: 7577
weekend: 0
hr: 0
Bearer Releases: 6217

hr: 0
CA Activation Rate num: 3468642
UPTP Mbps Den: 212
Setup_Fail_DEN: 14014
SIP_SC_Total_MOU: 193.2
Peak UE: 80
MB_per_connected_UE: 125.33
PCT Time MIMO: 36.38
QCI 1 Bearer Releases: 134
CA Activation Rate den: 51932

Time: 22:34:04
holiday: 0

Avg_Connected_UEs: 56.41
SIP DC%: 
UPTP_Mbps: 43.83
DLRLCLayerDataVolume MB: 9508.99
RRC Setup Attempts: 3321
weekend: 0
UPTP Mbps Num: 35675
CA Activation Rate: 13.44
hr: 10
MAC_UE_SC_Tput: 18118.19

hr: 10
Setup_Fail_DEN: 9665
S1U_SIP_SC_SEER_den: 164
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6852
Combined RACH Preambles: 1983

Time: 00:58:59
holiday: 0
CA DL DataVolRatio Pct num: 1884

DL MAC Vol Scell Pct: 19.96
Avg_Connected_UEs: 79.48
SIP DC%: 
UPTP_Mbps: 22.6
DLRLCLayerDataVolume MB: 2210.43
DRB UL Data Volume MB: 9672
CA DL DataVolRatio Pct den: 3640
CA Conf FailRate Pct den: 6891
weekend: 0
UPTP Mbps Num: 25037
CA Activation Rate: 24.21
hr: 15
MAC_UE_SC_Tput: 17221.18
Bearer Releases: 18590

hr: 15
CA Activation Rate num: 9435647
UPTP Mbps Den: 5972
Setup_Fail_DEN: 10528
SIP_SC_Total_MOU: 31.84
Peak UE: 50
DL Data Vol MAC in MB: 4091.77
CA Activation Rate den: 56613

Combined RACH Preambles: 2661
Time: 14:10:34
holiday: 0
CA DL DataVolRatio Pct num: 7532

DL MAC Vol Scell Pct: 27.56
Avg_Connected_UEs: 82.15
SIP DC%: 
DLRLCLayerDataVolume MB: 7474.13
DRB UL Data Volume MB: 6533
CA DL DataVolRatio Pct den: 8036
weekend: 0
hr: 5

hr: 5
UPTP Mbps Den: 2022
Setup_Fail_DEN: 18669
SIP_SC_Total_MOU: 137.23
Peak UE: 27
MB_per_connected_UE: 30.21
PCT Time MIMO: 46.4
DL Volume: 2823
DL Data Vol MAC in MB: 5768.07
CA Activation Rate den: 55975

Time: 10:56:04
holiday: 0
CA DL DataVolRatio Pct: 73.39

SIP DC%: 
CA DL DataVolRatio Pct den: 6179
weekend: 0
UPTP Mbps Num: 13793
CA Activation Rate: 3.51
hr: 21
MAC_UE_SC_Tput: 12801.63

hr: 21
CA Activation Rate num: 8527290
UPTP Mbps Den: 351
Setup_Fail_DEN: 10003
Peak UE: 28
MB_per_connected_UE: 27.39
PCT Time MIMO: 58.11
DL Volume: 8886
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6000
DL Data Vol MAC in MB: 9778.17
CA Activation Rate den: 74982

Time: 00:16:50
holiday: 0

DL MAC Vol Scell Pct: 15.02
Avg_Connected_UEs: 57.39
SIP DC%: 
DLRLCLayerDataVolume MB: 6249.4
DRB UL Data Volume MB: 6114
CA DL DataVolRatio Pct den: 8403
weekend: 0
UPTP Mbps Num: 18251
CA Activation Rate: 60.85
hr: 4
MAC_UE_SC_Tput: 10657.34
Bearer Releases: 10037

hr: 4
CA Activation Rate num: 6664320
UPTP Mbps Den: 3010
Setup_Fail_DEN: 7947
SIP_SC_Total_MOU: 12.99
Peak UE: 78
PCT Time MIMO: 52.13
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6326

Time: 11:23:59
holiday: 0

DL MAC Vol Scell Pct: 32.4
SIP DC%: 
DLRLCLayerDataVolume MB: 9689.69
CA DL DataVolRatio Pct den: 5499
weekend: 1
CA Activation Rate: 33.72
hr: 21

hr: 21
CA Activation Rate num: 3916716
Setup_Fail_DEN: 9299
Peak UE: 65
MB_per_connected_UE: 106.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3928
DL Data Vol MAC in MB: 9386.54

Time: 16:39:48
holiday: 0

Avg_Connected_UEs: 71.47
SIP DC%: 
UPTP_Mbps: 60.82
DLRLCLayerDataVolume MB: 315.28
PRB Util%: 43.53
RRC Setup Attempts: 3590
CA DL DataVolRatio Pct den: 3227
CA Conf FailRate Pct den: 5797
weekend: 0
hr: 23
MAC_UE_SC_Tput: 9946.7
Bearer Releases: 13137

hr: 23
CA Activation Rate num: 9048679
Setup_Fail_DEN: 9979
SIP_SC_Total_MOU: 228.71
Peak UE: 86
MB_per_connected_UE: 184.94
PCT Time MIMO: 34.31
UL Throughput: 9.01
DL Data Vol MAC in MB: 9000.72
CA Activation Rate den: 41180

Time: 17:20:07
holiday: 0

SIP DC%: 
UPTP_Mbps: 29.69
DLRLCLayerDataVolume MB: 355.91
DRB UL Data Volume MB: 8770
RRC Setup Attempts: 5457
CA DL DataVolRatio Pct den: 5497
weekend: 1
S1U_SIP_SC_SEER_num: 250
CA Activation Rate: 26.74
hr: 11
MAC_UE_SC_Tput: 8969.65

hr: 11
CA Activation Rate num: 3976588
Setup_Fail_DEN: 7324
SIP_SC_Total_MOU: 260.12
Peak UE: 62
MB_per_connected_UE: 162.85
DL Volume: 2907
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4904
DL Data Vol MAC in MB: 7333.13
CA Activation Rate den: 86657

Combined RACH Preambles: 3934
Time: 05:27:41
holiday: 0

DL MAC Vol Scell Pct: 9.15
SIP DC%: 
DLRLCLayerDataVolume MB: 6868.81
RRC Setup Attempts: 4761
weekend: 0
hr: 0
MAC_UE_SC_Tput: 14794.9
Bearer Releases: 7389

hr: 0
CA Activation Rate num: 3622028
Setup_Fail_DEN: 10774
SIP_SC_Total_MOU: 113.61
Peak UE: 27
MB_per_connected_UE: 146.09
DL Volume: 2211
DL Data Vol MAC in MB: 7564.78

Time: 19:51:19
holiday: 0
CA DL DataVolRatio Pct: 60.6
HO_att_InterFreq: 284
CA DL DataVolRatio Pct num: 4536

SIP DC%: 
PRB Util%: 33.58
CA DL DataVolRatio Pct den: 9557
weekend: 0
UPTP Mbps Num: 18407
CA Activation Rate: 12.39
hr: 19
MAC_UE_SC_Tput: 7585.48
Bearer Releases: 9746

hr: 19
CA Activation Rate num: 6743397
Setup_Fail_DEN: 8277
Peak UE: 27
DL Volume: 7365
DL Data Vol MAC in MB: 2711.69
CA Activation Rate den: 106582

Time: 09:30:27
holiday: 0
HO_att_InterFreq: 228

SIP DC%: 
DLRLCLayerDataVolume MB: 1533.06
DRB UL Data Volume MB: 5855
CA Conf FailRate Pct den: 8842
weekend: 0
CA Activation Rate: 66.4
hr: 23
MAC_UE_SC_Tput: 6764.35
Bearer Releases: 8725

hr: 23
CA Activation Rate num: 9610099
UPTP Mbps Den: 5381
Setup_Fail_DEN: 10068
SIP_SC_Total_MOU: 209.64
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 157.17
DL Volume: 1574

Combined RACH Preambles: 2500
Time: 14:04:15
holiday: 0
CA DL DataVolRatio Pct: 63.68

Avg_Connected_UEs: 34
SIP DC%: 
UPTP_Mbps: 100.85
DLRLCLayerDataVolume MB: 7926
CA DL DataVolRatio Pct den: 4444
CA Conf FailRate Pct den: 7305
weekend: 0
UPTP Mbps Num: 21248
hr: 6
MAC_UE_SC_Tput: 4519.3
Bearer Releases: 9479

hr: 6
CA Activation Rate num: 5129254
UPTP Mbps Den: 3099
SIP_SC_Total_MOU: 308.28
Peak UE: 46
MB_per_connected_UE: 49.89
PCT Time MIMO: 49.86
UL Throughput: 7.26
CA Activation Rate den: 77445

Time: 23:47:35
holiday: 0
HO Attempts: 115

DL MAC Vol Scell Pct: 19.85
Avg_Connected_UEs: 52.98
SIP DC%: 
UPTP_Mbps: 45.75
DLRLCLayerDataVolume MB: 998.38
DRB UL Data Volume MB: 6985
RRC Setup Attempts: 7254
CA DL DataVolRatio Pct den: 8970
weekend: 0
CA Activation Rate: 66.06
hr: 23
MAC_UE_SC_Tput: 5737.3
Bearer Releases: 9247

hr: 23
CA Activation Rate num: 5080428
UPTP Mbps Den: 2789
UL MAC Vol Scell Pct: 1.84
Peak UE: 99
MB_per_connected_UE: 97.39
PCT Time MIMO: 62.79
DL Volume: 3348
DL Data Vol MAC in MB: 2502.05

holiday: 0
CA DL DataVolRatio Pct: 62.49
HO_att_InterFreq: 404
CA DL DataVolRatio Pct num: 141

SIP DC%: 
UPTP_Mbps: 42.21
DLRLCLayerDataVolume MB: 4149.14
DRB UL Data Volume MB: 6559
PRB Util%: 9.71
RRC Setup Attempts: 3487
CA Conf FailRate Pct den: 5207
weekend: 0
CA Activation Rate: 44.41
hr: 17
MAC_UE_SC_Tput: 6203.46
Bearer Releases: 6800

hr: 17
CA Activation Rate num: 1202450
Setup_Fail_DEN: 16181
SIP_SC_Total_MOU: 178.75
Peak UE: 27
MB_per_connected_UE: 192.87
DL Volume: 1167
CA Activation Rate den: 134310

Time: 03:22:04
holiday: 0

DL MAC Vol Scell Pct: 6.02
Avg_Connected_UEs: 39.88
SIP DC%: 
DLRLCLayerDataVolume MB: 4704.38
CA DL DataVolRatio Pct den: 9183
weekend: 0
CA Activation Rate: 46.44
hr: 5

hr: 5
CA Activation Rate num: 10184942
UPTP Mbps Den: 4148
Setup_Fail_DEN: 17578
Peak UE: 54
MB_per_connected_UE: 49.72
UL Throughput: 4.84
CA Activation Rate den: 101765

Time: 06:07:05
holiday: 0
CA DL DataVolRatio Pct num: 4140

Avg_Connected_UEs: 47.38
SIP DC%: 
DLRLCLayerDataVolume MB: 8423.87
DRB UL Data Volume MB: 6097
weekend: 0
CA Activation Rate: 34.65
hr: 9
MAC_UE_SC_Tput: 6207.5

hr: 9
CA Activation Rate num: 8337781
Setup_Fail_DEN: 15469
Peak UE: 27
MB_per_connected_UE: 194.6
DL Data Vol MAC in MB: 2793.36
CA Activation Rate den: 198272

Time: 13:04:57
holiday: 0
CA DL DataVolRatio Pct: 67.31

Avg_Connected_UEs: 53.6
SIP DC%: 
DLRLCLayerDataVolume MB: 1097.62
DRB UL Data Volume MB: 1858
RRC Setup Attempts: 7474
weekend: 0
UPTP Mbps Num: 6799
CA Activation Rate: 53.6
hr: 2
MAC_UE_SC_Tput: 4715.83

hr: 2
CA Activation Rate num: 1405726
Setup_Fail_DEN: 10302
Peak UE: 27
MB_per_connected_UE: 173.85
DL Volume: 1668
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8889

Time: 01:08:26
holiday: 0
CA DL DataVolRatio Pct: 78.5
CA DL DataVolRatio Pct num: 7167

Avg_Connected_UEs: 36.83
SIP DC%: 
UPTP_Mbps: 98.44
DLRLCLayerDataVolume MB: 7680.65
PRB Util%: 58.29
RRC Setup Attempts: 9053
weekend: 0
UPTP Mbps Num: 19471
CA Activation Rate: 16.52
hr: 7
MAC_UE_SC_Tput: 16017.99
Bearer Releases: 18088

hr: 7
CA Activation Rate num: 2763449
UPTP Mbps Den: 644
Setup_Fail_DEN: 7808
Peak UE: 27
MB_per_connected_UE: 142.12
PCT Time MIMO: 46.22
DL Volume: 5854
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4396

Combined RACH Preambles: 2956
Time: 16:51:11
holiday: 0
CA DL DataVolRatio Pct num: 569

SIP DC%: 
DLRLCLayerDataVolume MB: 6385.42
PRB Util%: 8.66
CA DL DataVolRatio Pct den: 1350
CA Conf FailRate Pct den: 7257
weekend: 0
UPTP Mbps Num: 4779
RSSIRX2 Avg: -94.51
hr: 2
MAC_UE_SC_Tput: 4689.05
Bearer Releases: 6952

hr: 2
CA Activation Rate num: 8012883
Setup_Fail_DEN: 9690
Peak UE: 49
MB_per_connected_UE: 62.58
DL Volume: 1742
CA Activation Rate den: 119239

holiday: 0
CA DL DataVolRatio Pct: 84.7

Avg_Connected_UEs: 44.14
SIP DC%: 
DLRLCLayerDataVolume MB: 9126.62
DRB UL Data Volume MB: 3799
PRB Util%: 8.7
RRC Setup Attempts: 6113
weekend: 0
UPTP Mbps Num: 36162
hr: 19
MAC_UE_SC_Tput: 7601.27
Bearer Releases: 11642

hr: 19
CA Activation Rate num: 6217647
Setup_Fail_DEN: 15543
Peak UE: 80
MB_per_connected_UE: 156.83
DL Volume: 935
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6451
CA Activation Rate den: 109641

Combined RACH Preambles: 3414
Time: 05:52:16
holiday: 0

Avg_Connected_UEs: 29.4
SIP DC%: 
UPTP_Mbps: 14.73
PRB Util%: 23.49
RRC Setup Attempts: 4501
CA Conf FailRate Pct den: 4508
weekend: 0
CA Activation Rate: 44.03
hr: 21
MAC_UE_SC_Tput: 10234.8
Bearer Releases: 17919

hr: 21
CA Activation Rate num: 5331656
Setup_Fail_DEN: 14347
SIP_SC_Total_MOU: 166.18
Peak UE: 36
VOLTE IA%: 
MB_per_connected_UE: 80.75
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4197

Time: 17:01:21
holiday: 0
CA DL DataVolRatio Pct: 86.29
CA DL DataVolRatio Pct num: 7088

SIP DC%: 
UPTP_Mbps: 80
DRB UL Data Volume MB: 5507
CA Conf FailRate Pct den: 5257
weekend: 1
UPTP Mbps Num: 36881
CA Activation Rate: 37.41
hr: 0
MAC_UE_SC_Tput: 4746.27

hr: 0
CA Activation Rate num: 9855699
Peak UE: 48
MB_per_connected_UE: 91.77
DL Volume: 1551
CA Activation Rate den: 75849
Time: 17:41:45

holiday: 0
CA DL DataVolRatio Pct: 71.91

SIP DC%: 
DLRLCLayerDataVolume MB: 2344.12
PRB Util%: 32.23
RRC Setup Attempts: 6698
CA DL DataVolRatio Pct den: 6603
CA Conf FailRate Pct den: 7290
weekend: 0
CA Activation Rate: 49.44
hr: 23
MAC_UE_SC_Tput: 8069.6
Bearer Releases: 6423

hr: 23
CA Activation Rate num: 1423247
UPTP Mbps Den: 540
Setup_Fail_DEN: 12430
Peak UE: 49
MB_per_connected_UE: 110.53
PCT Time MIMO: 48.72
DL Volume: 1804
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4472
DL Data Vol MAC in MB: 8729.81
CA Activation Rate den: 107524

Time: 23:55:51
holiday: 0
CA DL DataVolRatio Pct: 81.82
CA DL DataVolRatio Pct num: 3866

Avg_Connected_UEs: 71.26
SIP DC%: 
DLRLCLayerDataVolume MB: 4320.43
PRB Util%: 67.3
RRC Setup Attempts: 8898
CA DL DataVolRatio Pct den: 4679
weekend: 0
CA Activation Rate: 26.02
hr: 4
MAC_UE_SC_Tput: 5564.71
Bearer Releases: 6238

hr: 4
CA Activation Rate num: 13339658
Setup_Fail_DEN: 16110
SIP_SC_Total_MOU: 138.34
Peak UE: 69
DL Volume: 5215
DL Data Vol MAC in MB: 9062.32

Combined RACH Preambles: 3767
Time: 09:45:48
holiday: 0
CA DL DataVolRatio Pct: 66.48
CA DL DataVolRatio Pct num: 5963

SIP DC%: 
DRB UL Data Volume MB: 569
CA DL DataVolRatio Pct den: 6700
weekend: 0
UPTP Mbps Num: 39554
hr: 8
MAC_UE_SC_Tput: 10528.27

hr: 8
CA Activation Rate num: 415997
Setup_Fail_DEN: 10071
SIP_SC_Total_MOU: 168.42
Peak UE: 60
MB_per_connected_UE: 27.92
PCT Time MIMO: 39.24
DL Data Vol MAC in MB: 2978.87
CA Activation Rate den: 90524

Combined RACH Preambles: 3985
Time: 21:57:47
holiday: 0

Avg_Connected_UEs: 83.78
SIP DC%: 
UPTP_Mbps: 36.47
DLRLCLayerDataVolume MB: 2126.31
RRC Setup Attempts: 6603
CA Conf FailRate Pct den: 6489
weekend: 0
CA Activation Rate: 33.76
hr: 10
MAC_UE_SC_Tput: 26253.32

hr: 10
CA Activation Rate num: 5134447
UPTP Mbps Den: 1472
SIP_SC_Total_MOU: 359.39
Peak UE: 30
MB_per_connected_UE: 167.9
DL Volume: 2638
UL Throughput: 3.7
DL Data Vol MAC in MB: 6908.98

Time: 05:01:07
holiday: 0
CA DL DataVolRatio Pct: 86.51

DL MAC Vol Scell Pct: 12.43
SIP DC%: 
DLRLCLayerDataVolume MB: 1881.01
PRB Util%: 20.5
CA DL DataVolRatio Pct den: 4548
weekend: 0
hr: 15
MAC_UE_SC_Tput: 5272.25

hr: 15
CA Activation Rate num: 6749997
UPTP Mbps Den: 109
Setup_Fail_DEN: 10262
Peak UE: 30
PCT Time MIMO: 35.75
DL Data Vol MAC in MB: 3711.97

Time: 23:21:41
holiday: 0
SIP_SC_Call_Attempts: 282

SIP DC%: 
DRB UL Data Volume MB: 3011
PRB Util%: 72.38
RRC Setup Attempts: 5716
CA Conf FailRate Pct den: 9304
weekend: 0
UPTP Mbps Num: 5824
hr: 3
MAC_UE_SC_Tput: 5388.82
Bearer Releases: 10588

hr: 3
CA Activation Rate num: 5470776
UPTP Mbps Den: 105
Setup_Fail_DEN: 14769
SIP_SC_Total_MOU: 167.73
Peak UE: 43
MB_per_connected_UE: 129.86
DL Volume: 1071
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8124
DL Data Vol MAC in MB: 1063.27

Time: 04:55:21
Date: 05-11-2023
holiday: 0
CA DL DataVolRatio Pct: 68.98
CA DL DataVolRatio Pct num: 5305

DL MAC Vol Scell Pct: 49.01
SIP DC%: 
UPTP_Mbps: 36.98
DLRLCLayerDataVolume MB: 6997.2
DRB UL Data Volume MB: 2575
PRB Util%: 28.53
weekend: 0
UPTP Mbps Num: 6018
CA Activation Rate: 72.29
hr: 2
MAC_UE_SC_Tput: 7864.04

hr: 2
CA Activation Rate num: 10453224
UPTP Mbps Den: 1858
Setup_Fail_DEN: 7625
Peak UE: 27
DL Volume: 2214
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6809

Time: 15:47:02
holiday: 0
CA DL DataVolRatio Pct num: 6308

DL MAC Vol Scell Pct: 7.7
SIP DC%: 
PRB Util%: 52.86
CA Conf FailRate Pct den: 6671
weekend: 1
CA Activation Rate: 3.2
hr: 22
MAC_UE_SC_Tput: 18202.58

hr: 22
CA Activation Rate num: 13016549
Setup_Fail_DEN: 8831
SIP_SC_Total_MOU: 286.99
Peak UE: 65
MB_per_connected_UE: 74.6
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5363

Time: 21:04:28
holiday: 0
CA DL DataVolRatio Pct num: 5556

Avg_Connected_UEs: 51.27
SIP DC%: 
DLRLCLayerDataVolume MB: 4333.86
DRB UL Data Volume MB: 3076
RRC Setup Attempts: 4800
weekend: 0
UPTP Mbps Num: 29467
hr: 19
MAC_UE_SC_Tput: 5270.77
Bearer Releases: 7413

hr: 19
CA Activation Rate num: 9557488
UPTP Mbps Den: 1822
SIP_SC_Total_MOU: 148.82
Peak UE: 27
MB_per_connected_UE: 104.93
DL Volume: 4257
CA Activation Rate den: 144132

Combined RACH Preambles: 3007
Time: 13:31:05
holiday: 0
CA DL DataVolRatio Pct: 77.93

Avg_Connected_UEs: 26.58
SIP DC%: 
DRB UL Data Volume MB: 6951
PRB Util%: 30.04
RRC Setup Attempts: 3649
weekend: 0
hr: 15
MAC_UE_SC_Tput: 5855.92

hr: 15
CA Activation Rate num: 4701085
Peak UE: 27
MB_per_connected_UE: 145.4
PCT Time MIMO: 45.07
DL Volume: 1323
DL Data Vol MAC in MB: 259.41
CA Activation Rate den: 137143

Time: 17:10:46
holiday: 0
CA DL DataVolRatio Pct: 81.33

Avg_Connected_UEs: 22.43
SIP DC%: 
DLRLCLayerDataVolume MB: 9046.37
PRB Util%: 38.47
CA Conf FailRate Pct den: 9366
weekend: 0
UPTP Mbps Num: 4402
hr: 6
MAC_UE_SC_Tput: 11282.76
Bearer Releases: 8794

hr: 6
CA Activation Rate num: 1792800
UPTP Mbps Den: 2746
SIP_SC_Total_MOU: 99.22
Peak UE: 38
MB_per_connected_UE: 122.41
PCT Time MIMO: 35.78
DL Volume: 3406
DL Data Vol MAC in MB: 660.26

Combined RACH Preambles: 2083
Time: 12:50:03
holiday: 0

SIP DC%: 
UPTP_Mbps: 55.82
DLRLCLayerDataVolume MB: 3600.91
CA DL DataVolRatio Pct den: 4091
weekend: 0
UPTP Mbps Num: 28844
CA Activation Rate: 51.23
hr: 23
MAC_UE_SC_Tput: 13794.85
Bearer Releases: 18368

hr: 23
CA Activation Rate num: 10381923
Setup_Fail_DEN: 12552
SIP_SC_Total_MOU: 282.11
Peak UE: 27
MB_per_connected_UE: 85.23
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3854
CA Activation Rate den: 44051

Time: 01:37:00
holiday: 0
CA DL DataVolRatio Pct: 57.26

DL MAC Vol Scell Pct: 8.2
SIP DC%: 
DRB UL Data Volume MB: 8554
PRB Util%: 31.25
RRC Setup Attempts: 5538
weekend: 0
hr: 22
MAC_UE_SC_Tput: 4415.55

hr: 22
CA Activation Rate num: 8305873
UPTP Mbps Den: 2250
Setup_Fail_DEN: 10997
Peak UE: 66
MB_per_connected_UE: 138.14
DL Volume: 6351
CA Activation Rate den: 127024

Time: 06:19:31
holiday: 0

SIP DC%: 
UPTP_Mbps: 9.13
DLRLCLayerDataVolume MB: 1841.52
DRB UL Data Volume MB: 8023
DL Packet Loss Pct: 1.52
CA DL DataVolRatio Pct den: 5747
weekend: 1
hr: 20
MAC_UE_SC_Tput: 10962.28
Bearer Releases: 12682

hr: 20
CA Activation Rate num: 9838947
UPTP Mbps Den: 2295
Setup_Fail_DEN: 13393
SIP_SC_Total_MOU: 148.13
Peak UE: 29
MB_per_connected_UE: 39.78
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3863

Time: 14:34:58
holiday: 0
CA DL DataVolRatio Pct: 83.23

Avg_Connected_UEs: 54.03
SIP DC%: 
PRB Util%: 31.14
CA DL DataVolRatio Pct den: 8521
CA Conf FailRate Pct den: 3284
weekend: 0
UPTP Mbps Num: 7950
hr: 2
MAC_UE_SC_Tput: 8013.8
Bearer Releases: 9673

hr: 2
Setup_Fail_DEN: 10313
SIP_SC_Total_MOU: 282.75
Peak UE: 57
PCT Time MIMO: 53.82
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3243

Time: 16:24:31
holiday: 0
CA DL DataVolRatio Pct: 74.34

SIP DC%: 
UPTP_Mbps: 42.89
DRB UL Data Volume MB: 2175
PRB Util%: 26.8
RRC Setup Attempts: 3363
CA DL DataVolRatio Pct den: 2210
CA Conf FailRate Pct den: 8676
weekend: 0
hr: 0
MAC_UE_SC_Tput: 8485.52

hr: 0
UPTP Mbps Den: 279
MB_per_connected_UE: 41.88
DL Volume: 4685
DL Data Vol MAC in MB: 999.34
CA Activation Rate den: 219790
Time: 23:33:12

holiday: 0

DL MAC Vol Scell Pct: 11.29
SIP DC%: 
DLRLCLayerDataVolume MB: 496.55
DRB UL Data Volume MB: 6625
PRB Util%: 57.6
CA DL DataVolRatio Pct den: 9645
weekend: 0
UPTP Mbps Num: 21504
hr: 16
MAC_UE_SC_Tput: 7633.67

hr: 16
CA Activation Rate num: 6614586
Peak UE: 63
VOLTE IA%: 
MB_per_connected_UE: 79.52
PCT Time MIMO: 45.11
DL Volume: 7929
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4991
DL Data Vol MAC in MB: 5775.6

Time: 06:27:11
holiday: 0
CA DL DataVolRatio Pct num: 6591

DL MAC Vol Scell Pct: 39.08
Avg_Connected_UEs: 31.24
SIP DC%: 
UPTP_Mbps: 94.53
DLRLCLayerDataVolume MB: 8877.76
RRC Setup Attempts: 6821
CA DL DataVolRatio Pct den: 1691
weekend: 0
UPTP Mbps Num: 46257
CA Activation Rate: 69.77
hr: 2
MAC_UE_SC_Tput: 5450.98

hr: 2
UPTP Mbps Den: 2081
Setup_Fail_DEN: 14247
SIP_SC_Total_MOU: 182.11
Peak UE: 27
MB_per_connected_UE: 19.03
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4372
DL Data Vol MAC in MB: 9769.16
CA Activation Rate den: 70154

Combined RACH Preambles: 2032
Time: 21:00:49
holiday: 0
CA DL DataVolRatio Pct: 84.32
CA DL DataVolRatio Pct num: 1428

Avg_Connected_UEs: 70.61
SIP DC%: 
UPTP_Mbps: 30.39
DLRLCLayerDataVolume MB: 8627.25
DRB UL Data Volume MB: 3878
PRB Util%: 36.86
CA DL DataVolRatio Pct den: 9492
CA Conf FailRate Pct den: 4466
weekend: 0
hr: 15
MAC_UE_SC_Tput: 8032.33
Bearer Releases: 6971

hr: 15
CA Activation Rate num: 7779110
UPTP Mbps Den: 1709
Setup_Fail_DEN: 19943
Peak UE: 51
MB_per_connected_UE: 36.52
PCT Time MIMO: 37.92
DL Volume: 5100
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5386
UL Throughput: 14.45
DL Data Vol MAC in MB: 3361.1
CA Activation Rate den: 83902

Combined RACH Preambles: 4526
Time: 08:33:54
holiday: 0
CA DL DataVolRatio Pct: 73.43

Avg_Connected_UEs: 49.73
SIP DC%: 
DLRLCLayerDataVolume MB: 4169.36
DRB UL Data Volume MB: 6666
RRC Setup Attempts: 4879
RSSIRX1 Avg: -93.71
weekend: 0
UPTP Mbps Num: 42498
CA Activation Rate: 20.94
hr: 23
MAC_UE_SC_Tput: 20129.37
Bearer Releases: 11625

hr: 23
CA Activation Rate num: 9390349
UPTP Mbps Den: 2047
Setup_Fail_DEN: 14445
SIP_SC_Total_MOU: 60.32
Peak UE: 27
MB_per_connected_UE: 17.33
DL Data Vol MAC in MB: 7092.73
CA Activation Rate den: 69668

Time: 13:53:47
holiday: 0

Avg_Connected_UEs: 37.64
SIP DC%: 
UPTP_Mbps: 34.64
DRB UL Data Volume MB: 2129
PRB Util%: 66.06
weekend: 0
UPTP Mbps Num: 6232
CA Activation Rate: 27.02
hr: 23
MAC_UE_SC_Tput: 5104.63
Bearer Releases: 11477

hr: 23
CA Activation Rate num: 9655061
UPTP Mbps Den: 2296
Setup_Fail_DEN: 12764
SIP_SC_Total_MOU: 344.96
Peak UE: 27
MB_per_connected_UE: 36.16
PCT Time MIMO: 53.17
DL Data Vol MAC in MB: 8643.84
CA Activation Rate den: 78718

Time: 03:36:36
holiday: 0
CA DL DataVolRatio Pct num: 6298

DL MAC Vol Scell Pct: 40.59
Avg_Connected_UEs: 25
SIP DC%: 
UPTP_Mbps: 15.85
CA Conf FailRate Pct den: 9135
weekend: 0
hr: 7
MAC_UE_SC_Tput: 6825.48

hr: 7
CA Activation Rate num: 7564955
SIP_SC_Total_MOU: 333.63
Peak UE: 49
MB_per_connected_UE: 81.43
PCT Time MIMO: 64.32
DL Volume: 9521
DL Data Vol MAC in MB: 8580.67
CA Activation Rate den: 43536

Time: 07:35:18
holiday: 0
CA DL DataVolRatio Pct: 83.19
CA DL DataVolRatio Pct num: 6087

Avg_Connected_UEs: 55.25
SIP DC%: 
DLRLCLayerDataVolume MB: 5251.04
DRB UL Data Volume MB: 8597
CA DL DataVolRatio Pct den: 9790
weekend: 0
CA Activation Rate: 44.4
hr: 13

hr: 13
Setup_Fail_DEN: 15288
SIP_SC_Total_MOU: 21.63
Peak UE: 27
PCT Time MIMO: 56.93
DL Volume: 6013
DL Data Vol MAC in MB: 1066.57

Time: 22:26:43
holiday: 0

DL MAC Vol Scell Pct: 11.87
SIP DC%: 
DRB UL Data Volume MB: 6073
RRC Setup Attempts: 8360
CA DL DataVolRatio Pct den: 8849
weekend: 0
CA Activation Rate: 42.21
hr: 21
MAC_UE_SC_Tput: 4897.06

hr: 21
CA Activation Rate num: 740860
UPTP Mbps Den: 2148
SIP_SC_Total_MOU: 82
Peak UE: 27
MB_per_connected_UE: 24.15
PCT Time MIMO: 44
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5596
Combined RACH Preambles: 2049

Time: 18:15:37
holiday: 0
CA DL DataVolRatio Pct: 45.91

DL MAC Vol Scell Pct: 30.87
Avg_Connected_UEs: 41.31
SIP DC%: 
DLRLCLayerDataVolume MB: 5940.18
PRB Util%: 41.03
CA DL DataVolRatio Pct den: 3409
CA Conf FailRate Pct den: 5356
weekend: 0
CA Activation Rate: 22.01
hr: 4
MAC_UE_SC_Tput: 7188.17
Bearer Releases: 8435

hr: 4
CA Activation Rate num: 4808048
SIP_SC_Total_MOU: 122.62
Peak UE: 47
MB_per_connected_UE: 104.14
PCT Time MIMO: 47.6

Combined RACH Preambles: 2341
Time: 19:43:40
holiday: 0

Avg_Connected_UEs: 56.71
SIP DC%: 
DLRLCLayerDataVolume MB: 5340.95
CA DL DataVolRatio Pct den: 2252
weekend: 0
UPTP Mbps Num: 5487
CA Activation Rate: 62.54
hr: 9
MAC_UE_SC_Tput: 10375.34
Bearer Releases: 6854

hr: 9
UPTP Mbps Den: 5043
Setup_Fail_DEN: 8595
SIP_SC_Total_MOU: 183.38
Peak UE: 27
MB_per_connected_UE: 42.54
PCT Time MIMO: 35.64
DL Volume: 3677

Combined RACH Preambles: 2071
Time: 15:22:52
holiday: 0
CA DL DataVolRatio Pct num: 6935

SIP DC%: 
UPTP_Mbps: 7.77
DLRLCLayerDataVolume MB: 2355
DRB UL Data Volume MB: 540
PRB Util%: 29.5
CA DL DataVolRatio Pct den: 4980
weekend: 0
UPTP Mbps Num: 3629
hr: 8
MAC_UE_SC_Tput: 7971.28

hr: 8
CA Activation Rate num: 9282396
UPTP Mbps Den: 971
SIP_SC_Total_MOU: 192.6
Peak UE: 36
MB_per_connected_UE: 10.89
PCT Time MIMO: 44.56
UL Throughput: 7.24
DL Data Vol MAC in MB: 1237.16
CA Activation Rate den: 181768

Time: 05:10:01
holiday: 0
HO_att_InterFreq: 300
CA DL DataVolRatio Pct num: 7244

DL MAC Vol Scell Pct: 22.03
SIP DC%: 
UPTP_Mbps: 35.13
RRC Setup Attempts: 6234
CA Conf FailRate Pct den: 4766
weekend: 1
hr: 23
MAC_UE_SC_Tput: 4966.6

hr: 23
CA Activation Rate num: 8246962
Peak UE: 39
MB_per_connected_UE: 202.34
PCT Time MIMO: 61.98
DL Data Vol MAC in MB: 4095.05
CA Activation Rate den: 82287

Time: 01:57:53
holiday: 0

Avg_Connected_UEs: 61.39
SIP DC%: 
DLRLCLayerDataVolume MB: 1265.79
PRB Util%: 37.4
RRC Setup Attempts: 5157
CA DL DataVolRatio Pct den: 9186
weekend: 1
hr: 5
MAC_UE_SC_Tput: 15940.02
Bearer Releases: 8000

hr: 5
CA Activation Rate num: 5269270
Peak UE: 88
MB_per_connected_UE: 130.84
PCT Time MIMO: 52.42
DL Data Vol MAC in MB: 10074.18
CA Activation Rate den: 203785

Time: 00:25:23
holiday: 0
CA DL DataVolRatio Pct: 66.86

Avg_Connected_UEs: 52.09
SIP DC%: 
UPTP_Mbps: 20.46
DLRLCLayerDataVolume MB: 6751.91
RRC Setup Attempts: 4683
weekend: 0
hr: 23
Bearer Releases: 7700

hr: 23
CA Activation Rate num: 6209178
Setup_Fail_DEN: 8953
Peak UE: 38
MB_per_connected_UE: 164.39
DL Volume: 8249
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6385
CA Activation Rate den: 131221

Combined RACH Preambles: 3648
Time: 07:54:58
holiday: 0
HO_att_InterFreq: 676

SIP DC%: 
DLRLCLayerDataVolume MB: 8596.78
HQ_EXE_TOTARGET_FAILURE_QCI_1: 0.19
RRC Setup Attempts: 8443
weekend: 0
UPTP Mbps Num: 39873
CA Activation Rate: 38.42
hr: 13
MAC_UE_SC_Tput: 5727.9

hr: 13
CA Activation Rate num: 2384499
Peak UE: 88
MB_per_connected_UE: 12.37
DL Volume: 8947
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4294
CA Activation Rate den: 73334

Time: 14:17:46
holiday: 0
CA DL DataVolRatio Pct: 49.03

DL MAC Vol Scell Pct: 5.99
SIP DC%: 
DLRLCLayerDataVolume MB: 1834.4
DRB UL Data Volume MB: 2162
CA Conf FailRate Pct den: 8796
weekend: 0
hr: 18
MAC_UE_SC_Tput: 11467.41
Bearer Releases: 6972

hr: 18
CA Activation Rate num: 6536663
Setup_Fail_DEN: 9376
SIP_SC_Total_MOU: 357.96
Peak UE: 42
DL Data Vol MAC in MB: 1824.38
CA Activation Rate den: 108534

Time: 03:00:21
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5813.1
RRC Setup Attempts: 3962
weekend: 0
UPTP Mbps Num: 10489
hr: 10
MAC_UE_SC_Tput: 14959.25

hr: 10
CA Activation Rate num: 1943269
Peak UE: 27
MB_per_connected_UE: 70.81
PCT Time MIMO: 48.67
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3229
DL Data Vol MAC in MB: 4660.88

Time: 22:48:04
holiday: 0
HO Attempts: 690

DL MAC Vol Scell Pct: 6.93
SIP DC%: 
DLRLCLayerDataVolume MB: 6857.59
PRB Util%: 21.8
CA DL DataVolRatio Pct den: 3731
CA Conf FailRate Pct den: 7123
weekend: 0
UPTP Mbps Num: 35588
CA Activation Rate: 5.1
hr: 13
MAC_UE_SC_Tput: 11182.94

hr: 13
CA Activation Rate num: 4907829
Setup_Fail_DEN: 13755
Peak UE: 27
MB_per_connected_UE: 40.06
CA Activation Rate den: 144801

Combined RACH Preambles: 3675
Time: 19:25:55
holiday: 0
CA DL DataVolRatio Pct: 82.57

SIP DC%: 
UPTP_Mbps: 130.63
weekend: 0
UPTP Mbps Num: 35967
hr: 14
MAC_UE_SC_Tput: 4173.26

hr: 14
CA Activation Rate num: 10944894
Setup_Fail_DEN: 7303
SIP_SC_Total_MOU: 291.92
Peak UE: 27
DL Data Vol MAC in MB: 2607.93

Time: 09:19:04
holiday: 0
CA DL DataVolRatio Pct num: 6647

Avg_Connected_UEs: 30
SIP DC%: 
UPTP_Mbps: 47.5
DRB UL Data Volume MB: 6594
PRB Util%: 27.97
CA DL DataVolRatio Pct den: 4820
CA Conf FailRate Pct den: 4206
RSSIRX1 Avg: -93.7
weekend: 0
UPTP Mbps Num: 2040
CA Activation Rate: 15.84
hr: 23
MAC_UE_SC_Tput: 5873.39
Bearer Releases: 10354

hr: 23
CA Activation Rate num: 1225474
UPTP Mbps Den: 2009
Peak UE: 30
MB_per_connected_UE: 115.82
PCT Time MIMO: 65.68
DL Data Vol MAC in MB: 6169.37
CA Activation Rate den: 140989

Time: 10:57:39
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 4098
CA DL DataVolRatio Pct den: 10147
weekend: 0
hr: 20
Bearer Releases: 8639

hr: 20
CA Activation Rate num: 1296361
UPTP Mbps Den: 2439
Setup_Fail_DEN: 15642
Peak UE: 27
MB_per_connected_UE: 9.46
UL Throughput: 5.52
DL Data Vol MAC in MB: 7407.06
CA Activation Rate den: 92203

Time: 21:21:54
holiday: 0

Avg_Connected_UEs: 57
SIP DC%: 
UPTP_Mbps: 22.19
CA DL DataVolRatio Pct den: 9424
CA Conf FailRate Pct den: 7169
weekend: 0
UPTP Mbps Num: 23442
hr: 18
MAC_UE_SC_Tput: 12588.45
Bearer Releases: 12541

hr: 18
CA Activation Rate num: 9506416
UPTP Mbps Den: 143
Setup_Fail_DEN: 14576
SIP_SC_Total_MOU: 334.32
Peak UE: 27
MB_per_connected_UE: 124.4
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7411

Time: 09:12:43
holiday: 0
CA DL DataVolRatio Pct num: 7440

Avg_Connected_UEs: 48.32
SIP DC%: 
UPTP_Mbps: 16.68
DLRLCLayerDataVolume MB: 4188.45
CA Conf FailRate Pct den: 6023
weekend: 1
UPTP Mbps Num: 6278
CA Activation Rate: 17.43
hr: 16
MAC_UE_SC_Tput: 10031.74
Bearer Releases: 6320

hr: 16
CA Activation Rate num: 3404385
Setup_Fail_DEN: 16062
Peak UE: 27
MB_per_connected_UE: 21.13
DL Volume: 4299
DL Data Vol MAC in MB: 4221.11

holiday: 0
CA DL DataVolRatio Pct: 59.85
CA DL DataVolRatio Pct num: 2332

DL MAC Vol Scell Pct: 2.75
SIP DC%: 
UPTP_Mbps: 21.83
DLRLCLayerDataVolume MB: 6643.18
DRB UL Data Volume MB: 4800
PRB Util%: 10.3
RRC Setup Attempts: 8408
CA Conf FailRate Pct den: 2610
weekend: 1
CA Activation Rate: 16.93
hr: 7
MAC_UE_SC_Tput: 15644.6
Bearer Releases: 10203

hr: 7
Setup_Fail_DEN: 14298
SIP_SC_Total_MOU: 57.7
Peak UE: 59
MB_per_connected_UE: 106.53
PCT Time MIMO: 55
DL Volume: 3166
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5916
DL Data Vol MAC in MB: 6303.86
CA Activation Rate den: 94447

Time: 02:56:52
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2091.36
DRB UL Data Volume MB: 4195
weekend: 1
UPTP Mbps Num: 35190
CA Activation Rate: 31.03
hr: 22
MAC_UE_SC_Tput: 11133.38

hr: 22
CA Activation Rate num: 5941806
Peak UE: 35
MB_per_connected_UE: 20.86
CA Activation Rate den: 111273

Time: 23:40:07
holiday: 0

Avg_Connected_UEs: 32.42
SIP DC%: 
UPTP_Mbps: 117.95
DLRLCLayerDataVolume MB: 4514.21
DRB UL Data Volume MB: 1555
CA Conf FailRate Pct den: 4102
weekend: 0
UPTP Mbps Num: 4163
CA Activation Rate: 21.68
hr: 15
MAC_UE_SC_Tput: 7278.88
Bearer Releases: 7821

hr: 15
CA Activation Rate num: 6580857
Peak UE: 90
DL Volume: 3118
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9239
DL Data Vol MAC in MB: 5359.02

Time: 06:33:19
holiday: 0
CA DL DataVolRatio Pct: 67.43

DL MAC Vol Scell Pct: 41.76
Avg_Connected_UEs: 33.46
SIP DC%: 
UPTP_Mbps: 35.93
DLRLCLayerDataVolume MB: 5046.03
PRB Util%: 35.1
CA DL DataVolRatio Pct den: 1388
CA Conf FailRate Pct den: 8071
weekend: 0
CA Activation Rate: 48.73
hr: 10
MAC_UE_SC_Tput: 5212.32
Bearer Releases: 8005

hr: 10
CA Activation Rate num: 7817964
Peak UE: 29
MB_per_connected_UE: 43.51
DL Data Vol MAC in MB: 5597.77
CA Activation Rate den: 75341

Time: 17:19:32
holiday: 0
CA DL DataVolRatio Pct num: 6612

DL MAC Vol Scell Pct: 40.33
SIP DC%: 
DLRLCLayerDataVolume MB: 8965.14
PRB Util%: 67.97
RRC Setup Attempts: 4887
CA Conf FailRate Pct den: 7315
weekend: 0
UPTP Mbps Num: 32276
CA Activation Rate: 46.26
hr: 5
MAC_UE_SC_Tput: 8270.05
Bearer Releases: 7186

hr: 5
CA Activation Rate num: 2574781
UPTP Mbps Den: 1631
Setup_Fail_DEN: 8482
SIP_SC_Total_MOU: 38.25
Peak UE: 27
MB_per_connected_UE: 30.41
DL Volume: 1391
CA Activation Rate den: 104450

Combined RACH Preambles: 4029
Time: 12:41:18
holiday: 0
CA DL DataVolRatio Pct num: 2106

DL MAC Vol Scell Pct: 28.98
SIP DC%: 
DRB UL Data Volume MB: 3099
RRC Setup Attempts: 3826
weekend: 0
UPTP Mbps Num: 36012
CA Activation Rate: 35.14
hr: 23
MAC_UE_SC_Tput: 4498.66
Bearer Releases: 9526

hr: 23
Avg CQI: 8
CA Activation Rate num: 4558279
Setup_Fail_DEN: 12803
Peak UE: 31
MB_per_connected_UE: 64.93
PCT Time MIMO: 50.07
DL Volume: 998
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7227
CA Activation Rate den: 36459

Time: 02:42:31
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2726.87
PRB Util%: 15.59
CA DL DataVolRatio Pct den: 3104
weekend: 0
UPTP Mbps Num: 53856
hr: 23
MAC_UE_SC_Tput: 12003.74
Bearer Releases: 10344

hr: 23
CA Activation Rate num: 7432934
Setup_Fail_DEN: 14468
SIP_SC_Total_MOU: 21.8
Peak UE: 27
MB_per_connected_UE: 190.45
DL Volume: 930
CA Activation Rate den: 95901

holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 3790
PRB Util%: 31.74
RRC Setup Attempts: 9465
CA DL DataVolRatio Pct den: 7852
RSSIRX1 Avg: -94.45
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4429.1

hr: 23
CA Activation Rate num: 13103870
Setup_Fail_DEN: 15200
Peak UE: 36
MB_per_connected_UE: 41.48
PCT Time MIMO: 66.19
DL Volume: 6721
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3291

Time: 15:42:14
holiday: 0
CA DL DataVolRatio Pct: 71.18

SIP DC%: 
DLRLCLayerDataVolume MB: 7822.95
DRB UL Data Volume MB: 2327
CA Conf FailRate Pct den: 9257
weekend: 0
CA Activation Rate: 19.87
hr: 13

hr: 13
CA Activation Rate num: 9471792
UPTP Mbps Den: 1595
SIP_SC_Total_MOU: 114.89
Peak UE: 35
MB_per_connected_UE: 74.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8287
DL Data Vol MAC in MB: 5875.36
CA Activation Rate den: 69246

Combined RACH Preambles: 1991
Time: 15:43:25
holiday: 0
CA DL DataVolRatio Pct: 45.93

Avg_Connected_UEs: 33.51
SIP DC%: 
DLRLCLayerDataVolume MB: 9449.21
DRB UL Data Volume MB: 5604
RRC Setup Attempts: 7149
CA Conf FailRate Pct den: 6278
weekend: 0
UPTP Mbps Num: 13944
hr: 23
MAC_UE_SC_Tput: 5556.21
Bearer Releases: 14510

hr: 23
CA Activation Rate num: 3927890
SIP_SC_Total_MOU: 356.08
Peak UE: 27
MB_per_connected_UE: 176.25
PCT Time MIMO: 68.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4508
DL Data Vol MAC in MB: 6604.64
CA Activation Rate den: 122050

Time: 06:08:22
holiday: 0
CA DL DataVolRatio Pct: 59.12

SIP DC%: 
DLRLCLayerDataVolume MB: 6739.34
DRB UL Data Volume MB: 1764
PRB Util%: 27
weekend: 0
hr: 7
MAC_UE_SC_Tput: 7669.01
Bearer Releases: 10175

hr: 7
CA Activation Rate num: 10660222
UPTP Mbps Den: 5580
Setup_Fail_DEN: 12230
SIP_SC_Total_MOU: 138.91
Peak UE: 50
MB_per_connected_UE: 116.92

Time: 01:02:08
holiday: 0
CA DL DataVolRatio Pct: 87.32

DL MAC Vol Scell Pct: 8.58
Avg_Connected_UEs: 55.06
SIP DC%: 
DLRLCLayerDataVolume MB: 1025.1
PRB Util%: 5.39
RRC Setup Attempts: 6095
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7537.94
Bearer Releases: 8305

hr: 23
CA Activation Rate num: 4550575
Setup_Fail_DEN: 11011
DL Volume: 5422
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5334
DL Data Vol MAC in MB: 1822.58

Combined RACH Preambles: 3650
Time: 09:38:21
holiday: 0
CA DL DataVolRatio Pct num: 6154

DL MAC Vol Scell Pct: 20.43
Avg_Connected_UEs: 52.18
SIP DC%: 
UPTP_Mbps: 26.41
DLRLCLayerDataVolume MB: 4323.57
DRB UL Data Volume MB: 7279
weekend: 0
UPTP Mbps Num: 6779
CA Activation Rate: 77.28
hr: 23
MAC_UE_SC_Tput: 8922.5
Bearer Releases: 6661

hr: 23
CA Activation Rate num: 2681843
UPTP Mbps Den: 1511
Setup_Fail_DEN: 7519
SIP_SC_Total_MOU: 63.62
Peak UE: 27
MB_per_connected_UE: 167.2
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3287
DL Data Vol MAC in MB: 6471.97
CA Activation Rate den: 87751

Time: 08:18:37
holiday: 0
CA DL DataVolRatio Pct num: 5607

DL MAC Vol Scell Pct: 55.29
SIP DC%: 
DRB UL Data Volume MB: 5938
PRB Util%: 63.76
CA Conf FailRate Pct den: 8682
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4961.11
Bearer Releases: 6551

hr: 23
CA Activation Rate num: 10561161
SIP_SC_Total_MOU: 173.21
Peak UE: 27
MB_per_connected_UE: 75.05
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8325
DL Data Vol MAC in MB: 3057.59
CA Activation Rate den: 66974

Time: 01:51:36
holiday: 0
CA DL DataVolRatio Pct num: 4119

Avg_Connected_UEs: 61.24
SIP DC%: 
UPTP_Mbps: 42.1
DLRLCLayerDataVolume MB: 1531.9
PRB Util%: 55.62
RRC Setup Attempts: 4627
weekend: 0
UPTP Mbps Num: 7444
hr: 19
MAC_UE_SC_Tput: 11554.5
Bearer Releases: 17018

hr: 19
CA Activation Rate num: 6130567
SIP_SC_Total_MOU: 340.71
Peak UE: 62
PCT Time MIMO: 60.2
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4576
DL Data Vol MAC in MB: 5008.05

Combined RACH Preambles: 3380
Time: 01:22:08
holiday: 0
CA DL DataVolRatio Pct: 73.9
CA DL DataVolRatio Pct num: 6215

SIP DC%: 
UPTP_Mbps: 25.98
PRB Util%: 35.89
CA DL DataVolRatio Pct den: 2407
weekend: 0
hr: 20
MAC_UE_SC_Tput: 10383.53
Bearer Releases: 13386

hr: 20
CA Activation Rate num: 4046428
Setup_Fail_DEN: 13484
SIP_SC_Total_MOU: 84.5
Peak UE: 70
MB_per_connected_UE: 63.07
ERAB Setup Fail%: 0.12
DL Data Vol MAC in MB: 8109.99

Time: 09:33:19
holiday: 0
CA DL DataVolRatio Pct: 40.87

Avg_Connected_UEs: 54.26
SIP DC%: 
PRB Util%: 63.89
CA DL DataVolRatio Pct den: 2948
RSSIRX1 Avg: -95.76
weekend: 1
UPTP Mbps Num: 42223
CA Activation Rate: 31.12
hr: 11
MAC_UE_SC_Tput: 4476.61

hr: 11
CA Activation Rate num: 3562765
Peak UE: 99
MB_per_connected_UE: 142.89
PCT Time MIMO: 39.3
CA Activation Rate den: 213598

Time: 23:31:04
holiday: 0

DL MAC Vol Scell Pct: 6.45
Avg_Connected_UEs: 55.56
SIP DC%: 
UPTP_Mbps: 45.47
DLRLCLayerDataVolume MB: 4279.32
DRB UL Data Volume MB: 4406
PRB Util%: 45.54
CA Conf FailRate Pct den: 9531
weekend: 0
hr: 13
MAC_UE_SC_Tput: 15516.35

hr: 13
CA Activation Rate num: 10246392
Setup_Fail_DEN: 15579
SIP_SC_Total_MOU: 199.68
MB_per_connected_UE: 25.88
PCT Time MIMO: 48.84
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7925

Time: 14:02:51
holiday: 0
HO_att_InterFreq: 1011
CA DL DataVolRatio Pct num: 3157

Avg_Connected_UEs: 77.65
SIP DC%: 
UPTP_Mbps: 39.54
DLRLCLayerDataVolume MB: 3790.6
DRB UL Data Volume MB: 4010
RRC Setup Attempts: 8854
CA DL DataVolRatio Pct den: 2063
weekend: 0
hr: 22
MAC_UE_SC_Tput: 16716.44
Bearer Releases: 12858

hr: 22
CA Activation Rate num: 5660342
UPTP Mbps Den: 202
Setup_Fail_DEN: 14513
SIP_SC_Total_MOU: 119.69
Peak UE: 27
MB_per_connected_UE: 63.98
DL Volume: 867
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7409
CA Activation Rate den: 99422

Time: 17:21:13
holiday: 0
CA DL DataVolRatio Pct: 85.11
HO_att_InterFreq: 73

SIP DC%: 
UPTP_Mbps: 9.68
DLRLCLayerDataVolume MB: 9212.47
RRC Setup Attempts: 5246
CA Conf FailRate Pct den: 4776
weekend: 0
CA Activation Rate: 44.5
hr: 0
MAC_UE_SC_Tput: 16860.49
Bearer Releases: 8025

hr: 0
CA Activation Rate num: 7776205
UPTP Mbps Den: 2783
Setup_Fail_DEN: 13222
SIP_SC_Total_MOU: 351.91
Peak UE: 27
DL Volume: 9943
UL Throughput: 6.12
DL Data Vol MAC in MB: 2119.9

Time: 19:26:51
holiday: 0
CA DL DataVolRatio Pct: 67.4

DL MAC Vol Scell Pct: 35.73
SIP DC%: 
UPTP_Mbps: 84.68
DLRLCLayerDataVolume MB: 7512.14
DRB UL Data Volume MB: 4540
RRC Setup Attempts: 8204
CA Conf FailRate Pct den: 7389
weekend: 0
UPTP Mbps Num: 60028
hr: 13
MAC_UE_SC_Tput: 8833.29

hr: 13
CA Activation Rate num: 5896081
Setup_Fail_DEN: 14705
Peak UE: 31
MB_per_connected_UE: 14.28
DL Data Vol MAC in MB: 8904.76

Time: 10:48:48
holiday: 0
CA DL DataVolRatio Pct: 63.28
CA DL DataVolRatio Pct num: 6833

Avg_Connected_UEs: 75.03
SIP DC%: 
UPTP_Mbps: 40.28
DRB UL Data Volume MB: 2326
PRB Util%: 13.85
RRC Setup Attempts: 8962
weekend: 0
UPTP Mbps Num: 9150
hr: 5
MAC_UE_SC_Tput: 6134.85
Bearer Releases: 8082

hr: 5
CA Activation Rate num: 7995478
Peak UE: 63
MB_per_connected_UE: 138.06
DL Data Vol MAC in MB: 2806.52
CA Activation Rate den: 92436

Time: 12:10:27
holiday: 0
CA DL DataVolRatio Pct: 60.84
CA DL DataVolRatio Pct num: 5125

SIP DC%: 
DLRLCLayerDataVolume MB: 2447.73
PRB Util%: 33.83
CA DL DataVolRatio Pct den: 8423
weekend: 0
CA Activation Rate: 38.91
hr: 2
MAC_UE_SC_Tput: 9890.72
Bearer Releases: 8504

hr: 2
CA Activation Rate num: 5852905
UPTP Mbps Den: 5979
Setup_Fail_DEN: 10012
Peak UE: 50
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3813
DL Data Vol MAC in MB: 3595.31
CA Activation Rate den: 51913
Combined RACH Preambles: 2226

Time: 04:11:58
holiday: 0
HO Attempts: 450

DL MAC Vol Scell Pct: 15.9
SIP DC%: 
UPTP_Mbps: 81.83
DLRLCLayerDataVolume MB: 8276.97
DRB UL Data Volume MB: 732
PRB Util%: 65.75
CA DL DataVolRatio Pct den: 7915
weekend: 0
UPTP Mbps Num: 12358
hr: 4
MAC_UE_SC_Tput: 5913.33

hr: 4
CA Activation Rate num: 2460698
UPTP Mbps Den: 449
Setup_Fail_DEN: 13047
Peak UE: 78
MB_per_connected_UE: 171.33
DL Volume: 5519
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4032
CA Activation Rate den: 145782

Time: 16:29:04
holiday: 0
CA DL DataVolRatio Pct: 84.25

Avg_Connected_UEs: 37.8
SIP DC%: 
DLRLCLayerDataVolume MB: 8038.81
weekend: 1
hr: 0
MAC_UE_SC_Tput: 7690.9
Bearer Releases: 9956

hr: 0
CA Activation Rate num: 7210964
UPTP Mbps Den: 5640
Setup_Fail_DEN: 12029
SIP_SC_Total_MOU: 167.12
MB_per_connected_UE: 87.26
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5293
UL Throughput: 7.73
DL Data Vol MAC in MB: 4177.66

Time: 01:09:01
holiday: 0
CA DL DataVolRatio Pct num: 1026

DL MAC Vol Scell Pct: 49.16
Avg_Connected_UEs: 80.16
SIP DC%: 
DRB UL Data Volume MB: 8619
weekend: 0
UPTP Mbps Num: 21892
CA Activation Rate: 47.83
hr: 0
MAC_UE_SC_Tput: 4956.02

hr: 0
CA Activation Rate num: 3484539
UPTP Mbps Den: 893
SIP_SC_Total_MOU: 118.32
Peak UE: 53
MB_per_connected_UE: 49.63
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3940
DL Data Vol MAC in MB: 10189.3
CA Activation Rate den: 100349

Time: 06:00:02
holiday: 0
CA DL DataVolRatio Pct: 68.95
CA DL DataVolRatio Pct num: 3883

Avg_Connected_UEs: 17.86
SIP DC%: 
UPTP_Mbps: 8.92
DLRLCLayerDataVolume MB: 3405.58
DRB UL Data Volume MB: 2615
CA Conf FailRate Pct den: 7360
weekend: 0
CA Activation Rate: 65.26
hr: 8
MAC_UE_SC_Tput: 18930.34

hr: 8
CA Activation Rate num: 5210058
Peak UE: 81
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6170
UL Throughput: 5.24

Time: 14:58:26
holiday: 0
CA DL DataVolRatio Pct: 52.64
CA DL DataVolRatio Pct num: 821

Avg_Connected_UEs: 69.41
SIP DC%: 
UPTP_Mbps: 28.23
DLRLCLayerDataVolume MB: 3327.53
PRB Util%: 36.71
RRC Setup Attempts: 8378
CA Conf FailRate Pct den: 9022
weekend: 0
UPTP Mbps Num: 10409
S1U_SIP_SC_SEER_num: 188
CA Activation Rate: 77.78
hr: 23
MAC_UE_SC_Tput: 6023.27

hr: 23
CA Activation Rate num: 6811009
SIP_SC_Total_MOU: 95.2
MB_per_connected_UE: 127.11
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4251
CA Activation Rate den: 117160

Time: 13:30:32
holiday: 0

DL MAC Vol Scell Pct: 3.03
Avg_Connected_UEs: 48.22
SIP DC%: 
UPTP_Mbps: 148.28
DRB UL Data Volume MB: 9232
weekend: 1
CA Activation Rate: 42.86
hr: 10
MAC_UE_SC_Tput: 9557.1
Bearer Releases: 6369

hr: 10
Avg CQI: 11.09
CA Activation Rate num: 4690660
SIP_SC_Total_MOU: 86.29
Peak UE: 33
MB_per_connected_UE: 82.65
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3638
CA Activation Rate den: 88495

Time: 01:08:53
holiday: 0
CA DL DataVolRatio Pct num: 6502

DL MAC Vol Scell Pct: 44.63
SIP DC%: 
DLRLCLayerDataVolume MB: 1374.46
CA DL DataVolRatio Pct den: 9050
CA Conf FailRate Pct den: 7386
weekend: 0
UPTP Mbps Num: 57030
hr: 0
MAC_UE_SC_Tput: 9783.47

hr: 0
UPTP Mbps Den: 489
Setup_Fail_DEN: 11854
SIP_SC_Total_MOU: 64.73
S1U_SIP_SC_SEER_den: 163
Peak UE: 27
MB_per_connected_UE: 120.12
DL Volume: 931
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4127
DL Data Vol MAC in MB: 7128.19

Combined RACH Preambles: 2921
Time: 23:46:54
holiday: 0
CA DL DataVolRatio Pct: 65.7
CA DL DataVolRatio Pct num: 7220

DL MAC Vol Scell Pct: 8.89
SIP DC%: 
UPTP_Mbps: 35.04
DLRLCLayerDataVolume MB: 4460.77
weekend: 0
UPTP Mbps Num: 37024
CA Activation Rate: 11.5
hr: 20
MAC_UE_SC_Tput: 5578.27
Bearer Releases: 7662

hr: 20
CA Activation Rate num: 8742601
UPTP Mbps Den: 1878
SIP_SC_Total_MOU: 44.69
Peak UE: 48
MB_per_connected_UE: 128.63
DL Volume: 8755
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3646
DL Data Vol MAC in MB: 4889.16
CA Activation Rate den: 206044

Time: 01:42:34
holiday: 0
CA DL DataVolRatio Pct: 76.07

SIP DC%: 
DLRLCLayerDataVolume MB: 8090.63
CA Conf FailRate Pct den: 5097
RSSIRX1 Avg: -93.49
weekend: 0
CA Activation Rate: 65.47
hr: 2
MAC_UE_SC_Tput: 13973.05

hr: 2
CA Activation Rate num: 9596756
UPTP Mbps Den: 1980
Setup_Fail_DEN: 13662
Peak UE: 31
MB_per_connected_UE: 47.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4345
DL Data Vol MAC in MB: 3000.48
CA Activation Rate den: 49363

Combined RACH Preambles: 3370
Time: 15:45:51
holiday: 0
CA DL DataVolRatio Pct: 71.93
CA DL DataVolRatio Pct num: 1643

DL MAC Vol Scell Pct: 10.63
Avg_Connected_UEs: 30.87
SIP DC%: 
UPTP_Mbps: 16.91
RRC Setup Attempts: 5277
weekend: 0
UPTP Mbps Num: 6556
CA Activation Rate: 20.04
hr: 0
MAC_UE_SC_Tput: 14875.61

hr: 0
CA Activation Rate num: 5465295
SIP_SC_Total_MOU: 419.15
Peak UE: 45
DL Volume: 4133
DL Data Vol MAC in MB: 4893.4
CA Activation Rate den: 160874

Time: 02:21:44
holiday: 0
HO_att_InterFreq: 530

DL MAC Vol Scell Pct: 4.03
SIP DC%: 
PRB Util%: 38.82
RRC Setup Attempts: 6432
CA DL DataVolRatio Pct den: 3486
CA Conf FailRate Pct den: 9213
weekend: 0
Bearer Setup Failure Voice Den: 163
hr: 7
MAC_UE_SC_Tput: 10675.16

hr: 7
UPTP Mbps Den: 1267
Setup_Fail_DEN: 17385
SIP_SC_Total_MOU: 133.88
Peak UE: 42
MB_per_connected_UE: 142.49
DL Volume: 7819
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5740
UL Throughput: 6.25
DL Data Vol MAC in MB: 8590.33

Time: 19:59:44
holiday: 0
CA DL DataVolRatio Pct: 78.48

Avg_Connected_UEs: 65.5
SIP DC%: 
DLRLCLayerDataVolume MB: 5300.63
DRB UL Data Volume MB: 558
RRC Setup Attempts: 6777
CA DL DataVolRatio Pct den: 10011
weekend: 0
UPTP Mbps Num: 18079
CA Activation Rate: 76.78
hr: 20
MAC_UE_SC_Tput: 6726.72
Bearer Releases: 12885

hr: 20
CA Activation Rate num: 3121980
SIP_SC_Total_MOU: 121.07
Peak UE: 27
MB_per_connected_UE: 11.26
DL Volume: 2541

Time: 08:29:40
holiday: 0

DL MAC Vol Scell Pct: 19.41
Avg_Connected_UEs: 53.64
SIP DC%: 
UPTP_Mbps: 31.01
DLRLCLayerDataVolume MB: 2489.09
DRB UL Data Volume MB: 1329
PRB Util%: 71.82
CA DL DataVolRatio Pct den: 5540
CA Conf FailRate Pct den: 5196
weekend: 0
UPTP Mbps Num: 38222
CA Activation Rate: 7.23
hr: 15
MAC_UE_SC_Tput: 16815.51

hr: 15
CA Activation Rate num: 9146173
Setup_Fail_DEN: 19896
Peak UE: 27
MB_per_connected_UE: 202.38
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4499
DL Data Vol MAC in MB: 8520.94
CA Activation Rate den: 82740

Time: 02:48:47
holiday: 0

DL MAC Vol Scell Pct: 42.28
Avg_Connected_UEs: 53.19
SIP DC%: 
UPTP_Mbps: 39.4
DLRLCLayerDataVolume MB: 2259.63
DRB UL Data Volume MB: 8469
RRC Setup Attempts: 5111
CA DL DataVolRatio Pct den: 7753
weekend: 0
UPTP Mbps Num: 18121
CA Activation Rate: 13.67
hr: 9
MAC_UE_SC_Tput: 6280.02
Bearer Releases: 6994

hr: 9
Setup_Fail_DEN: 11988
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 37.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4257
DL Data Vol MAC in MB: 209.85
CA Activation Rate den: 37206

Time: 06:14:52
holiday: 0

DL MAC Vol Scell Pct: 32.79
Avg_Connected_UEs: 75.05
SIP DC%: 
DLRLCLayerDataVolume MB: 6162.45
DRB UL Data Volume MB: 2684
RRC Setup Attempts: 6513
CA Conf FailRate Pct den: 4882
weekend: 0
UPTP Mbps Num: 5142
hr: 13
MAC_UE_SC_Tput: 5632.07
Bearer Releases: 18460

hr: 13
CA Activation Rate num: 3722185
UPTP Mbps Den: 2570
Setup_Fail_DEN: 11532
Peak UE: 42
MB_per_connected_UE: 46.4
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5218
DL Data Vol MAC in MB: 2467.57
CA Activation Rate den: 219158

Time: 09:36:54
holiday: 0
HO Attempts: 456

DL MAC Vol Scell Pct: 39.81
SIP DC%: 
DLRLCLayerDataVolume MB: 5912.43
DRB UL Data Volume MB: 7577
RRC Setup Attempts: 3359
CA Conf FailRate Pct den: 3883
weekend: 0
UPTP Mbps Num: 16139
CA Activation Rate: 51.9
hr: 23
MAC_UE_SC_Tput: 4442.47
Bearer Releases: 9801

hr: 23
UPTP Mbps Den: 1323
Setup_Fail_DEN: 20062
Peak UE: 35
MB_per_connected_UE: 152.97
DL Data Vol MAC in MB: 3638.5
CA Activation Rate den: 43665

Time: 04:43:01
holiday: 0
CA DL DataVolRatio Pct num: 3572

Avg_Connected_UEs: 41.77
SIP DC%: 
DRB UL Data Volume MB: 7143
PRB Util%: 63.75
RRC Setup Attempts: 5433
CA DL DataVolRatio Pct den: 1087
CA Conf FailRate Pct den: 8124
weekend: 0
CA Activation Rate: 60.22
hr: 10
MAC_UE_SC_Tput: 15143.02

hr: 10
CA Activation Rate num: 936779
UPTP Mbps Den: 273
Peak UE: 63
MB_per_connected_UE: 93
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3583
DL Data Vol MAC in MB: 1316
CA Activation Rate den: 189968
Combined RACH Preambles: 3702

Time: 05:09:43
holiday: 0
CA DL DataVolRatio Pct: 87.77

Avg_Connected_UEs: 80.01
SIP DC%: 
UPTP_Mbps: 110.19
DLRLCLayerDataVolume MB: 5146.42
PRB Util%: 8.37
weekend: 0
UPTP Mbps Num: 13885
hr: 12
MAC_UE_SC_Tput: 13301.71
Bearer Releases: 13012

hr: 12
CA Activation Rate num: 9905808
Setup_Fail_DEN: 19341
Peak UE: 27
CA Activation Rate den: 113030

Time: 20:22:33
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 383.72
DRB UL Data Volume MB: 8979
CA DL DataVolRatio Pct den: 4119
weekend: 0
UPTP Mbps Num: 9078
CA Activation Rate: 47.67
hr: 23
MAC_UE_SC_Tput: 8244.72
Bearer Releases: 18469

hr: 23
CA Activation Rate num: 4577341
Setup_Fail_DEN: 14406
Peak UE: 27
MB_per_connected_UE: 30.59
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5937

Time: 23:32:11
holiday: 0
CA DL DataVolRatio Pct: 77.97
HO_att_InterFreq: 282

SIP DC%: 
weekend: 0
UPTP Mbps Num: 5552
CA Activation Rate: 62.97
hr: 12
MAC_UE_SC_Tput: 11188.52
Bearer Releases: 12277

hr: 12
CA Activation Rate num: 5564253
UPTP Mbps Den: 2682
Setup_Fail_DEN: 13929
Peak UE: 32
VOLTE IA%: 
PCT Time MIMO: 63.61
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3740
DL Data Vol MAC in MB: 1118.66
CA Activation Rate den: 113922

Combined RACH Preambles: 3459
Time: 05:28:43
holiday: 0
HO Attempts: 888

DL MAC Vol Scell Pct: 35.72
Avg_Connected_UEs: 58.35
SIP DC%: 
UPTP_Mbps: 39.19
DLRLCLayerDataVolume MB: 5278.49
DRB UL Data Volume MB: 7996
RRC Setup Attempts: 3798
weekend: 0
CA Activation Rate: 21.56
hr: 7
MAC_UE_SC_Tput: 18385.59
Bearer Releases: 10655

hr: 7
CA Activation Rate num: 9826881
UPTP Mbps Den: 1504
Setup_Fail_DEN: 10575
MB_per_connected_UE: 125.62
DL Volume: 5808
DL Data Vol MAC in MB: 5996.05
CA Activation Rate den: 102224

Time: 20:08:52
holiday: 0

SIP DC%: 
UPTP_Mbps: 11.53
DRB UL Data Volume MB: 7108
weekend: 0
UPTP Mbps Num: 16797
CA Activation Rate: 46.22
hr: 23
MAC_UE_SC_Tput: 6378.56
Bearer Releases: 14869

hr: 23
CA Activation Rate num: 5850087
SIP_SC_Total_MOU: 420.68
Peak UE: 36
MB_per_connected_UE: 26.82
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5940
DL Data Vol MAC in MB: 6528.5
Combined RACH Preambles: 2418

Time: 06:20:21
holiday: 0
CA DL DataVolRatio Pct num: 6936

SIP DC%: 
UPTP_Mbps: 45.96
RRC Setup Attempts: 4812
CA Conf FailRate Pct den: 7230
weekend: 0
CA Activation Rate: 20.67
hr: 19
MAC_UE_SC_Tput: 17349.03
Bearer Releases: 10287

hr: 19
SIP_SC_Total_MOU: 14.16
Peak UE: 80
MB_per_connected_UE: 152.59

Time: 18:34:09
holiday: 0

DL MAC Vol Scell Pct: 41.22
SIP DC%: 
UPTP_Mbps: 31.16
DLRLCLayerDataVolume MB: 6958.79
PRB Util%: 27.51
RRC Setup Attempts: 5077
CA DL DataVolRatio Pct den: 7425
weekend: 0
UPTP Mbps Num: 57177
CA Activation Rate: 72
hr: 9
MAC_UE_SC_Tput: 9748.54

hr: 9
CA Activation Rate num: 10743439
UPTP Mbps Den: 5474
Setup_Fail_DEN: 19250
Peak UE: 27

Combined RACH Preambles: 4919
Time: 00:07:16
holiday: 0
CA DL DataVolRatio Pct: 64.31
CA DL DataVolRatio Pct num: 7354

DL MAC Vol Scell Pct: 18.92
SIP DC%: 
UPTP_Mbps: 12.6
DRB UL Data Volume MB: 9887
PRB Util%: 15.87
CA DL DataVolRatio Pct den: 9212
weekend: 0
CA Activation Rate: 41.92
hr: 17
MAC_UE_SC_Tput: 8995.1

hr: 17
CA Activation Rate num: 1977909
UPTP Mbps Den: 886
Setup_Fail_DEN: 19428
SIP_SC_Total_MOU: 435.49
Peak UE: 27
MB_per_connected_UE: 197.28
DL Volume: 6242
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4429
DL Data Vol MAC in MB: 2655.72
CA Activation Rate den: 98174

Time: 17:41:40
holiday: 0

DL MAC Vol Scell Pct: 58.73
SIP DC%: 
UPTP_Mbps: 104.32
DLRLCLayerDataVolume MB: 8699.95
DRB UL Data Volume MB: 8192
PRB Util%: 25.05
CA DL DataVolRatio Pct den: 8074
weekend: 0
CA Activation Rate: 28.67
hr: 23
MAC_UE_SC_Tput: 4895.08

hr: 23
CA Activation Rate num: 7110212
Setup_Fail_DEN: 12378
SIP_SC_Total_MOU: 6.25
Peak UE: 56
MB_per_connected_UE: 18.28
DL Volume: 2772

holiday: 0
CA DL DataVolRatio Pct num: 2481

DL MAC Vol Scell Pct: 10.14
SIP DC%: 
UPTP_Mbps: 41.33
DRB UL Data Volume MB: 6065
weekend: 0
CA Activation Rate: 21.23
hr: 20
MAC_UE_SC_Tput: 6156.86
Bearer Releases: 12765

hr: 20
CA Activation Rate num: 5569745
Peak UE: 34
MB_per_connected_UE: 69.71
PCT Time MIMO: 58.98
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5174

Time: 17:04:55
holiday: 0
CA DL DataVolRatio Pct num: 5359

DL MAC Vol Scell Pct: 5.29
Avg_Connected_UEs: 43.91
SIP DC%: 
UPTP_Mbps: 32.58
DLRLCLayerDataVolume MB: 5706.64
DRB UL Data Volume MB: 6656
CA Conf FailRate Pct den: 8342
weekend: 0
UPTP Mbps Num: 47153
hr: 12
MAC_UE_SC_Tput: 7553.14
Bearer Releases: 17157

hr: 12
CA Activation Rate num: 6512289
SIP_SC_Total_MOU: 357.75
Peak UE: 89
MB_per_connected_UE: 72.77
PCT Time MIMO: 53.18
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3891

Time: 21:35:31
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7740.58
CA DL DataVolRatio Pct den: 8383
weekend: 1
UPTP Mbps Num: 40897
hr: 10
MAC_UE_SC_Tput: 27323.49
Bearer Releases: 16280

hr: 10
CA Activation Rate num: 8919552
UPTP Mbps Den: 429
Peak UE: 27
MB_per_connected_UE: 195.08
CA Activation Rate den: 94402

Time: 18:54:33
holiday: 0
CA DL DataVolRatio Pct num: 3880

Avg_Connected_UEs: 77.14
SIP DC%: 
DRB UL Data Volume MB: 7950
RRC Setup Attempts: 8558
weekend: 1
UPTP Mbps Num: 27267
CA Activation Rate: 14.9
hr: 6
MAC_UE_SC_Tput: 11771.67

hr: 6
CA Activation Rate num: 9351293
Setup_Fail_DEN: 7148
SIP_SC_Total_MOU: 96.12
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 132.75
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7279
DL Data Vol MAC in MB: 792.53
CA Activation Rate den: 99050

Time: 11:10:38
holiday: 0
CA DL DataVolRatio Pct: 77.99

DL MAC Vol Scell Pct: 51.78
Avg_Connected_UEs: 39.61
SIP DC%: 
UPTP_Mbps: 13.73
DLRLCLayerDataVolume MB: 3888.49
PRB Util%: 41.4
RRC Setup Attempts: 5174
CA Conf FailRate Pct den: 6658
weekend: 0
CA Activation Rate: 43.7
hr: 0
MAC_UE_SC_Tput: 6763.38
Bearer Releases: 9980

hr: 0
CA Activation Rate num: 10296762
Setup_Fail_DEN: 9742
SIP_SC_Total_MOU: 257.58
Peak UE: 27
MB_per_connected_UE: 17.03
DL Volume: 9637
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8692
CA Activation Rate den: 58753

Time: 23:50:21
holiday: 0
CA DL DataVolRatio Pct: 63.84
CA DL DataVolRatio Pct num: 3637

DL MAC Vol Scell Pct: 21.14
SIP DC%: 
DLRLCLayerDataVolume MB: 316.94
DRB UL Data Volume MB: 2747
RRC Setup Attempts: 5881
CA DL DataVolRatio Pct den: 6542
weekend: 0
CA Activation Rate: 55.38
hr: 13
MAC_UE_SC_Tput: 15661.85
Bearer Releases: 13404

hr: 13
CA Activation Rate num: 2731368
Setup_Fail_DEN: 8856
Peak UE: 27
MB_per_connected_UE: 29.31
DL Volume: 4635
CA Activation Rate den: 116795
Combined RACH Preambles: 3226

Time: 11:51:51
holiday: 0
RRC Setup Failure% 5G: 0.58

DL MAC Vol Scell Pct: 20.45
SIP DC%: 
DLRLCLayerDataVolume MB: 8330.17
DRB UL Data Volume MB: 232
RRC Setup Attempts: 5795
CA DL DataVolRatio Pct den: 9818
CA Conf FailRate Pct den: 6882
weekend: 0
UPTP Mbps Num: 39462
CA Activation Rate: 28.7
hr: 6
Bearer Releases: 18068

hr: 6
CA Activation Rate num: 6826603
SIP_SC_Total_MOU: 6.59
Peak UE: 27
MB_per_connected_UE: 38.29
DL Data Vol MAC in MB: 2300.09

Time: 19:16:23
holiday: 0
CA DL DataVolRatio Pct: 86.26
CA DL DataVolRatio Pct num: 4632

Avg_Connected_UEs: 33.47
SIP DC%: 
DRB UL Data Volume MB: 2872
CA DL DataVolRatio Pct den: 7756
CA Conf FailRate Pct den: 7488
weekend: 1
UPTP Mbps Num: 17386
hr: 5
MAC_UE_SC_Tput: 11428.6

hr: 5
CA Activation Rate num: 2257716
Setup_Fail_DEN: 6812
UL MAC Vol Scell Pct: 9.8
Peak UE: 49
MB_per_connected_UE: 75.76
PCT Time MIMO: 60.91
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8331

Time: 11:48:44
holiday: 0

Avg_Connected_UEs: 33.87
SIP DC%: 
DRB UL Data Volume MB: 3451
PRB Util%: 14.69
RRC Setup Attempts: 4267
CA DL DataVolRatio Pct den: 9300
weekend: 0
CA Activation Rate: 43.08
hr: 11
MAC_UE_SC_Tput: 4709.13

hr: 11
Setup_Fail_DEN: 19589
Peak UE: 83
MB_per_connected_UE: 163.87
DL Data Vol MAC in MB: 4373.49
CA Activation Rate den: 41730

Time: 13:45:45
holiday: 0
HO Attempts: 846

SIP DC%: 
UPTP_Mbps: 118.94
DLRLCLayerDataVolume MB: 6964.23
DRB UL Data Volume MB: 8783
CA Conf FailRate Pct den: 8690
weekend: 0
UPTP Mbps Num: 5744
hr: 15
MAC_UE_SC_Tput: 8510.52

hr: 15
CA Activation Rate num: 7136355
Peak UE: 27
MB_per_connected_UE: 172.89
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3506
DL Data Vol MAC in MB: 4184.96

Time: 11:44:04
holiday: 0
CA DL DataVolRatio Pct num: 5828

Avg_Connected_UEs: 55.63
SIP DC%: 
DLRLCLayerDataVolume MB: 6731.5
DRB UL Data Volume MB: 6188
CA Conf FailRate Pct den: 6777
weekend: 0
CA Activation Rate: 43.88
hr: 5
MAC_UE_SC_Tput: 4367.24

hr: 5
CA Activation Rate num: 9439239
SIP_SC_Total_MOU: 72.64
Peak UE: 89
MB_per_connected_UE: 183.18
DL Data Vol MAC in MB: 729.52

Time: 04:59:50
holiday: 0
CA DL DataVolRatio Pct: 51.85
CA DL DataVolRatio Pct num: 6732

Avg_Connected_UEs: 59.01
SIP DC%: 
UPTP_Mbps: 46.59
DLRLCLayerDataVolume MB: 5564.54
DRB UL Data Volume MB: 1007
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4579.84
Bearer Releases: 8510

hr: 23
CA Activation Rate num: 9670138
Setup_Fail_DEN: 14283
SIP_SC_Total_MOU: 288.64
Peak UE: 27
MB_per_connected_UE: 111.89
PCT Time MIMO: 60.65
DL Data Vol MAC in MB: 8318.07
CA Activation Rate den: 74109

Time: 02:53:17
holiday: 0
CA DL DataVolRatio Pct num: 4987

DL MAC Vol Scell Pct: 51.57
SIP DC%: 
UPTP_Mbps: 12.83
DRB UL Data Volume MB: 2455
RRC Setup Attempts: 7759
CA Conf FailRate Pct den: 4697
weekend: 0
UPTP Mbps Num: 15854
CA Activation Rate: 63.27
hr: 13
MAC_UE_SC_Tput: 9255.93
Bearer Releases: 12649

hr: 13
CA Activation Rate num: 9651282
Setup_Fail_DEN: 19254
SIP_SC_Total_MOU: 49.61
Peak UE: 29
MB_per_connected_UE: 101.1
DL Volume: 7631
DL Data Vol MAC in MB: 5674.34

Time: 16:16:56
holiday: 0
CA DL DataVolRatio Pct num: 7015

SIP DC%: 
DRB UL Data Volume MB: 6475
RRC Setup Attempts: 4514
CA DL DataVolRatio Pct den: 9980
weekend: 0
RSSIRX2 Avg: -95.67
CA Activation Rate: 38.89
hr: 23
MAC_UE_SC_Tput: 5946.65
Bearer Releases: 9190

hr: 23
CA Activation Rate num: 8203232
UPTP Mbps Den: 2249
Peak UE: 27
MB_per_connected_UE: 186.21
PCT Time MIMO: 47.1
CA Activation Rate den: 141561

Time: 11:49:33
holiday: 0

Avg_Connected_UEs: 25.14
SIP DC%: 
DLRLCLayerDataVolume MB: 7717.34
DRB UL Data Volume MB: 8528
PRB Util%: 63.15
CA DL DataVolRatio Pct den: 7398
CA Conf FailRate Pct den: 3687
weekend: 0
UPTP Mbps Num: 1417
hr: 12
MAC_UE_SC_Tput: 5304.54
Bearer Releases: 7751

hr: 12
CA Activation Rate num: 159519
Setup_Fail_DEN: 14147
Peak UE: 28
VOLTE IA%: 
MB_per_connected_UE: 102.49
PCT Time MIMO: 52.47
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9242
DL Data Vol MAC in MB: 1659.59
Combined RACH Preambles: 2767

Time: 11:18:28
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7200.55
DRB UL Data Volume MB: 9648
RRC Setup Attempts: 5144
CA DL DataVolRatio Pct den: 2857
weekend: 1
hr: 0
MAC_UE_SC_Tput: 10456.81

hr: 0
CA Activation Rate num: 5129313
UPTP Mbps Den: 2191
Setup_Fail_DEN: 17975
Peak UE: 59
MB_per_connected_UE: 46.77
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7562
DL Data Vol MAC in MB: 9916.31
CA Activation Rate den: 50577
Combined RACH Preambles: 3330

Time: 15:12:32
holiday: 0
CA DL DataVolRatio Pct: 82.12

DL MAC Vol Scell Pct: 52.58
SIP DC%: 
UPTP_Mbps: 9.58
DLRLCLayerDataVolume MB: 207.33
DRB UL Data Volume MB: 8704
weekend: 0
CA Activation Rate: 67.44
hr: 6
MAC_UE_SC_Tput: 4524.92

hr: 6
CA Activation Rate num: 13789878
Setup_Fail_DEN: 14124
SIP_SC_Total_MOU: 124.45
Peak UE: 27
MB_per_connected_UE: 14.86
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5414
DL Data Vol MAC in MB: 1694.02

Combined RACH Preambles: 3525
Time: 23:36:58
holiday: 0
CA DL DataVolRatio Pct num: 6175

Avg_Connected_UEs: 34.29
SIP DC%: 
DRB UL Data Volume MB: 1070
PRB Util%: 34.59
RRC Setup Attempts: 6852
CA Conf FailRate Pct den: 8522
weekend: 0
hr: 4
MAC_UE_SC_Tput: 16292.39

hr: 4
UPTP Mbps Den: 1006
Setup_Fail_DEN: 8725
SIP_SC_Total_MOU: 43.78
Peak UE: 44
VOLTE IA%: 
MB_per_connected_UE: 187.79
PCT Time MIMO: 41.11
DL Volume: 3749
DL Data Vol MAC in MB: 1493.11

Time: 18:24:54
holiday: 0
CA DL DataVolRatio Pct num: 5134
HO Attempts: 348

Avg_Connected_UEs: 69.68
SIP DC%: 
UPTP_Mbps: 43.94
DLRLCLayerDataVolume MB: 3014.73
DRB UL Data Volume MB: 9659
CA DL DataVolRatio Pct den: 7629
CA Conf FailRate Pct den: 8227
weekend: 0
UPTP Mbps Num: 14128
CA Activation Rate: 38.2
hr: 3
MAC_UE_SC_Tput: 8938.42
Bearer Releases: 7747

hr: 3
CA Activation Rate num: 4869828
Peak UE: 29
PCT Time MIMO: 41.5
DL Data Vol MAC in MB: 919.54
CA Activation Rate den: 51755

Time: 23:02:53
holiday: 0

SIP DC%: 
PRB Util%: 44.81
weekend: 0
UPTP Mbps Num: 19980
hr: 2
MAC_UE_SC_Tput: 9291.14

hr: 2
CA Activation Rate num: 7710842
SIP_SC_Total_MOU: 257.9
Peak UE: 35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9140
DL Data Vol MAC in MB: 4182.87
CA Activation Rate den: 105706

Time: 20:17:49
holiday: 0

SIP DC%: 
UPTP_Mbps: 33.5
DRB UL Data Volume MB: 6698
RRC Setup Attempts: 3970
CA DL DataVolRatio Pct den: 7929
weekend: 0
hr: 6
MAC_UE_SC_Tput: 7884.42
Bearer Releases: 8552

hr: 6
CA Activation Rate num: 5321693
Peak UE: 94
MB_per_connected_UE: 85.76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3308
DL Data Vol MAC in MB: 3715.54

Time: 18:39:50
holiday: 0

DL MAC Vol Scell Pct: 3.1
Avg_Connected_UEs: 47.15
SIP DC%: 
UPTP_Mbps: 34.69
DLRLCLayerDataVolume MB: 5981.5
DRB UL Data Volume MB: 4066
CA DL DataVolRatio Pct den: 8292
CA Conf FailRate Pct den: 8526
weekend: 0
hr: 0
MAC_UE_SC_Tput: 6941.32

hr: 0
CA Activation Rate num: 5304285
Setup_Fail_DEN: 7391
Peak UE: 81
MB_per_connected_UE: 18.9
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7354

Time: 11:17:49
holiday: 0

DL MAC Vol Scell Pct: 36.28
SIP DC%: 
UPTP_Mbps: 111
PRB Util%: 20.46
weekend: 0
UPTP Mbps Num: 5193
hr: 20
MAC_UE_SC_Tput: 5701.25

hr: 20
CA Activation Rate num: 5640296
UPTP Mbps Den: 2490
Setup_Fail_DEN: 12031
Peak UE: 57
MB_per_connected_UE: 98.48
DL Volume: 7234
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4170
DL Data Vol MAC in MB: 2065.02
CA Activation Rate den: 40767

Time: 23:02:09
holiday: 0
CA DL DataVolRatio Pct: 80.52
CA DL DataVolRatio Pct num: 1383
HO Attempts: 756

Avg_Connected_UEs: 23.85
SIP DC%: 
UPTP_Mbps: 18.02
DLRLCLayerDataVolume MB: 970.17
DRB UL Data Volume MB: 1623
weekend: 0
CA Activation Rate: 71.15
hr: 8
MAC_UE_SC_Tput: 5258.09
Bearer Releases: 7503

hr: 8
CA Activation Rate num: 534432
Setup_Fail_DEN: 7780
SIP_SC_Total_MOU: 84.62
Peak UE: 27
MB_per_connected_UE: 17.06
DL Volume: 1567
CA Activation Rate den: 216732

Time: 22:11:26
holiday: 0
CA DL DataVolRatio Pct: 86.15
CA DL DataVolRatio Pct num: 1289

Avg_Connected_UEs: 65.3
SIP DC%: 
DRB UL Data Volume MB: 4962
RRC Setup Attempts: 6470
CA DL DataVolRatio Pct den: 7478
weekend: 0
UPTP Mbps Num: 34915
CA Activation Rate: 74.86
hr: 11
MAC_UE_SC_Tput: 9244.38
Bearer Releases: 17917

hr: 11
CA Activation Rate num: 2338865
Setup_Fail_DEN: 12135
Peak UE: 30
MB_per_connected_UE: 146.69
DL Data Vol MAC in MB: 3001.7
CA Activation Rate den: 103469
Time: 18:58:15

holiday: 0
CA DL DataVolRatio Pct num: 6229

SIP DC%: 
DLRLCLayerDataVolume MB: 262.08
DRB UL Data Volume MB: 2430
PRB Util%: 19.02
DL Packet Loss Pct: 3.35
RRC Setup Attempts: 8991
CA DL DataVolRatio Pct den: 7838
CA Conf FailRate Pct den: 7009
weekend: 0
hr: 10
MAC_UE_SC_Tput: 15948.68
Bearer Releases: 15443

hr: 10
CA Activation Rate num: 9808236
Peak UE: 92
MB_per_connected_UE: 93.29
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3129
DL Data Vol MAC in MB: 9144.63
CA Activation Rate den: 133233

Time: 18:12:56
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 8951
PRB Util%: 27.06
CA DL DataVolRatio Pct den: 9696
weekend: 0
hr: 9
MAC_UE_SC_Tput: 4246.35

hr: 9
CA Activation Rate num: 10083770
SIP_SC_Total_MOU: 115.15
Peak UE: 71
MB_per_connected_UE: 144.76
PCT Time MIMO: 68.7
DL Data Vol MAC in MB: 3457.11

Time: 19:15:19
holiday: 0

DL MAC Vol Scell Pct: 27.79
SIP DC%: 
UPTP_Mbps: 14.36
DLRLCLayerDataVolume MB: 2445.63
PRB Util%: 53.1
RRC Setup Attempts: 4197
CA DL DataVolRatio Pct den: 7728
CA Conf FailRate Pct den: 6179
weekend: 0
UPTP Mbps Num: 17078
hr: 18
MAC_UE_SC_Tput: 17996.37

hr: 18
SIP_SC_Total_MOU: 175.5
Peak UE: 27
MB_per_connected_UE: 194.06
DL Data Vol MAC in MB: 9850.12
CA Activation Rate den: 90886

Time: 15:01:00
holiday: 0
CA DL DataVolRatio Pct: 63.1
HO_att_InterFreq: 158
CA DL DataVolRatio Pct num: 5461

Avg_Connected_UEs: 69.26
SIP DC%: 
DLRLCLayerDataVolume MB: 463.47
DRB UL Data Volume MB: 844
PRB Util%: 39.14
RRC Setup Attempts: 7133
weekend: 0
UPTP Mbps Num: 43622
CA Activation Rate: 13.23
hr: 10
MAC_UE_SC_Tput: 12592.44

hr: 10
CA Activation Rate num: 631402
Setup_Fail_DEN: 6925
SIP_SC_Total_MOU: 74.16
Peak UE: 38
PCT Time MIMO: 42.91
DL Data Vol MAC in MB: 9153.56
CA Activation Rate den: 42348

Time: 15:10:46
holiday: 0
HO Attempts: 202

SIP DC%: 
UPTP_Mbps: 22.28
PRB Util%: 23.21
RRC Setup Attempts: 4843
CA DL DataVolRatio Pct den: 9753
weekend: 0
UPTP Mbps Num: 11244
CA Activation Rate: 34.3
hr: 23
MAC_UE_SC_Tput: 12788.43

hr: 23
CA Activation Rate num: 5744809
Setup_Fail_DEN: 9560
Peak UE: 65
PCT Time MIMO: 36.45
DL Volume: 3462
DL Data Vol MAC in MB: 8849.7

Combined RACH Preambles: 3293
Time: 20:15:10
holiday: 0

Avg_Connected_UEs: 78.42
SIP DC%: 
PRB Util%: 26.84
CA DL DataVolRatio Pct den: 10051
weekend: 1
UPTP Mbps Num: 32355
CA Activation Rate: 31.71
hr: 17
MAC_UE_SC_Tput: 4177.35
Bearer Releases: 8378

hr: 17
CA Activation Rate num: 5508050
Setup_Fail_DEN: 19303
SIP_SC_Total_MOU: 384.01
Peak UE: 27
MB_per_connected_UE: 140.57
PCT Time MIMO: 42.34
DL Data Vol MAC in MB: 706.98
CA Activation Rate den: 64864

Time: 00:43:55
holiday: 0
CA DL DataVolRatio Pct: 67.33
CA DL DataVolRatio Pct num: 1204

DL MAC Vol Scell Pct: 53
Avg_Connected_UEs: 40.01
SIP DC%: 
DLRLCLayerDataVolume MB: 5493.03
DRB UL Data Volume MB: 2545
PRB Util%: 24.99
DL Packet Loss Pct: 4.7
RRC Setup Attempts: 4892
CA Conf FailRate Pct den: 5629
weekend: 0
hr: 0
Bearer Releases: 11021

hr: 0
CA Activation Rate num: 8028914
UPTP Mbps Den: 1746
Peak UE: 27
MB_per_connected_UE: 67.51
DL Volume: 9728
CA Activation Rate den: 91981

Combined RACH Preambles: 2595
Time: 22:15:01
holiday: 0
CA DL DataVolRatio Pct: 84.38

SIP DC%: 
UPTP_Mbps: 22.13
DRB UL Data Volume MB: 3862
PRB Util%: 5.36
CA DL DataVolRatio Pct den: 9019
CA Conf FailRate Pct den: 5443
weekend: 0
CA Activation Rate: 23.23
hr: 3

hr: 3
CA Activation Rate num: 4349967
Peak UE: 27
PCT Time MIMO: 45.68
DL Volume: 223
DL Data Vol MAC in MB: 3317.19

Combined RACH Preambles: 3507
Time: 02:14:57
holiday: 0
RRC Setup Failure% 5G: 0.47
HO_att_InterFreq: 668

DL MAC Vol Scell Pct: 21.11
Avg_Connected_UEs: 78.38
SIP DC%: 
DLRLCLayerDataVolume MB: 7706.67
weekend: 0
CA Activation Rate: 7.35
hr: 5
MAC_UE_SC_Tput: 4580.02

hr: 5
CA Activation Rate num: 2485376
Setup_Fail_DEN: 11555
SIP_SC_Total_MOU: 364.52
Peak UE: 27
CA Activation Rate den: 59884

Time: 17:06:02
holiday: 0
CA DL DataVolRatio Pct: 84
CA DL DataVolRatio Pct num: 7306

Avg_Connected_UEs: 19.38
SIP DC%: 
DLRLCLayerDataVolume MB: 7092.79
DRB UL Data Volume MB: 663
RRC Setup Attempts: 4736
CA Conf FailRate Pct den: 6781
weekend: 0
CA Activation Rate: 28.02
hr: 0
MAC_UE_SC_Tput: 6622.11
Bearer Releases: 18670

hr: 0
CA Activation Rate num: 2670158
Setup_Fail_DEN: 9954
SIP_SC_Total_MOU: 137.84
Peak UE: 27
MB_per_connected_UE: 170.87
DL Volume: 1610
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3213
DL Data Vol MAC in MB: 8818.68
CA Activation Rate den: 86896

Combined RACH Preambles: 2254
Time: 10:10:08
holiday: 0
CA DL DataVolRatio Pct: 69.85

DL MAC Vol Scell Pct: 19.69
SIP DC%: 
DRB UL Data Volume MB: 8453
PRB Util%: 8.46
CA DL DataVolRatio Pct den: 9108
CA Conf FailRate Pct den: 6701
weekend: 1
UPTP Mbps Num: 10286
CA Activation Rate: 16.07
hr: 23
MAC_UE_SC_Tput: 8404.84

hr: 23
SIP_SC_Total_MOU: 258.48
Peak UE: 27
MB_per_connected_UE: 112.35
DL Data Vol MAC in MB: 7116.81

Time: 16:03:16
holiday: 0
CA DL DataVolRatio Pct: 81.18
HO Attempts: 554

DL MAC Vol Scell Pct: 20.83
Avg_Connected_UEs: 21.16
SIP DC%: 
DLRLCLayerDataVolume MB: 9931.49
RRC Setup Attempts: 5464
CA DL DataVolRatio Pct den: 7681
CA Conf FailRate Pct den: 6862
weekend: 0
UPTP Mbps Num: 31143
CA Activation Rate: 74.94
hr: 14
MAC_UE_SC_Tput: 8461.13
Bearer Releases: 16301

hr: 14
CA Activation Rate num: 5287595
Setup_Fail_DEN: 9020
SIP_SC_Total_MOU: 65.07
Peak UE: 37
MB_per_connected_UE: 134.9
DL Volume: 1656
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8652

Time: 08:45:14
holiday: 0
CA DL DataVolRatio Pct: 61
CA DL DataVolRatio Pct num: 6200

Avg_Connected_UEs: 58.42
SIP DC%: 
DLRLCLayerDataVolume MB: 295.11
DRB UL Data Volume MB: 761
RRC Setup Attempts: 5618
CA Conf FailRate Pct den: 9241
weekend: 0
UPTP Mbps Num: 7520
hr: 23
MAC_UE_SC_Tput: 6177.08
Bearer Releases: 14621

hr: 23
CA Activation Rate num: 9249399
UPTP Mbps Den: 2189
Setup_Fail_DEN: 8263
SIP_SC_Total_MOU: 74.7
Peak UE: 32
DL Volume: 312
CA Activation Rate den: 135864

Combined RACH Preambles: 1977
Time: 09:46:11
holiday: 0
HO_att_InterFreq: 340

DL MAC Vol Scell Pct: 29.02
Avg_Connected_UEs: 77.16
SIP DC%: 
DLRLCLayerDataVolume MB: 4208.02
DRB UL Data Volume MB: 4409
RRC Setup Attempts: 7821
CA Conf FailRate Pct den: 5039
weekend: 0
CA Activation Rate: 57.48
hr: 20
MAC_UE_SC_Tput: 5132.95

hr: 20
CA Activation Rate num: 1307642
Setup_Fail_DEN: 6734
Peak UE: 41
MB_per_connected_UE: 61.97
PCT Time MIMO: 34
DL Volume: 7124
CA Activation Rate den: 89923

Time: 08:10:09
holiday: 0
CA DL DataVolRatio Pct num: 971

DL MAC Vol Scell Pct: 7.22
Avg_Connected_UEs: 56.15
SIP DC%: 
UPTP_Mbps: 90.07
weekend: 0
hr: 19
MAC_UE_SC_Tput: 9528.29

hr: 19
CA Activation Rate num: 4835219
Setup_Fail_DEN: 15052
Peak UE: 96
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3410
DL Data Vol MAC in MB: 2014.12
CA Activation Rate den: 73727

Time: 19:49:26
holiday: 0
CA DL DataVolRatio Pct: 42.91

Avg_Connected_UEs: 27.29
SIP DC%: 
DLRLCLayerDataVolume MB: 7281.63
DRB UL Data Volume MB: 3865
CA DL DataVolRatio Pct den: 8116
CA Conf FailRate Pct den: 8386
weekend: 0
UPTP Mbps Num: 55233
CA Activation Rate: 53.72
hr: 7
MAC_UE_SC_Tput: 5151.92
Bearer Releases: 6639

hr: 7
SIP_SC_Total_MOU: 120.33
Peak UE: 27
DL Volume: 4519
DL Data Vol MAC in MB: 5430.46

Time: 13:59:19
holiday: 0

Avg_Connected_UEs: 21.86
SIP DC%: 
UPTP_Mbps: 27.48
DLRLCLayerDataVolume MB: 9717.52
CA DL DataVolRatio Pct den: 10042
weekend: 0
hr: 19
MAC_UE_SC_Tput: 7445.83
Bearer Releases: 8674

hr: 19
CA Activation Rate num: 4921857
UPTP Mbps Den: 2470
Setup_Fail_DEN: 6366
SIP_SC_Total_MOU: 239.18
Peak UE: 57
MB_per_connected_UE: 66.51
PCT Time MIMO: 48.38
DL Volume: 1443
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6216
DL Data Vol MAC in MB: 7189.09

Time: 10:50:46
holiday: 0
CA DL DataVolRatio Pct: 67.11

SIP DC%: 
UPTP_Mbps: 9.24
DLRLCLayerDataVolume MB: 8160.16
DRB UL Data Volume MB: 740
RRC Setup Attempts: 4860
CA Conf FailRate Pct den: 7579
weekend: 0
UPTP Mbps Num: 23361
hr: 0
MAC_UE_SC_Tput: 4447.44
Bearer Releases: 7139

hr: 0
CA Activation Rate num: 2756106
Setup_Fail_DEN: 13491
MB_per_connected_UE: 113.63
DL Volume: 7486
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3744
DL Data Vol MAC in MB: 2965.72

Time: 21:28:48
holiday: 0
CA DL DataVolRatio Pct: 57.13

Avg_Connected_UEs: 30.38
SIP DC%: 
UPTP_Mbps: 41.95
DRB UL Data Volume MB: 8848
CA DL DataVolRatio Pct den: 4320
CA Conf FailRate Pct den: 2844
weekend: 0
UPTP Mbps Num: 10820
Bearer Setup Failure Voice Den: 246
CA Activation Rate: 58.34
hr: 0
MAC_UE_SC_Tput: 10730.82
Bearer Releases: 15284

hr: 0
Setup_Fail_DEN: 19404
Peak UE: 36
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3930
DL Data Vol MAC in MB: 8982.17
CA Activation Rate den: 159589

Time: 19:47:25
holiday: 0
CA DL DataVolRatio Pct: 91.28
CA DL DataVolRatio Pct num: 4396

DL MAC Vol Scell Pct: 39.17
Avg_Connected_UEs: 40.85
SIP DC%: 
DLRLCLayerDataVolume MB: 5939.95
DRB UL Data Volume MB: 6032
PRB Util%: 41.28
RRC Setup Attempts: 4750
CA DL DataVolRatio Pct den: 9841
CA Conf FailRate Pct den: 3794
weekend: 0
UPTP Mbps Num: 15004
hr: 23
MAC_UE_SC_Tput: 8032.38
Bearer Releases: 9061

hr: 23
Avg CQI: 9
CA Activation Rate num: 3421989
Setup_Fail_DEN: 10064
Peak UE: 51
MB_per_connected_UE: 108.64
DL Data Vol MAC in MB: 8665.05

Time: 00:20:12
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7433.93
PRB Util%: 22.42
RRC Setup Attempts: 7147
CA DL DataVolRatio Pct den: 7146
weekend: 1
CA Activation Rate: 44.17
hr: 7
MAC_UE_SC_Tput: 5671.39

hr: 7
CA Activation Rate num: 6951587
UPTP Mbps Den: 2023
UL MAC Vol Scell Pct: 10.32
Peak UE: 41
PCT Time MIMO: 58.77
DL Volume: 5088
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3058
DL Data Vol MAC in MB: 5595.72

Time: 20:17:20
holiday: 0
CA DL DataVolRatio Pct: 42.71
CA DL DataVolRatio Pct num: 6347

DL MAC Vol Scell Pct: 41.4
Avg_Connected_UEs: 68.82
SIP DC%: 
UPTP_Mbps: 19.46
DLRLCLayerDataVolume MB: 5028.32
CA DL DataVolRatio Pct den: 4393
CA Conf FailRate Pct den: 2926
RSSIRX1 Avg: -94.69
weekend: 0
UPTP Mbps Num: 6524
hr: 8
MAC_UE_SC_Tput: 21553.19
Bearer Releases: 9144

hr: 8
CA Activation Rate num: 6000549
Setup_Fail_DEN: 9095
Peak UE: 77
DL Volume: 8306
DL Data Vol MAC in MB: 3821.54

Time: 23:04:14
holiday: 0

Avg_Connected_UEs: 60.85
SIP DC%: 
RRC Setup Attempts: 6857
CA DL DataVolRatio Pct den: 7845
weekend: 0
UPTP Mbps Num: 41022
hr: 21
MAC_UE_SC_Tput: 7210.91
Bearer Releases: 8374

hr: 21
CA Activation Rate num: 5831474
Setup_Fail_DEN: 15759
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 31.2
CA Activation Rate den: 86900
Combined RACH Preambles: 1899
Time: 03:22:39

holiday: 0
CA DL DataVolRatio Pct num: 1958

DL MAC Vol Scell Pct: 47.91
SIP DC%: 
DRB UL Data Volume MB: 8984
RRC Setup Attempts: 4172
CA Conf FailRate Pct den: 5393
weekend: 0
UPTP Mbps Num: 12401
hr: 21
MAC_UE_SC_Tput: 6065.55
Bearer Releases: 11197

hr: 21
CA Activation Rate num: 12338846
UPTP Mbps Den: 1726
Setup_Fail_DEN: 6508
SIP_SC_Total_MOU: 151.97
Peak UE: 27
MB_per_connected_UE: 188.72
DL Volume: 1252
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6729
DL Data Vol MAC in MB: 1348.07
CA Activation Rate den: 48177

Time: 05:31:10
holiday: 0

Avg_Connected_UEs: 63.05
SIP DC%: 
UPTP_Mbps: 7.62
RRC Setup Attempts: 6374
CA Conf FailRate Pct den: 8807
weekend: 0
UPTP Mbps Num: 8066
hr: 14
MAC_UE_SC_Tput: 14499.26
Bearer Releases: 11420

hr: 14
CA Activation Rate num: 8695404
UPTP Mbps Den: 1056
SIP_SC_Total_MOU: 328.48
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 76.31
PCT Time MIMO: 59.64
DL Volume: 3703
DL Data Vol MAC in MB: 5460.96
HO Failure%: 0.04
CA Activation Rate den: 94586

Time: 06:35:39
holiday: 0
HO Attempts: 432

SIP DC%: 
UPTP_Mbps: 8.67
DLRLCLayerDataVolume MB: 6966.32
DRB UL Data Volume MB: 5796
RRC Setup Attempts: 9390
CA DL DataVolRatio Pct den: 9083
CA Conf FailRate Pct den: 2885
weekend: 0
UPTP Mbps Num: 42732
CA Activation Rate: 45.55
hr: 11
MAC_UE_SC_Tput: 14009.69
Bearer Releases: 10904

hr: 11
CA Activation Rate num: 1890066
Setup_Fail_DEN: 13576
SIP_SC_Total_MOU: 8.69
Peak UE: 27
DL Volume: 9860
DL Data Vol MAC in MB: 5382.74
CA Activation Rate den: 135642

Time: 00:16:52
holiday: 0
CA DL DataVolRatio Pct: 79.77
CA DL DataVolRatio Pct num: 6356

Avg_Connected_UEs: 33.31
SIP DC%: 
UPTP_Mbps: 37.11
DLRLCLayerDataVolume MB: 1289.03
RRC Setup Attempts: 9214
CA Conf FailRate Pct den: 3739
weekend: 0
UPTP Mbps Num: 21113
CA Activation Rate: 73.03
hr: 12
MAC_UE_SC_Tput: 15421.35
Bearer Releases: 12779

hr: 12
CA Activation Rate num: 9917821
Setup_Fail_DEN: 15571
SIP_SC_Total_MOU: 160.8
Peak UE: 28
MB_per_connected_UE: 182.19
DL Volume: 457
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8645

Time: 18:47:25
holiday: 0
CA DL DataVolRatio Pct: 85.48

DL MAC Vol Scell Pct: 25.88
SIP DC%: 
UPTP_Mbps: 19.52
DLRLCLayerDataVolume MB: 834.93
PRB Util%: 5.12
CA DL DataVolRatio Pct den: 8380
CA Conf FailRate Pct den: 9351
weekend: 0
UPTP Mbps Num: 22762
hr: 23
MAC_UE_SC_Tput: 5255.63
Bearer Releases: 12368

hr: 23
CA Activation Rate num: 7202613
Setup_Fail_DEN: 15986
SIP_SC_Total_MOU: 407.93
Peak UE: 76
MB_per_connected_UE: 145.96
PCT Time MIMO: 60.06
DL Volume: 6971
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6996
UL Throughput: 7.46
DL Data Vol MAC in MB: 937.16
CA Activation Rate den: 49977

Time: 01:36:05
holiday: 0
CA DL DataVolRatio Pct: 57.5

DL MAC Vol Scell Pct: 30.84
SIP DC%: 
UPTP_Mbps: 23.82
DLRLCLayerDataVolume MB: 5402.64
DRB UL Data Volume MB: 1949
PRB Util%: 25.73
weekend: 0
UPTP Mbps Num: 60794
S1U_SIP_SC_SEER_num: 118
hr: 10
MAC_UE_SC_Tput: 22369.85
Bearer Releases: 10172

hr: 10
CA Activation Rate num: 6902669
Setup_Fail_DEN: 9088
SIP_SC_Total_MOU: 420.99
Peak UE: 48
MB_per_connected_UE: 168.59
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5772
DL Data Vol MAC in MB: 3860.63

Time: 20:17:11
holiday: 0
CA DL DataVolRatio Pct: 62.74

DL MAC Vol Scell Pct: 5.11
Avg_Connected_UEs: 29.91
SIP DC%: 
DLRLCLayerDataVolume MB: 3691.52
DRB UL Data Volume MB: 2123
PRB Util%: 63.11
CA DL DataVolRatio Pct den: 7412
weekend: 1
CA Activation Rate: 78.39
hr: 0
MAC_UE_SC_Tput: 13513.21

hr: 0
CA Activation Rate num: 9206006
SIP_SC_Total_MOU: 137.07
Peak UE: 27
MB_per_connected_UE: 126.98
DL Data Vol MAC in MB: 3211.61

Combined RACH Preambles: 2010
holiday: 0
CA DL DataVolRatio Pct: 67.74

Avg_Connected_UEs: 77.54
SIP DC%: 
DRB UL Data Volume MB: 7782
CA DL DataVolRatio Pct den: 8491
CA Conf FailRate Pct den: 8433
weekend: 0
UPTP Mbps Num: 42688
CA Activation Rate: 61.77
hr: 17
MAC_UE_SC_Tput: 13717.14

hr: 17
CA Activation Rate num: 10094076
SIP_SC_Total_MOU: 74.42
Peak UE: 57
MB_per_connected_UE: 162.25
DL Data Vol MAC in MB: 6228.99
CA Activation Rate den: 41196

Time: 00:21:03
holiday: 0
HO_att_InterFreq: 427
CA DL DataVolRatio Pct num: 6705

SIP DC%: 
DRB UL Data Volume MB: 8136
PRB Util%: 32.95
weekend: 1
UPTP Mbps Num: 7630
CA Activation Rate: 22.02
hr: 6
MAC_UE_SC_Tput: 6196.79

hr: 6
CA Activation Rate num: 1427399
Peak UE: 59
MB_per_connected_UE: 112.08
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8821
DL Data Vol MAC in MB: 3244.27

Time: 11:47:11
holiday: 0
CA DL DataVolRatio Pct: 76.37

Avg_Connected_UEs: 30.32
SIP DC%: 
DLRLCLayerDataVolume MB: 4262.48
CA Conf FailRate Pct den: 6569
weekend: 0
CA Activation Rate: 40.89
hr: 23
MAC_UE_SC_Tput: 16052.07
Bearer Releases: 11937

hr: 23
CA Activation Rate num: 9409992
UPTP Mbps Den: 349
Setup_Fail_DEN: 10553
SIP_SC_Total_MOU: 155.86
Peak UE: 27
MB_per_connected_UE: 31.23
DL Data Vol MAC in MB: 6326.9

Combined RACH Preambles: 1957
holiday: 0
HO_att_InterFreq: 137
CA DL DataVolRatio Pct num: 7400

Avg_Connected_UEs: 54.16
SIP DC%: 
UPTP_Mbps: 29.34
DLRLCLayerDataVolume MB: 2050.74
RRC Setup Attempts: 7312
weekend: 0
hr: 15
MAC_UE_SC_Tput: 14346.79

hr: 15
CA Activation Rate num: 2443999
UPTP Mbps Den: 5213
Peak UE: 87
MB_per_connected_UE: 198.62
CA Activation Rate den: 124158

Time: 12:12:48
holiday: 0

DL MAC Vol Scell Pct: 47.61
SIP DC%: 
DLRLCLayerDataVolume MB: 1650.44
DRB UL Data Volume MB: 8563
PRB Util%: 60.53
CA Conf FailRate Pct den: 3552
weekend: 0
hr: 15
MAC_UE_SC_Tput: 19567.04
Bearer Releases: 11943

hr: 15
UPTP Mbps Den: 1355
Peak UE: 27
MB_per_connected_UE: 65.15
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3971
DL Data Vol MAC in MB: 9205.01

Combined RACH Preambles: 2373
Time: 01:00:22
holiday: 0
CA DL DataVolRatio Pct: 45.94
CA DL DataVolRatio Pct num: 4588

DL MAC Vol Scell Pct: 44.76
SIP DC%: 
DRB UL Data Volume MB: 4438
CA DL DataVolRatio Pct den: 2603
weekend: 1
UPTP Mbps Num: 10791
CA Activation Rate: 43.16
hr: 13
MAC_UE_SC_Tput: 8594.79
Bearer Releases: 9426

hr: 13
CA Activation Rate num: 7255231
Setup_Fail_DEN: 9793
Peak UE: 67
DL Volume: 1998
CA Activation Rate den: 75558

Combined RACH Preambles: 3299
Time: 22:58:34
holiday: 0

SIP DC%: 
UPTP_Mbps: 39.13
DLRLCLayerDataVolume MB: 6767.58
DRB UL Data Volume MB: 5517
RRC Setup Attempts: 5306
weekend: 0
UPTP Mbps Num: 7078
hr: 4
MAC_UE_SC_Tput: 4399.64

hr: 4
CA Activation Rate num: 4683596
UPTP Mbps Den: 2405
Setup_Fail_DEN: 6798
Peak UE: 65
PCT Time MIMO: 46.84
DL Volume: 183
DL Data Vol MAC in MB: 3000.84

Time: 21:54:10
holiday: 0
CA DL DataVolRatio Pct num: 6415

SIP DC%: 
UPTP_Mbps: 38.06
DLRLCLayerDataVolume MB: 508.15
PRB Util%: 61.69
CA Conf FailRate Pct den: 6131
weekend: 0
CA Activation Rate: 62.96
hr: 9
MAC_UE_SC_Tput: 7192.29
Bearer Releases: 11582

hr: 9
CA Activation Rate num: 7489441
Setup_Fail_DEN: 11541
Peak UE: 78
MB_per_connected_UE: 87.21
DL Volume: 5053
DL Data Vol MAC in MB: 2155.31
CA Activation Rate den: 129823

Time: 01:57:39
holiday: 0

DL MAC Vol Scell Pct: 26.78
Avg_Connected_UEs: 49.02
SIP DC%: 
DLRLCLayerDataVolume MB: 1870.27
DRB UL Data Volume MB: 3868
PRB Util%: 67.17
RRC Setup Attempts: 7293
CA Conf FailRate Pct den: 5829
weekend: 0
CA Activation Rate: 23.57
hr: 16
MAC_UE_SC_Tput: 5021.16

hr: 16
CA Activation Rate num: 4351353
UPTP Mbps Den: 699
Setup_Fail_DEN: 15224
Peak UE: 37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3772
UL Throughput: 5.09
DL Data Vol MAC in MB: 9462.19
CA Activation Rate den: 196052

Time: 05:41:39
holiday: 0
CA DL DataVolRatio Pct num: 6362

DL MAC Vol Scell Pct: 36.03
Avg_Connected_UEs: 25.99
SIP DC%: 
UPTP_Mbps: 20.95
DLRLCLayerDataVolume MB: 6705.25
DRB UL Data Volume MB: 8046
RRC Setup Attempts: 7529
CA Conf FailRate Pct den: 7097
weekend: 1
UPTP Mbps Num: 10761
hr: 13
MAC_UE_SC_Tput: 7153.14
Bearer Releases: 7520

hr: 13
CA Activation Rate num: 7814579
UPTP Mbps Den: 3046
Setup_Fail_DEN: 17105
SIP_SC_Total_MOU: 212.68
Peak UE: 27
MB_per_connected_UE: 173.03
DL Volume: 1603
DL Data Vol MAC in MB: 8134.65

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2524.84
weekend: 0
CA Activation Rate: 50.74
hr: 4
MAC_UE_SC_Tput: 9431.29

hr: 4
UPTP Mbps Den: 2796
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 98.5
PCT Time MIMO: 43.83
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4273
DL Data Vol MAC in MB: 7588.09
CA Activation Rate den: 82881
Combined RACH Preambles: 2686

Time: 12:28:44
holiday: 0
CA DL DataVolRatio Pct num: 2107

Avg_Connected_UEs: 27.59
SIP DC%: 
UPTP_Mbps: 43.24
DLRLCLayerDataVolume MB: 2982.22
DRB UL Data Volume MB: 626
Avg_PUCCH_SINR: 17.59
CA DL DataVolRatio Pct den: 6705
weekend: 0
CA Activation Rate: 49.36
hr: 0
MAC_UE_SC_Tput: 11200.81
Bearer Releases: 8184

hr: 0
CA Activation Rate num: 5199219
UPTP Mbps Den: 1042
Setup_Fail_DEN: 12129
SIP_SC_Total_MOU: 323.77
Peak UE: 27
MB_per_connected_UE: 51.39
DL Data Vol MAC in MB: 2609.45

Time: 03:18:46
holiday: 0

SIP DC%: 
UPTP_Mbps: 122.31
DLRLCLayerDataVolume MB: 8968.95
DRB UL Data Volume MB: 8609
PRB Util%: 36.97
RRC Setup Attempts: 6536
weekend: 0
UPTP Mbps Num: 41584
CA Activation Rate: 58.2
hr: 1
MAC_UE_SC_Tput: 6309.93

hr: 1
CA Activation Rate num: 3102296
UPTP Mbps Den: 1624
Setup_Fail_DEN: 12210
SIP_SC_Total_MOU: 261.27
MB_per_connected_UE: 11.89
PCT Time MIMO: 47.69
DL Volume: 7764
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6926
DL Data Vol MAC in MB: 7462.77

Time: 12:06:25
holiday: 0
CA DL DataVolRatio Pct num: 5694

Avg_Connected_UEs: 56.23
SIP DC%: 
DLRLCLayerDataVolume MB: 3948.05
DRB UL Data Volume MB: 4718
RRC Setup Attempts: 3724
CA Conf FailRate Pct den: 6845
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5795.47
Bearer Releases: 8593

hr: 23
CA Activation Rate num: 7599307
Peak UE: 27
PCT Time MIMO: 39.26
DL Data Vol MAC in MB: 3723.01

Time: 09:52:52
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 392.35
PRB Util%: 44.39
weekend: 0
UPTP Mbps Num: 7508
hr: 8
MAC_UE_SC_Tput: 9679.05
Bearer Releases: 6665

hr: 8
Peak UE: 47
PCT Time MIMO: 33.16
DL Volume: 2768
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3649
Combined RACH Preambles: 3348

Time: 22:25:02
holiday: 0
CA DL DataVolRatio Pct: 89.46

DL MAC Vol Scell Pct: 58.71
Avg_Connected_UEs: 37.31
SIP DC%: 
UPTP_Mbps: 45.92
DLRLCLayerDataVolume MB: 3372.4
CA DL DataVolRatio Pct den: 1181
CA Conf FailRate Pct den: 7141
weekend: 0
CA Activation Rate: 15.05
hr: 4
MAC_UE_SC_Tput: 14156.49
Bearer Releases: 15994

hr: 4
CA Activation Rate num: 10438699
UPTP Mbps Den: 1196
Setup_Fail_DEN: 7822
Peak UE: 75
MB_per_connected_UE: 18.84

Time: 21:33:50
holiday: 0
CA DL DataVolRatio Pct: 71.28

Avg_Connected_UEs: 50.43
SIP DC%: 
UPTP_Mbps: 34.37
DLRLCLayerDataVolume MB: 3889.55
RRC Setup Attempts: 6534
CA DL DataVolRatio Pct den: 883
weekend: 0
UPTP Mbps Num: 38746
CA Activation Rate: 5.36
hr: 23
MAC_UE_SC_Tput: 5440.39

hr: 23
Setup_Fail_DEN: 17591
SIP_SC_Total_MOU: 361.77
Peak UE: 76
PCT Time MIMO: 51.69
DL Volume: 3616
UL Throughput: 3.52
CA Activation Rate den: 55422

Time: 05:55:51
holiday: 0
CA DL DataVolRatio Pct num: 2385

SIP DC%: 
UPTP_Mbps: 89.81
RRC Setup Attempts: 9688
CA DL DataVolRatio Pct den: 4560
weekend: 0
RSSIRX2 Avg: -94.36
CA Activation Rate: 17.86
hr: 23
MAC_UE_SC_Tput: 7566.98

hr: 23
CA Activation Rate num: 2377023
UL MAC Vol Scell Pct: 3.56
Peak UE: 27
MB_per_connected_UE: 198.64
PCT Time MIMO: 34.84
DL Volume: 9900
CA Activation Rate den: 114869

Time: 13:57:40
holiday: 0

DL MAC Vol Scell Pct: 51.51
SIP DC%: 
UPTP_Mbps: 46.94
DLRLCLayerDataVolume MB: 1658.88
weekend: 0
UPTP Mbps Num: 32731
CA Activation Rate: 25.02
hr: 19
Bearer Releases: 7498

hr: 19
CA Activation Rate num: 5963312
Peak UE: 27
MB_per_connected_UE: 90.41
DL Volume: 1120
DL Data Vol MAC in MB: 3358.43
CA Activation Rate den: 60078

Time: 12:36:57
holiday: 0

SIP DC%: 
UPTP_Mbps: 29.46
DLRLCLayerDataVolume MB: 3534.18
RRC Setup Attempts: 4576
CA DL DataVolRatio Pct den: 5729
weekend: 0
UPTP Mbps Num: 34993
CA Activation Rate: 22.92
hr: 7
MAC_UE_SC_Tput: 15604.68
Bearer Releases: 7516

hr: 7
CA Activation Rate num: 5865549
UPTP Mbps Den: 1245
Setup_Fail_DEN: 16047
SIP_SC_Total_MOU: 339.13
Peak UE: 53
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6166
DL Data Vol MAC in MB: 9653.23

Time: 14:13:14
holiday: 0
CA DL DataVolRatio Pct: 68.91
CA DL DataVolRatio Pct num: 6243

SIP DC%: 
UPTP_Mbps: 19.43
DLRLCLayerDataVolume MB: 5144.68
DRB UL Data Volume MB: 8444
PRB Util%: 16.31
CA Conf FailRate Pct den: 2884
weekend: 0
UPTP Mbps Num: 4107
CA Activation Rate: 31.66
hr: 23
MAC_UE_SC_Tput: 4847.43
Bearer Releases: 18124

hr: 23
SIP_SC_Total_MOU: 253.46
Peak UE: 27
MB_per_connected_UE: 208.06
DL Data Vol MAC in MB: 6583.99

Time: 08:57:37
holiday: 0
CA DL DataVolRatio Pct num: 4296
HO Attempts: 416

SIP DC%: 
DLRLCLayerDataVolume MB: 5508.85
CA DL DataVolRatio Pct den: 7284
weekend: 0
CA Activation Rate: 78.26
hr: 20
MAC_UE_SC_Tput: 7884.93
Bearer Releases: 6562

hr: 20
CA Activation Rate num: 5169796
Setup_Fail_DEN: 11194
Peak UE: 62
PCT Time MIMO: 59.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7607
DL Data Vol MAC in MB: 8466.05

Time: 15:45:18
holiday: 0
CA DL DataVolRatio Pct: 61.7

DL MAC Vol Scell Pct: 3.54
SIP DC%: 
DLRLCLayerDataVolume MB: 1469.86
DRB UL Data Volume MB: 2514
RRC Setup Attempts: 6652
weekend: 0
UPTP Mbps Num: 34809
CA Activation Rate: 51.68
hr: 23
MAC_UE_SC_Tput: 4726.99
Bearer Releases: 8626

hr: 23
Peak UE: 27
DL Volume: 1211
UL Throughput: 6.62

Time: 06:30:14
holiday: 0
CA DL DataVolRatio Pct: 89.97
CA DL DataVolRatio Pct num: 7032

SIP DC%: 
UPTP_Mbps: 112.22
DLRLCLayerDataVolume MB: 9536.07
DRB UL Data Volume MB: 5909
CA DL DataVolRatio Pct den: 2061
weekend: 1
hr: 9
MAC_UE_SC_Tput: 15828.82

hr: 9
CA Activation Rate num: 6994334
UPTP Mbps Den: 1919
SIP_SC_Total_MOU: 69.92
Peak UE: 58
MB_per_connected_UE: 30.33
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9196
CA Activation Rate den: 44210

Combined RACH Preambles: 3249
Time: 23:50:14
holiday: 0

Avg_Connected_UEs: 37.67
SIP DC%: 
UPTP_Mbps: 37.54
PRB Util%: 17.96
CA Conf FailRate Pct den: 7394
weekend: 0
CA Activation Rate: 17.46
hr: 22
MAC_UE_SC_Tput: 9858.71

hr: 22
CA Activation Rate num: 5624622
UPTP Mbps Den: 2523
Setup_Fail_DEN: 15086
SIP_SC_Total_MOU: 162.88
Peak UE: 82
MB_per_connected_UE: 50.51
PCT Time MIMO: 50.1

Time: 09:50:09
holiday: 0
CA DL DataVolRatio Pct: 88.18
CA DL DataVolRatio Pct num: 6097

Avg_Connected_UEs: 19.73
SIP DC%: 
UPTP_Mbps: 15.22
RRC Setup Attempts: 5562
CA Conf FailRate Pct den: 2748
weekend: 0
UPTP Mbps Num: 41136
hr: 18
MAC_UE_SC_Tput: 13712.1
Bearer Releases: 11227

hr: 18
CA Activation Rate num: 2069419
UPTP Mbps Den: 1386
Setup_Fail_DEN: 9801
SIP_SC_Total_MOU: 185.62
Peak UE: 27
PCT Time MIMO: 36.81
DL Data Vol MAC in MB: 902.11

Time: 13:37:17
holiday: 0
HO Attempts: 466

DL MAC Vol Scell Pct: 48.17
SIP DC%: 
DRB UL Data Volume MB: 5386
PRB Util%: 51.67
weekend: 0
CA Activation Rate: 14.16
hr: 0
MAC_UE_SC_Tput: 9334.09

hr: 0
CA Activation Rate num: 2284497
Setup_Fail_DEN: 14270
Peak UE: 27
PCT Time MIMO: 53.45
DL Volume: 3400
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7274
CA Activation Rate den: 206072

Combined RACH Preambles: 3405
Time: 15:32:03
holiday: 0
CA DL DataVolRatio Pct: 67.37

SIP DC%: 
UPTP_Mbps: 28.17
DLRLCLayerDataVolume MB: 518.04
weekend: 0
UPTP Mbps Num: 17489
hr: 19
MAC_UE_SC_Tput: 7142.31
Bearer Releases: 9952

hr: 19
CA Activation Rate num: 7564260
Setup_Fail_DEN: 10188
Peak UE: 39
MB_per_connected_UE: 187.34
PCT Time MIMO: 42.66
DL Volume: 1871
DL Data Vol MAC in MB: 1286.14
CA Activation Rate den: 124929

Time: 21:51:44
holiday: 0

Avg_Connected_UEs: 29.7
SIP DC%: 
UPTP_Mbps: 42.03
DLRLCLayerDataVolume MB: 506.9
CA Conf FailRate Pct den: 6090
weekend: 0
hr: 0
MAC_UE_SC_Tput: 16438.93
Bearer Releases: 16321

hr: 0
CA Activation Rate num: 3666218
UPTP Mbps Den: 2349
Setup_Fail_DEN: 8091
Peak UE: 78
MB_per_connected_UE: 195.28
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5079

Time: 20:43:59
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3469.85
PRB Util%: 29.11
CA DL DataVolRatio Pct den: 5713
weekend: 1
UPTP Mbps Num: 6402
hr: 23
MAC_UE_SC_Tput: 9479.95

hr: 23
CA Activation Rate num: 2932715
UPTP Mbps Den: 815
Setup_Fail_DEN: 12775
Peak UE: 28
MB_per_connected_UE: 113.33
DL Volume: 6213
DL Data Vol MAC in MB: 9240.41
CA Activation Rate den: 139472

Combined RACH Preambles: 1978
Time: 16:46:25
holiday: 0
CA DL DataVolRatio Pct num: 7002

Avg_Connected_UEs: 22.07
SIP DC%: 
DLRLCLayerDataVolume MB: 6209.52
PRB Util%: 31.69
weekend: 1
UPTP Mbps Num: 16513
hr: 12
MAC_UE_SC_Tput: 4543.69
Bearer Releases: 16352

hr: 12
CA Activation Rate num: 2985100
Peak UE: 27
MB_per_connected_UE: 111.56
DL Volume: 219
DL Data Vol MAC in MB: 5910.8
CA Activation Rate den: 98879

Time: 04:53:50
holiday: 0

DL MAC Vol Scell Pct: 42.7
Avg_Connected_UEs: 35.34
SIP DC%: 
UPTP_Mbps: 66.26
DLRLCLayerDataVolume MB: 7097.48
PRB Util%: 13.91
weekend: 0
CA Activation Rate: 7.26
hr: 21
MAC_UE_SC_Tput: 9132.58
Bearer Releases: 8058

hr: 21
CA Activation Rate num: 4622833
SIP_SC_Total_MOU: 168.15
Peak UE: 27
PCT Time MIMO: 32.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3500
DL Data Vol MAC in MB: 4743.88
CA Activation Rate den: 136471

Combined RACH Preambles: 4121
holiday: 0
CA DL DataVolRatio Pct: 83.98

SIP DC%: 
UPTP_Mbps: 121.39
DLRLCLayerDataVolume MB: 4061.17
PRB Util%: 29.91
RRC Setup Attempts: 3899
CA Conf FailRate Pct den: 9269
weekend: 0
UPTP Mbps Num: 26017
hr: 0
MAC_UE_SC_Tput: 8232.04
Bearer Releases: 18530

hr: 0
CA Activation Rate num: 9363796
Setup_Fail_DEN: 14053
Peak UE: 37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4624
DL Data Vol MAC in MB: 8749.36
CA Activation Rate den: 115283

Time: 16:36:17
holiday: 0
CA DL DataVolRatio Pct num: 2244

DL MAC Vol Scell Pct: 20.94
Avg_Connected_UEs: 54.53
SIP DC%: 
DRB UL Data Volume MB: 6262
CA Conf FailRate Pct den: 2991
weekend: 0
CA Activation Rate: 45.46
hr: 16
MAC_UE_SC_Tput: 4131.28

hr: 16
CA Activation Rate num: 6526786
UPTP Mbps Den: 5144
SIP_SC_Total_MOU: 18.75
Peak UE: 80
MB_per_connected_UE: 82.28
PCT Time MIMO: 57.13
DL Volume: 2538
DL Data Vol MAC in MB: 4732.94
CA Activation Rate den: 70123

Time: 21:23:38
holiday: 0
HO_att_InterFreq: 232

SIP DC%: 
DLRLCLayerDataVolume MB: 9269.78
DRB UL Data Volume MB: 6196
RRC Setup Attempts: 5270
CA DL DataVolRatio Pct den: 9930
weekend: 0
CA Activation Rate: 60.76
hr: 0
MAC_UE_SC_Tput: 17977.8

hr: 0
CA Activation Rate num: 3039144
UPTP Mbps Den: 650
Peak UE: 27
MB_per_connected_UE: 103.29
CA Activation Rate den: 129995

Time: 12:16:32
holiday: 0

DL MAC Vol Scell Pct: 24.42
SIP DC%: 
DLRLCLayerDataVolume MB: 3075.18
DRB UL Data Volume MB: 3378
PRB Util%: 18.03
RRC Setup Attempts: 7563
weekend: 0
UPTP Mbps Num: 3047
hr: 7
MAC_UE_SC_Tput: 5134.96

hr: 7
CA Activation Rate num: 4455715
UPTP Mbps Den: 5600
Peak UE: 27
MB_per_connected_UE: 12.53
DL Volume: 1286
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8964

Time: 23:43:43
holiday: 0
HO Attempts: 874

SIP DC%: 
DLRLCLayerDataVolume MB: 4931.91
CA DL DataVolRatio Pct den: 8440
weekend: 0
hr: 8
MAC_UE_SC_Tput: 17318.22

hr: 8
CA Activation Rate num: 9559327
Setup_Fail_DEN: 11104
SIP_SC_Total_MOU: 159.78
MB_per_connected_UE: 49.15
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7419
CA Activation Rate den: 67593

Combined RACH Preambles: 2630
Time: 08:22:55
holiday: 0
CA DL DataVolRatio Pct num: 4265

Avg_Connected_UEs: 71.7
SIP DC%: 
UPTP_Mbps: 57.96
DLRLCLayerDataVolume MB: 3524.83
DRB UL Data Volume MB: 7593
RRC Setup Attempts: 7108
weekend: 1
CA Activation Rate: 49.59
hr: 0
MAC_UE_SC_Tput: 4947.22

hr: 0
CA Activation Rate num: 4916732
Setup_Fail_DEN: 12005
Peak UE: 58
MB_per_connected_UE: 10.44
PCT Time MIMO: 35.31
DL Volume: 905
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6046

Time: 10:16:51
holiday: 0
CA DL DataVolRatio Pct num: 5604

DL MAC Vol Scell Pct: 21.95
SIP DC%: 
DLRLCLayerDataVolume MB: 5540.92
DRB UL Data Volume MB: 2317
CA DL DataVolRatio Pct den: 282
weekend: 1
CA Activation Rate: 76.05
hr: 1
MAC_UE_SC_Tput: 5312.55
Bearer Releases: 7136

hr: 1
Setup_Fail_DEN: 14266
Peak UE: 27
MB_per_connected_UE: 106.43
DL Volume: 5939

Time: 14:09:10
holiday: 0

Avg_Connected_UEs: 18.15
SIP DC%: 
RRC Setup Attempts: 7826
CA DL DataVolRatio Pct den: 8955
weekend: 0
hr: 23
MAC_UE_SC_Tput: 12523.56

hr: 23
CA Activation Rate num: 10957355
Setup_Fail_DEN: 11966
SIP_SC_Total_MOU: 261.45
QCI 1 Bearer Drop%: 1.95
Peak UE: 38
MB_per_connected_UE: 80.35
DL Volume: 2702
CA Activation Rate den: 85647

Time: 03:52:10
holiday: 0
CA DL DataVolRatio Pct: 85.3

DL MAC Vol Scell Pct: 28.99
SIP DC%: 
UPTP_Mbps: 127.1
DLRLCLayerDataVolume MB: 8049.14
CA DL DataVolRatio Pct den: 6859
weekend: 0
CA Activation Rate: 12.42
hr: 6
MAC_UE_SC_Tput: 12151.92
Bearer Releases: 7257

hr: 6
CA Activation Rate num: 5276258
UPTP Mbps Den: 1657
Setup_Fail_DEN: 12359
SIP_SC_Total_MOU: 355.36
Peak UE: 27
MB_per_connected_UE: 47.04
DL Data Vol MAC in MB: 9683.68

Combined RACH Preambles: 4447
Time: 04:00:42
holiday: 0
CA DL DataVolRatio Pct: 78.25
HO_att_InterFreq: 558

SIP DC%: 
DLRLCLayerDataVolume MB: 7333.23
DRB UL Data Volume MB: 8073
PRB Util%: 4.63
CA DL DataVolRatio Pct den: 3563
CA Conf FailRate Pct den: 8664
weekend: 0
CA Activation Rate: 12.99
hr: 23
MAC_UE_SC_Tput: 6511

hr: 23
UPTP Mbps Den: 1713
Setup_Fail_DEN: 11109
SIP_SC_Total_MOU: 218.63
Peak UE: 27
MB_per_connected_UE: 154.83
UL Throughput: 4.51
CA Activation Rate den: 114495

Time: 06:18:52
holiday: 0
CA DL DataVolRatio Pct num: 4133

Avg_Connected_UEs: 69.4
SIP DC%: 
DRB UL Data Volume MB: 6296
PRB Util%: 20.1
RRC Setup Attempts: 6085
CA DL DataVolRatio Pct den: 9156
weekend: 0
CA Activation Rate: 24.97
hr: 23
MAC_UE_SC_Tput: 11858.73
Bearer Releases: 10601

hr: 23
UPTP Mbps Den: 1889
Setup_Fail_DEN: 9130
Peak UE: 27
PCT Time MIMO: 42.87
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4401

Time: 21:43:52
holiday: 0
CA DL DataVolRatio Pct num: 7326

DL MAC Vol Scell Pct: 39.76
Avg_Connected_UEs: 79.13
SIP DC%: 
DLRLCLayerDataVolume MB: 7724.5
CA DL DataVolRatio Pct den: 8713
CA Conf FailRate Pct den: 4810
weekend: 0
UPTP Mbps Num: 21419
hr: 0
MAC_UE_SC_Tput: 10619.67
Bearer Releases: 7258

hr: 0
CA Activation Rate num: 3173285
UPTP Mbps Den: 2771
Setup_Fail_DEN: 17882
Peak UE: 27
MB_per_connected_UE: 204.08
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4539
DL Data Vol MAC in MB: 9293.31

Combined RACH Preambles: 3516
Time: 14:37:48
holiday: 0
CA DL DataVolRatio Pct num: 6393

DL MAC Vol Scell Pct: 5.24
SIP DC%: 
DRB UL Data Volume MB: 4303
CA DL DataVolRatio Pct den: 10137
CA Conf FailRate Pct den: 6865
weekend: 0
hr: 0
MAC_UE_SC_Tput: 19716.46
Bearer Releases: 6339

hr: 0
CA Activation Rate num: 9957795
Setup_Fail_DEN: 10821
SIP_SC_Total_MOU: 21.09
Peak UE: 27
MB_per_connected_UE: 44.55
DL Volume: 3737
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5330
DL Data Vol MAC in MB: 4415.99

Time: 03:54:37
holiday: 0

Avg_Connected_UEs: 81.39
SIP DC%: 
UPTP_Mbps: 24.86
DLRLCLayerDataVolume MB: 8545.26
DRB UL Data Volume MB: 5200
PRB Util%: 18.54
DL Packet Loss Pct: 2.7
CA DL DataVolRatio Pct den: 2609
weekend: 0
hr: 0
MAC_UE_SC_Tput: 13982.48

hr: 0
CA Activation Rate num: 4387791
Setup_Fail_DEN: 12192
SIP_SC_Total_MOU: 303.38
Peak UE: 27
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4506
DL Data Vol MAC in MB: 2686.07

Time: 03:05:09
holiday: 0
CA DL DataVolRatio Pct: 85.25
HO Attempts: 619

SIP DC%: 
UPTP_Mbps: 7.83
DLRLCLayerDataVolume MB: 6285.04
DRB UL Data Volume MB: 4084
PRB Util%: 35.98
CA DL DataVolRatio Pct den: 6587
CA Conf FailRate Pct den: 6802
weekend: 0
UPTP Mbps Num: 2767
CA Activation Rate: 34.98
hr: 9
MAC_UE_SC_Tput: 5789.87
Bearer Releases: 12935

hr: 9
CA Activation Rate num: 9225430
Setup_Fail_DEN: 18698
UL MAC Vol Scell Pct: 3.24
Peak UE: 67
MB_per_connected_UE: 32.78
DL Volume: 8416
DL Data Vol MAC in MB: 2846.34
CA Activation Rate den: 62248

Time: 06:18:12
holiday: 0
CA DL DataVolRatio Pct: 91.87
CA DL DataVolRatio Pct num: 7139

DL MAC Vol Scell Pct: 21.31
SIP DC%: 
UPTP_Mbps: 125.89
DLRLCLayerDataVolume MB: 7085.11
DRB UL Data Volume MB: 4376
RRC Setup Attempts: 5057
CA DL DataVolRatio Pct den: 4601
CA Conf FailRate Pct den: 4953
weekend: 0
UPTP Mbps Num: 10457
hr: 23
MAC_UE_SC_Tput: 14337.4
Bearer Releases: 14368

hr: 23
CA Activation Rate num: 10198787
UPTP Mbps Den: 2128
SIP_SC_Total_MOU: 36.86
Peak UE: 27
MB_per_connected_UE: 143.24
DL Volume: 3633
UL Throughput: 4.49
DL Data Vol MAC in MB: 2719.63

Combined RACH Preambles: 2424
Time: 12:03:49
holiday: 0
CA DL DataVolRatio Pct num: 7258

DL MAC Vol Scell Pct: 35.08
SIP DC%: 
UPTP_Mbps: 25.59
DLRLCLayerDataVolume MB: 9432.06
DRB UL Data Volume MB: 8798
RRC Setup Attempts: 5141
CA DL DataVolRatio Pct den: 9080
CA Conf FailRate Pct den: 2891
weekend: 0
hr: 11
MAC_UE_SC_Tput: 10930.81

hr: 11
CA Activation Rate num: 9285849
Setup_Fail_DEN: 10503
SIP_SC_Total_MOU: 431.48
Peak UE: 61
MB_per_connected_UE: 138.56
DL Volume: 6973
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5006
UL Throughput: 9.92
DL Data Vol MAC in MB: 6916.79

Combined RACH Preambles: 2569
Time: 13:15:26
holiday: 0
HO_att_InterFreq: 923

DL MAC Vol Scell Pct: 22.35
Avg_Connected_UEs: 50.89
SIP DC%: 
DLRLCLayerDataVolume MB: 8916.59
PRB Util%: 70.96
RRC Setup Attempts: 5167
weekend: 0
CA Activation Rate: 29.36
hr: 3
MAC_UE_SC_Tput: 4335.76

hr: 3
UPTP Mbps Den: 1494
Peak UE: 27
MB_per_connected_UE: 72.93
DL Data Vol MAC in MB: 7088.99
CA Activation Rate den: 76659

Time: 11:31:35
holiday: 0

Avg_Connected_UEs: 53.41
SIP DC%: 
DLRLCLayerDataVolume MB: 2445.72
PRB Util%: 52.65
RRC Setup Attempts: 6578
weekend: 1
UPTP Mbps Num: 21054
Setup_Fail_NUM: 23
CA Activation Rate: 36.09
hr: 0
MAC_UE_SC_Tput: 9191.66
Bearer Releases: 14432

hr: 0
CA Activation Rate num: 7447839
UPTP Mbps Den: 986
Setup_Fail_DEN: 19022
SIP_SC_Total_MOU: 197.53
Peak UE: 27
MB_per_connected_UE: 128.39
DL Volume: 6760
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6708
CA Activation Rate den: 44088

Combined RACH Preambles: 3345
Time: 09:07:08
holiday: 0
CA DL DataVolRatio Pct num: 2669

SIP DC%: 
UPTP_Mbps: 117.09
DLRLCLayerDataVolume MB: 3751.02
RRC Setup Attempts: 4475
CA Conf FailRate Pct den: 7492
weekend: 0
hr: 3
MAC_UE_SC_Tput: 9393.27

hr: 3
CA Activation Rate num: 7164652
UPTP Mbps Den: 1094
SIP_SC_Total_MOU: 46.56
Peak UE: 55
MB_per_connected_UE: 10.42
DL Volume: 2824
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6394
DL Data Vol MAC in MB: 2369.94

Time: 06:01:42
holiday: 0
CA DL DataVolRatio Pct: 70.69
CA DL DataVolRatio Pct num: 6143

SIP DC%: 
UPTP_Mbps: 146.3
DLRLCLayerDataVolume MB: 2253.59
DRB UL Data Volume MB: 5749
weekend: 1
CA Activation Rate: 22.43
hr: 2
MAC_UE_SC_Tput: 10487.16
Bearer Releases: 16052

hr: 2
CA Activation Rate num: 4675693
Setup_Fail_DEN: 10914
Peak UE: 27
MB_per_connected_UE: 40.44
CA Activation Rate den: 71098

Time: 11:28:19
holiday: 0

SIP DC%: 
UPTP_Mbps: 33.7
DLRLCLayerDataVolume MB: 3646.98
PRB Util%: 69.73
RRC Setup Attempts: 7252
weekend: 0
S1U_SIP_SC_SEER_num: 265
CA Activation Rate: 10.69
hr: 11
MAC_UE_SC_Tput: 6585.7
Bearer Releases: 7918

hr: 11
CA Activation Rate num: 257172
Setup_Fail_DEN: 15025
Peak UE: 57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5022
DL Data Vol MAC in MB: 3031.77
CA Activation Rate den: 58838

Time: 10:18:20
holiday: 0
CA DL DataVolRatio Pct: 81.12
CA DL DataVolRatio Pct num: 4009

SIP DC%: 
DLRLCLayerDataVolume MB: 3365.72
PRB Util%: 13.89
CA DL DataVolRatio Pct den: 4407
weekend: 0
UPTP Mbps Num: 8499
hr: 23
MAC_UE_SC_Tput: 12325.15
Bearer Releases: 17576

hr: 23
CA Activation Rate num: 9606993
UPTP Mbps Den: 1141
SIP_SC_Total_MOU: 102.83
Peak UE: 51
MB_per_connected_UE: 45.05
PCT Time MIMO: 39.62
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3347

Time: 11:41:03
holiday: 0

DL MAC Vol Scell Pct: 5.37
SIP DC%: 
UPTP_Mbps: 41.13
DLRLCLayerDataVolume MB: 652.45
DRB UL Data Volume MB: 3839
PRB Util%: 44.28
CA DL DataVolRatio Pct den: 4971
weekend: 0
CA Activation Rate: 16.9
hr: 0
MAC_UE_SC_Tput: 10890.02
Bearer Releases: 14179

hr: 0
CA Activation Rate num: 9790942
Setup_Fail_DEN: 13345
SIP_SC_Total_MOU: 246.77
Peak UE: 31
MB_per_connected_UE: 20.73
PCT Time MIMO: 44.44
DL Data Vol MAC in MB: 5338.59
CA Activation Rate den: 68393

Time: 10:20:04
holiday: 0
CA DL DataVolRatio Pct num: 3043

DL MAC Vol Scell Pct: 23.8
Avg_Connected_UEs: 75.9
SIP DC%: 
UPTP_Mbps: 37.02
Bearer Drop Voice%: 2.88
CA Conf FailRate Pct den: 4827
weekend: 0
UPTP Mbps Num: 20923
hr: 0
MAC_UE_SC_Tput: 7603.81
Bearer Releases: 16920

hr: 0
CA Activation Rate num: 12511522
SIP_SC_Total_MOU: 229.6
Peak UE: 27
MB_per_connected_UE: 21.46
DL Data Vol MAC in MB: 3850.89
CA Activation Rate den: 96158

Combined RACH Preambles: 3228
Time: 16:11:34
holiday: 0

Avg_Connected_UEs: 28.76
SIP DC%: 
DLRLCLayerDataVolume MB: 1222.47
weekend: 0
UPTP Mbps Num: 1674
CA Activation Rate: 58.36
hr: 23
MAC_UE_SC_Tput: 13622.89
Bearer Releases: 9368

hr: 23
CA Activation Rate num: 10985821
Setup_Fail_DEN: 11135
Peak UE: 50
MB_per_connected_UE: 47.67
DL Volume: 2687

Time: 06:36:38
holiday: 0
CA DL DataVolRatio Pct num: 2763

Avg_Connected_UEs: 58.76
SIP DC%: 
UPTP_Mbps: 112.96
PRB Util%: 73.58
weekend: 0
hr: 18
MAC_UE_SC_Tput: 14364.47
Bearer Releases: 15225

hr: 18
CA Activation Rate num: 8444910
Setup_Fail_DEN: 17420
Peak UE: 30
MB_per_connected_UE: 43.07
DL Volume: 3950
DL Data Vol MAC in MB: 6889.87
CA Activation Rate den: 113081

Time: 21:47:28
holiday: 0
CA DL DataVolRatio Pct: 44.04

Avg_Connected_UEs: 41.42
SIP DC%: 
DLRLCLayerDataVolume MB: 1831.79
DRB UL Data Volume MB: 9299
RRC Setup Attempts: 3442
CA DL DataVolRatio Pct den: 6807
weekend: 0
UPTP Mbps Num: 57636
CA Activation Rate: 48.1
hr: 19
MAC_UE_SC_Tput: 13306.24
Bearer Releases: 10064

hr: 19
CA Activation Rate num: 11979705
Setup_Fail_DEN: 13546
SIP_SC_Total_MOU: 264.58
Peak UE: 27
MB_per_connected_UE: 143.25
DL Data Vol MAC in MB: 7519.16

Time: 09:47:51
holiday: 0
CA DL DataVolRatio Pct: 58.42

DL MAC Vol Scell Pct: 20.55
SIP DC%: 
DLRLCLayerDataVolume MB: 9036.96
DRB UL Data Volume MB: 6634
RRC Setup Attempts: 4525
CA Conf FailRate Pct den: 5304
weekend: 0
UPTP Mbps Num: 57490
CA Activation Rate: 35.54
hr: 6
MAC_UE_SC_Tput: 4926.23

hr: 6
CA Activation Rate num: 7257571
SIP_SC_Total_MOU: 314.98
Peak UE: 27
MB_per_connected_UE: 181.06
DL Data Vol MAC in MB: 5119.22
CA Activation Rate den: 53719

Time: 22:53:12
holiday: 0
CA DL DataVolRatio Pct num: 5814

DL MAC Vol Scell Pct: 22.26
SIP DC%: 
DLRLCLayerDataVolume MB: 5268.39
DRB UL Data Volume MB: 5993
PRB Util%: 55.48
weekend: 0
UPTP Mbps Num: 25486
CA Activation Rate: 11.33
hr: 23
MAC_UE_SC_Tput: 14806.08

hr: 23
CA Activation Rate num: 5513213
UPTP Mbps Den: 686
Setup_Fail_DEN: 15333
Peak UE: 27
MB_per_connected_UE: 56.23
PCT Time MIMO: 62.82
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8277
DL Data Vol MAC in MB: 2637.58
CA Activation Rate den: 66540

Time: 04:46:28
holiday: 0
CA DL DataVolRatio Pct num: 6271

DL MAC Vol Scell Pct: 15.08
SIP DC%: 
DLRLCLayerDataVolume MB: 331.71
DRB UL Data Volume MB: 4950
RRC Setup Attempts: 5080
weekend: 0
hr: 23
Bearer Releases: 12975

hr: 23
CA Activation Rate num: 10167861
Setup_Fail_DEN: 7749
Peak UE: 51
MB_per_connected_UE: 81.87
PCT Time MIMO: 41.03
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6909
DL Data Vol MAC in MB: 9145.27

Time: 18:56:35
holiday: 0

DL MAC Vol Scell Pct: 42.74
SIP DC%: 
UPTP_Mbps: 7.59
RRC Setup Attempts: 3400
CA DL DataVolRatio Pct den: 1308
weekend: 0
CA Activation Rate: 35.65
hr: 0
MAC_UE_SC_Tput: 9817.16

hr: 0
CA Activation Rate num: 8482073
UPTP Mbps Den: 1668
Peak UE: 34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8158
CA Activation Rate den: 170528
Combined RACH Preambles: 2986

Time: 11:48:54
holiday: 0
CA DL DataVolRatio Pct num: 1373

SIP DC%: 
DLRLCLayerDataVolume MB: 4855.96
PRB Util%: 42.01
CA Conf FailRate Pct den: 4950
weekend: 0
UPTP Mbps Num: 39815
CA Activation Rate: 7.54
hr: 23
MAC_UE_SC_Tput: 17003.86
Bearer Releases: 14228

hr: 23
CA Activation Rate num: 10287194
Setup_Fail_DEN: 8469
SIP_SC_Total_MOU: 410.52
Peak UE: 27
MB_per_connected_UE: 82.04
DL Volume: 4002

Time: 03:16:48
holiday: 0
CA DL DataVolRatio Pct: 57.03
HO_att_InterFreq: 325
CA DL DataVolRatio Pct num: 6484

Avg_Connected_UEs: 29.62
SIP DC%: 
DLRLCLayerDataVolume MB: 9482.34
RRC Setup Attempts: 4107
CA DL DataVolRatio Pct den: 10154
CA Conf FailRate Pct den: 8882
weekend: 0
CA Activation Rate: 60.9
hr: 13
MAC_UE_SC_Tput: 8293.68
Bearer Releases: 15420

hr: 13
CA Activation Rate num: 1214712
Setup_Fail_DEN: 9528
SIP_SC_Total_MOU: 282.64
Peak UE: 96
MB_per_connected_UE: 161.77
DL Volume: 616
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3295
DL Data Vol MAC in MB: 2167.39
CA Activation Rate den: 193469

Time: 10:31:57
holiday: 0
CA DL DataVolRatio Pct: 63.82
CA DL DataVolRatio Pct num: 7575

Avg_Connected_UEs: 23.89
SIP DC%: 
UPTP_Mbps: 35.07
DLRLCLayerDataVolume MB: 5145.96
DRB UL Data Volume MB: 4618
weekend: 0
hr: 21
MAC_UE_SC_Tput: 9120.65
Bearer Releases: 8662

hr: 21
CA Activation Rate num: 13579769
Setup_Fail_DEN: 9486
SIP_SC_Total_MOU: 84.35
Peak UE: 27
MB_per_connected_UE: 48.54
UL Throughput: 10.99

Time: 21:23:58
holiday: 0
CA DL DataVolRatio Pct num: 7375

DL MAC Vol Scell Pct: 26.93
Avg_Connected_UEs: 29.3
SIP DC%: 
UPTP_Mbps: 54.47
DLRLCLayerDataVolume MB: 3356.89
DRB UL Data Volume MB: 7869
RRC Setup Attempts: 5159
CA DL DataVolRatio Pct den: 7736
weekend: 0
UPTP Mbps Num: 40039
RSSIRX2 Avg: -96
hr: 11
MAC_UE_SC_Tput: 5129.09

hr: 11
CA Activation Rate num: 3287316
Setup_Fail_DEN: 7368
MB_per_connected_UE: 65.41
DL Volume: 5566
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5525
DL Data Vol MAC in MB: 8698.63

Combined RACH Preambles: 2908
Time: 14:25:17
holiday: 0

DL MAC Vol Scell Pct: 56.03
Avg_Connected_UEs: 24.7
SIP DC%: 
UPTP_Mbps: 42.77
DLRLCLayerDataVolume MB: 1075.65
RRC Setup Attempts: 5834
weekend: 0
UPTP Mbps Num: 41231
hr: 11
MAC_UE_SC_Tput: 4986.17

hr: 11
CA Activation Rate num: 6965826
SIP_SC_Total_MOU: 215.43
Peak UE: 27
MB_per_connected_UE: 84.64
CA Activation Rate den: 178029

Time: 11:58:23
holiday: 0
CA DL DataVolRatio Pct: 89.29

Avg_Connected_UEs: 72.32
SIP DC%: 
DLRLCLayerDataVolume MB: 4476.6
RRC Setup Attempts: 3713
CA DL DataVolRatio Pct den: 5996
weekend: 0
CA Activation Rate: 64.31
hr: 23
MAC_UE_SC_Tput: 4331.23

hr: 23
CA Activation Rate num: 9748135
SIP_SC_Total_MOU: 247.46
Peak UE: 28
MB_per_connected_UE: 17.5
DL Volume: 2380
DL Data Vol MAC in MB: 2338.64
CA Activation Rate den: 38881

Time: 18:28:49
holiday: 0
CA DL DataVolRatio Pct: 89.91

SIP DC%: 
DLRLCLayerDataVolume MB: 513.8
CA DL DataVolRatio Pct den: 3028
weekend: 1
CA Activation Rate: 62.28
hr: 3
MAC_UE_SC_Tput: 5340.49
Bearer Releases: 6742

hr: 3
CA Activation Rate num: 8975315
UPTP Mbps Den: 382
Setup_Fail_DEN: 13543
SIP_SC_Total_MOU: 318.24
Peak UE: 87
DL Data Vol MAC in MB: 6695.77
CA Activation Rate den: 46977
Time: 10:45:13

holiday: 0
CA DL DataVolRatio Pct: 85.19
CA DL DataVolRatio Pct num: 1813

SIP DC%: 
UPTP_Mbps: 23.53
DLRLCLayerDataVolume MB: 650.85
PRB Util%: 72.67
weekend: 1
CA Activation Rate: 50.79
hr: 2
MAC_UE_SC_Tput: 9726.85
Bearer Releases: 7986

hr: 2
CA Activation Rate num: 6535512
Setup_Fail_DEN: 6379
SIP_SC_Total_MOU: 447.09
Peak UE: 27
MB_per_connected_UE: 176.15
DL Volume: 7554
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3817
DL Data Vol MAC in MB: 2623.49
CA Activation Rate den: 98156

Time: 13:23:40
holiday: 0
CA DL DataVolRatio Pct: 43.51

Avg_Connected_UEs: 47.95
SIP DC%: 
DRB UL Data Volume MB: 9167
CA DL DataVolRatio Pct den: 7779
CA Conf FailRate Pct den: 7300
weekend: 0
UPTP Mbps Num: 4320
CA Activation Rate: 51.07
hr: 23
MAC_UE_SC_Tput: 17694.41
Bearer Releases: 14647

hr: 23
CA Activation Rate num: 10936269
UPTP Mbps Den: 3067
SIP_SC_Total_MOU: 350.83
Peak UE: 58
DL Volume: 5857

holiday: 0
CA DL DataVolRatio Pct: 61.5
CA DL DataVolRatio Pct num: 925

DL MAC Vol Scell Pct: 30.17
SIP DC%: 
UPTP_Mbps: 8.9
PRB Util%: 13.69
RRC Setup Attempts: 9265
CA DL DataVolRatio Pct den: 3838
weekend: 0
UPTP Mbps Num: 15046
hr: 6
MAC_UE_SC_Tput: 7484.89

hr: 6
CA Activation Rate num: 7000593
SIP_SC_Total_MOU: 127.24
Peak UE: 68
MB_per_connected_UE: 45.79
PCT Time MIMO: 59.74
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4632
DL Data Vol MAC in MB: 6403.37

Time: 21:59:43
holiday: 0
CA DL DataVolRatio Pct: 76.08
CA DL DataVolRatio Pct num: 5336

DL MAC Vol Scell Pct: 8.99
SIP DC%: 
UPTP_Mbps: 47.29
DRB UL Data Volume MB: 3405
CA DL DataVolRatio Pct den: 8327
weekend: 0
CA Activation Rate: 70.02
hr: 20
MAC_UE_SC_Tput: 8648.38
Bearer Releases: 7866

hr: 20
CA Activation Rate num: 8976336
UPTP Mbps Den: 639
Setup_Fail_DEN: 18674
Peak UE: 27
DL Volume: 9928
DL Data Vol MAC in MB: 2546.81
CA Activation Rate den: 119131

Time: 17:15:03
holiday: 0

Avg_Connected_UEs: 76.15
SIP DC%: 
DRB UL Data Volume MB: 3898
PRB Util%: 8.43
RRC Setup Attempts: 7684
CA DL DataVolRatio Pct den: 9722
CA Conf FailRate Pct den: 9054
weekend: 0
UPTP Mbps Num: 45665
hr: 2
MAC_UE_SC_Tput: 11932.81
Bearer Releases: 9090

hr: 2
Setup_Fail_DEN: 11523
MB_per_connected_UE: 50.7
PCT Time MIMO: 35.93
DL Volume: 2477
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3924
DL Data Vol MAC in MB: 4690.85
CA Activation Rate den: 78097

Combined RACH Preambles: 3583
Time: 15:21:28
holiday: 0

Avg_Connected_UEs: 61.23
SIP DC%: 
UPTP_Mbps: 37.45
DLRLCLayerDataVolume MB: 446.48
RRC Setup Attempts: 3548
CA Conf FailRate Pct den: 6881
weekend: 0
CA Activation Rate: 19.85
hr: 23

hr: 23
CA Activation Rate num: 4779864
Setup_Fail_DEN: 15179
SIP_SC_Total_MOU: 259.39
Peak UE: 27
MB_per_connected_UE: 195.73
PCT Time MIMO: 57.59
DL Data Vol MAC in MB: 988.93

Time: 07:26:40
holiday: 0
CA DL DataVolRatio Pct num: 4274

Avg_Connected_UEs: 47.42
SIP DC%: 
DLRLCLayerDataVolume MB: 8088.86
PRB Util%: 48.86
CA DL DataVolRatio Pct den: 9569
CA Conf FailRate Pct den: 3610
weekend: 0
hr: 15
MAC_UE_SC_Tput: 18659.57
Bearer Releases: 7632

hr: 15
CA Activation Rate num: 9905670
UPTP Mbps Den: 1714
Setup_Fail_DEN: 15580
Peak UE: 27
MB_per_connected_UE: 208.74
DL Data Vol MAC in MB: 8353.96
CA Activation Rate den: 97039

Time: 13:23:17
holiday: 0
CA DL DataVolRatio Pct num: 4851

SIP DC%: 
UPTP_Mbps: 9.23
DLRLCLayerDataVolume MB: 9615.27
DRB UL Data Volume MB: 9321
PRB Util%: 27.14
RRC Setup Attempts: 3353
weekend: 0
CA Activation Rate: 41.41
hr: 21
MAC_UE_SC_Tput: 9124.14

hr: 21
CA Activation Rate num: 10790062
UPTP Mbps Den: 86
Setup_Fail_DEN: 10039
SIP_SC_Total_MOU: 120.55
Peak UE: 56
MB_per_connected_UE: 115.06
PCT Time MIMO: 39.83
UL Throughput: 1.54

Time: 05:36:37
holiday: 0
CA DL DataVolRatio Pct: 69.55

DL MAC Vol Scell Pct: 7.14
SIP DC%: 
DLRLCLayerDataVolume MB: 7631.69
PRB Util%: 4.22
CA Conf FailRate Pct den: 7027
weekend: 0
hr: 3
Bearer Releases: 6537

hr: 3
CA Activation Rate num: 7676966
Setup_Fail_DEN: 14188
SIP_SC_Total_MOU: 317.78
Peak UE: 45
DL Volume: 8402
DL Data Vol MAC in MB: 6735.94
CA Activation Rate den: 87952
Combined RACH Preambles: 3725
Time: 17:17:29

holiday: 0
CA DL DataVolRatio Pct num: 3072

Avg_Connected_UEs: 25.31
SIP DC%: 
DLRLCLayerDataVolume MB: 2533.99
PRB Util%: 32.83
UL Resid BLER PCT: 1.49
CA DL DataVolRatio Pct den: 8283
CA Conf FailRate Pct den: 9187
weekend: 0
UPTP Mbps Num: 2555
CA Activation Rate: 17.5
hr: 7
MAC_UE_SC_Tput: 5143.87
Bearer Releases: 18572

hr: 7
CA Activation Rate num: 8743901
SIP_SC_Total_MOU: 242
Peak UE: 27
PCT Time MIMO: 47.16
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5114
DL Data Vol MAC in MB: 2685.33
CA Activation Rate den: 50317

Time: 23:10:17
holiday: 0
CA DL DataVolRatio Pct num: 190

SIP DC%: 
DLRLCLayerDataVolume MB: 4496.16
PRB Util%: 69.45
weekend: 1
UPTP Mbps Num: 51258
CA Activation Rate: 12.94
hr: 4
MAC_UE_SC_Tput: 15886.62
Bearer Releases: 7469

hr: 4
CA Activation Rate num: 3829311
Setup_Fail_DEN: 14590
SIP_SC_Total_MOU: 27.1
Peak UE: 27
MB_per_connected_UE: 10.57
PCT Time MIMO: 47.85
DL Data Vol MAC in MB: 1622.4

Time: 05:19:41
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8456.78
PRB Util%: 9.1
RRC Setup Attempts: 4409
weekend: 0
UPTP Mbps Num: 58131
CA Activation Rate: 67.86
hr: 6

hr: 6
CA Activation Rate num: 3855323
SIP_SC_Total_MOU: 191.19
Peak UE: 27
MB_per_connected_UE: 24.58
DL Volume: 6614
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3998
DL Data Vol MAC in MB: 316.83
CA Activation Rate den: 79690

Time: 19:30:30
holiday: 0
CA DL DataVolRatio Pct num: 5294

DL MAC Vol Scell Pct: 53.41
SIP DC%: 
DLRLCLayerDataVolume MB: 8559.27
DRB UL Data Volume MB: 8251
RRC Setup Attempts: 3781
weekend: 0
hr: 3
MAC_UE_SC_Tput: 10866.65

hr: 3
CA Activation Rate num: 7014415
SIP_SC_Total_MOU: 449.32
Peak UE: 27
MB_per_connected_UE: 71.44
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3702
DL Data Vol MAC in MB: 3380.78
CA Activation Rate den: 116000

Combined RACH Preambles: 2025
Time: 05:32:42
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6456.3
DRB UL Data Volume MB: 1948
CA Conf FailRate Pct den: 6815
weekend: 0
CA Activation Rate: 48.09
hr: 13
MAC_UE_SC_Tput: 13476.6
Bearer Releases: 17787

hr: 13
CA Activation Rate num: 502465
Peak UE: 52
PCT Time MIMO: 37.03
DL Volume: 2099
UL Throughput: 6.03

Time: 11:48:53
holiday: 0
CA DL DataVolRatio Pct: 57.25
CA DL DataVolRatio Pct num: 939

SIP DC%: 
UPTP_Mbps: 21.13
DLRLCLayerDataVolume MB: 2860.36
DRB UL Data Volume MB: 5766
RRC Setup Attempts: 5575
weekend: 0
CA Activation Rate: 46.82
hr: 9
MAC_UE_SC_Tput: 6948.74

hr: 9
CA Activation Rate num: 7823869
SIP_SC_Total_MOU: 99.38
Peak UE: 63
MB_per_connected_UE: 186.25
DL Volume: 281
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5445
CA Activation Rate den: 85833

Time: 10:22:15
holiday: 0
CA DL DataVolRatio Pct: 85.32

Avg_Connected_UEs: 54.07
SIP DC%: 
UPTP_Mbps: 43.1
PRB Util%: 42.23
CA DL DataVolRatio Pct den: 8412
weekend: 0
CA Activation Rate: 52.74
hr: 12
MAC_UE_SC_Tput: 5202.1
Bearer Releases: 9868

hr: 12
CA Activation Rate num: 6588698
SIP_SC_Total_MOU: 254.58
MB_per_connected_UE: 86.65
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4478
CA Activation Rate den: 132684
Time: 03:25:20

holiday: 0

Avg_Connected_UEs: 81.35
SIP DC%: 
DRB UL Data Volume MB: 5926
CA DL DataVolRatio Pct den: 6677
weekend: 0
CA Activation Rate: 66.49
hr: 7
MAC_UE_SC_Tput: 5419.76
Bearer Releases: 12843

hr: 7
CA Activation Rate num: 3117035
UPTP Mbps Den: 539
MB_per_connected_UE: 7.93
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3882
CA Activation Rate den: 133652

Time: 08:25:51
holiday: 0
CA DL DataVolRatio Pct num: 3931

Avg_Connected_UEs: 70.29
SIP DC%: 
UPTP_Mbps: 87.75
DLRLCLayerDataVolume MB: 2393.66
DRB UL Data Volume MB: 8982
PRB Util%: 41.7
RRC Setup Attempts: 4310
CA Conf FailRate Pct den: 8756
weekend: 1
UPTP Mbps Num: 9989
hr: 23
MAC_UE_SC_Tput: 22973.61

hr: 23
CA Activation Rate num: 8983959
UPTP Mbps Den: 2025
SIP_SC_Total_MOU: 182.38
Peak UE: 27
MB_per_connected_UE: 55.98
DL Data Vol MAC in MB: 7547.25
CA Activation Rate den: 39839

Time: 23:43:36
holiday: 0
CA DL DataVolRatio Pct: 44.52
CA DL DataVolRatio Pct num: 1885

Avg_Connected_UEs: 46.12
SIP DC%: 
DLRLCLayerDataVolume MB: 9559.05
RRC Setup Attempts: 7243
CA DL DataVolRatio Pct den: 9788
weekend: 1
UPTP Mbps Num: 36554
CA Activation Rate: 52.36
hr: 12
MAC_UE_SC_Tput: 14996.49
Bearer Releases: 16082

hr: 12
CA Activation Rate num: 10379671
Setup_Fail_DEN: 7978
SIP_SC_Total_MOU: 149.16
Peak UE: 63
MB_per_connected_UE: 165.66
DL Volume: 2424
DL Data Vol MAC in MB: 4806.24
CA Activation Rate den: 71443

Combined RACH Preambles: 2868
Time: 15:27:08
holiday: 0
CA DL DataVolRatio Pct: 43.01

SIP DC%: 
DLRLCLayerDataVolume MB: 4548.01
DRB UL Data Volume MB: 4597
PRB Util%: 54.97
CA DL DataVolRatio Pct den: 9593
CA Conf FailRate Pct den: 2962
weekend: 0
CA Activation Rate: 55.58
hr: 23
MAC_UE_SC_Tput: 10740.17

hr: 23
CA Activation Rate num: 6219726
Setup_Fail_DEN: 16132
SIP_SC_Total_MOU: 223.23
Peak UE: 27
MB_per_connected_UE: 172.03
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7159
CA Activation Rate den: 91624

Time: 01:39:50
holiday: 0

DL MAC Vol Scell Pct: 16.03
SIP DC%: 
DLRLCLayerDataVolume MB: 7963.13
PRB Util%: 61.8
weekend: 0
UPTP Mbps Num: 40396
CA Activation Rate: 18.78
hr: 21
MAC_UE_SC_Tput: 32847.51

hr: 21
CA Activation Rate num: 5684185
SIP_SC_Total_MOU: 315.68
MB_per_connected_UE: 140.63
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3575

Time: 19:10:37
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9769.87
DRB UL Data Volume MB: 7659
PRB Util%: 44.37
CA Conf FailRate Pct den: 8445
RSSIRX1 Avg: -95.69
weekend: 0
UPTP Mbps Num: 16652
hr: 7
MAC_UE_SC_Tput: 4123.24

hr: 7
CA Activation Rate num: 10680416
SIP_SC_Total_MOU: 128.09
Peak UE: 27
MB_per_connected_UE: 120.88
DL Data Vol MAC in MB: 4145.9

Time: 01:08:16
holiday: 0
CA DL DataVolRatio Pct num: 6864

Avg_Connected_UEs: 44.65
SIP DC%: 
DLRLCLayerDataVolume MB: 4119.35
Avg_PUCCH_SINR: 17.08
CA DL DataVolRatio Pct den: 6099
CA Conf FailRate Pct den: 8894
weekend: 1
UPTP Mbps Num: 14289
CA Activation Rate: 24.56
hr: 8
MAC_UE_SC_Tput: 15244.36

hr: 8
qci1_setup_attempts: 262
CA Activation Rate num: 9686155
UPTP Mbps Den: 1698
SIP_SC_Total_MOU: 49.53
Peak UE: 39
MB_per_connected_UE: 22.79
DL Volume: 3423
UL Throughput: 9.88
DL Data Vol MAC in MB: 7336.51
CA Activation Rate den: 128137

Combined RACH Preambles: 3522
Time: 20:44:11
holiday: 0
CA DL DataVolRatio Pct num: 5063

SIP DC%: 
UPTP_Mbps: 17.75
PRB Util%: 32.79
RRC Setup Attempts: 3552
CA DL DataVolRatio Pct den: 2662
CA Conf FailRate Pct den: 6849
weekend: 0
UPTP Mbps Num: 36484
CA Activation Rate: 10.27
hr: 0
MAC_UE_SC_Tput: 4510.07

hr: 0
CA Activation Rate num: 8636688
UPTP Mbps Den: 3083
Peak UE: 39
DL Data Vol MAC in MB: 4791.71

Combined RACH Preambles: 3344
Time: 12:37:42
holiday: 0
HO Attempts: 624

Avg_Connected_UEs: 49.19
SIP DC%: 
UPTP_Mbps: 41.79
DRB UL Data Volume MB: 6669
CA DL DataVolRatio Pct den: 2549
CA Conf FailRate Pct den: 6601
weekend: 0
UPTP Mbps Num: 35433
hr: 11
MAC_UE_SC_Tput: 15220.73

hr: 11
CA Activation Rate num: 9577874
Setup_Fail_DEN: 14209
SIP_SC_Total_MOU: 21.65
Peak UE: 46
PCT Time MIMO: 55.3
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4183

Time: 13:47:59
holiday: 0
CA DL DataVolRatio Pct: 91.63
CA DL DataVolRatio Pct num: 2239

Avg_Connected_UEs: 80.89
SIP DC%: 
UPTP_Mbps: 8.88
DLRLCLayerDataVolume MB: 5593.86
DRB UL Data Volume MB: 5301
RRC Setup Attempts: 5155
CA Conf FailRate Pct den: 5648
weekend: 0
CA Activation Rate: 36
hr: 9
MAC_UE_SC_Tput: 15499.04
Bearer Releases: 12840

hr: 9
CA Activation Rate num: 8061046
Setup_Fail_DEN: 11983
SIP_SC_Total_MOU: 144.97
Peak UE: 52
DL Volume: 623
DL Data Vol MAC in MB: 9005.12

Time: 08:52:36
holiday: 0

SIP DC%: 
UPTP_Mbps: 72.98
DRB UL Data Volume MB: 1926
CA Conf FailRate Pct den: 4716
weekend: 0
CA Activation Rate: 13.73
hr: 16
MAC_UE_SC_Tput: 15077.43
Bearer Releases: 14213

hr: 16
CA Activation Rate num: 10059502
UPTP Mbps Den: 2141
Setup_Fail_DEN: 14400
VOLTE IA%: 
MB_per_connected_UE: 17.43
PCT Time MIMO: 58.19
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5974
DL Data Vol MAC in MB: 9909.53

Time: 05:33:05
holiday: 0
CA DL DataVolRatio Pct: 63.16
CA DL DataVolRatio Pct num: 6075

Avg_Connected_UEs: 44.21
SIP DC%: 
UPTP_Mbps: 42.9
DLRLCLayerDataVolume MB: 9221.39
PRB Util%: 59.94
CA DL DataVolRatio Pct den: 1962
CA Conf FailRate Pct den: 8878
weekend: 0
hr: 16
MAC_UE_SC_Tput: 5931.13

hr: 16
CA Activation Rate num: 4286525
UPTP Mbps Den: 820
Peak UE: 90
MB_per_connected_UE: 104.98
DL Volume: 6914
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3811
CA Activation Rate den: 152497

Time: 03:04:33
holiday: 0
CA DL DataVolRatio Pct num: 3695

Avg_Connected_UEs: 17.52
SIP DC%: 
DRB UL Data Volume MB: 5912
CA DL DataVolRatio Pct den: 9241
weekend: 0
UPTP Mbps Num: 38100
hr: 7
Bearer Releases: 6213

hr: 7
CA Activation Rate num: 7803164
UPTP Mbps Den: 1763
Setup_Fail_DEN: 9370
SIP_SC_Total_MOU: 347.62
Peak UE: 27
MB_per_connected_UE: 11.06
DL Volume: 6600
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3316
DL Data Vol MAC in MB: 2137.78
CA Activation Rate den: 98924

Time: 12:06:45
holiday: 0

DL MAC Vol Scell Pct: 44.82
SIP DC%: 
DRB UL Data Volume MB: 2411
RRC Setup Attempts: 6591
CA Conf FailRate Pct den: 9353
weekend: 0
UPTP Mbps Num: 19193
CA Activation Rate: 50.17
hr: 6
MAC_UE_SC_Tput: 5401.81
Bearer Releases: 11167

hr: 6
CA Activation Rate num: 3925236
Setup_Fail_DEN: 10671
Peak UE: 27
DL Data Vol MAC in MB: 9773.69
CA Activation Rate den: 36572

Time: 05:58:47
holiday: 0

DL MAC Vol Scell Pct: 27.76
Avg_Connected_UEs: 80.18
SIP DC%: 
DLRLCLayerDataVolume MB: 3664.13
CA DL DataVolRatio Pct den: 8850
CA Conf FailRate Pct den: 5281
weekend: 0
UPTP Mbps Num: 12850
CA Activation Rate: 73.66
hr: 2
MAC_UE_SC_Tput: 5756.73

hr: 2
CA Activation Rate num: 3053880
Setup_Fail_DEN: 18024
Peak UE: 27
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7011

Combined RACH Preambles: 5216
Time: 11:41:17
holiday: 0
CA DL DataVolRatio Pct num: 7341

DL MAC Vol Scell Pct: 51.43
SIP DC%: 
RRC Setup Attempts: 5183
CA DL DataVolRatio Pct den: 10119
weekend: 0
CA Activation Rate: 64.24
hr: 12
MAC_UE_SC_Tput: 11795.36
Bearer Releases: 18575

hr: 12
CA Activation Rate num: 1429060
UPTP Mbps Den: 3106
Setup_Fail_DEN: 6830
SIP_SC_Total_MOU: 108.34
Peak UE: 90
MB_per_connected_UE: 84.14
PCT Time MIMO: 70.37

Time: 05:56:18
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9125.33
DRB UL Data Volume MB: 5478
PRB Util%: 39.99
CA DL DataVolRatio Pct den: 1655
weekend: 0
hr: 7
MAC_UE_SC_Tput: 7296.22
Bearer Releases: 14103

hr: 7
CA Activation Rate num: 2514108
UPTP Mbps Den: 1768
Setup_Fail_DEN: 13231
SIP_SC_Total_MOU: 62.75
Peak UE: 48
MB_per_connected_UE: 180.22
DL Volume: 6518
DL Data Vol MAC in MB: 7174.27
CA Activation Rate den: 218967

Time: 13:40:02
holiday: 0

SIP DC%: 
RRC Setup Attempts: 6272
CA Conf FailRate Pct den: 6031
weekend: 0
UPTP Mbps Num: 43652
CA Activation Rate: 46.78
hr: 3
MAC_UE_SC_Tput: 8553.9
Bearer Releases: 11611

hr: 3
CA Activation Rate num: 9417223
UPTP Mbps Den: 1383
Setup_Fail_DEN: 8807
SIP_SC_Total_MOU: 147.15
MB_per_connected_UE: 136.55
DL Volume: 4624
DL Data Vol MAC in MB: 5609.11
CA Activation Rate den: 86655

Time: 22:52:20
holiday: 0
HO Attempts: 448

SIP DC%: 
UPTP_Mbps: 34.44
DLRLCLayerDataVolume MB: 8023.19
PRB Util%: 37.38
CA DL DataVolRatio Pct den: 10223
weekend: 0
UPTP Mbps Num: 1099
hr: 0
MAC_UE_SC_Tput: 6284.29
Bearer Releases: 13626

hr: 0
CA Activation Rate num: 8194674
UPTP Mbps Den: 3531
SIP_SC_Total_MOU: 24.52
Peak UE: 74
MB_per_connected_UE: 112.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3157

Time: 08:20:12
holiday: 0
CA DL DataVolRatio Pct num: 3196

SIP DC%: 
UPTP_Mbps: 37.1
DLRLCLayerDataVolume MB: 4558.9
DRB UL Data Volume MB: 2370
CA DL DataVolRatio Pct den: 5302
weekend: 0
UPTP Mbps Num: 54547
CA Activation Rate: 61.96
hr: 3
MAC_UE_SC_Tput: 6087.24

hr: 3
CA Activation Rate num: 2409154
Setup_Fail_DEN: 8841
Peak UE: 76
MB_per_connected_UE: 34.9
DL Data Vol MAC in MB: 1255.21
CA Activation Rate den: 115442

Time: 10:09:15
holiday: 0
CA DL DataVolRatio Pct num: 4187

Avg_Connected_UEs: 72.16
SIP DC%: 
DLRLCLayerDataVolume MB: 7202.7
DRB UL Data Volume MB: 6566
RRC Setup Attempts: 8042
weekend: 0
UPTP Mbps Num: 57712
CA Activation Rate: 51.34
hr: 12
MAC_UE_SC_Tput: 4989.87
Bearer Releases: 16128

hr: 12
CA Activation Rate num: 8620386
UPTP Mbps Den: 1073
Setup_Fail_DEN: 13072
SIP_SC_Total_MOU: 339.65
Peak UE: 27
MB_per_connected_UE: 83.47
UL Throughput: 4.03
DL Data Vol MAC in MB: 9324.62
CA Activation Rate den: 98082

Time: 18:37:20
holiday: 0
CA DL DataVolRatio Pct: 73.46
CA DL DataVolRatio Pct num: 2119

DL MAC Vol Scell Pct: 15.67
Avg_Connected_UEs: 45.55
SIP DC%: 
UPTP_Mbps: 39.97
DLRLCLayerDataVolume MB: 4908.23
DRB UL Data Volume MB: 1724
PRB Util%: 24
RRC Setup Attempts: 7036
CA DL DataVolRatio Pct den: 5780
weekend: 0
hr: 1
MAC_UE_SC_Tput: 10526.87

hr: 1
SIP_SC_Total_MOU: 211.48
UL MAC Vol Scell Pct: 1.09
Peak UE: 33
MB_per_connected_UE: 124.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6208
DL Data Vol MAC in MB: 957.04
HO Failure%: 0.19
CA Activation Rate den: 147383

Time: 17:33:05
holiday: 0

SIP DC%: 
UPTP_Mbps: 43.89
DLRLCLayerDataVolume MB: 5674.39
DRB UL Data Volume MB: 371
CA DL DataVolRatio Pct den: 7848
weekend: 0
hr: 1
MAC_UE_SC_Tput: 14482.33
Bearer Releases: 8968

hr: 1
CA Activation Rate num: 7431127
UPTP Mbps Den: 88
SIP_SC_Total_MOU: 173.81
Peak UE: 70
VOLTE IA%: 
MB_per_connected_UE: 109.59
DL Volume: 3286
CA Activation Rate den: 204490
Combined RACH Preambles: 3900

Time: 13:22:01
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 501.21
RRC Setup Attempts: 3868
weekend: 0
CA Activation Rate: 13.62
hr: 23
MAC_UE_SC_Tput: 13722.67

hr: 23
CA Activation Rate num: 5085286
SIP_SC_Total_MOU: 2.25
Peak UE: 41
MB_per_connected_UE: 138.09
DL Data Vol MAC in MB: 497.44
CA Activation Rate den: 108042

Time: 00:43:28
holiday: 0
CA DL DataVolRatio Pct num: 4233

DL MAC Vol Scell Pct: 29.5
Avg_Connected_UEs: 32.1
SIP DC%: 
DLRLCLayerDataVolume MB: 4532.8
CA DL DataVolRatio Pct den: 8985
CA Conf FailRate Pct den: 6329
weekend: 0
CA Activation Rate: 19.04
hr: 18
MAC_UE_SC_Tput: 9288.82
Bearer Releases: 11751

hr: 18
CA Activation Rate num: 2476620
UPTP Mbps Den: 1053
Peak UE: 27
PCT Time MIMO: 36.65
DL Data Vol MAC in MB: 10153.14

Time: 19:48:30
holiday: 0
CA DL DataVolRatio Pct: 69.21
CA DL DataVolRatio Pct num: 6929

DL MAC Vol Scell Pct: 56.3
Avg_Connected_UEs: 29.89
SIP DC%: 
UPTP_Mbps: 26.75
DLRLCLayerDataVolume MB: 6635.53
DRB UL Data Volume MB: 5146
RRC Setup Attempts: 3494
weekend: 0
CA Activation Rate: 25.69
hr: 13
MAC_UE_SC_Tput: 16276.34
Bearer Releases: 7623

hr: 13
CA Activation Rate num: 2570584
Setup_Fail_DEN: 6850
SIP_SC_Total_MOU: 303.69
Peak UE: 39
VOLTE IA%: 
MB_per_connected_UE: 128.12
DL Volume: 6986
DL Data Vol MAC in MB: 6733.55

Time: 18:53:34
holiday: 0
CA DL DataVolRatio Pct num: 4228

Avg_Connected_UEs: 24.91
SIP DC%: 
DLRLCLayerDataVolume MB: 7893.32
DRB UL Data Volume MB: 1859
PRB Util%: 4
RRC Setup Attempts: 6503
weekend: 0
UPTP Mbps Num: 2862
CA Activation Rate: 41.7
hr: 23
MAC_UE_SC_Tput: 11547.97
Bearer Releases: 13417

hr: 23
CA Activation Rate num: 2180667
SIP_SC_Total_MOU: 40.74
Peak UE: 93
MB_per_connected_UE: 156.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3710
DL Data Vol MAC in MB: 6636.79
CA Activation Rate den: 99869
Time: 12:13:26

holiday: 0
CA DL DataVolRatio Pct: 40.57
CA DL DataVolRatio Pct num: 6856
HO Attempts: 753

SIP DC%: 
DRB UL Data Volume MB: 954
PRB Util%: 32.88
CA Conf FailRate Pct den: 6210
weekend: 0
UPTP Mbps Num: 51478
hr: 16
MAC_UE_SC_Tput: 8246.93
Bearer Releases: 11918

hr: 16
CA Activation Rate num: 243523
Setup_Fail_DEN: 17172
SIP_SC_Total_MOU: 40.26
Peak UE: 27
MB_per_connected_UE: 204.22
DL Volume: 8374
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7833
DL Data Vol MAC in MB: 1926.25
CA Activation Rate den: 118553

Time: 05:02:36
holiday: 0

Avg_Connected_UEs: 36.26
SIP DC%: 
UPTP_Mbps: 15.38
CA Conf FailRate Pct den: 7489
weekend: 0
CA Activation Rate: 20.51
hr: 23
MAC_UE_SC_Tput: 16729.71

hr: 23
CA Activation Rate num: 4890684
Setup_Fail_DEN: 6697
SIP_SC_Total_MOU: 101.36
Peak UE: 27
MB_per_connected_UE: 177.42
PCT Time MIMO: 32.44
DL Data Vol MAC in MB: 8668.12
CA Activation Rate den: 105324

Combined RACH Preambles: 1917
Time: 01:43:23
holiday: 0

Avg_Connected_UEs: 54.79
SIP DC%: 
DLRLCLayerDataVolume MB: 2024.37
RRC Setup Attempts: 8190
CA DL DataVolRatio Pct den: 9783
CA Conf FailRate Pct den: 5477
weekend: 0
CA Activation Rate: 2.5
hr: 13
MAC_UE_SC_Tput: 4870.64
Bearer Releases: 8682

hr: 13
CA Activation Rate num: 10101988
Setup_Fail_DEN: 13601
Peak UE: 39
MB_per_connected_UE: 186.37

Time: 05:51:43
holiday: 0
CA DL DataVolRatio Pct: 81.55

SIP DC%: 
DLRLCLayerDataVolume MB: 5584.09
DRB UL Data Volume MB: 4801
PRB Util%: 66.94
CA Conf FailRate Pct den: 7696
weekend: 0
UPTP Mbps Num: 1490
hr: 2
Bearer Releases: 13528

hr: 2
Setup_Fail_DEN: 8467
Peak UE: 34
MB_per_connected_UE: 82.21
DL Volume: 7649
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9185
DL Data Vol MAC in MB: 3982.08
CA Activation Rate den: 130435

holiday: 0
CA DL DataVolRatio Pct num: 4117
HO Attempts: 442

DL MAC Vol Scell Pct: 14.41
Avg_Connected_UEs: 84.24
SIP DC%: 
UPTP_Mbps: 24.06
DLRLCLayerDataVolume MB: 1875.06
PRB Util%: 51.12
RRC Setup Attempts: 7727
weekend: 0
hr: 14
MAC_UE_SC_Tput: 7554.49
Bearer Releases: 15753

hr: 14
CA Activation Rate num: 6569577
UPTP Mbps Den: 2550
Setup_Fail_DEN: 15769
Peak UE: 27
MB_per_connected_UE: 108.53
DL Volume: 7004
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5852
CA Activation Rate den: 148637

Time: 14:48:33
holiday: 0
CA DL DataVolRatio Pct: 49.53

Avg_Connected_UEs: 45.84
SIP DC%: 
DLRLCLayerDataVolume MB: 163.87
CA DL DataVolRatio Pct den: 2466
weekend: 0
hr: 22
MAC_UE_SC_Tput: 4625.53

hr: 22
CA Activation Rate num: 3388618
UPTP Mbps Den: 830
SIP_SC_Total_MOU: 221.96
Peak UE: 99
MB_per_connected_UE: 137.74
DL Volume: 6105

Time: 19:09:47
holiday: 0
CA DL DataVolRatio Pct num: 4927

SIP DC%: 
DLRLCLayerDataVolume MB: 4241.9
DRB UL Data Volume MB: 7752
RRC Setup Attempts: 7396
CA Conf FailRate Pct den: 7196
weekend: 0
UPTP Mbps Num: 55409
CA Activation Rate: 8.23
hr: 23
MAC_UE_SC_Tput: 12676.27

hr: 23
CA Activation Rate num: 10785769
UPTP Mbps Den: 1315
Setup_Fail_DEN: 13588
SIP_SC_Total_MOU: 133.2
Peak UE: 27
DL Data Vol MAC in MB: 2896.87

Time: 12:05:19
holiday: 0
CA DL DataVolRatio Pct num: 5350
HO Attempts: 704

SIP DC%: 
DLRLCLayerDataVolume MB: 5849.05
DRB UL Data Volume MB: 7087
PRB Util%: 70.81
CA DL DataVolRatio Pct den: 9171
CA Conf FailRate Pct den: 8755
weekend: 0
CA Activation Rate: 22.76
hr: 9
MAC_UE_SC_Tput: 10217.82
Bearer Releases: 7374

hr: 9
SIP_SC_Total_MOU: 28.62
MB_per_connected_UE: 116.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4546

Time: 07:42:37
holiday: 0
CA DL DataVolRatio Pct: 63.43

DL MAC Vol Scell Pct: 13.47
Avg_Connected_UEs: 42.32
SIP DC%: 
DRB UL Data Volume MB: 5429
PRB Util%: 59.51
CA DL DataVolRatio Pct den: 10103
weekend: 1
UPTP Mbps Num: 6596
hr: 19
MAC_UE_SC_Tput: 7812.89
Bearer Releases: 8841

hr: 19
CA Activation Rate num: 6005462
SIP_SC_Total_MOU: 18.76
Peak UE: 27
DL Data Vol MAC in MB: 7785.18
CA Activation Rate den: 43595

Time: 13:41:43
holiday: 0
CA DL DataVolRatio Pct: 40.24

DL MAC Vol Scell Pct: 35.75
Avg_Connected_UEs: 76.36
SIP DC%: 
UPTP_Mbps: 22.8
DLRLCLayerDataVolume MB: 3454.08
RRC Setup Attempts: 7341
CA DL DataVolRatio Pct den: 9709
weekend: 0
UPTP Mbps Num: 19374
CA Activation Rate: 37.77
hr: 16
MAC_UE_SC_Tput: 6092.66
Bearer Releases: 18383

hr: 16
CA Activation Rate num: 2208877
Setup_Fail_DEN: 12112
SIP_SC_Total_MOU: 3.76
Peak UE: 75
MB_per_connected_UE: 48.38
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7765
DL Data Vol MAC in MB: 9309.45
CA Activation Rate den: 63849

Combined RACH Preambles: 3590
Time: 07:16:00
holiday: 0
CA DL DataVolRatio Pct: 67.99
CA DL DataVolRatio Pct num: 3594

SIP DC%: 
DRB UL Data Volume MB: 7464
PRB Util%: 51.79
RRC Setup Attempts: 4450
CA Conf FailRate Pct den: 8050
weekend: 0
CA Activation Rate: 49.85
hr: 15
MAC_UE_SC_Tput: 6446.17
Bearer Releases: 12928

hr: 15
CA Activation Rate num: 7485553
Peak UE: 80
MB_per_connected_UE: 113.1
PCT Time MIMO: 59.59
DL Data Vol MAC in MB: 7433.89
CA Activation Rate den: 48128

Time: 04:28:22
holiday: 0

DL MAC Vol Scell Pct: 5.73
Avg_Connected_UEs: 69.46
SIP DC%: 
DLRLCLayerDataVolume MB: 386.32
RRC Setup Attempts: 5411
CA DL DataVolRatio Pct den: 6072
weekend: 0
UPTP Mbps Num: 31282
CA Activation Rate: 39.79
hr: 2
MAC_UE_SC_Tput: 11585.13

hr: 2
CA Activation Rate num: 2046368
SIP_SC_Total_MOU: 6.84
Peak UE: 40
MB_per_connected_UE: 50.14
DL Volume: 8305
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6535

Time: 17:14:04
holiday: 0
HO Attempts: 412

DL MAC Vol Scell Pct: 7.78
Avg_Connected_UEs: 64.25
SIP DC%: 
UPTP_Mbps: 43.73
DLRLCLayerDataVolume MB: 4864.44
CA DL DataVolRatio Pct den: 6114
weekend: 0
UPTP Mbps Num: 18430
CA Activation Rate: 27.33
hr: 2
Bearer Releases: 14424

hr: 2
CA Activation Rate num: 8059874
UPTP Mbps Den: 866
Peak UE: 27
MB_per_connected_UE: 80.99
CA Activation Rate den: 99177

Time: 12:31:04
Date: 07-12-2023
holiday: 0
CA DL DataVolRatio Pct: 59.47

SIP DC%: 
UPTP_Mbps: 23.31
DRB UL Data Volume MB: 5320
CA DL DataVolRatio Pct den: 9190
weekend: 0
UPTP Mbps Num: 45621
CA Activation Rate: 33.82
hr: 7
MAC_UE_SC_Tput: 15974.78
Bearer Releases: 8693

hr: 7
CA Activation Rate num: 10170854
Setup_Fail_DEN: 12270
SIP_SC_Total_MOU: 130.1
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5786

Time: 06:45:19
holiday: 0
CA DL DataVolRatio Pct num: 2198

Avg_Connected_UEs: 81.73
SIP DC%: 
DLRLCLayerDataVolume MB: 1048.89
PRB Util%: 66.52
RRC Setup Attempts: 8272
weekend: 0
CA Activation Rate: 34.71
hr: 14
MAC_UE_SC_Tput: 8831.8
Bearer Releases: 14782

hr: 14
CA Activation Rate num: 3561449
Setup_Fail_DEN: 18188
Peak UE: 67
MB_per_connected_UE: 20.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5712
DL Data Vol MAC in MB: 10041.92

Time: 03:26:57
holiday: 0
CA DL DataVolRatio Pct: 78.28

SIP DC%: 
UPTP_Mbps: 64.08
DLRLCLayerDataVolume MB: 4110
PRB Util%: 70.58
weekend: 0
CA Activation Rate: 14.34
hr: 17
MAC_UE_SC_Tput: 6276.02

hr: 17
CA Activation Rate num: 9412162
UPTP Mbps Den: 1694
SIP_SC_Total_MOU: 265.06
Peak UE: 27
MB_per_connected_UE: 60.34
PCT Time MIMO: 56.13

Time: 00:17:50
holiday: 0

Avg_Connected_UEs: 72.93
SIP DC%: 
DLRLCLayerDataVolume MB: 8241.27
DRB UL Data Volume MB: 5501
CA Conf FailRate Pct den: 5793
RSSIRX1 Avg: -97.4
weekend: 1
CA Activation Rate: 65.36
hr: 0
Bearer Releases: 7310

hr: 0
Peak UE: 27
MB_per_connected_UE: 122.07
DL Data Vol MAC in MB: 6966.55
CA Activation Rate den: 82713

Combined RACH Preambles: 3304
Time: 01:24:02
holiday: 0

DL MAC Vol Scell Pct: 30.33
Avg_Connected_UEs: 67.35
SIP DC%: 
UPTP_Mbps: 29.37
DLRLCLayerDataVolume MB: 5686.99
DRB UL Data Volume MB: 3960
PRB Util%: 63.28
RRC Setup Attempts: 5488
weekend: 0
UPTP Mbps Num: 9463
CA Activation Rate: 38.29
hr: 2
MAC_UE_SC_Tput: 6969.86
Bearer Releases: 14940

hr: 2
CA Activation Rate num: 751732
Setup_Fail_DEN: 11415
SIP_SC_Total_MOU: 178.87
Peak UE: 27
VOLTE IA%: 
DL Data Vol MAC in MB: 1000.7

Time: 20:31:00
holiday: 0

Avg_Connected_UEs: 52.59
SIP DC%: 
UPTP_Mbps: 42.54
DRB UL Data Volume MB: 6753
CA Conf FailRate Pct den: 7092
weekend: 0
UPTP Mbps Num: 9952
hr: 15
Bearer Releases: 11821

hr: 15
CA Activation Rate num: 10384268
SIP_SC_Total_MOU: 121.53
Peak UE: 28
MB_per_connected_UE: 9.89
DL Volume: 7536
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8593

Combined RACH Preambles: 2862
Time: 19:35:17
holiday: 0
CA DL DataVolRatio Pct: 73.28
CA DL DataVolRatio Pct num: 3569

DL MAC Vol Scell Pct: 15.1
SIP DC%: 
DLRLCLayerDataVolume MB: 7247.86
PRB Util%: 18.42
CA DL DataVolRatio Pct den: 8982
weekend: 0
UPTP Mbps Num: 3370
hr: 18
MAC_UE_SC_Tput: 5491.92
Bearer Releases: 6581

hr: 18
CA Activation Rate num: 10184066
Setup_Fail_DEN: 15010
SIP_SC_Total_MOU: 43.21
Peak UE: 60
MB_per_connected_UE: 90.26

Time: 05:44:36
holiday: 0
CA DL DataVolRatio Pct: 41.44

DL MAC Vol Scell Pct: 19.92
Avg_Connected_UEs: 48.02
SIP DC%: 
DLRLCLayerDataVolume MB: 3782.73
DRB UL Data Volume MB: 4678
PRB Util%: 33.68
CA DL DataVolRatio Pct den: 3555
CA Conf FailRate Pct den: 4992
weekend: 0
CA Activation Rate: 68.94
hr: 23
MAC_UE_SC_Tput: 13725.16

hr: 23
CA Activation Rate num: 8358768
SIP_SC_Total_MOU: 53.25
Peak UE: 80
MB_per_connected_UE: 176.29
PCT Time MIMO: 44.42
DL Volume: 6457
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5423
UL Throughput: 6.54
CA Activation Rate den: 83625

Time: 07:15:23
holiday: 0

DL MAC Vol Scell Pct: 21.6
Avg_Connected_UEs: 72.37
SIP DC%: 
UPTP_Mbps: 114.76
DLRLCLayerDataVolume MB: 7513.83
DRB UL Data Volume MB: 7350
CA DL DataVolRatio Pct den: 9222
CA Conf FailRate Pct den: 5146
weekend: 0
S1U_SIP_SC_SEER_num: 77
hr: 0
MAC_UE_SC_Tput: 14154.03

hr: 0
CA Activation Rate num: 5492988
Peak UE: 27
MB_per_connected_UE: 44.91
DL Volume: 6378
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7259
DL Data Vol MAC in MB: 9936.81

Time: 18:23:42
holiday: 0
CA DL DataVolRatio Pct: 40.99

DL MAC Vol Scell Pct: 18.94
Avg_Connected_UEs: 58.14
SIP DC%: 
UPTP_Mbps: 16.31
DLRLCLayerDataVolume MB: 6980.72
PRB Util%: 56.88
weekend: 0
CA Activation Rate: 47.47
hr: 17
MAC_UE_SC_Tput: 6891.88

hr: 17
CA Activation Rate num: 5362494
Peak UE: 28
MB_per_connected_UE: 153.65
DL Data Vol MAC in MB: 7072.93

Time: 19:23:38
holiday: 0

DL MAC Vol Scell Pct: 26.37
Avg_Connected_UEs: 42.06
SIP DC%: 
UPTP_Mbps: 26.48
DLRLCLayerDataVolume MB: 4055.65
DRB UL Data Volume MB: 3484
RRC Setup Attempts: 7710
weekend: 0
UPTP Mbps Num: 24922
hr: 2
MAC_UE_SC_Tput: 4202.69

hr: 2
CA Activation Rate num: 2531580
Setup_Fail_DEN: 18856
SIP_SC_Total_MOU: 216.33
Peak UE: 27
MB_per_connected_UE: 26.9
DL Volume: 816
DL Data Vol MAC in MB: 6730.35
CA Activation Rate den: 150792

Combined RACH Preambles: 3760
Time: 23:12:04
holiday: 0
CA DL DataVolRatio Pct num: 113

DL MAC Vol Scell Pct: 30.16
SIP DC%: 
PRB Util%: 21.54
weekend: 0
CA Activation Rate: 27.09
hr: 21
MAC_UE_SC_Tput: 12832.18

hr: 21
SIP_SC_Total_MOU: 5.18
Peak UE: 27
DL Data Vol MAC in MB: 2352.54
CA Activation Rate den: 58285

Time: 23:51:25
holiday: 0

DL MAC Vol Scell Pct: 6.84
SIP DC%: 
DLRLCLayerDataVolume MB: 4697.62
RRC Setup Attempts: 7301
CA DL DataVolRatio Pct den: 4885
weekend: 1
CA Activation Rate: 14.14
hr: 11
MAC_UE_SC_Tput: 13635.74
Bearer Releases: 10184

hr: 11
CA Activation Rate num: 9453473
Setup_Fail_DEN: 18378
SIP_SC_Total_MOU: 348.18
Peak UE: 83
MB_per_connected_UE: 12.43
DL Volume: 586

Time: 03:43:30
holiday: 0
CA DL DataVolRatio Pct num: 7057

Avg_Connected_UEs: 42.35
SIP DC%: 
DLRLCLayerDataVolume MB: 7220.35
DRB UL Data Volume MB: 661
PRB Util%: 71.49
weekend: 1
UPTP Mbps Num: 50248
hr: 4

hr: 4
CA Activation Rate num: 2871038
Setup_Fail_DEN: 14262
Peak UE: 27
MB_per_connected_UE: 46.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7513
DL Data Vol MAC in MB: 2469.54
CA Activation Rate den: 116035

Time: 06:08:44
holiday: 0
HO_att_InterFreq: 159

SIP DC%: 
UPTP_Mbps: 29.11
DLRLCLayerDataVolume MB: 3250.87
DRB UL Data Volume MB: 3697
RRC Setup Attempts: 4147
CA DL DataVolRatio Pct den: 4396
CA Conf FailRate Pct den: 6529
weekend: 0
CA Activation Rate: 33.83
hr: 2
MAC_UE_SC_Tput: 9991.19
Bearer Releases: 13203

hr: 2
CA Activation Rate num: 5011372
UPTP Mbps Den: 1156
Setup_Fail_DEN: 8606
Peak UE: 44
DL Volume: 8323
DL Data Vol MAC in MB: 8274.35

Time: 06:22:10
holiday: 0
CA DL DataVolRatio Pct num: 1344

Avg_Connected_UEs: 52.96
SIP DC%: 
DLRLCLayerDataVolume MB: 3926.6
PRB Util%: 27.01
CA DL DataVolRatio Pct den: 2091
weekend: 0
UPTP Mbps Num: 10739
hr: 3
Bearer Releases: 6219

hr: 3
CA Activation Rate num: 9285373
UPTP Mbps Den: 3738
Setup_Fail_DEN: 7965
Peak UE: 57
MB_per_connected_UE: 93.65
DL Data Vol MAC in MB: 1065.66

Time: 17:26:45
holiday: 0

DL MAC Vol Scell Pct: 9.04
SIP DC%: 
UPTP_Mbps: 38.32
DLRLCLayerDataVolume MB: 3250.95
PRB Util%: 15.75
RRC Setup Attempts: 7379
CA DL DataVolRatio Pct den: 5468
weekend: 0
UPTP Mbps Num: 26523
hr: 0
MAC_UE_SC_Tput: 6702.28

hr: 0
SIP_SC_Total_MOU: 237.02
Peak UE: 27
MB_per_connected_UE: 74.52
DL Data Vol MAC in MB: 4059.95

Time: 14:15:25
holiday: 0
CA DL DataVolRatio Pct num: 5634
HO Attempts: 848

DL MAC Vol Scell Pct: 49.45
SIP DC%: 
DLRLCLayerDataVolume MB: 6513.42
weekend: 1
UPTP Mbps Num: 19012
hr: 10
MAC_UE_SC_Tput: 5086.28
Bearer Releases: 11091

hr: 10
CA Activation Rate num: 2980595
UPTP Mbps Den: 2773
Setup_Fail_DEN: 11310
Peak UE: 27
DL Data Vol MAC in MB: 6495.51

Time: 00:08:12
holiday: 0
CA DL DataVolRatio Pct num: 5014

SIP DC%: 
UPTP_Mbps: 35.87
DLRLCLayerDataVolume MB: 5542.5
PRB Util%: 52.29
weekend: 1
UPTP Mbps Num: 15026
hr: 16
MAC_UE_SC_Tput: 4864.36
Bearer Releases: 10104

hr: 16
CA Activation Rate num: 9844327
Setup_Fail_DEN: 16174
Peak UE: 27
MB_per_connected_UE: 107.67
CA Activation Rate den: 124861
Combined RACH Preambles: 2326

Time: 22:39:50
holiday: 0
CA DL DataVolRatio Pct num: 523

DL MAC Vol Scell Pct: 12.45
SIP DC%: 
UPTP_Mbps: 29
PRB Util%: 42.9
CA DL DataVolRatio Pct den: 7653
weekend: 0
UPTP Mbps Num: 11247
hr: 0
MAC_UE_SC_Tput: 11956.97
Bearer Releases: 9809

hr: 0
CA Activation Rate num: 1415726
UPTP Mbps Den: 1176
Setup_Fail_DEN: 12004
SIP_SC_Total_MOU: 97.85
Peak UE: 71
MB_per_connected_UE: 154.67
PCT Time MIMO: 46.11
DL Volume: 8299
DL Data Vol MAC in MB: 9763.6
CA Activation Rate den: 143857

Combined RACH Preambles: 2523
Time: 22:22:03
holiday: 0
CA DL DataVolRatio Pct: 91.64
HO_att_InterFreq: 898

DL MAC Vol Scell Pct: 10.99
Avg_Connected_UEs: 74.43
SIP DC%: 
UPTP_Mbps: 11.29
RRC Setup Attempts: 7231
CA Conf FailRate Pct den: 4025
weekend: 0
UPTP Mbps Num: 5673
hr: 5
MAC_UE_SC_Tput: 11176.68

hr: 5
CA Activation Rate num: 1539957
Setup_Fail_DEN: 13367
Peak UE: 64
MB_per_connected_UE: 56.34
DL Data Vol MAC in MB: 4886.08

Time: 11:46:36
holiday: 0
CA DL DataVolRatio Pct: 73.61

SIP DC%: 
UPTP_Mbps: 10.9
RRC Setup Attempts: 9759
CA Conf FailRate Pct den: 4503
weekend: 0
UPTP Mbps Num: 50917
hr: 15
MAC_UE_SC_Tput: 5560.02
Bearer Releases: 14413

hr: 15
SIP_SC_Total_MOU: 306.95
Peak UE: 72
MB_per_connected_UE: 113.46
PCT Time MIMO: 67.36
DL Volume: 4050
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7900
CA Activation Rate den: 121076

Time: 08:51:18
holiday: 0
CA DL DataVolRatio Pct num: 5067

DL MAC Vol Scell Pct: 54.01
Avg_Connected_UEs: 72.06
SIP DC%: 
DLRLCLayerDataVolume MB: 7796.46
DRB UL Data Volume MB: 6571
RRC Setup Attempts: 4179
CA DL DataVolRatio Pct den: 1394
CA Conf FailRate Pct den: 6493
weekend: 1
hr: 0
MAC_UE_SC_Tput: 14891.43
Bearer Releases: 9483

hr: 0
CA Activation Rate num: 9327096
UPTP Mbps Den: 2036
Setup_Fail_DEN: 10978
Peak UE: 48
MB_per_connected_UE: 98.8
PCT Time MIMO: 64.55
DL Data Vol MAC in MB: 7997.53
Combined RACH Preambles: 2131

Time: 16:48:25
holiday: 0
CA DL DataVolRatio Pct: 89.53

DL MAC Vol Scell Pct: 32.97
Avg_Connected_UEs: 32.08
SIP DC%: 
DLRLCLayerDataVolume MB: 8399.76
DRB UL Data Volume MB: 3189
PRB Util%: 20.9
RRC Setup Attempts: 4015
weekend: 0
S1U_SIP_SC_SEER_num: 106
hr: 16
MAC_UE_SC_Tput: 6010.84
Bearer Releases: 6819

hr: 16
CA Activation Rate num: 1802800
UPTP Mbps Den: 725
Peak UE: 27
MB_per_connected_UE: 138.42
PCT Time MIMO: 55.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7865
DL Data Vol MAC in MB: 4379.31

Time: 12:02:02
holiday: 0

DL MAC Vol Scell Pct: 25.86
SIP DC%: 
DLRLCLayerDataVolume MB: 4510.4
RRC Setup Attempts: 5101
CA DL DataVolRatio Pct den: 8388
CA Conf FailRate Pct den: 8594
weekend: 0
CA Activation Rate: 39.99
hr: 18
MAC_UE_SC_Tput: 8596.33

hr: 18
CA Activation Rate num: 8713635
UPTP Mbps Den: 1357
Setup_Fail_DEN: 14342
Peak UE: 41
VOLTE IA%: 0.68
MB_per_connected_UE: 164.43
PCT Time MIMO: 65.29
DL Volume: 2151
DL Data Vol MAC in MB: 6645.6
CA Activation Rate den: 71599

Time: 18:19:29
holiday: 0
CA DL DataVolRatio Pct: 60.09
CA DL DataVolRatio Pct num: 5811

SIP DC%: 
DLRLCLayerDataVolume MB: 153.69
CA DL DataVolRatio Pct den: 8210
CA Conf FailRate Pct den: 4314
weekend: 1
UPTP Mbps Num: 16580
hr: 5
MAC_UE_SC_Tput: 5349.77

hr: 5
CA Activation Rate num: 10064614
Setup_Fail_DEN: 8735
SIP_SC_Total_MOU: 160.7
MB_per_connected_UE: 120.72
PCT Time MIMO: 36.26
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5251

Time: 21:18:02
holiday: 0

SIP DC%: 
UPTP_Mbps: 39.37
DLRLCLayerDataVolume MB: 6484.25
DRB UL Data Volume MB: 2391
RRC Setup Attempts: 8857
CA Conf FailRate Pct den: 6659
weekend: 0
UPTP Mbps Num: 33955
CA Activation Rate: 53.69
hr: 11
MAC_UE_SC_Tput: 11628.76

hr: 11
CA Activation Rate num: 9597007
Setup_Fail_DEN: 9908
SIP_SC_Total_MOU: 29.48
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 49.08
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4780
DL Data Vol MAC in MB: 3452.24
Combined RACH Preambles: 2218

Time: 03:19:52
holiday: 0
CA DL DataVolRatio Pct: 86.09

Avg_Connected_UEs: 32.7
SIP DC%: 
PRB Util%: 37.41
RRC Setup Attempts: 3863
CA DL DataVolRatio Pct den: 4782
CA Conf FailRate Pct den: 8770
weekend: 0
UPTP Mbps Num: 13727
hr: 23
MAC_UE_SC_Tput: 17755.47
Bearer Releases: 7371

hr: 23
CA Activation Rate num: 8603289
SIP_SC_Total_MOU: 13.38
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3364
DL Data Vol MAC in MB: 6216.33
CA Activation Rate den: 58201

Time: 11:37:54
holiday: 0
CA DL DataVolRatio Pct num: 7415

Avg_Connected_UEs: 55.64
SIP DC%: 
UPTP_Mbps: 45.21
DRB UL Data Volume MB: 8252
PRB Util%: 71.16
RRC Setup Attempts: 4354
weekend: 0
UPTP Mbps Num: 2124
hr: 10
MAC_UE_SC_Tput: 5727.57

hr: 10
CA Activation Rate num: 8900748
Setup_Fail_DEN: 11821
S1U_SIP_SC_SEER_den: 170
Peak UE: 62
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7329
DL Data Vol MAC in MB: 4855.84

Time: 20:44:45
holiday: 0
CA DL DataVolRatio Pct: 45.6
CA DL DataVolRatio Pct num: 1576

SIP DC%: 
UPTP_Mbps: 29.56
CA Conf FailRate Pct den: 8277
weekend: 0
CA Activation Rate: 8.89
hr: 22
MAC_UE_SC_Tput: 4731.34
Bearer Releases: 7619

hr: 22
Peak UE: 32
MB_per_connected_UE: 180.8
DL Volume: 538
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8832
DL Data Vol MAC in MB: 6216.86
CA Activation Rate den: 66528

Time: 18:40:50
holiday: 0

Avg_Connected_UEs: 28.95
SIP DC%: 
RRC Setup Attempts: 3813
CA DL DataVolRatio Pct den: 7573
weekend: 0
hr: 13
MAC_UE_SC_Tput: 7220.04

hr: 13
CA Activation Rate num: 9645733
Setup_Fail_DEN: 15168
SIP_SC_Total_MOU: 49.58
Peak UE: 30
VOLTE IA%: 
MB_per_connected_UE: 10.9
PCT Time MIMO: 43.82
UL Throughput: 4.79
CA Activation Rate den: 128207

Time: 15:26:57
holiday: 0

Avg_Connected_UEs: 69.75
SIP DC%: 
DLRLCLayerDataVolume MB: 6964.05
DRB UL Data Volume MB: 9313
PRB Util%: 47.1
CA DL DataVolRatio Pct den: 9909
CA Conf FailRate Pct den: 7463
weekend: 0
UPTP Mbps Num: 60065
CA Activation Rate: 24.73
hr: 1
MAC_UE_SC_Tput: 5850.39

hr: 1
Setup_Fail_DEN: 8642
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8282
DL Data Vol MAC in MB: 10051.8

Time: 14:21:49
holiday: 0
CA DL DataVolRatio Pct num: 6867

DL MAC Vol Scell Pct: 15.92
Avg_Connected_UEs: 55.31
SIP DC%: 
DRB UL Data Volume MB: 7718
RRC Setup Attempts: 6815
CA DL DataVolRatio Pct den: 6081
CA Conf FailRate Pct den: 5743
weekend: 0
UPTP Mbps Num: 33751
hr: 0
MAC_UE_SC_Tput: 15603.51
Bearer Releases: 7551

hr: 0
CA Activation Rate num: 7507590
Setup_Fail_DEN: 10415
Peak UE: 32
MB_per_connected_UE: 125.81
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6523
DL Data Vol MAC in MB: 3813.25
CA Activation Rate den: 55309
Combined RACH Preambles: 3391

Time: 13:01:44
holiday: 0

SIP DC%: 
PRB Util%: 72.4
CA DL DataVolRatio Pct den: 2740
CA Conf FailRate Pct den: 7028
weekend: 0
UPTP Mbps Num: 53680
CA Activation Rate: 3.14
hr: 0
MAC_UE_SC_Tput: 13943.89

hr: 0
CA Activation Rate num: 2612771
Peak UE: 27
MB_per_connected_UE: 104.31
PCT Time MIMO: 39.28
DL Data Vol MAC in MB: 7859.61
CA Activation Rate den: 74114

Combined RACH Preambles: 2338
Time: 08:35:37
holiday: 0
CA DL DataVolRatio Pct: 62.54

Avg_Connected_UEs: 53.12
SIP DC%: 
DLRLCLayerDataVolume MB: 9163.02
DRB UL Data Volume MB: 2557
CA DL DataVolRatio Pct den: 5427
weekend: 0
hr: 0
Bearer Releases: 6406

hr: 0
CA Activation Rate num: 2599823
Setup_Fail_DEN: 15114
SIP_SC_Total_MOU: 51.06
Peak UE: 61
MB_per_connected_UE: 116.97
DL Data Vol MAC in MB: 9685.32
CA Activation Rate den: 90248

Time: 01:20:30
holiday: 0
CA DL DataVolRatio Pct num: 6693

SIP DC%: 
DLRLCLayerDataVolume MB: 8285.73
DRB UL Data Volume MB: 7663
PRB Util%: 41.6
CA DL DataVolRatio Pct den: 5151
CA Conf FailRate Pct den: 4866
weekend: 0
hr: 10
MAC_UE_SC_Tput: 5915.17
Bearer Releases: 8673

hr: 10
CA Activation Rate num: 1927221
UL MAC Vol Scell Pct: 5.29
Peak UE: 58
PCT Time MIMO: 40.93
DL Volume: 9560
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6050
DL Data Vol MAC in MB: 7440.39
CA Activation Rate den: 129395

Time: 00:09:28
holiday: 0
CA DL DataVolRatio Pct num: 4243

SIP DC%: 
DLRLCLayerDataVolume MB: 171.87
DRB UL Data Volume MB: 7285
PRB Util%: 37.82
RRC Setup Attempts: 9047
CA DL DataVolRatio Pct den: 8751
weekend: 0
CA Activation Rate: 10.1
hr: 3
Bearer Releases: 12518

hr: 3
CA Activation Rate num: 8453933
Setup_Fail_DEN: 7230
SIP_SC_Total_MOU: 30.28
Peak UE: 53
MB_per_connected_UE: 195
DL Volume: 9037
CA Activation Rate den: 107640

Time: 12:07:01
holiday: 0
CA DL DataVolRatio Pct: 75.46
CA DL DataVolRatio Pct num: 2764

DL MAC Vol Scell Pct: 3.13
Avg_Connected_UEs: 65.73
SIP DC%: 
DLRLCLayerDataVolume MB: 467.33
DRB UL Data Volume MB: 3924
PRB Util%: 72.86
RRC Setup Attempts: 5290
CA Conf FailRate Pct den: 4370
weekend: 0
CA Activation Rate: 59.8
hr: 23
MAC_UE_SC_Tput: 7799.9
Bearer Releases: 14629

hr: 23
CA Activation Rate num: 6968652
Setup_Fail_DEN: 12860
PCT Time MIMO: 44.29

Time: 17:56:14
holiday: 0
CA DL DataVolRatio Pct: 90.41
CA DL DataVolRatio Pct num: 3022

DL MAC Vol Scell Pct: 26.31
SIP DC%: 
DLRLCLayerDataVolume MB: 4105.47
CA DL DataVolRatio Pct den: 9981
CA Conf FailRate Pct den: 5862
weekend: 0
UPTP Mbps Num: 13359
CA Activation Rate: 26.86
hr: 16
MAC_UE_SC_Tput: 6620.28

hr: 16
CA Activation Rate num: 9589841
Setup_Fail_DEN: 9511
Peak UE: 27
DL Volume: 1339
DL Data Vol MAC in MB: 7016.67
CA Activation Rate den: 215501

Time: 03:13:10
holiday: 0
CA DL DataVolRatio Pct: 63.33

SIP DC%: 
UPTP_Mbps: 11.96
weekend: 1
CA Activation Rate: 9.8
hr: 23
MAC_UE_SC_Tput: 14971.2
Bearer Releases: 8403

hr: 23
UPTP Mbps Den: 2343
SIP_SC_Total_MOU: 276.43
Peak UE: 97
MB_per_connected_UE: 143.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4024
DL Data Vol MAC in MB: 6169
CA Activation Rate den: 138016

Time: 00:45:54
holiday: 0

SIP DC%: 
UPTP_Mbps: 36.24
DLRLCLayerDataVolume MB: 7012.55
DRB UL Data Volume MB: 7254
PRB Util%: 40.26
CA DL DataVolRatio Pct den: 2225
weekend: 0
UPTP Mbps Num: 5654
hr: 23
MAC_UE_SC_Tput: 13974.14
Bearer Releases: 14463

hr: 23
CA Activation Rate num: 8627890
Setup_Fail_DEN: 13538
SIP_SC_Total_MOU: 192.12
Peak UE: 57
VOLTE IA%: 
MB_per_connected_UE: 9.66
PCT Time MIMO: 46.09
DL Volume: 4410
UL Throughput: 7.53
DL Data Vol MAC in MB: 8905.86

Time: 11:50:37
holiday: 0
CA DL DataVolRatio Pct: 53.88
CA DL DataVolRatio Pct num: 2460

DL MAC Vol Scell Pct: 51.37
SIP DC%: 
UPTP_Mbps: 71.17
DLRLCLayerDataVolume MB: 1226.76
RRC Setup Attempts: 3984
CA Conf FailRate Pct den: 3494
weekend: 0
CA Activation Rate: 63.26
hr: 0
MAC_UE_SC_Tput: 10000.28
Bearer Releases: 12715

hr: 0
CA Activation Rate num: 8798601
UPTP Mbps Den: 1910
Setup_Fail_DEN: 11096
SIP_SC_Total_MOU: 336.37
Peak UE: 27
MB_per_connected_UE: 14.5
PCT Time MIMO: 39.78
DL Volume: 3758
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9259

Time: 14:34:20
holiday: 0
CA DL DataVolRatio Pct num: 6621

SIP DC%: 
DRB UL Data Volume MB: 1972
PRB Util%: 63.35
CA DL DataVolRatio Pct den: 9214
weekend: 0
UPTP Mbps Num: 59971
CA Activation Rate: 1.57
hr: 4
MAC_UE_SC_Tput: 4745.61

hr: 4
CA Activation Rate num: 6507852
UPTP Mbps Den: 2180
Setup_Fail_DEN: 7690
SIP_SC_Total_MOU: 0.71
Peak UE: 27
MB_per_connected_UE: 107.32
DL Volume: 7994

Combined RACH Preambles: 2981
Time: 01:08:51
holiday: 0
CA DL DataVolRatio Pct: 76.73

SIP DC%: 
PRB Util%: 47
CA Conf FailRate Pct den: 8415
weekend: 0
hr: 6
MAC_UE_SC_Tput: 6379.07
Bearer Releases: 6390

hr: 6
CA Activation Rate num: 4639541
Setup_Fail_DEN: 16428
Peak UE: 91
MB_per_connected_UE: 32.48

Time: 23:20:11
holiday: 0
CA DL DataVolRatio Pct num: 1789

DL MAC Vol Scell Pct: 7.62
Avg_Connected_UEs: 24.84
SIP DC%: 
DLRLCLayerDataVolume MB: 798.42
DRB UL Data Volume MB: 4984
PRB Util%: 57.99
CA Conf FailRate Pct den: 8029
weekend: 0
hr: 16
MAC_UE_SC_Tput: 22331.95

hr: 16
CA Activation Rate num: 9155725
Setup_Fail_DEN: 6530
SIP_SC_Total_MOU: 157.69
Peak UE: 63
MB_per_connected_UE: 108.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5245
DL Data Vol MAC in MB: 7091.77

Combined RACH Preambles: 4104
Time: 19:30:05
holiday: 0
CA DL DataVolRatio Pct: 62.05
CA DL DataVolRatio Pct num: 7610

DL MAC Vol Scell Pct: 17.63
SIP DC%: 
UPTP_Mbps: 7.98
DLRLCLayerDataVolume MB: 6264.63
PRB Util%: 20.55
RRC Setup Attempts: 6718
CA DL DataVolRatio Pct den: 4128
CA Conf FailRate Pct den: 5233
weekend: 0
CA Activation Rate: 65.01
hr: 9
MAC_UE_SC_Tput: 12988.15
Bearer Releases: 6653

hr: 9
CA Activation Rate num: 3615380
UPTP Mbps Den: 1407
Setup_Fail_DEN: 18272
SIP_SC_Total_MOU: 249.29
Peak UE: 38
MB_per_connected_UE: 161.9
DL Volume: 1670
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3401
CA Activation Rate den: 120234

Time: 08:03:42
holiday: 0
CA DL DataVolRatio Pct: 59.92
CA DL DataVolRatio Pct num: 6169

Avg_Connected_UEs: 58.03
SIP DC%: 
UPTP_Mbps: 43.37
RRC Setup Attempts: 6653
CA Conf FailRate Pct den: 6164
weekend: 1
UPTP Mbps Num: 58460
CA Activation Rate: 20.83
hr: 20
MAC_UE_SC_Tput: 11977.74

hr: 20
CA Activation Rate num: 4086049
UPTP Mbps Den: 198
Setup_Fail_DEN: 7600
SIP_SC_Total_MOU: 36.09
Peak UE: 27
MB_per_connected_UE: 84.09
DL Volume: 8590
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6765
DL Data Vol MAC in MB: 9130.84
CA Activation Rate den: 52354

Time: 23:17:10
holiday: 0
CA DL DataVolRatio Pct: 72.3

Avg_Connected_UEs: 48.58
SIP DC%: 
UPTP_Mbps: 39.96
DLRLCLayerDataVolume MB: 5922.12
DRB UL Data Volume MB: 6924
weekend: 0
CA Activation Rate: 7.34
hr: 14
MAC_UE_SC_Tput: 16752.78
Bearer Releases: 6797

hr: 14
CA Activation Rate num: 5686372
SIP_SC_Total_MOU: 32.33
Peak UE: 27
MB_per_connected_UE: 164.9
PCT Time MIMO: 35.5
DL Volume: 6837
CA Activation Rate den: 113377

Time: 20:47:46
holiday: 0
CA DL DataVolRatio Pct num: 4891

Avg_Connected_UEs: 81.26
SIP DC%: 
UPTP_Mbps: 28.6
DRB UL Data Volume MB: 1770
CA DL DataVolRatio Pct den: 8218
CA Conf FailRate Pct den: 7007
weekend: 0
CA Activation Rate: 59.22
hr: 19
MAC_UE_SC_Tput: 4206.6

hr: 19
CA Activation Rate num: 9966131
UPTP Mbps Den: 469
Setup_Fail_DEN: 17293
UL MAC Vol Scell Pct: 0.89
Peak UE: 58
PCT Time MIMO: 66.05
DL Volume: 7219
DL Data Vol MAC in MB: 9636.84
CA Activation Rate den: 45463

Time: 16:53:28
holiday: 0

DL MAC Vol Scell Pct: 6.3
SIP DC%: 
UPTP_Mbps: 33.57
DL Packet Loss Pct: 3.16
CA DL DataVolRatio Pct den: 9646
CA Conf FailRate Pct den: 6341
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6122.84
Bearer Releases: 14183

hr: 23
CA Activation Rate num: 3597903
UPTP Mbps Den: 2269
SIP_SC_Total_MOU: 192.1
Peak UE: 65
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7449
CA Activation Rate den: 128530

Time: 07:27:28
holiday: 0
HO_att_InterFreq: 274
CA DL DataVolRatio Pct num: 6112

Avg_Connected_UEs: 82.03
SIP DC%: 
UPTP_Mbps: 125.35
DLRLCLayerDataVolume MB: 1921.83
DRB UL Data Volume MB: 9042
CA Conf FailRate Pct den: 3298
weekend: 0
UPTP Mbps Num: 46448
hr: 6
MAC_UE_SC_Tput: 18580.74

hr: 6
CA Activation Rate num: 9180224
SIP_SC_Total_MOU: 161.08
Peak UE: 49
MB_per_connected_UE: 202.09
DL Data Vol MAC in MB: 3375.46

Time: 19:26:44
holiday: 0
CA DL DataVolRatio Pct num: 5557

DL MAC Vol Scell Pct: 9.68
SIP DC%: 
UPTP_Mbps: 43.53
DLRLCLayerDataVolume MB: 972.93
PRB Util%: 26.27
CA DL DataVolRatio Pct den: 7575
weekend: 0
UPTP Mbps Num: 26209
hr: 11
MAC_UE_SC_Tput: 12151.13

hr: 11
CA Activation Rate num: 5742820
UPTP Mbps Den: 5532
Peak UE: 27
MB_per_connected_UE: 116.63
DL Data Vol MAC in MB: 5508.1

Time: 17:07:45
holiday: 0

Avg_Connected_UEs: 52.97
SIP DC%: 
UPTP_Mbps: 25.84
DLRLCLayerDataVolume MB: 3478.33
DRB UL Data Volume MB: 8278
PRB Util%: 11.45
RRC Setup Attempts: 5563
weekend: 1
UPTP Mbps Num: 2166
CA Activation Rate: 14.98
hr: 23
MAC_UE_SC_Tput: 20972.13
Bearer Releases: 7769

hr: 23
CA Activation Rate num: 1847641
Peak UE: 27
MB_per_connected_UE: 37.14
PCT Time MIMO: 50.21
DL Volume: 5817

Time: 22:59:46
holiday: 0
CA DL DataVolRatio Pct num: 3499

SIP DC%: 
DLRLCLayerDataVolume MB: 7949.15
DRB UL Data Volume MB: 2712
PRB Util%: 17.99
RRC Setup Attempts: 3533
CA Conf FailRate Pct den: 5239
weekend: 0
hr: 22
MAC_UE_SC_Tput: 4417.88
Bearer Releases: 8236

hr: 22
CA Activation Rate num: 1226464
UPTP Mbps Den: 2573
Setup_Fail_DEN: 18481
Peak UE: 27
DL Data Vol MAC in MB: 2707.2
CA Activation Rate den: 49812

Time: 10:33:58
holiday: 0
CA DL DataVolRatio Pct: 61.82

SIP DC%: 
DLRLCLayerDataVolume MB: 5125.7
CA DL DataVolRatio Pct den: 638
weekend: 0
hr: 3
MAC_UE_SC_Tput: 14884.51
Bearer Releases: 8715

hr: 3
CA Activation Rate num: 9285997
Peak UE: 27
UL Throughput: 6.21
DL Data Vol MAC in MB: 5571.48
CA Activation Rate den: 105685

Time: 02:58:02
holiday: 0
HO_att_InterFreq: 734

SIP DC%: 
UPTP_Mbps: 38.05
DLRLCLayerDataVolume MB: 7362.42
DRB UL Data Volume MB: 2110
CA DL DataVolRatio Pct den: 8847
weekend: 1
UPTP Mbps Num: 23745
CA Activation Rate: 17.27
hr: 4
MAC_UE_SC_Tput: 18999.96
Bearer Releases: 14755

hr: 4
CA Activation Rate num: 5559907
UPTP Mbps Den: 1474
Setup_Fail_DEN: 11276
SIP_SC_Total_MOU: 74.57
Peak UE: 27
MB_per_connected_UE: 199.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4326
DL Data Vol MAC in MB: 9638.22
CA Activation Rate den: 56508

Time: 22:51:16
holiday: 0
CA DL DataVolRatio Pct num: 4183

DL MAC Vol Scell Pct: 43.95
Avg_Connected_UEs: 44.37
SIP DC%: 
UPTP_Mbps: 16.21
DLRLCLayerDataVolume MB: 1955.36
PRB Util%: 48.3
RRC Setup Attempts: 7209
CA DL DataVolRatio Pct den: 9931
CA Conf FailRate Pct den: 3024
weekend: 1
UPTP Mbps Num: 7658
CA Activation Rate: 13.33
hr: 18
MAC_UE_SC_Tput: 15081.58
Bearer Releases: 13189

hr: 18
CA Activation Rate num: 13025474
Setup_Fail_DEN: 14123
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3430
CA Activation Rate den: 63988

Time: 11:37:19
holiday: 0
CA DL DataVolRatio Pct: 88.78
CA DL DataVolRatio Pct num: 6302

SIP DC%: 
UPTP_Mbps: 39.82
RRC Setup Attempts: 6655
CA DL DataVolRatio Pct den: 9377
CA Conf FailRate Pct den: 5617
weekend: 0
CA Activation Rate: 7.93
hr: 23
MAC_UE_SC_Tput: 20053.61

hr: 23
Setup_Fail_DEN: 14271
Peak UE: 37
MB_per_connected_UE: 42.1
DL Volume: 9108
DL Data Vol MAC in MB: 5058.74

Time: 13:36:09
holiday: 0
HO_att_InterFreq: 79

SIP DC%: 
DLRLCLayerDataVolume MB: 6246.89
DRB UL Data Volume MB: 6440
Bearer Drop Voice%: 0.35
RRC Setup Attempts: 7083
CA Conf FailRate Pct den: 7684
weekend: 0
UPTP Mbps Num: 16446
Bearer Setup Failure Voice Den: 260
CA Activation Rate: 74.56
hr: 0
MAC_UE_SC_Tput: 10731.03
Bearer Releases: 15111

hr: 0
CA Activation Rate num: 510967
Setup_Fail_DEN: 15409
Peak UE: 57
MB_per_connected_UE: 15.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3118
DL Data Vol MAC in MB: 1130.39
CA Activation Rate den: 77686

Time: 21:41:53
holiday: 0

DL MAC Vol Scell Pct: 9.7
SIP DC%: 
DRB UL Data Volume MB: 4379
PRB Util%: 55.97
UL Resid BLER PCT: 0.87
RRC Setup Attempts: 6286
weekend: 0
UPTP Mbps Num: 3766
CA Activation Rate: 23.83
hr: 0
MAC_UE_SC_Tput: 17433.87
Bearer Releases: 13764

hr: 0
CA Activation Rate num: 7891469
Setup_Fail_DEN: 6737
Peak UE: 56
MB_per_connected_UE: 15.94
PCT Time MIMO: 36.95
DL Data Vol MAC in MB: 9731.84

Time: 23:58:03
holiday: 0

Avg_Connected_UEs: 65.43
SIP DC%: 
DLRLCLayerDataVolume MB: 9013.08
DRB UL Data Volume MB: 8141
PRB Util%: 12.9
CA DL DataVolRatio Pct den: 2173
CA Conf FailRate Pct den: 8813
weekend: 0
UPTP Mbps Num: 40409
CA Activation Rate: 51.21
hr: 23
MAC_UE_SC_Tput: 5154.57
Bearer Releases: 12597

hr: 23
CA Activation Rate num: 9965648
UPTP Mbps Den: 2394
Setup_Fail_DEN: 7529
SIP_SC_Total_MOU: 92.29
MB_per_connected_UE: 60.63
PCT Time MIMO: 39.08
DL Volume: 3375
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5716
DL Data Vol MAC in MB: 7959.99

Time: 05:29:24
holiday: 0
CA DL DataVolRatio Pct num: 4631

Avg_Connected_UEs: 64.51
SIP DC%: 
UPTP_Mbps: 37.91
DLRLCLayerDataVolume MB: 5564.77
CA DL DataVolRatio Pct den: 6923
CA Conf FailRate Pct den: 5604
weekend: 0
UPTP Mbps Num: 53763
CA Activation Rate: 47.77
hr: 0

hr: 0
CA Activation Rate num: 3119687
UPTP Mbps Den: 5453
Setup_Fail_DEN: 16073
Peak UE: 27
MB_per_connected_UE: 149.55
DL Volume: 3202
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8394
DL Data Vol MAC in MB: 1952.56

Time: 09:47:20
holiday: 0
CA DL DataVolRatio Pct: 47.94
CA DL DataVolRatio Pct num: 7369

SIP DC%: 
UPTP_Mbps: 30.67
DLRLCLayerDataVolume MB: 2093.34
DRB UL Data Volume MB: 3789
PRB Util%: 73.87
RRC Setup Attempts: 7283
CA Conf FailRate Pct den: 7218
weekend: 0
UPTP Mbps Num: 11327
hr: 19
MAC_UE_SC_Tput: 8349.93
Bearer Releases: 14332

hr: 19
SIP_SC_Total_MOU: 201.18
Peak UE: 27
MB_per_connected_UE: 51.02
DL Volume: 5231
CA Activation Rate den: 109488

Time: 13:18:15
holiday: 0
CA DL DataVolRatio Pct num: 1433

Avg_Connected_UEs: 72.84
SIP DC%: 
UPTP_Mbps: 44.65
DLRLCLayerDataVolume MB: 4265.35
DRB UL Data Volume MB: 9504
CA DL DataVolRatio Pct den: 10080
weekend: 0
CA Activation Rate: 10.03
hr: 3
MAC_UE_SC_Tput: 8063.63
Bearer Releases: 13812

hr: 3
UPTP Mbps Den: 103
Peak UE: 68
MB_per_connected_UE: 106.5
DL Volume: 8737
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3209
DL Data Vol MAC in MB: 7116.71
CA Activation Rate den: 116373

Time: 13:33:02
holiday: 0
CA DL DataVolRatio Pct: 48.71

SIP DC%: 
DLRLCLayerDataVolume MB: 6211.81
DRB UL Data Volume MB: 1886
CA DL DataVolRatio Pct den: 9401
CA Conf FailRate Pct den: 5985
weekend: 0
CA Activation Rate: 68.09
hr: 23
Bearer Releases: 6243

hr: 23
CA Activation Rate num: 6141493
Setup_Fail_DEN: 15305
Peak UE: 27
MB_per_connected_UE: 112.4
PCT Time MIMO: 46.72
DL Data Vol MAC in MB: 4045.59

Time: 03:47:26
holiday: 0
CA DL DataVolRatio Pct: 83.27

DL MAC Vol Scell Pct: 10.06
SIP DC%: 
RRC Setup Attempts: 8302
CA Conf FailRate Pct den: 8646
weekend: 0
hr: 8
MAC_UE_SC_Tput: 8136.29

hr: 8
CA Activation Rate num: 4556414
SIP_SC_Total_MOU: 337.73
Peak UE: 27
MB_per_connected_UE: 166.16
DL Data Vol MAC in MB: 8802.6
CA Activation Rate den: 160731

Time: 20:11:40
holiday: 0
CA DL DataVolRatio Pct num: 6576

SIP DC%: 
UPTP_Mbps: 100.59
DLRLCLayerDataVolume MB: 3862.21
PRB Util%: 60.65
CA Conf FailRate Pct den: 8470
weekend: 0
hr: 16
MAC_UE_SC_Tput: 6504.64
Bearer Releases: 18174

hr: 16
CA Activation Rate num: 10698857
UPTP Mbps Den: 1856
SIP_SC_Total_MOU: 126.7
Peak UE: 27
DL Volume: 1369
DL Data Vol MAC in MB: 7764.15

Time: 20:10:03
holiday: 0

SIP DC%: 
UPTP_Mbps: 25.49
DLRLCLayerDataVolume MB: 8271.74
DRB UL Data Volume MB: 9198
PRB Util%: 32.71
CA Conf FailRate Pct den: 6988
weekend: 0
hr: 10

hr: 10
CA Activation Rate num: 4406493
UPTP Mbps Den: 2119
Peak UE: 39
MB_per_connected_UE: 153.11
PCT Time MIMO: 35.06
DL Volume: 3032
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3055
DL Data Vol MAC in MB: 5730.17
CA Activation Rate den: 81647
Combined RACH Preambles: 2503

Time: 06:14:15
holiday: 0
CA DL DataVolRatio Pct: 76.43
CA DL DataVolRatio Pct num: 6448

Avg_Connected_UEs: 60.82
SIP DC%: 
DLRLCLayerDataVolume MB: 4062.07
CA DL DataVolRatio Pct den: 7347
weekend: 0
CA Activation Rate: 34.35
hr: 19
MAC_UE_SC_Tput: 16661.33

hr: 19
CA Activation Rate num: 8795965
UPTP Mbps Den: 2664
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 80.91
DL Data Vol MAC in MB: 3362.79
CA Activation Rate den: 92340

Time: 07:28:16
holiday: 0
CA DL DataVolRatio Pct: 84.89
HO_att_InterFreq: 934
CA DL DataVolRatio Pct num: 1499

SIP DC%: 
UPTP_Mbps: 47.43
DRB UL Data Volume MB: 3903
weekend: 0
UPTP Mbps Num: 57574
CA Activation Rate: 78.03
hr: 23
MAC_UE_SC_Tput: 4127.2
Bearer Releases: 7331

hr: 23
CA Activation Rate num: 1482917
MB_per_connected_UE: 32.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3286
CA Activation Rate den: 145108

Time: 02:28:51
holiday: 0
CA DL DataVolRatio Pct: 58.26

SIP DC%: 
DLRLCLayerDataVolume MB: 8570.47
DRB UL Data Volume MB: 9375
PRB Util%: 51.88
CA DL DataVolRatio Pct den: 4693
CA Conf FailRate Pct den: 4224
weekend: 0
CA Activation Rate: 32.63
hr: 12
MAC_UE_SC_Tput: 12485.32
Bearer Releases: 11148

hr: 12
CA Activation Rate num: 4364703
Setup_Fail_DEN: 14068
Peak UE: 27
DL Volume: 4872
DL Data Vol MAC in MB: 221.77

Time: 09:24:13
holiday: 0
CA DL DataVolRatio Pct: 75.58

DL MAC Vol Scell Pct: 16.32
Avg_Connected_UEs: 57.6
SIP DC%: 
UPTP_Mbps: 88.37
DRB UL Data Volume MB: 6602
RRC Setup Attempts: 4038
weekend: 1
UPTP Mbps Num: 54487
hr: 23
MAC_UE_SC_Tput: 6108.53

hr: 23
CA Activation Rate num: 1450088
SIP_SC_Total_MOU: 221.03
Peak UE: 55
MB_per_connected_UE: 96.73
CA Activation Rate den: 90069

Time: 02:57:44
holiday: 0
CA DL DataVolRatio Pct: 85.29
CA DL DataVolRatio Pct num: 5072

SIP DC%: 
DLRLCLayerDataVolume MB: 1577.76
DRB UL Data Volume MB: 8753
RRC Setup Attempts: 7892
CA DL DataVolRatio Pct den: 7138
CA Conf FailRate Pct den: 3906
weekend: 0
UPTP Mbps Num: 6130
hr: 2
MAC_UE_SC_Tput: 9305.63
Bearer Releases: 7565

hr: 2
CA Activation Rate num: 2333860
Setup_Fail_DEN: 10281
Peak UE: 27
MB_per_connected_UE: 139.85
DL Volume: 4743
CA Activation Rate den: 44005

Time: 06:59:23
holiday: 0
CA DL DataVolRatio Pct: 83.54

SIP DC%: 
UPTP_Mbps: 36.88
DLRLCLayerDataVolume MB: 1680.68
DRB UL Data Volume MB: 6809
PRB Util%: 63.71
CA DL DataVolRatio Pct den: 1545
CA Conf FailRate Pct den: 7015
weekend: 0
CA Activation Rate: 33.06
hr: 0
MAC_UE_SC_Tput: 10954.09

hr: 0
CA Activation Rate num: 4390114
Peak UE: 39
MB_per_connected_UE: 21.57
DL Volume: 6525
DL Data Vol MAC in MB: 8567.56

Time: 23:50:32
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6655.36
CA DL DataVolRatio Pct den: 6973
weekend: 0
UPTP Mbps Num: 53973
CA Activation Rate: 55.65
hr: 4
MAC_UE_SC_Tput: 4376.76

hr: 4
CA Activation Rate num: 1073193
Setup_Fail_DEN: 7070
Peak UE: 27
PCT Time MIMO: 35.82
DL Volume: 9591
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5756
Combined RACH Preambles: 2394

Time: 12:46:11
holiday: 0
CA DL DataVolRatio Pct: 71.98
CA DL DataVolRatio Pct num: 5982

Avg_Connected_UEs: 28.38
SIP DC%: 
UPTP_Mbps: 44.33
DLRLCLayerDataVolume MB: 5328.46
DRB UL Data Volume MB: 9029
PRB Util%: 36.09
CA DL DataVolRatio Pct den: 6543
CA Conf FailRate Pct den: 9460
weekend: 0
hr: 0
MAC_UE_SC_Tput: 11726.91

hr: 0
CA Activation Rate num: 6436065
UPTP Mbps Den: 777
Peak UE: 48
MB_per_connected_UE: 70.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4092
DL Data Vol MAC in MB: 6443.26

Time: 15:33:49
holiday: 0
CA DL DataVolRatio Pct: 60.01

SIP DC%: 
DLRLCLayerDataVolume MB: 5292.24
weekend: 0
S1U_SIP_SC_SEER_num: 89
CA Activation Rate: 24.03
hr: 0
MAC_UE_SC_Tput: 6615.05
Bearer Releases: 13534

hr: 0
CA Activation Rate num: 7525143
Setup_Fail_DEN: 14743
SIP_SC_Total_MOU: 304.69
Peak UE: 27
DL Volume: 1005
DL Data Vol MAC in MB: 4805.84
CA Activation Rate den: 150813

Time: 18:17:13
holiday: 0
CA DL DataVolRatio Pct: 87.7
CA DL DataVolRatio Pct num: 7297
HO Attempts: 396

SIP DC%: 
UPTP_Mbps: 45.3
DRB UL Data Volume MB: 5786
RRC Setup Attempts: 4963
weekend: 0
UPTP Mbps Num: 46249
CA Activation Rate: 25.14
hr: 1
MAC_UE_SC_Tput: 14292.98
Bearer Releases: 8712

hr: 1
CA Activation Rate num: 1126958
Peak UE: 53
UL Throughput: 5.2
DL Data Vol MAC in MB: 8513.47
Combined RACH Preambles: 1939

Time: 23:53:44
holiday: 0
CA DL DataVolRatio Pct num: 1118

DL MAC Vol Scell Pct: 12.92
Avg_Connected_UEs: 60.66
SIP DC%: 
DLRLCLayerDataVolume MB: 9674.58
DRB UL Data Volume MB: 7541
RRC Setup Attempts: 4090
weekend: 1
hr: 14
MAC_UE_SC_Tput: 8198.35
Bearer Releases: 14635

hr: 14
CA Activation Rate num: 346763
UPTP Mbps Den: 968
Peak UE: 59
MB_per_connected_UE: 154.9
DL Volume: 8581
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8141
CA Activation Rate den: 49942

Time: 17:41:58
holiday: 0
CA DL DataVolRatio Pct: 90.19

DL MAC Vol Scell Pct: 38.52
Avg_Connected_UEs: 51.97
SIP DC%: 
DRB UL Data Volume MB: 8075
weekend: 0
hr: 7
MAC_UE_SC_Tput: 5176.97

hr: 7
CA Activation Rate num: 9803798
SIP_SC_Total_MOU: 258.06
Peak UE: 27
DL Volume: 2757
UL Throughput: 8.96
DL Data Vol MAC in MB: 6110.47
CA Activation Rate den: 129393

Time: 02:43:08
holiday: 0
CA DL DataVolRatio Pct num: 1607

Avg_Connected_UEs: 56.29
SIP DC%: 
DLRLCLayerDataVolume MB: 2954.42
PRB Util%: 28.77
CA DL DataVolRatio Pct den: 3187
weekend: 0
CA Activation Rate: 64.1
hr: 5
MAC_UE_SC_Tput: 9549.97
Bearer Releases: 6643

hr: 5
CA Activation Rate num: 9267892
UPTP Mbps Den: 1312
SIP_SC_Total_MOU: 67.27
S1U_SIP_SC_SEER_den: 187
MB_per_connected_UE: 25.36
PCT Time MIMO: 56.75
DL Volume: 9331
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3760
CA Activation Rate den: 52323

Time: 11:30:28
holiday: 0
CA DL DataVolRatio Pct: 92.04
CA DL DataVolRatio Pct num: 4847

SIP DC%: 
DRB UL Data Volume MB: 490
PRB Util%: 34.05
CA DL DataVolRatio Pct den: 9666
weekend: 0
hr: 0
MAC_UE_SC_Tput: 12759.39

hr: 0
CA Activation Rate num: 2315779
UPTP Mbps Den: 589
Peak UE: 27
DL Volume: 3698
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8448

Time: 20:52:45
holiday: 0
HO_att_InterFreq: 996

Avg_Connected_UEs: 57.66
SIP DC%: 
DRB UL Data Volume MB: 1366
RRC Setup Attempts: 6740
CA DL DataVolRatio Pct den: 8424
CA Conf FailRate Pct den: 6477
weekend: 1
UPTP Mbps Num: 27852
hr: 0
MAC_UE_SC_Tput: 5171.29
Bearer Releases: 6741

hr: 0
CA Activation Rate num: 7326483
Setup_Fail_DEN: 12640
Peak UE: 51
VOLTE IA%: 
MB_per_connected_UE: 25.14
DL Volume: 9341
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4603
DL Data Vol MAC in MB: 5723.67
CA Activation Rate den: 126464

Time: 00:07:52
holiday: 0
CA DL DataVolRatio Pct num: 227

SIP DC%: 
DLRLCLayerDataVolume MB: 2088.26
DRB UL Data Volume MB: 2353
PRB Util%: 37.18
weekend: 1
UPTP Mbps Num: 845
CA Activation Rate: 12.85
hr: 11
MAC_UE_SC_Tput: 13143.13
Bearer Releases: 8608

hr: 11
CA Activation Rate num: 5013559
Setup_Fail_DEN: 9854
Peak UE: 69
DL Volume: 7247
DL Data Vol MAC in MB: 1659.57
CA Activation Rate den: 222622

Combined RACH Preambles: 3432
Time: 00:53:26
holiday: 0

DL MAC Vol Scell Pct: 21.15
SIP DC%: 
UPTP_Mbps: 18.58
DLRLCLayerDataVolume MB: 4831.13
DRB UL Data Volume MB: 710
RRC Setup Attempts: 4932
CA Conf FailRate Pct den: 8289
weekend: 0
UPTP Mbps Num: 3261
hr: 0
MAC_UE_SC_Tput: 5860.4

hr: 0
CA Activation Rate num: 1017000
Setup_Fail_DEN: 16692
Peak UE: 43
DL Volume: 6686
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3688
DL Data Vol MAC in MB: 446.68
CA Activation Rate den: 209719

Combined RACH Preambles: 3904
Time: 00:50:13
holiday: 0

Avg_Connected_UEs: 56.12
SIP DC%: 
UPTP_Mbps: 108.49
DLRLCLayerDataVolume MB: 716.58
RRC Setup Attempts: 3596
CA DL DataVolRatio Pct den: 9253
CA Conf FailRate Pct den: 2913
weekend: 0
CA Activation Rate: 32.97
hr: 23
MAC_UE_SC_Tput: 5616.53

hr: 23
CA Activation Rate num: 3958711
UPTP Mbps Den: 1276
Setup_Fail_DEN: 15188
SIP_SC_Total_MOU: 100.73
Peak UE: 33
DL Data Vol MAC in MB: 1646.41

Time: 03:01:32
holiday: 0

DL MAC Vol Scell Pct: 8.17
Avg_Connected_UEs: 45.88
SIP DC%: 
DLRLCLayerDataVolume MB: 8259.02
DRB UL Data Volume MB: 6636
weekend: 0
UPTP Mbps Num: 6404
CA Activation Rate: 61.76
hr: 23
MAC_UE_SC_Tput: 11656.91
Bearer Releases: 6922

hr: 23
CA Activation Rate num: 10093209
MB_per_connected_UE: 120.58
CA Activation Rate den: 173978

Time: 23:46:45
holiday: 0
CA DL DataVolRatio Pct num: 3150

Avg_Connected_UEs: 53.16
SIP DC%: 
UPTP_Mbps: 11.73
CA Conf FailRate Pct den: 9261
weekend: 1
UPTP Mbps Num: 39338
CA Activation Rate: 6.63
hr: 20
MAC_UE_SC_Tput: 9655.75

hr: 20
Setup_Fail_DEN: 12915
SIP_SC_Total_MOU: 241.03
Peak UE: 27
MB_per_connected_UE: 7.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3057
DL Data Vol MAC in MB: 9540.66
CA Activation Rate den: 46375

Time: 00:02:18
holiday: 0

DL MAC Vol Scell Pct: 13.7
Avg_Connected_UEs: 72.22
SIP DC%: 
UPTP_Mbps: 123.91
PRB Util%: 22.6
CA DL DataVolRatio Pct den: 9944
weekend: 0
UPTP Mbps Num: 14116
hr: 6
MAC_UE_SC_Tput: 12603.02
Bearer Releases: 14239

hr: 6
CA Activation Rate num: 5806626
Setup_Fail_DEN: 14842
SIP_SC_Total_MOU: 46.88
Peak UE: 31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9238
CA Activation Rate den: 50557

Time: 16:26:42
holiday: 0
CA DL DataVolRatio Pct: 42.69

SIP DC%: 
DLRLCLayerDataVolume MB: 6250.67
DRB UL Data Volume MB: 4954
CA DL DataVolRatio Pct den: 523
weekend: 0
hr: 0
MAC_UE_SC_Tput: 6109.07

hr: 0
CA Activation Rate num: 2925078
Peak UE: 77
MB_per_connected_UE: 14.75
UL Throughput: 5.23

Time: 03:33:56
holiday: 0
CA DL DataVolRatio Pct: 79.91
CA DL DataVolRatio Pct num: 2708

SIP DC%: 
DLRLCLayerDataVolume MB: 3776.6
DRB UL Data Volume MB: 8067
CA Conf FailRate Pct den: 3967
weekend: 0
hr: 0
MAC_UE_SC_Tput: 19483.16
Bearer Releases: 17044

hr: 0
CA Activation Rate num: 261131
UPTP Mbps Den: 5690
Peak UE: 42
DL Volume: 3492
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9273
CA Activation Rate den: 87103

Time: 11:40:29
holiday: 0

DL MAC Vol Scell Pct: 11.65
Avg_Connected_UEs: 83.17
SIP DC%: 
UPTP_Mbps: 35.69
DLRLCLayerDataVolume MB: 6242.98
DRB UL Data Volume MB: 7533
PRB Util%: 34.63
CA DL DataVolRatio Pct den: 1663
weekend: 0
UPTP Mbps Num: 16047
CA Activation Rate: 76.3
hr: 14
MAC_UE_SC_Tput: 11752.97

hr: 14
CA Activation Rate num: 5778488
Setup_Fail_DEN: 11395
Peak UE: 86
MB_per_connected_UE: 44.43
DL Volume: 6858
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6941
DL Data Vol MAC in MB: 8325.22
CA Activation Rate den: 85694

Time: 20:20:00
holiday: 0
CA DL DataVolRatio Pct: 84.23

Avg_Connected_UEs: 31.26
SIP DC%: 
DRB UL Data Volume MB: 2251
PRB Util%: 37.87
weekend: 0
CA Activation Rate: 74.02
hr: 0
MAC_UE_SC_Tput: 13409.69

hr: 0
CA Activation Rate num: 3492679
Setup_Fail_DEN: 7223
SIP_SC_Total_MOU: 135.72
Peak UE: 27
MB_per_connected_UE: 118.76

Time: 04:55:56
holiday: 0
CA DL DataVolRatio Pct: 87.87
CA DL DataVolRatio Pct num: 3625

DL MAC Vol Scell Pct: 8.08
SIP DC%: 
DLRLCLayerDataVolume MB: 2968.98
DRB UL Data Volume MB: 2159
RRC Setup Attempts: 4333
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4499.2

hr: 23
CA Activation Rate num: 2454810
SIP_SC_Total_MOU: 100.89
Peak UE: 95
MB_per_connected_UE: 187.99
CA Activation Rate den: 140803

Time: 06:19:53
holiday: 0
CA DL DataVolRatio Pct num: 4894

Avg_Connected_UEs: 43.12
SIP DC%: 
UPTP_Mbps: 31.98
PRB Util%: 12.22
RSSIRX1 Avg: -95.05
weekend: 0
UPTP Mbps Num: 7492
CA Activation Rate: 72.75
hr: 21
MAC_UE_SC_Tput: 8089.16
Bearer Releases: 11786

hr: 21
CA Activation Rate num: 4926019
Setup_Fail_DEN: 14973
Peak UE: 33
MB_per_connected_UE: 127.82
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6003
CA Activation Rate den: 49518

Time: 13:37:28
holiday: 0
CA DL DataVolRatio Pct: 71.07
CA DL DataVolRatio Pct num: 5799

DL MAC Vol Scell Pct: 12.8
SIP DC%: 
weekend: 0
UPTP Mbps Num: 1187
hr: 9
MAC_UE_SC_Tput: 11072.95

hr: 9
CA Activation Rate num: 5420019
UPTP Mbps Den: 1625
Setup_Fail_DEN: 7285
Peak UE: 71
MB_per_connected_UE: 50.98
DL Data Vol MAC in MB: 2124.21

Combined RACH Preambles: 3082
Time: 22:43:06
holiday: 0

DL MAC Vol Scell Pct: 33.22
Avg_Connected_UEs: 50.66
SIP DC%: 
DLRLCLayerDataVolume MB: 2400.66
PRB Util%: 74.79
CA DL DataVolRatio Pct den: 3250
weekend: 0
CA Activation Rate: 43.09
hr: 3
MAC_UE_SC_Tput: 4840.59

hr: 3
CA Activation Rate num: 4704912
Peak UE: 45
MB_per_connected_UE: 15.82
PCT Time MIMO: 44.05
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5702
DL Data Vol MAC in MB: 4053.23
CA Activation Rate den: 136348

Time: 19:09:58
holiday: 0
CA DL DataVolRatio Pct: 79.95
HO_att_InterFreq: 98
CA DL DataVolRatio Pct num: 3193

SIP DC%: 
UPTP_Mbps: 41.96
DLRLCLayerDataVolume MB: 9559.35
PRB Util%: 16.28
RRC Setup Attempts: 5078
CA DL DataVolRatio Pct den: 641
CA Conf FailRate Pct den: 7044
weekend: 0
CA Activation Rate: 39.69
hr: 5
MAC_UE_SC_Tput: 6877.14

hr: 5
CA Activation Rate num: 3290213
UL MAC Vol Scell Pct: 6.13
Peak UE: 42
DL Data Vol MAC in MB: 2507.97
CA Activation Rate den: 57838

Time: 03:28:19
holiday: 0
CA DL DataVolRatio Pct: 82.68

Avg_Connected_UEs: 43.56
SIP DC%: 
DRB UL Data Volume MB: 882
PRB Util%: 6.88
RRC Setup Attempts: 5912
CA DL DataVolRatio Pct den: 6144
weekend: 0
UPTP Mbps Num: 33487
hr: 12
MAC_UE_SC_Tput: 10999.81
Bearer Releases: 7963

hr: 12
CA Activation Rate num: 4983711
Setup_Fail_DEN: 14744
Peak UE: 27
DL Volume: 5200
DL Data Vol MAC in MB: 4651.15
CA Activation Rate den: 101091

Time: 04:08:17
holiday: 0

DL MAC Vol Scell Pct: 51.17
SIP DC%: 
DLRLCLayerDataVolume MB: 3881.01
DRB UL Data Volume MB: 4857
RRC Setup Attempts: 7682
CA Conf FailRate Pct den: 3033
weekend: 0
UPTP Mbps Num: 29177
CA Activation Rate: 76.26
hr: 8

hr: 8
Setup_Fail_DEN: 15701
Peak UE: 27
MB_per_connected_UE: 72.3
PCT Time MIMO: 34.11
DL Volume: 7432
DL Data Vol MAC in MB: 6221.89

Time: 22:29:48
holiday: 0
HO Attempts: 611

SIP DC%: 
DLRLCLayerDataVolume MB: 9747.17
PRB Util%: 6.77
RRC Setup Attempts: 6951
CA DL DataVolRatio Pct den: 3576
weekend: 0
UPTP Mbps Num: 35546
CA Activation Rate: 56.55
hr: 23
MAC_UE_SC_Tput: 10947.01
Bearer Releases: 14707

hr: 23
CA Activation Rate num: 10699320
UPTP Mbps Den: 1205
SIP_SC_Total_MOU: 228.41
Peak UE: 72
PCT Time MIMO: 53.34
DL Volume: 5094
DL Data Vol MAC in MB: 8689.94
CA Activation Rate den: 58321

Time: 03:04:28
holiday: 0
CA DL DataVolRatio Pct: 83.63

DL MAC Vol Scell Pct: 15.4
SIP DC%: 
UPTP_Mbps: 25.52
DLRLCLayerDataVolume MB: 2077.12
DRB UL Data Volume MB: 3327
CA DL DataVolRatio Pct den: 9503
weekend: 0
CA Activation Rate: 30.54
hr: 14
MAC_UE_SC_Tput: 8875.47
Bearer Releases: 8264

hr: 14
CA Activation Rate num: 5257748
UPTP Mbps Den: 115
Peak UE: 27
MB_per_connected_UE: 33.11
DL Volume: 5000
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3806
CA Activation Rate den: 200634

holiday: 0
CA DL DataVolRatio Pct num: 6410

DL MAC Vol Scell Pct: 3
SIP DC%: 
UPTP_Mbps: 45.08
PRB Util%: 23.28
CA Conf FailRate Pct den: 4201
weekend: 0
UPTP Mbps Num: 1059
CA Activation Rate: 16.59
hr: 18
MAC_UE_SC_Tput: 43955.66
Bearer Releases: 15808

hr: 18
CA Activation Rate num: 3741860
SIP_SC_Total_MOU: 165.77
Peak UE: 31
PCT Time MIMO: 57.11
DL Data Vol MAC in MB: 5994.38

Time: 20:56:23
holiday: 0

DL MAC Vol Scell Pct: 11.72
SIP DC%: 
DLRLCLayerDataVolume MB: 7320.55
RRC Setup Attempts: 7278
CA DL DataVolRatio Pct den: 8555
CA Conf FailRate Pct den: 6946
weekend: 0
UPTP Mbps Num: 34942
hr: 0
MAC_UE_SC_Tput: 4929.15

hr: 0
CA Activation Rate num: 4452780
Setup_Fail_DEN: 14726
Peak UE: 31
MB_per_connected_UE: 20.56
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7616
UL Throughput: 4.93
DL Data Vol MAC in MB: 2042.75

holiday: 0
CA DL DataVolRatio Pct: 77.38

DL MAC Vol Scell Pct: 10.75
SIP DC%: 
UPTP_Mbps: 27.39
RRC Setup Attempts: 9194
CA Conf FailRate Pct den: 6204
weekend: 0
UPTP Mbps Num: 41512
CA Activation Rate: 70.87
hr: 1
Bearer Releases: 8423

hr: 1
CA Activation Rate num: 4850787
UPTP Mbps Den: 1518
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8847
DL Data Vol MAC in MB: 7015.26
CA Activation Rate den: 217159

Time: 21:24:23
holiday: 0

Avg_Connected_UEs: 16.79
SIP DC%: 
UPTP_Mbps: 15.81
DLRLCLayerDataVolume MB: 3747.94
DRB UL Data Volume MB: 463
weekend: 0
hr: 10
MAC_UE_SC_Tput: 27176.81

hr: 10
CA Activation Rate num: 2480520
Setup_Fail_DEN: 19721
SIP_SC_Total_MOU: 233.45
Peak UE: 46
DL Volume: 9342
DL Data Vol MAC in MB: 4797.24
CA Activation Rate den: 80140

holiday: 0

DL MAC Vol Scell Pct: 27.17
Avg_Connected_UEs: 54.01
SIP DC%: 
DLRLCLayerDataVolume MB: 4151.39
DRB UL Data Volume MB: 8411
PRB Util%: 11.93
CA DL DataVolRatio Pct den: 5104
weekend: 0
UPTP Mbps Num: 1227
CA Activation Rate: 46.31
hr: 23
MAC_UE_SC_Tput: 4639.2

hr: 23
Setup_Fail_DEN: 13509
SIP_SC_Total_MOU: 227.61
Peak UE: 79
MB_per_connected_UE: 85.83
DL Volume: 7506
DL Data Vol MAC in MB: 7454.12

Time: 19:31:49
holiday: 0

DL MAC Vol Scell Pct: 4.23
SIP DC%: 
DLRLCLayerDataVolume MB: 2903.28
CA DL DataVolRatio Pct den: 7086
CA Conf FailRate Pct den: 6110
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7207.2

hr: 23
Avg CQI: 10.99
CA Activation Rate num: 9075458
UPTP Mbps Den: 2000
Setup_Fail_DEN: 6663
SIP_SC_Total_MOU: 40.47
Peak UE: 56
MB_per_connected_UE: 190.84
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8291
DL Data Vol MAC in MB: 4230.56
CA Activation Rate den: 72268

Combined RACH Preambles: 3795
Time: 05:11:23
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6829.45
PRB Util%: 28.81
RRC Setup Attempts: 5960
CA DL DataVolRatio Pct den: 5405
CA Conf FailRate Pct den: 8840
weekend: 1
CA Activation Rate: 32.49
hr: 15
MAC_UE_SC_Tput: 10163.41
Bearer Releases: 9704

hr: 15
CA Activation Rate num: 2645912
UPTP Mbps Den: 884
SIP_SC_Total_MOU: 309.37
Peak UE: 27
MB_per_connected_UE: 83.18
PCT Time MIMO: 41.51
DL Volume: 7743
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6288
DL Data Vol MAC in MB: 2842.66

Time: 11:55:07
holiday: 0
CA DL DataVolRatio Pct: 92.28
CA DL DataVolRatio Pct num: 6789

DL MAC Vol Scell Pct: 10.08
Avg_Connected_UEs: 68.03
SIP DC%: 
UPTP_Mbps: 38.65
DRB UL Data Volume MB: 1017
CA DL DataVolRatio Pct den: 5041
CA Conf FailRate Pct den: 5309
weekend: 0
UPTP Mbps Num: 18496
hr: 6
MAC_UE_SC_Tput: 4224.81
Bearer Releases: 9505

hr: 6
Setup_Fail_DEN: 15739
Peak UE: 64
MB_per_connected_UE: 80.93
DL Volume: 285
CA Activation Rate den: 60332
Combined RACH Preambles: 3823

Time: 17:01:10
holiday: 0
CA DL DataVolRatio Pct: 78.43
HO_att_InterFreq: 857
CA DL DataVolRatio Pct num: 3994

Avg_Connected_UEs: 41.08
SIP DC%: 
UPTP_Mbps: 25.09
Bearer Drop Voice%: 3.19
CA DL DataVolRatio Pct den: 1464
CA Conf FailRate Pct den: 6140
weekend: 0
UPTP Mbps Num: 3538
CA Activation Rate: 53.34
hr: 0
MAC_UE_SC_Tput: 9445.85

hr: 0
CA Activation Rate num: 11007662
Peak UE: 27

Time: 12:37:40
holiday: 0
CA DL DataVolRatio Pct num: 2432

DL MAC Vol Scell Pct: 21.73
Avg_Connected_UEs: 73.91
SIP DC%: 
DLRLCLayerDataVolume MB: 656
DRB UL Data Volume MB: 8153
PRB Util%: 28.01
RRC Setup Attempts: 6236
CA DL DataVolRatio Pct den: 6974
CA Conf FailRate Pct den: 9320
weekend: 0
UPTP Mbps Num: 29156
hr: 11
MAC_UE_SC_Tput: 8012.67
Bearer Releases: 16093

hr: 11
CA Activation Rate num: 13241597
UPTP Mbps Den: 2184
Setup_Fail_DEN: 10264
Peak UE: 71
MB_per_connected_UE: 134.83
DL Volume: 827
DL Data Vol MAC in MB: 6945.19
CA Activation Rate den: 180983

Combined RACH Preambles: 5291
Time: 12:38:16
Date: 28-03-2022
holiday: 0

Avg_Connected_UEs: 29.9
SIP DC%: 
UPTP_Mbps: 38.95
DLRLCLayerDataVolume MB: 2619.8
RRC Setup Attempts: 6231
CA DL DataVolRatio Pct den: 5785
weekend: 0
CA Activation Rate: 70.72
hr: 23
MAC_UE_SC_Tput: 5114.87

hr: 23
CA Activation Rate num: 1092996
UPTP Mbps Den: 2063
SIP_SC_Total_MOU: 177.03
Peak UE: 31
MB_per_connected_UE: 148.59
DL Data Vol MAC in MB: 4666.88

Time: 23:08:14
holiday: 0
CA DL DataVolRatio Pct: 91.9
CA DL DataVolRatio Pct num: 5772

SIP DC%: 
UPTP_Mbps: 115.93
DLRLCLayerDataVolume MB: 5610.61
PRB Util%: 35.09
RRC Setup Attempts: 8162
CA Conf FailRate Pct den: 4801
weekend: 0
UPTP Mbps Num: 56025
CA Activation Rate: 9.46
hr: 4
MAC_UE_SC_Tput: 16144.67

hr: 4
CA Activation Rate num: 11727099
UPTP Mbps Den: 643
Peak UE: 27
MB_per_connected_UE: 66.09
DL Volume: 6022
DL Data Vol MAC in MB: 3893.34
CA Activation Rate den: 36841

Time: 18:47:40
holiday: 0
CA DL DataVolRatio Pct: 84.54
CA DL DataVolRatio Pct num: 3536

Avg_Connected_UEs: 20.48
SIP DC%: 
UPTP_Mbps: 48.1
DRB UL Data Volume MB: 6021
PRB Util%: 39.31
CA DL DataVolRatio Pct den: 10020
weekend: 0
hr: 7
MAC_UE_SC_Tput: 18619.78

hr: 7
CA Activation Rate num: 8907773
Peak UE: 35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8214
DL Data Vol MAC in MB: 8741.39

Combined RACH Preambles: 4313
Time: 09:41:03
holiday: 0
CA DL DataVolRatio Pct num: 6113

DL MAC Vol Scell Pct: 3.39
Avg_Connected_UEs: 29.77
SIP DC%: 
UPTP_Mbps: 132.51
PRB Util%: 28.91
CA DL DataVolRatio Pct den: 4597
weekend: 0
UPTP Mbps Num: 40534
hr: 14
MAC_UE_SC_Tput: 8884.82
Bearer Releases: 16532

hr: 14
CA Activation Rate num: 9049410
Peak UE: 54
MB_per_connected_UE: 23.4
DL Volume: 3525
CA Activation Rate den: 40250

Time: 03:03:40
holiday: 0
CA DL DataVolRatio Pct: 90.59
CA DL DataVolRatio Pct num: 1745

SIP DC%: 
DLRLCLayerDataVolume MB: 7282.64
DRB UL Data Volume MB: 8564
weekend: 0
CA Activation Rate: 13.1
hr: 1
MAC_UE_SC_Tput: 12742.25

hr: 1
CA Activation Rate num: 5567609
Setup_Fail_DEN: 14136
SIP_SC_Total_MOU: 49.69
PCT Time MIMO: 53.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7178
UL Throughput: 7.25
DL Data Vol MAC in MB: 3686.78

Time: 17:01:25
holiday: 0
CA DL DataVolRatio Pct num: 3780
HO Attempts: 543

SIP DC%: 
DLRLCLayerDataVolume MB: 2303.23
DRB UL Data Volume MB: 7506
RRC Setup Attempts: 6500
weekend: 0
UPTP Mbps Num: 41967
hr: 6
MAC_UE_SC_Tput: 15384.71
Bearer Releases: 9833

hr: 6
CA Activation Rate num: 1429264
Setup_Fail_DEN: 8562
SIP_SC_Total_MOU: 89.83
Peak UE: 66
MB_per_connected_UE: 95.24
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5545
CA Activation Rate den: 126209

Time: 17:55:46
holiday: 0
CA DL DataVolRatio Pct: 91.78

DL MAC Vol Scell Pct: 17.35
SIP DC%: 
UPTP_Mbps: 30.27
DLRLCLayerDataVolume MB: 8304.32
DRB UL Data Volume MB: 4433
PRB Util%: 5.44
CA Conf FailRate Pct den: 9360
weekend: 0
UPTP Mbps Num: 5413
hr: 14
MAC_UE_SC_Tput: 11949

hr: 14
CA Activation Rate num: 5232349
Setup_Fail_DEN: 14363
SIP_SC_Total_MOU: 89.07
Peak UE: 44
MB_per_connected_UE: 83.51
DL Data Vol MAC in MB: 8325.56
CA Activation Rate den: 48253

Time: 02:52:43
holiday: 0

Avg_Connected_UEs: 54.2
SIP DC%: 
UPTP_Mbps: 23.65
DRB UL Data Volume MB: 7854
PRB Util%: 58.37
weekend: 0
UPTP Mbps Num: 58839
CA Activation Rate: 35.96
hr: 20
MAC_UE_SC_Tput: 11676.5
Bearer Releases: 10498

hr: 20
CA Activation Rate num: 14078785
Setup_Fail_DEN: 8276
SIP_SC_Total_MOU: 327.97
Peak UE: 27
MB_per_connected_UE: 20.43

Time: 13:08:04
holiday: 0

SIP DC%: 
UPTP_Mbps: 75.95
DRB UL Data Volume MB: 8110
CA Conf FailRate Pct den: 7750
weekend: 0
UPTP Mbps Num: 17373
hr: 23
MAC_UE_SC_Tput: 9083.42
Bearer Releases: 12612

hr: 23
CA Activation Rate num: 13429928
Setup_Fail_DEN: 15415
Peak UE: 27
MB_per_connected_UE: 179.41
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8340
DL Data Vol MAC in MB: 5341.31
CA Activation Rate den: 98571

Time: 22:43:20
holiday: 0
CA DL DataVolRatio Pct: 71.11
RRC Setup Failure% 5G: 0.27

SIP DC%: 
RRC Setup Attempts: 5905
CA DL DataVolRatio Pct den: 3545
weekend: 0
UPTP Mbps Num: 5172
CA Activation Rate: 39.77
hr: 4
MAC_UE_SC_Tput: 4539.41
Bearer Releases: 6817

hr: 4
CA Activation Rate num: 8399794
UPTP Mbps Den: 2642
Setup_Fail_DEN: 10226
SIP_SC_Total_MOU: 319.3
Peak UE: 61
PCT Time MIMO: 62.19
DL Volume: 3003
DL Data Vol MAC in MB: 1503.39

Time: 06:55:28
holiday: 0

DL MAC Vol Scell Pct: 42.17
Avg_Connected_UEs: 60.06
SIP DC%: 
DLRLCLayerDataVolume MB: 5678.96
PRB Util%: 66.93
CA DL DataVolRatio Pct den: 6963
weekend: 1
CA Activation Rate: 61
hr: 23
MAC_UE_SC_Tput: 12658.63
Bearer Releases: 13050

hr: 23
CA Activation Rate num: 10898375
UPTP Mbps Den: 2934
Peak UE: 33
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5883
UL Throughput: 4.78
CA Activation Rate den: 59287

Time: 07:11:34
holiday: 0
CA DL DataVolRatio Pct: 91.09

SIP DC%: 
DLRLCLayerDataVolume MB: 5978.45
CA DL DataVolRatio Pct den: 10072
CA Conf FailRate Pct den: 8460
weekend: 0
CA Activation Rate: 72.48
hr: 23
MAC_UE_SC_Tput: 5806.56

hr: 23
CA Activation Rate num: 394775
Setup_Fail_DEN: 12738
Peak UE: 41
MB_per_connected_UE: 41.38
PCT Time MIMO: 56.54
DL Volume: 3278
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4044
UL Throughput: 3.37
DL Data Vol MAC in MB: 2069.38
CA Activation Rate den: 150531

Combined RACH Preambles: 2238
Time: 07:41:03
holiday: 0
CA DL DataVolRatio Pct: 65.94
CA DL DataVolRatio Pct num: 2497

DL MAC Vol Scell Pct: 7.86
SIP DC%: 
DLRLCLayerDataVolume MB: 3195.57
PRB Util%: 55.21
CA DL DataVolRatio Pct den: 9199
CA Conf FailRate Pct den: 8389
weekend: 1
hr: 23
MAC_UE_SC_Tput: 20393.13
Bearer Releases: 16626

hr: 23
CA Activation Rate num: 6175977
Setup_Fail_DEN: 15718
Peak UE: 63
MB_per_connected_UE: 7.97
PCT Time MIMO: 55.53
DL Data Vol MAC in MB: 9463.73

Time: 10:49:46
holiday: 0
CA DL DataVolRatio Pct num: 6206

DL MAC Vol Scell Pct: 36.88
Avg_Connected_UEs: 47.21
SIP DC%: 
UPTP_Mbps: 45.94
DLRLCLayerDataVolume MB: 9535.14
DRB UL Data Volume MB: 1778
PRB Util%: 20.21
weekend: 0
UPTP Mbps Num: 38741
hr: 8
MAC_UE_SC_Tput: 10313.23
Bearer Releases: 6227

hr: 8
CA Activation Rate num: 7291127
Setup_Fail_DEN: 11473
Peak UE: 44
MB_per_connected_UE: 61.25
DL Data Vol MAC in MB: 4099.04

Time: 03:57:33
holiday: 0

DL MAC Vol Scell Pct: 7.24
SIP DC%: 
UPTP_Mbps: 23.77
DLRLCLayerDataVolume MB: 9493.84
PRB Util%: 36.32
RRC Setup Attempts: 5478
CA DL DataVolRatio Pct den: 6171
weekend: 0
UPTP Mbps Num: 17114
hr: 6
MAC_UE_SC_Tput: 6698.79

hr: 6
CA Activation Rate num: 6697902
UPTP Mbps Den: 4132
Setup_Fail_DEN: 14509
SIP_SC_Total_MOU: 287.26
Peak UE: 31
MB_per_connected_UE: 88.2
DL Volume: 278
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6561
DL Data Vol MAC in MB: 4504.88
CA Activation Rate den: 60216
Combined RACH Preambles: 2020

Time: 03:41:07
holiday: 0
CA DL DataVolRatio Pct: 40.67
HO_att_InterFreq: 785
CA DL DataVolRatio Pct num: 2466

Avg_Connected_UEs: 72.63
SIP DC%: 
DLRLCLayerDataVolume MB: 8398.12
RRC Setup Attempts: 3834
weekend: 0
UPTP Mbps Num: 11442
hr: 0
MAC_UE_SC_Tput: 8010.88
Bearer Releases: 17058

hr: 0
CA Activation Rate num: 8039647
UPTP Mbps Den: 1462
Setup_Fail_DEN: 14055
SIP_SC_Total_MOU: 368.58
Peak UE: 42
MB_per_connected_UE: 10.96
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3899
DL Data Vol MAC in MB: 9682.43
CA Activation Rate den: 43695

Time: 21:43:28
holiday: 0
CA DL DataVolRatio Pct num: 7225

DL MAC Vol Scell Pct: 49.23
SIP DC%: 
UPTP_Mbps: 122.76
DLRLCLayerDataVolume MB: 699.79
DRB UL Data Volume MB: 8600
RRC Setup Attempts: 6287
weekend: 0
UPTP Mbps Num: 29881
CA Activation Rate: 69.52
hr: 23

hr: 23
CA Activation Rate num: 11019760
Setup_Fail_DEN: 14649
SIP_SC_Total_MOU: 128.17
Peak UE: 27
MB_per_connected_UE: 14.52
DL Data Vol MAC in MB: 9961.97
CA Activation Rate den: 46432

Time: 07:51:51
holiday: 0
CA DL DataVolRatio Pct num: 5261

DL MAC Vol Scell Pct: 27.09
Avg_Connected_UEs: 39.87
SIP DC%: 
DRB UL Data Volume MB: 5489
PRB Util%: 62.96
CA DL DataVolRatio Pct den: 4808
CA Conf FailRate Pct den: 4523
weekend: 1
CA Activation Rate: 54.89
hr: 3

hr: 3
CA Activation Rate num: 8038074
Peak UE: 41
MB_per_connected_UE: 139.98
DL Volume: 4733
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3197

Time: 18:27:46
holiday: 0

DL MAC Vol Scell Pct: 22.62
Avg_Connected_UEs: 59.04
SIP DC%: 
DLRLCLayerDataVolume MB: 5959.43
CA Conf FailRate Pct den: 6931
weekend: 1
CA Activation Rate: 5.42
hr: 5
MAC_UE_SC_Tput: 13211.04
Bearer Releases: 16995

hr: 5
CA Activation Rate num: 142014
Peak UE: 77
MB_per_connected_UE: 157.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4000
DL Data Vol MAC in MB: 353.64

Combined RACH Preambles: 3567
Time: 22:15:40
holiday: 0
CA DL DataVolRatio Pct: 41.71
CA DL DataVolRatio Pct num: 7165

DL MAC Vol Scell Pct: 56.33
Avg_Connected_UEs: 52.92
SIP DC%: 
UPTP_Mbps: 26.69
DLRLCLayerDataVolume MB: 9765.99
DRB UL Data Volume MB: 6780
CA Conf FailRate Pct den: 5391
weekend: 0
UPTP Mbps Num: 16222
CA Activation Rate: 4.68
hr: 23
MAC_UE_SC_Tput: 13671.97
Bearer Releases: 12205

hr: 23
CA Activation Rate num: 9103026
Setup_Fail_DEN: 13239
SIP_SC_Total_MOU: 307.08
Peak UE: 27
MB_per_connected_UE: 113.19
DL Volume: 5263
DL Data Vol MAC in MB: 1322.88

Time: 21:59:15
holiday: 0

Avg_Connected_UEs: 27.15
SIP DC%: 
PRB Util%: 49.86
RRC Setup Attempts: 9684
weekend: 0
UPTP Mbps Num: 37046
CA Activation Rate: 5.02
hr: 2
MAC_UE_SC_Tput: 14512.73

hr: 2
CA Activation Rate num: 4738103
UPTP Mbps Den: 553
Setup_Fail_DEN: 9470
SIP_SC_Total_MOU: 126.86
Peak UE: 38
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7397
DL Data Vol MAC in MB: 6049.94
CA Activation Rate den: 105583

holiday: 0
CA DL DataVolRatio Pct num: 4440

DL MAC Vol Scell Pct: 22.07
Avg_Connected_UEs: 21.21
SIP DC%: 
UPTP_Mbps: 20.35
DLRLCLayerDataVolume MB: 787.04
DRB UL Data Volume MB: 2793
PRB Util%: 75.29
RRC Setup Attempts: 6658
weekend: 0
CA Activation Rate: 28.63
hr: 13
MAC_UE_SC_Tput: 7383.83

hr: 13
CA Activation Rate num: 13645330
UPTP Mbps Den: 2731
Setup_Fail_DEN: 14691
SIP_SC_Total_MOU: 418.53
Peak UE: 27
MB_per_connected_UE: 18.43
DL Data Vol MAC in MB: 9494.22
CA Activation Rate den: 101845

Time: 03:42:35
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 892
PRB Util%: 60.13
CA DL DataVolRatio Pct den: 9393
weekend: 0
CA Activation Rate: 26.59
hr: 14
MAC_UE_SC_Tput: 4615.45

hr: 14
CA Activation Rate num: 10166464
Setup_Fail_DEN: 15389
SIP_SC_Total_MOU: 122.98
Peak UE: 27
MB_per_connected_UE: 95.28
PCT Time MIMO: 59.33
DL Data Vol MAC in MB: 3921.73
CA Activation Rate den: 51816

Time: 19:32:37
holiday: 0

Avg_Connected_UEs: 59.19
SIP DC%: 
DLRLCLayerDataVolume MB: 7695.59
PRB Util%: 54.42
RRC Setup Attempts: 7191
weekend: 0
CA Activation Rate: 11.71
hr: 13
MAC_UE_SC_Tput: 4739.84

hr: 13
CA Activation Rate num: 5814887
Setup_Fail_DEN: 15491
Peak UE: 27
MB_per_connected_UE: 135.7
DL Volume: 9732
DL Data Vol MAC in MB: 8636.47

Time: 20:50:15
holiday: 0

DL MAC Vol Scell Pct: 14.66
SIP DC%: 
UPTP_Mbps: 91.73
DLRLCLayerDataVolume MB: 1134.66
DRB UL Data Volume MB: 5070
RRC Setup Attempts: 9420
CA DL DataVolRatio Pct den: 9547
weekend: 0
UPTP Mbps Num: 43457
hr: 9
MAC_UE_SC_Tput: 5254.49

hr: 9
CA Activation Rate num: 7055381
SIP_SC_Total_MOU: 35.56
Peak UE: 56
DL Data Vol MAC in MB: 9545.92
CA Activation Rate den: 38232

Combined RACH Preambles: 2123
Time: 02:09:48
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7918.48
weekend: 1
UPTP Mbps Num: 21823
hr: 17
MAC_UE_SC_Tput: 6082.14
Bearer Releases: 7031

hr: 17
CA Activation Rate num: 5039264
UPTP Mbps Den: 2662
Setup_Fail_DEN: 7023
Peak UE: 83
MB_per_connected_UE: 30.08
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4705

Time: 00:54:08
holiday: 0

Avg_Connected_UEs: 38.96
SIP DC%: 
DLRLCLayerDataVolume MB: 7071.35
DRB UL Data Volume MB: 8412
PRB Util%: 15.08
weekend: 0
CA Activation Rate: 70.63
hr: 23
MAC_UE_SC_Tput: 25337.61

hr: 23
CA Activation Rate num: 9918024
UPTP Mbps Den: 4904
Setup_Fail_DEN: 14496
Peak UE: 94
MB_per_connected_UE: 40.6
DL Volume: 4611
DL Data Vol MAC in MB: 3212.81
CA Activation Rate den: 63936

Time: 18:22:58
holiday: 0
CA DL DataVolRatio Pct: 82.2
CA DL DataVolRatio Pct num: 7208

SIP DC%: 
UPTP_Mbps: 36.25
DLRLCLayerDataVolume MB: 1969.93
DRB UL Data Volume MB: 8127
RRC Setup Attempts: 6330
CA Conf FailRate Pct den: 7086
weekend: 0
CA Activation Rate: 47.42
hr: 23
MAC_UE_SC_Tput: 28450.82
Bearer Releases: 8387

hr: 23
CA Activation Rate num: 4234013
UPTP Mbps Den: 642
Setup_Fail_DEN: 12538
SIP_SC_Total_MOU: 88.43
Peak UE: 36
MB_per_connected_UE: 164.66
DL Data Vol MAC in MB: 6915.95
CA Activation Rate den: 145837

holiday: 0
CA DL DataVolRatio Pct: 47.28
CA DL DataVolRatio Pct num: 1385

Avg_Connected_UEs: 60.8
SIP DC%: 
PRB Util%: 71.6
CA DL DataVolRatio Pct den: 9898
weekend: 0
CA Activation Rate: 3.12
hr: 0
MAC_UE_SC_Tput: 5696.27

hr: 0
CA Activation Rate num: 6720742
UPTP Mbps Den: 814
Setup_Fail_DEN: 6956
Peak UE: 27
MB_per_connected_UE: 62.29
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6947
DL Data Vol MAC in MB: 305.37
CA Activation Rate den: 153657

Time: 14:06:04
holiday: 0
CA DL DataVolRatio Pct: 92.29

DL MAC Vol Scell Pct: 20.46
Avg_Connected_UEs: 60.13
SIP DC%: 
UPTP_Mbps: 38.6
DRB UL Data Volume MB: 7536
PRB Util%: 20.16
RRC Setup Attempts: 3389
CA DL DataVolRatio Pct den: 1455
weekend: 0
CA Activation Rate: 57.55
hr: 7
MAC_UE_SC_Tput: 6351.04
Bearer Releases: 10450

hr: 7
CA Activation Rate num: 4378256
Setup_Fail_DEN: 10886
SIP_SC_Total_MOU: 160.44
Peak UE: 74
VOLTE IA%: 
MB_per_connected_UE: 103.13
DL Volume: 771
DL Data Vol MAC in MB: 7222

Time: 00:12:20
holiday: 0
CA DL DataVolRatio Pct: 76.44

DL MAC Vol Scell Pct: 29.79
SIP DC%: 
DLRLCLayerDataVolume MB: 5911.35
DRB UL Data Volume MB: 4521
PRB Util%: 41.38
CA DL DataVolRatio Pct den: 6396
weekend: 0
UPTP Mbps Num: 34261
hr: 10
MAC_UE_SC_Tput: 4579.71

hr: 10
CA Activation Rate num: 2664610
Setup_Fail_DEN: 13522
Peak UE: 41
MB_per_connected_UE: 10.12
PCT Time MIMO: 64.19
CA Activation Rate den: 68557

Time: 03:06:07
holiday: 0
CA DL DataVolRatio Pct: 58.43

Avg_Connected_UEs: 48.13
SIP DC%: 
UPTP_Mbps: 95.79
DLRLCLayerDataVolume MB: 6200.62
DRB UL Data Volume MB: 5185
RRC Setup Attempts: 4608
CA DL DataVolRatio Pct den: 9037
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5485.04
Bearer Releases: 7508

hr: 23
CA Activation Rate num: 10091490
Peak UE: 92
MB_per_connected_UE: 20.38
PCT Time MIMO: 42.38
DL Volume: 3790
DL Data Vol MAC in MB: 1219.27

Time: 07:05:50
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8105.65
RRC Setup Attempts: 5714
CA DL DataVolRatio Pct den: 4229
CA Conf FailRate Pct den: 6121
weekend: 0
hr: 23
MAC_UE_SC_Tput: 18979.56

hr: 23
CA Activation Rate num: 5730919
Setup_Fail_DEN: 11228
SIP_SC_Total_MOU: 157.8
Peak UE: 27
MB_per_connected_UE: 24.11
PCT Time MIMO: 47.55
DL Volume: 7932
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9243
DL Data Vol MAC in MB: 9208.69

Time: 08:58:31
holiday: 0
CA DL DataVolRatio Pct num: 4386

DL MAC Vol Scell Pct: 48.13
Avg_Connected_UEs: 22.31
SIP DC%: 
DLRLCLayerDataVolume MB: 505.84
CA DL DataVolRatio Pct den: 2352
weekend: 0
CA Activation Rate: 62.6
hr: 16
MAC_UE_SC_Tput: 4353.17
Bearer Releases: 8756

hr: 16
CA Activation Rate num: 10661658
UPTP Mbps Den: 2723
SIP_SC_Total_MOU: 258.83
MB_per_connected_UE: 74.82
PCT Time MIMO: 53.84
CA Activation Rate den: 37059

Time: 15:31:18
holiday: 0

DL MAC Vol Scell Pct: 20.25
Avg_Connected_UEs: 83.55
SIP DC%: 
DLRLCLayerDataVolume MB: 5841.94
DRB UL Data Volume MB: 4511
RRC Setup Attempts: 5917
weekend: 0
UPTP Mbps Num: 35196
CA Activation Rate: 4.24
hr: 0
MAC_UE_SC_Tput: 10316.95
Bearer Releases: 13265

hr: 0
CA Activation Rate num: 4099273
Peak UE: 27
MB_per_connected_UE: 178.19
PCT Time MIMO: 33.83
DL Volume: 6882
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6455
DL Data Vol MAC in MB: 5403.83
CA Activation Rate den: 89991

Combined RACH Preambles: 3653
holiday: 0
CA DL DataVolRatio Pct: 86.21

Avg_Connected_UEs: 40.63
SIP DC%: 
UPTP_Mbps: 127.18
DLRLCLayerDataVolume MB: 4956.66
DRB UL Data Volume MB: 1263
PRB Util%: 40.32
CA Conf FailRate Pct den: 8571
weekend: 0
UPTP Mbps Num: 51249
CA Activation Rate: 53.73
hr: 2
MAC_UE_SC_Tput: 6173.64
Bearer Releases: 7857

hr: 2
Avg CQI: 10.36
CA Activation Rate num: 8450250
Setup_Fail_DEN: 19316
Peak UE: 27
MB_per_connected_UE: 19.52
DL Volume: 4456
DL Data Vol MAC in MB: 3876.34
CA Activation Rate den: 107348

Time: 03:18:10
holiday: 0
CA DL DataVolRatio Pct: 89.42
CA DL DataVolRatio Pct num: 387

DL MAC Vol Scell Pct: 4.39
SIP DC%: 
DLRLCLayerDataVolume MB: 9780.84
PRB Util%: 7.62
CA DL DataVolRatio Pct den: 7947
weekend: 1
CA Activation Rate: 32.34
hr: 6
MAC_UE_SC_Tput: 5436.87
Bearer Releases: 9574

hr: 6
CA Activation Rate num: 5480786
UPTP Mbps Den: 1620
SIP_SC_Total_MOU: 70.49
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7101
CA Activation Rate den: 105180
Combined RACH Preambles: 2516

Time: 10:57:38
holiday: 0
CA DL DataVolRatio Pct num: 7428

SIP DC%: 
DLRLCLayerDataVolume MB: 2123.92
weekend: 0
UPTP Mbps Num: 56822
CA Activation Rate: 36.21
hr: 1
MAC_UE_SC_Tput: 6164.61
Bearer Releases: 6448

hr: 1
CA Activation Rate num: 10247493
Setup_Fail_DEN: 10720
SIP_SC_Total_MOU: 167.56
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4725
DL Data Vol MAC in MB: 1068.34

Combined RACH Preambles: 2055
Time: 00:24:04
holiday: 0

DL MAC Vol Scell Pct: 9.95
SIP DC%: 
UPTP_Mbps: 41.08
DLRLCLayerDataVolume MB: 5254.94
weekend: 0
CA Activation Rate: 4.92
hr: 23

hr: 23
CA Activation Rate num: 8272448
Setup_Fail_DEN: 6813
VOLTE IA%: 
DL Volume: 1482
DL Data Vol MAC in MB: 7116.63

Time: 23:17:55
holiday: 0
CA DL DataVolRatio Pct: 88.68
CA DL DataVolRatio Pct num: 7191

DL MAC Vol Scell Pct: 4.68
SIP DC%: 
weekend: 0
RSSIRX2 Avg: -94.05
hr: 5
MAC_UE_SC_Tput: 8232.46
Bearer Releases: 14522

hr: 5
CA Activation Rate num: 10240657
Setup_Fail_DEN: 11912
SIP_SC_Total_MOU: 143.02
Peak UE: 54
MB_per_connected_UE: 156.28
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3631
DL Data Vol MAC in MB: 2044.92
CA Activation Rate den: 92397

Time: 02:33:14
holiday: 0
CA DL DataVolRatio Pct num: 1540

SIP DC%: 
UPTP_Mbps: 37.75
DLRLCLayerDataVolume MB: 7560.42
DRB UL Data Volume MB: 4325
weekend: 0
UPTP Mbps Num: 6432
CA Activation Rate: 3.79
hr: 17
MAC_UE_SC_Tput: 6165.55
Bearer Releases: 7758

hr: 17
CA Activation Rate num: 5884398
Setup_Fail_DEN: 7720
SIP_SC_Total_MOU: 7.15
Peak UE: 27
MB_per_connected_UE: 130.19
DL Volume: 293
DL Data Vol MAC in MB: 8923.45

Combined RACH Preambles: 2297
Time: 16:54:40
holiday: 0
CA DL DataVolRatio Pct: 90.71
HO_att_InterFreq: 235

DL MAC Vol Scell Pct: 37.02
SIP DC%: 
UPTP_Mbps: 17.12
weekend: 0
UPTP Mbps Num: 28360
hr: 14
MAC_UE_SC_Tput: 17316.19
Bearer Releases: 11942

hr: 14
CA Activation Rate num: 10709509
UPTP Mbps Den: 1401
Setup_Fail_DEN: 12297
SIP_SC_Total_MOU: 342.93
Peak UE: 51
MB_per_connected_UE: 174.34

Combined RACH Preambles: 5114
Time: 04:15:51
holiday: 0

Avg_Connected_UEs: 44.15
SIP DC%: 
UPTP_Mbps: 18.03
DLRLCLayerDataVolume MB: 7980.22
PRB Util%: 41.64
RRC Setup Attempts: 4136
CA DL DataVolRatio Pct den: 2818
weekend: 0
UPTP Mbps Num: 4942
hr: 23

hr: 23
CA Activation Rate num: 9129192
Setup_Fail_DEN: 14964
Peak UE: 27
MB_per_connected_UE: 168.88
PCT Time MIMO: 59.41
DL Data Vol MAC in MB: 8769.37
CA Activation Rate den: 43532
Combined RACH Preambles: 1898

Time: 21:56:35
holiday: 0

SIP DC%: 
UPTP_Mbps: 21.2
DLRLCLayerDataVolume MB: 6820.2
DRB UL Data Volume MB: 983
PRB Util%: 68.7
CA Conf FailRate Pct den: 9162
weekend: 0
hr: 17
MAC_UE_SC_Tput: 18396.86
Bearer Releases: 6555

hr: 17
CA Activation Rate num: 9606096
Peak UE: 27
MB_per_connected_UE: 162.24
PCT Time MIMO: 43.6
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6758
DL Data Vol MAC in MB: 2678.37

Time: 12:58:28
holiday: 0

DL MAC Vol Scell Pct: 44.62
Avg_Connected_UEs: 71.58
SIP DC%: 
UPTP_Mbps: 24.91
DLRLCLayerDataVolume MB: 10013.4
DRB UL Data Volume MB: 6204
RRC Setup Attempts: 4651
CA DL DataVolRatio Pct den: 3473
weekend: 0
CA Activation Rate: 17.68
hr: 10
MAC_UE_SC_Tput: 24539.5
Bearer Releases: 12969

hr: 10
CA Activation Rate num: 5989483
UPTP Mbps Den: 2285
Setup_Fail_DEN: 16868
Peak UE: 47
MB_per_connected_UE: 106.23
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3581
DL Data Vol MAC in MB: 4865.18

Time: 18:58:03
holiday: 0
CA DL DataVolRatio Pct: 68.89

DL MAC Vol Scell Pct: 31.27
Avg_Connected_UEs: 51.95
SIP DC%: 
DLRLCLayerDataVolume MB: 9721.27
DRB UL Data Volume MB: 7887
RRC Setup Attempts: 6768
weekend: 0
UPTP Mbps Num: 9607
CA Activation Rate: 46.41
hr: 2
MAC_UE_SC_Tput: 4254.53

hr: 2
CA Activation Rate num: 9767154
Peak UE: 27
MB_per_connected_UE: 112.71

Time: 21:15:31
holiday: 0
CA DL DataVolRatio Pct num: 5288

DL MAC Vol Scell Pct: 29.6
SIP DC%: 
UPTP_Mbps: 14.91
DLRLCLayerDataVolume MB: 4070.83
DRB UL Data Volume MB: 6383
RRC Setup Attempts: 7399
CA Conf FailRate Pct den: 7917
weekend: 0
CA Activation Rate: 12.62
hr: 14
Bearer Releases: 13128

hr: 14
CA Activation Rate num: 4770080
UPTP Mbps Den: 582
Setup_Fail_DEN: 13107
SIP_SC_Total_MOU: 56.17
Peak UE: 27
MB_per_connected_UE: 180.45
PCT Time MIMO: 49.92
DL Volume: 7454
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5750
DL Data Vol MAC in MB: 7893.42
CA Activation Rate den: 76664

Time: 00:28:24
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 903.78
DRB UL Data Volume MB: 2648
PRB Util%: 12.66
RRC Setup Attempts: 8220
weekend: 0
hr: 23
MAC_UE_SC_Tput: 15506.82
Bearer Releases: 18131

hr: 23
CA Activation Rate num: 5631587
SIP_SC_Total_MOU: 34.89
Peak UE: 48
MB_per_connected_UE: 91.39
QCI 1 Bearer Releases: 69
DL Data Vol MAC in MB: 5540.49
Time: 03:12:18

holiday: 0
CA DL DataVolRatio Pct num: 3953

Avg_Connected_UEs: 28.44
SIP DC%: 
DRB UL Data Volume MB: 8542
PRB Util%: 7.88
weekend: 1
hr: 9
MAC_UE_SC_Tput: 40607.03

hr: 9
Setup_Fail_DEN: 7449
Peak UE: 27
DL Data Vol MAC in MB: 2868.78

Time: 19:39:03
holiday: 0

Avg_Connected_UEs: 83.49
SIP DC%: 
UPTP_Mbps: 34.55
DRB UL Data Volume MB: 7271
RRC Setup Attempts: 7172
CA DL DataVolRatio Pct den: 7797
weekend: 0
hr: 15
MAC_UE_SC_Tput: 9258.72
Bearer Releases: 10670

hr: 15
CA Activation Rate num: 8265416
Setup_Fail_DEN: 7597
SIP_SC_Total_MOU: 51.13
MB_per_connected_UE: 124.69
DL Volume: 7719
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4914

Time: 20:28:46
holiday: 0
CA DL DataVolRatio Pct num: 7504

SIP DC%: 
UPTP_Mbps: 45.04
PRB Util%: 74.43
CA DL DataVolRatio Pct den: 9926
weekend: 0
UPTP Mbps Num: 58671
CA Activation Rate: 72.11
hr: 23
MAC_UE_SC_Tput: 5445.91
Bearer Releases: 14590

hr: 23
CA Activation Rate num: 10361602
UPTP Mbps Den: 1154
SIP_SC_Total_MOU: 167.52
Peak UE: 27
DL Data Vol MAC in MB: 10080.78

Time: 20:34:03
holiday: 0
CA DL DataVolRatio Pct num: 4828

Avg_Connected_UEs: 19.12
SIP DC%: 
UPTP_Mbps: 21.52
DLRLCLayerDataVolume MB: 3373.72
DRB UL Data Volume MB: 3369
PRB Util%: 40.18
RRC Setup Attempts: 7703
weekend: 0
UPTP Mbps Num: 20898
CA Activation Rate: 32.07
hr: 14
MAC_UE_SC_Tput: 13220.73
Bearer Releases: 13484

hr: 14
CA Activation Rate num: 2729129
Peak UE: 27
MB_per_connected_UE: 31.79
CA Activation Rate den: 107486

Time: 07:39:05
holiday: 0
CA DL DataVolRatio Pct num: 3746

DL MAC Vol Scell Pct: 20.01
SIP DC%: 
UPTP_Mbps: 13.14
RRC Setup Attempts: 8766
weekend: 1
UPTP Mbps Num: 60364
CA Activation Rate: 72.93
hr: 23
MAC_UE_SC_Tput: 14012.43
Bearer Releases: 10268

hr: 23
CA Activation Rate num: 3114969
Setup_Fail_DEN: 19804
SIP_SC_Total_MOU: 9.65
Peak UE: 27
MB_per_connected_UE: 74.53
PCT Time MIMO: 36.66
DL Data Vol MAC in MB: 931.57
CA Activation Rate den: 52541

Time: 06:21:12
holiday: 0

DL MAC Vol Scell Pct: 36.84
Avg_Connected_UEs: 37.2
SIP DC%: 
DLRLCLayerDataVolume MB: 3493.84
DRB UL Data Volume MB: 9100
CA DL DataVolRatio Pct den: 4005
weekend: 0
UPTP Mbps Num: 5754
CA Activation Rate: 23.38
hr: 20
MAC_UE_SC_Tput: 6271.83

hr: 20
CA Activation Rate num: 11026882
Setup_Fail_DEN: 7572
SIP_SC_Total_MOU: 159.95
Peak UE: 58

Time: 13:11:16
holiday: 0

DL MAC Vol Scell Pct: 4.49
SIP DC%: 
DLRLCLayerDataVolume MB: 4802.07
DRB UL Data Volume MB: 6306
RRC Setup Attempts: 4639
CA Conf FailRate Pct den: 6323
weekend: 0
CA Activation Rate: 5.9
hr: 8
MAC_UE_SC_Tput: 9420.44
Bearer Releases: 18316

hr: 8
CA Activation Rate num: 2130329
Setup_Fail_DEN: 8444
SIP_SC_Total_MOU: 123.8
Peak UE: 27
MB_per_connected_UE: 157.61
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8755
DL Data Vol MAC in MB: 3697.73
CA Activation Rate den: 113977

Combined RACH Preambles: 3386
Time: 05:17:46
holiday: 0

DL MAC Vol Scell Pct: 12.77
Avg_Connected_UEs: 43.28
SIP DC%: 
UPTP_Mbps: 22.52
DLRLCLayerDataVolume MB: 2768.15
DRB UL Data Volume MB: 2332
PRB Util%: 29.83
RRC Setup Attempts: 6048
CA DL DataVolRatio Pct den: 9864
weekend: 1
UPTP Mbps Num: 8584
CA Activation Rate: 49.18
hr: 9

hr: 9
Setup_Fail_DEN: 14615
Peak UE: 27
MB_per_connected_UE: 185.49
CA Activation Rate den: 73214

Time: 14:52:20
holiday: 0

DL MAC Vol Scell Pct: 24.5
Avg_Connected_UEs: 50.06
SIP DC%: 
DLRLCLayerDataVolume MB: 7405.24
DRB UL Data Volume MB: 9206
RRC Setup Attempts: 4391
CA Conf FailRate Pct den: 8576
weekend: 0
UPTP Mbps Num: 5505
hr: 23
MAC_UE_SC_Tput: 10386.35

hr: 23
CA Activation Rate num: 10728451
Setup_Fail_DEN: 18312
Peak UE: 73
MB_per_connected_UE: 184.43
DL Volume: 1872
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3887
DL Data Vol MAC in MB: 8315.83

Time: 07:10:53
holiday: 0

SIP DC%: 
UPTP_Mbps: 11.55
DLRLCLayerDataVolume MB: 6078.74
DRB UL Data Volume MB: 9691
PRB Util%: 24.43
RRC Setup Attempts: 4772
CA Conf FailRate Pct den: 8805
weekend: 0
UPTP Mbps Num: 13750
hr: 23
MAC_UE_SC_Tput: 12699.95
Bearer Releases: 17136

hr: 23
CA Activation Rate num: 9211600
Setup_Fail_DEN: 12892
Peak UE: 37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4963
DL Data Vol MAC in MB: 2847.1

Combined RACH Preambles: 2558
Time: 05:05:29
holiday: 0

Avg_Connected_UEs: 76.95
SIP DC%: 
UPTP_Mbps: 123.36
DLRLCLayerDataVolume MB: 6660.64
RRC Setup Attempts: 7850
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6533.35
Bearer Releases: 17289

hr: 23
CA Activation Rate num: 4155310
Setup_Fail_DEN: 19154
SIP_SC_Total_MOU: 129.1
Peak UE: 27
MB_per_connected_UE: 34.96
PCT Time MIMO: 57.96
DL Volume: 4258
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8808
UL Throughput: 4.43
DL Data Vol MAC in MB: 6885.59

Time: 21:43:18
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 148
weekend: 0
hr: 11
MAC_UE_SC_Tput: 13846.09

hr: 11
CA Activation Rate num: 5795761
Setup_Fail_DEN: 13040
Peak UE: 27
MB_per_connected_UE: 25.09
DL Volume: 6910

Time: 00:46:45
holiday: 0
CA DL DataVolRatio Pct: 61.54
CA DL DataVolRatio Pct num: 5968

Avg_Connected_UEs: 63.52
SIP DC%: 
DLRLCLayerDataVolume MB: 4628.01
CA DL DataVolRatio Pct den: 9131
weekend: 0
UPTP Mbps Num: 17272
CA Activation Rate: 68.27
hr: 6
Bearer Releases: 7556

hr: 6
CA Activation Rate num: 3290802
Setup_Fail_DEN: 9795
Peak UE: 35
MB_per_connected_UE: 110.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3069
DL Data Vol MAC in MB: 7895.87
CA Activation Rate den: 96699

Time: 13:58:48
holiday: 0

SIP DC%: 
UPTP_Mbps: 16.04
RRC Setup Attempts: 6850
weekend: 0
UPTP Mbps Num: 30918
Bearer Setup Failure Voice Den: 241
CA Activation Rate: 55.46
hr: 0
MAC_UE_SC_Tput: 14815.26
Bearer Releases: 9189

hr: 0
CA Activation Rate num: 9742997
SIP_SC_Total_MOU: 142.96
Peak UE: 43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6081
DL Data Vol MAC in MB: 6974
CA Activation Rate den: 42437

Time: 00:25:17
holiday: 0
CA DL DataVolRatio Pct: 92.44
HO_att_InterFreq: 504

DL MAC Vol Scell Pct: 10.07
Avg_Connected_UEs: 37.97
SIP DC%: 
DLRLCLayerDataVolume MB: 4196.06
RRC Setup Attempts: 4630
CA DL DataVolRatio Pct den: 1671
CA Conf FailRate Pct den: 2621
weekend: 0
CA Activation Rate: 19.6
hr: 23
MAC_UE_SC_Tput: 7422.65

hr: 23
Setup_Fail_DEN: 9738
Peak UE: 27

Time: 07:40:47
holiday: 0

DL MAC Vol Scell Pct: 14.19
Avg_Connected_UEs: 59.8
SIP DC%: 
UPTP_Mbps: 38.56
DLRLCLayerDataVolume MB: 5601.45
PRB Util%: 57.92
weekend: 0
CA Activation Rate: 49.16
hr: 22
MAC_UE_SC_Tput: 4627.33
Bearer Releases: 9541

hr: 22
CA Activation Rate num: 10186883
SIP_SC_Total_MOU: 136.27
Peak UE: 27
MB_per_connected_UE: 147.16
CA Activation Rate den: 75970

Combined RACH Preambles: 2785
Time: 18:07:52
holiday: 0
CA DL DataVolRatio Pct: 59.46

SIP DC%: 
UPTP_Mbps: 38.79
DLRLCLayerDataVolume MB: 2969.26
PRB Util%: 41.34
RRC Setup Attempts: 9176
CA Conf FailRate Pct den: 5278
weekend: 0
UPTP Mbps Num: 47087
hr: 0

hr: 0
CA Activation Rate num: 5060464
Setup_Fail_DEN: 13898
Peak UE: 27
PCT Time MIMO: 59.88
DL Volume: 9734
Combined RACH Preambles: 3423

Time: 00:49:30
holiday: 0
CA DL DataVolRatio Pct: 81.5
CA DL DataVolRatio Pct num: 5150

SIP DC%: 
DLRLCLayerDataVolume MB: 628.11
RRC Setup Attempts: 4829
weekend: 0
CA Activation Rate: 31.74
hr: 15
MAC_UE_SC_Tput: 5220.13

hr: 15
CA Activation Rate num: 4112919
Setup_Fail_DEN: 15493
Peak UE: 76
MB_per_connected_UE: 99.11
PCT Time MIMO: 63.34
Time: 07:33:01

holiday: 0
CA DL DataVolRatio Pct num: 6323

SIP DC%: 
weekend: 1
hr: 6
MAC_UE_SC_Tput: 4450.95
Bearer Releases: 10129

hr: 6
CA Activation Rate num: 4423054
Peak UE: 82
VOLTE IA%: 
PCT Time MIMO: 51.68
DL Volume: 9467
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6836
DL Data Vol MAC in MB: 5552.17
CA Activation Rate den: 54699

Time: 22:16:15
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 611.82
PRB Util%: 21.47
RRC Setup Attempts: 4278
CA DL DataVolRatio Pct den: 8883
CA Conf FailRate Pct den: 3908
weekend: 0
UPTP Mbps Num: 15819
hr: 0
MAC_UE_SC_Tput: 8216.98
Bearer Releases: 8663

hr: 0
CA Activation Rate num: 10418396
Peak UE: 61
PCT Time MIMO: 49.09
DL Volume: 6428
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5235
DL Data Vol MAC in MB: 9808.21
CA Activation Rate den: 38125

Time: 03:55:44
holiday: 0
CA DL DataVolRatio Pct: 81.37
CA DL DataVolRatio Pct num: 5691

DL MAC Vol Scell Pct: 50.52
SIP DC%: 
UPTP_Mbps: 93.81
DLRLCLayerDataVolume MB: 4762.35
DRB UL Data Volume MB: 2589
PRB Util%: 16.08
weekend: 0
UPTP Mbps Num: 44535
hr: 8
MAC_UE_SC_Tput: 9429.88
Bearer Releases: 10366

hr: 8
CA Activation Rate num: 9581974
UPTP Mbps Den: 2292
Setup_Fail_DEN: 11598
Peak UE: 28
DL Volume: 3093
DL Data Vol MAC in MB: 8329.21
CA Activation Rate den: 66514

Time: 11:13:32
holiday: 0

DL MAC Vol Scell Pct: 29.81
SIP DC%: 
UPTP_Mbps: 20.33
DLRLCLayerDataVolume MB: 8888.55
weekend: 0
CA Activation Rate: 27.36
hr: 0
MAC_UE_SC_Tput: 5373.57

hr: 0
CA Activation Rate num: 4793128
Peak UE: 27
DL Data Vol MAC in MB: 7283.47
CA Activation Rate den: 114825

Time: 23:54:25
holiday: 0
CA DL DataVolRatio Pct: 60.76
CA DL DataVolRatio Pct num: 2348

DL MAC Vol Scell Pct: 6.77
Avg_Connected_UEs: 81.92
SIP DC%: 
UPTP_Mbps: 27.82
PRB Util%: 51.66
weekend: 0
hr: 13
MAC_UE_SC_Tput: 4888.98

hr: 13
CA Activation Rate num: 8970099
Setup_Fail_DEN: 14857
Peak UE: 27
MB_per_connected_UE: 90.87
PCT Time MIMO: 48.17
DL Data Vol MAC in MB: 5485.17
CA Activation Rate den: 77706

Time: 12:10:14
holiday: 0

Avg_Connected_UEs: 29.23
SIP DC%: 
UPTP_Mbps: 18.57
RRC Setup Attempts: 5403
CA Conf FailRate Pct den: 5656
weekend: 0
UPTP Mbps Num: 19121
CA Activation Rate: 58.18
hr: 23

hr: 23
CA Activation Rate num: 10015731
UPTP Mbps Den: 2701
Setup_Fail_DEN: 8180
Peak UE: 27
DL Volume: 415
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6585
DL Data Vol MAC in MB: 9780.01

Time: 18:26:11
holiday: 0
CA DL DataVolRatio Pct: 68.93
CA DL DataVolRatio Pct num: 5857

DL MAC Vol Scell Pct: 45.83
SIP DC%: 
DLRLCLayerDataVolume MB: 3109.21
CA DL DataVolRatio Pct den: 10182
CA Conf FailRate Pct den: 3570
weekend: 0
UPTP Mbps Num: 15240
hr: 18
MAC_UE_SC_Tput: 14550.06

hr: 18
CA Activation Rate num: 8854535
Setup_Fail_DEN: 17748
SIP_SC_Total_MOU: 275.79
Peak UE: 27
MB_per_connected_UE: 61.14
PCT Time MIMO: 39.96
CA Activation Rate den: 68159

Combined RACH Preambles: 2854
Time: 05:57:16
holiday: 0
CA DL DataVolRatio Pct num: 6478

Avg_Connected_UEs: 48.45
SIP DC%: 
DRB UL Data Volume MB: 4731
PRB Util%: 35.87
weekend: 0
CA Activation Rate: 75.91
hr: 21
MAC_UE_SC_Tput: 7229.86

hr: 21
CA Activation Rate num: 12532373
Setup_Fail_DEN: 7969
Peak UE: 36
VOLTE IA%: 
DL Volume: 6603
DL Data Vol MAC in MB: 4289.13
CA Activation Rate den: 157912

Time: 13:59:28
holiday: 0
HO_att_InterFreq: 543
CA DL DataVolRatio Pct num: 2012

SIP DC%: 
UPTP_Mbps: 12.24
DLRLCLayerDataVolume MB: 8420.54
DRB UL Data Volume MB: 6064
PRB Util%: 65.88
RRC Setup Attempts: 7557
CA DL DataVolRatio Pct den: 8506
weekend: 0
hr: 17
MAC_UE_SC_Tput: 17084.65
Bearer Releases: 10107

hr: 17
CA Activation Rate num: 5710470
UPTP Mbps Den: 546
Setup_Fail_DEN: 13110
SIP_SC_Total_MOU: 162.74
MB_per_connected_UE: 57.87
PCT Time MIMO: 42.14
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5549
UL Throughput: 11.75
DL Data Vol MAC in MB: 9599.94
CA Activation Rate den: 61134

Time: 22:36:22
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6145.88
DRB UL Data Volume MB: 9585
PRB Util%: 61.81
RRC Setup Attempts: 8150
CA Conf FailRate Pct den: 9141
weekend: 0
UPTP Mbps Num: 15517
hr: 23
MAC_UE_SC_Tput: 4981.84

hr: 23
CA Activation Rate num: 9804880
Peak UE: 65
MB_per_connected_UE: 148.96
PCT Time MIMO: 52.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7456
DL Data Vol MAC in MB: 4088.87

Time: 11:31:18
holiday: 0

DL MAC Vol Scell Pct: 41.79
Avg_Connected_UEs: 41.14
SIP DC%: 
UPTP_Mbps: 31.38
DLRLCLayerDataVolume MB: 6222.47
DRB UL Data Volume MB: 6998
weekend: 0
UPTP Mbps Num: 34336
hr: 1
MAC_UE_SC_Tput: 6781.08
Bearer Releases: 14999

hr: 1
CA Activation Rate num: 5103135
UPTP Mbps Den: 5243
Setup_Fail_DEN: 13877
Peak UE: 27
MB_per_connected_UE: 119.67
DL Volume: 4378
DL Data Vol MAC in MB: 7210
CA Activation Rate den: 84393

holiday: 0
CA DL DataVolRatio Pct: 54.33

SIP DC%: 
UPTP_Mbps: 22.01
DLRLCLayerDataVolume MB: 4515.71
RRC Setup Attempts: 6696
CA DL DataVolRatio Pct den: 8651
weekend: 0
CA Activation Rate: 64.63
hr: 2
MAC_UE_SC_Tput: 20470.03
Bearer Releases: 12546

hr: 2
CA Activation Rate num: 9502036
Setup_Fail_DEN: 8278
Peak UE: 37
MB_per_connected_UE: 107.96
DL Volume: 1999
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4119

Time: 14:54:46
holiday: 0
CA DL DataVolRatio Pct num: 3372

SIP DC%: 
UPTP_Mbps: 106.03
DLRLCLayerDataVolume MB: 6478.69
DRB UL Data Volume MB: 1799
weekend: 0
UPTP Mbps Num: 58844
hr: 0
MAC_UE_SC_Tput: 13149.21
Bearer Releases: 8908

hr: 0
CA Activation Rate num: 8618247
UPTP Mbps Den: 1036
Setup_Fail_DEN: 6613
SIP_SC_Total_MOU: 101.64
Peak UE: 38
DL Volume: 9599
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9223
DL Data Vol MAC in MB: 5956.26
CA Activation Rate den: 133794

Combined RACH Preambles: 3387
Time: 12:55:16
holiday: 0
CA DL DataVolRatio Pct num: 2736

SIP DC%: 
UPTP_Mbps: 124.37
DLRLCLayerDataVolume MB: 1685.61
PRB Util%: 60.6
RRC Setup Attempts: 4414
weekend: 0
UPTP Mbps Num: 1973
CA Activation Rate: 23.48
hr: 9
MAC_UE_SC_Tput: 5803.71
Bearer Releases: 6436

hr: 9
CA Activation Rate num: 2356200
UPTP Mbps Den: 3385
Peak UE: 55
MB_per_connected_UE: 126.19
PCT Time MIMO: 51.96
DL Data Vol MAC in MB: 341.59
CA Activation Rate den: 74927

holiday: 0

DL MAC Vol Scell Pct: 23.31
SIP DC%: 
DLRLCLayerDataVolume MB: 6680.72
PRB Util%: 41.81
CA DL DataVolRatio Pct den: 8709
weekend: 0
CA Activation Rate: 26.76
hr: 1
MAC_UE_SC_Tput: 4695.69

hr: 1
CA Activation Rate num: 5608478
UPTP Mbps Den: 5602
Setup_Fail_DEN: 6520
SIP_SC_Total_MOU: 329.07
Peak UE: 77
PCT Time MIMO: 55.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3471
UL Throughput: 8.74

Time: 14:02:50
holiday: 0
CA DL DataVolRatio Pct num: 1425

Avg_Connected_UEs: 20.96
SIP DC%: 
DLRLCLayerDataVolume MB: 6987.1
CA DL DataVolRatio Pct den: 9227
CA Conf FailRate Pct den: 5838
weekend: 0
UPTP Mbps Num: 4100
CA Activation Rate: 32.37
hr: 3
MAC_UE_SC_Tput: 5965.87
Bearer Releases: 17429

hr: 3
UPTP Mbps Den: 2216
Peak UE: 27
MB_per_connected_UE: 49.4
DL Data Vol MAC in MB: 4713.95
CA Activation Rate den: 53709
Combined RACH Preambles: 3217

Time: 05:38:31
holiday: 0
CA DL DataVolRatio Pct num: 7078

SIP DC%: 
DLRLCLayerDataVolume MB: 7771.77
DRB UL Data Volume MB: 7160
CA DL DataVolRatio Pct den: 9780
weekend: 0
UPTP Mbps Num: 4194
hr: 17
MAC_UE_SC_Tput: 15229.16

hr: 17
CA Activation Rate num: 10104780
Peak UE: 36
PCT Time MIMO: 34.33
DL Volume: 5913
DL Data Vol MAC in MB: 6626.33

Time: 23:29:13
holiday: 0
CA DL DataVolRatio Pct: 43.52
CA DL DataVolRatio Pct num: 5664

Avg_Connected_UEs: 51.19
SIP DC%: 
UPTP_Mbps: 29.42
DLRLCLayerDataVolume MB: 7863.31
PRB Util%: 62.54
RRC Setup Attempts: 4846
weekend: 0
UPTP Mbps Num: 11507
hr: 9

hr: 9
Setup_Fail_DEN: 15663
SIP_SC_Total_MOU: 105.11
Peak UE: 27
MB_per_connected_UE: 9.3
UL Throughput: 2.49

Time: 10:51:16
holiday: 0
CA DL DataVolRatio Pct num: 7384

Avg_Connected_UEs: 44.27
SIP DC%: 
UPTP_Mbps: 29.95
DLRLCLayerDataVolume MB: 4187.38
DRB UL Data Volume MB: 9176
RRC Setup Attempts: 5612
CA DL DataVolRatio Pct den: 6875
weekend: 0
UPTP Mbps Num: 40094
CA Activation Rate: 56.42
hr: 8
MAC_UE_SC_Tput: 7260.21
Bearer Releases: 13478

hr: 8
CA Activation Rate num: 9105747
UPTP Mbps Den: 1990
Setup_Fail_DEN: 12857
SIP_SC_Total_MOU: 92.99
Peak UE: 42
MB_per_connected_UE: 97.44
DL Data Vol MAC in MB: 8142.4

Time: 23:50:44
holiday: 0
CA DL DataVolRatio Pct: 71.08

DL MAC Vol Scell Pct: 6.07
SIP DC%: 
UPTP_Mbps: 44.69
UL Resid BLER PCT: 0.96
CA DL DataVolRatio Pct den: 6102
CA Conf FailRate Pct den: 8160
weekend: 0
hr: 14
MAC_UE_SC_Tput: 4894.02
Bearer Releases: 16727

hr: 14
UPTP Mbps Den: 468
Setup_Fail_DEN: 12050
SIP_SC_Total_MOU: 102.29
Peak UE: 80
PCT Time MIMO: 50.73
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4069
DL Data Vol MAC in MB: 9814.99
CA Activation Rate den: 119629

Time: 00:24:02
holiday: 0
CA DL DataVolRatio Pct: 75.06
HO_att_InterFreq: 130

DL MAC Vol Scell Pct: 4.12
Avg_Connected_UEs: 76.24
SIP DC%: 
UPTP_Mbps: 91.97
DLRLCLayerDataVolume MB: 540.79
DRB UL Data Volume MB: 8142
weekend: 0
hr: 21
MAC_UE_SC_Tput: 20890
Bearer Releases: 12562

hr: 21
Setup_Fail_DEN: 10186
Peak UE: 34
MB_per_connected_UE: 158.19
CA Activation Rate den: 51429

Time: 02:21:42
holiday: 0
CA DL DataVolRatio Pct: 57.35

SIP DC%: 
UPTP_Mbps: 45
DLRLCLayerDataVolume MB: 2976.16
PRB Util%: 28.26
CA DL DataVolRatio Pct den: 363
CA Conf FailRate Pct den: 5693
weekend: 0
UPTP Mbps Num: 14386
CA Activation Rate: 24.5
hr: 4
MAC_UE_SC_Tput: 6424.2
Bearer Releases: 12049

hr: 4
CA Activation Rate num: 3344694
SIP_SC_Total_MOU: 216.42
Peak UE: 27
MB_per_connected_UE: 102.71
PCT Time MIMO: 43.4
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6422

Time: 13:36:00
holiday: 0

Avg_Connected_UEs: 72.82
SIP DC%: 
UPTP_Mbps: 47.19
DLRLCLayerDataVolume MB: 3826.49
weekend: 0
CA Activation Rate: 4.33
hr: 23
MAC_UE_SC_Tput: 17958.43
Bearer Releases: 6301

hr: 23
CA Activation Rate num: 8836149
Setup_Fail_DEN: 7419
Peak UE: 69
MB_per_connected_UE: 190.34
DL Volume: 3852
DL Data Vol MAC in MB: 9409.81

Time: 01:09:05
holiday: 0
CA DL DataVolRatio Pct num: 1292

DL MAC Vol Scell Pct: 24.29
SIP DC%: 
PRB Util%: 27.17
CA Conf FailRate Pct den: 3200
weekend: 0
CA Activation Rate: 69.93
hr: 11
MAC_UE_SC_Tput: 14256.56
Bearer Releases: 14499

hr: 11
CA Activation Rate num: 10455935
UPTP Mbps Den: 3792
Setup_Fail_DEN: 15167
SIP_SC_Total_MOU: 138.36
Peak UE: 56
DL Data Vol MAC in MB: 8252.08

Time: 07:02:26
holiday: 0
CA DL DataVolRatio Pct: 64.61
CA DL DataVolRatio Pct num: 3937

SIP DC%: 
UPTP_Mbps: 65.95
DLRLCLayerDataVolume MB: 7376.46
DRB UL Data Volume MB: 2653
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7342.29
Bearer Releases: 9172

hr: 23
CA Activation Rate num: 1463333
SIP_SC_Total_MOU: 65.04
Peak UE: 59
MB_per_connected_UE: 131.96
PCT Time MIMO: 54.58
DL Volume: 4866

Combined RACH Preambles: 3013
Time: 00:29:30
holiday: 0
CA DL DataVolRatio Pct: 86.18

SIP DC%: 
UPTP_Mbps: 126.18
DLRLCLayerDataVolume MB: 1398.92
RRC Setup Attempts: 4253
weekend: 0
UPTP Mbps Num: 1986
hr: 23
MAC_UE_SC_Tput: 15564.22
Bearer Releases: 13631

hr: 23
CA Activation Rate num: 10128385
Peak UE: 27
DL Volume: 2857
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6712
CA Activation Rate den: 128010

Time: 17:44:52
holiday: 0
CA DL DataVolRatio Pct: 60.69
CA DL DataVolRatio Pct num: 1394
HO Attempts: 54

Avg_Connected_UEs: 71.1
SIP DC%: 
UPTP_Mbps: 41.17
DLRLCLayerDataVolume MB: 3751.5
DRB UL Data Volume MB: 7964
PRB Util%: 25.81
weekend: 0
UPTP Mbps Num: 36056
CA Activation Rate: 43.21
hr: 5
MAC_UE_SC_Tput: 5555.76

hr: 5
Setup_Fail_DEN: 13086
Peak UE: 74
MB_per_connected_UE: 154.93
DL Volume: 5993

Time: 15:29:43
holiday: 0
HO_att_InterFreq: 94
CA DL DataVolRatio Pct num: 7471

Avg_Connected_UEs: 69.49
SIP DC%: 
DLRLCLayerDataVolume MB: 1480.34
PRB Util%: 27.74
CA DL DataVolRatio Pct den: 6155
weekend: 0
UPTP Mbps Num: 8873
CA Activation Rate: 37.78
hr: 11
MAC_UE_SC_Tput: 11059.91

hr: 11
CA Activation Rate num: 2341909
MB_per_connected_UE: 58.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5837
DL Data Vol MAC in MB: 9612.85
CA Activation Rate den: 106093

Combined RACH Preambles: 3570
Time: 08:26:14
holiday: 0
CA DL DataVolRatio Pct: 80.3
CA DL DataVolRatio Pct num: 5798

Avg_Connected_UEs: 63.4
SIP DC%: 
UPTP_Mbps: 110.71
DRB UL Data Volume MB: 7045
PRB Util%: 26.41
CA Conf FailRate Pct den: 7780
weekend: 0
hr: 0
Bearer Releases: 6528

hr: 0
Peak UE: 81
MB_per_connected_UE: 181.7
PCT Time MIMO: 56.16
DL Volume: 3467
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4827
DL Data Vol MAC in MB: 1292.9
CA Activation Rate den: 165194

Time: 11:44:35
holiday: 0
CA DL DataVolRatio Pct: 90.79

SIP DC%: 
UPTP_Mbps: 28.05
DLRLCLayerDataVolume MB: 6036.82
weekend: 0
hr: 22
MAC_UE_SC_Tput: 8475.73

hr: 22
CA Activation Rate num: 8867035
Setup_Fail_DEN: 13151
SIP_SC_Total_MOU: 250.65
MB_per_connected_UE: 139.49
DL Volume: 3967
CA Activation Rate den: 37241

Time: 21:18:29
holiday: 0
CA DL DataVolRatio Pct: 77.78
CA DL DataVolRatio Pct num: 3321

SIP DC%: 
UPTP_Mbps: 96.66
DRB UL Data Volume MB: 7126
RRC Setup Attempts: 6528
weekend: 1
UPTP Mbps Num: 24113
CA Activation Rate: 37.2
hr: 0
MAC_UE_SC_Tput: 8661.2
Bearer Releases: 17108

hr: 0
CA Activation Rate num: 10253544
Setup_Fail_DEN: 17769
Peak UE: 51
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3449
CA Activation Rate den: 71694
Time: 01:35:30

holiday: 0
CA DL DataVolRatio Pct: 60.27
SIP_SC_Call_Attempts: 229
HO Attempts: 716

DL MAC Vol Scell Pct: 56.2
Avg_Connected_UEs: 45.4
SIP DC%: 
DRB UL Data Volume MB: 9334
CA Conf FailRate Pct den: 5669
weekend: 0
CA Activation Rate: 15.63
hr: 11
MAC_UE_SC_Tput: 6169.32
Bearer Releases: 10683

hr: 11
CA Activation Rate num: 4772307
UPTP Mbps Den: 2420
Setup_Fail_DEN: 9531
SIP_SC_Total_MOU: 348.68
Peak UE: 41
MB_per_connected_UE: 164.13
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3079

Combined RACH Preambles: 3043
Time: 11:09:59
holiday: 0

DL MAC Vol Scell Pct: 56.09
SIP DC%: 
UPTP_Mbps: 8.99
DLRLCLayerDataVolume MB: 3386.77
CA Conf FailRate Pct den: 5842
weekend: 1
UPTP Mbps Num: 15693
hr: 2
Bearer Releases: 8389

hr: 2
CA Activation Rate num: 5849771
Setup_Fail_DEN: 9819
Peak UE: 27
MB_per_connected_UE: 43.83
PCT Time MIMO: 39.17
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5569
CA Activation Rate den: 176345

Time: 05:19:00
holiday: 0
CA DL DataVolRatio Pct: 88.93

SIP DC%: 
UPTP_Mbps: 14.94
DRB UL Data Volume MB: 3932
PRB Util%: 63.7
CA DL DataVolRatio Pct den: 2533
CA Conf FailRate Pct den: 7613
weekend: 0
hr: 0
MAC_UE_SC_Tput: 15488

hr: 0
CA Activation Rate num: 3034232
UPTP Mbps Den: 712
Setup_Fail_DEN: 8545
Peak UE: 27
MB_per_connected_UE: 86.7
DL Volume: 8842
UL Throughput: 11.57
DL Data Vol MAC in MB: 9325.78
CA Activation Rate den: 98129
Combined RACH Preambles: 2887

Time: 18:59:00
holiday: 0
CA DL DataVolRatio Pct: 51.99
CA DL DataVolRatio Pct num: 6066

DL MAC Vol Scell Pct: 45.38
SIP DC%: 
DLRLCLayerDataVolume MB: 1582.75
DRB UL Data Volume MB: 5265
weekend: 0
hr: 8
MAC_UE_SC_Tput: 9165.12
Bearer Releases: 8382

hr: 8
CA Activation Rate num: 2046366
SIP_SC_Total_MOU: 208.05
Peak UE: 69
VOLTE IA%: 
MB_per_connected_UE: 37.94
DL Data Vol MAC in MB: 2823.47
CA Activation Rate den: 119068
Combined RACH Preambles: 2236

Time: 04:44:39
holiday: 0
CA DL DataVolRatio Pct num: 1766

SIP DC%: 
UPTP_Mbps: 45.28
DLRLCLayerDataVolume MB: 6809.3
DRB UL Data Volume MB: 5203
PRB Util%: 66.01
weekend: 1
UPTP Mbps Num: 24031
CA Activation Rate: 59.9
hr: 15
Bearer Releases: 17425

hr: 15
CA Activation Rate num: 10507465
SIP_SC_Total_MOU: 31.4
Peak UE: 59
MB_per_connected_UE: 168.74
DL Data Vol MAC in MB: 1195.4

Time: 09:02:37
holiday: 0
CA DL DataVolRatio Pct num: 1966

SIP DC%: 
DLRLCLayerDataVolume MB: 3576.08
DRB UL Data Volume MB: 6877
DL Packet Loss Pct: 3.66
RRC Setup Attempts: 6625
CA Conf FailRate Pct den: 3918
weekend: 0
CA Activation Rate: 53.97
hr: 19
MAC_UE_SC_Tput: 14593.58
Bearer Releases: 12895

hr: 19
CA Activation Rate num: 857501
UPTP Mbps Den: 4898
Setup_Fail_DEN: 9600
SIP_SC_Total_MOU: 241.42
Peak UE: 45
MB_per_connected_UE: 69.99
DL Volume: 3928
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6726
DL Data Vol MAC in MB: 916.07
CA Activation Rate den: 83102

Time: 17:19:28
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4161.14
RRC Setup Attempts: 4703
CA DL DataVolRatio Pct den: 8738
weekend: 0
UPTP Mbps Num: 12546
hr: 23
MAC_UE_SC_Tput: 5186.88
Bearer Releases: 6961

hr: 23
CA Activation Rate num: 9593493
Setup_Fail_DEN: 12752
SIP_SC_Total_MOU: 55.7
Peak UE: 42
VOLTE IA%: 
MB_per_connected_UE: 8.78
DL Data Vol MAC in MB: 5280.96

Time: 14:48:11
holiday: 0
CA DL DataVolRatio Pct: 43.63

Avg_Connected_UEs: 75.34
SIP DC%: 
UPTP_Mbps: 24.8
DLRLCLayerDataVolume MB: 9420.47
DRB UL Data Volume MB: 9276
PRB Util%: 55.96
CA DL DataVolRatio Pct den: 4265
weekend: 0
CA Activation Rate: 64.92
hr: 23
MAC_UE_SC_Tput: 5343.18

hr: 23
Setup_Fail_DEN: 15077
SIP_SC_Total_MOU: 6.53
Peak UE: 82
PCT Time MIMO: 43.96
DL Volume: 5455
DL Data Vol MAC in MB: 7536.61
CA Activation Rate den: 139167

Date: 15-02-2023
holiday: 0
CA DL DataVolRatio Pct: 88.33
CA DL DataVolRatio Pct num: 7127

DL MAC Vol Scell Pct: 34.92
SIP DC%: 
UPTP_Mbps: 37.58
DLRLCLayerDataVolume MB: 8037.75
DRB UL Data Volume MB: 6174
CA DL DataVolRatio Pct den: 6672
CA Conf FailRate Pct den: 3322
weekend: 0
UPTP Mbps Num: 10682
CA Activation Rate: 14.12
hr: 13
MAC_UE_SC_Tput: 5315.24
Bearer Releases: 11908

hr: 13
CA Activation Rate num: 850992
UPTP Mbps Den: 574
SIP_SC_Total_MOU: 210.26
Peak UE: 27
MB_per_connected_UE: 146.48
DL Volume: 4610
CA Activation Rate den: 93989

Time: 15:10:25
holiday: 0
CA DL DataVolRatio Pct: 55.52

SIP DC%: 
UPTP_Mbps: 41.46
DLRLCLayerDataVolume MB: 2874.14
CA DL DataVolRatio Pct den: 7807
weekend: 0
CA Activation Rate: 69.92
hr: 14
MAC_UE_SC_Tput: 24932.94
Bearer Releases: 7381

hr: 14
CA Activation Rate num: 7272607
Peak UE: 53
VOLTE IA%: 
MB_per_connected_UE: 138.4
DL Data Vol MAC in MB: 2340.32
CA Activation Rate den: 48072

Time: 22:39:46
holiday: 0

DL MAC Vol Scell Pct: 31.15
Avg_Connected_UEs: 49.41
SIP DC%: 
DLRLCLayerDataVolume MB: 6623.25
DRB UL Data Volume MB: 2971
PRB Util%: 38.56
CA DL DataVolRatio Pct den: 5220
CA Conf FailRate Pct den: 7024
weekend: 0
CA Activation Rate: 22.24
hr: 23
MAC_UE_SC_Tput: 5201.33

hr: 23
CA Activation Rate num: 2015111
UPTP Mbps Den: 1283
Setup_Fail_DEN: 9840
SIP_SC_Total_MOU: 36.08
Peak UE: 55
MB_per_connected_UE: 31.03
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7030
CA Activation Rate den: 195000

Time: 08:05:01
holiday: 0

DL MAC Vol Scell Pct: 20.13
SIP DC%: 
UPTP_Mbps: 11.33
DLRLCLayerDataVolume MB: 4517.26
RRC Setup Attempts: 7266
weekend: 0
UPTP Mbps Num: 991
hr: 15
MAC_UE_SC_Tput: 17013.57
Bearer Releases: 12734

hr: 15
CA Activation Rate num: 3094243
Setup_Fail_DEN: 9367
SIP_SC_Total_MOU: 321.66
Peak UE: 76
DL Volume: 158
CA Activation Rate den: 61100

Time: 06:11:02
holiday: 0
CA DL DataVolRatio Pct: 79.1

DL MAC Vol Scell Pct: 17.88
SIP DC%: 
DLRLCLayerDataVolume MB: 5024.05
DRB UL Data Volume MB: 4099
CA Conf FailRate Pct den: 8003
weekend: 0
hr: 22
MAC_UE_SC_Tput: 8454.35
Bearer Releases: 10738

hr: 22
CA Activation Rate num: 428059
Setup_Fail_DEN: 16770
SIP_SC_Total_MOU: 173.49
Peak UE: 27
MB_per_connected_UE: 151.1
DL Volume: 6063
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4128
DL Data Vol MAC in MB: 9161.58
CA Activation Rate den: 119851

Combined RACH Preambles: 4385
Time: 16:10:54
holiday: 0
CA DL DataVolRatio Pct: 87.51
CA DL DataVolRatio Pct num: 4409

SIP DC%: 
UPTP_Mbps: 19.1
DLRLCLayerDataVolume MB: 5962.27
RRC Setup Attempts: 4303
CA DL DataVolRatio Pct den: 9778
CA Conf FailRate Pct den: 5189
weekend: 1
hr: 19
MAC_UE_SC_Tput: 9186.56
Bearer Releases: 14661

hr: 19
CA Activation Rate num: 4910154
Setup_Fail_DEN: 14035
SIP_SC_Total_MOU: 73.25
Peak UE: 38
MB_per_connected_UE: 163.42
DL Data Vol MAC in MB: 6934.13
CA Activation Rate den: 208894

Time: 01:52:53
holiday: 0
CA DL DataVolRatio Pct num: 1077

Avg_Connected_UEs: 25.05
SIP DC%: 
DLRLCLayerDataVolume MB: 5641.95
DRB UL Data Volume MB: 5953
PRB Util%: 34.07
RRC Setup Attempts: 4666
CA DL DataVolRatio Pct den: 10171
weekend: 0
hr: 23
MAC_UE_SC_Tput: 26616.07
Bearer Releases: 7867

hr: 23
CA Activation Rate num: 1399131
UPTP Mbps Den: 293
UL MAC Vol Scell Pct: 3.22
Peak UE: 46
MB_per_connected_UE: 91.16
UL Throughput: 4.73
CA Activation Rate den: 178666

Combined RACH Preambles: 2787
Time: 04:26:30
holiday: 0
CA DL DataVolRatio Pct: 87.89
CA DL DataVolRatio Pct num: 5170

Avg_Connected_UEs: 35.52
SIP DC%: 
CA DL DataVolRatio Pct den: 2848
CA Conf FailRate Pct den: 3079
weekend: 0
hr: 4
MAC_UE_SC_Tput: 10906.61
Bearer Releases: 13306

hr: 4
CA Activation Rate num: 5271481
SIP_SC_Total_MOU: 27.48
Peak UE: 27
MB_per_connected_UE: 71.38
DL Volume: 305
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7077
DL Data Vol MAC in MB: 9189.65

Time: 06:38:05
holiday: 0
CA DL DataVolRatio Pct: 58.38
CA DL DataVolRatio Pct num: 1970

DL MAC Vol Scell Pct: 14.11
Avg_Connected_UEs: 23.93
SIP DC%: 
DRB UL Data Volume MB: 895
RRC Setup Attempts: 9015
CA DL DataVolRatio Pct den: 6379
weekend: 1
CA Activation Rate: 53.52
hr: 23
Bearer Releases: 8047

hr: 23
Peak UE: 60
DL Volume: 9237
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9005
DL Data Vol MAC in MB: 2229.91
CA Activation Rate den: 109369

Time: 14:15:36
holiday: 0
CA DL DataVolRatio Pct: 69.4
CA DL DataVolRatio Pct num: 3429

DL MAC Vol Scell Pct: 18.27
Avg_Connected_UEs: 57.47
SIP DC%: 
UPTP_Mbps: 72.93
DLRLCLayerDataVolume MB: 7119.41
DRB UL Data Volume MB: 9136
PRB Util%: 67.94
RRC Setup Attempts: 8303
CA DL DataVolRatio Pct den: 3466
CA Conf FailRate Pct den: 6592
weekend: 0
UPTP Mbps Num: 10079
hr: 17
Bearer Releases: 12137

hr: 17
CA Activation Rate num: 5708325
SIP_SC_Total_MOU: 331.61
Peak UE: 82
DL Volume: 665
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8206

Time: 03:20:03
holiday: 0
HO_att_InterFreq: 893

SIP DC%: 
UPTP_Mbps: 47.01
DLRLCLayerDataVolume MB: 7235.87
DRB UL Data Volume MB: 1351
PRB Util%: 69
weekend: 0
UPTP Mbps Num: 42058
hr: 12
MAC_UE_SC_Tput: 11262.15

hr: 12
CA Activation Rate num: 4138522
UPTP Mbps Den: 2341
Setup_Fail_DEN: 20050
Peak UE: 40
MB_per_connected_UE: 8.34
DL Data Vol MAC in MB: 7555.32
CA Activation Rate den: 86991

Time: 04:00:38
holiday: 0
CA DL DataVolRatio Pct num: 1573

DL MAC Vol Scell Pct: 25.65
SIP DC%: 
UPTP_Mbps: 152.21
DLRLCLayerDataVolume MB: 2797.55
DRB UL Data Volume MB: 5001
RRC Setup Attempts: 6276
CA DL DataVolRatio Pct den: 5173
CA Conf FailRate Pct den: 8701
weekend: 0
UPTP Mbps Num: 49159
hr: 5
MAC_UE_SC_Tput: 14530
Bearer Releases: 10689

hr: 5
Setup_Fail_DEN: 6632
SIP_SC_Total_MOU: 128.27
Peak UE: 46
MB_per_connected_UE: 11.59
DL Volume: 900
DL Data Vol MAC in MB: 3949.23
CA Activation Rate den: 184070

Combined RACH Preambles: 5084
Time: 04:45:21
holiday: 0

DL MAC Vol Scell Pct: 7.4
Avg_Connected_UEs: 52.57
SIP DC%: 
DLRLCLayerDataVolume MB: 3602.07
PRB Util%: 49.83
CA DL DataVolRatio Pct den: 2764
weekend: 0
CA Activation Rate: 6.12
hr: 23
MAC_UE_SC_Tput: 24067.55

hr: 23
CA Activation Rate num: 3162235
Setup_Fail_DEN: 14684
Peak UE: 68
MB_per_connected_UE: 40.25
PCT Time MIMO: 53.12
DL Volume: 377
DL Data Vol MAC in MB: 7219.77

Time: 09:29:33
holiday: 0
HO_att_InterFreq: 621
CA DL DataVolRatio Pct num: 1918

SIP DC%: 
DLRLCLayerDataVolume MB: 5084.63
DRB UL Data Volume MB: 872
PRB Util%: 44.93
RRC Setup Attempts: 5285
CA Conf FailRate Pct den: 5609
weekend: 0
UPTP Mbps Num: 32650
CA Activation Rate: 64.9
hr: 7
MAC_UE_SC_Tput: 6581.38
Bearer Releases: 8233

hr: 7
CA Activation Rate num: 10373230
Setup_Fail_DEN: 8246
SIP_SC_Total_MOU: 6.37
Peak UE: 27
MB_per_connected_UE: 73.97
DL Volume: 5679
DL Data Vol MAC in MB: 3825.1
CA Activation Rate den: 64205

Time: 16:31:10
holiday: 0
CA DL DataVolRatio Pct: 87.44
CA DL DataVolRatio Pct num: 5641

DL MAC Vol Scell Pct: 33.66
Avg_Connected_UEs: 72.55
SIP DC%: 
DLRLCLayerDataVolume MB: 6928.91
DRB UL Data Volume MB: 5072
RRC Setup Attempts: 4016
CA DL DataVolRatio Pct den: 7638
weekend: 0
CA Activation Rate: 2.38
hr: 20
MAC_UE_SC_Tput: 13643.86

hr: 20
CA Activation Rate num: 5536606
Setup_Fail_DEN: 19621
SIP_SC_Total_MOU: 121.28
Peak UE: 73
MB_per_connected_UE: 155.95
DL Data Vol MAC in MB: 8730.99
CA Activation Rate den: 150944

Time: 09:05:52
holiday: 0
CA DL DataVolRatio Pct num: 6726

SIP DC%: 
DLRLCLayerDataVolume MB: 1265.85
DRB UL Data Volume MB: 2694
PRB Util%: 22.32
CA DL DataVolRatio Pct den: 8685
weekend: 0
UPTP Mbps Num: 8950
CA Activation Rate: 73.61
hr: 23
MAC_UE_SC_Tput: 8234.66

hr: 23
CA Activation Rate num: 5967053
Setup_Fail_DEN: 17647
SIP_SC_Total_MOU: 287.36
MB_per_connected_UE: 42.91
DL Volume: 165
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4337
DL Data Vol MAC in MB: 6817.9
CA Activation Rate den: 104306

Time: 11:01:21
holiday: 0
CA DL DataVolRatio Pct: 49
CA DL DataVolRatio Pct num: 6977
HO Attempts: 581

Avg_Connected_UEs: 68.94
SIP DC%: 
UPTP_Mbps: 33.06
DLRLCLayerDataVolume MB: 4632.06
DRB UL Data Volume MB: 8741
PRB Util%: 38.32
RRC Setup Attempts: 8946
CA DL DataVolRatio Pct den: 4388
CA Conf FailRate Pct den: 3480
weekend: 0
Bearer Setup Failure Voice Den: 231
CA Activation Rate: 77.76
hr: 19
MAC_UE_SC_Tput: 16908.06
Bearer Releases: 18672

hr: 19
CA Activation Rate num: 4180423
UPTP Mbps Den: 4038
Setup_Fail_DEN: 14721
SIP_SC_Total_MOU: 140.62
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 164.22
DL Data Vol MAC in MB: 5722.82
CA Activation Rate den: 144324

Time: 16:09:30
holiday: 0
CA DL DataVolRatio Pct: 60.85
CA DL DataVolRatio Pct num: 1468

DL MAC Vol Scell Pct: 16.26
SIP DC%: 
UPTP_Mbps: 98.7
DLRLCLayerDataVolume MB: 5760.83
DRB UL Data Volume MB: 5839
PRB Util%: 56.05
CA DL DataVolRatio Pct den: 7890
weekend: 0
UPTP Mbps Num: 47080
CA Activation Rate: 57.27
hr: 16
MAC_UE_SC_Tput: 6535.2
Bearer Releases: 15446

hr: 16
Setup_Fail_DEN: 13671
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3374
DL Data Vol MAC in MB: 9659.44
CA Activation Rate den: 36476

Combined RACH Preambles: 4368
Time: 19:22:13
holiday: 0

Avg_Connected_UEs: 76.59
SIP DC%: 
DLRLCLayerDataVolume MB: 7607.55
DRB UL Data Volume MB: 5284
PRB Util%: 23.13
RRC Setup Attempts: 8562
CA DL DataVolRatio Pct den: 7319
CA Conf FailRate Pct den: 6427
weekend: 0
UPTP Mbps Num: 21571
hr: 6
MAC_UE_SC_Tput: 4129.29
Bearer Releases: 17428

hr: 6
CA Activation Rate num: 7018784
SIP_SC_Total_MOU: 271.65
Peak UE: 27
MB_per_connected_UE: 93.56
PCT Time MIMO: 64.01
DL Volume: 8128
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4943
CA Activation Rate den: 47037

Time: 08:00:10
holiday: 0
CA DL DataVolRatio Pct num: 2469

SIP DC%: 
CA DL DataVolRatio Pct den: 4961
weekend: 0
UPTP Mbps Num: 59485
hr: 2
MAC_UE_SC_Tput: 9176.22

hr: 2
CA Activation Rate num: 9817949
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7445
DL Data Vol MAC in MB: 6879.5
CA Activation Rate den: 85860
Combined RACH Preambles: 2190

Time: 22:17:46
holiday: 0

Avg_Connected_UEs: 56.74
SIP DC%: 
UPTP_Mbps: 27.72
DLRLCLayerDataVolume MB: 5016.61
DRB UL Data Volume MB: 7105
PRB Util%: 55.88
CA DL DataVolRatio Pct den: 8121
CA Conf FailRate Pct den: 8826
weekend: 0
hr: 23
MAC_UE_SC_Tput: 14753.73
Bearer Releases: 9535

hr: 23
CA Activation Rate num: 1465260
Setup_Fail_DEN: 15937
SIP_SC_Total_MOU: 160.99
Peak UE: 34
CA Activation Rate den: 86017

Time: 13:33:08
holiday: 0
CA DL DataVolRatio Pct num: 4760

SIP DC%: 
UPTP_Mbps: 71.65
DRB UL Data Volume MB: 3773
PRB Util%: 6.56
RRC Setup Attempts: 9029
weekend: 0
UPTP Mbps Num: 34188
hr: 12
MAC_UE_SC_Tput: 9589.42

hr: 12
CA Activation Rate num: 7461855
UPTP Mbps Den: 762
Setup_Fail_DEN: 16129
Peak UE: 56
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3199
DL Data Vol MAC in MB: 2669.83

Time: 02:32:09
holiday: 0
CA DL DataVolRatio Pct: 69.28

Avg_Connected_UEs: 77.3
SIP DC%: 
UPTP_Mbps: 33.74
DL Packet Loss Pct: 3.4
RRC Setup Attempts: 6299
CA Conf FailRate Pct den: 3539
weekend: 0
UPTP Mbps Num: 21779
CA Activation Rate: 70.67
hr: 0
MAC_UE_SC_Tput: 5809.98
Bearer Releases: 6221

hr: 0
Setup_Fail_DEN: 13866
Peak UE: 54
MB_per_connected_UE: 67.1
DL Data Vol MAC in MB: 1773.18

Time: 03:35:08
holiday: 0
HO Attempts: 777

DL MAC Vol Scell Pct: 13.06
Avg_Connected_UEs: 75.92
SIP DC%: 
UPTP_Mbps: 28.33
DLRLCLayerDataVolume MB: 7554.35
RRC Setup Attempts: 5352
CA Conf FailRate Pct den: 5872
weekend: 0
hr: 0
MAC_UE_SC_Tput: 12299.72
Bearer Releases: 13232

hr: 0
Setup_Fail_DEN: 19610
Peak UE: 27
MB_per_connected_UE: 129.38
PCT Time MIMO: 41.34
DL Volume: 394
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3450

Time: 01:10:17
holiday: 0
CA DL DataVolRatio Pct: 42.18

DL MAC Vol Scell Pct: 21.07
SIP DC%: 
UPTP_Mbps: 7.9
DLRLCLayerDataVolume MB: 7805.27
DRB UL Data Volume MB: 8042
PRB Util%: 71.94
RRC Setup Attempts: 4912
CA DL DataVolRatio Pct den: 8571
CA Conf FailRate Pct den: 2703
weekend: 0
UPTP Mbps Num: 16036
CA Activation Rate: 18.04
hr: 19
MAC_UE_SC_Tput: 8896.35

hr: 19
CA Activation Rate num: 4332322
Setup_Fail_DEN: 13114
SIP_SC_Total_MOU: 48.24
Peak UE: 27
MB_per_connected_UE: 77.51
DL Volume: 6476
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7102
DL Data Vol MAC in MB: 10060.02

Time: 12:36:00
holiday: 0
CA DL DataVolRatio Pct: 59
HO Attempts: 101

DL MAC Vol Scell Pct: 55.27
Avg_Connected_UEs: 18.74
SIP DC%: 
UPTP_Mbps: 97.28
DLRLCLayerDataVolume MB: 7304.03
DRB UL Data Volume MB: 6117
CA Conf FailRate Pct den: 7943
weekend: 0
CA Activation Rate: 48.66
hr: 0
MAC_UE_SC_Tput: 5404.95

hr: 0
CA Activation Rate num: 9104772
Setup_Fail_DEN: 17511
Peak UE: 27
MB_per_connected_UE: 48.47
PCT Time MIMO: 40.97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5942
DL Data Vol MAC in MB: 8446.13

Time: 01:22:46
holiday: 0
CA DL DataVolRatio Pct: 87.22

DL MAC Vol Scell Pct: 27.52
Avg_Connected_UEs: 43.25
SIP DC%: 
UPTP_Mbps: 14.79
DLRLCLayerDataVolume MB: 2550.55
DRB UL Data Volume MB: 6255
PRB Util%: 16.84
RRC Setup Attempts: 6418
CA DL DataVolRatio Pct den: 10139
weekend: 0
CA Activation Rate: 18.52
hr: 15
MAC_UE_SC_Tput: 10672.38
Bearer Releases: 9595

hr: 15
CA Activation Rate num: 10466647
UPTP Mbps Den: 550
Setup_Fail_DEN: 8053
Peak UE: 27
MB_per_connected_UE: 30.77
PCT Time MIMO: 39.89
DL Volume: 9316
UL Throughput: 9.33
DL Data Vol MAC in MB: 9763.27
CA Activation Rate den: 222527

Combined RACH Preambles: 3613
Time: 09:42:48
holiday: 0
CA DL DataVolRatio Pct: 65.3

Avg_Connected_UEs: 26.64
SIP DC%: 
DLRLCLayerDataVolume MB: 2374
DRB UL Data Volume MB: 8435
RRC Setup Attempts: 4538
CA DL DataVolRatio Pct den: 3417
weekend: 1
UPTP Mbps Num: 53898
CA Activation Rate: 12.54
hr: 2
MAC_UE_SC_Tput: 12840.28

hr: 2
CA Activation Rate num: 3245714
Setup_Fail_DEN: 9073
SIP_SC_Total_MOU: 111.82
Peak UE: 27
PCT Time MIMO: 43.8
DL Volume: 2953
DL Data Vol MAC in MB: 6349.99
CA Activation Rate den: 42020

Combined RACH Preambles: 4713
Time: 19:47:28
holiday: 0
CA DL DataVolRatio Pct num: 615

DL MAC Vol Scell Pct: 45.46
SIP DC%: 
UPTP_Mbps: 8.28
DLRLCLayerDataVolume MB: 3959.28
CA Conf FailRate Pct den: 5878
weekend: 0
CA Activation Rate: 7.49
hr: 0
MAC_UE_SC_Tput: 4497.58

hr: 0
CA Activation Rate num: 5312852
MB_per_connected_UE: 200.66
DL Volume: 3080
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7922
DL Data Vol MAC in MB: 6878.36

Combined RACH Preambles: 2850
Time: 11:11:55
holiday: 0
HO_att_InterFreq: 759

DL MAC Vol Scell Pct: 4.93
SIP DC%: 
DRB UL Data Volume MB: 5592
PRB Util%: 32.6
CA DL DataVolRatio Pct den: 6584
CA Conf FailRate Pct den: 6266
weekend: 1
hr: 23
MAC_UE_SC_Tput: 7367.89
Bearer Releases: 8121

hr: 23
CA Activation Rate num: 4337726
UPTP Mbps Den: 2804
SIP_SC_Total_MOU: 361.46
Peak UE: 87
MB_per_connected_UE: 167.31
PCT Time MIMO: 67.75
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5124
DL Data Vol MAC in MB: 6832.98
CA Activation Rate den: 60299

Time: 07:09:31
holiday: 0
CA DL DataVolRatio Pct num: 6277

DL MAC Vol Scell Pct: 6.74
Avg_Connected_UEs: 44.1
SIP DC%: 
DLRLCLayerDataVolume MB: 5528.91
PRB Util%: 20.75
RRC Setup Attempts: 4739
weekend: 0
CA Activation Rate: 13.39
hr: 10
MAC_UE_SC_Tput: 6158.79
Bearer Releases: 9968

hr: 10
UPTP Mbps Den: 2283
Setup_Fail_DEN: 13523
SIP_SC_Total_MOU: 243.2
Peak UE: 27
MB_per_connected_UE: 179.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6922
DL Data Vol MAC in MB: 1083.08
CA Activation Rate den: 36183

Time: 00:29:22
holiday: 0
CA DL DataVolRatio Pct num: 6600

DL MAC Vol Scell Pct: 32.21
SIP DC%: 
UPTP_Mbps: 12.72
DLRLCLayerDataVolume MB: 5854.09
PRB Util%: 71.74
RRC Setup Attempts: 7436
CA DL DataVolRatio Pct den: 2701
CA Conf FailRate Pct den: 3636
weekend: 0
CA Activation Rate: 13.34
hr: 8
MAC_UE_SC_Tput: 11520.94

hr: 8
CA Activation Rate num: 148502
UPTP Mbps Den: 559
Peak UE: 59
MB_per_connected_UE: 132.64
DL Volume: 1961
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5477
CA Activation Rate den: 54881

Time: 02:39:37
holiday: 0

SIP DC%: 
UPTP_Mbps: 42.78
DRB UL Data Volume MB: 9581
CA Conf FailRate Pct den: 5062
weekend: 0
UPTP Mbps Num: 11335
CA Activation Rate: 52.66
hr: 23
MAC_UE_SC_Tput: 4211.38

hr: 23
UPTP Mbps Den: 2705
Peak UE: 27
PCT Time MIMO: 48.04
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4068
DL Data Vol MAC in MB: 2256.19
CA Activation Rate den: 138206

Time: 02:06:29
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5430.67
CA Conf FailRate Pct den: 4875
weekend: 0
UPTP Mbps Num: 37807
hr: 0
MAC_UE_SC_Tput: 19367.08

hr: 0
CA Activation Rate num: 5023708
Setup_Fail_DEN: 16837
Peak UE: 49
MB_per_connected_UE: 26.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7863
DL Data Vol MAC in MB: 6795.52

Time: 01:02:10
holiday: 0

SIP DC%: 
UPTP_Mbps: 19.07
DRB UL Data Volume MB: 3620
PRB Util%: 37.6
CA DL DataVolRatio Pct den: 6419
weekend: 0
CA Activation Rate: 38.53
hr: 6
MAC_UE_SC_Tput: 6035.78

hr: 6
CA Activation Rate num: 4675578
Setup_Fail_DEN: 9462
SIP_SC_Total_MOU: 73.09
Peak UE: 27
MB_per_connected_UE: 63.97
UL Throughput: 5.58
DL Data Vol MAC in MB: 346.18
CA Activation Rate den: 211463

Time: 17:09:42
holiday: 0

DL MAC Vol Scell Pct: 6.54
SIP DC%: 
UPTP_Mbps: 118.13
PRB Util%: 41.1
CA Conf FailRate Pct den: 4364
weekend: 0
CA Activation Rate: 55.81
hr: 23
MAC_UE_SC_Tput: 14257.51
HQ_EXE_TOTARGET_FAILURE_QCI_1_NUM: 16
Bearer Releases: 8246

hr: 23
CA Activation Rate num: 4177516
UPTP Mbps Den: 1958
Peak UE: 27
MB_per_connected_UE: 175.71
PCT Time MIMO: 68.39
DL Volume: 2447
DL Data Vol MAC in MB: 1060.79
CA Activation Rate den: 168417

Time: 06:26:58
holiday: 0

DL MAC Vol Scell Pct: 2.97
SIP DC%: 
UPTP_Mbps: 26.52
DLRLCLayerDataVolume MB: 2134.05
PRB Util%: 71.32
CA DL DataVolRatio Pct den: 5347
CA Conf FailRate Pct den: 3442
weekend: 0
UPTP Mbps Num: 33688
hr: 11
MAC_UE_SC_Tput: 10705.25
Bearer Releases: 9087

hr: 11
UPTP Mbps Den: 1234
Setup_Fail_DEN: 19573
SIP_SC_Total_MOU: 145.19
Peak UE: 44
MB_per_connected_UE: 185.06
PCT Time MIMO: 47.41
DL Volume: 367
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7345
UL Throughput: 9.64
DL Data Vol MAC in MB: 6570.65

holiday: 0
CA DL DataVolRatio Pct num: 5746

Avg_Connected_UEs: 43.22
SIP DC%: 
PRB Util%: 24.98
CA Conf FailRate Pct den: 6896
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7094.04

hr: 23
CA Activation Rate num: 2423214
Setup_Fail_DEN: 18602
SIP_SC_Total_MOU: 179.95
Peak UE: 29
MB_per_connected_UE: 120.22
DL Data Vol MAC in MB: 2659.03

Combined RACH Preambles: 2008
Time: 03:24:22
holiday: 0
CA DL DataVolRatio Pct: 90.13

SIP DC%: 
DLRLCLayerDataVolume MB: 9749.5
PRB Util%: 55.2
RRC Setup Attempts: 7757
weekend: 0
UPTP Mbps Num: 26520
hr: 17
MAC_UE_SC_Tput: 19620.43
Bearer Releases: 10007

hr: 17
CA Activation Rate num: 4836326
Setup_Fail_DEN: 14677
SIP_SC_Total_MOU: 311.62
Peak UE: 27
MB_per_connected_UE: 10.62
DL Volume: 436
DL Data Vol MAC in MB: 6555.12
CA Activation Rate den: 109792

Time: 19:14:26
holiday: 0

Avg_Connected_UEs: 83.33
SIP DC%: 
DRB UL Data Volume MB: 6989
RRC Setup Attempts: 5100
CA DL DataVolRatio Pct den: 3611
weekend: 0
CA Activation Rate: 4.82
hr: 0
MAC_UE_SC_Tput: 8951.2
Bearer Releases: 11803

hr: 0
CA Activation Rate num: 4672536
SIP_SC_Total_MOU: 12.41
Peak UE: 27
MB_per_connected_UE: 86.09
DL Volume: 6909
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9082
DL Data Vol MAC in MB: 253.66
CA Activation Rate den: 77578

Time: 12:00:12
holiday: 0

SIP DC%: 
UPTP_Mbps: 22.44
DRB UL Data Volume MB: 7563
RRC Setup Attempts: 4011
CA DL DataVolRatio Pct den: 4122
CA Conf FailRate Pct den: 5848
weekend: 0
CA Activation Rate: 9.22
hr: 16
MAC_UE_SC_Tput: 7545.53
Bearer Releases: 7759

hr: 16
CA Activation Rate num: 1991727
Peak UE: 68

Time: 20:17:03
holiday: 0
CA DL DataVolRatio Pct: 78.21
HO_att_InterFreq: 92

DL MAC Vol Scell Pct: 9.8
Avg_Connected_UEs: 44.42
SIP DC%: 
UPTP_Mbps: 21.07
DLRLCLayerDataVolume MB: 7627.1
DRB UL Data Volume MB: 4576
PRB Util%: 13.97
CA DL DataVolRatio Pct den: 9244
weekend: 0
hr: 14
MAC_UE_SC_Tput: 9504.56

hr: 14
UPTP Mbps Den: 1536
Setup_Fail_DEN: 11289
Peak UE: 27
MB_per_connected_UE: 41.43
DL Volume: 8315
DL Data Vol MAC in MB: 9319.4
CA Activation Rate den: 40842

Time: 21:59:16
holiday: 0
CA DL DataVolRatio Pct: 75.59

Avg_Connected_UEs: 84.39
SIP DC%: 
DLRLCLayerDataVolume MB: 4667.6
DRB UL Data Volume MB: 4902
CA DL DataVolRatio Pct den: 8145
weekend: 0
S1U_SIP_SC_SEER_num: 209
hr: 4
MAC_UE_SC_Tput: 8773.24
Bearer Releases: 17701

hr: 4
CA Activation Rate num: 7277831
SIP_SC_Total_MOU: 131.76
Peak UE: 27
MB_per_connected_UE: 79.27
PCT Time MIMO: 37.81
DL Volume: 2223
CA Activation Rate den: 86045

Time: 16:16:18
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9324.96
weekend: 0
hr: 4
MAC_UE_SC_Tput: 5103.77

hr: 4
CA Activation Rate num: 6894350
UPTP Mbps Den: 1483
SIP_SC_Total_MOU: 321.3
Peak UE: 39
MB_per_connected_UE: 202.56
DL Volume: 1118
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3680
DL Data Vol MAC in MB: 2170.97
CA Activation Rate den: 118431

Time: 04:47:55
holiday: 0
CA DL DataVolRatio Pct: 62.92
CA DL DataVolRatio Pct num: 2565

DL MAC Vol Scell Pct: 15.37
SIP DC%: 
DLRLCLayerDataVolume MB: 581.74
RRC Setup Attempts: 7906
CA DL DataVolRatio Pct den: 8983
CA Conf FailRate Pct den: 5305
weekend: 1
UPTP Mbps Num: 60920
S1U_SIP_SC_SEER_num: 219
hr: 23
MAC_UE_SC_Tput: 14427.53
Bearer Releases: 9318

hr: 23
CA Activation Rate num: 9256843
UPTP Mbps Den: 1002
UL MAC Vol Scell Pct: 11.56
Peak UE: 27
MB_per_connected_UE: 161.01
DL Volume: 1709
DL Data Vol MAC in MB: 875.61
CA Activation Rate den: 147867

Time: 13:31:08
holiday: 0
CA DL DataVolRatio Pct num: 4704

DL MAC Vol Scell Pct: 40.9
SIP DC%: 
UPTP_Mbps: 65.92
DLRLCLayerDataVolume MB: 2637.48
CA DL DataVolRatio Pct den: 6989
weekend: 0
UPTP Mbps Num: 3725
hr: 4
MAC_UE_SC_Tput: 9426.41
Bearer Releases: 14270

hr: 4
CA Activation Rate num: 4089493
Setup_Fail_DEN: 14499
SIP_SC_Total_MOU: 175.1
Peak UE: 27
MB_per_connected_UE: 134.33
DL Volume: 5620
CA Activation Rate den: 57217

Time: 12:22:50
holiday: 0
CA DL DataVolRatio Pct: 51.88
CA DL DataVolRatio Pct num: 1825

DL MAC Vol Scell Pct: 29.75
Avg_Connected_UEs: 16.18
SIP DC%: 
UPTP_Mbps: 40.98
DLRLCLayerDataVolume MB: 3452.67
RRC Setup Attempts: 7076
CA DL DataVolRatio Pct den: 1427
CA Conf FailRate Pct den: 5245
weekend: 0
UPTP Mbps Num: 34225
CA Activation Rate: 77.26
hr: 4
MAC_UE_SC_Tput: 8517.52
Bearer Releases: 15477

hr: 4
CA Activation Rate num: 829808
Peak UE: 27
MB_per_connected_UE: 9.64
PCT Time MIMO: 49.79
DL Volume: 9919
CA Activation Rate den: 160755

Time: 23:22:08
holiday: 0
CA DL DataVolRatio Pct num: 4354

Avg_Connected_UEs: 39.07
SIP DC%: 
RRC Setup Attempts: 7410
CA Conf FailRate Pct den: 8185
weekend: 0
CA Activation Rate: 54.64
hr: 15
MAC_UE_SC_Tput: 10574.94
Bearer Releases: 11323

hr: 15
CA Activation Rate num: 4801607
Setup_Fail_DEN: 10394
SIP_SC_Total_MOU: 201.91
Peak UE: 49
MB_per_connected_UE: 59.12
PCT Time MIMO: 61.24

Time: 06:05:03
holiday: 0
CA DL DataVolRatio Pct num: 6892

DL MAC Vol Scell Pct: 15.76
SIP DC%: 
DLRLCLayerDataVolume MB: 8325.03
weekend: 0
UPTP Mbps Num: 31012
hr: 1
MAC_UE_SC_Tput: 11194.71
Bearer Releases: 11375

hr: 1
CA Activation Rate num: 8066298
SIP_SC_Total_MOU: 149.58
Peak UE: 42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7023
CA Activation Rate den: 51379

Time: 08:24:53
holiday: 0
CA DL DataVolRatio Pct num: 6702

DL MAC Vol Scell Pct: 8.28
Avg_Connected_UEs: 55.23
SIP DC%: 
PRB Util%: 69.94
CA Conf FailRate Pct den: 7470
weekend: 0
hr: 19
MAC_UE_SC_Tput: 15147.45

hr: 19
CA Activation Rate num: 1768273
Setup_Fail_DEN: 13291
Peak UE: 78
PCT Time MIMO: 61.65
DL Data Vol MAC in MB: 7088.5
CA Activation Rate den: 50666

Time: 04:52:08
holiday: 0
CA DL DataVolRatio Pct: 72.85

Avg_Connected_UEs: 60.71
SIP DC%: 
DRB UL Data Volume MB: 5741
PRB Util%: 25.52
RRC Setup Attempts: 7074
CA DL DataVolRatio Pct den: 9969
CA Conf FailRate Pct den: 9504
weekend: 0
UPTP Mbps Num: 16358
CA Activation Rate: 23.7
hr: 8
MAC_UE_SC_Tput: 4442.04
Bearer Releases: 7301

hr: 8
CA Activation Rate num: 10302545
UPTP Mbps Den: 1501
Setup_Fail_DEN: 14428
SIP_SC_Total_MOU: 17.3
Peak UE: 27
MB_per_connected_UE: 99.2
PCT Time MIMO: 52.23
DL Volume: 8488
CA Activation Rate den: 115788

Time: 21:00:54
holiday: 0
CA DL DataVolRatio Pct: 53.47

SIP DC%: 
UPTP_Mbps: 49.27
DLRLCLayerDataVolume MB: 1562.28
DRB UL Data Volume MB: 5826
PRB Util%: 18.56
CA DL DataVolRatio Pct den: 8540
weekend: 0
CA Activation Rate: 30.46
hr: 7
MAC_UE_SC_Tput: 15879.29

hr: 7
CA Activation Rate num: 3833791
Setup_Fail_DEN: 7512
Peak UE: 27
MB_per_connected_UE: 32.58
DL Data Vol MAC in MB: 6866.54

Combined RACH Preambles: 2979
Time: 22:48:38
holiday: 0
CA DL DataVolRatio Pct: 60.3

DL MAC Vol Scell Pct: 47.21
SIP DC%: 
UPTP_Mbps: 19.61
DLRLCLayerDataVolume MB: 6808.31
PRB Util%: 29.33
CA DL DataVolRatio Pct den: 8063
weekend: 0
UPTP Mbps Num: 36727
CA Activation Rate: 15.34
hr: 7
MAC_UE_SC_Tput: 16208.14

hr: 7
CA Activation Rate num: 1989914
UPTP Mbps Den: 569
Setup_Fail_DEN: 11815
Peak UE: 80
MB_per_connected_UE: 93.38
DL Volume: 5462
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6467
DL Data Vol MAC in MB: 3564.42

Time: 13:56:08
holiday: 0
HO_att_InterFreq: 598

SIP DC%: 
DRB UL Data Volume MB: 6980
RRC Setup Attempts: 5998
CA Conf FailRate Pct den: 5753
weekend: 0
UPTP Mbps Num: 61002
CA Activation Rate: 13.8
hr: 14
MAC_UE_SC_Tput: 4137.73
Bearer Releases: 7214

hr: 14
CA Activation Rate num: 5829966
UPTP Mbps Den: 2715
SIP_SC_Total_MOU: 32.93
Peak UE: 27
MB_per_connected_UE: 146.82
DL Data Vol MAC in MB: 8415.61

Time: 05:32:40
holiday: 0
CA DL DataVolRatio Pct num: 2156

DL MAC Vol Scell Pct: 6.04
SIP DC%: 
DLRLCLayerDataVolume MB: 316.68
RRC Setup Attempts: 7583
weekend: 0
UPTP Mbps Num: 34374
CA Activation Rate: 16.89
hr: 7
Bearer Releases: 6255

hr: 7
CA Activation Rate num: 5345611
UPTP Mbps Den: 1116
Setup_Fail_DEN: 9586
Peak UE: 27
CA Activation Rate den: 178590
Combined RACH Preambles: 2591

Time: 22:18:21
holiday: 0
CA DL DataVolRatio Pct: 77.8
CA DL DataVolRatio Pct num: 4735

SIP DC%: 
UPTP_Mbps: 20.69
DLRLCLayerDataVolume MB: 5277.66
PRB Util%: 16.04
CA DL DataVolRatio Pct den: 6462
CA Conf FailRate Pct den: 6265
weekend: 0
hr: 23
Bearer Releases: 15016

hr: 23
CA Activation Rate num: 552651
Setup_Fail_DEN: 14704
Peak UE: 27
MB_per_connected_UE: 172.29
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6340
DL Data Vol MAC in MB: 8360.8

Time: 09:31:15
holiday: 0
CA DL DataVolRatio Pct num: 3216

SIP DC%: 
UPTP_Mbps: 23.5
PRB Util%: 39.27
weekend: 0
UPTP Mbps Num: 8080
hr: 6

hr: 6
CA Activation Rate num: 6442713
UPTP Mbps Den: 1191
Setup_Fail_DEN: 12937
Peak UE: 52
MB_per_connected_UE: 59.44
DL Volume: 5751

Time: 00:34:02
holiday: 0
CA DL DataVolRatio Pct: 68.77
CA DL DataVolRatio Pct num: 6787

SIP DC%: 
UPTP_Mbps: 122.01
DLRLCLayerDataVolume MB: 4853.7
weekend: 1
hr: 1

hr: 1
CA Activation Rate num: 5866330
Setup_Fail_DEN: 17493
SIP_SC_Total_MOU: 100.1
Peak UE: 30
PCT Time MIMO: 41.81
DL Data Vol MAC in MB: 9622.65
CA Activation Rate den: 108995

Time: 12:58:04
holiday: 0
CA DL DataVolRatio Pct num: 2467

DL MAC Vol Scell Pct: 55.98
Avg_Connected_UEs: 47.99
SIP DC%: 
DLRLCLayerDataVolume MB: 2082.98
PRB Util%: 47.89
weekend: 1
hr: 2

hr: 2
Setup_Fail_DEN: 7145
Peak UE: 37
MB_per_connected_UE: 143.6
DL Data Vol MAC in MB: 8354.72
CA Activation Rate den: 219198

Combined RACH Preambles: 4243
Time: 07:34:40
holiday: 0
HO_att_InterFreq: 154
CA DL DataVolRatio Pct num: 6258
HO Attempts: 736

SIP DC%: 
DLRLCLayerDataVolume MB: 9512.76
PRB Util%: 57.18
RRC Setup Attempts: 6160
CA DL DataVolRatio Pct den: 7761
weekend: 0
CA Activation Rate: 28.09
hr: 7
MAC_UE_SC_Tput: 5242.14

hr: 7
CA Activation Rate num: 6508087
UPTP Mbps Den: 4989
Peak UE: 49
MB_per_connected_UE: 104.83
DL Data Vol MAC in MB: 7000.57
CA Activation Rate den: 77389

Time: 16:23:34
holiday: 0
CA DL DataVolRatio Pct: 49.51

SIP DC%: 
DLRLCLayerDataVolume MB: 3058.27
DRB UL Data Volume MB: 1072
weekend: 0
hr: 17
MAC_UE_SC_Tput: 7986.25
Bearer Releases: 9539

hr: 17
CA Activation Rate num: 3778739
Setup_Fail_DEN: 16532
Peak UE: 41
MB_per_connected_UE: 173.66
UL Throughput: 10.46
DL Data Vol MAC in MB: 5979.05
CA Activation Rate den: 36068

Time: 00:07:51
holiday: 0

DL MAC Vol Scell Pct: 16
Avg_Connected_UEs: 51.58
SIP DC%: 
DLRLCLayerDataVolume MB: 2382.4
PRB Util%: 39.81
CA DL DataVolRatio Pct den: 7017
CA Conf FailRate Pct den: 6949
weekend: 1
UPTP Mbps Num: 20219
hr: 4
MAC_UE_SC_Tput: 11329.18
Bearer Releases: 8539

hr: 4
CA Activation Rate num: 5842992
SIP_SC_Total_MOU: 22.39
Peak UE: 57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4770

holiday: 0
CA DL DataVolRatio Pct: 50.58
HO_att_InterFreq: 875
CA DL DataVolRatio Pct num: 4542
HO Attempts: 167

SIP DC%: 
CA DL DataVolRatio Pct den: 7690
weekend: 0
UPTP Mbps Num: 5123
CA Activation Rate: 77.64
hr: 23
MAC_UE_SC_Tput: 8759.45

hr: 23
CA Activation Rate num: 2220356
SIP_SC_Total_MOU: 90
Peak UE: 27
PCT Time MIMO: 43.24
DL Data Vol MAC in MB: 7745.99
CA Activation Rate den: 45959

Time: 22:05:59
holiday: 0
CA DL DataVolRatio Pct num: 863

DL MAC Vol Scell Pct: 4.9
Avg_Connected_UEs: 52.29
SIP DC%: 
DLRLCLayerDataVolume MB: 6069.98
weekend: 0
UPTP Mbps Num: 25722
CA Activation Rate: 39.64
hr: 23
MAC_UE_SC_Tput: 16055.41
Bearer Releases: 10304

hr: 23
CA Activation Rate num: 4703491
UPTP Mbps Den: 572
Peak UE: 76
MB_per_connected_UE: 57.68
DL Volume: 8522
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9165
DL Data Vol MAC in MB: 3426.85
CA Activation Rate den: 150382

Time: 10:19:43
holiday: 0
CA DL DataVolRatio Pct num: 1551

DL MAC Vol Scell Pct: 49.88
Avg_Connected_UEs: 53.49
SIP DC%: 
DLRLCLayerDataVolume MB: 6960.73
RRC Setup Attempts: 8026
CA DL DataVolRatio Pct den: 10172
CA Conf FailRate Pct den: 6217
weekend: 0
UPTP Mbps Num: 2187
hr: 13
MAC_UE_SC_Tput: 4733.66

hr: 13
Setup_Fail_DEN: 19125
SIP_SC_Total_MOU: 415.58
Peak UE: 27
MB_per_connected_UE: 84.5
PCT Time MIMO: 40.17
DL Volume: 325

Time: 03:46:12
holiday: 0
CA DL DataVolRatio Pct: 58.46
HO_att_InterFreq: 126

Avg_Connected_UEs: 46.8
SIP DC%: 
DLRLCLayerDataVolume MB: 2571.78
DRB UL Data Volume MB: 2428
RRC Setup Attempts: 5400
CA Conf FailRate Pct den: 6360
weekend: 1
UPTP Mbps Num: 31224
CA Activation Rate: 20.11
hr: 0
MAC_UE_SC_Tput: 13759.39
Bearer Releases: 8205

hr: 0
CA Activation Rate num: 5039156
UPTP Mbps Den: 503
SIP_SC_Total_MOU: 21.93
Peak UE: 27
MB_per_connected_UE: 185.61
CA Activation Rate den: 169590

Time: 17:42:38
holiday: 0
CA DL DataVolRatio Pct num: 4996

DL MAC Vol Scell Pct: 35.65
SIP DC%: 
DLRLCLayerDataVolume MB: 3015.73
PRB Util%: 38.36
weekend: 0
CA Activation Rate: 21.37
hr: 22
MAC_UE_SC_Tput: 19101.22

hr: 22
CA Activation Rate num: 3691901
Peak UE: 27
MB_per_connected_UE: 181.48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5033
CA Activation Rate den: 40967

Combined RACH Preambles: 2638
Time: 09:12:35
holiday: 0
CA DL DataVolRatio Pct: 80.55
CA DL DataVolRatio Pct num: 7296

SIP DC%: 
UPTP_Mbps: 19.4
DLRLCLayerDataVolume MB: 2026.78
weekend: 0
CA Activation Rate: 73.2
hr: 23

hr: 23
CA Activation Rate num: 9514568
UPTP Mbps Den: 913
Setup_Fail_DEN: 19115
Peak UE: 81
MB_per_connected_UE: 120.76
PCT Time MIMO: 63.09
DL Volume: 668
DL Data Vol MAC in MB: 2923.95
CA Activation Rate den: 78888

Time: 14:15:04
holiday: 0

SIP DC%: 
PRB Util%: 38.54
RRC Setup Attempts: 4408
weekend: 0
UPTP Mbps Num: 47524
hr: 8
MAC_UE_SC_Tput: 8393.57

hr: 8
CA Activation Rate num: 5249758
Setup_Fail_DEN: 15325
Peak UE: 49
MB_per_connected_UE: 117.96
DL Volume: 5639

Time: 08:34:40
holiday: 0
CA DL DataVolRatio Pct num: 5548

Avg_Connected_UEs: 78.8
SIP DC%: 
DLRLCLayerDataVolume MB: 5536.85
RRC Setup Attempts: 4009
weekend: 0
UPTP Mbps Num: 30816
hr: 22
MAC_UE_SC_Tput: 9916.01
Bearer Releases: 6432

hr: 22
CA Activation Rate num: 4901824
SIP_SC_Total_MOU: 72.53
Peak UE: 27
PCT Time MIMO: 38.68
DL Volume: 5641
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9128
DL Data Vol MAC in MB: 671.54

Time: 11:22:58
holiday: 0
CA DL DataVolRatio Pct: 61.45

Avg_Connected_UEs: 49.13
SIP DC%: 
DLRLCLayerDataVolume MB: 6193.62
DRB UL Data Volume MB: 592
PRB Util%: 11.27
RRC Setup Attempts: 5443
CA DL DataVolRatio Pct den: 2129
CA Conf FailRate Pct den: 6463
weekend: 0
UPTP Mbps Num: 8266
CA Activation Rate: 8.25
hr: 0
MAC_UE_SC_Tput: 15288.13

hr: 0
CA Activation Rate num: 10767779
UPTP Mbps Den: 186
Setup_Fail_DEN: 12599
SIP_SC_Total_MOU: 144
Peak UE: 51
MB_per_connected_UE: 115.11
DL Data Vol MAC in MB: 5732.15

Time: 04:35:51
holiday: 0

Avg_Connected_UEs: 64.73
SIP DC%: 
DLRLCLayerDataVolume MB: 409.13
DRB UL Data Volume MB: 6330
RRC Setup Attempts: 7416
CA DL DataVolRatio Pct den: 3683
CA Conf FailRate Pct den: 6239
weekend: 0
UPTP Mbps Num: 6418
CA Activation Rate: 21.08
hr: 4
MAC_UE_SC_Tput: 14084.79
Bearer Releases: 13485

hr: 4
CA Activation Rate num: 4449675
Setup_Fail_DEN: 15773
SIP_SC_Total_MOU: 385.52
MB_per_connected_UE: 171.63
DL Volume: 4849
CA Activation Rate den: 216982

Time: 07:16:15
holiday: 0

Avg_Connected_UEs: 58.9
SIP DC%: 
DLRLCLayerDataVolume MB: 5470.25
DRB UL Data Volume MB: 9021
PRB Util%: 27.39
CA DL DataVolRatio Pct den: 9526
CA Conf FailRate Pct den: 6152
weekend: 0
UPTP Mbps Num: 41501
Setup_Fail_NUM: 19
hr: 14
MAC_UE_SC_Tput: 6778.34
Bearer Releases: 15806

hr: 14
CA Activation Rate num: 4481425
UPTP Mbps Den: 2414
Setup_Fail_DEN: 14729
Peak UE: 76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7990
DL Data Vol MAC in MB: 2370.48

Time: 14:42:25
holiday: 0
HO_att_InterFreq: 238

DL MAC Vol Scell Pct: 29.61
Avg_Connected_UEs: 54.96
SIP DC%: 
UPTP_Mbps: 23.06
DLRLCLayerDataVolume MB: 6894.38
CA DL DataVolRatio Pct den: 8724
CA Conf FailRate Pct den: 5770
weekend: 0
UPTP Mbps Num: 12664
CA Activation Rate: 54.79
hr: 23
MAC_UE_SC_Tput: 6178.37
Bearer Releases: 13468

hr: 23
CA Activation Rate num: 4976719
UPTP Mbps Den: 5571
Setup_Fail_DEN: 8786
SIP_SC_Total_MOU: 315.12
Peak UE: 27
MB_per_connected_UE: 133.74
PCT Time MIMO: 38.76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6574

holiday: 0

DL MAC Vol Scell Pct: 8.21
SIP DC%: 
DLRLCLayerDataVolume MB: 2572.15
PRB Util%: 38.18
CA DL DataVolRatio Pct den: 9966
weekend: 0
CA Activation Rate: 54.36
hr: 21
MAC_UE_SC_Tput: 8350.3

hr: 21
CA Activation Rate num: 10509250
UPTP Mbps Den: 707
SIP_SC_Total_MOU: 47.96
Peak UE: 44
MB_per_connected_UE: 101.84
PCT Time MIMO: 41.15
DL Volume: 2537
DL Data Vol MAC in MB: 8693.11
CA Activation Rate den: 71492

Time: 17:31:12
holiday: 0
CA DL DataVolRatio Pct: 59.63
SIP_SC_Call_Attempts: 279

Avg_Connected_UEs: 47.48
SIP DC%: 
UPTP_Mbps: 110.81
DLRLCLayerDataVolume MB: 148.33
DRB UL Data Volume MB: 7858
PRB Util%: 26.14
CA DL DataVolRatio Pct den: 6474
CA Conf FailRate Pct den: 5185
weekend: 0
UPTP Mbps Num: 24374
CA Activation Rate: 33.34
hr: 23
MAC_UE_SC_Tput: 11000.26

hr: 23
CA Activation Rate num: 6706713
UPTP Mbps Den: 4985
Setup_Fail_DEN: 8355
SIP_SC_Total_MOU: 32.95
Peak UE: 81
MB_per_connected_UE: 81.51
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3955
DL Data Vol MAC in MB: 5130.13
CA Activation Rate den: 227338

holiday: 0

Avg_Connected_UEs: 44.51
SIP DC%: 
UPTP_Mbps: 46.73
RRC Setup Attempts: 3530
weekend: 1
hr: 10
MAC_UE_SC_Tput: 10244.57
Bearer Releases: 9825

hr: 10
CA Activation Rate num: 5667448
Setup_Fail_DEN: 13116
SIP_SC_Total_MOU: 18.15
Peak UE: 27
MB_per_connected_UE: 126.49
DL Volume: 824
DL Data Vol MAC in MB: 3099.2
CA Activation Rate den: 81272

Time: 21:22:50
holiday: 0
CA DL DataVolRatio Pct num: 1084

DL MAC Vol Scell Pct: 39.22
SIP DC%: 
DLRLCLayerDataVolume MB: 8471.31
DRB UL Data Volume MB: 5660
PRB Util%: 49.89
RRC Setup Attempts: 4393
CA Conf FailRate Pct den: 9143
weekend: 0
UPTP Mbps Num: 53132
CA Activation Rate: 46.88
hr: 14
MAC_UE_SC_Tput: 12660.53
Bearer Releases: 14616

hr: 14
CA Activation Rate num: 9749600
UPTP Mbps Den: 3026
Setup_Fail_DEN: 11887
SIP_SC_Total_MOU: 173.83
Peak UE: 55
DL Volume: 2382
CA Activation Rate den: 171617

Time: 23:51:35
holiday: 0
HO_att_InterFreq: 589
CA DL DataVolRatio Pct num: 6626

DL MAC Vol Scell Pct: 7.27
SIP DC%: 
UPTP_Mbps: 28.98
PRB Util%: 72.81
RRC Setup Attempts: 7683
weekend: 0
UPTP Mbps Num: 31450
CA Activation Rate: 8.52
hr: 6
MAC_UE_SC_Tput: 5482.72
Bearer Releases: 10112

hr: 6
CA Activation Rate num: 2127080
UPTP Mbps Den: 727
Setup_Fail_DEN: 19075
Peak UE: 88
MB_per_connected_UE: 151.85
DL Volume: 5638
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3442
DL Data Vol MAC in MB: 931.63

Time: 08:22:16
holiday: 0
CA DL DataVolRatio Pct: 78.61

Avg_Connected_UEs: 83.63
SIP DC%: 
UPTP_Mbps: 32.61
DLRLCLayerDataVolume MB: 1044.49
PRB Util%: 35.32
CA Conf FailRate Pct den: 5807
weekend: 1
UPTP Mbps Num: 38604
hr: 0
MAC_UE_SC_Tput: 5783.58

hr: 0
CA Activation Rate num: 5823567
UPTP Mbps Den: 3830
Setup_Fail_DEN: 11052
Peak UE: 27
MB_per_connected_UE: 68.88
DL Volume: 6305
DL Data Vol MAC in MB: 8503.76
CA Activation Rate den: 85568
Time: 18:03:17

holiday: 0
CA DL DataVolRatio Pct: 77.88
CA DL DataVolRatio Pct num: 6121

Avg_Connected_UEs: 34.96
SIP DC%: 
UPTP_Mbps: 86.9
DLRLCLayerDataVolume MB: 2111.36
weekend: 0
UPTP Mbps Num: 1208
hr: 1
MAC_UE_SC_Tput: 6764.32
Bearer Releases: 6946

hr: 1
CA Activation Rate num: 6505296
Setup_Fail_DEN: 10308
Peak UE: 27
MB_per_connected_UE: 83.61
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4586
DL Data Vol MAC in MB: 7664.38

Time: 20:54:20
holiday: 0

Avg_Connected_UEs: 31.04
SIP DC%: 
CA DL DataVolRatio Pct den: 5793
weekend: 1
hr: 23
MAC_UE_SC_Tput: 13962.06

hr: 23
CA Activation Rate num: 4802730
Setup_Fail_DEN: 16618
SIP_SC_Total_MOU: 58.41
Peak UE: 27
MB_per_connected_UE: 32.77
DL Volume: 1084
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5717
UL Throughput: 9.82
DL Data Vol MAC in MB: 10120.63
CA Activation Rate den: 40381

Time: 14:42:27
holiday: 0
CA DL DataVolRatio Pct: 77.45
CA DL DataVolRatio Pct num: 3731

Avg_Connected_UEs: 29.49
SIP DC%: 
DLRLCLayerDataVolume MB: 3880.93
DRB UL Data Volume MB: 3450
PRB Util%: 60.7
RRC Setup Attempts: 5980
CA DL DataVolRatio Pct den: 3972
weekend: 0
UPTP Mbps Num: 15175
CA Activation Rate: 24.06
hr: 6
MAC_UE_SC_Tput: 5386.91

hr: 6
CA Activation Rate num: 5460733
UPTP Mbps Den: 3730
SIP_SC_Total_MOU: 134.31
Peak UE: 54
MB_per_connected_UE: 58.37
PCT Time MIMO: 39.54
DL Volume: 6284
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4286
UL Throughput: 7.57
DL Data Vol MAC in MB: 3699.68
CA Activation Rate den: 205004

Time: 08:50:05
holiday: 0
CA DL DataVolRatio Pct: 88.32
HO_att_InterFreq: 901
CA DL DataVolRatio Pct num: 3592

DL MAC Vol Scell Pct: 9.12
Avg_Connected_UEs: 40.95
SIP DC%: 
UPTP_Mbps: 30.55
weekend: 0
UPTP Mbps Num: 26222
hr: 13
MAC_UE_SC_Tput: 13462.07
Bearer Releases: 11907

hr: 13
SIP_SC_Total_MOU: 162.94
Peak UE: 27
DL Volume: 6234
DL Data Vol MAC in MB: 9325.88
CA Activation Rate den: 86871

Combined RACH Preambles: 3632
Time: 02:06:24
holiday: 0
CA DL DataVolRatio Pct: 66.88

Avg_Connected_UEs: 31.83
SIP DC%: 
UPTP_Mbps: 12.36
DLRLCLayerDataVolume MB: 4331.15
DRB UL Data Volume MB: 4495
PRB Util%: 66.7
RRC Setup Attempts: 5356
CA DL DataVolRatio Pct den: 2056
CA Conf FailRate Pct den: 8215
weekend: 0
CA Activation Rate: 40.85
hr: 0
MAC_UE_SC_Tput: 4600.43

hr: 0
Setup_Fail_DEN: 10094
SIP_SC_Total_MOU: 88.23
Peak UE: 27
MB_per_connected_UE: 101.17
DL Volume: 6929
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5931
CA Activation Rate den: 117196

Time: 16:21:33
holiday: 0

DL MAC Vol Scell Pct: 24.31
SIP DC%: 
DLRLCLayerDataVolume MB: 3860.68
weekend: 0
UPTP Mbps Num: 30435
hr: 3
MAC_UE_SC_Tput: 15487.22
Bearer Releases: 7678

hr: 3
Setup_Fail_DEN: 13167
SIP_SC_Total_MOU: 120.02
Peak UE: 60
VOLTE IA%: 
MB_per_connected_UE: 34.28
DL Data Vol MAC in MB: 6896.26

Combined RACH Preambles: 3921
Time: 17:50:28
holiday: 0
CA DL DataVolRatio Pct: 73.22
CA DL DataVolRatio Pct num: 6597

DL MAC Vol Scell Pct: 36.66
SIP DC%: 
UPTP_Mbps: 31.45
RRC Setup Attempts: 9449
CA Conf FailRate Pct den: 3537
weekend: 0
CA Activation Rate: 73.05
hr: 12
MAC_UE_SC_Tput: 15481.25
Bearer Releases: 11051

hr: 12
CA Activation Rate num: 3198398
SIP_SC_Total_MOU: 7.69
Peak UE: 30
MB_per_connected_UE: 37.36
PCT Time MIMO: 35.17
DL Volume: 7946
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3054
DL Data Vol MAC in MB: 2099.24

Time: 06:20:16
holiday: 0

DL MAC Vol Scell Pct: 37.38
SIP DC%: 
UPTP_Mbps: 13.69
DLRLCLayerDataVolume MB: 668.4
DRB UL Data Volume MB: 5940
weekend: 0
CA Activation Rate: 1.73
hr: 3
MAC_UE_SC_Tput: 5468.29
Bearer Releases: 11300

hr: 3
CA Activation Rate num: 10862164
Setup_Fail_DEN: 11242
Peak UE: 27
DL Volume: 5653
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6725
DL Data Vol MAC in MB: 8916.68

Combined RACH Preambles: 2109
holiday: 0

DL MAC Vol Scell Pct: 9.6
Avg_Connected_UEs: 38.16
SIP DC%: 
UPTP_Mbps: 44.29
DLRLCLayerDataVolume MB: 6240.18
DRB UL Data Volume MB: 3593
PRB Util%: 13.94
weekend: 0
UPTP Mbps Num: 19569
hr: 15
MAC_UE_SC_Tput: 8351.22

hr: 15
CA Activation Rate num: 8586271
Setup_Fail_DEN: 11273
SIP_SC_Total_MOU: 155.55
Peak UE: 72
MB_per_connected_UE: 82.59
DL Volume: 4934
DL Data Vol MAC in MB: 4266.01
CA Activation Rate den: 62921

Time: 13:35:42
holiday: 0
CA DL DataVolRatio Pct num: 1160

Avg_Connected_UEs: 54.19
SIP DC%: 
UPTP_Mbps: 34.65
DLRLCLayerDataVolume MB: 8766.55
PRB Util%: 67.73
weekend: 0
UPTP Mbps Num: 40428
CA Activation Rate: 35.67
hr: 5
MAC_UE_SC_Tput: 10981.04

hr: 5
CA Activation Rate num: 10119710
SIP_SC_Total_MOU: 290.9
Peak UE: 50
MB_per_connected_UE: 10.58
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7890

Time: 22:35:12
holiday: 0

DL MAC Vol Scell Pct: 21.1
Avg_Connected_UEs: 66.92
SIP DC%: 
DLRLCLayerDataVolume MB: 3386.59
DRB UL Data Volume MB: 3271
RRC Setup Attempts: 3742
CA Conf FailRate Pct den: 7256
weekend: 1
UPTP Mbps Num: 11972
hr: 11
MAC_UE_SC_Tput: 4485.37
Bearer Releases: 9864

hr: 11
CA Activation Rate num: 1009201
Setup_Fail_DEN: 8089
Peak UE: 27
MB_per_connected_UE: 115.89
DL Data Vol MAC in MB: 3188.9
CA Activation Rate den: 140834

Combined RACH Preambles: 2219
Time: 16:53:43
holiday: 0
CA DL DataVolRatio Pct: 90.07

SIP DC%: 
UPTP_Mbps: 38.12
DLRLCLayerDataVolume MB: 3255.04
DRB UL Data Volume MB: 9749
RSSIRX1 Avg: -94.32
weekend: 0
hr: 23
MAC_UE_SC_Tput: 16876.06
Bearer Releases: 12584

hr: 23
CA Activation Rate num: 8172076
Setup_Fail_DEN: 17466
Peak UE: 27
MB_per_connected_UE: 82.73
DL Data Vol MAC in MB: 8335.37
CA Activation Rate den: 99981

Time: 11:41:43
holiday: 0

DL MAC Vol Scell Pct: 27.88
Avg_Connected_UEs: 26.41
SIP DC%: 
DLRLCLayerDataVolume MB: 9658.16
RRC Setup Attempts: 3725
CA DL DataVolRatio Pct den: 5603
CA Conf FailRate Pct den: 7413
weekend: 0
UPTP Mbps Num: 8290
CA Activation Rate: 15.37
hr: 9
MAC_UE_SC_Tput: 4240.77

hr: 9
CA Activation Rate num: 5955673
UPTP Mbps Den: 5696
Peak UE: 34
MB_per_connected_UE: 13.05
PCT Time MIMO: 70.73
DL Volume: 2527
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4245

holiday: 0
CA DL DataVolRatio Pct num: 6609

Avg_Connected_UEs: 23.46
SIP DC%: 
UPTP_Mbps: 23.73
DLRLCLayerDataVolume MB: 404.24
weekend: 0
hr: 7
MAC_UE_SC_Tput: 13793.15
Bearer Releases: 17325

hr: 7
Peak UE: 32
MB_per_connected_UE: 134.07
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5501
DL Data Vol MAC in MB: 9950.63
CA Activation Rate den: 216753
Combined RACH Preambles: 3179

Time: 05:13:16
holiday: 0
CA DL DataVolRatio Pct: 89.01
CA DL DataVolRatio Pct num: 1306

DL MAC Vol Scell Pct: 23.33
Avg_Connected_UEs: 73.13
SIP DC%: 
UPTP_Mbps: 12.8
DLRLCLayerDataVolume MB: 6697.23
DRB UL Data Volume MB: 6772
RRC Setup Attempts: 7601
CA DL DataVolRatio Pct den: 2294
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5180.91

hr: 0
CA Activation Rate num: 989304
UPTP Mbps Den: 1716
Setup_Fail_DEN: 15524
Peak UE: 33
MB_per_connected_UE: 53.74
CA Activation Rate den: 56636

holiday: 0
CA DL DataVolRatio Pct num: 7219

SIP DC%: 
UPTP_Mbps: 82.72
DLRLCLayerDataVolume MB: 3973.41
RRC Setup Attempts: 3474
CA Conf FailRate Pct den: 7459
weekend: 1
UPTP Mbps Num: 1149
CA Activation Rate: 39.87
hr: 0

hr: 0
CA Activation Rate num: 7435306
Setup_Fail_DEN: 18425
Peak UE: 63
PCT Time MIMO: 46.53
DL Data Vol MAC in MB: 220.93
CA Activation Rate den: 58742

Time: 12:39:48
holiday: 0
CA DL DataVolRatio Pct: 46.68
CA DL DataVolRatio Pct num: 5232
HO Attempts: 535

Avg_Connected_UEs: 40.52
SIP DC%: 
DLRLCLayerDataVolume MB: 681.48
DRB UL Data Volume MB: 1873
PRB Util%: 38.12
CA DL DataVolRatio Pct den: 1798
weekend: 0
CA Activation Rate: 46.54
hr: 17
MAC_UE_SC_Tput: 8326.29
Bearer Releases: 9932

hr: 17
CA Activation Rate num: 10583889
Peak UE: 31
VOLTE IA%: 
MB_per_connected_UE: 82.57
DL Data Vol MAC in MB: 4878.41
Combined RACH Preambles: 3242

Time: 08:45:32
holiday: 0
CA DL DataVolRatio Pct: 91.14
CA DL DataVolRatio Pct num: 6628

Avg_Connected_UEs: 58.01
SIP DC%: 
UPTP_Mbps: 64.84
DLRLCLayerDataVolume MB: 2755.21
PRB Util%: 34.83
weekend: 0
CA Activation Rate: 40.5
hr: 12
MAC_UE_SC_Tput: 11043.09

hr: 12
CA Activation Rate num: 3861490
Peak UE: 27
MB_per_connected_UE: 176.94
PCT Time MIMO: 36.61
DL Volume: 2621
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6352
DL Data Vol MAC in MB: 3805.03

Time: 13:38:32
holiday: 0
CA DL DataVolRatio Pct: 65.01

DL MAC Vol Scell Pct: 46.2
SIP DC%: 
DLRLCLayerDataVolume MB: 2818.42
DRB UL Data Volume MB: 8450
CA Conf FailRate Pct den: 6517
weekend: 1
hr: 0

hr: 0
CA Activation Rate num: 2684399
SIP_SC_Total_MOU: 23.34
Peak UE: 73
MB_per_connected_UE: 176.57
DL Volume: 6493
CA Activation Rate den: 217982

Time: 23:05:33
holiday: 0
HO_att_InterFreq: 556

SIP DC%: 
UPTP_Mbps: 113.4
PRB Util%: 34.85
CA DL DataVolRatio Pct den: 8134
weekend: 0
hr: 2
MAC_UE_SC_Tput: 11040.95

hr: 2
CA Activation Rate num: 9021858
UPTP Mbps Den: 1785
Setup_Fail_DEN: 14913
Peak UE: 58
MB_per_connected_UE: 26.47
PCT Time MIMO: 37.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5680

Time: 15:03:35
holiday: 0

DL MAC Vol Scell Pct: 41.31
SIP DC%: 
UPTP_Mbps: 60.3
DLRLCLayerDataVolume MB: 4685.34
DRB UL Data Volume MB: 4931
PRB Util%: 36.34
RRC Setup Attempts: 5622
CA Conf FailRate Pct den: 7461
weekend: 1
CA Activation Rate: 63.62
hr: 11
MAC_UE_SC_Tput: 9653.51

hr: 11
CA Activation Rate num: 7269399
UPTP Mbps Den: 1212
Peak UE: 38
VOLTE IA%: 
MB_per_connected_UE: 141.77
PCT Time MIMO: 37.77
DL Volume: 2286
DL Data Vol MAC in MB: 5330.84
CA Activation Rate den: 63174

Time: 21:06:01
holiday: 0
CA DL DataVolRatio Pct: 70.62

DL MAC Vol Scell Pct: 28.35
Avg_Connected_UEs: 52.11
SIP DC%: 
UPTP_Mbps: 28.19
DRB UL Data Volume MB: 6364
CA Conf FailRate Pct den: 3365
weekend: 0
UPTP Mbps Num: 10783
CA Activation Rate: 45.69
hr: 23
Bearer Releases: 9488

hr: 23
CA Activation Rate num: 2941783
UPTP Mbps Den: 2069
Setup_Fail_DEN: 10035
SIP_SC_Total_MOU: 72.76
Peak UE: 34
MB_per_connected_UE: 78.12
DL Data Vol MAC in MB: 7877.92

Time: 03:37:17
holiday: 0

DL MAC Vol Scell Pct: 31.45
Avg_Connected_UEs: 55.33
SIP DC%: 
UPTP_Mbps: 34.27
DLRLCLayerDataVolume MB: 423.62
DRB UL Data Volume MB: 9135
RRC Setup Attempts: 7146
CA Conf FailRate Pct den: 8420
weekend: 0
UPTP Mbps Num: 52344
hr: 15
MAC_UE_SC_Tput: 12918.24

hr: 15
CA Activation Rate num: 1756307
Setup_Fail_DEN: 7592
SIP_SC_Total_MOU: 176.53
Peak UE: 27
MB_per_connected_UE: 70.03
CA Activation Rate den: 113320

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4321.99
CA DL DataVolRatio Pct den: 1041
CA Conf FailRate Pct den: 3735
weekend: 0
hr: 19
MAC_UE_SC_Tput: 5598.61

hr: 19
CA Activation Rate num: 205306
UPTP Mbps Den: 2484
Setup_Fail_DEN: 12089
Peak UE: 50
MB_per_connected_UE: 128.95
PCT Time MIMO: 66.22
DL Volume: 2924
DL Data Vol MAC in MB: 7753.46
CA Activation Rate den: 139563

Time: 07:21:50
holiday: 0
CA DL DataVolRatio Pct: 80.64

DL MAC Vol Scell Pct: 23.99
Avg_Connected_UEs: 33.26
SIP DC%: 
UPTP_Mbps: 40.21
DLRLCLayerDataVolume MB: 6588.53
DRB UL Data Volume MB: 1654
RRC Setup Attempts: 3812
weekend: 0
UPTP Mbps Num: 40822
CA Activation Rate: 16.7
hr: 15
MAC_UE_SC_Tput: 4477.34

hr: 15
CA Activation Rate num: 10547653
SIP_SC_Total_MOU: 264.78
Peak UE: 39
PCT Time MIMO: 52.86
DL Volume: 735
CA Activation Rate den: 36215

Time: 19:21:44
holiday: 0
CA DL DataVolRatio Pct: 78.74
CA DL DataVolRatio Pct num: 2835

SIP DC%: 
UPTP_Mbps: 33.65
PRB Util%: 22.65
CA DL DataVolRatio Pct den: 7795
weekend: 0
UPTP Mbps Num: 52354
hr: 18
MAC_UE_SC_Tput: 4832.55

hr: 18
CA Activation Rate num: 10359168
SIP_SC_Total_MOU: 166.17
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5869
DL Data Vol MAC in MB: 7403.67

Combined RACH Preambles: 3788
Time: 05:23:35
holiday: 0

Avg_Connected_UEs: 80.36
SIP DC%: 
DLRLCLayerDataVolume MB: 5210.46
DRB UL Data Volume MB: 7523
CA DL DataVolRatio Pct den: 7572
CA Conf FailRate Pct den: 6184
weekend: 0
UPTP Mbps Num: 4943
CA Activation Rate: 45.44
hr: 23
MAC_UE_SC_Tput: 9286.77

hr: 23
CA Activation Rate num: 3468432
UPTP Mbps Den: 564
Setup_Fail_DEN: 8251
Peak UE: 27
MB_per_connected_UE: 117.78
DL Volume: 7524
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5560
CA Activation Rate den: 119469

Time: 11:51:41
holiday: 0
CA DL DataVolRatio Pct: 71.88
CA DL DataVolRatio Pct num: 4457

Avg_Connected_UEs: 82.79
SIP DC%: 
UPTP_Mbps: 19.17
DLRLCLayerDataVolume MB: 7477.47
PRB Util%: 5.52
CA DL DataVolRatio Pct den: 4969
CA Conf FailRate Pct den: 3166
weekend: 1
CA Activation Rate: 8.2
hr: 18
MAC_UE_SC_Tput: 11843.52

hr: 18
CA Activation Rate num: 1239916
Setup_Fail_DEN: 15225
Peak UE: 32
MB_per_connected_UE: 104.66
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4094
DL Data Vol MAC in MB: 3268.61

Time: 19:04:36
holiday: 0

DL MAC Vol Scell Pct: 16.4
Avg_Connected_UEs: 35.41
SIP DC%: 
UPTP_Mbps: 35.99
DLRLCLayerDataVolume MB: 1994.98
DRB UL Data Volume MB: 6646
weekend: 0
CA Activation Rate: 23.16
hr: 11
MAC_UE_SC_Tput: 10470.25
Bearer Releases: 7438

hr: 11
CA Activation Rate num: 4561648
UPTP Mbps Den: 5750
Setup_Fail_DEN: 11705
Peak UE: 27
MB_per_connected_UE: 23.08
PCT Time MIMO: 42.44
DL Data Vol MAC in MB: 6324.88

Time: 22:40:06
holiday: 0

DL MAC Vol Scell Pct: 43.93
Avg_Connected_UEs: 22.25
SIP DC%: 
UPTP_Mbps: 61.02
DLRLCLayerDataVolume MB: 5120.14
CA DL DataVolRatio Pct den: 4668
CA Conf FailRate Pct den: 3356
weekend: 0
hr: 17
MAC_UE_SC_Tput: 5196.04

hr: 17
CA Activation Rate num: 10884758
MB_per_connected_UE: 138.99

Time: 13:34:21
holiday: 0

Avg_Connected_UEs: 68.49
SIP DC%: 
UPTP_Mbps: 83.82
DRB UL Data Volume MB: 4119
weekend: 0
CA Activation Rate: 6.1
hr: 5
Bearer Releases: 9207

hr: 5
CA Activation Rate num: 5039575
SIP_SC_Total_MOU: 13.66
Peak UE: 34
MB_per_connected_UE: 51.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7472
DL Data Vol MAC in MB: 1968.68
CA Activation Rate den: 173942

Combined RACH Preambles: 5213
Time: 22:34:32
holiday: 0
CA DL DataVolRatio Pct: 71.43
SIP_SC_Call_Attempts: 161

SIP DC%: 
DRB UL Data Volume MB: 2066
RRC Setup Attempts: 3790
CA DL DataVolRatio Pct den: 8017
CA Conf FailRate Pct den: 4816
weekend: 0
hr: 10
MAC_UE_SC_Tput: 11731.99

hr: 10
CA Activation Rate num: 4911354
SIP_SC_Total_MOU: 98.52
Peak UE: 58
MB_per_connected_UE: 46.71
PCT Time MIMO: 32.6
DL Volume: 3047
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7745
CA Activation Rate den: 59059

Time: 13:23:54
holiday: 0
CA DL DataVolRatio Pct: 79.32

Avg_Connected_UEs: 19.91
SIP DC%: 
DLRLCLayerDataVolume MB: 1091.51
DRB UL Data Volume MB: 7670
weekend: 0
hr: 23
MAC_UE_SC_Tput: 12594.39
Bearer Releases: 16044

hr: 23
CA Activation Rate num: 4250558
Setup_Fail_DEN: 15826
Peak UE: 49
VOLTE IA%: 
MB_per_connected_UE: 166.97

Time: 17:51:54
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 919.81
DRB UL Data Volume MB: 9421
PRB Util%: 69.04
RRC Setup Attempts: 5963
weekend: 0
hr: 7
MAC_UE_SC_Tput: 17257.21
Bearer Releases: 8983

hr: 7
CA Activation Rate num: 1401221
UPTP Mbps Den: 5639
Setup_Fail_DEN: 13976
SIP_SC_Total_MOU: 173.72
Peak UE: 46
MB_per_connected_UE: 13.65
DL Data Vol MAC in MB: 3558.37

Time: 08:36:15
holiday: 0
CA DL DataVolRatio Pct: 72.06

Avg_Connected_UEs: 50.62
SIP DC%: 
UPTP_Mbps: 109.04
DLRLCLayerDataVolume MB: 5937.72
PRB Util%: 6.65
CA DL DataVolRatio Pct den: 5202
weekend: 0
CA Activation Rate: 9.97
hr: 14
MAC_UE_SC_Tput: 13148.82
Bearer Releases: 10616

hr: 14
CA Activation Rate num: 5610341
UPTP Mbps Den: 1344
Setup_Fail_DEN: 9881
SIP_SC_Total_MOU: 266.02
Peak UE: 75
CA Activation Rate den: 43666

Time: 17:26:48
holiday: 0
CA DL DataVolRatio Pct: 88.57

SIP DC%: 
UPTP_Mbps: 34.33
DLRLCLayerDataVolume MB: 943.86
PRB Util%: 7.04
CA DL DataVolRatio Pct den: 7732
CA Conf FailRate Pct den: 6738
weekend: 0
CA Activation Rate: 2.73
hr: 23
MAC_UE_SC_Tput: 18851.93
Bearer Releases: 12814

hr: 23
CA Activation Rate num: 9718243
Setup_Fail_DEN: 20055
Peak UE: 54
PCT Time MIMO: 37.08
DL Data Vol MAC in MB: 9046.59

Time: 02:10:21
holiday: 0

DL MAC Vol Scell Pct: 44.86
SIP DC%: 
DLRLCLayerDataVolume MB: 4290.83
DRB UL Data Volume MB: 9191
RRC Setup Attempts: 3646
CA DL DataVolRatio Pct den: 6123
CA Conf FailRate Pct den: 6320
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7130.6
Bearer Releases: 9023

hr: 23
Avg CQI: 8
Setup_Fail_DEN: 13037
Peak UE: 40
MB_per_connected_UE: 13.12
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4272
DL Data Vol MAC in MB: 9797.37
Time: 12:29:53

holiday: 0
CA DL DataVolRatio Pct num: 544

Avg_Connected_UEs: 18.13
SIP DC%: 
DLRLCLayerDataVolume MB: 8668.38
DRB UL Data Volume MB: 4683
RRC Setup Attempts: 4205
CA DL DataVolRatio Pct den: 4846
weekend: 0
CA Activation Rate: 76.27
hr: 22
MAC_UE_SC_Tput: 5657.43
Bearer Releases: 9720

hr: 22
CA Activation Rate num: 933117
Setup_Fail_DEN: 8192
Peak UE: 77
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8134
DL Data Vol MAC in MB: 6183.53
CA Activation Rate den: 114048

Time: 13:45:08
holiday: 0
CA DL DataVolRatio Pct: 84.34

DL MAC Vol Scell Pct: 27.53
SIP DC%: 
UPTP_Mbps: 44.07
DRB UL Data Volume MB: 4290
CA Conf FailRate Pct den: 5118
weekend: 0
CA Activation Rate: 36.16
hr: 0
MAC_UE_SC_Tput: 5337.98
Bearer Releases: 9270

hr: 0
CA Activation Rate num: 4259900
Setup_Fail_DEN: 16453
Peak UE: 94
PCT Time MIMO: 35.19
DL Volume: 5465

Time: 02:36:27
holiday: 0

SIP DC%: 
UPTP_Mbps: 111.5
DLRLCLayerDataVolume MB: 672.62
PRB Util%: 24.64
RRC Setup Attempts: 4852
CA DL DataVolRatio Pct den: 1043
weekend: 0
hr: 2
MAC_UE_SC_Tput: 24446.65
Bearer Releases: 8447

hr: 2
CA Activation Rate num: 9749996
Setup_Fail_DEN: 7085
SIP_SC_Total_MOU: 200.5
Peak UE: 27
MB_per_connected_UE: 20.12
DL Volume: 773
DL Data Vol MAC in MB: 9369.94

Time: 17:34:23
holiday: 0
CA DL DataVolRatio Pct num: 4767

Avg_Connected_UEs: 42.07
SIP DC%: 
DLRLCLayerDataVolume MB: 1016.81
PRB Util%: 53.52
RRC Setup Attempts: 5139
CA DL DataVolRatio Pct den: 7329
weekend: 0
CA Activation Rate: 36.9
hr: 23
MAC_UE_SC_Tput: 12880.94
Bearer Releases: 15535

hr: 23
CA Activation Rate num: 7224708
Setup_Fail_DEN: 19831
SIP_SC_Total_MOU: 173.45
Peak UE: 62
MB_per_connected_UE: 98.15
PCT Time MIMO: 50.57

Time: 15:26:37
holiday: 0

DL MAC Vol Scell Pct: 18.38
SIP DC%: 
weekend: 1
UPTP Mbps Num: 38454
hr: 3
MAC_UE_SC_Tput: 17598.75
Bearer Releases: 11099

hr: 3
CA Activation Rate num: 9343678
SIP_SC_Total_MOU: 391.4
Peak UE: 29
DL Volume: 203
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3601
DL Data Vol MAC in MB: 4978.27
CA Activation Rate den: 114692

Combined RACH Preambles: 2993
Time: 17:18:03
holiday: 0
CA DL DataVolRatio Pct num: 2334

SIP DC%: 
UPTP_Mbps: 118.82
CA DL DataVolRatio Pct den: 8006
CA Conf FailRate Pct den: 6454
weekend: 0
CA Activation Rate: 20.08
hr: 17
MAC_UE_SC_Tput: 15389.78

hr: 17
CA Activation Rate num: 8351739
UPTP Mbps Den: 381
Setup_Fail_DEN: 15316
Peak UE: 64
MB_per_connected_UE: 87.55
DL Volume: 7749
DL Data Vol MAC in MB: 7462.48

Time: 19:36:26
holiday: 0

Avg_Connected_UEs: 40.38
SIP DC%: 
DLRLCLayerDataVolume MB: 5125.32
PRB Util%: 5.75
RRC Setup Attempts: 5532
CA DL DataVolRatio Pct den: 8494
weekend: 0
CA Activation Rate: 6.42
hr: 23
MAC_UE_SC_Tput: 9264.45

hr: 23
CA Activation Rate num: 8728161
UPTP Mbps Den: 2433
Setup_Fail_DEN: 14240
SIP_SC_Total_MOU: 70.32
Peak UE: 83
MB_per_connected_UE: 172.78
PCT Time MIMO: 42.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3077
CA Activation Rate den: 50744
Time: 05:30:19

holiday: 0
CA DL DataVolRatio Pct: 43.23
CA DL DataVolRatio Pct num: 1647

SIP DC%: 
DLRLCLayerDataVolume MB: 6517.85
DRB UL Data Volume MB: 9531
RRC Setup Attempts: 6594
CA DL DataVolRatio Pct den: 8912
CA Conf FailRate Pct den: 5112
weekend: 0
CA Activation Rate: 33.47
hr: 21
MAC_UE_SC_Tput: 15077.55
Bearer Releases: 6885

hr: 21
CA Activation Rate num: 8372944
UPTP Mbps Den: 1037
Setup_Fail_DEN: 14803
Peak UE: 27
CA Activation Rate den: 106844

Time: 04:05:49
holiday: 0
CA DL DataVolRatio Pct: 59.49

Avg_Connected_UEs: 25.5
SIP DC%: 
PRB Util%: 13.27
CA DL DataVolRatio Pct den: 1625
CA Conf FailRate Pct den: 3191
weekend: 0
hr: 19
MAC_UE_SC_Tput: 14749.52
Bearer Releases: 17213

hr: 19
CA Activation Rate num: 1204250
SIP_SC_Total_MOU: 115.19
Peak UE: 62
PCT Time MIMO: 52.36
DL Data Vol MAC in MB: 7047.69
CA Activation Rate den: 165479

holiday: 0
HO Attempts: 575

DL MAC Vol Scell Pct: 7.01
Avg_Connected_UEs: 51.06
SIP DC%: 
UPTP_Mbps: 8.19
DRB UL Data Volume MB: 5277
weekend: 0
UPTP Mbps Num: 19232
CA Activation Rate: 7.57
hr: 12
MAC_UE_SC_Tput: 8847.78
Bearer Releases: 11954

hr: 12
CA Activation Rate num: 2016494
Setup_Fail_DEN: 17300
SIP_SC_Total_MOU: 30.39
Peak UE: 49
CA Activation Rate den: 143547

Time: 07:11:52
holiday: 0
CA DL DataVolRatio Pct num: 5251

Avg_Connected_UEs: 78.16
SIP DC%: 
RRC Setup Attempts: 8930
CA Conf FailRate Pct den: 9184
weekend: 0
UPTP Mbps Num: 19362
CA Activation Rate: 12.53
hr: 1
MAC_UE_SC_Tput: 6647.1

hr: 1
CA Activation Rate num: 1505193
Setup_Fail_DEN: 8241
Peak UE: 73
MB_per_connected_UE: 98.82
DL Volume: 8849
DL Data Vol MAC in MB: 5139.66
CA Activation Rate den: 121243

holiday: 0
CA DL DataVolRatio Pct: 55.41
CA DL DataVolRatio Pct num: 6840

DL MAC Vol Scell Pct: 38.46
SIP DC%: 
UPTP_Mbps: 15.98
DLRLCLayerDataVolume MB: 7921.48
PRB Util%: 68.81
RRC Setup Attempts: 4727
weekend: 0
UPTP Mbps Num: 45425
CA Activation Rate: 61.82
hr: 7
MAC_UE_SC_Tput: 8718.48
Bearer Releases: 16916

hr: 7
CA Activation Rate num: 2720928
UPTP Mbps Den: 4790
Setup_Fail_DEN: 13842
SIP_SC_Total_MOU: 153.03
Peak UE: 27
MB_per_connected_UE: 14.9
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4787
UL Throughput: 10.64

Time: 01:28:24
holiday: 0
CA DL DataVolRatio Pct: 68.15
HO Attempts: 434

DL MAC Vol Scell Pct: 43.05
Avg_Connected_UEs: 26.61
SIP DC%: 
UPTP_Mbps: 34.87
DRB UL Data Volume MB: 4837
weekend: 0
CA Activation Rate: 65.04
hr: 21
MAC_UE_SC_Tput: 6859.69
Bearer Releases: 8861

hr: 21
CA Activation Rate num: 6730952
UPTP Mbps Den: 2100
SIP_SC_Total_MOU: 87.06
Peak UE: 27
MB_per_connected_UE: 12.38
PCT Time MIMO: 37.76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5219
UL Throughput: 5.98
DL Data Vol MAC in MB: 4383.96

Time: 13:49:28
holiday: 0
CA DL DataVolRatio Pct: 45.29
CA DL DataVolRatio Pct num: 5090

SIP DC%: 
DLRLCLayerDataVolume MB: 2065.83
PRB Util%: 29.55
RRC Setup Attempts: 3405
CA DL DataVolRatio Pct den: 5894
weekend: 0
CA Activation Rate: 50.98
hr: 23
MAC_UE_SC_Tput: 4513.81

hr: 23
CA Activation Rate num: 7395044
UPTP Mbps Den: 771
Setup_Fail_DEN: 15690
Peak UE: 27
MB_per_connected_UE: 121.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5706

Time: 03:52:23
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4223.05
DRB UL Data Volume MB: 7447
CA DL DataVolRatio Pct den: 1570
weekend: 0
UPTP Mbps Num: 19494
CA Activation Rate: 17.7
hr: 23
MAC_UE_SC_Tput: 18286.34
Bearer Releases: 10161

hr: 23
CA Activation Rate num: 6748077
SIP_SC_Total_MOU: 369.14
Peak UE: 81
MB_per_connected_UE: 79.06
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3939
DL Data Vol MAC in MB: 2013.33

Combined RACH Preambles: 4593
Time: 17:11:49
holiday: 0
CA DL DataVolRatio Pct num: 2267

DL MAC Vol Scell Pct: 18.29
Avg_Connected_UEs: 70.1
SIP DC%: 
DLRLCLayerDataVolume MB: 5617.24
CA DL DataVolRatio Pct den: 9033
CA Conf FailRate Pct den: 2769
weekend: 0
UPTP Mbps Num: 61975
CA Activation Rate: 28.2
hr: 16
MAC_UE_SC_Tput: 8338.63
Bearer Releases: 12131

hr: 16
CA Activation Rate num: 10527342
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 28.61
DL Volume: 912
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6570
DL Data Vol MAC in MB: 934.35
Combined RACH Preambles: 3561

Time: 14:24:39
holiday: 0
CA DL DataVolRatio Pct num: 6699

DL MAC Vol Scell Pct: 18.01
Avg_Connected_UEs: 78.22
SIP DC%: 
DRB UL Data Volume MB: 6528
CA DL DataVolRatio Pct den: 8122
weekend: 0
hr: 7
MAC_UE_SC_Tput: 7740.5

hr: 7
CA Activation Rate num: 8221070
Setup_Fail_DEN: 12662
SIP_SC_Total_MOU: 68.97
Peak UE: 78
MB_per_connected_UE: 168.94
PCT Time MIMO: 48.07
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7115
DL Data Vol MAC in MB: 2046.13
CA Activation Rate den: 134394

Combined RACH Preambles: 2991
Time: 19:04:25
holiday: 0
CA DL DataVolRatio Pct num: 3337

SIP DC%: 
PRB Util%: 58.7
RRC Setup Attempts: 3769
CA Conf FailRate Pct den: 3557
weekend: 0
UPTP Mbps Num: 17933
CA Activation Rate: 20.26
hr: 9
MAC_UE_SC_Tput: 8669.99

hr: 9
CA Activation Rate num: 5405828
SIP_SC_Total_MOU: 333.51
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7688
DL Data Vol MAC in MB: 10096.67
Time: 20:15:03

holiday: 0

DL MAC Vol Scell Pct: 6.78
SIP DC%: 
DLRLCLayerDataVolume MB: 7329.23
CA Conf FailRate Pct den: 7298
weekend: 0
hr: 15
MAC_UE_SC_Tput: 12812.12
Bearer Releases: 11775

hr: 15
CA Activation Rate num: 8901090
Setup_Fail_DEN: 15957
SIP_SC_Total_MOU: 396.67
Peak UE: 38
DL Volume: 3411
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4189
DL Data Vol MAC in MB: 4814.83
CA Activation Rate den: 182099

Combined RACH Preambles: 2738
Time: 03:24:47
holiday: 0
CA DL DataVolRatio Pct num: 4405

Avg_Connected_UEs: 75.57
SIP DC%: 
PRB Util%: 42.55
RRC Setup Attempts: 9714
CA DL DataVolRatio Pct den: 5728
weekend: 0
UPTP Mbps Num: 16675
hr: 18
MAC_UE_SC_Tput: 10865.78
Bearer Releases: 8658

hr: 18
CA Activation Rate num: 5790970
Setup_Fail_DEN: 11288
Peak UE: 30
MB_per_connected_UE: 7.86
DL Volume: 8728
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6072
DL Data Vol MAC in MB: 8390.64
CA Activation Rate den: 86505

Time: 14:01:14
holiday: 0
CA DL DataVolRatio Pct num: 857

DL MAC Vol Scell Pct: 23.71
Avg_Connected_UEs: 50.81
SIP DC%: 
DLRLCLayerDataVolume MB: 7552.93
PRB Util%: 45.44
RRC Setup Attempts: 3950
CA DL DataVolRatio Pct den: 9716
weekend: 0
UPTP Mbps Num: 24389
CA Activation Rate: 20.53
hr: 23
MAC_UE_SC_Tput: 4496.88

hr: 23
CA Activation Rate num: 10555208
Setup_Fail_DEN: 13609
SIP_SC_Total_MOU: 214.4
Peak UE: 75
PCT Time MIMO: 37.44
DL Volume: 2748
DL Data Vol MAC in MB: 3784.3
CA Activation Rate den: 79454

Time: 23:06:24
holiday: 0
CA DL DataVolRatio Pct num: 6583

DL MAC Vol Scell Pct: 34.02
Avg_Connected_UEs: 65
SIP DC%: 
UPTP_Mbps: 116.04
DLRLCLayerDataVolume MB: 4616.43
PRB Util%: 24.09
weekend: 0
UPTP Mbps Num: 49835
hr: 23
MAC_UE_SC_Tput: 4994.89
Bearer Releases: 7369

hr: 23
CA Activation Rate num: 10515547
Setup_Fail_DEN: 16117
Peak UE: 27
MB_per_connected_UE: 116.36
DL Data Vol MAC in MB: 1251.3

Time: 20:14:11
holiday: 0

DL MAC Vol Scell Pct: 4.15
Avg_Connected_UEs: 53.94
SIP DC%: 
DLRLCLayerDataVolume MB: 2537.55
PRB Util%: 31.6
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5126.72

hr: 0
CA Activation Rate num: 1441519
UPTP Mbps Den: 885
Setup_Fail_DEN: 12543
SIP_SC_Total_MOU: 107.87
Peak UE: 66
MB_per_connected_UE: 177.17
DL Data Vol MAC in MB: 356.09

Combined RACH Preambles: 4564
Time: 16:57:00
holiday: 0
CA DL DataVolRatio Pct: 69.92
CA DL DataVolRatio Pct num: 5010

Avg_Connected_UEs: 55.15
SIP DC%: 
UPTP_Mbps: 18.93
DLRLCLayerDataVolume MB: 6164.21
PRB Util%: 4.76
CA DL DataVolRatio Pct den: 9743
CA Conf FailRate Pct den: 5223
weekend: 0
hr: 4
MAC_UE_SC_Tput: 8039.21

hr: 4
CA Activation Rate num: 1265203
UPTP Mbps Den: 671
Setup_Fail_DEN: 18310
SIP_SC_Total_MOU: 426.49
Peak UE: 92
MB_per_connected_UE: 153.05
PCT Time MIMO: 46.88
CA Activation Rate den: 171686

Combined RACH Preambles: 3538
Time: 13:56:07
holiday: 0
CA DL DataVolRatio Pct: 74.62
CA DL DataVolRatio Pct num: 2788

DL MAC Vol Scell Pct: 58.03
Avg_Connected_UEs: 40.29
SIP DC%: 
DLRLCLayerDataVolume MB: 5122.97
RRC Setup Attempts: 7421
CA DL DataVolRatio Pct den: 1435
CA Conf FailRate Pct den: 8766
weekend: 0
UPTP Mbps Num: 54442
CA Activation Rate: 22.85
hr: 3
MAC_UE_SC_Tput: 6477.5

hr: 3
CA Activation Rate num: 6117841
UPTP Mbps Den: 149
SIP_SC_Total_MOU: 129.13
Peak UE: 27
DL Volume: 7981
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3938
DL Data Vol MAC in MB: 6940.49
Combined RACH Preambles: 4632

Time: 00:27:34
holiday: 0
CA DL DataVolRatio Pct num: 2042

Avg_Connected_UEs: 34.91
SIP DC%: 
UPTP_Mbps: 57.99
RRC Setup Attempts: 8128
CA DL DataVolRatio Pct den: 3279
CA Conf FailRate Pct den: 9477
weekend: 0
S1U_SIP_SC_SEER_num: 171
hr: 23
MAC_UE_SC_Tput: 12788.62
Bearer Releases: 17225

hr: 23
Peak UE: 55
MB_per_connected_UE: 34.7
DL Volume: 314
DL Data Vol MAC in MB: 6864.58
CA Activation Rate den: 84751

Time: 05:23:07
holiday: 0
CA DL DataVolRatio Pct num: 4014

Avg_Connected_UEs: 43.39
SIP DC%: 
DLRLCLayerDataVolume MB: 1831.68
PRB Util%: 6.81
CA Conf FailRate Pct den: 7798
weekend: 0
UPTP Mbps Num: 47274
CA Activation Rate: 69.87
hr: 23
MAC_UE_SC_Tput: 8754.77

hr: 23
CA Activation Rate num: 8642972
UPTP Mbps Den: 5074
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6369
DL Data Vol MAC in MB: 1678.72

Time: 15:48:29
holiday: 0
CA DL DataVolRatio Pct num: 5864

Avg_Connected_UEs: 47.26
SIP DC%: 
DLRLCLayerDataVolume MB: 1719.16
weekend: 1
CA Activation Rate: 5.65
hr: 23
MAC_UE_SC_Tput: 8206.7
Bearer Releases: 17260

hr: 23
CA Activation Rate num: 3218045
Setup_Fail_DEN: 16982
SIP_SC_Total_MOU: 20.63
Peak UE: 43
MB_per_connected_UE: 161.6
DL Volume: 3012

Time: 05:59:50
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7800.75
RRC Setup Attempts: 7591
weekend: 0
CA Activation Rate: 51.7
hr: 1
MAC_UE_SC_Tput: 4434.14
Bearer Releases: 14837

hr: 1
CA Activation Rate num: 4768178
Setup_Fail_DEN: 12085
VOLTE IA%: 0.66
MB_per_connected_UE: 150.59
DL Volume: 5738
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6773
DL Data Vol MAC in MB: 8570.16
CA Activation Rate den: 43667

Time: 14:11:35
holiday: 0
CA DL DataVolRatio Pct num: 2507

DL MAC Vol Scell Pct: 4.29
SIP DC%: 
DRB UL Data Volume MB: 3303
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5295.43
Bearer Releases: 14398

hr: 0
CA Activation Rate num: 490793
Peak UE: 27
MB_per_connected_UE: 149.51
DL Volume: 2106
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4167
DL Data Vol MAC in MB: 9041.19
CA Activation Rate den: 51480

Time: 00:29:46
holiday: 0

SIP DC%: 
UPTP_Mbps: 47.23
DLRLCLayerDataVolume MB: 1795.53
DRB UL Data Volume MB: 6448
PRB Util%: 18.21
CA DL DataVolRatio Pct den: 9741
CA Conf FailRate Pct den: 6774
weekend: 0
UPTP Mbps Num: 21320
CA Activation Rate: 24.67
hr: 12
MAC_UE_SC_Tput: 5326.19
Bearer Releases: 6552

hr: 12
CA Activation Rate num: 9829200
UPTP Mbps Den: 4114
Peak UE: 50
MB_per_connected_UE: 37.85
PCT Time MIMO: 46.8
DL Volume: 289
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4349
DL Data Vol MAC in MB: 479.52

Time: 04:18:31
holiday: 0

DL MAC Vol Scell Pct: 44.04
Avg_Connected_UEs: 51.42
SIP DC%: 
UPTP_Mbps: 7.67
DLRLCLayerDataVolume MB: 7650.46
DRB UL Data Volume MB: 6624
PRB Util%: 5.51
CA Conf FailRate Pct den: 6057
weekend: 0
UPTP Mbps Num: 39204
CA Activation Rate: 37.5
hr: 17
MAC_UE_SC_Tput: 11220.36

hr: 17
UPTP Mbps Den: 892
Setup_Fail_DEN: 10144
SIP_SC_Total_MOU: 15.1
Peak UE: 59
MB_per_connected_UE: 116.91
PCT Time MIMO: 62.93
CA Activation Rate den: 46833

Combined RACH Preambles: 3959
Time: 08:52:13
holiday: 0

DL MAC Vol Scell Pct: 7.96
SIP DC%: 
DRB UL Data Volume MB: 3061
CA DL DataVolRatio Pct den: 4418
weekend: 0
hr: 0
MAC_UE_SC_Tput: 11107.63
Bearer Releases: 10443

hr: 0
CA Activation Rate num: 2646276
Setup_Fail_DEN: 7204
Peak UE: 47
DL Volume: 2738
DL Data Vol MAC in MB: 3602.75

Time: 10:20:03
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 9777
CA Conf FailRate Pct den: 7087
weekend: 0
UPTP Mbps Num: 32529
CA Activation Rate: 48.46
hr: 2
MAC_UE_SC_Tput: 13294.72
Bearer Releases: 17113

hr: 2
CA Activation Rate num: 3036723
Setup_Fail_DEN: 13313
Peak UE: 53
MB_per_connected_UE: 162.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8777

Combined RACH Preambles: 3597
Time: 03:25:49
holiday: 0
CA DL DataVolRatio Pct num: 7255

SIP DC%: 
UPTP_Mbps: 32.65
DLRLCLayerDataVolume MB: 4543.84
PRB Util%: 16.96
CA DL DataVolRatio Pct den: 1332
weekend: 0
UPTP Mbps Num: 13658
CA Activation Rate: 42.63
hr: 7
MAC_UE_SC_Tput: 12259.86
Bearer Releases: 13070

hr: 7
CA Activation Rate num: 597538
Setup_Fail_DEN: 14077
SIP_SC_Total_MOU: 53.89
MB_per_connected_UE: 134.27
PCT Time MIMO: 39.68
DL Data Vol MAC in MB: 1177.03
CA Activation Rate den: 44925

Time: 21:10:16
holiday: 0
CA DL DataVolRatio Pct num: 6764

SIP DC%: 
DLRLCLayerDataVolume MB: 8410.92
DRB UL Data Volume MB: 7764
PRB Util%: 58.48
weekend: 0
CA Activation Rate: 2.52
hr: 0
MAC_UE_SC_Tput: 8563.91
Bearer Releases: 9274

hr: 0
CA Activation Rate num: 1919144
UPTP Mbps Den: 2447
Setup_Fail_DEN: 15748
SIP_SC_Total_MOU: 44.1
Peak UE: 55
MB_per_connected_UE: 141.99
DL Data Vol MAC in MB: 9845.65

Time: 06:58:37
holiday: 0
CA DL DataVolRatio Pct: 88.04
HO Attempts: 385

DL MAC Vol Scell Pct: 3.38
SIP DC%: 
UPTP_Mbps: 98.03
DLRLCLayerDataVolume MB: 3406.46
UL Resid BLER PCT: 0.89
RRC Setup Attempts: 5560
CA DL DataVolRatio Pct den: 3103
CA Conf FailRate Pct den: 8677
weekend: 0
hr: 23
MAC_UE_SC_Tput: 27608.45
Bearer Releases: 7926

hr: 23
CA Activation Rate num: 4463510
SIP_SC_Total_MOU: 254.03
Peak UE: 47
VOLTE IA%: 
MB_per_connected_UE: 144.7
DL Data Vol MAC in MB: 4835.83

Time: 18:47:34
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8904.74
CA Conf FailRate Pct den: 5996
weekend: 0
hr: 13
MAC_UE_SC_Tput: 16226.21

hr: 13
CA Activation Rate num: 1278673
Setup_Fail_DEN: 11944
SIP_SC_Total_MOU: 6.82
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7123
DL Data Vol MAC in MB: 8805.09

Time: 05:25:02
holiday: 0

DL MAC Vol Scell Pct: 56.75
Avg_Connected_UEs: 58.92
SIP DC%: 
UPTP_Mbps: 7.33
DLRLCLayerDataVolume MB: 8881.61
DRB UL Data Volume MB: 9278
RRC Setup Attempts: 6251
CA DL DataVolRatio Pct den: 9843
weekend: 0
UPTP Mbps Num: 29968
hr: 9
MAC_UE_SC_Tput: 4186.84
Bearer Releases: 12077

hr: 9
CA Activation Rate num: 9190690
UPTP Mbps Den: 1106
SIP_SC_Total_MOU: 390.08
DL Data Vol MAC in MB: 10107.76

Combined RACH Preambles: 2281
Time: 16:30:24
holiday: 0

Avg_Connected_UEs: 72.15
SIP DC%: 
DLRLCLayerDataVolume MB: 2916.43
DRB UL Data Volume MB: 8293
PRB Util%: 16.39
RRC Setup Attempts: 4398
CA DL DataVolRatio Pct den: 6623
CA Conf FailRate Pct den: 5537
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8234.42

hr: 23
CA Activation Rate num: 555942
Setup_Fail_DEN: 13873
Peak UE: 62
MB_per_connected_UE: 40.4
PCT Time MIMO: 47.4
DL Data Vol MAC in MB: 386.41

Time: 10:52:40
holiday: 0
CA DL DataVolRatio Pct num: 2567

SIP DC%: 
UPTP_Mbps: 124.83
DLRLCLayerDataVolume MB: 1178.14
DRB UL Data Volume MB: 9756
CA DL DataVolRatio Pct den: 4097
weekend: 0
UPTP Mbps Num: 966
CA Activation Rate: 7.95
hr: 11
MAC_UE_SC_Tput: 13774.06
Bearer Releases: 6897

hr: 11
UPTP Mbps Den: 3566
Peak UE: 48
PCT Time MIMO: 52.18
DL Volume: 300
DL Data Vol MAC in MB: 7297.03

Time: 03:55:15
holiday: 0
CA DL DataVolRatio Pct: 88.35
CA DL DataVolRatio Pct num: 811

DL MAC Vol Scell Pct: 7.81
SIP DC%: 
DLRLCLayerDataVolume MB: 1511.74
DRB UL Data Volume MB: 2827
PRB Util%: 10.24
RRC Setup Attempts: 8055
CA DL DataVolRatio Pct den: 3620
weekend: 0
CA Activation Rate: 33.96
hr: 6
MAC_UE_SC_Tput: 4878.33

hr: 6
CA Activation Rate num: 3823701
Setup_Fail_DEN: 7706
Peak UE: 54
MB_per_connected_UE: 13.43
DL Volume: 2899
DL Data Vol MAC in MB: 7913.76
CA Activation Rate den: 89541

Time: 21:16:15
holiday: 0
CA DL DataVolRatio Pct: 82.03

DL MAC Vol Scell Pct: 51.81
SIP DC%: 
UPTP_Mbps: 8.12
RRC Setup Attempts: 4581
CA Conf FailRate Pct den: 5695
weekend: 0
UPTP Mbps Num: 1718
CA Activation Rate: 18
hr: 18
MAC_UE_SC_Tput: 4522.7
Bearer Releases: 12315

hr: 18
CA Activation Rate num: 7238576
Setup_Fail_DEN: 9353
Peak UE: 55
MB_per_connected_UE: 62.39
CA Activation Rate den: 40588

Time: 16:58:36
holiday: 0

SIP DC%: 
UPTP_Mbps: 127.52
DLRLCLayerDataVolume MB: 426.4
DRB UL Data Volume MB: 7042
CA Conf FailRate Pct den: 7808
weekend: 0
UPTP Mbps Num: 4140
CA Activation Rate: 18.47
hr: 19
MAC_UE_SC_Tput: 19540.32

hr: 19
CA Activation Rate num: 9852550
UPTP Mbps Den: 151
SIP_SC_Total_MOU: 313.22
Peak UE: 27
MB_per_connected_UE: 126.78
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6279
CA Activation Rate den: 77171

Time: 11:18:46
holiday: 0

Avg_Connected_UEs: 16.32
SIP DC%: 
DRB UL Data Volume MB: 8647
CA DL DataVolRatio Pct den: 8309
weekend: 0
hr: 22
MAC_UE_SC_Tput: 12061.77

hr: 22
CA Activation Rate num: 10428969
UPTP Mbps Den: 5724
SIP_SC_Total_MOU: 61.45
Peak UE: 29
MB_per_connected_UE: 185.68
DL Data Vol MAC in MB: 3967.04
CA Activation Rate den: 55823

Combined RACH Preambles: 2399
Time: 08:10:31
holiday: 0
CA DL DataVolRatio Pct: 91.45
CA DL DataVolRatio Pct num: 4203

SIP DC%: 
DRB UL Data Volume MB: 9490
RRC Setup Attempts: 7205
CA DL DataVolRatio Pct den: 7338
CA Conf FailRate Pct den: 4736
weekend: 0
UPTP Mbps Num: 20776
CA Activation Rate: 70.83
hr: 23
MAC_UE_SC_Tput: 25483.13
Bearer Releases: 16076

hr: 23
CA Activation Rate num: 5133773
UPTP Mbps Den: 4500
Peak UE: 27
MB_per_connected_UE: 142.73
DL Data Vol MAC in MB: 7263.51
CA Activation Rate den: 104857

Time: 16:16:45
holiday: 0
CA DL DataVolRatio Pct num: 3142

DL MAC Vol Scell Pct: 47.24
SIP DC%: 
UPTP_Mbps: 56.72
DLRLCLayerDataVolume MB: 5467.82
PRB Util%: 36.46
RRC Setup Attempts: 3966
weekend: 0
S1U_SIP_SC_SEER_num: 108
CA Activation Rate: 28.4
hr: 4
MAC_UE_SC_Tput: 16519.81
Bearer Releases: 18401

hr: 4
CA Activation Rate num: 4967412
SIP_SC_Total_MOU: 330.55
UL MAC Vol Scell Pct: 2.56
Peak UE: 53
DL Volume: 6931
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6632
CA Activation Rate den: 111993

Time: 23:45:43
holiday: 0

DL MAC Vol Scell Pct: 50.05
SIP DC%: 
DLRLCLayerDataVolume MB: 8101.79
DRB UL Data Volume MB: 1729
RRC Setup Attempts: 6604
CA DL DataVolRatio Pct den: 8806
CA Conf FailRate Pct den: 7925
weekend: 1
CA Activation Rate: 31.93
hr: 12
MAC_UE_SC_Tput: 6733.76

hr: 12
CA Activation Rate num: 5533636
UPTP Mbps Den: 168
Setup_Fail_DEN: 12282
SIP_SC_Total_MOU: 45
Peak UE: 27
MB_per_connected_UE: 87.28
DL Volume: 7148
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3794
DL Data Vol MAC in MB: 5019.35
CA Activation Rate den: 206551

Time: 00:24:50
holiday: 0

DL MAC Vol Scell Pct: 30.82
SIP DC%: 
DLRLCLayerDataVolume MB: 6361.79
DRB UL Data Volume MB: 3874
CA DL DataVolRatio Pct den: 4032
CA Conf FailRate Pct den: 6559
weekend: 1
hr: 2
MAC_UE_SC_Tput: 4134.88

hr: 2
CA Activation Rate num: 1974057
Setup_Fail_DEN: 12484
Peak UE: 27
DL Data Vol MAC in MB: 3163.42

Time: 03:42:11
holiday: 0

SIP DC%: 
UPTP_Mbps: 23.96
DLRLCLayerDataVolume MB: 9263.09
DRB UL Data Volume MB: 5410
PRB Util%: 29.89
CA DL DataVolRatio Pct den: 7552
weekend: 0
CA Activation Rate: 38.92
hr: 16
MAC_UE_SC_Tput: 14939.6

hr: 16
CA Activation Rate num: 8241973
SIP_SC_Total_MOU: 215.52
Peak UE: 44
MB_per_connected_UE: 145.04
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3075
DL Data Vol MAC in MB: 5707.06
CA Activation Rate den: 65514

Time: 04:09:35
holiday: 0
CA DL DataVolRatio Pct: 79.45
CA DL DataVolRatio Pct num: 5140

SIP DC%: 
UPTP_Mbps: 45.16
DLRLCLayerDataVolume MB: 5631.54
DRB UL Data Volume MB: 8671
RRC Setup Attempts: 5406
CA DL DataVolRatio Pct den: 3470
CA Conf FailRate Pct den: 7452
weekend: 0
UPTP Mbps Num: 43417
hr: 14
MAC_UE_SC_Tput: 6674.26

hr: 14
CA Activation Rate num: 8820834
Peak UE: 27
MB_per_connected_UE: 123.89

Time: 13:43:58
holiday: 0
HO_att_InterFreq: 694
HO Attempts: 375

DL MAC Vol Scell Pct: 9.5
Avg_Connected_UEs: 72.46
SIP DC%: 
UPTP_Mbps: 47.18
DLRLCLayerDataVolume MB: 6260.75
DRB UL Data Volume MB: 1556
CA Conf FailRate Pct den: 4914
weekend: 0
UPTP Mbps Num: 58207
CA Activation Rate: 31.16
hr: 17
MAC_UE_SC_Tput: 18957.51

hr: 17
CA Activation Rate num: 3003270
SIP_SC_Total_MOU: 374.56
Peak UE: 27
DL Volume: 781
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3642
DL Data Vol MAC in MB: 1164.67
CA Activation Rate den: 181573

Time: 03:20:20
holiday: 0
CA DL DataVolRatio Pct: 63.66
CA DL DataVolRatio Pct num: 1190

SIP DC%: 
DLRLCLayerDataVolume MB: 9847.19
PRB Util%: 21.7
RRC Setup Attempts: 5829
CA DL DataVolRatio Pct den: 1358
weekend: 0
UPTP Mbps Num: 6407
hr: 13
MAC_UE_SC_Tput: 5501.45
Bearer Releases: 9131

hr: 13
CA Activation Rate num: 5301752
UPTP Mbps Den: 4461
SIP_SC_Total_MOU: 199.64
Peak UE: 55
MB_per_connected_UE: 83.9
DL Data Vol MAC in MB: 5777.43
CA Activation Rate den: 64784

Time: 17:24:21
holiday: 0

Avg_Connected_UEs: 43.5
SIP DC%: 
DLRLCLayerDataVolume MB: 980.7
DRB UL Data Volume MB: 8821
weekend: 0
CA Activation Rate: 24.81
hr: 0
MAC_UE_SC_Tput: 5769.24
Bearer Releases: 12641

hr: 0
CA Activation Rate num: 2093250
UPTP Mbps Den: 4213
Setup_Fail_DEN: 11657
Peak UE: 27
MB_per_connected_UE: 107.94
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7320

Time: 22:31:26
holiday: 0
CA DL DataVolRatio Pct num: 6656

SIP DC%: 
UPTP_Mbps: 36.62
DLRLCLayerDataVolume MB: 9020.21
PRB Util%: 31.72
weekend: 0
UPTP Mbps Num: 35031
hr: 17
MAC_UE_SC_Tput: 4953.7
Bearer Releases: 8597

hr: 17
CA Activation Rate num: 9195321
Setup_Fail_DEN: 19300
Peak UE: 68
MB_per_connected_UE: 73.18
DL Volume: 3550
DL Data Vol MAC in MB: 3357.58
Combined RACH Preambles: 2165

Time: 05:21:44
holiday: 0

DL MAC Vol Scell Pct: 6.65
SIP DC%: 
DRB UL Data Volume MB: 8962
weekend: 0
UPTP Mbps Num: 20961
hr: 5
MAC_UE_SC_Tput: 4603.66

hr: 5
CA Activation Rate num: 7968703
Setup_Fail_DEN: 14740
Peak UE: 39
DL Volume: 6621
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4777
DL Data Vol MAC in MB: 2729.39
Combined RACH Preambles: 3205

Time: 14:02:54
holiday: 0
HO_att_InterFreq: 779

SIP DC%: 
DRB UL Data Volume MB: 6574
PRB Util%: 44.06
weekend: 0
CA Activation Rate: 42.73
hr: 7
MAC_UE_SC_Tput: 4269

hr: 7
CA Activation Rate num: 10400469
UPTP Mbps Den: 2792
Setup_Fail_DEN: 8062
SIP_SC_Total_MOU: 59.7
DL Volume: 1912
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6419
Combined RACH Preambles: 4729

Time: 12:47:36
holiday: 0
CA DL DataVolRatio Pct: 82.81
CA DL DataVolRatio Pct num: 4059

DL MAC Vol Scell Pct: 4.16
Avg_Connected_UEs: 56.76
SIP DC%: 
UPTP_Mbps: 9.77
DLRLCLayerDataVolume MB: 2899.56
DRB UL Data Volume MB: 9371
CA Conf FailRate Pct den: 7368
weekend: 0
CA Activation Rate: 41.46
hr: 11
MAC_UE_SC_Tput: 4909.45

hr: 11
UPTP Mbps Den: 1052
Setup_Fail_DEN: 12470
Peak UE: 78
MB_per_connected_UE: 23.16
PCT Time MIMO: 38.09
CA Activation Rate den: 137411

Time: 01:29:15
holiday: 0

DL MAC Vol Scell Pct: 42.86
SIP DC%: 
DRB UL Data Volume MB: 5025
PRB Util%: 74.18
weekend: 0
UPTP Mbps Num: 3961
hr: 3
MAC_UE_SC_Tput: 6825.63

hr: 3
CA Activation Rate num: 4126408
SIP_SC_Total_MOU: 223.19
Peak UE: 27
MB_per_connected_UE: 200.42
PCT Time MIMO: 52.77
DL Volume: 4282
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3994
DL Data Vol MAC in MB: 4825.92
CA Activation Rate den: 138297

holiday: 0
CA DL DataVolRatio Pct: 64.63
CA DL DataVolRatio Pct num: 4304

DL MAC Vol Scell Pct: 50.33
Avg_Connected_UEs: 19.06
SIP DC%: 
UPTP_Mbps: 22.29
DLRLCLayerDataVolume MB: 5584.65
DRB UL Data Volume MB: 1538
RRC Setup Attempts: 4699
weekend: 0
hr: 2
MAC_UE_SC_Tput: 7652.29
Bearer Releases: 8630

hr: 2
CA Activation Rate num: 5135838
UPTP Mbps Den: 2793
Setup_Fail_DEN: 7161
SIP_SC_Total_MOU: 123.75
Peak UE: 32
DL Volume: 9719
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3975
CA Activation Rate den: 57730

Combined RACH Preambles: 4826
Time: 05:18:59
holiday: 0
HO Attempts: 536

DL MAC Vol Scell Pct: 13.94
SIP DC%: 
UPTP_Mbps: 37.36
DRB UL Data Volume MB: 8611
PRB Util%: 15.19
RRC Setup Attempts: 6764
CA Conf FailRate Pct den: 5761
weekend: 0
UPTP Mbps Num: 39225
hr: 0
MAC_UE_SC_Tput: 26574.09
Bearer Releases: 17632

hr: 0
CA Activation Rate num: 427233
Setup_Fail_DEN: 17506
SIP_SC_Total_MOU: 422.7
Peak UE: 29
DL Data Vol MAC in MB: 1550.47

Combined RACH Preambles: 2548
holiday: 0
CA DL DataVolRatio Pct: 81.35
CA DL DataVolRatio Pct num: 2667

DL MAC Vol Scell Pct: 11.25
SIP DC%: 
DLRLCLayerDataVolume MB: 7083.08
DRB UL Data Volume MB: 8525
CA DL DataVolRatio Pct den: 3519
CA Conf FailRate Pct den: 7106
weekend: 0
UPTP Mbps Num: 24869
CA Activation Rate: 26.47
hr: 3
MAC_UE_SC_Tput: 7957.04
Bearer Releases: 6954

hr: 3
CA Activation Rate num: 3804501
UPTP Mbps Den: 1241
Setup_Fail_DEN: 16467
Peak UE: 62
PCT Time MIMO: 50.22
DL Data Vol MAC in MB: 8764.34
CA Activation Rate den: 70253

Combined RACH Preambles: 2889
Time: 16:49:05
holiday: 0
CA DL DataVolRatio Pct: 79.73

Avg_Connected_UEs: 23.38
SIP DC%: 
DLRLCLayerDataVolume MB: 8312.76
DRB UL Data Volume MB: 4278
CA DL DataVolRatio Pct den: 1402
weekend: 0
UPTP Mbps Num: 14388
CA Activation Rate: 39.28
hr: 3
MAC_UE_SC_Tput: 6977.12
Bearer Releases: 9949

hr: 3
CA Activation Rate num: 2017614
SIP_SC_Total_MOU: 68.36
Peak UE: 27
MB_per_connected_UE: 66.88
DL Data Vol MAC in MB: 3188.48

Time: 18:18:46
holiday: 0

Avg_Connected_UEs: 22.71
SIP DC%: 
DLRLCLayerDataVolume MB: 1044.91
DRB UL Data Volume MB: 9656
PRB Util%: 5.41
RRC Setup Attempts: 4965
weekend: 0
CA Activation Rate: 20.23
hr: 14
MAC_UE_SC_Tput: 16464.6

hr: 14
CA Activation Rate num: 1231813
Setup_Fail_DEN: 16157
SIP_SC_Total_MOU: 33.73
MB_per_connected_UE: 128.51
CA Activation Rate den: 50767

Time: 06:11:32
holiday: 0
CA DL DataVolRatio Pct: 64.67

Avg_Connected_UEs: 57.96
SIP DC%: 
UPTP_Mbps: 131.79
DLRLCLayerDataVolume MB: 2069.89
RRC Setup Attempts: 4026
CA DL DataVolRatio Pct den: 8227
weekend: 0
UPTP Mbps Num: 29041
hr: 23
MAC_UE_SC_Tput: 15828.64
Bearer Releases: 10745

hr: 23
CA Activation Rate num: 7928274
Peak UE: 29
MB_per_connected_UE: 178.93
DL Data Vol MAC in MB: 2235.01
Combined RACH Preambles: 2628

Time: 13:18:29
holiday: 0
CA DL DataVolRatio Pct num: 1337

SIP DC%: 
UPTP_Mbps: 78.33
DLRLCLayerDataVolume MB: 8790.88
DRB UL Data Volume MB: 6247
PRB Util%: 6.25
CA DL DataVolRatio Pct den: 5229
CA Conf FailRate Pct den: 7595
weekend: 1
CA Activation Rate: 7.21
hr: 0
MAC_UE_SC_Tput: 13412.54
Bearer Releases: 9627

hr: 0
CA Activation Rate num: 7497477
SIP_SC_Total_MOU: 57.26
Peak UE: 27
MB_per_connected_UE: 177.27
DL Volume: 1974
DL Data Vol MAC in MB: 1457.23
CA Activation Rate den: 121893

Time: 11:36:57
holiday: 0
CA DL DataVolRatio Pct: 59.17
CA DL DataVolRatio Pct num: 1152

Avg_Connected_UEs: 41.58
SIP DC%: 
UPTP_Mbps: 28.76
DLRLCLayerDataVolume MB: 373.6
RRC Setup Attempts: 8771
CA Conf FailRate Pct den: 7656
weekend: 0
UPTP Mbps Num: 14561
hr: 23
MAC_UE_SC_Tput: 14398.89
Bearer Releases: 10636

hr: 23
CA Activation Rate num: 1941282
Setup_Fail_DEN: 8012
SIP_SC_Total_MOU: 183.76
Peak UE: 41
MB_per_connected_UE: 133.02
CA Activation Rate den: 51786

holiday: 0
CA DL DataVolRatio Pct num: 1361

DL MAC Vol Scell Pct: 27.08
Avg_Connected_UEs: 54.31
SIP DC%: 
DLRLCLayerDataVolume MB: 276.67
RRC Setup Attempts: 4862
CA Conf FailRate Pct den: 7382
weekend: 1
CA Activation Rate: 21.53
hr: 5
MAC_UE_SC_Tput: 9178.6

hr: 5
CA Activation Rate num: 10300721
Setup_Fail_DEN: 8611
SIP_SC_Total_MOU: 108.11
MB_per_connected_UE: 109.9
PCT Time MIMO: 66.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3353
CA Activation Rate den: 54926

Combined RACH Preambles: 3326
Time: 15:58:19
holiday: 0
CA DL DataVolRatio Pct num: 2527

DL MAC Vol Scell Pct: 45.5
Avg_Connected_UEs: 59.72
SIP DC%: 
UPTP_Mbps: 33.77
DLRLCLayerDataVolume MB: 9864.11
weekend: 0
CA Activation Rate: 31.84
hr: 19
MAC_UE_SC_Tput: 11623.46
Bearer Releases: 9130

hr: 19
CA Activation Rate num: 5687225
Setup_Fail_DEN: 7545
SIP_SC_Total_MOU: 375.13
Peak UE: 52
MB_per_connected_UE: 40.01
DL Volume: 8255
CA Activation Rate den: 117753

Time: 02:30:06
holiday: 0

Avg_Connected_UEs: 46.97
SIP DC%: 
UPTP_Mbps: 38.45
DRB UL Data Volume MB: 3422
weekend: 0
UPTP Mbps Num: 22468
hr: 19
MAC_UE_SC_Tput: 20482.59

hr: 19
CA Activation Rate num: 6119251
UPTP Mbps Den: 1351
Setup_Fail_DEN: 15059
SIP_SC_Total_MOU: 1.82
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4133

Time: 04:37:11
holiday: 0
CA DL DataVolRatio Pct: 73.44

Avg_Connected_UEs: 50.94
SIP DC%: 
DLRLCLayerDataVolume MB: 8666.73
PRB Util%: 53.65
RRC Setup Attempts: 4422
CA Conf FailRate Pct den: 3693
weekend: 0
hr: 23
MAC_UE_SC_Tput: 14649.69
Bearer Releases: 14762

hr: 23
CA Activation Rate num: 1479401
SIP_SC_Total_MOU: 15.58
Peak UE: 27
MB_per_connected_UE: 186.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4495
DL Data Vol MAC in MB: 4056.62
CA Activation Rate den: 134037

Time: 07:28:28
holiday: 0
CA DL DataVolRatio Pct num: 4645

SIP DC%: 
DLRLCLayerDataVolume MB: 902.21
DRB UL Data Volume MB: 5110
CA DL DataVolRatio Pct den: 7700
weekend: 0
UPTP Mbps Num: 12372
CA Activation Rate: 56.49
hr: 23
MAC_UE_SC_Tput: 5642.71
Bearer Releases: 13201

hr: 23
Setup_Fail_DEN: 14975
SIP_SC_Total_MOU: 61.27
Peak UE: 27
MB_per_connected_UE: 37.8
ERAB Setup Fail%: 0.1
DL Data Vol MAC in MB: 9589.69
CA Activation Rate den: 104635

holiday: 0
CA DL DataVolRatio Pct: 71.39
HO Attempts: 114

DL MAC Vol Scell Pct: 51.38
SIP DC%: 
DRB UL Data Volume MB: 7639
PRB Util%: 7.8
CA DL DataVolRatio Pct den: 3430
CA Conf FailRate Pct den: 5889
weekend: 1
CA Activation Rate: 9.93
hr: 15
MAC_UE_SC_Tput: 9614.95
Bearer Releases: 10727

hr: 15
CA Activation Rate num: 2481902
UPTP Mbps Den: 2370
Setup_Fail_DEN: 10358
SIP_SC_Total_MOU: 377.18
Peak UE: 66
MB_per_connected_UE: 130.07
DL Volume: 6505
CA Activation Rate den: 136665

holiday: 0
CA DL DataVolRatio Pct num: 7051

Avg_Connected_UEs: 43.07
SIP DC%: 
DLRLCLayerDataVolume MB: 2083.93
DRB UL Data Volume MB: 9056
weekend: 0
hr: 7
MAC_UE_SC_Tput: 5976.92
Bearer Releases: 16494

hr: 7
CA Activation Rate num: 2674465
Setup_Fail_DEN: 11823
SIP_SC_Total_MOU: 192.35
MB_per_connected_UE: 112.46
DL Data Vol MAC in MB: 745.73

Time: 15:38:17
holiday: 0
CA DL DataVolRatio Pct: 88.94
CA DL DataVolRatio Pct num: 5252

SIP DC%: 
UPTP_Mbps: 46.16
DLRLCLayerDataVolume MB: 3436.71
DRB UL Data Volume MB: 8480
PRB Util%: 21.55
RRC Setup Attempts: 4361
CA Conf FailRate Pct den: 4448
weekend: 0
hr: 23
MAC_UE_SC_Tput: 13471.53
Bearer Releases: 18632

hr: 23
CA Activation Rate num: 7956433
Setup_Fail_DEN: 15244
Peak UE: 55
MB_per_connected_UE: 31.44
DL Volume: 1270
DL Data Vol MAC in MB: 4632

Time: 17:24:26
holiday: 0
CA DL DataVolRatio Pct num: 7631

DL MAC Vol Scell Pct: 30.14
Avg_Connected_UEs: 41.62
SIP DC%: 
DRB UL Data Volume MB: 7821
weekend: 0
UPTP Mbps Num: 10335
hr: 23
MAC_UE_SC_Tput: 7837.4
Bearer Releases: 12196

hr: 23
CA Activation Rate num: 6669519
Setup_Fail_DEN: 15251
SIP_SC_Total_MOU: 277.68
Peak UE: 32
MB_per_connected_UE: 150.76
PCT Time MIMO: 64.12
DL Volume: 9772
DL Data Vol MAC in MB: 6731.19
CA Activation Rate den: 60518

Time: 21:53:24
holiday: 0
CA DL DataVolRatio Pct: 59.18

Avg_Connected_UEs: 78.01
SIP DC%: 
DLRLCLayerDataVolume MB: 680.32
DRB UL Data Volume MB: 8535
PRB Util%: 53.31
CA Conf FailRate Pct den: 4664
weekend: 0
UPTP Mbps Num: 16378
CA Activation Rate: 20.14
hr: 23
MAC_UE_SC_Tput: 10760.13
Bearer Releases: 9406

hr: 23
CA Activation Rate num: 4885573
UPTP Mbps Den: 1341
SIP_SC_Total_MOU: 409.4
Peak UE: 95
MB_per_connected_UE: 128.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5520
CA Activation Rate den: 47144

Time: 23:28:50
holiday: 0

DL MAC Vol Scell Pct: 25.46
SIP DC%: 
DLRLCLayerDataVolume MB: 412.4
DRB UL Data Volume MB: 5438
PRB Util%: 27.24
CA DL DataVolRatio Pct den: 7780
CA Conf FailRate Pct den: 7062
weekend: 0
CA Activation Rate: 29.11
hr: 0
MAC_UE_SC_Tput: 9587.4
Bearer Releases: 10739

hr: 0
CA Activation Rate num: 4176024
UPTP Mbps Den: 950
Peak UE: 32
MB_per_connected_UE: 60.43
PCT Time MIMO: 46.58
DL Data Vol MAC in MB: 2054.96

Time: 07:27:45
holiday: 0
CA DL DataVolRatio Pct: 51.55

SIP DC%: 
DLRLCLayerDataVolume MB: 7716.5
DL Packet Loss Pct: 2.92
weekend: 0
CA Activation Rate: 47.74
hr: 19
MAC_UE_SC_Tput: 18156.73

hr: 19
CA Activation Rate num: 10861088
Setup_Fail_DEN: 15823
Peak UE: 39
MB_per_connected_UE: 30.88
DL Data Vol MAC in MB: 5726.22

Combined RACH Preambles: 2965
Time: 18:44:16
holiday: 0
CA DL DataVolRatio Pct: 57.51
CA DL DataVolRatio Pct num: 4526

Avg_Connected_UEs: 26.7
SIP DC%: 
UPTP_Mbps: 26.7
DLRLCLayerDataVolume MB: 6300.24
DRB UL Data Volume MB: 1665
CA DL DataVolRatio Pct den: 8420
weekend: 0
UPTP Mbps Num: 29223
CA Activation Rate: 38.03
hr: 23
MAC_UE_SC_Tput: 11765.95
Bearer Releases: 9943

hr: 23
CA Activation Rate num: 2733185
UPTP Mbps Den: 409
Peak UE: 27
MB_per_connected_UE: 168.41
DL Volume: 734
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6061
DL Data Vol MAC in MB: 2114.73
CA Activation Rate den: 126682

Time: 23:49:25
holiday: 0
CA DL DataVolRatio Pct: 92.19

SIP DC%: 
DLRLCLayerDataVolume MB: 8900.67
PRB Util%: 39.21
CA Conf FailRate Pct den: 9343
weekend: 0
UPTP Mbps Num: 44392
CA Activation Rate: 53.25
hr: 12
MAC_UE_SC_Tput: 10494.39
Bearer Releases: 10386

hr: 12
CA Activation Rate num: 5863061
SIP_SC_Total_MOU: 364.63
UL MAC Vol Scell Pct: 5.71
Peak UE: 27
MB_per_connected_UE: 69.61
CA Activation Rate den: 166383

Time: 06:38:27
holiday: 0
CA DL DataVolRatio Pct num: 6671

DL MAC Vol Scell Pct: 13.31
SIP DC%: 
UPTP_Mbps: 18.66
CA DL DataVolRatio Pct den: 7190
CA Conf FailRate Pct den: 8954
weekend: 0
CA Activation Rate: 13.17
hr: 23
MAC_UE_SC_Tput: 16332.35

hr: 23
CA Activation Rate num: 10052613
UPTP Mbps Den: 1003
SIP_SC_Total_MOU: 305.61
Peak UE: 56
VOLTE IA%: 
MB_per_connected_UE: 161.53
PCT Time MIMO: 54.93
DL Data Vol MAC in MB: 8623.72
CA Activation Rate den: 125160

Time: 19:32:11
holiday: 0
CA DL DataVolRatio Pct: 43.22
CA DL DataVolRatio Pct num: 5998

DL MAC Vol Scell Pct: 14.32
Avg_Connected_UEs: 31.9
SIP DC%: 
DLRLCLayerDataVolume MB: 3565.95
PRB Util%: 55.58
RRC Setup Attempts: 3960
CA DL DataVolRatio Pct den: 8498
CA Conf FailRate Pct den: 9242
weekend: 0
CA Activation Rate: 62.56
hr: 23
MAC_UE_SC_Tput: 13024.57
Bearer Releases: 6315

hr: 23
CA Activation Rate num: 5474987
Peak UE: 37
MB_per_connected_UE: 33.41
PCT Time MIMO: 57.88
DL Data Vol MAC in MB: 3390.52
CA Activation Rate den: 48171
Combined RACH Preambles: 3157

Time: 09:27:51
holiday: 0

SIP DC%: 
UPTP_Mbps: 28.71
RRC Setup Attempts: 7728
CA DL DataVolRatio Pct den: 7963
weekend: 0
CA Activation Rate: 55.62
hr: 3
MAC_UE_SC_Tput: 12004.1
Bearer Releases: 6873

hr: 3
Avg CQI: 10
CA Activation Rate num: 1074966
Setup_Fail_DEN: 8932
Peak UE: 78
MB_per_connected_UE: 176.51
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6219
DL Data Vol MAC in MB: 1181.5
CA Activation Rate den: 207762

Time: 04:15:44
holiday: 0
CA DL DataVolRatio Pct num: 5732

DL MAC Vol Scell Pct: 10.69
Avg_Connected_UEs: 83.56
SIP DC%: 
UPTP_Mbps: 37.27
DLRLCLayerDataVolume MB: 6691.83
DRB UL Data Volume MB: 3043
PRB Util%: 13.74
RRC Setup Attempts: 3347
CA DL DataVolRatio Pct den: 9695
CA Conf FailRate Pct den: 3575
weekend: 1
CA Activation Rate: 64.32
hr: 21
MAC_UE_SC_Tput: 8928.5
Bearer Releases: 6347

hr: 21
CA Activation Rate num: 9530651
Setup_Fail_DEN: 15347
SIP_SC_Total_MOU: 154.02
Peak UE: 27
MB_per_connected_UE: 198.36
PCT Time MIMO: 56.14
DL Volume: 1791

Time: 07:33:26
holiday: 0
CA DL DataVolRatio Pct num: 4667

SIP DC%: 
DRB UL Data Volume MB: 8898
RRC Setup Attempts: 6573
CA DL DataVolRatio Pct den: 7424
CA Conf FailRate Pct den: 5433
RSSIRX1 Avg: -96.08
weekend: 0
UPTP Mbps Num: 14534
CA Activation Rate: 27.78
hr: 8

hr: 8
Setup_Fail_DEN: 14521
Peak UE: 40
PCT Time MIMO: 59.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6650
DL Data Vol MAC in MB: 6799.07
CA Activation Rate den: 47075

Time: 02:14:10
holiday: 0

DL MAC Vol Scell Pct: 21.98
SIP DC%: 
DLRLCLayerDataVolume MB: 6767.91
CA DL DataVolRatio Pct den: 9410
CA Conf FailRate Pct den: 7211
weekend: 0
UPTP Mbps Num: 33978
hr: 6
MAC_UE_SC_Tput: 14515.07

hr: 6
CA Activation Rate num: 5614530
Setup_Fail_DEN: 15771
Peak UE: 41
MB_per_connected_UE: 37.39
DL Volume: 1685
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6587
CA Activation Rate den: 45433

Time: 10:29:14
holiday: 0

DL MAC Vol Scell Pct: 18.81
SIP DC%: 
DLRLCLayerDataVolume MB: 2304.31
DRB UL Data Volume MB: 9349
PRB Util%: 29.9
weekend: 0
UPTP Mbps Num: 15786
CA Activation Rate: 62.69
hr: 18
MAC_UE_SC_Tput: 9628.85

hr: 18
CA Activation Rate num: 4773012
Setup_Fail_DEN: 12822
Peak UE: 27
MB_per_connected_UE: 194.52
DL Data Vol MAC in MB: 3323.34
CA Activation Rate den: 54536

Time: 18:43:30
holiday: 0

SIP DC%: 
UPTP_Mbps: 22.74
DLRLCLayerDataVolume MB: 8852.82
DRB UL Data Volume MB: 5462
PRB Util%: 11.86
weekend: 0
CA Activation Rate: 10.5
hr: 23
MAC_UE_SC_Tput: 10538.91
Bearer Releases: 12187

hr: 23
CA Activation Rate num: 1580821
Setup_Fail_DEN: 17005
Peak UE: 28
MB_per_connected_UE: 70.62
PCT Time MIMO: 70.14
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3312
DL Data Vol MAC in MB: 9779.36
CA Activation Rate den: 54811

Time: 14:27:32
holiday: 0
CA DL DataVolRatio Pct: 73.83
CA DL DataVolRatio Pct num: 6703

SIP DC%: 
DLRLCLayerDataVolume MB: 6682.13
DRB UL Data Volume MB: 6525
PRB Util%: 43.6
CA DL DataVolRatio Pct den: 9488
weekend: 1
UPTP Mbps Num: 24138
CA Activation Rate: 31.82
hr: 23
MAC_UE_SC_Tput: 8779.14
Bearer Releases: 9438

hr: 23
CA Activation Rate num: 13014233
Setup_Fail_DEN: 14755
Peak UE: 27
MB_per_connected_UE: 72.74
PCT Time MIMO: 33.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7312
DL Data Vol MAC in MB: 1887.53
CA Activation Rate den: 90921

Time: 11:49:39
holiday: 0
HO_att_InterFreq: 221

DL MAC Vol Scell Pct: 32.13
Avg_Connected_UEs: 26
SIP DC%: 
DRB UL Data Volume MB: 2844
PRB Util%: 68.01
RRC Setup Attempts: 7489
weekend: 0
hr: 10
MAC_UE_SC_Tput: 19359.33
Bearer Releases: 17592

hr: 10
CA Activation Rate num: 9943090
Setup_Fail_DEN: 6618
SIP_SC_Total_MOU: 243.09
Peak UE: 27
DL Volume: 2148
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6377
CA Activation Rate den: 78722

Combined RACH Preambles: 2807
Time: 08:47:45
holiday: 0
HO Attempts: 474

SIP DC%: 
DLRLCLayerDataVolume MB: 2763.74
RRC Setup Attempts: 5233
weekend: 0
CA Activation Rate: 7.98
hr: 19
MAC_UE_SC_Tput: 11594.96
Bearer Releases: 12669

hr: 19
CA Activation Rate num: 5382285
MB_per_connected_UE: 144.81
DL Volume: 6895

Time: 14:44:01
holiday: 0
CA DL DataVolRatio Pct: 59.77
CA DL DataVolRatio Pct num: 2804

SIP DC%: 
DRB UL Data Volume MB: 6735
CA DL DataVolRatio Pct den: 4077
weekend: 0
CA Activation Rate: 22.46
hr: 23
MAC_UE_SC_Tput: 7247.57

hr: 23
UPTP Mbps Den: 2289
Setup_Fail_DEN: 18947
Peak UE: 27
UL Throughput: 18.81
DL Data Vol MAC in MB: 9415.99
CA Activation Rate den: 105781

Time: 09:33:15
holiday: 0
HO Attempts: 551

SIP DC%: 
UPTP_Mbps: 36.05
DLRLCLayerDataVolume MB: 8639.33
DRB UL Data Volume MB: 9913
PRB Util%: 50.04
CA Conf FailRate Pct den: 4072
weekend: 0
UPTP Mbps Num: 59103
CA Activation Rate: 45.81
hr: 20
MAC_UE_SC_Tput: 5162.5
Bearer Releases: 13532

hr: 20
CA Activation Rate num: 1065526
UPTP Mbps Den: 1544
Setup_Fail_DEN: 13818
Peak UE: 37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5550
DL Data Vol MAC in MB: 4959.93
CA Activation Rate den: 79177

Time: 11:47:18
holiday: 0
CA DL DataVolRatio Pct num: 5542

DL MAC Vol Scell Pct: 26.25
SIP DC%: 
DLRLCLayerDataVolume MB: 7693.65
CA Conf FailRate Pct den: 6674
weekend: 0
hr: 0
MAC_UE_SC_Tput: 9513.74
Bearer Releases: 10883

hr: 0
SIP_SC_Total_MOU: 302.17
Peak UE: 27
MB_per_connected_UE: 207.56
DL Volume: 9550
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6888
DL Data Vol MAC in MB: 4154.72
CA Activation Rate den: 224921

Time: 02:08:23
holiday: 0

Avg_Connected_UEs: 20.99
SIP DC%: 
UPTP_Mbps: 24.65
DLRLCLayerDataVolume MB: 2557.96
weekend: 0
hr: 0
MAC_UE_SC_Tput: 17480.82
Bearer Releases: 11015

hr: 0
CA Activation Rate num: 486632
UPTP Mbps Den: 291
Setup_Fail_DEN: 12533
SIP_SC_Total_MOU: 188
Peak UE: 32
MB_per_connected_UE: 161.69
DL Volume: 4316
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8271
DL Data Vol MAC in MB: 7883.31
CA Activation Rate den: 76990
Combined RACH Preambles: 2404

Time: 21:03:19
holiday: 0
CA DL DataVolRatio Pct: 49.63

Avg_Connected_UEs: 35.42
SIP DC%: 
DLRLCLayerDataVolume MB: 7720.82
CA DL DataVolRatio Pct den: 7839
CA Conf FailRate Pct den: 6975
weekend: 0
RSSIRX2 Avg: -95.24
CA Activation Rate: 20.46
hr: 23
MAC_UE_SC_Tput: 7711.56

hr: 23
CA Activation Rate num: 2853599
Setup_Fail_DEN: 13934
SIP_SC_Total_MOU: 277.5
Peak UE: 43
MB_per_connected_UE: 156.74
PCT Time MIMO: 49.91
DL Data Vol MAC in MB: 6346.8
CA Activation Rate den: 85759

Combined RACH Preambles: 3631
Time: 08:49:19
holiday: 0

SIP DC%: 
UPTP_Mbps: 29.32
DLRLCLayerDataVolume MB: 6946.98
CA DL DataVolRatio Pct den: 8949
CA Conf FailRate Pct den: 8803
weekend: 0
UPTP Mbps Num: 46842
hr: 23
MAC_UE_SC_Tput: 21737.69

hr: 23
CA Activation Rate num: 1461695
UPTP Mbps Den: 3056
Setup_Fail_DEN: 15979
Peak UE: 27
MB_per_connected_UE: 105.21
PCT Time MIMO: 48.18
DL Data Vol MAC in MB: 7082.29

Time: 16:21:37
holiday: 0
CA DL DataVolRatio Pct: 69.26

DL MAC Vol Scell Pct: 41.09
SIP DC%: 
UPTP_Mbps: 44.04
DLRLCLayerDataVolume MB: 3598.57
DRB UL Data Volume MB: 9300
CA DL DataVolRatio Pct den: 6131
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4474.18

hr: 23
CA Activation Rate num: 9522687
Setup_Fail_DEN: 14717
SIP_SC_Total_MOU: 246.88
Peak UE: 67
MB_per_connected_UE: 171.29
CA Activation Rate den: 52245

Time: 10:40:13
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5553.42
CA Conf FailRate Pct den: 9166
weekend: 0
hr: 15
MAC_UE_SC_Tput: 6945.74

hr: 15
CA Activation Rate num: 1835955
Setup_Fail_DEN: 14238
Peak UE: 61
MB_per_connected_UE: 133.36
PCT Time MIMO: 67.25
DL Volume: 8414
DL Data Vol MAC in MB: 8319.3

Time: 21:49:24
holiday: 0

DL MAC Vol Scell Pct: 51.11
SIP DC%: 
DLRLCLayerDataVolume MB: 1534.42
PRB Util%: 36.7
CA DL DataVolRatio Pct den: 7034
CA Conf FailRate Pct den: 3786
weekend: 0
UPTP Mbps Num: 13644
CA Activation Rate: 40.57
hr: 0
MAC_UE_SC_Tput: 9152.18

hr: 0
Setup_Fail_DEN: 7238
Peak UE: 27
MB_per_connected_UE: 118.51
DL Volume: 9089
DL Data Vol MAC in MB: 336.37

holiday: 0

Avg_Connected_UEs: 33.89
SIP DC%: 
DLRLCLayerDataVolume MB: 5257.51
DRB UL Data Volume MB: 4095
RRC Setup Attempts: 4407
CA DL DataVolRatio Pct den: 8718
weekend: 0
UPTP Mbps Num: 32216
CA Activation Rate: 33.27
hr: 3
MAC_UE_SC_Tput: 12997.62
Bearer Releases: 17288

hr: 3
CA Activation Rate num: 610359
Setup_Fail_DEN: 18239
SIP_SC_Total_MOU: 314.47
MB_per_connected_UE: 54.9
DL Volume: 4816
UL Throughput: 6.94
DL Data Vol MAC in MB: 4851.19

Time: 01:03:50
holiday: 0
CA DL DataVolRatio Pct: 66.7

SIP DC%: 
UPTP_Mbps: 7.91
DLRLCLayerDataVolume MB: 9413.09
DRB UL Data Volume MB: 6150
PRB Util%: 39.62
RRC Setup Attempts: 9054
weekend: 0
UPTP Mbps Num: 35561
CA Activation Rate: 9.09
hr: 1
MAC_UE_SC_Tput: 4885.84

hr: 1
CA Activation Rate num: 2259712
SIP_SC_Total_MOU: 344.13
Peak UE: 27
MB_per_connected_UE: 38.24
DL Volume: 9781
DL Data Vol MAC in MB: 4662.62
CA Activation Rate den: 71055

Time: 15:00:26
holiday: 0
CA DL DataVolRatio Pct num: 4213

DL MAC Vol Scell Pct: 41.57
SIP DC%: 
DRB UL Data Volume MB: 9255
CA Conf FailRate Pct den: 6570
weekend: 0
hr: 9
MAC_UE_SC_Tput: 18115.84
Bearer Releases: 11520

hr: 9
CA Activation Rate num: 5913777
Setup_Fail_DEN: 14061
SIP_SC_Total_MOU: 413.17
Peak UE: 27
DL Data Vol MAC in MB: 9112.73

Time: 19:28:48
holiday: 0
CA DL DataVolRatio Pct: 63.75
CA DL DataVolRatio Pct num: 4446

DL MAC Vol Scell Pct: 5.02
SIP DC%: 
DLRLCLayerDataVolume MB: 710.03
CA DL DataVolRatio Pct den: 7842
CA Conf FailRate Pct den: 7022
weekend: 1
UPTP Mbps Num: 4484
CA Activation Rate: 26.21
hr: 23
MAC_UE_SC_Tput: 9263.64
Bearer Releases: 13882

hr: 23
CA Activation Rate num: 10146281
Setup_Fail_DEN: 11150
SIP_SC_Total_MOU: 184.49
Peak UE: 38
MB_per_connected_UE: 8.81
PCT Time MIMO: 53.23
DL Volume: 2729
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6972
DL Data Vol MAC in MB: 4111.58
CA Activation Rate den: 175267

Time: 20:49:31
holiday: 0
CA DL DataVolRatio Pct num: 3814

DL MAC Vol Scell Pct: 18.46
SIP DC%: 
DLRLCLayerDataVolume MB: 3260.71
DRB UL Data Volume MB: 9871
CA Conf FailRate Pct den: 7362
weekend: 0
CA Activation Rate: 32.7
hr: 9
MAC_UE_SC_Tput: 10533.29
Bearer Releases: 7477

hr: 9
CA Activation Rate num: 796492
UPTP Mbps Den: 2431
SIP_SC_Total_MOU: 11.02
DL Volume: 4623
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6542
DL Data Vol MAC in MB: 9766.8
CA Activation Rate den: 59555

Time: 13:07:41
holiday: 0

Avg_Connected_UEs: 36.42
SIP DC%: 
DRB UL Data Volume MB: 6036
PRB Util%: 26.1
RRC Setup Attempts: 4193
weekend: 0
CA Activation Rate: 31.23
hr: 3
MAC_UE_SC_Tput: 14115.27
Bearer Releases: 14969

hr: 3
CA Activation Rate num: 10816044
Setup_Fail_DEN: 13192
SIP_SC_Total_MOU: 278.47
Peak UE: 27
MB_per_connected_UE: 23.24

Time: 04:53:44
holiday: 0
CA DL DataVolRatio Pct num: 4164

DL MAC Vol Scell Pct: 24.44
Avg_Connected_UEs: 19.02
SIP DC%: 
UPTP_Mbps: 24.36
DLRLCLayerDataVolume MB: 2555.03
DRB UL Data Volume MB: 8006
PRB Util%: 20.64
CA DL DataVolRatio Pct den: 3762
weekend: 1
CA Activation Rate: 74.79
hr: 14
MAC_UE_SC_Tput: 6358.77

hr: 14
CA Activation Rate num: 9601186
Peak UE: 62
MB_per_connected_UE: 7.45
PCT Time MIMO: 47.95
DL Volume: 6668
DL Data Vol MAC in MB: 6537.94
CA Activation Rate den: 209316
Combined RACH Preambles: 4400
Time: 11:06:25

holiday: 0
CA DL DataVolRatio Pct: 84.39

SIP DC%: 
DLRLCLayerDataVolume MB: 3462.34
DRB UL Data Volume MB: 9640
RRC Setup Attempts: 4388
weekend: 0
hr: 15
MAC_UE_SC_Tput: 5827.74
Bearer Releases: 10552

hr: 15
CA Activation Rate num: 10590571
MB_per_connected_UE: 21.82
DL Volume: 8218
CA Activation Rate den: 56443

Combined RACH Preambles: 2431
Time: 14:56:07
holiday: 0
CA DL DataVolRatio Pct num: 6979

DL MAC Vol Scell Pct: 33.61
SIP DC%: 
DLRLCLayerDataVolume MB: 2368.05
RRC Setup Attempts: 9291
weekend: 0
UPTP Mbps Num: 19353
hr: 0
MAC_UE_SC_Tput: 6993.44
Bearer Releases: 17184

hr: 0
CA Activation Rate num: 8176531
UPTP Mbps Den: 5322
Setup_Fail_DEN: 6398
SIP_SC_Total_MOU: 190.11
Peak UE: 28
DL Volume: 4170
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3378
DL Data Vol MAC in MB: 223.02
CA Activation Rate den: 100696

Time: 22:20:51
holiday: 0

Avg_Connected_UEs: 17.55
SIP DC%: 
DLRLCLayerDataVolume MB: 4690.22
DRB UL Data Volume MB: 7179
PRB Util%: 34.25
CA DL DataVolRatio Pct den: 10206
weekend: 0
hr: 16
MAC_UE_SC_Tput: 9590.84
Bearer Releases: 16064

hr: 16
CA Activation Rate num: 4689949
UPTP Mbps Den: 638
Setup_Fail_DEN: 12977
SIP_SC_Total_MOU: 1.09
Peak UE: 41
MB_per_connected_UE: 130.01
PCT Time MIMO: 41.42
DL Volume: 1640
DL Data Vol MAC in MB: 5566.83

Time: 01:26:29
holiday: 0
CA DL DataVolRatio Pct: 57.93

SIP DC%: 
CA DL DataVolRatio Pct den: 8818
weekend: 0
UPTP Mbps Num: 4716
hr: 0
MAC_UE_SC_Tput: 11257.53
Bearer Releases: 17421

hr: 0
CA Activation Rate num: 8165241
Setup_Fail_DEN: 14884
SIP_SC_Total_MOU: 55.21
Peak UE: 27
MB_per_connected_UE: 8.77
PCT Time MIMO: 34.46
DL Volume: 8105
DL Data Vol MAC in MB: 6227.33
CA Activation Rate den: 77841
Combined RACH Preambles: 4527

Time: 11:27:31
holiday: 0
CA DL DataVolRatio Pct num: 3705
HO Attempts: 549

DL MAC Vol Scell Pct: 6.82
SIP DC%: 
DLRLCLayerDataVolume MB: 171.6
PRB Util%: 49.48
RRC Setup Attempts: 7975
CA Conf FailRate Pct den: 4894
weekend: 0
CA Activation Rate: 26.88
hr: 6
MAC_UE_SC_Tput: 4282.81
Bearer Releases: 12866

hr: 6
CA Activation Rate num: 9081074
UPTP Mbps Den: 581
Setup_Fail_DEN: 12997
Peak UE: 95
MB_per_connected_UE: 59.07
DL Data Vol MAC in MB: 2064.49

Time: 03:01:19
holiday: 0
CA DL DataVolRatio Pct: 44.74

SIP DC%: 
DLRLCLayerDataVolume MB: 3631.9
RRC Setup Attempts: 6144
weekend: 0
CA Activation Rate: 16.98
hr: 12
MAC_UE_SC_Tput: 6936.1
Bearer Releases: 15980

hr: 12
SIP_SC_Total_MOU: 16.55
Peak UE: 27
MB_per_connected_UE: 98.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7622
DL Data Vol MAC in MB: 5740.56

Combined RACH Preambles: 2739
Time: 04:25:53
holiday: 0
CA DL DataVolRatio Pct: 79.24

SIP DC%: 
UPTP_Mbps: 126.14
DLRLCLayerDataVolume MB: 6426.17
PRB Util%: 6.04
CA DL DataVolRatio Pct den: 7989
weekend: 1
CA Activation Rate: 35.07
hr: 23
MAC_UE_SC_Tput: 12569.88

hr: 23
CA Activation Rate num: 1118437
SIP_SC_Total_MOU: 27.77
Peak UE: 27
MB_per_connected_UE: 154.78
PCT Time MIMO: 38.04
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5328
CA Activation Rate den: 95462

Time: 12:56:25
holiday: 0
CA DL DataVolRatio Pct: 78.6
CA DL DataVolRatio Pct num: 6218

SIP DC%: 
DLRLCLayerDataVolume MB: 7116.76
RRC Setup Attempts: 7515
CA DL DataVolRatio Pct den: 1988
CA Conf FailRate Pct den: 5632
weekend: 0
hr: 23
MAC_UE_SC_Tput: 18150.54
Bearer Releases: 9284

hr: 23
CA Activation Rate num: 5789634
UPTP Mbps Den: 289
Setup_Fail_DEN: 14033
Peak UE: 27
MB_per_connected_UE: 90.09
DL Data Vol MAC in MB: 9508.78

Time: 04:17:38
holiday: 0

DL MAC Vol Scell Pct: 5.62
SIP DC%: 
DLRLCLayerDataVolume MB: 750.79
RRC Setup Attempts: 5739
weekend: 0
UPTP Mbps Num: 29167
hr: 14
MAC_UE_SC_Tput: 6509.44
Bearer Releases: 11429

hr: 14
CA Activation Rate num: 975639
SIP_SC_Total_MOU: 61.42
Peak UE: 53
MB_per_connected_UE: 52.12
DL Volume: 9097
DL Data Vol MAC in MB: 4910.14
CA Activation Rate den: 62957

Time: 20:29:26
holiday: 0
CA DL DataVolRatio Pct num: 5646

SIP DC%: 
UPTP_Mbps: 15.93
DRB UL Data Volume MB: 5646
CA DL DataVolRatio Pct den: 7966
weekend: 0
UPTP Mbps Num: 15331
CA Activation Rate: 73.04
hr: 23
MAC_UE_SC_Tput: 4429.71
Bearer Releases: 15125

hr: 23
CA Activation Rate num: 10230926
UPTP Mbps Den: 1740
SIP_SC_Total_MOU: 294.37
Peak UE: 29
MB_per_connected_UE: 74.44
PCT Time MIMO: 41.26
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7342
DL Data Vol MAC in MB: 8454.91
CA Activation Rate den: 57668

holiday: 0
CA DL DataVolRatio Pct: 92.52

DL MAC Vol Scell Pct: 4.87
Avg_Connected_UEs: 27.46
SIP DC%: 
UPTP_Mbps: 124.58
DLRLCLayerDataVolume MB: 5909.14
DRB UL Data Volume MB: 1338
PRB Util%: 40.55
RRC Setup Attempts: 4139
CA Conf FailRate Pct den: 8600
weekend: 0
UPTP Mbps Num: 40882
hr: 6
MAC_UE_SC_Tput: 12001.83
Bearer Releases: 15784

hr: 6
Setup_Fail_DEN: 18796
Peak UE: 27
MB_per_connected_UE: 19.9
PCT Time MIMO: 67.54
DL Volume: 3656
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6537
DL Data Vol MAC in MB: 3367.88
CA Activation Rate den: 180559

Time: 05:15:53
holiday: 0
CA DL DataVolRatio Pct: 81.14
CA DL DataVolRatio Pct num: 2052

Avg_Connected_UEs: 59.88
SIP DC%: 
UPTP_Mbps: 35
DLRLCLayerDataVolume MB: 7217
PRB Util%: 43.21
CA DL DataVolRatio Pct den: 9993
CA Conf FailRate Pct den: 8876
weekend: 0
CA Activation Rate: 21.74
hr: 0
MAC_UE_SC_Tput: 4914.47
Bearer Releases: 10492

hr: 0
Setup_Fail_DEN: 15014
Peak UE: 27
MB_per_connected_UE: 163.12
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6714
DL Data Vol MAC in MB: 2131.28
CA Activation Rate den: 40733

Time: 01:08:23
holiday: 0
CA DL DataVolRatio Pct: 61.37

Avg_Connected_UEs: 79.38
SIP DC%: 
UPTP_Mbps: 40.76
DLRLCLayerDataVolume MB: 2241.69
DRB UL Data Volume MB: 6224
PRB Util%: 49.92
CA DL DataVolRatio Pct den: 9740
weekend: 0
UPTP Mbps Num: 12585
CA Activation Rate: 62.94
hr: 23
MAC_UE_SC_Tput: 6867.53

hr: 23
CA Activation Rate num: 1397019
UPTP Mbps Den: 1218
Setup_Fail_DEN: 19791
Peak UE: 27
MB_per_connected_UE: 168.75
PCT Time MIMO: 53.29
DL Volume: 9835
DL Data Vol MAC in MB: 2030.13
CA Activation Rate den: 101131

Time: 09:57:02
holiday: 0
CA DL DataVolRatio Pct: 60.52
HO_att_InterFreq: 908

Avg_Connected_UEs: 47.54
SIP DC%: 
DLRLCLayerDataVolume MB: 4499.3
DRB UL Data Volume MB: 6591
RRC Setup Attempts: 6940
weekend: 0
hr: 23
MAC_UE_SC_Tput: 15820.75
Bearer Releases: 14733

hr: 23
CA Activation Rate num: 10286517
Setup_Fail_DEN: 15154
SIP_SC_Total_MOU: 49.33
Peak UE: 95
MB_per_connected_UE: 12.2
PCT Time MIMO: 37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4640

Time: 23:09:14
holiday: 0
CA DL DataVolRatio Pct: 73.72

DL MAC Vol Scell Pct: 15.23
Avg_Connected_UEs: 27.14
SIP DC%: 
DRB UL Data Volume MB: 9263
RRC Setup Attempts: 8034
CA DL DataVolRatio Pct den: 7643
weekend: 0
UPTP Mbps Num: 16510
CA Activation Rate: 35.06
hr: 5
MAC_UE_SC_Tput: 13520.69

hr: 5
CA Activation Rate num: 314972
SIP_SC_Total_MOU: 247.92
Peak UE: 27
MB_per_connected_UE: 20.84
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9368
DL Data Vol MAC in MB: 6540.48
CA Activation Rate den: 52012

Time: 22:32:56
holiday: 0

SIP DC%: 
UPTP_Mbps: 36.87
DLRLCLayerDataVolume MB: 2220.4
DRB UL Data Volume MB: 2339
RRC Setup Attempts: 7520
CA Conf FailRate Pct den: 8829
weekend: 0
UPTP Mbps Num: 14056
CA Activation Rate: 5.57
hr: 23
MAC_UE_SC_Tput: 9193.39

hr: 23
CA Activation Rate num: 8536370
Peak UE: 74
MB_per_connected_UE: 98.99
DL Volume: 956
DL Data Vol MAC in MB: 10149.31
CA Activation Rate den: 50764

Time: 18:25:36
holiday: 0
CA DL DataVolRatio Pct: 59.5
CA DL DataVolRatio Pct num: 5015

DL MAC Vol Scell Pct: 24.3
SIP DC%: 
UPTP_Mbps: 46.67
DLRLCLayerDataVolume MB: 4069.96
CA DL DataVolRatio Pct den: 4592
CA Conf FailRate Pct den: 2832
weekend: 0
CA Activation Rate: 13.03
hr: 7
MAC_UE_SC_Tput: 10651.82
Bearer Releases: 13262

hr: 7
CA Activation Rate num: 722709
SIP_SC_Total_MOU: 16.13
Peak UE: 31
MB_per_connected_UE: 156.2
DL Volume: 8617
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5424
CA Activation Rate den: 130109

Time: 18:30:06
holiday: 0
CA DL DataVolRatio Pct: 80.84
CA DL DataVolRatio Pct num: 5023

Avg_Connected_UEs: 44.74
SIP DC%: 
DLRLCLayerDataVolume MB: 3105
PRB Util%: 49.77
CA DL DataVolRatio Pct den: 7207
weekend: 0
UPTP Mbps Num: 20743
hr: 9
MAC_UE_SC_Tput: 5681.36
Bearer Releases: 7448

hr: 9
CA Activation Rate num: 8299739
Setup_Fail_DEN: 7316
Peak UE: 61
MB_per_connected_UE: 59.74
PCT Time MIMO: 54.04
DL Volume: 4749
DL Data Vol MAC in MB: 567.79
CA Activation Rate den: 216354

Combined RACH Preambles: 4458
Time: 00:47:09
holiday: 0
CA DL DataVolRatio Pct: 80.99
CA DL DataVolRatio Pct num: 4714
HO Attempts: 747

DL MAC Vol Scell Pct: 16.86
Avg_Connected_UEs: 51.18
SIP DC%: 
DRB UL Data Volume MB: 1600
RRC Setup Attempts: 5770
weekend: 0
UPTP Mbps Num: 8226
hr: 15
Bearer Releases: 14575

hr: 15
CA Activation Rate num: 1246867
Setup_Fail_DEN: 10375
SIP_SC_Total_MOU: 183.81
Peak UE: 45
CA Activation Rate den: 59669

Time: 23:39:00
holiday: 0

DL MAC Vol Scell Pct: 21.8
Avg_Connected_UEs: 82.3
SIP DC%: 
DRB UL Data Volume MB: 4179
CA Conf FailRate Pct den: 5072
weekend: 0
CA Activation Rate: 9.13
hr: 19
MAC_UE_SC_Tput: 13059.04
Bearer Releases: 13813

hr: 19
CA Activation Rate num: 9602499
Setup_Fail_DEN: 14294
SIP_SC_Total_MOU: 324.71
Peak UE: 54
MB_per_connected_UE: 54.01

Time: 06:56:37
holiday: 0
CA DL DataVolRatio Pct: 62.26

DL MAC Vol Scell Pct: 19.73
Avg_Connected_UEs: 70.28
SIP DC%: 
UPTP_Mbps: 25.22
DLRLCLayerDataVolume MB: 1374.41
DRB UL Data Volume MB: 9669
PRB Util%: 59.34
CA DL DataVolRatio Pct den: 7666
weekend: 1
CA Activation Rate: 69.12
hr: 1
MAC_UE_SC_Tput: 8774.96
Bearer Releases: 10200

hr: 1
CA Activation Rate num: 5587875
UPTP Mbps Den: 1246
Setup_Fail_DEN: 10539
SIP_SC_Total_MOU: 127.31
Peak UE: 43
MB_per_connected_UE: 88.6
DL Data Vol MAC in MB: 3275.05

Time: 01:54:57
holiday: 0

DL MAC Vol Scell Pct: 10.03
SIP DC%: 
RRC Setup Attempts: 8491
CA DL DataVolRatio Pct den: 9579
CA Conf FailRate Pct den: 9454
weekend: 0
hr: 23
MAC_UE_SC_Tput: 18217.48
Bearer Releases: 13316

hr: 23
CA Activation Rate num: 8307170
Setup_Fail_DEN: 15614
SIP_SC_Total_MOU: 22.97
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 127.46
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8533
CA Activation Rate den: 125316

holiday: 0

DL MAC Vol Scell Pct: 38.74
Avg_Connected_UEs: 51.02
SIP DC%: 
DLRLCLayerDataVolume MB: 8150.57
DRB UL Data Volume MB: 8166
PRB Util%: 46.31
RRC Setup Attempts: 3352
CA Conf FailRate Pct den: 4657
weekend: 0
hr: 23
Bearer Releases: 8269

hr: 23
CA Activation Rate num: 5593689
SIP_SC_Total_MOU: 96.31
Peak UE: 27
MB_per_connected_UE: 152.75
PCT Time MIMO: 49.59
DL Volume: 3366
DL Data Vol MAC in MB: 1416.89

Time: 23:13:47
holiday: 0
CA DL DataVolRatio Pct: 86.81
HO Attempts: 400

DL MAC Vol Scell Pct: 39.34
SIP DC%: 
DLRLCLayerDataVolume MB: 7371.42
DRB UL Data Volume MB: 4733
PRB Util%: 13.36
weekend: 1
UPTP Mbps Num: 50821
hr: 3
MAC_UE_SC_Tput: 4366.86
Bearer Releases: 8901

hr: 3
CA Activation Rate num: 7992983
Setup_Fail_DEN: 9815
Peak UE: 27
MB_per_connected_UE: 62.12
CA Activation Rate den: 69849
Combined RACH Preambles: 2733

Time: 11:05:53
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2180.91
DRB UL Data Volume MB: 6344
PRB Util%: 43.97
RRC Setup Attempts: 5518
CA DL DataVolRatio Pct den: 6741
CA Conf FailRate Pct den: 4178
weekend: 0
CA Activation Rate: 67.43
RRC Setup Failures: 35
hr: 13
MAC_UE_SC_Tput: 12705.01
Bearer Releases: 12150

hr: 13
CA Activation Rate num: 9493386
Setup_Fail_DEN: 16860
SIP_SC_Total_MOU: 81.92
Peak UE: 32
MB_per_connected_UE: 53.57
PCT Time MIMO: 34.53
DL Volume: 2088
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4825
DL Data Vol MAC in MB: 5710.36
CA Activation Rate den: 66462

Time: 19:21:13
holiday: 0
CA DL DataVolRatio Pct: 89.25
CA DL DataVolRatio Pct num: 2002

SIP DC%: 
UPTP_Mbps: 14.39
DLRLCLayerDataVolume MB: 1187.36
DRB UL Data Volume MB: 8643
weekend: 0
UPTP Mbps Num: 47323
CA Activation Rate: 21.44
hr: 23
MAC_UE_SC_Tput: 6242.75

hr: 23
CA Activation Rate num: 4199649
Setup_Fail_DEN: 8352
Peak UE: 45
VOLTE IA%: 
MB_per_connected_UE: 15.27
DL Volume: 1018
CA Activation Rate den: 81008

Combined RACH Preambles: 3288
Time: 00:02:05
holiday: 0
CA DL DataVolRatio Pct: 65.49

SIP DC%: 
DLRLCLayerDataVolume MB: 3760.54
DRB UL Data Volume MB: 5122
RRC Setup Attempts: 7674
CA Conf FailRate Pct den: 8613
weekend: 0
UPTP Mbps Num: 41920
CA Activation Rate: 16.8
hr: 21
MAC_UE_SC_Tput: 16404.02

hr: 21
CA Activation Rate num: 2093249
Setup_Fail_DEN: 14373
Peak UE: 89
DL Data Vol MAC in MB: 9130.11
CA Activation Rate den: 99521

Time: 17:32:41
holiday: 0
CA DL DataVolRatio Pct: 78.31
CA DL DataVolRatio Pct num: 4229

Avg_Connected_UEs: 78.37
SIP DC%: 
DLRLCLayerDataVolume MB: 8295.11
DRB UL Data Volume MB: 5230
CA DL DataVolRatio Pct den: 1416
weekend: 0
CA Activation Rate: 47.06
hr: 0
MAC_UE_SC_Tput: 7935.39

hr: 0
CA Activation Rate num: 6754380
Setup_Fail_DEN: 8984
Peak UE: 70
MB_per_connected_UE: 141.43
PCT Time MIMO: 35.71
DL Volume: 9788
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4560
DL Data Vol MAC in MB: 5479.01
CA Activation Rate den: 90244

Time: 05:58:55
holiday: 0
CA DL DataVolRatio Pct: 50.13
CA DL DataVolRatio Pct num: 6156

SIP DC%: 
DLRLCLayerDataVolume MB: 5080.49
DRB UL Data Volume MB: 7763
RRC Setup Attempts: 3546
CA Conf FailRate Pct den: 6795
weekend: 0
hr: 23
MAC_UE_SC_Tput: 9333.1
Bearer Releases: 17251

hr: 23
CA Activation Rate num: 9075793
Setup_Fail_DEN: 11196
SIP_SC_Total_MOU: 98.27
Peak UE: 73
VOLTE IA%: 
MB_per_connected_UE: 89.22
DL Volume: 1937
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7413
DL Data Vol MAC in MB: 8487.6

Time: 00:00:00
holiday: 0

DL MAC Vol Scell Pct: 17.84
Avg_Connected_UEs: 24.23
SIP DC%: 
UPTP_Mbps: 42.66
DLRLCLayerDataVolume MB: 869.13
DRB UL Data Volume MB: 2590
RRC Setup Attempts: 6111
weekend: 0
UPTP Mbps Num: 1212
CA Activation Rate: 52.34
hr: 10
Bearer Releases: 7558

hr: 10
CA Activation Rate num: 4274289
SIP_SC_Total_MOU: 3.89
Peak UE: 59
MB_per_connected_UE: 41.31
DL Volume: 1521
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6316

Time: 06:59:26
holiday: 0

DL MAC Vol Scell Pct: 17.26
Avg_Connected_UEs: 24.95
SIP DC%: 
UPTP_Mbps: 23.83
DLRLCLayerDataVolume MB: 164.03
RRC Setup Attempts: 6945
CA DL DataVolRatio Pct den: 9733
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4636.61
Bearer Releases: 8493

hr: 0
CA Activation Rate num: 10659188
SIP_SC_Total_MOU: 134.85
Peak UE: 27
MB_per_connected_UE: 101.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6857
UL Throughput: 14.23
DL Data Vol MAC in MB: 342.35
CA Activation Rate den: 53248
Time: 07:48:41

holiday: 0
CA DL DataVolRatio Pct: 70.33

SIP DC%: 
DLRLCLayerDataVolume MB: 7321.88
PRB Util%: 39.74
CA DL DataVolRatio Pct den: 8674
CA Conf FailRate Pct den: 5256
weekend: 0
CA Activation Rate: 70.71
hr: 11

hr: 11
CA Activation Rate num: 4156336
UPTP Mbps Den: 594
Setup_Fail_DEN: 15626
Peak UE: 27
DL Volume: 7256
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6092
DL Data Vol MAC in MB: 5275.81

Time: 17:30:14
holiday: 0
CA DL DataVolRatio Pct: 72.26
CA DL DataVolRatio Pct num: 5354

SIP DC%: 
UPTP_Mbps: 30.57
DLRLCLayerDataVolume MB: 3638.05
RRC Setup Attempts: 4373
weekend: 0
UPTP Mbps Num: 26740
CA Activation Rate: 3.37
hr: 21
MAC_UE_SC_Tput: 13893.4
Bearer Releases: 10236

hr: 21
CA Activation Rate num: 3090184
Peak UE: 53
DL Data Vol MAC in MB: 4637.88

Time: 20:56:49
holiday: 0

DL MAC Vol Scell Pct: 42.59
SIP DC%: 
RRC Setup Attempts: 5125
CA DL DataVolRatio Pct den: 4027
CA Conf FailRate Pct den: 7374
weekend: 1
UPTP Mbps Num: 23462
CA Activation Rate: 14.85
hr: 23
MAC_UE_SC_Tput: 8033.58
Bearer Releases: 7006

hr: 23
CA Activation Rate num: 9496286
Setup_Fail_DEN: 11015
SIP_SC_Total_MOU: 233.83
Peak UE: 52
DL Volume: 7071
DL Data Vol MAC in MB: 8881.02

Time: 17:10:30
holiday: 0
CA DL DataVolRatio Pct: 79.2

DL MAC Vol Scell Pct: 19.34
SIP DC%: 
DLRLCLayerDataVolume MB: 3850.11
DRB UL Data Volume MB: 9118
PRB Util%: 35.55
RRC Setup Attempts: 5623
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7178.66
Bearer Releases: 10481

hr: 23
CA Activation Rate num: 6546964
SIP_SC_Total_MOU: 19.32
Peak UE: 37
MB_per_connected_UE: 98.81
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3403
DL Data Vol MAC in MB: 9998.65

Time: 17:59:24
holiday: 0

Avg_Connected_UEs: 21.11
SIP DC%: 
UPTP_Mbps: 25.47
DLRLCLayerDataVolume MB: 448.82
CA DL DataVolRatio Pct den: 3797
weekend: 1
UPTP Mbps Num: 14347
CA Activation Rate: 48.32
hr: 5
MAC_UE_SC_Tput: 7748.96
Bearer Releases: 6287

hr: 5
UPTP Mbps Den: 1776
Setup_Fail_DEN: 7415
SIP_SC_Total_MOU: 400.62
Peak UE: 43
DL Volume: 6337
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4875
DL Data Vol MAC in MB: 1530.21
CA Activation Rate den: 44747
Combined RACH Preambles: 3188

Time: 14:35:04
holiday: 0
CA DL DataVolRatio Pct num: 5640

DL MAC Vol Scell Pct: 43.32
SIP DC%: 
DRB UL Data Volume MB: 8693
RRC Setup Attempts: 6382
CA Conf FailRate Pct den: 6153
weekend: 1
UPTP Mbps Num: 2192
hr: 0
MAC_UE_SC_Tput: 4634.42
Bearer Releases: 8667

hr: 0
CA Activation Rate num: 3721951
SIP_SC_Total_MOU: 317.52
Peak UE: 95
MB_per_connected_UE: 43.23
DL Data Vol MAC in MB: 8262.79
CA Activation Rate den: 170331

Time: 16:31:01
holiday: 0
CA DL DataVolRatio Pct: 67.22
CA DL DataVolRatio Pct num: 3570

SIP DC%: 
UPTP_Mbps: 113.97
DLRLCLayerDataVolume MB: 9480.94
DRB UL Data Volume MB: 1542
PRB Util%: 41.13
CA DL DataVolRatio Pct den: 4261
weekend: 0
UPTP Mbps Num: 35685
hr: 1
MAC_UE_SC_Tput: 17687.71
Bearer Releases: 7383

hr: 1
CA Activation Rate num: 1329535
Setup_Fail_DEN: 9686
Peak UE: 27
MB_per_connected_UE: 155.83
DL Data Vol MAC in MB: 2438.67
CA Activation Rate den: 62509

Time: 01:13:28
holiday: 0

SIP DC%: 
UPTP_Mbps: 44.92
DLRLCLayerDataVolume MB: 3146.6
DRB UL Data Volume MB: 8056
PRB Util%: 34.72
CA Conf FailRate Pct den: 8169
weekend: 0
hr: 0
MAC_UE_SC_Tput: 17924.25

hr: 0
CA Activation Rate num: 3943996
Peak UE: 58
MB_per_connected_UE: 96.99
PCT Time MIMO: 35.22
DL Volume: 8937
CA Activation Rate den: 52810

Combined RACH Preambles: 4950
Time: 00:11:36
holiday: 0

DL MAC Vol Scell Pct: 56.92
SIP DC%: 
UPTP_Mbps: 42.41
DLRLCLayerDataVolume MB: 371.76
DRB UL Data Volume MB: 3452
PRB Util%: 34.73
RRC Setup Attempts: 7184
CA Conf FailRate Pct den: 3089
weekend: 0
UPTP Mbps Num: 21764
S1U_SIP_SC_SEER_num: 226
CA Activation Rate: 20.12
hr: 4
MAC_UE_SC_Tput: 13103.1
Bearer Releases: 13446

hr: 4
Setup_Fail_DEN: 9240
SIP_SC_Total_MOU: 41.89
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 112.76
DL Volume: 4574
DL Data Vol MAC in MB: 2860.5

Time: 13:55:28
holiday: 0

SIP DC%: 
UPTP_Mbps: 46.29
DLRLCLayerDataVolume MB: 3829.15
DRB UL Data Volume MB: 5227
PRB Util%: 32.1
RRC Setup Attempts: 3499
weekend: 0
CA Activation Rate: 52.06
hr: 19
MAC_UE_SC_Tput: 25014.89

hr: 19
CA Activation Rate num: 419249
Setup_Fail_DEN: 16592
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6223
DL Data Vol MAC in MB: 7067.5
CA Activation Rate den: 55481

Time: 05:22:12
holiday: 0
CA DL DataVolRatio Pct num: 2963

DL MAC Vol Scell Pct: 4.89
SIP DC%: 
UPTP_Mbps: 38.33
CA Conf FailRate Pct den: 2848
weekend: 0
UPTP Mbps Num: 9120
CA Activation Rate: 39.58
hr: 21
MAC_UE_SC_Tput: 7881.15
Bearer Releases: 17433

hr: 21
CA Activation Rate num: 7641851
UPTP Mbps Den: 5615
Setup_Fail_DEN: 15592
Peak UE: 27
MB_per_connected_UE: 120.92
DL Volume: 161
UL Throughput: 6.84
CA Activation Rate den: 102178

Time: 06:06:10
holiday: 0

Avg_Connected_UEs: 53.29
SIP DC%: 
DLRLCLayerDataVolume MB: 5983.66
DRB UL Data Volume MB: 6879
weekend: 0
UPTP Mbps Num: 1805
hr: 23
MAC_UE_SC_Tput: 9168.42
Bearer Releases: 13988

hr: 23
CA Activation Rate num: 10405269
UPTP Mbps Den: 5850
Setup_Fail_DEN: 12216
SIP_SC_Total_MOU: 305.06
Peak UE: 46
PCT Time MIMO: 51.01
CA Activation Rate den: 84337

Time: 23:31:56
holiday: 0

DL MAC Vol Scell Pct: 58.74
SIP DC%: 
DLRLCLayerDataVolume MB: 4783.72
DRB UL Data Volume MB: 640
UL Resid BLER PCT: 1.08
CA Conf FailRate Pct den: 7091
weekend: 0
UPTP Mbps Num: 12450
hr: 20

hr: 20
CA Activation Rate num: 10719888
Setup_Fail_DEN: 19152
SIP_SC_Total_MOU: 164.41
Peak UE: 45
MB_per_connected_UE: 136.04
PCT Time MIMO: 35.77
CA Activation Rate den: 71559

Time: 19:21:06
holiday: 0
CA DL DataVolRatio Pct: 47.89
CA DL DataVolRatio Pct num: 6511

Avg_Connected_UEs: 23.98
SIP DC%: 
UPTP_Mbps: 59.98
DLRLCLayerDataVolume MB: 4626.82
DRB UL Data Volume MB: 6798
PRB Util%: 32.25
CA DL DataVolRatio Pct den: 9095
weekend: 1
UPTP Mbps Num: 40832
hr: 23
MAC_UE_SC_Tput: 15163.88

hr: 23
CA Activation Rate num: 7715185
SIP_SC_Total_MOU: 75.73
Peak UE: 54
MB_per_connected_UE: 9.38
DL Volume: 7399
DL Data Vol MAC in MB: 6882.37
CA Activation Rate den: 141063

Time: 06:35:54
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1350.82
DRB UL Data Volume MB: 7956
PRB Util%: 32.62
weekend: 1
CA Activation Rate: 24.01
hr: 23
MAC_UE_SC_Tput: 5303.95
Bearer Releases: 11358

hr: 23
CA Activation Rate num: 10282363
UPTP Mbps Den: 2212
SIP_SC_Total_MOU: 195.95
Peak UE: 27
MB_per_connected_UE: 121.92
PCT Time MIMO: 55.92
DL Volume: 8051
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4025
DL Data Vol MAC in MB: 5121.01
CA Activation Rate den: 93080

Time: 09:25:31
holiday: 0
CA DL DataVolRatio Pct: 41.35

DL MAC Vol Scell Pct: 57.41
Avg_Connected_UEs: 70.13
SIP DC%: 
DLRLCLayerDataVolume MB: 876.16
DRB UL Data Volume MB: 6155
PRB Util%: 57.07
CA Conf FailRate Pct den: 7501
weekend: 0
UPTP Mbps Num: 38247
CA Activation Rate: 30.75
hr: 0
MAC_UE_SC_Tput: 6159.16
Bearer Releases: 7243

hr: 0
CA Activation Rate num: 9558055
UPTP Mbps Den: 1427
Peak UE: 39
DL Volume: 8179

Time: 17:52:24
holiday: 0
CA DL DataVolRatio Pct num: 5657

SIP DC%: 
DLRLCLayerDataVolume MB: 187.28
DRB UL Data Volume MB: 7060
PRB Util%: 66.24
weekend: 0
UPTP Mbps Num: 23338
CA Activation Rate: 35.71
hr: 18
MAC_UE_SC_Tput: 6324.23
Bearer Releases: 6237

hr: 18
CA Activation Rate num: 5500001
UPTP Mbps Den: 2552
Setup_Fail_DEN: 7254
SIP_SC_Total_MOU: 150.72
Peak UE: 75
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5553
DL Data Vol MAC in MB: 1093.89

Time: 15:04:16
holiday: 0

Avg_Connected_UEs: 30.18
SIP DC%: 
UPTP_Mbps: 25.96
PRB Util%: 6.16
RRC Setup Attempts: 7819
CA DL DataVolRatio Pct den: 1840
CA Conf FailRate Pct den: 5055
weekend: 0
UPTP Mbps Num: 54417
CA Activation Rate: 23.03
hr: 13
MAC_UE_SC_Tput: 10857.51
Bearer Releases: 18660

hr: 13
UPTP Mbps Den: 1681
Setup_Fail_DEN: 13943
SIP_SC_Total_MOU: 368.38
Peak UE: 65
VOLTE IA%: 
MB_per_connected_UE: 86.97
DL Data Vol MAC in MB: 4023.67
CA Activation Rate den: 62348

Time: 14:11:12
holiday: 0

DL MAC Vol Scell Pct: 15.44
Avg_Connected_UEs: 24.21
SIP DC%: 
UPTP_Mbps: 21.35
DLRLCLayerDataVolume MB: 7123.3
weekend: 0
UPTP Mbps Num: 34435
CA Activation Rate: 62.11
hr: 11
MAC_UE_SC_Tput: 6170.35
Bearer Releases: 14731

hr: 11
CA Activation Rate num: 8820140
Setup_Fail_DEN: 7744
Peak UE: 48
MB_per_connected_UE: 14.31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8268
CA Activation Rate den: 85365

Time: 10:40:00
holiday: 0

DL MAC Vol Scell Pct: 38.04
Avg_Connected_UEs: 79.28
SIP DC%: 
UPTP_Mbps: 30.4
DLRLCLayerDataVolume MB: 5907.34
DRB UL Data Volume MB: 5453
PRB Util%: 72.12
CA DL DataVolRatio Pct den: 5868
CA Conf FailRate Pct den: 7584
weekend: 1
CA Activation Rate: 22.39
hr: 16
MAC_UE_SC_Tput: 6195.33
Bearer Releases: 14008

hr: 16
CA Activation Rate num: 8239265
UPTP Mbps Den: 2072
SIP_SC_Total_MOU: 324.15
Peak UE: 30
MB_per_connected_UE: 41.71
PCT Time MIMO: 57.42
DL Volume: 1039
UL Throughput: 11.35
CA Activation Rate den: 51006

Time: 09:57:33
holiday: 0
CA DL DataVolRatio Pct num: 4761

DL MAC Vol Scell Pct: 43.53
SIP DC%: 
UPTP_Mbps: 51.68
DLRLCLayerDataVolume MB: 2368.49
CA DL DataVolRatio Pct den: 3087
weekend: 1
CA Activation Rate: 40.02
hr: 23
MAC_UE_SC_Tput: 4530.73
Bearer Releases: 6463

hr: 23
CA Activation Rate num: 9362490
SIP_SC_Total_MOU: 201.6
Peak UE: 43
MB_per_connected_UE: 115.55
DL Data Vol MAC in MB: 1447.77

Time: 11:53:58
holiday: 0
HO_att_InterFreq: 783

SIP DC%: 
UPTP_Mbps: 8.87
DLRLCLayerDataVolume MB: 1385.23
PRB Util%: 13.06
CA DL DataVolRatio Pct den: 5267
weekend: 0
hr: 9
MAC_UE_SC_Tput: 9625.78
Bearer Releases: 10434

hr: 9
CA Activation Rate num: 3029838
UPTP Mbps Den: 2876
Setup_Fail_DEN: 15367
Peak UE: 27
MB_per_connected_UE: 91.73
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3317
DL Data Vol MAC in MB: 3637.13

Combined RACH Preambles: 2878
Time: 08:44:44
holiday: 0
CA DL DataVolRatio Pct: 85.26
HO_att_InterFreq: 664

Avg_Connected_UEs: 26.76
SIP DC%: 
UPTP_Mbps: 20.36
DLRLCLayerDataVolume MB: 8434.04
RRC Setup Attempts: 7926
CA DL DataVolRatio Pct den: 6936
CA Conf FailRate Pct den: 8624
weekend: 0
hr: 6
MAC_UE_SC_Tput: 5063.42
Bearer Releases: 16142

hr: 6
Peak UE: 27
VOLTE IA%: 0.52
MB_per_connected_UE: 38.36
DL Volume: 766
UL Throughput: 6.95

Time: 04:15:38
holiday: 0
CA DL DataVolRatio Pct num: 4439

Avg_Connected_UEs: 78.11
SIP DC%: 
DLRLCLayerDataVolume MB: 6095.96
PRB Util%: 33.76
RRC Setup Attempts: 5715
CA DL DataVolRatio Pct den: 4814
weekend: 0
UPTP Mbps Num: 14806
CA Activation Rate: 37.73
hr: 4
MAC_UE_SC_Tput: 24099.91
Bearer Releases: 10069

hr: 4
UPTP Mbps Den: 2472
Setup_Fail_DEN: 6496
SIP_SC_Total_MOU: 207.15
Peak UE: 44
MB_per_connected_UE: 150.06
DL Data Vol MAC in MB: 6407.03
CA Activation Rate den: 120644

Time: 09:39:19
holiday: 0
CA DL DataVolRatio Pct: 70.77
HO Attempts: 74

DL MAC Vol Scell Pct: 40.5
SIP DC%: 
DLRLCLayerDataVolume MB: 8921.45
DRB UL Data Volume MB: 2146
CA DL DataVolRatio Pct den: 4199
weekend: 0
UPTP Mbps Num: 28366
hr: 0
MAC_UE_SC_Tput: 6525.34
Bearer Releases: 12353

hr: 0
CA Activation Rate num: 6308010
SIP_SC_Total_MOU: 110.7
Peak UE: 27
DL Volume: 3529
DL Data Vol MAC in MB: 10009.55
CA Activation Rate den: 111436

Combined RACH Preambles: 3580
Time: 09:18:28
holiday: 0

Avg_Connected_UEs: 36.92
SIP DC%: 
UPTP_Mbps: 22.16
DRB UL Data Volume MB: 5947
PRB Util%: 71.88
RRC Setup Attempts: 3997
CA DL DataVolRatio Pct den: 7820
weekend: 1
UPTP Mbps Num: 16621
CA Activation Rate: 28.45
hr: 23
MAC_UE_SC_Tput: 19634.54
Bearer Releases: 8511

hr: 23
CA Activation Rate num: 10874187
UPTP Mbps Den: 416
Setup_Fail_DEN: 8685
SIP_SC_Total_MOU: 104.63
Peak UE: 27
MB_per_connected_UE: 27.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4779

Time: 19:58:45
holiday: 0
CA DL DataVolRatio Pct num: 5563

SIP DC%: 
DLRLCLayerDataVolume MB: 3127.04
DRB UL Data Volume MB: 7974
PRB Util%: 59.97
CA DL DataVolRatio Pct den: 394
weekend: 0
CA Activation Rate: 47.39
hr: 5
MAC_UE_SC_Tput: 18056.53

hr: 5
CA Activation Rate num: 7484856
UPTP Mbps Den: 137
Setup_Fail_DEN: 9180
SIP_SC_Total_MOU: 33.94
Peak UE: 33
DL Volume: 6319
Time: 07:36:36

holiday: 0
CA DL DataVolRatio Pct: 78.39
CA DL DataVolRatio Pct num: 2950

SIP DC%: 
UPTP_Mbps: 27.02
CA DL DataVolRatio Pct den: 5987
weekend: 0
UPTP Mbps Num: 21020
hr: 0
MAC_UE_SC_Tput: 4787.72
Bearer Releases: 6511

hr: 0
CA Activation Rate num: 318769
Setup_Fail_DEN: 19708
Peak UE: 27
MB_per_connected_UE: 48.22
DL Data Vol MAC in MB: 6144.27
CA Activation Rate den: 85651
Combined RACH Preambles: 3825

Time: 13:48:18
holiday: 0
CA DL DataVolRatio Pct: 80.49

DL MAC Vol Scell Pct: 15.88
SIP DC%: 
UPTP_Mbps: 65.69
DLRLCLayerDataVolume MB: 5021.18
RRC Setup Attempts: 9025
CA DL DataVolRatio Pct den: 8891
weekend: 0
UPTP Mbps Num: 2150
hr: 13
MAC_UE_SC_Tput: 6267.21

hr: 13
CA Activation Rate num: 8131031
UPTP Mbps Den: 311
Setup_Fail_DEN: 13002
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8560
DL Data Vol MAC in MB: 5382.31
CA Activation Rate den: 148340
Time: 04:57:52

holiday: 0
CA DL DataVolRatio Pct: 73.99
CA DL DataVolRatio Pct num: 311

DL MAC Vol Scell Pct: 26.06
Avg_Connected_UEs: 16.35
SIP DC%: 
DLRLCLayerDataVolume MB: 7517.38
RRC Setup Attempts: 3637
CA DL DataVolRatio Pct den: 5282
weekend: 1
UPTP Mbps Num: 18422
hr: 3
MAC_UE_SC_Tput: 17635.77
Bearer Releases: 12755

hr: 3
CA Activation Rate num: 5904983
Setup_Fail_DEN: 8882
SIP_SC_Total_MOU: 350.35
Peak UE: 88
MB_per_connected_UE: 65.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6211
DL Data Vol MAC in MB: 8005.91

Time: 04:06:36
holiday: 0
CA DL DataVolRatio Pct: 89.28

DL MAC Vol Scell Pct: 20.69
SIP DC%: 
UPTP_Mbps: 28.82
DLRLCLayerDataVolume MB: 4513.72
PRB Util%: 59.74
CA DL DataVolRatio Pct den: 5060
CA Conf FailRate Pct den: 4694
weekend: 0
UPTP Mbps Num: 37979
hr: 21
MAC_UE_SC_Tput: 4676.06
Bearer Releases: 16707

hr: 21
CA Activation Rate num: 10808813
Setup_Fail_DEN: 10438
SIP_SC_Total_MOU: 12.3
Peak UE: 27
MB_per_connected_UE: 118.52
PCT Time MIMO: 47.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6571
DL Data Vol MAC in MB: 5351.93
CA Activation Rate den: 53956

Combined RACH Preambles: 2073
Time: 18:44:56
holiday: 0
CA DL DataVolRatio Pct: 77.12
HO_att_InterFreq: 188
HO Attempts: 729

DL MAC Vol Scell Pct: 18.64
Avg_Connected_UEs: 76.82
SIP DC%: 
DLRLCLayerDataVolume MB: 3093.11
PRB Util%: 51.07
RRC Setup Attempts: 9801
CA DL DataVolRatio Pct den: 8971
weekend: 0
UPTP Mbps Num: 14085
CA Activation Rate: 19.75
hr: 14
MAC_UE_SC_Tput: 6794.06
Bearer Releases: 14348

hr: 14
CA Activation Rate num: 10008133
Peak UE: 65
MB_per_connected_UE: 12.68
PCT Time MIMO: 51.87
DL Volume: 1361
DL Data Vol MAC in MB: 3784.39
CA Activation Rate den: 41741

Time: 15:16:59
holiday: 0

Avg_Connected_UEs: 79.07
SIP DC%: 
UPTP_Mbps: 44.59
DLRLCLayerDataVolume MB: 4221.11
PRB Util%: 62.05
CA DL DataVolRatio Pct den: 9581
CA Conf FailRate Pct den: 7272
weekend: 0
UPTP Mbps Num: 30841
hr: 23
MAC_UE_SC_Tput: 5440.22

hr: 23
Setup_Fail_DEN: 18450
Peak UE: 32
MB_per_connected_UE: 175.67
PCT Time MIMO: 52.8
DL Data Vol MAC in MB: 7104.67

Time: 04:12:03
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4926.61
PRB Util%: 32.54
CA DL DataVolRatio Pct den: 4611
weekend: 0
UPTP Mbps Num: 7790
hr: 0
MAC_UE_SC_Tput: 7586.92

hr: 0
Peak UE: 27
MB_per_connected_UE: 80.8
DL Volume: 4970
DL Data Vol MAC in MB: 9729.65
CA Activation Rate den: 69382

Time: 16:33:30
holiday: 0
CA DL DataVolRatio Pct: 71.79
CA DL DataVolRatio Pct num: 1212

Avg_Connected_UEs: 48.18
SIP DC%: 
DLRLCLayerDataVolume MB: 6919.26
RRC Setup Attempts: 4386
CA DL DataVolRatio Pct den: 8220
CA Conf FailRate Pct den: 5998
weekend: 0
UPTP Mbps Num: 24104
CA Activation Rate: 24.54
hr: 6
MAC_UE_SC_Tput: 7181.94

hr: 6
CA Activation Rate num: 5821534
Setup_Fail_DEN: 9624
Peak UE: 32
MB_per_connected_UE: 126.63
PCT Time MIMO: 40.3
DL Volume: 4625
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5434
DL Data Vol MAC in MB: 4874.4

Time: 08:29:09
holiday: 0

Avg_Connected_UEs: 45.91
SIP DC%: 
PRB Util%: 31.97
weekend: 0
UPTP Mbps Num: 21849
CA Activation Rate: 4.86
hr: 14
MAC_UE_SC_Tput: 18312.87

hr: 14
Setup_Fail_DEN: 13616
SIP_SC_Total_MOU: 132.56
Peak UE: 28
MB_per_connected_UE: 126.16
DL Volume: 2670
DL Data Vol MAC in MB: 5934.88
CA Activation Rate den: 219552

Time: 14:54:21
holiday: 0
CA DL DataVolRatio Pct: 41.18

Avg_Connected_UEs: 39.29
SIP DC%: 
UPTP_Mbps: 114.75
DLRLCLayerDataVolume MB: 774.7
RRC Setup Attempts: 6222
CA DL DataVolRatio Pct den: 9031
weekend: 0
UPTP Mbps Num: 3267
hr: 6
MAC_UE_SC_Tput: 13750.36
Bearer Releases: 8465

hr: 6
CA Activation Rate num: 5877251
UPTP Mbps Den: 5930
Peak UE: 27
MB_per_connected_UE: 76.28
DL Volume: 1021
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7200
DL Data Vol MAC in MB: 5050.15
Combined RACH Preambles: 2949

Time: 00:44:00
holiday: 0
CA DL DataVolRatio Pct: 63.07
CA DL DataVolRatio Pct num: 1205
HO Attempts: 243

SIP DC%: 
UPTP_Mbps: 21.67
DLRLCLayerDataVolume MB: 6792.74
DRB UL Data Volume MB: 7190
PRB Util%: 66.9
CA DL DataVolRatio Pct den: 3095
CA Conf FailRate Pct den: 6127
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5128.45

hr: 23
CA Activation Rate num: 7096690
Setup_Fail_DEN: 14859
Peak UE: 27
MB_per_connected_UE: 32.05
DL Data Vol MAC in MB: 3096.92

Time: 05:58:04
holiday: 0

SIP DC%: 
UPTP_Mbps: 98.81
DLRLCLayerDataVolume MB: 8927.32
DRB UL Data Volume MB: 8319
RRC Setup Attempts: 3687
CA DL DataVolRatio Pct den: 2490
weekend: 0
CA Activation Rate: 15.28
hr: 0
MAC_UE_SC_Tput: 16121.68
Bearer Releases: 11621

hr: 0
Avg CQI: 8
CA Activation Rate num: 9730797
Setup_Fail_DEN: 14043
SIP_SC_Total_MOU: 374.18
Peak UE: 27
MB_per_connected_UE: 61.79
DL Volume: 9139
UL Throughput: 8.79
DL Data Vol MAC in MB: 7619.45
CA Activation Rate den: 57954
Combined RACH Preambles: 2118

Time: 02:15:31
holiday: 0
CA DL DataVolRatio Pct num: 3465

DL MAC Vol Scell Pct: 46.73
Avg_Connected_UEs: 18.97
SIP DC%: 
DLRLCLayerDataVolume MB: 7495.76
PRB Util%: 6.89
CA DL DataVolRatio Pct den: 7724
weekend: 0
UPTP Mbps Num: 45529
CA Activation Rate: 5.72
hr: 8
MAC_UE_SC_Tput: 17746.45

hr: 8
CA Activation Rate num: 9794706
Setup_Fail_DEN: 18494
SIP_SC_Total_MOU: 105.07
Peak UE: 27
MB_per_connected_UE: 110.68

Time: 18:52:09
holiday: 0

Avg_Connected_UEs: 77.91
SIP DC%: 
DRB UL Data Volume MB: 7576
RRC Setup Attempts: 6982
CA DL DataVolRatio Pct den: 3123
weekend: 0
UPTP Mbps Num: 7141
hr: 16
MAC_UE_SC_Tput: 48393.07

hr: 16
CA Activation Rate num: 10457429
Setup_Fail_DEN: 6412
Peak UE: 79
MB_per_connected_UE: 39.81
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6343
CA Activation Rate den: 71266

Combined RACH Preambles: 2337
Time: 15:17:21
holiday: 0
CA DL DataVolRatio Pct num: 5786

SIP DC%: 
DRB UL Data Volume MB: 5576
RRC Setup Attempts: 8695
CA DL DataVolRatio Pct den: 4632
CA Conf FailRate Pct den: 8052
weekend: 0
hr: 16
MAC_UE_SC_Tput: 19051.57
Bearer Releases: 16873

hr: 16
CA Activation Rate num: 7762738
UPTP Mbps Den: 1237
Setup_Fail_DEN: 13414
SIP_SC_Total_MOU: 134.53
Peak UE: 30
MB_per_connected_UE: 93.08
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4831

Combined RACH Preambles: 3697
Time: 07:15:28
holiday: 0

SIP DC%: 
UPTP_Mbps: 41.92
DRB UL Data Volume MB: 9284
PRB Util%: 14.01
CA DL DataVolRatio Pct den: 1777
weekend: 0
CA Activation Rate: 29.75
hr: 23
MAC_UE_SC_Tput: 5656.64
Bearer Releases: 6828

hr: 23
Setup_Fail_DEN: 15753
SIP_SC_Total_MOU: 268.35
Peak UE: 47
MB_per_connected_UE: 48.83
PCT Time MIMO: 57.54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3785

Time: 20:27:04
holiday: 0
CA DL DataVolRatio Pct: 57.07
CA DL DataVolRatio Pct num: 5242

SIP DC%: 
DLRLCLayerDataVolume MB: 7194.59
DRB UL Data Volume MB: 7131
CA DL DataVolRatio Pct den: 1581
CA Conf FailRate Pct den: 7191
weekend: 0
UPTP Mbps Num: 38164
hr: 2
MAC_UE_SC_Tput: 4473.46
Bearer Releases: 10140

hr: 2
CA Activation Rate num: 10830611
UPTP Mbps Den: 5535
Setup_Fail_DEN: 19919
Peak UE: 95
DL Data Vol MAC in MB: 4187.19
CA Activation Rate den: 191697

Time: 05:13:12
holiday: 0

SIP DC%: 
UPTP_Mbps: 45.82
RRC Setup Attempts: 7261
CA DL DataVolRatio Pct den: 3737
weekend: 0
UPTP Mbps Num: 24186
hr: 19
MAC_UE_SC_Tput: 5152.43

hr: 19
Avg CQI: 9
CA Activation Rate num: 2260930
UPTP Mbps Den: 2716
Setup_Fail_DEN: 14358
Peak UE: 69
MB_per_connected_UE: 26.96
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4902
DL Data Vol MAC in MB: 1730.6
CA Activation Rate den: 92450

Time: 02:36:00
holiday: 0
CA DL DataVolRatio Pct: 56.44

DL MAC Vol Scell Pct: 29.24
Avg_Connected_UEs: 56.28
SIP DC%: 
DLRLCLayerDataVolume MB: 6029.53
DRB UL Data Volume MB: 8044
PRB Util%: 50.87
RRC Setup Attempts: 5555
weekend: 0
CA Activation Rate: 43.01
hr: 21
MAC_UE_SC_Tput: 4309.56
Bearer Releases: 16820

hr: 21
CA Activation Rate num: 8765356
UPTP Mbps Den: 3021
SIP_SC_Total_MOU: 199.09
Peak UE: 31
MB_per_connected_UE: 128.17
PCT Time MIMO: 48.29

holiday: 0

DL MAC Vol Scell Pct: 20.52
Avg_Connected_UEs: 36.97
SIP DC%: 
UPTP_Mbps: 11.1
DLRLCLayerDataVolume MB: 2693.81
DRB UL Data Volume MB: 4233
CA DL DataVolRatio Pct den: 6952
weekend: 1
hr: 19
MAC_UE_SC_Tput: 5401.64

hr: 19
CA Activation Rate num: 6236067
SIP_SC_Total_MOU: 46.54
Peak UE: 59
MB_per_connected_UE: 7.88
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9143
UL Throughput: 11.58

Time: 08:21:19
holiday: 0
CA DL DataVolRatio Pct num: 6683

DL MAC Vol Scell Pct: 14.8
Avg_Connected_UEs: 52.17
SIP DC%: 
DLRLCLayerDataVolume MB: 142.27
DRB UL Data Volume MB: 9931
CA Conf FailRate Pct den: 6062
weekend: 0
UPTP Mbps Num: 58335
RSSIRX2 Avg: -93.77
hr: 10
MAC_UE_SC_Tput: 14292.25
Bearer Releases: 16287

hr: 10
CA Activation Rate num: 9881803
UPTP Mbps Den: 3791
Setup_Fail_DEN: 19382
SIP_SC_Total_MOU: 284.82
Peak UE: 28
MB_per_connected_UE: 98.01
DL Data Vol MAC in MB: 3982.57
CA Activation Rate den: 70831

Time: 04:08:22
holiday: 0
CA DL DataVolRatio Pct: 60.18
CA DL DataVolRatio Pct num: 3231

DL MAC Vol Scell Pct: 23.63
SIP DC%: 
DLRLCLayerDataVolume MB: 4677.35
DRB UL Data Volume MB: 3995
PRB Util%: 31.51
CA DL DataVolRatio Pct den: 9398
CA Conf FailRate Pct den: 5595
weekend: 1
CA Activation Rate: 51.25
hr: 23
MAC_UE_SC_Tput: 11903.36

hr: 23
CA Activation Rate num: 1005667
Setup_Fail_DEN: 18646
Peak UE: 50
MB_per_connected_UE: 35.11
DL Data Vol MAC in MB: 7730.34

Time: 09:45:28
holiday: 0
Bearer Releases Voice: 187
HO_att_InterFreq: 961

DL MAC Vol Scell Pct: 6.68
Avg_Connected_UEs: 60.68
SIP DC%: 
DLRLCLayerDataVolume MB: 2489.74
DRB UL Data Volume MB: 2989
PRB Util%: 74.82
CA DL DataVolRatio Pct den: 1849
CA Conf FailRate Pct den: 7827
weekend: 0
CA Activation Rate: 65.4
hr: 8
MAC_UE_SC_Tput: 7687.92
Bearer Releases: 17963

hr: 8
CA Activation Rate num: 7819610
UPTP Mbps Den: 2958
Setup_Fail_DEN: 13286
SIP_SC_Total_MOU: 23.27
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9410
DL Data Vol MAC in MB: 4282.66
CA Activation Rate den: 85909

Time: 16:58:59
holiday: 0
CA DL DataVolRatio Pct num: 1004

SIP DC%: 
UPTP_Mbps: 36.5
DLRLCLayerDataVolume MB: 7887.37
PRB Util%: 56.17
RRC Setup Attempts: 6731
CA DL DataVolRatio Pct den: 8609
weekend: 0
UPTP Mbps Num: 4058
CA Activation Rate: 7.8
hr: 18
Bearer Releases: 12477

hr: 18
CA Activation Rate num: 9674443
SIP_SC_Total_MOU: 337.84
MB_per_connected_UE: 80.21
PCT Time MIMO: 67.29
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7385
DL Data Vol MAC in MB: 10050.63

Time: 02:56:29
holiday: 0

SIP DC%: 
PRB Util%: 61.45
RRC Setup Attempts: 5136
CA Conf FailRate Pct den: 4066
weekend: 0
CA Activation Rate: 22.82
hr: 12
MAC_UE_SC_Tput: 16455.4

hr: 12
CA Activation Rate num: 3205309
Setup_Fail_DEN: 9493
Peak UE: 27
DL Volume: 167
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8721
CA Activation Rate den: 36941

Time: 02:18:24
holiday: 0
CA DL DataVolRatio Pct: 80.33

SIP DC%: 
UPTP_Mbps: 14
DRB UL Data Volume MB: 2487
weekend: 1
hr: 10
MAC_UE_SC_Tput: 4410.65

hr: 10
Peak UE: 72
VOLTE IA%: 
PCT Time MIMO: 40.94
DL Data Vol MAC in MB: 10006.48
CA Activation Rate den: 113837

Time: 19:22:18
holiday: 0
CA DL DataVolRatio Pct: 91.72
CA DL DataVolRatio Pct num: 5344

SIP DC%: 
UPTP_Mbps: 20.83
DLRLCLayerDataVolume MB: 4542.77
DL Packet Loss Pct: 3.96
CA DL DataVolRatio Pct den: 9621
CA Conf FailRate Pct den: 8444
weekend: 0
UPTP Mbps Num: 26328
CA Activation Rate: 34.26
hr: 23
MAC_UE_SC_Tput: 23366.87

hr: 23
CA Activation Rate num: 6917223
UPTP Mbps Den: 6014
Setup_Fail_DEN: 13050
SIP_SC_Total_MOU: 91.22
UL MAC Vol Scell Pct: 2.22
Peak UE: 74
MB_per_connected_UE: 191.77
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3448

Time: 13:17:32
holiday: 0
CA DL DataVolRatio Pct: 60.03
HO_att_InterFreq: 525
CA DL DataVolRatio Pct num: 7064

Avg_Connected_UEs: 42.51
SIP DC%: 
DLRLCLayerDataVolume MB: 7297.69
DRB UL Data Volume MB: 9697
CA Conf FailRate Pct den: 4777
weekend: 0
hr: 10
MAC_UE_SC_Tput: 8338.33
Bearer Releases: 11581

hr: 10
CA Activation Rate num: 234297
SIP_SC_Total_MOU: 66.39
UL MAC Vol Scell Pct: 1.8
Peak UE: 65
PCT Time MIMO: 34.2
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4437
UL Throughput: 8.47
DL Data Vol MAC in MB: 9003.66

holiday: 0

Avg_Connected_UEs: 70.17
SIP DC%: 
UPTP_Mbps: 36.04
DLRLCLayerDataVolume MB: 8317.81
PRB Util%: 35.46
RRC Setup Attempts: 6732
CA DL DataVolRatio Pct den: 848
weekend: 1
UPTP Mbps Num: 39385
CA Activation Rate: 22.07
hr: 0
MAC_UE_SC_Tput: 8913.88
Bearer Releases: 9066

hr: 0
CA Activation Rate num: 9782380
Peak UE: 27
MB_per_connected_UE: 16.52
DL Volume: 8872
DL Data Vol MAC in MB: 5966.98
CA Activation Rate den: 78597

Time: 23:09:38
holiday: 0
HO_att_InterFreq: 242
CA DL DataVolRatio Pct num: 2297

Avg_Connected_UEs: 31.48
SIP DC%: 
DLRLCLayerDataVolume MB: 595.72
DRB UL Data Volume MB: 9891
CA DL DataVolRatio Pct den: 2681
weekend: 0
UPTP Mbps Num: 15954
hr: 16
MAC_UE_SC_Tput: 10279.26

hr: 16
CA Activation Rate num: 5982005
SIP_SC_Total_MOU: 365.24
Peak UE: 31
MB_per_connected_UE: 30
DL Data Vol MAC in MB: 5486.68

holiday: 0
CA DL DataVolRatio Pct num: 4597

Avg_Connected_UEs: 21.47
SIP DC%: 
UPTP_Mbps: 9.74
DLRLCLayerDataVolume MB: 8219
DRB UL Data Volume MB: 1225
PRB Util%: 40.39
CA Conf FailRate Pct den: 8863
weekend: 0
UPTP Mbps Num: 42266
hr: 23
MAC_UE_SC_Tput: 10756.47
Bearer Releases: 16866

hr: 23
CA Activation Rate num: 7757331
UPTP Mbps Den: 2916
SIP_SC_Total_MOU: 59.15
Peak UE: 27
CA Activation Rate den: 92818

Time: 19:24:33
holiday: 0
CA DL DataVolRatio Pct num: 119

SIP DC%: 
DRB UL Data Volume MB: 6004
RRC Setup Attempts: 7010
CA Conf FailRate Pct den: 4905
weekend: 1
UPTP Mbps Num: 58042
hr: 7
MAC_UE_SC_Tput: 14101.5
Bearer Releases: 7911

hr: 7
CA Activation Rate num: 1777574
UPTP Mbps Den: 322
Peak UE: 27
MB_per_connected_UE: 63.68
DL Volume: 8847
DL Data Vol MAC in MB: 2477.97

holiday: 0
HO_att_InterFreq: 225

Avg_Connected_UEs: 73.15
SIP DC%: 
DLRLCLayerDataVolume MB: 8905.79
DRB UL Data Volume MB: 6708
CA DL DataVolRatio Pct den: 8209
CA Conf FailRate Pct den: 3214
weekend: 0
UPTP Mbps Num: 30490
hr: 14
Bearer Releases: 11870

hr: 14
CA Activation Rate num: 5925311
Peak UE: 94
PCT Time MIMO: 50.63
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7704
DL Data Vol MAC in MB: 347.8
CA Activation Rate den: 121707

Time: 04:39:49
holiday: 0
CA DL DataVolRatio Pct: 57.41
CA DL DataVolRatio Pct num: 7125

Avg_Connected_UEs: 50.01
SIP DC%: 
DLRLCLayerDataVolume MB: 6984.41
DRB UL Data Volume MB: 4391
PRB Util%: 11.24
RRC Setup Attempts: 7111
weekend: 0
UPTP Mbps Num: 20774
CA Activation Rate: 56.75
hr: 23
MAC_UE_SC_Tput: 7918.13
Bearer Releases: 6416

hr: 23
CA Activation Rate num: 6106262
Peak UE: 61
DL Volume: 3039
DL Data Vol MAC in MB: 7051.14

Time: 04:17:42
holiday: 0
CA DL DataVolRatio Pct: 91.06
CA DL DataVolRatio Pct num: 6868

SIP DC%: 
DLRLCLayerDataVolume MB: 4542.53
CA DL DataVolRatio Pct den: 9508
CA Conf FailRate Pct den: 2821
weekend: 0
UPTP Mbps Num: 27597
hr: 18
MAC_UE_SC_Tput: 7294.46

hr: 18
UPTP Mbps Den: 2201
Setup_Fail_DEN: 14938
Peak UE: 27
MB_per_connected_UE: 183.85
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8581
DL Data Vol MAC in MB: 1618.74
CA Activation Rate den: 149058

Time: 10:51:47
holiday: 0
CA DL DataVolRatio Pct num: 5277

Avg_Connected_UEs: 59.47
SIP DC%: 
UPTP_Mbps: 9.52
DLRLCLayerDataVolume MB: 2103.99
PRB Util%: 36.36
CA Conf FailRate Pct den: 4541
weekend: 0
CA Activation Rate: 17.01
hr: 5
MAC_UE_SC_Tput: 7317.23
Bearer Releases: 7218

hr: 5
CA Activation Rate num: 1099941
UPTP Mbps Den: 119
Setup_Fail_DEN: 11820
Peak UE: 43
MB_per_connected_UE: 73.51
DL Volume: 228
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8551
DL Data Vol MAC in MB: 3587.89
CA Activation Rate den: 80502

Time: 18:07:58
holiday: 0
CA DL DataVolRatio Pct: 65.37

Avg_Connected_UEs: 73.1
SIP DC%: 
DLRLCLayerDataVolume MB: 486.03
DRB UL Data Volume MB: 8361
CA DL DataVolRatio Pct den: 9988
weekend: 0
hr: 23
MAC_UE_SC_Tput: 18595.14
Bearer Releases: 11155

hr: 23
CA Activation Rate num: 5151520
UPTP Mbps Den: 2727
Setup_Fail_DEN: 7425
Peak UE: 45
MB_per_connected_UE: 117.37
PCT Time MIMO: 65.53
DL Volume: 2749
DL Data Vol MAC in MB: 7568.37

Time: 13:51:40
holiday: 0

SIP DC%: 
UPTP_Mbps: 41.71
DLRLCLayerDataVolume MB: 253.07
RRC Setup Attempts: 9289
CA DL DataVolRatio Pct den: 9317
CA Conf FailRate Pct den: 2829
weekend: 0
CA Activation Rate: 68.73
hr: 11
MAC_UE_SC_Tput: 5948.7
Bearer Releases: 12701

hr: 11
CA Activation Rate num: 5363451
Peak UE: 54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6412
DL Data Vol MAC in MB: 2132.15

Time: 13:51:00
holiday: 0

Avg_Connected_UEs: 70.79
SIP DC%: 
UPTP_Mbps: 44.73
CA DL DataVolRatio Pct den: 6746
weekend: 0
CA Activation Rate: 6.56
hr: 23
MAC_UE_SC_Tput: 6858.29

hr: 23
CA Activation Rate num: 1845356
SIP_SC_Total_MOU: 63.43
Peak UE: 89
MB_per_connected_UE: 57.03
DL Volume: 4911
DL Data Vol MAC in MB: 3597.29
CA Activation Rate den: 43264

Time: 00:46:24
holiday: 0
CA DL DataVolRatio Pct num: 1658

SIP DC%: 
UPTP_Mbps: 35.32
DLRLCLayerDataVolume MB: 1132.93
DRB UL Data Volume MB: 2731
PRB Util%: 15.8
RRC Setup Attempts: 4202
weekend: 0
hr: 6
MAC_UE_SC_Tput: 4731.89
Bearer Releases: 15479

hr: 6
CA Activation Rate num: 10988865
UPTP Mbps Den: 5695
SIP_SC_Total_MOU: 114.28
Peak UE: 50
VOLTE IA%: 0.5
MB_per_connected_UE: 140.39
DL Volume: 1625
DL Data Vol MAC in MB: 1305.12

Time: 21:52:39
holiday: 0

Avg_Connected_UEs: 38.99
SIP DC%: 
UPTP_Mbps: 69.9
DLRLCLayerDataVolume MB: 3213.12
CA Conf FailRate Pct den: 6145
weekend: 0
CA Activation Rate: 45.65
hr: 23
MAC_UE_SC_Tput: 17822.83
Bearer Releases: 16537

hr: 23
CA Activation Rate num: 9542871
Setup_Fail_DEN: 19165
SIP_SC_Total_MOU: 72.23
Peak UE: 48
MB_per_connected_UE: 51.96
DL Volume: 3783
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3325
DL Data Vol MAC in MB: 6334.77
CA Activation Rate den: 81686

Time: 06:41:17
holiday: 0
CA DL DataVolRatio Pct num: 4224

Avg_Connected_UEs: 32.96
SIP DC%: 
DLRLCLayerDataVolume MB: 4450.75
DRB UL Data Volume MB: 410
RRC Setup Attempts: 7328
weekend: 0
UPTP Mbps Num: 15984
CA Activation Rate: 41.9
hr: 2
MAC_UE_SC_Tput: 14807.69
Bearer Releases: 8111

hr: 2
CA Activation Rate num: 10252806
Setup_Fail_DEN: 15591
Peak UE: 40
CA Activation Rate den: 40639

holiday: 0
CA DL DataVolRatio Pct num: 2390

SIP DC%: 
DLRLCLayerDataVolume MB: 6877.86
DRB UL Data Volume MB: 2987
CA Conf FailRate Pct den: 3829
weekend: 1
UPTP Mbps Num: 26530
CA Activation Rate: 60.26
hr: 3
MAC_UE_SC_Tput: 4838.94

hr: 3
CA Activation Rate num: 4110280
Setup_Fail_DEN: 9889
SIP_SC_Total_MOU: 42.85
Peak UE: 33
MB_per_connected_UE: 81.79
DL Data Vol MAC in MB: 253.12
CA Activation Rate den: 104581

Combined RACH Preambles: 2705
Time: 02:10:43
holiday: 0

Avg_Connected_UEs: 40.08
SIP DC%: 
DLRLCLayerDataVolume MB: 1380.07
DRB UL Data Volume MB: 4723
RRC Setup Attempts: 3364
weekend: 0
UPTP Mbps Num: 8847
hr: 14
Bearer Releases: 8292

hr: 14
CA Activation Rate num: 4236118
Setup_Fail_DEN: 7495
SIP_SC_Total_MOU: 110.37
Peak UE: 27
MB_per_connected_UE: 30.46

Time: 02:37:42
holiday: 0
CA DL DataVolRatio Pct num: 5489

SIP DC%: 
UPTP_Mbps: 32.67
CA Conf FailRate Pct den: 7483
weekend: 1
CA Activation Rate: 40.79
hr: 17
MAC_UE_SC_Tput: 6353.81
Bearer Releases: 16451

hr: 17
CA Activation Rate num: 8212655
UPTP Mbps Den: 1753
SIP_SC_Total_MOU: 1.75
Peak UE: 35
MB_per_connected_UE: 126.45

Combined RACH Preambles: 5211
Time: 14:19:51
holiday: 0
CA DL DataVolRatio Pct: 66.15

SIP DC%: 
UPTP_Mbps: 41.84
DLRLCLayerDataVolume MB: 1484.17
DRB UL Data Volume MB: 7253
weekend: 0
CA Activation Rate: 10.89
hr: 4
MAC_UE_SC_Tput: 15344.62
Bearer Releases: 15494

hr: 4
UPTP Mbps Den: 1894
SIP_SC_Total_MOU: 321.14
Peak UE: 27
MB_per_connected_UE: 69.27
DL Volume: 2807
UL Throughput: 3.56
DL Data Vol MAC in MB: 1056
CA Activation Rate den: 156525

Time: 04:39:17
holiday: 0
CA DL DataVolRatio Pct num: 6343

Avg_Connected_UEs: 45.66
SIP DC%: 
DRB UL Data Volume MB: 8460
weekend: 0
UPTP Mbps Num: 11529
hr: 8
MAC_UE_SC_Tput: 9302.85
Bearer Releases: 8180

hr: 8
CA Activation Rate num: 10160116
MB_per_connected_UE: 12.7
DL Data Vol MAC in MB: 7563.65
CA Activation Rate den: 47111

Combined RACH Preambles: 2691
Time: 13:32:23
holiday: 0
CA DL DataVolRatio Pct: 82.25

SIP DC%: 
UPTP_Mbps: 107.84
DLRLCLayerDataVolume MB: 5022.58
DRB UL Data Volume MB: 9020
weekend: 0
CA Activation Rate: 53.47
hr: 23
MAC_UE_SC_Tput: 6968.74
Bearer Releases: 8981

hr: 23
CA Activation Rate num: 2573397
UPTP Mbps Den: 3653
Setup_Fail_DEN: 9961
SIP_SC_Total_MOU: 149.15
MB_per_connected_UE: 108.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9200

Time: 12:00:46
holiday: 0

Avg_Connected_UEs: 46.01
SIP DC%: 
PRB Util%: 55.89
CA DL DataVolRatio Pct den: 1616
weekend: 0
UPTP Mbps Num: 13778
Bearer Setup Failure Voice Den: 176
hr: 23
MAC_UE_SC_Tput: 4727.72
Bearer Releases: 9409

hr: 23
Setup_Fail_DEN: 8188
SIP_SC_Total_MOU: 102.12
Peak UE: 27
MB_per_connected_UE: 207.59
PCT Time MIMO: 42.37
DL Data Vol MAC in MB: 6635.35

Time: 21:04:56
holiday: 0
CA DL DataVolRatio Pct num: 7059

SIP DC%: 
DLRLCLayerDataVolume MB: 7359.34
DRB UL Data Volume MB: 9599
PRB Util%: 67.41
RRC Setup Attempts: 5731
CA DL DataVolRatio Pct den: 1850
CA Conf FailRate Pct den: 8745
weekend: 0
UPTP Mbps Num: 35111
hr: 21
MAC_UE_SC_Tput: 16781.28

hr: 21
CA Activation Rate num: 9276072
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 36.69
DL Data Vol MAC in MB: 6721.3
Combined RACH Preambles: 1901

holiday: 0
CA DL DataVolRatio Pct: 71
CA DL DataVolRatio Pct num: 2629

SIP DC%: 
DLRLCLayerDataVolume MB: 5779.93
CA DL DataVolRatio Pct den: 9299
weekend: 0
UPTP Mbps Num: 35728
CA Activation Rate: 54.75
hr: 19
MAC_UE_SC_Tput: 12556.13

hr: 19
UPTP Mbps Den: 938

Time: 09:41:48
holiday: 0
CA DL DataVolRatio Pct: 63.51

SIP DC%: 
DLRLCLayerDataVolume MB: 721.75
PRB Util%: 37.45
RRC Setup Attempts: 7872
weekend: 0
CA Activation Rate: 39.26
hr: 5
MAC_UE_SC_Tput: 18518.44

hr: 5
CA Activation Rate num: 2089943
Setup_Fail_DEN: 11432
Peak UE: 57
MB_per_connected_UE: 149.12
DL Volume: 3757
DL Data Vol MAC in MB: 7145.25
CA Activation Rate den: 59563

Combined RACH Preambles: 5002
Time: 15:44:39
holiday: 0

SIP DC%: 
UPTP_Mbps: 37.97
DLRLCLayerDataVolume MB: 5571.56
DRB UL Data Volume MB: 8728
CA DL DataVolRatio Pct den: 1968
CA Conf FailRate Pct den: 6927
weekend: 0
CA Activation Rate: 66.01
hr: 19
MAC_UE_SC_Tput: 12355.52
Bearer Releases: 7646

hr: 19
CA Activation Rate num: 10777129
Peak UE: 27
DL Data Vol MAC in MB: 3686.59

Time: 11:40:25
holiday: 0
CA DL DataVolRatio Pct: 57.42
CA DL DataVolRatio Pct num: 4811

SIP DC%: 
UPTP_Mbps: 44.03
DRB UL Data Volume MB: 4209
weekend: 0
CA Activation Rate: 20.16
hr: 21
MAC_UE_SC_Tput: 21078.58

hr: 21
CA Activation Rate num: 5661378
Setup_Fail_DEN: 18950
SIP_SC_Total_MOU: 106.73
Peak UE: 53
MB_per_connected_UE: 127.85
CA Activation Rate den: 83134

Time: 11:15:17
holiday: 0
CA DL DataVolRatio Pct: 58.99

DL MAC Vol Scell Pct: 23.15
SIP DC%: 
DLRLCLayerDataVolume MB: 1666.78
DRB UL Data Volume MB: 8663
PRB Util%: 61.98
CA DL DataVolRatio Pct den: 2143
weekend: 1
UPTP Mbps Num: 46575
hr: 8
MAC_UE_SC_Tput: 17861.9
Bearer Releases: 13924

hr: 8
CA Activation Rate num: 10517907
SIP_SC_Total_MOU: 416.18
Peak UE: 71
DL Volume: 986
UL Throughput: 3.55
DL Data Vol MAC in MB: 415.37

Time: 00:52:12
holiday: 0
CA DL DataVolRatio Pct num: 1286

SIP DC%: 
UPTP_Mbps: 24.03
DLRLCLayerDataVolume MB: 6279.02
DRB UL Data Volume MB: 8100
RRC Setup Attempts: 4183
weekend: 0
CA Activation Rate: 75.42
hr: 12
MAC_UE_SC_Tput: 8775.21

hr: 12
CA Activation Rate num: 679027
Setup_Fail_DEN: 17162
Peak UE: 27
MB_per_connected_UE: 115.63
PCT Time MIMO: 38.97

Combined RACH Preambles: 2782
Time: 21:22:46
holiday: 0

DL MAC Vol Scell Pct: 5.84
SIP DC%: 
UPTP_Mbps: 31.96
DLRLCLayerDataVolume MB: 7189.82
PRB Util%: 31.49
CA Conf FailRate Pct den: 4746
weekend: 1
hr: 0
MAC_UE_SC_Tput: 16131.32
Bearer Releases: 9927

hr: 0
CA Activation Rate num: 1899760
UPTP Mbps Den: 414
SIP_SC_Total_MOU: 45.51
MB_per_connected_UE: 54.88
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8911
CA Activation Rate den: 135931

Time: 13:29:35
holiday: 0

Avg_Connected_UEs: 45.31
SIP DC%: 
DLRLCLayerDataVolume MB: 3211.08
DRB UL Data Volume MB: 7249
Avg_PUCCH_SINR: 17.25
PRB Util%: 18.13
CA Conf FailRate Pct den: 8256
weekend: 0
CA Activation Rate: 58.52
hr: 15
MAC_UE_SC_Tput: 10123.4

hr: 15
CA Activation Rate num: 989818
Setup_Fail_DEN: 12188
SIP_SC_Total_MOU: 33.33
Peak UE: 27
MB_per_connected_UE: 90.19
DL Data Vol MAC in MB: 1830.23

Combined RACH Preambles: 3139
Time: 20:46:34
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7594.56
PRB Util%: 13.38
CA DL DataVolRatio Pct den: 8113
CA Conf FailRate Pct den: 8336
weekend: 0
hr: 18
MAC_UE_SC_Tput: 6016.26

hr: 18
CA Activation Rate num: 9776191
UPTP Mbps Den: 2261
Peak UE: 27
MB_per_connected_UE: 83.82

Time: 16:51:54
holiday: 0
CA DL DataVolRatio Pct: 75.24
CA DL DataVolRatio Pct num: 6916

DL MAC Vol Scell Pct: 41.03
SIP DC%: 
DLRLCLayerDataVolume MB: 3319
PRB Util%: 39.51
RRC Setup Attempts: 7023
weekend: 0
hr: 0
MAC_UE_SC_Tput: 8244.05
Bearer Releases: 18429

hr: 0
CA Activation Rate num: 2778569
Setup_Fail_DEN: 9637
SIP_SC_Total_MOU: 80.94
Peak UE: 96
MB_per_connected_UE: 21.96
DL Volume: 9834
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4241
DL Data Vol MAC in MB: 8527
CA Activation Rate den: 107730

Time: 13:27:22
holiday: 0
CA DL DataVolRatio Pct num: 1780

Avg_Connected_UEs: 39.49
SIP DC%: 
DLRLCLayerDataVolume MB: 6236.82
DRB UL Data Volume MB: 554
RRC Setup Attempts: 7186
CA DL DataVolRatio Pct den: 9540
weekend: 0
CA Activation Rate: 48.58
hr: 23
MAC_UE_SC_Tput: 5509.2
Bearer Releases: 6329

hr: 23
CA Activation Rate num: 3449097
UPTP Mbps Den: 2406
Setup_Fail_DEN: 8717
Peak UE: 89
MB_per_connected_UE: 94.79
PCT Time MIMO: 68.43
DL Volume: 8843
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5880
DL Data Vol MAC in MB: 5346.26
CA Activation Rate den: 149357

Time: 21:02:13
holiday: 0
CA DL DataVolRatio Pct num: 3803

DL MAC Vol Scell Pct: 42.35
Avg_Connected_UEs: 25.61
SIP DC%: 
DRB UL Data Volume MB: 7409
PRB Util%: 26.2
RRC Setup Attempts: 3396
weekend: 0
UPTP Mbps Num: 52036
hr: 2
MAC_UE_SC_Tput: 10924.11

hr: 2
CA Activation Rate num: 2989001
SIP_SC_Total_MOU: 139.88
Peak UE: 27
MB_per_connected_UE: 44.14

Time: 11:39:39
holiday: 0
CA DL DataVolRatio Pct num: 4317

Avg_Connected_UEs: 75.18
SIP DC%: 
DLRLCLayerDataVolume MB: 4831.83
RRC Setup Attempts: 8748
CA DL DataVolRatio Pct den: 9603
CA Conf FailRate Pct den: 3772
weekend: 0
CA Activation Rate: 2.9
hr: 22
MAC_UE_SC_Tput: 11562.21
Bearer Releases: 11475

hr: 22
CA Activation Rate num: 10683409
UPTP Mbps Den: 1747
Setup_Fail_DEN: 8711
SIP_SC_Total_MOU: 324.62
Peak UE: 94
MB_per_connected_UE: 93.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4643
DL Data Vol MAC in MB: 10025.38
Time: 13:03:10

holiday: 0
CA DL DataVolRatio Pct: 70.6

SIP DC%: 
DLRLCLayerDataVolume MB: 7388.22
DRB UL Data Volume MB: 2133
CA DL DataVolRatio Pct den: 9295
weekend: 0
UPTP Mbps Num: 33893
hr: 12
MAC_UE_SC_Tput: 8994.94
Bearer Releases: 11310

hr: 12
CA Activation Rate num: 4458700
UPTP Mbps Den: 841
Peak UE: 27
MB_per_connected_UE: 150.23
CA Activation Rate den: 55626

Time: 16:07:16
holiday: 0
CA DL DataVolRatio Pct: 58.47

SIP DC%: 
DLRLCLayerDataVolume MB: 7730.55
RRC Setup Attempts: 4108
CA DL DataVolRatio Pct den: 6762
weekend: 0
hr: 16
MAC_UE_SC_Tput: 9755.7
Bearer Releases: 18046

hr: 16
CA Activation Rate num: 1022082
SIP_SC_Total_MOU: 27.46
Peak UE: 88
MB_per_connected_UE: 82.53
PCT Time MIMO: 59.58
DL Volume: 6623
DL Data Vol MAC in MB: 5089.14
CA Activation Rate den: 138054

Time: 00:54:10
holiday: 0
CA DL DataVolRatio Pct: 57.64
CA DL DataVolRatio Pct num: 7563

DL MAC Vol Scell Pct: 17.94
SIP DC%: 
UPTP_Mbps: 29.61
DLRLCLayerDataVolume MB: 6348.41
DRB UL Data Volume MB: 7346
PRB Util%: 41.15
weekend: 0
UPTP Mbps Num: 3966
CA Activation Rate: 11.35
hr: 0
Bearer Releases: 11878

hr: 0
CA Activation Rate num: 3976220
Setup_Fail_DEN: 6661
SIP_SC_Total_MOU: 68.7
Peak UE: 27
MB_per_connected_UE: 163.55
PCT Time MIMO: 48.28
DL Volume: 6354

Time: 21:04:12
holiday: 0
CA DL DataVolRatio Pct num: 397

Avg_Connected_UEs: 24.27
SIP DC%: 
UPTP_Mbps: 124.06
DLRLCLayerDataVolume MB: 2244.9
DRB UL Data Volume MB: 1877
PRB Util%: 18.32
RRC Setup Attempts: 4424
CA Conf FailRate Pct den: 4674
weekend: 0
hr: 16
MAC_UE_SC_Tput: 7157.8
Bearer Releases: 17296

hr: 16
CA Activation Rate num: 10239521
Peak UE: 53
MB_per_connected_UE: 196.06
DL Volume: 1962
CA Activation Rate den: 66166

Time: 22:22:53
holiday: 0
CA DL DataVolRatio Pct: 64.11

DL MAC Vol Scell Pct: 29.38
Avg_Connected_UEs: 25.76
SIP DC%: 
DLRLCLayerDataVolume MB: 2081.49
DRB UL Data Volume MB: 5597
CA DL DataVolRatio Pct den: 5115
weekend: 0
UPTP Mbps Num: 11429
hr: 10
MAC_UE_SC_Tput: 7866.57

hr: 10
CA Activation Rate num: 10866399
Setup_Fail_DEN: 17070
Peak UE: 27
MB_per_connected_UE: 7.82
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4173
CA Activation Rate den: 111833

Time: 03:43:26
holiday: 0

DL MAC Vol Scell Pct: 19.05
Avg_Connected_UEs: 69.53
SIP DC%: 
DLRLCLayerDataVolume MB: 9663.89
DRB UL Data Volume MB: 2778
PRB Util%: 34.71
RRC Setup Attempts: 8954
CA Conf FailRate Pct den: 8224
weekend: 0
CA Activation Rate: 9.73
hr: 14
MAC_UE_SC_Tput: 6606.67
Bearer Releases: 6770

hr: 14
CA Activation Rate num: 2188636
Peak UE: 27
MB_per_connected_UE: 195.01
PCT Time MIMO: 43.43
DL Volume: 4821
CA Activation Rate den: 202366

Time: 19:36:06
holiday: 0

Avg_Connected_UEs: 40.41
SIP DC%: 
UPTP_Mbps: 30.05
DLRLCLayerDataVolume MB: 9946.72
RRC Setup Attempts: 3940
weekend: 0
CA Activation Rate: 47.27
hr: 22
MAC_UE_SC_Tput: 4487.25
Bearer Releases: 11390

hr: 22
CA Activation Rate num: 8658087
UPTP Mbps Den: 130
Setup_Fail_DEN: 8810
SIP_SC_Total_MOU: 32.15
Peak UE: 27
MB_per_connected_UE: 152.93
DL Data Vol MAC in MB: 9481.68
CA Activation Rate den: 52099

Time: 02:51:48
holiday: 0

DL MAC Vol Scell Pct: 47.32
SIP DC%: 
DLRLCLayerDataVolume MB: 9809.61
DRB UL Data Volume MB: 8739
RRC Setup Attempts: 5769
CA Conf FailRate Pct den: 7846
weekend: 1
CA Activation Rate: 76.16
hr: 0
MAC_UE_SC_Tput: 6895.09

hr: 0
CA Activation Rate num: 2370498
Peak UE: 27
MB_per_connected_UE: 130.92
DL Data Vol MAC in MB: 2853.92
CA Activation Rate den: 108916

Time: 16:14:37
holiday: 0
CA DL DataVolRatio Pct num: 2514

DL MAC Vol Scell Pct: 9.51
Avg_Connected_UEs: 67.72
SIP DC%: 
DRB UL Data Volume MB: 8197
weekend: 0
UPTP Mbps Num: 54614
hr: 13
MAC_UE_SC_Tput: 18870.74
Bearer Releases: 12236

hr: 13
CA Activation Rate num: 4941152
UPTP Mbps Den: 4996
Setup_Fail_DEN: 7021
Peak UE: 27
MB_per_connected_UE: 152.06
DL Volume: 3387
DL Data Vol MAC in MB: 5612.59
CA Activation Rate den: 36001

Time: 19:04:37
holiday: 0
CA DL DataVolRatio Pct: 80.25
CA DL DataVolRatio Pct num: 4813

SIP DC%: 
UPTP_Mbps: 12.5
DLRLCLayerDataVolume MB: 4722.18
DRB UL Data Volume MB: 8129
RRC Setup Attempts: 3614
CA Conf FailRate Pct den: 9432
weekend: 0
UPTP Mbps Num: 42598
CA Activation Rate: 4.75
hr: 10
MAC_UE_SC_Tput: 12529.14

hr: 10
CA Activation Rate num: 8285974
Setup_Fail_DEN: 17827
SIP_SC_Total_MOU: 257.77
Peak UE: 60
PCT Time MIMO: 39.4
DL Data Vol MAC in MB: 9924.57

Time: 15:54:43
holiday: 0

Avg_Connected_UEs: 46.11
SIP DC%: 
DLRLCLayerDataVolume MB: 1094.08
DRB UL Data Volume MB: 8266
DL Packet Loss Pct: 2.3
CA DL DataVolRatio Pct den: 6038
weekend: 0
UPTP Mbps Num: 22812
CA Activation Rate: 61.81
hr: 0
MAC_UE_SC_Tput: 7771.09
Bearer Releases: 18177

hr: 0
UPTP Mbps Den: 1849
Setup_Fail_DEN: 15758
SIP_SC_Total_MOU: 70.94
Peak UE: 33
MB_per_connected_UE: 94.11
DL Volume: 3476

Time: 11:57:31
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2999.76
DRB UL Data Volume MB: 8281
RRC Setup Attempts: 4569
weekend: 0
CA Activation Rate: 64.94
hr: 0
MAC_UE_SC_Tput: 8575.91
Bearer Releases: 11697

hr: 0
CA Activation Rate num: 7693574
SIP_SC_Total_MOU: 16.05
Peak UE: 27
MB_per_connected_UE: 124.46
DL Volume: 5380
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4419
CA Activation Rate den: 78617

Time: 02:47:39
holiday: 0

DL MAC Vol Scell Pct: 22.82
SIP DC%: 
DLRLCLayerDataVolume MB: 6290.93
DRB UL Data Volume MB: 9906
PRB Util%: 35.35
CA DL DataVolRatio Pct den: 3643
weekend: 1
hr: 23
MAC_UE_SC_Tput: 13204.83
Bearer Releases: 11569

hr: 23
CA Activation Rate num: 5806077
UPTP Mbps Den: 1426
Setup_Fail_DEN: 13265
Peak UE: 58
VOLTE IA%: 
MB_per_connected_UE: 12.12
DL Volume: 6700
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8780
DL Data Vol MAC in MB: 4516.88
CA Activation Rate den: 114956

Time: 17:11:03
holiday: 0

DL MAC Vol Scell Pct: 7.18
Avg_Connected_UEs: 72.87
SIP DC%: 
UPTP_Mbps: 63.45
DLRLCLayerDataVolume MB: 2732.82
DRB UL Data Volume MB: 4232
PRB Util%: 30.88
RRC Setup Attempts: 7756
CA Conf FailRate Pct den: 4275
weekend: 0
CA Activation Rate: 40.49
hr: 4
MAC_UE_SC_Tput: 14444.9
Bearer Releases: 11327

hr: 4
CA Activation Rate num: 514932
UPTP Mbps Den: 70
Setup_Fail_DEN: 14594
Peak UE: 51
MB_per_connected_UE: 164.44
DL Volume: 2200
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6905
DL Data Vol MAC in MB: 4250.79
CA Activation Rate den: 107274

Time: 04:19:30
holiday: 0
CA DL DataVolRatio Pct: 57.18

SIP DC%: 
DLRLCLayerDataVolume MB: 7257.02
RRC Setup Attempts: 4570
weekend: 0
UPTP Mbps Num: 7892
hr: 0
MAC_UE_SC_Tput: 13397.47

hr: 0
CA Activation Rate num: 9266237
Setup_Fail_DEN: 12600
SIP_SC_Total_MOU: 5.39
Peak UE: 41
DL Volume: 4501
DL Data Vol MAC in MB: 5704.27

Time: 12:11:06
holiday: 0
CA DL DataVolRatio Pct: 71.54

DL MAC Vol Scell Pct: 29.97
SIP DC%: 
UPTP_Mbps: 49.5
weekend: 0
UPTP Mbps Num: 40292
hr: 3
MAC_UE_SC_Tput: 6899.91
Bearer Releases: 6252

hr: 3
CA Activation Rate num: 3362796
Setup_Fail_DEN: 10142
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5322
DL Data Vol MAC in MB: 2629.42
CA Activation Rate den: 94200

Time: 20:13:50
holiday: 0
CA DL DataVolRatio Pct num: 1264

DL MAC Vol Scell Pct: 5.32
SIP DC%: 
UPTP_Mbps: 18.79
DLRLCLayerDataVolume MB: 3533.99
DRB UL Data Volume MB: 4140
weekend: 0
CA Activation Rate: 65.48
hr: 8
Bearer Releases: 7471

hr: 8
CA Activation Rate num: 5884624
UPTP Mbps Den: 1786
Setup_Fail_DEN: 14658
Peak UE: 52
MB_per_connected_UE: 172.09
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3747
DL Data Vol MAC in MB: 1168.35
CA Activation Rate den: 60403

Time: 04:44:38
holiday: 0
CA DL DataVolRatio Pct: 73.68

SIP DC%: 
DLRLCLayerDataVolume MB: 377.19
PRB Util%: 63.26
CA DL DataVolRatio Pct den: 9730
weekend: 0
CA Activation Rate: 32.67
hr: 10
MAC_UE_SC_Tput: 4297.89

hr: 10
CA Activation Rate num: 5583753
UPTP Mbps Den: 3110
SIP_SC_Total_MOU: 94.84
Peak UE: 83
MB_per_connected_UE: 116.34
CA Activation Rate den: 72655

Time: 06:22:28
holiday: 0
CA DL DataVolRatio Pct: 85.09

DL MAC Vol Scell Pct: 26.03
Avg_Connected_UEs: 53.11
SIP DC%: 
DLRLCLayerDataVolume MB: 6498.51
CA DL DataVolRatio Pct den: 8261
CA Conf FailRate Pct den: 6920
weekend: 0
CA Activation Rate: 9.98
hr: 10
MAC_UE_SC_Tput: 17527.28

hr: 10
CA Activation Rate num: 3262659
SIP_SC_Total_MOU: 217.32
Peak UE: 27
MB_per_connected_UE: 42.73
DL Volume: 5103
DL Data Vol MAC in MB: 4662.1

Time: 16:16:55
holiday: 0
CA DL DataVolRatio Pct: 87.82
CA DL DataVolRatio Pct num: 4635

SIP DC%: 
DLRLCLayerDataVolume MB: 2546.77
DRB UL Data Volume MB: 870
CA DL DataVolRatio Pct den: 8677
weekend: 0
CA Activation Rate: 75.19
hr: 23
MAC_UE_SC_Tput: 15882.16
Bearer Releases: 10406

hr: 23
CA Activation Rate num: 4521063
UPTP Mbps Den: 1004
Setup_Fail_DEN: 9613
Peak UE: 55
MB_per_connected_UE: 121.86
PCT Time MIMO: 55.61
DL Data Vol MAC in MB: 7095.65

Time: 05:25:17
holiday: 0
CA DL DataVolRatio Pct num: 1148

SIP DC%: 
UPTP_Mbps: 24.48
DLRLCLayerDataVolume MB: 5178.9
DRB UL Data Volume MB: 1675
PRB Util%: 58.6
RRC Setup Attempts: 4347
CA DL DataVolRatio Pct den: 8810
weekend: 0
UPTP Mbps Num: 12377
CA Activation Rate: 13.11
hr: 23
MAC_UE_SC_Tput: 5165.29
Bearer Releases: 14628

hr: 23
CA Activation Rate num: 13294699
Setup_Fail_DEN: 6804
SIP_SC_Total_MOU: 110.22
Peak UE: 90
PCT Time MIMO: 57.84
DL Volume: 2563
DL Data Vol MAC in MB: 10223.53

Time: 00:37:47
holiday: 0
CA DL DataVolRatio Pct: 80.46

SIP DC%: 
UPTP_Mbps: 33.58
DLRLCLayerDataVolume MB: 7708.23
DRB UL Data Volume MB: 945
CA Conf FailRate Pct den: 5715
weekend: 0
UPTP Mbps Num: 17533
CA Activation Rate: 44.39
hr: 16
MAC_UE_SC_Tput: 14862.18

hr: 16
Setup_Fail_DEN: 14344
Peak UE: 27
MB_per_connected_UE: 39.75
DL Volume: 1437
DL Data Vol MAC in MB: 7958.82
CA Activation Rate den: 73933

Time: 09:33:45
holiday: 0
CA DL DataVolRatio Pct: 68.37

SIP DC%: 
UPTP_Mbps: 17.42
DLRLCLayerDataVolume MB: 1082.57
DRB UL Data Volume MB: 8314
RRC Setup Attempts: 6277
weekend: 0
UPTP Mbps Num: 36544
hr: 18

hr: 18
UPTP Mbps Den: 5514
Peak UE: 58
MB_per_connected_UE: 113.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6890
CA Activation Rate den: 40903

Time: 21:41:17
holiday: 0
CA DL DataVolRatio Pct num: 7143

SIP DC%: 
DLRLCLayerDataVolume MB: 1805.91
CA Conf FailRate Pct den: 7142
weekend: 0
hr: 23
MAC_UE_SC_Tput: 10332.42

hr: 23
CA Activation Rate num: 909981
UPTP Mbps Den: 3038
Setup_Fail_DEN: 8782
SIP_SC_Total_MOU: 141.82
Peak UE: 83
MB_per_connected_UE: 51.46
DL Data Vol MAC in MB: 8360.3

Time: 06:05:11
holiday: 0

DL MAC Vol Scell Pct: 17.97
Avg_Connected_UEs: 70.16
SIP DC%: 
DLRLCLayerDataVolume MB: 9006.64
DRB UL Data Volume MB: 4452
PRB Util%: 22.71
CA DL DataVolRatio Pct den: 8139
CA Conf FailRate Pct den: 4923
weekend: 0
UPTP Mbps Num: 11256
CA Activation Rate: 10.33
hr: 14
MAC_UE_SC_Tput: 5180.61

hr: 14
CA Activation Rate num: 9036063
SIP_SC_Total_MOU: 209.89
Peak UE: 27
MB_per_connected_UE: 55.73

Time: 03:13:30
holiday: 0
CA DL DataVolRatio Pct num: 5895

DL MAC Vol Scell Pct: 38.8
SIP DC%: 
DLRLCLayerDataVolume MB: 136.46
CA Conf FailRate Pct den: 5876
weekend: 0
UPTP Mbps Num: 49524
CA Activation Rate: 41.84
hr: 0
MAC_UE_SC_Tput: 7775.79
Bearer Releases: 8631

hr: 0
UPTP Mbps Den: 3070
Setup_Fail_DEN: 12313
SIP_SC_Total_MOU: 346.41
Peak UE: 27
PCT Time MIMO: 41.2
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3169
DL Data Vol MAC in MB: 4953.27
CA Activation Rate den: 55664

Time: 19:49:13
holiday: 0
CA DL DataVolRatio Pct: 92.79
CA DL DataVolRatio Pct num: 3761

DL MAC Vol Scell Pct: 29.53
SIP DC%: 
UPTP_Mbps: 120.94
DLRLCLayerDataVolume MB: 1485.3
PRB Util%: 60.25
weekend: 0
UPTP Mbps Num: 13884
RSSIRX2 Avg: -95.95
hr: 13
MAC_UE_SC_Tput: 4188.17

hr: 13
CA Activation Rate num: 6429137
UPTP Mbps Den: 1914
Setup_Fail_DEN: 18394
Peak UE: 27
MB_per_connected_UE: 144.95

Time: 08:47:53
holiday: 0

Avg_Connected_UEs: 56.93
SIP DC%: 
DLRLCLayerDataVolume MB: 9565.05
CA DL DataVolRatio Pct den: 6147
weekend: 1
hr: 20
MAC_UE_SC_Tput: 4543.63
Bearer Releases: 11009

hr: 20
CA Activation Rate num: 3609571
UPTP Mbps Den: 231
Peak UE: 27
MB_per_connected_UE: 37.31
PCT Time MIMO: 35.89
DL Volume: 3643
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6767
DL Data Vol MAC in MB: 448.1
CA Activation Rate den: 172528

Time: 11:02:33
holiday: 0
CA DL DataVolRatio Pct: 56.47

Avg_Connected_UEs: 46.68
SIP DC%: 
DLRLCLayerDataVolume MB: 3653
DRB UL Data Volume MB: 674
CA DL DataVolRatio Pct den: 8026
weekend: 1
CA Activation Rate: 23.22
hr: 22
MAC_UE_SC_Tput: 11808.95

hr: 22
CA Activation Rate num: 11004951
UPTP Mbps Den: 2347
SIP_SC_Total_MOU: 90.7
Peak UE: 67
DL Volume: 5485
DL Data Vol MAC in MB: 6324.62
CA Activation Rate den: 41557

Combined RACH Preambles: 2680
Time: 15:54:18
holiday: 0
CA DL DataVolRatio Pct: 73.52

DL MAC Vol Scell Pct: 11.05
Avg_Connected_UEs: 59.98
SIP DC%: 
UPTP_Mbps: 98.99
DLRLCLayerDataVolume MB: 2486.36
DRB UL Data Volume MB: 9133
PRB Util%: 35.22
CA DL DataVolRatio Pct den: 5520
weekend: 0
UPTP Mbps Num: 56046
CA Activation Rate: 7.39
hr: 6
MAC_UE_SC_Tput: 16209.68

hr: 6
CA Activation Rate num: 7423662
UPTP Mbps Den: 523
Setup_Fail_DEN: 12245
SIP_SC_Total_MOU: 161.41
Peak UE: 27
DL Volume: 323
CA Activation Rate den: 97691

Combined RACH Preambles: 3334
Time: 15:24:20
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4632.12
DRB UL Data Volume MB: 7382
RRC Setup Attempts: 7304
weekend: 0
UPTP Mbps Num: 2957
CA Activation Rate: 6.35
hr: 23

hr: 23
CA Activation Rate num: 9052961
UPTP Mbps Den: 2753
Setup_Fail_DEN: 15877
Peak UE: 60
MB_per_connected_UE: 33.81
PCT Time MIMO: 33.7
DL Data Vol MAC in MB: 6631.24

Time: 23:06:43
holiday: 0
CA DL DataVolRatio Pct: 49.3

SIP DC%: 
DLRLCLayerDataVolume MB: 6538.5
DRB UL Data Volume MB: 7308
PRB Util%: 75.12
RRC Setup Attempts: 4825
weekend: 0
UPTP Mbps Num: 60439
CA Activation Rate: 12.22
hr: 10
MAC_UE_SC_Tput: 13664.16
Bearer Releases: 12523

hr: 10
CA Activation Rate num: 309499
UPTP Mbps Den: 2618
SIP_SC_Total_MOU: 27.45
MB_per_connected_UE: 203.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3523
DL Data Vol MAC in MB: 4831.65
CA Activation Rate den: 82637

Time: 18:48:11
holiday: 0

SIP DC%: 
UPTP_Mbps: 11.31
DLRLCLayerDataVolume MB: 2272.18
CA DL DataVolRatio Pct den: 9683
weekend: 0
UPTP Mbps Num: 11164
CA Activation Rate: 14.36
hr: 23
MAC_UE_SC_Tput: 8781.76
Bearer Releases: 9600

hr: 23
CA Activation Rate num: 10352112
UPTP Mbps Den: 5659
Setup_Fail_DEN: 15511
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7840
DL Data Vol MAC in MB: 8408.5

Time: 11:20:27
holiday: 0
CA DL DataVolRatio Pct: 84.77

SIP DC%: 
UPTP_Mbps: 27.62
DRB UL Data Volume MB: 8264
PRB Util%: 60.37
CA DL DataVolRatio Pct den: 8682
weekend: 0
UPTP Mbps Num: 19948
hr: 20
MAC_UE_SC_Tput: 25782.71

hr: 20
UPTP Mbps Den: 942
Setup_Fail_DEN: 18330
SIP_SC_Total_MOU: 417.22
Peak UE: 39
MB_per_connected_UE: 31.61
CA Activation Rate den: 61217

Time: 16:52:15
holiday: 0

SIP DC%: 
UPTP_Mbps: 23.08
CA Conf FailRate Pct den: 5459
weekend: 0
UPTP Mbps Num: 4322
CA Activation Rate: 55.45
hr: 18
MAC_UE_SC_Tput: 7159.18

hr: 18
CA Activation Rate num: 1666925
Peak UE: 29
MB_per_connected_UE: 167.02
DL Volume: 617
DL Data Vol MAC in MB: 3764.91

Time: 21:44:47
holiday: 0
CA DL DataVolRatio Pct num: 1287

SIP DC%: 
UPTP_Mbps: 41.53
RRC Setup Attempts: 3426
CA DL DataVolRatio Pct den: 8421
weekend: 0
hr: 19
MAC_UE_SC_Tput: 15929.63
Bearer Releases: 7283

hr: 19
CA Activation Rate num: 5415164
Setup_Fail_DEN: 9632
SIP_SC_Total_MOU: 59.68
Peak UE: 27
MB_per_connected_UE: 11.98
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7749

holiday: 0
CA DL DataVolRatio Pct: 82.6
CA DL DataVolRatio Pct num: 4076

SIP DC%: 
UPTP_Mbps: 19.79
DLRLCLayerDataVolume MB: 8400.65
PRB Util%: 28.93
weekend: 0
CA Activation Rate: 7.3
hr: 7
MAC_UE_SC_Tput: 4404.05

hr: 7
CA Activation Rate num: 8232583
Peak UE: 73
MB_per_connected_UE: 100.83
PCT Time MIMO: 68.92
DL Volume: 8134
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8225
DL Data Vol MAC in MB: 10058.4
CA Activation Rate den: 67314

Time: 12:30:00
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3135.95
DRB UL Data Volume MB: 2069
PRB Util%: 68.53
RRC Setup Attempts: 3981
CA DL DataVolRatio Pct den: 8602
CA Conf FailRate Pct den: 5219
weekend: 0
UPTP Mbps Num: 31298
CA Activation Rate: 26.36
hr: 15
MAC_UE_SC_Tput: 14048.7

hr: 15
SIP_SC_Total_MOU: 10.66
Peak UE: 61

Time: 07:09:01
holiday: 0
CA DL DataVolRatio Pct num: 5987

DL MAC Vol Scell Pct: 33.53
SIP DC%: 
DLRLCLayerDataVolume MB: 1080.1
CA Conf FailRate Pct den: 6421
weekend: 0
UPTP Mbps Num: 5392
hr: 7
MAC_UE_SC_Tput: 16880.93
Bearer Releases: 14235

hr: 7
SIP_SC_Total_MOU: 110.92
Peak UE: 39
MB_per_connected_UE: 150.63
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8386
DL Data Vol MAC in MB: 8706.81
CA Activation Rate den: 45712

Time: 08:53:30
holiday: 0
CA DL DataVolRatio Pct: 64.88
CA DL DataVolRatio Pct num: 5970

Avg_Connected_UEs: 44.02
SIP DC%: 
DRB UL Data Volume MB: 528
PRB Util%: 9.02
weekend: 0
hr: 19
MAC_UE_SC_Tput: 16581.86

hr: 19
CA Activation Rate num: 6080761
Peak UE: 33
MB_per_connected_UE: 14.39
DL Volume: 4275
CA Activation Rate den: 130399

Time: 10:50:22
holiday: 0
CA DL DataVolRatio Pct num: 5704

Avg_Connected_UEs: 72.83
SIP DC%: 
UPTP_Mbps: 36.8
DLRLCLayerDataVolume MB: 7989.21
DRB UL Data Volume MB: 8913
PRB Util%: 13.61
weekend: 0
CA Activation Rate: 78.36
hr: 11
MAC_UE_SC_Tput: 4248.46
Bearer Releases: 9877

hr: 11
CA Activation Rate num: 1750965
Peak UE: 27
MB_per_connected_UE: 108.67
DL Volume: 1022
CA Activation Rate den: 181421
Combined RACH Preambles: 3733
Time: 13:16:51

holiday: 0
CA DL DataVolRatio Pct: 75.18

DL MAC Vol Scell Pct: 25.58
Avg_Connected_UEs: 75.77
SIP DC%: 
DLRLCLayerDataVolume MB: 9816.95
RRC Setup Attempts: 8796
weekend: 1
hr: 18
MAC_UE_SC_Tput: 4795.72

hr: 18
CA Activation Rate num: 5715861
Setup_Fail_DEN: 9629
Peak UE: 38
MB_per_connected_UE: 31.48
DL Volume: 4868
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5618

Time: 07:04:28
holiday: 0
CA DL DataVolRatio Pct: 84.83

Avg_Connected_UEs: 51.77
SIP DC%: 
DLRLCLayerDataVolume MB: 7403.43
DRB UL Data Volume MB: 4798
PRB Util%: 53.86
CA Conf FailRate Pct den: 6749
weekend: 0
UPTP Mbps Num: 3690
CA Activation Rate: 21.94
hr: 13
MAC_UE_SC_Tput: 11009.36

hr: 13
CA Activation Rate num: 8095458
Peak UE: 27
MB_per_connected_UE: 146.54
DL Volume: 2788
DL Data Vol MAC in MB: 6486.6
CA Activation Rate den: 79957

Time: 14:09:33
holiday: 0
CA DL DataVolRatio Pct num: 2095

DL MAC Vol Scell Pct: 10.74
SIP DC%: 
DRB UL Data Volume MB: 9759
PRB Util%: 52.99
RRC Setup Attempts: 7751
CA DL DataVolRatio Pct den: 4352
weekend: 0
hr: 0
MAC_UE_SC_Tput: 6946.52
Bearer Releases: 7366

hr: 0
CA Activation Rate num: 838093
SIP_SC_Total_MOU: 239.87
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8594
DL Data Vol MAC in MB: 4641.98

Time: 22:12:52
holiday: 0
HO_att_InterFreq: 925

DL MAC Vol Scell Pct: 27.07
SIP DC%: 
UPTP_Mbps: 19.02
DRB UL Data Volume MB: 1136
PRB Util%: 70.15
RRC Setup Attempts: 7882
CA DL DataVolRatio Pct den: 9689
weekend: 1
UPTP Mbps Num: 53396
CA Activation Rate: 33.42
hr: 3
MAC_UE_SC_Tput: 9751.46
Bearer Releases: 10164

hr: 3
CA Activation Rate num: 8290859
Setup_Fail_DEN: 8235
Peak UE: 30
MB_per_connected_UE: 47.19
DL Volume: 6636
CA Activation Rate den: 119119

Time: 06:13:55
holiday: 0
CA DL DataVolRatio Pct: 71.35
CA DL DataVolRatio Pct num: 4001

SIP DC%: 
DLRLCLayerDataVolume MB: 3238.93
RRC Setup Attempts: 7240
CA DL DataVolRatio Pct den: 10061
weekend: 0
RSSIRX2 Avg: -94.14
CA Activation Rate: 47.59
hr: 0
MAC_UE_SC_Tput: 12227.48
Bearer Releases: 10609

hr: 0
CA Activation Rate num: 2130684
UPTP Mbps Den: 2192
Setup_Fail_DEN: 8680
Peak UE: 96
DL Data Vol MAC in MB: 7109.78
CA Activation Rate den: 175217

Time: 13:05:09
holiday: 0
CA DL DataVolRatio Pct num: 1712

DL MAC Vol Scell Pct: 6.21
SIP DC%: 
UPTP_Mbps: 31.11
CA Conf FailRate Pct den: 3995
weekend: 0
UPTP Mbps Num: 39096
hr: 6
MAC_UE_SC_Tput: 19190.48

hr: 6
CA Activation Rate num: 2328398
UPTP Mbps Den: 1597
Setup_Fail_DEN: 10948
Peak UE: 27
MB_per_connected_UE: 68.29
DL Volume: 1485
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6366
DL Data Vol MAC in MB: 394.33

holiday: 0

Avg_Connected_UEs: 51.01
SIP DC%: 
UPTP_Mbps: 126.33
RRC Setup Attempts: 5151
weekend: 0
CA Activation Rate: 48.72
hr: 23
MAC_UE_SC_Tput: 16840.5

hr: 23
CA Activation Rate num: 4638622
Setup_Fail_DEN: 13248
Peak UE: 56
MB_per_connected_UE: 174.39
PCT Time MIMO: 42.81
DL Data Vol MAC in MB: 5657.7

holiday: 0
CA DL DataVolRatio Pct num: 2444

SIP DC%: 
DLRLCLayerDataVolume MB: 7169.41
DRB UL Data Volume MB: 7380
PRB Util%: 54.7
CA Conf FailRate Pct den: 3152
weekend: 0
UPTP Mbps Num: 57819
hr: 12
MAC_UE_SC_Tput: 16489.12

hr: 12
CA Activation Rate num: 1084797
UL MAC Vol Scell Pct: 13.47
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6528
DL Data Vol MAC in MB: 9525.64
CA Activation Rate den: 58265

Time: 12:18:05
holiday: 0
CA DL DataVolRatio Pct num: 3890

SIP DC%: 
DLRLCLayerDataVolume MB: 6702.93
PRB Util%: 6.92
RRC Setup Attempts: 9424
CA DL DataVolRatio Pct den: 9606
CA Conf FailRate Pct den: 5756
weekend: 0
UPTP Mbps Num: 18210
CA Activation Rate: 36.81
hr: 23
MAC_UE_SC_Tput: 6062.53
Bearer Releases: 11328

hr: 23
CA Activation Rate num: 8844758
Setup_Fail_DEN: 16675
SIP_SC_Total_MOU: 311.59
Peak UE: 95
MB_per_connected_UE: 90.6
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7908

Time: 17:14:16
holiday: 0

DL MAC Vol Scell Pct: 44.28
SIP DC%: 
UPTP_Mbps: 25
DLRLCLayerDataVolume MB: 2166.65
PRB Util%: 3.24
RRC Setup Attempts: 3847
CA DL DataVolRatio Pct den: 4012
weekend: 0
UPTP Mbps Num: 29511
hr: 5
MAC_UE_SC_Tput: 15661.13
Bearer Releases: 8179

hr: 5
CA Activation Rate num: 1970605
SIP_SC_Total_MOU: 29.49
Peak UE: 27
VOLTE IA%: 
DL Volume: 1862
DL Data Vol MAC in MB: 4017.49
CA Activation Rate den: 140181

Combined RACH Preambles: 2365
Time: 21:35:39
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9762.72
DRB UL Data Volume MB: 7383
RRC Setup Attempts: 3428
CA DL DataVolRatio Pct den: 6576
CA Conf FailRate Pct den: 9149
weekend: 0
UPTP Mbps Num: 50427
CA Activation Rate: 20.61
hr: 15
MAC_UE_SC_Tput: 7742.26
Bearer Releases: 15711

hr: 15
CA Activation Rate num: 2565488
Setup_Fail_DEN: 13896
SIP_SC_Total_MOU: 206.82
Peak UE: 53
MB_per_connected_UE: 79.81
DL Volume: 4120
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8984
DL Data Vol MAC in MB: 9880.41
CA Activation Rate den: 64651

Time: 17:26:17
holiday: 0
CA DL DataVolRatio Pct num: 5663

SIP DC%: 
DLRLCLayerDataVolume MB: 2861.92
DRB UL Data Volume MB: 1919
RRC Setup Attempts: 6318
RSSIRX1 Avg: -94.3
weekend: 0
UPTP Mbps Num: 3736
hr: 15
MAC_UE_SC_Tput: 15565.91

hr: 15
CA Activation Rate num: 8686155
UPTP Mbps Den: 1651
Setup_Fail_DEN: 14119
SIP_SC_Total_MOU: 444.92
Peak UE: 50
MB_per_connected_UE: 198.44
PCT Time MIMO: 49.08
DL Volume: 5818
CA Activation Rate den: 72315

Time: 07:19:53
holiday: 0
HO_att_InterFreq: 770

SIP DC%: 
DLRLCLayerDataVolume MB: 10016.03
PRB Util%: 71.53
CA DL DataVolRatio Pct den: 6854
weekend: 0
UPTP Mbps Num: 61127
CA Activation Rate: 9.12
hr: 0
MAC_UE_SC_Tput: 5303.39
Bearer Releases: 11131

hr: 0
CA Activation Rate num: 5720124
UPTP Mbps Den: 2714
Setup_Fail_DEN: 11064
SIP_SC_Total_MOU: 56.64
Peak UE: 68
MB_per_connected_UE: 30.16
DL Volume: 1675
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8198
CA Activation Rate den: 71156

Combined RACH Preambles: 3309
Time: 14:51:07
holiday: 0
CA DL DataVolRatio Pct num: 7036

SIP DC%: 
PRB Util%: 18.94
RRC Setup Attempts: 4915
CA Conf FailRate Pct den: 6304
weekend: 0
UPTP Mbps Num: 38367
CA Activation Rate: 30.47
hr: 8
MAC_UE_SC_Tput: 9248.78
Bearer Releases: 6607

hr: 8
CA Activation Rate num: 2636273
Setup_Fail_DEN: 10788
Peak UE: 27
MB_per_connected_UE: 10.17
DL Data Vol MAC in MB: 4531.23
HO Failure%: 0.02

Time: 15:57:11
holiday: 0
CA DL DataVolRatio Pct: 82.11

SIP DC%: 
UPTP_Mbps: 39.51
DRB UL Data Volume MB: 3339
PRB Util%: 60.18
RRC Setup Attempts: 5291
CA Conf FailRate Pct den: 8524
weekend: 0
UPTP Mbps Num: 28426
CA Activation Rate: 31.54
hr: 0
MAC_UE_SC_Tput: 15802.28
Bearer Releases: 8149

hr: 0
CA Activation Rate num: 3427495
Setup_Fail_DEN: 11829
Peak UE: 27
MB_per_connected_UE: 15.31
DL Volume: 6139
DL Data Vol MAC in MB: 468.12

Combined RACH Preambles: 2770
Time: 23:09:29
holiday: 0

Avg_Connected_UEs: 77.61
SIP DC%: 
PRB Util%: 7.9
RRC Setup Attempts: 7329
CA DL DataVolRatio Pct den: 6198
weekend: 0
hr: 9
MAC_UE_SC_Tput: 6069.17
Bearer Releases: 10780

hr: 9
CA Activation Rate num: 9026160
UPTP Mbps Den: 2840
Setup_Fail_DEN: 11172
SIP_SC_Total_MOU: 252.36
Peak UE: 27
DL Volume: 3964
DL Data Vol MAC in MB: 2254.01
CA Activation Rate den: 79490

Combined RACH Preambles: 2930
Time: 07:22:33
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4727.97
DRB UL Data Volume MB: 9223
RRC Setup Attempts: 6039
weekend: 0
CA Activation Rate: 58.61
hr: 23
MAC_UE_SC_Tput: 9686.08
Bearer Releases: 14279

hr: 23
CA Activation Rate num: 11011198
Peak UE: 48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4621
DL Data Vol MAC in MB: 738.91

Time: 03:11:21
holiday: 0

DL MAC Vol Scell Pct: 38.02
Avg_Connected_UEs: 23.27
SIP DC%: 
UPTP_Mbps: 114.02
DLRLCLayerDataVolume MB: 7506.96
PRB Util%: 50.84
RRC Setup Attempts: 4971
weekend: 0
CA Activation Rate: 40.24
hr: 0
MAC_UE_SC_Tput: 4852.49
Bearer Releases: 6306

hr: 0
CA Activation Rate num: 3682571
Setup_Fail_DEN: 8474
Peak UE: 27
MB_per_connected_UE: 93.98
DL Volume: 9851
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6954
DL Data Vol MAC in MB: 2961.35

Time: 04:24:57
holiday: 0
CA DL DataVolRatio Pct: 66

SIP DC%: 
UPTP_Mbps: 21.82
DLRLCLayerDataVolume MB: 1525.84
DRB UL Data Volume MB: 4586
PRB Util%: 13.05
CA DL DataVolRatio Pct den: 2114
CA Conf FailRate Pct den: 6227
weekend: 0
UPTP Mbps Num: 23644
CA Activation Rate: 37.06
hr: 0
MAC_UE_SC_Tput: 4908.25
Bearer Releases: 6664

hr: 0
Peak UE: 82
PCT Time MIMO: 44.95
DL Volume: 8205
DL Data Vol MAC in MB: 6561.67
CA Activation Rate den: 80371
Combined RACH Preambles: 3808

Time: 02:37:59
holiday: 0
CA DL DataVolRatio Pct num: 7140

SIP DC%: 
UPTP_Mbps: 102.56
DRB UL Data Volume MB: 7155
PRB Util%: 14.53
RRC Setup Attempts: 7639
CA Conf FailRate Pct den: 8400
weekend: 0
UPTP Mbps Num: 764
CA Activation Rate: 22.65
hr: 12
MAC_UE_SC_Tput: 9096.33

hr: 12
CA Activation Rate num: 3927394
Setup_Fail_DEN: 9943
Peak UE: 27
MB_per_connected_UE: 113.82
CA Activation Rate den: 38529

Time: 09:10:15
holiday: 0

Avg_Connected_UEs: 46.61
SIP DC%: 
DLRLCLayerDataVolume MB: 6848.39
DRB UL Data Volume MB: 8349
PRB Util%: 32.59
RRC Setup Attempts: 3412
CA Conf FailRate Pct den: 2992
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6583.34
Bearer Releases: 12850

hr: 23
CA Activation Rate num: 3393512
UPTP Mbps Den: 4250
Setup_Fail_DEN: 8070
Peak UE: 60
MB_per_connected_UE: 165.57
DL Volume: 1265

Time: 11:30:55
holiday: 0

Avg_Connected_UEs: 62.62
SIP DC%: 
DLRLCLayerDataVolume MB: 9873.7
CA Conf FailRate Pct den: 6566
weekend: 0
hr: 15
MAC_UE_SC_Tput: 7898.12

hr: 15
CA Activation Rate num: 10640828
UPTP Mbps Den: 5042
Peak UE: 27
UL Throughput: 9.78
CA Activation Rate den: 209631

Time: 22:19:52
holiday: 0
CA DL DataVolRatio Pct: 90.4
CA DL DataVolRatio Pct num: 5262

Avg_Connected_UEs: 54.45
SIP DC%: 
DRB UL Data Volume MB: 6889
CA Conf FailRate Pct den: 6603
weekend: 0
hr: 20
MAC_UE_SC_Tput: 6950.9
Bearer Releases: 9778

hr: 20
CA Activation Rate num: 9991316
Setup_Fail_DEN: 8351
SIP_SC_Total_MOU: 269.67
Peak UE: 62
MB_per_connected_UE: 157.46
PCT Time MIMO: 34.09
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9148
DL Data Vol MAC in MB: 828.55
CA Activation Rate den: 37843

Combined RACH Preambles: 2880
Time: 20:43:44
holiday: 0
CA DL DataVolRatio Pct: 60.04

SIP DC%: 
UPTP_Mbps: 32.97
DLRLCLayerDataVolume MB: 4885.71
weekend: 0
UPTP Mbps Num: 803
hr: 0
MAC_UE_SC_Tput: 6783.66
Bearer Releases: 8864

hr: 0
Peak UE: 38
PCT Time MIMO: 35.16
DL Volume: 1550
DL Data Vol MAC in MB: 8704.34
CA Activation Rate den: 129249

Time: 12:23:04
holiday: 0
CA DL DataVolRatio Pct num: 6894

Avg_Connected_UEs: 42.11
SIP DC%: 
CA DL DataVolRatio Pct den: 4829
CA Conf FailRate Pct den: 7146
weekend: 0
hr: 14
MAC_UE_SC_Tput: 5697.17
Bearer Releases: 6812

hr: 14
CA Activation Rate num: 5817719
SIP_SC_Total_MOU: 150.37
QCI 1 Bearer Drop%: 2.26
Peak UE: 51

Time: 03:49:17
holiday: 0
CA DL DataVolRatio Pct num: 6800

SIP DC%: 
UPTP_Mbps: 42.72
DLRLCLayerDataVolume MB: 5789.62
DRB UL Data Volume MB: 2292
RRC Setup Attempts: 9757
CA DL DataVolRatio Pct den: 9516
CA Conf FailRate Pct den: 6606
weekend: 0
hr: 23

hr: 23
CA Activation Rate num: 1528098
Setup_Fail_DEN: 19094
Peak UE: 42
MB_per_connected_UE: 155.67
PCT Time MIMO: 52.83
DL Volume: 9762
DL Data Vol MAC in MB: 8031.28

Time: 11:55:40
holiday: 0
HO_att_InterFreq: 400
CA DL DataVolRatio Pct num: 3405

SIP DC%: 
DLRLCLayerDataVolume MB: 1444.18
DRB UL Data Volume MB: 7930
RRC Setup Attempts: 7151
weekend: 0
CA Activation Rate: 29.37
hr: 17
MAC_UE_SC_Tput: 13440.68

hr: 17
CA Activation Rate num: 6057876
Peak UE: 40
DL Volume: 855
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7019

Time: 01:46:23
holiday: 0

DL MAC Vol Scell Pct: 4.99
Avg_Connected_UEs: 29.45
SIP DC%: 
UPTP_Mbps: 98.96
weekend: 0
UPTP Mbps Num: 19880
CA Activation Rate: 55.29
hr: 0
MAC_UE_SC_Tput: 13345.58
Bearer Releases: 13010

hr: 0
CA Activation Rate num: 6647062
UPTP Mbps Den: 2786
Peak UE: 43
CA Activation Rate den: 66220

Time: 18:47:15
holiday: 0
CA DL DataVolRatio Pct num: 7022

DL MAC Vol Scell Pct: 21.02
SIP DC%: 
UPTP_Mbps: 25.29
DLRLCLayerDataVolume MB: 7803.86
PRB Util%: 9.24
weekend: 1
UPTP Mbps Num: 8294
hr: 1
MAC_UE_SC_Tput: 12041.44
Bearer Releases: 10650

hr: 1
CA Activation Rate num: 8369461
Setup_Fail_DEN: 12493
SIP_SC_Total_MOU: 171.15
Peak UE: 34
MB_per_connected_UE: 205.2
DL Volume: 3200

Time: 03:34:42
holiday: 0

SIP DC%: 
UPTP_Mbps: 45.95
DLRLCLayerDataVolume MB: 8361.25
PRB Util%: 43.63
CA DL DataVolRatio Pct den: 6218
weekend: 0
CA Activation Rate: 35.28
hr: 5
MAC_UE_SC_Tput: 20694.41
Bearer Releases: 18170

hr: 5
CA Activation Rate num: 5551335
UPTP Mbps Den: 2240
Setup_Fail_DEN: 12638
SIP_SC_Total_MOU: 55.5
Peak UE: 48
VOLTE IA%: 
MB_per_connected_UE: 12.39
PCT Time MIMO: 60.23
DL Volume: 1440
DL Data Vol MAC in MB: 5848.13

holiday: 0

DL MAC Vol Scell Pct: 11.68
SIP DC%: 
DRB UL Data Volume MB: 7267
PRB Util%: 30.26
weekend: 0
UPTP Mbps Num: 3698
hr: 16
MAC_UE_SC_Tput: 4240.31
Bearer Releases: 6847

hr: 16
CA Activation Rate num: 13235623
Peak UE: 86
MB_per_connected_UE: 85.64
DL Volume: 9653
CA Activation Rate den: 76863
Combined RACH Preambles: 2562

Time: 08:42:03
holiday: 0
CA DL DataVolRatio Pct: 80.38
CA DL DataVolRatio Pct num: 6217

Avg_Connected_UEs: 35.32
SIP DC%: 
UPTP_Mbps: 31.86
DLRLCLayerDataVolume MB: 4342.97
DRB UL Data Volume MB: 7755
PRB Util%: 19.03
CA Conf FailRate Pct den: 6555
weekend: 0
UPTP Mbps Num: 48874
hr: 19
MAC_UE_SC_Tput: 8002.05

hr: 19
CA Activation Rate num: 4369684
UPTP Mbps Den: 2574
Peak UE: 39
MB_per_connected_UE: 78.92
DL Volume: 2676
DL Data Vol MAC in MB: 1761.21
Combined RACH Preambles: 3666

Time: 01:38:50
holiday: 0
CA DL DataVolRatio Pct: 46.51

SIP DC%: 
DLRLCLayerDataVolume MB: 8501.35
CA DL DataVolRatio Pct den: 8793
weekend: 0
hr: 23
MAC_UE_SC_Tput: 16350.17
Bearer Releases: 10072

hr: 23
CA Activation Rate num: 7555053
Setup_Fail_DEN: 15335
Peak UE: 88
VOLTE IA%: 
MB_per_connected_UE: 175.16
PCT Time MIMO: 43.87
DL Data Vol MAC in MB: 5460.03
CA Activation Rate den: 58430

Time: 04:03:55
holiday: 0

DL MAC Vol Scell Pct: 5.47
SIP DC%: 
UPTP_Mbps: 26.49
DLRLCLayerDataVolume MB: 2153.12
CA DL DataVolRatio Pct den: 3700
CA Conf FailRate Pct den: 9083
weekend: 0
CA Activation Rate: 48.56
hr: 3
MAC_UE_SC_Tput: 17914.78
Bearer Releases: 13538

hr: 3
Setup_Fail_DEN: 7612
SIP_SC_Total_MOU: 276.88
Peak UE: 66
DL Volume: 3304
CA Activation Rate den: 68115

Time: 14:38:55
holiday: 0

DL MAC Vol Scell Pct: 31.05
SIP DC%: 
UPTP_Mbps: 10.43
DLRLCLayerDataVolume MB: 3361.96
PRB Util%: 27.08
CA Conf FailRate Pct den: 4003
weekend: 0
UPTP Mbps Num: 22541
CA Activation Rate: 20.84
hr: 15
MAC_UE_SC_Tput: 12019.68
Bearer Releases: 18101

hr: 15
CA Activation Rate num: 3392225
UPTP Mbps Den: 2003
Setup_Fail_DEN: 18991
SIP_SC_Total_MOU: 83.23
Peak UE: 42
MB_per_connected_UE: 52.86
DL Volume: 8058
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4454
DL Data Vol MAC in MB: 5013.7
CA Activation Rate den: 85032

Combined RACH Preambles: 4153
Time: 23:19:40
holiday: 0
CA DL DataVolRatio Pct num: 6654

DL MAC Vol Scell Pct: 8.18
Avg_Connected_UEs: 35.99
SIP DC%: 
DLRLCLayerDataVolume MB: 4165.31
DRB UL Data Volume MB: 6971
CA DL DataVolRatio Pct den: 10117
CA Conf FailRate Pct den: 8869
weekend: 0
UPTP Mbps Num: 3250
CA Activation Rate: 7.78
hr: 0
MAC_UE_SC_Tput: 16436.4

hr: 0
Peak UE: 27
MB_per_connected_UE: 43.97
DL Data Vol MAC in MB: 427.09
CA Activation Rate den: 124526

Time: 21:38:25
holiday: 0
CA DL DataVolRatio Pct: 87.58
CA DL DataVolRatio Pct num: 7493

Avg_Connected_UEs: 21.08
SIP DC%: 
RRC Setup Attempts: 3384
weekend: 0
CA Activation Rate: 75.59
hr: 16
MAC_UE_SC_Tput: 7630.55
Bearer Releases: 7220

hr: 16
CA Activation Rate num: 2886458
Setup_Fail_DEN: 10132
Peak UE: 67
MB_per_connected_UE: 162.96
DL Volume: 8340
Combined RACH Preambles: 2339

Time: 17:38:46
holiday: 0
CA DL DataVolRatio Pct num: 6473

SIP DC%: 
UPTP_Mbps: 44.09
DLRLCLayerDataVolume MB: 8415.76
DRB UL Data Volume MB: 6473
PRB Util%: 74.31
weekend: 0
hr: 13
MAC_UE_SC_Tput: 7785.64

hr: 13
CA Activation Rate num: 8140322
UPTP Mbps Den: 710
SIP_SC_Total_MOU: 47.34
MB_per_connected_UE: 49.28
DL Volume: 858
DL Data Vol MAC in MB: 6242.74
CA Activation Rate den: 205597

Combined RACH Preambles: 3491
Time: 12:48:27
holiday: 0
HO_att_InterFreq: 804
CA DL DataVolRatio Pct num: 3518

Avg_Connected_UEs: 77.51
SIP DC%: 
UPTP_Mbps: 133.22
DRB UL Data Volume MB: 5896
CA DL DataVolRatio Pct den: 8572
weekend: 0
UPTP Mbps Num: 8082
CA Activation Rate: 67.89
hr: 5
Bearer Releases: 17216

hr: 5
CA Activation Rate num: 9903364
UPTP Mbps Den: 802
SIP_SC_Total_MOU: 334.84
Peak UE: 66
MB_per_connected_UE: 20.52

Time: 10:26:19
holiday: 0
CA DL DataVolRatio Pct num: 5627

DL MAC Vol Scell Pct: 24.69
Avg_Connected_UEs: 49.27
SIP DC%: 
PRB Util%: 26.4
CA DL DataVolRatio Pct den: 4474
weekend: 0
UPTP Mbps Num: 8364
hr: 16
MAC_UE_SC_Tput: 6999.5
Bearer Releases: 14456

hr: 16
CA Activation Rate num: 10670302
Setup_Fail_DEN: 11592
SIP_SC_Total_MOU: 116.05
Peak UE: 54
MB_per_connected_UE: 70.31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3120
DL Data Vol MAC in MB: 3822.41
CA Activation Rate den: 98337

Time: 12:38:40
holiday: 0
CA DL DataVolRatio Pct num: 6607

Avg_Connected_UEs: 29.86
SIP DC%: 
DLRLCLayerDataVolume MB: 5592.39
CA DL DataVolRatio Pct den: 5740
CA Conf FailRate Pct den: 7276
weekend: 0
UPTP Mbps Num: 53300
CA Activation Rate: 27.83
hr: 0

hr: 0
CA Activation Rate num: 2763544
UPTP Mbps Den: 2205
Peak UE: 27
MB_per_connected_UE: 167.26
DL Volume: 1889
DL Data Vol MAC in MB: 805.3
Combined RACH Preambles: 2401

Time: 08:31:26
holiday: 0
CA DL DataVolRatio Pct num: 4879

Avg_Connected_UEs: 79.3
SIP DC%: 
DLRLCLayerDataVolume MB: 8769.47
DRB UL Data Volume MB: 3668
RRC Setup Attempts: 7248
CA DL DataVolRatio Pct den: 2457
CA Conf FailRate Pct den: 7055
weekend: 0
UPTP Mbps Num: 2096
CA Activation Rate: 36.39
hr: 0
MAC_UE_SC_Tput: 6402.35
Bearer Releases: 10465

hr: 0
CA Activation Rate num: 7445150
Setup_Fail_DEN: 10966
Peak UE: 82
DL Volume: 9266
DL Data Vol MAC in MB: 8375.14
CA Activation Rate den: 49452

Time: 05:06:24
holiday: 0
CA DL DataVolRatio Pct num: 3084

SIP DC%: 
DLRLCLayerDataVolume MB: 1366.96
CA DL DataVolRatio Pct den: 5127
weekend: 0
CA Activation Rate: 17.13
hr: 2
MAC_UE_SC_Tput: 9155.71
Bearer Releases: 9610

hr: 2
CA Activation Rate num: 4804697
Setup_Fail_DEN: 9892
Peak UE: 27
PCT Time MIMO: 39.55
DL Volume: 2231
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7196
UL Throughput: 5.86
DL Data Vol MAC in MB: 245.2
Combined RACH Preambles: 3290

Time: 08:49:46
holiday: 0
CA DL DataVolRatio Pct: 78.95

DL MAC Vol Scell Pct: 33.63
SIP DC%: 
DLRLCLayerDataVolume MB: 445.44
DRB UL Data Volume MB: 1849
RRC Setup Attempts: 7013
weekend: 0
UPTP Mbps Num: 10265
hr: 3
MAC_UE_SC_Tput: 10217.66
Bearer Releases: 8195

hr: 3
CA Activation Rate num: 11253244
Setup_Fail_DEN: 8256
Peak UE: 27
MB_per_connected_UE: 152.81
DL Volume: 4609
CA Activation Rate den: 98157

Combined RACH Preambles: 2193
Time: 04:09:18
holiday: 0
CA DL DataVolRatio Pct num: 7270

Avg_Connected_UEs: 33.8
SIP DC%: 
DLRLCLayerDataVolume MB: 1153.42
DRB UL Data Volume MB: 3040
PRB Util%: 67.04
RRC Setup Attempts: 7201
CA Conf FailRate Pct den: 4088
weekend: 0
UPTP Mbps Num: 26867
hr: 20
MAC_UE_SC_Tput: 11662.83

hr: 20
CA Activation Rate num: 10267968
SIP_SC_Total_MOU: 194.17
Peak UE: 44
MB_per_connected_UE: 24.25
PCT Time MIMO: 48.76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3451
DL Data Vol MAC in MB: 2267.01
CA Activation Rate den: 145738

Time: 18:52:58
holiday: 0
CA DL DataVolRatio Pct num: 6794

DL MAC Vol Scell Pct: 24.07
Avg_Connected_UEs: 73.45
SIP DC%: 
UPTP_Mbps: 19.67
RRC Setup Attempts: 4677
CA DL DataVolRatio Pct den: 9308
weekend: 0
hr: 7
MAC_UE_SC_Tput: 8842.34

hr: 7
CA Activation Rate num: 5038983
UPTP Mbps Den: 617
Setup_Fail_DEN: 12389
SIP_SC_Total_MOU: 217.95
Peak UE: 64
MB_per_connected_UE: 136.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9287
DL Data Vol MAC in MB: 6410.01
CA Activation Rate den: 166237

Time: 20:05:03
holiday: 0
CA DL DataVolRatio Pct: 62.7
CA DL DataVolRatio Pct num: 2991

SIP DC%: 
UPTP_Mbps: 14.54
DLRLCLayerDataVolume MB: 473.67
PRB Util%: 19.79
weekend: 0
UPTP Mbps Num: 17838
CA Activation Rate: 45.74
hr: 23

hr: 23
CA Activation Rate num: 9631467
UPTP Mbps Den: 5382
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6143
DL Data Vol MAC in MB: 6470.17
CA Activation Rate den: 73807

Time: 16:16:16
holiday: 0
CA DL DataVolRatio Pct num: 2485

SIP DC%: 
DLRLCLayerDataVolume MB: 4848.8
DRB UL Data Volume MB: 7910
PRB Util%: 50.1
RRC Setup Attempts: 7537
weekend: 0
UPTP Mbps Num: 39693
CA Activation Rate: 32.38
hr: 6
MAC_UE_SC_Tput: 18807.33

hr: 6
CA Activation Rate num: 5761752
Setup_Fail_DEN: 15486
SIP_SC_Total_MOU: 68.44
Peak UE: 47
MB_per_connected_UE: 43.65
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8280
DL Data Vol MAC in MB: 1288.33
CA Activation Rate den: 100766

Combined RACH Preambles: 4552
Time: 08:27:54
holiday: 0
CA DL DataVolRatio Pct num: 2064

DL MAC Vol Scell Pct: 8.3
SIP DC%: 
UPTP_Mbps: 27.59
DLRLCLayerDataVolume MB: 2560.74
DRB UL Data Volume MB: 438
RRC Setup Attempts: 3513
CA DL DataVolRatio Pct den: 6525
weekend: 0
UPTP Mbps Num: 19573
hr: 19
MAC_UE_SC_Tput: 15260.41

hr: 19
CA Activation Rate num: 10645095
SIP_SC_Total_MOU: 53.91
Peak UE: 27
MB_per_connected_UE: 42.31
DL Data Vol MAC in MB: 5595.12

Time: 07:13:45
holiday: 0
CA DL DataVolRatio Pct: 64.5
RRC Setup Failure% 5G: 0.37
CA DL DataVolRatio Pct num: 6181

Avg_Connected_UEs: 39.34
SIP DC%: 
DLRLCLayerDataVolume MB: 6893.31
CA DL DataVolRatio Pct den: 6905
weekend: 0
CA Activation Rate: 10.75
hr: 9
MAC_UE_SC_Tput: 18732.4

hr: 9
CA Activation Rate num: 5733296
Setup_Fail_DEN: 7942
SIP_SC_Total_MOU: 119.41
Peak UE: 29
VOLTE IA%: 
MB_per_connected_UE: 70.24
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7166
CA Activation Rate den: 146603

Time: 12:41:45
holiday: 0
CA DL DataVolRatio Pct: 83.16

SIP DC%: 
UPTP_Mbps: 40.13
CA DL DataVolRatio Pct den: 8048
CA Conf FailRate Pct den: 8599
weekend: 0
hr: 2
MAC_UE_SC_Tput: 5946.5

hr: 2
CA Activation Rate num: 9927823
Peak UE: 27
DL Volume: 1594
DL Data Vol MAC in MB: 2726.12
CA Activation Rate den: 100228

Combined RACH Preambles: 2320
Time: 15:48:56
holiday: 0
HO_att_InterFreq: 610

SIP DC%: 
UPTP_Mbps: 43.88
DLRLCLayerDataVolume MB: 2220.84
DRB UL Data Volume MB: 1116
weekend: 0
CA Activation Rate: 50.32
hr: 11
MAC_UE_SC_Tput: 7831.05

hr: 11
CA Activation Rate num: 9574083
Peak UE: 60
VOLTE IA%: 
MB_per_connected_UE: 8.26
DL Volume: 1419
DL Data Vol MAC in MB: 583.19

Time: 07:48:58
holiday: 0
CA DL DataVolRatio Pct: 66.11
CA DL DataVolRatio Pct num: 1700

Avg_Connected_UEs: 39.27
SIP DC%: 
DLRLCLayerDataVolume MB: 9559.84
CA DL DataVolRatio Pct den: 5856
CA Conf FailRate Pct den: 8658
weekend: 0
CA Activation Rate: 24.43
hr: 21
MAC_UE_SC_Tput: 8682.62
Bearer Releases: 11192

hr: 21
CA Activation Rate num: 9560598
Setup_Fail_DEN: 12052
SIP_SC_Total_MOU: 415.7
Peak UE: 29
MB_per_connected_UE: 188.26
PCT Time MIMO: 37.05
DL Volume: 2761
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6322
DL Data Vol MAC in MB: 4988.33

Time: 22:23:45
holiday: 0

Avg_Connected_UEs: 39.8
SIP DC%: 
DLRLCLayerDataVolume MB: 6234.21
CA DL DataVolRatio Pct den: 9205
CA Conf FailRate Pct den: 4341
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6994.63
Bearer Releases: 6899

hr: 23
CA Activation Rate num: 6940147
Setup_Fail_DEN: 7201
SIP_SC_Total_MOU: 119.05
Peak UE: 48
MB_per_connected_UE: 124.63
DL Data Vol MAC in MB: 9491.97

Time: 20:58:24
holiday: 0

Avg_Connected_UEs: 35.29
SIP DC%: 
PRB Util%: 45.28
RSSIRX1 Avg: -93.54
weekend: 0
UPTP Mbps Num: 2086
hr: 23
MAC_UE_SC_Tput: 10433.27
Bearer Releases: 12333

hr: 23
CA Activation Rate num: 5058767
Setup_Fail_DEN: 11236
Peak UE: 27
MB_per_connected_UE: 103.25
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6979

Time: 04:56:53
holiday: 0
CA DL DataVolRatio Pct: 55.71

Avg_Connected_UEs: 30.36
SIP DC%: 
DRB UL Data Volume MB: 4840
PRB Util%: 18.43
RRC Setup Attempts: 9369
CA DL DataVolRatio Pct den: 3751
weekend: 1
UPTP Mbps Num: 18482
CA Activation Rate: 43.48
hr: 4
MAC_UE_SC_Tput: 4556.47

hr: 4
CA Activation Rate num: 650328
Setup_Fail_DEN: 13396
SIP_SC_Total_MOU: 49.76
Peak UE: 31
VOLTE IA%: 0.54
MB_per_connected_UE: 143.61
DL Volume: 4260
DL Data Vol MAC in MB: 1821.27
CA Activation Rate den: 131718

Time: 05:28:14
holiday: 0
CA DL DataVolRatio Pct num: 7009

Avg_Connected_UEs: 82.4
SIP DC%: 
DLRLCLayerDataVolume MB: 8443.62
DRB UL Data Volume MB: 5799
RRC Setup Attempts: 4195
weekend: 0
CA Activation Rate: 23.68
hr: 7
MAC_UE_SC_Tput: 14144.58
Bearer Releases: 11170

hr: 7
CA Activation Rate num: 5981485
UPTP Mbps Den: 3816
Setup_Fail_DEN: 17121
Peak UE: 27
VOLTE IA%: 
DL Volume: 3593
DL Data Vol MAC in MB: 5603.52
CA Activation Rate den: 181152

Time: 11:14:52
holiday: 0
HO_att_InterFreq: 930
CA DL DataVolRatio Pct num: 1048

Avg_Connected_UEs: 19.95
SIP DC%: 
DLRLCLayerDataVolume MB: 7360.56
DRB UL Data Volume MB: 2569
CA DL DataVolRatio Pct den: 10165
weekend: 1
hr: 13
MAC_UE_SC_Tput: 17894.14

hr: 13
CA Activation Rate num: 6697606
Setup_Fail_DEN: 7132
Peak UE: 27
MB_per_connected_UE: 71.89
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8792
UL Throughput: 6.9
DL Data Vol MAC in MB: 1406.67
CA Activation Rate den: 132481

Time: 20:26:46
holiday: 0

SIP DC%: 
PRB Util%: 51.3
RRC Setup Attempts: 5484
weekend: 0
UPTP Mbps Num: 54995
hr: 2
MAC_UE_SC_Tput: 11232.35

hr: 2
Setup_Fail_DEN: 11665
S1U_SIP_SC_SEER_den: 210
Peak UE: 27
MB_per_connected_UE: 147.21
Combined RACH Preambles: 3207

Time: 09:19:36
holiday: 0
CA DL DataVolRatio Pct num: 7539

SIP DC%: 
DRB UL Data Volume MB: 4040
CA Conf FailRate Pct den: 6692
weekend: 0
UPTP Mbps Num: 29755
CA Activation Rate: 48.59
hr: 7
MAC_UE_SC_Tput: 4241.69

hr: 7
Peak UE: 27
VOLTE IA%: 
CA Activation Rate den: 49357

Time: 05:11:32
holiday: 0
CA DL DataVolRatio Pct: 91.17

Avg_Connected_UEs: 48.85
SIP DC%: 
DRB UL Data Volume MB: 3289
RRC Setup Attempts: 3894
CA DL DataVolRatio Pct den: 2329
CA Conf FailRate Pct den: 5586
weekend: 0
hr: 15
MAC_UE_SC_Tput: 7750.72

hr: 15
CA Activation Rate num: 4781799
Peak UE: 30
VOLTE IA%: 
PCT Time MIMO: 47.02
CA Activation Rate den: 47376

Time: 02:35:38
holiday: 0
CA DL DataVolRatio Pct num: 1159

DL MAC Vol Scell Pct: 14.13
Avg_Connected_UEs: 26.85
SIP DC%: 
DLRLCLayerDataVolume MB: 6614.32
DRB UL Data Volume MB: 7642
PRB Util%: 22.27
RRC Setup Attempts: 5058
CA DL DataVolRatio Pct den: 3378
weekend: 0
CA Activation Rate: 10.84
hr: 15
MAC_UE_SC_Tput: 6538.14
Bearer Releases: 15760

hr: 15
CA Activation Rate num: 3872331
Peak UE: 35
MB_per_connected_UE: 70.9
DL Volume: 3829

Time: 16:09:25
holiday: 0
CA DL DataVolRatio Pct num: 3530

DL MAC Vol Scell Pct: 9.02
Avg_Connected_UEs: 23.04
SIP DC%: 
DLRLCLayerDataVolume MB: 5197.86
RRC Setup Attempts: 5056
CA DL DataVolRatio Pct den: 2991
CA Conf FailRate Pct den: 6413
weekend: 0
CA Activation Rate: 48.71
hr: 8
MAC_UE_SC_Tput: 8644.52
Bearer Releases: 11518

hr: 8
CA Activation Rate num: 5984538
UPTP Mbps Den: 2856
Setup_Fail_DEN: 10153
Peak UE: 46
VOLTE IA%: 
MB_per_connected_UE: 204.33
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6945
CA Activation Rate den: 60637

Time: 23:03:39
holiday: 0

Avg_Connected_UEs: 46
SIP DC%: 
UPTP_Mbps: 93
DLRLCLayerDataVolume MB: 9393.94
CA DL DataVolRatio Pct den: 6698
weekend: 0
CA Activation Rate: 53.13
hr: 23
MAC_UE_SC_Tput: 7136.99

hr: 23
CA Activation Rate num: 9526835
SIP_SC_Total_MOU: 394.29
Peak UE: 31
MB_per_connected_UE: 131.5
PCT Time MIMO: 65.27
DL Data Vol MAC in MB: 2473.48
Time: 21:06:56

holiday: 0

Avg_Connected_UEs: 18.38
SIP DC%: 
DRB UL Data Volume MB: 7540
PRB Util%: 10.87
RRC Setup Attempts: 5977
weekend: 0
hr: 23
MAC_UE_SC_Tput: 12566.25
Bearer Releases: 11708

hr: 23
CA Activation Rate num: 8614576
UPTP Mbps Den: 891
Setup_Fail_DEN: 13938
SIP_SC_Total_MOU: 177.22
Peak UE: 34
MB_per_connected_UE: 139.35
PCT Time MIMO: 46.41
DL Volume: 7162
DL Data Vol MAC in MB: 2965.18
CA Activation Rate den: 45603

Time: 21:20:54
holiday: 0
CA DL DataVolRatio Pct: 76.68
CA DL DataVolRatio Pct num: 4624

Avg_Connected_UEs: 78.68
SIP DC%: 
DRB UL Data Volume MB: 7208
CA Conf FailRate Pct den: 5511
weekend: 0
UPTP Mbps Num: 37007
hr: 16

hr: 16
Setup_Fail_DEN: 11712
Peak UE: 78
VOLTE IA%: 
MB_per_connected_UE: 66.26
DL Data Vol MAC in MB: 6942.23
CA Activation Rate den: 42692

Time: 01:16:11
holiday: 0

SIP DC%: 
UPTP_Mbps: 13.66
DLRLCLayerDataVolume MB: 9441.16
RRC Setup Attempts: 7504
CA Conf FailRate Pct den: 6848
weekend: 0
UPTP Mbps Num: 6552
CA Activation Rate: 41.34
hr: 10
MAC_UE_SC_Tput: 12266.89
Bearer Releases: 10455

hr: 10
Setup_Fail_DEN: 16522
SIP_SC_Total_MOU: 134.14
Peak UE: 50
MB_per_connected_UE: 151.61
DL Volume: 8966
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7868
CA Activation Rate den: 145609

Time: 07:07:25
holiday: 0
CA DL DataVolRatio Pct: 55.83

Avg_Connected_UEs: 35.75
SIP DC%: 
UPTP_Mbps: 37.81
DLRLCLayerDataVolume MB: 8558.42
CA DL DataVolRatio Pct den: 3164
weekend: 0
hr: 1
MAC_UE_SC_Tput: 10954.14
Bearer Releases: 13697

hr: 1
CA Activation Rate num: 5275476
Setup_Fail_DEN: 16773
SIP_SC_Total_MOU: 251.08
Peak UE: 56

Time: 16:29:38
holiday: 0
CA DL DataVolRatio Pct: 67.18

SIP DC%: 
DLRLCLayerDataVolume MB: 5243.44
DRB UL Data Volume MB: 6146
RRC Setup Attempts: 5368
weekend: 0
UPTP Mbps Num: 44801
hr: 23
MAC_UE_SC_Tput: 9359.36
Bearer Releases: 6794

hr: 23
CA Activation Rate num: 1577867
Setup_Fail_DEN: 12200
Peak UE: 56
VOLTE IA%: 
MB_per_connected_UE: 205.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8460
DL Data Vol MAC in MB: 2847.32
CA Activation Rate den: 38008

Time: 01:23:11
holiday: 0

SIP DC%: 
UPTP_Mbps: 46.58
DLRLCLayerDataVolume MB: 632.5
DRB UL Data Volume MB: 1283
PRB Util%: 67.12
CA Conf FailRate Pct den: 6649
weekend: 0
CA Activation Rate: 25.09
hr: 2
MAC_UE_SC_Tput: 12080.52

hr: 2
CA Activation Rate num: 2878346
UPTP Mbps Den: 1705
SIP_SC_Total_MOU: 11.96
Peak UE: 32
DL Volume: 5614
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9153
DL Data Vol MAC in MB: 2359.22
CA Activation Rate den: 56544

Time: 09:23:42
holiday: 0

Avg_Connected_UEs: 52.38
SIP DC%: 
DLRLCLayerDataVolume MB: 7099.4
DRB UL Data Volume MB: 6685
PRB Util%: 60.78
RRC Setup Attempts: 7873
CA DL DataVolRatio Pct den: 9431
weekend: 0
hr: 15
MAC_UE_SC_Tput: 8737.81
Bearer Releases: 15557

hr: 15
CA Activation Rate num: 126252
Setup_Fail_DEN: 9565
SIP_SC_Total_MOU: 102.67
Peak UE: 32
MB_per_connected_UE: 59.98
DL Volume: 8721
CA Activation Rate den: 62831

Time: 00:48:23
holiday: 0

Avg_Connected_UEs: 63.01
SIP DC%: 
UPTP_Mbps: 78.42
DLRLCLayerDataVolume MB: 3358.93
PRB Util%: 39.93
CA DL DataVolRatio Pct den: 6530
weekend: 0
UPTP Mbps Num: 3780
hr: 0
MAC_UE_SC_Tput: 11043.98
Bearer Releases: 17522

hr: 0
CA Activation Rate num: 3271520
Setup_Fail_DEN: 11206
SIP_SC_Total_MOU: 8.38
Peak UE: 80
MB_per_connected_UE: 65.56
UL Throughput: 3.12
DL Data Vol MAC in MB: 5408.68
CA Activation Rate den: 57496

Time: 21:01:41
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8132.38
RRC Setup Attempts: 3386
CA Conf FailRate Pct den: 7621
weekend: 0
hr: 21
MAC_UE_SC_Tput: 8225.39

hr: 21
CA Activation Rate num: 84067
UPTP Mbps Den: 1933
Setup_Fail_DEN: 11505
QCI 1 Bearer Drop%: 1.52
Peak UE: 39
MB_per_connected_UE: 189.43
PCT Time MIMO: 53.57
DL Volume: 5410
DL Data Vol MAC in MB: 10044.98

Time: 01:07:06
holiday: 0
HO Attempts: 146

SIP DC%: 
UPTP_Mbps: 15.01
DLRLCLayerDataVolume MB: 6302.4
RRC Setup Attempts: 6807
CA Conf FailRate Pct den: 5331
weekend: 0
UPTP Mbps Num: 20583
hr: 1
MAC_UE_SC_Tput: 5046.06
Bearer Releases: 6529

hr: 1
CA Activation Rate num: 946768
Peak UE: 27
MB_per_connected_UE: 53.15
DL Volume: 8981
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4050
DL Data Vol MAC in MB: 5161.89

Time: 04:42:42
holiday: 0
CA DL DataVolRatio Pct: 84.02
CA DL DataVolRatio Pct num: 518

Avg_Connected_UEs: 56.07
SIP DC%: 
DRB UL Data Volume MB: 1905
weekend: 0
hr: 0
MAC_UE_SC_Tput: 19147.42
Bearer Releases: 13040

hr: 0
CA Activation Rate num: 6907725
Setup_Fail_DEN: 10919
Peak UE: 78
MB_per_connected_UE: 95.46
UL Throughput: 5.76
DL Data Vol MAC in MB: 5829.53
CA Activation Rate den: 119565

Combined RACH Preambles: 3230
Time: 03:49:02
holiday: 0
CA DL DataVolRatio Pct: 60.44
HO_att_InterFreq: 146

SIP DC%: 
DLRLCLayerDataVolume MB: 8519.68
RRC Setup Attempts: 3957
CA Conf FailRate Pct den: 3689
weekend: 0
CA Activation Rate: 53.66
hr: 6
MAC_UE_SC_Tput: 15819.12
Bearer Releases: 11394

hr: 6
CA Activation Rate num: 3378694
UPTP Mbps Den: 761
Setup_Fail_DEN: 10519
Peak UE: 27
MB_per_connected_UE: 170.65
DL Volume: 2795
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6233

holiday: 0
CA DL DataVolRatio Pct: 85.44

SIP DC%: 
DLRLCLayerDataVolume MB: 4962.15
RRC Setup Attempts: 5681
CA DL DataVolRatio Pct den: 3125
weekend: 0
CA Activation Rate: 21.82
hr: 12
MAC_UE_SC_Tput: 6385.56
Bearer Releases: 10384

hr: 12
CA Activation Rate num: 649844
UPTP Mbps Den: 1322
Peak UE: 27
MB_per_connected_UE: 174.09
PCT Time MIMO: 70.21
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3249
DL Data Vol MAC in MB: 2877.18

Combined RACH Preambles: 3201
Time: 23:34:32
holiday: 0

DL MAC Vol Scell Pct: 31.99
SIP DC%: 
UPTP_Mbps: 37.57
PRB Util%: 6.11
CA DL DataVolRatio Pct den: 1433
CA Conf FailRate Pct den: 7515
weekend: 0
UPTP Mbps Num: 27893
CA Activation Rate: 29.26
hr: 23
MAC_UE_SC_Tput: 6600.36
Bearer Releases: 9652

hr: 23
Setup_Fail_DEN: 14662
SIP_SC_Total_MOU: 26.86
Peak UE: 27
MB_per_connected_UE: 152.25
DL Data Vol MAC in MB: 2295.67

Time: 10:11:12
holiday: 0
CA DL DataVolRatio Pct num: 6254

Avg_Connected_UEs: 76.35
SIP DC%: 
DRB UL Data Volume MB: 7799
PRB Util%: 31
RRC Setup Attempts: 5936
weekend: 0
UPTP Mbps Num: 28579
CA Activation Rate: 12.13
hr: 0
MAC_UE_SC_Tput: 14861.87
Bearer Releases: 8647

hr: 0
Setup_Fail_DEN: 13164
SIP_SC_Total_MOU: 27.01
Peak UE: 59
MB_per_connected_UE: 186
DL Data Vol MAC in MB: 5524.9
CA Activation Rate den: 44337

Time: 09:34:54
holiday: 0
CA DL DataVolRatio Pct num: 5407

DL MAC Vol Scell Pct: 5.81
Avg_Connected_UEs: 21.5
SIP DC%: 
DLRLCLayerDataVolume MB: 1228.87
DRB UL Data Volume MB: 1699
PRB Util%: 72.1
RRC Setup Attempts: 5444
CA DL DataVolRatio Pct den: 4415
weekend: 0
hr: 3
MAC_UE_SC_Tput: 4232.59
Bearer Releases: 7002

hr: 3
CA Activation Rate num: 2546722
Setup_Fail_DEN: 15684
SIP_SC_Total_MOU: 12.16
Peak UE: 27
MB_per_connected_UE: 19.72
PCT Time MIMO: 52.53
CA Activation Rate den: 104376

Time: 00:42:45
holiday: 0
CA DL DataVolRatio Pct num: 731

DL MAC Vol Scell Pct: 12.06
SIP DC%: 
PRB Util%: 35.81
weekend: 0
UPTP Mbps Num: 29357
CA Activation Rate: 11.89
hr: 7
MAC_UE_SC_Tput: 11378.89

hr: 7
CA Activation Rate num: 6591393
Setup_Fail_DEN: 13947
Peak UE: 27
MB_per_connected_UE: 143.44
DL Volume: 938

holiday: 0
CA DL DataVolRatio Pct: 68.94

Avg_Connected_UEs: 22.22
SIP DC%: 
UPTP_Mbps: 22.5
DRB UL Data Volume MB: 3546
RRC Setup Attempts: 4536
weekend: 1
CA Activation Rate: 58.83
hr: 3
MAC_UE_SC_Tput: 16868.4
Bearer Releases: 13246

hr: 3
CA Activation Rate num: 510912
SIP_SC_Total_MOU: 217.52
Peak UE: 84
VOLTE IA%: 
MB_per_connected_UE: 169.15
CA Activation Rate den: 46131

Time: 20:03:46
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2561.21
DRB UL Data Volume MB: 3319
DL Packet Loss Pct: 4.54
RRC Setup Attempts: 5263
CA DL DataVolRatio Pct den: 5534
weekend: 0
CA Activation Rate: 44.8
hr: 17
MAC_UE_SC_Tput: 7161.24
Bearer Releases: 7752

hr: 17
CA Activation Rate num: 3645098
Setup_Fail_DEN: 15050
SIP_SC_Total_MOU: 52.04
Peak UE: 70
MB_per_connected_UE: 47.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7772
DL Data Vol MAC in MB: 7258.53

Time: 01:39:05
holiday: 0
CA DL DataVolRatio Pct: 53.74

SIP DC%: 
UPTP_Mbps: 15.88
DLRLCLayerDataVolume MB: 4508.51
PRB Util%: 3.79
RRC Setup Attempts: 9032
CA Conf FailRate Pct den: 6260
weekend: 0
hr: 23
MAC_UE_SC_Tput: 18400.77
Bearer Releases: 18022

hr: 23
CA Activation Rate num: 5149861
UPTP Mbps Den: 379
SIP_SC_Total_MOU: 65.1
Peak UE: 72
DL Volume: 1237
DL Data Vol MAC in MB: 10221.58
CA Activation Rate den: 43477
Time: 19:43:53

holiday: 0
CA DL DataVolRatio Pct num: 6915

Avg_Connected_UEs: 65.75
SIP DC%: 
DLRLCLayerDataVolume MB: 7433.35
DRB UL Data Volume MB: 4237
PRB Util%: 14.5
RRC Setup Attempts: 5548
CA DL DataVolRatio Pct den: 6744
weekend: 0
UPTP Mbps Num: 37825
CA Activation Rate: 31.36
hr: 23
MAC_UE_SC_Tput: 19004.25
Bearer Releases: 18543

hr: 23
CA Activation Rate num: 10304859
Setup_Fail_DEN: 13166
SIP_SC_Total_MOU: 244.49
Peak UE: 68
VOLTE IA%: 
CA Activation Rate den: 79539

Combined RACH Preambles: 2537
Time: 19:15:08
holiday: 0
CA DL DataVolRatio Pct: 75.89

SIP DC%: 
weekend: 0
UPTP Mbps Num: 37686
CA Activation Rate: 46.72
hr: 0
MAC_UE_SC_Tput: 4846.35

hr: 0
CA Activation Rate num: 437622
UPTP Mbps Den: 1699
Setup_Fail_DEN: 16976
Peak UE: 27
MB_per_connected_UE: 116.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7275

Time: 12:50:39
holiday: 0
CA DL DataVolRatio Pct num: 5842

SIP DC%: 
DLRLCLayerDataVolume MB: 8097.15
DRB UL Data Volume MB: 7036
RRC Setup Attempts: 7025
weekend: 0
hr: 8
MAC_UE_SC_Tput: 11103.66
Bearer Releases: 10013

hr: 8
CA Activation Rate num: 8574507
Setup_Fail_DEN: 19153
Peak UE: 27
MB_per_connected_UE: 191.99
DL Volume: 2475
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8492
CA Activation Rate den: 79521

Time: 16:49:10
holiday: 0
CA DL DataVolRatio Pct num: 4395

DL MAC Vol Scell Pct: 9.35
Avg_Connected_UEs: 39.77
SIP DC%: 
weekend: 0
UPTP Mbps Num: 46228
hr: 23
MAC_UE_SC_Tput: 8832.75
Bearer Releases: 18072

hr: 23
CA Activation Rate num: 4971891
Peak UE: 27
MB_per_connected_UE: 199.86
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6989
DL Data Vol MAC in MB: 6241.22

Time: 23:21:29
holiday: 0
CA DL DataVolRatio Pct num: 6636

SIP DC%: 
UPTP_Mbps: 18.94
DLRLCLayerDataVolume MB: 8221.12
DRB UL Data Volume MB: 7472
PRB Util%: 26.32
CA DL DataVolRatio Pct den: 9553
CA Conf FailRate Pct den: 6541
weekend: 0
hr: 16
MAC_UE_SC_Tput: 8170.56

hr: 16
CA Activation Rate num: 5667278
Setup_Fail_DEN: 14051
SIP_SC_Total_MOU: 206.49
Peak UE: 27
MB_per_connected_UE: 169.53
DL Data Vol MAC in MB: 9364.16

Time: 17:19:11
holiday: 0
CA DL DataVolRatio Pct: 45.62

Avg_Connected_UEs: 58.5
SIP DC%: 
DRB UL Data Volume MB: 4244
PRB Util%: 33.72
CA DL DataVolRatio Pct den: 10062
CA Conf FailRate Pct den: 7518
weekend: 0
UPTP Mbps Num: 32148
hr: 12
MAC_UE_SC_Tput: 4320.17
Bearer Releases: 6815

hr: 12
Peak UE: 27
MB_per_connected_UE: 90.39
DL Volume: 5136
DL Data Vol MAC in MB: 8040.68
CA Activation Rate den: 43879

Time: 05:33:14
holiday: 0
CA DL DataVolRatio Pct num: 3769

Avg_Connected_UEs: 20.63
SIP DC%: 
UPTP_Mbps: 26.79
DRB UL Data Volume MB: 4542
CA DL DataVolRatio Pct den: 4023
weekend: 0
hr: 16
MAC_UE_SC_Tput: 14795.96
Bearer Releases: 10849

hr: 16
Avg CQI: 10
CA Activation Rate num: 10285382
UPTP Mbps Den: 1686
Peak UE: 60
MB_per_connected_UE: 30.26
DL Volume: 1522
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5241
CA Activation Rate den: 147123

Time: 08:30:45
holiday: 0
CA DL DataVolRatio Pct num: 6188

DL MAC Vol Scell Pct: 6.24
SIP DC%: 
UPTP_Mbps: 28.79
DLRLCLayerDataVolume MB: 4653.23
CA DL DataVolRatio Pct den: 4752
weekend: 0
CA Activation Rate: 35.39
hr: 13
MAC_UE_SC_Tput: 18137.42
Bearer Releases: 14409

hr: 13
CA Activation Rate num: 10893558
SIP_SC_Total_MOU: 330.36
Peak UE: 76
DL Data Vol MAC in MB: 8757.86
CA Activation Rate den: 63506

Time: 21:21:49
holiday: 0
CA DL DataVolRatio Pct: 48.35
CA DL DataVolRatio Pct num: 6520

SIP DC%: 
UPTP_Mbps: 38.73
DLRLCLayerDataVolume MB: 5718.65
PRB Util%: 44.41
CA DL DataVolRatio Pct den: 1637
CA Conf FailRate Pct den: 8883
weekend: 0
CA Activation Rate: 2.81
hr: 23
MAC_UE_SC_Tput: 11037.81
Bearer Releases: 10211

hr: 23
CA Activation Rate num: 2256048
Peak UE: 72
MB_per_connected_UE: 190.83
DL Volume: 2213
CA Activation Rate den: 50715

Time: 23:26:38
holiday: 0
CA DL DataVolRatio Pct num: 7305

Avg_Connected_UEs: 33.65
SIP DC%: 
DLRLCLayerDataVolume MB: 880.73
DRB UL Data Volume MB: 7727
PRB Util%: 31.55
RRC Setup Attempts: 7408
CA DL DataVolRatio Pct den: 1536
CA Conf FailRate Pct den: 4125
weekend: 0
UPTP Mbps Num: 44493
hr: 6
MAC_UE_SC_Tput: 7647.6
Bearer Releases: 12218

hr: 6
CA Activation Rate num: 7339370
Peak UE: 27
MB_per_connected_UE: 30.02
DL Volume: 5210
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5190
DL Data Vol MAC in MB: 6483.7
CA Activation Rate den: 93207
Combined RACH Preambles: 4178

Time: 09:41:54
holiday: 0

DL MAC Vol Scell Pct: 21.42
SIP DC%: 
DLRLCLayerDataVolume MB: 6737.84
weekend: 0
hr: 1
MAC_UE_SC_Tput: 10377.44

hr: 1
CA Activation Rate num: 4432026
UPTP Mbps Den: 779
Setup_Fail_DEN: 10362
SIP_SC_Total_MOU: 53.76
Peak UE: 27
MB_per_connected_UE: 83.77
PCT Time MIMO: 34.96
DL Volume: 920
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7959
DL Data Vol MAC in MB: 7401.06

Time: 22:57:10
holiday: 0
CA DL DataVolRatio Pct: 44.08

Avg_Connected_UEs: 62.48
SIP DC%: 
DLRLCLayerDataVolume MB: 4763.66
DRB UL Data Volume MB: 4108
UL Resid BLER PCT: 1.14
CA DL DataVolRatio Pct den: 5858
weekend: 0
hr: 8
MAC_UE_SC_Tput: 4674.02
Bearer Releases: 17537

hr: 8
CA Activation Rate num: 193940
Peak UE: 27
MB_per_connected_UE: 165.74
CA Activation Rate den: 126785

Time: 07:18:14
holiday: 0

DL MAC Vol Scell Pct: 25.51
SIP DC%: 
DLRLCLayerDataVolume MB: 2288.56
DRB UL Data Volume MB: 9107
PRB Util%: 38.99
RRC Setup Attempts: 6199
CA DL DataVolRatio Pct den: 7488
CA Conf FailRate Pct den: 7357
weekend: 0
CA Activation Rate: 17.19
hr: 13
MAC_UE_SC_Tput: 4823.81
Bearer Releases: 12760

hr: 13
CA Activation Rate num: 10646887
Setup_Fail_DEN: 12251
Peak UE: 27
MB_per_connected_UE: 163.13
DL Volume: 8466
DL Data Vol MAC in MB: 1746.31

Time: 05:46:55
holiday: 0
CA DL DataVolRatio Pct num: 6982

SIP DC%: 
DLRLCLayerDataVolume MB: 9925.89
DRB UL Data Volume MB: 7286
PRB Util%: 9.99
CA DL DataVolRatio Pct den: 5005
weekend: 0
CA Activation Rate: 34.86
hr: 15
MAC_UE_SC_Tput: 13782.66
Bearer Releases: 9867

hr: 15
CA Activation Rate num: 3509864
Setup_Fail_DEN: 11543
Peak UE: 74
MB_per_connected_UE: 112.36
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6533
DL Data Vol MAC in MB: 4298.71
CA Activation Rate den: 89682

Time: 20:27:11
holiday: 0

Avg_Connected_UEs: 55.79
SIP DC%: 
UPTP_Mbps: 34.9
DLRLCLayerDataVolume MB: 7483.08
DRB UL Data Volume MB: 4276
CA DL DataVolRatio Pct den: 7124
CA Conf FailRate Pct den: 3241
weekend: 0
UPTP Mbps Num: 33874
hr: 11
MAC_UE_SC_Tput: 12499.03

hr: 11
SIP_SC_Total_MOU: 12.4
Peak UE: 29
MB_per_connected_UE: 120.16
DL Volume: 7897
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6652
DL Data Vol MAC in MB: 8888.89
CA Activation Rate den: 153989

Time: 12:28:29
holiday: 0

SIP DC%: 
UPTP_Mbps: 14.52
DRB UL Data Volume MB: 5041
CA Conf FailRate Pct den: 9349
weekend: 0
hr: 11
MAC_UE_SC_Tput: 4569.59
Bearer Releases: 13466

hr: 11
CA Activation Rate num: 7232578
Setup_Fail_DEN: 14580
SIP_SC_Total_MOU: 51.23
Peak UE: 70
MB_per_connected_UE: 115.52
DL Volume: 5166
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3986
DL Data Vol MAC in MB: 9648.69
CA Activation Rate den: 107590

Time: 14:16:30
holiday: 0
CA DL DataVolRatio Pct num: 3807

DL MAC Vol Scell Pct: 39.73
SIP DC%: 
UPTP_Mbps: 113.42
DLRLCLayerDataVolume MB: 1241.92
DRB UL Data Volume MB: 6321
RRC Setup Attempts: 4013
weekend: 0
UPTP Mbps Num: 2662
CA Activation Rate: 28.47
hr: 3
MAC_UE_SC_Tput: 4184.25

hr: 3
Setup_Fail_DEN: 17313
SIP_SC_Total_MOU: 130.77
Peak UE: 71
MB_per_connected_UE: 175.55
DL Volume: 3984
CA Activation Rate den: 189263

Time: 19:22:40
holiday: 0
CA DL DataVolRatio Pct: 61.39

SIP DC%: 
UPTP_Mbps: 14.22
CA DL DataVolRatio Pct den: 10148
weekend: 0
CA Activation Rate: 2.12
hr: 23
MAC_UE_SC_Tput: 5800.91
Bearer Releases: 7185

hr: 23
CA Activation Rate num: 3205347
MB_per_connected_UE: 54.76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3277

Time: 05:34:36
holiday: 0

Avg_Connected_UEs: 45.18
SIP DC%: 
DLRLCLayerDataVolume MB: 6954.04
RRC Setup Attempts: 8177
CA Conf FailRate Pct den: 5300
weekend: 0
UPTP Mbps Num: 50214
CA Activation Rate: 74.2
hr: 23
MAC_UE_SC_Tput: 8033.27
Bearer Releases: 8069

hr: 23
CA Activation Rate num: 1879010
UPTP Mbps Den: 2230
Peak UE: 27
PCT Time MIMO: 48.53
DL Data Vol MAC in MB: 5332.99
CA Activation Rate den: 64047

Time: 13:26:34
holiday: 0
CA DL DataVolRatio Pct num: 5832

Avg_Connected_UEs: 24.86
SIP DC%: 
UPTP_Mbps: 105.8
DRB UL Data Volume MB: 1701
PRB Util%: 73.33
CA Conf FailRate Pct den: 9489
weekend: 1
CA Activation Rate: 61.07
hr: 3
MAC_UE_SC_Tput: 7694.33
Bearer Releases: 13874

hr: 3
CA Activation Rate num: 4663687
UPTP Mbps Den: 1838
SIP_SC_Total_MOU: 12.72
Peak UE: 27
MB_per_connected_UE: 38.1

Time: 15:29:32
holiday: 0

DL MAC Vol Scell Pct: 14.67
SIP DC%: 
UPTP_Mbps: 15.14
DLRLCLayerDataVolume MB: 6550.98
DRB UL Data Volume MB: 8355
RRC Setup Attempts: 9726
weekend: 0
hr: 3
MAC_UE_SC_Tput: 6949.96

hr: 3
CA Activation Rate num: 10736569
Setup_Fail_DEN: 16115
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8669
DL Data Vol MAC in MB: 9516.47

Time: 22:49:53
holiday: 0

DL MAC Vol Scell Pct: 39.6
SIP DC%: 
UPTP_Mbps: 73.13
DLRLCLayerDataVolume MB: 6307.75
DRB UL Data Volume MB: 868
PRB Util%: 73.39
RRC Setup Attempts: 9619
weekend: 1
UPTP Mbps Num: 11640
hr: 2
MAC_UE_SC_Tput: 5028.11

hr: 2
CA Activation Rate num: 7585048
Setup_Fail_DEN: 7914
Peak UE: 58
MB_per_connected_UE: 21.54
DL Data Vol MAC in MB: 5944.01
CA Activation Rate den: 123184

holiday: 0

SIP DC%: 
UPTP_Mbps: 41.54
DLRLCLayerDataVolume MB: 4711.09
DRB UL Data Volume MB: 4604
weekend: 0
hr: 20
MAC_UE_SC_Tput: 6694.88

hr: 20
CA Activation Rate num: 10317823
Setup_Fail_DEN: 7091
Peak UE: 32
MB_per_connected_UE: 73.19
PCT Time MIMO: 53.1
DL Data Vol MAC in MB: 1119.73
CA Activation Rate den: 68356

Time: 02:06:22
holiday: 0
CA DL DataVolRatio Pct: 78.65
CA DL DataVolRatio Pct num: 6515

DL MAC Vol Scell Pct: 28.3
Avg_Connected_UEs: 53.97
SIP DC%: 
CA Conf FailRate Pct den: 9097
weekend: 0
UPTP Mbps Num: 27406
CA Activation Rate: 74.13
hr: 7
MAC_UE_SC_Tput: 7137.01
Bearer Releases: 12084

hr: 7
CA Activation Rate num: 8850712
Peak UE: 27
MB_per_connected_UE: 84.67
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7860
DL Data Vol MAC in MB: 7229.93
CA Activation Rate den: 58026

Time: 13:30:25
holiday: 0

DL MAC Vol Scell Pct: 24.36
SIP DC%: 
UPTP_Mbps: 73.43
PRB Util%: 31.13
RRC Setup Attempts: 7314
CA DL DataVolRatio Pct den: 6645
weekend: 0
CA Activation Rate: 59.36
hr: 21
MAC_UE_SC_Tput: 12586.62

hr: 21
CA Activation Rate num: 10159687
Peak UE: 81
MB_per_connected_UE: 160.93
DL Volume: 3300

Combined RACH Preambles: 3664
Time: 17:34:30
holiday: 0
CA DL DataVolRatio Pct num: 6005

DL MAC Vol Scell Pct: 12.29
Avg_Connected_UEs: 74.44
SIP DC%: 
UPTP_Mbps: 7.72
DLRLCLayerDataVolume MB: 8610.15
DRB UL Data Volume MB: 9266
CA DL DataVolRatio Pct den: 8719
CA Conf FailRate Pct den: 5444
weekend: 0
UPTP Mbps Num: 47247
hr: 12
MAC_UE_SC_Tput: 7703.04

hr: 12
CA Activation Rate num: 4657306
Peak UE: 48
DL Volume: 8904
DL Data Vol MAC in MB: 9615.28

Time: 13:11:29
holiday: 0

DL MAC Vol Scell Pct: 47.56
SIP DC%: 
DLRLCLayerDataVolume MB: 6863.44
PRB Util%: 34.8
RRC Setup Attempts: 3507
CA DL DataVolRatio Pct den: 2638
weekend: 0
UPTP Mbps Num: 7435
hr: 0
MAC_UE_SC_Tput: 6618.18

hr: 0
CA Activation Rate num: 10182878
SIP_SC_Total_MOU: 226.24
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7344
DL Data Vol MAC in MB: 1165.84
CA Activation Rate den: 115133

Combined RACH Preambles: 2869
Time: 11:12:07
holiday: 0
CA DL DataVolRatio Pct: 88.41
HO_att_InterFreq: 382

DL MAC Vol Scell Pct: 29
Avg_Connected_UEs: 80.68
SIP DC%: 
PRB Util%: 41.75
CA DL DataVolRatio Pct den: 9933
weekend: 0
CA Activation Rate: 19.11
hr: 0
MAC_UE_SC_Tput: 7829.04
Bearer Releases: 14556

hr: 0
CA Activation Rate num: 9777196
Setup_Fail_DEN: 12448
SIP_SC_Total_MOU: 89.25
Peak UE: 47
MB_per_connected_UE: 56.84
DL Volume: 8631
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4618
DL Data Vol MAC in MB: 6779.65

Time: 03:46:07
holiday: 0
CA DL DataVolRatio Pct num: 2458

Avg_Connected_UEs: 54.82
SIP DC%: 
UPTP_Mbps: 38.17
DLRLCLayerDataVolume MB: 3035.32
DRB UL Data Volume MB: 5803
CA DL DataVolRatio Pct den: 2623
weekend: 0
UPTP Mbps Num: 13768
hr: 13
MAC_UE_SC_Tput: 15945.4

hr: 13
CA Activation Rate num: 5990142
Setup_Fail_DEN: 7895
SIP_SC_Total_MOU: 152.77
Peak UE: 62
MB_per_connected_UE: 45.86
DL Volume: 1519
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5417
DL Data Vol MAC in MB: 3790.2
CA Activation Rate den: 112968

Time: 05:08:46
holiday: 0
CA DL DataVolRatio Pct num: 4442

SIP DC%: 
DRB UL Data Volume MB: 6932
PRB Util%: 29.23
weekend: 1
UPTP Mbps Num: 59684
CA Activation Rate: 5.53
hr: 23

hr: 23
Setup_Fail_DEN: 15438
Peak UE: 27
MB_per_connected_UE: 159.89
PCT Time MIMO: 51.48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3524
DL Data Vol MAC in MB: 4316.52
CA Activation Rate den: 101024

Time: 03:35:18
holiday: 0
CA DL DataVolRatio Pct: 88.71

Avg_Connected_UEs: 69.57
SIP DC%: 
DRB UL Data Volume MB: 9043
CA DL DataVolRatio Pct den: 8385
CA Conf FailRate Pct den: 8357
weekend: 0
CA Activation Rate: 35.15
hr: 20
MAC_UE_SC_Tput: 14162.39
Bearer Releases: 7159

hr: 20
Setup_Fail_DEN: 11683
Peak UE: 73
CA Activation Rate den: 100277

Combined RACH Preambles: 3783
Time: 11:45:14
holiday: 0

DL MAC Vol Scell Pct: 33.17
Avg_Connected_UEs: 68.81
SIP DC%: 
PRB Util%: 55.35
CA DL DataVolRatio Pct den: 3202
weekend: 1
CA Activation Rate: 54.06
hr: 5
MAC_UE_SC_Tput: 6990.31
Bearer Releases: 11944

hr: 5
CA Activation Rate num: 8709060
UPTP Mbps Den: 691
SIP_SC_Total_MOU: 26.33
Peak UE: 77
PCT Time MIMO: 37.96
DL Data Vol MAC in MB: 3338.18

Combined RACH Preambles: 3801
Time: 15:19:58
holiday: 0

DL MAC Vol Scell Pct: 28.27
Avg_Connected_UEs: 56.58
SIP DC%: 
DLRLCLayerDataVolume MB: 9698.51
DRB UL Data Volume MB: 1977
PRB Util%: 24.71
RRC Setup Attempts: 8483
CA DL DataVolRatio Pct den: 10110
weekend: 0
UPTP Mbps Num: 5250
hr: 8
MAC_UE_SC_Tput: 16628.65
Bearer Releases: 9164

hr: 8
CA Activation Rate num: 5099030
Peak UE: 40
MB_per_connected_UE: 113.65
DL Volume: 4516
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7787
DL Data Vol MAC in MB: 1476.02
CA Activation Rate den: 176655

Time: 02:27:17
holiday: 0
CA DL DataVolRatio Pct num: 4428

DL MAC Vol Scell Pct: 8.8
Avg_Connected_UEs: 72.92
SIP DC%: 
DLRLCLayerDataVolume MB: 9978.52
DRB UL Data Volume MB: 967
PRB Util%: 38.4
weekend: 0
UPTP Mbps Num: 19986
CA Activation Rate: 42.66
hr: 5
MAC_UE_SC_Tput: 5333.91

hr: 5
CA Activation Rate num: 2971392
UPTP Mbps Den: 1652
Setup_Fail_DEN: 16053
Peak UE: 27
MB_per_connected_UE: 129.58
DL Volume: 1940
DL Data Vol MAC in MB: 741.74
CA Activation Rate den: 70160

Time: 15:44:56
holiday: 0
CA DL DataVolRatio Pct: 52.98

Avg_Connected_UEs: 52.65
SIP DC%: 
UPTP_Mbps: 11.48
PRB Util%: 23.71
CA Conf FailRate Pct den: 6632
weekend: 1
UPTP Mbps Num: 4780
hr: 4
Bearer Releases: 15890

hr: 4
CA Activation Rate num: 1912171
UPTP Mbps Den: 1845
Setup_Fail_DEN: 12441
SIP_SC_Total_MOU: 161.63
Peak UE: 27
MB_per_connected_UE: 181.93
PCT Time MIMO: 36.52
DL Volume: 6762
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9113

Time: 21:33:40
holiday: 0
HO_att_InterFreq: 915
CA DL DataVolRatio Pct num: 3790

DL MAC Vol Scell Pct: 46.53
Avg_Connected_UEs: 60.94
SIP DC%: 
DRB UL Data Volume MB: 2609
PRB Util%: 40.4
CA DL DataVolRatio Pct den: 7862
CA Conf FailRate Pct den: 5789
weekend: 0
UPTP Mbps Num: 22150
CA Activation Rate: 28.06
hr: 3
MAC_UE_SC_Tput: 5363.26

hr: 3
CA Activation Rate num: 3881881
UPTP Mbps Den: 125
Setup_Fail_DEN: 14006
SIP_SC_Total_MOU: 3.28
Peak UE: 27
MB_per_connected_UE: 57.12
PCT Time MIMO: 40.8
DL Data Vol MAC in MB: 6199.96
CA Activation Rate den: 145820

Time: 08:52:39
holiday: 0

DL MAC Vol Scell Pct: 36
SIP DC%: 
DLRLCLayerDataVolume MB: 6458.29
PRB Util%: 36.49
RRC Setup Attempts: 6174
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5947.57
Bearer Releases: 7122

hr: 0
CA Activation Rate num: 4373971
Setup_Fail_DEN: 19751
Peak UE: 27
PCT Time MIMO: 42.8
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5010

Time: 03:20:45
holiday: 0
CA DL DataVolRatio Pct num: 7241

Avg_Connected_UEs: 32.88
SIP DC%: 
UPTP_Mbps: 46.81
DRB UL Data Volume MB: 5323
PRB Util%: 58.61
CA DL DataVolRatio Pct den: 720
weekend: 0
hr: 2
MAC_UE_SC_Tput: 11131.92

hr: 2
CA Activation Rate num: 6627314
Peak UE: 76
DL Volume: 6915
CA Activation Rate den: 110035
Combined RACH Preambles: 2304

Time: 10:31:50
holiday: 0
CA DL DataVolRatio Pct: 88.31
CA DL DataVolRatio Pct num: 4473

Avg_Connected_UEs: 70.87
SIP DC%: 
DLRLCLayerDataVolume MB: 3883.54
PRB Util%: 54.83
RRC Setup Attempts: 5725
CA DL DataVolRatio Pct den: 6321
weekend: 0
UPTP Mbps Num: 35492
hr: 5
MAC_UE_SC_Tput: 8880.98
Bearer Releases: 13011

hr: 5
CA Activation Rate num: 11418634
UPTP Mbps Den: 683
SIP_SC_Total_MOU: 119.73
Peak UE: 27
DL Volume: 8010
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5784
UL Throughput: 14.68

Combined RACH Preambles: 2349
Time: 18:37:00
holiday: 0
CA DL DataVolRatio Pct num: 5456

Avg_Connected_UEs: 60.52
SIP DC%: 
UPTP_Mbps: 155.29
weekend: 0
hr: 6
MAC_UE_SC_Tput: 11587
Bearer Releases: 7552

hr: 6
CA Activation Rate num: 10391255
UPTP Mbps Den: 2519
Setup_Fail_DEN: 7520
SIP_SC_Total_MOU: 363.37
Peak UE: 27
PCT Time MIMO: 58.93
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9383

Time: 12:07:43
holiday: 0

DL MAC Vol Scell Pct: 27.15
Avg_Connected_UEs: 39.33
SIP DC%: 
UPTP_Mbps: 19.51
DLRLCLayerDataVolume MB: 7291.16
RRC Setup Attempts: 9469
CA Conf FailRate Pct den: 6500
weekend: 0
hr: 10
MAC_UE_SC_Tput: 11846.81
Bearer Releases: 16442

hr: 10
CA Activation Rate num: 8220304
SIP_SC_Total_MOU: 156.04
Peak UE: 45
MB_per_connected_UE: 157.9
PCT Time MIMO: 32.68
DL Volume: 5336
DL Data Vol MAC in MB: 4782.96

Time: 05:30:46
holiday: 0
CA DL DataVolRatio Pct: 82.1

Avg_Connected_UEs: 46.69
SIP DC%: 
DLRLCLayerDataVolume MB: 8386.57
CA DL DataVolRatio Pct den: 8366
weekend: 0
UPTP Mbps Num: 44870
CA Activation Rate: 29.71
hr: 0
MAC_UE_SC_Tput: 7503.14
Bearer Releases: 13282

hr: 0
CA Activation Rate num: 337620
SIP_SC_Total_MOU: 189.54
Peak UE: 27
DL Volume: 9129
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6153
DL Data Vol MAC in MB: 3054.68
CA Activation Rate den: 51571

Time: 12:01:54
holiday: 0
CA DL DataVolRatio Pct num: 1823

SIP DC%: 
UPTP_Mbps: 17.57
DLRLCLayerDataVolume MB: 3448.13
weekend: 0
UPTP Mbps Num: 37778
hr: 5
MAC_UE_SC_Tput: 15049.12
Bearer Releases: 8108

hr: 5
CA Activation Rate num: 8463904
UPTP Mbps Den: 2604
SIP_SC_Total_MOU: 259.23
Peak UE: 55
MB_per_connected_UE: 120.73
DL Volume: 419
CA Activation Rate den: 85929

Time: 13:59:11
holiday: 0

DL MAC Vol Scell Pct: 57.7
SIP DC%: 
RRC Setup Attempts: 6252
CA DL DataVolRatio Pct den: 1351
weekend: 0
UPTP Mbps Num: 32565
CA Activation Rate: 21.91
hr: 0
MAC_UE_SC_Tput: 8731.48

hr: 0
CA Activation Rate num: 7342863
SIP_SC_Total_MOU: 390.15
Peak UE: 56
VOLTE IA%: 
MB_per_connected_UE: 39.61
DL Volume: 8533
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7727

Time: 05:10:59
holiday: 0
CA DL DataVolRatio Pct num: 4347

Avg_Connected_UEs: 28.45
SIP DC%: 
DLRLCLayerDataVolume MB: 3342.47
PRB Util%: 44.25
RRC Setup Attempts: 4854
CA Conf FailRate Pct den: 6626
weekend: 0
hr: 22
MAC_UE_SC_Tput: 5165.45

hr: 22
CA Activation Rate num: 2346799
SIP_SC_Total_MOU: 420.37
Peak UE: 27
MB_per_connected_UE: 165.75
PCT Time MIMO: 47.97
DL Volume: 7600
DL Data Vol MAC in MB: 7310.41
CA Activation Rate den: 106514

Time: 06:24:27
holiday: 0

Avg_Connected_UEs: 64.27
SIP DC%: 
UPTP_Mbps: 13.2
DLRLCLayerDataVolume MB: 7349.88
PRB Util%: 21.45
CA Conf FailRate Pct den: 5450
weekend: 0
CA Activation Rate: 9.52
hr: 23
MAC_UE_SC_Tput: 8490.18
Bearer Releases: 15122

hr: 23
MB_per_connected_UE: 146.15
DL Data Vol MAC in MB: 5218.65
CA Activation Rate den: 213156

Time: 03:01:22
holiday: 0
CA DL DataVolRatio Pct: 45.71
CA DL DataVolRatio Pct num: 7177

SIP DC%: 
UPTP_Mbps: 31.41
DLRLCLayerDataVolume MB: 6257.2
PRB Util%: 35.65
RRC Setup Attempts: 9013
weekend: 0
CA Activation Rate: 61.26
hr: 3
MAC_UE_SC_Tput: 6396.02
Bearer Releases: 16080

hr: 3
CA Activation Rate num: 9622177
Setup_Fail_DEN: 15420
MB_per_connected_UE: 56.04
CA Activation Rate den: 81986

Time: 21:00:07
holiday: 0
CA DL DataVolRatio Pct: 48.28

SIP DC%: 
DLRLCLayerDataVolume MB: 6963.9
CA Conf FailRate Pct den: 6354
weekend: 1
hr: 23
MAC_UE_SC_Tput: 5045.46

hr: 23
CA Activation Rate num: 10407905
Setup_Fail_DEN: 10674
SIP_SC_Total_MOU: 187.63
Peak UE: 63
MB_per_connected_UE: 94.48
DL Volume: 3543
DL Data Vol MAC in MB: 7286.89
CA Activation Rate den: 174869

Time: 15:45:39
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4749.43
DRB UL Data Volume MB: 7965
RRC Setup Attempts: 3463
weekend: 0
UPTP Mbps Num: 60072
hr: 10
MAC_UE_SC_Tput: 9708.51
Bearer Releases: 12275

hr: 10
CA Activation Rate num: 8171519
Setup_Fail_DEN: 14832
Peak UE: 27
MB_per_connected_UE: 156.6
DL Data Vol MAC in MB: 1808.53

Time: 05:18:57
holiday: 0
CA DL DataVolRatio Pct: 88.98

SIP DC%: 
DLRLCLayerDataVolume MB: 5654.01
CA Conf FailRate Pct den: 8578
weekend: 0
UPTP Mbps Num: 53635
CA Activation Rate: 4.74
hr: 0
MAC_UE_SC_Tput: 28057
Bearer Releases: 18188

hr: 0
CA Activation Rate num: 9724085
SIP_SC_Total_MOU: 7.47
Peak UE: 32
MB_per_connected_UE: 86
DL Volume: 6877
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8580
DL Data Vol MAC in MB: 7699.71
CA Activation Rate den: 77705

Time: 10:44:31
holiday: 0
CA DL DataVolRatio Pct: 76.8

DL MAC Vol Scell Pct: 33.98
SIP DC%: 
weekend: 0
UPTP Mbps Num: 29608
hr: 23
MAC_UE_SC_Tput: 12446.31
Bearer Releases: 6487

hr: 23
CA Activation Rate num: 11739661
UPTP Mbps Den: 1743
Setup_Fail_DEN: 9121
Peak UE: 39
MB_per_connected_UE: 74.9
DL Data Vol MAC in MB: 8609.75
CA Activation Rate den: 49994

Time: 11:21:33
holiday: 0
CA DL DataVolRatio Pct: 59.32
CA DL DataVolRatio Pct num: 5191

SIP DC%: 
DLRLCLayerDataVolume MB: 3069.16
RRC Setup Attempts: 8023
CA DL DataVolRatio Pct den: 10153
weekend: 0
UPTP Mbps Num: 48005
hr: 4
MAC_UE_SC_Tput: 5239.39
Bearer Releases: 12934

hr: 4
CA Activation Rate num: 9037605
UPTP Mbps Den: 2503
Setup_Fail_DEN: 15238
SIP_SC_Total_MOU: 79.56
Peak UE: 27
DL Volume: 4198
DL Data Vol MAC in MB: 7555.08
CA Activation Rate den: 148579

Time: 00:53:47
holiday: 0
CA DL DataVolRatio Pct: 89.12

SIP DC%: 
UPTP_Mbps: 30.41
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4876.15

hr: 0
CA Activation Rate num: 1258065
Setup_Fail_DEN: 11776
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 171.59
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3434
DL Data Vol MAC in MB: 1252.56
CA Activation Rate den: 110854

Combined RACH Preambles: 3735
Time: 18:27:01
holiday: 0

DL MAC Vol Scell Pct: 42.61
Avg_Connected_UEs: 48.29
SIP DC%: 
DLRLCLayerDataVolume MB: 6550.87
DRB UL Data Volume MB: 7880
RRC Setup Attempts: 6867
CA DL DataVolRatio Pct den: 972
weekend: 0
UPTP Mbps Num: 11965
hr: 0
MAC_UE_SC_Tput: 6994.16
Bearer Releases: 11704

hr: 0
CA Activation Rate num: 11018555
UPTP Mbps Den: 1336
Setup_Fail_DEN: 15053
Peak UE: 82
DL Data Vol MAC in MB: 9081.33
CA Activation Rate den: 59089

Time: 13:36:50
holiday: 0
CA DL DataVolRatio Pct num: 415
HO Attempts: 527

DL MAC Vol Scell Pct: 11.1
SIP DC%: 
UPTP_Mbps: 26.96
DLRLCLayerDataVolume MB: 6567.32
DRB UL Data Volume MB: 4197
PRB Util%: 20.12
RRC Setup Attempts: 4529
CA DL DataVolRatio Pct den: 9480
weekend: 0
UPTP Mbps Num: 41914
CA Activation Rate: 49.98
hr: 21
MAC_UE_SC_Tput: 7381.67

hr: 21
CA Activation Rate num: 9229646
Peak UE: 80
MB_per_connected_UE: 110.75
DL Volume: 2809
DL Data Vol MAC in MB: 3678.85
CA Activation Rate den: 82966

Time: 01:07:11
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7793.18
PRB Util%: 18.1
weekend: 0
UPTP Mbps Num: 4503
hr: 23
MAC_UE_SC_Tput: 43718.97

hr: 23
CA Activation Rate num: 4393271
Setup_Fail_DEN: 12626
Peak UE: 31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7983
DL Data Vol MAC in MB: 6120.28
CA Activation Rate den: 95258

holiday: 0
CA DL DataVolRatio Pct: 65.93
CA DL DataVolRatio Pct num: 3724

SIP DC%: 
UPTP_Mbps: 115.27
DRB UL Data Volume MB: 7364
weekend: 0
hr: 5
MAC_UE_SC_Tput: 9637.51
Bearer Releases: 7691

hr: 5
CA Activation Rate num: 2152477
SIP_SC_Total_MOU: 81.03
Peak UE: 28
MB_per_connected_UE: 45.09
DL Volume: 7223
DL Data Vol MAC in MB: 3819.13
CA Activation Rate den: 47561

Time: 19:46:59
holiday: 0
CA DL DataVolRatio Pct: 77.67
CA DL DataVolRatio Pct num: 2656

SIP DC%: 
UPTP_Mbps: 90.25
DLRLCLayerDataVolume MB: 8483.04
DRB UL Data Volume MB: 3983
RRC Setup Attempts: 4400
weekend: 0
hr: 17
MAC_UE_SC_Tput: 7598.64
Bearer Releases: 15116

hr: 17
CA Activation Rate num: 10356866
Peak UE: 66
DL Volume: 1829
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8048

Time: 11:11:51
holiday: 0
CA DL DataVolRatio Pct num: 5230

DL MAC Vol Scell Pct: 23.76
SIP DC%: 
DLRLCLayerDataVolume MB: 9199.69
weekend: 0
UPTP Mbps Num: 53963
CA Activation Rate: 19.32
hr: 0
MAC_UE_SC_Tput: 14321.85
Bearer Releases: 6388

hr: 0
Peak UE: 32
MB_per_connected_UE: 70.54
DL Volume: 708
DL Data Vol MAC in MB: 2561.56
CA Activation Rate den: 65270

Time: 08:05:43
holiday: 0
CA DL DataVolRatio Pct: 50.51
CA DL DataVolRatio Pct num: 978

DL MAC Vol Scell Pct: 17.69
Avg_Connected_UEs: 21.34
SIP DC%: 
DLRLCLayerDataVolume MB: 7658.81
CA DL DataVolRatio Pct den: 4001
CA Conf FailRate Pct den: 7372
weekend: 0
CA Activation Rate: 13.71
hr: 11
MAC_UE_SC_Tput: 5084.47

hr: 11
CA Activation Rate num: 10530748
Setup_Fail_DEN: 9496
Peak UE: 47
MB_per_connected_UE: 92.69
PCT Time MIMO: 33.12

Time: 08:47:57
holiday: 0

SIP DC%: 
UPTP_Mbps: 47.39
DLRLCLayerDataVolume MB: 4961.79
weekend: 0
CA Activation Rate: 55.32
hr: 8

hr: 8
CA Activation Rate num: 8407304
UPTP Mbps Den: 4623
Setup_Fail_DEN: 12678
Peak UE: 75
MB_per_connected_UE: 154.46
PCT Time MIMO: 42.21
DL Data Vol MAC in MB: 2352.25

Time: 04:26:48
holiday: 0

SIP DC%: 
UPTP_Mbps: 35.22
DRB UL Data Volume MB: 6025
CA DL DataVolRatio Pct den: 6175
weekend: 0
CA Activation Rate: 73.68
hr: 0
MAC_UE_SC_Tput: 8139.96
Bearer Releases: 8266

hr: 0
CA Activation Rate num: 7519954
Setup_Fail_DEN: 12476
Peak UE: 76
MB_per_connected_UE: 77.39
CA Activation Rate den: 168366

Time: 06:07:11
holiday: 0
CA DL DataVolRatio Pct num: 3542

Avg_Connected_UEs: 37.28
SIP DC%: 
DLRLCLayerDataVolume MB: 6189.61
weekend: 0
UPTP Mbps Num: 7885
hr: 23
MAC_UE_SC_Tput: 6456.66

hr: 23
CA Activation Rate num: 1785749
SIP_SC_Total_MOU: 298.68
Peak UE: 47
DL Data Vol MAC in MB: 7446.5
CA Activation Rate den: 67210

Combined RACH Preambles: 3261
Time: 06:27:10
holiday: 0
CA DL DataVolRatio Pct: 69.18
CA DL DataVolRatio Pct num: 4544

DL MAC Vol Scell Pct: 31.48
Avg_Connected_UEs: 83.98
SIP DC%: 
UPTP_Mbps: 8.58
PRB Util%: 63.3
RRC Setup Attempts: 7721
CA DL DataVolRatio Pct den: 4134
weekend: 1
hr: 14
MAC_UE_SC_Tput: 4955.67

hr: 14
CA Activation Rate num: 10390717
Setup_Fail_DEN: 19385
SIP_SC_Total_MOU: 101
VOLTE IA%: 
MB_per_connected_UE: 97.27
PCT Time MIMO: 51.6
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7005

Time: 08:02:45
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9271.31
CA Conf FailRate Pct den: 6814
weekend: 0
UPTP Mbps Num: 41993
CA Activation Rate: 2.05
hr: 11
MAC_UE_SC_Tput: 7842.01
Bearer Releases: 10338

hr: 11
SIP_SC_Total_MOU: 69.17
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6306
CA Activation Rate den: 112097

Combined RACH Preambles: 4436
holiday: 0

DL MAC Vol Scell Pct: 49.93
SIP DC%: 
DLRLCLayerDataVolume MB: 5301.36
DRB UL Data Volume MB: 7273
PRB Util%: 68.91
RRC Setup Attempts: 6447
weekend: 0
UPTP Mbps Num: 15231
CA Activation Rate: 44.93
hr: 0
Bearer Releases: 7804

hr: 0
CA Activation Rate num: 10700779
Setup_Fail_DEN: 15504
SIP_SC_Total_MOU: 128
Peak UE: 28
DL Data Vol MAC in MB: 7310.74

Time: 19:48:29
holiday: 0
CA DL DataVolRatio Pct num: 5554
HO Attempts: 464

DL MAC Vol Scell Pct: 23.64
Avg_Connected_UEs: 43.42
SIP DC%: 
DRB UL Data Volume MB: 7708
weekend: 0
CA Activation Rate: 32
hr: 4
MAC_UE_SC_Tput: 5785.53
Bearer Releases: 14457

hr: 4
CA Activation Rate num: 5112230
Setup_Fail_DEN: 17792
SIP_SC_Total_MOU: 231.29
Peak UE: 28
MB_per_connected_UE: 19.45
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3796
DL Data Vol MAC in MB: 3349.86
CA Activation Rate den: 69202

Time: 16:24:43
holiday: 0

DL MAC Vol Scell Pct: 22.37
SIP DC%: 
DLRLCLayerDataVolume MB: 1001.18
DRB UL Data Volume MB: 3176
PRB Util%: 38.49
weekend: 0
UPTP Mbps Num: 18853
hr: 0
MAC_UE_SC_Tput: 12185.76
Bearer Releases: 14789

hr: 0
CA Activation Rate num: 13298204
SIP_SC_Total_MOU: 80.51
Peak UE: 27
MB_per_connected_UE: 58.24
DL Data Vol MAC in MB: 8156.17
CA Activation Rate den: 103123

Time: 19:53:37
holiday: 0
CA DL DataVolRatio Pct: 88.86

DL MAC Vol Scell Pct: 5.69
Avg_Connected_UEs: 57.8
SIP DC%: 
DLRLCLayerDataVolume MB: 2024.51
DRB UL Data Volume MB: 3465
CA DL DataVolRatio Pct den: 4670
CA Conf FailRate Pct den: 8727
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4884.84
Bearer Releases: 8905

hr: 0
Avg CQI: 11.38
CA Activation Rate num: 7579731
SIP_SC_Total_MOU: 128.31
Peak UE: 35
MB_per_connected_UE: 139.82
DL Data Vol MAC in MB: 3175.43
CA Activation Rate den: 52382

Combined RACH Preambles: 4776
Time: 06:27:31
holiday: 0
CA DL DataVolRatio Pct: 75.72

SIP DC%: 
DLRLCLayerDataVolume MB: 9717.23
DRB UL Data Volume MB: 8272
weekend: 0
hr: 23
MAC_UE_SC_Tput: 9052.6
Bearer Releases: 7828

hr: 23
Setup_Fail_DEN: 18925
Peak UE: 52
MB_per_connected_UE: 204.59
DL Volume: 1341
DL Data Vol MAC in MB: 9378.18
CA Activation Rate den: 132442

holiday: 0
CA DL DataVolRatio Pct: 80.12

Avg_Connected_UEs: 83.87
SIP DC%: 
DLRLCLayerDataVolume MB: 7904.47
PRB Util%: 3.9
CA DL DataVolRatio Pct den: 8132
CA Conf FailRate Pct den: 6984
weekend: 0
hr: 16
MAC_UE_SC_Tput: 5808.41

hr: 16
CA Activation Rate num: 5178569
SIP_SC_Total_MOU: 37.38
Peak UE: 27
MB_per_connected_UE: 194.72
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3759
DL Data Vol MAC in MB: 2420.82
CA Activation Rate den: 121215

Time: 17:34:29
holiday: 0
CA DL DataVolRatio Pct: 86.74
HO_att_InterFreq: 756
HO Attempts: 484

DL MAC Vol Scell Pct: 37.4
Avg_Connected_UEs: 23.19
SIP DC%: 
UPTP_Mbps: 70.34
DLRLCLayerDataVolume MB: 4147.39
RRC Setup Attempts: 7911
CA DL DataVolRatio Pct den: 7208
weekend: 0
UPTP Mbps Num: 24014
hr: 2
MAC_UE_SC_Tput: 16136.82
Bearer Releases: 16777

hr: 2
Avg CQI: 10
CA Activation Rate num: 7893243
Setup_Fail_DEN: 8164
SIP_SC_Total_MOU: 67.34
UL MAC Vol Scell Pct: 1.23
Peak UE: 27
MB_per_connected_UE: 40.21
DL Volume: 8175
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7301
CA Activation Rate den: 59735

Time: 23:34:37
holiday: 0

DL MAC Vol Scell Pct: 47.7
Avg_Connected_UEs: 44.43
SIP DC%: 
DLRLCLayerDataVolume MB: 6864.65
PRB Util%: 71.26
CA DL DataVolRatio Pct den: 9234
CA Conf FailRate Pct den: 4415
RSSIRX1 Avg: -93.83
weekend: 0
UPTP Mbps Num: 7935
hr: 3
MAC_UE_SC_Tput: 8279.26
Bearer Releases: 18438

hr: 3
Setup_Fail_DEN: 15631
SIP_SC_Total_MOU: 326.12
Peak UE: 27
MB_per_connected_UE: 179.3
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7432
DL Data Vol MAC in MB: 1560.8

Combined RACH Preambles: 4024
Time: 03:11:31
holiday: 0

Avg_Connected_UEs: 30.2
SIP DC%: 
DLRLCLayerDataVolume MB: 8337.82
CA Conf FailRate Pct den: 4121
weekend: 0
CA Activation Rate: 24.8
hr: 15
MAC_UE_SC_Tput: 4966.13

hr: 15
CA Activation Rate num: 4355347
Setup_Fail_DEN: 12709
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6440
DL Data Vol MAC in MB: 4803.93

Combined RACH Preambles: 2269
Time: 11:50:04
holiday: 0
CA DL DataVolRatio Pct: 87.79
CA DL DataVolRatio Pct num: 4000

DL MAC Vol Scell Pct: 19.81
SIP DC%: 
UPTP_Mbps: 104.37
CA Conf FailRate Pct den: 6759
weekend: 0
UPTP Mbps Num: 24206
CA Activation Rate: 52.17
hr: 0
MAC_UE_SC_Tput: 18312.49
Bearer Releases: 7251

hr: 0
CA Activation Rate num: 9948912
Setup_Fail_DEN: 14854
SIP_SC_Total_MOU: 410.12
Peak UE: 46
MB_per_connected_UE: 29.99
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5368
CA Activation Rate den: 58488

Time: 02:44:29
holiday: 0
CA DL DataVolRatio Pct num: 3087

DL MAC Vol Scell Pct: 42.88
SIP DC%: 
DLRLCLayerDataVolume MB: 7504.89
CA Conf FailRate Pct den: 3706
weekend: 0
CA Activation Rate: 28.57
hr: 0
MAC_UE_SC_Tput: 18664.32
Bearer Releases: 14049

hr: 0
CA Activation Rate num: 5122525
SIP_SC_Total_MOU: 341.33
Peak UE: 27
MB_per_connected_UE: 21.94
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6673

Time: 09:56:11
holiday: 0
CA DL DataVolRatio Pct: 65.55

SIP DC%: 
DLRLCLayerDataVolume MB: 5697.56
CA Conf FailRate Pct den: 2803
weekend: 0
UPTP Mbps Num: 14417
CA Activation Rate: 11.18
hr: 23
MAC_UE_SC_Tput: 17684.3
Bearer Releases: 10115

hr: 23
CA Activation Rate num: 4555744
Setup_Fail_DEN: 12616
SIP_SC_Total_MOU: 29.42
Peak UE: 27
DL Volume: 156
DL Data Vol MAC in MB: 4081.65

Combined RACH Preambles: 1915
Time: 03:39:38
holiday: 0
CA DL DataVolRatio Pct: 69.68

SIP DC%: 
DLRLCLayerDataVolume MB: 8456.43
DRB UL Data Volume MB: 5317
PRB Util%: 28.65
CA DL DataVolRatio Pct den: 4801
weekend: 0
CA Activation Rate: 46.68
hr: 23
MAC_UE_SC_Tput: 5574.48
Bearer Releases: 17895

hr: 23
CA Activation Rate num: 1673369
Setup_Fail_DEN: 19284
SIP_SC_Total_MOU: 1.73
Peak UE: 47
MB_per_connected_UE: 104.23
PCT Time MIMO: 70.35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6518
DL Data Vol MAC in MB: 7026.46
CA Activation Rate den: 141129

Time: 04:59:58
holiday: 0
CA DL DataVolRatio Pct: 56.06
CA DL DataVolRatio Pct num: 3818

SIP DC%: 
DLRLCLayerDataVolume MB: 2230.59
DRB UL Data Volume MB: 8155
CA Conf FailRate Pct den: 4569
weekend: 0
UPTP Mbps Num: 31609
CA Activation Rate: 33.81
hr: 23
MAC_UE_SC_Tput: 7724.32
Bearer Releases: 7694

hr: 23
Setup_Fail_DEN: 18512
SIP_SC_Total_MOU: 50.49
Peak UE: 91
MB_per_connected_UE: 209.87
PCT Time MIMO: 50.27
DL Volume: 6861
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8055

Time: 16:53:47
holiday: 0

SIP DC%: 
UPTP_Mbps: 43.56
DLRLCLayerDataVolume MB: 7202.55
DRB UL Data Volume MB: 8174
CA DL DataVolRatio Pct den: 1860
weekend: 0
CA Activation Rate: 46.42
hr: 0
MAC_UE_SC_Tput: 19100.34

hr: 0
CA Activation Rate num: 8759008
Setup_Fail_DEN: 18315
SIP_SC_Total_MOU: 9.77
Peak UE: 79
MB_per_connected_UE: 75.45
PCT Time MIMO: 47.86
DL Volume: 9248
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3677
DL Data Vol MAC in MB: 9874.6

Combined RACH Preambles: 2744
Time: 02:12:35
holiday: 0
CA DL DataVolRatio Pct: 51.83

DL MAC Vol Scell Pct: 13.68
SIP DC%: 
UPTP_Mbps: 10.77
DLRLCLayerDataVolume MB: 2933.04
DRB UL Data Volume MB: 5518
weekend: 0
hr: 16
MAC_UE_SC_Tput: 7100.91
Bearer Releases: 17223

hr: 16
CA Activation Rate num: 6816179
SIP_SC_Total_MOU: 51.05
UL MAC Vol Scell Pct: 7.36
Peak UE: 68
MB_per_connected_UE: 168.87
PCT Time MIMO: 39.53
DL Volume: 2465
DL Data Vol MAC in MB: 5150.52
CA Activation Rate den: 149672

Combined RACH Preambles: 1912
Time: 00:16:20
holiday: 0
CA DL DataVolRatio Pct: 69.73
CA DL DataVolRatio Pct num: 3887

SIP DC%: 
UPTP_Mbps: 66.74
weekend: 0
UPTP Mbps Num: 54036
CA Activation Rate: 27.52
hr: 23
MAC_UE_SC_Tput: 5663.41

hr: 23
CA Activation Rate num: 10832576
UPTP Mbps Den: 1232
Setup_Fail_DEN: 6805
Peak UE: 27
MB_per_connected_UE: 9.4
PCT Time MIMO: 63
DL Volume: 6104

Time: 09:52:40
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 5371
PRB Util%: 7.65
RRC Setup Attempts: 7477
CA DL DataVolRatio Pct den: 3580
CA Conf FailRate Pct den: 3833
weekend: 0
hr: 17
MAC_UE_SC_Tput: 4943.05

hr: 17
CA Activation Rate num: 438313
Setup_Fail_DEN: 12093
Peak UE: 52
DL Volume: 5340

Time: 08:30:53
holiday: 0
CA DL DataVolRatio Pct: 62.84

DL MAC Vol Scell Pct: 20.06
SIP DC%: 
DLRLCLayerDataVolume MB: 7418.25
PRB Util%: 30.46
RRC Setup Attempts: 5740
weekend: 0
UPTP Mbps Num: 55071
hr: 0
MAC_UE_SC_Tput: 4971.19

hr: 0
UPTP Mbps Den: 1659
Setup_Fail_DEN: 19730
Peak UE: 27
MB_per_connected_UE: 158.52
DL Volume: 6664
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5315
CA Activation Rate den: 89929

Time: 06:30:36
holiday: 0
CA DL DataVolRatio Pct: 80.77

SIP DC%: 
UPTP_Mbps: 30.28
DRB UL Data Volume MB: 4082
PRB Util%: 70.01
CA DL DataVolRatio Pct den: 9105
weekend: 0
CA Activation Rate: 14.05
hr: 2
MAC_UE_SC_Tput: 12647.62
Bearer Releases: 8067

hr: 2
CA Activation Rate num: 4910045
Peak UE: 27
MB_per_connected_UE: 179.24
DL Data Vol MAC in MB: 7928.61
CA Activation Rate den: 76244

Time: 13:31:15
holiday: 0
CA DL DataVolRatio Pct num: 4972

Avg_Connected_UEs: 17.02
SIP DC%: 
DLRLCLayerDataVolume MB: 840.23
RRC Setup Attempts: 3330
CA Conf FailRate Pct den: 5543
weekend: 1
hr: 0
MAC_UE_SC_Tput: 22238.99
Bearer Releases: 14141

hr: 0
CA Activation Rate num: 10594622
UPTP Mbps Den: 1789
Peak UE: 75
MB_per_connected_UE: 145.54
PCT Time MIMO: 39.51
DL Data Vol MAC in MB: 2887.58
CA Activation Rate den: 107068
Time: 13:11:25

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8654.25
RRC Setup Attempts: 5315
CA DL DataVolRatio Pct den: 8788
weekend: 0
CA Activation Rate: 10.92
hr: 4
Bearer Releases: 11277

hr: 4
CA Activation Rate num: 8509280
Setup_Fail_DEN: 12701
SIP_SC_Total_MOU: 84.87
Peak UE: 27
MB_per_connected_UE: 23.47
PCT Time MIMO: 35.81
DL Volume: 3388
DL Data Vol MAC in MB: 7474.29

Time: 09:40:22
holiday: 0
CA DL DataVolRatio Pct num: 7248

Avg_Connected_UEs: 42.1
SIP DC%: 
UPTP_Mbps: 42.91
DLRLCLayerDataVolume MB: 3982.63
RRC Setup Attempts: 6755
CA DL DataVolRatio Pct den: 8176
CA Conf FailRate Pct den: 7380
weekend: 0
UPTP Mbps Num: 43635
CA Activation Rate: 8.01
hr: 0
MAC_UE_SC_Tput: 4861.02
Bearer Releases: 9371

hr: 0
CA Activation Rate num: 4284486
SIP_SC_Total_MOU: 323.33
Peak UE: 33
MB_per_connected_UE: 142.74
UL Throughput: 4.6
CA Activation Rate den: 50792

Combined RACH Preambles: 3479
Time: 21:08:48
holiday: 0
CA DL DataVolRatio Pct: 72.52

DL MAC Vol Scell Pct: 46.81
SIP DC%: 
UPTP_Mbps: 17.47
DLRLCLayerDataVolume MB: 6196.37
CA DL DataVolRatio Pct den: 1601
CA Conf FailRate Pct den: 8983
weekend: 0
CA Activation Rate: 44.56
hr: 19
MAC_UE_SC_Tput: 20031.83
Bearer Releases: 17326

hr: 19
CA Activation Rate num: 7744453
UPTP Mbps Den: 2873
Setup_Fail_DEN: 10647
Peak UE: 32
MB_per_connected_UE: 144.67

Time: 00:27:13
holiday: 0

DL MAC Vol Scell Pct: 34.26
Avg_Connected_UEs: 36.59
SIP DC%: 
RRC Setup Attempts: 7611
CA Conf FailRate Pct den: 7302
weekend: 0
UPTP Mbps Num: 42164
CA Activation Rate: 18.63
hr: 0
MAC_UE_SC_Tput: 6166.45

hr: 0
CA Activation Rate num: 4074440
Setup_Fail_DEN: 6828
SIP_SC_Total_MOU: 356.21
Peak UE: 41
MB_per_connected_UE: 167.83
DL Volume: 2208
DL Data Vol MAC in MB: 5033.69
CA Activation Rate den: 44410

Time: 07:40:00
holiday: 0

DL MAC Vol Scell Pct: 38.47
SIP DC%: 
UPTP_Mbps: 32.3
DLRLCLayerDataVolume MB: 1568.91
DRB UL Data Volume MB: 5108
PRB Util%: 14.51
RRC Setup Attempts: 7647
CA Conf FailRate Pct den: 5881
weekend: 0
hr: 3
MAC_UE_SC_Tput: 4549.11

hr: 3
CA Activation Rate num: 806650
Peak UE: 55
MB_per_connected_UE: 27.34
PCT Time MIMO: 62.04
DL Volume: 7580
QCI 1 Bearer Releases: 183
CA Activation Rate den: 37015

Time: 12:29:11
holiday: 0
CA DL DataVolRatio Pct: 52.34
CA DL DataVolRatio Pct num: 2646

DL MAC Vol Scell Pct: 4.3
SIP DC%: 
UPTP_Mbps: 35.02
DLRLCLayerDataVolume MB: 3593.52
PRB Util%: 36.08
CA DL DataVolRatio Pct den: 7630
CA Conf FailRate Pct den: 3093
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8428.93

hr: 23
CA Activation Rate num: 1070734
Setup_Fail_DEN: 16151
SIP_SC_Total_MOU: 377.79
Peak UE: 32
MB_per_connected_UE: 41.83
DL Data Vol MAC in MB: 2830.91

Time: 20:17:14
holiday: 0
CA DL DataVolRatio Pct: 48.78

DL MAC Vol Scell Pct: 45.67
Avg_Connected_UEs: 53.52
SIP DC%: 
UPTP_Mbps: 95.13
CA Conf FailRate Pct den: 7617
weekend: 0
UPTP Mbps Num: 10646
CA Activation Rate: 11
hr: 3
MAC_UE_SC_Tput: 4565.97

hr: 3
CA Activation Rate num: 5536272
Setup_Fail_DEN: 16135
Peak UE: 28
DL Volume: 3351
UL Throughput: 11.38
DL Data Vol MAC in MB: 1779.47

Time: 10:27:06
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 1755
RRC Setup Attempts: 4370
CA DL DataVolRatio Pct den: 7757
CA Conf FailRate Pct den: 7716
weekend: 0
UPTP Mbps Num: 40887
CA Activation Rate: 14.04
hr: 6
MAC_UE_SC_Tput: 17247.37

hr: 6
CA Activation Rate num: 10659494
Peak UE: 31
VOLTE IA%: 

Time: 16:34:29
holiday: 0
CA DL DataVolRatio Pct: 91.55
CA DL DataVolRatio Pct num: 4742

SIP DC%: 
DLRLCLayerDataVolume MB: 8092.16
DRB UL Data Volume MB: 8992
RRC Setup Attempts: 8193
weekend: 0
CA Activation Rate: 51.15
hr: 8
MAC_UE_SC_Tput: 14728.44

hr: 8
CA Activation Rate num: 4694491
Setup_Fail_DEN: 6500
SIP_SC_Total_MOU: 60.43
Peak UE: 50
MB_per_connected_UE: 141.65
DL Volume: 9748
DL Data Vol MAC in MB: 6043.24
CA Activation Rate den: 139206
Time: 05:57:11

holiday: 0

Avg_Connected_UEs: 63.5
SIP DC%: 
DRB UL Data Volume MB: 8631
weekend: 0
UPTP Mbps Num: 6464
hr: 23
MAC_UE_SC_Tput: 11484.97

hr: 23
CA Activation Rate num: 8914305
UPTP Mbps Den: 5942
SIP_SC_Total_MOU: 154.75
Peak UE: 52
PCT Time MIMO: 47.37
DL Data Vol MAC in MB: 2225.3

Time: 07:05:12
holiday: 0

DL MAC Vol Scell Pct: 56.42
SIP DC%: 
DLRLCLayerDataVolume MB: 5565.42
DRB UL Data Volume MB: 4129
RRC Setup Attempts: 6577
weekend: 0
UPTP Mbps Num: 28198
hr: 23

hr: 23
CA Activation Rate num: 10243492
SIP_SC_Total_MOU: 233.51
Peak UE: 99
CA Activation Rate den: 36004

Time: 18:57:45
holiday: 0
CA DL DataVolRatio Pct num: 3358

SIP DC%: 
DLRLCLayerDataVolume MB: 4761.93
RRC Setup Attempts: 7102
weekend: 0
UPTP Mbps Num: 6011
CA Activation Rate: 52.41
hr: 23
MAC_UE_SC_Tput: 4368.16
Bearer Releases: 14516

hr: 23
Setup_Fail_DEN: 13407
SIP_SC_Total_MOU: 89.71
Peak UE: 27
MB_per_connected_UE: 198.24
DL Volume: 8041
DL Data Vol MAC in MB: 677.81
CA Activation Rate den: 196409

Time: 09:17:12
holiday: 0

Avg_Connected_UEs: 29.08
SIP DC%: 
DLRLCLayerDataVolume MB: 2375.07
DRB UL Data Volume MB: 1298
PRB Util%: 42.33
RRC Setup Attempts: 6225
CA DL DataVolRatio Pct den: 6546
CA Conf FailRate Pct den: 5834
weekend: 0
UPTP Mbps Num: 11848
CA Activation Rate: 5.09
hr: 7
MAC_UE_SC_Tput: 14655.01
Bearer Releases: 15581

hr: 7
CA Activation Rate num: 264330
UPTP Mbps Den: 807
Setup_Fail_DEN: 10661
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 143.43
PCT Time MIMO: 32.99
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6329
DL Data Vol MAC in MB: 1584.46
CA Activation Rate den: 169541

Time: 23:26:07
holiday: 0

SIP DC%: 
UPTP_Mbps: 30.26
CA DL DataVolRatio Pct den: 7660
weekend: 1
CA Activation Rate: 19.59
hr: 23
MAC_UE_SC_Tput: 16067.03
Bearer Releases: 12995

hr: 23
CA Activation Rate num: 6607494
UPTP Mbps Den: 801
Peak UE: 65
MB_per_connected_UE: 137.77
PCT Time MIMO: 59.81
DL Volume: 273
DL Data Vol MAC in MB: 8671.16
CA Activation Rate den: 86509

Time: 12:19:16
holiday: 0

DL MAC Vol Scell Pct: 27.64
SIP DC%: 
DLRLCLayerDataVolume MB: 5628.96
DRB UL Data Volume MB: 9823
weekend: 0
CA Activation Rate: 75.87
hr: 7
MAC_UE_SC_Tput: 6486.72
Bearer Releases: 11076

hr: 7
CA Activation Rate num: 997617
SIP_SC_Total_MOU: 330.31
Peak UE: 27
MB_per_connected_UE: 194.37
DL Data Vol MAC in MB: 1521.83

Time: 11:38:21
holiday: 0
CA DL DataVolRatio Pct num: 1976

SIP DC%: 
UPTP_Mbps: 31.75
DRB UL Data Volume MB: 9115
PRB Util%: 22.19
weekend: 0
hr: 23
MAC_UE_SC_Tput: 12268.92
Bearer Releases: 10493

hr: 23
CA Activation Rate num: 8949222
Setup_Fail_DEN: 16626
Peak UE: 79
MB_per_connected_UE: 173.8
PCT Time MIMO: 43.21
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4226
DL Data Vol MAC in MB: 6214.72

holiday: 0
CA DL DataVolRatio Pct: 78.27
CA DL DataVolRatio Pct num: 6475

Avg_Connected_UEs: 52.76
SIP DC%: 
DLRLCLayerDataVolume MB: 4597.67
CA DL DataVolRatio Pct den: 6460
CA Conf FailRate Pct den: 7559
weekend: 0
CA Activation Rate: 26.65
hr: 23
MAC_UE_SC_Tput: 5159.3
Bearer Releases: 9384

hr: 23
CA Activation Rate num: 2212880
Setup_Fail_DEN: 17393
SIP_SC_Total_MOU: 6.99
Peak UE: 27
MB_per_connected_UE: 172.44

Combined RACH Preambles: 2725
Time: 18:59:26
holiday: 0
CA DL DataVolRatio Pct num: 4808

Avg_Connected_UEs: 25.49
SIP DC%: 
UPTP_Mbps: 41.34
DLRLCLayerDataVolume MB: 7337.82
DRB UL Data Volume MB: 8162
PRB Util%: 53.87
CA DL DataVolRatio Pct den: 8734
weekend: 0
CA Activation Rate: 78.18
hr: 14
MAC_UE_SC_Tput: 5583.49

hr: 14
CA Activation Rate num: 1805935
Setup_Fail_DEN: 14352
Peak UE: 27
DL Data Vol MAC in MB: 7984.54
CA Activation Rate den: 37772

Time: 15:46:55
holiday: 0
CA DL DataVolRatio Pct: 88.22

SIP DC%: 
UPTP_Mbps: 25.81
DLRLCLayerDataVolume MB: 4789.42
DRB UL Data Volume MB: 345
weekend: 0
UPTP Mbps Num: 53175
CA Activation Rate: 5.34
hr: 15
MAC_UE_SC_Tput: 10141.27

hr: 15
CA Activation Rate num: 9054826
Setup_Fail_DEN: 15064
SIP_SC_Total_MOU: 312.05
Peak UE: 52
MB_per_connected_UE: 70.5
DL Data Vol MAC in MB: 208.77
CA Activation Rate den: 63801

Time: 18:22:56
holiday: 0
CA DL DataVolRatio Pct: 51.89

SIP DC%: 
UPTP_Mbps: 13.53
PRB Util%: 70.9
RRC Setup Attempts: 5208
weekend: 0
CA Activation Rate: 13.27
hr: 23
MAC_UE_SC_Tput: 7390.26

hr: 23
CA Activation Rate num: 5882339
Setup_Fail_DEN: 11556
Peak UE: 73
MB_per_connected_UE: 77.5
PCT Time MIMO: 53.88

Combined RACH Preambles: 3167
Time: 11:24:12
holiday: 0
CA DL DataVolRatio Pct: 65.82

DL MAC Vol Scell Pct: 35.44
SIP DC%: 
DLRLCLayerDataVolume MB: 7123.64
RRC Setup Attempts: 5416
CA Conf FailRate Pct den: 7275
weekend: 0
UPTP Mbps Num: 12685
CA Activation Rate: 13.12
hr: 5
MAC_UE_SC_Tput: 12300.89

hr: 5
CA Activation Rate num: 8630433
Peak UE: 27
MB_per_connected_UE: 55.5
DL Volume: 8368
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3557
CA Activation Rate den: 129855

Time: 09:12:50
holiday: 0
CA DL DataVolRatio Pct num: 2998

SIP DC%: 
DRB UL Data Volume MB: 6648
PRB Util%: 29.47
CA DL DataVolRatio Pct den: 1191
CA Conf FailRate Pct den: 8645
weekend: 0
UPTP Mbps Num: 28047
hr: 4
MAC_UE_SC_Tput: 8632.21

hr: 4
CA Activation Rate num: 5240580
UPTP Mbps Den: 1398
Peak UE: 27
DL Data Vol MAC in MB: 4849.96
CA Activation Rate den: 69882

Time: 22:03:57
holiday: 0
CA DL DataVolRatio Pct: 56.9

Avg_Connected_UEs: 33.03
SIP DC%: 
DLRLCLayerDataVolume MB: 4780.05
RRC Setup Attempts: 6952
weekend: 0
UPTP Mbps Num: 33157
CA Activation Rate: 46.55
hr: 5
MAC_UE_SC_Tput: 26796.13

hr: 5
UPTP Mbps Den: 1047
Setup_Fail_DEN: 11470
SIP_SC_Total_MOU: 140.07
Peak UE: 27
DL Data Vol MAC in MB: 8840.41
CA Activation Rate den: 38698

Time: 06:49:40
holiday: 0
CA DL DataVolRatio Pct: 48.88

Avg_Connected_UEs: 27.64
SIP DC%: 
UPTP_Mbps: 78.1
DLRLCLayerDataVolume MB: 416.08
weekend: 0
UPTP Mbps Num: 25230
hr: 5
MAC_UE_SC_Tput: 6885.3
Bearer Releases: 12107

hr: 5
CA Activation Rate num: 10204942
Setup_Fail_DEN: 12117
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9269
DL Data Vol MAC in MB: 6389.99
CA Activation Rate den: 107285

Time: 02:11:02
holiday: 0
CA DL DataVolRatio Pct num: 2252

DL MAC Vol Scell Pct: 22.84
Avg_Connected_UEs: 68.83
SIP DC%: 
DLRLCLayerDataVolume MB: 7185.68
PRB Util%: 14.77
RRC Setup Attempts: 3828
CA Conf FailRate Pct den: 5666
weekend: 0
UPTP Mbps Num: 2432
CA Activation Rate: 21.52
hr: 18
MAC_UE_SC_Tput: 4547.66

hr: 18
CA Activation Rate num: 8433888
UPTP Mbps Den: 1618
Setup_Fail_DEN: 17897
SIP_SC_Total_MOU: 24.76
Peak UE: 73
MB_per_connected_UE: 33.61
PCT Time MIMO: 40.03
DL Data Vol MAC in MB: 7537.12
CA Activation Rate den: 78609

Time: 11:50:23
holiday: 0

DL MAC Vol Scell Pct: 25.3
Avg_Connected_UEs: 78.1
SIP DC%: 
UPTP_Mbps: 50.16
DLRLCLayerDataVolume MB: 8299.62
DRB UL Data Volume MB: 6126
RRC Setup Attempts: 7391
CA DL DataVolRatio Pct den: 8697
CA Conf FailRate Pct den: 7594
weekend: 0
UPTP Mbps Num: 6971
hr: 9
MAC_UE_SC_Tput: 7724.63

hr: 9
CA Activation Rate num: 5002388
Setup_Fail_DEN: 13721
Peak UE: 27
DL Volume: 1578

Time: 16:17:17
holiday: 0

DL MAC Vol Scell Pct: 8
Avg_Connected_UEs: 81.04
SIP DC%: 
UPTP_Mbps: 30.21
DLRLCLayerDataVolume MB: 8268.95
RRC Setup Attempts: 3457
CA Conf FailRate Pct den: 4952
weekend: 1
hr: 23
MAC_UE_SC_Tput: 7067.86

hr: 23
CA Activation Rate num: 7579518
Setup_Fail_DEN: 14072
SIP_SC_Total_MOU: 201.48
Peak UE: 31
MB_per_connected_UE: 169.36
DL Data Vol MAC in MB: 6154.05

Combined RACH Preambles: 2209
Time: 21:50:31
holiday: 0
CA DL DataVolRatio Pct: 70.81

DL MAC Vol Scell Pct: 19.26
Avg_Connected_UEs: 16.47
SIP DC%: 
UPTP_Mbps: 96.13
DRB UL Data Volume MB: 8601
PRB Util%: 14.08
RRC Setup Attempts: 3417
CA DL DataVolRatio Pct den: 7276
CA Conf FailRate Pct den: 7904
weekend: 1
UPTP Mbps Num: 12719
hr: 8
MAC_UE_SC_Tput: 12117.32

hr: 8
CA Activation Rate num: 10343185
UPTP Mbps Den: 2602
Setup_Fail_DEN: 9518
Peak UE: 27
MB_per_connected_UE: 65.34
PCT Time MIMO: 41.61
DL Volume: 6058
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7726
DL Data Vol MAC in MB: 1933.54

Combined RACH Preambles: 4113
Time: 12:54:21
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5318.45
DRB UL Data Volume MB: 8691
PRB Util%: 48.9
CA DL DataVolRatio Pct den: 3330
CA Conf FailRate Pct den: 8417
weekend: 0
CA Activation Rate: 1.83
hr: 23
MAC_UE_SC_Tput: 12855.82
Bearer Releases: 13616

hr: 23
CA Activation Rate num: 463025
Setup_Fail_DEN: 9670
SIP_SC_Total_MOU: 23.46
Peak UE: 49
MB_per_connected_UE: 94.01
DL Data Vol MAC in MB: 8392.19
CA Activation Rate den: 52664

Time: 23:33:13
holiday: 0

SIP DC%: 
UPTP_Mbps: 37.93
DRB UL Data Volume MB: 5360
PRB Util%: 50.27
CA DL DataVolRatio Pct den: 4521
weekend: 0
UPTP Mbps Num: 26358
CA Activation Rate: 8.9
hr: 1
MAC_UE_SC_Tput: 4768.98

hr: 1
CA Activation Rate num: 2090779
SIP_SC_Total_MOU: 90.64
Peak UE: 45
PCT Time MIMO: 50.04
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7278

Time: 05:29:16
holiday: 0
HO Attempts: 595

SIP DC%: 
DRB UL Data Volume MB: 9385
PRB Util%: 37.36
RRC Setup Attempts: 7547
weekend: 0
CA Activation Rate: 63.5
hr: 10
MAC_UE_SC_Tput: 12477.86

hr: 10
CA Activation Rate num: 7470174
UPTP Mbps Den: 2724
SIP_SC_Total_MOU: 309.93
Peak UE: 42
DL Volume: 6685
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6184
DL Data Vol MAC in MB: 9946.59
CA Activation Rate den: 114858

Time: 19:02:38
holiday: 0
CA DL DataVolRatio Pct: 68.46

DL MAC Vol Scell Pct: 56.87
SIP DC%: 
DLRLCLayerDataVolume MB: 2483.48
PRB Util%: 64.78
weekend: 0
UPTP Mbps Num: 59031
CA Activation Rate: 19.55
hr: 4
MAC_UE_SC_Tput: 13078.45

hr: 4
CA Activation Rate num: 9472881
UPTP Mbps Den: 2259
Setup_Fail_DEN: 12982
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4201
DL Data Vol MAC in MB: 436.53
CA Activation Rate den: 47125

Time: 00:21:10
holiday: 0

SIP DC%: 
UPTP_Mbps: 22.43
DLRLCLayerDataVolume MB: 7602.64
RRC Setup Attempts: 5593
CA DL DataVolRatio Pct den: 7100
CA Conf FailRate Pct den: 9270
weekend: 0
hr: 10
MAC_UE_SC_Tput: 14116.49

hr: 10
Setup_Fail_DEN: 10174
SIP_SC_Total_MOU: 37.03
Peak UE: 27
MB_per_connected_UE: 33.22
DL Volume: 5359
DL Data Vol MAC in MB: 4571.81
CA Activation Rate den: 90516

Time: 19:34:45
holiday: 0
CA DL DataVolRatio Pct: 58.96
CA DL DataVolRatio Pct num: 2813

Avg_Connected_UEs: 32.4
SIP DC%: 
UPTP_Mbps: 32.9
DRB UL Data Volume MB: 6133
RSSIRX1 Avg: -94.44
weekend: 0
UPTP Mbps Num: 40881
CA Activation Rate: 30.32
hr: 22
MAC_UE_SC_Tput: 19300.64

hr: 22
SIP_SC_Total_MOU: 274.64
Peak UE: 27
MB_per_connected_UE: 9.09
DL Volume: 6283
DL Data Vol MAC in MB: 2674.55
CA Activation Rate den: 53823

Time: 07:37:10
holiday: 0
CA DL DataVolRatio Pct: 82.73
CA DL DataVolRatio Pct num: 6013

Avg_Connected_UEs: 44.38
SIP DC%: 
RRC Setup Attempts: 7469
CA Conf FailRate Pct den: 3137
weekend: 0
UPTP Mbps Num: 18925
CA Activation Rate: 25.46
hr: 2
MAC_UE_SC_Tput: 18761.57

hr: 2
CA Activation Rate num: 7434920
Setup_Fail_DEN: 12835
Peak UE: 61
MB_per_connected_UE: 55.26
PCT Time MIMO: 52.06
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3139

Combined RACH Preambles: 4155
holiday: 0
CA DL DataVolRatio Pct: 71.78

DL MAC Vol Scell Pct: 31.08
Avg_Connected_UEs: 40.84
SIP DC%: 
DLRLCLayerDataVolume MB: 6928.95
DRB UL Data Volume MB: 5556
PRB Util%: 61.26
CA Conf FailRate Pct den: 3840
weekend: 0
UPTP Mbps Num: 26372
hr: 20
MAC_UE_SC_Tput: 4412.86
Bearer Releases: 11303

hr: 20
Avg CQI: 9
CA Activation Rate num: 9448260
Peak UE: 39
MB_per_connected_UE: 89.54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4657

Combined RACH Preambles: 2958
Time: 14:16:36
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9112.6
DRB UL Data Volume MB: 8726
weekend: 0
UPTP Mbps Num: 18702
CA Activation Rate: 55.49
hr: 9
MAC_UE_SC_Tput: 4965.23
Bearer Releases: 14436

hr: 9
CA Activation Rate num: 3661831
UPTP Mbps Den: 2227
Setup_Fail_DEN: 15062
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 80.38
PCT Time MIMO: 34.26
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6626
CA Activation Rate den: 42258

Time: 09:37:22
holiday: 0
CA DL DataVolRatio Pct num: 3099

SIP DC%: 
DLRLCLayerDataVolume MB: 7373.8
DRB UL Data Volume MB: 4243
DL Packet Loss Pct: 3.87
weekend: 0
UPTP Mbps Num: 4775
CA Activation Rate: 7.99
hr: 23
MAC_UE_SC_Tput: 4264.76

hr: 23
CA Activation Rate num: 4200317
UPTP Mbps Den: 180
Setup_Fail_DEN: 13298
SIP_SC_Total_MOU: 94.59
Peak UE: 27
MB_per_connected_UE: 55.44
DL Volume: 7010

Time: 13:58:01
holiday: 0
CA DL DataVolRatio Pct: 85.27
CA DL DataVolRatio Pct num: 5499

SIP DC%: 
DLRLCLayerDataVolume MB: 3404.53
DRB UL Data Volume MB: 9843
PRB Util%: 15.27
CA Conf FailRate Pct den: 7574
weekend: 0
hr: 12
MAC_UE_SC_Tput: 6733.75

hr: 12
CA Activation Rate num: 4986942
Setup_Fail_DEN: 7469
Peak UE: 66
MB_per_connected_UE: 201.13
DL Volume: 2977

Combined RACH Preambles: 3229
Time: 04:38:23
holiday: 0
CA DL DataVolRatio Pct: 80.54

SIP DC%: 
DRB UL Data Volume MB: 6316
CA Conf FailRate Pct den: 4635
weekend: 0
CA Activation Rate: 67.92
hr: 7
MAC_UE_SC_Tput: 13995.34
Bearer Releases: 13747

hr: 7
CA Activation Rate num: 6457634
Setup_Fail_DEN: 12099
S1U_SIP_SC_SEER_den: 211
Peak UE: 27
MB_per_connected_UE: 130.23
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9438
DL Data Vol MAC in MB: 7782.52
CA Activation Rate den: 143708

Time: 17:41:21
holiday: 0
CA DL DataVolRatio Pct: 53.62
CA DL DataVolRatio Pct num: 7327

SIP DC%: 
DRB UL Data Volume MB: 8447
PRB Util%: 55.84
CA Conf FailRate Pct den: 7297
weekend: 0
hr: 23
MAC_UE_SC_Tput: 15260.77

hr: 23
Setup_Fail_DEN: 12010
SIP_SC_Total_MOU: 237.2
Peak UE: 27
MB_per_connected_UE: 107.93
CA Activation Rate den: 39792

Combined RACH Preambles: 2391
Time: 06:04:51
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5594.57
PRB Util%: 74.01
CA DL DataVolRatio Pct den: 4167
weekend: 0
UPTP Mbps Num: 32083
CA Activation Rate: 6.94
hr: 2
MAC_UE_SC_Tput: 4901.03
Bearer Releases: 9954

hr: 2
Setup_Fail_DEN: 11079
SIP_SC_Total_MOU: 278.1
Peak UE: 65
MB_per_connected_UE: 19.39
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4215
Time: 13:13:15

holiday: 0
CA DL DataVolRatio Pct num: 3577

SIP DC%: 
UPTP_Mbps: 28.63
DLRLCLayerDataVolume MB: 5092.83
PRB Util%: 27.5
CA DL DataVolRatio Pct den: 574
weekend: 0
hr: 6
MAC_UE_SC_Tput: 10784.08
Bearer Releases: 9389

hr: 6
Setup_Fail_DEN: 15276
Peak UE: 30
MB_per_connected_UE: 52.91
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8838
DL Data Vol MAC in MB: 9918.24
CA Activation Rate den: 74012

Time: 04:29:01
holiday: 0

DL MAC Vol Scell Pct: 14.49
SIP DC%: 
UPTP_Mbps: 41.27
DLRLCLayerDataVolume MB: 4279.33
PRB Util%: 20.74
CA DL DataVolRatio Pct den: 6821
weekend: 1
hr: 8
MAC_UE_SC_Tput: 43656.2
Bearer Releases: 8624

hr: 8
CA Activation Rate num: 5282676
UPTP Mbps Den: 4411
Setup_Fail_DEN: 7666
SIP_SC_Total_MOU: 225.84
Peak UE: 74
MB_per_connected_UE: 132.58
DL Volume: 7188

Time: 22:44:23
holiday: 0
CA DL DataVolRatio Pct: 72.15

SIP DC%: 
DRB UL Data Volume MB: 6892
CA Conf FailRate Pct den: 3826
weekend: 0
CA Activation Rate: 8.39
hr: 6

hr: 6
CA Activation Rate num: 2488793
Peak UE: 27
MB_per_connected_UE: 203.9
PCT Time MIMO: 33.14
CA Activation Rate den: 36015

Time: 09:42:52
holiday: 0
CA DL DataVolRatio Pct num: 6127

DL MAC Vol Scell Pct: 52.06
SIP DC%: 
DLRLCLayerDataVolume MB: 2504.41
PRB Util%: 23.4
RRC Setup Attempts: 3390
CA DL DataVolRatio Pct den: 3863
weekend: 0
hr: 6
MAC_UE_SC_Tput: 4720.3
Bearer Releases: 7482

hr: 6
CA Activation Rate num: 10815896
Setup_Fail_DEN: 18020
Peak UE: 47
PCT Time MIMO: 38.36
DL Volume: 8452
DL Data Vol MAC in MB: 7902.43

Combined RACH Preambles: 3297
Time: 00:01:37
holiday: 0
CA DL DataVolRatio Pct num: 6923

SIP DC%: 
UPTP_Mbps: 34.39
DLRLCLayerDataVolume MB: 6702.76
DRB UL Data Volume MB: 3876
DL Packet Loss Pct: 3.04
RRC Setup Attempts: 6437
CA DL DataVolRatio Pct den: 2226
weekend: 0
hr: 4
MAC_UE_SC_Tput: 5364.33

hr: 4
CA Activation Rate num: 1949145
UPTP Mbps Den: 865
Peak UE: 28
PCT Time MIMO: 54.84
DL Volume: 1738
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3516
DL Data Vol MAC in MB: 8768.81
CA Activation Rate den: 192441

Time: 17:18:05
holiday: 0
CA DL DataVolRatio Pct: 86.8
CA DL DataVolRatio Pct num: 432

DL MAC Vol Scell Pct: 48.02
Avg_Connected_UEs: 40.76
SIP DC%: 
DLRLCLayerDataVolume MB: 9311.79
weekend: 0
CA Activation Rate: 65.15
hr: 0
MAC_UE_SC_Tput: 10455.77

hr: 0
CA Activation Rate num: 3928485
Peak UE: 31
MB_per_connected_UE: 71.73
DL Data Vol MAC in MB: 5901.74

Time: 16:13:36
holiday: 0

SIP DC%: 
UPTP_Mbps: 31.61
DRB UL Data Volume MB: 8910
CA DL DataVolRatio Pct den: 6139
weekend: 0
hr: 7
MAC_UE_SC_Tput: 19647.01
Bearer Releases: 7391

hr: 7
CA Activation Rate num: 5459283
Setup_Fail_DEN: 7370
Peak UE: 54
MB_per_connected_UE: 22.53
PCT Time MIMO: 59.12
DL Data Vol MAC in MB: 7869.59

Combined RACH Preambles: 4246
Time: 17:35:19
holiday: 0
CA DL DataVolRatio Pct: 58.37
CA DL DataVolRatio Pct num: 1943

DL MAC Vol Scell Pct: 24.24
Avg_Connected_UEs: 72.05
SIP DC%: 
UPTP_Mbps: 16.69
DLRLCLayerDataVolume MB: 5423.85
DRB UL Data Volume MB: 6020
RRC Setup Attempts: 5093
weekend: 0
UPTP Mbps Num: 29015
CA Activation Rate: 5.51
hr: 23
MAC_UE_SC_Tput: 5916.57
Bearer Releases: 6521

hr: 23
CA Activation Rate num: 2546517
SIP_SC_Total_MOU: 436.29
Peak UE: 35
MB_per_connected_UE: 169.65
PCT Time MIMO: 58.29
DL Volume: 4376
DL Data Vol MAC in MB: 4368.77

Time: 00:34:56
holiday: 0

DL MAC Vol Scell Pct: 30.11
Avg_Connected_UEs: 57.13
SIP DC%: 
UPTP_Mbps: 36.07
DLRLCLayerDataVolume MB: 7308.61
DRB UL Data Volume MB: 4596
RRC Setup Attempts: 4394
CA Conf FailRate Pct den: 5034
weekend: 0
UPTP Mbps Num: 42660
hr: 0
MAC_UE_SC_Tput: 8768.58
Bearer Releases: 11936

hr: 0
CA Activation Rate num: 3239360
Setup_Fail_DEN: 6577
Peak UE: 27
MB_per_connected_UE: 80.63
DL Volume: 4562
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7415
CA Activation Rate den: 222206

Combined RACH Preambles: 4692
Time: 20:16:17
holiday: 0
CA DL DataVolRatio Pct: 83.14

DL MAC Vol Scell Pct: 17.36
SIP DC%: 
UPTP_Mbps: 18.17
DLRLCLayerDataVolume MB: 4001.71
DRB UL Data Volume MB: 5530
PRB Util%: 20.95
CA DL DataVolRatio Pct den: 1103
CA Conf FailRate Pct den: 8680
weekend: 0
hr: 11
MAC_UE_SC_Tput: 14776.33
Bearer Releases: 7025

hr: 11
CA Activation Rate num: 740532
UPTP Mbps Den: 82
Setup_Fail_DEN: 9687
SIP_SC_Total_MOU: 204.81
Peak UE: 46
MB_per_connected_UE: 41.78
PCT Time MIMO: 46.62
DL Volume: 3016
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8618
CA Activation Rate den: 66083

Time: 17:13:16
holiday: 0
CA DL DataVolRatio Pct: 42.89

DL MAC Vol Scell Pct: 29.87
SIP DC%: 
DRB UL Data Volume MB: 6287
RRC Setup Attempts: 8934
CA DL DataVolRatio Pct den: 5541
CA Conf FailRate Pct den: 3593
weekend: 1
hr: 16
MAC_UE_SC_Tput: 11485.11
Bearer Releases: 9718

hr: 16
CA Activation Rate num: 3384712
SIP_SC_Total_MOU: 193.69
Peak UE: 27
MB_per_connected_UE: 74
PCT Time MIMO: 50.32
DL Volume: 2497
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5450
DL Data Vol MAC in MB: 9127.61
CA Activation Rate den: 161832

Combined RACH Preambles: 2672
Time: 11:18:20
Date: 01-06-2023
holiday: 0

DL MAC Vol Scell Pct: 11.86
Avg_Connected_UEs: 39.4
SIP DC%: 
UPTP_Mbps: 84.38
DRB UL Data Volume MB: 3236
weekend: 0
hr: 0
MAC_UE_SC_Tput: 6385.94

hr: 0
CA Activation Rate num: 2675990
Peak UE: 33
DL Volume: 9862
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6138
CA Activation Rate den: 164102

holiday: 0

Avg_Connected_UEs: 56.66
SIP DC%: 
UPTP_Mbps: 32.36
DLRLCLayerDataVolume MB: 4283.85
PRB Util%: 51.59
CA DL DataVolRatio Pct den: 8018
CA Conf FailRate Pct den: 9069
weekend: 0
UPTP Mbps Num: 37885
hr: 8
MAC_UE_SC_Tput: 13484.03
Bearer Releases: 10397

hr: 8
CA Activation Rate num: 10582147
Setup_Fail_DEN: 7786
SIP_SC_Total_MOU: 211.95
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6741
DL Data Vol MAC in MB: 8578.3

Combined RACH Preambles: 2403
Time: 17:59:40
holiday: 0
CA DL DataVolRatio Pct num: 1245

SIP DC%: 
UPTP_Mbps: 33.2
DLRLCLayerDataVolume MB: 5138.51
DRB UL Data Volume MB: 6047
RRC Setup Attempts: 6895
CA DL DataVolRatio Pct den: 9910
weekend: 1
UPTP Mbps Num: 2041
hr: 14
MAC_UE_SC_Tput: 19571.48
Bearer Releases: 18533

hr: 14
CA Activation Rate num: 4252854
UPTP Mbps Den: 4048
Setup_Fail_DEN: 15637
SIP_SC_Total_MOU: 100.94
Peak UE: 27
MB_per_connected_UE: 68.69
PCT Time MIMO: 51.02
DL Volume: 5852
DL Data Vol MAC in MB: 6359.41

Combined RACH Preambles: 2169
Time: 05:09:27
holiday: 0

SIP DC%: 
UPTP_Mbps: 12.93
DLRLCLayerDataVolume MB: 7114.77
PRB Util%: 33.62
RRC Setup Attempts: 6018
CA DL DataVolRatio Pct den: 8050
weekend: 0
UPTP Mbps Num: 9782
CA Activation Rate: 37.03
hr: 23
MAC_UE_SC_Tput: 19195.3

hr: 23
CA Activation Rate num: 3367124
UPTP Mbps Den: 2585
SIP_SC_Total_MOU: 161.28
Peak UE: 33
MB_per_connected_UE: 131.66
DL Volume: 3448
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6944
DL Data Vol MAC in MB: 9603.7
CA Activation Rate den: 183553

Time: 09:34:35
holiday: 0
CA DL DataVolRatio Pct: 91.27

SIP DC%: 
UPTP_Mbps: 10.24
DLRLCLayerDataVolume MB: 1070.28
CA DL DataVolRatio Pct den: 7061
weekend: 0
CA Activation Rate: 52.05
hr: 7
MAC_UE_SC_Tput: 13170.09
Bearer Releases: 11399

hr: 7
Setup_Fail_DEN: 13606
Peak UE: 27
MB_per_connected_UE: 68.6
PCT Time MIMO: 44.75
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8996
DL Data Vol MAC in MB: 1299.91
CA Activation Rate den: 56401

Time: 06:56:46
holiday: 0

Avg_Connected_UEs: 77.82
SIP DC%: 
PRB Util%: 74.7
CA DL DataVolRatio Pct den: 8031
CA Conf FailRate Pct den: 5760
weekend: 0
RSSIRX2 Avg: -93.24
hr: 23
MAC_UE_SC_Tput: 10770.04
Bearer Releases: 8943

hr: 23
CA Activation Rate num: 2656683
UPTP Mbps Den: 1721
Setup_Fail_DEN: 11304
SIP_SC_Total_MOU: 419.94
Peak UE: 54
MB_per_connected_UE: 162.05
PCT Time MIMO: 60.17
DL Data Vol MAC in MB: 7779.41
CA Activation Rate den: 63932

Time: 21:27:18
holiday: 0
CA DL DataVolRatio Pct: 86.27
CA DL DataVolRatio Pct num: 5089

SIP DC%: 
DLRLCLayerDataVolume MB: 3618.9
PRB Util%: 35.68
RRC Setup Attempts: 7572
CA Conf FailRate Pct den: 4876
weekend: 0
CA Activation Rate: 25.44
hr: 3
MAC_UE_SC_Tput: 9309.82

hr: 3
CA Activation Rate num: 5582223
Setup_Fail_DEN: 10092
SIP_SC_Total_MOU: 114.14
Peak UE: 35
DL Volume: 1464
DL Data Vol MAC in MB: 630.86
CA Activation Rate den: 60842

Time: 19:52:17
holiday: 0
CA DL DataVolRatio Pct: 88.11
CA DL DataVolRatio Pct num: 5800

DL MAC Vol Scell Pct: 16.74
SIP DC%: 
DLRLCLayerDataVolume MB: 2922.01
DRB UL Data Volume MB: 6264
PRB Util%: 70.59
CA DL DataVolRatio Pct den: 5328
weekend: 0
UPTP Mbps Num: 1670
hr: 0
MAC_UE_SC_Tput: 15727.4
Bearer Releases: 12344

hr: 0
CA Activation Rate num: 3830290
UPTP Mbps Den: 4671
SIP_SC_Total_MOU: 111.77
Peak UE: 27
PCT Time MIMO: 35.25

Time: 07:05:46
holiday: 0

DL MAC Vol Scell Pct: 36.23
SIP DC%: 
UPTP_Mbps: 123.42
DRB UL Data Volume MB: 1804
weekend: 0
CA Activation Rate: 43.56
hr: 10
MAC_UE_SC_Tput: 4633.36
Bearer Releases: 11363

hr: 10
SIP_SC_Total_MOU: 2.89
Peak UE: 27
MB_per_connected_UE: 116.8
PCT Time MIMO: 39.03
DL Volume: 6469
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6541
DL Data Vol MAC in MB: 4590.7

Time: 20:44:42
holiday: 0
CA DL DataVolRatio Pct: 73.09
CA DL DataVolRatio Pct num: 1502

SIP DC%: 
PRB Util%: 63.67
CA DL DataVolRatio Pct den: 9049
weekend: 0
hr: 15
MAC_UE_SC_Tput: 6743.67

hr: 15
CA Activation Rate num: 9325698
UPTP Mbps Den: 318
Setup_Fail_DEN: 10404
SIP_SC_Total_MOU: 200.27
Peak UE: 52
MB_per_connected_UE: 84.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7591
DL Data Vol MAC in MB: 9858.93

Time: 23:31:19
holiday: 0
CA DL DataVolRatio Pct: 50.31
CA DL DataVolRatio Pct num: 5182

DL MAC Vol Scell Pct: 30.65
SIP DC%: 
UPTP_Mbps: 24.72
DRB UL Data Volume MB: 8241
RRC Setup Attempts: 4723
CA DL DataVolRatio Pct den: 10088
weekend: 0
hr: 9
MAC_UE_SC_Tput: 4658.32

hr: 9
CA Activation Rate num: 5469669
UPTP Mbps Den: 4281
SIP_SC_Total_MOU: 129.44
Peak UE: 45
MB_per_connected_UE: 116.24
PCT Time MIMO: 55.64
DL Volume: 8876
CA Activation Rate den: 71963

Time: 16:32:21
holiday: 0
CA DL DataVolRatio Pct: 64.46
SIP_SC_Call_Attempts: 179

DL MAC Vol Scell Pct: 46.01
SIP DC%: 
UPTP_Mbps: 8.79
DRB UL Data Volume MB: 6489
RRC Setup Attempts: 6013
weekend: 0
CA Activation Rate: 45.56
hr: 2
MAC_UE_SC_Tput: 7134.81

hr: 2
CA Activation Rate num: 3928182
Setup_Fail_DEN: 6817
SIP_SC_Total_MOU: 256.68
Peak UE: 53
MB_per_connected_UE: 25.68
DL Data Vol MAC in MB: 9681.75

Time: 15:08:33
holiday: 0
CA DL DataVolRatio Pct: 54.38
CA DL DataVolRatio Pct num: 1193

DL MAC Vol Scell Pct: 35.33
SIP DC%: 
UPTP_Mbps: 47.11
DRB UL Data Volume MB: 1673
CA DL DataVolRatio Pct den: 1567
weekend: 0
CA Activation Rate: 19.92
hr: 2
MAC_UE_SC_Tput: 11286.58
Bearer Releases: 7735

hr: 2
CA Activation Rate num: 10540381
Setup_Fail_DEN: 9160
SIP_SC_Total_MOU: 139.68
QCI 1 Bearer Drop%: 3.09
DL Data Vol MAC in MB: 8016.09
CA Activation Rate den: 81970

Time: 04:10:14
holiday: 0
CA DL DataVolRatio Pct num: 490

SIP DC%: 
DLRLCLayerDataVolume MB: 4724.13
DRB UL Data Volume MB: 8584
PRB Util%: 22.16
weekend: 0
CA Activation Rate: 60.71
hr: 6
MAC_UE_SC_Tput: 6576.43

hr: 6
CA Activation Rate num: 4101987
Peak UE: 73
MB_per_connected_UE: 123.09
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4060
QCI 1 Bearer Releases: 187
DL Data Vol MAC in MB: 1565.47

Time: 00:29:51
holiday: 0

Avg_Connected_UEs: 42.53
SIP DC%: 
DLRLCLayerDataVolume MB: 6479.84
DRB UL Data Volume MB: 3563
CA Conf FailRate Pct den: 6565
weekend: 1
CA Activation Rate: 4.66
hr: 0
MAC_UE_SC_Tput: 7942.96

hr: 0
CA Activation Rate num: 6710162
SIP_SC_Total_MOU: 190.23
Peak UE: 27
MB_per_connected_UE: 117.13
UL Throughput: 7.47
CA Activation Rate den: 38095

Time: 03:45:55
holiday: 0
HO_att_InterFreq: 881

DL MAC Vol Scell Pct: 32.41
Avg_Connected_UEs: 56.38
SIP DC%: 
DLRLCLayerDataVolume MB: 4592.2
RRC Setup Attempts: 4922
weekend: 0
hr: 8
MAC_UE_SC_Tput: 13856.78
Bearer Releases: 17073

hr: 8
CA Activation Rate num: 9578242
UPTP Mbps Den: 2020
SIP_SC_Total_MOU: 152.66
Peak UE: 65
MB_per_connected_UE: 40.16
DL Volume: 5560
CA Activation Rate den: 73389

Time: 03:31:36
holiday: 0
CA DL DataVolRatio Pct: 66.6

Avg_Connected_UEs: 74.4
SIP DC%: 
PRB Util%: 20.61
RRC Setup Attempts: 9587
CA Conf FailRate Pct den: 8266
weekend: 0
UPTP Mbps Num: 12453
hr: 23
MAC_UE_SC_Tput: 14730.97

hr: 23
CA Activation Rate num: 6456477
Setup_Fail_DEN: 13897
SIP_SC_Total_MOU: 259.43
Peak UE: 67
MB_per_connected_UE: 148.41
PCT Time MIMO: 35.14
DL Data Vol MAC in MB: 468.06
CA Activation Rate den: 67161

Time: 20:46:54
holiday: 0

SIP DC%: 
UPTP_Mbps: 18.8
DLRLCLayerDataVolume MB: 2327.09
DRB UL Data Volume MB: 6172
RRC Setup Attempts: 6708
weekend: 0
UPTP Mbps Num: 57923
hr: 23
MAC_UE_SC_Tput: 6360.14

hr: 23
CA Activation Rate num: 5279831
UPTP Mbps Den: 1817
SIP_SC_Total_MOU: 27.02
Peak UE: 27
PCT Time MIMO: 61.48
DL Volume: 6285

Time: 08:09:22
holiday: 0
CA DL DataVolRatio Pct: 73.6
CA DL DataVolRatio Pct num: 4452

DL MAC Vol Scell Pct: 42.81
Avg_Connected_UEs: 34.05
SIP DC%: 
DLRLCLayerDataVolume MB: 7540.25
DRB UL Data Volume MB: 2373
RRC Setup Attempts: 6738
weekend: 0
hr: 9
MAC_UE_SC_Tput: 4606.3

hr: 9
CA Activation Rate num: 10394489
Setup_Fail_DEN: 10328
SIP_SC_Total_MOU: 19.68
UL MAC Vol Scell Pct: 1.45
Peak UE: 27
MB_per_connected_UE: 15.89
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6290
CA Activation Rate den: 168331

Time: 02:27:07
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6547.6
RRC Setup Attempts: 6019
weekend: 0
hr: 23
MAC_UE_SC_Tput: 10568.96
Bearer Releases: 16849

hr: 23
Peak UE: 79
MB_per_connected_UE: 95.9

Combined RACH Preambles: 2241
Time: 05:16:57
holiday: 0
CA DL DataVolRatio Pct: 71.03

DL MAC Vol Scell Pct: 49.86
Avg_Connected_UEs: 84.12
SIP DC%: 
UPTP_Mbps: 24.52
DLRLCLayerDataVolume MB: 2151.89
DRB UL Data Volume MB: 5082
weekend: 0
CA Activation Rate: 20.01
hr: 5
MAC_UE_SC_Tput: 5347.67
Bearer Releases: 11992

hr: 5
CA Activation Rate num: 8722076
SIP_SC_Total_MOU: 158.68
Peak UE: 47
VOLTE IA%: 
MB_per_connected_UE: 74.76
DL Volume: 5880
CA Activation Rate den: 136402

Time: 03:37:35
holiday: 0

Avg_Connected_UEs: 32.31
SIP DC%: 
DLRLCLayerDataVolume MB: 6645.64
DRB UL Data Volume MB: 7610
weekend: 0
CA Activation Rate: 12.83
hr: 3
MAC_UE_SC_Tput: 9740.97
Bearer Releases: 9400

hr: 3
CA Activation Rate num: 5606135
Setup_Fail_DEN: 12291
Peak UE: 67
MB_per_connected_UE: 171.23
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8318
DL Data Vol MAC in MB: 8454.83
CA Activation Rate den: 85305

Time: 09:35:40
holiday: 0
CA DL DataVolRatio Pct num: 1633

SIP DC%: 
UPTP_Mbps: 29.27
CA DL DataVolRatio Pct den: 911
weekend: 0
UPTP Mbps Num: 883
hr: 0
MAC_UE_SC_Tput: 17138.69
Bearer Releases: 14477

hr: 0
CA Activation Rate num: 7526009
Setup_Fail_DEN: 10733
SIP_SC_Total_MOU: 218.73
Peak UE: 92
VOLTE IA%: 
MB_per_connected_UE: 201.1
DL Data Vol MAC in MB: 1944.34
CA Activation Rate den: 43540

Combined RACH Preambles: 3609
Time: 13:20:18
holiday: 0
CA DL DataVolRatio Pct num: 2999

Avg_Connected_UEs: 18.63
SIP DC%: 
DLRLCLayerDataVolume MB: 8870.62
DRB UL Data Volume MB: 8223
RRC Setup Attempts: 5199
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6943.78
Bearer Releases: 7500

hr: 23
Peak UE: 31
DL Data Vol MAC in MB: 6939.66
CA Activation Rate den: 138380

Time: 11:30:18
holiday: 0
CA DL DataVolRatio Pct num: 7261

SIP DC%: 
UPTP_Mbps: 33.84
DLRLCLayerDataVolume MB: 6548.12
DRB UL Data Volume MB: 8778
PRB Util%: 64.92
weekend: 1
hr: 20
MAC_UE_SC_Tput: 11318.21
Bearer Releases: 11040

hr: 20
CA Activation Rate num: 3043123
Peak UE: 47
MB_per_connected_UE: 128.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3647
CA Activation Rate den: 126294

Time: 12:30:43
holiday: 0

Avg_Connected_UEs: 59.06
SIP DC%: 
DRB UL Data Volume MB: 8529
PRB Util%: 68.61
CA Conf FailRate Pct den: 3983
weekend: 0
hr: 23
MAC_UE_SC_Tput: 13065.08
Bearer Releases: 11209

hr: 23
CA Activation Rate num: 6244900
Setup_Fail_DEN: 15987
SIP_SC_Total_MOU: 176.31
S1U_SIP_SC_SEER_den: 248
Peak UE: 27
MB_per_connected_UE: 202.9
DL Data Vol MAC in MB: 9086.41

Time: 16:00:46
holiday: 0
CA DL DataVolRatio Pct: 68.76

DL MAC Vol Scell Pct: 25.92
SIP DC%: 
UPTP_Mbps: 44.34
DRB UL Data Volume MB: 1370
RRC Setup Attempts: 4315
CA DL DataVolRatio Pct den: 1136
weekend: 0
UPTP Mbps Num: 10445
CA Activation Rate: 44.67
hr: 3
MAC_UE_SC_Tput: 14183.09
Bearer Releases: 11290

hr: 3
CA Activation Rate num: 7024128
Setup_Fail_DEN: 13223
SIP_SC_Total_MOU: 409.68
Peak UE: 33
MB_per_connected_UE: 42.14
DL Volume: 1754

Time: 07:24:31
holiday: 0
CA DL DataVolRatio Pct: 81.73
CA DL DataVolRatio Pct num: 362

SIP DC%: 
UPTP_Mbps: 35.63
DLRLCLayerDataVolume MB: 3485.08
RRC Setup Attempts: 3603
CA DL DataVolRatio Pct den: 1401
CA Conf FailRate Pct den: 2872
weekend: 0
UPTP Mbps Num: 44548
CA Activation Rate: 10.7
hr: 4
MAC_UE_SC_Tput: 14870.2
Bearer Releases: 16580

hr: 4
CA Activation Rate num: 5299505
Setup_Fail_DEN: 8666
Peak UE: 48
MB_per_connected_UE: 42.76
DL Volume: 1011
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7458
DL Data Vol MAC in MB: 1573.19
CA Activation Rate den: 96847

Combined RACH Preambles: 4496
Time: 10:51:23
holiday: 0
CA DL DataVolRatio Pct: 87.06
CA DL DataVolRatio Pct num: 1948

DL MAC Vol Scell Pct: 7.65
Avg_Connected_UEs: 47.12
SIP DC%: 
DLRLCLayerDataVolume MB: 3164.53
DRB UL Data Volume MB: 3779
PRB Util%: 37.66
CA Conf FailRate Pct den: 9554
weekend: 1
UPTP Mbps Num: 5284
CA Activation Rate: 37.04
hr: 20
MAC_UE_SC_Tput: 24329.29

hr: 20
CA Activation Rate num: 10737541
UPTP Mbps Den: 1119
Setup_Fail_DEN: 15463
Peak UE: 27
MB_per_connected_UE: 11.2
PCT Time MIMO: 33.39

Time: 15:22:51
holiday: 0
CA DL DataVolRatio Pct: 65.79

DL MAC Vol Scell Pct: 28.89
SIP DC%: 
DLRLCLayerDataVolume MB: 8282.97
DRB UL Data Volume MB: 7168
PRB Util%: 41.12
RRC Setup Attempts: 3696
CA Conf FailRate Pct den: 8311
weekend: 1
CA Activation Rate: 68.45
hr: 8
MAC_UE_SC_Tput: 8650.08
Bearer Releases: 12100

hr: 8
CA Activation Rate num: 9338699
Setup_Fail_DEN: 19629
Peak UE: 54
MB_per_connected_UE: 160.05
DL Volume: 8520
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6635
DL Data Vol MAC in MB: 5912.21
CA Activation Rate den: 60984

Time: 22:31:52
holiday: 0
CA DL DataVolRatio Pct num: 4919

DL MAC Vol Scell Pct: 34.27
SIP DC%: 
DLRLCLayerDataVolume MB: 3272.45
DRB UL Data Volume MB: 8869
PRB Util%: 46.03
weekend: 0
hr: 20
MAC_UE_SC_Tput: 15878.45
Bearer Releases: 8340

hr: 20
CA Activation Rate num: 4423062
UPTP Mbps Den: 2616
Setup_Fail_DEN: 8747
Peak UE: 60
MB_per_connected_UE: 176.59
DL Volume: 2161
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7635
DL Data Vol MAC in MB: 8891.49
CA Activation Rate den: 203054

Time: 10:19:54
holiday: 0
CA DL DataVolRatio Pct num: 7617

Avg_Connected_UEs: 57.51
SIP DC%: 
DRB UL Data Volume MB: 9186
CA Conf FailRate Pct den: 6672
weekend: 0
UPTP Mbps Num: 27858
hr: 23
MAC_UE_SC_Tput: 6591.01
Bearer Releases: 9931

hr: 23
CA Activation Rate num: 3556926
Setup_Fail_DEN: 17903
SIP_SC_Total_MOU: 3.47
Peak UE: 46
PCT Time MIMO: 68.65
DL Volume: 8131
DL Data Vol MAC in MB: 7772.69

Time: 05:05:21
holiday: 0
CA DL DataVolRatio Pct num: 6666

SIP DC%: 
UPTP_Mbps: 25.9
DLRLCLayerDataVolume MB: 8043.19
DRB UL Data Volume MB: 2176
RRC Setup Attempts: 4737
CA DL DataVolRatio Pct den: 9810
weekend: 0
UPTP Mbps Num: 22624
CA Activation Rate: 47.37
hr: 16
MAC_UE_SC_Tput: 4609.75
Bearer Releases: 15405

hr: 16
CA Activation Rate num: 1779621
SIP_SC_Total_MOU: 201.35
Peak UE: 27
MB_per_connected_UE: 32.19
PCT Time MIMO: 39.91
DL Data Vol MAC in MB: 9454.33

Time: 08:02:25
holiday: 0
CA DL DataVolRatio Pct num: 3404

Avg_Connected_UEs: 69.7
SIP DC%: 
DLRLCLayerDataVolume MB: 1143.02
DRB UL Data Volume MB: 9630
PRB Util%: 73.43
RRC Setup Attempts: 6298
weekend: 0
hr: 11
MAC_UE_SC_Tput: 7257.75

hr: 11
CA Activation Rate num: 6618889
SIP_SC_Total_MOU: 19.95
Peak UE: 27
MB_per_connected_UE: 117.55
PCT Time MIMO: 40.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4071
DL Data Vol MAC in MB: 1347.21
CA Activation Rate den: 58881

Time: 12:55:09
holiday: 0
CA DL DataVolRatio Pct num: 980

SIP DC%: 
DRB UL Data Volume MB: 4883
RRC Setup Attempts: 4416
weekend: 1
CA Activation Rate: 16.47
hr: 21
Bearer Releases: 9220

hr: 21
CA Activation Rate num: 5144285
Setup_Fail_DEN: 11178
SIP_SC_Total_MOU: 11.52
Peak UE: 74
MB_per_connected_UE: 151.55
DL Data Vol MAC in MB: 8337.48
CA Activation Rate den: 141299

Time: 21:26:28
holiday: 0

DL MAC Vol Scell Pct: 8.16
SIP DC%: 
UPTP_Mbps: 40.67
DLRLCLayerDataVolume MB: 8958.19
PRB Util%: 33.18
RRC Setup Attempts: 5920
CA DL DataVolRatio Pct den: 3717
weekend: 0
CA Activation Rate: 45.41
hr: 4
MAC_UE_SC_Tput: 4234.07

hr: 4
Peak UE: 27
DL Data Vol MAC in MB: 8470.91

Time: 17:14:25
holiday: 0
CA DL DataVolRatio Pct: 88.85
CA DL DataVolRatio Pct num: 5268

DL MAC Vol Scell Pct: 57.66
Avg_Connected_UEs: 73.78
SIP DC%: 
UPTP_Mbps: 19.92
DLRLCLayerDataVolume MB: 750.92
DRB UL Data Volume MB: 9212
RRC Setup Attempts: 7320
CA DL DataVolRatio Pct den: 7785
weekend: 0
UPTP Mbps Num: 62276
hr: 14
MAC_UE_SC_Tput: 5710.56
Bearer Releases: 13908

hr: 14
CA Activation Rate num: 1045589
SIP_SC_Total_MOU: 58.34
Peak UE: 27
MB_per_connected_UE: 178.2
DL Data Vol MAC in MB: 9229.16
CA Activation Rate den: 99860

Combined RACH Preambles: 2801
Time: 02:22:32
holiday: 0
CA DL DataVolRatio Pct num: 3983
HO Attempts: 558

SIP DC%: 
DLRLCLayerDataVolume MB: 723.52
PRB Util%: 25.06
CA Conf FailRate Pct den: 6778
weekend: 0
UPTP Mbps Num: 19009
hr: 23
MAC_UE_SC_Tput: 20369.95
Bearer Releases: 18002

hr: 23
CA Activation Rate num: 4219952
Setup_Fail_DEN: 11499
Peak UE: 31
DL Volume: 3363
DL Data Vol MAC in MB: 1888.79
CA Activation Rate den: 85407

Time: 01:29:00
holiday: 0

Avg_Connected_UEs: 56.97
SIP DC%: 
CA DL DataVolRatio Pct den: 308
CA Conf FailRate Pct den: 3384
weekend: 0
UPTP Mbps Num: 18877
hr: 18
MAC_UE_SC_Tput: 14428.32
Bearer Releases: 13164

hr: 18
CA Activation Rate num: 2003026
Setup_Fail_DEN: 19676
SIP_SC_Total_MOU: 218.72
Peak UE: 58
MB_per_connected_UE: 115.5
DL Volume: 6441
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4172
DL Data Vol MAC in MB: 3127.3
CA Activation Rate den: 48035

Time: 10:58:15
holiday: 0
CA DL DataVolRatio Pct: 71.8
CA DL DataVolRatio Pct num: 6360

Avg_Connected_UEs: 47.07
SIP DC%: 
UPTP_Mbps: 109.38
DLRLCLayerDataVolume MB: 1030.25
DRB UL Data Volume MB: 1630
CA DL DataVolRatio Pct den: 10212
CA Conf FailRate Pct den: 6262
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4368.34

hr: 23
CA Activation Rate num: 9767324
Setup_Fail_DEN: 13373
Peak UE: 27
DL Volume: 5310
DL Data Vol MAC in MB: 4602.15
CA Activation Rate den: 43369

Time: 08:34:56
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5874.5
DRB UL Data Volume MB: 6871
CA DL DataVolRatio Pct den: 6765
weekend: 0
UPTP Mbps Num: 59862
hr: 15
MAC_UE_SC_Tput: 4761.48
Bearer Releases: 10542

hr: 15
CA Activation Rate num: 9684772
UPTP Mbps Den: 5721
Setup_Fail_DEN: 19897
Peak UE: 89
MB_per_connected_UE: 76.89
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3645
DL Data Vol MAC in MB: 4572.4

Time: 14:34:28
holiday: 0

Avg_Connected_UEs: 66.49
SIP DC%: 
UPTP_Mbps: 21.65
DLRLCLayerDataVolume MB: 7472.8
CA Conf FailRate Pct den: 7879
weekend: 0
hr: 19
MAC_UE_SC_Tput: 16599.05
Bearer Releases: 12274

hr: 19
CA Activation Rate num: 5671080
Setup_Fail_DEN: 15604
SIP_SC_Total_MOU: 117.36
Peak UE: 32
MB_per_connected_UE: 8.37
DL Data Vol MAC in MB: 8341.29

Time: 08:12:42
holiday: 0

Avg_Connected_UEs: 40.89
SIP DC%: 
DRB UL Data Volume MB: 6369
PRB Util%: 64.24
RRC Setup Attempts: 4289
CA Conf FailRate Pct den: 9066
weekend: 0
UPTP Mbps Num: 7036
hr: 0
MAC_UE_SC_Tput: 4336.26

hr: 0
CA Activation Rate num: 859497
SIP_SC_Total_MOU: 112.21
Peak UE: 60
MB_per_connected_UE: 60.21
DL Volume: 6141
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4677
CA Activation Rate den: 84488

Time: 02:15:00
holiday: 0
CA DL DataVolRatio Pct: 79.81
CA DL DataVolRatio Pct num: 5033

SIP DC%: 
DRB UL Data Volume MB: 2547
PRB Util%: 60.9
CA Conf FailRate Pct den: 5700
weekend: 0
CA Activation Rate: 16.74
hr: 13
MAC_UE_SC_Tput: 4184.5

hr: 13
CA Activation Rate num: 3761657
Peak UE: 64
MB_per_connected_UE: 62.06
DL Volume: 2585
DL Data Vol MAC in MB: 3247.32

Time: 19:18:27
holiday: 0
CA DL DataVolRatio Pct: 69.53

Avg_Connected_UEs: 49.87
SIP DC%: 
DLRLCLayerDataVolume MB: 9554.4
CA DL DataVolRatio Pct den: 9514
CA Conf FailRate Pct den: 7569
weekend: 0
CA Activation Rate: 15.04
hr: 23
MAC_UE_SC_Tput: 8368.45

hr: 23
Peak UE: 55
MB_per_connected_UE: 160.65
DL Volume: 513
DL Data Vol MAC in MB: 985.57

Time: 18:12:07
holiday: 0

DL MAC Vol Scell Pct: 9.42
SIP DC%: 
DRB UL Data Volume MB: 8318
PRB Util%: 35.05
CA Conf FailRate Pct den: 4910
weekend: 0
hr: 2
MAC_UE_SC_Tput: 12125.27

hr: 2
Avg CQI: 9
CA Activation Rate num: 1730237
UPTP Mbps Den: 2818
Setup_Fail_DEN: 8479
Peak UE: 68
MB_per_connected_UE: 123.34
DL Volume: 5945
DL Data Vol MAC in MB: 9182.63
CA Activation Rate den: 60370

Time: 15:35:49
holiday: 0
CA DL DataVolRatio Pct: 89.96

DL MAC Vol Scell Pct: 29.77
SIP DC%: 
UPTP_Mbps: 22.33
DRB UL Data Volume MB: 5582
PRB Util%: 18.93
CA DL DataVolRatio Pct den: 4896
weekend: 0
CA Activation Rate: 8.46
hr: 20
MAC_UE_SC_Tput: 14561.83
Bearer Releases: 16645

hr: 20
CA Activation Rate num: 10836820
Setup_Fail_DEN: 11044
SIP_SC_Total_MOU: 107.03
Peak UE: 90
MB_per_connected_UE: 102.39
DL Volume: 5585
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3526
CA Activation Rate den: 131671

Combined RACH Preambles: 2794
Time: 04:13:45
holiday: 0

SIP DC%: 
UPTP_Mbps: 20.92
DLRLCLayerDataVolume MB: 841.63
CA DL DataVolRatio Pct den: 9555
CA Conf FailRate Pct den: 9433
weekend: 0
UPTP Mbps Num: 5227
hr: 20
MAC_UE_SC_Tput: 14096.73
Bearer Releases: 10349

hr: 20
CA Activation Rate num: 9081385
Setup_Fail_DEN: 7489
SIP_SC_Total_MOU: 4.87
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 84.54

Combined RACH Preambles: 2650
Time: 08:12:33
holiday: 0

Avg_Connected_UEs: 37.69
SIP DC%: 
UPTP_Mbps: 41.22
DRB UL Data Volume MB: 2770
CA DL DataVolRatio Pct den: 10128
CA Conf FailRate Pct den: 6985
weekend: 1
CA Activation Rate: 76.14
hr: 0
MAC_UE_SC_Tput: 5060.7
Bearer Releases: 16371

hr: 0
CA Activation Rate num: 4365270
UPTP Mbps Den: 4615
SIP_SC_Total_MOU: 320.11
Peak UE: 70
MB_per_connected_UE: 203.59
DL Data Vol MAC in MB: 7228.7

Time: 13:56:32
holiday: 0
CA DL DataVolRatio Pct: 85.64

DL MAC Vol Scell Pct: 45.4
SIP DC%: 
UPTP_Mbps: 9.96
DLRLCLayerDataVolume MB: 5569.87
DRB UL Data Volume MB: 3407
CA DL DataVolRatio Pct den: 9017
weekend: 0
UPTP Mbps Num: 4777
hr: 0
MAC_UE_SC_Tput: 18493.43

hr: 0
CA Activation Rate num: 4662944
UPTP Mbps Den: 2137
SIP_SC_Total_MOU: 58.27
Peak UE: 89
MB_per_connected_UE: 12.79
PCT Time MIMO: 46.76
DL Volume: 9283
DL Data Vol MAC in MB: 8033.86

Combined RACH Preambles: 3680
Time: 03:21:02
holiday: 0
CA DL DataVolRatio Pct num: 6370

SIP DC%: 
CA DL DataVolRatio Pct den: 6471
CA Conf FailRate Pct den: 5463
weekend: 0
hr: 12
MAC_UE_SC_Tput: 13232.91
Bearer Releases: 7473

hr: 12
CA Activation Rate num: 2739345
Setup_Fail_DEN: 11160
Peak UE: 32
MB_per_connected_UE: 55.21
DL Data Vol MAC in MB: 1431.46
Time: 04:43:52

holiday: 0
CA DL DataVolRatio Pct num: 277

SIP DC%: 
UPTP_Mbps: 57.39
RRC Setup Attempts: 7924
weekend: 0
UPTP Mbps Num: 37770
CA Activation Rate: 5.49
hr: 3
MAC_UE_SC_Tput: 11614.19
Bearer Releases: 16830

hr: 3
CA Activation Rate num: 4894364
Setup_Fail_DEN: 12139
SIP_SC_Total_MOU: 218.77
Peak UE: 27
UL Throughput: 6.35
DL Data Vol MAC in MB: 7709.03
CA Activation Rate den: 52995

Time: 13:05:38
holiday: 0
CA DL DataVolRatio Pct num: 2883

SIP DC%: 
PRB Util%: 66.17
RRC Setup Attempts: 5175
CA DL DataVolRatio Pct den: 9664
weekend: 0
hr: 21
MAC_UE_SC_Tput: 18436.69

hr: 21
CA Activation Rate num: 4348781
Setup_Fail_DEN: 7878
UL MAC Vol Scell Pct: 3.04
Peak UE: 91
MB_per_connected_UE: 95.3
PCT Time MIMO: 32.67
UL Throughput: 5.99
DL Data Vol MAC in MB: 7580.5

Time: 02:08:16
holiday: 0
CA DL DataVolRatio Pct: 58.34

DL MAC Vol Scell Pct: 45.93
SIP DC%: 
PRB Util%: 34.26
weekend: 1
hr: 20
MAC_UE_SC_Tput: 4967.52

hr: 20
CA Activation Rate num: 5447232
Setup_Fail_DEN: 14582
PCT Time MIMO: 51.31

Time: 07:52:30
holiday: 0
HO_att_InterFreq: 658
CA DL DataVolRatio Pct num: 3753

DL MAC Vol Scell Pct: 29.86
Avg_Connected_UEs: 45.25
SIP DC%: 
UPTP_Mbps: 99.46
DRB UL Data Volume MB: 6630
PRB Util%: 56.07
CA DL DataVolRatio Pct den: 973
weekend: 0
CA Activation Rate: 29.52
hr: 20
MAC_UE_SC_Tput: 15250.78
Bearer Releases: 11077

hr: 20
CA Activation Rate num: 7004847
Setup_Fail_DEN: 18264
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4879
DL Data Vol MAC in MB: 8285.7
CA Activation Rate den: 177321

Time: 05:30:11
holiday: 0
CA DL DataVolRatio Pct: 55.4

Avg_Connected_UEs: 52.3
SIP DC%: 
UPTP_Mbps: 31.44
DLRLCLayerDataVolume MB: 1822.92
DRB UL Data Volume MB: 8392
PRB Util%: 35.57
weekend: 0
UPTP Mbps Num: 24827
hr: 15
MAC_UE_SC_Tput: 8829.97
Bearer Releases: 12960

hr: 15
CA Activation Rate num: 514959
Setup_Fail_DEN: 14892
SIP_SC_Total_MOU: 433.9
QCI 1 Bearer Drop%: 2.71
Peak UE: 32
MB_per_connected_UE: 123.1
DL Data Vol MAC in MB: 2888.74

Time: 11:12:09
holiday: 0

Avg_Connected_UEs: 60.69
SIP DC%: 
DRB UL Data Volume MB: 7392
PRB Util%: 53.84
RRC Setup Attempts: 3554
weekend: 0
CA Activation Rate: 38.39
hr: 21
MAC_UE_SC_Tput: 4658.01
Bearer Releases: 11849

hr: 21
CA Activation Rate num: 10553915
SIP_SC_Total_MOU: 192.97
Peak UE: 84
MB_per_connected_UE: 10.18
DL Data Vol MAC in MB: 2741.99
CA Activation Rate den: 123754

Time: 14:04:44
holiday: 0
CA DL DataVolRatio Pct num: 1106

DL MAC Vol Scell Pct: 39.35
Avg_Connected_UEs: 53.54
SIP DC%: 
UPTP_Mbps: 26.33
DLRLCLayerDataVolume MB: 7409.6
DRB UL Data Volume MB: 2281
CA Conf FailRate Pct den: 6229
weekend: 0
hr: 17
MAC_UE_SC_Tput: 7127.74
Bearer Releases: 9756

hr: 17
CA Activation Rate num: 3084438
Setup_Fail_DEN: 17434
SIP_SC_Total_MOU: 207.36
Peak UE: 30
MB_per_connected_UE: 122.81
PCT Time MIMO: 42.84
CA Activation Rate den: 86619

Time: 04:46:05
holiday: 0
CA DL DataVolRatio Pct: 66.43

SIP DC%: 
DLRLCLayerDataVolume MB: 2385.09
weekend: 0
UPTP Mbps Num: 60821
CA Activation Rate: 66.18
hr: 23
MAC_UE_SC_Tput: 17012.38
Bearer Releases: 17702

hr: 23
CA Activation Rate num: 10585029
UPTP Mbps Den: 2740
SIP_SC_Total_MOU: 178.14
Peak UE: 76
DL Volume: 3097
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7056
DL Data Vol MAC in MB: 4782.51
CA Activation Rate den: 96775

Time: 22:26:55
holiday: 0
CA DL DataVolRatio Pct: 87.68

Avg_Connected_UEs: 27.63
SIP DC%: 
DLRLCLayerDataVolume MB: 9304.62
PRB Util%: 16.49
CA Conf FailRate Pct den: 4824
weekend: 0
UPTP Mbps Num: 7962
hr: 23
MAC_UE_SC_Tput: 10949.93

hr: 23
CA Activation Rate num: 3028629
SIP_SC_Total_MOU: 243.29
Peak UE: 34
MB_per_connected_UE: 10.41
PCT Time MIMO: 55.93
DL Volume: 7806

Time: 13:12:16
holiday: 0
CA DL DataVolRatio Pct: 67.95
CA DL DataVolRatio Pct num: 4154

DL MAC Vol Scell Pct: 5.6
Avg_Connected_UEs: 20.37
SIP DC%: 
UPTP_Mbps: 94.18
DLRLCLayerDataVolume MB: 4187.67
DRB UL Data Volume MB: 8943
CA DL DataVolRatio Pct den: 953
CA Conf FailRate Pct den: 7690
weekend: 1
UPTP Mbps Num: 13376
CA Activation Rate: 34.84
hr: 19
MAC_UE_SC_Tput: 12689.47
Bearer Releases: 13023

hr: 19
CA Activation Rate num: 7926188
Setup_Fail_DEN: 10769
SIP_SC_Total_MOU: 278.65
Peak UE: 75
VOLTE IA%: 
MB_per_connected_UE: 39.48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4766

Time: 07:08:58
holiday: 0

DL MAC Vol Scell Pct: 37.18
SIP DC%: 
DLRLCLayerDataVolume MB: 6665.32
DRB UL Data Volume MB: 6502
CA DL DataVolRatio Pct den: 7480
CA Conf FailRate Pct den: 6288
weekend: 0
UPTP Mbps Num: 39455
hr: 16
MAC_UE_SC_Tput: 16650.36

hr: 16
CA Activation Rate num: 10459430
UPTP Mbps Den: 1834
Setup_Fail_DEN: 18372
SIP_SC_Total_MOU: 216.92
Peak UE: 62
MB_per_connected_UE: 93.41
DL Volume: 1803
DL Data Vol MAC in MB: 5112.35
CA Activation Rate den: 42110

Time: 00:40:05
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4501.64
DRB UL Data Volume MB: 731
PRB Util%: 10.48
RRC Setup Attempts: 7096
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8029.78
Bearer Releases: 13550

hr: 23
CA Activation Rate num: 3203100
UPTP Mbps Den: 1839
Setup_Fail_DEN: 15558
Peak UE: 63
MB_per_connected_UE: 15.08
PCT Time MIMO: 42.55
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6368
CA Activation Rate den: 81264

Time: 16:56:42
holiday: 0
CA DL DataVolRatio Pct: 90.22
CA DL DataVolRatio Pct num: 5848

Avg_Connected_UEs: 28.66
SIP DC%: 
UPTP_Mbps: 111.1
DRB UL Data Volume MB: 3060
CA DL DataVolRatio Pct den: 7173
weekend: 0
UPTP Mbps Num: 28241
CA Activation Rate: 67.41
hr: 4
MAC_UE_SC_Tput: 24701.37
Bearer Releases: 13469

hr: 4
CA Activation Rate num: 4019812
SIP_SC_Total_MOU: 85.96
Peak UE: 74
MB_per_connected_UE: 12.28
PCT Time MIMO: 62.43
DL Volume: 4310
UL Throughput: 10.96
CA Activation Rate den: 36615

Combined RACH Preambles: 3042
holiday: 0
CA DL DataVolRatio Pct: 76.87

SIP DC%: 
DLRLCLayerDataVolume MB: 2508.56
DRB UL Data Volume MB: 2093
PRB Util%: 42.73
RRC Setup Attempts: 4476
CA DL DataVolRatio Pct den: 6736
weekend: 0
CA Activation Rate: 51.62
hr: 10
MAC_UE_SC_Tput: 5586.4
Bearer Releases: 6458

hr: 10
CA Activation Rate num: 3861891
Setup_Fail_DEN: 14566
Peak UE: 42
DL Volume: 8245
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6497
DL Data Vol MAC in MB: 2224.67
CA Activation Rate den: 149905
Combined RACH Preambles: 2565

Time: 04:01:56
holiday: 0
HO_att_InterFreq: 398

DL MAC Vol Scell Pct: 10.65
SIP DC%: 
UPTP_Mbps: 17.65
PRB Util%: 25.32
CA DL DataVolRatio Pct den: 2530
weekend: 0
CA Activation Rate: 2.41
hr: 22
MAC_UE_SC_Tput: 18850.64
Bearer Releases: 12072

hr: 22
CA Activation Rate num: 7932747
UPTP Mbps Den: 2365
Setup_Fail_DEN: 12273
SIP_SC_Total_MOU: 291.57
Peak UE: 47
MB_per_connected_UE: 142.7
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4855

Time: 06:25:49
holiday: 0
CA DL DataVolRatio Pct: 83.74

Avg_Connected_UEs: 51.76
SIP DC%: 
UPTP_Mbps: 85.87
DLRLCLayerDataVolume MB: 2668.19
DRB UL Data Volume MB: 4834
PRB Util%: 13.43
CA DL DataVolRatio Pct den: 7874
weekend: 0
UPTP Mbps Num: 18333
hr: 0
MAC_UE_SC_Tput: 7468.71
Bearer Releases: 14311

hr: 0
Setup_Fail_DEN: 6390
SIP_SC_Total_MOU: 50.26
MB_per_connected_UE: 151.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7243

Time: 07:46:48
holiday: 0
CA DL DataVolRatio Pct: 87.75

SIP DC%: 
DLRLCLayerDataVolume MB: 8610.19
DRB UL Data Volume MB: 5717
RRC Setup Attempts: 5688
weekend: 1
UPTP Mbps Num: 8415
hr: 3
MAC_UE_SC_Tput: 5721.58
Bearer Releases: 14808

hr: 3
CA Activation Rate num: 1469045
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6458
DL Data Vol MAC in MB: 4139.58

Time: 02:55:47
holiday: 0

Avg_Connected_UEs: 32.89
SIP DC%: 
CA DL DataVolRatio Pct den: 3998
weekend: 0
UPTP Mbps Num: 2209
CA Activation Rate: 49.39
hr: 23
MAC_UE_SC_Tput: 4882.86
Bearer Releases: 15199

hr: 23
CA Activation Rate num: 4343537
Peak UE: 39
MB_per_connected_UE: 80.77
DL Data Vol MAC in MB: 5313.87
CA Activation Rate den: 70516

Time: 06:06:55
holiday: 0

Avg_Connected_UEs: 25.59
SIP DC%: 
DRB UL Data Volume MB: 8533
DL Packet Loss Pct: 1.08
CA DL DataVolRatio Pct den: 6445
CA Conf FailRate Pct den: 3650
weekend: 0
hr: 15
MAC_UE_SC_Tput: 5890.04
Bearer Releases: 18398

hr: 15
CA Activation Rate num: 8760149
Peak UE: 27
MB_per_connected_UE: 163.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4368
DL Data Vol MAC in MB: 1620.48
CA Activation Rate den: 99640

Time: 02:13:06
holiday: 0
CA DL DataVolRatio Pct: 75.96
CA DL DataVolRatio Pct num: 4279

SIP DC%: 
UPTP_Mbps: 90.23
DLRLCLayerDataVolume MB: 3553.74
weekend: 1
UPTP Mbps Num: 45074
CA Activation Rate: 50.95
hr: 23
MAC_UE_SC_Tput: 14497.97
Bearer Releases: 12574

hr: 23
DL Data Vol MAC in MB: 2925.41
CA Activation Rate den: 64312

Time: 01:38:06
holiday: 0

DL MAC Vol Scell Pct: 13.62
SIP DC%: 
DLRLCLayerDataVolume MB: 4623.93
DRB UL Data Volume MB: 5849
PRB Util%: 35.92
CA DL DataVolRatio Pct den: 631
weekend: 0
UPTP Mbps Num: 17186
CA Activation Rate: 25.29
hr: 1
MAC_UE_SC_Tput: 18633.71
Bearer Releases: 12578

hr: 1
CA Activation Rate num: 423498
UPTP Mbps Den: 477
Setup_Fail_DEN: 11739
SIP_SC_Total_MOU: 75.7
Peak UE: 27
MB_per_connected_UE: 27.25
PCT Time MIMO: 45.91
DL Data Vol MAC in MB: 7036.09

Time: 01:59:35
holiday: 0

SIP DC%: 
UPTP_Mbps: 13.74
DLRLCLayerDataVolume MB: 8079.96
PRB Util%: 65.57
CA DL DataVolRatio Pct den: 9208
CA Conf FailRate Pct den: 8871
weekend: 0
hr: 21
MAC_UE_SC_Tput: 10995.87

hr: 21
CA Activation Rate num: 5782358
Setup_Fail_DEN: 13514
Peak UE: 27
MB_per_connected_UE: 87.39
DL Data Vol MAC in MB: 8130.28

Time: 13:49:33
holiday: 0
CA DL DataVolRatio Pct: 63.48

SIP DC%: 
DLRLCLayerDataVolume MB: 9921.1
DRB UL Data Volume MB: 5419
RRC Setup Attempts: 4362
weekend: 0
hr: 20
MAC_UE_SC_Tput: 9451.85
Bearer Releases: 14195

hr: 20
CA Activation Rate num: 9754134
SIP_SC_Total_MOU: 93.17
MB_per_connected_UE: 42.68
DL Volume: 6851
CA Activation Rate den: 53315

Time: 02:56:57
holiday: 0
CA DL DataVolRatio Pct num: 5211

DL MAC Vol Scell Pct: 6.34
SIP DC%: 
weekend: 0
CA Activation Rate: 54.3
hr: 23
MAC_UE_SC_Tput: 9949.55
Bearer Releases: 14603

hr: 23
CA Activation Rate num: 1989598
SIP_SC_Total_MOU: 132.33
Peak UE: 35
MB_per_connected_UE: 133.18
DL Volume: 6901
DL Data Vol MAC in MB: 6931.36

Time: 21:06:49
holiday: 0
CA DL DataVolRatio Pct: 60.97
CA DL DataVolRatio Pct num: 6855

Avg_Connected_UEs: 53.99
SIP DC%: 
DLRLCLayerDataVolume MB: 3289.5
DRB UL Data Volume MB: 4860
PRB Util%: 58.54
weekend: 0
hr: 3
MAC_UE_SC_Tput: 8333.25
Bearer Releases: 11747

hr: 3
CA Activation Rate num: 2765806
UPTP Mbps Den: 4753
Setup_Fail_DEN: 16691
SIP_SC_Total_MOU: 59.87
Peak UE: 59
MB_per_connected_UE: 9.06
DL Volume: 9614
DL Data Vol MAC in MB: 8674.79
CA Activation Rate den: 95637

Time: 17:43:12
holiday: 0
CA DL DataVolRatio Pct num: 1076
HO Attempts: 832

SIP DC%: 
UPTP_Mbps: 18.91
DLRLCLayerDataVolume MB: 1702.25
DRB UL Data Volume MB: 7345
CA DL DataVolRatio Pct den: 4268
CA Conf FailRate Pct den: 8626
weekend: 0
CA Activation Rate: 22.21
hr: 0
MAC_UE_SC_Tput: 18263.82

hr: 0
UPTP Mbps Den: 2977
Setup_Fail_DEN: 9731
Peak UE: 73
MB_per_connected_UE: 22.45
DL Volume: 8592
CA Activation Rate den: 92745

Combined RACH Preambles: 3298
Time: 12:47:00
holiday: 0

Avg_Connected_UEs: 69.05
SIP DC%: 
DLRLCLayerDataVolume MB: 2320.44
DRB UL Data Volume MB: 9164
PRB Util%: 23.75
weekend: 0
UPTP Mbps Num: 4038
hr: 2
MAC_UE_SC_Tput: 7576.52

hr: 2
CA Activation Rate num: 8545235
Setup_Fail_DEN: 13791
Peak UE: 29
MB_per_connected_UE: 188.14
PCT Time MIMO: 52.38
DL Volume: 8620
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8855
DL Data Vol MAC in MB: 688.81

Time: 02:02:06
Date: 28-12-2023
holiday: 0
CA DL DataVolRatio Pct: 52.84

SIP DC%: 
DLRLCLayerDataVolume MB: 7548.04
RRC Setup Attempts: 4622
weekend: 0
CA Activation Rate: 36.96
hr: 23
MAC_UE_SC_Tput: 5942.36
Bearer Releases: 6761

hr: 23
CA Activation Rate num: 10617281
Setup_Fail_DEN: 10392
Peak UE: 27
PCT Time MIMO: 60.34
DL Volume: 7257
DL Data Vol MAC in MB: 7239.27

Time: 11:44:11
holiday: 0
CA DL DataVolRatio Pct: 59.66
CA DL DataVolRatio Pct num: 2194

Avg_Connected_UEs: 43.27
SIP DC%: 
DLRLCLayerDataVolume MB: 8479.4
PRB Util%: 72.16
RRC Setup Attempts: 7418
CA DL DataVolRatio Pct den: 9167
weekend: 0
UPTP Mbps Num: 48361
hr: 21
MAC_UE_SC_Tput: 12873.17
Bearer Releases: 7682

hr: 21
CA Activation Rate num: 7651058
Peak UE: 75
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9198
DL Data Vol MAC in MB: 6210.99
CA Activation Rate den: 123129

Time: 09:50:42
holiday: 0
CA DL DataVolRatio Pct num: 6930
HO Attempts: 587

DL MAC Vol Scell Pct: 31.46
SIP DC%: 
UPTP_Mbps: 101.88
DLRLCLayerDataVolume MB: 1708.15
DRB UL Data Volume MB: 8722
CA DL DataVolRatio Pct den: 3833
weekend: 0
hr: 6
MAC_UE_SC_Tput: 9195.16
Bearer Releases: 14669

hr: 6
CA Activation Rate num: 2177141
Setup_Fail_DEN: 11907
SIP_SC_Total_MOU: 41.28
MB_per_connected_UE: 95.89
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7336
DL Data Vol MAC in MB: 7192.5
CA Activation Rate den: 56313

Time: 02:36:15
holiday: 0

SIP DC%: 
UPTP_Mbps: 8.59
RRC Setup Attempts: 3768
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5191.09

hr: 0
CA Activation Rate num: 7463435
UPTP Mbps Den: 2732
Peak UE: 47
DL Volume: 1458
CA Activation Rate den: 112926

Time: 21:49:48
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 3604
PRB Util%: 43.78
RRC Setup Attempts: 6336
weekend: 0
CA Activation Rate: 3.05
hr: 13
MAC_UE_SC_Tput: 7764.37

hr: 13
CA Activation Rate num: 5008403
Setup_Fail_DEN: 12596
SIP_SC_Total_MOU: 24.88
Peak UE: 27
PCT Time MIMO: 46.97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7134
CA Activation Rate den: 132703

Combined RACH Preambles: 2396
Time: 05:46:09
holiday: 0
HO_att_InterFreq: 902

DL MAC Vol Scell Pct: 4.28
Avg_Connected_UEs: 18.11
SIP DC%: 
DRB UL Data Volume MB: 5420
CA Conf FailRate Pct den: 9151
weekend: 0
UPTP Mbps Num: 1723
hr: 22
MAC_UE_SC_Tput: 5507.46

hr: 22
CA Activation Rate num: 4024007
UPTP Mbps Den: 1020
Peak UE: 27
MB_per_connected_UE: 93.79
DL Data Vol MAC in MB: 7952.88
Combined RACH Preambles: 2362

Time: 05:56:25
holiday: 0
CA DL DataVolRatio Pct num: 5435
HO Attempts: 875

SIP DC%: 
DLRLCLayerDataVolume MB: 7134.34
DRB UL Data Volume MB: 3098
weekend: 0
hr: 14
MAC_UE_SC_Tput: 7321.29

hr: 14
CA Activation Rate num: 542966
Peak UE: 33
VOLTE IA%: 
MB_per_connected_UE: 101.91
UL Throughput: 4.56
CA Activation Rate den: 124537

Time: 13:32:39
holiday: 0

Avg_Connected_UEs: 55.38
SIP DC%: 
DLRLCLayerDataVolume MB: 3716.13
weekend: 0
UPTP Mbps Num: 27875
hr: 23
MAC_UE_SC_Tput: 19100.78

hr: 23
CA Activation Rate num: 5572530
SIP_SC_Total_MOU: 139.81
Peak UE: 27
MB_per_connected_UE: 61.13
PCT Time MIMO: 35.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6797
DL Data Vol MAC in MB: 10049
CA Activation Rate den: 40686

holiday: 0
CA DL DataVolRatio Pct: 60.71
CA DL DataVolRatio Pct num: 6660

DL MAC Vol Scell Pct: 15.28
Avg_Connected_UEs: 75.23
SIP DC%: 
UPTP_Mbps: 14.71
CA DL DataVolRatio Pct den: 7888
weekend: 0
hr: 22
MAC_UE_SC_Tput: 6400.54

hr: 22
CA Activation Rate num: 10584062
Peak UE: 43
MB_per_connected_UE: 125.15
DL Volume: 8570
DL Data Vol MAC in MB: 9166.47
CA Activation Rate den: 133840

Time: 01:22:12
holiday: 0
CA DL DataVolRatio Pct: 81.3

Avg_Connected_UEs: 58.02
SIP DC%: 
UPTP_Mbps: 39.7
DRB UL Data Volume MB: 4976
PRB Util%: 59.8
CA Conf FailRate Pct den: 3569
weekend: 0
hr: 21
MAC_UE_SC_Tput: 14901.91
Bearer Releases: 14473

hr: 21
CA Activation Rate num: 6778463
Setup_Fail_DEN: 15980
SIP_SC_Total_MOU: 49.7
Peak UE: 58
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3824
DL Data Vol MAC in MB: 8234.56
CA Activation Rate den: 56980

Time: 16:47:20
holiday: 0
CA DL DataVolRatio Pct num: 6498

DL MAC Vol Scell Pct: 24.11
SIP DC%: 
UPTP_Mbps: 8.7
DLRLCLayerDataVolume MB: 1186.05
DRB UL Data Volume MB: 9542
CA Conf FailRate Pct den: 8761
weekend: 0
hr: 22
MAC_UE_SC_Tput: 5683.58
Bearer Releases: 9530

hr: 22
CA Activation Rate num: 4943043
Setup_Fail_DEN: 11418
SIP_SC_Total_MOU: 374.38
Peak UE: 27
MB_per_connected_UE: 160.36
DL Data Vol MAC in MB: 5021.71
CA Activation Rate den: 90608

Combined RACH Preambles: 3492
Time: 20:04:33
holiday: 0
CA DL DataVolRatio Pct: 58.77

DL MAC Vol Scell Pct: 35.74
Avg_Connected_UEs: 44.48
SIP DC%: 
UPTP_Mbps: 42.06
DLRLCLayerDataVolume MB: 6384.67
CA DL DataVolRatio Pct den: 4285
CA Conf FailRate Pct den: 6389
weekend: 0
CA Activation Rate: 16.24
hr: 6
MAC_UE_SC_Tput: 17625.88
Bearer Releases: 16372

hr: 6
CA Activation Rate num: 3155063
Peak UE: 36
DL Data Vol MAC in MB: 4509.54

Time: 14:58:36
holiday: 0
CA DL DataVolRatio Pct: 71.41

SIP DC%: 
DLRLCLayerDataVolume MB: 809.31
CA DL DataVolRatio Pct den: 683
CA Conf FailRate Pct den: 4233
weekend: 0
hr: 3
MAC_UE_SC_Tput: 5909.54

hr: 3
CA Activation Rate num: 286686
Setup_Fail_DEN: 14455
Peak UE: 34
MB_per_connected_UE: 86.4
PCT Time MIMO: 48.02
DL Data Vol MAC in MB: 5102.16
CA Activation Rate den: 42929

Time: 02:42:07
holiday: 0
CA DL DataVolRatio Pct: 88.89

DL MAC Vol Scell Pct: 39.7
SIP DC%: 
DLRLCLayerDataVolume MB: 6361.34
PRB Util%: 16.98
CA DL DataVolRatio Pct den: 7628
weekend: 0
UPTP Mbps Num: 25301
CA Activation Rate: 8.4
hr: 4
MAC_UE_SC_Tput: 5755.02

hr: 4
CA Activation Rate num: 5564118
SIP_SC_Total_MOU: 21.17
MB_per_connected_UE: 66.1
PCT Time MIMO: 39.94
DL Data Vol MAC in MB: 7912.01
CA Activation Rate den: 54376

Time: 19:26:27
holiday: 0
CA DL DataVolRatio Pct num: 6159

DL MAC Vol Scell Pct: 46.04
Avg_Connected_UEs: 35.26
SIP DC%: 
DLRLCLayerDataVolume MB: 1043.86
DRB UL Data Volume MB: 8409
CA DL DataVolRatio Pct den: 3961
weekend: 0
UPTP Mbps Num: 6079
hr: 17
MAC_UE_SC_Tput: 4352.02

hr: 17
CA Activation Rate num: 10850624
Setup_Fail_DEN: 12485
Peak UE: 36
VOLTE IA%: 
MB_per_connected_UE: 66.84
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3753
DL Data Vol MAC in MB: 1153.32
CA Activation Rate den: 54794

holiday: 0
CA DL DataVolRatio Pct: 89.88

SIP DC%: 
DLRLCLayerDataVolume MB: 4501.21
DRB UL Data Volume MB: 7521
PRB Util%: 34.67
RRC Setup Attempts: 7426
CA Conf FailRate Pct den: 6548
weekend: 0
hr: 18
MAC_UE_SC_Tput: 15247.76
Bearer Releases: 15214

hr: 18
CA Activation Rate num: 6098302
Setup_Fail_DEN: 7104
SIP_SC_Total_MOU: 203.8
Peak UE: 28
MB_per_connected_UE: 39.01
DL Data Vol MAC in MB: 6147.16
CA Activation Rate den: 54250

Time: 12:03:12
holiday: 0
HO_att_InterFreq: 139

SIP DC%: 
DLRLCLayerDataVolume MB: 5163.06
DRB UL Data Volume MB: 5224
CA DL DataVolRatio Pct den: 2306
weekend: 0
CA Activation Rate: 32.88
hr: 0
MAC_UE_SC_Tput: 11921.48

hr: 0
CA Activation Rate num: 10473266
Setup_Fail_DEN: 8607
Peak UE: 81
MB_per_connected_UE: 12.46
DL Volume: 3996
DL Data Vol MAC in MB: 9205.6

Time: 12:03:58
holiday: 0
CA DL DataVolRatio Pct num: 1552

Avg_Connected_UEs: 36.91
SIP DC%: 
DLRLCLayerDataVolume MB: 2837.54
PRB Util%: 6.66
CA DL DataVolRatio Pct den: 9412
weekend: 1
CA Activation Rate: 74.96
hr: 9
MAC_UE_SC_Tput: 6414.23

hr: 9
CA Activation Rate num: 909472
UPTP Mbps Den: 2596
Peak UE: 27
PCT Time MIMO: 57.55
DL Volume: 1478
DL Data Vol MAC in MB: 712.91
CA Activation Rate den: 75625
Time: 20:21:11

holiday: 0
CA DL DataVolRatio Pct: 72.97
CA DL DataVolRatio Pct num: 6772

DL MAC Vol Scell Pct: 31.37
Avg_Connected_UEs: 24.24
SIP DC%: 
UPTP_Mbps: 31.55
DLRLCLayerDataVolume MB: 7144.34
weekend: 0
hr: 17
MAC_UE_SC_Tput: 6574.2

hr: 17
SIP_SC_Total_MOU: 155.17
Peak UE: 41
MB_per_connected_UE: 159.97
DL Volume: 6017
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4056
DL Data Vol MAC in MB: 4215.86
CA Activation Rate den: 121313

Time: 16:35:29
holiday: 0
CA DL DataVolRatio Pct: 52.85
CA DL DataVolRatio Pct num: 3631

SIP DC%: 
PRB Util%: 25.83
weekend: 0
UPTP Mbps Num: 31313
CA Activation Rate: 33.46
hr: 15
MAC_UE_SC_Tput: 6455.21
Bearer Releases: 10995

hr: 15
CA Activation Rate num: 5628261
Setup_Fail_DEN: 8464
SIP_SC_Total_MOU: 264.48
Peak UE: 83
MB_per_connected_UE: 45.47

Time: 21:45:43
holiday: 0
CA DL DataVolRatio Pct num: 4677

SIP DC%: 
DLRLCLayerDataVolume MB: 2922.2
DRB UL Data Volume MB: 2538
RRC Setup Attempts: 5951
weekend: 0
hr: 5
MAC_UE_SC_Tput: 4739.09
Bearer Releases: 10531

hr: 5
CA Activation Rate num: 6755579
UPTP Mbps Den: 531
Peak UE: 27
VOLTE IA%: 
DL Volume: 9869
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6217

Time: 20:13:11
holiday: 0
CA DL DataVolRatio Pct: 89.85
SIP_SC_Call_Attempts: 173

SIP DC%: 
UPTP_Mbps: 116.02
DLRLCLayerDataVolume MB: 1446.78
DRB UL Data Volume MB: 2467
weekend: 1
UPTP Mbps Num: 51328
CA Activation Rate: 26.67
hr: 0
MAC_UE_SC_Tput: 7294.65

hr: 0
CA Activation Rate num: 8991823
Setup_Fail_DEN: 6521
SIP_SC_Total_MOU: 333.72
Peak UE: 27
MB_per_connected_UE: 104.7
DL Volume: 1993

Combined RACH Preambles: 4248
Time: 07:03:24
holiday: 0

DL MAC Vol Scell Pct: 53.56
Avg_Connected_UEs: 56.82
SIP DC%: 
RRC Setup Attempts: 6307
weekend: 0
UPTP Mbps Num: 46539
hr: 11
MAC_UE_SC_Tput: 8489.01
Bearer Releases: 15864

hr: 11
CA Activation Rate num: 9518830
Peak UE: 27
MB_per_connected_UE: 108.43
DL Data Vol MAC in MB: 4941.18
CA Activation Rate den: 102196

Time: 01:43:53
holiday: 0
CA DL DataVolRatio Pct: 71.34

Avg_Connected_UEs: 43.63
SIP DC%: 
DLRLCLayerDataVolume MB: 7021.55
DRB UL Data Volume MB: 3670
PRB Util%: 36.53
CA Conf FailRate Pct den: 4663
weekend: 0
UPTP Mbps Num: 2868
CA Activation Rate: 64.57
hr: 23
MAC_UE_SC_Tput: 13513.73
Bearer Releases: 10807

hr: 23
CA Activation Rate num: 10925858
UPTP Mbps Den: 1697
Setup_Fail_DEN: 15670
SIP_SC_Total_MOU: 428.22
Peak UE: 27
MB_per_connected_UE: 69.44
DL Data Vol MAC in MB: 3622.72
CA Activation Rate den: 50617

Time: 14:27:01
holiday: 0

DL MAC Vol Scell Pct: 30.41
Avg_Connected_UEs: 28.58
SIP DC%: 
DRB UL Data Volume MB: 9216
RRC Setup Attempts: 4791
CA DL DataVolRatio Pct den: 3459
weekend: 0
CA Activation Rate: 42.47
hr: 2
MAC_UE_SC_Tput: 8790.74

hr: 2
CA Activation Rate num: 5452809
Setup_Fail_DEN: 13205
Peak UE: 53
PCT Time MIMO: 61.51
CA Activation Rate den: 116643

Combined RACH Preambles: 4176
Time: 17:41:11
holiday: 0
CA DL DataVolRatio Pct num: 6958

DL MAC Vol Scell Pct: 18.62
SIP DC%: 
DLRLCLayerDataVolume MB: 9818.59
CA Conf FailRate Pct den: 9467
RSSIRX1 Avg: -93.59
weekend: 0
hr: 23

hr: 23
CA Activation Rate num: 8491287
SIP_SC_Total_MOU: 36.93
Peak UE: 51
MB_per_connected_UE: 210.91
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5945

Time: 09:33:36
holiday: 0

DL MAC Vol Scell Pct: 17.8
Avg_Connected_UEs: 62.94
SIP DC%: 
DLRLCLayerDataVolume MB: 6927.27
CA DL DataVolRatio Pct den: 4082
CA Conf FailRate Pct den: 3463
weekend: 0
UPTP Mbps Num: 10407
CA Activation Rate: 72.87
hr: 23
MAC_UE_SC_Tput: 6227.61
Bearer Releases: 7550

hr: 23
CA Activation Rate num: 5219247
Setup_Fail_DEN: 16635
SIP_SC_Total_MOU: 299.53
Peak UE: 30
PCT Time MIMO: 40.55
DL Volume: 4175
DL Data Vol MAC in MB: 3771.3
CA Activation Rate den: 64127

Time: 01:21:38
holiday: 0

Avg_Connected_UEs: 55.86
SIP DC%: 
UPTP_Mbps: 106.5
S1U_SIP_SC_SEER: 99.35
DLRLCLayerDataVolume MB: 8939.04
CA DL DataVolRatio Pct den: 801
CA Conf FailRate Pct den: 5583
weekend: 0
hr: 23
MAC_UE_SC_Tput: 17838.76
Bearer Releases: 10285

hr: 23
CA Activation Rate num: 8113320
Setup_Fail_DEN: 13021
Peak UE: 44
MB_per_connected_UE: 103.16
PCT Time MIMO: 45.62
DL Volume: 6875

Time: 19:09:02
holiday: 0
HO_att_InterFreq: 801
CA DL DataVolRatio Pct num: 4245
HO Attempts: 877

Avg_Connected_UEs: 39.72
SIP DC%: 
DLRLCLayerDataVolume MB: 1973.17
DRB UL Data Volume MB: 8234
weekend: 1
hr: 23
MAC_UE_SC_Tput: 4123.48
Bearer Releases: 13392

hr: 23
CA Activation Rate num: 10977241
Setup_Fail_DEN: 8348
SIP_SC_Total_MOU: 67.75
Peak UE: 67
MB_per_connected_UE: 118.69
PCT Time MIMO: 53.67
DL Volume: 453
DL Data Vol MAC in MB: 9634.4
CA Activation Rate den: 88250

Time: 05:51:51
holiday: 0

Avg_Connected_UEs: 51.72
SIP DC%: 
UPTP_Mbps: 13.83
DLRLCLayerDataVolume MB: 7143.78
PRB Util%: 18.44
CA DL DataVolRatio Pct den: 8093
weekend: 0
hr: 12
MAC_UE_SC_Tput: 8132.55

hr: 12
CA Activation Rate num: 7575970
UPTP Mbps Den: 619
Peak UE: 29
MB_per_connected_UE: 171.93

Time: 09:17:48
holiday: 0
CA DL DataVolRatio Pct num: 4582

Avg_Connected_UEs: 70.95
SIP DC%: 
DRB UL Data Volume MB: 7451
PRB Util%: 73.96
CA DL DataVolRatio Pct den: 1999
weekend: 1
CA Activation Rate: 13.36
hr: 13
MAC_UE_SC_Tput: 12588.17
Bearer Releases: 10411

hr: 13
CA Activation Rate num: 5886131
UPTP Mbps Den: 649
Setup_Fail_DEN: 6981
SIP_SC_Total_MOU: 281.59
Peak UE: 57
MB_per_connected_UE: 34.85
PCT Time MIMO: 48.97
CA Activation Rate den: 68068

Time: 03:21:27
holiday: 0
CA DL DataVolRatio Pct: 74.6
CA DL DataVolRatio Pct num: 498

DL MAC Vol Scell Pct: 14.76
SIP DC%: 
DLRLCLayerDataVolume MB: 8713.83
RRC Setup Attempts: 6030
CA Conf FailRate Pct den: 2695
weekend: 1
hr: 2
MAC_UE_SC_Tput: 19457.03
Bearer Releases: 12566

hr: 2
UPTP Mbps Den: 775
Peak UE: 27
DL Data Vol MAC in MB: 3403.63
CA Activation Rate den: 101322

Time: 14:18:00
holiday: 0

SIP DC%: 
UPTP_Mbps: 120.31
DLRLCLayerDataVolume MB: 8830.75
weekend: 0
CA Activation Rate: 21.12
hr: 10
MAC_UE_SC_Tput: 4177.79
Bearer Releases: 6605

hr: 10
CA Activation Rate num: 5384139
SIP_SC_Total_MOU: 46.92
Peak UE: 44
PCT Time MIMO: 48.83
DL Volume: 2955
DL Data Vol MAC in MB: 4743.74

Combined RACH Preambles: 2939
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5169.52
RRC Setup Attempts: 6477
CA Conf FailRate Pct den: 8780
weekend: 0
UPTP Mbps Num: 39909
CA Activation Rate: 10.23
hr: 8
MAC_UE_SC_Tput: 6640.76

hr: 8
CA Activation Rate num: 869724
Setup_Fail_DEN: 19795
Peak UE: 27
MB_per_connected_UE: 141.68
DL Data Vol MAC in MB: 2455.79
CA Activation Rate den: 64142

Time: 18:44:12
holiday: 0
CA DL DataVolRatio Pct num: 7461

DL MAC Vol Scell Pct: 48.92
SIP DC%: 
UPTP_Mbps: 29.08
PRB Util%: 62.13
CA DL DataVolRatio Pct den: 7181
CA Conf FailRate Pct den: 8378
weekend: 0
UPTP Mbps Num: 3368
hr: 6
MAC_UE_SC_Tput: 9500.92
Bearer Releases: 15259

hr: 6
CA Activation Rate num: 3765443
UPTP Mbps Den: 547
SIP_SC_Total_MOU: 224.87
Peak UE: 63
MB_per_connected_UE: 7.99
DL Volume: 4132
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7299
DL Data Vol MAC in MB: 2686.25
CA Activation Rate den: 64287

Time: 00:46:27
holiday: 0
HO_att_InterFreq: 64

SIP DC%: 
DLRLCLayerDataVolume MB: 308.86
CA DL DataVolRatio Pct den: 8790
weekend: 0
UPTP Mbps Num: 14290
CA Activation Rate: 46.67
hr: 16
MAC_UE_SC_Tput: 6877.13

hr: 16
CA Activation Rate num: 8718784
UPTP Mbps Den: 2946
MB_per_connected_UE: 52.62
DL Volume: 2079
DL Data Vol MAC in MB: 2131.91
CA Activation Rate den: 90356

Time: 22:01:25
holiday: 0

DL MAC Vol Scell Pct: 35.63
SIP DC%: 
DLRLCLayerDataVolume MB: 8499.23
DRB UL Data Volume MB: 1119
CA DL DataVolRatio Pct den: 7913
CA Conf FailRate Pct den: 4054
weekend: 0
UPTP Mbps Num: 14328
hr: 14
MAC_UE_SC_Tput: 9207.12

hr: 14
CA Activation Rate num: 8806783
Setup_Fail_DEN: 14116
Peak UE: 32
VOLTE IA%: 
MB_per_connected_UE: 12.9
PCT Time MIMO: 43.35
DL Volume: 680
DL Data Vol MAC in MB: 7372.28

Time: 06:19:59
holiday: 0
CA DL DataVolRatio Pct num: 802

Avg_Connected_UEs: 41.97
SIP DC%: 
UPTP_Mbps: 10.66
DLRLCLayerDataVolume MB: 7205.45
DRB UL Data Volume MB: 8840
CA DL DataVolRatio Pct den: 6833
CA Conf FailRate Pct den: 4802
weekend: 0
UPTP Mbps Num: 30955
CA Activation Rate: 53.8
hr: 8
MAC_UE_SC_Tput: 19121.73
Bearer Releases: 13853

hr: 8
CA Activation Rate num: 7603948
SIP_SC_Total_MOU: 331.89
Peak UE: 60
MB_per_connected_UE: 159.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6386
DL Data Vol MAC in MB: 6681.49
HO Failure%: 0.12

Time: 13:20:00
holiday: 0
CA DL DataVolRatio Pct num: 4402
HO Attempts: 486

SIP DC%: 
DLRLCLayerDataVolume MB: 6401.37
DRB UL Data Volume MB: 4815
PRB Util%: 52.53
RRC Setup Attempts: 7203
weekend: 0
CA Activation Rate: 25.56
hr: 6
MAC_UE_SC_Tput: 6086.9
Bearer Releases: 10640

hr: 6
SIP_SC_Total_MOU: 211.55
Peak UE: 27
VOLTE IA%: 0.67
MB_per_connected_UE: 186.44
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4041
DL Data Vol MAC in MB: 8081.39
CA Activation Rate den: 92240

Combined RACH Preambles: 3782
Time: 17:05:23
holiday: 0

DL MAC Vol Scell Pct: 10.72
Avg_Connected_UEs: 31.15
SIP DC%: 
UPTP_Mbps: 33.95
PRB Util%: 41.19
weekend: 0
CA Activation Rate: 63.41
hr: 10
MAC_UE_SC_Tput: 4256.73
Bearer Releases: 8252

hr: 10
CA Activation Rate num: 3564233
SIP_SC_Total_MOU: 155.73
Peak UE: 57
MB_per_connected_UE: 49.75
DL Volume: 7881
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3128
DL Data Vol MAC in MB: 5296.24
CA Activation Rate den: 143073

holiday: 0

Avg_Connected_UEs: 44.24
SIP DC%: 
DLRLCLayerDataVolume MB: 4896.64
weekend: 0
UPTP Mbps Num: 3002
hr: 23
Bearer Releases: 7230

hr: 23
CA Activation Rate num: 9700066
Peak UE: 27
MB_per_connected_UE: 121.67
DL Volume: 9179
DL Data Vol MAC in MB: 10168.93
CA Activation Rate den: 193662

Time: 07:29:22
holiday: 0

DL MAC Vol Scell Pct: 12.41
SIP DC%: 
DRB UL Data Volume MB: 4556
CA Conf FailRate Pct den: 6285
weekend: 0
UPTP Mbps Num: 9559
CA Activation Rate: 30.73
hr: 19
MAC_UE_SC_Tput: 6574.78
Bearer Releases: 10577

hr: 19
CA Activation Rate num: 9727542
UPTP Mbps Den: 1402
Peak UE: 37
MB_per_connected_UE: 74.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4072
DL Data Vol MAC in MB: 5328.33

Time: 13:53:14
holiday: 0
CA DL DataVolRatio Pct: 59.71

SIP DC%: 
DLRLCLayerDataVolume MB: 3719.18
DRB UL Data Volume MB: 9031
weekend: 0
hr: 20
MAC_UE_SC_Tput: 15461.24
Bearer Releases: 17769

hr: 20
Setup_Fail_DEN: 9922
Peak UE: 27
MB_per_connected_UE: 166.6
PCT Time MIMO: 63.85
DL Volume: 9708
DL Data Vol MAC in MB: 7193.75

Time: 02:47:13
holiday: 0
CA DL DataVolRatio Pct num: 6562

Avg_Connected_UEs: 60.54
SIP DC%: 
UPTP_Mbps: 73.21
DLRLCLayerDataVolume MB: 5664.34
DRB UL Data Volume MB: 5086
PRB Util%: 36.07
RRC Setup Attempts: 3535
CA Conf FailRate Pct den: 6216
weekend: 0
CA Activation Rate: 11.17
hr: 19
Bearer Releases: 9082

hr: 19
CA Activation Rate num: 4604249
Setup_Fail_DEN: 8489
Peak UE: 54
MB_per_connected_UE: 40.83
DL Data Vol MAC in MB: 4270.37

Combined RACH Preambles: 4884
Time: 07:28:43
holiday: 0
CA DL DataVolRatio Pct num: 4842

SIP DC%: 
DLRLCLayerDataVolume MB: 9160.27
RRC Setup Attempts: 5885
weekend: 0
CA Activation Rate: 45.29
hr: 2
Bearer Releases: 18248

hr: 2
CA Activation Rate num: 1958304
UPTP Mbps Den: 1271
Setup_Fail_DEN: 13512
Peak UE: 32
MB_per_connected_UE: 102.77
PCT Time MIMO: 48
DL Data Vol MAC in MB: 4127.54
CA Activation Rate den: 62573

Time: 05:37:27
holiday: 0
CA DL DataVolRatio Pct num: 2159

Avg_Connected_UEs: 56.55
SIP DC%: 
UPTP_Mbps: 21.58
DLRLCLayerDataVolume MB: 5158.53
PRB Util%: 5.62
RRC Setup Attempts: 4125
CA Conf FailRate Pct den: 5897
weekend: 0
UPTP Mbps Num: 54184
hr: 23
MAC_UE_SC_Tput: 15429.17
Bearer Releases: 10202

hr: 23
CA Activation Rate num: 6666802
Peak UE: 27
MB_per_connected_UE: 30.06
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4096
DL Data Vol MAC in MB: 2102.19
CA Activation Rate den: 79720

Time: 13:53:53
holiday: 0
CA DL DataVolRatio Pct num: 4389

SIP DC%: 
DLRLCLayerDataVolume MB: 1693.36
DRB UL Data Volume MB: 9104
CA DL DataVolRatio Pct den: 4296
weekend: 0
CA Activation Rate: 30.96
hr: 17
MAC_UE_SC_Tput: 17057.03
Bearer Releases: 7816

hr: 17
CA Activation Rate num: 9624513
Setup_Fail_DEN: 7508
SIP_SC_Total_MOU: 107.51
Peak UE: 79
DL Volume: 6805
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3409
CA Activation Rate den: 97825

Time: 05:45:22
holiday: 0

Avg_Connected_UEs: 36.9
SIP DC%: 
UPTP_Mbps: 29.13
DLRLCLayerDataVolume MB: 2631.75
RRC Setup Attempts: 3916
CA Conf FailRate Pct den: 9290
weekend: 0
UPTP Mbps Num: 51130
CA Activation Rate: 13.31
hr: 22
MAC_UE_SC_Tput: 19012.15
Bearer Releases: 12712

hr: 22
CA Activation Rate num: 10262168
SIP_SC_Total_MOU: 22.54
Peak UE: 56
VOLTE IA%: 
MB_per_connected_UE: 167.57
PCT Time MIMO: 51.03
DL Data Vol MAC in MB: 7069.75
CA Activation Rate den: 58565

Time: 15:25:07
holiday: 0
CA DL DataVolRatio Pct: 87.17

SIP DC%: 
UPTP_Mbps: 16.54
DLRLCLayerDataVolume MB: 521.92
RRC Setup Attempts: 6920
CA DL DataVolRatio Pct den: 10079
CA Conf FailRate Pct den: 6820
weekend: 0
UPTP Mbps Num: 34744
hr: 14
MAC_UE_SC_Tput: 13435.56

hr: 14
CA Activation Rate num: 9418446
UPTP Mbps Den: 4068
SIP_SC_Total_MOU: 85.51
Peak UE: 27
MB_per_connected_UE: 75.25
DL Volume: 9128
DL Data Vol MAC in MB: 3839.69
CA Activation Rate den: 88379
Time: 19:29:44

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5293.24
RRC Setup Attempts: 5558
CA DL DataVolRatio Pct den: 9166
weekend: 0
UPTP Mbps Num: 8822
hr: 23
MAC_UE_SC_Tput: 4343.05

hr: 23
CA Activation Rate num: 10820991
Setup_Fail_DEN: 12956
SIP_SC_Total_MOU: 164.16
Peak UE: 74

Time: 03:45:43
holiday: 0
CA DL DataVolRatio Pct: 72.67

Avg_Connected_UEs: 47.96
SIP DC%: 
DLRLCLayerDataVolume MB: 8356.03
DRB UL Data Volume MB: 2659
RRC Setup Attempts: 7100
CA DL DataVolRatio Pct den: 5686
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5384.34
Bearer Releases: 7844

hr: 23
CA Activation Rate num: 6322770
Peak UE: 27
MB_per_connected_UE: 33.87
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3394
UL Throughput: 3.23
DL Data Vol MAC in MB: 10034.29

Time: 00:49:39
holiday: 0
CA DL DataVolRatio Pct num: 5368

SIP DC%: 
UPTP_Mbps: 126.88
DLRLCLayerDataVolume MB: 7709.82
CA DL DataVolRatio Pct den: 5433
weekend: 0
UPTP Mbps Num: 31590
hr: 0
MAC_UE_SC_Tput: 9218.44
Bearer Releases: 6502

hr: 0
Setup_Fail_DEN: 11111
SIP_SC_Total_MOU: 186.7
Peak UE: 27
MB_per_connected_UE: 8.64
PCT Time MIMO: 34.64
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6474
DL Data Vol MAC in MB: 1019.58

Time: 03:31:12
holiday: 0
CA DL DataVolRatio Pct num: 1037

DL MAC Vol Scell Pct: 39.14
Avg_Connected_UEs: 50.13
SIP DC%: 
DLRLCLayerDataVolume MB: 5613.27
PRB Util%: 27.99
weekend: 0
UPTP Mbps Num: 9673
CA Activation Rate: 31.9
hr: 14
Bearer Releases: 12877

hr: 14
CA Activation Rate num: 4655290
SIP_SC_Total_MOU: 28.6
Peak UE: 59
DL Volume: 646
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5960
UL Throughput: 9.4
DL Data Vol MAC in MB: 1248.54
CA Activation Rate den: 66841

Time: 17:48:13
holiday: 0
CA DL DataVolRatio Pct: 63.37

SIP DC%: 
DRB UL Data Volume MB: 4520
CA DL DataVolRatio Pct den: 4770
weekend: 0
CA Activation Rate: 57.88
hr: 20
MAC_UE_SC_Tput: 14255.68
Bearer Releases: 13937

hr: 20
CA Activation Rate num: 8372609
SIP_SC_Total_MOU: 72.94
Peak UE: 27
PCT Time MIMO: 61.16
DL Volume: 7025
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7353
UL Throughput: 14.19
DL Data Vol MAC in MB: 5776.77
CA Activation Rate den: 90083

Time: 17:42:08
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9467.67
PRB Util%: 57.97
weekend: 0
UPTP Mbps Num: 21886
hr: 0
MAC_UE_SC_Tput: 10820.4
Bearer Releases: 6374

hr: 0
CA Activation Rate num: 9155936
UPTP Mbps Den: 4348
Setup_Fail_DEN: 7260
SIP_SC_Total_MOU: 165.25
Peak UE: 67
MB_per_connected_UE: 9.53
DL Volume: 2321
DL Data Vol MAC in MB: 7080.42
CA Activation Rate den: 48723

Time: 12:07:20
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4991.01
PRB Util%: 30.68
RRC Setup Attempts: 4177
weekend: 0
hr: 12
MAC_UE_SC_Tput: 5845.73

hr: 12
CA Activation Rate num: 1894133
SIP_SC_Total_MOU: 26.09
Peak UE: 85
MB_per_connected_UE: 190.19
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5273
DL Data Vol MAC in MB: 7539.41

Time: 17:23:29
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1888.31
PRB Util%: 65.8
CA Conf FailRate Pct den: 3597
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8271.48
Bearer Releases: 15583

hr: 23
Peak UE: 64
MB_per_connected_UE: 79.5
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7699
CA Activation Rate den: 108650

Time: 03:29:40
holiday: 0
CA DL DataVolRatio Pct num: 1809

DL MAC Vol Scell Pct: 5.14
SIP DC%: 
UPTP_Mbps: 27.65
DLRLCLayerDataVolume MB: 4406.79
DRB UL Data Volume MB: 2161
RRC Setup Attempts: 7258
weekend: 1
UPTP Mbps Num: 14605
CA Activation Rate: 45.6
hr: 4
MAC_UE_SC_Tput: 4751.26

hr: 4
CA Activation Rate num: 7021304
UPTP Mbps Den: 543
Setup_Fail_DEN: 11368
Peak UE: 27
MB_per_connected_UE: 7.7
DL Data Vol MAC in MB: 2418.39
CA Activation Rate den: 97928

holiday: 0
CA DL DataVolRatio Pct num: 4772

SIP DC%: 
DLRLCLayerDataVolume MB: 5674.24
PRB Util%: 61.18
RRC Setup Attempts: 5341
CA DL DataVolRatio Pct den: 6150
CA Conf FailRate Pct den: 5718
weekend: 0
UPTP Mbps Num: 10365
hr: 4
MAC_UE_SC_Tput: 13838.04

hr: 4
CA Activation Rate num: 7281928
Setup_Fail_DEN: 8783
SIP_SC_Total_MOU: 77.3
Peak UE: 63
MB_per_connected_UE: 172.77
PCT Time MIMO: 40.64

Time: 02:35:03
holiday: 0
CA DL DataVolRatio Pct: 72.04
CA DL DataVolRatio Pct num: 4855

SIP DC%: 
DLRLCLayerDataVolume MB: 7020.51
DRB UL Data Volume MB: 5677
RRC Setup Attempts: 3397
weekend: 0
UPTP Mbps Num: 30575
hr: 23
MAC_UE_SC_Tput: 5071.12
Bearer Releases: 13360

hr: 23
CA Activation Rate num: 10039626
SIP_SC_Total_MOU: 230.69
Peak UE: 91
MB_per_connected_UE: 11.87
DL Data Vol MAC in MB: 6706.75
CA Activation Rate den: 180813

Time: 02:17:41
holiday: 0

SIP DC%: 
UPTP_Mbps: 115.81
DRB UL Data Volume MB: 9076
PRB Util%: 47.99
CA DL DataVolRatio Pct den: 5274
CA Conf FailRate Pct den: 7331
weekend: 0
CA Activation Rate: 58.03
hr: 15
MAC_UE_SC_Tput: 14085.18
Bearer Releases: 13430

hr: 15
CA Activation Rate num: 6624437
Setup_Fail_DEN: 18476
Peak UE: 35
MB_per_connected_UE: 197.82
PCT Time MIMO: 34.24
CA Activation Rate den: 120640

Combined RACH Preambles: 2877
Time: 23:47:23
holiday: 0
CA DL DataVolRatio Pct num: 3869

Avg_Connected_UEs: 33.67
SIP DC%: 
DLRLCLayerDataVolume MB: 2374.53
DRB UL Data Volume MB: 2830
PRB Util%: 61.03
CA DL DataVolRatio Pct den: 4101
CA Conf FailRate Pct den: 5197
weekend: 0
UPTP Mbps Num: 55750
hr: 22
MAC_UE_SC_Tput: 7088.48

hr: 22
CA Activation Rate num: 2036278
Peak UE: 27
MB_per_connected_UE: 121.16
PCT Time MIMO: 49.35
DL Volume: 2543
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3956
CA Activation Rate den: 183373

Time: 23:53:56
holiday: 0
CA DL DataVolRatio Pct: 88

DL MAC Vol Scell Pct: 39.18
SIP DC%: 
PRB Util%: 57.96
CA DL DataVolRatio Pct den: 4904
weekend: 0
UPTP Mbps Num: 3195
hr: 16
MAC_UE_SC_Tput: 4298.53
Bearer Releases: 16729

hr: 16
CA Activation Rate num: 9852293
SIP_SC_Total_MOU: 340.44
Peak UE: 88
PCT Time MIMO: 52.63

Time: 00:53:20
holiday: 0
CA DL DataVolRatio Pct: 92.51

Avg_Connected_UEs: 52.71
SIP DC%: 
UPTP_Mbps: 14.04
DLRLCLayerDataVolume MB: 9348.68
weekend: 0
hr: 9

hr: 9
CA Activation Rate num: 9955455
UPTP Mbps Den: 2302
Setup_Fail_DEN: 11804
SIP_SC_Total_MOU: 149.96
Peak UE: 27
MB_per_connected_UE: 42.56
PCT Time MIMO: 51.64
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4785
DL Data Vol MAC in MB: 1370.46
CA Activation Rate den: 89536

Combined RACH Preambles: 2856
holiday: 0

Avg_Connected_UEs: 42.3
SIP DC%: 
DLRLCLayerDataVolume MB: 4362.28
DRB UL Data Volume MB: 9224
RRC Setup Attempts: 4228
CA DL DataVolRatio Pct den: 7536
weekend: 0
UPTP Mbps Num: 2878
hr: 23
MAC_UE_SC_Tput: 14902.47
Bearer Releases: 7594

hr: 23
CA Activation Rate num: 2930795
SIP_SC_Total_MOU: 125.24
Peak UE: 53
DL Volume: 2206
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5928
DL Data Vol MAC in MB: 6395.32

Time: 00:09:20
holiday: 0

DL MAC Vol Scell Pct: 38.18
Avg_Connected_UEs: 43.78
SIP DC%: 
DLRLCLayerDataVolume MB: 6622.83
DRB UL Data Volume MB: 2741
CA Conf FailRate Pct den: 9545
weekend: 0
CA Activation Rate: 29.88
hr: 8
MAC_UE_SC_Tput: 6769.39

hr: 8
CA Activation Rate num: 10503428
Setup_Fail_DEN: 8741
Peak UE: 51
MB_per_connected_UE: 139.36
CA Activation Rate den: 48762

Combined RACH Preambles: 2030
Time: 12:03:16
holiday: 0

Avg_Connected_UEs: 22.88
SIP DC%: 
DLRLCLayerDataVolume MB: 954.73
RRC Setup Attempts: 4524
weekend: 0
CA Activation Rate: 51.3
hr: 11
MAC_UE_SC_Tput: 7737.01
Bearer Releases: 14324

hr: 11
CA Activation Rate num: 9791191
UPTP Mbps Den: 2531
Setup_Fail_DEN: 14670
Peak UE: 56
MB_per_connected_UE: 10.49
DL Volume: 5681

Time: 09:22:12
holiday: 0

Avg_Connected_UEs: 22.23
SIP DC%: 
DLRLCLayerDataVolume MB: 8783.37
DRB UL Data Volume MB: 5243
RRC Setup Attempts: 7692
weekend: 0
CA Activation Rate: 73.81
hr: 7
MAC_UE_SC_Tput: 11599.32

hr: 7
CA Activation Rate num: 1670802
Setup_Fail_DEN: 15336
SIP_SC_Total_MOU: 52.97
Peak UE: 43
MB_per_connected_UE: 8.36
DL Volume: 6824
DL Data Vol MAC in MB: 7062.12
Combined RACH Preambles: 2301

Time: 19:47:46
holiday: 0
CA DL DataVolRatio Pct num: 2866

SIP DC%: 
DLRLCLayerDataVolume MB: 5565.53
DRB UL Data Volume MB: 2299
CA Conf FailRate Pct den: 6914
weekend: 0
CA Activation Rate: 45.98
hr: 23
MAC_UE_SC_Tput: 4380.12

hr: 23
CA Activation Rate num: 10166807
Setup_Fail_DEN: 12958
SIP_SC_Total_MOU: 146.32
Peak UE: 62
VOLTE IA%: 
MB_per_connected_UE: 41.21
PCT Time MIMO: 47.91
DL Data Vol MAC in MB: 7162.2

Time: 23:03:04
holiday: 0
CA DL DataVolRatio Pct num: 6739

SIP DC%: 
UPTP_Mbps: 47.27
DRB UL Data Volume MB: 9870
CA DL DataVolRatio Pct den: 7306
weekend: 0
UPTP Mbps Num: 7222
CA Activation Rate: 40.18
hr: 5
MAC_UE_SC_Tput: 5248.87
Bearer Releases: 13243

hr: 5
CA Activation Rate num: 4116819
UPTP Mbps Den: 2502
Peak UE: 41
MB_per_connected_UE: 80.13
DL Volume: 9340
CA Activation Rate den: 111183

holiday: 0

Avg_Connected_UEs: 71.9
SIP DC%: 
UPTP_Mbps: 20.14
DLRLCLayerDataVolume MB: 8718.69
CA DL DataVolRatio Pct den: 8824
weekend: 0
CA Activation Rate: 47.48
hr: 20
MAC_UE_SC_Tput: 4750.6

hr: 20
SIP_SC_Total_MOU: 116.51
Peak UE: 66
DL Volume: 2864

Time: 03:50:19
holiday: 0
CA DL DataVolRatio Pct num: 5719

Avg_Connected_UEs: 37.5
SIP DC%: 
UPTP_Mbps: 32.56
DLRLCLayerDataVolume MB: 6664.77
PRB Util%: 60.38
CA DL DataVolRatio Pct den: 4401
weekend: 0
hr: 18
MAC_UE_SC_Tput: 6727.72
Bearer Releases: 7064

hr: 18
CA Activation Rate num: 4390628
Setup_Fail_DEN: 8063
SIP_SC_Total_MOU: 218.89
Peak UE: 68
MB_per_connected_UE: 105.24
DL Data Vol MAC in MB: 6746.75

Time: 23:19:37
holiday: 0
CA DL DataVolRatio Pct: 44.14
CA DL DataVolRatio Pct num: 3251

Avg_Connected_UEs: 57.58
SIP DC%: 
PRB Util%: 53.77
RRC Setup Attempts: 7260
CA Conf FailRate Pct den: 6533
weekend: 0
UPTP Mbps Num: 53323
CA Activation Rate: 42.82
hr: 21
MAC_UE_SC_Tput: 14327.23

hr: 21
CA Activation Rate num: 10233974
Setup_Fail_DEN: 12508
Peak UE: 43
MB_per_connected_UE: 148.55
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6026
DL Data Vol MAC in MB: 7621.81

Time: 05:03:02
holiday: 0
CA DL DataVolRatio Pct: 48.76

SIP DC%: 
DLRLCLayerDataVolume MB: 503.38
CA DL DataVolRatio Pct den: 4505
weekend: 0
UPTP Mbps Num: 8155
hr: 0
MAC_UE_SC_Tput: 6671.06

hr: 0
CA Activation Rate num: 1573876
Setup_Fail_DEN: 6922
Peak UE: 63
MB_per_connected_UE: 133.17
DL Data Vol MAC in MB: 1374.94
CA Activation Rate den: 178408

Time: 17:48:33
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4423.85
PRB Util%: 49.16
CA Conf FailRate Pct den: 4918
weekend: 0
UPTP Mbps Num: 4372
hr: 17
MAC_UE_SC_Tput: 8326.91
Bearer Releases: 17968

hr: 17
CA Activation Rate num: 10602245
Setup_Fail_DEN: 15801
SIP_SC_Total_MOU: 117.83
Peak UE: 32
MB_per_connected_UE: 157.45
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7697
DL Data Vol MAC in MB: 7404.62

Time: 21:46:58
holiday: 0

Avg_Connected_UEs: 39.57
SIP DC%: 
DRB UL Data Volume MB: 4850
CA Conf FailRate Pct den: 5865
weekend: 0
CA Activation Rate: 4.52
hr: 13
MAC_UE_SC_Tput: 8120.84
Bearer Releases: 12709

hr: 13
CA Activation Rate num: 3001153
SIP_SC_Total_MOU: 110.33
Peak UE: 46
CA Activation Rate den: 167921

Time: 21:55:14
holiday: 0

DL MAC Vol Scell Pct: 29.9
SIP DC%: 
UPTP_Mbps: 8.78
DLRLCLayerDataVolume MB: 6014.5
DRB UL Data Volume MB: 5052
PRB Util%: 32.91
RRC Setup Attempts: 7744
CA Conf FailRate Pct den: 9552
weekend: 0
hr: 21
MAC_UE_SC_Tput: 15030.39
Bearer Releases: 13109

hr: 21
CA Activation Rate num: 10165087
Setup_Fail_DEN: 11743
Peak UE: 71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6628

Time: 14:20:21
holiday: 0
CA DL DataVolRatio Pct: 47.76

DL MAC Vol Scell Pct: 42.47
SIP DC%: 
DLRLCLayerDataVolume MB: 7421.47
RRC Setup Attempts: 7433
CA Conf FailRate Pct den: 6380
weekend: 0
hr: 0
MAC_UE_SC_Tput: 11547.86
Bearer Releases: 10436

hr: 0
CA Activation Rate num: 3456340
Peak UE: 27
MB_per_connected_UE: 46.63
PCT Time MIMO: 39.15
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7233
DL Data Vol MAC in MB: 8007.79
CA Activation Rate den: 46587
Combined RACH Preambles: 2555

Time: 07:40:37
holiday: 0

DL MAC Vol Scell Pct: 35.04
SIP DC%: 
DLRLCLayerDataVolume MB: 6253.36
DRB UL Data Volume MB: 5497
weekend: 0
hr: 23

hr: 23
CA Activation Rate num: 1332685
Peak UE: 27
DL Volume: 536
CA Activation Rate den: 86788

Time: 01:58:22
holiday: 0
CA DL DataVolRatio Pct: 45.96

SIP DC%: 
UPTP_Mbps: 38.81
RRC Setup Attempts: 3602
CA DL DataVolRatio Pct den: 1554
CA Conf FailRate Pct den: 5585
weekend: 0
UPTP Mbps Num: 36577
CA Activation Rate: 75.05
hr: 13
MAC_UE_SC_Tput: 7548.86
Bearer Releases: 8373

hr: 13
Setup_Fail_DEN: 15529
Peak UE: 27
PCT Time MIMO: 40.16
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8312
DL Data Vol MAC in MB: 3733.51

Time: 06:13:19
holiday: 0
CA DL DataVolRatio Pct: 91.74
CA DL DataVolRatio Pct num: 5845

DL MAC Vol Scell Pct: 18.9
SIP DC%: 
UPTP_Mbps: 35.52
DLRLCLayerDataVolume MB: 5100.16
DRB UL Data Volume MB: 3162
RRC Setup Attempts: 9090
CA Conf FailRate Pct den: 3248
weekend: 0
UPTP Mbps Num: 3214
CA Activation Rate: 72.84
hr: 23
MAC_UE_SC_Tput: 9059.61

hr: 23
CA Activation Rate num: 6041262
Setup_Fail_DEN: 15403
SIP_SC_Total_MOU: 363.31
Peak UE: 51
PCT Time MIMO: 32.41
DL Data Vol MAC in MB: 6368.15
CA Activation Rate den: 45421

Time: 07:02:41
holiday: 0
CA DL DataVolRatio Pct: 67.42
CA DL DataVolRatio Pct num: 7235

Avg_Connected_UEs: 35.44
SIP DC%: 
weekend: 0
CA Activation Rate: 49.77
hr: 11
MAC_UE_SC_Tput: 10282.01
Bearer Releases: 15832

hr: 11
CA Activation Rate num: 1104035
SIP_SC_Total_MOU: 261.9
Peak UE: 27
MB_per_connected_UE: 11.81
UL Throughput: 9.84
DL Data Vol MAC in MB: 3599.91
CA Activation Rate den: 112711

Combined RACH Preambles: 2689
Time: 23:43:03
holiday: 0
CA DL DataVolRatio Pct: 50.91

SIP DC%: 
DLRLCLayerDataVolume MB: 1834.61
PRB Util%: 14.73
CA DL DataVolRatio Pct den: 9140
CA Conf FailRate Pct den: 8636
weekend: 0
UPTP Mbps Num: 41602
CA Activation Rate: 51.46
hr: 5

hr: 5
CA Activation Rate num: 5903443
Peak UE: 27
MB_per_connected_UE: 61.36
CA Activation Rate den: 69886

Time: 17:42:25
holiday: 0
CA DL DataVolRatio Pct: 70.05
CA DL DataVolRatio Pct num: 6452

Avg_Connected_UEs: 82.78
SIP DC%: 
UPTP_Mbps: 41.73
DLRLCLayerDataVolume MB: 8560.32
CA DL DataVolRatio Pct den: 5690
weekend: 0
CA Activation Rate: 41.91
hr: 14
MAC_UE_SC_Tput: 14355.28

hr: 14
CA Activation Rate num: 5607166
UPTP Mbps Den: 792
Setup_Fail_DEN: 15499
SIP_SC_Total_MOU: 342.77
Peak UE: 63
MB_per_connected_UE: 52.34
PCT Time MIMO: 44.12
DL Data Vol MAC in MB: 6571.06

Combined RACH Preambles: 3103
Time: 17:48:46
holiday: 0
CA DL DataVolRatio Pct: 56.75
HO_att_InterFreq: 176

Avg_Connected_UEs: 18.95
SIP DC%: 
DLRLCLayerDataVolume MB: 4539.39
RRC Setup Attempts: 4620
CA DL DataVolRatio Pct den: 2170
weekend: 0
CA Activation Rate: 61.58
hr: 11
MAC_UE_SC_Tput: 7525.84

hr: 11
Setup_Fail_DEN: 8358
QCI 1 Bearer Drop%: 0.97
Peak UE: 27
MB_per_connected_UE: 70.7
DL Volume: 5429
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5672
DL Data Vol MAC in MB: 7297.43

Time: 20:24:37
holiday: 0
CA DL DataVolRatio Pct num: 4572

Avg_Connected_UEs: 42.15
SIP DC%: 
UPTP_Mbps: 37.49
DLRLCLayerDataVolume MB: 3707.2
DRB UL Data Volume MB: 6132
PRB Util%: 27.45
RRC Setup Attempts: 3944
CA DL DataVolRatio Pct den: 2946
weekend: 0
hr: 5
MAC_UE_SC_Tput: 6270.71

hr: 5
CA Activation Rate num: 10596782
Setup_Fail_DEN: 15280
Peak UE: 52
MB_per_connected_UE: 89.01
DL Data Vol MAC in MB: 6189.17

Time: 07:20:29
holiday: 0
CA DL DataVolRatio Pct: 45.2

SIP DC%: 
UPTP_Mbps: 29.89
RRC Setup Attempts: 6295
weekend: 0
UPTP Mbps Num: 17019
hr: 23
MAC_UE_SC_Tput: 4163.2

hr: 23
Peak UE: 27
MB_per_connected_UE: 17.42
CA Activation Rate den: 111532

Time: 12:16:08
holiday: 0
CA DL DataVolRatio Pct: 69.25
CA DL DataVolRatio Pct num: 6106

Avg_Connected_UEs: 65.67
SIP DC%: 
UPTP_Mbps: 72.56
DLRLCLayerDataVolume MB: 5420.4
DRB UL Data Volume MB: 2236
RRC Setup Attempts: 4000
CA DL DataVolRatio Pct den: 8976
CA Conf FailRate Pct den: 6004
weekend: 0
UPTP Mbps Num: 10601
CA Activation Rate: 72.98
hr: 7
MAC_UE_SC_Tput: 11538.51

hr: 7
CA Activation Rate num: 5112263
Setup_Fail_DEN: 14813
SIP_SC_Total_MOU: 430.58
MB_per_connected_UE: 41.09
CA Activation Rate den: 123969

Time: 13:03:08
holiday: 0
CA DL DataVolRatio Pct: 67.64

SIP DC%: 
DLRLCLayerDataVolume MB: 2929.5
DRB UL Data Volume MB: 7998
PRB Util%: 60.29
RRC Setup Attempts: 8066
CA DL DataVolRatio Pct den: 5577
weekend: 1
UPTP Mbps Num: 43472
hr: 4
MAC_UE_SC_Tput: 11070.48
Bearer Releases: 10332

hr: 4
CA Activation Rate num: 8687594
UPTP Mbps Den: 2545
Peak UE: 63
MB_per_connected_UE: 119.77
DL Data Vol MAC in MB: 2042.54

Combined RACH Preambles: 2937
Time: 06:38:58
holiday: 0
CA DL DataVolRatio Pct num: 1950

Avg_Connected_UEs: 48.4
SIP DC%: 
DLRLCLayerDataVolume MB: 4481.89
CA DL DataVolRatio Pct den: 417
weekend: 0
hr: 16
MAC_UE_SC_Tput: 13236.19

hr: 16
CA Activation Rate num: 11248102
UPTP Mbps Den: 1328
SIP_SC_Total_MOU: 259.72
Peak UE: 40
MB_per_connected_UE: 90.29
DL Volume: 200
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4262
DL Data Vol MAC in MB: 6830.03
CA Activation Rate den: 83807

Combined RACH Preambles: 2393
Time: 16:48:56
holiday: 0
CA DL DataVolRatio Pct: 83.32

Avg_Connected_UEs: 46.45
SIP DC%: 
UPTP_Mbps: 35.92
DLRLCLayerDataVolume MB: 4920.89
PRB Util%: 58.16
CA DL DataVolRatio Pct den: 7806
CA Conf FailRate Pct den: 6202
weekend: 0
CA Activation Rate: 77.03
hr: 3
MAC_UE_SC_Tput: 5123.24

hr: 3
CA Activation Rate num: 3721768
UPTP Mbps Den: 5180
Setup_Fail_DEN: 17828
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8349
DL Data Vol MAC in MB: 1180.66

Time: 07:58:03
holiday: 0
CA DL DataVolRatio Pct: 76.84

SIP DC%: 
UPTP_Mbps: 19.86
PRB Util%: 47.03
CA DL DataVolRatio Pct den: 10101
weekend: 0
UPTP Mbps Num: 59275
hr: 11
MAC_UE_SC_Tput: 7217.28

hr: 11
CA Activation Rate num: 9025235
UPTP Mbps Den: 868
Setup_Fail_DEN: 14531
Peak UE: 27
MB_per_connected_UE: 38.08
DL Data Vol MAC in MB: 784.73

Time: 14:42:33
holiday: 0
CA DL DataVolRatio Pct: 89.9

Avg_Connected_UEs: 75.1
SIP DC%: 
DRB UL Data Volume MB: 8670
CA DL DataVolRatio Pct den: 7946
CA Conf FailRate Pct den: 7089
weekend: 0
hr: 20
MAC_UE_SC_Tput: 5427.53
Bearer Releases: 11994

hr: 20
CA Activation Rate num: 2691365
Peak UE: 27
MB_per_connected_UE: 175.17
DL Data Vol MAC in MB: 7558.91
CA Activation Rate den: 77901

Time: 04:55:17
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2916.4
CA Conf FailRate Pct den: 8617
weekend: 0
hr: 1
Bearer Releases: 11556

hr: 1
Setup_Fail_DEN: 13342
SIP_SC_Total_MOU: 77.23
Peak UE: 59
CA Activation Rate den: 115598

Time: 10:43:56
holiday: 0
CA DL DataVolRatio Pct: 69.37

DL MAC Vol Scell Pct: 17.92
Avg_Connected_UEs: 56.84
SIP DC%: 
UPTP_Mbps: 61.22
DLRLCLayerDataVolume MB: 3366.14
DRB UL Data Volume MB: 7425
RRC Setup Attempts: 4589
weekend: 0
hr: 0
MAC_UE_SC_Tput: 10950.18
Bearer Releases: 12339

hr: 0
CA Activation Rate num: 8019594
SIP_SC_Total_MOU: 141.12
Peak UE: 73
MB_per_connected_UE: 105.91
DL Volume: 1358
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7997
DL Data Vol MAC in MB: 6099.17
CA Activation Rate den: 127230

Combined RACH Preambles: 3337
Time: 08:05:17
holiday: 0

DL MAC Vol Scell Pct: 31.55
Avg_Connected_UEs: 20.67
SIP DC%: 
UPTP_Mbps: 75.7
DLRLCLayerDataVolume MB: 9487.03
DRB UL Data Volume MB: 5641
PRB Util%: 25.49
DL Packet Loss Pct: 1.78
RRC Setup Attempts: 6080
CA DL DataVolRatio Pct den: 4165
weekend: 0
hr: 8
MAC_UE_SC_Tput: 8827.12
Bearer Releases: 11004

hr: 8
CA Activation Rate num: 7253975
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9315
DL Data Vol MAC in MB: 3968.37

Time: 15:31:05
holiday: 0
HO Attempts: 593

DL MAC Vol Scell Pct: 46.06
SIP DC%: 
RRC Setup Attempts: 8392
CA DL DataVolRatio Pct den: 2875
weekend: 0
hr: 3
MAC_UE_SC_Tput: 5467.82
Bearer Releases: 10993

hr: 3
SIP_SC_Total_MOU: 45.54
Peak UE: 32
DL Volume: 2436
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8574
CA Activation Rate den: 45202

Combined RACH Preambles: 3894
Time: 01:25:53
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 3946
RRC Setup Attempts: 5273
CA DL DataVolRatio Pct den: 6861
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11414.59

hr: 23
CA Activation Rate num: 9748181
Setup_Fail_DEN: 6689
SIP_SC_Total_MOU: 16.79
Peak UE: 56
PCT Time MIMO: 55.59
DL Volume: 8465
DL Data Vol MAC in MB: 4570.99
CA Activation Rate den: 101736

Time: 20:42:46
holiday: 0

SIP DC%: 
UPTP_Mbps: 14.5
DLRLCLayerDataVolume MB: 6567.92
PRB Util%: 65.7
CA DL DataVolRatio Pct den: 413
weekend: 0
hr: 12
MAC_UE_SC_Tput: 22407.89
Bearer Releases: 8726

hr: 12
CA Activation Rate num: 7672031
SIP_SC_Total_MOU: 63.47
Peak UE: 27
VOLTE IA%: 
PCT Time MIMO: 38.85
DL Data Vol MAC in MB: 3837.98
Combined RACH Preambles: 3100

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8438.14
PRB Util%: 51.77
CA DL DataVolRatio Pct den: 7384
CA Conf FailRate Pct den: 4975
weekend: 0
CA Activation Rate: 26.33
hr: 21
MAC_UE_SC_Tput: 18537.21
Bearer Releases: 9947

hr: 21
CA Activation Rate num: 3543607
Setup_Fail_DEN: 15989
Peak UE: 64
MB_per_connected_UE: 40.61
PCT Time MIMO: 34.57
CA Activation Rate den: 41324

Time: 02:32:48
holiday: 0
CA DL DataVolRatio Pct: 60.92

DL MAC Vol Scell Pct: 46.3
SIP DC%: 
UPTP_Mbps: 23.52
PRB Util%: 26.61
RSSIRX1 Avg: -93.72
weekend: 0
UPTP Mbps Num: 1693
hr: 20
MAC_UE_SC_Tput: 14357.46
Bearer Releases: 10842

hr: 20
CA Activation Rate num: 9739964
Peak UE: 47
MB_per_connected_UE: 26.6
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3324
CA Activation Rate den: 61266

Time: 17:40:31
holiday: 0
CA DL DataVolRatio Pct num: 3961

DL MAC Vol Scell Pct: 44.95
Avg_Connected_UEs: 21.37
SIP DC%: 
DLRLCLayerDataVolume MB: 1421.11
DRB UL Data Volume MB: 790
PRB Util%: 58.23
CA DL DataVolRatio Pct den: 7655
weekend: 1
UPTP Mbps Num: 21109
CA Activation Rate: 65.75
hr: 18
MAC_UE_SC_Tput: 14411

hr: 18
CA Activation Rate num: 10570462
UPTP Mbps Den: 1334
Setup_Fail_DEN: 12763
SIP_SC_Total_MOU: 244.33
Peak UE: 27
MB_per_connected_UE: 155.13
PCT Time MIMO: 33.11
DL Volume: 3774
DL Data Vol MAC in MB: 5013.83
CA Activation Rate den: 79510

Time: 02:08:51
holiday: 0

DL MAC Vol Scell Pct: 15.26
SIP DC%: 
UPTP_Mbps: 32.43
DRB UL Data Volume MB: 5897
weekend: 0
UPTP Mbps Num: 20096
hr: 0
MAC_UE_SC_Tput: 19387.89
Bearer Releases: 14729

hr: 0
CA Activation Rate num: 10097635
Setup_Fail_DEN: 15292
Peak UE: 74
VOLTE IA%: 
MB_per_connected_UE: 127.12
DL Volume: 882
DL Data Vol MAC in MB: 6720.87
CA Activation Rate den: 92651

Time: 02:27:45
holiday: 0

Avg_Connected_UEs: 67.56
SIP DC%: 
DLRLCLayerDataVolume MB: 4826.84
DRB UL Data Volume MB: 2846
CA DL DataVolRatio Pct den: 917
weekend: 0
hr: 0
MAC_UE_SC_Tput: 13572.89
Bearer Releases: 8178

hr: 0
Setup_Fail_DEN: 14253
SIP_SC_Total_MOU: 301.83
Peak UE: 27
MB_per_connected_UE: 41.55
PCT Time MIMO: 54.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8868
CA Activation Rate den: 195558
Time: 21:13:05

holiday: 0
CA DL DataVolRatio Pct num: 1350

DL MAC Vol Scell Pct: 8.47
Avg_Connected_UEs: 38.54
SIP DC%: 
UPTP_Mbps: 63.43
CA DL DataVolRatio Pct den: 377
CA Conf FailRate Pct den: 6620
weekend: 0
CA Activation Rate: 28.55
hr: 15
MAC_UE_SC_Tput: 10876.19
Bearer Releases: 11438

hr: 15
CA Activation Rate num: 8894990
Setup_Fail_DEN: 15689
Peak UE: 27
DL Volume: 3257
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4568
DL Data Vol MAC in MB: 5583.6

Combined RACH Preambles: 2274
Time: 06:23:43
holiday: 0

SIP DC%: 
UPTP_Mbps: 20.73
DLRLCLayerDataVolume MB: 6925.24
DRB UL Data Volume MB: 9869
RRC Setup Attempts: 7969
CA DL DataVolRatio Pct den: 2310
weekend: 0
hr: 8

hr: 8
CA Activation Rate num: 4826831
Setup_Fail_DEN: 10384
SIP_SC_Total_MOU: 113.28
Peak UE: 37
MB_per_connected_UE: 100.14
DL Data Vol MAC in MB: 9843.94
CA Activation Rate den: 203523

Time: 12:02:54
holiday: 0
CA DL DataVolRatio Pct num: 6321

Avg_Connected_UEs: 59.2
SIP DC%: 
DLRLCLayerDataVolume MB: 3422.68
DRB UL Data Volume MB: 7660
PRB Util%: 51.37
weekend: 0
hr: 3
MAC_UE_SC_Tput: 5285.37

hr: 3
Setup_Fail_DEN: 12902
Peak UE: 47
MB_per_connected_UE: 8.95
PCT Time MIMO: 65.31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3792
DL Data Vol MAC in MB: 9332.33
CA Activation Rate den: 75091

Time: 17:38:53
holiday: 0

SIP DC%: 
PRB Util%: 8.17
CA Conf FailRate Pct den: 2927
weekend: 0
hr: 8
MAC_UE_SC_Tput: 6462.94

hr: 8
CA Activation Rate num: 606639
UPTP Mbps Den: 3393
Peak UE: 27
MB_per_connected_UE: 48.58
PCT Time MIMO: 66.29
DL Volume: 5495
DL Data Vol MAC in MB: 1513.43
CA Activation Rate den: 60514
Time: 20:57:14

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6087.42
DRB UL Data Volume MB: 1049
PRB Util%: 34.13
weekend: 0
UPTP Mbps Num: 12388
hr: 15

hr: 15
Peak UE: 27
MB_per_connected_UE: 156.66
DL Data Vol MAC in MB: 2941.48

Time: 06:00:38
holiday: 0

SIP DC%: 
UPTP_Mbps: 21.53
DRB UL Data Volume MB: 9641
PRB Util%: 33.51
CA Conf FailRate Pct den: 3002
weekend: 0
CA Activation Rate: 36.24
hr: 9
MAC_UE_SC_Tput: 14140.34
Bearer Releases: 14825

hr: 9
CA Activation Rate num: 5722184
UPTP Mbps Den: 2171
Setup_Fail_DEN: 12239
SIP_SC_Total_MOU: 425.08
Peak UE: 27
MB_per_connected_UE: 161.05
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4307
DL Data Vol MAC in MB: 627.77

Combined RACH Preambles: 2044
Time: 23:03:20
holiday: 0

Avg_Connected_UEs: 49.97
SIP DC%: 
UPTP_Mbps: 75.6
DLRLCLayerDataVolume MB: 7588.74
CA DL DataVolRatio Pct den: 9684
CA Conf FailRate Pct den: 8235
weekend: 0
UPTP Mbps Num: 45941
hr: 6
MAC_UE_SC_Tput: 5716.83

hr: 6
CA Activation Rate num: 7495478
Setup_Fail_DEN: 11895
Peak UE: 27
MB_per_connected_UE: 70.6
DL Volume: 7248
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4733
DL Data Vol MAC in MB: 5742.58
CA Activation Rate den: 70715

Time: 07:57:55
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4547.01
RRC Setup Attempts: 6494
weekend: 0
hr: 3
MAC_UE_SC_Tput: 8991.54
Bearer Releases: 8146

hr: 3
CA Activation Rate num: 2047710
Setup_Fail_DEN: 9417
Peak UE: 27
MB_per_connected_UE: 83.63
CA Activation Rate den: 106265

Time: 12:38:33
holiday: 0
CA DL DataVolRatio Pct: 89.13
CA DL DataVolRatio Pct num: 5235

DL MAC Vol Scell Pct: 23.03
Avg_Connected_UEs: 76.14
SIP DC%: 
UPTP_Mbps: 7.19
DLRLCLayerDataVolume MB: 1702.61
DRB UL Data Volume MB: 2021
PRB Util%: 38.41
RRC Setup Attempts: 6258
weekend: 0
UPTP Mbps Num: 39470
CA Activation Rate: 38.66
hr: 21
MAC_UE_SC_Tput: 11013.57

hr: 21
CA Activation Rate num: 8775991
Setup_Fail_DEN: 13761
Peak UE: 27
MB_per_connected_UE: 29.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5291
DL Data Vol MAC in MB: 8670.79
CA Activation Rate den: 41957

Time: 00:54:48
holiday: 0
CA DL DataVolRatio Pct: 81.15
CA DL DataVolRatio Pct num: 5973

Avg_Connected_UEs: 55.4
SIP DC%: 
DLRLCLayerDataVolume MB: 4468.77
DRB UL Data Volume MB: 7118
CA DL DataVolRatio Pct den: 7729
CA Conf FailRate Pct den: 4578
weekend: 0
CA Activation Rate: 42.75
hr: 0
MAC_UE_SC_Tput: 6391.67
Bearer Releases: 18536

hr: 0
Setup_Fail_DEN: 9973
SIP_SC_Total_MOU: 217.33
Peak UE: 27
MB_per_connected_UE: 62.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4342

Time: 01:56:52
holiday: 0
CA DL DataVolRatio Pct: 91.47

SIP DC%: 
DLRLCLayerDataVolume MB: 9247.09
DRB UL Data Volume MB: 1052
PRB Util%: 40.65
CA DL DataVolRatio Pct den: 1187
CA Conf FailRate Pct den: 6456
weekend: 0
CA Activation Rate: 55.08
hr: 11
MAC_UE_SC_Tput: 5718.61
Bearer Releases: 12198

hr: 11
CA Activation Rate num: 9452872
UPTP Mbps Den: 266
Setup_Fail_DEN: 10046
Peak UE: 27
VOLTE IA%: 
PCT Time MIMO: 39.11
DL Volume: 6902
DL Data Vol MAC in MB: 8729.5
CA Activation Rate den: 161069

Time: 19:25:05
holiday: 0
CA DL DataVolRatio Pct num: 4779

Avg_Connected_UEs: 74.87
SIP DC%: 
UPTP_Mbps: 13.47
DLRLCLayerDataVolume MB: 2072.16
DRB UL Data Volume MB: 2286
PRB Util%: 38.38
weekend: 0
hr: 18
MAC_UE_SC_Tput: 14580.87
Bearer Releases: 12671

hr: 18
CA Activation Rate num: 9293304
Setup_Fail_DEN: 13781
Peak UE: 70
PCT Time MIMO: 41.56
DL Volume: 2347
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5626
DL Data Vol MAC in MB: 8750.64
CA Activation Rate den: 48748

Time: 12:36:48
holiday: 0
CA DL DataVolRatio Pct: 80.2

DL MAC Vol Scell Pct: 6.86
SIP DC%: 
UPTP_Mbps: 46.04
DLRLCLayerDataVolume MB: 4987.47
DRB UL Data Volume MB: 6567
PRB Util%: 54.15
CA DL DataVolRatio Pct den: 5203
weekend: 1
CA Activation Rate: 47.4
hr: 15
MAC_UE_SC_Tput: 5113.74

hr: 15
CA Activation Rate num: 4484440
Peak UE: 46
VOLTE IA%: 
MB_per_connected_UE: 38.25

Combined RACH Preambles: 4967
Time: 11:58:44
holiday: 0
CA DL DataVolRatio Pct: 90.73

Avg_Connected_UEs: 30.99
SIP DC%: 
UPTP_Mbps: 10.72
DLRLCLayerDataVolume MB: 2518.99
DRB UL Data Volume MB: 4973
PRB Util%: 6.43
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5955.09

hr: 23
CA Activation Rate num: 4251329
Setup_Fail_DEN: 8543
SIP_SC_Total_MOU: 230.77
Peak UE: 30
MB_per_connected_UE: 136.59
PCT Time MIMO: 32.39
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3423
DL Data Vol MAC in MB: 3530.49

Combined RACH Preambles: 2977
Time: 16:18:33
holiday: 0
CA DL DataVolRatio Pct: 86.71
HO_att_InterFreq: 788

DL MAC Vol Scell Pct: 5.28
Avg_Connected_UEs: 40.57
SIP DC%: 
UPTP_Mbps: 46.39
DRB UL Data Volume MB: 2999
RRC Setup Attempts: 5083
CA DL DataVolRatio Pct den: 9068
CA Conf FailRate Pct den: 6438
weekend: 1
hr: 19
MAC_UE_SC_Tput: 4203.28
Bearer Releases: 11728

hr: 19
Peak UE: 27
MB_per_connected_UE: 115.91
DL Data Vol MAC in MB: 2150.43
CA Activation Rate den: 121245

Time: 17:44:25
holiday: 0
CA DL DataVolRatio Pct: 64.91
CA DL DataVolRatio Pct num: 7476

DL MAC Vol Scell Pct: 37.04
Avg_Connected_UEs: 31.8
SIP DC%: 
DLRLCLayerDataVolume MB: 3636.71
RRC Setup Attempts: 7883
CA Conf FailRate Pct den: 5424
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11560.51

hr: 23
CA Activation Rate num: 9801284
Setup_Fail_DEN: 13306
Peak UE: 53
MB_per_connected_UE: 63.52
DL Volume: 5846
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5666
DL Data Vol MAC in MB: 8575.47
CA Activation Rate den: 177366

Combined RACH Preambles: 1985
Time: 20:08:07
holiday: 0

Avg_Connected_UEs: 79.81
SIP DC%: 
DLRLCLayerDataVolume MB: 7648.86
DRB UL Data Volume MB: 8543
RRC Setup Attempts: 8243
weekend: 0
UPTP Mbps Num: 45099
hr: 0
MAC_UE_SC_Tput: 11440.23

hr: 0
CA Activation Rate num: 5893852
Setup_Fail_DEN: 18971
SIP_SC_Total_MOU: 289.42
Peak UE: 72
MB_per_connected_UE: 40.45
PCT Time MIMO: 33.29
DL Volume: 3310
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7646

Time: 03:46:50
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4204.31
DRB UL Data Volume MB: 5405
CA DL DataVolRatio Pct den: 9161
weekend: 0
UPTP Mbps Num: 48975
hr: 19
MAC_UE_SC_Tput: 22810.01
Bearer Releases: 13444

hr: 19
CA Activation Rate num: 4961348
Setup_Fail_DEN: 14927
SIP_SC_Total_MOU: 17.71
MB_per_connected_UE: 124.06
PCT Time MIMO: 61.13
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5171

Time: 00:19:52
holiday: 0
CA DL DataVolRatio Pct num: 7576

Avg_Connected_UEs: 28.13
SIP DC%: 
PRB Util%: 19.54
RRC Setup Attempts: 8374
weekend: 0
hr: 0

hr: 0
CA Activation Rate num: 4371290
UPTP Mbps Den: 2426
Setup_Fail_DEN: 11363
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 66.65
CA Activation Rate den: 73863

Time: 13:38:53
holiday: 0
CA DL DataVolRatio Pct num: 7193

Avg_Connected_UEs: 20.12
SIP DC%: 
DLRLCLayerDataVolume MB: 8531.02
DRB UL Data Volume MB: 8538
weekend: 1
CA Activation Rate: 6.13
hr: 23
MAC_UE_SC_Tput: 12368.72

hr: 23
CA Activation Rate num: 2787526
Setup_Fail_DEN: 6608
SIP_SC_Total_MOU: 137.17
Peak UE: 46
MB_per_connected_UE: 83.93
DL Volume: 777
DL Data Vol MAC in MB: 7935.35
CA Activation Rate den: 215793

Time: 02:09:47
holiday: 0

DL MAC Vol Scell Pct: 34.99
Avg_Connected_UEs: 82.11
SIP DC%: 
DLRLCLayerDataVolume MB: 5769.38
CA DL DataVolRatio Pct den: 8934
CA Conf FailRate Pct den: 9354
weekend: 1
CA Activation Rate: 8.8
hr: 6
MAC_UE_SC_Tput: 4943
Bearer Releases: 10701

hr: 6
CA Activation Rate num: 3754393
SIP_SC_Total_MOU: 170.88
Peak UE: 27
MB_per_connected_UE: 23.88
DL Volume: 1273
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6374

Time: 18:57:38
holiday: 0
CA DL DataVolRatio Pct num: 3510

Avg_Connected_UEs: 64.11
SIP DC%: 
DLRLCLayerDataVolume MB: 5102.52
DRB UL Data Volume MB: 3324
PRB Util%: 25.12
CA Conf FailRate Pct den: 3010
weekend: 0
CA Activation Rate: 21.22
hr: 11
MAC_UE_SC_Tput: 16531.78
Bearer Releases: 13965

hr: 11
SIP_SC_Total_MOU: 187.26
Peak UE: 52
MB_per_connected_UE: 97.58
DL Data Vol MAC in MB: 9425.32
CA Activation Rate den: 40270

Time: 14:57:32
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 4873
PRB Util%: 33.63
RRC Setup Attempts: 3967
CA DL DataVolRatio Pct den: 9432
weekend: 0
CA Activation Rate: 41.82
hr: 0
MAC_UE_SC_Tput: 4481.7
Bearer Releases: 14234

hr: 0
CA Activation Rate num: 4780844
Setup_Fail_DEN: 17622
Peak UE: 27
MB_per_connected_UE: 39.12
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3065
UL Throughput: 5.45

Time: 07:02:09
holiday: 0
CA DL DataVolRatio Pct num: 819

SIP DC%: 
UPTP_Mbps: 100.91
DLRLCLayerDataVolume MB: 1488.71
DRB UL Data Volume MB: 7911
RRC Setup Attempts: 6339
CA DL DataVolRatio Pct den: 10041
weekend: 1
UPTP Mbps Num: 39583
CA Activation Rate: 70.64
hr: 17
Bearer Releases: 14050

hr: 17
CA Activation Rate num: 1945174
SIP_SC_Total_MOU: 65.59
Peak UE: 27
MB_per_connected_UE: 82.1
DL Volume: 2346
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4408
DL Data Vol MAC in MB: 4568.48
CA Activation Rate den: 67774

Time: 07:18:22
holiday: 0
CA DL DataVolRatio Pct: 58.54

DL MAC Vol Scell Pct: 31.54
Avg_Connected_UEs: 84.05
SIP DC%: 
UPTP_Mbps: 107.53
DLRLCLayerDataVolume MB: 4590.84
DRB UL Data Volume MB: 768
RRC Setup Attempts: 3806
CA DL DataVolRatio Pct den: 6960
weekend: 0
hr: 1
MAC_UE_SC_Tput: 5877.9
Bearer Releases: 7162

hr: 1
Setup_Fail_DEN: 18721
Peak UE: 27
CA Activation Rate den: 118077

Time: 20:56:15
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9517.34
DRB UL Data Volume MB: 7838
CA DL DataVolRatio Pct den: 7186
weekend: 0
CA Activation Rate: 68.64
hr: 23
MAC_UE_SC_Tput: 12635.74

hr: 23
CA Activation Rate num: 9978264
UPTP Mbps Den: 1031
Setup_Fail_DEN: 14791
Peak UE: 27
MB_per_connected_UE: 203.68
DL Data Vol MAC in MB: 5557.39

holiday: 0

Avg_Connected_UEs: 54.84
SIP DC%: 
DLRLCLayerDataVolume MB: 5323.25
DRB UL Data Volume MB: 6802
DL Packet Loss Pct: 3.23
RRC Setup Attempts: 5693
CA Conf FailRate Pct den: 6925
weekend: 0
CA Activation Rate: 25.21
hr: 17
MAC_UE_SC_Tput: 5566.89
Bearer Releases: 7887

hr: 17
SIP_SC_Total_MOU: 166.54
Peak UE: 35
MB_per_connected_UE: 203.8
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6506
DL Data Vol MAC in MB: 3125.92
CA Activation Rate den: 105610

Time: 03:19:14
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7597.7
PRB Util%: 73.25
CA Conf FailRate Pct den: 8947
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4676.93
Bearer Releases: 11735

hr: 0
CA Activation Rate num: 4834163
UPTP Mbps Den: 2952
SIP_SC_Total_MOU: 78.43
Peak UE: 27
PCT Time MIMO: 41.6
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8364
DL Data Vol MAC in MB: 9412.77

Time: 09:22:06
holiday: 0

DL MAC Vol Scell Pct: 21.62
SIP DC%: 
UPTP_Mbps: 51.53
DRB UL Data Volume MB: 4126
PRB Util%: 59.28
CA DL DataVolRatio Pct den: 7123
CA Conf FailRate Pct den: 6999
weekend: 0
UPTP Mbps Num: 54743
CA Activation Rate: 8.05
hr: 0
MAC_UE_SC_Tput: 12676.09

hr: 0
CA Activation Rate num: 3114970
UPTP Mbps Den: 2190
Peak UE: 73
MB_per_connected_UE: 170.83

Combined RACH Preambles: 2693
Time: 13:45:01
holiday: 0
CA DL DataVolRatio Pct: 54.74
HO Attempts: 391

DL MAC Vol Scell Pct: 14.18
Avg_Connected_UEs: 77.5
SIP DC%: 
DRB UL Data Volume MB: 7159
Bearer Drop Voice%: 2.9
RRC Setup Attempts: 6235
CA DL DataVolRatio Pct den: 9917
weekend: 1
UPTP Mbps Num: 37660
hr: 0
MAC_UE_SC_Tput: 4221.09

hr: 0
CA Activation Rate num: 5401431
Setup_Fail_DEN: 8954
UL MAC Vol Scell Pct: 1.62
Peak UE: 73
DL Volume: 1562
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7598
DL Data Vol MAC in MB: 3659.04
Combined RACH Preambles: 2143

Time: 05:31:53
holiday: 0
CA DL DataVolRatio Pct: 78.9

SIP DC%: 
UPTP_Mbps: 139.02
DLRLCLayerDataVolume MB: 8975.49
RRC Setup Attempts: 8864
weekend: 0
UPTP Mbps Num: 35754
CA Activation Rate: 29.94
hr: 23
MAC_UE_SC_Tput: 18458.66

hr: 23
CA Activation Rate num: 10603999
Setup_Fail_DEN: 14081
SIP_SC_Total_MOU: 429.04
Peak UE: 48
MB_per_connected_UE: 31.21
DL Volume: 6246
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9355

Time: 02:55:57
holiday: 0

SIP DC%: 
UPTP_Mbps: 83.85
DLRLCLayerDataVolume MB: 5902.59
DRB UL Data Volume MB: 5863
CA DL DataVolRatio Pct den: 7007
weekend: 0
UPTP Mbps Num: 31043
CA Activation Rate: 28.82
hr: 13
MAC_UE_SC_Tput: 15910.8
Bearer Releases: 13648

hr: 13
CA Activation Rate num: 7051062
Setup_Fail_DEN: 10427
Peak UE: 27
MB_per_connected_UE: 19.31
DL Data Vol MAC in MB: 5849.55

Time: 19:46:42
holiday: 0
CA DL DataVolRatio Pct num: 7053

Avg_Connected_UEs: 51.4
SIP DC%: 
DRB UL Data Volume MB: 7986
weekend: 0
hr: 18
MAC_UE_SC_Tput: 4468.9

hr: 18
Setup_Fail_DEN: 10588
SIP_SC_Total_MOU: 69.21
MB_per_connected_UE: 66.8
PCT Time MIMO: 61.52
DL Data Vol MAC in MB: 7255.93
CA Activation Rate den: 217830

holiday: 0

SIP DC%: 
UPTP_Mbps: 33.66
DLRLCLayerDataVolume MB: 4998.51
RRC Setup Attempts: 9614
CA DL DataVolRatio Pct den: 3390
CA Conf FailRate Pct den: 3514
weekend: 0
hr: 5
MAC_UE_SC_Tput: 14829.02
Bearer Releases: 18600

hr: 5
CA Activation Rate num: 4571356
UPTP Mbps Den: 324
Setup_Fail_DEN: 14668
SIP_SC_Total_MOU: 103.81
Peak UE: 47
MB_per_connected_UE: 95.51
DL Volume: 9805
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4085
DL Data Vol MAC in MB: 2988.38

Time: 11:41:31
holiday: 0
CA DL DataVolRatio Pct: 68.1

DL MAC Vol Scell Pct: 18.71
Avg_Connected_UEs: 64.87
SIP DC%: 
DLRLCLayerDataVolume MB: 4875.53
PRB Util%: 54.57
CA Conf FailRate Pct den: 9368
weekend: 0
CA Activation Rate: 33.1
hr: 4
MAC_UE_SC_Tput: 11129.01
Bearer Releases: 12941

hr: 4
CA Activation Rate num: 2502924
Setup_Fail_DEN: 6481
Peak UE: 68
MB_per_connected_UE: 41.54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3517
CA Activation Rate den: 130815

Time: 07:09:06
holiday: 0
CA DL DataVolRatio Pct: 67.12

SIP DC%: 
UPTP_Mbps: 23.01
RRC Setup Attempts: 7820
CA Conf FailRate Pct den: 3761
weekend: 0
UPTP Mbps Num: 42686
CA Activation Rate: 29.03
hr: 3
Bearer Releases: 16138

hr: 3
CA Activation Rate num: 5161558
UPTP Mbps Den: 1335
Setup_Fail_DEN: 17016
Peak UE: 62
DL Data Vol MAC in MB: 1815.65
CA Activation Rate den: 125672

holiday: 0
CA DL DataVolRatio Pct: 75.4
CA DL DataVolRatio Pct num: 6751

DL MAC Vol Scell Pct: 34.84
Avg_Connected_UEs: 22.01
SIP DC%: 
DLRLCLayerDataVolume MB: 758.91
DRB UL Data Volume MB: 3601
CA DL DataVolRatio Pct den: 9663
weekend: 0
CA Activation Rate: 74.06
hr: 0
Bearer Releases: 15820

hr: 0
CA Activation Rate num: 1656617
UPTP Mbps Den: 1588
Setup_Fail_DEN: 13962
SIP_SC_Total_MOU: 261.77
Peak UE: 27
MB_per_connected_UE: 120.82
DL Volume: 2492
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3561
UL Throughput: 6.18
CA Activation Rate den: 228269

Time: 02:19:18
holiday: 0

Avg_Connected_UEs: 38.18
SIP DC%: 
DLRLCLayerDataVolume MB: 4496.23
DRB UL Data Volume MB: 9258
PRB Util%: 51.61
weekend: 0
UPTP Mbps Num: 8885
CA Activation Rate: 43.51
hr: 0
MAC_UE_SC_Tput: 5285.1

hr: 0
CA Activation Rate num: 3531991
Setup_Fail_DEN: 19111
Peak UE: 81
MB_per_connected_UE: 93.64

Time: 07:00:40
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5949.63
weekend: 0
hr: 17
MAC_UE_SC_Tput: 4726.53

hr: 17
CA Activation Rate num: 5438996
Peak UE: 27
MB_per_connected_UE: 28.2
PCT Time MIMO: 40.12
DL Volume: 2888
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4881
DL Data Vol MAC in MB: 9822.14

Time: 13:27:12
holiday: 0
CA DL DataVolRatio Pct: 73.14
CA DL DataVolRatio Pct num: 6870

DL MAC Vol Scell Pct: 14.75
SIP DC%: 
UPTP_Mbps: 52.26
DLRLCLayerDataVolume MB: 8261.3
DRB UL Data Volume MB: 8950
RRC Setup Attempts: 3592
CA DL DataVolRatio Pct den: 3744
CA Conf FailRate Pct den: 8087
weekend: 0
CA Activation Rate: 31.2
hr: 23
MAC_UE_SC_Tput: 14306.87
Bearer Releases: 7535

hr: 23
CA Activation Rate num: 1818752
Setup_Fail_DEN: 8198
SIP_SC_Total_MOU: 152.23
Peak UE: 27
MB_per_connected_UE: 26.73
PCT Time MIMO: 58.88
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4823
UL Throughput: 10.14
DL Data Vol MAC in MB: 7767.24

Time: 06:48:37
holiday: 0
CA DL DataVolRatio Pct num: 6548

SIP DC%: 
DRB UL Data Volume MB: 1959
PRB Util%: 35.48
CA DL DataVolRatio Pct den: 10189
weekend: 1
UPTP Mbps Num: 44795
hr: 2
MAC_UE_SC_Tput: 7119.34

hr: 2
CA Activation Rate num: 4459689
Setup_Fail_DEN: 17247
SIP_SC_Total_MOU: 15.97
Peak UE: 34
MB_per_connected_UE: 73.87
DL Volume: 7716
UL Throughput: 6.47
DL Data Vol MAC in MB: 8698.5

Time: 13:29:54
holiday: 0
CA DL DataVolRatio Pct num: 6639

DL MAC Vol Scell Pct: 13.6
SIP DC%: 
DLRLCLayerDataVolume MB: 7300.32
PRB Util%: 59.19
RRC Setup Attempts: 6965
CA Conf FailRate Pct den: 3443
weekend: 0
hr: 19
MAC_UE_SC_Tput: 10218.1
Bearer Releases: 13350

hr: 19
CA Activation Rate num: 4358382
UPTP Mbps Den: 1101
Peak UE: 31
PCT Time MIMO: 40.04

Time: 12:05:08
holiday: 0
HO_att_InterFreq: 691

SIP DC%: 
UPTP_Mbps: 8.31
PRB Util%: 32.01
CA DL DataVolRatio Pct den: 4568
CA Conf FailRate Pct den: 2898
weekend: 0
UPTP Mbps Num: 51076
CA Activation Rate: 66.6
hr: 13
MAC_UE_SC_Tput: 8214.82
Bearer Releases: 12761

hr: 13
CA Activation Rate num: 9411144
Setup_Fail_DEN: 11154
SIP_SC_Total_MOU: 82.85
Peak UE: 72
DL Volume: 2453

Time: 19:01:50
holiday: 0
CA DL DataVolRatio Pct num: 3030

DL MAC Vol Scell Pct: 43.84
SIP DC%: 
UPTP_Mbps: 15.9
DLRLCLayerDataVolume MB: 8026.28
DRB UL Data Volume MB: 5823
RRC Setup Attempts: 4519
CA DL DataVolRatio Pct den: 6879
CA Conf FailRate Pct den: 8901
weekend: 0
UPTP Mbps Num: 40037
hr: 0
MAC_UE_SC_Tput: 5104.96
Bearer Releases: 9265

hr: 0
CA Activation Rate num: 9184910
SIP_SC_Total_MOU: 224.72
Peak UE: 36
MB_per_connected_UE: 87.8
DL Volume: 170
DL Data Vol MAC in MB: 9914.68
CA Activation Rate den: 134308

Time: 14:49:03
holiday: 0
CA DL DataVolRatio Pct: 87.18
CA DL DataVolRatio Pct num: 6584

SIP DC%: 
DLRLCLayerDataVolume MB: 5408.82
DRB UL Data Volume MB: 8919
PRB Util%: 14.04
RRC Setup Attempts: 5068
CA Conf FailRate Pct den: 5847
weekend: 0
hr: 2
MAC_UE_SC_Tput: 14925.32
Bearer Releases: 11214

hr: 2
CA Activation Rate num: 3376351
Setup_Fail_DEN: 15426
Peak UE: 27
DL Data Vol MAC in MB: 9938.42
CA Activation Rate den: 58240

holiday: 0
CA DL DataVolRatio Pct num: 5622

DL MAC Vol Scell Pct: 8.38
SIP DC%: 
DLRLCLayerDataVolume MB: 9588.6
CA Conf FailRate Pct den: 8845
weekend: 0
UPTP Mbps Num: 33828
CA Activation Rate: 63.2
hr: 23
Bearer Releases: 7398

hr: 23
CA Activation Rate num: 10486400
Setup_Fail_DEN: 10140
Peak UE: 70
MB_per_connected_UE: 66.16
PCT Time MIMO: 59.62
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6577
DL Data Vol MAC in MB: 9164.39

Combined RACH Preambles: 3657
Time: 17:23:06
holiday: 0
CA DL DataVolRatio Pct: 73.45

DL MAC Vol Scell Pct: 34.95
SIP DC%: 
DLRLCLayerDataVolume MB: 4486.42
CA DL DataVolRatio Pct den: 2506
CA Conf FailRate Pct den: 7807
weekend: 0
UPTP Mbps Num: 1914
CA Activation Rate: 61.94
hr: 5
Bearer Releases: 10937

hr: 5
UPTP Mbps Den: 527
Setup_Fail_DEN: 9760
Peak UE: 27
MB_per_connected_UE: 89.9
DL Data Vol MAC in MB: 8737.82
CA Activation Rate den: 64978
Combined RACH Preambles: 2587

Time: 05:31:50
holiday: 0
CA DL DataVolRatio Pct num: 1977

SIP DC%: 
DLRLCLayerDataVolume MB: 5783.94
DRB UL Data Volume MB: 5165
RRC Setup Attempts: 4358
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5553.54

hr: 23
CA Activation Rate num: 7756253
Setup_Fail_DEN: 14145
Peak UE: 27
DL Volume: 520
DL Data Vol MAC in MB: 1775.76
CA Activation Rate den: 66023

Time: 06:18:40
holiday: 0

Avg_Connected_UEs: 81.19
SIP DC%: 
PRB Util%: 30.53
weekend: 0
hr: 12
MAC_UE_SC_Tput: 5189.32

hr: 12
CA Activation Rate num: 5727598
UPTP Mbps Den: 104
Setup_Fail_DEN: 15160
Peak UE: 73
MB_per_connected_UE: 99.07
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7400
CA Activation Rate den: 172246

Time: 08:45:01
holiday: 0
CA DL DataVolRatio Pct: 56.94
CA DL DataVolRatio Pct num: 3967

SIP DC%: 
DLRLCLayerDataVolume MB: 239.44
RRC Setup Attempts: 3954
weekend: 0
UPTP Mbps Num: 56136
CA Activation Rate: 4.14
hr: 0
MAC_UE_SC_Tput: 14903.27
Bearer Releases: 12981

hr: 0
CA Activation Rate num: 521768
Setup_Fail_DEN: 12634
UL MAC Vol Scell Pct: 1.33
Peak UE: 27
MB_per_connected_UE: 74.13
DL Volume: 994
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8763
DL Data Vol MAC in MB: 5842.79

Time: 06:51:02
holiday: 0

DL MAC Vol Scell Pct: 41.23
SIP DC%: 
PRB Util%: 39.09
CA Conf FailRate Pct den: 4773
weekend: 0
UPTP Mbps Num: 7688
hr: 0

hr: 0
CA Activation Rate num: 4287310
Setup_Fail_DEN: 13541
SIP_SC_Total_MOU: 228.62
Peak UE: 36
MB_per_connected_UE: 144.84
DL Data Vol MAC in MB: 6008.38
CA Activation Rate den: 68879

Time: 01:46:38
holiday: 0
CA DL DataVolRatio Pct: 67.16
HO_att_InterFreq: 685

SIP DC%: 
DLRLCLayerDataVolume MB: 5170.33
weekend: 1
UPTP Mbps Num: 30002
hr: 0
MAC_UE_SC_Tput: 11267.49
Bearer Releases: 15239

hr: 0
CA Activation Rate num: 9266525
UPTP Mbps Den: 5922
Setup_Fail_DEN: 6393
Peak UE: 27
MB_per_connected_UE: 52.95
DL Volume: 2369
CA Activation Rate den: 62520

holiday: 0
CA DL DataVolRatio Pct num: 4306

DL MAC Vol Scell Pct: 18.1
SIP DC%: 
UPTP_Mbps: 32.51
DLRLCLayerDataVolume MB: 7304.34
weekend: 0
hr: 11
MAC_UE_SC_Tput: 4804.54

hr: 11
CA Activation Rate num: 7673992
Peak UE: 40
MB_per_connected_UE: 122.28
DL Volume: 9567
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5581
DL Data Vol MAC in MB: 400.53
Combined RACH Preambles: 2091

Time: 04:06:43
holiday: 0
CA DL DataVolRatio Pct num: 6746

DL MAC Vol Scell Pct: 16.46
SIP DC%: 
DLRLCLayerDataVolume MB: 8601.19
PRB Util%: 38.7
weekend: 1
CA Activation Rate: 51.82
hr: 11
MAC_UE_SC_Tput: 14723.86
Bearer Releases: 13019

hr: 11
UPTP Mbps Den: 444
Setup_Fail_DEN: 7970
Peak UE: 27
MB_per_connected_UE: 168.2
CA Activation Rate den: 116073

Time: 14:01:28
holiday: 0
CA DL DataVolRatio Pct: 70.51

Avg_Connected_UEs: 28.85
SIP DC%: 
UPTP_Mbps: 7.43
DLRLCLayerDataVolume MB: 9353.99
DRB UL Data Volume MB: 8483
PRB Util%: 43.48
RRC Setup Attempts: 3801
CA DL DataVolRatio Pct den: 9219
weekend: 0
UPTP Mbps Num: 10209
hr: 22
Bearer Releases: 15680

hr: 22
CA Activation Rate num: 5038129
SIP_SC_Total_MOU: 306.92
Peak UE: 34

Time: 01:52:10
holiday: 0
CA DL DataVolRatio Pct: 73.33

DL MAC Vol Scell Pct: 5.79
SIP DC%: 
UPTP_Mbps: 9.97
DLRLCLayerDataVolume MB: 5109.51
DRB UL Data Volume MB: 8885
PRB Util%: 16.05
CA DL DataVolRatio Pct den: 9452
weekend: 0
UPTP Mbps Num: 38305
hr: 13
MAC_UE_SC_Tput: 11528.54
Bearer Releases: 7256

hr: 13
CA Activation Rate num: 2163598
UPTP Mbps Den: 803
Setup_Fail_DEN: 10497
Peak UE: 27
MB_per_connected_UE: 100.66
DL Volume: 5997
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5047

Time: 22:30:37
holiday: 0

Avg_Connected_UEs: 43.88
SIP DC%: 
UPTP_Mbps: 11.34
S1U_SIP_SC_SEER: 99.93
DLRLCLayerDataVolume MB: 3933.1
PRB Util%: 72.95
RRC Setup Attempts: 8350
CA DL DataVolRatio Pct den: 5493
weekend: 0
UPTP Mbps Num: 8522
CA Activation Rate: 27.47
hr: 7
MAC_UE_SC_Tput: 8150.15
Bearer Releases: 11841

hr: 7
CA Activation Rate num: 8073710
Peak UE: 27
MB_per_connected_UE: 92.16
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3844
DL Data Vol MAC in MB: 6340.23

Combined RACH Preambles: 2347
Time: 03:13:24
holiday: 0
CA DL DataVolRatio Pct num: 888

DL MAC Vol Scell Pct: 14.9
Avg_Connected_UEs: 49.16
SIP DC%: 
UPTP_Mbps: 21.87
DLRLCLayerDataVolume MB: 3592.98
RRC Setup Attempts: 9542
CA DL DataVolRatio Pct den: 8166
CA Conf FailRate Pct den: 5690
weekend: 0
CA Activation Rate: 60.12
hr: 17
MAC_UE_SC_Tput: 11121.58
Bearer Releases: 11731

hr: 17
CA Activation Rate num: 1887238
Setup_Fail_DEN: 15267
Peak UE: 27
DL Data Vol MAC in MB: 2564.2

Time: 04:07:43
holiday: 0
CA DL DataVolRatio Pct num: 5396

DL MAC Vol Scell Pct: 10.64
Avg_Connected_UEs: 49.58
SIP DC%: 
UPTP_Mbps: 92.62
DLRLCLayerDataVolume MB: 504.84
DRB UL Data Volume MB: 9339
PRB Util%: 68.3
weekend: 0
CA Activation Rate: 24.66
hr: 7
MAC_UE_SC_Tput: 16348.64

hr: 7
CA Activation Rate num: 5576885
Peak UE: 46
MB_per_connected_UE: 183.87
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4150
DL Data Vol MAC in MB: 6812.63

Time: 07:21:56
holiday: 0
CA DL DataVolRatio Pct num: 6024

Avg_Connected_UEs: 24.59
SIP DC%: 
UPTP_Mbps: 28.64
weekend: 0
UPTP Mbps Num: 981
CA Activation Rate: 32.8
hr: 12
MAC_UE_SC_Tput: 9072.52

hr: 12
SIP_SC_Total_MOU: 311.26
Peak UE: 60
MB_per_connected_UE: 61.31
DL Volume: 6187
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8716
CA Activation Rate den: 140903

Time: 21:15:46
holiday: 0
CA DL DataVolRatio Pct num: 4581

DL MAC Vol Scell Pct: 46.96
SIP DC%: 
UPTP_Mbps: 10.5
DLRLCLayerDataVolume MB: 9896.61
weekend: 0
UPTP Mbps Num: 9836
CA Activation Rate: 10.18
hr: 4
MAC_UE_SC_Tput: 9087.46

hr: 4
CA Activation Rate num: 7802615
SIP_SC_Total_MOU: 118.65
Peak UE: 27
UL Throughput: 8.77
DL Data Vol MAC in MB: 8714.65

Time: 20:30:23
holiday: 0
HO Attempts: 18

SIP DC%: 
UPTP_Mbps: 37.84
DLRLCLayerDataVolume MB: 7701.61
RRC Setup Attempts: 3565
CA Conf FailRate Pct den: 8430
weekend: 0
UPTP Mbps Num: 29138
CA Activation Rate: 5.78
hr: 21
MAC_UE_SC_Tput: 7061.01

hr: 21
CA Activation Rate num: 3419300
Setup_Fail_DEN: 11082
SIP_SC_Total_MOU: 20.43
Peak UE: 35
MB_per_connected_UE: 87.51
PCT Time MIMO: 54.13
DL Volume: 3496
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3614
DL Data Vol MAC in MB: 8620.54
CA Activation Rate den: 102315

Combined RACH Preambles: 2879
Time: 23:55:17
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4817.32
weekend: 0
CA Activation Rate: 3.86
hr: 20
MAC_UE_SC_Tput: 14965.54
Bearer Releases: 6933

hr: 20
CA Activation Rate num: 3515717
Peak UE: 28
Combined RACH Preambles: 4892
Time: 16:48:38

holiday: 0
CA DL DataVolRatio Pct num: 6744

SIP DC%: 
UPTP_Mbps: 44.64
DRB UL Data Volume MB: 5175
RRC Setup Attempts: 5675
CA DL DataVolRatio Pct den: 7906
weekend: 0
UPTP Mbps Num: 26853
CA Activation Rate: 41.02
hr: 2
MAC_UE_SC_Tput: 4742.94

hr: 2
CA Activation Rate num: 4285471
Setup_Fail_DEN: 12445
Peak UE: 69
MB_per_connected_UE: 159.38
DL Data Vol MAC in MB: 4128.48
CA Activation Rate den: 215388

Time: 18:36:49
holiday: 0
CA DL DataVolRatio Pct num: 6345

Avg_Connected_UEs: 26.21
SIP DC%: 
DLRLCLayerDataVolume MB: 6846.68
DRB UL Data Volume MB: 8862
weekend: 0
hr: 23
MAC_UE_SC_Tput: 10771.27
Bearer Releases: 16911

hr: 23
CA Activation Rate num: 7077717
Setup_Fail_DEN: 15338
SIP_SC_Total_MOU: 27.85
Peak UE: 50
PCT Time MIMO: 33.95
DL Volume: 8582
DL Data Vol MAC in MB: 10011.39
CA Activation Rate den: 114334

Time: 09:13:47
holiday: 0
CA DL DataVolRatio Pct num: 2717

DL MAC Vol Scell Pct: 22.23
SIP DC%: 
DLRLCLayerDataVolume MB: 4319.39
DRB UL Data Volume MB: 468
CA Conf FailRate Pct den: 7402
weekend: 1
UPTP Mbps Num: 38940
RSSIRX2 Avg: -94.72
hr: 14
MAC_UE_SC_Tput: 11253.33

hr: 14
CA Activation Rate num: 10344696
Peak UE: 27
MB_per_connected_UE: 51.69
DL Volume: 1674
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4865
DL Data Vol MAC in MB: 5101
CA Activation Rate den: 90192

Time: 16:55:17
holiday: 0
CA DL DataVolRatio Pct: 58.09
CA DL DataVolRatio Pct num: 7402

SIP DC%: 
UPTP_Mbps: 129.89
DLRLCLayerDataVolume MB: 6095.45
RRC Setup Attempts: 9241
CA DL DataVolRatio Pct den: 9262
CA Conf FailRate Pct den: 8786
weekend: 0
UPTP Mbps Num: 54340
CA Activation Rate: 33.31
hr: 0
MAC_UE_SC_Tput: 6906.56

hr: 0
CA Activation Rate num: 5729468
Setup_Fail_DEN: 10668
SIP_SC_Total_MOU: 88.18
Peak UE: 27

holiday: 0
CA DL DataVolRatio Pct num: 1634

Avg_Connected_UEs: 22.04
SIP DC%: 
UPTP_Mbps: 21.09
DLRLCLayerDataVolume MB: 5931.9
DRB UL Data Volume MB: 399
weekend: 1
CA Activation Rate: 15.95
hr: 22
MAC_UE_SC_Tput: 5836.35

hr: 22
CA Activation Rate num: 839690
Peak UE: 27
PCT Time MIMO: 51.09
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9194
DL Data Vol MAC in MB: 7270.13
CA Activation Rate den: 140739

Time: 06:00:24
holiday: 0
CA DL DataVolRatio Pct num: 2411

Avg_Connected_UEs: 72.62
SIP DC%: 
UPTP_Mbps: 27.25
DLRLCLayerDataVolume MB: 4856.94
DRB UL Data Volume MB: 7288
PRB Util%: 62.58
DL Packet Loss Pct: 2.05
RSSIRX1 Avg: -93.55
weekend: 0
S1U_SIP_SC_SEER_num: 261
CA Activation Rate: 7.5
hr: 23
MAC_UE_SC_Tput: 19862.18

hr: 23
CA Activation Rate num: 5653675
UPTP Mbps Den: 5694
Setup_Fail_DEN: 10960
Peak UE: 83
MB_per_connected_UE: 121.41
PCT Time MIMO: 68.08
DL Data Vol MAC in MB: 8931.67

Time: 09:43:59
holiday: 0
CA DL DataVolRatio Pct num: 6171

SIP DC%: 
UPTP_Mbps: 14.82
DLRLCLayerDataVolume MB: 2005.2
DRB UL Data Volume MB: 8210
RRC Setup Attempts: 6043
weekend: 0
hr: 23
MAC_UE_SC_Tput: 18451.03
Bearer Releases: 18518

hr: 23
CA Activation Rate num: 2330537
Setup_Fail_DEN: 7949
SIP_SC_Total_MOU: 427.96
Peak UE: 34
MB_per_connected_UE: 190.69
DL Volume: 7656
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8539
DL Data Vol MAC in MB: 6400.44
CA Activation Rate den: 100378

holiday: 0

Avg_Connected_UEs: 52.8
SIP DC%: 
UPTP_Mbps: 16.55
DLRLCLayerDataVolume MB: 7416.17
DRB UL Data Volume MB: 1278
RRC Setup Attempts: 7040
weekend: 1
UPTP Mbps Num: 13339
CA Activation Rate: 22
hr: 5
MAC_UE_SC_Tput: 14652.66
Bearer Releases: 8488

hr: 5
CA Activation Rate num: 1144208
Setup_Fail_DEN: 15247
Peak UE: 27
MB_per_connected_UE: 28.36
PCT Time MIMO: 35.86
DL Volume: 426
DL Data Vol MAC in MB: 7720.39
CA Activation Rate den: 114986

Combined RACH Preambles: 2827
Time: 23:45:07
holiday: 0
HO_att_InterFreq: 733

SIP DC%: 
UPTP_Mbps: 31.77
DLRLCLayerDataVolume MB: 656.5
DRB UL Data Volume MB: 321
PRB Util%: 41.71
CA Conf FailRate Pct den: 3519
weekend: 0
CA Activation Rate: 56.95
hr: 0
MAC_UE_SC_Tput: 17753.75

hr: 0
CA Activation Rate num: 2440161
UPTP Mbps Den: 813
Setup_Fail_DEN: 6890
Peak UE: 27
DL Volume: 7792
DL Data Vol MAC in MB: 7540.66
CA Activation Rate den: 102707

Time: 11:25:59
holiday: 0
HO Attempts: 714

SIP DC%: 
UPTP_Mbps: 19.88
DLRLCLayerDataVolume MB: 6610.7
DRB UL Data Volume MB: 5087
RRC Setup Attempts: 6837
weekend: 0
UPTP Mbps Num: 11427
CA Activation Rate: 46.76
hr: 10
MAC_UE_SC_Tput: 15945.97
Bearer Releases: 9458

hr: 10
CA Activation Rate num: 2907468
UPTP Mbps Den: 43
Setup_Fail_DEN: 10911
Peak UE: 78
PCT Time MIMO: 51.61
DL Volume: 9135
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4844

Time: 14:55:57
holiday: 0

SIP DC%: 
UPTP_Mbps: 61.63
DLRLCLayerDataVolume MB: 3466.05
CA DL DataVolRatio Pct den: 9515
weekend: 0
CA Activation Rate: 66.17
hr: 23
MAC_UE_SC_Tput: 6831.47
Bearer Releases: 15027

hr: 23
CA Activation Rate num: 7953194
UPTP Mbps Den: 1137
SIP_SC_Total_MOU: 147.48
Peak UE: 70
MB_per_connected_UE: 115.83

Time: 13:38:59
holiday: 0

Avg_Connected_UEs: 25.48
SIP DC%: 
UPTP_Mbps: 41.38
DRB UL Data Volume MB: 9310
RRC Setup Attempts: 5180
CA Conf FailRate Pct den: 3490
weekend: 0
CA Activation Rate: 3.8
hr: 22
MAC_UE_SC_Tput: 17484.78
Bearer Releases: 13846

hr: 22
CA Activation Rate num: 6206502
UPTP Mbps Den: 534
Setup_Fail_DEN: 10135
SIP_SC_Total_MOU: 55.91
Peak UE: 68
MB_per_connected_UE: 163.94
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4703
CA Activation Rate den: 64436

Time: 18:06:17
holiday: 0
CA DL DataVolRatio Pct num: 7199

SIP DC%: 
CA DL DataVolRatio Pct den: 9047
weekend: 0
CA Activation Rate: 64.56
hr: 14
MAC_UE_SC_Tput: 10843.23

hr: 14
CA Activation Rate num: 7997467
SIP_SC_Total_MOU: 159.13
Peak UE: 27
VOLTE IA%: 
PCT Time MIMO: 54.16
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4745
DL Data Vol MAC in MB: 9674.45
CA Activation Rate den: 83520

Time: 00:31:11
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5091.12
DRB UL Data Volume MB: 9839
PRB Util%: 15.94
CA DL DataVolRatio Pct den: 7251
weekend: 0
UPTP Mbps Num: 8076
CA Activation Rate: 52.13
hr: 5
MAC_UE_SC_Tput: 4750.49
Bearer Releases: 8930

hr: 5
CA Activation Rate num: 5664377
UPTP Mbps Den: 5342
Setup_Fail_DEN: 19711
SIP_SC_Total_MOU: 13.68
Peak UE: 94
MB_per_connected_UE: 189.84
DL Volume: 7081
DL Data Vol MAC in MB: 4508.6
CA Activation Rate den: 132900

holiday: 0
CA DL DataVolRatio Pct: 57.48

Avg_Connected_UEs: 43.24
SIP DC%: 
DLRLCLayerDataVolume MB: 1267.61
PRB Util%: 34.57
CA Conf FailRate Pct den: 4728
weekend: 0
UPTP Mbps Num: 23915
hr: 0
MAC_UE_SC_Tput: 17381.56

hr: 0
Setup_Fail_DEN: 14285
Peak UE: 27
MB_per_connected_UE: 140.68
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6038
DL Data Vol MAC in MB: 6488.37
CA Activation Rate den: 218743

Time: 07:42:36
holiday: 0
CA DL DataVolRatio Pct num: 4456

Avg_Connected_UEs: 45.49
SIP DC%: 
UPTP_Mbps: 14.37
DLRLCLayerDataVolume MB: 8514.19
weekend: 0
hr: 4
MAC_UE_SC_Tput: 10291.52

hr: 4
CA Activation Rate num: 7075164
Peak UE: 27
PCT Time MIMO: 41.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4008
DL Data Vol MAC in MB: 5145.95

Time: 09:33:51
holiday: 0
CA DL DataVolRatio Pct num: 6186

DL MAC Vol Scell Pct: 10.7
SIP DC%: 
UPTP_Mbps: 32.07
DLRLCLayerDataVolume MB: 5804.58
CA DL DataVolRatio Pct den: 5950
weekend: 0
hr: 12
MAC_UE_SC_Tput: 6460.76

hr: 12
UPTP Mbps Den: 31
Setup_Fail_DEN: 11350
SIP_SC_Total_MOU: 167.99
Peak UE: 27
MB_per_connected_UE: 179.56
PCT Time MIMO: 50.45
DL Volume: 5472
DL Data Vol MAC in MB: 8720.44

Time: 16:56:48
holiday: 0
CA DL DataVolRatio Pct: 56.61

SIP DC%: 
DLRLCLayerDataVolume MB: 4450.16
RRC Setup Attempts: 6847
CA DL DataVolRatio Pct den: 8331
weekend: 0
CA Activation Rate: 51.1
hr: 14
MAC_UE_SC_Tput: 5267.02

hr: 14
CA Activation Rate num: 2494695
UPTP Mbps Den: 1586
Setup_Fail_DEN: 12460
Peak UE: 27
DL Data Vol MAC in MB: 5203.32
CA Activation Rate den: 62211

Combined RACH Preambles: 2822
Time: 17:04:27
holiday: 0
CA DL DataVolRatio Pct: 66.54
CA DL DataVolRatio Pct num: 3815

Avg_Connected_UEs: 35.08
SIP DC%: 
DLRLCLayerDataVolume MB: 557.42
DRB UL Data Volume MB: 7680
CA Conf FailRate Pct den: 4863
weekend: 0
CA Activation Rate: 77.72
hr: 23
MAC_UE_SC_Tput: 10005.19

hr: 23
CA Activation Rate num: 6980716
UPTP Mbps Den: 2704
Setup_Fail_DEN: 10726
Peak UE: 67
MB_per_connected_UE: 92.7
DL Volume: 9543
DL Data Vol MAC in MB: 9878.23
CA Activation Rate den: 92905

holiday: 0
CA DL DataVolRatio Pct: 42.58
CA DL DataVolRatio Pct num: 6273

DL MAC Vol Scell Pct: 37.16
SIP DC%: 
UPTP_Mbps: 34.88
DRB UL Data Volume MB: 1626
CA DL DataVolRatio Pct den: 293
weekend: 0
hr: 5
MAC_UE_SC_Tput: 4891.57

hr: 5
CA Activation Rate num: 9107150
Setup_Fail_DEN: 6947
SIP_SC_Total_MOU: 199.3
Peak UE: 91
DL Data Vol MAC in MB: 9232.25
CA Activation Rate den: 107861

Time: 10:44:21
holiday: 0
CA DL DataVolRatio Pct: 73.78
CA DL DataVolRatio Pct num: 2824

SIP DC%: 
DLRLCLayerDataVolume MB: 8647.44
DRB UL Data Volume MB: 7289
RRC Setup Attempts: 4614
CA Conf FailRate Pct den: 8393
weekend: 0
UPTP Mbps Num: 18817
S1U_SIP_SC_SEER_num: 256
CA Activation Rate: 25.9
hr: 0

hr: 0
CA Activation Rate num: 6244592
Peak UE: 27
PCT Time MIMO: 49.68
DL Volume: 7276
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3901
CA Activation Rate den: 62499

Time: 08:33:43
holiday: 0
CA DL DataVolRatio Pct: 69.72
HO Attempts: 837

Avg_Connected_UEs: 52.77
SIP DC%: 
UPTP_Mbps: 85.31
DLRLCLayerDataVolume MB: 7365.86
PRB Util%: 17.87
HQ_EXE_TOTARGET_FAILURE_QCI_1: 0.1
RRC Setup Attempts: 4374
CA DL DataVolRatio Pct den: 1523
weekend: 1
hr: 2

hr: 2
CA Activation Rate num: 14086226
Peak UE: 32
MB_per_connected_UE: 49.3
DL Volume: 8943
CA Activation Rate den: 38408

Time: 11:09:17
holiday: 0
CA DL DataVolRatio Pct: 44.85

SIP DC%: 
DLRLCLayerDataVolume MB: 3137.29
PRB Util%: 69.62
CA Conf FailRate Pct den: 6661
weekend: 0
UPTP Mbps Num: 18276
CA Activation Rate: 47.01
hr: 5
MAC_UE_SC_Tput: 11766.77

hr: 5
Setup_Fail_DEN: 11605
Peak UE: 61
MB_per_connected_UE: 63.27
PCT Time MIMO: 58.02
DL Volume: 615
CA Activation Rate den: 121234
Combined RACH Preambles: 3957

Time: 05:37:46
holiday: 0

DL MAC Vol Scell Pct: 32.32
SIP DC%: 
UPTP_Mbps: 44.9
DLRLCLayerDataVolume MB: 1662
PRB Util%: 19.34
weekend: 0
UPTP Mbps Num: 30825
hr: 0

hr: 0
CA Activation Rate num: 993509
SIP_SC_Total_MOU: 55.87
Peak UE: 27
MB_per_connected_UE: 126.36
PCT Time MIMO: 67.09
CA Activation Rate den: 87983

Time: 16:29:58
holiday: 0

DL MAC Vol Scell Pct: 19.72
SIP DC%: 
DLRLCLayerDataVolume MB: 7305.23
weekend: 0
CA Activation Rate: 36.47
hr: 23
MAC_UE_SC_Tput: 9914.73
Bearer Releases: 11521

hr: 23
CA Activation Rate num: 8267173
SIP_SC_Total_MOU: 69.47
Peak UE: 27
MB_per_connected_UE: 169.71
PCT Time MIMO: 48.48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5734

Time: 22:30:43
holiday: 0
CA DL DataVolRatio Pct num: 5618

SIP DC%: 
DLRLCLayerDataVolume MB: 7192.18
DRB UL Data Volume MB: 4059
PRB Util%: 41.86
RRC Setup Attempts: 8612
CA DL DataVolRatio Pct den: 4914
CA Conf FailRate Pct den: 7679
weekend: 0
UPTP Mbps Num: 42993
CA Activation Rate: 25.06
hr: 3
MAC_UE_SC_Tput: 5126.42
Bearer Releases: 14017

hr: 3
CA Activation Rate num: 6305301
Setup_Fail_DEN: 18736
SIP_SC_Total_MOU: 17.12
Peak UE: 27
MB_per_connected_UE: 60.73
DL Data Vol MAC in MB: 9535.95
CA Activation Rate den: 112916

holiday: 0
CA DL DataVolRatio Pct: 91.7

SIP DC%: 
DLRLCLayerDataVolume MB: 2879.24
PRB Util%: 45.16
RRC Setup Attempts: 7168
CA DL DataVolRatio Pct den: 8199
CA Conf FailRate Pct den: 8070
weekend: 0
UPTP Mbps Num: 49625
hr: 7
MAC_UE_SC_Tput: 5881.19

hr: 7
CA Activation Rate num: 344518
Setup_Fail_DEN: 14102
Peak UE: 27
MB_per_connected_UE: 92.65
PCT Time MIMO: 42.16
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3727
DL Data Vol MAC in MB: 879.96
CA Activation Rate den: 181584
Combined RACH Preambles: 3461

Time: 08:09:38
holiday: 0
CA DL DataVolRatio Pct num: 3858

SIP DC%: 
UPTP_Mbps: 7.82
PRB Util%: 55.36
RRC Setup Attempts: 3642
weekend: 0
CA Activation Rate: 25.35
hr: 23
MAC_UE_SC_Tput: 18135.97
Bearer Releases: 7100

hr: 23
CA Activation Rate num: 4266114
Peak UE: 69
MB_per_connected_UE: 179.61
DL Data Vol MAC in MB: 8466.28
CA Activation Rate den: 53368

Time: 05:06:34
holiday: 0

DL MAC Vol Scell Pct: 52.85
Avg_Connected_UEs: 39.46
SIP DC%: 
Bearer Drop Voice%: 1.04
RRC Setup Attempts: 4588
CA DL DataVolRatio Pct den: 7221
weekend: 0
UPTP Mbps Num: 21692
CA Activation Rate: 4.45
hr: 4
MAC_UE_SC_Tput: 5015.03
Bearer Releases: 14817

hr: 4
CA Activation Rate num: 10803116
Setup_Fail_DEN: 17502
SIP_SC_Total_MOU: 429.06
Peak UE: 42

Combined RACH Preambles: 2573
Time: 09:41:15
holiday: 0
CA DL DataVolRatio Pct num: 7039

SIP DC%: 
DLRLCLayerDataVolume MB: 4369.67
DRB UL Data Volume MB: 981
CA DL DataVolRatio Pct den: 10162
weekend: 0
hr: 19
MAC_UE_SC_Tput: 6576.28
Bearer Releases: 6983

hr: 19
CA Activation Rate num: 11055599
SIP_SC_Total_MOU: 301.92
Peak UE: 27
MB_per_connected_UE: 45.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4590
DL Data Vol MAC in MB: 5923.6
CA Activation Rate den: 122905

Time: 14:32:11
holiday: 0
CA DL DataVolRatio Pct: 59.87
CA DL DataVolRatio Pct num: 5559

DL MAC Vol Scell Pct: 10.93
SIP DC%: 
UPTP_Mbps: 37.95
DLRLCLayerDataVolume MB: 4566.72
DRB UL Data Volume MB: 4888
weekend: 0
UPTP Mbps Num: 4336
hr: 13
MAC_UE_SC_Tput: 5562.54
Bearer Releases: 12691

hr: 13
CA Activation Rate num: 9659133
Setup_Fail_DEN: 8067
SIP_SC_Total_MOU: 39.32
Peak UE: 63
MB_per_connected_UE: 12.82
PCT Time MIMO: 62.13
DL Volume: 4690
DL Data Vol MAC in MB: 4021.31
CA Activation Rate den: 40729

Time: 13:23:14
holiday: 0

SIP DC%: 
UPTP_Mbps: 115.66
DRB UL Data Volume MB: 8364
PRB Util%: 22.21
RRC Setup Attempts: 7395
CA Conf FailRate Pct den: 3638
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11071.99
Bearer Releases: 7750

hr: 23
CA Activation Rate num: 8900351
SIP_SC_Total_MOU: 222.3
Peak UE: 27
MB_per_connected_UE: 49.44
PCT Time MIMO: 33.03
DL Volume: 5775
DL Data Vol MAC in MB: 3567.29

Time: 21:48:12
holiday: 0

Avg_Connected_UEs: 55.14
SIP DC%: 
DRB UL Data Volume MB: 8556
CA Conf FailRate Pct den: 5184
weekend: 0
CA Activation Rate: 18.42
hr: 23
MAC_UE_SC_Tput: 7241.1
Bearer Releases: 9822

hr: 23
CA Activation Rate num: 8928385
Setup_Fail_DEN: 17491
SIP_SC_Total_MOU: 10.04
Peak UE: 54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4504

Combined RACH Preambles: 4843
Time: 14:50:37
holiday: 0
CA DL DataVolRatio Pct: 66.82

DL MAC Vol Scell Pct: 50.49
SIP DC%: 
CA DL DataVolRatio Pct den: 8778
weekend: 0
CA Activation Rate: 6.68
hr: 6
MAC_UE_SC_Tput: 5505.27
Bearer Releases: 10787

hr: 6
CA Activation Rate num: 8489843
UPTP Mbps Den: 1911
SIP_SC_Total_MOU: 50.78
Peak UE: 48
DL Volume: 2016
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3280
DL Data Vol MAC in MB: 10002.64

Time: 21:56:27
holiday: 0

SIP DC%: 
UPTP_Mbps: 19.94
DLRLCLayerDataVolume MB: 5368.33
CA DL DataVolRatio Pct den: 7564
CA Conf FailRate Pct den: 7369
weekend: 0
UPTP Mbps Num: 9668
CA Activation Rate: 52.16
hr: 20
MAC_UE_SC_Tput: 4611.65

hr: 20
CA Activation Rate num: 9584235
Peak UE: 83
MB_per_connected_UE: 50.29
CA Activation Rate den: 40581

Time: 23:50:35
holiday: 0
CA DL DataVolRatio Pct num: 993

SIP DC%: 
DLRLCLayerDataVolume MB: 3953.38
DL Packet Loss Pct: 1.8
CA DL DataVolRatio Pct den: 2765
weekend: 1
hr: 0

hr: 0
CA Activation Rate num: 1184815
UPTP Mbps Den: 1030
Setup_Fail_DEN: 14834
SIP_SC_Total_MOU: 48.45
Peak UE: 27
DL Volume: 5445
DL Data Vol MAC in MB: 479.28
CA Activation Rate den: 150713

Time: 09:35:53
holiday: 0
CA DL DataVolRatio Pct num: 2864

DL MAC Vol Scell Pct: 37.78
SIP DC%: 
DRB UL Data Volume MB: 2319
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11151.23
Bearer Releases: 16882

hr: 23
CA Activation Rate num: 7113965
UPTP Mbps Den: 1185
Peak UE: 27
MB_per_connected_UE: 75.31
DL Volume: 8023
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8189
DL Data Vol MAC in MB: 5699.61
CA Activation Rate den: 123162

Time: 12:07:16
holiday: 0
CA DL DataVolRatio Pct: 77.3

SIP DC%: 
DLRLCLayerDataVolume MB: 9154.56
PRB Util%: 19.15
RSSIRX1 Avg: -93.76
weekend: 0
CA Activation Rate: 52.49
hr: 20
Bearer Releases: 8518

hr: 20
CA Activation Rate num: 10136406
UPTP Mbps Den: 233
Setup_Fail_DEN: 19594
SIP_SC_Total_MOU: 26.82
Peak UE: 93
MB_per_connected_UE: 148.67
DL Volume: 8447
DL Data Vol MAC in MB: 6344.97
CA Activation Rate den: 173721

Time: 23:42:02
holiday: 0
CA DL DataVolRatio Pct num: 4366

DL MAC Vol Scell Pct: 51.53
SIP DC%: 
UPTP_Mbps: 11.08
DLRLCLayerDataVolume MB: 8493.6
DRB UL Data Volume MB: 6911
PRB Util%: 46.69
weekend: 0
UPTP Mbps Num: 15238
hr: 3
MAC_UE_SC_Tput: 7415.67
Bearer Releases: 8816

hr: 3
CA Activation Rate num: 4756179
UPTP Mbps Den: 208
SIP_SC_Total_MOU: 102.36
Peak UE: 73
MB_per_connected_UE: 85.68
DL Volume: 4715
DL Data Vol MAC in MB: 9406.65

Time: 01:30:55
holiday: 0
CA DL DataVolRatio Pct: 70.38

SIP DC%: 
UPTP_Mbps: 75.52
DLRLCLayerDataVolume MB: 5545.36
DRB UL Data Volume MB: 2041
CA DL DataVolRatio Pct den: 4045
weekend: 0
UPTP Mbps Num: 49313
hr: 0
Bearer Releases: 7960

hr: 0
CA Activation Rate num: 9218272
Setup_Fail_DEN: 9719
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3751
CA Activation Rate den: 142409

Time: 19:09:34
holiday: 0
CA DL DataVolRatio Pct: 90.96
CA DL DataVolRatio Pct num: 4199

DL MAC Vol Scell Pct: 57.07
Avg_Connected_UEs: 28.96
SIP DC%: 
UPTP_Mbps: 109.66
DLRLCLayerDataVolume MB: 265.32
DRB UL Data Volume MB: 8911
RRC Setup Attempts: 7764
CA DL DataVolRatio Pct den: 6067
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5523.55

hr: 0
CA Activation Rate num: 967033
UPTP Mbps Den: 1209
Peak UE: 31
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5609
DL Data Vol MAC in MB: 1421.77
CA Activation Rate den: 47616

Combined RACH Preambles: 3331
Time: 11:05:26
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5521.8
CA DL DataVolRatio Pct den: 8313
CA Conf FailRate Pct den: 3516
weekend: 0
hr: 12
MAC_UE_SC_Tput: 7385.52

hr: 12
CA Activation Rate num: 4990399
Setup_Fail_DEN: 14789
SIP_SC_Total_MOU: 129.26
Peak UE: 27
DL Data Vol MAC in MB: 1337.59
CA Activation Rate den: 204504

Combined RACH Preambles: 2052
Time: 20:23:12
holiday: 0

DL MAC Vol Scell Pct: 21.22
SIP DC%: 
DRB UL Data Volume MB: 1027
RRC Setup Attempts: 4644
CA DL DataVolRatio Pct den: 682
CA Conf FailRate Pct den: 9168
weekend: 0
CA Activation Rate: 70.99
hr: 23
MAC_UE_SC_Tput: 8374.59
Bearer Releases: 14254

hr: 23
CA Activation Rate num: 7743442
UPTP Mbps Den: 595
SIP_SC_Total_MOU: 44.86
Peak UE: 37
PCT Time MIMO: 54.56
DL Volume: 7189
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8843
CA Activation Rate den: 112755

Time: 04:22:16
holiday: 0
CA DL DataVolRatio Pct num: 1479
HO Attempts: 773

SIP DC%: 
DRB UL Data Volume MB: 9593
RRC Setup Attempts: 7528
CA Conf FailRate Pct den: 7894
weekend: 0
hr: 16
MAC_UE_SC_Tput: 12241.1
Bearer Releases: 17304

hr: 16
CA Activation Rate num: 13494870
Setup_Fail_DEN: 15865
Peak UE: 41
DL Data Vol MAC in MB: 5198.64

Time: 02:01:14
holiday: 0

DL MAC Vol Scell Pct: 7.6
SIP DC%: 
UPTP_Mbps: 27.88
DLRLCLayerDataVolume MB: 8314.24
DRB UL Data Volume MB: 2348
PRB Util%: 10.8
CA Conf FailRate Pct den: 8688
weekend: 0
UPTP Mbps Num: 38390
CA Activation Rate: 14
hr: 12
MAC_UE_SC_Tput: 10824.02
Bearer Releases: 17786

hr: 12
CA Activation Rate num: 5608473
Peak UE: 28
MB_per_connected_UE: 43.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4271
CA Activation Rate den: 125405

Time: 18:43:34
holiday: 0
CA DL DataVolRatio Pct num: 366

SIP DC%: 
DRB UL Data Volume MB: 6722
weekend: 0
CA Activation Rate: 22.47
hr: 8
MAC_UE_SC_Tput: 8248.01
Bearer Releases: 9336

hr: 8
CA Activation Rate num: 5782024
Setup_Fail_DEN: 12114
SIP_SC_Total_MOU: 265.02
Peak UE: 76
MB_per_connected_UE: 170.67
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5669
DL Data Vol MAC in MB: 5129.31
CA Activation Rate den: 160570

Time: 15:51:32
holiday: 0
HO_att_InterFreq: 140
CA DL DataVolRatio Pct num: 7368

SIP DC%: 
DLRLCLayerDataVolume MB: 2186.81
CA DL DataVolRatio Pct den: 8804
weekend: 0
hr: 8
MAC_UE_SC_Tput: 17024.84

hr: 8
CA Activation Rate num: 7365059
Setup_Fail_DEN: 11493
PCT Time MIMO: 41.98
DL Volume: 5574
DL Data Vol MAC in MB: 9972.76

Time: 01:46:27
holiday: 0
CA DL DataVolRatio Pct num: 3318

DL MAC Vol Scell Pct: 15.36
SIP DC%: 
DLRLCLayerDataVolume MB: 418.6
DRB UL Data Volume MB: 7110
RRC Setup Attempts: 7900
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5760.89

hr: 23
CA Activation Rate num: 1726426
Peak UE: 27
DL Volume: 231

Time: 00:41:47
holiday: 0
CA DL DataVolRatio Pct: 58.05
CA DL DataVolRatio Pct num: 5053

DL MAC Vol Scell Pct: 40.02
SIP DC%: 
DLRLCLayerDataVolume MB: 456.11
DRB UL Data Volume MB: 5376
PRB Util%: 60.42
weekend: 0
CA Activation Rate: 26.23
hr: 0
MAC_UE_SC_Tput: 4714.95

hr: 0
Peak UE: 42
MB_per_connected_UE: 165.81
DL Data Vol MAC in MB: 379.37
CA Activation Rate den: 50161

holiday: 0
CA DL DataVolRatio Pct num: 5095

DL MAC Vol Scell Pct: 27.93
SIP DC%: 
UPTP_Mbps: 20.77
DLRLCLayerDataVolume MB: 4981.44
CA Conf FailRate Pct den: 7234
weekend: 0
CA Activation Rate: 30.69
hr: 7
MAC_UE_SC_Tput: 5268.2

hr: 7
CA Activation Rate num: 10730144
UPTP Mbps Den: 2372
Peak UE: 65
MB_per_connected_UE: 176.82
DL Data Vol MAC in MB: 9724.5

holiday: 0
CA DL DataVolRatio Pct: 81.39
CA DL DataVolRatio Pct num: 6032

DL MAC Vol Scell Pct: 56.61
SIP DC%: 
PRB Util%: 65.25
CA Conf FailRate Pct den: 6941
weekend: 0
UPTP Mbps Num: 51171
CA Activation Rate: 43.04
hr: 12
MAC_UE_SC_Tput: 6327.23
Bearer Releases: 16523

hr: 12
CA Activation Rate num: 9039432
SIP_SC_Total_MOU: 238.77
Peak UE: 80
MB_per_connected_UE: 30.66
DL Data Vol MAC in MB: 5643.68

Time: 07:13:20
holiday: 0
CA DL DataVolRatio Pct: 40.82

SIP DC%: 
UPTP_Mbps: 24.63
DLRLCLayerDataVolume MB: 5786.73
CA DL DataVolRatio Pct den: 5530
weekend: 0
UPTP Mbps Num: 2907
hr: 16
MAC_UE_SC_Tput: 15947.96
Bearer Releases: 15523

hr: 16
Setup_Fail_DEN: 17443
SIP_SC_Total_MOU: 173.78
Peak UE: 27
MB_per_connected_UE: 180.5
PCT Time MIMO: 37.65
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4518
CA Activation Rate den: 77385

Time: 07:08:55
holiday: 0
CA DL DataVolRatio Pct num: 6620

Avg_Connected_UEs: 41.04
SIP DC%: 
CA Conf FailRate Pct den: 6350
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4902.59
Bearer Releases: 11703

hr: 23
CA Activation Rate num: 3910557
Peak UE: 45
MB_per_connected_UE: 139.88
DL Volume: 9188
DL Data Vol MAC in MB: 5305.8

Time: 14:29:13
holiday: 0
CA DL DataVolRatio Pct: 84.63

SIP DC%: 
DLRLCLayerDataVolume MB: 3120.33
DRB UL Data Volume MB: 9025
PRB Util%: 27.38
weekend: 0
CA Activation Rate: 32.44
hr: 10
MAC_UE_SC_Tput: 15333.26

hr: 10
CA Activation Rate num: 4127023
Setup_Fail_DEN: 13670
SIP_SC_Total_MOU: 221.11
Peak UE: 68
MB_per_connected_UE: 97.73
DL Volume: 4143
DL Data Vol MAC in MB: 809.6

Time: 22:15:06
holiday: 0
CA DL DataVolRatio Pct: 90.47

SIP DC%: 
DLRLCLayerDataVolume MB: 6356.25
DRB UL Data Volume MB: 7186
weekend: 0
UPTP Mbps Num: 40961
CA Activation Rate: 35.88
hr: 5
MAC_UE_SC_Tput: 20515.72

hr: 5
CA Activation Rate num: 4777412
UPTP Mbps Den: 738
MB_per_connected_UE: 57.47
DL Volume: 6874

Time: 20:07:50
holiday: 0

DL MAC Vol Scell Pct: 25.42
Avg_Connected_UEs: 75.69
SIP DC%: 
CA Conf FailRate Pct den: 5346
weekend: 0
CA Activation Rate: 9.21
hr: 23
MAC_UE_SC_Tput: 12227.56
Bearer Releases: 14814

hr: 23
CA Activation Rate num: 5619448
Peak UE: 27
MB_per_connected_UE: 34.91
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5175
DL Data Vol MAC in MB: 8970.44

Time: 20:05:31
holiday: 0
CA DL DataVolRatio Pct: 73.51
CA DL DataVolRatio Pct num: 4128

SIP DC%: 
DLRLCLayerDataVolume MB: 9729.49
CA DL DataVolRatio Pct den: 4501
weekend: 1
CA Activation Rate: 20.73
hr: 10
MAC_UE_SC_Tput: 23285.03

hr: 10
CA Activation Rate num: 6065694
Setup_Fail_DEN: 11915
Peak UE: 27
MB_per_connected_UE: 179.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8485
DL Data Vol MAC in MB: 5233.87
CA Activation Rate den: 99849
Combined RACH Preambles: 2318

holiday: 0
CA DL DataVolRatio Pct: 85.81

DL MAC Vol Scell Pct: 10.91
SIP DC%: 
DLRLCLayerDataVolume MB: 5780.3
DRB UL Data Volume MB: 1249
CA Conf FailRate Pct den: 7345
weekend: 0
hr: 3
MAC_UE_SC_Tput: 17517.66

hr: 3
CA Activation Rate num: 8090064
UPTP Mbps Den: 400
Peak UE: 71
MB_per_connected_UE: 132.54
DL Volume: 5189

Time: 00:05:15
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 901.56
PRB Util%: 7.13
RRC Setup Attempts: 4817
weekend: 0
UPTP Mbps Num: 30718
CA Activation Rate: 5.89
hr: 23
MAC_UE_SC_Tput: 10675.2
Bearer Releases: 8243

hr: 23
CA Activation Rate num: 3367679
SIP_SC_Total_MOU: 291.68
Peak UE: 80
MB_per_connected_UE: 180.08
PCT Time MIMO: 60.46
DL Data Vol MAC in MB: 4496.26

Time: 17:45:04
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7540.15
DRB UL Data Volume MB: 1712
PRB Util%: 26.96
CA DL DataVolRatio Pct den: 9950
CA Conf FailRate Pct den: 5007
weekend: 0
CA Activation Rate: 54.25
hr: 9
Bearer Releases: 15175

hr: 9
CA Activation Rate num: 7319341
Setup_Fail_DEN: 15521
SIP_SC_Total_MOU: 152.35
Peak UE: 27
MB_per_connected_UE: 200.28
PCT Time MIMO: 40.91
DL Data Vol MAC in MB: 8254.73
CA Activation Rate den: 126554

Time: 09:13:42
holiday: 0

Avg_Connected_UEs: 81.46
SIP DC%: 
UPTP_Mbps: 18.21
DLRLCLayerDataVolume MB: 1135.64
CA DL DataVolRatio Pct den: 1517
CA Conf FailRate Pct den: 8117
weekend: 0
hr: 0
MAC_UE_SC_Tput: 8954.74
Bearer Releases: 8074

hr: 0
CA Activation Rate num: 177031
Setup_Fail_DEN: 8844
SIP_SC_Total_MOU: 100.33
Peak UE: 37
MB_per_connected_UE: 115.16
DL Volume: 7120
DL Data Vol MAC in MB: 8496.47
CA Activation Rate den: 119585
Time: 21:56:43

holiday: 0
CA DL DataVolRatio Pct num: 5519

DL MAC Vol Scell Pct: 26.69
Avg_Connected_UEs: 22.52
SIP DC%: 
DLRLCLayerDataVolume MB: 8946.53
weekend: 0
CA Activation Rate: 29.44
hr: 0
Bearer Releases: 6546

hr: 0
CA Activation Rate num: 3139576
UPTP Mbps Den: 370
SIP_SC_Total_MOU: 12.75
Peak UE: 60
MB_per_connected_UE: 153.97
DL Volume: 9214

Time: 10:05:37
holiday: 0
CA DL DataVolRatio Pct: 73.75

SIP DC%: 
DLRLCLayerDataVolume MB: 7429.12
DRB UL Data Volume MB: 7917
PRB Util%: 28.89
RRC Setup Attempts: 5240
CA DL DataVolRatio Pct den: 2969
CA Conf FailRate Pct den: 2576
weekend: 0
UPTP Mbps Num: 2812
hr: 23
MAC_UE_SC_Tput: 16573.02
Bearer Releases: 18523

hr: 23
CA Activation Rate num: 8142118
Peak UE: 56
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6549
DL Data Vol MAC in MB: 8449.48
CA Activation Rate den: 68859

Time: 09:26:50
holiday: 0
HO Attempts: 857

DL MAC Vol Scell Pct: 30.5
Avg_Connected_UEs: 62.91
SIP DC%: 
DRB UL Data Volume MB: 6644
weekend: 0
CA Activation Rate: 30.58
hr: 23
MAC_UE_SC_Tput: 4228.57

hr: 23
CA Activation Rate num: 4444785
UPTP Mbps Den: 4995
Setup_Fail_DEN: 10377
SIP_SC_Total_MOU: 110.63
Peak UE: 68
VOLTE IA%: 
PCT Time MIMO: 38.92
DL Volume: 4873

Time: 12:59:59
holiday: 0
CA DL DataVolRatio Pct: 56.78

SIP DC%: 
UPTP_Mbps: 13.89
DRB UL Data Volume MB: 1831
CA DL DataVolRatio Pct den: 9807
weekend: 0
UPTP Mbps Num: 57844
hr: 1
MAC_UE_SC_Tput: 7395.06

hr: 1
CA Activation Rate num: 1973397
UPTP Mbps Den: 2925
Peak UE: 27
MB_per_connected_UE: 44.86
DL Data Vol MAC in MB: 1935.63
CA Activation Rate den: 96011

Time: 09:08:49
holiday: 0

DL MAC Vol Scell Pct: 9.13
Avg_Connected_UEs: 40.69
SIP DC%: 
UPTP_Mbps: 31.87
DRB UL Data Volume MB: 6689
PRB Util%: 61
CA DL DataVolRatio Pct den: 2700
weekend: 0
hr: 8
MAC_UE_SC_Tput: 19942.37
Bearer Releases: 15903

hr: 8
CA Activation Rate num: 11045772
SIP_SC_Total_MOU: 68.92
Peak UE: 74
DL Volume: 1899
UL Throughput: 9.38
Time: 18:52:51

holiday: 0
CA DL DataVolRatio Pct: 75.36

DL MAC Vol Scell Pct: 43.18
Avg_Connected_UEs: 45.27
SIP DC%: 
UPTP_Mbps: 15.41
DLRLCLayerDataVolume MB: 3209.2
PRB Util%: 73.31
CA DL DataVolRatio Pct den: 7266
weekend: 0
UPTP Mbps Num: 20132
CA Activation Rate: 14.02
hr: 23
MAC_UE_SC_Tput: 4928.82
Bearer Releases: 9455

hr: 23
CA Activation Rate num: 8969869
Setup_Fail_DEN: 12759
SIP_SC_Total_MOU: 161.76
Peak UE: 27
MB_per_connected_UE: 11.19
PCT Time MIMO: 55.81
DL Volume: 1100

Time: 22:47:18
holiday: 0
CA DL DataVolRatio Pct: 72.23
CA DL DataVolRatio Pct num: 3593

SIP DC%: 
DRB UL Data Volume MB: 5450
CA DL DataVolRatio Pct den: 6228
weekend: 0
hr: 2
MAC_UE_SC_Tput: 7422.27

hr: 2
CA Activation Rate num: 10115979
Setup_Fail_DEN: 8329
DL Volume: 2884
DL Data Vol MAC in MB: 8835.27
CA Activation Rate den: 72425
Combined RACH Preambles: 4626
Time: 23:30:05

holiday: 0

DL MAC Vol Scell Pct: 10.04
Avg_Connected_UEs: 57.87
SIP DC%: 
UPTP_Mbps: 68.89
DLRLCLayerDataVolume MB: 8329.09
DRB UL Data Volume MB: 7904
RRC Setup Attempts: 8703
CA Conf FailRate Pct den: 8977
weekend: 0
hr: 22
MAC_UE_SC_Tput: 17973.46
Bearer Releases: 18295

hr: 22
CA Activation Rate num: 10096945
Setup_Fail_DEN: 8613
SIP_SC_Total_MOU: 79.03
Peak UE: 90
MB_per_connected_UE: 19.66
CA Activation Rate den: 44118

Time: 04:22:47
holiday: 0
CA DL DataVolRatio Pct num: 3141
HO Attempts: 421

Avg_Connected_UEs: 19.93
SIP DC%: 
DLRLCLayerDataVolume MB: 9448.88
DRB UL Data Volume MB: 7278
CA Conf FailRate Pct den: 5775
weekend: 1
UPTP Mbps Num: 10023
hr: 4
MAC_UE_SC_Tput: 9743.54

hr: 4
CA Activation Rate num: 737053
SIP_SC_Total_MOU: 233.96
Peak UE: 27
MB_per_connected_UE: 37.82
PCT Time MIMO: 44.69
DL Volume: 2124
CA Activation Rate den: 123061

Time: 02:17:29
holiday: 0
CA DL DataVolRatio Pct: 76.85
CA DL DataVolRatio Pct num: 1367

SIP DC%: 
UPTP_Mbps: 19.93
DRB UL Data Volume MB: 4794
PRB Util%: 29.93
weekend: 0
hr: 17
MAC_UE_SC_Tput: 8129.35
Bearer Releases: 16414

hr: 17
CA Activation Rate num: 7975614
Peak UE: 79
MB_per_connected_UE: 102.84
DL Data Vol MAC in MB: 8904.11

Time: 06:25:47
holiday: 0

Avg_Connected_UEs: 59.68
SIP DC%: 
UPTP_Mbps: 24.69
DLRLCLayerDataVolume MB: 2887.89
DRB UL Data Volume MB: 3637
RRC Setup Attempts: 9700
CA DL DataVolRatio Pct den: 9587
CA Conf FailRate Pct den: 5925
weekend: 0
hr: 20
MAC_UE_SC_Tput: 10507.69

hr: 20
CA Activation Rate num: 2228868
Setup_Fail_DEN: 7948
SIP_SC_Total_MOU: 117.37
Peak UE: 76
MB_per_connected_UE: 108.25
PCT Time MIMO: 64.39
DL Data Vol MAC in MB: 689.95
CA Activation Rate den: 159855

Time: 21:17:22
holiday: 0
CA DL DataVolRatio Pct: 87.61

Avg_Connected_UEs: 45.28
SIP DC%: 
DLRLCLayerDataVolume MB: 288.72
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7133.65
Bearer Releases: 16671

hr: 23
CA Activation Rate num: 5441460
SIP_SC_Total_MOU: 124.91
Peak UE: 68
MB_per_connected_UE: 111.19
DL Data Vol MAC in MB: 7031.05

Time: 08:38:53
holiday: 0
CA DL DataVolRatio Pct num: 5545

Avg_Connected_UEs: 56.19
SIP DC%: 
UPTP_Mbps: 40.02
DLRLCLayerDataVolume MB: 5290.06
DRB UL Data Volume MB: 8580
PRB Util%: 30.9
weekend: 0
UPTP Mbps Num: 15575
CA Activation Rate: 78.09
hr: 15

hr: 15
CA Activation Rate num: 1555716
Setup_Fail_DEN: 9227
Peak UE: 27
MB_per_connected_UE: 150.79
CA Activation Rate den: 167205

Time: 00:15:21
holiday: 0
CA DL DataVolRatio Pct num: 6327

SIP DC%: 
UPTP_Mbps: 124.2
DLRLCLayerDataVolume MB: 2320.77
RRC Setup Attempts: 6118
CA DL DataVolRatio Pct den: 8112
weekend: 0
CA Activation Rate: 67.51
hr: 9
MAC_UE_SC_Tput: 6123.78

hr: 9
Setup_Fail_DEN: 7232
SIP_SC_Total_MOU: 17.42
Peak UE: 78
MB_per_connected_UE: 8.09
PCT Time MIMO: 45.05
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3419
CA Activation Rate den: 180137

Time: 05:12:43
holiday: 0

Avg_Connected_UEs: 62.47
SIP DC%: 
PRB Util%: 10.31
CA DL DataVolRatio Pct den: 5399
weekend: 0
UPTP Mbps Num: 28845
hr: 2
MAC_UE_SC_Tput: 5135.88

hr: 2
CA Activation Rate num: 8713138
Setup_Fail_DEN: 11886
Peak UE: 27
DL Data Vol MAC in MB: 1050.12
CA Activation Rate den: 225531
Combined RACH Preambles: 4195

Time: 01:39:01
holiday: 0
CA DL DataVolRatio Pct num: 187

Avg_Connected_UEs: 78.35
SIP DC%: 
UPTP_Mbps: 18.88
DLRLCLayerDataVolume MB: 1151.77
DRB UL Data Volume MB: 3825
CA DL DataVolRatio Pct den: 7901
weekend: 0
UPTP Mbps Num: 31702
CA Activation Rate: 40.86
hr: 5
MAC_UE_SC_Tput: 14957.16

hr: 5
Setup_Fail_DEN: 14160
SIP_SC_Total_MOU: 176
Peak UE: 27
PCT Time MIMO: 53.21
DL Data Vol MAC in MB: 4640.69

Combined RACH Preambles: 2233
Time: 21:49:15
holiday: 0
CA DL DataVolRatio Pct: 86.3
CA DL DataVolRatio Pct num: 5794

SIP DC%: 
DLRLCLayerDataVolume MB: 4077.64
weekend: 1
UPTP Mbps Num: 36460
CA Activation Rate: 38.76
hr: 4
MAC_UE_SC_Tput: 8104.15
Bearer Releases: 6995

hr: 4
CA Activation Rate num: 6728675
Setup_Fail_DEN: 8880
SIP_SC_Total_MOU: 9.23
Peak UE: 27
MB_per_connected_UE: 33.56
DL Data Vol MAC in MB: 979.73
CA Activation Rate den: 40260

Time: 19:19:31
holiday: 0

SIP DC%: 
UPTP_Mbps: 16.56
DLRLCLayerDataVolume MB: 10026.2
DRB UL Data Volume MB: 8051
weekend: 0
CA Activation Rate: 4.22
hr: 2
MAC_UE_SC_Tput: 4248.02

hr: 2
CA Activation Rate num: 5451147
Setup_Fail_DEN: 9264
SIP_SC_Total_MOU: 34.14
Peak UE: 27

Time: 14:57:42
holiday: 0
CA DL DataVolRatio Pct num: 5605

Avg_Connected_UEs: 58.82
SIP DC%: 
UPTP_Mbps: 18.25
PRB Util%: 32.34
CA Conf FailRate Pct den: 9348
weekend: 0
CA Activation Rate: 45.22
hr: 23
MAC_UE_SC_Tput: 12376.08
Bearer Releases: 17496

hr: 23
CA Activation Rate num: 7511679
UPTP Mbps Den: 3518
Setup_Fail_DEN: 11977
SIP_SC_Total_MOU: 39.66
Peak UE: 89
DL Volume: 2146
DL Data Vol MAC in MB: 9518.3
CA Activation Rate den: 106684

Time: 07:05:43
holiday: 0

DL MAC Vol Scell Pct: 9.74
SIP DC%: 
DLRLCLayerDataVolume MB: 6909.17
DRB UL Data Volume MB: 9323
PRB Util%: 23.18
Bearer Drop Voice%: 1.87
CA Conf FailRate Pct den: 9526
weekend: 1
UPTP Mbps Num: 39872
hr: 23
MAC_UE_SC_Tput: 15438.29

hr: 23
CA Activation Rate num: 5381565
Setup_Fail_DEN: 18136
SIP_SC_Total_MOU: 98.23
Peak UE: 27
MB_per_connected_UE: 52.9
PCT Time MIMO: 45.51
CA Activation Rate den: 77413

Time: 09:36:12
holiday: 0
CA DL DataVolRatio Pct: 59.29
CA DL DataVolRatio Pct num: 2660

Avg_Connected_UEs: 60.83
SIP DC%: 
UPTP_Mbps: 12.44
DLRLCLayerDataVolume MB: 5588.02
CA DL DataVolRatio Pct den: 9948
weekend: 0
CA Activation Rate: 11.97
hr: 23
MAC_UE_SC_Tput: 6951.36

hr: 23
CA Activation Rate num: 8318274
SIP_SC_Total_MOU: 3.09
Peak UE: 31
VOLTE IA%: 
MB_per_connected_UE: 92.66
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4037
UL Throughput: 8.56
CA Activation Rate den: 116374

Time: 18:19:08
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1966.96
DRB UL Data Volume MB: 7283
RRC Setup Attempts: 5522
weekend: 0
hr: 7
MAC_UE_SC_Tput: 13310.97
Bearer Releases: 6525

hr: 7
CA Activation Rate num: 6772067
Setup_Fail_DEN: 18291
SIP_SC_Total_MOU: 62.22
Peak UE: 78
MB_per_connected_UE: 55.28
PCT Time MIMO: 45.48
DL Volume: 6228

Time: 11:06:57
holiday: 0

Avg_Connected_UEs: 37.96
SIP DC%: 
DLRLCLayerDataVolume MB: 5281.64
DRB UL Data Volume MB: 4498
weekend: 0
UPTP Mbps Num: 26621
hr: 0
MAC_UE_SC_Tput: 19460.99
Bearer Releases: 13993

hr: 0
CA Activation Rate num: 3682504
Setup_Fail_DEN: 11846
SIP_SC_Total_MOU: 148.2
Peak UE: 27
MB_per_connected_UE: 92.77
DL Volume: 2412

Time: 20:21:49
holiday: 0

DL MAC Vol Scell Pct: 50.75
Avg_Connected_UEs: 79.61
SIP DC%: 
UPTP_Mbps: 10.27
weekend: 0
UPTP Mbps Num: 18930
CA Activation Rate: 32.21
hr: 0
MAC_UE_SC_Tput: 13935.04
Bearer Releases: 8791

hr: 0
CA Activation Rate num: 3767019
UPTP Mbps Den: 492
SIP_SC_Total_MOU: 97.36
Peak UE: 65
DL Volume: 8121
DL Data Vol MAC in MB: 8443.74
CA Activation Rate den: 71044

Time: 08:54:00
holiday: 0
CA DL DataVolRatio Pct: 42.7

SIP DC%: 
DLRLCLayerDataVolume MB: 6110.17
weekend: 0
UPTP Mbps Num: 40117
CA Activation Rate: 32.54
hr: 23
MAC_UE_SC_Tput: 5262.54

hr: 23
CA Activation Rate num: 5978602
SIP_SC_Total_MOU: 240.74
Peak UE: 83
MB_per_connected_UE: 9.07
PCT Time MIMO: 56.65
DL Volume: 5658

Time: 09:49:27
holiday: 0

DL MAC Vol Scell Pct: 36.45
SIP DC%: 
UPTP_Mbps: 17.37
RRC Setup Attempts: 6766
weekend: 0
hr: 17
MAC_UE_SC_Tput: 24460.29
Bearer Releases: 8950

hr: 17
CA Activation Rate num: 7135311
UPTP Mbps Den: 2739
Peak UE: 88
MB_per_connected_UE: 12.71
DL Volume: 8214
DL Data Vol MAC in MB: 8840.08
CA Activation Rate den: 114407

Time: 23:24:51
holiday: 0
CA DL DataVolRatio Pct: 72.13

DL MAC Vol Scell Pct: 16.33
Avg_Connected_UEs: 48.59
SIP DC%: 
UPTP_Mbps: 14.17
DLRLCLayerDataVolume MB: 5792.81
DRB UL Data Volume MB: 8218
weekend: 1
hr: 0
MAC_UE_SC_Tput: 16344.72
Bearer Releases: 11564

hr: 0
CA Activation Rate num: 10936653
UPTP Mbps Den: 1071
SIP_SC_Total_MOU: 306.64
Peak UE: 49
MB_per_connected_UE: 37.77

Combined RACH Preambles: 4280
Time: 02:05:08
holiday: 0
CA DL DataVolRatio Pct num: 5593

DL MAC Vol Scell Pct: 4.26
Avg_Connected_UEs: 56.54
SIP DC%: 
DLRLCLayerDataVolume MB: 1314.53
PRB Util%: 32.52
CA DL DataVolRatio Pct den: 9076
CA Conf FailRate Pct den: 6172
weekend: 0
UPTP Mbps Num: 6451
hr: 21
MAC_UE_SC_Tput: 7495

hr: 21
CA Activation Rate num: 4537026
SIP_SC_Total_MOU: 78.24
Peak UE: 33
MB_per_connected_UE: 171.7
CA Activation Rate den: 88122

Time: 21:45:24
holiday: 0
CA DL DataVolRatio Pct num: 6922

Avg_Connected_UEs: 60.86
SIP DC%: 
RRC Setup Attempts: 6826
CA DL DataVolRatio Pct den: 6539
CA Conf FailRate Pct den: 5642
weekend: 0
UPTP Mbps Num: 56034
CA Activation Rate: 29.57
hr: 21
MAC_UE_SC_Tput: 17383.48
Bearer Releases: 12058

hr: 21
CA Activation Rate num: 383333
UPTP Mbps Den: 5488
SIP_SC_Total_MOU: 71.62
Peak UE: 34
MB_per_connected_UE: 141.04
PCT Time MIMO: 39.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5012
DL Data Vol MAC in MB: 599.43

Combined RACH Preambles: 2124
Time: 04:24:01
holiday: 0
CA DL DataVolRatio Pct num: 1801

Avg_Connected_UEs: 70.25
SIP DC%: 
DLRLCLayerDataVolume MB: 6553.22
RRC Setup Attempts: 3465
CA DL DataVolRatio Pct den: 9517
weekend: 0
RSSIRX2 Avg: -95.88
hr: 5
MAC_UE_SC_Tput: 11526.15
Bearer Releases: 15663

hr: 5
Avg CQI: 8
CA Activation Rate num: 574385
Setup_Fail_DEN: 7741
SIP_SC_Total_MOU: 89.06
DL Volume: 1472
DL Data Vol MAC in MB: 9687.97

Time: 12:20:38
holiday: 0
CA DL DataVolRatio Pct: 69.3

DL MAC Vol Scell Pct: 26.12
SIP DC%: 
DLRLCLayerDataVolume MB: 5110.88
DRB UL Data Volume MB: 6289
PRB Util%: 73.6
CA DL DataVolRatio Pct den: 9357
weekend: 0
hr: 0
MAC_UE_SC_Tput: 8721.34
Bearer Releases: 12628

hr: 0
CA Activation Rate num: 5342582
Setup_Fail_DEN: 19974
Peak UE: 56
DL Data Vol MAC in MB: 9184.96

Time: 04:17:06
holiday: 0

Avg_Connected_UEs: 32.99
SIP DC%: 
DLRLCLayerDataVolume MB: 2817.13
DRB UL Data Volume MB: 1511
PRB Util%: 29.72
CA Conf FailRate Pct den: 4601
weekend: 0
CA Activation Rate: 39.33
hr: 0
MAC_UE_SC_Tput: 4259.4

hr: 0
CA Activation Rate num: 360320
Setup_Fail_DEN: 15789
Peak UE: 27
MB_per_connected_UE: 40.77
DL Data Vol MAC in MB: 360.44
CA Activation Rate den: 104748

Time: 15:57:37
holiday: 0

SIP DC%: 
UPTP_Mbps: 37.19
DLRLCLayerDataVolume MB: 5130.94
DRB UL Data Volume MB: 3323
RRC Setup Attempts: 4516
weekend: 0
CA Activation Rate: 62.43
hr: 23
MAC_UE_SC_Tput: 6120.05

hr: 23
CA Activation Rate num: 11548903
Peak UE: 36
MB_per_connected_UE: 149.42
DL Data Vol MAC in MB: 9176.82

Time: 02:02:08
holiday: 0

Avg_Connected_UEs: 53.35
SIP DC%: 
DRB UL Data Volume MB: 8763
UL Resid BLER PCT: 0.94
RRC Setup Attempts: 3836
CA Conf FailRate Pct den: 6355
weekend: 0
hr: 23
MAC_UE_SC_Tput: 10641.22

hr: 23
CA Activation Rate num: 10089657
UPTP Mbps Den: 3088
Peak UE: 32
CA Activation Rate den: 77772

Time: 14:56:16
holiday: 0

SIP DC%: 
CA Conf FailRate Pct den: 7456
weekend: 1
UPTP Mbps Num: 41458
hr: 0
MAC_UE_SC_Tput: 9094.71
Bearer Releases: 11877

hr: 0
CA Activation Rate num: 8726385
Setup_Fail_DEN: 15697
SIP_SC_Total_MOU: 198.5
DL Volume: 5328
DL Data Vol MAC in MB: 7515.71
CA Activation Rate den: 49709

Time: 14:03:21
holiday: 0
CA DL DataVolRatio Pct: 44.96
CA DL DataVolRatio Pct num: 6082

SIP DC%: 
UPTP_Mbps: 45.77
CA DL DataVolRatio Pct den: 3599
CA Conf FailRate Pct den: 8621
weekend: 0
CA Activation Rate: 50.89
hr: 9
MAC_UE_SC_Tput: 7731.61
Bearer Releases: 6755

hr: 9
CA Activation Rate num: 8254865
Setup_Fail_DEN: 10531
SIP_SC_Total_MOU: 29.73
Peak UE: 84
MB_per_connected_UE: 39.21
PCT Time MIMO: 53.77
Time: 05:30:15

holiday: 0
CA DL DataVolRatio Pct: 44.26

SIP DC%: 
DLRLCLayerDataVolume MB: 2513.78
DRB UL Data Volume MB: 6746
CA DL DataVolRatio Pct den: 9439
CA Conf FailRate Pct den: 6742
weekend: 0
hr: 16
MAC_UE_SC_Tput: 7608.72
Bearer Releases: 7732

hr: 16
CA Activation Rate num: 6648176
SIP_SC_Total_MOU: 271.53
Peak UE: 56
MB_per_connected_UE: 59.76
PCT Time MIMO: 43.08
DL Volume: 6324
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3122
UL Throughput: 7.09

Time: 01:48:24
holiday: 0
CA DL DataVolRatio Pct num: 222
HO Attempts: 696

Avg_Connected_UEs: 25.19
SIP DC%: 
RRC Setup Attempts: 8823
weekend: 0
UPTP Mbps Num: 39262
CA Activation Rate: 78.28
hr: 8
Bearer Releases: 11664

hr: 8
CA Activation Rate num: 1297484
Setup_Fail_DEN: 15559
SIP_SC_Total_MOU: 35.4
Peak UE: 27
MB_per_connected_UE: 49.59
DL Data Vol MAC in MB: 2956.87
CA Activation Rate den: 91840

Time: 23:31:33
holiday: 0
CA DL DataVolRatio Pct num: 2791

DL MAC Vol Scell Pct: 30.78
SIP DC%: 
UPTP_Mbps: 13.13
DLRLCLayerDataVolume MB: 5073.03
DRB UL Data Volume MB: 2552
CA Conf FailRate Pct den: 3586
weekend: 0
CA Activation Rate: 73.29
hr: 11
MAC_UE_SC_Tput: 16055.77
Bearer Releases: 12704

hr: 11
CA Activation Rate num: 3027055
SIP_SC_Total_MOU: 422.99
Peak UE: 27
MB_per_connected_UE: 58.9
CA Activation Rate den: 87312

Time: 11:36:06
holiday: 0

DL MAC Vol Scell Pct: 26.51
SIP DC%: 
weekend: 0
hr: 15
MAC_UE_SC_Tput: 4403.7
Bearer Releases: 7855

hr: 15
CA Activation Rate num: 8234202
SIP_SC_Total_MOU: 24.09
UL MAC Vol Scell Pct: 2.38
Peak UE: 95
MB_per_connected_UE: 162.98
DL Data Vol MAC in MB: 6159.12
CA Activation Rate den: 133240

Time: 04:25:38
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9028.63
DRB UL Data Volume MB: 6754
RRC Setup Attempts: 6728
weekend: 0
CA Activation Rate: 10.47
hr: 23
MAC_UE_SC_Tput: 6409.21
Bearer Releases: 13785

hr: 23
CA Activation Rate num: 5208820
UPTP Mbps Den: 677
SIP_SC_Total_MOU: 83.1
Peak UE: 67
MB_per_connected_UE: 65.7
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3856
DL Data Vol MAC in MB: 9397.12

Time: 08:20:19
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7181.03
CA Conf FailRate Pct den: 7644
weekend: 0
UPTP Mbps Num: 35926
CA Activation Rate: 71.92
hr: 3
MAC_UE_SC_Tput: 4655.8
Bearer Releases: 9707

hr: 3
CA Activation Rate num: 4286534
Peak UE: 48
DL Volume: 3772

Time: 18:31:17
holiday: 0
CA DL DataVolRatio Pct num: 3979

SIP DC%: 
DLRLCLayerDataVolume MB: 6369.29
RRC Setup Attempts: 4106
weekend: 0
CA Activation Rate: 49.75
hr: 23
MAC_UE_SC_Tput: 10299.36

hr: 23
CA Activation Rate num: 1433679
UPTP Mbps Den: 2751
SIP_SC_Total_MOU: 406.09
DL Volume: 1682
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5247
CA Activation Rate den: 103421

Time: 19:23:54
holiday: 0
CA DL DataVolRatio Pct num: 6129

Avg_Connected_UEs: 54.11
SIP DC%: 
DLRLCLayerDataVolume MB: 3461.64
DRB UL Data Volume MB: 7565
PRB Util%: 14.06
CA DL DataVolRatio Pct den: 4248
weekend: 0
UPTP Mbps Num: 16542
CA Activation Rate: 44.64
hr: 10
MAC_UE_SC_Tput: 4915.3

hr: 10
CA Activation Rate num: 4196745
Peak UE: 56
MB_per_connected_UE: 112.04
PCT Time MIMO: 35.59
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7869

Time: 14:31:03
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2258.37
DRB UL Data Volume MB: 8184
PRB Util%: 58.3
CA DL DataVolRatio Pct den: 3654
weekend: 0
hr: 16
MAC_UE_SC_Tput: 15336.66

hr: 16
CA Activation Rate num: 10966596
Setup_Fail_DEN: 7518
SIP_SC_Total_MOU: 85.77
Peak UE: 27
DL Volume: 5179
CA Activation Rate den: 65627

Combined RACH Preambles: 1916
Time: 18:16:42
holiday: 0

DL MAC Vol Scell Pct: 44.24
SIP DC%: 
UPTP_Mbps: 76.42
DLRLCLayerDataVolume MB: 5769.26
DRB UL Data Volume MB: 1869
CA DL DataVolRatio Pct den: 2926
weekend: 1
UPTP Mbps Num: 15739
hr: 13

hr: 13
CA Activation Rate num: 8208841
UPTP Mbps Den: 1560
SIP_SC_Total_MOU: 259.99
Peak UE: 27
DL Volume: 8084
CA Activation Rate den: 169253

Combined RACH Preambles: 3543
Time: 12:50:14
holiday: 0
CA DL DataVolRatio Pct: 88.51
CA DL DataVolRatio Pct num: 6225

SIP DC%: 
UPTP_Mbps: 10.85
DLRLCLayerDataVolume MB: 3551.9
DRB UL Data Volume MB: 2508
PRB Util%: 20.17
CA DL DataVolRatio Pct den: 7622
weekend: 0
hr: 4
MAC_UE_SC_Tput: 6115.15
Bearer Releases: 10223

hr: 4
CA Activation Rate num: 5541734
UPTP Mbps Den: 2172
Peak UE: 27
MB_per_connected_UE: 43.89
DL Data Vol MAC in MB: 6119.65

Time: 14:52:27
holiday: 0
HO_att_InterFreq: 544

SIP DC%: 
UPTP_Mbps: 24.98
DLRLCLayerDataVolume MB: 8703.57
DRB UL Data Volume MB: 2956
PRB Util%: 66.88
RRC Setup Attempts: 8438
CA Conf FailRate Pct den: 4798
weekend: 0
CA Activation Rate: 66.45
hr: 23
MAC_UE_SC_Tput: 12729

hr: 23
UPTP Mbps Den: 374
SIP_SC_Total_MOU: 249.39
UL MAC Vol Scell Pct: 2.29
Peak UE: 52
MB_per_connected_UE: 11.75
PCT Time MIMO: 43.95
DL Data Vol MAC in MB: 253.79
CA Activation Rate den: 134267

Time: 06:52:25
holiday: 0
CA DL DataVolRatio Pct: 62.24

DL MAC Vol Scell Pct: 17.34
SIP DC%: 
UPTP_Mbps: 38.87
DLRLCLayerDataVolume MB: 4937.85
DRB UL Data Volume MB: 7825
RRC Setup Attempts: 7009
CA DL DataVolRatio Pct den: 2493
weekend: 0
hr: 0
MAC_UE_SC_Tput: 6502.02

hr: 0
CA Activation Rate num: 6425941
Setup_Fail_DEN: 12797
SIP_SC_Total_MOU: 201.92
Peak UE: 27
MB_per_connected_UE: 7.96
DL Data Vol MAC in MB: 2141.31

holiday: 0
CA DL DataVolRatio Pct num: 2381

Avg_Connected_UEs: 45.11
SIP DC%: 
UPTP_Mbps: 108.96
DLRLCLayerDataVolume MB: 2028
PRB Util%: 31.21
weekend: 0
CA Activation Rate: 45.8
hr: 0
MAC_UE_SC_Tput: 7551.23
Bearer Releases: 15768

hr: 0
CA Activation Rate num: 2732947
Peak UE: 57
MB_per_connected_UE: 157.21
PCT Time MIMO: 45.17
DL Volume: 7405
DL Data Vol MAC in MB: 3156.73
CA Activation Rate den: 73741

Time: 09:03:33
holiday: 0
CA DL DataVolRatio Pct num: 3471

DL MAC Vol Scell Pct: 17.3
SIP DC%: 
UL Resid BLER PCT: 0.97
weekend: 0
hr: 17
MAC_UE_SC_Tput: 6832.46

hr: 17
CA Activation Rate num: 1557234
Setup_Fail_DEN: 14693
Peak UE: 27
MB_per_connected_UE: 130.85
DL Volume: 8604
DL Data Vol MAC in MB: 5047.76
CA Activation Rate den: 82139

Time: 08:18:06
holiday: 0

Avg_Connected_UEs: 46.31
SIP DC%: 
DRB UL Data Volume MB: 4579
CA DL DataVolRatio Pct den: 1190
CA Conf FailRate Pct den: 2862
weekend: 1
CA Activation Rate: 71.32
hr: 5
MAC_UE_SC_Tput: 4791.05
Bearer Releases: 13074

hr: 5
CA Activation Rate num: 8487561
Setup_Fail_DEN: 15618
Peak UE: 47
DL Volume: 7261
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5994

Time: 11:03:35
holiday: 0
CA DL DataVolRatio Pct: 75.93
CA DL DataVolRatio Pct num: 6696

Avg_Connected_UEs: 30.24
SIP DC%: 
DLRLCLayerDataVolume MB: 8610.84
CA Conf FailRate Pct den: 6464
weekend: 0
hr: 23
MAC_UE_SC_Tput: 12585.53

hr: 23
Setup_Fail_DEN: 10576
SIP_SC_Total_MOU: 27.32
Peak UE: 27
DL Volume: 7751
DL Data Vol MAC in MB: 7302.09

Combined RACH Preambles: 2841
Time: 13:11:13
holiday: 0
CA DL DataVolRatio Pct num: 1855

SIP DC%: 
UPTP_Mbps: 44.83
DLRLCLayerDataVolume MB: 1794.84
DRB UL Data Volume MB: 6342
PRB Util%: 35.11
RRC Setup Attempts: 5803
CA DL DataVolRatio Pct den: 707
CA Conf FailRate Pct den: 5615
weekend: 0
UPTP Mbps Num: 14251
hr: 23
MAC_UE_SC_Tput: 4151.35

hr: 23
CA Activation Rate num: 2329146
Setup_Fail_DEN: 9259
Peak UE: 32
MB_per_connected_UE: 52.13
DL Data Vol MAC in MB: 3102.7
CA Activation Rate den: 91645
Combined RACH Preambles: 3468

Time: 06:51:20
holiday: 0

DL MAC Vol Scell Pct: 5.21
Avg_Connected_UEs: 69.2
SIP DC%: 
PRB Util%: 19.95
CA DL DataVolRatio Pct den: 7262
CA Conf FailRate Pct den: 4360
weekend: 0
UPTP Mbps Num: 10707
hr: 7
MAC_UE_SC_Tput: 4954.05

hr: 7
CA Activation Rate num: 5952997
Setup_Fail_DEN: 17112
MB_per_connected_UE: 33.2
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5120

Time: 17:47:25
holiday: 0
CA DL DataVolRatio Pct: 67.75

Avg_Connected_UEs: 57.94
SIP DC%: 
UPTP_Mbps: 62.9
DLRLCLayerDataVolume MB: 4851.75
DRB UL Data Volume MB: 9389
PRB Util%: 68.89
RRC Setup Attempts: 5234
weekend: 0
UPTP Mbps Num: 2154
hr: 23
Bearer Releases: 7467

hr: 23
CA Activation Rate num: 4814937
Setup_Fail_DEN: 14169
SIP_SC_Total_MOU: 294.52
Peak UE: 80
PCT Time MIMO: 56.52
DL Volume: 270
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3881
CA Activation Rate den: 53657

Time: 22:42:59
holiday: 0
CA DL DataVolRatio Pct num: 2729

DL MAC Vol Scell Pct: 30.45
Avg_Connected_UEs: 63.21
SIP DC%: 
UPTP_Mbps: 73.59
DLRLCLayerDataVolume MB: 9368.74
PRB Util%: 22.79
RRC Setup Attempts: 3732
CA DL DataVolRatio Pct den: 1471
weekend: 0
CA Activation Rate: 70.98
hr: 23
MAC_UE_SC_Tput: 9954.39
Bearer Releases: 8776

hr: 23
CA Activation Rate num: 12914341
UPTP Mbps Den: 1591
Peak UE: 44
MB_per_connected_UE: 166.4
DL Volume: 3640

Time: 22:40:26
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1683.62
CA DL DataVolRatio Pct den: 7377
weekend: 0
hr: 6
MAC_UE_SC_Tput: 15759.76

hr: 6
CA Activation Rate num: 7354798
Setup_Fail_DEN: 16886
Peak UE: 93
MB_per_connected_UE: 33.65
PCT Time MIMO: 38.55
DL Volume: 9011
DL Data Vol MAC in MB: 8105.16
CA Activation Rate den: 64563

holiday: 0
CA DL DataVolRatio Pct: 83.13
CA DL DataVolRatio Pct num: 3040

SIP DC%: 
DLRLCLayerDataVolume MB: 5833.15
PRB Util%: 28.59
CA DL DataVolRatio Pct den: 9630
CA Conf FailRate Pct den: 5090
weekend: 0
UPTP Mbps Num: 11669
hr: 23
MAC_UE_SC_Tput: 6652.69

hr: 23
CA Activation Rate num: 10661996
UPTP Mbps Den: 2698
Peak UE: 28
VOLTE IA%: 0.59
MB_per_connected_UE: 90.69
PCT Time MIMO: 45.35
CA Activation Rate den: 98581

Time: 05:49:41
holiday: 0
CA DL DataVolRatio Pct num: 1372

DL MAC Vol Scell Pct: 39.74
SIP DC%: 
UPTP_Mbps: 15.49
DLRLCLayerDataVolume MB: 6236.44
DRB UL Data Volume MB: 4016
RRC Setup Attempts: 9787
CA DL DataVolRatio Pct den: 9154
CA Conf FailRate Pct den: 3984
weekend: 0
UPTP Mbps Num: 42853
hr: 14
MAC_UE_SC_Tput: 4876.7
Bearer Releases: 10978

hr: 14
CA Activation Rate num: 9855839
UPTP Mbps Den: 2260
Setup_Fail_DEN: 8632
UL MAC Vol Scell Pct: 8.47
Peak UE: 27
MB_per_connected_UE: 48.28
DL Volume: 6856
DL Data Vol MAC in MB: 3287.19
CA Activation Rate den: 47106

Time: 22:32:39
holiday: 0
CA DL DataVolRatio Pct num: 3325

Avg_Connected_UEs: 35.18
SIP DC%: 
DLRLCLayerDataVolume MB: 4053.55
DRB UL Data Volume MB: 4085
PRB Util%: 74.11
RRC Setup Attempts: 5105
CA DL DataVolRatio Pct den: 9347
weekend: 0
hr: 9
MAC_UE_SC_Tput: 4855.32

hr: 9
CA Activation Rate num: 2777687
UPTP Mbps Den: 5871
Setup_Fail_DEN: 9909
Peak UE: 43
MB_per_connected_UE: 194.15

Time: 17:06:03
holiday: 0

Avg_Connected_UEs: 50.59
SIP DC%: 
DLRLCLayerDataVolume MB: 5030.75
PRB Util%: 42.21
weekend: 0
hr: 16
MAC_UE_SC_Tput: 14521.32

hr: 16
CA Activation Rate num: 8656427
Setup_Fail_DEN: 16930
SIP_SC_Total_MOU: 100.61
Peak UE: 72
MB_per_connected_UE: 50.66
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3910

Time: 05:51:06
holiday: 0

Avg_Connected_UEs: 83.95
SIP DC%: 
DLRLCLayerDataVolume MB: 4045.07
DRB UL Data Volume MB: 9098
PRB Util%: 50.39
RRC Setup Attempts: 3855
CA Conf FailRate Pct den: 2568
weekend: 1
CA Activation Rate: 71.23
hr: 12
MAC_UE_SC_Tput: 17238.95
Bearer Releases: 12370

hr: 12
CA Activation Rate num: 5115331
Setup_Fail_DEN: 15386
SIP_SC_Total_MOU: 150.44
QCI 1 Bearer Drop%: 2.05
Peak UE: 40
MB_per_connected_UE: 11.42
DL Volume: 3470

Time: 05:48:47
holiday: 0

Avg_Connected_UEs: 34.85
SIP DC%: 
UPTP_Mbps: 30.29
DLRLCLayerDataVolume MB: 1576.6
DRB UL Data Volume MB: 6511
PRB Util%: 27.21
RRC Setup Attempts: 7705
weekend: 0
hr: 11
MAC_UE_SC_Tput: 12592.76

hr: 11
SIP_SC_Total_MOU: 8.84
Peak UE: 27
MB_per_connected_UE: 110.42
DL Volume: 7558
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6952
DL Data Vol MAC in MB: 8751.25
CA Activation Rate den: 77229

Time: 18:25:55
holiday: 0

Avg_Connected_UEs: 44.62
SIP DC%: 
UPTP_Mbps: 18.33
DLRLCLayerDataVolume MB: 8226.04
DRB UL Data Volume MB: 3581
PRB Util%: 48.6
CA Conf FailRate Pct den: 5501
weekend: 1
UPTP Mbps Num: 32171
CA Activation Rate: 33.24
hr: 15
Bearer Releases: 15469

hr: 15
UPTP Mbps Den: 2438
SIP_SC_Total_MOU: 92.64
Peak UE: 27
DL Volume: 3394
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8235
DL Data Vol MAC in MB: 3624.11

Time: 21:55:22
holiday: 0
CA DL DataVolRatio Pct num: 5059

Avg_Connected_UEs: 61.63
SIP DC%: 
DLRLCLayerDataVolume MB: 1648.45
DRB UL Data Volume MB: 2468
RRC Setup Attempts: 5684
CA DL DataVolRatio Pct den: 9454
weekend: 0
CA Activation Rate: 57.13
hr: 23
MAC_UE_SC_Tput: 12047.21

hr: 23
CA Activation Rate num: 501858
Setup_Fail_DEN: 13347
Peak UE: 79
MB_per_connected_UE: 41.9
DL Volume: 8229
DL Data Vol MAC in MB: 3658.72
CA Activation Rate den: 104650

holiday: 0
CA DL DataVolRatio Pct num: 6091

SIP DC%: 
DLRLCLayerDataVolume MB: 7469.32
PRB Util%: 30.18
RRC Setup Attempts: 4194
CA Conf FailRate Pct den: 7077
weekend: 1
UPTP Mbps Num: 34586
CA Activation Rate: 6.5
hr: 1
MAC_UE_SC_Tput: 11617.81
Bearer Releases: 17649

hr: 1
Peak UE: 38
MB_per_connected_UE: 165.79

Time: 02:41:34
holiday: 0
CA DL DataVolRatio Pct num: 5741

SIP DC%: 
DLRLCLayerDataVolume MB: 6423.23
DRB UL Data Volume MB: 8899
RRC Setup Attempts: 3664
CA DL DataVolRatio Pct den: 7804
weekend: 0
CA Activation Rate: 62.3
hr: 5
MAC_UE_SC_Tput: 8157.59

hr: 5
Setup_Fail_DEN: 10436
MB_per_connected_UE: 17.23
CA Activation Rate den: 120692
Time: 03:49:45

holiday: 0
CA DL DataVolRatio Pct num: 267

Avg_Connected_UEs: 33.72
SIP DC%: 
DRB UL Data Volume MB: 6219
PRB Util%: 61.74
RRC Setup Attempts: 6224
CA DL DataVolRatio Pct den: 599
CA Conf FailRate Pct den: 5731
weekend: 0
UPTP Mbps Num: 8218
CA Activation Rate: 69.64
hr: 12
MAC_UE_SC_Tput: 13992.01
Bearer Releases: 8732

hr: 12
CA Activation Rate num: 4998315
UPTP Mbps Den: 2764
SIP_SC_Total_MOU: 384.12
Peak UE: 29
DL Data Vol MAC in MB: 1469.38

Combined RACH Preambles: 4187
Time: 05:40:41
holiday: 0
CA DL DataVolRatio Pct: 50.66

SIP DC%: 
DRB UL Data Volume MB: 8839
CA DL DataVolRatio Pct den: 7801
weekend: 0
UPTP Mbps Num: 19390
hr: 23

hr: 23
CA Activation Rate num: 8357317
Setup_Fail_DEN: 13261
Peak UE: 69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3712
DL Data Vol MAC in MB: 3003.76

Time: 04:54:45
holiday: 0
CA DL DataVolRatio Pct: 80.94

DL MAC Vol Scell Pct: 17.02
SIP DC%: 
DRB UL Data Volume MB: 9003
RRC Setup Attempts: 4952
weekend: 0
UPTP Mbps Num: 10750
hr: 5
MAC_UE_SC_Tput: 6706.36
Bearer Releases: 13587

hr: 5
CA Activation Rate num: 2726318
UPTP Mbps Den: 5081
Setup_Fail_DEN: 19226
SIP_SC_Total_MOU: 417.12
Peak UE: 27
MB_per_connected_UE: 28.58
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6409
DL Data Vol MAC in MB: 6504.54

Time: 12:52:38
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8432.56
CA Conf FailRate Pct den: 4145
weekend: 0
CA Activation Rate: 28.5
hr: 17
MAC_UE_SC_Tput: 14412.83
Bearer Releases: 12583

hr: 17
CA Activation Rate num: 393003
Peak UE: 27
MB_per_connected_UE: 46.23
DL Data Vol MAC in MB: 8122.27
CA Activation Rate den: 138967

Time: 05:33:38
holiday: 0
CA DL DataVolRatio Pct: 56.82
CA DL DataVolRatio Pct num: 1166

SIP DC%: 
UPTP_Mbps: 9.32
DLRLCLayerDataVolume MB: 5660.75
PRB Util%: 74.97
CA DL DataVolRatio Pct den: 7800
weekend: 1
hr: 23
MAC_UE_SC_Tput: 7406.62

hr: 23
CA Activation Rate num: 8362668
SIP_SC_Total_MOU: 81.34
MB_per_connected_UE: 98.76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8041
CA Activation Rate den: 56628

Combined RACH Preambles: 2897
Time: 08:08:05
holiday: 0
CA DL DataVolRatio Pct: 87.13

SIP DC%: 
DLRLCLayerDataVolume MB: 9212.33
RRC Setup Attempts: 5859
CA DL DataVolRatio Pct den: 389
CA Conf FailRate Pct den: 7761
weekend: 0
hr: 17
MAC_UE_SC_Tput: 18586.6
Bearer Releases: 11239

hr: 17
CA Activation Rate num: 4570350
UPTP Mbps Den: 3759
SIP_SC_Total_MOU: 317.33
Peak UE: 27
MB_per_connected_UE: 183.4
DL Data Vol MAC in MB: 3840.55
CA Activation Rate den: 148147

Time: 16:33:59
holiday: 0
CA DL DataVolRatio Pct num: 957

SIP DC%: 
UPTP_Mbps: 31.78
DLRLCLayerDataVolume MB: 4169.85
DRB UL Data Volume MB: 3219
PRB Util%: 19.49
RRC Setup Attempts: 4345
weekend: 0
UPTP Mbps Num: 60340
CA Activation Rate: 48.51
hr: 14

hr: 14
CA Activation Rate num: 4848898
Setup_Fail_DEN: 18243
SIP_SC_Total_MOU: 91.32
Peak UE: 29
DL Volume: 2723

Time: 06:38:21
holiday: 0
CA DL DataVolRatio Pct: 70

DL MAC Vol Scell Pct: 50.1
Avg_Connected_UEs: 41.69
SIP DC%: 
UPTP_Mbps: 15.55
DLRLCLayerDataVolume MB: 7097.02
CA DL DataVolRatio Pct den: 2215
weekend: 0
CA Activation Rate: 62.93
hr: 5
MAC_UE_SC_Tput: 29282.02
Bearer Releases: 17383

hr: 5
CA Activation Rate num: 9980057
Setup_Fail_DEN: 12109
Peak UE: 35
MB_per_connected_UE: 95.44
DL Data Vol MAC in MB: 7478.45

Time: 09:49:13
holiday: 0
HO_att_InterFreq: 738

SIP DC%: 
UPTP_Mbps: 61.92
DLRLCLayerDataVolume MB: 658.79
PRB Util%: 14.6
RRC Setup Attempts: 5494
weekend: 0
hr: 23
MAC_UE_SC_Tput: 13266.84
Bearer Releases: 13994

hr: 23
CA Activation Rate num: 8330923
Setup_Fail_DEN: 6951
Peak UE: 82
MB_per_connected_UE: 151.15
CA Activation Rate den: 51966

Time: 09:02:53
holiday: 0
CA DL DataVolRatio Pct num: 7379

DL MAC Vol Scell Pct: 9.27
SIP DC%: 
DRB UL Data Volume MB: 9376
RRC Setup Attempts: 5907
CA DL DataVolRatio Pct den: 6894
CA Conf FailRate Pct den: 8612
weekend: 0
UPTP Mbps Num: 60023
CA Activation Rate: 7.67
hr: 23
MAC_UE_SC_Tput: 27893.68

hr: 23
CA Activation Rate num: 2733846
SIP_SC_Total_MOU: 75.34
Peak UE: 47
MB_per_connected_UE: 205.74
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8604
DL Data Vol MAC in MB: 7163.16

Time: 09:42:46
holiday: 0

SIP DC%: 
UPTP_Mbps: 26.04
DRB UL Data Volume MB: 6372
PRB Util%: 62.25
RRC Setup Attempts: 5344
CA DL DataVolRatio Pct den: 3206
weekend: 0
hr: 9
MAC_UE_SC_Tput: 11162.06
Bearer Releases: 12831

hr: 9
CA Activation Rate num: 780558
Peak UE: 73
MB_per_connected_UE: 34.47
DL Volume: 5996

Combined RACH Preambles: 3335
Time: 15:07:56
holiday: 0
CA DL DataVolRatio Pct: 50.87

Avg_Connected_UEs: 45.38
SIP DC%: 
DLRLCLayerDataVolume MB: 1953.7
DRB UL Data Volume MB: 1983
CA DL DataVolRatio Pct den: 5821
weekend: 0
CA Activation Rate: 59.32
hr: 0
MAC_UE_SC_Tput: 4475.74
Bearer Releases: 14376

hr: 0
CA Activation Rate num: 4200211
Setup_Fail_DEN: 19133
SIP_SC_Total_MOU: 222.07
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7170
DL Data Vol MAC in MB: 1253.46
CA Activation Rate den: 87595

Time: 02:26:59
holiday: 0

Avg_Connected_UEs: 31.27
SIP DC%: 
DLRLCLayerDataVolume MB: 6897.98
RRC Setup Attempts: 7459
CA DL DataVolRatio Pct den: 8336
CA Conf FailRate Pct den: 4470
weekend: 1
UPTP Mbps Num: 37184
CA Activation Rate: 68.85
hr: 7
MAC_UE_SC_Tput: 16766.41
Bearer Releases: 16631

hr: 7
CA Activation Rate num: 4578045
Peak UE: 29
DL Volume: 5845
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4087
CA Activation Rate den: 81097

Combined RACH Preambles: 3691
Time: 17:45:07
holiday: 0
CA DL DataVolRatio Pct: 78.1

SIP DC%: 
UPTP_Mbps: 25.18
DRB UL Data Volume MB: 2290
CA DL DataVolRatio Pct den: 7386
weekend: 0
CA Activation Rate: 32.66
hr: 0
MAC_UE_SC_Tput: 4241.18
Bearer Releases: 10514

hr: 0
CA Activation Rate num: 4782639
UPTP Mbps Den: 1861
Setup_Fail_DEN: 15576
SIP_SC_Total_MOU: 116.11
Peak UE: 27
MB_per_connected_UE: 168.91
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7133
DL Data Vol MAC in MB: 6545.81
CA Activation Rate den: 41396

Time: 12:04:47
holiday: 0

Avg_Connected_UEs: 59.24
SIP DC%: 
DLRLCLayerDataVolume MB: 6816.98
weekend: 1
UPTP Mbps Num: 36364
CA Activation Rate: 40.36
hr: 23
MAC_UE_SC_Tput: 8428.73
Bearer Releases: 11853

hr: 23
CA Activation Rate num: 1017457
Setup_Fail_DEN: 15243
SIP_SC_Total_MOU: 137.14
Peak UE: 86
PCT Time MIMO: 34.9
DL Data Vol MAC in MB: 9599
Combined RACH Preambles: 2385

Time: 02:44:25
holiday: 0

DL MAC Vol Scell Pct: 39.94
SIP DC%: 
UPTP_Mbps: 10.93
DLRLCLayerDataVolume MB: 3332.26
PRB Util%: 22.54
CA DL DataVolRatio Pct den: 10106
CA Conf FailRate Pct den: 3240
weekend: 0
CA Activation Rate: 7.86
hr: 6
MAC_UE_SC_Tput: 15819.92
Bearer Releases: 16112

hr: 6
CA Activation Rate num: 10636173
SIP_SC_Total_MOU: 220.36
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5144
DL Data Vol MAC in MB: 6081.74
CA Activation Rate den: 45713

Time: 20:09:30
holiday: 0
CA DL DataVolRatio Pct: 68.48

DL MAC Vol Scell Pct: 44.59
SIP DC%: 
UPTP_Mbps: 40.44
DLRLCLayerDataVolume MB: 4968
PRB Util%: 56.06
CA DL DataVolRatio Pct den: 9242
weekend: 0
UPTP Mbps Num: 36626
hr: 9
MAC_UE_SC_Tput: 9497.79
Bearer Releases: 7216

hr: 9
CA Activation Rate num: 8605912
Setup_Fail_DEN: 15889
SIP_SC_Total_MOU: 398.65
QCI 1 Bearer Drop%: 3.17
Peak UE: 93
MB_per_connected_UE: 135.29
DL Volume: 567
CA Activation Rate den: 197289

Time: 14:21:53
holiday: 0

Avg_Connected_UEs: 82.57
SIP DC%: 
DLRLCLayerDataVolume MB: 1703.49
PRB Util%: 24.92
CA DL DataVolRatio Pct den: 6920
CA Conf FailRate Pct den: 7405
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4585.36
Bearer Releases: 12385

hr: 23
CA Activation Rate num: 11010700
SIP_SC_Total_MOU: 217.74
Peak UE: 42
VOLTE IA%: 
MB_per_connected_UE: 37.01
DL Data Vol MAC in MB: 7680.7

Time: 06:51:41
holiday: 0
CA DL DataVolRatio Pct num: 982

DL MAC Vol Scell Pct: 22.32
Avg_Connected_UEs: 82.22
SIP DC%: 
UPTP_Mbps: 34.61
DLRLCLayerDataVolume MB: 2835.41
PRB Util%: 10.98
RRC Setup Attempts: 6750
CA DL DataVolRatio Pct den: 10038
CA Conf FailRate Pct den: 6242
weekend: 0
hr: 16
MAC_UE_SC_Tput: 12164.95
Bearer Releases: 8372

hr: 16
CA Activation Rate num: 4651190
Setup_Fail_DEN: 11125
SIP_SC_Total_MOU: 238.46
Peak UE: 48
MB_per_connected_UE: 85.74
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5395
CA Activation Rate den: 62686

Time: 04:10:40
holiday: 0

Avg_Connected_UEs: 47.41
SIP DC%: 
UPTP_Mbps: 85.98
DRB UL Data Volume MB: 5815
PRB Util%: 40.68
CA Conf FailRate Pct den: 3003
weekend: 0
CA Activation Rate: 23.34
hr: 21
MAC_UE_SC_Tput: 13925.71
Bearer Releases: 11426

hr: 21
CA Activation Rate num: 5005522
Setup_Fail_DEN: 19635
SIP_SC_Total_MOU: 176.52
PCT Time MIMO: 36.05
DL Volume: 428
DL Data Vol MAC in MB: 3883.96

Time: 18:39:56
holiday: 0

Avg_Connected_UEs: 44.96
SIP DC%: 
UPTP_Mbps: 38.07
CA DL DataVolRatio Pct den: 8467
weekend: 0
UPTP Mbps Num: 16591
CA Activation Rate: 53.45
hr: 20
MAC_UE_SC_Tput: 15042.36
Bearer Releases: 9816

hr: 20
CA Activation Rate num: 1200960
UPTP Mbps Den: 1340
Peak UE: 54
MB_per_connected_UE: 176.32
DL Volume: 6728
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4366
DL Data Vol MAC in MB: 6146.58
CA Activation Rate den: 52601

Combined RACH Preambles: 3254
Time: 04:52:26
holiday: 0
CA DL DataVolRatio Pct: 90.95
CA DL DataVolRatio Pct num: 4377

SIP DC%: 
UPTP_Mbps: 27.76
DLRLCLayerDataVolume MB: 163.72
PRB Util%: 55.68
weekend: 1
CA Activation Rate: 59.45
hr: 19
MAC_UE_SC_Tput: 5827.44

hr: 19
UPTP Mbps Den: 1391
Setup_Fail_DEN: 15348
Peak UE: 62
MB_per_connected_UE: 88.14
PCT Time MIMO: 53.94
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4237
DL Data Vol MAC in MB: 2915.63
CA Activation Rate den: 44975
Time: 07:51:30

holiday: 0

DL MAC Vol Scell Pct: 16.42
Avg_Connected_UEs: 56.08
SIP DC%: 
DLRLCLayerDataVolume MB: 2803.12
DRB UL Data Volume MB: 8836
UL Resid BLER PCT: 1.42
CA DL DataVolRatio Pct den: 3131
weekend: 0
CA Activation Rate: 10.77
hr: 16
MAC_UE_SC_Tput: 5682.8
Bearer Releases: 10267

hr: 16
CA Activation Rate num: 2871500
Peak UE: 27
MB_per_connected_UE: 202.63
PCT Time MIMO: 47.39
DL Data Vol MAC in MB: 883.24
CA Activation Rate den: 130200

Time: 13:30:22
holiday: 0
CA DL DataVolRatio Pct: 70.32

DL MAC Vol Scell Pct: 46.95
SIP DC%: 
UPTP_Mbps: 25.66
RRC Setup Attempts: 7953
weekend: 0
hr: 8
MAC_UE_SC_Tput: 4739.67
Bearer Releases: 12799

hr: 8
CA Activation Rate num: 1687907
Setup_Fail_DEN: 14430
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 80.07
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3251
DL Data Vol MAC in MB: 3326.36
CA Activation Rate den: 120609

Time: 16:03:34
holiday: 0
CA DL DataVolRatio Pct: 82.85

SIP DC%: 
DRB UL Data Volume MB: 7550
RRC Setup Attempts: 6471
CA Conf FailRate Pct den: 3294
weekend: 0
UPTP Mbps Num: 2327
CA Activation Rate: 61.09
hr: 23
MAC_UE_SC_Tput: 37594.62
Bearer Releases: 15047

hr: 23
Avg CQI: 11.13
CA Activation Rate num: 1273201
UPTP Mbps Den: 1542
Setup_Fail_DEN: 11306
Peak UE: 86
DL Data Vol MAC in MB: 2116.98

Time: 16:40:32
holiday: 0

SIP DC%: 
UPTP_Mbps: 27.47
DLRLCLayerDataVolume MB: 4771.64
DRB UL Data Volume MB: 2248
PRB Util%: 17.29
CA Conf FailRate Pct den: 5535
weekend: 0
CA Activation Rate: 40.7
hr: 6
MAC_UE_SC_Tput: 4213.68
Bearer Releases: 14740

hr: 6
CA Activation Rate num: 6172672
Setup_Fail_DEN: 15965
SIP_SC_Total_MOU: 233.81
Peak UE: 38
DL Data Vol MAC in MB: 1123.27

Time: 18:07:23
holiday: 0

DL MAC Vol Scell Pct: 20.33
Avg_Connected_UEs: 31.52
SIP DC%: 
DLRLCLayerDataVolume MB: 6424.33
CA Conf FailRate Pct den: 7745
weekend: 0
hr: 16
MAC_UE_SC_Tput: 13064.01

hr: 16
CA Activation Rate num: 7273904
Setup_Fail_DEN: 15761
SIP_SC_Total_MOU: 219.14
Peak UE: 27
PCT Time MIMO: 52.98
DL Volume: 9235
DL Data Vol MAC in MB: 4429.95

Time: 04:51:41
holiday: 0
CA DL DataVolRatio Pct num: 6783

Avg_Connected_UEs: 51.49
SIP DC%: 
DLRLCLayerDataVolume MB: 8432.48
DRB UL Data Volume MB: 5177
CA DL DataVolRatio Pct den: 6760
weekend: 0
UPTP Mbps Num: 8001
CA Activation Rate: 22.37
hr: 14
MAC_UE_SC_Tput: 6175

hr: 14
qci1_setup_attempts: 230
CA Activation Rate num: 108946
UPTP Mbps Den: 182
SIP_SC_Total_MOU: 148.94
Peak UE: 27
MB_per_connected_UE: 167.18
CA Activation Rate den: 71045

Time: 21:20:38
holiday: 0
CA DL DataVolRatio Pct num: 5464

DL MAC Vol Scell Pct: 25.52
SIP DC%: 
UPTP_Mbps: 120.01
DLRLCLayerDataVolume MB: 7371.55
RRC Setup Attempts: 3555
weekend: 0
UPTP Mbps Num: 6075
CA Activation Rate: 38.52
hr: 23
MAC_UE_SC_Tput: 18854.44

hr: 23
CA Activation Rate num: 10289259
Setup_Fail_DEN: 6419
SIP_SC_Total_MOU: 406.82
Peak UE: 41
DL Volume: 8577
DL Data Vol MAC in MB: 3921.17
CA Activation Rate den: 94352

Time: 16:02:00
holiday: 0
CA DL DataVolRatio Pct: 73.94
CA DL DataVolRatio Pct num: 6642

DL MAC Vol Scell Pct: 20.84
SIP DC%: 
DLRLCLayerDataVolume MB: 3040.98
RRC Setup Attempts: 4494
CA DL DataVolRatio Pct den: 7180
weekend: 0
hr: 0
MAC_UE_SC_Tput: 7690.42
Bearer Releases: 16695

hr: 0
CA Activation Rate num: 3882630
Setup_Fail_DEN: 9296
Peak UE: 41
DL Volume: 5029
DL Data Vol MAC in MB: 6718.46
CA Activation Rate den: 77384

Time: 07:06:16
holiday: 0
CA DL DataVolRatio Pct num: 5797

Avg_Connected_UEs: 72.91
SIP DC%: 
UPTP_Mbps: 17.79
DLRLCLayerDataVolume MB: 9356.19
DRB UL Data Volume MB: 860
RRC Setup Attempts: 4396
CA DL DataVolRatio Pct den: 384
CA Conf FailRate Pct den: 3320
weekend: 0
hr: 17
MAC_UE_SC_Tput: 7604.8
Bearer Releases: 10309

hr: 17
CA Activation Rate num: 4203599
UPTP Mbps Den: 822
Setup_Fail_DEN: 18911
SIP_SC_Total_MOU: 111.71
Peak UE: 27
MB_per_connected_UE: 81.72
PCT Time MIMO: 38.99
CA Activation Rate den: 86358

Combined RACH Preambles: 2263
Time: 06:02:05
holiday: 0
CA DL DataVolRatio Pct: 90.67

DL MAC Vol Scell Pct: 8.14
Avg_Connected_UEs: 46.2
SIP DC%: 
UPTP_Mbps: 112.1
DLRLCLayerDataVolume MB: 4562.13
DRB UL Data Volume MB: 9622
CA Conf FailRate Pct den: 6281
weekend: 0
CA Activation Rate: 47.04
hr: 19
MAC_UE_SC_Tput: 5434.7

hr: 19
CA Activation Rate num: 2983217
Setup_Fail_DEN: 13371
Peak UE: 27
DL Volume: 7710
DL Data Vol MAC in MB: 1542.91

Time: 10:01:11
holiday: 0
CA DL DataVolRatio Pct: 85.39

SIP DC%: 
DLRLCLayerDataVolume MB: 2208.64
DL Packet Loss Pct: 0.68
RRC Setup Attempts: 3616
CA DL DataVolRatio Pct den: 1859
CA Conf FailRate Pct den: 9344
weekend: 0
hr: 15
MAC_UE_SC_Tput: 12211.66
Bearer Releases: 9607

hr: 15
Setup_Fail_DEN: 17766
SIP_SC_Total_MOU: 39.33
Peak UE: 39
MB_per_connected_UE: 134.73
DL Volume: 4598
DL Data Vol MAC in MB: 2756.76
CA Activation Rate den: 90306

Time: 01:00:56
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4397.85
weekend: 0
UPTP Mbps Num: 12300
hr: 9
MAC_UE_SC_Tput: 6329.31
Bearer Releases: 10499

hr: 9
Setup_Fail_DEN: 12754
Peak UE: 51
DL Data Vol MAC in MB: 2125.91
CA Activation Rate den: 81464

Time: 18:00:02
holiday: 0
RRC Setup Failure% 5G: 0.39
CA DL DataVolRatio Pct num: 3383

Avg_Connected_UEs: 22.51
SIP DC%: 
UPTP_Mbps: 133.91
DRB UL Data Volume MB: 4047
RRC Setup Attempts: 4945
CA DL DataVolRatio Pct den: 986
CA Conf FailRate Pct den: 6883
weekend: 0
UPTP Mbps Num: 12894
CA Activation Rate: 43.92
hr: 9
MAC_UE_SC_Tput: 6785.02
Bearer Releases: 8237

hr: 9
CA Activation Rate num: 4294144
Peak UE: 69
DL Volume: 7971

Time: 16:23:49
holiday: 0
CA DL DataVolRatio Pct num: 320

SIP DC%: 
PRB Util%: 50.25
RRC Setup Attempts: 6541
weekend: 0
CA Activation Rate: 60.51
hr: 6
MAC_UE_SC_Tput: 8076.2
Bearer Releases: 9525

hr: 6
Setup_Fail_DEN: 8388
SIP_SC_Total_MOU: 109.83
Peak UE: 43
MB_per_connected_UE: 35.94
PCT Time MIMO: 49.57
DL Data Vol MAC in MB: 9512.65

Time: 22:17:38
holiday: 0
CA DL DataVolRatio Pct: 78.81
CA DL DataVolRatio Pct num: 7553

Avg_Connected_UEs: 18.92
SIP DC%: 
PRB Util%: 39.16
CA Conf FailRate Pct den: 5592
weekend: 0
hr: 7
MAC_UE_SC_Tput: 8451.85

hr: 7
CA Activation Rate num: 4057070
UPTP Mbps Den: 504
Setup_Fail_DEN: 13590
SIP_SC_Total_MOU: 158.36
Peak UE: 27
MB_per_connected_UE: 8.39
DL Volume: 7235
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5745
DL Data Vol MAC in MB: 9549.75
CA Activation Rate den: 136688

holiday: 0
CA DL DataVolRatio Pct num: 2954

DL MAC Vol Scell Pct: 16.1
SIP DC%: 
UPTP_Mbps: 24.55
DLRLCLayerDataVolume MB: 7225.57
DRB UL Data Volume MB: 8772
RRC Setup Attempts: 6456
CA Conf FailRate Pct den: 3145
weekend: 1
UPTP Mbps Num: 40349
hr: 12
MAC_UE_SC_Tput: 15015.51
Bearer Releases: 18685

hr: 12
CA Activation Rate num: 4800594
Peak UE: 30
MB_per_connected_UE: 118.32
CA Activation Rate den: 47065

Time: 23:49:29
holiday: 0

DL MAC Vol Scell Pct: 23.16
SIP DC%: 
UPTP_Mbps: 41.57
DLRLCLayerDataVolume MB: 1836.95
CA DL DataVolRatio Pct den: 3764
weekend: 0
UPTP Mbps Num: 18241
hr: 3
MAC_UE_SC_Tput: 12520.65
Bearer Releases: 7464

hr: 3
CA Activation Rate num: 7174884
Peak UE: 42
MB_per_connected_UE: 195.03
DL Data Vol MAC in MB: 476.33
CA Activation Rate den: 73299

Time: 17:39:40
holiday: 0
CA DL DataVolRatio Pct num: 5673

DL MAC Vol Scell Pct: 19.28
SIP DC%: 
DRB UL Data Volume MB: 5248
CA DL DataVolRatio Pct den: 9551
CA Conf FailRate Pct den: 9198
weekend: 0
UPTP Mbps Num: 50915
hr: 4
MAC_UE_SC_Tput: 5240.6

hr: 4
CA Activation Rate num: 5372724
Setup_Fail_DEN: 13660
SIP_SC_Total_MOU: 210.19
Peak UE: 27
MB_per_connected_UE: 50.09
PCT Time MIMO: 33.52
DL Data Vol MAC in MB: 2082.64
CA Activation Rate den: 119136

Time: 09:34:49
holiday: 0
CA DL DataVolRatio Pct: 54.89

DL MAC Vol Scell Pct: 17.41
SIP DC%: 
PRB Util%: 57.23
CA DL DataVolRatio Pct den: 4443
CA Conf FailRate Pct den: 7689
weekend: 0
UPTP Mbps Num: 28691
hr: 23
MAC_UE_SC_Tput: 9686.88
Bearer Releases: 10614

hr: 23
CA Activation Rate num: 9589972
UPTP Mbps Den: 1575
SIP_SC_Total_MOU: 111.26
Peak UE: 89
MB_per_connected_UE: 173.99
DL Volume: 8608
DL Data Vol MAC in MB: 9879.68

Time: 22:57:45
holiday: 0

Avg_Connected_UEs: 83.05
SIP DC%: 
DLRLCLayerDataVolume MB: 1478.13
DRB UL Data Volume MB: 9610
PRB Util%: 30.82
RRC Setup Attempts: 5492
CA DL DataVolRatio Pct den: 9886
CA Conf FailRate Pct den: 8722
weekend: 1
hr: 12
MAC_UE_SC_Tput: 7031.17

hr: 12
CA Activation Rate num: 9708166
Setup_Fail_DEN: 8529
Peak UE: 84
MB_per_connected_UE: 126.13
DL Volume: 1856
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3446
DL Data Vol MAC in MB: 9093.26
CA Activation Rate den: 69531

Time: 02:46:15
holiday: 0

Avg_Connected_UEs: 32.29
SIP DC%: 
UPTP_Mbps: 35.75
DLRLCLayerDataVolume MB: 2571.14
RRC Setup Attempts: 3918
CA DL DataVolRatio Pct den: 3302
CA Conf FailRate Pct den: 8699
weekend: 0
UPTP Mbps Num: 31966
hr: 8
MAC_UE_SC_Tput: 4513.36
Bearer Releases: 11212

hr: 8
CA Activation Rate num: 7188429
UPTP Mbps Den: 1883
Peak UE: 27
DL Data Vol MAC in MB: 6850.84

Time: 20:36:01
holiday: 0
CA DL DataVolRatio Pct: 79.49
CA DL DataVolRatio Pct num: 5538
HO Attempts: 458

Avg_Connected_UEs: 74.65
SIP DC%: 
DLRLCLayerDataVolume MB: 3021.06
DRB UL Data Volume MB: 2536
RRC Setup Attempts: 6020
CA DL DataVolRatio Pct den: 9247
weekend: 0
RSSIRX2 Avg: -93.68
hr: 20
MAC_UE_SC_Tput: 9595.15
Bearer Releases: 9692

hr: 20
CA Activation Rate num: 4697053
UPTP Mbps Den: 941
Setup_Fail_DEN: 11374
Peak UE: 46
MB_per_connected_UE: 146.75
CA Activation Rate den: 81424
Time: 23:49:54

holiday: 0

SIP DC%: 
UPTP_Mbps: 30.95
DLRLCLayerDataVolume MB: 6911.72
CA DL DataVolRatio Pct den: 8489
weekend: 0
UPTP Mbps Num: 47794
hr: 5
MAC_UE_SC_Tput: 16590.3
Bearer Releases: 8562

hr: 5
Setup_Fail_DEN: 13996
SIP_SC_Total_MOU: 177.74
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4596

Time: 10:58:11
holiday: 0
CA DL DataVolRatio Pct num: 7001

Avg_Connected_UEs: 17.25
SIP DC%: 
DLRLCLayerDataVolume MB: 3569.83
DRB UL Data Volume MB: 8571
PRB Util%: 74.37
weekend: 0
hr: 4
MAC_UE_SC_Tput: 7492.7
Bearer Releases: 8078

hr: 4
CA Activation Rate num: 4470793
Setup_Fail_DEN: 15620
SIP_SC_Total_MOU: 138.67
Peak UE: 59
MB_per_connected_UE: 129.51
DL Volume: 992
DL Data Vol MAC in MB: 9410.59
CA Activation Rate den: 197893

Time: 19:10:31
holiday: 0
CA DL DataVolRatio Pct: 61.28
CA DL DataVolRatio Pct num: 3176

Avg_Connected_UEs: 82.32
SIP DC%: 
UPTP_Mbps: 133.23
DLRLCLayerDataVolume MB: 4027.97
RRC Setup Attempts: 6763
weekend: 0
UPTP Mbps Num: 17546
hr: 10
MAC_UE_SC_Tput: 9514.99
Bearer Releases: 12060

hr: 10
CA Activation Rate num: 5119266
Setup_Fail_DEN: 19728
Peak UE: 53
MB_per_connected_UE: 92.54
DL Volume: 526
DL Data Vol MAC in MB: 2977.82
CA Activation Rate den: 156007

Time: 12:48:12
holiday: 0
CA DL DataVolRatio Pct: 67.38

SIP DC%: 
DLRLCLayerDataVolume MB: 1993.42
weekend: 0
CA Activation Rate: 66.61
hr: 19
MAC_UE_SC_Tput: 5313.3
HQ_EXE_TOTARGET_FAILURE_QCI_1_NUM: 10
Bearer Releases: 6363

hr: 19
CA Activation Rate num: 4642887
Setup_Fail_DEN: 13816
Peak UE: 47
MB_per_connected_UE: 31.52
PCT Time MIMO: 65.72
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9150
CA Activation Rate den: 48109

Time: 02:23:31
holiday: 0
CA DL DataVolRatio Pct: 80.11
CA DL DataVolRatio Pct num: 5485

SIP DC%: 
DLRLCLayerDataVolume MB: 5976.34
RRC Setup Attempts: 7048
weekend: 0
UPTP Mbps Num: 27996
hr: 2
MAC_UE_SC_Tput: 11348.37
Bearer Releases: 16205

hr: 2
CA Activation Rate num: 1202890
UPTP Mbps Den: 2244
Setup_Fail_DEN: 9384
Peak UE: 28
MB_per_connected_UE: 14.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8427
DL Data Vol MAC in MB: 5149.81
CA Activation Rate den: 91381

Time: 21:04:45
holiday: 0
CA DL DataVolRatio Pct num: 4385

Avg_Connected_UEs: 67.51
SIP DC%: 
DLRLCLayerDataVolume MB: 4937.71
DRB UL Data Volume MB: 4783
CA Conf FailRate Pct den: 4565
weekend: 0
UPTP Mbps Num: 1589
hr: 23
Bearer Releases: 14774

hr: 23
CA Activation Rate num: 1337971
Setup_Fail_DEN: 8972
Peak UE: 32
MB_per_connected_UE: 189.56
DL Volume: 6670
DL Data Vol MAC in MB: 2423.33
CA Activation Rate den: 81162

Time: 05:38:18
holiday: 0
CA DL DataVolRatio Pct: 57.54

DL MAC Vol Scell Pct: 10.5
Avg_Connected_UEs: 82.69
SIP DC%: 
UPTP_Mbps: 112.41
DLRLCLayerDataVolume MB: 3493.59
PRB Util%: 69.74
DL Packet Loss Pct: 3.28
weekend: 0
CA Activation Rate: 59.04
hr: 20
MAC_UE_SC_Tput: 12951.17
Bearer Releases: 6384

hr: 20
CA Activation Rate num: 5376655
SIP_SC_Total_MOU: 186.48
Peak UE: 27
VOLTE IA%: 0.53
PCT Time MIMO: 37.06
CA Activation Rate den: 50531

Time: 17:56:17
holiday: 0

Avg_Connected_UEs: 28.6
SIP DC%: 
DLRLCLayerDataVolume MB: 1068.45
PRB Util%: 52.24
RRC Setup Attempts: 9172
CA DL DataVolRatio Pct den: 5207
weekend: 1
UPTP Mbps Num: 44159
hr: 0
MAC_UE_SC_Tput: 6466.53

hr: 0
CA Activation Rate num: 10398961
UPTP Mbps Den: 2167
Setup_Fail_DEN: 11717
SIP_SC_Total_MOU: 260.21
Peak UE: 39
MB_per_connected_UE: 44.76
PCT Time MIMO: 32.9
DL Data Vol MAC in MB: 2135.56
CA Activation Rate den: 56153

Time: 17:22:00
holiday: 0
CA DL DataVolRatio Pct: 77.25

DL MAC Vol Scell Pct: 52.38
Avg_Connected_UEs: 75.32
SIP DC%: 
RRC Setup Attempts: 7907
CA Conf FailRate Pct den: 4321
weekend: 0
UPTP Mbps Num: 45198
CA Activation Rate: 29.09
hr: 16
MAC_UE_SC_Tput: 12439.95
Bearer Releases: 8939

hr: 16
CA Activation Rate num: 1052638
Setup_Fail_DEN: 9862
Peak UE: 27
MB_per_connected_UE: 40.46
PCT Time MIMO: 40.7
DL Data Vol MAC in MB: 764.97
CA Activation Rate den: 121108

Time: 09:35:29
holiday: 0
HO Attempts: 78

Avg_Connected_UEs: 18.86
SIP DC%: 
DRB UL Data Volume MB: 8376
RRC Setup Attempts: 6656
CA DL DataVolRatio Pct den: 8441
CA Conf FailRate Pct den: 6787
weekend: 0
CA Activation Rate: 76.63
hr: 14

hr: 14
CA Activation Rate num: 10973573
UPTP Mbps Den: 2801
SIP_SC_Total_MOU: 147.02
Peak UE: 27
DL Data Vol MAC in MB: 2837.11
CA Activation Rate den: 92024

Time: 00:04:29
holiday: 0

Avg_Connected_UEs: 27.12
SIP DC%: 
DLRLCLayerDataVolume MB: 8238.02
DRB UL Data Volume MB: 9545
weekend: 1
CA Activation Rate: 25.58
hr: 7
MAC_UE_SC_Tput: 12223.65

hr: 7
CA Activation Rate num: 2964003
Peak UE: 27
MB_per_connected_UE: 130.36
DL Data Vol MAC in MB: 7724.7

holiday: 0

DL MAC Vol Scell Pct: 14.54
Avg_Connected_UEs: 69.12
SIP DC%: 
UPTP_Mbps: 18.67
DLRLCLayerDataVolume MB: 10007.97
RRC Setup Attempts: 3449
CA Conf FailRate Pct den: 6150
weekend: 0
UPTP Mbps Num: 6650
hr: 23
MAC_UE_SC_Tput: 8468.82
Bearer Releases: 12534

hr: 23
CA Activation Rate num: 2554753
UPTP Mbps Den: 1072
SIP_SC_Total_MOU: 51
Peak UE: 65
MB_per_connected_UE: 207.07
DL Data Vol MAC in MB: 374.66

Time: 01:29:21
holiday: 0
CA DL DataVolRatio Pct: 77.4
CA DL DataVolRatio Pct num: 7292

DL MAC Vol Scell Pct: 31.97
Avg_Connected_UEs: 56.26
SIP DC%: 
UPTP_Mbps: 19.66
RRC Setup Attempts: 4454
CA DL DataVolRatio Pct den: 4198
weekend: 0
hr: 14
MAC_UE_SC_Tput: 8269.27

hr: 14
CA Activation Rate num: 2879268
SIP_SC_Total_MOU: 246.58
Peak UE: 27
PCT Time MIMO: 57.04
DL Volume: 3399
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5957

Time: 02:18:40
holiday: 0
CA DL DataVolRatio Pct: 61.3

SIP DC%: 
DRB UL Data Volume MB: 8714
PRB Util%: 33.09
CA Conf FailRate Pct den: 9425
weekend: 0
CA Activation Rate: 50.37
hr: 15
MAC_UE_SC_Tput: 17448.16
Bearer Releases: 10197

hr: 15
CA Activation Rate num: 6565529
Setup_Fail_DEN: 19066
Peak UE: 46
MB_per_connected_UE: 85.22
PCT Time MIMO: 58.21
DL Data Vol MAC in MB: 3385.72
CA Activation Rate den: 63624

Combined RACH Preambles: 1921
Time: 20:17:29
holiday: 0

DL MAC Vol Scell Pct: 17.68
Avg_Connected_UEs: 17.37
SIP DC%: 
UPTP_Mbps: 12.4
DRB UL Data Volume MB: 7916
RRC Setup Attempts: 3628
CA Conf FailRate Pct den: 6947
weekend: 0
UPTP Mbps Num: 36103
CA Activation Rate: 77.85
hr: 5
MAC_UE_SC_Tput: 8940.37
Bearer Releases: 12326

hr: 5
CA Activation Rate num: 10861526
Setup_Fail_DEN: 13477
SIP_SC_Total_MOU: 272.32
Peak UE: 27
MB_per_connected_UE: 74.5
DL Data Vol MAC in MB: 9366.14
CA Activation Rate den: 36117

Time: 05:33:26
holiday: 0

DL MAC Vol Scell Pct: 11.23
SIP DC%: 
DLRLCLayerDataVolume MB: 6030.67
PRB Util%: 5.49
RRC Setup Attempts: 7216
CA DL DataVolRatio Pct den: 8930
CA Conf FailRate Pct den: 5405
weekend: 0
UPTP Mbps Num: 22735
hr: 19
MAC_UE_SC_Tput: 7489.05
Bearer Releases: 15050

hr: 19
SIP_SC_Total_MOU: 146.6
Peak UE: 27
DL Data Vol MAC in MB: 8015.64
CA Activation Rate den: 154117

Time: 23:26:36
holiday: 0
CA DL DataVolRatio Pct num: 418

SIP DC%: 
UPTP_Mbps: 102.57
DLRLCLayerDataVolume MB: 8688.11
PRB Util%: 41.09
CA DL DataVolRatio Pct den: 3136
weekend: 1
hr: 11
MAC_UE_SC_Tput: 4773.44
Bearer Releases: 9374

hr: 11
CA Activation Rate num: 5109169
UPTP Mbps Den: 438
Setup_Fail_DEN: 19421
SIP_SC_Total_MOU: 114.3
Peak UE: 27
MB_per_connected_UE: 32.33
DL Data Vol MAC in MB: 2938.4

Time: 03:21:19
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1254.76
DRB UL Data Volume MB: 2611
PRB Util%: 28.55
RRC Setup Attempts: 5255
CA DL DataVolRatio Pct den: 7935
weekend: 0
UPTP Mbps Num: 26547
CA Activation Rate: 49.33
hr: 7
MAC_UE_SC_Tput: 4963.53

hr: 7
CA Activation Rate num: 991751
Setup_Fail_DEN: 17268
MB_per_connected_UE: 78.23
DL Volume: 4935
CA Activation Rate den: 223736

Time: 22:56:12
holiday: 0

Avg_Connected_UEs: 83
SIP DC%: 
weekend: 0
UPTP Mbps Num: 1428
CA Activation Rate: 71.11
hr: 23
MAC_UE_SC_Tput: 9577.34
Bearer Releases: 11823

hr: 23
CA Activation Rate num: 10732047
Setup_Fail_DEN: 13351
Peak UE: 27
PCT Time MIMO: 58.53
DL Data Vol MAC in MB: 6269.1

Time: 02:53:49
holiday: 0
CA DL DataVolRatio Pct num: 7285

SIP DC%: 
UPTP_Mbps: 42.85
DLRLCLayerDataVolume MB: 8679.3
DRB UL Data Volume MB: 6993
CA DL DataVolRatio Pct den: 8098
CA Conf FailRate Pct den: 8750
weekend: 1
UPTP Mbps Num: 26280
hr: 3
MAC_UE_SC_Tput: 7460.43
Bearer Releases: 13198

hr: 3
CA Activation Rate num: 9742983
UPTP Mbps Den: 3053
SIP_SC_Total_MOU: 202.83
Peak UE: 59
VOLTE IA%: 
MB_per_connected_UE: 14.66
DL Volume: 399
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3486
DL Data Vol MAC in MB: 3060.34

Time: 04:05:52
holiday: 0

DL MAC Vol Scell Pct: 11.6
Avg_Connected_UEs: 45.82
SIP DC%: 
DRB UL Data Volume MB: 6564
CA Conf FailRate Pct den: 7680
weekend: 0
hr: 23
MAC_UE_SC_Tput: 17470.19

hr: 23
CA Activation Rate num: 10393678
SIP_SC_Total_MOU: 94.52
Peak UE: 27
MB_per_connected_UE: 56.56
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4264

Time: 00:13:38
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 4413
CA DL DataVolRatio Pct den: 7312
CA Conf FailRate Pct den: 6790
weekend: 0
UPTP Mbps Num: 28466
hr: 18
MAC_UE_SC_Tput: 18128.98
Bearer Releases: 10192

hr: 18
CA Activation Rate num: 8020362
Setup_Fail_DEN: 7810
SIP_SC_Total_MOU: 173.17
Peak UE: 27
MB_per_connected_UE: 45.89
PCT Time MIMO: 33.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8519
DL Data Vol MAC in MB: 2088.53
CA Activation Rate den: 111810

Combined RACH Preambles: 2520
Time: 03:51:55
holiday: 0

SIP DC%: 
UPTP_Mbps: 40.51
PRB Util%: 14.59
DL Packet Loss Pct: 0.82
CA DL DataVolRatio Pct den: 5886
weekend: 0
hr: 8
MAC_UE_SC_Tput: 7497.89

hr: 8
UPTP Mbps Den: 227
Setup_Fail_DEN: 10299
SIP_SC_Total_MOU: 92.7
Peak UE: 68
MB_per_connected_UE: 27.93
PCT Time MIMO: 47.76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5991
DL Data Vol MAC in MB: 682.55
CA Activation Rate den: 68833

Time: 16:12:27
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9024.77
PRB Util%: 22.36
RRC Setup Attempts: 9692
CA Conf FailRate Pct den: 2805
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6153.98
Bearer Releases: 13418

hr: 23
CA Activation Rate num: 6540172
Setup_Fail_DEN: 12660
Peak UE: 27
MB_per_connected_UE: 36.55
PCT Time MIMO: 66.88
DL Volume: 1576
DL Data Vol MAC in MB: 4835.25

Time: 17:37:25
holiday: 0
CA DL DataVolRatio Pct num: 2256

SIP DC%: 
PRB Util%: 50.32
CA DL DataVolRatio Pct den: 8679
weekend: 1
hr: 23
MAC_UE_SC_Tput: 8303.44

hr: 23
CA Activation Rate num: 7577705
UPTP Mbps Den: 159
Setup_Fail_DEN: 10310
Peak UE: 40

Time: 17:15:59
holiday: 0
CA DL DataVolRatio Pct: 72.91
HO_att_InterFreq: 726
CA DL DataVolRatio Pct num: 6094

DL MAC Vol Scell Pct: 33.25
Avg_Connected_UEs: 45.93
SIP DC%: 
DLRLCLayerDataVolume MB: 2589.41
DRB UL Data Volume MB: 8934
CA Conf FailRate Pct den: 6910
weekend: 0
UPTP Mbps Num: 35076
hr: 2
MAC_UE_SC_Tput: 8084.65

hr: 2
CA Activation Rate num: 1790604
Setup_Fail_DEN: 10229
SIP_SC_Total_MOU: 58.92
Peak UE: 27
DL Volume: 6844
UL Throughput: 8.4
CA Activation Rate den: 58024

Time: 13:00:06
holiday: 0
CA DL DataVolRatio Pct: 89.75

DL MAC Vol Scell Pct: 32.45
SIP DC%: 
UPTP_Mbps: 39.26
DRB UL Data Volume MB: 4552
PRB Util%: 12.99
RRC Setup Attempts: 9200
CA DL DataVolRatio Pct den: 5372
weekend: 0
CA Activation Rate: 12.18
hr: 13
MAC_UE_SC_Tput: 6874.36
Bearer Releases: 7924

hr: 13
CA Activation Rate num: 2922453
Setup_Fail_DEN: 12131
SIP_SC_Total_MOU: 126.88
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7079
CA Activation Rate den: 54508

Time: 22:42:55
holiday: 0
CA DL DataVolRatio Pct num: 2443

SIP DC%: 
DLRLCLayerDataVolume MB: 3871.58
DRB UL Data Volume MB: 7454
weekend: 0
UPTP Mbps Num: 719
CA Activation Rate: 30.41
hr: 23
MAC_UE_SC_Tput: 8985.37
Bearer Releases: 8980

hr: 23
CA Activation Rate num: 3243288
SIP_SC_Total_MOU: 186.91
Peak UE: 27
DL Volume: 5154
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4601
Time: 14:26:38

holiday: 0
CA DL DataVolRatio Pct: 74.13
CA DL DataVolRatio Pct num: 1580

Avg_Connected_UEs: 44.32
SIP DC%: 
DLRLCLayerDataVolume MB: 9656.72
DRB UL Data Volume MB: 6454
PRB Util%: 8.78
weekend: 0
hr: 3
MAC_UE_SC_Tput: 18805.64
Bearer Releases: 9815

hr: 3
CA Activation Rate num: 11049318
Setup_Fail_DEN: 6863
SIP_SC_Total_MOU: 181.05
Peak UE: 27
DL Volume: 5974
DL Data Vol MAC in MB: 8104.73
CA Activation Rate den: 37358

Time: 17:39:44
holiday: 0
CA DL DataVolRatio Pct: 59.98

Avg_Connected_UEs: 43.06
SIP DC%: 
DRB UL Data Volume MB: 8320
PRB Util%: 22.04
CA Conf FailRate Pct den: 6505
weekend: 0
UPTP Mbps Num: 8895
CA Activation Rate: 10.54
hr: 20
MAC_UE_SC_Tput: 4956.84
Bearer Releases: 8996

hr: 20
CA Activation Rate num: 3156216
Peak UE: 38
MB_per_connected_UE: 22.99
DL Volume: 4990
DL Data Vol MAC in MB: 3624.77
CA Activation Rate den: 115926
Combined RACH Preambles: 3871

Time: 00:51:17
holiday: 0
CA DL DataVolRatio Pct: 89.71

SIP DC%: 
DLRLCLayerDataVolume MB: 3842.09
RRC Setup Attempts: 9826
weekend: 0
UPTP Mbps Num: 9346
hr: 22
Bearer Releases: 12080

hr: 22
SIP_SC_Total_MOU: 165.79
Peak UE: 27
MB_per_connected_UE: 206.84
PCT Time MIMO: 46.29
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3853
DL Data Vol MAC in MB: 1203.51

Combined RACH Preambles: 4595
Time: 21:17:48
holiday: 0
CA DL DataVolRatio Pct num: 3548

Avg_Connected_UEs: 16.93
SIP DC%: 
S1U_SIP_SC_SEER: 99.92
DLRLCLayerDataVolume MB: 3833.16
RRC Setup Attempts: 5644
CA Conf FailRate Pct den: 3234
weekend: 0
UPTP Mbps Num: 45428
hr: 0
MAC_UE_SC_Tput: 9834.34

hr: 0
CA Activation Rate num: 1425632
SIP_SC_Total_MOU: 256.61
Peak UE: 30
MB_per_connected_UE: 153.07
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7507
DL Data Vol MAC in MB: 9384.76

Time: 18:45:20
holiday: 0

SIP DC%: 
UPTP_Mbps: 38
DLRLCLayerDataVolume MB: 3799.21
DRB UL Data Volume MB: 9477
CA DL DataVolRatio Pct den: 7382
CA Conf FailRate Pct den: 9031
weekend: 0
UPTP Mbps Num: 1567
CA Activation Rate: 44.49
hr: 23

hr: 23
CA Activation Rate num: 2054606
Setup_Fail_DEN: 15542
Peak UE: 27
MB_per_connected_UE: 198.03
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3417
CA Activation Rate den: 38351

Time: 13:31:51
holiday: 0
HO_att_InterFreq: 133

SIP DC%: 
DRB UL Data Volume MB: 5795
PRB Util%: 12.26
weekend: 0
UPTP Mbps Num: 50500
hr: 23
Bearer Releases: 13122

hr: 23
CA Activation Rate num: 3089825
Peak UE: 36
MB_per_connected_UE: 185.01
PCT Time MIMO: 40.86
DL Volume: 2613
DL Data Vol MAC in MB: 8957.99

Time: 08:12:24
holiday: 0
CA DL DataVolRatio Pct num: 5320

DL MAC Vol Scell Pct: 7.55
Avg_Connected_UEs: 28.91
SIP DC%: 
DLRLCLayerDataVolume MB: 7025.42
CA DL DataVolRatio Pct den: 9507
weekend: 0
UPTP Mbps Num: 1918
CA Activation Rate: 57.31
hr: 23
Bearer Releases: 11976

hr: 23
CA Activation Rate num: 8380345
UPTP Mbps Den: 939
Setup_Fail_DEN: 17519
MB_per_connected_UE: 91.38

Time: 13:25:31
holiday: 0

SIP DC%: 
UPTP_Mbps: 131.07
DLRLCLayerDataVolume MB: 1856.46
DRB UL Data Volume MB: 8784
RRC Setup Attempts: 7419
CA DL DataVolRatio Pct den: 5459
weekend: 0
hr: 9
MAC_UE_SC_Tput: 10203.74

hr: 9
CA Activation Rate num: 1315541
Setup_Fail_DEN: 12940
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6341
DL Data Vol MAC in MB: 3662.99
CA Activation Rate den: 110201

Time: 01:55:34
holiday: 0
CA DL DataVolRatio Pct: 92.8
CA DL DataVolRatio Pct num: 3679

SIP DC%: 
UPTP_Mbps: 52.45
DLRLCLayerDataVolume MB: 965.77
PRB Util%: 25.4
weekend: 0
CA Activation Rate: 61.8
hr: 4
MAC_UE_SC_Tput: 15893.17
Bearer Releases: 15580

hr: 4
Avg CQI: 10
CA Activation Rate num: 2405703
UPTP Mbps Den: 357
Setup_Fail_DEN: 7785
SIP_SC_Total_MOU: 186.87
Peak UE: 27
MB_per_connected_UE: 67.5
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6470
DL Data Vol MAC in MB: 2003.24
CA Activation Rate den: 104348

holiday: 0
CA DL DataVolRatio Pct: 64.17
CA DL DataVolRatio Pct num: 181

Avg_Connected_UEs: 33.12
SIP DC%: 
UPTP_Mbps: 93.67
RRC Setup Attempts: 8111
CA DL DataVolRatio Pct den: 5221
CA Conf FailRate Pct den: 8702
weekend: 0
UPTP Mbps Num: 3087
hr: 0
MAC_UE_SC_Tput: 7796.37
Bearer Releases: 10811

hr: 0
CA Activation Rate num: 9029568
SIP_SC_Total_MOU: 145.25
Peak UE: 27
DL Volume: 8916
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6031
DL Data Vol MAC in MB: 8512.4

Time: 09:03:19
holiday: 0

SIP DC%: 
UPTP_Mbps: 29.65
DRB UL Data Volume MB: 7744
PRB Util%: 26.55
CA Conf FailRate Pct den: 3556
weekend: 1
CA Activation Rate: 56.18
hr: 16
MAC_UE_SC_Tput: 12088.57

hr: 16
Setup_Fail_DEN: 14547
SIP_SC_Total_MOU: 295.02
PCT Time MIMO: 43.58
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6480
UL Throughput: 6.44
DL Data Vol MAC in MB: 6392.37
CA Activation Rate den: 36331

Combined RACH Preambles: 2060
Time: 09:53:04
holiday: 0

SIP DC%: 
UPTP_Mbps: 84.85
DLRLCLayerDataVolume MB: 4355.48
DRB UL Data Volume MB: 7607
PRB Util%: 59.52
RRC Setup Attempts: 5918
CA DL DataVolRatio Pct den: 7064
weekend: 0
UPTP Mbps Num: 33602
hr: 19
MAC_UE_SC_Tput: 16191.4

hr: 19
CA Activation Rate num: 8976013
Setup_Fail_DEN: 15018
Peak UE: 57
MB_per_connected_UE: 63.1
DL Volume: 2249
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4448
DL Data Vol MAC in MB: 5366.85
CA Activation Rate den: 85550

Time: 04:57:56
holiday: 0
CA DL DataVolRatio Pct: 64.52

SIP DC%: 
DLRLCLayerDataVolume MB: 4614.99
PRB Util%: 28.72
RRC Setup Attempts: 8484
weekend: 1
CA Activation Rate: 28.52
hr: 23
MAC_UE_SC_Tput: 11201.55
Bearer Releases: 11373

hr: 23
CA Activation Rate num: 5271324
UPTP Mbps Den: 2542
Setup_Fail_DEN: 14995
SIP_SC_Total_MOU: 313.73
MB_per_connected_UE: 60.93
PCT Time MIMO: 43.34
DL Volume: 6353
CA Activation Rate den: 135648

Time: 00:36:43
holiday: 0
CA DL DataVolRatio Pct: 62.97

DL MAC Vol Scell Pct: 10.42
SIP DC%: 
DLRLCLayerDataVolume MB: 5639.07
DRB UL Data Volume MB: 2058
weekend: 0
CA Activation Rate: 68.23
hr: 19
MAC_UE_SC_Tput: 8671.22
Bearer Releases: 6446

hr: 19
UPTP Mbps Den: 437
Peak UE: 83
PCT Time MIMO: 43.88
CA Activation Rate den: 183119

Time: 00:28:54
holiday: 0

DL MAC Vol Scell Pct: 16.67
Avg_Connected_UEs: 27.41
SIP DC%: 
DLRLCLayerDataVolume MB: 9967.23
PRB Util%: 35.86
CA DL DataVolRatio Pct den: 7783
weekend: 0
hr: 17
MAC_UE_SC_Tput: 12549.33

hr: 17
CA Activation Rate num: 447853
Setup_Fail_DEN: 18446
Peak UE: 74
MB_per_connected_UE: 160.89
PCT Time MIMO: 46.34
DL Volume: 7564
DL Data Vol MAC in MB: 2004.69
CA Activation Rate den: 101218

Combined RACH Preambles: 3132
Time: 15:24:17
holiday: 0
CA DL DataVolRatio Pct num: 7259

Avg_Connected_UEs: 33.85
SIP DC%: 
PRB Util%: 40.52
CA Conf FailRate Pct den: 8004
weekend: 1
UPTP Mbps Num: 29530
hr: 23
MAC_UE_SC_Tput: 8616.38

hr: 23
CA Activation Rate num: 8106308
UPTP Mbps Den: 5806
Setup_Fail_DEN: 13657
SIP_SC_Total_MOU: 48.11
Peak UE: 30
MB_per_connected_UE: 111.55
CA Activation Rate den: 180313

Time: 06:02:49
holiday: 0
CA DL DataVolRatio Pct num: 7455

DL MAC Vol Scell Pct: 46.63
Avg_Connected_UEs: 49.23
SIP DC%: 
DLRLCLayerDataVolume MB: 4907.03
weekend: 0
hr: 1
MAC_UE_SC_Tput: 5724.89

hr: 1
CA Activation Rate num: 3716044
UPTP Mbps Den: 1984
Peak UE: 65
MB_per_connected_UE: 113.41
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4974
DL Data Vol MAC in MB: 4912.88

Combined RACH Preambles: 4106
Time: 12:43:47
holiday: 0
CA DL DataVolRatio Pct: 69.23

DL MAC Vol Scell Pct: 17.65
Avg_Connected_UEs: 54.62
SIP DC%: 
DLRLCLayerDataVolume MB: 5703.71
weekend: 0
UPTP Mbps Num: 3970
hr: 14
MAC_UE_SC_Tput: 15902.42
Bearer Releases: 12657

hr: 14
CA Activation Rate num: 10362338
Setup_Fail_DEN: 14534
SIP_SC_Total_MOU: 161.79
Peak UE: 69
MB_per_connected_UE: 68.9
DL Data Vol MAC in MB: 9652
CA Activation Rate den: 40195

Time: 11:10:14
holiday: 0

Avg_Connected_UEs: 57.54
SIP DC%: 
DLRLCLayerDataVolume MB: 3940.12
DRB UL Data Volume MB: 936
RRC Setup Attempts: 3731
CA DL DataVolRatio Pct den: 8671
CA Conf FailRate Pct den: 7327
weekend: 0
CA Activation Rate: 68.43
hr: 12
MAC_UE_SC_Tput: 7335.32

hr: 12
CA Activation Rate num: 3819831
SIP_SC_Total_MOU: 81.01
Peak UE: 81
MB_per_connected_UE: 118.53
DL Volume: 1452
CA Activation Rate den: 169989

Time: 11:26:03
holiday: 0
CA DL DataVolRatio Pct num: 6643

DL MAC Vol Scell Pct: 51.34
SIP DC%: 
UPTP_Mbps: 48.98
DLRLCLayerDataVolume MB: 7539.47
DRB UL Data Volume MB: 7792
CA DL DataVolRatio Pct den: 8211
CA Conf FailRate Pct den: 7268
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5477.87

hr: 23
CA Activation Rate num: 10790829
Setup_Fail_DEN: 15975
Peak UE: 27
DL Volume: 9609
DL Data Vol MAC in MB: 9986.21

Time: 06:58:10
holiday: 0
CA DL DataVolRatio Pct: 66.8
CA DL DataVolRatio Pct num: 6970

Avg_Connected_UEs: 51.21
SIP DC%: 
UPTP_Mbps: 111.48
DRB UL Data Volume MB: 8749
PRB Util%: 20.01
RRC Setup Attempts: 8001
CA DL DataVolRatio Pct den: 8747
weekend: 0
UPTP Mbps Num: 26832
CA Activation Rate: 12.26
hr: 2
MAC_UE_SC_Tput: 9585.11

hr: 2
Avg CQI: 11.28
CA Activation Rate num: 8152647
SIP_SC_Total_MOU: 120.97
Peak UE: 51
MB_per_connected_UE: 54.71
PCT Time MIMO: 32.87
DL Volume: 9289
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6436
DL Data Vol MAC in MB: 5708.9

Time: 16:15:49
holiday: 0

Avg_Connected_UEs: 28.79
SIP DC%: 
DLRLCLayerDataVolume MB: 8505.74
DRB UL Data Volume MB: 283
CA DL DataVolRatio Pct den: 8749
CA Conf FailRate Pct den: 5229
weekend: 0
UPTP Mbps Num: 17057
CA Activation Rate: 71.98
hr: 23
MAC_UE_SC_Tput: 6776.48
Bearer Releases: 14318

hr: 23
CA Activation Rate num: 4686651
Setup_Fail_DEN: 15088
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 100
DL Data Vol MAC in MB: 2137.75
CA Activation Rate den: 107351

holiday: 0

DL MAC Vol Scell Pct: 3.48
SIP DC%: 
UPTP_Mbps: 22.68
DLRLCLayerDataVolume MB: 4172.67
DRB UL Data Volume MB: 2994
weekend: 0
hr: 23
MAC_UE_SC_Tput: 17563.83

hr: 23
CA Activation Rate num: 6849703
UPTP Mbps Den: 1279
SIP_SC_Total_MOU: 328.19
MB_per_connected_UE: 107.76
DL Volume: 3885
CA Activation Rate den: 50677

Time: 03:13:33
holiday: 0

Avg_Connected_UEs: 74.57
SIP DC%: 
DLRLCLayerDataVolume MB: 3017.8
weekend: 0
hr: 21
MAC_UE_SC_Tput: 10436.04

hr: 21
CA Activation Rate num: 5322540
Setup_Fail_DEN: 14946
SIP_SC_Total_MOU: 173.73
Peak UE: 68
MB_per_connected_UE: 110.9
PCT Time MIMO: 62.06
CA Activation Rate den: 36513

Time: 23:56:55
holiday: 0

DL MAC Vol Scell Pct: 52.14
SIP DC%: 
CA Conf FailRate Pct den: 3051
weekend: 0
CA Activation Rate: 24.72
hr: 3
MAC_UE_SC_Tput: 9015.79
Bearer Releases: 14131

hr: 3
CA Activation Rate num: 11048756
Setup_Fail_DEN: 13762
SIP_SC_Total_MOU: 26.2
Peak UE: 27
PCT Time MIMO: 45.06
DL Data Vol MAC in MB: 3343.51

Time: 07:02:32
holiday: 0

Avg_Connected_UEs: 40.55
SIP DC%: 
UPTP_Mbps: 31.82
DLRLCLayerDataVolume MB: 5146.27
DL Packet Loss Pct: 2.43
RRC Setup Attempts: 5268
weekend: 0
CA Activation Rate: 8.56
hr: 23
MAC_UE_SC_Tput: 16623.47
Bearer Releases: 15289

hr: 23
CA Activation Rate num: 5134950
Setup_Fail_DEN: 18471
Peak UE: 57
MB_per_connected_UE: 73.27
PCT Time MIMO: 53.69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4934
DL Data Vol MAC in MB: 2323.3

Time: 15:11:30
holiday: 0
CA DL DataVolRatio Pct: 57.11

Avg_Connected_UEs: 62.49
SIP DC%: 
DLRLCLayerDataVolume MB: 7925.06
CA Conf FailRate Pct den: 8034
weekend: 0
CA Activation Rate: 10.93
hr: 17
MAC_UE_SC_Tput: 8792.57

hr: 17
CA Activation Rate num: 8564335
Setup_Fail_DEN: 16741
Peak UE: 67
MB_per_connected_UE: 122.5
PCT Time MIMO: 56.48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6813
DL Data Vol MAC in MB: 500.8

Time: 07:45:14
holiday: 0

DL MAC Vol Scell Pct: 18.6
Avg_Connected_UEs: 57.16
SIP DC%: 
UPTP_Mbps: 13.97
DLRLCLayerDataVolume MB: 6649
CA DL DataVolRatio Pct den: 10001
weekend: 0
UPTP Mbps Num: 16933
hr: 23
MAC_UE_SC_Tput: 7739.13
Bearer Releases: 11534

hr: 23
CA Activation Rate num: 5729892
UPTP Mbps Den: 1598
Peak UE: 27
MB_per_connected_UE: 172.68

Time: 11:01:38
holiday: 0

DL MAC Vol Scell Pct: 10.6
Avg_Connected_UEs: 75.39
SIP DC%: 
DLRLCLayerDataVolume MB: 8899.52
DRB UL Data Volume MB: 5003
CA DL DataVolRatio Pct den: 5824
CA Conf FailRate Pct den: 2839
weekend: 0
UPTP Mbps Num: 45710
CA Activation Rate: 12.31
hr: 6
MAC_UE_SC_Tput: 17019.2
Bearer Releases: 6966

hr: 6
CA Activation Rate num: 8333852
SIP_SC_Total_MOU: 294.67
Peak UE: 27
PCT Time MIMO: 47.89
DL Data Vol MAC in MB: 5669.68
CA Activation Rate den: 55208

Time: 14:53:23
holiday: 0
CA DL DataVolRatio Pct: 83.55

Avg_Connected_UEs: 34.26
SIP DC%: 
DLRLCLayerDataVolume MB: 9607.12
PRB Util%: 39.68
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6175.34

hr: 23
CA Activation Rate num: 10186495
Setup_Fail_DEN: 15066
SIP_SC_Total_MOU: 44.76
VOLTE IA%: 
DL Volume: 721

Time: 15:05:59
holiday: 0

DL MAC Vol Scell Pct: 3.05
Avg_Connected_UEs: 67.87
SIP DC%: 
DLRLCLayerDataVolume MB: 1222.28
DRB UL Data Volume MB: 922
CA DL DataVolRatio Pct den: 9402
weekend: 0
hr: 0
MAC_UE_SC_Tput: 17135.59
Bearer Releases: 12114

hr: 0
CA Activation Rate num: 10567154
UPTP Mbps Den: 3961
Setup_Fail_DEN: 11781
Peak UE: 43
MB_per_connected_UE: 57.17
PCT Time MIMO: 51.72
DL Data Vol MAC in MB: 2301.03
CA Activation Rate den: 53703
Combined RACH Preambles: 3313

Time: 16:39:32
holiday: 0

SIP DC%: 
UPTP_Mbps: 13.58
DLRLCLayerDataVolume MB: 6328.59
PRB Util%: 29.96
CA DL DataVolRatio Pct den: 4206
CA Conf FailRate Pct den: 9186
weekend: 1
UPTP Mbps Num: 30294
CA Activation Rate: 11.65
hr: 4
MAC_UE_SC_Tput: 5293.31

hr: 4
CA Activation Rate num: 10786177
SIP_SC_Total_MOU: 161.81
Peak UE: 46
MB_per_connected_UE: 71.37
PCT Time MIMO: 41.04
DL Volume: 290
DL Data Vol MAC in MB: 3369.93
CA Activation Rate den: 63094

Time: 18:15:53
holiday: 0
CA DL DataVolRatio Pct: 70.18
CA DL DataVolRatio Pct num: 5876

DL MAC Vol Scell Pct: 35.84
Avg_Connected_UEs: 25.51
SIP DC%: 
DL Packet Loss Pct: 2.93
CA DL DataVolRatio Pct den: 8785
CA Conf FailRate Pct den: 6189
weekend: 0
CA Activation Rate: 21.03
hr: 6
MAC_UE_SC_Tput: 18818.9
Bearer Releases: 6398

hr: 6
CA Activation Rate num: 829776
Setup_Fail_DEN: 10586
Peak UE: 49
MB_per_connected_UE: 175.72
DL Data Vol MAC in MB: 5872.24
CA Activation Rate den: 149949

Combined RACH Preambles: 2953
Time: 07:42:35
holiday: 0

DL MAC Vol Scell Pct: 49.82
SIP DC%: 
UPTP_Mbps: 21.55
DLRLCLayerDataVolume MB: 9420.74
DRB UL Data Volume MB: 874
CA Conf FailRate Pct den: 8972
weekend: 0
hr: 2
MAC_UE_SC_Tput: 6271.21

hr: 2
CA Activation Rate num: 6634222
UPTP Mbps Den: 2057
SIP_SC_Total_MOU: 290.1
Peak UE: 27
MB_per_connected_UE: 81.03
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3898
UL Throughput: 6.31
DL Data Vol MAC in MB: 5281.29

Time: 20:20:12
holiday: 0
CA DL DataVolRatio Pct num: 6202

SIP DC%: 
UPTP_Mbps: 18.5
DLRLCLayerDataVolume MB: 8274.91
weekend: 0
CA Activation Rate: 3.4
hr: 23
MAC_UE_SC_Tput: 7770.87

hr: 23
CA Activation Rate num: 4505056
SIP_SC_Total_MOU: 238.59
Peak UE: 33
MB_per_connected_UE: 197.68
DL Data Vol MAC in MB: 359.91
CA Activation Rate den: 198376

Time: 02:15:29
holiday: 0
CA DL DataVolRatio Pct num: 7317

SIP DC%: 
DLRLCLayerDataVolume MB: 9417.63
PRB Util%: 61.05
weekend: 1
UPTP Mbps Num: 3079
Setup_Fail_NUM: 18
hr: 23
MAC_UE_SC_Tput: 9151.48
Bearer Releases: 6303

hr: 23
CA Activation Rate num: 7347113
Setup_Fail_DEN: 13344
SIP_SC_Total_MOU: 71.3
Peak UE: 54
MB_per_connected_UE: 51.57
DL Data Vol MAC in MB: 9474.3
CA Activation Rate den: 66909

Time: 08:46:10
holiday: 0

Avg_Connected_UEs: 48.7
SIP DC%: 
DLRLCLayerDataVolume MB: 8769.16
CA Conf FailRate Pct den: 7322
weekend: 0
hr: 10
MAC_UE_SC_Tput: 6754.77

hr: 10
CA Activation Rate num: 4061726
Setup_Fail_DEN: 12518
MB_per_connected_UE: 150.41
PCT Time MIMO: 47.44
DL Data Vol MAC in MB: 8368.05
CA Activation Rate den: 45389

Time: 16:49:52
holiday: 0

SIP DC%: 
CA DL DataVolRatio Pct den: 8483
weekend: 0
CA Activation Rate: 33.89
hr: 22
MAC_UE_SC_Tput: 10571.39

hr: 22
CA Activation Rate num: 5847169
UPTP Mbps Den: 5156
SIP_SC_Total_MOU: 100.34
Peak UE: 53
MB_per_connected_UE: 97.88

Combined RACH Preambles: 3276
Time: 23:23:47
holiday: 0
CA DL DataVolRatio Pct: 88.75

Avg_Connected_UEs: 57.83
SIP DC%: 
UPTP_Mbps: 23.58
DLRLCLayerDataVolume MB: 2229.54
CA DL DataVolRatio Pct den: 7665
CA Conf FailRate Pct den: 3285
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11454.46

hr: 23
CA Activation Rate num: 2103169
Setup_Fail_DEN: 7416
SIP_SC_Total_MOU: 4.69
Peak UE: 46
MB_per_connected_UE: 206.86
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6261
DL Data Vol MAC in MB: 2807.42

Time: 08:05:12
holiday: 0
CA DL DataVolRatio Pct: 82.51

SIP DC%: 
UPTP_Mbps: 112.05
DLRLCLayerDataVolume MB: 4848.2
weekend: 0
hr: 17
MAC_UE_SC_Tput: 25751.02

hr: 17
CA Activation Rate num: 5674472
UPTP Mbps Den: 2469
SIP_SC_Total_MOU: 223.09
Peak UE: 95
MB_per_connected_UE: 174.13
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5935
DL Data Vol MAC in MB: 7590.65

Time: 00:30:53
holiday: 0
CA DL DataVolRatio Pct num: 3534

Avg_Connected_UEs: 79.56
SIP DC%: 
DRB UL Data Volume MB: 6833
CA DL DataVolRatio Pct den: 10177
CA Conf FailRate Pct den: 8151
weekend: 0
UPTP Mbps Num: 2400
CA Activation Rate: 35.11
hr: 23
MAC_UE_SC_Tput: 8789.42

hr: 23
CA Activation Rate num: 5180128
SIP_SC_Total_MOU: 273.51
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8771

Time: 04:00:24
holiday: 0
CA DL DataVolRatio Pct: 68.36

SIP DC%: 
UPTP_Mbps: 11.84
DLRLCLayerDataVolume MB: 7293.22
CA DL DataVolRatio Pct den: 8127
weekend: 0
hr: 5
MAC_UE_SC_Tput: 7900.3

hr: 5
CA Activation Rate num: 8753663
UPTP Mbps Den: 1249
SIP_SC_Total_MOU: 298.13
Peak UE: 98
VOLTE IA%: 
PCT Time MIMO: 35.1
DL Volume: 3353
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5620

Time: 10:09:40
holiday: 0
CA DL DataVolRatio Pct: 53.18

SIP DC%: 
UPTP_Mbps: 18.27
DLRLCLayerDataVolume MB: 3199.51
DRB UL Data Volume MB: 294
PRB Util%: 72.7
RRC Setup Attempts: 9574
CA DL DataVolRatio Pct den: 1851
CA Conf FailRate Pct den: 7994
weekend: 0
CA Activation Rate: 70.06
hr: 23
MAC_UE_SC_Tput: 12174.93

hr: 23
CA Activation Rate num: 7819202
UPTP Mbps Den: 2601
Setup_Fail_DEN: 19281
Peak UE: 77
MB_per_connected_UE: 35.49
DL Volume: 4208
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3106
DL Data Vol MAC in MB: 9347.11
CA Activation Rate den: 65322
Time: 22:59:53

holiday: 0
CA DL DataVolRatio Pct num: 4579

DL MAC Vol Scell Pct: 6.87
Avg_Connected_UEs: 51.62
SIP DC%: 
DLRLCLayerDataVolume MB: 7814.1
PRB Util%: 73.51
weekend: 0
hr: 6
MAC_UE_SC_Tput: 6608.42
Bearer Releases: 11048

hr: 6
Avg CQI: 11.14
CA Activation Rate num: 3478235
Setup_Fail_DEN: 12547
MB_per_connected_UE: 133.47

Time: 20:50:51
holiday: 0

DL MAC Vol Scell Pct: 28.96
SIP DC%: 
UPTP_Mbps: 14.23
DLRLCLayerDataVolume MB: 1703.85
DRB UL Data Volume MB: 4230
CA Conf FailRate Pct den: 5507
weekend: 1
UPTP Mbps Num: 30389
CA Activation Rate: 35.58
hr: 9
MAC_UE_SC_Tput: 4386.32

hr: 9
CA Activation Rate num: 10400671
UPTP Mbps Den: 350
Setup_Fail_DEN: 7743
SIP_SC_Total_MOU: 85.02
Peak UE: 27
MB_per_connected_UE: 140.29
CA Activation Rate den: 142854

Time: 07:37:33
holiday: 0
CA DL DataVolRatio Pct num: 7311

Avg_Connected_UEs: 22.9
SIP DC%: 
DLRLCLayerDataVolume MB: 1857.65
DRB UL Data Volume MB: 7056
DL Packet Loss Pct: 3.48
RRC Setup Attempts: 7121
CA DL DataVolRatio Pct den: 2089
CA Conf FailRate Pct den: 4496
weekend: 0
hr: 6
MAC_UE_SC_Tput: 16946.89

hr: 6
Setup_Fail_DEN: 7871
Peak UE: 72
PCT Time MIMO: 59.23
DL Data Vol MAC in MB: 9468.32
CA Activation Rate den: 79065

Time: 16:32:34
holiday: 0
CA DL DataVolRatio Pct: 70.34

DL MAC Vol Scell Pct: 21.24
SIP DC%: 
DLRLCLayerDataVolume MB: 2406.67
DRB UL Data Volume MB: 9169
CA DL DataVolRatio Pct den: 2689
CA Conf FailRate Pct den: 4707
weekend: 0
UPTP Mbps Num: 11639
hr: 22
MAC_UE_SC_Tput: 13695.99
Bearer Releases: 10415

hr: 22
CA Activation Rate num: 10706652
Setup_Fail_DEN: 12404
SIP_SC_Total_MOU: 119.07
Peak UE: 52
MB_per_connected_UE: 16.43
PCT Time MIMO: 41.38
DL Data Vol MAC in MB: 6582.01
CA Activation Rate den: 53069

Combined RACH Preambles: 3221
Time: 01:09:23
holiday: 0
CA DL DataVolRatio Pct num: 1762

SIP DC%: 
UPTP_Mbps: 25.93
DLRLCLayerDataVolume MB: 9648.07
DRB UL Data Volume MB: 4217
RRC Setup Attempts: 3415
CA DL DataVolRatio Pct den: 4494
CA Conf FailRate Pct den: 2692
weekend: 0
CA Activation Rate: 71.43
hr: 23
MAC_UE_SC_Tput: 8915.09
Bearer Releases: 8452

hr: 23
CA Activation Rate num: 4610267
Setup_Fail_DEN: 9344
Peak UE: 69
PCT Time MIMO: 55.63
DL Volume: 6316
CA Activation Rate den: 69748

Time: 02:18:13
holiday: 0

SIP DC%: 
UPTP_Mbps: 93.33
DLRLCLayerDataVolume MB: 4317.96
PRB Util%: 62.83
DL Packet Loss Pct: 3.61
RRC Setup Attempts: 4564
CA DL DataVolRatio Pct den: 10064
CA Conf FailRate Pct den: 5901
weekend: 1
UPTP Mbps Num: 7303
CA Activation Rate: 77.32
hr: 23
MAC_UE_SC_Tput: 10496.25

hr: 23
CA Activation Rate num: 2040704
Setup_Fail_DEN: 16025
Peak UE: 39
MB_per_connected_UE: 141.47
DL Volume: 719
DL Data Vol MAC in MB: 7821.65

Combined RACH Preambles: 2148
Time: 10:39:05
holiday: 0

DL MAC Vol Scell Pct: 16.21
SIP DC%: 
DLRLCLayerDataVolume MB: 4857.59
PRB Util%: 52.9
RRC Setup Attempts: 8681
weekend: 0
UPTP Mbps Num: 1226
CA Activation Rate: 53.7
hr: 17
MAC_UE_SC_Tput: 19134.22
Bearer Releases: 17875

hr: 17
CA Activation Rate num: 4498207
Setup_Fail_DEN: 14122
SIP_SC_Total_MOU: 222.7
Peak UE: 62
MB_per_connected_UE: 44.65
PCT Time MIMO: 33.01
DL Volume: 5348
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3698

Time: 08:00:32
holiday: 0

DL MAC Vol Scell Pct: 20.96
Avg_Connected_UEs: 61.52
SIP DC%: 
DLRLCLayerDataVolume MB: 9563.85
DRB UL Data Volume MB: 6766
RRC Setup Attempts: 4865
weekend: 0
UPTP Mbps Num: 5099
hr: 8

hr: 8
CA Activation Rate num: 3857768
Setup_Fail_DEN: 9811
SIP_SC_Total_MOU: 200.45
DL Volume: 4415
DL Data Vol MAC in MB: 9658.69
CA Activation Rate den: 179936

Time: 20:13:25
holiday: 0
CA DL DataVolRatio Pct num: 7600

Avg_Connected_UEs: 44.67
SIP DC%: 
DRB UL Data Volume MB: 8467
PRB Util%: 74.66
CA DL DataVolRatio Pct den: 7528
weekend: 0
CA Activation Rate: 48.28
hr: 10
MAC_UE_SC_Tput: 6913.7

hr: 10
CA Activation Rate num: 3993441
Setup_Fail_DEN: 9153
SIP_SC_Total_MOU: 77.02
Peak UE: 62
MB_per_connected_UE: 36.31
CA Activation Rate den: 145106
Time: 18:42:53

holiday: 0
CA DL DataVolRatio Pct: 74.95
HO_att_InterFreq: 629
CA DL DataVolRatio Pct num: 1704

DL MAC Vol Scell Pct: 39.32
Avg_Connected_UEs: 31.59
SIP DC%: 
UPTP_Mbps: 18.29
DRB UL Data Volume MB: 8139
RRC Setup Attempts: 8301
weekend: 0
hr: 4
MAC_UE_SC_Tput: 5059

hr: 4
CA Activation Rate num: 9615716
Setup_Fail_DEN: 10333
SIP_SC_Total_MOU: 164.29
Peak UE: 27
PCT Time MIMO: 54.66
DL Data Vol MAC in MB: 5172.52

Time: 14:25:36
holiday: 0

DL MAC Vol Scell Pct: 38.17
SIP DC%: 
PRB Util%: 18.66
CA DL DataVolRatio Pct den: 1449
weekend: 0
CA Activation Rate: 4.55
hr: 23
MAC_UE_SC_Tput: 9464.87
Bearer Releases: 7834

hr: 23
CA Activation Rate num: 10579771
UPTP Mbps Den: 2931
SIP_SC_Total_MOU: 316.33
Peak UE: 67
MB_per_connected_UE: 61.48
PCT Time MIMO: 44.02
DL Volume: 8615
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3542
DL Data Vol MAC in MB: 8513.64
CA Activation Rate den: 80278

Time: 05:40:29
holiday: 0
CA DL DataVolRatio Pct: 82.18

DL MAC Vol Scell Pct: 58.08
SIP DC%: 
UPTP_Mbps: 36.34
DLRLCLayerDataVolume MB: 5140.13
CA DL DataVolRatio Pct den: 5736
CA Conf FailRate Pct den: 7735
weekend: 0
hr: 0
MAC_UE_SC_Tput: 9086.98
Bearer Releases: 13604

hr: 0
CA Activation Rate num: 1618947
Setup_Fail_DEN: 9598
SIP_SC_Total_MOU: 12.13
Peak UE: 62
MB_per_connected_UE: 52.46
DL Data Vol MAC in MB: 7219.44

Time: 10:45:21
holiday: 0

Avg_Connected_UEs: 42.23
SIP DC%: 
DRB UL Data Volume MB: 9086
CA DL DataVolRatio Pct den: 4946
CA Conf FailRate Pct den: 3503
weekend: 0
UPTP Mbps Num: 34861
hr: 18
MAC_UE_SC_Tput: 22529.7
Bearer Releases: 12090

hr: 18
SIP_SC_Total_MOU: 113.25
Peak UE: 74
MB_per_connected_UE: 115.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6205
DL Data Vol MAC in MB: 8435.4
CA Activation Rate den: 124579

Time: 03:12:38
holiday: 0
CA DL DataVolRatio Pct num: 2091

Avg_Connected_UEs: 31.17
SIP DC%: 
DLRLCLayerDataVolume MB: 1421.97
PRB Util%: 29.13
CA DL DataVolRatio Pct den: 2958
weekend: 0
hr: 2
MAC_UE_SC_Tput: 18055.09

hr: 2
CA Activation Rate num: 1033032
Setup_Fail_DEN: 7173
SIP_SC_Total_MOU: 20.55
Peak UE: 27
MB_per_connected_UE: 20.53
DL Data Vol MAC in MB: 4489.77
CA Activation Rate den: 97330

Time: 20:31:24
holiday: 0
CA DL DataVolRatio Pct num: 4934

DL MAC Vol Scell Pct: 11.01
SIP DC%: 
DRB UL Data Volume MB: 2207
CA Conf FailRate Pct den: 6241
weekend: 0
hr: 7
MAC_UE_SC_Tput: 4769.55
Bearer Releases: 7673

hr: 7
CA Activation Rate num: 2852985
Setup_Fail_DEN: 19944
Peak UE: 27
MB_per_connected_UE: 16.95

Time: 08:34:21
holiday: 0

DL MAC Vol Scell Pct: 21.74
SIP DC%: 
UPTP_Mbps: 13.65
DRB UL Data Volume MB: 1229
PRB Util%: 3.5
CA DL DataVolRatio Pct den: 6389
CA Conf FailRate Pct den: 4238
weekend: 0
UPTP Mbps Num: 45830
CA Activation Rate: 70.96
hr: 2
MAC_UE_SC_Tput: 12253.19
Bearer Releases: 16133

hr: 2
Setup_Fail_DEN: 9849
SIP_SC_Total_MOU: 161.58
Peak UE: 30
MB_per_connected_UE: 179.09
PCT Time MIMO: 53.91
DL Volume: 560
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8687
DL Data Vol MAC in MB: 7771.66
CA Activation Rate den: 79545

Combined RACH Preambles: 4112
Time: 03:17:29
holiday: 0
CA DL DataVolRatio Pct num: 6907

SIP DC%: 
UPTP_Mbps: 42.02
DLRLCLayerDataVolume MB: 5353.25
DRB UL Data Volume MB: 4567
PRB Util%: 17.42
RRC Setup Attempts: 4283
weekend: 0
hr: 0
MAC_UE_SC_Tput: 11790.18
Bearer Releases: 6959

hr: 0
Avg CQI: 9
CA Activation Rate num: 2852598
UPTP Mbps Den: 1167
Setup_Fail_DEN: 14017
SIP_SC_Total_MOU: 107.24
Peak UE: 80
MB_per_connected_UE: 101.92

Time: 05:14:47
holiday: 0

Avg_Connected_UEs: 73.2
SIP DC%: 
UPTP_Mbps: 34.7
DLRLCLayerDataVolume MB: 8513.04
RRC Setup Attempts: 3385
weekend: 1
CA Activation Rate: 32.6
hr: 23
MAC_UE_SC_Tput: 4228.02

hr: 23
CA Activation Rate num: 10663170
Setup_Fail_DEN: 19661
Peak UE: 76

Time: 08:19:18
holiday: 0
CA DL DataVolRatio Pct num: 4130

Avg_Connected_UEs: 65.44
SIP DC%: 
UPTP_Mbps: 97.89
DLRLCLayerDataVolume MB: 145.07
RRC Setup Attempts: 6532
CA Conf FailRate Pct den: 3307
weekend: 0
UPTP Mbps Num: 22978
hr: 3
MAC_UE_SC_Tput: 16205.51

hr: 3
Setup_Fail_DEN: 13571
Peak UE: 27
MB_per_connected_UE: 120.29
DL Volume: 1213
DL Data Vol MAC in MB: 8226.98
CA Activation Rate den: 188649

Time: 12:19:35
holiday: 0

Avg_Connected_UEs: 66.87
SIP DC%: 
DLRLCLayerDataVolume MB: 4497.95
DRB UL Data Volume MB: 6501
PRB Util%: 4.19
CA Conf FailRate Pct den: 6364
weekend: 0
hr: 17
MAC_UE_SC_Tput: 4533.98
Bearer Releases: 11686

hr: 17
CA Activation Rate num: 2197269
Setup_Fail_DEN: 18179
SIP_SC_Total_MOU: 318.69
Peak UE: 27
MB_per_connected_UE: 193.21
PCT Time MIMO: 56.04
DL Volume: 4053
DL Data Vol MAC in MB: 650.41
CA Activation Rate den: 161434

Time: 18:39:33
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4028.44
PRB Util%: 41.39
weekend: 0
UPTP Mbps Num: 1216
CA Activation Rate: 2.67
hr: 10
MAC_UE_SC_Tput: 14894.19
Bearer Releases: 14416

hr: 10
CA Activation Rate num: 178061
Setup_Fail_DEN: 17181
Peak UE: 43
CA Activation Rate den: 105716

Time: 12:46:29
holiday: 0
CA DL DataVolRatio Pct: 60.89
CA DL DataVolRatio Pct num: 4101

SIP DC%: 
UPTP_Mbps: 96.77
DLRLCLayerDataVolume MB: 7004.95
RRC Setup Attempts: 7787
weekend: 0
hr: 18
MAC_UE_SC_Tput: 14660.32

hr: 18
CA Activation Rate num: 2973586
Setup_Fail_DEN: 14164
Peak UE: 27
MB_per_connected_UE: 135.94
DL Volume: 9554
DL Data Vol MAC in MB: 2316.37
CA Activation Rate den: 139150

Time: 14:20:18
holiday: 0
CA DL DataVolRatio Pct num: 4027

SIP DC%: 
DRB UL Data Volume MB: 8612
CA DL DataVolRatio Pct den: 10112
weekend: 0
UPTP Mbps Num: 49514
hr: 7
MAC_UE_SC_Tput: 10044.34

hr: 7
CA Activation Rate num: 10583740
SIP_SC_Total_MOU: 86.76
S1U_SIP_SC_SEER_den: 185
Peak UE: 83
PCT Time MIMO: 43.56
DL Volume: 5375

Time: 13:39:31
holiday: 0

Avg_Connected_UEs: 32.97
SIP DC%: 
UPTP_Mbps: 43.32
DLRLCLayerDataVolume MB: 7184.27
CA DL DataVolRatio Pct den: 8321
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8001.9
Bearer Releases: 8679

hr: 23
CA Activation Rate num: 3328646
UPTP Mbps Den: 138
Peak UE: 27
MB_per_connected_UE: 174.52
DL Data Vol MAC in MB: 5359.46
CA Activation Rate den: 124666

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1027.41
PRB Util%: 33.59
CA DL DataVolRatio Pct den: 490
weekend: 1
CA Activation Rate: 62.73
hr: 6
MAC_UE_SC_Tput: 15185.98
Bearer Releases: 7497

hr: 6
CA Activation Rate num: 337168
Peak UE: 27
MB_per_connected_UE: 39.42
DL Volume: 3343
DL Data Vol MAC in MB: 689.81
CA Activation Rate den: 56841

Combined RACH Preambles: 3426
Time: 02:24:55
holiday: 0
CA DL DataVolRatio Pct num: 5541

SIP DC%: 
UPTP_Mbps: 20.47
DLRLCLayerDataVolume MB: 4788.16
RRC Setup Attempts: 4986
CA DL DataVolRatio Pct den: 1295
weekend: 0
UPTP Mbps Num: 3055
CA Activation Rate: 23.24
hr: 10
MAC_UE_SC_Tput: 10590.2
Bearer Releases: 9497

hr: 10
CA Activation Rate num: 2124776
Peak UE: 27
DL Volume: 4188
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3230
DL Data Vol MAC in MB: 8559.54
CA Activation Rate den: 60831

Combined RACH Preambles: 4587
Time: 14:44:22
holiday: 0
CA DL DataVolRatio Pct num: 2606

Avg_Connected_UEs: 68.78
SIP DC%: 
DLRLCLayerDataVolume MB: 8598.53
DRB UL Data Volume MB: 9537
PRB Util%: 12.65
weekend: 0
UPTP Mbps Num: 17202
S1U_SIP_SC_SEER_num: 206
CA Activation Rate: 54.72
hr: 23
MAC_UE_SC_Tput: 13719.05
Bearer Releases: 16803

hr: 23
CA Activation Rate num: 10882838
Setup_Fail_DEN: 15054
SIP_SC_Total_MOU: 85.34
Peak UE: 66
PCT Time MIMO: 54.49
DL Data Vol MAC in MB: 3240.74

Time: 01:29:50
holiday: 0
CA DL DataVolRatio Pct num: 3682

Avg_Connected_UEs: 62.76
SIP DC%: 
UPTP_Mbps: 107.45
DRB UL Data Volume MB: 8196
RRC Setup Attempts: 4063
CA DL DataVolRatio Pct den: 9938
weekend: 0
hr: 7
MAC_UE_SC_Tput: 18936.33
Bearer Releases: 14665

hr: 7
CA Activation Rate num: 7224100
Setup_Fail_DEN: 17676
SIP_SC_Total_MOU: 35.34
Peak UE: 75
MB_per_connected_UE: 204.03
DL Volume: 2049
DL Data Vol MAC in MB: 9450.67
CA Activation Rate den: 81792

Time: 10:36:22
holiday: 0
CA DL DataVolRatio Pct: 62.61

DL MAC Vol Scell Pct: 35.16
Avg_Connected_UEs: 56.63
SIP DC%: 
DRB UL Data Volume MB: 7686
PRB Util%: 73.53
RRC Setup Attempts: 7007
CA Conf FailRate Pct den: 6589
RSSIRX1 Avg: -94.56
weekend: 0
UPTP Mbps Num: 9255
CA Activation Rate: 25.5
hr: 23
MAC_UE_SC_Tput: 4411.86

hr: 23
CA Activation Rate num: 9457209
Peak UE: 27
DL Data Vol MAC in MB: 8932.21
Combined RACH Preambles: 4096

Time: 11:39:41
holiday: 0

DL MAC Vol Scell Pct: 27.65
SIP DC%: 
CA DL DataVolRatio Pct den: 3880
weekend: 0
CA Activation Rate: 69.68
hr: 11
MAC_UE_SC_Tput: 12261.56
Bearer Releases: 12041

hr: 11
CA Activation Rate num: 2012097
Setup_Fail_DEN: 19864
Peak UE: 27
MB_per_connected_UE: 89.76
PCT Time MIMO: 47.3
DL Volume: 5576
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6135
DL Data Vol MAC in MB: 6952.03
CA Activation Rate den: 77704

Combined RACH Preambles: 3608
Time: 20:48:25
holiday: 0
CA DL DataVolRatio Pct: 80.32

SIP DC%: 
DLRLCLayerDataVolume MB: 7418.13
PRB Util%: 8.72
CA DL DataVolRatio Pct den: 9883
weekend: 0
UPTP Mbps Num: 54902
hr: 9
MAC_UE_SC_Tput: 7108.6
Bearer Releases: 12830

hr: 9
CA Activation Rate num: 10307685
UPTP Mbps Den: 2389
Setup_Fail_DEN: 16749
SIP_SC_Total_MOU: 65.23
Peak UE: 51
MB_per_connected_UE: 138.8
DL Volume: 8501
DL Data Vol MAC in MB: 3004.06
CA Activation Rate den: 69560

Time: 10:59:16
holiday: 0
CA DL DataVolRatio Pct: 75.54
CA DL DataVolRatio Pct num: 6014

DL MAC Vol Scell Pct: 42
Avg_Connected_UEs: 48.74
SIP DC%: 
DLRLCLayerDataVolume MB: 686.39
weekend: 0
CA Activation Rate: 57.11
hr: 21
MAC_UE_SC_Tput: 15084.85

hr: 21
CA Activation Rate num: 10710198
Setup_Fail_DEN: 19411
Peak UE: 53
CA Activation Rate den: 51380

Time: 05:33:50
holiday: 0
CA DL DataVolRatio Pct num: 6971

DL MAC Vol Scell Pct: 44.74
Avg_Connected_UEs: 41.7
SIP DC%: 
UPTP_Mbps: 9.81
DRB UL Data Volume MB: 1932
CA DL DataVolRatio Pct den: 7719
weekend: 0
UPTP Mbps Num: 5620
hr: 3
MAC_UE_SC_Tput: 8852.04
Bearer Releases: 14680

hr: 3
SIP_SC_Total_MOU: 272.53
Peak UE: 46
MB_per_connected_UE: 32.35
DL Volume: 6788
CA Activation Rate den: 117742

Time: 22:55:49
holiday: 0

Avg_Connected_UEs: 35.63
SIP DC%: 
UPTP_Mbps: 30.31
RRC Setup Attempts: 6616
CA Conf FailRate Pct den: 2969
RSSIRX1 Avg: -95.92
weekend: 0
CA Activation Rate: 37.7
hr: 0
MAC_UE_SC_Tput: 4687.79

hr: 0
CA Activation Rate num: 679541
Peak UE: 27
DL Volume: 390
DL Data Vol MAC in MB: 9239.17

Time: 04:10:27
holiday: 0

DL MAC Vol Scell Pct: 47.06
Avg_Connected_UEs: 39.08
SIP DC%: 
DLRLCLayerDataVolume MB: 2971.22
DRB UL Data Volume MB: 5000
CA Conf FailRate Pct den: 9393
weekend: 0
UPTP Mbps Num: 18849
CA Activation Rate: 20.39
hr: 8
MAC_UE_SC_Tput: 5275.54
Bearer Releases: 7264

hr: 8
CA Activation Rate num: 2657059
Setup_Fail_DEN: 8219
SIP_SC_Total_MOU: 47.93
Peak UE: 90
MB_per_connected_UE: 114.84
PCT Time MIMO: 34.62
DL Volume: 7041
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8030
DL Data Vol MAC in MB: 971.88

Time: 14:26:10
holiday: 0
CA DL DataVolRatio Pct num: 6199

SIP DC%: 
DLRLCLayerDataVolume MB: 1953.61
CA Conf FailRate Pct den: 2856
weekend: 0
UPTP Mbps Num: 1518
CA Activation Rate: 6.37
hr: 19
MAC_UE_SC_Tput: 15098.22
Bearer Releases: 13429

hr: 19
CA Activation Rate num: 3896266
UPTP Mbps Den: 1548
Setup_Fail_DEN: 13077
SIP_SC_Total_MOU: 226.29
Peak UE: 80
PCT Time MIMO: 59.53
DL Data Vol MAC in MB: 10033.92

Time: 12:30:44
holiday: 0
CA DL DataVolRatio Pct num: 6235

Avg_Connected_UEs: 72.5
SIP DC%: 
DLRLCLayerDataVolume MB: 2398.02
DRB UL Data Volume MB: 8882
RRC Setup Attempts: 5523
CA DL DataVolRatio Pct den: 401
weekend: 0
hr: 23
MAC_UE_SC_Tput: 9667.26

hr: 23
CA Activation Rate num: 4059390
UPTP Mbps Den: 2147
SIP_SC_Total_MOU: 87.2
Peak UE: 27
MB_per_connected_UE: 122.53
CA Activation Rate den: 98745
Time: 15:45:30

holiday: 0

Avg_Connected_UEs: 50.12
SIP DC%: 
DLRLCLayerDataVolume MB: 923.53
DRB UL Data Volume MB: 7236
PRB Util%: 71.06
CA DL DataVolRatio Pct den: 4923
CA Conf FailRate Pct den: 2701
weekend: 0
UPTP Mbps Num: 30127
CA Activation Rate: 74.78
hr: 19
MAC_UE_SC_Tput: 7316.67
Bearer Releases: 11591

hr: 19
CA Activation Rate num: 6754095
UPTP Mbps Den: 1250
Setup_Fail_DEN: 15597
SIP_SC_Total_MOU: 26.32
Peak UE: 27
MB_per_connected_UE: 190.2
PCT Time MIMO: 51.29
DL Data Vol MAC in MB: 1865.89

Time: 16:03:24
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8930.55
DRB UL Data Volume MB: 9036
PRB Util%: 36.11
CA DL DataVolRatio Pct den: 6063
CA Conf FailRate Pct den: 5019
weekend: 0
UPTP Mbps Num: 29699
CA Activation Rate: 45.06
hr: 23
MAC_UE_SC_Tput: 8782.87
Bearer Releases: 8748

hr: 23
CA Activation Rate num: 10565230
UPTP Mbps Den: 1655
Setup_Fail_DEN: 11800
Peak UE: 27
MB_per_connected_UE: 80.43

Time: 20:44:27
holiday: 0

DL MAC Vol Scell Pct: 28.72
Avg_Connected_UEs: 46.87
SIP DC%: 
DLRLCLayerDataVolume MB: 7027.58
PRB Util%: 50.36
weekend: 0
CA Activation Rate: 9.55
hr: 23
MAC_UE_SC_Tput: 8278.7

hr: 23
Setup_Fail_DEN: 8928
SIP_SC_Total_MOU: 165.29
MB_per_connected_UE: 154.36
DL Volume: 6878
DL Data Vol MAC in MB: 7599.65

Time: 01:15:45
holiday: 0
CA DL DataVolRatio Pct: 72.35

SIP DC%: 
DLRLCLayerDataVolume MB: 407.85
DRB UL Data Volume MB: 1990
weekend: 0
CA Activation Rate: 71.22
hr: 4
MAC_UE_SC_Tput: 5794.38
Bearer Releases: 6452

hr: 4
CA Activation Rate num: 7646760
SIP_SC_Total_MOU: 313.46
DL Data Vol MAC in MB: 7612.84

Time: 01:13:35
holiday: 0
CA DL DataVolRatio Pct num: 7130

Avg_Connected_UEs: 47.84
SIP DC%: 
DLRLCLayerDataVolume MB: 7430.81
CA Conf FailRate Pct den: 6385
weekend: 0
CA Activation Rate: 49.62
hr: 19
MAC_UE_SC_Tput: 15903.11

hr: 19
CA Activation Rate num: 9918469
Setup_Fail_DEN: 13079
Peak UE: 27
MB_per_connected_UE: 154.81
DL Volume: 7267
DL Data Vol MAC in MB: 9910.46

Combined RACH Preambles: 1897
holiday: 0
CA DL DataVolRatio Pct: 50.47
CA DL DataVolRatio Pct num: 2588

SIP DC%: 
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7034.62

hr: 23
CA Activation Rate num: 3276720
Setup_Fail_DEN: 10873
SIP_SC_Total_MOU: 229.36
Peak UE: 27
CA Activation Rate den: 106329

Time: 23:08:40
holiday: 0
CA DL DataVolRatio Pct: 89.66
CA DL DataVolRatio Pct num: 3632

SIP DC%: 
UPTP_Mbps: 26.56
DLRLCLayerDataVolume MB: 6267.81
DRB UL Data Volume MB: 5605
PRB Util%: 40.1
CA Conf FailRate Pct den: 9347
weekend: 0
hr: 0
MAC_UE_SC_Tput: 11307.04
Bearer Releases: 11434

hr: 0
CA Activation Rate num: 2933676
Setup_Fail_DEN: 6781
SIP_SC_Total_MOU: 303.76
Peak UE: 32
MB_per_connected_UE: 21.89
PCT Time MIMO: 47.34
DL Volume: 9253
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3344
DL Data Vol MAC in MB: 3836.99

Combined RACH Preambles: 3930
Time: 21:06:59
holiday: 0
CA DL DataVolRatio Pct: 89.63

Avg_Connected_UEs: 38.34
SIP DC%: 
DLRLCLayerDataVolume MB: 249.34
DRB UL Data Volume MB: 3980
CA DL DataVolRatio Pct den: 8305
weekend: 0
UPTP Mbps Num: 18926
hr: 10
MAC_UE_SC_Tput: 5526.23

hr: 10
CA Activation Rate num: 10480341
UPTP Mbps Den: 1448
SIP_SC_Total_MOU: 87.95
Peak UE: 82
MB_per_connected_UE: 90.05
DL Volume: 6443
DL Data Vol MAC in MB: 9187.62
CA Activation Rate den: 69102

Combined RACH Preambles: 4484
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9559.19
DRB UL Data Volume MB: 8996
CA Conf FailRate Pct den: 6756
weekend: 0
UPTP Mbps Num: 56631
CA Activation Rate: 75.85
hr: 13
MAC_UE_SC_Tput: 6547.83

hr: 13
CA Activation Rate num: 529324
UPTP Mbps Den: 5435
Setup_Fail_DEN: 9319
Peak UE: 65
MB_per_connected_UE: 58.53
PCT Time MIMO: 50.51
DL Volume: 9721
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3141
DL Data Vol MAC in MB: 9360.38

Time: 12:59:50
holiday: 0

SIP DC%: 
UPTP_Mbps: 46.52
DLRLCLayerDataVolume MB: 9633.43
PRB Util%: 11.57
RRC Setup Attempts: 3843
weekend: 0
UPTP Mbps Num: 9848
CA Activation Rate: 5.82
hr: 10
MAC_UE_SC_Tput: 19048.07
Bearer Releases: 10148

hr: 10
CA Activation Rate num: 7563159
SIP_SC_Total_MOU: 341.32
Peak UE: 53
MB_per_connected_UE: 55.1

Time: 18:27:58
holiday: 0
CA DL DataVolRatio Pct: 68.66
CA DL DataVolRatio Pct num: 2675

Avg_Connected_UEs: 34.53
SIP DC%: 
DLRLCLayerDataVolume MB: 5916.91
CA DL DataVolRatio Pct den: 8557
CA Conf FailRate Pct den: 6251
weekend: 0
UPTP Mbps Num: 26164
hr: 14
MAC_UE_SC_Tput: 15376.38

hr: 14
CA Activation Rate num: 2492339
SIP_SC_Total_MOU: 11.66
Peak UE: 82
MB_per_connected_UE: 61.34
DL Volume: 7604
DL Data Vol MAC in MB: 8278.88
CA Activation Rate den: 228629

Time: 02:13:17
holiday: 0

DL MAC Vol Scell Pct: 44.83
Avg_Connected_UEs: 29.11
SIP DC%: 
CA Conf FailRate Pct den: 8370
weekend: 0
hr: 5
MAC_UE_SC_Tput: 6627.55
Bearer Releases: 12746

hr: 5
CA Activation Rate num: 8286056
Setup_Fail_DEN: 7710
Peak UE: 44
MB_per_connected_UE: 28.77
DL Volume: 6613
DL Data Vol MAC in MB: 9233.98
CA Activation Rate den: 42204

Time: 08:14:38
holiday: 0

Avg_Connected_UEs: 46.21
SIP DC%: 
CA Conf FailRate Pct den: 4195
weekend: 0
UPTP Mbps Num: 23284
hr: 23
MAC_UE_SC_Tput: 19510.83

hr: 23
CA Activation Rate num: 8111157
Setup_Fail_DEN: 14632
Peak UE: 27
MB_per_connected_UE: 186.13
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9081

Time: 15:18:31
holiday: 0
CA DL DataVolRatio Pct: 48.05
CA DL DataVolRatio Pct num: 6166

SIP DC%: 
PRB Util%: 41.52
weekend: 0
UPTP Mbps Num: 4412
CA Activation Rate: 65.73
hr: 23
MAC_UE_SC_Tput: 9387.42

hr: 23
CA Activation Rate num: 9720206
UPTP Mbps Den: 2720
Setup_Fail_DEN: 16556
SIP_SC_Total_MOU: 108.29
Peak UE: 75
MB_per_connected_UE: 42.44
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4075
CA Activation Rate den: 133475

Time: 03:13:18
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9547.72
PRB Util%: 57.84
RRC Setup Attempts: 6801
weekend: 0
hr: 16
MAC_UE_SC_Tput: 6038.64

hr: 16
CA Activation Rate num: 9724060
Setup_Fail_DEN: 12443
Peak UE: 27
PCT Time MIMO: 59.17
DL Volume: 6135
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8548
CA Activation Rate den: 86255

Time: 09:04:47
holiday: 0

DL MAC Vol Scell Pct: 13.93
Avg_Connected_UEs: 81.37
SIP DC%: 
UPTP_Mbps: 45.93
DLRLCLayerDataVolume MB: 5923.71
PRB Util%: 17.24
CA DL DataVolRatio Pct den: 1016
weekend: 0
UPTP Mbps Num: 54189
CA Activation Rate: 60.97
hr: 2
MAC_UE_SC_Tput: 5727.19

hr: 2
CA Activation Rate num: 342945
Peak UE: 64
DL Volume: 1159
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7442
DL Data Vol MAC in MB: 1394.21

holiday: 0
CA DL DataVolRatio Pct: 92.12
CA DL DataVolRatio Pct num: 5450

DL MAC Vol Scell Pct: 46.38
SIP DC%: 
UPTP_Mbps: 84.56
DLRLCLayerDataVolume MB: 2239.63
CA DL DataVolRatio Pct den: 3847
CA Conf FailRate Pct den: 9032
weekend: 0
UPTP Mbps Num: 46859
CA Activation Rate: 46.49
hr: 2
MAC_UE_SC_Tput: 6613.18

hr: 2
CA Activation Rate num: 10231258
Peak UE: 27
MB_per_connected_UE: 91.21
DL Data Vol MAC in MB: 7207.53
CA Activation Rate den: 101866

Time: 09:47:48
holiday: 0

Avg_Connected_UEs: 77.7
SIP DC%: 
UPTP_Mbps: 24.94
DLRLCLayerDataVolume MB: 1678.24
DRB UL Data Volume MB: 5269
RRC Setup Attempts: 9333
CA Conf FailRate Pct den: 4603
weekend: 0
CA Activation Rate: 18.32
hr: 0
MAC_UE_SC_Tput: 7963.9
Bearer Releases: 17061

hr: 0
CA Activation Rate num: 10172471
Setup_Fail_DEN: 11951
SIP_SC_Total_MOU: 322.49
Peak UE: 63
MB_per_connected_UE: 139.38
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5285
DL Data Vol MAC in MB: 1797.96
CA Activation Rate den: 119436

Combined RACH Preambles: 2472
Time: 09:09:22
holiday: 0
CA DL DataVolRatio Pct: 44.45
CA DL DataVolRatio Pct num: 6658

Avg_Connected_UEs: 57.34
SIP DC%: 
UPTP_Mbps: 27.75
DLRLCLayerDataVolume MB: 8221.52
PRB Util%: 29.57
CA DL DataVolRatio Pct den: 3246
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7184.47

hr: 23
CA Activation Rate num: 4988469
Peak UE: 27
DL Volume: 9807
CA Activation Rate den: 58619

Time: 03:52:00
holiday: 0

DL MAC Vol Scell Pct: 3.89
SIP DC%: 
DLRLCLayerDataVolume MB: 2665.77
DRB UL Data Volume MB: 9923
RRC Setup Attempts: 3509
CA Conf FailRate Pct den: 7851
weekend: 0
UPTP Mbps Num: 56870
hr: 0
MAC_UE_SC_Tput: 21045.29
Bearer Releases: 8251

hr: 0
CA Activation Rate num: 6069282
Peak UE: 27
MB_per_connected_UE: 122.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6453
DL Data Vol MAC in MB: 4208.63

Time: 02:29:11
holiday: 0
CA DL DataVolRatio Pct num: 4517

SIP DC%: 
UPTP_Mbps: 10.3
DLRLCLayerDataVolume MB: 7243.37
DRB UL Data Volume MB: 5894
CA DL DataVolRatio Pct den: 8814
weekend: 0
UPTP Mbps Num: 19766
CA Activation Rate: 22.61
hr: 11
MAC_UE_SC_Tput: 7000.05
Bearer Releases: 8986

hr: 11
CA Activation Rate num: 1922344
Setup_Fail_DEN: 18831
Peak UE: 27
MB_per_connected_UE: 82.81
PCT Time MIMO: 34.15
DL Volume: 2843
DL Data Vol MAC in MB: 7169.09

Time: 02:04:12
holiday: 0

SIP DC%: 
UPTP_Mbps: 8.51
DLRLCLayerDataVolume MB: 5073.73
DRB UL Data Volume MB: 9434
PRB Util%: 31.24
CA DL DataVolRatio Pct den: 1276
weekend: 0
CA Activation Rate: 73.84
hr: 6
MAC_UE_SC_Tput: 14891.76

hr: 6
CA Activation Rate num: 7014337
SIP_SC_Total_MOU: 146.37
Peak UE: 49
MB_per_connected_UE: 20.44
UL Throughput: 8.51
DL Data Vol MAC in MB: 9498.1
CA Activation Rate den: 48151

Combined RACH Preambles: 3135
Time: 10:09:22
holiday: 0

DL MAC Vol Scell Pct: 46.39
SIP DC%: 
DLRLCLayerDataVolume MB: 8580.84
DRB UL Data Volume MB: 7063
RSSIRX1 Avg: -94.6
weekend: 0
CA Activation Rate: 24
hr: 7
MAC_UE_SC_Tput: 4338.31
Bearer Releases: 9683

hr: 7
CA Activation Rate num: 12160396
Setup_Fail_DEN: 15503
Peak UE: 47
MB_per_connected_UE: 79.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3927
DL Data Vol MAC in MB: 9840.5

Time: 11:46:31
holiday: 0
CA DL DataVolRatio Pct: 66.89
CA DL DataVolRatio Pct num: 1618

SIP DC%: 
DLRLCLayerDataVolume MB: 7055.87
DRB UL Data Volume MB: 7913
RRC Setup Attempts: 7475
CA DL DataVolRatio Pct den: 8616
weekend: 0
hr: 5
MAC_UE_SC_Tput: 18039.21
Bearer Releases: 16807

hr: 5
CA Activation Rate num: 4998890
Setup_Fail_DEN: 14462
Peak UE: 27
DL Volume: 4214
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5754
CA Activation Rate den: 70978
Combined RACH Preambles: 2084

Time: 16:12:34
holiday: 0
CA DL DataVolRatio Pct: 67.23
CA DL DataVolRatio Pct num: 3566

SIP DC%: 
DLRLCLayerDataVolume MB: 1778.47
PRB Util%: 36.2
weekend: 1
UPTP Mbps Num: 19726
hr: 15
MAC_UE_SC_Tput: 14224.55
Bearer Releases: 16343

hr: 15
CA Activation Rate num: 4477971
UPTP Mbps Den: 1540
Setup_Fail_DEN: 9239
SIP_SC_Total_MOU: 221.12
Peak UE: 27
MB_per_connected_UE: 207.11
CA Activation Rate den: 94864

Time: 19:18:42
holiday: 0
CA DL DataVolRatio Pct: 57.53
CA DL DataVolRatio Pct num: 2878

DL MAC Vol Scell Pct: 43.59
SIP DC%: 
DLRLCLayerDataVolume MB: 5454.53
DRB UL Data Volume MB: 3720
CA DL DataVolRatio Pct den: 4562
weekend: 0
hr: 11
MAC_UE_SC_Tput: 7478.55

hr: 11
CA Activation Rate num: 5471699
Setup_Fail_DEN: 11380
SIP_SC_Total_MOU: 35.3
Peak UE: 27
MB_per_connected_UE: 145.22
PCT Time MIMO: 60.02
DL Data Vol MAC in MB: 6419.97
CA Activation Rate den: 106988

Combined RACH Preambles: 3353
Time: 22:43:49
holiday: 0
CA DL DataVolRatio Pct num: 4954

SIP DC%: 
DRB UL Data Volume MB: 8367
PRB Util%: 66.54
CA Conf FailRate Pct den: 6600
weekend: 0
CA Activation Rate: 24.09
hr: 6
MAC_UE_SC_Tput: 8653.33
Bearer Releases: 15184

hr: 6
CA Activation Rate num: 3583456
UPTP Mbps Den: 366
Setup_Fail_DEN: 9371
SIP_SC_Total_MOU: 68.41
Peak UE: 27
DL Volume: 5304
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9106
DL Data Vol MAC in MB: 6604.17

Time: 03:48:11
holiday: 0
CA DL DataVolRatio Pct: 67.27

Avg_Connected_UEs: 45.26
SIP DC%: 
DLRLCLayerDataVolume MB: 1333.33
DRB UL Data Volume MB: 6856
PRB Util%: 22.39
CA DL DataVolRatio Pct den: 8730
weekend: 0
hr: 20
MAC_UE_SC_Tput: 8064.9
Bearer Releases: 10228

hr: 20
CA Activation Rate num: 11259982
UPTP Mbps Den: 2710
Peak UE: 27
PCT Time MIMO: 48.82
UL Throughput: 9.29
DL Data Vol MAC in MB: 8024.01
CA Activation Rate den: 97063

Combined RACH Preambles: 3403
Time: 08:33:46
holiday: 0
CA DL DataVolRatio Pct num: 4793

SIP DC%: 
DRB UL Data Volume MB: 7429
CA DL DataVolRatio Pct den: 8695
weekend: 0
UPTP Mbps Num: 4294
hr: 0
MAC_UE_SC_Tput: 5693.47

hr: 0
MB_per_connected_UE: 12.11
PCT Time MIMO: 46.39
DL Data Vol MAC in MB: 1396.86

Combined RACH Preambles: 2639
Time: 09:07:55
holiday: 0

DL MAC Vol Scell Pct: 43.96
Avg_Connected_UEs: 77.79
SIP DC%: 
UPTP_Mbps: 122.92
DRB UL Data Volume MB: 4823
CA Conf FailRate Pct den: 2545
weekend: 0
CA Activation Rate: 12.86
hr: 21

hr: 21
CA Activation Rate num: 12665785
SIP_SC_Total_MOU: 34.57
Peak UE: 50
MB_per_connected_UE: 155.99
DL Volume: 1542
DL Data Vol MAC in MB: 8206.26

Time: 14:40:11
holiday: 0
CA DL DataVolRatio Pct: 74.24

SIP DC%: 
DLRLCLayerDataVolume MB: 7452.91
DRB UL Data Volume MB: 2808
RRC Setup Attempts: 3763
CA Conf FailRate Pct den: 5964
weekend: 0
UPTP Mbps Num: 23289
CA Activation Rate: 42.72
hr: 15
MAC_UE_SC_Tput: 4370.96

hr: 15
CA Activation Rate num: 3932212
Setup_Fail_DEN: 13397
SIP_SC_Total_MOU: 68.37
Peak UE: 36
MB_per_connected_UE: 26.01
PCT Time MIMO: 35.49

Time: 02:30:16
holiday: 0
CA DL DataVolRatio Pct num: 6587

Avg_Connected_UEs: 69.48
SIP DC%: 
DLRLCLayerDataVolume MB: 876.59
DRB UL Data Volume MB: 3791
PRB Util%: 14.13
RRC Setup Attempts: 4521
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5138.31

hr: 23
CA Activation Rate num: 4744134
Setup_Fail_DEN: 16219
SIP_SC_Total_MOU: 124.34
MB_per_connected_UE: 20.58
DL Data Vol MAC in MB: 2846.48

Time: 11:18:42
holiday: 0
CA DL DataVolRatio Pct: 85.2
CA DL DataVolRatio Pct num: 3805

Avg_Connected_UEs: 49.82
SIP DC%: 
DLRLCLayerDataVolume MB: 2378.69
DRB UL Data Volume MB: 7154
weekend: 0
UPTP Mbps Num: 24544
CA Activation Rate: 70.23
hr: 0
MAC_UE_SC_Tput: 16471.93
Bearer Releases: 10008

hr: 0
CA Activation Rate num: 10346836
Setup_Fail_DEN: 16001
Peak UE: 67
MB_per_connected_UE: 36.09
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8035
DL Data Vol MAC in MB: 3507.29

Time: 11:50:40
holiday: 0

Avg_Connected_UEs: 73.39
SIP DC%: 
DLRLCLayerDataVolume MB: 1951.37
RRC Setup Attempts: 3669
CA DL DataVolRatio Pct den: 9207
weekend: 0
UPTP Mbps Num: 14345
CA Activation Rate: 5.92
hr: 15
MAC_UE_SC_Tput: 15514.65
Bearer Releases: 11279

hr: 15
CA Activation Rate num: 5771254
UPTP Mbps Den: 5880
SIP_SC_Total_MOU: 12.11
Peak UE: 46
MB_per_connected_UE: 78.45
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6133
DL Data Vol MAC in MB: 1777.78

Time: 12:30:25
holiday: 0
CA DL DataVolRatio Pct num: 5898

Avg_Connected_UEs: 76.51
SIP DC%: 
DLRLCLayerDataVolume MB: 5664.85
weekend: 0
CA Activation Rate: 11.47
hr: 15
MAC_UE_SC_Tput: 4231.95
Bearer Releases: 6674

hr: 15
CA Activation Rate num: 6852478
SIP_SC_Total_MOU: 213.98
MB_per_connected_UE: 72.86
PCT Time MIMO: 70
DL Volume: 4706
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4250
DL Data Vol MAC in MB: 3932.06

Combined RACH Preambles: 2947
Time: 13:04:39
holiday: 0

DL MAC Vol Scell Pct: 8.68
SIP DC%: 
weekend: 0
UPTP Mbps Num: 23189
hr: 23
MAC_UE_SC_Tput: 5104.36
Bearer Releases: 7601

hr: 23
CA Activation Rate num: 404374
UPTP Mbps Den: 1522
SIP_SC_Total_MOU: 294.88
Peak UE: 27
MB_per_connected_UE: 42.39
PCT Time MIMO: 48.2
DL Volume: 5033
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7314
DL Data Vol MAC in MB: 5386.76

holiday: 0
CA DL DataVolRatio Pct: 68.35

Avg_Connected_UEs: 58.13
SIP DC%: 
DRB UL Data Volume MB: 3486
RRC Setup Attempts: 3964
weekend: 0
hr: 6
MAC_UE_SC_Tput: 7427.07

hr: 6
CA Activation Rate num: 10305003
SIP_SC_Total_MOU: 146.01
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7230
CA Activation Rate den: 110182

holiday: 0
CA DL DataVolRatio Pct num: 3168

SIP DC%: 
PRB Util%: 27.52
CA Conf FailRate Pct den: 3905
weekend: 0
hr: 8
MAC_UE_SC_Tput: 9836.98

hr: 8
CA Activation Rate num: 3630791
UPTP Mbps Den: 4864
Setup_Fail_DEN: 15304
SIP_SC_Total_MOU: 371.91
Peak UE: 27
MB_per_connected_UE: 32.62
PCT Time MIMO: 44.94
DL Volume: 3199

Time: 21:29:05
holiday: 0

DL MAC Vol Scell Pct: 12.56
Avg_Connected_UEs: 55.72
SIP DC%: 
UPTP_Mbps: 58.14
DLRLCLayerDataVolume MB: 4156.8
weekend: 0
CA Activation Rate: 73.57
hr: 21
MAC_UE_SC_Tput: 7070.46

hr: 21
Setup_Fail_DEN: 13075
SIP_SC_Total_MOU: 194.54
Peak UE: 72
MB_per_connected_UE: 61.55
DL Volume: 937

Time: 08:14:21
holiday: 0
CA DL DataVolRatio Pct num: 2179

DL MAC Vol Scell Pct: 21.64
SIP DC%: 
UPTP_Mbps: 23.97
DLRLCLayerDataVolume MB: 758.99
PRB Util%: 20.52
RRC Setup Attempts: 6899
weekend: 0
UPTP Mbps Num: 56013
hr: 2
MAC_UE_SC_Tput: 5202.31

hr: 2
CA Activation Rate num: 10320684
SIP_SC_Total_MOU: 186.66
Peak UE: 34
MB_per_connected_UE: 22.78
DL Volume: 5510
DL Data Vol MAC in MB: 4106.69
CA Activation Rate den: 47622

Time: 21:49:51
holiday: 0
CA DL DataVolRatio Pct num: 6468

DL MAC Vol Scell Pct: 20.44
SIP DC%: 
UPTP_Mbps: 11.57
DLRLCLayerDataVolume MB: 5363.44
CA DL DataVolRatio Pct den: 10034
weekend: 0
hr: 4
MAC_UE_SC_Tput: 13601.89
Bearer Releases: 7189

hr: 4
CA Activation Rate num: 5127724
Setup_Fail_DEN: 7212
SIP_SC_Total_MOU: 9.43
Peak UE: 66
MB_per_connected_UE: 44.67
PCT Time MIMO: 38.14
DL Data Vol MAC in MB: 8545.59

Combined RACH Preambles: 2715
Time: 13:29:58
holiday: 0
CA DL DataVolRatio Pct num: 6652

Avg_Connected_UEs: 20.41
SIP DC%: 
DRB UL Data Volume MB: 2025
CA Conf FailRate Pct den: 6706
weekend: 0
hr: 23
MAC_UE_SC_Tput: 9883.96

hr: 23
CA Activation Rate num: 4811849
Setup_Fail_DEN: 11771
Peak UE: 27
MB_per_connected_UE: 150.36
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5682
CA Activation Rate den: 56857

Time: 09:15:26
holiday: 0
CA DL DataVolRatio Pct num: 6596

SIP DC%: 
DLRLCLayerDataVolume MB: 4416.24
DRB UL Data Volume MB: 216
PRB Util%: 67.9
weekend: 0
CA Activation Rate: 14.79
hr: 3
MAC_UE_SC_Tput: 18187.2

hr: 3
CA Activation Rate num: 1113888
UPTP Mbps Den: 334
SIP_SC_Total_MOU: 14.2
Peak UE: 36
MB_per_connected_UE: 114.03
PCT Time MIMO: 37.56
DL Data Vol MAC in MB: 218.72
CA Activation Rate den: 221646

Time: 20:05:58
holiday: 0

SIP DC%: 
PRB Util%: 63.9
weekend: 0
UPTP Mbps Num: 17254
hr: 18
MAC_UE_SC_Tput: 7602.14
Bearer Releases: 13766

hr: 18
CA Activation Rate num: 4996002
Setup_Fail_DEN: 9999
SIP_SC_Total_MOU: 224.13
Peak UE: 27
MB_per_connected_UE: 35.06
DL Volume: 4826
DL Data Vol MAC in MB: 7318.34

Time: 23:31:12
holiday: 0

Avg_Connected_UEs: 40.66
SIP DC%: 
DLRLCLayerDataVolume MB: 1358.43
weekend: 0
CA Activation Rate: 29.14
hr: 23
MAC_UE_SC_Tput: 9780.46
Bearer Releases: 14427

hr: 23
CA Activation Rate num: 7881872
UPTP Mbps Den: 996
SIP_SC_Total_MOU: 96.72
Peak UE: 68
MB_per_connected_UE: 38.68
DL Volume: 2459
DL Data Vol MAC in MB: 3059.44
CA Activation Rate den: 132967

Time: 02:36:03
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4772.52
DRB UL Data Volume MB: 7657
RRC Setup Attempts: 5862
weekend: 0
CA Activation Rate: 32.18
hr: 14
MAC_UE_SC_Tput: 7392.08

hr: 14
CA Activation Rate num: 1593629
Peak UE: 66
MB_per_connected_UE: 193.69
DL Data Vol MAC in MB: 988.96
CA Activation Rate den: 172415

Time: 17:42:19
holiday: 0
HO_att_InterFreq: 77

DL MAC Vol Scell Pct: 44.33
SIP DC%: 
UPTP_Mbps: 10.06
DLRLCLayerDataVolume MB: 976.24
CA DL DataVolRatio Pct den: 8987
weekend: 0
hr: 12
MAC_UE_SC_Tput: 5959.62

hr: 12
Avg CQI: 8
CA Activation Rate num: 9452503
UPTP Mbps Den: 912
SIP_SC_Total_MOU: 161.53
Peak UE: 27
MB_per_connected_UE: 13.42
DL Data Vol MAC in MB: 6947.86

Time: 21:08:08
holiday: 0

SIP DC%: 
UPTP_Mbps: 144.5
DLRLCLayerDataVolume MB: 1006.69
DRB UL Data Volume MB: 3576
PRB Util%: 12.4
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6708.12
Bearer Releases: 10644

hr: 23
CA Activation Rate num: 3475355
Setup_Fail_DEN: 13273
Peak UE: 63
DL Volume: 4216
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3790
CA Activation Rate den: 54737

Time: 22:12:58
holiday: 0
CA DL DataVolRatio Pct: 73.19
CA DL DataVolRatio Pct num: 2691

SIP DC%: 
UPTP_Mbps: 28.66
DLRLCLayerDataVolume MB: 6918.62
RRC Setup Attempts: 7673
weekend: 0
hr: 9
MAC_UE_SC_Tput: 5083.53

hr: 9
CA Activation Rate num: 127094
Setup_Fail_DEN: 8371
SIP_SC_Total_MOU: 244.26
MB_per_connected_UE: 139.4
CA Activation Rate den: 102487

Time: 23:18:10
holiday: 0
CA DL DataVolRatio Pct num: 6827

Avg_Connected_UEs: 37.15
SIP DC%: 
DLRLCLayerDataVolume MB: 3976.93
weekend: 0
CA Activation Rate: 9.63
hr: 23
MAC_UE_SC_Tput: 5241.65

hr: 23
CA Activation Rate num: 8863638
SIP_SC_Total_MOU: 346.4
Peak UE: 27
MB_per_connected_UE: 61.83
PCT Time MIMO: 67.22
DL Volume: 2257
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3538

Time: 14:01:40
holiday: 0
CA DL DataVolRatio Pct: 44.16

DL MAC Vol Scell Pct: 50.99
SIP DC%: 
DLRLCLayerDataVolume MB: 8700.53
CA Conf FailRate Pct den: 4593
weekend: 0
UPTP Mbps Num: 23730
CA Activation Rate: 10.91
hr: 18
MAC_UE_SC_Tput: 5095.93

hr: 18
CA Activation Rate num: 13525645
Setup_Fail_DEN: 6436
SIP_SC_Total_MOU: 253.24
Peak UE: 34
MB_per_connected_UE: 185.45

Time: 10:02:03
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9257.31
weekend: 0
CA Activation Rate: 30.12
hr: 9
MAC_UE_SC_Tput: 5532.28
Bearer Releases: 6927

hr: 9
CA Activation Rate num: 8685195
Peak UE: 84
MB_per_connected_UE: 71.33
DL Volume: 3127
DL Data Vol MAC in MB: 2548.86

Time: 23:20:52
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 783.48
PRB Util%: 8.73
CA Conf FailRate Pct den: 6125
weekend: 0
hr: 21
MAC_UE_SC_Tput: 7406.45

hr: 21
CA Activation Rate num: 5409167
Setup_Fail_DEN: 14758
SIP_SC_Total_MOU: 140.53
Peak UE: 33
MB_per_connected_UE: 77.34
PCT Time MIMO: 45.44
DL Volume: 1287

Time: 03:45:47
holiday: 0

DL MAC Vol Scell Pct: 5.95
SIP DC%: 
DLRLCLayerDataVolume MB: 5227
PRB Util%: 12.34
CA DL DataVolRatio Pct den: 6409
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4446.92
Bearer Releases: 16646

hr: 23
SIP_SC_Total_MOU: 268.23
Peak UE: 39
MB_per_connected_UE: 81.98
PCT Time MIMO: 62.56
DL Volume: 6029
Time: 22:13:04

holiday: 0
CA DL DataVolRatio Pct: 74.85

DL MAC Vol Scell Pct: 25.4
SIP DC%: 
DLRLCLayerDataVolume MB: 7044.09
DRB UL Data Volume MB: 6072
RRC Setup Attempts: 7053
CA DL DataVolRatio Pct den: 4462
weekend: 0
CA Activation Rate: 61.25
hr: 23
MAC_UE_SC_Tput: 9123.31

hr: 23
CA Activation Rate num: 13117203
UPTP Mbps Den: 2118
Setup_Fail_DEN: 12034
Peak UE: 81
VOLTE IA%: 
MB_per_connected_UE: 94.17
DL Volume: 4311
UL Throughput: 10.93
DL Data Vol MAC in MB: 5378.49
CA Activation Rate den: 125760

Time: 20:56:40
holiday: 0
CA DL DataVolRatio Pct num: 279

Avg_Connected_UEs: 27.89
SIP DC%: 
DRB UL Data Volume MB: 7124
CA DL DataVolRatio Pct den: 3219
weekend: 0
hr: 16
MAC_UE_SC_Tput: 11280.12
Bearer Releases: 17256

hr: 16
CA Activation Rate num: 2131814
SIP_SC_Total_MOU: 120.91
Peak UE: 70
DL Data Vol MAC in MB: 5574.3
CA Activation Rate den: 108572

Time: 09:41:01
holiday: 0
CA DL DataVolRatio Pct num: 2418

DL MAC Vol Scell Pct: 23.82
Avg_Connected_UEs: 47.09
SIP DC%: 
DRB UL Data Volume MB: 602
weekend: 0
UPTP Mbps Num: 2265
hr: 0
MAC_UE_SC_Tput: 9913.93
Bearer Releases: 12729

hr: 0
CA Activation Rate num: 9797849
Setup_Fail_DEN: 15843
SIP_SC_Total_MOU: 53.04
Peak UE: 27
MB_per_connected_UE: 167.64
CA Activation Rate den: 54398

Time: 14:09:32
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3331.47
PRB Util%: 36.23
RRC Setup Attempts: 7347
CA DL DataVolRatio Pct den: 7830
weekend: 0
hr: 3
MAC_UE_SC_Tput: 4345.51

hr: 3
CA Activation Rate num: 458286
Setup_Fail_DEN: 6536
Peak UE: 39
UL Throughput: 6.19
DL Data Vol MAC in MB: 330.75
Combined RACH Preambles: 3995

Time: 01:29:04
holiday: 0
CA DL DataVolRatio Pct: 64.2
CA DL DataVolRatio Pct num: 3133

DL MAC Vol Scell Pct: 16.14
Avg_Connected_UEs: 40.12
SIP DC%: 
UPTP_Mbps: 93.48
DLRLCLayerDataVolume MB: 900.15
CA DL DataVolRatio Pct den: 6378
weekend: 0
UPTP Mbps Num: 34869
hr: 3
MAC_UE_SC_Tput: 14806.33

hr: 3
CA Activation Rate num: 2191742
PCT Time MIMO: 43.09
DL Data Vol MAC in MB: 5859.37
CA Activation Rate den: 102605

Combined RACH Preambles: 3134
Time: 19:44:48
holiday: 0

SIP DC%: 
UPTP_Mbps: 115.1
DLRLCLayerDataVolume MB: 719.62
DRB UL Data Volume MB: 9028
PRB Util%: 40.72
CA DL DataVolRatio Pct den: 8748
weekend: 0
hr: 16
MAC_UE_SC_Tput: 5897.36
Bearer Releases: 16829

hr: 16
CA Activation Rate num: 10224104
Setup_Fail_DEN: 6667
SIP_SC_Total_MOU: 138.41
Peak UE: 75
MB_per_connected_UE: 185.07
DL Data Vol MAC in MB: 4834.01

Time: 00:58:05
holiday: 0
CA DL DataVolRatio Pct: 66.39
CA DL DataVolRatio Pct num: 3334

DL MAC Vol Scell Pct: 49.53
SIP DC%: 
DLRLCLayerDataVolume MB: 6999.91
DRB UL Data Volume MB: 6829
RRC Setup Attempts: 7641
CA Conf FailRate Pct den: 3037
weekend: 0
CA Activation Rate: 53.96
hr: 10
MAC_UE_SC_Tput: 5054.54
Bearer Releases: 17274

hr: 10
CA Activation Rate num: 7900185
Setup_Fail_DEN: 9667
Peak UE: 77
VOLTE IA%: 
DL Volume: 6358
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5836
DL Data Vol MAC in MB: 5768.68
CA Activation Rate den: 183456

Time: 22:34:20
holiday: 0
CA DL DataVolRatio Pct num: 1892

Avg_Connected_UEs: 77.87
SIP DC%: 
RRC Setup Attempts: 9626
CA Conf FailRate Pct den: 4188
weekend: 0
UPTP Mbps Num: 52223
hr: 20
MAC_UE_SC_Tput: 18703.61

hr: 20
CA Activation Rate num: 1845572
Setup_Fail_DEN: 8459
SIP_SC_Total_MOU: 252.33
Peak UE: 64
MB_per_connected_UE: 30.94
DL Data Vol MAC in MB: 2591.29

Time: 17:45:19
holiday: 0
CA DL DataVolRatio Pct num: 6631

SIP DC%: 
RRC Setup Attempts: 4137
weekend: 0
CA Activation Rate: 14.07
hr: 6
MAC_UE_SC_Tput: 4652.8

hr: 6
Peak UE: 27
CA Activation Rate den: 59012

Time: 10:14:14
holiday: 0

DL MAC Vol Scell Pct: 36.86
Avg_Connected_UEs: 27.36
SIP DC%: 
DLRLCLayerDataVolume MB: 915.44
Avg_PUCCH_SINR: 17.63
RRC Setup Attempts: 3861
CA DL DataVolRatio Pct den: 5176
weekend: 0
hr: 23
Bearer Releases: 9316

hr: 23
CA Activation Rate num: 10958105
Setup_Fail_DEN: 15556
SIP_SC_Total_MOU: 128.8
Peak UE: 29
MB_per_connected_UE: 80
DL Data Vol MAC in MB: 7052.51
CA Activation Rate den: 93257

Time: 22:56:03
holiday: 0

Avg_Connected_UEs: 71.59
SIP DC%: 
UPTP_Mbps: 30.2
DLRLCLayerDataVolume MB: 7358.13
DRB UL Data Volume MB: 3326
CA DL DataVolRatio Pct den: 6503
weekend: 0
UPTP Mbps Num: 47638
CA Activation Rate: 48.26
hr: 2
MAC_UE_SC_Tput: 4366.83
Bearer Releases: 8210

hr: 2
CA Activation Rate num: 1833986
Peak UE: 32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4824
DL Data Vol MAC in MB: 3106.59
CA Activation Rate den: 73276

Time: 23:58:13
holiday: 0

Avg_Connected_UEs: 82.54
SIP DC%: 
DLRLCLayerDataVolume MB: 5540.76
PRB Util%: 75.24
CA Conf FailRate Pct den: 4599
weekend: 0
CA Activation Rate: 30.9
hr: 23
MAC_UE_SC_Tput: 4713.58
Bearer Releases: 16488

hr: 23
UPTP Mbps Den: 4764
Setup_Fail_DEN: 12586
MB_per_connected_UE: 163.05
PCT Time MIMO: 42.51
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7043
DL Data Vol MAC in MB: 4574.47
CA Activation Rate den: 65906

Time: 14:32:45
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5560.91
PRB Util%: 6.42
CA DL DataVolRatio Pct den: 945
CA Conf FailRate Pct den: 6832
weekend: 0
CA Activation Rate: 35.5
hr: 23
MAC_UE_SC_Tput: 8835.27
Bearer Releases: 18214

hr: 23
CA Activation Rate num: 5294929
Setup_Fail_DEN: 15672
SIP_SC_Total_MOU: 221.53
Peak UE: 27
MB_per_connected_UE: 120.93
PCT Time MIMO: 41.78
CA Activation Rate den: 40245

Time: 09:23:31
holiday: 0

DL MAC Vol Scell Pct: 35.11
Avg_Connected_UEs: 62.24
SIP DC%: 
DLRLCLayerDataVolume MB: 5275.27
RRC Setup Attempts: 6389
CA DL DataVolRatio Pct den: 2015
weekend: 0
CA Activation Rate: 22.35
hr: 5
MAC_UE_SC_Tput: 11879.22
Bearer Releases: 17866

hr: 5
CA Activation Rate num: 5921439
UPTP Mbps Den: 1608
SIP_SC_Total_MOU: 255.11
Peak UE: 27
DL Volume: 7846
UL Throughput: 10.17
DL Data Vol MAC in MB: 2074.32
CA Activation Rate den: 126383

Time: 00:54:40
holiday: 0
CA DL DataVolRatio Pct: 51.3

DL MAC Vol Scell Pct: 23.52
SIP DC%: 
UPTP_Mbps: 41.62
DLRLCLayerDataVolume MB: 7041.55
PRB Util%: 45.08
CA DL DataVolRatio Pct den: 8071
CA Conf FailRate Pct den: 2869
weekend: 0
UPTP Mbps Num: 44700
hr: 15
MAC_UE_SC_Tput: 10329.9

hr: 15
CA Activation Rate num: 1562490
UPTP Mbps Den: 535
Peak UE: 27
MB_per_connected_UE: 209.02
DL Volume: 579
DL Data Vol MAC in MB: 402.06

Time: 02:16:41
holiday: 0

Avg_Connected_UEs: 73.03
SIP DC%: 
DLRLCLayerDataVolume MB: 4222.02
CA Conf FailRate Pct den: 6866
weekend: 0
UPTP Mbps Num: 2486
hr: 4
MAC_UE_SC_Tput: 8668.43

hr: 4
CA Activation Rate num: 1811011
UPTP Mbps Den: 4199
Setup_Fail_DEN: 19195
Peak UE: 75
MB_per_connected_UE: 30.03
PCT Time MIMO: 55.19
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3375
DL Data Vol MAC in MB: 2455.94
CA Activation Rate den: 104281

Time: 14:12:33
holiday: 0
CA DL DataVolRatio Pct num: 6384

SIP DC%: 
UPTP_Mbps: 33.37
DLRLCLayerDataVolume MB: 6343.6
PRB Util%: 73.34
RRC Setup Attempts: 3638
CA DL DataVolRatio Pct den: 5849
CA Conf FailRate Pct den: 6415
weekend: 0
hr: 23
MAC_UE_SC_Tput: 10230.34
Bearer Releases: 14010

hr: 23
CA Activation Rate num: 5884162
SIP_SC_Total_MOU: 70.9
Peak UE: 55
MB_per_connected_UE: 157.07
DL Volume: 2895
DL Data Vol MAC in MB: 4122.82

Combined RACH Preambles: 2453
Time: 14:39:07
holiday: 0
CA DL DataVolRatio Pct: 58.21

SIP DC%: 
DLRLCLayerDataVolume MB: 2530.91
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5167.34
Bearer Releases: 18304

hr: 23
CA Activation Rate num: 3106360
UPTP Mbps Den: 2348
SIP_SC_Total_MOU: 90.71
Peak UE: 77
MB_per_connected_UE: 203.57
DL Volume: 9936
DL Data Vol MAC in MB: 1067.36
CA Activation Rate den: 45051

Combined RACH Preambles: 3305
Time: 20:05:46
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3852.95
PRB Util%: 38.25
RRC Setup Attempts: 6632
CA DL DataVolRatio Pct den: 6641
CA Conf FailRate Pct den: 5810
weekend: 0
UPTP Mbps Num: 10727
hr: 23
MAC_UE_SC_Tput: 8029.95
Bearer Releases: 9450

hr: 23
CA Activation Rate num: 3837614
SIP_SC_Total_MOU: 122.45
Peak UE: 27
MB_per_connected_UE: 97.02
PCT Time MIMO: 47.94
CA Activation Rate den: 142752

Time: 02:40:46
holiday: 0

DL MAC Vol Scell Pct: 41.86
Avg_Connected_UEs: 57.19
SIP DC%: 
DLRLCLayerDataVolume MB: 221.07
DRB UL Data Volume MB: 7995
PRB Util%: 5.9
weekend: 0
hr: 4
MAC_UE_SC_Tput: 15074.93

hr: 4
CA Activation Rate num: 917625
QCI 1 Bearer Drop%: 1.99
Peak UE: 33
MB_per_connected_UE: 134.46
DL Volume: 8940
DL Data Vol MAC in MB: 6501.44
CA Activation Rate den: 168718

Time: 02:06:23
holiday: 0

Avg_Connected_UEs: 16.52
SIP DC%: 
DLRLCLayerDataVolume MB: 7261.01
DRB UL Data Volume MB: 2543
PRB Util%: 55.66
CA Conf FailRate Pct den: 4315
weekend: 0
CA Activation Rate: 70.45
hr: 15
MAC_UE_SC_Tput: 14975.53
Bearer Releases: 9628

hr: 15
CA Activation Rate num: 8933195
Setup_Fail_DEN: 12844
SIP_SC_Total_MOU: 50.81
MB_per_connected_UE: 76.33
CA Activation Rate den: 103184

Time: 03:05:53
holiday: 0
CA DL DataVolRatio Pct num: 5643

DL MAC Vol Scell Pct: 2.88
Avg_Connected_UEs: 20.49
SIP DC%: 
UPTP_Mbps: 40.57
DLRLCLayerDataVolume MB: 4993.27
PRB Util%: 24.67
RRC Setup Attempts: 5513
CA Conf FailRate Pct den: 8109
weekend: 0
hr: 6
MAC_UE_SC_Tput: 11961.22

hr: 6
CA Activation Rate num: 10308438
SIP_SC_Total_MOU: 126.51
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8614
DL Data Vol MAC in MB: 9176.57
CA Activation Rate den: 97739

Time: 23:46:48
holiday: 0
CA DL DataVolRatio Pct: 83.05
CA DL DataVolRatio Pct num: 7145

DL MAC Vol Scell Pct: 51.2
Avg_Connected_UEs: 44.8
SIP DC%: 
DLRLCLayerDataVolume MB: 6815.54
DL Packet Loss Pct: 0.77
RRC Setup Attempts: 4625
weekend: 0
hr: 23

hr: 23
CA Activation Rate num: 10826159
UPTP Mbps Den: 1270
SIP_SC_Total_MOU: 59.35
PCT Time MIMO: 44.54
DL Data Vol MAC in MB: 8496.95

Time: 05:27:56
holiday: 0
CA DL DataVolRatio Pct: 40.29
CA DL DataVolRatio Pct num: 6904

SIP DC%: 
DLRLCLayerDataVolume MB: 2952.9
DRB UL Data Volume MB: 5192
PRB Util%: 32.65
RRC Setup Attempts: 4503
CA Conf FailRate Pct den: 7202
weekend: 0
UPTP Mbps Num: 7182
CA Activation Rate: 53.3
hr: 23
MAC_UE_SC_Tput: 8248.77
Bearer Releases: 17676

hr: 23
CA Activation Rate num: 10093927
SIP_SC_Total_MOU: 334.71
Peak UE: 27
MB_per_connected_UE: 145.43
CA Activation Rate den: 95744

Time: 03:53:11
holiday: 0
CA DL DataVolRatio Pct: 79.28
CA DL DataVolRatio Pct num: 6665

DL MAC Vol Scell Pct: 14.61
SIP DC%: 
DLRLCLayerDataVolume MB: 1974.78
DRB UL Data Volume MB: 7460
PRB Util%: 28.78
CA DL DataVolRatio Pct den: 1085
weekend: 0
UPTP Mbps Num: 11604
CA Activation Rate: 40.01
hr: 17
MAC_UE_SC_Tput: 18578.76
Bearer Releases: 11085

hr: 17
CA Activation Rate num: 9115029
UPTP Mbps Den: 1963
Setup_Fail_DEN: 13368
Peak UE: 63
MB_per_connected_UE: 105.65
DL Volume: 9733
DL Data Vol MAC in MB: 4971.39
CA Activation Rate den: 38151

Time: 03:54:18
holiday: 0
CA DL DataVolRatio Pct num: 4982

SIP DC%: 
DLRLCLayerDataVolume MB: 9147.56
RRC Setup Attempts: 7560
CA DL DataVolRatio Pct den: 10181
CA Conf FailRate Pct den: 7437
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11496.94

hr: 23
CA Activation Rate num: 10539648
Peak UE: 27
DL Data Vol MAC in MB: 2565.35

Time: 07:21:09
holiday: 0

Avg_Connected_UEs: 44.92
SIP DC%: 
UPTP_Mbps: 101.14
DLRLCLayerDataVolume MB: 7526.73
DRB UL Data Volume MB: 8754
RRC Setup Attempts: 3610
CA DL DataVolRatio Pct den: 10121
CA Conf FailRate Pct den: 6485
weekend: 1
UPTP Mbps Num: 41090
CA Activation Rate: 35.32
hr: 4
MAC_UE_SC_Tput: 7875.03
Bearer Releases: 11335

hr: 4
CA Activation Rate num: 3129561
Setup_Fail_DEN: 12144
SIP_SC_Total_MOU: 271.32
Peak UE: 38
MB_per_connected_UE: 186.34
DL Volume: 9456
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7692
DL Data Vol MAC in MB: 2740.23
CA Activation Rate den: 102072

Time: 23:36:51
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8063.14
weekend: 0
CA Activation Rate: 26.37
hr: 0
MAC_UE_SC_Tput: 5899.99
Bearer Releases: 15699

hr: 0
CA Activation Rate num: 4192340
SIP_SC_Total_MOU: 142.47
Peak UE: 89
MB_per_connected_UE: 108.17
UL Throughput: 7.56
CA Activation Rate den: 118224

Time: 22:04:27
holiday: 0
CA DL DataVolRatio Pct num: 1410

DL MAC Vol Scell Pct: 13.43
Avg_Connected_UEs: 51.24
SIP DC%: 
DLRLCLayerDataVolume MB: 6525.83
DRB UL Data Volume MB: 4204
PRB Util%: 22.07
CA DL DataVolRatio Pct den: 10070
CA Conf FailRate Pct den: 6992
weekend: 0
UPTP Mbps Num: 43365
CA Activation Rate: 13.59
hr: 23
MAC_UE_SC_Tput: 5268.87

hr: 23
CA Activation Rate num: 5334061
SIP_SC_Total_MOU: 156.5
Peak UE: 78
MB_per_connected_UE: 171.65
PCT Time MIMO: 47.21
DL Data Vol MAC in MB: 7877.6
CA Activation Rate den: 47283

Time: 08:42:54
holiday: 0
CA DL DataVolRatio Pct: 57.34

Avg_Connected_UEs: 79.72
SIP DC%: 
UPTP_Mbps: 37.24
RRC Setup Attempts: 7239
CA DL DataVolRatio Pct den: 4979
weekend: 0
UPTP Mbps Num: 24261
CA Activation Rate: 61.5
hr: 4
MAC_UE_SC_Tput: 7105.9

hr: 4
CA Activation Rate num: 5799013
UPTP Mbps Den: 1372
SIP_SC_Total_MOU: 42.22
Peak UE: 27
MB_per_connected_UE: 115.66
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3733
DL Data Vol MAC in MB: 3107.18
CA Activation Rate den: 87985

Time: 06:40:15
holiday: 0
CA DL DataVolRatio Pct num: 1016

SIP DC%: 
DLRLCLayerDataVolume MB: 5951.41
DRB UL Data Volume MB: 7153
PRB Util%: 36.99
CA Conf FailRate Pct den: 4232
weekend: 0
UPTP Mbps Num: 7487
CA Activation Rate: 43.99
hr: 2
MAC_UE_SC_Tput: 9812.33
Bearer Releases: 15187

hr: 2
Setup_Fail_DEN: 13742
Peak UE: 52
MB_per_connected_UE: 200.37
DL Volume: 9066
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4556
DL Data Vol MAC in MB: 7368.6
CA Activation Rate den: 209943

Time: 00:07:41
holiday: 0
CA DL DataVolRatio Pct: 75.78

Avg_Connected_UEs: 31.33
SIP DC%: 
DLRLCLayerDataVolume MB: 1936.25
PRB Util%: 32.85
RRC Setup Attempts: 4713
CA DL DataVolRatio Pct den: 7520
weekend: 0
UPTP Mbps Num: 36851
hr: 0
MAC_UE_SC_Tput: 8539.49

hr: 0
CA Activation Rate num: 10402533
Setup_Fail_DEN: 6680
Peak UE: 33
DL Volume: 3700
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5050
CA Activation Rate den: 76249
Combined RACH Preambles: 3902

Time: 06:14:18
holiday: 0

Avg_Connected_UEs: 57.56
SIP DC%: 
DRB UL Data Volume MB: 4183
PRB Util%: 29.53
RRC Setup Attempts: 4467
CA DL DataVolRatio Pct den: 5706
weekend: 0
UPTP Mbps Num: 35226
CA Activation Rate: 5.61
hr: 1
MAC_UE_SC_Tput: 6305.92

hr: 1
CA Activation Rate num: 899465
Setup_Fail_DEN: 18454
Peak UE: 27
DL Volume: 3144
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4591
DL Data Vol MAC in MB: 2671.91
CA Activation Rate den: 44965

Time: 15:59:49
holiday: 0

SIP DC%: 
UPTP_Mbps: 106.09
DLRLCLayerDataVolume MB: 6751.26
PRB Util%: 16.86
RRC Setup Attempts: 3721
CA Conf FailRate Pct den: 6126
weekend: 1
UPTP Mbps Num: 45568
CA Activation Rate: 40.98
hr: 5
MAC_UE_SC_Tput: 4590.85

hr: 5
CA Activation Rate num: 4505215
UPTP Mbps Den: 2945
Setup_Fail_DEN: 19535
SIP_SC_Total_MOU: 307.91
Peak UE: 64
MB_per_connected_UE: 35.02
DL Data Vol MAC in MB: 3648.07

Time: 14:50:59
holiday: 0
CA DL DataVolRatio Pct: 80.68

Avg_Connected_UEs: 27.38
SIP DC%: 
DLRLCLayerDataVolume MB: 7072.22
DRB UL Data Volume MB: 3074
PRB Util%: 3.59
CA Conf FailRate Pct den: 3219
weekend: 0
UPTP Mbps Num: 28973
CA Activation Rate: 24.58
hr: 23
MAC_UE_SC_Tput: 15143.53

hr: 23
CA Activation Rate num: 2754311
Setup_Fail_DEN: 10717
Peak UE: 36
MB_per_connected_UE: 23.62
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3909
DL Data Vol MAC in MB: 514.08
CA Activation Rate den: 53713

Time: 05:34:46
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2497.91
DRB UL Data Volume MB: 9142
weekend: 0
UPTP Mbps Num: 57940
CA Activation Rate: 46.09
hr: 5
MAC_UE_SC_Tput: 4822.06
Bearer Releases: 13049

hr: 5
CA Activation Rate num: 11033855
SIP_SC_Total_MOU: 197.85
Peak UE: 43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4670
DL Data Vol MAC in MB: 3619.14

Time: 11:33:26
holiday: 0
CA DL DataVolRatio Pct num: 5410

SIP DC%: 
DLRLCLayerDataVolume MB: 3127.29
DRB UL Data Volume MB: 9578
RRC Setup Attempts: 6146
weekend: 0
hr: 12
MAC_UE_SC_Tput: 14286.38

hr: 12
CA Activation Rate num: 10137036
Peak UE: 60
MB_per_connected_UE: 115.4
PCT Time MIMO: 69.14
DL Data Vol MAC in MB: 2658.74
CA Activation Rate den: 96132

holiday: 0
CA DL DataVolRatio Pct: 68.21

SIP DC%: 
DLRLCLayerDataVolume MB: 9001.44
DRB UL Data Volume MB: 3047
CA Conf FailRate Pct den: 6557
weekend: 0
UPTP Mbps Num: 45409
CA Activation Rate: 77.01
hr: 16

hr: 16
CA Activation Rate num: 4092712
Setup_Fail_DEN: 13213
SIP_SC_Total_MOU: 23.18
Peak UE: 41
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5425
DL Data Vol MAC in MB: 6909.98
CA Activation Rate den: 113447

Time: 21:26:33
holiday: 0

DL MAC Vol Scell Pct: 19.83
SIP DC%: 
DRB UL Data Volume MB: 9807
PRB Util%: 26.95
RRC Setup Attempts: 7326
weekend: 0
hr: 3
MAC_UE_SC_Tput: 5359.26

hr: 3
CA Activation Rate num: 5527529
Peak UE: 45
CA Activation Rate den: 181419

Combined RACH Preambles: 1987
Time: 22:41:57
holiday: 0
CA DL DataVolRatio Pct num: 2423

Avg_Connected_UEs: 80.72
SIP DC%: 
weekend: 0
UPTP Mbps Num: 15041
CA Activation Rate: 5.3
hr: 23
MAC_UE_SC_Tput: 7191.43

hr: 23
CA Activation Rate num: 8252721
UPTP Mbps Den: 2325
SIP_SC_Total_MOU: 146.68
Peak UE: 27
MB_per_connected_UE: 198.33
DL Data Vol MAC in MB: 1838.14

Combined RACH Preambles: 2255
Time: 23:49:07
holiday: 0
CA DL DataVolRatio Pct: 76.6
CA DL DataVolRatio Pct num: 3120

SIP DC%: 
UPTP_Mbps: 14.07
DLRLCLayerDataVolume MB: 262.02
PRB Util%: 31.81
RRC Setup Attempts: 4464
CA DL DataVolRatio Pct den: 8196
weekend: 0
hr: 13
MAC_UE_SC_Tput: 6364.79

hr: 13
UPTP Mbps Den: 695
Setup_Fail_DEN: 10420
Peak UE: 75
MB_per_connected_UE: 129.91
DL Volume: 8671
CA Activation Rate den: 93100

Combined RACH Preambles: 3150
Time: 21:13:01
holiday: 0

Avg_Connected_UEs: 41.72
SIP DC%: 
UPTP_Mbps: 25.44
DLRLCLayerDataVolume MB: 1550.56
DRB UL Data Volume MB: 5676
CA Conf FailRate Pct den: 7660
weekend: 0
CA Activation Rate: 68.77
hr: 8
MAC_UE_SC_Tput: 12516.48

hr: 8
CA Activation Rate num: 8039873
SIP_SC_Total_MOU: 110.74
Peak UE: 81
MB_per_connected_UE: 126.97
DL Volume: 2058

Time: 22:21:55
holiday: 0

DL MAC Vol Scell Pct: 31.6
SIP DC%: 
DRB UL Data Volume MB: 890
RRC Setup Attempts: 5283
weekend: 0
UPTP Mbps Num: 41719
CA Activation Rate: 49.51
hr: 3
MAC_UE_SC_Tput: 5473.51
Bearer Releases: 15369

hr: 3
CA Activation Rate num: 8949951
SIP_SC_Total_MOU: 28.75
Peak UE: 40
MB_per_connected_UE: 93.13
DL Volume: 7433
DL Data Vol MAC in MB: 2101.02
CA Activation Rate den: 201675

Time: 07:23:54
holiday: 0
CA DL DataVolRatio Pct: 52.82
CA DL DataVolRatio Pct num: 3597

SIP DC%: 
UPTP_Mbps: 13.15
DLRLCLayerDataVolume MB: 739.99
CA DL DataVolRatio Pct den: 9383
CA Conf FailRate Pct den: 7701
weekend: 0
CA Activation Rate: 35.29
hr: 7
MAC_UE_SC_Tput: 12339.04

hr: 7
CA Activation Rate num: 2558830
SIP_SC_Total_MOU: 114.51
Peak UE: 31
MB_per_connected_UE: 12.08
PCT Time MIMO: 46.18
CA Activation Rate den: 43875

Time: 17:05:17
holiday: 0

DL MAC Vol Scell Pct: 40.97
Avg_Connected_UEs: 28.51
SIP DC%: 
DLRLCLayerDataVolume MB: 6476.85
DRB UL Data Volume MB: 7516
CA DL DataVolRatio Pct den: 375
CA Conf FailRate Pct den: 9299
weekend: 0
hr: 8
MAC_UE_SC_Tput: 31055.29

hr: 8
CA Activation Rate num: 4405874
SIP_SC_Total_MOU: 75.16
Peak UE: 64
PCT Time MIMO: 34.12
DL Data Vol MAC in MB: 9067.61
CA Activation Rate den: 111613

Combined RACH Preambles: 3519
Time: 11:43:24
holiday: 0
CA DL DataVolRatio Pct num: 4299

DL MAC Vol Scell Pct: 25.78
SIP DC%: 
DLRLCLayerDataVolume MB: 6080.25
CA Conf FailRate Pct den: 6160
weekend: 0
hr: 17
MAC_UE_SC_Tput: 7767.21
Bearer Releases: 9859

hr: 17
CA Activation Rate num: 3212333
UPTP Mbps Den: 700
Setup_Fail_DEN: 9594
Peak UE: 30
MB_per_connected_UE: 85.86
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6130
CA Activation Rate den: 38624

Time: 01:35:35
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3033.84
weekend: 0
UPTP Mbps Num: 10843
CA Activation Rate: 12.98
hr: 18
MAC_UE_SC_Tput: 6033.39

hr: 18
CA Activation Rate num: 8982171
SIP_SC_Total_MOU: 58.43
Peak UE: 73
MB_per_connected_UE: 33.51
DL Data Vol MAC in MB: 4523.61
CA Activation Rate den: 97668

Time: 01:05:46
holiday: 0
CA DL DataVolRatio Pct: 92.68

SIP DC%: 
UPTP_Mbps: 42.81
CA DL DataVolRatio Pct den: 3839
weekend: 1
CA Activation Rate: 38.86
hr: 23
MAC_UE_SC_Tput: 6683.75
Bearer Releases: 12138

hr: 23
CA Activation Rate num: 8291806
UPTP Mbps Den: 2784
Setup_Fail_DEN: 13329
SIP_SC_Total_MOU: 312.85
Peak UE: 27
MB_per_connected_UE: 92.72
PCT Time MIMO: 64.3
DL Data Vol MAC in MB: 3867.12

Time: 10:35:17
holiday: 0
CA DL DataVolRatio Pct: 89.54
CA DL DataVolRatio Pct num: 2893

SIP DC%: 
DLRLCLayerDataVolume MB: 6137
DRB UL Data Volume MB: 4953
CA DL DataVolRatio Pct den: 2719
CA Conf FailRate Pct den: 8653
weekend: 0
CA Activation Rate: 74.39
hr: 4
MAC_UE_SC_Tput: 4932.31

hr: 4
CA Activation Rate num: 920185
UPTP Mbps Den: 651
Setup_Fail_DEN: 14737
SIP_SC_Total_MOU: 37.24
Peak UE: 54
MB_per_connected_UE: 29.05
DL Volume: 9098
CA Activation Rate den: 54519
Combined RACH Preambles: 2945

Time: 12:04:24
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5326.79
DRB UL Data Volume MB: 5669
CA DL DataVolRatio Pct den: 9429
weekend: 0
hr: 6
MAC_UE_SC_Tput: 11207.1

hr: 6
CA Activation Rate num: 1472735
Setup_Fail_DEN: 14974
SIP_SC_Total_MOU: 150.54
Peak UE: 27
MB_per_connected_UE: 60.72
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4647
DL Data Vol MAC in MB: 427.92
CA Activation Rate den: 116558

Time: 04:43:45
holiday: 0
CA DL DataVolRatio Pct: 85.86
CA DL DataVolRatio Pct num: 7437

SIP DC%: 
UPTP_Mbps: 59.18
DLRLCLayerDataVolume MB: 9050.76
weekend: 0
hr: 19
MAC_UE_SC_Tput: 4306.68

hr: 19
CA Activation Rate num: 7740914
Setup_Fail_DEN: 9281
SIP_SC_Total_MOU: 345.16
Peak UE: 27
MB_per_connected_UE: 62.04
CA Activation Rate den: 195962

Time: 20:06:37
holiday: 0
CA DL DataVolRatio Pct: 40.13

Avg_Connected_UEs: 41.03
SIP DC%: 
PRB Util%: 3.37
RRC Setup Attempts: 6789
CA DL DataVolRatio Pct den: 2108
weekend: 0
UPTP Mbps Num: 38925
hr: 12
MAC_UE_SC_Tput: 5172.67

hr: 12
CA Activation Rate num: 7081163
Setup_Fail_DEN: 11760
UL MAC Vol Scell Pct: 1.83
Peak UE: 31
DL Volume: 7857
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6869
DL Data Vol MAC in MB: 1579.1
CA Activation Rate den: 156856

Time: 03:06:31
holiday: 0
CA DL DataVolRatio Pct num: 6295

SIP DC%: 
DLRLCLayerDataVolume MB: 943.88
DRB UL Data Volume MB: 3647
PRB Util%: 27.84
DL Packet Loss Pct: 0.25
CA Conf FailRate Pct den: 9125
weekend: 0
CA Activation Rate: 56
hr: 23
MAC_UE_SC_Tput: 6015.35
Bearer Releases: 6705

hr: 23
CA Activation Rate num: 8445321
SIP_SC_Total_MOU: 26.16
Peak UE: 50
MB_per_connected_UE: 168.64
DL Volume: 839
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6750
CA Activation Rate den: 142358

Time: 07:20:17
holiday: 0
CA DL DataVolRatio Pct: 80.88
CA DL DataVolRatio Pct num: 3837

Avg_Connected_UEs: 27.11
SIP DC%: 
DLRLCLayerDataVolume MB: 3338.22
PRB Util%: 32.35
RRC Setup Attempts: 4364
CA DL DataVolRatio Pct den: 4845
weekend: 0
CA Activation Rate: 75.9
hr: 14
MAC_UE_SC_Tput: 6587.28
Bearer Releases: 9237

hr: 14
CA Activation Rate num: 10513007
Peak UE: 81
VOLTE IA%: 
MB_per_connected_UE: 18.86
PCT Time MIMO: 58.68
DL Volume: 849
DL Data Vol MAC in MB: 10013.15

Time: 02:58:22
holiday: 0
CA DL DataVolRatio Pct num: 4375

SIP DC%: 
UPTP_Mbps: 24.93
RRC Setup Attempts: 6122
CA Conf FailRate Pct den: 6482
weekend: 0
UPTP Mbps Num: 23449
hr: 11
MAC_UE_SC_Tput: 13952.47

hr: 11
CA Activation Rate num: 9003648
Peak UE: 76
MB_per_connected_UE: 15.18
DL Data Vol MAC in MB: 7218.98

holiday: 0
CA DL DataVolRatio Pct: 63.34
CA DL DataVolRatio Pct num: 7366

SIP DC%: 
PRB Util%: 4.73
RRC Setup Attempts: 4199
weekend: 0
UPTP Mbps Num: 36164
CA Activation Rate: 21.39
hr: 10
MAC_UE_SC_Tput: 5449.15
Bearer Releases: 13155

hr: 10
CA Activation Rate num: 1628355
UPTP Mbps Den: 2810
SIP_SC_Total_MOU: 348.87
Peak UE: 28
MB_per_connected_UE: 146.7
DL Data Vol MAC in MB: 703.83
CA Activation Rate den: 148660

Combined RACH Preambles: 4878
Time: 04:47:26
holiday: 0
CA DL DataVolRatio Pct: 92.6
CA DL DataVolRatio Pct num: 4774

SIP DC%: 
UPTP_Mbps: 46.69
DLRLCLayerDataVolume MB: 2979.13
DRB UL Data Volume MB: 4727
PRB Util%: 59.61
RRC Setup Attempts: 7428
weekend: 0
UPTP Mbps Num: 38223
CA Activation Rate: 11.02
hr: 9
MAC_UE_SC_Tput: 8578.32
Bearer Releases: 16114

hr: 9
CA Activation Rate num: 7669578
Peak UE: 27
MB_per_connected_UE: 78.6
PCT Time MIMO: 36.18
DL Volume: 6389
CA Activation Rate den: 123560
Combined RACH Preambles: 3595

Time: 15:36:46
holiday: 0
CA DL DataVolRatio Pct: 71.33
CA DL DataVolRatio Pct num: 2996

SIP DC%: 
UPTP_Mbps: 39.31
DLRLCLayerDataVolume MB: 4230.4
RRC Setup Attempts: 3431
CA DL DataVolRatio Pct den: 9728
weekend: 0
CA Activation Rate: 41.29
hr: 0
MAC_UE_SC_Tput: 10572.38
Bearer Releases: 9562

hr: 0
CA Activation Rate num: 5128566
SIP_SC_Total_MOU: 14.38
Peak UE: 32
PCT Time MIMO: 36.44
DL Data Vol MAC in MB: 1138.59

Time: 09:29:12
holiday: 0
CA DL DataVolRatio Pct: 83.78

SIP DC%: 
UPTP_Mbps: 39.55
DLRLCLayerDataVolume MB: 2557.12
DRB UL Data Volume MB: 6673
CA Conf FailRate Pct den: 7308
weekend: 0
UPTP Mbps Num: 61776
hr: 0
MAC_UE_SC_Tput: 5919.97

hr: 0
CA Activation Rate num: 8521436
SIP_SC_Total_MOU: 72.91
Peak UE: 65
VOLTE IA%: 
DL Volume: 2502
CA Activation Rate den: 77357

Combined RACH Preambles: 3446
Time: 14:18:32
holiday: 0
CA DL DataVolRatio Pct num: 1611

SIP DC%: 
DLRLCLayerDataVolume MB: 1134.59
PRB Util%: 16.25
CA DL DataVolRatio Pct den: 4500
weekend: 0
UPTP Mbps Num: 38884
CA Activation Rate: 14.17
hr: 12
MAC_UE_SC_Tput: 16047.79
Bearer Releases: 8999

hr: 12
CA Activation Rate num: 6684911
UPTP Mbps Den: 2458
Setup_Fail_DEN: 12309
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 28.63
PCT Time MIMO: 40.98
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6215
DL Data Vol MAC in MB: 1030.1
CA Activation Rate den: 114400

Time: 19:41:26
holiday: 0
CA DL DataVolRatio Pct: 87.88
CA DL DataVolRatio Pct num: 138

SIP DC%: 
DLRLCLayerDataVolume MB: 4238.72
RRC Setup Attempts: 5573
CA DL DataVolRatio Pct den: 3571
CA Conf FailRate Pct den: 9041
weekend: 0
hr: 23
MAC_UE_SC_Tput: 20214.42

hr: 23
CA Activation Rate num: 13236836
Setup_Fail_DEN: 15111
Peak UE: 27
MB_per_connected_UE: 140.15
PCT Time MIMO: 69.12
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5437
DL Data Vol MAC in MB: 9044.63

Time: 18:56:27
holiday: 0
CA DL DataVolRatio Pct: 45.28
CA DL DataVolRatio Pct num: 5940

Avg_Connected_UEs: 81.1
SIP DC%: 
UPTP_Mbps: 21.26
PRB Util%: 48.07
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5204.61

hr: 23
CA Activation Rate num: 6483934
Setup_Fail_DEN: 10157
Peak UE: 36
MB_per_connected_UE: 99.3
PCT Time MIMO: 34.74
DL Data Vol MAC in MB: 7731.06

holiday: 0
CA DL DataVolRatio Pct num: 592

SIP DC%: 
DLRLCLayerDataVolume MB: 4413.57
CA DL DataVolRatio Pct den: 7817
CA Conf FailRate Pct den: 9230
weekend: 0
hr: 14
MAC_UE_SC_Tput: 5192.64

hr: 14
CA Activation Rate num: 7081243
Setup_Fail_DEN: 16350
Peak UE: 66
MB_per_connected_UE: 203.13
DL Volume: 9937
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4190
CA Activation Rate den: 172094
Combined RACH Preambles: 3275

Time: 20:53:38
holiday: 0
CA DL DataVolRatio Pct num: 4615

DL MAC Vol Scell Pct: 20.2
Avg_Connected_UEs: 20.23
SIP DC%: 
DRB UL Data Volume MB: 9503
CA DL DataVolRatio Pct den: 8559
weekend: 0
hr: 4
MAC_UE_SC_Tput: 13317.34

hr: 4
CA Activation Rate num: 3373329
Setup_Fail_DEN: 13454
SIP_SC_Total_MOU: 153.09
Peak UE: 64
MB_per_connected_UE: 61.53
DL Volume: 651
DL Data Vol MAC in MB: 4208.58

Time: 01:46:49
holiday: 0

SIP DC%: 
RRC Setup Attempts: 4226
weekend: 0
UPTP Mbps Num: 17166
CA Activation Rate: 4.58
hr: 23
MAC_UE_SC_Tput: 6915.92
Bearer Releases: 8176

hr: 23
CA Activation Rate num: 2475572
Setup_Fail_DEN: 19374
SIP_SC_Total_MOU: 280.18
UL MAC Vol Scell Pct: 2.87
Peak UE: 34
PCT Time MIMO: 51.34
DL Volume: 8407
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5408
DL Data Vol MAC in MB: 1708.46
CA Activation Rate den: 42872

Time: 09:25:19
holiday: 0
CA DL DataVolRatio Pct num: 6373

SIP DC%: 
DLRLCLayerDataVolume MB: 2848.61
CA DL DataVolRatio Pct den: 6406
CA Conf FailRate Pct den: 5216
weekend: 0
UPTP Mbps Num: 13280
hr: 23
MAC_UE_SC_Tput: 13282.56

hr: 23
CA Activation Rate num: 6545060
Setup_Fail_DEN: 10399
Peak UE: 39
MB_per_connected_UE: 200.13
DL Volume: 4200
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5614
DL Data Vol MAC in MB: 8380.18

Time: 17:32:16
holiday: 0

Avg_Connected_UEs: 22.29
SIP DC%: 
DRB UL Data Volume MB: 8393
PRB Util%: 39.35
CA DL DataVolRatio Pct den: 8978
weekend: 0
UPTP Mbps Num: 46424
CA Activation Rate: 65.22
hr: 6
MAC_UE_SC_Tput: 9630.33

hr: 6
CA Activation Rate num: 10769956
Setup_Fail_DEN: 16328
Peak UE: 27
PCT Time MIMO: 39.12

Time: 18:43:08
holiday: 0
CA DL DataVolRatio Pct: 88.1
CA DL DataVolRatio Pct num: 1431

Avg_Connected_UEs: 80.84
SIP DC%: 
PRB Util%: 6.21
RRC Setup Attempts: 7401
CA DL DataVolRatio Pct den: 6886
weekend: 0
UPTP Mbps Num: 58365
hr: 23
MAC_UE_SC_Tput: 11731.1
Bearer Releases: 11838

hr: 23
CA Activation Rate num: 652122
UPTP Mbps Den: 1886
Peak UE: 27
MB_per_connected_UE: 201.21
DL Volume: 2290

Time: 05:12:11
holiday: 0

DL MAC Vol Scell Pct: 13.44
SIP DC%: 
DLRLCLayerDataVolume MB: 7611.75
DRB UL Data Volume MB: 3894
PRB Util%: 15.83
RRC Setup Attempts: 8648
CA DL DataVolRatio Pct den: 3410
weekend: 0
UPTP Mbps Num: 26058
CA Activation Rate: 48.74
hr: 12
MAC_UE_SC_Tput: 4244.5

hr: 12
CA Activation Rate num: 1413247
UPTP Mbps Den: 301
SIP_SC_Total_MOU: 381.34
UL MAC Vol Scell Pct: 8.11
Peak UE: 56
MB_per_connected_UE: 188.64
DL Volume: 3474
DL Data Vol MAC in MB: 3499.9

Time: 05:27:32
holiday: 0
CA DL DataVolRatio Pct num: 5744

SIP DC%: 
DLRLCLayerDataVolume MB: 9611.4
DRB UL Data Volume MB: 5862
RRC Setup Attempts: 4798
weekend: 0
UPTP Mbps Num: 26875
CA Activation Rate: 16.19
hr: 10
MAC_UE_SC_Tput: 8096.45
Bearer Releases: 6410

hr: 10
CA Activation Rate num: 3676689
Setup_Fail_DEN: 9358
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9118
CA Activation Rate den: 96617

Time: 16:14:33
holiday: 0

DL MAC Vol Scell Pct: 2.91
SIP DC%: 
DLRLCLayerDataVolume MB: 9108.52
RRC Setup Attempts: 6562
CA DL DataVolRatio Pct den: 3850
CA Conf FailRate Pct den: 6377
weekend: 0
UPTP Mbps Num: 10968
hr: 11
MAC_UE_SC_Tput: 10222.84

hr: 11
CA Activation Rate num: 4741243
UPTP Mbps Den: 140
Peak UE: 55
MB_per_connected_UE: 160.32
DL Volume: 4497
DL Data Vol MAC in MB: 2129.49

Time: 08:49:54
holiday: 0

DL MAC Vol Scell Pct: 52.26
SIP DC%: 
UPTP_Mbps: 55.17
DLRLCLayerDataVolume MB: 6693.27
CA DL DataVolRatio Pct den: 9901
CA Conf FailRate Pct den: 4839
weekend: 0
hr: 18
Bearer Releases: 9278

hr: 18
CA Activation Rate num: 3246009
Setup_Fail_DEN: 13709
Peak UE: 27
MB_per_connected_UE: 120.37
DL Volume: 175
CA Activation Rate den: 95749

Time: 09:50:20
holiday: 0

Avg_Connected_UEs: 40.24
SIP DC%: 
UPTP_Mbps: 56
DLRLCLayerDataVolume MB: 196.28
PRB Util%: 23.86
RRC Setup Attempts: 8454
weekend: 0
UPTP Mbps Num: 20045
hr: 20
Bearer Releases: 14057

hr: 20
Setup_Fail_DEN: 12697
SIP_SC_Total_MOU: 4.46
Peak UE: 68
MB_per_connected_UE: 124.96
PCT Time MIMO: 53.72
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4492
CA Activation Rate den: 118231

Time: 21:18:14
holiday: 0
CA DL DataVolRatio Pct num: 5455

Avg_Connected_UEs: 66.55
SIP DC%: 
UPTP_Mbps: 133.84
DLRLCLayerDataVolume MB: 3196.68
DRB UL Data Volume MB: 5876
PRB Util%: 66.04
CA DL DataVolRatio Pct den: 8599
weekend: 0
hr: 8
MAC_UE_SC_Tput: 16825.9

hr: 8
CA Activation Rate num: 7430336
UPTP Mbps Den: 197
Peak UE: 30
MB_per_connected_UE: 16.2
PCT Time MIMO: 56.1
DL Volume: 836
DL Data Vol MAC in MB: 1411.38
CA Activation Rate den: 86980

Combined RACH Preambles: 2752
Time: 16:56:52
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4725.55
PRB Util%: 27.15
RRC Setup Attempts: 4758
CA DL DataVolRatio Pct den: 342
weekend: 0
hr: 23
MAC_UE_SC_Tput: 13912.26

hr: 23
CA Activation Rate num: 2023750
SIP_SC_Total_MOU: 204.08
Peak UE: 81
MB_per_connected_UE: 131.24
PCT Time MIMO: 40.26
DL Data Vol MAC in MB: 5811.34

Time: 08:20:52
holiday: 0
CA DL DataVolRatio Pct: 82.34

SIP DC%: 
PRB Util%: 58.52
CA Conf FailRate Pct den: 4756
weekend: 0
hr: 22
MAC_UE_SC_Tput: 4551.33
Bearer Releases: 13941

hr: 22
CA Activation Rate num: 10839947
Setup_Fail_DEN: 11474
Peak UE: 32
MB_per_connected_UE: 60.49
DL Data Vol MAC in MB: 9341.47

holiday: 0
CA DL DataVolRatio Pct: 71.05
CA DL DataVolRatio Pct num: 7603

SIP DC%: 
DLRLCLayerDataVolume MB: 7155.67
RRC Setup Attempts: 5724
CA DL DataVolRatio Pct den: 5930
weekend: 0
hr: 9
MAC_UE_SC_Tput: 10664.92
Bearer Releases: 7232

hr: 9
Peak UE: 28
MB_per_connected_UE: 133.21
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6874
DL Data Vol MAC in MB: 7127.47
CA Activation Rate den: 46795

Time: 08:59:09
holiday: 0

Avg_Connected_UEs: 34.89
SIP DC%: 
DLRLCLayerDataVolume MB: 604.08
RRC Setup Attempts: 8559
CA Conf FailRate Pct den: 7404
weekend: 1
UPTP Mbps Num: 50505
CA Activation Rate: 41.59
hr: 13
MAC_UE_SC_Tput: 7050.19

hr: 13
CA Activation Rate num: 5985788
Setup_Fail_DEN: 14060
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 87.9
PCT Time MIMO: 35.72
DL Volume: 1308
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8840

Time: 12:09:24
holiday: 0
CA DL DataVolRatio Pct num: 1257

DL MAC Vol Scell Pct: 8.44
Avg_Connected_UEs: 81.21
SIP DC%: 
UPTP_Mbps: 28.18
DLRLCLayerDataVolume MB: 2097.37
DRB UL Data Volume MB: 9091
weekend: 0
CA Activation Rate: 1.37
hr: 0
MAC_UE_SC_Tput: 4310.6
Bearer Releases: 6322

hr: 0
CA Activation Rate num: 10606115
Setup_Fail_DEN: 13869
SIP_SC_Total_MOU: 356.71
Peak UE: 50
DL Data Vol MAC in MB: 5497.42

Time: 17:12:49
holiday: 0
CA DL DataVolRatio Pct num: 1925

SIP DC%: 
DLRLCLayerDataVolume MB: 9576.14
PRB Util%: 32.39
CA DL DataVolRatio Pct den: 5536
weekend: 0
UPTP Mbps Num: 41417
CA Activation Rate: 38.01
hr: 4
MAC_UE_SC_Tput: 8691.18

hr: 4
Peak UE: 27
MB_per_connected_UE: 158.31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6600
DL Data Vol MAC in MB: 737.66
CA Activation Rate den: 90522

Time: 04:54:18
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1036.52
DRB UL Data Volume MB: 2635
weekend: 0
CA Activation Rate: 14.78
hr: 21
MAC_UE_SC_Tput: 6309.55
Bearer Releases: 12040

hr: 21
CA Activation Rate num: 1788073
Setup_Fail_DEN: 9208
SIP_SC_Total_MOU: 203
Peak UE: 98
MB_per_connected_UE: 193.52
PCT Time MIMO: 46.07
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4493
DL Data Vol MAC in MB: 8033.56

Time: 05:39:59
holiday: 0
CA DL DataVolRatio Pct num: 6585

SIP DC%: 
DLRLCLayerDataVolume MB: 3929.33
DRB UL Data Volume MB: 6186
PRB Util%: 49.79
weekend: 1
CA Activation Rate: 68.34
hr: 15
MAC_UE_SC_Tput: 4747.19

hr: 15
CA Activation Rate num: 5583380
SIP_SC_Total_MOU: 110.71
Peak UE: 62
MB_per_connected_UE: 170.53
DL Volume: 4593
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6925
DL Data Vol MAC in MB: 8691.27
CA Activation Rate den: 102722

Time: 17:43:22
holiday: 0
CA DL DataVolRatio Pct: 43.76
CA DL DataVolRatio Pct num: 4168

SIP DC%: 
UPTP_Mbps: 40.77
DLRLCLayerDataVolume MB: 8016.14
DRB UL Data Volume MB: 608
PRB Util%: 18.57
weekend: 0
hr: 0
Bearer Releases: 14672

hr: 0
UPTP Mbps Den: 1461
Peak UE: 27
CA Activation Rate den: 78356

Time: 05:24:44
holiday: 0
CA DL DataVolRatio Pct num: 3525

Avg_Connected_UEs: 54.15
SIP DC%: 
DLRLCLayerDataVolume MB: 8346.27
DRB UL Data Volume MB: 1057
weekend: 0
UPTP Mbps Num: 41384
hr: 0
MAC_UE_SC_Tput: 4288.73

hr: 0
CA Activation Rate num: 7538971
UPTP Mbps Den: 2580
Peak UE: 47
DL Volume: 2089

Time: 04:22:26
holiday: 0
CA DL DataVolRatio Pct: 66.53

DL MAC Vol Scell Pct: 32.14
Avg_Connected_UEs: 49.33
SIP DC%: 
UPTP_Mbps: 17.94
DLRLCLayerDataVolume MB: 4704.41
weekend: 0
CA Activation Rate: 31.65
hr: 5
MAC_UE_SC_Tput: 15852.63
Bearer Releases: 12749

hr: 5
CA Activation Rate num: 5132034
Setup_Fail_DEN: 10151
SIP_SC_Total_MOU: 270.55
Peak UE: 50
DL Volume: 3995
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5709
DL Data Vol MAC in MB: 8214.56

Time: 13:25:58
holiday: 0
CA DL DataVolRatio Pct: 84.08

Avg_Connected_UEs: 24.64
SIP DC%: 
DLRLCLayerDataVolume MB: 997.79
DRB UL Data Volume MB: 4354
PRB Util%: 54.74
RRC Setup Attempts: 7114
weekend: 0
UPTP Mbps Num: 21562
CA Activation Rate: 46.46
hr: 2
MAC_UE_SC_Tput: 4258.99

hr: 2
Avg CQI: 11.23
CA Activation Rate num: 5086288
Setup_Fail_DEN: 17755
SIP_SC_Total_MOU: 234.27
S1U_SIP_SC_SEER_den: 174
Peak UE: 62
DL Data Vol MAC in MB: 676.87
CA Activation Rate den: 79444

Time: 03:30:18
holiday: 0
CA DL DataVolRatio Pct: 91.98

DL MAC Vol Scell Pct: 26.08
SIP DC%: 
DLRLCLayerDataVolume MB: 764
PRB Util%: 16.06
RRC Setup Attempts: 6918
CA Conf FailRate Pct den: 4519
weekend: 0
hr: 19
MAC_UE_SC_Tput: 8003.54

hr: 19
Peak UE: 27
MB_per_connected_UE: 69.46
DL Volume: 7592
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5909

Time: 10:06:14
holiday: 0
CA DL DataVolRatio Pct: 78.8

SIP DC%: 
UPTP_Mbps: 40.37
DLRLCLayerDataVolume MB: 1506.48
RRC Setup Attempts: 5465
CA DL DataVolRatio Pct den: 3780
weekend: 0
hr: 0
MAC_UE_SC_Tput: 20611.99

hr: 0
CA Activation Rate num: 10225167
SIP_SC_Total_MOU: 229.62
Peak UE: 52
MB_per_connected_UE: 105.63
DL Data Vol MAC in MB: 3975.76
CA Activation Rate den: 124406
Combined RACH Preambles: 2642
Time: 22:09:58

holiday: 0

SIP DC%: 
UPTP_Mbps: 21.37
DRB UL Data Volume MB: 2303
RRC Setup Attempts: 5802
weekend: 0
CA Activation Rate: 13.75
hr: 7
MAC_UE_SC_Tput: 5919.43
Bearer Releases: 15216

hr: 7
CA Activation Rate num: 3681638
Setup_Fail_DEN: 13631
Peak UE: 27
MB_per_connected_UE: 68.89
DL Volume: 3844
CA Activation Rate den: 124859

Time: 20:03:41
holiday: 0
CA DL DataVolRatio Pct: 55.87

SIP DC%: 
DLRLCLayerDataVolume MB: 6480.18
DRB UL Data Volume MB: 7665
PRB Util%: 18.81
weekend: 0
CA Activation Rate: 15.8
hr: 3
MAC_UE_SC_Tput: 13640.73
Bearer Releases: 11623

hr: 3
CA Activation Rate num: 783751
UPTP Mbps Den: 32
Setup_Fail_DEN: 15974
Peak UE: 58
MB_per_connected_UE: 66.48
DL Volume: 9479
CA Activation Rate den: 105409

Time: 10:37:39
holiday: 0
CA DL DataVolRatio Pct: 62.17

Avg_Connected_UEs: 57.76
SIP DC%: 
DLRLCLayerDataVolume MB: 7155.31
PRB Util%: 7.02
CA Conf FailRate Pct den: 3394
weekend: 0
CA Activation Rate: 47.93
hr: 23
MAC_UE_SC_Tput: 7637.65
Bearer Releases: 11575

hr: 23
CA Activation Rate num: 14135028
Peak UE: 59
PCT Time MIMO: 59.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5823
DL Data Vol MAC in MB: 3676.09

Time: 14:08:53
holiday: 0
CA DL DataVolRatio Pct: 79.88

Avg_Connected_UEs: 74.83
SIP DC%: 
PRB Util%: 48.69
RRC Setup Attempts: 3905
weekend: 0
UPTP Mbps Num: 14716
CA Activation Rate: 19.41
hr: 2
MAC_UE_SC_Tput: 11210.62

hr: 2
CA Activation Rate num: 1740215
UPTP Mbps Den: 1305
Peak UE: 27
MB_per_connected_UE: 159
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8152
DL Data Vol MAC in MB: 1789.11

Time: 03:12:21
holiday: 0

DL MAC Vol Scell Pct: 25.74
SIP DC%: 
UPTP_Mbps: 11.88
DLRLCLayerDataVolume MB: 4872.88
DRB UL Data Volume MB: 1810
PRB Util%: 22.35
weekend: 1
hr: 10
MAC_UE_SC_Tput: 12901.41
Bearer Releases: 14012

hr: 10
CA Activation Rate num: 4375278
Setup_Fail_DEN: 16143
SIP_SC_Total_MOU: 154.44
Peak UE: 27
DL Data Vol MAC in MB: 4433.43
CA Activation Rate den: 39114

Time: 21:54:52
holiday: 0

DL MAC Vol Scell Pct: 9.84
Avg_Connected_UEs: 18.05
SIP DC%: 
UPTP_Mbps: 32.15
DLRLCLayerDataVolume MB: 1340.3
DRB UL Data Volume MB: 6979
PRB Util%: 33.01
RRC Setup Attempts: 6102
weekend: 0
UPTP Mbps Num: 23571
hr: 8
MAC_UE_SC_Tput: 10592.94
Bearer Releases: 18682

hr: 8
CA Activation Rate num: 10697537
Setup_Fail_DEN: 9378
SIP_SC_Total_MOU: 88.06
Peak UE: 27
MB_per_connected_UE: 66.47
DL Volume: 7055
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3977
DL Data Vol MAC in MB: 539.3
CA Activation Rate den: 99399

Time: 09:34:05
holiday: 0
CA DL DataVolRatio Pct: 84.61

SIP DC%: 
UPTP_Mbps: 28.88
DRB UL Data Volume MB: 5779
weekend: 0
CA Activation Rate: 56.03
hr: 0
MAC_UE_SC_Tput: 5043.07

hr: 0
CA Activation Rate num: 2608054
UPTP Mbps Den: 1616
Peak UE: 29
MB_per_connected_UE: 155.91
PCT Time MIMO: 45.63
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4516
DL Data Vol MAC in MB: 6250.62

Time: 21:29:12
holiday: 0
CA DL DataVolRatio Pct: 64.19
CA DL DataVolRatio Pct num: 483

SIP DC%: 
DLRLCLayerDataVolume MB: 5418.16
CA DL DataVolRatio Pct den: 2617
weekend: 0
UPTP Mbps Num: 34738
CA Activation Rate: 18.22
hr: 0
MAC_UE_SC_Tput: 6201.39
Bearer Releases: 6379

hr: 0
CA Activation Rate num: 4349308
Peak UE: 51
Combined RACH Preambles: 2724

Time: 02:03:52
holiday: 0
CA DL DataVolRatio Pct num: 6962

SIP DC%: 
DLRLCLayerDataVolume MB: 6733.99
DRB UL Data Volume MB: 4804
weekend: 1
hr: 0
MAC_UE_SC_Tput: 6205.2

hr: 0
CA Activation Rate num: 5022594
UPTP Mbps Den: 2461
Peak UE: 69
MB_per_connected_UE: 17.86

Combined RACH Preambles: 4912
Time: 03:28:34
holiday: 0
CA DL DataVolRatio Pct: 75.3

Avg_Connected_UEs: 21.35
SIP DC%: 
DLRLCLayerDataVolume MB: 7678.38
weekend: 0
hr: 3
MAC_UE_SC_Tput: 6752

hr: 3
CA Activation Rate num: 9983721
Peak UE: 40
MB_per_connected_UE: 19.77
PCT Time MIMO: 45.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3503

Combined RACH Preambles: 2113
holiday: 0

Avg_Connected_UEs: 32.86
SIP DC%: 
DLRLCLayerDataVolume MB: 3577.71
PRB Util%: 10.17
weekend: 0
UPTP Mbps Num: 31249
hr: 2
MAC_UE_SC_Tput: 8366.17
Bearer Releases: 17936

hr: 2
SIP_SC_Total_MOU: 52.14
Peak UE: 44
MB_per_connected_UE: 146.84
DL Volume: 847
CA Activation Rate den: 151837

Time: 03:31:06
holiday: 0

SIP DC%: 
PRB Util%: 28.74
RRC Setup Attempts: 7042
weekend: 0
hr: 20
MAC_UE_SC_Tput: 9153.21
Bearer Releases: 9424

hr: 20
CA Activation Rate num: 5931710
SIP_SC_Total_MOU: 54.32
Peak UE: 81
MB_per_connected_UE: 15.06
DL Data Vol MAC in MB: 5707.88
CA Activation Rate den: 113844

Time: 06:16:20
holiday: 0
CA DL DataVolRatio Pct num: 3840

Avg_Connected_UEs: 57.65
SIP DC%: 
DLRLCLayerDataVolume MB: 8917.13
DRB UL Data Volume MB: 9718
PRB Util%: 44.02
CA DL DataVolRatio Pct den: 7055
CA Conf FailRate Pct den: 8885
weekend: 0
UPTP Mbps Num: 7735
hr: 0
MAC_UE_SC_Tput: 4790.47
Bearer Releases: 13293

hr: 0
CA Activation Rate num: 8764567
Setup_Fail_DEN: 13102
Peak UE: 27
MB_per_connected_UE: 151.01
DL Data Vol MAC in MB: 7417.22
CA Activation Rate den: 195705

Time: 01:46:53
holiday: 0
CA DL DataVolRatio Pct num: 6182

Avg_Connected_UEs: 56.32
SIP DC%: 
RRC Setup Attempts: 4290
CA DL DataVolRatio Pct den: 9112
CA Conf FailRate Pct den: 5952
weekend: 0
UPTP Mbps Num: 24738
CA Activation Rate: 18.59
hr: 5
MAC_UE_SC_Tput: 4242.37

hr: 5
CA Activation Rate num: 13125018
Setup_Fail_DEN: 14965
Peak UE: 27
PCT Time MIMO: 51.63
DL Volume: 3666
DL Data Vol MAC in MB: 3616.83

Time: 11:05:01
holiday: 0

DL MAC Vol Scell Pct: 14.94
SIP DC%: 
UPTP_Mbps: 11.07
DLRLCLayerDataVolume MB: 6902.97
DRB UL Data Volume MB: 7479
CA Conf FailRate Pct den: 6395
weekend: 1
hr: 21
MAC_UE_SC_Tput: 7405.16

hr: 21
CA Activation Rate num: 8415719
Setup_Fail_DEN: 11809
SIP_SC_Total_MOU: 55.42
Peak UE: 27
DL Volume: 1268
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5989
CA Activation Rate den: 135453

Time: 05:45:02
holiday: 0
CA DL DataVolRatio Pct: 61.18
CA DL DataVolRatio Pct num: 2648

DL MAC Vol Scell Pct: 44.67
SIP DC%: 
UPTP_Mbps: 31.46
RRC Setup Attempts: 5191
CA DL DataVolRatio Pct den: 8110
CA Conf FailRate Pct den: 9182
weekend: 0
hr: 4
MAC_UE_SC_Tput: 11076.05
Bearer Releases: 15554

hr: 4
CA Activation Rate num: 8732504
Setup_Fail_DEN: 12418
SIP_SC_Total_MOU: 197.47
Peak UE: 27
MB_per_connected_UE: 201.54
CA Activation Rate den: 153515

Time: 03:13:16
holiday: 0

DL MAC Vol Scell Pct: 9.11
Avg_Connected_UEs: 61.27
SIP DC%: 
DLRLCLayerDataVolume MB: 5895.14
DRB UL Data Volume MB: 5065
PRB Util%: 62.8
CA Conf FailRate Pct den: 7836
weekend: 0
UPTP Mbps Num: 18188
hr: 7
MAC_UE_SC_Tput: 6016.18

hr: 7
UPTP Mbps Den: 1050
Setup_Fail_DEN: 7418
Peak UE: 72
MB_per_connected_UE: 190.71
DL Volume: 8873
DL Data Vol MAC in MB: 4846.7
CA Activation Rate den: 133183

Time: 08:30:52
holiday: 0
CA DL DataVolRatio Pct num: 2733

SIP DC%: 
DRB UL Data Volume MB: 4870
DL Packet Loss Pct: 0.32
CA DL DataVolRatio Pct den: 5865
weekend: 1
CA Activation Rate: 74.05
hr: 5
Bearer Releases: 8193

hr: 5
CA Activation Rate num: 6647858
Peak UE: 33
MB_per_connected_UE: 169.51
PCT Time MIMO: 42.45
DL Data Vol MAC in MB: 6542.45
CA Activation Rate den: 197563

Time: 02:04:23
holiday: 0
CA DL DataVolRatio Pct: 79.67

Avg_Connected_UEs: 67.79
SIP DC%: 
UPTP_Mbps: 34.21
PRB Util%: 43.39
weekend: 0
hr: 23
MAC_UE_SC_Tput: 12519.56

hr: 23
CA Activation Rate num: 4601519
Setup_Fail_DEN: 13011
SIP_SC_Total_MOU: 68.52
Peak UE: 27
MB_per_connected_UE: 156.78
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8122
CA Activation Rate den: 75451

Time: 16:05:10
holiday: 0
CA DL DataVolRatio Pct: 50.83

Avg_Connected_UEs: 42.04
SIP DC%: 
DLRLCLayerDataVolume MB: 5993.27
DRB UL Data Volume MB: 2160
PRB Util%: 74.58
CA Conf FailRate Pct den: 7071
weekend: 0
UPTP Mbps Num: 9940
CA Activation Rate: 68.63
hr: 23
MAC_UE_SC_Tput: 16222.7
Bearer Releases: 12536

hr: 23
CA Activation Rate num: 7324944
Setup_Fail_DEN: 13853
SIP_SC_Total_MOU: 299.51
Peak UE: 27
MB_per_connected_UE: 66.72
PCT Time MIMO: 50.94
DL Data Vol MAC in MB: 9019.79

Time: 20:00:26
holiday: 0
CA DL DataVolRatio Pct num: 95

DL MAC Vol Scell Pct: 21.54
Avg_Connected_UEs: 39.79
SIP DC%: 
UPTP_Mbps: 93.16
DLRLCLayerDataVolume MB: 3462.37
DRB UL Data Volume MB: 3058
PRB Util%: 29.17
CA Conf FailRate Pct den: 6703
weekend: 1
UPTP Mbps Num: 3242
hr: 6
MAC_UE_SC_Tput: 5790.93

hr: 6
CA Activation Rate num: 13433389
SIP_SC_Total_MOU: 128.07
Peak UE: 38
PCT Time MIMO: 68.4
DL Data Vol MAC in MB: 8590.09
CA Activation Rate den: 80603

Time: 02:52:19
holiday: 0

DL MAC Vol Scell Pct: 33.47
SIP DC%: 
DRB UL Data Volume MB: 9723
weekend: 0
hr: 23
MAC_UE_SC_Tput: 9626.78

hr: 23
CA Activation Rate num: 5255389
Setup_Fail_DEN: 7747
SIP_SC_Total_MOU: 391.02
Peak UE: 84
MB_per_connected_UE: 31.09
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7093
DL Data Vol MAC in MB: 9263.01

Combined RACH Preambles: 2675
Time: 14:36:16
holiday: 0
HO_att_InterFreq: 84

DL MAC Vol Scell Pct: 25.39
SIP DC%: 
DRB UL Data Volume MB: 4880
PRB Util%: 71.42
RRC Setup Attempts: 5298
CA Conf FailRate Pct den: 3247
weekend: 0
CA Activation Rate: 9.79
hr: 23
MAC_UE_SC_Tput: 6121.12
Bearer Releases: 9969

hr: 23
CA Activation Rate num: 9703227
UPTP Mbps Den: 493
Peak UE: 27
DL Data Vol MAC in MB: 7742.94

Time: 19:16:35
holiday: 0
CA DL DataVolRatio Pct: 80.36
CA DL DataVolRatio Pct num: 7230

SIP DC%: 
UPTP_Mbps: 47.17
DLRLCLayerDataVolume MB: 2729.13
DRB UL Data Volume MB: 4919
PRB Util%: 28.34
CA DL DataVolRatio Pct den: 2482
weekend: 0
UPTP Mbps Num: 31766
hr: 2
MAC_UE_SC_Tput: 10064.62

hr: 2
CA Activation Rate num: 7723233
SIP_SC_Total_MOU: 23.23
Peak UE: 84
MB_per_connected_UE: 30.07
DL Data Vol MAC in MB: 1142.44

Combined RACH Preambles: 1918
Time: 20:24:28
holiday: 0

SIP DC%: 
UPTP_Mbps: 40.86
DRB UL Data Volume MB: 897
CA DL DataVolRatio Pct den: 6685
weekend: 0
UPTP Mbps Num: 6260
CA Activation Rate: 72.18
hr: 0
MAC_UE_SC_Tput: 16435.06
Bearer Releases: 7576

hr: 0
Setup_Fail_DEN: 16009
Peak UE: 27
PCT Time MIMO: 46.37
CA Activation Rate den: 46801

Time: 13:47:08
holiday: 0
CA DL DataVolRatio Pct num: 7412

Avg_Connected_UEs: 28.33
SIP DC%: 
DRB UL Data Volume MB: 5758
RRC Setup Attempts: 9683
CA DL DataVolRatio Pct den: 8910
weekend: 0
CA Activation Rate: 74.71
hr: 23
MAC_UE_SC_Tput: 13651.49
Bearer Releases: 8224

hr: 23
CA Activation Rate num: 639285
Setup_Fail_DEN: 7241
Peak UE: 27
MB_per_connected_UE: 163.93
PCT Time MIMO: 33.32
DL Data Vol MAC in MB: 7643.94
CA Activation Rate den: 106402

Time: 14:48:23
holiday: 0

DL MAC Vol Scell Pct: 50.6
SIP DC%: 
DLRLCLayerDataVolume MB: 9350.18
CA Conf FailRate Pct den: 8493
weekend: 0
UPTP Mbps Num: 28020
CA Activation Rate: 76.59
hr: 17
MAC_UE_SC_Tput: 10084.3
Bearer Releases: 12460

hr: 17
CA Activation Rate num: 10004525
SIP_SC_Total_MOU: 120.85
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 26.95
CA Activation Rate den: 44198

Time: 15:07:30
holiday: 0
CA DL DataVolRatio Pct num: 7026

Avg_Connected_UEs: 18.27
SIP DC%: 
UPTP_Mbps: 38.93
DLRLCLayerDataVolume MB: 5882.04
DRB UL Data Volume MB: 9818
CA DL DataVolRatio Pct den: 2936
weekend: 0
hr: 5
MAC_UE_SC_Tput: 8833.2
Bearer Releases: 12271

hr: 5
CA Activation Rate num: 596643
SIP_SC_Total_MOU: 69.68
Peak UE: 51
DL Volume: 3617
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9399
CA Activation Rate den: 57080
Combined RACH Preambles: 2310

Time: 07:09:09
holiday: 0
CA DL DataVolRatio Pct num: 5144

DL MAC Vol Scell Pct: 14.08
SIP DC%: 
DLRLCLayerDataVolume MB: 644.67
weekend: 0
hr: 19
MAC_UE_SC_Tput: 14265.54
Bearer Releases: 18085

hr: 19
CA Activation Rate num: 10983470
SIP_SC_Total_MOU: 215.74
Peak UE: 95
MB_per_connected_UE: 58.16
DL Volume: 695
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8279
UL Throughput: 7.76
DL Data Vol MAC in MB: 8453.22
CA Activation Rate den: 73393

Time: 07:35:07
holiday: 0
HO Attempts: 427

SIP DC%: 
UPTP_Mbps: 36.55
DLRLCLayerDataVolume MB: 6308.82
RRC Setup Attempts: 3578
CA DL DataVolRatio Pct den: 2033
weekend: 1
UPTP Mbps Num: 33397
CA Activation Rate: 18.83
hr: 3
MAC_UE_SC_Tput: 7983.1
Bearer Releases: 14044

hr: 3
CA Activation Rate num: 2685563
Setup_Fail_DEN: 8446
SIP_SC_Total_MOU: 30.29
UL MAC Vol Scell Pct: 1.22
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6532
DL Data Vol MAC in MB: 3884.38
CA Activation Rate den: 124223

Combined RACH Preambles: 2703
Time: 00:52:01
holiday: 0
CA DL DataVolRatio Pct: 72.01
CA DL DataVolRatio Pct num: 3132

DL MAC Vol Scell Pct: 42.65
Avg_Connected_UEs: 65.04
SIP DC%: 
PRB Util%: 7.3
CA Conf FailRate Pct den: 4162
weekend: 0
hr: 7
MAC_UE_SC_Tput: 5689.72
Bearer Releases: 11325

hr: 7
Setup_Fail_DEN: 13400
SIP_SC_Total_MOU: 58.59
Peak UE: 48
VOLTE IA%: 
MB_per_connected_UE: 207.4
PCT Time MIMO: 35.95
DL Data Vol MAC in MB: 4318.17

holiday: 0

DL MAC Vol Scell Pct: 10.1
SIP DC%: 
UPTP_Mbps: 40.78
DLRLCLayerDataVolume MB: 261.69
weekend: 0
hr: 1
MAC_UE_SC_Tput: 15306.42

hr: 1
CA Activation Rate num: 9509006
SIP_SC_Total_MOU: 97.35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5345
DL Data Vol MAC in MB: 4656.98
CA Activation Rate den: 162324

Combined RACH Preambles: 3130
Time: 00:15:24
holiday: 0
CA DL DataVolRatio Pct: 91.15

DL MAC Vol Scell Pct: 16.07
SIP DC%: 
DLRLCLayerDataVolume MB: 5736.86
DRB UL Data Volume MB: 6842
RRC Setup Attempts: 4116
CA Conf FailRate Pct den: 7425
weekend: 0
CA Activation Rate: 7.36
hr: 23
MAC_UE_SC_Tput: 15275.37
Bearer Releases: 16483

hr: 23
CA Activation Rate num: 9623381
SIP_SC_Total_MOU: 120.71
Peak UE: 27
MB_per_connected_UE: 187.68
PCT Time MIMO: 41.8
CA Activation Rate den: 85841

Time: 17:14:35
holiday: 0

DL MAC Vol Scell Pct: 27.27
Avg_Connected_UEs: 40.35
SIP DC%: 
DLRLCLayerDataVolume MB: 7125.45
DRB UL Data Volume MB: 9074
weekend: 0
CA Activation Rate: 46.32
hr: 23
MAC_UE_SC_Tput: 4500.91

hr: 23
CA Activation Rate num: 5582218
UPTP Mbps Den: 2750
Setup_Fail_DEN: 11403
Peak UE: 37
PCT Time MIMO: 67.41
DL Volume: 8512
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5498
DL Data Vol MAC in MB: 1981.82
CA Activation Rate den: 155664

Time: 14:21:46
holiday: 0

SIP DC%: 
UPTP_Mbps: 20.76
DLRLCLayerDataVolume MB: 4265.93
DRB UL Data Volume MB: 9102
CA DL DataVolRatio Pct den: 8123
weekend: 1
UPTP Mbps Num: 22263
CA Activation Rate: 72.69
hr: 4
Bearer Releases: 10801

hr: 4
CA Activation Rate num: 10159796
SIP_SC_Total_MOU: 147.62
Peak UE: 78
DL Data Vol MAC in MB: 6247.69

Combined RACH Preambles: 4956
Time: 22:30:00
holiday: 0
CA DL DataVolRatio Pct: 83.2

Avg_Connected_UEs: 71.6
SIP DC%: 
UPTP_Mbps: 14.86
DLRLCLayerDataVolume MB: 5852.89
DRB UL Data Volume MB: 3445
CA Conf FailRate Pct den: 3162
weekend: 0
UPTP Mbps Num: 26128
hr: 19
MAC_UE_SC_Tput: 14491.46

hr: 19
CA Activation Rate num: 2675142
Setup_Fail_DEN: 13526
SIP_SC_Total_MOU: 146.07
Peak UE: 27
PCT Time MIMO: 32.58
DL Volume: 5559
DL Data Vol MAC in MB: 7362.15
CA Activation Rate den: 224351

Time: 03:22:31
holiday: 0
CA DL DataVolRatio Pct: 76.19

SIP DC%: 
CA DL DataVolRatio Pct den: 6650
weekend: 0
hr: 23
MAC_UE_SC_Tput: 17510.83

hr: 23
CA Activation Rate num: 7989185
UPTP Mbps Den: 4076
Setup_Fail_DEN: 12962
MB_per_connected_UE: 14.79
PCT Time MIMO: 53.14

Time: 03:15:44
holiday: 0
CA DL DataVolRatio Pct: 78.46
CA DL DataVolRatio Pct num: 7462

Avg_Connected_UEs: 56.27
SIP DC%: 
DRB UL Data Volume MB: 7624
PRB Util%: 28.45
CA DL DataVolRatio Pct den: 3115
CA Conf FailRate Pct den: 6635
weekend: 0
UPTP Mbps Num: 2489
CA Activation Rate: 58.15
hr: 0
MAC_UE_SC_Tput: 8225.5

hr: 0
CA Activation Rate num: 907285
Setup_Fail_DEN: 15589
Peak UE: 55
MB_per_connected_UE: 11.97
DL Volume: 8459
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4612
DL Data Vol MAC in MB: 960.16

Time: 18:06:30
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6801.85
RRC Setup Attempts: 7479
CA DL DataVolRatio Pct den: 9023
weekend: 0
UPTP Mbps Num: 20531
CA Activation Rate: 14.26
hr: 23
MAC_UE_SC_Tput: 10748.69

hr: 23
CA Activation Rate num: 10694000
Setup_Fail_DEN: 19210
SIP_SC_Total_MOU: 357.52
Peak UE: 54
MB_per_connected_UE: 134.09
CA Activation Rate den: 38918

Combined RACH Preambles: 3619
holiday: 0

SIP DC%: 
UPTP_Mbps: 100.46
DRB UL Data Volume MB: 3132
RRC Setup Attempts: 7444
weekend: 0
hr: 6
MAC_UE_SC_Tput: 19541.94

hr: 6
CA Activation Rate num: 7198372
SIP_SC_Total_MOU: 35.26
Peak UE: 40
DL Volume: 182
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7401
CA Activation Rate den: 87093

Time: 02:23:49
holiday: 0
CA DL DataVolRatio Pct num: 4670

DL MAC Vol Scell Pct: 25.17
SIP DC%: 
RRC Setup Attempts: 9523
CA Conf FailRate Pct den: 9053
weekend: 1
hr: 9
MAC_UE_SC_Tput: 12140.81
Bearer Releases: 12065

hr: 9
CA Activation Rate num: 6528926
UPTP Mbps Den: 4291
Setup_Fail_DEN: 10685
Peak UE: 34
MB_per_connected_UE: 131.09
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5421

Combined RACH Preambles: 4130
holiday: 0
CA DL DataVolRatio Pct: 79.03

SIP DC%: 
UPTP_Mbps: 9.55
PRB Util%: 39.48
RRC Setup Attempts: 3975
weekend: 0
UPTP Mbps Num: 4633
CA Activation Rate: 25
hr: 23
MAC_UE_SC_Tput: 9249.03
Bearer Releases: 13357

hr: 23
CA Activation Rate num: 3619064
Setup_Fail_DEN: 8598
Peak UE: 76
PCT Time MIMO: 51.77
DL Data Vol MAC in MB: 891.71

Time: 12:58:13
holiday: 0
CA DL DataVolRatio Pct num: 6173

Avg_Connected_UEs: 34.5
SIP DC%: 
CA DL DataVolRatio Pct den: 6784
CA Conf FailRate Pct den: 9521
weekend: 0
CA Activation Rate: 62.62
hr: 19
MAC_UE_SC_Tput: 10922.67

hr: 19
CA Activation Rate num: 9609857
UPTP Mbps Den: 2948
Setup_Fail_DEN: 8293
Peak UE: 43
MB_per_connected_UE: 62.49
DL Data Vol MAC in MB: 9416.28
CA Activation Rate den: 56024
Combined RACH Preambles: 5180

Time: 05:53:47
holiday: 0

Avg_Connected_UEs: 43.76
SIP DC%: 
DLRLCLayerDataVolume MB: 8817.19
DRB UL Data Volume MB: 4519
PRB Util%: 52.34
RRC Setup Attempts: 8996
weekend: 0
UPTP Mbps Num: 25076
CA Activation Rate: 5.06
hr: 3
MAC_UE_SC_Tput: 17571.38
Bearer Releases: 15053

hr: 3
CA Activation Rate num: 773599
UPTP Mbps Den: 327
Setup_Fail_DEN: 11875
SIP_SC_Total_MOU: 272.48
Peak UE: 27
DL Volume: 1013
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6999
DL Data Vol MAC in MB: 2040.08
CA Activation Rate den: 83991

Time: 08:24:17
holiday: 0
CA DL DataVolRatio Pct: 42.3

SIP DC%: 
DLRLCLayerDataVolume MB: 6070.94
CA DL DataVolRatio Pct den: 2231
weekend: 0
hr: 11
MAC_UE_SC_Tput: 7748.31
Bearer Releases: 12681

hr: 11
CA Activation Rate num: 4236203
Peak UE: 51
DL Volume: 8932
DL Data Vol MAC in MB: 7525.17

Time: 13:25:02
holiday: 0
CA DL DataVolRatio Pct num: 6755

DL MAC Vol Scell Pct: 24.46
SIP DC%: 
DLRLCLayerDataVolume MB: 8359.29
DRB UL Data Volume MB: 3921
weekend: 0
CA Activation Rate: 17.28
hr: 0
MAC_UE_SC_Tput: 4522.47

hr: 0
CA Activation Rate num: 6120403
UPTP Mbps Den: 2050
SIP_SC_Total_MOU: 136.35
Peak UE: 27
MB_per_connected_UE: 130.66

Time: 14:12:42
holiday: 0
CA DL DataVolRatio Pct: 69.64

SIP DC%: 
UPTP_Mbps: 42.25
DLRLCLayerDataVolume MB: 2648.58
PRB Util%: 63.83
weekend: 0
CA Activation Rate: 28.05
hr: 23
MAC_UE_SC_Tput: 19439.91
Bearer Releases: 17340

hr: 23
CA Activation Rate num: 10492462
SIP_SC_Total_MOU: 242.13
Peak UE: 54
MB_per_connected_UE: 15.59

Time: 22:36:04
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9851.2
RRC Setup Attempts: 5412
weekend: 0
UPTP Mbps Num: 20042
hr: 23
MAC_UE_SC_Tput: 13580.93
Bearer Releases: 17656

hr: 23
CA Activation Rate num: 4543094
UPTP Mbps Den: 2108
Setup_Fail_DEN: 12846
Peak UE: 27
PCT Time MIMO: 51.78
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5636
UL Throughput: 9.27
DL Data Vol MAC in MB: 4293.47
CA Activation Rate den: 48203

Time: 03:19:51
holiday: 0
CA DL DataVolRatio Pct num: 791

DL MAC Vol Scell Pct: 22.08
SIP DC%: 
DLRLCLayerDataVolume MB: 2200.84
DRB UL Data Volume MB: 2174
RRC Setup Attempts: 6103
CA DL DataVolRatio Pct den: 10081
CA Conf FailRate Pct den: 6339
weekend: 1
UPTP Mbps Num: 8194
CA Activation Rate: 8.6
hr: 2
MAC_UE_SC_Tput: 16356.57

hr: 2
CA Activation Rate num: 7437522
SIP_SC_Total_MOU: 123.91
Peak UE: 27
PCT Time MIMO: 52.51
CA Activation Rate den: 155340

Time: 22:16:48
holiday: 0
CA DL DataVolRatio Pct num: 1109

SIP DC%: 
UPTP_Mbps: 58.22
DLRLCLayerDataVolume MB: 6386.23
PRB Util%: 54.71
DL Packet Loss Pct: 2.55
CA DL DataVolRatio Pct den: 6160
weekend: 0
hr: 10
MAC_UE_SC_Tput: 5071.58

hr: 10
UPTP Mbps Den: 2264
Peak UE: 38
MB_per_connected_UE: 7.69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8906
CA Activation Rate den: 152516

Time: 11:07:23
holiday: 0
CA DL DataVolRatio Pct: 88.82

SIP DC%: 
DLRLCLayerDataVolume MB: 7763.82
DRB UL Data Volume MB: 1813
CA DL DataVolRatio Pct den: 5674
CA Conf FailRate Pct den: 7423
weekend: 0
CA Activation Rate: 67.12
hr: 13
MAC_UE_SC_Tput: 6897.45
Bearer Releases: 17226

hr: 13
CA Activation Rate num: 448674
Setup_Fail_DEN: 13639
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6264
DL Data Vol MAC in MB: 8051.91

Time: 08:11:59
holiday: 0
CA DL DataVolRatio Pct: 69.19

DL MAC Vol Scell Pct: 5.04
SIP DC%: 
UPTP_Mbps: 16.93
DLRLCLayerDataVolume MB: 2423.7
RRC Setup Attempts: 4938
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5436.11

hr: 23
CA Activation Rate num: 2262603
PCT Time MIMO: 69.88
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6526
DL Data Vol MAC in MB: 8700.63

Time: 11:41:59
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 690.39
CA DL DataVolRatio Pct den: 6592
CA Conf FailRate Pct den: 7849
weekend: 0
UPTP Mbps Num: 17832
CA Activation Rate: 38.09
hr: 9
MAC_UE_SC_Tput: 5489.36

hr: 9
CA Activation Rate num: 1019589
SIP_SC_Total_MOU: 14.59
MB_per_connected_UE: 146.36
DL Data Vol MAC in MB: 3193.13
CA Activation Rate den: 137148

Time: 05:03:35
holiday: 0
CA DL DataVolRatio Pct: 84.65

DL MAC Vol Scell Pct: 39.55
SIP DC%: 
UPTP_Mbps: 101
DLRLCLayerDataVolume MB: 5020.94
PRB Util%: 37.27
CA Conf FailRate Pct den: 6088
weekend: 0
hr: 23
MAC_UE_SC_Tput: 16764.52
Bearer Releases: 10501

hr: 23
Setup_Fail_DEN: 17141
SIP_SC_Total_MOU: 234
Peak UE: 65
VOLTE IA%: 
MB_per_connected_UE: 150.97
PCT Time MIMO: 45.2
CA Activation Rate den: 37741

Time: 20:12:39
holiday: 0
CA DL DataVolRatio Pct: 63.32

Avg_Connected_UEs: 65.31
SIP DC%: 
DLRLCLayerDataVolume MB: 6948.77
DRB UL Data Volume MB: 8147
PRB Util%: 49.2
weekend: 0
hr: 15
MAC_UE_SC_Tput: 13835.73

hr: 15
CA Activation Rate num: 7570145
SIP_SC_Total_MOU: 80.41
Peak UE: 81
MB_per_connected_UE: 130.14
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6870

Time: 13:07:55
holiday: 0
CA DL DataVolRatio Pct: 69.17

DL MAC Vol Scell Pct: 6.66
Avg_Connected_UEs: 48.05
SIP DC%: 
weekend: 0
hr: 13
MAC_UE_SC_Tput: 13954.47
Bearer Releases: 14690

hr: 13
CA Activation Rate num: 10408735
Setup_Fail_DEN: 12771
SIP_SC_Total_MOU: 371.46
Peak UE: 53
MB_per_connected_UE: 111.25
PCT Time MIMO: 39.81

holiday: 0
CA DL DataVolRatio Pct num: 3616

SIP DC%: 
DLRLCLayerDataVolume MB: 3935.1
DRB UL Data Volume MB: 3827
RRC Setup Attempts: 5529
CA Conf FailRate Pct den: 3733
weekend: 0
UPTP Mbps Num: 18958
hr: 9
MAC_UE_SC_Tput: 8227.22
Bearer Releases: 8166

hr: 9
CA Activation Rate num: 1435025
UPTP Mbps Den: 302
Setup_Fail_DEN: 11186
Peak UE: 27
DL Volume: 4084
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4873

Time: 10:57:28
holiday: 0
CA DL DataVolRatio Pct: 73.79
CA DL DataVolRatio Pct num: 4782

DL MAC Vol Scell Pct: 35.82
Avg_Connected_UEs: 75.94
SIP DC%: 
UPTP_Mbps: 29.47
DLRLCLayerDataVolume MB: 2742.3
RRC Setup Attempts: 5704
CA DL DataVolRatio Pct den: 5075
CA Conf FailRate Pct den: 7536
weekend: 0
UPTP Mbps Num: 10817
hr: 23
MAC_UE_SC_Tput: 5093.73
Bearer Releases: 11443

hr: 23
CA Activation Rate num: 10668686
Setup_Fail_DEN: 12134
SIP_SC_Total_MOU: 212.35
Peak UE: 27
MB_per_connected_UE: 201.88
PCT Time MIMO: 39.99
DL Volume: 4939
DL Data Vol MAC in MB: 3826.02

Time: 19:15:32
holiday: 0

DL MAC Vol Scell Pct: 11.27
SIP DC%: 
DLRLCLayerDataVolume MB: 8215.07
CA DL DataVolRatio Pct den: 6078
weekend: 0
hr: 3
MAC_UE_SC_Tput: 15081.05

hr: 3
CA Activation Rate num: 5357580
UPTP Mbps Den: 810
Setup_Fail_DEN: 11968
SIP_SC_Total_MOU: 12.33
Peak UE: 60
MB_per_connected_UE: 13.87
PCT Time MIMO: 59.75
DL Volume: 3191
DL Data Vol MAC in MB: 9089.04
CA Activation Rate den: 116775

Time: 00:28:39
holiday: 0

Avg_Connected_UEs: 16.81
SIP DC%: 
DLRLCLayerDataVolume MB: 3589.97
DRB UL Data Volume MB: 1095
PRB Util%: 39.44
CA Conf FailRate Pct den: 5930
weekend: 0
CA Activation Rate: 22.14
hr: 23
MAC_UE_SC_Tput: 7861.25

hr: 23
CA Activation Rate num: 5926464
Peak UE: 30
DL Volume: 884
DL Data Vol MAC in MB: 8040.51
CA Activation Rate den: 210951

Time: 02:01:11
holiday: 0
CA DL DataVolRatio Pct num: 4880

DL MAC Vol Scell Pct: 6.47
SIP DC%: 
DLRLCLayerDataVolume MB: 3777.34
PRB Util%: 6.13
CA DL DataVolRatio Pct den: 2373
weekend: 0
UPTP Mbps Num: 39928
hr: 13
MAC_UE_SC_Tput: 14971.53
Bearer Releases: 15088

hr: 13
CA Activation Rate num: 3725257
Peak UE: 27
MB_per_connected_UE: 104.12
PCT Time MIMO: 33.45
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7038

Time: 07:51:07
holiday: 0
CA DL DataVolRatio Pct num: 154

DL MAC Vol Scell Pct: 15.46
SIP DC%: 
DLRLCLayerDataVolume MB: 3467.83
DRB UL Data Volume MB: 3914
PRB Util%: 33.95
RRC Setup Attempts: 4462
CA DL DataVolRatio Pct den: 8497
CA Conf FailRate Pct den: 8290
weekend: 0
hr: 8
MAC_UE_SC_Tput: 8393.87
Bearer Releases: 8796

hr: 8
CA Activation Rate num: 6761920
SIP_SC_Total_MOU: 283.89
Peak UE: 35
DL Volume: 4531
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7054
DL Data Vol MAC in MB: 7946.43

Time: 20:15:50
holiday: 0

SIP DC%: 
UPTP_Mbps: 15.42
DRB UL Data Volume MB: 1769
PRB Util%: 64.97
weekend: 0
hr: 23
MAC_UE_SC_Tput: 9506.97

hr: 23
CA Activation Rate num: 10503565
UPTP Mbps Den: 2500
Setup_Fail_DEN: 15110
SIP_SC_Total_MOU: 25.89
Peak UE: 84
MB_per_connected_UE: 53.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7430
DL Data Vol MAC in MB: 5565.97

Time: 07:00:03
holiday: 0
CA DL DataVolRatio Pct num: 7275

DL MAC Vol Scell Pct: 41.19
SIP DC%: 
UPTP_Mbps: 114.34
DLRLCLayerDataVolume MB: 530.98
DRB UL Data Volume MB: 8916
weekend: 0
UPTP Mbps Num: 16491
hr: 14

hr: 14
CA Activation Rate num: 10198008
Setup_Fail_DEN: 10398
Peak UE: 50
MB_per_connected_UE: 100.65
DL Volume: 5929
DL Data Vol MAC in MB: 2383.84
CA Activation Rate den: 54905

Time: 06:18:15
holiday: 0

DL MAC Vol Scell Pct: 16.97
Avg_Connected_UEs: 41.91
SIP DC%: 
UPTP_Mbps: 11.11
CA Conf FailRate Pct den: 5036
weekend: 0
UPTP Mbps Num: 54843
CA Activation Rate: 57.56
hr: 0
MAC_UE_SC_Tput: 17655.41
Bearer Releases: 17316

hr: 0
CA Activation Rate num: 5948542
SIP_SC_Total_MOU: 256.14
Peak UE: 48
MB_per_connected_UE: 98.32
DL Data Vol MAC in MB: 6174.19
CA Activation Rate den: 143188

Time: 19:32:47
holiday: 0
CA DL DataVolRatio Pct num: 7205

SIP DC%: 
DLRLCLayerDataVolume MB: 4374.59
DRB UL Data Volume MB: 8154
CA DL DataVolRatio Pct den: 9158
CA Conf FailRate Pct den: 2989
weekend: 0
UPTP Mbps Num: 20900
CA Activation Rate: 33.38
hr: 23
MAC_UE_SC_Tput: 14097.49
Bearer Releases: 6358

hr: 23
SIP_SC_Total_MOU: 190
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 105.39
DL Volume: 2009
DL Data Vol MAC in MB: 8815.86
CA Activation Rate den: 93997

Time: 20:51:36
holiday: 0

Avg_Connected_UEs: 59.86
SIP DC%: 
DLRLCLayerDataVolume MB: 444.02
CA DL DataVolRatio Pct den: 9677
CA Conf FailRate Pct den: 4413
weekend: 0
UPTP Mbps Num: 43762
CA Activation Rate: 40.65
hr: 14
MAC_UE_SC_Tput: 6415.49

hr: 14
Avg CQI: 10
CA Activation Rate num: 1184116
Peak UE: 48
DL Volume: 6857
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7706
DL Data Vol MAC in MB: 686.66
CA Activation Rate den: 61357

Time: 13:18:24
holiday: 0

DL MAC Vol Scell Pct: 50.46
SIP DC%: 
UPTP_Mbps: 17.27
DRB UL Data Volume MB: 3743
PRB Util%: 13.93
RRC Setup Attempts: 6446
CA DL DataVolRatio Pct den: 9635
CA Conf FailRate Pct den: 4361
weekend: 0
UPTP Mbps Num: 25162
CA Activation Rate: 18.05
hr: 4

hr: 4
Setup_Fail_DEN: 13391
Peak UE: 27
MB_per_connected_UE: 138.37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7759
DL Data Vol MAC in MB: 1112.46
CA Activation Rate den: 67491

Time: 00:20:33
holiday: 0
CA DL DataVolRatio Pct: 45.86

Avg_Connected_UEs: 63.17
SIP DC%: 
DLRLCLayerDataVolume MB: 3284.75
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5273.18
Bearer Releases: 11495

hr: 0
CA Activation Rate num: 6111994
SIP_SC_Total_MOU: 253.88
Peak UE: 37
MB_per_connected_UE: 94.31
PCT Time MIMO: 55.35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7690
DL Data Vol MAC in MB: 7177.34
CA Activation Rate den: 106937

Time: 20:05:56
holiday: 0
CA DL DataVolRatio Pct num: 3806

DL MAC Vol Scell Pct: 22.85
Avg_Connected_UEs: 63.73
SIP DC%: 
DLRLCLayerDataVolume MB: 6425.74
DRB UL Data Volume MB: 6796
RRC Setup Attempts: 6158
weekend: 1
UPTP Mbps Num: 30119
CA Activation Rate: 56.26
hr: 19
MAC_UE_SC_Tput: 8266.37

hr: 19
CA Activation Rate num: 8807399
UPTP Mbps Den: 313
Setup_Fail_DEN: 11151
SIP_SC_Total_MOU: 269.23
Peak UE: 27
MB_per_connected_UE: 125.4
PCT Time MIMO: 59.67
DL Volume: 2020

Time: 22:35:59
holiday: 0

SIP DC%: 
UPTP_Mbps: 46.74
DLRLCLayerDataVolume MB: 3998.84
weekend: 0
UPTP Mbps Num: 23121
CA Activation Rate: 65.93
hr: 9
MAC_UE_SC_Tput: 9756.46

hr: 9
Setup_Fail_DEN: 15645
Peak UE: 27

Time: 04:07:55
holiday: 0
CA DL DataVolRatio Pct num: 538

Avg_Connected_UEs: 54.06
SIP DC%: 
DLRLCLayerDataVolume MB: 4212.45
UL Resid BLER PCT: 1.29
CA DL DataVolRatio Pct den: 7823
CA Conf FailRate Pct den: 5158
weekend: 0
UPTP Mbps Num: 43168
hr: 23
MAC_UE_SC_Tput: 4195.38
Bearer Releases: 6341

hr: 23
UPTP Mbps Den: 3856
Setup_Fail_DEN: 11871
SIP_SC_Total_MOU: 269.72
Peak UE: 27
MB_per_connected_UE: 189.18
DL Volume: 1957
DL Data Vol MAC in MB: 4089.59
CA Activation Rate den: 46938

Time: 14:59:27
holiday: 0
CA DL DataVolRatio Pct: 83.8
CA DL DataVolRatio Pct num: 7135

Avg_Connected_UEs: 68.22
SIP DC%: 
DRB UL Data Volume MB: 6811
RRC Setup Attempts: 6508
CA DL DataVolRatio Pct den: 8069
CA Conf FailRate Pct den: 7813
weekend: 0
UPTP Mbps Num: 39559
hr: 23
MAC_UE_SC_Tput: 7368.81
Bearer Releases: 12600

hr: 23
CA Activation Rate num: 9921439
Setup_Fail_DEN: 9921
SIP_SC_Total_MOU: 166.53
Peak UE: 58
PCT Time MIMO: 65.7
DL Volume: 4508

Time: 23:32:16
holiday: 0
CA DL DataVolRatio Pct: 65.76

SIP DC%: 
DLRLCLayerDataVolume MB: 8655.91
DRB UL Data Volume MB: 8995
PRB Util%: 55.1
weekend: 0
CA Activation Rate: 31.18
hr: 23
MAC_UE_SC_Tput: 15464.43
Bearer Releases: 14787

hr: 23
CA Activation Rate num: 10821573
SIP_SC_Total_MOU: 278.13
Peak UE: 27
MB_per_connected_UE: 22.15
DL Data Vol MAC in MB: 9639.51
CA Activation Rate den: 39105

holiday: 0
CA DL DataVolRatio Pct num: 531

DL MAC Vol Scell Pct: 11.83
SIP DC%: 
UPTP_Mbps: 38.18
PRB Util%: 70.94
CA DL DataVolRatio Pct den: 6768
weekend: 1
CA Activation Rate: 43.85
hr: 11
MAC_UE_SC_Tput: 10033.84

hr: 11
CA Activation Rate num: 5861107
Setup_Fail_DEN: 8360
Peak UE: 29
MB_per_connected_UE: 112.81
UL Throughput: 16.77
DL Data Vol MAC in MB: 1590.04

Combined RACH Preambles: 5006
Time: 02:11:56
holiday: 0
CA DL DataVolRatio Pct num: 4967

DL MAC Vol Scell Pct: 14.3
SIP DC%: 
DLRLCLayerDataVolume MB: 7253.77
CA Conf FailRate Pct den: 6636
weekend: 0
CA Activation Rate: 63.61
hr: 0
MAC_UE_SC_Tput: 7454.44
Bearer Releases: 6778

hr: 0
CA Activation Rate num: 754006
Setup_Fail_DEN: 13513
Peak UE: 27
MB_per_connected_UE: 35.05

Time: 15:20:32
holiday: 0
CA DL DataVolRatio Pct num: 2647

SIP DC%: 
DLRLCLayerDataVolume MB: 4427.35
RRC Setup Attempts: 7360
CA DL DataVolRatio Pct den: 7693
CA Conf FailRate Pct den: 6568
weekend: 0
UPTP Mbps Num: 50112
CA Activation Rate: 28.24
hr: 0
MAC_UE_SC_Tput: 8050.17
Bearer Releases: 9543

hr: 0
CA Activation Rate num: 8865159
Setup_Fail_DEN: 14074
Peak UE: 27
MB_per_connected_UE: 133.35
PCT Time MIMO: 37.89
CA Activation Rate den: 42288

Time: 14:31:59
holiday: 0
CA DL DataVolRatio Pct num: 5793

Avg_Connected_UEs: 18.32
SIP DC%: 
UPTP_Mbps: 131.93
DRB UL Data Volume MB: 8587
RRC Setup Attempts: 7875
CA DL DataVolRatio Pct den: 7716
CA Conf FailRate Pct den: 4755
weekend: 0
UPTP Mbps Num: 49742
hr: 10
MAC_UE_SC_Tput: 15584.13
Bearer Releases: 10476

hr: 10
CA Activation Rate num: 2401034
Setup_Fail_DEN: 17547
SIP_SC_Total_MOU: 93.54
Peak UE: 27
MB_per_connected_UE: 195.5
DL Volume: 607
DL Data Vol MAC in MB: 2717.48
CA Activation Rate den: 92078

Time: 11:31:44
holiday: 0

Avg_Connected_UEs: 36.63
SIP DC%: 
DLRLCLayerDataVolume MB: 663.08
DRB UL Data Volume MB: 9575
CA DL DataVolRatio Pct den: 1127
weekend: 0
UPTP Mbps Num: 50702
CA Activation Rate: 21.41
hr: 17
MAC_UE_SC_Tput: 4630.19
Bearer Releases: 16310

hr: 17
CA Activation Rate num: 3725732
UPTP Mbps Den: 3073
SIP_SC_Total_MOU: 283.67
Peak UE: 52
MB_per_connected_UE: 9.33
CA Activation Rate den: 74937

Combined RACH Preambles: 2531
Time: 12:01:36
holiday: 0

DL MAC Vol Scell Pct: 33.76
SIP DC%: 
DLRLCLayerDataVolume MB: 9565.67
CA Conf FailRate Pct den: 3388
weekend: 0
hr: 0
MAC_UE_SC_Tput: 8401.93

hr: 0
CA Activation Rate num: 8555436
Setup_Fail_DEN: 12765
Peak UE: 60
MB_per_connected_UE: 141.52
DL Data Vol MAC in MB: 6478.47
CA Activation Rate den: 174151

Time: 09:29:26
holiday: 0
CA DL DataVolRatio Pct num: 1716

SIP DC%: 
DLRLCLayerDataVolume MB: 2197.47
DRB UL Data Volume MB: 9119
PRB Util%: 20.83
weekend: 0
CA Activation Rate: 22.6
hr: 15
MAC_UE_SC_Tput: 10269.52
Bearer Releases: 18060

hr: 15
CA Activation Rate num: 13100070
UPTP Mbps Den: 1805
SIP_SC_Total_MOU: 242.38
Peak UE: 49
MB_per_connected_UE: 25.51
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7098

Time: 06:05:31
holiday: 0

Avg_Connected_UEs: 16.95
SIP DC%: 
UPTP_Mbps: 32.96
DRB UL Data Volume MB: 9414
CA Conf FailRate Pct den: 5712
weekend: 0
UPTP Mbps Num: 22697
CA Activation Rate: 11.38
hr: 15
MAC_UE_SC_Tput: 9215.19

hr: 15
CA Activation Rate num: 10804927
Peak UE: 42
MB_per_connected_UE: 109.36
DL Volume: 1145
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7931
DL Data Vol MAC in MB: 9534.71

Combined RACH Preambles: 3286
Time: 17:21:45
holiday: 0

DL MAC Vol Scell Pct: 28.24
SIP DC%: 
DLRLCLayerDataVolume MB: 8122.85
DRB UL Data Volume MB: 5628
RRC Setup Attempts: 8487
weekend: 0
UPTP Mbps Num: 43548
hr: 23
MAC_UE_SC_Tput: 12580.05
Bearer Releases: 9301

hr: 23
UPTP Mbps Den: 2636
Setup_Fail_DEN: 14275
SIP_SC_Total_MOU: 215
Peak UE: 41
MB_per_connected_UE: 8.97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5768
CA Activation Rate den: 143576

Time: 01:02:43
holiday: 0
CA DL DataVolRatio Pct num: 4135

SIP DC%: 
DLRLCLayerDataVolume MB: 2767.3
PRB Util%: 61.49
RRC Setup Attempts: 5763
weekend: 0
hr: 23
Bearer Releases: 8527

hr: 23
CA Activation Rate num: 11012052
Setup_Fail_DEN: 7959
SIP_SC_Total_MOU: 367.9
Peak UE: 90
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3701
CA Activation Rate den: 67926

Time: 16:35:51
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1271.1
DRB UL Data Volume MB: 2521
PRB Util%: 19.92
CA DL DataVolRatio Pct den: 4929
weekend: 0
UPTP Mbps Num: 56036
hr: 17
MAC_UE_SC_Tput: 4749.82
Bearer Releases: 7351

hr: 17
CA Activation Rate num: 3725549
Setup_Fail_DEN: 9615
SIP_SC_Total_MOU: 156.99
Peak UE: 27
MB_per_connected_UE: 49.7
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3385
CA Activation Rate den: 115804

Combined RACH Preambles: 2078
Time: 05:10:06
holiday: 0
CA DL DataVolRatio Pct: 82.88

SIP DC%: 
DLRLCLayerDataVolume MB: 8204.8
DRB UL Data Volume MB: 2695
PRB Util%: 72.31
RRC Setup Attempts: 6580
weekend: 0
CA Activation Rate: 67.34
hr: 5
MAC_UE_SC_Tput: 5053.47

hr: 5
CA Activation Rate num: 2872230
UPTP Mbps Den: 2725
Peak UE: 46
DL Volume: 8640
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9371
DL Data Vol MAC in MB: 1885.02
CA Activation Rate den: 199060

Time: 20:04:13
holiday: 0
CA DL DataVolRatio Pct: 48.72

DL MAC Vol Scell Pct: 28.45
Avg_Connected_UEs: 80.42
SIP DC%: 
DLRLCLayerDataVolume MB: 6455.07
PRB Util%: 17.4
CA DL DataVolRatio Pct den: 9294
weekend: 0
hr: 7
MAC_UE_SC_Tput: 6372.64

hr: 7
CA Activation Rate num: 5742261
SIP_SC_Total_MOU: 70.11
Peak UE: 46
MB_per_connected_UE: 176.04
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6360
CA Activation Rate den: 86695

holiday: 0
CA DL DataVolRatio Pct: 75.15

Avg_Connected_UEs: 37.62
SIP DC%: 
DLRLCLayerDataVolume MB: 1248.44
DRB UL Data Volume MB: 390
PRB Util%: 70.82
weekend: 0
UPTP Mbps Num: 5125
hr: 23
MAC_UE_SC_Tput: 5567.51
Bearer Releases: 7463

hr: 23
SIP_SC_Total_MOU: 112.44
Peak UE: 64
MB_per_connected_UE: 44.33
DL Volume: 5099
CA Activation Rate den: 136080

Time: 18:29:01
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 4943
PRB Util%: 43.81
weekend: 0
UPTP Mbps Num: 23115
CA Activation Rate: 49.12
hr: 13
MAC_UE_SC_Tput: 4584.99
Bearer Releases: 17860

hr: 13
CA Activation Rate num: 4049625
UPTP Mbps Den: 83
Peak UE: 27
MB_per_connected_UE: 19.26
DL Volume: 1983
DL Data Vol MAC in MB: 3269.87
CA Activation Rate den: 102356

Time: 00:45:26
holiday: 0
CA DL DataVolRatio Pct num: 4280

SIP DC%: 
DLRLCLayerDataVolume MB: 8041.53
CA Conf FailRate Pct den: 5269
weekend: 0
hr: 9
MAC_UE_SC_Tput: 5175.57
Bearer Releases: 9701

hr: 9
CA Activation Rate num: 10996326
UPTP Mbps Den: 5261
SIP_SC_Total_MOU: 400.79
Peak UE: 68
MB_per_connected_UE: 45.23
DL Data Vol MAC in MB: 9652.1

Time: 23:57:51
holiday: 0
CA DL DataVolRatio Pct num: 5423

SIP DC%: 
DLRLCLayerDataVolume MB: 658.28
DRB UL Data Volume MB: 4662
PRB Util%: 15.33
CA DL DataVolRatio Pct den: 10127
CA Conf FailRate Pct den: 3957
RSSIRX1 Avg: -95.96
weekend: 0
hr: 10
MAC_UE_SC_Tput: 9264.29

hr: 10
CA Activation Rate num: 4128669
SIP_SC_Total_MOU: 70.57
MB_per_connected_UE: 21.69
PCT Time MIMO: 60.16
DL Data Vol MAC in MB: 8791.15
CA Activation Rate den: 88899
Combined RACH Preambles: 2348
Time: 23:19:52

holiday: 0
HO_att_InterFreq: 678

Avg_Connected_UEs: 49.24
SIP DC%: 
DLRLCLayerDataVolume MB: 6562.02
PRB Util%: 35.96
RRC Setup Attempts: 3387
weekend: 0
CA Activation Rate: 33.3
hr: 11
MAC_UE_SC_Tput: 10356.47

hr: 11
CA Activation Rate num: 5672660
Peak UE: 59
MB_per_connected_UE: 164.89

Time: 03:40:40
holiday: 0
CA DL DataVolRatio Pct: 85.75

SIP DC%: 
DLRLCLayerDataVolume MB: 374.68
PRB Util%: 35.47
CA DL DataVolRatio Pct den: 9123
CA Conf FailRate Pct den: 5222
weekend: 0
UPTP Mbps Num: 19349
hr: 0
MAC_UE_SC_Tput: 11709.58
Bearer Releases: 15599

hr: 0
CA Activation Rate num: 10811411
Setup_Fail_DEN: 9654
Peak UE: 47
UL Throughput: 14.87
CA Activation Rate den: 36404

Combined RACH Preambles: 4218
Time: 18:03:48
holiday: 0
CA DL DataVolRatio Pct num: 4467

SIP DC%: 
DLRLCLayerDataVolume MB: 8649.28
PRB Util%: 34.65
CA DL DataVolRatio Pct den: 2558
weekend: 0
CA Activation Rate: 12.59
hr: 0
MAC_UE_SC_Tput: 6718.43

hr: 0
CA Activation Rate num: 5346529
SIP_SC_Total_MOU: 46.11
Peak UE: 27
DL Volume: 6549
CA Activation Rate den: 41540

Time: 18:24:57
holiday: 0

SIP DC%: 
UPTP_Mbps: 42.28
DLRLCLayerDataVolume MB: 878.1
DRB UL Data Volume MB: 1835
PRB Util%: 27.85
weekend: 0
UPTP Mbps Num: 17088
hr: 23
MAC_UE_SC_Tput: 4235.16

hr: 23
Setup_Fail_DEN: 19723
SIP_SC_Total_MOU: 96.78
Peak UE: 27
MB_per_connected_UE: 178.37
DL Data Vol MAC in MB: 5201.9

Time: 06:32:58
holiday: 0
CA DL DataVolRatio Pct: 83.99

SIP DC%: 
RRC Setup Attempts: 3770
CA DL DataVolRatio Pct den: 9278
weekend: 0
UPTP Mbps Num: 5685
CA Activation Rate: 24.62
hr: 2
MAC_UE_SC_Tput: 17733.69

hr: 2
CA Activation Rate num: 3028070
SIP_SC_Total_MOU: 18.87
Peak UE: 48
PCT Time MIMO: 39.57
CA Activation Rate den: 107813

Time: 09:01:51
holiday: 0
CA DL DataVolRatio Pct: 80.83
CA DL DataVolRatio Pct num: 5496

Avg_Connected_UEs: 72.54
SIP DC%: 
CA DL DataVolRatio Pct den: 6066
weekend: 0
UPTP Mbps Num: 21160
CA Activation Rate: 64.38
hr: 15
MAC_UE_SC_Tput: 8105.45
Bearer Releases: 7527

hr: 15
Avg CQI: 9
UPTP Mbps Den: 1955
SIP_SC_Total_MOU: 129.22
Peak UE: 27
PCT Time MIMO: 45.45
DL Data Vol MAC in MB: 8252.39
CA Activation Rate den: 88267

Time: 13:05:53
holiday: 0
CA DL DataVolRatio Pct num: 1996

Avg_Connected_UEs: 81.13
SIP DC%: 
UPTP_Mbps: 17.06
DLRLCLayerDataVolume MB: 2409.96
weekend: 0
UPTP Mbps Num: 41467
hr: 23
MAC_UE_SC_Tput: 5072.79
Bearer Releases: 13579

hr: 23
CA Activation Rate num: 4620480
SIP_SC_Total_MOU: 342.05
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 66.98
DL Data Vol MAC in MB: 8218.36

Combined RACH Preambles: 2564
Time: 16:48:03
holiday: 0

Avg_Connected_UEs: 22.59
SIP DC%: 
DLRLCLayerDataVolume MB: 5017.22
DRB UL Data Volume MB: 712
weekend: 0
CA Activation Rate: 34.07
hr: 0
MAC_UE_SC_Tput: 11800.7
Bearer Releases: 16392

hr: 0
CA Activation Rate num: 5259010
Setup_Fail_DEN: 14775
Peak UE: 45
MB_per_connected_UE: 151.23
DL Data Vol MAC in MB: 936.38

Time: 06:12:50
holiday: 0

Avg_Connected_UEs: 51.84
SIP DC%: 
DLRLCLayerDataVolume MB: 8889.24
DRB UL Data Volume MB: 8750
CA DL DataVolRatio Pct den: 4620
weekend: 0
UPTP Mbps Num: 33142
RSSIRX2 Avg: -97.54
CA Activation Rate: 30.29
hr: 20
MAC_UE_SC_Tput: 22051.69
Bearer Releases: 13433

hr: 20
CA Activation Rate num: 10171482
Setup_Fail_DEN: 14042
Peak UE: 28
MB_per_connected_UE: 209.38

Time: 19:17:16
holiday: 0
CA DL DataVolRatio Pct num: 4586

DL MAC Vol Scell Pct: 20.02
SIP DC%: 
DLRLCLayerDataVolume MB: 9183.68
DRB UL Data Volume MB: 2577
CA DL DataVolRatio Pct den: 4840
CA Conf FailRate Pct den: 2880
weekend: 0
UPTP Mbps Num: 6314
hr: 9
MAC_UE_SC_Tput: 16785.52
Bearer Releases: 16954

hr: 9
Setup_Fail_DEN: 6982
MB_per_connected_UE: 86.02
PCT Time MIMO: 49.81
DL Volume: 4817
CA Activation Rate den: 42760

Time: 20:47:36
holiday: 0
CA DL DataVolRatio Pct: 72.34

Avg_Connected_UEs: 31.4
SIP DC%: 
DLRLCLayerDataVolume MB: 5330.89
DRB UL Data Volume MB: 3225
weekend: 0
hr: 23
MAC_UE_SC_Tput: 17441.6

hr: 23
CA Activation Rate num: 9973346
Setup_Fail_DEN: 11373
Peak UE: 27
MB_per_connected_UE: 43.79
PCT Time MIMO: 70.61
DL Volume: 9044
DL Data Vol MAC in MB: 1789.66
CA Activation Rate den: 117507
Time: 12:03:11

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9110.46
DRB UL Data Volume MB: 8656
PRB Util%: 62.91
RRC Setup Attempts: 9618
weekend: 0
CA Activation Rate: 54.39
hr: 23
MAC_UE_SC_Tput: 4121.37
Bearer Releases: 6544

hr: 23
CA Activation Rate num: 6713562
Setup_Fail_DEN: 10412
SIP_SC_Total_MOU: 298
Peak UE: 40
DL Data Vol MAC in MB: 280.03
CA Activation Rate den: 75686
Time: 08:54:44

holiday: 0

Avg_Connected_UEs: 80.04
SIP DC%: 
DLRLCLayerDataVolume MB: 7976.83
DRB UL Data Volume MB: 7852
PRB Util%: 40.58
RRC Setup Attempts: 9385
CA Conf FailRate Pct den: 7572
weekend: 0
UPTP Mbps Num: 9588
hr: 9
MAC_UE_SC_Tput: 15913.7
Bearer Releases: 17897

hr: 9
CA Activation Rate num: 3642853
SIP_SC_Total_MOU: 244.85
Peak UE: 27
MB_per_connected_UE: 75.09
DL Data Vol MAC in MB: 1062.7

Time: 10:37:52
holiday: 0
CA DL DataVolRatio Pct: 57.77

DL MAC Vol Scell Pct: 14.26
SIP DC%: 
UPTP_Mbps: 129.92
DLRLCLayerDataVolume MB: 4384.66
DRB UL Data Volume MB: 7169
PRB Util%: 14.58
RRC Setup Attempts: 3979
CA DL DataVolRatio Pct den: 4088
weekend: 0
UPTP Mbps Num: 10386
hr: 6
MAC_UE_SC_Tput: 5856.62

hr: 6
CA Activation Rate num: 1317344
Setup_Fail_DEN: 17629
MB_per_connected_UE: 65.25
PCT Time MIMO: 34.71
DL Volume: 7563
CA Activation Rate den: 82883

Combined RACH Preambles: 3663
Time: 02:12:24
holiday: 0
CA DL DataVolRatio Pct num: 6158

SIP DC%: 
DRB UL Data Volume MB: 6222
PRB Util%: 8.62
CA Conf FailRate Pct den: 8856
weekend: 0
CA Activation Rate: 37.48
hr: 23
MAC_UE_SC_Tput: 16213.73

hr: 23
CA Activation Rate num: 1897499
UPTP Mbps Den: 2059
Setup_Fail_DEN: 10104
SIP_SC_Total_MOU: 104.18
Peak UE: 59
MB_per_connected_UE: 168.4
PCT Time MIMO: 60.36
CA Activation Rate den: 57366

Time: 05:49:42
holiday: 0
CA DL DataVolRatio Pct num: 2490

SIP DC%: 
DLRLCLayerDataVolume MB: 6807.64
DRB UL Data Volume MB: 3794
PRB Util%: 38.16
weekend: 0
UPTP Mbps Num: 9038
CA Activation Rate: 75.21
hr: 21
MAC_UE_SC_Tput: 11402.5

hr: 21
Avg CQI: 11.53
CA Activation Rate num: 9919744
CA Activation Rate den: 77223

holiday: 0

DL MAC Vol Scell Pct: 51.07
SIP DC%: 
DLRLCLayerDataVolume MB: 2642.89
DRB UL Data Volume MB: 6017
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4404.89
Bearer Releases: 8177

hr: 0
CA Activation Rate num: 4042261
SIP_SC_Total_MOU: 139.01
Peak UE: 68
MB_per_connected_UE: 81.44
PCT Time MIMO: 45.81

Time: 13:24:13
holiday: 0

Avg_Connected_UEs: 23.13
SIP DC%: 
PRB Util%: 53.19
RRC Setup Attempts: 4523
CA DL DataVolRatio Pct den: 7705
weekend: 0
CA Activation Rate: 51.72
hr: 23
MAC_UE_SC_Tput: 9073.65
Bearer Releases: 9315

hr: 23
CA Activation Rate num: 11019766
SIP_SC_Total_MOU: 60.73
Peak UE: 72
DL Volume: 2087
Time: 01:50:27

holiday: 0

SIP DC%: 
UPTP_Mbps: 7.49
RRC Setup Attempts: 8942
CA DL DataVolRatio Pct den: 7361
weekend: 1
UPTP Mbps Num: 13565
CA Activation Rate: 61.27
hr: 13
MAC_UE_SC_Tput: 19263.62

hr: 13
CA Activation Rate num: 3942443
Setup_Fail_DEN: 8695
SIP_SC_Total_MOU: 170.04
Peak UE: 52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4863
UL Throughput: 10.85
DL Data Vol MAC in MB: 971.21
CA Activation Rate den: 109722

Time: 13:04:15
holiday: 0
CA DL DataVolRatio Pct: 75.47

DL MAC Vol Scell Pct: 31.96
Avg_Connected_UEs: 67.98
SIP DC%: 
UPTP_Mbps: 36.78
DLRLCLayerDataVolume MB: 9832.84
weekend: 0
hr: 3
MAC_UE_SC_Tput: 54742.14

hr: 3
CA Activation Rate num: 768483
Setup_Fail_DEN: 16443
SIP_SC_Total_MOU: 49.01
MB_per_connected_UE: 183.15
DL Volume: 8359

Time: 00:11:03
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2715.22
DRB UL Data Volume MB: 5246
weekend: 0
CA Activation Rate: 44.27
hr: 0
MAC_UE_SC_Tput: 4548.03
Bearer Releases: 14636

hr: 0
CA Activation Rate num: 4732616
UPTP Mbps Den: 251
SIP_SC_Total_MOU: 263.88
Peak UE: 49
MB_per_connected_UE: 113.88

Time: 22:37:36
holiday: 0
CA DL DataVolRatio Pct: 45.73
HO Attempts: 84

Avg_Connected_UEs: 79.41
SIP DC%: 
DLRLCLayerDataVolume MB: 2015.59
DRB UL Data Volume MB: 1196
RRC Setup Attempts: 5648
weekend: 1
CA Activation Rate: 51.41
hr: 7
MAC_UE_SC_Tput: 6791.45
Bearer Releases: 15261

hr: 7
Setup_Fail_DEN: 17845
Peak UE: 40
VOLTE IA%: 
MB_per_connected_UE: 115.29
DL Volume: 7516
DL Data Vol MAC in MB: 6945.89
CA Activation Rate den: 92897

Combined RACH Preambles: 2553
Time: 15:47:57
holiday: 0
CA DL DataVolRatio Pct num: 3588

SIP DC%: 
PRB Util%: 22.17
CA DL DataVolRatio Pct den: 2179
CA Conf FailRate Pct den: 8276
weekend: 0
UPTP Mbps Num: 18593
S1U_SIP_SC_SEER_num: 225
CA Activation Rate: 39
hr: 19
MAC_UE_SC_Tput: 5924.17

hr: 19
CA Activation Rate num: 3074612
UPTP Mbps Den: 1219
Setup_Fail_DEN: 13640
SIP_SC_Total_MOU: 289.12
Peak UE: 27
VOLTE IA%: 

Time: 11:22:13
holiday: 0
CA DL DataVolRatio Pct num: 4720

SIP DC%: 
UPTP_Mbps: 16.34
DLRLCLayerDataVolume MB: 6533.6
RRC Setup Attempts: 4069
CA Conf FailRate Pct den: 8622
weekend: 1
hr: 23
MAC_UE_SC_Tput: 17343.48
Bearer Releases: 17164

hr: 23
CA Activation Rate num: 7716886
Setup_Fail_DEN: 6583
SIP_SC_Total_MOU: 51.35
Peak UE: 27
MB_per_connected_UE: 33.14
PCT Time MIMO: 61.42
CA Activation Rate den: 38955

Combined RACH Preambles: 1920
Time: 03:10:05
holiday: 0

Avg_Connected_UEs: 19.99
SIP DC%: 
DLRLCLayerDataVolume MB: 1614.56
CA DL DataVolRatio Pct den: 6395
weekend: 0
CA Activation Rate: 74
hr: 18
MAC_UE_SC_Tput: 8438.11

hr: 18
CA Activation Rate num: 2154142
UPTP Mbps Den: 2124
Setup_Fail_DEN: 10749
SIP_SC_Total_MOU: 153.07
Peak UE: 27
MB_per_connected_UE: 181.71
DL Volume: 319
DL Data Vol MAC in MB: 6500.2
CA Activation Rate den: 55895
Time: 17:38:49

holiday: 0
CA DL DataVolRatio Pct num: 1990

Avg_Connected_UEs: 37.82
SIP DC%: 
DLRLCLayerDataVolume MB: 9997.3
RRC Setup Attempts: 4458
weekend: 0
CA Activation Rate: 60.77
hr: 2
MAC_UE_SC_Tput: 9036.23
Bearer Releases: 11494

hr: 2
CA Activation Rate num: 2162773
Setup_Fail_DEN: 14015
SIP_SC_Total_MOU: 195.39
Peak UE: 27
MB_per_connected_UE: 12.57
DL Data Vol MAC in MB: 240.26

Time: 11:41:52
holiday: 0

Avg_Connected_UEs: 63.51
SIP DC%: 
DLRLCLayerDataVolume MB: 6721.19
DRB UL Data Volume MB: 9617
CA DL DataVolRatio Pct den: 3954
weekend: 1
CA Activation Rate: 18.28
hr: 13
MAC_UE_SC_Tput: 10174.74
Bearer Releases: 9490

hr: 13
CA Activation Rate num: 8194474
Setup_Fail_DEN: 11444
Peak UE: 93
MB_per_connected_UE: 8.17
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3167
DL Data Vol MAC in MB: 4992.02

Time: 01:56:31
holiday: 0
CA DL DataVolRatio Pct num: 2712

DL MAC Vol Scell Pct: 16.51
Avg_Connected_UEs: 46.99
SIP DC%: 
DLRLCLayerDataVolume MB: 6555.64
DRB UL Data Volume MB: 4690
RRC Setup Attempts: 5202
CA Conf FailRate Pct den: 3139
weekend: 1
UPTP Mbps Num: 17153
hr: 4
MAC_UE_SC_Tput: 7594.61

hr: 4
CA Activation Rate num: 3549617
Setup_Fail_DEN: 12815
SIP_SC_Total_MOU: 303.23
Peak UE: 27
MB_per_connected_UE: 79.12
CA Activation Rate den: 179688

Time: 05:42:22
holiday: 0

DL MAC Vol Scell Pct: 4.85
Avg_Connected_UEs: 56.11
SIP DC%: 
DLRLCLayerDataVolume MB: 3703.41
DRB UL Data Volume MB: 7922
weekend: 0
UPTP Mbps Num: 29498
CA Activation Rate: 8.7
hr: 19
MAC_UE_SC_Tput: 19035.84

hr: 19
CA Activation Rate num: 1746395
Peak UE: 27
MB_per_connected_UE: 75.02
DL Data Vol MAC in MB: 2178.98
CA Activation Rate den: 56653

Time: 14:48:08
holiday: 0
CA DL DataVolRatio Pct num: 4547

DL MAC Vol Scell Pct: 36.83
Avg_Connected_UEs: 31.78
SIP DC%: 
UPTP_Mbps: 22.71
DLRLCLayerDataVolume MB: 8435.93
CA DL DataVolRatio Pct den: 9496
weekend: 0
UPTP Mbps Num: 22030
CA Activation Rate: 24.39
hr: 23
MAC_UE_SC_Tput: 13098.09
Bearer Releases: 8650

hr: 23
CA Activation Rate num: 5639150
Setup_Fail_DEN: 8793
Peak UE: 27
MB_per_connected_UE: 81.05
DL Data Vol MAC in MB: 5862.2
CA Activation Rate den: 78616

Time: 11:19:25
holiday: 0
CA DL DataVolRatio Pct: 51.74

SIP DC%: 
UPTP_Mbps: 7.2
DLRLCLayerDataVolume MB: 9455.74
PRB Util%: 54.16
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5952.71
Bearer Releases: 6395

hr: 0
CA Activation Rate num: 1598805
Peak UE: 27
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5378
CA Activation Rate den: 223199

Time: 16:45:37
holiday: 0
CA DL DataVolRatio Pct num: 1198

SIP DC%: 
DLRLCLayerDataVolume MB: 360.63
CA DL DataVolRatio Pct den: 6020
CA Conf FailRate Pct den: 5837
weekend: 0
UPTP Mbps Num: 16975
hr: 0
MAC_UE_SC_Tput: 8138.53
Bearer Releases: 15317

hr: 0
CA Activation Rate num: 10197244
UPTP Mbps Den: 1811
Setup_Fail_DEN: 12337
SIP_SC_Total_MOU: 66.03
Peak UE: 53
PCT Time MIMO: 64.74
DL Volume: 2989
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4937
DL Data Vol MAC in MB: 5565.05

Time: 05:01:22
holiday: 0
CA DL DataVolRatio Pct: 59.37

DL MAC Vol Scell Pct: 25.67
SIP DC%: 
UPTP_Mbps: 35.18
DRB UL Data Volume MB: 1476
RRC Setup Attempts: 9505
CA Conf FailRate Pct den: 9217
weekend: 1
hr: 4
MAC_UE_SC_Tput: 8483.93

hr: 4
CA Activation Rate num: 1537479
SIP_SC_Total_MOU: 162.12
Peak UE: 27
MB_per_connected_UE: 85.21
PCT Time MIMO: 35.57
DL Volume: 2641
CA Activation Rate den: 56869

Time: 03:23:54
holiday: 0
CA DL DataVolRatio Pct num: 7269

DL MAC Vol Scell Pct: 31.3
Avg_Connected_UEs: 80.75
SIP DC%: 
UPTP_Mbps: 19.33
DLRLCLayerDataVolume MB: 4838.9
CA DL DataVolRatio Pct den: 7973
weekend: 0
hr: 0
MAC_UE_SC_Tput: 10876.25

hr: 0
CA Activation Rate num: 8021522
UPTP Mbps Den: 1842
Setup_Fail_DEN: 12833
Peak UE: 85
DL Volume: 611
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5808
DL Data Vol MAC in MB: 7951.94
CA Activation Rate den: 53391

Time: 09:02:39
holiday: 0
CA DL DataVolRatio Pct: 77.08

SIP DC%: 
UPTP_Mbps: 71.81
DLRLCLayerDataVolume MB: 5581.9
RRC Setup Attempts: 6183
CA DL DataVolRatio Pct den: 7280
CA Conf FailRate Pct den: 6621
weekend: 0
hr: 8
MAC_UE_SC_Tput: 4285.93
Bearer Releases: 7358

hr: 8
CA Activation Rate num: 4360778
Setup_Fail_DEN: 15065
SIP_SC_Total_MOU: 184.87
Peak UE: 27
MB_per_connected_UE: 87.98
CA Activation Rate den: 42030

Time: 19:03:30
holiday: 0
CA DL DataVolRatio Pct num: 4364

Avg_Connected_UEs: 81.22
SIP DC%: 
DLRLCLayerDataVolume MB: 6032.66
DRB UL Data Volume MB: 3666
RRC Setup Attempts: 6226
weekend: 0
UPTP Mbps Num: 60127
hr: 2
MAC_UE_SC_Tput: 6509.62

hr: 2
CA Activation Rate num: 2544905
SIP_SC_Total_MOU: 352.58
Peak UE: 31
MB_per_connected_UE: 152.52
PCT Time MIMO: 49.47
DL Volume: 6564
DL Data Vol MAC in MB: 7187.25
CA Activation Rate den: 38830

Time: 04:00:00
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6074.63
DRB UL Data Volume MB: 9324
PRB Util%: 8.41
CA Conf FailRate Pct den: 4848
weekend: 0
UPTP Mbps Num: 49744
hr: 8
MAC_UE_SC_Tput: 7943.58
Bearer Releases: 16697

hr: 8
CA Activation Rate num: 9402813
Setup_Fail_DEN: 17444
SIP_SC_Total_MOU: 287.11
Peak UE: 28
MB_per_connected_UE: 54.85
DL Volume: 1528
DL Data Vol MAC in MB: 4364.14

Time: 16:02:31
holiday: 0
CA DL DataVolRatio Pct: 69.07

SIP DC%: 
DLRLCLayerDataVolume MB: 4615.57
RRC Setup Attempts: 9531
weekend: 0
UPTP Mbps Num: 7565
CA Activation Rate: 15.76
hr: 23
MAC_UE_SC_Tput: 10637.31
Bearer Releases: 6424

hr: 23
CA Activation Rate num: 7118438
Peak UE: 97
PCT Time MIMO: 62.89
DL Volume: 5820
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5125
DL Data Vol MAC in MB: 5462.53
CA Activation Rate den: 194888

Time: 05:31:56
holiday: 0

SIP DC%: 
UPTP_Mbps: 30.75
DRB UL Data Volume MB: 5013
weekend: 0
UPTP Mbps Num: 20012
CA Activation Rate: 22.78
hr: 4
Bearer Releases: 11321

hr: 4
CA Activation Rate num: 7052632
UPTP Mbps Den: 101
Peak UE: 36
DL Data Vol MAC in MB: 8226.29

Time: 13:01:30
holiday: 0
CA DL DataVolRatio Pct num: 6107

DL MAC Vol Scell Pct: 49.76
SIP DC%: 
UPTP_Mbps: 25.3
DRB UL Data Volume MB: 1812
CA DL DataVolRatio Pct den: 8429
weekend: 0
UPTP Mbps Num: 12985
hr: 13
MAC_UE_SC_Tput: 10555.65
Bearer Releases: 7401

hr: 13
CA Activation Rate num: 4758807
Peak UE: 27
MB_per_connected_UE: 76.51
DL Data Vol MAC in MB: 9887.65

Time: 11:00:08
holiday: 0

Avg_Connected_UEs: 21.58
SIP DC%: 
UPTP_Mbps: 32.47
DLRLCLayerDataVolume MB: 1938.82
RRC Setup Attempts: 7094
CA Conf FailRate Pct den: 8902
weekend: 0
hr: 2

hr: 2
CA Activation Rate num: 5278532
UPTP Mbps Den: 2921
Setup_Fail_DEN: 8549
Peak UE: 63
CA Activation Rate den: 69250

Time: 09:07:10
holiday: 0
CA DL DataVolRatio Pct: 50.73

DL MAC Vol Scell Pct: 39.59
Avg_Connected_UEs: 43.94
SIP DC%: 
DLRLCLayerDataVolume MB: 7733.26
weekend: 0
UPTP Mbps Num: 29195
hr: 2
MAC_UE_SC_Tput: 10866.98
Bearer Releases: 14109

hr: 2
CA Activation Rate num: 1929495
UPTP Mbps Den: 1530
Peak UE: 67
MB_per_connected_UE: 83.86
DL Volume: 6103
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5671
CA Activation Rate den: 100244

Combined RACH Preambles: 3031
holiday: 0
CA DL DataVolRatio Pct: 65.26

SIP DC%: 
UPTP_Mbps: 103.01
DLRLCLayerDataVolume MB: 4231.57
CA DL DataVolRatio Pct den: 8714
weekend: 0
CA Activation Rate: 7.96
hr: 2
MAC_UE_SC_Tput: 5058.29

hr: 2
CA Activation Rate num: 5689950
Peak UE: 42
MB_per_connected_UE: 13.46
DL Volume: 3610
DL Data Vol MAC in MB: 973.9
CA Activation Rate den: 55584
Combined RACH Preambles: 3028

Time: 21:52:29
holiday: 0
HO_att_InterFreq: 675

Avg_Connected_UEs: 63.84
SIP DC%: 
DRB UL Data Volume MB: 5515
PRB Util%: 71.79
weekend: 0
UPTP Mbps Num: 34290
hr: 23
MAC_UE_SC_Tput: 10208.74
Bearer Releases: 8077

hr: 23
CA Activation Rate num: 6600910
Setup_Fail_DEN: 8405
SIP_SC_Total_MOU: 84.09
Peak UE: 27
MB_per_connected_UE: 75.41
PCT Time MIMO: 50.11
DL Volume: 2191
DL Data Vol MAC in MB: 1832.44
CA Activation Rate den: 88974

Time: 04:28:33
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4753.35
DRB UL Data Volume MB: 741
PRB Util%: 5.65
CA DL DataVolRatio Pct den: 10058
CA Conf FailRate Pct den: 9302
weekend: 0
CA Activation Rate: 9.23
hr: 16
MAC_UE_SC_Tput: 14679.65
Bearer Releases: 10770

hr: 16
CA Activation Rate num: 1706287
Peak UE: 34
MB_per_connected_UE: 198.83
DL Data Vol MAC in MB: 8204.76
CA Activation Rate den: 109169

Time: 23:04:58
holiday: 0

DL MAC Vol Scell Pct: 35.92
SIP DC%: 
RRC Setup Attempts: 9110
CA DL DataVolRatio Pct den: 3317
weekend: 0
UPTP Mbps Num: 6667
hr: 18
MAC_UE_SC_Tput: 7691.52

hr: 18
CA Activation Rate num: 3833414
UPTP Mbps Den: 1815
Setup_Fail_DEN: 13778
Peak UE: 32
DL Volume: 6706
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8724
DL Data Vol MAC in MB: 9783.26
CA Activation Rate den: 104184

Time: 00:26:48
holiday: 0

SIP DC%: 
UPTP_Mbps: 28.56
PRB Util%: 50.72
CA Conf FailRate Pct den: 3796
weekend: 0
CA Activation Rate: 14.6
hr: 23
MAC_UE_SC_Tput: 4553.72

hr: 23
UPTP Mbps Den: 1794
SIP_SC_Total_MOU: 61.04
MB_per_connected_UE: 202.61
PCT Time MIMO: 59.39
DL Data Vol MAC in MB: 4269.71

Time: 09:42:15
holiday: 0
CA DL DataVolRatio Pct: 58.63

DL MAC Vol Scell Pct: 30.64
SIP DC%: 
DLRLCLayerDataVolume MB: 4609.5
PRB Util%: 14.71
weekend: 0
hr: 8

hr: 8
UPTP Mbps Den: 5246
Setup_Fail_DEN: 9932
Peak UE: 58
MB_per_connected_UE: 157.13
PCT Time MIMO: 69.75
DL Volume: 7062
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5970
DL Data Vol MAC in MB: 8173.63
CA Activation Rate den: 56797

Time: 18:43:48
holiday: 0

SIP DC%: 
UPTP_Mbps: 41.03
CA DL DataVolRatio Pct den: 1063
CA Conf FailRate Pct den: 5166
weekend: 0
CA Activation Rate: 2.63
hr: 23
MAC_UE_SC_Tput: 8389.36

hr: 23
CA Activation Rate num: 4759836
SIP_SC_Total_MOU: 277.81
Peak UE: 65
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5617
DL Data Vol MAC in MB: 6617.36
CA Activation Rate den: 81390

Time: 23:09:17
holiday: 0
CA DL DataVolRatio Pct num: 7414

SIP DC%: 
RRC Setup Attempts: 6143
CA DL DataVolRatio Pct den: 10082
weekend: 0
UPTP Mbps Num: 37032
hr: 16
MAC_UE_SC_Tput: 16251.34

hr: 16
CA Activation Rate num: 4428241
SIP_SC_Total_MOU: 236.28
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 179.33
DL Volume: 8075
DL Data Vol MAC in MB: 3499.8
CA Activation Rate den: 70294

Time: 07:34:15
holiday: 0
CA DL DataVolRatio Pct: 53.17
CA DL DataVolRatio Pct num: 7299
HO Attempts: 752

SIP DC%: 
UPTP_Mbps: 122.21
DRB UL Data Volume MB: 1991
PRB Util%: 32.13
CA DL DataVolRatio Pct den: 3252
weekend: 0
UPTP Mbps Num: 19402
CA Activation Rate: 46.28
hr: 6
MAC_UE_SC_Tput: 13195.17

hr: 6
CA Activation Rate num: 3240616
Setup_Fail_DEN: 17739
SIP_SC_Total_MOU: 31.34
Peak UE: 27
MB_per_connected_UE: 113.53
DL Volume: 6207

Time: 06:16:12
holiday: 0

SIP DC%: 
UPTP_Mbps: 30.12
DL Packet Loss Pct: 6.75
weekend: 0
CA Activation Rate: 39.01
hr: 0
MAC_UE_SC_Tput: 13953.55
Bearer Releases: 7761

hr: 0
CA Activation Rate num: 5006666
Setup_Fail_DEN: 7607
Peak UE: 46
DL Volume: 2171
DL Data Vol MAC in MB: 5058.99

Time: 16:51:24
holiday: 0

DL MAC Vol Scell Pct: 26.84
SIP DC%: 
weekend: 1
CA Activation Rate: 33.79
hr: 0
MAC_UE_SC_Tput: 10608.86
Bearer Releases: 9396

hr: 0
CA Activation Rate num: 12384018
Setup_Fail_DEN: 13390
Peak UE: 32
VOLTE IA%: 
PCT Time MIMO: 54.3
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5918
DL Data Vol MAC in MB: 694.33
CA Activation Rate den: 109879

Combined RACH Preambles: 4625
Time: 11:42:25
holiday: 0
CA DL DataVolRatio Pct: 56.67

DL MAC Vol Scell Pct: 28.52
SIP DC%: 
DLRLCLayerDataVolume MB: 6606.76
DRB UL Data Volume MB: 4949
RRC Setup Attempts: 4756
CA DL DataVolRatio Pct den: 2714
weekend: 1
CA Activation Rate: 8.14
hr: 23
MAC_UE_SC_Tput: 7554.58
Bearer Releases: 13034

hr: 23
CA Activation Rate num: 4778223
Setup_Fail_DEN: 13565
SIP_SC_Total_MOU: 231.48
Peak UE: 31
PCT Time MIMO: 37.43
DL Volume: 9040
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5630
DL Data Vol MAC in MB: 2794.07

Time: 01:51:31
holiday: 0

DL MAC Vol Scell Pct: 17.64
SIP DC%: 
UPTP_Mbps: 20
CA Conf FailRate Pct den: 6181
weekend: 0
UPTP Mbps Num: 35991
hr: 0
MAC_UE_SC_Tput: 19614.18
Bearer Releases: 18646

hr: 0
CA Activation Rate num: 10298121
SIP_SC_Total_MOU: 283.21
Peak UE: 27
PCT Time MIMO: 35.37
DL Data Vol MAC in MB: 6882.64

Time: 20:33:17
holiday: 0
CA DL DataVolRatio Pct num: 5278

SIP DC%: 
DLRLCLayerDataVolume MB: 3948.18
PRB Util%: 48.14
CA Conf FailRate Pct den: 5367
weekend: 0
hr: 12
MAC_UE_SC_Tput: 10147.81
Bearer Releases: 7234

hr: 12
CA Activation Rate num: 4435670
Setup_Fail_DEN: 6771
SIP_SC_Total_MOU: 195.99
PCT Time MIMO: 54.6
DL Data Vol MAC in MB: 1051.93
CA Activation Rate den: 61837

Time: 19:43:36
holiday: 0

Avg_Connected_UEs: 73.3
SIP DC%: 
UPTP_Mbps: 9.22
DLRLCLayerDataVolume MB: 8486.58
DRB UL Data Volume MB: 606
PRB Util%: 39.17
RRC Setup Attempts: 5890
weekend: 0
CA Activation Rate: 61.13
hr: 21
MAC_UE_SC_Tput: 7792.97
Bearer Releases: 9728

hr: 21
CA Activation Rate num: 8887822
UPTP Mbps Den: 100
Setup_Fail_DEN: 19357
Peak UE: 27
MB_per_connected_UE: 174.57
DL Volume: 380
CA Activation Rate den: 61458

Time: 01:49:55
holiday: 0
CA DL DataVolRatio Pct: 75.34

SIP DC%: 
DLRLCLayerDataVolume MB: 7824.15
CA Conf FailRate Pct den: 5802
weekend: 0
CA Activation Rate: 39.97
hr: 23
MAC_UE_SC_Tput: 14561.18

hr: 23
CA Activation Rate num: 9618782
Peak UE: 34
MB_per_connected_UE: 117.07
PCT Time MIMO: 36.15
DL Volume: 178
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6508

holiday: 0
CA DL DataVolRatio Pct: 80.57

Avg_Connected_UEs: 32.27
SIP DC%: 
UPTP_Mbps: 35.36
DLRLCLayerDataVolume MB: 3209.04
PRB Util%: 9.87
weekend: 0
UPTP Mbps Num: 33722
CA Activation Rate: 35.73
hr: 23
MAC_UE_SC_Tput: 12460.85

hr: 23
CA Activation Rate num: 10803626
SIP_SC_Total_MOU: 293.67
Peak UE: 27
DL Volume: 557
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3194
CA Activation Rate den: 81582

Time: 15:08:24
holiday: 0
CA DL DataVolRatio Pct: 78.24

SIP DC%: 
UPTP_Mbps: 22.39
DLRLCLayerDataVolume MB: 3975.56
CA DL DataVolRatio Pct den: 8666
CA Conf FailRate Pct den: 6729
weekend: 0
UPTP Mbps Num: 12296
CA Activation Rate: 15.15
hr: 13
MAC_UE_SC_Tput: 5881.1
Bearer Releases: 16809

hr: 13
CA Activation Rate num: 10138061
UPTP Mbps Den: 2358
SIP_SC_Total_MOU: 243.45
Peak UE: 58
MB_per_connected_UE: 108.94
CA Activation Rate den: 80723

Combined RACH Preambles: 2377
Time: 16:36:56
holiday: 0
CA DL DataVolRatio Pct: 76.83
CA DL DataVolRatio Pct num: 3319

SIP DC%: 
DLRLCLayerDataVolume MB: 6189.23
DRB UL Data Volume MB: 5656
RRC Setup Attempts: 9344
weekend: 0
UPTP Mbps Num: 42135
CA Activation Rate: 7.62
hr: 14
MAC_UE_SC_Tput: 23712.01

hr: 14
CA Activation Rate num: 4769980
Setup_Fail_DEN: 15735
Peak UE: 27
MB_per_connected_UE: 190.07
DL Data Vol MAC in MB: 8256.36
CA Activation Rate den: 47519

Time: 17:52:18
holiday: 0
CA DL DataVolRatio Pct num: 7075

SIP DC%: 
UPTP_Mbps: 104.41
DLRLCLayerDataVolume MB: 1973.35
DRB UL Data Volume MB: 1398
RRC Setup Attempts: 4472
weekend: 0
hr: 15
MAC_UE_SC_Tput: 5822.72

hr: 15
CA Activation Rate num: 2551063
SIP_SC_Total_MOU: 105.35
Peak UE: 27
MB_per_connected_UE: 198.49
CA Activation Rate den: 181995

Combined RACH Preambles: 2088
Time: 08:42:13
holiday: 0
CA DL DataVolRatio Pct num: 2960

SIP DC%: 
DLRLCLayerDataVolume MB: 4344.62
PRB Util%: 66.07
RRC Setup Attempts: 7765
CA Conf FailRate Pct den: 4462
weekend: 0
UPTP Mbps Num: 23483
hr: 0
MAC_UE_SC_Tput: 6892.96
Bearer Releases: 6251

hr: 0
CA Activation Rate num: 3547196
Setup_Fail_DEN: 14249
Peak UE: 27
MB_per_connected_UE: 30.25
DL Volume: 1757
DL Data Vol MAC in MB: 521.27
CA Activation Rate den: 117791

Time: 19:46:24
holiday: 0
CA DL DataVolRatio Pct: 45.52

Avg_Connected_UEs: 17.65
SIP DC%: 
DLRLCLayerDataVolume MB: 2143.68
DRB UL Data Volume MB: 5140
weekend: 0
UPTP Mbps Num: 18845
CA Activation Rate: 54.86
hr: 15
MAC_UE_SC_Tput: 4663.23
Bearer Releases: 11449

hr: 15
CA Activation Rate num: 1649557
UPTP Mbps Den: 1801
Setup_Fail_DEN: 11768
SIP_SC_Total_MOU: 55.71
Peak UE: 28
MB_per_connected_UE: 23.35
DL Volume: 9785
DL Data Vol MAC in MB: 8950.26
CA Activation Rate den: 168278

Time: 16:42:09
holiday: 0
CA DL DataVolRatio Pct num: 4555

DL MAC Vol Scell Pct: 38.33
SIP DC%: 
UPTP_Mbps: 92.72
DLRLCLayerDataVolume MB: 7637.33
RRC Setup Attempts: 5632
CA Conf FailRate Pct den: 9275
weekend: 0
hr: 23
MAC_UE_SC_Tput: 14986.67

hr: 23
CA Activation Rate num: 5834166
Setup_Fail_DEN: 12874
SIP_SC_Total_MOU: 87.1
Peak UE: 39
MB_per_connected_UE: 109.55
PCT Time MIMO: 68.52

Time: 03:23:04
holiday: 0
CA DL DataVolRatio Pct: 56.1

Avg_Connected_UEs: 21.39
SIP DC%: 
UPTP_Mbps: 24.84
DLRLCLayerDataVolume MB: 521.8
PRB Util%: 42.49
RRC Setup Attempts: 6367
weekend: 0
UPTP Mbps Num: 6516
CA Activation Rate: 26.73
hr: 7
MAC_UE_SC_Tput: 7077.11

hr: 7
CA Activation Rate num: 6123571
SIP_SC_Total_MOU: 197.23
Peak UE: 32
MB_per_connected_UE: 35.08
DL Volume: 9821
CA Activation Rate den: 166958

Time: 03:31:29
holiday: 0

DL MAC Vol Scell Pct: 20.62
Avg_Connected_UEs: 48.34
SIP DC%: 
UPTP_Mbps: 28.4
DLRLCLayerDataVolume MB: 7570.17
CA DL DataVolRatio Pct den: 10066
weekend: 0
CA Activation Rate: 12.9
hr: 4
MAC_UE_SC_Tput: 34469.46

hr: 4
CA Activation Rate num: 4165606
SIP_SC_Total_MOU: 56.72
DL Data Vol MAC in MB: 4955.85
CA Activation Rate den: 60807

Time: 22:21:14
holiday: 0
CA DL DataVolRatio Pct: 88.24

Avg_Connected_UEs: 42.57
SIP DC%: 
DLRLCLayerDataVolume MB: 7396.58
DRB UL Data Volume MB: 6141
PRB Util%: 11.35
CA DL DataVolRatio Pct den: 9030
weekend: 0
CA Activation Rate: 39.81
hr: 23
MAC_UE_SC_Tput: 22443.34
Bearer Releases: 15104

hr: 23
CA Activation Rate num: 8020115
SIP_SC_Total_MOU: 274.83
Peak UE: 42
VOLTE IA%: 0.56
MB_per_connected_UE: 127.94
PCT Time MIMO: 38.83
CA Activation Rate den: 88348
Time: 00:41:54

holiday: 0
CA DL DataVolRatio Pct: 56.02
CA DL DataVolRatio Pct num: 3763

SIP DC%: 
DLRLCLayerDataVolume MB: 1387.83
DRB UL Data Volume MB: 8718
CA DL DataVolRatio Pct den: 3977
weekend: 1
hr: 23
MAC_UE_SC_Tput: 18023.59
Bearer Releases: 13503

hr: 23
Avg CQI: 9
CA Activation Rate num: 2780060
Setup_Fail_DEN: 14543
Peak UE: 37
DL Volume: 8342
DL Data Vol MAC in MB: 7571.91
CA Activation Rate den: 43742

Time: 15:57:39
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8496.65
weekend: 0
UPTP Mbps Num: 9319
CA Activation Rate: 26.5
hr: 23
MAC_UE_SC_Tput: 12592.19

hr: 23
CA Activation Rate num: 916693
Peak UE: 81
MB_per_connected_UE: 116.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6284
DL Data Vol MAC in MB: 1183.28

Time: 13:30:27
holiday: 0

Avg_Connected_UEs: 47.73
SIP DC%: 
DLRLCLayerDataVolume MB: 2002.85
PRB Util%: 72.99
CA Conf FailRate Pct den: 6430
weekend: 0
hr: 15
MAC_UE_SC_Tput: 7399.1
Bearer Releases: 8884

hr: 15
CA Activation Rate num: 10467008
UPTP Mbps Den: 3683
SIP_SC_Total_MOU: 425.15
Peak UE: 27
MB_per_connected_UE: 16.49
PCT Time MIMO: 39.49
DL Data Vol MAC in MB: 9248.58
CA Activation Rate den: 108010

Time: 13:37:13
holiday: 0
CA DL DataVolRatio Pct num: 6582

SIP DC%: 
UPTP_Mbps: 22.2
DLRLCLayerDataVolume MB: 307.56
CA DL DataVolRatio Pct den: 6359
weekend: 0
hr: 22
MAC_UE_SC_Tput: 18705.53

hr: 22
CA Activation Rate num: 8505563
Peak UE: 73
DL Volume: 8987
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4483
CA Activation Rate den: 94317

Time: 21:46:13
holiday: 0
CA DL DataVolRatio Pct: 66.94
CA DL DataVolRatio Pct num: 2288

DL MAC Vol Scell Pct: 14.82
Avg_Connected_UEs: 80.6
SIP DC%: 
UPTP_Mbps: 134.16
RRC Setup Attempts: 8498
weekend: 0
CA Activation Rate: 59.44
hr: 6
MAC_UE_SC_Tput: 4855.56
Bearer Releases: 6614

hr: 6
CA Activation Rate num: 5013523
Setup_Fail_DEN: 12931
SIP_SC_Total_MOU: 231.5
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9304

Time: 12:37:52
holiday: 0
CA DL DataVolRatio Pct: 88.49

Avg_Connected_UEs: 64.59
SIP DC%: 
DLRLCLayerDataVolume MB: 1976.86
DRB UL Data Volume MB: 1503
PRB Util%: 35.2
RRC Setup Attempts: 6877
CA Conf FailRate Pct den: 6943
weekend: 0
hr: 11
MAC_UE_SC_Tput: 10288.03

hr: 11
CA Activation Rate num: 91095
Setup_Fail_DEN: 12845
Peak UE: 27
MB_per_connected_UE: 188.48
CA Activation Rate den: 223950

Time: 17:42:45
holiday: 0

SIP DC%: 
PRB Util%: 40.42
RRC Setup Attempts: 4554
weekend: 0
UPTP Mbps Num: 22698
hr: 13
MAC_UE_SC_Tput: 15448.75

hr: 13
CA Activation Rate num: 10567132
Setup_Fail_DEN: 15607
SIP_SC_Total_MOU: 204.95
Peak UE: 27
MB_per_connected_UE: 96.88
DL Data Vol MAC in MB: 5575.19

Time: 06:57:28
holiday: 0
CA DL DataVolRatio Pct: 73.63
CA DL DataVolRatio Pct num: 7612

Avg_Connected_UEs: 43.03
SIP DC%: 
DRB UL Data Volume MB: 8747
PRB Util%: 23.32
RRC Setup Attempts: 5293
CA Conf FailRate Pct den: 5321
weekend: 1
UPTP Mbps Num: 32118
hr: 9
MAC_UE_SC_Tput: 14556.56

hr: 9
CA Activation Rate num: 5002599
DL Data Vol MAC in MB: 9804.71

Time: 21:15:45
holiday: 0

SIP DC%: 
UPTP_Mbps: 46.15
DLRLCLayerDataVolume MB: 9211.18
RRC Setup Attempts: 5377
CA DL DataVolRatio Pct den: 8582
CA Conf FailRate Pct den: 7646
weekend: 0
CA Activation Rate: 11.69
hr: 16
MAC_UE_SC_Tput: 12062.79
Bearer Releases: 7385

hr: 16
CA Activation Rate num: 10053420
Setup_Fail_DEN: 9539
SIP_SC_Total_MOU: 78.86
Peak UE: 27
MB_per_connected_UE: 27.52
PCT Time MIMO: 52.62
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4139
CA Activation Rate den: 120388

Time: 16:12:35
holiday: 0

SIP DC%: 
UPTP_Mbps: 28.28
DLRLCLayerDataVolume MB: 9958.28
RRC Setup Attempts: 7179
CA DL DataVolRatio Pct den: 9318
weekend: 0
UPTP Mbps Num: 28109
hr: 21
MAC_UE_SC_Tput: 10315.23
Bearer Releases: 7544

hr: 21
UPTP Mbps Den: 1070
Setup_Fail_DEN: 14019
Peak UE: 42
MB_per_connected_UE: 191.64
CA Activation Rate den: 118939

holiday: 0

DL MAC Vol Scell Pct: 53.4
SIP DC%: 
DLRLCLayerDataVolume MB: 799.11
DRB UL Data Volume MB: 6432
RRC Setup Attempts: 5189
weekend: 0
hr: 0
MAC_UE_SC_Tput: 6136.76

hr: 0
CA Activation Rate num: 3109791
Setup_Fail_DEN: 9266
SIP_SC_Total_MOU: 323.74
UL MAC Vol Scell Pct: 1.57
Peak UE: 39
MB_per_connected_UE: 122.88
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3903
DL Data Vol MAC in MB: 6836.61

Time: 09:19:34
holiday: 0
CA DL DataVolRatio Pct: 51.53
CA DL DataVolRatio Pct num: 7443

DL MAC Vol Scell Pct: 20.4
SIP DC%: 
UPTP_Mbps: 23.81
DLRLCLayerDataVolume MB: 992.46
DRB UL Data Volume MB: 9054
PRB Util%: 9.19
CA DL DataVolRatio Pct den: 9159
CA Conf FailRate Pct den: 4916
weekend: 0
CA Activation Rate: 42.99
hr: 23
MAC_UE_SC_Tput: 13628.44

hr: 23
CA Activation Rate num: 6746646
Setup_Fail_DEN: 14714
Peak UE: 36
MB_per_connected_UE: 197.5
DL Data Vol MAC in MB: 7123.14
CA Activation Rate den: 53064

Time: 19:35:47
holiday: 0

Avg_Connected_UEs: 64.79
SIP DC%: 
DLRLCLayerDataVolume MB: 1627.04
DRB UL Data Volume MB: 8595
PRB Util%: 6.28
RRC Setup Attempts: 9353
weekend: 0
UPTP Mbps Num: 32291
CA Activation Rate: 8.19
hr: 15
MAC_UE_SC_Tput: 19660.15
Bearer Releases: 14767

hr: 15
CA Activation Rate num: 3236199
UPTP Mbps Den: 1584
SIP_SC_Total_MOU: 427.9
Peak UE: 27
VOLTE IA%: 
DL Volume: 1365
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7232
DL Data Vol MAC in MB: 7557.47
CA Activation Rate den: 48098

Time: 11:35:25
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 1950
CA Conf FailRate Pct den: 4120
weekend: 0
UPTP Mbps Num: 38205
hr: 14
MAC_UE_SC_Tput: 4559.1

hr: 14
CA Activation Rate num: 188573
Setup_Fail_DEN: 14790
Peak UE: 55
MB_per_connected_UE: 38.64
DL Volume: 4840
DL Data Vol MAC in MB: 5480.01

Time: 04:47:49
holiday: 0

Avg_Connected_UEs: 77.23
SIP DC%: 
DLRLCLayerDataVolume MB: 3596.61
RRC Setup Attempts: 7553
CA Conf FailRate Pct den: 8496
weekend: 1
UPTP Mbps Num: 39753
hr: 7
MAC_UE_SC_Tput: 7790.3

hr: 7
CA Activation Rate num: 3922400
Setup_Fail_DEN: 14969
Peak UE: 60
MB_per_connected_UE: 97.36
DL Volume: 8275
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6982
CA Activation Rate den: 161456

Time: 00:46:29
holiday: 0
CA DL DataVolRatio Pct: 45.31

SIP DC%: 
UPTP_Mbps: 35.28
DLRLCLayerDataVolume MB: 7775.76
CA DL DataVolRatio Pct den: 5429
weekend: 0
UPTP Mbps Num: 61781
CA Activation Rate: 33.14
hr: 23
MAC_UE_SC_Tput: 10085.98
Bearer Releases: 11966

hr: 23
CA Activation Rate num: 10081868
Setup_Fail_DEN: 17548
Peak UE: 64
MB_per_connected_UE: 145.46
DL Volume: 8936
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5173

Time: 00:05:53
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7562.8
DRB UL Data Volume MB: 5474
CA DL DataVolRatio Pct den: 8514
weekend: 0
hr: 0
Bearer Releases: 12594

hr: 0
CA Activation Rate num: 7755561
UPTP Mbps Den: 2446
Peak UE: 71
MB_per_connected_UE: 102.85

Time: 22:12:15
holiday: 0

DL MAC Vol Scell Pct: 12.15
Avg_Connected_UEs: 19.32
SIP DC%: 
CA DL DataVolRatio Pct den: 7805
CA Conf FailRate Pct den: 4062
weekend: 0
CA Activation Rate: 19.84
hr: 10
MAC_UE_SC_Tput: 15836.58

hr: 10
CA Activation Rate num: 11573324
Setup_Fail_DEN: 8162
SIP_SC_Total_MOU: 20.16
Peak UE: 46
MB_per_connected_UE: 34.89
PCT Time MIMO: 52.24
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3266
DL Data Vol MAC in MB: 5850.16
CA Activation Rate den: 203520

Time: 13:49:11
holiday: 0
CA DL DataVolRatio Pct: 89.52

Avg_Connected_UEs: 37.53
SIP DC%: 
DRB UL Data Volume MB: 9920
PRB Util%: 75.25
CA DL DataVolRatio Pct den: 3646
weekend: 0
CA Activation Rate: 25.39
hr: 4
MAC_UE_SC_Tput: 6136.57

hr: 4
CA Activation Rate num: 5303885
UPTP Mbps Den: 5245
Peak UE: 34
PCT Time MIMO: 54.67
DL Data Vol MAC in MB: 7790.06
CA Activation Rate den: 67690
Combined RACH Preambles: 3805
Time: 13:10:33

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1566.18
PRB Util%: 9.57
RRC Setup Attempts: 6858
CA DL DataVolRatio Pct den: 5084
weekend: 0
UPTP Mbps Num: 14231
CA Activation Rate: 14.44
hr: 22
MAC_UE_SC_Tput: 12066.23

hr: 22
CA Activation Rate num: 9672183
UPTP Mbps Den: 5122
Peak UE: 27
DL Volume: 5051
DL Data Vol MAC in MB: 1070
CA Activation Rate den: 56500

Time: 13:06:00
holiday: 0
CA DL DataVolRatio Pct num: 1761

DL MAC Vol Scell Pct: 9.71
SIP DC%: 
DLRLCLayerDataVolume MB: 872.5
PRB Util%: 15.13
CA Conf FailRate Pct den: 6343
weekend: 0
UPTP Mbps Num: 25199
hr: 23
MAC_UE_SC_Tput: 7156.75
Bearer Releases: 12106

hr: 23
CA Activation Rate num: 5221756
SIP_SC_Total_MOU: 165.61
Peak UE: 70
MB_per_connected_UE: 112.06
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3398

Combined RACH Preambles: 2873
Time: 14:46:24
holiday: 0
CA DL DataVolRatio Pct num: 5066

Avg_Connected_UEs: 80.44
SIP DC%: 
UPTP_Mbps: 77.77
DLRLCLayerDataVolume MB: 9619.09
weekend: 1
CA Activation Rate: 63.48
hr: 3

hr: 3
CA Activation Rate num: 9680895
Setup_Fail_DEN: 11271
UL MAC Vol Scell Pct: 5.04
Peak UE: 82
MB_per_connected_UE: 86.57
DL Volume: 2871
DL Data Vol MAC in MB: 4547.65

Time: 12:05:14
holiday: 0
CA DL DataVolRatio Pct: 59.03
CA DL DataVolRatio Pct num: 7000

DL MAC Vol Scell Pct: 39.21
SIP DC%: 
DLRLCLayerDataVolume MB: 1428.43
DRB UL Data Volume MB: 9934
CA Conf FailRate Pct den: 2608
weekend: 0
hr: 16
MAC_UE_SC_Tput: 11544.35

hr: 16
CA Activation Rate num: 9935022
SIP_SC_Total_MOU: 90.85
PCT Time MIMO: 69.42
DL Volume: 1359
CA Activation Rate den: 139247

holiday: 0
CA DL DataVolRatio Pct num: 5427

SIP DC%: 
UPTP_Mbps: 8.27
CA DL DataVolRatio Pct den: 9021
weekend: 0
CA Activation Rate: 62.16
hr: 23
MAC_UE_SC_Tput: 5179.22
Bearer Releases: 11397

hr: 23
CA Activation Rate num: 5124888
SIP_SC_Total_MOU: 443.09
UL MAC Vol Scell Pct: 5.75
Peak UE: 53
DL Volume: 4707
CA Activation Rate den: 92804
Time: 08:41:33

holiday: 0

Avg_Connected_UEs: 36.88
SIP DC%: 
DLRLCLayerDataVolume MB: 3855.74
RRC Setup Attempts: 6392
CA DL DataVolRatio Pct den: 1957
weekend: 0
UPTP Mbps Num: 24997
hr: 21
MAC_UE_SC_Tput: 9374.72
Bearer Releases: 9988

hr: 21
CA Activation Rate num: 77939
Setup_Fail_DEN: 13673
Peak UE: 42
PCT Time MIMO: 46.5
DL Volume: 800
CA Activation Rate den: 86778

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4968.77
DRB UL Data Volume MB: 1719
CA Conf FailRate Pct den: 3526
weekend: 0
hr: 17
MAC_UE_SC_Tput: 5357.02
Bearer Releases: 11393

hr: 17
CA Activation Rate num: 6396815
Setup_Fail_DEN: 12978
Peak UE: 27
PCT Time MIMO: 69.4
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6604
DL Data Vol MAC in MB: 8196.62

Time: 02:44:09
holiday: 0

DL MAC Vol Scell Pct: 3.98
Avg_Connected_UEs: 37.51
SIP DC%: 
DLRLCLayerDataVolume MB: 3062.96
DRB UL Data Volume MB: 7494
PRB Util%: 54.44
RRC Setup Attempts: 3568
CA DL DataVolRatio Pct den: 7950
weekend: 0
hr: 20
Bearer Releases: 15587

hr: 20
CA Activation Rate num: 1810132
Setup_Fail_DEN: 11056
Peak UE: 31
VOLTE IA%: 
MB_per_connected_UE: 77.84
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4921
DL Data Vol MAC in MB: 5034.45
CA Activation Rate den: 201633
Combined RACH Preambles: 4605

Time: 10:09:38
holiday: 0
CA DL DataVolRatio Pct: 62.46
CA DL DataVolRatio Pct num: 7586

SIP DC%: 
UPTP_Mbps: 110.48
DLRLCLayerDataVolume MB: 7576.69
PRB Util%: 15.17
RRC Setup Attempts: 7070
CA Conf FailRate Pct den: 8713
weekend: 0
UPTP Mbps Num: 27052
CA Activation Rate: 5.58
hr: 12
MAC_UE_SC_Tput: 16502.93
Bearer Releases: 9765

hr: 12
CA Activation Rate num: 6542305
UPTP Mbps Den: 1606
Peak UE: 47
MB_per_connected_UE: 78.48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6087
DL Data Vol MAC in MB: 5493.66

Time: 13:31:39
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7002.13
DRB UL Data Volume MB: 5484
PRB Util%: 7.26
RRC Setup Attempts: 4894
CA DL DataVolRatio Pct den: 6117
weekend: 1
hr: 0
MAC_UE_SC_Tput: 7776.75

hr: 0
CA Activation Rate num: 822709
Peak UE: 57
CA Activation Rate den: 99559

Time: 12:59:44
holiday: 0
CA DL DataVolRatio Pct: 49.71
CA DL DataVolRatio Pct num: 4406

SIP DC%: 
DRB UL Data Volume MB: 8851
CA DL DataVolRatio Pct den: 9847
weekend: 0
UPTP Mbps Num: 6408
CA Activation Rate: 50.83
hr: 2
MAC_UE_SC_Tput: 4317.75
Bearer Releases: 7240

hr: 2
CA Activation Rate num: 5539556
Setup_Fail_DEN: 19778
SIP_SC_Total_MOU: 237.31
Peak UE: 66
MB_per_connected_UE: 84.12
CA Activation Rate den: 220134

Combined RACH Preambles: 4937
Time: 19:40:42
holiday: 0
CA DL DataVolRatio Pct: 70.08
CA DL DataVolRatio Pct num: 478

SIP DC%: 
UPTP_Mbps: 19.85
RRC Setup Attempts: 5965
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4941.63

hr: 23
CA Activation Rate num: 8388411
SIP_SC_Total_MOU: 274.23
Peak UE: 27
MB_per_connected_UE: 160.64
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9288
DL Data Vol MAC in MB: 7508.32

Time: 16:10:43
holiday: 0
CA DL DataVolRatio Pct: 78.83

Avg_Connected_UEs: 24.08
SIP DC%: 
DRB UL Data Volume MB: 7712
PRB Util%: 70.22
RRC Setup Attempts: 7689
CA DL DataVolRatio Pct den: 3628
weekend: 0
CA Activation Rate: 46.17
hr: 19
MAC_UE_SC_Tput: 17639.46
Bearer Releases: 14583

hr: 19
CA Activation Rate num: 1866632
Peak UE: 54
PCT Time MIMO: 56.15
DL Volume: 9859
DL Data Vol MAC in MB: 2026.84

Time: 16:27:50
holiday: 0
CA DL DataVolRatio Pct: 77.83

DL MAC Vol Scell Pct: 23.22
SIP DC%: 
DRB UL Data Volume MB: 2016
PRB Util%: 5.25
weekend: 0
UPTP Mbps Num: 27071
CA Activation Rate: 64.05
hr: 23
MAC_UE_SC_Tput: 9650.5

hr: 23
CA Activation Rate num: 9925104
UPTP Mbps Den: 2313
Setup_Fail_DEN: 11017
SIP_SC_Total_MOU: 184.12
Peak UE: 59
CA Activation Rate den: 53990

Time: 02:52:13
holiday: 0
CA DL DataVolRatio Pct num: 6753

Avg_Connected_UEs: 35.19
SIP DC%: 
UPTP_Mbps: 83.25
DLRLCLayerDataVolume MB: 7369.61
PRB Util%: 47.98
CA DL DataVolRatio Pct den: 4843
CA Conf FailRate Pct den: 5957
weekend: 0
UPTP Mbps Num: 29872
hr: 17
MAC_UE_SC_Tput: 14929.63

hr: 17
CA Activation Rate num: 12971370
UPTP Mbps Den: 1750
SIP_SC_Total_MOU: 199.26
Peak UE: 27
MB_per_connected_UE: 117.29
PCT Time MIMO: 42.29
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4896
DL Data Vol MAC in MB: 4117.29
CA Activation Rate den: 53527

holiday: 0
CA DL DataVolRatio Pct: 55.69
CA DL DataVolRatio Pct num: 5707

DL MAC Vol Scell Pct: 11.15
Avg_Connected_UEs: 42.19
SIP DC%: 
DLRLCLayerDataVolume MB: 1313.21
PRB Util%: 67.79
CA DL DataVolRatio Pct den: 6882
CA Conf FailRate Pct den: 3891
weekend: 0
hr: 6
MAC_UE_SC_Tput: 14922.73
Bearer Releases: 12469

hr: 6
Setup_Fail_DEN: 19349
SIP_SC_Total_MOU: 21.4
Peak UE: 27
DL Volume: 6570
CA Activation Rate den: 120655

Combined RACH Preambles: 2389
Time: 19:29:12
holiday: 0
HO Attempts: 749

DL MAC Vol Scell Pct: 17.28
SIP DC%: 
DLRLCLayerDataVolume MB: 3474.58
DRB UL Data Volume MB: 8149
PRB Util%: 54.07
CA Conf FailRate Pct den: 8548
weekend: 0
CA Activation Rate: 53.61
hr: 0
MAC_UE_SC_Tput: 6573.12
Bearer Releases: 18274

hr: 0
CA Activation Rate num: 3177508
Setup_Fail_DEN: 13462
SIP_SC_Total_MOU: 89.23
Peak UE: 27
MB_per_connected_UE: 89.13
DL Volume: 3355
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7447
DL Data Vol MAC in MB: 8856.89

Time: 14:15:46
holiday: 0
CA DL DataVolRatio Pct num: 5891

SIP DC%: 
DLRLCLayerDataVolume MB: 4160.85
DRB UL Data Volume MB: 4813
CA Conf FailRate Pct den: 6847
weekend: 0
CA Activation Rate: 30.53
hr: 13
MAC_UE_SC_Tput: 8154.78

hr: 13
CA Activation Rate num: 3418889
UPTP Mbps Den: 1986
Setup_Fail_DEN: 8177
MB_per_connected_UE: 107.26
DL Data Vol MAC in MB: 6121.76
CA Activation Rate den: 82852

Combined RACH Preambles: 5232
Time: 12:49:00
holiday: 0
CA DL DataVolRatio Pct: 79.27
CA DL DataVolRatio Pct num: 7257

Avg_Connected_UEs: 29.1
SIP DC%: 
DLRLCLayerDataVolume MB: 3638.86
PRB Util%: 17.27
CA Conf FailRate Pct den: 4447
weekend: 0
UPTP Mbps Num: 61839
CA Activation Rate: 20.79
hr: 15
MAC_UE_SC_Tput: 8586.15

hr: 15
CA Activation Rate num: 1140014
Setup_Fail_DEN: 10737
Peak UE: 27
DL Volume: 3359
CA Activation Rate den: 128801

Time: 17:44:27
holiday: 0
CA DL DataVolRatio Pct: 85.95

DL MAC Vol Scell Pct: 24.15
Avg_Connected_UEs: 30.28
SIP DC%: 
DLRLCLayerDataVolume MB: 1871.48
CA DL DataVolRatio Pct den: 3385
weekend: 0
hr: 3
MAC_UE_SC_Tput: 4815.26
Bearer Releases: 11351

hr: 3
CA Activation Rate num: 2861913
Setup_Fail_DEN: 12651
SIP_SC_Total_MOU: 328.58
Peak UE: 93
MB_per_connected_UE: 119.23
PCT Time MIMO: 70.34
DL Data Vol MAC in MB: 3528.35

Time: 01:15:50
holiday: 0
CA DL DataVolRatio Pct: 61.15
RRC Setup Failure% 5G: 0.52
CA DL DataVolRatio Pct num: 1171

DL MAC Vol Scell Pct: 13.86
SIP DC%: 
UPTP_Mbps: 129.81
DLRLCLayerDataVolume MB: 4099.4
weekend: 1
CA Activation Rate: 3.7
hr: 13
MAC_UE_SC_Tput: 16713.21

hr: 13
Setup_Fail_DEN: 8750
SIP_SC_Total_MOU: 18.82
Peak UE: 27

Time: 11:34:59
holiday: 0

Avg_Connected_UEs: 42.34
SIP DC%: 
DLRLCLayerDataVolume MB: 192.11
DRB UL Data Volume MB: 4387
PRB Util%: 8.6
RRC Setup Attempts: 3667
weekend: 1
UPTP Mbps Num: 42273
CA Activation Rate: 4.88
hr: 8
MAC_UE_SC_Tput: 4930.21
Bearer Releases: 7068

hr: 8
Avg CQI: 10.87
CA Activation Rate num: 1709336
SIP_SC_Total_MOU: 361.6
QCI 1 Bearer Drop%: 0.56
Peak UE: 27
MB_per_connected_UE: 179.04
CA Activation Rate den: 58392
Combined RACH Preambles: 3003
Time: 05:49:26

holiday: 0
CA DL DataVolRatio Pct num: 7397

Avg_Connected_UEs: 74.58
SIP DC%: 
UPTP_Mbps: 40.38
DLRLCLayerDataVolume MB: 7900.62
PRB Util%: 5.28
RRC Setup Attempts: 8230
weekend: 0
UPTP Mbps Num: 24086
hr: 23
MAC_UE_SC_Tput: 8808.47

hr: 23
CA Activation Rate num: 4676857
Peak UE: 27
MB_per_connected_UE: 198.7
DL Data Vol MAC in MB: 2717.7
CA Activation Rate den: 119680

Time: 13:26:51
holiday: 0
CA DL DataVolRatio Pct num: 7119

DL MAC Vol Scell Pct: 14.88
Avg_Connected_UEs: 68.6
SIP DC%: 
DLRLCLayerDataVolume MB: 9346.4
RRC Setup Attempts: 8290
weekend: 0
UPTP Mbps Num: 4192
CA Activation Rate: 63.3
hr: 17
MAC_UE_SC_Tput: 7862.44

hr: 17
CA Activation Rate num: 10687144
Setup_Fail_DEN: 8854
SIP_SC_Total_MOU: 427.72
Peak UE: 49
DL Volume: 7096

Time: 09:29:23
holiday: 0

SIP DC%: 
PRB Util%: 50.69
CA Conf FailRate Pct den: 8784
weekend: 0
hr: 0
MAC_UE_SC_Tput: 21969.76

hr: 0
CA Activation Rate num: 6262695
Setup_Fail_DEN: 13849
Peak UE: 78
MB_per_connected_UE: 119.48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6475
DL Data Vol MAC in MB: 9990.4

Time: 08:43:31
holiday: 0
CA DL DataVolRatio Pct: 65.35
CA DL DataVolRatio Pct num: 6353

DL MAC Vol Scell Pct: 6.71
Avg_Connected_UEs: 26.82
SIP DC%: 
DLRLCLayerDataVolume MB: 287.84
DRB UL Data Volume MB: 8261
RRC Setup Attempts: 7967
CA Conf FailRate Pct den: 6461
weekend: 0
hr: 23
MAC_UE_SC_Tput: 15663.22

hr: 23
CA Activation Rate num: 4558326
SIP_SC_Total_MOU: 275.65
Peak UE: 95
MB_per_connected_UE: 114.78
PCT Time MIMO: 57.93
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5119

Time: 12:23:49
holiday: 0
CA DL DataVolRatio Pct: 44.97
CA DL DataVolRatio Pct num: 6810

DL MAC Vol Scell Pct: 42.54
SIP DC%: 
DLRLCLayerDataVolume MB: 627.49
RRC Setup Attempts: 5819
CA DL DataVolRatio Pct den: 7861
CA Conf FailRate Pct den: 9436
weekend: 0
CA Activation Rate: 66.95
hr: 3
MAC_UE_SC_Tput: 4631.77
Bearer Releases: 16423

hr: 3
CA Activation Rate num: 5339140
Setup_Fail_DEN: 14032
Peak UE: 33
DL Data Vol MAC in MB: 9048.21
CA Activation Rate den: 149493

Time: 07:27:14
holiday: 0

Avg_Connected_UEs: 48.23
SIP DC%: 
DLRLCLayerDataVolume MB: 2517.18
RRC Setup Attempts: 5122
CA DL DataVolRatio Pct den: 4598
CA Conf FailRate Pct den: 6993
weekend: 0
hr: 10
MAC_UE_SC_Tput: 5743.64

hr: 10
CA Activation Rate num: 2167951
Setup_Fail_DEN: 15031
Peak UE: 74
MB_per_connected_UE: 85.35
DL Volume: 2486
DL Data Vol MAC in MB: 6804.73
CA Activation Rate den: 99319

Time: 00:51:06
holiday: 0
CA DL DataVolRatio Pct: 79.11
CA DL DataVolRatio Pct num: 5321
HO Attempts: 945

Avg_Connected_UEs: 76.89
SIP DC%: 
DLRLCLayerDataVolume MB: 8203.97
weekend: 1
UPTP Mbps Num: 6207
CA Activation Rate: 77.3
hr: 0
MAC_UE_SC_Tput: 7042.34
Bearer Releases: 18595

hr: 0
CA Activation Rate num: 5850336
Setup_Fail_DEN: 14905
SIP_SC_Total_MOU: 433.67
Peak UE: 27
DL Volume: 6459
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6147
DL Data Vol MAC in MB: 8882.76

Time: 10:43:46
holiday: 0
CA DL DataVolRatio Pct: 61.63
CA DL DataVolRatio Pct num: 5419

SIP DC%: 
UPTP_Mbps: 16.26
DLRLCLayerDataVolume MB: 9509.95
DRB UL Data Volume MB: 3426
CA DL DataVolRatio Pct den: 3492
weekend: 0
UPTP Mbps Num: 5490
CA Activation Rate: 43.02
hr: 9
MAC_UE_SC_Tput: 12735.01
Bearer Releases: 10174

hr: 9
CA Activation Rate num: 573460
SIP_SC_Total_MOU: 96.63
Peak UE: 53
PCT Time MIMO: 34.82
DL Data Vol MAC in MB: 9362.45
CA Activation Rate den: 39270
Time: 00:52:36

holiday: 0
CA DL DataVolRatio Pct: 43.5
HO_att_InterFreq: 105
CA DL DataVolRatio Pct num: 809

SIP DC%: 
DLRLCLayerDataVolume MB: 4772.56
CA DL DataVolRatio Pct den: 7897
weekend: 0
hr: 8
MAC_UE_SC_Tput: 10178.78
Bearer Releases: 7402

hr: 8
Setup_Fail_DEN: 13879
Peak UE: 27
MB_per_connected_UE: 116.93
DL Volume: 6225
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4364

Time: 08:11:13
holiday: 0
CA DL DataVolRatio Pct num: 7591

Avg_Connected_UEs: 74.93
SIP DC%: 
UPTP_Mbps: 11.09
DRB UL Data Volume MB: 7137
RRC Setup Attempts: 7028
weekend: 0
CA Activation Rate: 22.71
hr: 21
MAC_UE_SC_Tput: 6867.02
Bearer Releases: 13985

hr: 21
UPTP Mbps Den: 887
Setup_Fail_DEN: 10507
SIP_SC_Total_MOU: 69.4
Peak UE: 47
MB_per_connected_UE: 139.51
PCT Time MIMO: 38.65
DL Volume: 7077
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9311
CA Activation Rate den: 118701

Time: 12:42:50
holiday: 0
CA DL DataVolRatio Pct: 50.59

SIP DC%: 
UPTP_Mbps: 23.63
DLRLCLayerDataVolume MB: 3066.72
DRB UL Data Volume MB: 6832
weekend: 0
UPTP Mbps Num: 18237
hr: 21
Bearer Releases: 6256

hr: 21
CA Activation Rate num: 8900875
Peak UE: 27
MB_per_connected_UE: 160.72
DL Data Vol MAC in MB: 9907.77
CA Activation Rate den: 180190

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6180.97
PRB Util%: 47.59
CA DL DataVolRatio Pct den: 7446
weekend: 0
UPTP Mbps Num: 34857
CA Activation Rate: 71.93
hr: 8
MAC_UE_SC_Tput: 10576.59
Bearer Releases: 11847

hr: 8
CA Activation Rate num: 2868587
UPTP Mbps Den: 1210
Setup_Fail_DEN: 13266
Peak UE: 46
MB_per_connected_UE: 48.67
DL Data Vol MAC in MB: 3956.37

Time: 13:09:55
holiday: 0
CA DL DataVolRatio Pct: 69.62

Avg_Connected_UEs: 17.62
SIP DC%: 
UPTP_Mbps: 107.93
DRB UL Data Volume MB: 365
CA DL DataVolRatio Pct den: 5029
weekend: 0
UPTP Mbps Num: 5488
CA Activation Rate: 70.27
hr: 16
MAC_UE_SC_Tput: 6519.17
Bearer Releases: 11788

hr: 16
CA Activation Rate num: 5074915
SIP_SC_Total_MOU: 83.09
DL Volume: 2456
DL Data Vol MAC in MB: 10082.35
CA Activation Rate den: 40383

Time: 08:13:32
holiday: 0

Avg_Connected_UEs: 46.48
SIP DC%: 
DLRLCLayerDataVolume MB: 5875.34
RRC Setup Attempts: 6176
CA DL DataVolRatio Pct den: 7532
CA Conf FailRate Pct den: 8462
weekend: 0
UPTP Mbps Num: 8394
CA Activation Rate: 29.64
hr: 11
MAC_UE_SC_Tput: 6118.38
Bearer Releases: 14337

hr: 11
CA Activation Rate num: 6918734
SIP_SC_Total_MOU: 65.73
Peak UE: 84
PCT Time MIMO: 62.02
DL Data Vol MAC in MB: 3064.56

Time: 02:54:19
holiday: 0
CA DL DataVolRatio Pct num: 7224

SIP DC%: 
UPTP_Mbps: 44.93
DLRLCLayerDataVolume MB: 6108.41
DRB UL Data Volume MB: 9060
weekend: 0
UPTP Mbps Num: 15998
hr: 11
MAC_UE_SC_Tput: 4340.71
Bearer Releases: 12454

hr: 11
CA Activation Rate num: 2817065
Setup_Fail_DEN: 19739
Peak UE: 34
MB_per_connected_UE: 169.22
PCT Time MIMO: 57.44
DL Volume: 7013
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3421
DL Data Vol MAC in MB: 8740.76
CA Activation Rate den: 51272

holiday: 0

DL MAC Vol Scell Pct: 5.38
Avg_Connected_UEs: 44.18
SIP DC%: 
UPTP_Mbps: 32.91
DLRLCLayerDataVolume MB: 5356.09
DRB UL Data Volume MB: 3216
PRB Util%: 34.34
RRC Setup Attempts: 7356
weekend: 0
hr: 17
MAC_UE_SC_Tput: 5698.71

hr: 17
Setup_Fail_DEN: 13933
Peak UE: 92
DL Volume: 7164
CA Activation Rate den: 138610

Time: 08:44:45
holiday: 0
CA DL DataVolRatio Pct num: 4087

SIP DC%: 
UPTP_Mbps: 125.25
DLRLCLayerDataVolume MB: 8613.87
CA DL DataVolRatio Pct den: 3924
weekend: 1
CA Activation Rate: 59.02
hr: 0
MAC_UE_SC_Tput: 13549.4

hr: 0
CA Activation Rate num: 8860308
Setup_Fail_DEN: 14082
SIP_SC_Total_MOU: 97.38
MB_per_connected_UE: 113.91
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3171

Time: 22:47:13
holiday: 0

SIP DC%: 
CA Conf FailRate Pct den: 9033
weekend: 0
CA Activation Rate: 10.13
hr: 23
MAC_UE_SC_Tput: 7054.26
Bearer Releases: 9915

hr: 23
CA Activation Rate num: 3813747
SIP_SC_Total_MOU: 52.85
Peak UE: 27
MB_per_connected_UE: 14.78
PCT Time MIMO: 64.36
DL Volume: 1147
DL Data Vol MAC in MB: 7155.77
CA Activation Rate den: 39204

Combined RACH Preambles: 3430
Time: 15:46:08
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 7034
RRC Setup Attempts: 4480
CA DL DataVolRatio Pct den: 3453
weekend: 1
UPTP Mbps Num: 8818
S1U_SIP_SC_SEER_num: 197
hr: 10
MAC_UE_SC_Tput: 8941.85
Bearer Releases: 9375

hr: 10
CA Activation Rate num: 2989720
Setup_Fail_DEN: 19496
Peak UE: 27
MB_per_connected_UE: 58.07
PCT Time MIMO: 38.87
DL Volume: 3045
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3488
DL Data Vol MAC in MB: 1043.99
CA Activation Rate den: 76481
Time: 09:07:02

holiday: 0

Avg_Connected_UEs: 43.61
SIP DC%: 
DLRLCLayerDataVolume MB: 9550.17
weekend: 1
CA Activation Rate: 54.55
hr: 9
MAC_UE_SC_Tput: 8852.13
Bearer Releases: 9298

hr: 9
CA Activation Rate num: 3687047
SIP_SC_Total_MOU: 295.12
Peak UE: 65
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7919
CA Activation Rate den: 37811
Combined RACH Preambles: 2213

Time: 15:47:54
holiday: 0
HO_att_InterFreq: 751

SIP DC%: 
UPTP_Mbps: 122.52
DLRLCLayerDataVolume MB: 9610.21
CA DL DataVolRatio Pct den: 8549
weekend: 0
CA Activation Rate: 11.26
hr: 2
MAC_UE_SC_Tput: 4947.92

hr: 2
CA Activation Rate num: 3626268
Setup_Fail_DEN: 13598
SIP_SC_Total_MOU: 37.4
Peak UE: 57
MB_per_connected_UE: 28.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5344
UL Throughput: 8.06
CA Activation Rate den: 150829

Time: 06:33:33
holiday: 0
CA DL DataVolRatio Pct num: 1014

SIP DC%: 
UPTP_Mbps: 64.45
DLRLCLayerDataVolume MB: 2152.18
PRB Util%: 4.08
CA Conf FailRate Pct den: 6893
weekend: 0
hr: 3
MAC_UE_SC_Tput: 8304.79

hr: 3
CA Activation Rate num: 12815208
SIP_SC_Total_MOU: 397.06
Peak UE: 27
PCT Time MIMO: 37.63

Time: 22:48:57
holiday: 0

Avg_Connected_UEs: 19.16
SIP DC%: 
DLRLCLayerDataVolume MB: 5301.55
DRB UL Data Volume MB: 9200
PRB Util%: 4.91
CA DL DataVolRatio Pct den: 5889
CA Conf FailRate Pct den: 3310
weekend: 0
CA Activation Rate: 59.41
hr: 5
MAC_UE_SC_Tput: 4907.71
Bearer Releases: 10093

hr: 5
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3101
DL Data Vol MAC in MB: 3018.76
CA Activation Rate den: 199403

Time: 11:52:55
holiday: 0
CA DL DataVolRatio Pct: 90.57
HO Attempts: 707

Avg_Connected_UEs: 76.73
SIP DC%: 
UPTP_Mbps: 58.58
DLRLCLayerDataVolume MB: 5528.71
DRB UL Data Volume MB: 8685
PRB Util%: 25.8
CA Conf FailRate Pct den: 7770
weekend: 0
UPTP Mbps Num: 3450
CA Activation Rate: 10.37
hr: 10
MAC_UE_SC_Tput: 4480.35

hr: 10
Setup_Fail_DEN: 16034
Peak UE: 72
VOLTE IA%: 
MB_per_connected_UE: 80.16
DL Volume: 5190

Time: 12:12:56
holiday: 0
CA DL DataVolRatio Pct num: 6162

DL MAC Vol Scell Pct: 42.1
SIP DC%: 
DRB UL Data Volume MB: 6472
PRB Util%: 55.49
RRC Setup Attempts: 6595
CA DL DataVolRatio Pct den: 6335
weekend: 0
UPTP Mbps Num: 26773
hr: 18
MAC_UE_SC_Tput: 6782.35
Bearer Releases: 11458

hr: 18
SIP_SC_Total_MOU: 387.73
Peak UE: 27
PCT Time MIMO: 35.6
DL Data Vol MAC in MB: 4896.8
CA Activation Rate den: 70967

Time: 18:22:02
holiday: 0
CA DL DataVolRatio Pct num: 4145

DL MAC Vol Scell Pct: 52.73
Avg_Connected_UEs: 54.5
SIP DC%: 
UPTP_Mbps: 96.98
DLRLCLayerDataVolume MB: 925.83
CA DL DataVolRatio Pct den: 334
weekend: 0
hr: 0
MAC_UE_SC_Tput: 6680.66
Bearer Releases: 9291

hr: 0
CA Activation Rate num: 10997297
UPTP Mbps Den: 993
Setup_Fail_DEN: 7818
SIP_SC_Total_MOU: 52.36
Peak UE: 30
DL Volume: 298

Time: 11:24:47
holiday: 0
CA DL DataVolRatio Pct: 64.02
SIP_SC_Call_Attempts: 196
CA DL DataVolRatio Pct num: 4294

DL MAC Vol Scell Pct: 34.46
Avg_Connected_UEs: 40.9
SIP DC%: 
UPTP_Mbps: 33.25
DLRLCLayerDataVolume MB: 4707.01
PRB Util%: 4.37
RRC Setup Attempts: 5937
CA DL DataVolRatio Pct den: 7675
CA Conf FailRate Pct den: 6022
weekend: 0
CA Activation Rate: 77.83
hr: 12
MAC_UE_SC_Tput: 11926.02
Bearer Releases: 18054

hr: 12
CA Activation Rate num: 7810042
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 85.84
DL Volume: 9674
DL Data Vol MAC in MB: 6958.27

Time: 19:14:11
holiday: 0
RRC Setup Failure% 5G: 0.54

SIP DC%: 
DLRLCLayerDataVolume MB: 8476.58
DRB UL Data Volume MB: 334
CA DL DataVolRatio Pct den: 6985
weekend: 0
UPTP Mbps Num: 21429
hr: 10
MAC_UE_SC_Tput: 4209.53

hr: 10
CA Activation Rate num: 4015341
UPTP Mbps Den: 1062
Setup_Fail_DEN: 11449
SIP_SC_Total_MOU: 152.85
Peak UE: 30
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4277
DL Data Vol MAC in MB: 2704.32
CA Activation Rate den: 114570

Time: 23:31:27
holiday: 0
CA DL DataVolRatio Pct num: 5302

SIP DC%: 
DLRLCLayerDataVolume MB: 3042.53
CA Conf FailRate Pct den: 8237
weekend: 0
CA Activation Rate: 56.37
hr: 23
MAC_UE_SC_Tput: 13859.39
Bearer Releases: 14480

hr: 23
CA Activation Rate num: 5437184
Setup_Fail_DEN: 11270
SIP_SC_Total_MOU: 135.97
Peak UE: 27
MB_per_connected_UE: 82.97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4467
DL Data Vol MAC in MB: 4687.31

Time: 15:06:07
holiday: 0
CA DL DataVolRatio Pct: 70.02

SIP DC%: 
DLRLCLayerDataVolume MB: 153.94
DRB UL Data Volume MB: 7867
CA Conf FailRate Pct den: 5538
weekend: 0
UPTP Mbps Num: 31793
CA Activation Rate: 56.31
hr: 17
MAC_UE_SC_Tput: 9416.5
Bearer Releases: 8061

hr: 17
CA Activation Rate num: 5855700
Peak UE: 27
DL Data Vol MAC in MB: 1088.62
CA Activation Rate den: 160862

Time: 19:13:48
holiday: 0
CA DL DataVolRatio Pct: 59.15
CA DL DataVolRatio Pct num: 4215

DL MAC Vol Scell Pct: 34.2
SIP DC%: 
UPTP_Mbps: 26.51
DLRLCLayerDataVolume MB: 2281.02
RRC Setup Attempts: 7197
weekend: 0
CA Activation Rate: 76.72
hr: 6
MAC_UE_SC_Tput: 4418.51
Bearer Releases: 8273

hr: 6
UPTP Mbps Den: 163
SIP_SC_Total_MOU: 70.61
Peak UE: 33
VOLTE IA%: 
PCT Time MIMO: 48.99
DL Data Vol MAC in MB: 7790.78

Combined RACH Preambles: 4102
Time: 17:51:30
holiday: 0
CA DL DataVolRatio Pct num: 3561

DL MAC Vol Scell Pct: 48.79
SIP DC%: 
DLRLCLayerDataVolume MB: 3127.4
DRB UL Data Volume MB: 6234
CA Conf FailRate Pct den: 5869
weekend: 1
CA Activation Rate: 40.06
hr: 3
MAC_UE_SC_Tput: 4382.53
Bearer Releases: 7695

hr: 3
UPTP Mbps Den: 805
SIP_SC_Total_MOU: 325.93
Peak UE: 34
MB_per_connected_UE: 47.29
DL Data Vol MAC in MB: 6392.93

Time: 16:19:58
holiday: 0

DL MAC Vol Scell Pct: 29.14
SIP DC%: 
CA Conf FailRate Pct den: 6605
weekend: 0
UPTP Mbps Num: 19961
CA Activation Rate: 64.07
hr: 11
MAC_UE_SC_Tput: 6593.65
Bearer Releases: 6848

hr: 11
CA Activation Rate num: 10618482
Setup_Fail_DEN: 8390
Peak UE: 66
PCT Time MIMO: 38.93
DL Data Vol MAC in MB: 3076.34
CA Activation Rate den: 224473

holiday: 0
CA DL DataVolRatio Pct: 77.29
CA DL DataVolRatio Pct num: 4911

SIP DC%: 
weekend: 0
UPTP Mbps Num: 20408
CA Activation Rate: 48.42
hr: 11

hr: 11
CA Activation Rate num: 5248892
SIP_SC_Total_MOU: 8.27
Peak UE: 62
MB_per_connected_UE: 135.1
PCT Time MIMO: 50.54
CA Activation Rate den: 92985

Time: 02:41:07
holiday: 0
CA DL DataVolRatio Pct num: 5306

Avg_Connected_UEs: 33.6
SIP DC%: 
DRB UL Data Volume MB: 1048
PRB Util%: 37.64
CA DL DataVolRatio Pct den: 6185
CA Conf FailRate Pct den: 4461
weekend: 0
UPTP Mbps Num: 43959
CA Activation Rate: 69.42
hr: 0
MAC_UE_SC_Tput: 5480.29

hr: 0
Peak UE: 27
MB_per_connected_UE: 96.72
DL Volume: 6474
DL Data Vol MAC in MB: 4985.03

Time: 00:40:07
holiday: 0

Avg_Connected_UEs: 82.41
SIP DC%: 
DLRLCLayerDataVolume MB: 1938
DRB UL Data Volume MB: 5580
CA DL DataVolRatio Pct den: 6106
weekend: 0
CA Activation Rate: 3.17
hr: 23
MAC_UE_SC_Tput: 11193.81
Bearer Releases: 14100

hr: 23
Setup_Fail_DEN: 9308
SIP_SC_Total_MOU: 123.07
Peak UE: 53
MB_per_connected_UE: 72.84
PCT Time MIMO: 53.09
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5302
CA Activation Rate den: 98128

Time: 07:00:38
holiday: 0
CA DL DataVolRatio Pct: 67.97

DL MAC Vol Scell Pct: 24.27
SIP DC%: 
DLRLCLayerDataVolume MB: 6707.13
CA DL DataVolRatio Pct den: 2095
weekend: 1
UPTP Mbps Num: 51655
hr: 12
MAC_UE_SC_Tput: 15375.05
Bearer Releases: 16304

hr: 12
CA Activation Rate num: 7195315
UPTP Mbps Den: 1962
SIP_SC_Total_MOU: 128.22
MB_per_connected_UE: 74.79
PCT Time MIMO: 40.15
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3508
UL Throughput: 12.29

Combined RACH Preambles: 2802
Time: 09:20:39
holiday: 0

Avg_Connected_UEs: 25.6
SIP DC%: 
RRC Setup Attempts: 8291
weekend: 0
UPTP Mbps Num: 22438
CA Activation Rate: 8.97
hr: 20
Bearer Releases: 10567

hr: 20
CA Activation Rate num: 3562771
SIP_SC_Total_MOU: 285.77
Peak UE: 47
MB_per_connected_UE: 183.55
DL Data Vol MAC in MB: 2293.59
CA Activation Rate den: 85171

Time: 05:48:48
holiday: 0
CA DL DataVolRatio Pct: 79

SIP DC%: 
CA Conf FailRate Pct den: 9046
weekend: 0
UPTP Mbps Num: 15578
hr: 17
MAC_UE_SC_Tput: 14883.98

hr: 17
CA Activation Rate num: 2401218
UPTP Mbps Den: 510
Setup_Fail_DEN: 10093
Peak UE: 37
DL Data Vol MAC in MB: 6864.03
CA Activation Rate den: 100234

holiday: 0
CA DL DataVolRatio Pct num: 943

SIP DC%: 
UPTP_Mbps: 126.28
DLRLCLayerDataVolume MB: 8276.98
PRB Util%: 62.59
weekend: 0
UPTP Mbps Num: 12591
hr: 23
MAC_UE_SC_Tput: 5972.15
Bearer Releases: 7427

hr: 23
CA Activation Rate num: 10579475
Setup_Fail_DEN: 15942
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5170
DL Data Vol MAC in MB: 4923.12

Time: 14:01:05
holiday: 0
CA DL DataVolRatio Pct num: 7041

DL MAC Vol Scell Pct: 37.91
SIP DC%: 
UPTP_Mbps: 25.75
CA Conf FailRate Pct den: 7104
weekend: 0
hr: 3
MAC_UE_SC_Tput: 5824.46
Bearer Releases: 11104

hr: 3
SIP_SC_Total_MOU: 13.97
Peak UE: 27
MB_per_connected_UE: 145.86
DL Volume: 8531
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7128
UL Throughput: 8.98
DL Data Vol MAC in MB: 1026.07

Time: 09:21:23
holiday: 0
CA DL DataVolRatio Pct: 45.24

Avg_Connected_UEs: 16.23
SIP DC%: 
DLRLCLayerDataVolume MB: 1114.29
CA DL DataVolRatio Pct den: 5064
weekend: 0
UPTP Mbps Num: 24423
CA Activation Rate: 73.48
hr: 15
MAC_UE_SC_Tput: 19084.75
Bearer Releases: 14673

hr: 15
CA Activation Rate num: 10015179
UPTP Mbps Den: 118
Peak UE: 27
PCT Time MIMO: 36.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7219
DL Data Vol MAC in MB: 582.47

Time: 06:58:19
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5367.17
RRC Setup Attempts: 9148
CA DL DataVolRatio Pct den: 6262
weekend: 0
UPTP Mbps Num: 22391
S1U_SIP_SC_SEER_num: 185
hr: 16

hr: 16
CA Activation Rate num: 2591340
Setup_Fail_DEN: 10986
SIP_SC_Total_MOU: 2.49
Peak UE: 27
DL Data Vol MAC in MB: 591.61
CA Activation Rate den: 157643

Time: 19:37:34
holiday: 0
HO Attempts: 478

DL MAC Vol Scell Pct: 44.43
SIP DC%: 
CA DL DataVolRatio Pct den: 8459
weekend: 0
UPTP Mbps Num: 43752
hr: 2
MAC_UE_SC_Tput: 4865.88

hr: 2
CA Activation Rate num: 5334897
Peak UE: 27
CA Activation Rate den: 136679

Time: 15:19:22
holiday: 0
CA DL DataVolRatio Pct num: 7014

DL MAC Vol Scell Pct: 23.65
SIP DC%: 
DRB UL Data Volume MB: 7865
RRC Setup Attempts: 6347
CA DL DataVolRatio Pct den: 9857
CA Conf FailRate Pct den: 3164
weekend: 1
hr: 15
MAC_UE_SC_Tput: 19841.57

hr: 15
CA Activation Rate num: 3678128
Peak UE: 65
DL Volume: 9941
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8541
DL Data Vol MAC in MB: 8617.98
CA Activation Rate den: 104227

Time: 13:32:35
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5521.37
DRB UL Data Volume MB: 6272
PRB Util%: 39.6
CA Conf FailRate Pct den: 7126
weekend: 0
CA Activation Rate: 54.59
hr: 0
MAC_UE_SC_Tput: 5264.75

hr: 0
UPTP Mbps Den: 1857
Peak UE: 73
DL Volume: 2314
CA Activation Rate den: 111219

Time: 06:42:57
holiday: 0

DL MAC Vol Scell Pct: 54.77
Avg_Connected_UEs: 28.77
SIP DC%: 
UPTP_Mbps: 10.7
DRB UL Data Volume MB: 5718
CA DL DataVolRatio Pct den: 1651
CA Conf FailRate Pct den: 5363
weekend: 0
UPTP Mbps Num: 27788
CA Activation Rate: 21.2
hr: 0
MAC_UE_SC_Tput: 15512.66

hr: 0
CA Activation Rate num: 8354103
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5679
CA Activation Rate den: 57719

Time: 07:06:26
holiday: 0
CA DL DataVolRatio Pct: 86.63

SIP DC%: 
DLRLCLayerDataVolume MB: 1371.89
DRB UL Data Volume MB: 1867
PRB Util%: 47.44
weekend: 0
CA Activation Rate: 38.99
hr: 3
MAC_UE_SC_Tput: 4537.94
Bearer Releases: 8293

hr: 3
CA Activation Rate num: 3140928
Peak UE: 75
MB_per_connected_UE: 60.74
PCT Time MIMO: 41.16
DL Volume: 4795
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7272
DL Data Vol MAC in MB: 6198.14
CA Activation Rate den: 103839
Combined RACH Preambles: 3089

Time: 15:27:01
holiday: 0
CA DL DataVolRatio Pct: 80.48

DL MAC Vol Scell Pct: 33.05
SIP DC%: 
DRB UL Data Volume MB: 8932
CA DL DataVolRatio Pct den: 5297
weekend: 0
hr: 19
MAC_UE_SC_Tput: 4419.02
Bearer Releases: 12211

hr: 19
CA Activation Rate num: 7594146
UPTP Mbps Den: 558
Setup_Fail_DEN: 7999
SIP_SC_Total_MOU: 264.61
Peak UE: 67
DL Volume: 3557
DL Data Vol MAC in MB: 3250.38

Time: 10:18:37
holiday: 0

SIP DC%: 
UPTP_Mbps: 31.1
DLRLCLayerDataVolume MB: 7851.69
PRB Util%: 54.43
CA DL DataVolRatio Pct den: 6909
CA Conf FailRate Pct den: 8818
weekend: 0
UPTP Mbps Num: 12784
CA Activation Rate: 60.2
hr: 17
MAC_UE_SC_Tput: 7535.15
Bearer Releases: 11897

hr: 17
CA Activation Rate num: 9571032
Setup_Fail_DEN: 18344
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6644
DL Data Vol MAC in MB: 2014.97

Time: 23:54:41
holiday: 0
CA DL DataVolRatio Pct num: 1788

SIP DC%: 
DLRLCLayerDataVolume MB: 5027.17
DL Packet Loss Pct: 1.35
CA Conf FailRate Pct den: 7019
weekend: 0
hr: 15
MAC_UE_SC_Tput: 8760.5

hr: 15
CA Activation Rate num: 7348504
Setup_Fail_DEN: 14807
Peak UE: 51
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4070
DL Data Vol MAC in MB: 9404.53

Combined RACH Preambles: 1910
Time: 19:29:29
holiday: 0
CA DL DataVolRatio Pct: 47.15
HO_att_InterFreq: 165

Avg_Connected_UEs: 37.87
SIP DC%: 
DRB UL Data Volume MB: 3871
PRB Util%: 60.74
RRC Setup Attempts: 5926
weekend: 0
UPTP Mbps Num: 24064
hr: 23
MAC_UE_SC_Tput: 15781.94
Bearer Releases: 16475

hr: 23
Setup_Fail_DEN: 18928
SIP_SC_Total_MOU: 423.98
Peak UE: 27
MB_per_connected_UE: 81.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4300
DL Data Vol MAC in MB: 5878.57
CA Activation Rate den: 58625

Time: 07:56:27
holiday: 0
CA DL DataVolRatio Pct num: 2268

Avg_Connected_UEs: 34.51
SIP DC%: 
DLRLCLayerDataVolume MB: 8459.88
PRB Util%: 25.23
CA Conf FailRate Pct den: 5661
weekend: 0
CA Activation Rate: 30.62
hr: 3
MAC_UE_SC_Tput: 10615.98
Bearer Releases: 10296

hr: 3
CA Activation Rate num: 7852969
Setup_Fail_DEN: 12918
SIP_SC_Total_MOU: 319.59
Peak UE: 57
MB_per_connected_UE: 122.21
DL Volume: 6767

Time: 10:34:23
holiday: 0

Avg_Connected_UEs: 66.82
SIP DC%: 
DLRLCLayerDataVolume MB: 6601.13
DRB UL Data Volume MB: 7419
weekend: 0
CA Activation Rate: 35.61
hr: 1
MAC_UE_SC_Tput: 6040.64

hr: 1
Setup_Fail_DEN: 11337
Peak UE: 27
MB_per_connected_UE: 157.25
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4122

Time: 20:37:18
holiday: 0
CA DL DataVolRatio Pct: 82.98

DL MAC Vol Scell Pct: 50.43
Avg_Connected_UEs: 49.78
SIP DC%: 
DLRLCLayerDataVolume MB: 7399.5
RRC Setup Attempts: 5766
weekend: 0
UPTP Mbps Num: 35163
CA Activation Rate: 53.77
hr: 2
MAC_UE_SC_Tput: 16867.2

hr: 2
UPTP Mbps Den: 917
Peak UE: 27
PCT Time MIMO: 37.88
DL Volume: 9221
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4859

Time: 16:03:12
holiday: 0
CA DL DataVolRatio Pct num: 4336

DL MAC Vol Scell Pct: 49.36
Avg_Connected_UEs: 50.92
SIP DC%: 
DLRLCLayerDataVolume MB: 1292.78
DRB UL Data Volume MB: 4974
CA Conf FailRate Pct den: 2540
weekend: 0
UPTP Mbps Num: 42745
CA Activation Rate: 8.41
hr: 7
MAC_UE_SC_Tput: 4761.07
Bearer Releases: 12008

hr: 7
CA Activation Rate num: 7235819
Setup_Fail_DEN: 8199
SIP_SC_Total_MOU: 66.87
Peak UE: 30
MB_per_connected_UE: 162.76
DL Data Vol MAC in MB: 4512.7
CA Activation Rate den: 92033

Combined RACH Preambles: 4391
Time: 18:55:20
holiday: 0

DL MAC Vol Scell Pct: 51.66
SIP DC%: 
UPTP_Mbps: 34.41
PRB Util%: 17.55
RRC Setup Attempts: 3504
CA Conf FailRate Pct den: 7309
weekend: 0
hr: 5
MAC_UE_SC_Tput: 5126.1
Bearer Releases: 7157

hr: 5
CA Activation Rate num: 3722469
Peak UE: 27
DL Volume: 1853
DL Data Vol MAC in MB: 7344.23

Time: 04:18:34
holiday: 0
CA DL DataVolRatio Pct num: 4341

SIP DC%: 
UPTP_Mbps: 23.18
DLRLCLayerDataVolume MB: 6038
CA Conf FailRate Pct den: 2710
weekend: 0
UPTP Mbps Num: 33288
hr: 23
MAC_UE_SC_Tput: 8169.41
Bearer Releases: 10496

hr: 23
UPTP Mbps Den: 2298
SIP_SC_Total_MOU: 44.7
Peak UE: 28
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4544
DL Data Vol MAC in MB: 9768.72

Time: 19:40:09
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 471.78
weekend: 0
CA Activation Rate: 64.48
hr: 11
MAC_UE_SC_Tput: 7397.83

hr: 11
CA Activation Rate num: 10757190
UPTP Mbps Den: 1524
MB_per_connected_UE: 9.85
PCT Time MIMO: 47.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3564
DL Data Vol MAC in MB: 3731.21
CA Activation Rate den: 108294

Time: 12:21:52
holiday: 0

DL MAC Vol Scell Pct: 14.04
SIP DC%: 
UPTP_Mbps: 26.8
weekend: 0
CA Activation Rate: 40.81
hr: 0
MAC_UE_SC_Tput: 7098.35

hr: 0
CA Activation Rate num: 8747849
Setup_Fail_DEN: 18610
Peak UE: 42
MB_per_connected_UE: 82.61
DL Data Vol MAC in MB: 9871.17
CA Activation Rate den: 77170

Time: 13:24:58
holiday: 0

Avg_Connected_UEs: 42.8
SIP DC%: 
UPTP_Mbps: 30.73
DRB UL Data Volume MB: 5594
RRC Setup Attempts: 5673
RSSIRX1 Avg: -95.7
weekend: 0
UPTP Mbps Num: 4748
hr: 19
MAC_UE_SC_Tput: 8699.86

hr: 19
CA Activation Rate num: 3914507
Setup_Fail_DEN: 11706
Peak UE: 27
MB_per_connected_UE: 18.63
DL Volume: 3837
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4030
DL Data Vol MAC in MB: 2462.51
CA Activation Rate den: 89128

Time: 08:05:24
holiday: 0
CA DL DataVolRatio Pct num: 4141

Avg_Connected_UEs: 22.17
SIP DC%: 
weekend: 0
hr: 15
MAC_UE_SC_Tput: 5457.33

hr: 15
CA Activation Rate num: 8581339
Setup_Fail_DEN: 8126
SIP_SC_Total_MOU: 300.07
Peak UE: 36
MB_per_connected_UE: 114.18
DL Data Vol MAC in MB: 7756.45

Time: 16:28:41
holiday: 0

Avg_Connected_UEs: 52.46
SIP DC%: 
DLRLCLayerDataVolume MB: 4136.94
DRB UL Data Volume MB: 1875
PRB Util%: 11.13
RRC Setup Attempts: 6355
CA DL DataVolRatio Pct den: 6532
CA Conf FailRate Pct den: 4813
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6325.05
Bearer Releases: 16202

hr: 23
CA Activation Rate num: 10070604
Setup_Fail_DEN: 17855
Peak UE: 64
MB_per_connected_UE: 34.46
DL Data Vol MAC in MB: 214.59
CA Activation Rate den: 81759

Time: 03:13:29
holiday: 0
CA DL DataVolRatio Pct: 60.16
CA DL DataVolRatio Pct num: 7190

SIP DC%: 
DLRLCLayerDataVolume MB: 1698.63
CA DL DataVolRatio Pct den: 9315
weekend: 0
UPTP Mbps Num: 5079
CA Activation Rate: 62.79
hr: 7
MAC_UE_SC_Tput: 15210.52

hr: 7
CA Activation Rate num: 7654114
Setup_Fail_DEN: 14142
UL MAC Vol Scell Pct: 1.35
Peak UE: 81
VOLTE IA%: 
DL Volume: 2662
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8257
DL Data Vol MAC in MB: 8456.86
CA Activation Rate den: 59912

Time: 16:16:12
holiday: 0

DL MAC Vol Scell Pct: 9.82
SIP DC%: 
UPTP_Mbps: 31.6
DLRLCLayerDataVolume MB: 1079.82
PRB Util%: 55.33
CA DL DataVolRatio Pct den: 8539
CA Conf FailRate Pct den: 7085
weekend: 0
UPTP Mbps Num: 50022
hr: 21
MAC_UE_SC_Tput: 12145.24

hr: 21
CA Activation Rate num: 5976047
Peak UE: 27
MB_per_connected_UE: 132.46
DL Volume: 4463
DL Data Vol MAC in MB: 1420.06
CA Activation Rate den: 127199

Time: 21:26:31
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3091.03
DRB UL Data Volume MB: 6347
RRC Setup Attempts: 6238
CA Conf FailRate Pct den: 8861
weekend: 0
CA Activation Rate: 29.67
hr: 4
MAC_UE_SC_Tput: 4411.36
Bearer Releases: 9852

hr: 4
CA Activation Rate num: 1794235
Setup_Fail_DEN: 7242
SIP_SC_Total_MOU: 58.01
Peak UE: 27
VOLTE IA%: 
CA Activation Rate den: 122726

Time: 21:14:27
holiday: 0
CA DL DataVolRatio Pct num: 4022

SIP DC%: 
UPTP_Mbps: 44.41
DLRLCLayerDataVolume MB: 1983.02
CA DL DataVolRatio Pct den: 9822
weekend: 0
hr: 0
MAC_UE_SC_Tput: 7243.97

hr: 0
Setup_Fail_DEN: 12707
SIP_SC_Total_MOU: 229.19
Peak UE: 56
DL Volume: 5140
DL Data Vol MAC in MB: 2066.03

Time: 10:45:44
holiday: 0
CA DL DataVolRatio Pct: 79.71
CA DL DataVolRatio Pct num: 6224

Avg_Connected_UEs: 51.3
SIP DC%: 
DLRLCLayerDataVolume MB: 9795.03
CA Conf FailRate Pct den: 3327
weekend: 0
hr: 14
Bearer Releases: 12229

hr: 14
CA Activation Rate num: 5156835
Setup_Fail_DEN: 14166
Peak UE: 27
MB_per_connected_UE: 77.18
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6630
CA Activation Rate den: 45581

Time: 12:05:18
holiday: 0

Avg_Connected_UEs: 59.51
SIP DC%: 
UPTP_Mbps: 31.08
RRC Setup Attempts: 6956
CA Conf FailRate Pct den: 3398
weekend: 0
CA Activation Rate: 55.26
hr: 23
MAC_UE_SC_Tput: 10685.01
Bearer Releases: 13845

hr: 23
CA Activation Rate num: 1645273
SIP_SC_Total_MOU: 9.85
Peak UE: 28
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3626

Time: 16:02:19
holiday: 0

SIP DC%: 
RRC Setup Attempts: 4304
CA DL DataVolRatio Pct den: 3851
weekend: 0
CA Activation Rate: 44.65
hr: 23
MAC_UE_SC_Tput: 8303.61

hr: 23
CA Activation Rate num: 8176965
SIP_SC_Total_MOU: 85.19
Peak UE: 44
MB_per_connected_UE: 16.82
PCT Time MIMO: 33.59
DL Volume: 2072
DL Data Vol MAC in MB: 9624.52

Time: 01:20:47
holiday: 0
CA DL DataVolRatio Pct num: 4697

SIP DC%: 
UPTP_Mbps: 97.63
DLRLCLayerDataVolume MB: 1468.31
DL Packet Loss Pct: 2.99
weekend: 0
UPTP Mbps Num: 36912
hr: 12
Bearer Releases: 15882

hr: 12
CA Activation Rate num: 5172609
Setup_Fail_DEN: 15794
Peak UE: 27
MB_per_connected_UE: 99.04
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7915
DL Data Vol MAC in MB: 5021.74
CA Activation Rate den: 36097

Time: 09:13:39
holiday: 0
CA DL DataVolRatio Pct: 66.64

Avg_Connected_UEs: 61.61
SIP DC%: 
CA DL DataVolRatio Pct den: 1320
weekend: 0
hr: 7
MAC_UE_SC_Tput: 5919.36
Bearer Releases: 11232

hr: 7
CA Activation Rate num: 7138401
UPTP Mbps Den: 1970
Setup_Fail_DEN: 14336
Peak UE: 62
PCT Time MIMO: 39.52
DL Volume: 7115
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4283
DL Data Vol MAC in MB: 9423.46

Combined RACH Preambles: 3496
Time: 18:02:50
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5361.43
DRB UL Data Volume MB: 8853
RRC Setup Attempts: 4849
CA DL DataVolRatio Pct den: 8356
weekend: 0
UPTP Mbps Num: 16248
S1U_SIP_SC_SEER_num: 166
CA Activation Rate: 12.01
hr: 22
MAC_UE_SC_Tput: 6556.81

hr: 22
CA Activation Rate num: 8895688
SIP_SC_Total_MOU: 129.86
Peak UE: 33
MB_per_connected_UE: 190.86
DL Data Vol MAC in MB: 7836.49
CA Activation Rate den: 155325

Time: 17:38:38
holiday: 0
CA DL DataVolRatio Pct: 73.66

DL MAC Vol Scell Pct: 31.5
Avg_Connected_UEs: 69.36
SIP DC%: 
UPTP_Mbps: 132.98
DLRLCLayerDataVolume MB: 1715.3
RRC Setup Attempts: 3968
CA DL DataVolRatio Pct den: 7788
weekend: 0
UPTP Mbps Num: 16897
hr: 11
MAC_UE_SC_Tput: 21399.1

hr: 11
CA Activation Rate num: 9274382
Peak UE: 30
MB_per_connected_UE: 23.11
DL Data Vol MAC in MB: 9890.43
CA Activation Rate den: 111458

Combined RACH Preambles: 4128
Time: 19:50:52
holiday: 0
CA DL DataVolRatio Pct num: 6581

Avg_Connected_UEs: 51.31
SIP DC%: 
UPTP_Mbps: 34.82
DLRLCLayerDataVolume MB: 5996.73
DRB UL Data Volume MB: 1470
CA DL DataVolRatio Pct den: 3819
CA Conf FailRate Pct den: 7928
weekend: 0
CA Activation Rate: 36.19
hr: 11
MAC_UE_SC_Tput: 4218.11

hr: 11
UPTP Mbps Den: 1035
SIP_SC_Total_MOU: 109.76
Peak UE: 56
MB_per_connected_UE: 32.36
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5868
DL Data Vol MAC in MB: 241.59
CA Activation Rate den: 55170

Time: 04:55:26
holiday: 0

SIP DC%: 
UPTP_Mbps: 29.84
DLRLCLayerDataVolume MB: 9064.57
DRB UL Data Volume MB: 6838
PRB Util%: 38.91
CA Conf FailRate Pct den: 5409
weekend: 0
hr: 0
MAC_UE_SC_Tput: 11085.87

hr: 0
CA Activation Rate num: 10163301
UPTP Mbps Den: 2630
Setup_Fail_DEN: 7733
Peak UE: 31
DL Volume: 1173
DL Data Vol MAC in MB: 3457.02
CA Activation Rate den: 84364

holiday: 0
CA DL DataVolRatio Pct num: 6649

SIP DC%: 
UPTP_Mbps: 47.81
DLRLCLayerDataVolume MB: 4053.73
DRB UL Data Volume MB: 5173
CA Conf FailRate Pct den: 8483
weekend: 0
hr: 7
MAC_UE_SC_Tput: 5183.61
Bearer Releases: 11845

hr: 7
CA Activation Rate num: 10650094
UPTP Mbps Den: 3636
Setup_Fail_DEN: 9306
SIP_SC_Total_MOU: 18.36
Peak UE: 63
VOLTE IA%: 
MB_per_connected_UE: 84.33
PCT Time MIMO: 67.89
DL Volume: 423
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4039
CA Activation Rate den: 56811

holiday: 0

Avg_Connected_UEs: 58.46
SIP DC%: 
UPTP_Mbps: 22.34
DRB UL Data Volume MB: 5506
CA DL DataVolRatio Pct den: 9738
weekend: 1
CA Activation Rate: 37.53
hr: 10
MAC_UE_SC_Tput: 8920.71
Bearer Releases: 15249

hr: 10
CA Activation Rate num: 3115002
Setup_Fail_DEN: 10809
SIP_SC_Total_MOU: 239.94
Peak UE: 48
MB_per_connected_UE: 175.11
DL Data Vol MAC in MB: 7401.26
CA Activation Rate den: 54347

Time: 01:25:02
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9123.68
DRB UL Data Volume MB: 4157
PRB Util%: 72.56
RRC Setup Attempts: 4706
CA DL DataVolRatio Pct den: 7314
weekend: 0
UPTP Mbps Num: 4759
CA Activation Rate: 48.24
hr: 5
MAC_UE_SC_Tput: 7754.17

hr: 5
CA Activation Rate num: 164191
Peak UE: 60
DL Volume: 8929
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6413
DL Data Vol MAC in MB: 3676.51
CA Activation Rate den: 55567
Combined RACH Preambles: 4561

Time: 23:03:41
holiday: 0
CA DL DataVolRatio Pct num: 5094

Avg_Connected_UEs: 59.15
SIP DC%: 
DLRLCLayerDataVolume MB: 8175.05
PRB Util%: 25
RRC Setup Attempts: 9570
CA Conf FailRate Pct den: 8528
weekend: 0
hr: 23
MAC_UE_SC_Tput: 14786.79

hr: 23
CA Activation Rate num: 2936624
MB_per_connected_UE: 95.59
DL Volume: 1210

Time: 01:45:37
holiday: 0
HO_att_InterFreq: 198

Avg_Connected_UEs: 22.46
SIP DC%: 
DLRLCLayerDataVolume MB: 2125.26
DRB UL Data Volume MB: 2845
CA Conf FailRate Pct den: 9430
weekend: 0
CA Activation Rate: 75.53
hr: 16
MAC_UE_SC_Tput: 16285.98

hr: 16
CA Activation Rate num: 8059785
Setup_Fail_DEN: 16530
SIP_SC_Total_MOU: 118.55
Peak UE: 35
MB_per_connected_UE: 14.11
DL Volume: 2052
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6212
CA Activation Rate den: 187175

Time: 06:33:07
holiday: 0
CA DL DataVolRatio Pct: 90.08

SIP DC%: 
S1U_SIP_SC_SEER: 99.94
DLRLCLayerDataVolume MB: 9909.16
PRB Util%: 74.96
RRC Setup Attempts: 9749
CA DL DataVolRatio Pct den: 5973
weekend: 0
UPTP Mbps Num: 14305
hr: 8
MAC_UE_SC_Tput: 21554.53

hr: 8
CA Activation Rate num: 9653316
Peak UE: 27
MB_per_connected_UE: 113.85
DL Data Vol MAC in MB: 2245.8

Combined RACH Preambles: 3152
Time: 16:51:27
holiday: 0
CA DL DataVolRatio Pct num: 5114

DL MAC Vol Scell Pct: 23.58
SIP DC%: 
UPTP_Mbps: 18.54
DLRLCLayerDataVolume MB: 3152.14
RRC Setup Attempts: 6641
weekend: 0
CA Activation Rate: 1.9
hr: 6
MAC_UE_SC_Tput: 4166.26

hr: 6
Setup_Fail_DEN: 10081
MB_per_connected_UE: 8.8
DL Volume: 9017
DL Data Vol MAC in MB: 8810.15
CA Activation Rate den: 115129

Time: 04:35:32
holiday: 0

DL MAC Vol Scell Pct: 5.07
SIP DC%: 
weekend: 0
hr: 3
MAC_UE_SC_Tput: 10006.12

hr: 3
CA Activation Rate num: 868163
SIP_SC_Total_MOU: 172.41
Peak UE: 84
MB_per_connected_UE: 202.43
DL Volume: 2717
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4019
CA Activation Rate den: 41678

Time: 08:24:50
holiday: 0
CA DL DataVolRatio Pct: 75.32
CA DL DataVolRatio Pct num: 5521

SIP DC%: 
DLRLCLayerDataVolume MB: 1458.58
CA Conf FailRate Pct den: 4544
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5948.2
Bearer Releases: 11676

hr: 23
CA Activation Rate num: 5151322
UPTP Mbps Den: 2954
Peak UE: 40
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4217
DL Data Vol MAC in MB: 1355.1
CA Activation Rate den: 113249

Time: 01:33:57
holiday: 0
CA DL DataVolRatio Pct num: 5661

DL MAC Vol Scell Pct: 57.4
SIP DC%: 
DLRLCLayerDataVolume MB: 8143.1
DRB UL Data Volume MB: 7954
PRB Util%: 32.16
CA DL DataVolRatio Pct den: 9103
weekend: 0
hr: 0
MAC_UE_SC_Tput: 10330.17

hr: 0
CA Activation Rate num: 10855473
Setup_Fail_DEN: 7057
Peak UE: 82
DL Volume: 8039
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8715

Time: 07:43:35
holiday: 0

DL MAC Vol Scell Pct: 11.16
SIP DC%: 
DLRLCLayerDataVolume MB: 1441.94
weekend: 0
CA Activation Rate: 10
hr: 5
MAC_UE_SC_Tput: 16194.4
Bearer Releases: 14535

hr: 5
CA Activation Rate num: 3066404
Setup_Fail_DEN: 12146
SIP_SC_Total_MOU: 157.52
Peak UE: 27

Time: 00:41:45
holiday: 0

SIP DC%: 
weekend: 0
UPTP Mbps Num: 20159
hr: 4
MAC_UE_SC_Tput: 17610.18
Bearer Releases: 13295

hr: 4
CA Activation Rate num: 6308227
SIP_SC_Total_MOU: 391.03
Peak UE: 66
MB_per_connected_UE: 109.56
DL Volume: 3672
CA Activation Rate den: 41195

Time: 16:44:38
holiday: 0

Avg_Connected_UEs: 67.92
SIP DC%: 
DLRLCLayerDataVolume MB: 7879.71
DRB UL Data Volume MB: 5488
weekend: 0
UPTP Mbps Num: 46732
hr: 4
MAC_UE_SC_Tput: 8639.67
Bearer Releases: 10345

hr: 4
CA Activation Rate num: 797996
Setup_Fail_DEN: 10657
SIP_SC_Total_MOU: 300.39
Peak UE: 92
DL Volume: 6714
DL Data Vol MAC in MB: 264.83
CA Activation Rate den: 48200

Time: 10:28:25
holiday: 0
CA DL DataVolRatio Pct: 42.25

SIP DC%: 
DLRLCLayerDataVolume MB: 2190.92
CA Conf FailRate Pct den: 7033
weekend: 0
hr: 4

hr: 4
CA Activation Rate num: 5270026
UPTP Mbps Den: 1133
SIP_SC_Total_MOU: 221.61
Peak UE: 27
CA Activation Rate den: 37020

Time: 00:47:17
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4473.67
RRC Setup Attempts: 5587
CA DL DataVolRatio Pct den: 347
CA Conf FailRate Pct den: 3866
weekend: 1
UPTP Mbps Num: 22115
CA Activation Rate: 35.85
hr: 22
MAC_UE_SC_Tput: 6596.2
Bearer Releases: 14580

hr: 22
CA Activation Rate num: 86525
SIP_SC_Total_MOU: 53.17
DL Data Vol MAC in MB: 7775.43
CA Activation Rate den: 188773

Time: 17:22:37
holiday: 0
CA DL DataVolRatio Pct: 83.03

Avg_Connected_UEs: 22.33
SIP DC%: 
DLRLCLayerDataVolume MB: 6271.42
DRB UL Data Volume MB: 5854
RRC Setup Attempts: 6913
weekend: 1
UPTP Mbps Num: 854
hr: 23
MAC_UE_SC_Tput: 12345.42
Bearer Releases: 11002

hr: 23
CA Activation Rate num: 2455158
Setup_Fail_DEN: 13331
Peak UE: 27
MB_per_connected_UE: 65.86
DL Volume: 7787
CA Activation Rate den: 61258

Time: 22:32:59
holiday: 0
CA DL DataVolRatio Pct num: 1115

Avg_Connected_UEs: 34.64
SIP DC%: 
UPTP_Mbps: 118.49
DLRLCLayerDataVolume MB: 6775.76
RRC Setup Attempts: 6637
weekend: 0
UPTP Mbps Num: 45310
hr: 4
MAC_UE_SC_Tput: 11050.11
Bearer Releases: 17765

hr: 4
CA Activation Rate num: 1728677
Setup_Fail_DEN: 17612
Peak UE: 27
MB_per_connected_UE: 54.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9221
UL Throughput: 6.99
DL Data Vol MAC in MB: 4100.01
CA Activation Rate den: 95908

Time: 04:45:15
holiday: 0
CA DL DataVolRatio Pct num: 4476

SIP DC%: 
DLRLCLayerDataVolume MB: 4557.3
weekend: 0
UPTP Mbps Num: 1638
CA Activation Rate: 74.98
hr: 0
MAC_UE_SC_Tput: 5108.54

hr: 0
CA Activation Rate num: 10306770
Peak UE: 27
MB_per_connected_UE: 173.36
DL Data Vol MAC in MB: 248.25
CA Activation Rate den: 92608

Time: 23:04:33
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7446.07
RRC Setup Attempts: 3540
CA Conf FailRate Pct den: 6404
weekend: 0
CA Activation Rate: 6.69
hr: 23
MAC_UE_SC_Tput: 7351.46

hr: 23
CA Activation Rate num: 3610698
Setup_Fail_DEN: 11714
Peak UE: 27
MB_per_connected_UE: 155.21
PCT Time MIMO: 67.32
DL Data Vol MAC in MB: 2001.92

Time: 20:17:25
holiday: 0

SIP DC%: 
UPTP_Mbps: 21.45
DRB UL Data Volume MB: 4616
weekend: 0
hr: 22
MAC_UE_SC_Tput: 10019.16
Bearer Releases: 6323

hr: 22
CA Activation Rate num: 9293528
Setup_Fail_DEN: 18308
SIP_SC_Total_MOU: 50.62
Peak UE: 27
MB_per_connected_UE: 157.57
PCT Time MIMO: 32.19
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6908
DL Data Vol MAC in MB: 4376.59
CA Activation Rate den: 115633

Time: 16:39:16
holiday: 0
CA DL DataVolRatio Pct: 71.55

SIP DC%: 
DRB UL Data Volume MB: 3616
PRB Util%: 60.69
RRC Setup Attempts: 7608
CA DL DataVolRatio Pct den: 5515
weekend: 0
hr: 4
MAC_UE_SC_Tput: 14802.56
Bearer Releases: 17212

hr: 4
CA Activation Rate num: 2094032
Setup_Fail_DEN: 18691
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 9.77
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8099
DL Data Vol MAC in MB: 2150.82
CA Activation Rate den: 44912

Time: 18:33:28
holiday: 0
CA DL DataVolRatio Pct: 46.31

Avg_Connected_UEs: 44.41
SIP DC%: 
DLRLCLayerDataVolume MB: 9708.15
PRB Util%: 74.17
weekend: 0
UPTP Mbps Num: 1465
hr: 20
MAC_UE_SC_Tput: 13110.52

hr: 20
CA Activation Rate num: 222332
Peak UE: 47
MB_per_connected_UE: 199.94
DL Volume: 1226
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7177
DL Data Vol MAC in MB: 9402.13
CA Activation Rate den: 159669

Time: 07:03:25
holiday: 0
CA DL DataVolRatio Pct: 92.48

Avg_Connected_UEs: 50.68
SIP DC%: 
UPTP_Mbps: 15.24
DLRLCLayerDataVolume MB: 3122.91
DRB UL Data Volume MB: 7481
RRC Setup Attempts: 4258
CA DL DataVolRatio Pct den: 3035
weekend: 0
hr: 0
MAC_UE_SC_Tput: 12621.78

hr: 0
CA Activation Rate num: 8069627
Setup_Fail_DEN: 8341
Peak UE: 61
MB_per_connected_UE: 43.62
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5358
DL Data Vol MAC in MB: 3121.77
CA Activation Rate den: 182093
Combined RACH Preambles: 3395

Time: 04:36:37
holiday: 0
HO Attempts: 553

Avg_Connected_UEs: 57.93
SIP DC%: 
DLRLCLayerDataVolume MB: 4972.3
PRB Util%: 44.87
weekend: 0
CA Activation Rate: 20.65
hr: 19
MAC_UE_SC_Tput: 12902.36

hr: 19
CA Activation Rate num: 1223959
SIP_SC_Total_MOU: 38.22
Peak UE: 49
MB_per_connected_UE: 160.42
DL Data Vol MAC in MB: 5615.84

Time: 05:22:10
holiday: 0
CA DL DataVolRatio Pct: 75.98

DL MAC Vol Scell Pct: 26.19
SIP DC%: 
DLRLCLayerDataVolume MB: 2389.31
PRB Util%: 26.46
weekend: 1
CA Activation Rate: 52.18
hr: 22
MAC_UE_SC_Tput: 14021.64
Bearer Releases: 9044

hr: 22
CA Activation Rate num: 4767594
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4258
CA Activation Rate den: 71807

Combined RACH Preambles: 2421
Time: 21:16:14
holiday: 0

SIP DC%: 
UPTP_Mbps: 9.92
DLRLCLayerDataVolume MB: 2130.25
DRB UL Data Volume MB: 3160
PRB Util%: 22.52
RRC Setup Attempts: 7707
CA Conf FailRate Pct den: 7944
weekend: 0
UPTP Mbps Num: 18974
CA Activation Rate: 52.71
hr: 1
MAC_UE_SC_Tput: 6942.69

hr: 1
CA Activation Rate num: 6671331
UL MAC Vol Scell Pct: 2.93
Peak UE: 27
DL Volume: 3806
DL Data Vol MAC in MB: 527.86

Time: 14:13:07
holiday: 0

DL MAC Vol Scell Pct: 23.18
SIP DC%: 
UPTP_Mbps: 38.88
S1U_SIP_SC_SEER: 99.42
DLRLCLayerDataVolume MB: 3050.35
CA Conf FailRate Pct den: 8145
weekend: 0
UPTP Mbps Num: 22235
hr: 23
MAC_UE_SC_Tput: 13287.3
Bearer Releases: 10189

hr: 23
CA Activation Rate num: 4015624
UPTP Mbps Den: 1117
Peak UE: 70
MB_per_connected_UE: 200.99
CA Activation Rate den: 133176

Time: 09:52:18
holiday: 0
CA DL DataVolRatio Pct num: 6293

SIP DC%: 
DLRLCLayerDataVolume MB: 2695.73
DRB UL Data Volume MB: 4196
CA Conf FailRate Pct den: 5483
weekend: 0
UPTP Mbps Num: 35416
hr: 23
MAC_UE_SC_Tput: 5663.34
Bearer Releases: 7202

hr: 23
CA Activation Rate num: 1177533
Setup_Fail_DEN: 18939
SIP_SC_Total_MOU: 166.44
Peak UE: 27
PCT Time MIMO: 32.46
DL Volume: 540
DL Data Vol MAC in MB: 5647.21

Time: 14:25:58
holiday: 0
CA DL DataVolRatio Pct num: 7453
HO Attempts: 684

DL MAC Vol Scell Pct: 11.18
SIP DC%: 
DLRLCLayerDataVolume MB: 6217.99
DRB UL Data Volume MB: 2551
PRB Util%: 27.77
RRC Setup Attempts: 5629
CA DL DataVolRatio Pct den: 3523
weekend: 0
hr: 20
Bearer Releases: 13064

hr: 20
CA Activation Rate num: 3924174
UPTP Mbps Den: 672
SIP_SC_Total_MOU: 196.05
Peak UE: 45
MB_per_connected_UE: 32.13
CA Activation Rate den: 124345

Time: 23:26:30
holiday: 0

SIP DC%: 
UPTP_Mbps: 21.93
DLRLCLayerDataVolume MB: 7585.12
DRB UL Data Volume MB: 9093
weekend: 0
CA Activation Rate: 66.19
hr: 23
MAC_UE_SC_Tput: 11609.9
Bearer Releases: 12050

hr: 23
CA Activation Rate num: 10447752
Setup_Fail_DEN: 17064
Peak UE: 47
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3757
CA Activation Rate den: 38570

Time: 11:25:05
holiday: 0
CA DL DataVolRatio Pct num: 3794

SIP DC%: 
DLRLCLayerDataVolume MB: 1937.97
PRB Util%: 39.83
CA DL DataVolRatio Pct den: 8315
weekend: 1
UPTP Mbps Num: 27601
hr: 10
MAC_UE_SC_Tput: 4607.23
Bearer Releases: 10111

hr: 10
CA Activation Rate num: 2971607
SIP_SC_Total_MOU: 94.49
Peak UE: 72
MB_per_connected_UE: 51.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6711
DL Data Vol MAC in MB: 4452.75
CA Activation Rate den: 102883

Time: 10:42:28
holiday: 0
CA DL DataVolRatio Pct num: 7250

SIP DC%: 
DLRLCLayerDataVolume MB: 4596.41
DRB UL Data Volume MB: 8333
DL Packet Loss Pct: 0.98
RRC Setup Attempts: 4036
CA DL DataVolRatio Pct den: 2895
CA Conf FailRate Pct den: 2553
weekend: 0
CA Activation Rate: 47.96
hr: 13
MAC_UE_SC_Tput: 5979.55
Bearer Releases: 15508

hr: 13
CA Activation Rate num: 9162287
SIP_SC_Total_MOU: 14.67
Peak UE: 27
MB_per_connected_UE: 121.59
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4537
DL Data Vol MAC in MB: 8756.45
CA Activation Rate den: 103202

Time: 21:13:04
holiday: 0

SIP DC%: 
UPTP_Mbps: 120.37
DLRLCLayerDataVolume MB: 2035.42
DRB UL Data Volume MB: 4064
weekend: 0
hr: 19
MAC_UE_SC_Tput: 10004.96

hr: 19
CA Activation Rate num: 7426242
Peak UE: 44
MB_per_connected_UE: 31.6
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7830
DL Data Vol MAC in MB: 1423.12

Time: 19:45:35
holiday: 0

SIP DC%: 
UPTP_Mbps: 44.38
DLRLCLayerDataVolume MB: 8177.69
DRB UL Data Volume MB: 7038
PRB Util%: 47.09
CA Conf FailRate Pct den: 9334
weekend: 0
UPTP Mbps Num: 2248
hr: 7
MAC_UE_SC_Tput: 6870.02
Bearer Releases: 10905

hr: 7
CA Activation Rate num: 1221608
UPTP Mbps Den: 467
SIP_SC_Total_MOU: 18.78
Peak UE: 70
DL Data Vol MAC in MB: 5410.9
CA Activation Rate den: 80721

Time: 10:09:06
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7942.64
DRB UL Data Volume MB: 8439
PRB Util%: 24.91
RRC Setup Attempts: 3793
CA Conf FailRate Pct den: 7066
weekend: 0
CA Activation Rate: 35.35
hr: 23
MAC_UE_SC_Tput: 8451.08

hr: 23
CA Activation Rate num: 2826860
UPTP Mbps Den: 1728
SIP_SC_Total_MOU: 340.36
Peak UE: 41
MB_per_connected_UE: 169.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3466
CA Activation Rate den: 129023

Time: 20:34:18
holiday: 0

SIP DC%: 
RRC Setup Attempts: 7182
weekend: 0
hr: 2
MAC_UE_SC_Tput: 18401.91
Bearer Releases: 18601

hr: 2
CA Activation Rate num: 10266470
UPTP Mbps Den: 5000
Setup_Fail_DEN: 12954
SIP_SC_Total_MOU: 99.28
Peak UE: 41
MB_per_connected_UE: 164.57
DL Data Vol MAC in MB: 4514.71

Time: 09:07:34
holiday: 0

Avg_Connected_UEs: 30.84
SIP DC%: 
DLRLCLayerDataVolume MB: 5700.82
PRB Util%: 66.62
weekend: 0
UPTP Mbps Num: 14382
CA Activation Rate: 4.51
hr: 23
MAC_UE_SC_Tput: 35497.32

hr: 23
CA Activation Rate num: 8332669
Setup_Fail_DEN: 11567
SIP_SC_Total_MOU: 136.55
Peak UE: 64
MB_per_connected_UE: 30.28
PCT Time MIMO: 40.79
DL Volume: 3258
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7156
DL Data Vol MAC in MB: 5233.59
CA Activation Rate den: 62266

Time: 16:47:58
holiday: 0

Avg_Connected_UEs: 23.82
SIP DC%: 
DLRLCLayerDataVolume MB: 7135.61
DRB UL Data Volume MB: 7476
PRB Util%: 49.5
RRC Setup Attempts: 5303
CA DL DataVolRatio Pct den: 8022
CA Conf FailRate Pct den: 3771
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11140.43
Bearer Releases: 13065

hr: 23
CA Activation Rate num: 276966
Setup_Fail_DEN: 15487
Peak UE: 54
MB_per_connected_UE: 59.81
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4724
DL Data Vol MAC in MB: 6395.78

Combined RACH Preambles: 2812
Time: 19:28:30
holiday: 0
CA DL DataVolRatio Pct: 73.23
CA DL DataVolRatio Pct num: 1293

SIP DC%: 
DLRLCLayerDataVolume MB: 2638.78
weekend: 0
hr: 4
MAC_UE_SC_Tput: 10578.96

hr: 4
CA Activation Rate num: 3910525
Setup_Fail_DEN: 7504
SIP_SC_Total_MOU: 210.94
Peak UE: 27
MB_per_connected_UE: 174.86
DL Data Vol MAC in MB: 4936.46
CA Activation Rate den: 119864

Time: 22:53:38
holiday: 0

SIP DC%: 
UPTP_Mbps: 40.2
DLRLCLayerDataVolume MB: 6309.96
DRB UL Data Volume MB: 2279
DL Packet Loss Pct: 2.14
RRC Setup Attempts: 5610
CA DL DataVolRatio Pct den: 1244
weekend: 0
CA Activation Rate: 31.59
hr: 11
MAC_UE_SC_Tput: 12385.68

hr: 11
CA Activation Rate num: 6767104
Setup_Fail_DEN: 9408
Peak UE: 27
MB_per_connected_UE: 198.3
DL Data Vol MAC in MB: 635.9
CA Activation Rate den: 221183

holiday: 0

DL MAC Vol Scell Pct: 7.42
SIP DC%: 
UPTP_Mbps: 43
DLRLCLayerDataVolume MB: 5253.18
RRC Setup Attempts: 8421
weekend: 1
UPTP Mbps Num: 54948
CA Activation Rate: 3.06
hr: 23
MAC_UE_SC_Tput: 10873.7
Bearer Releases: 12551

hr: 23
CA Activation Rate num: 10698464
Peak UE: 27
MB_per_connected_UE: 88.03
CA Activation Rate den: 105526

Time: 04:40:28
holiday: 0
CA DL DataVolRatio Pct: 92.15
CA DL DataVolRatio Pct num: 5246

DL MAC Vol Scell Pct: 22
SIP DC%: 
DLRLCLayerDataVolume MB: 5502.19
DRB UL Data Volume MB: 4734
weekend: 0
UPTP Mbps Num: 9999
hr: 10
MAC_UE_SC_Tput: 5850.85
Bearer Releases: 11465

hr: 10
CA Activation Rate num: 8755717
UPTP Mbps Den: 715
SIP_SC_Total_MOU: 90.07
Peak UE: 50
MB_per_connected_UE: 158.66
DL Volume: 8149
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8275
DL Data Vol MAC in MB: 1233.88
CA Activation Rate den: 43827

Time: 20:15:31
holiday: 0
CA DL DataVolRatio Pct num: 4812

DL MAC Vol Scell Pct: 48.74
Avg_Connected_UEs: 43.73
SIP DC%: 
UPTP_Mbps: 43.25
DLRLCLayerDataVolume MB: 6556.01
CA DL DataVolRatio Pct den: 1329
CA Conf FailRate Pct den: 4247
weekend: 0
CA Activation Rate: 72.12
hr: 6
MAC_UE_SC_Tput: 4664.09

hr: 6
UPTP Mbps Den: 2125
SIP_SC_Total_MOU: 11.43
Peak UE: 27
MB_per_connected_UE: 157.51
PCT Time MIMO: 59.28
DL Volume: 7924
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8634
DL Data Vol MAC in MB: 2670.71

Time: 20:35:52
holiday: 0
CA DL DataVolRatio Pct num: 2539

SIP DC%: 
DLRLCLayerDataVolume MB: 2408.58
DRB UL Data Volume MB: 7025
CA Conf FailRate Pct den: 7591
weekend: 1
UPTP Mbps Num: 19294
CA Activation Rate: 57.35
hr: 0
MAC_UE_SC_Tput: 22734

hr: 0
Peak UE: 27
MB_per_connected_UE: 19.63
PCT Time MIMO: 37.41
DL Volume: 5216
DL Data Vol MAC in MB: 871.06

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7262.91
PRB Util%: 59.58
RRC Setup Attempts: 8427
CA Conf FailRate Pct den: 4634
weekend: 1
CA Activation Rate: 29.78
hr: 23
MAC_UE_SC_Tput: 9055.16
Bearer Releases: 6305

hr: 23
CA Activation Rate num: 2692836
Peak UE: 79
MB_per_connected_UE: 181.98
DL Volume: 3266
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8575
DL Data Vol MAC in MB: 878.19
CA Activation Rate den: 115620

Time: 04:01:04
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8437.1
weekend: 0
UPTP Mbps Num: 6752
CA Activation Rate: 18.65
hr: 9
MAC_UE_SC_Tput: 10491.28
Bearer Releases: 9920

hr: 9
CA Activation Rate num: 12358535
Setup_Fail_DEN: 17522
SIP_SC_Total_MOU: 105.34
Peak UE: 86
MB_per_connected_UE: 143.7
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5944
DL Data Vol MAC in MB: 9393.58

Time: 15:46:20
holiday: 0

Avg_Connected_UEs: 28.94
SIP DC%: 
DLRLCLayerDataVolume MB: 3133.26
PRB Util%: 19.29
weekend: 0
CA Activation Rate: 19
hr: 20
MAC_UE_SC_Tput: 18300.75

hr: 20
CA Activation Rate num: 8188630
UPTP Mbps Den: 4998
Peak UE: 93
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7248
UL Throughput: 6.83
CA Activation Rate den: 58602

Time: 04:42:22
holiday: 0
CA DL DataVolRatio Pct: 66.37

DL MAC Vol Scell Pct: 9.77
SIP DC%: 
DLRLCLayerDataVolume MB: 765.79
CA DL DataVolRatio Pct den: 2017
weekend: 0
UPTP Mbps Num: 43179
hr: 15
Bearer Releases: 6530

hr: 15
CA Activation Rate num: 10302432
Setup_Fail_DEN: 8628
Peak UE: 78
PCT Time MIMO: 52.3
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3532
DL Data Vol MAC in MB: 3591.78

Time: 04:21:56
holiday: 0
CA DL DataVolRatio Pct num: 6848

DL MAC Vol Scell Pct: 18.33
Avg_Connected_UEs: 55.74
SIP DC%: 
DLRLCLayerDataVolume MB: 7343.63
CA DL DataVolRatio Pct den: 4905
CA Conf FailRate Pct den: 4502
weekend: 0
CA Activation Rate: 11.19
hr: 6
MAC_UE_SC_Tput: 27204.71
Bearer Releases: 16193

hr: 6
CA Activation Rate num: 9911835
SIP_SC_Total_MOU: 311.14
Peak UE: 47
MB_per_connected_UE: 29.37
DL Data Vol MAC in MB: 9450.91
CA Activation Rate den: 101399

Time: 07:14:50
holiday: 0

DL MAC Vol Scell Pct: 21.49
SIP DC%: 
DLRLCLayerDataVolume MB: 5531.44
DRB UL Data Volume MB: 2886
RRC Setup Attempts: 5600
CA Conf FailRate Pct den: 4489
weekend: 0
UPTP Mbps Num: 20030
CA Activation Rate: 42.58
hr: 20
MAC_UE_SC_Tput: 5910.49
Bearer Releases: 13495

hr: 20
Setup_Fail_DEN: 12866
SIP_SC_Total_MOU: 83.92
Peak UE: 48
MB_per_connected_UE: 18.41
CA Activation Rate den: 78004

Time: 19:17:57
holiday: 0
HO_att_InterFreq: 350

Avg_Connected_UEs: 16.73
SIP DC%: 
DLRLCLayerDataVolume MB: 7626.33
RRC Setup Attempts: 5048
CA DL DataVolRatio Pct den: 7796
CA Conf FailRate Pct den: 4641
weekend: 0
CA Activation Rate: 69.9
hr: 23
MAC_UE_SC_Tput: 8481.68
Bearer Releases: 17230

hr: 23
CA Activation Rate num: 1645757
UPTP Mbps Den: 4843
Setup_Fail_DEN: 14493
MB_per_connected_UE: 89.45
DL Volume: 7273
DL Data Vol MAC in MB: 7622.64

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1819.12
DRB UL Data Volume MB: 9536
CA DL DataVolRatio Pct den: 6032
weekend: 0
hr: 6
MAC_UE_SC_Tput: 7824.83
Bearer Releases: 18246

hr: 6
CA Activation Rate num: 4579930
Setup_Fail_DEN: 11231
SIP_SC_Total_MOU: 254.71
Peak UE: 97
PCT Time MIMO: 36.3
DL Volume: 1052
DL Data Vol MAC in MB: 9213.81
CA Activation Rate den: 68264

Time: 00:15:50
holiday: 0

SIP DC%: 
RRC Setup Attempts: 6067
weekend: 0
hr: 19

hr: 19
CA Activation Rate num: 2149810
Setup_Fail_DEN: 13980
Peak UE: 27
MB_per_connected_UE: 112.6
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6692
DL Data Vol MAC in MB: 915.47
CA Activation Rate den: 98001

Time: 13:04:08
holiday: 0
CA DL DataVolRatio Pct num: 4700

Avg_Connected_UEs: 65.22
SIP DC%: 
UPTP_Mbps: 24.12
DRB UL Data Volume MB: 4738
PRB Util%: 28.97
CA Conf FailRate Pct den: 5574
weekend: 0
hr: 2
MAC_UE_SC_Tput: 31550.51

hr: 2
CA Activation Rate num: 1082638
Setup_Fail_DEN: 15384
SIP_SC_Total_MOU: 105.71
Peak UE: 33
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3384
Time: 17:18:30

holiday: 0

Avg_Connected_UEs: 24.32
SIP DC%: 
UPTP_Mbps: 66.97
PRB Util%: 49.37
weekend: 0
hr: 7
MAC_UE_SC_Tput: 15007.21

hr: 7
CA Activation Rate num: 6087299
SIP_SC_Total_MOU: 252.88
Peak UE: 50
MB_per_connected_UE: 62.62
PCT Time MIMO: 40.18
DL Data Vol MAC in MB: 8233.02

Time: 03:02:54
holiday: 0
CA DL DataVolRatio Pct num: 5244

SIP DC%: 
UPTP_Mbps: 26.07
PRB Util%: 41.22
RRC Setup Attempts: 7559
CA DL DataVolRatio Pct den: 7942
CA Conf FailRate Pct den: 6580
weekend: 1
UPTP Mbps Num: 2861
hr: 0
MAC_UE_SC_Tput: 14055.83
Bearer Releases: 13191

hr: 0
CA Activation Rate num: 93377
Setup_Fail_DEN: 8658
SIP_SC_Total_MOU: 144.08
Peak UE: 66
MB_per_connected_UE: 36.23
DL Volume: 5963
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8773
CA Activation Rate den: 113815

Combined RACH Preambles: 2572
Time: 23:56:53
holiday: 0
CA DL DataVolRatio Pct num: 5130

Avg_Connected_UEs: 16.72
SIP DC%: 
DRB UL Data Volume MB: 4401
PRB Util%: 27.04
RRC Setup Attempts: 9236
CA DL DataVolRatio Pct den: 10141
CA Conf FailRate Pct den: 7376
weekend: 0
CA Activation Rate: 48.52
hr: 22
MAC_UE_SC_Tput: 11756.22

hr: 22
CA Activation Rate num: 5541567
Setup_Fail_DEN: 15299
Peak UE: 27
MB_per_connected_UE: 78.16

Time: 15:47:34
holiday: 0
CA DL DataVolRatio Pct: 90.28

SIP DC%: 
DLRLCLayerDataVolume MB: 8901.64
CA Conf FailRate Pct den: 9192
weekend: 0
UPTP Mbps Num: 3666
hr: 9
MAC_UE_SC_Tput: 13377.84
Bearer Releases: 18505

hr: 9
CA Activation Rate num: 2648079
Setup_Fail_DEN: 9866
SIP_SC_Total_MOU: 79.34
Peak UE: 57
MB_per_connected_UE: 191.55
DL Data Vol MAC in MB: 648.9
CA Activation Rate den: 41350

Time: 20:41:58
holiday: 0
CA DL DataVolRatio Pct num: 2586

SIP DC%: 
DLRLCLayerDataVolume MB: 1592.14
PRB Util%: 57.2
RRC Setup Attempts: 7080
weekend: 0
UPTP Mbps Num: 21926
hr: 7
MAC_UE_SC_Tput: 7601.06
Bearer Releases: 6655

hr: 7
Setup_Fail_DEN: 11525
Peak UE: 27
DL Volume: 8188
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4644
CA Activation Rate den: 72459

Time: 04:54:23
holiday: 0
CA DL DataVolRatio Pct: 61.02

SIP DC%: 
DLRLCLayerDataVolume MB: 6572.05
CA Conf FailRate Pct den: 5129
weekend: 0
UPTP Mbps Num: 10090
hr: 20
MAC_UE_SC_Tput: 7285.16
Bearer Releases: 11037

hr: 20
CA Activation Rate num: 5111921
SIP_SC_Total_MOU: 124.78
Peak UE: 62
DL Data Vol MAC in MB: 7840.94
CA Activation Rate den: 107130

Time: 07:58:11
holiday: 0
CA DL DataVolRatio Pct: 76.97
CA DL DataVolRatio Pct num: 1189

Avg_Connected_UEs: 47.39
SIP DC%: 
UPTP_Mbps: 41.45
DLRLCLayerDataVolume MB: 8454.04
PRB Util%: 51.51
RRC Setup Attempts: 5818
CA Conf FailRate Pct den: 8106
weekend: 0
UPTP Mbps Num: 24658
hr: 4
MAC_UE_SC_Tput: 18004.4
Bearer Releases: 10156

hr: 4
CA Activation Rate num: 9093042
Setup_Fail_DEN: 7398
Peak UE: 50
DL Volume: 6458
DL Data Vol MAC in MB: 5695.96

Time: 12:06:07
holiday: 0
CA DL DataVolRatio Pct: 79.08

Avg_Connected_UEs: 80.45
SIP DC%: 
DLRLCLayerDataVolume MB: 9485.84
DRB UL Data Volume MB: 8955
CA DL DataVolRatio Pct den: 2794
RSSIRX1 Avg: -94.77
weekend: 0
CA Activation Rate: 39.04
hr: 17
MAC_UE_SC_Tput: 4425.35

hr: 17
UPTP Mbps Den: 5748
SIP_SC_Total_MOU: 115.96
Peak UE: 27
DL Data Vol MAC in MB: 911.85

Time: 02:27:53
holiday: 0

DL MAC Vol Scell Pct: 38.44
SIP DC%: 
DLRLCLayerDataVolume MB: 1549.44
DRB UL Data Volume MB: 7793
CA Conf FailRate Pct den: 2876
weekend: 0
hr: 11
MAC_UE_SC_Tput: 9141.87

hr: 11
Setup_Fail_DEN: 9066
SIP_SC_Total_MOU: 41.57
QCI 1 Bearer Drop%: 0.69
Peak UE: 27
MB_per_connected_UE: 101.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5324
DL Data Vol MAC in MB: 3890.84

Time: 14:47:50
holiday: 0
CA DL DataVolRatio Pct: 60.67
CA DL DataVolRatio Pct num: 4719

SIP DC%: 
UPTP_Mbps: 15.61
DLRLCLayerDataVolume MB: 4184.35
CA DL DataVolRatio Pct den: 7420
CA Conf FailRate Pct den: 7990
weekend: 0
hr: 2
MAC_UE_SC_Tput: 6784.66
Bearer Releases: 7115

hr: 2
CA Activation Rate num: 3594183
Setup_Fail_DEN: 15885
SIP_SC_Total_MOU: 38.71
Peak UE: 54
MB_per_connected_UE: 158.96
DL Volume: 2289
DL Data Vol MAC in MB: 9047.04

Time: 14:02:14
holiday: 0
CA DL DataVolRatio Pct: 69.81

Avg_Connected_UEs: 31.66
SIP DC%: 
UPTP_Mbps: 15.16
DLRLCLayerDataVolume MB: 1460.81
weekend: 0
hr: 3
MAC_UE_SC_Tput: 17030.54
Bearer Releases: 10582

hr: 3
CA Activation Rate num: 7785166
SIP_SC_Total_MOU: 58.56
Peak UE: 27
MB_per_connected_UE: 29.76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9133
DL Data Vol MAC in MB: 2783.36

Time: 09:17:20
holiday: 0

Avg_Connected_UEs: 19.47
SIP DC%: 
DLRLCLayerDataVolume MB: 2031.29
DRB UL Data Volume MB: 9137
weekend: 0
hr: 15
Bearer Releases: 17348

hr: 15
CA Activation Rate num: 3566491
Setup_Fail_DEN: 14426
SIP_SC_Total_MOU: 117.6
Peak UE: 52
MB_per_connected_UE: 10.51
PCT Time MIMO: 54.21
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5228
DL Data Vol MAC in MB: 7571.24
CA Activation Rate den: 44275

Time: 05:14:09
holiday: 0

DL MAC Vol Scell Pct: 7.68
SIP DC%: 
UPTP_Mbps: 43.42
DRB UL Data Volume MB: 758
PRB Util%: 10.53
RRC Setup Attempts: 3430
CA DL DataVolRatio Pct den: 9312
CA Conf FailRate Pct den: 3934
weekend: 0
UPTP Mbps Num: 44712
hr: 17
MAC_UE_SC_Tput: 17431.27
Bearer Releases: 7255

hr: 17
CA Activation Rate num: 9907257
Setup_Fail_DEN: 15034
Peak UE: 36
MB_per_connected_UE: 47.58
DL Volume: 5295
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3777
DL Data Vol MAC in MB: 6394.84
CA Activation Rate den: 127299

Time: 09:37:39
holiday: 0
CA DL DataVolRatio Pct: 73.17
HO_att_InterFreq: 641

SIP DC%: 
DLRLCLayerDataVolume MB: 3117.78
CA Conf FailRate Pct den: 3665
weekend: 0
UPTP Mbps Num: 56856
hr: 14
MAC_UE_SC_Tput: 8158.46
Bearer Releases: 14397

hr: 14
CA Activation Rate num: 3338136
Peak UE: 27
PCT Time MIMO: 53.08
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5623
DL Data Vol MAC in MB: 641.97
CA Activation Rate den: 129201

Time: 22:07:36
holiday: 0

DL MAC Vol Scell Pct: 31.86
SIP DC%: 
weekend: 1
CA Activation Rate: 27.07
hr: 15
MAC_UE_SC_Tput: 7365.95

hr: 15
CA Activation Rate num: 10338578
Peak UE: 79
PCT Time MIMO: 66.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3722

Time: 06:49:33
holiday: 0
HO Attempts: 32

Avg_Connected_UEs: 62.75
SIP DC%: 
RRC Setup Attempts: 8281
CA DL DataVolRatio Pct den: 9936
weekend: 0
UPTP Mbps Num: 58561
CA Activation Rate: 66.35
hr: 11
MAC_UE_SC_Tput: 9908.44

hr: 11
CA Activation Rate num: 6172806
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4463
DL Data Vol MAC in MB: 2475.66

Time: 07:06:51
holiday: 0

DL MAC Vol Scell Pct: 46.9
SIP DC%: 
UPTP_Mbps: 26.85
DLRLCLayerDataVolume MB: 4471.58
DRB UL Data Volume MB: 1952
PRB Util%: 40.48
RRC Setup Attempts: 5709
CA DL DataVolRatio Pct den: 9949
weekend: 0
CA Activation Rate: 35.57
hr: 20
MAC_UE_SC_Tput: 6960.59
Bearer Releases: 17381

hr: 20
Setup_Fail_DEN: 15538
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6707
DL Data Vol MAC in MB: 8561.81

Time: 13:08:37
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8626.34
RRC Setup Attempts: 7207
weekend: 0
hr: 10
MAC_UE_SC_Tput: 14832.31

hr: 10
CA Activation Rate num: 8287732
Setup_Fail_DEN: 17083
SIP_SC_Total_MOU: 288.2
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6657

Time: 01:53:04
holiday: 0

DL MAC Vol Scell Pct: 8.42
SIP DC%: 
DLRLCLayerDataVolume MB: 1319.63
DRB UL Data Volume MB: 8709
PRB Util%: 15.29
CA DL DataVolRatio Pct den: 10195
weekend: 0
UPTP Mbps Num: 27981
CA Activation Rate: 18.74
hr: 0
Bearer Releases: 6601

hr: 0
CA Activation Rate num: 5310490
SIP_SC_Total_MOU: 99.04
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3256
DL Data Vol MAC in MB: 829.63

Time: 15:31:15
holiday: 0
CA DL DataVolRatio Pct: 58.19

Avg_Connected_UEs: 63.49
SIP DC%: 
DLRLCLayerDataVolume MB: 3896.43
DRB UL Data Volume MB: 4145
RRC Setup Attempts: 7311
CA Conf FailRate Pct den: 6123
weekend: 0
UPTP Mbps Num: 33226
hr: 6
MAC_UE_SC_Tput: 16032.22
Bearer Releases: 13218

hr: 6
CA Activation Rate num: 2295585
Peak UE: 27
MB_per_connected_UE: 132.77
DL Volume: 8868
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6559
CA Activation Rate den: 78043

Time: 13:46:09
holiday: 0
CA DL DataVolRatio Pct num: 4269

SIP DC%: 
DLRLCLayerDataVolume MB: 6706.48
DRB UL Data Volume MB: 6589
RRC Setup Attempts: 7287
weekend: 1
UPTP Mbps Num: 55485
hr: 3
MAC_UE_SC_Tput: 5734.67
Bearer Releases: 16917

hr: 3
Peak UE: 27
DL Volume: 4586
UL Throughput: 15
DL Data Vol MAC in MB: 3411.87

Time: 05:20:16
holiday: 0

SIP DC%: 
UPTP_Mbps: 36.64
DLRLCLayerDataVolume MB: 5598.09
CA DL DataVolRatio Pct den: 5905
weekend: 0
hr: 23
MAC_UE_SC_Tput: 18144.1
Bearer Releases: 6278

hr: 23
CA Activation Rate num: 3070400
Peak UE: 27
MB_per_connected_UE: 94.81

Time: 17:52:22
holiday: 0
CA DL DataVolRatio Pct: 48.02

SIP DC%: 
DLRLCLayerDataVolume MB: 5319.23
DRB UL Data Volume MB: 4086
PRB Util%: 54.77
RRC Setup Attempts: 4144
CA DL DataVolRatio Pct den: 4830
CA Conf FailRate Pct den: 6077
weekend: 0
CA Activation Rate: 69
hr: 21

hr: 21
CA Activation Rate num: 4688910
UPTP Mbps Den: 1873
SIP_SC_Total_MOU: 173.27
Peak UE: 61
MB_per_connected_UE: 27.41
DL Data Vol MAC in MB: 9251.84

Combined RACH Preambles: 2536
Time: 13:49:03
holiday: 0

Avg_Connected_UEs: 21.13
SIP DC%: 
UPTP_Mbps: 11.22
DRB UL Data Volume MB: 3337
weekend: 0
hr: 0
MAC_UE_SC_Tput: 7487.85
Bearer Releases: 11070

hr: 0
CA Activation Rate num: 14158779
Setup_Fail_DEN: 6435
SIP_SC_Total_MOU: 80.68
Peak UE: 27
MB_per_connected_UE: 54
CA Activation Rate den: 65687

Time: 03:21:13
holiday: 0
CA DL DataVolRatio Pct: 68.39

SIP DC%: 
UPTP_Mbps: 131.96
DLRLCLayerDataVolume MB: 8751.51
weekend: 0
hr: 6
MAC_UE_SC_Tput: 7740.33

hr: 6
Setup_Fail_DEN: 10506
Peak UE: 27
MB_per_connected_UE: 80.58
PCT Time MIMO: 38.47
DL Volume: 9646
DL Data Vol MAC in MB: 5495.12
CA Activation Rate den: 207853
Combined RACH Preambles: 3774

Time: 04:21:00
holiday: 0

SIP DC%: 
UPTP_Mbps: 56.78
RRC Setup Attempts: 3701
CA DL DataVolRatio Pct den: 6243
CA Conf FailRate Pct den: 5986
weekend: 0
hr: 16
MAC_UE_SC_Tput: 5605.06

hr: 16
CA Activation Rate num: 8690400
SIP_SC_Total_MOU: 74.59
Peak UE: 86
MB_per_connected_UE: 76.49
DL Volume: 1736
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4774
DL Data Vol MAC in MB: 3216.6
CA Activation Rate den: 143049

Time: 09:27:49
holiday: 0
CA DL DataVolRatio Pct num: 1757

DL MAC Vol Scell Pct: 47.81
Avg_Connected_UEs: 20
SIP DC%: 
DLRLCLayerDataVolume MB: 5101.16
CA DL DataVolRatio Pct den: 2779
CA Conf FailRate Pct den: 8778
RSSIRX1 Avg: -93.81
weekend: 0
hr: 0
MAC_UE_SC_Tput: 15201.16
Bearer Releases: 8344

hr: 0
CA Activation Rate num: 10772509
SIP_SC_Total_MOU: 420.33
PCT Time MIMO: 37.36
DL Volume: 5287

Combined RACH Preambles: 3676
Time: 02:08:10
holiday: 0

SIP DC%: 
UPTP_Mbps: 75.89
weekend: 0
CA Activation Rate: 62.41
hr: 23
MAC_UE_SC_Tput: 4353.03
Bearer Releases: 13169

hr: 23
CA Activation Rate num: 4578632
SIP_SC_Total_MOU: 137.26
Peak UE: 32
MB_per_connected_UE: 120.65
PCT Time MIMO: 50.83
DL Volume: 7251
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5985
DL Data Vol MAC in MB: 1892.1
CA Activation Rate den: 122400

Combined RACH Preambles: 2576
Time: 02:57:58
holiday: 0

SIP DC%: 
UPTP_Mbps: 15.21
DLRLCLayerDataVolume MB: 5635.5
CA Conf FailRate Pct den: 6332
weekend: 0
hr: 10
MAC_UE_SC_Tput: 8153.46
Bearer Releases: 7837

hr: 10
CA Activation Rate num: 3747863
Peak UE: 71
MB_per_connected_UE: 9.19
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4062
CA Activation Rate den: 96313

holiday: 0

DL MAC Vol Scell Pct: 29.04
Avg_Connected_UEs: 79.32
SIP DC%: 
DRB UL Data Volume MB: 1738
RRC Setup Attempts: 4033
weekend: 0
CA Activation Rate: 30.8
hr: 0
MAC_UE_SC_Tput: 5235.37
Bearer Releases: 7292

hr: 0
CA Activation Rate num: 10393551
SIP_SC_Total_MOU: 55.68
Peak UE: 49
MB_per_connected_UE: 65.27
PCT Time MIMO: 54.55
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4369
DL Data Vol MAC in MB: 2838.39

Time: 12:00:50
holiday: 0

SIP DC%: 
UPTP_Mbps: 30.14
DLRLCLayerDataVolume MB: 1788.9
DRB UL Data Volume MB: 5363
PRB Util%: 68.77
UL Resid BLER PCT: 1.03
CA Conf FailRate Pct den: 3168
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11707.33

hr: 23
CA Activation Rate num: 3153978
UPTP Mbps Den: 2060
SIP_SC_Total_MOU: 142.97
Peak UE: 27
DL Data Vol MAC in MB: 5069.11
CA Activation Rate den: 75715

Time: 16:22:50
holiday: 0

DL MAC Vol Scell Pct: 26.43
Avg_Connected_UEs: 46.23
SIP DC%: 
DRB UL Data Volume MB: 7701
RRC Setup Attempts: 3334
CA DL DataVolRatio Pct den: 3006
CA Conf FailRate Pct den: 4623
weekend: 0
CA Activation Rate: 35.6
hr: 18
MAC_UE_SC_Tput: 8316.36
Bearer Releases: 13099

hr: 18
CA Activation Rate num: 10056042
Setup_Fail_DEN: 14671
SIP_SC_Total_MOU: 37.91
Peak UE: 36
MB_per_connected_UE: 48.01

Time: 22:52:39
holiday: 0
CA DL DataVolRatio Pct: 51.56

Avg_Connected_UEs: 39.99
SIP DC%: 
DLRLCLayerDataVolume MB: 3213.49
PRB Util%: 74.15
CA DL DataVolRatio Pct den: 7282
weekend: 0
UPTP Mbps Num: 30577
hr: 0
MAC_UE_SC_Tput: 4324.08
Bearer Releases: 16378

hr: 0
SIP_SC_Total_MOU: 5.87
Peak UE: 27
CA Activation Rate den: 74112

Time: 02:28:59
holiday: 0

Avg_Connected_UEs: 50.22
SIP DC%: 
DLRLCLayerDataVolume MB: 1701.51
RRC Setup Attempts: 4442
CA DL DataVolRatio Pct den: 9446
weekend: 0
CA Activation Rate: 20.96
hr: 11

hr: 11
CA Activation Rate num: 2648140
Setup_Fail_DEN: 10152
SIP_SC_Total_MOU: 123.16
Peak UE: 77
DL Volume: 5424
DL Data Vol MAC in MB: 5823.29

Time: 08:06:20
holiday: 0
CA DL DataVolRatio Pct num: 5564

Avg_Connected_UEs: 21.01
SIP DC%: 
UPTP_Mbps: 92.49
DLRLCLayerDataVolume MB: 6942.57
DRB UL Data Volume MB: 4113
PRB Util%: 18.95
CA DL DataVolRatio Pct den: 2307
weekend: 0
CA Activation Rate: 10.51
hr: 0
MAC_UE_SC_Tput: 10360.28

hr: 0
CA Activation Rate num: 6564019
UPTP Mbps Den: 5343
Setup_Fail_DEN: 11040
UL MAC Vol Scell Pct: 2.99
Peak UE: 44
MB_per_connected_UE: 150.03
DL Data Vol MAC in MB: 3523.12
CA Activation Rate den: 81888

Combined RACH Preambles: 2283
Time: 16:36:35
holiday: 0

DL MAC Vol Scell Pct: 25.05
SIP DC%: 
DLRLCLayerDataVolume MB: 3994.28
DRB UL Data Volume MB: 810
PRB Util%: 35.63
CA DL DataVolRatio Pct den: 9855
weekend: 1
hr: 9
MAC_UE_SC_Tput: 16478.56
Bearer Releases: 15406

hr: 9
CA Activation Rate num: 4742288
Setup_Fail_DEN: 19872
Peak UE: 52
MB_per_connected_UE: 14.7
PCT Time MIMO: 58.36
DL Volume: 5947
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3687
DL Data Vol MAC in MB: 9601.33
CA Activation Rate den: 80909

Combined RACH Preambles: 3088
Time: 07:54:24
holiday: 0
HO_att_InterFreq: 134
CA DL DataVolRatio Pct num: 375

DL MAC Vol Scell Pct: 25.49
SIP DC%: 
UPTP_Mbps: 23.29
RRC Setup Attempts: 3735
CA Conf FailRate Pct den: 9463
weekend: 0
CA Activation Rate: 3.01
hr: 23
MAC_UE_SC_Tput: 7435.54

hr: 23
CA Activation Rate num: 9863396
Setup_Fail_DEN: 12275
SIP_SC_Total_MOU: 116.54
Peak UE: 47
DL Volume: 5833
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5314
UL Throughput: 6.53
DL Data Vol MAC in MB: 3524.47

Time: 02:55:29
holiday: 0

SIP DC%: 
CA Conf FailRate Pct den: 4133
weekend: 0
hr: 23
MAC_UE_SC_Tput: 16742.33
Bearer Releases: 9506

hr: 23
CA Activation Rate num: 856012
Setup_Fail_DEN: 18543
SIP_SC_Total_MOU: 37.92
Peak UE: 27
DL Data Vol MAC in MB: 2754.62

Time: 17:13:56
holiday: 0
CA DL DataVolRatio Pct: 86.52
CA DL DataVolRatio Pct num: 4156

SIP DC%: 
DLRLCLayerDataVolume MB: 7070.7
DRB UL Data Volume MB: 8343
CA DL DataVolRatio Pct den: 9460
CA Conf FailRate Pct den: 6852
weekend: 0
hr: 18
MAC_UE_SC_Tput: 4167.24

hr: 18
CA Activation Rate num: 10628154
Setup_Fail_DEN: 6417
SIP_SC_Total_MOU: 133.54
Peak UE: 76
MB_per_connected_UE: 84.49
DL Data Vol MAC in MB: 8658.27

Combined RACH Preambles: 2000
Time: 03:39:41
holiday: 0
CA DL DataVolRatio Pct num: 5595

Avg_Connected_UEs: 30.81
SIP DC%: 
DLRLCLayerDataVolume MB: 6780.64
DRB UL Data Volume MB: 5873
RRC Setup Attempts: 8309
CA DL DataVolRatio Pct den: 6440
CA Conf FailRate Pct den: 5843
weekend: 0
CA Activation Rate: 37.43
hr: 23
MAC_UE_SC_Tput: 15253.9

hr: 23
CA Activation Rate num: 4179831
SIP_SC_Total_MOU: 14.04
Peak UE: 71
MB_per_connected_UE: 73.41
PCT Time MIMO: 51.22
CA Activation Rate den: 118351

Time: 13:13:14
holiday: 0
HO_att_InterFreq: 639

SIP DC%: 
UPTP_Mbps: 11.19
PRB Util%: 60.23
CA Conf FailRate Pct den: 5338
weekend: 0
CA Activation Rate: 50.84
hr: 16
MAC_UE_SC_Tput: 4444.46
Bearer Releases: 15117

hr: 16
CA Activation Rate num: 1113911
SIP_SC_Total_MOU: 185.98
Peak UE: 67
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6276
DL Data Vol MAC in MB: 7232.57

Time: 04:48:17
holiday: 0

DL MAC Vol Scell Pct: 22.38
SIP DC%: 
PRB Util%: 20.79
CA DL DataVolRatio Pct den: 9074
weekend: 0
CA Activation Rate: 46.36
hr: 15
MAC_UE_SC_Tput: 6518

hr: 15
Setup_Fail_DEN: 15187
Peak UE: 27
MB_per_connected_UE: 77.67
DL Volume: 4640
Time: 14:38:40

holiday: 0
CA DL DataVolRatio Pct: 73.27

DL MAC Vol Scell Pct: 16.81
Avg_Connected_UEs: 22.49
SIP DC%: 
UPTP_Mbps: 26.67
DLRLCLayerDataVolume MB: 6195.75
DRB UL Data Volume MB: 4207
weekend: 1
hr: 10
MAC_UE_SC_Tput: 4763.69

hr: 10
CA Activation Rate num: 9732282
Setup_Fail_DEN: 13025
SIP_SC_Total_MOU: 76.85
Peak UE: 63
MB_per_connected_UE: 10.35
DL Data Vol MAC in MB: 9064.15
CA Activation Rate den: 222599

Time: 17:15:32
holiday: 0
CA DL DataVolRatio Pct num: 852

DL MAC Vol Scell Pct: 3.68
SIP DC%: 
DRB UL Data Volume MB: 9019
RRC Setup Attempts: 6623
CA DL DataVolRatio Pct den: 10207
CA Conf FailRate Pct den: 6276
weekend: 1
UPTP Mbps Num: 17207
hr: 15
MAC_UE_SC_Tput: 7953.11
Bearer Releases: 17405

hr: 15
CA Activation Rate num: 8733341
SIP_SC_Total_MOU: 235.4
Peak UE: 27
CA Activation Rate den: 90476

Time: 19:14:56
holiday: 0
CA DL DataVolRatio Pct num: 6984

SIP DC%: 
UPTP_Mbps: 74.77
DLRLCLayerDataVolume MB: 1140.41
PRB Util%: 67.58
CA DL DataVolRatio Pct den: 1766
weekend: 1
hr: 11
MAC_UE_SC_Tput: 6566.46

hr: 11
CA Activation Rate num: 8209499
Setup_Fail_DEN: 9167
Peak UE: 30
MB_per_connected_UE: 60.7
DL Volume: 4281
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6425
DL Data Vol MAC in MB: 4893.38
CA Activation Rate den: 117994

holiday: 0
CA DL DataVolRatio Pct num: 510

SIP DC%: 
DRB UL Data Volume MB: 5550
CA DL DataVolRatio Pct den: 6030
CA Conf FailRate Pct den: 5147
weekend: 0
CA Activation Rate: 7.7
hr: 11
MAC_UE_SC_Tput: 16698.94

hr: 11
CA Activation Rate num: 7533730
SIP_SC_Total_MOU: 240.78
Peak UE: 27
MB_per_connected_UE: 92.43
DL Volume: 6565
DL Data Vol MAC in MB: 7485.37
CA Activation Rate den: 139837

Combined RACH Preambles: 3190
Time: 12:32:56
holiday: 0
CA DL DataVolRatio Pct: 82.63

Avg_Connected_UEs: 33.88
SIP DC%: 
DLRLCLayerDataVolume MB: 6274.82
DRB UL Data Volume MB: 2265
PRB Util%: 51.1
CA Conf FailRate Pct den: 6762
weekend: 0
hr: 16
MAC_UE_SC_Tput: 9579.49
Bearer Releases: 6890

hr: 16
CA Activation Rate num: 9536745
UPTP Mbps Den: 525
Setup_Fail_DEN: 13854
SIP_SC_Total_MOU: 333.36
Peak UE: 46
MB_per_connected_UE: 79.68
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5506
DL Data Vol MAC in MB: 6470.48
CA Activation Rate den: 122774

Time: 15:06:19
holiday: 0
CA DL DataVolRatio Pct: 56.49

SIP DC%: 
UPTP_Mbps: 22.63
DLRLCLayerDataVolume MB: 615.16
DRB UL Data Volume MB: 6395
PRB Util%: 37.59
RRC Setup Attempts: 4301
CA DL DataVolRatio Pct den: 8566
weekend: 0
CA Activation Rate: 14.96
hr: 3
MAC_UE_SC_Tput: 5150.35

hr: 3
Setup_Fail_DEN: 6399
Peak UE: 27
MB_per_connected_UE: 28.38
DL Data Vol MAC in MB: 1146.05
CA Activation Rate den: 121556

Time: 08:05:51
holiday: 0
CA DL DataVolRatio Pct: 91.54

Avg_Connected_UEs: 16.12
SIP DC%: 
DLRLCLayerDataVolume MB: 2914.26
RRC Setup Attempts: 4102
CA DL DataVolRatio Pct den: 7366
weekend: 0
UPTP Mbps Num: 12521
hr: 2
MAC_UE_SC_Tput: 7073.21
Bearer Releases: 13193

hr: 2
CA Activation Rate num: 5454647
Setup_Fail_DEN: 14388
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 87.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4922
CA Activation Rate den: 37419

Time: 00:13:42
holiday: 0

SIP DC%: 
UPTP_Mbps: 108.06
DLRLCLayerDataVolume MB: 6182.48
weekend: 0
CA Activation Rate: 8.75
hr: 21
MAC_UE_SC_Tput: 7650.83
Bearer Releases: 7238

hr: 21
CA Activation Rate num: 2112574
SIP_SC_Total_MOU: 267.85
UL MAC Vol Scell Pct: 3.66
Peak UE: 72
MB_per_connected_UE: 37.04
DL Volume: 5695
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5127

Time: 22:11:13
holiday: 0
CA DL DataVolRatio Pct: 77.6
CA DL DataVolRatio Pct num: 4108

Avg_Connected_UEs: 73.34
SIP DC%: 
DRB UL Data Volume MB: 6789
PRB Util%: 57.82
DL Packet Loss Pct: 0.8
CA DL DataVolRatio Pct den: 7030
weekend: 0
UPTP Mbps Num: 46403
hr: 18
MAC_UE_SC_Tput: 12843.42

hr: 18
CA Activation Rate num: 10113392
Setup_Fail_DEN: 8945
Peak UE: 31
MB_per_connected_UE: 12.87
DL Volume: 1722
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7236
DL Data Vol MAC in MB: 9406.13

Time: 20:05:36
holiday: 0
CA DL DataVolRatio Pct: 50.6

SIP DC%: 
DLRLCLayerDataVolume MB: 7108.02
DRB UL Data Volume MB: 2343
PRB Util%: 21.33
RRC Setup Attempts: 6873
weekend: 0
UPTP Mbps Num: 18477
hr: 17
MAC_UE_SC_Tput: 9423.07
Bearer Releases: 6522

hr: 17
CA Activation Rate num: 344163
Setup_Fail_DEN: 16561
Peak UE: 27
MB_per_connected_UE: 122.64
PCT Time MIMO: 38.4
DL Data Vol MAC in MB: 7613.12
CA Activation Rate den: 95034

Time: 07:38:06
holiday: 0
CA DL DataVolRatio Pct: 68.52
CA DL DataVolRatio Pct num: 6754

DL MAC Vol Scell Pct: 35.14
SIP DC%: 
DLRLCLayerDataVolume MB: 9713.81
DRB UL Data Volume MB: 939
CA Conf FailRate Pct den: 2543
weekend: 1
UPTP Mbps Num: 3787
hr: 23
MAC_UE_SC_Tput: 9152.52

hr: 23
Setup_Fail_DEN: 9329
MB_per_connected_UE: 123.03
PCT Time MIMO: 57.31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4869
DL Data Vol MAC in MB: 6318.18

Time: 23:50:47
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8271.51
DRB UL Data Volume MB: 7235
CA Conf FailRate Pct den: 7157
weekend: 0
UPTP Mbps Num: 41289
CA Activation Rate: 5.44
hr: 6
MAC_UE_SC_Tput: 19922.12
Bearer Releases: 7703

hr: 6
UPTP Mbps Den: 2864
Setup_Fail_DEN: 13232
SIP_SC_Total_MOU: 18.74
Peak UE: 67
MB_per_connected_UE: 146.46
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6257
DL Data Vol MAC in MB: 746.65

Time: 02:08:57
holiday: 0
CA DL DataVolRatio Pct num: 4792

SIP DC%: 
DRB UL Data Volume MB: 9294
RRC Setup Attempts: 5828
weekend: 0
hr: 17
Bearer Releases: 8385

hr: 17
CA Activation Rate num: 4810408
Peak UE: 36
VOLTE IA%: 

Time: 17:10:02
holiday: 0
CA DL DataVolRatio Pct: 57.92
CA DL DataVolRatio Pct num: 3710

SIP DC%: 
UPTP_Mbps: 97.11
DLRLCLayerDataVolume MB: 4831.7
DRB UL Data Volume MB: 8681
RRC Setup Attempts: 7824
CA Conf FailRate Pct den: 9308
weekend: 1
UPTP Mbps Num: 7535
CA Activation Rate: 27.68
hr: 2
MAC_UE_SC_Tput: 10374.58

hr: 2
CA Activation Rate num: 8252780
UPTP Mbps Den: 5083
Setup_Fail_DEN: 11241
SIP_SC_Total_MOU: 205.44
Peak UE: 76
MB_per_connected_UE: 64.05
DL Data Vol MAC in MB: 7740.82

Time: 17:24:24
holiday: 0

DL MAC Vol Scell Pct: 32.24
Avg_Connected_UEs: 56.22
SIP DC%: 
UPTP_Mbps: 119.75
DLRLCLayerDataVolume MB: 5937.85
PRB Util%: 58.4
CA DL DataVolRatio Pct den: 7621
weekend: 0
hr: 0
MAC_UE_SC_Tput: 12152.1

hr: 0
CA Activation Rate num: 3730844
SIP_SC_Total_MOU: 282.27
Peak UE: 27
MB_per_connected_UE: 124.73
PCT Time MIMO: 59.93
DL Data Vol MAC in MB: 5831.49

Time: 19:34:44
holiday: 0
CA DL DataVolRatio Pct num: 3287

SIP DC%: 
UPTP_Mbps: 122.61
PRB Util%: 51.73
RRC Setup Attempts: 6939
CA Conf FailRate Pct den: 3086
weekend: 0
UPTP Mbps Num: 43885
CA Activation Rate: 27.72
hr: 18
MAC_UE_SC_Tput: 6887.58
Bearer Releases: 8247

hr: 18
SIP_SC_Total_MOU: 16.02
Peak UE: 73
MB_per_connected_UE: 45.9
PCT Time MIMO: 60.24
DL Data Vol MAC in MB: 5870.12

Time: 15:56:12
holiday: 0
CA DL DataVolRatio Pct: 74.65
CA DL DataVolRatio Pct num: 5104

SIP DC%: 
UPTP_Mbps: 13.86
DLRLCLayerDataVolume MB: 777.84
DRB UL Data Volume MB: 2136
weekend: 0
hr: 6
MAC_UE_SC_Tput: 10964.32
Bearer Releases: 6725

hr: 6
CA Activation Rate num: 5902348
Setup_Fail_DEN: 6959
Peak UE: 33
MB_per_connected_UE: 193.12
DL Volume: 385
DL Data Vol MAC in MB: 496.16
CA Activation Rate den: 99467

Time: 10:41:14
holiday: 0
CA DL DataVolRatio Pct: 70.19

Avg_Connected_UEs: 23.77
SIP DC%: 
UPTP_Mbps: 16.75
DLRLCLayerDataVolume MB: 6647.87
RRC Setup Attempts: 6123
weekend: 0
UPTP Mbps Num: 12147
hr: 5
MAC_UE_SC_Tput: 6285.02

hr: 5
UPTP Mbps Den: 78
Setup_Fail_DEN: 14951
SIP_SC_Total_MOU: 121.26
Peak UE: 27
MB_per_connected_UE: 148.91
PCT Time MIMO: 57.68
DL Volume: 7133
CA Activation Rate den: 147424

Time: 13:06:50
holiday: 0

DL MAC Vol Scell Pct: 19.38
SIP DC%: 
DLRLCLayerDataVolume MB: 547.3
DRB UL Data Volume MB: 1328
PRB Util%: 9.6
weekend: 0
hr: 17
MAC_UE_SC_Tput: 8867.46
Bearer Releases: 15741

hr: 17
Avg CQI: 11.03
CA Activation Rate num: 2790351
UPTP Mbps Den: 116
SIP_SC_Total_MOU: 21.53
Peak UE: 61
MB_per_connected_UE: 151.37
CA Activation Rate den: 55517
Time: 20:32:23

holiday: 0
CA DL DataVolRatio Pct: 61.59

DL MAC Vol Scell Pct: 25.04
Avg_Connected_UEs: 57.7
SIP DC%: 
DLRLCLayerDataVolume MB: 1347.85
DRB UL Data Volume MB: 8422
PRB Util%: 58.17
weekend: 0
CA Activation Rate: 15.45
hr: 15
MAC_UE_SC_Tput: 4218.09
Bearer Releases: 7034

hr: 15
CA Activation Rate num: 5178171
SIP_SC_Total_MOU: 28.94
Peak UE: 45
PCT Time MIMO: 45.19
DL Volume: 2490
DL Data Vol MAC in MB: 10183.52

Time: 19:40:14
holiday: 0
CA DL DataVolRatio Pct num: 966

SIP DC%: 
UPTP_Mbps: 36.65
DRB UL Data Volume MB: 8418
RRC Setup Attempts: 7780
CA DL DataVolRatio Pct den: 4344
CA Conf FailRate Pct den: 8717
weekend: 0
hr: 22
MAC_UE_SC_Tput: 10445.85
Bearer Releases: 10139

hr: 22
CA Activation Rate num: 4171242
Setup_Fail_DEN: 16637
Peak UE: 43
MB_per_connected_UE: 149.72
PCT Time MIMO: 52.19
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6221
DL Data Vol MAC in MB: 2293.89

Time: 06:59:21
holiday: 0

SIP DC%: 
UPTP_Mbps: 62.38
DLRLCLayerDataVolume MB: 2182.84
CA Conf FailRate Pct den: 6951
weekend: 0
hr: 23
MAC_UE_SC_Tput: 19244.26
Bearer Releases: 14790

hr: 23
CA Activation Rate num: 4324010
SIP_SC_Total_MOU: 385.74
Peak UE: 27
MB_per_connected_UE: 191.24
PCT Time MIMO: 53.61
DL Volume: 7582
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6685

Time: 07:27:21
holiday: 0
CA DL DataVolRatio Pct: 60.9
CA DL DataVolRatio Pct num: 524

DL MAC Vol Scell Pct: 37.42
Avg_Connected_UEs: 54.29
SIP DC%: 
UPTP_Mbps: 11.16
DLRLCLayerDataVolume MB: 2579.19
DRB UL Data Volume MB: 1425
weekend: 0
hr: 10
MAC_UE_SC_Tput: 12761.26

hr: 10
CA Activation Rate num: 1683894
Setup_Fail_DEN: 13443
SIP_SC_Total_MOU: 3.35
DL Volume: 3835
CA Activation Rate den: 95294

Combined RACH Preambles: 2882
Time: 17:44:07
holiday: 0

DL MAC Vol Scell Pct: 10.76
SIP DC%: 
UPTP_Mbps: 112.88
DLRLCLayerDataVolume MB: 6414.33
DRB UL Data Volume MB: 9601
PRB Util%: 73.88
CA DL DataVolRatio Pct den: 4964
weekend: 0
UPTP Mbps Num: 18546
CA Activation Rate: 45.36
hr: 11
MAC_UE_SC_Tput: 15280.13

hr: 11
Setup_Fail_DEN: 14510
SIP_SC_Total_MOU: 302.62
Peak UE: 41
MB_per_connected_UE: 29.48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4270
DL Data Vol MAC in MB: 8525.64

Combined RACH Preambles: 3620
Time: 06:43:09
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7086.9
DRB UL Data Volume MB: 5502
PRB Util%: 39.15
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6370.11
Bearer Releases: 15002

hr: 23
CA Activation Rate num: 5643016
UPTP Mbps Den: 1788
SIP_SC_Total_MOU: 423.1
MB_per_connected_UE: 15.67
DL Volume: 1708
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5570
DL Data Vol MAC in MB: 9094.72
Time: 21:14:55

holiday: 0
CA DL DataVolRatio Pct num: 3294

SIP DC%: 
DLRLCLayerDataVolume MB: 207.1
DRB UL Data Volume MB: 2709
CA DL DataVolRatio Pct den: 6712
weekend: 0
CA Activation Rate: 62.25
hr: 22
MAC_UE_SC_Tput: 15882.58
Bearer Releases: 8895

hr: 22
CA Activation Rate num: 3788064
Setup_Fail_DEN: 11788
Peak UE: 84
MB_per_connected_UE: 18.08
DL Data Vol MAC in MB: 9468.55
CA Activation Rate den: 42579

Time: 17:12:54
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6953.26
DRB UL Data Volume MB: 1887
PRB Util%: 53.04
CA Conf FailRate Pct den: 6006
weekend: 0
UPTP Mbps Num: 33928
CA Activation Rate: 11.43
hr: 19
MAC_UE_SC_Tput: 10151.88
Bearer Releases: 9643

hr: 19
CA Activation Rate num: 869089
UPTP Mbps Den: 1131
Setup_Fail_DEN: 14460
SIP_SC_Total_MOU: 248.78
Peak UE: 80
PCT Time MIMO: 61.67
CA Activation Rate den: 86064

Time: 07:50:52
holiday: 0
CA DL DataVolRatio Pct num: 5874

Avg_Connected_UEs: 16.22
SIP DC%: 
DLRLCLayerDataVolume MB: 6747.56
DRB UL Data Volume MB: 7187
weekend: 1
hr: 16
MAC_UE_SC_Tput: 5447.28

hr: 16
Avg CQI: 10.82
CA Activation Rate num: 3940339
Setup_Fail_DEN: 14439
Peak UE: 27
PCT Time MIMO: 61.02
DL Volume: 8365
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4605
DL Data Vol MAC in MB: 8960.63

Time: 15:45:06
holiday: 0
CA DL DataVolRatio Pct: 56.73

Avg_Connected_UEs: 33.18
SIP DC%: 
DLRLCLayerDataVolume MB: 6010.32
CA DL DataVolRatio Pct den: 632
weekend: 0
UPTP Mbps Num: 30218
CA Activation Rate: 46.6
hr: 7
MAC_UE_SC_Tput: 4214.17

hr: 7
CA Activation Rate num: 376241
Setup_Fail_DEN: 15450
SIP_SC_Total_MOU: 61.79
Peak UE: 54
MB_per_connected_UE: 23.07
DL Data Vol MAC in MB: 8485.55
CA Activation Rate den: 207653

holiday: 0

SIP DC%: 
RRC Setup Attempts: 9730
CA DL DataVolRatio Pct den: 920
CA Conf FailRate Pct den: 6100
weekend: 0
UPTP Mbps Num: 31613
hr: 0
MAC_UE_SC_Tput: 16686.6
Bearer Releases: 15732

hr: 0
CA Activation Rate num: 4328723
Setup_Fail_DEN: 10677
SIP_SC_Total_MOU: 88.33
Peak UE: 27
MB_per_connected_UE: 25.27
UL Throughput: 11.13

Combined RACH Preambles: 2245
holiday: 0

Avg_Connected_UEs: 59.91
SIP DC%: 
DLRLCLayerDataVolume MB: 1476.11
DRB UL Data Volume MB: 6526
weekend: 0
hr: 1

hr: 1
CA Activation Rate num: 8550877
Setup_Fail_DEN: 16609
SIP_SC_Total_MOU: 134.06
Peak UE: 32
MB_per_connected_UE: 31.62
DL Data Vol MAC in MB: 4381.11
CA Activation Rate den: 166993

Time: 12:20:30
holiday: 0
CA DL DataVolRatio Pct: 53.02

SIP DC%: 
DLRLCLayerDataVolume MB: 2906.26
DRB UL Data Volume MB: 1386
CA Conf FailRate Pct den: 4600
weekend: 0
CA Activation Rate: 43.77
hr: 2
MAC_UE_SC_Tput: 11437.4
Bearer Releases: 9049

hr: 2
CA Activation Rate num: 2431282
UPTP Mbps Den: 1853
SIP_SC_Total_MOU: 57.93
Peak UE: 40
DL Volume: 3048
DL Data Vol MAC in MB: 9775.38

Time: 11:31:45
holiday: 0

DL MAC Vol Scell Pct: 22.81
Avg_Connected_UEs: 24.93
SIP DC%: 
PRB Util%: 25.68
weekend: 0
UPTP Mbps Num: 25211
hr: 4
MAC_UE_SC_Tput: 19511.43
Bearer Releases: 6417

hr: 4
CA Activation Rate num: 3898520
Setup_Fail_DEN: 6615
Peak UE: 78
DL Volume: 9502
DL Data Vol MAC in MB: 8684.16
CA Activation Rate den: 49501

Time: 16:21:43
holiday: 0
CA DL DataVolRatio Pct num: 5808

DL MAC Vol Scell Pct: 37.13
Avg_Connected_UEs: 22.24
SIP DC%: 
UPTP_Mbps: 114.51
RRC Setup Attempts: 5567
weekend: 0
hr: 13
MAC_UE_SC_Tput: 6543.23

hr: 13
CA Activation Rate num: 1259527
Peak UE: 27
PCT Time MIMO: 53.33
CA Activation Rate den: 189267

Time: 11:42:45
holiday: 0

SIP DC%: 
UPTP_Mbps: 33.21
DLRLCLayerDataVolume MB: 6835.2
DRB UL Data Volume MB: 3073
PRB Util%: 33.84
RRC Setup Attempts: 4007
weekend: 0
UPTP Mbps Num: 9401
hr: 23
MAC_UE_SC_Tput: 19281.23
Bearer Releases: 17780

hr: 23
CA Activation Rate num: 3005483
UPTP Mbps Den: 933
SIP_SC_Total_MOU: 157.78
Peak UE: 44
MB_per_connected_UE: 145.19
CA Activation Rate den: 69201

Time: 06:21:27
holiday: 0
CA DL DataVolRatio Pct num: 5964

DL MAC Vol Scell Pct: 55.15
Avg_Connected_UEs: 79.19
SIP DC%: 
DLRLCLayerDataVolume MB: 7498.01
DRB UL Data Volume MB: 2067
PRB Util%: 21.87
CA Conf FailRate Pct den: 6602
weekend: 0
CA Activation Rate: 20.03
hr: 15
Bearer Releases: 6984

hr: 15
CA Activation Rate num: 10769103
Setup_Fail_DEN: 8337
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3695
CA Activation Rate den: 81940

Time: 08:35:02
holiday: 0
CA DL DataVolRatio Pct: 88.69

SIP DC%: 
DLRLCLayerDataVolume MB: 445.12
DRB UL Data Volume MB: 7144
PRB Util%: 10.72
RRC Setup Attempts: 7272
CA DL DataVolRatio Pct den: 6945
weekend: 0
UPTP Mbps Num: 14326
CA Activation Rate: 43.2
hr: 3
MAC_UE_SC_Tput: 18063.8
Bearer Releases: 15145

hr: 3
CA Activation Rate num: 4838621
Setup_Fail_DEN: 17368
Peak UE: 33
MB_per_connected_UE: 25.34
DL Volume: 3292

Time: 01:22:57
holiday: 0

Avg_Connected_UEs: 54.7
SIP DC%: 
UPTP_Mbps: 36.73
DLRLCLayerDataVolume MB: 6800.02
weekend: 0
UPTP Mbps Num: 18229
hr: 13

hr: 13
CA Activation Rate num: 4393875
SIP_SC_Total_MOU: 44.35
Peak UE: 71
MB_per_connected_UE: 29.44
PCT Time MIMO: 51.25
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8666
DL Data Vol MAC in MB: 5237.58

Combined RACH Preambles: 3210
Time: 02:31:13
holiday: 0

DL MAC Vol Scell Pct: 28.77
Avg_Connected_UEs: 70.88
SIP DC%: 
DLRLCLayerDataVolume MB: 308.83
PRB Util%: 42.63
CA Conf FailRate Pct den: 8940
weekend: 0
UPTP Mbps Num: 15705
CA Activation Rate: 36.66
hr: 23
MAC_UE_SC_Tput: 6606.45
Bearer Releases: 13901

hr: 23
CA Activation Rate num: 1534136
SIP_SC_Total_MOU: 303.49
Peak UE: 27
PCT Time MIMO: 58.3
DL Data Vol MAC in MB: 3326.51
CA Activation Rate den: 68710

Combined RACH Preambles: 2962
holiday: 0
CA DL DataVolRatio Pct: 51.69

DL MAC Vol Scell Pct: 6.67
SIP DC%: 
RRC Setup Attempts: 4377
weekend: 1
UPTP Mbps Num: 16563
hr: 10
MAC_UE_SC_Tput: 6700.54
Bearer Releases: 17252

hr: 10
CA Activation Rate num: 4591099
Setup_Fail_DEN: 15910
SIP_SC_Total_MOU: 133.96
Peak UE: 60
PCT Time MIMO: 46.91

Time: 03:47:33
holiday: 0
CA DL DataVolRatio Pct num: 3664

SIP DC%: 
DLRLCLayerDataVolume MB: 2622.41
DRB UL Data Volume MB: 7889
PRB Util%: 9.84
CA Conf FailRate Pct den: 8838
weekend: 1
hr: 23

hr: 23
CA Activation Rate num: 6276252
Setup_Fail_DEN: 13210
MB_per_connected_UE: 156.86
DL Volume: 5985
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4633

Time: 14:46:54
holiday: 0
CA DL DataVolRatio Pct: 42.9
CA DL DataVolRatio Pct num: 7484

Avg_Connected_UEs: 49.95
SIP DC%: 
DLRLCLayerDataVolume MB: 2196.84
DRB UL Data Volume MB: 694
CA DL DataVolRatio Pct den: 1242
weekend: 1
UPTP Mbps Num: 2292
hr: 5

hr: 5
CA Activation Rate num: 9828988
Setup_Fail_DEN: 6942
SIP_SC_Total_MOU: 47.26
Peak UE: 62
MB_per_connected_UE: 28.14
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3804

Time: 10:48:00
holiday: 0
CA DL DataVolRatio Pct num: 7071

SIP DC%: 
DLRLCLayerDataVolume MB: 9237.43
CA DL DataVolRatio Pct den: 9196
CA Conf FailRate Pct den: 4548
weekend: 0
UPTP Mbps Num: 39264
hr: 11
Bearer Releases: 15824

hr: 11
CA Activation Rate num: 13916468
Peak UE: 27
MB_per_connected_UE: 118.83
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3715
DL Data Vol MAC in MB: 8045.13

Time: 14:52:07
holiday: 0
CA DL DataVolRatio Pct: 49.5
CA DL DataVolRatio Pct num: 5480

DL MAC Vol Scell Pct: 55.67
SIP DC%: 
DLRLCLayerDataVolume MB: 1157.78
DRB UL Data Volume MB: 5057
CA Conf FailRate Pct den: 7758
weekend: 1
hr: 23
MAC_UE_SC_Tput: 5097.02
Bearer Releases: 17738

hr: 23
CA Activation Rate num: 11521448
Setup_Fail_DEN: 9509
SIP_SC_Total_MOU: 226.74
Peak UE: 47
MB_per_connected_UE: 190.04
DL Data Vol MAC in MB: 7204.47
CA Activation Rate den: 53784

Time: 06:38:35
holiday: 0

SIP DC%: 
RRC Setup Attempts: 8254
weekend: 0
UPTP Mbps Num: 1136
CA Activation Rate: 3.99
hr: 15
MAC_UE_SC_Tput: 15153.29

hr: 15
CA Activation Rate num: 8911436
Setup_Fail_DEN: 8728
Peak UE: 27
MB_per_connected_UE: 20.59

Time: 04:15:57
holiday: 0
CA DL DataVolRatio Pct: 54.61

DL MAC Vol Scell Pct: 10.23
SIP DC%: 
DLRLCLayerDataVolume MB: 3153.35
PRB Util%: 70.48
RRC Setup Attempts: 4705
CA DL DataVolRatio Pct den: 3191
weekend: 0
UPTP Mbps Num: 58943
CA Activation Rate: 53.57
hr: 17
MAC_UE_SC_Tput: 16603.92

hr: 17
CA Activation Rate num: 3970955
UPTP Mbps Den: 1173
SIP_SC_Total_MOU: 210.68
Peak UE: 46
MB_per_connected_UE: 84.51
DL Data Vol MAC in MB: 10141.15
CA Activation Rate den: 37220

Time: 21:56:22
holiday: 0
CA DL DataVolRatio Pct: 91.4

SIP DC%: 
UPTP_Mbps: 13.26
DLRLCLayerDataVolume MB: 7255.76
DRB UL Data Volume MB: 5329
PRB Util%: 55.79
CA Conf FailRate Pct den: 6643
weekend: 0
UPTP Mbps Num: 9679
CA Activation Rate: 77.12
hr: 19
MAC_UE_SC_Tput: 6978.62
Bearer Releases: 7983

hr: 19
CA Activation Rate num: 9428786
SIP_SC_Total_MOU: 46.44
Peak UE: 69
MB_per_connected_UE: 93.54
DL Volume: 2792
DL Data Vol MAC in MB: 9529.64
CA Activation Rate den: 52095

Combined RACH Preambles: 2803
Time: 05:42:14
holiday: 0
CA DL DataVolRatio Pct num: 2431

Avg_Connected_UEs: 17.18
SIP DC%: 
DLRLCLayerDataVolume MB: 10036.96
PRB Util%: 70.12
CA DL DataVolRatio Pct den: 9178
weekend: 0
CA Activation Rate: 25.7
hr: 0
MAC_UE_SC_Tput: 10048.57
Bearer Releases: 8719

hr: 0
CA Activation Rate num: 4143760
Setup_Fail_DEN: 11547
Peak UE: 46
DL Volume: 2503
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7859
DL Data Vol MAC in MB: 7281.8
CA Activation Rate den: 172632

Time: 20:29:36
holiday: 0
CA DL DataVolRatio Pct num: 3373

DL MAC Vol Scell Pct: 30.18
SIP DC%: 
DLRLCLayerDataVolume MB: 289.26
DRB UL Data Volume MB: 1811
CA Conf FailRate Pct den: 5214
weekend: 0
CA Activation Rate: 42.56
hr: 20
MAC_UE_SC_Tput: 17581.03

hr: 20
CA Activation Rate num: 5631040
SIP_SC_Total_MOU: 213.54
Peak UE: 27
MB_per_connected_UE: 103.14
DL Data Vol MAC in MB: 4626.63

Time: 11:32:59
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3382.31
CA DL DataVolRatio Pct den: 9314
weekend: 0
hr: 15
MAC_UE_SC_Tput: 6926.83
Bearer Releases: 11284

hr: 15
CA Activation Rate num: 3686837
SIP_SC_Total_MOU: 241.21
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 110.12
DL Data Vol MAC in MB: 9384.34
CA Activation Rate den: 45524

Combined RACH Preambles: 2541
Time: 04:15:43
holiday: 0

DL MAC Vol Scell Pct: 31.1
SIP DC%: 
UPTP_Mbps: 16.73
DLRLCLayerDataVolume MB: 9912.16
CA Conf FailRate Pct den: 4197
weekend: 0
UPTP Mbps Num: 42244
hr: 8
MAC_UE_SC_Tput: 14179.22

hr: 8
CA Activation Rate num: 9605730
Setup_Fail_DEN: 10795
Peak UE: 27
MB_per_connected_UE: 70.27
DL Data Vol MAC in MB: 7170.63

Time: 18:03:14
holiday: 0
CA DL DataVolRatio Pct num: 4181

DL MAC Vol Scell Pct: 26.22
SIP DC%: 
DLRLCLayerDataVolume MB: 3215.36
DRB UL Data Volume MB: 8719
PRB Util%: 27.62
CA DL DataVolRatio Pct den: 9647
weekend: 0
CA Activation Rate: 40.61
hr: 18
MAC_UE_SC_Tput: 7187.85
Bearer Releases: 9533

hr: 18
CA Activation Rate num: 10013210
Setup_Fail_DEN: 12522
MB_per_connected_UE: 105.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6024
DL Data Vol MAC in MB: 8981.29
CA Activation Rate den: 87610

Time: 14:51:36
holiday: 0
CA DL DataVolRatio Pct: 61.52
CA DL DataVolRatio Pct num: 2014

Avg_Connected_UEs: 78.56
SIP DC%: 
UPTP_Mbps: 99.84
DLRLCLayerDataVolume MB: 5690.16
PRB Util%: 5.07
weekend: 1
CA Activation Rate: 18.51
hr: 23
MAC_UE_SC_Tput: 4268.06

hr: 23
CA Activation Rate num: 10785132
Setup_Fail_DEN: 10526
SIP_SC_Total_MOU: 223.69
Peak UE: 56
PCT Time MIMO: 50.61
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3335

Time: 23:20:50
holiday: 0
CA DL DataVolRatio Pct: 74.18
CA DL DataVolRatio Pct num: 6180

Avg_Connected_UEs: 51.55
SIP DC%: 
DLRLCLayerDataVolume MB: 4485.14
DRB UL Data Volume MB: 9126
CA DL DataVolRatio Pct den: 431
weekend: 0
UPTP Mbps Num: 55809
CA Activation Rate: 16.6
hr: 3
MAC_UE_SC_Tput: 19644.39

hr: 3
CA Activation Rate num: 10892418
Setup_Fail_DEN: 15257
Peak UE: 45
MB_per_connected_UE: 62.15
DL Data Vol MAC in MB: 5250.3

Time: 08:10:36
holiday: 0

DL MAC Vol Scell Pct: 29.52
SIP DC%: 
DLRLCLayerDataVolume MB: 3906.14
DRB UL Data Volume MB: 4605
RRC Setup Attempts: 9315
weekend: 0
UPTP Mbps Num: 27659
CA Activation Rate: 57.23
hr: 9
MAC_UE_SC_Tput: 5925.91

hr: 9
CA Activation Rate num: 9128193
Setup_Fail_DEN: 13832
Peak UE: 91
MB_per_connected_UE: 52.26
DL Data Vol MAC in MB: 8172.46

Time: 11:24:22
holiday: 0
CA DL DataVolRatio Pct: 65.58
CA DL DataVolRatio Pct num: 3205

Avg_Connected_UEs: 31.02
SIP DC%: 
DLRLCLayerDataVolume MB: 8102.99
DRB UL Data Volume MB: 4026
RRC Setup Attempts: 5906
weekend: 1
UPTP Mbps Num: 38317
hr: 19
MAC_UE_SC_Tput: 8282.99

hr: 19
UPTP Mbps Den: 75
Setup_Fail_DEN: 18138
Peak UE: 27
MB_per_connected_UE: 84.85
CA Activation Rate den: 130972

holiday: 0
CA DL DataVolRatio Pct num: 2439

SIP DC%: 
CA DL DataVolRatio Pct den: 9756
CA Conf FailRate Pct den: 5430
weekend: 0
CA Activation Rate: 24.13
hr: 8
MAC_UE_SC_Tput: 9163.07
Bearer Releases: 16274

hr: 8
CA Activation Rate num: 8543117
Peak UE: 33
MB_per_connected_UE: 113.39
DL Data Vol MAC in MB: 1969.81

Time: 19:33:21
holiday: 0
CA DL DataVolRatio Pct: 58.93

Avg_Connected_UEs: 59.75
SIP DC%: 
PRB Util%: 3.33
CA DL DataVolRatio Pct den: 4660
weekend: 0
CA Activation Rate: 29.27
hr: 15
MAC_UE_SC_Tput: 7266.93

hr: 15
CA Activation Rate num: 9864814
SIP_SC_Total_MOU: 31.31
Peak UE: 27
DL Volume: 8885
CA Activation Rate den: 228808

Time: 10:18:53
holiday: 0

Avg_Connected_UEs: 56.51
SIP DC%: 
UPTP_Mbps: 7.56
DLRLCLayerDataVolume MB: 5118.19
RRC Setup Attempts: 4328
CA DL DataVolRatio Pct den: 7594
CA Conf FailRate Pct den: 2602
weekend: 0
hr: 3
MAC_UE_SC_Tput: 10987.6

hr: 3
CA Activation Rate num: 3438472
Setup_Fail_DEN: 8805
Peak UE: 27
UL Throughput: 7.17
DL Data Vol MAC in MB: 2993.39
CA Activation Rate den: 194221

Time: 07:22:28
holiday: 0

DL MAC Vol Scell Pct: 37.59
Avg_Connected_UEs: 74.12
SIP DC%: 
DLRLCLayerDataVolume MB: 1348.39
DRB UL Data Volume MB: 9017
RRC Setup Attempts: 3538
CA DL DataVolRatio Pct den: 871
weekend: 0
CA Activation Rate: 47.24
hr: 0

hr: 0
CA Activation Rate num: 4508207
Setup_Fail_DEN: 14537
Peak UE: 27
MB_per_connected_UE: 66.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6198

Time: 00:06:54
holiday: 0

DL MAC Vol Scell Pct: 35.37
SIP DC%: 
DRB UL Data Volume MB: 8651
PRB Util%: 56.23
weekend: 0
UPTP Mbps Num: 4302
hr: 13
MAC_UE_SC_Tput: 4846.81

hr: 13
CA Activation Rate num: 9887221
Setup_Fail_DEN: 18761
Peak UE: 46
MB_per_connected_UE: 65.14
PCT Time MIMO: 33.25
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5111
DL Data Vol MAC in MB: 9396.62
CA Activation Rate den: 63400

Combined RACH Preambles: 3727
Time: 11:46:42
holiday: 0

Avg_Connected_UEs: 27.16
SIP DC%: 
DLRLCLayerDataVolume MB: 8238.23
CA Conf FailRate Pct den: 6785
weekend: 0
UPTP Mbps Num: 38010
CA Activation Rate: 54.82
hr: 22
MAC_UE_SC_Tput: 9222.74

hr: 22
CA Activation Rate num: 3274230
Setup_Fail_DEN: 13137
MB_per_connected_UE: 140.12
DL Volume: 2402
CA Activation Rate den: 110034

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3202.16
CA Conf FailRate Pct den: 8939
weekend: 0
UPTP Mbps Num: 6242
hr: 21
MAC_UE_SC_Tput: 20199.8

hr: 21
SIP_SC_Total_MOU: 50.41
Peak UE: 27
MB_per_connected_UE: 127.19
PCT Time MIMO: 52.9
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5503
DL Data Vol MAC in MB: 358.29

Time: 17:40:10
holiday: 0

SIP DC%: 
UPTP_Mbps: 116.72
DLRLCLayerDataVolume MB: 5138.85
DRB UL Data Volume MB: 5632
PRB Util%: 24.95
CA DL DataVolRatio Pct den: 7275
weekend: 0
UPTP Mbps Num: 12829
CA Activation Rate: 21.09
hr: 2
MAC_UE_SC_Tput: 4584.7

hr: 2
CA Activation Rate num: 4618334
Setup_Fail_DEN: 16765
Peak UE: 72
DL Volume: 9783
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3439
CA Activation Rate den: 152282

Time: 21:03:49
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 350.01
CA DL DataVolRatio Pct den: 7709
weekend: 0
hr: 23
MAC_UE_SC_Tput: 10492.61
Bearer Releases: 12159

hr: 23
CA Activation Rate num: 2886217
Setup_Fail_DEN: 12867
SIP_SC_Total_MOU: 178.81
Peak UE: 27
MB_per_connected_UE: 176.68
DL Data Vol MAC in MB: 5935.39

Combined RACH Preambles: 2034
Time: 18:05:19
holiday: 0
CA DL DataVolRatio Pct num: 4810

Avg_Connected_UEs: 56.01
SIP DC%: 
UPTP_Mbps: 20.22
DLRLCLayerDataVolume MB: 7306.64
DRB UL Data Volume MB: 3343
PRB Util%: 28.03
RRC Setup Attempts: 3858
weekend: 0
UPTP Mbps Num: 41205
CA Activation Rate: 41.27
hr: 23
MAC_UE_SC_Tput: 8742.98
Bearer Releases: 15831

hr: 23
CA Activation Rate num: 9262888
SIP_SC_Total_MOU: 141.85
Peak UE: 80
VOLTE IA%: 
MB_per_connected_UE: 154.01
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4735
DL Data Vol MAC in MB: 10166.61

Time: 15:59:51
holiday: 0

SIP DC%: 
UPTP_Mbps: 31.07
DLRLCLayerDataVolume MB: 7811.82
RRC Setup Attempts: 6803
CA DL DataVolRatio Pct den: 3156
CA Conf FailRate Pct den: 8114
weekend: 0
hr: 23
MAC_UE_SC_Tput: 13705.59

hr: 23
CA Activation Rate num: 10734453
UPTP Mbps Den: 331
Setup_Fail_DEN: 15142
SIP_SC_Total_MOU: 12.28
Peak UE: 99
MB_per_connected_UE: 80.14
CA Activation Rate den: 177392

Combined RACH Preambles: 1937
Time: 02:12:57
holiday: 0
CA DL DataVolRatio Pct: 68.23

SIP DC%: 
DLRLCLayerDataVolume MB: 3099.59
PRB Util%: 21.74
RRC Setup Attempts: 6679
CA DL DataVolRatio Pct den: 8257
weekend: 0
hr: 16
MAC_UE_SC_Tput: 9196.47

hr: 16
CA Activation Rate num: 4864287
Setup_Fail_DEN: 11617
SIP_SC_Total_MOU: 44.47
Peak UE: 27
DL Volume: 4213
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5988
CA Activation Rate den: 53706

Time: 23:40:15
holiday: 0
CA DL DataVolRatio Pct num: 5807

Avg_Connected_UEs: 37.38
SIP DC%: 
UPTP_Mbps: 37.38
DRB UL Data Volume MB: 9032
RRC Setup Attempts: 4384
CA DL DataVolRatio Pct den: 8995
weekend: 0
hr: 23
MAC_UE_SC_Tput: 15061.66

hr: 23
CA Activation Rate num: 7389884
Setup_Fail_DEN: 11797
SIP_SC_Total_MOU: 8.59
Peak UE: 27
MB_per_connected_UE: 69.41
DL Data Vol MAC in MB: 370.85

Time: 20:03:50
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8400
RRC Setup Attempts: 4961
CA DL DataVolRatio Pct den: 6370
weekend: 0
hr: 5
MAC_UE_SC_Tput: 10837.08

hr: 5
Avg CQI: 10
CA Activation Rate num: 3928935
Peak UE: 27
DL Volume: 9726
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9088
DL Data Vol MAC in MB: 5071.79
CA Activation Rate den: 129379

Time: 20:45:28
holiday: 0
CA DL DataVolRatio Pct num: 1386

Avg_Connected_UEs: 70.6
SIP DC%: 
UPTP_Mbps: 99.25
CA Conf FailRate Pct den: 8924
weekend: 0
hr: 5
MAC_UE_SC_Tput: 4401.72

hr: 5
Peak UE: 28
MB_per_connected_UE: 37
DL Volume: 5600
Time: 06:41:41

holiday: 0

Avg_Connected_UEs: 23.94
SIP DC%: 
UPTP_Mbps: 39.52
DLRLCLayerDataVolume MB: 6622.57
DRB UL Data Volume MB: 7823
CA Conf FailRate Pct den: 6169
weekend: 0
CA Activation Rate: 44.85
hr: 16
MAC_UE_SC_Tput: 6709.88
Bearer Releases: 8536

hr: 16
CA Activation Rate num: 9995488
Setup_Fail_DEN: 10074
SIP_SC_Total_MOU: 82.79
Peak UE: 28
MB_per_connected_UE: 18.6
CA Activation Rate den: 94989

holiday: 0

Avg_Connected_UEs: 48.75
SIP DC%: 
DRB UL Data Volume MB: 3602
DL Packet Loss Pct: 0.63
weekend: 0
hr: 0
Bearer Releases: 16762

hr: 0
CA Activation Rate num: 2111478
Peak UE: 27
DL Volume: 5853
UL Throughput: 9.79
DL Data Vol MAC in MB: 2579.37
CA Activation Rate den: 115911

Time: 18:15:50
holiday: 0
CA DL DataVolRatio Pct num: 3162

DL MAC Vol Scell Pct: 10.27
SIP DC%: 
UPTP_Mbps: 10.37
CA DL DataVolRatio Pct den: 3183
weekend: 0
hr: 23
MAC_UE_SC_Tput: 17854.03

hr: 23
CA Activation Rate num: 10918236
SIP_SC_Total_MOU: 128.71
MB_per_connected_UE: 156.91
PCT Time MIMO: 49.05
DL Volume: 5434
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3812
DL Data Vol MAC in MB: 9526.94
CA Activation Rate den: 104126

Time: 09:01:13
holiday: 0

Avg_Connected_UEs: 39.96
SIP DC%: 
DLRLCLayerDataVolume MB: 7874.64
DRB UL Data Volume MB: 3708
CA Conf FailRate Pct den: 5402
weekend: 0
CA Activation Rate: 59.27
hr: 9
MAC_UE_SC_Tput: 9354.14
Bearer Releases: 10251

hr: 9
CA Activation Rate num: 2056412
Setup_Fail_DEN: 8920
SIP_SC_Total_MOU: 41.43
Peak UE: 27
MB_per_connected_UE: 92.67
DL Volume: 6062
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5514
DL Data Vol MAC in MB: 6939.59
CA Activation Rate den: 104666

Time: 09:36:27
holiday: 0
CA DL DataVolRatio Pct: 58.85

SIP DC%: 
DLRLCLayerDataVolume MB: 3862.45
PRB Util%: 4.83
CA Conf FailRate Pct den: 3092
weekend: 0
UPTP Mbps Num: 22757
hr: 23
MAC_UE_SC_Tput: 18420.06
Bearer Releases: 14957

hr: 23
CA Activation Rate num: 4982364
Setup_Fail_DEN: 19587
SIP_SC_Total_MOU: 92.34
Peak UE: 40
MB_per_connected_UE: 158.03
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5336
DL Data Vol MAC in MB: 9820.5

Time: 19:30:45
holiday: 0

DL MAC Vol Scell Pct: 33.64
Avg_Connected_UEs: 59.48
SIP DC%: 
UPTP_Mbps: 21.51
CA Conf FailRate Pct den: 6596
weekend: 0
UPTP Mbps Num: 20699
hr: 19
MAC_UE_SC_Tput: 10382.92
Bearer Releases: 13116

hr: 19
CA Activation Rate num: 1456818
UPTP Mbps Den: 664
SIP_SC_Total_MOU: 82.87
Peak UE: 85
MB_per_connected_UE: 130.32
PCT Time MIMO: 56.8
DL Data Vol MAC in MB: 10074.12
CA Activation Rate den: 53742

Time: 10:16:01
holiday: 0
CA DL DataVolRatio Pct: 62.13

DL MAC Vol Scell Pct: 54.35
Avg_Connected_UEs: 30.3
SIP DC%: 
weekend: 0
UPTP Mbps Num: 37715
CA Activation Rate: 21.31
hr: 0
MAC_UE_SC_Tput: 4637.66
Bearer Releases: 15049

hr: 0
CA Activation Rate num: 9600348
UPTP Mbps Den: 3114
Peak UE: 31
MB_per_connected_UE: 86.33
DL Data Vol MAC in MB: 3390.19
CA Activation Rate den: 163097

Combined RACH Preambles: 2054
Time: 03:38:56
holiday: 0

DL MAC Vol Scell Pct: 24.89
SIP DC%: 
UPTP_Mbps: 71.82
DLRLCLayerDataVolume MB: 1386.98
DRB UL Data Volume MB: 8826
CA DL DataVolRatio Pct den: 2426
CA Conf FailRate Pct den: 5825
weekend: 1
hr: 6
MAC_UE_SC_Tput: 4804.5

hr: 6
Peak UE: 27
MB_per_connected_UE: 168.11
CA Activation Rate den: 45379

Time: 07:30:11
holiday: 0

SIP DC%: 
UPTP_Mbps: 26.3
DLRLCLayerDataVolume MB: 1552.37
DRB UL Data Volume MB: 6173
CA Conf FailRate Pct den: 5048
weekend: 0
UPTP Mbps Num: 1291
hr: 0
MAC_UE_SC_Tput: 4687.02

hr: 0
CA Activation Rate num: 10465969
SIP_SC_Total_MOU: 43.79
Peak UE: 27
DL Data Vol MAC in MB: 6876.33

Time: 20:14:02
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6054.76
PRB Util%: 74.49
CA DL DataVolRatio Pct den: 7849
CA Conf FailRate Pct den: 3005
weekend: 0
UPTP Mbps Num: 41856
CA Activation Rate: 8.21
hr: 15
MAC_UE_SC_Tput: 4653.57
Bearer Releases: 12722

hr: 15
Peak UE: 58
MB_per_connected_UE: 156.26
DL Volume: 3594
CA Activation Rate den: 44326

Time: 07:04:57
holiday: 0
CA DL DataVolRatio Pct: 91.65

Avg_Connected_UEs: 40.3
SIP DC%: 
DLRLCLayerDataVolume MB: 5816.27
DRB UL Data Volume MB: 2946
PRB Util%: 25.04
CA DL DataVolRatio Pct den: 4476
weekend: 0
hr: 20

hr: 20
CA Activation Rate num: 4868505
Peak UE: 33
MB_per_connected_UE: 108.13
PCT Time MIMO: 57.1
DL Data Vol MAC in MB: 10060.15

Time: 23:54:23
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8355.37
PRB Util%: 33.19
weekend: 0
UPTP Mbps Num: 22107
hr: 23
MAC_UE_SC_Tput: 5518.23

hr: 23
CA Activation Rate num: 2894152
Setup_Fail_DEN: 14365
Peak UE: 27
MB_per_connected_UE: 177.46
PCT Time MIMO: 61.88
DL Volume: 327
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3973
DL Data Vol MAC in MB: 7068.38

Time: 08:04:52
holiday: 0
CA DL DataVolRatio Pct num: 2414

SIP DC%: 
CA DL DataVolRatio Pct den: 7025
weekend: 0
UPTP Mbps Num: 4922
CA Activation Rate: 42.25
hr: 6
Bearer Releases: 9031

hr: 6
CA Activation Rate num: 10970841
Peak UE: 38
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5260

Time: 13:50:44
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3723.31
PRB Util%: 28.09
RRC Setup Attempts: 3860
CA Conf FailRate Pct den: 5819
weekend: 0
hr: 9
MAC_UE_SC_Tput: 11036.48
Bearer Releases: 10957

hr: 9
CA Activation Rate num: 6394065
Setup_Fail_DEN: 12353
SIP_SC_Total_MOU: 88.56
Peak UE: 27
MB_per_connected_UE: 9.87
DL Volume: 5843
DL Data Vol MAC in MB: 4717.05
CA Activation Rate den: 108096

Time: 12:47:32
holiday: 0
CA DL DataVolRatio Pct: 88.81
CA DL DataVolRatio Pct num: 1697

Avg_Connected_UEs: 18.44
SIP DC%: 
PRB Util%: 57.89
RRC Setup Attempts: 8786
weekend: 0
UPTP Mbps Num: 1996
CA Activation Rate: 12.15
hr: 11
Bearer Releases: 11357

hr: 11
CA Activation Rate num: 4761439
UPTP Mbps Den: 2274
SIP_SC_Total_MOU: 117.9
Peak UE: 27
MB_per_connected_UE: 178.6
PCT Time MIMO: 54.9
DL Volume: 2833
DL Data Vol MAC in MB: 371.21
CA Activation Rate den: 127429

Time: 14:44:54
holiday: 0

DL MAC Vol Scell Pct: 12.07
SIP DC%: 
DLRLCLayerDataVolume MB: 7439.85
DRB UL Data Volume MB: 6301
PRB Util%: 8.93
RRC Setup Attempts: 4822
CA DL DataVolRatio Pct den: 9501
weekend: 0
UPTP Mbps Num: 58043
hr: 23
MAC_UE_SC_Tput: 29244.18
Bearer Releases: 8535

hr: 23
CA Activation Rate num: 11274083
Peak UE: 63
MB_per_connected_UE: 105.79
PCT Time MIMO: 37.51
DL Volume: 1280
CA Activation Rate den: 38189

Time: 19:28:57
holiday: 0
CA DL DataVolRatio Pct: 77.71

Avg_Connected_UEs: 73.22
SIP DC%: 
DLRLCLayerDataVolume MB: 7620.79
DRB UL Data Volume MB: 5829
CA DL DataVolRatio Pct den: 5514
CA Conf FailRate Pct den: 9180
weekend: 0
UPTP Mbps Num: 1907
hr: 10
MAC_UE_SC_Tput: 8213.31
Bearer Releases: 17182

hr: 10
CA Activation Rate num: 7927700
Setup_Fail_DEN: 19396
UL MAC Vol Scell Pct: 1.4
Peak UE: 58
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8490
UL Throughput: 10.4
CA Activation Rate den: 74319

Time: 07:49:27
holiday: 0
CA DL DataVolRatio Pct num: 4035

SIP DC%: 
DRB UL Data Volume MB: 7539
CA DL DataVolRatio Pct den: 7748
weekend: 0
UPTP Mbps Num: 19867
CA Activation Rate: 38.74
hr: 15
MAC_UE_SC_Tput: 5290.57
Bearer Releases: 9308

hr: 15
CA Activation Rate num: 9251793
Peak UE: 30
MB_per_connected_UE: 150.37
DL Volume: 4916
DL Data Vol MAC in MB: 1848.07
CA Activation Rate den: 121059

Time: 09:28:49
holiday: 0
CA DL DataVolRatio Pct: 60.26
CA DL DataVolRatio Pct num: 1310

DL MAC Vol Scell Pct: 52.77
SIP DC%: 
DLRLCLayerDataVolume MB: 2331.8
PRB Util%: 4.68
weekend: 0
UPTP Mbps Num: 11186
hr: 23
MAC_UE_SC_Tput: 4567.37
Bearer Releases: 6623

hr: 23
CA Activation Rate num: 5785669
Setup_Fail_DEN: 8842
SIP_SC_Total_MOU: 340.08
Peak UE: 72
DL Volume: 3799
DL Data Vol MAC in MB: 9285.94
CA Activation Rate den: 176650

Time: 08:22:22
holiday: 0

DL MAC Vol Scell Pct: 29.93
Avg_Connected_UEs: 76.01
SIP DC%: 
UPTP_Mbps: 121.66
DLRLCLayerDataVolume MB: 10008.18
DRB UL Data Volume MB: 5335
RRC Setup Attempts: 7960
CA Conf FailRate Pct den: 9355
weekend: 0
UPTP Mbps Num: 9939
hr: 6
MAC_UE_SC_Tput: 6174.78
Bearer Releases: 15631

hr: 6
CA Activation Rate num: 10947073
SIP_SC_Total_MOU: 364.48
Peak UE: 34
MB_per_connected_UE: 49.13
PCT Time MIMO: 32.36
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6547

Time: 10:44:56
holiday: 0
CA DL DataVolRatio Pct num: 7052

DL MAC Vol Scell Pct: 4.27
Avg_Connected_UEs: 35.14
SIP DC%: 
DRB UL Data Volume MB: 3658
CA DL DataVolRatio Pct den: 9403
weekend: 1
hr: 17
MAC_UE_SC_Tput: 15230.08

hr: 17
CA Activation Rate num: 5621482
UPTP Mbps Den: 972
Setup_Fail_DEN: 9164
Peak UE: 43
MB_per_connected_UE: 124.05
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7730
DL Data Vol MAC in MB: 4683.31
CA Activation Rate den: 100909

Time: 04:09:48
holiday: 0
CA DL DataVolRatio Pct num: 2479

SIP DC%: 
PRB Util%: 69.57
CA DL DataVolRatio Pct den: 9802
CA Conf FailRate Pct den: 7847
weekend: 0
CA Activation Rate: 42.24
hr: 16
MAC_UE_SC_Tput: 7082.57

hr: 16
CA Activation Rate num: 121998
Setup_Fail_DEN: 14916
SIP_SC_Total_MOU: 277.51
Peak UE: 81
DL Volume: 9507
DL Data Vol MAC in MB: 1549.71
CA Activation Rate den: 64631

Combined RACH Preambles: 3195
Time: 23:59:47
holiday: 0

DL MAC Vol Scell Pct: 19.2
SIP DC%: 
DLRLCLayerDataVolume MB: 9856.94
DL Packet Loss Pct: 4.66
weekend: 0
CA Activation Rate: 36.23
hr: 17
MAC_UE_SC_Tput: 4763.64
Bearer Releases: 6916

hr: 17
CA Activation Rate num: 9753497
Setup_Fail_DEN: 15479
Peak UE: 81
MB_per_connected_UE: 59.8
DL Volume: 132
DL Data Vol MAC in MB: 7100.63

Time: 22:02:14
holiday: 0
CA DL DataVolRatio Pct num: 6141

SIP DC%: 
UPTP_Mbps: 33.03
DRB UL Data Volume MB: 5948
CA Conf FailRate Pct den: 7224
weekend: 0
CA Activation Rate: 12.61
hr: 16
MAC_UE_SC_Tput: 5451.15

hr: 16
CA Activation Rate num: 2788326
UPTP Mbps Den: 73
Setup_Fail_DEN: 8617
SIP_SC_Total_MOU: 176.24
Peak UE: 43
MB_per_connected_UE: 114.08
DL Data Vol MAC in MB: 9369.56

Time: 11:24:43
holiday: 0
CA DL DataVolRatio Pct: 55.39
CA DL DataVolRatio Pct num: 7448

Avg_Connected_UEs: 32.58
SIP DC%: 
DLRLCLayerDataVolume MB: 547.07
DRB UL Data Volume MB: 1745
CA DL DataVolRatio Pct den: 8106
CA Conf FailRate Pct den: 6035
weekend: 0
hr: 0
MAC_UE_SC_Tput: 16507.12

hr: 0
CA Activation Rate num: 10201035
Peak UE: 27
MB_per_connected_UE: 120.52
DL Volume: 5206
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8564
DL Data Vol MAC in MB: 8756.28
CA Activation Rate den: 55433

Time: 21:49:01
holiday: 0

Avg_Connected_UEs: 22.75
SIP DC%: 
DLRLCLayerDataVolume MB: 2278.18
DRB UL Data Volume MB: 3836
RRC Setup Attempts: 4495
CA Conf FailRate Pct den: 4781
weekend: 0
UPTP Mbps Num: 43938
hr: 9
MAC_UE_SC_Tput: 5196.92

hr: 9
CA Activation Rate num: 9294495
Peak UE: 27
MB_per_connected_UE: 46.7

Time: 16:51:58
holiday: 0
CA DL DataVolRatio Pct: 72.8
CA DL DataVolRatio Pct num: 5695

DL MAC Vol Scell Pct: 22.95
SIP DC%: 
UPTP_Mbps: 30.53
weekend: 0
hr: 13
MAC_UE_SC_Tput: 16891.42

hr: 13
CA Activation Rate num: 6843050
UPTP Mbps Den: 1085
SIP_SC_Total_MOU: 60.57
Peak UE: 55
VOLTE IA%: 
DL Data Vol MAC in MB: 7746.06

Combined RACH Preambles: 4281
Time: 09:31:25
holiday: 0
CA DL DataVolRatio Pct: 70.87

DL MAC Vol Scell Pct: 49.04
Avg_Connected_UEs: 29.5
SIP DC%: 
DRB UL Data Volume MB: 8446
CA DL DataVolRatio Pct den: 5363
CA Conf FailRate Pct den: 7471
weekend: 0
UPTP Mbps Num: 24030
hr: 0
MAC_UE_SC_Tput: 8821.52

hr: 0
CA Activation Rate num: 10866187
UPTP Mbps Den: 5839
Setup_Fail_DEN: 19021
SIP_SC_Total_MOU: 259.09
Peak UE: 27
MB_per_connected_UE: 70.69

Time: 01:13:55
holiday: 0

Avg_Connected_UEs: 40.22
SIP DC%: 
DLRLCLayerDataVolume MB: 5472.56
DRB UL Data Volume MB: 3089
CA DL DataVolRatio Pct den: 1861
weekend: 0
UPTP Mbps Num: 22068
hr: 6
MAC_UE_SC_Tput: 4665.65

hr: 6
CA Activation Rate num: 8011101
Setup_Fail_DEN: 15767
Peak UE: 49
VOLTE IA%: 
DL Data Vol MAC in MB: 9551.61
CA Activation Rate den: 38537

Time: 05:01:48
holiday: 0
CA DL DataVolRatio Pct num: 282

SIP DC%: 
DLRLCLayerDataVolume MB: 7106.61
CA DL DataVolRatio Pct den: 5906
weekend: 0
UPTP Mbps Num: 16509
hr: 16
MAC_UE_SC_Tput: 8305.91
Bearer Releases: 8997

hr: 16
CA Activation Rate num: 7990177
UPTP Mbps Den: 4890
Setup_Fail_DEN: 8203
SIP_SC_Total_MOU: 332.88
Peak UE: 77
PCT Time MIMO: 44.92
DL Data Vol MAC in MB: 5379.31

Time: 11:42:19
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2472.47
DRB UL Data Volume MB: 9595
PRB Util%: 15.68
CA DL DataVolRatio Pct den: 10151
CA Conf FailRate Pct den: 7890
weekend: 0
CA Activation Rate: 23.39
hr: 23
MAC_UE_SC_Tput: 12758.63

hr: 23
CA Activation Rate num: 9708225
UPTP Mbps Den: 1966
Setup_Fail_DEN: 18542
SIP_SC_Total_MOU: 355.92
Peak UE: 27
MB_per_connected_UE: 106.83
DL Data Vol MAC in MB: 9561.54

Time: 08:22:19
holiday: 0
HO_att_InterFreq: 643
CA DL DataVolRatio Pct num: 7251

DL MAC Vol Scell Pct: 33.27
SIP DC%: 
DLRLCLayerDataVolume MB: 2338.41
RRC Setup Attempts: 6994
CA Conf FailRate Pct den: 9263
weekend: 0
CA Activation Rate: 64.55
hr: 2
MAC_UE_SC_Tput: 6001.19

hr: 2
CA Activation Rate num: 6725666
Peak UE: 27
DL Volume: 5194
DL Data Vol MAC in MB: 4988.42
CA Activation Rate den: 101340

Time: 22:10:36
holiday: 0
CA DL DataVolRatio Pct num: 1690

DL MAC Vol Scell Pct: 40.09
SIP DC%: 
UPTP_Mbps: 22.77
DRB UL Data Volume MB: 7777
PRB Util%: 9.06
RRC Setup Attempts: 6992
CA Conf FailRate Pct den: 7752
weekend: 0
hr: 18
MAC_UE_SC_Tput: 5772.78

hr: 18
CA Activation Rate num: 1293786
Setup_Fail_DEN: 12661
SIP_SC_Total_MOU: 162.85
Peak UE: 28
MB_per_connected_UE: 187.58
PCT Time MIMO: 39.93
DL Volume: 3506
DL Data Vol MAC in MB: 1035.89
CA Activation Rate den: 38690

Time: 08:26:32
holiday: 0
CA DL DataVolRatio Pct num: 5867

DL MAC Vol Scell Pct: 49.08
SIP DC%: 
DRB UL Data Volume MB: 6920
CA DL DataVolRatio Pct den: 361
weekend: 0
hr: 23
MAC_UE_SC_Tput: 15539.76
Bearer Releases: 15181

hr: 23
CA Activation Rate num: 3167939
Setup_Fail_DEN: 11379
SIP_SC_Total_MOU: 151.4
Peak UE: 28
VOLTE IA%: 
DL Volume: 2496
DL Data Vol MAC in MB: 9885.3
CA Activation Rate den: 43732

Time: 12:12:46
holiday: 0

Avg_Connected_UEs: 38.91
SIP DC%: 
DLRLCLayerDataVolume MB: 8089.67
weekend: 1
CA Activation Rate: 18.27
hr: 23
MAC_UE_SC_Tput: 8496.48
Bearer Releases: 13161

hr: 23
CA Activation Rate num: 10335977
Setup_Fail_DEN: 9373
SIP_SC_Total_MOU: 296.63
Peak UE: 46
UL Throughput: 9.57
CA Activation Rate den: 107682

Time: 23:34:33
holiday: 0

DL MAC Vol Scell Pct: 2.95
Avg_Connected_UEs: 39.43
SIP DC%: 
DL Packet Loss Pct: 2.37
CA DL DataVolRatio Pct den: 3407
CA Conf FailRate Pct den: 5567
weekend: 0
CA Activation Rate: 32.19
hr: 0
MAC_UE_SC_Tput: 12086.39

hr: 0
CA Activation Rate num: 10182749
SIP_SC_Total_MOU: 319.72
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 37.75
DL Data Vol MAC in MB: 4775.87
CA Activation Rate den: 62521

Time: 14:42:58
holiday: 0
CA DL DataVolRatio Pct: 70.45

DL MAC Vol Scell Pct: 16.76
Avg_Connected_UEs: 43.38
SIP DC%: 
UPTP_Mbps: 26.29
CA DL DataVolRatio Pct den: 9637
weekend: 0
UPTP Mbps Num: 23978
CA Activation Rate: 27.62
hr: 16
MAC_UE_SC_Tput: 8144.55
Bearer Releases: 8704

hr: 16
CA Activation Rate num: 6048680
Setup_Fail_DEN: 11243
SIP_SC_Total_MOU: 193.89
QCI 1 Bearer Drop%: 1.7
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 128.45
DL Volume: 2890
DL Data Vol MAC in MB: 6556
CA Activation Rate den: 37719

holiday: 0
CA DL DataVolRatio Pct num: 6781

DL MAC Vol Scell Pct: 34.23
SIP DC%: 
DLRLCLayerDataVolume MB: 6308.54
DRB UL Data Volume MB: 1114
PRB Util%: 19.94
RRC Setup Attempts: 5810
CA Conf FailRate Pct den: 9284
weekend: 0
CA Activation Rate: 70.81
hr: 5
MAC_UE_SC_Tput: 5227.47
Bearer Releases: 9999

hr: 5
CA Activation Rate num: 10008520
Setup_Fail_DEN: 13092
SIP_SC_Total_MOU: 209.46
Peak UE: 27
MB_per_connected_UE: 124.15
DL Volume: 6500
DL Data Vol MAC in MB: 240.74
CA Activation Rate den: 200986

Time: 06:43:05
holiday: 0
CA DL DataVolRatio Pct: 67.93
CA DL DataVolRatio Pct num: 6213

DL MAC Vol Scell Pct: 17.55
Avg_Connected_UEs: 52.84
SIP DC%: 
UPTP_Mbps: 109.88
DLRLCLayerDataVolume MB: 5399.23
RRC Setup Attempts: 7492
CA DL DataVolRatio Pct den: 4635
CA Conf FailRate Pct den: 8317
weekend: 0
UPTP Mbps Num: 4649
CA Activation Rate: 31.98
hr: 15
MAC_UE_SC_Tput: 26368.7
Bearer Releases: 17219

hr: 15
CA Activation Rate num: 908492
Setup_Fail_DEN: 19945
SIP_SC_Total_MOU: 8.48
Peak UE: 49
DL Volume: 3562
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5657

Combined RACH Preambles: 3622
Time: 06:41:39
holiday: 0

DL MAC Vol Scell Pct: 38.36
Avg_Connected_UEs: 62.38
SIP DC%: 
DLRLCLayerDataVolume MB: 2834.81
DRB UL Data Volume MB: 8624
PRB Util%: 31.78
CA DL DataVolRatio Pct den: 5336
CA Conf FailRate Pct den: 7466
weekend: 0
CA Activation Rate: 40.27
hr: 12
MAC_UE_SC_Tput: 7929.17

hr: 12
CA Activation Rate num: 9789524
UPTP Mbps Den: 378
Setup_Fail_DEN: 16871
Peak UE: 76
MB_per_connected_UE: 128.41
DL Data Vol MAC in MB: 6128.41
CA Activation Rate den: 124627

Combined RACH Preambles: 3452
Time: 20:48:45
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6821.1
DRB UL Data Volume MB: 7769
CA DL DataVolRatio Pct den: 6915
weekend: 0
UPTP Mbps Num: 49260
hr: 18
MAC_UE_SC_Tput: 5790.15
Bearer Releases: 7771

hr: 18
CA Activation Rate num: 10963957
SIP_SC_Total_MOU: 73.97
Peak UE: 50
DL Volume: 7615

Time: 09:43:11
holiday: 0
CA DL DataVolRatio Pct num: 6248

SIP DC%: 
DLRLCLayerDataVolume MB: 1201.6
DRB UL Data Volume MB: 6455
CA DL DataVolRatio Pct den: 8595
weekend: 0
UPTP Mbps Num: 33245
hr: 23
MAC_UE_SC_Tput: 6315.56

hr: 23
CA Activation Rate num: 10469542
SIP_SC_Total_MOU: 76.6
Peak UE: 54
MB_per_connected_UE: 167.54
DL Volume: 1189
CA Activation Rate den: 71728

Time: 03:28:52
holiday: 0

SIP DC%: 
UPTP_Mbps: 118.39
DLRLCLayerDataVolume MB: 1692.99
DRB UL Data Volume MB: 7981
RRC Setup Attempts: 5799
weekend: 1
UPTP Mbps Num: 36447
hr: 23
MAC_UE_SC_Tput: 16019.93
Bearer Releases: 7847

hr: 23
CA Activation Rate num: 10591815
SIP_SC_Total_MOU: 215.65
Peak UE: 27
MB_per_connected_UE: 10.16
DL Data Vol MAC in MB: 8782.26

Combined RACH Preambles: 4329
Time: 14:27:12
holiday: 0
CA DL DataVolRatio Pct num: 2225

DL MAC Vol Scell Pct: 14.12
SIP DC%: 
DLRLCLayerDataVolume MB: 7829.65
PRB Util%: 22.98
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6173.72
Bearer Releases: 14372

hr: 23
CA Activation Rate num: 10615511
Setup_Fail_DEN: 10523
PCT Time MIMO: 50.76
DL Volume: 1943
DL Data Vol MAC in MB: 9855.6
CA Activation Rate den: 67242

Time: 21:56:45
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9791.97
RRC Setup Attempts: 4415
CA Conf FailRate Pct den: 7006
weekend: 0
UPTP Mbps Num: 30290
CA Activation Rate: 19.97
hr: 7
MAC_UE_SC_Tput: 4930.36

hr: 7
CA Activation Rate num: 4210812
Peak UE: 67
DL Data Vol MAC in MB: 8375.77
CA Activation Rate den: 113004

Combined RACH Preambles: 4446
Time: 04:08:47
holiday: 0
CA DL DataVolRatio Pct: 85.8

Avg_Connected_UEs: 32.75
SIP DC%: 
DLRLCLayerDataVolume MB: 3539.72
DRB UL Data Volume MB: 6607
weekend: 1
CA Activation Rate: 50.29
hr: 22
MAC_UE_SC_Tput: 17600.68

hr: 22
CA Activation Rate num: 5210095
UPTP Mbps Den: 3820
Setup_Fail_DEN: 9080
Peak UE: 60
MB_per_connected_UE: 69.04
DL Data Vol MAC in MB: 5661.95

Time: 01:25:10
holiday: 0
CA DL DataVolRatio Pct: 61.73

SIP DC%: 
RRC Setup Attempts: 7540
weekend: 0
UPTP Mbps Num: 26226
CA Activation Rate: 32.78
hr: 13
MAC_UE_SC_Tput: 5727.97
Bearer Releases: 6920

hr: 13
CA Activation Rate num: 1243300
SIP_SC_Total_MOU: 76.45
Peak UE: 50
DL Volume: 8156
DL Data Vol MAC in MB: 593.27
CA Activation Rate den: 38959

Time: 01:58:31
holiday: 0
CA DL DataVolRatio Pct num: 1838

SIP DC%: 
DLRLCLayerDataVolume MB: 8567.59
CA DL DataVolRatio Pct den: 1563
weekend: 0
UPTP Mbps Num: 59477
CA Activation Rate: 49.09
hr: 10
MAC_UE_SC_Tput: 15877.25
Bearer Releases: 7534

hr: 10
CA Activation Rate num: 10633726
SIP_SC_Total_MOU: 335.29
Peak UE: 27
PCT Time MIMO: 34.61
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8597

Time: 05:33:47
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 7919
weekend: 0
hr: 5
MAC_UE_SC_Tput: 5478.34
Bearer Releases: 6519

hr: 5
CA Activation Rate num: 613157
Setup_Fail_DEN: 8785
SIP_SC_Total_MOU: 79.63
Peak UE: 65
PCT Time MIMO: 60.14
DL Volume: 4976
CA Activation Rate den: 128656

Time: 11:03:08
holiday: 0
CA DL DataVolRatio Pct num: 830

SIP DC%: 
DLRLCLayerDataVolume MB: 1635.36
DRB UL Data Volume MB: 7120
CA DL DataVolRatio Pct den: 8477
weekend: 0
hr: 13
MAC_UE_SC_Tput: 17965.67
Bearer Releases: 10421

hr: 13
CA Activation Rate num: 5464748
Setup_Fail_DEN: 13001
Peak UE: 75
MB_per_connected_UE: 86.39
PCT Time MIMO: 43.99
DL Volume: 9003
DL Data Vol MAC in MB: 5176.57

Time: 15:02:25
holiday: 0

DL MAC Vol Scell Pct: 21.06
SIP DC%: 
DLRLCLayerDataVolume MB: 7355.47
PRB Util%: 51.87
CA DL DataVolRatio Pct den: 9687
CA Conf FailRate Pct den: 7252
weekend: 0
UPTP Mbps Num: 44452
CA Activation Rate: 52.54
hr: 21
MAC_UE_SC_Tput: 7922.61
Bearer Releases: 8012

hr: 21
CA Activation Rate num: 5418679
Setup_Fail_DEN: 7838
Peak UE: 27
MB_per_connected_UE: 43.76
PCT Time MIMO: 46.52
DL Volume: 5337

Time: 04:56:01
holiday: 0

SIP DC%: 
UPTP_Mbps: 43.44
DLRLCLayerDataVolume MB: 5858.02
DRB UL Data Volume MB: 7868
RRC Setup Attempts: 6593
CA Conf FailRate Pct den: 8340
weekend: 0
UPTP Mbps Num: 35680
hr: 2
MAC_UE_SC_Tput: 10651.95

hr: 2
CA Activation Rate num: 6919342
Peak UE: 27
MB_per_connected_UE: 62.96
DL Volume: 3290
DL Data Vol MAC in MB: 4001.61
Combined RACH Preambles: 3133

Time: 16:32:01
holiday: 0
CA DL DataVolRatio Pct num: 2298

SIP DC%: 
UPTP_Mbps: 30.79
RRC Setup Attempts: 3773
CA DL DataVolRatio Pct den: 7458
weekend: 0
UPTP Mbps Num: 14849
hr: 0
MAC_UE_SC_Tput: 18687.72
Bearer Releases: 10322

hr: 0
CA Activation Rate num: 3364137
UPTP Mbps Den: 1948
SIP_SC_Total_MOU: 150.78
Peak UE: 41
MB_per_connected_UE: 45.22
DL Volume: 5634

Time: 05:58:20
holiday: 0

DL MAC Vol Scell Pct: 54.04
Avg_Connected_UEs: 20.19
SIP DC%: 
DLRLCLayerDataVolume MB: 7696.34
RRC Setup Attempts: 4877
CA Conf FailRate Pct den: 3548
weekend: 1
UPTP Mbps Num: 39620
CA Activation Rate: 12.3
hr: 11
MAC_UE_SC_Tput: 13197.22
Bearer Releases: 9736

hr: 11
Avg CQI: 11.64
SIP_SC_Total_MOU: 136.05
Peak UE: 27
MB_per_connected_UE: 17.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3299
DL Data Vol MAC in MB: 3983.17

Time: 05:08:42
holiday: 0
CA DL DataVolRatio Pct num: 4738

DL MAC Vol Scell Pct: 4.57
SIP DC%: 
UPTP_Mbps: 8.3
DLRLCLayerDataVolume MB: 6417.66
PRB Util%: 50.06
CA DL DataVolRatio Pct den: 9133
CA Conf FailRate Pct den: 4116
weekend: 0
hr: 23
MAC_UE_SC_Tput: 16573.26
Bearer Releases: 11958

hr: 23
CA Activation Rate num: 10820484
SIP_SC_Total_MOU: 16.33
PCT Time MIMO: 52.03
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5844

Time: 05:39:56
holiday: 0
CA DL DataVolRatio Pct num: 5070

SIP DC%: 
UPTP_Mbps: 8.49
DLRLCLayerDataVolume MB: 5719.38
PRB Util%: 28.88
weekend: 0
hr: 20
MAC_UE_SC_Tput: 15153.87
Bearer Releases: 8878

hr: 20
Avg CQI: 11.46
CA Activation Rate num: 10393904
SIP_SC_Total_MOU: 347.98
Peak UE: 36
MB_per_connected_UE: 32.59
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3396
DL Data Vol MAC in MB: 9997.6

Time: 17:07:10
holiday: 0

SIP DC%: 
UPTP_Mbps: 88.94
DLRLCLayerDataVolume MB: 203.96
weekend: 0
hr: 9
MAC_UE_SC_Tput: 11036.2
Bearer Releases: 6912

hr: 9
CA Activation Rate num: 10459412
Setup_Fail_DEN: 19551
Peak UE: 64
DL Data Vol MAC in MB: 3375.54

Time: 19:13:15
holiday: 0

DL MAC Vol Scell Pct: 53.85
SIP DC%: 
DLRLCLayerDataVolume MB: 2717.14
weekend: 0
CA Activation Rate: 9.59
hr: 2
MAC_UE_SC_Tput: 5071.68

hr: 2
CA Activation Rate num: 6994440
UPTP Mbps Den: 1337
Setup_Fail_DEN: 17026
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 33.34
DL Volume: 1720
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9407
DL Data Vol MAC in MB: 4870.59

Time: 14:59:48
holiday: 0

DL MAC Vol Scell Pct: 9.72
Avg_Connected_UEs: 38.31
SIP DC%: 
DLRLCLayerDataVolume MB: 801.56
PRB Util%: 36.28
weekend: 0
hr: 4
MAC_UE_SC_Tput: 15715.92
Bearer Releases: 9411

hr: 4
CA Activation Rate num: 9874126
Peak UE: 54
MB_per_connected_UE: 162.91
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5234
DL Data Vol MAC in MB: 5990.02

Time: 13:10:01
holiday: 0
CA DL DataVolRatio Pct num: 2360

SIP DC%: 
DLRLCLayerDataVolume MB: 1212.96
DRB UL Data Volume MB: 4151
RRC Setup Attempts: 3432
CA DL DataVolRatio Pct den: 4086
CA Conf FailRate Pct den: 4429
weekend: 0
hr: 23
MAC_UE_SC_Tput: 14481.15
Bearer Releases: 13719

hr: 23
CA Activation Rate num: 5423896
UPTP Mbps Den: 1147
SIP_SC_Total_MOU: 102.6
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 57.85
PCT Time MIMO: 42.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6820
DL Data Vol MAC in MB: 6892.36
CA Activation Rate den: 65952

Combined RACH Preambles: 3546
Time: 23:58:11
holiday: 0
CA DL DataVolRatio Pct: 68

SIP DC%: 
DLRLCLayerDataVolume MB: 3802.06
DRB UL Data Volume MB: 7566
PRB Util%: 73.12
RRC Setup Attempts: 8938
weekend: 0
hr: 3

hr: 3
CA Activation Rate num: 10825779
Setup_Fail_DEN: 13117
Peak UE: 71
MB_per_connected_UE: 61
DL Data Vol MAC in MB: 5311.66
CA Activation Rate den: 129420

Time: 13:26:42
holiday: 0
CA DL DataVolRatio Pct: 58.71

SIP DC%: 
PRB Util%: 71.22
weekend: 0
UPTP Mbps Num: 13700
CA Activation Rate: 46.45
hr: 20
MAC_UE_SC_Tput: 11006.85

hr: 20
CA Activation Rate num: 2359216
Setup_Fail_DEN: 10129
SIP_SC_Total_MOU: 364.88
Peak UE: 77
MB_per_connected_UE: 154.62
PCT Time MIMO: 48.43
DL Data Vol MAC in MB: 8904.57

Combined RACH Preambles: 3091
Time: 23:36:22
holiday: 0

DL MAC Vol Scell Pct: 17.49
Avg_Connected_UEs: 50.02
SIP DC%: 
DLRLCLayerDataVolume MB: 8871.17
CA DL DataVolRatio Pct den: 6118
CA Conf FailRate Pct den: 4191
weekend: 1
CA Activation Rate: 22.64
hr: 6
MAC_UE_SC_Tput: 7921.7

hr: 6
Avg CQI: 11.22
CA Activation Rate num: 1762946
UPTP Mbps Den: 296
Setup_Fail_DEN: 15132
SIP_SC_Total_MOU: 164.64
Peak UE: 61
MB_per_connected_UE: 149.35
CA Activation Rate den: 64854

Time: 17:15:43
holiday: 0

SIP DC%: 
UPTP_Mbps: 9.11
DLRLCLayerDataVolume MB: 4934.72
weekend: 0
UPTP Mbps Num: 14033
hr: 12
MAC_UE_SC_Tput: 8165.82

hr: 12
CA Activation Rate num: 5901903
SIP_SC_Total_MOU: 333.85
Peak UE: 31
MB_per_connected_UE: 86.5
DL Data Vol MAC in MB: 3506.42

Time: 22:53:15
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2487.51
weekend: 0
CA Activation Rate: 25.41
hr: 20
MAC_UE_SC_Tput: 6687.2

hr: 20
CA Activation Rate num: 5591145
Peak UE: 72
MB_per_connected_UE: 133.55
PCT Time MIMO: 59.87
DL Data Vol MAC in MB: 8206.59

Time: 15:39:28
holiday: 0
CA DL DataVolRatio Pct: 44.2
CA DL DataVolRatio Pct num: 3749

SIP DC%: 
DLRLCLayerDataVolume MB: 3688.4
DRB UL Data Volume MB: 4637
RRC Setup Attempts: 8841
CA Conf FailRate Pct den: 3047
weekend: 0
UPTP Mbps Num: 34605
hr: 12
MAC_UE_SC_Tput: 12307.09

hr: 12
CA Activation Rate num: 7572573
Setup_Fail_DEN: 10857
SIP_SC_Total_MOU: 191.58
Peak UE: 27
MB_per_connected_UE: 39.64
PCT Time MIMO: 43.61
CA Activation Rate den: 95820
Time: 03:30:24

holiday: 0
CA DL DataVolRatio Pct: 73.15
CA DL DataVolRatio Pct num: 1221

DL MAC Vol Scell Pct: 3.26
SIP DC%: 
DLRLCLayerDataVolume MB: 7542.43
DRB UL Data Volume MB: 7944
PRB Util%: 12.87
CA DL DataVolRatio Pct den: 10054
weekend: 0
CA Activation Rate: 47.84
hr: 10
MAC_UE_SC_Tput: 8280.3

hr: 10
CA Activation Rate num: 6659528
Peak UE: 40
MB_per_connected_UE: 36.71
DL Data Vol MAC in MB: 8708.37
CA Activation Rate den: 48195

Time: 20:37:13
holiday: 0
HO Attempts: 441

DL MAC Vol Scell Pct: 24.22
Avg_Connected_UEs: 54.88
SIP DC%: 
DLRLCLayerDataVolume MB: 2281.31
PRB Util%: 21.63
RRC Setup Attempts: 4484
CA DL DataVolRatio Pct den: 3583
weekend: 0
UPTP Mbps Num: 26354
hr: 8
MAC_UE_SC_Tput: 12006.89

hr: 8
CA Activation Rate num: 5612784
Setup_Fail_DEN: 11992
SIP_SC_Total_MOU: 307.49
Peak UE: 42
MB_per_connected_UE: 83.29
DL Data Vol MAC in MB: 8803.41
CA Activation Rate den: 113650

Combined RACH Preambles: 3906
Time: 09:28:22
holiday: 0
CA DL DataVolRatio Pct: 58.94
CA DL DataVolRatio Pct num: 6042

SIP DC%: 
DLRLCLayerDataVolume MB: 1433.94
CA DL DataVolRatio Pct den: 8588
CA Conf FailRate Pct den: 8681
weekend: 0
hr: 9
MAC_UE_SC_Tput: 5218.79
Bearer Releases: 9214

hr: 9
SIP_SC_Total_MOU: 186.23
Peak UE: 27
MB_per_connected_UE: 61.57
PCT Time MIMO: 36.34
CA Activation Rate den: 40299

Time: 20:59:27
holiday: 0
CA DL DataVolRatio Pct num: 1721

SIP DC%: 
UPTP_Mbps: 47.28
DLRLCLayerDataVolume MB: 6837.12
weekend: 0
UPTP Mbps Num: 6669
CA Activation Rate: 46.64
hr: 19
MAC_UE_SC_Tput: 11595.87
Bearer Releases: 16316

hr: 19
CA Activation Rate num: 5779867
Peak UE: 27
MB_per_connected_UE: 82.91
PCT Time MIMO: 61.8

Combined RACH Preambles: 4059
Time: 10:16:56
holiday: 0
HO Attempts: 689

SIP DC%: 
UPTP_Mbps: 17.29
DLRLCLayerDataVolume MB: 343.27
RRC Setup Attempts: 7690
CA Conf FailRate Pct den: 4022
weekend: 0
UPTP Mbps Num: 38038
hr: 12
MAC_UE_SC_Tput: 10250.07
Bearer Releases: 9753

hr: 12
CA Activation Rate num: 6023804
MB_per_connected_UE: 67.52
PCT Time MIMO: 47.63
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7386
UL Throughput: 6.73

Time: 12:31:10
holiday: 0

DL MAC Vol Scell Pct: 13.14
SIP DC%: 
DLRLCLayerDataVolume MB: 3737.17
RRC Setup Attempts: 5091
CA DL DataVolRatio Pct den: 3496
weekend: 0
UPTP Mbps Num: 789
CA Activation Rate: 30
hr: 23
MAC_UE_SC_Tput: 12844.5

hr: 23
CA Activation Rate num: 10398029
Setup_Fail_DEN: 9966
SIP_SC_Total_MOU: 42.01
Peak UE: 27
DL Volume: 1678
DL Data Vol MAC in MB: 7199.08
CA Activation Rate den: 89106

Time: 15:12:10
holiday: 0
CA DL DataVolRatio Pct: 61.74
HO_att_InterFreq: 619

SIP DC%: 
DLRLCLayerDataVolume MB: 2463.59
DRB UL Data Volume MB: 7441
weekend: 0
hr: 18
MAC_UE_SC_Tput: 16350.42

hr: 18
CA Activation Rate num: 5044291
Setup_Fail_DEN: 19109
Peak UE: 68
MB_per_connected_UE: 193.18
DL Volume: 4177
CA Activation Rate den: 217012

Time: 09:06:01
holiday: 0

DL MAC Vol Scell Pct: 7.38
SIP DC%: 
DLRLCLayerDataVolume MB: 3277.28
RRC Setup Attempts: 9549
CA DL DataVolRatio Pct den: 8346
CA Conf FailRate Pct den: 6584
weekend: 0
UPTP Mbps Num: 40394
CA Activation Rate: 9.38
hr: 8
MAC_UE_SC_Tput: 6002.35

hr: 8
CA Activation Rate num: 7816302
Setup_Fail_DEN: 14549
SIP_SC_Total_MOU: 272.37
Peak UE: 46
DL Volume: 3914
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7821
DL Data Vol MAC in MB: 235.55
CA Activation Rate den: 149974

Time: 15:33:44
holiday: 0
CA DL DataVolRatio Pct num: 2834

DL MAC Vol Scell Pct: 39.49
Avg_Connected_UEs: 68.42
SIP DC%: 
DLRLCLayerDataVolume MB: 2453.31
CA DL DataVolRatio Pct den: 2996
weekend: 1
CA Activation Rate: 16.2
hr: 3
MAC_UE_SC_Tput: 28218.77

hr: 3
CA Activation Rate num: 8347181
Setup_Fail_DEN: 7787
SIP_SC_Total_MOU: 17.17
Peak UE: 41
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6043
UL Throughput: 9.67
DL Data Vol MAC in MB: 9122.57
CA Activation Rate den: 136733

Time: 03:20:10
holiday: 0
HO Attempts: 636

SIP DC%: 
DLRLCLayerDataVolume MB: 7138.12
RRC Setup Attempts: 5401
weekend: 0
UPTP Mbps Num: 60111
hr: 14
MAC_UE_SC_Tput: 5955.98

hr: 14
CA Activation Rate num: 4998636
Peak UE: 29
MB_per_connected_UE: 182.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6965
DL Data Vol MAC in MB: 4023.35

Time: 04:24:24
holiday: 0
CA DL DataVolRatio Pct num: 4713

SIP DC%: 
UPTP_Mbps: 126.72
DLRLCLayerDataVolume MB: 1464.42
DRB UL Data Volume MB: 4655
PRB Util%: 18.39
CA DL DataVolRatio Pct den: 3641
weekend: 0
hr: 7
MAC_UE_SC_Tput: 10251.3

hr: 7
CA Activation Rate num: 9912040

Time: 00:03:07
holiday: 0
CA DL DataVolRatio Pct num: 4250

SIP DC%: 
DRB UL Data Volume MB: 8842
CA DL DataVolRatio Pct den: 248
weekend: 0
UPTP Mbps Num: 14720
CA Activation Rate: 53.39
hr: 11
MAC_UE_SC_Tput: 13161.28
Bearer Releases: 15546

hr: 11
CA Activation Rate num: 5566903
UPTP Mbps Den: 1308
SIP_SC_Total_MOU: 285.8
Peak UE: 27
MB_per_connected_UE: 32.5
DL Volume: 343
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5956
DL Data Vol MAC in MB: 3118.73
CA Activation Rate den: 109401

Time: 21:54:00
holiday: 0
CA DL DataVolRatio Pct num: 3774

Avg_Connected_UEs: 75.42
SIP DC%: 
UPTP_Mbps: 67.01
DLRLCLayerDataVolume MB: 4114.08
RRC Setup Attempts: 4674
CA DL DataVolRatio Pct den: 5564
weekend: 0
UPTP Mbps Num: 20523
CA Activation Rate: 60.87
hr: 9
MAC_UE_SC_Tput: 9056.77
Bearer Releases: 11595

hr: 9
Setup_Fail_DEN: 8001
Peak UE: 75
MB_per_connected_UE: 79.82
PCT Time MIMO: 58.45
DL Volume: 6303
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3140
UL Throughput: 6.6
DL Data Vol MAC in MB: 7829.18
CA Activation Rate den: 147239

Time: 10:14:24
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1847.31
DRB UL Data Volume MB: 4382
PRB Util%: 21.14
RRC Setup Attempts: 6449
weekend: 0
CA Activation Rate: 9.17
hr: 7
MAC_UE_SC_Tput: 19443.23

hr: 7
CA Activation Rate num: 826413
SIP_SC_Total_MOU: 258.09
MB_per_connected_UE: 156.77
DL Volume: 2135
CA Activation Rate den: 70363

Time: 21:32:01
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8226.69
weekend: 0
UPTP Mbps Num: 48732
hr: 2
MAC_UE_SC_Tput: 8700.64
Bearer Releases: 8985

hr: 2
Peak UE: 27
MB_per_connected_UE: 21.55
PCT Time MIMO: 32.48
DL Volume: 8675
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6674
DL Data Vol MAC in MB: 8088.02
CA Activation Rate den: 103648

Time: 16:27:29
holiday: 0
CA DL DataVolRatio Pct num: 261

DL MAC Vol Scell Pct: 36.19
Avg_Connected_UEs: 79.51
SIP DC%: 
DLRLCLayerDataVolume MB: 895.5
DRB UL Data Volume MB: 7973
CA DL DataVolRatio Pct den: 10174
CA Conf FailRate Pct den: 4287
weekend: 0
CA Activation Rate: 75.52
hr: 13
MAC_UE_SC_Tput: 6874.24

hr: 13
CA Activation Rate num: 5230348
Setup_Fail_DEN: 19745
Peak UE: 27
MB_per_connected_UE: 189.6
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3160
DL Data Vol MAC in MB: 3393.28

Time: 06:15:48
holiday: 0

Avg_Connected_UEs: 49.77
SIP DC%: 
RRC Setup Attempts: 7909
CA DL DataVolRatio Pct den: 7678
weekend: 0
CA Activation Rate: 51.57
hr: 10
MAC_UE_SC_Tput: 9840.66

hr: 10
CA Activation Rate num: 9899013
Setup_Fail_DEN: 16451
SIP_SC_Total_MOU: 300.97
Peak UE: 96
MB_per_connected_UE: 99.01
DL Data Vol MAC in MB: 7311.51

Combined RACH Preambles: 4719
Time: 15:36:02
holiday: 0
CA DL DataVolRatio Pct num: 7221

SIP DC%: 
DLRLCLayerDataVolume MB: 2167.16
CA DL DataVolRatio Pct den: 9163
CA Conf FailRate Pct den: 5896
weekend: 0
UPTP Mbps Num: 56921
hr: 7
MAC_UE_SC_Tput: 5780.71
Bearer Releases: 10043

hr: 7
CA Activation Rate num: 5547406
Peak UE: 27
MB_per_connected_UE: 71.96
Combined RACH Preambles: 3296

Time: 17:43:13
holiday: 0

Avg_Connected_UEs: 17.48
SIP DC%: 
UPTP_Mbps: 89.44
DLRLCLayerDataVolume MB: 6284.71
RRC Setup Attempts: 6399
weekend: 0
CA Activation Rate: 3.34
hr: 19
MAC_UE_SC_Tput: 6551.85

hr: 19
SIP_SC_Total_MOU: 38.26
Peak UE: 45
MB_per_connected_UE: 31.76
DL Volume: 8666

Time: 05:18:03
holiday: 0
CA DL DataVolRatio Pct: 51.17

Avg_Connected_UEs: 66.08
SIP DC%: 
UPTP_Mbps: 46.46
DLRLCLayerDataVolume MB: 7055.45
DRB UL Data Volume MB: 6199
CA Conf FailRate Pct den: 6527
weekend: 0
UPTP Mbps Num: 12109
hr: 3

hr: 3
CA Activation Rate num: 189428
Setup_Fail_DEN: 11597
Peak UE: 40
DL Volume: 3823
DL Data Vol MAC in MB: 6134.76

Combined RACH Preambles: 2036
Time: 04:53:15
holiday: 0
CA DL DataVolRatio Pct num: 1862

SIP DC%: 
UPTP_Mbps: 30.36
DLRLCLayerDataVolume MB: 1200.29
PRB Util%: 17.69
RRC Setup Attempts: 5302
weekend: 0
UPTP Mbps Num: 48433
hr: 5
MAC_UE_SC_Tput: 7715.01

hr: 5
CA Activation Rate num: 517329
UPTP Mbps Den: 1708
SIP_SC_Total_MOU: 13.84
Peak UE: 68
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6012
CA Activation Rate den: 69340

Combined RACH Preambles: 2967
Time: 05:25:40
holiday: 0

DL MAC Vol Scell Pct: 10.43
SIP DC%: 
DLRLCLayerDataVolume MB: 8242.06
CA Conf FailRate Pct den: 6689
weekend: 0
CA Activation Rate: 6.05
hr: 21
MAC_UE_SC_Tput: 12843.09
Bearer Releases: 7332

hr: 21
CA Activation Rate num: 7731520
Setup_Fail_DEN: 16038
Peak UE: 69
MB_per_connected_UE: 63.87
PCT Time MIMO: 58.54
CA Activation Rate den: 60937

Time: 21:49:50
holiday: 0

DL MAC Vol Scell Pct: 25.6
SIP DC%: 
UPTP_Mbps: 32.62
DLRLCLayerDataVolume MB: 2888.04
RRC Setup Attempts: 3491
weekend: 0
hr: 18
MAC_UE_SC_Tput: 7071.07

hr: 18
CA Activation Rate num: 10892832
Setup_Fail_DEN: 11422
Peak UE: 73
MB_per_connected_UE: 41.44
DL Volume: 6641
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6753
CA Activation Rate den: 74019

Time: 17:12:14
holiday: 0
CA DL DataVolRatio Pct: 68.84

Avg_Connected_UEs: 67.18
SIP DC%: 
DLRLCLayerDataVolume MB: 3780.04
PRB Util%: 53.08
RRC Setup Attempts: 3600
CA DL DataVolRatio Pct den: 7670
weekend: 0
UPTP Mbps Num: 37257
CA Activation Rate: 27.51
hr: 4
MAC_UE_SC_Tput: 4582.92

hr: 4
CA Activation Rate num: 2938017
Setup_Fail_DEN: 14888
SIP_SC_Total_MOU: 421.59
Peak UE: 30
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6222
CA Activation Rate den: 37471

Time: 16:37:52
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6966.27
DRB UL Data Volume MB: 9653
PRB Util%: 12.25
CA DL DataVolRatio Pct den: 9592
weekend: 1
UPTP Mbps Num: 710
hr: 19
MAC_UE_SC_Tput: 4619.97

hr: 19
CA Activation Rate num: 5139809
Setup_Fail_DEN: 15596
SIP_SC_Total_MOU: 65.87
Peak UE: 35
MB_per_connected_UE: 78.71
PCT Time MIMO: 63.86

Time: 20:45:27
holiday: 0
CA DL DataVolRatio Pct num: 5037

DL MAC Vol Scell Pct: 4.7
SIP DC%: 
UPTP_Mbps: 26.24
DLRLCLayerDataVolume MB: 5529.53
RRC Setup Attempts: 7323
CA DL DataVolRatio Pct den: 3789
CA Conf FailRate Pct den: 9455
weekend: 0
CA Activation Rate: 33.19
hr: 14
MAC_UE_SC_Tput: 20113.17
Bearer Releases: 17871

hr: 14
UPTP Mbps Den: 2034
SIP_SC_Total_MOU: 136.81
Peak UE: 56
MB_per_connected_UE: 179.17
PCT Time MIMO: 38.91
DL Volume: 705
DL Data Vol MAC in MB: 6116.73
CA Activation Rate den: 133569

Time: 16:46:13
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 494.61
DRB UL Data Volume MB: 3963
CA Conf FailRate Pct den: 5414
weekend: 0
UPTP Mbps Num: 18458
CA Activation Rate: 39.71
hr: 13
Bearer Releases: 10763

hr: 13
CA Activation Rate num: 7962223
Peak UE: 27
DL Volume: 2736
DL Data Vol MAC in MB: 7469.33
CA Activation Rate den: 104859

Combined RACH Preambles: 3016
Time: 04:01:39
holiday: 0
CA DL DataVolRatio Pct num: 1541

SIP DC%: 
DRB UL Data Volume MB: 6663
CA DL DataVolRatio Pct den: 6224
weekend: 1
UPTP Mbps Num: 3892
CA Activation Rate: 4.62
hr: 14
MAC_UE_SC_Tput: 15213.49
Bearer Releases: 13864

hr: 14
CA Activation Rate num: 4481169
Setup_Fail_DEN: 13890
SIP_SC_Total_MOU: 8.07
Peak UE: 86
MB_per_connected_UE: 62.13

Time: 04:16:14
holiday: 0

DL MAC Vol Scell Pct: 26.9
SIP DC%: 
DLRLCLayerDataVolume MB: 1114.75
RRC Setup Attempts: 6205
CA DL DataVolRatio Pct den: 2664
weekend: 0
hr: 14
MAC_UE_SC_Tput: 18625.51
Bearer Releases: 11318

hr: 14
CA Activation Rate num: 10096759
UPTP Mbps Den: 2635
SIP_SC_Total_MOU: 108.4
Peak UE: 77
DL Volume: 2010

Time: 13:44:44
holiday: 0
CA DL DataVolRatio Pct: 81.63

SIP DC%: 
DLRLCLayerDataVolume MB: 4581.48
DRB UL Data Volume MB: 5937
PRB Util%: 56.18
RRC Setup Attempts: 6998
weekend: 0
hr: 4
MAC_UE_SC_Tput: 13000.46

hr: 4
CA Activation Rate num: 3074605
SIP_SC_Total_MOU: 70.86
Peak UE: 67
MB_per_connected_UE: 102.73
DL Data Vol MAC in MB: 8989.45

Time: 22:10:44
holiday: 0

Avg_Connected_UEs: 28.81
SIP DC%: 
DLRLCLayerDataVolume MB: 2042.75
DRB UL Data Volume MB: 9039
weekend: 0
UPTP Mbps Num: 11819
CA Activation Rate: 25.23
hr: 7
MAC_UE_SC_Tput: 5210.31
Bearer Releases: 11428

hr: 7
CA Activation Rate num: 10217489
Setup_Fail_DEN: 17568
Peak UE: 27
MB_per_connected_UE: 113.87
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6188
DL Data Vol MAC in MB: 5258.96

Time: 01:31:49
holiday: 0
CA DL DataVolRatio Pct: 90.21

SIP DC%: 
UPTP_Mbps: 63.28
DLRLCLayerDataVolume MB: 568.79
PRB Util%: 20.59
CA Conf FailRate Pct den: 5205
weekend: 1
CA Activation Rate: 67.19
hr: 23
MAC_UE_SC_Tput: 7022.28
Bearer Releases: 11665

hr: 23
CA Activation Rate num: 3370527
SIP_SC_Total_MOU: 69.89
Peak UE: 73
PCT Time MIMO: 43.28
DL Data Vol MAC in MB: 6824.6
CA Activation Rate den: 49761

Time: 16:27:36
holiday: 0

DL MAC Vol Scell Pct: 29.98
SIP DC%: 
UPTP_Mbps: 36.89
DLRLCLayerDataVolume MB: 3995.41
DRB UL Data Volume MB: 7396
CA DL DataVolRatio Pct den: 1175
CA Conf FailRate Pct den: 5929
weekend: 0
hr: 16
MAC_UE_SC_Tput: 15818.71

hr: 16
CA Activation Rate num: 136599
Peak UE: 76
PCT Time MIMO: 40.61
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8401
DL Data Vol MAC in MB: 9150.48
CA Activation Rate den: 82977

Time: 23:08:58
holiday: 0
CA DL DataVolRatio Pct: 70.35

SIP DC%: 
DLRLCLayerDataVolume MB: 8277.62
DRB UL Data Volume MB: 4482
RRC Setup Attempts: 6665
CA DL DataVolRatio Pct den: 4955
CA Conf FailRate Pct den: 5254
weekend: 0
UPTP Mbps Num: 10690
CA Activation Rate: 67.25
hr: 11
MAC_UE_SC_Tput: 5244.77
Bearer Releases: 17756

hr: 11
CA Activation Rate num: 2462663
SIP_SC_Total_MOU: 28.28
Peak UE: 32
DL Data Vol MAC in MB: 7505.47
CA Activation Rate den: 228198

Time: 06:37:01
holiday: 0
CA DL DataVolRatio Pct num: 1111

DL MAC Vol Scell Pct: 20.88
SIP DC%: 
DLRLCLayerDataVolume MB: 5329.61
PRB Util%: 5.56
CA Conf FailRate Pct den: 5022
weekend: 0
CA Activation Rate: 52.59
hr: 12
MAC_UE_SC_Tput: 7066.15
Bearer Releases: 14295

hr: 12
CA Activation Rate num: 6527615
Peak UE: 44
PCT Time MIMO: 52.88
DL Volume: 3028
DL Data Vol MAC in MB: 2339.7
CA Activation Rate den: 82327

Time: 06:32:08
holiday: 0

DL MAC Vol Scell Pct: 19.64
SIP DC%: 
DLRLCLayerDataVolume MB: 8687.01
PRB Util%: 38.09
RRC Setup Attempts: 4268
CA Conf FailRate Pct den: 5539
weekend: 0
CA Activation Rate: 75.44
hr: 0
MAC_UE_SC_Tput: 18172.69
Bearer Releases: 9522

hr: 0
CA Activation Rate num: 2441988
Setup_Fail_DEN: 9541
Peak UE: 40
VOLTE IA%: 
MB_per_connected_UE: 72.6
CA Activation Rate den: 46889

Time: 02:05:05
holiday: 0
CA DL DataVolRatio Pct: 75.88

SIP DC%: 
DLRLCLayerDataVolume MB: 3549.6
PRB Util%: 69.33
RRC Setup Attempts: 7156
weekend: 0
hr: 23

hr: 23
CA Activation Rate num: 1915987
Setup_Fail_DEN: 13732
SIP_SC_Total_MOU: 197.97
Peak UE: 46
MB_per_connected_UE: 147.62
DL Data Vol MAC in MB: 5295.86
CA Activation Rate den: 103183

Time: 06:12:39
holiday: 0

Avg_Connected_UEs: 27.22
SIP DC%: 
DRB UL Data Volume MB: 4298
PRB Util%: 25.64
RRC Setup Attempts: 3902
weekend: 0
UPTP Mbps Num: 37455
hr: 23
MAC_UE_SC_Tput: 7148.55
Bearer Releases: 9132

hr: 23
CA Activation Rate num: 6254601
UPTP Mbps Den: 1228
Setup_Fail_DEN: 7837
SIP_SC_Total_MOU: 277.08
Peak UE: 56
MB_per_connected_UE: 34.67
PCT Time MIMO: 61.26
CA Activation Rate den: 103342

Time: 12:59:33
holiday: 0
CA DL DataVolRatio Pct: 72.48
CA DL DataVolRatio Pct num: 5929

DL MAC Vol Scell Pct: 46.97
SIP DC%: 
PRB Util%: 65.12
CA Conf FailRate Pct den: 3527
weekend: 0
UPTP Mbps Num: 35705
hr: 4
MAC_UE_SC_Tput: 9345.58

hr: 4
CA Activation Rate num: 7424664
SIP_SC_Total_MOU: 30.37
Peak UE: 37
MB_per_connected_UE: 186.65

Time: 05:32:24
holiday: 0
CA DL DataVolRatio Pct: 88.64

DL MAC Vol Scell Pct: 29.82
SIP DC%: 
UPTP_Mbps: 38.36
DLRLCLayerDataVolume MB: 6665.85
PRB Util%: 38.71
RRC Setup Attempts: 7415
CA DL DataVolRatio Pct den: 4900
weekend: 0
UPTP Mbps Num: 55819
CA Activation Rate: 53.55
hr: 16
MAC_UE_SC_Tput: 21890.24

hr: 16
CA Activation Rate num: 8006954
SIP_SC_Total_MOU: 55.22
UL MAC Vol Scell Pct: 5.13
Peak UE: 27
DL Volume: 7283
DL Data Vol MAC in MB: 9360.92
CA Activation Rate den: 163916

Time: 19:23:52
holiday: 0
CA DL DataVolRatio Pct num: 3647

Avg_Connected_UEs: 57.26
SIP DC%: 
DLRLCLayerDataVolume MB: 4541.6
CA DL DataVolRatio Pct den: 8904
weekend: 1
hr: 5
MAC_UE_SC_Tput: 25901.26
Bearer Releases: 17729

hr: 5
CA Activation Rate num: 11587142
UPTP Mbps Den: 39
Setup_Fail_DEN: 6549
Peak UE: 60
MB_per_connected_UE: 31.35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8894
CA Activation Rate den: 81208

holiday: 0
CA DL DataVolRatio Pct: 76.65

SIP DC%: 
UPTP_Mbps: 33.93
PRB Util%: 71.17
CA DL DataVolRatio Pct den: 4489
weekend: 0
UPTP Mbps Num: 23302
CA Activation Rate: 16.23
hr: 16
MAC_UE_SC_Tput: 6206.86
Bearer Releases: 17642

hr: 16
CA Activation Rate num: 10594625
Setup_Fail_DEN: 15011
Peak UE: 70
VOLTE IA%: 
DL Volume: 7986
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4095
DL Data Vol MAC in MB: 5147.5

Time: 23:41:58
holiday: 0
CA DL DataVolRatio Pct num: 4560

SIP DC%: 
UPTP_Mbps: 64.18
DLRLCLayerDataVolume MB: 7347.87
PRB Util%: 35.24
RRC Setup Attempts: 5476
CA DL DataVolRatio Pct den: 6526
weekend: 1
CA Activation Rate: 19.77
hr: 4
MAC_UE_SC_Tput: 13046.4

hr: 4
CA Activation Rate num: 10886566
Setup_Fail_DEN: 9872
Peak UE: 29
MB_per_connected_UE: 113.7
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3326
DL Data Vol MAC in MB: 9427.35

Time: 09:51:13
holiday: 0

Avg_Connected_UEs: 81.54
SIP DC%: 
DLRLCLayerDataVolume MB: 7811.15
CA DL DataVolRatio Pct den: 7333
weekend: 0
CA Activation Rate: 18.58
hr: 2
MAC_UE_SC_Tput: 16342.52
Bearer Releases: 9045

hr: 2
CA Activation Rate num: 203483
Peak UE: 78
MB_per_connected_UE: 141.58
DL Volume: 9207
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6928
DL Data Vol MAC in MB: 9669.3
CA Activation Rate den: 76739

Time: 16:40:10
holiday: 0

Avg_Connected_UEs: 45.69
SIP DC%: 
DLRLCLayerDataVolume MB: 4393.82
CA DL DataVolRatio Pct den: 9912
weekend: 0
CA Activation Rate: 20.85
hr: 12

hr: 12
CA Activation Rate num: 10547109
UPTP Mbps Den: 1823
Setup_Fail_DEN: 15619
SIP_SC_Total_MOU: 13.99
Peak UE: 27
MB_per_connected_UE: 84.41
DL Data Vol MAC in MB: 827.95

Time: 23:55:03
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4723.02
DRB UL Data Volume MB: 7841
CA DL DataVolRatio Pct den: 3970
weekend: 0
hr: 14
Bearer Releases: 11721

hr: 14
CA Activation Rate num: 13018690
Setup_Fail_DEN: 19605
SIP_SC_Total_MOU: 84.19
Peak UE: 78
MB_per_connected_UE: 13.54
DL Volume: 7951
DL Data Vol MAC in MB: 7913.2

Time: 11:15:14
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5269.11
DRB UL Data Volume MB: 6421
weekend: 0
UPTP Mbps Num: 53470
hr: 0
MAC_UE_SC_Tput: 12390.74

hr: 0
CA Activation Rate num: 2056038
Peak UE: 82
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8151
DL Data Vol MAC in MB: 5447.53
CA Activation Rate den: 221965

Time: 12:56:01
holiday: 0
CA DL DataVolRatio Pct num: 5349

SIP DC%: 
UPTP_Mbps: 39.95
weekend: 0
hr: 22
MAC_UE_SC_Tput: 12790.98
Bearer Releases: 15990

hr: 22
CA Activation Rate num: 8037227
Peak UE: 79
MB_per_connected_UE: 169.52
DL Volume: 272

Time: 20:13:28
holiday: 0

DL MAC Vol Scell Pct: 27.89
Avg_Connected_UEs: 60.92
SIP DC%: 
UPTP_Mbps: 15.27
DLRLCLayerDataVolume MB: 8191.14
DRB UL Data Volume MB: 4340
CA DL DataVolRatio Pct den: 7744
weekend: 0
UPTP Mbps Num: 29939
hr: 10
MAC_UE_SC_Tput: 10934.5
Bearer Releases: 11297

hr: 10
CA Activation Rate num: 5382126
Setup_Fail_DEN: 9593
SIP_SC_Total_MOU: 358.89
Peak UE: 34
MB_per_connected_UE: 10.08
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5780

Time: 06:11:17
holiday: 0

Avg_Connected_UEs: 48.94
SIP DC%: 
weekend: 0
UPTP Mbps Num: 18916
hr: 7
MAC_UE_SC_Tput: 19030.99
Bearer Releases: 14191

hr: 7
CA Activation Rate num: 8735523
Peak UE: 27
PCT Time MIMO: 51.44
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9097
DL Data Vol MAC in MB: 9423.4

Time: 04:54:51
holiday: 0
CA DL DataVolRatio Pct: 82.17

DL MAC Vol Scell Pct: 23.05
Avg_Connected_UEs: 74.54
SIP DC%: 
UPTP_Mbps: 39.8
RRC Setup Attempts: 7376
CA Conf FailRate Pct den: 5613
weekend: 0
CA Activation Rate: 26.14
hr: 6
Bearer Releases: 16573

hr: 6
CA Activation Rate num: 4422400
UPTP Mbps Den: 1539
SIP_SC_Total_MOU: 155.94
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3296
DL Data Vol MAC in MB: 5346.4

Time: 17:54:25
holiday: 0
CA DL DataVolRatio Pct num: 2368

Avg_Connected_UEs: 52.52
SIP DC%: 
DLRLCLayerDataVolume MB: 5629.5
DL Packet Loss Pct: 1.07
CA DL DataVolRatio Pct den: 7158
weekend: 0
CA Activation Rate: 48.83
hr: 16
MAC_UE_SC_Tput: 8806.71
Bearer Releases: 18037

hr: 16
CA Activation Rate num: 10182538
Setup_Fail_DEN: 14012
SIP_SC_Total_MOU: 91.7
Peak UE: 72
PCT Time MIMO: 37.86

Time: 13:25:54
holiday: 0
CA DL DataVolRatio Pct num: 6509

Avg_Connected_UEs: 77.07
SIP DC%: 
UPTP_Mbps: 133.47
DRB UL Data Volume MB: 7500
RRC Setup Attempts: 5530
CA Conf FailRate Pct den: 6906
weekend: 0
UPTP Mbps Num: 2177
hr: 19
MAC_UE_SC_Tput: 7304.36

hr: 19
CA Activation Rate num: 6613140
Setup_Fail_DEN: 12785
Peak UE: 53
MB_per_connected_UE: 9.93
DL Volume: 7342
UL Throughput: 3.8
DL Data Vol MAC in MB: 1627.87
CA Activation Rate den: 144215

Time: 20:28:28
holiday: 0

Avg_Connected_UEs: 58.72
SIP DC%: 
DRB UL Data Volume MB: 3308
CA Conf FailRate Pct den: 7398
weekend: 0
hr: 16

hr: 16
CA Activation Rate num: 5807168
Setup_Fail_DEN: 10058
SIP_SC_Total_MOU: 0.52
Peak UE: 57
MB_per_connected_UE: 10.83
DL Data Vol MAC in MB: 4701.77
CA Activation Rate den: 66712

Time: 07:48:16
holiday: 0
CA DL DataVolRatio Pct num: 3397

DL MAC Vol Scell Pct: 21.77
SIP DC%: 
DLRLCLayerDataVolume MB: 1263.13
DRB UL Data Volume MB: 5252
RRC Setup Attempts: 6518
weekend: 0
hr: 22

hr: 22
CA Activation Rate num: 6916642
Setup_Fail_DEN: 15120
SIP_SC_Total_MOU: 13.9
Peak UE: 27
MB_per_connected_UE: 183.98
DL Volume: 3398
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7017
DL Data Vol MAC in MB: 6861.09
CA Activation Rate den: 40501

Time: 13:34:39
holiday: 0

SIP DC%: 
UPTP_Mbps: 123.47
DLRLCLayerDataVolume MB: 4436.77
PRB Util%: 27.11
RRC Setup Attempts: 9017
CA DL DataVolRatio Pct den: 4164
weekend: 0
UPTP Mbps Num: 46074
hr: 10
MAC_UE_SC_Tput: 16013.17
Bearer Releases: 14619

hr: 10
CA Activation Rate num: 5042703
Setup_Fail_DEN: 7654
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 28.19
DL Volume: 9501
DL Data Vol MAC in MB: 1432.86
CA Activation Rate den: 120891
Combined RACH Preambles: 2370

Time: 11:50:21
holiday: 0
CA DL DataVolRatio Pct num: 1116

SIP DC%: 
weekend: 0
UPTP Mbps Num: 2755
hr: 7
MAC_UE_SC_Tput: 10830.49
Bearer Releases: 11589

hr: 7
CA Activation Rate num: 5782816
Setup_Fail_DEN: 11578
SIP_SC_Total_MOU: 51.17
Peak UE: 47
MB_per_connected_UE: 67.94
PCT Time MIMO: 66.12
DL Volume: 1794
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6452
DL Data Vol MAC in MB: 5059.04

Time: 17:58:17
holiday: 0

SIP DC%: 
PRB Util%: 25.71
RRC Setup Attempts: 6903
CA DL DataVolRatio Pct den: 4186
weekend: 0
hr: 4
MAC_UE_SC_Tput: 5780.65
Bearer Releases: 6888

hr: 4
CA Activation Rate num: 5934529
Setup_Fail_DEN: 14244
SIP_SC_Total_MOU: 8.66
Peak UE: 27
DL Volume: 2199
DL Data Vol MAC in MB: 5211.25
CA Activation Rate den: 85151

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4840.86
PRB Util%: 6.39
CA DL DataVolRatio Pct den: 8727
CA Conf FailRate Pct den: 8543
weekend: 1
hr: 8
MAC_UE_SC_Tput: 12034.55
Bearer Releases: 10319

hr: 8
CA Activation Rate num: 2673779
SIP_SC_Total_MOU: 46.27
Peak UE: 68
MB_per_connected_UE: 186.66
DL Data Vol MAC in MB: 1804.29
CA Activation Rate den: 157513

holiday: 0

DL MAC Vol Scell Pct: 22.89
SIP DC%: 
UPTP_Mbps: 38.59
DLRLCLayerDataVolume MB: 4723.61
PRB Util%: 29.54
RRC Setup Attempts: 5933
weekend: 0
UPTP Mbps Num: 22883
hr: 18
MAC_UE_SC_Tput: 18035.59
Bearer Releases: 8472

hr: 18
CA Activation Rate num: 9203845
Peak UE: 27
MB_per_connected_UE: 24.36
PCT Time MIMO: 35.73
DL Data Vol MAC in MB: 6256.13
CA Activation Rate den: 45325

Time: 22:57:02
holiday: 0

DL MAC Vol Scell Pct: 16.87
Avg_Connected_UEs: 56.48
SIP DC%: 
UPTP_Mbps: 109.79
DLRLCLayerDataVolume MB: 5157.26
DRB UL Data Volume MB: 368
RRC Setup Attempts: 7465
CA Conf FailRate Pct den: 8776
weekend: 1
CA Activation Rate: 28.66
hr: 8
MAC_UE_SC_Tput: 12379.14
Bearer Releases: 8434

hr: 8
CA Activation Rate num: 5282193
Peak UE: 41
MB_per_connected_UE: 29.96

Time: 13:06:25
holiday: 0

DL MAC Vol Scell Pct: 17.53
SIP DC%: 
DLRLCLayerDataVolume MB: 4199.5
DRB UL Data Volume MB: 5658
PRB Util%: 27.03
CA DL DataVolRatio Pct den: 9731
CA Conf FailRate Pct den: 4729
weekend: 0
UPTP Mbps Num: 46289
hr: 5
MAC_UE_SC_Tput: 12921.62
Bearer Releases: 17501

hr: 5
Setup_Fail_DEN: 12220
SIP_SC_Total_MOU: 324.2
Peak UE: 61
MB_per_connected_UE: 15.37
DL Data Vol MAC in MB: 6119.03

Time: 00:34:43
holiday: 0

SIP DC%: 
UPTP_Mbps: 36.01
DLRLCLayerDataVolume MB: 8588.67
PRB Util%: 4.47
CA Conf FailRate Pct den: 3452
weekend: 0
UPTP Mbps Num: 54433
hr: 19
MAC_UE_SC_Tput: 16378.77
Bearer Releases: 11926

hr: 19
CA Activation Rate num: 7560296
SIP_SC_Total_MOU: 315.25
Peak UE: 34
DL Data Vol MAC in MB: 5545.99

Combined RACH Preambles: 3484
Time: 12:06:22
holiday: 0
CA DL DataVolRatio Pct: 56.89

Avg_Connected_UEs: 55.42
SIP DC%: 
DLRLCLayerDataVolume MB: 8784.09
DRB UL Data Volume MB: 4037
PRB Util%: 73.16
CA DL DataVolRatio Pct den: 5749
CA Conf FailRate Pct den: 7233
weekend: 0
UPTP Mbps Num: 20429
hr: 20
MAC_UE_SC_Tput: 12083.35
Bearer Releases: 9150

hr: 20
CA Activation Rate num: 9259972
SIP_SC_Total_MOU: 197.8
Peak UE: 68
MB_per_connected_UE: 11.49
PCT Time MIMO: 49.14
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9322
DL Data Vol MAC in MB: 4119.93

Time: 20:16:03
holiday: 0
CA DL DataVolRatio Pct num: 7102

SIP DC%: 
DLRLCLayerDataVolume MB: 2335.64
weekend: 0
UPTP Mbps Num: 1003
CA Activation Rate: 51.09
hr: 22
MAC_UE_SC_Tput: 7810.06
Bearer Releases: 10017

hr: 22
CA Activation Rate num: 9195877
Peak UE: 95
MB_per_connected_UE: 25.22
DL Volume: 6095
DL Data Vol MAC in MB: 5131.27

Time: 10:27:03
holiday: 0
CA DL DataVolRatio Pct: 78.98
CA DL DataVolRatio Pct num: 2103

Avg_Connected_UEs: 59.12
SIP DC%: 
DLRLCLayerDataVolume MB: 4868.07
PRB Util%: 25.43
CA DL DataVolRatio Pct den: 7754
CA Conf FailRate Pct den: 4278
weekend: 0
hr: 2
MAC_UE_SC_Tput: 5193.99
Bearer Releases: 11984

hr: 2
CA Activation Rate num: 14062773
UPTP Mbps Den: 1671
Setup_Fail_DEN: 11642
MB_per_connected_UE: 149.43
DL Volume: 6780
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8413
UL Throughput: 15.34

Time: 11:16:44
holiday: 0
CA DL DataVolRatio Pct num: 4575

DL MAC Vol Scell Pct: 18.24
SIP DC%: 
DLRLCLayerDataVolume MB: 2119.09
DRB UL Data Volume MB: 9402
PRB Util%: 36.76
RRC Setup Attempts: 7286
CA DL DataVolRatio Pct den: 8897
CA Conf FailRate Pct den: 6765
weekend: 0
UPTP Mbps Num: 8401
CA Activation Rate: 44.53
hr: 0
MAC_UE_SC_Tput: 13738.49
Bearer Releases: 13875

hr: 0
CA Activation Rate num: 3818679
SIP_SC_Total_MOU: 202.57
Peak UE: 36
MB_per_connected_UE: 29.72
DL Volume: 7621
DL Data Vol MAC in MB: 1284.61

Time: 17:56:01
holiday: 0
CA DL DataVolRatio Pct num: 2278

SIP DC%: 
DLRLCLayerDataVolume MB: 7456.11
PRB Util%: 53.41
weekend: 0
hr: 18
MAC_UE_SC_Tput: 6927.99

hr: 18
CA Activation Rate num: 7196153
UPTP Mbps Den: 753
SIP_SC_Total_MOU: 144.83
Peak UE: 27
DL Volume: 4486
DL Data Vol MAC in MB: 8261.59
CA Activation Rate den: 66646

Time: 10:38:46
holiday: 0
CA DL DataVolRatio Pct num: 4593

Avg_Connected_UEs: 41.01
SIP DC%: 
DLRLCLayerDataVolume MB: 2331.85
DRB UL Data Volume MB: 3766
CA DL DataVolRatio Pct den: 9604
weekend: 0
UPTP Mbps Num: 5394
hr: 0
MAC_UE_SC_Tput: 4860.31

hr: 0
CA Activation Rate num: 10648901
SIP_SC_Total_MOU: 31.54
Peak UE: 87
DL Data Vol MAC in MB: 8354.7
CA Activation Rate den: 62636

Time: 04:31:46
holiday: 0
CA DL DataVolRatio Pct: 74.23
CA DL DataVolRatio Pct num: 4312

Avg_Connected_UEs: 45.47
SIP DC%: 
DLRLCLayerDataVolume MB: 7668.9
DRB UL Data Volume MB: 9081
CA Conf FailRate Pct den: 7970
weekend: 0
UPTP Mbps Num: 35230
hr: 2
MAC_UE_SC_Tput: 4833.96

hr: 2
CA Activation Rate num: 4846510
UPTP Mbps Den: 1994
Setup_Fail_DEN: 10891
SIP_SC_Total_MOU: 55.24
Peak UE: 27
MB_per_connected_UE: 41.65

Time: 03:12:02
holiday: 0
CA DL DataVolRatio Pct num: 6632

SIP DC%: 
UPTP_Mbps: 23.54
DLRLCLayerDataVolume MB: 6042.31
DRB UL Data Volume MB: 8808
CA DL DataVolRatio Pct den: 3734
weekend: 1
hr: 0
MAC_UE_SC_Tput: 8552.34
Bearer Releases: 11193

hr: 0
CA Activation Rate num: 9557037
Setup_Fail_DEN: 9092
SIP_SC_Total_MOU: 79.68
Peak UE: 30
MB_per_connected_UE: 85.36
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3875
Combined RACH Preambles: 3551

Time: 05:49:40
holiday: 0
CA DL DataVolRatio Pct num: 6198

DL MAC Vol Scell Pct: 30.39
Avg_Connected_UEs: 27.3
SIP DC%: 
DLRLCLayerDataVolume MB: 566.49
RRC Setup Attempts: 4122
CA Conf FailRate Pct den: 7561
weekend: 0
CA Activation Rate: 26.06
hr: 0
MAC_UE_SC_Tput: 26095.42
Bearer Releases: 17669

hr: 0
CA Activation Rate num: 3627982
Setup_Fail_DEN: 13799
SIP_SC_Total_MOU: 378.11
Peak UE: 74
MB_per_connected_UE: 63.93
DL Volume: 5617
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8999
CA Activation Rate den: 48376

Time: 21:55:53
holiday: 0

Avg_Connected_UEs: 24.99
SIP DC%: 
UPTP_Mbps: 122.89
DLRLCLayerDataVolume MB: 1226.02
DRB UL Data Volume MB: 1379
PRB Util%: 73.73
RRC Setup Attempts: 7789
CA DL DataVolRatio Pct den: 3852
weekend: 0
UPTP Mbps Num: 32724
CA Activation Rate: 65.46
hr: 8
MAC_UE_SC_Tput: 19013.38
Bearer Releases: 9173

hr: 8
CA Activation Rate num: 9791648
UPTP Mbps Den: 2443
Setup_Fail_DEN: 9587
SIP_SC_Total_MOU: 47.54
Peak UE: 27
MB_per_connected_UE: 43.35
DL Volume: 6597
DL Data Vol MAC in MB: 4846.46
CA Activation Rate den: 115339

Time: 22:35:53
holiday: 0
CA DL DataVolRatio Pct num: 376

SIP DC%: 
DLRLCLayerDataVolume MB: 1177.01
DRB UL Data Volume MB: 9410
CA Conf FailRate Pct den: 7313
weekend: 0
UPTP Mbps Num: 26522
CA Activation Rate: 22.67
hr: 13
MAC_UE_SC_Tput: 9226.02
Bearer Releases: 6445

hr: 13
CA Activation Rate num: 93570
Peak UE: 34
DL Data Vol MAC in MB: 7784.95
CA Activation Rate den: 77485

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1543.66
weekend: 0
UPTP Mbps Num: 52172
CA Activation Rate: 17
hr: 15
MAC_UE_SC_Tput: 15226.24

hr: 15
CA Activation Rate num: 8764419
Setup_Fail_DEN: 18382
Peak UE: 27
MB_per_connected_UE: 155.25
CA Activation Rate den: 94016

Time: 20:56:52
holiday: 0
CA DL DataVolRatio Pct num: 4986

DL MAC Vol Scell Pct: 13.57
Avg_Connected_UEs: 76.71
SIP DC%: 
DRB UL Data Volume MB: 4206
CA Conf FailRate Pct den: 8168
weekend: 0
UPTP Mbps Num: 15149
CA Activation Rate: 38.07
hr: 12
Bearer Releases: 14114

hr: 12
CA Activation Rate num: 10605605
Peak UE: 63
DL Volume: 599
DL Data Vol MAC in MB: 2645.96

Time: 16:00:01
holiday: 0
CA DL DataVolRatio Pct num: 5020

SIP DC%: 
UPTP_Mbps: 25.19
DLRLCLayerDataVolume MB: 5379.53
DRB UL Data Volume MB: 8835
CA Conf FailRate Pct den: 3920
weekend: 0
UPTP Mbps Num: 25852
hr: 15
MAC_UE_SC_Tput: 5675.57
Bearer Releases: 12626

hr: 15
CA Activation Rate num: 5597587
SIP_SC_Total_MOU: 279.67
Peak UE: 27
MB_per_connected_UE: 180.11
CA Activation Rate den: 56405

Time: 09:53:50
holiday: 0

SIP DC%: 
PRB Util%: 62.76
RRC Setup Attempts: 8527
weekend: 0
UPTP Mbps Num: 9451
hr: 7
MAC_UE_SC_Tput: 9627.4
Bearer Releases: 11685

hr: 7
Setup_Fail_DEN: 9432
Peak UE: 85
Combined RACH Preambles: 4053

Time: 10:30:00
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 1144
weekend: 1
hr: 3
MAC_UE_SC_Tput: 6940.88
Bearer Releases: 8670

hr: 3
SIP_SC_Total_MOU: 193.68
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4513
DL Data Vol MAC in MB: 2338.9

Time: 16:29:15
holiday: 0
CA DL DataVolRatio Pct num: 6004

DL MAC Vol Scell Pct: 29.58
SIP DC%: 
DLRLCLayerDataVolume MB: 1892.73
DRB UL Data Volume MB: 8247
PRB Util%: 23.19
CA DL DataVolRatio Pct den: 6557
weekend: 0
UPTP Mbps Num: 9757
hr: 23
MAC_UE_SC_Tput: 13705.2

hr: 23
CA Activation Rate num: 10498680
Setup_Fail_DEN: 8843
SIP_SC_Total_MOU: 161.45
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6356
DL Data Vol MAC in MB: 836.56
CA Activation Rate den: 70767

Time: 00:08:06
holiday: 0
CA DL DataVolRatio Pct num: 1206

DL MAC Vol Scell Pct: 20.17
SIP DC%: 
DLRLCLayerDataVolume MB: 6904.48
DRB UL Data Volume MB: 7458
PRB Util%: 11.09
CA DL DataVolRatio Pct den: 8965
CA Conf FailRate Pct den: 8654
weekend: 0
UPTP Mbps Num: 13189
CA Activation Rate: 34.1
hr: 18
MAC_UE_SC_Tput: 4420.58

hr: 18
CA Activation Rate num: 381116
SIP_SC_Total_MOU: 179.75
MB_per_connected_UE: 182.64
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8129

Time: 23:03:01
holiday: 0

Avg_Connected_UEs: 69.07
SIP DC%: 
DLRLCLayerDataVolume MB: 6915.74
DRB UL Data Volume MB: 686
PRB Util%: 34.18
CA Conf FailRate Pct den: 2841
weekend: 0
UPTP Mbps Num: 38801
hr: 23
MAC_UE_SC_Tput: 9499.92

hr: 23
CA Activation Rate num: 9010877
Peak UE: 27
MB_per_connected_UE: 177.29
DL Data Vol MAC in MB: 1397.99
CA Activation Rate den: 64769

Time: 16:50:25
holiday: 0

Avg_Connected_UEs: 47.86
SIP DC%: 
UPTP_Mbps: 45.83
DLRLCLayerDataVolume MB: 4124.17
DRB UL Data Volume MB: 1825
weekend: 0
UPTP Mbps Num: 14322
hr: 3
MAC_UE_SC_Tput: 8496.55
Bearer Releases: 14030

hr: 3
CA Activation Rate num: 471314
UPTP Mbps Den: 2121
Setup_Fail_DEN: 13521
Peak UE: 32
MB_per_connected_UE: 105.67
DL Volume: 2390
CA Activation Rate den: 77320

holiday: 0
CA DL DataVolRatio Pct num: 5022

SIP DC%: 
DLRLCLayerDataVolume MB: 3684.76
RRC Setup Attempts: 8588
weekend: 0
UPTP Mbps Num: 57289
CA Activation Rate: 51.31
hr: 0
MAC_UE_SC_Tput: 50825.39
Bearer Releases: 12290

hr: 0
CA Activation Rate num: 9372215
Setup_Fail_DEN: 18819
SIP_SC_Total_MOU: 8.36
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 121.66
DL Volume: 7415
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6806
DL Data Vol MAC in MB: 4874.04
CA Activation Rate den: 78968

Time: 19:01:26
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3759.28
RRC Setup Attempts: 7104
weekend: 0
UPTP Mbps Num: 20516
hr: 13
MAC_UE_SC_Tput: 16638.71

hr: 13
CA Activation Rate num: 9525808
Setup_Fail_DEN: 15212
Peak UE: 27
MB_per_connected_UE: 67.22
PCT Time MIMO: 36.11
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8992
DL Data Vol MAC in MB: 8877.69
CA Activation Rate den: 67937

Combined RACH Preambles: 2146
holiday: 0

DL MAC Vol Scell Pct: 49
SIP DC%: 
UPTP_Mbps: 8.97
DLRLCLayerDataVolume MB: 5196.26
DRB UL Data Volume MB: 6561
PRB Util%: 71.63
CA DL DataVolRatio Pct den: 3134
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6313.14
Bearer Releases: 17826

hr: 23
CA Activation Rate num: 5597787
Setup_Fail_DEN: 9480
SIP_SC_Total_MOU: 339.66
Peak UE: 63
VOLTE IA%: 
MB_per_connected_UE: 34.84
DL Volume: 3839
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5134
DL Data Vol MAC in MB: 10102.77
CA Activation Rate den: 108404

Time: 02:04:34
holiday: 0
CA DL DataVolRatio Pct: 55.42
CA DL DataVolRatio Pct num: 5836

DL MAC Vol Scell Pct: 22.88
Avg_Connected_UEs: 18.79
SIP DC%: 
DLRLCLayerDataVolume MB: 4857.47
CA DL DataVolRatio Pct den: 5918
weekend: 1
hr: 0
MAC_UE_SC_Tput: 11151.72
Bearer Releases: 14143

hr: 0
CA Activation Rate num: 10976249
UPTP Mbps Den: 2188
SIP_SC_Total_MOU: 249.12
Peak UE: 30
UL Throughput: 11.36
DL Data Vol MAC in MB: 8304.87

Combined RACH Preambles: 5202
Time: 15:17:15
holiday: 0

Avg_Connected_UEs: 49.57
SIP DC%: 
DRB UL Data Volume MB: 4872
RRC Setup Attempts: 6304
CA DL DataVolRatio Pct den: 5672
CA Conf FailRate Pct den: 8811
weekend: 0
CA Activation Rate: 8.26
hr: 8
MAC_UE_SC_Tput: 6178.41

hr: 8
Setup_Fail_DEN: 14530
Peak UE: 63
MB_per_connected_UE: 134.79
PCT Time MIMO: 65.59
ERAB Setup Fail%: 0.11
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6034
CA Activation Rate den: 68303

Combined RACH Preambles: 4277
Time: 16:45:48
holiday: 0

SIP DC%: 
UPTP_Mbps: 125.76
DLRLCLayerDataVolume MB: 5054.63
DRB UL Data Volume MB: 8679
PRB Util%: 17.8
CA DL DataVolRatio Pct den: 6138
CA Conf FailRate Pct den: 4079
weekend: 0
UPTP Mbps Num: 46549
hr: 0
MAC_UE_SC_Tput: 7534.1

hr: 0
CA Activation Rate num: 4611626
UPTP Mbps Den: 3009
Setup_Fail_DEN: 15563
Peak UE: 55
MB_per_connected_UE: 153.86
DL Data Vol MAC in MB: 2423.67
CA Activation Rate den: 109545

Time: 14:33:27
holiday: 0

Avg_Connected_UEs: 56.24
SIP DC%: 
CA DL DataVolRatio Pct den: 7583
weekend: 0
hr: 12
MAC_UE_SC_Tput: 24120.74
Bearer Releases: 14676

hr: 12
Peak UE: 29
MB_per_connected_UE: 117.18
DL Data Vol MAC in MB: 2083.26
CA Activation Rate den: 129405

Time: 06:11:07
holiday: 0
CA DL DataVolRatio Pct: 41.7

DL MAC Vol Scell Pct: 45.81
SIP DC%: 
UPTP_Mbps: 15.12
DLRLCLayerDataVolume MB: 2521.74
DRB UL Data Volume MB: 9792
PRB Util%: 23.8
CA DL DataVolRatio Pct den: 5869
weekend: 0
UPTP Mbps Num: 4743
hr: 11
MAC_UE_SC_Tput: 8413.87
Bearer Releases: 10907

hr: 11
CA Activation Rate num: 9851129
SIP_SC_Total_MOU: 164.4
Peak UE: 53
MB_per_connected_UE: 101.4
DL Volume: 7337
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3166
UL Throughput: 16.13
DL Data Vol MAC in MB: 4320.44

Time: 02:24:20
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8364.7
weekend: 1
UPTP Mbps Num: 12653
CA Activation Rate: 14.58
hr: 3
MAC_UE_SC_Tput: 5739.02

hr: 3
Setup_Fail_DEN: 15546
Peak UE: 87
MB_per_connected_UE: 120.04
DL Volume: 3159
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5276
DL Data Vol MAC in MB: 8537.58

Time: 14:34:55
holiday: 0
HO Attempts: 741

Avg_Connected_UEs: 70.4
SIP DC%: 
RRC Setup Attempts: 6836
weekend: 0
UPTP Mbps Num: 10659
hr: 23
MAC_UE_SC_Tput: 12116.74

hr: 23
CA Activation Rate num: 11002528
UPTP Mbps Den: 2377
Setup_Fail_DEN: 8040
SIP_SC_Total_MOU: 156.35
Peak UE: 54
DL Data Vol MAC in MB: 1778.34

Time: 02:06:59
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6805.98
CA Conf FailRate Pct den: 6646
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4773.08

hr: 23
CA Activation Rate num: 6358235
Peak UE: 43
DL Data Vol MAC in MB: 2026.63
CA Activation Rate den: 219842

Time: 14:58:33
holiday: 0

DL MAC Vol Scell Pct: 40.46
Avg_Connected_UEs: 41.65
SIP DC%: 
DLRLCLayerDataVolume MB: 1587.22
DRB UL Data Volume MB: 6724
CA Conf FailRate Pct den: 8364
weekend: 0
UPTP Mbps Num: 57990
CA Activation Rate: 32.9
hr: 14
MAC_UE_SC_Tput: 23683.9
Bearer Releases: 14630

hr: 14
CA Activation Rate num: 5337081
Setup_Fail_DEN: 11803
Peak UE: 27
DL Volume: 5610
DL Data Vol MAC in MB: 5881.75
CA Activation Rate den: 47526

Time: 21:12:23
holiday: 0

DL MAC Vol Scell Pct: 47
SIP DC%: 
DLRLCLayerDataVolume MB: 4214.04
DRB UL Data Volume MB: 5812
weekend: 0
UPTP Mbps Num: 16376
CA Activation Rate: 5.17
hr: 6
MAC_UE_SC_Tput: 18778.17
Bearer Releases: 10232

hr: 6
CA Activation Rate num: 4450837
SIP_SC_Total_MOU: 126.52
Peak UE: 27
MB_per_connected_UE: 16.65
PCT Time MIMO: 44.43

Time: 09:22:59
holiday: 0
CA DL DataVolRatio Pct num: 6791

Avg_Connected_UEs: 67.19
SIP DC%: 
UPTP_Mbps: 84.57
DLRLCLayerDataVolume MB: 3788.84
RRC Setup Attempts: 6110
CA Conf FailRate Pct den: 8002
weekend: 1
UPTP Mbps Num: 48695
CA Activation Rate: 31.29
hr: 5
MAC_UE_SC_Tput: 4474.44

hr: 5
CA Activation Rate num: 10701410
SIP_SC_Total_MOU: 152.44
Peak UE: 27
DL Volume: 3210
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5871
DL Data Vol MAC in MB: 2685.03
CA Activation Rate den: 52913

Time: 02:25:58
holiday: 0
CA DL DataVolRatio Pct num: 7373

Avg_Connected_UEs: 32.5
SIP DC%: 
DLRLCLayerDataVolume MB: 6059.23
DRB UL Data Volume MB: 1297
CA DL DataVolRatio Pct den: 4188
CA Conf FailRate Pct den: 2691
weekend: 0
UPTP Mbps Num: 20535
CA Activation Rate: 53.46
hr: 7
MAC_UE_SC_Tput: 13617.45

hr: 7
CA Activation Rate num: 1268753
Peak UE: 27
MB_per_connected_UE: 136.4
PCT Time MIMO: 44.6
DL Volume: 898
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5594
DL Data Vol MAC in MB: 2929.32

holiday: 0
CA DL DataVolRatio Pct: 68.83

Avg_Connected_UEs: 48.95
SIP DC%: 
UPTP_Mbps: 16.98
DLRLCLayerDataVolume MB: 5340.23
weekend: 0
hr: 23
MAC_UE_SC_Tput: 9211.47
Bearer Releases: 6520

hr: 23
CA Activation Rate num: 7084673
Setup_Fail_DEN: 9369
Peak UE: 56
VOLTE IA%: 
MB_per_connected_UE: 54.67
PCT Time MIMO: 60.93

Time: 11:29:40
holiday: 0
CA DL DataVolRatio Pct num: 1207

Avg_Connected_UEs: 79.89
SIP DC%: 
UPTP_Mbps: 23.28
DLRLCLayerDataVolume MB: 4098.92
DRB UL Data Volume MB: 6066
RRC Setup Attempts: 4989
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5872.67

hr: 23
CA Activation Rate num: 6690216
Peak UE: 66
PCT Time MIMO: 47.64
DL Data Vol MAC in MB: 6420.4

Combined RACH Preambles: 2719
Time: 09:00:00
holiday: 0

Avg_Connected_UEs: 41.24
SIP DC%: 
DLRLCLayerDataVolume MB: 4268.71
weekend: 0
CA Activation Rate: 71.65
hr: 23
MAC_UE_SC_Tput: 13337.87

hr: 23
CA Activation Rate num: 4937084
Setup_Fail_DEN: 16277
Peak UE: 44
DL Volume: 5969
DL Data Vol MAC in MB: 9596.69
Time: 17:23:51

holiday: 0
CA DL DataVolRatio Pct: 58.58

DL MAC Vol Scell Pct: 40.53
Avg_Connected_UEs: 57.69
SIP DC%: 
DLRLCLayerDataVolume MB: 7874.48
RRC Setup Attempts: 7118
weekend: 1
CA Activation Rate: 19.19
hr: 0
MAC_UE_SC_Tput: 17087.05

hr: 0
CA Activation Rate num: 7372985
Setup_Fail_DEN: 10875
SIP_SC_Total_MOU: 17.45
Peak UE: 28
DL Volume: 5736

Time: 12:44:40
holiday: 0
CA DL DataVolRatio Pct: 44.55

Avg_Connected_UEs: 83.53
SIP DC%: 
DRB UL Data Volume MB: 2321
CA Conf FailRate Pct den: 8667
weekend: 0
CA Activation Rate: 36.58
hr: 22

hr: 22
CA Activation Rate num: 2969215
Setup_Fail_DEN: 15891
Peak UE: 27
MB_per_connected_UE: 63.4
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7970
DL Data Vol MAC in MB: 1795.35
Combined RACH Preambles: 3778

Time: 07:47:57
holiday: 0
CA DL DataVolRatio Pct: 66.41

Avg_Connected_UEs: 36.89
SIP DC%: 
UPTP_Mbps: 88.25
DLRLCLayerDataVolume MB: 9549.06
DRB UL Data Volume MB: 1896
RRC Setup Attempts: 6010
weekend: 0
UPTP Mbps Num: 1456
hr: 4
MAC_UE_SC_Tput: 9745.24

hr: 4
CA Activation Rate num: 9710431
Peak UE: 35
MB_per_connected_UE: 15.21
DL Volume: 5288
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4222
DL Data Vol MAC in MB: 4034.67
CA Activation Rate den: 49461
Combined RACH Preambles: 2441

Time: 13:08:06
holiday: 0

Avg_Connected_UEs: 41.12
SIP DC%: 
DLRLCLayerDataVolume MB: 5780.78
PRB Util%: 32.73
CA DL DataVolRatio Pct den: 7637
weekend: 0
hr: 15
MAC_UE_SC_Tput: 12825.04
Bearer Releases: 9744

hr: 15
CA Activation Rate num: 9632152
SIP_SC_Total_MOU: 63.25
Peak UE: 51
MB_per_connected_UE: 79.96
DL Data Vol MAC in MB: 9527.37

Time: 12:39:04
holiday: 0

Avg_Connected_UEs: 48.8
SIP DC%: 
UPTP_Mbps: 42.96
DLRLCLayerDataVolume MB: 9202.88
weekend: 0
hr: 0

hr: 0
CA Activation Rate num: 7752405
SIP_SC_Total_MOU: 434.2
Peak UE: 64
MB_per_connected_UE: 189.48
DL Data Vol MAC in MB: 5445.8

Time: 09:15:41
holiday: 0
CA DL DataVolRatio Pct: 91.75

Avg_Connected_UEs: 56.45
SIP DC%: 
DRB UL Data Volume MB: 9510
weekend: 0
CA Activation Rate: 59.98
hr: 0
MAC_UE_SC_Tput: 6098.26

hr: 0
CA Activation Rate num: 2221060
Setup_Fail_DEN: 8895
Peak UE: 54
MB_per_connected_UE: 189.73
PCT Time MIMO: 42.03
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3152
DL Data Vol MAC in MB: 6805.24
CA Activation Rate den: 222496

Time: 07:49:23
holiday: 0

Avg_Connected_UEs: 30.62
SIP DC%: 
DLRLCLayerDataVolume MB: 9509.68
DRB UL Data Volume MB: 3186
PRB Util%: 62.43
weekend: 0
hr: 11
MAC_UE_SC_Tput: 4634.33

hr: 11
CA Activation Rate num: 4641515
Peak UE: 27
MB_per_connected_UE: 155.59
PCT Time MIMO: 56.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9441
CA Activation Rate den: 48073

Time: 06:20:00
holiday: 0

SIP DC%: 
UPTP_Mbps: 41.9
DLRLCLayerDataVolume MB: 1439.64
CA DL DataVolRatio Pct den: 7764
weekend: 0
CA Activation Rate: 44.9
hr: 1
MAC_UE_SC_Tput: 18031.17

hr: 1
CA Activation Rate num: 1315331
Peak UE: 27
MB_per_connected_UE: 14.29
DL Data Vol MAC in MB: 7402.88
CA Activation Rate den: 159159

Combined RACH Preambles: 2280
Time: 03:53:49
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1356.33
DRB UL Data Volume MB: 4332
PRB Util%: 20.86
weekend: 0
hr: 5
MAC_UE_SC_Tput: 6128.03

hr: 5
CA Activation Rate num: 4764065
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4458
DL Data Vol MAC in MB: 3098.87
CA Activation Rate den: 47918

Time: 13:15:39
holiday: 0
CA DL DataVolRatio Pct num: 702

DL MAC Vol Scell Pct: 17.14
SIP DC%: 
DLRLCLayerDataVolume MB: 5619.02
weekend: 0
UPTP Mbps Num: 7352
CA Activation Rate: 36.87
hr: 8
MAC_UE_SC_Tput: 7991.06
Bearer Releases: 10911

hr: 8
CA Activation Rate num: 2444179
Setup_Fail_DEN: 16229
Peak UE: 76
MB_per_connected_UE: 161.51
UL Throughput: 9.5
CA Activation Rate den: 60638

Time: 19:36:57
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3938.71
PRB Util%: 16.37
RRC Setup Attempts: 4209
CA DL DataVolRatio Pct den: 1483
weekend: 0
CA Activation Rate: 8.93
hr: 4
MAC_UE_SC_Tput: 10687.53

hr: 4
CA Activation Rate num: 7960655
SIP_SC_Total_MOU: 84.24
MB_per_connected_UE: 70.68
DL Volume: 8835
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3964
DL Data Vol MAC in MB: 2256.91
CA Activation Rate den: 165216
Time: 02:01:20

holiday: 0
CA DL DataVolRatio Pct: 87.91
CA DL DataVolRatio Pct num: 2819

SIP DC%: 
PRB Util%: 68.04
weekend: 0
UPTP Mbps Num: 10617
CA Activation Rate: 20.52
hr: 18
MAC_UE_SC_Tput: 8897.47
Bearer Releases: 9730

hr: 18
CA Activation Rate num: 10851952
UPTP Mbps Den: 2466
Setup_Fail_DEN: 12841
SIP_SC_Total_MOU: 296.49
Peak UE: 63
MB_per_connected_UE: 20.48
DL Data Vol MAC in MB: 7057.68
CA Activation Rate den: 63703
Combined RACH Preambles: 3258
Time: 07:17:06

holiday: 0

Avg_Connected_UEs: 66.24
SIP DC%: 
DLRLCLayerDataVolume MB: 6763.04
DRB UL Data Volume MB: 2646
CA DL DataVolRatio Pct den: 4438
CA Conf FailRate Pct den: 8458
weekend: 0
CA Activation Rate: 12.92
hr: 7
MAC_UE_SC_Tput: 4693.14
Bearer Releases: 14095

hr: 7
CA Activation Rate num: 5699325
SIP_SC_Total_MOU: 59.23
Peak UE: 27
DL Data Vol MAC in MB: 6836.26

Time: 17:10:50
holiday: 0
CA DL DataVolRatio Pct: 65.62

SIP DC%: 
UPTP_Mbps: 31.56
DLRLCLayerDataVolume MB: 1078.9
CA DL DataVolRatio Pct den: 4723
weekend: 0
CA Activation Rate: 28.71
hr: 18
MAC_UE_SC_Tput: 10022.05
Bearer Releases: 10331

hr: 18
CA Activation Rate num: 4634404
Setup_Fail_DEN: 16359
SIP_SC_Total_MOU: 18.37
Peak UE: 95

Time: 01:35:17
holiday: 0

Avg_Connected_UEs: 19.05
SIP DC%: 
CA Conf FailRate Pct den: 8189
weekend: 0
hr: 6
MAC_UE_SC_Tput: 9050.46
Bearer Releases: 15490

hr: 6
CA Activation Rate num: 7709546
Peak UE: 35
MB_per_connected_UE: 60.86
DL Volume: 9077
DL Data Vol MAC in MB: 6535.96

Time: 09:50:07
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2023.59
PRB Util%: 73.44
RRC Setup Attempts: 6856
CA DL DataVolRatio Pct den: 7290
CA Conf FailRate Pct den: 3848
weekend: 0
CA Activation Rate: 13.98
hr: 12
MAC_UE_SC_Tput: 4262.05

hr: 12
CA Activation Rate num: 2279495
UPTP Mbps Den: 298
SIP_SC_Total_MOU: 334.04
MB_per_connected_UE: 196.2
DL Volume: 4054
CA Activation Rate den: 166860

Time: 17:56:08
holiday: 0

DL MAC Vol Scell Pct: 55.38
SIP DC%: 
DLRLCLayerDataVolume MB: 8291.39
weekend: 1
hr: 17
MAC_UE_SC_Tput: 8207.45

hr: 17
CA Activation Rate num: 3336625
UPTP Mbps Den: 2281
Setup_Fail_DEN: 11284
SIP_SC_Total_MOU: 122.47
Peak UE: 49
MB_per_connected_UE: 168.52
DL Volume: 8925
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3492
DL Data Vol MAC in MB: 2196.69
CA Activation Rate den: 96470

Combined RACH Preambles: 4696
Time: 20:56:55
holiday: 0

DL MAC Vol Scell Pct: 14.7
SIP DC%: 
DLRLCLayerDataVolume MB: 6610.15
weekend: 0
CA Activation Rate: 6.4
hr: 12
MAC_UE_SC_Tput: 10604.33
Bearer Releases: 7995

hr: 12
CA Activation Rate num: 4515201
Setup_Fail_DEN: 9630
SIP_SC_Total_MOU: 91.63
Peak UE: 27
MB_per_connected_UE: 100.76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3202

Time: 21:58:19
holiday: 0
CA DL DataVolRatio Pct num: 3844

DL MAC Vol Scell Pct: 42.84
SIP DC%: 
DLRLCLayerDataVolume MB: 9560.04
CA DL DataVolRatio Pct den: 5640
weekend: 0
UPTP Mbps Num: 46354
CA Activation Rate: 45.1
hr: 13
MAC_UE_SC_Tput: 5640.03
Bearer Releases: 12147

hr: 13
CA Activation Rate num: 10523674
Setup_Fail_DEN: 7696
Peak UE: 68
MB_per_connected_UE: 155.18
CA Activation Rate den: 37382

Time: 19:53:51
holiday: 0

Avg_Connected_UEs: 65.81
SIP DC%: 
DLRLCLayerDataVolume MB: 497.83
RRC Setup Attempts: 4753
CA Conf FailRate Pct den: 6247
weekend: 0
CA Activation Rate: 8.54
hr: 0
MAC_UE_SC_Tput: 18240.48
Bearer Releases: 11027

hr: 0
CA Activation Rate num: 10055085
Setup_Fail_DEN: 11000
Peak UE: 27
DL Volume: 1032
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5436
DL Data Vol MAC in MB: 1691.15
CA Activation Rate den: 80950
Time: 15:39:16

holiday: 0
CA DL DataVolRatio Pct num: 2658

Avg_Connected_UEs: 32.51
SIP DC%: 
UPTP_Mbps: 58.61
DLRLCLayerDataVolume MB: 4635.21
CA DL DataVolRatio Pct den: 7924
weekend: 0
UPTP Mbps Num: 44207
CA Activation Rate: 14.99
hr: 3
MAC_UE_SC_Tput: 8957.39
Bearer Releases: 17124

hr: 3
SIP_SC_Total_MOU: 351.25
Peak UE: 50
DL Volume: 1648

Combined RACH Preambles: 3756
Time: 02:52:01
holiday: 0
CA DL DataVolRatio Pct num: 4165

DL MAC Vol Scell Pct: 3.92
Avg_Connected_UEs: 21.2
SIP DC%: 
UPTP_Mbps: 36.27
DLRLCLayerDataVolume MB: 1226.55
DRB UL Data Volume MB: 772
CA DL DataVolRatio Pct den: 6376
CA Conf FailRate Pct den: 3750
weekend: 0
CA Activation Rate: 3.04
hr: 7
Bearer Releases: 8890

hr: 7
CA Activation Rate num: 180155
UPTP Mbps Den: 431
Setup_Fail_DEN: 13330
Peak UE: 27
MB_per_connected_UE: 178.81
PCT Time MIMO: 69.95
DL Volume: 6485
UL Throughput: 10.61
CA Activation Rate den: 170703

Time: 14:46:33
holiday: 0
CA DL DataVolRatio Pct num: 988

Avg_Connected_UEs: 26.43
SIP DC%: 
DLRLCLayerDataVolume MB: 3638.93
DRB UL Data Volume MB: 8179
RRC Setup Attempts: 3787
CA DL DataVolRatio Pct den: 515
CA Conf FailRate Pct den: 5258
weekend: 0
CA Activation Rate: 14.89
hr: 3
MAC_UE_SC_Tput: 5598.18

hr: 3
CA Activation Rate num: 10421514
Setup_Fail_DEN: 13408
PCT Time MIMO: 50.34

holiday: 0
CA DL DataVolRatio Pct: 54.78

DL MAC Vol Scell Pct: 49.26
Avg_Connected_UEs: 31.62
SIP DC%: 
RRC Setup Attempts: 3631
CA Conf FailRate Pct den: 6724
weekend: 0
UPTP Mbps Num: 23079
hr: 14
MAC_UE_SC_Tput: 5401.72

hr: 14
SIP_SC_Total_MOU: 43.3
Peak UE: 27
MB_per_connected_UE: 117.17
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3976
DL Data Vol MAC in MB: 4540.08

Time: 01:11:53
holiday: 0
CA DL DataVolRatio Pct: 70.89
CA DL DataVolRatio Pct num: 7200

DL MAC Vol Scell Pct: 32.96
SIP DC%: 
DLRLCLayerDataVolume MB: 4038.01
CA DL DataVolRatio Pct den: 9858
weekend: 0
UPTP Mbps Num: 25343
CA Activation Rate: 7.31
hr: 22
MAC_UE_SC_Tput: 8267.47

hr: 22
CA Activation Rate num: 10423976
Setup_Fail_DEN: 12732
Peak UE: 72
MB_per_connected_UE: 29.6

Time: 21:23:11
holiday: 0
CA DL DataVolRatio Pct num: 2956

SIP DC%: 
DLRLCLayerDataVolume MB: 3285.49
DRB UL Data Volume MB: 1285
PRB Util%: 46.61
RRC Setup Attempts: 5160
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4257.55

hr: 0
CA Activation Rate num: 4958011
UPTP Mbps Den: 921
Setup_Fail_DEN: 7606
SIP_SC_Total_MOU: 434.11
Peak UE: 27
PCT Time MIMO: 51.92
DL Volume: 4093
DL Data Vol MAC in MB: 7395.59
CA Activation Rate den: 110480

Time: 15:51:15
holiday: 0
CA DL DataVolRatio Pct num: 1927

Avg_Connected_UEs: 58.91
SIP DC%: 
DRB UL Data Volume MB: 6125
CA Conf FailRate Pct den: 3602
weekend: 0
UPTP Mbps Num: 10527
hr: 23
MAC_UE_SC_Tput: 17527.35
Bearer Releases: 18264

hr: 23
CA Activation Rate num: 10928512
Setup_Fail_DEN: 9469
Peak UE: 27
MB_per_connected_UE: 162.12
PCT Time MIMO: 40.36
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7464

Time: 22:20:11
holiday: 0
CA DL DataVolRatio Pct: 67.13
CA DL DataVolRatio Pct num: 5339

DL MAC Vol Scell Pct: 13.4
Avg_Connected_UEs: 76.65
SIP DC%: 
PRB Util%: 29.73
CA DL DataVolRatio Pct den: 2156
CA Conf FailRate Pct den: 5248
weekend: 0
UPTP Mbps Num: 7865
CA Activation Rate: 18.66
hr: 9
MAC_UE_SC_Tput: 7219.27
Bearer Releases: 6250

hr: 9
UPTP Mbps Den: 603
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 36.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3848
DL Data Vol MAC in MB: 8926.14
CA Activation Rate den: 102145

Time: 06:52:24
holiday: 0

SIP DC%: 
UPTP_Mbps: 8.05
DLRLCLayerDataVolume MB: 7961.91
DRB UL Data Volume MB: 8307
PRB Util%: 55.18
CA DL DataVolRatio Pct den: 8764
weekend: 0
UPTP Mbps Num: 2426
CA Activation Rate: 37.07
hr: 7
MAC_UE_SC_Tput: 7541.4
Bearer Releases: 9898

hr: 7
CA Activation Rate num: 9578078
Setup_Fail_DEN: 14871
Peak UE: 45
MB_per_connected_UE: 27.7
CA Activation Rate den: 44294

Time: 08:50:39
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2020.98
DRB UL Data Volume MB: 5093
PRB Util%: 22.43
weekend: 0
UPTP Mbps Num: 33238
hr: 13
MAC_UE_SC_Tput: 18283.08

hr: 13
CA Activation Rate num: 1248689
Setup_Fail_DEN: 7484
SIP_SC_Total_MOU: 76.68
Peak UE: 65
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4168
DL Data Vol MAC in MB: 8405.62
CA Activation Rate den: 117433

Time: 17:33:00
holiday: 0
CA DL DataVolRatio Pct num: 6174

SIP DC%: 
UPTP_Mbps: 30.56
DRB UL Data Volume MB: 7183
PRB Util%: 69.41
weekend: 0
UPTP Mbps Num: 44472
CA Activation Rate: 4.96
hr: 5
MAC_UE_SC_Tput: 5398.28

hr: 5
CA Activation Rate num: 4108624
SIP_SC_Total_MOU: 65.19
Peak UE: 30
MB_per_connected_UE: 28.87
PCT Time MIMO: 67.51
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7664
DL Data Vol MAC in MB: 4004.51
CA Activation Rate den: 106754

Time: 10:13:31
holiday: 0
CA DL DataVolRatio Pct num: 6055

DL MAC Vol Scell Pct: 31.2
SIP DC%: 
DLRLCLayerDataVolume MB: 7351.66
PRB Util%: 56.26
DL Packet Loss Pct: 1.22
RRC Setup Attempts: 7802
CA DL DataVolRatio Pct den: 5280
CA Conf FailRate Pct den: 3391
weekend: 0
UPTP Mbps Num: 8196
hr: 17
MAC_UE_SC_Tput: 10686.2

hr: 17
CA Activation Rate num: 334342
Peak UE: 45
DL Volume: 9777
DL Data Vol MAC in MB: 1649.21

Time: 17:46:08
holiday: 0

SIP DC%: 
weekend: 0
UPTP Mbps Num: 40418
CA Activation Rate: 7.12
hr: 16
MAC_UE_SC_Tput: 13902.68
Bearer Releases: 16213

hr: 16
CA Activation Rate num: 5256889
SIP_SC_Total_MOU: 32.52
MB_per_connected_UE: 150.55

Time: 12:04:52
holiday: 0

DL MAC Vol Scell Pct: 40.16
SIP DC%: 
UPTP_Mbps: 15.75
DLRLCLayerDataVolume MB: 2915.37
PRB Util%: 28.31
RRC Setup Attempts: 8084
weekend: 0
hr: 18
MAC_UE_SC_Tput: 6094.52
Bearer Releases: 13904

hr: 18
SIP_SC_Total_MOU: 237.14
Peak UE: 50

Time: 11:20:50
holiday: 0
CA DL DataVolRatio Pct: 67.5

DL MAC Vol Scell Pct: 24.58
SIP DC%: 
UPTP_Mbps: 119.07
DL Packet Loss Pct: 4.42
CA DL DataVolRatio Pct den: 8839
CA Conf FailRate Pct den: 5956
weekend: 0
hr: 23
Bearer Releases: 6696

hr: 23
Setup_Fail_DEN: 14959
Peak UE: 27
DL Data Vol MAC in MB: 2977.06
CA Activation Rate den: 134186

Time: 06:31:27
holiday: 0

Avg_Connected_UEs: 61.36
SIP DC%: 
UPTP_Mbps: 24.61
DRB UL Data Volume MB: 6211
CA DL DataVolRatio Pct den: 5657
weekend: 1
hr: 23
MAC_UE_SC_Tput: 7944.99

hr: 23
CA Activation Rate num: 8668927
SIP_SC_Total_MOU: 74.71
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7316
DL Data Vol MAC in MB: 1475.98

Time: 07:49:02
holiday: 0
CA DL DataVolRatio Pct: 73.64

SIP DC%: 
DLRLCLayerDataVolume MB: 2222.49
DRB UL Data Volume MB: 4647
CA DL DataVolRatio Pct den: 6600
weekend: 0
UPTP Mbps Num: 1595
hr: 12
MAC_UE_SC_Tput: 18105.28

hr: 12
CA Activation Rate num: 2531530
UPTP Mbps Den: 1566
SIP_SC_Total_MOU: 121.85
Peak UE: 27
MB_per_connected_UE: 95.1
DL Data Vol MAC in MB: 5129.07

Combined RACH Preambles: 3369
Time: 07:15:27
holiday: 0
CA DL DataVolRatio Pct num: 7040

DL MAC Vol Scell Pct: 39.37
SIP DC%: 
UPTP_Mbps: 57.24
DLRLCLayerDataVolume MB: 8056.24
PRB Util%: 40.8
RRC Setup Attempts: 6923
CA DL DataVolRatio Pct den: 3636
weekend: 0
CA Activation Rate: 60.86
hr: 9
MAC_UE_SC_Tput: 15696.5

hr: 9
Setup_Fail_DEN: 15657
Peak UE: 30
MB_per_connected_UE: 64.04
DL Volume: 8953
DL Data Vol MAC in MB: 7639.45

Time: 05:47:48
holiday: 0
CA DL DataVolRatio Pct num: 6425

Avg_Connected_UEs: 34.03
SIP DC%: 
UPTP_Mbps: 44.81
DLRLCLayerDataVolume MB: 6529.24
weekend: 0
UPTP Mbps Num: 20574
CA Activation Rate: 15.86
hr: 4
MAC_UE_SC_Tput: 6631.06

hr: 4
CA Activation Rate num: 1678393
SIP_SC_Total_MOU: 111.69
Peak UE: 27
MB_per_connected_UE: 35.5
DL Volume: 8392
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5710
CA Activation Rate den: 73824
Combined RACH Preambles: 2561

Time: 05:24:02
holiday: 0

DL MAC Vol Scell Pct: 31.02
SIP DC%: 
DLRLCLayerDataVolume MB: 4528.08
DRB UL Data Volume MB: 4081
CA Conf FailRate Pct den: 5548
weekend: 0
CA Activation Rate: 58
hr: 7
MAC_UE_SC_Tput: 5569.36

hr: 7
CA Activation Rate num: 11296444
SIP_SC_Total_MOU: 24.49
Peak UE: 64
MB_per_connected_UE: 46.13
DL Volume: 8787
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6597
DL Data Vol MAC in MB: 8749.72
CA Activation Rate den: 209619
Time: 11:01:55

holiday: 0

Avg_Connected_UEs: 41.29
SIP DC%: 
DLRLCLayerDataVolume MB: 2519.33
DRB UL Data Volume MB: 3267
CA DL DataVolRatio Pct den: 3605
CA Conf FailRate Pct den: 8413
weekend: 0
UPTP Mbps Num: 5610
hr: 23
MAC_UE_SC_Tput: 4939.98
Bearer Releases: 16934

hr: 23
CA Activation Rate num: 5373027
SIP_SC_Total_MOU: 213.92
Peak UE: 44
DL Volume: 4765
CA Activation Rate den: 51530

Time: 01:37:45
holiday: 0
CA DL DataVolRatio Pct: 42.86
CA DL DataVolRatio Pct num: 6845

DL MAC Vol Scell Pct: 8.23
Avg_Connected_UEs: 46.56
SIP DC%: 
PRB Util%: 64.14
weekend: 0
CA Activation Rate: 17.11
hr: 23
MAC_UE_SC_Tput: 10418.88

hr: 23
CA Activation Rate num: 5555372
Setup_Fail_DEN: 17672
Peak UE: 84
MB_per_connected_UE: 92.19
DL Data Vol MAC in MB: 9017.97

Time: 09:10:11
holiday: 0
CA DL DataVolRatio Pct num: 5381

SIP DC%: 
DLRLCLayerDataVolume MB: 7057.62
RRC Setup Attempts: 3888
CA DL DataVolRatio Pct den: 9812
weekend: 0
hr: 11
MAC_UE_SC_Tput: 9816.83
Bearer Releases: 7191

hr: 11
CA Activation Rate num: 9958039
Setup_Fail_DEN: 11699
SIP_SC_Total_MOU: 159.14
Peak UE: 30
PCT Time MIMO: 38.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5318
DL Data Vol MAC in MB: 6221.79
Time: 00:19:41

holiday: 0
CA DL DataVolRatio Pct: 82.8
CA DL DataVolRatio Pct num: 6008

DL MAC Vol Scell Pct: 18.11
SIP DC%: 
UPTP_Mbps: 95
DRB UL Data Volume MB: 8506
RRC Setup Attempts: 9024
CA Conf FailRate Pct den: 8500
weekend: 0
hr: 16
MAC_UE_SC_Tput: 7595.18
Bearer Releases: 6689

hr: 16
CA Activation Rate num: 10502809
UPTP Mbps Den: 250
SIP_SC_Total_MOU: 195.12
Peak UE: 27
MB_per_connected_UE: 158.56
CA Activation Rate den: 78277

Time: 12:04:06
holiday: 0

Avg_Connected_UEs: 24.18
SIP DC%: 
UPTP_Mbps: 25.11
DLRLCLayerDataVolume MB: 9554.79
CA Conf FailRate Pct den: 5776
weekend: 0
hr: 12
MAC_UE_SC_Tput: 10071.33

hr: 12
CA Activation Rate num: 9645032
Setup_Fail_DEN: 17315
SIP_SC_Total_MOU: 66.08
Peak UE: 31
DL Volume: 3341
DL Data Vol MAC in MB: 3548.54
CA Activation Rate den: 37340

Time: 10:25:40
holiday: 0
CA DL DataVolRatio Pct num: 5315

SIP DC%: 
DLRLCLayerDataVolume MB: 7855.46
DRB UL Data Volume MB: 6417
PRB Util%: 28.19
weekend: 0
hr: 0
MAC_UE_SC_Tput: 7138.73
Bearer Releases: 10824

hr: 0
CA Activation Rate num: 9003785
Setup_Fail_DEN: 8706
Peak UE: 27
MB_per_connected_UE: 131.81
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8063
DL Data Vol MAC in MB: 6836.99
CA Activation Rate den: 43966

Time: 02:37:56
holiday: 0
CA DL DataVolRatio Pct: 71.04
CA DL DataVolRatio Pct num: 2622

SIP DC%: 
RRC Setup Attempts: 7774
weekend: 0
hr: 1
MAC_UE_SC_Tput: 13672.63

hr: 1
CA Activation Rate num: 3162465
Peak UE: 27
MB_per_connected_UE: 44.12
CA Activation Rate den: 83765
Combined RACH Preambles: 4092

Time: 17:32:43
holiday: 0
CA DL DataVolRatio Pct num: 2596

SIP DC%: 
DLRLCLayerDataVolume MB: 9997.71
DRB UL Data Volume MB: 803
RRC Setup Attempts: 8828
CA Conf FailRate Pct den: 6107
weekend: 0
CA Activation Rate: 54.41
hr: 17
MAC_UE_SC_Tput: 4288.58

hr: 17
CA Activation Rate num: 2962220
Peak UE: 36
VOLTE IA%: 
MB_per_connected_UE: 85.34
CA Activation Rate den: 53908

Time: 01:40:06
holiday: 0
CA DL DataVolRatio Pct: 45.02

DL MAC Vol Scell Pct: 47.72
SIP DC%: 
DLRLCLayerDataVolume MB: 7661.7
CA DL DataVolRatio Pct den: 5218
weekend: 0
UPTP Mbps Num: 1829
hr: 0
MAC_UE_SC_Tput: 8414.5
Bearer Releases: 7976

hr: 0
CA Activation Rate num: 7009000
SIP_SC_Total_MOU: 303.1
Peak UE: 27
MB_per_connected_UE: 72.33
DL Data Vol MAC in MB: 9370.64

Time: 09:44:56
holiday: 0
CA DL DataVolRatio Pct: 76.46
CA DL DataVolRatio Pct num: 5611

Avg_Connected_UEs: 69.65
SIP DC%: 
DLRLCLayerDataVolume MB: 4607.28
DRB UL Data Volume MB: 5158
RRC Setup Attempts: 3886
CA DL DataVolRatio Pct den: 4567
weekend: 1
UPTP Mbps Num: 21800
hr: 9
MAC_UE_SC_Tput: 11832.25
Bearer Releases: 16046

hr: 9
CA Activation Rate num: 9784022
Setup_Fail_DEN: 12105
SIP_SC_Total_MOU: 132.81
Peak UE: 27
MB_per_connected_UE: 12.04
PCT Time MIMO: 40.35
DL Volume: 151
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6521
DL Data Vol MAC in MB: 3248.76
CA Activation Rate den: 104645

Combined RACH Preambles: 2166
Time: 20:44:35
holiday: 0
CA DL DataVolRatio Pct num: 1137

SIP DC%: 
DRB UL Data Volume MB: 7329
CA Conf FailRate Pct den: 5566
weekend: 1
UPTP Mbps Num: 48347
hr: 23
MAC_UE_SC_Tput: 4739.52
Bearer Releases: 9422

hr: 23
CA Activation Rate num: 5130527
Setup_Fail_DEN: 9924
Peak UE: 47
DL Data Vol MAC in MB: 10070.69

Time: 19:35:58
holiday: 0
CA DL DataVolRatio Pct: 75.7
CA DL DataVolRatio Pct num: 7170

DL MAC Vol Scell Pct: 29.08
SIP DC%: 
DRB UL Data Volume MB: 8029
PRB Util%: 19.45
CA DL DataVolRatio Pct den: 9624
weekend: 1
hr: 23

hr: 23
CA Activation Rate num: 10398266
SIP_SC_Total_MOU: 204.15
Peak UE: 27
DL Volume: 1662
DL Data Vol MAC in MB: 655.94

Time: 05:28:42
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 3444
CA Conf FailRate Pct den: 7685
weekend: 0
UPTP Mbps Num: 13281
hr: 23
MAC_UE_SC_Tput: 15531.06
Bearer Releases: 13210

hr: 23
CA Activation Rate num: 6197178
UPTP Mbps Den: 5462
Setup_Fail_DEN: 10465
Peak UE: 35
MB_per_connected_UE: 72.92
PCT Time MIMO: 48.41
DL Volume: 2056
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3619

Time: 21:41:25
holiday: 0
HO_att_InterFreq: 846

DL MAC Vol Scell Pct: 31.73
SIP DC%: 
DLRLCLayerDataVolume MB: 1051.05
CA DL DataVolRatio Pct den: 8903
CA Conf FailRate Pct den: 6055
weekend: 0
hr: 23
MAC_UE_SC_Tput: 13147.04

hr: 23
CA Activation Rate num: 9148226
UPTP Mbps Den: 2229
Setup_Fail_DEN: 7319
SIP_SC_Total_MOU: 59.93
Peak UE: 27
MB_per_connected_UE: 26.68
DL Data Vol MAC in MB: 8794.81

Time: 03:21:56
holiday: 0

Avg_Connected_UEs: 45.7
SIP DC%: 
DLRLCLayerDataVolume MB: 8658.72
PRB Util%: 66.41
RRC Setup Attempts: 7044
CA DL DataVolRatio Pct den: 5150
CA Conf FailRate Pct den: 5010
weekend: 0
CA Activation Rate: 68.33
hr: 8
MAC_UE_SC_Tput: 7700.91

hr: 8
CA Activation Rate num: 10272975
SIP_SC_Total_MOU: 86.58
Peak UE: 27
MB_per_connected_UE: 31.83
DL Data Vol MAC in MB: 4556.99
CA Activation Rate den: 43929
Time: 19:06:21

holiday: 0

SIP DC%: 
UPTP_Mbps: 44.91
DLRLCLayerDataVolume MB: 1441.25
RRC Setup Attempts: 4943
weekend: 0
UPTP Mbps Num: 17297
hr: 12
MAC_UE_SC_Tput: 15011.91

hr: 12
Setup_Fail_DEN: 11716
Peak UE: 27
MB_per_connected_UE: 208.99
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4686
DL Data Vol MAC in MB: 1492.83
CA Activation Rate den: 95332

Time: 06:52:46
holiday: 0

Avg_Connected_UEs: 64.92
SIP DC%: 
DRB UL Data Volume MB: 7603
RRC Setup Attempts: 3683
CA DL DataVolRatio Pct den: 2011
CA Conf FailRate Pct den: 6328
weekend: 0
CA Activation Rate: 70.53
hr: 19

hr: 19
CA Activation Rate num: 4636944
Setup_Fail_DEN: 18488
SIP_SC_Total_MOU: 165.09
Peak UE: 67
MB_per_connected_UE: 152.99
DL Volume: 1923
CA Activation Rate den: 127607

Time: 21:49:39
holiday: 0

SIP DC%: 
UPTP_Mbps: 43.43
DLRLCLayerDataVolume MB: 1556.73
PRB Util%: 15.11
RRC Setup Attempts: 4244
CA DL DataVolRatio Pct den: 8280
weekend: 1
UPTP Mbps Num: 41361
CA Activation Rate: 14.65
hr: 0
MAC_UE_SC_Tput: 7949.51
Bearer Releases: 10590

hr: 0
UPTP Mbps Den: 3948
Peak UE: 43
MB_per_connected_UE: 69.01
DL Volume: 1209
DL Data Vol MAC in MB: 476.46
CA Activation Rate den: 56966

Time: 09:58:48
holiday: 0
CA DL DataVolRatio Pct num: 7310

Avg_Connected_UEs: 61.96
SIP DC%: 
UPTP_Mbps: 39.61
DRB UL Data Volume MB: 9811
weekend: 0
hr: 23
MAC_UE_SC_Tput: 16858.74

hr: 23
CA Activation Rate num: 8764735
Setup_Fail_DEN: 15451
SIP_SC_Total_MOU: 104.32
Peak UE: 30
MB_per_connected_UE: 126.39
DL Volume: 961
DL Data Vol MAC in MB: 7112.61

Time: 05:46:11
holiday: 0

Avg_Connected_UEs: 68.73
SIP DC%: 
UPTP_Mbps: 15.66
DLRLCLayerDataVolume MB: 5363.69
DRB UL Data Volume MB: 7519
CA DL DataVolRatio Pct den: 5337
weekend: 0
CA Activation Rate: 31.24
RRC Setup Failures: 42
hr: 8
MAC_UE_SC_Tput: 13253.71
Bearer Releases: 13685

hr: 8
CA Activation Rate num: 7709619
UPTP Mbps Den: 2393
SIP_SC_Total_MOU: 262.6
Peak UE: 90
DL Volume: 9141
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4675
CA Activation Rate den: 62709

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3655.93
DRB UL Data Volume MB: 8060
PRB Util%: 37.75
CA DL DataVolRatio Pct den: 8813
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5322.71
Bearer Releases: 16572

hr: 0
CA Activation Rate num: 6480155
Peak UE: 27
DL Volume: 3545
DL Data Vol MAC in MB: 309.21
CA Activation Rate den: 62756

Combined RACH Preambles: 4422
Time: 17:39:28
holiday: 0
CA DL DataVolRatio Pct: 91.36

DL MAC Vol Scell Pct: 16.23
Avg_Connected_UEs: 38.82
SIP DC%: 
UPTP_Mbps: 92.9
DLRLCLayerDataVolume MB: 6639.04
CA DL DataVolRatio Pct den: 5125
CA Conf FailRate Pct den: 8438
weekend: 0
UPTP Mbps Num: 28111
hr: 21
MAC_UE_SC_Tput: 10900.06
Bearer Releases: 18636

hr: 21
CA Activation Rate num: 10209747
Setup_Fail_DEN: 7270
SIP_SC_Total_MOU: 146.89
Peak UE: 28

Time: 05:00:43
holiday: 0
CA DL DataVolRatio Pct: 61.23

SIP DC%: 
DLRLCLayerDataVolume MB: 6976.01
DRB UL Data Volume MB: 9876
RRC Setup Attempts: 4841
CA Conf FailRate Pct den: 8304
weekend: 0
hr: 0
MAC_UE_SC_Tput: 6194.09

hr: 0
CA Activation Rate num: 5674760
UPTP Mbps Den: 5610
Setup_Fail_DEN: 6526
SIP_SC_Total_MOU: 43.54
DL Data Vol MAC in MB: 2440.89
CA Activation Rate den: 45206
Combined RACH Preambles: 2837
Time: 22:44:40

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8423.83
PRB Util%: 5.23
DL Packet Loss Pct: 3.53
weekend: 1
UPTP Mbps Num: 11816
CA Activation Rate: 11.76
hr: 20
Bearer Releases: 9456

hr: 20
CA Activation Rate num: 13198903
UPTP Mbps Den: 3846
Setup_Fail_DEN: 10870
SIP_SC_Total_MOU: 265.57
Peak UE: 42
DL Data Vol MAC in MB: 2994.86
CA Activation Rate den: 185713

Time: 01:51:44
holiday: 0

Avg_Connected_UEs: 79.91
SIP DC%: 
DRB UL Data Volume MB: 1667
CA Conf FailRate Pct den: 5635
weekend: 0
CA Activation Rate: 6.62
hr: 7
MAC_UE_SC_Tput: 15340.04

hr: 7
CA Activation Rate num: 626857
Setup_Fail_DEN: 8693
Peak UE: 69
DL Volume: 6039
DL Data Vol MAC in MB: 9010.99
CA Activation Rate den: 143191

Time: 22:41:08
holiday: 0

DL MAC Vol Scell Pct: 35.96
SIP DC%: 
UPTP_Mbps: 26.99
DLRLCLayerDataVolume MB: 9937.07
PRB Util%: 71.99
RRC Setup Attempts: 7164
CA DL DataVolRatio Pct den: 4627
CA Conf FailRate Pct den: 3496
weekend: 0
UPTP Mbps Num: 30632
CA Activation Rate: 12.48
hr: 12
MAC_UE_SC_Tput: 6003.57

hr: 12
CA Activation Rate num: 3363096
Peak UE: 27
MB_per_connected_UE: 160.61
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5115
DL Data Vol MAC in MB: 4803.72

Time: 00:23:55
holiday: 0
CA DL DataVolRatio Pct: 73.42

DL MAC Vol Scell Pct: 23.09
Avg_Connected_UEs: 46.72
SIP DC%: 
UPTP_Mbps: 23.23
DRB UL Data Volume MB: 6707
weekend: 0
CA Activation Rate: 41.15
hr: 2
MAC_UE_SC_Tput: 4124.59

hr: 2
CA Activation Rate num: 10598861
Setup_Fail_DEN: 7197
Peak UE: 27
MB_per_connected_UE: 85.29
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6623
CA Activation Rate den: 94533

Time: 12:11:12
holiday: 0
CA DL DataVolRatio Pct: 92.18
CA DL DataVolRatio Pct num: 4485

DL MAC Vol Scell Pct: 15.27
Avg_Connected_UEs: 24.38
SIP DC%: 
UPTP_Mbps: 41.01
DLRLCLayerDataVolume MB: 5725.02
PRB Util%: 47.18
RRC Setup Attempts: 8183
CA DL DataVolRatio Pct den: 7031
weekend: 0
hr: 16
MAC_UE_SC_Tput: 5654.32
Bearer Releases: 6459

hr: 16
UPTP Mbps Den: 4799
SIP_SC_Total_MOU: 227.36
Peak UE: 43
MB_per_connected_UE: 151.31
PCT Time MIMO: 32.81
DL Data Vol MAC in MB: 9307.61

Time: 08:07:14
holiday: 0
CA DL DataVolRatio Pct num: 4031

Avg_Connected_UEs: 56.44
SIP DC%: 
UPTP_Mbps: 11.79
DLRLCLayerDataVolume MB: 3837.14
DRB UL Data Volume MB: 7948
RRC Setup Attempts: 3537
weekend: 1
UPTP Mbps Num: 58057
hr: 6
MAC_UE_SC_Tput: 7466.81
Bearer Releases: 15857

hr: 6
CA Activation Rate num: 1238610
SIP_SC_Total_MOU: 56.16
Peak UE: 30
MB_per_connected_UE: 62.38
DL Volume: 3602
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6799
DL Data Vol MAC in MB: 6031.03
CA Activation Rate den: 82170

Time: 02:45:38
holiday: 0
CA DL DataVolRatio Pct num: 4623

DL MAC Vol Scell Pct: 11.07
Avg_Connected_UEs: 75.22
SIP DC%: 
UPTP_Mbps: 7.37
DLRLCLayerDataVolume MB: 1075.59
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11301.91
Bearer Releases: 15813

hr: 23
UPTP Mbps Den: 27
Peak UE: 28
MB_per_connected_UE: 135.66
DL Volume: 7488
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3102
CA Activation Rate den: 116787

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1170.43
CA DL DataVolRatio Pct den: 5473
weekend: 0
CA Activation Rate: 29.17
hr: 7
MAC_UE_SC_Tput: 4280.34

hr: 7
CA Activation Rate num: 1738428
Peak UE: 27
MB_per_connected_UE: 35.87
DL Volume: 8030
DL Data Vol MAC in MB: 1046.74
CA Activation Rate den: 187824
Time: 15:23:53

holiday: 0
CA DL DataVolRatio Pct: 91.42

DL MAC Vol Scell Pct: 46.49
SIP DC%: 
UPTP_Mbps: 117.52
DLRLCLayerDataVolume MB: 8785.9
PRB Util%: 64.94
CA DL DataVolRatio Pct den: 7383
weekend: 0
UPTP Mbps Num: 58490
CA Activation Rate: 26.26
hr: 19
MAC_UE_SC_Tput: 4462.73

hr: 19
CA Activation Rate num: 10719360
Setup_Fail_DEN: 13510
Peak UE: 27
MB_per_connected_UE: 43.6
PCT Time MIMO: 64.51

Time: 22:25:12
holiday: 0

DL MAC Vol Scell Pct: 41.52
SIP DC%: 
UPTP_Mbps: 48.88
DLRLCLayerDataVolume MB: 866.43
DRB UL Data Volume MB: 5752
weekend: 0
hr: 23
MAC_UE_SC_Tput: 18122.7

hr: 23
SIP_SC_Total_MOU: 60.27
MB_per_connected_UE: 49.14
DL Data Vol MAC in MB: 9477.22

Time: 10:38:27
holiday: 0

SIP DC%: 
UPTP_Mbps: 16.23
PRB Util%: 34.32
weekend: 0
CA Activation Rate: 24.83
hr: 6
MAC_UE_SC_Tput: 6346.92
Bearer Releases: 9639

hr: 6
CA Activation Rate num: 3863154
Setup_Fail_DEN: 12424

Time: 05:39:32
holiday: 0
CA DL DataVolRatio Pct: 48.3
CA DL DataVolRatio Pct num: 5788

DL MAC Vol Scell Pct: 48.29
Avg_Connected_UEs: 64.62
SIP DC%: 
DLRLCLayerDataVolume MB: 5706.67
DRB UL Data Volume MB: 3704
weekend: 0
CA Activation Rate: 31.38
hr: 23
MAC_UE_SC_Tput: 6661.03
Bearer Releases: 18339

hr: 23
CA Activation Rate num: 8253959
Setup_Fail_DEN: 16457
SIP_SC_Total_MOU: 285
Peak UE: 57
MB_per_connected_UE: 80.79
PCT Time MIMO: 42.98
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5183
DL Data Vol MAC in MB: 5695.81
CA Activation Rate den: 72895

Time: 01:20:51
holiday: 0
CA DL DataVolRatio Pct: 92.82

DL MAC Vol Scell Pct: 2.78
Avg_Connected_UEs: 38.21
SIP DC%: 
DLRLCLayerDataVolume MB: 9421.1
DRB UL Data Volume MB: 4814
PRB Util%: 58.62
weekend: 0
UPTP Mbps Num: 11509
CA Activation Rate: 33.44
hr: 17
MAC_UE_SC_Tput: 9079.01
Bearer Releases: 9891

hr: 17
CA Activation Rate num: 9885178
Setup_Fail_DEN: 18480
SIP_SC_Total_MOU: 288.05
Peak UE: 27
DL Data Vol MAC in MB: 9715.04
CA Activation Rate den: 161862

Time: 12:13:24
holiday: 0
CA DL DataVolRatio Pct: 68.3
CA DL DataVolRatio Pct num: 1039

SIP DC%: 
UPTP_Mbps: 91.42
PRB Util%: 35.53
weekend: 0
hr: 20
MAC_UE_SC_Tput: 15129.49
Bearer Releases: 7998

hr: 20
CA Activation Rate num: 10078327
UPTP Mbps Den: 1775
Peak UE: 57
MB_per_connected_UE: 100.69
DL Data Vol MAC in MB: 3069.03

Time: 01:02:57
holiday: 0

SIP DC%: 
UPTP_Mbps: 118.37
DLRLCLayerDataVolume MB: 4276.71
PRB Util%: 59.9
RRC Setup Attempts: 5780
CA DL DataVolRatio Pct den: 6053
weekend: 0
UPTP Mbps Num: 10563
CA Activation Rate: 51.89
hr: 9
MAC_UE_SC_Tput: 6089.34

hr: 9
CA Activation Rate num: 10343673
Setup_Fail_DEN: 13318
Peak UE: 29
DL Data Vol MAC in MB: 338.93
CA Activation Rate den: 50190
Combined RACH Preambles: 2332

Time: 13:32:27
holiday: 0

SIP DC%: 
UPTP_Mbps: 12.38
DRB UL Data Volume MB: 8657
CA DL DataVolRatio Pct den: 7618
weekend: 0
hr: 11
MAC_UE_SC_Tput: 5444.41
Bearer Releases: 7465

hr: 11
CA Activation Rate num: 1624285
SIP_SC_Total_MOU: 20.05
MB_per_connected_UE: 110.02

Time: 05:29:30
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4187.27
DRB UL Data Volume MB: 6482
PRB Util%: 8.3
CA DL DataVolRatio Pct den: 5364
weekend: 0
hr: 4
MAC_UE_SC_Tput: 15617.64

hr: 4
CA Activation Rate num: 2657744
UPTP Mbps Den: 848
SIP_SC_Total_MOU: 97.22
Peak UE: 27
MB_per_connected_UE: 14.44
DL Volume: 8717
DL Data Vol MAC in MB: 480.84

Time: 23:38:36
holiday: 0
CA DL DataVolRatio Pct num: 4633

SIP DC%: 
DRB UL Data Volume MB: 9538
PRB Util%: 62.84
CA DL DataVolRatio Pct den: 2534
weekend: 0
UPTP Mbps Num: 38986
hr: 0
MAC_UE_SC_Tput: 7140.16

hr: 0
CA Activation Rate num: 4913085
SIP_SC_Total_MOU: 103.43
Peak UE: 27
DL Volume: 6376
DL Data Vol MAC in MB: 2763.96

Time: 14:46:44
holiday: 0

SIP DC%: 
UPTP_Mbps: 7.79
DLRLCLayerDataVolume MB: 787.14
PRB Util%: 27.6
CA DL DataVolRatio Pct den: 9840
weekend: 0
UPTP Mbps Num: 19073
hr: 0
MAC_UE_SC_Tput: 33334.13
Bearer Releases: 16900

hr: 0
CA Activation Rate num: 5049828
SIP_SC_Total_MOU: 261.76
UL MAC Vol Scell Pct: 2.09
Peak UE: 42
PCT Time MIMO: 34.52
DL Volume: 6576
DL Data Vol MAC in MB: 9304.9
CA Activation Rate den: 68595

Combined RACH Preambles: 3633
Time: 21:09:12
holiday: 0

Avg_Connected_UEs: 52.91
SIP DC%: 
DLRLCLayerDataVolume MB: 1858.08
CA DL DataVolRatio Pct den: 7941
weekend: 0
CA Activation Rate: 50.72
hr: 23
MAC_UE_SC_Tput: 5953.45
Bearer Releases: 15783

hr: 23
CA Activation Rate num: 5159705
UPTP Mbps Den: 2106
Setup_Fail_DEN: 9289
SIP_SC_Total_MOU: 54.42
Peak UE: 72
MB_per_connected_UE: 113.78
DL Data Vol MAC in MB: 3666.43
CA Activation Rate den: 73454

Time: 18:04:54
holiday: 0
CA DL DataVolRatio Pct num: 5530

Avg_Connected_UEs: 84.22
SIP DC%: 
UPTP_Mbps: 42.52
DLRLCLayerDataVolume MB: 7094.66
PRB Util%: 24.56
RRC Setup Attempts: 4571
weekend: 0
hr: 23
MAC_UE_SC_Tput: 16238.22

hr: 23
CA Activation Rate num: 6134975
Setup_Fail_DEN: 7076
Peak UE: 27
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4352
DL Data Vol MAC in MB: 9822.64

Time: 15:04:44
holiday: 0

DL MAC Vol Scell Pct: 17.08
Avg_Connected_UEs: 40.4
SIP DC%: 
DLRLCLayerDataVolume MB: 7818.77
DRB UL Data Volume MB: 3808
CA DL DataVolRatio Pct den: 3525
weekend: 0
UPTP Mbps Num: 31052
hr: 3
MAC_UE_SC_Tput: 4594.87
Bearer Releases: 8792

hr: 3
CA Activation Rate num: 7768736
Setup_Fail_DEN: 10722
SIP_SC_Total_MOU: 69.26
MB_per_connected_UE: 11.29
DL Data Vol MAC in MB: 1234.09
CA Activation Rate den: 130348

Combined RACH Preambles: 1962
Time: 21:44:32
holiday: 0
CA DL DataVolRatio Pct num: 2433

SIP DC%: 
DRB UL Data Volume MB: 5482
PRB Util%: 71.55
RRC Setup Attempts: 7835
weekend: 0
CA Activation Rate: 44.08
hr: 10
MAC_UE_SC_Tput: 19893.53
Bearer Releases: 13499

hr: 10
CA Activation Rate num: 4411367
Setup_Fail_DEN: 13241
SIP_SC_Total_MOU: 81.04
Peak UE: 74
MB_per_connected_UE: 111.17
CA Activation Rate den: 223820

Time: 04:24:16
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3486.06
RRC Setup Attempts: 7621
CA DL DataVolRatio Pct den: 4003
CA Conf FailRate Pct den: 8569
weekend: 0
CA Activation Rate: 37.28
hr: 0
MAC_UE_SC_Tput: 16542.56
Bearer Releases: 16980

hr: 0
CA Activation Rate num: 1962429
SIP_SC_Total_MOU: 174.42
Peak UE: 35
MB_per_connected_UE: 36.49
DL Volume: 4620
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6567
DL Data Vol MAC in MB: 4647.2

Time: 13:30:58
holiday: 0
CA DL DataVolRatio Pct: 81.79
CA DL DataVolRatio Pct num: 2649

SIP DC%: 
UPTP_Mbps: 11.93
DRB UL Data Volume MB: 7423
CA Conf FailRate Pct den: 7971
weekend: 1
CA Activation Rate: 16.22
hr: 12
MAC_UE_SC_Tput: 15420.13

hr: 12
CA Activation Rate num: 4610656
SIP_SC_Total_MOU: 298.03
QCI 1 Bearer Drop%: 2.3
Peak UE: 55
MB_per_connected_UE: 96.07
DL Volume: 9198
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3085
DL Data Vol MAC in MB: 9758.9
CA Activation Rate den: 74175

Time: 17:50:58
holiday: 0

SIP DC%: 
UPTP_Mbps: 12.97
DLRLCLayerDataVolume MB: 8386.76
RRC Setup Attempts: 5908
CA Conf FailRate Pct den: 6634
weekend: 0
CA Activation Rate: 37.76
RRC Setup Failures: 28
hr: 15
MAC_UE_SC_Tput: 16909.04

hr: 15
CA Activation Rate num: 10939751
SIP_SC_Total_MOU: 153.43
Peak UE: 27
MB_per_connected_UE: 101.88
CA Activation Rate den: 128858

Time: 08:11:31
holiday: 0
CA DL DataVolRatio Pct: 88.48

SIP DC%: 
DLRLCLayerDataVolume MB: 1566.3
DRB UL Data Volume MB: 4913
weekend: 0
UPTP Mbps Num: 41661
hr: 10
MAC_UE_SC_Tput: 15456.82

hr: 10
CA Activation Rate num: 5079691
Setup_Fail_DEN: 8455
SIP_SC_Total_MOU: 352.14
Peak UE: 44
MB_per_connected_UE: 174.04
DL Volume: 5450
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7517

Time: 09:44:19
holiday: 0
CA DL DataVolRatio Pct: 67.26

SIP DC%: 
CA DL DataVolRatio Pct den: 2954
weekend: 0
CA Activation Rate: 70.56
hr: 23
MAC_UE_SC_Tput: 5500.99
Bearer Releases: 7555

hr: 23
CA Activation Rate num: 1859782
MB_per_connected_UE: 71.34
CA Activation Rate den: 114023

Time: 23:39:46
holiday: 0

SIP DC%: 
UPTP_Mbps: 46.71
DLRLCLayerDataVolume MB: 6838.37
DRB UL Data Volume MB: 8277
PRB Util%: 66.82
weekend: 0
CA Activation Rate: 18.96
hr: 12
MAC_UE_SC_Tput: 13826.78

hr: 12
CA Activation Rate num: 10414675
UPTP Mbps Den: 1787
Setup_Fail_DEN: 12729
SIP_SC_Total_MOU: 213.53
Peak UE: 80
MB_per_connected_UE: 176.7
PCT Time MIMO: 51.8
DL Data Vol MAC in MB: 8239.87

Combined RACH Preambles: 2780
Time: 21:49:56
holiday: 0
CA DL DataVolRatio Pct num: 7454

SIP DC%: 
DLRLCLayerDataVolume MB: 1950.66
PRB Util%: 27.05
CA DL DataVolRatio Pct den: 7454
weekend: 0
UPTP Mbps Num: 30660
CA Activation Rate: 32.47
hr: 0
MAC_UE_SC_Tput: 6063.96

hr: 0
CA Activation Rate num: 7545943
SIP_SC_Total_MOU: 106.94
Peak UE: 27
MB_per_connected_UE: 166.93
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8986
DL Data Vol MAC in MB: 4828.8
CA Activation Rate den: 36948

Time: 04:34:20
holiday: 0

Avg_Connected_UEs: 50.96
SIP DC%: 
UPTP_Mbps: 43.23
DLRLCLayerDataVolume MB: 6611.32
RRC Setup Attempts: 7934
CA DL DataVolRatio Pct den: 9774
CA Conf FailRate Pct den: 9332
weekend: 1
hr: 6
MAC_UE_SC_Tput: 5692.03
Bearer Releases: 15034

hr: 6
CA Activation Rate num: 9444945
SIP_SC_Total_MOU: 123.71
MB_per_connected_UE: 107.38
DL Data Vol MAC in MB: 3918.7
CA Activation Rate den: 45863

holiday: 0

SIP DC%: 
UPTP_Mbps: 100.41
DLRLCLayerDataVolume MB: 5015.25
weekend: 0
UPTP Mbps Num: 31101
CA Activation Rate: 44.48
hr: 1

hr: 1
CA Activation Rate num: 6029892
Setup_Fail_DEN: 15419
SIP_SC_Total_MOU: 28.2
Peak UE: 64
MB_per_connected_UE: 98.54
DL Data Vol MAC in MB: 9112.49
CA Activation Rate den: 56396

Time: 17:25:15
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3864.62
PRB Util%: 6.37
weekend: 1
UPTP Mbps Num: 13484
hr: 23
MAC_UE_SC_Tput: 17258.23
Bearer Releases: 14685

hr: 23
CA Activation Rate num: 6768944
Setup_Fail_DEN: 15277
SIP_SC_Total_MOU: 261.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3097
DL Data Vol MAC in MB: 2927.74

Time: 03:24:13
holiday: 0
CA DL DataVolRatio Pct num: 2987

Avg_Connected_UEs: 28.19
SIP DC%: 
DLRLCLayerDataVolume MB: 6743.75
DRB UL Data Volume MB: 824
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4898.73

hr: 0
CA Activation Rate num: 1760075
Peak UE: 31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6037
DL Data Vol MAC in MB: 2339.15
CA Activation Rate den: 149491

Time: 01:17:41
holiday: 0
CA DL DataVolRatio Pct num: 5166

Avg_Connected_UEs: 16.59
SIP DC%: 
PRB Util%: 27.27
RRC Setup Attempts: 7215
CA DL DataVolRatio Pct den: 9594
CA Conf FailRate Pct den: 8712
weekend: 0
CA Activation Rate: 54.74
hr: 12
MAC_UE_SC_Tput: 15738.87

hr: 12
CA Activation Rate num: 14047603
Setup_Fail_DEN: 7474
SIP_SC_Total_MOU: 11.79
Peak UE: 27
DL Volume: 9217
DL Data Vol MAC in MB: 4130.68
CA Activation Rate den: 78982

Time: 05:07:44
holiday: 0
CA DL DataVolRatio Pct num: 5507

Avg_Connected_UEs: 65.2
SIP DC%: 
DLRLCLayerDataVolume MB: 7678.67
DRB UL Data Volume MB: 7811
CA Conf FailRate Pct den: 6860
weekend: 0
CA Activation Rate: 71.01
hr: 1
MAC_UE_SC_Tput: 9268.23
Bearer Releases: 16365

hr: 1
CA Activation Rate num: 5294062
CA Activation Rate den: 65663

Time: 21:30:39
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 2806
PRB Util%: 42.81
weekend: 0
CA Activation Rate: 9.86
hr: 0
MAC_UE_SC_Tput: 15091.49
Bearer Releases: 11653

hr: 0
CA Activation Rate num: 4211567
UPTP Mbps Den: 556
Setup_Fail_DEN: 19378
Peak UE: 70
VOLTE IA%: 
MB_per_connected_UE: 174.24
DL Data Vol MAC in MB: 3972.43

Time: 16:14:00
holiday: 0
CA DL DataVolRatio Pct num: 4992

Avg_Connected_UEs: 72.04
SIP DC%: 
DLRLCLayerDataVolume MB: 7793.09
RRC Setup Attempts: 4936
weekend: 0
UPTP Mbps Num: 1058
hr: 8
MAC_UE_SC_Tput: 5396.43

hr: 8
CA Activation Rate num: 4333351
Peak UE: 27
MB_per_connected_UE: 62.97
DL Volume: 890

Time: 15:42:37
holiday: 0

DL MAC Vol Scell Pct: 37.65
SIP DC%: 
DLRLCLayerDataVolume MB: 3336.95
CA DL DataVolRatio Pct den: 10026
weekend: 0
hr: 12
MAC_UE_SC_Tput: 15677.25

hr: 12
CA Activation Rate num: 10136329
Setup_Fail_DEN: 10148
SIP_SC_Total_MOU: 371
Peak UE: 71
DL Volume: 6206
DL Data Vol MAC in MB: 9593.37

Time: 21:38:06
holiday: 0
CA DL DataVolRatio Pct: 54.11

DL MAC Vol Scell Pct: 26.09
SIP DC%: 
DLRLCLayerDataVolume MB: 7695.97
RRC Setup Attempts: 3788
CA DL DataVolRatio Pct den: 9775
weekend: 0
CA Activation Rate: 53.05
hr: 19
MAC_UE_SC_Tput: 4553.68

hr: 19
CA Activation Rate num: 4794690
UPTP Mbps Den: 521
Setup_Fail_DEN: 9290
SIP_SC_Total_MOU: 49.19
Peak UE: 59
MB_per_connected_UE: 198.37
DL Volume: 2306
CA Activation Rate den: 77954

Time: 13:06:59
holiday: 0
CA DL DataVolRatio Pct num: 4805

Avg_Connected_UEs: 46.26
SIP DC%: 
DLRLCLayerDataVolume MB: 3012.4
PRB Util%: 7.17
weekend: 0
hr: 23
MAC_UE_SC_Tput: 13437.1

hr: 23
UPTP Mbps Den: 5318
Peak UE: 48
MB_per_connected_UE: 19.87

Time: 00:28:19
holiday: 0
CA DL DataVolRatio Pct: 63.03

DL MAC Vol Scell Pct: 10.16
SIP DC%: 
DLRLCLayerDataVolume MB: 4709.11
DRB UL Data Volume MB: 3529
RRC Setup Attempts: 5493
CA DL DataVolRatio Pct den: 7713
CA Conf FailRate Pct den: 6902
weekend: 1
CA Activation Rate: 3.19
hr: 0
MAC_UE_SC_Tput: 7278.85
Bearer Releases: 12091

hr: 0
CA Activation Rate num: 3813823
Peak UE: 60
DL Volume: 7002
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8038
DL Data Vol MAC in MB: 6644.77

Time: 15:01:10
holiday: 0
CA DL DataVolRatio Pct: 60.08

Avg_Connected_UEs: 80.9
SIP DC%: 
DLRLCLayerDataVolume MB: 928.78
CA DL DataVolRatio Pct den: 6753
CA Conf FailRate Pct den: 7117
weekend: 0
CA Activation Rate: 15.57
hr: 0
Bearer Releases: 12457

hr: 0
CA Activation Rate num: 5606463
Setup_Fail_DEN: 9952
Peak UE: 76
MB_per_connected_UE: 7.24
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3303
DL Data Vol MAC in MB: 8839.88

Time: 01:28:47
holiday: 0
CA DL DataVolRatio Pct: 51.28

Avg_Connected_UEs: 69.38
SIP DC%: 
DLRLCLayerDataVolume MB: 9696.41
CA DL DataVolRatio Pct den: 4052
CA Conf FailRate Pct den: 3504
weekend: 1
UPTP Mbps Num: 3007
CA Activation Rate: 63.08
hr: 23
MAC_UE_SC_Tput: 9325.58

hr: 23
CA Activation Rate num: 2569433
UPTP Mbps Den: 946
Setup_Fail_DEN: 15430
SIP_SC_Total_MOU: 124.21
Peak UE: 27
MB_per_connected_UE: 166.85
DL Volume: 3724
DL Data Vol MAC in MB: 2551.67

Time: 16:20:20
holiday: 0
CA DL DataVolRatio Pct num: 3065

SIP DC%: 
DLRLCLayerDataVolume MB: 9636.16
DRB UL Data Volume MB: 3297
CA DL DataVolRatio Pct den: 5289
weekend: 0
UPTP Mbps Num: 2314
CA Activation Rate: 44.18
hr: 3
MAC_UE_SC_Tput: 36341.82
Bearer Releases: 7313

hr: 3
Peak UE: 60
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6083
DL Data Vol MAC in MB: 785.36
CA Activation Rate den: 108933

Time: 04:29:29
holiday: 0
CA DL DataVolRatio Pct: 63.67

Avg_Connected_UEs: 50.88
SIP DC%: 
DLRLCLayerDataVolume MB: 5434.68
CA DL DataVolRatio Pct den: 8294
weekend: 0
hr: 23
MAC_UE_SC_Tput: 13303.61
Bearer Releases: 9258

hr: 23
CA Activation Rate num: 7229040
SIP_SC_Total_MOU: 10.13
Peak UE: 45
MB_per_connected_UE: 34.61
DL Volume: 6166
DL Data Vol MAC in MB: 6356.48
CA Activation Rate den: 199162

Combined RACH Preambles: 2895
Time: 11:54:37
holiday: 0
CA DL DataVolRatio Pct: 63.22

SIP DC%: 
weekend: 0
hr: 14
MAC_UE_SC_Tput: 16361.8

hr: 14
CA Activation Rate num: 12549691
Peak UE: 27
PCT Time MIMO: 43.81
DL Volume: 4781
CA Activation Rate den: 66890

holiday: 0

SIP DC%: 
UPTP_Mbps: 23.69
DLRLCLayerDataVolume MB: 4505.37
RRC Setup Attempts: 6063
CA Conf FailRate Pct den: 6246
weekend: 0
hr: 17
MAC_UE_SC_Tput: 17634.08
Bearer Releases: 6641

hr: 17
CA Activation Rate num: 9890302
SIP_SC_Total_MOU: 45.09
Peak UE: 27
MB_per_connected_UE: 108.28
PCT Time MIMO: 59.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5156

Time: 05:49:02
holiday: 0
CA DL DataVolRatio Pct: 63.13

SIP DC%: 
UPTP_Mbps: 27.19
DLRLCLayerDataVolume MB: 8816.18
DRB UL Data Volume MB: 991
PRB Util%: 58.55
weekend: 0
UPTP Mbps Num: 1396
CA Activation Rate: 10.98
hr: 9
MAC_UE_SC_Tput: 14719.19
Bearer Releases: 15524

hr: 9
CA Activation Rate num: 5323264
UPTP Mbps Den: 2375
SIP_SC_Total_MOU: 79.93
Peak UE: 27
DL Data Vol MAC in MB: 4784.22

Time: 14:19:10
holiday: 0
CA DL DataVolRatio Pct num: 5849

SIP DC%: 
DLRLCLayerDataVolume MB: 6965.03
CA Conf FailRate Pct den: 6511
weekend: 0
UPTP Mbps Num: 20532
CA Activation Rate: 45.02
hr: 19
MAC_UE_SC_Tput: 10917.05
Bearer Releases: 6542

hr: 19
Peak UE: 29
MB_per_connected_UE: 204.19
DL Data Vol MAC in MB: 7297.29

Time: 02:58:46
holiday: 0

DL MAC Vol Scell Pct: 26.59
SIP DC%: 
UPTP_Mbps: 11.89
DLRLCLayerDataVolume MB: 7757.6
DRB UL Data Volume MB: 6160
RRC Setup Attempts: 6129
weekend: 0
UPTP Mbps Num: 19779
CA Activation Rate: 36.7
hr: 0
MAC_UE_SC_Tput: 4497.22
Bearer Releases: 11309

hr: 0
CA Activation Rate num: 4927982
Setup_Fail_DEN: 16760
SIP_SC_Total_MOU: 296.69
Peak UE: 49
MB_per_connected_UE: 45.54
DL Volume: 9144
DL Data Vol MAC in MB: 3797.77
CA Activation Rate den: 93953

Time: 05:12:00
holiday: 0
CA DL DataVolRatio Pct: 92.38
CA DL DataVolRatio Pct num: 713

DL MAC Vol Scell Pct: 38.3
SIP DC%: 
UPTP_Mbps: 7.38
DLRLCLayerDataVolume MB: 7082.29
PRB Util%: 19.64
RRC Setup Attempts: 6506
CA DL DataVolRatio Pct den: 9216
CA Conf FailRate Pct den: 8609
weekend: 0
UPTP Mbps Num: 1878
CA Activation Rate: 54.45
hr: 23
MAC_UE_SC_Tput: 6840.56

hr: 23
CA Activation Rate num: 9902738
UPTP Mbps Den: 5989
Setup_Fail_DEN: 18174
MB_per_connected_UE: 40.99

holiday: 0
CA DL DataVolRatio Pct: 68.96

Avg_Connected_UEs: 83.66
SIP DC%: 
UPTP_Mbps: 42.61
DRB UL Data Volume MB: 6079
PRB Util%: 17.9
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6672.46

hr: 23
CA Activation Rate num: 6469786
UPTP Mbps Den: 688
SIP_SC_Total_MOU: 409.53
Peak UE: 27
MB_per_connected_UE: 28.84
DL Data Vol MAC in MB: 9425.83
CA Activation Rate den: 127575

Time: 11:23:40
holiday: 0

DL MAC Vol Scell Pct: 32.69
Avg_Connected_UEs: 37.79
SIP DC%: 
UPTP_Mbps: 125.53
DLRLCLayerDataVolume MB: 2074.16
DRB UL Data Volume MB: 8876
PRB Util%: 3.86
RRC Setup Attempts: 7631
CA DL DataVolRatio Pct den: 5608
weekend: 0
CA Activation Rate: 60.79
hr: 7
MAC_UE_SC_Tput: 8684.72

hr: 7
CA Activation Rate num: 10269127
Peak UE: 58
MB_per_connected_UE: 27.17
DL Volume: 8215
DL Data Vol MAC in MB: 6405.63

Time: 16:19:12
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6208.77
CA DL DataVolRatio Pct den: 1243
weekend: 0
UPTP Mbps Num: 59842
CA Activation Rate: 34.76
hr: 23
MAC_UE_SC_Tput: 8158.78

hr: 23
Setup_Fail_DEN: 10617
SIP_SC_Total_MOU: 18.58
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9105
DL Data Vol MAC in MB: 8213.34
CA Activation Rate den: 45031

Time: 08:57:46
holiday: 0
CA DL DataVolRatio Pct: 51.02

Avg_Connected_UEs: 17.14
SIP DC%: 
UPTP_Mbps: 7.71
DLRLCLayerDataVolume MB: 7344.09
DRB UL Data Volume MB: 7567
CA Conf FailRate Pct den: 3181
weekend: 0
UPTP Mbps Num: 20445
CA Activation Rate: 49.3
hr: 3
MAC_UE_SC_Tput: 14411.49
Bearer Releases: 11825

hr: 3
CA Activation Rate num: 4464193
Peak UE: 48
MB_per_connected_UE: 50.82
DL Volume: 6154
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7141
DL Data Vol MAC in MB: 5036.79
CA Activation Rate den: 187064

Time: 12:11:14
holiday: 0
CA DL DataVolRatio Pct: 90.04

DL MAC Vol Scell Pct: 46.59
SIP DC%: 
UPTP_Mbps: 25.51
DLRLCLayerDataVolume MB: 1523.57
DRB UL Data Volume MB: 6641
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5812.93

hr: 23
CA Activation Rate num: 10537083
SIP_SC_Total_MOU: 173.76
Peak UE: 27
MB_per_connected_UE: 155.77

Time: 10:01:05
holiday: 0
CA DL DataVolRatio Pct: 76.75

DL MAC Vol Scell Pct: 3.22
Avg_Connected_UEs: 41.56
SIP DC%: 
DLRLCLayerDataVolume MB: 2971.89
PRB Util%: 69.9
CA DL DataVolRatio Pct den: 5242
CA Conf FailRate Pct den: 3836
weekend: 0
hr: 23
MAC_UE_SC_Tput: 16677.41
Bearer Releases: 13271

hr: 23
CA Activation Rate num: 7794867
Setup_Fail_DEN: 14835
Peak UE: 32
MB_per_connected_UE: 107.05
DL Volume: 2277
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4256
DL Data Vol MAC in MB: 8646.25
CA Activation Rate den: 112474

Time: 04:17:28
holiday: 0

Avg_Connected_UEs: 31.72
SIP DC%: 
UPTP_Mbps: 42.53
CA Conf FailRate Pct den: 5674
weekend: 0
hr: 11
MAC_UE_SC_Tput: 4521.78
Bearer Releases: 11609

hr: 11
CA Activation Rate num: 8510921
Setup_Fail_DEN: 14222
Peak UE: 27
DL Volume: 7634
DL Data Vol MAC in MB: 6172.44
CA Activation Rate den: 81728

Combined RACH Preambles: 3641
Time: 04:44:14
holiday: 0
CA DL DataVolRatio Pct num: 3505

Avg_Connected_UEs: 36.08
SIP DC%: 
UPTP_Mbps: 134.44
DRB UL Data Volume MB: 5169
PRB Util%: 61.23
CA DL DataVolRatio Pct den: 260
weekend: 0
UPTP Mbps Num: 5315
CA Activation Rate: 62.58
hr: 20
MAC_UE_SC_Tput: 8698.66

hr: 20
CA Activation Rate num: 6471929
Peak UE: 57
MB_per_connected_UE: 124.77
PCT Time MIMO: 51.62
DL Volume: 488
DL Data Vol MAC in MB: 2180.75
CA Activation Rate den: 64944

Time: 19:50:36
holiday: 0
CA DL DataVolRatio Pct: 60.83

Avg_Connected_UEs: 35.95
SIP DC%: 
DLRLCLayerDataVolume MB: 7284.12
DRB UL Data Volume MB: 5066
PRB Util%: 34.82
CA DL DataVolRatio Pct den: 8124
weekend: 0
hr: 12
MAC_UE_SC_Tput: 13193.34
Bearer Releases: 7688

hr: 12
CA Activation Rate num: 9240717
UPTP Mbps Den: 5515
SIP_SC_Total_MOU: 141.92
Peak UE: 33
DL Data Vol MAC in MB: 8033.9

Time: 12:59:01
holiday: 0

Avg_Connected_UEs: 46.17
SIP DC%: 
UPTP_Mbps: 45.51
DRB UL Data Volume MB: 8458
PRB Util%: 12.09
CA DL DataVolRatio Pct den: 7987
weekend: 0
UPTP Mbps Num: 29277
CA Activation Rate: 19.22
hr: 3
MAC_UE_SC_Tput: 14351.93

hr: 3
CA Activation Rate num: 9853246
Setup_Fail_DEN: 19716
Peak UE: 27
DL Data Vol MAC in MB: 819.37

Time: 07:37:57
holiday: 0
CA DL DataVolRatio Pct: 71.06

Avg_Connected_UEs: 48.91
SIP DC%: 
DLRLCLayerDataVolume MB: 9383.53
DRB UL Data Volume MB: 7941
PRB Util%: 9.62
weekend: 0
CA Activation Rate: 7.73
hr: 23
MAC_UE_SC_Tput: 6602.82

hr: 23
CA Activation Rate num: 9870785
Peak UE: 27
CA Activation Rate den: 113489
Combined RACH Preambles: 2423

Time: 13:31:20
holiday: 0

DL MAC Vol Scell Pct: 38.84
SIP DC%: 
DLRLCLayerDataVolume MB: 670.17
DRB UL Data Volume MB: 4583
PRB Util%: 20.31
RRC Setup Attempts: 3407
CA DL DataVolRatio Pct den: 8593
weekend: 1
UPTP Mbps Num: 37812
hr: 23
MAC_UE_SC_Tput: 11229.47

hr: 23
CA Activation Rate num: 9890374
UPTP Mbps Den: 2657
Setup_Fail_DEN: 7807
SIP_SC_Total_MOU: 59.59
Peak UE: 39
MB_per_connected_UE: 158.97
DL Volume: 1918
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4323
DL Data Vol MAC in MB: 8849.81
CA Activation Rate den: 193151

Time: 14:23:25
holiday: 0
CA DL DataVolRatio Pct num: 4122
HO Attempts: 174

SIP DC%: 
DRB UL Data Volume MB: 6520
CA DL DataVolRatio Pct den: 6872
weekend: 0
hr: 4
MAC_UE_SC_Tput: 6255.01

hr: 4
CA Activation Rate num: 5776354
SIP_SC_Total_MOU: 78.96
Peak UE: 27
MB_per_connected_UE: 86.51
CA Activation Rate den: 129446
Time: 20:17:26

holiday: 0
CA DL DataVolRatio Pct num: 1371

Avg_Connected_UEs: 51.03
SIP DC%: 
DLRLCLayerDataVolume MB: 6760.35
RRC Setup Attempts: 3952
CA DL DataVolRatio Pct den: 7184
weekend: 0
CA Activation Rate: 30.03
hr: 23
MAC_UE_SC_Tput: 5061.1
Bearer Releases: 10122

hr: 23
CA Activation Rate num: 178545
Setup_Fail_DEN: 13829
SIP_SC_Total_MOU: 117.08
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3992
DL Data Vol MAC in MB: 7893.51

Time: 17:56:45
holiday: 0
CA DL DataVolRatio Pct: 72.93
CA DL DataVolRatio Pct num: 6025

DL MAC Vol Scell Pct: 52.76
SIP DC%: 
DLRLCLayerDataVolume MB: 5970.9
DRB UL Data Volume MB: 8537
RRC Setup Attempts: 5137
CA DL DataVolRatio Pct den: 6980
weekend: 1
UPTP Mbps Num: 38053
hr: 22
MAC_UE_SC_Tput: 4803.22
Bearer Releases: 11771

hr: 22
CA Activation Rate num: 6398261
Setup_Fail_DEN: 8238
Peak UE: 27
DL Volume: 3024
DL Data Vol MAC in MB: 6223.16
CA Activation Rate den: 187224

Time: 16:21:30
holiday: 0
CA DL DataVolRatio Pct: 83.01
CA DL DataVolRatio Pct num: 3391

Avg_Connected_UEs: 42.56
SIP DC%: 
UPTP_Mbps: 45.78
DLRLCLayerDataVolume MB: 9021.27
DRB UL Data Volume MB: 8555
PRB Util%: 24.06
CA DL DataVolRatio Pct den: 9963
weekend: 1
CA Activation Rate: 45.67
hr: 23
MAC_UE_SC_Tput: 4833.43

hr: 23
CA Activation Rate num: 3166145
Peak UE: 66
MB_per_connected_UE: 143.46
PCT Time MIMO: 44.31
DL Data Vol MAC in MB: 1282.91
CA Activation Rate den: 129183

Time: 21:52:07
holiday: 0
CA DL DataVolRatio Pct num: 5740

Avg_Connected_UEs: 18.6
SIP DC%: 
UPTP_Mbps: 43.9
DLRLCLayerDataVolume MB: 5338.62
DRB UL Data Volume MB: 4705
PRB Util%: 70.03
weekend: 1
CA Activation Rate: 32.11
hr: 8
MAC_UE_SC_Tput: 16404.1

hr: 8
CA Activation Rate num: 5341870
Setup_Fail_DEN: 7578
SIP_SC_Total_MOU: 115.07
Peak UE: 27
DL Volume: 7883
UL Throughput: 15.09
Time: 07:23:59

holiday: 0
CA DL DataVolRatio Pct: 56.8

DL MAC Vol Scell Pct: 22.53
Avg_Connected_UEs: 33.32
SIP DC%: 
UPTP_Mbps: 131.86
DLRLCLayerDataVolume MB: 2095.21
RRC Setup Attempts: 4907
CA DL DataVolRatio Pct den: 3319
weekend: 0
UPTP Mbps Num: 27383
hr: 0
MAC_UE_SC_Tput: 11839.74
Bearer Releases: 14280

hr: 0
Setup_Fail_DEN: 11120
Peak UE: 27
MB_per_connected_UE: 57.01
DL Volume: 618
DL Data Vol MAC in MB: 3612.5

Time: 22:09:13
holiday: 0
CA DL DataVolRatio Pct num: 474

SIP DC%: 
UPTP_Mbps: 12.81
CA DL DataVolRatio Pct den: 6036
CA Conf FailRate Pct den: 4164
weekend: 0
CA Activation Rate: 50.24
hr: 18
MAC_UE_SC_Tput: 11517.22

hr: 18
CA Activation Rate num: 9845048
Peak UE: 27
MB_per_connected_UE: 52.36
PCT Time MIMO: 62.85
DL Data Vol MAC in MB: 3912.49

Combined RACH Preambles: 4629
Time: 19:30:29
holiday: 0
CA DL DataVolRatio Pct: 90.85

SIP DC%: 
DLRLCLayerDataVolume MB: 5507.76
PRB Util%: 3.7
CA DL DataVolRatio Pct den: 5606
weekend: 0
hr: 10
MAC_UE_SC_Tput: 6207.33

hr: 10
SIP_SC_Total_MOU: 113.41
Peak UE: 91
UL Throughput: 7.83
DL Data Vol MAC in MB: 6289.99
CA Activation Rate den: 114306

Combined RACH Preambles: 2792
Time: 08:45:28
holiday: 0
CA DL DataVolRatio Pct: 41.85

SIP DC%: 
DRB UL Data Volume MB: 3525
CA DL DataVolRatio Pct den: 6949
weekend: 0
CA Activation Rate: 34.82
hr: 13
MAC_UE_SC_Tput: 15791.48

hr: 13
CA Activation Rate num: 4661467
Setup_Fail_DEN: 10965
Peak UE: 68
DL Data Vol MAC in MB: 8212.6

Time: 09:31:04
holiday: 0
CA DL DataVolRatio Pct: 71.47

SIP DC%: 
DLRLCLayerDataVolume MB: 306.09
DRB UL Data Volume MB: 8061
CA Conf FailRate Pct den: 3678
weekend: 0
UPTP Mbps Num: 23326
hr: 8
MAC_UE_SC_Tput: 14901.22

hr: 8
CA Activation Rate num: 4579910
UPTP Mbps Den: 49
Peak UE: 27
PCT Time MIMO: 41.76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8209
DL Data Vol MAC in MB: 8893.98

Combined RACH Preambles: 3164
Time: 08:14:25
holiday: 0

Avg_Connected_UEs: 53.27
SIP DC%: 
DRB UL Data Volume MB: 5602
PRB Util%: 11.85
weekend: 0
hr: 23
MAC_UE_SC_Tput: 18489.54

hr: 23
CA Activation Rate num: 8638678
Setup_Fail_DEN: 8649
SIP_SC_Total_MOU: 47.86
UL MAC Vol Scell Pct: 2.8
Peak UE: 62
MB_per_connected_UE: 170.12
DL Volume: 301
DL Data Vol MAC in MB: 5052.65
CA Activation Rate den: 120923

Combined RACH Preambles: 4873
Time: 00:51:52
holiday: 0

SIP DC%: 
UPTP_Mbps: 13.32
DRB UL Data Volume MB: 6836
RRC Setup Attempts: 8926
CA Conf FailRate Pct den: 6383
weekend: 0
UPTP Mbps Num: 39485
CA Activation Rate: 2.91
hr: 0
MAC_UE_SC_Tput: 12121.33

hr: 0
CA Activation Rate num: 8604630
SIP_SC_Total_MOU: 311.6
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5517

Time: 21:08:36
holiday: 0
CA DL DataVolRatio Pct: 64.06
CA DL DataVolRatio Pct num: 4346

SIP DC%: 
DLRLCLayerDataVolume MB: 1135.56
DL Packet Loss Pct: 4.01
RRC Setup Attempts: 7072
weekend: 0
UPTP Mbps Num: 33840
CA Activation Rate: 18.76
hr: 2
MAC_UE_SC_Tput: 10397.63
Bearer Releases: 8437

hr: 2
CA Activation Rate num: 3043328
Setup_Fail_DEN: 13747
Peak UE: 55
MB_per_connected_UE: 23.59
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6988
CA Activation Rate den: 41510

Time: 10:55:26
holiday: 0

SIP DC%: 
UPTP_Mbps: 57.22
DLRLCLayerDataVolume MB: 5868.3
CA DL DataVolRatio Pct den: 9147
weekend: 0
UPTP Mbps Num: 17113
CA Activation Rate: 6.14
hr: 23
MAC_UE_SC_Tput: 28994.09
Bearer Releases: 16558

hr: 23
CA Activation Rate num: 10872123
SIP_SC_Total_MOU: 175.77
Peak UE: 27
MB_per_connected_UE: 67.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7914

Time: 04:34:00
holiday: 0

Avg_Connected_UEs: 29.26
SIP DC%: 
DLRLCLayerDataVolume MB: 4051.18
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8693.53

hr: 23
CA Activation Rate num: 5602190
Setup_Fail_DEN: 14325
MB_per_connected_UE: 36.56
PCT Time MIMO: 58.66
DL Data Vol MAC in MB: 3895.12

Time: 18:01:59
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5432.04
CA DL DataVolRatio Pct den: 362
weekend: 0
hr: 13
MAC_UE_SC_Tput: 10676.96

hr: 13
UPTP Mbps Den: 3484
Peak UE: 27
DL Volume: 9329
DL Data Vol MAC in MB: 2686.96
CA Activation Rate den: 217153

Time: 16:49:47
holiday: 0

Avg_Connected_UEs: 38.8
SIP DC%: 
UPTP_Mbps: 129.36
CA DL DataVolRatio Pct den: 1468
weekend: 0
UPTP Mbps Num: 40785
hr: 4
MAC_UE_SC_Tput: 4783.5
Bearer Releases: 14121

hr: 4
CA Activation Rate num: 10790790
UPTP Mbps Den: 5771
SIP_SC_Total_MOU: 450.64
Peak UE: 35

Time: 20:40:06
holiday: 0
CA DL DataVolRatio Pct: 82.36
CA DL DataVolRatio Pct num: 2608

DL MAC Vol Scell Pct: 33.37
Avg_Connected_UEs: 58.8
SIP DC%: 
PRB Util%: 45.1
weekend: 0
UPTP Mbps Num: 52234
hr: 9
MAC_UE_SC_Tput: 10802.09
Bearer Releases: 17282

hr: 9
CA Activation Rate num: 4508778
Setup_Fail_DEN: 12924
SIP_SC_Total_MOU: 163.04
Peak UE: 67
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8062

Time: 09:58:34
holiday: 0
CA DL DataVolRatio Pct num: 1434

DL MAC Vol Scell Pct: 18.73
SIP DC%: 
DLRLCLayerDataVolume MB: 7620.65
PRB Util%: 31.9
CA Conf FailRate Pct den: 6502
weekend: 0
UPTP Mbps Num: 19767
CA Activation Rate: 46.92
hr: 19
MAC_UE_SC_Tput: 7064.49

hr: 19
CA Activation Rate num: 3852104
SIP_SC_Total_MOU: 361.99
Peak UE: 27
MB_per_connected_UE: 9.02
DL Data Vol MAC in MB: 5460.55

Time: 18:47:42
holiday: 0
CA DL DataVolRatio Pct num: 2543

Avg_Connected_UEs: 26.63
SIP DC%: 
DLRLCLayerDataVolume MB: 6452.85
DRB UL Data Volume MB: 3229
RRC Setup Attempts: 4270
CA DL DataVolRatio Pct den: 10213
weekend: 1
CA Activation Rate: 59.33
hr: 23
MAC_UE_SC_Tput: 11996.86

hr: 23
CA Activation Rate num: 6690558
SIP_SC_Total_MOU: 39.31
MB_per_connected_UE: 175.94
CA Activation Rate den: 187265

holiday: 0

DL MAC Vol Scell Pct: 36.41
Avg_Connected_UEs: 54.61
SIP DC%: 
UPTP_Mbps: 11.6
CA DL DataVolRatio Pct den: 10007
CA Conf FailRate Pct den: 4588
weekend: 1
hr: 23
MAC_UE_SC_Tput: 14043.73
Bearer Releases: 6913

hr: 23
UPTP Mbps Den: 2114
Setup_Fail_DEN: 15472
Peak UE: 68
MB_per_connected_UE: 187.57
PCT Time MIMO: 55.69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7426
UL Throughput: 18.76
DL Data Vol MAC in MB: 8349.13

Time: 11:30:03
holiday: 0

SIP DC%: 
UPTP_Mbps: 25.79
DLRLCLayerDataVolume MB: 4757.9
DRB UL Data Volume MB: 7980
CA DL DataVolRatio Pct den: 5007
weekend: 0
UPTP Mbps Num: 18847
hr: 5
MAC_UE_SC_Tput: 12269.25
Bearer Releases: 11909

hr: 5
CA Activation Rate num: 3773565
Setup_Fail_DEN: 7924
SIP_SC_Total_MOU: 87.99
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6543
DL Data Vol MAC in MB: 3804.54
CA Activation Rate den: 72139

Combined RACH Preambles: 4755
Time: 14:34:46
holiday: 0
CA DL DataVolRatio Pct num: 5356

Avg_Connected_UEs: 79.2
SIP DC%: 
DLRLCLayerDataVolume MB: 7167.45
PRB Util%: 37.68
weekend: 0
CA Activation Rate: 15.03
hr: 2
Bearer Releases: 7853

hr: 2
CA Activation Rate num: 4696112
Setup_Fail_DEN: 13439
Peak UE: 41
MB_per_connected_UE: 41.23
CA Activation Rate den: 199033
Combined RACH Preambles: 2917

Time: 11:58:27
holiday: 0

Avg_Connected_UEs: 50.14
SIP DC%: 
DLRLCLayerDataVolume MB: 8809.81
weekend: 0
CA Activation Rate: 18.92
hr: 6
MAC_UE_SC_Tput: 8199.87

hr: 6
CA Activation Rate num: 2850127
Peak UE: 54
CA Activation Rate den: 49889

Time: 16:17:02
holiday: 0
CA DL DataVolRatio Pct num: 1956

SIP DC%: 
UPTP_Mbps: 17.78
DLRLCLayerDataVolume MB: 694.47
PRB Util%: 26.08
weekend: 0
UPTP Mbps Num: 43533
CA Activation Rate: 31.96
hr: 0
MAC_UE_SC_Tput: 5213.52
Bearer Releases: 12213

hr: 0
CA Activation Rate num: 11564790
UPTP Mbps Den: 5169
SIP_SC_Total_MOU: 165.48
Peak UE: 43
MB_per_connected_UE: 36.12
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4012
DL Data Vol MAC in MB: 3352.5

Time: 07:46:32
holiday: 0
CA DL DataVolRatio Pct num: 2335

SIP DC%: 
UPTP_Mbps: 31.43
DLRLCLayerDataVolume MB: 7709.54
RRC Setup Attempts: 7440
CA DL DataVolRatio Pct den: 8229
weekend: 0
CA Activation Rate: 47.5
hr: 16
MAC_UE_SC_Tput: 10930.53

hr: 16
CA Activation Rate num: 4946854
Peak UE: 59
MB_per_connected_UE: 41.98
DL Data Vol MAC in MB: 10101.97

Time: 14:26:36
holiday: 0
CA DL DataVolRatio Pct num: 4192

SIP DC%: 
DLRLCLayerDataVolume MB: 2009.86
DRB UL Data Volume MB: 9726
RRC Setup Attempts: 5030
CA Conf FailRate Pct den: 3649
weekend: 0
UPTP Mbps Num: 26566
CA Activation Rate: 9.01
hr: 23
MAC_UE_SC_Tput: 5194.06
Bearer Releases: 8199

hr: 23
CA Activation Rate num: 10174989
VOLTE IA%: 
MB_per_connected_UE: 139.72
DL Volume: 2359
CA Activation Rate den: 148131

Time: 07:50:57
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1291.64
PRB Util%: 49.74
RRC Setup Attempts: 7785
CA DL DataVolRatio Pct den: 9235
CA Conf FailRate Pct den: 2948
weekend: 0
UPTP Mbps Num: 12617
hr: 9
MAC_UE_SC_Tput: 14569.4
Bearer Releases: 17371

hr: 9
Setup_Fail_DEN: 16877
Peak UE: 27
MB_per_connected_UE: 28.83
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8368
CA Activation Rate den: 119611

Time: 06:07:31
holiday: 0

SIP DC%: 
UPTP_Mbps: 40.81
PRB Util%: 48.41
CA DL DataVolRatio Pct den: 9961
CA Conf FailRate Pct den: 8552
weekend: 0
UPTP Mbps Num: 12819
CA Activation Rate: 60.38
hr: 23
MAC_UE_SC_Tput: 4500.26
Bearer Releases: 14990

hr: 23
CA Activation Rate num: 1327350
Setup_Fail_DEN: 15895
SIP_SC_Total_MOU: 291.25
Peak UE: 27
MB_per_connected_UE: 66.43
PCT Time MIMO: 68.32
DL Data Vol MAC in MB: 8615.69
CA Activation Rate den: 38943

Time: 20:31:59
holiday: 0
CA DL DataVolRatio Pct: 70.57
CA DL DataVolRatio Pct num: 378

SIP DC%: 
DLRLCLayerDataVolume MB: 976.48
DRB UL Data Volume MB: 3992
CA DL DataVolRatio Pct den: 7546
CA Conf FailRate Pct den: 4594
weekend: 0
UPTP Mbps Num: 35158
CA Activation Rate: 77.08
hr: 11
MAC_UE_SC_Tput: 14880.27
Bearer Releases: 7608

hr: 11
CA Activation Rate num: 4154578
UPTP Mbps Den: 4033
Setup_Fail_DEN: 14679
Peak UE: 34
VOLTE IA%: 
MB_per_connected_UE: 44.89
DL Volume: 803
DL Data Vol MAC in MB: 4767.35

Time: 16:51:57
holiday: 0

DL MAC Vol Scell Pct: 20.27
Avg_Connected_UEs: 36.86
SIP DC%: 
DLRLCLayerDataVolume MB: 7620.02
RRC Setup Attempts: 3476
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11977.26

hr: 23
CA Activation Rate num: 3695567
Setup_Fail_DEN: 6712
SIP_SC_Total_MOU: 284.04
Peak UE: 27
MB_per_connected_UE: 110.33
DL Data Vol MAC in MB: 9977.08

Time: 18:47:52
holiday: 0

SIP DC%: 
UPTP_Mbps: 129.17
DLRLCLayerDataVolume MB: 6114.18
DRB UL Data Volume MB: 1067
RRC Setup Attempts: 7281
CA DL DataVolRatio Pct den: 4913
CA Conf FailRate Pct den: 7778
weekend: 0
UPTP Mbps Num: 43715
hr: 4
MAC_UE_SC_Tput: 6614.87

hr: 4
CA Activation Rate num: 10543740
SIP_SC_Total_MOU: 340.3
Peak UE: 46
CA Activation Rate den: 132251

Time: 23:15:28
holiday: 0
CA DL DataVolRatio Pct: 61.21

Avg_Connected_UEs: 78.66
SIP DC%: 
DLRLCLayerDataVolume MB: 6666.5
DRB UL Data Volume MB: 3150
PRB Util%: 73.85
weekend: 0
UPTP Mbps Num: 3321
hr: 11
Bearer Releases: 17074

hr: 11
CA Activation Rate num: 6304834
Setup_Fail_DEN: 14001
Peak UE: 76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3576
DL Data Vol MAC in MB: 9535.85
CA Activation Rate den: 90175

Time: 00:13:39
holiday: 0

DL MAC Vol Scell Pct: 27.68
Avg_Connected_UEs: 46.4
SIP DC%: 
UPTP_Mbps: 34.85
DLRLCLayerDataVolume MB: 9378.08
DRB UL Data Volume MB: 8583
CA DL DataVolRatio Pct den: 7735
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5810.99
Bearer Releases: 7851

hr: 0
CA Activation Rate num: 10408930
UPTP Mbps Den: 1670
Peak UE: 54
MB_per_connected_UE: 117.64
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4205
DL Data Vol MAC in MB: 7702.35
CA Activation Rate den: 94739

Combined RACH Preambles: 4577
Time: 11:40:43
holiday: 0

DL MAC Vol Scell Pct: 15.68
Avg_Connected_UEs: 52.07
SIP DC%: 
DLRLCLayerDataVolume MB: 8061.94
DRB UL Data Volume MB: 8888
CA Conf FailRate Pct den: 5559
weekend: 0
hr: 7
MAC_UE_SC_Tput: 4728.9
Bearer Releases: 8784

hr: 7
Setup_Fail_DEN: 18641
SIP_SC_Total_MOU: 206.5
Peak UE: 81
DL Volume: 6813
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5229

Combined RACH Preambles: 2762
Time: 02:16:56
holiday: 0
CA DL DataVolRatio Pct: 65.83

DL MAC Vol Scell Pct: 21.97
Avg_Connected_UEs: 36
SIP DC%: 
DLRLCLayerDataVolume MB: 5006.71
PRB Util%: 38.84
RRC Setup Attempts: 3483
CA DL DataVolRatio Pct den: 2838
weekend: 0
UPTP Mbps Num: 6839
hr: 0
MAC_UE_SC_Tput: 7038.8
Bearer Releases: 11579

hr: 0
CA Activation Rate num: 3894920
UPTP Mbps Den: 2319
Setup_Fail_DEN: 18318
Peak UE: 49
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9052
CA Activation Rate den: 67105

Time: 01:47:07
holiday: 0
CA DL DataVolRatio Pct: 81.85

Avg_Connected_UEs: 45.56
SIP DC%: 
DLRLCLayerDataVolume MB: 3426.76
DRB UL Data Volume MB: 9333
RRC Setup Attempts: 3376
CA DL DataVolRatio Pct den: 9051
weekend: 0
CA Activation Rate: 60.62
hr: 17
MAC_UE_SC_Tput: 6710.33

hr: 17
CA Activation Rate num: 616712
Setup_Fail_DEN: 19484
Peak UE: 27
MB_per_connected_UE: 200.82
PCT Time MIMO: 43.07
DL Volume: 3897
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4731
DL Data Vol MAC in MB: 9269.61

Time: 03:47:42
holiday: 0
CA DL DataVolRatio Pct num: 5167

SIP DC%: 
DLRLCLayerDataVolume MB: 1679.84
DRB UL Data Volume MB: 6497
RRC Setup Attempts: 7533
weekend: 0
UPTP Mbps Num: 1699
hr: 22
MAC_UE_SC_Tput: 13884.48

hr: 22
CA Activation Rate num: 8735912
Setup_Fail_DEN: 16254
Peak UE: 30
MB_per_connected_UE: 41.92
UL Throughput: 7.43
CA Activation Rate den: 40107

Time: 12:09:52
holiday: 0

Avg_Connected_UEs: 75.35
SIP DC%: 
UPTP_Mbps: 16.16
DLRLCLayerDataVolume MB: 6150.4
PRB Util%: 7.35
CA Conf FailRate Pct den: 8440
weekend: 0
CA Activation Rate: 27.89
hr: 18
MAC_UE_SC_Tput: 16447.66

hr: 18
CA Activation Rate num: 3980569
UPTP Mbps Den: 3341
SIP_SC_Total_MOU: 49.87
Peak UE: 84
MB_per_connected_UE: 149.29
DL Data Vol MAC in MB: 5944.71

Time: 02:12:09
holiday: 0

SIP DC%: 
UPTP_Mbps: 139.87
PRB Util%: 68
CA DL DataVolRatio Pct den: 5094
CA Conf FailRate Pct den: 7472
weekend: 0
UPTP Mbps Num: 10841
hr: 22
MAC_UE_SC_Tput: 11159.9
Bearer Releases: 16775

hr: 22
CA Activation Rate num: 2800223
Peak UE: 42
DL Data Vol MAC in MB: 7640.71
CA Activation Rate den: 58418

Combined RACH Preambles: 2302
Time: 13:51:50
holiday: 0

Avg_Connected_UEs: 81.83
SIP DC%: 
weekend: 0
UPTP Mbps Num: 22139
hr: 12
MAC_UE_SC_Tput: 5737.23

hr: 12
CA Activation Rate num: 7774410
UPTP Mbps Den: 5951
Setup_Fail_DEN: 16901
SIP_SC_Total_MOU: 313.62
UL MAC Vol Scell Pct: 1.14
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5019
DL Data Vol MAC in MB: 2404.46

Combined RACH Preambles: 2627
Time: 09:58:12
holiday: 0

SIP DC%: 
CA DL DataVolRatio Pct den: 1157
weekend: 0
UPTP Mbps Num: 16465
hr: 19
MAC_UE_SC_Tput: 15365.23

hr: 19
Avg CQI: 11.55
CA Activation Rate num: 10949939
Setup_Fail_DEN: 15140
Peak UE: 27
MB_per_connected_UE: 61.45
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3049
DL Data Vol MAC in MB: 3954.96

Time: 05:07:46
holiday: 0
CA DL DataVolRatio Pct: 71.45
CA DL DataVolRatio Pct num: 6981

SIP DC%: 
UPTP_Mbps: 122.94
PRB Util%: 39.59
RRC Setup Attempts: 7501
weekend: 0
hr: 0
MAC_UE_SC_Tput: 14977.88
Bearer Releases: 7245

hr: 0
CA Activation Rate num: 9495637
SIP_SC_Total_MOU: 172.36
Peak UE: 27
DL Data Vol MAC in MB: 8834.96
CA Activation Rate den: 121872

Time: 19:49:38
holiday: 0
CA DL DataVolRatio Pct num: 945
HO Attempts: 893

Avg_Connected_UEs: 36.05
SIP DC%: 
UPTP_Mbps: 26.18
DLRLCLayerDataVolume MB: 9284.87
PRB Util%: 58.12
RRC Setup Attempts: 3393
CA DL DataVolRatio Pct den: 2030
CA Conf FailRate Pct den: 4033
weekend: 0
CA Activation Rate: 62.7
hr: 23
MAC_UE_SC_Tput: 9531.79
Bearer Releases: 17832

hr: 23
CA Activation Rate num: 772489
SIP_SC_Total_MOU: 114.41
Peak UE: 59
MB_per_connected_UE: 193.37
PCT Time MIMO: 40.08
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6172
DL Data Vol MAC in MB: 9160.04

Time: 07:32:18
holiday: 0

SIP DC%: 
UPTP_Mbps: 21.69
DLRLCLayerDataVolume MB: 4602.71
CA DL DataVolRatio Pct den: 2619
weekend: 0
CA Activation Rate: 54.05
hr: 23
MAC_UE_SC_Tput: 4610.66
Bearer Releases: 8316

hr: 23
CA Activation Rate num: 5484193
Setup_Fail_DEN: 12364
SIP_SC_Total_MOU: 146.16
Peak UE: 49
MB_per_connected_UE: 81.86
DL Volume: 9861
DL Data Vol MAC in MB: 250.67
CA Activation Rate den: 219864

Time: 22:12:12
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1655.76
DRB UL Data Volume MB: 2205
CA DL DataVolRatio Pct den: 10055
weekend: 0
CA Activation Rate: 71.05
hr: 19
MAC_UE_SC_Tput: 4749.3
Bearer Releases: 10508

hr: 19
Setup_Fail_DEN: 15098
SIP_SC_Total_MOU: 386.69
Peak UE: 68
MB_per_connected_UE: 75.58
DL Data Vol MAC in MB: 6324.67
CA Activation Rate den: 84967

Time: 04:42:04
holiday: 0

DL MAC Vol Scell Pct: 27.74
SIP DC%: 
DLRLCLayerDataVolume MB: 8417.1
DRB UL Data Volume MB: 274
PRB Util%: 17.2
CA DL DataVolRatio Pct den: 6285
CA Conf FailRate Pct den: 4967
weekend: 0
hr: 13
MAC_UE_SC_Tput: 5553.89
Bearer Releases: 16815

hr: 13
CA Activation Rate num: 8500638
Setup_Fail_DEN: 16416
MB_per_connected_UE: 84.16
PCT Time MIMO: 40.88

Combined RACH Preambles: 2586
Time: 09:24:52
holiday: 0

SIP DC%: 
UPTP_Mbps: 37.99
CA Conf FailRate Pct den: 8372
weekend: 0
hr: 7
MAC_UE_SC_Tput: 5059.98

hr: 7
CA Activation Rate num: 6505428
Peak UE: 50
MB_per_connected_UE: 47.44
PCT Time MIMO: 49.06
DL Data Vol MAC in MB: 6900.57
CA Activation Rate den: 60353

Time: 13:38:00
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 9279
CA DL DataVolRatio Pct den: 7120
weekend: 0
CA Activation Rate: 26.72
hr: 23
MAC_UE_SC_Tput: 7366.32

hr: 23
CA Activation Rate num: 10073835
Peak UE: 27
MB_per_connected_UE: 9.52
PCT Time MIMO: 58.07
CA Activation Rate den: 90245

Time: 03:53:41
holiday: 0
CA DL DataVolRatio Pct: 57.46

DL MAC Vol Scell Pct: 15.16
Avg_Connected_UEs: 37.59
SIP DC%: 
UPTP_Mbps: 108.46
DLRLCLayerDataVolume MB: 8751.52
CA DL DataVolRatio Pct den: 7075
CA Conf FailRate Pct den: 4738
weekend: 0
hr: 7
MAC_UE_SC_Tput: 6973.71

hr: 7
CA Activation Rate num: 5548664
SIP_SC_Total_MOU: 211.57
Peak UE: 27
MB_per_connected_UE: 182.07
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7399
DL Data Vol MAC in MB: 2619.14
CA Activation Rate den: 50505
Combined RACH Preambles: 2354

Time: 05:29:09
holiday: 0

Avg_Connected_UEs: 36.54
SIP DC%: 
UPTP_Mbps: 14.27
DRB UL Data Volume MB: 6328
RRC Setup Attempts: 6077
CA DL DataVolRatio Pct den: 9710
CA Conf FailRate Pct den: 9224
weekend: 0
UPTP Mbps Num: 11870
hr: 17
MAC_UE_SC_Tput: 4838.5

hr: 17
CA Activation Rate num: 2295514
SIP_SC_Total_MOU: 252.82
Peak UE: 59
MB_per_connected_UE: 160.45
DL Volume: 1641
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8705
CA Activation Rate den: 153558

Time: 07:32:45
holiday: 0

DL MAC Vol Scell Pct: 37.43
Avg_Connected_UEs: 77.95
SIP DC%: 
DLRLCLayerDataVolume MB: 8337.35
DRB UL Data Volume MB: 300
PRB Util%: 22.9
RRC Setup Attempts: 6401
weekend: 0
UPTP Mbps Num: 60417
hr: 2
Bearer Releases: 17662

hr: 2
CA Activation Rate num: 10848582
Peak UE: 27
MB_per_connected_UE: 7.61
DL Volume: 9504
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5744
CA Activation Rate den: 72579
Combined RACH Preambles: 1894

Time: 01:25:26
holiday: 0
CA DL DataVolRatio Pct num: 394

Avg_Connected_UEs: 45.34
SIP DC%: 
DLRLCLayerDataVolume MB: 6621.76
DRB UL Data Volume MB: 6965
PRB Util%: 3.32
weekend: 0
hr: 7
MAC_UE_SC_Tput: 12371.06
Bearer Releases: 7123

hr: 7
CA Activation Rate num: 4168712
SIP_SC_Total_MOU: 97.2
Peak UE: 46
PCT Time MIMO: 36.39
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7802
DL Data Vol MAC in MB: 9489.7
CA Activation Rate den: 78940

Time: 20:14:36
holiday: 0

Avg_Connected_UEs: 28.49
SIP DC%: 
CA DL DataVolRatio Pct den: 9368
weekend: 0
UPTP Mbps Num: 28982
hr: 23
MAC_UE_SC_Tput: 6316.68
Bearer Releases: 14727

hr: 23
CA Activation Rate num: 10223387
Setup_Fail_DEN: 7648
SIP_SC_Total_MOU: 52.52
Peak UE: 27
DL Volume: 2617
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5096
DL Data Vol MAC in MB: 1890.46
CA Activation Rate den: 134111

Combined RACH Preambles: 3558
Time: 23:21:12
holiday: 0
CA DL DataVolRatio Pct num: 5567

DL MAC Vol Scell Pct: 37.27
SIP DC%: 
UPTP_Mbps: 26.63
RRC Setup Attempts: 8797
weekend: 0
UPTP Mbps Num: 38504
CA Activation Rate: 40.52
hr: 2

hr: 2
CA Activation Rate num: 9086372
Peak UE: 27
MB_per_connected_UE: 22.31
DL Volume: 9035
DL Data Vol MAC in MB: 7417.57
CA Activation Rate den: 48857

Time: 10:42:30
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4447.79
PRB Util%: 23.11
weekend: 0
UPTP Mbps Num: 12122
CA Activation Rate: 50.14
hr: 12
MAC_UE_SC_Tput: 6405.72
Bearer Releases: 11544

hr: 12
CA Activation Rate num: 3521159
Setup_Fail_DEN: 15696
SIP_SC_Total_MOU: 5.63
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4207
DL Data Vol MAC in MB: 5395.14
CA Activation Rate den: 62839

Time: 04:04:00
holiday: 0

Avg_Connected_UEs: 66.16
SIP DC%: 
DLRLCLayerDataVolume MB: 4117.88
RRC Setup Attempts: 3404
CA DL DataVolRatio Pct den: 4300
weekend: 0
CA Activation Rate: 25.59
hr: 7
MAC_UE_SC_Tput: 6742.31
Bearer Releases: 15132

hr: 7
CA Activation Rate num: 5680849
Setup_Fail_DEN: 14599
Peak UE: 91
DL Data Vol MAC in MB: 2136.95
CA Activation Rate den: 134580

Time: 18:52:02
holiday: 0
CA DL DataVolRatio Pct: 65.97

SIP DC%: 
DLRLCLayerDataVolume MB: 4279.29
DRB UL Data Volume MB: 8548
RRC Setup Attempts: 5553
CA Conf FailRate Pct den: 3875
weekend: 0
UPTP Mbps Num: 33392
hr: 19
MAC_UE_SC_Tput: 16479.01
Bearer Releases: 12554

hr: 19
CA Activation Rate num: 3130401
UPTP Mbps Den: 1936
Peak UE: 57
MB_per_connected_UE: 174.12
DL Data Vol MAC in MB: 3941.01
Combined RACH Preambles: 1927

Time: 16:27:28
holiday: 0
CA DL DataVolRatio Pct: 70.39

SIP DC%: 
DLRLCLayerDataVolume MB: 7284.65
PRB Util%: 71.65
RRC Setup Attempts: 6171
CA DL DataVolRatio Pct den: 2041
weekend: 0
UPTP Mbps Num: 56536
CA Activation Rate: 39.14
hr: 6
MAC_UE_SC_Tput: 10494.04
Bearer Releases: 8648

hr: 6
CA Activation Rate num: 5120470
SIP_SC_Total_MOU: 325.42
Peak UE: 27
MB_per_connected_UE: 75.01
DL Volume: 5277
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6371
CA Activation Rate den: 122705
Combined RACH Preambles: 3776

Time: 17:32:19
holiday: 0
CA DL DataVolRatio Pct: 84.64

DL MAC Vol Scell Pct: 13.28
SIP DC%: 
RRC Setup Attempts: 6902
weekend: 0
CA Activation Rate: 71.34
hr: 21
MAC_UE_SC_Tput: 6681.5
Bearer Releases: 12192

hr: 21
CA Activation Rate num: 80524
Setup_Fail_DEN: 7674
SIP_SC_Total_MOU: 77.12
Peak UE: 27
MB_per_connected_UE: 153.4
PCT Time MIMO: 41.02
CA Activation Rate den: 149305

Time: 20:30:34
holiday: 0
CA DL DataVolRatio Pct num: 5221

Avg_Connected_UEs: 49.62
SIP DC%: 
DRB UL Data Volume MB: 4443
PRB Util%: 69.28
RRC Setup Attempts: 5544
CA DL DataVolRatio Pct den: 7579
CA Conf FailRate Pct den: 3128
weekend: 0
UPTP Mbps Num: 7906
CA Activation Rate: 77.36
hr: 16
MAC_UE_SC_Tput: 17624.2
Bearer Releases: 17573

hr: 16
CA Activation Rate num: 10653658
SIP_SC_Total_MOU: 24.47
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 111.26
DL Volume: 1737
UL Throughput: 7.04
DL Data Vol MAC in MB: 452.16
CA Activation Rate den: 130590

Time: 21:01:19
holiday: 0

Avg_Connected_UEs: 18.06
SIP DC%: 
DRB UL Data Volume MB: 3795
CA DL DataVolRatio Pct den: 4581
CA Conf FailRate Pct den: 3819
weekend: 0
CA Activation Rate: 44.44
hr: 9
MAC_UE_SC_Tput: 10921.46

hr: 9
CA Activation Rate num: 8771364
Setup_Fail_DEN: 10678
SIP_SC_Total_MOU: 416.13
Peak UE: 27
CA Activation Rate den: 94738

Time: 00:17:23
holiday: 0

SIP DC%: 
UPTP_Mbps: 14.77
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11291.86

hr: 23
CA Activation Rate num: 9016236
Peak UE: 67
MB_per_connected_UE: 103.35
DL Volume: 5602
CA Activation Rate den: 46299

Time: 04:11:20
holiday: 0

SIP DC%: 
UPTP_Mbps: 35.23
DLRLCLayerDataVolume MB: 4995.47
CA DL DataVolRatio Pct den: 2174
CA Conf FailRate Pct den: 6420
weekend: 0
hr: 8
MAC_UE_SC_Tput: 18312.42

hr: 8
CA Activation Rate num: 10574485
SIP_SC_Total_MOU: 37.98
Peak UE: 61
DL Volume: 6068
DL Data Vol MAC in MB: 8519.47

Combined RACH Preambles: 3604
Time: 06:28:16
holiday: 0
HO_att_InterFreq: 213

SIP DC%: 
DLRLCLayerDataVolume MB: 7032.66
PRB Util%: 66.28
CA Conf FailRate Pct den: 8422
weekend: 0
UPTP Mbps Num: 52096
hr: 7
MAC_UE_SC_Tput: 8561.71
Bearer Releases: 10729

hr: 7
CA Activation Rate num: 4138783
UPTP Mbps Den: 4208
SIP_SC_Total_MOU: 139.49
Peak UE: 27
MB_per_connected_UE: 46.64
PCT Time MIMO: 63.87
DL Volume: 1745

holiday: 0
CA DL DataVolRatio Pct: 75.13

DL MAC Vol Scell Pct: 15.56
SIP DC%: 
DLRLCLayerDataVolume MB: 6743.78
PRB Util%: 11.46
CA Conf FailRate Pct den: 6830
weekend: 0
UPTP Mbps Num: 10545
hr: 0
MAC_UE_SC_Tput: 15343.42
Bearer Releases: 9672

hr: 0
UPTP Mbps Den: 826
Peak UE: 74
MB_per_connected_UE: 61.6
DL Data Vol MAC in MB: 5192.86

Time: 14:07:00
holiday: 0

SIP DC%: 
UPTP_Mbps: 29.2
DLRLCLayerDataVolume MB: 7231.05
CA Conf FailRate Pct den: 5982
weekend: 0
UPTP Mbps Num: 59412
CA Activation Rate: 6.38
hr: 10
MAC_UE_SC_Tput: 6919.31

hr: 10
CA Activation Rate num: 9421240
SIP_SC_Total_MOU: 308.85
MB_per_connected_UE: 83.44
PCT Time MIMO: 66.82
DL Volume: 5571
DL Data Vol MAC in MB: 7485.7

Time: 07:59:44
holiday: 0

Avg_Connected_UEs: 79.21
SIP DC%: 
UPTP_Mbps: 129.09
DLRLCLayerDataVolume MB: 9428.12
DRB UL Data Volume MB: 7453
weekend: 0
UPTP Mbps Num: 26583
hr: 22
MAC_UE_SC_Tput: 16249.05

hr: 22
CA Activation Rate num: 1987298
UPTP Mbps Den: 975
Setup_Fail_DEN: 16936
Peak UE: 75
MB_per_connected_UE: 170.89
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6795
DL Data Vol MAC in MB: 1956.84
CA Activation Rate den: 45588

Time: 12:58:38
holiday: 0
CA DL DataVolRatio Pct num: 4780

DL MAC Vol Scell Pct: 12.1
SIP DC%: 
RRC Setup Attempts: 6452
weekend: 1
UPTP Mbps Num: 33859
CA Activation Rate: 19.78
hr: 23
MAC_UE_SC_Tput: 10408.18
Bearer Releases: 14775

hr: 23
CA Activation Rate num: 5684808
UPTP Mbps Den: 2920
Setup_Fail_DEN: 19886
Peak UE: 48
MB_per_connected_UE: 112.88
CA Activation Rate den: 93969

Time: 03:04:42
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 7157
RRC Setup Attempts: 6835
weekend: 0
hr: 21
MAC_UE_SC_Tput: 8806.37
Bearer Releases: 12319

hr: 21
CA Activation Rate num: 7906389
Peak UE: 36
MB_per_connected_UE: 186.27
DL Volume: 4375
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4330
CA Activation Rate den: 72618

Time: 13:15:44
holiday: 0
CA DL DataVolRatio Pct: 63.8

DL MAC Vol Scell Pct: 16.98
Avg_Connected_UEs: 34.24
SIP DC%: 
DLRLCLayerDataVolume MB: 842.92
CA Conf FailRate Pct den: 3257
weekend: 0
CA Activation Rate: 13.84
hr: 23
MAC_UE_SC_Tput: 10505.46

hr: 23
CA Activation Rate num: 10609621
Setup_Fail_DEN: 18883
SIP_SC_Total_MOU: 47.78
Peak UE: 27
MB_per_connected_UE: 158.84
DL Data Vol MAC in MB: 997.31
CA Activation Rate den: 88943

Time: 03:24:29
holiday: 0

DL MAC Vol Scell Pct: 16.53
SIP DC%: 
DL Packet Loss Pct: 5.84
CA DL DataVolRatio Pct den: 9512
weekend: 0
CA Activation Rate: 26.13
hr: 13
MAC_UE_SC_Tput: 5162.32

hr: 13
CA Activation Rate num: 9151786
UPTP Mbps Den: 61
Setup_Fail_DEN: 7317
Peak UE: 27
PCT Time MIMO: 39.86
DL Data Vol MAC in MB: 3614.09
CA Activation Rate den: 37885

Time: 05:48:30
holiday: 0

SIP DC%: 
UPTP_Mbps: 42.57
DRB UL Data Volume MB: 5941
RRC Setup Attempts: 5166
weekend: 0
hr: 17

hr: 17
CA Activation Rate num: 4721051
Peak UE: 43
MB_per_connected_UE: 123.62
DL Volume: 5159
DL Data Vol MAC in MB: 6076.22
CA Activation Rate den: 107033

Time: 00:29:52
holiday: 0
CA DL DataVolRatio Pct: 73.97
CA DL DataVolRatio Pct num: 4958

Avg_Connected_UEs: 61.69
SIP DC%: 
UPTP_Mbps: 96.46
DRB UL Data Volume MB: 2673
RRC Setup Attempts: 3650
weekend: 0
hr: 20
MAC_UE_SC_Tput: 9191.69
Bearer Releases: 12328

hr: 20
CA Activation Rate num: 915561
Peak UE: 27
MB_per_connected_UE: 202.11
PCT Time MIMO: 39.43
DL Volume: 881
DL Data Vol MAC in MB: 3347.45
CA Activation Rate den: 54547

Time: 04:51:43
holiday: 0
CA DL DataVolRatio Pct: 69.35

SIP DC%: 
DRB UL Data Volume MB: 970
RRC Setup Attempts: 7833
CA DL DataVolRatio Pct den: 5423
CA Conf FailRate Pct den: 7432
weekend: 0
UPTP Mbps Num: 15503
hr: 23
MAC_UE_SC_Tput: 16538.31
Bearer Releases: 10884

hr: 23
CA Activation Rate num: 7663611
UPTP Mbps Den: 124
Peak UE: 27
MB_per_connected_UE: 14.68
DL Data Vol MAC in MB: 2005.5

Time: 19:56:33
holiday: 0
CA DL DataVolRatio Pct num: 6050

DL MAC Vol Scell Pct: 36.9
SIP DC%: 
UPTP_Mbps: 39.1
DRB UL Data Volume MB: 6514
RRC Setup Attempts: 6545
CA Conf FailRate Pct den: 3774
weekend: 0
hr: 13
MAC_UE_SC_Tput: 7031.77
Bearer Releases: 12245

hr: 13
CA Activation Rate num: 123547
Setup_Fail_DEN: 8765
Peak UE: 27
MB_per_connected_UE: 191.43
DL Data Vol MAC in MB: 8672.93
CA Activation Rate den: 74249

Time: 04:35:18
holiday: 0

DL MAC Vol Scell Pct: 44.02
Avg_Connected_UEs: 77.64
SIP DC%: 
UPTP_Mbps: 32.25
CA DL DataVolRatio Pct den: 8224
weekend: 0
CA Activation Rate: 6.31
hr: 6
MAC_UE_SC_Tput: 16269.71
Bearer Releases: 10520

hr: 6
CA Activation Rate num: 3405764
Peak UE: 27
MB_per_connected_UE: 198.45
DL Data Vol MAC in MB: 3509.63
CA Activation Rate den: 94713

Time: 10:44:32
holiday: 0
CA DL DataVolRatio Pct: 80.29

Avg_Connected_UEs: 27.43
SIP DC%: 
DLRLCLayerDataVolume MB: 8505.99
weekend: 0
CA Activation Rate: 15.2
hr: 8
MAC_UE_SC_Tput: 5380.97

hr: 8
CA Activation Rate num: 1739915
Setup_Fail_DEN: 11661
SIP_SC_Total_MOU: 48.72
Peak UE: 48
MB_per_connected_UE: 75.99
DL Volume: 8884
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4639
DL Data Vol MAC in MB: 1128.78
CA Activation Rate den: 82325

Combined RACH Preambles: 2051
Time: 10:57:44
holiday: 0
CA DL DataVolRatio Pct num: 319

DL MAC Vol Scell Pct: 37.01
SIP DC%: 
UPTP_Mbps: 12.85
DLRLCLayerDataVolume MB: 1837.51
CA DL DataVolRatio Pct den: 4506
weekend: 0
UPTP Mbps Num: 2500
hr: 20
MAC_UE_SC_Tput: 19547.33

hr: 20
CA Activation Rate num: 8337024
Setup_Fail_DEN: 10343
SIP_SC_Total_MOU: 181.76
Peak UE: 76
PCT Time MIMO: 54.7
DL Data Vol MAC in MB: 7551.07

Time: 08:17:34
holiday: 0
CA DL DataVolRatio Pct: 59.59
CA DL DataVolRatio Pct num: 3316

SIP DC%: 
DLRLCLayerDataVolume MB: 9076.16
DRB UL Data Volume MB: 7787
PRB Util%: 14.94
weekend: 0
UPTP Mbps Num: 10931
CA Activation Rate: 22.48
hr: 4
MAC_UE_SC_Tput: 4790.87
Bearer Releases: 7921

hr: 4
CA Activation Rate num: 3704941
Setup_Fail_DEN: 15412
Peak UE: 27
DL Data Vol MAC in MB: 1933.69
CA Activation Rate den: 112960

Time: 06:43:48
holiday: 0
CA DL DataVolRatio Pct: 90.11

SIP DC%: 
DLRLCLayerDataVolume MB: 4205.1
DRB UL Data Volume MB: 7953
weekend: 0
UPTP Mbps Num: 15995
CA Activation Rate: 74.87
hr: 5
MAC_UE_SC_Tput: 6358.59

hr: 5
CA Activation Rate num: 2939431
UPTP Mbps Den: 2471
Setup_Fail_DEN: 13014
SIP_SC_Total_MOU: 218.87
Peak UE: 27
MB_per_connected_UE: 175.23
DL Data Vol MAC in MB: 6264.69

Combined RACH Preambles: 4160
Time: 20:42:51
holiday: 0
HO_att_InterFreq: 861
CA DL DataVolRatio Pct num: 4973

DL MAC Vol Scell Pct: 12.76
Avg_Connected_UEs: 35.09
SIP DC%: 
DLRLCLayerDataVolume MB: 3869.8
DRB UL Data Volume MB: 6315
RRC Setup Attempts: 3571
CA DL DataVolRatio Pct den: 5960
weekend: 0
hr: 0
MAC_UE_SC_Tput: 6756.73
Bearer Releases: 9022

hr: 0
CA Activation Rate num: 5853756
Peak UE: 88
MB_per_connected_UE: 23.63
PCT Time MIMO: 55.47
CA Activation Rate den: 51672

Time: 23:00:44
holiday: 0
CA DL DataVolRatio Pct: 72.27

DL MAC Vol Scell Pct: 50.14
SIP DC%: 
PRB Util%: 19.55
CA Conf FailRate Pct den: 8399
weekend: 0
hr: 13
MAC_UE_SC_Tput: 10533.17

hr: 13
CA Activation Rate num: 3138543
Setup_Fail_DEN: 11759
Peak UE: 27
PCT Time MIMO: 57.37
DL Volume: 2332
DL Data Vol MAC in MB: 1392.24

Time: 04:47:40
holiday: 0

Avg_Connected_UEs: 18.41
SIP DC%: 
PRB Util%: 31.42
CA DL DataVolRatio Pct den: 8569
weekend: 0
CA Activation Rate: 16.77
hr: 11
MAC_UE_SC_Tput: 12935.98
Bearer Releases: 8705

hr: 11
CA Activation Rate num: 13792333
Setup_Fail_DEN: 15057
RSSI Delta: 0.32
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4631
DL Data Vol MAC in MB: 3367.14
CA Activation Rate den: 72381
Time: 09:34:41

holiday: 0

Avg_Connected_UEs: 28.02
SIP DC%: 
UPTP_Mbps: 71.01
DLRLCLayerDataVolume MB: 1051.08
weekend: 0
hr: 4
MAC_UE_SC_Tput: 4725.07

hr: 4
CA Activation Rate num: 4361294
Setup_Fail_DEN: 12618
Peak UE: 27
MB_per_connected_UE: 141.03
DL Data Vol MAC in MB: 3091.68

Time: 12:41:20
holiday: 0
CA DL DataVolRatio Pct: 85.89
CA DL DataVolRatio Pct num: 5012

SIP DC%: 
DLRLCLayerDataVolume MB: 939.47
weekend: 0
hr: 19
MAC_UE_SC_Tput: 6226.75

hr: 19
CA Activation Rate num: 8426681
Setup_Fail_DEN: 11042
SIP_SC_Total_MOU: 70.05
Peak UE: 34
MB_per_connected_UE: 205.37
DL Volume: 5097
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4907
CA Activation Rate den: 208855

holiday: 0

Avg_Connected_UEs: 54.37
SIP DC%: 
UPTP_Mbps: 86.19
DLRLCLayerDataVolume MB: 2563.5
DRB UL Data Volume MB: 8233
CA DL DataVolRatio Pct den: 7722
weekend: 0
UPTP Mbps Num: 12758
hr: 0
Bearer Releases: 13008

hr: 0
CA Activation Rate num: 5492959
Setup_Fail_DEN: 16576
Peak UE: 27
MB_per_connected_UE: 144.64
CA Activation Rate den: 58465

Time: 09:55:34
holiday: 0

Avg_Connected_UEs: 26.54
SIP DC%: 
DLRLCLayerDataVolume MB: 1622.61
DRB UL Data Volume MB: 8546
weekend: 0
UPTP Mbps Num: 46192
hr: 3
MAC_UE_SC_Tput: 6563.5

hr: 3
CA Activation Rate num: 5852365
Setup_Fail_DEN: 8597
Peak UE: 27
MB_per_connected_UE: 56.82
DL Data Vol MAC in MB: 5528.3
CA Activation Rate den: 54188

Combined RACH Preambles: 4229
Time: 16:33:32
holiday: 0
CA DL DataVolRatio Pct: 90.65
CA DL DataVolRatio Pct num: 2269

SIP DC%: 
DRB UL Data Volume MB: 6817
RSSIRX1 Avg: -95.55
weekend: 0
CA Activation Rate: 17.1
hr: 16
MAC_UE_SC_Tput: 15420.04
Bearer Releases: 15514

hr: 16
CA Activation Rate num: 6512051
SIP_SC_Total_MOU: 9.01
Peak UE: 77
MB_per_connected_UE: 45.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3346
DL Data Vol MAC in MB: 2094.37
CA Activation Rate den: 105431
Combined RACH Preambles: 4521

Time: 22:24:52
holiday: 0
CA DL DataVolRatio Pct: 77.21

DL MAC Vol Scell Pct: 16.44
SIP DC%: 
DLRLCLayerDataVolume MB: 5201.58
DRB UL Data Volume MB: 2991
PRB Util%: 52.77
RRC Setup Attempts: 3652
CA Conf FailRate Pct den: 9209
weekend: 0
CA Activation Rate: 52.45
hr: 14
MAC_UE_SC_Tput: 4597.26

hr: 14
CA Activation Rate num: 1077970
Peak UE: 27
MB_per_connected_UE: 69.58
DL Volume: 6454
DL Data Vol MAC in MB: 6938.08
CA Activation Rate den: 70818

Time: 16:41:55
holiday: 0
CA DL DataVolRatio Pct num: 4916

SIP DC%: 
DLRLCLayerDataVolume MB: 2683.95
DRB UL Data Volume MB: 2078
weekend: 0
UPTP Mbps Num: 5503
hr: 17
MAC_UE_SC_Tput: 7743.38
Bearer Releases: 12690

hr: 17
CA Activation Rate num: 2537021
UPTP Mbps Den: 1012
Setup_Fail_DEN: 10583
Peak UE: 42
MB_per_connected_UE: 38.88
DL Volume: 365
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3146
DL Data Vol MAC in MB: 4097.33
CA Activation Rate den: 93742

Time: 13:55:32
holiday: 0
CA DL DataVolRatio Pct num: 7537

SIP DC%: 
DLRLCLayerDataVolume MB: 3544.25
CA DL DataVolRatio Pct den: 8249
weekend: 0
hr: 23
MAC_UE_SC_Tput: 22748.26

hr: 23
CA Activation Rate num: 5662714
MB_per_connected_UE: 64.37
DL Volume: 7890
DL Data Vol MAC in MB: 8510.21
CA Activation Rate den: 217567

Time: 20:32:16
holiday: 0
CA DL DataVolRatio Pct: 71.15
CA DL DataVolRatio Pct num: 7312

Avg_Connected_UEs: 59.44
SIP DC%: 
DLRLCLayerDataVolume MB: 2546.78
DRB UL Data Volume MB: 5979
RRC Setup Attempts: 4517
weekend: 0
UPTP Mbps Num: 4655
hr: 23
MAC_UE_SC_Tput: 23509.16

hr: 23
CA Activation Rate num: 964184
UPTP Mbps Den: 72
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5042
DL Data Vol MAC in MB: 5988.77
CA Activation Rate den: 57415
Combined RACH Preambles: 2097

Time: 10:02:00
holiday: 0
CA DL DataVolRatio Pct: 87.21

Avg_Connected_UEs: 28.22
SIP DC%: 
UPTP_Mbps: 86.36
DLRLCLayerDataVolume MB: 8168.91
DRB UL Data Volume MB: 2366
weekend: 0
CA Activation Rate: 29.12
hr: 4
MAC_UE_SC_Tput: 6539.67

hr: 4
CA Activation Rate num: 1931209
SIP_SC_Total_MOU: 114.91
Peak UE: 33
DL Volume: 6155
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6297
DL Data Vol MAC in MB: 7243.21
CA Activation Rate den: 72376

Time: 23:32:51
holiday: 0

Avg_Connected_UEs: 46.95
SIP DC%: 
UPTP_Mbps: 78.26
DLRLCLayerDataVolume MB: 2989.51
weekend: 0
UPTP Mbps Num: 12433
hr: 0
MAC_UE_SC_Tput: 10843.71

hr: 0
CA Activation Rate num: 1939731
Setup_Fail_DEN: 15784
Peak UE: 45
MB_per_connected_UE: 16.46
DL Data Vol MAC in MB: 7444.56
CA Activation Rate den: 41829

Time: 06:50:13
holiday: 0
CA DL DataVolRatio Pct: 62.03

SIP DC%: 
DLRLCLayerDataVolume MB: 4202.7
DRB UL Data Volume MB: 6115
PRB Util%: 7.31
CA Conf FailRate Pct den: 9155
weekend: 0
CA Activation Rate: 16.36
hr: 23
MAC_UE_SC_Tput: 4793.69

hr: 23
UPTP Mbps Den: 433
SIP_SC_Total_MOU: 354.13
Peak UE: 90
MB_per_connected_UE: 73.02
DL Data Vol MAC in MB: 3773.97

Combined RACH Preambles: 2366
Time: 12:48:46
holiday: 0

Avg_Connected_UEs: 32.95
SIP DC%: 
DRB UL Data Volume MB: 3702
RRC Setup Attempts: 8359
weekend: 0
UPTP Mbps Num: 10804
hr: 22
MAC_UE_SC_Tput: 5828.12
Bearer Releases: 11608

hr: 22
CA Activation Rate num: 6479777
Setup_Fail_DEN: 13045
Peak UE: 34
PCT Time MIMO: 42.97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3071
CA Activation Rate den: 48077

Time: 22:48:33
holiday: 0
CA DL DataVolRatio Pct num: 1928

SIP DC%: 
DLRLCLayerDataVolume MB: 2347.93
DRB UL Data Volume MB: 8294
PRB Util%: 35.75
CA Conf FailRate Pct den: 5244
weekend: 0
hr: 4
MAC_UE_SC_Tput: 14773.31

hr: 4
CA Activation Rate num: 5367751
Setup_Fail_DEN: 15024
Peak UE: 27
MB_per_connected_UE: 183.57
PCT Time MIMO: 57.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5910
DL Data Vol MAC in MB: 7187.8
CA Activation Rate den: 68011

Time: 13:13:25
holiday: 0

DL MAC Vol Scell Pct: 3.84
Avg_Connected_UEs: 37.1
SIP DC%: 
DLRLCLayerDataVolume MB: 4407.31
DRB UL Data Volume MB: 7358
weekend: 1
CA Activation Rate: 62.76
hr: 2
MAC_UE_SC_Tput: 10785.1

hr: 2
CA Activation Rate num: 6838799
SIP_SC_Total_MOU: 181.67
MB_per_connected_UE: 132.93
DL Volume: 3766
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4482
DL Data Vol MAC in MB: 2221.76

Time: 22:24:19
holiday: 0

SIP DC%: 
UPTP_Mbps: 29.92
PRB Util%: 15.54
weekend: 1
UPTP Mbps Num: 10072
hr: 8
MAC_UE_SC_Tput: 7256.61
Bearer Releases: 10388

hr: 8
CA Activation Rate num: 7900140
Setup_Fail_DEN: 16833
Peak UE: 69
MB_per_connected_UE: 9
DL Volume: 3135
DL Data Vol MAC in MB: 3468.13
CA Activation Rate den: 220587

Time: 02:12:53
holiday: 0
CA DL DataVolRatio Pct num: 6490

SIP DC%: 
UPTP_Mbps: 82.64
DLRLCLayerDataVolume MB: 5520.84
CA DL DataVolRatio Pct den: 5782
weekend: 1
hr: 10
MAC_UE_SC_Tput: 6904.77

hr: 10
CA Activation Rate num: 10681584
Peak UE: 27
MB_per_connected_UE: 107.84
DL Data Vol MAC in MB: 10084.27
CA Activation Rate den: 129666

Combined RACH Preambles: 2764
Time: 06:07:44
holiday: 0

SIP DC%: 
UPTP_Mbps: 63.63
DLRLCLayerDataVolume MB: 4192.67
CA DL DataVolRatio Pct den: 8986
CA Conf FailRate Pct den: 4419
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5564.16
Bearer Releases: 13414

hr: 23
CA Activation Rate num: 3574772
Peak UE: 27
PCT Time MIMO: 44.84
UL Throughput: 8.99
Combined RACH Preambles: 2716

Time: 08:40:58
holiday: 0
CA DL DataVolRatio Pct num: 5894

SIP DC%: 
RRC Setup Attempts: 8508
CA DL DataVolRatio Pct den: 6425
weekend: 1
hr: 14
MAC_UE_SC_Tput: 12759.8
Bearer Releases: 7635

hr: 14
CA Activation Rate num: 7069678
UPTP Mbps Den: 4069
Setup_Fail_DEN: 14339
Peak UE: 40
PCT Time MIMO: 36.93
DL Data Vol MAC in MB: 9411.86
CA Activation Rate den: 67252

Combined RACH Preambles: 2874
Time: 00:53:46
holiday: 0
CA DL DataVolRatio Pct: 58.13
CA DL DataVolRatio Pct num: 6811

SIP DC%: 
DLRLCLayerDataVolume MB: 6626.41
DRB UL Data Volume MB: 1246
PRB Util%: 13.11
weekend: 0
UPTP Mbps Num: 11649
CA Activation Rate: 55.53
hr: 11
MAC_UE_SC_Tput: 4505.85
Bearer Releases: 17930

hr: 11
CA Activation Rate num: 4155445
DL Volume: 3940
CA Activation Rate den: 60586

Time: 20:11:15
holiday: 0

SIP DC%: 
UPTP_Mbps: 68.69
DLRLCLayerDataVolume MB: 1608.92
PRB Util%: 14.16
weekend: 0
hr: 15
MAC_UE_SC_Tput: 7872.61

hr: 15
CA Activation Rate num: 3878912
UPTP Mbps Den: 38
SIP_SC_Total_MOU: 7.86
Peak UE: 34
DL Volume: 1217
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3392
DL Data Vol MAC in MB: 2126.68
CA Activation Rate den: 122723

Time: 22:17:26
holiday: 0
CA DL DataVolRatio Pct num: 4416

Avg_Connected_UEs: 44.85
SIP DC%: 
UPTP_Mbps: 20.02
DLRLCLayerDataVolume MB: 4798.65
PRB Util%: 38.95
CA DL DataVolRatio Pct den: 517
weekend: 0
hr: 6
Bearer Releases: 9339

hr: 6
CA Activation Rate num: 1220157
DL Volume: 8863
CA Activation Rate den: 61475

Time: 00:35:03
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 6015
CA DL DataVolRatio Pct den: 9339
CA Conf FailRate Pct den: 6717
weekend: 0
CA Activation Rate: 45.14
hr: 0
MAC_UE_SC_Tput: 9586.11

hr: 0
CA Activation Rate num: 5419195
Setup_Fail_DEN: 15027
SIP_SC_Total_MOU: 186.73
Peak UE: 70
MB_per_connected_UE: 61.49
DL Volume: 6704
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3913
DL Data Vol MAC in MB: 5972.3
CA Activation Rate den: 84745

Time: 12:32:41
holiday: 0
CA DL DataVolRatio Pct: 61.75
CA DL DataVolRatio Pct num: 5466

SIP DC%: 
DLRLCLayerDataVolume MB: 8845.77
weekend: 0
CA Activation Rate: 15.98
hr: 1
MAC_UE_SC_Tput: 5173.55

hr: 1
Peak UE: 43
MB_per_connected_UE: 34.03
PCT Time MIMO: 66.08
DL Data Vol MAC in MB: 861.85
CA Activation Rate den: 124138

holiday: 0

DL MAC Vol Scell Pct: 46.18
Avg_Connected_UEs: 66.17
SIP DC%: 
DLRLCLayerDataVolume MB: 7954.12
DRB UL Data Volume MB: 140
CA DL DataVolRatio Pct den: 9880
CA Conf FailRate Pct den: 9240
weekend: 0
hr: 9

hr: 9
Peak UE: 27
MB_per_connected_UE: 115.7
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4275
CA Activation Rate den: 144577

Time: 06:44:55
holiday: 0
CA DL DataVolRatio Pct: 40.31

SIP DC%: 
DLRLCLayerDataVolume MB: 8876.21
PRB Util%: 44.36
weekend: 0
CA Activation Rate: 43.8
hr: 23
MAC_UE_SC_Tput: 9396.96

hr: 23
CA Activation Rate num: 9298832
SIP_SC_Total_MOU: 86.56
Peak UE: 27
MB_per_connected_UE: 38.67
DL Volume: 1990
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7989
CA Activation Rate den: 209143
Combined RACH Preambles: 3239

Time: 08:37:46
holiday: 0
CA DL DataVolRatio Pct num: 7027

DL MAC Vol Scell Pct: 17.51
Avg_Connected_UEs: 31.6
SIP DC%: 
DLRLCLayerDataVolume MB: 8046.14
DRB UL Data Volume MB: 7041
CA DL DataVolRatio Pct den: 9266
weekend: 0
UPTP Mbps Num: 24452
hr: 14
MAC_UE_SC_Tput: 11459.58
Bearer Releases: 17294

hr: 14
Setup_Fail_DEN: 11873
SIP_SC_Total_MOU: 206.29
Peak UE: 27
MB_per_connected_UE: 170.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5399
DL Data Vol MAC in MB: 8929.72
CA Activation Rate den: 99824

holiday: 0

DL MAC Vol Scell Pct: 17.79
SIP DC%: 
PRB Util%: 38.07
weekend: 0
hr: 5
MAC_UE_SC_Tput: 6110.1

hr: 5
CA Activation Rate num: 4835646
Setup_Fail_DEN: 8557
Peak UE: 40
DL Volume: 5847
CA Activation Rate den: 209820

Time: 02:44:30
holiday: 0

DL MAC Vol Scell Pct: 4.2
SIP DC%: 
DLRLCLayerDataVolume MB: 4843.74
DRB UL Data Volume MB: 6531
PRB Util%: 23.37
RRC Setup Attempts: 8323
weekend: 0
hr: 20
MAC_UE_SC_Tput: 5034.83
Bearer Releases: 8589

hr: 20
CA Activation Rate num: 4726377
UPTP Mbps Den: 2110
Setup_Fail_DEN: 14264
SIP_SC_Total_MOU: 13.64
Peak UE: 27
MB_per_connected_UE: 91.64
DL Volume: 8992
CA Activation Rate den: 70630

Time: 14:54:50
holiday: 0
CA DL DataVolRatio Pct num: 3332

SIP DC%: 
RRC Setup Attempts: 3496
weekend: 0
CA Activation Rate: 47.72
hr: 23
MAC_UE_SC_Tput: 6368.74
Bearer Releases: 8618

hr: 23
CA Activation Rate num: 3329709
SIP_SC_Total_MOU: 272.72
Peak UE: 35
MB_per_connected_UE: 133.37
DL Volume: 1033
DL Data Vol MAC in MB: 5315.95

Time: 03:12:58
holiday: 0
CA DL DataVolRatio Pct: 57.24

Avg_Connected_UEs: 42.71
SIP DC%: 
DLRLCLayerDataVolume MB: 7981.18
DRB UL Data Volume MB: 5682
RRC Setup Attempts: 8315
CA Conf FailRate Pct den: 6058
weekend: 0
hr: 4
MAC_UE_SC_Tput: 4747.64
Bearer Releases: 12939

hr: 4
Peak UE: 27
MB_per_connected_UE: 90.64
DL Volume: 4285
CA Activation Rate den: 64841

Time: 13:18:35
holiday: 0

DL MAC Vol Scell Pct: 27.8
SIP DC%: 
DLRLCLayerDataVolume MB: 4162.91
DRB UL Data Volume MB: 7632
PRB Util%: 24.24
CA DL DataVolRatio Pct den: 8951
weekend: 0
CA Activation Rate: 34.08
hr: 4
MAC_UE_SC_Tput: 19187.98
Bearer Releases: 12783

hr: 4
CA Activation Rate num: 3660481
Setup_Fail_DEN: 15518
SIP_SC_Total_MOU: 28.31
Peak UE: 61
MB_per_connected_UE: 49.41
DL Data Vol MAC in MB: 6442.14

Time: 02:23:55
holiday: 0

Avg_Connected_UEs: 41.02
SIP DC%: 
DLRLCLayerDataVolume MB: 9129.05
PRB Util%: 17.37
weekend: 0
UPTP Mbps Num: 45706
hr: 2
Bearer Releases: 9302

hr: 2
CA Activation Rate num: 5029989
SIP_SC_Total_MOU: 40.03
Peak UE: 61
MB_per_connected_UE: 14.67
DL Volume: 1857
DL Data Vol MAC in MB: 2923.09
CA Activation Rate den: 70973

Time: 08:30:00
holiday: 0
CA DL DataVolRatio Pct: 88.07
CA DL DataVolRatio Pct num: 4060

DL MAC Vol Scell Pct: 42.95
SIP DC%: 
DLRLCLayerDataVolume MB: 1791.7
DRB UL Data Volume MB: 3491
PRB Util%: 15.15
RRC Setup Attempts: 4888
CA DL DataVolRatio Pct den: 984
CA Conf FailRate Pct den: 4292
weekend: 0
UPTP Mbps Num: 34766
CA Activation Rate: 19.43
hr: 8
MAC_UE_SC_Tput: 7228.74

hr: 8
CA Activation Rate num: 7164160
UPTP Mbps Den: 3596
Setup_Fail_DEN: 13133
Peak UE: 74
DL Volume: 9032
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4704

Time: 16:03:41
holiday: 0
CA DL DataVolRatio Pct: 44.99
CA DL DataVolRatio Pct num: 7013

DL MAC Vol Scell Pct: 14.98
SIP DC%: 
UPTP_Mbps: 17.26
DLRLCLayerDataVolume MB: 3200.46
DRB UL Data Volume MB: 7135
CA Conf FailRate Pct den: 8162
weekend: 0
CA Activation Rate: 51.73
hr: 9
MAC_UE_SC_Tput: 9422.49

hr: 9
CA Activation Rate num: 4982306
SIP_SC_Total_MOU: 358.42
Peak UE: 27
DL Data Vol MAC in MB: 9637.83
CA Activation Rate den: 190547

Time: 15:40:50
holiday: 0
CA DL DataVolRatio Pct num: 6309

Avg_Connected_UEs: 65.94
SIP DC%: 
DLRLCLayerDataVolume MB: 2815.49
PRB Util%: 60.71
weekend: 0
hr: 6
MAC_UE_SC_Tput: 13486.78

hr: 6
CA Activation Rate num: 908676
UPTP Mbps Den: 482
Setup_Fail_DEN: 11674
Peak UE: 82
MB_per_connected_UE: 160.47
DL Volume: 9222
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7390

Time: 19:12:30
holiday: 0
CA DL DataVolRatio Pct: 87.36

DL MAC Vol Scell Pct: 42.07
SIP DC%: 
DLRLCLayerDataVolume MB: 6064.11
DRB UL Data Volume MB: 250
PRB Util%: 34.62
RRC Setup Attempts: 7944
weekend: 0
UPTP Mbps Num: 12294
hr: 13
MAC_UE_SC_Tput: 7532.57
Bearer Releases: 8043

hr: 13
CA Activation Rate num: 5473908
UPTP Mbps Den: 2096
SIP_SC_Total_MOU: 307.13
Peak UE: 27
MB_per_connected_UE: 9.21
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4698

Time: 10:34:36
holiday: 0
CA DL DataVolRatio Pct: 69.49
CA DL DataVolRatio Pct num: 999

DL MAC Vol Scell Pct: 14.69
SIP DC%: 
DRB UL Data Volume MB: 2700
CA Conf FailRate Pct den: 4873
weekend: 0
UPTP Mbps Num: 848
hr: 11
MAC_UE_SC_Tput: 7550.29
Bearer Releases: 14596

hr: 11
CA Activation Rate num: 8771026
Setup_Fail_DEN: 7106
SIP_SC_Total_MOU: 88.67
Peak UE: 27
MB_per_connected_UE: 196.44
DL Volume: 9517
DL Data Vol MAC in MB: 4377.11
CA Activation Rate den: 169310

Time: 19:55:58
holiday: 0

DL MAC Vol Scell Pct: 27.59
SIP DC%: 
UPTP_Mbps: 90.62
DRB UL Data Volume MB: 5966
DL Packet Loss Pct: 3.85
RRC Setup Attempts: 5325
weekend: 0
UPTP Mbps Num: 1181
hr: 6
MAC_UE_SC_Tput: 13212.63

hr: 6
CA Activation Rate num: 4479096
Peak UE: 82
DL Volume: 9415
CA Activation Rate den: 76958

Time: 19:55:00
holiday: 0

DL MAC Vol Scell Pct: 31.31
Avg_Connected_UEs: 44.39
SIP DC%: 
DLRLCLayerDataVolume MB: 1269.43
PRB Util%: 26.09
CA DL DataVolRatio Pct den: 5991
CA Conf FailRate Pct den: 8154
weekend: 0
CA Activation Rate: 63.84
hr: 23
MAC_UE_SC_Tput: 11490.91

hr: 23
CA Activation Rate num: 4555344
SIP_SC_Total_MOU: 353.24
Peak UE: 82
DL Volume: 3169
DL Data Vol MAC in MB: 6850.26
CA Activation Rate den: 40709

Time: 16:57:26
holiday: 0
CA DL DataVolRatio Pct num: 5972

DL MAC Vol Scell Pct: 43.37
Avg_Connected_UEs: 28.26
SIP DC%: 
PRB Util%: 44.85
RRC Setup Attempts: 5913
CA DL DataVolRatio Pct den: 5098
weekend: 0
hr: 3
MAC_UE_SC_Tput: 4761.38
Bearer Releases: 18598

hr: 3
CA Activation Rate num: 2057357
Peak UE: 27
PCT Time MIMO: 43.57
DL Volume: 4576
DL Data Vol MAC in MB: 967.91
CA Activation Rate den: 152831

Time: 13:42:05
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 6350
PRB Util%: 36.47
RRC Setup Attempts: 7895
CA DL DataVolRatio Pct den: 7837
weekend: 0
UPTP Mbps Num: 9289
hr: 23
MAC_UE_SC_Tput: 14864.57

hr: 23
CA Activation Rate num: 3051179
SIP_SC_Total_MOU: 23.37
Peak UE: 27
MB_per_connected_UE: 124.93
CA Activation Rate den: 57091

Time: 13:50:09
holiday: 0

DL MAC Vol Scell Pct: 42.4
Avg_Connected_UEs: 59.45
SIP DC%: 
DLRLCLayerDataVolume MB: 8486.65
weekend: 0
CA Activation Rate: 68.4
hr: 18

hr: 18
CA Activation Rate num: 5615259
Peak UE: 58
DL Volume: 307
DL Data Vol MAC in MB: 4030.96
CA Activation Rate den: 172910

Time: 19:27:19
holiday: 0
CA DL DataVolRatio Pct num: 5759

SIP DC%: 
UPTP_Mbps: 36.12
DLRLCLayerDataVolume MB: 8412.38
DRB UL Data Volume MB: 9209
DL Packet Loss Pct: 4.37
weekend: 0
UPTP Mbps Num: 22909
CA Activation Rate: 24.86
hr: 23

hr: 23
CA Activation Rate num: 10959353
SIP_SC_Total_MOU: 122.23
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4227
CA Activation Rate den: 57996

Time: 19:26:56
holiday: 0

Avg_Connected_UEs: 74.41
SIP DC%: 
UPTP_Mbps: 91.1
DLRLCLayerDataVolume MB: 7293.36
DRB UL Data Volume MB: 7780
CA Conf FailRate Pct den: 9142
weekend: 0
CA Activation Rate: 23.86
hr: 0

hr: 0
CA Activation Rate num: 8140432
SIP_SC_Total_MOU: 83
Peak UE: 52
PCT Time MIMO: 50.74
DL Data Vol MAC in MB: 1901.65

Time: 08:32:34
holiday: 0
CA DL DataVolRatio Pct: 62.41
CA DL DataVolRatio Pct num: 6711

Avg_Connected_UEs: 20.45
SIP DC%: 
DRB UL Data Volume MB: 6682
CA DL DataVolRatio Pct den: 9359
CA Conf FailRate Pct den: 7878
weekend: 0
UPTP Mbps Num: 61209
hr: 4
MAC_UE_SC_Tput: 5167.19
Bearer Releases: 10076

hr: 4
CA Activation Rate num: 1206549
UPTP Mbps Den: 2194
Setup_Fail_DEN: 16787
SIP_SC_Total_MOU: 171.44
Peak UE: 27
MB_per_connected_UE: 200.4
DL Volume: 2709
DL Data Vol MAC in MB: 4367.52

Time: 20:29:25
holiday: 0

DL MAC Vol Scell Pct: 8.45
SIP DC%: 
UPTP_Mbps: 36.39
DLRLCLayerDataVolume MB: 7390.42
DRB UL Data Volume MB: 9695
RRC Setup Attempts: 8890
CA DL DataVolRatio Pct den: 7683
weekend: 0
hr: 3
MAC_UE_SC_Tput: 15699.54
Bearer Releases: 15626

hr: 3
Setup_Fail_DEN: 16270
SIP_SC_Total_MOU: 27.54
Peak UE: 27
MB_per_connected_UE: 61.84
DL Data Vol MAC in MB: 7346.66

Time: 00:27:25
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6604.99
DRB UL Data Volume MB: 6102
PRB Util%: 67.14
RRC Setup Attempts: 7190
weekend: 0
UPTP Mbps Num: 8087
hr: 11
MAC_UE_SC_Tput: 13515.46
Bearer Releases: 11947

hr: 11
CA Activation Rate num: 6629249
Setup_Fail_DEN: 13711
SIP_SC_Total_MOU: 146.5
Peak UE: 87
MB_per_connected_UE: 60.17
PCT Time MIMO: 48.06
DL Data Vol MAC in MB: 5000.29

Time: 10:42:19
holiday: 0
CA DL DataVolRatio Pct: 73.02

SIP DC%: 
DLRLCLayerDataVolume MB: 3685.92
CA DL DataVolRatio Pct den: 9906
CA Conf FailRate Pct den: 5217
weekend: 0
UPTP Mbps Num: 20051
CA Activation Rate: 18.95
hr: 0
MAC_UE_SC_Tput: 15797.02

hr: 0
CA Activation Rate num: 5390615
SIP_SC_Total_MOU: 359.92
Peak UE: 57
MB_per_connected_UE: 53.23
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7858
DL Data Vol MAC in MB: 8691.76

Time: 03:23:47
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6514.02
RRC Setup Attempts: 3528
CA DL DataVolRatio Pct den: 1820
weekend: 0
hr: 7
Bearer Releases: 6461

hr: 7
CA Activation Rate num: 5257177
MB_per_connected_UE: 23.93
DL Volume: 3541
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3068
DL Data Vol MAC in MB: 7439.71

Time: 07:30:34
holiday: 0
CA DL DataVolRatio Pct: 75.44
CA DL DataVolRatio Pct num: 5465

Avg_Connected_UEs: 58.39
SIP DC%: 
UPTP_Mbps: 15.45
DRB UL Data Volume MB: 6631
CA DL DataVolRatio Pct den: 2950
CA Conf FailRate Pct den: 6498
weekend: 0
UPTP Mbps Num: 4146
CA Activation Rate: 42.37
hr: 12
MAC_UE_SC_Tput: 13211.82
Bearer Releases: 7378

hr: 12
CA Activation Rate num: 3518974
Peak UE: 27
MB_per_connected_UE: 48.88
DL Data Vol MAC in MB: 8262.86
CA Activation Rate den: 64588

Time: 13:25:06
holiday: 0
CA DL DataVolRatio Pct num: 6440

SIP DC%: 
DRB UL Data Volume MB: 403
weekend: 0
UPTP Mbps Num: 58372
CA Activation Rate: 19.35
hr: 21
MAC_UE_SC_Tput: 6001.98

hr: 21
CA Activation Rate num: 1515539
Setup_Fail_DEN: 6932
Peak UE: 27
MB_per_connected_UE: 137.97
PCT Time MIMO: 35.39
DL Volume: 2622
CA Activation Rate den: 207183

Time: 12:40:29
holiday: 0
CA DL DataVolRatio Pct num: 5875

SIP DC%: 
CA Conf FailRate Pct den: 5962
weekend: 0
UPTP Mbps Num: 8339
CA Activation Rate: 16.82
hr: 12
MAC_UE_SC_Tput: 11037.79
Bearer Releases: 16032

hr: 12
CA Activation Rate num: 3348951
UPTP Mbps Den: 2605
Setup_Fail_DEN: 13379
SIP_SC_Total_MOU: 309.58
Peak UE: 78
MB_per_connected_UE: 38.28
PCT Time MIMO: 49.66
CA Activation Rate den: 36719

Time: 23:48:37
holiday: 0

DL MAC Vol Scell Pct: 12.28
SIP DC%: 
DLRLCLayerDataVolume MB: 2387.14
PRB Util%: 25.55
weekend: 0
hr: 22
MAC_UE_SC_Tput: 5911.41

hr: 22
CA Activation Rate num: 10471883
Peak UE: 29
MB_per_connected_UE: 62.83
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3895
DL Data Vol MAC in MB: 6802.77

Time: 17:07:56
holiday: 0
CA DL DataVolRatio Pct: 60.54
CA DL DataVolRatio Pct num: 1302

Avg_Connected_UEs: 29.56
SIP DC%: 
UPTP_Mbps: 118.87
DLRLCLayerDataVolume MB: 5096.9
DRB UL Data Volume MB: 1731
weekend: 0
UPTP Mbps Num: 25782
CA Activation Rate: 11.67
hr: 9
MAC_UE_SC_Tput: 14727.09

hr: 9
CA Activation Rate num: 7452526
Setup_Fail_DEN: 7090
SIP_SC_Total_MOU: 25.81
Peak UE: 73
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6192
DL Data Vol MAC in MB: 8232.16

Time: 08:38:41
holiday: 0
CA DL DataVolRatio Pct num: 4039

SIP DC%: 
DLRLCLayerDataVolume MB: 5027.46
PRB Util%: 39.4
RRC Setup Attempts: 9793
CA DL DataVolRatio Pct den: 1552
weekend: 1
hr: 0
MAC_UE_SC_Tput: 30546.09

hr: 0
CA Activation Rate num: 7134272
Setup_Fail_DEN: 17662
SIP_SC_Total_MOU: 240.87
Peak UE: 27
MB_per_connected_UE: 8.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4899
CA Activation Rate den: 140921
Time: 12:13:56

holiday: 0
CA DL DataVolRatio Pct: 54.84

DL MAC Vol Scell Pct: 17.22
Avg_Connected_UEs: 83.93
SIP DC%: 
UPTP_Mbps: 79.34
DLRLCLayerDataVolume MB: 8038.07
weekend: 0
UPTP Mbps Num: 10624
hr: 23
MAC_UE_SC_Tput: 4437.4

hr: 23
CA Activation Rate num: 5306376
SIP_SC_Total_MOU: 54.11
Peak UE: 33
MB_per_connected_UE: 141.97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6273
CA Activation Rate den: 152691

Time: 03:19:26
holiday: 0
CA DL DataVolRatio Pct num: 1424

Avg_Connected_UEs: 19.63
SIP DC%: 
DLRLCLayerDataVolume MB: 5996.51
DRB UL Data Volume MB: 8536
CA Conf FailRate Pct den: 4055
weekend: 0
CA Activation Rate: 36.08
hr: 16
MAC_UE_SC_Tput: 10084.24
Bearer Releases: 8211

hr: 16
CA Activation Rate num: 2770108
Setup_Fail_DEN: 9695
Peak UE: 38
DL Volume: 7508
CA Activation Rate den: 63435

Time: 18:01:47
holiday: 0
CA DL DataVolRatio Pct: 65.13

Avg_Connected_UEs: 70.8
SIP DC%: 
UPTP_Mbps: 24.41
DLRLCLayerDataVolume MB: 1413.07
DRB UL Data Volume MB: 5273
PRB Util%: 41.18
CA DL DataVolRatio Pct den: 8339
weekend: 0
UPTP Mbps Num: 38511
CA Activation Rate: 55.48
hr: 23
MAC_UE_SC_Tput: 4890.25

hr: 23
CA Activation Rate num: 6197648
Setup_Fail_DEN: 19315
Peak UE: 27
MB_per_connected_UE: 152.11
DL Volume: 5417
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5685
DL Data Vol MAC in MB: 4138.78

Time: 11:25:25
holiday: 0

DL MAC Vol Scell Pct: 15.66
Avg_Connected_UEs: 81.66
SIP DC%: 
DRB UL Data Volume MB: 9514
PRB Util%: 13.3
CA DL DataVolRatio Pct den: 7930
weekend: 0
hr: 23
MAC_UE_SC_Tput: 15599.68
Bearer Releases: 17846

hr: 23
CA Activation Rate num: 8148228
Peak UE: 77
MB_per_connected_UE: 41.15
CA Activation Rate den: 81617

holiday: 0

DL MAC Vol Scell Pct: 14.62
Avg_Connected_UEs: 81.68
SIP DC%: 
UPTP_Mbps: 7.66
DLRLCLayerDataVolume MB: 5873.85
DRB UL Data Volume MB: 1134
PRB Util%: 9.16
CA DL DataVolRatio Pct den: 9554
weekend: 0
UPTP Mbps Num: 33890
hr: 4

hr: 4
CA Activation Rate num: 5716545
SIP_SC_Total_MOU: 87.15
Peak UE: 63
DL Volume: 6484
DL Data Vol MAC in MB: 8032.63
CA Activation Rate den: 64263

Combined RACH Preambles: 2712
Time: 23:12:58
holiday: 0
CA DL DataVolRatio Pct num: 110

SIP DC%: 
DLRLCLayerDataVolume MB: 513.2
DRB UL Data Volume MB: 1981
PRB Util%: 15.05
weekend: 1
hr: 5
MAC_UE_SC_Tput: 9803

hr: 5
CA Activation Rate num: 2110574
Setup_Fail_DEN: 9608
Peak UE: 61
MB_per_connected_UE: 150.99
DL Volume: 4981
DL Data Vol MAC in MB: 4874.31
Time: 22:21:13

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5240.38
CA Conf FailRate Pct den: 4742
weekend: 0
hr: 15
MAC_UE_SC_Tput: 4716.84
Bearer Releases: 9847

hr: 15
CA Activation Rate num: 10573744
Peak UE: 27
PCT Time MIMO: 44.8
DL Data Vol MAC in MB: 8833.31

holiday: 0
CA DL DataVolRatio Pct num: 2392

SIP DC%: 
DLRLCLayerDataVolume MB: 8169.88
DRB UL Data Volume MB: 8649
CA DL DataVolRatio Pct den: 9848
weekend: 0
CA Activation Rate: 50.91
hr: 23
MAC_UE_SC_Tput: 4825.84
Bearer Releases: 8248

hr: 23
CA Activation Rate num: 9902785
SIP_SC_Total_MOU: 125.01
Peak UE: 49
DL Data Vol MAC in MB: 7792.51
CA Activation Rate den: 89371

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2726.21
PRB Util%: 45.29
CA Conf FailRate Pct den: 6391
weekend: 0
CA Activation Rate: 2.69
hr: 6
MAC_UE_SC_Tput: 11000.13
Bearer Releases: 6625

hr: 6
CA Activation Rate num: 10846772
MB_per_connected_UE: 86.01
DL Volume: 2514
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8463
DL Data Vol MAC in MB: 7285.38

Combined RACH Preambles: 3797
holiday: 0
CA DL DataVolRatio Pct: 45.34
CA DL DataVolRatio Pct num: 4360

SIP DC%: 
DLRLCLayerDataVolume MB: 9923.81
DRB UL Data Volume MB: 9804
CA DL DataVolRatio Pct den: 6840
weekend: 0
UPTP Mbps Num: 11378
CA Activation Rate: 36.51
hr: 8

hr: 8
CA Activation Rate num: 10145759
Setup_Fail_DEN: 13891
SIP_SC_Total_MOU: 15.04
Peak UE: 30
MB_per_connected_UE: 75.37
DL Volume: 7477
DL Data Vol MAC in MB: 7157.58
CA Activation Rate den: 55553

Time: 03:52:59
holiday: 0
CA DL DataVolRatio Pct num: 5899

DL MAC Vol Scell Pct: 21.94
Avg_Connected_UEs: 52.88
SIP DC%: 
UPTP_Mbps: 21.98
DLRLCLayerDataVolume MB: 7629.39
UL Resid BLER PCT: 1.12
CA DL DataVolRatio Pct den: 9468
weekend: 0
CA Activation Rate: 9.57
hr: 23
MAC_UE_SC_Tput: 6955.28

hr: 23
CA Activation Rate num: 10326006
Peak UE: 27
MB_per_connected_UE: 199.37
PCT Time MIMO: 35.61
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6107

Time: 00:53:31
holiday: 0

SIP DC%: 
PRB Util%: 75.14
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7488.35

hr: 23
CA Activation Rate num: 8924162
SIP_SC_Total_MOU: 254.67
Peak UE: 76
CA Activation Rate den: 37509

Time: 13:56:02
holiday: 0
CA DL DataVolRatio Pct num: 7362

SIP DC%: 
CA Conf FailRate Pct den: 9413
weekend: 0
hr: 20
MAC_UE_SC_Tput: 8920.37

hr: 20
CA Activation Rate num: 4716172
Setup_Fail_DEN: 10524
Peak UE: 27
MB_per_connected_UE: 134.21
PCT Time MIMO: 45.18
DL Volume: 6404
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4414
DL Data Vol MAC in MB: 7337.35
CA Activation Rate den: 115065

Time: 07:00:57
holiday: 0
CA DL DataVolRatio Pct: 58.31

DL MAC Vol Scell Pct: 3.35
Avg_Connected_UEs: 79.99
SIP DC%: 
UPTP_Mbps: 105.62
DLRLCLayerDataVolume MB: 4311.75
weekend: 1
CA Activation Rate: 24.25
hr: 13
MAC_UE_SC_Tput: 10623.87
Bearer Releases: 7023

hr: 13
CA Activation Rate num: 4209188
Peak UE: 83
MB_per_connected_UE: 107.82
DL Data Vol MAC in MB: 6267.73
CA Activation Rate den: 146992

Time: 16:54:03
holiday: 0

Avg_Connected_UEs: 36.02
SIP DC%: 
DLRLCLayerDataVolume MB: 5005.16
DRB UL Data Volume MB: 6159
RRC Setup Attempts: 3360
CA DL DataVolRatio Pct den: 8374
weekend: 0
UPTP Mbps Num: 30138
CA Activation Rate: 24.02
hr: 19
MAC_UE_SC_Tput: 4581.9
Bearer Releases: 6606

hr: 19
CA Activation Rate num: 4113894
Setup_Fail_DEN: 16807
SIP_SC_Total_MOU: 47.82
Peak UE: 27
MB_per_connected_UE: 76.3
DL Data Vol MAC in MB: 9697.37

Time: 06:42:30
holiday: 0
CA DL DataVolRatio Pct: 39.92
CA DL DataVolRatio Pct num: 5326

SIP DC%: 
DRB UL Data Volume MB: 8212
CA Conf FailRate Pct den: 7270
weekend: 0
CA Activation Rate: 19.2
hr: 21
MAC_UE_SC_Tput: 4894.47

hr: 21
CA Activation Rate num: 962119
UPTP Mbps Den: 2374
Setup_Fail_DEN: 11893
Peak UE: 30
PCT Time MIMO: 63.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4663
DL Data Vol MAC in MB: 3732.41
CA Activation Rate den: 137102

Combined RACH Preambles: 2838
Time: 18:44:43
holiday: 0
CA DL DataVolRatio Pct: 91.52

Avg_Connected_UEs: 71.11
SIP DC%: 
CA DL DataVolRatio Pct den: 4499
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5116.94
Bearer Releases: 8927

hr: 0
CA Activation Rate num: 5048086
Setup_Fail_DEN: 14972
SIP_SC_Total_MOU: 65.12
Peak UE: 27
MB_per_connected_UE: 109.03
DL Volume: 4621
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3270

Combined RACH Preambles: 2522
Time: 07:37:24
holiday: 0
CA DL DataVolRatio Pct num: 3951

Avg_Connected_UEs: 50.84
SIP DC%: 
PRB Util%: 39.64
weekend: 0
UPTP Mbps Num: 42026
CA Activation Rate: 55.85
hr: 4
MAC_UE_SC_Tput: 7293.48
Bearer Releases: 15488

hr: 4
CA Activation Rate num: 8292681
Setup_Fail_DEN: 12072
Peak UE: 27
MB_per_connected_UE: 15.28
DL Data Vol MAC in MB: 8681.12

Time: 06:41:28
holiday: 0

DL MAC Vol Scell Pct: 14.59
Avg_Connected_UEs: 26.12
SIP DC%: 
UPTP_Mbps: 86.27
DLRLCLayerDataVolume MB: 2320.89
CA DL DataVolRatio Pct den: 10037
weekend: 0
hr: 7
MAC_UE_SC_Tput: 6613.19
Bearer Releases: 13886

hr: 7
CA Activation Rate num: 5493367
Peak UE: 52
PCT Time MIMO: 50.33
DL Volume: 5096
DL Data Vol MAC in MB: 2541.24

Time: 02:29:22
holiday: 0
CA DL DataVolRatio Pct: 42.53

SIP DC%: 
CA DL DataVolRatio Pct den: 9659
CA Conf FailRate Pct den: 7011
weekend: 0
hr: 13
MAC_UE_SC_Tput: 4517.05

hr: 13
Setup_Fail_DEN: 9789
SIP_SC_Total_MOU: 258.23
Peak UE: 83
MB_per_connected_UE: 99.55
PCT Time MIMO: 64.26
DL Volume: 1945
CA Activation Rate den: 51133

Time: 12:16:53
holiday: 0
CA DL DataVolRatio Pct num: 5105

DL MAC Vol Scell Pct: 49.62
SIP DC%: 
UPTP_Mbps: 54.01
DLRLCLayerDataVolume MB: 7147.97
PRB Util%: 40.33
weekend: 0
UPTP Mbps Num: 35785
hr: 9
MAC_UE_SC_Tput: 4625.91

hr: 9
CA Activation Rate num: 5934246
SIP_SC_Total_MOU: 219.99
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6792
CA Activation Rate den: 78719

Time: 17:34:17
holiday: 0

Avg_Connected_UEs: 59
SIP DC%: 
UPTP_Mbps: 7.5
DLRLCLayerDataVolume MB: 4473.9
CA DL DataVolRatio Pct den: 7741
weekend: 0
UPTP Mbps Num: 37356
CA Activation Rate: 54.26
hr: 15
MAC_UE_SC_Tput: 13152.84

hr: 15
CA Activation Rate num: 12551744
UPTP Mbps Den: 389
Setup_Fail_DEN: 18068
SIP_SC_Total_MOU: 66.36
Peak UE: 27
MB_per_connected_UE: 75.16
DL Volume: 5218
DL Data Vol MAC in MB: 9889.32
CA Activation Rate den: 140216

Time: 07:33:11
holiday: 0
CA DL DataVolRatio Pct num: 1888

SIP DC%: 
DLRLCLayerDataVolume MB: 6550.9
PRB Util%: 25.5
CA DL DataVolRatio Pct den: 9614
weekend: 1
UPTP Mbps Num: 16785
CA Activation Rate: 23.4
hr: 18
MAC_UE_SC_Tput: 18313.36
Bearer Releases: 16119

hr: 18
CA Activation Rate num: 10646557
SIP_SC_Total_MOU: 29.63
Peak UE: 79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3206

Combined RACH Preambles: 5066
Time: 07:47:31
holiday: 0

DL MAC Vol Scell Pct: 37.41
SIP DC%: 
DLRLCLayerDataVolume MB: 3607.84
DRB UL Data Volume MB: 3925
RRC Setup Attempts: 3583
CA DL DataVolRatio Pct den: 4540
weekend: 0
UPTP Mbps Num: 28312
hr: 12
MAC_UE_SC_Tput: 4824.55
Bearer Releases: 9196

hr: 12
Setup_Fail_DEN: 15397
Peak UE: 67
PCT Time MIMO: 67.58
DL Data Vol MAC in MB: 6669.4

Time: 09:22:20
holiday: 0
CA DL DataVolRatio Pct num: 4232

DL MAC Vol Scell Pct: 12.39
SIP DC%: 
DLRLCLayerDataVolume MB: 7994.19
DRB UL Data Volume MB: 6515
weekend: 0
CA Activation Rate: 52.8
hr: 19
MAC_UE_SC_Tput: 15376.28
Bearer Releases: 7177

hr: 19
CA Activation Rate num: 4337939
Setup_Fail_DEN: 14536
Peak UE: 94
MB_per_connected_UE: 103.05
DL Volume: 2462
DL Data Vol MAC in MB: 9730.9
Combined RACH Preambles: 1989
Time: 22:08:14

holiday: 0
CA DL DataVolRatio Pct: 68.61
CA DL DataVolRatio Pct num: 1475

Avg_Connected_UEs: 76.72
SIP DC%: 
DLRLCLayerDataVolume MB: 5610.14
DRB UL Data Volume MB: 1004
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6499.89
Bearer Releases: 8480

hr: 23
Setup_Fail_DEN: 10996
SIP_SC_Total_MOU: 161.09
Peak UE: 81
PCT Time MIMO: 62.27
DL Data Vol MAC in MB: 1958.64
CA Activation Rate den: 54488

Time: 03:03:43
holiday: 0

DL MAC Vol Scell Pct: 11.06
SIP DC%: 
DRB UL Data Volume MB: 9331
RRC Setup Attempts: 5611
CA DL DataVolRatio Pct den: 8125
weekend: 0
UPTP Mbps Num: 9846
CA Activation Rate: 29.3
hr: 23
MAC_UE_SC_Tput: 13768.22
Bearer Releases: 9024

hr: 23
CA Activation Rate num: 13285947
Peak UE: 33
PCT Time MIMO: 42.94

Time: 13:37:30
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9778.93
DRB UL Data Volume MB: 2130
HQ_EXE_TOTARGET_FAILURE_QCI_1: 0.12
weekend: 0
CA Activation Rate: 42.03
hr: 5
MAC_UE_SC_Tput: 6117.87
Bearer Releases: 13775

hr: 5
CA Activation Rate num: 915460
Peak UE: 27
PCT Time MIMO: 35.29
DL Volume: 1833
DL Data Vol MAC in MB: 8248.9
Combined RACH Preambles: 2372

Time: 00:02:50
holiday: 0
CA DL DataVolRatio Pct: 64.98

DL MAC Vol Scell Pct: 48.18
Avg_Connected_UEs: 56.56
SIP DC%: 
DLRLCLayerDataVolume MB: 6066.73
DRB UL Data Volume MB: 4042
RRC Setup Attempts: 9642
CA DL DataVolRatio Pct den: 8871
weekend: 0
UPTP Mbps Num: 9063
CA Activation Rate: 16.53
hr: 7
MAC_UE_SC_Tput: 8068.54
Bearer Releases: 15963

hr: 7
Peak UE: 27
MB_per_connected_UE: 56.78
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6387
DL Data Vol MAC in MB: 9360.69
CA Activation Rate den: 42128

Time: 13:50:45
holiday: 0

Avg_Connected_UEs: 71.29
SIP DC%: 
DLRLCLayerDataVolume MB: 9837.13
PRB Util%: 23.24
weekend: 0
CA Activation Rate: 64.5
hr: 18
MAC_UE_SC_Tput: 7839.12
Bearer Releases: 8599

hr: 18
CA Activation Rate num: 4693667
Peak UE: 94
DL Volume: 1476
DL Data Vol MAC in MB: 8134.48
CA Activation Rate den: 46333

Time: 18:06:23
holiday: 0

SIP DC%: 
UPTP_Mbps: 33.82
DRB UL Data Volume MB: 7716
CA DL DataVolRatio Pct den: 1506
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4736.48

hr: 0
CA Activation Rate num: 5349823
Setup_Fail_DEN: 15208
SIP_SC_Total_MOU: 16.99
Peak UE: 34
MB_per_connected_UE: 73.73
DL Volume: 9182
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4339
UL Throughput: 6.08
DL Data Vol MAC in MB: 4806.38

Time: 23:54:14
holiday: 0
CA DL DataVolRatio Pct: 65.2

DL MAC Vol Scell Pct: 56.22
SIP DC%: 
DLRLCLayerDataVolume MB: 562.57
weekend: 0
UPTP Mbps Num: 26055
CA Activation Rate: 44.74
hr: 12
MAC_UE_SC_Tput: 17464.71

hr: 12
CA Activation Rate num: 10967871
Setup_Fail_DEN: 15832
SIP_SC_Total_MOU: 195.52
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9134
DL Data Vol MAC in MB: 2789.46

Time: 00:15:19
holiday: 0
CA DL DataVolRatio Pct: 59.54

SIP DC%: 
DLRLCLayerDataVolume MB: 9079.83
PRB Util%: 23.25
CA DL DataVolRatio Pct den: 1219
weekend: 0
RSSIRX2 Avg: -95.14
CA Activation Rate: 39.57
hr: 8
MAC_UE_SC_Tput: 29152.31

hr: 8
CA Activation Rate num: 11044768
SIP_SC_Total_MOU: 330.43
Peak UE: 68
VOLTE IA%: 
MB_per_connected_UE: 15.55
CA Activation Rate den: 38890

Combined RACH Preambles: 4209
Time: 12:35:29
holiday: 0

SIP DC%: 
UPTP_Mbps: 124.68
DLRLCLayerDataVolume MB: 5191.08
PRB Util%: 55.23
CA DL DataVolRatio Pct den: 8650
CA Conf FailRate Pct den: 3242
weekend: 1
hr: 14
MAC_UE_SC_Tput: 6105.82

hr: 14
CA Activation Rate num: 4447195
Setup_Fail_DEN: 15293
MB_per_connected_UE: 146.18

Time: 13:44:25
holiday: 0
CA DL DataVolRatio Pct num: 7505

Avg_Connected_UEs: 19.79
SIP DC%: 
DRB UL Data Volume MB: 2701
PRB Util%: 19.23
RRC Setup Attempts: 3527
CA DL DataVolRatio Pct den: 5293
CA Conf FailRate Pct den: 8368
weekend: 0
CA Activation Rate: 7.72
hr: 0

hr: 0
CA Activation Rate num: 1134349
SIP_SC_Total_MOU: 7.6
Peak UE: 27
DL Volume: 5665
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8929
DL Data Vol MAC in MB: 6491.43

Time: 16:49:31
holiday: 0

Avg_Connected_UEs: 28.88
SIP DC%: 
UPTP_Mbps: 87.19
PRB Util%: 68.18
CA DL DataVolRatio Pct den: 5295
weekend: 0
UPTP Mbps Num: 40980
CA Activation Rate: 30.22
hr: 0

hr: 0
SIP_SC_Total_MOU: 117.48
Peak UE: 60

Time: 18:50:22
holiday: 0

DL MAC Vol Scell Pct: 28.17
SIP DC%: 
DRB UL Data Volume MB: 649
weekend: 0
UPTP Mbps Num: 14530
CA Activation Rate: 28.21
hr: 2
MAC_UE_SC_Tput: 4747.85

hr: 2
CA Activation Rate num: 10290790
Setup_Fail_DEN: 11163
Peak UE: 36
DL Volume: 4699
DL Data Vol MAC in MB: 7883.1

Time: 03:03:58
holiday: 0

DL MAC Vol Scell Pct: 53.61
Avg_Connected_UEs: 63.68
SIP DC%: 
UPTP_Mbps: 30.47
DLRLCLayerDataVolume MB: 2697
CA DL DataVolRatio Pct den: 6742
CA Conf FailRate Pct den: 5931
weekend: 0
CA Activation Rate: 9.44
hr: 21
MAC_UE_SC_Tput: 15815.51

hr: 21
CA Activation Rate num: 10852746
Setup_Fail_DEN: 9791
Peak UE: 27
MB_per_connected_UE: 26.99
DL Data Vol MAC in MB: 2747.46
CA Activation Rate den: 90259

Time: 10:04:45
holiday: 0
CA DL DataVolRatio Pct: 63.35
CA DL DataVolRatio Pct num: 7236

Avg_Connected_UEs: 44.73
SIP DC%: 
CA DL DataVolRatio Pct den: 8585
weekend: 0
hr: 0
MAC_UE_SC_Tput: 13256.21
Bearer Releases: 8028

hr: 0
CA Activation Rate num: 8813427
UPTP Mbps Den: 1375
Setup_Fail_DEN: 8318
SIP_SC_Total_MOU: 203.2
Peak UE: 70
MB_per_connected_UE: 165.87
DL Volume: 2715
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7211
DL Data Vol MAC in MB: 3493.85
CA Activation Rate den: 38071

Time: 04:24:31
holiday: 0

SIP DC%: 
UPTP_Mbps: 35.81
DLRLCLayerDataVolume MB: 5687.69
PRB Util%: 16
RRC Setup Attempts: 7178
weekend: 0
UPTP Mbps Num: 5712
CA Activation Rate: 3.33
hr: 16
MAC_UE_SC_Tput: 18755.38
Bearer Releases: 15230

hr: 16
CA Activation Rate num: 8913356
SIP_SC_Total_MOU: 153.08
Peak UE: 27
MB_per_connected_UE: 124.35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4854
DL Data Vol MAC in MB: 5315.32
CA Activation Rate den: 122648

Combined RACH Preambles: 3388
Time: 15:32:44
holiday: 0
Bearer Releases Voice: 207
CA DL DataVolRatio Pct num: 7429

DL MAC Vol Scell Pct: 24.45
Avg_Connected_UEs: 44.31
SIP DC%: 
RRC Setup Attempts: 5181
weekend: 0
CA Activation Rate: 57.41
hr: 3
MAC_UE_SC_Tput: 7841.62
Bearer Releases: 14352

hr: 3
CA Activation Rate num: 2750933
Setup_Fail_DEN: 9727
SIP_SC_Total_MOU: 123.82
Peak UE: 27
MB_per_connected_UE: 41
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6347
DL Data Vol MAC in MB: 4580.81

Time: 08:02:10
holiday: 0
CA DL DataVolRatio Pct num: 6311

Avg_Connected_UEs: 55.58
SIP DC%: 
DLRLCLayerDataVolume MB: 1432.99
weekend: 1
hr: 3
MAC_UE_SC_Tput: 4792.29

hr: 3
CA Activation Rate num: 4842004
Setup_Fail_DEN: 8726
Peak UE: 27
MB_per_connected_UE: 157.41
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7339

Time: 23:04:17
holiday: 0
CA DL DataVolRatio Pct: 43.29

SIP DC%: 
DLRLCLayerDataVolume MB: 7975.52
CA Conf FailRate Pct den: 5001
weekend: 0
UPTP Mbps Num: 46216
hr: 9
MAC_UE_SC_Tput: 9958.07

hr: 9
Setup_Fail_DEN: 15628
Peak UE: 27
MB_per_connected_UE: 103.9
DL Data Vol MAC in MB: 1007.5
CA Activation Rate den: 85624

holiday: 0
CA DL DataVolRatio Pct num: 3685

DL MAC Vol Scell Pct: 40.19
SIP DC%: 
UPTP_Mbps: 36.2
DLRLCLayerDataVolume MB: 8149.55
RRC Setup Attempts: 6332
weekend: 0
UPTP Mbps Num: 3585
hr: 5
MAC_UE_SC_Tput: 4834.99

hr: 5
SIP_SC_Total_MOU: 96.59
Peak UE: 35
VOLTE IA%: 0.51
DL Data Vol MAC in MB: 4644.32
CA Activation Rate den: 55851

Time: 14:13:57
holiday: 0
CA DL DataVolRatio Pct: 82.87

DL MAC Vol Scell Pct: 22.86
SIP DC%: 
DRB UL Data Volume MB: 9466
RRC Setup Attempts: 7021
CA Conf FailRate Pct den: 4596
weekend: 0
CA Activation Rate: 3.26
hr: 12
MAC_UE_SC_Tput: 15157.66
Bearer Releases: 8654

hr: 12
CA Activation Rate num: 1605718
Setup_Fail_DEN: 10669
Peak UE: 56
MB_per_connected_UE: 130.37
PCT Time MIMO: 70.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5432
DL Data Vol MAC in MB: 6186.29
CA Activation Rate den: 49277

Time: 04:01:05
holiday: 0

DL MAC Vol Scell Pct: 25.32
SIP DC%: 
DLRLCLayerDataVolume MB: 5299.21
DRB UL Data Volume MB: 5568
PRB Util%: 30.59
weekend: 0
CA Activation Rate: 72.59
hr: 23
MAC_UE_SC_Tput: 4155.34
Bearer Releases: 9923

hr: 23
CA Activation Rate num: 8923779
Setup_Fail_DEN: 16828
Peak UE: 27
MB_per_connected_UE: 108.06
DL Volume: 5826
CA Activation Rate den: 124483

Time: 08:48:17
holiday: 0
CA DL DataVolRatio Pct num: 7477

SIP DC%: 
DLRLCLayerDataVolume MB: 4864.7
DRB UL Data Volume MB: 2855
PRB Util%: 33.65
CA Conf FailRate Pct den: 9152
weekend: 0
UPTP Mbps Num: 32304
CA Activation Rate: 27.81
hr: 22
MAC_UE_SC_Tput: 55368.95
Bearer Releases: 10713

hr: 22
CA Activation Rate num: 8969241
Setup_Fail_DEN: 20065
SIP_SC_Total_MOU: 188.65
Peak UE: 27
MB_per_connected_UE: 80.66
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6008
UL Throughput: 7.39
DL Data Vol MAC in MB: 8394.66
CA Activation Rate den: 94414

Time: 09:47:57
holiday: 0
CA DL DataVolRatio Pct num: 3497

SIP DC%: 
DLRLCLayerDataVolume MB: 4545.51
PRB Util%: 61.93
RRC Setup Attempts: 6378
CA DL DataVolRatio Pct den: 9844
weekend: 0
UPTP Mbps Num: 1765
hr: 13
MAC_UE_SC_Tput: 13832.58
Bearer Releases: 9403

hr: 13
CA Activation Rate num: 10903646
UPTP Mbps Den: 2109
Setup_Fail_DEN: 7514
SIP_SC_Total_MOU: 151.87
Peak UE: 45
MB_per_connected_UE: 199.48
DL Volume: 514
DL Data Vol MAC in MB: 8670.86
CA Activation Rate den: 137239

Time: 02:13:35
holiday: 0
CA DL DataVolRatio Pct: 49.47

Avg_Connected_UEs: 42.28
SIP DC%: 
DLRLCLayerDataVolume MB: 5399.85
CA DL DataVolRatio Pct den: 10085
weekend: 0
UPTP Mbps Num: 40102
CA Activation Rate: 73.09
hr: 7
MAC_UE_SC_Tput: 7404.42
Bearer Releases: 13142

hr: 7
CA Activation Rate num: 8866703
Setup_Fail_DEN: 13983
SIP_SC_Total_MOU: 72.66
Peak UE: 34
MB_per_connected_UE: 22.94
DL Volume: 2002
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4694
DL Data Vol MAC in MB: 1458.81
CA Activation Rate den: 178980

Time: 08:53:54
holiday: 0

SIP DC%: 
UPTP_Mbps: 57.74
DLRLCLayerDataVolume MB: 5322.18
RRC Setup Attempts: 8139
CA Conf FailRate Pct den: 7093
weekend: 1
UPTP Mbps Num: 29215
hr: 21
MAC_UE_SC_Tput: 5984.41

hr: 21
UPTP Mbps Den: 1572
Setup_Fail_DEN: 10386
Peak UE: 27
MB_per_connected_UE: 129.45
DL Volume: 5076
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6509
CA Activation Rate den: 90038

Time: 19:48:10
holiday: 0

DL MAC Vol Scell Pct: 8.96
Avg_Connected_UEs: 79.26
SIP DC%: 
DLRLCLayerDataVolume MB: 4777.02
CA DL DataVolRatio Pct den: 4447
weekend: 0
UPTP Mbps Num: 6608
CA Activation Rate: 22.13
hr: 10
MAC_UE_SC_Tput: 4828.19

hr: 10
CA Activation Rate num: 2379158
Setup_Fail_DEN: 13668
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 106.74
DL Data Vol MAC in MB: 921.05

Time: 09:35:30
holiday: 0
CA DL DataVolRatio Pct num: 730

SIP DC%: 
DRB UL Data Volume MB: 4911
weekend: 0
hr: 4
MAC_UE_SC_Tput: 12312.56
Bearer Releases: 9974

hr: 4
CA Activation Rate num: 100571
Peak UE: 38
MB_per_connected_UE: 191.33
PCT Time MIMO: 49.75
DL Volume: 585
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6362

Time: 21:28:58
holiday: 0

SIP DC%: 
RRC Setup Attempts: 3740
weekend: 0
hr: 10
MAC_UE_SC_Tput: 13098.37

hr: 10
Peak UE: 92
MB_per_connected_UE: 74.48
DL Volume: 2014
DL Data Vol MAC in MB: 6770.88
CA Activation Rate den: 148936

Time: 03:41:42
holiday: 0
CA DL DataVolRatio Pct num: 596

SIP DC%: 
DLRLCLayerDataVolume MB: 7058.17
CA DL DataVolRatio Pct den: 3985
CA Conf FailRate Pct den: 6702
weekend: 0
hr: 9
MAC_UE_SC_Tput: 6940.27

hr: 9
CA Activation Rate num: 10711019
Setup_Fail_DEN: 17703
SIP_SC_Total_MOU: 346.78
Peak UE: 29
MB_per_connected_UE: 188.1
DL Data Vol MAC in MB: 9530.82

Time: 00:54:38
holiday: 0

DL MAC Vol Scell Pct: 10.55
SIP DC%: 
DLRLCLayerDataVolume MB: 6807.55
DRB UL Data Volume MB: 8173
PRB Util%: 4.1
CA DL DataVolRatio Pct den: 7998
weekend: 0
UPTP Mbps Num: 33650
hr: 8
MAC_UE_SC_Tput: 6492.47

hr: 8
CA Activation Rate num: 2687465
Setup_Fail_DEN: 12713
DL Volume: 8202
CA Activation Rate den: 114378

Time: 21:57:02
holiday: 0
CA DL DataVolRatio Pct num: 3939

DL MAC Vol Scell Pct: 9.64
Avg_Connected_UEs: 36.33
SIP DC%: 
PRB Util%: 30.25
RRC Setup Attempts: 7966
weekend: 0
UPTP Mbps Num: 21325
CA Activation Rate: 14.4
hr: 15
MAC_UE_SC_Tput: 15354.92
Bearer Releases: 16947

hr: 15
CA Activation Rate num: 1610612
UPTP Mbps Den: 524
SIP_SC_Total_MOU: 85.63
Peak UE: 27
MB_per_connected_UE: 29.06
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8296
DL Data Vol MAC in MB: 947.17
CA Activation Rate den: 92602

Combined RACH Preambles: 1900
Time: 16:26:09
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5465.16
RRC Setup Attempts: 6134
CA DL DataVolRatio Pct den: 7344
weekend: 0
UPTP Mbps Num: 55827
CA Activation Rate: 7.06
hr: 0
MAC_UE_SC_Tput: 5737.82

hr: 0
CA Activation Rate num: 4730191
UPTP Mbps Den: 4251
SIP_SC_Total_MOU: 170.82
MB_per_connected_UE: 37.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4291
DL Data Vol MAC in MB: 2657.5
CA Activation Rate den: 92030

holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 5171
CA Conf FailRate Pct den: 9243
weekend: 0
hr: 5
MAC_UE_SC_Tput: 7203.37
Bearer Releases: 12533

hr: 5
Peak UE: 74
MB_per_connected_UE: 186.2
CA Activation Rate den: 140305

Time: 19:45:59
holiday: 0
CA DL DataVolRatio Pct num: 6020

DL MAC Vol Scell Pct: 58.15
SIP DC%: 
UPTP_Mbps: 35.05
DRB UL Data Volume MB: 9555
weekend: 0
UPTP Mbps Num: 3130
hr: 21
MAC_UE_SC_Tput: 9927.3
Bearer Releases: 7475

hr: 21
SIP_SC_Total_MOU: 247.69
Peak UE: 35
MB_per_connected_UE: 100.86
PCT Time MIMO: 52.69
DL Volume: 5273

holiday: 0

DL MAC Vol Scell Pct: 23.67
SIP DC%: 
DRB UL Data Volume MB: 6616
weekend: 0
UPTP Mbps Num: 35490
hr: 6
MAC_UE_SC_Tput: 18715.64

hr: 6
CA Activation Rate num: 7283334
Setup_Fail_DEN: 19207
SIP_SC_Total_MOU: 359.27
Peak UE: 27
CA Activation Rate den: 48470

Combined RACH Preambles: 3074
holiday: 0
CA DL DataVolRatio Pct: 58.97

Avg_Connected_UEs: 67.84
SIP DC%: 
UPTP_Mbps: 87.69
DLRLCLayerDataVolume MB: 1825.73
CA Conf FailRate Pct den: 6220
weekend: 0
hr: 0
MAC_UE_SC_Tput: 20100.7

hr: 0
CA Activation Rate num: 7725617
UPTP Mbps Den: 4467
Setup_Fail_DEN: 16238
SIP_SC_Total_MOU: 15.7
Peak UE: 44
MB_per_connected_UE: 53.03
DL Volume: 5591
DL Data Vol MAC in MB: 7908.87
CA Activation Rate den: 92146
Combined RACH Preambles: 2621
Time: 05:54:28

holiday: 0
CA DL DataVolRatio Pct: 59.48
CA DL DataVolRatio Pct num: 5596

DL MAC Vol Scell Pct: 22.68
SIP DC%: 
UPTP_Mbps: 15.63
DLRLCLayerDataVolume MB: 7299.42
PRB Util%: 69.54
weekend: 1
CA Activation Rate: 17.81
hr: 16
MAC_UE_SC_Tput: 10072.95

hr: 16
CA Activation Rate num: 9761881
SIP_SC_Total_MOU: 427.44
Peak UE: 73
DL Volume: 6182
CA Activation Rate den: 134515

Time: 17:50:56
holiday: 0
CA DL DataVolRatio Pct num: 4055

SIP DC%: 
RRC Setup Attempts: 3351
weekend: 0
CA Activation Rate: 10.96
hr: 5
MAC_UE_SC_Tput: 10246.29

hr: 5
CA Activation Rate num: 11342244
SIP_SC_Total_MOU: 6.05
Peak UE: 39

Time: 07:00:46
holiday: 0
CA DL DataVolRatio Pct num: 6906

DL MAC Vol Scell Pct: 24.72
Avg_Connected_UEs: 16.98
SIP DC%: 
DLRLCLayerDataVolume MB: 1289.2
DRB UL Data Volume MB: 1914
PRB Util%: 48.73
CA DL DataVolRatio Pct den: 7411
weekend: 0
UPTP Mbps Num: 40697
hr: 17
MAC_UE_SC_Tput: 12790.67
Bearer Releases: 16296

hr: 17
CA Activation Rate num: 11019938
Setup_Fail_DEN: 14976
SIP_SC_Total_MOU: 327.26
Peak UE: 27
VOLTE IA%: 
DL Data Vol MAC in MB: 4094.04
CA Activation Rate den: 69653

Time: 23:22:05
holiday: 0

SIP DC%: 
UPTP_Mbps: 8.82
CA DL DataVolRatio Pct den: 5324
weekend: 0
UPTP Mbps Num: 53047
hr: 23
MAC_UE_SC_Tput: 11166
Bearer Releases: 16035

hr: 23
CA Activation Rate num: 9542413
Setup_Fail_DEN: 10009
Peak UE: 27
MB_per_connected_UE: 104.87
DL Volume: 1617
DL Data Vol MAC in MB: 2568.76
CA Activation Rate den: 41439

Time: 16:53:15
holiday: 0
CA DL DataVolRatio Pct: 91.6

Avg_Connected_UEs: 28.97
SIP DC%: 
DLRLCLayerDataVolume MB: 1299.8
DRB UL Data Volume MB: 1012
CA Conf FailRate Pct den: 7350
weekend: 0
UPTP Mbps Num: 30686
CA Activation Rate: 38.22
hr: 2
MAC_UE_SC_Tput: 6248.79
Bearer Releases: 15064

hr: 2
CA Activation Rate num: 5286464
SIP_SC_Total_MOU: 86.08
Peak UE: 27
MB_per_connected_UE: 13.52
ERAB Setup Fail%: 0.17
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3485
DL Data Vol MAC in MB: 6636.74
CA Activation Rate den: 59411

Combined RACH Preambles: 2737
Time: 03:42:32
holiday: 0
CA DL DataVolRatio Pct: 81.28

DL MAC Vol Scell Pct: 39.44
SIP DC%: 
UPTP_Mbps: 8.35
DLRLCLayerDataVolume MB: 5154.76
DRB UL Data Volume MB: 1805
RRC Setup Attempts: 3719
CA Conf FailRate Pct den: 9469
weekend: 1
UPTP Mbps Num: 54959
CA Activation Rate: 16.84
hr: 23
MAC_UE_SC_Tput: 13573.49

hr: 23
CA Activation Rate num: 5247327
UPTP Mbps Den: 2146
SIP_SC_Total_MOU: 273.72
Peak UE: 30
DL Volume: 2603
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7332
CA Activation Rate den: 133111

holiday: 0
CA DL DataVolRatio Pct num: 471

DL MAC Vol Scell Pct: 44.88
Avg_Connected_UEs: 54.94
SIP DC%: 
DLRLCLayerDataVolume MB: 6986.11
CA DL DataVolRatio Pct den: 9044
CA Conf FailRate Pct den: 6612
weekend: 0
UPTP Mbps Num: 13866
CA Activation Rate: 11.24
hr: 23
MAC_UE_SC_Tput: 5079.58
Bearer Releases: 7919

hr: 23
CA Activation Rate num: 9935133
SIP_SC_Total_MOU: 16.2
Peak UE: 35
MB_per_connected_UE: 145.75
DL Data Vol MAC in MB: 594.42

Combined RACH Preambles: 1945
Time: 08:04:07
holiday: 0

Avg_Connected_UEs: 32.36
SIP DC%: 
UPTP_Mbps: 77.36
DRB UL Data Volume MB: 1266
CA DL DataVolRatio Pct den: 6790
weekend: 0
hr: 8
MAC_UE_SC_Tput: 9736.95

hr: 8
CA Activation Rate num: 339969
Setup_Fail_DEN: 11142
SIP_SC_Total_MOU: 116.74
Peak UE: 27
DL Data Vol MAC in MB: 8391.26

Time: 19:02:27
holiday: 0
CA DL DataVolRatio Pct num: 5729

SIP DC%: 
DLRLCLayerDataVolume MB: 8328.08
DRB UL Data Volume MB: 4327
CA Conf FailRate Pct den: 2993
weekend: 1
CA Activation Rate: 58.72
hr: 11
MAC_UE_SC_Tput: 4770.41

hr: 11
CA Activation Rate num: 5330364
UPTP Mbps Den: 2603
Setup_Fail_DEN: 9203
SIP_SC_Total_MOU: 97.02
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8494

Time: 13:30:11
holiday: 0
CA DL DataVolRatio Pct: 63.93

DL MAC Vol Scell Pct: 53.03
SIP DC%: 
DLRLCLayerDataVolume MB: 380.03
DRB UL Data Volume MB: 6723
CA DL DataVolRatio Pct den: 2332
weekend: 0
CA Activation Rate: 6.51
hr: 3
MAC_UE_SC_Tput: 5482.29
Bearer Releases: 9520

hr: 3
CA Activation Rate num: 9822883
SIP_SC_Total_MOU: 104.26
Peak UE: 27
DL Data Vol MAC in MB: 2075.99

Time: 06:53:36
holiday: 0

DL MAC Vol Scell Pct: 16.17
Avg_Connected_UEs: 47.44
SIP DC%: 
DRB UL Data Volume MB: 6337
CA DL DataVolRatio Pct den: 9633
weekend: 0
UPTP Mbps Num: 19268
hr: 23
MAC_UE_SC_Tput: 9220.13
Bearer Releases: 10270

hr: 23
CA Activation Rate num: 10392759
Peak UE: 42
MB_per_connected_UE: 167.33
PCT Time MIMO: 44.63
CA Activation Rate den: 102980

Combined RACH Preambles: 5189
Time: 08:20:45
holiday: 0

DL MAC Vol Scell Pct: 46.19
Avg_Connected_UEs: 66.28
SIP DC%: 
UPTP_Mbps: 15.44
weekend: 0
hr: 23
MAC_UE_SC_Tput: 18806.1
Bearer Releases: 10733

hr: 23
CA Activation Rate num: 7711228
UPTP Mbps Den: 1019
SIP_SC_Total_MOU: 379.72
Peak UE: 54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4084
DL Data Vol MAC in MB: 4810.98
CA Activation Rate den: 198889

Time: 08:22:37
holiday: 0
CA DL DataVolRatio Pct num: 5779

SIP DC%: 
DLRLCLayerDataVolume MB: 5884.09
CA DL DataVolRatio Pct den: 800
CA Conf FailRate Pct den: 3418
weekend: 1
hr: 12
MAC_UE_SC_Tput: 17644.59

hr: 12
CA Activation Rate num: 10000722
UPTP Mbps Den: 621
Peak UE: 27
DL Volume: 6179
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4602
CA Activation Rate den: 48323

Time: 14:26:21
holiday: 0
CA DL DataVolRatio Pct num: 2409

SIP DC%: 
DLRLCLayerDataVolume MB: 5381.72
CA Conf FailRate Pct den: 7667
weekend: 0
UPTP Mbps Num: 24768
CA Activation Rate: 48.53
hr: 23
MAC_UE_SC_Tput: 7332.99
Bearer Releases: 15822

hr: 23
CA Activation Rate num: 10522226
Setup_Fail_DEN: 12786
SIP_SC_Total_MOU: 22.05
Peak UE: 44
MB_per_connected_UE: 50.2
DL Data Vol MAC in MB: 2361.15
CA Activation Rate den: 47176

Time: 16:08:04
holiday: 0

SIP DC%: 
UPTP_Mbps: 26.54
DLRLCLayerDataVolume MB: 4377.93
CA DL DataVolRatio Pct den: 9355
weekend: 0
UPTP Mbps Num: 10842
CA Activation Rate: 47.92
RRC Setup Failures: 25
hr: 16
MAC_UE_SC_Tput: 10551.77

hr: 16
CA Activation Rate num: 9206357
UPTP Mbps Den: 845
Peak UE: 27
DL Data Vol MAC in MB: 276.08
CA Activation Rate den: 225194

Time: 03:32:57
holiday: 0
CA DL DataVolRatio Pct num: 561

Avg_Connected_UEs: 65.99
SIP DC%: 
DLRLCLayerDataVolume MB: 7161.17
PRB Util%: 4.65
weekend: 0
hr: 20
MAC_UE_SC_Tput: 12347.56

hr: 20
CA Activation Rate num: 7366271
Peak UE: 52
DL Volume: 6243
CA Activation Rate den: 147273

Time: 01:23:57
holiday: 0

DL MAC Vol Scell Pct: 40.72
Avg_Connected_UEs: 34.16
SIP DC%: 
DLRLCLayerDataVolume MB: 7989.65
RRC Setup Attempts: 4312
weekend: 0
UPTP Mbps Num: 14042
hr: 10
MAC_UE_SC_Tput: 5050.04

hr: 10
CA Activation Rate num: 5097805
Setup_Fail_DEN: 12225
SIP_SC_Total_MOU: 288.49
Peak UE: 40
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3917
DL Data Vol MAC in MB: 6700.07
CA Activation Rate den: 78288

Time: 20:01:22
holiday: 0
CA DL DataVolRatio Pct: 85.24

SIP DC%: 
DLRLCLayerDataVolume MB: 7405.83
DRB UL Data Volume MB: 567
RRC Setup Attempts: 5294
CA Conf FailRate Pct den: 7312
weekend: 0
UPTP Mbps Num: 1415
hr: 2
Bearer Releases: 6308

hr: 2
CA Activation Rate num: 752190
SIP_SC_Total_MOU: 98.72
Peak UE: 71
MB_per_connected_UE: 108.18
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5663
DL Data Vol MAC in MB: 1588.67
CA Activation Rate den: 201079

Time: 00:05:54
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2083.75
weekend: 1
hr: 4
MAC_UE_SC_Tput: 6789.34

hr: 4
CA Activation Rate num: 4119768
SIP_SC_Total_MOU: 380.6
DL Volume: 6008
DL Data Vol MAC in MB: 5133.73
CA Activation Rate den: 89277
Combined RACH Preambles: 3252

Time: 12:23:10
holiday: 0
CA DL DataVolRatio Pct num: 1415

SIP DC%: 
DLRLCLayerDataVolume MB: 2731.39
DRB UL Data Volume MB: 4139
PRB Util%: 29.22
CA Conf FailRate Pct den: 5534
weekend: 1
UPTP Mbps Num: 17561
hr: 3
MAC_UE_SC_Tput: 6971.52
Bearer Releases: 12913

hr: 3
CA Activation Rate num: 6519567
SIP_SC_Total_MOU: 97.97
Peak UE: 27
MB_per_connected_UE: 72.53
DL Data Vol MAC in MB: 2260.67
CA Activation Rate den: 102682

Time: 00:35:44
holiday: 0
CA DL DataVolRatio Pct num: 2680

SIP DC%: 
UPTP_Mbps: 120.98
DLRLCLayerDataVolume MB: 6555.19
DRB UL Data Volume MB: 1776
weekend: 0
hr: 18
MAC_UE_SC_Tput: 4244.94

hr: 18
CA Activation Rate num: 3152484
Setup_Fail_DEN: 15461
SIP_SC_Total_MOU: 69.6
Peak UE: 27
MB_per_connected_UE: 43.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6981
DL Data Vol MAC in MB: 1925.17
CA Activation Rate den: 119906

Time: 11:39:54
holiday: 0
CA DL DataVolRatio Pct: 72.81

DL MAC Vol Scell Pct: 15.62
SIP DC%: 
UPTP_Mbps: 30.17
RRC Setup Attempts: 4175
CA DL DataVolRatio Pct den: 4439
weekend: 0
UPTP Mbps Num: 58462
CA Activation Rate: 54.42
hr: 21
MAC_UE_SC_Tput: 4691.12
Bearer Releases: 8343

hr: 21
CA Activation Rate num: 2733374
UPTP Mbps Den: 5816
Setup_Fail_DEN: 10695
SIP_SC_Total_MOU: 57.81
Peak UE: 57
CA Activation Rate den: 90862

Time: 05:39:19
holiday: 0
CA DL DataVolRatio Pct num: 3545

SIP DC%: 
CA DL DataVolRatio Pct den: 5383
weekend: 0
UPTP Mbps Num: 25617
CA Activation Rate: 9.16
hr: 23
MAC_UE_SC_Tput: 16585.73
Bearer Releases: 7453

hr: 23
CA Activation Rate num: 5598826
SIP_SC_Total_MOU: 366.54
Peak UE: 58
MB_per_connected_UE: 20.88
PCT Time MIMO: 38.54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8991

Combined RACH Preambles: 3501
Time: 11:48:17
holiday: 0

Avg_Connected_UEs: 35.92
SIP DC%: 
UPTP_Mbps: 67.33
DLRLCLayerDataVolume MB: 8805.11
CA DL DataVolRatio Pct den: 6059
weekend: 1
UPTP Mbps Num: 11962
hr: 3
MAC_UE_SC_Tput: 8479.41
Bearer Releases: 13618

hr: 3
CA Activation Rate num: 6407401
UPTP Mbps Den: 5397
Setup_Fail_DEN: 9562
Peak UE: 34
DL Volume: 5176
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7388
DL Data Vol MAC in MB: 7834.62
CA Activation Rate den: 118924

Combined RACH Preambles: 2120
Time: 23:52:52
holiday: 0
CA DL DataVolRatio Pct num: 6784

DL MAC Vol Scell Pct: 19.24
SIP DC%: 
UPTP_Mbps: 31.97
DLRLCLayerDataVolume MB: 3972.98
DRB UL Data Volume MB: 389
RRC Setup Attempts: 6340
CA DL DataVolRatio Pct den: 6881
weekend: 0
UPTP Mbps Num: 45418
CA Activation Rate: 19.37
hr: 4
MAC_UE_SC_Tput: 6013.26

hr: 4
CA Activation Rate num: 8251007
Setup_Fail_DEN: 14189
SIP_SC_Total_MOU: 64.17
Peak UE: 44
MB_per_connected_UE: 41.61
DL Volume: 7229
DL Data Vol MAC in MB: 9547.22
CA Activation Rate den: 117940

Time: 23:19:24
holiday: 0

DL MAC Vol Scell Pct: 27.85
SIP DC%: 
DLRLCLayerDataVolume MB: 6948.25
PRB Util%: 62.29
CA Conf FailRate Pct den: 2736
weekend: 0
hr: 22
MAC_UE_SC_Tput: 5710.36
Bearer Releases: 9078

hr: 22
CA Activation Rate num: 4927808
Peak UE: 81
MB_per_connected_UE: 172.18
PCT Time MIMO: 32.82
DL Volume: 5588
DL Data Vol MAC in MB: 8677.94

Time: 15:37:56
holiday: 0
CA DL DataVolRatio Pct: 58.11

Avg_Connected_UEs: 37.26
SIP DC%: 
DLRLCLayerDataVolume MB: 9158.53
PRB Util%: 40.24
RRC Setup Attempts: 3955
CA DL DataVolRatio Pct den: 4011
weekend: 0
hr: 3
MAC_UE_SC_Tput: 7019.33
Bearer Releases: 13725

hr: 3
CA Activation Rate num: 5637415
Setup_Fail_DEN: 11791
SIP_SC_Total_MOU: 332.89
Peak UE: 27
MB_per_connected_UE: 86.45
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6691
DL Data Vol MAC in MB: 2123.93
CA Activation Rate den: 72187

Time: 04:44:06
holiday: 0

Avg_Connected_UEs: 69.91
SIP DC%: 
UPTP_Mbps: 36.54
DLRLCLayerDataVolume MB: 815.63
RRC Setup Attempts: 4053
weekend: 0
UPTP Mbps Num: 26309
CA Activation Rate: 13.05
hr: 11
MAC_UE_SC_Tput: 5572.64
Bearer Releases: 7014

hr: 11
CA Activation Rate num: 5896627
Setup_Fail_DEN: 11558
Peak UE: 37
MB_per_connected_UE: 115.41
CA Activation Rate den: 84024

Time: 09:04:59
holiday: 0

SIP DC%: 
PRB Util%: 30.01
weekend: 0
hr: 11
MAC_UE_SC_Tput: 15206.5
Bearer Releases: 18490

hr: 11
CA Activation Rate num: 5389294
Peak UE: 76
MB_per_connected_UE: 153.5
DL Data Vol MAC in MB: 7550.61

Time: 20:14:25
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1448.39
CA Conf FailRate Pct den: 5417
weekend: 0
UPTP Mbps Num: 54062
hr: 0
MAC_UE_SC_Tput: 4200.19

hr: 0
CA Activation Rate num: 7814568
Setup_Fail_DEN: 7141
Peak UE: 27
MB_per_connected_UE: 51.81
DL Data Vol MAC in MB: 2189.06
CA Activation Rate den: 207048

Time: 19:40:19
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1941.23
DRB UL Data Volume MB: 8143
PRB Util%: 64.22
CA DL DataVolRatio Pct den: 6303
CA Conf FailRate Pct den: 7713
weekend: 0
UPTP Mbps Num: 12072
CA Activation Rate: 32.03
hr: 0
MAC_UE_SC_Tput: 9808.24

hr: 0
CA Activation Rate num: 130507
UPTP Mbps Den: 1093
Setup_Fail_DEN: 14066
UL MAC Vol Scell Pct: 6.96
Peak UE: 32
MB_per_connected_UE: 184.07
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4905
CA Activation Rate den: 69905

Time: 18:54:27
holiday: 0
CA DL DataVolRatio Pct num: 7424

SIP DC%: 
UPTP_Mbps: 19.59
DLRLCLayerDataVolume MB: 339.64
DRB UL Data Volume MB: 6411
RRC Setup Attempts: 6023
CA DL DataVolRatio Pct den: 1302
weekend: 0
UPTP Mbps Num: 30921
hr: 3
MAC_UE_SC_Tput: 16300.95
Bearer Releases: 13006

hr: 3
CA Activation Rate num: 10444532
SIP_SC_Total_MOU: 332.73
Peak UE: 51
DL Volume: 3216
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3861
DL Data Vol MAC in MB: 9374.5
CA Activation Rate den: 126562

Time: 20:23:32
holiday: 0
CA DL DataVolRatio Pct: 79.51
CA DL DataVolRatio Pct num: 6390

Avg_Connected_UEs: 35.37
SIP DC%: 
DLRLCLayerDataVolume MB: 4541.79
DRB UL Data Volume MB: 2037
RRC Setup Attempts: 7804
weekend: 0
UPTP Mbps Num: 15968
hr: 2
MAC_UE_SC_Tput: 14280.67
Bearer Releases: 7174

hr: 2
Setup_Fail_DEN: 10929
Peak UE: 27
MB_per_connected_UE: 144.97
DL Volume: 8802
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4713
DL Data Vol MAC in MB: 1811.86
CA Activation Rate den: 83649
Combined RACH Preambles: 3685

Time: 09:59:30
holiday: 0
HO Attempts: 156

SIP DC%: 
UPTP_Mbps: 19.54
DLRLCLayerDataVolume MB: 7069.67
DRB UL Data Volume MB: 1954
CA Conf FailRate Pct den: 2873
weekend: 1
hr: 7
MAC_UE_SC_Tput: 16469.28

hr: 7
CA Activation Rate num: 8364162
SIP_SC_Total_MOU: 308.82
Peak UE: 27
MB_per_connected_UE: 204.76
UL Throughput: 11.88
CA Activation Rate den: 161139

Time: 02:13:52
holiday: 0
HO_att_InterFreq: 248

Avg_Connected_UEs: 52.99
SIP DC%: 
DLRLCLayerDataVolume MB: 8427.91
PRB Util%: 49.58
weekend: 0
CA Activation Rate: 26.34
hr: 20
MAC_UE_SC_Tput: 14483.17
Bearer Releases: 10262

hr: 20
CA Activation Rate num: 10880517
Setup_Fail_DEN: 17978
SIP_SC_Total_MOU: 136.49
MB_per_connected_UE: 129.9

holiday: 0

SIP DC%: 
UPTP_Mbps: 9.12
DLRLCLayerDataVolume MB: 5444.93
PRB Util%: 48.98
weekend: 0
CA Activation Rate: 43.31
hr: 14
MAC_UE_SC_Tput: 17714.47
Bearer Releases: 15878

hr: 14
CA Activation Rate num: 10253994
Setup_Fail_DEN: 8309
SIP_SC_Total_MOU: 431.6
Peak UE: 45
MB_per_connected_UE: 202.99
DL Data Vol MAC in MB: 1079.6
CA Activation Rate den: 53173

Time: 10:39:25
holiday: 0

DL MAC Vol Scell Pct: 31.43
SIP DC%: 
PRB Util%: 18.75
weekend: 1
hr: 2
MAC_UE_SC_Tput: 18870.97
Bearer Releases: 18281

hr: 2
CA Activation Rate num: 9280178
Setup_Fail_DEN: 12580
SIP_SC_Total_MOU: 258.81
Peak UE: 30
VOLTE IA%: 
MB_per_connected_UE: 75
CA Activation Rate den: 75237
Time: 13:16:36

holiday: 0
CA DL DataVolRatio Pct: 69.5

DL MAC Vol Scell Pct: 46.76
Avg_Connected_UEs: 51.34
SIP DC%: 
DLRLCLayerDataVolume MB: 4010.62
weekend: 0
CA Activation Rate: 50.99
hr: 6
MAC_UE_SC_Tput: 4450.01
Bearer Releases: 11658

hr: 6
CA Activation Rate num: 9789594
SIP_SC_Total_MOU: 155.27
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7825
DL Data Vol MAC in MB: 4012.64

Time: 06:50:56
holiday: 0
CA DL DataVolRatio Pct: 86.88

DL MAC Vol Scell Pct: 12.88
SIP DC%: 
weekend: 0
UPTP Mbps Num: 1479
hr: 0
MAC_UE_SC_Tput: 6156.17

hr: 0
CA Activation Rate num: 3319685
SIP_SC_Total_MOU: 88.83
Peak UE: 27
MB_per_connected_UE: 43.66
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6482
UL Throughput: 8.16
DL Data Vol MAC in MB: 977.07
Time: 19:57:10

holiday: 0

SIP DC%: 
UPTP_Mbps: 13.57
DLRLCLayerDataVolume MB: 6623.17
DRB UL Data Volume MB: 1598
DL Packet Loss Pct: 1.14
RRC Setup Attempts: 3419
CA Conf FailRate Pct den: 4750
weekend: 1
CA Activation Rate: 2.36
hr: 2
MAC_UE_SC_Tput: 12472.61
Bearer Releases: 14640

hr: 2
CA Activation Rate num: 2112888
SIP_SC_Total_MOU: 27.92
Peak UE: 27
MB_per_connected_UE: 130.93
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5451

Time: 22:02:30
holiday: 0
CA DL DataVolRatio Pct num: 3932

SIP DC%: 
PRB Util%: 24.46
CA DL DataVolRatio Pct den: 3025
CA Conf FailRate Pct den: 5803
weekend: 0
UPTP Mbps Num: 20031
CA Activation Rate: 71.2
hr: 15

hr: 15
CA Activation Rate num: 5599617
UPTP Mbps Den: 4254
SIP_SC_Total_MOU: 106.99
Peak UE: 48
MB_per_connected_UE: 79.56
PCT Time MIMO: 42.11

Time: 16:49:29
holiday: 0
CA DL DataVolRatio Pct: 64.32

SIP DC%: 
DLRLCLayerDataVolume MB: 4180.77
CA DL DataVolRatio Pct den: 2277
CA Conf FailRate Pct den: 6366
weekend: 0
CA Activation Rate: 37.69
hr: 7
MAC_UE_SC_Tput: 11582.01
Bearer Releases: 6628

hr: 7
CA Activation Rate num: 494910
UPTP Mbps Den: 1160
Setup_Fail_DEN: 10846
Peak UE: 27
MB_per_connected_UE: 14
PCT Time MIMO: 32.83
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3314
CA Activation Rate den: 148823

Time: 11:30:34
holiday: 0
CA DL DataVolRatio Pct: 83.76
CA DL DataVolRatio Pct num: 485

SIP DC%: 
DLRLCLayerDataVolume MB: 9094.23
RRC Setup Attempts: 9507
CA DL DataVolRatio Pct den: 3203
weekend: 0
CA Activation Rate: 3.59
hr: 23
Bearer Releases: 13691

hr: 23
CA Activation Rate num: 5098469
Setup_Fail_DEN: 12168
SIP_SC_Total_MOU: 162.18
Peak UE: 43
VOLTE IA%: 
MB_per_connected_UE: 120.35
PCT Time MIMO: 44.62
DL Volume: 9362

Time: 12:56:21
holiday: 0

DL MAC Vol Scell Pct: 36.25
SIP DC%: 
UPTP_Mbps: 119.82
DLRLCLayerDataVolume MB: 6690.24
PRB Util%: 49.54
weekend: 0
UPTP Mbps Num: 35004
CA Activation Rate: 57.4
hr: 0
MAC_UE_SC_Tput: 17418.67

hr: 0
Setup_Fail_DEN: 15871
Peak UE: 71
MB_per_connected_UE: 24.55
DL Data Vol MAC in MB: 4694.76
CA Activation Rate den: 72957

Time: 00:20:40
holiday: 0
HO_att_InterFreq: 545
CA DL DataVolRatio Pct num: 3791

DL MAC Vol Scell Pct: 29.23
Avg_Connected_UEs: 82.44
SIP DC%: 
DLRLCLayerDataVolume MB: 6681.44
DRB UL Data Volume MB: 6637
RSSIRX1 Avg: -93.57
weekend: 0
UPTP Mbps Num: 23702
CA Activation Rate: 61.02
hr: 23
MAC_UE_SC_Tput: 9943.3
Bearer Releases: 9690

hr: 23
CA Activation Rate num: 11418213
SIP_SC_Total_MOU: 274.18
Peak UE: 27
MB_per_connected_UE: 33.88
DL Data Vol MAC in MB: 2849.71
CA Activation Rate den: 131839

Time: 03:59:16
holiday: 0

Avg_Connected_UEs: 54.78
SIP DC%: 
DRB UL Data Volume MB: 6881
CA Conf FailRate Pct den: 7596
weekend: 1
CA Activation Rate: 41.32
hr: 16
MAC_UE_SC_Tput: 13968.27

hr: 16
CA Activation Rate num: 10837237
Setup_Fail_DEN: 10533
SIP_SC_Total_MOU: 282.51
Peak UE: 40
MB_per_connected_UE: 82.66
DL Data Vol MAC in MB: 4946.37

holiday: 0
CA DL DataVolRatio Pct num: 5906

Avg_Connected_UEs: 23.09
SIP DC%: 
PRB Util%: 60.11
CA Conf FailRate Pct den: 5273
weekend: 0
UPTP Mbps Num: 5169
hr: 12
MAC_UE_SC_Tput: 5662.26

hr: 12
CA Activation Rate num: 9390519
SIP_SC_Total_MOU: 31.22
Peak UE: 27
MB_per_connected_UE: 194.28
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8573
UL Throughput: 8.78
DL Data Vol MAC in MB: 8435.51

Combined RACH Preambles: 2406
holiday: 0
CA DL DataVolRatio Pct: 69.38

SIP DC%: 
DLRLCLayerDataVolume MB: 5112.81
DRB UL Data Volume MB: 5400
RRC Setup Attempts: 8157
weekend: 0
UPTP Mbps Num: 26235
CA Activation Rate: 30.07
hr: 13
MAC_UE_SC_Tput: 17252.67
Bearer Releases: 10317

hr: 13
CA Activation Rate num: 5180784
SIP_SC_Total_MOU: 185.27
Peak UE: 54
MB_per_connected_UE: 74.33
PCT Time MIMO: 63.53
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7258
DL Data Vol MAC in MB: 212.99
CA Activation Rate den: 101768

Time: 04:31:12
holiday: 0
CA DL DataVolRatio Pct: 44.31

DL MAC Vol Scell Pct: 34.85
Avg_Connected_UEs: 46.91
SIP DC%: 
UPTP_Mbps: 12.94
DLRLCLayerDataVolume MB: 209.92
CA Conf FailRate Pct den: 4228
weekend: 0
hr: 7
MAC_UE_SC_Tput: 7204.78
Bearer Releases: 11597

hr: 7
CA Activation Rate num: 1048773
Peak UE: 35
PCT Time MIMO: 33.93
DL Volume: 7386
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5007
DL Data Vol MAC in MB: 4213.22
CA Activation Rate den: 140902

Time: 04:04:14
holiday: 0

SIP DC%: 
PRB Util%: 42.17
weekend: 0
hr: 15
MAC_UE_SC_Tput: 14269.28

hr: 15
CA Activation Rate num: 583570
SIP_SC_Total_MOU: 10.87
Peak UE: 62
MB_per_connected_UE: 190.22
DL Volume: 6159
DL Data Vol MAC in MB: 5599.96

Time: 07:40:58
holiday: 0

SIP DC%: 
UPTP_Mbps: 70.69
DLRLCLayerDataVolume MB: 1101.32
DRB UL Data Volume MB: 6732
RRC Setup Attempts: 3481
CA Conf FailRate Pct den: 8662
weekend: 0
CA Activation Rate: 72.85
hr: 23
MAC_UE_SC_Tput: 11754.63
Bearer Releases: 10511

hr: 23
CA Activation Rate num: 7394117
Setup_Fail_DEN: 15155
SIP_SC_Total_MOU: 297.64
Peak UE: 65
MB_per_connected_UE: 185.81
PCT Time MIMO: 33.22
DL Data Vol MAC in MB: 7020.42
CA Activation Rate den: 94691

Time: 04:56:04
holiday: 0
CA DL DataVolRatio Pct num: 5106

SIP DC%: 
UPTP_Mbps: 74.68
DLRLCLayerDataVolume MB: 451.69
DRB UL Data Volume MB: 5037
PRB Util%: 23.15
RRC Setup Attempts: 4078
weekend: 1
CA Activation Rate: 69.59
hr: 23
MAC_UE_SC_Tput: 4494
Bearer Releases: 13803

hr: 23
UPTP Mbps Den: 5359
Peak UE: 27
MB_per_connected_UE: 122.89
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5152
CA Activation Rate den: 104494

Time: 20:34:43
holiday: 0
CA DL DataVolRatio Pct num: 6991

DL MAC Vol Scell Pct: 10.88
SIP DC%: 
UPTP_Mbps: 40.97
DRB UL Data Volume MB: 8794
weekend: 0
CA Activation Rate: 22.08
hr: 16
MAC_UE_SC_Tput: 14419.47
Bearer Releases: 18092

hr: 16
CA Activation Rate num: 9324856
Setup_Fail_DEN: 15387
SIP_SC_Total_MOU: 361.31
MB_per_connected_UE: 45.3
PCT Time MIMO: 67.26

Time: 21:30:22
holiday: 0
CA DL DataVolRatio Pct: 54.4

SIP DC%: 
UPTP_Mbps: 65.29
DLRLCLayerDataVolume MB: 4315.28
CA Conf FailRate Pct den: 5628
weekend: 0
CA Activation Rate: 51.39
hr: 19
Bearer Releases: 10839

hr: 19
CA Activation Rate num: 5877617
SIP_SC_Total_MOU: 22.84
Peak UE: 27
MB_per_connected_UE: 72.75
DL Volume: 1717
DL Data Vol MAC in MB: 956.48

Time: 09:03:44
holiday: 0

SIP DC%: 
UPTP_Mbps: 31.18
CA DL DataVolRatio Pct den: 1331
weekend: 0
UPTP Mbps Num: 12943
CA Activation Rate: 71.52
hr: 16
MAC_UE_SC_Tput: 5518.72

hr: 16
CA Activation Rate num: 4020039
UPTP Mbps Den: 2966
Setup_Fail_DEN: 10209
SIP_SC_Total_MOU: 299.11
Peak UE: 34
PCT Time MIMO: 59.5
UL Throughput: 9.56
CA Activation Rate den: 126880

Time: 04:24:06
holiday: 0
CA DL DataVolRatio Pct: 92.47

Avg_Connected_UEs: 22.06
SIP DC%: 
UPTP_Mbps: 37.64
DLRLCLayerDataVolume MB: 8853.36
RRC Setup Attempts: 4343
CA Conf FailRate Pct den: 6537
weekend: 0
UPTP Mbps Num: 18165
hr: 3
MAC_UE_SC_Tput: 9413.23
Bearer Releases: 8486

hr: 3
CA Activation Rate num: 4801648
Setup_Fail_DEN: 13149
Peak UE: 27
MB_per_connected_UE: 40.29
DL Data Vol MAC in MB: 2169.6
CA Activation Rate den: 51608

Time: 02:37:48
holiday: 0
CA DL DataVolRatio Pct num: 1299

DL MAC Vol Scell Pct: 16.64
SIP DC%: 
DLRLCLayerDataVolume MB: 9304.16
weekend: 0
CA Activation Rate: 60.67
hr: 0
MAC_UE_SC_Tput: 5919.82
Bearer Releases: 13144

hr: 0
CA Activation Rate num: 9157194
SIP_SC_Total_MOU: 167.76
Peak UE: 55

Time: 19:25:34
holiday: 0

DL MAC Vol Scell Pct: 50.82
SIP DC%: 
UPTP_Mbps: 20.07
DLRLCLayerDataVolume MB: 9626.22
PRB Util%: 23.94
RRC Setup Attempts: 5441
weekend: 0
hr: 17
MAC_UE_SC_Tput: 4427.72

hr: 17
CA Activation Rate num: 10710080
UPTP Mbps Den: 5945
SIP_SC_Total_MOU: 56.68
Peak UE: 51
MB_per_connected_UE: 56.94
PCT Time MIMO: 57.21
DL Volume: 1821
DL Data Vol MAC in MB: 8941.56
CA Activation Rate den: 41048

Time: 10:31:46
holiday: 0
HO Attempts: 8

SIP DC%: 
DRB UL Data Volume MB: 9179
PRB Util%: 34.2
CA DL DataVolRatio Pct den: 6375
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5134.7
Bearer Releases: 8050

hr: 23
CA Activation Rate num: 4075823
Setup_Fail_DEN: 19025
MB_per_connected_UE: 143.98
DL Data Vol MAC in MB: 4504.97
CA Activation Rate den: 59179

Combined RACH Preambles: 3831
Time: 02:03:46
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 6485
weekend: 0
CA Activation Rate: 16.66
hr: 3
MAC_UE_SC_Tput: 19199.13
Bearer Releases: 8668

hr: 3
CA Activation Rate num: 8735632
UPTP Mbps Den: 436
Setup_Fail_DEN: 8047
Peak UE: 66
MB_per_connected_UE: 147.18
CA Activation Rate den: 116346

Time: 11:28:18
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9978.45
CA Conf FailRate Pct den: 8113
weekend: 0
hr: 22
MAC_UE_SC_Tput: 6390.3

hr: 22
CA Activation Rate num: 179535
Setup_Fail_DEN: 8339
Peak UE: 27
PCT Time MIMO: 60.67
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4355
DL Data Vol MAC in MB: 9871.39
CA Activation Rate den: 92326

Time: 09:08:08
holiday: 0
CA DL DataVolRatio Pct: 85.99

SIP DC%: 
UPTP_Mbps: 131.23
DRB UL Data Volume MB: 5313
CA DL DataVolRatio Pct den: 4898
weekend: 0
UPTP Mbps Num: 40484
hr: 3
MAC_UE_SC_Tput: 6680.48

hr: 3
CA Activation Rate num: 5147955
Setup_Fail_DEN: 17067
Peak UE: 27
DL Volume: 6111
DL Data Vol MAC in MB: 1870.74
CA Activation Rate den: 129911

Time: 03:52:33
holiday: 0
CA DL DataVolRatio Pct num: 4149

DL MAC Vol Scell Pct: 37.26
Avg_Connected_UEs: 65.58
SIP DC%: 
DLRLCLayerDataVolume MB: 8033.63
PRB Util%: 40.25
CA Conf FailRate Pct den: 4217
weekend: 0
UPTP Mbps Num: 6296
CA Activation Rate: 2.48
hr: 9
MAC_UE_SC_Tput: 7813.04
Bearer Releases: 13983

hr: 9
CA Activation Rate num: 4309821
Setup_Fail_DEN: 13029
Peak UE: 27
MB_per_connected_UE: 28.76
DL Volume: 6342
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4527
DL Data Vol MAC in MB: 7017.23

Time: 08:07:44
holiday: 0
CA DL DataVolRatio Pct num: 4197

SIP DC%: 
UPTP_Mbps: 7.26
DLRLCLayerDataVolume MB: 5093.11
RRC Setup Attempts: 4676
weekend: 0
CA Activation Rate: 66
hr: 23
MAC_UE_SC_Tput: 10477.69
Bearer Releases: 17070

hr: 23
CA Activation Rate num: 2071082
Setup_Fail_DEN: 19672
Peak UE: 67
VOLTE IA%: 
MB_per_connected_UE: 34.3
DL Volume: 7107
CA Activation Rate den: 132044
Time: 06:53:05

holiday: 0
CA DL DataVolRatio Pct num: 4017

Avg_Connected_UEs: 83.92
SIP DC%: 
DLRLCLayerDataVolume MB: 1669.83
RRC Setup Attempts: 6255
CA Conf FailRate Pct den: 8955
weekend: 0
UPTP Mbps Num: 13617
CA Activation Rate: 21.3
hr: 4
MAC_UE_SC_Tput: 17687.08
Bearer Releases: 14704

hr: 4
CA Activation Rate num: 7215102
Setup_Fail_DEN: 12643
UL MAC Vol Scell Pct: 14.15
Peak UE: 27
MB_per_connected_UE: 13.4

holiday: 0
CA DL DataVolRatio Pct num: 2196

Avg_Connected_UEs: 33.7
SIP DC%: 
DRB UL Data Volume MB: 2690
PRB Util%: 55.59
CA Conf FailRate Pct den: 6633
weekend: 0
hr: 18
MAC_UE_SC_Tput: 13414.58

hr: 18
CA Activation Rate num: 7784323
Setup_Fail_DEN: 6483
Peak UE: 39
MB_per_connected_UE: 15.98
DL Volume: 809
DL Data Vol MAC in MB: 9696.39

Time: 13:30:31
holiday: 0

Avg_Connected_UEs: 34.31
SIP DC%: 
UPTP_Mbps: 34.89
DLRLCLayerDataVolume MB: 2752.79
weekend: 0
CA Activation Rate: 38.35
hr: 23
MAC_UE_SC_Tput: 17022.09
Bearer Releases: 14678

hr: 23
Setup_Fail_DEN: 11313
Peak UE: 41
MB_per_connected_UE: 34.77
PCT Time MIMO: 68.87
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4510

Time: 01:02:35
holiday: 0
CA DL DataVolRatio Pct num: 1755

SIP DC%: 
DLRLCLayerDataVolume MB: 1200.47
DRB UL Data Volume MB: 3798
CA Conf FailRate Pct den: 9518
weekend: 0
hr: 12
MAC_UE_SC_Tput: 8120.26

hr: 12
CA Activation Rate num: 4900332
Peak UE: 33
MB_per_connected_UE: 112.12
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4083
DL Data Vol MAC in MB: 6933.88
CA Activation Rate den: 91534

Time: 13:03:57
holiday: 0
CA DL DataVolRatio Pct num: 3830

SIP DC%: 
DLRLCLayerDataVolume MB: 8554.27
RRC Setup Attempts: 3785
CA Conf FailRate Pct den: 8960
weekend: 0
CA Activation Rate: 36.41
hr: 15
MAC_UE_SC_Tput: 9640.95
Bearer Releases: 17082

hr: 15
CA Activation Rate num: 13426049
SIP_SC_Total_MOU: 102.53
Peak UE: 27
MB_per_connected_UE: 23.99
PCT Time MIMO: 45.37

Time: 17:09:40
holiday: 0
CA DL DataVolRatio Pct: 60.35
CA DL DataVolRatio Pct num: 2512

DL MAC Vol Scell Pct: 12.32
SIP DC%: 
DLRLCLayerDataVolume MB: 4236.73
PRB Util%: 72.19
weekend: 0
hr: 8
MAC_UE_SC_Tput: 6391.93
Bearer Releases: 9657

hr: 8
CA Activation Rate num: 7013182
Peak UE: 48
PCT Time MIMO: 39.59
CA Activation Rate den: 88962

Time: 18:45:16
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 6045
PRB Util%: 14.57
CA DL DataVolRatio Pct den: 672
weekend: 0
UPTP Mbps Num: 16328
hr: 4
MAC_UE_SC_Tput: 11449.57

hr: 4
CA Activation Rate num: 1060189
UPTP Mbps Den: 1978
Peak UE: 95
DL Volume: 4532
DL Data Vol MAC in MB: 1433.86
CA Activation Rate den: 38798

Time: 19:18:33
holiday: 0

SIP DC%: 
UPTP_Mbps: 9.42
DRB UL Data Volume MB: 7789
PRB Util%: 32.63
weekend: 1
hr: 7
MAC_UE_SC_Tput: 7523.09

hr: 7
CA Activation Rate num: 8924613
Setup_Fail_DEN: 15205
SIP_SC_Total_MOU: 303.47
Peak UE: 54
PCT Time MIMO: 32.52
DL Volume: 9018
DL Data Vol MAC in MB: 5176.07
CA Activation Rate den: 61998

Time: 10:52:11
holiday: 0

Avg_Connected_UEs: 79.22
SIP DC%: 
DRB UL Data Volume MB: 9322
weekend: 0
hr: 20
MAC_UE_SC_Tput: 5590.8

hr: 20
CA Activation Rate num: 3640556
Peak UE: 69
MB_per_connected_UE: 55.67
PCT Time MIMO: 39.42
DL Volume: 5157
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3808
UL Throughput: 4.74
DL Data Vol MAC in MB: 2744.71
CA Activation Rate den: 139860

Time: 05:11:06
holiday: 0
CA DL DataVolRatio Pct num: 715

DL MAC Vol Scell Pct: 31.68
Avg_Connected_UEs: 47.93
SIP DC%: 
UPTP_Mbps: 67.93
DLRLCLayerDataVolume MB: 7892.44
DRB UL Data Volume MB: 189
RRC Setup Attempts: 6168
weekend: 0
UPTP Mbps Num: 9279
CA Activation Rate: 27.39
hr: 0
MAC_UE_SC_Tput: 5999.79

hr: 0
CA Activation Rate num: 721151
Setup_Fail_DEN: 13586
SIP_SC_Total_MOU: 33.11
Peak UE: 49
DL Volume: 4672
DL Data Vol MAC in MB: 7793.77

Combined RACH Preambles: 3662
Time: 00:41:32
holiday: 0

DL MAC Vol Scell Pct: 40.34
Avg_Connected_UEs: 34.01
SIP DC%: 
DLRLCLayerDataVolume MB: 4684.59
CA Conf FailRate Pct den: 3970
weekend: 0
CA Activation Rate: 11.73
hr: 3
MAC_UE_SC_Tput: 18347.72

hr: 3
CA Activation Rate num: 9812409
SIP_SC_Total_MOU: 91.29
Peak UE: 31
MB_per_connected_UE: 7.98
DL Data Vol MAC in MB: 5791.07

holiday: 0
CA DL DataVolRatio Pct: 79.25

SIP DC%: 
UPTP_Mbps: 80.52
DLRLCLayerDataVolume MB: 7698.92
DRB UL Data Volume MB: 7560
RRC Setup Attempts: 7871
CA DL DataVolRatio Pct den: 8925
CA Conf FailRate Pct den: 9305
weekend: 0
CA Activation Rate: 53.82
hr: 20
MAC_UE_SC_Tput: 11250.32
Bearer Releases: 12461

hr: 20
Setup_Fail_DEN: 18988
Peak UE: 27
DL Volume: 1619
DL Data Vol MAC in MB: 8494.41
CA Activation Rate den: 147497

Time: 18:14:08
holiday: 0

Avg_Connected_UEs: 82.98
SIP DC%: 
DLRLCLayerDataVolume MB: 8046.71
PRB Util%: 12.75
RRC Setup Attempts: 3373
CA DL DataVolRatio Pct den: 4922
weekend: 0
UPTP Mbps Num: 40494
hr: 23
MAC_UE_SC_Tput: 8615.11

hr: 23
CA Activation Rate num: 6648141
Setup_Fail_DEN: 10871
Peak UE: 27
MB_per_connected_UE: 77.88
DL Data Vol MAC in MB: 8429.91

Time: 01:16:07
holiday: 0

DL MAC Vol Scell Pct: 20.67
SIP DC%: 
DLRLCLayerDataVolume MB: 9615.13
RRC Setup Attempts: 8079
weekend: 1
hr: 14
MAC_UE_SC_Tput: 8916.52

hr: 14
CA Activation Rate num: 7796269
Setup_Fail_DEN: 19069
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 95.67
DL Data Vol MAC in MB: 8665.37

Time: 23:32:20
holiday: 0
CA DL DataVolRatio Pct: 80.19
RRC Setup Failure% 5G: 0.28

SIP DC%: 
DLRLCLayerDataVolume MB: 4803.13
DRB UL Data Volume MB: 8224
CA DL DataVolRatio Pct den: 8485
weekend: 0
UPTP Mbps Num: 21190
CA Activation Rate: 40.22
hr: 8
MAC_UE_SC_Tput: 11082.67

hr: 8
CA Activation Rate num: 10665705
Peak UE: 27
PCT Time MIMO: 44.58
DL Data Vol MAC in MB: 2240.5
CA Activation Rate den: 42009

Time: 20:09:19
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 150.28
CA Conf FailRate Pct den: 6824
weekend: 0
CA Activation Rate: 64.34
hr: 23
MAC_UE_SC_Tput: 16795.3
Bearer Releases: 10253

hr: 23
CA Activation Rate num: 4758076
UPTP Mbps Den: 739
Setup_Fail_DEN: 12201
Peak UE: 55
MB_per_connected_UE: 161.38
PCT Time MIMO: 62.39
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7581
CA Activation Rate den: 111508

Time: 12:48:43
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 2374
weekend: 0
CA Activation Rate: 74.54
hr: 23
MAC_UE_SC_Tput: 11109.82

hr: 23
UPTP Mbps Den: 3218
Setup_Fail_DEN: 15967
Peak UE: 27
DL Volume: 3871
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8562

Time: 15:48:01
holiday: 0
CA DL DataVolRatio Pct: 92.34
CA DL DataVolRatio Pct num: 2754

DL MAC Vol Scell Pct: 12.21
Avg_Connected_UEs: 62.77
SIP DC%: 
DLRLCLayerDataVolume MB: 9968.44
DRB UL Data Volume MB: 9370
PRB Util%: 68.94
weekend: 0
CA Activation Rate: 74.17
hr: 21
MAC_UE_SC_Tput: 4773.7
Bearer Releases: 8461

hr: 21
CA Activation Rate num: 9808844
SIP_SC_Total_MOU: 328.56
Peak UE: 27
MB_per_connected_UE: 7.77
PCT Time MIMO: 33.81
DL Volume: 400
CA Activation Rate den: 181611

holiday: 0
CA DL DataVolRatio Pct: 86.23

SIP DC%: 
DRB UL Data Volume MB: 8132
weekend: 0
hr: 23
MAC_UE_SC_Tput: 14039.93
Bearer Releases: 10464

hr: 23
CA Activation Rate num: 8044715
Setup_Fail_DEN: 17035
SIP_SC_Total_MOU: 3.81
Peak UE: 27
MB_per_connected_UE: 93.24
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6289
DL Data Vol MAC in MB: 5264.82

Time: 18:56:22
holiday: 0

DL MAC Vol Scell Pct: 48.1
Avg_Connected_UEs: 43.99
SIP DC%: 
DLRLCLayerDataVolume MB: 4117.59
PRB Util%: 61.29
CA DL DataVolRatio Pct den: 2462
CA Conf FailRate Pct den: 2974
weekend: 1
UPTP Mbps Num: 49332
hr: 0
MAC_UE_SC_Tput: 9033.09

hr: 0
CA Activation Rate num: 5266622
Setup_Fail_DEN: 11191
SIP_SC_Total_MOU: 121.86
Peak UE: 27
DL Data Vol MAC in MB: 9426.3
CA Activation Rate den: 116566

Combined RACH Preambles: 4664
Time: 09:00:28
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5067.92
Bearer Drop Voice%: 0.56
weekend: 0
UPTP Mbps Num: 5592
hr: 12
MAC_UE_SC_Tput: 5815.2
Bearer Releases: 14494

hr: 12
CA Activation Rate num: 8118105
Setup_Fail_DEN: 12413
Peak UE: 27
MB_per_connected_UE: 167.14
PCT Time MIMO: 64.18
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5890
DL Data Vol MAC in MB: 9125.97
CA Activation Rate den: 71913

Time: 08:58:43
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9676.65
DRB UL Data Volume MB: 4989
RRC Setup Attempts: 5952
CA DL DataVolRatio Pct den: 7309
weekend: 0
hr: 23
MAC_UE_SC_Tput: 14858.01

hr: 23
CA Activation Rate num: 1209264
Setup_Fail_DEN: 8769
Peak UE: 43
MB_per_connected_UE: 127.3
CA Activation Rate den: 105462

Time: 03:07:02
holiday: 0
CA DL DataVolRatio Pct num: 7313

DL MAC Vol Scell Pct: 3.74
SIP DC%: 
DLRLCLayerDataVolume MB: 5357.11
PRB Util%: 4.41
weekend: 0
hr: 18
MAC_UE_SC_Tput: 9689.12

hr: 18
Setup_Fail_DEN: 19295
SIP_SC_Total_MOU: 189.31
Peak UE: 27
MB_per_connected_UE: 86.93
DL Volume: 2903
DL Data Vol MAC in MB: 631.18

Time: 10:10:23
holiday: 0
CA DL DataVolRatio Pct: 83.18

SIP DC%: 
DRB UL Data Volume MB: 8582
RRC Setup Attempts: 4992
weekend: 0
CA Activation Rate: 21.04
hr: 23
MAC_UE_SC_Tput: 16952.38
Bearer Releases: 8040

hr: 23
CA Activation Rate num: 9572345
UPTP Mbps Den: 982
SIP_SC_Total_MOU: 269.1
Peak UE: 41
MB_per_connected_UE: 88.35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8733
CA Activation Rate den: 70383

Time: 13:02:15
holiday: 0

SIP DC%: 
UPTP_Mbps: 89.48
DLRLCLayerDataVolume MB: 3799.92
weekend: 1
hr: 1
Bearer Releases: 15873

hr: 1
CA Activation Rate num: 2772971
UPTP Mbps Den: 2306
Setup_Fail_DEN: 7111
SIP_SC_Total_MOU: 162.55
Peak UE: 50
MB_per_connected_UE: 9.81
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6427
DL Data Vol MAC in MB: 3605.33
CA Activation Rate den: 39810

Combined RACH Preambles: 3572
Time: 01:02:54
holiday: 0
CA DL DataVolRatio Pct num: 4759

DL MAC Vol Scell Pct: 48.4
SIP DC%: 
UPTP_Mbps: 70.28
PRB Util%: 36.15
RRC Setup Attempts: 6050
weekend: 0
UPTP Mbps Num: 25563
hr: 2
MAC_UE_SC_Tput: 12625.09

hr: 2
CA Activation Rate num: 10082410
UPTP Mbps Den: 5905
SIP_SC_Total_MOU: 142.36
Peak UE: 35
MB_per_connected_UE: 131.37
DL Volume: 3645
CA Activation Rate den: 173340

Time: 02:04:18
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1571.45
PRB Util%: 21.71
RRC Setup Attempts: 3572
CA Conf FailRate Pct den: 5259
weekend: 0
CA Activation Rate: 37.61
hr: 13
MAC_UE_SC_Tput: 12226.95

hr: 13
CA Activation Rate num: 5929889
SIP_SC_Total_MOU: 51.24
Peak UE: 27
MB_per_connected_UE: 62.17
DL Volume: 1540

Time: 12:59:36
holiday: 0
CA DL DataVolRatio Pct: 74.56

SIP DC%: 
DLRLCLayerDataVolume MB: 3657.33
DRB UL Data Volume MB: 814
PRB Util%: 71.85
CA DL DataVolRatio Pct den: 3119
weekend: 1
UPTP Mbps Num: 44730
hr: 12
MAC_UE_SC_Tput: 10377.83
Bearer Releases: 8231

hr: 12
CA Activation Rate num: 2834301
UPTP Mbps Den: 474
SIP_SC_Total_MOU: 181.8
Peak UE: 64
MB_per_connected_UE: 7.57
DL Volume: 7404
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3963
DL Data Vol MAC in MB: 9005.96
CA Activation Rate den: 163239

Time: 07:25:35
holiday: 0
CA DL DataVolRatio Pct num: 4664

SIP DC%: 
UPTP_Mbps: 132.43
DLRLCLayerDataVolume MB: 5369.4
DRB UL Data Volume MB: 2574
weekend: 0
UPTP Mbps Num: 59269
CA Activation Rate: 44.34
hr: 11
MAC_UE_SC_Tput: 7597.84

hr: 11
CA Activation Rate num: 10332282
Setup_Fail_DEN: 12796
SIP_SC_Total_MOU: 50.45
Peak UE: 27
MB_per_connected_UE: 42.88
PCT Time MIMO: 64.35
DL Volume: 3416
CA Activation Rate den: 136991

Time: 16:27:59
holiday: 0
CA DL DataVolRatio Pct num: 1898

Avg_Connected_UEs: 43.89
SIP DC%: 
UPTP_Mbps: 100.38
DLRLCLayerDataVolume MB: 8632.22
weekend: 1
UPTP Mbps Num: 4857
hr: 13
MAC_UE_SC_Tput: 10456.83

hr: 13
CA Activation Rate num: 5528434
UPTP Mbps Den: 4180
SIP_SC_Total_MOU: 56.43
Peak UE: 27
VOLTE IA%: 

Time: 12:31:39
holiday: 0

DL MAC Vol Scell Pct: 57.64
SIP DC%: 
DLRLCLayerDataVolume MB: 6666.98
DRB UL Data Volume MB: 4648
PRB Util%: 64.13
weekend: 0
UPTP Mbps Num: 22116
hr: 14
MAC_UE_SC_Tput: 4517.04
Bearer Releases: 17374

hr: 14
CA Activation Rate num: 7656158
SIP_SC_Total_MOU: 12.78
Peak UE: 27
MB_per_connected_UE: 160.98
DL Data Vol MAC in MB: 1185.44
CA Activation Rate den: 73081

Time: 21:37:25
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6922.9
DRB UL Data Volume MB: 5282
CA DL DataVolRatio Pct den: 6514
weekend: 0
UPTP Mbps Num: 3599
CA Activation Rate: 30.06
hr: 4
MAC_UE_SC_Tput: 13095.8

hr: 4
CA Activation Rate num: 10440876
Setup_Fail_DEN: 13789
SIP_SC_Total_MOU: 185.43
Peak UE: 27
CA Activation Rate den: 193789

Time: 09:29:27
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 9295
CA Conf FailRate Pct den: 5644
weekend: 0
UPTP Mbps Num: 31804
hr: 23
MAC_UE_SC_Tput: 7303.42

hr: 23
CA Activation Rate num: 2307245
Setup_Fail_DEN: 15704
Peak UE: 61
MB_per_connected_UE: 192.91
CA Activation Rate den: 127823

Time: 21:17:40
holiday: 0
CA DL DataVolRatio Pct num: 2503

Avg_Connected_UEs: 34.49
SIP DC%: 
DLRLCLayerDataVolume MB: 2185.69
DRB UL Data Volume MB: 7961
weekend: 0
CA Activation Rate: 68.14
hr: 0
MAC_UE_SC_Tput: 10119.23
Bearer Releases: 8131

hr: 0
CA Activation Rate num: 8570292
SIP_SC_Total_MOU: 29.08
Peak UE: 27
MB_per_connected_UE: 71.17
DL Volume: 7263
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4276

Combined RACH Preambles: 2706
Time: 05:19:08
holiday: 0

Avg_Connected_UEs: 40.31
SIP DC%: 
RRC Setup Attempts: 5299
CA DL DataVolRatio Pct den: 5438
CA Conf FailRate Pct den: 4615
weekend: 0
UPTP Mbps Num: 7501
hr: 23
MAC_UE_SC_Tput: 17985.52

hr: 23
CA Activation Rate num: 8758402
Setup_Fail_DEN: 19007
SIP_SC_Total_MOU: 77.91
Peak UE: 38
VOLTE IA%: 
PCT Time MIMO: 43.69
DL Data Vol MAC in MB: 5417.87
CA Activation Rate den: 68685

Time: 20:48:13
holiday: 0
CA DL DataVolRatio Pct num: 2008

SIP DC%: 
DLRLCLayerDataVolume MB: 2367.68
RRC Setup Attempts: 3779
weekend: 0
UPTP Mbps Num: 25528
CA Activation Rate: 15.52
hr: 23
MAC_UE_SC_Tput: 6698.64

hr: 23
CA Activation Rate num: 4705344
Setup_Fail_DEN: 9454
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5605
CA Activation Rate den: 79875

Time: 20:44:24
holiday: 0

SIP DC%: 
UPTP_Mbps: 92.08
DLRLCLayerDataVolume MB: 1937.31
DRB UL Data Volume MB: 8733
PRB Util%: 65.59
CA Conf FailRate Pct den: 7494
weekend: 0
hr: 10
MAC_UE_SC_Tput: 8730.31
Bearer Releases: 16688

hr: 10
CA Activation Rate num: 322996
SIP_SC_Total_MOU: 29.84
Peak UE: 45
VOLTE IA%: 
MB_per_connected_UE: 189.47
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6736
DL Data Vol MAC in MB: 1188.38
CA Activation Rate den: 135050

Time: 10:45:06
holiday: 0
CA DL DataVolRatio Pct: 58.88
CA DL DataVolRatio Pct num: 2787

Avg_Connected_UEs: 30.31
SIP DC%: 
UPTP_Mbps: 93.12
DLRLCLayerDataVolume MB: 8203.68
CA DL DataVolRatio Pct den: 6925
CA Conf FailRate Pct den: 2998
weekend: 0
UPTP Mbps Num: 9658
hr: 9
MAC_UE_SC_Tput: 6211.05

hr: 9
UPTP Mbps Den: 1773
Peak UE: 27
MB_per_connected_UE: 52.17
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5941
DL Data Vol MAC in MB: 9364.5
CA Activation Rate den: 36643

Time: 03:14:28
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2351.03
DL Packet Loss Pct: 1.87
CA DL DataVolRatio Pct den: 6018
CA Conf FailRate Pct den: 8172
weekend: 0
UPTP Mbps Num: 5728
hr: 14
MAC_UE_SC_Tput: 19108.52

hr: 14
CA Activation Rate num: 3085349
Setup_Fail_DEN: 10703
Peak UE: 27
DL Volume: 4756
DL Data Vol MAC in MB: 1543.98
CA Activation Rate den: 137847

Combined RACH Preambles: 4157
Time: 08:52:05
holiday: 0
CA DL DataVolRatio Pct: 60.25

SIP DC%: 
UPTP_Mbps: 113.74
CA DL DataVolRatio Pct den: 4221
CA Conf FailRate Pct den: 5014
weekend: 0
UPTP Mbps Num: 31009
CA Activation Rate: 55.91
hr: 8
MAC_UE_SC_Tput: 5783.82

hr: 8
CA Activation Rate num: 9026373
SIP_SC_Total_MOU: 192.37
Peak UE: 62
MB_per_connected_UE: 137.23
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5697
DL Data Vol MAC in MB: 4702.12

Time: 15:43:58
holiday: 0

DL MAC Vol Scell Pct: 8.55
SIP DC%: 
DLRLCLayerDataVolume MB: 3744.45
DRB UL Data Volume MB: 3314
DL Packet Loss Pct: 4.21
CA DL DataVolRatio Pct den: 5863
CA Conf FailRate Pct den: 8839
weekend: 0
hr: 0
MAC_UE_SC_Tput: 9925.36

hr: 0
CA Activation Rate num: 6034428
Setup_Fail_DEN: 9843
SIP_SC_Total_MOU: 97.79
Peak UE: 76
MB_per_connected_UE: 65.63
PCT Time MIMO: 57.89
DL Volume: 2149

Time: 20:43:12
holiday: 0

DL MAC Vol Scell Pct: 56.05
SIP DC%: 
DRB UL Data Volume MB: 6902
CA Conf FailRate Pct den: 2822
weekend: 1
UPTP Mbps Num: 23861
hr: 11
MAC_UE_SC_Tput: 6746.87

hr: 11
CA Activation Rate num: 8749856
SIP_SC_Total_MOU: 356.04
Peak UE: 27
VOLTE IA%: 
DL Data Vol MAC in MB: 10027.44

Time: 00:58:25
holiday: 0
CA DL DataVolRatio Pct num: 2127

Avg_Connected_UEs: 25.78
SIP DC%: 
UPTP_Mbps: 10.71
DLRLCLayerDataVolume MB: 8736.7
PRB Util%: 56.54
CA Conf FailRate Pct den: 9026
weekend: 0
CA Activation Rate: 49.83
hr: 23
MAC_UE_SC_Tput: 5316.54

hr: 23
CA Activation Rate num: 10621350
SIP_SC_Total_MOU: 276.26
Peak UE: 44
MB_per_connected_UE: 65.04
DL Volume: 4374
DL Data Vol MAC in MB: 8383.33
CA Activation Rate den: 45400

Time: 19:57:44
holiday: 0

Avg_Connected_UEs: 34.55
SIP DC%: 
RRC Setup Attempts: 7864
CA DL DataVolRatio Pct den: 7877
weekend: 0
hr: 16
MAC_UE_SC_Tput: 13559.09
Bearer Releases: 9081

hr: 16
CA Activation Rate num: 9841163
UPTP Mbps Den: 5933
Peak UE: 27
MB_per_connected_UE: 135.61
DL Data Vol MAC in MB: 993.87
CA Activation Rate den: 130675

Time: 02:44:23
holiday: 0
CA DL DataVolRatio Pct: 62.52
CA DL DataVolRatio Pct num: 4519

SIP DC%: 
DLRLCLayerDataVolume MB: 5394.92
DRB UL Data Volume MB: 8383
RRC Setup Attempts: 5784
CA DL DataVolRatio Pct den: 8728
CA Conf FailRate Pct den: 5226
weekend: 0
UPTP Mbps Num: 9957
hr: 11
MAC_UE_SC_Tput: 17624.79

hr: 11
CA Activation Rate num: 836016
SIP_SC_Total_MOU: 289.33
Peak UE: 27
DL Volume: 3115
DL Data Vol MAC in MB: 1587.14
CA Activation Rate den: 68681

Time: 04:04:42
holiday: 0
CA DL DataVolRatio Pct: 85.59

DL MAC Vol Scell Pct: 32.03
Avg_Connected_UEs: 84.31
SIP DC%: 
UPTP_Mbps: 16.95
DLRLCLayerDataVolume MB: 3186.14
CA Conf FailRate Pct den: 9458
weekend: 1
hr: 1
MAC_UE_SC_Tput: 5671.34

hr: 1
CA Activation Rate num: 1562153
UPTP Mbps Den: 4205
SIP_SC_Total_MOU: 21.04
Peak UE: 37
MB_per_connected_UE: 17.78
PCT Time MIMO: 51.89
DL Data Vol MAC in MB: 3454.99

Combined RACH Preambles: 2909
Time: 10:59:01
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4024.28
PRB Util%: 59.79
RRC Setup Attempts: 4151
CA DL DataVolRatio Pct den: 5323
weekend: 0
UPTP Mbps Num: 36978
hr: 12
MAC_UE_SC_Tput: 10799.48
Bearer Releases: 18548

hr: 12
CA Activation Rate num: 8993135
Peak UE: 27

Time: 23:01:44
holiday: 0
CA DL DataVolRatio Pct: 80.61
CA DL DataVolRatio Pct num: 5951

SIP DC%: 
RRC Setup Attempts: 6985
CA DL DataVolRatio Pct den: 5563
CA Conf FailRate Pct den: 7889
weekend: 1
UPTP Mbps Num: 5269
hr: 23
MAC_UE_SC_Tput: 15595.9
Bearer Releases: 15245

hr: 23
CA Activation Rate num: 6982689
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6255
DL Data Vol MAC in MB: 4832.63
CA Activation Rate den: 45067

Time: 07:56:01
holiday: 0
CA DL DataVolRatio Pct: 88.79
CA DL DataVolRatio Pct num: 2280

SIP DC%: 
DLRLCLayerDataVolume MB: 7990.94
RRC Setup Attempts: 5582
weekend: 0
hr: 7
MAC_UE_SC_Tput: 16059.73
Bearer Releases: 11181

hr: 7
CA Activation Rate num: 8518164
Setup_Fail_DEN: 9668
Peak UE: 27
MB_per_connected_UE: 140.25
DL Volume: 1086
CA Activation Rate den: 44103

Time: 11:13:15
holiday: 0
CA DL DataVolRatio Pct: 87.27

SIP DC%: 
DRB UL Data Volume MB: 2316
PRB Util%: 67.59
weekend: 0
CA Activation Rate: 40.92
hr: 0

hr: 0
SIP_SC_Total_MOU: 62.08
Peak UE: 27
MB_per_connected_UE: 170.06
DL Volume: 3561
CA Activation Rate den: 70723

Time: 20:05:27
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1164.51
weekend: 0
UPTP Mbps Num: 7541
hr: 15
MAC_UE_SC_Tput: 7596.59

hr: 15
CA Activation Rate num: 2848111
Setup_Fail_DEN: 6834
SIP_SC_Total_MOU: 243.05
UL MAC Vol Scell Pct: 2.16
Peak UE: 47

Time: 20:26:41
holiday: 0

DL MAC Vol Scell Pct: 16.43
Avg_Connected_UEs: 47.16
SIP DC%: 
DLRLCLayerDataVolume MB: 363.19
DRB UL Data Volume MB: 6096
CA DL DataVolRatio Pct den: 6481
weekend: 0
UPTP Mbps Num: 4405
CA Activation Rate: 65.74
hr: 4
Bearer Releases: 8579

hr: 4
CA Activation Rate num: 4563711
UPTP Mbps Den: 1197
Peak UE: 59
MB_per_connected_UE: 60.48
DL Volume: 8406
CA Activation Rate den: 127327

Time: 14:28:22
holiday: 0
CA DL DataVolRatio Pct num: 4834

SIP DC%: 
UPTP_Mbps: 13.72
DLRLCLayerDataVolume MB: 4976.22
RRC Setup Attempts: 8413
weekend: 0
UPTP Mbps Num: 5843
CA Activation Rate: 9.49
hr: 16
MAC_UE_SC_Tput: 30357.13

hr: 16
CA Activation Rate num: 8538335
UPTP Mbps Den: 1969
Setup_Fail_DEN: 16468
SIP_SC_Total_MOU: 323.79
Peak UE: 40
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4424
CA Activation Rate den: 127122

Time: 08:34:52
holiday: 0

DL MAC Vol Scell Pct: 39.63
SIP DC%: 
UPTP_Mbps: 128.49
DLRLCLayerDataVolume MB: 4645.71
PRB Util%: 38.19
weekend: 1
UPTP Mbps Num: 39970
hr: 10
MAC_UE_SC_Tput: 6435.4

hr: 10
CA Activation Rate num: 10300751
Setup_Fail_DEN: 7865
SIP_SC_Total_MOU: 59.21
Peak UE: 27
MB_per_connected_UE: 57.79
DL Volume: 6751
DL Data Vol MAC in MB: 8932.19
CA Activation Rate den: 56645

Time: 20:47:32
holiday: 0

Avg_Connected_UEs: 19.54
SIP DC%: 
DRB UL Data Volume MB: 3020
CA Conf FailRate Pct den: 6769
weekend: 0
UPTP Mbps Num: 16780
CA Activation Rate: 48.87
hr: 23
MAC_UE_SC_Tput: 7141.69
Bearer Releases: 10315

hr: 23
CA Activation Rate num: 5358896
Peak UE: 33
PCT Time MIMO: 62.52
DL Volume: 7544

Time: 15:21:32
holiday: 0

DL MAC Vol Scell Pct: 11.74
SIP DC%: 
DRB UL Data Volume MB: 5870
RRC Setup Attempts: 4072
CA DL DataVolRatio Pct den: 4878
CA Conf FailRate Pct den: 5890
weekend: 0
CA Activation Rate: 77.53
hr: 9
MAC_UE_SC_Tput: 6450.18
Bearer Releases: 9084

hr: 9
CA Activation Rate num: 8292049
Setup_Fail_DEN: 9642
SIP_SC_Total_MOU: 131.22
Peak UE: 39
VOLTE IA%: 
PCT Time MIMO: 56.84
UL Throughput: 17.98

Time: 00:14:02
holiday: 0

DL MAC Vol Scell Pct: 4.71
Avg_Connected_UEs: 77.66
SIP DC%: 
DLRLCLayerDataVolume MB: 1206.45
weekend: 1
hr: 19
MAC_UE_SC_Tput: 4539.85

hr: 19
CA Activation Rate num: 4502369
Setup_Fail_DEN: 11515
SIP_SC_Total_MOU: 58.06
Peak UE: 27
PCT Time MIMO: 48.66
DL Data Vol MAC in MB: 5261.79
CA Activation Rate den: 119761

Time: 08:08:42
holiday: 0
HO_att_InterFreq: 576

Avg_Connected_UEs: 77.32
SIP DC%: 
DLRLCLayerDataVolume MB: 4278.8
CA Conf FailRate Pct den: 6402
weekend: 0
UPTP Mbps Num: 55051
hr: 0
MAC_UE_SC_Tput: 8432.12
Bearer Releases: 13095

hr: 0
CA Activation Rate num: 10786748
Peak UE: 48
DL Volume: 3933
DL Data Vol MAC in MB: 7267.47

Time: 21:26:41
holiday: 0

DL MAC Vol Scell Pct: 35.29
SIP DC%: 
UPTP_Mbps: 118.91
DLRLCLayerDataVolume MB: 7371.45
CA DL DataVolRatio Pct den: 7566
RSSIRX1 Avg: -93.17
weekend: 0
UPTP Mbps Num: 36458
hr: 17
MAC_UE_SC_Tput: 11275.09

hr: 17
CA Activation Rate num: 9550351
Setup_Fail_DEN: 11750
SIP_SC_Total_MOU: 287.06
Peak UE: 54
MB_per_connected_UE: 142.97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3673

Combined RACH Preambles: 2622
Time: 07:33:50
holiday: 0
CA DL DataVolRatio Pct num: 3247

Avg_Connected_UEs: 48.56
SIP DC%: 
UPTP_Mbps: 31.95
DRB UL Data Volume MB: 9602
CA DL DataVolRatio Pct den: 8178
weekend: 0
hr: 15
MAC_UE_SC_Tput: 8096.12
Bearer Releases: 18384

hr: 15
CA Activation Rate num: 10682409
Setup_Fail_DEN: 14572
Peak UE: 27
DL Volume: 1599
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8304
DL Data Vol MAC in MB: 4938.24

Time: 16:57:40
holiday: 0

Avg_Connected_UEs: 20.11
SIP DC%: 
UPTP_Mbps: 129.47
DLRLCLayerDataVolume MB: 9415.4
CA DL DataVolRatio Pct den: 7648
weekend: 0
hr: 11
MAC_UE_SC_Tput: 6944.82
Bearer Releases: 14880

hr: 11
CA Activation Rate num: 3770465
Setup_Fail_DEN: 7601
SIP_SC_Total_MOU: 292.84
UL MAC Vol Scell Pct: 2.89
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 11.57
UL Throughput: 10.33
CA Activation Rate den: 78331

Time: 07:50:42
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6686.42
RRC Setup Attempts: 4925
weekend: 0
UPTP Mbps Num: 55183
hr: 10
MAC_UE_SC_Tput: 14056.65

hr: 10
CA Activation Rate num: 8919708
PCT Time MIMO: 34.63
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5949

Time: 07:36:08
holiday: 0

SIP DC%: 
PRB Util%: 24.07
CA DL DataVolRatio Pct den: 703
weekend: 0
CA Activation Rate: 73.39
hr: 5
MAC_UE_SC_Tput: 7440

hr: 5
CA Activation Rate num: 1733795
SIP_SC_Total_MOU: 41.78
Peak UE: 89
MB_per_connected_UE: 128.85
DL Volume: 4606
DL Data Vol MAC in MB: 3717.99
CA Activation Rate den: 39658
Combined RACH Preambles: 2093
Time: 22:30:51

holiday: 0
CA DL DataVolRatio Pct: 45.23

SIP DC%: 
DLRLCLayerDataVolume MB: 1141.17
CA DL DataVolRatio Pct den: 2832
CA Conf FailRate Pct den: 7714
weekend: 0
UPTP Mbps Num: 30644
hr: 8
MAC_UE_SC_Tput: 9544.37

hr: 8
CA Activation Rate num: 1495487
UPTP Mbps Den: 1677
SIP_SC_Total_MOU: 373.73
Peak UE: 42
MB_per_connected_UE: 121.97
PCT Time MIMO: 48.03
DL Data Vol MAC in MB: 4569.96
CA Activation Rate den: 103792

Combined RACH Preambles: 3417
Time: 04:13:23
holiday: 0
CA DL DataVolRatio Pct num: 3177

SIP DC%: 
UPTP_Mbps: 15.15
PRB Util%: 28.69
CA DL DataVolRatio Pct den: 10198
CA Conf FailRate Pct den: 9509
weekend: 0
UPTP Mbps Num: 31540
hr: 17
MAC_UE_SC_Tput: 29301.47
Bearer Releases: 13452

hr: 17
CA Activation Rate num: 3855723
SIP_SC_Total_MOU: 120.22
Peak UE: 27
MB_per_connected_UE: 67.13
DL Volume: 4432
CA Activation Rate den: 136853

Time: 02:41:28
holiday: 0
CA DL DataVolRatio Pct: 68.79
CA DL DataVolRatio Pct num: 1231

SIP DC%: 
UPTP_Mbps: 15.28
DRB UL Data Volume MB: 1238
PRB Util%: 62.69
weekend: 0
CA Activation Rate: 26.3
hr: 12
MAC_UE_SC_Tput: 12027.59
Bearer Releases: 15022

hr: 12
CA Activation Rate num: 930863
SIP_SC_Total_MOU: 209.72
Peak UE: 34
DL Volume: 1403
DL Data Vol MAC in MB: 9778.22
CA Activation Rate den: 92246

Time: 13:17:56
holiday: 0
CA DL DataVolRatio Pct num: 1561

SIP DC%: 
DRB UL Data Volume MB: 919
PRB Util%: 64.54
CA DL DataVolRatio Pct den: 9255
weekend: 0
UPTP Mbps Num: 13635
hr: 10
MAC_UE_SC_Tput: 11455.88
Bearer Releases: 7299

hr: 10
CA Activation Rate num: 2222770
SIP_SC_Total_MOU: 391.45
MB_per_connected_UE: 164.23
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9190
DL Data Vol MAC in MB: 7018.4
CA Activation Rate den: 109622

Time: 09:59:14
holiday: 0
CA DL DataVolRatio Pct: 59.27

DL MAC Vol Scell Pct: 29.05
SIP DC%: 
UPTP_Mbps: 15.32
DRB UL Data Volume MB: 3335
CA Conf FailRate Pct den: 7567
weekend: 0
UPTP Mbps Num: 14842
CA Activation Rate: 56.47
hr: 5
MAC_UE_SC_Tput: 11498.15

hr: 5
SIP_SC_Total_MOU: 33.22
Peak UE: 27
PCT Time MIMO: 34.37
CA Activation Rate den: 88386

holiday: 0

Avg_Connected_UEs: 23.06
SIP DC%: 
DRB UL Data Volume MB: 8098
PRB Util%: 40.34
CA Conf FailRate Pct den: 3349
weekend: 0
UPTP Mbps Num: 11048
hr: 11
MAC_UE_SC_Tput: 11471.18

hr: 11
Setup_Fail_DEN: 11081
SIP_SC_Total_MOU: 91.68
Peak UE: 27
MB_per_connected_UE: 29.49
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7117
DL Data Vol MAC in MB: 6987.87

Time: 20:40:24
holiday: 0
CA DL DataVolRatio Pct num: 4218

SIP DC%: 
UPTP_Mbps: 98.17
DLRLCLayerDataVolume MB: 1747.54
PRB Util%: 30.14
CA DL DataVolRatio Pct den: 284
weekend: 1
hr: 23
MAC_UE_SC_Tput: 35005.87
Bearer Releases: 11223

hr: 23
CA Activation Rate num: 8830926
UPTP Mbps Den: 1645
Setup_Fail_DEN: 9853
SIP_SC_Total_MOU: 22.01
Peak UE: 74
MB_per_connected_UE: 150.26
DL Volume: 4007
CA Activation Rate den: 112712

Time: 01:41:18
holiday: 0
CA DL DataVolRatio Pct: 66.3

SIP DC%: 
RRC Setup Attempts: 6072
CA DL DataVolRatio Pct den: 7060
weekend: 0
CA Activation Rate: 39.32
hr: 8
MAC_UE_SC_Tput: 8769.3
Bearer Releases: 6488

hr: 8
CA Activation Rate num: 4440484
Setup_Fail_DEN: 15985
Peak UE: 27
DL Volume: 6455
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5166
DL Data Vol MAC in MB: 576.44

Time: 21:08:13
holiday: 0
CA DL DataVolRatio Pct: 61.47

Avg_Connected_UEs: 18.54
SIP DC%: 
DLRLCLayerDataVolume MB: 2568.34
PRB Util%: 29.1
CA DL DataVolRatio Pct den: 619
CA Conf FailRate Pct den: 3953
weekend: 0
UPTP Mbps Num: 20352
hr: 0
MAC_UE_SC_Tput: 7889.94

hr: 0
CA Activation Rate num: 4686490
Setup_Fail_DEN: 13227
SIP_SC_Total_MOU: 393.65
Peak UE: 48
DL Data Vol MAC in MB: 9740.59
CA Activation Rate den: 46308

Combined RACH Preambles: 5115
Time: 21:25:11
holiday: 0
CA DL DataVolRatio Pct: 87.92
CA DL DataVolRatio Pct num: 2686

Avg_Connected_UEs: 75.26
SIP DC%: 
UPTP_Mbps: 28.32
DLRLCLayerDataVolume MB: 9972.24
PRB Util%: 34.03
weekend: 0
CA Activation Rate: 34.96
hr: 6
MAC_UE_SC_Tput: 4977.76
Bearer Releases: 6791

hr: 6
CA Activation Rate num: 10810691
UPTP Mbps Den: 5920
SIP_SC_Total_MOU: 344.51
Peak UE: 27
MB_per_connected_UE: 71.21
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4003
DL Data Vol MAC in MB: 5719.12
CA Activation Rate den: 65403

Time: 05:15:01
holiday: 0

Avg_Connected_UEs: 56.65
SIP DC%: 
DLRLCLayerDataVolume MB: 2644.34
PRB Util%: 22.7
weekend: 0
UPTP Mbps Num: 17430
hr: 23
MAC_UE_SC_Tput: 7028.56
Bearer Releases: 15860

hr: 23
CA Activation Rate num: 10949740
Peak UE: 46
MB_per_connected_UE: 44.11

Time: 03:29:29
holiday: 0
CA DL DataVolRatio Pct num: 6963

Avg_Connected_UEs: 84.15
SIP DC%: 
DLRLCLayerDataVolume MB: 6465.2
RRC Setup Attempts: 7615
CA DL DataVolRatio Pct den: 5047
weekend: 0
CA Activation Rate: 53.68
hr: 23
MAC_UE_SC_Tput: 11504.23

hr: 23
CA Activation Rate num: 3028911
Setup_Fail_DEN: 15068
SIP_SC_Total_MOU: 15.17
Peak UE: 40
MB_per_connected_UE: 190.46
DL Data Vol MAC in MB: 1994.04
CA Activation Rate den: 39746

Time: 03:29:16
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 840.89
CA Conf FailRate Pct den: 8282
weekend: 0
UPTP Mbps Num: 8687
CA Activation Rate: 15.77
hr: 13
MAC_UE_SC_Tput: 6881.87
Bearer Releases: 18451

hr: 13
SIP_SC_Total_MOU: 312.6
UL MAC Vol Scell Pct: 1
Peak UE: 95
MB_per_connected_UE: 101.33
PCT Time MIMO: 43.76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7902
CA Activation Rate den: 90640

Combined RACH Preambles: 4107
Time: 22:08:57
holiday: 0

Avg_Connected_UEs: 80.4
SIP DC%: 
DLRLCLayerDataVolume MB: 1914.93
weekend: 1
hr: 23
MAC_UE_SC_Tput: 6720.98
Bearer Releases: 11866

hr: 23
CA Activation Rate num: 4856527
Peak UE: 74
MB_per_connected_UE: 33.46
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4374
DL Data Vol MAC in MB: 6252.9
CA Activation Rate den: 75320

holiday: 0

SIP DC%: 
UPTP_Mbps: 46.57
DLRLCLayerDataVolume MB: 954.81
RRC Setup Attempts: 7766
CA DL DataVolRatio Pct den: 8436
CA Conf FailRate Pct den: 9281
weekend: 0
UPTP Mbps Num: 58475
CA Activation Rate: 58.24
hr: 2
MAC_UE_SC_Tput: 11360.56
Bearer Releases: 12552

hr: 2
CA Activation Rate num: 6288402
Setup_Fail_DEN: 14327
SIP_SC_Total_MOU: 14.78
Peak UE: 27
MB_per_connected_UE: 153.75
DL Data Vol MAC in MB: 1315.46
CA Activation Rate den: 78713

Time: 19:12:20
holiday: 0
CA DL DataVolRatio Pct: 84.69
CA DL DataVolRatio Pct num: 4976

Avg_Connected_UEs: 57.55
SIP DC%: 
DLRLCLayerDataVolume MB: 677.21
PRB Util%: 72.78
RRC Setup Attempts: 6485
weekend: 1
CA Activation Rate: 56.8
hr: 4

hr: 4
CA Activation Rate num: 4118004
UPTP Mbps Den: 3357
Setup_Fail_DEN: 10181
Peak UE: 32
MB_per_connected_UE: 61.54
DL Volume: 9677
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8881
UL Throughput: 16.57
DL Data Vol MAC in MB: 1824.71

Time: 22:04:06
holiday: 0
CA DL DataVolRatio Pct num: 1814

SIP DC%: 
DLRLCLayerDataVolume MB: 3809.1
PRB Util%: 34.64
CA DL DataVolRatio Pct den: 6848
weekend: 0
UPTP Mbps Num: 45902
hr: 19
MAC_UE_SC_Tput: 12851.23
Bearer Releases: 13425

hr: 19
CA Activation Rate num: 8778398
SIP_SC_Total_MOU: 194.87
Peak UE: 53
MB_per_connected_UE: 88.21
DL Volume: 9047
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6956
DL Data Vol MAC in MB: 2580.19

Combined RACH Preambles: 2074
Time: 02:19:17
holiday: 0
CA DL DataVolRatio Pct: 57.22

SIP DC%: 
PRB Util%: 72.36
CA Conf FailRate Pct den: 8979
weekend: 0
UPTP Mbps Num: 40149
hr: 20
MAC_UE_SC_Tput: 16170.04
Bearer Releases: 6679

hr: 20
CA Activation Rate num: 3109953
Setup_Fail_DEN: 12812
Peak UE: 27
MB_per_connected_UE: 135.38
DL Volume: 5229
CA Activation Rate den: 189201

Time: 17:52:29
holiday: 0
CA DL DataVolRatio Pct num: 6281

SIP DC%: 
CA DL DataVolRatio Pct den: 1333
weekend: 0
CA Activation Rate: 72.05
hr: 9
MAC_UE_SC_Tput: 17034.26

hr: 9
CA Activation Rate num: 7872279
UPTP Mbps Den: 3516
SIP_SC_Total_MOU: 61.58
Peak UE: 58
VOLTE IA%: 
MB_per_connected_UE: 129.68
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4834
CA Activation Rate den: 119482

Time: 12:42:30
holiday: 0

Avg_Connected_UEs: 24.82
SIP DC%: 
DLRLCLayerDataVolume MB: 1014.5
PRB Util%: 12.71
RRC Setup Attempts: 7797
weekend: 0
UPTP Mbps Num: 16633
CA Activation Rate: 7.74
hr: 2
MAC_UE_SC_Tput: 12689.4

hr: 2
CA Activation Rate num: 10448644
UPTP Mbps Den: 1756
Setup_Fail_DEN: 7182
SIP_SC_Total_MOU: 32.82
Peak UE: 27
PCT Time MIMO: 40.74
CA Activation Rate den: 69517
Combined RACH Preambles: 4032

Time: 04:46:09
holiday: 0
CA DL DataVolRatio Pct: 80.85

SIP DC%: 
PRB Util%: 29.87
CA DL DataVolRatio Pct den: 1987
weekend: 0
UPTP Mbps Num: 34540
hr: 10
MAC_UE_SC_Tput: 14738.12
Bearer Releases: 13543

hr: 10
CA Activation Rate num: 8796644
SIP_SC_Total_MOU: 41.09
Peak UE: 27

Time: 07:30:35
holiday: 0

Avg_Connected_UEs: 26.94
SIP DC%: 
DLRLCLayerDataVolume MB: 5497.97
weekend: 0
UPTP Mbps Num: 56903
hr: 0
MAC_UE_SC_Tput: 8995.36
Bearer Releases: 18342

hr: 0
CA Activation Rate num: 853399
Setup_Fail_DEN: 10922
SIP_SC_Total_MOU: 340.25
Peak UE: 50
MB_per_connected_UE: 56.21
PCT Time MIMO: 47.06
CA Activation Rate den: 48255

Time: 21:10:05
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1862.54
DRB UL Data Volume MB: 5139
RRC Setup Attempts: 7711
weekend: 1
hr: 14
MAC_UE_SC_Tput: 9226.87

hr: 14
CA Activation Rate num: 10298799
SIP_SC_Total_MOU: 92.36
Peak UE: 35
DL Volume: 9575

Time: 13:00:11
holiday: 0
CA DL DataVolRatio Pct num: 4893

DL MAC Vol Scell Pct: 27.66
Avg_Connected_UEs: 51.88
SIP DC%: 
DLRLCLayerDataVolume MB: 6501.35
PRB Util%: 61.71
RRC Setup Attempts: 5685
weekend: 0
UPTP Mbps Num: 23484
hr: 0
MAC_UE_SC_Tput: 12233.66
Bearer Releases: 12571

hr: 0
CA Activation Rate num: 2983748
Setup_Fail_DEN: 9131
SIP_SC_Total_MOU: 174.8
Peak UE: 31
MB_per_connected_UE: 55.19
DL Data Vol MAC in MB: 9974.28

Time: 04:37:56
holiday: 0

SIP DC%: 
PRB Util%: 66.86
CA DL DataVolRatio Pct den: 3248
CA Conf FailRate Pct den: 6097
weekend: 0
UPTP Mbps Num: 34928
CA Activation Rate: 74.68
hr: 0
Bearer Releases: 14450

hr: 0
CA Activation Rate num: 10844641
Setup_Fail_DEN: 15431
SIP_SC_Total_MOU: 388.37
Peak UE: 27
MB_per_connected_UE: 83.72
CA Activation Rate den: 72504

Time: 21:08:52
holiday: 0
CA DL DataVolRatio Pct num: 5314

DL MAC Vol Scell Pct: 3.11
SIP DC%: 
UPTP_Mbps: 39.41
DLRLCLayerDataVolume MB: 5639.57
DRB UL Data Volume MB: 8822
PRB Util%: 67.67
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4814.57
Bearer Releases: 15859

hr: 23
UL MAC Vol Scell Pct: 1.31
Peak UE: 81
MB_per_connected_UE: 37.83

Time: 15:54:42
holiday: 0
CA DL DataVolRatio Pct num: 4690

DL MAC Vol Scell Pct: 5.09
SIP DC%: 
DLRLCLayerDataVolume MB: 521.74
DRB UL Data Volume MB: 3125
RRC Setup Attempts: 4051
CA DL DataVolRatio Pct den: 9550
CA Conf FailRate Pct den: 6348
weekend: 0
CA Activation Rate: 46.83
hr: 0
MAC_UE_SC_Tput: 21873.12

hr: 0
CA Activation Rate num: 363665
UPTP Mbps Den: 735
Peak UE: 60
MB_per_connected_UE: 7.6
PCT Time MIMO: 38.72
DL Data Vol MAC in MB: 9162.91

Time: 11:17:45
holiday: 0
CA DL DataVolRatio Pct: 83.91

SIP DC%: 
UPTP_Mbps: 23.15
DLRLCLayerDataVolume MB: 5778.02
PRB Util%: 55.98
weekend: 1
hr: 17
MAC_UE_SC_Tput: 5284.46

hr: 17
Setup_Fail_DEN: 15947
SIP_SC_Total_MOU: 57.59
Peak UE: 27
MB_per_connected_UE: 115.99
CA Activation Rate den: 83025

Time: 22:11:14
holiday: 0

Avg_Connected_UEs: 55.84
SIP DC%: 
PRB Util%: 30.77
CA DL DataVolRatio Pct den: 6064
CA Conf FailRate Pct den: 2547
weekend: 0
hr: 18
MAC_UE_SC_Tput: 10866.79
Bearer Releases: 14182

hr: 18
CA Activation Rate num: 4476317
Setup_Fail_DEN: 13317
SIP_SC_Total_MOU: 64.02
Peak UE: 27
MB_per_connected_UE: 198.85
DL Data Vol MAC in MB: 5620.5

Time: 12:02:10
holiday: 0
CA DL DataVolRatio Pct: 49.45

DL MAC Vol Scell Pct: 14.46
SIP DC%: 
UPTP_Mbps: 37.67
DLRLCLayerDataVolume MB: 8841.27
CA DL DataVolRatio Pct den: 7886
weekend: 1
UPTP Mbps Num: 2886
hr: 4
MAC_UE_SC_Tput: 13324.21

hr: 4
CA Activation Rate num: 13841583
Peak UE: 47
DL Volume: 7310
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7195
DL Data Vol MAC in MB: 6069.18

Combined RACH Preambles: 3982
Time: 06:37:56
holiday: 0
CA DL DataVolRatio Pct: 89.68

Avg_Connected_UEs: 37.42
SIP DC%: 
CA DL DataVolRatio Pct den: 5471
weekend: 0
hr: 23
MAC_UE_SC_Tput: 14755.64
Bearer Releases: 15302

hr: 23
CA Activation Rate num: 3837968
SIP_SC_Total_MOU: 76.9
Peak UE: 76
MB_per_connected_UE: 196.34
PCT Time MIMO: 58.7
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4558
DL Data Vol MAC in MB: 1787.86
CA Activation Rate den: 50011

Time: 15:20:00
holiday: 0

DL MAC Vol Scell Pct: 11.03
SIP DC%: 
DLRLCLayerDataVolume MB: 4380.16
PRB Util%: 48.23
RRC Setup Attempts: 4196
CA DL DataVolRatio Pct den: 9404
CA Conf FailRate Pct den: 5111
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6033.04

hr: 23
CA Activation Rate num: 10665698
SIP_SC_Total_MOU: 7.48
Peak UE: 55
MB_per_connected_UE: 169.14
DL Volume: 2353
DL Data Vol MAC in MB: 4813.05
CA Activation Rate den: 45926

Time: 08:27:29
holiday: 0
CA DL DataVolRatio Pct num: 6017

DL MAC Vol Scell Pct: 51.97
SIP DC%: 
UPTP_Mbps: 63.39
PRB Util%: 9.35
RRC Setup Attempts: 9081
CA DL DataVolRatio Pct den: 8065
weekend: 0
UPTP Mbps Num: 16356
hr: 2
MAC_UE_SC_Tput: 10582.84

hr: 2
CA Activation Rate num: 5718930
SIP_SC_Total_MOU: 103.19
Peak UE: 27
PCT Time MIMO: 45.57
DL Data Vol MAC in MB: 9771.45
CA Activation Rate den: 95014

Time: 07:22:21
holiday: 0

DL MAC Vol Scell Pct: 31.52
Avg_Connected_UEs: 53.89
SIP DC%: 
UPTP_Mbps: 14.53
DLRLCLayerDataVolume MB: 3331.94
DRB UL Data Volume MB: 4817
RRC Setup Attempts: 3498
CA Conf FailRate Pct den: 6305
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5853.75
Bearer Releases: 7330

hr: 0
CA Activation Rate num: 6457496
Setup_Fail_DEN: 7527
Peak UE: 87
MB_per_connected_UE: 88.52
DL Data Vol MAC in MB: 6777.71
CA Activation Rate den: 181764
Combined RACH Preambles: 3925

Time: 10:26:16
holiday: 0
CA DL DataVolRatio Pct: 52.69

Avg_Connected_UEs: 48.57
SIP DC%: 
DLRLCLayerDataVolume MB: 3430.95
DRB UL Data Volume MB: 7417
RRC Setup Attempts: 6420
CA DL DataVolRatio Pct den: 9204
CA Conf FailRate Pct den: 5398
weekend: 0
UPTP Mbps Num: 24028
hr: 0
MAC_UE_SC_Tput: 24029.72

hr: 0
CA Activation Rate num: 5971346
Setup_Fail_DEN: 16433
Peak UE: 27
MB_per_connected_UE: 77.16
DL Volume: 2132

Time: 15:15:12
holiday: 0

DL MAC Vol Scell Pct: 22.05
Avg_Connected_UEs: 51.83
SIP DC%: 
DLRLCLayerDataVolume MB: 8437.65
DRB UL Data Volume MB: 6277
PRB Util%: 47.53
CA DL DataVolRatio Pct den: 8247
CA Conf FailRate Pct den: 4695
weekend: 0
hr: 8
MAC_UE_SC_Tput: 7580.29
Bearer Releases: 10281

hr: 8
CA Activation Rate num: 3584684
SIP_SC_Total_MOU: 254.22
MB_per_connected_UE: 154.59
DL Volume: 3029
DL Data Vol MAC in MB: 4680.33
CA Activation Rate den: 46203

Time: 15:29:15
holiday: 0

SIP DC%: 
UPTP_Mbps: 14.85
RRC Setup Attempts: 4448
CA Conf FailRate Pct den: 2792
weekend: 0
hr: 23
MAC_UE_SC_Tput: 9166.85
Bearer Releases: 11631

hr: 23
Peak UE: 27
MB_per_connected_UE: 79.09
DL Volume: 642
DL Data Vol MAC in MB: 6203.79
CA Activation Rate den: 216970

Time: 20:13:29
holiday: 0

SIP DC%: 
RRC Setup Attempts: 4363
CA DL DataVolRatio Pct den: 9246
weekend: 1
CA Activation Rate: 59.12
hr: 4

hr: 4
CA Activation Rate num: 2349976
Peak UE: 40
MB_per_connected_UE: 79.17
CA Activation Rate den: 133498

Time: 23:19:18
holiday: 0
CA DL DataVolRatio Pct num: 7185

SIP DC%: 
DLRLCLayerDataVolume MB: 6479.02
DRB UL Data Volume MB: 2478
CA Conf FailRate Pct den: 6593
weekend: 0
hr: 13
MAC_UE_SC_Tput: 4416.2

hr: 13
CA Activation Rate num: 3845263
Setup_Fail_DEN: 13384
Peak UE: 27
MB_per_connected_UE: 132.23
PCT Time MIMO: 36.7
DL Data Vol MAC in MB: 4791.88
CA Activation Rate den: 109040

Time: 19:50:09
holiday: 0

Avg_Connected_UEs: 23.7
SIP DC%: 
UPTP_Mbps: 117.22
DRB UL Data Volume MB: 7667
weekend: 0
UPTP Mbps Num: 23111
hr: 23
MAC_UE_SC_Tput: 15914.22

hr: 23
CA Activation Rate num: 5342968
Setup_Fail_DEN: 10589
MB_per_connected_UE: 43.69
DL Volume: 9547

Time: 14:08:09
holiday: 0
SIP_SC_Call_Attempts: 176

Avg_Connected_UEs: 50.78
SIP DC%: 
DRB UL Data Volume MB: 3717
CA Conf FailRate Pct den: 5082
weekend: 0
UPTP Mbps Num: 38332
CA Activation Rate: 56.68
hr: 5
MAC_UE_SC_Tput: 15158.26
Bearer Releases: 13125

hr: 5
CA Activation Rate num: 3146966
SIP_SC_Total_MOU: 31.76
Peak UE: 33
MB_per_connected_UE: 14.19
DL Data Vol MAC in MB: 9572.75
CA Activation Rate den: 50877

Time: 05:14:30
holiday: 0
CA DL DataVolRatio Pct: 47.72

SIP DC%: 
UPTP_Mbps: 81.92
PRB Util%: 7.83
RRC Setup Attempts: 4788
CA DL DataVolRatio Pct den: 9114
weekend: 0
CA Activation Rate: 8.91
hr: 23
MAC_UE_SC_Tput: 5347.36
Bearer Releases: 17752

hr: 23
CA Activation Rate num: 11008762
UPTP Mbps Den: 1797
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 185.97
DL Volume: 1027
DL Data Vol MAC in MB: 6506.96

Time: 04:38:53
holiday: 0

DL MAC Vol Scell Pct: 35.8
SIP DC%: 
DLRLCLayerDataVolume MB: 6190.33
PRB Util%: 3.3
CA Conf FailRate Pct den: 2944
weekend: 0
UPTP Mbps Num: 32165
hr: 10
MAC_UE_SC_Tput: 6149.68

hr: 10
CA Activation Rate num: 241580
Peak UE: 39
MB_per_connected_UE: 100.63
PCT Time MIMO: 56.41
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3705
DL Data Vol MAC in MB: 4094.21

Time: 01:30:56
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1316.27
DRB UL Data Volume MB: 2464
weekend: 0
UPTP Mbps Num: 12505
hr: 23
MAC_UE_SC_Tput: 31110.78

hr: 23
CA Activation Rate num: 5095591
Peak UE: 77
CA Activation Rate den: 130441

Time: 13:21:41
holiday: 0
CA DL DataVolRatio Pct: 74.67
CA DL DataVolRatio Pct num: 3712

Avg_Connected_UEs: 30.01
SIP DC%: 
UPTP_Mbps: 27.91
DRB UL Data Volume MB: 8854
CA Conf FailRate Pct den: 6876
weekend: 0
hr: 2
MAC_UE_SC_Tput: 9047.63

hr: 2
CA Activation Rate num: 8890483
SIP_SC_Total_MOU: 129.24
Peak UE: 32
MB_per_connected_UE: 126.11
DL Volume: 6100
DL Data Vol MAC in MB: 9370.62

Time: 00:55:39
holiday: 0
CA DL DataVolRatio Pct: 77.79

DL MAC Vol Scell Pct: 25.08
SIP DC%: 
DLRLCLayerDataVolume MB: 8130.24
PRB Util%: 51.76
weekend: 0
UPTP Mbps Num: 27656
hr: 23
MAC_UE_SC_Tput: 8187.08
Bearer Releases: 9917

hr: 23
CA Activation Rate num: 7732973
Setup_Fail_DEN: 12414
SIP_SC_Total_MOU: 60.71
Peak UE: 39
MB_per_connected_UE: 161.88
DL Data Vol MAC in MB: 9439.75
CA Activation Rate den: 94007

Time: 22:33:03
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8223.31
DRB UL Data Volume MB: 4900
CA Conf FailRate Pct den: 4939
weekend: 1
UPTP Mbps Num: 33426
hr: 23
MAC_UE_SC_Tput: 9834.17
Bearer Releases: 15266

hr: 23
CA Activation Rate num: 4991965
SIP_SC_Total_MOU: 394.16
Peak UE: 30
CA Activation Rate den: 61756

Time: 19:19:07
holiday: 0

DL MAC Vol Scell Pct: 27.55
Avg_Connected_UEs: 67.83
SIP DC%: 
DLRLCLayerDataVolume MB: 3341.48
weekend: 0
UPTP Mbps Num: 39012
hr: 10
MAC_UE_SC_Tput: 6461.45

hr: 10
CA Activation Rate num: 9438255
SIP_SC_Total_MOU: 35.46
MB_per_connected_UE: 160.77
PCT Time MIMO: 48.27
DL Data Vol MAC in MB: 2808.4

Time: 03:12:03
holiday: 0

DL MAC Vol Scell Pct: 13.58
SIP DC%: 
DLRLCLayerDataVolume MB: 10023.19
DRB UL Data Volume MB: 5998
HQ_EXE_TOTARGET_FAILURE_QCI_1: 0.18
RRC Setup Attempts: 6482
CA DL DataVolRatio Pct den: 5057
weekend: 0
CA Activation Rate: 37.95
hr: 23
MAC_UE_SC_Tput: 9964.05
Bearer Releases: 12145

hr: 23
CA Activation Rate num: 528522
Peak UE: 55
DL Data Vol MAC in MB: 9957.22
CA Activation Rate den: 69621

Time: 19:06:34
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8998.37
weekend: 0
hr: 3
MAC_UE_SC_Tput: 22738.74

hr: 3
CA Activation Rate num: 68084
UPTP Mbps Den: 847
Peak UE: 96
MB_per_connected_UE: 124.39
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7718
DL Data Vol MAC in MB: 6147.75
CA Activation Rate den: 67526

Time: 20:31:16
holiday: 0
CA DL DataVolRatio Pct: 64.12

DL MAC Vol Scell Pct: 3.14
SIP DC%: 
DLRLCLayerDataVolume MB: 5516.05
RRC Setup Attempts: 4471
CA DL DataVolRatio Pct den: 7912
weekend: 0
CA Activation Rate: 44.42
hr: 23
MAC_UE_SC_Tput: 5403.11
Bearer Releases: 8026

hr: 23
CA Activation Rate num: 9437376
UPTP Mbps Den: 254
Setup_Fail_DEN: 15385
Peak UE: 40
MB_per_connected_UE: 116.51
CA Activation Rate den: 205974

Time: 13:57:26
holiday: 0
CA DL DataVolRatio Pct num: 4882

SIP DC%: 
UPTP_Mbps: 20.48
weekend: 0
UPTP Mbps Num: 47124
hr: 17
MAC_UE_SC_Tput: 9011.61
Bearer Releases: 6744

hr: 17
CA Activation Rate num: 4661018
Setup_Fail_DEN: 7643
UL MAC Vol Scell Pct: 8.18
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 109.88
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4593
DL Data Vol MAC in MB: 5922.58

Time: 17:00:00
holiday: 0
CA DL DataVolRatio Pct num: 2054

Avg_Connected_UEs: 56.42
SIP DC%: 
DLRLCLayerDataVolume MB: 8237.82
PRB Util%: 16.92
CA DL DataVolRatio Pct den: 5219
weekend: 0
UPTP Mbps Num: 6393
CA Activation Rate: 62.44
hr: 2
MAC_UE_SC_Tput: 13452.33
Bearer Releases: 12775

hr: 2
CA Activation Rate num: 9732431
Setup_Fail_DEN: 10117
SIP_SC_Total_MOU: 424.15
Peak UE: 49
DL Data Vol MAC in MB: 3669.66

Time: 23:40:32
holiday: 0

Avg_Connected_UEs: 26.55
SIP DC%: 
DLRLCLayerDataVolume MB: 6473.87
DRB UL Data Volume MB: 4469
CA DL DataVolRatio Pct den: 7909
weekend: 1
hr: 1
Bearer Releases: 13630

hr: 1
CA Activation Rate num: 1876092
Setup_Fail_DEN: 17654
Peak UE: 27
MB_per_connected_UE: 34.57
DL Volume: 8893
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5725
DL Data Vol MAC in MB: 6185.23
CA Activation Rate den: 213837

Time: 17:03:15
holiday: 0

SIP DC%: 
UPTP_Mbps: 68.68
DLRLCLayerDataVolume MB: 6425.15
CA DL DataVolRatio Pct den: 1446
CA Conf FailRate Pct den: 5294
weekend: 0
UPTP Mbps Num: 21913
hr: 9
MAC_UE_SC_Tput: 5417.92

hr: 9
CA Activation Rate num: 1666986
UPTP Mbps Den: 1158
Setup_Fail_DEN: 9752
SIP_SC_Total_MOU: 286.17
Peak UE: 27
MB_per_connected_UE: 37.93
CA Activation Rate den: 151051

Combined RACH Preambles: 5175
Time: 10:31:56
holiday: 0
CA DL DataVolRatio Pct: 92.16
RRC Setup Failure% 5G: 0.57
CA DL DataVolRatio Pct num: 1489

Avg_Connected_UEs: 46.57
SIP DC%: 
UPTP_Mbps: 84.13
DRB UL Data Volume MB: 5283
DL Packet Loss Pct: 3.34
weekend: 0
CA Activation Rate: 7.44
hr: 21
MAC_UE_SC_Tput: 12416.43

hr: 21
CA Activation Rate num: 9974338
SIP_SC_Total_MOU: 239.59
MB_per_connected_UE: 181.46
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6932
DL Data Vol MAC in MB: 1217.46

Combined RACH Preambles: 3976
Time: 16:09:14
holiday: 0
CA DL DataVolRatio Pct num: 7090

SIP DC%: 
UPTP_Mbps: 107.6
DLRLCLayerDataVolume MB: 7091.83
DRB UL Data Volume MB: 6271
weekend: 0
UPTP Mbps Num: 13694
CA Activation Rate: 10.83
hr: 9
MAC_UE_SC_Tput: 5361.74

hr: 9
CA Activation Rate num: 8361815
Setup_Fail_DEN: 11542
SIP_SC_Total_MOU: 24.06
Peak UE: 36
MB_per_connected_UE: 48.2
DL Data Vol MAC in MB: 6273.08
CA Activation Rate den: 61158

Time: 04:57:22
holiday: 0

Avg_Connected_UEs: 38.41
SIP DC%: 
weekend: 0
UPTP Mbps Num: 17474
CA Activation Rate: 70.32
hr: 12
MAC_UE_SC_Tput: 5742.93
Bearer Releases: 14688

hr: 12
CA Activation Rate num: 10600937
UPTP Mbps Den: 911
Peak UE: 71
DL Data Vol MAC in MB: 10180.82
CA Activation Rate den: 78878
Time: 09:27:35

holiday: 0

SIP DC%: 
UPTP_Mbps: 27.5
DRB UL Data Volume MB: 7830
RRC Setup Attempts: 9126
weekend: 1
CA Activation Rate: 14.15
hr: 6
MAC_UE_SC_Tput: 13264.67
Bearer Releases: 12798

hr: 6
CA Activation Rate num: 8025183
Setup_Fail_DEN: 10490
SIP_SC_Total_MOU: 121.27
Peak UE: 30
VOLTE IA%: 
DL Volume: 6150

Time: 01:36:04
holiday: 0

SIP DC%: 
UPTP_Mbps: 15.07
DRB UL Data Volume MB: 9607
PRB Util%: 35.45
CA DL DataVolRatio Pct den: 9873
CA Conf FailRate Pct den: 9291
weekend: 0
UPTP Mbps Num: 22298
CA Activation Rate: 9.37
hr: 17
MAC_UE_SC_Tput: 11062.59
Bearer Releases: 17781

hr: 17
CA Activation Rate num: 10711500
SIP_SC_Total_MOU: 108.8
Peak UE: 27
VOLTE IA%: 
DL Data Vol MAC in MB: 1954.06
CA Activation Rate den: 108972

Time: 11:26:26
holiday: 0
CA DL DataVolRatio Pct num: 1588

DL MAC Vol Scell Pct: 17.67
SIP DC%: 
UPTP_Mbps: 25.83
CA DL DataVolRatio Pct den: 8603
CA Conf FailRate Pct den: 5096
weekend: 0
UPTP Mbps Num: 36087
hr: 0
MAC_UE_SC_Tput: 10270.31

hr: 0
CA Activation Rate num: 6683656
SIP_SC_Total_MOU: 352.13
Peak UE: 44
DL Volume: 341
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8415
DL Data Vol MAC in MB: 3592.25
CA Activation Rate den: 134087

Time: 04:01:45
holiday: 0

Avg_Connected_UEs: 40.8
SIP DC%: 
PRB Util%: 60.95
RRC Setup Attempts: 8608
CA DL DataVolRatio Pct den: 9390
CA Conf FailRate Pct den: 8084
weekend: 0
UPTP Mbps Num: 26127
CA Activation Rate: 71.19
hr: 14
MAC_UE_SC_Tput: 4283.93

hr: 14
CA Activation Rate num: 728330
Setup_Fail_DEN: 13007
SIP_SC_Total_MOU: 112.54
Peak UE: 57
CA Activation Rate den: 73762

Time: 12:49:29
holiday: 0

SIP DC%: 
UPTP_Mbps: 9.01
DLRLCLayerDataVolume MB: 5409.72
weekend: 0
UPTP Mbps Num: 32413
hr: 23
MAC_UE_SC_Tput: 11038.44
Bearer Releases: 17328

hr: 23
CA Activation Rate num: 5712687
Peak UE: 68
MB_per_connected_UE: 149.47
PCT Time MIMO: 44.49
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4969
DL Data Vol MAC in MB: 10174.38

Combined RACH Preambles: 2605
Time: 17:45:17
holiday: 0

Avg_Connected_UEs: 81.9
SIP DC%: 
UPTP_Mbps: 113.47
DLRLCLayerDataVolume MB: 3288.77
PRB Util%: 19.17
RRC Setup Attempts: 6705
weekend: 0
UPTP Mbps Num: 23927
hr: 0
MAC_UE_SC_Tput: 12302.8

hr: 0
CA Activation Rate num: 8146176
UPTP Mbps Den: 904
Peak UE: 65
MB_per_connected_UE: 117.97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5003
DL Data Vol MAC in MB: 3362.78
CA Activation Rate den: 38833

Time: 09:13:32
holiday: 0

Avg_Connected_UEs: 57.21
SIP DC%: 
DLRLCLayerDataVolume MB: 6997.65
DRB UL Data Volume MB: 8838
CA DL DataVolRatio Pct den: 7235
weekend: 1
UPTP Mbps Num: 55271
CA Activation Rate: 64.12
hr: 2
MAC_UE_SC_Tput: 5665.02
Bearer Releases: 10705

hr: 2
CA Activation Rate num: 1481318
Setup_Fail_DEN: 16402
SIP_SC_Total_MOU: 19.21
Peak UE: 40
MB_per_connected_UE: 94.77
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7949
CA Activation Rate den: 45587

Combined RACH Preambles: 3987
Time: 05:34:35
holiday: 0

DL MAC Vol Scell Pct: 27.3
Avg_Connected_UEs: 47.65
SIP DC%: 
DLRLCLayerDataVolume MB: 1516.26
DRB UL Data Volume MB: 2241
weekend: 0
UPTP Mbps Num: 1978
CA Activation Rate: 48.63
hr: 7
MAC_UE_SC_Tput: 5424.91
Bearer Releases: 10639

hr: 7
CA Activation Rate num: 8490357
UPTP Mbps Den: 1007
SIP_SC_Total_MOU: 121.75
Peak UE: 76
MB_per_connected_UE: 84.47
DL Data Vol MAC in MB: 9813.23

Time: 13:20:54
holiday: 0

SIP DC%: 
PRB Util%: 60.24
weekend: 0
UPTP Mbps Num: 23634
CA Activation Rate: 21.79
hr: 20
MAC_UE_SC_Tput: 7174.98

hr: 20
CA Activation Rate num: 10006802
Setup_Fail_DEN: 15839
Peak UE: 48
MB_per_connected_UE: 72.38
DL Data Vol MAC in MB: 4605.93

Time: 03:53:46
holiday: 0
CA DL DataVolRatio Pct: 92.74

Avg_Connected_UEs: 31.11
SIP DC%: 
DLRLCLayerDataVolume MB: 4126.29
RRC Setup Attempts: 7363
weekend: 0
UPTP Mbps Num: 44222
hr: 15
MAC_UE_SC_Tput: 11683.73

hr: 15
SIP_SC_Total_MOU: 446.09
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 198.28
DL Data Vol MAC in MB: 1731.83
CA Activation Rate den: 65232

Combined RACH Preambles: 2319
Time: 02:44:34
holiday: 0
CA DL DataVolRatio Pct: 82.96

Avg_Connected_UEs: 23.34
SIP DC%: 
UPTP_Mbps: 111.27
DLRLCLayerDataVolume MB: 3537.65
weekend: 0
hr: 9
MAC_UE_SC_Tput: 9303.84
Bearer Releases: 7627

hr: 9
CA Activation Rate num: 653928
UPTP Mbps Den: 2088
Setup_Fail_DEN: 6542
SIP_SC_Total_MOU: 57.9
MB_per_connected_UE: 25.19
DL Volume: 3780
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3494
DL Data Vol MAC in MB: 5714.34
CA Activation Rate den: 168253

Time: 10:58:01
holiday: 0

SIP DC%: 
PRB Util%: 47.01
CA DL DataVolRatio Pct den: 8604
CA Conf FailRate Pct den: 8026
weekend: 0
UPTP Mbps Num: 26974
CA Activation Rate: 16.95
hr: 23
MAC_UE_SC_Tput: 14829.37

hr: 23
CA Activation Rate num: 5948703
Setup_Fail_DEN: 6653
SIP_SC_Total_MOU: 326.79
Peak UE: 27

Time: 07:32:27
holiday: 0
CA DL DataVolRatio Pct num: 572

SIP DC%: 
DLRLCLayerDataVolume MB: 7221.22
DRB UL Data Volume MB: 3533
PRB Util%: 22
CA DL DataVolRatio Pct den: 7819
weekend: 0
hr: 8
MAC_UE_SC_Tput: 13589.25
Bearer Releases: 12938

hr: 8
CA Activation Rate num: 1686021
MB_per_connected_UE: 105.66
PCT Time MIMO: 59.38
DL Volume: 6091

Combined RACH Preambles: 2643
Time: 14:13:18
holiday: 0
CA DL DataVolRatio Pct: 64.53
CA DL DataVolRatio Pct num: 6071

SIP DC%: 
DLRLCLayerDataVolume MB: 8754.46
CA Conf FailRate Pct den: 7038
weekend: 0
hr: 8
MAC_UE_SC_Tput: 15911.78

hr: 8
Peak UE: 30
MB_per_connected_UE: 179.82
CA Activation Rate den: 110011

holiday: 0

Avg_Connected_UEs: 79.63
SIP DC%: 
DLRLCLayerDataVolume MB: 1425
CA DL DataVolRatio Pct den: 3354
weekend: 0
UPTP Mbps Num: 12191
hr: 0
MAC_UE_SC_Tput: 4669.03

hr: 0
CA Activation Rate num: 3860794
UL MAC Vol Scell Pct: 4.34
Peak UE: 33
DL Data Vol MAC in MB: 9141.34
CA Activation Rate den: 116443

Combined RACH Preambles: 2942
Time: 14:35:12
holiday: 0
CA DL DataVolRatio Pct: 79.98

Avg_Connected_UEs: 77.49
SIP DC%: 
UPTP_Mbps: 105.36
DLRLCLayerDataVolume MB: 9452.9
DRB UL Data Volume MB: 2621
PRB Util%: 32.27
CA Conf FailRate Pct den: 8358
weekend: 0
CA Activation Rate: 63.13
hr: 23
MAC_UE_SC_Tput: 13577.2
Bearer Releases: 12977

hr: 23
CA Activation Rate num: 8144490
SIP_SC_Total_MOU: 127.04
Peak UE: 29
VOLTE IA%: 
MB_per_connected_UE: 126.55
DL Volume: 5160
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4924
DL Data Vol MAC in MB: 4105.28
CA Activation Rate den: 114501

Time: 17:09:09
holiday: 0

SIP DC%: 
UPTP_Mbps: 23
DLRLCLayerDataVolume MB: 5641
CA Conf FailRate Pct den: 8608
weekend: 0
CA Activation Rate: 71.91
hr: 5
MAC_UE_SC_Tput: 4344.37
Bearer Releases: 10550

hr: 5
CA Activation Rate num: 2228253
Setup_Fail_DEN: 9089
UL MAC Vol Scell Pct: 4.12
Peak UE: 47
MB_per_connected_UE: 108.88
PCT Time MIMO: 37.12
DL Data Vol MAC in MB: 7122.3
CA Activation Rate den: 82156
Time: 05:09:45

holiday: 0

DL MAC Vol Scell Pct: 21.41
Avg_Connected_UEs: 51.46
SIP DC%: 
UPTP_Mbps: 12.54
DLRLCLayerDataVolume MB: 793.17
RRC Setup Attempts: 7877
CA Conf FailRate Pct den: 4397
weekend: 0
UPTP Mbps Num: 14158
hr: 9
MAC_UE_SC_Tput: 9234.07
Bearer Releases: 10598

hr: 9
CA Activation Rate num: 1481535
SIP_SC_Total_MOU: 185.4
Peak UE: 27
MB_per_connected_UE: 144.31
PCT Time MIMO: 38.86

Time: 14:30:04
holiday: 0
CA DL DataVolRatio Pct num: 7114

Avg_Connected_UEs: 65.85
SIP DC%: 
DLRLCLayerDataVolume MB: 7922.53
RRC Setup Attempts: 4964
weekend: 1
UPTP Mbps Num: 13342
hr: 0
MAC_UE_SC_Tput: 5653.79

hr: 0
CA Activation Rate num: 7403604
Setup_Fail_DEN: 7608
Peak UE: 36
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6486
CA Activation Rate den: 119902

Time: 06:10:17
holiday: 0

Avg_Connected_UEs: 71.21
SIP DC%: 
DLRLCLayerDataVolume MB: 1135.32
DRB UL Data Volume MB: 9455
RRC Setup Attempts: 5082
CA DL DataVolRatio Pct den: 9835
weekend: 0
UPTP Mbps Num: 4474
hr: 8
MAC_UE_SC_Tput: 4820.81
Bearer Releases: 8440

hr: 8
CA Activation Rate num: 5238034
Setup_Fail_DEN: 16119
Peak UE: 27
MB_per_connected_UE: 77.3
DL Data Vol MAC in MB: 884.1
CA Activation Rate den: 77600

Time: 14:03:59
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6394.26
weekend: 0
CA Activation Rate: 75.2
hr: 9
MAC_UE_SC_Tput: 4551.26
Bearer Releases: 6678

hr: 9
CA Activation Rate num: 128662
Peak UE: 27
MB_per_connected_UE: 88.72
DL Data Vol MAC in MB: 4246.19
CA Activation Rate den: 96263

Time: 22:19:09
holiday: 0

DL MAC Vol Scell Pct: 3.57
SIP DC%: 
DLRLCLayerDataVolume MB: 814.12
CA Conf FailRate Pct den: 8206
weekend: 0
UPTP Mbps Num: 32616
hr: 23
MAC_UE_SC_Tput: 14464.76
Bearer Releases: 12920

hr: 23
CA Activation Rate num: 10933333
Setup_Fail_DEN: 9065
SIP_SC_Total_MOU: 307.25
Peak UE: 65
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4708

Time: 12:10:24
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 9006
RRC Setup Attempts: 4953
CA DL DataVolRatio Pct den: 2295
weekend: 0
CA Activation Rate: 15.49
hr: 23
MAC_UE_SC_Tput: 19864.84
Bearer Releases: 18511

hr: 23
CA Activation Rate num: 1972363
Peak UE: 27
VOLTE IA%: 
DL Volume: 2288
DL Data Vol MAC in MB: 10099.72
CA Activation Rate den: 67879

Time: 12:48:26
holiday: 0
CA DL DataVolRatio Pct num: 7159

DL MAC Vol Scell Pct: 6.43
Avg_Connected_UEs: 37.37
SIP DC%: 
UPTP_Mbps: 8.34
PRB Util%: 51
CA Conf FailRate Pct den: 4174
weekend: 0
hr: 16
MAC_UE_SC_Tput: 4345.19

hr: 16
CA Activation Rate num: 6756854
Setup_Fail_DEN: 14323
SIP_SC_Total_MOU: 240.51
Peak UE: 27
MB_per_connected_UE: 95.7
DL Data Vol MAC in MB: 6377.76
CA Activation Rate den: 111390

Time: 00:23:41
holiday: 0

DL MAC Vol Scell Pct: 10.67
Avg_Connected_UEs: 77.73
SIP DC%: 
DRB UL Data Volume MB: 7035
CA Conf FailRate Pct den: 6008
weekend: 1
UPTP Mbps Num: 53091
hr: 0
MAC_UE_SC_Tput: 10947.19
Bearer Releases: 8152

hr: 0
Setup_Fail_DEN: 9769
MB_per_connected_UE: 154.48
DL Volume: 6696
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8246
DL Data Vol MAC in MB: 398.46
CA Activation Rate den: 82272

Time: 00:35:26
holiday: 0
CA DL DataVolRatio Pct: 73.07

DL MAC Vol Scell Pct: 32.08
SIP DC%: 
DLRLCLayerDataVolume MB: 8499.3
CA Conf FailRate Pct den: 6725
weekend: 0
UPTP Mbps Num: 59351
hr: 3

hr: 3
CA Activation Rate num: 10828883
Setup_Fail_DEN: 14451
Peak UE: 42
PCT Time MIMO: 37.83
DL Volume: 7836
DL Data Vol MAC in MB: 9932.36

Time: 03:34:17
holiday: 0

Avg_Connected_UEs: 22.63
SIP DC%: 
DLRLCLayerDataVolume MB: 4104.59
DRB UL Data Volume MB: 4326
RRC Setup Attempts: 7497
CA Conf FailRate Pct den: 3222
weekend: 0
UPTP Mbps Num: 11724
hr: 4
MAC_UE_SC_Tput: 9241.6
Bearer Releases: 14710

hr: 4
Peak UE: 27
MB_per_connected_UE: 129.31
DL Data Vol MAC in MB: 531.33

Time: 04:27:49
holiday: 0
CA DL DataVolRatio Pct num: 2086

DL MAC Vol Scell Pct: 42.49
SIP DC%: 
UPTP_Mbps: 32.08
DLRLCLayerDataVolume MB: 3218.81
CA DL DataVolRatio Pct den: 2074
weekend: 0
UPTP Mbps Num: 14148
CA Activation Rate: 14.35
hr: 9
MAC_UE_SC_Tput: 11430.58

hr: 9
CA Activation Rate num: 10374108
Setup_Fail_DEN: 12174
Peak UE: 65
MB_per_connected_UE: 7.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7024
CA Activation Rate den: 51487

Time: 04:50:29
holiday: 0

SIP DC%: 
UPTP_Mbps: 66.09
DLRLCLayerDataVolume MB: 4604.79
PRB Util%: 36.44
RRC Setup Attempts: 5089
CA DL DataVolRatio Pct den: 2934
weekend: 0
UPTP Mbps Num: 14059
CA Activation Rate: 20.92
hr: 18
MAC_UE_SC_Tput: 20293.57
Bearer Releases: 15696

hr: 18
CA Activation Rate num: 5464280
UPTP Mbps Den: 196
Peak UE: 74
MB_per_connected_UE: 186.9
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7804
DL Data Vol MAC in MB: 8591.93

Time: 12:23:51
holiday: 0
CA DL DataVolRatio Pct: 81.65

Avg_Connected_UEs: 19.96
SIP DC%: 
PRB Util%: 39.7
CA DL DataVolRatio Pct den: 5900
CA Conf FailRate Pct den: 7156
weekend: 0
hr: 22
MAC_UE_SC_Tput: 6820.6

hr: 22
CA Activation Rate num: 10260211
SIP_SC_Total_MOU: 208.18
Peak UE: 76
DL Volume: 6783
DL Data Vol MAC in MB: 2343.88

Time: 17:08:03
holiday: 0
CA DL DataVolRatio Pct num: 3152

SIP DC%: 
DLRLCLayerDataVolume MB: 8322.52
DRB UL Data Volume MB: 2840
CA Conf FailRate Pct den: 3431
weekend: 0
UPTP Mbps Num: 34324
CA Activation Rate: 59.17
hr: 21
MAC_UE_SC_Tput: 17555.79
Bearer Releases: 17291

hr: 21
CA Activation Rate num: 8944121
Peak UE: 27
MB_per_connected_UE: 99.45
DL Data Vol MAC in MB: 8995.39

holiday: 0
CA DL DataVolRatio Pct: 64.36

SIP DC%: 
UPTP_Mbps: 86.92
DRB UL Data Volume MB: 3684
PRB Util%: 13.64
RRC Setup Attempts: 3679
weekend: 1
CA Activation Rate: 22.7
hr: 23
MAC_UE_SC_Tput: 8007.4
Bearer Releases: 9916

hr: 23
CA Activation Rate num: 4429922
SIP_SC_Total_MOU: 81.79
Peak UE: 76
MB_per_connected_UE: 71.29
DL Data Vol MAC in MB: 3242.4
CA Activation Rate den: 98130

Time: 19:56:04
holiday: 0
CA DL DataVolRatio Pct num: 2343

DL MAC Vol Scell Pct: 30.4
SIP DC%: 
DLRLCLayerDataVolume MB: 888.99
DRB UL Data Volume MB: 3864
CA DL DataVolRatio Pct den: 8472
CA Conf FailRate Pct den: 5348
weekend: 0
UPTP Mbps Num: 8064
CA Activation Rate: 64.93
hr: 23
MAC_UE_SC_Tput: 4327.74
Bearer Releases: 11118

hr: 23
CA Activation Rate num: 5262578
UPTP Mbps Den: 5416
SIP_SC_Total_MOU: 275.06
Peak UE: 27
MB_per_connected_UE: 110.54
DL Data Vol MAC in MB: 4136.7
CA Activation Rate den: 120838

Time: 04:03:54
holiday: 0
CA DL DataVolRatio Pct num: 3403

SIP DC%: 
DLRLCLayerDataVolume MB: 6427.53
weekend: 0
hr: 13
MAC_UE_SC_Tput: 7251.38

hr: 13
CA Activation Rate num: 10400383
Setup_Fail_DEN: 11934
DL Volume: 2389
CA Activation Rate den: 66818

Time: 11:03:45
holiday: 0
CA DL DataVolRatio Pct num: 6233

Avg_Connected_UEs: 44.99
SIP DC%: 
DLRLCLayerDataVolume MB: 2965.94
DRB UL Data Volume MB: 4063
PRB Util%: 26.58
CA DL DataVolRatio Pct den: 4594
weekend: 0
UPTP Mbps Num: 50530
hr: 0
MAC_UE_SC_Tput: 4332.92

hr: 0
CA Activation Rate num: 4049816
Peak UE: 27
PCT Time MIMO: 60.74
UL Throughput: 9
DL Data Vol MAC in MB: 4650.07
CA Activation Rate den: 68227

Time: 16:21:25
holiday: 0
CA DL DataVolRatio Pct num: 6565

DL MAC Vol Scell Pct: 16.73
Avg_Connected_UEs: 27.57
SIP DC%: 
UPTP_Mbps: 35.98
DLRLCLayerDataVolume MB: 4496.27
CA DL DataVolRatio Pct den: 1429
weekend: 0
UPTP Mbps Num: 15715
CA Activation Rate: 11.61
hr: 15
MAC_UE_SC_Tput: 11609.49
Bearer Releases: 11116

hr: 15
CA Activation Rate num: 5824556
SIP_SC_Total_MOU: 53.31
Peak UE: 39
VOLTE IA%: 
DL Volume: 3339
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8059
CA Activation Rate den: 113083

Time: 09:58:24
holiday: 0
CA DL DataVolRatio Pct num: 3999

SIP DC%: 
UPTP_Mbps: 11.78
DRB UL Data Volume MB: 1035
CA DL DataVolRatio Pct den: 2880
weekend: 1
UPTP Mbps Num: 2663
hr: 14
MAC_UE_SC_Tput: 11163.29
Bearer Releases: 17551

hr: 14
CA Activation Rate num: 7854065
UL MAC Vol Scell Pct: 7.71
Peak UE: 38
MB_per_connected_UE: 43.45
DL Volume: 7628
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3721
DL Data Vol MAC in MB: 5839.44
CA Activation Rate den: 66061
Time: 09:45:41

holiday: 0
CA DL DataVolRatio Pct: 61.94

SIP DC%: 
UPTP_Mbps: 46.14
DLRLCLayerDataVolume MB: 6772.49
CA DL DataVolRatio Pct den: 3831
weekend: 0
UPTP Mbps Num: 44507
hr: 1
MAC_UE_SC_Tput: 6438.42

hr: 1
Setup_Fail_DEN: 19347
SIP_SC_Total_MOU: 60.4
Peak UE: 27
DL Volume: 5362
DL Data Vol MAC in MB: 2752.72
CA Activation Rate den: 46289

Time: 04:11:27
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9451.6
DRB UL Data Volume MB: 7203
CA DL DataVolRatio Pct den: 5667
weekend: 0
UPTP Mbps Num: 30576
hr: 23
MAC_UE_SC_Tput: 9389.46
Bearer Releases: 14693

hr: 23
CA Activation Rate num: 2500414
Peak UE: 34
PCT Time MIMO: 54.24

holiday: 0

DL MAC Vol Scell Pct: 32.65
SIP DC%: 
DLRLCLayerDataVolume MB: 7286.22
PRB Util%: 35.14
RRC Setup Attempts: 7268
weekend: 0
UPTP Mbps Num: 40375
CA Activation Rate: 35.55
hr: 19
MAC_UE_SC_Tput: 18827.75

hr: 19
CA Activation Rate num: 9955048
SIP_SC_Total_MOU: 203.7
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 36.51
DL Data Vol MAC in MB: 7380.91

Time: 05:34:11
holiday: 0

DL MAC Vol Scell Pct: 37.14
SIP DC%: 
UPTP_Mbps: 29.38
DLRLCLayerDataVolume MB: 8151.89
PRB Util%: 54.76
CA Conf FailRate Pct den: 6996
weekend: 1
UPTP Mbps Num: 7849
CA Activation Rate: 11.05
hr: 23
MAC_UE_SC_Tput: 4942.74

hr: 23
Setup_Fail_DEN: 10049
SIP_SC_Total_MOU: 175.98
Peak UE: 27

Time: 09:23:21
holiday: 0
CA DL DataVolRatio Pct num: 6136

Avg_Connected_UEs: 33.71
SIP DC%: 
UPTP_Mbps: 124.54
DLRLCLayerDataVolume MB: 9375.93
PRB Util%: 66.2
RRC Setup Attempts: 6582
weekend: 0
CA Activation Rate: 33.49
hr: 3
MAC_UE_SC_Tput: 7417.12
Bearer Releases: 8208

hr: 3
CA Activation Rate num: 9471837
SIP_SC_Total_MOU: 181.89
Peak UE: 27
DL Data Vol MAC in MB: 9739.43
CA Activation Rate den: 111150
Time: 08:50:43

holiday: 0

Avg_Connected_UEs: 18.04
SIP DC%: 
DRB UL Data Volume MB: 7398
DL Packet Loss Pct: 0.64
RRC Setup Attempts: 7691
CA DL DataVolRatio Pct den: 2639
weekend: 0
UPTP Mbps Num: 43499
CA Activation Rate: 9.36
hr: 16
MAC_UE_SC_Tput: 14226.7

hr: 16
CA Activation Rate num: 8386490
Setup_Fail_DEN: 8413
Peak UE: 27
MB_per_connected_UE: 32.54
CA Activation Rate den: 126394

Time: 02:16:34
holiday: 0
CA DL DataVolRatio Pct num: 3477

SIP DC%: 
DRB UL Data Volume MB: 253
CA Conf FailRate Pct den: 6109
weekend: 0
UPTP Mbps Num: 1334
hr: 3
MAC_UE_SC_Tput: 5816.52

hr: 3
CA Activation Rate num: 3989564
Setup_Fail_DEN: 13621
Peak UE: 86
DL Volume: 5883
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3605
CA Activation Rate den: 39093

Time: 21:15:30
holiday: 0
CA DL DataVolRatio Pct: 73.55

SIP DC%: 
DLRLCLayerDataVolume MB: 8416.71
DRB UL Data Volume MB: 4518
PRB Util%: 11.3
CA DL DataVolRatio Pct den: 9580
CA Conf FailRate Pct den: 9011
weekend: 0
hr: 11
MAC_UE_SC_Tput: 8044.05
Bearer Releases: 6362

hr: 11
CA Activation Rate num: 13343587
Peak UE: 30
PCT Time MIMO: 53.99
DL Data Vol MAC in MB: 9072.87
CA Activation Rate den: 148139

Combined RACH Preambles: 2853
Time: 01:23:47
holiday: 0
CA DL DataVolRatio Pct: 80.53

Avg_Connected_UEs: 29.99
SIP DC%: 
UPTP_Mbps: 131.91
CA DL DataVolRatio Pct den: 6207
weekend: 0
UPTP Mbps Num: 3174
CA Activation Rate: 36.46
hr: 0
MAC_UE_SC_Tput: 17736.24

hr: 0
CA Activation Rate num: 8303034
UPTP Mbps Den: 5601
Setup_Fail_DEN: 11945
Peak UE: 44
MB_per_connected_UE: 12.84
DL Data Vol MAC in MB: 3747.49
CA Activation Rate den: 42160

Time: 03:32:25
holiday: 0
CA DL DataVolRatio Pct: 79.69
CA DL DataVolRatio Pct num: 6336

DL MAC Vol Scell Pct: 36.42
Avg_Connected_UEs: 83.43
SIP DC%: 
RRC Setup Attempts: 4242
weekend: 0
UPTP Mbps Num: 35412
hr: 0
MAC_UE_SC_Tput: 9410.4
Bearer Releases: 9555

hr: 0
Setup_Fail_DEN: 14990
Peak UE: 27
MB_per_connected_UE: 30.37
DL Data Vol MAC in MB: 6879.82

Time: 18:28:33
holiday: 0
CA DL DataVolRatio Pct num: 2387

DL MAC Vol Scell Pct: 3.9
Avg_Connected_UEs: 51.65
SIP DC%: 
DLRLCLayerDataVolume MB: 6553.44
PRB Util%: 38
RRC Setup Attempts: 4142
CA DL DataVolRatio Pct den: 5043
weekend: 0
hr: 23
MAC_UE_SC_Tput: 15298.83
Bearer Releases: 14595

hr: 23
Setup_Fail_DEN: 18842
Peak UE: 27
MB_per_connected_UE: 182.44
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6335
DL Data Vol MAC in MB: 4014.45
CA Activation Rate den: 110299

Time: 19:44:33
holiday: 0

Avg_Connected_UEs: 32.61
SIP DC%: 
DLRLCLayerDataVolume MB: 7229.5
DRB UL Data Volume MB: 5711
RRC Setup Attempts: 3451
weekend: 0
CA Activation Rate: 21.72
hr: 13
MAC_UE_SC_Tput: 16854.32

hr: 13
CA Activation Rate num: 9178342
MB_per_connected_UE: 146.01
DL Volume: 9192
DL Data Vol MAC in MB: 7205.22
CA Activation Rate den: 133207

Time: 11:54:07
holiday: 0

Avg_Connected_UEs: 78.75
SIP DC%: 
PRB Util%: 35.82
CA Conf FailRate Pct den: 6587
weekend: 0
CA Activation Rate: 1.94
hr: 13
MAC_UE_SC_Tput: 16196.63
Bearer Releases: 15364

hr: 13
CA Activation Rate num: 5965312
SIP_SC_Total_MOU: 53.13
MB_per_connected_UE: 46.43
DL Volume: 4820
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4188

Time: 13:23:48
holiday: 0
CA DL DataVolRatio Pct num: 1104

SIP DC%: 
DLRLCLayerDataVolume MB: 1210.02
CA Conf FailRate Pct den: 6863
weekend: 0
hr: 17
MAC_UE_SC_Tput: 16970.18
Bearer Releases: 11583

hr: 17
CA Activation Rate num: 9887449
SIP_SC_Total_MOU: 54.21
Peak UE: 63
MB_per_connected_UE: 31
DL Data Vol MAC in MB: 8116.43

Time: 21:01:36
holiday: 0

Avg_Connected_UEs: 49.64
SIP DC%: 
UPTP_Mbps: 29.09
DLRLCLayerDataVolume MB: 6356.4
DRB UL Data Volume MB: 7059
PRB Util%: 70.61
CA Conf FailRate Pct den: 4358
weekend: 0
CA Activation Rate: 10.09
hr: 7
MAC_UE_SC_Tput: 8287.47

hr: 7
CA Activation Rate num: 3213815
Peak UE: 29
MB_per_connected_UE: 175.66

Time: 05:02:55
holiday: 0

DL MAC Vol Scell Pct: 6.29
SIP DC%: 
UPTP_Mbps: 129.53
DLRLCLayerDataVolume MB: 5911.88
DRB UL Data Volume MB: 172
RRC Setup Attempts: 8538
CA DL DataVolRatio Pct den: 6427
weekend: 0
UPTP Mbps Num: 19821
hr: 4
MAC_UE_SC_Tput: 7456.35
Bearer Releases: 18115

hr: 4
CA Activation Rate num: 5606244
Setup_Fail_DEN: 10689
Peak UE: 75
MB_per_connected_UE: 165.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5597
DL Data Vol MAC in MB: 7280.53
CA Activation Rate den: 109657

Time: 03:39:34
holiday: 0

Avg_Connected_UEs: 84.2
SIP DC%: 
UPTP_Mbps: 81.19
DLRLCLayerDataVolume MB: 6202.79
CA Conf FailRate Pct den: 3110
weekend: 0
UPTP Mbps Num: 57720
CA Activation Rate: 76.51
hr: 6
MAC_UE_SC_Tput: 5210.6

hr: 6
CA Activation Rate num: 1909374
UPTP Mbps Den: 2187
SIP_SC_Total_MOU: 32.43
Peak UE: 27
DL Volume: 4923
DL Data Vol MAC in MB: 1974.99
CA Activation Rate den: 55268

Time: 13:46:23
holiday: 0
CA DL DataVolRatio Pct: 63.53

SIP DC%: 
UPTP_Mbps: 64.48
RRC Setup Attempts: 6191
CA DL DataVolRatio Pct den: 8590
CA Conf FailRate Pct den: 3757
weekend: 0
CA Activation Rate: 28.14
hr: 5
MAC_UE_SC_Tput: 17084.45
Bearer Releases: 16040

hr: 5
CA Activation Rate num: 2400771
Setup_Fail_DEN: 15175
Peak UE: 27
MB_per_connected_UE: 125.67
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4888
DL Data Vol MAC in MB: 1240.04
CA Activation Rate den: 82278

Time: 14:33:22
holiday: 0
CA DL DataVolRatio Pct: 85.13
CA DL DataVolRatio Pct num: 1957

DL MAC Vol Scell Pct: 39.53
SIP DC%: 
DLRLCLayerDataVolume MB: 2819.39
CA DL DataVolRatio Pct den: 1770
weekend: 0
UPTP Mbps Num: 40227
CA Activation Rate: 6.77
hr: 11
MAC_UE_SC_Tput: 13909.65
Bearer Releases: 16614

hr: 11
CA Activation Rate num: 1771835
UPTP Mbps Den: 2391
SIP_SC_Total_MOU: 378.93
Peak UE: 78
MB_per_connected_UE: 71.77
PCT Time MIMO: 40.54
DL Volume: 3397

Time: 04:35:47
holiday: 0

DL MAC Vol Scell Pct: 4.38
SIP DC%: 
UPTP_Mbps: 28.1
DLRLCLayerDataVolume MB: 8172.14
CA Conf FailRate Pct den: 6979
weekend: 0
CA Activation Rate: 27.74
hr: 14
MAC_UE_SC_Tput: 5227.61
Bearer Releases: 9442

hr: 14
CA Activation Rate num: 1564216
Setup_Fail_DEN: 12096
Peak UE: 86
MB_per_connected_UE: 142.77

Time: 18:16:43
holiday: 0

Avg_Connected_UEs: 45.13
SIP DC%: 
DLRLCLayerDataVolume MB: 3235.91
RRC Setup Attempts: 7602
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5011.74

hr: 0
CA Activation Rate num: 3924198
Setup_Fail_DEN: 7112
SIP_SC_Total_MOU: 157.6
Peak UE: 71
MB_per_connected_UE: 21.16
UL Throughput: 8.55
DL Data Vol MAC in MB: 604.64
CA Activation Rate den: 174837
Combined RACH Preambles: 4627

Time: 08:25:26
holiday: 0
CA DL DataVolRatio Pct: 66.12

Avg_Connected_UEs: 50.1
SIP DC%: 
DLRLCLayerDataVolume MB: 2925.19
DRB UL Data Volume MB: 8933
CA DL DataVolRatio Pct den: 6998
CA Conf FailRate Pct den: 5153
weekend: 0
hr: 18
MAC_UE_SC_Tput: 19794.9

hr: 18
CA Activation Rate num: 4135049
SIP_SC_Total_MOU: 238.54
Peak UE: 58
MB_per_connected_UE: 138.88
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8662
DL Data Vol MAC in MB: 1152.96
CA Activation Rate den: 148272

Time: 06:49:56
holiday: 0
CA DL DataVolRatio Pct num: 6383

Avg_Connected_UEs: 38.66
SIP DC%: 
DLRLCLayerDataVolume MB: 3776.62
CA DL DataVolRatio Pct den: 2180
CA Conf FailRate Pct den: 5888
weekend: 0
CA Activation Rate: 64.16
hr: 0
MAC_UE_SC_Tput: 17951.78
Bearer Releases: 7666

hr: 0
CA Activation Rate num: 4215569
UPTP Mbps Den: 959
SIP_SC_Total_MOU: 197.61
Peak UE: 50
DL Volume: 5358
CA Activation Rate den: 55737

Time: 11:06:22
holiday: 0
CA DL DataVolRatio Pct num: 1459

SIP DC%: 
DLRLCLayerDataVolume MB: 5230.64
PRB Util%: 65.18
RRC Setup Attempts: 7863
CA DL DataVolRatio Pct den: 6119
weekend: 0
UPTP Mbps Num: 49374
hr: 21
MAC_UE_SC_Tput: 9691.98

hr: 21
CA Activation Rate num: 6284286
Setup_Fail_DEN: 15772
MB_per_connected_UE: 139.19
DL Volume: 8777
DL Data Vol MAC in MB: 10133.35

Time: 10:07:17
holiday: 0
CA DL DataVolRatio Pct: 63.57

DL MAC Vol Scell Pct: 20.91
SIP DC%: 
DLRLCLayerDataVolume MB: 7973.21
DRB UL Data Volume MB: 4642
RRC Setup Attempts: 6725
weekend: 0
UPTP Mbps Num: 30792
CA Activation Rate: 38.6
hr: 2
MAC_UE_SC_Tput: 5729.47
Bearer Releases: 7345

hr: 2
Setup_Fail_DEN: 19477
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 184.91
PCT Time MIMO: 37.02
DL Volume: 4030
DL Data Vol MAC in MB: 5212.96
CA Activation Rate den: 180177

Time: 19:13:39
holiday: 0

SIP DC%: 
UPTP_Mbps: 30.88
DLRLCLayerDataVolume MB: 1361.64
DRB UL Data Volume MB: 6587
RRC Setup Attempts: 6131
CA DL DataVolRatio Pct den: 9605
weekend: 0
UPTP Mbps Num: 12038
CA Activation Rate: 33.11
hr: 6
MAC_UE_SC_Tput: 6788.43

hr: 6
CA Activation Rate num: 9267381
UPTP Mbps Den: 399
Setup_Fail_DEN: 11653
SIP_SC_Total_MOU: 414.82
Peak UE: 27
MB_per_connected_UE: 104.88
PCT Time MIMO: 57.86
DL Volume: 6829
DL Data Vol MAC in MB: 5524.93

Combined RACH Preambles: 2492
Time: 03:52:46
holiday: 0
CA DL DataVolRatio Pct num: 6331

Avg_Connected_UEs: 44.84
SIP DC%: 
DLRLCLayerDataVolume MB: 4840.18
PRB Util%: 10.63
weekend: 0
UPTP Mbps Num: 8488
CA Activation Rate: 50.09
hr: 20
MAC_UE_SC_Tput: 8870.21
Bearer Releases: 18579

hr: 20
SIP_SC_Total_MOU: 276.04
Peak UE: 27
MB_per_connected_UE: 66.63
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7927
DL Data Vol MAC in MB: 3603.12

Time: 12:50:13
holiday: 0
CA DL DataVolRatio Pct: 57.31

SIP DC%: 
S1U_SIP_SC_SEER: 99.39
DLRLCLayerDataVolume MB: 8098.68
DRB UL Data Volume MB: 4484
RRC Setup Attempts: 6990
CA DL DataVolRatio Pct den: 220
weekend: 1
UPTP Mbps Num: 17216
hr: 0
MAC_UE_SC_Tput: 10865.89
Bearer Releases: 12165

hr: 0
CA Activation Rate num: 10211385
SIP_SC_Total_MOU: 341.4
Peak UE: 79
MB_per_connected_UE: 9.98
DL Volume: 2840
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4404
DL Data Vol MAC in MB: 8152.33
CA Activation Rate den: 69028

Time: 00:16:11
holiday: 0
CA DL DataVolRatio Pct num: 1384

Avg_Connected_UEs: 55.5
SIP DC%: 
DRB UL Data Volume MB: 6649
PRB Util%: 29.71
CA DL DataVolRatio Pct den: 6766
weekend: 0
CA Activation Rate: 52.51
hr: 4
MAC_UE_SC_Tput: 7989.54
Bearer Releases: 16747

hr: 4
CA Activation Rate num: 4309738
Setup_Fail_DEN: 12327
SIP_SC_Total_MOU: 27.57
Peak UE: 58
MB_per_connected_UE: 60.89
DL Volume: 5961
UL Throughput: 17.96
CA Activation Rate den: 82682

Time: 01:11:01
holiday: 0
CA DL DataVolRatio Pct: 71.12

SIP DC%: 
UPTP_Mbps: 14.06
DLRLCLayerDataVolume MB: 5382.48
CA DL DataVolRatio Pct den: 3456
weekend: 0
hr: 4
MAC_UE_SC_Tput: 11949.23

hr: 4
CA Activation Rate num: 2586044
Setup_Fail_DEN: 8385
MB_per_connected_UE: 30.95
CA Activation Rate den: 36604

Combined RACH Preambles: 3182
Time: 11:19:37
holiday: 0
CA DL DataVolRatio Pct num: 4952
HO Attempts: 723

Avg_Connected_UEs: 73.19
SIP DC%: 
UPTP_Mbps: 20.9
DLRLCLayerDataVolume MB: 9831.64
PRB Util%: 28.25
RRC Setup Attempts: 4438
CA DL DataVolRatio Pct den: 7894
CA Conf FailRate Pct den: 9491
weekend: 0
hr: 19
MAC_UE_SC_Tput: 4419.42
Bearer Releases: 11336

hr: 19
CA Activation Rate num: 6559128
Setup_Fail_DEN: 13316
Peak UE: 98
DL Volume: 283
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4744
DL Data Vol MAC in MB: 1745.67
CA Activation Rate den: 172860

Time: 16:03:07
holiday: 0
CA DL DataVolRatio Pct num: 4483

SIP DC%: 
DLRLCLayerDataVolume MB: 8097.56
RRC Setup Attempts: 4547
CA Conf FailRate Pct den: 7200
weekend: 1
hr: 16
MAC_UE_SC_Tput: 7379.01
Bearer Releases: 6321

hr: 16
CA Activation Rate num: 2215269
UPTP Mbps Den: 724
Setup_Fail_DEN: 12970
SIP_SC_Total_MOU: 35.95
UL MAC Vol Scell Pct: 1.76
Peak UE: 27
PCT Time MIMO: 45.69
DL Data Vol MAC in MB: 606.68
CA Activation Rate den: 87617

Time: 09:52:13
holiday: 0

Avg_Connected_UEs: 27.96
SIP DC%: 
CA DL DataVolRatio Pct den: 2118
weekend: 0
UPTP Mbps Num: 4742
CA Activation Rate: 10.43
hr: 2
MAC_UE_SC_Tput: 4493.56

hr: 2
CA Activation Rate num: 2041554
Setup_Fail_DEN: 7137
Peak UE: 78
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9115
UL Throughput: 14.37
DL Data Vol MAC in MB: 2691.68
CA Activation Rate den: 55514

holiday: 0
CA DL DataVolRatio Pct num: 4417

Avg_Connected_UEs: 39.5
SIP DC%: 
DRB UL Data Volume MB: 8953
RRC Setup Attempts: 5461
weekend: 0
UPTP Mbps Num: 46688
hr: 9
MAC_UE_SC_Tput: 7539.88

hr: 9
CA Activation Rate num: 7765979
UPTP Mbps Den: 2571
Setup_Fail_DEN: 14771
SIP_SC_Total_MOU: 108.72
Peak UE: 39
CA Activation Rate den: 63582

Time: 19:48:05
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 6976
CA DL DataVolRatio Pct den: 7111
CA Conf FailRate Pct den: 4652
weekend: 0
UPTP Mbps Num: 15318
hr: 23
MAC_UE_SC_Tput: 15758.94
Bearer Releases: 18387

hr: 23
CA Activation Rate num: 5684289
Peak UE: 29
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6827

Time: 01:13:57
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7439.26
PRB Util%: 11.34
RRC Setup Attempts: 9305
CA DL DataVolRatio Pct den: 3197
weekend: 0
UPTP Mbps Num: 22242
hr: 5
MAC_UE_SC_Tput: 20600.06
Bearer Releases: 11824

hr: 5
CA Activation Rate num: 8030986
Setup_Fail_DEN: 8451
Peak UE: 43
MB_per_connected_UE: 60.03
DL Data Vol MAC in MB: 9751.1
CA Activation Rate den: 53374

Time: 14:53:54
holiday: 0
CA DL DataVolRatio Pct num: 7409

SIP DC%: 
UPTP_Mbps: 124.27
DLRLCLayerDataVolume MB: 2279.43
DRB UL Data Volume MB: 8596
CA DL DataVolRatio Pct den: 3498
CA Conf FailRate Pct den: 3792
weekend: 0
UPTP Mbps Num: 52196
hr: 7
Bearer Releases: 15430

hr: 7
CA Activation Rate num: 1370323
Setup_Fail_DEN: 12756
SIP_SC_Total_MOU: 9.39
Peak UE: 27
MB_per_connected_UE: 84.83
DL Volume: 8765
CA Activation Rate den: 104704

Time: 10:38:59
holiday: 0
CA DL DataVolRatio Pct: 54.51

Avg_Connected_UEs: 37.48
SIP DC%: 
DLRLCLayerDataVolume MB: 9402.13
PRB Util%: 29.24
weekend: 0
UPTP Mbps Num: 51526
hr: 23
MAC_UE_SC_Tput: 6073.49

hr: 23
CA Activation Rate num: 5043962
Setup_Fail_DEN: 12789
Peak UE: 27
VOLTE IA%: 
Time: 02:31:35

holiday: 0

DL MAC Vol Scell Pct: 18.79
SIP DC%: 
UPTP_Mbps: 116.96
DLRLCLayerDataVolume MB: 8584.02
CA DL DataVolRatio Pct den: 7550
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4909.36

hr: 0
PCT Time MIMO: 68.81
CA Activation Rate den: 184503

Time: 16:01:52
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7515.97
weekend: 1
UPTP Mbps Num: 5731
hr: 2
MAC_UE_SC_Tput: 13375
Bearer Releases: 16200

hr: 2
CA Activation Rate num: 9727282
SIP_SC_Total_MOU: 71.99
Peak UE: 27
DL Volume: 3374
DL Data Vol MAC in MB: 10016.78

Time: 08:25:50
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4785.21
DRB UL Data Volume MB: 3067
PRB Util%: 15.52
RRC Setup Attempts: 7686
weekend: 0
UPTP Mbps Num: 7986
CA Activation Rate: 71.67
hr: 7
MAC_UE_SC_Tput: 5241.22

hr: 7
CA Activation Rate num: 1588298
UPTP Mbps Den: 747
Setup_Fail_DEN: 14519
Peak UE: 27
MB_per_connected_UE: 29.17
PCT Time MIMO: 37.24
DL Data Vol MAC in MB: 3096.69
CA Activation Rate den: 44235

Time: 19:46:45
holiday: 0

SIP DC%: 
UPTP_Mbps: 30.72
DRB UL Data Volume MB: 6577
RRC Setup Attempts: 3630
CA DL DataVolRatio Pct den: 6806
weekend: 0
CA Activation Rate: 11.93
hr: 23
Bearer Releases: 8232

hr: 23
CA Activation Rate num: 11543215
SIP_SC_Total_MOU: 238.48
Peak UE: 27
DL Data Vol MAC in MB: 9727.06
CA Activation Rate den: 91897

Time: 17:13:03
holiday: 0

SIP DC%: 
UPTP_Mbps: 25.89
RRC Setup Attempts: 7125
weekend: 0
hr: 0
MAC_UE_SC_Tput: 16751.07

hr: 0
CA Activation Rate num: 9630918
Setup_Fail_DEN: 14738
Peak UE: 57
CA Activation Rate den: 39341

Combined RACH Preambles: 3690
Time: 10:05:48
holiday: 0
CA DL DataVolRatio Pct: 78.14
CA DL DataVolRatio Pct num: 5371

DL MAC Vol Scell Pct: 15.84
Avg_Connected_UEs: 58.29
SIP DC%: 
UPTP_Mbps: 31
DRB UL Data Volume MB: 8520
RRC Setup Attempts: 4759
CA DL DataVolRatio Pct den: 8760
CA Conf FailRate Pct den: 5327
weekend: 0
UPTP Mbps Num: 11393
CA Activation Rate: 9.87
hr: 9
MAC_UE_SC_Tput: 5475.94

hr: 9
CA Activation Rate num: 13566518
Setup_Fail_DEN: 14239
Peak UE: 28
MB_per_connected_UE: 161.03
DL Data Vol MAC in MB: 4921.77

Time: 12:24:27
holiday: 0
CA DL DataVolRatio Pct num: 6668

SIP DC%: 
DLRLCLayerDataVolume MB: 778.55
CA Conf FailRate Pct den: 4029
weekend: 0
CA Activation Rate: 7.68
hr: 0
MAC_UE_SC_Tput: 8588.82

hr: 0
Peak UE: 40
MB_per_connected_UE: 189.87

holiday: 0
CA DL DataVolRatio Pct num: 7328

Avg_Connected_UEs: 83.38
SIP DC%: 
UPTP_Mbps: 34.11
DLRLCLayerDataVolume MB: 7801.36
RRC Setup Attempts: 4572
CA DL DataVolRatio Pct den: 4493
weekend: 0
UPTP Mbps Num: 5056
CA Activation Rate: 62.77
hr: 21
MAC_UE_SC_Tput: 12175.76
Bearer Releases: 6271

hr: 21
Peak UE: 27
MB_per_connected_UE: 144.1
Combined RACH Preambles: 2797

Time: 12:34:58
holiday: 0

Avg_Connected_UEs: 40.71
SIP DC%: 
UPTP_Mbps: 74.24
DLRLCLayerDataVolume MB: 4527.75
RRC Setup Attempts: 8322
CA Conf FailRate Pct den: 5981
weekend: 1
UPTP Mbps Num: 42211
hr: 7
MAC_UE_SC_Tput: 15711.51

hr: 7
CA Activation Rate num: 4848102
Setup_Fail_DEN: 19894
Peak UE: 55
MB_per_connected_UE: 76.99
DL Volume: 4694
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5655
CA Activation Rate den: 193311

Time: 08:12:19
holiday: 0

SIP DC%: 
UPTP_Mbps: 97.88
CA Conf FailRate Pct den: 5714
weekend: 0
hr: 0
MAC_UE_SC_Tput: 8231.33

hr: 0
CA Activation Rate num: 7750407
SIP_SC_Total_MOU: 96.08
MB_per_connected_UE: 7.48
DL Volume: 2081
DL Data Vol MAC in MB: 8444.27
CA Activation Rate den: 43602

holiday: 0
CA DL DataVolRatio Pct num: 1130

SIP DC%: 
UPTP_Mbps: 65.2
DLRLCLayerDataVolume MB: 1980.33
RRC Setup Attempts: 6910
CA DL DataVolRatio Pct den: 9538
weekend: 0
UPTP Mbps Num: 18970
hr: 2
MAC_UE_SC_Tput: 6050.05
Bearer Releases: 6454

hr: 2
Setup_Fail_DEN: 19108
Peak UE: 81
VOLTE IA%: 

Time: 03:46:31
holiday: 0
CA DL DataVolRatio Pct num: 2185
HO Attempts: 579

SIP DC%: 
DLRLCLayerDataVolume MB: 7189.86
DRB UL Data Volume MB: 3943
weekend: 0
UPTP Mbps Num: 871
hr: 0
MAC_UE_SC_Tput: 6270.24
Bearer Releases: 11710

hr: 0
CA Activation Rate num: 4285092
UPTP Mbps Den: 494
Setup_Fail_DEN: 18094
Peak UE: 56
DL Volume: 7290
DL Data Vol MAC in MB: 2086.26
CA Activation Rate den: 191596

Time: 11:46:15
holiday: 0

DL MAC Vol Scell Pct: 14.77
SIP DC%: 
DLRLCLayerDataVolume MB: 3165.81
DRB UL Data Volume MB: 7790
RRC Setup Attempts: 7139
weekend: 0
UPTP Mbps Num: 11144
CA Activation Rate: 38.16
hr: 8
MAC_UE_SC_Tput: 7425.69

hr: 8
SIP_SC_Total_MOU: 100.11
Peak UE: 27
DL Data Vol MAC in MB: 521.46
CA Activation Rate den: 37800

Time: 14:52:44
holiday: 0

SIP DC%: 
S1U_SIP_SC_SEER: 99.85
DLRLCLayerDataVolume MB: 8933.14
PRB Util%: 20.93
weekend: 0
UPTP Mbps Num: 50681
hr: 23
MAC_UE_SC_Tput: 15233.03

hr: 23
CA Activation Rate num: 5363587
Peak UE: 36
MB_per_connected_UE: 59.06
DL Volume: 3364

Time: 14:27:45
holiday: 0
CA DL DataVolRatio Pct num: 756

SIP DC%: 
DLRLCLayerDataVolume MB: 717.39
DRB UL Data Volume MB: 1735
CA Conf FailRate Pct den: 5361
weekend: 0
hr: 4
MAC_UE_SC_Tput: 9953.13
Bearer Releases: 12367

hr: 4
CA Activation Rate num: 5905032
Peak UE: 27
DL Data Vol MAC in MB: 7731.32
Combined RACH Preambles: 3109

Time: 22:31:42
holiday: 0

DL MAC Vol Scell Pct: 7.58
Avg_Connected_UEs: 52.85
SIP DC%: 
PRB Util%: 31.28
CA Conf FailRate Pct den: 8921
weekend: 0
hr: 21
MAC_UE_SC_Tput: 11032.99

hr: 21
UL MAC Vol Scell Pct: 1.12
Peak UE: 69
MB_per_connected_UE: 70.28

Time: 22:34:28
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 9796
CA Conf FailRate Pct den: 3615
weekend: 0
UPTP Mbps Num: 50942
hr: 7
MAC_UE_SC_Tput: 10741.98

hr: 7
CA Activation Rate num: 10628625
Peak UE: 27
VOLTE IA%: 
DL Volume: 494
DL Data Vol MAC in MB: 4775.28

Time: 12:52:58
holiday: 0
CA DL DataVolRatio Pct: 51.32

Avg_Connected_UEs: 45.2
SIP DC%: 
UPTP_Mbps: 30.6
RRC Setup Attempts: 5307
CA Conf FailRate Pct den: 5994
weekend: 0
UPTP Mbps Num: 48953
CA Activation Rate: 76.65
hr: 16
MAC_UE_SC_Tput: 14502.4
Bearer Releases: 12262

hr: 16
CA Activation Rate num: 448120
Setup_Fail_DEN: 19888
Peak UE: 71
MB_per_connected_UE: 16.88
DL Volume: 5098
DL Data Vol MAC in MB: 3606.75
CA Activation Rate den: 46705

Time: 01:04:58
holiday: 0
CA DL DataVolRatio Pct: 65.15
CA DL DataVolRatio Pct num: 5054

SIP DC%: 
DLRLCLayerDataVolume MB: 2288.71
DRB UL Data Volume MB: 689
PRB Util%: 32.9
CA DL DataVolRatio Pct den: 5467
CA Conf FailRate Pct den: 7755
weekend: 0
CA Activation Rate: 23.12
hr: 3
MAC_UE_SC_Tput: 4438.84

hr: 3
CA Activation Rate num: 1697398
UPTP Mbps Den: 85
Setup_Fail_DEN: 15847
SIP_SC_Total_MOU: 32.24
Peak UE: 61
MB_per_connected_UE: 46.35
UL Throughput: 9.2
Time: 01:05:52

holiday: 0

SIP DC%: 
UPTP_Mbps: 86.84
weekend: 0
hr: 12
MAC_UE_SC_Tput: 17172.88

hr: 12
CA Activation Rate num: 10398657
UPTP Mbps Den: 284
Setup_Fail_DEN: 9286
SIP_SC_Total_MOU: 3.1
Peak UE: 49
DL Volume: 4292
DL Data Vol MAC in MB: 7321.03
CA Activation Rate den: 87561

Time: 19:42:57
holiday: 0
CA DL DataVolRatio Pct num: 630

SIP DC%: 
DLRLCLayerDataVolume MB: 1074.26
CA DL DataVolRatio Pct den: 9983
weekend: 0
UPTP Mbps Num: 7061
hr: 23
MAC_UE_SC_Tput: 4756.86

hr: 23
CA Activation Rate num: 10078072
Peak UE: 49
VOLTE IA%: 
CA Activation Rate den: 76336

Time: 20:52:01
holiday: 0
CA DL DataVolRatio Pct: 59.51

DL MAC Vol Scell Pct: 34.71
SIP DC%: 
UPTP_Mbps: 17.04
DLRLCLayerDataVolume MB: 4041.92
weekend: 0
hr: 2
MAC_UE_SC_Tput: 4749.31
Bearer Releases: 15550

hr: 2
CA Activation Rate num: 8359045
Setup_Fail_DEN: 10460
Peak UE: 27
CA Activation Rate den: 222652

Combined RACH Preambles: 3891
Time: 01:34:52
holiday: 0
CA DL DataVolRatio Pct num: 3934

Avg_Connected_UEs: 42.92
SIP DC%: 
DLRLCLayerDataVolume MB: 4357.29
RRC Setup Attempts: 4662
CA DL DataVolRatio Pct den: 5630
weekend: 0
hr: 6
MAC_UE_SC_Tput: 8878.63

hr: 6
CA Activation Rate num: 13498814
Setup_Fail_DEN: 16804
Peak UE: 97
VOLTE IA%: 
MB_per_connected_UE: 27.38
DL Volume: 515
DL Data Vol MAC in MB: 6988.47

Time: 23:05:31
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4154.09
DRB UL Data Volume MB: 5468
PRB Util%: 29.79
CA DL DataVolRatio Pct den: 3817
weekend: 0
UPTP Mbps Num: 1115
hr: 17
MAC_UE_SC_Tput: 12542.74

hr: 17
CA Activation Rate num: 9652409
SIP_SC_Total_MOU: 317.09
Peak UE: 27
MB_per_connected_UE: 62.26
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4064
DL Data Vol MAC in MB: 2714.22
CA Activation Rate den: 153614

Combined RACH Preambles: 3084
Time: 12:01:39
holiday: 0
CA DL DataVolRatio Pct: 91.41

SIP DC%: 
DLRLCLayerDataVolume MB: 5063.74
RRC Setup Attempts: 3708
CA DL DataVolRatio Pct den: 3567
CA Conf FailRate Pct den: 6466
weekend: 0
hr: 5
MAC_UE_SC_Tput: 5350.51

hr: 5
Setup_Fail_DEN: 7702
Peak UE: 36
DL Data Vol MAC in MB: 6641.18
CA Activation Rate den: 57672

Time: 12:16:47
holiday: 0

DL MAC Vol Scell Pct: 27.18
SIP DC%: 
UPTP_Mbps: 54.67
DLRLCLayerDataVolume MB: 2132.14
weekend: 0
UPTP Mbps Num: 43103
CA Activation Rate: 23.52
hr: 4
MAC_UE_SC_Tput: 8665.69

hr: 4
CA Activation Rate num: 1898315
DL Data Vol MAC in MB: 6066.1
CA Activation Rate den: 98629

Time: 03:28:32
holiday: 0
CA DL DataVolRatio Pct num: 595

SIP DC%: 
DLRLCLayerDataVolume MB: 3636.6
DRB UL Data Volume MB: 4588
CA DL DataVolRatio Pct den: 1989
weekend: 0
UPTP Mbps Num: 34033
hr: 8
MAC_UE_SC_Tput: 10127

hr: 8
CA Activation Rate num: 4173476
Peak UE: 28
MB_per_connected_UE: 54.57
DL Volume: 3201
DL Data Vol MAC in MB: 6130.56
CA Activation Rate den: 107192

Time: 08:15:48
holiday: 0
CA DL DataVolRatio Pct: 86.25
CA DL DataVolRatio Pct num: 6756

DL MAC Vol Scell Pct: 9.24
SIP DC%: 
DLRLCLayerDataVolume MB: 1660.68
DRB UL Data Volume MB: 2981
CA DL DataVolRatio Pct den: 7559
CA Conf FailRate Pct den: 7209
weekend: 0
UPTP Mbps Num: 41814
CA Activation Rate: 8.92
hr: 21
MAC_UE_SC_Tput: 11546.95

hr: 21
CA Activation Rate num: 13530440
Peak UE: 62
MB_per_connected_UE: 16.64
DL Volume: 2802
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7782
UL Throughput: 11.3
DL Data Vol MAC in MB: 2897.53
CA Activation Rate den: 145532

Time: 07:05:00
holiday: 0
CA DL DataVolRatio Pct: 90.62

SIP DC%: 
DLRLCLayerDataVolume MB: 4054.37
DRB UL Data Volume MB: 9625
PRB Util%: 68.95
weekend: 0
CA Activation Rate: 28.1
hr: 7
MAC_UE_SC_Tput: 14437.93

hr: 7
CA Activation Rate num: 7665497
Setup_Fail_DEN: 16182
Peak UE: 27
MB_per_connected_UE: 201.68
DL Volume: 344
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5919
DL Data Vol MAC in MB: 4080.83

Time: 07:12:29
holiday: 0

DL MAC Vol Scell Pct: 16.78
SIP DC%: 
CA DL DataVolRatio Pct den: 6255
weekend: 0
hr: 9
MAC_UE_SC_Tput: 11706.66

hr: 9
CA Activation Rate num: 3742881
Setup_Fail_DEN: 8513
SIP_SC_Total_MOU: 328.2
UL MAC Vol Scell Pct: 5.8
MB_per_connected_UE: 94
PCT Time MIMO: 32.21
CA Activation Rate den: 145122

Time: 08:29:51
holiday: 0
CA DL DataVolRatio Pct: 80.28

DL MAC Vol Scell Pct: 19.21
SIP DC%: 
DLRLCLayerDataVolume MB: 2562.53
DRB UL Data Volume MB: 636
CA DL DataVolRatio Pct den: 10083
weekend: 0
CA Activation Rate: 68.89
hr: 13
MAC_UE_SC_Tput: 11548.82
Bearer Releases: 7348

hr: 13
CA Activation Rate num: 8519488
Setup_Fail_DEN: 13918
Peak UE: 81
DL Volume: 4667
DL Data Vol MAC in MB: 9291.68
CA Activation Rate den: 100535

Time: 23:49:21
holiday: 0

DL MAC Vol Scell Pct: 52.47
SIP DC%: 
DLRLCLayerDataVolume MB: 7448.28
RRC Setup Attempts: 4452
weekend: 1
UPTP Mbps Num: 41282
CA Activation Rate: 45.5
hr: 0
Bearer Releases: 11960

hr: 0
UPTP Mbps Den: 4581
SIP_SC_Total_MOU: 163.34
Peak UE: 27
MB_per_connected_UE: 52.97
DL Volume: 5860

Time: 11:44:42
holiday: 0
CA DL DataVolRatio Pct: 67.98

Avg_Connected_UEs: 49.91
SIP DC%: 
UPTP_Mbps: 125.59
PRB Util%: 5.09
RRC Setup Attempts: 3582
CA Conf FailRate Pct den: 7785
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5551.21

hr: 23
CA Activation Rate num: 10360300
Peak UE: 42
MB_per_connected_UE: 203.74
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6315
DL Data Vol MAC in MB: 5010.64

Time: 08:43:52
holiday: 0
CA DL DataVolRatio Pct num: 6940

SIP DC%: 
DLRLCLayerDataVolume MB: 5491.39
DRB UL Data Volume MB: 5907
PRB Util%: 7.46
CA DL DataVolRatio Pct den: 9146
CA Conf FailRate Pct den: 9551
weekend: 0
UPTP Mbps Num: 26289
hr: 3
MAC_UE_SC_Tput: 6162.03

hr: 3
CA Activation Rate num: 1574212
Peak UE: 27
MB_per_connected_UE: 101.9
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6285
UL Throughput: 9.97
CA Activation Rate den: 219848

Time: 15:30:21
holiday: 0
CA DL DataVolRatio Pct: 60.64

SIP DC%: 
UPTP_Mbps: 36.95
weekend: 0
UPTP Mbps Num: 16118
CA Activation Rate: 36.99
hr: 7
MAC_UE_SC_Tput: 6726.47
Bearer Releases: 8394

hr: 7
CA Activation Rate num: 9234089
Setup_Fail_DEN: 13919
DL Data Vol MAC in MB: 7304.77

Time: 15:04:20
holiday: 0
CA DL DataVolRatio Pct: 42.28

SIP DC%: 
UPTP_Mbps: 32.98
DLRLCLayerDataVolume MB: 456.93
RRC Setup Attempts: 8583
weekend: 0
hr: 6
MAC_UE_SC_Tput: 9245.98
Bearer Releases: 11470

hr: 6
CA Activation Rate num: 7513249
Setup_Fail_DEN: 8820
SIP_SC_Total_MOU: 359.6
Peak UE: 72
MB_per_connected_UE: 98.16
DL Volume: 921
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6423
DL Data Vol MAC in MB: 7122.13
CA Activation Rate den: 39139

Time: 16:41:45
holiday: 0
CA DL DataVolRatio Pct: 44.41

SIP DC%: 
UPTP_Mbps: 10.87
DLRLCLayerDataVolume MB: 6270.32
DRB UL Data Volume MB: 6042
DL Packet Loss Pct: 3.32
RRC Setup Attempts: 6396
weekend: 0
UPTP Mbps Num: 46311
CA Activation Rate: 32.92
hr: 22
MAC_UE_SC_Tput: 10538.02
Bearer Releases: 8165

hr: 22
CA Activation Rate num: 7601319
SIP_SC_Total_MOU: 438.73
Peak UE: 27
DL Data Vol MAC in MB: 410.86
CA Activation Rate den: 47289

Time: 20:48:31
holiday: 0

SIP DC%: 
UPTP_Mbps: 32.53
CA DL DataVolRatio Pct den: 8979
CA Conf FailRate Pct den: 4149
weekend: 0
CA Activation Rate: 36.57
hr: 23
MAC_UE_SC_Tput: 7411
Bearer Releases: 18359

hr: 23
CA Activation Rate num: 2552315
SIP_SC_Total_MOU: 54.04
UL MAC Vol Scell Pct: 6.8
Peak UE: 91
MB_per_connected_UE: 96.8
CA Activation Rate den: 112314

Combined RACH Preambles: 2970
Time: 10:05:18
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4189.8
weekend: 0
UPTP Mbps Num: 17200
CA Activation Rate: 65.39
hr: 20
MAC_UE_SC_Tput: 4446.97
Bearer Releases: 6474

hr: 20
CA Activation Rate num: 7643658
UPTP Mbps Den: 6040
Peak UE: 27
MB_per_connected_UE: 77.48

Time: 08:12:23
holiday: 0

DL MAC Vol Scell Pct: 22.39
SIP DC%: 
DLRLCLayerDataVolume MB: 2685.25
DRB UL Data Volume MB: 6907
RRC Setup Attempts: 3780
CA DL DataVolRatio Pct den: 7484
weekend: 0
UPTP Mbps Num: 4558
hr: 7
MAC_UE_SC_Tput: 7270.49

hr: 7
CA Activation Rate num: 9390861
SIP_SC_Total_MOU: 110.06
Peak UE: 44
MB_per_connected_UE: 59.77
DL Volume: 5565
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4653
CA Activation Rate den: 59683

Time: 19:42:09
holiday: 0
CA DL DataVolRatio Pct: 88.77

SIP DC%: 
DRB UL Data Volume MB: 5461
PRB Util%: 61.42
RRC Setup Attempts: 3411
weekend: 0
hr: 1
MAC_UE_SC_Tput: 4938.16
Bearer Releases: 14984

hr: 1
CA Activation Rate num: 6958886
UPTP Mbps Den: 387
SIP_SC_Total_MOU: 193.06
Peak UE: 27
MB_per_connected_UE: 166.8
DL Volume: 6230
DL Data Vol MAC in MB: 5590.98
CA Activation Rate den: 106001

Time: 06:11:49
holiday: 0

SIP DC%: 
UPTP_Mbps: 18.35
DLRLCLayerDataVolume MB: 7017.29
DL Packet Loss Pct: 4.65
CA DL DataVolRatio Pct den: 3682
CA Conf FailRate Pct den: 7555
weekend: 0
hr: 0
MAC_UE_SC_Tput: 9020.67
Bearer Releases: 10990

hr: 0
CA Activation Rate num: 10654203
UPTP Mbps Den: 2340
MB_per_connected_UE: 186.8
DL Data Vol MAC in MB: 9802.56

Time: 12:18:34
holiday: 0
CA DL DataVolRatio Pct num: 6193

SIP DC%: 
UPTP_Mbps: 8.02
DLRLCLayerDataVolume MB: 6002.7
CA DL DataVolRatio Pct den: 3296
CA Conf FailRate Pct den: 8426
weekend: 0
UPTP Mbps Num: 32601
hr: 2
MAC_UE_SC_Tput: 16665.8

hr: 2
CA Activation Rate num: 7904567
SIP_SC_Total_MOU: 302.38
Peak UE: 27
MB_per_connected_UE: 90.12
DL Data Vol MAC in MB: 2528.24

Time: 20:48:03
holiday: 0
CA DL DataVolRatio Pct: 86.45

Avg_Connected_UEs: 40.23
SIP DC%: 
UPTP_Mbps: 133.99
DLRLCLayerDataVolume MB: 3877.86
weekend: 0
hr: 18
MAC_UE_SC_Tput: 16900.23

hr: 18
CA Activation Rate num: 1759431
Setup_Fail_DEN: 9855
Peak UE: 71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3313
CA Activation Rate den: 108208
Combined RACH Preambles: 3539

Time: 09:31:42
holiday: 0
CA DL DataVolRatio Pct: 75.01
CA DL DataVolRatio Pct num: 6002

DL MAC Vol Scell Pct: 7.82
SIP DC%: 
UPTP_Mbps: 25.43
PRB Util%: 8.77
weekend: 0
CA Activation Rate: 74.91
hr: 22
MAC_UE_SC_Tput: 4568.06

hr: 22
CA Activation Rate num: 7752213
Setup_Fail_DEN: 13821
Peak UE: 58
MB_per_connected_UE: 157.18

Time: 02:28:41
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4876.16
DRB UL Data Volume MB: 7252
PRB Util%: 30.03
CA DL DataVolRatio Pct den: 4533
weekend: 0
CA Activation Rate: 56.98
hr: 9
MAC_UE_SC_Tput: 6541.3

hr: 9
CA Activation Rate num: 2205785
Peak UE: 27
MB_per_connected_UE: 67.92
DL Data Vol MAC in MB: 7475.58

Time: 04:02:09
holiday: 0
CA DL DataVolRatio Pct: 82.21

DL MAC Vol Scell Pct: 40.21
SIP DC%: 
DLRLCLayerDataVolume MB: 8146.91
PRB Util%: 4.6
RRC Setup Attempts: 6278
CA Conf FailRate Pct den: 6791
weekend: 0
UPTP Mbps Num: 33224
hr: 0
MAC_UE_SC_Tput: 5279.04

hr: 0
CA Activation Rate num: 10726482
UPTP Mbps Den: 1032
SIP_SC_Total_MOU: 163.3
Peak UE: 51
MB_per_connected_UE: 40.57
DL Volume: 2137
DL Data Vol MAC in MB: 4010.85
CA Activation Rate den: 90598

Time: 21:19:28
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6554.83
DRB UL Data Volume MB: 3952
CA DL DataVolRatio Pct den: 10218
weekend: 0
UPTP Mbps Num: 1997
hr: 23
MAC_UE_SC_Tput: 13994.56
Bearer Releases: 7008

hr: 23
SIP_SC_Total_MOU: 323.68
Peak UE: 27
MB_per_connected_UE: 33.48

Time: 13:54:37
holiday: 0

DL MAC Vol Scell Pct: 50.32
Avg_Connected_UEs: 78.77
SIP DC%: 
RRC Setup Attempts: 3987
weekend: 0
CA Activation Rate: 13.26
hr: 12
MAC_UE_SC_Tput: 8880.03

hr: 12
CA Activation Rate num: 10343303
SIP_SC_Total_MOU: 382.24
Peak UE: 27
DL Volume: 5623
CA Activation Rate den: 64900

Time: 10:39:16
holiday: 0
CA DL DataVolRatio Pct: 86.37

SIP DC%: 
DLRLCLayerDataVolume MB: 638.91
weekend: 0
UPTP Mbps Num: 18135
hr: 23
MAC_UE_SC_Tput: 15348.69
Bearer Releases: 16555

hr: 23
Setup_Fail_DEN: 19540
SIP_SC_Total_MOU: 6.01
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 119.07
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3621
DL Data Vol MAC in MB: 6961.26

Time: 15:29:04
holiday: 0

Avg_Connected_UEs: 66.73
SIP DC%: 
UPTP_Mbps: 19.45
DRB UL Data Volume MB: 5908
PRB Util%: 11.56
weekend: 1
hr: 2
MAC_UE_SC_Tput: 4902.95
Bearer Releases: 8105

hr: 2
CA Activation Rate num: 2995379
UPTP Mbps Den: 294
Setup_Fail_DEN: 11100
Peak UE: 55
MB_per_connected_UE: 52.58
DL Volume: 9241
DL Data Vol MAC in MB: 7210.18
CA Activation Rate den: 41331

Time: 13:02:31
holiday: 0

DL MAC Vol Scell Pct: 8.22
SIP DC%: 
UPTP_Mbps: 17.95
DLRLCLayerDataVolume MB: 4750.66
DRB UL Data Volume MB: 9382
RRC Setup Attempts: 5864
CA DL DataVolRatio Pct den: 8405
weekend: 0
UPTP Mbps Num: 7104
hr: 12
MAC_UE_SC_Tput: 8975.23

hr: 12
CA Activation Rate num: 3954942
Setup_Fail_DEN: 8614
SIP_SC_Total_MOU: 139.93
Peak UE: 78
DL Data Vol MAC in MB: 9206.14

holiday: 0
CA DL DataVolRatio Pct: 78.58

DL MAC Vol Scell Pct: 10.61
SIP DC%: 
DLRLCLayerDataVolume MB: 3940.11
PRB Util%: 74.34
weekend: 1
hr: 0
MAC_UE_SC_Tput: 17916.47
Bearer Releases: 8431

hr: 0
CA Activation Rate num: 4008558
SIP_SC_Total_MOU: 72.34
Peak UE: 57
MB_per_connected_UE: 16.45
DL Data Vol MAC in MB: 9853.44

Time: 06:28:51
holiday: 0

Avg_Connected_UEs: 79.7
SIP DC%: 
DLRLCLayerDataVolume MB: 5167.64
RRC Setup Attempts: 4673
CA DL DataVolRatio Pct den: 6863
CA Conf FailRate Pct den: 6351
weekend: 0
UPTP Mbps Num: 55060
hr: 21
MAC_UE_SC_Tput: 14152.37
Bearer Releases: 16320

hr: 21
CA Activation Rate num: 7321955
Setup_Fail_DEN: 9869
SIP_SC_Total_MOU: 285.6
Peak UE: 27
MB_per_connected_UE: 113.25
DL Volume: 6042
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8262
DL Data Vol MAC in MB: 3450.14
CA Activation Rate den: 44931

Time: 04:35:01
holiday: 0

DL MAC Vol Scell Pct: 46.05
SIP DC%: 
UPTP_Mbps: 75.49
DLRLCLayerDataVolume MB: 1991.29
DRB UL Data Volume MB: 9600
weekend: 0
hr: 14
MAC_UE_SC_Tput: 10064.67
Bearer Releases: 9939

hr: 14
CA Activation Rate num: 9194936
UPTP Mbps Den: 1492
SIP_SC_Total_MOU: 101.9
Peak UE: 71
DL Volume: 6260
CA Activation Rate den: 106090

Time: 10:31:03
holiday: 0

DL MAC Vol Scell Pct: 52.3
SIP DC%: 
DRB UL Data Volume MB: 7970
PRB Util%: 59.83
CA DL DataVolRatio Pct den: 8142
CA Conf FailRate Pct den: 7116
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7065.88

hr: 23
CA Activation Rate num: 3548678
SIP_SC_Total_MOU: 76.49
Peak UE: 88
MB_per_connected_UE: 151.36
CA Activation Rate den: 68012

Combined RACH Preambles: 3946
Time: 04:38:31
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4084.8
DRB UL Data Volume MB: 5964
CA DL DataVolRatio Pct den: 7580
weekend: 0
UPTP Mbps Num: 39934
hr: 6

hr: 6
CA Activation Rate num: 8029723
SIP_SC_Total_MOU: 85.52
Peak UE: 69
MB_per_connected_UE: 13.72
PCT Time MIMO: 39.45
DL Volume: 3882
DL Data Vol MAC in MB: 6084.5
CA Activation Rate den: 149628

Combined RACH Preambles: 4431
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7054.52
PRB Util%: 27.79
RRC Setup Attempts: 4352
weekend: 0
hr: 19
MAC_UE_SC_Tput: 21449.68

hr: 19
CA Activation Rate num: 6766654
Peak UE: 36
DL Data Vol MAC in MB: 9699.58

Time: 21:24:01
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 560.81
PRB Util%: 9.76
RRC Setup Attempts: 7256
weekend: 0
UPTP Mbps Num: 37143
hr: 16
MAC_UE_SC_Tput: 12395.81
Bearer Releases: 11107

hr: 16
Setup_Fail_DEN: 11959
SIP_SC_Total_MOU: 92.18

Time: 10:16:57
holiday: 0

Avg_Connected_UEs: 50.05
SIP DC%: 
DLRLCLayerDataVolume MB: 6430.79
DRB UL Data Volume MB: 6228
CA Conf FailRate Pct den: 6442
weekend: 0
UPTP Mbps Num: 12606
hr: 23
MAC_UE_SC_Tput: 4869.23

hr: 23
UPTP Mbps Den: 310
Peak UE: 27
MB_per_connected_UE: 122.08
DL Volume: 9075
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5474
DL Data Vol MAC in MB: 1053.47
CA Activation Rate den: 218298

Time: 14:45:28
holiday: 0
CA DL DataVolRatio Pct: 67.04
CA DL DataVolRatio Pct num: 5126

SIP DC%: 
DRB UL Data Volume MB: 2477
weekend: 0
hr: 9
MAC_UE_SC_Tput: 14554.3

hr: 9
CA Activation Rate num: 3100090
Setup_Fail_DEN: 13361
Peak UE: 53
MB_per_connected_UE: 84.26
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9028

Time: 00:26:24
holiday: 0
RRC Setup Failure% 5G: 0.26
CA DL DataVolRatio Pct num: 3081

SIP DC%: 
DLRLCLayerDataVolume MB: 4553.17
RRC Setup Attempts: 8845
CA DL DataVolRatio Pct den: 9281
weekend: 0
CA Activation Rate: 6.67
hr: 23
MAC_UE_SC_Tput: 18316.91
Bearer Releases: 11769

hr: 23
CA Activation Rate num: 5500772
UPTP Mbps Den: 3944
Setup_Fail_DEN: 10740
Peak UE: 62
UL Throughput: 6.26
DL Data Vol MAC in MB: 6665.13
CA Activation Rate den: 47870

Time: 09:41:49
holiday: 0
CA DL DataVolRatio Pct: 62.87
CA DL DataVolRatio Pct num: 1202

DL MAC Vol Scell Pct: 3.46
Avg_Connected_UEs: 42.38
SIP DC%: 
DRB UL Data Volume MB: 5981
PRB Util%: 21.06
CA Conf FailRate Pct den: 8018
weekend: 0
hr: 6
MAC_UE_SC_Tput: 7621.36
Bearer Releases: 7491

hr: 6
CA Activation Rate num: 2734843
Setup_Fail_DEN: 10693
Peak UE: 27
MB_per_connected_UE: 57.45
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5600
DL Data Vol MAC in MB: 1171.03

holiday: 0
CA DL DataVolRatio Pct: 48.46

SIP DC%: 
DRB UL Data Volume MB: 8335
weekend: 1
hr: 23
MAC_UE_SC_Tput: 4714.07

hr: 23
CA Activation Rate num: 4133805
Setup_Fail_DEN: 6684
Peak UE: 27
MB_per_connected_UE: 180.31
CA Activation Rate den: 55337

Time: 06:06:53
holiday: 0

Avg_Connected_UEs: 75.28
SIP DC%: 
DLRLCLayerDataVolume MB: 4435.31
DRB UL Data Volume MB: 2797
CA Conf FailRate Pct den: 4703
weekend: 0
UPTP Mbps Num: 4370
hr: 6
MAC_UE_SC_Tput: 4643.01
Bearer Releases: 8879

hr: 6
CA Activation Rate num: 5004187
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 15.09
PCT Time MIMO: 68.88
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7784
DL Data Vol MAC in MB: 7360.21

Time: 06:07:18
holiday: 0
CA DL DataVolRatio Pct: 69.89

SIP DC%: 
weekend: 0
UPTP Mbps Num: 28911
hr: 4
MAC_UE_SC_Tput: 4275.03

hr: 4
CA Activation Rate num: 2426116
SIP_SC_Total_MOU: 169.03
Peak UE: 27
MB_per_connected_UE: 87.83
DL Volume: 8394
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3371
CA Activation Rate den: 120240

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1197.98
weekend: 0
UPTP Mbps Num: 49433
hr: 8
MAC_UE_SC_Tput: 5534.6
Bearer Releases: 7485

hr: 8
Setup_Fail_DEN: 16985
Peak UE: 27
MB_per_connected_UE: 133.94
DL Volume: 2926
DL Data Vol MAC in MB: 2349.14
CA Activation Rate den: 189088

Time: 02:58:43
holiday: 0

SIP DC%: 
UPTP_Mbps: 35.24
DLRLCLayerDataVolume MB: 3525.63
PRB Util%: 45.6
weekend: 0
UPTP Mbps Num: 25117
hr: 5
MAC_UE_SC_Tput: 4825.49

hr: 5
CA Activation Rate num: 6825009
Setup_Fail_DEN: 14306
SIP_SC_Total_MOU: 102.33
Peak UE: 38
VOLTE IA%: 
MB_per_connected_UE: 130.34
DL Volume: 5668
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3247
CA Activation Rate den: 133234
Combined RACH Preambles: 2094

Time: 20:01:17
holiday: 0

DL MAC Vol Scell Pct: 24.63
SIP DC%: 
UPTP_Mbps: 23.85
DLRLCLayerDataVolume MB: 7674.08
DRB UL Data Volume MB: 822
PRB Util%: 41
CA Conf FailRate Pct den: 4339
weekend: 0
UPTP Mbps Num: 6370
CA Activation Rate: 40.76
hr: 0
MAC_UE_SC_Tput: 4817.24

hr: 0
CA Activation Rate num: 660955
Setup_Fail_DEN: 18634
Peak UE: 27
PCT Time MIMO: 59.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7841
DL Data Vol MAC in MB: 7306.53
CA Activation Rate den: 69465

Time: 14:26:11
holiday: 0
CA DL DataVolRatio Pct: 61.76

Avg_Connected_UEs: 37.75
SIP DC%: 
UPTP_Mbps: 12.29
DLRLCLayerDataVolume MB: 6585.7
DRB UL Data Volume MB: 1426
PRB Util%: 51.23
RRC Setup Attempts: 4891
weekend: 0
CA Activation Rate: 28.99
hr: 3
MAC_UE_SC_Tput: 6924.46

hr: 3
CA Activation Rate num: 3806808
SIP_SC_Total_MOU: 284.55
Peak UE: 27
MB_per_connected_UE: 183.16
PCT Time MIMO: 54.02
DL Volume: 1786
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7696
DL Data Vol MAC in MB: 6395.88
CA Activation Rate den: 105812

Combined RACH Preambles: 2721
holiday: 0

DL MAC Vol Scell Pct: 35.19
Avg_Connected_UEs: 28.43
SIP DC%: 
DLRLCLayerDataVolume MB: 7859.26
DRB UL Data Volume MB: 531
weekend: 0
CA Activation Rate: 56.51
hr: 10

hr: 10
CA Activation Rate num: 9411594
SIP_SC_Total_MOU: 0.85
Peak UE: 51
DL Volume: 8026
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7777
CA Activation Rate den: 179672

Time: 20:11:00
holiday: 0
CA DL DataVolRatio Pct: 63.96
HO_att_InterFreq: 657
CA DL DataVolRatio Pct num: 4504

DL MAC Vol Scell Pct: 52.93
Avg_Connected_UEs: 39.38
SIP DC%: 
DLRLCLayerDataVolume MB: 6703.7
PRB Util%: 39.07
CA Conf FailRate Pct den: 7023
weekend: 1
hr: 23
MAC_UE_SC_Tput: 10759.24

hr: 23
CA Activation Rate num: 5907901
SIP_SC_Total_MOU: 155.59
Peak UE: 27
MB_per_connected_UE: 104.56

Time: 06:47:57
holiday: 0
CA DL DataVolRatio Pct: 48.1

Avg_Connected_UEs: 76.03
SIP DC%: 
PRB Util%: 27.7
CA DL DataVolRatio Pct den: 5700
CA Conf FailRate Pct den: 5515
weekend: 0
CA Activation Rate: 15.27
hr: 13
MAC_UE_SC_Tput: 8509.52

hr: 13
CA Activation Rate num: 2544122
Setup_Fail_DEN: 12999
Peak UE: 60
MB_per_connected_UE: 107.31
DL Volume: 5127
DL Data Vol MAC in MB: 7202.1
CA Activation Rate den: 55251

Time: 09:03:22
holiday: 0
CA DL DataVolRatio Pct num: 2398

SIP DC%: 
UPTP_Mbps: 80.22
DLRLCLayerDataVolume MB: 8317.24
CA Conf FailRate Pct den: 3469
weekend: 0
UPTP Mbps Num: 25890
hr: 0
MAC_UE_SC_Tput: 7713.1

hr: 0
UPTP Mbps Den: 1995
Peak UE: 27
MB_per_connected_UE: 31.4
CA Activation Rate den: 43122

Time: 00:51:47
holiday: 0
CA DL DataVolRatio Pct num: 6530

SIP DC%: 
DLRLCLayerDataVolume MB: 5179.98
DRB UL Data Volume MB: 1837
PRB Util%: 33.05
CA DL DataVolRatio Pct den: 8448
CA Conf FailRate Pct den: 2918
RSSIRX1 Avg: -93.18
weekend: 0
hr: 22
MAC_UE_SC_Tput: 17177.83

hr: 22
CA Activation Rate num: 364373
UPTP Mbps Den: 610
MB_per_connected_UE: 162.52
CA Activation Rate den: 98495

Combined RACH Preambles: 3284
Time: 20:05:07
holiday: 0
CA DL DataVolRatio Pct: 78.33

SIP DC%: 
UPTP_Mbps: 16.96
DLRLCLayerDataVolume MB: 4137.67
DRB UL Data Volume MB: 9038
CA DL DataVolRatio Pct den: 6089
weekend: 0
UPTP Mbps Num: 29829
hr: 23
MAC_UE_SC_Tput: 18413.2
Bearer Releases: 14633

hr: 23
CA Activation Rate num: 8656393
Setup_Fail_DEN: 12434
Peak UE: 44
DL Volume: 1901
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6698
DL Data Vol MAC in MB: 4702.61
CA Activation Rate den: 213769

Time: 08:00:24
holiday: 0
CA DL DataVolRatio Pct num: 6776

SIP DC%: 
DLRLCLayerDataVolume MB: 2810.23
PRB Util%: 10.46
weekend: 0
UPTP Mbps Num: 62093
hr: 17
MAC_UE_SC_Tput: 16341.52
Bearer Releases: 14942

hr: 17
CA Activation Rate num: 10191618
Setup_Fail_DEN: 10478
SIP_SC_Total_MOU: 178.28
Peak UE: 97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5650
DL Data Vol MAC in MB: 7443.73

Time: 08:20:37
holiday: 0

SIP DC%: 
UPTP_Mbps: 29.48
CA DL DataVolRatio Pct den: 1630
CA Conf FailRate Pct den: 7892
weekend: 0
CA Activation Rate: 57.95
hr: 9
MAC_UE_SC_Tput: 12385.29

hr: 9
CA Activation Rate num: 8527128
Setup_Fail_DEN: 10989
SIP_SC_Total_MOU: 68.43
Peak UE: 52
DL Volume: 5635
DL Data Vol MAC in MB: 8967.76
CA Activation Rate den: 44671
Combined RACH Preambles: 2487

holiday: 0
CA DL DataVolRatio Pct num: 2240

DL MAC Vol Scell Pct: 57.93
Avg_Connected_UEs: 27
SIP DC%: 
UPTP_Mbps: 31.47
DLRLCLayerDataVolume MB: 5617.84
DRB UL Data Volume MB: 8287
PRB Util%: 15.04
CA DL DataVolRatio Pct den: 7644
CA Conf FailRate Pct den: 8478
weekend: 0
hr: 2
MAC_UE_SC_Tput: 8171.38

hr: 2
CA Activation Rate num: 5238867
Setup_Fail_DEN: 10389
SIP_SC_Total_MOU: 110.19
Peak UE: 28
MB_per_connected_UE: 158.25
DL Volume: 9572
DL Data Vol MAC in MB: 2592.48
CA Activation Rate den: 75818

Combined RACH Preambles: 4580
Time: 00:36:04
holiday: 0
CA DL DataVolRatio Pct: 78.72

SIP DC%: 
UPTP_Mbps: 107.82
DRB UL Data Volume MB: 3817
PRB Util%: 46.65
weekend: 0
UPTP Mbps Num: 24625
hr: 23
MAC_UE_SC_Tput: 12708.63

hr: 23
CA Activation Rate num: 8718799
UPTP Mbps Den: 954
Peak UE: 47
PCT Time MIMO: 45.5
DL Volume: 710

Time: 10:02:50
holiday: 0
CA DL DataVolRatio Pct: 67.46

SIP DC%: 
UPTP_Mbps: 20.63
DLRLCLayerDataVolume MB: 2023.51
CA DL DataVolRatio Pct den: 6583
weekend: 0
hr: 2

hr: 2
CA Activation Rate num: 4353666
Setup_Fail_DEN: 7397
Peak UE: 53
MB_per_connected_UE: 8.55
DL Volume: 7623
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9312
DL Data Vol MAC in MB: 9948.41
CA Activation Rate den: 110253

Time: 03:29:43
holiday: 0

DL MAC Vol Scell Pct: 28.44
Avg_Connected_UEs: 64.34
SIP DC%: 
UPTP_Mbps: 98.92
DLRLCLayerDataVolume MB: 5590.3
RRC Setup Attempts: 4518
CA Conf FailRate Pct den: 9470
weekend: 0
hr: 16
MAC_UE_SC_Tput: 11108.55
Bearer Releases: 17160

hr: 16
CA Activation Rate num: 5539712
Setup_Fail_DEN: 10015
Peak UE: 27
MB_per_connected_UE: 60.13
PCT Time MIMO: 47.13
DL Volume: 9068
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7967
CA Activation Rate den: 86496

Time: 02:00:28
holiday: 0
CA DL DataVolRatio Pct num: 6109

Avg_Connected_UEs: 49.3
SIP DC%: 
DLRLCLayerDataVolume MB: 4321.91
DRB UL Data Volume MB: 2199
CA DL DataVolRatio Pct den: 698
CA Conf FailRate Pct den: 5769
weekend: 0
hr: 8
MAC_UE_SC_Tput: 5022.29
Bearer Releases: 18116

hr: 8
CA Activation Rate num: 1208704
Peak UE: 67
MB_per_connected_UE: 151.63
CA Activation Rate den: 216864

Time: 04:01:25
holiday: 0
CA DL DataVolRatio Pct: 68.5

DL MAC Vol Scell Pct: 26.29
SIP DC%: 
UPTP_Mbps: 31.25
DLRLCLayerDataVolume MB: 4307.27
DRB UL Data Volume MB: 2231
PRB Util%: 19.76
RRC Setup Attempts: 9325
CA Conf FailRate Pct den: 6093
weekend: 0
UPTP Mbps Num: 11812
hr: 12
MAC_UE_SC_Tput: 10749.36
Bearer Releases: 8369

hr: 12
CA Activation Rate num: 2154454
Setup_Fail_DEN: 13572
Peak UE: 27
MB_per_connected_UE: 178.35
DL Data Vol MAC in MB: 7309.64
CA Activation Rate den: 70063

Time: 14:19:16
holiday: 0
CA DL DataVolRatio Pct: 66.33
CA DL DataVolRatio Pct num: 6695

Avg_Connected_UEs: 77.11
SIP DC%: 
PRB Util%: 49.1
weekend: 0
hr: 17
MAC_UE_SC_Tput: 4237.49

hr: 17
CA Activation Rate num: 4301680
Peak UE: 27
MB_per_connected_UE: 204.65
DL Data Vol MAC in MB: 3631.14

Time: 13:59:39
holiday: 0

DL MAC Vol Scell Pct: 40.42
SIP DC%: 
DLRLCLayerDataVolume MB: 5136.37
CA DL DataVolRatio Pct den: 8863
CA Conf FailRate Pct den: 8464
weekend: 0
UPTP Mbps Num: 20113
hr: 5
MAC_UE_SC_Tput: 8637.87
Bearer Releases: 14649

hr: 5
CA Activation Rate num: 7605832
Setup_Fail_DEN: 18672
Peak UE: 27
MB_per_connected_UE: 177.9
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3234

Combined RACH Preambles: 4796
Time: 10:01:59
holiday: 0
CA DL DataVolRatio Pct: 91.51
CA DL DataVolRatio Pct num: 3079

SIP DC%: 
DLRLCLayerDataVolume MB: 2997.79
CA DL DataVolRatio Pct den: 9543
weekend: 0
UPTP Mbps Num: 45747
hr: 10
MAC_UE_SC_Tput: 5320.09

hr: 10
CA Activation Rate num: 5179384
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5418
DL Data Vol MAC in MB: 6561.46
CA Activation Rate den: 59569

Time: 01:03:09
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6848.48
DRB UL Data Volume MB: 921
RRC Setup Attempts: 6825
CA Conf FailRate Pct den: 5297
weekend: 0
CA Activation Rate: 24.95
hr: 0
MAC_UE_SC_Tput: 25607.22

hr: 0
CA Activation Rate num: 771960
SIP_SC_Total_MOU: 97.89
Peak UE: 35
MB_per_connected_UE: 140.88
DL Volume: 1642
CA Activation Rate den: 131107

holiday: 0

SIP DC%: 
RRC Setup Attempts: 5470
CA Conf FailRate Pct den: 7014
weekend: 0
CA Activation Rate: 36.83
hr: 23
MAC_UE_SC_Tput: 4247
Bearer Releases: 15799

hr: 23
CA Activation Rate num: 2841661
Setup_Fail_DEN: 9905
SIP_SC_Total_MOU: 321.04
Peak UE: 41
MB_per_connected_UE: 188.94
DL Data Vol MAC in MB: 9372.86
CA Activation Rate den: 142577

Time: 23:42:14
holiday: 0
CA DL DataVolRatio Pct num: 2679

DL MAC Vol Scell Pct: 32.95
Avg_Connected_UEs: 34.59
SIP DC%: 
DLRLCLayerDataVolume MB: 989.24
PRB Util%: 58.81
CA Conf FailRate Pct den: 7242
weekend: 0
UPTP Mbps Num: 35147
CA Activation Rate: 17.61
hr: 23
MAC_UE_SC_Tput: 8358.81
Bearer Releases: 13636

hr: 23
CA Activation Rate num: 3690471
UPTP Mbps Den: 2675
Peak UE: 27
MB_per_connected_UE: 152.28
DL Volume: 1406
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8121
DL Data Vol MAC in MB: 2257.12
CA Activation Rate den: 100703

Time: 09:18:47
holiday: 0

DL MAC Vol Scell Pct: 17
SIP DC%: 
DRB UL Data Volume MB: 3682
CA DL DataVolRatio Pct den: 9363
weekend: 0
CA Activation Rate: 76.38
hr: 12
MAC_UE_SC_Tput: 5452.94

hr: 12
Setup_Fail_DEN: 16384
Peak UE: 76
MB_per_connected_UE: 102.68
DL Volume: 1468
DL Data Vol MAC in MB: 3885.22
CA Activation Rate den: 141273

Time: 15:52:00
holiday: 0
CA DL DataVolRatio Pct num: 3656

Avg_Connected_UEs: 83.59
SIP DC%: 
UPTP_Mbps: 11.64
DLRLCLayerDataVolume MB: 5207.38
CA Conf FailRate Pct den: 5850
weekend: 0
UPTP Mbps Num: 23994
hr: 3
MAC_UE_SC_Tput: 7588.18
Bearer Releases: 8321

hr: 3
CA Activation Rate num: 5382908
Setup_Fail_DEN: 13282
Peak UE: 40

holiday: 0
HO_att_InterFreq: 70

DL MAC Vol Scell Pct: 26.4
SIP DC%: 
DLRLCLayerDataVolume MB: 7353.74
PRB Util%: 36.12
weekend: 1
hr: 23
Bearer Releases: 9495

hr: 23
CA Activation Rate num: 3926643
Peak UE: 44
MB_per_connected_UE: 121.01
DL Data Vol MAC in MB: 9976.53
CA Activation Rate den: 54762

holiday: 0

SIP DC%: 
PRB Util%: 36.24
RRC Setup Attempts: 7026
CA Conf FailRate Pct den: 6059
weekend: 0
UPTP Mbps Num: 33817
CA Activation Rate: 58.86
hr: 0
MAC_UE_SC_Tput: 4212.19

hr: 0
CA Activation Rate num: 8154321
SIP_SC_Total_MOU: 378.65
Peak UE: 27
MB_per_connected_UE: 185.16
DL Volume: 2064
DL Data Vol MAC in MB: 3617.27

Time: 05:28:10
holiday: 0

Avg_Connected_UEs: 18.46
SIP DC%: 
DLRLCLayerDataVolume MB: 4942.31
DRB UL Data Volume MB: 3984
CA DL DataVolRatio Pct den: 9676
weekend: 0
UPTP Mbps Num: 21908
CA Activation Rate: 12.73
hr: 19
MAC_UE_SC_Tput: 9420.18

hr: 19
CA Activation Rate num: 765575
Peak UE: 48
MB_per_connected_UE: 109.75
PCT Time MIMO: 42.19
DL Data Vol MAC in MB: 9297.37
CA Activation Rate den: 38063

Time: 06:37:11
holiday: 0
CA DL DataVolRatio Pct num: 6061

SIP DC%: 
UPTP_Mbps: 114.97
DRB UL Data Volume MB: 6583
weekend: 0
UPTP Mbps Num: 34468
hr: 7
MAC_UE_SC_Tput: 16323

hr: 7
CA Activation Rate num: 9082750
SIP_SC_Total_MOU: 158.65
Peak UE: 33
MB_per_connected_UE: 110.98
DL Volume: 2255
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6917
CA Activation Rate den: 56856

Time: 18:53:45
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9745.85
PRB Util%: 18.02
weekend: 0
hr: 2
MAC_UE_SC_Tput: 9005.12

hr: 2
CA Activation Rate num: 4763495
Setup_Fail_DEN: 12281
SIP_SC_Total_MOU: 441.56
Peak UE: 32
MB_per_connected_UE: 192.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3099
DL Data Vol MAC in MB: 8735.54

Time: 15:37:54
holiday: 0

DL MAC Vol Scell Pct: 32.28
SIP DC%: 
DLRLCLayerDataVolume MB: 5906.5
DRB UL Data Volume MB: 6433
RRC Setup Attempts: 6380
CA DL DataVolRatio Pct den: 9609
weekend: 0
UPTP Mbps Num: 11881
hr: 0
MAC_UE_SC_Tput: 8215.73

hr: 0
CA Activation Rate num: 10162748
Peak UE: 30
MB_per_connected_UE: 20.67
PCT Time MIMO: 32.31
DL Data Vol MAC in MB: 7754.79

Time: 20:11:06
holiday: 0
CA DL DataVolRatio Pct num: 2739

Avg_Connected_UEs: 81.42
SIP DC%: 
DLRLCLayerDataVolume MB: 3855.66
RRC Setup Attempts: 9036
weekend: 1
CA Activation Rate: 22.68
hr: 6
MAC_UE_SC_Tput: 12847.6
Bearer Releases: 6399

hr: 6
CA Activation Rate num: 1070683
Peak UE: 47
MB_per_connected_UE: 121.21
PCT Time MIMO: 61.28

Time: 12:09:54
holiday: 0
CA DL DataVolRatio Pct num: 635

DL MAC Vol Scell Pct: 22.71
SIP DC%: 
DLRLCLayerDataVolume MB: 7841.5
RRC Setup Attempts: 5267
weekend: 0
hr: 11
MAC_UE_SC_Tput: 6541.8
Bearer Releases: 8749

hr: 11
CA Activation Rate num: 10432489
Setup_Fail_DEN: 15681
SIP_SC_Total_MOU: 1.63
Peak UE: 71
MB_per_connected_UE: 104.79
PCT Time MIMO: 40.56
DL Volume: 5805
DL Data Vol MAC in MB: 7656.11

Combined RACH Preambles: 2997
Time: 16:04:03
holiday: 0

Avg_Connected_UEs: 63.44
SIP DC%: 
RRC Setup Attempts: 3817
weekend: 1
CA Activation Rate: 16.75
hr: 22

hr: 22
CA Activation Rate num: 1835765
Setup_Fail_DEN: 12180
Peak UE: 82
MB_per_connected_UE: 103.03
DL Volume: 9452
DL Data Vol MAC in MB: 5212.38
CA Activation Rate den: 158906

Time: 00:43:08
holiday: 0

Avg_Connected_UEs: 65.12
SIP DC%: 
DLRLCLayerDataVolume MB: 6748.27
DRB UL Data Volume MB: 2402
weekend: 0
CA Activation Rate: 65.7
hr: 23
MAC_UE_SC_Tput: 5758.18
Bearer Releases: 16189

hr: 23
CA Activation Rate num: 4075971
UPTP Mbps Den: 2300
Setup_Fail_DEN: 18699
Peak UE: 72
MB_per_connected_UE: 143.85
DL Volume: 1126
CA Activation Rate den: 144957

Time: 13:37:15
holiday: 0
CA DL DataVolRatio Pct num: 7501

DL MAC Vol Scell Pct: 13.17
SIP DC%: 
RRC Setup Attempts: 9398
CA DL DataVolRatio Pct den: 2468
weekend: 0
UPTP Mbps Num: 41341
hr: 5
MAC_UE_SC_Tput: 9235.99
Bearer Releases: 13289

hr: 5
CA Activation Rate num: 3806410
Setup_Fail_DEN: 16220
SIP_SC_Total_MOU: 42.75
Peak UE: 37
DL Data Vol MAC in MB: 7501.42
CA Activation Rate den: 78699

Time: 09:28:09
holiday: 0
CA DL DataVolRatio Pct: 87.76

DL MAC Vol Scell Pct: 33.59
SIP DC%: 
DRB UL Data Volume MB: 503
CA Conf FailRate Pct den: 5655
weekend: 0
UPTP Mbps Num: 6103
CA Activation Rate: 68.08
hr: 7
MAC_UE_SC_Tput: 9277.8
Bearer Releases: 10216

hr: 7
CA Activation Rate num: 1659213
SIP_SC_Total_MOU: 99.93
Peak UE: 27
DL Data Vol MAC in MB: 9256.23

Combined RACH Preambles: 3302
Time: 14:07:39
holiday: 0
CA DL DataVolRatio Pct: 84.15
CA DL DataVolRatio Pct num: 2884

Avg_Connected_UEs: 65.95
SIP DC%: 
DLRLCLayerDataVolume MB: 9401.74
DRB UL Data Volume MB: 3318
RRC Setup Attempts: 9480
weekend: 0
UPTP Mbps Num: 36957
hr: 0
Bearer Releases: 8235

hr: 0
Setup_Fail_DEN: 14784
SIP_SC_Total_MOU: 324.05
Peak UE: 33
MB_per_connected_UE: 48.45
DL Volume: 7831
DL Data Vol MAC in MB: 8933.94

Time: 00:17:15
holiday: 0
CA DL DataVolRatio Pct: 89.86

SIP DC%: 
DLRLCLayerDataVolume MB: 140.96
PRB Util%: 4.62
CA DL DataVolRatio Pct den: 8401
weekend: 0
hr: 11
MAC_UE_SC_Tput: 6858.39
Bearer Releases: 8209

hr: 11
CA Activation Rate num: 10163248
UPTP Mbps Den: 337
Peak UE: 27
MB_per_connected_UE: 184.53
DL Data Vol MAC in MB: 9471.52
CA Activation Rate den: 89900

Time: 11:28:27
holiday: 0
HO Attempts: 621

Avg_Connected_UEs: 28.42
SIP DC%: 
DLRLCLayerDataVolume MB: 4759.15
DRB UL Data Volume MB: 4393
CA DL DataVolRatio Pct den: 5997
weekend: 1
UPTP Mbps Num: 43012
CA Activation Rate: 25.71
hr: 3
MAC_UE_SC_Tput: 6117.14
Bearer Releases: 9623

hr: 3
CA Activation Rate num: 6578838
Setup_Fail_DEN: 12819
SIP_SC_Total_MOU: 190.71
Peak UE: 28
MB_per_connected_UE: 15.34
CA Activation Rate den: 129662

Time: 10:06:58
holiday: 0
CA DL DataVolRatio Pct num: 2757

Avg_Connected_UEs: 63.6
SIP DC%: 
DLRLCLayerDataVolume MB: 4103.98
CA DL DataVolRatio Pct den: 3337
CA Conf FailRate Pct den: 9356
weekend: 0
CA Activation Rate: 30.87
hr: 21
MAC_UE_SC_Tput: 11347.55
Bearer Releases: 16529

hr: 21
CA Activation Rate num: 9875090
UPTP Mbps Den: 2070
SIP_SC_Total_MOU: 11.8
CA Activation Rate den: 39454

Time: 16:15:32
holiday: 0
CA DL DataVolRatio Pct: 46.7
CA DL DataVolRatio Pct num: 6519

DL MAC Vol Scell Pct: 56.7
SIP DC%: 
DLRLCLayerDataVolume MB: 7760.81
PRB Util%: 32.56
weekend: 0
UPTP Mbps Num: 5674
hr: 23

hr: 23
CA Activation Rate num: 5884654
SIP_SC_Total_MOU: 53.33
Peak UE: 27
MB_per_connected_UE: 34.92
DL Data Vol MAC in MB: 10095.88
CA Activation Rate den: 65391

Time: 11:19:11
holiday: 0
CA DL DataVolRatio Pct num: 6706

SIP DC%: 
DLRLCLayerDataVolume MB: 6756.6
PRB Util%: 70.54
CA Conf FailRate Pct den: 9547
weekend: 0
CA Activation Rate: 50.55
hr: 16
MAC_UE_SC_Tput: 10792.72
Bearer Releases: 9842

hr: 16
CA Activation Rate num: 9318132
Setup_Fail_DEN: 14779
Peak UE: 39
DL Volume: 5412
DL Data Vol MAC in MB: 5559.76
CA Activation Rate den: 43135

Combined RACH Preambles: 3833
Time: 16:06:00
holiday: 0
RRC Setup Failure% 5G: 0.35
CA DL DataVolRatio Pct num: 7120

SIP DC%: 
DLRLCLayerDataVolume MB: 9484.23
PRB Util%: 5.89
CA Conf FailRate Pct den: 8382
weekend: 0
UPTP Mbps Num: 42307
CA Activation Rate: 47.86
hr: 20
MAC_UE_SC_Tput: 44521.6
Bearer Releases: 12855

hr: 20
CA Activation Rate num: 3322840
Setup_Fail_DEN: 9619
Peak UE: 27
MB_per_connected_UE: 15.54
PCT Time MIMO: 46.63
DL Volume: 6422
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4861
CA Activation Rate den: 155711

Time: 22:50:10
holiday: 0
CA DL DataVolRatio Pct num: 7283

DL MAC Vol Scell Pct: 38.19
SIP DC%: 
DLRLCLayerDataVolume MB: 7057.92
DRB UL Data Volume MB: 8354
CA Conf FailRate Pct den: 5791
weekend: 0
CA Activation Rate: 35.53
hr: 3
MAC_UE_SC_Tput: 5832.4

hr: 3
CA Activation Rate num: 5753357
UPTP Mbps Den: 5887
Peak UE: 40
VOLTE IA%: 
DL Data Vol MAC in MB: 5532.8
Combined RACH Preambles: 3493

Time: 00:00:43
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9075.25
PRB Util%: 13.2
weekend: 0
UPTP Mbps Num: 1238
CA Activation Rate: 45.43
hr: 7
MAC_UE_SC_Tput: 6497.75

hr: 7
CA Activation Rate num: 6017490
Setup_Fail_DEN: 11314
SIP_SC_Total_MOU: 20.98
DL Data Vol MAC in MB: 3695.92

Time: 00:35:36
holiday: 0

Avg_Connected_UEs: 20.28
SIP DC%: 
UPTP_Mbps: 133.27
DLRLCLayerDataVolume MB: 5901.8
DRB UL Data Volume MB: 4353
RRC Setup Attempts: 7697
weekend: 0
hr: 1
MAC_UE_SC_Tput: 5074.42
Bearer Releases: 6404

hr: 1
CA Activation Rate num: 10064770
Peak UE: 27
MB_per_connected_UE: 26.87
DL Data Vol MAC in MB: 2843.89
CA Activation Rate den: 94155

Time: 17:11:07
holiday: 0

SIP DC%: 
UPTP_Mbps: 37.2
DLRLCLayerDataVolume MB: 7165.62
DRB UL Data Volume MB: 952
CA DL DataVolRatio Pct den: 6870
CA Conf FailRate Pct den: 3533
weekend: 1
UPTP Mbps Num: 19534
hr: 16
MAC_UE_SC_Tput: 6410.53
Bearer Releases: 7782

hr: 16
CA Activation Rate num: 11448288
SIP_SC_Total_MOU: 1.54
Peak UE: 27
DL Data Vol MAC in MB: 4691.45

Time: 05:17:22
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8908.62
PRB Util%: 6.52
CA DL DataVolRatio Pct den: 2034
weekend: 0
UPTP Mbps Num: 5666
hr: 21
MAC_UE_SC_Tput: 8855.38
Bearer Releases: 17384

hr: 21
CA Activation Rate num: 7443238
SIP_SC_Total_MOU: 161.33
Peak UE: 81
MB_per_connected_UE: 152.08
CA Activation Rate den: 73859

Time: 05:47:57
holiday: 0
CA DL DataVolRatio Pct num: 4449

DL MAC Vol Scell Pct: 11.62
SIP DC%: 
DLRLCLayerDataVolume MB: 8240.54
DRB UL Data Volume MB: 8881
CA DL DataVolRatio Pct den: 6506
weekend: 0
hr: 3
MAC_UE_SC_Tput: 4714.57
Bearer Releases: 18034

hr: 3
CA Activation Rate num: 2339989
Setup_Fail_DEN: 10566
Peak UE: 27
MB_per_connected_UE: 146.25
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6337
DL Data Vol MAC in MB: 3425.85

Time: 08:30:48
holiday: 0

SIP DC%: 
UPTP_Mbps: 133.4
DLRLCLayerDataVolume MB: 9031.53
DRB UL Data Volume MB: 7735
CA DL DataVolRatio Pct den: 2582
weekend: 0
CA Activation Rate: 49.22
hr: 9
MAC_UE_SC_Tput: 8161.17

hr: 9
CA Activation Rate num: 5354098
SIP_SC_Total_MOU: 218.26
Peak UE: 53
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5266

Time: 00:44:10
holiday: 0
CA DL DataVolRatio Pct: 75
CA DL DataVolRatio Pct num: 3462

DL MAC Vol Scell Pct: 27.41
SIP DC%: 
DLRLCLayerDataVolume MB: 1028.89
DRB UL Data Volume MB: 6549
CA Conf FailRate Pct den: 7505
weekend: 1
UPTP Mbps Num: 19738
hr: 1
MAC_UE_SC_Tput: 17957.61
Bearer Releases: 15401

hr: 1
CA Activation Rate num: 4682410
UPTP Mbps Den: 4763
Setup_Fail_DEN: 7628
SIP_SC_Total_MOU: 132.09
Peak UE: 27
MB_per_connected_UE: 67.85
DL Volume: 643
DL Data Vol MAC in MB: 4190.21

Time: 23:41:55
holiday: 0
CA DL DataVolRatio Pct num: 6893
HO Attempts: 598

SIP DC%: 
UPTP_Mbps: 27.83
DLRLCLayerDataVolume MB: 999.07
PRB Util%: 3.65
CA DL DataVolRatio Pct den: 5042
CA Conf FailRate Pct den: 6960
weekend: 0
UPTP Mbps Num: 33380
CA Activation Rate: 67.49
hr: 6
MAC_UE_SC_Tput: 7250.27
Bearer Releases: 13131

hr: 6
CA Activation Rate num: 6926954
Setup_Fail_DEN: 16125
Peak UE: 37
MB_per_connected_UE: 40.86
DL Data Vol MAC in MB: 7621.44
Combined RACH Preambles: 2723

holiday: 0
CA DL DataVolRatio Pct: 83.06

SIP DC%: 
DLRLCLayerDataVolume MB: 575.94
PRB Util%: 26.9
CA DL DataVolRatio Pct den: 4034
weekend: 0
CA Activation Rate: 55.72
hr: 15
MAC_UE_SC_Tput: 14540.74

hr: 15
CA Activation Rate num: 11003014
Setup_Fail_DEN: 14475
SIP_SC_Total_MOU: 217.67
Peak UE: 73
MB_per_connected_UE: 54.18
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3518
DL Data Vol MAC in MB: 5963.45

Time: 23:10:47
holiday: 0

SIP DC%: 
UPTP_Mbps: 9.5
weekend: 0
UPTP Mbps Num: 13765
hr: 8
MAC_UE_SC_Tput: 9369.18

hr: 8
CA Activation Rate num: 9529730
Setup_Fail_DEN: 12377
Peak UE: 27
MB_per_connected_UE: 43.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6703
DL Data Vol MAC in MB: 8963.41

Time: 09:50:36
holiday: 0

DL MAC Vol Scell Pct: 9.57
SIP DC%: 
DLRLCLayerDataVolume MB: 8093.31
CA Conf FailRate Pct den: 8832
weekend: 0
UPTP Mbps Num: 12924
hr: 0
MAC_UE_SC_Tput: 8521.38

hr: 0
CA Activation Rate num: 6860559
SIP_SC_Total_MOU: 192.11
Peak UE: 72
VOLTE IA%: 
MB_per_connected_UE: 103.45
DL Data Vol MAC in MB: 6460.99

Time: 07:38:58
holiday: 0
CA DL DataVolRatio Pct num: 117

SIP DC%: 
UPTP_Mbps: 46.4
DRB UL Data Volume MB: 6119
RRC Setup Attempts: 7470
CA Conf FailRate Pct den: 4484
weekend: 0
CA Activation Rate: 68.61
hr: 7
MAC_UE_SC_Tput: 5127.43
Bearer Releases: 17217

hr: 7
CA Activation Rate num: 9652665
SIP_SC_Total_MOU: 161.4
Peak UE: 27
MB_per_connected_UE: 63.82
DL Data Vol MAC in MB: 7854.16
CA Activation Rate den: 103049

Combined RACH Preambles: 4764
Time: 16:14:11
holiday: 0
CA DL DataVolRatio Pct num: 2967

SIP DC%: 
DLRLCLayerDataVolume MB: 6681.74
RRC Setup Attempts: 4973
CA DL DataVolRatio Pct den: 7895
weekend: 0
CA Activation Rate: 42.94
hr: 13
MAC_UE_SC_Tput: 9463
Bearer Releases: 10519

hr: 13
CA Activation Rate num: 5903554
SIP_SC_Total_MOU: 377.31
Peak UE: 37
MB_per_connected_UE: 185.59
DL Data Vol MAC in MB: 536.45
CA Activation Rate den: 56496

Time: 13:48:27
holiday: 0
CA DL DataVolRatio Pct: 74.36

SIP DC%: 
DLRLCLayerDataVolume MB: 5809.27
DRB UL Data Volume MB: 9469
RRC Setup Attempts: 6005
CA DL DataVolRatio Pct den: 3978
CA Conf FailRate Pct den: 7842
weekend: 0
hr: 7
MAC_UE_SC_Tput: 30800.92
Bearer Releases: 13594

hr: 7
CA Activation Rate num: 7828009
UPTP Mbps Den: 297
Setup_Fail_DEN: 10877
SIP_SC_Total_MOU: 64.06
Peak UE: 73
MB_per_connected_UE: 136.12
DL Volume: 2218
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5431
CA Activation Rate den: 147548

Time: 20:02:06
holiday: 0
CA DL DataVolRatio Pct: 87.6

SIP DC%: 
UPTP_Mbps: 20.39
DLRLCLayerDataVolume MB: 8130.08
CA DL DataVolRatio Pct den: 6033
CA Conf FailRate Pct den: 6269
weekend: 0
CA Activation Rate: 34.57
hr: 18
MAC_UE_SC_Tput: 12238.78
Bearer Releases: 10034

hr: 18
CA Activation Rate num: 5834151
Setup_Fail_DEN: 15271
Peak UE: 53
UL Throughput: 8.26
DL Data Vol MAC in MB: 9114.46

Time: 12:37:57
holiday: 0
CA DL DataVolRatio Pct num: 5253

SIP DC%: 
DLRLCLayerDataVolume MB: 8372.55
RRC Setup Attempts: 8120
CA DL DataVolRatio Pct den: 5841
weekend: 0
CA Activation Rate: 3.91
hr: 21
MAC_UE_SC_Tput: 20057.88
Bearer Releases: 18315

hr: 21
CA Activation Rate num: 10471955
Peak UE: 61
MB_per_connected_UE: 145.91
DL Data Vol MAC in MB: 9380.78
CA Activation Rate den: 102345

Time: 00:54:30
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7984.63
PRB Util%: 75.34
CA Conf FailRate Pct den: 4691
weekend: 0
UPTP Mbps Num: 17837
CA Activation Rate: 6.71
hr: 23
MAC_UE_SC_Tput: 18508.33

hr: 23
CA Activation Rate num: 10508250
UPTP Mbps Den: 2014
Peak UE: 27
MB_per_connected_UE: 84.7
DL Volume: 2837
DL Data Vol MAC in MB: 8681.88

Time: 21:28:39
holiday: 0
CA DL DataVolRatio Pct num: 4216

Avg_Connected_UEs: 44.9
SIP DC%: 
DLRLCLayerDataVolume MB: 8859.61
RRC Setup Attempts: 7545
weekend: 0
UPTP Mbps Num: 14110
CA Activation Rate: 7.76
hr: 12
MAC_UE_SC_Tput: 20117.79
Bearer Releases: 8430

hr: 12
CA Activation Rate num: 5394916
SIP_SC_Total_MOU: 56
MB_per_connected_UE: 23.6
DL Data Vol MAC in MB: 5772.06
CA Activation Rate den: 56341

Time: 19:25:41
holiday: 0
CA DL DataVolRatio Pct: 51.26
CA DL DataVolRatio Pct num: 6081

DL MAC Vol Scell Pct: 18.03
Avg_Connected_UEs: 64.93
SIP DC%: 
DLRLCLayerDataVolume MB: 5625.17
DRB UL Data Volume MB: 1540
PRB Util%: 63.24
weekend: 0
UPTP Mbps Num: 11761
CA Activation Rate: 61.83
hr: 5
MAC_UE_SC_Tput: 7252.94
Bearer Releases: 16225

hr: 5
CA Activation Rate num: 8884528
Setup_Fail_DEN: 9280
SIP_SC_Total_MOU: 151.46
Peak UE: 61
MB_per_connected_UE: 30.63
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6676
DL Data Vol MAC in MB: 7936.87

Time: 11:11:27
holiday: 0
CA DL DataVolRatio Pct num: 585

SIP DC%: 
PRB Util%: 36.74
RRC Setup Attempts: 4709
CA DL DataVolRatio Pct den: 1579
weekend: 0
UPTP Mbps Num: 17982
CA Activation Rate: 68.07
hr: 15
Bearer Releases: 10725

hr: 15
CA Activation Rate num: 9025066
UPTP Mbps Den: 2040
Peak UE: 39
VOLTE IA%: 
MB_per_connected_UE: 64.62
DL Volume: 4371
DL Data Vol MAC in MB: 9965.83

Time: 13:33:41
holiday: 0
CA DL DataVolRatio Pct: 73.88

SIP DC%: 
UPTP_Mbps: 108.66
DRB UL Data Volume MB: 6110
weekend: 0
hr: 23
Bearer Releases: 7842

hr: 23
CA Activation Rate num: 10338898
SIP_SC_Total_MOU: 287.3
Peak UE: 56
MB_per_connected_UE: 147.89
PCT Time MIMO: 49.99
DL Data Vol MAC in MB: 7434.71

Time: 03:10:49
holiday: 0
CA DL DataVolRatio Pct: 66.13

SIP DC%: 
DRB UL Data Volume MB: 7641
RRC Setup Attempts: 7482
CA Conf FailRate Pct den: 8640
weekend: 0
UPTP Mbps Num: 13669
CA Activation Rate: 15.7
hr: 2
MAC_UE_SC_Tput: 9957.49
Bearer Releases: 6941

hr: 2
CA Activation Rate num: 9687887
Peak UE: 27
PCT Time MIMO: 44.23
DL Volume: 9205
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6182
DL Data Vol MAC in MB: 4466.18
CA Activation Rate den: 84803
Combined RACH Preambles: 3026

Time: 03:57:36
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6341.27
DRB UL Data Volume MB: 3069
DL Packet Loss Pct: 3.49
RRC Setup Attempts: 4418
weekend: 0
UPTP Mbps Num: 33634
hr: 15

hr: 15
SIP_SC_Total_MOU: 158.17
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6906
DL Data Vol MAC in MB: 2557.25

Time: 23:54:29
holiday: 0
CA DL DataVolRatio Pct num: 954

Avg_Connected_UEs: 79.37
SIP DC%: 
DLRLCLayerDataVolume MB: 9889.98
PRB Util%: 38.63
CA DL DataVolRatio Pct den: 5552
weekend: 0
UPTP Mbps Num: 22276
hr: 3
MAC_UE_SC_Tput: 8474.53
Bearer Releases: 10495

hr: 3
CA Activation Rate num: 6420337
Setup_Fail_DEN: 12612
Peak UE: 27
DL Volume: 9735
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6488
DL Data Vol MAC in MB: 8715.9
CA Activation Rate den: 116447

Time: 13:56:43
holiday: 0
CA DL DataVolRatio Pct: 77.18
CA DL DataVolRatio Pct num: 5512

Avg_Connected_UEs: 18.25
SIP DC%: 
CA DL DataVolRatio Pct den: 219
CA Conf FailRate Pct den: 6982
weekend: 0
UPTP Mbps Num: 15539
hr: 2
MAC_UE_SC_Tput: 8051.86
Bearer Releases: 9633

hr: 2
CA Activation Rate num: 402922
Peak UE: 85
MB_per_connected_UE: 15.35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3509
CA Activation Rate den: 36696

Time: 05:11:01
holiday: 0
CA DL DataVolRatio Pct num: 4859

Avg_Connected_UEs: 41.6
SIP DC%: 
DLRLCLayerDataVolume MB: 7346.95
DRB UL Data Volume MB: 4364
CA DL DataVolRatio Pct den: 5751
weekend: 0
UPTP Mbps Num: 21188
hr: 7

hr: 7
CA Activation Rate num: 8222828
UPTP Mbps Den: 989
Setup_Fail_DEN: 12498
Peak UE: 27
MB_per_connected_UE: 29.66
DL Data Vol MAC in MB: 8610.74
CA Activation Rate den: 130315

Combined RACH Preambles: 3684
Time: 11:49:40
holiday: 0
CA DL DataVolRatio Pct: 61.05

Avg_Connected_UEs: 38.28
SIP DC%: 
RRC Setup Attempts: 5223
weekend: 0
CA Activation Rate: 48.03
hr: 2
MAC_UE_SC_Tput: 5014.84

hr: 2
CA Activation Rate num: 10079236
Setup_Fail_DEN: 11145
SIP_SC_Total_MOU: 86.05
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5017
DL Data Vol MAC in MB: 4612.81
CA Activation Rate den: 55636

Time: 09:14:01
holiday: 0

SIP DC%: 
UPTP_Mbps: 35.3
RRC Setup Attempts: 9434
CA Conf FailRate Pct den: 9423
weekend: 0
UPTP Mbps Num: 12101
hr: 21
MAC_UE_SC_Tput: 6414.04
Bearer Releases: 17543

hr: 21
Setup_Fail_DEN: 13067
SIP_SC_Total_MOU: 111.6
Peak UE: 37
MB_per_connected_UE: 87.23
DL Data Vol MAC in MB: 8039.78
CA Activation Rate den: 46250

Time: 22:34:12
holiday: 0

Avg_Connected_UEs: 30.61
SIP DC%: 
UPTP_Mbps: 42.33
DLRLCLayerDataVolume MB: 8611.88
DRB UL Data Volume MB: 1627
CA DL DataVolRatio Pct den: 2286
CA Conf FailRate Pct den: 8245
weekend: 0
CA Activation Rate: 59.65
hr: 5
MAC_UE_SC_Tput: 9440.16

hr: 5
Setup_Fail_DEN: 12435
Peak UE: 33
MB_per_connected_UE: 108.97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3294
DL Data Vol MAC in MB: 5487.46
CA Activation Rate den: 43541

Time: 20:39:24
holiday: 0
CA DL DataVolRatio Pct num: 6413

SIP DC%: 
DLRLCLayerDataVolume MB: 5832.47
DRB UL Data Volume MB: 3261
weekend: 1
UPTP Mbps Num: 21341
hr: 16
MAC_UE_SC_Tput: 8861.59
Bearer Releases: 18181

hr: 16
UPTP Mbps Den: 2382
SIP_SC_Total_MOU: 159.79
Peak UE: 27
MB_per_connected_UE: 186.19

Time: 13:21:07
holiday: 0
HO Attempts: 616

SIP DC%: 
PRB Util%: 8.9
RRC Setup Attempts: 5840
weekend: 0
UPTP Mbps Num: 45086
CA Activation Rate: 20.5
hr: 21
MAC_UE_SC_Tput: 10599.2

hr: 21
CA Activation Rate num: 4171700
Peak UE: 96
MB_per_connected_UE: 122.01
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8077

Time: 21:18:24
holiday: 0
CA DL DataVolRatio Pct: 80.03
CA DL DataVolRatio Pct num: 1175

DL MAC Vol Scell Pct: 16.25
SIP DC%: 
RRC Setup Attempts: 7994
CA DL DataVolRatio Pct den: 7958
weekend: 0
CA Activation Rate: 48.27
hr: 23
MAC_UE_SC_Tput: 12162.33
Bearer Releases: 17737

hr: 23
CA Activation Rate num: 7818769
Setup_Fail_DEN: 7997
SIP_SC_Total_MOU: 217.11
Peak UE: 76
PCT Time MIMO: 56.36
DL Data Vol MAC in MB: 2044.12
CA Activation Rate den: 165223

Time: 22:30:41
holiday: 0
CA DL DataVolRatio Pct: 47.13

Avg_Connected_UEs: 55.82
SIP DC%: 
UPTP_Mbps: 61.61
DLRLCLayerDataVolume MB: 1740.25
CA Conf FailRate Pct den: 3656
weekend: 0
UPTP Mbps Num: 25279
hr: 18
MAC_UE_SC_Tput: 15007.31

hr: 18
CA Activation Rate num: 10300402
Peak UE: 27
MB_per_connected_UE: 9.9
DL Volume: 4047

Time: 20:45:05
holiday: 0
CA DL DataVolRatio Pct: 53.2

DL MAC Vol Scell Pct: 46.52
SIP DC%: 
DLRLCLayerDataVolume MB: 7693.96
DRB UL Data Volume MB: 4347
RRC Setup Attempts: 3831
weekend: 0
CA Activation Rate: 30.66
hr: 13
MAC_UE_SC_Tput: 6766.51

hr: 13
Peak UE: 45
MB_per_connected_UE: 186.75
DL Volume: 6665
DL Data Vol MAC in MB: 10140.84
CA Activation Rate den: 63966

Time: 03:22:16
holiday: 0

DL MAC Vol Scell Pct: 52.28
Avg_Connected_UEs: 64.31
SIP DC%: 
UPTP_Mbps: 32.69
DRB UL Data Volume MB: 5635
CA DL DataVolRatio Pct den: 8631
weekend: 0
CA Activation Rate: 69.25
hr: 4
MAC_UE_SC_Tput: 4487.57
Bearer Releases: 10357

hr: 4
CA Activation Rate num: 164763
Peak UE: 29
MB_per_connected_UE: 48.46
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9072
DL Data Vol MAC in MB: 4924.52

Time: 11:23:14
holiday: 0
HO_att_InterFreq: 211

Avg_Connected_UEs: 64.54
SIP DC%: 
UPTP_Mbps: 132.49
DLRLCLayerDataVolume MB: 3267.11
DRB UL Data Volume MB: 8557
CA Conf FailRate Pct den: 8586
weekend: 0
hr: 15
MAC_UE_SC_Tput: 6197.43

hr: 15
CA Activation Rate num: 13230220
Peak UE: 78
PCT Time MIMO: 49.16
DL Data Vol MAC in MB: 6541.27
CA Activation Rate den: 86985

Time: 17:27:29
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8362.69
CA Conf FailRate Pct den: 4289
weekend: 0
UPTP Mbps Num: 3710
hr: 23
MAC_UE_SC_Tput: 12088.22
Bearer Releases: 7736

hr: 23
CA Activation Rate num: 552745
Setup_Fail_DEN: 9711
SIP_SC_Total_MOU: 175.56
Peak UE: 27
PCT Time MIMO: 66.39
DL Data Vol MAC in MB: 3649.24
CA Activation Rate den: 41967

holiday: 0
CA DL DataVolRatio Pct num: 3104

Avg_Connected_UEs: 33.44
SIP DC%: 
DLRLCLayerDataVolume MB: 759.19
DRB UL Data Volume MB: 2421
CA Conf FailRate Pct den: 6311
weekend: 0
hr: 10
MAC_UE_SC_Tput: 9326.71

hr: 10
CA Activation Rate num: 4507156
Setup_Fail_DEN: 6887
SIP_SC_Total_MOU: 236.11
UL MAC Vol Scell Pct: 3.14
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 9.88
DL Data Vol MAC in MB: 3191.17
CA Activation Rate den: 88787

Time: 03:46:56
holiday: 0

DL MAC Vol Scell Pct: 36.16
Avg_Connected_UEs: 46.94
SIP DC%: 
DLRLCLayerDataVolume MB: 2968.41
DRB UL Data Volume MB: 5885
PRB Util%: 13.29
DL Packet Loss Pct: 0.75
weekend: 0
UPTP Mbps Num: 15298
CA Activation Rate: 45.76
hr: 16
MAC_UE_SC_Tput: 13253.08

hr: 16
CA Activation Rate num: 10086527
Setup_Fail_DEN: 16939
Peak UE: 41
MB_per_connected_UE: 138.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6057
DL Data Vol MAC in MB: 5384.69
CA Activation Rate den: 47610

Time: 21:35:34
holiday: 0
CA DL DataVolRatio Pct: 57.62

SIP DC%: 
UPTP_Mbps: 23.4
DLRLCLayerDataVolume MB: 5688.27
PRB Util%: 37.93
CA Conf FailRate Pct den: 4709
weekend: 1
hr: 13
MAC_UE_SC_Tput: 6014.64

hr: 13
Peak UE: 94
MB_per_connected_UE: 123.98
CA Activation Rate den: 128022

Time: 01:10:29
holiday: 0

SIP DC%: 
UPTP_Mbps: 32.18
DLRLCLayerDataVolume MB: 7400
DRB UL Data Volume MB: 8662
RRC Setup Attempts: 4685
weekend: 1
UPTP Mbps Num: 26919
hr: 12
MAC_UE_SC_Tput: 13190.5

hr: 12
CA Activation Rate num: 9474963
SIP_SC_Total_MOU: 411.48
Peak UE: 69
MB_per_connected_UE: 125.66
DL Volume: 6314

holiday: 0

SIP DC%: 
UPTP_Mbps: 15.31
RRC Setup Attempts: 6279
CA Conf FailRate Pct den: 3744
weekend: 1
UPTP Mbps Num: 38143
hr: 21
MAC_UE_SC_Tput: 8202.06

hr: 21
CA Activation Rate num: 6404094
SIP_SC_Total_MOU: 76.18
Peak UE: 27
MB_per_connected_UE: 159.54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3241
CA Activation Rate den: 62067

Time: 16:56:31
holiday: 0

SIP DC%: 
UPTP_Mbps: 131.24
DLRLCLayerDataVolume MB: 6508.79
PRB Util%: 15.6
CA DL DataVolRatio Pct den: 4945
weekend: 0
UPTP Mbps Num: 33222
hr: 12
MAC_UE_SC_Tput: 11452.66
Bearer Releases: 7247

hr: 12
CA Activation Rate num: 7932280
SIP_SC_Total_MOU: 2.65
Peak UE: 47
MB_per_connected_UE: 44.68
PCT Time MIMO: 44.78
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5746
DL Data Vol MAC in MB: 8857.94

Time: 03:54:34
holiday: 0
CA DL DataVolRatio Pct: 75.51

SIP DC%: 
UPTP_Mbps: 10.99
DLRLCLayerDataVolume MB: 4221.59
DRB UL Data Volume MB: 1519
PRB Util%: 51.15
CA DL DataVolRatio Pct den: 8200
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7451.49

hr: 23
CA Activation Rate num: 10442841
SIP_SC_Total_MOU: 148.63
Peak UE: 31
MB_per_connected_UE: 50.56
PCT Time MIMO: 38.8
DL Data Vol MAC in MB: 2411.96
CA Activation Rate den: 125484

Time: 20:00:18
holiday: 0
CA DL DataVolRatio Pct num: 2513

SIP DC%: 
UPTP_Mbps: 9.73
CA Conf FailRate Pct den: 6488
weekend: 0
hr: 13
MAC_UE_SC_Tput: 5490.3
Bearer Releases: 12355

hr: 13
CA Activation Rate num: 4893204
Setup_Fail_DEN: 10216
Peak UE: 27
MB_per_connected_UE: 73.32
PCT Time MIMO: 38.94
DL Data Vol MAC in MB: 9895.06

holiday: 0
CA DL DataVolRatio Pct num: 6931

SIP DC%: 
UPTP_Mbps: 112.14
DLRLCLayerDataVolume MB: 4508.96
DRB UL Data Volume MB: 2628
PRB Util%: 15.06
weekend: 0
hr: 15
MAC_UE_SC_Tput: 5202.22
Bearer Releases: 14514

hr: 15
CA Activation Rate num: 2323796
Peak UE: 27
DL Data Vol MAC in MB: 6654.95
CA Activation Rate den: 209914

Time: 10:03:04
holiday: 0

Avg_Connected_UEs: 21.85
SIP DC%: 
UPTP_Mbps: 18.41
DLRLCLayerDataVolume MB: 1004.12
DRB UL Data Volume MB: 563
PRB Util%: 7.92
RRC Setup Attempts: 9490
weekend: 0
CA Activation Rate: 45.08
hr: 21
MAC_UE_SC_Tput: 5263.23

hr: 21
CA Activation Rate num: 2519653
Setup_Fail_DEN: 10283
Peak UE: 72
MB_per_connected_UE: 177.54
DL Data Vol MAC in MB: 3933.6

Time: 08:19:01
holiday: 0
CA DL DataVolRatio Pct: 85.4

SIP DC%: 
UPTP_Mbps: 9.87
RRC Setup Attempts: 3563
CA DL DataVolRatio Pct den: 4281
weekend: 0
CA Activation Rate: 27.54
hr: 19
MAC_UE_SC_Tput: 14843.74
Bearer Releases: 8899

hr: 19
CA Activation Rate num: 9898261
Setup_Fail_DEN: 7632
SIP_SC_Total_MOU: 318.42
Peak UE: 36
MB_per_connected_UE: 130.55
DL Volume: 3299
UL Throughput: 9.26
DL Data Vol MAC in MB: 2234.92
CA Activation Rate den: 132650

Time: 07:48:49
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1578.83
DRB UL Data Volume MB: 7490
PRB Util%: 15.4
CA Conf FailRate Pct den: 7072
weekend: 0
CA Activation Rate: 21.86
hr: 17
MAC_UE_SC_Tput: 6880.1

hr: 17
CA Activation Rate num: 3075643
SIP_SC_Total_MOU: 115.92
Peak UE: 47
UL Throughput: 10.57
DL Data Vol MAC in MB: 1115.89
CA Activation Rate den: 107938

Combined RACH Preambles: 2195
Time: 12:36:24
holiday: 0
CA DL DataVolRatio Pct: 79.66
CA DL DataVolRatio Pct num: 3175

Avg_Connected_UEs: 38.65
SIP DC%: 
UPTP_Mbps: 86.64
DLRLCLayerDataVolume MB: 6916.28
CA DL DataVolRatio Pct den: 1845
weekend: 1
UPTP Mbps Num: 36326
hr: 0
MAC_UE_SC_Tput: 18522.61

hr: 0
CA Activation Rate num: 7750372
Peak UE: 86
VOLTE IA%: 
MB_per_connected_UE: 75.79
DL Volume: 1424

Time: 05:31:16
holiday: 0
CA DL DataVolRatio Pct: 91.12

DL MAC Vol Scell Pct: 38.78
Avg_Connected_UEs: 67.34
SIP DC%: 
DLRLCLayerDataVolume MB: 6095.52
DRB UL Data Volume MB: 9182
RRC Setup Attempts: 6962
weekend: 0
UPTP Mbps Num: 20178
CA Activation Rate: 41.1
hr: 11
MAC_UE_SC_Tput: 14568.41

hr: 11
CA Activation Rate num: 3007823
Setup_Fail_DEN: 13441
SIP_SC_Total_MOU: 300.3
Peak UE: 81
VOLTE IA%: 
DL Volume: 8903
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8535
CA Activation Rate den: 67438

Time: 14:35:50
holiday: 0

Avg_Connected_UEs: 18.31
SIP DC%: 
DLRLCLayerDataVolume MB: 3821.95
DRB UL Data Volume MB: 339
weekend: 0
UPTP Mbps Num: 34229
hr: 2
MAC_UE_SC_Tput: 7854.58

hr: 2
CA Activation Rate num: 6011347
UPTP Mbps Den: 1981
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5700

Time: 01:29:46
holiday: 0

Avg_Connected_UEs: 74.3
SIP DC%: 
UPTP_Mbps: 31.4
DRB UL Data Volume MB: 2919
RRC Setup Attempts: 6522
weekend: 0
UPTP Mbps Num: 46517
CA Activation Rate: 69.22
hr: 10
MAC_UE_SC_Tput: 8057.59

hr: 10
Setup_Fail_DEN: 20058
Peak UE: 71
MB_per_connected_UE: 95.06
DL Data Vol MAC in MB: 6124.6
CA Activation Rate den: 124102

Time: 09:05:51
holiday: 0

SIP DC%: 
UPTP_Mbps: 36.19
DLRLCLayerDataVolume MB: 3111.31
DRB UL Data Volume MB: 477
UL Resid BLER PCT: 0.98
weekend: 0
CA Activation Rate: 31.73
hr: 0
MAC_UE_SC_Tput: 4564

hr: 0
Peak UE: 27
MB_per_connected_UE: 138.5
DL Data Vol MAC in MB: 3108.02
CA Activation Rate den: 43917

Time: 23:01:46
holiday: 0

Avg_Connected_UEs: 21.43
SIP DC%: 
UPTP_Mbps: 107.87
DLRLCLayerDataVolume MB: 7017.27
PRB Util%: 54.53
DL Packet Loss Pct: 1.72
CA DL DataVolRatio Pct den: 3621
weekend: 0
hr: 12
MAC_UE_SC_Tput: 15900.59

hr: 12
CA Activation Rate num: 9135354
Setup_Fail_DEN: 13807
Peak UE: 42
MB_per_connected_UE: 83.08
DL Volume: 4753
CA Activation Rate den: 86534

Time: 19:29:33
holiday: 0

Avg_Connected_UEs: 29.2
SIP DC%: 
DLRLCLayerDataVolume MB: 7596.37
DRB UL Data Volume MB: 456
CA DL DataVolRatio Pct den: 4227
weekend: 0
CA Activation Rate: 60.37
hr: 19
MAC_UE_SC_Tput: 17239.58
Bearer Releases: 8969

hr: 19
CA Activation Rate num: 1518087
Setup_Fail_DEN: 9105
SIP_SC_Total_MOU: 1.66
QCI 1 Bearer Drop%: 1.54
Peak UE: 27
MB_per_connected_UE: 22.76
PCT Time MIMO: 61.57
DL Volume: 1739
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4878
CA Activation Rate den: 105187

Time: 12:28:17
holiday: 0

SIP DC%: 
PRB Util%: 12.53
RRC Setup Attempts: 4837
CA DL DataVolRatio Pct den: 8874
weekend: 0
UPTP Mbps Num: 27542
CA Activation Rate: 22.96
hr: 23
MAC_UE_SC_Tput: 4603.22

hr: 23
CA Activation Rate num: 8276445
SIP_SC_Total_MOU: 404.45
Peak UE: 27
MB_per_connected_UE: 137.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4706
CA Activation Rate den: 43530

Time: 03:55:16
holiday: 0

DL MAC Vol Scell Pct: 4.81
Avg_Connected_UEs: 21.63
SIP DC%: 
UPTP_Mbps: 27.67
DLRLCLayerDataVolume MB: 2070.04
weekend: 0
CA Activation Rate: 11.22
hr: 14
MAC_UE_SC_Tput: 14511.48

hr: 14
CA Activation Rate num: 7502962
UPTP Mbps Den: 1901
Setup_Fail_DEN: 12394
MB_per_connected_UE: 41.77

Time: 14:17:56
holiday: 0
CA DL DataVolRatio Pct num: 850

SIP DC%: 
DRB UL Data Volume MB: 2902
weekend: 1
CA Activation Rate: 32.22
hr: 10
MAC_UE_SC_Tput: 5076.96
Bearer Releases: 12417

hr: 10
CA Activation Rate num: 3913628
Peak UE: 45
DL Volume: 9189
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4532
DL Data Vol MAC in MB: 7550.18
CA Activation Rate den: 65257

Time: 05:29:22
holiday: 0
CA DL DataVolRatio Pct: 57.2
CA DL DataVolRatio Pct num: 5430

Avg_Connected_UEs: 33.81
SIP DC%: 
DLRLCLayerDataVolume MB: 2356.53
DRB UL Data Volume MB: 7366
PRB Util%: 40.59
CA DL DataVolRatio Pct den: 2870
weekend: 0
UPTP Mbps Num: 13465
hr: 0
MAC_UE_SC_Tput: 10948.38
Bearer Releases: 11848

hr: 0
CA Activation Rate num: 9155961
Setup_Fail_DEN: 15201
Peak UE: 27
DL Data Vol MAC in MB: 8390

Time: 09:00:23
holiday: 0

Avg_Connected_UEs: 72.85
SIP DC%: 
DLRLCLayerDataVolume MB: 8736.76
RRC Setup Attempts: 6727
CA Conf FailRate Pct den: 3270
weekend: 0
CA Activation Rate: 4.79
hr: 19
MAC_UE_SC_Tput: 14294.33
Bearer Releases: 10796

hr: 19
CA Activation Rate num: 4374088
Peak UE: 27
MB_per_connected_UE: 37.42
CA Activation Rate den: 88558

Time: 22:48:53
holiday: 0

Avg_Connected_UEs: 84.45
SIP DC%: 
DLRLCLayerDataVolume MB: 3258.99
PRB Util%: 18.98
CA Conf FailRate Pct den: 4379
weekend: 0
CA Activation Rate: 7.94
hr: 23
MAC_UE_SC_Tput: 17861.27
Bearer Releases: 9642

hr: 23
CA Activation Rate num: 6623688
Setup_Fail_DEN: 10718
Peak UE: 71
MB_per_connected_UE: 162.26
DL Volume: 2403
CA Activation Rate den: 137861

Time: 07:22:05
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 2184
CA DL DataVolRatio Pct den: 923
weekend: 0
UPTP Mbps Num: 52876
hr: 3
MAC_UE_SC_Tput: 6102.41
Bearer Releases: 17964

hr: 3
CA Activation Rate num: 3001033
Setup_Fail_DEN: 19434
SIP_SC_Total_MOU: 125.07
Peak UE: 65
DL Data Vol MAC in MB: 8110.32
CA Activation Rate den: 49411

Time: 07:04:15
holiday: 0

SIP DC%: 
UPTP_Mbps: 19.68
PRB Util%: 7.63
RRC Setup Attempts: 4509
CA Conf FailRate Pct den: 3509
weekend: 0
UPTP Mbps Num: 32315
hr: 22
MAC_UE_SC_Tput: 15710.96

hr: 22
CA Activation Rate num: 5542529
UPTP Mbps Den: 1425
Setup_Fail_DEN: 10759
SIP_SC_Total_MOU: 293.72
Peak UE: 27
DL Data Vol MAC in MB: 5477.48

Time: 13:38:57
holiday: 0

DL MAC Vol Scell Pct: 12.3
Avg_Connected_UEs: 49.85
SIP DC%: 
DLRLCLayerDataVolume MB: 3559.09
DRB UL Data Volume MB: 7554
PRB Util%: 19.18
CA DL DataVolRatio Pct den: 2505
CA Conf FailRate Pct den: 9157
weekend: 0
CA Activation Rate: 66.08
hr: 23
MAC_UE_SC_Tput: 7734.66
Bearer Releases: 7224

hr: 23
CA Activation Rate num: 8108389
Peak UE: 42
PCT Time MIMO: 69.2
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3922
DL Data Vol MAC in MB: 3847.84
CA Activation Rate den: 65849

Time: 11:31:03
holiday: 0

Avg_Connected_UEs: 26.71
SIP DC%: 
UPTP_Mbps: 25.86
DLRLCLayerDataVolume MB: 5796.34
DRB UL Data Volume MB: 990
CA DL DataVolRatio Pct den: 7464
weekend: 0
UPTP Mbps Num: 62088
hr: 2
MAC_UE_SC_Tput: 11586.17

hr: 2
CA Activation Rate num: 9870712
Setup_Fail_DEN: 7804
SIP_SC_Total_MOU: 180.91
Peak UE: 27
MB_per_connected_UE: 9.55
DL Data Vol MAC in MB: 1570.07
CA Activation Rate den: 127272

Time: 15:02:26
holiday: 0
CA DL DataVolRatio Pct: 89.59

Avg_Connected_UEs: 42.46
SIP DC%: 
weekend: 0
CA Activation Rate: 59.92
hr: 14
MAC_UE_SC_Tput: 10008.02
Bearer Releases: 7854

hr: 14
CA Activation Rate num: 4477047
Setup_Fail_DEN: 9628
SIP_SC_Total_MOU: 127.03
Peak UE: 27
MB_per_connected_UE: 45.46
DL Data Vol MAC in MB: 8878.96

Time: 08:14:50
holiday: 0
CA DL DataVolRatio Pct: 73.91

Avg_Connected_UEs: 45.57
SIP DC%: 
DLRLCLayerDataVolume MB: 7227.07
CA DL DataVolRatio Pct den: 4442
CA Conf FailRate Pct den: 5392
weekend: 0
CA Activation Rate: 3.53
hr: 6
MAC_UE_SC_Tput: 6800.22
Bearer Releases: 9715

hr: 6
CA Activation Rate num: 8604953
Setup_Fail_DEN: 10992
SIP_SC_Total_MOU: 259.61
Peak UE: 41
MB_per_connected_UE: 141.08
DL Data Vol MAC in MB: 7010.89

Time: 06:38:24
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9379.75
DRB UL Data Volume MB: 3904
CA DL DataVolRatio Pct den: 6347
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7039.02

hr: 23
Avg CQI: 10
CA Activation Rate num: 4304995
SIP_SC_Total_MOU: 181.79
UL MAC Vol Scell Pct: 8.97
MB_per_connected_UE: 20.62
PCT Time MIMO: 67.4
DL Volume: 5807
CA Activation Rate den: 101945

Combined RACH Preambles: 2196
Time: 02:08:24
holiday: 0
CA DL DataVolRatio Pct: 41.42
CA DL DataVolRatio Pct num: 2545

Avg_Connected_UEs: 53.47
SIP DC%: 
DLRLCLayerDataVolume MB: 4197.75
DRB UL Data Volume MB: 5416
CA DL DataVolRatio Pct den: 9155
weekend: 0
hr: 18
MAC_UE_SC_Tput: 5093.78

hr: 18
CA Activation Rate num: 4331284
Peak UE: 36
MB_per_connected_UE: 92.38
PCT Time MIMO: 36.63
DL Data Vol MAC in MB: 468.24
CA Activation Rate den: 180517

Time: 00:37:28
holiday: 0
CA DL DataVolRatio Pct num: 6989

Avg_Connected_UEs: 46.04
SIP DC%: 
DLRLCLayerDataVolume MB: 4212.96
RRC Setup Attempts: 8107
weekend: 0
hr: 1
MAC_UE_SC_Tput: 11584.38

hr: 1
CA Activation Rate num: 382660
UPTP Mbps Den: 4957
SIP_SC_Total_MOU: 171.31
UL MAC Vol Scell Pct: 1.97
MB_per_connected_UE: 145.68
DL Data Vol MAC in MB: 8280.95

Time: 03:00:46
holiday: 0

DL MAC Vol Scell Pct: 37.77
SIP DC%: 
DLRLCLayerDataVolume MB: 6873.67
RRC Setup Attempts: 7237
CA DL DataVolRatio Pct den: 3532
CA Conf FailRate Pct den: 5306
weekend: 0
UPTP Mbps Num: 28470
hr: 2
MAC_UE_SC_Tput: 10294.43
Bearer Releases: 7097

hr: 2
CA Activation Rate num: 838930
Setup_Fail_DEN: 10346
Peak UE: 27
MB_per_connected_UE: 63.84
DL Volume: 5325
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8128
CA Activation Rate den: 36803

Time: 04:39:58
holiday: 0

DL MAC Vol Scell Pct: 33.21
Avg_Connected_UEs: 81.81
SIP DC%: 
UPTP_Mbps: 8.54
DLRLCLayerDataVolume MB: 6664.08
PRB Util%: 71.24
weekend: 0
hr: 5
MAC_UE_SC_Tput: 9403.14

hr: 5
CA Activation Rate num: 7371820
UPTP Mbps Den: 1759
SIP_SC_Total_MOU: 236.42
Peak UE: 27
MB_per_connected_UE: 100.77
DL Data Vol MAC in MB: 3755.76
CA Activation Rate den: 66082

Time: 11:21:11
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8583.58
DRB UL Data Volume MB: 6506
PRB Util%: 25.69
weekend: 0
UPTP Mbps Num: 26798
hr: 18
MAC_UE_SC_Tput: 12770.8

hr: 18
CA Activation Rate num: 5432584
UPTP Mbps Den: 194
SIP_SC_Total_MOU: 121.88
Peak UE: 47
MB_per_connected_UE: 100.53
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5394
DL Data Vol MAC in MB: 7279.97
CA Activation Rate den: 177203

Time: 16:08:20
holiday: 0
CA DL DataVolRatio Pct: 66.42

SIP DC%: 
UPTP_Mbps: 40.73
DLRLCLayerDataVolume MB: 2001.35
DRB UL Data Volume MB: 5587
CA DL DataVolRatio Pct den: 8431
weekend: 0
CA Activation Rate: 43.67
hr: 23
MAC_UE_SC_Tput: 16029.03

hr: 23
CA Activation Rate num: 5225927
Setup_Fail_DEN: 14947
SIP_SC_Total_MOU: 51.25
Peak UE: 78
MB_per_connected_UE: 145.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4158
DL Data Vol MAC in MB: 5395.62

Time: 11:32:08
holiday: 0
CA DL DataVolRatio Pct: 91.11

DL MAC Vol Scell Pct: 42.15
SIP DC%: 
UPTP_Mbps: 10.4
DLRLCLayerDataVolume MB: 3901.28
weekend: 0
UPTP Mbps Num: 3668
CA Activation Rate: 57.94
hr: 4
MAC_UE_SC_Tput: 6776.5

hr: 4
CA Activation Rate num: 10785550
SIP_SC_Total_MOU: 331.04
Peak UE: 53
MB_per_connected_UE: 39.24
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3981
DL Data Vol MAC in MB: 5180.22
CA Activation Rate den: 67080

Combined RACH Preambles: 4179
Time: 12:55:53
holiday: 0
CA DL DataVolRatio Pct: 56.84
CA DL DataVolRatio Pct num: 4198

SIP DC%: 
RRC Setup Attempts: 7194
CA DL DataVolRatio Pct den: 3988
weekend: 0
hr: 6
MAC_UE_SC_Tput: 15485.99
Bearer Releases: 6288

hr: 6
CA Activation Rate num: 1298777
SIP_SC_Total_MOU: 310.46
Peak UE: 74
MB_per_connected_UE: 127.72
PCT Time MIMO: 53.39
DL Data Vol MAC in MB: 8841.81
CA Activation Rate den: 38639

Time: 15:11:01
holiday: 0
CA DL DataVolRatio Pct: 78.63

SIP DC%: 
DLRLCLayerDataVolume MB: 894.53
weekend: 0
hr: 23
MAC_UE_SC_Tput: 10350.66

hr: 23
CA Activation Rate num: 8245023
Setup_Fail_DEN: 8601
SIP_SC_Total_MOU: 0.76
MB_per_connected_UE: 152.2
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5872

Time: 14:51:45
holiday: 0
CA DL DataVolRatio Pct num: 7348

SIP DC%: 
DRB UL Data Volume MB: 4297
PRB Util%: 75.09
weekend: 1
UPTP Mbps Num: 18506
hr: 5
MAC_UE_SC_Tput: 16059.35
Bearer Releases: 12732

hr: 5
SIP_SC_Total_MOU: 209.07
Peak UE: 27
MB_per_connected_UE: 136.75
DL Volume: 9951
DL Data Vol MAC in MB: 7120.72
CA Activation Rate den: 79424

Combined RACH Preambles: 4259
Time: 11:47:16
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8756.26
DRB UL Data Volume MB: 9011
weekend: 0
UPTP Mbps Num: 25289
hr: 20
MAC_UE_SC_Tput: 4785.93

hr: 20
CA Activation Rate num: 5348493
Setup_Fail_DEN: 12945
SIP_SC_Total_MOU: 311.17
DL Volume: 1397
DL Data Vol MAC in MB: 3290.93
CA Activation Rate den: 49422

Time: 08:15:43
holiday: 0
CA DL DataVolRatio Pct: 90.17

SIP DC%: 
DLRLCLayerDataVolume MB: 7074.94
DRB UL Data Volume MB: 5266
PRB Util%: 23.7
RRC Setup Attempts: 4002
CA DL DataVolRatio Pct den: 4657
weekend: 1
hr: 0
MAC_UE_SC_Tput: 4747.81

hr: 0
CA Activation Rate num: 1284998
Peak UE: 27
DL Data Vol MAC in MB: 836.49

Time: 02:53:21
holiday: 0

DL MAC Vol Scell Pct: 13.38
SIP DC%: 
DLRLCLayerDataVolume MB: 1393.29
UL Resid BLER PCT: 0.88
CA Conf FailRate Pct den: 9068
weekend: 1
hr: 0
MAC_UE_SC_Tput: 13393.86

hr: 0
CA Activation Rate num: 1459429
SIP_SC_Total_MOU: 51.26
Peak UE: 27
DL Volume: 3233

Combined RACH Preambles: 3704
holiday: 0

DL MAC Vol Scell Pct: 22.87
SIP DC%: 
UPTP_Mbps: 18.56
RRC Setup Attempts: 5131
CA DL DataVolRatio Pct den: 4629
CA Conf FailRate Pct den: 8558
weekend: 0
hr: 0
MAC_UE_SC_Tput: 8154.34

hr: 0
CA Activation Rate num: 2094700
Peak UE: 27
MB_per_connected_UE: 11.21
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5295
DL Data Vol MAC in MB: 5337.46
CA Activation Rate den: 49456

Time: 12:11:24
holiday: 0

DL MAC Vol Scell Pct: 18.07
SIP DC%: 
DLRLCLayerDataVolume MB: 4569.87
DRB UL Data Volume MB: 5695
RRC Setup Attempts: 6799
CA Conf FailRate Pct den: 8575
weekend: 0
UPTP Mbps Num: 1470
hr: 23
MAC_UE_SC_Tput: 18774.02

hr: 23
CA Activation Rate num: 4418128
SIP_SC_Total_MOU: 72.88
Peak UE: 33
MB_per_connected_UE: 93.2
DL Volume: 8073
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7256
DL Data Vol MAC in MB: 3098.3

Time: 05:15:58
holiday: 0
CA DL DataVolRatio Pct: 62.19
CA DL DataVolRatio Pct num: 4263

SIP DC%: 
DLRLCLayerDataVolume MB: 1726.62
DRB UL Data Volume MB: 3027
DL Packet Loss Pct: 3.99
CA Conf FailRate Pct den: 5120
weekend: 0
hr: 15
MAC_UE_SC_Tput: 19206.86

hr: 15
CA Activation Rate num: 730254
UL MAC Vol Scell Pct: 1.29
Peak UE: 38
MB_per_connected_UE: 206.76
PCT Time MIMO: 63.78
CA Activation Rate den: 47454

Time: 18:57:04
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 6214
CA DL DataVolRatio Pct den: 5056
weekend: 0
UPTP Mbps Num: 44729
CA Activation Rate: 74.28
hr: 0
MAC_UE_SC_Tput: 5264.05

hr: 0
CA Activation Rate num: 9377654
Setup_Fail_DEN: 7767
SIP_SC_Total_MOU: 208.82
Peak UE: 27
MB_per_connected_UE: 11.08
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7310
DL Data Vol MAC in MB: 7422.31
CA Activation Rate den: 64712

Time: 16:48:11
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1606.47
CA Conf FailRate Pct den: 7911
weekend: 0
CA Activation Rate: 77.84
hr: 13
MAC_UE_SC_Tput: 6093.85

hr: 13
Avg CQI: 8
CA Activation Rate num: 2437107
UPTP Mbps Den: 5510
Setup_Fail_DEN: 12350
SIP_SC_Total_MOU: 399.24
Peak UE: 38
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7630
DL Data Vol MAC in MB: 7822.24
CA Activation Rate den: 40100

holiday: 0
CA DL DataVolRatio Pct num: 2725

SIP DC%: 
UPTP_Mbps: 27.13
DLRLCLayerDataVolume MB: 7441.38
CA DL DataVolRatio Pct den: 6958
CA Conf FailRate Pct den: 6165
weekend: 0
UPTP Mbps Num: 13365
hr: 23
MAC_UE_SC_Tput: 18918.61
Bearer Releases: 9567

hr: 23
CA Activation Rate num: 4853081
UPTP Mbps Den: 1770
Peak UE: 42
VOLTE IA%: 
DL Data Vol MAC in MB: 4306.42
CA Activation Rate den: 44138

Time: 15:00:35
holiday: 0
CA DL DataVolRatio Pct num: 1547

DL MAC Vol Scell Pct: 54.99
SIP DC%: 
DLRLCLayerDataVolume MB: 2440.57
DRB UL Data Volume MB: 9935
CA DL DataVolRatio Pct den: 1093
CA Conf FailRate Pct den: 6788
weekend: 0
hr: 3
MAC_UE_SC_Tput: 14645.22
Bearer Releases: 11281

hr: 3
CA Activation Rate num: 9613239
Peak UE: 27
MB_per_connected_UE: 169.55
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8174
CA Activation Rate den: 69779

Time: 14:35:20
holiday: 0

DL MAC Vol Scell Pct: 35.88
SIP DC%: 
UPTP_Mbps: 87.49
DLRLCLayerDataVolume MB: 7309.2
DRB UL Data Volume MB: 6083
weekend: 0
CA Activation Rate: 6.84
hr: 9
MAC_UE_SC_Tput: 11287.47

hr: 9
CA Activation Rate num: 10479733
Peak UE: 27
MB_per_connected_UE: 38.9
DL Volume: 3333
DL Data Vol MAC in MB: 4814.04

Combined RACH Preambles: 3475
Time: 15:08:18
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4665.87
RRC Setup Attempts: 7769
weekend: 1
UPTP Mbps Num: 35154
hr: 13
MAC_UE_SC_Tput: 6207.56

hr: 13
CA Activation Rate num: 8661771
Setup_Fail_DEN: 8411
SIP_SC_Total_MOU: 51.59
Peak UE: 30
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6754
DL Data Vol MAC in MB: 4359.36
CA Activation Rate den: 65815

Time: 19:22:52
holiday: 0
CA DL DataVolRatio Pct: 64.56
CA DL DataVolRatio Pct num: 7330

SIP DC%: 
DLRLCLayerDataVolume MB: 7065.48
DRB UL Data Volume MB: 2570
weekend: 0
UPTP Mbps Num: 36208
CA Activation Rate: 27.1
hr: 21
MAC_UE_SC_Tput: 7306.22

hr: 21
CA Activation Rate num: 630799
Peak UE: 27
MB_per_connected_UE: 158.5
DL Volume: 2952
DL Data Vol MAC in MB: 1021.88
CA Activation Rate den: 197963

Time: 16:44:55
holiday: 0
CA DL DataVolRatio Pct: 85.08

SIP DC%: 
DLRLCLayerDataVolume MB: 4678.39
PRB Util%: 72
RRC Setup Attempts: 9513
weekend: 0
CA Activation Rate: 62.17
hr: 23
MAC_UE_SC_Tput: 4480.38
Bearer Releases: 16789

hr: 23
CA Activation Rate num: 13739571
Peak UE: 27
MB_per_connected_UE: 145.08
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3566
CA Activation Rate den: 142480

Time: 22:56:48
holiday: 0

DL MAC Vol Scell Pct: 50.83
SIP DC%: 
DLRLCLayerDataVolume MB: 5486.41
DRB UL Data Volume MB: 1456
weekend: 0
hr: 3
MAC_UE_SC_Tput: 5263.47
Bearer Releases: 10766

hr: 3
CA Activation Rate num: 4400388
UPTP Mbps Den: 242
Setup_Fail_DEN: 13182
Peak UE: 27
DL Volume: 8140
DL Data Vol MAC in MB: 5317.09
CA Activation Rate den: 116289

Time: 16:36:30
holiday: 0
HO_att_InterFreq: 725
CA DL DataVolRatio Pct num: 5510

SIP DC%: 
UPTP_Mbps: 15.86
CA DL DataVolRatio Pct den: 5724
weekend: 0
hr: 3
MAC_UE_SC_Tput: 4824.47

hr: 3
CA Activation Rate num: 5599391
Setup_Fail_DEN: 14794
DL Data Vol MAC in MB: 7309.13

Time: 00:36:33
holiday: 0
CA DL DataVolRatio Pct: 77.43
CA DL DataVolRatio Pct num: 6226

Avg_Connected_UEs: 17.03
SIP DC%: 
UPTP_Mbps: 112.66
DLRLCLayerDataVolume MB: 817.05
DRB UL Data Volume MB: 8708
CA Conf FailRate Pct den: 3966
weekend: 0
CA Activation Rate: 32.17
hr: 21
MAC_UE_SC_Tput: 9639.13
Bearer Releases: 8469

hr: 21
CA Activation Rate num: 10084472
Setup_Fail_DEN: 9219
Peak UE: 27
MB_per_connected_UE: 145.57
DL Data Vol MAC in MB: 8518.36
CA Activation Rate den: 47813
Combined RACH Preambles: 4071

Time: 06:28:56
holiday: 0

Avg_Connected_UEs: 49.86
SIP DC%: 
DLRLCLayerDataVolume MB: 8271.82
DRB UL Data Volume MB: 6610
RRC Setup Attempts: 7171
weekend: 1
UPTP Mbps Num: 10041
hr: 18
MAC_UE_SC_Tput: 13288.23
Bearer Releases: 12874

hr: 18
CA Activation Rate num: 8487074
UPTP Mbps Den: 4402
Peak UE: 99
PCT Time MIMO: 57.98
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3982
DL Data Vol MAC in MB: 3769.38
CA Activation Rate den: 43348

Time: 09:36:13
holiday: 0
CA DL DataVolRatio Pct num: 303

DL MAC Vol Scell Pct: 37.82
Avg_Connected_UEs: 30.44
SIP DC%: 
DLRLCLayerDataVolume MB: 8662.55
DRB UL Data Volume MB: 8811
CA Conf FailRate Pct den: 6299
weekend: 0
UPTP Mbps Num: 50277
CA Activation Rate: 4.5
hr: 0
MAC_UE_SC_Tput: 4686.39
Bearer Releases: 11105

hr: 0
CA Activation Rate num: 10330346
SIP_SC_Total_MOU: 190.08
Peak UE: 27
MB_per_connected_UE: 129.41
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4803
DL Data Vol MAC in MB: 2163.38

Time: 13:57:32
holiday: 0

DL MAC Vol Scell Pct: 12.05
Avg_Connected_UEs: 31.19
SIP DC%: 
UPTP_Mbps: 36.66
DLRLCLayerDataVolume MB: 10017.03
weekend: 1
hr: 0
MAC_UE_SC_Tput: 9192.8
Bearer Releases: 9876

hr: 0
CA Activation Rate num: 4051658
Setup_Fail_DEN: 7289
Peak UE: 66
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5683
UL Throughput: 7.71
DL Data Vol MAC in MB: 2459

Time: 22:11:47
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3186.09
PRB Util%: 3.62
CA DL DataVolRatio Pct den: 4026
weekend: 0
UPTP Mbps Num: 28176
hr: 7
MAC_UE_SC_Tput: 14457.62

hr: 7
CA Activation Rate num: 8704351
SIP_SC_Total_MOU: 96.48
Peak UE: 57
MB_per_connected_UE: 135.17
DL Data Vol MAC in MB: 2661.41

Time: 03:15:25
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4378.22
CA DL DataVolRatio Pct den: 6550
weekend: 0
CA Activation Rate: 7.08
hr: 23
Bearer Releases: 7577

hr: 23
SIP_SC_Total_MOU: 111.28
Peak UE: 27
PCT Time MIMO: 51.57
DL Volume: 4138
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5098
DL Data Vol MAC in MB: 6913.76

Time: 14:09:27
holiday: 0

SIP DC%: 
UPTP_Mbps: 134.17
DLRLCLayerDataVolume MB: 6130.24
PRB Util%: 27.3
RRC Setup Attempts: 3500
CA DL DataVolRatio Pct den: 5879
CA Conf FailRate Pct den: 8781
weekend: 0
UPTP Mbps Num: 42899
CA Activation Rate: 67.91
hr: 1
Bearer Releases: 6451

hr: 1
CA Activation Rate num: 6835806
Setup_Fail_DEN: 12045
SIP_SC_Total_MOU: 7.25
Peak UE: 27
PCT Time MIMO: 60.25
DL Data Vol MAC in MB: 4535.09
CA Activation Rate den: 78387

Time: 17:15:52
holiday: 0
CA DL DataVolRatio Pct num: 164

SIP DC%: 
DLRLCLayerDataVolume MB: 2471.86
RRC Setup Attempts: 8065
CA DL DataVolRatio Pct den: 2052
CA Conf FailRate Pct den: 3039
weekend: 0
CA Activation Rate: 41.4
hr: 1
MAC_UE_SC_Tput: 14418.8

hr: 1
CA Activation Rate num: 6277979
Setup_Fail_DEN: 13595
Peak UE: 27
DL Volume: 3269
CA Activation Rate den: 42054

Time: 14:13:24
holiday: 0
CA DL DataVolRatio Pct num: 4974

DL MAC Vol Scell Pct: 22.12
Avg_Connected_UEs: 21.77
SIP DC%: 
DLRLCLayerDataVolume MB: 9937.11
CA DL DataVolRatio Pct den: 8513
CA Conf FailRate Pct den: 3269
weekend: 1
hr: 0
MAC_UE_SC_Tput: 5513.4

hr: 0
CA Activation Rate num: 4458977
UPTP Mbps Den: 1109
SIP_SC_Total_MOU: 0.25
Peak UE: 56
MB_per_connected_UE: 74.87
CA Activation Rate den: 132765

Time: 09:25:23
holiday: 0
CA DL DataVolRatio Pct num: 560

SIP DC%: 
DLRLCLayerDataVolume MB: 243.35
DRB UL Data Volume MB: 8211
CA DL DataVolRatio Pct den: 7322
CA Conf FailRate Pct den: 5941
weekend: 0
UPTP Mbps Num: 44779
hr: 2
MAC_UE_SC_Tput: 5753.71

hr: 2
CA Activation Rate num: 1484478
UPTP Mbps Den: 2495
SIP_SC_Total_MOU: 170.05
Peak UE: 31
PCT Time MIMO: 32.79
DL Volume: 7729
DL Data Vol MAC in MB: 1067.32
CA Activation Rate den: 56403

Time: 04:12:02
holiday: 0

SIP DC%: 
UPTP_Mbps: 48.05
DLRLCLayerDataVolume MB: 2173.34
RRC Setup Attempts: 3857
weekend: 0
hr: 3
MAC_UE_SC_Tput: 4403.03
Bearer Releases: 6871

hr: 3
CA Activation Rate num: 4053815
SIP_SC_Total_MOU: 321
Peak UE: 27
DL Volume: 641
DL Data Vol MAC in MB: 6563.72
CA Activation Rate den: 83209

Time: 18:30:15
holiday: 0
CA DL DataVolRatio Pct num: 3539

DL MAC Vol Scell Pct: 15.53
SIP DC%: 
UPTP_Mbps: 20.79
DLRLCLayerDataVolume MB: 5039.97
DRB UL Data Volume MB: 9257
CA DL DataVolRatio Pct den: 4321
weekend: 0
UPTP Mbps Num: 43382
CA Activation Rate: 58.48
hr: 19
MAC_UE_SC_Tput: 10618.73

hr: 19
CA Activation Rate num: 2556510
Peak UE: 27
MB_per_connected_UE: 45.97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7095
DL Data Vol MAC in MB: 1310.94
CA Activation Rate den: 54716

Time: 22:16:31
holiday: 0

SIP DC%: 
UPTP_Mbps: 30.93
PRB Util%: 74.38
weekend: 0
UPTP Mbps Num: 29676
hr: 5
MAC_UE_SC_Tput: 4165.03

hr: 5
Setup_Fail_DEN: 17848
SIP_SC_Total_MOU: 14.01
Peak UE: 80
PCT Time MIMO: 34.86
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7733

Combined RACH Preambles: 2116
Time: 21:39:39
holiday: 0
CA DL DataVolRatio Pct num: 4900

Avg_Connected_UEs: 70.26
SIP DC%: 
UPTP_Mbps: 24.43
DLRLCLayerDataVolume MB: 7221.91
DRB UL Data Volume MB: 6285
CA DL DataVolRatio Pct den: 6159
weekend: 1
UPTP Mbps Num: 39407
CA Activation Rate: 65.78
hr: 4

hr: 4
CA Activation Rate num: 9506877
Setup_Fail_DEN: 19518
Peak UE: 27
DL Volume: 2450
DL Data Vol MAC in MB: 2109.46
CA Activation Rate den: 81069

Time: 11:50:48
holiday: 0
CA DL DataVolRatio Pct num: 7510

SIP DC%: 
DLRLCLayerDataVolume MB: 8687.03
DRB UL Data Volume MB: 9134
CA Conf FailRate Pct den: 2986
weekend: 0
CA Activation Rate: 17.52
hr: 6
MAC_UE_SC_Tput: 7800.89

hr: 6
CA Activation Rate num: 3096447
SIP_SC_Total_MOU: 327.02
Peak UE: 27
MB_per_connected_UE: 119.46
DL Volume: 3212
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3200

Time: 06:31:28
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8277.69
RRC Setup Attempts: 3842
CA Conf FailRate Pct den: 4673
weekend: 0
UPTP Mbps Num: 24273
CA Activation Rate: 24.71
hr: 17
MAC_UE_SC_Tput: 9558.04

hr: 17
CA Activation Rate num: 4348022
Peak UE: 54
MB_per_connected_UE: 120.41
DL Volume: 1597
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3259
DL Data Vol MAC in MB: 6426.39
CA Activation Rate den: 72841

Time: 16:45:12
holiday: 0
CA DL DataVolRatio Pct: 57.04

DL MAC Vol Scell Pct: 31.36
Avg_Connected_UEs: 53.45
SIP DC%: 
PRB Util%: 61.63
RRC Setup Attempts: 9660
CA DL DataVolRatio Pct den: 9091
CA Conf FailRate Pct den: 5768
weekend: 0
UPTP Mbps Num: 6791
CA Activation Rate: 21.84
hr: 9
MAC_UE_SC_Tput: 14032.32
Bearer Releases: 18318

hr: 9
CA Activation Rate num: 9946205
SIP_SC_Total_MOU: 12.18
Peak UE: 74
MB_per_connected_UE: 53.52
DL Data Vol MAC in MB: 8649.8

Time: 22:46:23
holiday: 0

SIP DC%: 
PRB Util%: 7.07
RRC Setup Attempts: 6468
weekend: 0
CA Activation Rate: 71.39
hr: 23
MAC_UE_SC_Tput: 6150.59

hr: 23
CA Activation Rate num: 7280737
Setup_Fail_DEN: 13555
Peak UE: 41
MB_per_connected_UE: 58.97
DL Data Vol MAC in MB: 639.97
CA Activation Rate den: 82039

Time: 17:36:12
holiday: 0

DL MAC Vol Scell Pct: 25.85
SIP DC%: 
UPTP_Mbps: 36.53
PRB Util%: 12.69
CA DL DataVolRatio Pct den: 1808
weekend: 1
CA Activation Rate: 21.67
hr: 0
MAC_UE_SC_Tput: 6324.46

hr: 0
UPTP Mbps Den: 501
Peak UE: 76
MB_per_connected_UE: 50.43
DL Volume: 7807
DL Data Vol MAC in MB: 3823.71
CA Activation Rate den: 109560

Time: 06:23:03
holiday: 0

Avg_Connected_UEs: 81.51
SIP DC%: 
DLRLCLayerDataVolume MB: 3374.8
RRC Setup Attempts: 3559
weekend: 0
hr: 7
MAC_UE_SC_Tput: 5695.54

hr: 7
CA Activation Rate num: 13334344
UPTP Mbps Den: 1445
SIP_SC_Total_MOU: 72.03
Peak UE: 27
MB_per_connected_UE: 135.67
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4995
DL Data Vol MAC in MB: 3907.71
Combined RACH Preambles: 2676
Time: 23:36:24

holiday: 0
CA DL DataVolRatio Pct: 86.38
CA DL DataVolRatio Pct num: 1730

SIP DC%: 
DLRLCLayerDataVolume MB: 4337.87
weekend: 0
UPTP Mbps Num: 24051
CA Activation Rate: 52.44
hr: 4
MAC_UE_SC_Tput: 4789.36
Bearer Releases: 8154

hr: 4
CA Activation Rate num: 919892
Setup_Fail_DEN: 10884
Peak UE: 44
DL Data Vol MAC in MB: 3999.89

Time: 06:13:24
holiday: 0
CA DL DataVolRatio Pct: 79.7

DL MAC Vol Scell Pct: 52.11
Avg_Connected_UEs: 84.21
SIP DC%: 
DRB UL Data Volume MB: 5932
weekend: 0
hr: 3

hr: 3
CA Activation Rate num: 8238409
Setup_Fail_DEN: 9402
Peak UE: 27
DL Volume: 6121
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6129
DL Data Vol MAC in MB: 8698.24

Time: 22:37:50
holiday: 0
CA DL DataVolRatio Pct: 39.91

SIP DC%: 
DLRLCLayerDataVolume MB: 6397.17
DRB UL Data Volume MB: 9345
weekend: 0
UPTP Mbps Num: 1015
hr: 23
MAC_UE_SC_Tput: 4351.85
Bearer Releases: 11013

hr: 23
CA Activation Rate num: 3014086
UPTP Mbps Den: 224
Setup_Fail_DEN: 13008
Peak UE: 29
PCT Time MIMO: 52.12
DL Volume: 6116
DL Data Vol MAC in MB: 4202.7

Combined RACH Preambles: 2915
Time: 11:02:59
holiday: 0
CA DL DataVolRatio Pct num: 3276

DL MAC Vol Scell Pct: 25.95
Avg_Connected_UEs: 61.18
SIP DC%: 
CA DL DataVolRatio Pct den: 7217
weekend: 0
UPTP Mbps Num: 7777
hr: 17
MAC_UE_SC_Tput: 8897.85

hr: 17
CA Activation Rate num: 6058565
SIP_SC_Total_MOU: 141.48
Peak UE: 87
MB_per_connected_UE: 95.15
PCT Time MIMO: 47.49
DL Data Vol MAC in MB: 5297.22
CA Activation Rate den: 130404

holiday: 0
CA DL DataVolRatio Pct num: 4606

DL MAC Vol Scell Pct: 8.67
SIP DC%: 
DLRLCLayerDataVolume MB: 8459.29
DRB UL Data Volume MB: 2124
PRB Util%: 32.69
weekend: 0
UPTP Mbps Num: 29718
hr: 0
MAC_UE_SC_Tput: 11673.39

hr: 0
SIP_SC_Total_MOU: 237.18
Peak UE: 32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8347
DL Data Vol MAC in MB: 3288.34
CA Activation Rate den: 62949

Time: 03:56:54
holiday: 0
CA DL DataVolRatio Pct: 86.39

Avg_Connected_UEs: 81.63
SIP DC%: 
DRB UL Data Volume MB: 5321
weekend: 0
CA Activation Rate: 25.77
hr: 5

hr: 5
CA Activation Rate num: 5647007
UPTP Mbps Den: 560
Setup_Fail_DEN: 14120
Peak UE: 52
DL Volume: 6648
DL Data Vol MAC in MB: 6552.73
CA Activation Rate den: 71568

Time: 14:06:30
holiday: 0

SIP DC%: 
PRB Util%: 57.49
weekend: 0
UPTP Mbps Num: 46209
hr: 21
MAC_UE_SC_Tput: 8337.49
Bearer Releases: 13566

hr: 21
CA Activation Rate num: 3688372
SIP_SC_Total_MOU: 56.38
Peak UE: 50
MB_per_connected_UE: 137.03
CA Activation Rate den: 51862

Combined RACH Preambles: 2066
Time: 05:00:28
holiday: 0
CA DL DataVolRatio Pct num: 2632

Avg_Connected_UEs: 28.07
SIP DC%: 
UPTP_Mbps: 74.33
weekend: 1
hr: 14
MAC_UE_SC_Tput: 11787.68

hr: 14
CA Activation Rate num: 10811053
Setup_Fail_DEN: 7301
SIP_SC_Total_MOU: 131.77
Peak UE: 35
PCT Time MIMO: 53.83
DL Volume: 8629
DL Data Vol MAC in MB: 8904.33

Combined RACH Preambles: 3225
Time: 23:27:13
holiday: 0
CA DL DataVolRatio Pct num: 2034

SIP DC%: 
UPTP_Mbps: 31.62
DLRLCLayerDataVolume MB: 6129.2
DRB UL Data Volume MB: 9794
RRC Setup Attempts: 4186
CA DL DataVolRatio Pct den: 3408
weekend: 0
CA Activation Rate: 62.37
hr: 23
MAC_UE_SC_Tput: 7600.42

hr: 23
CA Activation Rate num: 9173741
SIP_SC_Total_MOU: 138.39
UL MAC Vol Scell Pct: 5.87
Peak UE: 27
DL Volume: 3896
DL Data Vol MAC in MB: 8446.33
CA Activation Rate den: 63581

holiday: 0
CA DL DataVolRatio Pct num: 146

Avg_Connected_UEs: 16.21
SIP DC%: 
UPTP_Mbps: 57.44
DLRLCLayerDataVolume MB: 4107.44
RRC Setup Attempts: 4387
weekend: 1
hr: 3
MAC_UE_SC_Tput: 8487.16

hr: 3
CA Activation Rate num: 4585010
SIP_SC_Total_MOU: 301.72
Peak UE: 52
MB_per_connected_UE: 114.76
PCT Time MIMO: 54.86
DL Volume: 2783
CA Activation Rate den: 91432

Time: 15:44:10
holiday: 0
CA DL DataVolRatio Pct: 67.61

SIP DC%: 
DLRLCLayerDataVolume MB: 6110.66
weekend: 0
UPTP Mbps Num: 57870
hr: 13
MAC_UE_SC_Tput: 9821.22

hr: 13
CA Activation Rate num: 10855402
SIP_SC_Total_MOU: 230.17
Peak UE: 27
MB_per_connected_UE: 106.88
DL Data Vol MAC in MB: 9787.18

Time: 01:22:58
holiday: 0
CA DL DataVolRatio Pct num: 5203

SIP DC%: 
DLRLCLayerDataVolume MB: 353.5
weekend: 0
hr: 13
MAC_UE_SC_Tput: 15513.11

hr: 13
CA Activation Rate num: 3212672
UPTP Mbps Den: 2700
Peak UE: 35
MB_per_connected_UE: 149.08
DL Volume: 1984
DL Data Vol MAC in MB: 8708.78
CA Activation Rate den: 180571

Time: 00:49:36
holiday: 0

Avg_Connected_UEs: 50.42
SIP DC%: 
UPTP_Mbps: 46.51
PRB Util%: 65.2
weekend: 0
UPTP Mbps Num: 35002
hr: 5
MAC_UE_SC_Tput: 16655.24

hr: 5
CA Activation Rate num: 7256991
Setup_Fail_DEN: 8502
SIP_SC_Total_MOU: 172.82
Peak UE: 27

Time: 01:33:55
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 8589
RRC Setup Attempts: 6412
CA Conf FailRate Pct den: 9059
weekend: 0
hr: 22
MAC_UE_SC_Tput: 22794.04

hr: 22
CA Activation Rate num: 4587630
Setup_Fail_DEN: 8290
SIP_SC_Total_MOU: 248.72
MB_per_connected_UE: 202.8
DL Data Vol MAC in MB: 9767.25

Time: 16:39:22
holiday: 0

DL MAC Vol Scell Pct: 10.26
SIP DC%: 
DLRLCLayerDataVolume MB: 627.3
PRB Util%: 36.84
RRC Setup Attempts: 9495
weekend: 0
hr: 13
MAC_UE_SC_Tput: 7104.8
Bearer Releases: 13595

hr: 13
CA Activation Rate num: 10521463
Setup_Fail_DEN: 9397
DL Volume: 2873
DL Data Vol MAC in MB: 8250.58
CA Activation Rate den: 96726

Time: 08:21:25
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9298.01
DRB UL Data Volume MB: 8331
RRC Setup Attempts: 7695
weekend: 0
hr: 16
MAC_UE_SC_Tput: 10158.66

hr: 16
CA Activation Rate num: 3543205
Setup_Fail_DEN: 9155
Peak UE: 90
MB_per_connected_UE: 53.34
DL Volume: 4774
DL Data Vol MAC in MB: 5385.83
CA Activation Rate den: 62186

Time: 13:54:03
holiday: 0

Avg_Connected_UEs: 46.55
SIP DC%: 
RRC Setup Attempts: 4160
CA DL DataVolRatio Pct den: 5069
CA Conf FailRate Pct den: 8333
weekend: 0
UPTP Mbps Num: 26166
hr: 8
MAC_UE_SC_Tput: 15513.27
Bearer Releases: 16440

hr: 8
CA Activation Rate num: 8791517
SIP_SC_Total_MOU: 233.88
Peak UE: 50
MB_per_connected_UE: 23.54
CA Activation Rate den: 193381

Combined RACH Preambles: 3087
holiday: 0

Avg_Connected_UEs: 61.35
SIP DC%: 
DLRLCLayerDataVolume MB: 9910.33
CA Conf FailRate Pct den: 3709
weekend: 0
hr: 6
MAC_UE_SC_Tput: 11378.99
Bearer Releases: 16218

hr: 6
CA Activation Rate num: 7489795
Peak UE: 27
MB_per_connected_UE: 139.25
DL Data Vol MAC in MB: 9691.19

Time: 13:22:49
holiday: 0

SIP DC%: 
PRB Util%: 28.56
CA DL DataVolRatio Pct den: 1895
weekend: 0
CA Activation Rate: 35.48
hr: 0
MAC_UE_SC_Tput: 14262.41

hr: 0
CA Activation Rate num: 10393898
UPTP Mbps Den: 5893
Setup_Fail_DEN: 9787
SIP_SC_Total_MOU: 106.79
Peak UE: 71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7120
UL Throughput: 7.14
DL Data Vol MAC in MB: 2270.06

Time: 04:17:31
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 10011.03
CA Conf FailRate Pct den: 5043
weekend: 0
UPTP Mbps Num: 28551
CA Activation Rate: 27.57
hr: 23
MAC_UE_SC_Tput: 29900.3

hr: 23
CA Activation Rate num: 5869074
SIP_SC_Total_MOU: 45.47
Peak UE: 27
MB_per_connected_UE: 119.7
CA Activation Rate den: 49577

Time: 12:25:15
holiday: 0
CA DL DataVolRatio Pct: 74.47

DL MAC Vol Scell Pct: 28.08
SIP DC%: 
DLRLCLayerDataVolume MB: 4984.22
PRB Util%: 39.41
RRC Setup Attempts: 5940
CA DL DataVolRatio Pct den: 2766
CA Conf FailRate Pct den: 2790
weekend: 0
UPTP Mbps Num: 15296
hr: 21
MAC_UE_SC_Tput: 5400.44

hr: 21
CA Activation Rate num: 9737256
Setup_Fail_DEN: 9347
SIP_SC_Total_MOU: 120.08
Peak UE: 53
MB_per_connected_UE: 62.98
DL Data Vol MAC in MB: 5865.24

Combined RACH Preambles: 3784
holiday: 0
CA DL DataVolRatio Pct: 83.37

Avg_Connected_UEs: 40.82
SIP DC%: 
DLRLCLayerDataVolume MB: 3768.17
DRB UL Data Volume MB: 5880
PRB Util%: 40.27
RRC Setup Attempts: 5198
weekend: 0
UPTP Mbps Num: 29248
hr: 0
MAC_UE_SC_Tput: 15398.74
Bearer Releases: 13510

hr: 0
CA Activation Rate num: 5650179
Setup_Fail_DEN: 16312
SIP_SC_Total_MOU: 60.09
Peak UE: 69
MB_per_connected_UE: 46.85
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7142
DL Data Vol MAC in MB: 1783.51

Combined RACH Preambles: 2026
Time: 20:18:30
holiday: 0
CA DL DataVolRatio Pct: 74.73
CA DL DataVolRatio Pct num: 2775

SIP DC%: 
UPTP_Mbps: 40.48
DLRLCLayerDataVolume MB: 4392.36
DRB UL Data Volume MB: 4142
PRB Util%: 8.02
weekend: 0
CA Activation Rate: 14.63
hr: 23
MAC_UE_SC_Tput: 5300.91

hr: 23
Setup_Fail_DEN: 15750
SIP_SC_Total_MOU: 260.44
Peak UE: 27
MB_per_connected_UE: 170.14
DL Data Vol MAC in MB: 469.51
CA Activation Rate den: 37969

Time: 00:25:38
holiday: 0

DL MAC Vol Scell Pct: 37.53
Avg_Connected_UEs: 64.36
SIP DC%: 
DLRLCLayerDataVolume MB: 2520.03
PRB Util%: 25.96
RRC Setup Attempts: 3728
CA Conf FailRate Pct den: 5616
weekend: 0
hr: 21
MAC_UE_SC_Tput: 10462.81

hr: 21
CA Activation Rate num: 7499167
Setup_Fail_DEN: 15301
SIP_SC_Total_MOU: 287.93
Peak UE: 64
MB_per_connected_UE: 43.24
PCT Time MIMO: 36.13
DL Volume: 1608

Time: 00:52:43
holiday: 0
CA DL DataVolRatio Pct: 60.43

SIP DC%: 
DLRLCLayerDataVolume MB: 8715.26
CA DL DataVolRatio Pct den: 5070
weekend: 1
hr: 6
Bearer Releases: 12788

hr: 6
CA Activation Rate num: 10434013
Peak UE: 87
MB_per_connected_UE: 57.74

Time: 07:53:03
holiday: 0
CA DL DataVolRatio Pct: 76.79

SIP DC%: 
UPTP_Mbps: 9.02
DLRLCLayerDataVolume MB: 4668.41
CA DL DataVolRatio Pct den: 2548
CA Conf FailRate Pct den: 9401
weekend: 1
UPTP Mbps Num: 10308
hr: 11
MAC_UE_SC_Tput: 10418.42
Bearer Releases: 6700

hr: 11
CA Activation Rate num: 5644370
UPTP Mbps Den: 3174
SIP_SC_Total_MOU: 45.18
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3859
DL Data Vol MAC in MB: 6979.2

Time: 13:25:15
holiday: 0
CA DL DataVolRatio Pct: 55.96
CA DL DataVolRatio Pct num: 3048

SIP DC%: 
DLRLCLayerDataVolume MB: 2440.2
DRB UL Data Volume MB: 3167
PRB Util%: 17.74
RRC Setup Attempts: 7170
CA Conf FailRate Pct den: 7102
weekend: 0
UPTP Mbps Num: 9718
hr: 9
MAC_UE_SC_Tput: 6996.69

hr: 9
CA Activation Rate num: 3555172
UPTP Mbps Den: 2392
Setup_Fail_DEN: 15176
SIP_SC_Total_MOU: 6.14
Peak UE: 27
DL Data Vol MAC in MB: 4986.22
CA Activation Rate den: 101071

Time: 23:30:41
holiday: 0

Avg_Connected_UEs: 78.88
SIP DC%: 
UPTP_Mbps: 94.37
DLRLCLayerDataVolume MB: 2386.12
DRB UL Data Volume MB: 5201
PRB Util%: 55.75
CA DL DataVolRatio Pct den: 5565
CA Conf FailRate Pct den: 7319
weekend: 0
hr: 19
MAC_UE_SC_Tput: 6502.79

hr: 19
CA Activation Rate num: 2144997
Peak UE: 27
DL Volume: 5285
DL Data Vol MAC in MB: 8615.64
CA Activation Rate den: 107212

Time: 16:55:05
holiday: 0

SIP DC%: 
UPTP_Mbps: 37.56
DLRLCLayerDataVolume MB: 8714.42
weekend: 0
UPTP Mbps Num: 16371
hr: 23
MAC_UE_SC_Tput: 16591.21

hr: 23
CA Activation Rate num: 2812360
UPTP Mbps Den: 1841
Peak UE: 28
MB_per_connected_UE: 171.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4284

Time: 09:27:36
holiday: 0
CA DL DataVolRatio Pct num: 7104

SIP DC%: 
CA Conf FailRate Pct den: 8909
weekend: 0
UPTP Mbps Num: 27835
CA Activation Rate: 63.82
hr: 0
MAC_UE_SC_Tput: 6296.42
Bearer Releases: 11712

hr: 0
CA Activation Rate num: 11212191
Peak UE: 81

Time: 12:18:26
holiday: 0
CA DL DataVolRatio Pct num: 4155

SIP DC%: 
DLRLCLayerDataVolume MB: 4631.56
CA DL DataVolRatio Pct den: 9150
weekend: 1
CA Activation Rate: 23.71
hr: 17
MAC_UE_SC_Tput: 5051.55

hr: 17
CA Activation Rate num: 1477611
UPTP Mbps Den: 5159
Setup_Fail_DEN: 17398
SIP_SC_Total_MOU: 158.53
Peak UE: 67
DL Volume: 4742

Time: 09:46:47
holiday: 0

DL MAC Vol Scell Pct: 32.62
Avg_Connected_UEs: 83.96
SIP DC%: 
UPTP_Mbps: 119.73
DLRLCLayerDataVolume MB: 5187.41
DRB UL Data Volume MB: 8457
PRB Util%: 41.37
CA DL DataVolRatio Pct den: 8805
CA Conf FailRate Pct den: 9487
weekend: 0
hr: 10
MAC_UE_SC_Tput: 4510.66

hr: 10
CA Activation Rate num: 4841827
UPTP Mbps Den: 65
Peak UE: 69
MB_per_connected_UE: 20.75
DL Data Vol MAC in MB: 1172.85
CA Activation Rate den: 54502

Time: 17:09:43
holiday: 0
CA DL DataVolRatio Pct: 71.73

Avg_Connected_UEs: 29.75
SIP DC%: 
CA DL DataVolRatio Pct den: 3848
CA Conf FailRate Pct den: 6192
weekend: 0
CA Activation Rate: 51.12
hr: 0
MAC_UE_SC_Tput: 15025.63
Bearer Releases: 18586

hr: 0
CA Activation Rate num: 5760492
Setup_Fail_DEN: 15269
SIP_SC_Total_MOU: 88.71
Peak UE: 34
MB_per_connected_UE: 7.9
DL Data Vol MAC in MB: 1291.68
Combined RACH Preambles: 3218

Time: 12:40:20
holiday: 0
CA DL DataVolRatio Pct num: 7621

SIP DC%: 
DLRLCLayerDataVolume MB: 7882.16
CA Conf FailRate Pct den: 6086
weekend: 0
UPTP Mbps Num: 14342
hr: 12
MAC_UE_SC_Tput: 5706.37
Bearer Releases: 11380

hr: 12
CA Activation Rate num: 9711737
Setup_Fail_DEN: 16404
Peak UE: 65
DL Data Vol MAC in MB: 9960.25

Time: 02:55:55
holiday: 0

DL MAC Vol Scell Pct: 17.93
SIP DC%: 
RRC Setup Attempts: 4710
CA DL DataVolRatio Pct den: 7586
CA Conf FailRate Pct den: 5380
weekend: 0
hr: 17
MAC_UE_SC_Tput: 8283.27
Bearer Releases: 12371

hr: 17
CA Activation Rate num: 2393786
Setup_Fail_DEN: 9981
SIP_SC_Total_MOU: 10.69
Peak UE: 44
MB_per_connected_UE: 150.68
DL Volume: 6347
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3151
DL Data Vol MAC in MB: 4097.01
CA Activation Rate den: 200075

Combined RACH Preambles: 2063
Time: 19:38:13
holiday: 0

Avg_Connected_UEs: 83.19
SIP DC%: 
DLRLCLayerDataVolume MB: 7204.75
CA DL DataVolRatio Pct den: 6538
CA Conf FailRate Pct den: 2594
weekend: 1
hr: 23
MAC_UE_SC_Tput: 7466.34

hr: 23
CA Activation Rate num: 10034482
SIP_SC_Total_MOU: 272.36
Peak UE: 59
MB_per_connected_UE: 107.12
PCT Time MIMO: 51.47
CA Activation Rate den: 36424

Time: 17:24:25
holiday: 0

SIP DC%: 
UPTP_Mbps: 34.28
DLRLCLayerDataVolume MB: 6517.52
CA DL DataVolRatio Pct den: 10017
weekend: 0
UPTP Mbps Num: 34394
CA Activation Rate: 21.19
hr: 0
MAC_UE_SC_Tput: 4782.01

hr: 0
CA Activation Rate num: 8622123
QCI 1 Bearer Drop%: 2.56
Peak UE: 27
DL Data Vol MAC in MB: 4617.83
CA Activation Rate den: 37236

Time: 07:46:21
holiday: 0

Avg_Connected_UEs: 42.77
SIP DC%: 
PRB Util%: 22.14
RRC Setup Attempts: 5376
weekend: 0
UPTP Mbps Num: 31346
hr: 3

hr: 3
CA Activation Rate num: 1683357
Setup_Fail_DEN: 9001
SIP_SC_Total_MOU: 93.88
Peak UE: 92
MB_per_connected_UE: 56.02
DL Data Vol MAC in MB: 2104.51
CA Activation Rate den: 74672

Time: 18:51:42
holiday: 0

SIP DC%: 
UPTP_Mbps: 81.44
DLRLCLayerDataVolume MB: 9335.36
CA DL DataVolRatio Pct den: 5506
weekend: 0
UPTP Mbps Num: 34868
CA Activation Rate: 21.02
hr: 3
MAC_UE_SC_Tput: 5465.75
Bearer Releases: 16604

hr: 3
CA Activation Rate num: 10703328
UPTP Mbps Den: 1041
Setup_Fail_DEN: 10783
Peak UE: 68
MB_per_connected_UE: 41.97
DL Volume: 1049

Combined RACH Preambles: 2698
Time: 15:00:20
holiday: 0
CA DL DataVolRatio Pct num: 504

DL MAC Vol Scell Pct: 3.56
Avg_Connected_UEs: 72.68
SIP DC%: 
weekend: 0
UPTP Mbps Num: 18997
CA Activation Rate: 34.27
hr: 20

hr: 20
CA Activation Rate num: 12471360
SIP_SC_Total_MOU: 160.95
Peak UE: 28
CA Activation Rate den: 140131

Combined RACH Preambles: 4501
Time: 23:39:17
holiday: 0

Avg_Connected_UEs: 51.28
SIP DC%: 
PRB Util%: 56.96
RRC Setup Attempts: 6061
CA DL DataVolRatio Pct den: 8553
weekend: 0
UPTP Mbps Num: 15736
hr: 0
MAC_UE_SC_Tput: 8588.91

hr: 0
CA Activation Rate num: 3979368
SIP_SC_Total_MOU: 62.51
Peak UE: 37
MB_per_connected_UE: 179.54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3239
CA Activation Rate den: 107389

Combined RACH Preambles: 3670
Time: 16:20:19
holiday: 0
CA DL DataVolRatio Pct: 50.42
CA DL DataVolRatio Pct num: 4924

SIP DC%: 
DLRLCLayerDataVolume MB: 2097.87
RRC Setup Attempts: 5150
CA DL DataVolRatio Pct den: 6034
weekend: 0
hr: 16
Bearer Releases: 13884

hr: 16
CA Activation Rate num: 2173482
Setup_Fail_DEN: 12047
Peak UE: 27
MB_per_connected_UE: 46.57
PCT Time MIMO: 52.17
DL Data Vol MAC in MB: 4230.52
CA Activation Rate den: 105801

Time: 22:44:34
holiday: 0

SIP DC%: 
UPTP_Mbps: 26.35
DRB UL Data Volume MB: 6858
RRC Setup Attempts: 6829
weekend: 0
UPTP Mbps Num: 41893
hr: 0
MAC_UE_SC_Tput: 10171.12

hr: 0
CA Activation Rate num: 8998785
Setup_Fail_DEN: 8713
Peak UE: 27
MB_per_connected_UE: 34.07
DL Volume: 9908
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5185
CA Activation Rate den: 95881

Combined RACH Preambles: 1965
Time: 08:29:44
holiday: 0

DL MAC Vol Scell Pct: 23.95
Avg_Connected_UEs: 61.82
SIP DC%: 
PRB Util%: 4.92
CA DL DataVolRatio Pct den: 4849
weekend: 0
hr: 3
MAC_UE_SC_Tput: 4189.91

hr: 3
CA Activation Rate num: 6112990
Setup_Fail_DEN: 15185
SIP_SC_Total_MOU: 283.38
CA Activation Rate den: 40253
Time: 04:51:00

holiday: 0
CA DL DataVolRatio Pct num: 1059

SIP DC%: 
UPTP_Mbps: 39.85
DLRLCLayerDataVolume MB: 5998.88
DRB UL Data Volume MB: 7445
PRB Util%: 20.51
RRC Setup Attempts: 6193
weekend: 0
hr: 21
MAC_UE_SC_Tput: 4311.66
Bearer Releases: 11194

hr: 21
CA Activation Rate num: 1331847
Setup_Fail_DEN: 13236
SIP_SC_Total_MOU: 71.55
Peak UE: 78
MB_per_connected_UE: 125.7
PCT Time MIMO: 60.61
DL Volume: 434
DL Data Vol MAC in MB: 7444.38

Time: 18:09:35
holiday: 0
CA DL DataVolRatio Pct num: 6103

SIP DC%: 
PRB Util%: 6.15
CA DL DataVolRatio Pct den: 5168
CA Conf FailRate Pct den: 6240
weekend: 0
UPTP Mbps Num: 10902
CA Activation Rate: 31.09
hr: 18
MAC_UE_SC_Tput: 18525.17
Bearer Releases: 12823

hr: 18
CA Activation Rate num: 6577896
Peak UE: 42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5542
DL Data Vol MAC in MB: 10070.87

Time: 19:00:12
holiday: 0
CA DL DataVolRatio Pct: 74.81

DL MAC Vol Scell Pct: 33.4
SIP DC%: 
DLRLCLayerDataVolume MB: 7392.25
CA DL DataVolRatio Pct den: 3305
weekend: 0
CA Activation Rate: 27.53
hr: 23
MAC_UE_SC_Tput: 7082.61
Bearer Releases: 8417

hr: 23
CA Activation Rate num: 6473557
UPTP Mbps Den: 1832
Setup_Fail_DEN: 12368
Peak UE: 80
MB_per_connected_UE: 154.64
DL Volume: 3591
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4219
UL Throughput: 5.3
DL Data Vol MAC in MB: 4502.92

Time: 03:39:45
holiday: 0
CA DL DataVolRatio Pct: 60.2
CA DL DataVolRatio Pct num: 4966

SIP DC%: 
DLRLCLayerDataVolume MB: 2253.6
CA DL DataVolRatio Pct den: 3003
weekend: 0
UPTP Mbps Num: 2692
CA Activation Rate: 14.67
hr: 3
MAC_UE_SC_Tput: 5897.66

hr: 3
CA Activation Rate num: 2222121
Peak UE: 27
MB_per_connected_UE: 35.95
DL Data Vol MAC in MB: 8195.39
Combined RACH Preambles: 4311

Time: 04:40:26
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5652.23
PRB Util%: 42.07
CA Conf FailRate Pct den: 6804
weekend: 0
CA Activation Rate: 51.24
hr: 6
MAC_UE_SC_Tput: 8783.58

hr: 6
CA Activation Rate num: 9352535
SIP_SC_Total_MOU: 55.69
Peak UE: 30
MB_per_connected_UE: 31.1
DL Data Vol MAC in MB: 6320.82
CA Activation Rate den: 165778

Time: 11:57:45
holiday: 0
CA DL DataVolRatio Pct num: 2730

Avg_Connected_UEs: 57.95
SIP DC%: 
DLRLCLayerDataVolume MB: 7539.86
DRB UL Data Volume MB: 7104
weekend: 0
hr: 21
MAC_UE_SC_Tput: 7749.59
Bearer Releases: 13509

hr: 21
CA Activation Rate num: 6342929
Peak UE: 59
MB_per_connected_UE: 90.02
CA Activation Rate den: 141821

Time: 23:48:22
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 6530
PRB Util%: 24.27
CA DL DataVolRatio Pct den: 6466
weekend: 0
UPTP Mbps Num: 31541
hr: 0
MAC_UE_SC_Tput: 13778.89
Bearer Releases: 16098

hr: 0
CA Activation Rate num: 7439057
Peak UE: 51
MB_per_connected_UE: 56.98
DL Data Vol MAC in MB: 6345.52
CA Activation Rate den: 178761

Time: 03:54:15
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4585.46
weekend: 0
UPTP Mbps Num: 1448
hr: 23
MAC_UE_SC_Tput: 4233.89
Bearer Releases: 7744

hr: 23
CA Activation Rate num: 2727391
UPTP Mbps Den: 3011
SIP_SC_Total_MOU: 215.72
Peak UE: 60
MB_per_connected_UE: 90.52
DL Data Vol MAC in MB: 214.58
CA Activation Rate den: 36813

Time: 16:47:12
holiday: 0

Avg_Connected_UEs: 81.56
SIP DC%: 
UPTP_Mbps: 45.55
DLRLCLayerDataVolume MB: 4264.26
RRC Setup Attempts: 7230
CA Conf FailRate Pct den: 7500
weekend: 0
hr: 3
MAC_UE_SC_Tput: 9228.27

hr: 3
CA Activation Rate num: 3266973
Setup_Fail_DEN: 9297
Peak UE: 32
MB_per_connected_UE: 176.16
PCT Time MIMO: 46.55
DL Data Vol MAC in MB: 1233.37
CA Activation Rate den: 162594

Time: 10:45:51
holiday: 0
CA DL DataVolRatio Pct: 87.84

SIP DC%: 
DLRLCLayerDataVolume MB: 8889.02
CA DL DataVolRatio Pct den: 5655
CA Conf FailRate Pct den: 9132
weekend: 0
UPTP Mbps Num: 14538
hr: 9
MAC_UE_SC_Tput: 19154.29

hr: 9
CA Activation Rate num: 9734348
UPTP Mbps Den: 2329
SIP_SC_Total_MOU: 219.72
Peak UE: 27
MB_per_connected_UE: 194.87
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3587
DL Data Vol MAC in MB: 2174.16
CA Activation Rate den: 63788

Time: 14:24:11
holiday: 0
CA DL DataVolRatio Pct num: 3485

DL MAC Vol Scell Pct: 23.4
SIP DC%: 
DLRLCLayerDataVolume MB: 3459.55
CA DL DataVolRatio Pct den: 4721
CA Conf FailRate Pct den: 5741
weekend: 0
hr: 23
Bearer Releases: 6498

hr: 23
UPTP Mbps Den: 961
SIP_SC_Total_MOU: 72.1
Peak UE: 40
MB_per_connected_UE: 108.1
DL Volume: 2225

Time: 12:20:52
holiday: 0

SIP DC%: 
UPTP_Mbps: 125.33
DLRLCLayerDataVolume MB: 3120.41
CA DL DataVolRatio Pct den: 2026
CA Conf FailRate Pct den: 6550
weekend: 0
hr: 7
MAC_UE_SC_Tput: 11299.37

hr: 7
CA Activation Rate num: 804753
Setup_Fail_DEN: 18918
SIP_SC_Total_MOU: 54.8
Peak UE: 33
MB_per_connected_UE: 113.81
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3454
DL Data Vol MAC in MB: 8539.25
CA Activation Rate den: 41732

Time: 14:29:49
holiday: 0

Avg_Connected_UEs: 47.61
SIP DC%: 
UPTP_Mbps: 26.34
DLRLCLayerDataVolume MB: 2094
DRB UL Data Volume MB: 1034
PRB Util%: 34.89
weekend: 0
UPTP Mbps Num: 8872
CA Activation Rate: 62
hr: 23
MAC_UE_SC_Tput: 14721.74
Bearer Releases: 7387

hr: 23
CA Activation Rate num: 1215318
Setup_Fail_DEN: 8250
SIP_SC_Total_MOU: 35.07
Peak UE: 28
PCT Time MIMO: 63.71
DL Volume: 1080
DL Data Vol MAC in MB: 7919.45
CA Activation Rate den: 187375

Combined RACH Preambles: 3123
Time: 11:22:11
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2538.35
PRB Util%: 72.26
weekend: 0
CA Activation Rate: 8.04
hr: 19
MAC_UE_SC_Tput: 10286.4

hr: 19
CA Activation Rate num: 5160450
Setup_Fail_DEN: 13141
SIP_SC_Total_MOU: 100.85
QCI 1 Bearer Drop%: 1.33
Peak UE: 27
MB_per_connected_UE: 187.07
DL Volume: 2455
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7689
CA Activation Rate den: 49637

Time: 22:32:37
holiday: 0

SIP DC%: 
RRC Setup Attempts: 3700
CA Conf FailRate Pct den: 5395
weekend: 0
hr: 16
MAC_UE_SC_Tput: 8197.92
Bearer Releases: 15412

hr: 16
SIP_SC_Total_MOU: 338.58
Peak UE: 59
MB_per_connected_UE: 60.81
PCT Time MIMO: 64.42
CA Activation Rate den: 67645

Time: 05:16:05
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 595.77
CA Conf FailRate Pct den: 6563
weekend: 0
hr: 23

hr: 23
CA Activation Rate num: 5555247
Peak UE: 27

Time: 09:55:36
holiday: 0

Avg_Connected_UEs: 50.72
SIP DC%: 
DLRLCLayerDataVolume MB: 2933.63
DRB UL Data Volume MB: 8954
PRB Util%: 39.06
RRC Setup Attempts: 8676
CA Conf FailRate Pct den: 9007
weekend: 0
UPTP Mbps Num: 8073
hr: 11

hr: 11
Setup_Fail_DEN: 14297
SIP_SC_Total_MOU: 116.07
MB_per_connected_UE: 43.47
DL Data Vol MAC in MB: 9374.53

Time: 18:49:14
holiday: 0

Avg_Connected_UEs: 43.55
SIP DC%: 
DRB UL Data Volume MB: 7912
weekend: 0
UPTP Mbps Num: 8815
S1U_SIP_SC_SEER_num: 169
hr: 4
MAC_UE_SC_Tput: 8444.38

hr: 4
CA Activation Rate num: 5892357
SIP_SC_Total_MOU: 339.68
Peak UE: 76
MB_per_connected_UE: 52.96
DL Data Vol MAC in MB: 2297.98

Combined RACH Preambles: 2903
Time: 05:41:00
holiday: 0
CA DL DataVolRatio Pct num: 5157

DL MAC Vol Scell Pct: 12.84
SIP DC%: 
UPTP_Mbps: 34.47
DLRLCLayerDataVolume MB: 9164.89
DRB UL Data Volume MB: 1292
PRB Util%: 65.89
weekend: 0
UPTP Mbps Num: 8219
hr: 23
MAC_UE_SC_Tput: 8175.18

hr: 23
CA Activation Rate num: 6795209
SIP_SC_Total_MOU: 80.19
Peak UE: 85
MB_per_connected_UE: 189.17
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6987
DL Data Vol MAC in MB: 3130.85

holiday: 0

Avg_Connected_UEs: 46.75
SIP DC%: 
UPTP_Mbps: 25.97
PRB Util%: 45.26
CA DL DataVolRatio Pct den: 1530
weekend: 0
UPTP Mbps Num: 52552
hr: 0
MAC_UE_SC_Tput: 13355.9

hr: 0
CA Activation Rate num: 10766836
Setup_Fail_DEN: 18418
SIP_SC_Total_MOU: 377.05
UL MAC Vol Scell Pct: 2.55
Peak UE: 76
DL Volume: 8443
DL Data Vol MAC in MB: 6334.11
CA Activation Rate den: 156159

Time: 06:09:33
holiday: 0
CA DL DataVolRatio Pct num: 3959

SIP DC%: 
DLRLCLayerDataVolume MB: 6921.9
RRC Setup Attempts: 7014
CA Conf FailRate Pct den: 4843
weekend: 0
UPTP Mbps Num: 21057
hr: 13

hr: 13
CA Activation Rate num: 3841690
Setup_Fail_DEN: 17353
Peak UE: 27
DL Volume: 6278
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3718
DL Data Vol MAC in MB: 6497.47
CA Activation Rate den: 210837

Time: 13:27:42
holiday: 0

SIP DC%: 
UPTP_Mbps: 17.62
DLRLCLayerDataVolume MB: 9648.66
DRB UL Data Volume MB: 9476
RRC Setup Attempts: 5005
CA DL DataVolRatio Pct den: 3160
CA Conf FailRate Pct den: 9013
weekend: 0
UPTP Mbps Num: 42663
hr: 8
MAC_UE_SC_Tput: 16083.23
Bearer Releases: 17207

hr: 8
CA Activation Rate num: 7770933
Setup_Fail_DEN: 13165
SIP_SC_Total_MOU: 232.19
Peak UE: 67
MB_per_connected_UE: 127.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3604

Time: 11:22:36
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9802.08
PRB Util%: 71.59
CA DL DataVolRatio Pct den: 7775
CA Conf FailRate Pct den: 2613
weekend: 0
UPTP Mbps Num: 27021
hr: 4
MAC_UE_SC_Tput: 4954.02

hr: 4
UPTP Mbps Den: 283
Setup_Fail_DEN: 19246
Peak UE: 27
MB_per_connected_UE: 123.5

Time: 08:16:37
holiday: 0
CA DL DataVolRatio Pct num: 4570

DL MAC Vol Scell Pct: 7.56
Avg_Connected_UEs: 71.08
SIP DC%: 
DLRLCLayerDataVolume MB: 6547.13
RRC Setup Attempts: 3591
weekend: 0
UPTP Mbps Num: 5718
hr: 10
MAC_UE_SC_Tput: 9607.54

hr: 10
CA Activation Rate num: 1049572
Setup_Fail_DEN: 10913
Peak UE: 71
MB_per_connected_UE: 38.95
DL Data Vol MAC in MB: 7501.54

Time: 23:57:54
holiday: 0

Avg_Connected_UEs: 60.2
SIP DC%: 
UPTP_Mbps: 77.83
DRB UL Data Volume MB: 8195
PRB Util%: 24.5
RRC Setup Attempts: 7664
weekend: 0
hr: 11
MAC_UE_SC_Tput: 11325.58

hr: 11
CA Activation Rate num: 2542889
Peak UE: 27
MB_per_connected_UE: 23.06
PCT Time MIMO: 33.06
DL Volume: 8651
DL Data Vol MAC in MB: 1675.08
CA Activation Rate den: 88930
Time: 11:15:16

holiday: 0
CA DL DataVolRatio Pct: 76.09

DL MAC Vol Scell Pct: 25.36
Avg_Connected_UEs: 23.81
SIP DC%: 
UPTP_Mbps: 80.09
DLRLCLayerDataVolume MB: 2540.67
DRB UL Data Volume MB: 3032
RRC Setup Attempts: 3429
CA DL DataVolRatio Pct den: 7718
weekend: 0
hr: 22
MAC_UE_SC_Tput: 8154.89

hr: 22
SIP_SC_Total_MOU: 123.23
Peak UE: 27
PCT Time MIMO: 41.9
DL Volume: 9059
DL Data Vol MAC in MB: 3954.39
CA Activation Rate den: 42786

holiday: 0

Avg_Connected_UEs: 35.38
SIP DC%: 
DLRLCLayerDataVolume MB: 7025.08
PRB Util%: 63.17
RRC Setup Attempts: 5350
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8746.1

hr: 23
Peak UE: 62
MB_per_connected_UE: 180.65
DL Data Vol MAC in MB: 2030.63

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2509.01
PRB Util%: 20.91
RRC Setup Attempts: 9601
weekend: 0
UPTP Mbps Num: 22110
CA Activation Rate: 34.45
hr: 17
MAC_UE_SC_Tput: 10748.62
Bearer Releases: 9076

hr: 17
SIP_SC_Total_MOU: 97.99
Peak UE: 63
MB_per_connected_UE: 55.91
DL Volume: 4255
DL Data Vol MAC in MB: 1569.26

Time: 11:09:31
holiday: 0
CA DL DataVolRatio Pct num: 5112

SIP DC%: 
DLRLCLayerDataVolume MB: 4472.34
PRB Util%: 54.92
CA DL DataVolRatio Pct den: 5259
weekend: 0
hr: 23
MAC_UE_SC_Tput: 18773.97

hr: 23
CA Activation Rate num: 5551005
Setup_Fail_DEN: 15352
SIP_SC_Total_MOU: 107.17
Peak UE: 27
MB_per_connected_UE: 102.37
DL Volume: 1514
DL Data Vol MAC in MB: 9844.53
CA Activation Rate den: 105413

Time: 04:31:51
holiday: 0
CA DL DataVolRatio Pct: 59.89

Avg_Connected_UEs: 16.77
SIP DC%: 
DRB UL Data Volume MB: 8292
CA DL DataVolRatio Pct den: 6394
weekend: 0
UPTP Mbps Num: 58172
hr: 2
MAC_UE_SC_Tput: 12708.72

hr: 2
CA Activation Rate num: 2905479
SIP_SC_Total_MOU: 51.53
Peak UE: 31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6351

Combined RACH Preambles: 3131
Time: 15:59:29
holiday: 0
CA DL DataVolRatio Pct: 74.35
HO_att_InterFreq: 595

SIP DC%: 
DLRLCLayerDataVolume MB: 5685.14
DRB UL Data Volume MB: 6952
weekend: 0
UPTP Mbps Num: 39659
hr: 14
MAC_UE_SC_Tput: 14852.93
Bearer Releases: 7796

hr: 14
CA Activation Rate num: 8517082
UPTP Mbps Den: 354
SIP_SC_Total_MOU: 128.4
Peak UE: 43
MB_per_connected_UE: 16.91
DL Volume: 990

Time: 06:56:42
holiday: 0

Avg_Connected_UEs: 34.42
SIP DC%: 
CA DL DataVolRatio Pct den: 9962
weekend: 1
UPTP Mbps Num: 5983
hr: 0
MAC_UE_SC_Tput: 8733.18
Bearer Releases: 10181

hr: 0
CA Activation Rate num: 5420579
Setup_Fail_DEN: 8874
Peak UE: 27
MB_per_connected_UE: 17.91
DL Data Vol MAC in MB: 2868.66
CA Activation Rate den: 122770

Time: 15:06:54
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5668.91
DRB UL Data Volume MB: 3135
weekend: 0
hr: 19
MAC_UE_SC_Tput: 9706.35
Bearer Releases: 11352

hr: 19
CA Activation Rate num: 2182204
Setup_Fail_DEN: 16456
SIP_SC_Total_MOU: 22.53
Peak UE: 52
DL Volume: 6862
CA Activation Rate den: 138880

holiday: 0
CA DL DataVolRatio Pct num: 5303

SIP DC%: 
DLRLCLayerDataVolume MB: 4393.65
weekend: 0
hr: 7
MAC_UE_SC_Tput: 9651.1
Bearer Releases: 12812

hr: 7
CA Activation Rate num: 3667272
Setup_Fail_DEN: 18618
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5036
DL Data Vol MAC in MB: 3623.42
CA Activation Rate den: 46207
Time: 13:14:21

holiday: 0
CA DL DataVolRatio Pct: 68.81
CA DL DataVolRatio Pct num: 3601

DL MAC Vol Scell Pct: 21.7
SIP DC%: 
UPTP_Mbps: 34.16
DLRLCLayerDataVolume MB: 8299.19
CA DL DataVolRatio Pct den: 9078
CA Conf FailRate Pct den: 5133
weekend: 0
CA Activation Rate: 57.44
hr: 9
MAC_UE_SC_Tput: 11864.12
Bearer Releases: 8764

hr: 9
CA Activation Rate num: 1585773
Peak UE: 71
MB_per_connected_UE: 67.81
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4402
DL Data Vol MAC in MB: 4619.39
CA Activation Rate den: 66026

Combined RACH Preambles: 2486
Time: 13:43:32
holiday: 0
CA DL DataVolRatio Pct: 83.97

Avg_Connected_UEs: 37.29
SIP DC%: 
DLRLCLayerDataVolume MB: 8590.41
DRB UL Data Volume MB: 3807
RRC Setup Attempts: 3325
CA DL DataVolRatio Pct den: 7301
weekend: 0
CA Activation Rate: 6.02
hr: 23
MAC_UE_SC_Tput: 17578.68

hr: 23
CA Activation Rate num: 4064520
Setup_Fail_DEN: 10441
Peak UE: 49
MB_per_connected_UE: 94.1
UL Throughput: 12.67
DL Data Vol MAC in MB: 10168.05
CA Activation Rate den: 170309

Time: 18:09:41
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 7629
CA DL DataVolRatio Pct den: 3072
CA Conf FailRate Pct den: 6544
weekend: 0
CA Activation Rate: 31.42
hr: 0

hr: 0
CA Activation Rate num: 1480736
Setup_Fail_DEN: 17093
SIP_SC_Total_MOU: 327.87
Peak UE: 49
MB_per_connected_UE: 72.63
PCT Time MIMO: 32.88
DL Volume: 957
DL Data Vol MAC in MB: 10026.12
CA Activation Rate den: 99565
Time: 21:51:39

holiday: 0

SIP DC%: 
UPTP_Mbps: 92.05
DLRLCLayerDataVolume MB: 9038.41
DRB UL Data Volume MB: 3526
RRC Setup Attempts: 4966
weekend: 0
RSSIRX2 Avg: -93.57
hr: 21
MAC_UE_SC_Tput: 17610.65

hr: 21
Peak UE: 98
MB_per_connected_UE: 81.47
PCT Time MIMO: 58.65
DL Data Vol MAC in MB: 9469.12
CA Activation Rate den: 104284

Time: 06:38:26
holiday: 0
CA DL DataVolRatio Pct num: 3145

SIP DC%: 
UPTP_Mbps: 12.64
DLRLCLayerDataVolume MB: 2891.05
RRC Setup Attempts: 6706
weekend: 0
UPTP Mbps Num: 2620
hr: 11
MAC_UE_SC_Tput: 11383.43

hr: 11
UPTP Mbps Den: 6401
Setup_Fail_DEN: 7636
SIP_SC_Total_MOU: 10.77
Peak UE: 74
MB_per_connected_UE: 166.49
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5136
DL Data Vol MAC in MB: 7963.58
CA Activation Rate den: 101656

Time: 00:09:26
holiday: 0
CA DL DataVolRatio Pct: 66.08

DL MAC Vol Scell Pct: 26.76
SIP DC%: 
UPTP_Mbps: 101.63
DRB UL Data Volume MB: 8806
weekend: 0
UPTP Mbps Num: 43075
CA Activation Rate: 64.65
hr: 5
MAC_UE_SC_Tput: 17011.42

hr: 5
CA Activation Rate num: 8500930
UPTP Mbps Den: 1373
Peak UE: 54
MB_per_connected_UE: 46.41
DL Volume: 3189

Time: 23:26:10
holiday: 0
CA DL DataVolRatio Pct num: 917

SIP DC%: 
DLRLCLayerDataVolume MB: 4504.4
RRC Setup Attempts: 6079
CA Conf FailRate Pct den: 9535
weekend: 0
UPTP Mbps Num: 3014
hr: 22
MAC_UE_SC_Tput: 5069.84

hr: 22
CA Activation Rate num: 5418824
Setup_Fail_DEN: 6950
SIP_SC_Total_MOU: 310.08
Peak UE: 27
VOLTE IA%: 
PCT Time MIMO: 46.51
DL Data Vol MAC in MB: 9688.08

Time: 10:14:07
holiday: 0
CA DL DataVolRatio Pct num: 3846

SIP DC%: 
CA DL DataVolRatio Pct den: 3672
weekend: 0
UPTP Mbps Num: 11211
hr: 11
MAC_UE_SC_Tput: 10446.17

hr: 11
CA Activation Rate num: 1847737
Setup_Fail_DEN: 8066
SIP_SC_Total_MOU: 402.06
Peak UE: 44
DL Data Vol MAC in MB: 4649.48
Combined RACH Preambles: 3909

Time: 22:41:41
holiday: 0

Avg_Connected_UEs: 56.64
SIP DC%: 
DLRLCLayerDataVolume MB: 9706.99
PRB Util%: 53.46
RRC Setup Attempts: 8213
CA DL DataVolRatio Pct den: 8164
weekend: 0
UPTP Mbps Num: 22657
CA Activation Rate: 47.41
hr: 23
MAC_UE_SC_Tput: 10996.12

hr: 23
CA Activation Rate num: 8242304
SIP_SC_Total_MOU: 51.92
Peak UE: 27
MB_per_connected_UE: 77.54
DL Data Vol MAC in MB: 6005.87
CA Activation Rate den: 127395

Combined RACH Preambles: 2545
Time: 10:20:07
holiday: 0

DL MAC Vol Scell Pct: 20.59
SIP DC%: 
DLRLCLayerDataVolume MB: 5559.4
DRB UL Data Volume MB: 551
RRC Setup Attempts: 5507
weekend: 0
UPTP Mbps Num: 36599
hr: 23
MAC_UE_SC_Tput: 19576.6

hr: 23
CA Activation Rate num: 10710909
Setup_Fail_DEN: 15101
Peak UE: 38
CA Activation Rate den: 87769

Time: 09:53:00
holiday: 0

SIP DC%: 
PRB Util%: 14.7
RRC Setup Attempts: 5902
CA DL DataVolRatio Pct den: 9054
CA Conf FailRate Pct den: 5073
weekend: 0
UPTP Mbps Num: 22689
hr: 12
MAC_UE_SC_Tput: 16155.07

hr: 12
UPTP Mbps Den: 5389
Peak UE: 83
MB_per_connected_UE: 53.11
DL Volume: 339
DL Data Vol MAC in MB: 5653.15

Time: 23:32:49
holiday: 0
CA DL DataVolRatio Pct num: 6472

SIP DC%: 
DRB UL Data Volume MB: 4500
RRC Setup Attempts: 6462
weekend: 0
hr: 19
MAC_UE_SC_Tput: 14225.84
Bearer Releases: 14404

hr: 19
CA Activation Rate num: 2642392
Setup_Fail_DEN: 15093
Peak UE: 55
MB_per_connected_UE: 176.64
PCT Time MIMO: 65.39
DL Volume: 9424
DL Data Vol MAC in MB: 1213.96

Time: 17:56:04
holiday: 0
CA DL DataVolRatio Pct: 74.25

Avg_Connected_UEs: 20.72
SIP DC%: 
DRB UL Data Volume MB: 2082
CA DL DataVolRatio Pct den: 7921
CA Conf FailRate Pct den: 7535
weekend: 0
hr: 4
MAC_UE_SC_Tput: 8783.87

hr: 4
UPTP Mbps Den: 2808
SIP_SC_Total_MOU: 91.54
Peak UE: 27
MB_per_connected_UE: 44.96
CA Activation Rate den: 88105

Time: 12:14:29
holiday: 0

Avg_Connected_UEs: 74.64
SIP DC%: 
DRB UL Data Volume MB: 5184
PRB Util%: 9.26
CA DL DataVolRatio Pct den: 7898
weekend: 0
hr: 0
MAC_UE_SC_Tput: 8813.56
Bearer Releases: 10245

hr: 0
CA Activation Rate num: 4290736
Setup_Fail_DEN: 9222
Peak UE: 27
MB_per_connected_UE: 64.06
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7438
CA Activation Rate den: 68907

Time: 05:27:16
holiday: 0
CA DL DataVolRatio Pct: 50.81

Avg_Connected_UEs: 63.12
SIP DC%: 
UPTP_Mbps: 134.57
DLRLCLayerDataVolume MB: 134.2
DRB UL Data Volume MB: 3909
PRB Util%: 11.75
CA DL DataVolRatio Pct den: 2420
CA Conf FailRate Pct den: 2890
weekend: 0
CA Activation Rate: 36.22
hr: 23
MAC_UE_SC_Tput: 7852.9

hr: 23
CA Activation Rate num: 5368207
UPTP Mbps Den: 733
Peak UE: 38
MB_per_connected_UE: 35.71
PCT Time MIMO: 41.57
DL Volume: 3338
DL Data Vol MAC in MB: 6359.14
CA Activation Rate den: 126295

Time: 10:26:01
holiday: 0
CA DL DataVolRatio Pct num: 2561

DL MAC Vol Scell Pct: 46.92
SIP DC%: 
DLRLCLayerDataVolume MB: 6962.33
RRC Setup Attempts: 4559
weekend: 0
UPTP Mbps Num: 37863
hr: 0
MAC_UE_SC_Tput: 5664.53
Bearer Releases: 15673

hr: 0
CA Activation Rate num: 3982674
UPTP Mbps Den: 1881
SIP_SC_Total_MOU: 87.87
Peak UE: 27
MB_per_connected_UE: 35.62
DL Volume: 7616
DL Data Vol MAC in MB: 9263.5
CA Activation Rate den: 124700

Time: 20:34:41
holiday: 0
CA DL DataVolRatio Pct num: 5256

SIP DC%: 
DLRLCLayerDataVolume MB: 4073.63
RRC Setup Attempts: 7315
CA Conf FailRate Pct den: 9530
weekend: 0
UPTP Mbps Num: 34444
hr: 4
MAC_UE_SC_Tput: 17094.93

hr: 4
CA Activation Rate num: 4918199
UPTP Mbps Den: 2774
Setup_Fail_DEN: 10872
Peak UE: 43
DL Data Vol MAC in MB: 4111.51
CA Activation Rate den: 59391

holiday: 0
CA DL DataVolRatio Pct: 87.95
CA DL DataVolRatio Pct num: 4862

DL MAC Vol Scell Pct: 17.31
Avg_Connected_UEs: 39.1
SIP DC%: 
DLRLCLayerDataVolume MB: 682.09
DRB UL Data Volume MB: 3947
RRC Setup Attempts: 6266
CA DL DataVolRatio Pct den: 8823
weekend: 0
hr: 3
MAC_UE_SC_Tput: 22675.68
Bearer Releases: 14005

hr: 3
CA Activation Rate num: 538006
UPTP Mbps Den: 1979
Setup_Fail_DEN: 8825
Peak UE: 27
MB_per_connected_UE: 13.92
DL Volume: 8114
DL Data Vol MAC in MB: 9686.86

Time: 15:30:43
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6519.84
weekend: 0
hr: 9
MAC_UE_SC_Tput: 21513.38

hr: 9
CA Activation Rate num: 1850952
Peak UE: 27
DL Volume: 5241
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7867
DL Data Vol MAC in MB: 6397.54
CA Activation Rate den: 111516

Time: 08:11:43
holiday: 0
CA DL DataVolRatio Pct num: 4454

SIP DC%: 
DLRLCLayerDataVolume MB: 9012.84
DRB UL Data Volume MB: 4279
CA Conf FailRate Pct den: 7395
weekend: 0
hr: 7
MAC_UE_SC_Tput: 6623.83

hr: 7
CA Activation Rate num: 10230745
UPTP Mbps Den: 2198
Peak UE: 42
VOLTE IA%: 
MB_per_connected_UE: 68.19
DL Volume: 5425

Time: 21:55:45
holiday: 0
CA DL DataVolRatio Pct: 64.24
CA DL DataVolRatio Pct num: 736

DL MAC Vol Scell Pct: 4.21
Avg_Connected_UEs: 55.24
SIP DC%: 
UPTP_Mbps: 7.25
weekend: 0
UPTP Mbps Num: 3263
CA Activation Rate: 8.67
hr: 17
MAC_UE_SC_Tput: 8504.26

hr: 17
CA Activation Rate num: 13614319
Setup_Fail_DEN: 18082
SIP_SC_Total_MOU: 107.72
Peak UE: 27
MB_per_connected_UE: 151.53
DL Data Vol MAC in MB: 4183.95
CA Activation Rate den: 115190

Time: 22:10:53
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8026.54
weekend: 0
UPTP Mbps Num: 34903
hr: 22
MAC_UE_SC_Tput: 4591.89
Bearer Releases: 14351

hr: 22
CA Activation Rate num: 5127907
SIP_SC_Total_MOU: 37.96
Peak UE: 27
MB_per_connected_UE: 91.58
DL Data Vol MAC in MB: 3541.35
CA Activation Rate den: 145253

Time: 18:28:28
holiday: 0

DL MAC Vol Scell Pct: 30.85
Avg_Connected_UEs: 30.71
SIP DC%: 
RRC Setup Attempts: 4004
CA DL DataVolRatio Pct den: 2266
CA Conf FailRate Pct den: 4144
weekend: 0
CA Activation Rate: 13.79
hr: 3
MAC_UE_SC_Tput: 7744.17

hr: 3
Peak UE: 27
PCT Time MIMO: 33.55
CA Activation Rate den: 106274

Time: 22:53:05
holiday: 0

Avg_Connected_UEs: 20.7
SIP DC%: 
CA Conf FailRate Pct den: 3499
weekend: 0
hr: 4
MAC_UE_SC_Tput: 4556.43
Bearer Releases: 11537

hr: 4
CA Activation Rate num: 3262421
Peak UE: 27
CA Activation Rate den: 92677

Time: 12:02:04
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 3310
weekend: 0
CA Activation Rate: 72.53
hr: 0
MAC_UE_SC_Tput: 5370.76

hr: 0
SIP_SC_Total_MOU: 46.58
Peak UE: 27
MB_per_connected_UE: 91.81
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3711
DL Data Vol MAC in MB: 2721.88
CA Activation Rate den: 102867
Time: 21:26:55

holiday: 0
CA DL DataVolRatio Pct num: 4938

SIP DC%: 
DLRLCLayerDataVolume MB: 9233.5
PRB Util%: 67.89
CA Conf FailRate Pct den: 6490
weekend: 1
UPTP Mbps Num: 26572
CA Activation Rate: 43.3
hr: 6
MAC_UE_SC_Tput: 5625.6

hr: 6
CA Activation Rate num: 7951033
SIP_SC_Total_MOU: 200.6
Peak UE: 27
MB_per_connected_UE: 135.37
DL Volume: 8685
CA Activation Rate den: 129956

Time: 05:43:57
holiday: 0
CA DL DataVolRatio Pct: 59.69
CA DL DataVolRatio Pct num: 4320

Avg_Connected_UEs: 42.21
SIP DC%: 
UPTP_Mbps: 7.68
DLRLCLayerDataVolume MB: 5407.54
weekend: 0
hr: 4
MAC_UE_SC_Tput: 16162.32
Bearer Releases: 8925

hr: 4
CA Activation Rate num: 2226787
Setup_Fail_DEN: 13723
Peak UE: 30
MB_per_connected_UE: 177.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8313
DL Data Vol MAC in MB: 4094.01
CA Activation Rate den: 61620
Combined RACH Preambles: 2912

Time: 00:56:37
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3019.03
weekend: 0
UPTP Mbps Num: 15599
hr: 23
MAC_UE_SC_Tput: 15314.65

hr: 23
CA Activation Rate num: 8804899
Setup_Fail_DEN: 14640
Peak UE: 65
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4261
DL Data Vol MAC in MB: 2959.45
CA Activation Rate den: 109742

Combined RACH Preambles: 2510
Time: 06:22:20
holiday: 0

SIP DC%: 
UPTP_Mbps: 77.43
PRB Util%: 23.42
weekend: 0
CA Activation Rate: 68.38
hr: 2
MAC_UE_SC_Tput: 21484.29
Bearer Releases: 17812

hr: 2
CA Activation Rate num: 2401381
SIP_SC_Total_MOU: 142.21
Peak UE: 52
CA Activation Rate den: 52863

Time: 16:44:26
holiday: 0

Avg_Connected_UEs: 45.77
SIP DC%: 
DLRLCLayerDataVolume MB: 6538.11
RRC Setup Attempts: 4348
CA DL DataVolRatio Pct den: 1025
weekend: 0
CA Activation Rate: 20.77
hr: 0
MAC_UE_SC_Tput: 28491.65
Bearer Releases: 16039

hr: 0
CA Activation Rate num: 7329897
Peak UE: 33
MB_per_connected_UE: 155.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4598
DL Data Vol MAC in MB: 3209.43
CA Activation Rate den: 72236

Time: 04:11:08
holiday: 0
CA DL DataVolRatio Pct num: 5492

SIP DC%: 
UPTP_Mbps: 91.68
weekend: 0
CA Activation Rate: 36.32
hr: 12
MAC_UE_SC_Tput: 13515.07
Bearer Releases: 14349

hr: 12
CA Activation Rate num: 1351021
Setup_Fail_DEN: 15994
SIP_SC_Total_MOU: 210.29
Peak UE: 35
MB_per_connected_UE: 110.65
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3676
DL Data Vol MAC in MB: 9007.11
CA Activation Rate den: 42973

Time: 21:10:54
holiday: 0

Avg_Connected_UEs: 73.17
SIP DC%: 
DLRLCLayerDataVolume MB: 2933.31
CA DL DataVolRatio Pct den: 2888
weekend: 0
CA Activation Rate: 35.26
hr: 0
MAC_UE_SC_Tput: 5788.37

hr: 0
CA Activation Rate num: 6842181
MB_per_connected_UE: 162.88
PCT Time MIMO: 37.13
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3834
CA Activation Rate den: 88091
Combined RACH Preambles: 4013
Time: 17:52:48

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4193.12
DRB UL Data Volume MB: 5689
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4720.27
Bearer Releases: 17350

hr: 23
CA Activation Rate num: 11947799
Setup_Fail_DEN: 16147
SIP_SC_Total_MOU: 148.81
Peak UE: 46
MB_per_connected_UE: 81.26
DL Volume: 5569
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8281
DL Data Vol MAC in MB: 8953.12
CA Activation Rate den: 54075

Time: 19:57:23
holiday: 0
CA DL DataVolRatio Pct: 64.64
CA DL DataVolRatio Pct num: 7434

Avg_Connected_UEs: 78.12
SIP DC%: 
UPTP_Mbps: 46.17
CA DL DataVolRatio Pct den: 6922
weekend: 0
UPTP Mbps Num: 24258
hr: 13
MAC_UE_SC_Tput: 11248.58

hr: 13
CA Activation Rate num: 8078066
Setup_Fail_DEN: 19972
Peak UE: 96
MB_per_connected_UE: 87.73
DL Volume: 7990
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3838
DL Data Vol MAC in MB: 8531.34
CA Activation Rate den: 120714

Time: 12:10:53
holiday: 0
CA DL DataVolRatio Pct num: 6251

SIP DC%: 
UPTP_Mbps: 24.15
DLRLCLayerDataVolume MB: 8985.95
DRB UL Data Volume MB: 5155
RRC Setup Attempts: 6561
weekend: 0
UPTP Mbps Num: 61790
CA Activation Rate: 64.74
hr: 0
MAC_UE_SC_Tput: 13223.85

hr: 0
CA Activation Rate num: 8047364
Setup_Fail_DEN: 7496
Peak UE: 27
DL Volume: 5770
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8824
DL Data Vol MAC in MB: 4314.34

Time: 18:02:31
holiday: 0

SIP DC%: 
UPTP_Mbps: 27.26
PRB Util%: 6.6
RRC Setup Attempts: 7161
weekend: 0
UPTP Mbps Num: 21948
CA Activation Rate: 10.35
hr: 14
MAC_UE_SC_Tput: 13200.83
Bearer Releases: 16374

hr: 14
CA Activation Rate num: 891007
Setup_Fail_DEN: 14942
SIP_SC_Total_MOU: 98.56
Peak UE: 77
MB_per_connected_UE: 86.98
DL Volume: 885
CA Activation Rate den: 196119

Time: 21:04:53
holiday: 0
CA DL DataVolRatio Pct: 86.61

DL MAC Vol Scell Pct: 24.64
Avg_Connected_UEs: 20.54
SIP DC%: 
UPTP_Mbps: 130.31
DLRLCLayerDataVolume MB: 8033.16
DRB UL Data Volume MB: 8639
CA DL DataVolRatio Pct den: 7360
CA Conf FailRate Pct den: 6330
weekend: 0
UPTP Mbps Num: 28592
CA Activation Rate: 71.84
hr: 0
MAC_UE_SC_Tput: 4386.31
Bearer Releases: 15074

hr: 0
CA Activation Rate num: 1826883
Peak UE: 76
MB_per_connected_UE: 150.85
DL Volume: 8092
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6091
DL Data Vol MAC in MB: 5968.88
CA Activation Rate den: 43036

Time: 10:01:51
holiday: 0
CA DL DataVolRatio Pct num: 1405

Avg_Connected_UEs: 17.4
SIP DC%: 
UPTP_Mbps: 23.27
DLRLCLayerDataVolume MB: 8426.09
CA Conf FailRate Pct den: 8801
weekend: 0
CA Activation Rate: 28.86
hr: 23
MAC_UE_SC_Tput: 8137.64
Bearer Releases: 13496

hr: 23
CA Activation Rate num: 10572461
Peak UE: 27
DL Data Vol MAC in MB: 8478.38
CA Activation Rate den: 50586

Time: 11:48:36
holiday: 0
CA DL DataVolRatio Pct: 86.06

SIP DC%: 
DLRLCLayerDataVolume MB: 7017.65
DRB UL Data Volume MB: 8531
RRC Setup Attempts: 5934
CA DL DataVolRatio Pct den: 3891
weekend: 0
hr: 20
MAC_UE_SC_Tput: 4665.78

hr: 20
CA Activation Rate num: 10997999
UPTP Mbps Den: 918
SIP_SC_Total_MOU: 377.65
Peak UE: 27
MB_per_connected_UE: 88.63
CA Activation Rate den: 64971

Time: 02:52:10
holiday: 0
CA DL DataVolRatio Pct num: 3274

DL MAC Vol Scell Pct: 39.79
Avg_Connected_UEs: 34.77
SIP DC%: 
UPTP_Mbps: 32.7
DLRLCLayerDataVolume MB: 2538.68
PRB Util%: 3.72
weekend: 0
hr: 0
MAC_UE_SC_Tput: 9916.12
Bearer Releases: 7942

hr: 0
CA Activation Rate num: 309008
UPTP Mbps Den: 3648
Setup_Fail_DEN: 19931
Peak UE: 39
MB_per_connected_UE: 78.01
DL Volume: 4328
DL Data Vol MAC in MB: 1455.24
CA Activation Rate den: 62707

Time: 00:09:42
holiday: 0

Avg_Connected_UEs: 53.38
SIP DC%: 
DLRLCLayerDataVolume MB: 8574.37
PRB Util%: 54.47
CA DL DataVolRatio Pct den: 5829
weekend: 0
hr: 9
MAC_UE_SC_Tput: 5796.72
Bearer Releases: 8800

hr: 9
CA Activation Rate num: 4578238
UPTP Mbps Den: 2543
Setup_Fail_DEN: 13703
Peak UE: 66
DL Volume: 3587
DL Data Vol MAC in MB: 1739.37

Time: 20:19:40
holiday: 0
CA DL DataVolRatio Pct: 77.55

SIP DC%: 
UPTP_Mbps: 21.96
DRB UL Data Volume MB: 396
weekend: 0
CA Activation Rate: 20.93
hr: 0
MAC_UE_SC_Tput: 12178.05
Bearer Releases: 10292

hr: 0
CA Activation Rate num: 6359047
SIP_SC_Total_MOU: 100.25
Peak UE: 27
DL Volume: 875

Time: 10:47:53
holiday: 0
CA DL DataVolRatio Pct num: 936

SIP DC%: 
CA DL DataVolRatio Pct den: 8333
weekend: 0
UPTP Mbps Num: 33390
hr: 20
MAC_UE_SC_Tput: 13944.89

hr: 20
CA Activation Rate num: 9509272
Setup_Fail_DEN: 7679
SIP_SC_Total_MOU: 26.17
Peak UE: 44
MB_per_connected_UE: 25.96
DL Data Vol MAC in MB: 1637.11
CA Activation Rate den: 60939

Time: 10:40:28
holiday: 0

DL MAC Vol Scell Pct: 22.79
SIP DC%: 
DLRLCLayerDataVolume MB: 8707.35
DRB UL Data Volume MB: 6770
CA Conf FailRate Pct den: 4872
weekend: 0
UPTP Mbps Num: 39551
hr: 7
MAC_UE_SC_Tput: 8520.88
Bearer Releases: 7440

hr: 7
CA Activation Rate num: 8101487
Setup_Fail_DEN: 13434
SIP_SC_Total_MOU: 223.91
Peak UE: 58
DL Data Vol MAC in MB: 6577.9

Time: 19:07:14
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5266.32
DRB UL Data Volume MB: 7983
CA DL DataVolRatio Pct den: 9415
weekend: 0
UPTP Mbps Num: 60271
CA Activation Rate: 22.05
hr: 23
MAC_UE_SC_Tput: 15751.29

hr: 23
CA Activation Rate num: 10057748
Peak UE: 27
DL Data Vol MAC in MB: 6768.5

Time: 08:14:55
holiday: 0
CA DL DataVolRatio Pct num: 4021

Avg_Connected_UEs: 20.57
SIP DC%: 
DLRLCLayerDataVolume MB: 5971.7
PRB Util%: 33.85
weekend: 0
UPTP Mbps Num: 28114
hr: 11
MAC_UE_SC_Tput: 15379.65

hr: 11
CA Activation Rate num: 8412222
Setup_Fail_DEN: 6984
SIP_SC_Total_MOU: 226.94
Peak UE: 27
DL Data Vol MAC in MB: 5285.54

Time: 11:55:11
holiday: 0
CA DL DataVolRatio Pct: 84.12

SIP DC%: 
UPTP_Mbps: 61.67
DRB UL Data Volume MB: 8360
RRC Setup Attempts: 4815
CA DL DataVolRatio Pct den: 8410
weekend: 0
UPTP Mbps Num: 15859
hr: 18
MAC_UE_SC_Tput: 10490.64

hr: 18
CA Activation Rate num: 6778981
Setup_Fail_DEN: 10848
SIP_SC_Total_MOU: 231.19
Peak UE: 66
DL Data Vol MAC in MB: 5101.79
CA Activation Rate den: 212808

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8570.18
DRB UL Data Volume MB: 5899
PRB Util%: 4.7
RRC Setup Attempts: 3625
CA DL DataVolRatio Pct den: 2819
CA Conf FailRate Pct den: 2902
weekend: 0
CA Activation Rate: 9.33
hr: 6
MAC_UE_SC_Tput: 15303.12

hr: 6
CA Activation Rate num: 450282
Setup_Fail_DEN: 13483
SIP_SC_Total_MOU: 26.52
Peak UE: 62
MB_per_connected_UE: 47.7
DL Volume: 9568
DL Data Vol MAC in MB: 7053.84
CA Activation Rate den: 165420

Combined RACH Preambles: 4899
Time: 13:00:21
holiday: 0

DL MAC Vol Scell Pct: 45.11
SIP DC%: 
UPTP_Mbps: 42.13
DLRLCLayerDataVolume MB: 6880.34
DRB UL Data Volume MB: 2542
RRC Setup Attempts: 6037
CA DL DataVolRatio Pct den: 360
CA Conf FailRate Pct den: 7181
weekend: 1
hr: 2
Bearer Releases: 15891

hr: 2
CA Activation Rate num: 13851247
Peak UE: 27
MB_per_connected_UE: 10.74
DL Volume: 9642
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5771
DL Data Vol MAC in MB: 9947.46

Time: 14:54:09
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2814.44
DRB UL Data Volume MB: 1897
weekend: 0
CA Activation Rate: 78.07
hr: 4
MAC_UE_SC_Tput: 4455.34
Bearer Releases: 15507

hr: 4
Setup_Fail_DEN: 12298
Peak UE: 27
MB_per_connected_UE: 207.6
PCT Time MIMO: 50.69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7122

Time: 07:02:42
holiday: 0

Avg_Connected_UEs: 26.73
SIP DC%: 
DLRLCLayerDataVolume MB: 6112.19
DRB UL Data Volume MB: 3287
CA DL DataVolRatio Pct den: 5178
weekend: 0
UPTP Mbps Num: 21314
hr: 3
MAC_UE_SC_Tput: 8799.92
Bearer Releases: 9277

hr: 3
CA Activation Rate num: 815228
Setup_Fail_DEN: 15318
SIP_SC_Total_MOU: 73.45
Peak UE: 27
MB_per_connected_UE: 47.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3499
DL Data Vol MAC in MB: 1452.38

Time: 08:00:51
holiday: 0

Avg_Connected_UEs: 55.46
SIP DC%: 
UPTP_Mbps: 35.61
RRC Setup Attempts: 4613
CA DL DataVolRatio Pct den: 3840
weekend: 0
UPTP Mbps Num: 9049
CA Activation Rate: 33.5
hr: 15
MAC_UE_SC_Tput: 12695.57

hr: 15
Setup_Fail_DEN: 14799
SIP_SC_Total_MOU: 137.2
Peak UE: 51
DL Volume: 3396
DL Data Vol MAC in MB: 6369.9

Time: 07:28:40
holiday: 0

DL MAC Vol Scell Pct: 32.38
Avg_Connected_UEs: 76.23
SIP DC%: 
DLRLCLayerDataVolume MB: 5145.24
DRB UL Data Volume MB: 2342
PRB Util%: 71.3
RRC Setup Attempts: 6786
CA DL DataVolRatio Pct den: 5605
weekend: 0
UPTP Mbps Num: 48180
hr: 22
MAC_UE_SC_Tput: 13689.12

hr: 22
CA Activation Rate num: 3979701
Setup_Fail_DEN: 12127
UL MAC Vol Scell Pct: 1.6
Peak UE: 41
MB_per_connected_UE: 29.41
DL Data Vol MAC in MB: 6101.72
CA Activation Rate den: 92770

Time: 02:04:17
holiday: 0

DL MAC Vol Scell Pct: 34.03
SIP DC%: 
UPTP_Mbps: 83.33
DLRLCLayerDataVolume MB: 796.31
weekend: 0
UPTP Mbps Num: 12794
hr: 8
MAC_UE_SC_Tput: 4332.95
Bearer Releases: 9676

hr: 8
CA Activation Rate num: 9541403
Peak UE: 56
MB_per_connected_UE: 80.94
PCT Time MIMO: 56.82
Combined RACH Preambles: 3070

Time: 04:32:13
holiday: 0
CA DL DataVolRatio Pct num: 5500

SIP DC%: 
UPTP_Mbps: 12.35
DLRLCLayerDataVolume MB: 8084.1
DRB UL Data Volume MB: 3900
CA DL DataVolRatio Pct den: 8464
CA Conf FailRate Pct den: 4042
weekend: 0
hr: 18
MAC_UE_SC_Tput: 7069.16

hr: 18
CA Activation Rate num: 2178145
Peak UE: 30
MB_per_connected_UE: 150.15
PCT Time MIMO: 34.81
DL Volume: 2841
DL Data Vol MAC in MB: 8796.06
CA Activation Rate den: 175527

Time: 15:13:16
holiday: 0

SIP DC%: 
UPTP_Mbps: 21.77
DLRLCLayerDataVolume MB: 1069.27
PRB Util%: 58.47
CA Conf FailRate Pct den: 5558
weekend: 0
CA Activation Rate: 27.88
hr: 0
MAC_UE_SC_Tput: 11313.65

hr: 0
CA Activation Rate num: 7375189
Peak UE: 81
MB_per_connected_UE: 156.39

Time: 07:06:25
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8624.63
weekend: 0
hr: 4
MAC_UE_SC_Tput: 6189.68
Bearer Releases: 11274

hr: 4
CA Activation Rate num: 3481181
Setup_Fail_DEN: 19181
Peak UE: 27
MB_per_connected_UE: 24
DL Data Vol MAC in MB: 4385.78
CA Activation Rate den: 80799
Combined RACH Preambles: 2826

Time: 03:30:13
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4928.97
PRB Util%: 24.47
CA DL DataVolRatio Pct den: 4661
weekend: 0
hr: 22
MAC_UE_SC_Tput: 12786.65
Bearer Releases: 9364

hr: 22
CA Activation Rate num: 10935970
MB_per_connected_UE: 62.54

Combined RACH Preambles: 3786
holiday: 0
CA DL DataVolRatio Pct num: 2145

Avg_Connected_UEs: 40.46
SIP DC%: 
UPTP_Mbps: 116.99
DLRLCLayerDataVolume MB: 4593.49
DRB UL Data Volume MB: 3745
RRC Setup Attempts: 6408
CA DL DataVolRatio Pct den: 8187
weekend: 0
UPTP Mbps Num: 20691
CA Activation Rate: 51.13
hr: 2
MAC_UE_SC_Tput: 6874.25
Bearer Releases: 17596

hr: 2
CA Activation Rate num: 338580
UPTP Mbps Den: 920
Peak UE: 42
MB_per_connected_UE: 184.54
DL Volume: 2810
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5287
DL Data Vol MAC in MB: 495.58
CA Activation Rate den: 142977

Time: 11:14:01
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8403.63
RRC Setup Attempts: 3678
CA DL DataVolRatio Pct den: 7740
weekend: 0
hr: 23
MAC_UE_SC_Tput: 16656.1

hr: 23
CA Activation Rate num: 7697728
Setup_Fail_DEN: 7620
Peak UE: 98
MB_per_connected_UE: 25.62
DL Data Vol MAC in MB: 5722.77
CA Activation Rate den: 144930
Time: 08:23:09

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9276.11
RRC Setup Attempts: 4233
CA DL DataVolRatio Pct den: 10199
weekend: 0
CA Activation Rate: 1.36
hr: 3
Bearer Releases: 7106

hr: 3
CA Activation Rate num: 6816378
Setup_Fail_DEN: 6928
SIP_SC_Total_MOU: 180.64
Peak UE: 27
CA Activation Rate den: 53613

Time: 20:38:28
holiday: 0
CA DL DataVolRatio Pct: 48.24

DL MAC Vol Scell Pct: 43.65
SIP DC%: 
UPTP_Mbps: 91.39
DLRLCLayerDataVolume MB: 8292.79
PRB Util%: 74.59
weekend: 0
CA Activation Rate: 13.43
hr: 23
MAC_UE_SC_Tput: 8616.55

hr: 23
CA Activation Rate num: 6014781
Peak UE: 27
MB_per_connected_UE: 169.98
DL Volume: 9405
CA Activation Rate den: 70856

Time: 04:42:58
holiday: 0

Avg_Connected_UEs: 84.08
SIP DC%: 
UPTP_Mbps: 125.04
DRB UL Data Volume MB: 742
weekend: 1
UPTP Mbps Num: 3687
CA Activation Rate: 71.41
hr: 3
MAC_UE_SC_Tput: 8066.22
Bearer Releases: 8416

hr: 3
CA Activation Rate num: 8085006
Peak UE: 27
MB_per_connected_UE: 87.63
CA Activation Rate den: 49186

Time: 16:48:54
holiday: 0
CA DL DataVolRatio Pct: 78.86

SIP DC%: 
CA DL DataVolRatio Pct den: 8755
CA Conf FailRate Pct den: 6470
weekend: 0
UPTP Mbps Num: 13540
CA Activation Rate: 42.61
hr: 17
MAC_UE_SC_Tput: 9174.32
Bearer Releases: 11061

hr: 17
CA Activation Rate num: 4690807
SIP_SC_Total_MOU: 50.53
Peak UE: 47
MB_per_connected_UE: 56.9
PCT Time MIMO: 60.11
CA Activation Rate den: 56288

Time: 23:28:29
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4824.9
DRB UL Data Volume MB: 8344
PRB Util%: 29.61
weekend: 0
CA Activation Rate: 14.03
hr: 12
MAC_UE_SC_Tput: 17993.82

hr: 12
CA Activation Rate num: 5720983
SIP_SC_Total_MOU: 328.7
Peak UE: 80
MB_per_connected_UE: 109.69

Time: 16:15:59
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1789.36
DRB UL Data Volume MB: 1968
RRC Setup Attempts: 6790
weekend: 1
CA Activation Rate: 65.53
hr: 0
MAC_UE_SC_Tput: 5476.59
Bearer Releases: 17525

hr: 0
CA Activation Rate num: 4765614
SIP_SC_Total_MOU: 72.55
Peak UE: 36
PCT Time MIMO: 36.14
DL Volume: 1178
DL Data Vol MAC in MB: 3147.36

Combined RACH Preambles: 3471
Time: 09:55:17
holiday: 0
CA DL DataVolRatio Pct: 68.12
CA DL DataVolRatio Pct num: 1157

SIP DC%: 
DLRLCLayerDataVolume MB: 3057.54
CA Conf FailRate Pct den: 6871
weekend: 0
UPTP Mbps Num: 29073
hr: 12
MAC_UE_SC_Tput: 4797.4
Bearer Releases: 7764

hr: 12
CA Activation Rate num: 5023658
Setup_Fail_DEN: 12171
SIP_SC_Total_MOU: 330.83
Peak UE: 70
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7948
DL Data Vol MAC in MB: 9419.75

Time: 06:48:16
holiday: 0
CA DL DataVolRatio Pct: 59.4

SIP DC%: 
UPTP_Mbps: 86.57
DLRLCLayerDataVolume MB: 1003.86
DRB UL Data Volume MB: 324
CA DL DataVolRatio Pct den: 4338
CA Conf FailRate Pct den: 9384
weekend: 0
UPTP Mbps Num: 17751
hr: 10
MAC_UE_SC_Tput: 17684.01
Bearer Releases: 15525

hr: 10
CA Activation Rate num: 9836968
SIP_SC_Total_MOU: 322.96
Peak UE: 73
MB_per_connected_UE: 15.7
PCT Time MIMO: 69.05
CA Activation Rate den: 202637

Time: 04:24:49
holiday: 0
CA DL DataVolRatio Pct: 47.8

SIP DC%: 
DLRLCLayerDataVolume MB: 8206.02
DRB UL Data Volume MB: 8791
RRC Setup Attempts: 6436
weekend: 0
hr: 3
MAC_UE_SC_Tput: 5450.74
Bearer Releases: 9635

hr: 3
CA Activation Rate num: 2670686
Peak UE: 27

Time: 08:09:27
holiday: 0

DL MAC Vol Scell Pct: 7.07
SIP DC%: 
DLRLCLayerDataVolume MB: 2420.05
CA Conf FailRate Pct den: 5816
weekend: 0
CA Activation Rate: 55.03
hr: 23

hr: 23
CA Activation Rate num: 2184283
Peak UE: 68
MB_per_connected_UE: 95.83
DL Volume: 6414
DL Data Vol MAC in MB: 934.85
CA Activation Rate den: 81361

Time: 13:22:29
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8394.15
DRB UL Data Volume MB: 4457
CA DL DataVolRatio Pct den: 10049
weekend: 0
UPTP Mbps Num: 56920
hr: 0
MAC_UE_SC_Tput: 13209.91
Bearer Releases: 6467

hr: 0
CA Activation Rate num: 4772528
Setup_Fail_DEN: 7133
Peak UE: 91
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7796
DL Data Vol MAC in MB: 8895.43
CA Activation Rate den: 65740

Time: 20:32:25
holiday: 0

Avg_Connected_UEs: 46.1
SIP DC%: 
S1U_SIP_SC_SEER: 99.31
RRC Setup Attempts: 3579
weekend: 0
CA Activation Rate: 22.42
hr: 19
MAC_UE_SC_Tput: 4483.09
Bearer Releases: 13351

hr: 19
CA Activation Rate num: 5651357
SIP_SC_Total_MOU: 401.64
Peak UE: 30
DL Data Vol MAC in MB: 3212.31

Time: 17:07:57
holiday: 0
CA DL DataVolRatio Pct num: 2376

SIP DC%: 
CA Conf FailRate Pct den: 9074
weekend: 0
UPTP Mbps Num: 29938
CA Activation Rate: 55.21
hr: 14
MAC_UE_SC_Tput: 5162.6

hr: 14
CA Activation Rate num: 4581380
Setup_Fail_DEN: 12964
SIP_SC_Total_MOU: 285.79
Peak UE: 50
MB_per_connected_UE: 91.27
DL Volume: 2699
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7783
DL Data Vol MAC in MB: 6295.57

Time: 09:23:19
holiday: 0
CA DL DataVolRatio Pct num: 5763

DL MAC Vol Scell Pct: 24.16
Avg_Connected_UEs: 42.75
SIP DC%: 
UPTP_Mbps: 15.59
DLRLCLayerDataVolume MB: 1278.74
DRB UL Data Volume MB: 2560
weekend: 0
UPTP Mbps Num: 22026
CA Activation Rate: 8
hr: 0
MAC_UE_SC_Tput: 6705.15

hr: 0
CA Activation Rate num: 9742637
Peak UE: 62
MB_per_connected_UE: 12.91
DL Data Vol MAC in MB: 8172.02

Combined RACH Preambles: 2746
Time: 08:46:45
holiday: 0

DL MAC Vol Scell Pct: 3.91
Avg_Connected_UEs: 31.7
SIP DC%: 
DLRLCLayerDataVolume MB: 8382.53
PRB Util%: 35.37
CA DL DataVolRatio Pct den: 9045
CA Conf FailRate Pct den: 6484
weekend: 0
CA Activation Rate: 16.18
hr: 13
MAC_UE_SC_Tput: 5809.64

hr: 13
CA Activation Rate num: 7299950
UPTP Mbps Den: 1459
SIP_SC_Total_MOU: 57.18
Peak UE: 79
DL Volume: 5524
DL Data Vol MAC in MB: 1954.92
CA Activation Rate den: 61536

Time: 12:20:03
holiday: 0
CA DL DataVolRatio Pct: 43.66

SIP DC%: 
UPTP_Mbps: 117.36
weekend: 0
UPTP Mbps Num: 55117
hr: 22
MAC_UE_SC_Tput: 8152.89

hr: 22
CA Activation Rate num: 8470876
Setup_Fail_DEN: 6432
Peak UE: 43
MB_per_connected_UE: 18.89
DL Data Vol MAC in MB: 7533.69

Time: 19:49:39
holiday: 0

SIP DC%: 
UPTP_Mbps: 122.57
DLRLCLayerDataVolume MB: 1528.64
DRB UL Data Volume MB: 8175
RRC Setup Attempts: 3734
CA Conf FailRate Pct den: 3015
weekend: 0
CA Activation Rate: 28.73
hr: 23
MAC_UE_SC_Tput: 21938.92

hr: 23
CA Activation Rate num: 3309299
Setup_Fail_DEN: 17779
SIP_SC_Total_MOU: 213.96
Peak UE: 52
MB_per_connected_UE: 207.73
DL Volume: 4359
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8180
DL Data Vol MAC in MB: 5880.64

Time: 00:55:53
holiday: 0
CA DL DataVolRatio Pct: 52.04
CA DL DataVolRatio Pct num: 6144

SIP DC%: 
DLRLCLayerDataVolume MB: 5310.31
PRB Util%: 22.3
weekend: 0
UPTP Mbps Num: 1541
CA Activation Rate: 25.64
hr: 0
MAC_UE_SC_Tput: 19938.33
Bearer Releases: 13145

hr: 0
CA Activation Rate num: 10609840
UPTP Mbps Den: 1421
Setup_Fail_DEN: 12261
SIP_SC_Total_MOU: 373.97
Peak UE: 50
MB_per_connected_UE: 57.94
DL Volume: 9297
DL Data Vol MAC in MB: 3723

Time: 01:38:39
holiday: 0

DL MAC Vol Scell Pct: 5.4
Avg_Connected_UEs: 42.68
SIP DC%: 
DLRLCLayerDataVolume MB: 5427.77
PRB Util%: 7.6
CA Conf FailRate Pct den: 2867
weekend: 0
hr: 23
Bearer Releases: 11887

hr: 23
CA Activation Rate num: 386765
Setup_Fail_DEN: 14962
SIP_SC_Total_MOU: 48.02
Peak UE: 27
MB_per_connected_UE: 196.27
DL Data Vol MAC in MB: 5365.77

Time: 05:05:01
holiday: 0

Avg_Connected_UEs: 18.52
SIP DC%: 
PRB Util%: 19.58
RRC Setup Attempts: 5653
weekend: 0
UPTP Mbps Num: 19744
hr: 2
MAC_UE_SC_Tput: 17477.52
Bearer Releases: 13863

hr: 2
CA Activation Rate num: 10452683
UPTP Mbps Den: 4184
Setup_Fail_DEN: 12571
SIP_SC_Total_MOU: 180.97
Peak UE: 70
MB_per_connected_UE: 138.89
DL Volume: 5433
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7378
DL Data Vol MAC in MB: 3419.64

Time: 11:52:17
holiday: 0
CA DL DataVolRatio Pct num: 3795

Avg_Connected_UEs: 71.17
SIP DC%: 
DLRLCLayerDataVolume MB: 9631.21
CA Conf FailRate Pct den: 9138
weekend: 0
UPTP Mbps Num: 9256
CA Activation Rate: 35.34
hr: 0
MAC_UE_SC_Tput: 5086.34
Bearer Releases: 6721

hr: 0
CA Activation Rate num: 5657687
Setup_Fail_DEN: 8868
SIP_SC_Total_MOU: 252.19
Peak UE: 27
MB_per_connected_UE: 18.2
PCT Time MIMO: 68.17
DL Data Vol MAC in MB: 3775.73

Time: 07:57:35
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6321.71
weekend: 0
hr: 21
MAC_UE_SC_Tput: 7845

hr: 21
CA Activation Rate num: 10406072
Setup_Fail_DEN: 15876
SIP_SC_Total_MOU: 247.97
Peak UE: 27
MB_per_connected_UE: 188.58
DL Data Vol MAC in MB: 7582.21
CA Activation Rate den: 39053

Time: 05:40:11
holiday: 0

DL MAC Vol Scell Pct: 31.07
Avg_Connected_UEs: 79.5
SIP DC%: 
DLRLCLayerDataVolume MB: 2244.42
CA DL DataVolRatio Pct den: 9177
weekend: 0
UPTP Mbps Num: 9955
CA Activation Rate: 42.8
hr: 0
MAC_UE_SC_Tput: 5652.96

hr: 0
CA Activation Rate num: 6217448
UPTP Mbps Den: 1408
Setup_Fail_DEN: 13895
Peak UE: 27
DL Data Vol MAC in MB: 4827.53
CA Activation Rate den: 51704

Time: 18:51:09
holiday: 0
HO_att_InterFreq: 331

Avg_Connected_UEs: 36.04
SIP DC%: 
UPTP_Mbps: 87.76
DLRLCLayerDataVolume MB: 2549.3
DRB UL Data Volume MB: 8397
weekend: 0
CA Activation Rate: 19.81
hr: 5
MAC_UE_SC_Tput: 10239.13
Bearer Releases: 8010

hr: 5
Peak UE: 66
MB_per_connected_UE: 85.25
DL Volume: 8791
DL Data Vol MAC in MB: 2947.31
CA Activation Rate den: 143681
Combined RACH Preambles: 2344

Time: 22:07:44
holiday: 0

Avg_Connected_UEs: 34.82
SIP DC%: 
DLRLCLayerDataVolume MB: 9342.5
PRB Util%: 13.66
CA DL DataVolRatio Pct den: 4014
weekend: 0
CA Activation Rate: 68.52
hr: 12
MAC_UE_SC_Tput: 6650.11

hr: 12
CA Activation Rate num: 2486570
Peak UE: 67
MB_per_connected_UE: 69.32
DL Volume: 9579
DL Data Vol MAC in MB: 1972.9
CA Activation Rate den: 108695

Time: 18:22:50
holiday: 0
CA DL DataVolRatio Pct: 59.04

SIP DC%: 
UPTP_Mbps: 130.16
DLRLCLayerDataVolume MB: 6473.59
CA Conf FailRate Pct den: 5697
weekend: 0
CA Activation Rate: 52.83
hr: 8

hr: 8
CA Activation Rate num: 2878147
UPTP Mbps Den: 5417
Peak UE: 27
MB_per_connected_UE: 26.48
DL Data Vol MAC in MB: 1858.81
CA Activation Rate den: 47922

Time: 20:42:03
holiday: 0
CA DL DataVolRatio Pct num: 7406

SIP DC%: 
DLRLCLayerDataVolume MB: 2230.98
CA Conf FailRate Pct den: 7542
weekend: 1
CA Activation Rate: 36.34
hr: 6
MAC_UE_SC_Tput: 13475.59
Bearer Releases: 18302

hr: 6
CA Activation Rate num: 6942001
Peak UE: 27
MB_per_connected_UE: 35.51
DL Volume: 7286
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8966
DL Data Vol MAC in MB: 2386.8
CA Activation Rate den: 217050

Combined RACH Preambles: 2384
Time: 05:46:52
holiday: 0
CA DL DataVolRatio Pct: 65.14

DL MAC Vol Scell Pct: 34.63
Avg_Connected_UEs: 66.66
SIP DC%: 
UPTP_Mbps: 108.31
weekend: 1
hr: 0
MAC_UE_SC_Tput: 45576.95
Bearer Releases: 15861

hr: 0
CA Activation Rate num: 5675420
SIP_SC_Total_MOU: 79.1
MB_per_connected_UE: 58.65
DL Volume: 8601
CA Activation Rate den: 47872

Time: 11:29:02
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7202.86
DRB UL Data Volume MB: 1966
PRB Util%: 32.66
CA DL DataVolRatio Pct den: 8443
weekend: 0
UPTP Mbps Num: 2943
hr: 13
MAC_UE_SC_Tput: 16251.95

hr: 13
CA Activation Rate num: 4597690
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4498
DL Data Vol MAC in MB: 9619.47

Time: 00:57:55
holiday: 0
CA DL DataVolRatio Pct num: 7385

Avg_Connected_UEs: 51.17
SIP DC%: 
DLRLCLayerDataVolume MB: 7741.09
CA Conf FailRate Pct den: 8736
weekend: 0
UPTP Mbps Num: 12004
CA Activation Rate: 64.23
hr: 1
MAC_UE_SC_Tput: 15510.98
Bearer Releases: 9726

hr: 1
CA Activation Rate num: 4025707
Setup_Fail_DEN: 10208
Peak UE: 58
PCT Time MIMO: 47.47

Time: 02:49:51
holiday: 0
CA DL DataVolRatio Pct: 84.51
CA DL DataVolRatio Pct num: 379

Avg_Connected_UEs: 47.72
SIP DC%: 
UPTP_Mbps: 31.81
DRB UL Data Volume MB: 8395
weekend: 0
CA Activation Rate: 45.21
hr: 12
MAC_UE_SC_Tput: 10131.56

hr: 12
CA Activation Rate num: 9457479
UPTP Mbps Den: 396
Setup_Fail_DEN: 12938
SIP_SC_Total_MOU: 195.73
Peak UE: 42
MB_per_connected_UE: 36.62
DL Volume: 4718
CA Activation Rate den: 217670

Combined RACH Preambles: 4722
Time: 22:25:33
holiday: 0
CA DL DataVolRatio Pct num: 695

SIP DC%: 
UPTP_Mbps: 27.24
DLRLCLayerDataVolume MB: 5114.75
DRB UL Data Volume MB: 2533
CA Conf FailRate Pct den: 9254
weekend: 0
UPTP Mbps Num: 8454
CA Activation Rate: 51.54
hr: 19

hr: 19
CA Activation Rate num: 9319141
UPTP Mbps Den: 2644
Setup_Fail_DEN: 8776
SIP_SC_Total_MOU: 18.39
Peak UE: 77
MB_per_connected_UE: 42.09
DL Volume: 3652
DL Data Vol MAC in MB: 2938.13
CA Activation Rate den: 50550

Time: 06:43:46
holiday: 0
CA DL DataVolRatio Pct: 57.61

Avg_Connected_UEs: 34.47
SIP DC%: 
DRB UL Data Volume MB: 2668
weekend: 0
hr: 19
MAC_UE_SC_Tput: 4388
Bearer Releases: 13399

hr: 19
Setup_Fail_DEN: 19009
SIP_SC_Total_MOU: 48.2
MB_per_connected_UE: 188.83
DL Data Vol MAC in MB: 2656.49
CA Activation Rate den: 40165

Time: 06:41:03
holiday: 0

DL MAC Vol Scell Pct: 27.73
SIP DC%: 
DRB UL Data Volume MB: 902
weekend: 0
UPTP Mbps Num: 21171
hr: 20
MAC_UE_SC_Tput: 4209.33

hr: 20
CA Activation Rate num: 2531114
Setup_Fail_DEN: 10957
Peak UE: 27
PCT Time MIMO: 39.46
DL Data Vol MAC in MB: 2381.44
CA Activation Rate den: 58069

Time: 01:19:35
holiday: 0

DL MAC Vol Scell Pct: 14.73
Avg_Connected_UEs: 43.75
SIP DC%: 
DLRLCLayerDataVolume MB: 9325.79
weekend: 0
UPTP Mbps Num: 9292
hr: 8
MAC_UE_SC_Tput: 18261.93
Bearer Releases: 16584

hr: 8
CA Activation Rate num: 1409482
Setup_Fail_DEN: 12961
SIP_SC_Total_MOU: 30.61
Peak UE: 39
MB_per_connected_UE: 43.26
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6838
CA Activation Rate den: 37522

Time: 09:54:25
holiday: 0

Avg_Connected_UEs: 62.17
SIP DC%: 
UPTP_Mbps: 49.47
weekend: 0
UPTP Mbps Num: 24090
hr: 15
MAC_UE_SC_Tput: 8668.05
Bearer Releases: 11453

hr: 15
CA Activation Rate num: 5912730
UPTP Mbps Den: 2133
Setup_Fail_DEN: 11117
SIP_SC_Total_MOU: 282.05
Peak UE: 61
MB_per_connected_UE: 86.67
DL Volume: 5542
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6220

Time: 15:37:33
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3700.95
CA DL DataVolRatio Pct den: 7539
weekend: 1
hr: 12
Bearer Releases: 9297

hr: 12
CA Activation Rate num: 5468343
UPTP Mbps Den: 4884
Setup_Fail_DEN: 17107
SIP_SC_Total_MOU: 164.77
MB_per_connected_UE: 24.28
PCT Time MIMO: 39.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3175
DL Data Vol MAC in MB: 7659.61
CA Activation Rate den: 127731

Time: 16:12:03
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9744.38
DRB UL Data Volume MB: 8880
RRC Setup Attempts: 7055
weekend: 0
hr: 19
MAC_UE_SC_Tput: 4273.72

hr: 19
CA Activation Rate num: 8809018
UPTP Mbps Den: 1382
MB_per_connected_UE: 127.98
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3578
CA Activation Rate den: 91064

Time: 19:47:54
holiday: 0
CA DL DataVolRatio Pct num: 5147

Avg_Connected_UEs: 59.14
SIP DC%: 
DLRLCLayerDataVolume MB: 1186.19
DRB UL Data Volume MB: 3284
CA DL DataVolRatio Pct den: 2722
weekend: 0
CA Activation Rate: 77.59
hr: 9
MAC_UE_SC_Tput: 4283.89

hr: 9
UPTP Mbps Den: 5386
SIP_SC_Total_MOU: 95.14
Peak UE: 82
MB_per_connected_UE: 95.85
DL Volume: 799
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7078
DL Data Vol MAC in MB: 2988.47

Time: 14:45:34
holiday: 0
CA DL DataVolRatio Pct: 87.5
CA DL DataVolRatio Pct num: 6423

SIP DC%: 
PRB Util%: 30.07
RRC Setup Attempts: 4695
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4131.84

hr: 23
CA Activation Rate num: 9201766
Peak UE: 85
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7313
CA Activation Rate den: 85299

Time: 19:33:48
holiday: 0

SIP DC%: 
UPTP_Mbps: 39.73
DLRLCLayerDataVolume MB: 7987.95
DRB UL Data Volume MB: 8151
weekend: 0
UPTP Mbps Num: 39945
hr: 11
MAC_UE_SC_Tput: 12128.15

hr: 11
CA Activation Rate num: 10185873
Setup_Fail_DEN: 11863
MB_per_connected_UE: 40.97
DL Data Vol MAC in MB: 8194.68

Time: 20:12:56
holiday: 0
CA DL DataVolRatio Pct: 61.99

SIP DC%: 
DLRLCLayerDataVolume MB: 240.99
weekend: 0
UPTP Mbps Num: 15647
CA Activation Rate: 14.74
hr: 5
MAC_UE_SC_Tput: 9865.76
Bearer Releases: 8955

hr: 5
Setup_Fail_DEN: 9035
SIP_SC_Total_MOU: 16.71
Peak UE: 27
MB_per_connected_UE: 177.28
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6136
CA Activation Rate den: 38416

Time: 00:59:18
holiday: 0
CA DL DataVolRatio Pct num: 3960

SIP DC%: 
DLRLCLayerDataVolume MB: 3878.38
RRC Setup Attempts: 7200
weekend: 0
UPTP Mbps Num: 7846
CA Activation Rate: 72.52
hr: 10
MAC_UE_SC_Tput: 11702.41
Bearer Releases: 17784

hr: 10
CA Activation Rate num: 1906373
SIP_SC_Total_MOU: 153.62
MB_per_connected_UE: 79.78
CA Activation Rate den: 115287

Time: 09:33:56
holiday: 0

Avg_Connected_UEs: 80.37
SIP DC%: 
UPTP_Mbps: 124.13
DLRLCLayerDataVolume MB: 7159.22
PRB Util%: 18.38
RRC Setup Attempts: 8196
weekend: 0
UPTP Mbps Num: 7821
CA Activation Rate: 37.24
hr: 16
MAC_UE_SC_Tput: 11968.85

hr: 16
CA Activation Rate num: 9412573
Peak UE: 49
DL Data Vol MAC in MB: 8127.97
CA Activation Rate den: 90424

Time: 02:24:54
holiday: 0
CA DL DataVolRatio Pct: 52.6

Avg_Connected_UEs: 63.25
SIP DC%: 
UPTP_Mbps: 12.05
CA DL DataVolRatio Pct den: 8351
CA Conf FailRate Pct den: 8423
weekend: 0
UPTP Mbps Num: 34893
CA Activation Rate: 52.29
hr: 10
MAC_UE_SC_Tput: 12193.01

hr: 10
CA Activation Rate num: 3258323
SIP_SC_Total_MOU: 254.7
Peak UE: 83

Time: 01:53:11
holiday: 0
CA DL DataVolRatio Pct: 82.75

Avg_Connected_UEs: 75.72
SIP DC%: 
UPTP_Mbps: 117.37
DLRLCLayerDataVolume MB: 4250.26
DRB UL Data Volume MB: 4589
PRB Util%: 66.73
CA DL DataVolRatio Pct den: 9978
weekend: 0
UPTP Mbps Num: 61135
CA Activation Rate: 32.65
hr: 11
MAC_UE_SC_Tput: 9453.83

hr: 11
UPTP Mbps Den: 3086
Setup_Fail_DEN: 10435
SIP_SC_Total_MOU: 39.41
Peak UE: 43
UL Throughput: 12.56
DL Data Vol MAC in MB: 10129.67

Time: 23:15:47
holiday: 0

Avg_Connected_UEs: 44.34
SIP DC%: 
UPTP_Mbps: 41.25
DLRLCLayerDataVolume MB: 6737.95
DRB UL Data Volume MB: 3024
RRC Setup Attempts: 7840
CA DL DataVolRatio Pct den: 9419
weekend: 0
UPTP Mbps Num: 40893
hr: 0
MAC_UE_SC_Tput: 13529.76
Bearer Releases: 13098

hr: 0
CA Activation Rate num: 4576339
Setup_Fail_DEN: 12941
SIP_SC_Total_MOU: 20.03
Peak UE: 27
DL Data Vol MAC in MB: 1109.21
CA Activation Rate den: 112471

Time: 19:46:14
holiday: 0

Avg_Connected_UEs: 72.26
SIP DC%: 
DLRLCLayerDataVolume MB: 8228.83
PRB Util%: 37.09
RRC Setup Attempts: 7448
CA Conf FailRate Pct den: 5736
weekend: 0
UPTP Mbps Num: 44554
hr: 5
MAC_UE_SC_Tput: 9259.67
Bearer Releases: 12996

hr: 5
CA Activation Rate num: 10161438
Setup_Fail_DEN: 9023
Peak UE: 27
MB_per_connected_UE: 26.55
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4036
CA Activation Rate den: 39971

Time: 17:23:37
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9740.92
DRB UL Data Volume MB: 2578
CA DL DataVolRatio Pct den: 8614
weekend: 1
UPTP Mbps Num: 9494
hr: 23
MAC_UE_SC_Tput: 6739.07

hr: 23
CA Activation Rate num: 616425
Peak UE: 27
MB_per_connected_UE: 103.02
PCT Time MIMO: 38.9
UL Throughput: 6.57
DL Data Vol MAC in MB: 570.98
CA Activation Rate den: 148477

Time: 00:22:09
holiday: 0
CA DL DataVolRatio Pct num: 628

DL MAC Vol Scell Pct: 52.22
SIP DC%: 
DLRLCLayerDataVolume MB: 1895.73
PRB Util%: 69.8
CA DL DataVolRatio Pct den: 9458
CA Conf FailRate Pct den: 8363
weekend: 1
hr: 15
MAC_UE_SC_Tput: 7132.96

hr: 15
CA Activation Rate num: 5353287
Setup_Fail_DEN: 13954
SIP_SC_Total_MOU: 333.06
Peak UE: 27
MB_per_connected_UE: 103.15
PCT Time MIMO: 48.78
DL Data Vol MAC in MB: 9679.9
CA Activation Rate den: 54289

Combined RACH Preambles: 4407
Time: 18:16:02
holiday: 0
CA DL DataVolRatio Pct num: 3917

SIP DC%: 
DLRLCLayerDataVolume MB: 1096.61
DRB UL Data Volume MB: 4240
PRB Util%: 7.78
weekend: 0
CA Activation Rate: 72.51
hr: 6
MAC_UE_SC_Tput: 9286.02

hr: 6
CA Activation Rate num: 1096807
UPTP Mbps Den: 2199
Peak UE: 42
MB_per_connected_UE: 112.64
DL Data Vol MAC in MB: 1740.07

Time: 07:52:45
holiday: 0

SIP DC%: 
UPTP_Mbps: 28.9
DLRLCLayerDataVolume MB: 4234.39
DRB UL Data Volume MB: 835
PRB Util%: 35.79
DL Packet Loss Pct: 3.21
weekend: 0
UPTP Mbps Num: 42711
hr: 0
Bearer Releases: 10044

hr: 0
CA Activation Rate num: 4559623
Setup_Fail_DEN: 18464
Peak UE: 27
MB_per_connected_UE: 171.97
CA Activation Rate den: 124841

Time: 21:52:49
holiday: 0
CA DL DataVolRatio Pct num: 5966

DL MAC Vol Scell Pct: 20.86
SIP DC%: 
DLRLCLayerDataVolume MB: 777.88
weekend: 0
hr: 14
MAC_UE_SC_Tput: 17003.79

hr: 14
Setup_Fail_DEN: 15740
SIP_SC_Total_MOU: 208.45
Peak UE: 47
MB_per_connected_UE: 131.23
PCT Time MIMO: 64.67
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8524

Time: 19:31:05
holiday: 0

Avg_Connected_UEs: 68.21
SIP DC%: 
CA DL DataVolRatio Pct den: 3228
CA Conf FailRate Pct den: 4515
weekend: 0
hr: 23
MAC_UE_SC_Tput: 16536.1

hr: 23
CA Activation Rate num: 2714790
Setup_Fail_DEN: 12597
SIP_SC_Total_MOU: 212.74
Peak UE: 38
MB_per_connected_UE: 162.46
CA Activation Rate den: 126252

Combined RACH Preambles: 4114
Time: 15:24:45
holiday: 0
CA DL DataVolRatio Pct: 65.69

SIP DC%: 
DRB UL Data Volume MB: 2908
weekend: 0
hr: 11
MAC_UE_SC_Tput: 22333.65

hr: 11
Setup_Fail_DEN: 18224
SIP_SC_Total_MOU: 289.03
Peak UE: 75
MB_per_connected_UE: 167.21
UL Throughput: 7.1
DL Data Vol MAC in MB: 7562.34
CA Activation Rate den: 173790

Time: 13:10:43
holiday: 0
CA DL DataVolRatio Pct: 53.63

Avg_Connected_UEs: 46.28
SIP DC%: 
DLRLCLayerDataVolume MB: 4065.34
DRB UL Data Volume MB: 7335
PRB Util%: 73.99
RRC Setup Attempts: 4578
CA DL DataVolRatio Pct den: 2434
weekend: 0
UPTP Mbps Num: 38051
CA Activation Rate: 33.74
hr: 13
MAC_UE_SC_Tput: 11064.93
Bearer Releases: 15422

hr: 13
CA Activation Rate num: 9587507
Peak UE: 27
MB_per_connected_UE: 67.97
DL Volume: 2896
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4795
DL Data Vol MAC in MB: 3165.58
CA Activation Rate den: 99754

Combined RACH Preambles: 1935
Time: 03:34:44
holiday: 0

SIP DC%: 
CA Conf FailRate Pct den: 8610
weekend: 0
CA Activation Rate: 7.53
hr: 19
MAC_UE_SC_Tput: 12002.99
Bearer Releases: 13296

hr: 19
CA Activation Rate num: 3373179
SIP_SC_Total_MOU: 143.35
Peak UE: 27
DL Data Vol MAC in MB: 9574.76

Combined RACH Preambles: 3647
Time: 08:23:06
holiday: 0
CA DL DataVolRatio Pct num: 3335

SIP DC%: 
UPTP_Mbps: 36.48
DLRLCLayerDataVolume MB: 2352.42
PRB Util%: 47.68
RRC Setup Attempts: 6358
CA DL DataVolRatio Pct den: 4642
CA Conf FailRate Pct den: 5017
weekend: 0
CA Activation Rate: 68.67
hr: 0
MAC_UE_SC_Tput: 13662.51
Bearer Releases: 11122

hr: 0
CA Activation Rate num: 2062641
Setup_Fail_DEN: 16604
Peak UE: 27
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5468
DL Data Vol MAC in MB: 2319.66
CA Activation Rate den: 71756

Time: 23:19:25
holiday: 0
CA DL DataVolRatio Pct: 66.85

SIP DC%: 
UPTP_Mbps: 39.08
DRB UL Data Volume MB: 8348
PRB Util%: 43.52
weekend: 0
UPTP Mbps Num: 16391
hr: 20
MAC_UE_SC_Tput: 9422.52

hr: 20
CA Activation Rate num: 8961236
SIP_SC_Total_MOU: 238.86
Peak UE: 27
MB_per_connected_UE: 160.69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8110

Time: 00:44:19
holiday: 0

SIP DC%: 
UPTP_Mbps: 26.59
DLRLCLayerDataVolume MB: 3520.8
DRB UL Data Volume MB: 4073
CA Conf FailRate Pct den: 2837
weekend: 0
UPTP Mbps Num: 44208
hr: 11
Bearer Releases: 8114

hr: 11
CA Activation Rate num: 2263226
UPTP Mbps Den: 5655
Setup_Fail_DEN: 10988
SIP_SC_Total_MOU: 25.02
Peak UE: 35
CA Activation Rate den: 94490

Time: 20:53:35
holiday: 0
CA DL DataVolRatio Pct num: 6580

SIP DC%: 
CA DL DataVolRatio Pct den: 6666
weekend: 0
hr: 12
MAC_UE_SC_Tput: 8231.17

hr: 12
CA Activation Rate num: 13335370
UPTP Mbps Den: 3012
Peak UE: 46
MB_per_connected_UE: 137.75
DL Data Vol MAC in MB: 239.96
CA Activation Rate den: 153242

Time: 18:07:54
holiday: 0
CA DL DataVolRatio Pct: 90.43
CA DL DataVolRatio Pct num: 6994

DL MAC Vol Scell Pct: 32.36
Avg_Connected_UEs: 36.39
SIP DC%: 
DLRLCLayerDataVolume MB: 3839.07
DRB UL Data Volume MB: 8610
weekend: 0
UPTP Mbps Num: 11385
hr: 23
MAC_UE_SC_Tput: 4634.26

hr: 23
CA Activation Rate num: 7514452
Peak UE: 27
DL Volume: 1581
DL Data Vol MAC in MB: 4923.85
CA Activation Rate den: 55065

Time: 18:38:53
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7498.38
CA Conf FailRate Pct den: 4086
weekend: 0
hr: 19
MAC_UE_SC_Tput: 7065.46

hr: 19
UPTP Mbps Den: 1493
Setup_Fail_DEN: 13455
Peak UE: 95
MB_per_connected_UE: 193.17
DL Volume: 154
CA Activation Rate den: 130456

Time: 23:41:57
holiday: 0
CA DL DataVolRatio Pct: 88.84

SIP DC%: 
DLRLCLayerDataVolume MB: 748.46
DRB UL Data Volume MB: 2224
weekend: 0
CA Activation Rate: 68.32
hr: 8
MAC_UE_SC_Tput: 8874.67
Bearer Releases: 10031

hr: 8
UPTP Mbps Den: 5925
Peak UE: 28
DL Data Vol MAC in MB: 8789.66
CA Activation Rate den: 190348
Combined RACH Preambles: 2173

Time: 13:22:44
holiday: 0

Avg_Connected_UEs: 26.97
SIP DC%: 
DLRLCLayerDataVolume MB: 7975.84
DRB UL Data Volume MB: 7556
weekend: 0
UPTP Mbps Num: 12670
hr: 0
MAC_UE_SC_Tput: 8763.01

hr: 0
CA Activation Rate num: 8169918
SIP_SC_Total_MOU: 66.51
Peak UE: 28
MB_per_connected_UE: 17.97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6737
DL Data Vol MAC in MB: 3194.89

holiday: 0
CA DL DataVolRatio Pct num: 4089

SIP DC%: 
DLRLCLayerDataVolume MB: 889.9
DRB UL Data Volume MB: 6795
CA DL DataVolRatio Pct den: 8644
weekend: 0
CA Activation Rate: 31.81
hr: 10
MAC_UE_SC_Tput: 15342.11

hr: 10
CA Activation Rate num: 647357
Setup_Fail_DEN: 12110
Peak UE: 98
MB_per_connected_UE: 197.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9121
DL Data Vol MAC in MB: 2843.25

Time: 12:51:24
holiday: 0

DL MAC Vol Scell Pct: 37.56
SIP DC%: 
UPTP_Mbps: 19.6
DLRLCLayerDataVolume MB: 2653.18
CA Conf FailRate Pct den: 4119
weekend: 0
UPTP Mbps Num: 6598
CA Activation Rate: 50.27
hr: 9
MAC_UE_SC_Tput: 6229.76

hr: 9
CA Activation Rate num: 12181469
Setup_Fail_DEN: 8121
Peak UE: 27
MB_per_connected_UE: 161
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7795
DL Data Vol MAC in MB: 8071.74
Time: 05:10:04

holiday: 0

Avg_Connected_UEs: 45.81
SIP DC%: 
DLRLCLayerDataVolume MB: 7336.23
DRB UL Data Volume MB: 3690
weekend: 0
hr: 2
MAC_UE_SC_Tput: 7642.92

hr: 2
CA Activation Rate num: 7287727
Setup_Fail_DEN: 11122
MB_per_connected_UE: 113.61
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4534
DL Data Vol MAC in MB: 9278.76
CA Activation Rate den: 36506

Time: 16:52:18
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1311.73
PRB Util%: 8.49
CA DL DataVolRatio Pct den: 6477
weekend: 0
UPTP Mbps Num: 46630
hr: 23
MAC_UE_SC_Tput: 20132.51

hr: 23
CA Activation Rate num: 10586362
Setup_Fail_DEN: 9021
SIP_SC_Total_MOU: 323.25
MB_per_connected_UE: 20.55

Time: 17:12:57
holiday: 0

SIP DC%: 
UPTP_Mbps: 24.35
DLRLCLayerDataVolume MB: 2923.57
weekend: 0
UPTP Mbps Num: 34115
hr: 3
MAC_UE_SC_Tput: 17396.95

hr: 3
Setup_Fail_DEN: 8144
SIP_SC_Total_MOU: 85.87
Peak UE: 40
CA Activation Rate den: 160544

Combined RACH Preambles: 3984
Time: 10:55:15
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7963.48
RRC Setup Attempts: 4616
weekend: 0
UPTP Mbps Num: 30559
CA Activation Rate: 47.58
hr: 16
Bearer Releases: 6921

hr: 16
CA Activation Rate num: 5068478
Setup_Fail_DEN: 10768
UL MAC Vol Scell Pct: 3.46
Peak UE: 27
MB_per_connected_UE: 142.86
DL Data Vol MAC in MB: 219.14

Time: 23:04:00
holiday: 0
CA DL DataVolRatio Pct num: 5730

SIP DC%: 
DLRLCLayerDataVolume MB: 8112.27
DRB UL Data Volume MB: 5721
CA DL DataVolRatio Pct den: 7639
weekend: 0
CA Activation Rate: 32.23
hr: 0
MAC_UE_SC_Tput: 5419.08

hr: 0
CA Activation Rate num: 6542300
UPTP Mbps Den: 3184
Setup_Fail_DEN: 17354
Peak UE: 27
MB_per_connected_UE: 183.94
DL Volume: 5558
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6545
DL Data Vol MAC in MB: 6705.93
CA Activation Rate den: 54163

Time: 12:02:38
holiday: 0
CA DL DataVolRatio Pct num: 6065

SIP DC%: 
DLRLCLayerDataVolume MB: 7199.45
weekend: 0
CA Activation Rate: 11.51
hr: 2

hr: 2
CA Activation Rate num: 11702064
Setup_Fail_DEN: 7277
Peak UE: 27
MB_per_connected_UE: 77.06
DL Volume: 2440
DL Data Vol MAC in MB: 1999.55

Time: 12:37:22
holiday: 0

Avg_Connected_UEs: 81.5
SIP DC%: 
DLRLCLayerDataVolume MB: 1817.28
DRB UL Data Volume MB: 5215
weekend: 0
UPTP Mbps Num: 30724
hr: 11
MAC_UE_SC_Tput: 23246.57

hr: 11
CA Activation Rate num: 13631143
UPTP Mbps Den: 1987
Setup_Fail_DEN: 19714
SIP_SC_Total_MOU: 147.94
Peak UE: 55
MB_per_connected_UE: 33.66
DL Volume: 207
CA Activation Rate den: 46579

Combined RACH Preambles: 2496
Time: 08:55:55
holiday: 0
CA DL DataVolRatio Pct num: 7110

DL MAC Vol Scell Pct: 46.79
Avg_Connected_UEs: 79.75
SIP DC%: 
UPTP_Mbps: 96.72
DLRLCLayerDataVolume MB: 6539.76
DRB UL Data Volume MB: 6909
CA DL DataVolRatio Pct den: 1816
weekend: 1
hr: 23
MAC_UE_SC_Tput: 17975.45

hr: 23
CA Activation Rate num: 10004420
Setup_Fail_DEN: 12886
Peak UE: 38
DL Volume: 3352
CA Activation Rate den: 64739

Combined RACH Preambles: 3055
Time: 14:45:10
holiday: 0

DL MAC Vol Scell Pct: 18.28
SIP DC%: 
UPTP_Mbps: 33.07
DLRLCLayerDataVolume MB: 547.61
DRB UL Data Volume MB: 6231
PRB Util%: 73.4
RRC Setup Attempts: 5657
weekend: 0
CA Activation Rate: 53.71
hr: 8

hr: 8
CA Activation Rate num: 6724687
UPTP Mbps Den: 5875
Setup_Fail_DEN: 13608
SIP_SC_Total_MOU: 222.1
Peak UE: 79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7620
DL Data Vol MAC in MB: 1663.79
Time: 02:37:32

holiday: 0
CA DL DataVolRatio Pct num: 6836

Avg_Connected_UEs: 74.95
SIP DC%: 
DLRLCLayerDataVolume MB: 7899.9
CA DL DataVolRatio Pct den: 8659
weekend: 0
CA Activation Rate: 20.95
hr: 12
MAC_UE_SC_Tput: 11612.7
Bearer Releases: 11329

hr: 12
CA Activation Rate num: 4362302
UPTP Mbps Den: 816
SIP_SC_Total_MOU: 425.04
Peak UE: 50
MB_per_connected_UE: 49.01
DL Data Vol MAC in MB: 5373.1

Combined RACH Preambles: 3779
Time: 19:10:22
holiday: 0

SIP DC%: 
UPTP_Mbps: 35.27
weekend: 0
CA Activation Rate: 58.06
hr: 0

hr: 0
CA Activation Rate num: 527162
Setup_Fail_DEN: 9115
MB_per_connected_UE: 12.88
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3957
CA Activation Rate den: 77173

Combined RACH Preambles: 2973
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9788.17
DRB UL Data Volume MB: 2921
RRC Setup Attempts: 5442
weekend: 0
UPTP Mbps Num: 3847
CA Activation Rate: 71.36
hr: 23
Bearer Releases: 15852

hr: 23
CA Activation Rate num: 10780969
SIP_SC_Total_MOU: 155.49
DL Data Vol MAC in MB: 3996.48
CA Activation Rate den: 39267

Time: 00:28:58
holiday: 0
CA DL DataVolRatio Pct: 57.99

SIP DC%: 
UPTP_Mbps: 38.57
DLRLCLayerDataVolume MB: 4410.09
RRC Setup Attempts: 5193
weekend: 0
hr: 10
MAC_UE_SC_Tput: 26684.12
Bearer Releases: 17608

hr: 10
CA Activation Rate num: 9896551
Peak UE: 27
MB_per_connected_UE: 68.63
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8676
CA Activation Rate den: 63769

Time: 21:08:04
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3066.59
weekend: 0
hr: 23
MAC_UE_SC_Tput: 12620.99

hr: 23
CA Activation Rate num: 5867934
Peak UE: 56

holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 3418
RRC Setup Attempts: 5617
CA Conf FailRate Pct den: 8374
weekend: 0
UPTP Mbps Num: 31207
CA Activation Rate: 39.16
hr: 2
Bearer Releases: 18297

hr: 2
CA Activation Rate num: 2391758
Peak UE: 27
MB_per_connected_UE: 54.39
PCT Time MIMO: 33.85
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8619
DL Data Vol MAC in MB: 971.59

Time: 22:14:12
holiday: 0
CA DL DataVolRatio Pct num: 1409

SIP DC%: 
UPTP_Mbps: 54.52
DLRLCLayerDataVolume MB: 1204.9
DRB UL Data Volume MB: 9874
PRB Util%: 53.73
weekend: 1
hr: 0
MAC_UE_SC_Tput: 12440.61

hr: 0
CA Activation Rate num: 10778943
UPTP Mbps Den: 1526
Setup_Fail_DEN: 12215
Peak UE: 64
MB_per_connected_UE: 167.66
DL Data Vol MAC in MB: 5913.29

Time: 09:01:53
holiday: 0
CA DL DataVolRatio Pct: 79.93
CA DL DataVolRatio Pct num: 7323

SIP DC%: 
DLRLCLayerDataVolume MB: 2912.96
PRB Util%: 71.08
weekend: 0
UPTP Mbps Num: 39002
hr: 11
MAC_UE_SC_Tput: 5656.52
Bearer Releases: 13804

hr: 11
CA Activation Rate num: 1732391
Setup_Fail_DEN: 12730
SIP_SC_Total_MOU: 412.15
Peak UE: 55
MB_per_connected_UE: 161.86
PCT Time MIMO: 60.43
DL Data Vol MAC in MB: 3418.3

Time: 03:31:44
holiday: 0
CA DL DataVolRatio Pct: 76.39

SIP DC%: 
DRB UL Data Volume MB: 3247
PRB Util%: 71
weekend: 0
CA Activation Rate: 39.53
hr: 4
MAC_UE_SC_Tput: 10637.24

hr: 4
Setup_Fail_DEN: 13500
SIP_SC_Total_MOU: 98.57
Peak UE: 27
MB_per_connected_UE: 59.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6584
Time: 02:34:29

holiday: 0
CA DL DataVolRatio Pct num: 4506

SIP DC%: 
UPTP_Mbps: 8.42
DLRLCLayerDataVolume MB: 9172.58
PRB Util%: 15.46
RRC Setup Attempts: 5849
weekend: 0
UPTP Mbps Num: 20157
hr: 17
MAC_UE_SC_Tput: 7956.46
Bearer Releases: 14846

hr: 17
UPTP Mbps Den: 748
Setup_Fail_DEN: 19812
Peak UE: 62
MB_per_connected_UE: 173.71
DL Data Vol MAC in MB: 7342.82
CA Activation Rate den: 72368

Time: 06:52:04
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 743.79
PRB Util%: 59.42
weekend: 0
UPTP Mbps Num: 44685
CA Activation Rate: 49.56
hr: 23
MAC_UE_SC_Tput: 10936.93

hr: 23
CA Activation Rate num: 9201005
Setup_Fail_DEN: 8291
SIP_SC_Total_MOU: 127.35
Peak UE: 31
MB_per_connected_UE: 81.82
DL Data Vol MAC in MB: 6410.33
CA Activation Rate den: 104971

Time: 19:10:57
holiday: 0
CA DL DataVolRatio Pct num: 1877

Avg_Connected_UEs: 42.24
SIP DC%: 
UPTP_Mbps: 110.9
DLRLCLayerDataVolume MB: 424.37
PRB Util%: 59.77
weekend: 0
hr: 17

hr: 17
CA Activation Rate num: 299213
SIP_SC_Total_MOU: 210.36
MB_per_connected_UE: 205.64
CA Activation Rate den: 134266
Time: 09:20:58

holiday: 0
CA DL DataVolRatio Pct: 91.43

DL MAC Vol Scell Pct: 54.45
SIP DC%: 
DLRLCLayerDataVolume MB: 9885.4
CA Conf FailRate Pct den: 6081
weekend: 0
UPTP Mbps Num: 14705
hr: 5
MAC_UE_SC_Tput: 6866.59

hr: 5
CA Activation Rate num: 2150199
Peak UE: 27
MB_per_connected_UE: 44.63
CA Activation Rate den: 74051

Time: 11:45:09
holiday: 0
CA DL DataVolRatio Pct num: 1641

DL MAC Vol Scell Pct: 41.24
SIP DC%: 
DLRLCLayerDataVolume MB: 8140.34
CA DL DataVolRatio Pct den: 7672
weekend: 1
UPTP Mbps Num: 12941
hr: 21
MAC_UE_SC_Tput: 5326.27
Bearer Releases: 8145

hr: 21
CA Activation Rate num: 8546971
Setup_Fail_DEN: 8723
SIP_SC_Total_MOU: 57.08
Peak UE: 27
PCT Time MIMO: 49.82
DL Volume: 1512
CA Activation Rate den: 89997

Time: 12:10:39
holiday: 0

SIP DC%: 
RRC Setup Attempts: 4949
CA DL DataVolRatio Pct den: 6405
weekend: 0
hr: 9
MAC_UE_SC_Tput: 9515.87
Bearer Releases: 17413

hr: 9
CA Activation Rate num: 10117538
Setup_Fail_DEN: 13433
SIP_SC_Total_MOU: 8.98
Peak UE: 38
MB_per_connected_UE: 183.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5169
CA Activation Rate den: 58391

Time: 18:01:16
holiday: 0
CA DL DataVolRatio Pct: 61.1

Avg_Connected_UEs: 68.66
SIP DC%: 
UPTP_Mbps: 109.35
DLRLCLayerDataVolume MB: 7049.26
RRC Setup Attempts: 9568
weekend: 0
UPTP Mbps Num: 55850
hr: 12
MAC_UE_SC_Tput: 18379.38
Bearer Releases: 15842

hr: 12
CA Activation Rate num: 9119093
UPTP Mbps Den: 1957
Setup_Fail_DEN: 10921
SIP_SC_Total_MOU: 2.72
Peak UE: 27
DL Volume: 6938
DL Data Vol MAC in MB: 2917.59

Time: 15:31:34
holiday: 0

Avg_Connected_UEs: 58.49
SIP DC%: 
DLRLCLayerDataVolume MB: 3216.74
DRB UL Data Volume MB: 6923
PRB Util%: 47.54
RRC Setup Attempts: 8630
CA DL DataVolRatio Pct den: 3660
weekend: 0
CA Activation Rate: 11.11
hr: 14
MAC_UE_SC_Tput: 5165.88

hr: 14
CA Activation Rate num: 5373300
Peak UE: 27
MB_per_connected_UE: 111.09
PCT Time MIMO: 37.17
DL Volume: 6219

Time: 15:35:35
holiday: 0
CA DL DataVolRatio Pct: 59.35

SIP DC%: 
UPTP_Mbps: 36.29
DRB UL Data Volume MB: 9754
RRC Setup Attempts: 6986
CA DL DataVolRatio Pct den: 1890
weekend: 0
hr: 0
MAC_UE_SC_Tput: 17175.6

hr: 0
CA Activation Rate num: 10282458
Peak UE: 40
MB_per_connected_UE: 26.49
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5278
DL Data Vol MAC in MB: 7417.04

Time: 18:46:28
holiday: 0
RRC Setup Failure% 5G: 0.23

Avg_Connected_UEs: 57.78
SIP DC%: 
DLRLCLayerDataVolume MB: 8688.5
DRB UL Data Volume MB: 6398
RRC Setup Attempts: 4899
weekend: 0
hr: 8

hr: 8
CA Activation Rate num: 3638306
Setup_Fail_DEN: 7852
Peak UE: 44
MB_per_connected_UE: 118.47
DL Data Vol MAC in MB: 1276.47
CA Activation Rate den: 159282

Time: 05:45:50
holiday: 0
CA DL DataVolRatio Pct num: 5553

DL MAC Vol Scell Pct: 10.33
SIP DC%: 
UPTP_Mbps: 20.01
DLRLCLayerDataVolume MB: 8607.19
PRB Util%: 11.02
RRC Setup Attempts: 5531
weekend: 0
CA Activation Rate: 15.09
hr: 21
MAC_UE_SC_Tput: 7699.17

hr: 21
CA Activation Rate num: 8201395
SIP_SC_Total_MOU: 34.09
Peak UE: 27
MB_per_connected_UE: 204.57
PCT Time MIMO: 62.8
DL Data Vol MAC in MB: 2252.77

Time: 07:20:18
holiday: 0
CA DL DataVolRatio Pct: 79.6

SIP DC%: 
DLRLCLayerDataVolume MB: 9232.19
DRB UL Data Volume MB: 5671
CA Conf FailRate Pct den: 8723
weekend: 0
UPTP Mbps Num: 11086
CA Activation Rate: 11.98
hr: 12
MAC_UE_SC_Tput: 18165.07

hr: 12
CA Activation Rate num: 2896706
Setup_Fail_DEN: 12507
SIP_SC_Total_MOU: 269.58
Peak UE: 33
PCT Time MIMO: 67.79

Time: 18:34:52
holiday: 0
CA DL DataVolRatio Pct: 75.2

SIP DC%: 
UPTP_Mbps: 19.41
DLRLCLayerDataVolume MB: 423.2
RRC Setup Attempts: 4203
weekend: 0
hr: 23
MAC_UE_SC_Tput: 19550.6

hr: 23
CA Activation Rate num: 8567450
Peak UE: 70
MB_per_connected_UE: 89.79
DL Volume: 5187
CA Activation Rate den: 189120

Time: 13:23:46
holiday: 0
CA DL DataVolRatio Pct num: 2406

Avg_Connected_UEs: 62.2
SIP DC%: 
DRB UL Data Volume MB: 4671
RRC Setup Attempts: 3553
CA DL DataVolRatio Pct den: 6961
weekend: 1
hr: 0
MAC_UE_SC_Tput: 13427.08

hr: 0
CA Activation Rate num: 978130
SIP_SC_Total_MOU: 26.51
Peak UE: 27
MB_per_connected_UE: 121.28
DL Volume: 1486
DL Data Vol MAC in MB: 2700.95

Time: 06:53:49
holiday: 0

SIP DC%: 
UPTP_Mbps: 19.04
DLRLCLayerDataVolume MB: 2166.11
PRB Util%: 56.09
CA DL DataVolRatio Pct den: 7429
weekend: 0
UPTP Mbps Num: 29661
CA Activation Rate: 11.06
hr: 7
MAC_UE_SC_Tput: 5132.71
Bearer Releases: 6242

hr: 7
CA Activation Rate num: 1994962
SIP_SC_Total_MOU: 98.4
Peak UE: 27
MB_per_connected_UE: 55.61
DL Data Vol MAC in MB: 9443.49

Time: 01:44:50
holiday: 0
CA DL DataVolRatio Pct: 53.66
CA DL DataVolRatio Pct num: 7422

Avg_Connected_UEs: 68.37
SIP DC%: 
DRB UL Data Volume MB: 8010
PRB Util%: 71.37
weekend: 0
UPTP Mbps Num: 27564
hr: 23
MAC_UE_SC_Tput: 11496.57
Bearer Releases: 13824

hr: 23
CA Activation Rate num: 661582
MB_per_connected_UE: 135.83
DL Data Vol MAC in MB: 7526.1
CA Activation Rate den: 171193

Combined RACH Preambles: 2397
Time: 18:05:01
holiday: 0

Avg_Connected_UEs: 56
SIP DC%: 
UPTP_Mbps: 133.46
PRB Util%: 20.23
CA Conf FailRate Pct den: 2785
weekend: 0
CA Activation Rate: 3.6
hr: 20
MAC_UE_SC_Tput: 8825.57
Bearer Releases: 16261

hr: 20
CA Activation Rate num: 8969982
SIP_SC_Total_MOU: 8.74
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4957

Time: 10:52:08
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2819.24
DRB UL Data Volume MB: 9018
CA DL DataVolRatio Pct den: 9127
weekend: 0
hr: 0
MAC_UE_SC_Tput: 15333.55

hr: 0
CA Activation Rate num: 9261021
UPTP Mbps Den: 663
Setup_Fail_DEN: 7821
SIP_SC_Total_MOU: 28.05
Peak UE: 28
VOLTE IA%: 
MB_per_connected_UE: 82.78
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4968
DL Data Vol MAC in MB: 9847.08

Time: 18:29:05
holiday: 0
CA DL DataVolRatio Pct num: 6041

DL MAC Vol Scell Pct: 31.21
SIP DC%: 
PRB Util%: 39.69
CA DL DataVolRatio Pct den: 9658
weekend: 0
CA Activation Rate: 1.87
hr: 15
MAC_UE_SC_Tput: 7069.74
Bearer Releases: 8576

hr: 15
CA Activation Rate num: 6022214
SIP_SC_Total_MOU: 31.69
Peak UE: 66
DL Volume: 907
CA Activation Rate den: 122161

Time: 03:46:47
holiday: 0
CA DL DataVolRatio Pct num: 4036
HO Attempts: 87

Avg_Connected_UEs: 42.74
SIP DC%: 
DLRLCLayerDataVolume MB: 8030.41
PRB Util%: 25.82
weekend: 0
CA Activation Rate: 51.49
hr: 16
MAC_UE_SC_Tput: 5127.63

hr: 16
CA Activation Rate num: 9686407
Setup_Fail_DEN: 8763
Peak UE: 52
MB_per_connected_UE: 87.07
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3610
CA Activation Rate den: 136811

holiday: 0
CA DL DataVolRatio Pct num: 2671

Avg_Connected_UEs: 66.96
SIP DC%: 
UPTP_Mbps: 13.98
DLRLCLayerDataVolume MB: 6922.73
CA Conf FailRate Pct den: 6821
weekend: 0
hr: 2
MAC_UE_SC_Tput: 19202.53

hr: 2
UPTP Mbps Den: 457
Setup_Fail_DEN: 10178
SIP_SC_Total_MOU: 19.01
Peak UE: 27
MB_per_connected_UE: 35.34
CA Activation Rate den: 68923

Time: 13:02:08
holiday: 0

Avg_Connected_UEs: 35.28
SIP DC%: 
UPTP_Mbps: 28.14
DLRLCLayerDataVolume MB: 7553.54
PRB Util%: 68.09
weekend: 0
hr: 13
MAC_UE_SC_Tput: 8461.48

hr: 13
CA Activation Rate num: 10779980
UPTP Mbps Den: 5202
Setup_Fail_DEN: 13485
Peak UE: 27
MB_per_connected_UE: 38.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6967
DL Data Vol MAC in MB: 9997.44

Time: 18:40:37
holiday: 0
CA DL DataVolRatio Pct: 66.59

Avg_Connected_UEs: 30.04
SIP DC%: 
DLRLCLayerDataVolume MB: 1620.33
DRB UL Data Volume MB: 2446
PRB Util%: 55.77
CA DL DataVolRatio Pct den: 5187
CA Conf FailRate Pct den: 4099
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5498.47
Bearer Releases: 10346

hr: 23
CA Activation Rate num: 5760075
UPTP Mbps Den: 1289
Setup_Fail_DEN: 16314
SIP_SC_Total_MOU: 315.58
Peak UE: 70
MB_per_connected_UE: 13.37
PCT Time MIMO: 64.83
DL Volume: 5253
DL Data Vol MAC in MB: 3631.01
CA Activation Rate den: 104047

Time: 08:59:51
holiday: 0
CA DL DataVolRatio Pct: 67.51

SIP DC%: 
UPTP_Mbps: 11.52
DLRLCLayerDataVolume MB: 201.83
CA Conf FailRate Pct den: 3324
weekend: 0
hr: 2
MAC_UE_SC_Tput: 4453.84

hr: 2
CA Activation Rate num: 460373
Setup_Fail_DEN: 10570
SIP_SC_Total_MOU: 103.47
Peak UE: 73
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7276
DL Data Vol MAC in MB: 8582.87
CA Activation Rate den: 138604
Time: 16:56:07

holiday: 0
CA DL DataVolRatio Pct num: 5196

Avg_Connected_UEs: 50.07
SIP DC%: 
UPTP_Mbps: 29.91
DLRLCLayerDataVolume MB: 2863.82
weekend: 0
CA Activation Rate: 39.67
hr: 20
MAC_UE_SC_Tput: 7990.06
Bearer Releases: 10901

hr: 20
CA Activation Rate num: 9748020
Setup_Fail_DEN: 14683
SIP_SC_Total_MOU: 32.02
MB_per_connected_UE: 149.28
DL Volume: 376
DL Data Vol MAC in MB: 6052.9
CA Activation Rate den: 82351

Time: 03:57:00
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1049.31
PRB Util%: 33.78
weekend: 1
UPTP Mbps Num: 3567
hr: 19
MAC_UE_SC_Tput: 5006.21
Bearer Releases: 15473

hr: 19
CA Activation Rate num: 5053775
Setup_Fail_DEN: 9277
SIP_SC_Total_MOU: 235.53
Peak UE: 27
DL Data Vol MAC in MB: 5556.73
CA Activation Rate den: 48084

Time: 18:30:31
holiday: 0
CA DL DataVolRatio Pct num: 2670

SIP DC%: 
DLRLCLayerDataVolume MB: 5105.51
weekend: 0
UPTP Mbps Num: 4291
hr: 20
MAC_UE_SC_Tput: 15300.91

hr: 20
CA Activation Rate num: 8684658
Setup_Fail_DEN: 19851
Peak UE: 27
MB_per_connected_UE: 79.51
DL Data Vol MAC in MB: 440.15
CA Activation Rate den: 93984

Time: 19:29:53
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6306.07
DRB UL Data Volume MB: 587
weekend: 0
CA Activation Rate: 20.02
hr: 6
MAC_UE_SC_Tput: 26313.9

hr: 6
CA Activation Rate num: 5422168
Setup_Fail_DEN: 11498
Peak UE: 36
MB_per_connected_UE: 89.48
DL Volume: 7652
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6307
CA Activation Rate den: 144236
Time: 04:25:47

holiday: 0
CA DL DataVolRatio Pct num: 4392

SIP DC%: 
DLRLCLayerDataVolume MB: 7670.17
PRB Util%: 63.95
CA DL DataVolRatio Pct den: 6707
weekend: 0
hr: 8
MAC_UE_SC_Tput: 14686.43
Bearer Releases: 8686

hr: 8
CA Activation Rate num: 7200166
UPTP Mbps Den: 1621
Setup_Fail_DEN: 11211
Peak UE: 62
DL Volume: 4994
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5736
DL Data Vol MAC in MB: 4867.6
CA Activation Rate den: 39607

Time: 06:23:52
holiday: 0
CA DL DataVolRatio Pct num: 6688

SIP DC%: 
UPTP_Mbps: 31.32
DLRLCLayerDataVolume MB: 4476.26
weekend: 0
UPTP Mbps Num: 15092
CA Activation Rate: 37.18
hr: 23
MAC_UE_SC_Tput: 12057.47

hr: 23
CA Activation Rate num: 5136784
Setup_Fail_DEN: 13941
SIP_SC_Total_MOU: 229.46
Peak UE: 45
MB_per_connected_UE: 196.81
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3512
DL Data Vol MAC in MB: 3259.58
CA Activation Rate den: 125833

Time: 20:31:13
holiday: 0

Avg_Connected_UEs: 16.57
SIP DC%: 
DRB UL Data Volume MB: 7480
PRB Util%: 39.66
CA DL DataVolRatio Pct den: 1431
weekend: 0
CA Activation Rate: 73.19
hr: 8
MAC_UE_SC_Tput: 6839.47

hr: 8
CA Activation Rate num: 1556141
SIP_SC_Total_MOU: 95.78
MB_per_connected_UE: 118.61
PCT Time MIMO: 41.53
CA Activation Rate den: 192503

Time: 23:30:29
holiday: 0
CA DL DataVolRatio Pct num: 1805

SIP DC%: 
DLRLCLayerDataVolume MB: 3061.64
CA DL DataVolRatio Pct den: 3631
weekend: 0
hr: 10
MAC_UE_SC_Tput: 7576.02
Bearer Releases: 14638

hr: 10
CA Activation Rate num: 9196934
Setup_Fail_DEN: 7694
SIP_SC_Total_MOU: 126.37
Peak UE: 27
MB_per_connected_UE: 112.94
CA Activation Rate den: 174462

Time: 21:10:49
holiday: 0

SIP DC%: 
UPTP_Mbps: 90.7
DLRLCLayerDataVolume MB: 9350.78
DRB UL Data Volume MB: 8053
PRB Util%: 31.96
CA DL DataVolRatio Pct den: 6011
CA Conf FailRate Pct den: 9131
weekend: 1
CA Activation Rate: 35.77
hr: 12
MAC_UE_SC_Tput: 11425.49

hr: 12
CA Activation Rate num: 1384895
Peak UE: 72
MB_per_connected_UE: 76.47
DL Volume: 2368
DL Data Vol MAC in MB: 5839.04

holiday: 0

SIP DC%: 
UPTP_Mbps: 103.79
DRB UL Data Volume MB: 5647
PRB Util%: 34.02
CA Conf FailRate Pct den: 3524
weekend: 0
UPTP Mbps Num: 11558
CA Activation Rate: 43.43
hr: 16
MAC_UE_SC_Tput: 19911.77

hr: 16
CA Activation Rate num: 4186394
Setup_Fail_DEN: 15363
SIP_SC_Total_MOU: 304.57
Peak UE: 47
MB_per_connected_UE: 117.04
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3221
DL Data Vol MAC in MB: 6943.3
CA Activation Rate den: 171491

Combined RACH Preambles: 3422
Time: 23:29:55
holiday: 0
CA DL DataVolRatio Pct num: 4357

SIP DC%: 
DLRLCLayerDataVolume MB: 471.72
CA DL DataVolRatio Pct den: 6609
weekend: 0
UPTP Mbps Num: 20009
hr: 4
MAC_UE_SC_Tput: 21460.17

hr: 4
CA Activation Rate num: 8389133
Peak UE: 40
MB_per_connected_UE: 56.01
PCT Time MIMO: 53.44
DL Data Vol MAC in MB: 5172.26

Time: 03:32:02
holiday: 0
CA DL DataVolRatio Pct: 82.99
CA DL DataVolRatio Pct num: 6956

DL MAC Vol Scell Pct: 16.99
Avg_Connected_UEs: 67.12
SIP DC%: 
weekend: 1
hr: 17
MAC_UE_SC_Tput: 11399.93
Bearer Releases: 10923

hr: 17
CA Activation Rate num: 8584458
Setup_Fail_DEN: 14885
SIP_SC_Total_MOU: 99.5
Peak UE: 53
PCT Time MIMO: 68.25
CA Activation Rate den: 40568

Time: 09:57:22
holiday: 0
CA DL DataVolRatio Pct num: 1678

DL MAC Vol Scell Pct: 39.04
SIP DC%: 
UPTP_Mbps: 118.4
DRB UL Data Volume MB: 8097
PRB Util%: 29.26
RRC Setup Attempts: 5581
weekend: 0
UPTP Mbps Num: 25589
hr: 21
MAC_UE_SC_Tput: 8175.98

hr: 21
CA Activation Rate num: 5128371
Setup_Fail_DEN: 14255
SIP_SC_Total_MOU: 3.67
Peak UE: 64
MB_per_connected_UE: 124.76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7288
DL Data Vol MAC in MB: 5238.18

Time: 19:29:25
holiday: 0
CA DL DataVolRatio Pct num: 7037

SIP DC%: 
DLRLCLayerDataVolume MB: 6785.75
DRB UL Data Volume MB: 1163
PRB Util%: 62.06
RRC Setup Attempts: 7369
CA DL DataVolRatio Pct den: 7766
weekend: 0
UPTP Mbps Num: 6354
CA Activation Rate: 65.14
hr: 0
MAC_UE_SC_Tput: 9527.05
Bearer Releases: 10123

hr: 0
CA Activation Rate num: 9781915
Peak UE: 27
DL Volume: 5395
DL Data Vol MAC in MB: 10030.17
CA Activation Rate den: 79965

Time: 18:36:05
holiday: 0
CA DL DataVolRatio Pct: 76.58
CA DL DataVolRatio Pct num: 5317

DL MAC Vol Scell Pct: 44.16
SIP DC%: 
UPTP_Mbps: 20.86
CA DL DataVolRatio Pct den: 1868
CA Conf FailRate Pct den: 8150
weekend: 0
CA Activation Rate: 75.58
hr: 2
MAC_UE_SC_Tput: 6654.58
Bearer Releases: 10205

hr: 2
CA Activation Rate num: 389664
SIP_SC_Total_MOU: 45.25
Peak UE: 78
MB_per_connected_UE: 80.33
PCT Time MIMO: 38.2
DL Data Vol MAC in MB: 8447.52
CA Activation Rate den: 46538

Time: 05:52:55
holiday: 0
CA DL DataVolRatio Pct: 43.89

SIP DC%: 
UPTP_Mbps: 27.49
DLRLCLayerDataVolume MB: 8215.72
PRB Util%: 43.26
CA DL DataVolRatio Pct den: 8335
CA Conf FailRate Pct den: 9549
weekend: 0
UPTP Mbps Num: 49831
hr: 0
MAC_UE_SC_Tput: 4789.41

hr: 0
CA Activation Rate num: 8348836
SIP_SC_Total_MOU: 208.29
Peak UE: 51
MB_per_connected_UE: 161.14
DL Volume: 1133
DL Data Vol MAC in MB: 829.58
CA Activation Rate den: 105067

Time: 01:53:14
holiday: 0
CA DL DataVolRatio Pct: 62.16
CA DL DataVolRatio Pct num: 5029

SIP DC%: 
DLRLCLayerDataVolume MB: 6042
CA DL DataVolRatio Pct den: 4135
weekend: 1
hr: 6
MAC_UE_SC_Tput: 15277.51

hr: 6
CA Activation Rate num: 4032633
Peak UE: 61
Combined RACH Preambles: 3494

Time: 18:32:42
holiday: 0
CA DL DataVolRatio Pct num: 5802

SIP DC%: 
UPTP_Mbps: 7.57
DLRLCLayerDataVolume MB: 1709.73
DRB UL Data Volume MB: 7809
CA Conf FailRate Pct den: 4720
weekend: 0
CA Activation Rate: 15.32
hr: 12
MAC_UE_SC_Tput: 13019.05
Bearer Releases: 9193

hr: 12
CA Activation Rate num: 4267463
Setup_Fail_DEN: 14095
Peak UE: 34
VOLTE IA%: 
DL Volume: 3661
DL Data Vol MAC in MB: 9175.95
CA Activation Rate den: 91505
Combined RACH Preambles: 3936

Time: 18:30:32
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3372.96
DRB UL Data Volume MB: 3101
CA Conf FailRate Pct den: 6912
weekend: 0
UPTP Mbps Num: 37359
CA Activation Rate: 5.04
hr: 20
MAC_UE_SC_Tput: 4359.4
Bearer Releases: 7726

hr: 20
CA Activation Rate num: 6236737
Setup_Fail_DEN: 9325
SIP_SC_Total_MOU: 61.51
Peak UE: 27
MB_per_connected_UE: 62.56
PCT Time MIMO: 42.96
DL Volume: 5323
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6007
DL Data Vol MAC in MB: 7286.46
CA Activation Rate den: 79662

Time: 00:37:35
holiday: 0

Avg_Connected_UEs: 55.88
SIP DC%: 
DLRLCLayerDataVolume MB: 7924.6
RRC Setup Attempts: 4889
weekend: 0
hr: 18
MAC_UE_SC_Tput: 9282.45

hr: 18
Avg CQI: 10
SIP_SC_Total_MOU: 136.77
Peak UE: 76
PCT Time MIMO: 55.58
DL Volume: 943
DL Data Vol MAC in MB: 10116.19

holiday: 0
CA DL DataVolRatio Pct: 50.38

DL MAC Vol Scell Pct: 48.28
SIP DC%: 
DLRLCLayerDataVolume MB: 8327.48
DRB UL Data Volume MB: 7875
CA DL DataVolRatio Pct den: 7793
weekend: 0
CA Activation Rate: 7.4
hr: 23
Bearer Releases: 9572

hr: 23
CA Activation Rate num: 11013466
UPTP Mbps Den: 145
Setup_Fail_DEN: 8393
MB_per_connected_UE: 169.07
PCT Time MIMO: 45.32
DL Volume: 6479
DL Data Vol MAC in MB: 8438.75
CA Activation Rate den: 186156

Time: 21:44:20
holiday: 0
CA DL DataVolRatio Pct: 68.51

Avg_Connected_UEs: 51.44
SIP DC%: 
DLRLCLayerDataVolume MB: 7724.4
CA DL DataVolRatio Pct den: 7656
CA Conf FailRate Pct den: 8179
weekend: 0
hr: 9
MAC_UE_SC_Tput: 8619.15

hr: 9
CA Activation Rate num: 4664997
Setup_Fail_DEN: 10270
SIP_SC_Total_MOU: 1.85
Peak UE: 27
DL Data Vol MAC in MB: 7842.67
CA Activation Rate den: 79522

Time: 19:25:24
holiday: 0

DL MAC Vol Scell Pct: 50.5
SIP DC%: 
DLRLCLayerDataVolume MB: 5797.53
DRB UL Data Volume MB: 4686
CA Conf FailRate Pct den: 9318
weekend: 1
UPTP Mbps Num: 34858
hr: 3
MAC_UE_SC_Tput: 5582.25

hr: 3
SIP_SC_Total_MOU: 25.63
Peak UE: 27
MB_per_connected_UE: 75.12
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8798
DL Data Vol MAC in MB: 5872.97

Time: 04:08:45
holiday: 0
CA DL DataVolRatio Pct: 89.87

SIP DC%: 
UPTP_Mbps: 58.78
DRB UL Data Volume MB: 6402
PRB Util%: 68.22
weekend: 0
hr: 20
MAC_UE_SC_Tput: 14335.11

hr: 20
CA Activation Rate num: 5793480
Setup_Fail_DEN: 12984
Peak UE: 28
DL Data Vol MAC in MB: 7240.22

Time: 00:27:39
holiday: 0

Avg_Connected_UEs: 76.18
SIP DC%: 
DLRLCLayerDataVolume MB: 5380.04
CA DL DataVolRatio Pct den: 9447
CA Conf FailRate Pct den: 2558
weekend: 0
UPTP Mbps Num: 56026
hr: 11
MAC_UE_SC_Tput: 11938.92

hr: 11
CA Activation Rate num: 6545928
UPTP Mbps Den: 2652
Peak UE: 41
MB_per_connected_UE: 169.7
DL Volume: 5335
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6232
DL Data Vol MAC in MB: 958.5
Combined RACH Preambles: 2267

Time: 07:36:29
holiday: 0

DL MAC Vol Scell Pct: 40.23
SIP DC%: 
DLRLCLayerDataVolume MB: 3338.25
DRB UL Data Volume MB: 1080
PRB Util%: 18.7
weekend: 0
hr: 2
MAC_UE_SC_Tput: 6288.63

hr: 2
CA Activation Rate num: 4527707
SIP_SC_Total_MOU: 107.34
Peak UE: 27
PCT Time MIMO: 33.84
DL Volume: 9094
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4685
DL Data Vol MAC in MB: 5284.21
CA Activation Rate den: 157900

Time: 22:55:41
holiday: 0

Avg_Connected_UEs: 29.27
SIP DC%: 
DLRLCLayerDataVolume MB: 6920.44
CA DL DataVolRatio Pct den: 9612
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8080.61

hr: 23
CA Activation Rate num: 10663538
Setup_Fail_DEN: 12136
Peak UE: 37
PCT Time MIMO: 62.09
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5730

Time: 20:28:55
holiday: 0
CA DL DataVolRatio Pct: 61.19

SIP DC%: 
UPTP_Mbps: 59.51
DRB UL Data Volume MB: 974
weekend: 0
UPTP Mbps Num: 58314
hr: 7
MAC_UE_SC_Tput: 6735.84

hr: 7
CA Activation Rate num: 1658032
Setup_Fail_DEN: 15364
SIP_SC_Total_MOU: 313.39
Peak UE: 27
MB_per_connected_UE: 91.78
DL Data Vol MAC in MB: 3378.11
CA Activation Rate den: 88483

Time: 10:59:20
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9385.37
CA DL DataVolRatio Pct den: 7070
weekend: 0
UPTP Mbps Num: 18899
hr: 15
MAC_UE_SC_Tput: 38092.41

hr: 15
UPTP Mbps Den: 615
Setup_Fail_DEN: 17812
Peak UE: 34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7603
DL Data Vol MAC in MB: 7257.63

Time: 13:58:08
holiday: 0
CA DL DataVolRatio Pct num: 5656

SIP DC%: 
DRB UL Data Volume MB: 7698
CA DL DataVolRatio Pct den: 10161
weekend: 0
UPTP Mbps Num: 7540
hr: 7
MAC_UE_SC_Tput: 5283.35
Bearer Releases: 12902

hr: 7
CA Activation Rate num: 609284
Peak UE: 27
MB_per_connected_UE: 190.87
PCT Time MIMO: 50.66
DL Data Vol MAC in MB: 4230.12

Time: 19:08:32
holiday: 0

SIP DC%: 
UPTP_Mbps: 15.77
DLRLCLayerDataVolume MB: 509.54
PRB Util%: 69.44
weekend: 0
CA Activation Rate: 26.52
hr: 10

hr: 10
Peak UE: 27
MB_per_connected_UE: 55.72
DL Data Vol MAC in MB: 4509.95

Time: 00:28:04
holiday: 0

SIP DC%: 
UPTP_Mbps: 21.12
DLRLCLayerDataVolume MB: 9760.1
DRB UL Data Volume MB: 6388
CA DL DataVolRatio Pct den: 4334
CA Conf FailRate Pct den: 7130
weekend: 0
hr: 23
MAC_UE_SC_Tput: 20087.27
Bearer Releases: 16072

hr: 23
CA Activation Rate num: 13215782
Setup_Fail_DEN: 11700
SIP_SC_Total_MOU: 205.99
Peak UE: 75
VOLTE IA%: 
DL Data Vol MAC in MB: 9186.72

Combined RACH Preambles: 3281
Time: 02:46:36
holiday: 0

SIP DC%: 
UPTP_Mbps: 127.13
DRB UL Data Volume MB: 2354
weekend: 0
UPTP Mbps Num: 35526
hr: 18
MAC_UE_SC_Tput: 6686.58
Bearer Releases: 7436

hr: 18
CA Activation Rate num: 1480137
Setup_Fail_DEN: 12044
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 14.37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4120
DL Data Vol MAC in MB: 7116.29
CA Activation Rate den: 191979

Time: 06:32:19
holiday: 0

Avg_Connected_UEs: 22.15
SIP DC%: 
DLRLCLayerDataVolume MB: 635.66
DRB UL Data Volume MB: 5730
PRB Util%: 52.28
CA Conf FailRate Pct den: 5198
weekend: 0
UPTP Mbps Num: 8214
hr: 14
MAC_UE_SC_Tput: 10056.21

hr: 14
CA Activation Rate num: 910684
Setup_Fail_DEN: 17227
SIP_SC_Total_MOU: 25.56
Peak UE: 27
MB_per_connected_UE: 143.47
DL Volume: 3129
DL Data Vol MAC in MB: 8571.22

Time: 00:36:41
holiday: 0
CA DL DataVolRatio Pct num: 6735

DL MAC Vol Scell Pct: 25.16
SIP DC%: 
DRB UL Data Volume MB: 8965
RRC Setup Attempts: 3882
CA Conf FailRate Pct den: 8099
weekend: 0
CA Activation Rate: 61.7
hr: 23
MAC_UE_SC_Tput: 7963.02
Bearer Releases: 7728

hr: 23
CA Activation Rate num: 10963563
UPTP Mbps Den: 153
SIP_SC_Total_MOU: 384.62
Peak UE: 27
MB_per_connected_UE: 172.05
DL Data Vol MAC in MB: 1397.01
CA Activation Rate den: 53846

Time: 05:55:40
holiday: 0

DL MAC Vol Scell Pct: 27.2
SIP DC%: 
DRB UL Data Volume MB: 4998
RRC Setup Attempts: 5128
CA Conf FailRate Pct den: 9010
weekend: 0
hr: 5
MAC_UE_SC_Tput: 4553.16

hr: 5
CA Activation Rate num: 5919981
UPTP Mbps Den: 5776
Setup_Fail_DEN: 6318
Peak UE: 71
MB_per_connected_UE: 60.55
CA Activation Rate den: 52938

Time: 06:19:14
holiday: 0
CA DL DataVolRatio Pct num: 5552

Avg_Connected_UEs: 36.79
SIP DC%: 
DLRLCLayerDataVolume MB: 711.12
CA DL DataVolRatio Pct den: 9180
weekend: 0
UPTP Mbps Num: 46407
CA Activation Rate: 41.67
hr: 0

hr: 0
CA Activation Rate num: 10439372
Setup_Fail_DEN: 9797
Peak UE: 82
DL Volume: 2693
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6531
DL Data Vol MAC in MB: 3749.69

Combined RACH Preambles: 3919
Time: 15:34:07
holiday: 0

DL MAC Vol Scell Pct: 26.57
SIP DC%: 
UPTP_Mbps: 91.21
DLRLCLayerDataVolume MB: 6680.68
PRB Util%: 27.75
CA Conf FailRate Pct den: 5081
weekend: 0
UPTP Mbps Num: 45680
CA Activation Rate: 41.16
hr: 0
MAC_UE_SC_Tput: 11891.97
Bearer Releases: 12379

hr: 0
CA Activation Rate num: 1258721
Setup_Fail_DEN: 14753
SIP_SC_Total_MOU: 203.34
Peak UE: 27
PCT Time MIMO: 33.99
DL Data Vol MAC in MB: 7856.12
CA Activation Rate den: 168890

Time: 07:44:55
holiday: 0

Avg_Connected_UEs: 25.91
SIP DC%: 
DRB UL Data Volume MB: 3158
CA DL DataVolRatio Pct den: 2643
weekend: 0
UPTP Mbps Num: 37948
hr: 1
MAC_UE_SC_Tput: 8087.66
Bearer Releases: 14996

hr: 1
CA Activation Rate num: 1677078
UPTP Mbps Den: 3059
Peak UE: 27
MB_per_connected_UE: 19.56
DL Data Vol MAC in MB: 1005.19
CA Activation Rate den: 54026

Time: 11:03:54
holiday: 0
CA DL DataVolRatio Pct: 84.59

DL MAC Vol Scell Pct: 30.92
Avg_Connected_UEs: 34.45
SIP DC%: 
DLRLCLayerDataVolume MB: 6627.39
PRB Util%: 35.88
weekend: 0
hr: 13
MAC_UE_SC_Tput: 12957.87
Bearer Releases: 10259

hr: 13
CA Activation Rate num: 4196846
UPTP Mbps Den: 2745
SIP_SC_Total_MOU: 387.49
Peak UE: 27
DL Data Vol MAC in MB: 9053.23

Time: 11:26:08
holiday: 0
CA DL DataVolRatio Pct num: 6698

DL MAC Vol Scell Pct: 25.56
SIP DC%: 
DRB UL Data Volume MB: 2443
PRB Util%: 18.46
weekend: 0
UPTP Mbps Num: 717
CA Activation Rate: 69.14
hr: 9
MAC_UE_SC_Tput: 12611.69

hr: 9
CA Activation Rate num: 4064514
UPTP Mbps Den: 3563
Setup_Fail_DEN: 13405
SIP_SC_Total_MOU: 231.1
Peak UE: 28
MB_per_connected_UE: 39.94
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3248
CA Activation Rate den: 80061

Time: 07:36:35
holiday: 0

Avg_Connected_UEs: 80.33
SIP DC%: 
DLRLCLayerDataVolume MB: 3368.32
CA DL DataVolRatio Pct den: 5512
CA Conf FailRate Pct den: 8931
weekend: 0
UPTP Mbps Num: 11022
hr: 21
MAC_UE_SC_Tput: 17197.01
Bearer Releases: 14281

hr: 21
CA Activation Rate num: 7582787
Peak UE: 27
MB_per_connected_UE: 168.16
DL Volume: 368
DL Data Vol MAC in MB: 1346.13
CA Activation Rate den: 39328

Time: 18:39:06
holiday: 0

Avg_Connected_UEs: 66.32
SIP DC%: 
DLRLCLayerDataVolume MB: 7913.68
weekend: 0
hr: 0
MAC_UE_SC_Tput: 15759.02

hr: 0
Peak UE: 32
MB_per_connected_UE: 145.73
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9256
DL Data Vol MAC in MB: 6665.12
CA Activation Rate den: 72642

Time: 03:22:38
holiday: 0

SIP DC%: 
UPTP_Mbps: 67.17
weekend: 0
hr: 18
MAC_UE_SC_Tput: 9752.85

hr: 18
CA Activation Rate num: 6488814
Peak UE: 39
DL Data Vol MAC in MB: 8615.03
CA Activation Rate den: 216532

Time: 08:35:12
holiday: 0

Avg_Connected_UEs: 50.37
SIP DC%: 
DLRLCLayerDataVolume MB: 3113.2
CA Conf FailRate Pct den: 7329
weekend: 0
UPTP Mbps Num: 38815
hr: 9
MAC_UE_SC_Tput: 5548.28
Bearer Releases: 14149

hr: 9
CA Activation Rate num: 9561957
UPTP Mbps Den: 5847
Setup_Fail_DEN: 14574
Peak UE: 27
MB_per_connected_UE: 168.04
DL Data Vol MAC in MB: 1804.59
CA Activation Rate den: 103507

Time: 06:52:26
holiday: 0
CA DL DataVolRatio Pct num: 2031

SIP DC%: 
DRB UL Data Volume MB: 6274
PRB Util%: 35.56
CA Conf FailRate Pct den: 9128
weekend: 1
hr: 0
MAC_UE_SC_Tput: 16077.2

hr: 0
CA Activation Rate num: 7350951
MB_per_connected_UE: 11.63
DL Data Vol MAC in MB: 8283.74
CA Activation Rate den: 79164

Time: 08:39:00
holiday: 0
CA DL DataVolRatio Pct: 92.61

Avg_Connected_UEs: 65.66
SIP DC%: 
UPTP_Mbps: 36.85
DLRLCLayerDataVolume MB: 3730.11
DRB UL Data Volume MB: 5877
PRB Util%: 5.18
CA Conf FailRate Pct den: 3218
weekend: 1
hr: 13
MAC_UE_SC_Tput: 17570.85
Bearer Releases: 18381

hr: 13
CA Activation Rate num: 1866721
SIP_SC_Total_MOU: 142.23
Peak UE: 27
DL Data Vol MAC in MB: 7100.81
CA Activation Rate den: 172239

Time: 04:29:22
holiday: 0
CA DL DataVolRatio Pct: 79.13

SIP DC%: 
UPTP_Mbps: 22.47
RRC Setup Attempts: 7063
weekend: 0
UPTP Mbps Num: 16069
hr: 3
MAC_UE_SC_Tput: 6934.95
Bearer Releases: 8665

hr: 3
CA Activation Rate num: 393651
SIP_SC_Total_MOU: 101.67
Peak UE: 42
DL Volume: 6745
DL Data Vol MAC in MB: 4459.82

Time: 11:24:20
holiday: 0
CA DL DataVolRatio Pct: 72.33
CA DL DataVolRatio Pct num: 4420

SIP DC%: 
DLRLCLayerDataVolume MB: 1715.59
DRB UL Data Volume MB: 692
CA DL DataVolRatio Pct den: 2839
CA Conf FailRate Pct den: 6647
weekend: 0
hr: 23
MAC_UE_SC_Tput: 12533.13
Bearer Releases: 9169

hr: 23
CA Activation Rate num: 3774954
SIP_SC_Total_MOU: 345.33
Peak UE: 27
DL Data Vol MAC in MB: 5842.82
CA Activation Rate den: 37817

Time: 08:23:45
holiday: 0
CA DL DataVolRatio Pct: 57.59

SIP DC%: 
UPTP_Mbps: 40.31
DLRLCLayerDataVolume MB: 1703.47
DRB UL Data Volume MB: 8758
CA DL DataVolRatio Pct den: 3436
weekend: 0
hr: 23
MAC_UE_SC_Tput: 19913.99

hr: 23
CA Activation Rate num: 2957105
Peak UE: 76
MB_per_connected_UE: 88.7

Time: 22:23:36
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6311.79
DRB UL Data Volume MB: 3752
weekend: 0
hr: 0
MAC_UE_SC_Tput: 10479.39
Bearer Releases: 6224

hr: 0
CA Activation Rate num: 3959290
SIP_SC_Total_MOU: 102.8
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 183.82
DL Volume: 4494
DL Data Vol MAC in MB: 3782.88
CA Activation Rate den: 92530

holiday: 0
CA DL DataVolRatio Pct: 64.6

SIP DC%: 
UPTP_Mbps: 59.92
DLRLCLayerDataVolume MB: 212.12
RRC Setup Attempts: 5046
CA DL DataVolRatio Pct den: 5546
CA Conf FailRate Pct den: 7201
weekend: 0
CA Activation Rate: 30.31
hr: 5
MAC_UE_SC_Tput: 4613.84
Bearer Releases: 18093

hr: 5
CA Activation Rate num: 10758014
SIP_SC_Total_MOU: 54.63
Peak UE: 27
DL Volume: 3332
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5264
DL Data Vol MAC in MB: 9256.99
CA Activation Rate den: 93013

Time: 10:05:04
holiday: 0
CA DL DataVolRatio Pct: 67.3

SIP DC%: 
UPTP_Mbps: 70.73
DRB UL Data Volume MB: 1186
CA DL DataVolRatio Pct den: 9200
CA Conf FailRate Pct den: 6719
weekend: 0
hr: 10
MAC_UE_SC_Tput: 5664.01
Bearer Releases: 7610

hr: 10
CA Activation Rate num: 9232041
Setup_Fail_DEN: 12768
Peak UE: 27
MB_per_connected_UE: 43.52
CA Activation Rate den: 75512

Time: 20:11:30
holiday: 0
CA DL DataVolRatio Pct num: 3798

DL MAC Vol Scell Pct: 57.59
SIP DC%: 
DRB UL Data Volume MB: 9812
PRB Util%: 32.44
weekend: 0
UPTP Mbps Num: 60158
CA Activation Rate: 33.57
hr: 3
Bearer Releases: 13009

hr: 3
CA Activation Rate num: 4167222
SIP_SC_Total_MOU: 400.02
Peak UE: 33
MB_per_connected_UE: 60.65
PCT Time MIMO: 43.01
DL Volume: 7198
DL Data Vol MAC in MB: 1133.97

Time: 04:37:46
holiday: 0

SIP DC%: 
UPTP_Mbps: 72.36
DRB UL Data Volume MB: 3639
PRB Util%: 49.64
weekend: 0
UPTP Mbps Num: 55103
hr: 0
MAC_UE_SC_Tput: 4403.37
Bearer Releases: 7611

hr: 0
CA Activation Rate num: 2764754
Setup_Fail_DEN: 9897
SIP_SC_Total_MOU: 244.72
Peak UE: 27

Combined RACH Preambles: 3711
Time: 11:49:52
holiday: 0

SIP DC%: 
UPTP_Mbps: 32.03
DLRLCLayerDataVolume MB: 5985.73
DRB UL Data Volume MB: 3263
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6739.73

hr: 23
CA Activation Rate num: 3622544
SIP_SC_Total_MOU: 336.43
Peak UE: 45
CA Activation Rate den: 132939

Time: 06:39:54
holiday: 0

DL MAC Vol Scell Pct: 20.73
SIP DC%: 
UPTP_Mbps: 19.32
DLRLCLayerDataVolume MB: 1590.57
DRB UL Data Volume MB: 9062
PRB Util%: 11.76
CA Conf FailRate Pct den: 6312
weekend: 0
UPTP Mbps Num: 30013
hr: 15
MAC_UE_SC_Tput: 18758.11

hr: 15
CA Activation Rate num: 10809146
Setup_Fail_DEN: 14257
SIP_SC_Total_MOU: 91.56
MB_per_connected_UE: 34.26
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6921
DL Data Vol MAC in MB: 5916.64

Time: 17:10:19
holiday: 0

SIP DC%: 
RRC Setup Attempts: 3959
CA Conf FailRate Pct den: 5047
weekend: 0
hr: 19
MAC_UE_SC_Tput: 7072.86
Bearer Releases: 9350

hr: 19
CA Activation Rate num: 1085625
Setup_Fail_DEN: 14839
SIP_SC_Total_MOU: 68.72
Peak UE: 27
MB_per_connected_UE: 161.36
DL Data Vol MAC in MB: 6307.08
CA Activation Rate den: 190312

Time: 20:08:13
holiday: 0
CA DL DataVolRatio Pct num: 3234

SIP DC%: 
DLRLCLayerDataVolume MB: 7547.98
PRB Util%: 44.91
CA DL DataVolRatio Pct den: 1408
CA Conf FailRate Pct den: 7266
weekend: 1
hr: 15
MAC_UE_SC_Tput: 11428.33

hr: 15
CA Activation Rate num: 6747396
Setup_Fail_DEN: 12809
Peak UE: 27
VOLTE IA%: 
CA Activation Rate den: 43434

Combined RACH Preambles: 2415
Time: 09:47:13
holiday: 0
CA DL DataVolRatio Pct num: 1366

SIP DC%: 
DRB UL Data Volume MB: 1455
CA Conf FailRate Pct den: 2903
weekend: 0
CA Activation Rate: 54.91
hr: 13
MAC_UE_SC_Tput: 7691.97
Bearer Releases: 6438

hr: 13
CA Activation Rate num: 8420106
SIP_SC_Total_MOU: 218.28
Peak UE: 27
MB_per_connected_UE: 100.88
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7127
DL Data Vol MAC in MB: 9264.82

Time: 05:18:05
holiday: 0
CA DL DataVolRatio Pct: 80.82

SIP DC%: 
UPTP_Mbps: 130.79
DRB UL Data Volume MB: 4252
CA DL DataVolRatio Pct den: 4273
weekend: 0
UPTP Mbps Num: 22059
hr: 4
MAC_UE_SC_Tput: 11237.99

hr: 4
CA Activation Rate num: 2603451
Setup_Fail_DEN: 10475
SIP_SC_Total_MOU: 148.89
Peak UE: 31
DL Volume: 191
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7714
DL Data Vol MAC in MB: 7638.31

Time: 01:52:03
holiday: 0
CA DL DataVolRatio Pct: 88.8

DL MAC Vol Scell Pct: 15.77
Avg_Connected_UEs: 60.98
SIP DC%: 
DRB UL Data Volume MB: 5904
PRB Util%: 28.5
RRC Setup Attempts: 7580
CA DL DataVolRatio Pct den: 2830
weekend: 0
UPTP Mbps Num: 40956
hr: 10
MAC_UE_SC_Tput: 41433.09

hr: 10
CA Activation Rate num: 4115913
Setup_Fail_DEN: 9900
SIP_SC_Total_MOU: 68.32
Peak UE: 27
MB_per_connected_UE: 55.2
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8343
UL Throughput: 7.81
CA Activation Rate den: 94592

Combined RACH Preambles: 4131
Time: 11:33:02
holiday: 0
CA DL DataVolRatio Pct num: 6798

Avg_Connected_UEs: 24.17
SIP DC%: 
PRB Util%: 19.41
CA Conf FailRate Pct den: 6248
weekend: 0
hr: 14
MAC_UE_SC_Tput: 13736.54

hr: 14
CA Activation Rate num: 1040203
SIP_SC_Total_MOU: 151.96
Peak UE: 64
PCT Time MIMO: 46.16
DL Data Vol MAC in MB: 2350.56

Time: 17:34:55
holiday: 0
CA DL DataVolRatio Pct: 81.58

DL MAC Vol Scell Pct: 8.1
SIP DC%: 
DLRLCLayerDataVolume MB: 6939.44
weekend: 1
UPTP Mbps Num: 15366
hr: 2
MAC_UE_SC_Tput: 7681.98
Bearer Releases: 9570

hr: 2
CA Activation Rate num: 9152209
UPTP Mbps Den: 5217
Setup_Fail_DEN: 12736
SIP_SC_Total_MOU: 150.98
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8060
DL Data Vol MAC in MB: 6040.37
CA Activation Rate den: 49938

Time: 05:38:22
holiday: 0

DL MAC Vol Scell Pct: 18.2
Avg_Connected_UEs: 75.67
SIP DC%: 
DRB UL Data Volume MB: 5684
PRB Util%: 43.2
CA DL DataVolRatio Pct den: 4390
CA Conf FailRate Pct den: 9486
weekend: 1
UPTP Mbps Num: 3965
CA Activation Rate: 14.82
hr: 6
MAC_UE_SC_Tput: 6855.02

hr: 6
CA Activation Rate num: 2705568
Setup_Fail_DEN: 10133
Peak UE: 31
DL Data Vol MAC in MB: 9286.9
Combined RACH Preambles: 2490

holiday: 0

SIP DC%: 
UPTP_Mbps: 14.67
DLRLCLayerDataVolume MB: 6152.65
DRB UL Data Volume MB: 8185
CA Conf FailRate Pct den: 4312
weekend: 0
hr: 3
MAC_UE_SC_Tput: 5628.79

hr: 3
CA Activation Rate num: 3852276
Setup_Fail_DEN: 14900
Peak UE: 27
MB_per_connected_UE: 139.61
DL Volume: 9817
DL Data Vol MAC in MB: 5486.32
CA Activation Rate den: 78006

Time: 02:54:29
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8427.68
weekend: 0
UPTP Mbps Num: 15869
CA Activation Rate: 5.76
hr: 23
MAC_UE_SC_Tput: 17834.81

hr: 23
CA Activation Rate num: 7809326
Setup_Fail_DEN: 9137
Peak UE: 27
PCT Time MIMO: 59.8
DL Volume: 7069
DL Data Vol MAC in MB: 6050.12
CA Activation Rate den: 78906

Time: 07:31:22
holiday: 0
CA DL DataVolRatio Pct: 49.6

SIP DC%: 
DLRLCLayerDataVolume MB: 3503.91
CA DL DataVolRatio Pct den: 8352
weekend: 0
hr: 0
MAC_UE_SC_Tput: 9420.57

hr: 0
CA Activation Rate num: 8119552
Setup_Fail_DEN: 14100
SIP_SC_Total_MOU: 311.39
UL MAC Vol Scell Pct: 6.08
Peak UE: 41
MB_per_connected_UE: 59.65
CA Activation Rate den: 123141

Time: 20:54:25
holiday: 0

SIP DC%: 
UPTP_Mbps: 105.01
DLRLCLayerDataVolume MB: 1829.42
RRC Setup Attempts: 5069
weekend: 0
CA Activation Rate: 3.43
hr: 10
MAC_UE_SC_Tput: 14103.61

hr: 10
CA Activation Rate num: 9145942
Peak UE: 30
MB_per_connected_UE: 176.38
PCT Time MIMO: 37.49

Time: 05:21:07
holiday: 0
CA DL DataVolRatio Pct num: 740

Avg_Connected_UEs: 60.24
SIP DC%: 
S1U_SIP_SC_SEER: 99.89
DLRLCLayerDataVolume MB: 5444.39
DRB UL Data Volume MB: 8751
RRC Setup Attempts: 5369
CA DL DataVolRatio Pct den: 480
weekend: 0
UPTP Mbps Num: 61427
hr: 23
MAC_UE_SC_Tput: 8442.82

hr: 23
CA Activation Rate num: 6008473
Setup_Fail_DEN: 15782
Peak UE: 35
DL Volume: 6032
DL Data Vol MAC in MB: 310.71
CA Activation Rate den: 59854

Time: 01:45:36
holiday: 0

SIP DC%: 
UPTP_Mbps: 43.76
DLRLCLayerDataVolume MB: 3543.17
DRB UL Data Volume MB: 155
CA Conf FailRate Pct den: 3130
weekend: 0
CA Activation Rate: 52.24
hr: 2
MAC_UE_SC_Tput: 5034.71

hr: 2
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3734
CA Activation Rate den: 36066
Time: 22:49:34

holiday: 0
CA DL DataVolRatio Pct num: 4330

SIP DC%: 
UPTP_Mbps: 36.9
DRB UL Data Volume MB: 8492
CA Conf FailRate Pct den: 4891
weekend: 0
UPTP Mbps Num: 24715
hr: 14
MAC_UE_SC_Tput: 12863.96
Bearer Releases: 11637

hr: 14
CA Activation Rate num: 10720155
UPTP Mbps Den: 2680
Setup_Fail_DEN: 7896
SIP_SC_Total_MOU: 366.28
Peak UE: 27
MB_per_connected_UE: 47.47
DL Data Vol MAC in MB: 3302.14

Time: 00:13:34
holiday: 0
CA DL DataVolRatio Pct: 60.28

DL MAC Vol Scell Pct: 52.51
SIP DC%: 
DLRLCLayerDataVolume MB: 3154.17
PRB Util%: 3.74
RRC Setup Attempts: 5187
CA Conf FailRate Pct den: 5879
weekend: 0
CA Activation Rate: 63.81
hr: 23
MAC_UE_SC_Tput: 6106.57
Bearer Releases: 14365

hr: 23
CA Activation Rate num: 8860652
UPTP Mbps Den: 4627
Setup_Fail_DEN: 13123
SIP_SC_Total_MOU: 34.59
Peak UE: 52
MB_per_connected_UE: 189.65
DL Volume: 6056
DL Data Vol MAC in MB: 7905.73

Time: 06:43:17
holiday: 0
CA DL DataVolRatio Pct num: 4798

DL MAC Vol Scell Pct: 33.57
SIP DC%: 
DLRLCLayerDataVolume MB: 3099.9
DRB UL Data Volume MB: 1671
weekend: 0
hr: 0
MAC_UE_SC_Tput: 11385.64
Bearer Releases: 12092

hr: 0
CA Activation Rate num: 8825609
Peak UE: 27
DL Volume: 3809
DL Data Vol MAC in MB: 3084
CA Activation Rate den: 41428

Time: 07:34:12
holiday: 0

DL MAC Vol Scell Pct: 28.69
Avg_Connected_UEs: 28.89
SIP DC%: 
UPTP_Mbps: 36.94
DLRLCLayerDataVolume MB: 4516.75
RRC Setup Attempts: 3998
weekend: 0
hr: 13
MAC_UE_SC_Tput: 4810.74
Bearer Releases: 13850

hr: 13
CA Activation Rate num: 10982850
MB_per_connected_UE: 166.34
DL Data Vol MAC in MB: 7762.49

Time: 15:39:00
holiday: 0
CA DL DataVolRatio Pct num: 5311

SIP DC%: 
PRB Util%: 12.97
CA DL DataVolRatio Pct den: 9707
weekend: 0
hr: 23

hr: 23
CA Activation Rate num: 6300859
Peak UE: 68
MB_per_connected_UE: 162.19
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6904

Time: 22:15:45
holiday: 0

DL MAC Vol Scell Pct: 14.37
Avg_Connected_UEs: 23.63
SIP DC%: 
DLRLCLayerDataVolume MB: 9174.95
DRB UL Data Volume MB: 7424
weekend: 0
hr: 3
MAC_UE_SC_Tput: 19036.57

hr: 3
CA Activation Rate num: 9774489
SIP_SC_Total_MOU: 95.3
Peak UE: 70
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7495

Time: 22:03:55
holiday: 0

DL MAC Vol Scell Pct: 24.08
SIP DC%: 
UPTP_Mbps: 15.96
weekend: 0
hr: 0
MAC_UE_SC_Tput: 7794.93
Bearer Releases: 9631

hr: 0
CA Activation Rate num: 1316854
UPTP Mbps Den: 215
Peak UE: 58
MB_per_connected_UE: 160.79
DL Data Vol MAC in MB: 5518.56

Time: 05:18:26
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8578.33
PRB Util%: 16.61
CA Conf FailRate Pct den: 3330
weekend: 0
UPTP Mbps Num: 25372
hr: 6
MAC_UE_SC_Tput: 55574.62
Bearer Releases: 18259

hr: 6
CA Activation Rate num: 4240207
Setup_Fail_DEN: 13642
SIP_SC_Total_MOU: 251.01
Peak UE: 27
MB_per_connected_UE: 180.98
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7216
DL Data Vol MAC in MB: 5268.14
CA Activation Rate den: 56963

Time: 13:38:38
holiday: 0
CA DL DataVolRatio Pct: 78.26

DL MAC Vol Scell Pct: 47.17
Avg_Connected_UEs: 41.19
SIP DC%: 
DLRLCLayerDataVolume MB: 8993.16
weekend: 0
UPTP Mbps Num: 24988
hr: 0
MAC_UE_SC_Tput: 11253.26

hr: 0
CA Activation Rate num: 7348012
Peak UE: 51
Time: 12:36:30

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8601.31
DRB UL Data Volume MB: 4124
weekend: 0
hr: 3
MAC_UE_SC_Tput: 14149.68
Bearer Releases: 6538

hr: 3
CA Activation Rate num: 2820923
Setup_Fail_DEN: 6371
Peak UE: 43
MB_per_connected_UE: 63.42
DL Data Vol MAC in MB: 4595.71
CA Activation Rate den: 141705

Time: 09:22:51
holiday: 0
CA DL DataVolRatio Pct: 80.42

SIP DC%: 
UPTP_Mbps: 104.93
DLRLCLayerDataVolume MB: 3397.38
DRB UL Data Volume MB: 5949
RRC Setup Attempts: 6197
CA Conf FailRate Pct den: 8209
weekend: 0
CA Activation Rate: 27.79
hr: 3
MAC_UE_SC_Tput: 14166.81
Bearer Releases: 15809

hr: 3
CA Activation Rate num: 6251367
Peak UE: 27
DL Data Vol MAC in MB: 3155.94
CA Activation Rate den: 128720

Time: 08:49:28
holiday: 0

DL MAC Vol Scell Pct: 23.86
SIP DC%: 
UPTP_Mbps: 39
DLRLCLayerDataVolume MB: 9521.13
RRC Setup Attempts: 4997
weekend: 0
UPTP Mbps Num: 34062
CA Activation Rate: 63.29
hr: 4
MAC_UE_SC_Tput: 5115.71

hr: 4
CA Activation Rate num: 7574867
Setup_Fail_DEN: 16671
UL MAC Vol Scell Pct: 4.17
Peak UE: 49
MB_per_connected_UE: 16.06
DL Data Vol MAC in MB: 8920.93
CA Activation Rate den: 70804

Time: 16:10:48
holiday: 0
CA DL DataVolRatio Pct num: 7544

Avg_Connected_UEs: 58.47
SIP DC%: 
DLRLCLayerDataVolume MB: 2779.75
weekend: 0
UPTP Mbps Num: 50649
CA Activation Rate: 2.17
hr: 17
MAC_UE_SC_Tput: 6284.43
Bearer Releases: 11379

hr: 17
CA Activation Rate num: 4005220
Peak UE: 39
VOLTE IA%: 
DL Data Vol MAC in MB: 4203.27

Time: 20:16:45
holiday: 0

Avg_Connected_UEs: 81.77
SIP DC%: 
DLRLCLayerDataVolume MB: 1981.34
DRB UL Data Volume MB: 3820
CA DL DataVolRatio Pct den: 5699
weekend: 0
CA Activation Rate: 57.06
hr: 13
MAC_UE_SC_Tput: 9557.96
Bearer Releases: 8805

hr: 13
CA Activation Rate num: 4520547
UPTP Mbps Den: 1950
Setup_Fail_DEN: 12720
SIP_SC_Total_MOU: 30.32
Peak UE: 27
MB_per_connected_UE: 59.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4900
CA Activation Rate den: 132775

Time: 00:18:06
holiday: 0
CA DL DataVolRatio Pct num: 7291

DL MAC Vol Scell Pct: 38.68
SIP DC%: 
DLRLCLayerDataVolume MB: 3035.61
RRC Setup Attempts: 8072
CA Conf FailRate Pct den: 4828
weekend: 0
UPTP Mbps Num: 39215
CA Activation Rate: 53.49
hr: 19
MAC_UE_SC_Tput: 4434.35
Bearer Releases: 13598

hr: 19
Setup_Fail_DEN: 15184
SIP_SC_Total_MOU: 2.61
Peak UE: 27
MB_per_connected_UE: 68.77
PCT Time MIMO: 57.66
DL Data Vol MAC in MB: 6558.78
CA Activation Rate den: 77360

Time: 08:38:00
holiday: 0
CA DL DataVolRatio Pct num: 265

SIP DC%: 
DL Packet Loss Pct: 4.69
RRC Setup Attempts: 4067
CA DL DataVolRatio Pct den: 2171
CA Conf FailRate Pct den: 6707
weekend: 0
hr: 7
MAC_UE_SC_Tput: 4469.9
Bearer Releases: 13021

hr: 7
Setup_Fail_DEN: 14773
Peak UE: 96
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5481
DL Data Vol MAC in MB: 10161.64

Time: 02:29:46
holiday: 0
CA DL DataVolRatio Pct: 90.2

Avg_Connected_UEs: 84.4
SIP DC%: 
DRB UL Data Volume MB: 7937
RRC Setup Attempts: 5469
CA DL DataVolRatio Pct den: 7491
weekend: 0
UPTP Mbps Num: 19178
hr: 0
MAC_UE_SC_Tput: 10601.42

hr: 0
CA Activation Rate num: 7583797
SIP_SC_Total_MOU: 122.25
Peak UE: 27
MB_per_connected_UE: 44.04

Time: 14:28:21
holiday: 0

DL MAC Vol Scell Pct: 48.65
SIP DC%: 
S1U_SIP_SC_SEER: 99.74
DLRLCLayerDataVolume MB: 9815.34
DRB UL Data Volume MB: 2913
CA DL DataVolRatio Pct den: 8880
CA Conf FailRate Pct den: 4585
weekend: 0
UPTP Mbps Num: 14653
CA Activation Rate: 44.19
hr: 0
Bearer Releases: 6866

hr: 0
CA Activation Rate num: 280207
SIP_SC_Total_MOU: 107.92
Peak UE: 35
MB_per_connected_UE: 147.19
CA Activation Rate den: 197600

Time: 03:52:18
holiday: 0

DL MAC Vol Scell Pct: 36.34
SIP DC%: 
CA DL DataVolRatio Pct den: 2416
weekend: 0
UPTP Mbps Num: 52901
hr: 20
MAC_UE_SC_Tput: 17343.86

hr: 20
CA Activation Rate num: 11048761
UPTP Mbps Den: 3102
Setup_Fail_DEN: 6729
SIP_SC_Total_MOU: 127.52
Peak UE: 80
VOLTE IA%: 
DL Data Vol MAC in MB: 5828.44
CA Activation Rate den: 110995

Time: 01:25:18
holiday: 0
CA DL DataVolRatio Pct num: 6945

DL MAC Vol Scell Pct: 50.58
SIP DC%: 
UPTP_Mbps: 80.68
DLRLCLayerDataVolume MB: 3761.1
CA DL DataVolRatio Pct den: 525
CA Conf FailRate Pct den: 4579
weekend: 0
hr: 18
MAC_UE_SC_Tput: 14883.58

hr: 18
CA Activation Rate num: 5036199
Peak UE: 33
MB_per_connected_UE: 52.5
DL Volume: 7299
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6619
DL Data Vol MAC in MB: 9678.67
CA Activation Rate den: 206757

Time: 07:12:47
holiday: 0
CA DL DataVolRatio Pct: 86.4

DL MAC Vol Scell Pct: 16.01
SIP DC%: 
UPTP_Mbps: 37.88
DRB UL Data Volume MB: 9139
RRC Setup Attempts: 9237
CA Conf FailRate Pct den: 5920
weekend: 0
UPTP Mbps Num: 46321
hr: 23
Bearer Releases: 10697

hr: 23
CA Activation Rate num: 2423242
Setup_Fail_DEN: 12635
SIP_SC_Total_MOU: 97.6
Peak UE: 27
DL Volume: 1187
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6102
CA Activation Rate den: 73301

Time: 16:43:57
holiday: 0
CA DL DataVolRatio Pct: 89.16
CA DL DataVolRatio Pct num: 4577

SIP DC%: 
DLRLCLayerDataVolume MB: 1228.77
CA DL DataVolRatio Pct den: 8525
CA Conf FailRate Pct den: 9546
weekend: 0
hr: 23
MAC_UE_SC_Tput: 17422.31

hr: 23
CA Activation Rate num: 10806581
Setup_Fail_DEN: 18070
Peak UE: 40
PCT Time MIMO: 63.15
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3416

Time: 12:14:00
holiday: 0

DL MAC Vol Scell Pct: 9.63
SIP DC%: 
UPTP_Mbps: 14.44
DLRLCLayerDataVolume MB: 7052.88
CA Conf FailRate Pct den: 3147
weekend: 1
CA Activation Rate: 76.08
hr: 16
MAC_UE_SC_Tput: 5908.66

hr: 16
CA Activation Rate num: 908655
Setup_Fail_DEN: 13027
SIP_SC_Total_MOU: 341.27
Peak UE: 66
MB_per_connected_UE: 205.48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5959
DL Data Vol MAC in MB: 7520.62

Time: 18:21:39
holiday: 0

SIP DC%: 
UPTP_Mbps: 29.64
RRC Setup Attempts: 4597
CA DL DataVolRatio Pct den: 9885
weekend: 0
UPTP Mbps Num: 50481
hr: 23
MAC_UE_SC_Tput: 6574.54
Bearer Releases: 11670

hr: 23
CA Activation Rate num: 7232516
Setup_Fail_DEN: 14415
QCI 1 Bearer Drop%: 1.24
Peak UE: 35
MB_per_connected_UE: 121.48
DL Data Vol MAC in MB: 8041.96
CA Activation Rate den: 104521

Time: 19:32:49
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6256.69
DRB UL Data Volume MB: 6860
RRC Setup Attempts: 6916
CA DL DataVolRatio Pct den: 7373
weekend: 0
CA Activation Rate: 15.23
hr: 13
MAC_UE_SC_Tput: 12023.97

hr: 13
CA Activation Rate num: 127101
Peak UE: 42
MB_per_connected_UE: 73.17
DL Data Vol MAC in MB: 3354.4

Combined RACH Preambles: 1998
Time: 20:22:41
holiday: 0
CA DL DataVolRatio Pct num: 6220

SIP DC%: 
UPTP_Mbps: 62.16
DLRLCLayerDataVolume MB: 3294.91
CA DL DataVolRatio Pct den: 5188
CA Conf FailRate Pct den: 8711
weekend: 0
UPTP Mbps Num: 52693
CA Activation Rate: 10.57
hr: 1
Bearer Releases: 9604

hr: 1
CA Activation Rate num: 4955155
Setup_Fail_DEN: 9877
Peak UE: 28
DL Volume: 3998
DL Data Vol MAC in MB: 8111.79
CA Activation Rate den: 43838

Combined RACH Preambles: 3775
Time: 04:15:58
holiday: 0

SIP DC%: 
UPTP_Mbps: 95.76
DLRLCLayerDataVolume MB: 6644.31
PRB Util%: 45.3
RRC Setup Attempts: 5900
CA DL DataVolRatio Pct den: 1233
CA Conf FailRate Pct den: 3835
weekend: 0
hr: 21
MAC_UE_SC_Tput: 13541.32

hr: 21
CA Activation Rate num: 8588373
Peak UE: 27
DL Volume: 5459
DL Data Vol MAC in MB: 2167.23

Time: 18:26:05
holiday: 0
CA DL DataVolRatio Pct num: 500

DL MAC Vol Scell Pct: 29.43
Avg_Connected_UEs: 52.45
SIP DC%: 
DLRLCLayerDataVolume MB: 5959.7
CA DL DataVolRatio Pct den: 9106
weekend: 0
UPTP Mbps Num: 29042
hr: 15
MAC_UE_SC_Tput: 6243.18

hr: 15
CA Activation Rate num: 4126549
Setup_Fail_DEN: 16158
SIP_SC_Total_MOU: 42.71
Peak UE: 27
MB_per_connected_UE: 67.18
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4117
DL Data Vol MAC in MB: 2597.77

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6517.49
DRB UL Data Volume MB: 6554
RRC Setup Attempts: 4367
CA DL DataVolRatio Pct den: 5619
weekend: 0
UPTP Mbps Num: 21512
CA Activation Rate: 74.72
hr: 14
MAC_UE_SC_Tput: 4547.16

hr: 14
CA Activation Rate num: 1115010
Setup_Fail_DEN: 10155
Peak UE: 27
DL Data Vol MAC in MB: 9131.71
CA Activation Rate den: 67298

Time: 14:51:59
holiday: 0
CA DL DataVolRatio Pct: 91.94

SIP DC%: 
DLRLCLayerDataVolume MB: 7233.48
RRC Setup Attempts: 3508
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4837.54

hr: 0
CA Activation Rate num: 4733791
Setup_Fail_DEN: 7117
MB_per_connected_UE: 54.21
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7812
CA Activation Rate den: 46243

Time: 13:41:34
holiday: 0

SIP DC%: 
UPTP_Mbps: 20.96
RRC Setup Attempts: 4698
CA Conf FailRate Pct den: 9095
weekend: 0
UPTP Mbps Num: 32353
hr: 15
MAC_UE_SC_Tput: 7184.12
Bearer Releases: 14355

hr: 15
CA Activation Rate num: 2933225
Peak UE: 54
DL Data Vol MAC in MB: 9258.16
CA Activation Rate den: 51065

Time: 15:48:00
holiday: 0
CA DL DataVolRatio Pct: 48.8
CA DL DataVolRatio Pct num: 6339

SIP DC%: 
UPTP_Mbps: 133
DLRLCLayerDataVolume MB: 3568.72
CA DL DataVolRatio Pct den: 8622
weekend: 0
CA Activation Rate: 78.1
hr: 23

hr: 23
CA Activation Rate num: 10915444
Setup_Fail_DEN: 19754
SIP_SC_Total_MOU: 171.21
Peak UE: 74
DL Volume: 507
DL Data Vol MAC in MB: 7358.03
CA Activation Rate den: 56485

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8365.46
weekend: 0
CA Activation Rate: 35.3
hr: 20
MAC_UE_SC_Tput: 5185.35
Bearer Releases: 11178

hr: 20
UPTP Mbps Den: 2722
Peak UE: 79
DL Data Vol MAC in MB: 6774.1
Combined RACH Preambles: 2694
Time: 22:34:11

holiday: 0
CA DL DataVolRatio Pct: 85.98
CA DL DataVolRatio Pct num: 4901

DL MAC Vol Scell Pct: 23.27
Avg_Connected_UEs: 19.64
SIP DC%: 
DLRLCLayerDataVolume MB: 4796.19
DRB UL Data Volume MB: 2375
PRB Util%: 36.82
CA Conf FailRate Pct den: 6324
weekend: 0
UPTP Mbps Num: 23714
CA Activation Rate: 46.3
hr: 6
MAC_UE_SC_Tput: 10746.3
Bearer Releases: 6973

hr: 6
CA Activation Rate num: 7377927
Setup_Fail_DEN: 13168
SIP_SC_Total_MOU: 129.9
Peak UE: 47
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8544
CA Activation Rate den: 71030

Time: 21:51:51
holiday: 0

SIP DC%: 
CA DL DataVolRatio Pct den: 4142
weekend: 0
UPTP Mbps Num: 43513
hr: 18
MAC_UE_SC_Tput: 13536.28
Bearer Releases: 8405

hr: 18
SIP_SC_Total_MOU: 292.05
Peak UE: 71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6411

Time: 04:58:17
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3250.36
DRB UL Data Volume MB: 8391
CA DL DataVolRatio Pct den: 2133
weekend: 0
UPTP Mbps Num: 58851
CA Activation Rate: 53.9
hr: 14
MAC_UE_SC_Tput: 18151.71
Bearer Releases: 12206

hr: 14
CA Activation Rate num: 9752821
SIP_SC_Total_MOU: 162.65
Peak UE: 27
MB_per_connected_UE: 115.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3231
DL Data Vol MAC in MB: 9869.36
CA Activation Rate den: 37528

Time: 19:34:52
holiday: 0

Avg_Connected_UEs: 65.33
SIP DC%: 
DLRLCLayerDataVolume MB: 5053.68
weekend: 0
hr: 14
MAC_UE_SC_Tput: 32776.5
Bearer Releases: 14802

hr: 14
CA Activation Rate num: 9967658
Setup_Fail_DEN: 14506
SIP_SC_Total_MOU: 107.2
Peak UE: 27
MB_per_connected_UE: 148.62
DL Data Vol MAC in MB: 9460.21
CA Activation Rate den: 59008

Time: 19:52:44
holiday: 0

DL MAC Vol Scell Pct: 13.49
Avg_Connected_UEs: 82.16
SIP DC%: 
DLRLCLayerDataVolume MB: 4014.1
weekend: 0
hr: 13
MAC_UE_SC_Tput: 25610.88

hr: 13
CA Activation Rate num: 8765996
Setup_Fail_DEN: 14593
CA Activation Rate den: 85662

holiday: 0
CA DL DataVolRatio Pct: 83.04
CA DL DataVolRatio Pct num: 2129

DL MAC Vol Scell Pct: 44.41
SIP DC%: 
UPTP_Mbps: 117.81
CA Conf FailRate Pct den: 8880
weekend: 0
hr: 5
MAC_UE_SC_Tput: 7908.21

hr: 5
CA Activation Rate num: 1651509
Setup_Fail_DEN: 11137
SIP_SC_Total_MOU: 291.71
Peak UE: 27
MB_per_connected_UE: 92.92
DL Volume: 3685
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5405

Time: 02:47:48
holiday: 0

SIP DC%: 
UPTP_Mbps: 20.84
DLRLCLayerDataVolume MB: 6151.31
DRB UL Data Volume MB: 4730
PRB Util%: 70.25
weekend: 0
UPTP Mbps Num: 30764
CA Activation Rate: 44.25
hr: 0
MAC_UE_SC_Tput: 15237.83

hr: 0
Setup_Fail_DEN: 16395
SIP_SC_Total_MOU: 40.66
Peak UE: 32
MB_per_connected_UE: 133.84
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8982
DL Data Vol MAC in MB: 6071.39

Time: 08:32:06
holiday: 0
CA DL DataVolRatio Pct num: 7272

SIP DC%: 
DLRLCLayerDataVolume MB: 750.27
DRB UL Data Volume MB: 4350
CA DL DataVolRatio Pct den: 3940
CA Conf FailRate Pct den: 7434
weekend: 0
UPTP Mbps Num: 19940
CA Activation Rate: 78.41
hr: 22
MAC_UE_SC_Tput: 6091.25
Bearer Releases: 10078

hr: 22
Avg CQI: 9
CA Activation Rate num: 9307893
Setup_Fail_DEN: 19929
Peak UE: 54
DL Volume: 2265
DL Data Vol MAC in MB: 719.01
CA Activation Rate den: 83033

Time: 18:49:28
holiday: 0
CA DL DataVolRatio Pct num: 5888

SIP DC%: 
DLRLCLayerDataVolume MB: 9900.44
CA DL DataVolRatio Pct den: 5684
weekend: 0
hr: 7
MAC_UE_SC_Tput: 9123.35
Bearer Releases: 11985

hr: 7
CA Activation Rate num: 8966848
Setup_Fail_DEN: 12487
Peak UE: 71
DL Volume: 7138
DL Data Vol MAC in MB: 7337.6

Time: 22:47:46
holiday: 0
CA DL DataVolRatio Pct num: 6307

DL MAC Vol Scell Pct: 13.3
Avg_Connected_UEs: 45.67
SIP DC%: 
UPTP_Mbps: 31.9
DLRLCLayerDataVolume MB: 1026.08
CA DL DataVolRatio Pct den: 7469
CA Conf FailRate Pct den: 6183
weekend: 0
hr: 23
MAC_UE_SC_Tput: 19633.91
Bearer Releases: 13852

hr: 23
CA Activation Rate num: 9049406
Setup_Fail_DEN: 9478
SIP_SC_Total_MOU: 370.75
Peak UE: 79
VOLTE IA%: 
MB_per_connected_UE: 183.36
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4494
CA Activation Rate den: 57063

Time: 06:02:04
holiday: 0
CA DL DataVolRatio Pct num: 4543

Avg_Connected_UEs: 57.1
SIP DC%: 
DLRLCLayerDataVolume MB: 6341.93
weekend: 0
UPTP Mbps Num: 52330
hr: 22
MAC_UE_SC_Tput: 19770.18
Bearer Releases: 18584

hr: 22
CA Activation Rate num: 8803600
UPTP Mbps Den: 1456
Setup_Fail_DEN: 12343
SIP_SC_Total_MOU: 33.97
Peak UE: 72
VOLTE IA%: 
MB_per_connected_UE: 98.98
DL Data Vol MAC in MB: 6902.36

Time: 02:12:45
holiday: 0

DL MAC Vol Scell Pct: 12.14
SIP DC%: 
RRC Setup Attempts: 6874
CA DL DataVolRatio Pct den: 2087
weekend: 0
hr: 23
MAC_UE_SC_Tput: 17488.36
Bearer Releases: 13264

hr: 23
MB_per_connected_UE: 29.75
DL Data Vol MAC in MB: 3131.32
CA Activation Rate den: 88247

Time: 02:29:49
holiday: 0

SIP DC%: 
UPTP_Mbps: 42.67
DLRLCLayerDataVolume MB: 9386.6
CA Conf FailRate Pct den: 4428
weekend: 0
hr: 6
MAC_UE_SC_Tput: 6972.99
Bearer Releases: 14644

hr: 6
CA Activation Rate num: 9855318
Setup_Fail_DEN: 16302
Peak UE: 78
MB_per_connected_UE: 97.42
PCT Time MIMO: 42.53
DL Data Vol MAC in MB: 251.5
Combined RACH Preambles: 3165

Time: 13:55:55
holiday: 0

Avg_Connected_UEs: 82.86
SIP DC%: 
UPTP_Mbps: 38.23
DLRLCLayerDataVolume MB: 6726.39
DRB UL Data Volume MB: 6660
PRB Util%: 22.85
RRC Setup Attempts: 4087
weekend: 0
hr: 23
MAC_UE_SC_Tput: 10716.36

hr: 23
CA Activation Rate num: 2447780
Setup_Fail_DEN: 8333
Peak UE: 27
MB_per_connected_UE: 145.06
PCT Time MIMO: 48.87
DL Volume: 3825
DL Data Vol MAC in MB: 4689.17
CA Activation Rate den: 155359

Time: 04:03:05
holiday: 0
CA DL DataVolRatio Pct num: 5578

DL MAC Vol Scell Pct: 21.33
SIP DC%: 
CA DL DataVolRatio Pct den: 6957
weekend: 0
UPTP Mbps Num: 6457
hr: 13
MAC_UE_SC_Tput: 6078.91
Bearer Releases: 7617

hr: 13
CA Activation Rate num: 3400172
Setup_Fail_DEN: 18907
SIP_SC_Total_MOU: 38.62
Peak UE: 79
MB_per_connected_UE: 146.52
PCT Time MIMO: 60.8
UL Throughput: 10.1
DL Data Vol MAC in MB: 6645.88
CA Activation Rate den: 87524

Time: 09:07:12
holiday: 0
CA DL DataVolRatio Pct num: 663

SIP DC%: 
UPTP_Mbps: 17.5
DLRLCLayerDataVolume MB: 4874.67
DRB UL Data Volume MB: 7363
RRC Setup Attempts: 7652
CA DL DataVolRatio Pct den: 7928
CA Conf FailRate Pct den: 4893
weekend: 0
hr: 23
MAC_UE_SC_Tput: 12046.35
Bearer Releases: 8909

hr: 23
CA Activation Rate num: 4250238
Setup_Fail_DEN: 10463
UL MAC Vol Scell Pct: 3.39
Peak UE: 75
MB_per_connected_UE: 188.17
DL Data Vol MAC in MB: 6888.74
CA Activation Rate den: 49085

Time: 04:27:03
holiday: 0
CA DL DataVolRatio Pct num: 4964

DL MAC Vol Scell Pct: 10.28
SIP DC%: 
UPTP_Mbps: 28.11
DLRLCLayerDataVolume MB: 4378.82
PRB Util%: 53.95
CA DL DataVolRatio Pct den: 4211
CA Conf FailRate Pct den: 8663
weekend: 1
CA Activation Rate: 73.97
hr: 10
MAC_UE_SC_Tput: 4772.14

hr: 10
CA Activation Rate num: 10493851
Setup_Fail_DEN: 16654
Peak UE: 27
MB_per_connected_UE: 59.67

Time: 12:29:41
holiday: 0

Avg_Connected_UEs: 74.76
SIP DC%: 
DRB UL Data Volume MB: 7018
RRC Setup Attempts: 5095
CA Conf FailRate Pct den: 6811
weekend: 0
CA Activation Rate: 6.17
hr: 19
Bearer Releases: 6209

hr: 19
CA Activation Rate num: 3819550
Setup_Fail_DEN: 17719
SIP_SC_Total_MOU: 334.64
Peak UE: 27
PCT Time MIMO: 35.85
DL Data Vol MAC in MB: 9847.71

Time: 01:56:16
holiday: 0
Bearer Releases Voice: 219

DL MAC Vol Scell Pct: 14.6
SIP DC%: 
DLRLCLayerDataVolume MB: 7951.01
RRC Setup Attempts: 4372
CA Conf FailRate Pct den: 7476
weekend: 0
hr: 23
MAC_UE_SC_Tput: 10148.26
Bearer Releases: 10269

hr: 23
CA Activation Rate num: 7169089
UPTP Mbps Den: 2255
Peak UE: 79
MB_per_connected_UE: 146.97
DL Volume: 1867
DL Data Vol MAC in MB: 5398.63
CA Activation Rate den: 183144

Time: 17:59:10
holiday: 0
CA DL DataVolRatio Pct: 56.99

SIP DC%: 
DLRLCLayerDataVolume MB: 1277.01
DRB UL Data Volume MB: 8076
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8626.47

hr: 23
CA Activation Rate num: 10953133
Setup_Fail_DEN: 6790
SIP_SC_Total_MOU: 44.43
Peak UE: 37
MB_per_connected_UE: 59.16
DL Data Vol MAC in MB: 10060.9
CA Activation Rate den: 112733

Time: 20:22:59
holiday: 0
CA DL DataVolRatio Pct num: 5156

DL MAC Vol Scell Pct: 22.13
SIP DC%: 
UPTP_Mbps: 79.18
DRB UL Data Volume MB: 6627
PRB Util%: 39.9
CA DL DataVolRatio Pct den: 3339
weekend: 0
UPTP Mbps Num: 43943
CA Activation Rate: 50.63
hr: 12
MAC_UE_SC_Tput: 6486.9

hr: 12
SIP_SC_Total_MOU: 329.87
Peak UE: 35
MB_per_connected_UE: 45.35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5507
DL Data Vol MAC in MB: 9777
CA Activation Rate den: 57210

Combined RACH Preambles: 4788
Time: 22:07:43
holiday: 0
CA DL DataVolRatio Pct num: 1086

DL MAC Vol Scell Pct: 54.68
SIP DC%: 
DLRLCLayerDataVolume MB: 8096.29
DRB UL Data Volume MB: 9085
RRC Setup Attempts: 3726
weekend: 0
UPTP Mbps Num: 31637
hr: 11
MAC_UE_SC_Tput: 7083.91
Bearer Releases: 8016

hr: 11
CA Activation Rate num: 10867533
Setup_Fail_DEN: 10847
Peak UE: 27
DL Data Vol MAC in MB: 9818.92
CA Activation Rate den: 57540

Time: 11:01:54
holiday: 0

DL MAC Vol Scell Pct: 42.99
SIP DC%: 
DLRLCLayerDataVolume MB: 7955.47
CA DL DataVolRatio Pct den: 7231
weekend: 0
UPTP Mbps Num: 38703
hr: 3
MAC_UE_SC_Tput: 18007.35
Bearer Releases: 8840

hr: 3
CA Activation Rate num: 7658401
UPTP Mbps Den: 1215
Setup_Fail_DEN: 16140
Peak UE: 27
MB_per_connected_UE: 70.91
DL Volume: 2571
DL Data Vol MAC in MB: 10037.5
CA Activation Rate den: 57883

holiday: 0

Avg_Connected_UEs: 51.57
SIP DC%: 
DLRLCLayerDataVolume MB: 1049.25
PRB Util%: 42.29
RRC Setup Attempts: 4050
CA Conf FailRate Pct den: 5215
weekend: 1
UPTP Mbps Num: 12691
CA Activation Rate: 60.47
hr: 2
MAC_UE_SC_Tput: 19609.17
Bearer Releases: 8524

hr: 2
Peak UE: 38
DL Volume: 8922
DL Data Vol MAC in MB: 9285.36
CA Activation Rate den: 173482

Time: 07:08:19
holiday: 0

DL MAC Vol Scell Pct: 18.06
SIP DC%: 
UPTP_Mbps: 125.1
DLRLCLayerDataVolume MB: 5161.37
DRB UL Data Volume MB: 2831
CA Conf FailRate Pct den: 8868
weekend: 1
UPTP Mbps Num: 30762
hr: 8
MAC_UE_SC_Tput: 7743.49
Bearer Releases: 8425

hr: 8
CA Activation Rate num: 831612
SIP_SC_Total_MOU: 28.72
Peak UE: 29
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8175
DL Data Vol MAC in MB: 5007.92
CA Activation Rate den: 53038

Time: 15:49:33
holiday: 0

Avg_Connected_UEs: 76.47
SIP DC%: 
DLRLCLayerDataVolume MB: 9371.98
DRB UL Data Volume MB: 5040
RRC Setup Attempts: 4615
CA DL DataVolRatio Pct den: 6132
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5599.23
Bearer Releases: 7373

hr: 0
CA Activation Rate num: 1196857
Peak UE: 62
MB_per_connected_UE: 40.74
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6357
UL Throughput: 11.32
DL Data Vol MAC in MB: 8876.5
CA Activation Rate den: 147685

Time: 23:03:37
holiday: 0

SIP DC%: 
UPTP_Mbps: 126.26
DLRLCLayerDataVolume MB: 3636.79
PRB Util%: 30.36
RRC Setup Attempts: 4732
weekend: 0
hr: 7
MAC_UE_SC_Tput: 10536.6
Bearer Releases: 8039

hr: 7
CA Activation Rate num: 879528
UPTP Mbps Den: 1859
Setup_Fail_DEN: 13955
SIP_SC_Total_MOU: 279.4
Peak UE: 95
MB_per_connected_UE: 144.66
DL Data Vol MAC in MB: 9081.71
CA Activation Rate den: 114416

Time: 03:28:16
holiday: 0
CA DL DataVolRatio Pct num: 2074

SIP DC%: 
UPTP_Mbps: 20.58
DLRLCLayerDataVolume MB: 726.66
DRB UL Data Volume MB: 7095
PRB Util%: 69.08
CA DL DataVolRatio Pct den: 9372
weekend: 0
UPTP Mbps Num: 56166
CA Activation Rate: 25.13
hr: 22
MAC_UE_SC_Tput: 9343.33

hr: 22
CA Activation Rate num: 10955492
UPTP Mbps Den: 1029
Setup_Fail_DEN: 8436
MB_per_connected_UE: 49.91
UL Throughput: 11.03
DL Data Vol MAC in MB: 9789.81
CA Activation Rate den: 194669

Time: 20:40:19
holiday: 0

SIP DC%: 
UPTP_Mbps: 10.36
CA DL DataVolRatio Pct den: 617
weekend: 0
hr: 3
MAC_UE_SC_Tput: 13374.86

hr: 3
CA Activation Rate num: 697728
SIP_SC_Total_MOU: 186.02
Peak UE: 59
MB_per_connected_UE: 126.3
DL Volume: 8730
DL Data Vol MAC in MB: 315.54
CA Activation Rate den: 93972

Time: 01:06:04
holiday: 0
CA DL DataVolRatio Pct num: 5432

DL MAC Vol Scell Pct: 44.77
SIP DC%: 
UPTP_Mbps: 109.43
DRB UL Data Volume MB: 3391
Bearer Drop Voice%: 1.28
RRC Setup Attempts: 5405
weekend: 0
UPTP Mbps Num: 24177
CA Activation Rate: 24.07
hr: 23
MAC_UE_SC_Tput: 13648.63
Bearer Releases: 17236

hr: 23
CA Activation Rate num: 10702293
UPTP Mbps Den: 26
SIP_SC_Total_MOU: 97
Peak UE: 27
VOLTE IA%: 
PCT Time MIMO: 32.76
DL Volume: 7833
CA Activation Rate den: 124001

Time: 15:42:32
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3419.63
PRB Util%: 39.24
weekend: 0
CA Activation Rate: 25.32
hr: 10
MAC_UE_SC_Tput: 5446.95
Bearer Releases: 11343

hr: 10
CA Activation Rate num: 191323
Peak UE: 75
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5310
CA Activation Rate den: 156373

Time: 00:43:44
holiday: 0
CA DL DataVolRatio Pct num: 4596

Avg_Connected_UEs: 76.43
SIP DC%: 
UPTP_Mbps: 13.43
weekend: 0
hr: 13
MAC_UE_SC_Tput: 24711.86

hr: 13
Setup_Fail_DEN: 16818
Peak UE: 57
MB_per_connected_UE: 139.03
DL Data Vol MAC in MB: 7070.01
CA Activation Rate den: 132258

Time: 10:23:11
holiday: 0
CA DL DataVolRatio Pct num: 3546

DL MAC Vol Scell Pct: 16.5
Avg_Connected_UEs: 43.09
SIP DC%: 
DLRLCLayerDataVolume MB: 5748.77
DRB UL Data Volume MB: 7360
PRB Util%: 73.94
RRC Setup Attempts: 6914
CA Conf FailRate Pct den: 4563
weekend: 0
UPTP Mbps Num: 51697
hr: 10
MAC_UE_SC_Tput: 11147.45
Bearer Releases: 10380

hr: 10
CA Activation Rate num: 2070725
Setup_Fail_DEN: 9679
SIP_SC_Total_MOU: 246.17
Peak UE: 27
MB_per_connected_UE: 120.87
DL Volume: 7191
DL Data Vol MAC in MB: 260.73
CA Activation Rate den: 110836

Time: 16:43:33
holiday: 0
CA DL DataVolRatio Pct num: 3500

DL MAC Vol Scell Pct: 30.06
Avg_Connected_UEs: 83.25
SIP DC%: 
DLRLCLayerDataVolume MB: 4797.83
DRB UL Data Volume MB: 7039
CA DL DataVolRatio Pct den: 4650
weekend: 0
CA Activation Rate: 76.55
hr: 0
MAC_UE_SC_Tput: 12028.44
Bearer Releases: 13814

hr: 0
CA Activation Rate num: 7227243
UPTP Mbps Den: 2527
Setup_Fail_DEN: 16052
SIP_SC_Total_MOU: 35.58
Peak UE: 27
MB_per_connected_UE: 151.06
DL Volume: 3796

Time: 04:58:39
holiday: 0
HO Attempts: 695

DL MAC Vol Scell Pct: 12.23
SIP DC%: 
DLRLCLayerDataVolume MB: 4930.8
PRB Util%: 41.21
weekend: 0
UPTP Mbps Num: 60774
CA Activation Rate: 54.99
hr: 5
MAC_UE_SC_Tput: 4866.67

hr: 5
CA Activation Rate num: 10048770
Setup_Fail_DEN: 15879
Peak UE: 27
MB_per_connected_UE: 59.41
DL Volume: 7118
DL Data Vol MAC in MB: 870.7
CA Activation Rate den: 65556
Combined RACH Preambles: 2753

Time: 20:47:03
holiday: 0
CA DL DataVolRatio Pct num: 681

SIP DC%: 
DRB UL Data Volume MB: 4745
CA DL DataVolRatio Pct den: 6803
weekend: 0
hr: 0
MAC_UE_SC_Tput: 14056.04
Bearer Releases: 11504

hr: 0
CA Activation Rate num: 8740551
SIP_SC_Total_MOU: 256.94
Peak UE: 27
PCT Time MIMO: 46.48
DL Volume: 7395
DL Data Vol MAC in MB: 4469.67

Time: 20:36:28
holiday: 0
CA DL DataVolRatio Pct: 61.81

SIP DC%: 
PRB Util%: 5.16
CA DL DataVolRatio Pct den: 4049
weekend: 0
UPTP Mbps Num: 1853
hr: 4
MAC_UE_SC_Tput: 15999.14
Bearer Releases: 11385

hr: 4
CA Activation Rate num: 420611
UPTP Mbps Den: 5685
Peak UE: 73
DL Data Vol MAC in MB: 5105.88
CA Activation Rate den: 90963

Time: 18:32:05
holiday: 0
CA DL DataVolRatio Pct num: 6044

SIP DC%: 
DLRLCLayerDataVolume MB: 3580.25
PRB Util%: 61.43
CA Conf FailRate Pct den: 6016
weekend: 0
UPTP Mbps Num: 24398
hr: 23
MAC_UE_SC_Tput: 10585.91
Bearer Releases: 6233

hr: 23
CA Activation Rate num: 7723886
Peak UE: 72
MB_per_connected_UE: 94.93
DL Data Vol MAC in MB: 3571.67
CA Activation Rate den: 200680

Time: 07:10:42
holiday: 0

DL MAC Vol Scell Pct: 24.13
SIP DC%: 
UPTP_Mbps: 18.32
DLRLCLayerDataVolume MB: 208.93
weekend: 0
UPTP Mbps Num: 25781
hr: 23
MAC_UE_SC_Tput: 9717.11
Bearer Releases: 13407

hr: 23
CA Activation Rate num: 8480864
Setup_Fail_DEN: 13680
Peak UE: 47
MB_per_connected_UE: 15.9
DL Data Vol MAC in MB: 6196.97

Time: 20:01:33
holiday: 0
CA DL DataVolRatio Pct: 91.39

DL MAC Vol Scell Pct: 20.74
Avg_Connected_UEs: 53.26
SIP DC%: 
UPTP_Mbps: 33.79
DRB UL Data Volume MB: 9407
weekend: 0
UPTP Mbps Num: 7181
CA Activation Rate: 29.82
hr: 4
MAC_UE_SC_Tput: 6746.7
Bearer Releases: 9946

hr: 4
UPTP Mbps Den: 567
Setup_Fail_DEN: 7684
Peak UE: 63
MB_per_connected_UE: 167.01
DL Data Vol MAC in MB: 3214.6
CA Activation Rate den: 119619

Time: 13:44:56
holiday: 0
CA DL DataVolRatio Pct: 82.01

SIP DC%: 
DLRLCLayerDataVolume MB: 4438.97
DRB UL Data Volume MB: 6333
PRB Util%: 21.52
CA DL DataVolRatio Pct den: 7198
weekend: 0
UPTP Mbps Num: 4645
CA Activation Rate: 52.62
hr: 17
MAC_UE_SC_Tput: 9411.32
Bearer Releases: 15198

hr: 17
UPTP Mbps Den: 5648
SIP_SC_Total_MOU: 173.91
Peak UE: 81
MB_per_connected_UE: 95.47
PCT Time MIMO: 65.99
DL Data Vol MAC in MB: 3025.57

Time: 08:34:05
holiday: 0

Avg_Connected_UEs: 49.01
SIP DC%: 
UPTP_Mbps: 69.87
DLRLCLayerDataVolume MB: 8225.47
weekend: 0
hr: 0
MAC_UE_SC_Tput: 18030.27

hr: 0
CA Activation Rate num: 5349222
Peak UE: 76
MB_per_connected_UE: 114.95
CA Activation Rate den: 42877

Time: 06:11:35
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8259.86
DL Packet Loss Pct: 1.17
CA Conf FailRate Pct den: 9435
weekend: 1
hr: 20
MAC_UE_SC_Tput: 7272.09
Bearer Releases: 11218

hr: 20
CA Activation Rate num: 8084065
Setup_Fail_DEN: 19991
SIP_SC_Total_MOU: 137.01
Peak UE: 44
MB_per_connected_UE: 157.55
DL Volume: 3026
DL Data Vol MAC in MB: 1909.95

Time: 13:12:07
holiday: 0
CA DL DataVolRatio Pct: 75.35

Avg_Connected_UEs: 73.02
SIP DC%: 
DLRLCLayerDataVolume MB: 3735.04
PRB Util%: 53.88
RRC Setup Attempts: 8549
weekend: 0
UPTP Mbps Num: 31029
hr: 14
MAC_UE_SC_Tput: 7602.33

hr: 14
CA Activation Rate num: 4060529
SIP_SC_Total_MOU: 155.7
UL Throughput: 7.67
DL Data Vol MAC in MB: 5022.89

Time: 10:55:53
holiday: 0

Avg_Connected_UEs: 71.27
SIP DC%: 
DLRLCLayerDataVolume MB: 3446.73
weekend: 0
hr: 20
MAC_UE_SC_Tput: 4370.66
Bearer Releases: 15121

hr: 20
CA Activation Rate num: 9160215
Peak UE: 52
CA Activation Rate den: 147715

Combined RACH Preambles: 2861
Time: 23:43:33
holiday: 0
CA DL DataVolRatio Pct num: 6757

SIP DC%: 
UPTP_Mbps: 42.4
DLRLCLayerDataVolume MB: 4320.26
CA Conf FailRate Pct den: 9014
weekend: 0
UPTP Mbps Num: 29796
CA Activation Rate: 54.04
hr: 4
MAC_UE_SC_Tput: 6033.51
Bearer Releases: 10377

hr: 4
CA Activation Rate num: 6420215
UPTP Mbps Den: 648
SIP_SC_Total_MOU: 413.51
Peak UE: 40
MB_per_connected_UE: 18.48
DL Volume: 5167
DL Data Vol MAC in MB: 8264.25
CA Activation Rate den: 40532

Time: 17:16:12
holiday: 0

Avg_Connected_UEs: 27.17
SIP DC%: 
UPTP_Mbps: 7.6
DLRLCLayerDataVolume MB: 7749.23
RRC Setup Attempts: 3943
weekend: 0
hr: 20
MAC_UE_SC_Tput: 9608.57
Bearer Releases: 10177

hr: 20
CA Activation Rate num: 6543645
UPTP Mbps Den: 4804
Setup_Fail_DEN: 8916
Peak UE: 34
MB_per_connected_UE: 111.12
DL Data Vol MAC in MB: 7324.68
CA Activation Rate den: 102105

Time: 08:35:04
holiday: 0
HO Attempts: 599

SIP DC%: 
UPTP_Mbps: 138.66
DLRLCLayerDataVolume MB: 5502.71
PRB Util%: 38.5
RRC Setup Attempts: 6673
weekend: 0
hr: 5
MAC_UE_SC_Tput: 8624.39

hr: 5
CA Activation Rate num: 1138667
Setup_Fail_DEN: 13979
SIP_SC_Total_MOU: 222.63
Peak UE: 29
DL Data Vol MAC in MB: 8913.15
CA Activation Rate den: 141855

Time: 03:49:48
holiday: 0

DL MAC Vol Scell Pct: 9.58
SIP DC%: 
UPTP_Mbps: 118.34
DLRLCLayerDataVolume MB: 9209.92
DRB UL Data Volume MB: 6273
RRC Setup Attempts: 6546
weekend: 1
UPTP Mbps Num: 28794
hr: 23
MAC_UE_SC_Tput: 5380.74
Bearer Releases: 8778

hr: 23
CA Activation Rate num: 5043089
Setup_Fail_DEN: 11664
Peak UE: 52
MB_per_connected_UE: 36.47
DL Volume: 1664
CA Activation Rate den: 46027

Combined RACH Preambles: 5103
holiday: 0
CA DL DataVolRatio Pct: 56.36
CA DL DataVolRatio Pct num: 1392

DL MAC Vol Scell Pct: 16.31
Avg_Connected_UEs: 34.8
SIP DC%: 
DLRLCLayerDataVolume MB: 2833.36
DRB UL Data Volume MB: 1380
CA DL DataVolRatio Pct den: 7297
weekend: 0
CA Activation Rate: 68.55
hr: 5
MAC_UE_SC_Tput: 17415.54

hr: 5
CA Activation Rate num: 5923229
Peak UE: 66
CA Activation Rate den: 42277

Time: 12:17:03
holiday: 0
CA DL DataVolRatio Pct: 66.07

SIP DC%: 
UPTP_Mbps: 16.66
DLRLCLayerDataVolume MB: 2593.8
PRB Util%: 33.8
RRC Setup Attempts: 3566
RSSIRX1 Avg: -95.72
weekend: 0
hr: 7
MAC_UE_SC_Tput: 7238.61

hr: 7
CA Activation Rate num: 7880600
Setup_Fail_DEN: 7567
SIP_SC_Total_MOU: 360.78
Peak UE: 74
MB_per_connected_UE: 166.23
DL Volume: 3469

Time: 15:00:54
holiday: 0

Avg_Connected_UEs: 39.12
SIP DC%: 
DLRLCLayerDataVolume MB: 6626.8
DRB UL Data Volume MB: 1744
RRC Setup Attempts: 3470
CA DL DataVolRatio Pct den: 5456
weekend: 0
hr: 7
MAC_UE_SC_Tput: 6974.81
Bearer Releases: 6619

hr: 7
CA Activation Rate num: 9241579
UPTP Mbps Den: 973
SIP_SC_Total_MOU: 217.6
Peak UE: 51
MB_per_connected_UE: 183.12
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5197

Time: 11:27:11
holiday: 0

SIP DC%: 
UPTP_Mbps: 38.16
DRB UL Data Volume MB: 1043
CA Conf FailRate Pct den: 5579
weekend: 0
UPTP Mbps Num: 28457
hr: 13
MAC_UE_SC_Tput: 4695.03

hr: 13
CA Activation Rate num: 2992357
UPTP Mbps Den: 3113
Peak UE: 73
MB_per_connected_UE: 136.74
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5032
CA Activation Rate den: 126045

Time: 20:15:52
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2268.39
DRB UL Data Volume MB: 848
RRC Setup Attempts: 6464
CA DL DataVolRatio Pct den: 6794
weekend: 0
UPTP Mbps Num: 4364
hr: 23
MAC_UE_SC_Tput: 18844.21

hr: 23
CA Activation Rate num: 4102537
SIP_SC_Total_MOU: 224.26
Peak UE: 27
MB_per_connected_UE: 75.65
PCT Time MIMO: 47.93

Combined RACH Preambles: 3317
Time: 19:10:44
holiday: 0
CA DL DataVolRatio Pct num: 3800

SIP DC%: 
DLRLCLayerDataVolume MB: 7357.29
PRB Util%: 31.43
RRC Setup Attempts: 7988
CA DL DataVolRatio Pct den: 5794
weekend: 0
UPTP Mbps Num: 48117
hr: 3
MAC_UE_SC_Tput: 10341.5
Bearer Releases: 17602

hr: 3
CA Activation Rate num: 1226351
Setup_Fail_DEN: 9822
Peak UE: 27
MB_per_connected_UE: 170.99
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5627
DL Data Vol MAC in MB: 1777.3
CA Activation Rate den: 60989

Time: 06:14:36
holiday: 0
CA DL DataVolRatio Pct num: 246

SIP DC%: 
DRB UL Data Volume MB: 7795
RRC Setup Attempts: 9735
CA Conf FailRate Pct den: 6426
weekend: 1
hr: 23
MAC_UE_SC_Tput: 10392.9
Bearer Releases: 18233

hr: 23
CA Activation Rate num: 6310196
SIP_SC_Total_MOU: 40.28
Peak UE: 27
MB_per_connected_UE: 169.44
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5074
DL Data Vol MAC in MB: 7641.66
CA Activation Rate den: 74790

Time: 20:41:54
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8179.95
RRC Setup Attempts: 5343
CA DL DataVolRatio Pct den: 9309
CA Conf FailRate Pct den: 7138
weekend: 0
UPTP Mbps Num: 15799
hr: 16
MAC_UE_SC_Tput: 17002.43
Bearer Releases: 6376

hr: 16
CA Activation Rate num: 4377407
Setup_Fail_DEN: 14288
Peak UE: 27
VOLTE IA%: 
DL Data Vol MAC in MB: 3520.91
Combined RACH Preambles: 4295

Time: 23:30:51
holiday: 0

Avg_Connected_UEs: 25.2
SIP DC%: 
DLRLCLayerDataVolume MB: 9130.32
RRC Setup Attempts: 7441
weekend: 0
UPTP Mbps Num: 9548
hr: 2
MAC_UE_SC_Tput: 7595.01

hr: 2
CA Activation Rate num: 1908051
Setup_Fail_DEN: 9749
Peak UE: 27
DL Data Vol MAC in MB: 8661.23

Time: 13:09:45
holiday: 0
CA DL DataVolRatio Pct num: 430

SIP DC%: 
UPTP_Mbps: 17.63
DLRLCLayerDataVolume MB: 5149.77
PRB Util%: 25.34
RRC Setup Attempts: 7089
CA DL DataVolRatio Pct den: 6330
weekend: 0
CA Activation Rate: 6.91
hr: 0
MAC_UE_SC_Tput: 5933.46

hr: 0
CA Activation Rate num: 5372876
Setup_Fail_DEN: 8912
Peak UE: 36
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3665
CA Activation Rate den: 66547

holiday: 0
CA DL DataVolRatio Pct num: 7067

DL MAC Vol Scell Pct: 23.49
SIP DC%: 
DLRLCLayerDataVolume MB: 8569.79
CA DL DataVolRatio Pct den: 2600
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8069.62

hr: 23
CA Activation Rate num: 4473323
Setup_Fail_DEN: 13033
SIP_SC_Total_MOU: 62.9
Peak UE: 45
MB_per_connected_UE: 103.73

Time: 23:04:53
holiday: 0
HO Attempts: 460

Avg_Connected_UEs: 79.68
SIP DC%: 
UPTP_Mbps: 28.36
PRB Util%: 19.07
CA DL DataVolRatio Pct den: 2734
weekend: 1
hr: 13
MAC_UE_SC_Tput: 5628.6

hr: 13
CA Activation Rate num: 9304386
Setup_Fail_DEN: 19682
SIP_SC_Total_MOU: 129.83
Peak UE: 42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4526
DL Data Vol MAC in MB: 9716.32
CA Activation Rate den: 77355

Combined RACH Preambles: 2987
Time: 18:38:13
holiday: 0
CA DL DataVolRatio Pct: 72.1
CA DL DataVolRatio Pct num: 4493

SIP DC%: 
DLRLCLayerDataVolume MB: 8573.05
DRB UL Data Volume MB: 4549
PRB Util%: 39.32
RRC Setup Attempts: 4433
CA DL DataVolRatio Pct den: 5131
weekend: 0
hr: 3
MAC_UE_SC_Tput: 5764.73

hr: 3
SIP_SC_Total_MOU: 121.45
MB_per_connected_UE: 21.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7360
CA Activation Rate den: 75244

Time: 20:08:25
holiday: 0
CA DL DataVolRatio Pct num: 6579

SIP DC%: 
DLRLCLayerDataVolume MB: 2462.5
DRB UL Data Volume MB: 8421
CA DL DataVolRatio Pct den: 8507
weekend: 0
hr: 15
MAC_UE_SC_Tput: 6777.38

hr: 15
CA Activation Rate num: 6283573
SIP_SC_Total_MOU: 72.62
Peak UE: 92
MB_per_connected_UE: 80.88
DL Volume: 5971
DL Data Vol MAC in MB: 7075.25

Time: 13:20:46
holiday: 0

DL MAC Vol Scell Pct: 26.27
SIP DC%: 
UPTP_Mbps: 47.46
DLRLCLayerDataVolume MB: 787.61
CA DL DataVolRatio Pct den: 7802
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5869.52
Bearer Releases: 7733

hr: 23
UPTP Mbps Den: 5740
Setup_Fail_DEN: 6394
Peak UE: 27
MB_per_connected_UE: 96.23
DL Volume: 6420
CA Activation Rate den: 89793

Time: 05:55:43
holiday: 0

SIP DC%: 
weekend: 0
UPTP Mbps Num: 11766
hr: 4
MAC_UE_SC_Tput: 11317.39

hr: 4
CA Activation Rate num: 2636132
SIP_SC_Total_MOU: 235.65
Peak UE: 54
DL Volume: 4565
DL Data Vol MAC in MB: 5150.45
CA Activation Rate den: 117291

Combined RACH Preambles: 3553
Time: 20:35:04
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 2432
PRB Util%: 40.47
RRC Setup Attempts: 9634
CA Conf FailRate Pct den: 3205
weekend: 0
UPTP Mbps Num: 52014
CA Activation Rate: 58.75
hr: 5
MAC_UE_SC_Tput: 18093.42
Bearer Releases: 13185

hr: 5
CA Activation Rate num: 8889183
UPTP Mbps Den: 1696
SIP_SC_Total_MOU: 163.76
Peak UE: 56
MB_per_connected_UE: 125.07
CA Activation Rate den: 71294

Combined RACH Preambles: 1942
Time: 21:37:35
holiday: 0

SIP DC%: 
UPTP_Mbps: 45.2
DLRLCLayerDataVolume MB: 3930.72
DRB UL Data Volume MB: 7842
PRB Util%: 67.26
RRC Setup Attempts: 8794
CA DL DataVolRatio Pct den: 8579
weekend: 0
CA Activation Rate: 20.64
hr: 9
MAC_UE_SC_Tput: 12952.57

hr: 9
SIP_SC_Total_MOU: 96.11
Peak UE: 28
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8421
DL Data Vol MAC in MB: 4281.84
CA Activation Rate den: 131063

Time: 20:04:39
holiday: 0
CA DL DataVolRatio Pct num: 1334

DL MAC Vol Scell Pct: 38.94
Avg_Connected_UEs: 36.29
SIP DC%: 
DLRLCLayerDataVolume MB: 5964.71
weekend: 0
hr: 0
MAC_UE_SC_Tput: 18472.77

hr: 0
CA Activation Rate num: 10526620
Peak UE: 27
DL Volume: 1921
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6068
DL Data Vol MAC in MB: 9565.45
CA Activation Rate den: 98667

Time: 04:21:22
holiday: 0
CA DL DataVolRatio Pct: 75.86

SIP DC%: 
DLRLCLayerDataVolume MB: 2125.88
PRB Util%: 34.91
RRC Setup Attempts: 8100
weekend: 0
UPTP Mbps Num: 59905
CA Activation Rate: 45.33
hr: 20
MAC_UE_SC_Tput: 24481.56

hr: 20
SIP_SC_Total_MOU: 21.84
Peak UE: 65
DL Data Vol MAC in MB: 8466.48
CA Activation Rate den: 67724

Time: 20:10:09
holiday: 0
CA DL DataVolRatio Pct: 62.22

SIP DC%: 
DLRLCLayerDataVolume MB: 2379.46
PRB Util%: 39.5
CA Conf FailRate Pct den: 5596
RSSIRX1 Avg: -93.16
weekend: 0
CA Activation Rate: 20.86
hr: 23
MAC_UE_SC_Tput: 6362.01

hr: 23
CA Activation Rate num: 7380171
Setup_Fail_DEN: 8174
Peak UE: 36
MB_per_connected_UE: 191.59
PCT Time MIMO: 52.58
DL Data Vol MAC in MB: 1176.75
CA Activation Rate den: 52078

Time: 16:14:47
holiday: 0
CA DL DataVolRatio Pct num: 3036

Avg_Connected_UEs: 29.31
SIP DC%: 
UPTP_Mbps: 26.19
DLRLCLayerDataVolume MB: 6441.73
DRB UL Data Volume MB: 5021
RRC Setup Attempts: 3471
weekend: 0
hr: 18
MAC_UE_SC_Tput: 6520.95

hr: 18
CA Activation Rate num: 3776036
SIP_SC_Total_MOU: 360.67
Peak UE: 88
PCT Time MIMO: 47.18
CA Activation Rate den: 83333

Time: 15:02:16
holiday: 0
CA DL DataVolRatio Pct num: 583

SIP DC%: 
PRB Util%: 52.48
weekend: 0
UPTP Mbps Num: 19623
hr: 16
MAC_UE_SC_Tput: 4673.4

hr: 16
CA Activation Rate num: 10651938
SIP_SC_Total_MOU: 178.34
Peak UE: 58
VOLTE IA%: 
CA Activation Rate den: 70931

Time: 05:55:56
holiday: 0

SIP DC%: 
UPTP_Mbps: 28.48
DLRLCLayerDataVolume MB: 7601.94
DRB UL Data Volume MB: 6408
PRB Util%: 46.05
weekend: 1
UPTP Mbps Num: 56193
hr: 10
MAC_UE_SC_Tput: 13851.17

hr: 10
CA Activation Rate num: 3108590
Setup_Fail_DEN: 18737
Peak UE: 27
MB_per_connected_UE: 60.29
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3826
DL Data Vol MAC in MB: 431.39

Time: 13:47:02
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7638.63
weekend: 0
UPTP Mbps Num: 55523
hr: 2
MAC_UE_SC_Tput: 5137.03

hr: 2
CA Activation Rate num: 2663786
Peak UE: 39
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6563
CA Activation Rate den: 215947
Combined RACH Preambles: 1895

Time: 14:26:35
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 1333
weekend: 0
UPTP Mbps Num: 34012
CA Activation Rate: 5.62
hr: 0
MAC_UE_SC_Tput: 15686.38

hr: 0
CA Activation Rate num: 12784044
SIP_SC_Total_MOU: 165.89
Peak UE: 31
MB_per_connected_UE: 38.17
DL Data Vol MAC in MB: 2659.58

Combined RACH Preambles: 3549
Time: 05:25:10
holiday: 0
CA DL DataVolRatio Pct num: 6260

SIP DC%: 
DRB UL Data Volume MB: 8878
weekend: 0
CA Activation Rate: 20.36
hr: 7
MAC_UE_SC_Tput: 4424.07

hr: 7
CA Activation Rate num: 9500326
UPTP Mbps Den: 740
Setup_Fail_DEN: 16434
Peak UE: 65
MB_per_connected_UE: 74.97
DL Data Vol MAC in MB: 6457.87

Time: 08:47:33
holiday: 0

SIP DC%: 
UPTP_Mbps: 33.38
DLRLCLayerDataVolume MB: 4555.38
CA DL DataVolRatio Pct den: 8160
weekend: 0
CA Activation Rate: 59.93
hr: 23
MAC_UE_SC_Tput: 11353.71

hr: 23
Avg CQI: 11.17
CA Activation Rate num: 3369255
SIP_SC_Total_MOU: 23.21
Peak UE: 27
CA Activation Rate den: 110900

Time: 10:20:24
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 8790
CA DL DataVolRatio Pct den: 6001
weekend: 1
hr: 0
MAC_UE_SC_Tput: 5187.07

hr: 0
CA Activation Rate num: 7593924
Setup_Fail_DEN: 9944
SIP_SC_Total_MOU: 98.24
Peak UE: 84
PCT Time MIMO: 59.44
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3589
DL Data Vol MAC in MB: 3924.32
Combined RACH Preambles: 4894

Time: 16:01:17
holiday: 0

Avg_Connected_UEs: 35.8
SIP DC%: 
DLRLCLayerDataVolume MB: 1731.36
DRB UL Data Volume MB: 9736
CA DL DataVolRatio Pct den: 4993
weekend: 1
CA Activation Rate: 11.94
hr: 23
MAC_UE_SC_Tput: 4851.04

hr: 23
CA Activation Rate num: 4627763
Setup_Fail_DEN: 14441
Peak UE: 63
MB_per_connected_UE: 188.77
CA Activation Rate den: 37390

holiday: 0

SIP DC%: 
UPTP_Mbps: 69.99
DLRLCLayerDataVolume MB: 6343.39
RRC Setup Attempts: 3372
CA DL DataVolRatio Pct den: 8408
weekend: 0
UPTP Mbps Num: 7539
CA Activation Rate: 65.37
hr: 9
MAC_UE_SC_Tput: 13304.48

hr: 9
CA Activation Rate num: 13587866
Peak UE: 27
MB_per_connected_UE: 170.61
DL Volume: 3574
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6325
DL Data Vol MAC in MB: 7133.11

holiday: 0
CA DL DataVolRatio Pct: 44.56

SIP DC%: 
PRB Util%: 37.25
RRC Setup Attempts: 7550
CA DL DataVolRatio Pct den: 1527
weekend: 0
UPTP Mbps Num: 15611
hr: 11
MAC_UE_SC_Tput: 7916.26
Bearer Releases: 10843

hr: 11
UPTP Mbps Den: 2578
SIP_SC_Total_MOU: 40.81
Peak UE: 35
MB_per_connected_UE: 131.44
CA Activation Rate den: 53661

Time: 22:36:46
holiday: 0
CA DL DataVolRatio Pct num: 2478

SIP DC%: 
CA Conf FailRate Pct den: 8296
weekend: 0
UPTP Mbps Num: 11343
hr: 9
MAC_UE_SC_Tput: 10853.6

hr: 9
CA Activation Rate num: 5888504
Peak UE: 55
DL Data Vol MAC in MB: 7070.63

Time: 21:56:06
holiday: 0
CA DL DataVolRatio Pct num: 4361

DL MAC Vol Scell Pct: 18.53
Avg_Connected_UEs: 25.94
SIP DC%: 
UPTP_Mbps: 27.58
DLRLCLayerDataVolume MB: 6318.53
DRB UL Data Volume MB: 5058
RRC Setup Attempts: 8839
weekend: 0
CA Activation Rate: 27.82
hr: 8
MAC_UE_SC_Tput: 9073.22
Bearer Releases: 7022

hr: 8
CA Activation Rate num: 3530164
Setup_Fail_DEN: 12780
SIP_SC_Total_MOU: 106.98
Peak UE: 44
DL Data Vol MAC in MB: 9175.61
CA Activation Rate den: 61271
Combined RACH Preambles: 3058

Time: 13:39:57
holiday: 0
CA DL DataVolRatio Pct: 84.44
CA DL DataVolRatio Pct num: 2931

DL MAC Vol Scell Pct: 7.48
SIP DC%: 
DLRLCLayerDataVolume MB: 2116.15
RRC Setup Attempts: 7181
CA DL DataVolRatio Pct den: 7623
weekend: 0
hr: 5
MAC_UE_SC_Tput: 8793.03

hr: 5
CA Activation Rate num: 5663892
UPTP Mbps Den: 5915
SIP_SC_Total_MOU: 40.15
Peak UE: 27
DL Volume: 6481
DL Data Vol MAC in MB: 3917.91

Time: 15:59:10
holiday: 0
CA DL DataVolRatio Pct num: 547

Avg_Connected_UEs: 81.32
SIP DC%: 
UPTP_Mbps: 18.83
DLRLCLayerDataVolume MB: 5891.17
DRB UL Data Volume MB: 8855
weekend: 0
UPTP Mbps Num: 16315
hr: 2
MAC_UE_SC_Tput: 6465.29
Bearer Releases: 7484

hr: 2
CA Activation Rate num: 2080385
UPTP Mbps Den: 3260
Peak UE: 39
DL Data Vol MAC in MB: 1491.5
Combined RACH Preambles: 1995

Time: 21:52:44
holiday: 0

DL MAC Vol Scell Pct: 32.82
SIP DC%: 
DLRLCLayerDataVolume MB: 2004.25
PRB Util%: 57.32
CA DL DataVolRatio Pct den: 9333
weekend: 0
UPTP Mbps Num: 23226
hr: 2
MAC_UE_SC_Tput: 4490.43
Bearer Releases: 14241

hr: 2
CA Activation Rate num: 6514600
Setup_Fail_DEN: 15425
Peak UE: 27
MB_per_connected_UE: 13.77

Time: 20:05:09
holiday: 0

DL MAC Vol Scell Pct: 20.26
Avg_Connected_UEs: 36.11
SIP DC%: 
UPTP_Mbps: 16.39
RRC Setup Attempts: 5777
weekend: 0
hr: 21
MAC_UE_SC_Tput: 9025.7
Bearer Releases: 11760

hr: 21
CA Activation Rate num: 9978787
UPTP Mbps Den: 2033
Peak UE: 56
MB_per_connected_UE: 19.25
DL Volume: 9378
DL Data Vol MAC in MB: 8538.8
CA Activation Rate den: 74746

Time: 02:11:01
holiday: 0
CA DL DataVolRatio Pct num: 933

SIP DC%: 
UPTP_Mbps: 16.07
DLRLCLayerDataVolume MB: 6311.78
PRB Util%: 8.5
weekend: 0
UPTP Mbps Num: 11802
CA Activation Rate: 59.13
hr: 23
MAC_UE_SC_Tput: 6997.31
Bearer Releases: 8345

hr: 23
CA Activation Rate num: 1530476
Setup_Fail_DEN: 13090
SIP_SC_Total_MOU: 270.17
Peak UE: 27
MB_per_connected_UE: 63.18
DL Volume: 6172
DL Data Vol MAC in MB: 4955.86
CA Activation Rate den: 108510

Time: 02:57:14
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5259.7
DRB UL Data Volume MB: 9392
CA DL DataVolRatio Pct den: 8624
CA Conf FailRate Pct den: 4513
weekend: 0
UPTP Mbps Num: 27290
CA Activation Rate: 69.44
hr: 0
MAC_UE_SC_Tput: 8716.12

hr: 0
CA Activation Rate num: 3465386
UPTP Mbps Den: 5608
Setup_Fail_DEN: 18447
Peak UE: 27
MB_per_connected_UE: 107.62
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5925
DL Data Vol MAC in MB: 1106.99

Time: 05:52:05
holiday: 0
CA DL DataVolRatio Pct: 69.16

SIP DC%: 
UPTP_Mbps: 128.5
weekend: 0
hr: 19
MAC_UE_SC_Tput: 13573.65

hr: 19
CA Activation Rate num: 10737381
Peak UE: 30
MB_per_connected_UE: 68.93

Time: 14:41:19
holiday: 0

Avg_Connected_UEs: 28.75
SIP DC%: 
DLRLCLayerDataVolume MB: 4919.18
weekend: 0
CA Activation Rate: 64.88
hr: 20
MAC_UE_SC_Tput: 10487.62
Bearer Releases: 6880

hr: 20
CA Activation Rate num: 7215811
SIP_SC_Total_MOU: 244.56
Peak UE: 44
MB_per_connected_UE: 126.4
DL Data Vol MAC in MB: 592.17

Time: 20:55:07
holiday: 0
CA DL DataVolRatio Pct: 70.99

SIP DC%: 
DLRLCLayerDataVolume MB: 2830.06
DRB UL Data Volume MB: 3867
weekend: 0
CA Activation Rate: 54.46
hr: 1
MAC_UE_SC_Tput: 11239.82
Bearer Releases: 15056

hr: 1
CA Activation Rate num: 5785264
UPTP Mbps Den: 1108
SIP_SC_Total_MOU: 82.61
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7135
CA Activation Rate den: 57054

Time: 17:45:45
holiday: 0
CA DL DataVolRatio Pct: 83.66
CA DL DataVolRatio Pct num: 2609

SIP DC%: 
CA DL DataVolRatio Pct den: 9729
weekend: 0
UPTP Mbps Num: 34749
hr: 17
MAC_UE_SC_Tput: 7002.63
Bearer Releases: 6338

hr: 17
Peak UE: 35
VOLTE IA%: 
MB_per_connected_UE: 172.27
DL Data Vol MAC in MB: 317.52
CA Activation Rate den: 73303

Time: 22:26:19
holiday: 0

Avg_Connected_UEs: 59.43
SIP DC%: 
UPTP_Mbps: 131.88
DRB UL Data Volume MB: 3965
CA DL DataVolRatio Pct den: 9269
weekend: 0
UPTP Mbps Num: 18982
hr: 16
MAC_UE_SC_Tput: 5281.63
Bearer Releases: 14085

hr: 16
CA Activation Rate num: 6497321
Setup_Fail_DEN: 9138
SIP_SC_Total_MOU: 410.74
DL Volume: 2062
CA Activation Rate den: 92358

Time: 08:56:15
holiday: 0
CA DL DataVolRatio Pct num: 5285

SIP DC%: 
DLRLCLayerDataVolume MB: 7804.93
CA DL DataVolRatio Pct den: 7445
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11915.33

hr: 23
CA Activation Rate num: 8446889
UPTP Mbps Den: 1078
Setup_Fail_DEN: 14634
SIP_SC_Total_MOU: 35.84
Peak UE: 27
MB_per_connected_UE: 52.74
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3543
DL Data Vol MAC in MB: 865.97

Time: 04:52:01
holiday: 0

SIP DC%: 
UPTP_Mbps: 116.16
DLRLCLayerDataVolume MB: 3729.37
DRB UL Data Volume MB: 2893
CA DL DataVolRatio Pct den: 3721
weekend: 0
hr: 3
MAC_UE_SC_Tput: 25514.3

hr: 3
CA Activation Rate num: 10340716
MB_per_connected_UE: 8.08
PCT Time MIMO: 56.5
CA Activation Rate den: 55998

Time: 21:29:46
holiday: 0
CA DL DataVolRatio Pct: 64.35

Avg_Connected_UEs: 57.42
SIP DC%: 
UPTP_Mbps: 17.96
CA DL DataVolRatio Pct den: 6669
weekend: 0
UPTP Mbps Num: 9112
hr: 3
MAC_UE_SC_Tput: 4823.09

hr: 3
CA Activation Rate num: 6147799
Setup_Fail_DEN: 7231
Peak UE: 77
MB_per_connected_UE: 112.44
DL Data Vol MAC in MB: 2110.83
CA Activation Rate den: 65683

holiday: 0

Avg_Connected_UEs: 16.99
SIP DC%: 
DRB UL Data Volume MB: 2307
CA Conf FailRate Pct den: 8719
weekend: 0
hr: 2
MAC_UE_SC_Tput: 9364.24
Bearer Releases: 17193

hr: 2
SIP_SC_Total_MOU: 203.95
Peak UE: 27
MB_per_connected_UE: 42.65

Combined RACH Preambles: 2064
Time: 06:32:36
holiday: 0

Avg_Connected_UEs: 55.48
SIP DC%: 
DLRLCLayerDataVolume MB: 952.95
DRB UL Data Volume MB: 7605
PRB Util%: 39.11
CA DL DataVolRatio Pct den: 9319
CA Conf FailRate Pct den: 7671
weekend: 1
UPTP Mbps Num: 6226
hr: 23
MAC_UE_SC_Tput: 6607.24
Bearer Releases: 8698

hr: 23
CA Activation Rate num: 9644013
Peak UE: 69
VOLTE IA%: 
UL Throughput: 5.17
DL Data Vol MAC in MB: 3067.86
CA Activation Rate den: 89800

Time: 19:46:03
holiday: 0
CA DL DataVolRatio Pct num: 632

SIP DC%: 
DLRLCLayerDataVolume MB: 2039.92
RRC Setup Attempts: 3995
weekend: 0
UPTP Mbps Num: 13596
hr: 22
MAC_UE_SC_Tput: 18269

hr: 22
CA Activation Rate num: 2661393
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7724
Combined RACH Preambles: 3113

Time: 21:50:38
holiday: 0
CA DL DataVolRatio Pct num: 1443

DL MAC Vol Scell Pct: 14.52
Avg_Connected_UEs: 71.3
SIP DC%: 
DLRLCLayerDataVolume MB: 9642.32
DRB UL Data Volume MB: 5183
RRC Setup Attempts: 6459
CA Conf FailRate Pct den: 8907
weekend: 0
CA Activation Rate: 42
hr: 0
MAC_UE_SC_Tput: 4217.18
Bearer Releases: 7094

hr: 0
UPTP Mbps Den: 3685
SIP_SC_Total_MOU: 94.62
Peak UE: 27
DL Data Vol MAC in MB: 2044.36
CA Activation Rate den: 161861

Time: 23:22:48
holiday: 0
CA DL DataVolRatio Pct: 70.21
CA DL DataVolRatio Pct num: 2294

Avg_Connected_UEs: 18.18
SIP DC%: 
CA DL DataVolRatio Pct den: 6785
CA Conf FailRate Pct den: 6644
weekend: 0
UPTP Mbps Num: 47259
CA Activation Rate: 20.69
hr: 9
MAC_UE_SC_Tput: 4439.19
Bearer Releases: 13071

hr: 9
CA Activation Rate num: 10718584
UPTP Mbps Den: 1303
Setup_Fail_DEN: 19044
SIP_SC_Total_MOU: 327.61
Peak UE: 27
MB_per_connected_UE: 8.76
DL Volume: 1462
DL Data Vol MAC in MB: 5414.89

Time: 21:17:01
holiday: 0
CA DL DataVolRatio Pct num: 3151

DL MAC Vol Scell Pct: 24.8
SIP DC%: 
DLRLCLayerDataVolume MB: 1099.38
PRB Util%: 21.86
RRC Setup Attempts: 9486
weekend: 1
UPTP Mbps Num: 42171
CA Activation Rate: 18.6
hr: 18

hr: 18
CA Activation Rate num: 10110332
SIP_SC_Total_MOU: 49.8
Peak UE: 27
MB_per_connected_UE: 48.76
PCT Time MIMO: 64.85
DL Data Vol MAC in MB: 7196.42
CA Activation Rate den: 82207

holiday: 0
CA DL DataVolRatio Pct: 85.53
CA DL DataVolRatio Pct num: 5222

SIP DC%: 
UPTP_Mbps: 38.48
DRB UL Data Volume MB: 4250
weekend: 0
UPTP Mbps Num: 33860
hr: 19
MAC_UE_SC_Tput: 5893.93

hr: 19
Setup_Fail_DEN: 9806
Peak UE: 50
MB_per_connected_UE: 20.94
PCT Time MIMO: 38.62
DL Volume: 8409
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7428
DL Data Vol MAC in MB: 9982.1

Time: 19:54:24
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 161.9
weekend: 0
UPTP Mbps Num: 39303
CA Activation Rate: 61.91
hr: 10

hr: 10
CA Activation Rate num: 3930628
UPTP Mbps Den: 5464
Setup_Fail_DEN: 10982
SIP_SC_Total_MOU: 259.67
Peak UE: 27
MB_per_connected_UE: 16.68
DL Volume: 2423
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8502
CA Activation Rate den: 165233

Time: 09:02:00
holiday: 0

Avg_Connected_UEs: 26.07
SIP DC%: 
DLRLCLayerDataVolume MB: 7191.24
CA DL DataVolRatio Pct den: 6597
weekend: 0
hr: 0
MAC_UE_SC_Tput: 9118.48

hr: 0
CA Activation Rate num: 10009470
Setup_Fail_DEN: 13386
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 97.97
DL Volume: 3683
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8880
DL Data Vol MAC in MB: 3705.5

Time: 07:28:07
holiday: 0
CA DL DataVolRatio Pct: 76.52
CA DL DataVolRatio Pct num: 3882

SIP DC%: 
DLRLCLayerDataVolume MB: 5731.55
DRB UL Data Volume MB: 4407
weekend: 0
UPTP Mbps Num: 31522
CA Activation Rate: 39.17
hr: 18
MAC_UE_SC_Tput: 16423.43
Bearer Releases: 8080

hr: 18
CA Activation Rate num: 5099538
Setup_Fail_DEN: 15152
Peak UE: 70
MB_per_connected_UE: 20.77
DL Volume: 4011
DL Data Vol MAC in MB: 3853.68

Time: 07:57:39
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2058.57
RRC Setup Attempts: 7546
CA Conf FailRate Pct den: 5805
weekend: 0
UPTP Mbps Num: 29615
CA Activation Rate: 53.08
hr: 19
MAC_UE_SC_Tput: 19574.43

hr: 19
CA Activation Rate num: 8635668
UPTP Mbps Den: 362
SIP_SC_Total_MOU: 316.7
Peak UE: 27
MB_per_connected_UE: 9.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9069
CA Activation Rate den: 92819

Time: 05:03:03
holiday: 0
CA DL DataVolRatio Pct: 64.8

SIP DC%: 
UPTP_Mbps: 36.1
weekend: 0
UPTP Mbps Num: 8652
hr: 23
MAC_UE_SC_Tput: 14725.08

hr: 23
CA Activation Rate num: 4454769
Peak UE: 54
PCT Time MIMO: 41.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5541
DL Data Vol MAC in MB: 7574.48
CA Activation Rate den: 132198

Time: 05:49:04
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4025.72
PRB Util%: 72.09
CA DL DataVolRatio Pct den: 6056
weekend: 0
UPTP Mbps Num: 13958
hr: 0
MAC_UE_SC_Tput: 4280.19

hr: 0
CA Activation Rate num: 887726
Peak UE: 36
DL Volume: 8372
DL Data Vol MAC in MB: 1790.42
CA Activation Rate den: 113906

Time: 14:38:18
holiday: 0
CA DL DataVolRatio Pct num: 487

SIP DC%: 
UPTP_Mbps: 32.16
DLRLCLayerDataVolume MB: 2750.12
DRB UL Data Volume MB: 1111
PRB Util%: 64.47
RRC Setup Attempts: 6702
weekend: 1
hr: 9
MAC_UE_SC_Tput: 4952.61
Bearer Releases: 6776

hr: 9
CA Activation Rate num: 516546
Setup_Fail_DEN: 19433
SIP_SC_Total_MOU: 276.03
Peak UE: 27
UL Throughput: 8.29
DL Data Vol MAC in MB: 5501.65
CA Activation Rate den: 193077

Time: 19:14:01
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 160
PRB Util%: 69.48
RRC Setup Attempts: 7708
weekend: 0
UPTP Mbps Num: 48952
hr: 1
MAC_UE_SC_Tput: 5346.61

hr: 1
CA Activation Rate num: 3243521
Setup_Fail_DEN: 9810
Peak UE: 27
MB_per_connected_UE: 24.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4817
DL Data Vol MAC in MB: 6072.98
CA Activation Rate den: 97990

Time: 21:40:48
holiday: 0
CA DL DataVolRatio Pct: 76.81
CA DL DataVolRatio Pct num: 5840

SIP DC%: 
CA Conf FailRate Pct den: 7185
weekend: 0
UPTP Mbps Num: 1678
CA Activation Rate: 73.21
hr: 23
MAC_UE_SC_Tput: 6690.99
Bearer Releases: 6869

hr: 23
CA Activation Rate num: 5777251
Peak UE: 27
MB_per_connected_UE: 28.54
DL Volume: 185
DL Data Vol MAC in MB: 7709.94
CA Activation Rate den: 106219

holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 4011
PRB Util%: 69.07
RRC Setup Attempts: 3697
CA DL DataVolRatio Pct den: 5195
weekend: 0
UPTP Mbps Num: 4458
hr: 23
MAC_UE_SC_Tput: 5996.74

hr: 23
CA Activation Rate num: 2459491
Peak UE: 27
PCT Time MIMO: 53.03
DL Volume: 7165
CA Activation Rate den: 83666

Combined RACH Preambles: 3144
Time: 12:10:11
holiday: 0

DL MAC Vol Scell Pct: 18.26
Avg_Connected_UEs: 57.75
SIP DC%: 
DLRLCLayerDataVolume MB: 7343.71
DRB UL Data Volume MB: 9106
PRB Util%: 72.77
RRC Setup Attempts: 8577
CA Conf FailRate Pct den: 8584
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5683.47

hr: 23
CA Activation Rate num: 972965
SIP_SC_Total_MOU: 223.68
Peak UE: 38
MB_per_connected_UE: 206.75
DL Data Vol MAC in MB: 8971.41
CA Activation Rate den: 160013

Time: 16:17:35
holiday: 0

DL MAC Vol Scell Pct: 21.66
SIP DC%: 
UPTP_Mbps: 43.51
weekend: 0
CA Activation Rate: 6.39
hr: 11
MAC_UE_SC_Tput: 11581.66

hr: 11
CA Activation Rate num: 5338877
Setup_Fail_DEN: 8801
Peak UE: 41
MB_per_connected_UE: 9.35
DL Volume: 3086
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7707
DL Data Vol MAC in MB: 9663.84

Time: 03:58:52
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5578.5
PRB Util%: 72.65
weekend: 0
UPTP Mbps Num: 53808
CA Activation Rate: 70.22
hr: 20
MAC_UE_SC_Tput: 8742.6

hr: 20
CA Activation Rate num: 7567972
Setup_Fail_DEN: 14282
SIP_SC_Total_MOU: 234.35
Peak UE: 69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5080
UL Throughput: 16.91
CA Activation Rate den: 76819

Combined RACH Preambles: 2748
Time: 21:09:40
holiday: 0
CA DL DataVolRatio Pct num: 3689

DL MAC Vol Scell Pct: 42.37
SIP DC%: 
UPTP_Mbps: 20.27
DLRLCLayerDataVolume MB: 9282.35
DRB UL Data Volume MB: 3835
weekend: 0
CA Activation Rate: 12.38
hr: 11
MAC_UE_SC_Tput: 4776.89
Bearer Releases: 10890

hr: 11
CA Activation Rate num: 8165869
UPTP Mbps Den: 1105
SIP_SC_Total_MOU: 94.55
Peak UE: 31
MB_per_connected_UE: 9.2
DL Volume: 4924
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8790
DL Data Vol MAC in MB: 3247.02
CA Activation Rate den: 50564

Time: 01:28:22
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 9898
RRC Setup Attempts: 3901
weekend: 0
UPTP Mbps Num: 4634
hr: 2
MAC_UE_SC_Tput: 17497.52
Bearer Releases: 11294

hr: 2
CA Activation Rate num: 1967288
Setup_Fail_DEN: 17944
SIP_SC_Total_MOU: 46.55
Peak UE: 27
MB_per_connected_UE: 130.1
DL Data Vol MAC in MB: 712.29
CA Activation Rate den: 42712

Time: 09:04:19
holiday: 0
CA DL DataVolRatio Pct: 62.43
CA DL DataVolRatio Pct num: 2231

Avg_Connected_UEs: 78.05
SIP DC%: 
DLRLCLayerDataVolume MB: 5832.06
RRC Setup Attempts: 9018
weekend: 0
hr: 0
MAC_UE_SC_Tput: 41109.55
Bearer Releases: 15505

hr: 0
CA Activation Rate num: 6631474
Setup_Fail_DEN: 6883
Peak UE: 27
DL Volume: 1855
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9162
DL Data Vol MAC in MB: 4009.04

Time: 08:49:33
holiday: 0
CA DL DataVolRatio Pct: 41.88

SIP DC%: 
DLRLCLayerDataVolume MB: 1215.28
PRB Util%: 46.1
RRC Setup Attempts: 4292
CA Conf FailRate Pct den: 4441
weekend: 0
CA Activation Rate: 74.8
hr: 5
MAC_UE_SC_Tput: 12245.97

hr: 5
CA Activation Rate num: 8755174
SIP_SC_Total_MOU: 220.53
Peak UE: 59
DL Data Vol MAC in MB: 2110.69

Time: 10:14:57
holiday: 0
CA DL DataVolRatio Pct: 80.24

Avg_Connected_UEs: 33.4
SIP DC%: 
UPTP_Mbps: 122.09
DRB UL Data Volume MB: 8441
CA Conf FailRate Pct den: 5210
weekend: 0
hr: 5
MAC_UE_SC_Tput: 10138.71
Bearer Releases: 8515

hr: 5
CA Activation Rate num: 1339210
Setup_Fail_DEN: 6654
Peak UE: 27
MB_per_connected_UE: 45.2
DL Volume: 9464
CA Activation Rate den: 150517

Combined RACH Preambles: 2910
Time: 03:57:26
holiday: 0
CA DL DataVolRatio Pct: 65.56

SIP DC%: 
DRB UL Data Volume MB: 3356
CA DL DataVolRatio Pct den: 8427
weekend: 0
UPTP Mbps Num: 17589
CA Activation Rate: 3.81
hr: 4
MAC_UE_SC_Tput: 5593.38
Bearer Releases: 11189

hr: 4
CA Activation Rate num: 11427999
Setup_Fail_DEN: 16421
SIP_SC_Total_MOU: 67.43
Peak UE: 43
DL Volume: 3702
DL Data Vol MAC in MB: 6638.24
CA Activation Rate den: 99942

Time: 06:21:18
holiday: 0
CA DL DataVolRatio Pct num: 1453

DL MAC Vol Scell Pct: 52.74
SIP DC%: 
UPTP_Mbps: 109.73
PRB Util%: 20.18
RRC Setup Attempts: 5326
CA Conf FailRate Pct den: 5884
weekend: 1
UPTP Mbps Num: 51319
hr: 14
MAC_UE_SC_Tput: 7500.04
Bearer Releases: 13613

hr: 14
CA Activation Rate num: 4306621
UPTP Mbps Den: 4557
Setup_Fail_DEN: 15482
Peak UE: 27
MB_per_connected_UE: 33.09
PCT Time MIMO: 45.55
DL Volume: 1457
DL Data Vol MAC in MB: 8071.42

Combined RACH Preambles: 2735
Time: 04:01:28
holiday: 0

Avg_Connected_UEs: 37.54
SIP DC%: 
DRB UL Data Volume MB: 7925
weekend: 0
hr: 0
MAC_UE_SC_Tput: 7254.62
Bearer Releases: 7179

hr: 0
CA Activation Rate num: 4945688
SIP_SC_Total_MOU: 318.74
Peak UE: 27

Combined RACH Preambles: 3227
Time: 22:30:38
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1820.11
DRB UL Data Volume MB: 2990
CA DL DataVolRatio Pct den: 8478
weekend: 0
hr: 20
MAC_UE_SC_Tput: 13725.32
Bearer Releases: 10071

hr: 20
CA Activation Rate num: 3893751
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 117.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4687
CA Activation Rate den: 186273

Time: 11:50:00
holiday: 0
CA DL DataVolRatio Pct num: 3721

SIP DC%: 
CA DL DataVolRatio Pct den: 8712
CA Conf FailRate Pct den: 3661
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5867.13

hr: 0
CA Activation Rate num: 218538
Setup_Fail_DEN: 7045
Peak UE: 59
DL Volume: 9498

Time: 17:33:16
holiday: 0
CA DL DataVolRatio Pct: 83.89
CA DL DataVolRatio Pct num: 1246

SIP DC%: 
DLRLCLayerDataVolume MB: 9603.31
DRB UL Data Volume MB: 1829
PRB Util%: 30.58
CA DL DataVolRatio Pct den: 9537
weekend: 0
UPTP Mbps Num: 743
hr: 9
MAC_UE_SC_Tput: 4729.76
Bearer Releases: 11413

hr: 9
CA Activation Rate num: 9353742
UPTP Mbps Den: 2980
Setup_Fail_DEN: 8612
SIP_SC_Total_MOU: 277.8
VOLTE IA%: 
CA Activation Rate den: 55512

Time: 02:11:58
holiday: 0

DL MAC Vol Scell Pct: 51.93
Avg_Connected_UEs: 28.57
SIP DC%: 
UPTP_Mbps: 34.67
DLRLCLayerDataVolume MB: 4242.58
DRB UL Data Volume MB: 8285
CA Conf FailRate Pct den: 8747
weekend: 0
hr: 3
MAC_UE_SC_Tput: 4814.36

hr: 3
Peak UE: 27
DL Volume: 405
DL Data Vol MAC in MB: 2459.36
Combined RACH Preambles: 4030

Time: 02:39:44
holiday: 0
CA DL DataVolRatio Pct num: 2612

SIP DC%: 
DLRLCLayerDataVolume MB: 5606.28
RRC Setup Attempts: 6397
weekend: 0
UPTP Mbps Num: 34936
hr: 4
MAC_UE_SC_Tput: 13006.96
Bearer Releases: 7702

hr: 4
CA Activation Rate num: 5560985
UPTP Mbps Den: 4200
Setup_Fail_DEN: 8394
SIP_SC_Total_MOU: 132.73
Peak UE: 27
PCT Time MIMO: 38.26
DL Volume: 4530
DL Data Vol MAC in MB: 9080.07

Combined RACH Preambles: 3555
Time: 02:57:15
holiday: 0
CA DL DataVolRatio Pct num: 5631

DL MAC Vol Scell Pct: 28.92
Avg_Connected_UEs: 78.26
SIP DC%: 
UPTP_Mbps: 7.54
DLRLCLayerDataVolume MB: 6459.98
CA DL DataVolRatio Pct den: 5238
weekend: 0
hr: 0
MAC_UE_SC_Tput: 8921.66

hr: 0
CA Activation Rate num: 3877337
SIP_SC_Total_MOU: 216.35
Peak UE: 77
MB_per_connected_UE: 111.79
DL Volume: 5147
DL Data Vol MAC in MB: 8580.57
CA Activation Rate den: 77695

Time: 21:17:12
holiday: 0

SIP DC%: 
UPTP_Mbps: 127.51
DLRLCLayerDataVolume MB: 5000.93
DRB UL Data Volume MB: 1404
weekend: 0
UPTP Mbps Num: 44455
hr: 10
MAC_UE_SC_Tput: 5050.52

hr: 10
CA Activation Rate num: 3493185
SIP_SC_Total_MOU: 389.59
Peak UE: 27
MB_per_connected_UE: 74.59

Time: 17:43:15
holiday: 0
CA DL DataVolRatio Pct: 77.27
CA DL DataVolRatio Pct num: 4297

SIP DC%: 
UPTP_Mbps: 10.42
DLRLCLayerDataVolume MB: 1500.4
DRB UL Data Volume MB: 1389
RRC Setup Attempts: 7603
weekend: 0
hr: 2
MAC_UE_SC_Tput: 5604.32

hr: 2
CA Activation Rate num: 2172001
Peak UE: 27
MB_per_connected_UE: 10.05
DL Volume: 3481
DL Data Vol MAC in MB: 7835.8
CA Activation Rate den: 73558

Time: 01:30:25
holiday: 0

Avg_Connected_UEs: 39.53
SIP DC%: 
DLRLCLayerDataVolume MB: 7598.23
DRB UL Data Volume MB: 7241
PRB Util%: 46.83
weekend: 0
UPTP Mbps Num: 24969
hr: 16
MAC_UE_SC_Tput: 14589.33
Bearer Releases: 15998

hr: 16
CA Activation Rate num: 3923296
SIP_SC_Total_MOU: 326.9
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 198.16
DL Volume: 3979
DL Data Vol MAC in MB: 723.48

Time: 12:25:47
holiday: 0
CA DL DataVolRatio Pct: 66.23

SIP DC%: 
DLRLCLayerDataVolume MB: 4781.44
weekend: 0
UPTP Mbps Num: 2980
hr: 11
MAC_UE_SC_Tput: 4614.4

hr: 11
CA Activation Rate num: 10592227
Peak UE: 79
MB_per_connected_UE: 14.49
DL Volume: 1582
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5512
DL Data Vol MAC in MB: 9099.34

Time: 22:53:01
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2232.5
DRB UL Data Volume MB: 1497
CA Conf FailRate Pct den: 9006
weekend: 0
UPTP Mbps Num: 44059
CA Activation Rate: 19.57
hr: 6
MAC_UE_SC_Tput: 8968.37
Bearer Releases: 7073

hr: 6
CA Activation Rate num: 1197801
Setup_Fail_DEN: 8419
Peak UE: 45
MB_per_connected_UE: 122.29
DL Volume: 4196

Time: 09:10:06
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1143.59
CA DL DataVolRatio Pct den: 4024
weekend: 0
hr: 23
MAC_UE_SC_Tput: 13172.99
Bearer Releases: 8854

hr: 23
CA Activation Rate num: 9199603
UPTP Mbps Den: 565
Peak UE: 27
MB_per_connected_UE: 114.59
PCT Time MIMO: 55.82
DL Data Vol MAC in MB: 2327.94

Time: 00:46:01
holiday: 0

SIP DC%: 
UPTP_Mbps: 70.19
DLRLCLayerDataVolume MB: 5872.26
PRB Util%: 50.86
CA Conf FailRate Pct den: 8309
weekend: 0
CA Activation Rate: 40.19
hr: 23
MAC_UE_SC_Tput: 4676.53
Bearer Releases: 12637

hr: 23
CA Activation Rate num: 2802033
Setup_Fail_DEN: 15266
Peak UE: 48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6045
DL Data Vol MAC in MB: 5934.96
CA Activation Rate den: 108638

Time: 05:30:14
holiday: 0

Avg_Connected_UEs: 56.69
SIP DC%: 
UPTP_Mbps: 22.75
DLRLCLayerDataVolume MB: 8544.45
DRB UL Data Volume MB: 5389
PRB Util%: 65.63
CA Conf FailRate Pct den: 5989
weekend: 0
UPTP Mbps Num: 29286
CA Activation Rate: 72.2
hr: 23
MAC_UE_SC_Tput: 16003.07

hr: 23
UPTP Mbps Den: 1912
SIP_SC_Total_MOU: 41.51
Peak UE: 27
DL Data Vol MAC in MB: 9942.75

Time: 21:39:46
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2810.76
CA DL DataVolRatio Pct den: 5086
CA Conf FailRate Pct den: 8148
weekend: 0
UPTP Mbps Num: 16812
CA Activation Rate: 20.54
hr: 1
MAC_UE_SC_Tput: 10750.06
Bearer Releases: 11195

hr: 1
CA Activation Rate num: 2085376
Setup_Fail_DEN: 10335
SIP_SC_Total_MOU: 86.78
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5723
DL Data Vol MAC in MB: 882.44
CA Activation Rate den: 98684

Time: 20:03:28
holiday: 0
CA DL DataVolRatio Pct num: 3047

DL MAC Vol Scell Pct: 10.17
SIP DC%: 
DLRLCLayerDataVolume MB: 1555.46
PRB Util%: 26
RRC Setup Attempts: 6979
CA DL DataVolRatio Pct den: 2282
weekend: 0
UPTP Mbps Num: 59303
hr: 2
MAC_UE_SC_Tput: 19676.23
Bearer Releases: 15567

hr: 2
CA Activation Rate num: 2350850
Setup_Fail_DEN: 16543
SIP_SC_Total_MOU: 147.03
Peak UE: 27
DL Data Vol MAC in MB: 4858.71

Time: 10:09:10
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9371.22
CA DL DataVolRatio Pct den: 8234
weekend: 0
UPTP Mbps Num: 3768
hr: 6
MAC_UE_SC_Tput: 16395.98

hr: 6
CA Activation Rate num: 1857049
Peak UE: 27
MB_per_connected_UE: 133.97
DL Volume: 9152
DL Data Vol MAC in MB: 8792.62
CA Activation Rate den: 203372

Time: 00:20:52
holiday: 0

DL MAC Vol Scell Pct: 6.99
Avg_Connected_UEs: 39.2
SIP DC%: 
DLRLCLayerDataVolume MB: 5496.84
weekend: 0
UPTP Mbps Num: 28268
CA Activation Rate: 5.07
hr: 4
MAC_UE_SC_Tput: 18213.11
Bearer Releases: 9577

hr: 4
CA Activation Rate num: 6459331
UPTP Mbps Den: 1843
Setup_Fail_DEN: 7737
SIP_SC_Total_MOU: 189.39
Peak UE: 57
DL Data Vol MAC in MB: 6435.07

Combined RACH Preambles: 2623
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5126.02
DRB UL Data Volume MB: 6200
RRC Setup Attempts: 6424
CA DL DataVolRatio Pct den: 7077
weekend: 0
CA Activation Rate: 55.75
hr: 23
MAC_UE_SC_Tput: 11865.06

hr: 23
CA Activation Rate num: 5944920
Setup_Fail_DEN: 17229
Peak UE: 27
MB_per_connected_UE: 81.07
DL Volume: 7560
DL Data Vol MAC in MB: 8515.94

Time: 22:09:49
holiday: 0
CA DL DataVolRatio Pct: 87.52

SIP DC%: 
DLRLCLayerDataVolume MB: 4448.55
DRB UL Data Volume MB: 5828
CA Conf FailRate Pct den: 9293
weekend: 0
CA Activation Rate: 28.69
hr: 1
MAC_UE_SC_Tput: 5050.73

hr: 1
CA Activation Rate num: 2126665
Peak UE: 84
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8273
DL Data Vol MAC in MB: 10137.74
CA Activation Rate den: 64104

Time: 05:17:05
holiday: 0
CA DL DataVolRatio Pct: 85.6

Avg_Connected_UEs: 52.6
SIP DC%: 
UPTP_Mbps: 27.78
DLRLCLayerDataVolume MB: 9448.99
PRB Util%: 60.46
CA Conf FailRate Pct den: 5252
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4512.04
Bearer Releases: 7155

hr: 0
UPTP Mbps Den: 1532
SIP_SC_Total_MOU: 61.68
Peak UE: 32
MB_per_connected_UE: 99.26
DL Volume: 5346
DL Data Vol MAC in MB: 8018.35

Time: 06:12:43
holiday: 0

DL MAC Vol Scell Pct: 7.91
SIP DC%: 
DRB UL Data Volume MB: 4740
Bearer Drop Voice%: 1.52
weekend: 0
hr: 0
MAC_UE_SC_Tput: 6329.43

hr: 0
CA Activation Rate num: 3117661
SIP_SC_Total_MOU: 106.72
Peak UE: 27
MB_per_connected_UE: 85.91
CA Activation Rate den: 71238

Time: 12:41:04
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1951.44
DRB UL Data Volume MB: 3513
PRB Util%: 70.3
RRC Setup Attempts: 4119
weekend: 0
CA Activation Rate: 49.37
hr: 0
MAC_UE_SC_Tput: 15302.85

hr: 0
CA Activation Rate num: 2066512
UL MAC Vol Scell Pct: 2.34
Peak UE: 56
DL Data Vol MAC in MB: 5187.71
CA Activation Rate den: 124329

Time: 06:04:34
holiday: 0
CA DL DataVolRatio Pct num: 1403

Avg_Connected_UEs: 69.15
SIP DC%: 
PRB Util%: 30.91
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8070.35
Bearer Releases: 16388

hr: 23
CA Activation Rate num: 1940538
Setup_Fail_DEN: 7533
Peak UE: 69
MB_per_connected_UE: 46.06
DL Volume: 2995
CA Activation Rate den: 107380
Time: 00:29:58

holiday: 0

DL MAC Vol Scell Pct: 44.32
Avg_Connected_UEs: 23.43
SIP DC%: 
DLRLCLayerDataVolume MB: 7073.95
DL Packet Loss Pct: 1
weekend: 0
UPTP Mbps Num: 53469
hr: 13

hr: 13
CA Activation Rate num: 7356232
Setup_Fail_DEN: 12198
SIP_SC_Total_MOU: 45.71
Peak UE: 27
DL Volume: 3609

Combined RACH Preambles: 2779
Time: 16:31:24
holiday: 0

DL MAC Vol Scell Pct: 24.48
Avg_Connected_UEs: 17.5
SIP DC%: 
PRB Util%: 17.03
CA DL DataVolRatio Pct den: 4314
weekend: 0
UPTP Mbps Num: 22251
hr: 2
MAC_UE_SC_Tput: 12951.63
Bearer Releases: 10084

hr: 2
CA Activation Rate num: 10042143
Peak UE: 39
MB_per_connected_UE: 17.96
DL Volume: 531

Time: 07:48:36
holiday: 0

DL MAC Vol Scell Pct: 30.62
SIP DC%: 
DLRLCLayerDataVolume MB: 5005.62
PRB Util%: 22.44
RRC Setup Attempts: 7467
CA DL DataVolRatio Pct den: 9046
CA Conf FailRate Pct den: 7229
weekend: 0
UPTP Mbps Num: 9282
hr: 0
Bearer Releases: 7819

hr: 0
CA Activation Rate num: 5409742
MB_per_connected_UE: 31.68
DL Data Vol MAC in MB: 8670.01
CA Activation Rate den: 101221

Time: 07:14:43
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3223.31
DRB UL Data Volume MB: 6808
PRB Util%: 18.78
CA Conf FailRate Pct den: 3702
weekend: 0
UPTP Mbps Num: 9657
hr: 16
MAC_UE_SC_Tput: 5826.73
Bearer Releases: 11654

hr: 16
CA Activation Rate num: 6025567
UPTP Mbps Den: 1403
Setup_Fail_DEN: 16338
Peak UE: 27
MB_per_connected_UE: 152.22

Time: 07:27:52
holiday: 0

SIP DC%: 
CA DL DataVolRatio Pct den: 5102
CA Conf FailRate Pct den: 8946
weekend: 0
UPTP Mbps Num: 51724
CA Activation Rate: 51.22
hr: 0
MAC_UE_SC_Tput: 6918.09

hr: 0
CA Activation Rate num: 2539831
Setup_Fail_DEN: 8484
Peak UE: 31
MB_per_connected_UE: 183.49
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9083
DL Data Vol MAC in MB: 4221.84

Time: 15:50:27
holiday: 0
CA DL DataVolRatio Pct num: 1163

Avg_Connected_UEs: 62.98
SIP DC%: 
DLRLCLayerDataVolume MB: 3641.03
DRB UL Data Volume MB: 2518
weekend: 0
UPTP Mbps Num: 14279
hr: 0
MAC_UE_SC_Tput: 9099.99

hr: 0
CA Activation Rate num: 9350030
Setup_Fail_DEN: 6648
SIP_SC_Total_MOU: 135.66
Peak UE: 27
DL Data Vol MAC in MB: 8186.34

Time: 05:15:29
holiday: 0
CA DL DataVolRatio Pct: 40.4

Avg_Connected_UEs: 83.14
SIP DC%: 
PRB Util%: 60.04
RRC Setup Attempts: 7355
CA Conf FailRate Pct den: 7529
weekend: 0
CA Activation Rate: 77.48
hr: 6
MAC_UE_SC_Tput: 4580.84
Bearer Releases: 14612

hr: 6
CA Activation Rate num: 5903235
Peak UE: 42
DL Data Vol MAC in MB: 5616.5

Time: 06:46:46
holiday: 0

SIP DC%: 
UPTP_Mbps: 33.28
DLRLCLayerDataVolume MB: 6725.77
CA DL DataVolRatio Pct den: 235
weekend: 0
CA Activation Rate: 26.51
hr: 6
MAC_UE_SC_Tput: 16498.91

hr: 6
CA Activation Rate num: 9636269
Setup_Fail_DEN: 10837
Peak UE: 40
VOLTE IA%: 
DL Volume: 3434
DL Data Vol MAC in MB: 299.3
Combined RACH Preambles: 3295

Time: 11:53:08
holiday: 0
CA DL DataVolRatio Pct num: 1698

DL MAC Vol Scell Pct: 9.17
Avg_Connected_UEs: 28.24
SIP DC%: 
DRB UL Data Volume MB: 9296
CA Conf FailRate Pct den: 6611
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8420.43
Bearer Releases: 15424

hr: 23
CA Activation Rate num: 1589521
Setup_Fail_DEN: 8873
SIP_SC_Total_MOU: 105.67
Peak UE: 82
MB_per_connected_UE: 35.76
DL Volume: 768
DL Data Vol MAC in MB: 9070.52
CA Activation Rate den: 77129

Time: 04:02:48
holiday: 0
CA DL DataVolRatio Pct num: 6365

SIP DC%: 
DLRLCLayerDataVolume MB: 5331.98
Bearer Drop Voice%: 3.18
weekend: 0
CA Activation Rate: 5.28
hr: 8
MAC_UE_SC_Tput: 7239.12
Bearer Releases: 6524

hr: 8
CA Activation Rate num: 4569611
SIP_SC_Total_MOU: 124.05
Peak UE: 27
PCT Time MIMO: 56.44
DL Volume: 1552
DL Data Vol MAC in MB: 2128.86
CA Activation Rate den: 195068

Time: 09:15:52
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1028.12
CA Conf FailRate Pct den: 4026
weekend: 0
UPTP Mbps Num: 11250
CA Activation Rate: 70.74
hr: 8
MAC_UE_SC_Tput: 18505.75

hr: 8
CA Activation Rate num: 2570513
Setup_Fail_DEN: 16823
Peak UE: 27
MB_per_connected_UE: 39.07
UL Throughput: 5.94

Time: 12:53:46
holiday: 0

SIP DC%: 
UPTP_Mbps: 32.12
DLRLCLayerDataVolume MB: 7860.58
PRB Util%: 32.93
CA Conf FailRate Pct den: 3952
weekend: 1
hr: 16
MAC_UE_SC_Tput: 9743.24
Bearer Releases: 11123

hr: 16
CA Activation Rate num: 4103403
UPTP Mbps Den: 5053
Setup_Fail_DEN: 14805
SIP_SC_Total_MOU: 267.82
Peak UE: 27
MB_per_connected_UE: 36.4
PCT Time MIMO: 55.91
DL Volume: 7514
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9412
DL Data Vol MAC in MB: 1312.94

Combined RACH Preambles: 3250
Time: 00:01:46
holiday: 0
CA DL DataVolRatio Pct num: 1089

SIP DC%: 
DLRLCLayerDataVolume MB: 3765.83
CA DL DataVolRatio Pct den: 5959
weekend: 0
CA Activation Rate: 9.83
hr: 20
MAC_UE_SC_Tput: 17624.28
Bearer Releases: 14129

hr: 20
CA Activation Rate num: 10258618
SIP_SC_Total_MOU: 92.97
Peak UE: 83
MB_per_connected_UE: 113.47
DL Volume: 2993
DL Data Vol MAC in MB: 6509.06
CA Activation Rate den: 69507

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5031.78
CA DL DataVolRatio Pct den: 6333
CA Conf FailRate Pct den: 7556
weekend: 1
hr: 1

hr: 1
UPTP Mbps Den: 262
Setup_Fail_DEN: 16021
SIP_SC_Total_MOU: 276.24
Peak UE: 27
MB_per_connected_UE: 101.07
PCT Time MIMO: 34.07
DL Volume: 1508
DL Data Vol MAC in MB: 5278.9
CA Activation Rate den: 85325

Time: 13:39:13
holiday: 0

DL MAC Vol Scell Pct: 42.98
Avg_Connected_UEs: 74.85
SIP DC%: 
DLRLCLayerDataVolume MB: 2253.77
DRB UL Data Volume MB: 6034
RRC Setup Attempts: 9776
CA Conf FailRate Pct den: 8265
weekend: 0
UPTP Mbps Num: 11708
CA Activation Rate: 11.55
hr: 4

hr: 4
CA Activation Rate num: 3452080
Setup_Fail_DEN: 9295
Peak UE: 27
PCT Time MIMO: 33.92
DL Data Vol MAC in MB: 2123.75
CA Activation Rate den: 207695

Time: 03:02:31
holiday: 0

SIP DC%: 
UPTP_Mbps: 11.76
DLRLCLayerDataVolume MB: 1582.12
CA DL DataVolRatio Pct den: 9511
CA Conf FailRate Pct den: 6230
weekend: 1
UPTP Mbps Num: 14525
CA Activation Rate: 46
hr: 21
MAC_UE_SC_Tput: 10954

hr: 21
CA Activation Rate num: 9894424
Setup_Fail_DEN: 15254
SIP_SC_Total_MOU: 121.79
Peak UE: 34
MB_per_connected_UE: 76.23
DL Data Vol MAC in MB: 8771.43
CA Activation Rate den: 86968

Time: 01:10:13
holiday: 0

Avg_Connected_UEs: 48.36
SIP DC%: 
DLRLCLayerDataVolume MB: 4922.08
PRB Util%: 34.54
CA Conf FailRate Pct den: 6843
weekend: 0
UPTP Mbps Num: 25291
hr: 3
MAC_UE_SC_Tput: 9795.99

hr: 3
CA Activation Rate num: 3016116
SIP_SC_Total_MOU: 263.37
Peak UE: 53
VOLTE IA%: 
DL Data Vol MAC in MB: 3825.63

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2070
PRB Util%: 56.25
CA DL DataVolRatio Pct den: 9109
weekend: 0
UPTP Mbps Num: 46662
hr: 0
MAC_UE_SC_Tput: 4958.36

hr: 0
CA Activation Rate num: 4997863
UPTP Mbps Den: 2455
SIP_SC_Total_MOU: 207.38
Peak UE: 56
MB_per_connected_UE: 12.31
PCT Time MIMO: 49.38

Time: 04:04:12
holiday: 0
CA DL DataVolRatio Pct: 78.36

SIP DC%: 
UPTP_Mbps: 11.03
DLRLCLayerDataVolume MB: 2044.89
PRB Util%: 61.76
RRC Setup Attempts: 5923
CA DL DataVolRatio Pct den: 4387
CA Conf FailRate Pct den: 7972
weekend: 0
UPTP Mbps Num: 10604
hr: 8
MAC_UE_SC_Tput: 6528.45
Bearer Releases: 15911

hr: 8
CA Activation Rate num: 10827905
Setup_Fail_DEN: 10374
SIP_SC_Total_MOU: 343.22
Peak UE: 36
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3765
DL Data Vol MAC in MB: 5051.29
CA Activation Rate den: 60307

Time: 06:22:27
holiday: 0

SIP DC%: 
UPTP_Mbps: 124.18
DLRLCLayerDataVolume MB: 2963.93
weekend: 0
hr: 17
MAC_UE_SC_Tput: 13158.74

hr: 17
CA Activation Rate num: 670383
Setup_Fail_DEN: 9715
Peak UE: 72
DL Volume: 8589
CA Activation Rate den: 46663

Time: 13:29:12
holiday: 0

DL MAC Vol Scell Pct: 50.47
SIP DC%: 
DRB UL Data Volume MB: 8128
CA DL DataVolRatio Pct den: 9288
weekend: 0
UPTP Mbps Num: 40968
hr: 0
MAC_UE_SC_Tput: 6097.37

hr: 0
CA Activation Rate num: 7049787
Setup_Fail_DEN: 11600
SIP_SC_Total_MOU: 67.1
Peak UE: 27
MB_per_connected_UE: 26.09
CA Activation Rate den: 58263

Time: 07:06:53
holiday: 0
CA DL DataVolRatio Pct num: 565

Avg_Connected_UEs: 64.01
SIP DC%: 
UPTP_Mbps: 19.26
DLRLCLayerDataVolume MB: 5214.21
RRC Setup Attempts: 5142
CA DL DataVolRatio Pct den: 9971
CA Conf FailRate Pct den: 7922
weekend: 0
UPTP Mbps Num: 16137
CA Activation Rate: 66.91
hr: 16
MAC_UE_SC_Tput: 6793.42
Bearer Releases: 11291

hr: 16
CA Activation Rate num: 5701163
Setup_Fail_DEN: 6472
Peak UE: 27
PCT Time MIMO: 38.31

Time: 05:21:45
holiday: 0

Avg_Connected_UEs: 49.52
SIP DC%: 
DLRLCLayerDataVolume MB: 2126.7
CA DL DataVolRatio Pct den: 7296
CA Conf FailRate Pct den: 5059
weekend: 0
CA Activation Rate: 38.72
hr: 14
MAC_UE_SC_Tput: 9817.39

hr: 14
CA Activation Rate num: 10964546
UPTP Mbps Den: 3800
SIP_SC_Total_MOU: 353.67
QCI 1 Bearer Drop%: 0.6
Peak UE: 27
MB_per_connected_UE: 16.1
DL Data Vol MAC in MB: 8774.94

Time: 21:36:55
holiday: 0
CA DL DataVolRatio Pct: 77.63

SIP DC%: 
PRB Util%: 28.22
weekend: 0
UPTP Mbps Num: 50588
CA Activation Rate: 29.96
hr: 23
MAC_UE_SC_Tput: 15093.48

hr: 23
CA Activation Rate num: 4746363
UPTP Mbps Den: 554
Setup_Fail_DEN: 14862
SIP_SC_Total_MOU: 281.61
Peak UE: 38
MB_per_connected_UE: 200.88
PCT Time MIMO: 50.55

Time: 07:04:18
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 9442
CA DL DataVolRatio Pct den: 7250
weekend: 0
UPTP Mbps Num: 2696
hr: 23
MAC_UE_SC_Tput: 18588.54

hr: 23
CA Activation Rate num: 10811443
Setup_Fail_DEN: 10827
Peak UE: 42
MB_per_connected_UE: 104.22
DL Volume: 257
DL Data Vol MAC in MB: 2876.54
CA Activation Rate den: 113764

Time: 13:04:12
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1537.67
PRB Util%: 31.46
weekend: 0
hr: 0
MAC_UE_SC_Tput: 9094.89

hr: 0
MB_per_connected_UE: 199.29
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6675

Time: 02:23:51
holiday: 0

DL MAC Vol Scell Pct: 10.98
SIP DC%: 
UPTP_Mbps: 16.89
DLRLCLayerDataVolume MB: 7035.93
CA Conf FailRate Pct den: 5978
weekend: 0
UPTP Mbps Num: 8825
hr: 23
MAC_UE_SC_Tput: 54916.73

hr: 23
CA Activation Rate num: 7693445
Setup_Fail_DEN: 17441
SIP_SC_Total_MOU: 67.51
Peak UE: 84
MB_per_connected_UE: 184.31
DL Data Vol MAC in MB: 3357.85

Time: 14:11:01
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4130.01
PRB Util%: 34.88
CA DL DataVolRatio Pct den: 7135
weekend: 0
hr: 1
MAC_UE_SC_Tput: 5056.24

hr: 1
CA Activation Rate num: 4944097
SIP_SC_Total_MOU: 206.52
Peak UE: 27
PCT Time MIMO: 44.65
DL Volume: 7889
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9211

Time: 21:41:07
holiday: 0

Avg_Connected_UEs: 56.96
SIP DC%: 
CA DL DataVolRatio Pct den: 9868
CA Conf FailRate Pct den: 7067
weekend: 0
CA Activation Rate: 24.75
hr: 23
MAC_UE_SC_Tput: 17425.62
Bearer Releases: 13344

hr: 23
CA Activation Rate num: 12992045
UPTP Mbps Den: 669
Setup_Fail_DEN: 16023
SIP_SC_Total_MOU: 279.26
Peak UE: 42
MB_per_connected_UE: 22.54
CA Activation Rate den: 38073

Combined RACH Preambles: 2446
Time: 22:33:31
holiday: 0
CA DL DataVolRatio Pct num: 2077

SIP DC%: 
DRB UL Data Volume MB: 7684
PRB Util%: 71.18
weekend: 1
UPTP Mbps Num: 44476
hr: 0
MAC_UE_SC_Tput: 4794.35
Bearer Releases: 14243

hr: 0
CA Activation Rate num: 9864333
Setup_Fail_DEN: 15141
Peak UE: 27
DL Data Vol MAC in MB: 7010.23

Time: 15:13:57
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1553.23
DRB UL Data Volume MB: 8090
RRC Setup Attempts: 7456
CA DL DataVolRatio Pct den: 9643
weekend: 0
hr: 9
MAC_UE_SC_Tput: 11857.48

hr: 9
CA Activation Rate num: 2142087
Setup_Fail_DEN: 12065
Peak UE: 43
MB_per_connected_UE: 137.38
DL Volume: 4626
DL Data Vol MAC in MB: 3419
CA Activation Rate den: 103820

Time: 08:07:54
holiday: 0
CA DL DataVolRatio Pct: 83.83
CA DL DataVolRatio Pct num: 6884

SIP DC%: 
UPTP_Mbps: 57.62
DLRLCLayerDataVolume MB: 300.35
CA DL DataVolRatio Pct den: 7415
weekend: 0
CA Activation Rate: 35.36
hr: 19
MAC_UE_SC_Tput: 6538.02

hr: 19
CA Activation Rate num: 7051966
Setup_Fail_DEN: 6524
SIP_SC_Total_MOU: 90.8
Peak UE: 83
MB_per_connected_UE: 20.91
DL Data Vol MAC in MB: 10069.38

Time: 23:42:29
holiday: 0
CA DL DataVolRatio Pct num: 4301

Avg_Connected_UEs: 40.94
SIP DC%: 
DLRLCLayerDataVolume MB: 723.47
PRB Util%: 33.3
CA DL DataVolRatio Pct den: 4997
CA Conf FailRate Pct den: 7756
weekend: 0
hr: 12
MAC_UE_SC_Tput: 12655.51
Bearer Releases: 7603

hr: 12
CA Activation Rate num: 1337403
SIP_SC_Total_MOU: 83.31
Peak UE: 59
MB_per_connected_UE: 185.24
DL Data Vol MAC in MB: 3800.59

Time: 00:11:53
holiday: 0

SIP DC%: 
UPTP_Mbps: 16.99
CA DL DataVolRatio Pct den: 2987
CA Conf FailRate Pct den: 5368
weekend: 0
CA Activation Rate: 31.95
hr: 0
MAC_UE_SC_Tput: 5295.64

hr: 0
Peak UE: 31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8698
DL Data Vol MAC in MB: 3881.19
CA Activation Rate den: 218510

Time: 05:35:17
holiday: 0
CA DL DataVolRatio Pct num: 5795

SIP DC%: 
DLRLCLayerDataVolume MB: 3568.85
DRB UL Data Volume MB: 3041
weekend: 0
UPTP Mbps Num: 26545
hr: 23
MAC_UE_SC_Tput: 10224.52

hr: 23
CA Activation Rate num: 9070138
Setup_Fail_DEN: 11832
SIP_SC_Total_MOU: 217.97
Peak UE: 27
MB_per_connected_UE: 81.96
PCT Time MIMO: 56.33

Time: 20:30:17
holiday: 0
CA DL DataVolRatio Pct: 58.61
CA DL DataVolRatio Pct num: 3174

SIP DC%: 
DLRLCLayerDataVolume MB: 8187.67
RRC Setup Attempts: 3580
weekend: 0
hr: 18
MAC_UE_SC_Tput: 7383.26
Bearer Releases: 8281

hr: 18
CA Activation Rate num: 4025203
Setup_Fail_DEN: 12381
SIP_SC_Total_MOU: 195.06
Peak UE: 70
PCT Time MIMO: 55.87
DL Volume: 2169
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6152
DL Data Vol MAC in MB: 1187.66

Time: 20:17:37
holiday: 0
CA DL DataVolRatio Pct: 90.98

DL MAC Vol Scell Pct: 31.18
SIP DC%: 
DLRLCLayerDataVolume MB: 6884.29
DRB UL Data Volume MB: 9354
PRB Util%: 37.22
RRC Setup Attempts: 6466
CA DL DataVolRatio Pct den: 3259
weekend: 0
hr: 6
Bearer Releases: 14610

hr: 6
CA Activation Rate num: 5447495
Peak UE: 55
MB_per_connected_UE: 71.2
CA Activation Rate den: 70526

Time: 15:41:05
holiday: 0

Avg_Connected_UEs: 82.92
SIP DC%: 
DLRLCLayerDataVolume MB: 7664.09
CA DL DataVolRatio Pct den: 210
weekend: 1
UPTP Mbps Num: 49713
hr: 18
MAC_UE_SC_Tput: 4195.61

hr: 18
CA Activation Rate num: 5541898
Setup_Fail_DEN: 19293
Peak UE: 27
PCT Time MIMO: 58.96
DL Volume: 8178
DL Data Vol MAC in MB: 854.02

Time: 18:03:31
holiday: 0
CA DL DataVolRatio Pct num: 492

DL MAC Vol Scell Pct: 35.94
Avg_Connected_UEs: 74.69
SIP DC%: 
DLRLCLayerDataVolume MB: 8261.99
weekend: 1
hr: 23
MAC_UE_SC_Tput: 4153.56
Bearer Releases: 11157

hr: 23
CA Activation Rate num: 3891050
Peak UE: 28
PCT Time MIMO: 46.36
DL Volume: 9913
CA Activation Rate den: 84890

holiday: 0

Avg_Connected_UEs: 35.62
SIP DC%: 
DLRLCLayerDataVolume MB: 9197.34
RRC Setup Attempts: 3881
weekend: 0
CA Activation Rate: 39.84
hr: 3
MAC_UE_SC_Tput: 7511.26
Bearer Releases: 10870

hr: 3
CA Activation Rate num: 4132797
Setup_Fail_DEN: 14308
Peak UE: 27
MB_per_connected_UE: 42.89

Time: 20:39:34
holiday: 0
CA DL DataVolRatio Pct num: 7485

SIP DC%: 
UPTP_Mbps: 13.27
DLRLCLayerDataVolume MB: 3714.29
DRB UL Data Volume MB: 3569
PRB Util%: 24.96
CA DL DataVolRatio Pct den: 10050
weekend: 0
UPTP Mbps Num: 38934
hr: 6
MAC_UE_SC_Tput: 7904.38

hr: 6
CA Activation Rate num: 10844631
Peak UE: 36
VOLTE IA%: 
MB_per_connected_UE: 78.35
DL Volume: 7886
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5311
CA Activation Rate den: 163464

Time: 03:49:42
holiday: 0
CA DL DataVolRatio Pct num: 6426

Avg_Connected_UEs: 45.64
SIP DC%: 
UPTP_Mbps: 35.08
PRB Util%: 29.14
weekend: 0
hr: 18
MAC_UE_SC_Tput: 16684.63
Bearer Releases: 10487

hr: 18
CA Activation Rate num: 8626744
Setup_Fail_DEN: 6431
Peak UE: 27
MB_per_connected_UE: 184.21
DL Volume: 1058

Time: 00:11:57
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6552.52
DRB UL Data Volume MB: 4001
CA DL DataVolRatio Pct den: 8057
weekend: 0
UPTP Mbps Num: 1114
hr: 2

hr: 2
CA Activation Rate num: 4369220
Setup_Fail_DEN: 16566
SIP_SC_Total_MOU: 194.66
Peak UE: 86
MB_per_connected_UE: 44.52
DL Volume: 1135
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5201
DL Data Vol MAC in MB: 8177.9
CA Activation Rate den: 51455
Combined RACH Preambles: 3562

Time: 22:23:40
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 566
PRB Util%: 37.44
weekend: 0
UPTP Mbps Num: 8875
CA Activation Rate: 73.1
hr: 11
MAC_UE_SC_Tput: 4306.84

hr: 11
CA Activation Rate num: 1154204
SIP_SC_Total_MOU: 131.59
Peak UE: 88
MB_per_connected_UE: 142.88
DL Data Vol MAC in MB: 2713.39

Combined RACH Preambles: 2546
Time: 01:28:46
holiday: 0
CA DL DataVolRatio Pct: 88.19

Avg_Connected_UEs: 65.91
SIP DC%: 
DLRLCLayerDataVolume MB: 1456.85
PRB Util%: 26.18
CA DL DataVolRatio Pct den: 8558
weekend: 0
UPTP Mbps Num: 13947
hr: 10
Bearer Releases: 9626

hr: 10
SIP_SC_Total_MOU: 80.23
Peak UE: 27
MB_per_connected_UE: 45.4
DL Volume: 1560
CA Activation Rate den: 121017

Combined RACH Preambles: 3655
Time: 14:43:27
holiday: 0

SIP DC%: 
UPTP_Mbps: 21.1
DLRLCLayerDataVolume MB: 5107.99
CA DL DataVolRatio Pct den: 9711
weekend: 0
hr: 10
MAC_UE_SC_Tput: 15788.07
Bearer Releases: 7932

hr: 10
CA Activation Rate num: 5735875
Setup_Fail_DEN: 15763
SIP_SC_Total_MOU: 226.69
Peak UE: 27
PCT Time MIMO: 64.31
UL Throughput: 8.91
DL Data Vol MAC in MB: 1416.59
CA Activation Rate den: 105980

Time: 07:42:26
holiday: 0
CA DL DataVolRatio Pct num: 5504

SIP DC%: 
UPTP_Mbps: 108.56
DLRLCLayerDataVolume MB: 5414.34
PRB Util%: 56.91
RRC Setup Attempts: 7894
CA DL DataVolRatio Pct den: 5049
weekend: 0
UPTP Mbps Num: 52376
hr: 2
MAC_UE_SC_Tput: 7164.33
Bearer Releases: 16237

hr: 2
CA Activation Rate num: 4748143
SIP_SC_Total_MOU: 41.87
Peak UE: 77
MB_per_connected_UE: 50.65
DL Volume: 7797
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7085
CA Activation Rate den: 88959

Time: 03:51:29
holiday: 0

DL MAC Vol Scell Pct: 17.21
SIP DC%: 
DLRLCLayerDataVolume MB: 7864.18
DRB UL Data Volume MB: 1087
PRB Util%: 13.54
CA Conf FailRate Pct den: 6768
weekend: 0
UPTP Mbps Num: 48335
hr: 8
MAC_UE_SC_Tput: 5526.88

hr: 8
CA Activation Rate num: 13926178
Setup_Fail_DEN: 15629
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6462
CA Activation Rate den: 66048

Time: 06:30:20
holiday: 0
CA DL DataVolRatio Pct num: 1234

Avg_Connected_UEs: 67.05
SIP DC%: 
UPTP_Mbps: 28.43
DRB UL Data Volume MB: 8201
CA DL DataVolRatio Pct den: 3393
weekend: 0
hr: 13
MAC_UE_SC_Tput: 13262.12
Bearer Releases: 14482

hr: 13
CA Activation Rate num: 7378406
Setup_Fail_DEN: 18462
SIP_SC_Total_MOU: 150.06
Peak UE: 27

Combined RACH Preambles: 2892
Time: 19:41:51
holiday: 0
CA DL DataVolRatio Pct: 45.56

SIP DC%: 
DLRLCLayerDataVolume MB: 3621.13
DRB UL Data Volume MB: 7631
RRC Setup Attempts: 9151
CA DL DataVolRatio Pct den: 5698
CA Conf FailRate Pct den: 3779
weekend: 0
UPTP Mbps Num: 60090
hr: 7
MAC_UE_SC_Tput: 11053.89
Bearer Releases: 8617

hr: 7
CA Activation Rate num: 5884465
UPTP Mbps Den: 4435
Setup_Fail_DEN: 8298
Peak UE: 41
MB_per_connected_UE: 96.18
DL Data Vol MAC in MB: 3783.41
CA Activation Rate den: 52972

Time: 13:39:29
holiday: 0
CA DL DataVolRatio Pct: 67.84

SIP DC%: 
UPTP_Mbps: 14.31
RRC Setup Attempts: 6414
CA DL DataVolRatio Pct den: 6553
weekend: 0
CA Activation Rate: 19.99
hr: 3
MAC_UE_SC_Tput: 18381.76
Bearer Releases: 12400

hr: 3
CA Activation Rate num: 1409568
Peak UE: 37
MB_per_connected_UE: 183.67
CA Activation Rate den: 70512

Time: 04:13:36
holiday: 0
CA DL DataVolRatio Pct: 56.69

SIP DC%: 
DLRLCLayerDataVolume MB: 576.9
CA DL DataVolRatio Pct den: 448
weekend: 0
hr: 0
MAC_UE_SC_Tput: 9635.47

hr: 0
CA Activation Rate num: 7803544
UPTP Mbps Den: 2726
Setup_Fail_DEN: 9128
SIP_SC_Total_MOU: 182.35
Peak UE: 27
MB_per_connected_UE: 170.45
PCT Time MIMO: 49.28
DL Data Vol MAC in MB: 7854.72
CA Activation Rate den: 110940

Combined RACH Preambles: 3724
Time: 14:48:07
holiday: 0
CA DL DataVolRatio Pct num: 835

Avg_Connected_UEs: 71.02
SIP DC%: 
DLRLCLayerDataVolume MB: 5970.17
DRB UL Data Volume MB: 7697
PRB Util%: 21.61
CA Conf FailRate Pct den: 9260
weekend: 0
hr: 20
MAC_UE_SC_Tput: 4850.18

hr: 20
CA Activation Rate num: 9526919
MB_per_connected_UE: 28.74
PCT Time MIMO: 46.13
DL Volume: 9228
DL Data Vol MAC in MB: 7281.64
CA Activation Rate den: 173873

Time: 10:00:29
holiday: 0

DL MAC Vol Scell Pct: 24.55
SIP DC%: 
UPTP_Mbps: 50.29
DLRLCLayerDataVolume MB: 3419.79
weekend: 0
UPTP Mbps Num: 9575
hr: 1
MAC_UE_SC_Tput: 4594.95

hr: 1
Setup_Fail_DEN: 10051
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7050
DL Data Vol MAC in MB: 6263.83
CA Activation Rate den: 129072

Time: 04:19:14
holiday: 0
CA DL DataVolRatio Pct: 59.53

DL MAC Vol Scell Pct: 42.8
SIP DC%: 
UPTP_Mbps: 9.71
DLRLCLayerDataVolume MB: 8857.45
DRB UL Data Volume MB: 2863
PRB Util%: 24.3
DL Packet Loss Pct: 3.74
CA Conf FailRate Pct den: 8695
weekend: 1
CA Activation Rate: 3.42
hr: 0
MAC_UE_SC_Tput: 6778.53

hr: 0
CA Activation Rate num: 6279044
Setup_Fail_DEN: 14829
Peak UE: 27
MB_per_connected_UE: 155.45
DL Data Vol MAC in MB: 3017.83

Time: 07:25:33
holiday: 0

Avg_Connected_UEs: 36.37
SIP DC%: 
DLRLCLayerDataVolume MB: 9947.82
DRB UL Data Volume MB: 411
weekend: 0
UPTP Mbps Num: 34304
CA Activation Rate: 70.26
hr: 7
Bearer Releases: 9124

hr: 7
CA Activation Rate num: 10070048
Peak UE: 27
PCT Time MIMO: 42.02
DL Data Vol MAC in MB: 5004.09
CA Activation Rate den: 219345

Time: 21:03:53
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8378.12
PRB Util%: 33.98
CA DL DataVolRatio Pct den: 9085
weekend: 0
CA Activation Rate: 73.4
hr: 23
MAC_UE_SC_Tput: 4952.89
Bearer Releases: 16018

hr: 23
Setup_Fail_DEN: 6330
Peak UE: 28
MB_per_connected_UE: 118.85
DL Volume: 6322
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5718
CA Activation Rate den: 44478

Time: 17:48:48
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8189.7
RRC Setup Attempts: 4587
weekend: 0
CA Activation Rate: 74.69
hr: 23
MAC_UE_SC_Tput: 17844.08
Bearer Releases: 7226

hr: 23
CA Activation Rate num: 9947192
Setup_Fail_DEN: 15008
SIP_SC_Total_MOU: 121.76
Peak UE: 27
MB_per_connected_UE: 26.28

Time: 12:53:16
holiday: 0

DL MAC Vol Scell Pct: 37.67
SIP DC%: 
DLRLCLayerDataVolume MB: 8378.84
DRB UL Data Volume MB: 1219
RRC Setup Attempts: 3619
CA DL DataVolRatio Pct den: 4450
CA Conf FailRate Pct den: 5192
weekend: 0
hr: 9

hr: 9
CA Activation Rate num: 7914746
Setup_Fail_DEN: 10370
SIP_SC_Total_MOU: 26.85
Peak UE: 38
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7555
DL Data Vol MAC in MB: 4262

Time: 00:18:09
holiday: 0

DL MAC Vol Scell Pct: 49.83
SIP DC%: 
DLRLCLayerDataVolume MB: 9038.72
weekend: 0
UPTP Mbps Num: 10509
hr: 23
MAC_UE_SC_Tput: 11459.53

hr: 23
CA Activation Rate num: 11042862
SIP_SC_Total_MOU: 296.53
Peak UE: 27
MB_per_connected_UE: 68.09
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3440

Time: 19:33:10
holiday: 0
CA DL DataVolRatio Pct: 89.39

DL MAC Vol Scell Pct: 27.28
SIP DC%: 
UPTP_Mbps: 28.25
DRB UL Data Volume MB: 8952
PRB Util%: 29.42
CA DL DataVolRatio Pct den: 1462
CA Conf FailRate Pct den: 4172
weekend: 0
UPTP Mbps Num: 33187
hr: 12
MAC_UE_SC_Tput: 15802.24

hr: 12
Setup_Fail_DEN: 12501
SIP_SC_Total_MOU: 82.82
Peak UE: 50
MB_per_connected_UE: 24.8
DL Data Vol MAC in MB: 8465.5

Time: 07:09:51
holiday: 0
CA DL DataVolRatio Pct: 74.69

SIP DC%: 
UPTP_Mbps: 45.87
DLRLCLayerDataVolume MB: 205.76
RRC Setup Attempts: 6824
weekend: 0
UPTP Mbps Num: 9330
hr: 3
MAC_UE_SC_Tput: 7505.89
Bearer Releases: 9376

hr: 3
Peak UE: 27
MB_per_connected_UE: 26.44
PCT Time MIMO: 36.46
DL Data Vol MAC in MB: 4125.23

Time: 00:11:21
holiday: 0
CA DL DataVolRatio Pct: 43.3
CA DL DataVolRatio Pct num: 6674

SIP DC%: 
DRB UL Data Volume MB: 315
CA DL DataVolRatio Pct den: 8961
weekend: 0
UPTP Mbps Num: 21856
CA Activation Rate: 72.57
hr: 8
MAC_UE_SC_Tput: 7715.84

hr: 8
CA Activation Rate num: 8312001
Setup_Fail_DEN: 11932
SIP_SC_Total_MOU: 184.25
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9145
DL Data Vol MAC in MB: 7356.96
CA Activation Rate den: 126086

Time: 19:23:33
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7253.07
DRB UL Data Volume MB: 2890
RRC Setup Attempts: 9527
weekend: 0
UPTP Mbps Num: 35457
hr: 12
MAC_UE_SC_Tput: 15049.18
Bearer Releases: 14604

hr: 12
CA Activation Rate num: 5178973
UPTP Mbps Den: 5613
SIP_SC_Total_MOU: 114.44
Peak UE: 27
MB_per_connected_UE: 69.69
DL Volume: 8138
DL Data Vol MAC in MB: 2554.56
CA Activation Rate den: 121861

Combined RACH Preambles: 2581
Time: 20:40:33
holiday: 0

Avg_Connected_UEs: 59.34
SIP DC%: 
DLRLCLayerDataVolume MB: 4631.22
CA DL DataVolRatio Pct den: 8326
CA Conf FailRate Pct den: 5455
weekend: 0
CA Activation Rate: 33.7
hr: 17
MAC_UE_SC_Tput: 6792.45
Bearer Releases: 18668

hr: 17
CA Activation Rate num: 9610594
Peak UE: 28
DL Volume: 3303
DL Data Vol MAC in MB: 8294.34
CA Activation Rate den: 59534

Time: 00:28:42
holiday: 0
CA DL DataVolRatio Pct num: 889

SIP DC%: 
DLRLCLayerDataVolume MB: 5191.07
DRB UL Data Volume MB: 5077
RRC Setup Attempts: 3710
weekend: 0
UPTP Mbps Num: 34573
hr: 2
MAC_UE_SC_Tput: 6015.66
Bearer Releases: 17697

hr: 2
CA Activation Rate num: 6717755
Setup_Fail_DEN: 12330
Peak UE: 81
MB_per_connected_UE: 14.24
DL Volume: 6113
DL Data Vol MAC in MB: 9438.07
CA Activation Rate den: 138268

Time: 15:36:43
holiday: 0
CA DL DataVolRatio Pct num: 2593

DL MAC Vol Scell Pct: 17.91
SIP DC%: 
UPTP_Mbps: 88.08
DLRLCLayerDataVolume MB: 7862.37
CA DL DataVolRatio Pct den: 6771
weekend: 0
UPTP Mbps Num: 20449
hr: 3
Bearer Releases: 9841

hr: 3
CA Activation Rate num: 61974
Peak UE: 27
MB_per_connected_UE: 198.53
DL Volume: 9619
DL Data Vol MAC in MB: 3249.69
CA Activation Rate den: 38536

Time: 10:50:47
holiday: 0

Avg_Connected_UEs: 48.99
SIP DC%: 
DLRLCLayerDataVolume MB: 4523.59
CA DL DataVolRatio Pct den: 7810
weekend: 0
CA Activation Rate: 20.81
hr: 0
MAC_UE_SC_Tput: 18726.29
Bearer Releases: 8120

hr: 0
CA Activation Rate num: 2812258
SIP_SC_Total_MOU: 442.38
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5342
DL Data Vol MAC in MB: 9152.78

Time: 00:41:08
holiday: 0
CA DL DataVolRatio Pct num: 724

SIP DC%: 
DLRLCLayerDataVolume MB: 1978.6
PRB Util%: 17.95
RRC Setup Attempts: 8998
CA Conf FailRate Pct den: 7155
weekend: 0
CA Activation Rate: 23.04
hr: 23
MAC_UE_SC_Tput: 19034.2

hr: 23
CA Activation Rate num: 7351815
SIP_SC_Total_MOU: 215.64
Peak UE: 57
DL Data Vol MAC in MB: 503.56

Time: 16:14:22
holiday: 0

SIP DC%: 
UPTP_Mbps: 59.71
DLRLCLayerDataVolume MB: 1740.93
DRB UL Data Volume MB: 2737
PRB Util%: 59.25
weekend: 0
UPTP Mbps Num: 22237
hr: 8
MAC_UE_SC_Tput: 14566.79
Bearer Releases: 6857

hr: 8
CA Activation Rate num: 8970388
SIP_SC_Total_MOU: 367.45
Peak UE: 36
MB_per_connected_UE: 174.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7006

Time: 03:31:11
holiday: 0
CA DL DataVolRatio Pct num: 1427

SIP DC%: 
DLRLCLayerDataVolume MB: 9418.66
CA DL DataVolRatio Pct den: 9470
weekend: 0
hr: 13

hr: 13
CA Activation Rate num: 10325111
Peak UE: 27
MB_per_connected_UE: 159.05
PCT Time MIMO: 46.21
DL Data Vol MAC in MB: 9303.74

Combined RACH Preambles: 2144
Time: 02:36:36
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6435.55
DRB UL Data Volume MB: 2529
PRB Util%: 40.64
weekend: 0
CA Activation Rate: 42.85
hr: 14
MAC_UE_SC_Tput: 12730.14

hr: 14
CA Activation Rate num: 8274261
SIP_SC_Total_MOU: 384.03
Peak UE: 67
DL Volume: 4529
DL Data Vol MAC in MB: 8002.14
CA Activation Rate den: 63345

holiday: 0
CA DL DataVolRatio Pct num: 1327

SIP DC%: 
DLRLCLayerDataVolume MB: 7444.24
RRC Setup Attempts: 5104
CA Conf FailRate Pct den: 7392
weekend: 0
hr: 23
MAC_UE_SC_Tput: 10343.9
Bearer Releases: 6365

hr: 23
CA Activation Rate num: 10365193
UPTP Mbps Den: 1596
Setup_Fail_DEN: 9317
Peak UE: 54
CA Activation Rate den: 90916

Time: 04:36:02
holiday: 0

Avg_Connected_UEs: 45.44
SIP DC%: 
DL Packet Loss Pct: 1.43
CA Conf FailRate Pct den: 9420
weekend: 0
UPTP Mbps Num: 24921
hr: 23
MAC_UE_SC_Tput: 18156.85
Bearer Releases: 6720

hr: 23
CA Activation Rate num: 7003895
Setup_Fail_DEN: 6775
Peak UE: 28
DL Volume: 4651
DL Data Vol MAC in MB: 5342.43
CA Activation Rate den: 207968

Time: 14:39:38
holiday: 0
CA DL DataVolRatio Pct num: 6876

DL MAC Vol Scell Pct: 41.27
SIP DC%: 
UPTP_Mbps: 7.24
CA DL DataVolRatio Pct den: 4873
CA Conf FailRate Pct den: 6199
weekend: 1
hr: 0
MAC_UE_SC_Tput: 12948.76

hr: 0
CA Activation Rate num: 4289679
Peak UE: 75
MB_per_connected_UE: 19.78
DL Volume: 4361

holiday: 0

DL MAC Vol Scell Pct: 14.45
SIP DC%: 
DRB UL Data Volume MB: 8163
RRC Setup Attempts: 4731
weekend: 0
UPTP Mbps Num: 54792
hr: 8
MAC_UE_SC_Tput: 5483.63

hr: 8
CA Activation Rate num: 946001
Setup_Fail_DEN: 14466
Peak UE: 41
MB_per_connected_UE: 55.35
DL Volume: 6156
DL Data Vol MAC in MB: 8418.84

holiday: 0
CA DL DataVolRatio Pct: 61.31

SIP DC%: 
UPTP_Mbps: 22.36
DLRLCLayerDataVolume MB: 1403.84
RRC Setup Attempts: 9583
weekend: 0
CA Activation Rate: 60.61
hr: 3
MAC_UE_SC_Tput: 5392.06
Bearer Releases: 13041

hr: 3
CA Activation Rate num: 10624106
Peak UE: 92
DL Volume: 9099
CA Activation Rate den: 99137

Combined RACH Preambles: 3996
Time: 23:35:18
holiday: 0

DL MAC Vol Scell Pct: 10.95
Avg_Connected_UEs: 76.12
SIP DC%: 
UPTP_Mbps: 32.88
DLRLCLayerDataVolume MB: 4994.19
CA DL DataVolRatio Pct den: 5159
CA Conf FailRate Pct den: 6167
weekend: 0
UPTP Mbps Num: 51251
CA Activation Rate: 16.5
hr: 14
MAC_UE_SC_Tput: 6347.51

hr: 14
CA Activation Rate num: 3865985
Peak UE: 27
MB_per_connected_UE: 21.87
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6986
CA Activation Rate den: 120685

Time: 13:40:19
holiday: 0
CA DL DataVolRatio Pct: 58.1
CA DL DataVolRatio Pct num: 3351

SIP DC%: 
DRB UL Data Volume MB: 6714
CA Conf FailRate Pct den: 4320
weekend: 0
CA Activation Rate: 71.81
hr: 23
MAC_UE_SC_Tput: 7258.9
Bearer Releases: 13976

hr: 23
CA Activation Rate num: 9434531
Peak UE: 27
CA Activation Rate den: 55011

Combined RACH Preambles: 3731
Time: 23:18:16
holiday: 0
CA DL DataVolRatio Pct: 48.14

DL MAC Vol Scell Pct: 19.5
SIP DC%: 
DLRLCLayerDataVolume MB: 2062.15
CA DL DataVolRatio Pct den: 8520
CA Conf FailRate Pct den: 8860
weekend: 0
UPTP Mbps Num: 50863
hr: 3
MAC_UE_SC_Tput: 7403.6

hr: 3
UPTP Mbps Den: 1139
Setup_Fail_DEN: 12429
SIP_SC_Total_MOU: 269.2
Peak UE: 41
DL Volume: 4636
DL Data Vol MAC in MB: 2124.61

Time: 13:23:02
holiday: 0
CA DL DataVolRatio Pct num: 2537

SIP DC%: 
DLRLCLayerDataVolume MB: 6758.23
RRC Setup Attempts: 7303
CA Conf FailRate Pct den: 2973
weekend: 1
UPTP Mbps Num: 30418
hr: 10
Bearer Releases: 17138

hr: 10
CA Activation Rate num: 755135
Peak UE: 43
DL Volume: 6262
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5216
DL Data Vol MAC in MB: 6742.21

Time: 10:57:42
holiday: 0

DL MAC Vol Scell Pct: 44.1
SIP DC%: 
DLRLCLayerDataVolume MB: 4517
RRC Setup Attempts: 5224
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5670.19

hr: 23
CA Activation Rate num: 3397997
SIP_SC_Total_MOU: 95.54
Peak UE: 27
MB_per_connected_UE: 200.7
DL Volume: 1831
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4667
DL Data Vol MAC in MB: 8099.77

Time: 00:38:22
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 286.58
CA Conf FailRate Pct den: 3765
weekend: 0
UPTP Mbps Num: 15402
hr: 9
MAC_UE_SC_Tput: 9930.09

hr: 9
Peak UE: 27
MB_per_connected_UE: 88.53
PCT Time MIMO: 32.78
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8972
DL Data Vol MAC in MB: 4504.22
CA Activation Rate den: 75745

Time: 07:55:12
holiday: 0

SIP DC%: 
UPTP_Mbps: 38.66
RRC Setup Attempts: 7562
CA DL DataVolRatio Pct den: 8741
CA Conf FailRate Pct den: 7914
weekend: 0
UPTP Mbps Num: 21812
hr: 15
MAC_UE_SC_Tput: 16934.23

hr: 15
CA Activation Rate num: 4841294
Setup_Fail_DEN: 14787
Peak UE: 48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3825
DL Data Vol MAC in MB: 7658.23
CA Activation Rate den: 125512

holiday: 0
CA DL DataVolRatio Pct num: 3630

SIP DC%: 
DLRLCLayerDataVolume MB: 2084.45
CA Conf FailRate Pct den: 7491
weekend: 0
UPTP Mbps Num: 4687
hr: 23
MAC_UE_SC_Tput: 7035.23
Bearer Releases: 9041

hr: 23
CA Activation Rate num: 1408441
Peak UE: 40
MB_per_connected_UE: 156.97
CA Activation Rate den: 155282

Time: 03:51:47
holiday: 0
CA DL DataVolRatio Pct: 85.18

DL MAC Vol Scell Pct: 14.01
SIP DC%: 
DLRLCLayerDataVolume MB: 1866.49
DRB UL Data Volume MB: 6865
PRB Util%: 7.68
CA DL DataVolRatio Pct den: 5599
CA Conf FailRate Pct den: 7548
weekend: 0
UPTP Mbps Num: 29360
CA Activation Rate: 41.35
hr: 14
MAC_UE_SC_Tput: 7044.63
Bearer Releases: 8900

hr: 14
CA Activation Rate num: 9586718
Setup_Fail_DEN: 11508
SIP_SC_Total_MOU: 114.38
Peak UE: 57
MB_per_connected_UE: 30.3
DL Data Vol MAC in MB: 6343.66
CA Activation Rate den: 36076

Time: 11:23:25
holiday: 0
CA DL DataVolRatio Pct: 81.31
CA DL DataVolRatio Pct num: 1550

SIP DC%: 
DLRLCLayerDataVolume MB: 8704.9
RRC Setup Attempts: 3437
CA DL DataVolRatio Pct den: 4884
weekend: 0
hr: 12
MAC_UE_SC_Tput: 5511.19

hr: 12
Peak UE: 42
MB_per_connected_UE: 171.53
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7625
CA Activation Rate den: 56741

Time: 00:57:20
holiday: 0
CA DL DataVolRatio Pct num: 2523

SIP DC%: 
DLRLCLayerDataVolume MB: 142.54
PRB Util%: 34.16
RRC Setup Attempts: 5296
CA Conf FailRate Pct den: 9471
weekend: 0
hr: 23
MAC_UE_SC_Tput: 19532.32
Bearer Releases: 14889

hr: 23
CA Activation Rate num: 10733273
Peak UE: 71
PCT Time MIMO: 70.16

Time: 16:27:08
holiday: 0

SIP DC%: 
UPTP_Mbps: 36.79
DLRLCLayerDataVolume MB: 8732.58
CA Conf FailRate Pct den: 6376
weekend: 0
hr: 13
MAC_UE_SC_Tput: 4534.36

hr: 13
CA Activation Rate num: 9921524
SIP_SC_Total_MOU: 293.5
Peak UE: 59
MB_per_connected_UE: 88.16
DL Volume: 664
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8793
DL Data Vol MAC in MB: 7455.58
CA Activation Rate den: 37156

Time: 05:56:27
holiday: 0

Avg_Connected_UEs: 70.02
SIP DC%: 
UPTP_Mbps: 56.41
CA DL DataVolRatio Pct den: 4864
weekend: 0
hr: 12
Bearer Releases: 7562

hr: 12
Peak UE: 27
MB_per_connected_UE: 20.47
DL Volume: 5365
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6997
DL Data Vol MAC in MB: 9592.88
CA Activation Rate den: 69568

Time: 09:26:55
holiday: 0

Avg_Connected_UEs: 46.27
SIP DC%: 
DLRLCLayerDataVolume MB: 6271.04
RRC Setup Attempts: 7213
CA DL DataVolRatio Pct den: 7241
weekend: 0
UPTP Mbps Num: 35600
hr: 19
MAC_UE_SC_Tput: 15521.84
Bearer Releases: 9996

hr: 19
UPTP Mbps Den: 857
Setup_Fail_DEN: 8751
Peak UE: 27
MB_per_connected_UE: 65.11
DL Volume: 7802
CA Activation Rate den: 118942

holiday: 0
CA DL DataVolRatio Pct num: 5662

SIP DC%: 
DLRLCLayerDataVolume MB: 6700
DRB UL Data Volume MB: 5073
CA Conf FailRate Pct den: 5429
weekend: 0
UPTP Mbps Num: 12666
hr: 23
MAC_UE_SC_Tput: 10691.46
Bearer Releases: 13328

hr: 23
CA Activation Rate num: 1436513
SIP_SC_Total_MOU: 63.79
Peak UE: 27
MB_per_connected_UE: 183.74
DL Volume: 790
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9405
DL Data Vol MAC in MB: 10195.64
CA Activation Rate den: 120451

Time: 10:32:14
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6078.32
RRC Setup Attempts: 5014
weekend: 0
hr: 4
MAC_UE_SC_Tput: 18554.43
Bearer Releases: 16161

hr: 4
CA Activation Rate num: 5835885
Setup_Fail_DEN: 9553
Peak UE: 27
DL Volume: 864
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6695
CA Activation Rate den: 73684

Time: 03:24:48
holiday: 0
CA DL DataVolRatio Pct num: 1536

SIP DC%: 
DLRLCLayerDataVolume MB: 5544.82
CA DL DataVolRatio Pct den: 6385
weekend: 0
UPTP Mbps Num: 9652
hr: 22
MAC_UE_SC_Tput: 4577.52

hr: 22
CA Activation Rate num: 3956145
SIP_SC_Total_MOU: 167.71
DL Volume: 8968
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5030

Time: 04:48:09
holiday: 0

Avg_Connected_UEs: 62.87
SIP DC%: 
DLRLCLayerDataVolume MB: 1401.8
CA Conf FailRate Pct den: 9126
weekend: 1
UPTP Mbps Num: 18478
CA Activation Rate: 69.18
hr: 19
MAC_UE_SC_Tput: 5119.63

hr: 19
CA Activation Rate num: 6345230
SIP_SC_Total_MOU: 10.75
MB_per_connected_UE: 103.66
PCT Time MIMO: 59.47

Time: 20:33:24
holiday: 0
CA DL DataVolRatio Pct: 74.38

SIP DC%: 
weekend: 0
UPTP Mbps Num: 41846
hr: 2
MAC_UE_SC_Tput: 15831.52

hr: 2
CA Activation Rate num: 2529885
Peak UE: 27
MB_per_connected_UE: 110.55
UL Throughput: 17.28
DL Data Vol MAC in MB: 2743.44
CA Activation Rate den: 157159

Combined RACH Preambles: 2041
Time: 20:12:45
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1048.77
DRB UL Data Volume MB: 4398
weekend: 0
CA Activation Rate: 4.73
hr: 4
Bearer Releases: 12515

hr: 4
CA Activation Rate num: 614380
UPTP Mbps Den: 579
Setup_Fail_DEN: 10388
Peak UE: 52
MB_per_connected_UE: 191.91
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3888
DL Data Vol MAC in MB: 7522.6
CA Activation Rate den: 140464

holiday: 0

SIP DC%: 
UPTP_Mbps: 16.37
DLRLCLayerDataVolume MB: 1732.03
CA DL DataVolRatio Pct den: 2795
weekend: 0
UPTP Mbps Num: 26477
hr: 6
MAC_UE_SC_Tput: 7314.38

hr: 6
CA Activation Rate num: 10423356
Setup_Fail_DEN: 18932
SIP_SC_Total_MOU: 206.97
Peak UE: 81
MB_per_connected_UE: 114.1
PCT Time MIMO: 46.45
UL Throughput: 7.74
DL Data Vol MAC in MB: 2165.35
CA Activation Rate den: 51719

Time: 07:46:44
holiday: 0

DL MAC Vol Scell Pct: 19.11
Avg_Connected_UEs: 33.48
SIP DC%: 
DLRLCLayerDataVolume MB: 792.53
DRB UL Data Volume MB: 6773
CA DL DataVolRatio Pct den: 6779
CA Conf FailRate Pct den: 3217
weekend: 0
CA Activation Rate: 63.09
hr: 21
MAC_UE_SC_Tput: 6056.44
Bearer Releases: 12161

hr: 21
CA Activation Rate num: 5973596
Setup_Fail_DEN: 13121
Peak UE: 48
MB_per_connected_UE: 33.01
DL Volume: 1240

Time: 14:38:00
holiday: 0

SIP DC%: 
UPTP_Mbps: 29.31
DLRLCLayerDataVolume MB: 419.81
CA DL DataVolRatio Pct den: 6756
weekend: 0
CA Activation Rate: 21.66
hr: 19
MAC_UE_SC_Tput: 18490.37

hr: 19
SIP_SC_Total_MOU: 423.42
Peak UE: 84
UL Throughput: 9.13
CA Activation Rate den: 74306

Time: 15:21:38
holiday: 0
CA DL DataVolRatio Pct num: 1117

SIP DC%: 
CA Conf FailRate Pct den: 6119
weekend: 0
UPTP Mbps Num: 9554
CA Activation Rate: 62.89
hr: 7
MAC_UE_SC_Tput: 6691.1

hr: 7
CA Activation Rate num: 573023
Setup_Fail_DEN: 19137
Peak UE: 55
PCT Time MIMO: 47.79
DL Volume: 3395
DL Data Vol MAC in MB: 918.92
CA Activation Rate den: 169487

Time: 19:05:12
holiday: 0

SIP DC%: 
UPTP_Mbps: 109.06
DLRLCLayerDataVolume MB: 9347.61
DRB UL Data Volume MB: 3145
CA Conf FailRate Pct den: 5481
weekend: 0
UPTP Mbps Num: 10020
hr: 19
MAC_UE_SC_Tput: 6655.38

hr: 19
CA Activation Rate num: 8173064
UPTP Mbps Den: 41
SIP_SC_Total_MOU: 236.94
Peak UE: 45
MB_per_connected_UE: 177.89
PCT Time MIMO: 68.5
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8700
DL Data Vol MAC in MB: 6870.9
CA Activation Rate den: 102868

Time: 03:47:21
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5601.4
DRB UL Data Volume MB: 7722
PRB Util%: 31.3
RRC Setup Attempts: 7753
weekend: 0
CA Activation Rate: 11.79
hr: 23
MAC_UE_SC_Tput: 6306.8

hr: 23
CA Activation Rate num: 3509717
SIP_SC_Total_MOU: 0.95
Peak UE: 27
DL Volume: 6598
DL Data Vol MAC in MB: 4414.94

Time: 10:19:13
holiday: 0
CA DL DataVolRatio Pct num: 6043

SIP DC%: 
UPTP_Mbps: 64.41
DLRLCLayerDataVolume MB: 1361.09
CA DL DataVolRatio Pct den: 5862
weekend: 0
UPTP Mbps Num: 24426
CA Activation Rate: 40.17
hr: 0
MAC_UE_SC_Tput: 12476.44
Bearer Releases: 8064

hr: 0
UPTP Mbps Den: 5563
Peak UE: 27
MB_per_connected_UE: 88.9
DL Data Vol MAC in MB: 1677.98

Time: 07:10:27
holiday: 0
CA DL DataVolRatio Pct num: 5853

SIP DC%: 
CA Conf FailRate Pct den: 8083
weekend: 1
UPTP Mbps Num: 1957
CA Activation Rate: 35.33
hr: 0
MAC_UE_SC_Tput: 14116.46
Bearer Releases: 11829

hr: 0
CA Activation Rate num: 6679623
SIP_SC_Total_MOU: 229.44
Peak UE: 27
DL Volume: 9935
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4754

Time: 02:07:24
holiday: 0
CA DL DataVolRatio Pct num: 2875

SIP DC%: 
DLRLCLayerDataVolume MB: 6878.54
DRB UL Data Volume MB: 1156
CA DL DataVolRatio Pct den: 8783
CA Conf FailRate Pct den: 2923
weekend: 0
CA Activation Rate: 43.72
hr: 12
MAC_UE_SC_Tput: 8075.69
Bearer Releases: 10611

hr: 12
CA Activation Rate num: 6181128
Setup_Fail_DEN: 12039
SIP_SC_Total_MOU: 47.77
Peak UE: 27
PCT Time MIMO: 45.22
DL Data Vol MAC in MB: 922.75
CA Activation Rate den: 61763

Time: 20:23:15
holiday: 0
CA DL DataVolRatio Pct: 75.5

DL MAC Vol Scell Pct: 50.69
SIP DC%: 
UPTP_Mbps: 8.72
DLRLCLayerDataVolume MB: 4690.04
weekend: 1
UPTP Mbps Num: 36406
hr: 6
MAC_UE_SC_Tput: 11599.3
Bearer Releases: 7910

hr: 6
CA Activation Rate num: 5377652
Setup_Fail_DEN: 16195
SIP_SC_Total_MOU: 179.99
MB_per_connected_UE: 96.91
DL Data Vol MAC in MB: 7783.78
CA Activation Rate den: 68929

Time: 15:43:40
holiday: 0

SIP DC%: 
RRC Setup Attempts: 6944
weekend: 0
UPTP Mbps Num: 18208
CA Activation Rate: 11.1
hr: 10
MAC_UE_SC_Tput: 16038.45
Bearer Releases: 7723

hr: 10
CA Activation Rate num: 7135275
Peak UE: 33
MB_per_connected_UE: 111.58
DL Volume: 6374
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8884
DL Data Vol MAC in MB: 8384.67

Time: 10:32:47
holiday: 0

DL MAC Vol Scell Pct: 28
SIP DC%: 
UPTP_Mbps: 31.8
DLRLCLayerDataVolume MB: 9265.96
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8129.5

hr: 23
CA Activation Rate num: 8357071
Setup_Fail_DEN: 9848
Peak UE: 76
MB_per_connected_UE: 20.82

Combined RACH Preambles: 3206
Time: 12:03:09
holiday: 0
CA DL DataVolRatio Pct: 82.52

SIP DC%: 
UPTP_Mbps: 116.6
DLRLCLayerDataVolume MB: 9340.13
CA DL DataVolRatio Pct den: 794
CA Conf FailRate Pct den: 8656
weekend: 0
hr: 14
MAC_UE_SC_Tput: 12395.09

hr: 14
CA Activation Rate num: 7497980
SIP_SC_Total_MOU: 40.44
Peak UE: 27
MB_per_connected_UE: 159.12
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4535
DL Data Vol MAC in MB: 866.63
CA Activation Rate den: 81950

Time: 02:39:20
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 919.52
DRB UL Data Volume MB: 8095
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11594.62
Bearer Releases: 18207

hr: 23
CA Activation Rate num: 8304307
Setup_Fail_DEN: 15606
Peak UE: 62
PCT Time MIMO: 52.33

Time: 22:38:05
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6697.88
RRC Setup Attempts: 6502
weekend: 0
hr: 6
MAC_UE_SC_Tput: 8206.1
Bearer Releases: 6274

hr: 6
CA Activation Rate num: 4943625
Setup_Fail_DEN: 18902
SIP_SC_Total_MOU: 386.95
Peak UE: 33
MB_per_connected_UE: 87.75
DL Data Vol MAC in MB: 10042.61

Time: 06:47:42
holiday: 0

SIP DC%: 
UPTP_Mbps: 83.89
DLRLCLayerDataVolume MB: 150.16
CA DL DataVolRatio Pct den: 9115
weekend: 0
UPTP Mbps Num: 21114
hr: 0
MAC_UE_SC_Tput: 5590.18
Bearer Releases: 12763

hr: 0
CA Activation Rate num: 6966237
SIP_SC_Total_MOU: 153.5
Peak UE: 39
MB_per_connected_UE: 97.34
DL Volume: 7801
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8848
DL Data Vol MAC in MB: 8247.79
CA Activation Rate den: 36673

Time: 06:42:24
holiday: 0
CA DL DataVolRatio Pct num: 6388

SIP DC%: 
DLRLCLayerDataVolume MB: 8416.4
Bearer Drop Voice%: 1.02
CA Conf FailRate Pct den: 6410
weekend: 0
CA Activation Rate: 33.41
hr: 23
Bearer Releases: 17188

hr: 23
CA Activation Rate num: 5143707
SIP_SC_Total_MOU: 90.27
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7132
DL Data Vol MAC in MB: 3751.75
CA Activation Rate den: 206479

Combined RACH Preambles: 2640
Time: 22:37:39
holiday: 0
CA DL DataVolRatio Pct num: 1856

Avg_Connected_UEs: 84.48
SIP DC%: 
PRB Util%: 61.65
RRC Setup Attempts: 4269
CA DL DataVolRatio Pct den: 4118
weekend: 0
UPTP Mbps Num: 36281
hr: 3
MAC_UE_SC_Tput: 8372.24
Bearer Releases: 9613

hr: 3
CA Activation Rate num: 12444219
UPTP Mbps Den: 1533
Peak UE: 29
DL Volume: 7289
UL Throughput: 4.63
DL Data Vol MAC in MB: 3779.48

holiday: 0
CA DL DataVolRatio Pct: 57.78

DL MAC Vol Scell Pct: 12.6
SIP DC%: 
UPTP_Mbps: 129.69
DLRLCLayerDataVolume MB: 2673.2
DRB UL Data Volume MB: 2345
CA DL DataVolRatio Pct den: 10134
weekend: 0
hr: 0
MAC_UE_SC_Tput: 8431.93

hr: 0
CA Activation Rate num: 7174969
MB_per_connected_UE: 205.36
DL Volume: 4329
DL Data Vol MAC in MB: 9340.03
CA Activation Rate den: 81643

Combined RACH Preambles: 3751
Time: 11:45:53
holiday: 0
CA DL DataVolRatio Pct: 60.56

SIP DC%: 
weekend: 0
UPTP Mbps Num: 61436
CA Activation Rate: 52.7
hr: 7
Bearer Releases: 9798

hr: 7
CA Activation Rate num: 5493967
Peak UE: 27
DL Data Vol MAC in MB: 8459.07

Time: 19:41:08
holiday: 0

DL MAC Vol Scell Pct: 21.17
SIP DC%: 
DLRLCLayerDataVolume MB: 5602.44
PRB Util%: 56.28
weekend: 0
hr: 15
MAC_UE_SC_Tput: 5333.03

hr: 15
CA Activation Rate num: 8005428
SIP_SC_Total_MOU: 29.46
Peak UE: 31

Time: 00:38:23
holiday: 0

DL MAC Vol Scell Pct: 21.29
SIP DC%: 
UPTP_Mbps: 25.92
DLRLCLayerDataVolume MB: 4792.41
CA DL DataVolRatio Pct den: 1712
weekend: 0
CA Activation Rate: 18.85
hr: 14
MAC_UE_SC_Tput: 13154.27

hr: 14
CA Activation Rate num: 5115966
SIP_SC_Total_MOU: 127.84
MB_per_connected_UE: 52.67
DL Volume: 4442

Time: 22:17:42
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 3551
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6015.7

hr: 23
CA Activation Rate num: 6985127
Setup_Fail_DEN: 15000
Peak UE: 49
MB_per_connected_UE: 16.61
PCT Time MIMO: 70.6

Time: 10:29:28
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9490.08
DRB UL Data Volume MB: 3555
PRB Util%: 10.05
CA DL DataVolRatio Pct den: 8193
CA Conf FailRate Pct den: 4598
weekend: 0
CA Activation Rate: 40.58
hr: 23
MAC_UE_SC_Tput: 11459.9
Bearer Releases: 15639

hr: 23
CA Activation Rate num: 6143696
Setup_Fail_DEN: 19952
Peak UE: 27
MB_per_connected_UE: 28.25
DL Volume: 238
UL Throughput: 8.85
DL Data Vol MAC in MB: 6660.22

Time: 08:39:44
holiday: 0
CA DL DataVolRatio Pct num: 5706

DL MAC Vol Scell Pct: 48.75
SIP DC%: 
UPTP_Mbps: 15.67
CA Conf FailRate Pct den: 6691
weekend: 0
CA Activation Rate: 52.72
hr: 0
MAC_UE_SC_Tput: 14735.94
Bearer Releases: 16906

hr: 0
CA Activation Rate num: 10712807
Peak UE: 27
CA Activation Rate den: 52223

Time: 02:57:06
holiday: 0

DL MAC Vol Scell Pct: 26.44
Avg_Connected_UEs: 22.91
SIP DC%: 
UPTP_Mbps: 36.96
DLRLCLayerDataVolume MB: 5872.67
DRB UL Data Volume MB: 3166
CA DL DataVolRatio Pct den: 8152
weekend: 0
UPTP Mbps Num: 5422
hr: 13
MAC_UE_SC_Tput: 17229.89
Bearer Releases: 8376

hr: 13
CA Activation Rate num: 9905082
Setup_Fail_DEN: 11579
SIP_SC_Total_MOU: 175.39
Peak UE: 70
DL Data Vol MAC in MB: 5833.59

Time: 12:59:22
holiday: 0

DL MAC Vol Scell Pct: 6.89
SIP DC%: 
DLRLCLayerDataVolume MB: 5584.21
PRB Util%: 5.47
weekend: 0
UPTP Mbps Num: 3927
hr: 0
MAC_UE_SC_Tput: 4399.19

hr: 0
CA Activation Rate num: 4511701
SIP_SC_Total_MOU: 258.14
Peak UE: 27
MB_per_connected_UE: 34.36
CA Activation Rate den: 205054

Time: 12:45:38
holiday: 0

SIP DC%: 
UPTP_Mbps: 116.27
DLRLCLayerDataVolume MB: 6831.83
DRB UL Data Volume MB: 7171
CA DL DataVolRatio Pct den: 3169
weekend: 0
UPTP Mbps Num: 46349
hr: 3
MAC_UE_SC_Tput: 5585.78
Bearer Releases: 17148

hr: 3
CA Activation Rate num: 1397926
UPTP Mbps Den: 5155
Peak UE: 27
MB_per_connected_UE: 32.3

Time: 04:22:09
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5259.01
CA DL DataVolRatio Pct den: 5430
weekend: 1
CA Activation Rate: 69.09
hr: 14
MAC_UE_SC_Tput: 6537.12

hr: 14
CA Activation Rate num: 3910471
Setup_Fail_DEN: 11779
QCI 1 Bearer Drop%: 1.3
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 109.58
PCT Time MIMO: 56.26
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7370
DL Data Vol MAC in MB: 8092.47
CA Activation Rate den: 127168

Time: 15:56:32
holiday: 0

DL MAC Vol Scell Pct: 27.31
SIP DC%: 
DLRLCLayerDataVolume MB: 3781.21
weekend: 0
CA Activation Rate: 4.01
hr: 7
MAC_UE_SC_Tput: 6993.98

hr: 7
Setup_Fail_DEN: 9867
SIP_SC_Total_MOU: 16.25
Peak UE: 63
MB_per_connected_UE: 141.84
DL Data Vol MAC in MB: 10056.14
CA Activation Rate den: 72314

Time: 01:36:55
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3592.63
DRB UL Data Volume MB: 5101
PRB Util%: 18.9
CA Conf FailRate Pct den: 7343
weekend: 1
UPTP Mbps Num: 24706
hr: 23
MAC_UE_SC_Tput: 4252.91

hr: 23
CA Activation Rate num: 2447583
Peak UE: 62
MB_per_connected_UE: 60.6
PCT Time MIMO: 43.23
DL Volume: 2109
DL Data Vol MAC in MB: 1450.28

Time: 19:15:18
holiday: 0

Avg_Connected_UEs: 81.82
SIP DC%: 
UPTP_Mbps: 28.27
DRB UL Data Volume MB: 6596
PRB Util%: 60.77
weekend: 1
UPTP Mbps Num: 19875
hr: 19
MAC_UE_SC_Tput: 6635.05

hr: 19
Setup_Fail_DEN: 15966
SIP_SC_Total_MOU: 75.27
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5908
DL Data Vol MAC in MB: 1444.38
CA Activation Rate den: 78501

Time: 23:11:36
holiday: 0

Avg_Connected_UEs: 66.23
SIP DC%: 
DLRLCLayerDataVolume MB: 8169.17
CA Conf FailRate Pct den: 8827
weekend: 0
UPTP Mbps Num: 41439
CA Activation Rate: 55.63
hr: 0
MAC_UE_SC_Tput: 6583.46

hr: 0
CA Activation Rate num: 1719903
Peak UE: 27
MB_per_connected_UE: 27.07
DL Data Vol MAC in MB: 6406.41
CA Activation Rate den: 84350

Time: 11:46:22
holiday: 0
CA DL DataVolRatio Pct: 49.62
CA DL DataVolRatio Pct num: 7223

Avg_Connected_UEs: 24.07
SIP DC%: 
PRB Util%: 15.97
RRC Setup Attempts: 8394
CA DL DataVolRatio Pct den: 5279
CA Conf FailRate Pct den: 6513
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7315.67

hr: 23
Peak UE: 27

Time: 12:28:01
holiday: 0

Avg_Connected_UEs: 83.77
SIP DC%: 
DLRLCLayerDataVolume MB: 383.82
DRB UL Data Volume MB: 4477
PRB Util%: 49.42
CA DL DataVolRatio Pct den: 9153
weekend: 0
CA Activation Rate: 74.58
hr: 5
MAC_UE_SC_Tput: 4754.22

hr: 5
CA Activation Rate num: 5129363
Setup_Fail_DEN: 13950
Peak UE: 27
MB_per_connected_UE: 28.52
PCT Time MIMO: 35.09
DL Data Vol MAC in MB: 1797.55

Combined RACH Preambles: 2547
Time: 02:57:55
holiday: 0

Avg_Connected_UEs: 63.29
SIP DC%: 
DLRLCLayerDataVolume MB: 7355.55
RRC Setup Attempts: 4914
weekend: 0
UPTP Mbps Num: 19787
CA Activation Rate: 27.55
hr: 23
MAC_UE_SC_Tput: 10153.32
Bearer Releases: 8399

hr: 23
Setup_Fail_DEN: 13380
Peak UE: 27
VOLTE IA%: 
DL Data Vol MAC in MB: 2551.28

Time: 15:49:37
holiday: 0
CA DL DataVolRatio Pct: 42.46

DL MAC Vol Scell Pct: 38.58
SIP DC%: 
RRC Setup Attempts: 4869
weekend: 0
CA Activation Rate: 33.84
hr: 11
MAC_UE_SC_Tput: 9153.32
Bearer Releases: 15897

hr: 11
CA Activation Rate num: 7209208
Setup_Fail_DEN: 15366
SIP_SC_Total_MOU: 387.89
Peak UE: 27
MB_per_connected_UE: 11.4
DL Data Vol MAC in MB: 9864.69

Time: 15:53:38
holiday: 0
CA DL DataVolRatio Pct: 62.91
CA DL DataVolRatio Pct num: 1828

Avg_Connected_UEs: 65.49
SIP DC%: 
DLRLCLayerDataVolume MB: 224.13
PRB Util%: 63.04
weekend: 0
CA Activation Rate: 17.09
hr: 23
MAC_UE_SC_Tput: 4880.32
Bearer Releases: 7337

hr: 23
CA Activation Rate num: 9398207
SIP_SC_Total_MOU: 50.19
Peak UE: 75
CA Activation Rate den: 124750

Combined RACH Preambles: 4038
Time: 11:59:27
holiday: 0
CA DL DataVolRatio Pct: 59.28
CA DL DataVolRatio Pct num: 7435

Avg_Connected_UEs: 32.46
SIP DC%: 
UPTP_Mbps: 19.81
PRB Util%: 60.03
weekend: 0
CA Activation Rate: 26.35
hr: 22
MAC_UE_SC_Tput: 8092.09

hr: 22
CA Activation Rate num: 5090967
UPTP Mbps Den: 1720
SIP_SC_Total_MOU: 170.77
MB_per_connected_UE: 21.61
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3787
DL Data Vol MAC in MB: 5168.13
CA Activation Rate den: 117554

Time: 14:42:40
holiday: 0
CA DL DataVolRatio Pct num: 5570

Avg_Connected_UEs: 83.22
SIP DC%: 
DLRLCLayerDataVolume MB: 1552.87
PRB Util%: 19.68
RRC Setup Attempts: 5773
CA DL DataVolRatio Pct den: 8956
weekend: 0
UPTP Mbps Num: 54789
hr: 9
MAC_UE_SC_Tput: 6963.75
Bearer Releases: 11910

hr: 9
CA Activation Rate num: 9097174
Peak UE: 27
DL Volume: 830
UL Throughput: 9.86
DL Data Vol MAC in MB: 6981.79

Time: 13:50:34
holiday: 0

SIP DC%: 
UPTP_Mbps: 80.38
DLRLCLayerDataVolume MB: 4721.81
weekend: 0
hr: 17
MAC_UE_SC_Tput: 7829.22

hr: 17
CA Activation Rate num: 5083023
Setup_Fail_DEN: 9090
Peak UE: 59
PCT Time MIMO: 47.32
DL Volume: 2561
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4184

Time: 09:06:34
holiday: 0

Avg_Connected_UEs: 58.57
SIP DC%: 
DRB UL Data Volume MB: 2170
RRC Setup Attempts: 4924
weekend: 1
UPTP Mbps Num: 55579
hr: 9
MAC_UE_SC_Tput: 5049.51

hr: 9
CA Activation Rate num: 5109542
Peak UE: 35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4049

Time: 16:40:12
holiday: 0
CA DL DataVolRatio Pct: 76.99

SIP DC%: 
UPTP_Mbps: 131.41
PRB Util%: 33.29
RRC Setup Attempts: 4972
weekend: 0
UPTP Mbps Num: 21745
hr: 3

hr: 3
CA Activation Rate num: 6902812
Setup_Fail_DEN: 10290
Peak UE: 27
MB_per_connected_UE: 193.73
DL Data Vol MAC in MB: 6241.57
CA Activation Rate den: 74821

Time: 17:35:23
holiday: 0
CA DL DataVolRatio Pct num: 7233

SIP DC%: 
weekend: 0
CA Activation Rate: 36.26
hr: 15
MAC_UE_SC_Tput: 13895.49

hr: 15
CA Activation Rate num: 8107205
Setup_Fail_DEN: 18449
Peak UE: 64
DL Data Vol MAC in MB: 9915.91

Time: 21:57:42
holiday: 0

Avg_Connected_UEs: 27.35
SIP DC%: 
DLRLCLayerDataVolume MB: 922.36
PRB Util%: 27.68
CA DL DataVolRatio Pct den: 5872
weekend: 0
CA Activation Rate: 6.57
hr: 0
MAC_UE_SC_Tput: 5849.18

hr: 0
Setup_Fail_DEN: 6525
Peak UE: 27
MB_per_connected_UE: 137.25
DL Data Vol MAC in MB: 3734.51
CA Activation Rate den: 95612
Combined RACH Preambles: 3021

holiday: 0
CA DL DataVolRatio Pct num: 3493

SIP DC%: 
DLRLCLayerDataVolume MB: 6465.01
weekend: 1
CA Activation Rate: 20.56
hr: 21
Bearer Releases: 7962

hr: 21
UPTP Mbps Den: 1551
Setup_Fail_DEN: 13593
SIP_SC_Total_MOU: 126.14
Peak UE: 60
VOLTE IA%: 
MB_per_connected_UE: 192.98
DL Data Vol MAC in MB: 1263.75
CA Activation Rate den: 108229

holiday: 0

SIP DC%: 
UPTP_Mbps: 8.39
DLRLCLayerDataVolume MB: 1877.97
PRB Util%: 74.04
CA Conf FailRate Pct den: 7455
weekend: 0
CA Activation Rate: 26.08
hr: 0
MAC_UE_SC_Tput: 15358.48

hr: 0
CA Activation Rate num: 3892915
Peak UE: 69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8985
DL Data Vol MAC in MB: 8403.33

Time: 03:10:59
holiday: 0

DL MAC Vol Scell Pct: 46.22
SIP DC%: 
UPTP_Mbps: 16.52
RRC Setup Attempts: 6938
weekend: 0
hr: 2
MAC_UE_SC_Tput: 11441.44
Bearer Releases: 10290

hr: 2
CA Activation Rate num: 2380101
Setup_Fail_DEN: 14724
Peak UE: 47
MB_per_connected_UE: 62.68
DL Volume: 9828
DL Data Vol MAC in MB: 4244.26
CA Activation Rate den: 37062

Time: 04:59:07
holiday: 0
CA DL DataVolRatio Pct: 91.46
CA DL DataVolRatio Pct num: 6474

DL MAC Vol Scell Pct: 43.94
Avg_Connected_UEs: 77.45
SIP DC%: 
DLRLCLayerDataVolume MB: 6573.59
CA DL DataVolRatio Pct den: 2070
weekend: 0
CA Activation Rate: 62.68
hr: 23
MAC_UE_SC_Tput: 8500.91

hr: 23
CA Activation Rate num: 6123852
Peak UE: 81
CA Activation Rate den: 99018

holiday: 0
CA DL DataVolRatio Pct num: 5978

SIP DC%: 
UPTP_Mbps: 109.95
DLRLCLayerDataVolume MB: 2776.98
weekend: 1
UPTP Mbps Num: 15423
CA Activation Rate: 28.17
hr: 18
MAC_UE_SC_Tput: 10711.31
Bearer Releases: 18432

hr: 18
CA Activation Rate num: 7590963
Peak UE: 27
MB_per_connected_UE: 18.51
CA Activation Rate den: 45287

Time: 21:15:27
holiday: 0
CA DL DataVolRatio Pct: 42.07

SIP DC%: 
UPTP_Mbps: 32.83
DRB UL Data Volume MB: 8102
PRB Util%: 42.75
CA DL DataVolRatio Pct den: 8628
CA Conf FailRate Pct den: 2972
weekend: 1
UPTP Mbps Num: 24215
CA Activation Rate: 29.92
hr: 8
MAC_UE_SC_Tput: 11360.67

hr: 8
CA Activation Rate num: 2771245
Peak UE: 27
MB_per_connected_UE: 133.64
DL Data Vol MAC in MB: 3992.26

Time: 04:24:28
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9952.44
DRB UL Data Volume MB: 483
weekend: 0
UPTP Mbps Num: 22366
CA Activation Rate: 58.53
hr: 7

hr: 7
CA Activation Rate num: 6106600
Setup_Fail_DEN: 15519
Peak UE: 37
MB_per_connected_UE: 154.91
DL Data Vol MAC in MB: 5452.82

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7446.69
DRB UL Data Volume MB: 6487
CA DL DataVolRatio Pct den: 4354
CA Conf FailRate Pct den: 6144
weekend: 1
hr: 13
MAC_UE_SC_Tput: 53132.02

hr: 13
CA Activation Rate num: 10379271
Peak UE: 37
DL Volume: 4045

Time: 22:18:46
holiday: 0
CA DL DataVolRatio Pct: 75.65

SIP DC%: 
DLRLCLayerDataVolume MB: 555.87
DRB UL Data Volume MB: 2516
DL Packet Loss Pct: 1.03
RRC Setup Attempts: 7450
weekend: 0
UPTP Mbps Num: 7473
hr: 10
MAC_UE_SC_Tput: 5936.16

hr: 10
CA Activation Rate num: 2400743
Peak UE: 99
MB_per_connected_UE: 20.15
DL Data Vol MAC in MB: 9327.11
CA Activation Rate den: 168148

Time: 11:52:26
holiday: 0

DL MAC Vol Scell Pct: 21.19
SIP DC%: 
UPTP_Mbps: 24.38
DLRLCLayerDataVolume MB: 4809.02
DRB UL Data Volume MB: 1818
PRB Util%: 29.2
CA DL DataVolRatio Pct den: 9298
weekend: 0
UPTP Mbps Num: 43378
hr: 2
MAC_UE_SC_Tput: 10722.95

hr: 2
CA Activation Rate num: 9789931
SIP_SC_Total_MOU: 162.39
Peak UE: 51
CA Activation Rate den: 38455

Time: 08:38:32
holiday: 0
CA DL DataVolRatio Pct num: 1181

Avg_Connected_UEs: 54.46
SIP DC%: 
PRB Util%: 59.16
CA DL DataVolRatio Pct den: 9833
weekend: 0
UPTP Mbps Num: 20198
CA Activation Rate: 7.83
hr: 1
MAC_UE_SC_Tput: 9425.19

hr: 1
CA Activation Rate num: 9073299
SIP_SC_Total_MOU: 147.9
Peak UE: 53
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6670
CA Activation Rate den: 88691

Time: 00:52:57
holiday: 0

SIP DC%: 
weekend: 0
UPTP Mbps Num: 38203
hr: 10
MAC_UE_SC_Tput: 4577.91

hr: 10
CA Activation Rate num: 2754118
Setup_Fail_DEN: 8808
Peak UE: 27
MB_per_connected_UE: 15.25
DL Data Vol MAC in MB: 2145.18
CA Activation Rate den: 139861

Time: 18:32:18
holiday: 0

Avg_Connected_UEs: 32.68
SIP DC%: 
DLRLCLayerDataVolume MB: 3614.24
DRB UL Data Volume MB: 2465
CA Conf FailRate Pct den: 9185
weekend: 0
UPTP Mbps Num: 55100
CA Activation Rate: 31.56
hr: 2
MAC_UE_SC_Tput: 10106.66
Bearer Releases: 7016

hr: 2
CA Activation Rate num: 522554
Setup_Fail_DEN: 17140
Peak UE: 63
PCT Time MIMO: 45.7
DL Volume: 1994
DL Data Vol MAC in MB: 4958.05

Combined RACH Preambles: 3392
Time: 16:13:14
holiday: 0

Avg_Connected_UEs: 61.21
SIP DC%: 
UPTP_Mbps: 117.25
DRB UL Data Volume MB: 3646
RRC Setup Attempts: 4243
weekend: 0
hr: 9
MAC_UE_SC_Tput: 14059.97

hr: 9
UPTP Mbps Den: 1535
Peak UE: 72
DL Volume: 291
CA Activation Rate den: 93781

Time: 05:29:37
holiday: 0
CA DL DataVolRatio Pct: 73.1

Avg_Connected_UEs: 17.76
SIP DC%: 
UPTP_Mbps: 40.74
DLRLCLayerDataVolume MB: 1915.88
DRB UL Data Volume MB: 8925
RRC Setup Attempts: 7463
CA DL DataVolRatio Pct den: 803
CA Conf FailRate Pct den: 5800
weekend: 0
hr: 23
MAC_UE_SC_Tput: 10954.45

hr: 23
SIP_SC_Total_MOU: 268.95
Peak UE: 38
MB_per_connected_UE: 119.05
PCT Time MIMO: 32.74
DL Volume: 5837
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3236
CA Activation Rate den: 142048

Time: 14:11:08
holiday: 0

DL MAC Vol Scell Pct: 32.25
SIP DC%: 
UPTP_Mbps: 23.71
DLRLCLayerDataVolume MB: 8845.65
CA Conf FailRate Pct den: 4941
weekend: 0
UPTP Mbps Num: 3608
hr: 8
Bearer Releases: 11258

hr: 8
CA Activation Rate num: 2091981
Setup_Fail_DEN: 15760
SIP_SC_Total_MOU: 110.94
Peak UE: 27
DL Volume: 302
CA Activation Rate den: 51611

Time: 21:37:19
holiday: 0

Avg_Connected_UEs: 58.84
SIP DC%: 
DLRLCLayerDataVolume MB: 7033.95
CA DL DataVolRatio Pct den: 10160
CA Conf FailRate Pct den: 8192
weekend: 1
UPTP Mbps Num: 31814
CA Activation Rate: 47.53
hr: 23
MAC_UE_SC_Tput: 9812.97
Bearer Releases: 14980

hr: 23
CA Activation Rate num: 9480742
UPTP Mbps Den: 5177
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6224

Time: 04:09:41
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 8593
CA Conf FailRate Pct den: 8197
weekend: 0
hr: 10
MAC_UE_SC_Tput: 10516.27

hr: 10
CA Activation Rate num: 2405633
Setup_Fail_DEN: 19227
Peak UE: 56
DL Volume: 3760

Combined RACH Preambles: 4738
Time: 19:24:40
holiday: 0
CA DL DataVolRatio Pct num: 3954

Avg_Connected_UEs: 22.47
SIP DC%: 
UPTP_Mbps: 131.48
DLRLCLayerDataVolume MB: 7097.26
RRC Setup Attempts: 5257
CA DL DataVolRatio Pct den: 7884
weekend: 0
hr: 12
MAC_UE_SC_Tput: 16061.2
Bearer Releases: 16733

hr: 12
CA Activation Rate num: 9367206
SIP_SC_Total_MOU: 238.29
Peak UE: 92
MB_per_connected_UE: 9.17
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3187
UL Throughput: 6.15
DL Data Vol MAC in MB: 10147.18
CA Activation Rate den: 106860

Time: 21:39:04
holiday: 0
CA DL DataVolRatio Pct num: 1908

Avg_Connected_UEs: 65.24
SIP DC%: 
DLRLCLayerDataVolume MB: 3719.13
weekend: 0
CA Activation Rate: 42.71
hr: 14
MAC_UE_SC_Tput: 7890.61

hr: 14
CA Activation Rate num: 6118075
UPTP Mbps Den: 5991
Setup_Fail_DEN: 14961
SIP_SC_Total_MOU: 93.07
Peak UE: 27
DL Volume: 3670
CA Activation Rate den: 72717

holiday: 0

DL MAC Vol Scell Pct: 43.72
Avg_Connected_UEs: 35.61
SIP DC%: 
UPTP_Mbps: 84.37
DLRLCLayerDataVolume MB: 4596.56
RRC Setup Attempts: 6071
weekend: 0
UPTP Mbps Num: 60313
CA Activation Rate: 32.91
hr: 23
MAC_UE_SC_Tput: 7497.5

hr: 23
CA Activation Rate num: 1273897
Setup_Fail_DEN: 13835
SIP_SC_Total_MOU: 333.87
Peak UE: 44
MB_per_connected_UE: 129.1
PCT Time MIMO: 63.73
DL Volume: 870
DL Data Vol MAC in MB: 9305.06
CA Activation Rate den: 49346

Time: 18:00:33
holiday: 0
CA DL DataVolRatio Pct num: 3428

SIP DC%: 
DLRLCLayerDataVolume MB: 1252.5
DRB UL Data Volume MB: 1262
RRC Setup Attempts: 6040
weekend: 0
CA Activation Rate: 64.64
hr: 15
MAC_UE_SC_Tput: 10602.2

hr: 15
CA Activation Rate num: 13086470
Peak UE: 27
MB_per_connected_UE: 121.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5244
DL Data Vol MAC in MB: 3295.06
CA Activation Rate den: 129640

Time: 03:38:03
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 424.93
PRB Util%: 54.67
RRC Setup Attempts: 3718
CA Conf FailRate Pct den: 9528
weekend: 0
UPTP Mbps Num: 15718
CA Activation Rate: 9.45
hr: 15
MAC_UE_SC_Tput: 4881.11

hr: 15
CA Activation Rate num: 2091921
SIP_SC_Total_MOU: 21.02
Peak UE: 44
MB_per_connected_UE: 188.55
PCT Time MIMO: 42.05
DL Data Vol MAC in MB: 4169.8
CA Activation Rate den: 181417

Time: 02:22:12
holiday: 0
CA DL DataVolRatio Pct: 73.13

SIP DC%: 
DLRLCLayerDataVolume MB: 3920.15
PRB Util%: 15.65
CA DL DataVolRatio Pct den: 6775
weekend: 0
UPTP Mbps Num: 9566
hr: 15
MAC_UE_SC_Tput: 18396.66

hr: 15
CA Activation Rate num: 9241615
Setup_Fail_DEN: 9459
SIP_SC_Total_MOU: 106.63
MB_per_connected_UE: 92.56
PCT Time MIMO: 33.69
DL Volume: 4554
DL Data Vol MAC in MB: 743.99

Time: 16:11:16
holiday: 0

SIP DC%: 
UPTP_Mbps: 76.7
DLRLCLayerDataVolume MB: 4008.38
DRB UL Data Volume MB: 8920
weekend: 0
UPTP Mbps Num: 8075
CA Activation Rate: 59.3
hr: 0

hr: 0
CA Activation Rate num: 9256389
Setup_Fail_DEN: 11757
SIP_SC_Total_MOU: 386.27
Peak UE: 75
MB_per_connected_UE: 80.2
DL Data Vol MAC in MB: 9607.42
CA Activation Rate den: 109032

Time: 05:51:42
holiday: 0
CA DL DataVolRatio Pct num: 6465

SIP DC%: 
UPTP_Mbps: 22.05
CA Conf FailRate Pct den: 6684
weekend: 0
hr: 23
MAC_UE_SC_Tput: 20155.83
Bearer Releases: 16117

hr: 23
CA Activation Rate num: 2099353
SIP_SC_Total_MOU: 84.33
Peak UE: 27
DL Data Vol MAC in MB: 1551.58
CA Activation Rate den: 84711

Combined RACH Preambles: 3980
Time: 17:36:14
holiday: 0
CA DL DataVolRatio Pct: 48.53

SIP DC%: 
UPTP_Mbps: 20.44
DRB UL Data Volume MB: 7471
weekend: 1
hr: 13
MAC_UE_SC_Tput: 5776.37

hr: 13
CA Activation Rate num: 2807243
SIP_SC_Total_MOU: 45.99
Peak UE: 75
MB_per_connected_UE: 41.26
CA Activation Rate den: 139839

Time: 15:15:21
holiday: 0

Avg_Connected_UEs: 21.48
SIP DC%: 
UPTP_Mbps: 14.48
DLRLCLayerDataVolume MB: 2800.43
weekend: 0
UPTP Mbps Num: 25220
hr: 8
MAC_UE_SC_Tput: 6735.74
Bearer Releases: 17689

hr: 8
CA Activation Rate num: 9535648
Setup_Fail_DEN: 15317
SIP_SC_Total_MOU: 234.29
Peak UE: 27
MB_per_connected_UE: 22.49
DL Volume: 9274
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7323
DL Data Vol MAC in MB: 3134.48

Time: 08:04:01
holiday: 0
CA DL DataVolRatio Pct: 72.31

Avg_Connected_UEs: 20.75
SIP DC%: 
DLRLCLayerDataVolume MB: 3569.71
DRB UL Data Volume MB: 698
PRB Util%: 28.12
weekend: 0
CA Activation Rate: 18.69
hr: 9
MAC_UE_SC_Tput: 9228.85
Bearer Releases: 7418

hr: 9
CA Activation Rate num: 4140486
UPTP Mbps Den: 2209
SIP_SC_Total_MOU: 38.29
Peak UE: 27
DL Data Vol MAC in MB: 353.22

Time: 13:50:33
holiday: 0
CA DL DataVolRatio Pct: 89.09
CA DL DataVolRatio Pct num: 3066

SIP DC%: 
UPTP_Mbps: 19.14
DLRLCLayerDataVolume MB: 1014.65
DRB UL Data Volume MB: 6826
weekend: 0
UPTP Mbps Num: 2158
hr: 23
MAC_UE_SC_Tput: 18667.79
Bearer Releases: 18346

hr: 23
CA Activation Rate num: 7507835
SIP_SC_Total_MOU: 164.35
Peak UE: 31
MB_per_connected_UE: 136.82
PCT Time MIMO: 46.89

Combined RACH Preambles: 2357
Time: 03:28:39
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3554.96
RRC Setup Attempts: 7001
CA DL DataVolRatio Pct den: 9422
CA Conf FailRate Pct den: 9527
weekend: 0
hr: 2
MAC_UE_SC_Tput: 9710.53

hr: 2
CA Activation Rate num: 4046799
Setup_Fail_DEN: 10201
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7467
DL Data Vol MAC in MB: 5513.19
CA Activation Rate den: 96690

holiday: 0

DL MAC Vol Scell Pct: 24.96
SIP DC%: 
DLRLCLayerDataVolume MB: 2633.25
weekend: 1
CA Activation Rate: 66.86
hr: 10

hr: 10
CA Activation Rate num: 58922
Peak UE: 27
MB_per_connected_UE: 7.53
DL Volume: 3179
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5999

Time: 14:05:30
holiday: 0
CA DL DataVolRatio Pct: 58.66
CA DL DataVolRatio Pct num: 3863

SIP DC%: 
DLRLCLayerDataVolume MB: 811.39
DRB UL Data Volume MB: 9061
PRB Util%: 5.67
CA Conf FailRate Pct den: 7002
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4865.75

hr: 0
Peak UE: 27
MB_per_connected_UE: 43.2
CA Activation Rate den: 46982

Time: 23:59:29
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 8473
CA DL DataVolRatio Pct den: 6513
CA Conf FailRate Pct den: 8595
weekend: 0
UPTP Mbps Num: 37016
hr: 0
MAC_UE_SC_Tput: 7115.77

hr: 0
CA Activation Rate num: 3177190
SIP_SC_Total_MOU: 55.53
Peak UE: 31
MB_per_connected_UE: 80.76
DL Volume: 1143
DL Data Vol MAC in MB: 1408.93
CA Activation Rate den: 58997

Time: 05:43:04
holiday: 0

DL MAC Vol Scell Pct: 46.75
Avg_Connected_UEs: 37.39
SIP DC%: 
DLRLCLayerDataVolume MB: 4831.69
PRB Util%: 38.72
weekend: 1
UPTP Mbps Num: 52225
CA Activation Rate: 51.44
hr: 23
MAC_UE_SC_Tput: 13464.09

hr: 23
CA Activation Rate num: 10691144
UPTP Mbps Den: 2547
SIP_SC_Total_MOU: 37.8
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7343
DL Data Vol MAC in MB: 8075.72
CA Activation Rate den: 92513

Time: 03:56:30
holiday: 0
CA DL DataVolRatio Pct num: 244

DL MAC Vol Scell Pct: 14.87
SIP DC%: 
RRC Setup Attempts: 9208
weekend: 0
hr: 3
MAC_UE_SC_Tput: 12985.29

hr: 3
CA Activation Rate num: 5439190
Peak UE: 27
MB_per_connected_UE: 28.6
PCT Time MIMO: 44.7

Time: 21:29:51
holiday: 0
CA DL DataVolRatio Pct: 51.51
CA DL DataVolRatio Pct num: 1516

Avg_Connected_UEs: 73.97
SIP DC%: 
RRC Setup Attempts: 5669
weekend: 0
UPTP Mbps Num: 57730
CA Activation Rate: 18.54
hr: 16
MAC_UE_SC_Tput: 26073.29

hr: 16
CA Activation Rate num: 9814844
Setup_Fail_DEN: 7058
Peak UE: 77
MB_per_connected_UE: 43.68
PCT Time MIMO: 36.01
CA Activation Rate den: 63813
Combined RACH Preambles: 1929

Time: 05:33:03
holiday: 0
CA DL DataVolRatio Pct num: 4095

SIP DC%: 
CA DL DataVolRatio Pct den: 2204
weekend: 0
CA Activation Rate: 12.84
hr: 3
MAC_UE_SC_Tput: 5300.25
Bearer Releases: 13454

hr: 3
CA Activation Rate num: 2673560
Setup_Fail_DEN: 11777
MB_per_connected_UE: 36.9
DL Volume: 1817
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3926
UL Throughput: 6.29
DL Data Vol MAC in MB: 3830.71
CA Activation Rate den: 75677

Time: 10:13:32
holiday: 0

DL MAC Vol Scell Pct: 39.05
Avg_Connected_UEs: 64.39
SIP DC%: 
DLRLCLayerDataVolume MB: 8772.25
CA DL DataVolRatio Pct den: 4580
weekend: 0
UPTP Mbps Num: 11205
hr: 0
MAC_UE_SC_Tput: 5693.11

hr: 0
CA Activation Rate num: 1447654
Setup_Fail_DEN: 11382
SIP_SC_Total_MOU: 71.82
Peak UE: 38
MB_per_connected_UE: 186.38
DL Volume: 5058
DL Data Vol MAC in MB: 8223.97
CA Activation Rate den: 103282

Time: 03:33:59
holiday: 0

SIP DC%: 
UPTP_Mbps: 102.08
DRB UL Data Volume MB: 7384
PRB Util%: 70.41
RRC Setup Attempts: 3714
CA Conf FailRate Pct den: 4065
weekend: 0
CA Activation Rate: 24.4
hr: 23
MAC_UE_SC_Tput: 17933.05
Bearer Releases: 15869

hr: 23
CA Activation Rate num: 4932335
UPTP Mbps Den: 4766
Setup_Fail_DEN: 19443
SIP_SC_Total_MOU: 77.83
Peak UE: 27
MB_per_connected_UE: 91.09
DL Data Vol MAC in MB: 6122.69

Time: 00:48:57
holiday: 0
CA DL DataVolRatio Pct num: 2315

SIP DC%: 
DLRLCLayerDataVolume MB: 1313.56
DRB UL Data Volume MB: 9739
RRC Setup Attempts: 6029
CA Conf FailRate Pct den: 5289
weekend: 0
UPTP Mbps Num: 3093
hr: 19
MAC_UE_SC_Tput: 20238.66
Bearer Releases: 13104

hr: 19
CA Activation Rate num: 602095
SIP_SC_Total_MOU: 408.74
Peak UE: 54
MB_per_connected_UE: 49.99
DL Volume: 9813
CA Activation Rate den: 102482

Time: 18:45:04
holiday: 0
CA DL DataVolRatio Pct num: 1861

SIP DC%: 
DLRLCLayerDataVolume MB: 2196.52
DRB UL Data Volume MB: 818
CA DL DataVolRatio Pct den: 5365
weekend: 1
UPTP Mbps Num: 17335
CA Activation Rate: 1.4
hr: 23
Bearer Releases: 15287

hr: 23
Setup_Fail_DEN: 13146
Peak UE: 28
MB_per_connected_UE: 47.68
DL Data Vol MAC in MB: 7551.79
CA Activation Rate den: 97230
Combined RACH Preambles: 3009
Time: 08:30:37

holiday: 0
CA DL DataVolRatio Pct num: 1992

DL MAC Vol Scell Pct: 52.83
Avg_Connected_UEs: 27.98
SIP DC%: 
UPTP_Mbps: 131.36
DLRLCLayerDataVolume MB: 5354.71
PRB Util%: 21.03
CA DL DataVolRatio Pct den: 838
CA Conf FailRate Pct den: 3964
weekend: 0
UPTP Mbps Num: 39848
hr: 8
MAC_UE_SC_Tput: 7719.11

hr: 8
CA Activation Rate num: 13191642
Peak UE: 27
MB_per_connected_UE: 17.32
DL Volume: 9158
DL Data Vol MAC in MB: 4076.1
CA Activation Rate den: 109790

holiday: 0

DL MAC Vol Scell Pct: 42.25
Avg_Connected_UEs: 59.05
SIP DC%: 
DLRLCLayerDataVolume MB: 3687.57
PRB Util%: 7.89
weekend: 0
UPTP Mbps Num: 5165
hr: 22
MAC_UE_SC_Tput: 6232.84
Bearer Releases: 6447

hr: 22
CA Activation Rate num: 10546384
UPTP Mbps Den: 6038
SIP_SC_Total_MOU: 226.21
Peak UE: 38
DL Volume: 6239

holiday: 0

SIP DC%: 
UPTP_Mbps: 35.46
DLRLCLayerDataVolume MB: 5341.33
DRB UL Data Volume MB: 6218
DL Packet Loss Pct: 3.58
RRC Setup Attempts: 6411
CA DL DataVolRatio Pct den: 9806
CA Conf FailRate Pct den: 5168
weekend: 0
hr: 13
MAC_UE_SC_Tput: 16706.68
Bearer Releases: 12917

hr: 13
CA Activation Rate num: 2387160
Peak UE: 27
MB_per_connected_UE: 200.45
DL Data Vol MAC in MB: 4318.92

Time: 10:27:55
holiday: 0

SIP DC%: 
UPTP_Mbps: 23.02
DLRLCLayerDataVolume MB: 4441.86
CA Conf FailRate Pct den: 5122
weekend: 0
UPTP Mbps Num: 15672
hr: 7
MAC_UE_SC_Tput: 5605.52
Bearer Releases: 17315

hr: 7
CA Activation Rate num: 9256903
SIP_SC_Total_MOU: 165.69
Peak UE: 27
DL Volume: 1202
DL Data Vol MAC in MB: 5744.55
CA Activation Rate den: 61758
Combined RACH Preambles: 2615

holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 2225
CA Conf FailRate Pct den: 5779
weekend: 0
UPTP Mbps Num: 22072
hr: 21
MAC_UE_SC_Tput: 4218.66
Bearer Releases: 10248

hr: 21
CA Activation Rate num: 2713958
Peak UE: 27
PCT Time MIMO: 37.93
DL Volume: 4737
DL Data Vol MAC in MB: 3799.89
CA Activation Rate den: 209725

Time: 18:05:22
holiday: 0
CA DL DataVolRatio Pct: 58.51

SIP DC%: 
DLRLCLayerDataVolume MB: 734.37
DRB UL Data Volume MB: 4258
CA DL DataVolRatio Pct den: 8358
CA Conf FailRate Pct den: 7198
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6098.87

hr: 23
CA Activation Rate num: 9850618
Setup_Fail_DEN: 11071
Peak UE: 27
DL Volume: 4818
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3846
DL Data Vol MAC in MB: 4702.71
CA Activation Rate den: 42931

Time: 07:29:38
holiday: 0
CA DL DataVolRatio Pct: 57.01

SIP DC%: 
weekend: 0
UPTP Mbps Num: 62393
CA Activation Rate: 71.88
hr: 23
MAC_UE_SC_Tput: 5149.23

hr: 23
CA Activation Rate num: 10417155
Setup_Fail_DEN: 16742
Peak UE: 27
MB_per_connected_UE: 9.48
DL Data Vol MAC in MB: 1330.41
CA Activation Rate den: 78249

Time: 00:37:21
holiday: 0
CA DL DataVolRatio Pct: 70.73
CA DL DataVolRatio Pct num: 1997

SIP DC%: 
DLRLCLayerDataVolume MB: 7389.48
CA Conf FailRate Pct den: 4853
weekend: 0
hr: 23
Bearer Releases: 13918

hr: 23
CA Activation Rate num: 4322467
Setup_Fail_DEN: 13321
SIP_SC_Total_MOU: 115.03
Peak UE: 27
MB_per_connected_UE: 68.74

Time: 06:18:59
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1014.44
DRB UL Data Volume MB: 6759
CA DL DataVolRatio Pct den: 3828
weekend: 0
UPTP Mbps Num: 29525
hr: 2
Bearer Releases: 7278

hr: 2
CA Activation Rate num: 760044
Setup_Fail_DEN: 19321
SIP_SC_Total_MOU: 22.72
Peak UE: 64
DL Data Vol MAC in MB: 902.95
CA Activation Rate den: 36863
Combined RACH Preambles: 4100

Time: 22:19:10
holiday: 0

Avg_Connected_UEs: 45.99
SIP DC%: 
DLRLCLayerDataVolume MB: 4715.25
DRB UL Data Volume MB: 4626
RRC Setup Attempts: 7367
CA DL DataVolRatio Pct den: 6993
weekend: 0
UPTP Mbps Num: 19357
hr: 20
MAC_UE_SC_Tput: 17534.31

hr: 20
CA Activation Rate num: 7415968
Setup_Fail_DEN: 10634
Peak UE: 54
MB_per_connected_UE: 132.59
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8021
UL Throughput: 15.24
DL Data Vol MAC in MB: 5371.08
CA Activation Rate den: 123304

Time: 00:58:19
holiday: 0

DL MAC Vol Scell Pct: 21.92
SIP DC%: 
DLRLCLayerDataVolume MB: 7654.22
PRB Util%: 71.03
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5448.49

hr: 23
CA Activation Rate num: 2516780
UPTP Mbps Den: 1944
Setup_Fail_DEN: 8403
Peak UE: 30
MB_per_connected_UE: 166.01
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8657
CA Activation Rate den: 91776

Time: 11:32:40
holiday: 0
CA DL DataVolRatio Pct num: 3271

SIP DC%: 
UPTP_Mbps: 7.89
DLRLCLayerDataVolume MB: 5304.3
weekend: 0
hr: 16
MAC_UE_SC_Tput: 20438.72

hr: 16
CA Activation Rate num: 4110429
Peak UE: 72
MB_per_connected_UE: 179.28
PCT Time MIMO: 52.7
DL Volume: 5011
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8592
DL Data Vol MAC in MB: 7637.32
CA Activation Rate den: 175088

Combined RACH Preambles: 3495
Time: 20:55:49
holiday: 0
CA DL DataVolRatio Pct: 77.68

SIP DC%: 
UPTP_Mbps: 24.73
DLRLCLayerDataVolume MB: 2979.96
DRB UL Data Volume MB: 6831
RRC Setup Attempts: 7655
weekend: 0
UPTP Mbps Num: 32819
hr: 11
MAC_UE_SC_Tput: 10167.94
Bearer Releases: 10399

hr: 11
CA Activation Rate num: 9524124
Setup_Fail_DEN: 13765
Peak UE: 42
MB_per_connected_UE: 130.74
DL Volume: 5272
CA Activation Rate den: 71960

Time: 12:08:31
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8020.62
PRB Util%: 11.11
CA DL DataVolRatio Pct den: 3412
CA Conf FailRate Pct den: 4631
weekend: 0
UPTP Mbps Num: 43747
hr: 23
MAC_UE_SC_Tput: 22518.44

hr: 23
CA Activation Rate num: 3644856
Setup_Fail_DEN: 19291
SIP_SC_Total_MOU: 258.92
Peak UE: 27
MB_per_connected_UE: 159.25
DL Volume: 1770
DL Data Vol MAC in MB: 5512.94

Time: 06:17:38
holiday: 0
CA DL DataVolRatio Pct num: 122

SIP DC%: 
DLRLCLayerDataVolume MB: 752.73
weekend: 0
CA Activation Rate: 25.17
hr: 6
MAC_UE_SC_Tput: 6381.35

hr: 6
CA Activation Rate num: 12388777
Setup_Fail_DEN: 11913
SIP_SC_Total_MOU: 120.12
Peak UE: 67
MB_per_connected_UE: 173.52
DL Volume: 3634
DL Data Vol MAC in MB: 1114.62
CA Activation Rate den: 40955

holiday: 0

SIP DC%: 
UPTP_Mbps: 55.26
DLRLCLayerDataVolume MB: 4099.33
weekend: 0
hr: 0
MAC_UE_SC_Tput: 6925.37
Bearer Releases: 9168

hr: 0
SIP_SC_Total_MOU: 14.44
MB_per_connected_UE: 147.38
PCT Time MIMO: 49.3
DL Data Vol MAC in MB: 8988.33
CA Activation Rate den: 61768

Time: 03:39:56
holiday: 0

Avg_Connected_UEs: 73.05
SIP DC%: 
DRB UL Data Volume MB: 9892
CA DL DataVolRatio Pct den: 9653
CA Conf FailRate Pct den: 3862
weekend: 0
hr: 23
MAC_UE_SC_Tput: 12130.79
Bearer Releases: 15272

hr: 23
CA Activation Rate num: 10445628
SIP_SC_Total_MOU: 203.94
Peak UE: 27

Time: 17:32:52
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4457.15
DRB UL Data Volume MB: 9440
CA DL DataVolRatio Pct den: 1118
weekend: 0
UPTP Mbps Num: 19877
CA Activation Rate: 24.55
hr: 13
MAC_UE_SC_Tput: 6769.36

hr: 13
UPTP Mbps Den: 1174
Setup_Fail_DEN: 18142
Peak UE: 30
MB_per_connected_UE: 112.89
DL Data Vol MAC in MB: 1492.87

Time: 10:26:22
holiday: 0
CA DL DataVolRatio Pct: 85.79

Avg_Connected_UEs: 48.71
SIP DC%: 
DLRLCLayerDataVolume MB: 5418.19
DRB UL Data Volume MB: 5553
weekend: 0
UPTP Mbps Num: 15348
CA Activation Rate: 57.21
hr: 0
MAC_UE_SC_Tput: 12407.39

hr: 0
CA Activation Rate num: 1518058
Setup_Fail_DEN: 9323
Peak UE: 27
MB_per_connected_UE: 158.69
DL Volume: 438
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5532
DL Data Vol MAC in MB: 7926.79
CA Activation Rate den: 69024

Time: 02:09:34
holiday: 0

DL MAC Vol Scell Pct: 22.59
Avg_Connected_UEs: 33.52
SIP DC%: 
UPTP_Mbps: 16.87
DLRLCLayerDataVolume MB: 4340.65
RRC Setup Attempts: 3759
CA Conf FailRate Pct den: 8941
weekend: 1
UPTP Mbps Num: 48764
hr: 0
MAC_UE_SC_Tput: 5637.16

hr: 0
CA Activation Rate num: 8286118
Setup_Fail_DEN: 13844
Peak UE: 27
PCT Time MIMO: 42.77
DL Data Vol MAC in MB: 9015.19
CA Activation Rate den: 123360

Time: 09:40:27
holiday: 0

Avg_Connected_UEs: 53.9
SIP DC%: 
DLRLCLayerDataVolume MB: 1024.26
DRB UL Data Volume MB: 4368
PRB Util%: 5.58
CA DL DataVolRatio Pct den: 5896
CA Conf FailRate Pct den: 9502
weekend: 1
UPTP Mbps Num: 17170
hr: 0
MAC_UE_SC_Tput: 11761.15
Bearer Releases: 14139

hr: 0
MB_per_connected_UE: 116.83
DL Volume: 392
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6373
DL Data Vol MAC in MB: 2643.62

Time: 12:46:49
holiday: 0
CA DL DataVolRatio Pct: 90.01

DL MAC Vol Scell Pct: 36.99
SIP DC%: 
DLRLCLayerDataVolume MB: 1988.66
DRB UL Data Volume MB: 4538
RRC Setup Attempts: 7987
CA Conf FailRate Pct den: 5940
weekend: 0
CA Activation Rate: 55.04
hr: 23
MAC_UE_SC_Tput: 16082.12

hr: 23
CA Activation Rate num: 7409486
SIP_SC_Total_MOU: 150.09
Peak UE: 34
PCT Time MIMO: 40.53
DL Data Vol MAC in MB: 10018.51
CA Activation Rate den: 115309

Combined RACH Preambles: 3809
holiday: 0
CA DL DataVolRatio Pct num: 305

DL MAC Vol Scell Pct: 49.94
SIP DC%: 
DLRLCLayerDataVolume MB: 4952.98
PRB Util%: 66.91
weekend: 0
UPTP Mbps Num: 23236
CA Activation Rate: 53.83
hr: 14
MAC_UE_SC_Tput: 7000.28
Bearer Releases: 9759

hr: 14
CA Activation Rate num: 4978084
UPTP Mbps Den: 3894
MB_per_connected_UE: 110
DL Data Vol MAC in MB: 9821.49
CA Activation Rate den: 204034

Combined RACH Preambles: 2388
Time: 15:02:20
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7083.31
PRB Util%: 15.69
CA DL DataVolRatio Pct den: 8146
CA Conf FailRate Pct den: 5282
weekend: 0
UPTP Mbps Num: 832
hr: 23
MAC_UE_SC_Tput: 16226.13

hr: 23
CA Activation Rate num: 8965479
SIP_SC_Total_MOU: 187.91
Peak UE: 27
MB_per_connected_UE: 132.39
DL Data Vol MAC in MB: 9832.66
CA Activation Rate den: 41909

Time: 08:28:01
holiday: 0

SIP DC%: 
UPTP_Mbps: 34.74
DLRLCLayerDataVolume MB: 5103.7
weekend: 0
UPTP Mbps Num: 14480
CA Activation Rate: 8.71
hr: 23
MAC_UE_SC_Tput: 29117.29
Bearer Releases: 13343

hr: 23
CA Activation Rate num: 7319004
SIP_SC_Total_MOU: 244.95
Peak UE: 27
DL Volume: 6149
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3321
DL Data Vol MAC in MB: 9786
CA Activation Rate den: 57059

Time: 09:24:05
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5919.19
PRB Util%: 26.03
RRC Setup Attempts: 6898
weekend: 0
hr: 7
MAC_UE_SC_Tput: 5693.18
Bearer Releases: 10789

hr: 7
CA Activation Rate num: 8487921
Peak UE: 43
MB_per_connected_UE: 206.4
DL Volume: 6736
CA Activation Rate den: 127139

Time: 08:08:22
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7715.59
DRB UL Data Volume MB: 5591
CA DL DataVolRatio Pct den: 1030
CA Conf FailRate Pct den: 9532
weekend: 0
CA Activation Rate: 67.97
hr: 9
MAC_UE_SC_Tput: 4904.27

hr: 9
Setup_Fail_DEN: 15936
Peak UE: 86
MB_per_connected_UE: 20.83

Time: 18:46:53
holiday: 0
CA DL DataVolRatio Pct: 74.49

SIP DC%: 
DLRLCLayerDataVolume MB: 8739.54
RRC Setup Attempts: 6430
CA DL DataVolRatio Pct den: 6777
weekend: 0
hr: 23
MAC_UE_SC_Tput: 16700.01
Bearer Releases: 9453

hr: 23
CA Activation Rate num: 8465699
Setup_Fail_DEN: 19369
Peak UE: 59
DL Volume: 5650

Time: 04:23:17
holiday: 0
CA DL DataVolRatio Pct: 54.22
CA DL DataVolRatio Pct num: 6246

DL MAC Vol Scell Pct: 28.65
Avg_Connected_UEs: 45.23
SIP DC%: 
DRB UL Data Volume MB: 1446
RRC Setup Attempts: 8693
CA Conf FailRate Pct den: 7794
weekend: 0
CA Activation Rate: 42.23
hr: 0
MAC_UE_SC_Tput: 4332.42

hr: 0
UPTP Mbps Den: 3436
Peak UE: 27
MB_per_connected_UE: 85.31
DL Volume: 4301
DL Data Vol MAC in MB: 3624.96
CA Activation Rate den: 158264

Time: 11:17:03
holiday: 0

SIP DC%: 
UPTP_Mbps: 17.44
PRB Util%: 67
RRC Setup Attempts: 8417
CA Conf FailRate Pct den: 5597
weekend: 0
UPTP Mbps Num: 31318
hr: 7

hr: 7
UPTP Mbps Den: 2566
Setup_Fail_DEN: 15290
Peak UE: 36
MB_per_connected_UE: 160.15
DL Volume: 5207
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7885
DL Data Vol MAC in MB: 5353.75
CA Activation Rate den: 111268

Time: 08:54:47
holiday: 0

DL MAC Vol Scell Pct: 24.87
SIP DC%: 
DLRLCLayerDataVolume MB: 1741.43
RRC Setup Attempts: 5182
weekend: 0
UPTP Mbps Num: 49501
hr: 20
MAC_UE_SC_Tput: 10512.55
Bearer Releases: 10330

hr: 20
Peak UE: 27
MB_per_connected_UE: 106.21
DL Data Vol MAC in MB: 8297.73

Time: 20:36:16
holiday: 0

SIP DC%: 
UPTP_Mbps: 102.5
DRB UL Data Volume MB: 3568
weekend: 0
UPTP Mbps Num: 9264
CA Activation Rate: 43.63
hr: 0
MAC_UE_SC_Tput: 6819.23

hr: 0
Setup_Fail_DEN: 7613
Peak UE: 56
MB_per_connected_UE: 43.21
DL Data Vol MAC in MB: 6018.42
CA Activation Rate den: 96206

Time: 20:30:32
holiday: 0

DL MAC Vol Scell Pct: 10.38
SIP DC%: 
DLRLCLayerDataVolume MB: 6433.15
CA Conf FailRate Pct den: 5371
weekend: 0
CA Activation Rate: 37.89
hr: 23
MAC_UE_SC_Tput: 19914.8

hr: 23
CA Activation Rate num: 10459309
Setup_Fail_DEN: 15870
Peak UE: 88

Time: 14:19:04
holiday: 0

Avg_Connected_UEs: 79.57
SIP DC%: 
DLRLCLayerDataVolume MB: 7427.07
weekend: 0
CA Activation Rate: 8.55
hr: 5
MAC_UE_SC_Tput: 16288.9

hr: 5
CA Activation Rate num: 10631272
SIP_SC_Total_MOU: 258.57
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 61.02
DL Data Vol MAC in MB: 8185.85

Time: 13:00:10
holiday: 0
CA DL DataVolRatio Pct num: 2899

DL MAC Vol Scell Pct: 23.11
SIP DC%: 
RRC Setup Attempts: 5418
CA Conf FailRate Pct den: 7295
weekend: 0
CA Activation Rate: 25.26
hr: 22
MAC_UE_SC_Tput: 6227.26
Bearer Releases: 7342

hr: 22
CA Activation Rate num: 5280973
UPTP Mbps Den: 4082
Setup_Fail_DEN: 15898
SIP_SC_Total_MOU: 114.29
Peak UE: 71
MB_per_connected_UE: 19.64
PCT Time MIMO: 35.21
DL Volume: 6774
DL Data Vol MAC in MB: 9149.78
CA Activation Rate den: 85690

Time: 16:58:05
holiday: 0

SIP DC%: 
UPTP_Mbps: 39.17
weekend: 0
UPTP Mbps Num: 25738
hr: 4
MAC_UE_SC_Tput: 8261.39
Bearer Releases: 8284

hr: 4
CA Activation Rate num: 3061626
Setup_Fail_DEN: 16631
Peak UE: 78
MB_per_connected_UE: 169.9
DL Data Vol MAC in MB: 9451.66

Time: 00:18:48
holiday: 0

DL MAC Vol Scell Pct: 6.69
SIP DC%: 
DLRLCLayerDataVolume MB: 6897.47
DRB UL Data Volume MB: 962
CA Conf FailRate Pct den: 4531
weekend: 0
UPTP Mbps Num: 10603
CA Activation Rate: 23.56
hr: 15
MAC_UE_SC_Tput: 7661.72
Bearer Releases: 7138

hr: 15
CA Activation Rate num: 2976086
Setup_Fail_DEN: 14050
SIP_SC_Total_MOU: 291.45
Peak UE: 27
MB_per_connected_UE: 102.41
CA Activation Rate den: 154666

Time: 22:49:48
holiday: 0
CA DL DataVolRatio Pct num: 7302

Avg_Connected_UEs: 51.43
SIP DC%: 
DLRLCLayerDataVolume MB: 639.51
PRB Util%: 69.58
CA Conf FailRate Pct den: 9415
weekend: 0
CA Activation Rate: 2.35
hr: 20
MAC_UE_SC_Tput: 16427.35

hr: 20
CA Activation Rate num: 8596422
Peak UE: 27
DL Volume: 554
CA Activation Rate den: 118631

Time: 19:46:50
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7657.92
RRC Setup Attempts: 7195
CA DL DataVolRatio Pct den: 1146
weekend: 0
hr: 19
MAC_UE_SC_Tput: 17432.12

hr: 19
CA Activation Rate num: 8828003
SIP_SC_Total_MOU: 305.99
Peak UE: 63
MB_per_connected_UE: 195.72
PCT Time MIMO: 56.86
DL Data Vol MAC in MB: 10162.42

Time: 10:45:49
holiday: 0

Avg_Connected_UEs: 36.69
SIP DC%: 
DLRLCLayerDataVolume MB: 4148.34
DRB UL Data Volume MB: 2768
weekend: 1
UPTP Mbps Num: 1232
CA Activation Rate: 58.23
hr: 22
MAC_UE_SC_Tput: 10792.94

hr: 22
CA Activation Rate num: 5458461
Peak UE: 27
PCT Time MIMO: 57.47
DL Volume: 4678
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3763
CA Activation Rate den: 63952

Time: 18:56:23
holiday: 0
CA DL DataVolRatio Pct num: 1906

Avg_Connected_UEs: 72.97
SIP DC%: 
DLRLCLayerDataVolume MB: 8370.58
weekend: 0
hr: 23

hr: 23
CA Activation Rate num: 2658411
SIP_SC_Total_MOU: 49.27
Peak UE: 79
MB_per_connected_UE: 50
DL Data Vol MAC in MB: 8639.75

Time: 17:44:05
holiday: 0

Avg_Connected_UEs: 47.55
SIP DC%: 
DLRLCLayerDataVolume MB: 2124.78
DRB UL Data Volume MB: 977
PRB Util%: 21.83
RRC Setup Attempts: 4419
CA Conf FailRate Pct den: 9399
weekend: 0
hr: 4
MAC_UE_SC_Tput: 4260.16

hr: 4
Peak UE: 27
MB_per_connected_UE: 178.73
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9257
DL Data Vol MAC in MB: 7128.52

Time: 11:42:47
holiday: 0
CA DL DataVolRatio Pct num: 6205

DL MAC Vol Scell Pct: 29.06
Avg_Connected_UEs: 41.33
SIP DC%: 
DLRLCLayerDataVolume MB: 6752.59
DRB UL Data Volume MB: 6898
weekend: 0
CA Activation Rate: 26.42
hr: 23
MAC_UE_SC_Tput: 6251.88

hr: 23
CA Activation Rate num: 5759281
SIP_SC_Total_MOU: 100.23
Peak UE: 60
MB_per_connected_UE: 156.61
DL Data Vol MAC in MB: 4580.46
CA Activation Rate den: 225493

Time: 00:48:31
holiday: 0
CA DL DataVolRatio Pct: 88.2

SIP DC%: 
DLRLCLayerDataVolume MB: 5876.77
CA Conf FailRate Pct den: 3245
weekend: 0
UPTP Mbps Num: 56199
CA Activation Rate: 9.71
hr: 23
MAC_UE_SC_Tput: 9883.6

hr: 23
CA Activation Rate num: 10073395
Peak UE: 27
MB_per_connected_UE: 194.17
DL Data Vol MAC in MB: 9718.22
CA Activation Rate den: 59992

Time: 04:24:03
holiday: 0

DL MAC Vol Scell Pct: 14.89
Avg_Connected_UEs: 80.2
SIP DC%: 
DLRLCLayerDataVolume MB: 1973.85
PRB Util%: 22.94
weekend: 0
hr: 16
MAC_UE_SC_Tput: 5073.41
Bearer Releases: 8286

hr: 16
CA Activation Rate num: 9894444
Setup_Fail_DEN: 7974
SIP_SC_Total_MOU: 48.85
Peak UE: 27
CA Activation Rate den: 76534

holiday: 0

DL MAC Vol Scell Pct: 58.45
SIP DC%: 
DLRLCLayerDataVolume MB: 7316.04
DRB UL Data Volume MB: 9185
CA DL DataVolRatio Pct den: 4678
CA Conf FailRate Pct den: 5415
weekend: 0
hr: 0
MAC_UE_SC_Tput: 7441.83

hr: 0
CA Activation Rate num: 4612665
Setup_Fail_DEN: 12249
SIP_SC_Total_MOU: 311.48
Peak UE: 27
PCT Time MIMO: 34.73

Time: 06:46:16
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9266.77
DRB UL Data Volume MB: 9572
PRB Util%: 9.34
RRC Setup Attempts: 6569
CA DL DataVolRatio Pct den: 9420
weekend: 0
UPTP Mbps Num: 6215
hr: 8
MAC_UE_SC_Tput: 14715.96
Bearer Releases: 12023

hr: 8
CA Activation Rate num: 4944467
Setup_Fail_DEN: 13126
SIP_SC_Total_MOU: 154.65
Peak UE: 32
MB_per_connected_UE: 45.26
DL Volume: 4388
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4740
DL Data Vol MAC in MB: 2115.01

Time: 23:42:06
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 477.72
RRC Setup Attempts: 5282
CA Conf FailRate Pct den: 4977
weekend: 0
hr: 18
MAC_UE_SC_Tput: 29908.17

hr: 18
CA Activation Rate num: 1187639
Peak UE: 27
MB_per_connected_UE: 164.17
PCT Time MIMO: 68.38
DL Volume: 1661

Time: 15:14:12
holiday: 0
CA DL DataVolRatio Pct: 66.03

SIP DC%: 
UPTP_Mbps: 113.72
DLRLCLayerDataVolume MB: 3352.41
CA DL DataVolRatio Pct den: 6852
weekend: 0
CA Activation Rate: 37.19
hr: 14
MAC_UE_SC_Tput: 28912.55

hr: 14
CA Activation Rate num: 5628551
Setup_Fail_DEN: 14819
SIP_SC_Total_MOU: 41.85
Peak UE: 73
MB_per_connected_UE: 47.38
PCT Time MIMO: 41.01
DL Data Vol MAC in MB: 7573.01

Time: 16:08:00
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 426
weekend: 0
UPTP Mbps Num: 38945
hr: 18
MAC_UE_SC_Tput: 8865.47

hr: 18
CA Activation Rate num: 1658729
SIP_SC_Total_MOU: 355.31
Peak UE: 39
DL Volume: 3437
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3264
DL Data Vol MAC in MB: 2701.02

Time: 14:02:47
holiday: 0

DL MAC Vol Scell Pct: 42.29
SIP DC%: 
CA DL DataVolRatio Pct den: 9541
weekend: 0
UPTP Mbps Num: 24275
hr: 0
MAC_UE_SC_Tput: 12585.88
Bearer Releases: 7999

hr: 0
CA Activation Rate num: 5114291
UPTP Mbps Den: 5883
Setup_Fail_DEN: 14183
SIP_SC_Total_MOU: 225.38
Peak UE: 50
MB_per_connected_UE: 169.72

Time: 02:50:35
holiday: 0
CA DL DataVolRatio Pct: 89.45

SIP DC%: 
DLRLCLayerDataVolume MB: 6101.31
DRB UL Data Volume MB: 4517
PRB Util%: 33.74
CA Conf FailRate Pct den: 5083
weekend: 0
UPTP Mbps Num: 45201
hr: 5
MAC_UE_SC_Tput: 6758.27
Bearer Releases: 8966

hr: 5
CA Activation Rate num: 3395224
UPTP Mbps Den: 3708
SIP_SC_Total_MOU: 18.22
Peak UE: 57
MB_per_connected_UE: 60.67
DL Data Vol MAC in MB: 2966.44
CA Activation Rate den: 188440

Time: 13:59:10
holiday: 0
CA DL DataVolRatio Pct num: 4046

SIP DC%: 
UPTP_Mbps: 57.18
DLRLCLayerDataVolume MB: 8172.89
DRB UL Data Volume MB: 5715
CA Conf FailRate Pct den: 6715
weekend: 0
CA Activation Rate: 32.96
hr: 23
MAC_UE_SC_Tput: 8109.49
Bearer Releases: 6875

hr: 23
CA Activation Rate num: 4591985
Setup_Fail_DEN: 15908
SIP_SC_Total_MOU: 312.33
Peak UE: 65
PCT Time MIMO: 64.15
DL Data Vol MAC in MB: 7427.37
CA Activation Rate den: 44856

Combined RACH Preambles: 3601
Time: 17:09:58
holiday: 0
CA DL DataVolRatio Pct: 46.82

SIP DC%: 
DLRLCLayerDataVolume MB: 7582.62
DRB UL Data Volume MB: 3663
CA Conf FailRate Pct den: 2582
weekend: 1
UPTP Mbps Num: 61824
hr: 3
MAC_UE_SC_Tput: 6051.07
Bearer Releases: 12733

hr: 3
CA Activation Rate num: 236681
Peak UE: 27
MB_per_connected_UE: 23.65
DL Volume: 4189
DL Data Vol MAC in MB: 9320.72

holiday: 0

DL MAC Vol Scell Pct: 32.86
SIP DC%: 
PRB Util%: 64.84
weekend: 0
UPTP Mbps Num: 14942
hr: 23
MAC_UE_SC_Tput: 11008.22
Bearer Releases: 15395

hr: 23
CA Activation Rate num: 4056498
Setup_Fail_DEN: 16653
Peak UE: 27
MB_per_connected_UE: 144.29
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5858
DL Data Vol MAC in MB: 7022.98
CA Activation Rate den: 40751

Time: 20:29:41
holiday: 0

Avg_Connected_UEs: 67.66
SIP DC%: 
DLRLCLayerDataVolume MB: 4204.34
PRB Util%: 15.98
RRC Setup Attempts: 7743
CA DL DataVolRatio Pct den: 7664
CA Conf FailRate Pct den: 4582
weekend: 0
UPTP Mbps Num: 34222
CA Activation Rate: 34.67
hr: 2
MAC_UE_SC_Tput: 5917.62

hr: 2
CA Activation Rate num: 2423828
SIP_SC_Total_MOU: 158.89
Peak UE: 48
VOLTE IA%: 
DL Volume: 5968

Time: 03:44:35
holiday: 0
CA DL DataVolRatio Pct num: 5860

SIP DC%: 
DRB UL Data Volume MB: 7877
RRC Setup Attempts: 7834
weekend: 0
UPTP Mbps Num: 52833
hr: 15
MAC_UE_SC_Tput: 9872.2
Bearer Releases: 12795

hr: 15
CA Activation Rate num: 5975612
SIP_SC_Total_MOU: 130.76
Peak UE: 27
MB_per_connected_UE: 135.57
CA Activation Rate den: 159485

Time: 11:03:14
holiday: 0

Avg_Connected_UEs: 59.35
SIP DC%: 
DLRLCLayerDataVolume MB: 506.23
CA Conf FailRate Pct den: 7316
weekend: 0
UPTP Mbps Num: 9137
hr: 7
MAC_UE_SC_Tput: 5210.71

hr: 7
CA Activation Rate num: 8041762
Setup_Fail_DEN: 18711
SIP_SC_Total_MOU: 35.25
Peak UE: 27
MB_per_connected_UE: 17.66
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6036
UL Throughput: 5.9
CA Activation Rate den: 61243

Time: 17:35:02
holiday: 0

Avg_Connected_UEs: 47.24
SIP DC%: 
DRB UL Data Volume MB: 8240
weekend: 0
UPTP Mbps Num: 43575
hr: 4
MAC_UE_SC_Tput: 9438.46

hr: 4
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 15.45
DL Volume: 6625
DL Data Vol MAC in MB: 1679.39
CA Activation Rate den: 57476

Time: 01:22:50
holiday: 0
CA DL DataVolRatio Pct num: 3839

Avg_Connected_UEs: 83.74
SIP DC%: 
UPTP_Mbps: 32.26
DLRLCLayerDataVolume MB: 1123.67
PRB Util%: 67.87
weekend: 0
UPTP Mbps Num: 29158
hr: 3

hr: 3
CA Activation Rate num: 9735842
UPTP Mbps Den: 4959
Peak UE: 77
DL Volume: 2276
DL Data Vol MAC in MB: 5451.25
CA Activation Rate den: 99228

Time: 16:25:55
holiday: 0
CA DL DataVolRatio Pct num: 1215

SIP DC%: 
DLRLCLayerDataVolume MB: 2310.6
DL Packet Loss Pct: 1.05
CA DL DataVolRatio Pct den: 5559
weekend: 0
UPTP Mbps Num: 6230
CA Activation Rate: 60.58
hr: 5
MAC_UE_SC_Tput: 11143.13

hr: 5
CA Activation Rate num: 440990
UPTP Mbps Den: 838
Setup_Fail_DEN: 10945
SIP_SC_Total_MOU: 192.14
Peak UE: 78
DL Volume: 6515
DL Data Vol MAC in MB: 2788.33
CA Activation Rate den: 49237

Time: 02:59:26
holiday: 0

Avg_Connected_UEs: 78.44
SIP DC%: 
DLRLCLayerDataVolume MB: 3939.81
CA DL DataVolRatio Pct den: 8486
weekend: 0
hr: 19
Bearer Releases: 11481

hr: 19
CA Activation Rate num: 8679834
Setup_Fail_DEN: 12658
SIP_SC_Total_MOU: 222.51
Peak UE: 27
VOLTE IA%: 
DL Volume: 2215
DL Data Vol MAC in MB: 10193.87
CA Activation Rate den: 36998

Time: 18:11:12
holiday: 0

DL MAC Vol Scell Pct: 48.72
Avg_Connected_UEs: 47.67
SIP DC%: 
DLRLCLayerDataVolume MB: 9875.95
DRB UL Data Volume MB: 2630
CA DL DataVolRatio Pct den: 7324
weekend: 0
UPTP Mbps Num: 759
hr: 0
MAC_UE_SC_Tput: 6455.54
Bearer Releases: 10215

hr: 0
CA Activation Rate num: 2844958
Setup_Fail_DEN: 12415
Peak UE: 27
DL Data Vol MAC in MB: 2504.5
CA Activation Rate den: 48619

holiday: 0

Avg_Connected_UEs: 16.28
SIP DC%: 
DLRLCLayerDataVolume MB: 7104.3
DRB UL Data Volume MB: 7342
PRB Util%: 10.34
CA Conf FailRate Pct den: 7454
RSSIRX1 Avg: -93.28
weekend: 0
UPTP Mbps Num: 31067
hr: 18
MAC_UE_SC_Tput: 12648.1

hr: 18
CA Activation Rate num: 4526590
Setup_Fail_DEN: 11858
SIP_SC_Total_MOU: 66.32
Peak UE: 27
MB_per_connected_UE: 102.33
DL Volume: 328
DL Data Vol MAC in MB: 3036.93

holiday: 0
CA DL DataVolRatio Pct num: 7006

SIP DC%: 
DLRLCLayerDataVolume MB: 6741.84
DL Packet Loss Pct: 0.78
RRC Setup Attempts: 5110
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5146.15
Bearer Releases: 18675

hr: 0
CA Activation Rate num: 7580149
UPTP Mbps Den: 5821
Peak UE: 27
MB_per_connected_UE: 158.99
DL Data Vol MAC in MB: 8982.12

Time: 09:22:02
holiday: 0

DL MAC Vol Scell Pct: 31.77
SIP DC%: 
DLRLCLayerDataVolume MB: 2003.07
weekend: 1
UPTP Mbps Num: 1134
hr: 19
MAC_UE_SC_Tput: 7920.64

hr: 19
CA Activation Rate num: 3178065
Setup_Fail_DEN: 17475
Peak UE: 46
MB_per_connected_UE: 132.02
DL Volume: 4308
DL Data Vol MAC in MB: 6420.06
CA Activation Rate den: 159092

Time: 14:01:15
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4739.28
DRB UL Data Volume MB: 9620
CA DL DataVolRatio Pct den: 8273
CA Conf FailRate Pct den: 5186
weekend: 1
hr: 4

hr: 4
CA Activation Rate num: 1512407
Setup_Fail_DEN: 18905
SIP_SC_Total_MOU: 126.87
Peak UE: 50
MB_per_connected_UE: 177.63
DL Data Vol MAC in MB: 696.97
CA Activation Rate den: 44654

Time: 03:02:20
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5176.02
PRB Util%: 51.03
RRC Setup Attempts: 4498
weekend: 0
UPTP Mbps Num: 3113
hr: 15
MAC_UE_SC_Tput: 12743.49

hr: 15
CA Activation Rate num: 4688684
SIP_SC_Total_MOU: 5.73
Peak UE: 27
MB_per_connected_UE: 168.54
PCT Time MIMO: 54.25
DL Volume: 3323
DL Data Vol MAC in MB: 7488.49

Time: 06:03:47
holiday: 0

DL MAC Vol Scell Pct: 12.54
Avg_Connected_UEs: 37.93
SIP DC%: 
UPTP_Mbps: 42.87
DLRLCLayerDataVolume MB: 6189.1
PRB Util%: 22.86
weekend: 0
CA Activation Rate: 61.22
hr: 19
MAC_UE_SC_Tput: 4696.35
Bearer Releases: 6806

hr: 19
CA Activation Rate num: 120536
Peak UE: 89
MB_per_connected_UE: 125.31
DL Data Vol MAC in MB: 6521.52

Time: 00:11:06
holiday: 0
CA DL DataVolRatio Pct num: 7216

SIP DC%: 
DRB UL Data Volume MB: 5259
CA DL DataVolRatio Pct den: 9726
CA Conf FailRate Pct den: 8896
weekend: 0
UPTP Mbps Num: 25255
CA Activation Rate: 21.07
hr: 2
MAC_UE_SC_Tput: 9222.69
Bearer Releases: 12235

hr: 2
CA Activation Rate num: 9382375
Setup_Fail_DEN: 16432
Peak UE: 27
MB_per_connected_UE: 40.62

Time: 20:03:32
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 8022
CA Conf FailRate Pct den: 5170
weekend: 0
UPTP Mbps Num: 22350
CA Activation Rate: 25.67
hr: 16
MAC_UE_SC_Tput: 5339.8
Bearer Releases: 16717

hr: 16
CA Activation Rate num: 4322077
UPTP Mbps Den: 3772
SIP_SC_Total_MOU: 131.11
Peak UE: 55
MB_per_connected_UE: 135.24
PCT Time MIMO: 58.55
DL Volume: 9779
DL Data Vol MAC in MB: 5983.6

holiday: 0
CA DL DataVolRatio Pct num: 5115

SIP DC%: 
DRB UL Data Volume MB: 6776
CA DL DataVolRatio Pct den: 2053
weekend: 0
UPTP Mbps Num: 34301
CA Activation Rate: 66.7
hr: 0
MAC_UE_SC_Tput: 20472.21
Bearer Releases: 14209

hr: 0
CA Activation Rate num: 799463
Setup_Fail_DEN: 8901
SIP_SC_Total_MOU: 15.07
Peak UE: 72
MB_per_connected_UE: 64.98
DL Volume: 2123
DL Data Vol MAC in MB: 7606.12
CA Activation Rate den: 63042

Combined RACH Preambles: 2741
Time: 17:43:52
holiday: 0
CA DL DataVolRatio Pct num: 4589

Avg_Connected_UEs: 69.72
SIP DC%: 
DLRLCLayerDataVolume MB: 7153.06
DRB UL Data Volume MB: 2026
PRB Util%: 42.3
RRC Setup Attempts: 4967
CA DL DataVolRatio Pct den: 9251
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4504.61
Bearer Releases: 6870

hr: 23
CA Activation Rate num: 4567604
SIP_SC_Total_MOU: 30.73
Peak UE: 89
MB_per_connected_UE: 90.67
DL Data Vol MAC in MB: 3900.7

Time: 22:21:34
holiday: 0
CA DL DataVolRatio Pct: 47.43

Avg_Connected_UEs: 65.63
SIP DC%: 
DLRLCLayerDataVolume MB: 1371.77
DRB UL Data Volume MB: 6389
PRB Util%: 5.6
CA DL DataVolRatio Pct den: 8918
weekend: 0
hr: 6
MAC_UE_SC_Tput: 13755.84

hr: 6
Setup_Fail_DEN: 19441
Peak UE: 49
MB_per_connected_UE: 173.92
DL Volume: 2165
CA Activation Rate den: 92836

Time: 06:24:12
holiday: 0
CA DL DataVolRatio Pct num: 7525

SIP DC%: 
DLRLCLayerDataVolume MB: 4657.4
CA Conf FailRate Pct den: 5740
weekend: 1
CA Activation Rate: 15.62
hr: 20
MAC_UE_SC_Tput: 8167.42

hr: 20
CA Activation Rate num: 5149452
SIP_SC_Total_MOU: 225.82
Peak UE: 82
MB_per_connected_UE: 152.38
DL Volume: 9461
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5738
CA Activation Rate den: 86790

Time: 15:16:16
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 2743
PRB Util%: 39.1
weekend: 0
UPTP Mbps Num: 54006
hr: 23
MAC_UE_SC_Tput: 8857.27
Bearer Releases: 18571

hr: 23
CA Activation Rate num: 4759087
SIP_SC_Total_MOU: 33.96
Peak UE: 27
MB_per_connected_UE: 75.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6194
DL Data Vol MAC in MB: 10019.93

Time: 20:46:05
holiday: 0
CA DL DataVolRatio Pct num: 5927

SIP DC%: 
DLRLCLayerDataVolume MB: 728.06
PRB Util%: 10.58
CA DL DataVolRatio Pct den: 6187
weekend: 1
CA Activation Rate: 3.62
hr: 23
MAC_UE_SC_Tput: 8163.67
Bearer Releases: 9719

hr: 23
CA Activation Rate num: 10255039
Peak UE: 27
PCT Time MIMO: 48.3
DL Volume: 2205
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4808
DL Data Vol MAC in MB: 1578.09
Time: 20:38:51

holiday: 0

DL MAC Vol Scell Pct: 9.1
SIP DC%: 
DLRLCLayerDataVolume MB: 1527.47
PRB Util%: 39.63
weekend: 0
hr: 13

hr: 13
CA Activation Rate num: 2888845
UPTP Mbps Den: 588
Setup_Fail_DEN: 9879
Peak UE: 51
DL Volume: 6649
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8947
DL Data Vol MAC in MB: 4254.01
CA Activation Rate den: 66258

Combined RACH Preambles: 3948
Time: 00:24:28
holiday: 0

SIP DC%: 
UPTP_Mbps: 37.87
DLRLCLayerDataVolume MB: 1984.28
RRC Setup Attempts: 6633
weekend: 0
CA Activation Rate: 47.94
hr: 5
MAC_UE_SC_Tput: 4837.1
Bearer Releases: 7532

hr: 5
CA Activation Rate num: 5144323
Setup_Fail_DEN: 7759
Peak UE: 48
DL Volume: 3010
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4157
CA Activation Rate den: 214988
Combined RACH Preambles: 3349

Time: 07:27:41
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2551.55
PRB Util%: 25.21
CA DL DataVolRatio Pct den: 5441
CA Conf FailRate Pct den: 9145
weekend: 0
hr: 7
Bearer Releases: 17297

hr: 7
CA Activation Rate num: 5915004
Setup_Fail_DEN: 10382
Peak UE: 27
MB_per_connected_UE: 101.64

Time: 17:27:32
holiday: 0
CA DL DataVolRatio Pct: 76.26

DL MAC Vol Scell Pct: 53.14
SIP DC%: 
DLRLCLayerDataVolume MB: 3688.55
PRB Util%: 67.95
RRC Setup Attempts: 8872
weekend: 1
UPTP Mbps Num: 32745
hr: 21
MAC_UE_SC_Tput: 6213.64
Bearer Releases: 13374

hr: 21
CA Activation Rate num: 10876513
UPTP Mbps Den: 2273
PCT Time MIMO: 67.16
CA Activation Rate den: 127367

Time: 09:00:01
holiday: 0
CA DL DataVolRatio Pct num: 337

SIP DC%: 
CA DL DataVolRatio Pct den: 9456
CA Conf FailRate Pct den: 4359
weekend: 0
hr: 23
MAC_UE_SC_Tput: 10715.02

hr: 23
CA Activation Rate num: 6445318
UPTP Mbps Den: 4988
SIP_SC_Total_MOU: 104.6
Peak UE: 27
MB_per_connected_UE: 128.99
PCT Time MIMO: 60.41
DL Volume: 1134
DL Data Vol MAC in MB: 4445.67

Time: 02:04:29
holiday: 0

Avg_Connected_UEs: 66.21
SIP DC%: 
DLRLCLayerDataVolume MB: 6178.67
PRB Util%: 72.79
CA DL DataVolRatio Pct den: 9636
weekend: 1
UPTP Mbps Num: 26710
CA Activation Rate: 54.65
hr: 6
MAC_UE_SC_Tput: 12863.29
Bearer Releases: 12785

hr: 6
CA Activation Rate num: 9020257
Peak UE: 42
MB_per_connected_UE: 23.49
CA Activation Rate den: 154007

Time: 16:23:43
holiday: 0
CA DL DataVolRatio Pct: 51.19
CA DL DataVolRatio Pct num: 2195

SIP DC%: 
DLRLCLayerDataVolume MB: 6965.12
RRC Setup Attempts: 6872
weekend: 0
UPTP Mbps Num: 44931
hr: 0
MAC_UE_SC_Tput: 15572.58

hr: 0
CA Activation Rate num: 5336222
Peak UE: 27
VOLTE IA%: 
DL Volume: 9109
CA Activation Rate den: 78808

Time: 17:17:35
holiday: 0

Avg_Connected_UEs: 78.13
SIP DC%: 
CA Conf FailRate Pct den: 3938
weekend: 1
hr: 23
MAC_UE_SC_Tput: 4670.11
Bearer Releases: 17751

hr: 23
CA Activation Rate num: 1782082
SIP_SC_Total_MOU: 270.63
Peak UE: 38
MB_per_connected_UE: 27.83
PCT Time MIMO: 65.23
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6895

Time: 20:58:35
holiday: 0
CA DL DataVolRatio Pct num: 3624

DL MAC Vol Scell Pct: 16.16
SIP DC%: 
UPTP_Mbps: 11.3
DLRLCLayerDataVolume MB: 1398.4
CA Conf FailRate Pct den: 8944
weekend: 0
UPTP Mbps Num: 5716
hr: 0
MAC_UE_SC_Tput: 14273.43
Bearer Releases: 8977

hr: 0
CA Activation Rate num: 3072761
Setup_Fail_DEN: 11159
SIP_SC_Total_MOU: 137.37
Peak UE: 27
DL Data Vol MAC in MB: 3728.95
CA Activation Rate den: 178578
Time: 14:56:41

holiday: 0
CA DL DataVolRatio Pct: 87.35
CA DL DataVolRatio Pct num: 5501

DL MAC Vol Scell Pct: 26.67
Avg_Connected_UEs: 58.54
SIP DC%: 
DLRLCLayerDataVolume MB: 5326.8
weekend: 0
hr: 4
MAC_UE_SC_Tput: 7498.61

hr: 4
CA Activation Rate num: 5799704
Setup_Fail_DEN: 10642
SIP_SC_Total_MOU: 425.29
Peak UE: 36
MB_per_connected_UE: 66.05

Time: 11:46:29
holiday: 0
CA DL DataVolRatio Pct: 71.24

SIP DC%: 
DLRLCLayerDataVolume MB: 1820.46
DRB UL Data Volume MB: 9271
PRB Util%: 73.79
weekend: 1
UPTP Mbps Num: 34017
hr: 3
MAC_UE_SC_Tput: 17535.88
Bearer Releases: 17821

hr: 3
Setup_Fail_DEN: 10907
Peak UE: 32
DL Volume: 1064
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7515
DL Data Vol MAC in MB: 6799.24

Time: 23:29:34
holiday: 0
CA DL DataVolRatio Pct: 83.6

SIP DC%: 
UPTP_Mbps: 41.68
DLRLCLayerDataVolume MB: 7868.25
RRC Setup Attempts: 4349
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5442.6
Bearer Releases: 8081

hr: 23
CA Activation Rate num: 3253316
UPTP Mbps Den: 346
Setup_Fail_DEN: 13906
SIP_SC_Total_MOU: 116.93
Peak UE: 47
PCT Time MIMO: 65.03
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8663
CA Activation Rate den: 170864

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9928.78
DRB UL Data Volume MB: 2005
DL Packet Loss Pct: 3.94
weekend: 0
hr: 0
MAC_UE_SC_Tput: 29394.5
Bearer Releases: 10934

hr: 0
CA Activation Rate num: 2858315
Setup_Fail_DEN: 14667
Peak UE: 27
MB_per_connected_UE: 76.66
CA Activation Rate den: 60356

holiday: 0

Avg_Connected_UEs: 64.2
SIP DC%: 
DLRLCLayerDataVolume MB: 5423.62
DRB UL Data Volume MB: 2358
PRB Util%: 64.15
RRC Setup Attempts: 4399
weekend: 0
CA Activation Rate: 68.06
hr: 21
MAC_UE_SC_Tput: 5322.69

hr: 21
CA Activation Rate num: 9006396
Setup_Fail_DEN: 15732
Peak UE: 39
MB_per_connected_UE: 137.93
UL Throughput: 9.02
DL Data Vol MAC in MB: 5133.67
CA Activation Rate den: 193698

Time: 04:23:41
holiday: 0

DL MAC Vol Scell Pct: 25.25
SIP DC%: 
UPTP_Mbps: 47.73
DRB UL Data Volume MB: 6468
PRB Util%: 63.45
CA Conf FailRate Pct den: 4363
weekend: 0
UPTP Mbps Num: 1913
hr: 2
MAC_UE_SC_Tput: 12747.36

hr: 2
Setup_Fail_DEN: 9904
SIP_SC_Total_MOU: 123.26
Peak UE: 36
MB_per_connected_UE: 55.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7926
DL Data Vol MAC in MB: 7884.65

Time: 22:08:04
holiday: 0

SIP DC%: 
CA Conf FailRate Pct den: 4322
weekend: 0
UPTP Mbps Num: 10204
hr: 10
MAC_UE_SC_Tput: 13960.54

hr: 10
CA Activation Rate num: 7615773
UPTP Mbps Den: 5757
Setup_Fail_DEN: 11344
SIP_SC_Total_MOU: 238.53
Peak UE: 64
MB_per_connected_UE: 18.18
PCT Time MIMO: 33.07
DL Volume: 1447
DL Data Vol MAC in MB: 5909

Time: 03:02:11
holiday: 0

Avg_Connected_UEs: 55.71
SIP DC%: 
weekend: 0
UPTP Mbps Num: 51935
hr: 23
MAC_UE_SC_Tput: 14174.56

hr: 23
CA Activation Rate num: 3854529
SIP_SC_Total_MOU: 106.04
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6568
DL Data Vol MAC in MB: 3747.35
CA Activation Rate den: 50183

Time: 07:26:56
holiday: 0

Avg_Connected_UEs: 77.18
SIP DC%: 
DLRLCLayerDataVolume MB: 3869.35
DRB UL Data Volume MB: 4748
PRB Util%: 62.94
RRC Setup Attempts: 6631
CA DL DataVolRatio Pct den: 4730
CA Conf FailRate Pct den: 3716
weekend: 1
hr: 7
MAC_UE_SC_Tput: 10712.94

hr: 7
CA Activation Rate num: 1775614
Setup_Fail_DEN: 15572
SIP_SC_Total_MOU: 251.85
Peak UE: 64
MB_per_connected_UE: 132.4
PCT Time MIMO: 32.27
DL Data Vol MAC in MB: 8242.75

Time: 03:28:47
holiday: 0

Avg_Connected_UEs: 20.61
SIP DC%: 
DLRLCLayerDataVolume MB: 2313.5
CA Conf FailRate Pct den: 4152
weekend: 0
hr: 23
MAC_UE_SC_Tput: 20224.7

hr: 23
CA Activation Rate num: 6445337
Peak UE: 67

Time: 23:12:35
holiday: 0
CA DL DataVolRatio Pct: 67.59

SIP DC%: 
RRC Setup Attempts: 6260
CA DL DataVolRatio Pct den: 9268
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8117.25

hr: 23
SIP_SC_Total_MOU: 72.84
Peak UE: 79
MB_per_connected_UE: 164.83
PCT Time MIMO: 43.64
DL Data Vol MAC in MB: 7966.52
CA Activation Rate den: 183866

Time: 17:28:32
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1467.86
weekend: 0
UPTP Mbps Num: 4845
hr: 14
MAC_UE_SC_Tput: 26883.84
Bearer Releases: 14087

hr: 14
CA Activation Rate num: 10205779
Setup_Fail_DEN: 10501
Peak UE: 38
MB_per_connected_UE: 132.78
DL Volume: 6052
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3195
DL Data Vol MAC in MB: 9899.3
CA Activation Rate den: 44785

Time: 11:07:33
holiday: 0
CA DL DataVolRatio Pct num: 660

SIP DC%: 
UPTP_Mbps: 13.46
DLRLCLayerDataVolume MB: 3935
DRB UL Data Volume MB: 6801
CA DL DataVolRatio Pct den: 2495
weekend: 0
UPTP Mbps Num: 10523
hr: 13
MAC_UE_SC_Tput: 5510.54

hr: 13
CA Activation Rate num: 8499987
SIP_SC_Total_MOU: 122.01
Peak UE: 27
MB_per_connected_UE: 160.03
DL Volume: 2570
DL Data Vol MAC in MB: 296.8
CA Activation Rate den: 56058

Time: 00:50:29
holiday: 0
CA DL DataVolRatio Pct: 80.21
CA DL DataVolRatio Pct num: 6296

SIP DC%: 
UPTP_Mbps: 47.47
PRB Util%: 34
RRC Setup Attempts: 7672
weekend: 0
UPTP Mbps Num: 17880
CA Activation Rate: 4.43
hr: 7
MAC_UE_SC_Tput: 8756.74

hr: 7
CA Activation Rate num: 6987152
SIP_SC_Total_MOU: 79.12
Peak UE: 27
DL Volume: 1101
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5922
CA Activation Rate den: 64850
Combined RACH Preambles: 3804

Time: 03:44:13
holiday: 0

SIP DC%: 
UPTP_Mbps: 27.01
DLRLCLayerDataVolume MB: 3872.43
PRB Util%: 8.04
RRC Setup Attempts: 9293
CA DL DataVolRatio Pct den: 6345
weekend: 0
UPTP Mbps Num: 25712
CA Activation Rate: 38.11
hr: 13
MAC_UE_SC_Tput: 15730.55

hr: 13
CA Activation Rate num: 5735548
SIP_SC_Total_MOU: 209.33
Peak UE: 57
MB_per_connected_UE: 185.52
DL Volume: 1298

Time: 15:39:54
holiday: 0
CA DL DataVolRatio Pct num: 7467

DL MAC Vol Scell Pct: 45.26
SIP DC%: 
UL Resid BLER PCT: 1.33
RRC Setup Attempts: 6046
CA DL DataVolRatio Pct den: 4008
CA Conf FailRate Pct den: 9494
weekend: 0
hr: 11
MAC_UE_SC_Tput: 11420.43
Bearer Releases: 13877

hr: 11
CA Activation Rate num: 9106307
Setup_Fail_DEN: 7250
SIP_SC_Total_MOU: 383.08
Peak UE: 94
PCT Time MIMO: 65.95
DL Volume: 429
DL Data Vol MAC in MB: 8260.19

Time: 18:44:11
holiday: 0

Avg_Connected_UEs: 53.42
SIP DC%: 
UPTP_Mbps: 20.71
DLRLCLayerDataVolume MB: 9180.71
CA Conf FailRate Pct den: 9392
weekend: 0
UPTP Mbps Num: 57809
hr: 13
MAC_UE_SC_Tput: 14206.5

hr: 13
CA Activation Rate num: 10594571
Peak UE: 46
MB_per_connected_UE: 18.94
DL Volume: 7179

Time: 04:26:06
holiday: 0
CA DL DataVolRatio Pct num: 3496

Avg_Connected_UEs: 19.88
SIP DC%: 
weekend: 0
UPTP Mbps Num: 29558
hr: 14
MAC_UE_SC_Tput: 16655.52

hr: 14
CA Activation Rate num: 5813745
SIP_SC_Total_MOU: 49.67
Peak UE: 33
MB_per_connected_UE: 71.24

holiday: 0
CA DL DataVolRatio Pct: 74.71
CA DL DataVolRatio Pct num: 3384

SIP DC%: 
UPTP_Mbps: 40.03
DRB UL Data Volume MB: 6643
RRC Setup Attempts: 5702
CA DL DataVolRatio Pct den: 7085
weekend: 0
UPTP Mbps Num: 48186
hr: 8
MAC_UE_SC_Tput: 6921.21

hr: 8
CA Activation Rate num: 8338374
SIP_SC_Total_MOU: 79.14
Peak UE: 57
DL Volume: 1997
DL Data Vol MAC in MB: 1809.89

Time: 23:23:39
holiday: 0
CA DL DataVolRatio Pct: 71.13
RRC Setup Failure% 5G: 0.55

DL MAC Vol Scell Pct: 38.49
SIP DC%: 
DLRLCLayerDataVolume MB: 4417.17
PRB Util%: 38.9
weekend: 0
hr: 19
MAC_UE_SC_Tput: 7253.34
Bearer Releases: 12871

hr: 19
CA Activation Rate num: 10017189
Setup_Fail_DEN: 8439
SIP_SC_Total_MOU: 151.84
Peak UE: 27
MB_per_connected_UE: 14.35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9100
DL Data Vol MAC in MB: 7790.14

Combined RACH Preambles: 3202
Time: 17:11:17
holiday: 0

SIP DC%: 
UPTP_Mbps: 33.91
DLRLCLayerDataVolume MB: 909.1
PRB Util%: 35.85
CA Conf FailRate Pct den: 5287
weekend: 1
hr: 17
MAC_UE_SC_Tput: 7200.72
Bearer Releases: 7980

hr: 17
CA Activation Rate num: 6890264
Setup_Fail_DEN: 13838
UL MAC Vol Scell Pct: 11.58
Peak UE: 85
MB_per_connected_UE: 201.66
PCT Time MIMO: 44.06
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8064
CA Activation Rate den: 42910

Time: 18:53:23
holiday: 0
CA DL DataVolRatio Pct: 89.31

DL MAC Vol Scell Pct: 32.94
Avg_Connected_UEs: 58.93
SIP DC%: 
UPTP_Mbps: 13.38
DLRLCLayerDataVolume MB: 4950.65
DRB UL Data Volume MB: 6290
RRC Setup Attempts: 6345
CA Conf FailRate Pct den: 2735
weekend: 0
UPTP Mbps Num: 36260
CA Activation Rate: 47.63
hr: 23
MAC_UE_SC_Tput: 8711.79

hr: 23
Setup_Fail_DEN: 16003
Peak UE: 52
PCT Time MIMO: 54.83
CA Activation Rate den: 53921

Time: 21:31:28
holiday: 0
CA DL DataVolRatio Pct: 87.49

Avg_Connected_UEs: 41.89
SIP DC%: 
DLRLCLayerDataVolume MB: 8431.44
RRC Setup Attempts: 3657
CA DL DataVolRatio Pct den: 8285
weekend: 1
CA Activation Rate: 51.47
hr: 17
MAC_UE_SC_Tput: 15624.19
Bearer Releases: 8970

hr: 17
CA Activation Rate num: 4528873
Setup_Fail_DEN: 8266
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 130.99
DL Volume: 2602
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5286
DL Data Vol MAC in MB: 6329.07

Time: 15:46:28
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 8306
CA DL DataVolRatio Pct den: 8610
weekend: 0
UPTP Mbps Num: 43586
CA Activation Rate: 45.3
hr: 12
MAC_UE_SC_Tput: 4664.32
Bearer Releases: 16932

hr: 12
CA Activation Rate num: 233696
UPTP Mbps Den: 5072
Setup_Fail_DEN: 10651
SIP_SC_Total_MOU: 322.36
Peak UE: 27
CA Activation Rate den: 37618

Time: 17:36:51
holiday: 0

SIP DC%: 
UPTP_Mbps: 22.03
weekend: 0
UPTP Mbps Num: 17247
CA Activation Rate: 11.12
hr: 9
MAC_UE_SC_Tput: 10322.05

hr: 9
CA Activation Rate num: 6315563
Setup_Fail_DEN: 14457
SIP_SC_Total_MOU: 230.39
Peak UE: 27
PCT Time MIMO: 70.45
DL Data Vol MAC in MB: 8320.16

Combined RACH Preambles: 2982
Time: 18:32:50
holiday: 0
CA DL DataVolRatio Pct num: 4401

Avg_Connected_UEs: 40.62
SIP DC%: 
PRB Util%: 43.93
CA DL DataVolRatio Pct den: 5507
weekend: 0
UPTP Mbps Num: 55122
hr: 5
Bearer Releases: 6685

hr: 5
SIP_SC_Total_MOU: 212.95
DL Data Vol MAC in MB: 8456.29

Time: 23:54:55
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5808.68
DRB UL Data Volume MB: 7099
weekend: 0
hr: 15
MAC_UE_SC_Tput: 6209.78

hr: 15
CA Activation Rate num: 8440019
Peak UE: 27
MB_per_connected_UE: 138.81
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6437

Time: 12:09:32
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6726.64
CA DL DataVolRatio Pct den: 5624
weekend: 0
CA Activation Rate: 76
hr: 6
MAC_UE_SC_Tput: 8672.63

hr: 6
CA Activation Rate num: 12268795
UPTP Mbps Den: 967
SIP_SC_Total_MOU: 271.35
Peak UE: 34
UL Throughput: 6.27
DL Data Vol MAC in MB: 8777.9
CA Activation Rate den: 125025
Time: 17:49:11

holiday: 0
CA DL DataVolRatio Pct num: 1046

SIP DC%: 
DLRLCLayerDataVolume MB: 1619.9
CA Conf FailRate Pct den: 2697
weekend: 0
hr: 19
MAC_UE_SC_Tput: 11703.12

hr: 19
UPTP Mbps Den: 2829
Peak UE: 27
MB_per_connected_UE: 186.04
DL Data Vol MAC in MB: 2492.26
CA Activation Rate den: 107026

Time: 13:56:29
holiday: 0
CA DL DataVolRatio Pct: 43.86

Avg_Connected_UEs: 43.57
SIP DC%: 
UPTP_Mbps: 110.66
DLRLCLayerDataVolume MB: 529.09
RRC Setup Attempts: 5449
CA DL DataVolRatio Pct den: 9181
CA Conf FailRate Pct den: 4592
weekend: 0
hr: 23
MAC_UE_SC_Tput: 14539.29

hr: 23
CA Activation Rate num: 1007233
Peak UE: 80
MB_per_connected_UE: 111
DL Volume: 2097
DL Data Vol MAC in MB: 7927.09
CA Activation Rate den: 62878

Time: 21:56:59
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5485.58
PRB Util%: 74.78
RRC Setup Attempts: 6115
CA DL DataVolRatio Pct den: 5450
weekend: 0
UPTP Mbps Num: 45199
CA Activation Rate: 18.91
hr: 17
MAC_UE_SC_Tput: 11616.15

hr: 17
CA Activation Rate num: 1619195
Peak UE: 49
CA Activation Rate den: 83470

Time: 02:58:47
holiday: 0

Avg_Connected_UEs: 49.83
SIP DC%: 
DLRLCLayerDataVolume MB: 3727.01
PRB Util%: 51.2
RRC Setup Attempts: 5842
weekend: 0
UPTP Mbps Num: 10992
CA Activation Rate: 38.14
hr: 23
MAC_UE_SC_Tput: 14031.03
Bearer Releases: 9303

hr: 23
Peak UE: 43
MB_per_connected_UE: 198.22
CA Activation Rate den: 44163

Time: 05:09:57
holiday: 0

SIP DC%: 
UPTP_Mbps: 31.29
DLRLCLayerDataVolume MB: 3956.09
DRB UL Data Volume MB: 5231
PRB Util%: 68.75
weekend: 0
hr: 13
MAC_UE_SC_Tput: 25431.49

hr: 13
CA Activation Rate num: 4579225
SIP_SC_Total_MOU: 69.67
Peak UE: 38
MB_per_connected_UE: 165.04
PCT Time MIMO: 47.5
DL Data Vol MAC in MB: 3218.65
CA Activation Rate den: 169171

Time: 22:29:06
holiday: 0

Avg_Connected_UEs: 44.56
SIP DC%: 
DLRLCLayerDataVolume MB: 1050.72
DRB UL Data Volume MB: 8146
RRC Setup Attempts: 7322
weekend: 0
UPTP Mbps Num: 4752
CA Activation Rate: 47.43
hr: 20
MAC_UE_SC_Tput: 15433.46

hr: 20
SIP_SC_Total_MOU: 287.29
Peak UE: 27
DL Volume: 595
DL Data Vol MAC in MB: 3491.95

Combined RACH Preambles: 3105
Time: 18:08:10
holiday: 0

DL MAC Vol Scell Pct: 23.37
Avg_Connected_UEs: 32.81
SIP DC%: 
CA DL DataVolRatio Pct den: 2200
CA Conf FailRate Pct den: 3249
weekend: 0
UPTP Mbps Num: 18048
CA Activation Rate: 68.93
hr: 11
MAC_UE_SC_Tput: 12123.5
Bearer Releases: 13207

hr: 11
CA Activation Rate num: 7193863
Setup_Fail_DEN: 18498
SIP_SC_Total_MOU: 4.01
Peak UE: 27
MB_per_connected_UE: 188.19
DL Volume: 2267
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5508
DL Data Vol MAC in MB: 8919.29
CA Activation Rate den: 36466

Time: 13:29:37
holiday: 0

DL MAC Vol Scell Pct: 44.92
SIP DC%: 
DLRLCLayerDataVolume MB: 8267.12
PRB Util%: 65.93
CA DL DataVolRatio Pct den: 9064
weekend: 0
CA Activation Rate: 48.33
hr: 0
MAC_UE_SC_Tput: 9580

hr: 0
CA Activation Rate num: 4519701
Setup_Fail_DEN: 17851
MB_per_connected_UE: 175.39

Time: 05:06:12
holiday: 0

Avg_Connected_UEs: 61.08
SIP DC%: 
UPTP_Mbps: 20.67
DLRLCLayerDataVolume MB: 7787.88
weekend: 0
hr: 7
MAC_UE_SC_Tput: 8700.59

hr: 7
CA Activation Rate num: 10606274
Setup_Fail_DEN: 16701
SIP_SC_Total_MOU: 112.55
Peak UE: 40
VOLTE IA%: 
DL Volume: 3170
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7303
CA Activation Rate den: 44527

Time: 18:55:25
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4091.81
DRB UL Data Volume MB: 6869
CA Conf FailRate Pct den: 5710
weekend: 0
hr: 23
MAC_UE_SC_Tput: 18406.82
Bearer Releases: 12804

hr: 23
CA Activation Rate num: 5334787
SIP_SC_Total_MOU: 294.38
Peak UE: 41
MB_per_connected_UE: 169.31
DL Data Vol MAC in MB: 8820.91

Combined RACH Preambles: 3389
Time: 22:18:15
holiday: 0
CA DL DataVolRatio Pct: 91.97

Avg_Connected_UEs: 26.03
SIP DC%: 
DLRLCLayerDataVolume MB: 9456.02
CA DL DataVolRatio Pct den: 2802
weekend: 0
CA Activation Rate: 55.19
hr: 11
MAC_UE_SC_Tput: 8644.38

hr: 11
CA Activation Rate num: 1948821
Setup_Fail_DEN: 6709
SIP_SC_Total_MOU: 20.68
Peak UE: 57
DL Data Vol MAC in MB: 2560.91
CA Activation Rate den: 188994

Time: 09:48:58
holiday: 0
CA DL DataVolRatio Pct num: 4656

SIP DC%: 
DLRLCLayerDataVolume MB: 1096.43
DRB UL Data Volume MB: 6309
weekend: 0
CA Activation Rate: 48.49
hr: 0
MAC_UE_SC_Tput: 9163.65
Bearer Releases: 8671

hr: 0
CA Activation Rate num: 4336798
Setup_Fail_DEN: 9759
SIP_SC_Total_MOU: 335.44
Peak UE: 27
CA Activation Rate den: 62554

Combined RACH Preambles: 3672
Time: 13:04:59
holiday: 0

Avg_Connected_UEs: 29.29
SIP DC%: 
DRB UL Data Volume MB: 1301
RRC Setup Attempts: 7257
CA DL DataVolRatio Pct den: 2797
CA Conf FailRate Pct den: 8737
weekend: 0
UPTP Mbps Num: 43240
hr: 8
MAC_UE_SC_Tput: 14079.59
Bearer Releases: 13732

hr: 8
CA Activation Rate num: 643138
SIP_SC_Total_MOU: 101.03
Peak UE: 46
MB_per_connected_UE: 51.03
DL Data Vol MAC in MB: 745.77
CA Activation Rate den: 126912

Time: 17:24:38
holiday: 0
CA DL DataVolRatio Pct num: 3813

DL MAC Vol Scell Pct: 22.16
Avg_Connected_UEs: 19
SIP DC%: 
UPTP_Mbps: 24.56
PRB Util%: 41.58
CA DL DataVolRatio Pct den: 2166
weekend: 0
UPTP Mbps Num: 37752
CA Activation Rate: 59.73
hr: 8
MAC_UE_SC_Tput: 5319.89

hr: 8
CA Activation Rate num: 2555021
Peak UE: 62
MB_per_connected_UE: 62.59
DL Data Vol MAC in MB: 8408.87

Combined RACH Preambles: 1968
Time: 16:27:53
holiday: 0
CA DL DataVolRatio Pct: 90.75

Avg_Connected_UEs: 20.35
SIP DC%: 
DLRLCLayerDataVolume MB: 4065.89
DRB UL Data Volume MB: 6576
PRB Util%: 49.34
weekend: 0
CA Activation Rate: 8.07
hr: 22
MAC_UE_SC_Tput: 13168.14
Bearer Releases: 6891

hr: 22
CA Activation Rate num: 8230366
SIP_SC_Total_MOU: 436.47
Peak UE: 44
PCT Time MIMO: 58.06
CA Activation Rate den: 117204

Time: 23:40:31
holiday: 0
CA DL DataVolRatio Pct: 69.45

SIP DC%: 
UPTP_Mbps: 34.63
DRB UL Data Volume MB: 9014
PRB Util%: 66.39
CA Conf FailRate Pct den: 4559
weekend: 0
CA Activation Rate: 12.75
hr: 12
MAC_UE_SC_Tput: 15970.18
Bearer Releases: 17504

hr: 12
CA Activation Rate num: 7702176
Setup_Fail_DEN: 7912
SIP_SC_Total_MOU: 270.59
Peak UE: 27
DL Volume: 722

Time: 04:52:16
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 7209
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5690.26
Bearer Releases: 8357

hr: 0
CA Activation Rate num: 10277213
SIP_SC_Total_MOU: 233.12
Peak UE: 27
MB_per_connected_UE: 116.94

Time: 01:42:46
holiday: 0
CA DL DataVolRatio Pct: 85.55
CA DL DataVolRatio Pct num: 2295

SIP DC%: 
DLRLCLayerDataVolume MB: 2339.41
DRB UL Data Volume MB: 3252
PRB Util%: 30.34
RRC Setup Attempts: 6250
CA Conf FailRate Pct den: 7194
weekend: 0
UPTP Mbps Num: 54169
hr: 2
MAC_UE_SC_Tput: 15968.19

hr: 2
CA Activation Rate num: 2137296
Peak UE: 37
MB_per_connected_UE: 18.16
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5059
CA Activation Rate den: 39029

Time: 13:37:21
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 1128
PRB Util%: 49.63
CA Conf FailRate Pct den: 6042
weekend: 1
CA Activation Rate: 30.98
hr: 23
Bearer Releases: 6335

hr: 23
CA Activation Rate num: 6448501
Peak UE: 28
DL Volume: 8006
DL Data Vol MAC in MB: 8511.36
CA Activation Rate den: 146202

Time: 21:31:14
holiday: 0
CA DL DataVolRatio Pct: 59.41

Avg_Connected_UEs: 36.85
SIP DC%: 
DLRLCLayerDataVolume MB: 7435.49
PRB Util%: 19.89
weekend: 0
hr: 0
MAC_UE_SC_Tput: 6849.06

hr: 0
CA Activation Rate num: 9773960
SIP_SC_Total_MOU: 103.41
Peak UE: 43
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8017
DL Data Vol MAC in MB: 6032.21
CA Activation Rate den: 115106

Time: 07:25:42
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3921.38
RRC Setup Attempts: 3818
weekend: 1
CA Activation Rate: 67.5
hr: 15
MAC_UE_SC_Tput: 6771.71

hr: 15
CA Activation Rate num: 5267640
Setup_Fail_DEN: 14463
MB_per_connected_UE: 20.11
DL Volume: 8571

Time: 12:07:53
holiday: 0
CA DL DataVolRatio Pct num: 3672

SIP DC%: 
UPTP_Mbps: 26.88
DLRLCLayerDataVolume MB: 5386.47
RRC Setup Attempts: 6946
CA Conf FailRate Pct den: 8455
weekend: 0
UPTP Mbps Num: 60644
hr: 22
MAC_UE_SC_Tput: 4926.76

hr: 22
Peak UE: 27
MB_per_connected_UE: 147.77
DL Data Vol MAC in MB: 2833.81

Time: 01:16:48
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3922.07
RRC Setup Attempts: 5421
CA DL DataVolRatio Pct den: 5951
weekend: 0
hr: 8
MAC_UE_SC_Tput: 5927.65

hr: 8
CA Activation Rate num: 3431570
Peak UE: 27
DL Volume: 2850
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9141
DL Data Vol MAC in MB: 792.6
CA Activation Rate den: 86795

Time: 14:38:01
holiday: 0
CA DL DataVolRatio Pct: 71.66

DL MAC Vol Scell Pct: 25.8
SIP DC%: 
DLRLCLayerDataVolume MB: 2532.89
DRB UL Data Volume MB: 2304
PRB Util%: 16.22
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5171.66

hr: 23
CA Activation Rate num: 1618865
SIP_SC_Total_MOU: 12.66
Peak UE: 27
MB_per_connected_UE: 123.72
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3723
CA Activation Rate den: 38117

Time: 22:05:37
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3368.27
RRC Setup Attempts: 5040
CA Conf FailRate Pct den: 7986
weekend: 0
UPTP Mbps Num: 26762
CA Activation Rate: 39.48
hr: 23
MAC_UE_SC_Tput: 4419.8

hr: 23
CA Activation Rate num: 7048780
Setup_Fail_DEN: 15481
Peak UE: 27
DL Volume: 6543
DL Data Vol MAC in MB: 3201.7

Time: 15:13:17
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 6994
weekend: 0
UPTP Mbps Num: 18402
hr: 0
MAC_UE_SC_Tput: 5723.3
Bearer Releases: 10565

hr: 0
CA Activation Rate num: 4194104
Setup_Fail_DEN: 15465
SIP_SC_Total_MOU: 339.93
Peak UE: 74
MB_per_connected_UE: 21.17
DL Data Vol MAC in MB: 7450.33

Combined RACH Preambles: 3628
Time: 06:44:41
holiday: 0
CA DL DataVolRatio Pct: 66.32
CA DL DataVolRatio Pct num: 6847

Avg_Connected_UEs: 53.91
SIP DC%: 
DLRLCLayerDataVolume MB: 411.63
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5724.19
Bearer Releases: 12424

hr: 23
CA Activation Rate num: 10812014
UPTP Mbps Den: 5282
Setup_Fail_DEN: 12576
Peak UE: 46
PCT Time MIMO: 51.16
DL Data Vol MAC in MB: 232.7

Time: 19:25:33
holiday: 0
CA DL DataVolRatio Pct num: 646

SIP DC%: 
DLRLCLayerDataVolume MB: 1654.15
DRB UL Data Volume MB: 3240
DL Packet Loss Pct: 0.39
CA DL DataVolRatio Pct den: 4916
weekend: 0
hr: 23
MAC_UE_SC_Tput: 12739.22
Bearer Releases: 12767

hr: 23
CA Activation Rate num: 9116947
Setup_Fail_DEN: 14800
SIP_SC_Total_MOU: 270.23
Peak UE: 27
MB_per_connected_UE: 99.39

Time: 07:58:15
holiday: 0

Avg_Connected_UEs: 21.57
SIP DC%: 
DLRLCLayerDataVolume MB: 8631.74
weekend: 0
hr: 16
MAC_UE_SC_Tput: 5760.22

hr: 16
CA Activation Rate num: 3483551
Peak UE: 46
MB_per_connected_UE: 58.25
PCT Time MIMO: 48.22
DL Data Vol MAC in MB: 6878.91

Time: 03:58:14
holiday: 0
CA DL DataVolRatio Pct num: 6357

Avg_Connected_UEs: 82.07
SIP DC%: 
DRB UL Data Volume MB: 8482
CA DL DataVolRatio Pct den: 7602
weekend: 0
hr: 3
MAC_UE_SC_Tput: 6574.58

hr: 3
Setup_Fail_DEN: 9915
Peak UE: 62
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3548
Combined RACH Preambles: 3311

Time: 20:43:41
holiday: 0
CA DL DataVolRatio Pct: 91.86
CA DL DataVolRatio Pct num: 1438

SIP DC%: 
DLRLCLayerDataVolume MB: 7623.66
DRB UL Data Volume MB: 8140
PRB Util%: 62.5
weekend: 0
UPTP Mbps Num: 3462
hr: 16
MAC_UE_SC_Tput: 10751.2
Bearer Releases: 7546

hr: 16
CA Activation Rate num: 13090048
Setup_Fail_DEN: 8697
Peak UE: 35
MB_per_connected_UE: 14.94
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9125
DL Data Vol MAC in MB: 8076.77
CA Activation Rate den: 53636

Time: 18:29:12
holiday: 0
CA DL DataVolRatio Pct num: 950

SIP DC%: 
DLRLCLayerDataVolume MB: 3366.99
PRB Util%: 65.56
CA DL DataVolRatio Pct den: 6094
weekend: 0
CA Activation Rate: 1.45
hr: 2
MAC_UE_SC_Tput: 15528.82
Bearer Releases: 16680

hr: 2
CA Activation Rate num: 3747287
UPTP Mbps Den: 1943
Setup_Fail_DEN: 13669
Peak UE: 27
MB_per_connected_UE: 12.36

Time: 12:19:48
holiday: 0

DL MAC Vol Scell Pct: 39.29
SIP DC%: 
DLRLCLayerDataVolume MB: 1049.09
PRB Util%: 72.83
weekend: 0
UPTP Mbps Num: 59548
hr: 11
MAC_UE_SC_Tput: 5304.5

hr: 11
CA Activation Rate num: 11201191
Setup_Fail_DEN: 16497
SIP_SC_Total_MOU: 274.65
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8811

Time: 22:38:35
holiday: 0
CA DL DataVolRatio Pct num: 5878

DL MAC Vol Scell Pct: 44.38
Avg_Connected_UEs: 79.23
SIP DC%: 
DLRLCLayerDataVolume MB: 6995.24
PRB Util%: 51.78
weekend: 0
UPTP Mbps Num: 48790
hr: 2
MAC_UE_SC_Tput: 11675.9
Bearer Releases: 10214

hr: 2
CA Activation Rate num: 8690063
Setup_Fail_DEN: 7098
Peak UE: 27
DL Volume: 6562
DL Data Vol MAC in MB: 4840.42

Combined RACH Preambles: 3610
Time: 22:46:12
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7075.77
PRB Util%: 35.78
weekend: 0
UPTP Mbps Num: 45843
hr: 23
MAC_UE_SC_Tput: 12115.56

hr: 23
CA Activation Rate num: 230639
Peak UE: 45
MB_per_connected_UE: 34.31
DL Volume: 9747
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4428
DL Data Vol MAC in MB: 8412.52
CA Activation Rate den: 148937

Time: 00:50:05
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8385.6
DRB UL Data Volume MB: 1940
PRB Util%: 54.91
RRC Setup Attempts: 4599
weekend: 1
hr: 17
MAC_UE_SC_Tput: 4272.04
Bearer Releases: 11643

hr: 17
CA Activation Rate num: 1997283
Setup_Fail_DEN: 6778
SIP_SC_Total_MOU: 338.17
Peak UE: 27
MB_per_connected_UE: 131.02
PCT Time MIMO: 64.09
CA Activation Rate den: 61457

Time: 23:49:20
holiday: 0

SIP DC%: 
weekend: 1
UPTP Mbps Num: 12380
hr: 23
MAC_UE_SC_Tput: 10042.76

hr: 23
CA Activation Rate num: 5698318
Peak UE: 27
PCT Time MIMO: 65.48

Time: 04:16:33
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1001.9
PRB Util%: 22.05
weekend: 0
UPTP Mbps Num: 24767
CA Activation Rate: 53.27
hr: 23
MAC_UE_SC_Tput: 5892.3

hr: 23
CA Activation Rate num: 5394210
Setup_Fail_DEN: 15752
SIP_SC_Total_MOU: 429.83
Peak UE: 47
MB_per_connected_UE: 19.95
DL Data Vol MAC in MB: 7160.72
CA Activation Rate den: 66684

Time: 19:44:02
holiday: 0

DL MAC Vol Scell Pct: 12.75
SIP DC%: 
DLRLCLayerDataVolume MB: 1792.65
weekend: 0
hr: 15
MAC_UE_SC_Tput: 18344.71

hr: 15
CA Activation Rate num: 704206
UPTP Mbps Den: 3873
SIP_SC_Total_MOU: 367.09
Peak UE: 87
MB_per_connected_UE: 73.2
DL Data Vol MAC in MB: 8532.95

Time: 12:16:19
holiday: 0

DL MAC Vol Scell Pct: 16.08
SIP DC%: 
DLRLCLayerDataVolume MB: 380.34
DRB UL Data Volume MB: 9905
PRB Util%: 6.8
UL Resid BLER PCT: 1.37
CA DL DataVolRatio Pct den: 6536
weekend: 0
UPTP Mbps Num: 9039
hr: 23
MAC_UE_SC_Tput: 5354.71
Bearer Releases: 6559

hr: 23
CA Activation Rate num: 1046296
Setup_Fail_DEN: 10679
SIP_SC_Total_MOU: 10.91
Peak UE: 27
MB_per_connected_UE: 92.94
DL Data Vol MAC in MB: 3967.82
CA Activation Rate den: 108853
Combined RACH Preambles: 2687
Time: 16:52:39

holiday: 0
CA DL DataVolRatio Pct num: 629

SIP DC%: 
UPTP_Mbps: 33.71
DLRLCLayerDataVolume MB: 8206.8
DL Packet Loss Pct: 0.53
weekend: 0
hr: 20
MAC_UE_SC_Tput: 7665.13

hr: 20
CA Activation Rate num: 8716923
Peak UE: 78
MB_per_connected_UE: 105.17
CA Activation Rate den: 70606

Time: 04:55:16
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2965.41
DRB UL Data Volume MB: 4216
PRB Util%: 22.97
CA DL DataVolRatio Pct den: 8829
CA Conf FailRate Pct den: 4405
weekend: 0
UPTP Mbps Num: 17700
CA Activation Rate: 47.25
hr: 17
MAC_UE_SC_Tput: 6620.03
Bearer Releases: 15825

hr: 17
Peak UE: 88
MB_per_connected_UE: 80.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3148
CA Activation Rate den: 98328

Time: 14:54:06
holiday: 0
CA DL DataVolRatio Pct num: 5948

SIP DC%: 
DLRLCLayerDataVolume MB: 1770.56
DRB UL Data Volume MB: 4664
PRB Util%: 60.63
CA DL DataVolRatio Pct den: 4353
weekend: 0
UPTP Mbps Num: 20522
hr: 1
MAC_UE_SC_Tput: 5997.05
Bearer Releases: 11951

hr: 1
CA Activation Rate num: 108216
Setup_Fail_DEN: 6324
Peak UE: 27
MB_per_connected_UE: 41.76
PCT Time MIMO: 56.64
UL Throughput: 13.66
CA Activation Rate den: 190827

Combined RACH Preambles: 4795
Time: 05:06:14
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1021.16
PRB Util%: 27.16
RRC Setup Attempts: 6316
CA DL DataVolRatio Pct den: 8115
CA Conf FailRate Pct den: 7502
weekend: 0
UPTP Mbps Num: 29858
CA Activation Rate: 50.54
hr: 11
MAC_UE_SC_Tput: 8889.67

hr: 11
CA Activation Rate num: 57940
Setup_Fail_DEN: 10120
Peak UE: 27
MB_per_connected_UE: 178.48
DL Data Vol MAC in MB: 4143.35
CA Activation Rate den: 227370

holiday: 0

Avg_Connected_UEs: 34.74
SIP DC%: 
DLRLCLayerDataVolume MB: 424.9
PRB Util%: 31.64
CA DL DataVolRatio Pct den: 420
weekend: 0
UPTP Mbps Num: 2157
hr: 2
MAC_UE_SC_Tput: 10045.39
Bearer Releases: 8801

hr: 2
CA Activation Rate num: 8842440
UPTP Mbps Den: 1601
Setup_Fail_DEN: 10453
SIP_SC_Total_MOU: 312.02
Peak UE: 30

Time: 12:05:40
holiday: 0
CA DL DataVolRatio Pct num: 2665

SIP DC%: 
weekend: 0
UPTP Mbps Num: 19630
hr: 23
MAC_UE_SC_Tput: 6460.81

hr: 23
CA Activation Rate num: 9719543
Setup_Fail_DEN: 11490
SIP_SC_Total_MOU: 334.38
Peak UE: 80
DL Volume: 6609
DL Data Vol MAC in MB: 9750.8
CA Activation Rate den: 70893

Time: 22:20:05
holiday: 0

Avg_Connected_UEs: 57.49
SIP DC%: 
DLRLCLayerDataVolume MB: 4028.61
PRB Util%: 46.23
CA Conf FailRate Pct den: 6492
weekend: 0
UPTP Mbps Num: 57807
hr: 23
MAC_UE_SC_Tput: 9927.73
Bearer Releases: 9799

hr: 23
CA Activation Rate num: 8783733
SIP_SC_Total_MOU: 279.48
Peak UE: 27
MB_per_connected_UE: 160.41
DL Data Vol MAC in MB: 6939.03

Time: 16:01:43
holiday: 0
CA DL DataVolRatio Pct: 70.48

DL MAC Vol Scell Pct: 4.83
SIP DC%: 
DLRLCLayerDataVolume MB: 8735.84
CA DL DataVolRatio Pct den: 2417
weekend: 0
UPTP Mbps Num: 18233
hr: 4
MAC_UE_SC_Tput: 14970.63
Bearer Releases: 9106

hr: 4
CA Activation Rate num: 2648500
UL MAC Vol Scell Pct: 1.99
Peak UE: 28
MB_per_connected_UE: 144.35
DL Volume: 820
CA Activation Rate den: 65540

Combined RACH Preambles: 4607
Time: 02:34:48
holiday: 0
CA DL DataVolRatio Pct: 78.54

DL MAC Vol Scell Pct: 30.04
SIP DC%: 
DLRLCLayerDataVolume MB: 5644.91
PRB Util%: 29.04
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8888.17

hr: 23
CA Activation Rate num: 11061613
SIP_SC_Total_MOU: 223.86
Peak UE: 53

Time: 05:38:35
holiday: 0

DL MAC Vol Scell Pct: 23.78
SIP DC%: 
CA Conf FailRate Pct den: 4138
weekend: 0
hr: 0
MAC_UE_SC_Tput: 14776.14
Bearer Releases: 7260

hr: 0
CA Activation Rate num: 2730433
SIP_SC_Total_MOU: 351.03
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4047
DL Data Vol MAC in MB: 1244.82
CA Activation Rate den: 50391

Combined RACH Preambles: 2478
Time: 11:16:20
holiday: 0
CA DL DataVolRatio Pct: 89.33
CA DL DataVolRatio Pct num: 4990

SIP DC%: 
DRB UL Data Volume MB: 179
weekend: 0
hr: 3

hr: 3
CA Activation Rate num: 1345939
Peak UE: 83
PCT Time MIMO: 56.7
DL Data Vol MAC in MB: 8579.18

Time: 04:02:46
holiday: 0
CA DL DataVolRatio Pct: 89.03

SIP DC%: 
DRB UL Data Volume MB: 5006
CA DL DataVolRatio Pct den: 4919
weekend: 0
UPTP Mbps Num: 46916
CA Activation Rate: 46.34
hr: 5
MAC_UE_SC_Tput: 4577.59

hr: 5
CA Activation Rate num: 4451138
Setup_Fail_DEN: 7299
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 74.55
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4912
DL Data Vol MAC in MB: 1791.39
CA Activation Rate den: 55949

Time: 08:02:32
holiday: 0

SIP DC%: 
RRC Setup Attempts: 6542
CA DL DataVolRatio Pct den: 6076
weekend: 0
UPTP Mbps Num: 1050
hr: 0
MAC_UE_SC_Tput: 8040.47

hr: 0
CA Activation Rate num: 11418218
Peak UE: 27
MB_per_connected_UE: 25.07
DL Volume: 3719
DL Data Vol MAC in MB: 517.46
CA Activation Rate den: 77731

Time: 03:09:55
holiday: 0
CA DL DataVolRatio Pct num: 6882

Avg_Connected_UEs: 42.4
SIP DC%: 
UPTP_Mbps: 102.18
DLRLCLayerDataVolume MB: 4347.13
weekend: 0
UPTP Mbps Num: 3605
CA Activation Rate: 17.67
hr: 4
MAC_UE_SC_Tput: 4446.45

hr: 4
Setup_Fail_DEN: 14277
Peak UE: 27
MB_per_connected_UE: 66.94
DL Volume: 3382
DL Data Vol MAC in MB: 1832.62

Time: 14:08:38
holiday: 0

Avg_Connected_UEs: 49.45
SIP DC%: 
DLRLCLayerDataVolume MB: 6543.78
DRB UL Data Volume MB: 2945
CA DL DataVolRatio Pct den: 1864
weekend: 0
UPTP Mbps Num: 40609
hr: 2
MAC_UE_SC_Tput: 7274.51
Bearer Releases: 8262

hr: 2
CA Activation Rate num: 5205220
SIP_SC_Total_MOU: 274.48
Peak UE: 29
MB_per_connected_UE: 41.08
DL Volume: 701
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6332
DL Data Vol MAC in MB: 7648.25

Time: 01:39:08
holiday: 0
CA DL DataVolRatio Pct num: 4762

SIP DC%: 
weekend: 0
UPTP Mbps Num: 22170
CA Activation Rate: 61.12
hr: 9
MAC_UE_SC_Tput: 9251.77

hr: 9
CA Activation Rate num: 6796998
Peak UE: 70
MB_per_connected_UE: 132.67
PCT Time MIMO: 49.48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7305
CA Activation Rate den: 69583

Time: 10:55:48
holiday: 0
CA DL DataVolRatio Pct: 47.36
CA DL DataVolRatio Pct num: 3829

SIP DC%: 
CA Conf FailRate Pct den: 6439
weekend: 0
UPTP Mbps Num: 11986
CA Activation Rate: 17.95
hr: 15
MAC_UE_SC_Tput: 20933.68

hr: 15
CA Activation Rate num: 6904693
SIP_SC_Total_MOU: 19.54
Peak UE: 27
MB_per_connected_UE: 53.1
PCT Time MIMO: 38.37
DL Volume: 1180

Time: 00:30:34
holiday: 0

SIP DC%: 
UPTP_Mbps: 102.69
DRB UL Data Volume MB: 3800
RRC Setup Attempts: 4230
CA Conf FailRate Pct den: 3699
weekend: 0
hr: 14
MAC_UE_SC_Tput: 14048.82

hr: 14
CA Activation Rate num: 3773907
Setup_Fail_DEN: 13581
SIP_SC_Total_MOU: 399.55
Peak UE: 27
MB_per_connected_UE: 123.24
PCT Time MIMO: 36.12
DL Data Vol MAC in MB: 7785.37
CA Activation Rate den: 45012

Time: 23:10:37
holiday: 0

Avg_Connected_UEs: 41.73
SIP DC%: 
DLRLCLayerDataVolume MB: 1873.33
PRB Util%: 68.93
weekend: 0
UPTP Mbps Num: 3037
hr: 0
MAC_UE_SC_Tput: 8399.95

hr: 0
CA Activation Rate num: 1782240
SIP_SC_Total_MOU: 105.22
Peak UE: 41
DL Volume: 550
DL Data Vol MAC in MB: 825.68

Combined RACH Preambles: 2641
Time: 22:49:16
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2506.24
weekend: 0
UPTP Mbps Num: 11269
CA Activation Rate: 40.67
hr: 23
MAC_UE_SC_Tput: 8276.02
Bearer Releases: 17896

hr: 23
CA Activation Rate num: 12312523
SIP_SC_Total_MOU: 13.42
Peak UE: 27
DL Volume: 3072
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7987

Combined RACH Preambles: 3351
Time: 00:41:14
holiday: 0

Avg_Connected_UEs: 59.07
SIP DC%: 
PRB Util%: 30.54
CA DL DataVolRatio Pct den: 8371
CA Conf FailRate Pct den: 5225
weekend: 0
UPTP Mbps Num: 11465
hr: 23
MAC_UE_SC_Tput: 7167.15

hr: 23
CA Activation Rate num: 9383245
Setup_Fail_DEN: 15447
SIP_SC_Total_MOU: 82.18
Peak UE: 27
MB_per_connected_UE: 102.6
PCT Time MIMO: 41.36
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3184

Time: 20:59:58
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8478.51
CA DL DataVolRatio Pct den: 6999
weekend: 0
hr: 23
MAC_UE_SC_Tput: 18599.31
Bearer Releases: 13369

hr: 23
CA Activation Rate num: 9336688
Setup_Fail_DEN: 13915
SIP_SC_Total_MOU: 439.66
Peak UE: 45
MB_per_connected_UE: 45.99
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9038
DL Data Vol MAC in MB: 9925.23

Combined RACH Preambles: 3094
Time: 06:04:42
holiday: 0
CA DL DataVolRatio Pct num: 5804

SIP DC%: 
DLRLCLayerDataVolume MB: 9501.06
DRB UL Data Volume MB: 6326
RRC Setup Attempts: 6928
weekend: 0
UPTP Mbps Num: 26314
CA Activation Rate: 54.49
hr: 13
MAC_UE_SC_Tput: 5366.2

hr: 13
CA Activation Rate num: 9326409
SIP_SC_Total_MOU: 22.65
Peak UE: 93
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6745
CA Activation Rate den: 55565

Time: 04:48:37
holiday: 0
CA DL DataVolRatio Pct num: 4721

SIP DC%: 
weekend: 0
UPTP Mbps Num: 48951
hr: 22
Bearer Releases: 9263

hr: 22
CA Activation Rate num: 1373199
UPTP Mbps Den: 1193
Peak UE: 38
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5729
DL Data Vol MAC in MB: 3711.06
CA Activation Rate den: 119142

Time: 10:26:20
holiday: 0

Avg_Connected_UEs: 63.08
SIP DC%: 
DLRLCLayerDataVolume MB: 8367.89
PRB Util%: 39.01
CA DL DataVolRatio Pct den: 2438
CA Conf FailRate Pct den: 8327
weekend: 0
hr: 0
MAC_UE_SC_Tput: 13106.21
Bearer Releases: 10489

hr: 0
Setup_Fail_DEN: 16628
Peak UE: 46
MB_per_connected_UE: 156.68
PCT Time MIMO: 54.14
UL Throughput: 7.45

Time: 20:16:48
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4876.68
DRB UL Data Volume MB: 7475
CA DL DataVolRatio Pct den: 6544
weekend: 0
hr: 3
MAC_UE_SC_Tput: 7990.48

hr: 3
CA Activation Rate num: 3679259
Setup_Fail_DEN: 8406
SIP_SC_Total_MOU: 134.6
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5000
DL Data Vol MAC in MB: 9956.05
CA Activation Rate den: 138990

Time: 20:13:35
holiday: 0

Avg_Connected_UEs: 50
SIP DC%: 
weekend: 0
UPTP Mbps Num: 19802
hr: 15
MAC_UE_SC_Tput: 9326.28

hr: 15
CA Activation Rate num: 10331539
Peak UE: 89
MB_per_connected_UE: 10.52
DL Volume: 5132
CA Activation Rate den: 40397

Combined RACH Preambles: 3212
Time: 01:08:13
holiday: 0

Avg_Connected_UEs: 70.46
SIP DC%: 
DLRLCLayerDataVolume MB: 6621.34
DRB UL Data Volume MB: 927
RRC Setup Attempts: 7110
weekend: 0
CA Activation Rate: 19.31
hr: 0
MAC_UE_SC_Tput: 5413.38

hr: 0
CA Activation Rate num: 5479239
SIP_SC_Total_MOU: 153.25
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6388
DL Data Vol MAC in MB: 1913.02

Time: 00:11:23
holiday: 0

Avg_Connected_UEs: 25.11
SIP DC%: 
UPTP_Mbps: 94.01
PRB Util%: 44.51
CA DL DataVolRatio Pct den: 3218
weekend: 1
hr: 4
MAC_UE_SC_Tput: 8347.82

hr: 4
CA Activation Rate num: 1827456
Setup_Fail_DEN: 11386
Peak UE: 81
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6596
DL Data Vol MAC in MB: 3831.02
CA Activation Rate den: 189353

Time: 18:55:00
holiday: 0

SIP DC%: 
UPTP_Mbps: 10.19
DLRLCLayerDataVolume MB: 4631.28
DRB UL Data Volume MB: 1913
PRB Util%: 46.33
weekend: 0
UPTP Mbps Num: 53759
RRC Setup Failures: 24
hr: 8
MAC_UE_SC_Tput: 15143.73

hr: 8
CA Activation Rate num: 572985
Setup_Fail_DEN: 6757
SIP_SC_Total_MOU: 74.74
Peak UE: 27
DL Volume: 1498
DL Data Vol MAC in MB: 7393.77

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7264.84
PRB Util%: 37.46
CA DL DataVolRatio Pct den: 2728
CA Conf FailRate Pct den: 3907
weekend: 0
UPTP Mbps Num: 37713
hr: 9
MAC_UE_SC_Tput: 7961.83
Bearer Releases: 7621

hr: 9
CA Activation Rate num: 2316069
Setup_Fail_DEN: 19492
SIP_SC_Total_MOU: 7.57
Peak UE: 39
MB_per_connected_UE: 99.23
DL Volume: 1753
DL Data Vol MAC in MB: 1360.81
CA Activation Rate den: 54425

Time: 23:39:58
holiday: 0
CA DL DataVolRatio Pct num: 2687

SIP DC%: 
DLRLCLayerDataVolume MB: 4636.44
weekend: 0
UPTP Mbps Num: 37489
CA Activation Rate: 19.05
hr: 8
MAC_UE_SC_Tput: 5422.93
Bearer Releases: 6479

hr: 8
Setup_Fail_DEN: 11050
Peak UE: 46
MB_per_connected_UE: 157.28
DL Volume: 8734
UL Throughput: 9.39
DL Data Vol MAC in MB: 770.98
CA Activation Rate den: 79557

Time: 14:21:29
holiday: 0

DL MAC Vol Scell Pct: 9
SIP DC%: 
DLRLCLayerDataVolume MB: 5324.9
RRC Setup Attempts: 9205
weekend: 0
UPTP Mbps Num: 48046
hr: 8
MAC_UE_SC_Tput: 21950.18

hr: 8
CA Activation Rate num: 2524309
Peak UE: 27
MB_per_connected_UE: 151.56
DL Volume: 3518
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6680
CA Activation Rate den: 94881

Time: 02:30:47
holiday: 0

DL MAC Vol Scell Pct: 7.31
SIP DC%: 
DLRLCLayerDataVolume MB: 6124.52
DRB UL Data Volume MB: 4831
CA Conf FailRate Pct den: 8210
weekend: 0
UPTP Mbps Num: 27918
hr: 23
MAC_UE_SC_Tput: 19635.66

hr: 23
CA Activation Rate num: 4062839
Peak UE: 68
MB_per_connected_UE: 135.89
DL Volume: 1138
DL Data Vol MAC in MB: 9027.61

Time: 20:52:28
holiday: 0
CA DL DataVolRatio Pct: 74.82

SIP DC%: 
DLRLCLayerDataVolume MB: 2681.7
RRC Setup Attempts: 4168
CA DL DataVolRatio Pct den: 9623
weekend: 0
UPTP Mbps Num: 6208
CA Activation Rate: 27.34
hr: 23
MAC_UE_SC_Tput: 5224.42

hr: 23
CA Activation Rate num: 163514
Peak UE: 66
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5548
DL Data Vol MAC in MB: 5326.96

Time: 09:45:39
holiday: 0
CA DL DataVolRatio Pct: 72.08

SIP DC%: 
DLRLCLayerDataVolume MB: 6013.8
PRB Util%: 22.66
weekend: 0
UPTP Mbps Num: 10568
hr: 11

hr: 11
CA Activation Rate num: 6109955
Peak UE: 27
MB_per_connected_UE: 36.65
DL Data Vol MAC in MB: 2208.69
CA Activation Rate den: 61058
Time: 04:23:59

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4529.82
CA Conf FailRate Pct den: 8112
weekend: 0
CA Activation Rate: 24.18
hr: 15
MAC_UE_SC_Tput: 12897.98
Bearer Releases: 8866

hr: 15
CA Activation Rate num: 8894844
UPTP Mbps Den: 2307
Peak UE: 61
PCT Time MIMO: 70.53
DL Data Vol MAC in MB: 1453.05
CA Activation Rate den: 129152

Time: 12:29:01
holiday: 0
CA DL DataVolRatio Pct num: 4906

DL MAC Vol Scell Pct: 6.72
Avg_Connected_UEs: 19.39
SIP DC%: 
DLRLCLayerDataVolume MB: 1913.87
weekend: 1
hr: 0
MAC_UE_SC_Tput: 7283.24
Bearer Releases: 8991

hr: 0
CA Activation Rate num: 4752504
Setup_Fail_DEN: 11124
Peak UE: 45
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4814
DL Data Vol MAC in MB: 315.59
CA Activation Rate den: 59446

Time: 14:17:16
holiday: 0
CA DL DataVolRatio Pct num: 5006

DL MAC Vol Scell Pct: 10.41
SIP DC%: 
DRB UL Data Volume MB: 6765
RRC Setup Attempts: 6003
CA DL DataVolRatio Pct den: 9673
CA Conf FailRate Pct den: 5079
weekend: 0
hr: 20
Bearer Releases: 10703

hr: 20
CA Activation Rate num: 9581284
Setup_Fail_DEN: 17337
SIP_SC_Total_MOU: 153.92
Peak UE: 27
MB_per_connected_UE: 109.25
CA Activation Rate den: 93931

Time: 10:08:27
holiday: 0

DL MAC Vol Scell Pct: 16.27
SIP DC%: 
UPTP_Mbps: 93.88
DLRLCLayerDataVolume MB: 8746.4
DRB UL Data Volume MB: 721
weekend: 0
UPTP Mbps Num: 47632
hr: 5
MAC_UE_SC_Tput: 6139.3
Bearer Releases: 6722

hr: 5
Avg CQI: 10.96
CA Activation Rate num: 3485161
Setup_Fail_DEN: 15655
Peak UE: 89
MB_per_connected_UE: 17.85
PCT Time MIMO: 38.88
DL Data Vol MAC in MB: 1564.66
CA Activation Rate den: 136380

Combined RACH Preambles: 3719
Time: 05:35:44
holiday: 0

DL MAC Vol Scell Pct: 6.19
SIP DC%: 
DLRLCLayerDataVolume MB: 9010.05
DRB UL Data Volume MB: 3449
weekend: 0
UPTP Mbps Num: 6883
CA Activation Rate: 37.11
hr: 4
MAC_UE_SC_Tput: 12505.16

hr: 4
CA Activation Rate num: 3949806
Setup_Fail_DEN: 13834
Peak UE: 81
MB_per_connected_UE: 98.74
DL Data Vol MAC in MB: 7343.77
CA Activation Rate den: 63744

Combined RACH Preambles: 2511
Time: 05:30:52
holiday: 0

DL MAC Vol Scell Pct: 30.8
SIP DC%: 
UPTP_Mbps: 43.46
DLRLCLayerDataVolume MB: 5219.38
PRB Util%: 60.07
weekend: 0
UPTP Mbps Num: 37861
hr: 8
MAC_UE_SC_Tput: 14323.84

hr: 8
CA Activation Rate num: 8809336
SIP_SC_Total_MOU: 319.07
Peak UE: 55
MB_per_connected_UE: 15.32
DL Data Vol MAC in MB: 7312.34
CA Activation Rate den: 42982

Time: 12:02:24
holiday: 0

SIP DC%: 
weekend: 1
UPTP Mbps Num: 8357
hr: 5
MAC_UE_SC_Tput: 7711.89
Bearer Releases: 11980

hr: 5
CA Activation Rate num: 7923478
Setup_Fail_DEN: 19746
Peak UE: 92
MB_per_connected_UE: 100.9
DL Data Vol MAC in MB: 2304.26

Time: 16:41:48
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8428.93
CA DL DataVolRatio Pct den: 10163
weekend: 0
CA Activation Rate: 65.94
hr: 5
MAC_UE_SC_Tput: 10408.16
Bearer Releases: 12786

hr: 5
CA Activation Rate num: 3472650
Peak UE: 27
MB_per_connected_UE: 159.33
DL Volume: 1549

Time: 03:04:43
holiday: 0

DL MAC Vol Scell Pct: 16.6
Avg_Connected_UEs: 16.19
SIP DC%: 
UPTP_Mbps: 26.11
DLRLCLayerDataVolume MB: 1220.59
RRC Setup Attempts: 5984
weekend: 0
CA Activation Rate: 8.49
hr: 0
MAC_UE_SC_Tput: 9578.76

hr: 0
CA Activation Rate num: 6402913
SIP_SC_Total_MOU: 132.26
Peak UE: 61
VOLTE IA%: 
CA Activation Rate den: 56100

Time: 08:28:16
holiday: 0
CA DL DataVolRatio Pct num: 5774

Avg_Connected_UEs: 33.78
SIP DC%: 
Bearer Drop Voice%: 1.97
CA DL DataVolRatio Pct den: 1653
CA Conf FailRate Pct den: 4924
weekend: 0
UPTP Mbps Num: 6201
CA Activation Rate: 65.03
hr: 8
MAC_UE_SC_Tput: 15121.01
Bearer Releases: 14194

hr: 8
CA Activation Rate num: 954123
Peak UE: 58
MB_per_connected_UE: 171.83
DL Data Vol MAC in MB: 8980.78

Time: 15:49:58
holiday: 0
CA DL DataVolRatio Pct num: 6677

Avg_Connected_UEs: 34.88
SIP DC%: 
CA DL DataVolRatio Pct den: 7336
weekend: 1
CA Activation Rate: 64.6
hr: 23
MAC_UE_SC_Tput: 6007.91

hr: 23
CA Activation Rate num: 2757030
UPTP Mbps Den: 216
Setup_Fail_DEN: 14778
Peak UE: 53
MB_per_connected_UE: 126.38
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4023
DL Data Vol MAC in MB: 2282.12
CA Activation Rate den: 85638

Time: 03:23:45
holiday: 0
CA DL DataVolRatio Pct: 72.12
CA DL DataVolRatio Pct num: 6100

SIP DC%: 
DLRLCLayerDataVolume MB: 7090.69
CA DL DataVolRatio Pct den: 1521
weekend: 0
UPTP Mbps Num: 11193
CA Activation Rate: 70.14
hr: 3
MAC_UE_SC_Tput: 12624.26

hr: 3
CA Activation Rate num: 1106365
Setup_Fail_DEN: 13468
Peak UE: 50
MB_per_connected_UE: 94.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6748
DL Data Vol MAC in MB: 3158.25

Time: 20:21:22
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5650.6
PRB Util%: 67.08
CA DL DataVolRatio Pct den: 8900
CA Conf FailRate Pct den: 5312
weekend: 0
UPTP Mbps Num: 19225
hr: 19
MAC_UE_SC_Tput: 5491.7
Bearer Releases: 13717

hr: 19
CA Activation Rate num: 10533881
Peak UE: 27
MB_per_connected_UE: 93.66
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6833

Time: 04:40:47
holiday: 0
CA DL DataVolRatio Pct: 92.13

SIP DC%: 
DLRLCLayerDataVolume MB: 6359.37
CA Conf FailRate Pct den: 7478
weekend: 0
hr: 9
MAC_UE_SC_Tput: 12200.69

hr: 9
CA Activation Rate num: 7039002
Setup_Fail_DEN: 10472
Peak UE: 84
MB_per_connected_UE: 147.9
PCT Time MIMO: 53.43
DL Data Vol MAC in MB: 4747.03
CA Activation Rate den: 49631

Time: 19:38:27
holiday: 0
CA DL DataVolRatio Pct num: 4489

Avg_Connected_UEs: 76.31
SIP DC%: 
DLRLCLayerDataVolume MB: 2900.38
PRB Util%: 17.17
RRC Setup Attempts: 7879
CA Conf FailRate Pct den: 8241
weekend: 0
UPTP Mbps Num: 57043
CA Activation Rate: 23.81
hr: 0
MAC_UE_SC_Tput: 5772.54
Bearer Releases: 9067

hr: 0
CA Activation Rate num: 4686305
Setup_Fail_DEN: 7033
Peak UE: 27
MB_per_connected_UE: 175.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3172
DL Data Vol MAC in MB: 6494.71

Time: 18:41:18
holiday: 0
CA DL DataVolRatio Pct num: 1200

SIP DC%: 
weekend: 0
UPTP Mbps Num: 16971
hr: 14
MAC_UE_SC_Tput: 9538.48

hr: 14
CA Activation Rate num: 5454208
Peak UE: 61
MB_per_connected_UE: 132.68
DL Data Vol MAC in MB: 2612.37
CA Activation Rate den: 40982

Time: 01:42:28
holiday: 0

SIP DC%: 
UPTP_Mbps: 39.33
DLRLCLayerDataVolume MB: 634.04
DL Packet Loss Pct: 1.18
CA DL DataVolRatio Pct den: 2320
CA Conf FailRate Pct den: 7137
weekend: 0
CA Activation Rate: 36.94
hr: 0
MAC_UE_SC_Tput: 10511.55
Bearer Releases: 14971

hr: 0
CA Activation Rate num: 10303983
Setup_Fail_DEN: 16066
SIP_SC_Total_MOU: 82.89
Peak UE: 38
CA Activation Rate den: 44515

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3526.62
weekend: 0
hr: 16
MAC_UE_SC_Tput: 5668.24

hr: 16
CA Activation Rate num: 1049769
SIP_SC_Total_MOU: 73.16
Peak UE: 27
MB_per_connected_UE: 92.59
DL Data Vol MAC in MB: 7405.82

Time: 01:29:12
holiday: 0
CA DL DataVolRatio Pct num: 5620

SIP DC%: 
DRB UL Data Volume MB: 3504
DL Packet Loss Pct: 3.82
weekend: 0
UPTP Mbps Num: 12418
hr: 4
MAC_UE_SC_Tput: 9190.56
Bearer Releases: 9127

hr: 4
CA Activation Rate num: 343976
SIP_SC_Total_MOU: 65
Peak UE: 45
MB_per_connected_UE: 175.61
CA Activation Rate den: 129256

Time: 20:52:39
holiday: 0
CA DL DataVolRatio Pct: 92.3
CA DL DataVolRatio Pct num: 3793

DL MAC Vol Scell Pct: 40.36
Avg_Connected_UEs: 57.35
SIP DC%: 
DLRLCLayerDataVolume MB: 9183.07
DRB UL Data Volume MB: 9096
PRB Util%: 70.33
weekend: 0
UPTP Mbps Num: 34821
hr: 23
MAC_UE_SC_Tput: 4194.15

hr: 23
SIP_SC_Total_MOU: 261.05
Peak UE: 27
MB_per_connected_UE: 55.16
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4822
DL Data Vol MAC in MB: 2762.21
CA Activation Rate den: 78404

holiday: 0
CA DL DataVolRatio Pct num: 2349

SIP DC%: 
UPTP_Mbps: 59.35
DLRLCLayerDataVolume MB: 5079.84
PRB Util%: 67.24
CA DL DataVolRatio Pct den: 6612
weekend: 1
UPTP Mbps Num: 10199
hr: 0
MAC_UE_SC_Tput: 12485.21
Bearer Releases: 17430

hr: 0
CA Activation Rate num: 5263292
Setup_Fail_DEN: 14198
Peak UE: 57
VOLTE IA%: 

Time: 16:50:34
holiday: 0

DL MAC Vol Scell Pct: 42.16
Avg_Connected_UEs: 59.93
SIP DC%: 
UPTP_Mbps: 21.46
DLRLCLayerDataVolume MB: 5516
DL Packet Loss Pct: 1.92
CA Conf FailRate Pct den: 5004
weekend: 0
UPTP Mbps Num: 33136
hr: 3
Bearer Releases: 17488

hr: 3
CA Activation Rate num: 6975659
UPTP Mbps Den: 5082
Setup_Fail_DEN: 17169
SIP_SC_Total_MOU: 288.41
Peak UE: 38
MB_per_connected_UE: 71.02
CA Activation Rate den: 85686

Time: 11:09:44
holiday: 0

DL MAC Vol Scell Pct: 7.49
Avg_Connected_UEs: 39.26
SIP DC%: 
CA DL DataVolRatio Pct den: 5692
weekend: 0
UPTP Mbps Num: 21629
CA Activation Rate: 74.83
hr: 4
MAC_UE_SC_Tput: 6303.35

hr: 4
CA Activation Rate num: 4985720
UPTP Mbps Den: 2335
Setup_Fail_DEN: 15783
Peak UE: 66
MB_per_connected_UE: 83.32
DL Volume: 1690
UL Throughput: 17.34
HO Failure%: 0.23

Time: 04:03:46
holiday: 0

Avg_Connected_UEs: 63.56
SIP DC%: 
UPTP_Mbps: 120.6
DLRLCLayerDataVolume MB: 9415.45
DRB UL Data Volume MB: 7251
RRC Setup Attempts: 8659
CA Conf FailRate Pct den: 5419
weekend: 1
CA Activation Rate: 74.29
hr: 23
MAC_UE_SC_Tput: 15317.76
Bearer Releases: 14650

hr: 23
CA Activation Rate num: 674282
Setup_Fail_DEN: 9781
Peak UE: 35
PCT Time MIMO: 45.65
DL Data Vol MAC in MB: 5012.4

Time: 03:23:02
holiday: 0
CA DL DataVolRatio Pct num: 3622

DL MAC Vol Scell Pct: 35
Avg_Connected_UEs: 40.64
SIP DC%: 
DLRLCLayerDataVolume MB: 167.68
DRB UL Data Volume MB: 7984
weekend: 0
CA Activation Rate: 15.6
hr: 0
MAC_UE_SC_Tput: 16059.17

hr: 0
CA Activation Rate num: 5676767
Peak UE: 27
DL Data Vol MAC in MB: 4028.57
Combined RACH Preambles: 4296

Time: 03:02:32
holiday: 0
CA DL DataVolRatio Pct num: 758

Avg_Connected_UEs: 23.87
SIP DC%: 
UPTP_Mbps: 7.74
weekend: 0
hr: 18
MAC_UE_SC_Tput: 7011.17
Bearer Releases: 13281

hr: 18
CA Activation Rate num: 9958311
Setup_Fail_DEN: 7296
SIP_SC_Total_MOU: 235.76
Peak UE: 62
MB_per_connected_UE: 144.61
DL Volume: 3907
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5139
DL Data Vol MAC in MB: 6450.83
CA Activation Rate den: 52206

Time: 04:52:49
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7229.79
DRB UL Data Volume MB: 7397
CA DL DataVolRatio Pct den: 7712
weekend: 0
CA Activation Rate: 10.58
hr: 23
MAC_UE_SC_Tput: 5047.13

hr: 23
Setup_Fail_DEN: 16170
SIP_SC_Total_MOU: 1.34
Peak UE: 53
DL Volume: 8068
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6464
CA Activation Rate den: 78918

Time: 04:29:53
holiday: 0

SIP DC%: 
UPTP_Mbps: 18.64
CA Conf FailRate Pct den: 7441
weekend: 0
UPTP Mbps Num: 20607
CA Activation Rate: 10.59
hr: 20
MAC_UE_SC_Tput: 4364.32
Bearer Releases: 6654

hr: 20
Peak UE: 70
MB_per_connected_UE: 196.58
PCT Time MIMO: 62.81
DL Volume: 6778
DL Data Vol MAC in MB: 5540.67
CA Activation Rate den: 189496

Time: 17:15:24
holiday: 0

Avg_Connected_UEs: 33.57
SIP DC%: 
UPTP_Mbps: 31.54
DLRLCLayerDataVolume MB: 8251.42
DRB UL Data Volume MB: 9520
PRB Util%: 58.35
RRC Setup Attempts: 6909
weekend: 0
hr: 17
MAC_UE_SC_Tput: 11771.25

hr: 17
Setup_Fail_DEN: 12904
Peak UE: 94
MB_per_connected_UE: 198.13

Time: 20:56:24
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1424.32
RRC Setup Attempts: 4682
CA DL DataVolRatio Pct den: 5696
CA Conf FailRate Pct den: 4706
weekend: 0
UPTP Mbps Num: 10516
CA Activation Rate: 31.5
hr: 16
MAC_UE_SC_Tput: 17687.2

hr: 16
CA Activation Rate num: 7763117
SIP_SC_Total_MOU: 359.77
Peak UE: 27
MB_per_connected_UE: 163.72
PCT Time MIMO: 49.89
DL Data Vol MAC in MB: 8838.01

Time: 01:02:06
holiday: 0
CA DL DataVolRatio Pct: 70.03

SIP DC%: 
DLRLCLayerDataVolume MB: 3391.79
DL Packet Loss Pct: 4.15
CA DL DataVolRatio Pct den: 2429
weekend: 0
UPTP Mbps Num: 14038
CA Activation Rate: 60.81
hr: 3
MAC_UE_SC_Tput: 5613.79

hr: 3
CA Activation Rate num: 6786743
SIP_SC_Total_MOU: 241.4
Peak UE: 61
MB_per_connected_UE: 47.75
CA Activation Rate den: 42717

Time: 19:52:57
holiday: 0

DL MAC Vol Scell Pct: 31.88
SIP DC%: 
DLRLCLayerDataVolume MB: 3170.51
RRC Setup Attempts: 7357
CA DL DataVolRatio Pct den: 2596
weekend: 0
UPTP Mbps Num: 17951
hr: 2
MAC_UE_SC_Tput: 8447.53
Bearer Releases: 13490

hr: 2
CA Activation Rate num: 2397855
SIP_SC_Total_MOU: 325.87
Peak UE: 27
DL Volume: 9888
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3663
UL Throughput: 12.82

Time: 15:07:51
holiday: 0
CA DL DataVolRatio Pct num: 6676

SIP DC%: 
DLRLCLayerDataVolume MB: 4419.23
CA DL DataVolRatio Pct den: 2776
weekend: 0
hr: 16
MAC_UE_SC_Tput: 8586.27

hr: 16
CA Activation Rate num: 5734622
Setup_Fail_DEN: 11441
SIP_SC_Total_MOU: 215.57
Peak UE: 44
MB_per_connected_UE: 59.66
DL Data Vol MAC in MB: 1439.43

Time: 12:54:01
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2393.34
CA DL DataVolRatio Pct den: 6216
weekend: 0
CA Activation Rate: 32.35
hr: 23
MAC_UE_SC_Tput: 7780.88
Bearer Releases: 8819

hr: 23
CA Activation Rate num: 1450515
Setup_Fail_DEN: 12813
Peak UE: 67

Combined RACH Preambles: 2077
Time: 00:06:25
holiday: 0

SIP DC%: 
weekend: 0
hr: 8
MAC_UE_SC_Tput: 9430.3
Bearer Releases: 9175

hr: 8
UPTP Mbps Den: 3793
Setup_Fail_DEN: 15341
Peak UE: 57
MB_per_connected_UE: 68.35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6218

Time: 03:49:47
holiday: 0
CA DL DataVolRatio Pct num: 4008

Avg_Connected_UEs: 41.34
SIP DC%: 
RRC Setup Attempts: 7398
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4859.58
Bearer Releases: 8185

hr: 0
CA Activation Rate num: 7277698
Peak UE: 45
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5608
DL Data Vol MAC in MB: 6191.87
CA Activation Rate den: 38962

Time: 18:10:28
holiday: 0
CA DL DataVolRatio Pct: 65.02

SIP DC%: 
DLRLCLayerDataVolume MB: 8194.3
RRC Setup Attempts: 5515
weekend: 0
hr: 17
MAC_UE_SC_Tput: 4711.68

hr: 17
CA Activation Rate num: 10628206
Setup_Fail_DEN: 13289
Peak UE: 27
MB_per_connected_UE: 129.07
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6113
DL Data Vol MAC in MB: 2950.07
CA Activation Rate den: 40139

Time: 19:52:47
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 8248
RRC Setup Attempts: 7868
CA Conf FailRate Pct den: 3660
weekend: 0
UPTP Mbps Num: 15102
hr: 12
MAC_UE_SC_Tput: 5195.97

hr: 12
CA Activation Rate num: 9044992
UPTP Mbps Den: 3335
Setup_Fail_DEN: 15962
Peak UE: 27
DL Volume: 7061
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6775
DL Data Vol MAC in MB: 8287.64
CA Activation Rate den: 81036

Time: 20:36:35
holiday: 0

SIP DC%: 
UPTP_Mbps: 20.42
DLRLCLayerDataVolume MB: 6028.42
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7457.72

hr: 23
Setup_Fail_DEN: 15640
Peak UE: 66
MB_per_connected_UE: 63.77
DL Volume: 1034
CA Activation Rate den: 89370

Time: 18:57:23
holiday: 0
CA DL DataVolRatio Pct num: 6588

DL MAC Vol Scell Pct: 49.71
SIP DC%: 
DRB UL Data Volume MB: 7775
CA DL DataVolRatio Pct den: 9865
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5982.47
Bearer Releases: 15360

hr: 23
CA Activation Rate num: 5237105
SIP_SC_Total_MOU: 109.14
MB_per_connected_UE: 40.42
DL Volume: 9161
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5638
DL Data Vol MAC in MB: 2544.97

Time: 18:24:59
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 753.67
CA Conf FailRate Pct den: 6952
weekend: 0
hr: 20
MAC_UE_SC_Tput: 26826.15

hr: 20
CA Activation Rate num: 5275661
SIP_SC_Total_MOU: 178.03
Peak UE: 66
MB_per_connected_UE: 97.57
CA Activation Rate den: 210611

holiday: 0
CA DL DataVolRatio Pct: 68.71

SIP DC%: 
DRB UL Data Volume MB: 7770
PRB Util%: 46.39
weekend: 1
CA Activation Rate: 49.93
hr: 0
MAC_UE_SC_Tput: 5084.41

hr: 0
CA Activation Rate num: 4251709
Setup_Fail_DEN: 7921
Peak UE: 27
MB_per_connected_UE: 102.63
DL Volume: 5763
DL Data Vol MAC in MB: 4448.95

Time: 19:36:54
holiday: 0

DL MAC Vol Scell Pct: 16.28
SIP DC%: 
UPTP_Mbps: 101.15
DLRLCLayerDataVolume MB: 2176.66
CA Conf FailRate Pct den: 8482
weekend: 0
UPTP Mbps Num: 21152
CA Activation Rate: 36.72
hr: 23
MAC_UE_SC_Tput: 13829.95

hr: 23
CA Activation Rate num: 9868696
Setup_Fail_DEN: 12611
SIP_SC_Total_MOU: 347.25
MB_per_connected_UE: 130.25
DL Volume: 7292
DL Data Vol MAC in MB: 7085.24

Time: 23:52:36
holiday: 0
CA DL DataVolRatio Pct: 74.42

SIP DC%: 
DRB UL Data Volume MB: 7064
CA Conf FailRate Pct den: 7726
weekend: 0
UPTP Mbps Num: 58191
hr: 0
MAC_UE_SC_Tput: 5843.47
Bearer Releases: 15038

hr: 0
CA Activation Rate num: 9628009
Peak UE: 35
DL Volume: 4681
DL Data Vol MAC in MB: 6761.93

Time: 04:40:36
holiday: 0

SIP DC%: 
UPTP_Mbps: 88.3
DLRLCLayerDataVolume MB: 7870.35
PRB Util%: 38.65
CA DL DataVolRatio Pct den: 8803
weekend: 0
UPTP Mbps Num: 35894
hr: 1
MAC_UE_SC_Tput: 8368.61
Bearer Releases: 7132

hr: 1
CA Activation Rate num: 10078402
SIP_SC_Total_MOU: 75.33
Peak UE: 48

Time: 21:05:11
holiday: 0

DL MAC Vol Scell Pct: 17.45
SIP DC%: 
UPTP_Mbps: 121.12
DLRLCLayerDataVolume MB: 7399.04
DRB UL Data Volume MB: 8866
weekend: 1
UPTP Mbps Num: 26136
CA Activation Rate: 6.09
hr: 23
Bearer Releases: 9540

hr: 23
CA Activation Rate num: 5517032
SIP_SC_Total_MOU: 71.04
Peak UE: 79
MB_per_connected_UE: 39.77

Time: 19:29:08
holiday: 0
CA DL DataVolRatio Pct: 64.1

Avg_Connected_UEs: 23.83
SIP DC%: 
DLRLCLayerDataVolume MB: 4992.18
CA Conf FailRate Pct den: 4868
weekend: 0
UPTP Mbps Num: 52897
hr: 0

hr: 0
CA Activation Rate num: 1631047
Setup_Fail_DEN: 6516
Peak UE: 42
MB_per_connected_UE: 99.75
DL Volume: 9286
DL Data Vol MAC in MB: 6933.28

Time: 23:34:23
holiday: 0

DL MAC Vol Scell Pct: 43.8
Avg_Connected_UEs: 62.13
SIP DC%: 
DRB UL Data Volume MB: 988
weekend: 0
UPTP Mbps Num: 41489
CA Activation Rate: 15.59
hr: 1
MAC_UE_SC_Tput: 18413.58
Bearer Releases: 10647

hr: 1
CA Activation Rate num: 7558616
SIP_SC_Total_MOU: 32.85
Peak UE: 34
MB_per_connected_UE: 115.67
DL Data Vol MAC in MB: 8375.75
CA Activation Rate den: 38825

Time: 03:11:25
holiday: 0
CA DL DataVolRatio Pct num: 5577

DL MAC Vol Scell Pct: 53.55
SIP DC%: 
DLRLCLayerDataVolume MB: 3503.21
RRC Setup Attempts: 6457
weekend: 0
hr: 10
MAC_UE_SC_Tput: 11008.34
Bearer Releases: 12365

hr: 10
CA Activation Rate num: 7393210
UPTP Mbps Den: 5642
Peak UE: 82
MB_per_connected_UE: 149.68
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3441
DL Data Vol MAC in MB: 7989.57
CA Activation Rate den: 59273

Time: 08:01:31
holiday: 0

Avg_Connected_UEs: 71.15
SIP DC%: 
UPTP_Mbps: 23.9
CA DL DataVolRatio Pct den: 5913
weekend: 0
UPTP Mbps Num: 32243
CA Activation Rate: 56.73
hr: 16
MAC_UE_SC_Tput: 7499.98

hr: 16
CA Activation Rate num: 5554120
Setup_Fail_DEN: 10791
Peak UE: 27
MB_per_connected_UE: 37.65
DL Data Vol MAC in MB: 2360.36

Time: 11:10:57
holiday: 0
CA DL DataVolRatio Pct num: 1693

SIP DC%: 
DLRLCLayerDataVolume MB: 4525.28
PRB Util%: 22.33
weekend: 0
hr: 1
MAC_UE_SC_Tput: 5966.25

hr: 1
CA Activation Rate num: 9291787
SIP_SC_Total_MOU: 366.66
Peak UE: 70
MB_per_connected_UE: 64.11
DL Data Vol MAC in MB: 7371.14
CA Activation Rate den: 130934

Time: 06:05:28
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2473.36
DRB UL Data Volume MB: 639
weekend: 0
hr: 23
MAC_UE_SC_Tput: 13212.48

hr: 23
CA Activation Rate num: 8338225
Setup_Fail_DEN: 12299
SIP_SC_Total_MOU: 223.76
Peak UE: 33
PCT Time MIMO: 33.82
DL Volume: 5305

Time: 09:35:52
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4067.59
CA Conf FailRate Pct den: 5875
weekend: 0
UPTP Mbps Num: 27463
hr: 23
MAC_UE_SC_Tput: 8104.82

hr: 23
CA Activation Rate num: 5225624
Peak UE: 27
MB_per_connected_UE: 34.71
DL Data Vol MAC in MB: 1891.22

holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 7497
RRC Setup Attempts: 4947
weekend: 0
hr: 16
MAC_UE_SC_Tput: 8043.13
Bearer Releases: 13973

hr: 16
CA Activation Rate num: 5161515
SIP_SC_Total_MOU: 4.7
Peak UE: 93
MB_per_connected_UE: 92.71
PCT Time MIMO: 44.97
DL Volume: 3314
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5495
DL Data Vol MAC in MB: 10118.72

Combined RACH Preambles: 3448
Time: 03:27:47
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2201.83
DRB UL Data Volume MB: 4466
PRB Util%: 68.67
RRC Setup Attempts: 4012
CA DL DataVolRatio Pct den: 7651
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4133.58

hr: 23
CA Activation Rate num: 165968
SIP_SC_Total_MOU: 275.14
Peak UE: 27
MB_per_connected_UE: 141.69
PCT Time MIMO: 57.71
CA Activation Rate den: 52581

Time: 17:54:19
holiday: 0

DL MAC Vol Scell Pct: 43.69
SIP DC%: 
DLRLCLayerDataVolume MB: 1497.66
CA Conf FailRate Pct den: 6317
weekend: 0
UPTP Mbps Num: 34067
hr: 8
MAC_UE_SC_Tput: 11170.41

hr: 8
SIP_SC_Total_MOU: 0.41
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 114.94
PCT Time MIMO: 43.47
DL Volume: 6741
DL Data Vol MAC in MB: 2184.78
CA Activation Rate den: 110656

Combined RACH Preambles: 3355
Time: 09:18:26
holiday: 0
CA DL DataVolRatio Pct num: 7093

SIP DC%: 
DRB UL Data Volume MB: 8613
PRB Util%: 29.52
CA DL DataVolRatio Pct den: 9495
weekend: 0
hr: 21
MAC_UE_SC_Tput: 15197.07
Bearer Releases: 12097

hr: 21
CA Activation Rate num: 10907121
SIP_SC_Total_MOU: 107.91
Peak UE: 27
MB_per_connected_UE: 76.01
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3654

holiday: 0

SIP DC%: 
UPTP_Mbps: 15.78
PRB Util%: 54.93
weekend: 0
UPTP Mbps Num: 59311
CA Activation Rate: 72.58
hr: 16
MAC_UE_SC_Tput: 10039.42
Bearer Releases: 13224

hr: 16
CA Activation Rate num: 10855864
SIP_SC_Total_MOU: 354.89
Peak UE: 57
DL Volume: 3915
DL Data Vol MAC in MB: 3329.28
CA Activation Rate den: 120994

Time: 18:36:48
holiday: 0

DL MAC Vol Scell Pct: 42.77
SIP DC%: 
UPTP_Mbps: 15.18
DLRLCLayerDataVolume MB: 7570.66
DRB UL Data Volume MB: 5977
weekend: 0
UPTP Mbps Num: 54728
hr: 8
MAC_UE_SC_Tput: 7258.74
Bearer Releases: 8863

hr: 8
CA Activation Rate num: 5196556
Peak UE: 27
CA Activation Rate den: 45667

Time: 23:33:46
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1616.86
PRB Util%: 25.42
CA DL DataVolRatio Pct den: 1807
weekend: 0
CA Activation Rate: 56.67
hr: 0

hr: 0
SIP_SC_Total_MOU: 392.33
Peak UE: 82
VOLTE IA%: 
MB_per_connected_UE: 161.54
DL Data Vol MAC in MB: 8193.54

Combined RACH Preambles: 3847
Time: 17:49:03
holiday: 0
CA DL DataVolRatio Pct: 41.24

SIP DC%: 
DLRLCLayerDataVolume MB: 885.53
weekend: 1
CA Activation Rate: 52.84
hr: 14
MAC_UE_SC_Tput: 6707.39

hr: 14
CA Activation Rate num: 12916702
Setup_Fail_DEN: 11883
SIP_SC_Total_MOU: 51.76
Peak UE: 42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4089
DL Data Vol MAC in MB: 7486.14

Time: 19:11:04
holiday: 0

Avg_Connected_UEs: 83.42
SIP DC%: 
DLRLCLayerDataVolume MB: 4716.47
DRB UL Data Volume MB: 3741
CA Conf FailRate Pct den: 4696
weekend: 0
hr: 23
MAC_UE_SC_Tput: 17778.12
Bearer Releases: 13055

hr: 23
CA Activation Rate num: 5645487
SIP_SC_Total_MOU: 185.41
Peak UE: 32
DL Volume: 2655
DL Data Vol MAC in MB: 5203.47

Combined RACH Preambles: 3819
Time: 11:39:09
holiday: 0
CA DL DataVolRatio Pct: 58.59

Avg_Connected_UEs: 50.41
SIP DC%: 
DLRLCLayerDataVolume MB: 6709.05
CA DL DataVolRatio Pct den: 5910
weekend: 0
UPTP Mbps Num: 44132
hr: 7
MAC_UE_SC_Tput: 9463.66

hr: 7
CA Activation Rate num: 8094641
SIP_SC_Total_MOU: 45.21
Peak UE: 28
DL Volume: 9136
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8891
DL Data Vol MAC in MB: 7498.7

Time: 12:09:09
holiday: 0

DL MAC Vol Scell Pct: 43.3
SIP DC%: 
DLRLCLayerDataVolume MB: 7057.93
CA DL DataVolRatio Pct den: 8317
weekend: 0
UPTP Mbps Num: 17431
hr: 16
MAC_UE_SC_Tput: 12766.37

hr: 16
CA Activation Rate num: 9387309
Setup_Fail_DEN: 12194
SIP_SC_Total_MOU: 71.76
Peak UE: 75
MB_per_connected_UE: 82.54
CA Activation Rate den: 42513

holiday: 0

DL MAC Vol Scell Pct: 51.87
SIP DC%: 
DLRLCLayerDataVolume MB: 3816.28
PRB Util%: 54.04
CA DL DataVolRatio Pct den: 5659
weekend: 0
UPTP Mbps Num: 28575
CA Activation Rate: 4.81
hr: 9
Bearer Releases: 16965

hr: 9
CA Activation Rate num: 10753417
Setup_Fail_DEN: 18485
SIP_SC_Total_MOU: 169.18
Peak UE: 27

Time: 21:49:38
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 248.02
DRB UL Data Volume MB: 5827
RRC Setup Attempts: 6529
weekend: 0
hr: 23
MAC_UE_SC_Tput: 14099.48

hr: 23
CA Activation Rate num: 5196706
Peak UE: 84
DL Volume: 6640
UL Throughput: 14.67
DL Data Vol MAC in MB: 3021.76

Time: 00:51:31
holiday: 0
CA DL DataVolRatio Pct num: 6338

SIP DC%: 
DLRLCLayerDataVolume MB: 2748.06
RRC Setup Attempts: 6878
weekend: 0
UPTP Mbps Num: 22411
hr: 21
MAC_UE_SC_Tput: 8153.48

hr: 21
CA Activation Rate num: 2825823
SIP_SC_Total_MOU: 97.12
UL MAC Vol Scell Pct: 5.97
Peak UE: 66
MB_per_connected_UE: 25.32
DL Volume: 2333
DL Data Vol MAC in MB: 7915.49
CA Activation Rate den: 98324

Time: 22:22:40
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1636.4
DRB UL Data Volume MB: 1437
RRC Setup Attempts: 4045
weekend: 1
hr: 9
MAC_UE_SC_Tput: 18850.48

hr: 9
CA Activation Rate num: 9309369
SIP_SC_Total_MOU: 191.15
Peak UE: 59
DL Data Vol MAC in MB: 7462.14

Time: 15:49:45
holiday: 0

Avg_Connected_UEs: 33.24
SIP DC%: 
DLRLCLayerDataVolume MB: 7223.9
weekend: 0
UPTP Mbps Num: 13994
hr: 5
MAC_UE_SC_Tput: 10764.9

hr: 5
CA Activation Rate num: 10787221
UPTP Mbps Den: 2161
SIP_SC_Total_MOU: 288.17
Peak UE: 27
MB_per_connected_UE: 109.47
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6099
DL Data Vol MAC in MB: 4704.02

Time: 14:20:59
holiday: 0
CA DL DataVolRatio Pct num: 5585

SIP DC%: 
UPTP_Mbps: 29.14
DLRLCLayerDataVolume MB: 669.09
PRB Util%: 64.34
weekend: 0
hr: 23
MAC_UE_SC_Tput: 13029.35

hr: 23
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 205.41
DL Volume: 1316
DL Data Vol MAC in MB: 735.9

Time: 05:45:39
holiday: 0

Avg_Connected_UEs: 33.01
SIP DC%: 
DLRLCLayerDataVolume MB: 1030.67
weekend: 0
CA Activation Rate: 36.14
hr: 0
MAC_UE_SC_Tput: 4328.8
Bearer Releases: 15357

hr: 0
CA Activation Rate num: 4389893
SIP_SC_Total_MOU: 336.02
Peak UE: 39
PCT Time MIMO: 42.89
DL Volume: 5274
DL Data Vol MAC in MB: 1145.63

Time: 05:03:44
holiday: 0
CA DL DataVolRatio Pct: 91.35

DL MAC Vol Scell Pct: 19.4
Avg_Connected_UEs: 83.71
SIP DC%: 
DRB UL Data Volume MB: 9114
RRC Setup Attempts: 5775
weekend: 0
UPTP Mbps Num: 41245
CA Activation Rate: 4.67
hr: 23
MAC_UE_SC_Tput: 4404.45
Bearer Releases: 7209

hr: 23
CA Activation Rate num: 10263830
Peak UE: 49

Time: 21:31:50
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1311.35
PRB Util%: 41.98
weekend: 0
hr: 0
MAC_UE_SC_Tput: 18571.55
Bearer Releases: 16418

hr: 0
CA Activation Rate num: 1112492
UPTP Mbps Den: 818
Setup_Fail_DEN: 9352
SIP_SC_Total_MOU: 33.44
Peak UE: 27
DL Data Vol MAC in MB: 3809.68
CA Activation Rate den: 64190

Time: 03:57:23
holiday: 0

Avg_Connected_UEs: 72.47
SIP DC%: 
UPTP_Mbps: 41.87
PRB Util%: 18.51
RRC Setup Attempts: 6597
CA Conf FailRate Pct den: 8361
weekend: 0
hr: 6
MAC_UE_SC_Tput: 5643.76
Bearer Releases: 16589

hr: 6
CA Activation Rate num: 6675166
UPTP Mbps Den: 67
Peak UE: 27
MB_per_connected_UE: 118.33
DL Volume: 8977
DL Data Vol MAC in MB: 3450.38
CA Activation Rate den: 40222

Time: 13:58:19
holiday: 0

SIP DC%: 
UPTP_Mbps: 45.27
PRB Util%: 26.45
weekend: 0
CA Activation Rate: 32.12
hr: 23
MAC_UE_SC_Tput: 11161.68

hr: 23
CA Activation Rate num: 4771946
Setup_Fail_DEN: 15557
SIP_SC_Total_MOU: 320.54
Peak UE: 78
MB_per_connected_UE: 16.63
UL Throughput: 17.15

Time: 01:42:54
holiday: 0
CA DL DataVolRatio Pct num: 2204

SIP DC%: 
weekend: 0
UPTP Mbps Num: 22261
hr: 4
MAC_UE_SC_Tput: 4849.94
Bearer Releases: 14250

hr: 4
CA Activation Rate num: 7927064
Setup_Fail_DEN: 11223
Peak UE: 51
MB_per_connected_UE: 171.9
DL Data Vol MAC in MB: 6480.02

Time: 03:13:26
holiday: 0
CA DL DataVolRatio Pct num: 1412

Avg_Connected_UEs: 43.82
SIP DC%: 
DLRLCLayerDataVolume MB: 2507.64
DRB UL Data Volume MB: 4415
PRB Util%: 70.02
RRC Setup Attempts: 7896
CA DL DataVolRatio Pct den: 3856
weekend: 0
hr: 2
MAC_UE_SC_Tput: 9532.83

hr: 2
CA Activation Rate num: 1810750
UPTP Mbps Den: 5720
Setup_Fail_DEN: 8588
Peak UE: 27
MB_per_connected_UE: 183.46
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5176
DL Data Vol MAC in MB: 6500.11
CA Activation Rate den: 62791

Time: 12:25:01
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8095.76
RRC Setup Attempts: 5391
weekend: 1
UPTP Mbps Num: 40975
hr: 23
MAC_UE_SC_Tput: 7010.21
Bearer Releases: 8151

hr: 23
CA Activation Rate num: 1150366
Setup_Fail_DEN: 10704
Peak UE: 33
VOLTE IA%: 
MB_per_connected_UE: 47.96
DL Volume: 2524
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4662
DL Data Vol MAC in MB: 4784.54
Combined RACH Preambles: 2464

Time: 14:11:59
holiday: 0
CA DL DataVolRatio Pct num: 7347

SIP DC%: 
UPTP_Mbps: 19.27
DLRLCLayerDataVolume MB: 5532.71
CA Conf FailRate Pct den: 9071
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8733.54

hr: 23
CA Activation Rate num: 5212781
Setup_Fail_DEN: 8573
SIP_SC_Total_MOU: 125.21
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8980

Time: 13:06:54
holiday: 0

Avg_Connected_UEs: 24.58
SIP DC%: 
PRB Util%: 41.44
weekend: 0
hr: 3

hr: 3
CA Activation Rate num: 8232547
Peak UE: 57
PCT Time MIMO: 35.58
DL Data Vol MAC in MB: 3361.59

Time: 15:13:59
holiday: 0

DL MAC Vol Scell Pct: 6.56
SIP DC%: 
DRB UL Data Volume MB: 2449
PRB Util%: 34.44
CA DL DataVolRatio Pct den: 8737
weekend: 0
UPTP Mbps Num: 32683
CA Activation Rate: 50.3
hr: 4
MAC_UE_SC_Tput: 4955.55

hr: 4
CA Activation Rate num: 6718101
Setup_Fail_DEN: 18547
Peak UE: 63
MB_per_connected_UE: 49.73
DL Volume: 9505
CA Activation Rate den: 73387

Time: 12:04:28
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3484.63
DRB UL Data Volume MB: 7408
weekend: 0
CA Activation Rate: 48.14
hr: 16
MAC_UE_SC_Tput: 9091.59
Bearer Releases: 13081

hr: 16
CA Activation Rate num: 3089888
Setup_Fail_DEN: 12573
SIP_SC_Total_MOU: 95.84
Peak UE: 80

Combined RACH Preambles: 2498
Time: 21:50:52
holiday: 0

Avg_Connected_UEs: 62.64
SIP DC%: 
DLRLCLayerDataVolume MB: 2390.68
PRB Util%: 11.49
RRC Setup Attempts: 4647
CA Conf FailRate Pct den: 8202
weekend: 0
UPTP Mbps Num: 15022
hr: 11
MAC_UE_SC_Tput: 17592.97
Bearer Releases: 7589

hr: 11
CA Activation Rate num: 675517
Setup_Fail_DEN: 13638
Peak UE: 64
DL Volume: 6152
CA Activation Rate den: 97562

Time: 18:17:38
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7093.24
PRB Util%: 6.97
CA DL DataVolRatio Pct den: 4815
CA Conf FailRate Pct den: 4937
weekend: 0
CA Activation Rate: 41.76
hr: 23
MAC_UE_SC_Tput: 6340.55

hr: 23
CA Activation Rate num: 9989135
UPTP Mbps Den: 5142
Setup_Fail_DEN: 14417
SIP_SC_Total_MOU: 134.57
Peak UE: 27
VOLTE IA%: 
DL Data Vol MAC in MB: 7455.72

Time: 09:06:11
holiday: 0
CA DL DataVolRatio Pct: 77.91
CA DL DataVolRatio Pct num: 2346

DL MAC Vol Scell Pct: 16.02
SIP DC%: 
DLRLCLayerDataVolume MB: 4173.32
PRB Util%: 21.26
CA DL DataVolRatio Pct den: 302
weekend: 0
CA Activation Rate: 32.25
hr: 15
MAC_UE_SC_Tput: 16308
Bearer Releases: 11805

hr: 15
Setup_Fail_DEN: 15884
SIP_SC_Total_MOU: 1.24
MB_per_connected_UE: 201.17
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7723

Time: 08:12:27
holiday: 0
CA DL DataVolRatio Pct num: 5959

SIP DC%: 
DRB UL Data Volume MB: 8346
weekend: 0
UPTP Mbps Num: 59531
CA Activation Rate: 47.44
hr: 7
MAC_UE_SC_Tput: 8964.24

hr: 7
CA Activation Rate num: 8354327
SIP_SC_Total_MOU: 296.52
Peak UE: 27
MB_per_connected_UE: 194.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4147
DL Data Vol MAC in MB: 3918.41
CA Activation Rate den: 132401

Combined RACH Preambles: 3821
Time: 12:46:24
holiday: 0
CA DL DataVolRatio Pct: 80.7
CA DL DataVolRatio Pct num: 256

DL MAC Vol Scell Pct: 15.03
SIP DC%: 
UPTP_Mbps: 26.15
DLRLCLayerDataVolume MB: 6689.34
CA Conf FailRate Pct den: 8287
weekend: 0
UPTP Mbps Num: 3878
hr: 9
MAC_UE_SC_Tput: 12511.49
Bearer Releases: 16195

hr: 9
Avg CQI: 8
CA Activation Rate num: 9451858
UPTP Mbps Den: 5537
SIP_SC_Total_MOU: 119.01
Peak UE: 75
MB_per_connected_UE: 75.32
DL Volume: 2737
UL Throughput: 7.8
CA Activation Rate den: 45708

Time: 11:55:26
holiday: 0

DL MAC Vol Scell Pct: 34.54
SIP DC%: 
DLRLCLayerDataVolume MB: 1323.67
CA DL DataVolRatio Pct den: 2411
weekend: 0
hr: 5
MAC_UE_SC_Tput: 6556.48

hr: 5
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 10.48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3592
CA Activation Rate den: 127831

Time: 08:19:20
holiday: 0
CA DL DataVolRatio Pct: 81.71

SIP DC%: 
DLRLCLayerDataVolume MB: 8460.45
weekend: 0
UPTP Mbps Num: 46988
hr: 23
MAC_UE_SC_Tput: 14623.03

hr: 23
Avg CQI: 8
CA Activation Rate num: 10880005
SIP_SC_Total_MOU: 133.62
Peak UE: 27

Time: 12:40:58
holiday: 0

SIP DC%: 
UPTP_Mbps: 12.25
DLRLCLayerDataVolume MB: 6089.65
CA DL DataVolRatio Pct den: 6729
weekend: 0
hr: 11
MAC_UE_SC_Tput: 13553.28
Bearer Releases: 12431

hr: 11
CA Activation Rate num: 13618613
SIP_SC_Total_MOU: 135.73
Peak UE: 48

Combined RACH Preambles: 2655
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5612.09
weekend: 0
UPTP Mbps Num: 26767
CA Activation Rate: 75.77
hr: 23
MAC_UE_SC_Tput: 23982.74
Bearer Releases: 13574

hr: 23
CA Activation Rate num: 13870779
Setup_Fail_DEN: 14651
Peak UE: 27
MB_per_connected_UE: 72.18
DL Volume: 5109
DL Data Vol MAC in MB: 6983.26
CA Activation Rate den: 44270

Time: 22:53:14
holiday: 0
CA DL DataVolRatio Pct num: 973

Avg_Connected_UEs: 62.4
SIP DC%: 
DLRLCLayerDataVolume MB: 4569.74
DRB UL Data Volume MB: 9120
CA DL DataVolRatio Pct den: 7073
weekend: 0
CA Activation Rate: 40.6
hr: 12
MAC_UE_SC_Tput: 4958.04
Bearer Releases: 6680

hr: 12
CA Activation Rate num: 9522714
Setup_Fail_DEN: 18840
Peak UE: 46
MB_per_connected_UE: 147.43
DL Data Vol MAC in MB: 1806.47

Time: 06:18:42
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 143
RRC Setup Attempts: 6610
CA DL DataVolRatio Pct den: 5778
CA Conf FailRate Pct den: 6115
weekend: 0
CA Activation Rate: 30.85
hr: 6
MAC_UE_SC_Tput: 6697.19
Bearer Releases: 10623

hr: 6
Setup_Fail_DEN: 6359
Peak UE: 27
DL Data Vol MAC in MB: 7503.6
CA Activation Rate den: 98433

Time: 09:46:44
holiday: 0

Avg_Connected_UEs: 80.25
SIP DC%: 
DLRLCLayerDataVolume MB: 4709.38
CA DL DataVolRatio Pct den: 6783
weekend: 0
UPTP Mbps Num: 831
CA Activation Rate: 33.23
hr: 13
MAC_UE_SC_Tput: 8198.88

hr: 13
CA Activation Rate num: 10389943
Setup_Fail_DEN: 14374
Peak UE: 30
MB_per_connected_UE: 70.99
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5187
CA Activation Rate den: 178378

Time: 11:02:10
holiday: 0
CA DL DataVolRatio Pct: 92.36

Avg_Connected_UEs: 31.81
SIP DC%: 
DLRLCLayerDataVolume MB: 5846.3
DRB UL Data Volume MB: 5106
Bearer Drop Voice%: 2.76
CA DL DataVolRatio Pct den: 4719
CA Conf FailRate Pct den: 8404
weekend: 0
hr: 11
MAC_UE_SC_Tput: 6809.56
Bearer Releases: 15683

hr: 11
CA Activation Rate num: 9601190
SIP_SC_Total_MOU: 286.61
Peak UE: 83
MB_per_connected_UE: 96.06
PCT Time MIMO: 69.21

Time: 12:47:59
holiday: 0

DL MAC Vol Scell Pct: 3.58
SIP DC%: 
DLRLCLayerDataVolume MB: 2785.34
weekend: 0
UPTP Mbps Num: 3962
hr: 23
MAC_UE_SC_Tput: 4470.25
Bearer Releases: 8521

hr: 23
CA Activation Rate num: 8325926
Peak UE: 27
MB_per_connected_UE: 108.19
DL Data Vol MAC in MB: 6996.82
CA Activation Rate den: 74139

Time: 17:48:58
holiday: 0
CA DL DataVolRatio Pct: 71.94
CA DL DataVolRatio Pct num: 4202

SIP DC%: 
DRB UL Data Volume MB: 1649
PRB Util%: 73.04
RRC Setup Attempts: 7531
CA DL DataVolRatio Pct den: 8302
CA Conf FailRate Pct den: 3175
weekend: 0
CA Activation Rate: 50.01
hr: 13
MAC_UE_SC_Tput: 14690.88

hr: 13
CA Activation Rate num: 4759677
SIP_SC_Total_MOU: 108.61
Peak UE: 54
MB_per_connected_UE: 176.07
DL Volume: 1703
CA Activation Rate den: 111164

Time: 10:29:31
holiday: 0

SIP DC%: 
PRB Util%: 65.09
RRC Setup Attempts: 3866
weekend: 0
CA Activation Rate: 20.88
hr: 9

hr: 9
CA Activation Rate num: 5130069
SIP_SC_Total_MOU: 33.34
Peak UE: 34
MB_per_connected_UE: 195.4
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9349
DL Data Vol MAC in MB: 8828.21
CA Activation Rate den: 66320

Time: 04:19:45
holiday: 0
CA DL DataVolRatio Pct: 60.05

DL MAC Vol Scell Pct: 3.49
SIP DC%: 
UPTP_Mbps: 11.13
RRC Setup Attempts: 5752
CA DL DataVolRatio Pct den: 1708
weekend: 0
CA Activation Rate: 12.88
hr: 13
MAC_UE_SC_Tput: 5196.74
Bearer Releases: 17618

hr: 13
CA Activation Rate num: 4717665
SIP_SC_Total_MOU: 95.52
Peak UE: 64
MB_per_connected_UE: 190.25
DL Volume: 3119
CA Activation Rate den: 79431

Time: 02:27:41
holiday: 0
CA DL DataVolRatio Pct: 71.7

SIP DC%: 
UPTP_Mbps: 97.95
DRB UL Data Volume MB: 7270
PRB Util%: 37.43
weekend: 0
UPTP Mbps Num: 29903
CA Activation Rate: 33.32
hr: 3
MAC_UE_SC_Tput: 5384.89
Bearer Releases: 7513

hr: 3
CA Activation Rate num: 10088257
Setup_Fail_DEN: 7650
Peak UE: 27
MB_per_connected_UE: 36.63
DL Volume: 6693
DL Data Vol MAC in MB: 1085.45
Combined RACH Preambles: 3406

Time: 04:07:36
holiday: 0
CA DL DataVolRatio Pct: 90.61

Avg_Connected_UEs: 21.66
SIP DC%: 
UPTP_Mbps: 30.19
DLRLCLayerDataVolume MB: 4744.22
DRB UL Data Volume MB: 3556
CA DL DataVolRatio Pct den: 8841
CA Conf FailRate Pct den: 5622
weekend: 0
UPTP Mbps Num: 18085
hr: 17
MAC_UE_SC_Tput: 5284.08
Bearer Releases: 6283

hr: 17
CA Activation Rate num: 8773068
UPTP Mbps Den: 5354
Peak UE: 29
MB_per_connected_UE: 131.67
DL Volume: 6658

Time: 16:51:30
holiday: 0

DL MAC Vol Scell Pct: 28.07
Avg_Connected_UEs: 22.74
SIP DC%: 
DLRLCLayerDataVolume MB: 7117.57
CA DL DataVolRatio Pct den: 3333
weekend: 0
UPTP Mbps Num: 13290
hr: 5
MAC_UE_SC_Tput: 15339.44

hr: 5
CA Activation Rate num: 2515924
SIP_SC_Total_MOU: 118.16
Peak UE: 27
DL Volume: 728
DL Data Vol MAC in MB: 7673.36

Time: 23:42:37
holiday: 0
CA DL DataVolRatio Pct num: 1748

SIP DC%: 
UPTP_Mbps: 83.11
CA DL DataVolRatio Pct den: 3522
weekend: 0
UPTP Mbps Num: 5305
CA Activation Rate: 14.33
hr: 23
MAC_UE_SC_Tput: 18033.94

hr: 23
CA Activation Rate num: 2963849
Setup_Fail_DEN: 7493
Peak UE: 50
MB_per_connected_UE: 25.99
DL Data Vol MAC in MB: 9947.48
CA Activation Rate den: 66151

Time: 15:59:30
holiday: 0
CA DL DataVolRatio Pct num: 3627

DL MAC Vol Scell Pct: 5.97
SIP DC%: 
DRB UL Data Volume MB: 9372
CA Conf FailRate Pct den: 5179
weekend: 0
UPTP Mbps Num: 54782
CA Activation Rate: 76.5
hr: 7
MAC_UE_SC_Tput: 5292.82
Bearer Releases: 17486

hr: 7
CA Activation Rate num: 4951980
UPTP Mbps Den: 3561
SIP_SC_Total_MOU: 370.03
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3534

Time: 12:35:33
holiday: 0
CA DL DataVolRatio Pct: 70.27
CA DL DataVolRatio Pct num: 6470

SIP DC%: 
CA DL DataVolRatio Pct den: 4079
weekend: 0
UPTP Mbps Num: 17042
hr: 3
MAC_UE_SC_Tput: 19561.21

hr: 3
CA Activation Rate num: 5832717
SIP_SC_Total_MOU: 177.13
Peak UE: 30
MB_per_connected_UE: 57.75
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3555
Time: 03:40:57

holiday: 0

SIP DC%: 
UPTP_Mbps: 116.85
DLRLCLayerDataVolume MB: 7326.1
weekend: 0
hr: 19
MAC_UE_SC_Tput: 20249.61
Bearer Releases: 6855

hr: 19
SIP_SC_Total_MOU: 89.63
Peak UE: 31
MB_per_connected_UE: 22.12
DL Data Vol MAC in MB: 9205.52

Time: 09:22:28
holiday: 0

Avg_Connected_UEs: 20.68
SIP DC%: 
DLRLCLayerDataVolume MB: 5391.05
DRB UL Data Volume MB: 8428
PRB Util%: 27.31
CA DL DataVolRatio Pct den: 4836
weekend: 0
UPTP Mbps Num: 13856
hr: 2
MAC_UE_SC_Tput: 6213.77

hr: 2
CA Activation Rate num: 4838632
SIP_SC_Total_MOU: 17.65
Peak UE: 27
MB_per_connected_UE: 110.92
DL Data Vol MAC in MB: 551.02
CA Activation Rate den: 38274

Time: 20:01:04
holiday: 0

Avg_Connected_UEs: 44.23
SIP DC%: 
CA DL DataVolRatio Pct den: 9792
weekend: 0
CA Activation Rate: 41.61
hr: 0
MAC_UE_SC_Tput: 5497.6

hr: 0
CA Activation Rate num: 2836384
Setup_Fail_DEN: 8731
Peak UE: 65
MB_per_connected_UE: 57.67
DL Volume: 9277
DL Data Vol MAC in MB: 4187.63
CA Activation Rate den: 68461

Time: 08:52:35
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 7583
PRB Util%: 68.69
RRC Setup Attempts: 8795
weekend: 0
UPTP Mbps Num: 47537
CA Activation Rate: 18.07
hr: 6
MAC_UE_SC_Tput: 9756.65
Bearer Releases: 11153

hr: 6
CA Activation Rate num: 8761059
Setup_Fail_DEN: 7582
Peak UE: 63
MB_per_connected_UE: 99.58
DL Volume: 3883
DL Data Vol MAC in MB: 1444.41
CA Activation Rate den: 51030

Time: 15:43:53
holiday: 0
CA DL DataVolRatio Pct: 85.7
CA DL DataVolRatio Pct num: 3941

Avg_Connected_UEs: 67.41
SIP DC%: 
UPTP_Mbps: 79.82
DRB UL Data Volume MB: 2882
RRC Setup Attempts: 5682
CA Conf FailRate Pct den: 7190
weekend: 1
UPTP Mbps Num: 36193
CA Activation Rate: 24.53
hr: 2
MAC_UE_SC_Tput: 10679.74

hr: 2
CA Activation Rate num: 10279825
Peak UE: 51
MB_per_connected_UE: 13.82
DL Volume: 5072
CA Activation Rate den: 103602

Combined RACH Preambles: 4284
Time: 10:17:45
holiday: 0

SIP DC%: 
UPTP_Mbps: 33.59
DLRLCLayerDataVolume MB: 1608.73
DRB UL Data Volume MB: 494
DL Packet Loss Pct: 3.3
RRC Setup Attempts: 6984
CA DL DataVolRatio Pct den: 9025
weekend: 0
UPTP Mbps Num: 6213
hr: 9
MAC_UE_SC_Tput: 4442.92

hr: 9
CA Activation Rate num: 101181
SIP_SC_Total_MOU: 397.24
Peak UE: 27
MB_per_connected_UE: 163.64
DL Volume: 5125
DL Data Vol MAC in MB: 4201.68
CA Activation Rate den: 113053

Time: 02:15:10
holiday: 0

Avg_Connected_UEs: 49.11
SIP DC%: 
DLRLCLayerDataVolume MB: 5639.54
DRB UL Data Volume MB: 5636
PRB Util%: 27.37
CA Conf FailRate Pct den: 6880
weekend: 0
UPTP Mbps Num: 27869
hr: 18
MAC_UE_SC_Tput: 13782.61
Bearer Releases: 18145

hr: 18
UPTP Mbps Den: 1920
Peak UE: 36
MB_per_connected_UE: 199.01
DL Data Vol MAC in MB: 9064.69
CA Activation Rate den: 113032

Time: 15:26:12
holiday: 0

DL MAC Vol Scell Pct: 3.2
SIP DC%: 
DLRLCLayerDataVolume MB: 5672.4
CA Conf FailRate Pct den: 8539
weekend: 0
UPTP Mbps Num: 49007
CA Activation Rate: 23.17
hr: 6
MAC_UE_SC_Tput: 16207.74
Bearer Releases: 7654

hr: 6
CA Activation Rate num: 6060748
Setup_Fail_DEN: 13096
SIP_SC_Total_MOU: 27.6
Peak UE: 27
MB_per_connected_UE: 83.14
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7150
DL Data Vol MAC in MB: 3147.12

Time: 15:31:23
holiday: 0
CA DL DataVolRatio Pct num: 6367

SIP DC%: 
PRB Util%: 19.28
CA DL DataVolRatio Pct den: 2656
weekend: 0
hr: 16
MAC_UE_SC_Tput: 6840.39
Bearer Releases: 12383

hr: 16
SIP_SC_Total_MOU: 210.67
Peak UE: 36
DL Data Vol MAC in MB: 10048.78
CA Activation Rate den: 73688

Combined RACH Preambles: 1948
Time: 21:15:26
holiday: 0

DL MAC Vol Scell Pct: 25.96
SIP DC%: 
UPTP_Mbps: 35.73
DLRLCLayerDataVolume MB: 3732.78
DRB UL Data Volume MB: 6323
PRB Util%: 24.08
CA Conf FailRate Pct den: 7967
weekend: 0
CA Activation Rate: 16.02
hr: 16
MAC_UE_SC_Tput: 4121.15
Bearer Releases: 7147

hr: 16
CA Activation Rate num: 2578293
Peak UE: 49
CA Activation Rate den: 45638

Time: 11:50:07
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4145.79
DRB UL Data Volume MB: 3412
DL Packet Loss Pct: 4.72
weekend: 1
UPTP Mbps Num: 16562
hr: 1
MAC_UE_SC_Tput: 5823.2

hr: 1
CA Activation Rate num: 3016981
Peak UE: 70
DL Data Vol MAC in MB: 7404.6

Time: 11:08:12
holiday: 0
CA DL DataVolRatio Pct num: 7176

SIP DC%: 
DRB UL Data Volume MB: 1287
RRC Setup Attempts: 7725
weekend: 0
CA Activation Rate: 42.2
hr: 15
MAC_UE_SC_Tput: 12895.99

hr: 15
CA Activation Rate num: 2867444
UPTP Mbps Den: 2756
Setup_Fail_DEN: 10790
Peak UE: 56
DL Volume: 6252

Time: 11:24:57
holiday: 0
CA DL DataVolRatio Pct: 74.48

SIP DC%: 
UPTP_Mbps: 11.28
DLRLCLayerDataVolume MB: 3345.57
weekend: 0
hr: 11
MAC_UE_SC_Tput: 6461.71

hr: 11
CA Activation Rate num: 9980737
Setup_Fail_DEN: 17218
SIP_SC_Total_MOU: 8.9
Peak UE: 27
MB_per_connected_UE: 123.94
CA Activation Rate den: 123743

Time: 18:16:07
holiday: 0
CA DL DataVolRatio Pct num: 6788

DL MAC Vol Scell Pct: 30.54
SIP DC%: 
PRB Util%: 71.96
weekend: 0
hr: 11
MAC_UE_SC_Tput: 6733.57

hr: 11
CA Activation Rate num: 6291480
SIP_SC_Total_MOU: 17.09
Peak UE: 27
MB_per_connected_UE: 42.04
DL Volume: 948
DL Data Vol MAC in MB: 9434.17

Time: 17:26:06
holiday: 0
CA DL DataVolRatio Pct num: 6283

SIP DC%: 
UPTP_Mbps: 72.29
DLRLCLayerDataVolume MB: 6178.89
PRB Util%: 53.53
weekend: 0
CA Activation Rate: 58.07
hr: 23
MAC_UE_SC_Tput: 9589.23

hr: 23
CA Activation Rate num: 1761234
Peak UE: 37
DL Data Vol MAC in MB: 3347.48
CA Activation Rate den: 99280

Time: 15:17:39
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4159.48
PRB Util%: 14.96
CA DL DataVolRatio Pct den: 3342
weekend: 0
hr: 6
MAC_UE_SC_Tput: 7212.3

hr: 6
CA Activation Rate num: 9713363
Setup_Fail_DEN: 15454
SIP_SC_Total_MOU: 36.15
Peak UE: 32
DL Volume: 1012
DL Data Vol MAC in MB: 4082.43

Combined RACH Preambles: 4490
Time: 22:37:35
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 796
weekend: 0
UPTP Mbps Num: 15093
hr: 2
MAC_UE_SC_Tput: 5417.34

hr: 2
CA Activation Rate num: 3512728
Setup_Fail_DEN: 8899
Peak UE: 56
PCT Time MIMO: 48.25
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7663
DL Data Vol MAC in MB: 6211.33
CA Activation Rate den: 75046

Time: 10:12:03
holiday: 0
CA DL DataVolRatio Pct: 57.45

Avg_Connected_UEs: 34.2
SIP DC%: 
DLRLCLayerDataVolume MB: 6628.57
DRB UL Data Volume MB: 4818
weekend: 0
hr: 4
MAC_UE_SC_Tput: 13195.22

hr: 4
Setup_Fail_DEN: 11488
SIP_SC_Total_MOU: 79.59
Peak UE: 27
DL Volume: 3409
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7094

Time: 05:11:22
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4380.18
CA DL DataVolRatio Pct den: 9694
CA Conf FailRate Pct den: 5746
weekend: 0
UPTP Mbps Num: 14230
CA Activation Rate: 69.15
hr: 23

hr: 23
CA Activation Rate num: 444264
UPTP Mbps Den: 142
Setup_Fail_DEN: 12657
SIP_SC_Total_MOU: 83.34
Peak UE: 62
MB_per_connected_UE: 130.89
CA Activation Rate den: 65414

Time: 05:08:12
holiday: 0
CA DL DataVolRatio Pct: 53.71

SIP DC%: 
DLRLCLayerDataVolume MB: 511.23
DRB UL Data Volume MB: 760
weekend: 0
CA Activation Rate: 73.65
hr: 23
MAC_UE_SC_Tput: 4472.45

hr: 23
CA Activation Rate num: 325383
Setup_Fail_DEN: 19955
Peak UE: 39
MB_per_connected_UE: 101.31
CA Activation Rate den: 146447

Time: 13:02:05
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4660.29
DRB UL Data Volume MB: 1361
RRC Setup Attempts: 7127
CA Conf FailRate Pct den: 9437
weekend: 0
hr: 19
MAC_UE_SC_Tput: 6027.33

hr: 19
CA Activation Rate num: 8152390
Peak UE: 27
MB_per_connected_UE: 86.79
DL Volume: 5394
DL Data Vol MAC in MB: 5320.15

holiday: 0
CA DL DataVolRatio Pct: 60.73

SIP DC%: 
DLRLCLayerDataVolume MB: 2255.39
DRB UL Data Volume MB: 2672
RRC Setup Attempts: 5334
CA DL DataVolRatio Pct den: 3198
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7177.97
Bearer Releases: 16609

hr: 23
CA Activation Rate num: 9751164
SIP_SC_Total_MOU: 136.71
Peak UE: 27
DL Volume: 1865
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9146
DL Data Vol MAC in MB: 7329.14
CA Activation Rate den: 66791

Time: 00:05:14
holiday: 0
CA DL DataVolRatio Pct num: 5418

SIP DC%: 
UPTP_Mbps: 103.93
DLRLCLayerDataVolume MB: 5233.6
CA Conf FailRate Pct den: 4161
weekend: 0
UPTP Mbps Num: 11258
hr: 8
MAC_UE_SC_Tput: 11128.49

hr: 8
CA Activation Rate num: 7110552
Setup_Fail_DEN: 12721
Peak UE: 56
VOLTE IA%: 
MB_per_connected_UE: 188.57
DL Data Vol MAC in MB: 6797.58

Time: 15:42:56
holiday: 0

DL MAC Vol Scell Pct: 21.86
SIP DC%: 
UPTP_Mbps: 10.2
DLRLCLayerDataVolume MB: 7925.39
DRB UL Data Volume MB: 8807
PRB Util%: 70.45
weekend: 1
CA Activation Rate: 37.9
hr: 0
MAC_UE_SC_Tput: 9581.62
Bearer Releases: 7697

hr: 0
CA Activation Rate num: 4503486
SIP_SC_Total_MOU: 266.27
Peak UE: 27
DL Data Vol MAC in MB: 7762.47

Time: 20:37:15
holiday: 0

DL MAC Vol Scell Pct: 12.95
Avg_Connected_UEs: 51.93
SIP DC%: 
DLRLCLayerDataVolume MB: 8584.91
DRB UL Data Volume MB: 2523
RRC Setup Attempts: 9336
weekend: 0
UPTP Mbps Num: 60133
CA Activation Rate: 49.01
hr: 23
MAC_UE_SC_Tput: 12085.98
Bearer Releases: 17687

hr: 23
CA Activation Rate num: 10654935
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6963
DL Data Vol MAC in MB: 6622.58

Time: 05:14:52
holiday: 0
CA DL DataVolRatio Pct: 85.14

SIP DC%: 
CA DL DataVolRatio Pct den: 4516
weekend: 0
CA Activation Rate: 53.06
hr: 6
MAC_UE_SC_Tput: 12483.68
Bearer Releases: 9973

hr: 6
CA Activation Rate num: 3472296
Setup_Fail_DEN: 11476
Peak UE: 59
CA Activation Rate den: 186177
Combined RACH Preambles: 2600

Time: 00:36:03
holiday: 0

SIP DC%: 
UPTP_Mbps: 76.46
DLRLCLayerDataVolume MB: 9789.31
DRB UL Data Volume MB: 7726
PRB Util%: 34.58
CA Conf FailRate Pct den: 7810
weekend: 1
hr: 18
MAC_UE_SC_Tput: 12592.38
Bearer Releases: 14023

hr: 18
Setup_Fail_DEN: 14896
SIP_SC_Total_MOU: 95.76
Peak UE: 79
MB_per_connected_UE: 105.82

Time: 04:50:34
holiday: 0
CA DL DataVolRatio Pct num: 7337

SIP DC%: 
DLRLCLayerDataVolume MB: 9021.54
PRB Util%: 43.55
RRC Setup Attempts: 5659
CA DL DataVolRatio Pct den: 793
weekend: 0
UPTP Mbps Num: 24183
hr: 7
MAC_UE_SC_Tput: 8173.95
Bearer Releases: 11422

hr: 7
CA Activation Rate num: 9822024
SIP_SC_Total_MOU: 264.65
Peak UE: 68
MB_per_connected_UE: 11.14
DL Data Vol MAC in MB: 9118.5

Time: 05:19:35
holiday: 0
CA DL DataVolRatio Pct num: 1303

SIP DC%: 
UPTP_Mbps: 127.68
DLRLCLayerDataVolume MB: 8641.04
CA DL DataVolRatio Pct den: 9748
CA Conf FailRate Pct den: 9452
weekend: 0
UPTP Mbps Num: 37461
CA Activation Rate: 20.44
hr: 13
MAC_UE_SC_Tput: 16303.01
Bearer Releases: 9043

hr: 13
CA Activation Rate num: 9139892
SIP_SC_Total_MOU: 136.46
Peak UE: 62
MB_per_connected_UE: 29.47
PCT Time MIMO: 36.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6434

Time: 20:56:10
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7855.94
CA DL DataVolRatio Pct den: 9472
weekend: 0
UPTP Mbps Num: 24434
hr: 22
MAC_UE_SC_Tput: 5539.1
Bearer Releases: 7419

hr: 22
CA Activation Rate num: 1336641
UPTP Mbps Den: 667
Peak UE: 28
MB_per_connected_UE: 45.65
DL Data Vol MAC in MB: 247.71
CA Activation Rate den: 150765

Time: 18:01:19
holiday: 0
CA DL DataVolRatio Pct num: 2932

SIP DC%: 
DLRLCLayerDataVolume MB: 489.7
CA DL DataVolRatio Pct den: 9387
CA Conf FailRate Pct den: 6803
weekend: 0
UPTP Mbps Num: 7085
hr: 23
MAC_UE_SC_Tput: 9507.77
Bearer Releases: 9695

hr: 23
CA Activation Rate num: 2332899
Peak UE: 27
DL Data Vol MAC in MB: 3567.04
CA Activation Rate den: 70903

Time: 01:20:09
holiday: 0
CA DL DataVolRatio Pct: 78.84
CA DL DataVolRatio Pct num: 6619

SIP DC%: 
DRB UL Data Volume MB: 6268
RRC Setup Attempts: 4990
weekend: 0
UPTP Mbps Num: 8460
hr: 20
MAC_UE_SC_Tput: 15300.95

hr: 20
CA Activation Rate num: 3442377
UPTP Mbps Den: 2350
Setup_Fail_DEN: 11738
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7198

Time: 21:02:09
holiday: 0
HO Attempts: 711

Avg_Connected_UEs: 82.59
SIP DC%: 
DLRLCLayerDataVolume MB: 5383.07
RRC Setup Attempts: 5399
weekend: 0
UPTP Mbps Num: 15001
CA Activation Rate: 39.07
hr: 23
MAC_UE_SC_Tput: 8054.85

hr: 23
CA Activation Rate num: 11004706
Peak UE: 46
MB_per_connected_UE: 126.68
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7874
DL Data Vol MAC in MB: 7902.57
CA Activation Rate den: 75408

holiday: 0

Avg_Connected_UEs: 42.83
SIP DC%: 
DLRLCLayerDataVolume MB: 2730.23
RRC Setup Attempts: 4277
CA DL DataVolRatio Pct den: 3415
weekend: 0
CA Activation Rate: 31.7
hr: 4
Bearer Releases: 11029

hr: 4
CA Activation Rate num: 10255129
SIP_SC_Total_MOU: 89.84
Peak UE: 34
DL Data Vol MAC in MB: 6028.55
CA Activation Rate den: 172356
Combined RACH Preambles: 4189

Time: 04:11:36
holiday: 0

Avg_Connected_UEs: 23.17
SIP DC%: 
DLRLCLayerDataVolume MB: 7893.73
DRB UL Data Volume MB: 2822
PRB Util%: 18.22
CA Conf FailRate Pct den: 8324
weekend: 1
UPTP Mbps Num: 27798
hr: 15
MAC_UE_SC_Tput: 13622.71
Bearer Releases: 7614

hr: 15
CA Activation Rate num: 6900527
Peak UE: 27
MB_per_connected_UE: 19.84
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7754
DL Data Vol MAC in MB: 9869.84
CA Activation Rate den: 91163

Time: 13:10:27
holiday: 0
CA DL DataVolRatio Pct: 90.39

Avg_Connected_UEs: 55.51
SIP DC%: 
UPTP_Mbps: 132.64
DLRLCLayerDataVolume MB: 9619.96
DRB UL Data Volume MB: 8295
RRC Setup Attempts: 6667
weekend: 0
UPTP Mbps Num: 16533
hr: 7
MAC_UE_SC_Tput: 11081.52
Bearer Releases: 11766

hr: 7
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6243
DL Data Vol MAC in MB: 4992.45
CA Activation Rate den: 57889

Time: 15:25:49
holiday: 0
CA DL DataVolRatio Pct num: 5590

SIP DC%: 
DLRLCLayerDataVolume MB: 2212
DRB UL Data Volume MB: 3409
weekend: 1
UPTP Mbps Num: 2351
hr: 3
Bearer Releases: 7704

hr: 3
CA Activation Rate num: 4091025
Peak UE: 29
DL Volume: 9634
DL Data Vol MAC in MB: 3257.65
CA Activation Rate den: 87320
Time: 10:56:12

holiday: 0
CA DL DataVolRatio Pct: 76.62
CA DL DataVolRatio Pct num: 6566

Avg_Connected_UEs: 78.81
SIP DC%: 
DRB UL Data Volume MB: 8975
weekend: 0
hr: 15

hr: 15
CA Activation Rate num: 7445740
UPTP Mbps Den: 2027
Setup_Fail_DEN: 19844
Peak UE: 62
DL Data Vol MAC in MB: 636.36

holiday: 0
CA DL DataVolRatio Pct: 74.79

Avg_Connected_UEs: 68.63
SIP DC%: 
DLRLCLayerDataVolume MB: 5569.48
CA DL DataVolRatio Pct den: 442
CA Conf FailRate Pct den: 6118
weekend: 0
UPTP Mbps Num: 20690
CA Activation Rate: 53.15
hr: 14
MAC_UE_SC_Tput: 9268.72
Bearer Releases: 11447

hr: 14
CA Activation Rate num: 7278242
SIP_SC_Total_MOU: 220.23
Peak UE: 72
MB_per_connected_UE: 101.61

Time: 15:23:19
holiday: 0
CA DL DataVolRatio Pct num: 7518

SIP DC%: 
UPTP_Mbps: 54.81
DRB UL Data Volume MB: 8981
PRB Util%: 72.2
CA DL DataVolRatio Pct den: 5866
weekend: 0
hr: 14
MAC_UE_SC_Tput: 10664.75

hr: 14
CA Activation Rate num: 2315950
UPTP Mbps Den: 2699
SIP_SC_Total_MOU: 10.48
Peak UE: 69
MB_per_connected_UE: 82.37
DL Data Vol MAC in MB: 4605.34
CA Activation Rate den: 191077

Time: 18:19:59
holiday: 0

Avg_Connected_UEs: 38.22
SIP DC%: 
DLRLCLayerDataVolume MB: 6386.1
RRC Setup Attempts: 5891
CA Conf FailRate Pct den: 7057
weekend: 1
CA Activation Rate: 5.56
hr: 23
MAC_UE_SC_Tput: 8334.44
Bearer Releases: 15206

hr: 23
CA Activation Rate num: 9535358
Peak UE: 85
MB_per_connected_UE: 117.91
DL Volume: 2922
DL Data Vol MAC in MB: 6983.27

Time: 00:33:34
holiday: 0

SIP DC%: 
UPTP_Mbps: 39.88
DLRLCLayerDataVolume MB: 2704.43
PRB Util%: 50.44
weekend: 0
hr: 23
MAC_UE_SC_Tput: 15558.96
Bearer Releases: 9185

hr: 23
CA Activation Rate num: 460718
Peak UE: 50
MB_per_connected_UE: 158.29
DL Volume: 2578
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8938
DL Data Vol MAC in MB: 950.72
CA Activation Rate den: 78029

Time: 19:21:26
holiday: 0
CA DL DataVolRatio Pct num: 5316

Avg_Connected_UEs: 81.53
SIP DC%: 
UPTP_Mbps: 13.81
DLRLCLayerDataVolume MB: 6829.46
weekend: 0
UPTP Mbps Num: 9610
hr: 23
MAC_UE_SC_Tput: 14514.52

hr: 23
CA Activation Rate num: 2095245
UPTP Mbps Den: 980
Setup_Fail_DEN: 12393
Peak UE: 27
MB_per_connected_UE: 56.33
PCT Time MIMO: 57.02

Time: 20:13:21
holiday: 0
CA DL DataVolRatio Pct: 67.69

SIP DC%: 
DLRLCLayerDataVolume MB: 650.9
DRB UL Data Volume MB: 3421
PRB Util%: 67.1
RRC Setup Attempts: 4995
weekend: 0
hr: 13
MAC_UE_SC_Tput: 20618.11

hr: 13
CA Activation Rate num: 381068
Setup_Fail_DEN: 12996
Peak UE: 51
MB_per_connected_UE: 54.23
DL Data Vol MAC in MB: 3259.92
CA Activation Rate den: 130520

Time: 09:45:13
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1321.03
PRB Util%: 53.97
weekend: 0
hr: 3
MAC_UE_SC_Tput: 10743.01
Bearer Releases: 9094

hr: 3
CA Activation Rate num: 10374790
UPTP Mbps Den: 328
SIP_SC_Total_MOU: 59.38
Peak UE: 64
MB_per_connected_UE: 49.6
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3059
DL Data Vol MAC in MB: 759.45

Combined RACH Preambles: 3036
Time: 20:15:14
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2794.89
weekend: 0
UPTP Mbps Num: 33344
CA Activation Rate: 17.64
hr: 17
MAC_UE_SC_Tput: 12179.31
Bearer Releases: 9662

hr: 17
CA Activation Rate num: 5818828
Setup_Fail_DEN: 15845
SIP_SC_Total_MOU: 334.01
Peak UE: 41
MB_per_connected_UE: 42.21
DL Data Vol MAC in MB: 8383.5

holiday: 0

SIP DC%: 
UPTP_Mbps: 121.36
DLRLCLayerDataVolume MB: 5010.66
DRB UL Data Volume MB: 9636
RRC Setup Attempts: 6409
weekend: 0
hr: 8
MAC_UE_SC_Tput: 19320.07

hr: 8
CA Activation Rate num: 9725615
UPTP Mbps Den: 148
Peak UE: 37
MB_per_connected_UE: 174.31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5351
DL Data Vol MAC in MB: 7288.98
CA Activation Rate den: 139514

Combined RACH Preambles: 3368
Time: 03:44:43
holiday: 0

SIP DC%: 
RRC Setup Attempts: 6371
weekend: 0
hr: 2
MAC_UE_SC_Tput: 8851.59

hr: 2
CA Activation Rate num: 4324222
SIP_SC_Total_MOU: 199.2
Peak UE: 63
DL Volume: 3173
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5157

Time: 20:07:13
holiday: 0

Avg_Connected_UEs: 23.65
SIP DC%: 
DLRLCLayerDataVolume MB: 2494.85
DRB UL Data Volume MB: 7020
CA DL DataVolRatio Pct den: 6447
weekend: 0
CA Activation Rate: 63.79
hr: 12
MAC_UE_SC_Tput: 6865.14
Bearer Releases: 7833

hr: 12
CA Activation Rate num: 10432557
Peak UE: 35
MB_per_connected_UE: 19.42
DL Data Vol MAC in MB: 7951.97
Time: 02:53:18

holiday: 0
CA DL DataVolRatio Pct num: 4170

SIP DC%: 
UPTP_Mbps: 85.66
DLRLCLayerDataVolume MB: 9194.81
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4505.77
Bearer Releases: 14983

hr: 0
CA Activation Rate num: 3918099
Setup_Fail_DEN: 15723
Peak UE: 75
MB_per_connected_UE: 89.39
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7408
DL Data Vol MAC in MB: 8966.26

Time: 10:00:44
holiday: 0
CA DL DataVolRatio Pct: 91.44

DL MAC Vol Scell Pct: 43.02
Avg_Connected_UEs: 28.59
SIP DC%: 
DLRLCLayerDataVolume MB: 3466.7
DRB UL Data Volume MB: 7578
CA DL DataVolRatio Pct den: 2082
weekend: 0
hr: 23
MAC_UE_SC_Tput: 23264.6

hr: 23
CA Activation Rate num: 13148950
SIP_SC_Total_MOU: 8.57
Peak UE: 74
MB_per_connected_UE: 39.29
DL Volume: 8327
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6477
CA Activation Rate den: 225567

Time: 16:59:19
holiday: 0
CA DL DataVolRatio Pct num: 7166

SIP DC%: 
weekend: 0
UPTP Mbps Num: 4002
hr: 22
Bearer Releases: 10981

hr: 22
CA Activation Rate num: 12408948
Setup_Fail_DEN: 10508
SIP_SC_Total_MOU: 246
Peak UE: 55
MB_per_connected_UE: 32.97
PCT Time MIMO: 67.28
DL Volume: 6470
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5875
DL Data Vol MAC in MB: 1048.62

Time: 12:23:56
holiday: 0
CA DL DataVolRatio Pct: 57.37

Avg_Connected_UEs: 21.56
SIP DC%: 
PRB Util%: 64.45
RRC Setup Attempts: 9233
weekend: 0
UPTP Mbps Num: 13048
hr: 0

hr: 0
CA Activation Rate num: 6950323
Peak UE: 37
VOLTE IA%: 
MB_per_connected_UE: 134.23
DL Volume: 7918
DL Data Vol MAC in MB: 2208.03
CA Activation Rate den: 226248

Time: 10:44:57
holiday: 0
CA DL DataVolRatio Pct num: 5406

Avg_Connected_UEs: 72.43
SIP DC%: 
DLRLCLayerDataVolume MB: 3662.49
DRB UL Data Volume MB: 4797
RRC Setup Attempts: 7090
weekend: 0
CA Activation Rate: 72.72
hr: 23
MAC_UE_SC_Tput: 8102.7

hr: 23
CA Activation Rate num: 1489128
Peak UE: 72
MB_per_connected_UE: 71.03
DL Data Vol MAC in MB: 7415.57
CA Activation Rate den: 131903
Time: 04:33:50

holiday: 0
CA DL DataVolRatio Pct num: 4219

DL MAC Vol Scell Pct: 35.48
SIP DC%: 
DRB UL Data Volume MB: 4729
PRB Util%: 51.27
weekend: 0
hr: 21
MAC_UE_SC_Tput: 7404.37
Bearer Releases: 10480

hr: 21
CA Activation Rate num: 9734614
Peak UE: 58
MB_per_connected_UE: 74.8
PCT Time MIMO: 52.97
DL Volume: 4121
DL Data Vol MAC in MB: 8928.87

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5840.59
DRB UL Data Volume MB: 9162
CA Conf FailRate Pct den: 4949
weekend: 0
CA Activation Rate: 60.27
hr: 22
MAC_UE_SC_Tput: 14871.57

hr: 22
CA Activation Rate num: 4545847
UPTP Mbps Den: 4668
Setup_Fail_DEN: 15587
UL MAC Vol Scell Pct: 1.68
Peak UE: 61
MB_per_connected_UE: 203.96
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3436
DL Data Vol MAC in MB: 5127.99

Time: 04:59:49
holiday: 0

Avg_Connected_UEs: 75.14
SIP DC%: 
RRC Setup Attempts: 6570
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5583.81

hr: 0
Setup_Fail_DEN: 10610
SIP_SC_Total_MOU: 14.43
Peak UE: 37
MB_per_connected_UE: 66.53
DL Volume: 7450
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6449

holiday: 0

Avg_Connected_UEs: 82.91
SIP DC%: 
DLRLCLayerDataVolume MB: 9118.13
DRB UL Data Volume MB: 1099
weekend: 0
CA Activation Rate: 36.53
hr: 3
MAC_UE_SC_Tput: 8173.2

hr: 3
CA Activation Rate num: 12235714
Setup_Fail_DEN: 14535
Peak UE: 42
VOLTE IA%: 0.65
MB_per_connected_UE: 77.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6391
DL Data Vol MAC in MB: 8983.84
CA Activation Rate den: 51253

Time: 06:37:36
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8523.62
DRB UL Data Volume MB: 5892
CA Conf FailRate Pct den: 7487
weekend: 0
hr: 6
MAC_UE_SC_Tput: 14856.19
Bearer Releases: 17680

hr: 6
CA Activation Rate num: 8251672
Peak UE: 27
DL Data Vol MAC in MB: 2018.98

Time: 08:35:52
holiday: 0
CA DL DataVolRatio Pct num: 6438

SIP DC%: 
DRB UL Data Volume MB: 9675
weekend: 0
UPTP Mbps Num: 32960
hr: 7
MAC_UE_SC_Tput: 4237.72

hr: 7
CA Activation Rate num: 5705301
UPTP Mbps Den: 1369
SIP_SC_Total_MOU: 429.64
Peak UE: 60
MB_per_connected_UE: 28.98
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3113

Time: 07:59:21
holiday: 0

SIP DC%: 
UPTP_Mbps: 11.92
DLRLCLayerDataVolume MB: 4969.87
DRB UL Data Volume MB: 5099
RRC Setup Attempts: 5526
CA Conf FailRate Pct den: 6243
weekend: 0
CA Activation Rate: 56.82
hr: 0
MAC_UE_SC_Tput: 12115.38

hr: 0
CA Activation Rate num: 10176611
Setup_Fail_DEN: 13129
SIP_SC_Total_MOU: 325.47
Peak UE: 49
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6127

Time: 04:18:27
holiday: 0
CA DL DataVolRatio Pct: 70.52

SIP DC%: 
DLRLCLayerDataVolume MB: 4397.82
DRB UL Data Volume MB: 8246
PRB Util%: 61.25
CA Conf FailRate Pct den: 6296
weekend: 0
UPTP Mbps Num: 39299
hr: 3
MAC_UE_SC_Tput: 6040.93

hr: 3
CA Activation Rate num: 8619271
SIP_SC_Total_MOU: 193.23
Peak UE: 83
MB_per_connected_UE: 47.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4564
DL Data Vol MAC in MB: 9926.49
CA Activation Rate den: 116978

Time: 23:46:37
holiday: 0

SIP DC%: 
UPTP_Mbps: 125.55
DLRLCLayerDataVolume MB: 1563.49
PRB Util%: 33.23
CA Conf FailRate Pct den: 7274
weekend: 1
UPTP Mbps Num: 6632
hr: 0
MAC_UE_SC_Tput: 5471.56

hr: 0
CA Activation Rate num: 3191826
SIP_SC_Total_MOU: 215.47
MB_per_connected_UE: 55.93
DL Data Vol MAC in MB: 10047.64
CA Activation Rate den: 66916

Time: 10:15:57
holiday: 0
CA DL DataVolRatio Pct: 66.83

Avg_Connected_UEs: 34.93
SIP DC%: 
UPTP_Mbps: 99.75
DLRLCLayerDataVolume MB: 4181.37
PRB Util%: 49.81
RRC Setup Attempts: 6548
weekend: 0
UPTP Mbps Num: 7511
hr: 17
MAC_UE_SC_Tput: 16240.67

hr: 17
CA Activation Rate num: 5941419
SIP_SC_Total_MOU: 68.26
Peak UE: 27
MB_per_connected_UE: 130.6
DL Volume: 1740
DL Data Vol MAC in MB: 4249.74
Combined RACH Preambles: 4413

Time: 06:02:46
holiday: 0
CA DL DataVolRatio Pct: 74.57
HO Attempts: 376

SIP DC%: 
UPTP_Mbps: 105.39
DLRLCLayerDataVolume MB: 695.85
CA Conf FailRate Pct den: 5087
weekend: 0
UPTP Mbps Num: 38968
hr: 17
MAC_UE_SC_Tput: 6049.07
Bearer Releases: 15709

hr: 17
CA Activation Rate num: 10962524
SIP_SC_Total_MOU: 73.14
Peak UE: 27
MB_per_connected_UE: 62.32
DL Volume: 5440
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6828
DL Data Vol MAC in MB: 1557.94
CA Activation Rate den: 113011

Time: 01:55:03
holiday: 0
CA DL DataVolRatio Pct num: 6397

Avg_Connected_UEs: 80.7
SIP DC%: 
DLRLCLayerDataVolume MB: 918.43
DRB UL Data Volume MB: 8966
PRB Util%: 12.31
CA Conf FailRate Pct den: 5568
weekend: 0
UPTP Mbps Num: 23976
hr: 2
MAC_UE_SC_Tput: 16611.96

hr: 2
CA Activation Rate num: 2731322
SIP_SC_Total_MOU: 67.16
Peak UE: 45
MB_per_connected_UE: 52.03
DL Data Vol MAC in MB: 7082.72
CA Activation Rate den: 86356

holiday: 0
CA DL DataVolRatio Pct num: 3567

DL MAC Vol Scell Pct: 9.85
Avg_Connected_UEs: 72
SIP DC%: 
UPTP_Mbps: 59.59
DLRLCLayerDataVolume MB: 9814.63
PRB Util%: 42.7
CA DL DataVolRatio Pct den: 6402
weekend: 1
hr: 8
MAC_UE_SC_Tput: 12310.98

hr: 8
CA Activation Rate num: 4632046
Setup_Fail_DEN: 12818
SIP_SC_Total_MOU: 267.38
Peak UE: 63
MB_per_connected_UE: 25.05
CA Activation Rate den: 89150

Time: 07:17:49
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 4052
PRB Util%: 57.17
RRC Setup Attempts: 3654
weekend: 0
UPTP Mbps Num: 699
CA Activation Rate: 55.39
hr: 23
MAC_UE_SC_Tput: 5942.35
Bearer Releases: 15011

hr: 23
Setup_Fail_DEN: 10215
SIP_SC_Total_MOU: 23.69
Peak UE: 27
DL Volume: 2508

Combined RACH Preambles: 3318
Time: 17:42:06
holiday: 0
CA DL DataVolRatio Pct num: 3517

SIP DC%: 
PRB Util%: 9.56
RRC Setup Attempts: 4327
CA Conf FailRate Pct den: 6886
weekend: 0
CA Activation Rate: 25.97
hr: 6
MAC_UE_SC_Tput: 5782.79

hr: 6
CA Activation Rate num: 418804
Setup_Fail_DEN: 17943
Peak UE: 27
PCT Time MIMO: 54.28
CA Activation Rate den: 67866

Time: 22:15:46
holiday: 0

SIP DC%: 
RRC Setup Attempts: 6402
CA DL DataVolRatio Pct den: 10185
weekend: 0
UPTP Mbps Num: 20707
hr: 18
MAC_UE_SC_Tput: 8303.54
Bearer Releases: 7878

hr: 18
CA Activation Rate num: 6533440
Setup_Fail_DEN: 11607
Peak UE: 27
MB_per_connected_UE: 163.24
DL Data Vol MAC in MB: 9787.2
CA Activation Rate den: 105656

Combined RACH Preambles: 2284
holiday: 0
CA DL DataVolRatio Pct: 68.05

SIP DC%: 
UPTP_Mbps: 57.34
DLRLCLayerDataVolume MB: 9784.09
DRB UL Data Volume MB: 2436
RRC Setup Attempts: 4134
weekend: 0
hr: 19
MAC_UE_SC_Tput: 10588.99

hr: 19
CA Activation Rate num: 828044
MB_per_connected_UE: 147.83
DL Volume: 9039
DL Data Vol MAC in MB: 9975.39
CA Activation Rate den: 201175

Time: 23:50:27
holiday: 0

Avg_Connected_UEs: 66.78
SIP DC%: 
DLRLCLayerDataVolume MB: 3046.62
weekend: 0
hr: 8
MAC_UE_SC_Tput: 10452.28

hr: 8
CA Activation Rate num: 870892
Setup_Fail_DEN: 7534
SIP_SC_Total_MOU: 56.41
Peak UE: 81
MB_per_connected_UE: 19.23
PCT Time MIMO: 52.27
DL Volume: 5212
DL Data Vol MAC in MB: 6040.1

Time: 13:17:17
holiday: 0

Avg_Connected_UEs: 42.97
SIP DC%: 
DLRLCLayerDataVolume MB: 7022.92
PRB Util%: 70.87
weekend: 0
CA Activation Rate: 49.6
hr: 0
MAC_UE_SC_Tput: 14359.7

hr: 0
CA Activation Rate num: 11561609
SIP_SC_Total_MOU: 434.54
Peak UE: 34
MB_per_connected_UE: 66.12
DL Volume: 381
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5306
DL Data Vol MAC in MB: 3738.14
CA Activation Rate den: 101854

Time: 16:05:44
holiday: 0
CA DL DataVolRatio Pct: 74.33
CA DL DataVolRatio Pct num: 4998

SIP DC%: 
UPTP_Mbps: 117.43
DLRLCLayerDataVolume MB: 4724.72
weekend: 0
hr: 1
MAC_UE_SC_Tput: 5007.72

hr: 1
CA Activation Rate num: 3559424
Setup_Fail_DEN: 10336
SIP_SC_Total_MOU: 121.8
Peak UE: 61
MB_per_connected_UE: 48.5
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7182

Time: 05:17:21
holiday: 0

SIP DC%: 
UPTP_Mbps: 15.11
DLRLCLayerDataVolume MB: 7247.23
PRB Util%: 33.6
weekend: 0
UPTP Mbps Num: 18111
hr: 11
MAC_UE_SC_Tput: 7405.29

hr: 11
CA Activation Rate num: 8506349
Setup_Fail_DEN: 16389
SIP_SC_Total_MOU: 132.94
Peak UE: 31
MB_per_connected_UE: 97.25
CA Activation Rate den: 38888

Time: 05:59:35
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7647.58
DRB UL Data Volume MB: 7829
RRC Setup Attempts: 8897
CA Conf FailRate Pct den: 4520
weekend: 0
UPTP Mbps Num: 39866
hr: 9
MAC_UE_SC_Tput: 11389.7
Bearer Releases: 13067

hr: 9
CA Activation Rate num: 6050670
Setup_Fail_DEN: 15632
Peak UE: 27
MB_per_connected_UE: 48.23
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6884
DL Data Vol MAC in MB: 9035.77

Time: 21:59:05
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5157.97
DRB UL Data Volume MB: 4732
CA DL DataVolRatio Pct den: 4437
weekend: 1
hr: 9
MAC_UE_SC_Tput: 17408.84

hr: 9
CA Activation Rate num: 3401729
Peak UE: 27
MB_per_connected_UE: 185.89
DL Volume: 5593
DL Data Vol MAC in MB: 6057.92
CA Activation Rate den: 151251
Combined RACH Preambles: 3490

Time: 20:48:50
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 3907
weekend: 0
CA Activation Rate: 45
hr: 23
MAC_UE_SC_Tput: 6210.37
Bearer Releases: 12899

hr: 23
CA Activation Rate num: 4537375
Setup_Fail_DEN: 15903
Peak UE: 27
MB_per_connected_UE: 21.58
PCT Time MIMO: 50.37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5500
DL Data Vol MAC in MB: 8135.75

Time: 20:32:58
holiday: 0
CA DL DataVolRatio Pct: 84.17

SIP DC%: 
DRB UL Data Volume MB: 9180
RRC Setup Attempts: 7282
CA DL DataVolRatio Pct den: 8244
weekend: 0
UPTP Mbps Num: 28279
CA Activation Rate: 30.36
hr: 17
MAC_UE_SC_Tput: 7060.28
Bearer Releases: 12157

hr: 17
CA Activation Rate num: 6406464
Setup_Fail_DEN: 17570
Peak UE: 38
MB_per_connected_UE: 93.09
DL Data Vol MAC in MB: 8239.16
Combined RACH Preambles: 4117

Time: 07:08:05
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2858.28
RRC Setup Attempts: 7539
weekend: 0
hr: 23
MAC_UE_SC_Tput: 13482.06

hr: 23
Setup_Fail_DEN: 7802
Peak UE: 84
MB_per_connected_UE: 92.45
DL Data Vol MAC in MB: 8446.48
CA Activation Rate den: 132336

Time: 13:15:56
holiday: 0
CA DL DataVolRatio Pct num: 6573

SIP DC%: 
DRB UL Data Volume MB: 9332
CA Conf FailRate Pct den: 7553
weekend: 0
UPTP Mbps Num: 9132
CA Activation Rate: 14.69
hr: 23
MAC_UE_SC_Tput: 6552.8

hr: 23
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3624
DL Data Vol MAC in MB: 7711.7

Time: 23:04:03
holiday: 0

Avg_Connected_UEs: 35.57
SIP DC%: 
DRB UL Data Volume MB: 4963
weekend: 0
CA Activation Rate: 68.9
hr: 2
MAC_UE_SC_Tput: 7965.27
Bearer Releases: 6784

hr: 2
Peak UE: 75
MB_per_connected_UE: 58.95
PCT Time MIMO: 48.88
CA Activation Rate den: 82884
Combined RACH Preambles: 2647
Time: 20:31:01

holiday: 0
CA DL DataVolRatio Pct num: 3952

SIP DC%: 
DLRLCLayerDataVolume MB: 1762.07
CA DL DataVolRatio Pct den: 5801
weekend: 0
hr: 11
MAC_UE_SC_Tput: 8708.13

hr: 11
CA Activation Rate num: 3730578
Setup_Fail_DEN: 15159
SIP_SC_Total_MOU: 0.86
Peak UE: 79
MB_per_connected_UE: 133.96
DL Data Vol MAC in MB: 3057.29
CA Activation Rate den: 44562

Time: 16:52:24
holiday: 0

Avg_Connected_UEs: 50.33
SIP DC%: 
DLRLCLayerDataVolume MB: 6016.39
DRB UL Data Volume MB: 8635
weekend: 0
UPTP Mbps Num: 41842
hr: 19
MAC_UE_SC_Tput: 5511.08
Bearer Releases: 16694

hr: 19
CA Activation Rate num: 2853050
SIP_SC_Total_MOU: 29.26
Peak UE: 27
MB_per_connected_UE: 122.03
CA Activation Rate den: 43035

Time: 08:04:16
holiday: 0

SIP DC%: 
UPTP_Mbps: 43.28
DRB UL Data Volume MB: 6750
CA DL DataVolRatio Pct den: 892
CA Conf FailRate Pct den: 3807
weekend: 0
UPTP Mbps Num: 9539
hr: 4
MAC_UE_SC_Tput: 4694.14

hr: 4
CA Activation Rate num: 10528049
Setup_Fail_DEN: 14237
SIP_SC_Total_MOU: 198.74
Peak UE: 27
DL Data Vol MAC in MB: 5852.51

Combined RACH Preambles: 4099
Time: 10:21:26
holiday: 0
CA DL DataVolRatio Pct num: 128

SIP DC%: 
DRB UL Data Volume MB: 5797
PRB Util%: 23.59
CA DL DataVolRatio Pct den: 9261
CA Conf FailRate Pct den: 5044
weekend: 0
UPTP Mbps Num: 25883
hr: 23
MAC_UE_SC_Tput: 17418.2

hr: 23
CA Activation Rate num: 4744695
Peak UE: 27
MB_per_connected_UE: 134.6
PCT Time MIMO: 40.06
DL Volume: 975
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9159

Time: 10:25:03
holiday: 0
CA DL DataVolRatio Pct num: 2832

SIP DC%: 
DLRLCLayerDataVolume MB: 1722.83
DRB UL Data Volume MB: 5470
CA DL DataVolRatio Pct den: 8879
weekend: 0
hr: 15
MAC_UE_SC_Tput: 4635.22
Bearer Releases: 6681

hr: 15
CA Activation Rate num: 9362686
Setup_Fail_DEN: 15513
SIP_SC_Total_MOU: 162.53
Peak UE: 65
DL Volume: 1763

Time: 10:56:53
holiday: 0
CA DL DataVolRatio Pct num: 4724

SIP DC%: 
DLRLCLayerDataVolume MB: 2688.14
DRB UL Data Volume MB: 2040
RRC Setup Attempts: 5011
weekend: 0
UPTP Mbps Num: 7161
hr: 3
MAC_UE_SC_Tput: 4221.23

hr: 3
CA Activation Rate num: 1307532
UPTP Mbps Den: 4775
SIP_SC_Total_MOU: 260.78
Peak UE: 27
PCT Time MIMO: 66.61
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7319

Time: 18:54:00
holiday: 0
CA DL DataVolRatio Pct num: 7316

SIP DC%: 
DLRLCLayerDataVolume MB: 1815.97
RRC Setup Attempts: 3333
CA DL DataVolRatio Pct den: 6778
weekend: 1
UPTP Mbps Num: 10351
CA Activation Rate: 26.29
hr: 23
MAC_UE_SC_Tput: 4996.66
Bearer Releases: 11711

hr: 23
CA Activation Rate num: 896723
Peak UE: 36
MB_per_connected_UE: 199.32
DL Volume: 2653
DL Data Vol MAC in MB: 2227.16
CA Activation Rate den: 36758

Time: 06:14:32
holiday: 0

SIP DC%: 
PRB Util%: 37.42
CA Conf FailRate Pct den: 4713
weekend: 0
UPTP Mbps Num: 30931
hr: 16
Bearer Releases: 11306

hr: 16
CA Activation Rate num: 9356777
Setup_Fail_DEN: 8300
Peak UE: 27
MB_per_connected_UE: 44.82
DL Volume: 406

Time: 23:38:15
holiday: 0

SIP DC%: 
UPTP_Mbps: 31.53
DLRLCLayerDataVolume MB: 6282.33
DRB UL Data Volume MB: 8265
CA Conf FailRate Pct den: 7589
weekend: 0
CA Activation Rate: 47.16
hr: 23
MAC_UE_SC_Tput: 16187.56

hr: 23
CA Activation Rate num: 6502151
SIP_SC_Total_MOU: 229.78
Peak UE: 75
MB_per_connected_UE: 164.05
DL Data Vol MAC in MB: 4767.97

Combined RACH Preambles: 2485
Time: 21:44:29
holiday: 0
CA DL DataVolRatio Pct num: 4225

SIP DC%: 
DLRLCLayerDataVolume MB: 2183.94
DRB UL Data Volume MB: 2457
PRB Util%: 52.08
DL Packet Loss Pct: 3.36
CA DL DataVolRatio Pct den: 8870
weekend: 0
UPTP Mbps Num: 18832
CA Activation Rate: 45.15
hr: 4
MAC_UE_SC_Tput: 6751.84

hr: 4
CA Activation Rate num: 10132631
SIP_SC_Total_MOU: 22.73
Peak UE: 39
MB_per_connected_UE: 79.57
DL Volume: 5669
DL Data Vol MAC in MB: 5675.78
CA Activation Rate den: 62020

Time: 17:42:59
holiday: 0
CA DL DataVolRatio Pct: 72.78

SIP DC%: 
DLRLCLayerDataVolume MB: 3451.79
PRB Util%: 41.05
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7352.3

hr: 23
CA Activation Rate num: 10133702
Setup_Fail_DEN: 12392
SIP_SC_Total_MOU: 236.05
Peak UE: 56
MB_per_connected_UE: 86.37
PCT Time MIMO: 53.76
DL Volume: 8141
CA Activation Rate den: 80520

Time: 05:33:06
holiday: 0

DL MAC Vol Scell Pct: 22.54
SIP DC%: 
UPTP_Mbps: 7.4
weekend: 1
CA Activation Rate: 47.73
hr: 3
MAC_UE_SC_Tput: 8222.41

hr: 3
CA Activation Rate num: 10502727
SIP_SC_Total_MOU: 45.92
Peak UE: 63
MB_per_connected_UE: 31.47
PCT Time MIMO: 35.44
DL Volume: 9212
DL Data Vol MAC in MB: 4437.66

Combined RACH Preambles: 3262
Time: 08:29:07
holiday: 0

DL MAC Vol Scell Pct: 57.77
SIP DC%: 
DLRLCLayerDataVolume MB: 7836.21
DRB UL Data Volume MB: 1447
RRC Setup Attempts: 6078
weekend: 0
UPTP Mbps Num: 31448
hr: 0
MAC_UE_SC_Tput: 4272.09

hr: 0
CA Activation Rate num: 5580319
Setup_Fail_DEN: 14319
MB_per_connected_UE: 30.57
DL Volume: 8714
DL Data Vol MAC in MB: 9056.05
CA Activation Rate den: 84744

Time: 06:57:49
holiday: 0
CA DL DataVolRatio Pct num: 6072

DL MAC Vol Scell Pct: 39.15
SIP DC%: 
PRB Util%: 68.46
weekend: 0
UPTP Mbps Num: 12265
hr: 17
MAC_UE_SC_Tput: 13042.87
Bearer Releases: 14606

hr: 17
CA Activation Rate num: 5448552
Peak UE: 27
MB_per_connected_UE: 180.34
DL Data Vol MAC in MB: 1486.46
CA Activation Rate den: 96447

holiday: 0
CA DL DataVolRatio Pct: 69.41

SIP DC%: 
DRB UL Data Volume MB: 2870
PRB Util%: 28.35
CA DL DataVolRatio Pct den: 5678
weekend: 0
hr: 12
MAC_UE_SC_Tput: 9647.88
Bearer Releases: 10971

hr: 12
Peak UE: 27
MB_per_connected_UE: 128.8
PCT Time MIMO: 61.99
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5164
DL Data Vol MAC in MB: 3820.3
CA Activation Rate den: 77590

Time: 13:46:12
holiday: 0
CA DL DataVolRatio Pct num: 5721

SIP DC%: 
UPTP_Mbps: 121.23
DLRLCLayerDataVolume MB: 7889.81
PRB Util%: 64.53
CA Conf FailRate Pct den: 7451
weekend: 0
hr: 8
MAC_UE_SC_Tput: 5208.56
Bearer Releases: 7285

hr: 8
CA Activation Rate num: 8961065
UPTP Mbps Den: 184
Setup_Fail_DEN: 10667
Peak UE: 53
MB_per_connected_UE: 114.33
DL Volume: 634
DL Data Vol MAC in MB: 5950.31

Time: 11:49:42
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1975.59
DRB UL Data Volume MB: 7676
CA Conf FailRate Pct den: 4705
weekend: 0
hr: 23
MAC_UE_SC_Tput: 14981.29
Bearer Releases: 11915

hr: 23
CA Activation Rate num: 10348020
Peak UE: 82
MB_per_connected_UE: 148.15
DL Data Vol MAC in MB: 7751.82
CA Activation Rate den: 112186

Time: 18:17:06
holiday: 0
CA DL DataVolRatio Pct num: 6883

SIP DC%: 
DLRLCLayerDataVolume MB: 4835.2
weekend: 0
hr: 3
MAC_UE_SC_Tput: 16085.79

hr: 3
CA Activation Rate num: 9155503
Setup_Fail_DEN: 10045
Peak UE: 32
CA Activation Rate den: 37276

Time: 08:31:39
holiday: 0
CA DL DataVolRatio Pct num: 6523

SIP DC%: 
UPTP_Mbps: 14.45
DLRLCLayerDataVolume MB: 950.62
DRB UL Data Volume MB: 5534
RRC Setup Attempts: 8640
CA Conf FailRate Pct den: 7601
weekend: 0
UPTP Mbps Num: 28221
hr: 23
MAC_UE_SC_Tput: 9512.51
Bearer Releases: 12442

hr: 23
CA Activation Rate num: 406738
Setup_Fail_DEN: 13173
Peak UE: 27
MB_per_connected_UE: 167.05
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6787
CA Activation Rate den: 144725

Time: 22:56:05
holiday: 0
CA DL DataVolRatio Pct num: 3208

Avg_Connected_UEs: 71.76
SIP DC%: 
DLRLCLayerDataVolume MB: 4267.55
RRC Setup Attempts: 6293
weekend: 0
UPTP Mbps Num: 10896
hr: 18
MAC_UE_SC_Tput: 16272.51
Bearer Releases: 7442

hr: 18
CA Activation Rate num: 8915179
Setup_Fail_DEN: 18262
Peak UE: 54
MB_per_connected_UE: 18.14
DL Volume: 6313

Time: 15:46:54
holiday: 0
CA DL DataVolRatio Pct num: 3268

DL MAC Vol Scell Pct: 24.97
SIP DC%: 
DLRLCLayerDataVolume MB: 1819.87
DRB UL Data Volume MB: 3514
weekend: 0
UPTP Mbps Num: 37514
hr: 6
MAC_UE_SC_Tput: 33571.83
Bearer Releases: 12517

hr: 6
CA Activation Rate num: 3773218
Setup_Fail_DEN: 17712
Peak UE: 46
MB_per_connected_UE: 70.4
DL Volume: 6346
DL Data Vol MAC in MB: 3085.6

holiday: 0
CA DL DataVolRatio Pct num: 3732

DL MAC Vol Scell Pct: 32.37
SIP DC%: 
DLRLCLayerDataVolume MB: 3930.15
DRB UL Data Volume MB: 2596
RRC Setup Attempts: 4745
CA DL DataVolRatio Pct den: 9011
weekend: 0
UPTP Mbps Num: 33382
hr: 2
MAC_UE_SC_Tput: 15550.68

hr: 2
CA Activation Rate num: 1889425
UPTP Mbps Den: 3857
Setup_Fail_DEN: 7410
Peak UE: 45
MB_per_connected_UE: 17.07
CA Activation Rate den: 74803

Time: 07:59:38
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 270.13
RRC Setup Attempts: 7582
CA Conf FailRate Pct den: 5468
weekend: 0
UPTP Mbps Num: 31124
hr: 10
MAC_UE_SC_Tput: 36296.3
Bearer Releases: 18167

hr: 10
CA Activation Rate num: 2794891
Setup_Fail_DEN: 11708
Peak UE: 69
MB_per_connected_UE: 22.08
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7889
DL Data Vol MAC in MB: 2492.16

Combined RACH Preambles: 3222
Time: 04:22:46
holiday: 0
CA DL DataVolRatio Pct: 58.53

Avg_Connected_UEs: 75.4
SIP DC%: 
CA Conf FailRate Pct den: 4791
weekend: 0
CA Activation Rate: 63.47
hr: 23
MAC_UE_SC_Tput: 4527.1
Bearer Releases: 10194

hr: 23
CA Activation Rate num: 4907600
SIP_SC_Total_MOU: 88.65
Peak UE: 27
MB_per_connected_UE: 197.3
DL Data Vol MAC in MB: 6800.49
CA Activation Rate den: 161345

Time: 04:14:55
holiday: 0
CA DL DataVolRatio Pct num: 6300

Avg_Connected_UEs: 57.18
SIP DC%: 
DLRLCLayerDataVolume MB: 4643.65
DRB UL Data Volume MB: 3629
RRC Setup Attempts: 9231
weekend: 0
UPTP Mbps Num: 31134
hr: 10
MAC_UE_SC_Tput: 15346.79

hr: 10
CA Activation Rate num: 7125672
Peak UE: 34
VOLTE IA%: 
DL Data Vol MAC in MB: 832.74

Time: 03:07:55
holiday: 0
CA DL DataVolRatio Pct num: 3265

Avg_Connected_UEs: 51.29
SIP DC%: 
DLRLCLayerDataVolume MB: 1819.75
DRB UL Data Volume MB: 377
weekend: 0
UPTP Mbps Num: 16741
hr: 10
MAC_UE_SC_Tput: 7145.74

hr: 10
Avg CQI: 9
CA Activation Rate num: 8867055
Setup_Fail_DEN: 14217
Peak UE: 32
VOLTE IA%: 
MB_per_connected_UE: 44.05
DL Volume: 1960
CA Activation Rate den: 191968

Combined RACH Preambles: 3347
Time: 13:05:39
holiday: 0
CA DL DataVolRatio Pct: 51.98
CA DL DataVolRatio Pct num: 3082

Avg_Connected_UEs: 27.01
SIP DC%: 
DLRLCLayerDataVolume MB: 244.07
DRB UL Data Volume MB: 597
CA Conf FailRate Pct den: 3943
weekend: 0
UPTP Mbps Num: 60562
CA Activation Rate: 77.73
hr: 3
MAC_UE_SC_Tput: 18311.58

hr: 3
CA Activation Rate num: 3444109
Peak UE: 27
DL Data Vol MAC in MB: 7519.84
CA Activation Rate den: 73216

Time: 14:19:53
holiday: 0
CA DL DataVolRatio Pct: 58.56
CA DL DataVolRatio Pct num: 5254

SIP DC%: 
DLRLCLayerDataVolume MB: 4949.71
DRB UL Data Volume MB: 9485
PRB Util%: 13.59
CA DL DataVolRatio Pct den: 3022
weekend: 1
hr: 17
MAC_UE_SC_Tput: 11659.08
Bearer Releases: 9447

hr: 17
Avg CQI: 8
CA Activation Rate num: 5832904
SIP_SC_Total_MOU: 185.39
Peak UE: 81
PCT Time MIMO: 49.53
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6229

Time: 16:19:48
holiday: 0
CA DL DataVolRatio Pct num: 2377

DL MAC Vol Scell Pct: 14.56
SIP DC%: 
UPTP_Mbps: 20.49
CA Conf FailRate Pct den: 7424
weekend: 0
hr: 19
MAC_UE_SC_Tput: 7423.57
Bearer Releases: 16796

hr: 19
CA Activation Rate num: 8520450
UPTP Mbps Den: 5063
Setup_Fail_DEN: 15405
Peak UE: 27
VOLTE IA%: 

Time: 14:08:52
holiday: 0
CA DL DataVolRatio Pct num: 3315

SIP DC%: 
DLRLCLayerDataVolume MB: 7364.15
DRB UL Data Volume MB: 4795
CA Conf FailRate Pct den: 9309
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7337.6
Bearer Releases: 15205

hr: 23
UPTP Mbps Den: 511
Setup_Fail_DEN: 13211
Peak UE: 52
MB_per_connected_UE: 179.22
DL Volume: 3764
CA Activation Rate den: 194629

Time: 02:23:33
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4969.75
DRB UL Data Volume MB: 7031
weekend: 0
UPTP Mbps Num: 8920
CA Activation Rate: 28.88
hr: 22
MAC_UE_SC_Tput: 4404.39

hr: 22
CA Activation Rate num: 6569563
Peak UE: 27
PCT Time MIMO: 41.39
DL Data Vol MAC in MB: 3786.03
CA Activation Rate den: 108028

Time: 17:29:38
holiday: 0

Avg_Connected_UEs: 68.09
SIP DC%: 
CA DL DataVolRatio Pct den: 5909
weekend: 0
hr: 12
MAC_UE_SC_Tput: 9697.16

hr: 12
CA Activation Rate num: 594584
SIP_SC_Total_MOU: 310.88
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5793
DL Data Vol MAC in MB: 8420.16

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4933.26
CA Conf FailRate Pct den: 5641
weekend: 0
hr: 23
MAC_UE_SC_Tput: 31287.66
Bearer Releases: 10016

hr: 23
CA Activation Rate num: 7863351
SIP_SC_Total_MOU: 58.51
Peak UE: 64
MB_per_connected_UE: 96.76
PCT Time MIMO: 38.05
CA Activation Rate den: 52169

Time: 22:45:13
holiday: 0

SIP DC%: 
PRB Util%: 58.44
CA DL DataVolRatio Pct den: 7136
weekend: 0
hr: 23
MAC_UE_SC_Tput: 12716.9
Bearer Releases: 18440

hr: 23
CA Activation Rate num: 10031138
Setup_Fail_DEN: 15837
SIP_SC_Total_MOU: 1.58
Peak UE: 49
MB_per_connected_UE: 133.29
DL Data Vol MAC in MB: 4664.44
CA Activation Rate den: 44354

Time: 12:30:45
holiday: 0
CA DL DataVolRatio Pct num: 5933

Avg_Connected_UEs: 67.53
SIP DC%: 
DRB UL Data Volume MB: 6662
CA DL DataVolRatio Pct den: 2955
weekend: 0
UPTP Mbps Num: 41743
hr: 9
MAC_UE_SC_Tput: 14174.84
Bearer Releases: 15476

hr: 9
CA Activation Rate num: 5330161
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 22.29
DL Data Vol MAC in MB: 4676.15
CA Activation Rate den: 62463

Time: 21:52:50
holiday: 0
CA DL DataVolRatio Pct: 87.08
CA DL DataVolRatio Pct num: 199

DL MAC Vol Scell Pct: 27.47
Avg_Connected_UEs: 21.12
SIP DC%: 
DLRLCLayerDataVolume MB: 2014.71
PRB Util%: 32.37
CA Conf FailRate Pct den: 8505
weekend: 0
CA Activation Rate: 13.99
hr: 11
MAC_UE_SC_Tput: 9642.97
Bearer Releases: 11912

hr: 11
CA Activation Rate num: 10591871
Setup_Fail_DEN: 13679
Peak UE: 27
DL Volume: 5957
DL Data Vol MAC in MB: 1463.1

Time: 21:39:00
holiday: 0
CA DL DataVolRatio Pct: 79.04
CA DL DataVolRatio Pct num: 838

SIP DC%: 
DRB UL Data Volume MB: 7491
PRB Util%: 24.68
CA DL DataVolRatio Pct den: 5416
weekend: 0
UPTP Mbps Num: 61121
hr: 12
MAC_UE_SC_Tput: 16171.34
Bearer Releases: 12982

hr: 12
CA Activation Rate num: 5397298
UPTP Mbps Den: 817
Peak UE: 52
MB_per_connected_UE: 166.38

Time: 11:52:36
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7703.87
DRB UL Data Volume MB: 9237
weekend: 1
hr: 6
MAC_UE_SC_Tput: 9151.94
Bearer Releases: 9253

hr: 6
CA Activation Rate num: 6506474
SIP_SC_Total_MOU: 292.03
Peak UE: 30
MB_per_connected_UE: 176.66
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8480

Time: 06:36:53
holiday: 0

SIP DC%: 
UPTP_Mbps: 43.22
DLRLCLayerDataVolume MB: 973.01
CA DL DataVolRatio Pct den: 6860
weekend: 0
CA Activation Rate: 5.18
hr: 9
MAC_UE_SC_Tput: 7734.52
Bearer Releases: 13355

hr: 9
CA Activation Rate num: 1364323
SIP_SC_Total_MOU: 34.55
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4983
DL Data Vol MAC in MB: 3817.8
CA Activation Rate den: 222265

Time: 12:55:48
holiday: 0
CA DL DataVolRatio Pct num: 2419

Avg_Connected_UEs: 30.03
SIP DC%: 
DLRLCLayerDataVolume MB: 7493.86
DRB UL Data Volume MB: 6916
weekend: 0
CA Activation Rate: 67.68
hr: 13
MAC_UE_SC_Tput: 4452.95

hr: 13
CA Activation Rate num: 2718691
Setup_Fail_DEN: 10660
SIP_SC_Total_MOU: 112.13
Peak UE: 59
MB_per_connected_UE: 64.15
DL Data Vol MAC in MB: 4955.53
CA Activation Rate den: 64373

Time: 02:53:33
holiday: 0
CA DL DataVolRatio Pct: 43.24
CA DL DataVolRatio Pct num: 5281

SIP DC%: 
DLRLCLayerDataVolume MB: 5971.86
weekend: 0
CA Activation Rate: 16.31
hr: 13
MAC_UE_SC_Tput: 4705.04
Bearer Releases: 13962

hr: 13
CA Activation Rate num: 1799660
SIP_SC_Total_MOU: 140.39
Peak UE: 27
MB_per_connected_UE: 186.09
CA Activation Rate den: 75987

Time: 09:33:24
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8164.7
CA DL DataVolRatio Pct den: 7634
weekend: 0
UPTP Mbps Num: 18307
CA Activation Rate: 30.91
hr: 5
MAC_UE_SC_Tput: 5420.48
Bearer Releases: 9829

hr: 5
CA Activation Rate num: 7458505
Peak UE: 48
DL Data Vol MAC in MB: 3146.85
CA Activation Rate den: 222199

Time: 03:17:44
holiday: 0
CA DL DataVolRatio Pct num: 2542

SIP DC%: 
UPTP_Mbps: 18.77
DLRLCLayerDataVolume MB: 9024.24
weekend: 0
UPTP Mbps Num: 40322
hr: 23
MAC_UE_SC_Tput: 8232.3
Bearer Releases: 8837

hr: 23
CA Activation Rate num: 3444929
UPTP Mbps Den: 5222
SIP_SC_Total_MOU: 91.95
Peak UE: 44
MB_per_connected_UE: 102.03
DL Data Vol MAC in MB: 3348.68
CA Activation Rate den: 73196

Time: 13:48:34
holiday: 0
CA DL DataVolRatio Pct num: 4725

DL MAC Vol Scell Pct: 31.74
SIP DC%: 
UPTP_Mbps: 27.16
DLRLCLayerDataVolume MB: 4633.63
PRB Util%: 27.44
CA DL DataVolRatio Pct den: 9654
weekend: 0
CA Activation Rate: 74.77
hr: 9
MAC_UE_SC_Tput: 16006.74
Bearer Releases: 14079

hr: 9
CA Activation Rate num: 2905827
Peak UE: 27
MB_per_connected_UE: 21.47
DL Data Vol MAC in MB: 9638.53
CA Activation Rate den: 76487
Time: 19:41:38

holiday: 0
CA DL DataVolRatio Pct num: 7300

DL MAC Vol Scell Pct: 39.33
Avg_Connected_UEs: 58.87
SIP DC%: 
DLRLCLayerDataVolume MB: 7429.72
PRB Util%: 13.58
RRC Setup Attempts: 4317
weekend: 1
UPTP Mbps Num: 48273
hr: 20
MAC_UE_SC_Tput: 8204.66
Bearer Releases: 9113

hr: 20
CA Activation Rate num: 4337010
Setup_Fail_DEN: 9093
SIP_SC_Total_MOU: 136.22
Peak UE: 27
MB_per_connected_UE: 143.49
DL Data Vol MAC in MB: 8715.92

holiday: 0
CA DL DataVolRatio Pct num: 3280

Avg_Connected_UEs: 69.16
SIP DC%: 
DLRLCLayerDataVolume MB: 160.17
RRC Setup Attempts: 7750
weekend: 0
hr: 20
MAC_UE_SC_Tput: 5501.5
Bearer Releases: 10881

hr: 20
CA Activation Rate num: 9344073
Peak UE: 96
MB_per_connected_UE: 182.03
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4447
DL Data Vol MAC in MB: 5451.39
CA Activation Rate den: 119423

Time: 13:47:52
holiday: 0

SIP DC%: 
UPTP_Mbps: 9.04
DLRLCLayerDataVolume MB: 6989.08
RRC Setup Attempts: 4460
CA Conf FailRate Pct den: 2775
weekend: 0
UPTP Mbps Num: 30745
hr: 2
MAC_UE_SC_Tput: 4828.14

hr: 2
Setup_Fail_DEN: 17558
Peak UE: 39
MB_per_connected_UE: 187.36
PCT Time MIMO: 33.96
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6240
CA Activation Rate den: 91106

Time: 07:25:30
holiday: 0

SIP DC%: 
PRB Util%: 16.71
RRC Setup Attempts: 7544
weekend: 0
UPTP Mbps Num: 32958
CA Activation Rate: 73.34
hr: 8
MAC_UE_SC_Tput: 7195.98
Bearer Releases: 11130

hr: 8
UPTP Mbps Den: 5998
Setup_Fail_DEN: 11212
Peak UE: 27
MB_per_connected_UE: 29.91
CA Activation Rate den: 41520

Time: 10:07:14
holiday: 0

DL MAC Vol Scell Pct: 8.62
SIP DC%: 
DLRLCLayerDataVolume MB: 5682.53
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7373.95
Bearer Releases: 12281

hr: 23
CA Activation Rate num: 6211526
Setup_Fail_DEN: 19858
Peak UE: 61
MB_per_connected_UE: 30.52
UL Throughput: 8.67
DL Data Vol MAC in MB: 4495.42
CA Activation Rate den: 100014

Time: 04:40:24
holiday: 0

Avg_Connected_UEs: 78.34
SIP DC%: 
DLRLCLayerDataVolume MB: 6627.01
PRB Util%: 39.36
RRC Setup Attempts: 5025
weekend: 1
UPTP Mbps Num: 58499
hr: 10
MAC_UE_SC_Tput: 19318.25

hr: 10
CA Activation Rate num: 5461097
UPTP Mbps Den: 1751
Setup_Fail_DEN: 10379
SIP_SC_Total_MOU: 129.42
QCI 1 Bearer Drop%: 1.37
Peak UE: 68
MB_per_connected_UE: 133.23
CA Activation Rate den: 79727

Time: 09:05:54
holiday: 0
HO_att_InterFreq: 202
CA DL DataVolRatio Pct num: 6771

SIP DC%: 
UPTP_Mbps: 127.08
DLRLCLayerDataVolume MB: 8289.04
PRB Util%: 13.57
weekend: 0
UPTP Mbps Num: 39917
hr: 9
MAC_UE_SC_Tput: 10355.97
Bearer Releases: 14319

hr: 9
CA Activation Rate num: 5138007
MB_per_connected_UE: 47.33
DL Volume: 2310

Time: 17:27:38
holiday: 0

Avg_Connected_UEs: 48.39
SIP DC%: 
DLRLCLayerDataVolume MB: 4915.97
CA Conf FailRate Pct den: 3663
weekend: 0
hr: 11
MAC_UE_SC_Tput: 5374.42
Bearer Releases: 11229

hr: 11
CA Activation Rate num: 2069977
Setup_Fail_DEN: 15151
Peak UE: 30
MB_per_connected_UE: 121.18
DL Volume: 5536
DL Data Vol MAC in MB: 2208.31
CA Activation Rate den: 130363

Time: 04:42:54
holiday: 0

DL MAC Vol Scell Pct: 35.05
SIP DC%: 
DLRLCLayerDataVolume MB: 9473.96
CA DL DataVolRatio Pct den: 4713
weekend: 0
UPTP Mbps Num: 4431
hr: 12
MAC_UE_SC_Tput: 19411.17

hr: 12
CA Activation Rate num: 9455191
Setup_Fail_DEN: 10437
SIP_SC_Total_MOU: 122.59
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5388

holiday: 0
CA DL DataVolRatio Pct: 85.88

SIP DC%: 
RRC Setup Attempts: 7385
CA Conf FailRate Pct den: 8611
weekend: 0
UPTP Mbps Num: 55296
hr: 11
MAC_UE_SC_Tput: 11184.89

hr: 11
CA Activation Rate num: 3933460
Setup_Fail_DEN: 8789
SIP_SC_Total_MOU: 91.62
Peak UE: 27
VOLTE IA%: 0.7
MB_per_connected_UE: 124.32
DL Volume: 8747
CA Activation Rate den: 105687

Time: 00:39:00
holiday: 0

Avg_Connected_UEs: 25.21
SIP DC%: 
DLRLCLayerDataVolume MB: 1006.57
DRB UL Data Volume MB: 6904
RRC Setup Attempts: 8125
weekend: 0
hr: 3
MAC_UE_SC_Tput: 4796.69
Bearer Releases: 7225

hr: 3
CA Activation Rate num: 3511495
SIP_SC_Total_MOU: 197.64
VOLTE IA%: 
PCT Time MIMO: 38.56
CA Activation Rate den: 97763

Time: 23:51:26
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6811.02
DL Packet Loss Pct: 6.07
weekend: 0
UPTP Mbps Num: 4955
hr: 0
MAC_UE_SC_Tput: 15579.02
Bearer Releases: 12753

hr: 0
CA Activation Rate num: 8383379
Setup_Fail_DEN: 8363
SIP_SC_Total_MOU: 89.98
Peak UE: 54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4984
DL Data Vol MAC in MB: 1739.79

Time: 18:54:15
holiday: 0
CA DL DataVolRatio Pct: 42.2

DL MAC Vol Scell Pct: 26.26
SIP DC%: 
UPTP_Mbps: 92.66
DLRLCLayerDataVolume MB: 4549.01
RRC Setup Attempts: 7681
weekend: 0
UPTP Mbps Num: 9605
CA Activation Rate: 73.59
hr: 3
MAC_UE_SC_Tput: 5248.66
Bearer Releases: 14282

hr: 3
CA Activation Rate num: 8587988
Setup_Fail_DEN: 6924
SIP_SC_Total_MOU: 197.99
Peak UE: 27
MB_per_connected_UE: 19.44
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7365
DL Data Vol MAC in MB: 8663.33
CA Activation Rate den: 129170

Time: 21:00:41
holiday: 0

DL MAC Vol Scell Pct: 39.88
SIP DC%: 
UPTP_Mbps: 108.81
DLRLCLayerDataVolume MB: 6875.29
DRB UL Data Volume MB: 3045
CA DL DataVolRatio Pct den: 1881
weekend: 1
UPTP Mbps Num: 42731
hr: 12
MAC_UE_SC_Tput: 18808.16
Bearer Releases: 15101

hr: 12
CA Activation Rate num: 9262697
UPTP Mbps Den: 1949
Peak UE: 27
UL Throughput: 9.9
DL Data Vol MAC in MB: 8901.05
HO Failure%: 0.25
CA Activation Rate den: 108070

Combined RACH Preambles: 3450
Time: 11:23:01
holiday: 0
CA DL DataVolRatio Pct: 67.72

DL MAC Vol Scell Pct: 28.63
SIP DC%: 
DLRLCLayerDataVolume MB: 6493
PRB Util%: 62.37
RRC Setup Attempts: 6771
CA DL DataVolRatio Pct den: 5787
weekend: 0
hr: 23
MAC_UE_SC_Tput: 16124.2

hr: 23
CA Activation Rate num: 5987629
UPTP Mbps Den: 3965
Setup_Fail_DEN: 8122
Peak UE: 77
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5595

Time: 08:15:19
holiday: 0
CA DL DataVolRatio Pct: 78.62
CA DL DataVolRatio Pct num: 4453

SIP DC%: 
CA DL DataVolRatio Pct den: 3406
weekend: 0
CA Activation Rate: 70.18
hr: 0
MAC_UE_SC_Tput: 21527.49
Bearer Releases: 18298

hr: 0
SIP_SC_Total_MOU: 18.29
Peak UE: 40
DL Data Vol MAC in MB: 7032

Time: 08:23:51
holiday: 0
CA DL DataVolRatio Pct: 81.4
CA DL DataVolRatio Pct num: 5883

SIP DC%: 
DLRLCLayerDataVolume MB: 4454.18
DRB UL Data Volume MB: 6743
PRB Util%: 13.26
weekend: 0
UPTP Mbps Num: 51641
hr: 6
MAC_UE_SC_Tput: 17613.47

hr: 6
CA Activation Rate num: 5795608
Setup_Fail_DEN: 9605
SIP_SC_Total_MOU: 38.31
MB_per_connected_UE: 9.59
DL Volume: 4274
DL Data Vol MAC in MB: 1658.85

Time: 05:16:42
holiday: 0

SIP DC%: 
UPTP_Mbps: 87.3
DLRLCLayerDataVolume MB: 8550.52
DRB UL Data Volume MB: 2294
PRB Util%: 57.26
weekend: 0
UPTP Mbps Num: 31683
hr: 16
MAC_UE_SC_Tput: 10920.06
Bearer Releases: 7640

hr: 16
CA Activation Rate num: 10437921
SIP_SC_Total_MOU: 85.33
Peak UE: 49
MB_per_connected_UE: 17.82
DL Volume: 4520
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7404
DL Data Vol MAC in MB: 5678.97
CA Activation Rate den: 130559

Time: 10:47:16
holiday: 0

DL MAC Vol Scell Pct: 32.33
SIP DC%: 
PRB Util%: 61.6
RRC Setup Attempts: 4481
weekend: 0
UPTP Mbps Num: 5299
hr: 12
MAC_UE_SC_Tput: 14026.73
Bearer Releases: 8775

hr: 12
CA Activation Rate num: 13593135
Setup_Fail_DEN: 8961
SIP_SC_Total_MOU: 201.44
Peak UE: 45
DL Data Vol MAC in MB: 7964.3
CA Activation Rate den: 36990

Combined RACH Preambles: 4094
Time: 22:40:05
holiday: 0

SIP DC%: 
UPTP_Mbps: 95.82
DLRLCLayerDataVolume MB: 4545.25
CA Conf FailRate Pct den: 3714
weekend: 0
hr: 8
MAC_UE_SC_Tput: 17453.76

hr: 8
CA Activation Rate num: 2456932
Setup_Fail_DEN: 11397
SIP_SC_Total_MOU: 26.05
Peak UE: 76
MB_per_connected_UE: 46.18
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3953
DL Data Vol MAC in MB: 5014.28
CA Activation Rate den: 75059

Time: 17:18:55
holiday: 0

Avg_Connected_UEs: 27.78
SIP DC%: 
DRB UL Data Volume MB: 7349
CA Conf FailRate Pct den: 8554
weekend: 1
CA Activation Rate: 52.19
hr: 23
MAC_UE_SC_Tput: 16634.81

hr: 23
CA Activation Rate num: 3796442
UPTP Mbps Den: 1656
Setup_Fail_DEN: 11659
SIP_SC_Total_MOU: 415.35
Peak UE: 27
MB_per_connected_UE: 86.52
DL Volume: 187
DL Data Vol MAC in MB: 7940.86
CA Activation Rate den: 68366

Time: 14:01:11
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 8645
CA DL DataVolRatio Pct den: 5404
CA Conf FailRate Pct den: 9087
weekend: 0
UPTP Mbps Num: 17018
CA Activation Rate: 30.16
hr: 23
MAC_UE_SC_Tput: 11489.7

hr: 23
CA Activation Rate num: 9360632
SIP_SC_Total_MOU: 321.23
Peak UE: 68
MB_per_connected_UE: 79.07
PCT Time MIMO: 70.38
DL Volume: 8187
DL Data Vol MAC in MB: 4297.56
CA Activation Rate den: 87799

holiday: 0

Avg_Connected_UEs: 36.75
SIP DC%: 
UPTP_Mbps: 79.94
DLRLCLayerDataVolume MB: 8903.25
weekend: 0
hr: 3

hr: 3
CA Activation Rate num: 3894625
Setup_Fail_DEN: 12323
Peak UE: 27
CA Activation Rate den: 170553
Time: 21:04:51

holiday: 0
CA DL DataVolRatio Pct num: 4436

Avg_Connected_UEs: 19.57
SIP DC%: 
DLRLCLayerDataVolume MB: 3538.55
PRB Util%: 64.16
CA DL DataVolRatio Pct den: 7226
weekend: 1
hr: 6

hr: 6
CA Activation Rate num: 7073789
Setup_Fail_DEN: 15588
SIP_SC_Total_MOU: 272.03
Peak UE: 27
MB_per_connected_UE: 47.28
DL Data Vol MAC in MB: 950.18
CA Activation Rate den: 60360

Time: 07:23:12
holiday: 0
CA DL DataVolRatio Pct num: 1324

Avg_Connected_UEs: 55.13
SIP DC%: 
DRB UL Data Volume MB: 8816
PRB Util%: 53.5
CA Conf FailRate Pct den: 4522
weekend: 0
hr: 10

hr: 10
CA Activation Rate num: 10103792
SIP_SC_Total_MOU: 108.1
Peak UE: 27
MB_per_connected_UE: 90.62
DL Data Vol MAC in MB: 2389.27
CA Activation Rate den: 87961

Time: 05:50:13
holiday: 0

SIP DC%: 
PRB Util%: 21.21
DL Packet Loss Pct: 3.98
CA Conf FailRate Pct den: 5990
weekend: 0
UPTP Mbps Num: 12621
hr: 20
MAC_UE_SC_Tput: 13218.93
Bearer Releases: 11552

hr: 20
CA Activation Rate num: 1268584
SIP_SC_Total_MOU: 66.28
Peak UE: 27
MB_per_connected_UE: 71.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5057
DL Data Vol MAC in MB: 9285.69

Time: 22:02:44
holiday: 0
CA DL DataVolRatio Pct: 61.88

SIP DC%: 
UPTP_Mbps: 37.98
DLRLCLayerDataVolume MB: 6996.82
RRC Setup Attempts: 7120
weekend: 0
UPTP Mbps Num: 46675
hr: 0
MAC_UE_SC_Tput: 15618.1

hr: 0
CA Activation Rate num: 1469400
Peak UE: 27
DL Volume: 2760

Time: 03:16:07
holiday: 0
CA DL DataVolRatio Pct num: 6035

DL MAC Vol Scell Pct: 51.29
Avg_Connected_UEs: 56.61
SIP DC%: 
UPTP_Mbps: 76.16
RRC Setup Attempts: 4921
CA Conf FailRate Pct den: 4207
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5165.69
Bearer Releases: 11548

hr: 23
CA Activation Rate num: 5924750
Peak UE: 27

Time: 22:08:06
holiday: 0

DL MAC Vol Scell Pct: 18.95
SIP DC%: 
UPTP_Mbps: 34.13
DLRLCLayerDataVolume MB: 1058.04
PRB Util%: 53.98
CA DL DataVolRatio Pct den: 9990
CA Conf FailRate Pct den: 5139
weekend: 0
CA Activation Rate: 7.18
hr: 23
MAC_UE_SC_Tput: 10279.73
Bearer Releases: 7407

hr: 23
CA Activation Rate num: 3175983
Peak UE: 97
UL Throughput: 9.73
DL Data Vol MAC in MB: 9876.39

Combined RACH Preambles: 3023
Time: 17:21:48
holiday: 0

DL MAC Vol Scell Pct: 24.21
SIP DC%: 
DLRLCLayerDataVolume MB: 151.72
PRB Util%: 41.63
CA Conf FailRate Pct den: 4340
weekend: 0
hr: 3
MAC_UE_SC_Tput: 9314.64
Bearer Releases: 10880

hr: 3
CA Activation Rate num: 8219330
UPTP Mbps Den: 1102
Peak UE: 30
MB_per_connected_UE: 32.79

Time: 05:27:50
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5988.25
DRB UL Data Volume MB: 8058
CA DL DataVolRatio Pct den: 1108
CA Conf FailRate Pct den: 4972
weekend: 0
CA Activation Rate: 68.05
hr: 6
MAC_UE_SC_Tput: 16054.54

hr: 6
CA Activation Rate num: 1433044
Setup_Fail_DEN: 18036
SIP_SC_Total_MOU: 22.85
Peak UE: 27
MB_per_connected_UE: 111.15
DL Data Vol MAC in MB: 2827.4
CA Activation Rate den: 142827

holiday: 0

DL MAC Vol Scell Pct: 22.64
Avg_Connected_UEs: 26.79
SIP DC%: 
UPTP_Mbps: 30.11
DLRLCLayerDataVolume MB: 163.29
PRB Util%: 69.51
DL Packet Loss Pct: 1.81
RRC Setup Attempts: 3699
CA DL DataVolRatio Pct den: 5556
weekend: 1
UPTP Mbps Num: 2623
hr: 23
MAC_UE_SC_Tput: 19663.3
Bearer Releases: 12773

hr: 23
CA Activation Rate num: 5865139
Peak UE: 48
DL Volume: 1616
CA Activation Rate den: 213891

Time: 00:51:18
holiday: 0
CA DL DataVolRatio Pct num: 7466

Avg_Connected_UEs: 69.95
SIP DC%: 
DLRLCLayerDataVolume MB: 9285.24
DRB UL Data Volume MB: 5740
PRB Util%: 6.2
CA DL DataVolRatio Pct den: 8061
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7485.73

hr: 23
CA Activation Rate num: 5313606
Setup_Fail_DEN: 6968
Peak UE: 27
DL Volume: 6001
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7046
CA Activation Rate den: 77469

holiday: 0
CA DL DataVolRatio Pct: 63.49

SIP DC%: 
UPTP_Mbps: 18.1
CA DL DataVolRatio Pct den: 9814
weekend: 0
UPTP Mbps Num: 22976
hr: 13
MAC_UE_SC_Tput: 15461.71
Bearer Releases: 6858

hr: 13
CA Activation Rate num: 2969309
Setup_Fail_DEN: 8079
UL MAC Vol Scell Pct: 1.36
Peak UE: 44
DL Data Vol MAC in MB: 9532.01
CA Activation Rate den: 137773

Time: 08:03:54
holiday: 0

DL MAC Vol Scell Pct: 7.79
SIP DC%: 
DRB UL Data Volume MB: 5687
CA Conf FailRate Pct den: 6783
weekend: 0
hr: 23
MAC_UE_SC_Tput: 9898.95
Bearer Releases: 7877

hr: 23
Peak UE: 30
MB_per_connected_UE: 200.75
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5807
DL Data Vol MAC in MB: 3789.08
CA Activation Rate den: 149548

Combined RACH Preambles: 3830
Time: 22:02:18
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1025.43
DRB UL Data Volume MB: 4806
RRC Setup Attempts: 9341
weekend: 0
UPTP Mbps Num: 51275
CA Activation Rate: 53.76
hr: 23
MAC_UE_SC_Tput: 16189.3
Bearer Releases: 8737

hr: 23
CA Activation Rate num: 9797324
UPTP Mbps Den: 347
Setup_Fail_DEN: 18652
SIP_SC_Total_MOU: 90.45
Peak UE: 27
MB_per_connected_UE: 24.37
DL Volume: 9532
CA Activation Rate den: 215239

Time: 12:48:09
holiday: 0

DL MAC Vol Scell Pct: 41.47
SIP DC%: 
DRB UL Data Volume MB: 3838
CA Conf FailRate Pct den: 6526
weekend: 0
hr: 23

hr: 23
Peak UE: 27
MB_per_connected_UE: 100.05
DL Volume: 6191

holiday: 0

DL MAC Vol Scell Pct: 5.82
SIP DC%: 
DLRLCLayerDataVolume MB: 7886.65
weekend: 0
UPTP Mbps Num: 48330
hr: 15
MAC_UE_SC_Tput: 4810.87

hr: 15
CA Activation Rate num: 8777754
SIP_SC_Total_MOU: 206.96
Peak UE: 27
MB_per_connected_UE: 208.76
DL Data Vol MAC in MB: 7144.32
CA Activation Rate den: 102889

Time: 20:47:35
holiday: 0

DL MAC Vol Scell Pct: 26.15
SIP DC%: 
DLRLCLayerDataVolume MB: 8786.41
weekend: 0
hr: 5
MAC_UE_SC_Tput: 5775.11
Bearer Releases: 6787

hr: 5
CA Activation Rate num: 7496770
SIP_SC_Total_MOU: 259.32
Peak UE: 79
CA Activation Rate den: 50926

Time: 19:05:28
holiday: 0
CA DL DataVolRatio Pct: 78.77

SIP DC%: 
UPTP_Mbps: 19.84
DLRLCLayerDataVolume MB: 2675.81
DRB UL Data Volume MB: 1208
CA DL DataVolRatio Pct den: 9964
weekend: 0
UPTP Mbps Num: 58628
hr: 23
MAC_UE_SC_Tput: 10712.59
Bearer Releases: 16992

hr: 23
CA Activation Rate num: 8981080
SIP_SC_Total_MOU: 14.33
Peak UE: 27
DL Volume: 686
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9328
DL Data Vol MAC in MB: 8114.47

Time: 04:41:38
holiday: 0

DL MAC Vol Scell Pct: 16.9
Avg_Connected_UEs: 49.9
SIP DC%: 
UPTP_Mbps: 9.45
DLRLCLayerDataVolume MB: 6011.63
DRB UL Data Volume MB: 838
RRC Setup Attempts: 4799
weekend: 0
UPTP Mbps Num: 10223
hr: 4
MAC_UE_SC_Tput: 12255.82
Bearer Releases: 17904

hr: 4
CA Activation Rate num: 13571595
UPTP Mbps Den: 475
SIP_SC_Total_MOU: 416.41
Peak UE: 44
MB_per_connected_UE: 78.9
CA Activation Rate den: 128493

Time: 19:02:13
holiday: 0
CA DL DataVolRatio Pct: 64.78

SIP DC%: 
DLRLCLayerDataVolume MB: 6080.72
CA Conf FailRate Pct den: 7289
weekend: 0
UPTP Mbps Num: 27694
hr: 5
MAC_UE_SC_Tput: 9650.93

hr: 5
CA Activation Rate num: 7529498
SIP_SC_Total_MOU: 297.19
Peak UE: 27

Time: 19:23:59
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 8785
RRC Setup Attempts: 3760
CA Conf FailRate Pct den: 2750
weekend: 0
UPTP Mbps Num: 30400
hr: 11
MAC_UE_SC_Tput: 19355.59
Bearer Releases: 11678

hr: 11
CA Activation Rate num: 9822263
UPTP Mbps Den: 4523
Setup_Fail_DEN: 7194
Peak UE: 35
MB_per_connected_UE: 33.68
DL Volume: 9867
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8404
CA Activation Rate den: 55617

Time: 16:26:01
holiday: 0
CA DL DataVolRatio Pct: 90.87

SIP DC%: 
UPTP_Mbps: 40.89
DLRLCLayerDataVolume MB: 6294.8
DRB UL Data Volume MB: 9927
weekend: 0
UPTP Mbps Num: 20241
RRC Setup Failures: 26
hr: 23
MAC_UE_SC_Tput: 8417.48

hr: 23
CA Activation Rate num: 6159437
Setup_Fail_DEN: 15246
SIP_SC_Total_MOU: 3.03
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 36.01
DL Volume: 6775
DL Data Vol MAC in MB: 5157.72

Time: 23:39:37
holiday: 0

Avg_Connected_UEs: 65.53
SIP DC%: 
weekend: 0
UPTP Mbps Num: 50741
CA Activation Rate: 51.36
hr: 8
MAC_UE_SC_Tput: 11119.43
Bearer Releases: 13348

hr: 8
CA Activation Rate num: 5708623
SIP_SC_Total_MOU: 130.82
Peak UE: 27

Time: 02:01:23
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7777.5
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4704.21

hr: 0
UPTP Mbps Den: 756
Peak UE: 33
MB_per_connected_UE: 97.24
DL Data Vol MAC in MB: 6618.76

Time: 02:47:51
holiday: 0
CA DL DataVolRatio Pct num: 6221

SIP DC%: 
RRC Setup Attempts: 7453
CA DL DataVolRatio Pct den: 2517
weekend: 0
hr: 17
MAC_UE_SC_Tput: 11154.95

hr: 17
CA Activation Rate num: 7314747
SIP_SC_Total_MOU: 236.53
Peak UE: 31
MB_per_connected_UE: 55.24
DL Volume: 1115
UL Throughput: 10.09
DL Data Vol MAC in MB: 7536.28

Time: 19:04:59
holiday: 0

SIP DC%: 
UPTP_Mbps: 34.62
DLRLCLayerDataVolume MB: 7876.12
DRB UL Data Volume MB: 1008
RRC Setup Attempts: 3972
weekend: 0
CA Activation Rate: 56.83
hr: 1
MAC_UE_SC_Tput: 5018.73
Bearer Releases: 10208

hr: 1
CA Activation Rate num: 4398554
Setup_Fail_DEN: 10551
Peak UE: 27
MB_per_connected_UE: 86.14
PCT Time MIMO: 54.43
DL Volume: 1602
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4958
DL Data Vol MAC in MB: 5240.11

Time: 14:51:06
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7504.34
DRB UL Data Volume MB: 6944
CA Conf FailRate Pct den: 7700
weekend: 1
CA Activation Rate: 21.73
hr: 23
MAC_UE_SC_Tput: 18243.51
Bearer Releases: 14854

hr: 23
CA Activation Rate num: 8628847
Setup_Fail_DEN: 13493
SIP_SC_Total_MOU: 0.18
Peak UE: 27
MB_per_connected_UE: 189.12
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4093
DL Data Vol MAC in MB: 7242.84

Time: 14:42:42
holiday: 0
CA DL DataVolRatio Pct num: 7031

Avg_Connected_UEs: 30.42
SIP DC%: 
RRC Setup Attempts: 5004
CA DL DataVolRatio Pct den: 3437
weekend: 0
CA Activation Rate: 54.61
hr: 23
MAC_UE_SC_Tput: 11839.75

hr: 23
CA Activation Rate num: 6630860
SIP_SC_Total_MOU: 138.23
Peak UE: 27
MB_per_connected_UE: 156.63
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3250
DL Data Vol MAC in MB: 4239.33
CA Activation Rate den: 58716

Time: 11:52:33
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 604
CA DL DataVolRatio Pct den: 3244
weekend: 1
UPTP Mbps Num: 61185
hr: 6
MAC_UE_SC_Tput: 11594.54

hr: 6
CA Activation Rate num: 9870959
SIP_SC_Total_MOU: 75.67
Peak UE: 57
DL Volume: 3819
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6734
DL Data Vol MAC in MB: 9377.14

Time: 20:13:04
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3450.06
CA DL DataVolRatio Pct den: 4513
CA Conf FailRate Pct den: 6904
weekend: 0
UPTP Mbps Num: 11935
hr: 0
MAC_UE_SC_Tput: 5458.48

hr: 0
CA Activation Rate num: 2936983
UPTP Mbps Den: 853
Peak UE: 27
CA Activation Rate den: 112890

Time: 17:53:27
holiday: 0
CA DL DataVolRatio Pct: 79.5

SIP DC%: 
DLRLCLayerDataVolume MB: 3665.63
PRB Util%: 43.75
CA Conf FailRate Pct den: 6000
weekend: 0
CA Activation Rate: 11.99
hr: 23
MAC_UE_SC_Tput: 8077.52
Bearer Releases: 7900

hr: 23
CA Activation Rate num: 9796286
Setup_Fail_DEN: 16059
Peak UE: 52
PCT Time MIMO: 67.07
DL Volume: 6961
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4691
DL Data Vol MAC in MB: 9931.01
CA Activation Rate den: 49254

Time: 23:28:33
holiday: 0
CA DL DataVolRatio Pct num: 5074

SIP DC%: 
DLRLCLayerDataVolume MB: 6192.39
CA DL DataVolRatio Pct den: 1669
weekend: 0
hr: 8
MAC_UE_SC_Tput: 11860.55

hr: 8
CA Activation Rate num: 744340
SIP_SC_Total_MOU: 226.6
Peak UE: 27
MB_per_connected_UE: 85.53
DL Volume: 4220
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5242
CA Activation Rate den: 60020

Time: 02:38:28
holiday: 0

DL MAC Vol Scell Pct: 10.09
Avg_Connected_UEs: 30.79
SIP DC%: 
UPTP_Mbps: 7.81
DLRLCLayerDataVolume MB: 5118.88
weekend: 0
CA Activation Rate: 72.25
hr: 7
Bearer Releases: 13688

hr: 7
CA Activation Rate num: 9108009
Setup_Fail_DEN: 11053
SIP_SC_Total_MOU: 85.97
Peak UE: 58
VOLTE IA%: 
PCT Time MIMO: 45.84
DL Volume: 753
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7677
CA Activation Rate den: 131258

Time: 20:45:39
holiday: 0

Avg_Connected_UEs: 84.29
SIP DC%: 
DLRLCLayerDataVolume MB: 5586.56
DRB UL Data Volume MB: 3425
RRC Setup Attempts: 6117
weekend: 0
UPTP Mbps Num: 55334
hr: 17
MAC_UE_SC_Tput: 7048.24

hr: 17
CA Activation Rate num: 10122397
SIP_SC_Total_MOU: 282.67
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5575
UL Throughput: 5.93
CA Activation Rate den: 89044

Combined RACH Preambles: 4352
Time: 08:32:27
holiday: 0

DL MAC Vol Scell Pct: 41.66
SIP DC%: 
UPTP_Mbps: 24.08
DLRLCLayerDataVolume MB: 1860.32
PRB Util%: 57.98
RRC Setup Attempts: 9732
CA DL DataVolRatio Pct den: 7209
weekend: 0
UPTP Mbps Num: 52753
hr: 2
MAC_UE_SC_Tput: 11617.15

hr: 2
CA Activation Rate num: 5905730
UPTP Mbps Den: 1574
Peak UE: 36
DL Data Vol MAC in MB: 5728.85

Time: 17:56:38
holiday: 0
CA DL DataVolRatio Pct num: 7081

DL MAC Vol Scell Pct: 45.27
SIP DC%: 
DLRLCLayerDataVolume MB: 8178.11
PRB Util%: 7.01
CA DL DataVolRatio Pct den: 1505
CA Conf FailRate Pct den: 4101
weekend: 0
UPTP Mbps Num: 58621
hr: 20
MAC_UE_SC_Tput: 11999.28
Bearer Releases: 9661

hr: 20
CA Activation Rate num: 9716416
Setup_Fail_DEN: 8609
SIP_SC_Total_MOU: 396.68
Peak UE: 75
CA Activation Rate den: 85755

Time: 05:12:49
holiday: 0

Avg_Connected_UEs: 41.38
SIP DC%: 
CA DL DataVolRatio Pct den: 9872
weekend: 1
hr: 4
MAC_UE_SC_Tput: 6662.04

hr: 4
CA Activation Rate num: 2355855
UPTP Mbps Den: 2409
Setup_Fail_DEN: 14210
SIP_SC_Total_MOU: 294.9
Peak UE: 27
MB_per_connected_UE: 111.35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3797
CA Activation Rate den: 131092

holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 5118
PRB Util%: 60.08
CA DL DataVolRatio Pct den: 2547
CA Conf FailRate Pct den: 8258
weekend: 0
CA Activation Rate: 32.48
hr: 18
MAC_UE_SC_Tput: 12370.43

hr: 18
CA Activation Rate num: 4834822
SIP_SC_Total_MOU: 28.99
Peak UE: 27
DL Data Vol MAC in MB: 9587.23
CA Activation Rate den: 111382

Time: 15:38:36
holiday: 0
CA DL DataVolRatio Pct num: 4048

SIP DC%: 
DLRLCLayerDataVolume MB: 8369.43
CA DL DataVolRatio Pct den: 2444
weekend: 0
hr: 13
MAC_UE_SC_Tput: 10217.98

hr: 13
CA Activation Rate num: 1957758
Setup_Fail_DEN: 15074
DL Data Vol MAC in MB: 10012.32
CA Activation Rate den: 52893

Time: 01:43:44
holiday: 0

Avg_Connected_UEs: 55.77
SIP DC%: 
DLRLCLayerDataVolume MB: 1299.89
PRB Util%: 72.66
RRC Setup Attempts: 5865
CA DL DataVolRatio Pct den: 9350
weekend: 0
UPTP Mbps Num: 6604
CA Activation Rate: 3.23
hr: 0
MAC_UE_SC_Tput: 12512.71

hr: 0
CA Activation Rate num: 4727332
Setup_Fail_DEN: 10865
SIP_SC_Total_MOU: 352.33
VOLTE IA%: 
MB_per_connected_UE: 160.84
CA Activation Rate den: 131616

Time: 22:20:41
holiday: 0
CA DL DataVolRatio Pct num: 253

DL MAC Vol Scell Pct: 12.82
Avg_Connected_UEs: 78.23
SIP DC%: 
DLRLCLayerDataVolume MB: 918.4
weekend: 0
hr: 0
MAC_UE_SC_Tput: 6384.37

hr: 0
CA Activation Rate num: 4384695
Setup_Fail_DEN: 11199
Peak UE: 35
MB_per_connected_UE: 136.06
DL Volume: 9086
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9181
DL Data Vol MAC in MB: 7759.91
Time: 14:25:08

holiday: 0

Avg_Connected_UEs: 54.22
SIP DC%: 
DLRLCLayerDataVolume MB: 3703.18
PRB Util%: 62.34
CA DL DataVolRatio Pct den: 8767
weekend: 0
UPTP Mbps Num: 35148
hr: 13

hr: 13
CA Activation Rate num: 4961798
SIP_SC_Total_MOU: 45.41
Peak UE: 35

Time: 10:45:09
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 942.81
DRB UL Data Volume MB: 8005
CA Conf FailRate Pct den: 2677
weekend: 1
UPTP Mbps Num: 5662
hr: 23
MAC_UE_SC_Tput: 6006.89

hr: 23
CA Activation Rate num: 9860412
SIP_SC_Total_MOU: 436.76
Peak UE: 70
MB_per_connected_UE: 151.82
DL Data Vol MAC in MB: 7233.84

Time: 16:06:47
holiday: 0

Avg_Connected_UEs: 76.6
SIP DC%: 
UPTP_Mbps: 105.45
DLRLCLayerDataVolume MB: 4086.57
DRB UL Data Volume MB: 185
CA Conf FailRate Pct den: 5240
weekend: 0
hr: 9
MAC_UE_SC_Tput: 5854.69
Bearer Releases: 6762

hr: 9
CA Activation Rate num: 5417953
SIP_SC_Total_MOU: 292.25
Peak UE: 27
DL Data Vol MAC in MB: 7311.07

Time: 21:45:47
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8340.94
CA DL DataVolRatio Pct den: 2019
CA Conf FailRate Pct den: 8216
weekend: 1
hr: 7
MAC_UE_SC_Tput: 12375.65
Bearer Releases: 13755

hr: 7
CA Activation Rate num: 4994935
Setup_Fail_DEN: 7249
SIP_SC_Total_MOU: 160.31
Peak UE: 34
VOLTE IA%: 
MB_per_connected_UE: 49.16
DL Volume: 3014
DL Data Vol MAC in MB: 9487.69
CA Activation Rate den: 90726

Time: 08:12:04
holiday: 0

SIP DC%: 
UPTP_Mbps: 17.66
weekend: 0
UPTP Mbps Num: 56916
hr: 0
MAC_UE_SC_Tput: 17417.66

hr: 0
CA Activation Rate num: 4411655
Peak UE: 27
MB_per_connected_UE: 21.45
PCT Time MIMO: 41.47
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7955
DL Data Vol MAC in MB: 8107.79
CA Activation Rate den: 39803

Time: 12:11:32
holiday: 0
CA DL DataVolRatio Pct num: 6104

Avg_Connected_UEs: 20.51
SIP DC%: 
DLRLCLayerDataVolume MB: 8943.45
PRB Util%: 52.59
weekend: 0
hr: 6
MAC_UE_SC_Tput: 8339.86
Bearer Releases: 18645

hr: 6
CA Activation Rate num: 1584196
Setup_Fail_DEN: 8285
Peak UE: 68
MB_per_connected_UE: 36.18
DL Data Vol MAC in MB: 3265.27

Time: 12:21:31
holiday: 0

Avg_Connected_UEs: 50.64
SIP DC%: 
weekend: 0
UPTP Mbps Num: 23105
CA Activation Rate: 10.25
hr: 0
MAC_UE_SC_Tput: 5516.5

hr: 0
CA Activation Rate num: 12970467
SIP_SC_Total_MOU: 9.64
Peak UE: 63
MB_per_connected_UE: 37.54
CA Activation Rate den: 124742

Time: 15:45:28
holiday: 0

DL MAC Vol Scell Pct: 42.24
SIP DC%: 
DRB UL Data Volume MB: 9059
RRC Setup Attempts: 3620
weekend: 0
UPTP Mbps Num: 7042
CA Activation Rate: 10.4
hr: 23
MAC_UE_SC_Tput: 5631.07
Bearer Releases: 12053

hr: 23
CA Activation Rate num: 10916352
SIP_SC_Total_MOU: 90.89
Peak UE: 45
DL Volume: 8881
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5831

Time: 14:27:00
holiday: 0

SIP DC%: 
UPTP_Mbps: 21.84
DLRLCLayerDataVolume MB: 3516.31
weekend: 0
CA Activation Rate: 15.48
hr: 23
MAC_UE_SC_Tput: 8186.28
Bearer Releases: 13869

hr: 23
CA Activation Rate num: 3870354
Setup_Fail_DEN: 18726
SIP_SC_Total_MOU: 126.93
Peak UE: 57
DL Data Vol MAC in MB: 6687.48
CA Activation Rate den: 83248

Time: 01:55:47
holiday: 0

Avg_Connected_UEs: 38.56
SIP DC%: 
DLRLCLayerDataVolume MB: 4802.42
CA DL DataVolRatio Pct den: 8836
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6336.23

hr: 23
SIP_SC_Total_MOU: 128.91
Peak UE: 93
DL Data Vol MAC in MB: 1471.22
CA Activation Rate den: 141732

Time: 06:31:38
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 605.26
DRB UL Data Volume MB: 9924
weekend: 0
UPTP Mbps Num: 38415
hr: 23
MAC_UE_SC_Tput: 12273.92
Bearer Releases: 12239

hr: 23
CA Activation Rate num: 2926297
UPTP Mbps Den: 2236
Peak UE: 27
MB_per_connected_UE: 202.6
PCT Time MIMO: 47.04
DL Data Vol MAC in MB: 9110.69
CA Activation Rate den: 43531

Time: 01:21:57
holiday: 0
CA DL DataVolRatio Pct: 74.78

Avg_Connected_UEs: 84.3
SIP DC%: 
UPTP_Mbps: 55.69
DLRLCLayerDataVolume MB: 3910.32
DRB UL Data Volume MB: 6216
weekend: 0
UPTP Mbps Num: 22668
hr: 21
MAC_UE_SC_Tput: 4461.92
Bearer Releases: 16317

hr: 21
SIP_SC_Total_MOU: 163.2
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4923
CA Activation Rate den: 82612

Time: 21:29:06
holiday: 0

Avg_Connected_UEs: 56.88
SIP DC%: 
DLRLCLayerDataVolume MB: 7163.21
CA DL DataVolRatio Pct den: 6827
weekend: 0
UPTP Mbps Num: 61795
CA Activation Rate: 4.72
hr: 0

hr: 0
CA Activation Rate num: 10809863
UPTP Mbps Den: 1370
MB_per_connected_UE: 67.7
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3696
DL Data Vol MAC in MB: 9573.39
CA Activation Rate den: 56773

Time: 16:42:42
holiday: 0

DL MAC Vol Scell Pct: 43.79
SIP DC%: 
DRB UL Data Volume MB: 1434
PRB Util%: 22.96
weekend: 1
CA Activation Rate: 51.5
hr: 12
MAC_UE_SC_Tput: 9042.35
Bearer Releases: 7699

hr: 12
CA Activation Rate num: 5064363
SIP_SC_Total_MOU: 395.55
Peak UE: 27
MB_per_connected_UE: 101.93
PCT Time MIMO: 69.72
UL Throughput: 9.28
CA Activation Rate den: 56085

Time: 20:52:46
holiday: 0
CA DL DataVolRatio Pct num: 1967

DL MAC Vol Scell Pct: 17.81
SIP DC%: 
DLRLCLayerDataVolume MB: 1262.33
RRC Setup Attempts: 3900
CA DL DataVolRatio Pct den: 9771
CA Conf FailRate Pct den: 5840
weekend: 0
CA Activation Rate: 47.61
hr: 23
MAC_UE_SC_Tput: 17820.04

hr: 23
Peak UE: 27
CA Activation Rate den: 223412

Time: 16:46:57
holiday: 0

Avg_Connected_UEs: 23.23
SIP DC%: 
DLRLCLayerDataVolume MB: 8908.83
CA DL DataVolRatio Pct den: 9530
weekend: 1
CA Activation Rate: 45.59
hr: 12
MAC_UE_SC_Tput: 11447.86

hr: 12
CA Activation Rate num: 5744819
Setup_Fail_DEN: 17307
SIP_SC_Total_MOU: 20.09
Peak UE: 27
DL Data Vol MAC in MB: 2965.56

Time: 22:19:21
holiday: 0
CA DL DataVolRatio Pct num: 5198

SIP DC%: 
UPTP_Mbps: 24.51
DRB UL Data Volume MB: 7650
weekend: 0
hr: 8
MAC_UE_SC_Tput: 9528.41
Bearer Releases: 13247

hr: 8
Setup_Fail_DEN: 16109
SIP_SC_Total_MOU: 118.95
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 183.48

Time: 04:47:34
holiday: 0
CA DL DataVolRatio Pct: 88.39
CA DL DataVolRatio Pct num: 3054

Avg_Connected_UEs: 79.52
SIP DC%: 
DLRLCLayerDataVolume MB: 5709.59
DRB UL Data Volume MB: 8080
CA Conf FailRate Pct den: 3589
weekend: 0
CA Activation Rate: 34.38
hr: 10
MAC_UE_SC_Tput: 5454.52

hr: 10
Setup_Fail_DEN: 18107
Peak UE: 56
MB_per_connected_UE: 198.79
DL Volume: 2739
DL Data Vol MAC in MB: 1854.56

Time: 05:18:34
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1493.45
CA Conf FailRate Pct den: 4400
weekend: 0
UPTP Mbps Num: 27141
hr: 18
MAC_UE_SC_Tput: 12063.17
Bearer Releases: 16630

hr: 18
CA Activation Rate num: 9358778
UPTP Mbps Den: 5079
Setup_Fail_DEN: 12903
SIP_SC_Total_MOU: 332.79
Peak UE: 89
MB_per_connected_UE: 153.98
DL Volume: 8011

Combined RACH Preambles: 2428
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7705.29
CA DL DataVolRatio Pct den: 4329
weekend: 0
CA Activation Rate: 20.74
hr: 9
MAC_UE_SC_Tput: 7208.2
Bearer Releases: 10832

hr: 9
CA Activation Rate num: 8004920
Peak UE: 77
MB_per_connected_UE: 57.27
PCT Time MIMO: 37.57
DL Volume: 1573
DL Data Vol MAC in MB: 10094.93
CA Activation Rate den: 175991

Combined RACH Preambles: 3259
Time: 03:19:13
holiday: 0

Avg_Connected_UEs: 52.26
SIP DC%: 
DLRLCLayerDataVolume MB: 6284.46
DRB UL Data Volume MB: 8062
PRB Util%: 66.12
weekend: 0
hr: 22
MAC_UE_SC_Tput: 8068.69
Bearer Releases: 18436

hr: 22
CA Activation Rate num: 10621330
SIP_SC_Total_MOU: 399.01
Peak UE: 27
MB_per_connected_UE: 42.69
DL Volume: 7840
DL Data Vol MAC in MB: 3913.65
CA Activation Rate den: 73344

Time: 11:17:38
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7254.26
DRB UL Data Volume MB: 6824
weekend: 0
hr: 23

hr: 23
CA Activation Rate num: 5579386
Setup_Fail_DEN: 16043
MB_per_connected_UE: 160.97
DL Volume: 4014
DL Data Vol MAC in MB: 1100.54
CA Activation Rate den: 58888

Time: 02:35:23
holiday: 0
CA DL DataVolRatio Pct: 58.83
CA DL DataVolRatio Pct num: 6669

Avg_Connected_UEs: 47.1
SIP DC%: 
DLRLCLayerDataVolume MB: 7197.95
weekend: 0
UPTP Mbps Num: 57922
hr: 23
MAC_UE_SC_Tput: 12700.39

hr: 23
CA Activation Rate num: 8328478
Setup_Fail_DEN: 16769
SIP_SC_Total_MOU: 23.57
Peak UE: 27
MB_per_connected_UE: 105.15
DL Volume: 1456
CA Activation Rate den: 127768

Time: 19:26:01
holiday: 0

Avg_Connected_UEs: 63.88
SIP DC%: 
PRB Util%: 62.6
CA DL DataVolRatio Pct den: 7316
weekend: 0
CA Activation Rate: 23.75
hr: 8
MAC_UE_SC_Tput: 18097

hr: 8
CA Activation Rate num: 5264999
Peak UE: 60
DL Data Vol MAC in MB: 10032.28

Time: 01:31:45
holiday: 0

DL MAC Vol Scell Pct: 46.4
SIP DC%: 
UPTP_Mbps: 106.87
CA DL DataVolRatio Pct den: 3100
CA Conf FailRate Pct den: 3781
weekend: 0
hr: 14
MAC_UE_SC_Tput: 4683.36

hr: 14
Setup_Fail_DEN: 14841
Peak UE: 38
MB_per_connected_UE: 49.53

Time: 07:03:43
holiday: 0

Avg_Connected_UEs: 81.8
SIP DC%: 
CA DL DataVolRatio Pct den: 9916
weekend: 0
hr: 13
MAC_UE_SC_Tput: 6161.4
Bearer Releases: 12930

hr: 13
CA Activation Rate num: 12959204
UPTP Mbps Den: 2082
SIP_SC_Total_MOU: 447.91
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 119.75

Time: 19:07:13
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7485.15
CA DL DataVolRatio Pct den: 6077
weekend: 0
CA Activation Rate: 76.03
hr: 20
MAC_UE_SC_Tput: 11225.43
Bearer Releases: 11831

hr: 20
CA Activation Rate num: 5405734
Setup_Fail_DEN: 11682
Peak UE: 27
MB_per_connected_UE: 179.96
CA Activation Rate den: 63900

Time: 09:58:21
holiday: 0

Avg_Connected_UEs: 39.85
SIP DC%: 
UPTP_Mbps: 25.7
DLRLCLayerDataVolume MB: 7932.43
weekend: 0
hr: 3
MAC_UE_SC_Tput: 6973.16

hr: 3
CA Activation Rate num: 8814966
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6227
CA Activation Rate den: 91826

Time: 11:56:37
holiday: 0
CA DL DataVolRatio Pct: 55.68

Avg_Connected_UEs: 58.16
SIP DC%: 
UPTP_Mbps: 66.98
DLRLCLayerDataVolume MB: 7704.63
CA DL DataVolRatio Pct den: 9063
weekend: 0
hr: 18
MAC_UE_SC_Tput: 8603.38

hr: 18
CA Activation Rate num: 10675879
UPTP Mbps Den: 5667
Setup_Fail_DEN: 10330
SIP_SC_Total_MOU: 109.12
Peak UE: 59

Time: 05:13:25
holiday: 0
CA DL DataVolRatio Pct: 75.81

Avg_Connected_UEs: 45.12
SIP DC%: 
DLRLCLayerDataVolume MB: 725.21
CA Conf FailRate Pct den: 6836
weekend: 0
CA Activation Rate: 37.97
hr: 23
MAC_UE_SC_Tput: 10241.1

hr: 23
SIP_SC_Total_MOU: 221.08
Peak UE: 65
PCT Time MIMO: 49.9
DL Data Vol MAC in MB: 549.41

Time: 15:34:27
holiday: 0

SIP DC%: 
PRB Util%: 38.88
RRC Setup Attempts: 4757
weekend: 0
hr: 17
MAC_UE_SC_Tput: 9103.72
Bearer Releases: 7336

hr: 17
CA Activation Rate num: 10588335
Setup_Fail_DEN: 7658
Peak UE: 27
DL Data Vol MAC in MB: 4422.6

Time: 22:58:48
holiday: 0

SIP DC%: 
UPTP_Mbps: 49.67
DLRLCLayerDataVolume MB: 7972.06
RRC Setup Attempts: 4653
CA DL DataVolRatio Pct den: 9311
CA Conf FailRate Pct den: 7521
weekend: 0
CA Activation Rate: 13.66
hr: 6
MAC_UE_SC_Tput: 5250.4

hr: 6
CA Activation Rate num: 4276728
Setup_Fail_DEN: 18768
SIP_SC_Total_MOU: 41.35
Peak UE: 29
MB_per_connected_UE: 147.79
DL Volume: 2581
DL Data Vol MAC in MB: 3815.21
CA Activation Rate den: 84722

Time: 04:09:14
holiday: 0
CA DL DataVolRatio Pct: 74.51

DL MAC Vol Scell Pct: 24.59
SIP DC%: 
PRB Util%: 45.24
CA DL DataVolRatio Pct den: 3427
CA Conf FailRate Pct den: 7960
weekend: 0
hr: 20
MAC_UE_SC_Tput: 9757.33

hr: 20
CA Activation Rate num: 10564215
Setup_Fail_DEN: 16099
Peak UE: 35
DL Data Vol MAC in MB: 5238.48

Time: 15:23:40
holiday: 0
CA DL DataVolRatio Pct num: 5355

SIP DC%: 
UPTP_Mbps: 10.62
CA DL DataVolRatio Pct den: 8299
weekend: 0
CA Activation Rate: 1.32
hr: 20
MAC_UE_SC_Tput: 27033.09
Bearer Releases: 9337

hr: 20
CA Activation Rate num: 5461866
Peak UE: 27
MB_per_connected_UE: 146.45
CA Activation Rate den: 62097

Time: 22:28:04
holiday: 0

Avg_Connected_UEs: 38.29
SIP DC%: 
UPTP_Mbps: 12.53
DLRLCLayerDataVolume MB: 1066.5
PRB Util%: 3.56
CA Conf FailRate Pct den: 7924
weekend: 0
hr: 11
MAC_UE_SC_Tput: 18309.31

hr: 11
Peak UE: 69
MB_per_connected_UE: 110.62
DL Volume: 3691
DL Data Vol MAC in MB: 6692.78
CA Activation Rate den: 47188

Time: 06:59:57
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4825.35
DRB UL Data Volume MB: 9196
PRB Util%: 9.47
CA DL DataVolRatio Pct den: 4073
weekend: 0
hr: 20
MAC_UE_SC_Tput: 10139.64
Bearer Releases: 18327

hr: 20
CA Activation Rate num: 87084
SIP_SC_Total_MOU: 260.85
Peak UE: 31
MB_per_connected_UE: 101.75
DL Data Vol MAC in MB: 7617.2
CA Activation Rate den: 56027

Time: 17:59:11
holiday: 0
CA DL DataVolRatio Pct: 50.04

Avg_Connected_UEs: 62.73
SIP DC%: 
DLRLCLayerDataVolume MB: 7147.39
DRB UL Data Volume MB: 9394
RRC Setup Attempts: 8277
weekend: 0
hr: 20
MAC_UE_SC_Tput: 13325.49
Bearer Releases: 8506

hr: 20
SIP_SC_Total_MOU: 90.05
Peak UE: 41
CA Activation Rate den: 62666

Time: 22:17:22
holiday: 0

Avg_Connected_UEs: 40.91
SIP DC%: 
UPTP_Mbps: 36.76
RRC Setup Attempts: 6961
CA DL DataVolRatio Pct den: 8049
weekend: 0
UPTP Mbps Num: 30821
CA Activation Rate: 74.12
hr: 2

hr: 2
CA Activation Rate num: 3132330
Setup_Fail_DEN: 8023
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 38.83
DL Volume: 5278
CA Activation Rate den: 226434
Combined RACH Preambles: 2192

Time: 00:00:48
holiday: 0

SIP DC%: 
UPTP_Mbps: 44.56
DLRLCLayerDataVolume MB: 5984.14
weekend: 0
CA Activation Rate: 76.77
hr: 23
MAC_UE_SC_Tput: 4377.31

hr: 23
CA Activation Rate num: 1866668
Setup_Fail_DEN: 14915
Peak UE: 34
DL Data Vol MAC in MB: 2425.02
CA Activation Rate den: 48449
Time: 07:47:26

holiday: 0
CA DL DataVolRatio Pct: 42.81

SIP DC%: 
DLRLCLayerDataVolume MB: 307.61
weekend: 0
CA Activation Rate: 16.21
hr: 5

hr: 5
CA Activation Rate num: 2501168
SIP_SC_Total_MOU: 204.02
MB_per_connected_UE: 48.77
DL Volume: 5656
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3362
DL Data Vol MAC in MB: 6552.9
CA Activation Rate den: 82392

Time: 02:49:13
holiday: 0
CA DL DataVolRatio Pct num: 794

SIP DC%: 
DLRLCLayerDataVolume MB: 6258.28
CA DL DataVolRatio Pct den: 7813
weekend: 0
hr: 23
MAC_UE_SC_Tput: 12120.66
Bearer Releases: 8187

hr: 23
CA Activation Rate num: 962320
Peak UE: 44
MB_per_connected_UE: 184.1
CA Activation Rate den: 49864

Combined RACH Preambles: 3162
Time: 07:55:22
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2975.77
DL Packet Loss Pct: 0.79
CA DL DataVolRatio Pct den: 9176
CA Conf FailRate Pct den: 8213
weekend: 0
UPTP Mbps Num: 38868
hr: 3
MAC_UE_SC_Tput: 10055.69

hr: 3
CA Activation Rate num: 10476153
Setup_Fail_DEN: 14402
Peak UE: 27
MB_per_connected_UE: 45.68
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6915
CA Activation Rate den: 177128

Time: 21:31:20
holiday: 0
CA DL DataVolRatio Pct: 54.34
CA DL DataVolRatio Pct num: 2699

SIP DC%: 
DLRLCLayerDataVolume MB: 1541.98
DRB UL Data Volume MB: 5154
weekend: 0
UPTP Mbps Num: 62247
hr: 19
MAC_UE_SC_Tput: 14230.64

hr: 19
CA Activation Rate num: 5087152
Setup_Fail_DEN: 16098
Peak UE: 27
DL Volume: 6840
CA Activation Rate den: 143130

Time: 23:09:15
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8881.88
DRB UL Data Volume MB: 3224
DL Packet Loss Pct: 2.84
CA DL DataVolRatio Pct den: 3463
weekend: 0
CA Activation Rate: 27.77
hr: 14
MAC_UE_SC_Tput: 5677.16

hr: 14
CA Activation Rate num: 9319407
Peak UE: 37
MB_per_connected_UE: 73.57
DL Volume: 5948
DL Data Vol MAC in MB: 647.94
CA Activation Rate den: 62215

Time: 22:33:55
holiday: 0
CA DL DataVolRatio Pct num: 6617

SIP DC%: 
DLRLCLayerDataVolume MB: 7107.88
weekend: 0
UPTP Mbps Num: 8597
CA Activation Rate: 72.32
hr: 7

hr: 7
CA Activation Rate num: 2588040
Peak UE: 75
DL Volume: 687

Time: 05:12:28
holiday: 0
CA DL DataVolRatio Pct num: 6115

Avg_Connected_UEs: 78.97
SIP DC%: 
DLRLCLayerDataVolume MB: 3315.39
weekend: 0
CA Activation Rate: 73.64
hr: 23
MAC_UE_SC_Tput: 6211.65

hr: 23
CA Activation Rate num: 6147060
Peak UE: 47
MB_per_connected_UE: 95.54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8930
DL Data Vol MAC in MB: 9402.18
CA Activation Rate den: 52410

Time: 22:08:39
holiday: 0
CA DL DataVolRatio Pct: 62.75
CA DL DataVolRatio Pct num: 5558

DL MAC Vol Scell Pct: 24.84
Avg_Connected_UEs: 81.17
SIP DC%: 
weekend: 0
UPTP Mbps Num: 24824
hr: 23
MAC_UE_SC_Tput: 5103.52
Bearer Releases: 7259

hr: 23
UPTP Mbps Den: 2123
Setup_Fail_DEN: 6631
Peak UE: 42
MB_per_connected_UE: 72.11
DL Volume: 2311
CA Activation Rate den: 157452

Time: 15:24:31
holiday: 0
CA DL DataVolRatio Pct num: 7133

SIP DC%: 
UPTP_Mbps: 37.25
DLRLCLayerDataVolume MB: 2022.63
RRC Setup Attempts: 7004
weekend: 0
UPTP Mbps Num: 37618
CA Activation Rate: 17.56
hr: 7
MAC_UE_SC_Tput: 9249.02

hr: 7
Avg CQI: 9
Setup_Fail_DEN: 18923
SIP_SC_Total_MOU: 401.95
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 129.14
DL Data Vol MAC in MB: 2755.05
CA Activation Rate den: 133751

Combined RACH Preambles: 4151
Time: 18:33:10
holiday: 0
CA DL DataVolRatio Pct num: 6026

SIP DC%: 
CA DL DataVolRatio Pct den: 8375
CA Conf FailRate Pct den: 8864
weekend: 0
UPTP Mbps Num: 31362
CA Activation Rate: 31.26
hr: 7
MAC_UE_SC_Tput: 7387.27
Bearer Releases: 16682

hr: 7
CA Activation Rate num: 4845463
Setup_Fail_DEN: 8978
SIP_SC_Total_MOU: 39.49
MB_per_connected_UE: 30.85
DL Data Vol MAC in MB: 6126.78
CA Activation Rate den: 136293

Time: 09:46:36
holiday: 0
CA DL DataVolRatio Pct: 82.06

SIP DC%: 
UPTP_Mbps: 24.71
DLRLCLayerDataVolume MB: 6138.77
weekend: 0
hr: 1
MAC_UE_SC_Tput: 16968.11
Bearer Releases: 17337

hr: 1
CA Activation Rate num: 10288889
UPTP Mbps Den: 4703
SIP_SC_Total_MOU: 113.89
Peak UE: 27
MB_per_connected_UE: 63.2

Time: 00:02:43
holiday: 0
CA DL DataVolRatio Pct num: 6796

Avg_Connected_UEs: 41.86
SIP DC%: 
UPTP_Mbps: 30.54
weekend: 0
UPTP Mbps Num: 61083
hr: 4
MAC_UE_SC_Tput: 7876.82

hr: 4
CA Activation Rate num: 4949762
UPTP Mbps Den: 5305
Peak UE: 27
DL Volume: 6362
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5335

holiday: 0
CA DL DataVolRatio Pct: 66.91
CA DL DataVolRatio Pct num: 5928

SIP DC%: 
DLRLCLayerDataVolume MB: 1066.39
RRC Setup Attempts: 7313
weekend: 0
UPTP Mbps Num: 2748
CA Activation Rate: 19.33
hr: 16
MAC_UE_SC_Tput: 7317.31

hr: 16
CA Activation Rate num: 7974985
UPTP Mbps Den: 1765
Setup_Fail_DEN: 13960
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 30.39

Time: 08:14:54
holiday: 0

SIP DC%: 
UPTP_Mbps: 20.59
DLRLCLayerDataVolume MB: 4611.2
DRB UL Data Volume MB: 5193
weekend: 1
CA Activation Rate: 64.02
hr: 23
Bearer Releases: 12820

hr: 23
CA Activation Rate num: 4120644
Setup_Fail_DEN: 11184
DL Data Vol MAC in MB: 4653.46
CA Activation Rate den: 165889

Time: 20:07:56
holiday: 0
CA DL DataVolRatio Pct num: 1250

DL MAC Vol Scell Pct: 47.8
Avg_Connected_UEs: 51.82
SIP DC%: 
RRC Setup Attempts: 5337
weekend: 0
UPTP Mbps Num: 7168
hr: 23
MAC_UE_SC_Tput: 12824.78

hr: 23
Peak UE: 27
MB_per_connected_UE: 160.12
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7876
DL Data Vol MAC in MB: 6153.57

Time: 16:09:15
holiday: 0
CA DL DataVolRatio Pct num: 2796

SIP DC%: 
DLRLCLayerDataVolume MB: 4146.92
RRC Setup Attempts: 4763
CA DL DataVolRatio Pct den: 9048
weekend: 0
UPTP Mbps Num: 31708
hr: 6
MAC_UE_SC_Tput: 6164.17
Bearer Releases: 17035

hr: 6
CA Activation Rate num: 10093510
Setup_Fail_DEN: 10395
Peak UE: 27
MB_per_connected_UE: 33.31
DL Volume: 1774
DL Data Vol MAC in MB: 7614.08
CA Activation Rate den: 199501

Time: 23:12:15
holiday: 0
CA DL DataVolRatio Pct: 66.4
CA DL DataVolRatio Pct num: 3799

DL MAC Vol Scell Pct: 55.85
SIP DC%: 
UPTP_Mbps: 96.25
DLRLCLayerDataVolume MB: 5451.19
RRC Setup Attempts: 4337
CA DL DataVolRatio Pct den: 8816
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4458.42

hr: 0
CA Activation Rate num: 10073096
SIP_SC_Total_MOU: 46.69
Peak UE: 47
MB_per_connected_UE: 73.75
CA Activation Rate den: 43182

Time: 03:41:32
holiday: 0
CA DL DataVolRatio Pct: 89.23

Avg_Connected_UEs: 79.8
SIP DC%: 
DLRLCLayerDataVolume MB: 2877.3
weekend: 0
UPTP Mbps Num: 15579
hr: 7
MAC_UE_SC_Tput: 21066.46
Bearer Releases: 10627

hr: 7
CA Activation Rate num: 9786621
Setup_Fail_DEN: 13554
Peak UE: 54
MB_per_connected_UE: 148.63
DL Data Vol MAC in MB: 4916.69
CA Activation Rate den: 75562

Time: 07:15:18
holiday: 0
CA DL DataVolRatio Pct: 43.2

Avg_Connected_UEs: 74.84
SIP DC%: 
DLRLCLayerDataVolume MB: 6255.11
DRB UL Data Volume MB: 628
weekend: 0
UPTP Mbps Num: 14098
hr: 5
MAC_UE_SC_Tput: 10169.26
Bearer Releases: 12128

hr: 5
CA Activation Rate num: 4103676
Setup_Fail_DEN: 7379
Peak UE: 68
MB_per_connected_UE: 27.28
DL Volume: 782
CA Activation Rate den: 52789

Time: 17:39:42
holiday: 0
CA DL DataVolRatio Pct: 75.64
CA DL DataVolRatio Pct num: 1845

SIP DC%: 
DLRLCLayerDataVolume MB: 7239.25
weekend: 0
UPTP Mbps Num: 11685
hr: 0
MAC_UE_SC_Tput: 5877.05

hr: 0
CA Activation Rate num: 2046118
Peak UE: 31
DL Volume: 7817
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4843
DL Data Vol MAC in MB: 3093.25

Time: 00:53:28
holiday: 0
CA DL DataVolRatio Pct: 43.1

SIP DC%: 
DRB UL Data Volume MB: 2639
weekend: 0
UPTP Mbps Num: 60079
hr: 9
MAC_UE_SC_Tput: 7348.52
Bearer Releases: 12270

hr: 9
CA Activation Rate num: 6345541
Setup_Fail_DEN: 18080
SIP_SC_Total_MOU: 439.11
Peak UE: 75
DL Volume: 8624
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3657
DL Data Vol MAC in MB: 1632.01
CA Activation Rate den: 37411

Time: 18:44:38
holiday: 0
CA DL DataVolRatio Pct: 80.43

DL MAC Vol Scell Pct: 3.23
SIP DC%: 
DLRLCLayerDataVolume MB: 7739.72
DRB UL Data Volume MB: 2277
CA Conf FailRate Pct den: 5533
weekend: 0
hr: 9
MAC_UE_SC_Tput: 22319.27
Bearer Releases: 18321

hr: 9
CA Activation Rate num: 4490529
UPTP Mbps Den: 658
SIP_SC_Total_MOU: 339.78
Peak UE: 93
MB_per_connected_UE: 121.37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7110

holiday: 0
CA DL DataVolRatio Pct: 81.84

SIP DC%: 
RRC Setup Attempts: 8813
weekend: 0
hr: 10

hr: 10
CA Activation Rate num: 2047475
Setup_Fail_DEN: 18385
Peak UE: 50
DL Volume: 6408
DL Data Vol MAC in MB: 779.83
CA Activation Rate den: 208696

Time: 11:10:02
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2396.24
CA DL DataVolRatio Pct den: 8945
CA Conf FailRate Pct den: 5959
weekend: 0
CA Activation Rate: 36.5
hr: 14
MAC_UE_SC_Tput: 18594.62

hr: 14
Setup_Fail_DEN: 13392
Peak UE: 64
MB_per_connected_UE: 38.66
DL Volume: 6031
CA Activation Rate den: 62813

Time: 19:15:15
holiday: 0
CA DL DataVolRatio Pct: 71.42
CA DL DataVolRatio Pct num: 6204

Avg_Connected_UEs: 33.27
SIP DC%: 
DLRLCLayerDataVolume MB: 5170.71
DRB UL Data Volume MB: 8087
CA DL DataVolRatio Pct den: 4838
weekend: 0
hr: 1
MAC_UE_SC_Tput: 9974.5
Bearer Releases: 6658

hr: 1
CA Activation Rate num: 5940147
Peak UE: 27
UL Throughput: 12.76
DL Data Vol MAC in MB: 8087.42

Time: 01:58:56
holiday: 0

Avg_Connected_UEs: 53.93
SIP DC%: 
UPTP_Mbps: 16.62
DLRLCLayerDataVolume MB: 4148.01
PRB Util%: 40.94
weekend: 0
CA Activation Rate: 41
hr: 8
MAC_UE_SC_Tput: 5614.05
Bearer Releases: 11364

hr: 8
CA Activation Rate num: 6980380
Peak UE: 81
MB_per_connected_UE: 110.85
DL Volume: 2408
DL Data Vol MAC in MB: 6062.07
CA Activation Rate den: 121882

Time: 05:07:43
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 5427
weekend: 1
hr: 13
MAC_UE_SC_Tput: 19546.59

hr: 13
CA Activation Rate num: 5696381
SIP_SC_Total_MOU: 365.4
MB_per_connected_UE: 11.32

Time: 03:55:59
holiday: 0
CA DL DataVolRatio Pct num: 7111

Avg_Connected_UEs: 71.4
SIP DC%: 
UPTP_Mbps: 9.09
DLRLCLayerDataVolume MB: 8405.07
DRB UL Data Volume MB: 552
RRC Setup Attempts: 5754
CA Conf FailRate Pct den: 4646
weekend: 0
UPTP Mbps Num: 912
hr: 23
MAC_UE_SC_Tput: 8092.36
Bearer Releases: 12151

hr: 23
CA Activation Rate num: 1076890
Setup_Fail_DEN: 14488
SIP_SC_Total_MOU: 31.85
Peak UE: 27
MB_per_connected_UE: 106.59
PCT Time MIMO: 35.62
DL Volume: 2996
CA Activation Rate den: 74622

Time: 11:24:41
holiday: 0

DL MAC Vol Scell Pct: 40.27
SIP DC%: 
DLRLCLayerDataVolume MB: 5841.93
PRB Util%: 63.21
weekend: 0
UPTP Mbps Num: 791
hr: 0
MAC_UE_SC_Tput: 7719.42
Bearer Releases: 9602

hr: 0
SIP_SC_Total_MOU: 417.84
Peak UE: 28
MB_per_connected_UE: 124.8
DL Volume: 9326
DL Data Vol MAC in MB: 3564.68
CA Activation Rate den: 57611

Time: 04:17:13
holiday: 0
CA DL DataVolRatio Pct: 64.94
CA DL DataVolRatio Pct num: 6540

SIP DC%: 
DLRLCLayerDataVolume MB: 7742.52
PRB Util%: 19.65
RRC Setup Attempts: 6556
weekend: 0
UPTP Mbps Num: 36497
hr: 3
MAC_UE_SC_Tput: 13289.36
Bearer Releases: 9038

hr: 3
Setup_Fail_DEN: 6868
SIP_SC_Total_MOU: 16.58
Peak UE: 31
MB_per_connected_UE: 44.45
PCT Time MIMO: 54.62
DL Data Vol MAC in MB: 6775.98

Time: 13:13:17
holiday: 0

SIP DC%: 
UPTP_Mbps: 21.25
DLRLCLayerDataVolume MB: 6958.84
DRB UL Data Volume MB: 6606
CA DL DataVolRatio Pct den: 6014
weekend: 0
UPTP Mbps Num: 41729
hr: 23
MAC_UE_SC_Tput: 14500.54

hr: 23
CA Activation Rate num: 5347522
Peak UE: 27
DL Volume: 3740
DL Data Vol MAC in MB: 4591.54
CA Activation Rate den: 114532

Time: 12:48:18
holiday: 0

Avg_Connected_UEs: 61.93
SIP DC%: 
DRB UL Data Volume MB: 5959
CA DL DataVolRatio Pct den: 3343
weekend: 0
UPTP Mbps Num: 5073
hr: 12
MAC_UE_SC_Tput: 5835.22

hr: 12
CA Activation Rate num: 4463094
Peak UE: 63
MB_per_connected_UE: 39.97
DL Data Vol MAC in MB: 7057.16

Time: 18:06:05
holiday: 0
CA DL DataVolRatio Pct: 70.96

DL MAC Vol Scell Pct: 30.31
Avg_Connected_UEs: 35.84
SIP DC%: 
DRB UL Data Volume MB: 3475
CA DL DataVolRatio Pct den: 7179
weekend: 0
CA Activation Rate: 34.5
hr: 15
MAC_UE_SC_Tput: 11507.45
Bearer Releases: 7133

hr: 15
CA Activation Rate num: 2004049
Setup_Fail_DEN: 11383
Peak UE: 78
DL Data Vol MAC in MB: 4609.18
CA Activation Rate den: 51587

Time: 03:16:08
holiday: 0
CA DL DataVolRatio Pct num: 6835

SIP DC%: 
DLRLCLayerDataVolume MB: 9580.26
DRB UL Data Volume MB: 1884
RRC Setup Attempts: 5329
CA Conf FailRate Pct den: 8651
weekend: 0
UPTP Mbps Num: 9133
hr: 0
MAC_UE_SC_Tput: 9038.7

hr: 0
CA Activation Rate num: 6781488
Setup_Fail_DEN: 8684
Peak UE: 64
DL Data Vol MAC in MB: 9806.76
CA Activation Rate den: 93634

holiday: 0

SIP DC%: 
UPTP_Mbps: 29.97
DRB UL Data Volume MB: 9049
weekend: 0
UPTP Mbps Num: 61612
hr: 15
MAC_UE_SC_Tput: 4860.55

hr: 15
UPTP Mbps Den: 2400
Setup_Fail_DEN: 12659
SIP_SC_Total_MOU: 32.61
Peak UE: 86
DL Volume: 1870
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9168
CA Activation Rate den: 106628

Time: 14:07:37
holiday: 0
CA DL DataVolRatio Pct: 76.27
CA DL DataVolRatio Pct num: 7463

SIP DC%: 
CA DL DataVolRatio Pct den: 8504
weekend: 0
CA Activation Rate: 24.16
hr: 13
MAC_UE_SC_Tput: 8099

hr: 13
CA Activation Rate num: 5624595
SIP_SC_Total_MOU: 63.07
Peak UE: 61
MB_per_connected_UE: 53.85
DL Volume: 1309
DL Data Vol MAC in MB: 7257.83

holiday: 0

DL MAC Vol Scell Pct: 13.56
SIP DC%: 
UPTP_Mbps: 15.04
DLRLCLayerDataVolume MB: 3946.88
weekend: 0
CA Activation Rate: 6.2
hr: 21
MAC_UE_SC_Tput: 5581.43

hr: 21
CA Activation Rate num: 3271287
UPTP Mbps Den: 486
Peak UE: 64
MB_per_connected_UE: 87.16
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3954
DL Data Vol MAC in MB: 3725.24
CA Activation Rate den: 114191

holiday: 0
CA DL DataVolRatio Pct: 64.39
CA DL DataVolRatio Pct num: 7123

SIP DC%: 
DL Packet Loss Pct: 0.34
CA Conf FailRate Pct den: 6010
weekend: 0
hr: 13
MAC_UE_SC_Tput: 18956.75
Bearer Releases: 14617

hr: 13
CA Activation Rate num: 10804001
Peak UE: 27
MB_per_connected_UE: 19.47

Time: 10:32:44
holiday: 0
CA DL DataVolRatio Pct num: 412

SIP DC%: 
DLRLCLayerDataVolume MB: 1165.07
DRB UL Data Volume MB: 3423
PRB Util%: 68.32
CA DL DataVolRatio Pct den: 1499
CA Conf FailRate Pct den: 7250
weekend: 0
UPTP Mbps Num: 728
CA Activation Rate: 42.29
hr: 0
MAC_UE_SC_Tput: 8963.78

hr: 0
CA Activation Rate num: 6240545
UPTP Mbps Den: 403
Setup_Fail_DEN: 12869
Peak UE: 79
DL Data Vol MAC in MB: 1999.2
CA Activation Rate den: 101053

Time: 12:46:23
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 8623
PRB Util%: 72.54
CA DL DataVolRatio Pct den: 1622
weekend: 0
CA Activation Rate: 22.9
hr: 22
MAC_UE_SC_Tput: 11802.83

hr: 22
CA Activation Rate num: 6680397
Peak UE: 70
MB_per_connected_UE: 28.85
PCT Time MIMO: 70.07
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3373
DL Data Vol MAC in MB: 3223.26
CA Activation Rate den: 193040

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1603.86
PRB Util%: 47.73
CA Conf FailRate Pct den: 3396
weekend: 0
CA Activation Rate: 72.63
hr: 5
MAC_UE_SC_Tput: 18102.05
Bearer Releases: 17704

hr: 5
CA Activation Rate num: 9247453
Setup_Fail_DEN: 14422
Peak UE: 45
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5528
CA Activation Rate den: 69034

Time: 03:40:42
holiday: 0
CA DL DataVolRatio Pct: 60.55

SIP DC%: 
DLRLCLayerDataVolume MB: 3897.9
DRB UL Data Volume MB: 7748
RRC Setup Attempts: 6722
CA DL DataVolRatio Pct den: 6808
weekend: 0
hr: 22
MAC_UE_SC_Tput: 13942.89
Bearer Releases: 7078

hr: 22
CA Activation Rate num: 5552850
Peak UE: 27
MB_per_connected_UE: 133.3
DL Data Vol MAC in MB: 1656.99
CA Activation Rate den: 64498

Time: 10:59:26
holiday: 0

DL MAC Vol Scell Pct: 6.8
SIP DC%: 
DLRLCLayerDataVolume MB: 1842.94
DRB UL Data Volume MB: 9293
CA DL DataVolRatio Pct den: 9263
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6596.75
Bearer Releases: 12075

hr: 23
CA Activation Rate num: 8150676
Peak UE: 45
MB_per_connected_UE: 40.24
DL Data Vol MAC in MB: 5588.91

Time: 11:01:24
holiday: 0

DL MAC Vol Scell Pct: 9.92
Avg_Connected_UEs: 42.93
SIP DC%: 
RRC Setup Attempts: 4092
CA DL DataVolRatio Pct den: 2274
weekend: 0
UPTP Mbps Num: 2208
hr: 12
MAC_UE_SC_Tput: 15153
Bearer Releases: 16271

hr: 12
CA Activation Rate num: 10653275
SIP_SC_Total_MOU: 172.07
Peak UE: 52

Time: 20:40:38
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1909.89
weekend: 0
CA Activation Rate: 42.45
hr: 10
Bearer Releases: 8578

hr: 10
CA Activation Rate num: 871007
Setup_Fail_DEN: 15353
Peak UE: 39
DL Volume: 3988
DL Data Vol MAC in MB: 5331.75

Time: 03:04:55
holiday: 0

SIP DC%: 
UPTP_Mbps: 12.21
DLRLCLayerDataVolume MB: 218.41
PRB Util%: 20.06
CA DL DataVolRatio Pct den: 8155
CA Conf FailRate Pct den: 5249
weekend: 0
CA Activation Rate: 14.31
hr: 23
MAC_UE_SC_Tput: 5479.1

hr: 23
CA Activation Rate num: 4654088
UPTP Mbps Den: 499
Peak UE: 27
MB_per_connected_UE: 43.85
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4412
DL Data Vol MAC in MB: 9310.58
CA Activation Rate den: 92117

Time: 17:48:24
holiday: 0

DL MAC Vol Scell Pct: 8.02
SIP DC%: 
DLRLCLayerDataVolume MB: 6050.88
CA DL DataVolRatio Pct den: 2431
weekend: 0
UPTP Mbps Num: 10922
hr: 5
MAC_UE_SC_Tput: 13996.65

hr: 5
CA Activation Rate num: 9784259
SIP_SC_Total_MOU: 115.87
Peak UE: 49
MB_per_connected_UE: 168.62
DL Volume: 8630
DL Data Vol MAC in MB: 6708.04
CA Activation Rate den: 150985

Combined RACH Preambles: 3737
Time: 15:42:51
holiday: 0
CA DL DataVolRatio Pct: 53.55

SIP DC%: 
UPTP_Mbps: 93.52
DLRLCLayerDataVolume MB: 5163.34
PRB Util%: 33.25
CA Conf FailRate Pct den: 4922
weekend: 0
hr: 8
MAC_UE_SC_Tput: 15150.68

hr: 8
CA Activation Rate num: 3508559
Setup_Fail_DEN: 19582
Peak UE: 27
PCT Time MIMO: 51.53
DL Volume: 1214
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3988
DL Data Vol MAC in MB: 2390.58
CA Activation Rate den: 68300

Time: 10:00:17
holiday: 0
CA DL DataVolRatio Pct num: 3023

SIP DC%: 
DLRLCLayerDataVolume MB: 1085.67
DRB UL Data Volume MB: 3638
CA DL DataVolRatio Pct den: 5853
weekend: 0
UPTP Mbps Num: 57044
hr: 15
MAC_UE_SC_Tput: 17275.07
Bearer Releases: 11011

hr: 15
CA Activation Rate num: 7151828
SIP_SC_Total_MOU: 290.65
Peak UE: 36
DL Volume: 4296
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8013
DL Data Vol MAC in MB: 9396.28
CA Activation Rate den: 80089

Time: 02:26:49
holiday: 0
CA DL DataVolRatio Pct: 80.35
CA DL DataVolRatio Pct num: 2817

Avg_Connected_UEs: 40.11
SIP DC%: 
DLRLCLayerDataVolume MB: 3546.13
DL Packet Loss Pct: 2.27
RRC Setup Attempts: 8182
CA Conf FailRate Pct den: 6398
weekend: 0
hr: 20
MAC_UE_SC_Tput: 6168.67

hr: 20
CA Activation Rate num: 10281404
Peak UE: 84
VOLTE IA%: 

Time: 14:22:09
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4438.28
CA Conf FailRate Pct den: 3830
weekend: 1
UPTP Mbps Num: 37663
hr: 1
MAC_UE_SC_Tput: 9986.16
Bearer Releases: 16897

hr: 1
Setup_Fail_DEN: 12277
SIP_SC_Total_MOU: 225.05
Peak UE: 27
DL Data Vol MAC in MB: 6729.21

holiday: 0
CA DL DataVolRatio Pct: 88.44

Avg_Connected_UEs: 28.06
SIP DC%: 
DLRLCLayerDataVolume MB: 4815.01
CA DL DataVolRatio Pct den: 3794
weekend: 1
hr: 2
Bearer Releases: 9783

hr: 2
CA Activation Rate num: 13443436
UPTP Mbps Den: 1735
SIP_SC_Total_MOU: 208.44
Peak UE: 27
DL Data Vol MAC in MB: 327.43

Combined RACH Preambles: 4523
Time: 18:25:24
holiday: 0
CA DL DataVolRatio Pct: 68.43

SIP DC%: 
UPTP_Mbps: 29.96
DLRLCLayerDataVolume MB: 218.8
PRB Util%: 29.85
Bearer Drop Voice%: 0.47
weekend: 0
UPTP Mbps Num: 4368
hr: 20
MAC_UE_SC_Tput: 6181.47

hr: 20
CA Activation Rate num: 5864081
SIP_SC_Total_MOU: 211.98
Peak UE: 27
VOLTE IA%: 

Time: 23:04:15
holiday: 0
CA DL DataVolRatio Pct num: 4969

DL MAC Vol Scell Pct: 38.59
SIP DC%: 
DLRLCLayerDataVolume MB: 8192.98
PRB Util%: 54.38
CA DL DataVolRatio Pct den: 983
weekend: 0
UPTP Mbps Num: 30547
hr: 6

hr: 6
CA Activation Rate num: 5277629
Peak UE: 56
MB_per_connected_UE: 69.84
PCT Time MIMO: 47.27
DL Volume: 6226
DL Data Vol MAC in MB: 5118.13
CA Activation Rate den: 65828

Time: 14:31:06
holiday: 0
CA DL DataVolRatio Pct: 88.4

SIP DC%: 
RRC Setup Attempts: 7413
CA DL DataVolRatio Pct den: 4835
weekend: 1
hr: 0
MAC_UE_SC_Tput: 16719.15

hr: 0
CA Activation Rate num: 9996409
UPTP Mbps Den: 656
Setup_Fail_DEN: 12427
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7482

Combined RACH Preambles: 2316
Time: 23:49:15
holiday: 0

SIP DC%: 
UPTP_Mbps: 123.26
DRB UL Data Volume MB: 4611
PRB Util%: 15.55
CA DL DataVolRatio Pct den: 4039
CA Conf FailRate Pct den: 6224
weekend: 1
UPTP Mbps Num: 11970
CA Activation Rate: 62.48
hr: 12

hr: 12
CA Activation Rate num: 2056426
Setup_Fail_DEN: 15577
MB_per_connected_UE: 53.53
PCT Time MIMO: 49.74
DL Data Vol MAC in MB: 9836.96
CA Activation Rate den: 154888

Time: 18:59:42
holiday: 0

DL MAC Vol Scell Pct: 13.92
SIP DC%: 
UPTP_Mbps: 33.83
DLRLCLayerDataVolume MB: 4431.35
weekend: 0
UPTP Mbps Num: 59136
hr: 19
MAC_UE_SC_Tput: 14488.77
Bearer Releases: 14715

hr: 19
CA Activation Rate num: 5745632
Setup_Fail_DEN: 16055
SIP_SC_Total_MOU: 22.31
Peak UE: 27
MB_per_connected_UE: 163.66
DL Data Vol MAC in MB: 1125.97

Time: 18:48:13
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 780.92
weekend: 0
hr: 6
MAC_UE_SC_Tput: 5193.06

hr: 6
CA Activation Rate num: 1913955
Setup_Fail_DEN: 15400
Peak UE: 27
MB_per_connected_UE: 69.24
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3070
DL Data Vol MAC in MB: 350.74
CA Activation Rate den: 53195

Time: 04:11:49
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2284.76
DRB UL Data Volume MB: 9470
PRB Util%: 67.29
CA DL DataVolRatio Pct den: 8051
CA Conf FailRate Pct den: 2716
weekend: 0
UPTP Mbps Num: 39572
hr: 0
MAC_UE_SC_Tput: 8052.85
Bearer Releases: 15542

hr: 0
CA Activation Rate num: 2701887
SIP_SC_Total_MOU: 254.94
Peak UE: 55
MB_per_connected_UE: 184.47
DL Data Vol MAC in MB: 9032.96

Time: 05:09:59
holiday: 0
RRC Setup Failure% 5G: 0.56

SIP DC%: 
CA Conf FailRate Pct den: 3937
weekend: 0
UPTP Mbps Num: 50851
CA Activation Rate: 29.06
hr: 0
MAC_UE_SC_Tput: 6337
Bearer Releases: 13471

hr: 0
CA Activation Rate num: 8777481
Peak UE: 50
VOLTE IA%: 
MB_per_connected_UE: 177.49
DL Volume: 3704
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5978
DL Data Vol MAC in MB: 3669.5

Time: 22:23:57
holiday: 0
CA DL DataVolRatio Pct: 64.33

SIP DC%: 
DLRLCLayerDataVolume MB: 7539.52
weekend: 1
UPTP Mbps Num: 40667
hr: 9
MAC_UE_SC_Tput: 5816.12

hr: 9
CA Activation Rate num: 1076970
Setup_Fail_DEN: 16022
Peak UE: 27
MB_per_connected_UE: 80.15
DL Volume: 6136
CA Activation Rate den: 69825

Time: 11:34:45
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3981.52
CA DL DataVolRatio Pct den: 454
weekend: 1
UPTP Mbps Num: 44928
hr: 5
MAC_UE_SC_Tput: 18554.44
Bearer Releases: 14720

hr: 5
CA Activation Rate num: 9923664
Setup_Fail_DEN: 13413
Peak UE: 27
MB_per_connected_UE: 107.19
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7083
DL Data Vol MAC in MB: 5513.86

Combined RACH Preambles: 3798
Time: 04:36:46
holiday: 0

Avg_Connected_UEs: 52.15
SIP DC%: 
PRB Util%: 16.02
weekend: 0
UPTP Mbps Num: 702
hr: 18
MAC_UE_SC_Tput: 5702.25

hr: 18
CA Activation Rate num: 3529993
Setup_Fail_DEN: 8764
SIP_SC_Total_MOU: 98.14
Peak UE: 80
MB_per_connected_UE: 203.1

Combined RACH Preambles: 3499
Time: 16:53:04
holiday: 0

SIP DC%: 
UPTP_Mbps: 18
DLRLCLayerDataVolume MB: 7836.59
CA Conf FailRate Pct den: 5870
weekend: 0
UPTP Mbps Num: 19006
hr: 16
MAC_UE_SC_Tput: 9171.81
Bearer Releases: 17975

hr: 16
CA Activation Rate num: 2433420
UPTP Mbps Den: 4725
SIP_SC_Total_MOU: 246.78
Peak UE: 33
MB_per_connected_UE: 204.23
DL Data Vol MAC in MB: 3908.5

Time: 06:23:01
holiday: 0
CA DL DataVolRatio Pct num: 3364

SIP DC%: 
UPTP_Mbps: 44.58
DLRLCLayerDataVolume MB: 4960.42
weekend: 0
UPTP Mbps Num: 39450
hr: 2
MAC_UE_SC_Tput: 11992.54

hr: 2
CA Activation Rate num: 7408045
SIP_SC_Total_MOU: 95.87
Peak UE: 27
MB_per_connected_UE: 39.3
DL Data Vol MAC in MB: 7230.03
CA Activation Rate den: 188196

Combined RACH Preambles: 3478
Time: 03:56:56
holiday: 0

Avg_Connected_UEs: 66.04
SIP DC%: 
DLRLCLayerDataVolume MB: 741.72
DRB UL Data Volume MB: 4148
CA Conf FailRate Pct den: 8974
weekend: 0
UPTP Mbps Num: 16478
hr: 2
MAC_UE_SC_Tput: 6479.37

hr: 2
CA Activation Rate num: 8177936
SIP_SC_Total_MOU: 222.18
Peak UE: 49
DL Data Vol MAC in MB: 4453.51

Time: 10:46:31
holiday: 0
CA DL DataVolRatio Pct num: 7410

Avg_Connected_UEs: 69.56
SIP DC%: 
UPTP_Mbps: 123.13
DLRLCLayerDataVolume MB: 3205.55
CA DL DataVolRatio Pct den: 4449
weekend: 0
CA Activation Rate: 53.44
hr: 2
MAC_UE_SC_Tput: 7312.56
Bearer Releases: 8192

hr: 2
CA Activation Rate num: 6675069
Peak UE: 35
MB_per_connected_UE: 55.41

Time: 10:55:32
holiday: 0
CA DL DataVolRatio Pct num: 2367

SIP DC%: 
DLRLCLayerDataVolume MB: 4847.47
weekend: 0
UPTP Mbps Num: 17491
hr: 20

hr: 20
CA Activation Rate num: 5091506
Setup_Fail_DEN: 10618
Peak UE: 64
MB_per_connected_UE: 100.18
DL Data Vol MAC in MB: 2455.58

Time: 13:59:17
holiday: 0

SIP DC%: 
UPTP_Mbps: 8.66
DLRLCLayerDataVolume MB: 711.48
PRB Util%: 10.02
RRC Setup Attempts: 3797
weekend: 0
hr: 23
MAC_UE_SC_Tput: 14133.34

hr: 23
CA Activation Rate num: 5188936
Peak UE: 47
MB_per_connected_UE: 133.79
CA Activation Rate den: 127067

Combined RACH Preambles: 2180
Time: 12:33:46
holiday: 0
CA DL DataVolRatio Pct: 74.86

DL MAC Vol Scell Pct: 40.47
SIP DC%: 
UPTP_Mbps: 12.69
DLRLCLayerDataVolume MB: 8673.65
RRC Setup Attempts: 6493
CA Conf FailRate Pct den: 3447
weekend: 0
hr: 17
MAC_UE_SC_Tput: 15151.73

hr: 17
CA Activation Rate num: 8427874
SIP_SC_Total_MOU: 327.27
Peak UE: 64
MB_per_connected_UE: 140.24
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7179
CA Activation Rate den: 86366

Time: 13:58:14
holiday: 0

SIP DC%: 
PRB Util%: 65.69
weekend: 0
UPTP Mbps Num: 19904
hr: 5
MAC_UE_SC_Tput: 16430.74
Bearer Releases: 8903

hr: 5
CA Activation Rate num: 3529541
Peak UE: 89
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4589
DL Data Vol MAC in MB: 2982.39
CA Activation Rate den: 56204

Time: 18:41:15
holiday: 0
CA DL DataVolRatio Pct: 49.98

SIP DC%: 
UPTP_Mbps: 99.79
DLRLCLayerDataVolume MB: 2575.9
DRB UL Data Volume MB: 8329
CA DL DataVolRatio Pct den: 4335
weekend: 0
CA Activation Rate: 65.42
hr: 5
MAC_UE_SC_Tput: 4692.68
Bearer Releases: 13159

hr: 5
CA Activation Rate num: 4315991
UPTP Mbps Den: 4788
Setup_Fail_DEN: 9912
SIP_SC_Total_MOU: 15.71
Peak UE: 27
MB_per_connected_UE: 85.38
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5054
DL Data Vol MAC in MB: 5502.16

Time: 21:26:04
holiday: 0
CA DL DataVolRatio Pct num: 5983

DL MAC Vol Scell Pct: 33.68
SIP DC%: 
DRB UL Data Volume MB: 6548
PRB Util%: 6.18
weekend: 0
UPTP Mbps Num: 5127
hr: 9
MAC_UE_SC_Tput: 8360.61

hr: 9
CA Activation Rate num: 9009212
Setup_Fail_DEN: 15388
Peak UE: 36
VOLTE IA%: 

Time: 01:17:30
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2511.72
weekend: 0
CA Activation Rate: 42.27
hr: 5
MAC_UE_SC_Tput: 5490.17

hr: 5
CA Activation Rate num: 1287609
Peak UE: 68
MB_per_connected_UE: 101.47
CA Activation Rate den: 48450

Time: 03:01:13
holiday: 0
CA DL DataVolRatio Pct: 87.07

SIP DC%: 
UPTP_Mbps: 29.86
DLRLCLayerDataVolume MB: 3411.18
DRB UL Data Volume MB: 4055
weekend: 0
UPTP Mbps Num: 6873
CA Activation Rate: 63.33
hr: 5
MAC_UE_SC_Tput: 5200.86
Bearer Releases: 14035

hr: 5
CA Activation Rate num: 9389784
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 88.18
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6856
CA Activation Rate den: 95530

Time: 04:14:23
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4582.57
RRC Setup Attempts: 6704
CA Conf FailRate Pct den: 4830
weekend: 0
UPTP Mbps Num: 4535
CA Activation Rate: 60.23
hr: 23
MAC_UE_SC_Tput: 7473.82
Bearer Releases: 14238

hr: 23
CA Activation Rate num: 5118126
Setup_Fail_DEN: 9582
SIP_SC_Total_MOU: 74.48
Peak UE: 57
DL Volume: 6140
DL Data Vol MAC in MB: 9422.74

Time: 07:26:09
holiday: 0

Avg_Connected_UEs: 16.43
SIP DC%: 
UPTP_Mbps: 22.48
DRB UL Data Volume MB: 8144
PRB Util%: 43.58
CA DL DataVolRatio Pct den: 1711
weekend: 0
CA Activation Rate: 49.29
hr: 0
MAC_UE_SC_Tput: 6447.31
Bearer Releases: 15136

hr: 0
CA Activation Rate num: 4147203
Peak UE: 77
MB_per_connected_UE: 107.18

Time: 11:03:20
holiday: 0
CA DL DataVolRatio Pct: 83.42

DL MAC Vol Scell Pct: 9.07
Avg_Connected_UEs: 17.68
SIP DC%: 
DRB UL Data Volume MB: 750
weekend: 0
UPTP Mbps Num: 11087
hr: 3
MAC_UE_SC_Tput: 5147.69

hr: 3
CA Activation Rate num: 10414659
Setup_Fail_DEN: 9355
Peak UE: 27
DL Volume: 8086
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3941
DL Data Vol MAC in MB: 2270.3

Time: 13:36:26
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6706.25
weekend: 1
hr: 3
MAC_UE_SC_Tput: 13495.71
Bearer Releases: 17925

hr: 3
CA Activation Rate num: 1100429
SIP_SC_Total_MOU: 57.35
Peak UE: 27
MB_per_connected_UE: 64.56
DL Volume: 6681
DL Data Vol MAC in MB: 9871.68

Time: 11:25:26
holiday: 0

SIP DC%: 
UPTP_Mbps: 126.82
DLRLCLayerDataVolume MB: 9515.16
DRB UL Data Volume MB: 4634
RRC Setup Attempts: 6032
CA Conf FailRate Pct den: 4063
weekend: 0
hr: 14
MAC_UE_SC_Tput: 17477.58

hr: 14
CA Activation Rate num: 1919760
Setup_Fail_DEN: 12799
Peak UE: 27
CA Activation Rate den: 49449

holiday: 0
CA DL DataVolRatio Pct num: 7265

SIP DC%: 
UPTP_Mbps: 22.95
DLRLCLayerDataVolume MB: 8728.91
DRB UL Data Volume MB: 5469
PRB Util%: 12.16
RRC Setup Attempts: 6049
CA DL DataVolRatio Pct den: 1990
weekend: 1
UPTP Mbps Num: 53674
hr: 20
MAC_UE_SC_Tput: 28895.74
Bearer Releases: 12307

hr: 20
CA Activation Rate num: 10962824
UPTP Mbps Den: 4891
Setup_Fail_DEN: 13160
Peak UE: 79
CA Activation Rate den: 103917

Time: 22:39:21
holiday: 0

DL MAC Vol Scell Pct: 14.1
SIP DC%: 
DLRLCLayerDataVolume MB: 7467.5
weekend: 0
hr: 15
MAC_UE_SC_Tput: 7343.96
Bearer Releases: 15445

hr: 15
CA Activation Rate num: 2137068
Setup_Fail_DEN: 15836
SIP_SC_Total_MOU: 125.96
Peak UE: 45
MB_per_connected_UE: 157.85
PCT Time MIMO: 66.68
DL Data Vol MAC in MB: 9130.25

Time: 15:41:46
holiday: 0
CA DL DataVolRatio Pct num: 7430

Avg_Connected_UEs: 76.38
SIP DC%: 
DLRLCLayerDataVolume MB: 561.05
RRC Setup Attempts: 6676
CA DL DataVolRatio Pct den: 581
CA Conf FailRate Pct den: 7624
weekend: 0
UPTP Mbps Num: 57338
hr: 7
MAC_UE_SC_Tput: 19006.86

hr: 7
CA Activation Rate num: 2079684
Setup_Fail_DEN: 11101
SIP_SC_Total_MOU: 56.95
Peak UE: 27
PCT Time MIMO: 67.94
DL Data Vol MAC in MB: 4874.96

Time: 09:35:51
holiday: 0

SIP DC%: 
UPTP_Mbps: 68.79
DLRLCLayerDataVolume MB: 3005.62
weekend: 0
UPTP Mbps Num: 5212
CA Activation Rate: 49.55
hr: 16
Bearer Releases: 7282

hr: 16
CA Activation Rate num: 5151524
UPTP Mbps Den: 4724
SIP_SC_Total_MOU: 88.85
Peak UE: 27
DL Volume: 1706
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5366
UL Throughput: 7.85
DL Data Vol MAC in MB: 4028.71

Time: 05:35:28
holiday: 0
CA DL DataVolRatio Pct num: 2486

SIP DC%: 
DLRLCLayerDataVolume MB: 573.5
PRB Util%: 73.03
weekend: 0
UPTP Mbps Num: 15460
hr: 12
MAC_UE_SC_Tput: 16752.39
Bearer Releases: 7717

hr: 12
CA Activation Rate num: 11034797
Peak UE: 47
Time: 03:17:26

holiday: 0

SIP DC%: 
RRC Setup Attempts: 3438
CA DL DataVolRatio Pct den: 1236
weekend: 0
CA Activation Rate: 32.28
hr: 18
MAC_UE_SC_Tput: 18821.88

hr: 18
CA Activation Rate num: 9735238
SIP_SC_Total_MOU: 241.15
Peak UE: 33
DL Data Vol MAC in MB: 3192.65
CA Activation Rate den: 188521

Time: 19:30:36
holiday: 0
CA DL DataVolRatio Pct num: 4590

DL MAC Vol Scell Pct: 22.63
SIP DC%: 
DLRLCLayerDataVolume MB: 7636.26
PRB Util%: 27.71
DL Packet Loss Pct: 1.95
weekend: 0
CA Activation Rate: 2.49
hr: 20
MAC_UE_SC_Tput: 51375.44

hr: 20
CA Activation Rate num: 5882710
SIP_SC_Total_MOU: 81.36
Peak UE: 34
MB_per_connected_UE: 187.82
CA Activation Rate den: 38539

Time: 17:58:50
holiday: 0
CA DL DataVolRatio Pct: 80.27
CA DL DataVolRatio Pct num: 6288

SIP DC%: 
DLRLCLayerDataVolume MB: 280.2
DRB UL Data Volume MB: 2909
CA DL DataVolRatio Pct den: 1264
weekend: 0
UPTP Mbps Num: 45905
hr: 23
Bearer Releases: 18260

hr: 23
CA Activation Rate num: 10994559
Peak UE: 27
DL Data Vol MAC in MB: 9475
CA Activation Rate den: 66830

Time: 02:21:23
holiday: 0
CA DL DataVolRatio Pct: 68.2
CA DL DataVolRatio Pct num: 421

DL MAC Vol Scell Pct: 21.27
Avg_Connected_UEs: 81.16
SIP DC%: 
DRB UL Data Volume MB: 7442
CA DL DataVolRatio Pct den: 6680
weekend: 0
CA Activation Rate: 57.62
hr: 6
MAC_UE_SC_Tput: 13620.15
Bearer Releases: 11555

hr: 6
CA Activation Rate num: 10288761
Setup_Fail_DEN: 15601
SIP_SC_Total_MOU: 33.54
Peak UE: 27
DL Volume: 5632
CA Activation Rate den: 38926

Combined RACH Preambles: 3291
Time: 17:00:44
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6528.42
CA DL DataVolRatio Pct den: 2296
weekend: 0
UPTP Mbps Num: 38900
hr: 0
MAC_UE_SC_Tput: 7378.3

hr: 0
CA Activation Rate num: 7687059
Peak UE: 27
DL Volume: 6326
DL Data Vol MAC in MB: 3680.36
CA Activation Rate den: 223741

Time: 03:22:03
holiday: 0

Avg_Connected_UEs: 68.71
SIP DC%: 
DLRLCLayerDataVolume MB: 3400.41
CA DL DataVolRatio Pct den: 1180
weekend: 1
hr: 14

hr: 14
CA Activation Rate num: 3926277
Setup_Fail_DEN: 6469
Peak UE: 81
MB_per_connected_UE: 92.85
DL Volume: 7667
DL Data Vol MAC in MB: 4410.32

Time: 11:27:30
holiday: 0
CA DL DataVolRatio Pct num: 4431

SIP DC%: 
DLRLCLayerDataVolume MB: 4813.81
PRB Util%: 40.71
weekend: 0
UPTP Mbps Num: 35994
CA Activation Rate: 59.97
hr: 12
MAC_UE_SC_Tput: 8319.07

hr: 12
CA Activation Rate num: 4832838
Setup_Fail_DEN: 17136
Peak UE: 27
MB_per_connected_UE: 66.39
PCT Time MIMO: 37.74
DL Volume: 9031
DL Data Vol MAC in MB: 5361.96

Time: 19:40:52
holiday: 0

Avg_Connected_UEs: 67.93
SIP DC%: 
weekend: 0
CA Activation Rate: 39.55
hr: 23
MAC_UE_SC_Tput: 14835.1
Bearer Releases: 8636

hr: 23
CA Activation Rate num: 9283693
UPTP Mbps Den: 141
SIP_SC_Total_MOU: 290.6
Peak UE: 70
MB_per_connected_UE: 190.52
DL Volume: 3172

Time: 18:27:22
holiday: 0

SIP DC%: 
UPTP_Mbps: 31.66
DLRLCLayerDataVolume MB: 2513.05
CA DL DataVolRatio Pct den: 5384
weekend: 0
UPTP Mbps Num: 25662
hr: 17
MAC_UE_SC_Tput: 6253.38
Bearer Releases: 8112

hr: 17
CA Activation Rate num: 2999943
Setup_Fail_DEN: 16348
SIP_SC_Total_MOU: 63.41
Peak UE: 41
MB_per_connected_UE: 15.85
DL Volume: 5786

Time: 19:56:35
holiday: 0
CA DL DataVolRatio Pct num: 5856

SIP DC%: 
UPTP_Mbps: 70.01
DLRLCLayerDataVolume MB: 7759.91
PRB Util%: 48.46
weekend: 0
CA Activation Rate: 5.46
hr: 4
MAC_UE_SC_Tput: 4135.92

hr: 4
CA Activation Rate num: 4390669
UPTP Mbps Den: 4163
Setup_Fail_DEN: 6619
SIP_SC_Total_MOU: 199.79
VOLTE IA%: 
MB_per_connected_UE: 30.71
DL Volume: 9470
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8024

Time: 22:24:35
holiday: 0
CA DL DataVolRatio Pct num: 1211

DL MAC Vol Scell Pct: 48.5
SIP DC%: 
UPTP_Mbps: 66.38
DLRLCLayerDataVolume MB: 3476.54
Bearer Drop Voice%: 2.93
UL Resid BLER PCT: 1.39
RRC Setup Attempts: 8043
weekend: 0
UPTP Mbps Num: 4816
hr: 18
MAC_UE_SC_Tput: 17844.98

hr: 18
CA Activation Rate num: 7959732
Setup_Fail_DEN: 6902
Peak UE: 27
DL Volume: 4890
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7260
DL Data Vol MAC in MB: 568.43

Time: 07:51:27
holiday: 0
CA DL DataVolRatio Pct: 91.99

DL MAC Vol Scell Pct: 15.2
Avg_Connected_UEs: 42.26
SIP DC%: 
DLRLCLayerDataVolume MB: 5450.32
DRB UL Data Volume MB: 9725
PRB Util%: 52.83
CA DL DataVolRatio Pct den: 4457
weekend: 0
UPTP Mbps Num: 49898
CA Activation Rate: 78.21
hr: 13

hr: 13
CA Activation Rate num: 1114343
Setup_Fail_DEN: 16857
SIP_SC_Total_MOU: 123.47
Peak UE: 32
MB_per_connected_UE: 114.25
DL Volume: 7793
DL Data Vol MAC in MB: 8282.75
CA Activation Rate den: 103369

Time: 02:15:18
holiday: 0
HO Attempts: 433

Avg_Connected_UEs: 35.7
SIP DC%: 
UPTP_Mbps: 96.71
DLRLCLayerDataVolume MB: 6222.56
DRB UL Data Volume MB: 3771
PRB Util%: 41.72
RRC Setup Attempts: 4369
weekend: 0
CA Activation Rate: 39.74
hr: 11
Bearer Releases: 6501

hr: 11
CA Activation Rate num: 5851709
Peak UE: 64
CA Activation Rate den: 100771

Time: 09:19:03
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3562.69
DRB UL Data Volume MB: 9696
PRB Util%: 66.32
CA Conf FailRate Pct den: 8355
weekend: 0
UPTP Mbps Num: 15910
CA Activation Rate: 10.04
hr: 23
MAC_UE_SC_Tput: 9661.61
Bearer Releases: 11758

hr: 23
CA Activation Rate num: 10385415
Setup_Fail_DEN: 14785
Peak UE: 27
MB_per_connected_UE: 193.9
DL Data Vol MAC in MB: 3176
CA Activation Rate den: 57671

Combined RACH Preambles: 3038
Time: 01:54:51
holiday: 0
CA DL DataVolRatio Pct num: 992

SIP DC%: 
weekend: 0
UPTP Mbps Num: 2944
hr: 6
Bearer Releases: 16406

hr: 6
CA Activation Rate num: 6457548
SIP_SC_Total_MOU: 106.78
Peak UE: 66
MB_per_connected_UE: 189.68
PCT Time MIMO: 42.72
DL Data Vol MAC in MB: 7525.95
CA Activation Rate den: 74302

Time: 09:23:50
holiday: 0

SIP DC%: 
UPTP_Mbps: 28.21
DLRLCLayerDataVolume MB: 311.32
PRB Util%: 62.82
weekend: 0
UPTP Mbps Num: 38116
CA Activation Rate: 27.35
hr: 23
MAC_UE_SC_Tput: 8072.62

hr: 23
CA Activation Rate num: 7316128
UPTP Mbps Den: 2906
Setup_Fail_DEN: 15841
SIP_SC_Total_MOU: 160.79
Peak UE: 40
MB_per_connected_UE: 66.13
CA Activation Rate den: 131870

Time: 17:57:44
holiday: 0
CA DL DataVolRatio Pct num: 3326

SIP DC%: 
UPTP_Mbps: 129.9
DLRLCLayerDataVolume MB: 3750.82
DRB UL Data Volume MB: 8782
PRB Util%: 23.6
CA DL DataVolRatio Pct den: 7524
CA Conf FailRate Pct den: 6105
weekend: 0
CA Activation Rate: 61.65
hr: 23

hr: 23
Setup_Fail_DEN: 16788
SIP_SC_Total_MOU: 69.19
Peak UE: 55
MB_per_connected_UE: 72.51
DL Data Vol MAC in MB: 8057.16

Time: 15:06:58
holiday: 0
CA DL DataVolRatio Pct num: 2248

Avg_Connected_UEs: 46.63
SIP DC%: 
DLRLCLayerDataVolume MB: 350.49
RRC Setup Attempts: 9548
CA DL DataVolRatio Pct den: 7416
weekend: 0
hr: 13
MAC_UE_SC_Tput: 7461.85
Bearer Releases: 7207

hr: 13
CA Activation Rate num: 5900627
Setup_Fail_DEN: 10084
Peak UE: 61
VOLTE IA%: 
MB_per_connected_UE: 167.67
DL Volume: 3708
DL Data Vol MAC in MB: 4376.17
CA Activation Rate den: 40941
Time: 18:36:17

holiday: 0

DL MAC Vol Scell Pct: 37.55
SIP DC%: 
DLRLCLayerDataVolume MB: 5452.79
DRB UL Data Volume MB: 3276
RRC Setup Attempts: 4876
CA DL DataVolRatio Pct den: 5741
CA Conf FailRate Pct den: 7628
weekend: 1
CA Activation Rate: 39.22
hr: 18
Bearer Releases: 12288

hr: 18
CA Activation Rate num: 4105342
UPTP Mbps Den: 985
SIP_SC_Total_MOU: 66.54
Peak UE: 31
PCT Time MIMO: 50.4
DL Data Vol MAC in MB: 3630.44

Combined RACH Preambles: 3243
holiday: 0
CA DL DataVolRatio Pct num: 963

DL MAC Vol Scell Pct: 50.35
SIP DC%: 
UPTP_Mbps: 12.06
DLRLCLayerDataVolume MB: 9888.06
PRB Util%: 48.84
CA DL DataVolRatio Pct den: 4116
weekend: 0
UPTP Mbps Num: 29025
hr: 14
MAC_UE_SC_Tput: 17114.15

hr: 14
CA Activation Rate num: 9593348
Setup_Fail_DEN: 16706
SIP_SC_Total_MOU: 220.48
Peak UE: 27
MB_per_connected_UE: 184.06
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6481
CA Activation Rate den: 123063

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3859.13
PRB Util%: 3.25
RRC Setup Attempts: 5877
weekend: 0
CA Activation Rate: 8.09
hr: 23

hr: 23
CA Activation Rate num: 4649471
Setup_Fail_DEN: 15569
Peak UE: 29
MB_per_connected_UE: 187.92
DL Data Vol MAC in MB: 2675.39
CA Activation Rate den: 102647

Time: 01:21:00
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1709.68
PRB Util%: 34.15
RRC Setup Attempts: 3534
CA Conf FailRate Pct den: 8705
weekend: 0
hr: 12
MAC_UE_SC_Tput: 16423.34

hr: 12
CA Activation Rate num: 2185722
SIP_SC_Total_MOU: 91.6
Peak UE: 50
MB_per_connected_UE: 138.53
CA Activation Rate den: 201256

Combined RACH Preambles: 4630
Time: 12:04:02
holiday: 0
CA DL DataVolRatio Pct num: 2839

Avg_Connected_UEs: 20.4
SIP DC%: 
RRC Setup Attempts: 3988
CA DL DataVolRatio Pct den: 894
CA Conf FailRate Pct den: 7950
weekend: 0
UPTP Mbps Num: 1286
hr: 3
MAC_UE_SC_Tput: 12765.54

hr: 3
CA Activation Rate num: 1839451
UPTP Mbps Den: 808
SIP_SC_Total_MOU: 154.31
Peak UE: 27
DL Volume: 2848
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5055
DL Data Vol MAC in MB: 2099.02
CA Activation Rate den: 71236

Time: 01:25:44
holiday: 0
CA DL DataVolRatio Pct num: 1533

SIP DC%: 
DLRLCLayerDataVolume MB: 9754.23
PRB Util%: 22.67
DL Packet Loss Pct: 2.24
RRC Setup Attempts: 9522
weekend: 0
UPTP Mbps Num: 39836
CA Activation Rate: 2.61
hr: 13
MAC_UE_SC_Tput: 5157.64
Bearer Releases: 8159

hr: 13
CA Activation Rate num: 3843315
Setup_Fail_DEN: 19043
SIP_SC_Total_MOU: 13.59
Peak UE: 36
MB_per_connected_UE: 70.19
DL Data Vol MAC in MB: 953.32

Time: 18:57:39
holiday: 0
CA DL DataVolRatio Pct: 89.6

SIP DC%: 
weekend: 0
CA Activation Rate: 14.64
hr: 1
MAC_UE_SC_Tput: 4605.54

hr: 1
CA Activation Rate num: 2672009
SIP_SC_Total_MOU: 70.17
Peak UE: 27
DL Volume: 9841
DL Data Vol MAC in MB: 6441.22
CA Activation Rate den: 68412

Time: 20:05:40
holiday: 0
CA DL DataVolRatio Pct: 92.63

Avg_Connected_UEs: 20.89
SIP DC%: 
DLRLCLayerDataVolume MB: 7141
PRB Util%: 27.34
CA Conf FailRate Pct den: 6728
weekend: 0
hr: 8
MAC_UE_SC_Tput: 7522.18
Bearer Releases: 13255

hr: 8
CA Activation Rate num: 3800590
Setup_Fail_DEN: 11246
Peak UE: 37
DL Data Vol MAC in MB: 4508.22
CA Activation Rate den: 131773

Time: 22:20:47
holiday: 0
CA DL DataVolRatio Pct num: 5488

SIP DC%: 
DLRLCLayerDataVolume MB: 3209.75
PRB Util%: 17.61
weekend: 0
CA Activation Rate: 22.45
hr: 0
MAC_UE_SC_Tput: 9187.15
Bearer Releases: 11822

hr: 0
CA Activation Rate num: 3297011
Peak UE: 62
MB_per_connected_UE: 171.86
DL Data Vol MAC in MB: 1817.97

Time: 05:24:05
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9534.78
PRB Util%: 31.98
CA DL DataVolRatio Pct den: 7661
CA Conf FailRate Pct den: 5246
weekend: 0
UPTP Mbps Num: 26956
hr: 23
MAC_UE_SC_Tput: 10286.57
Bearer Releases: 7392

hr: 23
CA Activation Rate num: 4071109
Setup_Fail_DEN: 8445
Peak UE: 27
MB_per_connected_UE: 151.21
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7394
DL Data Vol MAC in MB: 10185.49
CA Activation Rate den: 151881

Time: 07:06:56
holiday: 0
CA DL DataVolRatio Pct: 92.75

SIP DC%: 
DLRLCLayerDataVolume MB: 5025.38
CA Conf FailRate Pct den: 9412
weekend: 0
CA Activation Rate: 50.57
hr: 10

hr: 10
CA Activation Rate num: 3806491
Peak UE: 27
MB_per_connected_UE: 82.64
PCT Time MIMO: 66.77

Time: 11:59:51
holiday: 0
CA DL DataVolRatio Pct num: 856

SIP DC%: 
UPTP_Mbps: 20.8
DLRLCLayerDataVolume MB: 9882.35
CA DL DataVolRatio Pct den: 7045
CA Conf FailRate Pct den: 7703
weekend: 0
hr: 0

hr: 0
CA Activation Rate num: 7573251
Peak UE: 73
MB_per_connected_UE: 18.19
PCT Time MIMO: 55.76
DL Volume: 3311

Time: 19:16:11
holiday: 0

Avg_Connected_UEs: 74.21
SIP DC%: 
DLRLCLayerDataVolume MB: 4001.53
DRB UL Data Volume MB: 9738
weekend: 0
CA Activation Rate: 76.32
hr: 23
MAC_UE_SC_Tput: 13051.15
Bearer Releases: 11695

hr: 23
CA Activation Rate num: 9718190
UPTP Mbps Den: 264
Setup_Fail_DEN: 15810
SIP_SC_Total_MOU: 46.5
Peak UE: 69
VOLTE IA%: 
MB_per_connected_UE: 35.58
CA Activation Rate den: 57446

Time: 06:19:24
holiday: 0

SIP DC%: 
UPTP_Mbps: 60.89
DLRLCLayerDataVolume MB: 8557.03
DRB UL Data Volume MB: 4023
weekend: 0
hr: 16
MAC_UE_SC_Tput: 5458.92

hr: 16
CA Activation Rate num: 9149470
Peak UE: 50
MB_per_connected_UE: 58.58
CA Activation Rate den: 183832

Time: 01:17:19
holiday: 0

SIP DC%: 
UPTP_Mbps: 8.8
weekend: 0
CA Activation Rate: 71.71
hr: 23
MAC_UE_SC_Tput: 18750.73

hr: 23
CA Activation Rate num: 8861178
SIP_SC_Total_MOU: 290.39
Peak UE: 64
MB_per_connected_UE: 206.34
DL Data Vol MAC in MB: 5576.63
CA Activation Rate den: 112116

Combined RACH Preambles: 3173
Time: 07:15:15
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9665.34
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4599.27

hr: 23
CA Activation Rate num: 9607193
Setup_Fail_DEN: 10883
Peak UE: 68
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7106
DL Data Vol MAC in MB: 5238.24

Time: 17:21:07
holiday: 0

Avg_Connected_UEs: 37.44
SIP DC%: 
DLRLCLayerDataVolume MB: 6544.77
DRB UL Data Volume MB: 5465
weekend: 0
hr: 14
MAC_UE_SC_Tput: 6177.58

hr: 14
CA Activation Rate num: 2375323
Setup_Fail_DEN: 15674
Peak UE: 62
MB_per_connected_UE: 115.78
DL Data Vol MAC in MB: 8426.82

holiday: 0

DL MAC Vol Scell Pct: 36.73
SIP DC%: 
UPTP_Mbps: 28.3
DLRLCLayerDataVolume MB: 5120.97
DRB UL Data Volume MB: 452
weekend: 0
UPTP Mbps Num: 52435
CA Activation Rate: 12.21
hr: 3
Bearer Releases: 7892

hr: 3
CA Activation Rate num: 9221497
SIP_SC_Total_MOU: 94.39
Peak UE: 32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7026
DL Data Vol MAC in MB: 2398.92
CA Activation Rate den: 92707

Combined RACH Preambles: 3247
Time: 09:09:46
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7201.11
CA DL DataVolRatio Pct den: 2708
CA Conf FailRate Pct den: 5685
weekend: 0
UPTP Mbps Num: 21295
CA Activation Rate: 61.39
hr: 2
MAC_UE_SC_Tput: 15457.08
Bearer Releases: 7893

hr: 2
CA Activation Rate num: 816873
Setup_Fail_DEN: 9737
SIP_SC_Total_MOU: 141.4
Peak UE: 27
MB_per_connected_UE: 56.39
DL Volume: 5123
CA Activation Rate den: 110240
Combined RACH Preambles: 4530

Time: 10:22:45
holiday: 0

Avg_Connected_UEs: 59.22
SIP DC%: 
DLRLCLayerDataVolume MB: 8555.34
DRB UL Data Volume MB: 3306
RRC Setup Attempts: 9091
weekend: 0
UPTP Mbps Num: 29584
CA Activation Rate: 51.67
hr: 0
MAC_UE_SC_Tput: 4831.58
Bearer Releases: 11979

hr: 0
CA Activation Rate num: 3500995
Setup_Fail_DEN: 10403
Peak UE: 32
VOLTE IA%: 
MB_per_connected_UE: 32.18
DL Volume: 3793
CA Activation Rate den: 196291

Time: 10:08:31
holiday: 0
CA DL DataVolRatio Pct num: 878

SIP DC%: 
DRB UL Data Volume MB: 4631
CA DL DataVolRatio Pct den: 7010
weekend: 1
UPTP Mbps Num: 28432
hr: 0
MAC_UE_SC_Tput: 13125.36
Bearer Releases: 9529

hr: 0
Setup_Fail_DEN: 16136
Peak UE: 46
MB_per_connected_UE: 61.47
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7145
DL Data Vol MAC in MB: 10155.51
Time: 20:59:08

holiday: 0
CA DL DataVolRatio Pct: 70.65

Avg_Connected_UEs: 63.92
SIP DC%: 
RSSIRX1 Avg: -94.1
weekend: 0
hr: 3
MAC_UE_SC_Tput: 28696.26
Bearer Releases: 8454

hr: 3
CA Activation Rate num: 7616347
Peak UE: 77
MB_per_connected_UE: 43.61

Time: 14:06:01
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6004.95
PRB Util%: 38.81
weekend: 0
hr: 13
MAC_UE_SC_Tput: 12200.55

hr: 13
UPTP Mbps Den: 662
SIP_SC_Total_MOU: 13.74
Peak UE: 27
MB_per_connected_UE: 84.22
DL Volume: 7581
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5189
CA Activation Rate den: 114684

Time: 06:07:15
holiday: 0

Avg_Connected_UEs: 43.08
SIP DC%: 
DLRLCLayerDataVolume MB: 3604.16
RRC Setup Attempts: 9114
weekend: 0
UPTP Mbps Num: 19891
CA Activation Rate: 3.56
hr: 20
MAC_UE_SC_Tput: 11882.66
Bearer Releases: 12505

hr: 20
CA Activation Rate num: 4205273
Setup_Fail_DEN: 6614
SIP_SC_Total_MOU: 240.62
Peak UE: 27
MB_per_connected_UE: 175.46
PCT Time MIMO: 62.57
DL Data Vol MAC in MB: 5972.24

Time: 04:37:34
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 985.75
RRC Setup Attempts: 6194
weekend: 0
CA Activation Rate: 63.21
hr: 19
MAC_UE_SC_Tput: 13026.29

hr: 19
CA Activation Rate num: 1605204
UPTP Mbps Den: 2093
Peak UE: 88
MB_per_connected_UE: 46.55
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6236

Time: 11:10:26
holiday: 0
CA DL DataVolRatio Pct num: 1682

SIP DC%: 
DLRLCLayerDataVolume MB: 8399.01
weekend: 0
UPTP Mbps Num: 25989
hr: 23
MAC_UE_SC_Tput: 4702.23

hr: 23
CA Activation Rate num: 5968974
SIP_SC_Total_MOU: 40.39
Peak UE: 53
DL Data Vol MAC in MB: 8690.07
CA Activation Rate den: 65085

Time: 15:23:05
holiday: 0
CA DL DataVolRatio Pct num: 1320

SIP DC%: 
UPTP_Mbps: 20.32
DLRLCLayerDataVolume MB: 1538.41
DRB UL Data Volume MB: 7888
weekend: 1
hr: 23
MAC_UE_SC_Tput: 5310.44
Bearer Releases: 8836

hr: 23
CA Activation Rate num: 8018243
SIP_SC_Total_MOU: 228.67
Peak UE: 27
MB_per_connected_UE: 114.15
DL Volume: 2272
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6840
DL Data Vol MAC in MB: 5378.47
CA Activation Rate den: 203074

Time: 22:00:31
holiday: 0

SIP DC%: 
UPTP_Mbps: 27.45
DRB UL Data Volume MB: 9058
weekend: 0
UPTP Mbps Num: 23788
hr: 0
MAC_UE_SC_Tput: 4199.71
Bearer Releases: 6212

hr: 0
Peak UE: 40
MB_per_connected_UE: 152.32

Time: 06:52:39
holiday: 0

DL MAC Vol Scell Pct: 13.39
Avg_Connected_UEs: 21.89
SIP DC%: 
UPTP_Mbps: 83.69
DRB UL Data Volume MB: 3187
PRB Util%: 71.57
CA Conf FailRate Pct den: 5767
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6984.83

hr: 23
CA Activation Rate num: 5635905
Setup_Fail_DEN: 14851
SIP_SC_Total_MOU: 353.42
Peak UE: 61
MB_per_connected_UE: 28.28
DL Data Vol MAC in MB: 8326.38
CA Activation Rate den: 76827

Time: 17:42:10
holiday: 0
CA DL DataVolRatio Pct: 41.67
CA DL DataVolRatio Pct num: 5448

SIP DC%: 
DLRLCLayerDataVolume MB: 3857.16
DRB UL Data Volume MB: 5654
PRB Util%: 36.9
weekend: 0
UPTP Mbps Num: 22559
hr: 4
MAC_UE_SC_Tput: 4253.43
Bearer Releases: 14781

hr: 4
CA Activation Rate num: 9117040
Peak UE: 27
MB_per_connected_UE: 62.02
UL Throughput: 9.66
DL Data Vol MAC in MB: 4523.45
CA Activation Rate den: 112576

Time: 05:42:53
holiday: 0
CA DL DataVolRatio Pct: 87.94

Avg_Connected_UEs: 78.84
SIP DC%: 
UPTP_Mbps: 75.41
DLRLCLayerDataVolume MB: 1685.53
CA DL DataVolRatio Pct den: 6782
weekend: 0
UPTP Mbps Num: 37242
hr: 3
MAC_UE_SC_Tput: 7898.44
Bearer Releases: 9788

hr: 3
CA Activation Rate num: 1551844
Setup_Fail_DEN: 8581
SIP_SC_Total_MOU: 54.88
Peak UE: 70
MB_per_connected_UE: 124.67
DL Volume: 6610
UL Throughput: 8.68

Time: 09:57:08
holiday: 0
CA DL DataVolRatio Pct: 79.9

SIP DC%: 
DLRLCLayerDataVolume MB: 6146.84
PRB Util%: 10.29
CA DL DataVolRatio Pct den: 5174
CA Conf FailRate Pct den: 4991
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7421.28
Bearer Releases: 8893

hr: 23
CA Activation Rate num: 10932491
Peak UE: 74
MB_per_connected_UE: 35.9

Time: 23:37:06
holiday: 0

DL MAC Vol Scell Pct: 20.97
Avg_Connected_UEs: 54.81
SIP DC%: 
CA Conf FailRate Pct den: 4318
weekend: 0
UPTP Mbps Num: 12556
hr: 7
MAC_UE_SC_Tput: 13540.25
Bearer Releases: 18500

hr: 7
CA Activation Rate num: 4293358
Peak UE: 34
MB_per_connected_UE: 20.69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7585
CA Activation Rate den: 40988

Time: 17:33:14
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2018.28
DRB UL Data Volume MB: 4715
PRB Util%: 35.38
CA DL DataVolRatio Pct den: 7969
weekend: 0
UPTP Mbps Num: 15464
hr: 23
MAC_UE_SC_Tput: 12635.54

hr: 23
CA Activation Rate num: 4928476
Peak UE: 33
VOLTE IA%: 
DL Data Vol MAC in MB: 1135.33
CA Activation Rate den: 87574

Time: 19:03:48
holiday: 0

DL MAC Vol Scell Pct: 18.57
Avg_Connected_UEs: 40.34
SIP DC%: 
DLRLCLayerDataVolume MB: 1993.86
DRB UL Data Volume MB: 9900
weekend: 0
UPTP Mbps Num: 7638
CA Activation Rate: 29.77
hr: 9
MAC_UE_SC_Tput: 12088.18

hr: 9
CA Activation Rate num: 9771706
SIP_SC_Total_MOU: 49.68
Peak UE: 27
MB_per_connected_UE: 44.81

Time: 08:03:44
holiday: 0
CA DL DataVolRatio Pct num: 7479

DL MAC Vol Scell Pct: 39.4
SIP DC%: 
CA DL DataVolRatio Pct den: 4333
CA Conf FailRate Pct den: 9444
weekend: 1
hr: 18
MAC_UE_SC_Tput: 5343.81

hr: 18
CA Activation Rate num: 8805496
Setup_Fail_DEN: 11207
Peak UE: 27
DL Volume: 2964
DL Data Vol MAC in MB: 7709.67
CA Activation Rate den: 42631

Time: 20:32:38
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5616.05
PRB Util%: 11.41
weekend: 0
hr: 23
Bearer Releases: 10613

hr: 23
CA Activation Rate num: 9001290
Peak UE: 46
MB_per_connected_UE: 79.35
CA Activation Rate den: 108064

Time: 16:21:38
holiday: 0
CA DL DataVolRatio Pct num: 6516

Avg_Connected_UEs: 56.86
SIP DC%: 
UPTP_Mbps: 37.76
DLRLCLayerDataVolume MB: 951.22
DRB UL Data Volume MB: 4267
PRB Util%: 38.14
CA Conf FailRate Pct den: 5733
weekend: 0
hr: 11

hr: 11
CA Activation Rate num: 5661391
Peak UE: 57
DL Volume: 6265
DL Data Vol MAC in MB: 6964.98
CA Activation Rate den: 46284

Time: 13:31:41
holiday: 0
CA DL DataVolRatio Pct num: 7624

SIP DC%: 
DLRLCLayerDataVolume MB: 5012.87
CA DL DataVolRatio Pct den: 2198
weekend: 0
CA Activation Rate: 11.72
hr: 23
MAC_UE_SC_Tput: 5708.6

hr: 23
CA Activation Rate num: 4656220
Peak UE: 45
MB_per_connected_UE: 155.07
PCT Time MIMO: 57.22
DL Data Vol MAC in MB: 7355.52
Combined RACH Preambles: 3375

Time: 18:44:09
holiday: 0

DL MAC Vol Scell Pct: 13.53
SIP DC%: 
DRB UL Data Volume MB: 2525
PRB Util%: 30.75
weekend: 0
UPTP Mbps Num: 31350
hr: 0
MAC_UE_SC_Tput: 14284.16
Bearer Releases: 10857

hr: 0
CA Activation Rate num: 9776778
Setup_Fail_DEN: 9287
SIP_SC_Total_MOU: 263.73
Peak UE: 82
MB_per_connected_UE: 110.87
PCT Time MIMO: 38.42
CA Activation Rate den: 131303

Time: 20:37:36
holiday: 0
CA DL DataVolRatio Pct num: 5129

SIP DC%: 
DLRLCLayerDataVolume MB: 5268.1
DRB UL Data Volume MB: 7834
weekend: 0
UPTP Mbps Num: 9696
CA Activation Rate: 56.24
hr: 4
MAC_UE_SC_Tput: 17200.14

hr: 4
CA Activation Rate num: 1659379
UPTP Mbps Den: 5152
Setup_Fail_DEN: 11866
Peak UE: 31
VOLTE IA%: 
MB_per_connected_UE: 19.06
DL Volume: 8448
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7374
DL Data Vol MAC in MB: 7820.08
CA Activation Rate den: 78830

Time: 12:59:12
holiday: 0
CA DL DataVolRatio Pct num: 3578

DL MAC Vol Scell Pct: 42.38
Avg_Connected_UEs: 31.29
SIP DC%: 
UPTP_Mbps: 10.54
PRB Util%: 37.65
CA Conf FailRate Pct den: 4833
weekend: 0
UPTP Mbps Num: 13318
CA Activation Rate: 7.22
hr: 9
MAC_UE_SC_Tput: 10261.3

hr: 9
CA Activation Rate num: 9931680
SIP_SC_Total_MOU: 203.74
Peak UE: 27

Time: 14:35:43
holiday: 0
CA DL DataVolRatio Pct num: 6172

SIP DC%: 
DLRLCLayerDataVolume MB: 8649.96
CA Conf FailRate Pct den: 6897
weekend: 0
UPTP Mbps Num: 18621
CA Activation Rate: 30.7
hr: 0
MAC_UE_SC_Tput: 4693.1

hr: 0
CA Activation Rate num: 6769930
Peak UE: 27
MB_per_connected_UE: 167.07

Time: 12:42:31
holiday: 0
CA DL DataVolRatio Pct: 67.09

DL MAC Vol Scell Pct: 27.78
SIP DC%: 
DLRLCLayerDataVolume MB: 2986.44
weekend: 0
CA Activation Rate: 11.34
hr: 0
MAC_UE_SC_Tput: 8744.4
Bearer Releases: 7822

hr: 0
CA Activation Rate num: 4326601
SIP_SC_Total_MOU: 190.9
Peak UE: 64
MB_per_connected_UE: 54.72
PCT Time MIMO: 37.55
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7728
DL Data Vol MAC in MB: 4280.99
Time: 18:37:34

holiday: 0
CA DL DataVolRatio Pct num: 6558

SIP DC%: 
DLRLCLayerDataVolume MB: 209.41
DRB UL Data Volume MB: 1131
PRB Util%: 19.7
weekend: 0
UPTP Mbps Num: 18950
hr: 23
MAC_UE_SC_Tput: 8378.09

hr: 23
CA Activation Rate num: 2730982
Setup_Fail_DEN: 12948
SIP_SC_Total_MOU: 111.59
Peak UE: 33
MB_per_connected_UE: 109.3
DL Volume: 447
DL Data Vol MAC in MB: 814.65
CA Activation Rate den: 148622

Time: 15:07:15
holiday: 0

SIP DC%: 
UPTP_Mbps: 21.05
DLRLCLayerDataVolume MB: 2320.62
PRB Util%: 21.88
weekend: 0
UPTP Mbps Num: 14655
hr: 18
MAC_UE_SC_Tput: 8613.84
Bearer Releases: 7514

hr: 18
CA Activation Rate num: 5758139
Setup_Fail_DEN: 11670
SIP_SC_Total_MOU: 124.74
Peak UE: 27
MB_per_connected_UE: 122.22
DL Data Vol MAC in MB: 3990.79
CA Activation Rate den: 37792

Time: 03:51:43
holiday: 0
CA DL DataVolRatio Pct num: 2436

DL MAC Vol Scell Pct: 20.92
SIP DC%: 
PRB Util%: 18.04
CA DL DataVolRatio Pct den: 1623
weekend: 0
UPTP Mbps Num: 7893
hr: 13
MAC_UE_SC_Tput: 4522.21
Bearer Releases: 7441

hr: 13
CA Activation Rate num: 9903882
Peak UE: 51
MB_per_connected_UE: 26.18
DL Data Vol MAC in MB: 1506.83
CA Activation Rate den: 62984

Time: 01:04:42
holiday: 0
CA DL DataVolRatio Pct num: 2688

SIP DC%: 
DLRLCLayerDataVolume MB: 501.02
PRB Util%: 12.21
CA DL DataVolRatio Pct den: 6596
CA Conf FailRate Pct den: 8054
weekend: 0
hr: 23
MAC_UE_SC_Tput: 13212.33

hr: 23
CA Activation Rate num: 4807143
UPTP Mbps Den: 2360
Setup_Fail_DEN: 10887
QCI 1 Bearer Drop%: 1.13
Peak UE: 34
DL Volume: 3116
DL Data Vol MAC in MB: 8293.2

Time: 10:23:33
holiday: 0

Avg_Connected_UEs: 40.58
SIP DC%: 
PRB Util%: 25.3
RRC Setup Attempts: 9350
CA Conf FailRate Pct den: 4710
weekend: 0
UPTP Mbps Num: 27013
hr: 23
MAC_UE_SC_Tput: 17663.84
Bearer Releases: 16426

hr: 23
CA Activation Rate num: 3159488
UPTP Mbps Den: 1318
Setup_Fail_DEN: 9118
Peak UE: 37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3453
DL Data Vol MAC in MB: 2891.05

Time: 12:14:24
holiday: 0
CA DL DataVolRatio Pct num: 6920

SIP DC%: 
UPTP_Mbps: 26.21
DLRLCLayerDataVolume MB: 2270.59
RRC Setup Attempts: 9564
CA DL DataVolRatio Pct den: 10111
weekend: 0
UPTP Mbps Num: 1110
hr: 19
MAC_UE_SC_Tput: 7293.45
Bearer Releases: 7055

hr: 19
CA Activation Rate num: 4093777
Setup_Fail_DEN: 8179
SIP_SC_Total_MOU: 26.03
Peak UE: 73
MB_per_connected_UE: 182.18
PCT Time MIMO: 54.17
DL Volume: 6842
DL Data Vol MAC in MB: 4822.53
CA Activation Rate den: 111227

Time: 13:17:42
holiday: 0

DL MAC Vol Scell Pct: 45.19
Avg_Connected_UEs: 74.59
SIP DC%: 
UPTP_Mbps: 12.68
DLRLCLayerDataVolume MB: 5378.31
DRB UL Data Volume MB: 2954
weekend: 0
hr: 11
MAC_UE_SC_Tput: 4706.74

hr: 11
CA Activation Rate num: 11009769
SIP_SC_Total_MOU: 317.36
Peak UE: 45
MB_per_connected_UE: 76.53
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3473

holiday: 0

DL MAC Vol Scell Pct: 22.1
SIP DC%: 
UPTP_Mbps: 32.79
DLRLCLayerDataVolume MB: 6081.7
PRB Util%: 69.01
RRC Setup Attempts: 8632
CA Conf FailRate Pct den: 8405
weekend: 0
CA Activation Rate: 46.69
hr: 10
MAC_UE_SC_Tput: 11696
Bearer Releases: 15326

hr: 10
CA Activation Rate num: 6532039
Setup_Fail_DEN: 16427
Peak UE: 90
MB_per_connected_UE: 98.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6713
DL Data Vol MAC in MB: 8599.89

Time: 06:48:24
holiday: 0
CA DL DataVolRatio Pct: 60.21
CA DL DataVolRatio Pct num: 4497

SIP DC%: 
DLRLCLayerDataVolume MB: 2034.14
CA DL DataVolRatio Pct den: 8070
weekend: 0
CA Activation Rate: 55.77
hr: 23
MAC_UE_SC_Tput: 4316.01

hr: 23
CA Activation Rate num: 9981469
Peak UE: 42
MB_per_connected_UE: 136.01
PCT Time MIMO: 43.54
DL Data Vol MAC in MB: 992.93
Time: 01:40:11

holiday: 0
CA DL DataVolRatio Pct num: 3354

SIP DC%: 
UPTP_Mbps: 32.74
DLRLCLayerDataVolume MB: 6702.06
CA DL DataVolRatio Pct den: 6580
weekend: 0
UPTP Mbps Num: 22784
hr: 23
MAC_UE_SC_Tput: 16986.03
Bearer Releases: 9342

hr: 23
CA Activation Rate num: 10538429
Setup_Fail_DEN: 9302
Peak UE: 64
MB_per_connected_UE: 158.23
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6308
DL Data Vol MAC in MB: 7214.14

Time: 02:34:08
holiday: 0
CA DL DataVolRatio Pct num: 2023

SIP DC%: 
UPTP_Mbps: 125.95
DRB UL Data Volume MB: 5781
weekend: 1
CA Activation Rate: 50.22
hr: 18
Bearer Releases: 17899

hr: 18
CA Activation Rate num: 9782777
Setup_Fail_DEN: 13394
Peak UE: 65
MB_per_connected_UE: 117.5
PCT Time MIMO: 51.52
DL Data Vol MAC in MB: 6039.43

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5606.69
RRC Setup Attempts: 8320
CA Conf FailRate Pct den: 2707
weekend: 0
UPTP Mbps Num: 1512
hr: 5
MAC_UE_SC_Tput: 18305.88

hr: 5
CA Activation Rate num: 2444269
Setup_Fail_DEN: 18155
SIP_SC_Total_MOU: 70.15
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 170.57
DL Volume: 7224
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8204
DL Data Vol MAC in MB: 9904.61
CA Activation Rate den: 91128

Time: 15:23:48
holiday: 0
CA DL DataVolRatio Pct: 73.86

DL MAC Vol Scell Pct: 17.9
Avg_Connected_UEs: 23.59
SIP DC%: 
DLRLCLayerDataVolume MB: 849.49
CA DL DataVolRatio Pct den: 1546
weekend: 0
CA Activation Rate: 51.97
hr: 23
MAC_UE_SC_Tput: 4500.23
Bearer Releases: 10557

hr: 23
Setup_Fail_DEN: 9836
Peak UE: 41
MB_per_connected_UE: 146.51
PCT Time MIMO: 61.38
DL Data Vol MAC in MB: 824.95
CA Activation Rate den: 121455

Time: 07:53:14
holiday: 0
CA DL DataVolRatio Pct num: 5992

DL MAC Vol Scell Pct: 36.52
Avg_Connected_UEs: 67.61
SIP DC%: 
DLRLCLayerDataVolume MB: 1235.37
PRB Util%: 33.92
CA DL DataVolRatio Pct den: 3363
weekend: 0
hr: 5
MAC_UE_SC_Tput: 8803.21

hr: 5
CA Activation Rate num: 5015667
Setup_Fail_DEN: 12388
DL Volume: 8999
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3519
UL Throughput: 7.61
DL Data Vol MAC in MB: 9569.85

holiday: 0
CA DL DataVolRatio Pct: 68.78

Avg_Connected_UEs: 25.47
SIP DC%: 
DRB UL Data Volume MB: 3394
CA DL DataVolRatio Pct den: 4643
weekend: 1
UPTP Mbps Num: 23269
hr: 11
MAC_UE_SC_Tput: 4322.04
Bearer Releases: 10356

hr: 11
CA Activation Rate num: 5724014
Peak UE: 27
CA Activation Rate den: 67845

Time: 06:27:54
holiday: 0
HO_att_InterFreq: 803

SIP DC%: 
UPTP_Mbps: 18.11
DLRLCLayerDataVolume MB: 4740.38
DRB UL Data Volume MB: 7430
CA DL DataVolRatio Pct den: 4825
weekend: 0
hr: 2
MAC_UE_SC_Tput: 10095.93
Bearer Releases: 10678

hr: 2
CA Activation Rate num: 10467507
Setup_Fail_DEN: 11012
SIP_SC_Total_MOU: 75.25
Peak UE: 27
DL Volume: 502
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4346
DL Data Vol MAC in MB: 9439.45
CA Activation Rate den: 156777

Time: 21:58:54
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2150.52
DRB UL Data Volume MB: 1880
PRB Util%: 22.73
RRC Setup Attempts: 5572
weekend: 0
UPTP Mbps Num: 5137
CA Activation Rate: 20.82
hr: 12
MAC_UE_SC_Tput: 8694

hr: 12
CA Activation Rate num: 3583530
Setup_Fail_DEN: 12118
SIP_SC_Total_MOU: 124.36
Peak UE: 32
MB_per_connected_UE: 37.25
DL Volume: 4938
DL Data Vol MAC in MB: 1129.75
CA Activation Rate den: 165597

Time: 07:15:54
holiday: 0
CA DL DataVolRatio Pct num: 5885

SIP DC%: 
DLRLCLayerDataVolume MB: 9090.22
CA DL DataVolRatio Pct den: 7720
weekend: 0
UPTP Mbps Num: 18740
CA Activation Rate: 51.98
hr: 19
MAC_UE_SC_Tput: 16795.83
Bearer Releases: 9222

hr: 19
CA Activation Rate num: 10174203
Setup_Fail_DEN: 14588
Peak UE: 59
MB_per_connected_UE: 73.21
DL Volume: 5067
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7856
DL Data Vol MAC in MB: 6734.91
CA Activation Rate den: 54758

holiday: 0
CA DL DataVolRatio Pct num: 3368

Avg_Connected_UEs: 23.72
SIP DC%: 
UPTP_Mbps: 88.01
CA DL DataVolRatio Pct den: 4435
CA Conf FailRate Pct den: 6930
weekend: 0
hr: 12
MAC_UE_SC_Tput: 9951.58

hr: 12
CA Activation Rate num: 8852351
Setup_Fail_DEN: 10456
Peak UE: 65
MB_per_connected_UE: 16.15
DL Volume: 8000
DL Data Vol MAC in MB: 7857.36

Time: 08:08:18
holiday: 0

SIP DC%: 
UPTP_Mbps: 17.67
DLRLCLayerDataVolume MB: 1796.71
PRB Util%: 17.33
weekend: 0
UPTP Mbps Num: 11773
hr: 21
MAC_UE_SC_Tput: 7252.95

hr: 21
CA Activation Rate num: 1970347
UPTP Mbps Den: 5560
Setup_Fail_DEN: 16192
UL MAC Vol Scell Pct: 3.36
Peak UE: 79
VOLTE IA%: 
MB_per_connected_UE: 114.39
CA Activation Rate den: 56879

Time: 02:32:41
holiday: 0
CA DL DataVolRatio Pct: 71.6

SIP DC%: 
DLRLCLayerDataVolume MB: 5422.29
RRC Setup Attempts: 4700
CA DL DataVolRatio Pct den: 8862
CA Conf FailRate Pct den: 8075
weekend: 0
CA Activation Rate: 8.18
hr: 3

hr: 3
CA Activation Rate num: 264810
Setup_Fail_DEN: 7459
Peak UE: 27
MB_per_connected_UE: 14.84
PCT Time MIMO: 44.2
DL Volume: 9716
CA Activation Rate den: 136910

Time: 14:49:05
holiday: 0

DL MAC Vol Scell Pct: 18.8
SIP DC%: 
PRB Util%: 11.83
CA DL DataVolRatio Pct den: 5989
weekend: 0
CA Activation Rate: 70.59
hr: 20
MAC_UE_SC_Tput: 12715.82
Bearer Releases: 13491

hr: 20
CA Activation Rate num: 8555684
Setup_Fail_DEN: 19523
SIP_SC_Total_MOU: 317.16
Peak UE: 27
MB_per_connected_UE: 169.78
DL Data Vol MAC in MB: 2436.43

Time: 07:38:02
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2938.77
DRB UL Data Volume MB: 6999
PRB Util%: 6.33
weekend: 0
UPTP Mbps Num: 20087
hr: 23
MAC_UE_SC_Tput: 7505.14
Bearer Releases: 12599

hr: 23
CA Activation Rate num: 7406145
Setup_Fail_DEN: 8141
SIP_SC_Total_MOU: 418.4
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6867
DL Data Vol MAC in MB: 6232.07

Time: 18:03:15
holiday: 0
CA DL DataVolRatio Pct: 40.06
CA DL DataVolRatio Pct num: 6451

SIP DC%: 
DLRLCLayerDataVolume MB: 7681.09
DRB UL Data Volume MB: 2331
PRB Util%: 23.79
RRC Setup Attempts: 6935
weekend: 0
UPTP Mbps Num: 50541
hr: 0
MAC_UE_SC_Tput: 19066.32
Bearer Releases: 15105

hr: 0
CA Activation Rate num: 1758720
UPTP Mbps Den: 3280
Peak UE: 73
MB_per_connected_UE: 152.42
DL Volume: 3699
DL Data Vol MAC in MB: 9111.79

Time: 23:28:03
holiday: 0
CA DL DataVolRatio Pct: 76.57

SIP DC%: 
DLRLCLayerDataVolume MB: 5124.75
DRB UL Data Volume MB: 8829
RRC Setup Attempts: 7298
CA DL DataVolRatio Pct den: 9521
weekend: 0
CA Activation Rate: 57.38
hr: 22
MAC_UE_SC_Tput: 22372.72

hr: 22
CA Activation Rate num: 10988591
Setup_Fail_DEN: 13651
SIP_SC_Total_MOU: 333.25
VOLTE IA%: 
MB_per_connected_UE: 150.04
DL Volume: 3649

Time: 00:50:52
holiday: 0

DL MAC Vol Scell Pct: 8.71
SIP DC%: 
DRB UL Data Volume MB: 2106
CA DL DataVolRatio Pct den: 3834
CA Conf FailRate Pct den: 7306
weekend: 0
UPTP Mbps Num: 7097
hr: 0
MAC_UE_SC_Tput: 8062.72
Bearer Releases: 11768

hr: 0
CA Activation Rate num: 8327403
SIP_SC_Total_MOU: 81.95
Peak UE: 38
CA Activation Rate den: 108656

Time: 03:46:01
holiday: 0

DL MAC Vol Scell Pct: 24.39
Avg_Connected_UEs: 49.28
SIP DC%: 
DLRLCLayerDataVolume MB: 8104.2
DRB UL Data Volume MB: 2074
CA Conf FailRate Pct den: 6135
weekend: 0
hr: 23
MAC_UE_SC_Tput: 14679.83
Bearer Releases: 10961

hr: 23
CA Activation Rate num: 11917138
SIP_SC_Total_MOU: 37.01
Peak UE: 65
DL Volume: 2143
DL Data Vol MAC in MB: 10020.15

Time: 12:20:44
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1334.7
PRB Util%: 16.4
weekend: 1
UPTP Mbps Num: 54437
hr: 1
MAC_UE_SC_Tput: 7651.93

hr: 1
CA Activation Rate num: 8516859
Setup_Fail_DEN: 14211
SIP_SC_Total_MOU: 157.62
Peak UE: 36
MB_per_connected_UE: 52.52
CA Activation Rate den: 51357

Time: 14:00:36
holiday: 0
CA DL DataVolRatio Pct num: 6853

Avg_Connected_UEs: 79.69
SIP DC%: 
DLRLCLayerDataVolume MB: 5182.02
CA DL DataVolRatio Pct den: 7163
weekend: 0
UPTP Mbps Num: 30482
hr: 1

hr: 1
CA Activation Rate num: 5274232
Peak UE: 27
DL Volume: 2854
DL Data Vol MAC in MB: 1822.35
CA Activation Rate den: 123445

Time: 08:11:15
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1597.17
CA DL DataVolRatio Pct den: 9041
CA Conf FailRate Pct den: 6256
weekend: 0
hr: 19
MAC_UE_SC_Tput: 10275.87

hr: 19
CA Activation Rate num: 6515282
Setup_Fail_DEN: 15853
SIP_SC_Total_MOU: 37.77
Peak UE: 27
PCT Time MIMO: 61.32
DL Volume: 7540
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8756
DL Data Vol MAC in MB: 2648.67
CA Activation Rate den: 176652

Combined RACH Preambles: 4994
holiday: 0
CA DL DataVolRatio Pct: 56.29

DL MAC Vol Scell Pct: 40.06
SIP DC%: 
UPTP_Mbps: 43.64
DLRLCLayerDataVolume MB: 7885.02
CA Conf FailRate Pct den: 6590
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5597.87

hr: 0
CA Activation Rate num: 7170381
UPTP Mbps Den: 759
SIP_SC_Total_MOU: 136.2
Peak UE: 59
VOLTE IA%: 
MB_per_connected_UE: 41.24
DL Volume: 1277
DL Data Vol MAC in MB: 8179.66

Time: 02:27:03
holiday: 0

DL MAC Vol Scell Pct: 33.97
SIP DC%: 
UPTP_Mbps: 13.88
DLRLCLayerDataVolume MB: 4397.9
RRC Setup Attempts: 3615
CA DL DataVolRatio Pct den: 6842
weekend: 0
hr: 13
MAC_UE_SC_Tput: 6696.85

hr: 13
CA Activation Rate num: 9168267
UPTP Mbps Den: 2520
SIP_SC_Total_MOU: 149.32
Peak UE: 61
MB_per_connected_UE: 39.41
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5589
DL Data Vol MAC in MB: 2711.76

Time: 20:06:55
holiday: 0

DL MAC Vol Scell Pct: 32.16
Avg_Connected_UEs: 61.07
SIP DC%: 
DRB UL Data Volume MB: 5292
CA DL DataVolRatio Pct den: 4096
weekend: 0
UPTP Mbps Num: 9187
hr: 2
MAC_UE_SC_Tput: 9435.31
Bearer Releases: 11334

hr: 2
CA Activation Rate num: 13881995
Setup_Fail_DEN: 10428
Peak UE: 89
MB_per_connected_UE: 131.18
UL Throughput: 9.54
DL Data Vol MAC in MB: 9434.65
CA Activation Rate den: 99977

Time: 11:15:43
holiday: 0

SIP DC%: 
UPTP_Mbps: 117.29
DRB UL Data Volume MB: 1355
RRC Setup Attempts: 4669
weekend: 0
UPTP Mbps Num: 23847
hr: 23
MAC_UE_SC_Tput: 6072.13

hr: 23
CA Activation Rate num: 5567140
Peak UE: 57
MB_per_connected_UE: 88.36
PCT Time MIMO: 63.01
CA Activation Rate den: 202476

Combined RACH Preambles: 4650
Time: 04:29:34
holiday: 0
CA DL DataVolRatio Pct: 87.71

SIP DC%: 
DLRLCLayerDataVolume MB: 5048.48
CA DL DataVolRatio Pct den: 1040
weekend: 0
UPTP Mbps Num: 59331
hr: 7
MAC_UE_SC_Tput: 6334

hr: 7
CA Activation Rate num: 918395
Peak UE: 27
PCT Time MIMO: 59.52
CA Activation Rate den: 81513
Time: 06:04:56

holiday: 0
CA DL DataVolRatio Pct: 72.37
CA DL DataVolRatio Pct num: 4015

DL MAC Vol Scell Pct: 31.89
Avg_Connected_UEs: 57.09
SIP DC%: 
weekend: 0
UPTP Mbps Num: 25839
CA Activation Rate: 5.08
hr: 6
MAC_UE_SC_Tput: 4497.84
Bearer Releases: 6900

hr: 6
Avg CQI: 10
CA Activation Rate num: 9737244
Setup_Fail_DEN: 14882
Peak UE: 27
MB_per_connected_UE: 203.06
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6237
DL Data Vol MAC in MB: 8023.36
CA Activation Rate den: 56887

Time: 11:06:16
holiday: 0

Avg_Connected_UEs: 80.87
SIP DC%: 
UPTP_Mbps: 70.79
DRB UL Data Volume MB: 5955
PRB Util%: 9.85
CA Conf FailRate Pct den: 9086
weekend: 0
UPTP Mbps Num: 52484
hr: 23
MAC_UE_SC_Tput: 7351.48

hr: 23
CA Activation Rate num: 5104770
SIP_SC_Total_MOU: 429.01
Peak UE: 27
MB_per_connected_UE: 37.88
DL Data Vol MAC in MB: 2859.86

Time: 02:20:51
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2899.04
DRB UL Data Volume MB: 6862
weekend: 0
hr: 13
Bearer Releases: 6469

hr: 13
Setup_Fail_DEN: 18684
SIP_SC_Total_MOU: 1.45
Peak UE: 27
MB_per_connected_UE: 79.59
DL Volume: 1465
DL Data Vol MAC in MB: 1987.86
CA Activation Rate den: 128599

Combined RACH Preambles: 3364
Time: 03:04:31
holiday: 0

Avg_Connected_UEs: 75.58
SIP DC%: 
DLRLCLayerDataVolume MB: 8085.48
DRB UL Data Volume MB: 6293
PRB Util%: 32.11
CA Conf FailRate Pct den: 4407
weekend: 0
CA Activation Rate: 47.78
hr: 21
MAC_UE_SC_Tput: 9157.89

hr: 21
CA Activation Rate num: 3852319
Setup_Fail_DEN: 8510
Peak UE: 39
MB_per_connected_UE: 106.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8729

Time: 16:32:33
holiday: 0
CA DL DataVolRatio Pct: 65.8

DL MAC Vol Scell Pct: 23.94
SIP DC%: 
DRB UL Data Volume MB: 1850
weekend: 0
UPTP Mbps Num: 33994
CA Activation Rate: 49.49
hr: 4
MAC_UE_SC_Tput: 16139.79
Bearer Releases: 9622

hr: 4
CA Activation Rate num: 5505746
Setup_Fail_DEN: 18577
Peak UE: 34
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6934
DL Data Vol MAC in MB: 9290.63

holiday: 0
CA DL DataVolRatio Pct: 77.33
CA DL DataVolRatio Pct num: 4675

SIP DC%: 
UPTP_Mbps: 119.36
DLRLCLayerDataVolume MB: 1498.03
DRB UL Data Volume MB: 7960
PRB Util%: 49.25
weekend: 0
UPTP Mbps Num: 5260
CA Activation Rate: 41.54
hr: 0
MAC_UE_SC_Tput: 4872.61

hr: 0
Peak UE: 31
MB_per_connected_UE: 116.6
DL Volume: 6689
CA Activation Rate den: 138092

Time: 04:39:50
holiday: 0

SIP DC%: 
UPTP_Mbps: 7.7
DLRLCLayerDataVolume MB: 3492.87
DRB UL Data Volume MB: 7613
CA DL DataVolRatio Pct den: 8544
CA Conf FailRate Pct den: 3123
weekend: 0
CA Activation Rate: 11.2
hr: 19
MAC_UE_SC_Tput: 7794.45
Bearer Releases: 9143

hr: 19
CA Activation Rate num: 505651
Setup_Fail_DEN: 10162
SIP_SC_Total_MOU: 187.61
Peak UE: 27
MB_per_connected_UE: 124.31
PCT Time MIMO: 59.78
DL Volume: 496
DL Data Vol MAC in MB: 3036.65

Time: 18:23:14
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 1758
weekend: 0
UPTP Mbps Num: 52392
hr: 0
MAC_UE_SC_Tput: 8440

hr: 0
CA Activation Rate num: 626518
Peak UE: 43
DL Data Vol MAC in MB: 3906.17
CA Activation Rate den: 75996

Time: 20:23:13
holiday: 0
CA DL DataVolRatio Pct num: 6116

Avg_Connected_UEs: 30.9
SIP DC%: 
UPTP_Mbps: 20.34
DLRLCLayerDataVolume MB: 3307.5
PRB Util%: 71.45
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6242.52

hr: 23
CA Activation Rate num: 10141826
UPTP Mbps Den: 3104
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 132.03
DL Volume: 3905
DL Data Vol MAC in MB: 8802.52
CA Activation Rate den: 140032

Time: 20:07:03
holiday: 0

SIP DC%: 
UPTP_Mbps: 80.24
CA DL DataVolRatio Pct den: 8138
CA Conf FailRate Pct den: 4993
weekend: 0
CA Activation Rate: 70.84
hr: 11
MAC_UE_SC_Tput: 15632.39
Bearer Releases: 16228

hr: 11
CA Activation Rate num: 8196617
Setup_Fail_DEN: 10205
Peak UE: 27
PCT Time MIMO: 68.68
DL Volume: 9078
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8528
DL Data Vol MAC in MB: 5817.99

Time: 04:43:33
holiday: 0

SIP DC%: 
UPTP_Mbps: 64.85
DLRLCLayerDataVolume MB: 4592.6
RRC Setup Attempts: 6487
CA DL DataVolRatio Pct den: 9522
CA Conf FailRate Pct den: 4264
weekend: 0
hr: 22
MAC_UE_SC_Tput: 7612.29

hr: 22
CA Activation Rate num: 9925580
SIP_SC_Total_MOU: 95.31
Peak UE: 27
DL Data Vol MAC in MB: 6795.3
CA Activation Rate den: 42778

Time: 11:48:35
holiday: 0
CA DL DataVolRatio Pct: 75.07

Avg_Connected_UEs: 42.66
SIP DC%: 
DLRLCLayerDataVolume MB: 7509.86
RRC Setup Attempts: 7188
weekend: 0
hr: 8
MAC_UE_SC_Tput: 13660.28

hr: 8
Avg CQI: 10
CA Activation Rate num: 10015512
UPTP Mbps Den: 1744
Setup_Fail_DEN: 8938
Peak UE: 30
MB_per_connected_UE: 18.03
DL Volume: 6205
DL Data Vol MAC in MB: 5824.54
CA Activation Rate den: 108049

Time: 15:50:57
holiday: 0

Avg_Connected_UEs: 20.07
SIP DC%: 
DLRLCLayerDataVolume MB: 8132.78
CA DL DataVolRatio Pct den: 6500
CA Conf FailRate Pct den: 4112
weekend: 0
UPTP Mbps Num: 11262
CA Activation Rate: 75.04
hr: 4

hr: 4
CA Activation Rate num: 1668480
SIP_SC_Total_MOU: 140.8
Peak UE: 27
PCT Time MIMO: 37.61
DL Data Vol MAC in MB: 9299.11

Time: 00:57:00
holiday: 0
CA DL DataVolRatio Pct num: 7054

DL MAC Vol Scell Pct: 33.15
SIP DC%: 
DLRLCLayerDataVolume MB: 6620.38
DRB UL Data Volume MB: 6451
RRC Setup Attempts: 4926
CA DL DataVolRatio Pct den: 2441
weekend: 0
UPTP Mbps Num: 49337
hr: 2
MAC_UE_SC_Tput: 4445.07

hr: 2
CA Activation Rate num: 5682019
Setup_Fail_DEN: 6708
SIP_SC_Total_MOU: 169.62
Peak UE: 42
DL Volume: 9398
DL Data Vol MAC in MB: 3544.83

Time: 12:59:03
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 5409
weekend: 0
UPTP Mbps Num: 35936
CA Activation Rate: 52.02
hr: 23
MAC_UE_SC_Tput: 12639.91

hr: 23
Setup_Fail_DEN: 7265
SIP_SC_Total_MOU: 342.3
Peak UE: 27
MB_per_connected_UE: 103.71
DL Data Vol MAC in MB: 2572.54

Time: 15:54:57
holiday: 0

SIP DC%: 
UPTP_Mbps: 111.53
DLRLCLayerDataVolume MB: 2548.95
CA Conf FailRate Pct den: 3584
weekend: 0
UPTP Mbps Num: 61162
hr: 5
MAC_UE_SC_Tput: 17586.03
Bearer Releases: 12834

hr: 5
CA Activation Rate num: 5340464
UPTP Mbps Den: 478
Setup_Fail_DEN: 8289
Peak UE: 27
MB_per_connected_UE: 126.88
CA Activation Rate den: 121939

Time: 06:54:00
holiday: 0
CA DL DataVolRatio Pct num: 4978

Avg_Connected_UEs: 54.76
SIP DC%: 
UPTP_Mbps: 35.15
DLRLCLayerDataVolume MB: 5788.02
DRB UL Data Volume MB: 1663
CA DL DataVolRatio Pct den: 6233
weekend: 0
hr: 19
MAC_UE_SC_Tput: 6914.74
Bearer Releases: 6849

hr: 19
CA Activation Rate num: 5116126
Peak UE: 27
DL Volume: 7199
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8439
CA Activation Rate den: 51291

Time: 11:57:51
holiday: 0

DL MAC Vol Scell Pct: 34.28
SIP DC%: 
DLRLCLayerDataVolume MB: 8190.84
DRB UL Data Volume MB: 1885
RRC Setup Attempts: 4632
CA DL DataVolRatio Pct den: 3165
weekend: 0
hr: 21
MAC_UE_SC_Tput: 4635.46

hr: 21
CA Activation Rate num: 10343605
Setup_Fail_DEN: 17761
Peak UE: 27
DL Volume: 8613
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6163
DL Data Vol MAC in MB: 1202.11

Time: 01:21:31
holiday: 0

DL MAC Vol Scell Pct: 20.63
Avg_Connected_UEs: 42.09
SIP DC%: 
DLRLCLayerDataVolume MB: 734.8
DRB UL Data Volume MB: 5860
PRB Util%: 46.97
CA Conf FailRate Pct den: 4670
weekend: 0
hr: 4
MAC_UE_SC_Tput: 9130.4
Bearer Releases: 9711

hr: 4
CA Activation Rate num: 3653952
Setup_Fail_DEN: 17617
Peak UE: 27
MB_per_connected_UE: 29.57
DL Data Vol MAC in MB: 8613.22
CA Activation Rate den: 87106

Time: 03:38:47
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3228.34
DRB UL Data Volume MB: 8572
weekend: 0
UPTP Mbps Num: 43228
hr: 16
MAC_UE_SC_Tput: 5460.31
Bearer Releases: 8783

hr: 16
CA Activation Rate num: 10982373
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6601
DL Data Vol MAC in MB: 2193

Combined RACH Preambles: 3361
Time: 20:58:55
holiday: 0

Avg_Connected_UEs: 82.29
SIP DC%: 
DLRLCLayerDataVolume MB: 5586.07
DRB UL Data Volume MB: 5494
weekend: 1
UPTP Mbps Num: 33118
CA Activation Rate: 29.41
hr: 7
Bearer Releases: 14786

hr: 7
CA Activation Rate num: 6977592
SIP_SC_Total_MOU: 250.45
Peak UE: 27
MB_per_connected_UE: 15.41
DL Volume: 4320
CA Activation Rate den: 172942

Time: 16:15:45
holiday: 0

Avg_Connected_UEs: 16.31
SIP DC%: 
DLRLCLayerDataVolume MB: 7966.43
weekend: 0
CA Activation Rate: 29.81
hr: 7
MAC_UE_SC_Tput: 17212.85
Bearer Releases: 10659

hr: 7
Setup_Fail_DEN: 7105
SIP_SC_Total_MOU: 432.15
Peak UE: 27
DL Volume: 8762
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9066
DL Data Vol MAC in MB: 5832.87

Time: 21:10:53
holiday: 0

Avg_Connected_UEs: 70.67
SIP DC%: 
UPTP_Mbps: 37.08
DRB UL Data Volume MB: 1162
weekend: 0
UPTP Mbps Num: 37976
CA Activation Rate: 72.39
hr: 23
MAC_UE_SC_Tput: 4557.79

hr: 23
CA Activation Rate num: 8004058
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7086
DL Data Vol MAC in MB: 2353.89
CA Activation Rate den: 110974

Combined RACH Preambles: 2999
Time: 15:29:13
holiday: 0

Avg_Connected_UEs: 24.28
SIP DC%: 
UPTP_Mbps: 108.38
DLRLCLayerDataVolume MB: 1960.59
RRC Setup Attempts: 5634
weekend: 0
hr: 3
MAC_UE_SC_Tput: 5209.97

hr: 3
CA Activation Rate num: 1290268
SIP_SC_Total_MOU: 320.7
Peak UE: 43
MB_per_connected_UE: 60.37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4867
DL Data Vol MAC in MB: 2356.19

Time: 07:03:30
holiday: 0
CA DL DataVolRatio Pct num: 639

Avg_Connected_UEs: 71.89
SIP DC%: 
UPTP_Mbps: 19.97
DLRLCLayerDataVolume MB: 681.37
DRB UL Data Volume MB: 9222
CA DL DataVolRatio Pct den: 6718
weekend: 0
hr: 6
MAC_UE_SC_Tput: 10022.25

hr: 6
CA Activation Rate num: 1240915
UPTP Mbps Den: 1916
Setup_Fail_DEN: 14329
Peak UE: 27
PCT Time MIMO: 42.73

Time: 20:37:37
holiday: 0

SIP DC%: 
PRB Util%: 11.33
weekend: 0
UPTP Mbps Num: 730
hr: 12
Bearer Releases: 9882

hr: 12
CA Activation Rate num: 198006
UPTP Mbps Den: 1397
Peak UE: 38
PCT Time MIMO: 52.15

Time: 22:29:02
holiday: 0
CA DL DataVolRatio Pct num: 6951

Avg_Connected_UEs: 50.27
SIP DC%: 
UPTP_Mbps: 131.7
DLRLCLayerDataVolume MB: 2926.39
DRB UL Data Volume MB: 899
CA DL DataVolRatio Pct den: 6025
weekend: 1
UPTP Mbps Num: 47405
hr: 6
MAC_UE_SC_Tput: 4715.13

hr: 6
CA Activation Rate num: 9983799
UL MAC Vol Scell Pct: 2.96
Peak UE: 27
DL Volume: 7079
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4882
CA Activation Rate den: 108361

Time: 15:58:46
holiday: 0
CA DL DataVolRatio Pct num: 657

SIP DC%: 
CA DL DataVolRatio Pct den: 6819
weekend: 1
CA Activation Rate: 3.89
hr: 2
MAC_UE_SC_Tput: 6500.77
Bearer Releases: 17512

hr: 2
CA Activation Rate num: 6424374
Setup_Fail_DEN: 14348
SIP_SC_Total_MOU: 155.91
Peak UE: 35
VOLTE IA%: 
MB_per_connected_UE: 160.02
DL Data Vol MAC in MB: 7827.98

Time: 18:23:58
holiday: 0

Avg_Connected_UEs: 53.71
SIP DC%: 
DLRLCLayerDataVolume MB: 3640.2
DRB UL Data Volume MB: 3288
RRC Setup Attempts: 6369
weekend: 0
UPTP Mbps Num: 56814
CA Activation Rate: 75.84
hr: 3
MAC_UE_SC_Tput: 6688.83
Bearer Releases: 18076

hr: 3
CA Activation Rate num: 3992128
Peak UE: 56
MB_per_connected_UE: 174.21
DL Volume: 7754
DL Data Vol MAC in MB: 2940.25
CA Activation Rate den: 76209

Time: 19:37:55
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7280.51
RRC Setup Attempts: 5789
CA DL DataVolRatio Pct den: 6758
CA Conf FailRate Pct den: 6736
weekend: 0
UPTP Mbps Num: 1819
hr: 0
MAC_UE_SC_Tput: 7843.13
Bearer Releases: 12893

hr: 0
CA Activation Rate num: 6633420
UPTP Mbps Den: 1561
Peak UE: 27
MB_per_connected_UE: 12.62
DL Data Vol MAC in MB: 8972.32
CA Activation Rate den: 83591

Time: 16:16:15
holiday: 0

SIP DC%: 
UPTP_Mbps: 16.46
DLRLCLayerDataVolume MB: 2027.34
PRB Util%: 69.89
CA DL DataVolRatio Pct den: 4807
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5791.86

hr: 23
CA Activation Rate num: 5427567
SIP_SC_Total_MOU: 288.75
Peak UE: 47
MB_per_connected_UE: 71.83
DL Data Vol MAC in MB: 6236.73

Time: 09:12:11
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3821.26
DRB UL Data Volume MB: 9765
weekend: 0
UPTP Mbps Num: 19110
hr: 5
MAC_UE_SC_Tput: 4811.58

hr: 5
CA Activation Rate num: 2989867
SIP_SC_Total_MOU: 137.21
Peak UE: 46
MB_per_connected_UE: 14.62
PCT Time MIMO: 54.64
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5867
DL Data Vol MAC in MB: 3671

Time: 04:23:33
holiday: 0
CA DL DataVolRatio Pct num: 593

Avg_Connected_UEs: 46.89
SIP DC%: 
DLRLCLayerDataVolume MB: 6140.92
DRB UL Data Volume MB: 6168
PRB Util%: 73.09
weekend: 0
hr: 2
MAC_UE_SC_Tput: 9773.11

hr: 2
CA Activation Rate num: 421958
UPTP Mbps Den: 1455
Setup_Fail_DEN: 13843
SIP_SC_Total_MOU: 3.46
Peak UE: 48
MB_per_connected_UE: 157.32
PCT Time MIMO: 48.49
DL Volume: 2235
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7588
CA Activation Rate den: 62201

Time: 12:31:36
holiday: 0

SIP DC%: 
weekend: 1
UPTP Mbps Num: 61682
hr: 0

hr: 0
CA Activation Rate num: 5821656
SIP_SC_Total_MOU: 401.88
Peak UE: 27
MB_per_connected_UE: 13.39
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3864
DL Data Vol MAC in MB: 464.11

Time: 19:15:02
holiday: 0
CA DL DataVolRatio Pct num: 5491

SIP DC%: 
DLRLCLayerDataVolume MB: 7795.2
DRB UL Data Volume MB: 4111
weekend: 0
UPTP Mbps Num: 37159
hr: 9
MAC_UE_SC_Tput: 7397.09
Bearer Releases: 8919

hr: 9
CA Activation Rate num: 10909821
Peak UE: 27
MB_per_connected_UE: 13.66
DL Volume: 6417
CA Activation Rate den: 47540

Time: 07:56:31
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9548.44
PRB Util%: 38.52
weekend: 0
UPTP Mbps Num: 2423
CA Activation Rate: 55.34
hr: 0
MAC_UE_SC_Tput: 8881.05

hr: 0
CA Activation Rate num: 1151368
Peak UE: 33
DL Volume: 2567
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7174
UL Throughput: 18.48

Time: 13:40:22
holiday: 0
CA DL DataVolRatio Pct num: 5360

SIP DC%: 
UPTP_Mbps: 109.51
DRB UL Data Volume MB: 8426
PRB Util%: 5.2
weekend: 0
CA Activation Rate: 34.91
hr: 10
MAC_UE_SC_Tput: 5600.02
Bearer Releases: 8937

hr: 10
CA Activation Rate num: 10767034
SIP_SC_Total_MOU: 38.57
Peak UE: 53

Time: 03:32:19
holiday: 0
CA DL DataVolRatio Pct: 61.04

SIP DC%: 
CA Conf FailRate Pct den: 7260
weekend: 1
CA Activation Rate: 3.76
hr: 14
MAC_UE_SC_Tput: 7246.07
Bearer Releases: 9813

hr: 14
CA Activation Rate num: 9214587
SIP_SC_Total_MOU: 126.03
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 118.7

Time: 23:09:58
holiday: 0
CA DL DataVolRatio Pct: 87.72
CA DL DataVolRatio Pct num: 1982

Avg_Connected_UEs: 68.06
SIP DC%: 
DLRLCLayerDataVolume MB: 7575.99
DRB UL Data Volume MB: 3659
CA Conf FailRate Pct den: 3008
weekend: 0
hr: 15
MAC_UE_SC_Tput: 11934.27

hr: 15
CA Activation Rate num: 5599411
UPTP Mbps Den: 166
Peak UE: 27
PCT Time MIMO: 60.79
DL Data Vol MAC in MB: 4046.56
CA Activation Rate den: 62634

Time: 18:13:04
holiday: 0
CA DL DataVolRatio Pct num: 7405

Avg_Connected_UEs: 17.3
SIP DC%: 
DLRLCLayerDataVolume MB: 2712.15
RRC Setup Attempts: 9838
CA DL DataVolRatio Pct den: 9280
weekend: 0
UPTP Mbps Num: 14663
hr: 18
MAC_UE_SC_Tput: 5209.42
Bearer Releases: 7746

hr: 18
CA Activation Rate num: 518009
SIP_SC_Total_MOU: 78.48
Peak UE: 73
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5705
DL Data Vol MAC in MB: 5288.35
CA Activation Rate den: 189942

Time: 00:12:27
holiday: 0
CA DL DataVolRatio Pct: 46.59
CA DL DataVolRatio Pct num: 4447

Avg_Connected_UEs: 55.27
SIP DC%: 
DLRLCLayerDataVolume MB: 6126.34
DRB UL Data Volume MB: 5881
RRC Setup Attempts: 6202
weekend: 0
hr: 9
MAC_UE_SC_Tput: 11061.69
Bearer Releases: 6635

hr: 9
UPTP Mbps Den: 1347
SIP_SC_Total_MOU: 2.07
Peak UE: 27
DL Data Vol MAC in MB: 291.72
CA Activation Rate den: 89431

holiday: 0

SIP DC%: 
UPTP_Mbps: 49.6
DLRLCLayerDataVolume MB: 3783.36
PRB Util%: 9.97
weekend: 0
UPTP Mbps Num: 39893
CA Activation Rate: 24.2
hr: 5
MAC_UE_SC_Tput: 5290.68
Bearer Releases: 15013

hr: 5
CA Activation Rate num: 8746855
SIP_SC_Total_MOU: 59.69
Peak UE: 27
MB_per_connected_UE: 9.41
DL Data Vol MAC in MB: 7797.37

Time: 03:17:40
holiday: 0
CA DL DataVolRatio Pct num: 2350

Avg_Connected_UEs: 67.29
SIP DC%: 
DLRLCLayerDataVolume MB: 4074.7
DRB UL Data Volume MB: 830
RRC Setup Attempts: 6467
CA Conf FailRate Pct den: 2607
weekend: 1
CA Activation Rate: 19.51
hr: 23
MAC_UE_SC_Tput: 26828.4

hr: 23
CA Activation Rate num: 3926907
Peak UE: 27
DL Volume: 263
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9226
DL Data Vol MAC in MB: 3862.87
CA Activation Rate den: 134978

Time: 06:10:39
holiday: 0
CA DL DataVolRatio Pct num: 1319

SIP DC%: 
DLRLCLayerDataVolume MB: 420.17
DRB UL Data Volume MB: 7181
CA DL DataVolRatio Pct den: 6451
CA Conf FailRate Pct den: 6388
weekend: 0
hr: 23
MAC_UE_SC_Tput: 15154.52

hr: 23
Peak UE: 27
MB_per_connected_UE: 160.57
DL Data Vol MAC in MB: 3901.05

holiday: 0

Avg_Connected_UEs: 20.5
SIP DC%: 
DLRLCLayerDataVolume MB: 4572.52
DRB UL Data Volume MB: 1794
PRB Util%: 47.95
CA DL DataVolRatio Pct den: 6061
weekend: 1
UPTP Mbps Num: 57535
hr: 1
MAC_UE_SC_Tput: 13544.21

hr: 1
CA Activation Rate num: 8619133
Setup_Fail_DEN: 16418
SIP_SC_Total_MOU: 75.01
Peak UE: 27
MB_per_connected_UE: 17.4
DL Data Vol MAC in MB: 6253.25
CA Activation Rate den: 49543

Time: 11:58:08
holiday: 0
CA DL DataVolRatio Pct: 89.04

DL MAC Vol Scell Pct: 4.33
Avg_Connected_UEs: 63.97
SIP DC%: 
UPTP_Mbps: 45.44
DLRLCLayerDataVolume MB: 5333.47
DRB UL Data Volume MB: 638
weekend: 0
UPTP Mbps Num: 25236
hr: 13
MAC_UE_SC_Tput: 19212.39

hr: 13
CA Activation Rate num: 8188030
Setup_Fail_DEN: 15392
SIP_SC_Total_MOU: 152.06
Peak UE: 50
MB_per_connected_UE: 67.96
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4308

Combined RACH Preambles: 2610
Time: 18:01:31
holiday: 0

Avg_Connected_UEs: 17.13
SIP DC%: 
UPTP_Mbps: 57.03
DRB UL Data Volume MB: 3819
PRB Util%: 36.89
RRC Setup Attempts: 6321
CA Conf FailRate Pct den: 6007
weekend: 0
UPTP Mbps Num: 37702
hr: 0
MAC_UE_SC_Tput: 6110.42
Bearer Releases: 15045

hr: 0
Setup_Fail_DEN: 12046
Peak UE: 53
MB_per_connected_UE: 59.55
DL Volume: 6359
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8026
DL Data Vol MAC in MB: 6085.56

Time: 17:37:19
holiday: 0
CA DL DataVolRatio Pct num: 6047

SIP DC%: 
DLRLCLayerDataVolume MB: 7421.35
PRB Util%: 37.12
weekend: 1
CA Activation Rate: 51.88
hr: 23
MAC_UE_SC_Tput: 5240.21

hr: 23
CA Activation Rate num: 9874013
Setup_Fail_DEN: 17233
Peak UE: 81
MB_per_connected_UE: 38.94
PCT Time MIMO: 52.92
DL Data Vol MAC in MB: 4136.97
CA Activation Rate den: 116715

holiday: 0

SIP DC%: 
UPTP_Mbps: 36.08
DLRLCLayerDataVolume MB: 677.05
RRC Setup Attempts: 5620
CA Conf FailRate Pct den: 6214
weekend: 0
UPTP Mbps Num: 15576
CA Activation Rate: 47.62
hr: 23
MAC_UE_SC_Tput: 12183.46
Bearer Releases: 13440

hr: 23
CA Activation Rate num: 4310186
Peak UE: 27
MB_per_connected_UE: 38.26
DL Data Vol MAC in MB: 2151.22

Time: 00:09:51
holiday: 0
CA DL DataVolRatio Pct num: 716

Avg_Connected_UEs: 28.4
SIP DC%: 
DRB UL Data Volume MB: 3115
CA Conf FailRate Pct den: 8949
weekend: 0
UPTP Mbps Num: 50424
CA Activation Rate: 4.04
hr: 4
MAC_UE_SC_Tput: 7217.4

hr: 4
CA Activation Rate num: 2515892
Peak UE: 27
DL Volume: 4106
CA Activation Rate den: 109278

Time: 04:42:45
holiday: 0
CA DL DataVolRatio Pct num: 2924

SIP DC%: 
DLRLCLayerDataVolume MB: 1993.72
PRB Util%: 60.76
CA DL DataVolRatio Pct den: 8597
weekend: 0
CA Activation Rate: 46.57
hr: 3
MAC_UE_SC_Tput: 10987.01
Bearer Releases: 7639

hr: 3
CA Activation Rate num: 9892431
Peak UE: 72
MB_per_connected_UE: 125.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8624
DL Data Vol MAC in MB: 7918.65
CA Activation Rate den: 109441

Time: 02:32:10
holiday: 0
CA DL DataVolRatio Pct: 53.12

SIP DC%: 
DLRLCLayerDataVolume MB: 9545.99
weekend: 0
hr: 9
MAC_UE_SC_Tput: 4323.92

hr: 9
CA Activation Rate num: 1341196
SIP_SC_Total_MOU: 398.84
Peak UE: 67
PCT Time MIMO: 52.65
UL Throughput: 6.02
CA Activation Rate den: 70927

holiday: 0

DL MAC Vol Scell Pct: 30.96
SIP DC%: 
DLRLCLayerDataVolume MB: 1218.4
CA DL DataVolRatio Pct den: 3270
CA Conf FailRate Pct den: 8630
weekend: 0
UPTP Mbps Num: 17457
hr: 14
MAC_UE_SC_Tput: 8841.28

hr: 14
CA Activation Rate num: 9978451
SIP_SC_Total_MOU: 19.71
Peak UE: 95
MB_per_connected_UE: 72.9
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5449
DL Data Vol MAC in MB: 8001.74

Time: 13:12:45
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 572.67
weekend: 0
UPTP Mbps Num: 18555
hr: 16
MAC_UE_SC_Tput: 4287.12
Bearer Releases: 9940

hr: 16
Setup_Fail_DEN: 15997
Peak UE: 27
MB_per_connected_UE: 183.01
DL Data Vol MAC in MB: 1032.66

Time: 13:42:26
holiday: 0

Avg_Connected_UEs: 82.01
SIP DC%: 
DLRLCLayerDataVolume MB: 7978.26
PRB Util%: 60.52
CA DL DataVolRatio Pct den: 7318
weekend: 1
hr: 18

hr: 18
CA Activation Rate num: 7866070
Setup_Fail_DEN: 9641
Peak UE: 33
MB_per_connected_UE: 99.34
PCT Time MIMO: 44.22

Time: 01:36:35
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 680.13
PRB Util%: 27.9
CA DL DataVolRatio Pct den: 2693
weekend: 0
hr: 23
Bearer Releases: 6602

hr: 23
CA Activation Rate num: 2447177
Peak UE: 50
Time: 03:17:13

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3163.31
DRB UL Data Volume MB: 6929
CA DL DataVolRatio Pct den: 8168
CA Conf FailRate Pct den: 8957
weekend: 0
hr: 16
MAC_UE_SC_Tput: 6365.79

hr: 16
CA Activation Rate num: 6480397
Setup_Fail_DEN: 8568
SIP_SC_Total_MOU: 266.1
Peak UE: 27
CA Activation Rate den: 66289

Combined RACH Preambles: 2089
Time: 11:39:37
holiday: 0
CA DL DataVolRatio Pct num: 6908

SIP DC%: 
UPTP_Mbps: 21.75
PRB Util%: 26.73
weekend: 0
UPTP Mbps Num: 7369
hr: 3
MAC_UE_SC_Tput: 15328.47

hr: 3
CA Activation Rate num: 7348839
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5246
DL Data Vol MAC in MB: 5841.5
CA Activation Rate den: 79337

Time: 14:11:43
holiday: 0

SIP DC%: 
UPTP_Mbps: 11.66
DLRLCLayerDataVolume MB: 4564.12
CA DL DataVolRatio Pct den: 7367
CA Conf FailRate Pct den: 8012
weekend: 0
UPTP Mbps Num: 30519
hr: 17
MAC_UE_SC_Tput: 8353.86
Bearer Releases: 12504

hr: 17
CA Activation Rate num: 10450759
Peak UE: 53
VOLTE IA%: 
PCT Time MIMO: 40.07
DL Volume: 6388
DL Data Vol MAC in MB: 6646.93
CA Activation Rate den: 102269

holiday: 0
CA DL DataVolRatio Pct num: 5301

SIP DC%: 
DLRLCLayerDataVolume MB: 8677.29
CA Conf FailRate Pct den: 5418
weekend: 0
hr: 20
MAC_UE_SC_Tput: 8666.84

hr: 20
CA Activation Rate num: 3066435
Setup_Fail_DEN: 11890
Peak UE: 77
MB_per_connected_UE: 173.73
DL Volume: 1429
DL Data Vol MAC in MB: 8729.87

Combined RACH Preambles: 3923
Time: 10:35:33
holiday: 0

Avg_Connected_UEs: 83.61
SIP DC%: 
DLRLCLayerDataVolume MB: 2405.62
CA Conf FailRate Pct den: 8155
weekend: 0
UPTP Mbps Num: 43454
hr: 10
MAC_UE_SC_Tput: 8433.41

hr: 10
CA Activation Rate num: 8550164
SIP_SC_Total_MOU: 75.49
Peak UE: 27
MB_per_connected_UE: 15.49
CA Activation Rate den: 126253

Time: 07:58:53
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6473.63
PRB Util%: 15.5
weekend: 0
hr: 21
MAC_UE_SC_Tput: 6378.63
Bearer Releases: 6990

hr: 21
CA Activation Rate num: 7737151
Peak UE: 44
VOLTE IA%: 
PCT Time MIMO: 66.2
DL Volume: 6809
DL Data Vol MAC in MB: 7614.51
CA Activation Rate den: 127350

Combined RACH Preambles: 3765
Time: 12:43:36
holiday: 0

Avg_Connected_UEs: 62.29
SIP DC%: 
DRB UL Data Volume MB: 9829
weekend: 0
hr: 0
MAC_UE_SC_Tput: 8377.71
Bearer Releases: 17939

hr: 0
CA Activation Rate num: 4428127
SIP_SC_Total_MOU: 42.81
Peak UE: 27
MB_per_connected_UE: 81.76
DL Volume: 3653

Time: 11:06:40
holiday: 0
CA DL DataVolRatio Pct num: 3538

SIP DC%: 
DLRLCLayerDataVolume MB: 2001
DRB UL Data Volume MB: 5008
weekend: 1
hr: 4
MAC_UE_SC_Tput: 13376.11
Bearer Releases: 17498

hr: 4
CA Activation Rate num: 9067411
UPTP Mbps Den: 1563
Setup_Fail_DEN: 7989
Peak UE: 40
MB_per_connected_UE: 104.81
DL Volume: 145
DL Data Vol MAC in MB: 6820.57
CA Activation Rate den: 62532

Time: 01:35:23
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5508.46
DRB UL Data Volume MB: 9046
weekend: 0
UPTP Mbps Num: 1244
hr: 22
MAC_UE_SC_Tput: 6662.44
Bearer Releases: 18574

hr: 22
CA Activation Rate num: 2694698
Peak UE: 27
MB_per_connected_UE: 164.96
DL Data Vol MAC in MB: 1919.85
CA Activation Rate den: 119375

holiday: 0
CA DL DataVolRatio Pct num: 4863

SIP DC%: 
UPTP_Mbps: 13.7
DLRLCLayerDataVolume MB: 6471.62
DRB UL Data Volume MB: 4049
weekend: 0
hr: 18
MAC_UE_SC_Tput: 19009.58

hr: 18
CA Activation Rate num: 3251641
Setup_Fail_DEN: 12853
Peak UE: 34
MB_per_connected_UE: 69.37
DL Volume: 6946
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8286
DL Data Vol MAC in MB: 9311.3
CA Activation Rate den: 163940

Time: 03:16:31
holiday: 0
CA DL DataVolRatio Pct: 47.66
CA DL DataVolRatio Pct num: 5313

DL MAC Vol Scell Pct: 48.33
SIP DC%: 
DLRLCLayerDataVolume MB: 3834.92
PRB Util%: 40.14
RRC Setup Attempts: 9750
weekend: 0
CA Activation Rate: 65.81
hr: 15
MAC_UE_SC_Tput: 4697.17
Bearer Releases: 16362

hr: 15
CA Activation Rate num: 3139486
Setup_Fail_DEN: 13411
Peak UE: 37
PCT Time MIMO: 66.96
DL Volume: 6071
DL Data Vol MAC in MB: 6959.91
CA Activation Rate den: 104983

Time: 12:06:44
holiday: 0

DL MAC Vol Scell Pct: 24.79
Avg_Connected_UEs: 37.19
SIP DC%: 
UPTP_Mbps: 11.14
PRB Util%: 12.59
CA Conf FailRate Pct den: 7005
weekend: 0
UPTP Mbps Num: 1385
CA Activation Rate: 8.28
hr: 9
MAC_UE_SC_Tput: 8913.12

hr: 9
CA Activation Rate num: 9967637
SIP_SC_Total_MOU: 356.24
Peak UE: 95
MB_per_connected_UE: 95.4

Combined RACH Preambles: 5231
Time: 01:24:01
holiday: 0

DL MAC Vol Scell Pct: 52.87
SIP DC%: 
UPTP_Mbps: 13.02
DLRLCLayerDataVolume MB: 3623.18
DRB UL Data Volume MB: 5696
RRC Setup Attempts: 3666
CA Conf FailRate Pct den: 8350
weekend: 0
UPTP Mbps Num: 30140
hr: 6
MAC_UE_SC_Tput: 5729.76
Bearer Releases: 11759

hr: 6
CA Activation Rate num: 9934749
Setup_Fail_DEN: 15553
Peak UE: 27
MB_per_connected_UE: 75.68

Time: 20:47:43
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8390.41
DRB UL Data Volume MB: 8633
weekend: 0
hr: 18
MAC_UE_SC_Tput: 5644.35

hr: 18
CA Activation Rate num: 654341
Peak UE: 75
MB_per_connected_UE: 187.94
DL Volume: 2325
DL Data Vol MAC in MB: 9328.18
CA Activation Rate den: 67358

Time: 01:44:15
holiday: 0
CA DL DataVolRatio Pct num: 3101

SIP DC%: 
DLRLCLayerDataVolume MB: 8601.42
CA Conf FailRate Pct den: 4621
weekend: 0
UPTP Mbps Num: 13363
hr: 7
MAC_UE_SC_Tput: 18168.76

hr: 7
CA Activation Rate num: 10819662
Setup_Fail_DEN: 15220
SIP_SC_Total_MOU: 207.52
Peak UE: 38
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4281
DL Data Vol MAC in MB: 9059.13

Time: 21:55:08
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8431.56
PRB Util%: 37.81
RRC Setup Attempts: 3510
CA DL DataVolRatio Pct den: 3434
weekend: 0
CA Activation Rate: 40.87
hr: 0
MAC_UE_SC_Tput: 4916.17
Bearer Releases: 10057

hr: 0
CA Activation Rate num: 7901157
Setup_Fail_DEN: 16695
Peak UE: 27
DL Data Vol MAC in MB: 4563.16
Combined RACH Preambles: 4893

Time: 23:26:34
holiday: 0
CA DL DataVolRatio Pct: 71.27

Avg_Connected_UEs: 34.23
SIP DC%: 
DRB UL Data Volume MB: 3940
CA Conf FailRate Pct den: 6191
weekend: 0
hr: 6
MAC_UE_SC_Tput: 17726.78
Bearer Releases: 8582

hr: 6
CA Activation Rate num: 8511682
Peak UE: 56
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6144

Combined RACH Preambles: 4327
Time: 13:50:21
holiday: 0
CA DL DataVolRatio Pct num: 7004

SIP DC%: 
UPTP_Mbps: 53.92
DLRLCLayerDataVolume MB: 9370.28
PRB Util%: 37.89
CA DL DataVolRatio Pct den: 7239
weekend: 1
hr: 0
MAC_UE_SC_Tput: 15705.37

hr: 0
CA Activation Rate num: 3765750
Peak UE: 27
CA Activation Rate den: 47313

Combined RACH Preambles: 2181
Time: 05:37:20
holiday: 0

DL MAC Vol Scell Pct: 8.01
SIP DC%: 
UPTP_Mbps: 111.47
DLRLCLayerDataVolume MB: 1005.72
CA DL DataVolRatio Pct den: 4907
CA Conf FailRate Pct den: 9325
weekend: 0
UPTP Mbps Num: 35332
hr: 15
MAC_UE_SC_Tput: 18209.56

hr: 15
CA Activation Rate num: 3860776
Peak UE: 29
MB_per_connected_UE: 65.16
PCT Time MIMO: 55.29
CA Activation Rate den: 36321

Combined RACH Preambles: 4460
Time: 23:45:13
holiday: 0

DL MAC Vol Scell Pct: 51.35
Avg_Connected_UEs: 25.18
SIP DC%: 
DLRLCLayerDataVolume MB: 2331.62
RRC Setup Attempts: 7439
weekend: 0
UPTP Mbps Num: 50139
hr: 1
MAC_UE_SC_Tput: 4408.97
Bearer Releases: 15307

hr: 1
CA Activation Rate num: 7736856
UPTP Mbps Den: 5106
SIP_SC_Total_MOU: 157.28
Peak UE: 27
DL Volume: 7356
DL Data Vol MAC in MB: 6049.37
CA Activation Rate den: 56001

Combined RACH Preambles: 3790
Time: 15:39:08
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 5668
CA DL DataVolRatio Pct den: 7726
CA Conf FailRate Pct den: 4084
weekend: 0
UPTP Mbps Num: 42554
hr: 0

hr: 0
Peak UE: 82
DL Data Vol MAC in MB: 5209.42
CA Activation Rate den: 158642

Time: 17:56:27
holiday: 0

DL MAC Vol Scell Pct: 55.31
Avg_Connected_UEs: 35.66
SIP DC%: 
DLRLCLayerDataVolume MB: 2011.21
DRB UL Data Volume MB: 5362
weekend: 0
CA Activation Rate: 24.88
hr: 23
MAC_UE_SC_Tput: 9245.22

hr: 23
CA Activation Rate num: 5647322
SIP_SC_Total_MOU: 98.73
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7048
DL Data Vol MAC in MB: 8077.3
CA Activation Rate den: 55676

Time: 14:19:39
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9313.97
CA DL DataVolRatio Pct den: 8451
weekend: 0
hr: 0
MAC_UE_SC_Tput: 10879.48

hr: 0
CA Activation Rate num: 9357663
Setup_Fail_DEN: 14109
Peak UE: 50
MB_per_connected_UE: 27.95
PCT Time MIMO: 44.61
DL Data Vol MAC in MB: 7746.92

Time: 11:09:06
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7653.47
DRB UL Data Volume MB: 1139
CA DL DataVolRatio Pct den: 8109
CA Conf FailRate Pct den: 6356
weekend: 0
hr: 8
MAC_UE_SC_Tput: 10676.67
Bearer Releases: 14646

hr: 8
CA Activation Rate num: 8281975
UPTP Mbps Den: 552
SIP_SC_Total_MOU: 222.91
Peak UE: 27
MB_per_connected_UE: 54.16
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8643
DL Data Vol MAC in MB: 1294.2
CA Activation Rate den: 106699

Time: 07:24:22
holiday: 0

Avg_Connected_UEs: 26.62
SIP DC%: 
DLRLCLayerDataVolume MB: 2021.79
DRB UL Data Volume MB: 7196
weekend: 0
CA Activation Rate: 2.22
hr: 0
MAC_UE_SC_Tput: 15257.4
Bearer Releases: 6510

hr: 0
CA Activation Rate num: 3603425
Setup_Fail_DEN: 12057
SIP_SC_Total_MOU: 305.51
Peak UE: 40
MB_per_connected_UE: 68.04
DL Volume: 5752
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8132
DL Data Vol MAC in MB: 458.11
CA Activation Rate den: 162181

Time: 10:40:31
holiday: 0

DL MAC Vol Scell Pct: 49.15
SIP DC%: 
UPTP_Mbps: 16.2
DLRLCLayerDataVolume MB: 3033.16
DRB UL Data Volume MB: 7367
RRC Setup Attempts: 4346
CA DL DataVolRatio Pct den: 5528
weekend: 0
hr: 15
MAC_UE_SC_Tput: 5071.28

hr: 15
CA Activation Rate num: 2221396
Setup_Fail_DEN: 11029
SIP_SC_Total_MOU: 199.24
Peak UE: 27
MB_per_connected_UE: 178.87
DL Volume: 4877
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6134
DL Data Vol MAC in MB: 3802
CA Activation Rate den: 78551

Time: 13:03:20
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9974.4
RRC Setup Attempts: 4251
weekend: 0
hr: 10
MAC_UE_SC_Tput: 7799.24

hr: 10
Peak UE: 53
MB_per_connected_UE: 157.03
DL Volume: 7527
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8294
DL Data Vol MAC in MB: 10019.88

Time: 00:51:19
holiday: 0

Avg_Connected_UEs: 18.39
SIP DC%: 
UPTP_Mbps: 115.98
DLRLCLayerDataVolume MB: 826.42
weekend: 0
CA Activation Rate: 31.21
hr: 2
MAC_UE_SC_Tput: 5467.72

hr: 2
CA Activation Rate num: 2700534
Peak UE: 27
MB_per_connected_UE: 32.12
CA Activation Rate den: 75098

Time: 20:49:25
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8652.72
DRB UL Data Volume MB: 3768
CA DL DataVolRatio Pct den: 9685
weekend: 0
hr: 0

hr: 0
SIP_SC_Total_MOU: 20.86
QCI 1 Bearer Drop%: 2.06
Peak UE: 55
MB_per_connected_UE: 116.62
PCT Time MIMO: 37.5
DL Data Vol MAC in MB: 1912.09
CA Activation Rate den: 38663

Time: 07:22:41
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1874.27
PRB Util%: 11.9
RRC Setup Attempts: 8053
weekend: 0
CA Activation Rate: 26.07
hr: 23
MAC_UE_SC_Tput: 8275.99

hr: 23
CA Activation Rate num: 5107681
Setup_Fail_DEN: 13771
SIP_SC_Total_MOU: 212.66
Peak UE: 27
MB_per_connected_UE: 190.02
DL Data Vol MAC in MB: 680.08

Time: 19:42:35
holiday: 0
CA DL DataVolRatio Pct num: 5988

Avg_Connected_UEs: 23.02
SIP DC%: 
DRB UL Data Volume MB: 8765
weekend: 0
hr: 2
MAC_UE_SC_Tput: 10028.01

hr: 2
SIP_SC_Total_MOU: 243.63
Peak UE: 44
MB_per_connected_UE: 195.71
PCT Time MIMO: 43.06
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4370
CA Activation Rate den: 56866

Time: 23:06:33
holiday: 0

SIP DC%: 
UPTP_Mbps: 118.68
PRB Util%: 46.66
RRC Setup Attempts: 6931
CA DL DataVolRatio Pct den: 5814
weekend: 1
UPTP Mbps Num: 20885
CA Activation Rate: 69.69
hr: 23
MAC_UE_SC_Tput: 18184.4
Bearer Releases: 8123

hr: 23
CA Activation Rate num: 6360417
Setup_Fail_DEN: 11279
SIP_SC_Total_MOU: 149.85
Peak UE: 64

Time: 08:02:21
holiday: 0
CA DL DataVolRatio Pct: 72.41
CA DL DataVolRatio Pct num: 5893

Avg_Connected_UEs: 41.48
SIP DC%: 
UPTP_Mbps: 63.44
DLRLCLayerDataVolume MB: 4687.13
DRB UL Data Volume MB: 5079
PRB Util%: 7.12
weekend: 0
hr: 14
Bearer Releases: 7412

hr: 14
CA Activation Rate num: 10472856
UPTP Mbps Den: 2880
UL MAC Vol Scell Pct: 8.73
Peak UE: 27
MB_per_connected_UE: 73.46
DL Data Vol MAC in MB: 3966.13
CA Activation Rate den: 71655

Combined RACH Preambles: 3360
Time: 07:21:17
holiday: 0

SIP DC%: 
UPTP_Mbps: 9.54
weekend: 0
UPTP Mbps Num: 29172
hr: 0
MAC_UE_SC_Tput: 15276.87

hr: 0
CA Activation Rate num: 435669
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 160.48
UL Throughput: 11.87
CA Activation Rate den: 228461

Time: 06:35:57
holiday: 0
CA DL DataVolRatio Pct num: 890

DL MAC Vol Scell Pct: 40.41
SIP DC%: 
DLRLCLayerDataVolume MB: 6195.28
CA DL DataVolRatio Pct den: 5722
weekend: 0
UPTP Mbps Num: 24930
hr: 0
MAC_UE_SC_Tput: 6081.7

hr: 0
CA Activation Rate num: 5880258
UPTP Mbps Den: 786
Setup_Fail_DEN: 8404
SIP_SC_Total_MOU: 57.47
Peak UE: 53
DL Volume: 9344
DL Data Vol MAC in MB: 7614.47

Time: 21:16:03
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9431.56
CA DL DataVolRatio Pct den: 2297
weekend: 0
CA Activation Rate: 39.91
hr: 0
MAC_UE_SC_Tput: 12319.25
Bearer Releases: 7274

hr: 0
CA Activation Rate num: 8427615
SIP_SC_Total_MOU: 38.95
Peak UE: 31
VOLTE IA%: 
MB_per_connected_UE: 103.84
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9014
DL Data Vol MAC in MB: 3110.87

Time: 11:18:51
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2649
PRB Util%: 5.59
RRC Setup Attempts: 6442
weekend: 0
hr: 23
MAC_UE_SC_Tput: 12317.66
Bearer Releases: 15875

hr: 23
CA Activation Rate num: 4486187
Setup_Fail_DEN: 19628
Peak UE: 32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4017
DL Data Vol MAC in MB: 3662.1

Time: 15:03:55
holiday: 0
CA DL DataVolRatio Pct: 59.56
CA DL DataVolRatio Pct num: 4273

DL MAC Vol Scell Pct: 32.66
SIP DC%: 
DLRLCLayerDataVolume MB: 2724.09
DRB UL Data Volume MB: 6163
weekend: 0
hr: 16
MAC_UE_SC_Tput: 16408.2
Bearer Releases: 15103

hr: 16
CA Activation Rate num: 1377911
Peak UE: 96
PCT Time MIMO: 54.95
DL Data Vol MAC in MB: 5051.28
CA Activation Rate den: 125553

Time: 13:32:26
holiday: 0
CA DL DataVolRatio Pct num: 6245

Avg_Connected_UEs: 17.24
SIP DC%: 
DLRLCLayerDataVolume MB: 7589.54
weekend: 1
UPTP Mbps Num: 18837
hr: 0
MAC_UE_SC_Tput: 4769.41

hr: 0
CA Activation Rate num: 2665599
Peak UE: 27
DL Volume: 3605

Combined RACH Preambles: 4603
Time: 09:47:56
holiday: 0
CA DL DataVolRatio Pct: 65.04
HO Attempts: 607

SIP DC%: 
DLRLCLayerDataVolume MB: 1340.75
weekend: 0
UPTP Mbps Num: 17749
CA Activation Rate: 26.64
hr: 8
MAC_UE_SC_Tput: 5157.61

hr: 8
CA Activation Rate num: 9268398
SIP_SC_Total_MOU: 55.62
Peak UE: 59
MB_per_connected_UE: 200.93
DL Data Vol MAC in MB: 9035.41

Time: 08:12:51
holiday: 0
CA DL DataVolRatio Pct: 63.81

SIP DC%: 
UPTP_Mbps: 107.62
DLRLCLayerDataVolume MB: 6073.74
DRB UL Data Volume MB: 7677
CA DL DataVolRatio Pct den: 7350
weekend: 0
UPTP Mbps Num: 19087
hr: 19
MAC_UE_SC_Tput: 4679.54
Bearer Releases: 14290

hr: 19
CA Activation Rate num: 7764395
Setup_Fail_DEN: 15233
SIP_SC_Total_MOU: 25.99
Peak UE: 27
PCT Time MIMO: 56.22
DL Volume: 4856
CA Activation Rate den: 57109

holiday: 0

SIP DC%: 
UPTP_Mbps: 18.14
CA DL DataVolRatio Pct den: 1686
weekend: 0
UPTP Mbps Num: 22952
hr: 5
MAC_UE_SC_Tput: 14157.06

hr: 5
Avg CQI: 10.84
CA Activation Rate num: 5233522
Setup_Fail_DEN: 12042
Peak UE: 72
MB_per_connected_UE: 25.5
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3484

Time: 21:21:24
holiday: 0
CA DL DataVolRatio Pct num: 3742

SIP DC%: 
UPTP_Mbps: 126.05
CA Conf FailRate Pct den: 3738
weekend: 0
UPTP Mbps Num: 16527
hr: 21
MAC_UE_SC_Tput: 28113.37
Bearer Releases: 13173

hr: 21
CA Activation Rate num: 7474534
Setup_Fail_DEN: 15859
Peak UE: 27
PCT Time MIMO: 44.89
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7218
DL Data Vol MAC in MB: 7602.6

Time: 23:37:22
holiday: 0
CA DL DataVolRatio Pct num: 4939

SIP DC%: 
DLRLCLayerDataVolume MB: 670.47
DRB UL Data Volume MB: 4221
weekend: 0
CA Activation Rate: 32.86
hr: 23
MAC_UE_SC_Tput: 18690.86
Bearer Releases: 13474

hr: 23
CA Activation Rate num: 8672413
Setup_Fail_DEN: 10257
Peak UE: 27
MB_per_connected_UE: 9.04
DL Data Vol MAC in MB: 9005.65
CA Activation Rate den: 82414

Time: 19:07:35
holiday: 0

DL MAC Vol Scell Pct: 21.25
SIP DC%: 
DLRLCLayerDataVolume MB: 8938.48
CA DL DataVolRatio Pct den: 951
weekend: 0
UPTP Mbps Num: 23252
CA Activation Rate: 29.05
hr: 15
MAC_UE_SC_Tput: 10828.4
Bearer Releases: 8787

hr: 15
CA Activation Rate num: 4508602
SIP_SC_Total_MOU: 52.66
Peak UE: 27
MB_per_connected_UE: 40.38
DL Data Vol MAC in MB: 4713.11

Time: 22:13:49
holiday: 0
CA DL DataVolRatio Pct: 62.57

DL MAC Vol Scell Pct: 19.49
SIP DC%: 
DLRLCLayerDataVolume MB: 772.29
DRB UL Data Volume MB: 6478
RRC Setup Attempts: 6458
CA DL DataVolRatio Pct den: 6401
weekend: 0
CA Activation Rate: 52.97
hr: 3
MAC_UE_SC_Tput: 5736.15
Bearer Releases: 12915

hr: 3
CA Activation Rate num: 9511784
UPTP Mbps Den: 2182
SIP_SC_Total_MOU: 50.55
Peak UE: 62
MB_per_connected_UE: 79
DL Data Vol MAC in MB: 5413.2
CA Activation Rate den: 137362

Time: 21:53:35
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8587.13
CA Conf FailRate Pct den: 9538
weekend: 0
CA Activation Rate: 65.91
hr: 6
MAC_UE_SC_Tput: 4148.2

hr: 6
CA Activation Rate num: 10385033
Peak UE: 27
MB_per_connected_UE: 145.9

Time: 04:39:42
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 1392
CA DL DataVolRatio Pct den: 8524
CA Conf FailRate Pct den: 6017
weekend: 0
hr: 14
MAC_UE_SC_Tput: 15706.29
Bearer Releases: 9608

hr: 14
CA Activation Rate num: 7159673
Setup_Fail_DEN: 10938
UL MAC Vol Scell Pct: 1.47
Peak UE: 87
DL Data Vol MAC in MB: 9976.42
CA Activation Rate den: 97132

Time: 23:45:38
holiday: 0

Avg_Connected_UEs: 28.35
SIP DC%: 
UPTP_Mbps: 77.27
CA DL DataVolRatio Pct den: 5273
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4931.72
Bearer Releases: 11059

hr: 23
Setup_Fail_DEN: 13874
SIP_SC_Total_MOU: 132.74
Peak UE: 27
MB_per_connected_UE: 105.22
CA Activation Rate den: 143787

Time: 13:36:16
holiday: 0

Avg_Connected_UEs: 36.6
SIP DC%: 
DLRLCLayerDataVolume MB: 5056.83
DRB UL Data Volume MB: 1579
weekend: 1
UPTP Mbps Num: 18863
hr: 20
MAC_UE_SC_Tput: 4794.27
Bearer Releases: 11530

hr: 20
CA Activation Rate num: 10788640
Setup_Fail_DEN: 14338
Peak UE: 27
DL Volume: 6962
DL Data Vol MAC in MB: 6177.61
CA Activation Rate den: 215968

Time: 18:09:01
holiday: 0
CA DL DataVolRatio Pct: 74.92

DL MAC Vol Scell Pct: 50.28
SIP DC%: 
UPTP_Mbps: 37.53
DLRLCLayerDataVolume MB: 5806.72
DRB UL Data Volume MB: 4687
RRC Setup Attempts: 3833
CA DL DataVolRatio Pct den: 10126
weekend: 0
UPTP Mbps Num: 31695
CA Activation Rate: 42.48
hr: 16
MAC_UE_SC_Tput: 6286.59

hr: 16
CA Activation Rate num: 10327461
SIP_SC_Total_MOU: 82.53
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4425
DL Data Vol MAC in MB: 5233.43

Time: 05:09:39
holiday: 0
CA DL DataVolRatio Pct: 67.58

SIP DC%: 
PRB Util%: 59.84
CA Conf FailRate Pct den: 3265
weekend: 0
UPTP Mbps Num: 36493
CA Activation Rate: 11.74
hr: 11
MAC_UE_SC_Tput: 10400.62

hr: 11
CA Activation Rate num: 563525
Setup_Fail_DEN: 17455
SIP_SC_Total_MOU: 419.98
Peak UE: 34
DL Data Vol MAC in MB: 1885.48
CA Activation Rate den: 83715

Time: 20:12:55
holiday: 0

Avg_Connected_UEs: 70.65
SIP DC%: 
DRB UL Data Volume MB: 9082
weekend: 1
UPTP Mbps Num: 6004
hr: 2
MAC_UE_SC_Tput: 4570.49
Bearer Releases: 15155

hr: 2
CA Activation Rate num: 5097534
SIP_SC_Total_MOU: 125.63
Peak UE: 30
DL Data Vol MAC in MB: 6673.18
CA Activation Rate den: 38039

Time: 13:50:06
holiday: 0

Avg_Connected_UEs: 22.12
SIP DC%: 
UPTP_Mbps: 13.61
DLRLCLayerDataVolume MB: 4256.14
RRC Setup Attempts: 9009
CA DL DataVolRatio Pct den: 5808
weekend: 0
CA Activation Rate: 16.34
hr: 21
MAC_UE_SC_Tput: 17150.3

hr: 21
CA Activation Rate num: 7626986
UPTP Mbps Den: 5190
SIP_SC_Total_MOU: 255.23
Peak UE: 61
MB_per_connected_UE: 136.86
DL Volume: 4616
DL Data Vol MAC in MB: 6611.26
CA Activation Rate den: 195695

Time: 14:19:30
holiday: 0
HO_att_InterFreq: 561

SIP DC%: 
UPTP_Mbps: 25.8
DLRLCLayerDataVolume MB: 1290.11
DRB UL Data Volume MB: 8756
weekend: 0
CA Activation Rate: 18.17
hr: 23
MAC_UE_SC_Tput: 6260.94

hr: 23
CA Activation Rate num: 10218903
Setup_Fail_DEN: 18798
SIP_SC_Total_MOU: 216.72
VOLTE IA%: 
DL Volume: 8113
UL Throughput: 6.43
DL Data Vol MAC in MB: 5730.66

Time: 14:18:38
holiday: 0
CA DL DataVolRatio Pct: 73.47
CA DL DataVolRatio Pct num: 5752

SIP DC%: 
DLRLCLayerDataVolume MB: 8509.67
DRB UL Data Volume MB: 5511
RRC Setup Attempts: 4611
weekend: 0
UPTP Mbps Num: 6773
hr: 15
MAC_UE_SC_Tput: 47881.76
Bearer Releases: 15324

hr: 15
Peak UE: 27
MB_per_connected_UE: 114.49

Time: 02:54:12
holiday: 0

DL MAC Vol Scell Pct: 43.52
SIP DC%: 
UPTP_Mbps: 116.39
DLRLCLayerDataVolume MB: 9571.47
weekend: 0
UPTP Mbps Num: 3815
hr: 13
MAC_UE_SC_Tput: 17201.97
Bearer Releases: 18165

hr: 13
CA Activation Rate num: 1410936
Peak UE: 37
MB_per_connected_UE: 77.23
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6627

Time: 20:34:37
holiday: 0
CA DL DataVolRatio Pct: 46.47

DL MAC Vol Scell Pct: 6.59
SIP DC%: 
DLRLCLayerDataVolume MB: 5525.37
weekend: 0
CA Activation Rate: 68.69
hr: 2
MAC_UE_SC_Tput: 25509.91
Bearer Releases: 12890

hr: 2
Setup_Fail_DEN: 8590
SIP_SC_Total_MOU: 250.42
Peak UE: 31
MB_per_connected_UE: 89.07
DL Data Vol MAC in MB: 10206.33

Time: 21:32:34
holiday: 0
CA DL DataVolRatio Pct: 80.41

Avg_Connected_UEs: 20.94
SIP DC%: 
UPTP_Mbps: 47.25
DRB UL Data Volume MB: 8270
CA DL DataVolRatio Pct den: 8698
weekend: 0
hr: 9
MAC_UE_SC_Tput: 11404.17

hr: 9
CA Activation Rate num: 10649509
Setup_Fail_DEN: 11043
Peak UE: 27
MB_per_connected_UE: 93.9
CA Activation Rate den: 156792

Time: 18:51:49
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2116.29
DRB UL Data Volume MB: 5107
weekend: 0
UPTP Mbps Num: 18104
hr: 2
MAC_UE_SC_Tput: 8774.89

hr: 2
CA Activation Rate num: 7823039
Setup_Fail_DEN: 15806
SIP_SC_Total_MOU: 255.31
Peak UE: 27
DL Data Vol MAC in MB: 8119.5
CA Activation Rate den: 141014
Time: 07:19:24

holiday: 0

SIP DC%: 
UPTP_Mbps: 7.64
DLRLCLayerDataVolume MB: 1122.47
weekend: 0
hr: 23
MAC_UE_SC_Tput: 15488.87
Bearer Releases: 16622

hr: 23
CA Activation Rate num: 559363
SIP_SC_Total_MOU: 242.88
Peak UE: 65
MB_per_connected_UE: 116.82
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7057
DL Data Vol MAC in MB: 8902.17

Time: 07:13:38
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6956.15
PRB Util%: 15.34
CA DL DataVolRatio Pct den: 8369
weekend: 0
CA Activation Rate: 7.09
hr: 14
MAC_UE_SC_Tput: 4353.02
Bearer Releases: 8468

hr: 14
Setup_Fail_DEN: 7490
SIP_SC_Total_MOU: 157.73
Peak UE: 27
MB_per_connected_UE: 186.73
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5766
CA Activation Rate den: 169606

Time: 09:29:38
holiday: 0
CA DL DataVolRatio Pct num: 962

SIP DC%: 
DLRLCLayerDataVolume MB: 6825.49
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5385.05

hr: 23
CA Activation Rate num: 9361385
SIP_SC_Total_MOU: 270.97
Peak UE: 40
DL Volume: 9871
CA Activation Rate den: 39413

Time: 05:52:18
holiday: 0

DL MAC Vol Scell Pct: 30.67
SIP DC%: 
DLRLCLayerDataVolume MB: 9982.53
DRB UL Data Volume MB: 6434
CA Conf FailRate Pct den: 5942
weekend: 0
hr: 6

hr: 6
CA Activation Rate num: 2137948
UPTP Mbps Den: 3787
Setup_Fail_DEN: 9648
SIP_SC_Total_MOU: 110.31
Peak UE: 31
DL Data Vol MAC in MB: 4012.08
CA Activation Rate den: 52765

Time: 02:45:15
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1252.83
DRB UL Data Volume MB: 3784
PRB Util%: 26.06
CA DL DataVolRatio Pct den: 6589
CA Conf FailRate Pct den: 6625
weekend: 0
hr: 14
MAC_UE_SC_Tput: 4777.48
Bearer Releases: 11570

hr: 14
Setup_Fail_DEN: 16845
SIP_SC_Total_MOU: 270
Peak UE: 27
DL Data Vol MAC in MB: 4700.32

Combined RACH Preambles: 3246
Time: 23:15:01
holiday: 0
CA DL DataVolRatio Pct: 82.72

Avg_Connected_UEs: 26.16
SIP DC%: 
DLRLCLayerDataVolume MB: 3735.42
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4948.5

hr: 0
CA Activation Rate num: 2208670
Setup_Fail_DEN: 9960
Peak UE: 94
MB_per_connected_UE: 87.78
PCT Time MIMO: 64.56
DL Data Vol MAC in MB: 2422.12
CA Activation Rate den: 134382

Time: 16:37:48
holiday: 0

DL MAC Vol Scell Pct: 30.63
SIP DC%: 
UPTP_Mbps: 16.58
DRB UL Data Volume MB: 8012
CA DL DataVolRatio Pct den: 4202
weekend: 0
UPTP Mbps Num: 18163
CA Activation Rate: 68.12
hr: 6
MAC_UE_SC_Tput: 9026.74
Bearer Releases: 16722

hr: 6
CA Activation Rate num: 3582145
Peak UE: 70
DL Volume: 3034
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6067
DL Data Vol MAC in MB: 7567.45
CA Activation Rate den: 83982

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8511.43
CA DL DataVolRatio Pct den: 7992
weekend: 0
UPTP Mbps Num: 61836
hr: 20
MAC_UE_SC_Tput: 4646.59
Bearer Releases: 15819

hr: 20
CA Activation Rate num: 9248165
UPTP Mbps Den: 2237
SIP_SC_Total_MOU: 145.39
Peak UE: 27
DL Volume: 2716
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5428
DL Data Vol MAC in MB: 7902.65

Time: 11:58:07
holiday: 0

Avg_Connected_UEs: 46.13
SIP DC%: 
DLRLCLayerDataVolume MB: 6762.68
RRC Setup Attempts: 6323
weekend: 0
hr: 18
MAC_UE_SC_Tput: 10399.54

hr: 18
CA Activation Rate num: 6340153
UPTP Mbps Den: 676
SIP_SC_Total_MOU: 4.05
Peak UE: 65
MB_per_connected_UE: 32.6
PCT Time MIMO: 49.8
DL Volume: 4447
CA Activation Rate den: 44952

Time: 17:56:10
holiday: 0
CA DL DataVolRatio Pct: 40.97

Avg_Connected_UEs: 68.24
SIP DC%: 
weekend: 0
UPTP Mbps Num: 36641
CA Activation Rate: 29.31
hr: 11
MAC_UE_SC_Tput: 10134

hr: 11
CA Activation Rate num: 9394456
UPTP Mbps Den: 2445
Setup_Fail_DEN: 12554
Peak UE: 27
MB_per_connected_UE: 134.97
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4398
DL Data Vol MAC in MB: 2969.51
CA Activation Rate den: 91862

Time: 17:11:13
holiday: 0

SIP DC%: 
CA DL DataVolRatio Pct den: 5926
weekend: 0
UPTP Mbps Num: 16613
CA Activation Rate: 14.46
hr: 1
MAC_UE_SC_Tput: 7482.75

hr: 1
CA Activation Rate num: 3425523
Setup_Fail_DEN: 19450
SIP_SC_Total_MOU: 150.52
Peak UE: 56
MB_per_connected_UE: 32.95
DL Data Vol MAC in MB: 1803.51
CA Activation Rate den: 39688

Time: 23:34:27
holiday: 0
CA DL DataVolRatio Pct num: 4845

DL MAC Vol Scell Pct: 18.15
SIP DC%: 
DLRLCLayerDataVolume MB: 2976.29
DRB UL Data Volume MB: 9743
CA DL DataVolRatio Pct den: 8779
weekend: 0
hr: 4
MAC_UE_SC_Tput: 5408.81

hr: 4
CA Activation Rate num: 2775530
Peak UE: 27

Time: 08:23:37
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7804.12
DRB UL Data Volume MB: 8332
CA DL DataVolRatio Pct den: 2358
weekend: 0
UPTP Mbps Num: 17529
hr: 12
MAC_UE_SC_Tput: 4309.86

hr: 12
Setup_Fail_DEN: 8059
Peak UE: 27
MB_per_connected_UE: 78.79

holiday: 0
CA DL DataVolRatio Pct: 89.4
CA DL DataVolRatio Pct num: 7094

SIP DC%: 
DLRLCLayerDataVolume MB: 6158.63
PRB Util%: 17.83
weekend: 0
UPTP Mbps Num: 53192
hr: 13
MAC_UE_SC_Tput: 8326.09

hr: 13
CA Activation Rate num: 3572513
Peak UE: 27
MB_per_connected_UE: 124.84
DL Volume: 3536

Time: 18:50:13
holiday: 0
CA DL DataVolRatio Pct: 67.44

Avg_Connected_UEs: 79.44
SIP DC%: 
PRB Util%: 12.19
RRC Setup Attempts: 5778
weekend: 0
UPTP Mbps Num: 58378
hr: 0
MAC_UE_SC_Tput: 10440.93

hr: 0
Peak UE: 63
PCT Time MIMO: 43.86
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7613
DL Data Vol MAC in MB: 1771.82
CA Activation Rate den: 99507

Time: 19:38:41
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5565.87
PRB Util%: 42.96
weekend: 0
hr: 22
MAC_UE_SC_Tput: 19311.52

hr: 22
CA Activation Rate num: 5092746
Setup_Fail_DEN: 12178
Peak UE: 77

Time: 01:04:31
holiday: 0
CA DL DataVolRatio Pct num: 7256

SIP DC%: 
DLRLCLayerDataVolume MB: 4990.71
DRB UL Data Volume MB: 2362
weekend: 0
CA Activation Rate: 48.79
hr: 2
MAC_UE_SC_Tput: 12556.47

hr: 2
CA Activation Rate num: 9974497
UPTP Mbps Den: 4061
Setup_Fail_DEN: 6711
Peak UE: 79
DL Volume: 3327
CA Activation Rate den: 87010

Time: 06:12:10
holiday: 0

SIP DC%: 
CA DL DataVolRatio Pct den: 4663
weekend: 0
UPTP Mbps Num: 39956
hr: 5
MAC_UE_SC_Tput: 7302.32

hr: 5
CA Activation Rate num: 10285657
UPTP Mbps Den: 5576
SIP_SC_Total_MOU: 11.93
Peak UE: 27
MB_per_connected_UE: 72.69
DL Data Vol MAC in MB: 6786.68
CA Activation Rate den: 135792

Time: 12:03:53
holiday: 0
CA DL DataVolRatio Pct num: 4040

DL MAC Vol Scell Pct: 37.69
SIP DC%: 
DLRLCLayerDataVolume MB: 6905.62
PRB Util%: 23.31
weekend: 0
CA Activation Rate: 25.45
hr: 23
MAC_UE_SC_Tput: 5855.21

hr: 23
CA Activation Rate num: 6000694
Setup_Fail_DEN: 14484
SIP_SC_Total_MOU: 51.8
Peak UE: 27
VOLTE IA%: 
PCT Time MIMO: 46.59

holiday: 0
CA DL DataVolRatio Pct: 72.28
CA DL DataVolRatio Pct num: 2643

Avg_Connected_UEs: 82.7
SIP DC%: 
DLRLCLayerDataVolume MB: 4439.57
CA DL DataVolRatio Pct den: 8536
weekend: 0
CA Activation Rate: 31.99
hr: 21
MAC_UE_SC_Tput: 19431.03

hr: 21
CA Activation Rate num: 6359026
Peak UE: 53
VOLTE IA%: 
MB_per_connected_UE: 114.96
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7061
DL Data Vol MAC in MB: 5683.56

holiday: 0
CA DL DataVolRatio Pct num: 3068

SIP DC%: 
DLRLCLayerDataVolume MB: 642.91
DRB UL Data Volume MB: 9184
weekend: 0
UPTP Mbps Num: 9945
CA Activation Rate: 9.91
hr: 22
MAC_UE_SC_Tput: 7750.64

hr: 22
CA Activation Rate num: 6798870
UPTP Mbps Den: 5704
Peak UE: 62
DL Data Vol MAC in MB: 4638.79
CA Activation Rate den: 73317

Time: 16:01:57
holiday: 0
CA DL DataVolRatio Pct num: 844

SIP DC%: 
DLRLCLayerDataVolume MB: 2584.79
RRC Setup Attempts: 5236
CA Conf FailRate Pct den: 9140
weekend: 0
UPTP Mbps Num: 11691
CA Activation Rate: 39.19
hr: 16
MAC_UE_SC_Tput: 14657.83
Bearer Releases: 8762

hr: 16
CA Activation Rate num: 3874618
UPTP Mbps Den: 2911
Peak UE: 56
MB_per_connected_UE: 203.17
DL Data Vol MAC in MB: 8776.41
CA Activation Rate den: 105896

Time: 01:48:49
holiday: 0
CA DL DataVolRatio Pct: 89.7

SIP DC%: 
DLRLCLayerDataVolume MB: 7756.85
CA DL DataVolRatio Pct den: 5942
weekend: 1
CA Activation Rate: 66.26
hr: 23
MAC_UE_SC_Tput: 17381.66
Bearer Releases: 18258

hr: 23
CA Activation Rate num: 6405288
UPTP Mbps Den: 147
SIP_SC_Total_MOU: 158.85
Peak UE: 27
MB_per_connected_UE: 129.54
DL Volume: 6212
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8617

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 173.37
DRB UL Data Volume MB: 3756
RRC Setup Attempts: 8488
weekend: 0
hr: 6

hr: 6
CA Activation Rate num: 7540173
Peak UE: 27
MB_per_connected_UE: 23.14
DL Volume: 501
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3651
DL Data Vol MAC in MB: 2322.11
CA Activation Rate den: 151112

holiday: 0

SIP DC%: 
RRC Setup Attempts: 6921
CA Conf FailRate Pct den: 4606
weekend: 1
hr: 23
MAC_UE_SC_Tput: 7634.9
Bearer Releases: 11770

hr: 23
CA Activation Rate num: 8473058
PCT Time MIMO: 45.61
DL Data Vol MAC in MB: 8390.59
CA Activation Rate den: 93631

Time: 18:56:44
holiday: 0
CA DL DataVolRatio Pct: 61.11

SIP DC%: 
UPTP_Mbps: 32.49
DLRLCLayerDataVolume MB: 959.76
DRB UL Data Volume MB: 9664
CA DL DataVolRatio Pct den: 7645
weekend: 0
UPTP Mbps Num: 3837
hr: 6
MAC_UE_SC_Tput: 13352.41
Bearer Releases: 15462

hr: 6
CA Activation Rate num: 83045
Setup_Fail_DEN: 15136
Peak UE: 27
MB_per_connected_UE: 64.9
DL Volume: 8264
DL Data Vol MAC in MB: 475.14
CA Activation Rate den: 95198

Time: 22:01:16
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5906.56
DRB UL Data Volume MB: 6538
weekend: 1
hr: 20
MAC_UE_SC_Tput: 6666.31
Bearer Releases: 10424

hr: 20
CA Activation Rate num: 10123298
SIP_SC_Total_MOU: 287.38
Peak UE: 27
VOLTE IA%: 
DL Data Vol MAC in MB: 2412.72

Time: 20:33:36
holiday: 0
CA DL DataVolRatio Pct num: 6007

Avg_Connected_UEs: 76.86
SIP DC%: 
UPTP_Mbps: 108.44
DRB UL Data Volume MB: 7628
weekend: 0
hr: 18
MAC_UE_SC_Tput: 12808.72
Bearer Releases: 16517

hr: 18
CA Activation Rate num: 7779882
Setup_Fail_DEN: 11986
SIP_SC_Total_MOU: 50.56
Peak UE: 27
MB_per_connected_UE: 83.81
DL Data Vol MAC in MB: 2871.89
CA Activation Rate den: 78554

Time: 21:49:44
holiday: 0
CA DL DataVolRatio Pct num: 3113

SIP DC%: 
DLRLCLayerDataVolume MB: 7464.9
DRB UL Data Volume MB: 1871
PRB Util%: 71.56
RRC Setup Attempts: 6627
weekend: 0
UPTP Mbps Num: 28134
hr: 5
MAC_UE_SC_Tput: 12652.45
Bearer Releases: 7663

hr: 5
CA Activation Rate num: 1170535
Setup_Fail_DEN: 8409
SIP_SC_Total_MOU: 285.1
Peak UE: 27
DL Volume: 6691
DL Data Vol MAC in MB: 1777.5
CA Activation Rate den: 150308

Time: 10:40:05
holiday: 0

SIP DC%: 
UPTP_Mbps: 24.16
DLRLCLayerDataVolume MB: 8801.45
weekend: 0
CA Activation Rate: 17.35
hr: 0
MAC_UE_SC_Tput: 4415.38
Bearer Releases: 12186

hr: 0
CA Activation Rate num: 5144188
Setup_Fail_DEN: 19641
SIP_SC_Total_MOU: 109.46
Peak UE: 67
DL Volume: 6919
DL Data Vol MAC in MB: 5472.4
CA Activation Rate den: 155589

Time: 19:53:11
holiday: 0
CA DL DataVolRatio Pct: 75.6

Avg_Connected_UEs: 37.17
SIP DC%: 
DLRLCLayerDataVolume MB: 5602.75
RRC Setup Attempts: 6360
CA DL DataVolRatio Pct den: 8133
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4602.29

hr: 0
CA Activation Rate num: 8724406
Setup_Fail_DEN: 14610
Peak UE: 45
DL Data Vol MAC in MB: 6623.08
CA Activation Rate den: 132923
Combined RACH Preambles: 2847

Time: 05:15:51
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4226.37
PRB Util%: 36.21
CA DL DataVolRatio Pct den: 7357
weekend: 1
hr: 18
MAC_UE_SC_Tput: 5614.85

hr: 18
CA Activation Rate num: 8238242
Setup_Fail_DEN: 8024
SIP_SC_Total_MOU: 170.57
Peak UE: 78
MB_per_connected_UE: 38.99
PCT Time MIMO: 62.3
DL Data Vol MAC in MB: 8293.42

Time: 13:38:21
holiday: 0
CA DL DataVolRatio Pct num: 7334

SIP DC%: 
CA DL DataVolRatio Pct den: 8731
weekend: 1
hr: 20
MAC_UE_SC_Tput: 5769.44
Bearer Releases: 6226

hr: 20
CA Activation Rate num: 9696278
SIP_SC_Total_MOU: 162.66
Peak UE: 37
MB_per_connected_UE: 39.1
DL Volume: 9061
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3411
DL Data Vol MAC in MB: 314.73
CA Activation Rate den: 159598

Time: 01:09:51
holiday: 0

Avg_Connected_UEs: 66.01
SIP DC%: 
DLRLCLayerDataVolume MB: 6553.26
DRB UL Data Volume MB: 8416
PRB Util%: 62.26
weekend: 0
UPTP Mbps Num: 61759
CA Activation Rate: 31.22
hr: 17
MAC_UE_SC_Tput: 10657.49
Bearer Releases: 6612

hr: 17
Setup_Fail_DEN: 11285
Peak UE: 27
DL Data Vol MAC in MB: 7676.15
CA Activation Rate den: 104631

Time: 15:20:43
holiday: 0

DL MAC Vol Scell Pct: 30.72
SIP DC%: 
UPTP_Mbps: 78.8
DLRLCLayerDataVolume MB: 5014.19
DRB UL Data Volume MB: 550
PRB Util%: 40.89
CA Conf FailRate Pct den: 4158
weekend: 0
hr: 1
MAC_UE_SC_Tput: 24893.53

hr: 1
CA Activation Rate num: 3474987
Setup_Fail_DEN: 11610
SIP_SC_Total_MOU: 376.46
Peak UE: 27
DL Volume: 5732
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6005
CA Activation Rate den: 55439

Time: 13:44:02
holiday: 0
CA DL DataVolRatio Pct: 42.95

Avg_Connected_UEs: 71.48
SIP DC%: 
DLRLCLayerDataVolume MB: 1857.32
CA DL DataVolRatio Pct den: 8791
weekend: 0
UPTP Mbps Num: 59725
hr: 19
Bearer Releases: 16227

hr: 19
CA Activation Rate num: 8689737
SIP_SC_Total_MOU: 45.26
Peak UE: 58
MB_per_connected_UE: 175.07

Time: 18:48:30
holiday: 0
CA DL DataVolRatio Pct num: 5003

SIP DC%: 
DLRLCLayerDataVolume MB: 3242.26
PRB Util%: 23.58
CA DL DataVolRatio Pct den: 2222
weekend: 0
UPTP Mbps Num: 3441
CA Activation Rate: 44.02
hr: 22
MAC_UE_SC_Tput: 8580.08

hr: 22
CA Activation Rate num: 3656328
Setup_Fail_DEN: 12455
SIP_SC_Total_MOU: 259.81
Peak UE: 70
PCT Time MIMO: 60.82
DL Volume: 1526

Time: 04:00:05
holiday: 0
CA DL DataVolRatio Pct num: 3443

SIP DC%: 
DLRLCLayerDataVolume MB: 2249.35
DRB UL Data Volume MB: 9265
PRB Util%: 28.54
RRC Setup Attempts: 4330
CA Conf FailRate Pct den: 8936
weekend: 0
hr: 12
MAC_UE_SC_Tput: 4724.78

hr: 12
CA Activation Rate num: 9142821
Peak UE: 70
MB_per_connected_UE: 75.62
CA Activation Rate den: 36825

Time: 22:44:03
holiday: 0

Avg_Connected_UEs: 77.47
SIP DC%: 
UPTP_Mbps: 19.01
PRB Util%: 37.08
RRC Setup Attempts: 5032
weekend: 1
hr: 17
MAC_UE_SC_Tput: 8206.27

hr: 17
CA Activation Rate num: 7545034
Peak UE: 57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6723
DL Data Vol MAC in MB: 9524.3
CA Activation Rate den: 97080

Time: 13:00:38
holiday: 0

DL MAC Vol Scell Pct: 43.57
SIP DC%: 
PRB Util%: 19.42
CA DL DataVolRatio Pct den: 8710
weekend: 0
hr: 1
MAC_UE_SC_Tput: 7026.23
Bearer Releases: 15256

hr: 1
CA Activation Rate num: 774621
Setup_Fail_DEN: 12204
SIP_SC_Total_MOU: 156.53
Peak UE: 88
MB_per_connected_UE: 65.28
DL Data Vol MAC in MB: 6561.65
CA Activation Rate den: 114170

Combined RACH Preambles: 4069
Time: 23:18:17
holiday: 0

Avg_Connected_UEs: 24.53
SIP DC%: 
UPTP_Mbps: 29.5
DRB UL Data Volume MB: 4177
weekend: 0
UPTP Mbps Num: 46466
hr: 1
MAC_UE_SC_Tput: 12784.27

hr: 1
CA Activation Rate num: 9536509
UPTP Mbps Den: 483
SIP_SC_Total_MOU: 157.16
Peak UE: 51
VOLTE IA%: 

Time: 16:32:26
holiday: 0
CA DL DataVolRatio Pct: 82.07
CA DL DataVolRatio Pct num: 6533

DL MAC Vol Scell Pct: 13.8
SIP DC%: 
UPTP_Mbps: 80.59
DLRLCLayerDataVolume MB: 6218.84
weekend: 0
UPTP Mbps Num: 44325
CA Activation Rate: 34.18
hr: 23
MAC_UE_SC_Tput: 10894.89

hr: 23
CA Activation Rate num: 11078467
Setup_Fail_DEN: 6499
Peak UE: 31

Combined RACH Preambles: 3627
Time: 11:45:27
holiday: 0
CA DL DataVolRatio Pct num: 879

Avg_Connected_UEs: 32.19
SIP DC%: 
UPTP_Mbps: 39.68
CA DL DataVolRatio Pct den: 6336
CA Conf FailRate Pct den: 5980
weekend: 0
UPTP Mbps Num: 52396
CA Activation Rate: 10.62
hr: 0
MAC_UE_SC_Tput: 8202.81

hr: 0
Setup_Fail_DEN: 7707
MB_per_connected_UE: 37.86
DL Volume: 5900
DL Data Vol MAC in MB: 6491.2
CA Activation Rate den: 228723

Time: 04:08:55
holiday: 0
CA DL DataVolRatio Pct: 78.34
SIP_SC_Call_Attempts: 162
CA DL DataVolRatio Pct num: 1417

DL MAC Vol Scell Pct: 33.28
SIP DC%: 
UPTP_Mbps: 98.37
DLRLCLayerDataVolume MB: 6557.17
PRB Util%: 31.59
CA DL DataVolRatio Pct den: 3781
CA Conf FailRate Pct den: 5552
weekend: 0
UPTP Mbps Num: 13255
hr: 20
MAC_UE_SC_Tput: 14118.97
Bearer Releases: 18425

hr: 20
CA Activation Rate num: 1333094
SIP_SC_Total_MOU: 43.11
Peak UE: 27
PCT Time MIMO: 35.11
DL Volume: 7525
DL Data Vol MAC in MB: 9047.42
CA Activation Rate den: 106972

Time: 10:38:33
holiday: 0
CA DL DataVolRatio Pct: 42.61

Avg_Connected_UEs: 35.94
SIP DC%: 
DLRLCLayerDataVolume MB: 6177.14
DRB UL Data Volume MB: 1930
weekend: 0
CA Activation Rate: 71.37
hr: 5
MAC_UE_SC_Tput: 6852.37

hr: 5
CA Activation Rate num: 4754322
Peak UE: 27
MB_per_connected_UE: 155.79
DL Data Vol MAC in MB: 6214.69
CA Activation Rate den: 55986

Time: 00:19:06
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3759.16
weekend: 0
hr: 4
MAC_UE_SC_Tput: 13262.16

hr: 4
CA Activation Rate num: 8125731
SIP_SC_Total_MOU: 143.78
Peak UE: 88
MB_per_connected_UE: 150.12
DL Volume: 6707
DL Data Vol MAC in MB: 7776.92

Time: 01:45:05
holiday: 0
CA DL DataVolRatio Pct num: 4425

SIP DC%: 
UPTP_Mbps: 126.7
DLRLCLayerDataVolume MB: 183.94
RRC Setup Attempts: 4609
CA DL DataVolRatio Pct den: 8156
CA Conf FailRate Pct den: 8835
weekend: 0
UPTP Mbps Num: 28628
hr: 23
MAC_UE_SC_Tput: 5625.49

hr: 23
CA Activation Rate num: 4940375
SIP_SC_Total_MOU: 188.32
Peak UE: 27
DL Volume: 2168
CA Activation Rate den: 45404

Time: 20:43:15
holiday: 0

Avg_Connected_UEs: 39.92
SIP DC%: 
DLRLCLayerDataVolume MB: 4803.79
DRB UL Data Volume MB: 3140
PRB Util%: 16.55
CA DL DataVolRatio Pct den: 7177
weekend: 0
UPTP Mbps Num: 4072
CA Activation Rate: 71.89
hr: 23
Bearer Releases: 18445

hr: 23
CA Activation Rate num: 5261178
Peak UE: 80
MB_per_connected_UE: 78.77
CA Activation Rate den: 120101
Time: 18:32:45

holiday: 0
CA DL DataVolRatio Pct num: 1377

SIP DC%: 
UPTP_Mbps: 18.26
weekend: 1
UPTP Mbps Num: 20997
hr: 23
MAC_UE_SC_Tput: 7190.25

hr: 23
CA Activation Rate num: 5373547
SIP_SC_Total_MOU: 395.31
Peak UE: 73
PCT Time MIMO: 56.67
CA Activation Rate den: 139023

Time: 10:38:30
holiday: 0

DL MAC Vol Scell Pct: 16.85
SIP DC%: 
UPTP_Mbps: 21.81
DLRLCLayerDataVolume MB: 4252.65
PRB Util%: 71.58
weekend: 0
hr: 5
MAC_UE_SC_Tput: 11319.06

hr: 5
CA Activation Rate num: 7205686
SIP_SC_Total_MOU: 50.89
Peak UE: 37
MB_per_connected_UE: 76.75
DL Data Vol MAC in MB: 4228.98

Time: 19:24:37
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7278.2
DRB UL Data Volume MB: 948
RRC Setup Attempts: 5502
weekend: 0
CA Activation Rate: 35.68
hr: 0
Bearer Releases: 7210

hr: 0
Setup_Fail_DEN: 10123
Peak UE: 54
MB_per_connected_UE: 127.03

Time: 03:52:52
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3134.43
DRB UL Data Volume MB: 286
CA Conf FailRate Pct den: 5728
weekend: 0
UPTP Mbps Num: 5533
hr: 23
MAC_UE_SC_Tput: 14067.67
Bearer Releases: 13533

hr: 23
CA Activation Rate num: 4577736
Setup_Fail_DEN: 6770
SIP_SC_Total_MOU: 121.44
Peak UE: 27
MB_per_connected_UE: 119.73
CA Activation Rate den: 44200

holiday: 0
CA DL DataVolRatio Pct num: 2760

SIP DC%: 
DLRLCLayerDataVolume MB: 3213.73
PRB Util%: 35.84
CA Conf FailRate Pct den: 9076
weekend: 0
UPTP Mbps Num: 22837
hr: 12
MAC_UE_SC_Tput: 16273.64
Bearer Releases: 17480

hr: 12
CA Activation Rate num: 4099799
Peak UE: 41
DL Data Vol MAC in MB: 2538.72
CA Activation Rate den: 100232

Time: 08:54:43
holiday: 0

DL MAC Vol Scell Pct: 58.46
SIP DC%: 
UPTP_Mbps: 11.97
DRB UL Data Volume MB: 7882
RRC Setup Attempts: 5226
weekend: 0
UPTP Mbps Num: 18918
hr: 14
MAC_UE_SC_Tput: 4420.13

hr: 14
CA Activation Rate num: 10476930
Setup_Fail_DEN: 13667
Peak UE: 48
MB_per_connected_UE: 165.23
DL Volume: 7775
DL Data Vol MAC in MB: 2388.71

holiday: 0
CA DL DataVolRatio Pct num: 7007

SIP DC%: 
RRC Setup Attempts: 8444
CA Conf FailRate Pct den: 8590
weekend: 0
UPTP Mbps Num: 28206
CA Activation Rate: 5.77
hr: 23
MAC_UE_SC_Tput: 6291.02

hr: 23
CA Activation Rate num: 4139621
Setup_Fail_DEN: 14403
SIP_SC_Total_MOU: 442.05
Peak UE: 27
MB_per_connected_UE: 109.39
DL Data Vol MAC in MB: 5384.15
CA Activation Rate den: 51613

holiday: 0
CA DL DataVolRatio Pct num: 3822

SIP DC%: 
weekend: 0
UPTP Mbps Num: 4849
hr: 8
MAC_UE_SC_Tput: 9444.89
Bearer Releases: 14073

hr: 8
CA Activation Rate num: 6987291
Setup_Fail_DEN: 13927
SIP_SC_Total_MOU: 26.55
Peak UE: 78
DL Volume: 1354
CA Activation Rate den: 55589

Time: 02:07:35
holiday: 0
CA DL DataVolRatio Pct: 44
CA DL DataVolRatio Pct num: 6593

SIP DC%: 
DRB UL Data Volume MB: 3780
weekend: 0
UPTP Mbps Num: 43997
hr: 12
MAC_UE_SC_Tput: 4468.47
Bearer Releases: 7432

hr: 12
CA Activation Rate num: 3643800
SIP_SC_Total_MOU: 109.34
Peak UE: 27
MB_per_connected_UE: 160.68
CA Activation Rate den: 50281

Time: 17:13:19
holiday: 0
CA DL DataVolRatio Pct num: 6184

SIP DC%: 
DLRLCLayerDataVolume MB: 3478.02
CA Conf FailRate Pct den: 7349
weekend: 0
CA Activation Rate: 50
hr: 0
MAC_UE_SC_Tput: 4803.99

hr: 0
CA Activation Rate num: 10804712
SIP_SC_Total_MOU: 369.69
MB_per_connected_UE: 74.19
DL Data Vol MAC in MB: 8827.41
CA Activation Rate den: 46720

Time: 00:13:04
holiday: 0
CA DL DataVolRatio Pct: 83.24

Avg_Connected_UEs: 38.61
SIP DC%: 
CA DL DataVolRatio Pct den: 8838
weekend: 0
UPTP Mbps Num: 22795
hr: 22
MAC_UE_SC_Tput: 11927.04
Bearer Releases: 12175

hr: 22
CA Activation Rate num: 4641985
Setup_Fail_DEN: 12480
SIP_SC_Total_MOU: 244.38
Peak UE: 33
MB_per_connected_UE: 166.14
DL Volume: 236
DL Data Vol MAC in MB: 859.53

Time: 18:31:22
holiday: 0
CA DL DataVolRatio Pct num: 507

SIP DC%: 
UPTP_Mbps: 17.22
RRC Setup Attempts: 6182
CA Conf FailRate Pct den: 6300
weekend: 0
hr: 0
MAC_UE_SC_Tput: 11701.11

hr: 0
CA Activation Rate num: 4687941
SIP_SC_Total_MOU: 366.6
Peak UE: 27
MB_per_connected_UE: 13.53
UL Throughput: 11.53

Time: 16:18:19
holiday: 0

Avg_Connected_UEs: 30.67
SIP DC%: 
DLRLCLayerDataVolume MB: 8464.33
DRB UL Data Volume MB: 3765
CA DL DataVolRatio Pct den: 5395
weekend: 0
hr: 22
MAC_UE_SC_Tput: 5635.45

hr: 22
CA Activation Rate num: 1002429
Setup_Fail_DEN: 19830
SIP_SC_Total_MOU: 319.23
Peak UE: 27
PCT Time MIMO: 53.74
DL Data Vol MAC in MB: 8523.79

Time: 16:23:35
holiday: 0

Avg_Connected_UEs: 20.26
SIP DC%: 
UPTP_Mbps: 101.59
DLRLCLayerDataVolume MB: 8844.19
DRB UL Data Volume MB: 9432
CA DL DataVolRatio Pct den: 5775
weekend: 1
hr: 23
MAC_UE_SC_Tput: 5281.13
Bearer Releases: 10797

hr: 23
CA Activation Rate num: 1041738
Setup_Fail_DEN: 10258
MB_per_connected_UE: 107.4
DL Volume: 1976
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8878
DL Data Vol MAC in MB: 7643.85
CA Activation Rate den: 185147

holiday: 0

DL MAC Vol Scell Pct: 37.85
Avg_Connected_UEs: 24.47
SIP DC%: 
DLRLCLayerDataVolume MB: 4462.22
DRB UL Data Volume MB: 3138
CA DL DataVolRatio Pct den: 4625
weekend: 0
UPTP Mbps Num: 26666
CA Activation Rate: 39.65
hr: 20
MAC_UE_SC_Tput: 6687.26

hr: 20
CA Activation Rate num: 3432273
Peak UE: 48
MB_per_connected_UE: 20.36
DL Data Vol MAC in MB: 7001.72
CA Activation Rate den: 147341

Time: 10:34:13
holiday: 0

Avg_Connected_UEs: 16.96
SIP DC%: 
DLRLCLayerDataVolume MB: 6085.45
DRB UL Data Volume MB: 8907
weekend: 0
CA Activation Rate: 46.63
hr: 4
MAC_UE_SC_Tput: 5956.8

hr: 4
CA Activation Rate num: 8982984
Peak UE: 80
VOLTE IA%: 
MB_per_connected_UE: 11.78
PCT Time MIMO: 43.74
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6959
DL Data Vol MAC in MB: 4249.94

Time: 17:32:38
holiday: 0
CA DL DataVolRatio Pct num: 6290

DL MAC Vol Scell Pct: 32.5
SIP DC%: 
DLRLCLayerDataVolume MB: 1210.81
weekend: 1
CA Activation Rate: 4.29
hr: 23
MAC_UE_SC_Tput: 30330.2
Bearer Releases: 8086

hr: 23
CA Activation Rate num: 7283918
Setup_Fail_DEN: 12598
Peak UE: 40
DL Volume: 2254
DL Data Vol MAC in MB: 9382.8
CA Activation Rate den: 113151

Time: 19:27:38
holiday: 0

SIP DC%: 
PRB Util%: 67.39
weekend: 0
CA Activation Rate: 32.69
hr: 12
MAC_UE_SC_Tput: 18642.31

hr: 12
CA Activation Rate num: 10289127
SIP_SC_Total_MOU: 33.6
Peak UE: 27
DL Data Vol MAC in MB: 8907.29

Time: 10:28:08
holiday: 0
CA DL DataVolRatio Pct num: 3342

DL MAC Vol Scell Pct: 20.75
Avg_Connected_UEs: 40.32
SIP DC%: 
DLRLCLayerDataVolume MB: 4768.1
DRB UL Data Volume MB: 8305
PRB Util%: 45.32
RRC Setup Attempts: 8382
CA DL DataVolRatio Pct den: 4823
weekend: 0
UPTP Mbps Num: 5875
hr: 0
MAC_UE_SC_Tput: 10150.25
Bearer Releases: 11681

hr: 0
CA Activation Rate num: 1962718
Peak UE: 27
MB_per_connected_UE: 41.45
DL Volume: 8654
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4791
DL Data Vol MAC in MB: 1550.46
CA Activation Rate den: 63732

Time: 17:59:25
holiday: 0

DL MAC Vol Scell Pct: 28.7
SIP DC%: 
PRB Util%: 40.61
CA DL DataVolRatio Pct den: 7714
weekend: 0
CA Activation Rate: 75.81
hr: 22
MAC_UE_SC_Tput: 11887.11
Bearer Releases: 14569

hr: 22
SIP_SC_Total_MOU: 81.64
Peak UE: 27
MB_per_connected_UE: 72.26
DL Volume: 788

Time: 16:44:03
holiday: 0
HO_att_InterFreq: 571

Avg_Connected_UEs: 47.45
SIP DC%: 
DLRLCLayerDataVolume MB: 9182.57
RRC Setup Attempts: 5407
CA DL DataVolRatio Pct den: 821
weekend: 1
hr: 11
MAC_UE_SC_Tput: 9165.46
Bearer Releases: 12822

hr: 11
CA Activation Rate num: 5973175
Peak UE: 27
PCT Time MIMO: 55.98
DL Volume: 8007
DL Data Vol MAC in MB: 7900.11

Combined RACH Preambles: 4891
holiday: 0

Avg_Connected_UEs: 37.21
SIP DC%: 
DLRLCLayerDataVolume MB: 5293.46
DRB UL Data Volume MB: 7714
weekend: 1
hr: 23
MAC_UE_SC_Tput: 4366.53
Bearer Releases: 13261

hr: 23
SIP_SC_Total_MOU: 138.78
Peak UE: 27
DL Volume: 7130
DL Data Vol MAC in MB: 8739.28

Time: 02:34:10
holiday: 0
CA DL DataVolRatio Pct num: 4802

DL MAC Vol Scell Pct: 27.37
SIP DC%: 
weekend: 0
CA Activation Rate: 49.92
hr: 7
MAC_UE_SC_Tput: 4826.78

hr: 7
Peak UE: 70
CA Activation Rate den: 128326

Time: 17:08:09
holiday: 0
CA DL DataVolRatio Pct num: 3580

Avg_Connected_UEs: 52.54
SIP DC%: 
DLRLCLayerDataVolume MB: 8892.16
DRB UL Data Volume MB: 5763
RRC Setup Attempts: 5830
CA DL DataVolRatio Pct den: 5594
weekend: 0
hr: 0
MAC_UE_SC_Tput: 16387.89
Bearer Releases: 10101

hr: 0
CA Activation Rate num: 7000922
UPTP Mbps Den: 943
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 11.71
DL Volume: 2342
DL Data Vol MAC in MB: 9269.09

Time: 17:01:43
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7901.23
RRC Setup Attempts: 3329
weekend: 0
CA Activation Rate: 10.41
hr: 23
MAC_UE_SC_Tput: 12810.34
Bearer Releases: 8946

hr: 23
CA Activation Rate num: 5368394
UPTP Mbps Den: 4862
SIP_SC_Total_MOU: 42.56
Peak UE: 71
MB_per_connected_UE: 202.89

Time: 23:35:34
holiday: 0

DL MAC Vol Scell Pct: 39.47
SIP DC%: 
DLRLCLayerDataVolume MB: 3223.36
DRB UL Data Volume MB: 4096
PRB Util%: 56.61
CA DL DataVolRatio Pct den: 7883
weekend: 0
UPTP Mbps Num: 44179
CA Activation Rate: 57.37
hr: 11
MAC_UE_SC_Tput: 13607.48

hr: 11
CA Activation Rate num: 9180433
Setup_Fail_DEN: 16193
SIP_SC_Total_MOU: 143.98
Peak UE: 27
MB_per_connected_UE: 53.29
DL Data Vol MAC in MB: 5680.1
CA Activation Rate den: 89727

Combined RACH Preambles: 2259
Time: 01:59:13
holiday: 0
CA DL DataVolRatio Pct: 57.55

SIP DC%: 
DLRLCLayerDataVolume MB: 6743.17
DRB UL Data Volume MB: 8585
weekend: 0
UPTP Mbps Num: 4618
hr: 0
MAC_UE_SC_Tput: 19114.86

hr: 0
CA Activation Rate num: 5859194
SIP_SC_Total_MOU: 41.05
Peak UE: 58
MB_per_connected_UE: 168.38
DL Data Vol MAC in MB: 5044.24
CA Activation Rate den: 45643

Time: 23:52:31
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 405
CA DL DataVolRatio Pct den: 8344
weekend: 0
hr: 13
MAC_UE_SC_Tput: 4729.85

hr: 13
CA Activation Rate num: 2588222
Peak UE: 72
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8083
DL Data Vol MAC in MB: 9533.82
CA Activation Rate den: 75352

Time: 21:13:53
holiday: 0
CA DL DataVolRatio Pct: 82.83

SIP DC%: 
DLRLCLayerDataVolume MB: 7375.57
DRB UL Data Volume MB: 5610
PRB Util%: 59.59
RRC Setup Attempts: 5873
weekend: 0
CA Activation Rate: 32.84
hr: 8
MAC_UE_SC_Tput: 5884.9

hr: 8
CA Activation Rate num: 10424534
SIP_SC_Total_MOU: 254.78
Peak UE: 72
VOLTE IA%: 
MB_per_connected_UE: 171.85
DL Volume: 3033

Time: 21:12:39
holiday: 0
CA DL DataVolRatio Pct num: 6314

DL MAC Vol Scell Pct: 13.76
SIP DC%: 
DLRLCLayerDataVolume MB: 1712.12
PRB Util%: 24.63
CA DL DataVolRatio Pct den: 9892
CA Conf FailRate Pct den: 5482
weekend: 0
UPTP Mbps Num: 18848
CA Activation Rate: 33.54
hr: 5
MAC_UE_SC_Tput: 5403.94

hr: 5
CA Activation Rate num: 6233443
Peak UE: 27
MB_per_connected_UE: 31.64
DL Data Vol MAC in MB: 6882.55
Combined RACH Preambles: 3793

Time: 16:29:40
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2694.69
DRB UL Data Volume MB: 5059
weekend: 0
UPTP Mbps Num: 10083
CA Activation Rate: 31.79
hr: 0
MAC_UE_SC_Tput: 8794.71

hr: 0
CA Activation Rate num: 8054526
SIP_SC_Total_MOU: 167.59
Peak UE: 66
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7359
DL Data Vol MAC in MB: 9858.86
CA Activation Rate den: 56521

Time: 08:48:38
holiday: 0

Avg_Connected_UEs: 41.35
SIP DC%: 
UPTP_Mbps: 125.41
DLRLCLayerDataVolume MB: 204.69
DRB UL Data Volume MB: 3044
PRB Util%: 27.66
RRC Setup Attempts: 5860
CA DL DataVolRatio Pct den: 9811
weekend: 0
UPTP Mbps Num: 21972
CA Activation Rate: 6.6
hr: 21
MAC_UE_SC_Tput: 10696.76
Bearer Releases: 6876

hr: 21
CA Activation Rate num: 3768855
UPTP Mbps Den: 4394
SIP_SC_Total_MOU: 33.88
Peak UE: 30
VOLTE IA%: 
MB_per_connected_UE: 51.73
DL Volume: 5360
DL Data Vol MAC in MB: 462.9
CA Activation Rate den: 91405

Time: 13:53:39
holiday: 0

DL MAC Vol Scell Pct: 54.22
SIP DC%: 
RRC Setup Attempts: 3684
weekend: 0
UPTP Mbps Num: 1837
hr: 5
MAC_UE_SC_Tput: 6295.46
Bearer Releases: 8134

hr: 5
CA Activation Rate num: 4872027
SIP_SC_Total_MOU: 269.45
Peak UE: 27
MB_per_connected_UE: 139.89
DL Data Vol MAC in MB: 8675.94
CA Activation Rate den: 111238

Time: 01:41:23
holiday: 0

Avg_Connected_UEs: 74.81
SIP DC%: 
UPTP_Mbps: 17.2
DLRLCLayerDataVolume MB: 3742.78
DRB UL Data Volume MB: 3144
CA Conf FailRate Pct den: 3272
weekend: 0
UPTP Mbps Num: 20851
CA Activation Rate: 56.74
hr: 23
MAC_UE_SC_Tput: 13941.14
Bearer Releases: 13256

hr: 23
CA Activation Rate num: 4425386
Setup_Fail_DEN: 14233
SIP_SC_Total_MOU: 21.05
Peak UE: 27
MB_per_connected_UE: 153.53
DL Volume: 5102
DL Data Vol MAC in MB: 6017.43
CA Activation Rate den: 145427

Time: 07:27:06
holiday: 0
CA DL DataVolRatio Pct num: 2162

DL MAC Vol Scell Pct: 43.38
SIP DC%: 
DLRLCLayerDataVolume MB: 9760.57
PRB Util%: 34.79
RRC Setup Attempts: 3512
weekend: 0
hr: 0
MAC_UE_SC_Tput: 10020.28
Bearer Releases: 7792

hr: 0
CA Activation Rate num: 10865261
Setup_Fail_DEN: 8374
Peak UE: 53
CA Activation Rate den: 73211

Time: 20:12:16
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8098.28
weekend: 0
UPTP Mbps Num: 56009
CA Activation Rate: 12.05
hr: 4
MAC_UE_SC_Tput: 16460.6

hr: 4
CA Activation Rate num: 13575932
UPTP Mbps Den: 514
Peak UE: 27
MB_per_connected_UE: 34.38
DL Volume: 1825
DL Data Vol MAC in MB: 426.71
CA Activation Rate den: 203622

Time: 17:15:27
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8153
DRB UL Data Volume MB: 9364
PRB Util%: 45.09
CA DL DataVolRatio Pct den: 5573
CA Conf FailRate Pct den: 7161
weekend: 0
hr: 13
MAC_UE_SC_Tput: 9869.86

hr: 13
CA Activation Rate num: 10975436
Setup_Fail_DEN: 6396
Peak UE: 43

holiday: 0
CA DL DataVolRatio Pct num: 893

SIP DC%: 
DLRLCLayerDataVolume MB: 9583.23
RRC Setup Attempts: 5880
weekend: 0
CA Activation Rate: 75.45
hr: 6
MAC_UE_SC_Tput: 10416.99

hr: 6
CA Activation Rate num: 11013684
SIP_SC_Total_MOU: 56.36
Peak UE: 27
DL Volume: 6548
DL Data Vol MAC in MB: 1916.89
CA Activation Rate den: 174790

Time: 09:38:38
holiday: 0
CA DL DataVolRatio Pct num: 1219

SIP DC%: 
UPTP_Mbps: 24.5
DRB UL Data Volume MB: 4986
RRC Setup Attempts: 5797
weekend: 1
UPTP Mbps Num: 44480
hr: 19
MAC_UE_SC_Tput: 9400.09

hr: 19
CA Activation Rate num: 9350397
Peak UE: 27
MB_per_connected_UE: 33.06
DL Volume: 5470
DL Data Vol MAC in MB: 9610.16
CA Activation Rate den: 100401

Time: 08:47:35
holiday: 0

SIP DC%: 
UPTP_Mbps: 22.3
DLRLCLayerDataVolume MB: 3873.37
DRB UL Data Volume MB: 1498
weekend: 0
UPTP Mbps Num: 42645
CA Activation Rate: 42.93
hr: 0
MAC_UE_SC_Tput: 16879.03

hr: 0
CA Activation Rate num: 10129263
SIP_SC_Total_MOU: 86.59
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3208
DL Data Vol MAC in MB: 4991.33

Time: 15:50:12
holiday: 0
CA DL DataVolRatio Pct num: 911

SIP DC%: 
DLRLCLayerDataVolume MB: 1170.49
DRB UL Data Volume MB: 4405
weekend: 0
UPTP Mbps Num: 1546
CA Activation Rate: 53.2
hr: 3

hr: 3
CA Activation Rate num: 10839022
Setup_Fail_DEN: 10424
SIP_SC_Total_MOU: 185.89
Peak UE: 28
VOLTE IA%: 
DL Volume: 5905
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3728
CA Activation Rate den: 74088

Time: 05:33:40
holiday: 0
CA DL DataVolRatio Pct num: 2570

SIP DC%: 
DLRLCLayerDataVolume MB: 6918.9
DRB UL Data Volume MB: 6841
CA DL DataVolRatio Pct den: 4677
weekend: 0
hr: 17
MAC_UE_SC_Tput: 21344.37

hr: 17
CA Activation Rate num: 818371
Setup_Fail_DEN: 12446
Peak UE: 66
PCT Time MIMO: 45.38
DL Data Vol MAC in MB: 5255.29
CA Activation Rate den: 103070

holiday: 0

DL MAC Vol Scell Pct: 32.73
SIP DC%: 
DLRLCLayerDataVolume MB: 3028.46
PRB Util%: 20.92
CA DL DataVolRatio Pct den: 738
weekend: 0
hr: 14
MAC_UE_SC_Tput: 18446.93

hr: 14
CA Activation Rate num: 9732792
Peak UE: 27
PCT Time MIMO: 54.77
DL Data Vol MAC in MB: 8309.32

holiday: 0
CA DL DataVolRatio Pct: 79.94
CA DL DataVolRatio Pct num: 3389

SIP DC%: 
UPTP_Mbps: 34.1
DLRLCLayerDataVolume MB: 1694.13
DRB UL Data Volume MB: 7362
PRB Util%: 50.03
CA Conf FailRate Pct den: 5099
weekend: 0
hr: 9
MAC_UE_SC_Tput: 10130.71
Bearer Releases: 13644

hr: 9
CA Activation Rate num: 2606058
Peak UE: 55
MB_per_connected_UE: 180.7
DL Volume: 4321
CA Activation Rate den: 82536

Time: 09:06:46
holiday: 0

Avg_Connected_UEs: 24.56
SIP DC%: 
UPTP_Mbps: 21.91
DLRLCLayerDataVolume MB: 1579.82
DRB UL Data Volume MB: 7185
PRB Util%: 11.69
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6410.13

hr: 23
Setup_Fail_DEN: 18067
Peak UE: 27
DL Data Vol MAC in MB: 8389.41
CA Activation Rate den: 173535

Time: 20:36:17
holiday: 0

Avg_Connected_UEs: 70.42
SIP DC%: 
PRB Util%: 68.68
weekend: 0
hr: 17
Bearer Releases: 7363

hr: 17
CA Activation Rate num: 2082943
Peak UE: 27
MB_per_connected_UE: 122.83
DL Volume: 6746
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9227
DL Data Vol MAC in MB: 1717.06
CA Activation Rate den: 76213

Time: 15:55:16
holiday: 0

Avg_Connected_UEs: 66.22
SIP DC%: 
UPTP_Mbps: 72.96
DLRLCLayerDataVolume MB: 1451.26
CA DL DataVolRatio Pct den: 2035
CA Conf FailRate Pct den: 7344
weekend: 0
hr: 2
MAC_UE_SC_Tput: 16737.01
Bearer Releases: 11241

hr: 2
CA Activation Rate num: 5906551
UPTP Mbps Den: 1940
Setup_Fail_DEN: 15960
Peak UE: 69
CA Activation Rate den: 50851

Time: 18:42:07
holiday: 0

SIP DC%: 
RRC Setup Attempts: 7551
CA DL DataVolRatio Pct den: 4852
weekend: 0
hr: 5
MAC_UE_SC_Tput: 5762.78
Bearer Releases: 12815

hr: 5
Peak UE: 27
MB_per_connected_UE: 124.53
DL Volume: 8062
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4521

Time: 21:07:25
holiday: 0
CA DL DataVolRatio Pct: 68.9

SIP DC%: 
UPTP_Mbps: 24.7
DLRLCLayerDataVolume MB: 211.32
DRB UL Data Volume MB: 4694
RRC Setup Attempts: 8308
weekend: 0
CA Activation Rate: 58.97
hr: 18
MAC_UE_SC_Tput: 20325.37
Bearer Releases: 11527

hr: 18
Setup_Fail_DEN: 13489
SIP_SC_Total_MOU: 53.44
MB_per_connected_UE: 168.18
DL Volume: 3478
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7147
CA Activation Rate den: 153817

Time: 19:50:32
holiday: 0

Avg_Connected_UEs: 71.37
SIP DC%: 
DLRLCLayerDataVolume MB: 9314.68
CA Conf FailRate Pct den: 4954
weekend: 0
CA Activation Rate: 16.37
hr: 13
MAC_UE_SC_Tput: 9718.3

hr: 13
CA Activation Rate num: 9875527
SIP_SC_Total_MOU: 27.56
Peak UE: 27
DL Data Vol MAC in MB: 2933.47

Combined RACH Preambles: 2164
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9540.93
DRB UL Data Volume MB: 709
RRC Setup Attempts: 8112
CA Conf FailRate Pct den: 7730
weekend: 0
UPTP Mbps Num: 11165
CA Activation Rate: 32.68
hr: 23
MAC_UE_SC_Tput: 16974.77
Bearer Releases: 10370

hr: 23
CA Activation Rate num: 13659401
Peak UE: 27
MB_per_connected_UE: 54.13
DL Volume: 1172
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3889
CA Activation Rate den: 101697

Combined RACH Preambles: 3047
holiday: 0

Avg_Connected_UEs: 47.89
SIP DC%: 
UPTP_Mbps: 13.95
DLRLCLayerDataVolume MB: 1005.9
CA Conf FailRate Pct den: 5473
weekend: 0
UPTP Mbps Num: 57436
hr: 23
MAC_UE_SC_Tput: 12352.95
Bearer Releases: 17950

hr: 23
CA Activation Rate num: 10489771
Setup_Fail_DEN: 18612
Peak UE: 69
MB_per_connected_UE: 159.83

Time: 23:38:27
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6432.88
RRC Setup Attempts: 5848
CA DL DataVolRatio Pct den: 1473
CA Conf FailRate Pct den: 4897
weekend: 0
UPTP Mbps Num: 6765
CA Activation Rate: 28.51
hr: 10
MAC_UE_SC_Tput: 15054.56

hr: 10
CA Activation Rate num: 4430861
UPTP Mbps Den: 5111
SIP_SC_Total_MOU: 172.23
Peak UE: 27
DL Volume: 5902
DL Data Vol MAC in MB: 5192.9

Combined RACH Preambles: 2819
Time: 02:23:21
holiday: 0
CA DL DataVolRatio Pct: 78.42

SIP DC%: 
weekend: 0
hr: 23
MAC_UE_SC_Tput: 10908.23
Bearer Releases: 18128

hr: 23
CA Activation Rate num: 10868692
SIP_SC_Total_MOU: 185.94

Time: 14:56:08
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8207.14
PRB Util%: 22.61
CA DL DataVolRatio Pct den: 9465
CA Conf FailRate Pct den: 3000
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8736.47
Bearer Releases: 7668

hr: 23
CA Activation Rate num: 8897297
UPTP Mbps Den: 2073
Setup_Fail_DEN: 19782
Peak UE: 28

Time: 07:59:30
holiday: 0

DL MAC Vol Scell Pct: 42.26
SIP DC%: 
DLRLCLayerDataVolume MB: 4034.21
weekend: 0
hr: 12
MAC_UE_SC_Tput: 7698.27
Bearer Releases: 11313

hr: 12
Peak UE: 46
DL Volume: 1604
CA Activation Rate den: 143409

Time: 15:17:19
holiday: 0

Avg_Connected_UEs: 60.58
SIP DC%: 
CA DL DataVolRatio Pct den: 4888
weekend: 0
UPTP Mbps Num: 61647
CA Activation Rate: 19.91
hr: 3
MAC_UE_SC_Tput: 5863.42

hr: 3
CA Activation Rate num: 13004652
Setup_Fail_DEN: 11484
Peak UE: 27
DL Volume: 8194

Time: 10:00:43
holiday: 0

Avg_Connected_UEs: 21.59
SIP DC%: 
DLRLCLayerDataVolume MB: 4031.87
DRB UL Data Volume MB: 1685
RRC Setup Attempts: 4061
weekend: 0
UPTP Mbps Num: 26663
hr: 23
MAC_UE_SC_Tput: 6267.34

hr: 23
CA Activation Rate num: 2413284
Setup_Fail_DEN: 7531
SIP_SC_Total_MOU: 25.32
Peak UE: 27
MB_per_connected_UE: 158.37
PCT Time MIMO: 43.62
DL Volume: 1463
DL Data Vol MAC in MB: 1319.29
CA Activation Rate den: 122681

Time: 16:46:36
holiday: 0

Avg_Connected_UEs: 58.18
SIP DC%: 
UPTP_Mbps: 119.48
RRC Setup Attempts: 5798
weekend: 1
UPTP Mbps Num: 52590
hr: 5
MAC_UE_SC_Tput: 9040.87

hr: 5
Setup_Fail_DEN: 15665
SIP_SC_Total_MOU: 65.42
MB_per_connected_UE: 91.48
DL Data Vol MAC in MB: 3575.52
CA Activation Rate den: 88939

Time: 06:03:06
holiday: 0
CA DL DataVolRatio Pct: 67.8
CA DL DataVolRatio Pct num: 872

Avg_Connected_UEs: 72.61
SIP DC%: 
DLRLCLayerDataVolume MB: 2245.02
CA Conf FailRate Pct den: 2593
weekend: 0
UPTP Mbps Num: 38662
hr: 15
MAC_UE_SC_Tput: 6048.45
Bearer Releases: 6330

hr: 15
CA Activation Rate num: 2967386
Peak UE: 27
MB_per_connected_UE: 193.7
DL Data Vol MAC in MB: 742.78
CA Activation Rate den: 176748

Time: 10:35:04
holiday: 0
CA DL DataVolRatio Pct: 64.14

Avg_Connected_UEs: 27.8
SIP DC%: 
DLRLCLayerDataVolume MB: 922.91
weekend: 0
UPTP Mbps Num: 909
hr: 19
MAC_UE_SC_Tput: 16394.83
Bearer Releases: 7826

hr: 19
CA Activation Rate num: 1064383
Peak UE: 27
MB_per_connected_UE: 13.44
DL Volume: 8662
CA Activation Rate den: 140637

Time: 02:07:06
holiday: 0
CA DL DataVolRatio Pct: 91.08

SIP DC%: 
DLRLCLayerDataVolume MB: 6378.84
PRB Util%: 52.71
RRC Setup Attempts: 7657
weekend: 0
hr: 20
MAC_UE_SC_Tput: 12802.45

hr: 20
CA Activation Rate num: 6115383
UPTP Mbps Den: 4357
SIP_SC_Total_MOU: 307.33
Peak UE: 34
MB_per_connected_UE: 84.15
PCT Time MIMO: 45.33
DL Volume: 6097
DL Data Vol MAC in MB: 6229.45
CA Activation Rate den: 163137

Time: 10:21:39
holiday: 0
CA DL DataVolRatio Pct: 72
HO Attempts: 467

DL MAC Vol Scell Pct: 38.57
SIP DC%: 
DLRLCLayerDataVolume MB: 5591.39
weekend: 0
UPTP Mbps Num: 14477
CA Activation Rate: 29.76
hr: 23
MAC_UE_SC_Tput: 12146.38
Bearer Releases: 6273

hr: 23
CA Activation Rate num: 5457619
Setup_Fail_DEN: 10641
Peak UE: 67
MB_per_connected_UE: 45.73
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5277
DL Data Vol MAC in MB: 7844.8

Time: 04:10:58
holiday: 0

SIP DC%: 
PRB Util%: 22.63
weekend: 0
CA Activation Rate: 54.38
hr: 8
MAC_UE_SC_Tput: 7058.99
Bearer Releases: 12105

hr: 8
CA Activation Rate num: 8818500
UPTP Mbps Den: 3872
UL MAC Vol Scell Pct: 6.26
Peak UE: 27
VOLTE IA%: 
PCT Time MIMO: 55.96
DL Volume: 7662
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7347
CA Activation Rate den: 43042

holiday: 0
CA DL DataVolRatio Pct num: 7605

DL MAC Vol Scell Pct: 9.16
SIP DC%: 
UPTP_Mbps: 84.48
DLRLCLayerDataVolume MB: 9363.14
weekend: 0
UPTP Mbps Num: 15830
hr: 7
Bearer Releases: 17527

hr: 7
CA Activation Rate num: 4012492
UL MAC Vol Scell Pct: 6.97
Peak UE: 28
DL Volume: 9830
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4423

Time: 11:08:18
holiday: 0
CA DL DataVolRatio Pct num: 3203

SIP DC%: 
DRB UL Data Volume MB: 8245
RRC Setup Attempts: 7599
weekend: 0
UPTP Mbps Num: 20144
CA Activation Rate: 54.5
hr: 2
MAC_UE_SC_Tput: 4875.22

hr: 2
CA Activation Rate num: 4420793
UPTP Mbps Den: 1064
SIP_SC_Total_MOU: 23.29
Peak UE: 27
DL Data Vol MAC in MB: 2176.06
CA Activation Rate den: 46191

Time: 18:26:53
holiday: 0
CA DL DataVolRatio Pct num: 6027

SIP DC%: 
DRB UL Data Volume MB: 9001
PRB Util%: 20.09
weekend: 0
UPTP Mbps Num: 28693
hr: 0
MAC_UE_SC_Tput: 4505.69
Bearer Releases: 13980

hr: 0
CA Activation Rate num: 7491710
Setup_Fail_DEN: 9425
SIP_SC_Total_MOU: 66.68
Peak UE: 78

Time: 19:22:30
holiday: 0
CA DL DataVolRatio Pct: 84.49
CA DL DataVolRatio Pct num: 6250

SIP DC%: 
UPTP_Mbps: 42.3
CA Conf FailRate Pct den: 3712
weekend: 1
UPTP Mbps Num: 56484
hr: 6
MAC_UE_SC_Tput: 5798.17

hr: 6
CA Activation Rate num: 1567156
SIP_SC_Total_MOU: 153.95
Peak UE: 27
MB_per_connected_UE: 158.28
DL Data Vol MAC in MB: 3484.2
CA Activation Rate den: 98404

Combined RACH Preambles: 1941
Time: 23:48:16
holiday: 0

Avg_Connected_UEs: 54.08
SIP DC%: 
DLRLCLayerDataVolume MB: 7863.65
RRC Setup Attempts: 4086
CA DL DataVolRatio Pct den: 8646
weekend: 0
UPTP Mbps Num: 8378
hr: 3

hr: 3
CA Activation Rate num: 9019821
Setup_Fail_DEN: 18222
Peak UE: 27

Time: 17:13:06
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 6675
PRB Util%: 61.83
weekend: 0
UPTP Mbps Num: 35236
hr: 9
MAC_UE_SC_Tput: 15242.86

hr: 9
CA Activation Rate num: 2160440
Setup_Fail_DEN: 13423
SIP_SC_Total_MOU: 26.89
Peak UE: 27
DL Volume: 726
DL Data Vol MAC in MB: 4281.51
CA Activation Rate den: 81476

holiday: 0

SIP DC%: 
UPTP_Mbps: 43.6
weekend: 0
UPTP Mbps Num: 4278
CA Activation Rate: 65.6
hr: 7
MAC_UE_SC_Tput: 4147.26

hr: 7
CA Activation Rate num: 8333053
UPTP Mbps Den: 5536
SIP_SC_Total_MOU: 72.13
Peak UE: 47
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5297
CA Activation Rate den: 88345
Combined RACH Preambles: 2835
Time: 10:19:44

holiday: 0
CA DL DataVolRatio Pct num: 276

DL MAC Vol Scell Pct: 13.32
SIP DC%: 
DLRLCLayerDataVolume MB: 618.12
RRC Setup Attempts: 3414
weekend: 0
hr: 18
MAC_UE_SC_Tput: 16411.39
Bearer Releases: 13309

hr: 18
CA Activation Rate num: 4566099
UPTP Mbps Den: 2067
SIP_SC_Total_MOU: 264.1
Peak UE: 51
MB_per_connected_UE: 35.16
DL Volume: 1835
UL Throughput: 5.88
DL Data Vol MAC in MB: 3397.16
CA Activation Rate den: 98519

Time: 04:37:41
holiday: 0
CA DL DataVolRatio Pct num: 4926

SIP DC%: 
DLRLCLayerDataVolume MB: 2736.82
DRB UL Data Volume MB: 3550
PRB Util%: 33.22
RRC Setup Attempts: 7338
CA DL DataVolRatio Pct den: 7433
weekend: 1
UPTP Mbps Num: 20604
CA Activation Rate: 3.3
hr: 0
MAC_UE_SC_Tput: 15715.63

hr: 0
CA Activation Rate num: 5403696
Setup_Fail_DEN: 6623
SIP_SC_Total_MOU: 140.26
Peak UE: 79
MB_per_connected_UE: 61.11
DL Data Vol MAC in MB: 4864.56
CA Activation Rate den: 163896

Time: 15:49:21
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7352.25
RRC Setup Attempts: 4046
CA DL DataVolRatio Pct den: 8011
CA Conf FailRate Pct den: 8101
weekend: 0
hr: 23
MAC_UE_SC_Tput: 16172.2

hr: 23
Setup_Fail_DEN: 8201
Peak UE: 27
MB_per_connected_UE: 51.27
DL Volume: 7896

Time: 14:13:10
holiday: 0

Avg_Connected_UEs: 45.95
SIP DC%: 
DLRLCLayerDataVolume MB: 1635.84
weekend: 0
UPTP Mbps Num: 5482
hr: 7
MAC_UE_SC_Tput: 14627.28
Bearer Releases: 10083

hr: 7
CA Activation Rate num: 5047646
QCI 1 Bearer Drop%: 2.1
Peak UE: 33
MB_per_connected_UE: 132.06

Time: 19:37:38
holiday: 0
CA DL DataVolRatio Pct num: 4777

SIP DC%: 
DLRLCLayerDataVolume MB: 9134.95
DRB UL Data Volume MB: 5483
CA DL DataVolRatio Pct den: 8215
weekend: 0
hr: 1
MAC_UE_SC_Tput: 25644.74

hr: 1
CA Activation Rate num: 9472990
UPTP Mbps Den: 1083
Peak UE: 37
MB_per_connected_UE: 71.09
DL Data Vol MAC in MB: 4417.79
CA Activation Rate den: 83159

Time: 15:40:28
holiday: 0
CA DL DataVolRatio Pct: 87.59

DL MAC Vol Scell Pct: 21.84
SIP DC%: 
DLRLCLayerDataVolume MB: 2492.28
DRB UL Data Volume MB: 3093
CA DL DataVolRatio Pct den: 7145
CA Conf FailRate Pct den: 6361
weekend: 1
UPTP Mbps Num: 12837
CA Activation Rate: 75.75
hr: 1
MAC_UE_SC_Tput: 4217.12

hr: 1
CA Activation Rate num: 7990517
Peak UE: 60
MB_per_connected_UE: 82.35
DL Data Vol MAC in MB: 5434.53
CA Activation Rate den: 125596

Time: 17:07:01
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 6651
PRB Util%: 64.04
weekend: 0
hr: 23
MAC_UE_SC_Tput: 9350.66
Bearer Releases: 18328

hr: 23
CA Activation Rate num: 9868787
Setup_Fail_DEN: 15821
SIP_SC_Total_MOU: 5.24
Peak UE: 37
DL Data Vol MAC in MB: 3731.8
CA Activation Rate den: 90266

Time: 17:53:53
holiday: 0
HO Attempts: 560

SIP DC%: 
CA DL DataVolRatio Pct den: 5222
CA Conf FailRate Pct den: 9375
weekend: 0
hr: 2
MAC_UE_SC_Tput: 14074.88
Bearer Releases: 15720

hr: 2
CA Activation Rate num: 4202187
UPTP Mbps Den: 2791
SIP_SC_Total_MOU: 23.89
Peak UE: 36

Time: 01:05:54
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2949.78
PRB Util%: 42.25
RRC Setup Attempts: 5943
CA Conf FailRate Pct den: 7715
weekend: 0
UPTP Mbps Num: 30945
CA Activation Rate: 64.35
hr: 0
MAC_UE_SC_Tput: 9168.34

hr: 0
CA Activation Rate num: 8131175
Setup_Fail_DEN: 16088
SIP_SC_Total_MOU: 354.5
Peak UE: 43
MB_per_connected_UE: 42.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6553
DL Data Vol MAC in MB: 10099.88

Time: 19:56:29
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 530
RRC Setup Attempts: 6588
CA DL DataVolRatio Pct den: 6512
CA Conf FailRate Pct den: 7607
weekend: 0
hr: 23
MAC_UE_SC_Tput: 14121.75
Bearer Releases: 13783

hr: 23
CA Activation Rate num: 4746746
UPTP Mbps Den: 329
Peak UE: 36
MB_per_connected_UE: 81.71
DL Data Vol MAC in MB: 6545.7
CA Activation Rate den: 113932

Time: 21:42:24
holiday: 0
CA DL DataVolRatio Pct: 76.72

SIP DC%: 
DLRLCLayerDataVolume MB: 8156.07
DRB UL Data Volume MB: 3269
CA Conf FailRate Pct den: 5381
weekend: 0
hr: 23
MAC_UE_SC_Tput: 19283.47
Bearer Releases: 11860

hr: 23
CA Activation Rate num: 4063006
SIP_SC_Total_MOU: 177.6
Peak UE: 27
MB_per_connected_UE: 53.3
DL Volume: 491
UL Throughput: 7.62
DL Data Vol MAC in MB: 9839.13

Time: 20:13:10
holiday: 0

SIP DC%: 
CA Conf FailRate Pct den: 8952
weekend: 1
UPTP Mbps Num: 26160
hr: 0
MAC_UE_SC_Tput: 8030.69
Bearer Releases: 9356

hr: 0
CA Activation Rate num: 6967777
Setup_Fail_DEN: 8186
SIP_SC_Total_MOU: 118.57
Peak UE: 27
MB_per_connected_UE: 84.31
DL Volume: 1952
UL Throughput: 5.97
DL Data Vol MAC in MB: 9230.71
CA Activation Rate den: 71464

Time: 02:17:31
holiday: 0
CA DL DataVolRatio Pct: 43.15

DL MAC Vol Scell Pct: 43.41
SIP DC%: 
DLRLCLayerDataVolume MB: 6871.03
CA DL DataVolRatio Pct den: 1641
weekend: 0
UPTP Mbps Num: 25771
CA Activation Rate: 48.76
hr: 0
Bearer Releases: 11843

hr: 0
CA Activation Rate num: 7652629
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7768
DL Data Vol MAC in MB: 6891.38

Time: 04:35:48
holiday: 0
CA DL DataVolRatio Pct num: 738

SIP DC%: 
DRB UL Data Volume MB: 8222
CA DL DataVolRatio Pct den: 5257
weekend: 0
CA Activation Rate: 44.24
hr: 2
MAC_UE_SC_Tput: 11369.11

hr: 2
CA Activation Rate num: 620985
Setup_Fail_DEN: 14176
SIP_SC_Total_MOU: 89.89
Peak UE: 59

Time: 13:32:02
holiday: 0
CA DL DataVolRatio Pct num: 1635

SIP DC%: 
DLRLCLayerDataVolume MB: 7580.85
DRB UL Data Volume MB: 275
weekend: 0
UPTP Mbps Num: 50827
hr: 23
MAC_UE_SC_Tput: 18254.5
Bearer Releases: 11084

hr: 23
CA Activation Rate num: 9213643
Setup_Fail_DEN: 7436
SIP_SC_Total_MOU: 40.49
Peak UE: 43
MB_per_connected_UE: 65.74
PCT Time MIMO: 44.79
DL Volume: 7510
CA Activation Rate den: 45352

Time: 08:08:39
holiday: 0

SIP DC%: 
PRB Util%: 38.87
RRC Setup Attempts: 8922
CA Conf FailRate Pct den: 8910
weekend: 0
hr: 3
MAC_UE_SC_Tput: 19495.03
Bearer Releases: 8073

hr: 3
CA Activation Rate num: 7171356
Peak UE: 87
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3840
DL Data Vol MAC in MB: 9188.39

Time: 16:50:01
holiday: 0
CA DL DataVolRatio Pct num: 4796

DL MAC Vol Scell Pct: 24.05
SIP DC%: 
DLRLCLayerDataVolume MB: 1446.5
DRB UL Data Volume MB: 5253
CA DL DataVolRatio Pct den: 6105
weekend: 1
CA Activation Rate: 66.99
hr: 21
MAC_UE_SC_Tput: 19280.86

hr: 21
CA Activation Rate num: 10232001
Peak UE: 27
DL Volume: 2252
DL Data Vol MAC in MB: 10083.76
CA Activation Rate den: 79622

Time: 09:52:28
holiday: 0

SIP DC%: 
PRB Util%: 43.3
RRC Setup Attempts: 5993
CA DL DataVolRatio Pct den: 1539
weekend: 0
CA Activation Rate: 45.75
hr: 3
MAC_UE_SC_Tput: 10728.24

hr: 3
CA Activation Rate num: 8632961
UPTP Mbps Den: 1069
Setup_Fail_DEN: 13958
Peak UE: 63
MB_per_connected_UE: 34.05
CA Activation Rate den: 214265

Combined RACH Preambles: 2038
Time: 21:43:16
holiday: 0
HO_att_InterFreq: 163

SIP DC%: 
weekend: 0
CA Activation Rate: 2.25
hr: 12
MAC_UE_SC_Tput: 15557.24

hr: 12
CA Activation Rate num: 5672812
SIP_SC_Total_MOU: 410.32
Peak UE: 42
MB_per_connected_UE: 126.18
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3643
DL Data Vol MAC in MB: 1442.19
CA Activation Rate den: 78550

Time: 19:29:03
holiday: 0

DL MAC Vol Scell Pct: 47.51
SIP DC%: 
CA DL DataVolRatio Pct den: 3081
CA Conf FailRate Pct den: 9129
weekend: 0
hr: 0
MAC_UE_SC_Tput: 8618.23

hr: 0
CA Activation Rate num: 1480633
Setup_Fail_DEN: 11842
DL Data Vol MAC in MB: 8618.51
CA Activation Rate den: 133702

Time: 20:40:53
holiday: 0
CA DL DataVolRatio Pct: 73.74

Avg_Connected_UEs: 37.86
SIP DC%: 
UPTP_Mbps: 22.07
DRB UL Data Volume MB: 6716
PRB Util%: 11.2
CA DL DataVolRatio Pct den: 1555
weekend: 0
UPTP Mbps Num: 35165
CA Activation Rate: 59.83
hr: 6
MAC_UE_SC_Tput: 4451.28

hr: 6
CA Activation Rate num: 9106690
Setup_Fail_DEN: 15073
SIP_SC_Total_MOU: 48.18
Peak UE: 27
VOLTE IA%: 

Combined RACH Preambles: 4868
Time: 17:08:07
holiday: 0
CA DL DataVolRatio Pct num: 5768

SIP DC%: 
DLRLCLayerDataVolume MB: 6737.86
PRB Util%: 50.76
RRC Setup Attempts: 7150
weekend: 0
UPTP Mbps Num: 38734
hr: 6
MAC_UE_SC_Tput: 9363.33
Bearer Releases: 13777

hr: 6
CA Activation Rate num: 2055542
Setup_Fail_DEN: 12742
Peak UE: 27
DL Data Vol MAC in MB: 488.38
CA Activation Rate den: 178884

Time: 22:04:57
holiday: 0
CA DL DataVolRatio Pct num: 4739

SIP DC%: 
DLRLCLayerDataVolume MB: 3274.98
weekend: 0
hr: 15
MAC_UE_SC_Tput: 4233.96
Bearer Releases: 15010

hr: 15
CA Activation Rate num: 10548972
Setup_Fail_DEN: 11201
SIP_SC_Total_MOU: 66.56
Peak UE: 27
MB_per_connected_UE: 93.17
PCT Time MIMO: 56.66
DL Data Vol MAC in MB: 9293.58
CA Activation Rate den: 101652

holiday: 0
CA DL DataVolRatio Pct num: 5279

DL MAC Vol Scell Pct: 11.39
SIP DC%: 
UPTP_Mbps: 40.68
DLRLCLayerDataVolume MB: 3538.83
PRB Util%: 48.35
RRC Setup Attempts: 5924
weekend: 0
CA Activation Rate: 39.13
hr: 6
MAC_UE_SC_Tput: 4667.43

hr: 6
Setup_Fail_DEN: 11796
Peak UE: 27
PCT Time MIMO: 45.75
DL Volume: 2303
DL Data Vol MAC in MB: 2432.62
CA Activation Rate den: 131609

Time: 05:12:25
holiday: 0

SIP DC%: 
S1U_SIP_SC_SEER: 99.75
PRB Util%: 17.1
CA Conf FailRate Pct den: 4434
weekend: 0
hr: 11
MAC_UE_SC_Tput: 12895.35
Bearer Releases: 18692

hr: 11
CA Activation Rate num: 7224725
Peak UE: 58
VOLTE IA%: 
MB_per_connected_UE: 197.45
DL Data Vol MAC in MB: 3164.03
CA Activation Rate den: 38559

holiday: 0

Avg_Connected_UEs: 16.27
SIP DC%: 
DLRLCLayerDataVolume MB: 6326.83
DRB UL Data Volume MB: 5347
CA DL DataVolRatio Pct den: 10029
CA Conf FailRate Pct den: 8048
weekend: 0
CA Activation Rate: 43.06
hr: 21
MAC_UE_SC_Tput: 10129.96

hr: 21
CA Activation Rate num: 9672323
Peak UE: 51
PCT Time MIMO: 61.27
DL Volume: 3603
DL Data Vol MAC in MB: 7903.63

Time: 13:23:06
holiday: 0
CA DL DataVolRatio Pct: 88.53

DL MAC Vol Scell Pct: 10.89
SIP DC%: 
UPTP_Mbps: 101.01
DLRLCLayerDataVolume MB: 9559.85
weekend: 0
hr: 18
MAC_UE_SC_Tput: 11085.5
Bearer Releases: 8076

hr: 18
CA Activation Rate num: 2523734
SIP_SC_Total_MOU: 22.57
Peak UE: 77
MB_per_connected_UE: 189.1
DL Data Vol MAC in MB: 7750.82
CA Activation Rate den: 41649

Time: 01:35:53
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3452.41
RRC Setup Attempts: 7737
weekend: 0
UPTP Mbps Num: 54038
CA Activation Rate: 43.07
hr: 0
MAC_UE_SC_Tput: 14208.43
Bearer Releases: 9245

hr: 0
CA Activation Rate num: 6761889
Setup_Fail_DEN: 17892
Peak UE: 53
DL Data Vol MAC in MB: 9095.65

Combined RACH Preambles: 3646
Time: 17:40:55
holiday: 0
CA DL DataVolRatio Pct num: 338

SIP DC%: 
DLRLCLayerDataVolume MB: 9538.29
CA DL DataVolRatio Pct den: 9365
weekend: 0
hr: 6
MAC_UE_SC_Tput: 4968.96

hr: 6
CA Activation Rate num: 2010159
Setup_Fail_DEN: 16211
SIP_SC_Total_MOU: 232.61
Peak UE: 50
MB_per_connected_UE: 206.54
PCT Time MIMO: 59.04
DL Volume: 1924
DL Data Vol MAC in MB: 6748.18

Time: 15:02:34
holiday: 0
CA DL DataVolRatio Pct num: 5944

Avg_Connected_UEs: 49.93
SIP DC%: 
DRB UL Data Volume MB: 9361
weekend: 0
UPTP Mbps Num: 10695
CA Activation Rate: 33.97
hr: 4
MAC_UE_SC_Tput: 17212.04

hr: 4
CA Activation Rate num: 9649663
Setup_Fail_DEN: 13238
Peak UE: 82
DL Data Vol MAC in MB: 9628.89

Combined RACH Preambles: 3192
Time: 05:36:23
holiday: 0
CA DL DataVolRatio Pct num: 7218

SIP DC%: 
weekend: 0
CA Activation Rate: 73.44
hr: 15
MAC_UE_SC_Tput: 6728.77
Bearer Releases: 7290

hr: 15
CA Activation Rate num: 5511164
Peak UE: 82
MB_per_connected_UE: 36.5
DL Volume: 9559
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7111
CA Activation Rate den: 62213

holiday: 0
CA DL DataVolRatio Pct: 87

Avg_Connected_UEs: 25.27
SIP DC%: 
DLRLCLayerDataVolume MB: 4999.7
PRB Util%: 8.51
weekend: 0
hr: 1
MAC_UE_SC_Tput: 10068.37
Bearer Releases: 12320

hr: 1
CA Activation Rate num: 3655808
Peak UE: 27
MB_per_connected_UE: 36.91
DL Volume: 8672
DL Data Vol MAC in MB: 2409.45
CA Activation Rate den: 93357

Time: 14:41:40
holiday: 0

Avg_Connected_UEs: 39.84
SIP DC%: 
DLRLCLayerDataVolume MB: 198.88
PRB Util%: 15.42
CA DL DataVolRatio Pct den: 7855
weekend: 0
UPTP Mbps Num: 3340
hr: 23
MAC_UE_SC_Tput: 7606.41

hr: 23
CA Activation Rate num: 7116603
UPTP Mbps Den: 1319
SIP_SC_Total_MOU: 278.54
Peak UE: 37
MB_per_connected_UE: 123.87

Time: 21:12:50
holiday: 0
CA DL DataVolRatio Pct num: 155

Avg_Connected_UEs: 21.74
SIP DC%: 
DLRLCLayerDataVolume MB: 1600.76
weekend: 0
hr: 0
MAC_UE_SC_Tput: 7506.82
Bearer Releases: 10944

hr: 0
CA Activation Rate num: 4617688
Setup_Fail_DEN: 6580
SIP_SC_Total_MOU: 0.7
Peak UE: 43
MB_per_connected_UE: 54.53

holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 5769
PRB Util%: 18.99
CA DL DataVolRatio Pct den: 9332
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6534.49

hr: 23
CA Activation Rate num: 7774241
SIP_SC_Total_MOU: 66.93
Peak UE: 54
MB_per_connected_UE: 19.4
PCT Time MIMO: 44.98
DL Volume: 3955
DL Data Vol MAC in MB: 9864.28

holiday: 0
CA DL DataVolRatio Pct num: 5666

SIP DC%: 
DLRLCLayerDataVolume MB: 6011.39
PRB Util%: 9.43
weekend: 0
hr: 23
MAC_UE_SC_Tput: 15391.02
Bearer Releases: 8711

hr: 23
CA Activation Rate num: 8982547
Setup_Fail_DEN: 9103
SIP_SC_Total_MOU: 77.68
Peak UE: 82
PCT Time MIMO: 52.84
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4626

Time: 03:02:55
holiday: 0
CA DL DataVolRatio Pct num: 4769

SIP DC%: 
DLRLCLayerDataVolume MB: 233.66
RRC Setup Attempts: 5216
weekend: 0
UPTP Mbps Num: 41013
hr: 12
MAC_UE_SC_Tput: 5500.42
Bearer Releases: 7984

hr: 12
CA Activation Rate num: 11967062
Setup_Fail_DEN: 10898
Peak UE: 56
MB_per_connected_UE: 180.93
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4126
CA Activation Rate den: 76576

Time: 19:26:11
holiday: 0

Avg_Connected_UEs: 17.36
SIP DC%: 
DRB UL Data Volume MB: 3508
CA DL DataVolRatio Pct den: 783
weekend: 0
CA Activation Rate: 45.12
hr: 21
MAC_UE_SC_Tput: 5707.88
Bearer Releases: 14379

hr: 21
CA Activation Rate num: 8778738
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9090

holiday: 0
CA DL DataVolRatio Pct num: 741

SIP DC%: 
DLRLCLayerDataVolume MB: 5790.15
RRC Setup Attempts: 7093
CA DL DataVolRatio Pct den: 8921
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11792.03

hr: 23
CA Activation Rate num: 616465
Peak UE: 27
MB_per_connected_UE: 53.6
PCT Time MIMO: 52.99
DL Data Vol MAC in MB: 8055.2
CA Activation Rate den: 107923

Time: 00:25:48
holiday: 0
CA DL DataVolRatio Pct: 63.77

SIP DC%: 
DRB UL Data Volume MB: 700
weekend: 0
UPTP Mbps Num: 23933
hr: 8
MAC_UE_SC_Tput: 10768.35

hr: 8
CA Activation Rate num: 5165213
Peak UE: 60
PCT Time MIMO: 37.9
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5485
CA Activation Rate den: 116077

Time: 15:21:22
holiday: 0
CA DL DataVolRatio Pct: 41.23

SIP DC%: 
DLRLCLayerDataVolume MB: 5131.37
DRB UL Data Volume MB: 2144
PRB Util%: 30.84
RRC Setup Attempts: 7136
CA DL DataVolRatio Pct den: 8936
weekend: 0
UPTP Mbps Num: 14614
CA Activation Rate: 18.48
hr: 3
MAC_UE_SC_Tput: 15604.8
Bearer Releases: 17397

hr: 3
Setup_Fail_DEN: 17322
SIP_SC_Total_MOU: 95.74
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4515
CA Activation Rate den: 143755

Time: 09:41:11
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 6181
weekend: 0
UPTP Mbps Num: 16240
CA Activation Rate: 9.67
hr: 18
MAC_UE_SC_Tput: 16700.32
Bearer Releases: 10579

hr: 18
CA Activation Rate num: 8703224
Setup_Fail_DEN: 18335
Peak UE: 27
MB_per_connected_UE: 68.16
DL Data Vol MAC in MB: 8745.91
CA Activation Rate den: 41254

Time: 14:16:19
holiday: 0

SIP DC%: 
RRC Setup Attempts: 6167
CA DL DataVolRatio Pct den: 8265
weekend: 0
UPTP Mbps Num: 2581
hr: 17
MAC_UE_SC_Tput: 14690.23

hr: 17
CA Activation Rate num: 852686
Setup_Fail_DEN: 11001
Peak UE: 27
MB_per_connected_UE: 184.62
DL Data Vol MAC in MB: 8962.54
CA Activation Rate den: 75864

Time: 14:53:15
holiday: 0
CA DL DataVolRatio Pct num: 2750

DL MAC Vol Scell Pct: 28.68
SIP DC%: 
RRC Setup Attempts: 9646
CA DL DataVolRatio Pct den: 6324
CA Conf FailRate Pct den: 5758
weekend: 0
UPTP Mbps Num: 25170
CA Activation Rate: 11.31
hr: 0
MAC_UE_SC_Tput: 17081.5

hr: 0
CA Activation Rate num: 10640519
Setup_Fail_DEN: 9314
SIP_SC_Total_MOU: 129.54
Peak UE: 27
MB_per_connected_UE: 49.32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9117
DL Data Vol MAC in MB: 8968.95
CA Activation Rate den: 202683

Time: 04:43:55
holiday: 0
CA DL DataVolRatio Pct num: 3080

DL MAC Vol Scell Pct: 17.48
SIP DC%: 
DLRLCLayerDataVolume MB: 5594.16
PRB Util%: 34.51
CA DL DataVolRatio Pct den: 7553
weekend: 0
hr: 17
MAC_UE_SC_Tput: 12404.88

hr: 17
CA Activation Rate num: 8812375
SIP_SC_Total_MOU: 369.53
Peak UE: 46

Time: 17:35:27
holiday: 0

DL MAC Vol Scell Pct: 23.98
SIP DC%: 
UPTP_Mbps: 48.61
DLRLCLayerDataVolume MB: 7025.62
RRC Setup Attempts: 8276
CA DL DataVolRatio Pct den: 4800
weekend: 0
UPTP Mbps Num: 50660
hr: 8
MAC_UE_SC_Tput: 10963.76

hr: 8
CA Activation Rate num: 7211595
SIP_SC_Total_MOU: 92.21
Peak UE: 35
MB_per_connected_UE: 20.61
DL Volume: 3068
DL Data Vol MAC in MB: 6633.79
CA Activation Rate den: 55490

Time: 00:03:22
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7723.51
DRB UL Data Volume MB: 9859
CA DL DataVolRatio Pct den: 1959
CA Conf FailRate Pct den: 7625
weekend: 0
hr: 9
MAC_UE_SC_Tput: 7758.02

hr: 9
CA Activation Rate num: 7155716
UPTP Mbps Den: 2101
Setup_Fail_DEN: 10230
Peak UE: 27
MB_per_connected_UE: 59.37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5755
DL Data Vol MAC in MB: 5170.79
CA Activation Rate den: 147045

Combined RACH Preambles: 3170
Time: 05:22:23
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1295.33
RRC Setup Attempts: 6911
weekend: 0
CA Activation Rate: 50.94
hr: 6
MAC_UE_SC_Tput: 12049.97
Bearer Releases: 16215

hr: 6
Avg CQI: 9
CA Activation Rate num: 1401382
SIP_SC_Total_MOU: 65.09
Peak UE: 36
DL Volume: 4325
DL Data Vol MAC in MB: 5593.88

Time: 16:38:38
holiday: 0

SIP DC%: 
UPTP_Mbps: 20.37
DRB UL Data Volume MB: 3379
RRC Setup Attempts: 7490
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5748.71

hr: 23
CA Activation Rate num: 9637599
Setup_Fail_DEN: 10595
SIP_SC_Total_MOU: 202.06
Peak UE: 37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5473
CA Activation Rate den: 111032

Time: 08:27:30
holiday: 0
CA DL DataVolRatio Pct num: 5119

SIP DC%: 
weekend: 0
hr: 23
MAC_UE_SC_Tput: 13039.48
Bearer Releases: 17079

hr: 23
CA Activation Rate num: 10979966
SIP_SC_Total_MOU: 277.62
Peak UE: 50
MB_per_connected_UE: 99.79
PCT Time MIMO: 45.99

Time: 11:41:05
holiday: 0
CA DL DataVolRatio Pct num: 2383

SIP DC%: 
UPTP_Mbps: 99.41
DLRLCLayerDataVolume MB: 2287.55
CA DL DataVolRatio Pct den: 3080
CA Conf FailRate Pct den: 4295
weekend: 0
hr: 8
MAC_UE_SC_Tput: 5020.85
Bearer Releases: 17149

hr: 8
Peak UE: 27
MB_per_connected_UE: 202.23
PCT Time MIMO: 56.38
DL Data Vol MAC in MB: 1442.43

holiday: 0

SIP DC%: 
UPTP_Mbps: 69.69
CA DL DataVolRatio Pct den: 3823
weekend: 1
UPTP Mbps Num: 58112
hr: 16
MAC_UE_SC_Tput: 16836.86
Bearer Releases: 9141

hr: 16
CA Activation Rate num: 12113908
UL MAC Vol Scell Pct: 4.62
Peak UE: 57
MB_per_connected_UE: 78.76
DL Volume: 6338
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4287
CA Activation Rate den: 126977

Time: 10:07:25
holiday: 0

Avg_Connected_UEs: 50.61
SIP DC%: 
DRB UL Data Volume MB: 7373
PRB Util%: 51.31
weekend: 0
hr: 0
MAC_UE_SC_Tput: 6880.99
Bearer Releases: 10299

hr: 0
CA Activation Rate num: 4695618
UPTP Mbps Den: 5866
Peak UE: 88
DL Data Vol MAC in MB: 9945.42

Combined RACH Preambles: 3699
Time: 23:19:39
holiday: 0
CA DL DataVolRatio Pct num: 7192

SIP DC%: 
DLRLCLayerDataVolume MB: 4523.38
CA DL DataVolRatio Pct den: 9830
weekend: 0
CA Activation Rate: 40.25
hr: 1
MAC_UE_SC_Tput: 10764.35

hr: 1
Peak UE: 88
MB_per_connected_UE: 71.59
DL Data Vol MAC in MB: 3664.99
CA Activation Rate den: 94083

Time: 04:45:22
holiday: 0
CA DL DataVolRatio Pct num: 3645

SIP DC%: 
DLRLCLayerDataVolume MB: 1773.04
DRB UL Data Volume MB: 8371
PRB Util%: 20.42
CA DL DataVolRatio Pct den: 6695
weekend: 0
hr: 19
MAC_UE_SC_Tput: 16006.26
Bearer Releases: 7295

hr: 19
CA Activation Rate num: 1031926
Setup_Fail_DEN: 18559
Peak UE: 94
DL Data Vol MAC in MB: 910.41
CA Activation Rate den: 99678
Combined RACH Preambles: 4728

Time: 15:12:56
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7406.57
RRC Setup Attempts: 6701
weekend: 0
UPTP Mbps Num: 14026
hr: 2

hr: 2
CA Activation Rate num: 8494404
UPTP Mbps Den: 2658
Peak UE: 27
DL Volume: 9060
DL Data Vol MAC in MB: 7612.6

Time: 16:56:03
holiday: 0
CA DL DataVolRatio Pct num: 6379

SIP DC%: 
DLRLCLayerDataVolume MB: 7739.17
weekend: 0
CA Activation Rate: 45.13
hr: 13
MAC_UE_SC_Tput: 12479.42

hr: 13
CA Activation Rate num: 261470
Peak UE: 61
DL Data Vol MAC in MB: 7201.04
CA Activation Rate den: 143378

Time: 02:55:30
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 7402
CA DL DataVolRatio Pct den: 7577
CA Conf FailRate Pct den: 3475
weekend: 0
CA Activation Rate: 23.13
hr: 23
MAC_UE_SC_Tput: 7114.06

hr: 23
CA Activation Rate num: 5670592
UPTP Mbps Den: 5461
Setup_Fail_DEN: 14487
Peak UE: 27
MB_per_connected_UE: 14.88

Combined RACH Preambles: 3214
Time: 00:43:04
holiday: 0

SIP DC%: 
S1U_SIP_SC_SEER: 99.77
DLRLCLayerDataVolume MB: 6010.94
weekend: 0
UPTP Mbps Num: 13374
hr: 2
MAC_UE_SC_Tput: 9901.84
Bearer Releases: 6650

hr: 2
CA Activation Rate num: 1487152
Setup_Fail_DEN: 7726
UL MAC Vol Scell Pct: 2.45
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7556
CA Activation Rate den: 40971

Combined RACH Preambles: 4272
Time: 03:23:46
holiday: 0
CA DL DataVolRatio Pct: 89.21

SIP DC%: 
DLRLCLayerDataVolume MB: 6120.33
PRB Util%: 74.16
RRC Setup Attempts: 9731
CA DL DataVolRatio Pct den: 7731
weekend: 0
UPTP Mbps Num: 17118
hr: 0
MAC_UE_SC_Tput: 13376.79
Bearer Releases: 13960

hr: 0
CA Activation Rate num: 3293930
Setup_Fail_DEN: 13868
SIP_SC_Total_MOU: 183.04
Peak UE: 79
MB_per_connected_UE: 31.42
DL Volume: 5662
CA Activation Rate den: 119577

Time: 07:45:11
holiday: 0
CA DL DataVolRatio Pct: 53.69

Avg_Connected_UEs: 52.33
SIP DC%: 
UPTP_Mbps: 15.48
DLRLCLayerDataVolume MB: 8114.26
PRB Util%: 18.53
CA DL DataVolRatio Pct den: 7493
weekend: 0
hr: 7
MAC_UE_SC_Tput: 7079.68
Bearer Releases: 16812

hr: 7
CA Activation Rate num: 8069469
SIP_SC_Total_MOU: 184.63

Time: 20:50:21
holiday: 0
CA DL DataVolRatio Pct num: 4499

SIP DC%: 
DLRLCLayerDataVolume MB: 8140.95
DRB UL Data Volume MB: 5435
RRC Setup Attempts: 4563
weekend: 0
hr: 17
MAC_UE_SC_Tput: 4269.03

hr: 17
CA Activation Rate num: 3560146
Setup_Fail_DEN: 9076
Peak UE: 27
DL Volume: 7278
DL Data Vol MAC in MB: 1288.87
CA Activation Rate den: 137272

Time: 08:30:18
holiday: 0
CA DL DataVolRatio Pct: 89.67
CA DL DataVolRatio Pct num: 2605

SIP DC%: 
DLRLCLayerDataVolume MB: 596.84
weekend: 1
hr: 21
MAC_UE_SC_Tput: 4846.07
Bearer Releases: 17147

hr: 21
CA Activation Rate num: 7181737
UPTP Mbps Den: 1079
Setup_Fail_DEN: 7918
Peak UE: 27
DL Volume: 3288
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4577
DL Data Vol MAC in MB: 1756.58
CA Activation Rate den: 81678

Time: 11:23:00
holiday: 0
CA DL DataVolRatio Pct: 58.57
CA DL DataVolRatio Pct num: 2221

SIP DC%: 
CA DL DataVolRatio Pct den: 8216
weekend: 1
UPTP Mbps Num: 30899
hr: 9
MAC_UE_SC_Tput: 18151.07

hr: 9
CA Activation Rate num: 8048037
Setup_Fail_DEN: 8086
Peak UE: 43
MB_per_connected_UE: 96.09
DL Data Vol MAC in MB: 7630.9

Time: 02:10:24
holiday: 0
CA DL DataVolRatio Pct num: 4313

SIP DC%: 
UL Resid BLER PCT: 1.22
CA DL DataVolRatio Pct den: 8688
CA Conf FailRate Pct den: 6755
weekend: 0
UPTP Mbps Num: 40260
CA Activation Rate: 68.13
hr: 9
MAC_UE_SC_Tput: 11024.62
Bearer Releases: 7997

hr: 9
CA Activation Rate num: 4840320
Setup_Fail_DEN: 6707
SIP_SC_Total_MOU: 6.47
Peak UE: 27
DL Data Vol MAC in MB: 1933.93
CA Activation Rate den: 137900

Time: 11:23:23
holiday: 0
CA DL DataVolRatio Pct num: 1710

SIP DC%: 
UPTP_Mbps: 90.04
DLRLCLayerDataVolume MB: 3063.14
DRB UL Data Volume MB: 6474
RRC Setup Attempts: 8772
CA DL DataVolRatio Pct den: 2175
CA Conf FailRate Pct den: 9264
weekend: 0
hr: 18
MAC_UE_SC_Tput: 9340.19

hr: 18
CA Activation Rate num: 1914363
Setup_Fail_DEN: 8883
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8173
CA Activation Rate den: 92300

Time: 09:37:05
holiday: 0

DL MAC Vol Scell Pct: 20.85
SIP DC%: 
weekend: 0
UPTP Mbps Num: 31230
hr: 8
MAC_UE_SC_Tput: 8635.4

hr: 8
CA Activation Rate num: 10389595
UPTP Mbps Den: 234
SIP_SC_Total_MOU: 170.89
Peak UE: 69
MB_per_connected_UE: 193.05
DL Data Vol MAC in MB: 9474.05
CA Activation Rate den: 44399

Combined RACH Preambles: 2964
Time: 15:50:03
holiday: 0

DL MAC Vol Scell Pct: 54.61
SIP DC%: 
DLRLCLayerDataVolume MB: 5431.63
weekend: 0
CA Activation Rate: 54.6
hr: 19
MAC_UE_SC_Tput: 8080.41
Bearer Releases: 14232

hr: 19
CA Activation Rate num: 10827578
Setup_Fail_DEN: 9812
SIP_SC_Total_MOU: 76.34
Peak UE: 63
DL Volume: 2988
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3181
CA Activation Rate den: 103053

holiday: 0
CA DL DataVolRatio Pct: 65.78

SIP DC%: 
UPTP_Mbps: 9.03
DLRLCLayerDataVolume MB: 6705.21
DRB UL Data Volume MB: 1222
CA DL DataVolRatio Pct den: 9126
CA Conf FailRate Pct den: 5752
weekend: 0
hr: 13
MAC_UE_SC_Tput: 8276.21

hr: 13
CA Activation Rate num: 1144812
Setup_Fail_DEN: 17490
Peak UE: 77
MB_per_connected_UE: 138.77
DL Volume: 6753
CA Activation Rate den: 51395

Time: 02:08:40
holiday: 0

SIP DC%: 
UPTP_Mbps: 31.04
DLRLCLayerDataVolume MB: 1966.71
RRC Setup Attempts: 3348
CA Conf FailRate Pct den: 7286
weekend: 1
UPTP Mbps Num: 20267
hr: 0
MAC_UE_SC_Tput: 7354.39

hr: 0
CA Activation Rate num: 2856486
Setup_Fail_DEN: 17094
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 136.99
DL Volume: 6922

Time: 02:55:07
holiday: 0
CA DL DataVolRatio Pct num: 2810

Avg_Connected_UEs: 77.36
SIP DC%: 
UPTP_Mbps: 128.05
DLRLCLayerDataVolume MB: 1866
weekend: 0
CA Activation Rate: 43.75
hr: 14
MAC_UE_SC_Tput: 17771.46

hr: 14
CA Activation Rate num: 10783018
SIP_SC_Total_MOU: 16.91
Peak UE: 44
MB_per_connected_UE: 46.19
DL Volume: 9041
DL Data Vol MAC in MB: 9378.57
Time: 16:03:17

holiday: 0
CA DL DataVolRatio Pct num: 3258

Avg_Connected_UEs: 83.99
SIP DC%: 
DRB UL Data Volume MB: 3185
weekend: 0
UPTP Mbps Num: 2894
hr: 7
MAC_UE_SC_Tput: 10072.65

hr: 7
CA Activation Rate num: 3806027
Peak UE: 42
MB_per_connected_UE: 164.02
DL Data Vol MAC in MB: 2923.42
CA Activation Rate den: 100754

Time: 17:11:14
holiday: 0

Avg_Connected_UEs: 51.52
SIP DC%: 
CA DL DataVolRatio Pct den: 6984
CA Conf FailRate Pct den: 8897
weekend: 0
CA Activation Rate: 17.79
hr: 1

hr: 1
Peak UE: 27
MB_per_connected_UE: 11.51
DL Data Vol MAC in MB: 8150.54

Combined RACH Preambles: 4149
Time: 09:11:55
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2988.88
weekend: 0
hr: 9
MAC_UE_SC_Tput: 6336.05

hr: 9
CA Activation Rate num: 1486454
Setup_Fail_DEN: 7433
Peak UE: 29
DL Volume: 4993
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5068
Combined RACH Preambles: 4583

Time: 22:40:00
holiday: 0

DL MAC Vol Scell Pct: 28.88
SIP DC%: 
DRB UL Data Volume MB: 9418
weekend: 0
hr: 23
MAC_UE_SC_Tput: 13854.26

hr: 23
CA Activation Rate num: 5750707
SIP_SC_Total_MOU: 315.16
CA Activation Rate den: 75714

holiday: 0

Avg_Connected_UEs: 19.71
SIP DC%: 
DLRLCLayerDataVolume MB: 3288.11
CA Conf FailRate Pct den: 7408
weekend: 0
UPTP Mbps Num: 53931
CA Activation Rate: 62.01
hr: 0
MAC_UE_SC_Tput: 20137.38

hr: 0
CA Activation Rate num: 7539144
SIP_SC_Total_MOU: 34.67
Peak UE: 34
MB_per_connected_UE: 49.09
DL Data Vol MAC in MB: 5693.21

Time: 04:42:46
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6000.66
CA DL DataVolRatio Pct den: 8349
weekend: 0
hr: 0
MAC_UE_SC_Tput: 12756.49

hr: 0
Avg CQI: 9
CA Activation Rate num: 6847194
Setup_Fail_DEN: 15652
SIP_SC_Total_MOU: 21.51
Peak UE: 41
MB_per_connected_UE: 203.77
DL Data Vol MAC in MB: 2089.73
CA Activation Rate den: 221199

Time: 17:58:49
holiday: 0
CA DL DataVolRatio Pct num: 4266

SIP DC%: 
DLRLCLayerDataVolume MB: 1180.95
DRB UL Data Volume MB: 7501
CA DL DataVolRatio Pct den: 7878
weekend: 0
UPTP Mbps Num: 2776
hr: 8
MAC_UE_SC_Tput: 9731.9
Bearer Releases: 6431

hr: 8
SIP_SC_Total_MOU: 264.02
Peak UE: 32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8301

Time: 01:36:07
holiday: 0
CA DL DataVolRatio Pct num: 6942

SIP DC%: 
UPTP_Mbps: 10.49
DLRLCLayerDataVolume MB: 7172.51
weekend: 0
hr: 4
MAC_UE_SC_Tput: 5891.43
Bearer Releases: 15516

hr: 4
CA Activation Rate num: 4806984
SIP_SC_Total_MOU: 122.28
Peak UE: 27
MB_per_connected_UE: 22.44
UL Throughput: 7.65
DL Data Vol MAC in MB: 10028.53

Time: 05:33:12
holiday: 0
CA DL DataVolRatio Pct num: 3272

SIP DC%: 
UPTP_Mbps: 26.01
DLRLCLayerDataVolume MB: 886.38
PRB Util%: 5.64
CA DL DataVolRatio Pct den: 8226
CA Conf FailRate Pct den: 8568
weekend: 0
UPTP Mbps Num: 19272
CA Activation Rate: 68.36
hr: 20
MAC_UE_SC_Tput: 12687.9

hr: 20
CA Activation Rate num: 2011576
Setup_Fail_DEN: 15121
SIP_SC_Total_MOU: 76.73
Peak UE: 33
MB_per_connected_UE: 26.84
DL Volume: 4687
DL Data Vol MAC in MB: 2635.95
CA Activation Rate den: 171108

Time: 13:55:46
holiday: 0
CA DL DataVolRatio Pct num: 2635

SIP DC%: 
DLRLCLayerDataVolume MB: 6158.24
DRB UL Data Volume MB: 1062
CA DL DataVolRatio Pct den: 8149
weekend: 0
UPTP Mbps Num: 9087
hr: 6
MAC_UE_SC_Tput: 17312.58
Bearer Releases: 6840

hr: 6
CA Activation Rate num: 5024220
UPTP Mbps Den: 4258
Peak UE: 73
MB_per_connected_UE: 105.29
DL Data Vol MAC in MB: 3337.09

Time: 06:40:13
holiday: 0

SIP DC%: 
UPTP_Mbps: 30.8
weekend: 0
CA Activation Rate: 6.82
hr: 5
MAC_UE_SC_Tput: 12597.65
Bearer Releases: 7588

hr: 5
CA Activation Rate num: 3956131
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 32.06
DL Volume: 1587
DL Data Vol MAC in MB: 2224.1
CA Activation Rate den: 72008

Time: 11:22:33
holiday: 0
CA DL DataVolRatio Pct: 92.08
CA DL DataVolRatio Pct num: 1272

SIP DC%: 
RRC Setup Attempts: 6937
CA DL DataVolRatio Pct den: 4857
weekend: 0
UPTP Mbps Num: 1537
CA Activation Rate: 75.22
hr: 23
MAC_UE_SC_Tput: 8145.14
Bearer Releases: 11468

hr: 23
CA Activation Rate num: 10765285
Setup_Fail_DEN: 12988
SIP_SC_Total_MOU: 42.32
Peak UE: 82
DL Volume: 5032
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3329
DL Data Vol MAC in MB: 7156.5
CA Activation Rate den: 88047

Time: 14:10:21
holiday: 0
CA DL DataVolRatio Pct: 75.17

Avg_Connected_UEs: 28.73
SIP DC%: 
RRC Setup Attempts: 5392
CA DL DataVolRatio Pct den: 2586
weekend: 0
hr: 10
MAC_UE_SC_Tput: 12232.75

hr: 10
CA Activation Rate num: 3933588
Setup_Fail_DEN: 8519
SIP_SC_Total_MOU: 396.86
MB_per_connected_UE: 74.89
DL Data Vol MAC in MB: 2367.2
CA Activation Rate den: 92973

Time: 05:32:47
holiday: 0

SIP DC%: 
UPTP_Mbps: 37.94
DRB UL Data Volume MB: 1986
CA DL DataVolRatio Pct den: 7079
weekend: 0
CA Activation Rate: 5.12
hr: 20
MAC_UE_SC_Tput: 7714.38

hr: 20
CA Activation Rate num: 10324133
Setup_Fail_DEN: 8273
SIP_SC_Total_MOU: 60.23
DL Volume: 8917
DL Data Vol MAC in MB: 7540.36
CA Activation Rate den: 74122

holiday: 0
CA DL DataVolRatio Pct num: 5340

DL MAC Vol Scell Pct: 46.5
SIP DC%: 
DLRLCLayerDataVolume MB: 7318.02
DRB UL Data Volume MB: 8793
CA DL DataVolRatio Pct den: 3770
CA Conf FailRate Pct den: 6542
weekend: 0
UPTP Mbps Num: 26181
hr: 8
Bearer Releases: 13202

hr: 8
CA Activation Rate num: 11036067
Peak UE: 27
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5822

Time: 12:41:21
holiday: 0
CA DL DataVolRatio Pct: 81.05

DL MAC Vol Scell Pct: 27.26
Avg_Connected_UEs: 41.45
SIP DC%: 
DLRLCLayerDataVolume MB: 5762.72
DRB UL Data Volume MB: 4289
RRC Setup Attempts: 6404
CA DL DataVolRatio Pct den: 5609
weekend: 0
UPTP Mbps Num: 10443
hr: 3
MAC_UE_SC_Tput: 5866.76
Bearer Releases: 11586

hr: 3
CA Activation Rate num: 2907655
Setup_Fail_DEN: 11425
MB_per_connected_UE: 64.5
DL Volume: 4827
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9286

Time: 14:53:32
holiday: 0
CA DL DataVolRatio Pct num: 7213

DL MAC Vol Scell Pct: 23.39
Avg_Connected_UEs: 45.98
SIP DC%: 
DRB UL Data Volume MB: 1137
RRC Setup Attempts: 8957
weekend: 0
CA Activation Rate: 4.99
hr: 11
Bearer Releases: 6830

hr: 11
CA Activation Rate num: 8405358
Peak UE: 47
MB_per_connected_UE: 201.4
DL Data Vol MAC in MB: 284.38
CA Activation Rate den: 196314

Time: 10:16:03
holiday: 0

DL MAC Vol Scell Pct: 41.95
SIP DC%: 
DLRLCLayerDataVolume MB: 3135.78
PRB Util%: 25.56
weekend: 0
UPTP Mbps Num: 33073
hr: 12

hr: 12
UPTP Mbps Den: 5784
Peak UE: 84
MB_per_connected_UE: 109.23
CA Activation Rate den: 50969

Time: 17:13:25
holiday: 0
CA DL DataVolRatio Pct: 79.62

SIP DC%: 
DLRLCLayerDataVolume MB: 2326.58
DRB UL Data Volume MB: 1855
RRC Setup Attempts: 4488
weekend: 0
UPTP Mbps Num: 47900
hr: 8
MAC_UE_SC_Tput: 14662.03
Bearer Releases: 9437

hr: 8
CA Activation Rate num: 10702505
UPTP Mbps Den: 1973
Setup_Fail_DEN: 17127
SIP_SC_Total_MOU: 84.48
Peak UE: 62
VOLTE IA%: 
PCT Time MIMO: 63.81
DL Volume: 4267
DL Data Vol MAC in MB: 7754.15

Time: 23:42:11
holiday: 0
CA DL DataVolRatio Pct num: 6777

SIP DC%: 
UPTP_Mbps: 106.86
DLRLCLayerDataVolume MB: 6419.06
PRB Util%: 31.54
weekend: 0
hr: 0
MAC_UE_SC_Tput: 8543.93

hr: 0
CA Activation Rate num: 929445
Peak UE: 47
MB_per_connected_UE: 12.25
PCT Time MIMO: 50.87
DL Volume: 5691
DL Data Vol MAC in MB: 4052.87

Time: 22:39:38
holiday: 0

DL MAC Vol Scell Pct: 41.87
SIP DC%: 
DLRLCLayerDataVolume MB: 5037.2
RRC Setup Attempts: 8804
weekend: 0
UPTP Mbps Num: 13563
hr: 8
MAC_UE_SC_Tput: 10396.81
Bearer Releases: 16772

hr: 8
UPTP Mbps Den: 2839
SIP_SC_Total_MOU: 121.72
Peak UE: 27
DL Volume: 244
DL Data Vol MAC in MB: 8732.11
CA Activation Rate den: 162496

Time: 15:13:05
holiday: 0

DL MAC Vol Scell Pct: 17.89
SIP DC%: 
UPTP_Mbps: 53.79
DLRLCLayerDataVolume MB: 1213.02
weekend: 0
hr: 3
MAC_UE_SC_Tput: 6677.29

hr: 3
CA Activation Rate num: 4446395
SIP_SC_Total_MOU: 14.28
Peak UE: 52
MB_per_connected_UE: 80.96

Time: 21:07:14
holiday: 0

Avg_Connected_UEs: 69.37
SIP DC%: 
UPTP_Mbps: 27.09
DLRLCLayerDataVolume MB: 8540.41
weekend: 0
UPTP Mbps Num: 3963
CA Activation Rate: 52.47
hr: 9
MAC_UE_SC_Tput: 16065.95
Bearer Releases: 9928

hr: 9
CA Activation Rate num: 10480131
Setup_Fail_DEN: 8707
Peak UE: 41
DL Data Vol MAC in MB: 5019.14

Time: 09:24:08
holiday: 0

SIP DC%: 
UPTP_Mbps: 104.89
DLRLCLayerDataVolume MB: 7947.89
weekend: 1
hr: 23
MAC_UE_SC_Tput: 15288.15
Bearer Releases: 16843

hr: 23
CA Activation Rate num: 10181904
SIP_SC_Total_MOU: 316.65
Peak UE: 83
VOLTE IA%: 
CA Activation Rate den: 50808

Time: 17:22:44
holiday: 0

Avg_Connected_UEs: 71.01
SIP DC%: 
DLRLCLayerDataVolume MB: 7594.31
DRB UL Data Volume MB: 6251
PRB Util%: 70.56
weekend: 0
UPTP Mbps Num: 25116
hr: 18
MAC_UE_SC_Tput: 15945.92

hr: 18
CA Activation Rate num: 7754322
SIP_SC_Total_MOU: 2.69
Peak UE: 27
MB_per_connected_UE: 133.89
PCT Time MIMO: 43.65
DL Data Vol MAC in MB: 4749.61

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4077.8
RRC Setup Attempts: 6051
CA DL DataVolRatio Pct den: 3982
weekend: 0
UPTP Mbps Num: 13961
CA Activation Rate: 44.01
hr: 3
MAC_UE_SC_Tput: 5687.94

hr: 3
CA Activation Rate num: 637675
UPTP Mbps Den: 3952
SIP_SC_Total_MOU: 128.94
Peak UE: 27
DL Volume: 7771
DL Data Vol MAC in MB: 8770.41

Time: 20:25:36
holiday: 0
CA DL DataVolRatio Pct num: 4614

Avg_Connected_UEs: 57.77
SIP DC%: 
DLRLCLayerDataVolume MB: 447.89
weekend: 0
CA Activation Rate: 50.7
hr: 1
MAC_UE_SC_Tput: 14433.7

hr: 1
CA Activation Rate num: 2162208
Setup_Fail_DEN: 11430
SIP_SC_Total_MOU: 52.69
MB_per_connected_UE: 132.33
DL Volume: 4455
DL Data Vol MAC in MB: 10098.8

Combined RACH Preambles: 3255
Time: 05:36:01
holiday: 0

SIP DC%: 
RRC Setup Attempts: 8489
weekend: 0
UPTP Mbps Num: 43649
hr: 14
MAC_UE_SC_Tput: 12849.29

hr: 14
SIP_SC_Total_MOU: 271.41
Peak UE: 84
PCT Time MIMO: 57.23
DL Volume: 6392
CA Activation Rate den: 38587
Time: 23:35:31

holiday: 0
CA DL DataVolRatio Pct: 51.21
CA DL DataVolRatio Pct num: 1254

SIP DC%: 
UPTP_Mbps: 129.74
CA DL DataVolRatio Pct den: 9627
weekend: 0
hr: 8

hr: 8
CA Activation Rate num: 4068268
SIP_SC_Total_MOU: 12.43
Peak UE: 27
MB_per_connected_UE: 47.18
DL Volume: 5366
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4933
DL Data Vol MAC in MB: 4656
CA Activation Rate den: 44119

Time: 03:46:33
holiday: 0
CA DL DataVolRatio Pct: 80.1

SIP DC%: 
DRB UL Data Volume MB: 4342
weekend: 0
hr: 20
MAC_UE_SC_Tput: 6638.11

hr: 20
SIP_SC_Total_MOU: 202.36
Peak UE: 27
MB_per_connected_UE: 105.88

Time: 10:57:03
holiday: 0

DL MAC Vol Scell Pct: 24.51
SIP DC%: 
CA Conf FailRate Pct den: 4898
weekend: 0
CA Activation Rate: 62.74
hr: 23
MAC_UE_SC_Tput: 5591.38
Bearer Releases: 18056

hr: 23
CA Activation Rate num: 9970262
UPTP Mbps Den: 2113
Setup_Fail_DEN: 7936
SIP_SC_Total_MOU: 207.41
Peak UE: 27
PCT Time MIMO: 53.8
DL Volume: 7046
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8342
CA Activation Rate den: 48544

Time: 06:50:59
holiday: 0

Avg_Connected_UEs: 49.04
SIP DC%: 
DLRLCLayerDataVolume MB: 5737.83
RRC Setup Attempts: 6368
CA DL DataVolRatio Pct den: 5646
CA Conf FailRate Pct den: 4983
weekend: 0
UPTP Mbps Num: 8575
hr: 23
MAC_UE_SC_Tput: 12232.41
Bearer Releases: 13955

hr: 23
CA Activation Rate num: 3984059
Setup_Fail_DEN: 11902
SIP_SC_Total_MOU: 146.58
Peak UE: 81
MB_per_connected_UE: 106.94
CA Activation Rate den: 96560

Time: 02:52:59
holiday: 0
CA DL DataVolRatio Pct: 59.21
HO Attempts: 838

DL MAC Vol Scell Pct: 11.13
SIP DC%: 
UPTP_Mbps: 122.25
DLRLCLayerDataVolume MB: 2273.89
DRB UL Data Volume MB: 5043
CA DL DataVolRatio Pct den: 3786
weekend: 0
UPTP Mbps Num: 9224
CA Activation Rate: 33.92
hr: 4
MAC_UE_SC_Tput: 14295.38

hr: 4
CA Activation Rate num: 1396917
Setup_Fail_DEN: 15355
SIP_SC_Total_MOU: 73.02
Peak UE: 27
VOLTE IA%: 
DL Data Vol MAC in MB: 2625.35

Time: 10:57:36
holiday: 0

DL MAC Vol Scell Pct: 29.69
Avg_Connected_UEs: 61.91
SIP DC%: 
UPTP_Mbps: 25.41
DRB UL Data Volume MB: 8190
CA DL DataVolRatio Pct den: 7808
CA Conf FailRate Pct den: 6487
weekend: 0
hr: 14
MAC_UE_SC_Tput: 9803.72
Bearer Releases: 6909

hr: 14
CA Activation Rate num: 5738798
SIP_SC_Total_MOU: 62.29
Peak UE: 42

Time: 07:33:40
holiday: 0
CA DL DataVolRatio Pct num: 7322

SIP DC%: 
UPTP_Mbps: 33.68
DLRLCLayerDataVolume MB: 2342.8
CA Conf FailRate Pct den: 7098
weekend: 0
UPTP Mbps Num: 11414
CA Activation Rate: 31.39
hr: 18
MAC_UE_SC_Tput: 5698.86
Bearer Releases: 11442

hr: 18
CA Activation Rate num: 5678029
Peak UE: 42
MB_per_connected_UE: 42.38
DL Data Vol MAC in MB: 5638.83

Time: 18:26:42
holiday: 0
CA DL DataVolRatio Pct: 74.97

SIP DC%: 
DLRLCLayerDataVolume MB: 7187.63
weekend: 0
hr: 15
MAC_UE_SC_Tput: 26496.3

hr: 15
CA Activation Rate num: 9162333
Setup_Fail_DEN: 18660
Peak UE: 36
MB_per_connected_UE: 67.24
DL Volume: 4097
DL Data Vol MAC in MB: 7365.73
CA Activation Rate den: 66018
Combined RACH Preambles: 3049

Time: 10:02:18
holiday: 0

DL MAC Vol Scell Pct: 25.03
Avg_Connected_UEs: 79.85
SIP DC%: 
DLRLCLayerDataVolume MB: 7154.16
DRB UL Data Volume MB: 3385
PRB Util%: 13
CA Conf FailRate Pct den: 7158
weekend: 1
UPTP Mbps Num: 21186
hr: 23
MAC_UE_SC_Tput: 8248.81

hr: 23
CA Activation Rate num: 11754879
SIP_SC_Total_MOU: 70.92
Peak UE: 27
PCT Time MIMO: 36.9
DL Data Vol MAC in MB: 3574.69

Time: 06:57:54
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 1065
RRC Setup Attempts: 7592
CA DL DataVolRatio Pct den: 8219
weekend: 0
hr: 23
MAC_UE_SC_Tput: 17184.57

hr: 23
CA Activation Rate num: 671418
Setup_Fail_DEN: 9532
SIP_SC_Total_MOU: 195.27
Peak UE: 36
MB_per_connected_UE: 86.35
PCT Time MIMO: 52.89
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4373
DL Data Vol MAC in MB: 5438.93

Time: 01:41:40
holiday: 0

SIP DC%: 
UPTP_Mbps: 10.84
DRB UL Data Volume MB: 1851
weekend: 0
UPTP Mbps Num: 10046
CA Activation Rate: 62.13
hr: 7
MAC_UE_SC_Tput: 5841.68

hr: 7
Setup_Fail_DEN: 11411
Peak UE: 27
MB_per_connected_UE: 20.46
DL Volume: 1777
DL Data Vol MAC in MB: 1008.85
CA Activation Rate den: 132544

Time: 23:34:41
holiday: 0

SIP DC%: 
CA DL DataVolRatio Pct den: 4694
CA Conf FailRate Pct den: 9288
weekend: 0
CA Activation Rate: 27.21
hr: 5
MAC_UE_SC_Tput: 15211.12
Bearer Releases: 17083

hr: 5
CA Activation Rate num: 5441639
SIP_SC_Total_MOU: 171.19
Peak UE: 54
DL Data Vol MAC in MB: 2823

Time: 03:45:49
holiday: 0

Avg_Connected_UEs: 26.9
SIP DC%: 
DLRLCLayerDataVolume MB: 7715.37
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6455.78
Bearer Releases: 7852

hr: 23
CA Activation Rate num: 10173094
Setup_Fail_DEN: 19616
SIP_SC_Total_MOU: 328.05
Peak UE: 27
MB_per_connected_UE: 74.31
PCT Time MIMO: 54.72
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4979
DL Data Vol MAC in MB: 7205.44
CA Activation Rate den: 148228

Time: 10:07:04
holiday: 0
CA DL DataVolRatio Pct num: 231

SIP DC%: 
DLRLCLayerDataVolume MB: 3258.6
DRB UL Data Volume MB: 4191
CA DL DataVolRatio Pct den: 8008
weekend: 1
hr: 7
MAC_UE_SC_Tput: 10815.69

hr: 7
CA Activation Rate num: 2905922
Setup_Fail_DEN: 12722
Peak UE: 74
VOLTE IA%: 
MB_per_connected_UE: 164.28
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6103
CA Activation Rate den: 80215
Time: 20:48:27

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2765.89
RRC Setup Attempts: 3648
weekend: 0
CA Activation Rate: 38.05
hr: 23
MAC_UE_SC_Tput: 9654.5
Bearer Releases: 15370

hr: 23
CA Activation Rate num: 5829007
UPTP Mbps Den: 5054
SIP_SC_Total_MOU: 40.18
UL MAC Vol Scell Pct: 1.37
Peak UE: 72
DL Data Vol MAC in MB: 8244.92

Time: 02:40:29
holiday: 0
CA DL DataVolRatio Pct num: 1902

SIP DC%: 
DLRLCLayerDataVolume MB: 305.39
CA DL DataVolRatio Pct den: 7571
CA Conf FailRate Pct den: 2899
weekend: 0
UPTP Mbps Num: 25952
hr: 0
MAC_UE_SC_Tput: 13581.46
Bearer Releases: 13470

hr: 0
CA Activation Rate num: 5562565
Setup_Fail_DEN: 8537
SIP_SC_Total_MOU: 103.97
Peak UE: 72
MB_per_connected_UE: 10.47
DL Data Vol MAC in MB: 8371.18

Time: 20:13:52
holiday: 0
CA DL DataVolRatio Pct: 82.32

SIP DC%: 
DLRLCLayerDataVolume MB: 5671.42
weekend: 0
hr: 3
MAC_UE_SC_Tput: 5570.52

hr: 3
CA Activation Rate num: 12512597
Setup_Fail_DEN: 17065
Peak UE: 56
MB_per_connected_UE: 78.98
PCT Time MIMO: 41.75
DL Volume: 750
DL Data Vol MAC in MB: 559.24
CA Activation Rate den: 66179

Time: 17:22:09
holiday: 0
CA DL DataVolRatio Pct: 52.55
CA DL DataVolRatio Pct num: 3210

Avg_Connected_UEs: 44.63
SIP DC%: 
DLRLCLayerDataVolume MB: 4736.02
weekend: 0
UPTP Mbps Num: 3686
hr: 23
MAC_UE_SC_Tput: 11210.54
Bearer Releases: 12932

hr: 23
CA Activation Rate num: 5209003
UPTP Mbps Den: 2077
SIP_SC_Total_MOU: 388.22
Peak UE: 84
MB_per_connected_UE: 54.99
DL Data Vol MAC in MB: 5408.72
CA Activation Rate den: 163198

Time: 04:33:02
holiday: 0
CA DL DataVolRatio Pct num: 2773

SIP DC%: 
DLRLCLayerDataVolume MB: 4077.4
PRB Util%: 10.32
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5282.74

hr: 23
CA Activation Rate num: 2221686
Peak UE: 27
MB_per_connected_UE: 206.37
PCT Time MIMO: 65.01
DL Data Vol MAC in MB: 2598.54

holiday: 0
CA DL DataVolRatio Pct: 58.2

SIP DC%: 
weekend: 0
CA Activation Rate: 23.05
hr: 7
MAC_UE_SC_Tput: 4262.42
Bearer Releases: 6375

hr: 7
CA Activation Rate num: 13191523
SIP_SC_Total_MOU: 27
Peak UE: 36
MB_per_connected_UE: 143.96
DL Volume: 6251
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7788
CA Activation Rate den: 92807

Time: 02:57:19
holiday: 0
CA DL DataVolRatio Pct num: 6279

SIP DC%: 
DLRLCLayerDataVolume MB: 3607.4
RRC Setup Attempts: 4041
weekend: 0
hr: 19
MAC_UE_SC_Tput: 9557.77

hr: 19
CA Activation Rate num: 10200008
Setup_Fail_DEN: 18289
Peak UE: 61
MB_per_connected_UE: 92.1
PCT Time MIMO: 67.87

Time: 17:28:04
holiday: 0

Avg_Connected_UEs: 64.95
SIP DC%: 
DLRLCLayerDataVolume MB: 7725.48
weekend: 0
UPTP Mbps Num: 59535
CA Activation Rate: 77.31
hr: 16
MAC_UE_SC_Tput: 8295.55

hr: 16
CA Activation Rate num: 3414791
Peak UE: 36
MB_per_connected_UE: 101.28
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5489
CA Activation Rate den: 60087

Time: 10:48:06
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6557.78
DRB UL Data Volume MB: 1042
RRC Setup Attempts: 3342
weekend: 0
CA Activation Rate: 71.59
hr: 13

hr: 13
CA Activation Rate num: 242480
Setup_Fail_DEN: 15944
Peak UE: 36
PCT Time MIMO: 43.51
DL Volume: 8367
DL Data Vol MAC in MB: 8693.7
CA Activation Rate den: 113394

Time: 17:32:36
holiday: 0
CA DL DataVolRatio Pct: 81.9

Avg_Connected_UEs: 66.6
SIP DC%: 
UPTP_Mbps: 9.69
DLRLCLayerDataVolume MB: 4681.76
RRC Setup Attempts: 5578
weekend: 0
hr: 7
MAC_UE_SC_Tput: 11066.53

hr: 7
Setup_Fail_DEN: 12403
SIP_SC_Total_MOU: 10.35
Peak UE: 83
MB_per_connected_UE: 59.69
DL Data Vol MAC in MB: 6169.08
CA Activation Rate den: 143912

Time: 05:08:48
holiday: 0

DL MAC Vol Scell Pct: 32.55
SIP DC%: 
UPTP_Mbps: 38.9
DLRLCLayerDataVolume MB: 6149.8
DRB UL Data Volume MB: 3674
weekend: 0
hr: 11
MAC_UE_SC_Tput: 5827.99

hr: 11
CA Activation Rate num: 1240583
Peak UE: 27
PCT Time MIMO: 41.25
DL Volume: 6344
DL Data Vol MAC in MB: 1687.95
CA Activation Rate den: 78747

Time: 21:50:17
holiday: 0

Avg_Connected_UEs: 39.19
SIP DC%: 
DLRLCLayerDataVolume MB: 7299.26
DRB UL Data Volume MB: 6178
DL Packet Loss Pct: 1.57
weekend: 0
hr: 14
MAC_UE_SC_Tput: 10125.66

hr: 14
CA Activation Rate num: 6508990
Peak UE: 79
MB_per_connected_UE: 25.53
DL Data Vol MAC in MB: 2206.87
CA Activation Rate den: 221526

Time: 09:18:24
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3534.86
PRB Util%: 47.91
CA Conf FailRate Pct den: 9278
weekend: 0
UPTP Mbps Num: 2822
hr: 8
MAC_UE_SC_Tput: 7791.51
Bearer Releases: 9810

hr: 8
CA Activation Rate num: 3070835
UPTP Mbps Den: 456
SIP_SC_Total_MOU: 106.83
Peak UE: 62
MB_per_connected_UE: 148.56
DL Volume: 1766
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9261
CA Activation Rate den: 196856

Time: 23:56:14
holiday: 0

Avg_Connected_UEs: 25.28
SIP DC%: 
DLRLCLayerDataVolume MB: 6437.39
CA DL DataVolRatio Pct den: 4007
CA Conf FailRate Pct den: 8511
weekend: 0
hr: 4
MAC_UE_SC_Tput: 7281.48

hr: 4
CA Activation Rate num: 3403799
SIP_SC_Total_MOU: 92.91
Peak UE: 55
MB_per_connected_UE: 38.03
PCT Time MIMO: 39.7
DL Volume: 355
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5149
DL Data Vol MAC in MB: 6831.08

Time: 12:13:08
holiday: 0
CA DL DataVolRatio Pct num: 589

Avg_Connected_UEs: 52.41
SIP DC%: 
UPTP_Mbps: 22.64
DLRLCLayerDataVolume MB: 7647.91
DRB UL Data Volume MB: 4107
weekend: 0
CA Activation Rate: 60.06
hr: 23
MAC_UE_SC_Tput: 8776.72
Bearer Releases: 7079

hr: 23
CA Activation Rate num: 7231121
Setup_Fail_DEN: 14092
SIP_SC_Total_MOU: 102.78
Peak UE: 66
DL Volume: 983

Time: 07:47:06
holiday: 0

DL MAC Vol Scell Pct: 13.72
SIP DC%: 
UPTP_Mbps: 19.49
DLRLCLayerDataVolume MB: 5447.83
CA DL DataVolRatio Pct den: 1400
CA Conf FailRate Pct den: 6066
weekend: 0
CA Activation Rate: 71.26
hr: 17
MAC_UE_SC_Tput: 8985.26

hr: 17
CA Activation Rate num: 9287264
Setup_Fail_DEN: 10214
Peak UE: 37
PCT Time MIMO: 59.3
DL Volume: 3340
DL Data Vol MAC in MB: 8933.51

Time: 09:47:29
holiday: 0
CA DL DataVolRatio Pct: 73.25

DL MAC Vol Scell Pct: 17.76
SIP DC%: 
UPTP_Mbps: 122.36
DLRLCLayerDataVolume MB: 2375.03
PRB Util%: 18.31
CA DL DataVolRatio Pct den: 6614
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4535.52

hr: 0
CA Activation Rate num: 459327
UPTP Mbps Den: 2419
Setup_Fail_DEN: 14158
Peak UE: 36
MB_per_connected_UE: 10.95
PCT Time MIMO: 43.92
DL Volume: 3162
DL Data Vol MAC in MB: 7305.97
CA Activation Rate den: 193306

Time: 01:46:29
holiday: 0
CA DL DataVolRatio Pct num: 2727

Avg_Connected_UEs: 81.28
SIP DC%: 
UPTP_Mbps: 130.95
DLRLCLayerDataVolume MB: 7862
PRB Util%: 35.17
RRC Setup Attempts: 6488
CA DL DataVolRatio Pct den: 8275
CA Conf FailRate Pct den: 3651
weekend: 0
UPTP Mbps Num: 22327
hr: 15
MAC_UE_SC_Tput: 4479.43
Bearer Releases: 13936

hr: 15
CA Activation Rate num: 8527851
Setup_Fail_DEN: 13104
SIP_SC_Total_MOU: 287.44
Peak UE: 28
DL Data Vol MAC in MB: 1403.48

Time: 03:04:16
holiday: 0
CA DL DataVolRatio Pct: 79.42
CA DL DataVolRatio Pct num: 870

SIP DC%: 
DLRLCLayerDataVolume MB: 2256.4
RRC Setup Attempts: 4426
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4230.8
Bearer Releases: 8782

hr: 23
CA Activation Rate num: 8952692
Setup_Fail_DEN: 10393
SIP_SC_Total_MOU: 47.35
Peak UE: 90
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4195
DL Data Vol MAC in MB: 2901.02
CA Activation Rate den: 109212

Time: 15:35:01
holiday: 0

DL MAC Vol Scell Pct: 48.8
SIP DC%: 
DLRLCLayerDataVolume MB: 1056.63
CA DL DataVolRatio Pct den: 9086
weekend: 0
CA Activation Rate: 74.18
hr: 23
MAC_UE_SC_Tput: 15252.97
Bearer Releases: 13354

hr: 23
CA Activation Rate num: 8673081
Peak UE: 27
DL Volume: 4918
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6246
CA Activation Rate den: 190044

Time: 21:00:57
holiday: 0
CA DL DataVolRatio Pct: 78.37

SIP DC%: 
UPTP_Mbps: 23.1
DLRLCLayerDataVolume MB: 8432.61
DRB UL Data Volume MB: 6058
CA Conf FailRate Pct den: 3381
weekend: 0
hr: 20
MAC_UE_SC_Tput: 5940.54

hr: 20
Peak UE: 37
MB_per_connected_UE: 157.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6020
CA Activation Rate den: 36809

Time: 19:09:46
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 582.5
PRB Util%: 17.09
RRC Setup Attempts: 4474
weekend: 0
CA Activation Rate: 6.18
hr: 14
MAC_UE_SC_Tput: 4448.33

hr: 14
CA Activation Rate num: 4741139
UPTP Mbps Den: 4035
SIP_SC_Total_MOU: 243.79
Peak UE: 65
MB_per_connected_UE: 97.43
DL Data Vol MAC in MB: 2845.46
CA Activation Rate den: 65724

Time: 23:16:51
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4881.17
CA DL DataVolRatio Pct den: 6439
CA Conf FailRate Pct den: 3955
weekend: 0
UPTP Mbps Num: 39405
hr: 4
MAC_UE_SC_Tput: 11549.75
Bearer Releases: 10090

hr: 4
Peak UE: 27
MB_per_connected_UE: 53.32
DL Volume: 2212
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6770
DL Data Vol MAC in MB: 4735.58

Time: 01:40:43
holiday: 0

DL MAC Vol Scell Pct: 50.63
SIP DC%: 
DRB UL Data Volume MB: 9751
CA DL DataVolRatio Pct den: 9003
weekend: 0
hr: 12
MAC_UE_SC_Tput: 9295.76

hr: 12
Setup_Fail_DEN: 12468
Peak UE: 27
MB_per_connected_UE: 66.81
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3945

Time: 23:30:19
holiday: 0
CA DL DataVolRatio Pct num: 5850

DL MAC Vol Scell Pct: 19.03
Avg_Connected_UEs: 28.34
SIP DC%: 
weekend: 0
UPTP Mbps Num: 28816
hr: 7
MAC_UE_SC_Tput: 12282.26
Bearer Releases: 8701

hr: 7
CA Activation Rate num: 9568163
Setup_Fail_DEN: 17708
SIP_SC_Total_MOU: 427.21
Peak UE: 27
MB_per_connected_UE: 89.95
CA Activation Rate den: 132735

holiday: 0

SIP DC%: 
UPTP_Mbps: 16.97
DLRLCLayerDataVolume MB: 960.65
CA DL DataVolRatio Pct den: 6387
weekend: 0
hr: 23
Bearer Releases: 14104

hr: 23
CA Activation Rate num: 11038478
Setup_Fail_DEN: 7475
SIP_SC_Total_MOU: 188.13
Peak UE: 27
DL Volume: 3253
CA Activation Rate den: 78773

Time: 10:56:31
holiday: 0
CA DL DataVolRatio Pct num: 5343

SIP DC%: 
CA Conf FailRate Pct den: 5075
weekend: 0
UPTP Mbps Num: 28841
hr: 4
MAC_UE_SC_Tput: 9215.99

hr: 4
CA Activation Rate num: 6082490
SIP_SC_Total_MOU: 64.07
UL MAC Vol Scell Pct: 6.9
Peak UE: 27
MB_per_connected_UE: 106.47
CA Activation Rate den: 94495

Time: 16:56:05
holiday: 0
CA DL DataVolRatio Pct num: 1558

DL MAC Vol Scell Pct: 39.8
SIP DC%: 
DLRLCLayerDataVolume MB: 2148.13
DRB UL Data Volume MB: 6018
RRC Setup Attempts: 9512
CA Conf FailRate Pct den: 2931
weekend: 1
UPTP Mbps Num: 45561
hr: 23
MAC_UE_SC_Tput: 17951.5
Bearer Releases: 10544

hr: 23
CA Activation Rate num: 2293328
Setup_Fail_DEN: 17937
Peak UE: 27
DL Volume: 2140
DL Data Vol MAC in MB: 4490.27
CA Activation Rate den: 149770

Time: 09:25:13
holiday: 0

SIP DC%: 
UPTP_Mbps: 35.21
DLRLCLayerDataVolume MB: 6337.44
DRB UL Data Volume MB: 4868
PRB Util%: 4.46
CA Conf FailRate Pct den: 8874
weekend: 0
UPTP Mbps Num: 10587
hr: 8
MAC_UE_SC_Tput: 22272.64
Bearer Releases: 14200

hr: 8
CA Activation Rate num: 4416324
UPTP Mbps Den: 343
Setup_Fail_DEN: 16966
SIP_SC_Total_MOU: 177.25
Peak UE: 27
PCT Time MIMO: 61.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8919
CA Activation Rate den: 69413

Combined RACH Preambles: 3300
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1171.29
DRB UL Data Volume MB: 6868
RRC Setup Attempts: 6607
CA DL DataVolRatio Pct den: 6594
weekend: 0
UPTP Mbps Num: 26938
CA Activation Rate: 45.87
hr: 23

hr: 23
CA Activation Rate num: 10369735
Peak UE: 27
MB_per_connected_UE: 23.83
DL Data Vol MAC in MB: 9656.17
CA Activation Rate den: 85079

Time: 05:19:11
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 7732
CA DL DataVolRatio Pct den: 7374
weekend: 0
UPTP Mbps Num: 36478
hr: 19
MAC_UE_SC_Tput: 12120.38
Bearer Releases: 7428

hr: 19
CA Activation Rate num: 876421
Setup_Fail_DEN: 13823
SIP_SC_Total_MOU: 2.62
Peak UE: 27
MB_per_connected_UE: 147.35
CA Activation Rate den: 112157

Time: 03:35:16
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9646.54
weekend: 0
hr: 10
MAC_UE_SC_Tput: 19479.7
Bearer Releases: 12774

hr: 10
CA Activation Rate num: 6418997
Peak UE: 27
CA Activation Rate den: 211252

Time: 04:57:38
holiday: 0
CA DL DataVolRatio Pct num: 3127

DL MAC Vol Scell Pct: 42.6
SIP DC%: 
DLRLCLayerDataVolume MB: 4377.83
CA DL DataVolRatio Pct den: 1923
weekend: 0
UPTP Mbps Num: 34333
hr: 17
MAC_UE_SC_Tput: 9819.78
Bearer Releases: 14492

hr: 17
CA Activation Rate num: 9575367
Peak UE: 27

Time: 06:17:37
holiday: 0
CA DL DataVolRatio Pct num: 3923

SIP DC%: 
DLRLCLayerDataVolume MB: 1630.44
DRB UL Data Volume MB: 2246
PRB Util%: 24.53
RRC Setup Attempts: 5549
CA DL DataVolRatio Pct den: 8787
weekend: 0
hr: 14
MAC_UE_SC_Tput: 17440.67

hr: 14
CA Activation Rate num: 7838310
Setup_Fail_DEN: 15435
SIP_SC_Total_MOU: 33.79
Peak UE: 32
MB_per_connected_UE: 25.41
CA Activation Rate den: 119509

Time: 06:08:59
holiday: 0

Avg_Connected_UEs: 42.91
SIP DC%: 
DLRLCLayerDataVolume MB: 560.96
DRB UL Data Volume MB: 4039
CA Conf FailRate Pct den: 3440
weekend: 1
CA Activation Rate: 64.14
hr: 4
MAC_UE_SC_Tput: 5357.2
Bearer Releases: 8835

hr: 4
CA Activation Rate num: 1434270
SIP_SC_Total_MOU: 140.63
Peak UE: 46
DL Volume: 260
DL Data Vol MAC in MB: 3443.01
CA Activation Rate den: 65087

Time: 13:22:54
holiday: 0
CA DL DataVolRatio Pct num: 1369

SIP DC%: 
DLRLCLayerDataVolume MB: 5034.72
DRB UL Data Volume MB: 1633
RRC Setup Attempts: 8431
weekend: 0
CA Activation Rate: 10.32
hr: 17
MAC_UE_SC_Tput: 5000.48
Bearer Releases: 7722

hr: 17
CA Activation Rate num: 13973613
Peak UE: 62
DL Volume: 8632

Combined RACH Preambles: 2321
Time: 13:20:24
holiday: 0

SIP DC%: 
UPTP_Mbps: 40.08
weekend: 0
UPTP Mbps Num: 1281
hr: 23
MAC_UE_SC_Tput: 5183.96

hr: 23
Setup_Fail_DEN: 17821
SIP_SC_Total_MOU: 173.18
UL MAC Vol Scell Pct: 3.02
Peak UE: 40
CA Activation Rate den: 148261

Time: 15:49:55
holiday: 0
CA DL DataVolRatio Pct: 59.83

SIP DC%: 
UPTP_Mbps: 27.99
DLRLCLayerDataVolume MB: 523.55
RRC Setup Attempts: 7078
CA DL DataVolRatio Pct den: 7397
weekend: 0
hr: 12
MAC_UE_SC_Tput: 6726.08

hr: 12
CA Activation Rate num: 4907972
UPTP Mbps Den: 4953
SIP_SC_Total_MOU: 174.03
Peak UE: 27
MB_per_connected_UE: 146.38
DL Volume: 6255
DL Data Vol MAC in MB: 6132.95

Time: 07:42:56
holiday: 0

Avg_Connected_UEs: 24.33
SIP DC%: 
DRB UL Data Volume MB: 3175
PRB Util%: 49.76
CA DL DataVolRatio Pct den: 5958
weekend: 0
hr: 3
MAC_UE_SC_Tput: 7786.51

hr: 3
CA Activation Rate num: 9770202
Peak UE: 40
PCT Time MIMO: 37.23
DL Volume: 9045
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5301
DL Data Vol MAC in MB: 445.43
CA Activation Rate den: 125627

Time: 05:32:58
holiday: 0

Avg_Connected_UEs: 24.5
SIP DC%: 
UPTP_Mbps: 36.69
DLRLCLayerDataVolume MB: 2373.4
weekend: 0
CA Activation Rate: 35.44
hr: 6

hr: 6
CA Activation Rate num: 8826863
SIP_SC_Total_MOU: 82.43
Peak UE: 76
PCT Time MIMO: 50.77
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4748

Time: 19:06:07
holiday: 0

DL MAC Vol Scell Pct: 43.29
SIP DC%: 
UPTP_Mbps: 33.09
PRB Util%: 53.24
RRC Setup Attempts: 9471
CA Conf FailRate Pct den: 4815
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6635.67

hr: 23
CA Activation Rate num: 4786064
Setup_Fail_DEN: 15713
SIP_SC_Total_MOU: 219.77
Peak UE: 27
DL Data Vol MAC in MB: 4322.1

Time: 13:03:49
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6539.25
weekend: 0
CA Activation Rate: 8.16
hr: 3
MAC_UE_SC_Tput: 14185.45

hr: 3
CA Activation Rate num: 10441058
SIP_SC_Total_MOU: 168.21
Peak UE: 33
MB_per_connected_UE: 33.39
DL Volume: 6553
DL Data Vol MAC in MB: 5273.09
CA Activation Rate den: 224027

Time: 06:37:30
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6182.14
DRB UL Data Volume MB: 8063
PRB Util%: 20.97
CA Conf FailRate Pct den: 4535
weekend: 0
CA Activation Rate: 63.19
hr: 6
MAC_UE_SC_Tput: 18137.49

hr: 6
CA Activation Rate num: 8842071
SIP_SC_Total_MOU: 86.42
Peak UE: 63
MB_per_connected_UE: 119.39
DL Data Vol MAC in MB: 9125.17
CA Activation Rate den: 51406

Time: 02:35:35
holiday: 0

SIP DC%: 
UPTP_Mbps: 22.22
DLRLCLayerDataVolume MB: 9783.12
RRC Setup Attempts: 4629
CA Conf FailRate Pct den: 6693
weekend: 0
hr: 22
MAC_UE_SC_Tput: 5164.95
Bearer Releases: 14937

hr: 22
CA Activation Rate num: 3301102
SIP_SC_Total_MOU: 270.39
Peak UE: 32
PCT Time MIMO: 35.53

Time: 07:12:32
holiday: 0

Avg_Connected_UEs: 16.37
SIP DC%: 
UPTP_Mbps: 117.82
DRB UL Data Volume MB: 2392
CA DL DataVolRatio Pct den: 8942
CA Conf FailRate Pct den: 7193
weekend: 0
UPTP Mbps Num: 20452
CA Activation Rate: 63.57
hr: 6
MAC_UE_SC_Tput: 6342.29

hr: 6
CA Activation Rate num: 10207276
Setup_Fail_DEN: 6908
Peak UE: 62
MB_per_connected_UE: 169.88
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5747
DL Data Vol MAC in MB: 1592.46
CA Activation Rate den: 80633

Time: 19:21:52
holiday: 0
CA DL DataVolRatio Pct: 52.01

SIP DC%: 
DLRLCLayerDataVolume MB: 4183.15
DRB UL Data Volume MB: 6086
PRB Util%: 47.2
CA DL DataVolRatio Pct den: 5702
weekend: 1
hr: 4
MAC_UE_SC_Tput: 9685.58
Bearer Releases: 14987

hr: 4
SIP_SC_Total_MOU: 51.91
Peak UE: 74
DL Volume: 6873
DL Data Vol MAC in MB: 5697.94
CA Activation Rate den: 201260

Time: 02:56:56
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3198.23
weekend: 0
CA Activation Rate: 14.38
hr: 10
MAC_UE_SC_Tput: 6205.21

hr: 10
SIP_SC_Total_MOU: 83.86
Peak UE: 74
MB_per_connected_UE: 85.51
DL Volume: 5247
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5039
DL Data Vol MAC in MB: 2082.58

Time: 17:58:06
holiday: 0
CA DL DataVolRatio Pct: 69.12

SIP DC%: 
DLRLCLayerDataVolume MB: 137.65
weekend: 0
CA Activation Rate: 58.35
hr: 4
MAC_UE_SC_Tput: 7881.64
Bearer Releases: 11811

hr: 4
CA Activation Rate num: 8617037
Peak UE: 33
MB_per_connected_UE: 18.34
DL Volume: 7110
DL Data Vol MAC in MB: 6727.82
CA Activation Rate den: 150500

Time: 23:08:20
holiday: 0
RRC Setup Failure% 5G: 0.31

Avg_Connected_UEs: 38.47
SIP DC%: 
DLRLCLayerDataVolume MB: 8462.66
DRB UL Data Volume MB: 6498
CA DL DataVolRatio Pct den: 7738
weekend: 0
hr: 7
MAC_UE_SC_Tput: 6244.94

hr: 7
CA Activation Rate num: 12333458
Setup_Fail_DEN: 15544
Peak UE: 27
CA Activation Rate den: 40597

Time: 07:02:10
holiday: 0
CA DL DataVolRatio Pct: 66.72

SIP DC%: 
DRB UL Data Volume MB: 3997
CA Conf FailRate Pct den: 7738
weekend: 0
UPTP Mbps Num: 19242
CA Activation Rate: 70.73
hr: 18
MAC_UE_SC_Tput: 13665.44

hr: 18
CA Activation Rate num: 9283941
Setup_Fail_DEN: 9497
SIP_SC_Total_MOU: 80.92
Peak UE: 67
MB_per_connected_UE: 46.5
CA Activation Rate den: 94576

Time: 01:08:32
holiday: 0
CA DL DataVolRatio Pct num: 2771

Avg_Connected_UEs: 44.16
SIP DC%: 
DLRLCLayerDataVolume MB: 5764.09
DRB UL Data Volume MB: 7414
CA DL DataVolRatio Pct den: 2389
CA Conf FailRate Pct den: 6390
weekend: 0
hr: 21
MAC_UE_SC_Tput: 9576
Bearer Releases: 11283

hr: 21
CA Activation Rate num: 4000052
Setup_Fail_DEN: 16051
SIP_SC_Total_MOU: 88.82
MB_per_connected_UE: 95.8
DL Data Vol MAC in MB: 7382.68
CA Activation Rate den: 167001

Time: 23:08:21
holiday: 0
CA DL DataVolRatio Pct num: 754

SIP DC%: 
UPTP_Mbps: 41.93
DRB UL Data Volume MB: 2669
CA DL DataVolRatio Pct den: 5230
CA Conf FailRate Pct den: 9330
weekend: 0
hr: 6

hr: 6
Setup_Fail_DEN: 8500
SIP_SC_Total_MOU: 140.75
Peak UE: 31
CA Activation Rate den: 49594

Time: 20:38:17
holiday: 0
CA DL DataVolRatio Pct: 78.59

SIP DC%: 
UPTP_Mbps: 9.14
DLRLCLayerDataVolume MB: 6834.33
CA Conf FailRate Pct den: 6045
weekend: 0
CA Activation Rate: 43.11
hr: 7
MAC_UE_SC_Tput: 12074.81
Bearer Releases: 17903

hr: 7
CA Activation Rate num: 4297116
Peak UE: 27
MB_per_connected_UE: 109.37
DL Volume: 8290
DL Data Vol MAC in MB: 9182.82
CA Activation Rate den: 110812

Time: 02:03:54
holiday: 0
CA DL DataVolRatio Pct: 54.57

SIP DC%: 
DLRLCLayerDataVolume MB: 636.83
DRB UL Data Volume MB: 6319
PRB Util%: 21.36
CA DL DataVolRatio Pct den: 3829
CA Conf FailRate Pct den: 5076
weekend: 0
CA Activation Rate: 14.97
hr: 4
MAC_UE_SC_Tput: 10598.09

hr: 4
CA Activation Rate num: 10618478
UPTP Mbps Den: 2685
SIP_SC_Total_MOU: 434.8
Peak UE: 73
MB_per_connected_UE: 141.75
UL Throughput: 6.24
DL Data Vol MAC in MB: 9034.37
CA Activation Rate den: 142734

Time: 12:00:51
holiday: 0
CA DL DataVolRatio Pct num: 7227

SIP DC%: 
DLRLCLayerDataVolume MB: 5220.52
DRB UL Data Volume MB: 9302
CA DL DataVolRatio Pct den: 5061
weekend: 0
UPTP Mbps Num: 11492
hr: 23
MAC_UE_SC_Tput: 6696.87
Bearer Releases: 14951

hr: 23
CA Activation Rate num: 10907160
Setup_Fail_DEN: 12205
SIP_SC_Total_MOU: 200.82
MB_per_connected_UE: 142.25
DL Data Vol MAC in MB: 1386.34
CA Activation Rate den: 54696

Time: 06:58:55
holiday: 0

Avg_Connected_UEs: 52.68
SIP DC%: 
DLRLCLayerDataVolume MB: 329.39
CA DL DataVolRatio Pct den: 9110
weekend: 0
UPTP Mbps Num: 44030
hr: 22
MAC_UE_SC_Tput: 9227.42

hr: 22
CA Activation Rate num: 8795369
UPTP Mbps Den: 4356
Peak UE: 51
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9230
DL Data Vol MAC in MB: 674.09
CA Activation Rate den: 73870

Time: 16:45:39
holiday: 0
CA DL DataVolRatio Pct: 84.91
CA DL DataVolRatio Pct num: 3537

DL MAC Vol Scell Pct: 54.02
SIP DC%: 
DLRLCLayerDataVolume MB: 1214.68
DRB UL Data Volume MB: 1178
CA Conf FailRate Pct den: 9221
weekend: 0
UPTP Mbps Num: 11867
hr: 13
MAC_UE_SC_Tput: 4933.22

hr: 13
CA Activation Rate num: 12662704
Setup_Fail_DEN: 7375
SIP_SC_Total_MOU: 38.65
Peak UE: 27
MB_per_connected_UE: 26.34
CA Activation Rate den: 82429

Time: 08:39:51
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5674.86
DRB UL Data Volume MB: 5255
CA Conf FailRate Pct den: 8107
weekend: 0
CA Activation Rate: 59.84
hr: 18
MAC_UE_SC_Tput: 5146.93
Bearer Releases: 11694

hr: 18
CA Activation Rate num: 2020301
DL Volume: 635
DL Data Vol MAC in MB: 4310.89
CA Activation Rate den: 91388

Combined RACH Preambles: 3390
Time: 09:13:45
holiday: 0

Avg_Connected_UEs: 51.63
SIP DC%: 
UPTP_Mbps: 10.23
DRB UL Data Volume MB: 8534
DL Packet Loss Pct: 1.42
CA DL DataVolRatio Pct den: 1419
weekend: 0
hr: 3
MAC_UE_SC_Tput: 12210.5
Bearer Releases: 9646

hr: 3
CA Activation Rate num: 9978430
Setup_Fail_DEN: 14216
Peak UE: 52
VOLTE IA%: 
MB_per_connected_UE: 87.53

Time: 02:27:06
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 8002
PRB Util%: 30.81
RRC Setup Attempts: 5054
CA DL DataVolRatio Pct den: 9104
weekend: 0
UPTP Mbps Num: 998
hr: 0
Bearer Releases: 11724

hr: 0
CA Activation Rate num: 7393821
Peak UE: 29
DL Data Vol MAC in MB: 1075

Time: 19:36:04
holiday: 0
CA DL DataVolRatio Pct: 90.66
CA DL DataVolRatio Pct num: 3058

DL MAC Vol Scell Pct: 26.72
SIP DC%: 
DLRLCLayerDataVolume MB: 7713.49
weekend: 0
hr: 12
MAC_UE_SC_Tput: 8425.95

hr: 12
UPTP Mbps Den: 919
Peak UE: 36
MB_per_connected_UE: 15.8
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7992
DL Data Vol MAC in MB: 1576.4

Time: 03:47:08
holiday: 0

Avg_Connected_UEs: 60.22
SIP DC%: 
DLRLCLayerDataVolume MB: 1427.84
DRB UL Data Volume MB: 3775
CA DL DataVolRatio Pct den: 7739
CA Conf FailRate Pct den: 7245
weekend: 0
UPTP Mbps Num: 45895
hr: 5
MAC_UE_SC_Tput: 8756.09

hr: 5
CA Activation Rate num: 7684396
SIP_SC_Total_MOU: 75.97
Peak UE: 27
DL Data Vol MAC in MB: 2727.11

Combined RACH Preambles: 4123
Time: 20:07:46
holiday: 0

SIP DC%: 
UPTP_Mbps: 35.64
DLRLCLayerDataVolume MB: 5245.92
PRB Util%: 45.49
weekend: 0
hr: 23
MAC_UE_SC_Tput: 24877.15

hr: 23
CA Activation Rate num: 9623362
Setup_Fail_DEN: 19464
SIP_SC_Total_MOU: 11.65
Peak UE: 32
MB_per_connected_UE: 142.83

Time: 20:32:20
holiday: 0
CA DL DataVolRatio Pct: 74.16

SIP DC%: 
DLRLCLayerDataVolume MB: 3872.04
weekend: 0
hr: 23
MAC_UE_SC_Tput: 9008.86
Bearer Releases: 6381

hr: 23
CA Activation Rate num: 4898019
Peak UE: 27
MB_per_connected_UE: 102.51
PCT Time MIMO: 52.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3060
DL Data Vol MAC in MB: 1579.35

Time: 20:11:54
holiday: 0

SIP DC%: 
UPTP_Mbps: 11.42
DLRLCLayerDataVolume MB: 6299.32
CA DL DataVolRatio Pct den: 6533
weekend: 0
CA Activation Rate: 55.95
hr: 3
MAC_UE_SC_Tput: 7047.63
Bearer Releases: 6206

hr: 3
CA Activation Rate num: 6928068
Setup_Fail_DEN: 6783
Peak UE: 27
CA Activation Rate den: 62818

Time: 07:42:38
holiday: 0
CA DL DataVolRatio Pct: 54.19

Avg_Connected_UEs: 52.93
SIP DC%: 
UPTP_Mbps: 80.66
DLRLCLayerDataVolume MB: 3162.55
PRB Util%: 30.29
CA DL DataVolRatio Pct den: 3395
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11106.7
Bearer Releases: 9734

hr: 23
CA Activation Rate num: 4660217
Setup_Fail_DEN: 14992
SIP_SC_Total_MOU: 132.04
Peak UE: 46
DL Volume: 220
DL Data Vol MAC in MB: 1299.55

Time: 05:12:36
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 826.63
weekend: 0
UPTP Mbps Num: 38593
CA Activation Rate: 47.03
hr: 5
MAC_UE_SC_Tput: 7765.99
Bearer Releases: 14034

hr: 5
CA Activation Rate num: 12515004
UPTP Mbps Den: 5446
Setup_Fail_DEN: 8809
Peak UE: 27
MB_per_connected_UE: 93.58
DL Data Vol MAC in MB: 9183.39

Time: 04:12:17
holiday: 0

Avg_Connected_UEs: 34.54
SIP DC%: 
DRB UL Data Volume MB: 9428
PRB Util%: 23.54
weekend: 0
hr: 11
MAC_UE_SC_Tput: 14013.28

hr: 11
UPTP Mbps Den: 4714
Peak UE: 27
MB_per_connected_UE: 116.88
DL Volume: 6286
CA Activation Rate den: 42101

Combined RACH Preambles: 2040
Time: 19:46:29
holiday: 0
CA DL DataVolRatio Pct: 46.17

SIP DC%: 
DRB UL Data Volume MB: 3273
RRC Setup Attempts: 4058
CA DL DataVolRatio Pct den: 8053
weekend: 0
CA Activation Rate: 23.66
hr: 23
MAC_UE_SC_Tput: 14562.42

hr: 23
CA Activation Rate num: 4914336
SIP_SC_Total_MOU: 124.09
Peak UE: 27
MB_per_connected_UE: 98.14
DL Volume: 4127
CA Activation Rate den: 113133

Time: 20:44:07
holiday: 0

DL MAC Vol Scell Pct: 49.18
SIP DC%: 
DLRLCLayerDataVolume MB: 1670.69
PRB Util%: 52.98
CA DL DataVolRatio Pct den: 1436
weekend: 0
UPTP Mbps Num: 14762
hr: 0
MAC_UE_SC_Tput: 13828.36

hr: 0
CA Activation Rate num: 4302800
Setup_Fail_DEN: 18053
SIP_SC_Total_MOU: 233.84
Peak UE: 27
DL Volume: 7905
DL Data Vol MAC in MB: 6339.93
CA Activation Rate den: 58669

Time: 20:08:05
holiday: 0

SIP DC%: 
PRB Util%: 20.03
CA Conf FailRate Pct den: 9189
weekend: 0
CA Activation Rate: 8.1
hr: 20
MAC_UE_SC_Tput: 18656.01
Bearer Releases: 14573

hr: 20
CA Activation Rate num: 6918636
Peak UE: 32
MB_per_connected_UE: 200.68

Time: 15:32:43
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1404.98
weekend: 0
UPTP Mbps Num: 60739
hr: 17
MAC_UE_SC_Tput: 12961.13
Bearer Releases: 15892

hr: 17
CA Activation Rate num: 6535587
UPTP Mbps Den: 2450
SIP_SC_Total_MOU: 49.29
Peak UE: 41
MB_per_connected_UE: 52.84
DL Volume: 7909
DL Data Vol MAC in MB: 2623.12
CA Activation Rate den: 149661

Time: 12:14:58
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3591.61
PRB Util%: 22.02
CA DL DataVolRatio Pct den: 1612
CA Conf FailRate Pct den: 4050
weekend: 0
UPTP Mbps Num: 15877
hr: 0
MAC_UE_SC_Tput: 10805.15
Bearer Releases: 13371

hr: 0
Peak UE: 43
MB_per_connected_UE: 185.27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6096
CA Activation Rate den: 179731

Time: 00:04:32
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8635.72
CA DL DataVolRatio Pct den: 8188
weekend: 0
UPTP Mbps Num: 6835
hr: 21
MAC_UE_SC_Tput: 19920.49

hr: 21
CA Activation Rate num: 10748996
Peak UE: 68
DL Volume: 3585
DL Data Vol MAC in MB: 10111.98

Time: 17:20:49
holiday: 0

Avg_Connected_UEs: 81.85
SIP DC%: 
PRB Util%: 29.44
CA Conf FailRate Pct den: 6136
weekend: 1
CA Activation Rate: 18.9
hr: 23
MAC_UE_SC_Tput: 11254.4

hr: 23
Peak UE: 27
MB_per_connected_UE: 148.37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8779
DL Data Vol MAC in MB: 8096.07
CA Activation Rate den: 113257

Time: 20:59:26
holiday: 0
CA DL DataVolRatio Pct num: 4276

SIP DC%: 
DLRLCLayerDataVolume MB: 7127.09
PRB Util%: 28.61
weekend: 0
UPTP Mbps Num: 47887
CA Activation Rate: 56.36
hr: 2
MAC_UE_SC_Tput: 5739.62
Bearer Releases: 16912

hr: 2
CA Activation Rate num: 3924103
Setup_Fail_DEN: 15203
Peak UE: 27
MB_per_connected_UE: 66.67

Time: 05:21:53
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5104.09
DRB UL Data Volume MB: 2050
CA DL DataVolRatio Pct den: 9784
weekend: 0
UPTP Mbps Num: 38109
hr: 16
MAC_UE_SC_Tput: 8567.71

hr: 16
CA Activation Rate num: 6452635
Setup_Fail_DEN: 16682
SIP_SC_Total_MOU: 18.5
Peak UE: 37
MB_per_connected_UE: 82.48
CA Activation Rate den: 137920

Time: 05:49:44
holiday: 0

SIP DC%: 
UPTP_Mbps: 110.54
DRB UL Data Volume MB: 3206
CA Conf FailRate Pct den: 8320
weekend: 0
hr: 21
MAC_UE_SC_Tput: 7363.9
Bearer Releases: 16869

hr: 21
CA Activation Rate num: 14116283
Setup_Fail_DEN: 13827
Peak UE: 51
MB_per_connected_UE: 152.9
PCT Time MIMO: 50.52
DL Volume: 4228
DL Data Vol MAC in MB: 1126.41
CA Activation Rate den: 173924

Time: 23:47:09
holiday: 0

Avg_Connected_UEs: 63.64
SIP DC%: 
UPTP_Mbps: 96.68
DLRLCLayerDataVolume MB: 390.35
DRB UL Data Volume MB: 8373
weekend: 0
UPTP Mbps Num: 18879
hr: 11
MAC_UE_SC_Tput: 4793.87
Bearer Releases: 6588

hr: 11
CA Activation Rate num: 592928
Peak UE: 42
MB_per_connected_UE: 175.83
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5046
DL Data Vol MAC in MB: 6211.28
CA Activation Rate den: 59788

Time: 00:31:51
holiday: 0

DL MAC Vol Scell Pct: 20.93
SIP DC%: 
weekend: 0
hr: 21

hr: 21
CA Activation Rate num: 9582320
UPTP Mbps Den: 5214
SIP_SC_Total_MOU: 145.07
Peak UE: 84
MB_per_connected_UE: 127.2
DL Volume: 3628

Time: 00:56:21
holiday: 0

DL MAC Vol Scell Pct: 13.36
SIP DC%: 
DRB UL Data Volume MB: 6903
weekend: 0
UPTP Mbps Num: 7682
CA Activation Rate: 62.23
hr: 9
MAC_UE_SC_Tput: 31427.27

hr: 9
CA Activation Rate num: 9781512
UPTP Mbps Den: 2122
Setup_Fail_DEN: 16905
SIP_SC_Total_MOU: 127.16
DL Volume: 9107
DL Data Vol MAC in MB: 2346.43
CA Activation Rate den: 65457

Time: 04:45:18
holiday: 0

Avg_Connected_UEs: 31.3
SIP DC%: 
DLRLCLayerDataVolume MB: 8694.09
PRB Util%: 72.01
RRC Setup Attempts: 5201
CA Conf FailRate Pct den: 8057
weekend: 0
hr: 9
MAC_UE_SC_Tput: 7210.05
Bearer Releases: 11152

hr: 9
CA Activation Rate num: 2977428
SIP_SC_Total_MOU: 47.98
Peak UE: 27
MB_per_connected_UE: 126.32
DL Volume: 9349
DL Data Vol MAC in MB: 9125.5
CA Activation Rate den: 158100

Time: 12:44:02
holiday: 0

DL MAC Vol Scell Pct: 44.61
SIP DC%: 
DLRLCLayerDataVolume MB: 8527.94
weekend: 0
UPTP Mbps Num: 6320
hr: 3
MAC_UE_SC_Tput: 4725.51
Bearer Releases: 7667

hr: 3
CA Activation Rate num: 2342414
UPTP Mbps Den: 4099
Peak UE: 70
PCT Time MIMO: 67.35
DL Data Vol MAC in MB: 1046.49
CA Activation Rate den: 120126

Time: 03:42:45
holiday: 0

Avg_Connected_UEs: 80.93
SIP DC%: 
DLRLCLayerDataVolume MB: 3011.54
RRC Setup Attempts: 9572
weekend: 0
hr: 16
MAC_UE_SC_Tput: 5203.98
Bearer Releases: 6728

hr: 16
CA Activation Rate num: 703569
SIP_SC_Total_MOU: 306.41
Peak UE: 78
MB_per_connected_UE: 103.27
CA Activation Rate den: 176164

Time: 23:10:28
holiday: 0

Avg_Connected_UEs: 27.6
SIP DC%: 
DRB UL Data Volume MB: 5102
CA Conf FailRate Pct den: 4723
weekend: 0
hr: 2
MAC_UE_SC_Tput: 8189.61
Bearer Releases: 11858

hr: 2
CA Activation Rate num: 9900119
Setup_Fail_DEN: 9951
SIP_SC_Total_MOU: 146.4
Peak UE: 33
MB_per_connected_UE: 154.55
DL Data Vol MAC in MB: 8013.25
CA Activation Rate den: 44501

Time: 10:24:07
holiday: 0
CA DL DataVolRatio Pct: 79.06

Avg_Connected_UEs: 38.27
SIP DC%: 
UPTP_Mbps: 21.19
DRB UL Data Volume MB: 5841
RRC Setup Attempts: 4767
CA Conf FailRate Pct den: 7775
weekend: 0
CA Activation Rate: 41.36
hr: 0
MAC_UE_SC_Tput: 5292.86

hr: 0
SIP_SC_Total_MOU: 135.07
Peak UE: 27
MB_per_connected_UE: 196.7

holiday: 0

SIP DC%: 
weekend: 0
UPTP Mbps Num: 14650
hr: 14
MAC_UE_SC_Tput: 9617.47

hr: 14
CA Activation Rate num: 3421691
Peak UE: 41
MB_per_connected_UE: 187.47
DL Data Vol MAC in MB: 8230.95

holiday: 0

SIP DC%: 
UPTP_Mbps: 114.89
RRC Setup Attempts: 7693
CA DL DataVolRatio Pct den: 9970
CA Conf FailRate Pct den: 4180
weekend: 0
UPTP Mbps Num: 1425
CA Activation Rate: 73.35
hr: 4
MAC_UE_SC_Tput: 14859.11

hr: 4
CA Activation Rate num: 4642594
Peak UE: 39
MB_per_connected_UE: 101.04
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5675
DL Data Vol MAC in MB: 1847.85
CA Activation Rate den: 41364

Time: 01:12:46
holiday: 0
CA DL DataVolRatio Pct: 52.74
HO_att_InterFreq: 780

SIP DC%: 
DLRLCLayerDataVolume MB: 3729.91
DRB UL Data Volume MB: 3590
weekend: 0
CA Activation Rate: 46.58
hr: 0
MAC_UE_SC_Tput: 6200.24

hr: 0
CA Activation Rate num: 6021672
Peak UE: 38
MB_per_connected_UE: 93.11
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7331
DL Data Vol MAC in MB: 2374.54
CA Activation Rate den: 94170

Time: 19:24:16
holiday: 0
CA DL DataVolRatio Pct: 82.58

SIP DC%: 
DRB UL Data Volume MB: 4288
RRC Setup Attempts: 5785
weekend: 0
UPTP Mbps Num: 11554
CA Activation Rate: 16.57
hr: 20
MAC_UE_SC_Tput: 10696.96

hr: 20
CA Activation Rate num: 9676780
SIP_SC_Total_MOU: 334.03
Peak UE: 27
MB_per_connected_UE: 11.73
CA Activation Rate den: 132628

holiday: 0

Avg_Connected_UEs: 82.74
SIP DC%: 
DLRLCLayerDataVolume MB: 8542.31
CA DL DataVolRatio Pct den: 2963
weekend: 0
UPTP Mbps Num: 3122
hr: 7
MAC_UE_SC_Tput: 7089.27

hr: 7
CA Activation Rate num: 297011
Setup_Fail_DEN: 18278
SIP_SC_Total_MOU: 145.99
Peak UE: 27
MB_per_connected_UE: 206.71
DL Volume: 9744
DL Data Vol MAC in MB: 2257.48
CA Activation Rate den: 130580

Time: 02:10:16
holiday: 0
CA DL DataVolRatio Pct num: 6482

SIP DC%: 
DRB UL Data Volume MB: 4245
PRB Util%: 28.83
RRC Setup Attempts: 3853
CA Conf FailRate Pct den: 6887
weekend: 0
UPTP Mbps Num: 10815
hr: 19
MAC_UE_SC_Tput: 4572.55

hr: 19
CA Activation Rate num: 2325235
UPTP Mbps Den: 1465
Setup_Fail_DEN: 14627
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 81.11
CA Activation Rate den: 121614

holiday: 0
CA DL DataVolRatio Pct: 71.52

SIP DC%: 
UPTP_Mbps: 7.51
PRB Util%: 57.38
CA DL DataVolRatio Pct den: 5720
CA Conf FailRate Pct den: 4214
weekend: 0
CA Activation Rate: 8.08
hr: 16
MAC_UE_SC_Tput: 11799.32
Bearer Releases: 9463

hr: 16
CA Activation Rate num: 5407777
UPTP Mbps Den: 1593
SIP_SC_Total_MOU: 9.9
Peak UE: 89
PCT Time MIMO: 55.34
DL Data Vol MAC in MB: 4224.18
CA Activation Rate den: 52307

Time: 06:31:24
holiday: 0
CA DL DataVolRatio Pct num: 7559

SIP DC%: 
DLRLCLayerDataVolume MB: 8235.77
RRC Setup Attempts: 4896
weekend: 0
CA Activation Rate: 61.36
hr: 19
MAC_UE_SC_Tput: 4784.02

hr: 19
CA Activation Rate num: 1061045
Peak UE: 76
PCT Time MIMO: 57.61
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3897
DL Data Vol MAC in MB: 5846.52
CA Activation Rate den: 106151

Time: 16:39:37
holiday: 0

Avg_Connected_UEs: 37.4
SIP DC%: 
UPTP_Mbps: 29.74
DLRLCLayerDataVolume MB: 3727.79
CA DL DataVolRatio Pct den: 6830
weekend: 0
hr: 4
MAC_UE_SC_Tput: 5197.47

hr: 4
CA Activation Rate num: 840054
MB_per_connected_UE: 17.76
CA Activation Rate den: 37006

Time: 01:19:57
holiday: 0
CA DL DataVolRatio Pct num: 4568

DL MAC Vol Scell Pct: 7.51
SIP DC%: 
DLRLCLayerDataVolume MB: 2427.84
PRB Util%: 66.65
CA DL DataVolRatio Pct den: 6223
weekend: 0
UPTP Mbps Num: 17857
hr: 9
MAC_UE_SC_Tput: 8802.13
Bearer Releases: 6690

hr: 9
CA Activation Rate num: 7124126
SIP_SC_Total_MOU: 409.09
Peak UE: 78
MB_per_connected_UE: 156.19
PCT Time MIMO: 58.13
DL Volume: 7931
DL Data Vol MAC in MB: 4057.68

Time: 03:59:43
holiday: 0
CA DL DataVolRatio Pct num: 7260

SIP DC%: 
UPTP_Mbps: 124.74
weekend: 0
hr: 14
MAC_UE_SC_Tput: 6208.76

hr: 14
Setup_Fail_DEN: 10339
Peak UE: 28
VOLTE IA%: 
MB_per_connected_UE: 190
DL Data Vol MAC in MB: 3292.33
CA Activation Rate den: 184959

Time: 10:23:29
holiday: 0

DL MAC Vol Scell Pct: 53.54
SIP DC%: 
DLRLCLayerDataVolume MB: 5748.97
weekend: 1
CA Activation Rate: 74.53
hr: 3
MAC_UE_SC_Tput: 4275.26
Bearer Releases: 15018

hr: 3
CA Activation Rate num: 3321944
Setup_Fail_DEN: 19747
DL Data Vol MAC in MB: 7103.13
CA Activation Rate den: 102295

holiday: 0

Avg_Connected_UEs: 64.37
SIP DC%: 
DLRLCLayerDataVolume MB: 1541.52
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7254.63
Bearer Releases: 7273

hr: 23
CA Activation Rate num: 6452551
Peak UE: 49
MB_per_connected_UE: 72
DL Data Vol MAC in MB: 6285.9
CA Activation Rate den: 67561

Time: 09:33:25
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1191.24
DRB UL Data Volume MB: 6358
CA DL DataVolRatio Pct den: 5887
weekend: 0
UPTP Mbps Num: 45774
CA Activation Rate: 13.95
hr: 1
MAC_UE_SC_Tput: 33170.6

hr: 1
CA Activation Rate num: 7214577
SIP_SC_Total_MOU: 307.74
Peak UE: 46
DL Data Vol MAC in MB: 4755.58
CA Activation Rate den: 114896

Time: 22:50:15
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 2783
CA DL DataVolRatio Pct den: 2454
weekend: 0
UPTP Mbps Num: 61695
hr: 7
Bearer Releases: 13422

hr: 7
CA Activation Rate num: 4870149
Setup_Fail_DEN: 6839
Peak UE: 27

Time: 14:59:59
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5048.63
CA DL DataVolRatio Pct den: 7701
CA Conf FailRate Pct den: 9410
weekend: 0
hr: 8
MAC_UE_SC_Tput: 12394.87
Bearer Releases: 17889

hr: 8
CA Activation Rate num: 7109116
Setup_Fail_DEN: 18257
Peak UE: 43
VOLTE IA%: 
MB_per_connected_UE: 78.07
DL Data Vol MAC in MB: 9466.79
CA Activation Rate den: 112258

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6011.29
PRB Util%: 13.83
weekend: 0
UPTP Mbps Num: 38429
CA Activation Rate: 23.78
hr: 0
MAC_UE_SC_Tput: 10183.45
Bearer Releases: 12494

hr: 0
CA Activation Rate num: 2745731
UPTP Mbps Den: 1896
Peak UE: 27
DL Volume: 330
DL Data Vol MAC in MB: 6218.85

Time: 04:14:09
holiday: 0
CA DL DataVolRatio Pct num: 548

DL MAC Vol Scell Pct: 26.94
Avg_Connected_UEs: 41.43
SIP DC%: 
CA DL DataVolRatio Pct den: 9577
CA Conf FailRate Pct den: 5652
weekend: 0
UPTP Mbps Num: 29405
CA Activation Rate: 29.99
hr: 21
MAC_UE_SC_Tput: 6380.83

hr: 21
CA Activation Rate num: 4177909
Setup_Fail_DEN: 19466
Peak UE: 27
MB_per_connected_UE: 180.37
CA Activation Rate den: 63794

Time: 23:35:35
holiday: 0

SIP DC%: 
PRB Util%: 43.54
DL Packet Loss Pct: 4.87
weekend: 0
CA Activation Rate: 25.25
hr: 17
MAC_UE_SC_Tput: 11699.37

hr: 17
CA Activation Rate num: 9054891
SIP_SC_Total_MOU: 122.29
Peak UE: 55
MB_per_connected_UE: 98.25
PCT Time MIMO: 35.63
DL Data Vol MAC in MB: 6580.59
CA Activation Rate den: 65299

Time: 18:57:25
holiday: 0

DL MAC Vol Scell Pct: 10.9
SIP DC%: 
CA DL DataVolRatio Pct den: 1386
weekend: 0
hr: 23
MAC_UE_SC_Tput: 13591.83
Bearer Releases: 13054

hr: 23
CA Activation Rate num: 7308458
UPTP Mbps Den: 2707
Setup_Fail_DEN: 11364
MB_per_connected_UE: 100.89
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9394
DL Data Vol MAC in MB: 6704.22

Time: 23:54:31
holiday: 0
CA DL DataVolRatio Pct num: 5101

Avg_Connected_UEs: 61.88
SIP DC%: 
DLRLCLayerDataVolume MB: 1180.69
PRB Util%: 19.43
CA DL DataVolRatio Pct den: 6828
weekend: 0
UPTP Mbps Num: 36124
CA Activation Rate: 39.85
hr: 2
MAC_UE_SC_Tput: 6500.21

hr: 2
SIP_SC_Total_MOU: 76.51
Peak UE: 27
MB_per_connected_UE: 96.85
DL Volume: 4898
CA Activation Rate den: 119600

Time: 17:57:56
holiday: 0

SIP DC%: 
UPTP_Mbps: 89.27
DLRLCLayerDataVolume MB: 9772.89
DRB UL Data Volume MB: 6069
CA DL DataVolRatio Pct den: 4528
CA Conf FailRate Pct den: 7874
weekend: 0
hr: 10
MAC_UE_SC_Tput: 7023.21

hr: 10
CA Activation Rate num: 6023205
Peak UE: 49
VOLTE IA%: 
MB_per_connected_UE: 146.99
DL Volume: 386
Combined RACH Preambles: 4261

Time: 14:49:37
holiday: 0

DL MAC Vol Scell Pct: 29.39
SIP DC%: 
DLRLCLayerDataVolume MB: 7574.99
PRB Util%: 45.93
weekend: 0
CA Activation Rate: 3.95
hr: 13
MAC_UE_SC_Tput: 6784.79

hr: 13
SIP_SC_Total_MOU: 22.5
Peak UE: 39
VOLTE IA%: 
MB_per_connected_UE: 137.55
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5035
DL Data Vol MAC in MB: 9828.05

Time: 17:19:20
holiday: 0

Avg_Connected_UEs: 20.71
SIP DC%: 
UPTP_Mbps: 85.11
DLRLCLayerDataVolume MB: 2022.76
PRB Util%: 73.1
RRC Setup Attempts: 4344
weekend: 0
UPTP Mbps Num: 19051
CA Activation Rate: 44.87
hr: 18
MAC_UE_SC_Tput: 10050.26
Bearer Releases: 7906

hr: 18
CA Activation Rate num: 4207138
Peak UE: 27
DL Volume: 8461
DL Data Vol MAC in MB: 1151.31
CA Activation Rate den: 167888

holiday: 0

SIP DC%: 
UPTP_Mbps: 19.83
DLRLCLayerDataVolume MB: 969.86
CA Conf FailRate Pct den: 9481
weekend: 0
UPTP Mbps Num: 40230
CA Activation Rate: 75.73
hr: 9
MAC_UE_SC_Tput: 4220.02

hr: 9
CA Activation Rate num: 3211892
Peak UE: 44
MB_per_connected_UE: 11.6
CA Activation Rate den: 85423

Time: 22:02:25
holiday: 0

SIP DC%: 
RRC Setup Attempts: 4250
weekend: 0
hr: 17
MAC_UE_SC_Tput: 10713.37

hr: 17
CA Activation Rate num: 10578472
Setup_Fail_DEN: 19930
SIP_SC_Total_MOU: 34.8
Peak UE: 27
MB_per_connected_UE: 179.62
DL Data Vol MAC in MB: 9864.67
CA Activation Rate den: 111398

Time: 23:22:07
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4243.88
PRB Util%: 41.55
weekend: 0
UPTP Mbps Num: 19594
CA Activation Rate: 7.84
hr: 11
MAC_UE_SC_Tput: 11620.5
Bearer Releases: 10540

hr: 11
CA Activation Rate num: 9799199
SIP_SC_Total_MOU: 133.22
Peak UE: 27
MB_per_connected_UE: 184.45
PCT Time MIMO: 40.28
DL Data Vol MAC in MB: 2585.36

Time: 07:49:38
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4053.13
DRB UL Data Volume MB: 4058
PRB Util%: 10.22
CA DL DataVolRatio Pct den: 936
CA Conf FailRate Pct den: 5490
weekend: 0
UPTP Mbps Num: 30110
hr: 4
MAC_UE_SC_Tput: 18656.59
Bearer Releases: 9233

hr: 4
CA Activation Rate num: 7203944
UPTP Mbps Den: 5769
Peak UE: 51
MB_per_connected_UE: 21.21
PCT Time MIMO: 40.48
DL Volume: 1767
DL Data Vol MAC in MB: 1164.97
CA Activation Rate den: 96910

Combined RACH Preambles: 3716
Time: 17:04:47
holiday: 0

DL MAC Vol Scell Pct: 14.16
SIP DC%: 
UPTP_Mbps: 28.84
CA Conf FailRate Pct den: 5351
weekend: 1
hr: 0
MAC_UE_SC_Tput: 4555.06

hr: 0
CA Activation Rate num: 11181084
SIP_SC_Total_MOU: 29.92
MB_per_connected_UE: 61.28
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3283

Combined RACH Preambles: 2662
Time: 06:00:32
holiday: 0

SIP DC%: 
PRB Util%: 21.34
RRC Setup Attempts: 5170
CA Conf FailRate Pct den: 6776
weekend: 0
hr: 23
MAC_UE_SC_Tput: 9964.02
Bearer Releases: 6740

hr: 23
CA Activation Rate num: 13107263
Setup_Fail_DEN: 19386
Peak UE: 80
MB_per_connected_UE: 140.3
DL Volume: 2589
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4243
DL Data Vol MAC in MB: 3215.78
CA Activation Rate den: 142772

holiday: 0

DL MAC Vol Scell Pct: 31.69
SIP DC%: 
DLRLCLayerDataVolume MB: 2339.86
DRB UL Data Volume MB: 5778
CA DL DataVolRatio Pct den: 2578
CA Conf FailRate Pct den: 5924
weekend: 0
hr: 12
MAC_UE_SC_Tput: 10823.5

hr: 12
UPTP Mbps Den: 263
Setup_Fail_DEN: 7343
SIP_SC_Total_MOU: 61.18
Peak UE: 68
MB_per_connected_UE: 107.14
CA Activation Rate den: 105323

Time: 21:05:29
holiday: 0

Avg_Connected_UEs: 46.67
SIP DC%: 
UPTP_Mbps: 97.17
PRB Util%: 35.93
weekend: 1
hr: 12
MAC_UE_SC_Tput: 7234.88
Bearer Releases: 17668

hr: 12
CA Activation Rate num: 10272412
SIP_SC_Total_MOU: 86.06
MB_per_connected_UE: 146.95
DL Volume: 614
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3962
CA Activation Rate den: 197727

Time: 07:17:46
holiday: 0

SIP DC%: 
UPTP_Mbps: 62.82
CA DL DataVolRatio Pct den: 7271
weekend: 0
UPTP Mbps Num: 55603
hr: 17
MAC_UE_SC_Tput: 4681.77
Bearer Releases: 11652

hr: 17
Peak UE: 27
MB_per_connected_UE: 183.96
DL Volume: 7340
DL Data Vol MAC in MB: 474.96
CA Activation Rate den: 73080

Time: 20:55:56
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9736.85
DRB UL Data Volume MB: 1050
CA DL DataVolRatio Pct den: 4551
CA Conf FailRate Pct den: 7619
weekend: 0
hr: 17
MAC_UE_SC_Tput: 11818.18
Bearer Releases: 7081

hr: 17
CA Activation Rate num: 3898495
Peak UE: 79
UL Throughput: 11.04
CA Activation Rate den: 92060

Time: 00:16:46
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 9926
PRB Util%: 28.51
weekend: 0
hr: 4
MAC_UE_SC_Tput: 8305.35

hr: 4
Peak UE: 40
DL Volume: 8005
DL Data Vol MAC in MB: 7752.15

Time: 00:39:28
holiday: 0
CA DL DataVolRatio Pct num: 2690

Avg_Connected_UEs: 17.8
SIP DC%: 
UPTP_Mbps: 98.66
DLRLCLayerDataVolume MB: 7750.39
DRB UL Data Volume MB: 1683
weekend: 1
UPTP Mbps Num: 36142
hr: 9
MAC_UE_SC_Tput: 5230.62
Bearer Releases: 6814

hr: 9
CA Activation Rate num: 6846723
SIP_SC_Total_MOU: 187.39
Peak UE: 27
DL Volume: 3415
DL Data Vol MAC in MB: 2899.78
CA Activation Rate den: 192647

Time: 11:31:25
holiday: 0
CA DL DataVolRatio Pct: 76.24

Avg_Connected_UEs: 31.21
SIP DC%: 
DLRLCLayerDataVolume MB: 3656.23
DRB UL Data Volume MB: 7436
CA Conf FailRate Pct den: 5260
weekend: 1
hr: 23
MAC_UE_SC_Tput: 18958.26

hr: 23
CA Activation Rate num: 5760044
SIP_SC_Total_MOU: 100.27
Peak UE: 49
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7118
DL Data Vol MAC in MB: 7635.52
CA Activation Rate den: 125301

Time: 02:40:47
holiday: 0
CA DL DataVolRatio Pct: 80.87
CA DL DataVolRatio Pct num: 5209

SIP DC%: 
UPTP_Mbps: 94.02
DRB UL Data Volume MB: 2407
CA DL DataVolRatio Pct den: 7072
weekend: 0
hr: 11
MAC_UE_SC_Tput: 9008.27
Bearer Releases: 15466

hr: 11
CA Activation Rate num: 579341
SIP_SC_Total_MOU: 57.25
Peak UE: 27
MB_per_connected_UE: 32.27
CA Activation Rate den: 117009

Time: 20:17:36
holiday: 0

DL MAC Vol Scell Pct: 52.86
SIP DC%: 
DLRLCLayerDataVolume MB: 626.98
DRB UL Data Volume MB: 9057
weekend: 0
hr: 8
MAC_UE_SC_Tput: 4272.74
Bearer Releases: 6481

hr: 8
CA Activation Rate num: 13956394
Peak UE: 30
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3339
CA Activation Rate den: 124415

Time: 20:34:00
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1765.74
weekend: 0
UPTP Mbps Num: 45437
hr: 4
MAC_UE_SC_Tput: 13674.96
Bearer Releases: 15578

hr: 4
CA Activation Rate num: 10840962
Setup_Fail_DEN: 10080
SIP_SC_Total_MOU: 28.1
Peak UE: 37
DL Data Vol MAC in MB: 8728.63

Time: 12:50:23
holiday: 0
CA DL DataVolRatio Pct num: 3509

SIP DC%: 
DRB UL Data Volume MB: 8550
PRB Util%: 11.54
CA DL DataVolRatio Pct den: 3124
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5859.81

hr: 23
CA Activation Rate num: 10822857
Setup_Fail_DEN: 15092
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 140.74
PCT Time MIMO: 44.07
DL Data Vol MAC in MB: 9379.68

Time: 11:09:50
holiday: 0

SIP DC%: 
UPTP_Mbps: 126.56
DRB UL Data Volume MB: 8788
weekend: 0
CA Activation Rate: 21.5
hr: 0
MAC_UE_SC_Tput: 11125.37

hr: 0
CA Activation Rate num: 2024606
SIP_SC_Total_MOU: 403.8
Peak UE: 27
MB_per_connected_UE: 148.94
DL Data Vol MAC in MB: 586.58
CA Activation Rate den: 66175

Time: 20:12:04
holiday: 0
CA DL DataVolRatio Pct: 82.89

SIP DC%: 
UPTP_Mbps: 95.86
DLRLCLayerDataVolume MB: 892.07
CA Conf FailRate Pct den: 6562
weekend: 0
UPTP Mbps Num: 40308
CA Activation Rate: 59.38
hr: 4
MAC_UE_SC_Tput: 15360.78

hr: 4
CA Activation Rate num: 12700081
UPTP Mbps Den: 1301
Peak UE: 27
PCT Time MIMO: 35.67
DL Data Vol MAC in MB: 6487.23
CA Activation Rate den: 66935

Time: 00:25:26
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3614.03
weekend: 0
CA Activation Rate: 28.07
hr: 9
Bearer Releases: 9072

hr: 9
CA Activation Rate num: 5592008
Setup_Fail_DEN: 18351
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 200.67

Time: 08:34:31
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5158.56
DRB UL Data Volume MB: 3105
RRC Setup Attempts: 6384
weekend: 0
hr: 15
MAC_UE_SC_Tput: 9667.95
Bearer Releases: 15640

hr: 15
CA Activation Rate num: 2286922
Setup_Fail_DEN: 13249
SIP_SC_Total_MOU: 171.91
Peak UE: 49
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5494
DL Data Vol MAC in MB: 964.4
CA Activation Rate den: 69865

Time: 16:25:03
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3790.69
DRB UL Data Volume MB: 5358
CA Conf FailRate Pct den: 5951
weekend: 1
UPTP Mbps Num: 39514
hr: 12
MAC_UE_SC_Tput: 9666.03
Bearer Releases: 13387

hr: 12
CA Activation Rate num: 4919728
Setup_Fail_DEN: 16032
SIP_SC_Total_MOU: 198.81
MB_per_connected_UE: 145.34
DL Data Vol MAC in MB: 9369.23
CA Activation Rate den: 134523

Time: 20:37:14
holiday: 0

Avg_Connected_UEs: 75.95
SIP DC%: 
DLRLCLayerDataVolume MB: 3624.26
PRB Util%: 35.99
weekend: 0
CA Activation Rate: 55.5
hr: 11
MAC_UE_SC_Tput: 7884.82

hr: 11
Peak UE: 27
DL Volume: 430
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5238
DL Data Vol MAC in MB: 8300.4

Time: 22:15:10
holiday: 0
CA DL DataVolRatio Pct: 65.85
CA DL DataVolRatio Pct num: 1087

SIP DC%: 
DLRLCLayerDataVolume MB: 2049.97
DRB UL Data Volume MB: 7344
CA DL DataVolRatio Pct den: 3858
weekend: 0
hr: 23
MAC_UE_SC_Tput: 15584.87

hr: 23
CA Activation Rate num: 4004761
SIP_SC_Total_MOU: 116.67
Peak UE: 27
DL Volume: 7112
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3340
DL Data Vol MAC in MB: 3101.96
CA Activation Rate den: 138667

Time: 12:10:26
holiday: 0

SIP DC%: 
RRC Setup Attempts: 3653
weekend: 0
UPTP Mbps Num: 14109
hr: 17
MAC_UE_SC_Tput: 21251.39
Bearer Releases: 8621

hr: 17
CA Activation Rate num: 1224977
Peak UE: 27
MB_per_connected_UE: 161.68
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9418
DL Data Vol MAC in MB: 3917.12
CA Activation Rate den: 64717

Time: 20:00:28
holiday: 0
CA DL DataVolRatio Pct: 92.42

SIP DC%: 
DRB UL Data Volume MB: 5124
PRB Util%: 62.33
weekend: 0
UPTP Mbps Num: 9315
hr: 20
MAC_UE_SC_Tput: 6142.74

hr: 20
CA Activation Rate num: 6590562
Setup_Fail_DEN: 8542
SIP_SC_Total_MOU: 47.67
Peak UE: 54
VOLTE IA%: 
PCT Time MIMO: 64.63

Time: 05:31:49
holiday: 0

Avg_Connected_UEs: 50.46
SIP DC%: 
UPTP_Mbps: 12.89
DLRLCLayerDataVolume MB: 2703.76
DRB UL Data Volume MB: 8398
CA DL DataVolRatio Pct den: 7040
weekend: 0
UPTP Mbps Num: 9280
hr: 11
MAC_UE_SC_Tput: 20053.47

hr: 11
CA Activation Rate num: 1762615
Peak UE: 27
CA Activation Rate den: 120953
Combined RACH Preambles: 4001

Time: 22:36:58
holiday: 0

Avg_Connected_UEs: 19.89
SIP DC%: 
UPTP_Mbps: 109.39
RRC Setup Attempts: 4978
CA DL DataVolRatio Pct den: 7923
weekend: 0
CA Activation Rate: 65.3
hr: 15
MAC_UE_SC_Tput: 16728.05

hr: 15
SIP_SC_Total_MOU: 134.97
Peak UE: 27
MB_per_connected_UE: 27.36
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7089
CA Activation Rate den: 79606

Time: 07:19:40
holiday: 0
CA DL DataVolRatio Pct: 75.08
CA DL DataVolRatio Pct num: 6435

SIP DC%: 
DLRLCLayerDataVolume MB: 5989.15
PRB Util%: 66.6
weekend: 0
UPTP Mbps Num: 2218
hr: 6

hr: 6
CA Activation Rate num: 9018337
Setup_Fail_DEN: 19798
Peak UE: 31
MB_per_connected_UE: 10.88
DL Volume: 7314
DL Data Vol MAC in MB: 2117.71
CA Activation Rate den: 222598

Time: 06:00:20
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4291.03
DRB UL Data Volume MB: 6130
CA DL DataVolRatio Pct den: 657
CA Conf FailRate Pct den: 5296
weekend: 0
CA Activation Rate: 36.77
hr: 19
MAC_UE_SC_Tput: 4826.54

hr: 19
Peak UE: 34
MB_per_connected_UE: 193.59
DL Data Vol MAC in MB: 6254.12
CA Activation Rate den: 100044

Time: 21:16:19
holiday: 0
CA DL DataVolRatio Pct num: 6586

Avg_Connected_UEs: 45.03
SIP DC%: 
UPTP_Mbps: 28.81
DLRLCLayerDataVolume MB: 2409.86
PRB Util%: 51.97
RRC Setup Attempts: 3478
CA DL DataVolRatio Pct den: 3967
weekend: 0
hr: 13
MAC_UE_SC_Tput: 11015.12

hr: 13
CA Activation Rate num: 5748891
SIP_SC_Total_MOU: 147.33
Peak UE: 59
MB_per_connected_UE: 70.47
CA Activation Rate den: 144125

Time: 18:16:00
holiday: 0

Avg_Connected_UEs: 73.82
SIP DC%: 
DLRLCLayerDataVolume MB: 1818.32
weekend: 0
UPTP Mbps Num: 53163
hr: 23
MAC_UE_SC_Tput: 11428.06

hr: 23
CA Activation Rate num: 1027691
Setup_Fail_DEN: 18240
SIP_SC_Total_MOU: 154.63
Peak UE: 27
MB_per_connected_UE: 159.29
CA Activation Rate den: 94247

Time: 13:18:54
holiday: 0
CA DL DataVolRatio Pct: 84.55
CA DL DataVolRatio Pct num: 5373

SIP DC%: 
DLRLCLayerDataVolume MB: 486.28
PRB Util%: 7.16
CA DL DataVolRatio Pct den: 4466
weekend: 0
CA Activation Rate: 26.27
hr: 23
MAC_UE_SC_Tput: 8461.75

hr: 23
CA Activation Rate num: 345040
Peak UE: 30
VOLTE IA%: 
MB_per_connected_UE: 52.09
DL Data Vol MAC in MB: 736.47
CA Activation Rate den: 76361

Time: 02:16:17
holiday: 0

Avg_Connected_UEs: 25.12
SIP DC%: 
DLRLCLayerDataVolume MB: 831.45
CA DL DataVolRatio Pct den: 5762
weekend: 0
UPTP Mbps Num: 54623
hr: 7
MAC_UE_SC_Tput: 13747.02

hr: 7
CA Activation Rate num: 8702947
Setup_Fail_DEN: 19519
Peak UE: 27
MB_per_connected_UE: 114.43
DL Data Vol MAC in MB: 1272.55

holiday: 0
CA DL DataVolRatio Pct num: 1469

SIP DC%: 
PRB Util%: 9.68
RRC Setup Attempts: 7306
CA Conf FailRate Pct den: 9429
weekend: 0
UPTP Mbps Num: 27285
CA Activation Rate: 47.91
hr: 6
MAC_UE_SC_Tput: 16957.71

hr: 6
CA Activation Rate num: 10906874
Setup_Fail_DEN: 8608
SIP_SC_Total_MOU: 221.98
Peak UE: 27

Combined RACH Preambles: 3099
Time: 07:49:25
holiday: 0
CA DL DataVolRatio Pct num: 2992

DL MAC Vol Scell Pct: 18.56
SIP DC%: 
DLRLCLayerDataVolume MB: 6265.34
DRB UL Data Volume MB: 3479
CA DL DataVolRatio Pct den: 7945
weekend: 1
UPTP Mbps Num: 48047
hr: 0
MAC_UE_SC_Tput: 14767.42

hr: 0
CA Activation Rate num: 5297973
Setup_Fail_DEN: 6519
Peak UE: 47
DL Data Vol MAC in MB: 323.79
CA Activation Rate den: 183686

Time: 12:21:09
holiday: 0

SIP DC%: 
UPTP_Mbps: 23.89
DLRLCLayerDataVolume MB: 5115.32
CA DL DataVolRatio Pct den: 9228
CA Conf FailRate Pct den: 8421
weekend: 0
CA Activation Rate: 9.34
hr: 15
MAC_UE_SC_Tput: 13947.74

hr: 15
CA Activation Rate num: 8142570
SIP_SC_Total_MOU: 211.93
Peak UE: 70
DL Volume: 2817
DL Data Vol MAC in MB: 1827.47

Time: 05:12:18
holiday: 0
CA DL DataVolRatio Pct num: 5551

SIP DC%: 
DRB UL Data Volume MB: 9327
CA DL DataVolRatio Pct den: 4471
CA Conf FailRate Pct den: 5852
weekend: 0
CA Activation Rate: 69.43
hr: 15
MAC_UE_SC_Tput: 8105.06

hr: 15
CA Activation Rate num: 1040613
SIP_SC_Total_MOU: 34.08
MB_per_connected_UE: 156
DL Volume: 7126
DL Data Vol MAC in MB: 6989.71

Time: 11:12:59
holiday: 0
CA DL DataVolRatio Pct num: 3988

SIP DC%: 
UPTP_Mbps: 97.94
DLRLCLayerDataVolume MB: 1111.61
DRB UL Data Volume MB: 4930
RRC Setup Attempts: 5099
weekend: 0
CA Activation Rate: 32.43
hr: 0
MAC_UE_SC_Tput: 6354.71

hr: 0
CA Activation Rate num: 4213459
SIP_SC_Total_MOU: 210.17
Peak UE: 53
MB_per_connected_UE: 125.36
PCT Time MIMO: 43.71
DL Data Vol MAC in MB: 8488.01
CA Activation Rate den: 109826

Time: 08:26:27
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6462.35
PRB Util%: 61.04
DL Packet Loss Pct: 0.88
CA DL DataVolRatio Pct den: 7232
CA Conf FailRate Pct den: 3669
weekend: 0
UPTP Mbps Num: 22585
hr: 18
MAC_UE_SC_Tput: 5740.49
Bearer Releases: 6471

hr: 18
CA Activation Rate num: 2624460
SIP_SC_Total_MOU: 285.11
Peak UE: 27
MB_per_connected_UE: 143.82

Time: 03:03:22
holiday: 0

DL MAC Vol Scell Pct: 16.29
SIP DC%: 
DLRLCLayerDataVolume MB: 3698.75
weekend: 0
UPTP Mbps Num: 34311
CA Activation Rate: 5.96
hr: 8
MAC_UE_SC_Tput: 9914.8
Bearer Releases: 13346

hr: 8
CA Activation Rate num: 10089248
Setup_Fail_DEN: 7715
SIP_SC_Total_MOU: 160.53
Peak UE: 46
DL Volume: 4036
DL Data Vol MAC in MB: 4401.53
CA Activation Rate den: 60569

Time: 01:31:22
holiday: 0

Avg_Connected_UEs: 52.64
SIP DC%: 
DLRLCLayerDataVolume MB: 7164.87
CA Conf FailRate Pct den: 7552
weekend: 0
CA Activation Rate: 45.92
hr: 23
Bearer Releases: 12959

hr: 23
Peak UE: 68
MB_per_connected_UE: 151.99
PCT Time MIMO: 54.54

Time: 20:19:46
holiday: 0
CA DL DataVolRatio Pct: 80.71
CA DL DataVolRatio Pct num: 3408

SIP DC%: 
DLRLCLayerDataVolume MB: 516.37
DRB UL Data Volume MB: 6266
RRC Setup Attempts: 4725
weekend: 0
UPTP Mbps Num: 24679
hr: 7
MAC_UE_SC_Tput: 8040.9

hr: 7
CA Activation Rate num: 9748831
UPTP Mbps Den: 5802
SIP_SC_Total_MOU: 173.5
Peak UE: 29
UL Throughput: 11.77
DL Data Vol MAC in MB: 8830.24
CA Activation Rate den: 165010

Time: 03:15:19
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2384.91
CA DL DataVolRatio Pct den: 368
weekend: 0
UPTP Mbps Num: 24451
CA Activation Rate: 43.27
hr: 13
Bearer Releases: 16864

hr: 13
CA Activation Rate num: 6052567
Setup_Fail_DEN: 16108
SIP_SC_Total_MOU: 327.29
MB_per_connected_UE: 81.39

Time: 06:34:03
holiday: 0

DL MAC Vol Scell Pct: 19.09
SIP DC%: 
DLRLCLayerDataVolume MB: 4805.35
weekend: 1
UPTP Mbps Num: 4227
hr: 18
MAC_UE_SC_Tput: 19031.97

hr: 18
CA Activation Rate num: 10653644
UPTP Mbps Den: 4303
Peak UE: 67
MB_per_connected_UE: 46.17
PCT Time MIMO: 46.25
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3684
DL Data Vol MAC in MB: 2769.28
CA Activation Rate den: 80772

Time: 00:38:51
holiday: 0

Avg_Connected_UEs: 19.82
SIP DC%: 
UPTP_Mbps: 122.82
DRB UL Data Volume MB: 4969
CA DL DataVolRatio Pct den: 7213
weekend: 0
UPTP Mbps Num: 23693
hr: 18
MAC_UE_SC_Tput: 5153.88
Bearer Releases: 11869

hr: 18
CA Activation Rate num: 4433246
Peak UE: 60

Time: 17:47:17
holiday: 0

DL MAC Vol Scell Pct: 19.01
SIP DC%: 
UPTP_Mbps: 39.76
PRB Util%: 12.95
DL Packet Loss Pct: 4.51
RRC Setup Attempts: 5031
CA DL DataVolRatio Pct den: 2712
CA Conf FailRate Pct den: 6878
weekend: 0
UPTP Mbps Num: 13068
hr: 0
MAC_UE_SC_Tput: 7321.49
Bearer Releases: 9912

hr: 0
Setup_Fail_DEN: 13984
SIP_SC_Total_MOU: 91.37
UL MAC Vol Scell Pct: 5.89
Peak UE: 78
PCT Time MIMO: 34.18
DL Volume: 8511
CA Activation Rate den: 57454

Time: 22:54:19
holiday: 0
CA DL DataVolRatio Pct: 92.53
CA DL DataVolRatio Pct num: 7069

SIP DC%: 
DLRLCLayerDataVolume MB: 7880.44
RRC Setup Attempts: 3974
CA DL DataVolRatio Pct den: 7378
weekend: 0
CA Activation Rate: 44.7
hr: 16
MAC_UE_SC_Tput: 12532.42

hr: 16
CA Activation Rate num: 10015603
Setup_Fail_DEN: 12750
Peak UE: 27
MB_per_connected_UE: 22.59
DL Volume: 6437
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8892
CA Activation Rate den: 36950

Time: 23:47:13
holiday: 0

DL MAC Vol Scell Pct: 30.15
SIP DC%: 
DRB UL Data Volume MB: 729
RRC Setup Attempts: 5075
CA DL DataVolRatio Pct den: 2130
weekend: 0
UPTP Mbps Num: 9307
hr: 0
MAC_UE_SC_Tput: 7822.69
Bearer Releases: 6753

hr: 0
CA Activation Rate num: 3175464
Setup_Fail_DEN: 11745
Peak UE: 59
DL Volume: 7500
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5249
DL Data Vol MAC in MB: 868.9
CA Activation Rate den: 41887

Time: 07:23:28
holiday: 0
CA DL DataVolRatio Pct num: 3347

SIP DC%: 
PRB Util%: 8.08
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5954.17
Bearer Releases: 12070

hr: 23
CA Activation Rate num: 5404938
Setup_Fail_DEN: 15006
Peak UE: 68
MB_per_connected_UE: 151.74

Time: 10:48:30
holiday: 0
CA DL DataVolRatio Pct num: 2180

SIP DC%: 
DLRLCLayerDataVolume MB: 2106.91
RRC Setup Attempts: 4032
weekend: 1
hr: 0
MAC_UE_SC_Tput: 14913.93
Bearer Releases: 10226

hr: 0
CA Activation Rate num: 7854518
UPTP Mbps Den: 2017
Setup_Fail_DEN: 14215
Peak UE: 50
MB_per_connected_UE: 64.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4225
UL Throughput: 8.07
CA Activation Rate den: 59807

Time: 03:32:06
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2771.95
RRC Setup Attempts: 7494
weekend: 0
UPTP Mbps Num: 9436
CA Activation Rate: 15.43
hr: 23
MAC_UE_SC_Tput: 6271.42
Bearer Releases: 14454

hr: 23
Setup_Fail_DEN: 16577
SIP_SC_Total_MOU: 242.16
Peak UE: 66
MB_per_connected_UE: 34.14
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3067

Time: 20:52:16
holiday: 0
CA DL DataVolRatio Pct: 54.63

Avg_Connected_UEs: 63.7
SIP DC%: 
UPTP_Mbps: 22.35
DLRLCLayerDataVolume MB: 2205.04
DRB UL Data Volume MB: 5910
weekend: 0
UPTP Mbps Num: 28711
CA Activation Rate: 27.8
hr: 0
MAC_UE_SC_Tput: 10034.35
Bearer Releases: 17123

hr: 0
CA Activation Rate num: 9308045
Setup_Fail_DEN: 11880
Peak UE: 81
DL Volume: 9460
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8711
DL Data Vol MAC in MB: 4714.98

Combined RACH Preambles: 3373
Time: 23:34:45
holiday: 0
CA DL DataVolRatio Pct num: 3374

DL MAC Vol Scell Pct: 34.4
SIP DC%: 
DLRLCLayerDataVolume MB: 987.55
RRC Setup Attempts: 9063
weekend: 0
UPTP Mbps Num: 6035
hr: 21
MAC_UE_SC_Tput: 15359.14

hr: 21
CA Activation Rate num: 4199131
Setup_Fail_DEN: 10225
SIP_SC_Total_MOU: 71.88
Peak UE: 27
MB_per_connected_UE: 205.27
DL Volume: 8235
DL Data Vol MAC in MB: 9847.46
CA Activation Rate den: 130495

Time: 11:54:02
holiday: 0

DL MAC Vol Scell Pct: 17.78
SIP DC%: 
DLRLCLayerDataVolume MB: 4852.14
DRB UL Data Volume MB: 9292
weekend: 0
UPTP Mbps Num: 25789
hr: 23
MAC_UE_SC_Tput: 13475.66

hr: 23
CA Activation Rate num: 10196191
SIP_SC_Total_MOU: 114.88
Peak UE: 76
MB_per_connected_UE: 121.63
DL Volume: 3204
DL Data Vol MAC in MB: 7034.37

Time: 19:38:28
holiday: 0
CA DL DataVolRatio Pct: 77.1

SIP DC%: 
UPTP_Mbps: 90.56
DLRLCLayerDataVolume MB: 258.52
DRB UL Data Volume MB: 2801
PRB Util%: 51.72
weekend: 0
UPTP Mbps Num: 53658
hr: 15
MAC_UE_SC_Tput: 14483.64

hr: 15
CA Activation Rate num: 10140421
SIP_SC_Total_MOU: 289.38
Peak UE: 27
MB_per_connected_UE: 98.6
PCT Time MIMO: 59.46
DL Volume: 3158
DL Data Vol MAC in MB: 5710.1
CA Activation Rate den: 147199

Time: 10:43:16
holiday: 0
CA DL DataVolRatio Pct: 76.34

DL MAC Vol Scell Pct: 19.16
SIP DC%: 
UPTP_Mbps: 93.29
DLRLCLayerDataVolume MB: 6957.09
DRB UL Data Volume MB: 3130
PRB Util%: 40.21
CA DL DataVolRatio Pct den: 3055
weekend: 0
UPTP Mbps Num: 3905
CA Activation Rate: 50.06
hr: 23
MAC_UE_SC_Tput: 5912.68

hr: 23
CA Activation Rate num: 10428073
Setup_Fail_DEN: 19322
SIP_SC_Total_MOU: 116.34
Peak UE: 75
PCT Time MIMO: 41.58
DL Volume: 8302
CA Activation Rate den: 68735

Time: 03:32:36
holiday: 0
CA DL DataVolRatio Pct num: 4549

SIP DC%: 
DLRLCLayerDataVolume MB: 168.63
DRB UL Data Volume MB: 3580
weekend: 0
UPTP Mbps Num: 2529
hr: 4
MAC_UE_SC_Tput: 12703.88

hr: 4
CA Activation Rate num: 6022289
Setup_Fail_DEN: 7849
Peak UE: 66
MB_per_connected_UE: 81.08
PCT Time MIMO: 65.8
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3857
DL Data Vol MAC in MB: 2772.22
CA Activation Rate den: 103026

Time: 05:25:59
holiday: 0
CA DL DataVolRatio Pct num: 3112

Avg_Connected_UEs: 35.87
SIP DC%: 
DLRLCLayerDataVolume MB: 7323.89
DRB UL Data Volume MB: 4386
weekend: 0
UPTP Mbps Num: 12797
CA Activation Rate: 37.55
hr: 14
MAC_UE_SC_Tput: 12845.29

hr: 14
CA Activation Rate num: 7465660
Setup_Fail_DEN: 10195
SIP_SC_Total_MOU: 50.48
CA Activation Rate den: 111399

Time: 00:32:31
holiday: 0
CA DL DataVolRatio Pct: 76.66

SIP DC%: 
UPTP_Mbps: 66.36
DRB UL Data Volume MB: 6426
RRC Setup Attempts: 6290
CA Conf FailRate Pct den: 5639
weekend: 0
UPTP Mbps Num: 5556
hr: 14
MAC_UE_SC_Tput: 4304.43

hr: 14
CA Activation Rate num: 4053728
Setup_Fail_DEN: 15649
Peak UE: 39
DL Data Vol MAC in MB: 7646.4
CA Activation Rate den: 145045

Time: 14:20:26
holiday: 0
CA DL DataVolRatio Pct: 81.91

SIP DC%: 
DLRLCLayerDataVolume MB: 7484.43
RRC Setup Attempts: 4150
weekend: 0
UPTP Mbps Num: 24535
hr: 0
MAC_UE_SC_Tput: 8835.99

hr: 0
CA Activation Rate num: 759233
Peak UE: 27
MB_per_connected_UE: 187.8
DL Data Vol MAC in MB: 2948.92
CA Activation Rate den: 61035

Time: 06:43:37
holiday: 0
CA DL DataVolRatio Pct num: 5587

SIP DC%: 
DLRLCLayerDataVolume MB: 7092.12
DRB UL Data Volume MB: 1676
CA Conf FailRate Pct den: 4564
weekend: 0
hr: 8
MAC_UE_SC_Tput: 4531.92

hr: 8
Peak UE: 27
MB_per_connected_UE: 39.96
DL Volume: 4462
CA Activation Rate den: 67151

Time: 09:15:55
holiday: 0

SIP DC%: 
RRC Setup Attempts: 3764
CA DL DataVolRatio Pct den: 8492
weekend: 0
hr: 17
MAC_UE_SC_Tput: 15163.17

hr: 17
CA Activation Rate num: 5750708
Setup_Fail_DEN: 7191
MB_per_connected_UE: 42.17

Combined RACH Preambles: 5085
Time: 12:30:33
holiday: 0
CA DL DataVolRatio Pct num: 4698

Avg_Connected_UEs: 57.08
SIP DC%: 
DRB UL Data Volume MB: 4369
weekend: 0
hr: 21
MAC_UE_SC_Tput: 12101.32
Bearer Releases: 14091

hr: 21
CA Activation Rate num: 4973510
UPTP Mbps Den: 774
SIP_SC_Total_MOU: 51.86
Peak UE: 29
MB_per_connected_UE: 145.1
DL Data Vol MAC in MB: 3019.29
CA Activation Rate den: 116597

holiday: 0
CA DL DataVolRatio Pct num: 4432

DL MAC Vol Scell Pct: 11.12
Avg_Connected_UEs: 66.41
SIP DC%: 
DLRLCLayerDataVolume MB: 8787.38
PRB Util%: 13.92
CA Conf FailRate Pct den: 5555
weekend: 0
hr: 22
MAC_UE_SC_Tput: 17070.4
Bearer Releases: 18355

hr: 22
CA Activation Rate num: 2011519
Setup_Fail_DEN: 14646
SIP_SC_Total_MOU: 345.17
Peak UE: 27
MB_per_connected_UE: 205.05
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4798
DL Data Vol MAC in MB: 5807.09

Time: 07:27:09
holiday: 0
CA DL DataVolRatio Pct num: 2815

DL MAC Vol Scell Pct: 49.24
SIP DC%: 
DLRLCLayerDataVolume MB: 3375.04
CA DL DataVolRatio Pct den: 5206
CA Conf FailRate Pct den: 4732
weekend: 0
UPTP Mbps Num: 3569
hr: 6
MAC_UE_SC_Tput: 13282.06

hr: 6
CA Activation Rate num: 5590333
Peak UE: 27
MB_per_connected_UE: 67.83

Time: 11:17:02
holiday: 0
HO Attempts: 59

SIP DC%: 
UPTP_Mbps: 8.46
DLRLCLayerDataVolume MB: 2837.35
DRB UL Data Volume MB: 7891
weekend: 0
CA Activation Rate: 13.06
hr: 6
MAC_UE_SC_Tput: 5862.45

hr: 6
CA Activation Rate num: 1003150
UPTP Mbps Den: 5637
Peak UE: 83
VOLTE IA%: 
MB_per_connected_UE: 81.59
DL Volume: 1109
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5665
CA Activation Rate den: 47778

Time: 01:59:55
holiday: 0
CA DL DataVolRatio Pct: 92.65

Avg_Connected_UEs: 38.08
SIP DC%: 
DRB UL Data Volume MB: 6103
weekend: 0
UPTP Mbps Num: 51954
hr: 9

hr: 9
CA Activation Rate num: 8258058
UPTP Mbps Den: 3849
Setup_Fail_DEN: 13103
DL Volume: 7552
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5355
DL Data Vol MAC in MB: 515.77

Time: 08:59:12
holiday: 0

Avg_Connected_UEs: 21.18
SIP DC%: 
UPTP_Mbps: 24.54
DLRLCLayerDataVolume MB: 5276.8
weekend: 0
hr: 14
MAC_UE_SC_Tput: 8596.71
Bearer Releases: 8013

hr: 14
CA Activation Rate num: 7618510
Setup_Fail_DEN: 10684
Peak UE: 57
DL Data Vol MAC in MB: 5150.32
CA Activation Rate den: 170289

Time: 06:46:43
holiday: 0
CA DL DataVolRatio Pct num: 6526

SIP DC%: 
UPTP_Mbps: 34.25
DLRLCLayerDataVolume MB: 4677.32
RRC Setup Attempts: 7642
CA DL DataVolRatio Pct den: 8343
weekend: 0
UPTP Mbps Num: 19984
CA Activation Rate: 40.88
hr: 0
MAC_UE_SC_Tput: 6247.48

hr: 0
Setup_Fail_DEN: 8265
Peak UE: 27
MB_per_connected_UE: 41.29
CA Activation Rate den: 58584

Time: 16:09:33
holiday: 0
CA DL DataVolRatio Pct: 45.54
CA DL DataVolRatio Pct num: 6239

SIP DC%: 
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6076.62
Bearer Releases: 11461

hr: 23
CA Activation Rate num: 12899891
Setup_Fail_DEN: 14910
Peak UE: 54
MB_per_connected_UE: 86.75
DL Volume: 296
DL Data Vol MAC in MB: 9050.46

Combined RACH Preambles: 3301
Time: 18:14:21
holiday: 0

DL MAC Vol Scell Pct: 26.81
Avg_Connected_UEs: 63.62
SIP DC%: 
UPTP_Mbps: 116.41
DLRLCLayerDataVolume MB: 4766.51
weekend: 0
CA Activation Rate: 29.01
hr: 20
MAC_UE_SC_Tput: 14327.12

hr: 20
SIP_SC_Total_MOU: 112.43
Peak UE: 27
PCT Time MIMO: 55.46

Time: 14:41:37
holiday: 0

Avg_Connected_UEs: 64.64
SIP DC%: 
UPTP_Mbps: 33
DRB UL Data Volume MB: 5552
CA Conf FailRate Pct den: 4501
weekend: 1
UPTP Mbps Num: 23131
CA Activation Rate: 72.15
hr: 23
MAC_UE_SC_Tput: 27230.79

hr: 23
CA Activation Rate num: 10251467
Setup_Fail_DEN: 7862
SIP_SC_Total_MOU: 7.4
Peak UE: 92
MB_per_connected_UE: 136.77
PCT Time MIMO: 55.86
CA Activation Rate den: 221380

Combined RACH Preambles: 4922
Time: 13:46:32
holiday: 0
CA DL DataVolRatio Pct: 89.15

Avg_Connected_UEs: 55.66
SIP DC%: 
DLRLCLayerDataVolume MB: 8731.29
CA DL DataVolRatio Pct den: 3350
weekend: 0
UPTP Mbps Num: 2211
hr: 0
MAC_UE_SC_Tput: 5523.24

hr: 0
CA Activation Rate num: 8831543
SIP_SC_Total_MOU: 180.38
Peak UE: 99
MB_per_connected_UE: 50.15
DL Volume: 3427
DL Data Vol MAC in MB: 7280.65

holiday: 0

Avg_Connected_UEs: 29.87
SIP DC%: 
weekend: 0
CA Activation Rate: 51.87
hr: 1
MAC_UE_SC_Tput: 11330.89
Bearer Releases: 7425

hr: 1
CA Activation Rate num: 4648443
Setup_Fail_DEN: 9380
SIP_SC_Total_MOU: 34.64
Peak UE: 53
MB_per_connected_UE: 69.68
CA Activation Rate den: 102126

Time: 08:54:29
holiday: 0
CA DL DataVolRatio Pct num: 6168

SIP DC%: 
DLRLCLayerDataVolume MB: 7771.6
weekend: 0
CA Activation Rate: 16.65
hr: 1
Bearer Releases: 7248

hr: 1
CA Activation Rate num: 10675415
UPTP Mbps Den: 1525
Peak UE: 27
MB_per_connected_UE: 66.61
DL Data Vol MAC in MB: 1426.3
CA Activation Rate den: 58544

Time: 14:34:24
holiday: 0
CA DL DataVolRatio Pct: 60.22

SIP DC%: 
PRB Util%: 63.18
weekend: 0
hr: 10
MAC_UE_SC_Tput: 14664.1
Bearer Releases: 13811

hr: 10
CA Activation Rate num: 6289373
Setup_Fail_DEN: 14367
Peak UE: 57
PCT Time MIMO: 45.8
DL Volume: 2337
DL Data Vol MAC in MB: 4922.22

Time: 16:59:23
holiday: 0

Avg_Connected_UEs: 37.57
SIP DC%: 
CA Conf FailRate Pct den: 6091
weekend: 0
UPTP Mbps Num: 61710
hr: 3
Bearer Releases: 12360

hr: 3
CA Activation Rate num: 1270332
UPTP Mbps Den: 55
Peak UE: 27
MB_per_connected_UE: 174.54
DL Volume: 3180
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7420
DL Data Vol MAC in MB: 4605.04
CA Activation Rate den: 94375

Time: 12:03:50
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7400.58
CA DL DataVolRatio Pct den: 824
weekend: 0
UPTP Mbps Num: 19161
CA Activation Rate: 62.59
hr: 8
MAC_UE_SC_Tput: 5344.71
Bearer Releases: 10820

hr: 8
CA Activation Rate num: 2993137
Peak UE: 65
UL Throughput: 15.62
CA Activation Rate den: 223268

Time: 14:14:48
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7157.88
weekend: 0
UPTP Mbps Num: 3378
CA Activation Rate: 50.33
hr: 23
Bearer Releases: 9857

hr: 23
CA Activation Rate num: 108337
Peak UE: 87
PCT Time MIMO: 59.79
DL Data Vol MAC in MB: 5291.21
CA Activation Rate den: 207497

Time: 23:58:12
holiday: 0
CA DL DataVolRatio Pct num: 3832

SIP DC%: 
UPTP_Mbps: 115.97
DLRLCLayerDataVolume MB: 7075.66
RRC Setup Attempts: 5779
CA Conf FailRate Pct den: 6713
weekend: 0
hr: 11
MAC_UE_SC_Tput: 8446.12

hr: 11
CA Activation Rate num: 4457264
Peak UE: 97
MB_per_connected_UE: 57.24
DL Data Vol MAC in MB: 4300.52

Combined RACH Preambles: 4783
Time: 20:01:37
holiday: 0

DL MAC Vol Scell Pct: 8.11
Avg_Connected_UEs: 50.82
SIP DC%: 
weekend: 0
CA Activation Rate: 36.95
hr: 19
MAC_UE_SC_Tput: 9287.93

hr: 19
CA Activation Rate num: 9408435
Peak UE: 31
MB_per_connected_UE: 65.62
DL Data Vol MAC in MB: 5038.13
CA Activation Rate den: 185419
Time: 22:28:51

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6556.63
weekend: 0
hr: 4
MAC_UE_SC_Tput: 4729.04
Bearer Releases: 10014

hr: 4
Peak UE: 68
MB_per_connected_UE: 182.57
DL Volume: 2484
DL Data Vol MAC in MB: 2344.4
CA Activation Rate den: 110226

Time: 20:35:49
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 156.48
DRB UL Data Volume MB: 6190
CA DL DataVolRatio Pct den: 6050
weekend: 0
UPTP Mbps Num: 4228
hr: 13
MAC_UE_SC_Tput: 8263.35

hr: 13
CA Activation Rate num: 4569372
SIP_SC_Total_MOU: 290.91
Peak UE: 46
PCT Time MIMO: 42.93
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8071
DL Data Vol MAC in MB: 4403.27
CA Activation Rate den: 42229

Combined RACH Preambles: 3521
Time: 18:34:16
holiday: 0

Avg_Connected_UEs: 81.3
SIP DC%: 
DLRLCLayerDataVolume MB: 5163.48
CA Conf FailRate Pct den: 4790
weekend: 0
UPTP Mbps Num: 28740
hr: 2
MAC_UE_SC_Tput: 14351.64
Bearer Releases: 17900

hr: 2
CA Activation Rate num: 1509317
UPTP Mbps Den: 3316
Setup_Fail_DEN: 19489
SIP_SC_Total_MOU: 181.19
Peak UE: 69
DL Volume: 950
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9295

Time: 01:25:15
holiday: 0

DL MAC Vol Scell Pct: 42.51
SIP DC%: 
DLRLCLayerDataVolume MB: 1672.15
RRC Setup Attempts: 7154
CA DL DataVolRatio Pct den: 9498
weekend: 0
hr: 17
MAC_UE_SC_Tput: 8030.56
HQ_EXE_TOTARGET_FAILURE_QCI_1_NUM: 12
Bearer Releases: 10750

hr: 17
CA Activation Rate num: 9495055
SIP_SC_Total_MOU: 240.18
Peak UE: 27

Combined RACH Preambles: 4211
Time: 06:48:48
holiday: 0

Avg_Connected_UEs: 19.69
SIP DC%: 
DLRLCLayerDataVolume MB: 5015.74
DRB UL Data Volume MB: 2367
CA DL DataVolRatio Pct den: 6145
weekend: 0
hr: 14
MAC_UE_SC_Tput: 16981.82
Bearer Releases: 8196

hr: 14
CA Activation Rate num: 3195241
SIP_SC_Total_MOU: 175.04
Peak UE: 27
MB_per_connected_UE: 43.93
DL Data Vol MAC in MB: 4136.88
CA Activation Rate den: 84844

Time: 05:04:03
holiday: 0

Avg_Connected_UEs: 83.09
SIP DC%: 
DRB UL Data Volume MB: 3050
weekend: 0
CA Activation Rate: 71.64
hr: 8
MAC_UE_SC_Tput: 12308.1
Bearer Releases: 12838

hr: 8
CA Activation Rate num: 2792784
SIP_SC_Total_MOU: 310.87
Peak UE: 75
VOLTE IA%: 
MB_per_connected_UE: 15.56
DL Data Vol MAC in MB: 9903.4

Time: 06:51:17
holiday: 0

SIP DC%: 
UPTP_Mbps: 32.54
DLRLCLayerDataVolume MB: 2218.11
RRC Setup Attempts: 6647
CA DL DataVolRatio Pct den: 2563
weekend: 0
UPTP Mbps Num: 40776
CA Activation Rate: 58.3
hr: 23
MAC_UE_SC_Tput: 10735.62
Bearer Releases: 16685

hr: 23

holiday: 0

SIP DC%: 
UPTP_Mbps: 16.28
DLRLCLayerDataVolume MB: 4254.99
PRB Util%: 57.8
CA DL DataVolRatio Pct den: 1911
weekend: 1
hr: 3
MAC_UE_SC_Tput: 4610.59

hr: 3
Setup_Fail_DEN: 8631
SIP_SC_Total_MOU: 2.58
Peak UE: 38
PCT Time MIMO: 67.47
DL Volume: 7086
CA Activation Rate den: 42363

Time: 18:39:39
holiday: 0

DL MAC Vol Scell Pct: 5.64
SIP DC%: 
weekend: 1
UPTP Mbps Num: 47866
hr: 23
MAC_UE_SC_Tput: 6919.43
Bearer Releases: 7306

hr: 23
CA Activation Rate num: 6719422
Setup_Fail_DEN: 11862
Peak UE: 46
MB_per_connected_UE: 21.33
DL Data Vol MAC in MB: 1548.32
CA Activation Rate den: 133465

Time: 07:18:35
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2232.25
DRB UL Data Volume MB: 1549
PRB Util%: 29.75
CA DL DataVolRatio Pct den: 296
weekend: 0
hr: 9
MAC_UE_SC_Tput: 18007.8

hr: 9
CA Activation Rate num: 8772356
Peak UE: 27
MB_per_connected_UE: 20.27
DL Volume: 9278
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7850
DL Data Vol MAC in MB: 6948.45
CA Activation Rate den: 178480

Time: 05:33:13
holiday: 0

SIP DC%: 
UPTP_Mbps: 134.39
DLRLCLayerDataVolume MB: 5063.85
DRB UL Data Volume MB: 3316
PRB Util%: 66.69
weekend: 0
UPTP Mbps Num: 43749
hr: 5
MAC_UE_SC_Tput: 8466.23

hr: 5
CA Activation Rate num: 1823604
Setup_Fail_DEN: 11789
SIP_SC_Total_MOU: 10.01
Peak UE: 27
MB_per_connected_UE: 162.86
PCT Time MIMO: 32.85
DL Volume: 8457

holiday: 0
CA DL DataVolRatio Pct: 52.35

SIP DC%: 
DLRLCLayerDataVolume MB: 988.11
weekend: 1
hr: 23
MAC_UE_SC_Tput: 6523.71
Bearer Releases: 9055

hr: 23
CA Activation Rate num: 10893841
SIP_SC_Total_MOU: 141.69
Peak UE: 27
PCT Time MIMO: 54.74
DL Data Vol MAC in MB: 3973.13
CA Activation Rate den: 94479

Combined RACH Preambles: 2207
Time: 16:34:32
holiday: 0
CA DL DataVolRatio Pct: 66.19
CA DL DataVolRatio Pct num: 1590

SIP DC%: 
DLRLCLayerDataVolume MB: 4991.51
DRB UL Data Volume MB: 7388
PRB Util%: 69.6
RRC Setup Attempts: 6142
CA Conf FailRate Pct den: 5088
weekend: 0
UPTP Mbps Num: 16375
hr: 4
MAC_UE_SC_Tput: 17335.02

hr: 4
CA Activation Rate num: 10175141
Setup_Fail_DEN: 11032
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5818
UL Throughput: 16.38
DL Data Vol MAC in MB: 2080.77
CA Activation Rate den: 113374

Time: 05:50:31
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2308.33
RRC Setup Attempts: 8261
weekend: 0
hr: 23
MAC_UE_SC_Tput: 14939.11

hr: 23
Setup_Fail_DEN: 16374
SIP_SC_Total_MOU: 437.86
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 112.27
DL Data Vol MAC in MB: 3132.91

Time: 23:23:44
holiday: 0

SIP DC%: 
UPTP_Mbps: 10.15
PRB Util%: 48.05
weekend: 0
hr: 17
MAC_UE_SC_Tput: 14162.27

hr: 17
CA Activation Rate num: 6445326
Setup_Fail_DEN: 8668
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 36.76
DL Volume: 2930
UL Throughput: 8.11
DL Data Vol MAC in MB: 4797.83
CA Activation Rate den: 112878

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9827.27
PRB Util%: 3.16
CA DL DataVolRatio Pct den: 9366
weekend: 0
UPTP Mbps Num: 11648
hr: 7
MAC_UE_SC_Tput: 25608.17

hr: 7
CA Activation Rate num: 6242647
Peak UE: 46
MB_per_connected_UE: 71.92
CA Activation Rate den: 38244

Time: 08:29:06
holiday: 0
CA DL DataVolRatio Pct: 57.71

Avg_Connected_UEs: 66.14
SIP DC%: 
UPTP_Mbps: 111.91
DLRLCLayerDataVolume MB: 8828.58
DRB UL Data Volume MB: 9704
PRB Util%: 45.89
RRC Setup Attempts: 6237
CA DL DataVolRatio Pct den: 9036
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7604
Bearer Releases: 13872

hr: 23
CA Activation Rate num: 5774010
SIP_SC_Total_MOU: 417.63
Peak UE: 42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5254
DL Data Vol MAC in MB: 4100.66
CA Activation Rate den: 52328

Time: 14:00:48
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2789.21
DRB UL Data Volume MB: 2784
RRC Setup Attempts: 6608
CA DL DataVolRatio Pct den: 6453
weekend: 0
UPTP Mbps Num: 2523
hr: 23
MAC_UE_SC_Tput: 11029.57

hr: 23
CA Activation Rate num: 13205913
SIP_SC_Total_MOU: 6.96
Peak UE: 37
DL Volume: 8463
CA Activation Rate den: 94851

Time: 18:39:34
holiday: 0
CA DL DataVolRatio Pct: 81.07

DL MAC Vol Scell Pct: 29.72
SIP DC%: 
CA DL DataVolRatio Pct den: 8875
weekend: 0
UPTP Mbps Num: 20558
hr: 0
MAC_UE_SC_Tput: 15747.51

hr: 0
CA Activation Rate num: 9616285
SIP_SC_Total_MOU: 96.28
Peak UE: 77
MB_per_connected_UE: 103.21
DL Volume: 6755
DL Data Vol MAC in MB: 6549.84

Combined RACH Preambles: 3686
Time: 01:10:12
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 352.56
PRB Util%: 29.92
RRC Setup Attempts: 7505
CA DL DataVolRatio Pct den: 8538
weekend: 0
UPTP Mbps Num: 50036
CA Activation Rate: 59.56
hr: 21
MAC_UE_SC_Tput: 6441.6

hr: 21
CA Activation Rate num: 7746565
Peak UE: 27
MB_per_connected_UE: 195.6
PCT Time MIMO: 66.17
DL Data Vol MAC in MB: 1103.12

Time: 13:56:03
holiday: 0
CA DL DataVolRatio Pct num: 5902

SIP DC%: 
DLRLCLayerDataVolume MB: 6987.98
weekend: 0
UPTP Mbps Num: 60128
hr: 23
MAC_UE_SC_Tput: 7624.56
Bearer Releases: 15551

hr: 23
CA Activation Rate num: 10037197
SIP_SC_Total_MOU: 379.7
Peak UE: 41
MB_per_connected_UE: 134.22
PCT Time MIMO: 49.07

holiday: 0

SIP DC%: 
UPTP_Mbps: 14.6
DLRLCLayerDataVolume MB: 4658.81
CA Conf FailRate Pct den: 5303
weekend: 0
hr: 23
MAC_UE_SC_Tput: 14538.17

hr: 23
CA Activation Rate num: 10107968
UPTP Mbps Den: 1627
Setup_Fail_DEN: 10325
Peak UE: 51
MB_per_connected_UE: 48.98
DL Volume: 3832
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3464
DL Data Vol MAC in MB: 4309.97
Time: 00:10:48

holiday: 0

SIP DC%: 
weekend: 0
UPTP Mbps Num: 36614
hr: 15
MAC_UE_SC_Tput: 5368.92
Bearer Releases: 11536

hr: 15
CA Activation Rate num: 3179691
SIP_SC_Total_MOU: 75.02
Peak UE: 27
MB_per_connected_UE: 158.95
DL Data Vol MAC in MB: 4925.01
CA Activation Rate den: 124480

Time: 19:02:06
holiday: 0

Avg_Connected_UEs: 56.09
SIP DC%: 
DLRLCLayerDataVolume MB: 2306.33
DRB UL Data Volume MB: 7437
RRC Setup Attempts: 6795
weekend: 0
UPTP Mbps Num: 58234
hr: 3
MAC_UE_SC_Tput: 5267.8
Bearer Releases: 8550

hr: 3
CA Activation Rate num: 3149886
SIP_SC_Total_MOU: 228.81
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8160
DL Data Vol MAC in MB: 1632.94
CA Activation Rate den: 145577

Time: 22:31:56
holiday: 0
CA DL DataVolRatio Pct num: 7550

SIP DC%: 
UPTP_Mbps: 74.67
weekend: 0
UPTP Mbps Num: 14991
CA Activation Rate: 54.81
hr: 11
MAC_UE_SC_Tput: 13865.07

hr: 11
CA Activation Rate num: 5370605
SIP_SC_Total_MOU: 37.32
Peak UE: 62
DL Data Vol MAC in MB: 5740.87
CA Activation Rate den: 81733

Time: 12:17:20
holiday: 0
CA DL DataVolRatio Pct num: 1288

SIP DC%: 
UPTP_Mbps: 123.85
RRC Setup Attempts: 7630
CA DL DataVolRatio Pct den: 3334
weekend: 1
hr: 11
MAC_UE_SC_Tput: 17532.87
Bearer Releases: 6998

hr: 11
CA Activation Rate num: 6472154
Setup_Fail_DEN: 10380
Peak UE: 41
MB_per_connected_UE: 122.13
DL Volume: 7307
CA Activation Rate den: 108582

Time: 04:12:56
holiday: 0
CA DL DataVolRatio Pct num: 5187

DL MAC Vol Scell Pct: 41.8
SIP DC%: 
UPTP_Mbps: 48.65
DLRLCLayerDataVolume MB: 1116.54
DRB UL Data Volume MB: 8655
RRC Setup Attempts: 6884
CA DL DataVolRatio Pct den: 2892
weekend: 1
hr: 14
MAC_UE_SC_Tput: 40017.93
Bearer Releases: 6883

hr: 14
CA Activation Rate num: 455097
Setup_Fail_DEN: 14453
SIP_SC_Total_MOU: 194.5
Peak UE: 84
DL Data Vol MAC in MB: 9654.98
CA Activation Rate den: 129882

Time: 04:13:08
holiday: 0

Avg_Connected_UEs: 52.43
SIP DC%: 
DLRLCLayerDataVolume MB: 7506.1
weekend: 0
UPTP Mbps Num: 55007
hr: 0
MAC_UE_SC_Tput: 16966.18
Bearer Releases: 11224

hr: 0
CA Activation Rate num: 7248605
Peak UE: 72
DL Data Vol MAC in MB: 2759.44

Time: 22:35:51
holiday: 0

Avg_Connected_UEs: 78.96
SIP DC%: 
UPTP_Mbps: 86.58
CA DL DataVolRatio Pct den: 6572
weekend: 0
hr: 19
MAC_UE_SC_Tput: 6305.55

hr: 19
Setup_Fail_DEN: 17108
Peak UE: 29
UL Throughput: 6.58
CA Activation Rate den: 128706

Combined RACH Preambles: 2015
Time: 02:53:57
holiday: 0
CA DL DataVolRatio Pct num: 5993

DL MAC Vol Scell Pct: 48.53
SIP DC%: 
UPTP_Mbps: 61.51
DLRLCLayerDataVolume MB: 8055.72
CA DL DataVolRatio Pct den: 4743
weekend: 0
CA Activation Rate: 22.3
hr: 23
MAC_UE_SC_Tput: 6834.82

hr: 23
CA Activation Rate num: 985387
UPTP Mbps Den: 213
SIP_SC_Total_MOU: 118.36
Peak UE: 27
MB_per_connected_UE: 128.31
DL Data Vol MAC in MB: 821.54

Time: 03:41:38
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8624.84
weekend: 0
hr: 0
MAC_UE_SC_Tput: 14320.05
Bearer Releases: 16759

hr: 0
CA Activation Rate num: 9505363
Setup_Fail_DEN: 14187
SIP_SC_Total_MOU: 190.57
Peak UE: 88
MB_per_connected_UE: 17.21
PCT Time MIMO: 44.26
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5954
DL Data Vol MAC in MB: 8835.38
CA Activation Rate den: 79928

holiday: 0

SIP DC%: 
UPTP_Mbps: 39.66
DRB UL Data Volume MB: 1672
CA DL DataVolRatio Pct den: 4586
CA Conf FailRate Pct den: 9289
weekend: 0
UPTP Mbps Num: 58429
hr: 22
MAC_UE_SC_Tput: 4485.11

hr: 22
CA Activation Rate num: 4873639
Setup_Fail_DEN: 11008
Peak UE: 27
MB_per_connected_UE: 41.5
PCT Time MIMO: 46.04
DL Data Vol MAC in MB: 324.36
CA Activation Rate den: 90521

Time: 10:18:25
holiday: 0

SIP DC%: 
PRB Util%: 39.33
weekend: 0
UPTP Mbps Num: 43712
hr: 11
MAC_UE_SC_Tput: 4199.91
Bearer Releases: 8745

hr: 11
CA Activation Rate num: 72879
Setup_Fail_DEN: 18271
SIP_SC_Total_MOU: 84.67
Peak UE: 27
MB_per_connected_UE: 82.84
DL Data Vol MAC in MB: 4619.13
CA Activation Rate den: 77296

Time: 01:30:14
holiday: 0

DL MAC Vol Scell Pct: 15.61
SIP DC%: 
UPTP_Mbps: 14.14
DRB UL Data Volume MB: 2506
weekend: 0
UPTP Mbps Num: 38464
CA Activation Rate: 7.32
hr: 4
MAC_UE_SC_Tput: 14242.83
Bearer Releases: 10040

hr: 4
Avg CQI: 8
CA Activation Rate num: 9746917
UPTP Mbps Den: 1485
Peak UE: 69
DL Data Vol MAC in MB: 4383.82
CA Activation Rate den: 41735

Combined RACH Preambles: 4289
Time: 18:52:08
holiday: 0

SIP DC%: 
UPTP_Mbps: 117.72
CA Conf FailRate Pct den: 9441
weekend: 0
CA Activation Rate: 22.73
hr: 20
MAC_UE_SC_Tput: 5952.26
Bearer Releases: 18509

hr: 20
Peak UE: 27
MB_per_connected_UE: 94.28
DL Data Vol MAC in MB: 511.78
CA Activation Rate den: 70246

Time: 17:05:41
holiday: 0

Avg_Connected_UEs: 48.53
SIP DC%: 
DLRLCLayerDataVolume MB: 1502.19
RRC Setup Attempts: 5592
CA DL DataVolRatio Pct den: 4950
weekend: 0
CA Activation Rate: 66.04
hr: 19
MAC_UE_SC_Tput: 14677.49

hr: 19
CA Activation Rate num: 657981
Setup_Fail_DEN: 13956
SIP_SC_Total_MOU: 292.19
Peak UE: 27
PCT Time MIMO: 70.72
DL Volume: 3891
UL Throughput: 15.99
CA Activation Rate den: 61245

Time: 10:35:55
holiday: 0

SIP DC%: 
PRB Util%: 66.59
RRC Setup Attempts: 9408
CA Conf FailRate Pct den: 3888
weekend: 0
UPTP Mbps Num: 39478
hr: 23
MAC_UE_SC_Tput: 11918.48
Bearer Releases: 14513

hr: 23
Avg CQI: 10
CA Activation Rate num: 4674417
Setup_Fail_DEN: 15894
Peak UE: 41
MB_per_connected_UE: 87
DL Data Vol MAC in MB: 8787.05
CA Activation Rate den: 89926

Time: 18:13:12
holiday: 0

SIP DC%: 
UPTP_Mbps: 28.78
DLRLCLayerDataVolume MB: 7940.91
CA Conf FailRate Pct den: 5686
weekend: 0
UPTP Mbps Num: 33021
hr: 19
MAC_UE_SC_Tput: 9716.94

hr: 19
CA Activation Rate num: 9704842
Setup_Fail_DEN: 15930
Peak UE: 60
DL Volume: 9252
DL Data Vol MAC in MB: 3747.14

Time: 13:55:44
holiday: 0
CA DL DataVolRatio Pct num: 6219

SIP DC%: 
UPTP_Mbps: 7.31
DRB UL Data Volume MB: 3802
weekend: 0
UPTP Mbps Num: 48759
hr: 0
MAC_UE_SC_Tput: 17376.87

hr: 0
CA Activation Rate num: 2229319
SIP_SC_Total_MOU: 4.71
Peak UE: 36
MB_per_connected_UE: 160.4
DL Data Vol MAC in MB: 5452.01
CA Activation Rate den: 110390

Time: 09:52:07
holiday: 0
CA DL DataVolRatio Pct num: 3217

SIP DC%: 
UPTP_Mbps: 11.72
DRB UL Data Volume MB: 4259
weekend: 0
hr: 6
Bearer Releases: 9382

hr: 6
CA Activation Rate num: 8785257
Setup_Fail_DEN: 7515
Peak UE: 63
MB_per_connected_UE: 64.01
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5843
DL Data Vol MAC in MB: 10104.98
CA Activation Rate den: 103723

Time: 04:36:28
holiday: 0
CA DL DataVolRatio Pct num: 4871

Avg_Connected_UEs: 23.57
SIP DC%: 
UPTP_Mbps: 111.93
DLRLCLayerDataVolume MB: 3000.76
DRB UL Data Volume MB: 8568
CA DL DataVolRatio Pct den: 3000
CA Conf FailRate Pct den: 4963
weekend: 0
UPTP Mbps Num: 54880
CA Activation Rate: 13.68
hr: 0
MAC_UE_SC_Tput: 12391.59

hr: 0
CA Activation Rate num: 4747496
Peak UE: 58
MB_per_connected_UE: 17.12

Time: 01:16:36
holiday: 0
CA DL DataVolRatio Pct num: 7247

SIP DC%: 
DLRLCLayerDataVolume MB: 1205.28
DRB UL Data Volume MB: 9604
CA DL DataVolRatio Pct den: 578
weekend: 1
hr: 13
MAC_UE_SC_Tput: 20063.83
Bearer Releases: 14681

hr: 13
CA Activation Rate num: 4981648
Setup_Fail_DEN: 10561
SIP_SC_Total_MOU: 105.16
Peak UE: 47
MB_per_connected_UE: 10.64
DL Volume: 6810
UL Throughput: 5.85
DL Data Vol MAC in MB: 3863.19
CA Activation Rate den: 102002

Time: 07:49:19
holiday: 0

SIP DC%: 
RRC Setup Attempts: 7610
weekend: 0
hr: 11
MAC_UE_SC_Tput: 10038.32
Bearer Releases: 7397

hr: 11
CA Activation Rate num: 8892820
Setup_Fail_DEN: 7939
SIP_SC_Total_MOU: 108.32
Peak UE: 27
DL Volume: 5230
DL Data Vol MAC in MB: 9079.54
CA Activation Rate den: 123353

Time: 17:09:57
holiday: 0
CA DL DataVolRatio Pct num: 747

SIP DC%: 
DLRLCLayerDataVolume MB: 8262.07
DRB UL Data Volume MB: 2030
RRC Setup Attempts: 6461
weekend: 0
UPTP Mbps Num: 42212
CA Activation Rate: 48.64
hr: 23
MAC_UE_SC_Tput: 4350.52

hr: 23
CA Activation Rate num: 8786301
Peak UE: 27
DL Data Vol MAC in MB: 2163.66
CA Activation Rate den: 70285

Time: 21:16:09
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1401.69
DRB UL Data Volume MB: 8189
CA Conf FailRate Pct den: 5142
weekend: 0
UPTP Mbps Num: 31673
CA Activation Rate: 67.13
hr: 0
MAC_UE_SC_Tput: 6420.57

hr: 0
CA Activation Rate num: 725641
Peak UE: 27
MB_per_connected_UE: 112.09
DL Volume: 3242
DL Data Vol MAC in MB: 906.08

Time: 23:17:45
holiday: 0

DL MAC Vol Scell Pct: 29.56
SIP DC%: 
DLRLCLayerDataVolume MB: 9847.59
DRB UL Data Volume MB: 2220
PRB Util%: 31.26
weekend: 0
hr: 7
MAC_UE_SC_Tput: 12811.22
Bearer Releases: 10431

hr: 7
CA Activation Rate num: 4591365
Setup_Fail_DEN: 9578
Peak UE: 66
VOLTE IA%: 
DL Data Vol MAC in MB: 7972.35
CA Activation Rate den: 72859

holiday: 0

DL MAC Vol Scell Pct: 27.91
Avg_Connected_UEs: 77.83
SIP DC%: 
DLRLCLayerDataVolume MB: 2295.56
PRB Util%: 30.44
RRC Setup Attempts: 3441
weekend: 0
hr: 8
MAC_UE_SC_Tput: 4972.45

hr: 8
CA Activation Rate num: 3564499
SIP_SC_Total_MOU: 346.74
Peak UE: 50
DL Data Vol MAC in MB: 2576.24
CA Activation Rate den: 132353

Time: 14:02:52
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2379.96
CA DL DataVolRatio Pct den: 604
weekend: 0
hr: 9
MAC_UE_SC_Tput: 15844.05

hr: 9
CA Activation Rate num: 4876691
Peak UE: 74
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5607
CA Activation Rate den: 128511

Time: 04:41:44
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 394.32
PRB Util%: 12.01
weekend: 0
CA Activation Rate: 20.38
hr: 19
MAC_UE_SC_Tput: 5156.47
Bearer Releases: 7367

hr: 19
CA Activation Rate num: 9108209
SIP_SC_Total_MOU: 155.72
Peak UE: 74
VOLTE IA%: 
MB_per_connected_UE: 154.25
PCT Time MIMO: 48.46
DL Data Vol MAC in MB: 6636.34

Time: 20:32:36
holiday: 0

Avg_Connected_UEs: 65.06
SIP DC%: 
CA DL DataVolRatio Pct den: 4316
weekend: 0
hr: 23
Bearer Releases: 13455

hr: 23
CA Activation Rate num: 10735016
Peak UE: 38
DL Data Vol MAC in MB: 4976.02
CA Activation Rate den: 142776

Time: 10:13:24
holiday: 0

SIP DC%: 
PRB Util%: 73.19
CA DL DataVolRatio Pct den: 6148
weekend: 1
UPTP Mbps Num: 20487
CA Activation Rate: 72.43
hr: 0
MAC_UE_SC_Tput: 15020.85

hr: 0
CA Activation Rate num: 4224601
Setup_Fail_DEN: 15118
SIP_SC_Total_MOU: 274.22
Peak UE: 27
MB_per_connected_UE: 182.96
CA Activation Rate den: 116281

Time: 06:06:06
holiday: 0
CA DL DataVolRatio Pct: 54.64

DL MAC Vol Scell Pct: 31.14
Avg_Connected_UEs: 34.09
SIP DC%: 
UPTP_Mbps: 43.05
DLRLCLayerDataVolume MB: 2974.25
DRB UL Data Volume MB: 2665
weekend: 0
UPTP Mbps Num: 18583
hr: 0
MAC_UE_SC_Tput: 10828.98

hr: 0
CA Activation Rate num: 10749886
Setup_Fail_DEN: 12101
Peak UE: 41
VOLTE IA%: 
MB_per_connected_UE: 37.91
DL Data Vol MAC in MB: 3205.37
CA Activation Rate den: 50280

Time: 07:07:13
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8884.38
DRB UL Data Volume MB: 1687
weekend: 1
hr: 22
MAC_UE_SC_Tput: 5683.92

hr: 22
CA Activation Rate num: 577869
Setup_Fail_DEN: 8002
Peak UE: 27
MB_per_connected_UE: 119.97
DL Volume: 7725
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9268
DL Data Vol MAC in MB: 2925.25
CA Activation Rate den: 124047

Time: 05:36:06
holiday: 0

Avg_Connected_UEs: 48.3
SIP DC%: 
DLRLCLayerDataVolume MB: 8603.88
DRB UL Data Volume MB: 8068
PRB Util%: 14.93
weekend: 0
hr: 2
MAC_UE_SC_Tput: 12595.55

hr: 2
CA Activation Rate num: 5890424
Peak UE: 27
MB_per_connected_UE: 18.55
DL Volume: 7193
DL Data Vol MAC in MB: 4232.39

Time: 20:47:42
holiday: 0
CA DL DataVolRatio Pct num: 1722

SIP DC%: 
DLRLCLayerDataVolume MB: 4175.97
CA DL DataVolRatio Pct den: 7659
weekend: 0
CA Activation Rate: 8.84
hr: 13
MAC_UE_SC_Tput: 8459.58
Bearer Releases: 11356

hr: 13
CA Activation Rate num: 7642072
Setup_Fail_DEN: 17075
Peak UE: 94
DL Data Vol MAC in MB: 1448.51
CA Activation Rate den: 85262

Time: 05:34:45
holiday: 0
CA DL DataVolRatio Pct: 67.96

Avg_Connected_UEs: 54.54
SIP DC%: 
UPTP_Mbps: 25.61
DLRLCLayerDataVolume MB: 5648.91
weekend: 0
UPTP Mbps Num: 54194
hr: 3
MAC_UE_SC_Tput: 11485.59
Bearer Releases: 13672

hr: 3
CA Activation Rate num: 7306320
Setup_Fail_DEN: 7411
SIP_SC_Total_MOU: 81.23
Peak UE: 50
DL Volume: 9753
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9327
CA Activation Rate den: 146607

Time: 23:25:22
holiday: 0

Avg_Connected_UEs: 83.48
SIP DC%: 
UPTP_Mbps: 107.22
DLRLCLayerDataVolume MB: 5745.74
PRB Util%: 23.45
weekend: 0
hr: 17
MAC_UE_SC_Tput: 13790.77

hr: 17
Setup_Fail_DEN: 13322
SIP_SC_Total_MOU: 254.6
Peak UE: 27
DL Volume: 4716
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6460
DL Data Vol MAC in MB: 4494.66

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1765.46
CA Conf FailRate Pct den: 4510
weekend: 0
UPTP Mbps Num: 29054
CA Activation Rate: 65.21
hr: 22
MAC_UE_SC_Tput: 4192.34
Bearer Releases: 9163

hr: 22
CA Activation Rate num: 10863347
Setup_Fail_DEN: 16017
SIP_SC_Total_MOU: 384.37
Peak UE: 27
MB_per_connected_UE: 62.53
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7358
DL Data Vol MAC in MB: 4279.99

Time: 00:21:44
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3126.79
RRC Setup Attempts: 4920
weekend: 0
UPTP Mbps Num: 29602
hr: 0
MAC_UE_SC_Tput: 9241.24

hr: 0
CA Activation Rate num: 6329615
Peak UE: 27
MB_per_connected_UE: 69.11
DL Volume: 9738
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5460
CA Activation Rate den: 64903
Combined RACH Preambles: 3679

Time: 00:23:40
holiday: 0

SIP DC%: 
UPTP_Mbps: 26.61
DLRLCLayerDataVolume MB: 3151.9
DRB UL Data Volume MB: 1105
CA Conf FailRate Pct den: 5972
weekend: 0
hr: 8
MAC_UE_SC_Tput: 4602.71
Bearer Releases: 10458

hr: 8
CA Activation Rate num: 10367429
SIP_SC_Total_MOU: 197.86
Peak UE: 28

Time: 14:38:39
holiday: 0

SIP DC%: 
UPTP_Mbps: 28.89
DLRLCLayerDataVolume MB: 3432.04
RRC Setup Attempts: 4010
weekend: 1
hr: 3
MAC_UE_SC_Tput: 18668.32

hr: 3
CA Activation Rate num: 3847942
Setup_Fail_DEN: 9891
Peak UE: 66
MB_per_connected_UE: 25.77
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3407
DL Data Vol MAC in MB: 5499.08

Time: 09:03:12
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 846.65
DRB UL Data Volume MB: 4070
CA DL DataVolRatio Pct den: 9772
weekend: 0
UPTP Mbps Num: 36520
hr: 19
MAC_UE_SC_Tput: 13114.19

hr: 19
CA Activation Rate num: 496453
UPTP Mbps Den: 1909
Peak UE: 48
DL Data Vol MAC in MB: 5552.48
CA Activation Rate den: 132976

Time: 08:14:06
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4323.89
CA DL DataVolRatio Pct den: 9819
weekend: 0
hr: 15
MAC_UE_SC_Tput: 10956.29

hr: 15
CA Activation Rate num: 302178
Setup_Fail_DEN: 18576
Peak UE: 84
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6544
DL Data Vol MAC in MB: 4665.65
CA Activation Rate den: 82415

holiday: 0
CA DL DataVolRatio Pct num: 4694

SIP DC%: 
DLRLCLayerDataVolume MB: 1858.1
CA DL DataVolRatio Pct den: 3461
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11792.9
Bearer Releases: 7780

hr: 23
CA Activation Rate num: 3979962
Peak UE: 81
MB_per_connected_UE: 65.44
DL Data Vol MAC in MB: 4282.2
CA Activation Rate den: 70223
Time: 08:31:50

holiday: 0

Avg_Connected_UEs: 40.93
SIP DC%: 
PRB Util%: 45.33
weekend: 0
UPTP Mbps Num: 41976
CA Activation Rate: 73.28
hr: 9
MAC_UE_SC_Tput: 5951.44

hr: 9
CA Activation Rate num: 7259178
Setup_Fail_DEN: 12881
Peak UE: 27
DL Data Vol MAC in MB: 7347.01
CA Activation Rate den: 56110

Time: 14:02:26
holiday: 0
CA DL DataVolRatio Pct: 76.92

SIP DC%: 
UPTP_Mbps: 39.78
DLRLCLayerDataVolume MB: 6653.99
PRB Util%: 40.02
CA Conf FailRate Pct den: 6750
weekend: 0
UPTP Mbps Num: 15900
hr: 23
MAC_UE_SC_Tput: 9528.99

hr: 23
CA Activation Rate num: 5414085
Peak UE: 82
MB_per_connected_UE: 148.84
DL Data Vol MAC in MB: 3208.48

Time: 15:33:46
holiday: 0

Avg_Connected_UEs: 70.41
SIP DC%: 
UPTP_Mbps: 128.66
DLRLCLayerDataVolume MB: 9791.32
DRB UL Data Volume MB: 9048
weekend: 1
UPTP Mbps Num: 12346
CA Activation Rate: 28.35
hr: 14
MAC_UE_SC_Tput: 15139.06

hr: 14
CA Activation Rate num: 8441313
Setup_Fail_DEN: 18109
Peak UE: 27
MB_per_connected_UE: 68.01
DL Data Vol MAC in MB: 7690.4
CA Activation Rate den: 64512

Time: 11:59:59
holiday: 0
CA DL DataVolRatio Pct num: 3781

SIP DC%: 
PRB Util%: 42.58
CA DL DataVolRatio Pct den: 1575
weekend: 0
UPTP Mbps Num: 29244
hr: 9
MAC_UE_SC_Tput: 17426.03
Bearer Releases: 13066

hr: 9
CA Activation Rate num: 149889
Setup_Fail_DEN: 17706
Peak UE: 35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8188
CA Activation Rate den: 89419

Time: 16:19:47
holiday: 0
CA DL DataVolRatio Pct num: 673

Avg_Connected_UEs: 16.75
SIP DC%: 
UPTP_Mbps: 12.76
PRB Util%: 55.52
weekend: 0
UPTP Mbps Num: 32130
hr: 3
MAC_UE_SC_Tput: 36035.45
Bearer Releases: 12388

hr: 3
SIP_SC_Total_MOU: 105.43
Peak UE: 70
MB_per_connected_UE: 142.09
CA Activation Rate den: 51687

Time: 05:57:32
holiday: 0

Avg_Connected_UEs: 73.72
SIP DC%: 
UPTP_Mbps: 23.09
CA DL DataVolRatio Pct den: 829
CA Conf FailRate Pct den: 5907
weekend: 0
UPTP Mbps Num: 32228
hr: 0
MAC_UE_SC_Tput: 11177.03

hr: 0
CA Activation Rate num: 6991050
Peak UE: 77
DL Volume: 5910
CA Activation Rate den: 52386

Time: 10:33:01
holiday: 0

SIP DC%: 
PRB Util%: 29.64
CA DL DataVolRatio Pct den: 6221
weekend: 0
UPTP Mbps Num: 23158
hr: 23
MAC_UE_SC_Tput: 11825.44
Bearer Releases: 10494

hr: 23
CA Activation Rate num: 11586515
Setup_Fail_DEN: 7850
SIP_SC_Total_MOU: 45.04
Peak UE: 58
MB_per_connected_UE: 70.96
DL Data Vol MAC in MB: 360.2
CA Activation Rate den: 130142

holiday: 0
CA DL DataVolRatio Pct: 74.98
CA DL DataVolRatio Pct num: 5636

DL MAC Vol Scell Pct: 20.41
SIP DC%: 
UPTP_Mbps: 107.47
PRB Util%: 72.73
DL Packet Loss Pct: 0.86
CA Conf FailRate Pct den: 7961
weekend: 0
hr: 14
MAC_UE_SC_Tput: 5650.04

hr: 14
Setup_Fail_DEN: 6946
Peak UE: 39
MB_per_connected_UE: 157.4
DL Data Vol MAC in MB: 2487.37
CA Activation Rate den: 136415

Time: 23:44:52
holiday: 0
CA DL DataVolRatio Pct num: 6967

SIP DC%: 
DLRLCLayerDataVolume MB: 438.9
PRB Util%: 28.79
weekend: 0
hr: 14
MAC_UE_SC_Tput: 6695.57

hr: 14
CA Activation Rate num: 10878082
SIP_SC_Total_MOU: 49.11
Peak UE: 85
MB_per_connected_UE: 53.24

Time: 22:14:24
holiday: 0

Avg_Connected_UEs: 72.89
SIP DC%: 
UPTP_Mbps: 8.17
DLRLCLayerDataVolume MB: 7041.29
CA Conf FailRate Pct den: 3844
weekend: 0
UPTP Mbps Num: 38158
hr: 7
MAC_UE_SC_Tput: 14674.26
Bearer Releases: 14360

hr: 7
CA Activation Rate num: 146737
SIP_SC_Total_MOU: 55.61
MB_per_connected_UE: 178.18
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5497
CA Activation Rate den: 45626

Time: 05:35:33
holiday: 0
CA DL DataVolRatio Pct num: 5930

Avg_Connected_UEs: 21.26
SIP DC%: 
UPTP_Mbps: 16.82
DLRLCLayerDataVolume MB: 3983.02
weekend: 0
CA Activation Rate: 50.08
hr: 23
MAC_UE_SC_Tput: 11781.91

hr: 23
CA Activation Rate num: 3694122
Setup_Fail_DEN: 11666
SIP_SC_Total_MOU: 382.02
Peak UE: 70
MB_per_connected_UE: 84.91
DL Volume: 8705
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5860
UL Throughput: 6.39
DL Data Vol MAC in MB: 9713.31
CA Activation Rate den: 111214

Time: 18:44:08
holiday: 0
CA DL DataVolRatio Pct num: 1243

DL MAC Vol Scell Pct: 38.15
SIP DC%: 
DRB UL Data Volume MB: 3721
weekend: 0
UPTP Mbps Num: 40017
hr: 0
MAC_UE_SC_Tput: 11787

hr: 0
CA Activation Rate num: 8183770
SIP_SC_Total_MOU: 328.54
Peak UE: 30
CA Activation Rate den: 121155

Time: 19:19:56
holiday: 0
CA DL DataVolRatio Pct num: 3073

Avg_Connected_UEs: 20.24
SIP DC%: 
weekend: 0
UPTP Mbps Num: 2558
hr: 2
MAC_UE_SC_Tput: 5788.58

hr: 2
CA Activation Rate num: 8823782
Setup_Fail_DEN: 18784
Peak UE: 45
MB_per_connected_UE: 150.91
DL Data Vol MAC in MB: 3372.75
CA Activation Rate den: 92163
Combined RACH Preambles: 3470

Time: 18:33:59
holiday: 0
CA DL DataVolRatio Pct: 47.17
CA DL DataVolRatio Pct num: 211

SIP DC%: 
RRC Setup Attempts: 4720
weekend: 0
hr: 3
MAC_UE_SC_Tput: 6509.06

hr: 3
CA Activation Rate num: 3344142
SIP_SC_Total_MOU: 85.93
Peak UE: 27
DL Data Vol MAC in MB: 9526.84
CA Activation Rate den: 64794

Time: 00:15:01
holiday: 0
CA DL DataVolRatio Pct num: 568

SIP DC%: 
DLRLCLayerDataVolume MB: 9607.02
PRB Util%: 40.54
weekend: 1
hr: 1
MAC_UE_SC_Tput: 19303.6

hr: 1
CA Activation Rate num: 1179277
Peak UE: 27
PCT Time MIMO: 54.31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3784
DL Data Vol MAC in MB: 742.08
CA Activation Rate den: 163201

Time: 21:09:47
holiday: 0

DL MAC Vol Scell Pct: 18.78
Avg_Connected_UEs: 28.12
SIP DC%: 
DLRLCLayerDataVolume MB: 2758.33
CA DL DataVolRatio Pct den: 4710
CA Conf FailRate Pct den: 4684
weekend: 1
UPTP Mbps Num: 6378
hr: 6
MAC_UE_SC_Tput: 13780.78

hr: 6
Setup_Fail_DEN: 14602
Peak UE: 27
MB_per_connected_UE: 159.96
DL Data Vol MAC in MB: 3169.02

Time: 15:55:09
holiday: 0
CA DL DataVolRatio Pct: 72.74

Avg_Connected_UEs: 31.64
SIP DC%: 
DLRLCLayerDataVolume MB: 4475.67
RRC Setup Attempts: 3488
CA DL DataVolRatio Pct den: 7617
CA Conf FailRate Pct den: 2840
weekend: 0
hr: 0
MAC_UE_SC_Tput: 10399.64

hr: 0
CA Activation Rate num: 1399490
Setup_Fail_DEN: 11703
SIP_SC_Total_MOU: 305.07
Peak UE: 78
VOLTE IA%: 
MB_per_connected_UE: 75.22
DL Data Vol MAC in MB: 4256.98
CA Activation Rate den: 45057

Combined RACH Preambles: 3409
Time: 02:54:46
holiday: 0

DL MAC Vol Scell Pct: 24.73
SIP DC%: 
DLRLCLayerDataVolume MB: 5645.93
RRC Setup Attempts: 5448
weekend: 0
hr: 4
MAC_UE_SC_Tput: 6279.59

hr: 4
CA Activation Rate num: 6000917
Peak UE: 33
VOLTE IA%: 
MB_per_connected_UE: 164.75
PCT Time MIMO: 51.24
DL Volume: 7294
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3159
DL Data Vol MAC in MB: 6739.09
CA Activation Rate den: 98457

Time: 17:35:47
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4079.08
weekend: 0
UPTP Mbps Num: 43412
hr: 12
MAC_UE_SC_Tput: 22524.15
Bearer Releases: 16708

hr: 12
CA Activation Rate num: 12990739
SIP_SC_Total_MOU: 209.08
Peak UE: 27
DL Data Vol MAC in MB: 8770.47
CA Activation Rate den: 128023

Combined RACH Preambles: 1909
Time: 09:52:24
holiday: 0
CA DL DataVolRatio Pct num: 1852

SIP DC%: 
UPTP_Mbps: 11.44
CA Conf FailRate Pct den: 4890
weekend: 0
CA Activation Rate: 25.47
hr: 17
MAC_UE_SC_Tput: 14058.46
Bearer Releases: 15468

hr: 17
CA Activation Rate num: 3770066
SIP_SC_Total_MOU: 91.98
Peak UE: 57
DL Data Vol MAC in MB: 5311.26
CA Activation Rate den: 36974

Time: 03:04:36
holiday: 0
CA DL DataVolRatio Pct num: 1807

SIP DC%: 
DLRLCLayerDataVolume MB: 2069.33
CA DL DataVolRatio Pct den: 7222
weekend: 0
hr: 0
MAC_UE_SC_Tput: 8354.19
Bearer Releases: 7861

hr: 0
CA Activation Rate num: 2237068
Setup_Fail_DEN: 11146
Peak UE: 58
MB_per_connected_UE: 71.06

holiday: 0
CA DL DataVolRatio Pct: 41.32
CA DL DataVolRatio Pct num: 5766

SIP DC%: 
UPTP_Mbps: 22.57
DLRLCLayerDataVolume MB: 3811.09
DRB UL Data Volume MB: 4725
PRB Util%: 23.05
weekend: 1
UPTP Mbps Num: 26075
CA Activation Rate: 26.9
hr: 18
MAC_UE_SC_Tput: 8228.77

hr: 18
CA Activation Rate num: 10153931
UPTP Mbps Den: 439
SIP_SC_Total_MOU: 306.5
Peak UE: 39

Time: 08:07:46
holiday: 0
CA DL DataVolRatio Pct: 61.2
CA DL DataVolRatio Pct num: 1579

SIP DC%: 
RRC Setup Attempts: 3574
weekend: 0
UPTP Mbps Num: 26659
hr: 7
MAC_UE_SC_Tput: 4752.37

hr: 7
CA Activation Rate num: 7094940
Setup_Fail_DEN: 9595
SIP_SC_Total_MOU: 245.68
Peak UE: 48
DL Data Vol MAC in MB: 8136.02

Time: 09:52:51
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 684.75
DRB UL Data Volume MB: 612
weekend: 0
CA Activation Rate: 4.64
hr: 17
MAC_UE_SC_Tput: 8496.03

hr: 17
CA Activation Rate num: 1945178
Peak UE: 48
PCT Time MIMO: 53.26
DL Volume: 3261
DL Data Vol MAC in MB: 6508.48
CA Activation Rate den: 130727

Time: 01:35:02
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5552.31
DRB UL Data Volume MB: 3755
PRB Util%: 21.04
CA Conf FailRate Pct den: 3059
weekend: 0
hr: 9
MAC_UE_SC_Tput: 5780.17
Bearer Releases: 6437

hr: 9
CA Activation Rate num: 2739052
Setup_Fail_DEN: 13181
Peak UE: 27
VOLTE IA%: 
DL Data Vol MAC in MB: 3960.45

Time: 19:13:25
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1489.91
CA DL DataVolRatio Pct den: 6716
weekend: 0
hr: 16
MAC_UE_SC_Tput: 12980.22

hr: 16
CA Activation Rate num: 4758097
Setup_Fail_DEN: 16339
SIP_SC_Total_MOU: 194.51
Peak UE: 29
MB_per_connected_UE: 64.19
CA Activation Rate den: 78813

Time: 08:30:58
holiday: 0

Avg_Connected_UEs: 82.9
SIP DC%: 
UPTP_Mbps: 26.47
DLRLCLayerDataVolume MB: 5239.3
DRB UL Data Volume MB: 6552
CA Conf FailRate Pct den: 4288
weekend: 1
UPTP Mbps Num: 48344
hr: 8
MAC_UE_SC_Tput: 9995.99

hr: 8
SIP_SC_Total_MOU: 135.31
Peak UE: 43
MB_per_connected_UE: 179.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4847

Time: 11:42:18
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1957.35
DL Packet Loss Pct: 6.72
weekend: 0
hr: 11
MAC_UE_SC_Tput: 11474.31

hr: 11
Peak UE: 77
MB_per_connected_UE: 99.84
DL Data Vol MAC in MB: 5963.14
CA Activation Rate den: 118249

holiday: 0
CA DL DataVolRatio Pct: 64.43
CA DL DataVolRatio Pct num: 4797

Avg_Connected_UEs: 29.19
SIP DC%: 
UPTP_Mbps: 35.44
DLRLCLayerDataVolume MB: 463.62
DL Packet Loss Pct: 1.77
UL Resid BLER PCT: 1.05
CA Conf FailRate Pct den: 3726
weekend: 0
CA Activation Rate: 64.59
hr: 18
MAC_UE_SC_Tput: 5196.95
Bearer Releases: 12397

hr: 18
Setup_Fail_DEN: 8858
Peak UE: 31
MB_per_connected_UE: 203.43
DL Volume: 2661
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4459
DL Data Vol MAC in MB: 8430.62
CA Activation Rate den: 49785

Time: 11:18:43
holiday: 0
CA DL DataVolRatio Pct num: 6685

SIP DC%: 
DLRLCLayerDataVolume MB: 1678.58
PRB Util%: 5.71
CA Conf FailRate Pct den: 8545
weekend: 0
UPTP Mbps Num: 55816
CA Activation Rate: 22.83
hr: 18
MAC_UE_SC_Tput: 20460.29
Bearer Releases: 10523

hr: 18
CA Activation Rate num: 3028133
UPTP Mbps Den: 932
Peak UE: 27
MB_per_connected_UE: 169.56
CA Activation Rate den: 180388

Time: 21:24:19
holiday: 0
CA DL DataVolRatio Pct num: 5227

DL MAC Vol Scell Pct: 4.88
Avg_Connected_UEs: 28.03
SIP DC%: 
DLRLCLayerDataVolume MB: 3763.65
DRB UL Data Volume MB: 1792
weekend: 0
UPTP Mbps Num: 25954
hr: 23

hr: 23
Peak UE: 54
MB_per_connected_UE: 177.06
DL Volume: 7221
DL Data Vol MAC in MB: 9628.47
CA Activation Rate den: 129986

Time: 09:58:42
holiday: 0
CA DL DataVolRatio Pct: 76.86
CA DL DataVolRatio Pct num: 3744

SIP DC%: 
DRB UL Data Volume MB: 4719
weekend: 0
UPTP Mbps Num: 22688
hr: 23
MAC_UE_SC_Tput: 12535.92
Bearer Releases: 14972

hr: 23
CA Activation Rate num: 10620519
SIP_SC_Total_MOU: 129.07
Peak UE: 46
CA Activation Rate den: 86663

Combined RACH Preambles: 3198
Time: 01:31:20
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7149.52
weekend: 0
UPTP Mbps Num: 42694
CA Activation Rate: 59.43
hr: 23
MAC_UE_SC_Tput: 11750.23
Bearer Releases: 9201

hr: 23
CA Activation Rate num: 6231664
Setup_Fail_DEN: 7166
SIP_SC_Total_MOU: 140.99
Peak UE: 29
DL Volume: 8687
DL Data Vol MAC in MB: 9966.99
CA Activation Rate den: 43085

Time: 10:13:17
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3804.13
PRB Util%: 43.1
Bearer Drop Voice%: 1.43
CA DL DataVolRatio Pct den: 2927
CA Conf FailRate Pct den: 8323
weekend: 0
hr: 17
MAC_UE_SC_Tput: 19263.42
Bearer Releases: 15390

hr: 17
Setup_Fail_DEN: 9386
Peak UE: 27
MB_per_connected_UE: 121.93
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7716
DL Data Vol MAC in MB: 4895.67

Time: 23:26:52
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9095.07
DRB UL Data Volume MB: 9690
RRC Setup Attempts: 8423
weekend: 0
UPTP Mbps Num: 49730
CA Activation Rate: 37.39
hr: 7
MAC_UE_SC_Tput: 10275.54

hr: 7
Avg CQI: 9
CA Activation Rate num: 3192428
SIP_SC_Total_MOU: 152.37
Peak UE: 85
DL Data Vol MAC in MB: 6395.94
CA Activation Rate den: 78782

holiday: 0

DL MAC Vol Scell Pct: 55.57
SIP DC%: 
DLRLCLayerDataVolume MB: 2959.96
RRC Setup Attempts: 5288
weekend: 0
UPTP Mbps Num: 15338
hr: 12
MAC_UE_SC_Tput: 14200.31

hr: 12
CA Activation Rate num: 9663236
Setup_Fail_DEN: 8829
SIP_SC_Total_MOU: 375.98
Peak UE: 27

Time: 20:37:04
holiday: 0
CA DL DataVolRatio Pct num: 6444

SIP DC%: 
DRB UL Data Volume MB: 9748
PRB Util%: 41.83
weekend: 0
CA Activation Rate: 40.66
hr: 6
MAC_UE_SC_Tput: 19387.06
Bearer Releases: 8982

hr: 6
CA Activation Rate num: 3946383
UPTP Mbps Den: 529
Peak UE: 65
DL Volume: 7333
DL Data Vol MAC in MB: 1639.47
CA Activation Rate den: 88872

Time: 15:37:44
holiday: 0
CA DL DataVolRatio Pct num: 6391

SIP DC%: 
DLRLCLayerDataVolume MB: 8931.48
weekend: 0
CA Activation Rate: 76.07
hr: 2
MAC_UE_SC_Tput: 8677.95

hr: 2
CA Activation Rate num: 3775174
UPTP Mbps Den: 2138
Setup_Fail_DEN: 15678
Peak UE: 34
PCT Time MIMO: 52.82
DL Data Vol MAC in MB: 6073.29
CA Activation Rate den: 150102

Time: 06:52:40
holiday: 0

Avg_Connected_UEs: 25.97
SIP DC%: 
DLRLCLayerDataVolume MB: 3119.54
CA Conf FailRate Pct den: 9200
weekend: 0
hr: 11
MAC_UE_SC_Tput: 5631.21

hr: 11
CA Activation Rate num: 9107931
Setup_Fail_DEN: 8639
Peak UE: 53
MB_per_connected_UE: 156.36
CA Activation Rate den: 54531

Time: 07:20:25
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2083.44
RRC Setup Attempts: 9858
CA DL DataVolRatio Pct den: 9274
weekend: 0
hr: 9
MAC_UE_SC_Tput: 13353.93

hr: 9
Peak UE: 88
DL Volume: 3526
DL Data Vol MAC in MB: 7949.82
CA Activation Rate den: 57944

Combined RACH Preambles: 2575
Time: 12:50:37
holiday: 0

Avg_Connected_UEs: 26.27
SIP DC%: 
DLRLCLayerDataVolume MB: 1351.41
CA Conf FailRate Pct den: 3380
weekend: 0
UPTP Mbps Num: 992
hr: 23
MAC_UE_SC_Tput: 11757.02
Bearer Releases: 14286

hr: 23
CA Activation Rate num: 8730157
Setup_Fail_DEN: 10462
SIP_SC_Total_MOU: 103.61
Peak UE: 27
DL Volume: 1097
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8228

Time: 08:37:55
holiday: 0
CA DL DataVolRatio Pct: 74.28

SIP DC%: 
DLRLCLayerDataVolume MB: 6292.6
CA DL DataVolRatio Pct den: 1929
weekend: 0
UPTP Mbps Num: 11093
hr: 5
MAC_UE_SC_Tput: 7072.3
Bearer Releases: 17824

hr: 5
SIP_SC_Total_MOU: 150.11
Peak UE: 87
MB_per_connected_UE: 48.49
DL Data Vol MAC in MB: 2925.73
CA Activation Rate den: 55299

Time: 13:22:45
holiday: 0
CA DL DataVolRatio Pct num: 5133

SIP DC%: 
DLRLCLayerDataVolume MB: 3229.66
RRC Setup Attempts: 5577
weekend: 0
hr: 18
MAC_UE_SC_Tput: 4900.51
Bearer Releases: 15368

hr: 18
CA Activation Rate num: 10271339
Setup_Fail_DEN: 15448
Peak UE: 39
VOLTE IA%: 
MB_per_connected_UE: 44.75
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5948
DL Data Vol MAC in MB: 7409.73

Time: 11:16:17
holiday: 0
CA DL DataVolRatio Pct num: 2056

SIP DC%: 
UPTP_Mbps: 82.96
DLRLCLayerDataVolume MB: 2800.34
DRB UL Data Volume MB: 4901
RRC Setup Attempts: 8769
weekend: 0
UPTP Mbps Num: 30394
hr: 23
MAC_UE_SC_Tput: 7185.37

hr: 23
SIP_SC_Total_MOU: 16.67
Peak UE: 27
DL Data Vol MAC in MB: 822.58
CA Activation Rate den: 94595

Time: 04:51:58
holiday: 0
CA DL DataVolRatio Pct: 46
CA DL DataVolRatio Pct num: 3554

DL MAC Vol Scell Pct: 16.3
SIP DC%: 
DLRLCLayerDataVolume MB: 5040.32
DRB UL Data Volume MB: 3439
PRB Util%: 29.3
RRC Setup Attempts: 4808
CA DL DataVolRatio Pct den: 7253
weekend: 1
UPTP Mbps Num: 61738
CA Activation Rate: 25.52
hr: 2
MAC_UE_SC_Tput: 4499.97

hr: 2
Setup_Fail_DEN: 17130
Peak UE: 38
MB_per_connected_UE: 200.73
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4113
DL Data Vol MAC in MB: 4449.65

Time: 08:40:53
holiday: 0
CA DL DataVolRatio Pct: 78.75
CA DL DataVolRatio Pct num: 3473

DL MAC Vol Scell Pct: 28.71
SIP DC%: 
DLRLCLayerDataVolume MB: 494.13
DRB UL Data Volume MB: 6692
PRB Util%: 28.3
weekend: 0
UPTP Mbps Num: 42192
CA Activation Rate: 40.51
hr: 3
MAC_UE_SC_Tput: 9538.28

hr: 3
CA Activation Rate num: 10681946
Setup_Fail_DEN: 11619
SIP_SC_Total_MOU: 29.05
Peak UE: 27
PCT Time MIMO: 36.96
DL Data Vol MAC in MB: 4285.72
CA Activation Rate den: 106624

Time: 17:57:12
holiday: 0

Avg_Connected_UEs: 68.11
SIP DC%: 
DLRLCLayerDataVolume MB: 4980.94
PRB Util%: 58.36
CA DL DataVolRatio Pct den: 7510
weekend: 0
UPTP Mbps Num: 10554
hr: 23
MAC_UE_SC_Tput: 13721.5

hr: 23
CA Activation Rate num: 8111794
SIP_SC_Total_MOU: 272.08
Peak UE: 29
MB_per_connected_UE: 44.41
PCT Time MIMO: 51.91
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5253
CA Activation Rate den: 97150

Time: 18:54:58
holiday: 0

SIP DC%: 
weekend: 0
hr: 10
MAC_UE_SC_Tput: 8314.41

hr: 10
CA Activation Rate num: 4685335
SIP_SC_Total_MOU: 416.19
Peak UE: 51
PCT Time MIMO: 40.14
DL Data Vol MAC in MB: 9667.76
CA Activation Rate den: 182465

holiday: 0
CA DL DataVolRatio Pct num: 3033

DL MAC Vol Scell Pct: 26.48
SIP DC%: 
DLRLCLayerDataVolume MB: 5136.4
PRB Util%: 40.28
RRC Setup Attempts: 4962
weekend: 1
UPTP Mbps Num: 11875
hr: 3
MAC_UE_SC_Tput: 13277.26
Bearer Releases: 7060

hr: 3
CA Activation Rate num: 9526196
SIP_SC_Total_MOU: 269.29
Peak UE: 27
DL Volume: 8514
CA Activation Rate den: 67017

Time: 02:32:43
holiday: 0
CA DL DataVolRatio Pct: 52.49

SIP DC%: 
UPTP_Mbps: 27.95
PRB Util%: 21.78
weekend: 0
UPTP Mbps Num: 11196
hr: 5
MAC_UE_SC_Tput: 11204.44

hr: 5
CA Activation Rate num: 4556284
UPTP Mbps Den: 3954
Setup_Fail_DEN: 16210
UL MAC Vol Scell Pct: 1.72
Peak UE: 30
MB_per_connected_UE: 64.3
PCT Time MIMO: 47.54
DL Volume: 8508
DL Data Vol MAC in MB: 655.47
CA Activation Rate den: 82078

Time: 20:29:18
holiday: 0

DL MAC Vol Scell Pct: 13.61
SIP DC%: 
DLRLCLayerDataVolume MB: 7103.19
RRC Setup Attempts: 5485
weekend: 1
UPTP Mbps Num: 8021
hr: 11
MAC_UE_SC_Tput: 13893.55
Bearer Releases: 8846

hr: 11
CA Activation Rate num: 5407115
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3743
CA Activation Rate den: 67465

Time: 06:49:22
holiday: 0

Avg_Connected_UEs: 77.93
SIP DC%: 
CA DL DataVolRatio Pct den: 8231
weekend: 0
hr: 2
MAC_UE_SC_Tput: 10641.77

hr: 2
CA Activation Rate num: 8018930
MB_per_connected_UE: 108.2
DL Volume: 9518

Time: 14:47:04
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5743.71
DRB UL Data Volume MB: 433
RRC Setup Attempts: 7874
weekend: 1
hr: 9
MAC_UE_SC_Tput: 8936.04

hr: 9
CA Activation Rate num: 5274463
Setup_Fail_DEN: 9689
Peak UE: 44
PCT Time MIMO: 40.77
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5770
DL Data Vol MAC in MB: 6708.22
CA Activation Rate den: 86331

Time: 18:54:21
holiday: 0
CA DL DataVolRatio Pct num: 3246

Avg_Connected_UEs: 76.63
SIP DC%: 
PRB Util%: 55.03
CA DL DataVolRatio Pct den: 3696
CA Conf FailRate Pct den: 5577
weekend: 0
hr: 19
MAC_UE_SC_Tput: 6562.01

hr: 19
CA Activation Rate num: 2260803
SIP_SC_Total_MOU: 107.44
UL MAC Vol Scell Pct: 5.33
Peak UE: 27
MB_per_connected_UE: 63.76
PCT Time MIMO: 58.82
CA Activation Rate den: 125429

holiday: 0
CA DL DataVolRatio Pct num: 4098

SIP DC%: 
CA Conf FailRate Pct den: 6301
weekend: 0
hr: 0
MAC_UE_SC_Tput: 8273.57

hr: 0
CA Activation Rate num: 4468607
Peak UE: 82
DL Volume: 5607
DL Data Vol MAC in MB: 2595.6
CA Activation Rate den: 107177

Time: 11:41:00
holiday: 0
CA DL DataVolRatio Pct: 75.66

Avg_Connected_UEs: 55.02
SIP DC%: 
UPTP_Mbps: 21.24
weekend: 0
hr: 7
MAC_UE_SC_Tput: 7496.46

hr: 7
CA Activation Rate num: 6878812
Setup_Fail_DEN: 15509
SIP_SC_Total_MOU: 138.42
MB_per_connected_UE: 109.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9283
DL Data Vol MAC in MB: 6072.3
CA Activation Rate den: 56749

holiday: 0
CA DL DataVolRatio Pct num: 7024

DL MAC Vol Scell Pct: 20.31
SIP DC%: 
DLRLCLayerDataVolume MB: 7798.28
PRB Util%: 59.27
CA Conf FailRate Pct den: 4401
weekend: 0
hr: 23
MAC_UE_SC_Tput: 9519.38

hr: 23
CA Activation Rate num: 5632858
Setup_Fail_DEN: 13942
Peak UE: 74
DL Data Vol MAC in MB: 8501.43
CA Activation Rate den: 55137

Time: 19:19:11
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1191
weekend: 0
hr: 0
MAC_UE_SC_Tput: 17482.35

hr: 0
Setup_Fail_DEN: 8233
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7187
DL Data Vol MAC in MB: 8616.11
CA Activation Rate den: 101133
Combined RACH Preambles: 3933

holiday: 0
CA DL DataVolRatio Pct: 77.66

SIP DC%: 
UPTP_Mbps: 12.7
DLRLCLayerDataVolume MB: 8288.65
DRB UL Data Volume MB: 2268
weekend: 0
UPTP Mbps Num: 19248
hr: 21
MAC_UE_SC_Tput: 18415.39

hr: 21
CA Activation Rate num: 8571112
SIP_SC_Total_MOU: 418.16
Peak UE: 38
MB_per_connected_UE: 39.35
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5518
CA Activation Rate den: 111132

Time: 00:05:50
holiday: 0
CA DL DataVolRatio Pct num: 4477

DL MAC Vol Scell Pct: 22.36
SIP DC%: 
UPTP_Mbps: 131.05
DLRLCLayerDataVolume MB: 6357.16
DRB UL Data Volume MB: 1358
CA Conf FailRate Pct den: 3561
weekend: 0
hr: 4
MAC_UE_SC_Tput: 6069.91

hr: 4
CA Activation Rate num: 3422320
Setup_Fail_DEN: 13334
Peak UE: 55
MB_per_connected_UE: 38.7
DL Data Vol MAC in MB: 3147.95
CA Activation Rate den: 188665

Time: 01:36:33
holiday: 0
CA DL DataVolRatio Pct num: 4007

SIP DC%: 
CA Conf FailRate Pct den: 8494
weekend: 0
UPTP Mbps Num: 2371
CA Activation Rate: 14.09
hr: 5
MAC_UE_SC_Tput: 11615.18

hr: 5
CA Activation Rate num: 3981540
Setup_Fail_DEN: 12553
Peak UE: 61
PCT Time MIMO: 51.36
DL Data Vol MAC in MB: 619.61
CA Activation Rate den: 41625

Time: 12:35:49
holiday: 0

Avg_Connected_UEs: 37.71
SIP DC%: 
UPTP_Mbps: 18.78
DLRLCLayerDataVolume MB: 9292.78
PRB Util%: 13.45
CA DL DataVolRatio Pct den: 3905
weekend: 1
UPTP Mbps Num: 28603
CA Activation Rate: 43.25
hr: 23
MAC_UE_SC_Tput: 7610.92
Bearer Releases: 11939

hr: 23
CA Activation Rate num: 7095841
SIP_SC_Total_MOU: 276.32
Peak UE: 78
MB_per_connected_UE: 171.16
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6943
CA Activation Rate den: 48005

Time: 08:53:18
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9512.08
DRB UL Data Volume MB: 1760
PRB Util%: 63.74
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4235.46
Bearer Releases: 6345

hr: 23
CA Activation Rate num: 10315851
UPTP Mbps Den: 875
Setup_Fail_DEN: 19213
Peak UE: 42
DL Volume: 7954
CA Activation Rate den: 220586

Time: 08:53:50
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3470.54
RRC Setup Attempts: 5869
weekend: 0
CA Activation Rate: 42.64
hr: 17
MAC_UE_SC_Tput: 8051.26
Bearer Releases: 11391

hr: 17
CA Activation Rate num: 1269409
Setup_Fail_DEN: 9377
Peak UE: 29
MB_per_connected_UE: 72.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5380
DL Data Vol MAC in MB: 5702.66
CA Activation Rate den: 142919

Time: 13:54:14
holiday: 0
CA DL DataVolRatio Pct: 42.62

Avg_Connected_UEs: 76.62
SIP DC%: 
UPTP_Mbps: 104.8
DLRLCLayerDataVolume MB: 6421.67
RRC Setup Attempts: 3529
CA DL DataVolRatio Pct den: 9977
CA Conf FailRate Pct den: 4064
weekend: 0
UPTP Mbps Num: 5686
CA Activation Rate: 44.35
hr: 3
MAC_UE_SC_Tput: 11349.53

hr: 3
CA Activation Rate num: 9037292
Setup_Fail_DEN: 14560
Peak UE: 53
MB_per_connected_UE: 62.87
DL Data Vol MAC in MB: 9377.66
CA Activation Rate den: 48135

Time: 22:16:01
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 518.96
DRB UL Data Volume MB: 6243
PRB Util%: 36.63
RRC Setup Attempts: 3743
weekend: 0
CA Activation Rate: 67.26
hr: 2
MAC_UE_SC_Tput: 18547.62
Bearer Releases: 13774

hr: 2
Peak UE: 78
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4628
CA Activation Rate den: 85512

Time: 01:21:42
holiday: 0

SIP DC%: 
UPTP_Mbps: 29.35
DLRLCLayerDataVolume MB: 5030.11
CA DL DataVolRatio Pct den: 4739
weekend: 0
hr: 10
MAC_UE_SC_Tput: 10026.49
Bearer Releases: 9632

hr: 10
CA Activation Rate num: 10712118
SIP_SC_Total_MOU: 301.17
Peak UE: 47

Time: 12:23:20
holiday: 0
CA DL DataVolRatio Pct: 79.63
CA DL DataVolRatio Pct num: 5919

SIP DC%: 
UPTP_Mbps: 114.29
DLRLCLayerDataVolume MB: 1297.74
RRC Setup Attempts: 6543
weekend: 0
hr: 22
MAC_UE_SC_Tput: 16530.86
Bearer Releases: 11366

hr: 22
CA Activation Rate num: 7303766
Setup_Fail_DEN: 11725
DL Volume: 8313
CA Activation Rate den: 86872

Time: 13:14:58
holiday: 0

DL MAC Vol Scell Pct: 8.29
Avg_Connected_UEs: 49.25
SIP DC%: 
DLRLCLayerDataVolume MB: 4368.12
PRB Util%: 34.48
weekend: 0
UPTP Mbps Num: 55619
hr: 6
MAC_UE_SC_Tput: 4334.63

hr: 6
CA Activation Rate num: 5291595
Peak UE: 51
PCT Time MIMO: 57.78
CA Activation Rate den: 51059

Time: 05:46:28
holiday: 0

Avg_Connected_UEs: 38.76
SIP DC%: 
UPTP_Mbps: 58.52
DLRLCLayerDataVolume MB: 6365.4
DRB UL Data Volume MB: 4594
RRC Setup Attempts: 4905
weekend: 0
hr: 15
MAC_UE_SC_Tput: 14897.54

hr: 15
CA Activation Rate num: 5761394
Setup_Fail_DEN: 11127
Peak UE: 33
MB_per_connected_UE: 39.06
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4693
DL Data Vol MAC in MB: 7923.41
CA Activation Rate den: 132716

Time: 16:54:43
holiday: 0
CA DL DataVolRatio Pct num: 2581

SIP DC%: 
DLRLCLayerDataVolume MB: 1873.5
CA DL DataVolRatio Pct den: 9674
weekend: 0
UPTP Mbps Num: 50040
CA Activation Rate: 58.49
hr: 23
MAC_UE_SC_Tput: 14574.45

hr: 23
CA Activation Rate num: 10901329
SIP_SC_Total_MOU: 100.16
Peak UE: 40
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3348
DL Data Vol MAC in MB: 7344.63
CA Activation Rate den: 174307

Time: 05:01:56
holiday: 0

DL MAC Vol Scell Pct: 19
SIP DC%: 
weekend: 0
UPTP Mbps Num: 34832
hr: 23
MAC_UE_SC_Tput: 14220
Bearer Releases: 11049

hr: 23
CA Activation Rate num: 1075599
Peak UE: 27
PCT Time MIMO: 49.49
DL Data Vol MAC in MB: 9669.38
CA Activation Rate den: 107278
Time: 18:35:23

holiday: 0

Avg_Connected_UEs: 16.34
SIP DC%: 
RRC Setup Attempts: 7233
CA Conf FailRate Pct den: 7650
weekend: 0
hr: 0
MAC_UE_SC_Tput: 17021.92
Bearer Releases: 16922

hr: 0
CA Activation Rate num: 4491471
Peak UE: 40
MB_per_connected_UE: 159.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6421
DL Data Vol MAC in MB: 6283.86

Time: 20:39:55
holiday: 0
CA DL DataVolRatio Pct num: 3900

SIP DC%: 
DRB UL Data Volume MB: 1202
CA DL DataVolRatio Pct den: 8318
weekend: 0
UPTP Mbps Num: 12067
hr: 13
MAC_UE_SC_Tput: 13802.06
Bearer Releases: 11132

hr: 13
Setup_Fail_DEN: 14874
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 140.81
CA Activation Rate den: 127324

Time: 07:16:35
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5875.79
weekend: 0
hr: 7
MAC_UE_SC_Tput: 6412.73

hr: 7
CA Activation Rate num: 2790020
Peak UE: 27
MB_per_connected_UE: 8.22
DL Volume: 5908
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7678
DL Data Vol MAC in MB: 3270.57
CA Activation Rate den: 93522

Time: 09:07:35
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4961.65
PRB Util%: 12.07
weekend: 0
UPTP Mbps Num: 5840
hr: 20
Bearer Releases: 11190

hr: 20
CA Activation Rate num: 9768361
Setup_Fail_DEN: 7574
SIP_SC_Total_MOU: 128.3
Peak UE: 27
DL Volume: 850
CA Activation Rate den: 96050

Time: 06:41:24
holiday: 0
CA DL DataVolRatio Pct num: 1349

Avg_Connected_UEs: 23.88
SIP DC%: 
weekend: 1
hr: 23
MAC_UE_SC_Tput: 7082.49

hr: 23
CA Activation Rate num: 10484957
SIP_SC_Total_MOU: 122.19
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4877
CA Activation Rate den: 49165

Time: 02:47:37
holiday: 0

SIP DC%: 
PRB Util%: 31.62
weekend: 0
hr: 4
MAC_UE_SC_Tput: 5618.81

hr: 4
Peak UE: 41
MB_per_connected_UE: 119.64
DL Volume: 5343
DL Data Vol MAC in MB: 9749.96
CA Activation Rate den: 111409
Time: 21:53:45

holiday: 0
CA DL DataVolRatio Pct num: 4985

SIP DC%: 
DRB UL Data Volume MB: 1237
RRC Setup Attempts: 4273
weekend: 0
UPTP Mbps Num: 15923
hr: 5
MAC_UE_SC_Tput: 4326.29
Bearer Releases: 13887

hr: 5
UPTP Mbps Den: 1015
Setup_Fail_DEN: 17594
Peak UE: 63
MB_per_connected_UE: 208.07
PCT Time MIMO: 68.19
DL Data Vol MAC in MB: 5511.42

Time: 08:39:47
holiday: 0
CA DL DataVolRatio Pct num: 4011

SIP DC%: 
DLRLCLayerDataVolume MB: 633.34
RRC Setup Attempts: 7886
CA DL DataVolRatio Pct den: 6163
CA Conf FailRate Pct den: 4427
weekend: 0
UPTP Mbps Num: 10994
hr: 11
MAC_UE_SC_Tput: 8683.83
Bearer Releases: 14928

hr: 11
Peak UE: 66
PCT Time MIMO: 47.09
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4619
DL Data Vol MAC in MB: 1614.08
CA Activation Rate den: 115823

Time: 20:54:56
holiday: 0
CA DL DataVolRatio Pct num: 6368

DL MAC Vol Scell Pct: 4.75
SIP DC%: 
RRC Setup Attempts: 4103
weekend: 0
UPTP Mbps Num: 21139
hr: 4
MAC_UE_SC_Tput: 16420.43

hr: 4
CA Activation Rate num: 5310413
Setup_Fail_DEN: 15004
Peak UE: 39
MB_per_connected_UE: 79.14
DL Volume: 1194
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5659

Time: 02:38:27
holiday: 0

DL MAC Vol Scell Pct: 29.91
SIP DC%: 
UPTP_Mbps: 12.41
DLRLCLayerDataVolume MB: 3623.23
DRB UL Data Volume MB: 2762
PRB Util%: 44.35
CA Conf FailRate Pct den: 4249
weekend: 0
UPTP Mbps Num: 60043
hr: 0
MAC_UE_SC_Tput: 9351.65

hr: 0
CA Activation Rate num: 4667190
Peak UE: 44
MB_per_connected_UE: 50.28
DL Volume: 9080

Time: 08:26:49
holiday: 0
CA DL DataVolRatio Pct num: 5239

SIP DC%: 
DLRLCLayerDataVolume MB: 6839.08
weekend: 0
UPTP Mbps Num: 3009
hr: 23
MAC_UE_SC_Tput: 10933.67

hr: 23
CA Activation Rate num: 5978224
SIP_SC_Total_MOU: 77.11
MB_per_connected_UE: 88.13
DL Data Vol MAC in MB: 6169.14
CA Activation Rate den: 174698

Time: 22:00:50
holiday: 0

SIP DC%: 
UPTP_Mbps: 25.45
DLRLCLayerDataVolume MB: 409.28
DRB UL Data Volume MB: 6684
CA Conf FailRate Pct den: 5241
weekend: 0
UPTP Mbps Num: 2834
CA Activation Rate: 38.62
hr: 23
MAC_UE_SC_Tput: 13404.54

hr: 23
CA Activation Rate num: 6225272
SIP_SC_Total_MOU: 405.51
Peak UE: 56
MB_per_connected_UE: 127.06
DL Data Vol MAC in MB: 6971.5
CA Activation Rate den: 202268

Time: 20:37:16
holiday: 0
CA DL DataVolRatio Pct: 78.69
CA DL DataVolRatio Pct num: 4498

DL MAC Vol Scell Pct: 52.41
Avg_Connected_UEs: 79.77
SIP DC%: 
UPTP_Mbps: 8
DLRLCLayerDataVolume MB: 2853.64
weekend: 0
UPTP Mbps Num: 3704
hr: 12
Bearer Releases: 14519

hr: 12
CA Activation Rate num: 9716338
SIP_SC_Total_MOU: 271.56
Peak UE: 36
MB_per_connected_UE: 33.59
CA Activation Rate den: 59336

Time: 20:32:17
holiday: 0
CA DL DataVolRatio Pct num: 6170

SIP DC%: 
UPTP_Mbps: 42.22
DLRLCLayerDataVolume MB: 8166.9
PRB Util%: 36.64
weekend: 0
hr: 6
MAC_UE_SC_Tput: 4310.1

hr: 6
CA Activation Rate num: 5292514
SIP_SC_Total_MOU: 387.39
Peak UE: 27
MB_per_connected_UE: 174.53
DL Volume: 5347
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5214
DL Data Vol MAC in MB: 8824.14

Time: 06:20:11
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2754.85
DRB UL Data Volume MB: 9878
CA DL DataVolRatio Pct den: 2938
weekend: 0
hr: 23
MAC_UE_SC_Tput: 18958.37
Bearer Releases: 18159

hr: 23
CA Activation Rate num: 9675576
SIP_SC_Total_MOU: 315.42

Time: 23:14:44
holiday: 0
CA DL DataVolRatio Pct: 78

SIP DC%: 
DLRLCLayerDataVolume MB: 1330.74
DRB UL Data Volume MB: 2427
RRC Setup Attempts: 6444
weekend: 0
hr: 3
MAC_UE_SC_Tput: 11805.33

hr: 3
SIP_SC_Total_MOU: 7.33
Peak UE: 79
MB_per_connected_UE: 94.24
UL Throughput: 8.05
DL Data Vol MAC in MB: 3869.9
CA Activation Rate den: 151023

Time: 19:09:15
holiday: 0
CA DL DataVolRatio Pct num: 5438

SIP DC%: 
DRB UL Data Volume MB: 7594
CA DL DataVolRatio Pct den: 8337
CA Conf FailRate Pct den: 4524
weekend: 1
UPTP Mbps Num: 24882
CA Activation Rate: 38.38
hr: 11
MAC_UE_SC_Tput: 12379.5
Bearer Releases: 8072

hr: 11
SIP_SC_Total_MOU: 231.8
Peak UE: 51
MB_per_connected_UE: 92.47
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5374

Combined RACH Preambles: 3429
Time: 10:30:32
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5451.64
PRB Util%: 25.18
RRC Setup Attempts: 8117
CA Conf FailRate Pct den: 4542
weekend: 1
hr: 23
MAC_UE_SC_Tput: 13001.22
Bearer Releases: 16723

hr: 23
CA Activation Rate num: 6480848
Setup_Fail_DEN: 9098
SIP_SC_Total_MOU: 209.95
Peak UE: 48
MB_per_connected_UE: 203.05

Time: 22:10:26
holiday: 0

Avg_Connected_UEs: 71.07
SIP DC%: 
UPTP_Mbps: 30.3
DLRLCLayerDataVolume MB: 9541.23
CA Conf FailRate Pct den: 7465
weekend: 0
hr: 0

hr: 0
CA Activation Rate num: 9563406
Setup_Fail_DEN: 16974
Peak UE: 96

Combined RACH Preambles: 2022
Time: 20:51:23
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2624.85
PRB Util%: 22.12
CA DL DataVolRatio Pct den: 5772
CA Conf FailRate Pct den: 8734
weekend: 1
hr: 12
MAC_UE_SC_Tput: 7078.2
Bearer Releases: 9919

hr: 12
CA Activation Rate num: 5831768
Setup_Fail_DEN: 7645
SIP_SC_Total_MOU: 57.04
Peak UE: 27
DL Data Vol MAC in MB: 4748.07
CA Activation Rate den: 80404
Time: 19:53:31

holiday: 0
CA DL DataVolRatio Pct num: 5524

Avg_Connected_UEs: 68.9
SIP DC%: 
DLRLCLayerDataVolume MB: 7565.64
CA Conf FailRate Pct den: 8521
weekend: 0
UPTP Mbps Num: 55026
hr: 0
MAC_UE_SC_Tput: 6899.51
Bearer Releases: 6595

hr: 0
CA Activation Rate num: 1783103
Peak UE: 27
MB_per_connected_UE: 119.26
CA Activation Rate den: 151330

Time: 15:03:37
holiday: 0
CA DL DataVolRatio Pct num: 5843

DL MAC Vol Scell Pct: 33.2
SIP DC%: 
DLRLCLayerDataVolume MB: 6988
RRC Setup Attempts: 4249
weekend: 0
hr: 6

hr: 6
CA Activation Rate num: 4118901
Peak UE: 75
MB_per_connected_UE: 36.92
PCT Time MIMO: 59.19
DL Volume: 7166
DL Data Vol MAC in MB: 10064.46
CA Activation Rate den: 77512
Combined RACH Preambles: 2128

Time: 05:27:27
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2410.45
DRB UL Data Volume MB: 6456
DL Packet Loss Pct: 3.2
CA DL DataVolRatio Pct den: 9881
CA Conf FailRate Pct den: 7053
weekend: 0
UPTP Mbps Num: 17956
hr: 22
MAC_UE_SC_Tput: 17538.67

hr: 22
CA Activation Rate num: 2867652
Setup_Fail_DEN: 19016
Peak UE: 81
VOLTE IA%: 
MB_per_connected_UE: 33.08
PCT Time MIMO: 45.53
UL Throughput: 9.41
DL Data Vol MAC in MB: 3774.71
CA Activation Rate den: 162025

Time: 07:49:44
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5916.61
PRB Util%: 33.57
DL Packet Loss Pct: 3.71
weekend: 0
UPTP Mbps Num: 33897
hr: 2
MAC_UE_SC_Tput: 13823.92

hr: 2
CA Activation Rate num: 6163848
Setup_Fail_DEN: 16795
SIP_SC_Total_MOU: 181.92
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5168
DL Data Vol MAC in MB: 5668.8

Time: 15:41:09
holiday: 0
CA DL DataVolRatio Pct: 44.59
CA DL DataVolRatio Pct num: 6733

SIP DC%: 
DLRLCLayerDataVolume MB: 8505.71
DRB UL Data Volume MB: 3497
CA Conf FailRate Pct den: 4885
weekend: 0
UPTP Mbps Num: 19500
hr: 11
MAC_UE_SC_Tput: 18011.18

hr: 11
Setup_Fail_DEN: 17718
Peak UE: 27
MB_per_connected_UE: 180.91
DL Volume: 6480
CA Activation Rate den: 41804

Time: 18:57:18
holiday: 0

SIP DC%: 
UPTP_Mbps: 121.83
DLRLCLayerDataVolume MB: 7272.56
CA Conf FailRate Pct den: 5621
weekend: 0
CA Activation Rate: 36.67
hr: 23
MAC_UE_SC_Tput: 5387.25
Bearer Releases: 6561

hr: 23
CA Activation Rate num: 9219502
SIP_SC_Total_MOU: 198.1
Peak UE: 55
MB_per_connected_UE: 133.01
DL Data Vol MAC in MB: 9937.71
CA Activation Rate den: 82877

Time: 20:50:54
holiday: 0

SIP DC%: 
weekend: 0
hr: 1
MAC_UE_SC_Tput: 5934.61

hr: 1
CA Activation Rate num: 8859186
SIP_SC_Total_MOU: 135.78
Peak UE: 79
DL Data Vol MAC in MB: 6408.52
CA Activation Rate den: 111122
Combined RACH Preambles: 3903

Time: 18:59:06
holiday: 0

SIP DC%: 
UPTP_Mbps: 38.63
PRB Util%: 14.19
CA Conf FailRate Pct den: 9197
weekend: 1
hr: 23
MAC_UE_SC_Tput: 13074.42

hr: 23
CA Activation Rate num: 9018557
Peak UE: 71
MB_per_connected_UE: 64.46
DL Data Vol MAC in MB: 4235.2
CA Activation Rate den: 157173

Time: 16:17:08
holiday: 0
CA DL DataVolRatio Pct num: 7060

DL MAC Vol Scell Pct: 28.58
Avg_Connected_UEs: 22.8
SIP DC%: 
UPTP_Mbps: 21.66
weekend: 1
CA Activation Rate: 35.41
hr: 8
MAC_UE_SC_Tput: 6620.21
Bearer Releases: 12796

hr: 8
CA Activation Rate num: 7457549
SIP_SC_Total_MOU: 117.12
Peak UE: 27
MB_per_connected_UE: 148.2
DL Volume: 4931
DL Data Vol MAC in MB: 8322.5

Time: 00:31:35
holiday: 0
CA DL DataVolRatio Pct num: 3108

SIP DC%: 
UPTP_Mbps: 90.77
DLRLCLayerDataVolume MB: 5584.5
DRB UL Data Volume MB: 7600
weekend: 0
UPTP Mbps Num: 59072
hr: 2
MAC_UE_SC_Tput: 11250.94
Bearer Releases: 11693

hr: 2
CA Activation Rate num: 4403058
Setup_Fail_DEN: 12317
Peak UE: 42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6859
DL Data Vol MAC in MB: 1740.68
CA Activation Rate den: 68719

Combined RACH Preambles: 3772
Time: 06:50:25
holiday: 0

Avg_Connected_UEs: 37.07
SIP DC%: 
UPTP_Mbps: 62.01
DLRLCLayerDataVolume MB: 5308.5
CA Conf FailRate Pct den: 8314
weekend: 0
UPTP Mbps Num: 56457
hr: 23
MAC_UE_SC_Tput: 5821.79
Bearer Releases: 8384

hr: 23
CA Activation Rate num: 11682341
SIP_SC_Total_MOU: 58.58
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6903

Time: 01:07:54
holiday: 0
CA DL DataVolRatio Pct num: 6019

SIP DC%: 
DRB UL Data Volume MB: 2298
RRC Setup Attempts: 4742
weekend: 0
UPTP Mbps Num: 9996
CA Activation Rate: 34.4
hr: 21
MAC_UE_SC_Tput: 6377.16
Bearer Releases: 13335

hr: 21
CA Activation Rate num: 436343
SIP_SC_Total_MOU: 177.87
Peak UE: 58
DL Volume: 625
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5031
DL Data Vol MAC in MB: 9730.01
CA Activation Rate den: 67385

Time: 22:03:59
holiday: 0
CA DL DataVolRatio Pct num: 1636

Avg_Connected_UEs: 43.45
SIP DC%: 
DLRLCLayerDataVolume MB: 7181.79
weekend: 0
hr: 11
MAC_UE_SC_Tput: 13326.59

hr: 11
CA Activation Rate num: 7790852
Setup_Fail_DEN: 13559
Peak UE: 45
MB_per_connected_UE: 122.11
DL Volume: 4217
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4625
DL Data Vol MAC in MB: 7657.24
CA Activation Rate den: 37956

Combined RACH Preambles: 3508
Time: 20:18:54
holiday: 0
CA DL DataVolRatio Pct num: 6074

SIP DC%: 
DLRLCLayerDataVolume MB: 661.35
CA DL DataVolRatio Pct den: 2499
weekend: 0
UPTP Mbps Num: 12285
hr: 15
MAC_UE_SC_Tput: 7072.66
Bearer Releases: 7869

hr: 15
Setup_Fail_DEN: 10289
Peak UE: 38
MB_per_connected_UE: 19.11
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3119
DL Data Vol MAC in MB: 10188.01

Time: 05:14:13
holiday: 0

SIP DC%: 
weekend: 0
hr: 0
MAC_UE_SC_Tput: 19950.97
Bearer Releases: 17006

hr: 0
CA Activation Rate num: 7748672
Setup_Fail_DEN: 9087
SIP_SC_Total_MOU: 302.16
Peak UE: 55
MB_per_connected_UE: 168.77
UL Throughput: 12.77
DL Data Vol MAC in MB: 3827.57
CA Activation Rate den: 69433

Time: 10:11:42
holiday: 0

DL MAC Vol Scell Pct: 13.66
Avg_Connected_UEs: 32.59
SIP DC%: 
DLRLCLayerDataVolume MB: 7561.59
DRB UL Data Volume MB: 8401
weekend: 0
CA Activation Rate: 58.51
hr: 23
MAC_UE_SC_Tput: 9900.77
Bearer Releases: 17444

hr: 23
CA Activation Rate num: 3856828
Setup_Fail_DEN: 11710
SIP_SC_Total_MOU: 36.49
Peak UE: 95
MB_per_connected_UE: 66.73
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4557
DL Data Vol MAC in MB: 8482.84
CA Activation Rate den: 77407

Combined RACH Preambles: 5017
Time: 08:15:45
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 4921
CA DL DataVolRatio Pct den: 8137
CA Conf FailRate Pct den: 7050
weekend: 0
UPTP Mbps Num: 15057
hr: 0
MAC_UE_SC_Tput: 4744.86

hr: 0
CA Activation Rate num: 9142510
Peak UE: 33
VOLTE IA%: 
MB_per_connected_UE: 193.94
DL Volume: 1283
DL Data Vol MAC in MB: 3900.98
CA Activation Rate den: 125725
Combined RACH Preambles: 2931

Time: 06:29:56
holiday: 0

SIP DC%: 
UPTP_Mbps: 109.24
DLRLCLayerDataVolume MB: 4008.45
DRB UL Data Volume MB: 2944
PRB Util%: 8.38
weekend: 0
CA Activation Rate: 56.23
hr: 9
MAC_UE_SC_Tput: 4407.07
Bearer Releases: 6464

hr: 9
CA Activation Rate num: 1988348
Setup_Fail_DEN: 12339
Peak UE: 30
MB_per_connected_UE: 11.64
CA Activation Rate den: 72080

Time: 03:54:54
holiday: 0

DL MAC Vol Scell Pct: 42.66
SIP DC%: 
DLRLCLayerDataVolume MB: 1674.29
DRB UL Data Volume MB: 7602
weekend: 0
UPTP Mbps Num: 59981
CA Activation Rate: 73.93
hr: 0
MAC_UE_SC_Tput: 6992.45

hr: 0
CA Activation Rate num: 6601002
Setup_Fail_DEN: 12896
SIP_SC_Total_MOU: 330.22
Peak UE: 44
MB_per_connected_UE: 62.19
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3990
UL Throughput: 10.53
DL Data Vol MAC in MB: 2091.76

Time: 18:06:27
holiday: 0
CA DL DataVolRatio Pct num: 4363

SIP DC%: 
UPTP_Mbps: 31.83
DLRLCLayerDataVolume MB: 1323.02
PRB Util%: 72.07
CA DL DataVolRatio Pct den: 5811
weekend: 0
CA Activation Rate: 73.11
hr: 19
MAC_UE_SC_Tput: 10004.72

hr: 19
CA Activation Rate num: 1008010
Peak UE: 61
MB_per_connected_UE: 21.99
PCT Time MIMO: 65.93
DL Data Vol MAC in MB: 7220.83
CA Activation Rate den: 58577

Combined RACH Preambles: 3862
Time: 10:38:03
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3833.47
PRB Util%: 31.73
CA DL DataVolRatio Pct den: 5228
weekend: 0
CA Activation Rate: 10.71
hr: 23
MAC_UE_SC_Tput: 8287.49

hr: 23
CA Activation Rate num: 3900493
MB_per_connected_UE: 104.09
CA Activation Rate den: 154669

Combined RACH Preambles: 3310
Time: 07:51:21
holiday: 0

Avg_Connected_UEs: 38.78
SIP DC%: 
DRB UL Data Volume MB: 4771
RRC Setup Attempts: 7948
CA Conf FailRate Pct den: 4459
weekend: 0
UPTP Mbps Num: 51702
hr: 4
MAC_UE_SC_Tput: 19608.1
Bearer Releases: 18526

hr: 4
CA Activation Rate num: 10680540
SIP_SC_Total_MOU: 88.84
Peak UE: 54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7978
CA Activation Rate den: 133204

Time: 02:25:26
holiday: 0
CA DL DataVolRatio Pct num: 6914

Avg_Connected_UEs: 78.69
SIP DC%: 
UPTP_Mbps: 38.76
weekend: 1
UPTP Mbps Num: 38460
hr: 12
MAC_UE_SC_Tput: 10905.73
Bearer Releases: 14170

hr: 12
CA Activation Rate num: 10150298
Setup_Fail_DEN: 12577
SIP_SC_Total_MOU: 226.17
Peak UE: 33
MB_per_connected_UE: 52.77
DL Data Vol MAC in MB: 6881.35

Time: 20:29:43
holiday: 0

SIP DC%: 
UPTP_Mbps: 27.07
DLRLCLayerDataVolume MB: 2674.95
DRB UL Data Volume MB: 6380
PRB Util%: 42.32
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11775.67

hr: 23
CA Activation Rate num: 4708397
Setup_Fail_DEN: 18309
Peak UE: 76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3544
CA Activation Rate den: 141925

Time: 14:29:37
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 6534
weekend: 0
UPTP Mbps Num: 11155
hr: 5
MAC_UE_SC_Tput: 20054.48
Bearer Releases: 8987

hr: 5
CA Activation Rate num: 4928169
Setup_Fail_DEN: 19105
Peak UE: 27
DL Volume: 1366

Time: 13:46:34
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3428.11
weekend: 0
hr: 7
MAC_UE_SC_Tput: 5118.56

hr: 7
CA Activation Rate num: 5679924
Peak UE: 44
DL Volume: 1351
DL Data Vol MAC in MB: 5953.85
Time: 16:52:56

holiday: 0
CA DL DataVolRatio Pct num: 2253

SIP DC%: 
DRB UL Data Volume MB: 4361
CA Conf FailRate Pct den: 6117
weekend: 1
hr: 23
MAC_UE_SC_Tput: 10254.9
Bearer Releases: 9573

hr: 23
CA Activation Rate num: 2232623
Setup_Fail_DEN: 13743
SIP_SC_Total_MOU: 382.54
Peak UE: 69
DL Volume: 1446
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3080
DL Data Vol MAC in MB: 6143.28
CA Activation Rate den: 165912

Time: 01:06:56
holiday: 0
CA DL DataVolRatio Pct num: 4403

Avg_Connected_UEs: 80.39
SIP DC%: 
CA Conf FailRate Pct den: 8281
weekend: 0
hr: 11
MAC_UE_SC_Tput: 8258.41

hr: 11
CA Activation Rate num: 4160520
Setup_Fail_DEN: 17931
Peak UE: 27
MB_per_connected_UE: 140.89
DL Volume: 5193
DL Data Vol MAC in MB: 3357.32
CA Activation Rate den: 138296

Time: 14:34:01
holiday: 0

Avg_Connected_UEs: 31.08
SIP DC%: 
CA Conf FailRate Pct den: 9428
weekend: 0
hr: 17
MAC_UE_SC_Tput: 7822.02

hr: 17
CA Activation Rate num: 7083824
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 80.78
DL Volume: 2844
DL Data Vol MAC in MB: 7277.61

Time: 06:07:59
holiday: 0
CA DL DataVolRatio Pct num: 6808

SIP DC%: 
DLRLCLayerDataVolume MB: 2065.49
PRB Util%: 19.51
RRC Setup Attempts: 4048
weekend: 0
hr: 9
MAC_UE_SC_Tput: 25316.32
Bearer Releases: 16512

hr: 9
CA Activation Rate num: 10604708
Peak UE: 44
MB_per_connected_UE: 63.31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7657
DL Data Vol MAC in MB: 2799.86
CA Activation Rate den: 96346

Time: 13:09:40
holiday: 0

DL MAC Vol Scell Pct: 25.45
SIP DC%: 
DLRLCLayerDataVolume MB: 8718.66
DRB UL Data Volume MB: 8737
weekend: 0
UPTP Mbps Num: 5584
CA Activation Rate: 30.78
hr: 23
MAC_UE_SC_Tput: 13183.13
Bearer Releases: 14857

hr: 23
CA Activation Rate num: 203858
Setup_Fail_DEN: 6492
UL MAC Vol Scell Pct: 6.4
QCI 1 Bearer Drop%: 1.18
Peak UE: 27
MB_per_connected_UE: 179.07
PCT Time MIMO: 34.91
DL Volume: 9540
DL Data Vol MAC in MB: 5987.65
CA Activation Rate den: 107239

Time: 19:34:29
holiday: 0

Avg_Connected_UEs: 52.86
SIP DC%: 
UPTP_Mbps: 123.64
DLRLCLayerDataVolume MB: 173.39
DRB UL Data Volume MB: 4614
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4667.35
Bearer Releases: 7929

hr: 23
CA Activation Rate num: 2883221
Peak UE: 63
DL Volume: 3151
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4202
DL Data Vol MAC in MB: 2878.15
CA Activation Rate den: 135200

Time: 01:48:55
holiday: 0

SIP DC%: 
PRB Util%: 57.68
RRC Setup Attempts: 5875
CA Conf FailRate Pct den: 9029
weekend: 0
UPTP Mbps Num: 5495
hr: 21
MAC_UE_SC_Tput: 13632.81

hr: 21
CA Activation Rate num: 6500196
SIP_SC_Total_MOU: 194.42
Peak UE: 27
MB_per_connected_UE: 129.12
DL Volume: 9793
CA Activation Rate den: 74884

Combined RACH Preambles: 3761
Time: 03:10:15
holiday: 0

SIP DC%: 
UPTP_Mbps: 95.03
DLRLCLayerDataVolume MB: 4374.53
DRB UL Data Volume MB: 1480
weekend: 0
UPTP Mbps Num: 41233
hr: 10
MAC_UE_SC_Tput: 11911.63

hr: 10
CA Activation Rate num: 6781710
Setup_Fail_DEN: 10803
Peak UE: 30
MB_per_connected_UE: 184.58
DL Data Vol MAC in MB: 4559.03
CA Activation Rate den: 57177

Time: 02:12:30
holiday: 0
CA DL DataVolRatio Pct: 52.5
CA DL DataVolRatio Pct num: 986

Avg_Connected_UEs: 30.68
SIP DC%: 
DLRLCLayerDataVolume MB: 3763.62
weekend: 0
hr: 8
MAC_UE_SC_Tput: 6842.07
Bearer Releases: 6792

hr: 8
Setup_Fail_DEN: 13911
Peak UE: 27
MB_per_connected_UE: 26.83
CA Activation Rate den: 46621

Time: 16:15:16
holiday: 0
CA DL DataVolRatio Pct num: 2637

DL MAC Vol Scell Pct: 14.55
SIP DC%: 
PRB Util%: 67.25
CA DL DataVolRatio Pct den: 3477
CA Conf FailRate Pct den: 9172
weekend: 0
UPTP Mbps Num: 49957
hr: 2
MAC_UE_SC_Tput: 14996.1

hr: 2
UPTP Mbps Den: 5702
SIP_SC_Total_MOU: 363.14
Peak UE: 44
DL Volume: 5342
DL Data Vol MAC in MB: 3712.37
CA Activation Rate den: 51088

Time: 12:18:52
holiday: 0
CA DL DataVolRatio Pct num: 540

DL MAC Vol Scell Pct: 20.14
SIP DC%: 
PRB Util%: 26.74
RRC Setup Attempts: 3758
weekend: 0
hr: 0
MAC_UE_SC_Tput: 7599.26

hr: 0
Setup_Fail_DEN: 11259
SIP_SC_Total_MOU: 84.54
Peak UE: 27
PCT Time MIMO: 58.63
DL Data Vol MAC in MB: 6957.4

Time: 01:20:10
holiday: 0
CA DL DataVolRatio Pct: 59.25

Avg_Connected_UEs: 32.38
SIP DC%: 
DLRLCLayerDataVolume MB: 2825.49
CA DL DataVolRatio Pct den: 814
weekend: 0
hr: 10
MAC_UE_SC_Tput: 16269.45
Bearer Releases: 6563

hr: 10
Avg CQI: 10
CA Activation Rate num: 5428024
Setup_Fail_DEN: 13119
SIP_SC_Total_MOU: 181.69
Peak UE: 69
MB_per_connected_UE: 154.05
PCT Time MIMO: 64.97
DL Volume: 848
DL Data Vol MAC in MB: 1159.87

Combined RACH Preambles: 2115
Time: 08:46:29
holiday: 0

SIP DC%: 
weekend: 1
hr: 16
MAC_UE_SC_Tput: 9832.91
Bearer Releases: 6254

hr: 16
CA Activation Rate num: 202789
Setup_Fail_DEN: 19120
Peak UE: 29
MB_per_connected_UE: 60.35
DL Volume: 3942
DL Data Vol MAC in MB: 2439.08

Time: 12:15:40
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9595.85
DRB UL Data Volume MB: 3290
PRB Util%: 66.96
CA Conf FailRate Pct den: 6928
weekend: 0
UPTP Mbps Num: 36713
hr: 23
MAC_UE_SC_Tput: 7611.25

hr: 23
CA Activation Rate num: 10720128
Peak UE: 27
MB_per_connected_UE: 54.51
DL Volume: 9438
DL Data Vol MAC in MB: 8736.35

Time: 20:01:24
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7353.09
DRB UL Data Volume MB: 1406
PRB Util%: 26.76
CA DL DataVolRatio Pct den: 7058
weekend: 0
UPTP Mbps Num: 3859
CA Activation Rate: 52.09
hr: 3
MAC_UE_SC_Tput: 5630.23
Bearer Releases: 7268

hr: 3
CA Activation Rate num: 7163408
Peak UE: 31
CA Activation Rate den: 80435

Time: 23:43:18
holiday: 0

SIP DC%: 
UPTP_Mbps: 33.86
DLRLCLayerDataVolume MB: 3057.39
DRB UL Data Volume MB: 4314
PRB Util%: 38.13
CA Conf FailRate Pct den: 7240
weekend: 0
hr: 8
MAC_UE_SC_Tput: 13482.15

hr: 8
CA Activation Rate num: 5342091
Peak UE: 49
MB_per_connected_UE: 48.79
DL Volume: 8251
DL Data Vol MAC in MB: 4136.89
CA Activation Rate den: 66845
Combined RACH Preambles: 3010

Time: 17:52:36
holiday: 0

DL MAC Vol Scell Pct: 22.51
SIP DC%: 
DLRLCLayerDataVolume MB: 5987.38
DRB UL Data Volume MB: 4396
PRB Util%: 28.67
CA Conf FailRate Pct den: 7016
weekend: 1
UPTP Mbps Num: 47996
CA Activation Rate: 31.48
hr: 0
MAC_UE_SC_Tput: 5249.86

hr: 0
CA Activation Rate num: 4885082
SIP_SC_Total_MOU: 43.34
Peak UE: 71
CA Activation Rate den: 89874

Time: 22:16:42
holiday: 0

DL MAC Vol Scell Pct: 29.22
Avg_Connected_UEs: 23.92
SIP DC%: 
DLRLCLayerDataVolume MB: 773.9
DRB UL Data Volume MB: 5234
RRC Setup Attempts: 5361
weekend: 0
CA Activation Rate: 40.68
hr: 23
MAC_UE_SC_Tput: 6677.49

hr: 23
CA Activation Rate num: 11070013
Setup_Fail_DEN: 12367
Peak UE: 78
PCT Time MIMO: 37.58
DL Data Vol MAC in MB: 7447.04

Combined RACH Preambles: 3577
Time: 18:25:03
holiday: 0
CA DL DataVolRatio Pct num: 4474

SIP DC%: 
RRC Setup Attempts: 7893
CA Conf FailRate Pct den: 6583
weekend: 0
hr: 2
MAC_UE_SC_Tput: 10259.97

hr: 2
CA Activation Rate num: 10859220
Setup_Fail_DEN: 9220
SIP_SC_Total_MOU: 162.27
Peak UE: 36
MB_per_connected_UE: 109.18

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3112.99
RRC Setup Attempts: 5690
weekend: 0
UPTP Mbps Num: 29833
hr: 23
MAC_UE_SC_Tput: 6650.42

hr: 23
CA Activation Rate num: 10850697
SIP_SC_Total_MOU: 214.99
Peak UE: 27
MB_per_connected_UE: 24.43
DL Data Vol MAC in MB: 5557.72

Time: 05:46:46
holiday: 0

SIP DC%: 
CA Conf FailRate Pct den: 4336
weekend: 0
UPTP Mbps Num: 32350
hr: 3
MAC_UE_SC_Tput: 7007.4
Bearer Releases: 6531

hr: 3
UPTP Mbps Den: 4549
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 11.54
DL Data Vol MAC in MB: 3853.69
CA Activation Rate den: 83901
Combined RACH Preambles: 4172

Time: 06:40:01
holiday: 0
CA DL DataVolRatio Pct: 53.03
CA DL DataVolRatio Pct num: 4003

SIP DC%: 
DLRLCLayerDataVolume MB: 8885.7
CA DL DataVolRatio Pct den: 630
weekend: 0
hr: 23
MAC_UE_SC_Tput: 13155.75
Bearer Releases: 17799

hr: 23
CA Activation Rate num: 10496543
UPTP Mbps Den: 1684
Setup_Fail_DEN: 6515
Peak UE: 27
MB_per_connected_UE: 41.04
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8067
DL Data Vol MAC in MB: 2587.8
CA Activation Rate den: 177563

Time: 12:05:53
holiday: 0

Avg_Connected_UEs: 36.99
SIP DC%: 
DLRLCLayerDataVolume MB: 6033.02
DRB UL Data Volume MB: 5205
weekend: 0
hr: 7
MAC_UE_SC_Tput: 10151.48

hr: 7
CA Activation Rate num: 3990563
UPTP Mbps Den: 1506
Setup_Fail_DEN: 14018
Peak UE: 27
MB_per_connected_UE: 85.59
DL Data Vol MAC in MB: 360.59
CA Activation Rate den: 113055

Time: 00:55:14
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8578.93
weekend: 0
UPTP Mbps Num: 7897
hr: 2
MAC_UE_SC_Tput: 9465.18

hr: 2
CA Activation Rate num: 6290790
SIP_SC_Total_MOU: 231.32
Peak UE: 65
MB_per_connected_UE: 136.27
DL Data Vol MAC in MB: 5562.59

holiday: 0
CA DL DataVolRatio Pct num: 3950

SIP DC%: 
DLRLCLayerDataVolume MB: 10017.83
RRC Setup Attempts: 5872
CA Conf FailRate Pct den: 2614
weekend: 0
UPTP Mbps Num: 45131
hr: 0
MAC_UE_SC_Tput: 12331.44

hr: 0
CA Activation Rate num: 78638
Setup_Fail_DEN: 10826
SIP_SC_Total_MOU: 307.58
Peak UE: 27
DL Volume: 1967

Time: 13:27:18
holiday: 0
CA DL DataVolRatio Pct num: 7478

SIP DC%: 
DRB UL Data Volume MB: 444
PRB Util%: 73.95
weekend: 0
UPTP Mbps Num: 28146
hr: 11
MAC_UE_SC_Tput: 6765.19
Bearer Releases: 17482

hr: 11
CA Activation Rate num: 3868406
Setup_Fail_DEN: 14781
SIP_SC_Total_MOU: 105.64
Peak UE: 27
DL Data Vol MAC in MB: 8086.54
CA Activation Rate den: 75657

Time: 00:25:59
holiday: 0
CA DL DataVolRatio Pct num: 5784

SIP DC%: 
DLRLCLayerDataVolume MB: 6784.48
DRB UL Data Volume MB: 6679
PRB Util%: 45.48
weekend: 0
UPTP Mbps Num: 19832
hr: 18
MAC_UE_SC_Tput: 15917.06

hr: 18
SIP_SC_Total_MOU: 191.24
Peak UE: 27
MB_per_connected_UE: 89.91

Combined RACH Preambles: 3920
holiday: 0
CA DL DataVolRatio Pct num: 614

SIP DC%: 
DLRLCLayerDataVolume MB: 2386.67
CA DL DataVolRatio Pct den: 9022
weekend: 0
hr: 18
MAC_UE_SC_Tput: 10313.09
Bearer Releases: 8132

hr: 18
CA Activation Rate num: 9485632
UPTP Mbps Den: 473
SIP_SC_Total_MOU: 138.61
Peak UE: 49
MB_per_connected_UE: 42.75
DL Data Vol MAC in MB: 3541.55
CA Activation Rate den: 74244

Time: 18:07:51
holiday: 0
CA DL DataVolRatio Pct num: 6815

SIP DC%: 
DRB UL Data Volume MB: 9671
RRC Setup Attempts: 5734
weekend: 0
CA Activation Rate: 17.18
hr: 23
MAC_UE_SC_Tput: 10741.56

hr: 23
CA Activation Rate num: 9273408
SIP_SC_Total_MOU: 271.44
Peak UE: 31
MB_per_connected_UE: 64.22
DL Data Vol MAC in MB: 5145.74

Combined RACH Preambles: 2153
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1112.01
DRB UL Data Volume MB: 9264
Bearer Drop Voice%: 0.91
CA DL DataVolRatio Pct den: 2262
weekend: 0
UPTP Mbps Num: 52862
hr: 16
MAC_UE_SC_Tput: 10024.8
Bearer Releases: 10106

hr: 16
CA Activation Rate num: 5779449
Setup_Fail_DEN: 14047
SIP_SC_Total_MOU: 13.87
Peak UE: 76
MB_per_connected_UE: 69.86
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5371
DL Data Vol MAC in MB: 10133.9
CA Activation Rate den: 82544

Time: 15:36:16
holiday: 0

Avg_Connected_UEs: 41.18
SIP DC%: 
UPTP_Mbps: 110.43
DLRLCLayerDataVolume MB: 364.99
CA Conf FailRate Pct den: 6130
weekend: 0
CA Activation Rate: 6.28
hr: 14
MAC_UE_SC_Tput: 7527.52
Bearer Releases: 8115

hr: 14
CA Activation Rate num: 1744142
Peak UE: 51
MB_per_connected_UE: 145.62
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7629
CA Activation Rate den: 58810

Time: 01:54:33
holiday: 0

DL MAC Vol Scell Pct: 35.45
SIP DC%: 
DLRLCLayerDataVolume MB: 8693.56
PRB Util%: 37.29
RRC Setup Attempts: 4874
weekend: 0
CA Activation Rate: 24.35
hr: 2
MAC_UE_SC_Tput: 10615.36
Bearer Releases: 12679

hr: 2
CA Activation Rate num: 6206959
Setup_Fail_DEN: 15017
Peak UE: 27
DL Data Vol MAC in MB: 4259.15
CA Activation Rate den: 77089

Time: 22:09:59
holiday: 0

Avg_Connected_UEs: 39.13
SIP DC%: 
DLRLCLayerDataVolume MB: 8102.18
DRB UL Data Volume MB: 5716
CA Conf FailRate Pct den: 9422
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5690.92

hr: 23
CA Activation Rate num: 5370723
Peak UE: 27
MB_per_connected_UE: 24.65
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3845

Time: 11:07:26
holiday: 0
CA DL DataVolRatio Pct num: 7215

Avg_Connected_UEs: 20.1
SIP DC%: 
DLRLCLayerDataVolume MB: 3185.54
PRB Util%: 28.39
weekend: 0
hr: 0
MAC_UE_SC_Tput: 22422.8

hr: 0
CA Activation Rate num: 10633166
Setup_Fail_DEN: 8672
SIP_SC_Total_MOU: 346.83
Peak UE: 69
MB_per_connected_UE: 39.43
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4240
DL Data Vol MAC in MB: 4224.85
CA Activation Rate den: 86800

Time: 04:45:17
holiday: 0
CA DL DataVolRatio Pct: 91.83

Avg_Connected_UEs: 35.3
SIP DC%: 
DLRLCLayerDataVolume MB: 5357.17
weekend: 1
UPTP Mbps Num: 20922
hr: 3
MAC_UE_SC_Tput: 18441.78

hr: 3
CA Activation Rate num: 5169062
Setup_Fail_DEN: 6979
SIP_SC_Total_MOU: 35.02
Peak UE: 51
DL Volume: 9404
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7433
DL Data Vol MAC in MB: 1993.06

holiday: 0
CA DL DataVolRatio Pct num: 562

Avg_Connected_UEs: 53.81
SIP DC%: 
PRB Util%: 55.82
RRC Setup Attempts: 3399
CA DL DataVolRatio Pct den: 7489
weekend: 0
UPTP Mbps Num: 39246
CA Activation Rate: 46.84
hr: 2
MAC_UE_SC_Tput: 18010.06
Bearer Releases: 6560

hr: 2
CA Activation Rate num: 6459197
Peak UE: 29
MB_per_connected_UE: 107.75
DL Data Vol MAC in MB: 2372.68

Time: 20:49:52
holiday: 0

SIP DC%: 
UPTP_Mbps: 20.03
DLRLCLayerDataVolume MB: 8201.6
PRB Util%: 56.03
weekend: 0
CA Activation Rate: 27.99
hr: 6
MAC_UE_SC_Tput: 7145.55
Bearer Releases: 17836

hr: 6
CA Activation Rate num: 11482644
SIP_SC_Total_MOU: 52.88
Peak UE: 52
DL Volume: 7705
CA Activation Rate den: 64101

Time: 03:45:09
holiday: 0
CA DL DataVolRatio Pct num: 3845

SIP DC%: 
UPTP_Mbps: 40.36
CA DL DataVolRatio Pct den: 7786
weekend: 0
hr: 9
MAC_UE_SC_Tput: 9117.83
Bearer Releases: 12220

hr: 9
CA Activation Rate num: 9820736
Setup_Fail_DEN: 13727
Peak UE: 53
VOLTE IA%: 
MB_per_connected_UE: 46.29
DL Data Vol MAC in MB: 9236.24

Time: 19:52:50
holiday: 0
CA DL DataVolRatio Pct: 48.91

DL MAC Vol Scell Pct: 23.83
SIP DC%: 
weekend: 0
hr: 15
MAC_UE_SC_Tput: 5056.79

hr: 15
CA Activation Rate num: 4948749
Peak UE: 33
MB_per_connected_UE: 59.4
PCT Time MIMO: 67.98
DL Volume: 5182
CA Activation Rate den: 77361

holiday: 0

SIP DC%: 
UPTP_Mbps: 22.17
DLRLCLayerDataVolume MB: 1129.28
weekend: 0
hr: 23
MAC_UE_SC_Tput: 14649.73
Bearer Releases: 9936

hr: 23
CA Activation Rate num: 1843469
UPTP Mbps Den: 4594
SIP_SC_Total_MOU: 61.33
Peak UE: 70
MB_per_connected_UE: 136.45
DL Data Vol MAC in MB: 8061.84

Time: 13:13:08
holiday: 0

DL MAC Vol Scell Pct: 49.54
SIP DC%: 
DRB UL Data Volume MB: 5883
weekend: 0
UPTP Mbps Num: 26476
CA Activation Rate: 3.54
hr: 0
MAC_UE_SC_Tput: 9366.12

hr: 0
CA Activation Rate num: 7603289
Setup_Fail_DEN: 7044
SIP_SC_Total_MOU: 295.73
Peak UE: 70

Time: 20:04:21
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7547.91
DRB UL Data Volume MB: 5776
PRB Util%: 33.2
weekend: 0
CA Activation Rate: 16.96
hr: 8
MAC_UE_SC_Tput: 5497.34
Bearer Releases: 6428

hr: 8
Setup_Fail_DEN: 11685
Peak UE: 83
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8647
CA Activation Rate den: 66144

Time: 19:51:53
holiday: 0
CA DL DataVolRatio Pct num: 6983

SIP DC%: 
DLRLCLayerDataVolume MB: 7485.54
DRB UL Data Volume MB: 299
weekend: 0
CA Activation Rate: 35.51
hr: 0
MAC_UE_SC_Tput: 8980.09

hr: 0
Avg CQI: 10
CA Activation Rate num: 11255132
SIP_SC_Total_MOU: 2.63
Peak UE: 42
DL Volume: 177
UL Throughput: 8.82
DL Data Vol MAC in MB: 2449.16

Time: 03:46:17
holiday: 0

DL MAC Vol Scell Pct: 3.64
Avg_Connected_UEs: 24.96
SIP DC%: 
weekend: 0
UPTP Mbps Num: 18249
CA Activation Rate: 36.65
hr: 16
MAC_UE_SC_Tput: 8783.42

hr: 16
CA Activation Rate num: 9504908
Setup_Fail_DEN: 14328
SIP_SC_Total_MOU: 305.27
Peak UE: 27
PCT Time MIMO: 65.14

Time: 20:21:52
holiday: 0
CA DL DataVolRatio Pct num: 1640

DL MAC Vol Scell Pct: 39.95
SIP DC%: 
DLRLCLayerDataVolume MB: 3955.59
CA DL DataVolRatio Pct den: 7711
weekend: 0
hr: 7
MAC_UE_SC_Tput: 15563.09
Bearer Releases: 10410

hr: 7
CA Activation Rate num: 8183453
Peak UE: 54
CA Activation Rate den: 123191

Time: 22:24:50
holiday: 0
CA DL DataVolRatio Pct: 74.87
CA DL DataVolRatio Pct num: 5922

SIP DC%: 
UPTP_Mbps: 77.16
DLRLCLayerDataVolume MB: 6261.46
DRB UL Data Volume MB: 7805
CA Conf FailRate Pct den: 5283
weekend: 0
hr: 23
MAC_UE_SC_Tput: 15390.34
Bearer Releases: 7801

hr: 23
CA Activation Rate num: 4985900
Setup_Fail_DEN: 9621
SIP_SC_Total_MOU: 41.92
MB_per_connected_UE: 174.99
DL Volume: 6276

Time: 12:04:54
holiday: 0

DL MAC Vol Scell Pct: 17.12
SIP DC%: 
DRB UL Data Volume MB: 1030
weekend: 0
hr: 19
MAC_UE_SC_Tput: 7941.48

hr: 19
CA Activation Rate num: 7859211
Setup_Fail_DEN: 10019
Peak UE: 27
MB_per_connected_UE: 54.77
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7998
DL Data Vol MAC in MB: 2168.84
CA Activation Rate den: 163633

Time: 07:53:42
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 3375
PRB Util%: 56.29
weekend: 0
UPTP Mbps Num: 14463
CA Activation Rate: 26.81
hr: 19
MAC_UE_SC_Tput: 8706.34

hr: 19
Setup_Fail_DEN: 6999
SIP_SC_Total_MOU: 64.59
Peak UE: 71
DL Data Vol MAC in MB: 3470.69
CA Activation Rate den: 86140

Time: 18:27:08
holiday: 0
CA DL DataVolRatio Pct: 80.44
CA DL DataVolRatio Pct num: 2583

DL MAC Vol Scell Pct: 11.82
SIP DC%: 
DLRLCLayerDataVolume MB: 2661.38
DRB UL Data Volume MB: 5024
RRC Setup Attempts: 5210
weekend: 1
UPTP Mbps Num: 6176
CA Activation Rate: 26.61
hr: 23
Bearer Releases: 7472

hr: 23
CA Activation Rate num: 4940392
Peak UE: 34
DL Volume: 5057
DL Data Vol MAC in MB: 8690.68

holiday: 0

Avg_Connected_UEs: 24.73
SIP DC%: 
CA Conf FailRate Pct den: 9493
weekend: 0
hr: 7
MAC_UE_SC_Tput: 5613.42

hr: 7
CA Activation Rate num: 660576
Setup_Fail_DEN: 11301
Peak UE: 27
MB_per_connected_UE: 9.1
DL Data Vol MAC in MB: 8214.5

Time: 22:10:19
holiday: 0

DL MAC Vol Scell Pct: 21.09
SIP DC%: 
DLRLCLayerDataVolume MB: 6433.18
weekend: 0
UPTP Mbps Num: 1528
CA Activation Rate: 9.84
hr: 17
MAC_UE_SC_Tput: 6391.77

hr: 17
CA Activation Rate num: 6950320
UPTP Mbps Den: 2280
Setup_Fail_DEN: 7101
Peak UE: 27
MB_per_connected_UE: 60.06
DL Volume: 5839
CA Activation Rate den: 127095

Time: 23:10:32
holiday: 0
CA DL DataVolRatio Pct: 56.13

DL MAC Vol Scell Pct: 38.99
SIP DC%: 
DLRLCLayerDataVolume MB: 5516.68
PRB Util%: 70.21
CA DL DataVolRatio Pct den: 6095
weekend: 1
UPTP Mbps Num: 60449
CA Activation Rate: 72.55
hr: 5
MAC_UE_SC_Tput: 12703.54
Bearer Releases: 11304

hr: 5
CA Activation Rate num: 5196565
Setup_Fail_DEN: 10026
Peak UE: 27
CA Activation Rate den: 40856

Combined RACH Preambles: 3487
Time: 22:40:53
holiday: 0
CA DL DataVolRatio Pct num: 4137

SIP DC%: 
DLRLCLayerDataVolume MB: 1358.21
DRB UL Data Volume MB: 1787
RRC Setup Attempts: 7943
CA DL DataVolRatio Pct den: 9850
weekend: 1
hr: 7
MAC_UE_SC_Tput: 7044.47

hr: 7
CA Activation Rate num: 896707
Setup_Fail_DEN: 14978
Peak UE: 27
DL Volume: 2759
DL Data Vol MAC in MB: 3352.65

Time: 13:38:22
holiday: 0
CA DL DataVolRatio Pct num: 2678

Avg_Connected_UEs: 70.18
SIP DC%: 
DLRLCLayerDataVolume MB: 861.93
PRB Util%: 70.09
weekend: 1
UPTP Mbps Num: 19341
hr: 4
Bearer Releases: 15850

hr: 4
CA Activation Rate num: 3640195
Setup_Fail_DEN: 19670
SIP_SC_Total_MOU: 123.37
Peak UE: 27
MB_per_connected_UE: 191.89
DL Volume: 4972
DL Data Vol MAC in MB: 247.21
CA Activation Rate den: 77270

Time: 06:29:10
holiday: 0

DL MAC Vol Scell Pct: 35.17
Avg_Connected_UEs: 20.42
SIP DC%: 
DLRLCLayerDataVolume MB: 7618.93
DRB UL Data Volume MB: 1322
weekend: 0
UPTP Mbps Num: 20228
hr: 0

hr: 0
CA Activation Rate num: 2763447
Peak UE: 27
MB_per_connected_UE: 34.86
DL Data Vol MAC in MB: 9590.92
CA Activation Rate den: 141583

Time: 20:28:41
holiday: 0

Avg_Connected_UEs: 77.92
SIP DC%: 
DLRLCLayerDataVolume MB: 1088.46
PRB Util%: 17.68
CA DL DataVolRatio Pct den: 3276
weekend: 1
UPTP Mbps Num: 9631
hr: 23
MAC_UE_SC_Tput: 15332.66

hr: 23
CA Activation Rate num: 10595082
Peak UE: 52
DL Data Vol MAC in MB: 6492.76
CA Activation Rate den: 121428

holiday: 0
CA DL DataVolRatio Pct num: 4491

SIP DC%: 
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7445.34
Bearer Releases: 6343

hr: 23
CA Activation Rate num: 5113523
Setup_Fail_DEN: 13516
SIP_SC_Total_MOU: 75.17
Peak UE: 45
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5081

Time: 08:44:23
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 7946
CA DL DataVolRatio Pct den: 1265
CA Conf FailRate Pct den: 5365
weekend: 0
UPTP Mbps Num: 40802
hr: 13
MAC_UE_SC_Tput: 19098.14

hr: 13
CA Activation Rate num: 2066682
Setup_Fail_DEN: 7097
SIP_SC_Total_MOU: 295.57
Peak UE: 31
MB_per_connected_UE: 13.81
DL Data Vol MAC in MB: 8780.31

Time: 00:04:05
holiday: 0
CA DL DataVolRatio Pct: 40.47

Avg_Connected_UEs: 37
SIP DC%: 
DLRLCLayerDataVolume MB: 3506.86
DRB UL Data Volume MB: 7762
CA Conf FailRate Pct den: 5863
weekend: 0
UPTP Mbps Num: 54576
CA Activation Rate: 45.42
hr: 0
MAC_UE_SC_Tput: 11553.88

hr: 0
CA Activation Rate num: 4851722
SIP_SC_Total_MOU: 43.26
Peak UE: 27
DL Data Vol MAC in MB: 2568.45
CA Activation Rate den: 217076

Time: 03:40:01
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2217.27
CA DL DataVolRatio Pct den: 1012
weekend: 0
hr: 18
MAC_UE_SC_Tput: 15358.82
Bearer Releases: 10949

hr: 18
CA Activation Rate num: 8231732
SIP_SC_Total_MOU: 382.53
Peak UE: 27

Time: 15:55:58
holiday: 0

SIP DC%: 
CA DL DataVolRatio Pct den: 3404
CA Conf FailRate Pct den: 4809
weekend: 0
hr: 19
MAC_UE_SC_Tput: 11088.42
Bearer Releases: 9617

hr: 19
CA Activation Rate num: 1517541
Setup_Fail_DEN: 9893
Peak UE: 74
PCT Time MIMO: 58.15
CA Activation Rate den: 70918

Time: 09:03:16
holiday: 0

SIP DC%: 
UPTP_Mbps: 18.82
DLRLCLayerDataVolume MB: 478.84
CA DL DataVolRatio Pct den: 9745
CA Conf FailRate Pct den: 4907
weekend: 0
hr: 12
MAC_UE_SC_Tput: 6121.08

hr: 12
CA Activation Rate num: 5476458
SIP_SC_Total_MOU: 321.67
Peak UE: 31
DL Volume: 8800
DL Data Vol MAC in MB: 5710.31
CA Activation Rate den: 106423

Time: 19:08:51
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 1256
CA Conf FailRate Pct den: 9159
weekend: 0
UPTP Mbps Num: 7353
hr: 4
MAC_UE_SC_Tput: 15914.88

hr: 4
CA Activation Rate num: 1546530
Setup_Fail_DEN: 18007
SIP_SC_Total_MOU: 441.41
Peak UE: 32
MB_per_connected_UE: 138.02
DL Data Vol MAC in MB: 3752.22

Time: 20:59:23
holiday: 0
CA DL DataVolRatio Pct num: 3154

SIP DC%: 
DLRLCLayerDataVolume MB: 5731.12
weekend: 0
hr: 17
MAC_UE_SC_Tput: 13773.57
Bearer Releases: 9445

hr: 17
CA Activation Rate num: 2045062
Peak UE: 57
DL Volume: 5589
CA Activation Rate den: 94701

Time: 02:49:26
holiday: 0

Avg_Connected_UEs: 50.99
SIP DC%: 
weekend: 0
hr: 8
MAC_UE_SC_Tput: 10334.57
Bearer Releases: 8542

hr: 8
CA Activation Rate num: 10453464
SIP_SC_Total_MOU: 0.9
Peak UE: 76
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7595
DL Data Vol MAC in MB: 7800.79
CA Activation Rate den: 171373

Time: 20:56:44
holiday: 0
CA DL DataVolRatio Pct num: 3564

SIP DC%: 
DLRLCLayerDataVolume MB: 8879.08
PRB Util%: 38.1
CA DL DataVolRatio Pct den: 9491
weekend: 0
UPTP Mbps Num: 27892
CA Activation Rate: 1.67
hr: 14
MAC_UE_SC_Tput: 10613.53

hr: 14
CA Activation Rate num: 4694314
Setup_Fail_DEN: 13748
SIP_SC_Total_MOU: 367.83
Peak UE: 27
PCT Time MIMO: 32.38
DL Data Vol MAC in MB: 1210.84
CA Activation Rate den: 42141

Time: 18:48:55
holiday: 0
CA DL DataVolRatio Pct num: 3773

DL MAC Vol Scell Pct: 41.77
SIP DC%: 
DLRLCLayerDataVolume MB: 9468.16
DRB UL Data Volume MB: 6339
weekend: 0
hr: 7
MAC_UE_SC_Tput: 4167.64

hr: 7
CA Activation Rate num: 5763792
Peak UE: 27
CA Activation Rate den: 59736

Time: 12:20:42
holiday: 0

Avg_Connected_UEs: 24.39
SIP DC%: 
DRB UL Data Volume MB: 3153
RRC Setup Attempts: 4974
weekend: 0
UPTP Mbps Num: 15562
CA Activation Rate: 59.54
hr: 2
MAC_UE_SC_Tput: 4276.38

hr: 2
UPTP Mbps Den: 3180
Setup_Fail_DEN: 9805
SIP_SC_Total_MOU: 264.43
Peak UE: 27
DL Volume: 1888
Combined RACH Preambles: 4590

Time: 21:19:20
holiday: 0
CA DL DataVolRatio Pct num: 4209

SIP DC%: 
DLRLCLayerDataVolume MB: 3920.35
DRB UL Data Volume MB: 1828
weekend: 0
UPTP Mbps Num: 6029
hr: 9
MAC_UE_SC_Tput: 6194.97

hr: 9
CA Activation Rate num: 1041102
Setup_Fail_DEN: 17938
SIP_SC_Total_MOU: 177.47
Peak UE: 27
PCT Time MIMO: 62.45

Combined RACH Preambles: 4505
Time: 14:16:10
holiday: 0

SIP DC%: 
weekend: 0
UPTP Mbps Num: 46039
CA Activation Rate: 53.35
hr: 23
MAC_UE_SC_Tput: 5505.4

hr: 23
CA Activation Rate num: 4427229
UPTP Mbps Den: 5624
SIP_SC_Total_MOU: 12.81
Peak UE: 55
MB_per_connected_UE: 67.8
PCT Time MIMO: 63.96
DL Volume: 8764
CA Activation Rate den: 46613

Time: 05:08:16
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3371.06
PRB Util%: 41.76
CA Conf FailRate Pct den: 3904
weekend: 1
hr: 5
MAC_UE_SC_Tput: 17330.48

hr: 5
CA Activation Rate num: 11041263
Peak UE: 27
DL Data Vol MAC in MB: 8932.04

Time: 19:21:08
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5161.08
DRB UL Data Volume MB: 8900
weekend: 0
UPTP Mbps Num: 54155
hr: 19
MAC_UE_SC_Tput: 8536.58

hr: 19
CA Activation Rate num: 3350910
SIP_SC_Total_MOU: 17.41
Peak UE: 27
PCT Time MIMO: 61.73
DL Data Vol MAC in MB: 4144.34
Combined RACH Preambles: 3850
Time: 16:27:02

holiday: 0

SIP DC%: 
UPTP_Mbps: 20.24
DRB UL Data Volume MB: 6558
CA DL DataVolRatio Pct den: 9853
weekend: 0
UPTP Mbps Num: 43767
hr: 23
MAC_UE_SC_Tput: 5887.38

hr: 23
CA Activation Rate num: 10802656
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 97.06
PCT Time MIMO: 32.5
DL Data Vol MAC in MB: 3006.36
CA Activation Rate den: 167328

Time: 04:32:14
holiday: 0
CA DL DataVolRatio Pct: 85.43

Avg_Connected_UEs: 17.78
SIP DC%: 
CA DL DataVolRatio Pct den: 5766
CA Conf FailRate Pct den: 9403
weekend: 0
UPTP Mbps Num: 6502
hr: 16
MAC_UE_SC_Tput: 13446.06
Bearer Releases: 13928

hr: 16
CA Activation Rate num: 8978597
Setup_Fail_DEN: 9455
SIP_SC_Total_MOU: 235.26
Peak UE: 27

Time: 13:18:38
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6544.6
CA Conf FailRate Pct den: 3991
weekend: 0
UPTP Mbps Num: 26109
hr: 0
MAC_UE_SC_Tput: 14710.42
Bearer Releases: 15839

hr: 0
CA Activation Rate num: 2882127
UPTP Mbps Den: 405
Setup_Fail_DEN: 14685
Peak UE: 37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8090
DL Data Vol MAC in MB: 2041.69
CA Activation Rate den: 56456
Combined RACH Preambles: 2710

Time: 15:38:16
holiday: 0
CA DL DataVolRatio Pct num: 763

SIP DC%: 
DLRLCLayerDataVolume MB: 7666.34
DRB UL Data Volume MB: 1547
CA Conf FailRate Pct den: 2985
weekend: 0
hr: 23
MAC_UE_SC_Tput: 9160.74

hr: 23
CA Activation Rate num: 1570522
Setup_Fail_DEN: 9704
Peak UE: 79
MB_per_connected_UE: 159.23
PCT Time MIMO: 40.81
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6494
DL Data Vol MAC in MB: 7572.43

Time: 19:21:53
holiday: 0
CA DL DataVolRatio Pct: 72.96

SIP DC%: 
DLRLCLayerDataVolume MB: 8459.98
CA DL DataVolRatio Pct den: 7596
weekend: 0
UPTP Mbps Num: 23353
hr: 12
MAC_UE_SC_Tput: 9293.61
Bearer Releases: 7902

hr: 12
CA Activation Rate num: 6639328
Setup_Fail_DEN: 13421
Peak UE: 39
DL Volume: 1746
DL Data Vol MAC in MB: 10145.03

Time: 02:43:55
holiday: 0

Avg_Connected_UEs: 22.85
SIP DC%: 
DLRLCLayerDataVolume MB: 7272.3
weekend: 0
hr: 4
MAC_UE_SC_Tput: 6354.39

hr: 4
CA Activation Rate num: 1795893
Peak UE: 27
DL Volume: 8880
DL Data Vol MAC in MB: 1563.1
CA Activation Rate den: 113058

Time: 10:08:40
holiday: 0

DL MAC Vol Scell Pct: 22.76
SIP DC%: 
UPTP_Mbps: 115.61
DLRLCLayerDataVolume MB: 3790.12
DRB UL Data Volume MB: 8417
PRB Util%: 62.02
CA DL DataVolRatio Pct den: 2545
weekend: 0
UPTP Mbps Num: 9168
hr: 23
MAC_UE_SC_Tput: 16156.14

hr: 23
CA Activation Rate num: 7672144
Setup_Fail_DEN: 18412
Peak UE: 27
MB_per_connected_UE: 152.19
DL Data Vol MAC in MB: 6636.71
CA Activation Rate den: 129084

Time: 09:58:11
holiday: 0

DL MAC Vol Scell Pct: 49.61
SIP DC%: 
DLRLCLayerDataVolume MB: 4933.12
CA Conf FailRate Pct den: 3729
weekend: 1
UPTP Mbps Num: 10312
hr: 23
MAC_UE_SC_Tput: 8383.69
Bearer Releases: 10019

hr: 23
CA Activation Rate num: 10494578
Peak UE: 27
MB_per_connected_UE: 172.35
PCT Time MIMO: 52.75
CA Activation Rate den: 106578

Time: 18:26:43
holiday: 0

DL MAC Vol Scell Pct: 24.53
Avg_Connected_UEs: 83.04
SIP DC%: 
DLRLCLayerDataVolume MB: 9676.67
weekend: 0
UPTP Mbps Num: 16457
hr: 0
MAC_UE_SC_Tput: 7057.96
Bearer Releases: 8914

hr: 0
CA Activation Rate num: 10912776
Setup_Fail_DEN: 15310
Peak UE: 50
MB_per_connected_UE: 32.15
DL Data Vol MAC in MB: 8493.32

Time: 14:50:42
holiday: 0
CA DL DataVolRatio Pct: 63.02

SIP DC%: 
UPTP_Mbps: 40.29
PRB Util%: 8.89
CA DL DataVolRatio Pct den: 9148
weekend: 0
UPTP Mbps Num: 3867
hr: 0
MAC_UE_SC_Tput: 5761.56

hr: 0
CA Activation Rate num: 6416109
SIP_SC_Total_MOU: 60.95
Peak UE: 74
VOLTE IA%: 
MB_per_connected_UE: 183.99
PCT Time MIMO: 36.85

holiday: 0

SIP DC%: 
UPTP_Mbps: 11.25
DLRLCLayerDataVolume MB: 6812
CA Conf FailRate Pct den: 2656
weekend: 0
hr: 14
MAC_UE_SC_Tput: 22803.41

hr: 14
CA Activation Rate num: 8643489
Setup_Fail_DEN: 11559
SIP_SC_Total_MOU: 182.66
Peak UE: 38
MB_per_connected_UE: 144.87
DL Data Vol MAC in MB: 2398.88
CA Activation Rate den: 36945

Time: 08:02:58
holiday: 0

DL MAC Vol Scell Pct: 49.74
SIP DC%: 
DLRLCLayerDataVolume MB: 5688.24
weekend: 0
UPTP Mbps Num: 58757
hr: 0
MAC_UE_SC_Tput: 7984.06
Bearer Releases: 9588

hr: 0
CA Activation Rate num: 3568370
SIP_SC_Total_MOU: 119.79
Peak UE: 27
MB_per_connected_UE: 17.17
DL Data Vol MAC in MB: 1412.17
CA Activation Rate den: 70768

Time: 12:02:07
holiday: 0

Avg_Connected_UEs: 31.61
SIP DC%: 
DLRLCLayerDataVolume MB: 5798.45
DRB UL Data Volume MB: 5186
weekend: 0
UPTP Mbps Num: 28267
hr: 2
MAC_UE_SC_Tput: 5739.34
Bearer Releases: 16969

hr: 2
CA Activation Rate num: 9315397
SIP_SC_Total_MOU: 89.82
Peak UE: 36
MB_per_connected_UE: 55.42
CA Activation Rate den: 84764

Time: 20:18:29
holiday: 0

SIP DC%: 
UPTP_Mbps: 40.55
DLRLCLayerDataVolume MB: 7270.02
PRB Util%: 65.46
CA DL DataVolRatio Pct den: 9238
CA Conf FailRate Pct den: 3171
weekend: 0
hr: 23
MAC_UE_SC_Tput: 34874.5

hr: 23
CA Activation Rate num: 8714861
Setup_Fail_DEN: 11648
SIP_SC_Total_MOU: 9.32
Peak UE: 27
MB_per_connected_UE: 31.96
CA Activation Rate den: 114882

Time: 01:31:46
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5737.76
DRB UL Data Volume MB: 2838
PRB Util%: 13.56
RRC Setup Attempts: 9844
CA DL DataVolRatio Pct den: 6826
weekend: 0
hr: 4
MAC_UE_SC_Tput: 14670.86

hr: 4
CA Activation Rate num: 9645950
Setup_Fail_DEN: 7253
Peak UE: 93
MB_per_connected_UE: 84.62
DL Data Vol MAC in MB: 9219.63
CA Activation Rate den: 77788

Time: 05:45:44
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9466.68
PRB Util%: 61.31
weekend: 0
UPTP Mbps Num: 20867
hr: 0
Bearer Releases: 10159

hr: 0
CA Activation Rate num: 4190575
UPTP Mbps Den: 2540
SIP_SC_Total_MOU: 75.98
Peak UE: 43
MB_per_connected_UE: 121.45
DL Data Vol MAC in MB: 7765.71
CA Activation Rate den: 213697

Time: 01:24:27
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8510.27
PRB Util%: 54.59
CA Conf FailRate Pct den: 3529
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5139.97

hr: 23
CA Activation Rate num: 4893418
SIP_SC_Total_MOU: 293.94
Peak UE: 27
PCT Time MIMO: 46.86

Time: 02:19:24
holiday: 0

SIP DC%: 
weekend: 0
hr: 14
MAC_UE_SC_Tput: 10546.37
Bearer Releases: 6211

hr: 14
CA Activation Rate num: 3613502
Peak UE: 27
PCT Time MIMO: 40.13
DL Volume: 2596
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5348
DL Data Vol MAC in MB: 8171.18

Time: 13:47:49
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6687.25
DRB UL Data Volume MB: 1223
CA Conf FailRate Pct den: 8953
weekend: 0
hr: 8
MAC_UE_SC_Tput: 8041.8
Bearer Releases: 18386

hr: 8
CA Activation Rate num: 378594
SIP_SC_Total_MOU: 179.7
Peak UE: 28
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7364
CA Activation Rate den: 195090

Combined RACH Preambles: 4293
Time: 16:33:08
holiday: 0

DL MAC Vol Scell Pct: 40.55
SIP DC%: 
weekend: 0
hr: 22
MAC_UE_SC_Tput: 5587.5
Bearer Releases: 9461

hr: 22
CA Activation Rate num: 5728834
Peak UE: 27
MB_per_connected_UE: 156.48
DL Data Vol MAC in MB: 6106.37

Time: 07:30:24
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8366.98
DRB UL Data Volume MB: 2960
PRB Util%: 33.9
RRC Setup Attempts: 5372
weekend: 0
CA Activation Rate: 52.52
hr: 8
MAC_UE_SC_Tput: 9323.18

hr: 8
CA Activation Rate num: 1549915
SIP_SC_Total_MOU: 46.24
Peak UE: 27
MB_per_connected_UE: 109.38
CA Activation Rate den: 89581

Time: 15:55:19
holiday: 0

DL MAC Vol Scell Pct: 12.63
SIP DC%: 
DLRLCLayerDataVolume MB: 7572.39
RRC Setup Attempts: 6209
CA Conf FailRate Pct den: 3762
weekend: 0
UPTP Mbps Num: 28417
hr: 9
MAC_UE_SC_Tput: 9215.36

hr: 9
CA Activation Rate num: 2278376
Setup_Fail_DEN: 12684
SIP_SC_Total_MOU: 134.87
Peak UE: 65
DL Volume: 2084
DL Data Vol MAC in MB: 1910.47

Time: 15:37:31
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5014.38
PRB Util%: 29.58
weekend: 0
UPTP Mbps Num: 48036
hr: 17
MAC_UE_SC_Tput: 18197.22
Bearer Releases: 8314

hr: 17
CA Activation Rate num: 887984
SIP_SC_Total_MOU: 182.4
Peak UE: 79
MB_per_connected_UE: 119.72
DL Data Vol MAC in MB: 8899.55

Time: 18:17:24
holiday: 0
CA DL DataVolRatio Pct: 91.04
CA DL DataVolRatio Pct num: 7444

Avg_Connected_UEs: 54.44
SIP DC%: 
DLRLCLayerDataVolume MB: 5738.84
DRB UL Data Volume MB: 5546
CA DL DataVolRatio Pct den: 9567
CA Conf FailRate Pct den: 7586
weekend: 0
UPTP Mbps Num: 59085
hr: 7
MAC_UE_SC_Tput: 5791.2

hr: 7
CA Activation Rate num: 5169788
SIP_SC_Total_MOU: 313.2
Peak UE: 27
DL Volume: 5579
DL Data Vol MAC in MB: 4657.38

Time: 02:11:15
holiday: 0

SIP DC%: 
PRB Util%: 34.11
RRC Setup Attempts: 4276
weekend: 0
hr: 8
MAC_UE_SC_Tput: 6233.05

hr: 8
CA Activation Rate num: 3818383
Peak UE: 40
DL Data Vol MAC in MB: 3381.95

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6799.7
DRB UL Data Volume MB: 6810
PRB Util%: 45.42
weekend: 0
UPTP Mbps Num: 24694
hr: 4
MAC_UE_SC_Tput: 6749.51
Bearer Releases: 6886

hr: 4
UPTP Mbps Den: 1055
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4953
CA Activation Rate den: 127100

Time: 15:09:33
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6667.34
PRB Util%: 39.87
RRC Setup Attempts: 6663
CA DL DataVolRatio Pct den: 8119
CA Conf FailRate Pct den: 8432
weekend: 0
hr: 19
MAC_UE_SC_Tput: 15479.11
Bearer Releases: 15715

hr: 19
CA Activation Rate num: 10070905
Setup_Fail_DEN: 16535
SIP_SC_Total_MOU: 148.26
Peak UE: 29
MB_per_connected_UE: 41.81
PCT Time MIMO: 43.55
DL Data Vol MAC in MB: 2742.02
CA Activation Rate den: 117850

Time: 21:38:40
holiday: 0
CA DL DataVolRatio Pct num: 1035

SIP DC%: 
DLRLCLayerDataVolume MB: 4509.3
PRB Util%: 53.17
CA DL DataVolRatio Pct den: 9338
weekend: 0
UPTP Mbps Num: 18045
CA Activation Rate: 46.48
hr: 6
MAC_UE_SC_Tput: 4547.97

hr: 6
CA Activation Rate num: 3253326
UPTP Mbps Den: 5793
Setup_Fail_DEN: 13420
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 52.23
DL Data Vol MAC in MB: 850.54
CA Activation Rate den: 46825
Combined RACH Preambles: 3564
Time: 01:34:24

holiday: 0
CA DL DataVolRatio Pct: 50.56

SIP DC%: 
UPTP_Mbps: 106.39
DLRLCLayerDataVolume MB: 2561.98
RRC Setup Attempts: 3873
CA DL DataVolRatio Pct den: 7829
weekend: 0
UPTP Mbps Num: 13959
hr: 13
MAC_UE_SC_Tput: 16145.9
Bearer Releases: 14713

hr: 13
Setup_Fail_DEN: 15775
Peak UE: 27
DL Volume: 3565
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8738
DL Data Vol MAC in MB: 3022.66
CA Activation Rate den: 75586

Time: 16:46:43
holiday: 0
CA DL DataVolRatio Pct num: 447

SIP DC%: 
DLRLCLayerDataVolume MB: 2824.93
DRB UL Data Volume MB: 3467
CA Conf FailRate Pct den: 3407
weekend: 1
UPTP Mbps Num: 33766
CA Activation Rate: 48.3
hr: 23
MAC_UE_SC_Tput: 6324.17

hr: 23
CA Activation Rate num: 1906266
Setup_Fail_DEN: 13453
SIP_SC_Total_MOU: 9.7
Peak UE: 30
MB_per_connected_UE: 30.72
DL Volume: 2992
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3137

Time: 05:33:00
holiday: 0
CA DL DataVolRatio Pct num: 3107

SIP DC%: 
DLRLCLayerDataVolume MB: 1524.45
PRB Util%: 62.68
weekend: 0
UPTP Mbps Num: 50564
CA Activation Rate: 38.77
hr: 23
MAC_UE_SC_Tput: 8832.95
Bearer Releases: 9176

hr: 23
CA Activation Rate num: 3355679
UPTP Mbps Den: 616
SIP_SC_Total_MOU: 47.88
Peak UE: 27
PCT Time MIMO: 67.72
DL Volume: 8921
CA Activation Rate den: 39130

Time: 17:59:17
holiday: 0
CA DL DataVolRatio Pct: 79.21
CA DL DataVolRatio Pct num: 1029

SIP DC%: 
DLRLCLayerDataVolume MB: 9573.84
PRB Util%: 30.22
RRC Setup Attempts: 3985
weekend: 0
UPTP Mbps Num: 42529
hr: 14
MAC_UE_SC_Tput: 5730.3
Bearer Releases: 9897

hr: 14
CA Activation Rate num: 4927737
Peak UE: 27

holiday: 0
CA DL DataVolRatio Pct num: 5100

SIP DC%: 
DLRLCLayerDataVolume MB: 8465
DRB UL Data Volume MB: 9837
PRB Util%: 57.33
weekend: 0
hr: 0
MAC_UE_SC_Tput: 10822.65

hr: 0
CA Activation Rate num: 4727212
Setup_Fail_DEN: 14971
Peak UE: 66
PCT Time MIMO: 44.04
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5365
DL Data Vol MAC in MB: 10200.47

Time: 20:42:38
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1287.1
DRB UL Data Volume MB: 4932
weekend: 0
UPTP Mbps Num: 22677
hr: 21
MAC_UE_SC_Tput: 17050.71
Bearer Releases: 8346

hr: 21
CA Activation Rate num: 3867701
Peak UE: 81
VOLTE IA%: 
MB_per_connected_UE: 93.61
DL Volume: 3445
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3447
DL Data Vol MAC in MB: 2999.14

Time: 11:26:23
holiday: 0
CA DL DataVolRatio Pct: 92.2

SIP DC%: 
DLRLCLayerDataVolume MB: 1875.78
PRB Util%: 58.46
weekend: 0
UPTP Mbps Num: 1207
hr: 23
MAC_UE_SC_Tput: 5627.25

hr: 23
CA Activation Rate num: 5487047
Setup_Fail_DEN: 14300
Peak UE: 27
MB_per_connected_UE: 123.61
DL Volume: 144
DL Data Vol MAC in MB: 9287.97
CA Activation Rate den: 103441

holiday: 0
CA DL DataVolRatio Pct num: 3421

DL MAC Vol Scell Pct: 32.43
SIP DC%: 
UPTP_Mbps: 55.1
DLRLCLayerDataVolume MB: 3599.5
weekend: 0
CA Activation Rate: 49.42
hr: 5
MAC_UE_SC_Tput: 8633.24

hr: 5
CA Activation Rate num: 4260471
SIP_SC_Total_MOU: 196.25
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6065
DL Data Vol MAC in MB: 6745.87
CA Activation Rate den: 92277

Time: 22:37:16
holiday: 0
CA DL DataVolRatio Pct num: 1655

Avg_Connected_UEs: 40.86
SIP DC%: 
DLRLCLayerDataVolume MB: 7476.21
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5433.33

hr: 0
CA Activation Rate num: 1808515
Peak UE: 37

Time: 23:07:20
holiday: 0
CA DL DataVolRatio Pct num: 3940

DL MAC Vol Scell Pct: 23.88
SIP DC%: 
DLRLCLayerDataVolume MB: 9957.67
DRB UL Data Volume MB: 4014
RRC Setup Attempts: 6366
weekend: 0
hr: 2
MAC_UE_SC_Tput: 5955.54

hr: 2
CA Activation Rate num: 4853049
Setup_Fail_DEN: 9045
SIP_SC_Total_MOU: 174.69
Peak UE: 33
MB_per_connected_UE: 55.05
DL Volume: 2521
UL Throughput: 17.72
CA Activation Rate den: 39482

Time: 05:31:07
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3977.09
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4870.66

hr: 23
CA Activation Rate num: 12119921
Peak UE: 76
DL Data Vol MAC in MB: 9826.82

Time: 12:45:30
holiday: 0
CA DL DataVolRatio Pct: 81.81

SIP DC%: 
UPTP_Mbps: 65.65
DLRLCLayerDataVolume MB: 9812.92
DRB UL Data Volume MB: 804
PRB Util%: 56.65
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4529.94
Bearer Releases: 13982

hr: 23
UPTP Mbps Den: 2625
SIP_SC_Total_MOU: 343.71
Peak UE: 27
DL Data Vol MAC in MB: 6860.96
CA Activation Rate den: 61955

Time: 08:38:22
holiday: 0

DL MAC Vol Scell Pct: 52.17
SIP DC%: 
UPTP_Mbps: 20.53
weekend: 1
UPTP Mbps Num: 7427
hr: 0
MAC_UE_SC_Tput: 6498.85

hr: 0
SIP_SC_Total_MOU: 179.25
Peak UE: 42
MB_per_connected_UE: 83.21
DL Data Vol MAC in MB: 6491.93
CA Activation Rate den: 75626

Time: 00:25:44
holiday: 0
CA DL DataVolRatio Pct num: 4065

DL MAC Vol Scell Pct: 7.43
SIP DC%: 
DLRLCLayerDataVolume MB: 1571.86
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8195.66
Bearer Releases: 14262

hr: 23
Peak UE: 57
MB_per_connected_UE: 128.14
DL Volume: 8382
DL Data Vol MAC in MB: 2922.49
CA Activation Rate den: 59483

Time: 06:41:05
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 7588
weekend: 0
UPTP Mbps Num: 23212
hr: 0
MAC_UE_SC_Tput: 12688.49
Bearer Releases: 14361

hr: 0
CA Activation Rate num: 5090386
Setup_Fail_DEN: 8911
Peak UE: 27
MB_per_connected_UE: 68.03
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6210
DL Data Vol MAC in MB: 8082.05
CA Activation Rate den: 66810

Time: 01:25:52
holiday: 0
CA DL DataVolRatio Pct: 80.58

SIP DC%: 
UPTP_Mbps: 9.08
DLRLCLayerDataVolume MB: 566.63
weekend: 0
hr: 3
MAC_UE_SC_Tput: 5181.88

hr: 3
CA Activation Rate num: 3173829
Peak UE: 27
DL Volume: 5006

Time: 22:39:06
holiday: 0

DL MAC Vol Scell Pct: 13.9
SIP DC%: 
DLRLCLayerDataVolume MB: 473.76
CA DL DataVolRatio Pct den: 1609
CA Conf FailRate Pct den: 6782
weekend: 0
UPTP Mbps Num: 54827
hr: 10
MAC_UE_SC_Tput: 5509.18
Bearer Releases: 6216

hr: 10
CA Activation Rate num: 960413
Setup_Fail_DEN: 14419
Peak UE: 27
MB_per_connected_UE: 81.67
DL Data Vol MAC in MB: 618.13
CA Activation Rate den: 120006
Combined RACH Preambles: 3810

Time: 10:06:51
holiday: 0
CA DL DataVolRatio Pct num: 3833

DL MAC Vol Scell Pct: 49.49
SIP DC%: 
DLRLCLayerDataVolume MB: 5891.38
DRB UL Data Volume MB: 8818
PRB Util%: 62.99
CA DL DataVolRatio Pct den: 6787
weekend: 0
UPTP Mbps Num: 53868
hr: 0
MAC_UE_SC_Tput: 13270.28
Bearer Releases: 10999

hr: 0
CA Activation Rate num: 1838096
Peak UE: 27

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1260.24
DRB UL Data Volume MB: 7340
weekend: 0
UPTP Mbps Num: 5816
hr: 0
MAC_UE_SC_Tput: 8244.44
Bearer Releases: 8362

hr: 0
SIP_SC_Total_MOU: 24.01
Peak UE: 61
MB_per_connected_UE: 78.5
PCT Time MIMO: 52.49
CA Activation Rate den: 135987

Time: 19:28:11
holiday: 0
CA DL DataVolRatio Pct num: 5241

Avg_Connected_UEs: 26.35
SIP DC%: 
DLRLCLayerDataVolume MB: 215.13
DRB UL Data Volume MB: 6633
RRC Setup Attempts: 5932
weekend: 0
CA Activation Rate: 52.92
hr: 3
MAC_UE_SC_Tput: 4573.7

hr: 3
CA Activation Rate num: 9589524
Peak UE: 27
DL Volume: 1719
CA Activation Rate den: 101511

Time: 08:47:46
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1045.23
DRB UL Data Volume MB: 4032
PRB Util%: 32.43
weekend: 0
hr: 10
MAC_UE_SC_Tput: 14679.94

hr: 10
CA Activation Rate num: 5309915
Peak UE: 65
MB_per_connected_UE: 13.64
DL Data Vol MAC in MB: 7759.47

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5217.45
DRB UL Data Volume MB: 6563
weekend: 0
hr: 20
MAC_UE_SC_Tput: 4144.81
Bearer Releases: 13057

hr: 20
CA Activation Rate num: 4747724
Peak UE: 36
DL Data Vol MAC in MB: 4099.32

Time: 10:25:46
holiday: 0
CA DL DataVolRatio Pct num: 142

SIP DC%: 
DRB UL Data Volume MB: 5898
CA Conf FailRate Pct den: 4092
weekend: 0
hr: 13
MAC_UE_SC_Tput: 6493.45

hr: 13
CA Activation Rate num: 430405
UPTP Mbps Den: 1897
Peak UE: 80
MB_per_connected_UE: 202.69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5547
DL Data Vol MAC in MB: 9520.44
CA Activation Rate den: 159362

Time: 01:06:06
holiday: 0

DL MAC Vol Scell Pct: 16.83
SIP DC%: 
PRB Util%: 53.29
CA DL DataVolRatio Pct den: 8468
CA Conf FailRate Pct den: 5517
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6174.01
Bearer Releases: 13310

hr: 23
CA Activation Rate num: 1585040
UPTP Mbps Den: 1953
Setup_Fail_DEN: 13517
SIP_SC_Total_MOU: 174.58
Peak UE: 40
MB_per_connected_UE: 172.96
PCT Time MIMO: 53.5
CA Activation Rate den: 120471

Combined RACH Preambles: 1959
Time: 03:36:06
holiday: 0
CA DL DataVolRatio Pct: 92.62
CA DL DataVolRatio Pct num: 2972

SIP DC%: 
RRC Setup Attempts: 6185
CA DL DataVolRatio Pct den: 4518
weekend: 0
CA Activation Rate: 51.92
hr: 0
MAC_UE_SC_Tput: 7441.32

hr: 0
CA Activation Rate num: 2562040
Peak UE: 77
MB_per_connected_UE: 114.74
CA Activation Rate den: 61322

Time: 07:24:38
holiday: 0
CA DL DataVolRatio Pct num: 1974

SIP DC%: 
UPTP_Mbps: 41.14
weekend: 0
UPTP Mbps Num: 16888
hr: 20
MAC_UE_SC_Tput: 16453.22
Bearer Releases: 10483

hr: 20
CA Activation Rate num: 9366157
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 188.8
DL Data Vol MAC in MB: 2446.99

Time: 20:17:50
holiday: 0

DL MAC Vol Scell Pct: 12.51
SIP DC%: 
DLRLCLayerDataVolume MB: 4466.21
DL Packet Loss Pct: 1.27
RRC Setup Attempts: 3599
CA DL DataVolRatio Pct den: 645
weekend: 0
hr: 13
MAC_UE_SC_Tput: 14390.96

hr: 13
CA Activation Rate num: 12172113
Setup_Fail_DEN: 13986
Peak UE: 81

Time: 11:14:10
holiday: 0
CA DL DataVolRatio Pct: 69.06
CA DL DataVolRatio Pct num: 4534

SIP DC%: 
DLRLCLayerDataVolume MB: 7690.79
weekend: 0
hr: 12
MAC_UE_SC_Tput: 5811.81
Bearer Releases: 7276

hr: 12
CA Activation Rate num: 5798419
Setup_Fail_DEN: 7521
Peak UE: 34
DL Volume: 6513
DL Data Vol MAC in MB: 8740.31
CA Activation Rate den: 156438

Time: 22:39:37
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3196.13
CA DL DataVolRatio Pct den: 2090
weekend: 1
hr: 0
MAC_UE_SC_Tput: 4586.41

hr: 0
SIP_SC_Total_MOU: 138.75
Peak UE: 40
MB_per_connected_UE: 114.02
PCT Time MIMO: 42.78
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4210
DL Data Vol MAC in MB: 3122.26
CA Activation Rate den: 138988

Combined RACH Preambles: 2913
Time: 01:49:56
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5079.17
PRB Util%: 17.88
RRC Setup Attempts: 3830
weekend: 1
hr: 2
MAC_UE_SC_Tput: 9785.86
Bearer Releases: 12426

hr: 2
CA Activation Rate num: 1878218
SIP_SC_Total_MOU: 271.98
Peak UE: 27
MB_per_connected_UE: 148.21
DL Data Vol MAC in MB: 1966.64
CA Activation Rate den: 42018

Time: 00:02:16
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3449.95
weekend: 0
UPTP Mbps Num: 55847
CA Activation Rate: 26.41
hr: 11
MAC_UE_SC_Tput: 6653.41

hr: 11
CA Activation Rate num: 4307610
SIP_SC_Total_MOU: 8.91
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 32.61
DL Data Vol MAC in MB: 1885.93

Time: 06:16:48
holiday: 0
CA DL DataVolRatio Pct num: 4778

SIP DC%: 
UPTP_Mbps: 27.97
DLRLCLayerDataVolume MB: 9934.15
DRB UL Data Volume MB: 6680
RRC Setup Attempts: 7843
weekend: 0
UPTP Mbps Num: 39313
hr: 12

hr: 12
CA Activation Rate num: 2741388
UPTP Mbps Den: 1778
SIP_SC_Total_MOU: 241.83
Peak UE: 27
MB_per_connected_UE: 73.76
DL Volume: 2595
DL Data Vol MAC in MB: 983.21
CA Activation Rate den: 66788

Time: 23:42:48
holiday: 0
CA DL DataVolRatio Pct num: 2421

SIP DC%: 
UPTP_Mbps: 118.92
PRB Util%: 61.09
RRC Setup Attempts: 7430
CA DL DataVolRatio Pct den: 912
weekend: 0
UPTP Mbps Num: 13892
hr: 0
MAC_UE_SC_Tput: 9262.46

hr: 0
CA Activation Rate num: 3196424
SIP_SC_Total_MOU: 77.6
Peak UE: 27
MB_per_connected_UE: 164.53
DL Data Vol MAC in MB: 5797.3

Time: 07:32:39
holiday: 0
CA DL DataVolRatio Pct num: 240

SIP DC%: 
UPTP_Mbps: 103.82
DLRLCLayerDataVolume MB: 1076.31
DRB UL Data Volume MB: 4714
RRC Setup Attempts: 6429
CA DL DataVolRatio Pct den: 9385
weekend: 0
UPTP Mbps Num: 46554
hr: 5
MAC_UE_SC_Tput: 9673.06

hr: 5
CA Activation Rate num: 4513764
SIP_SC_Total_MOU: 26.12
Peak UE: 56
MB_per_connected_UE: 57.88
PCT Time MIMO: 50.81

holiday: 0

Avg_Connected_UEs: 30.16
SIP DC%: 
DLRLCLayerDataVolume MB: 4196.52
DRB UL Data Volume MB: 2714
CA DL DataVolRatio Pct den: 4732
CA Conf FailRate Pct den: 8098
weekend: 0
CA Activation Rate: 58.64
hr: 0
MAC_UE_SC_Tput: 4569.56

hr: 0
CA Activation Rate num: 9649655
Setup_Fail_DEN: 18941
Peak UE: 54
MB_per_connected_UE: 26.38
PCT Time MIMO: 64.92
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4771
DL Data Vol MAC in MB: 9185.19
CA Activation Rate den: 43702
Combined RACH Preambles: 2019

Time: 19:33:47
holiday: 0
CA DL DataVolRatio Pct num: 5299

SIP DC%: 
DLRLCLayerDataVolume MB: 7672.95
weekend: 0
hr: 23
MAC_UE_SC_Tput: 14629.98

hr: 23
CA Activation Rate num: 8438340
UPTP Mbps Den: 2288
Setup_Fail_DEN: 14735
UL MAC Vol Scell Pct: 1.94
Peak UE: 56
DL Volume: 4857
DL Data Vol MAC in MB: 3423.42
CA Activation Rate den: 53812

Time: 02:21:46
holiday: 0

Avg_Connected_UEs: 39.83
SIP DC%: 
DRB UL Data Volume MB: 1405
weekend: 0
UPTP Mbps Num: 21681
hr: 15
MAC_UE_SC_Tput: 15167.43

hr: 15
CA Activation Rate num: 4752394
SIP_SC_Total_MOU: 71.11
Peak UE: 69
VOLTE IA%: 
MB_per_connected_UE: 35.67
DL Data Vol MAC in MB: 7740.32

Time: 15:53:41
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3722.74
CA Conf FailRate Pct den: 9499
weekend: 0
UPTP Mbps Num: 19474
hr: 19
MAC_UE_SC_Tput: 5541.44

hr: 19
CA Activation Rate num: 3412798
Setup_Fail_DEN: 11187
SIP_SC_Total_MOU: 310.22
Peak UE: 44
MB_per_connected_UE: 42.67
DL Data Vol MAC in MB: 2958.46

Time: 14:30:26
holiday: 0
CA DL DataVolRatio Pct num: 4641

SIP DC%: 
DLRLCLayerDataVolume MB: 980.26
weekend: 0
UPTP Mbps Num: 16472
hr: 11
MAC_UE_SC_Tput: 18316.88

hr: 11
CA Activation Rate num: 5740230
UPTP Mbps Den: 5966
Setup_Fail_DEN: 10750
Peak UE: 80
DL Data Vol MAC in MB: 9776.69

Time: 02:54:36
holiday: 0

SIP DC%: 
UPTP_Mbps: 81.74
DLRLCLayerDataVolume MB: 2404.51
PRB Util%: 66.83
weekend: 0
CA Activation Rate: 17.59
hr: 0
MAC_UE_SC_Tput: 7453.76

hr: 0
CA Activation Rate num: 5410478
Peak UE: 93
MB_per_connected_UE: 149.79
DL Volume: 7547
DL Data Vol MAC in MB: 2716.9
CA Activation Rate den: 148840

Time: 13:07:38
holiday: 0
CA DL DataVolRatio Pct num: 6513

SIP DC%: 
DLRLCLayerDataVolume MB: 9345.66
DRB UL Data Volume MB: 8819
CA DL DataVolRatio Pct den: 8884
weekend: 0
UPTP Mbps Num: 29456
hr: 23
MAC_UE_SC_Tput: 10994

hr: 23
Peak UE: 83
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8299
DL Data Vol MAC in MB: 9246.74
Time: 21:49:43

holiday: 0

SIP DC%: 
UPTP_Mbps: 42.15
DLRLCLayerDataVolume MB: 7327.59
weekend: 0
UPTP Mbps Num: 15722
hr: 5
MAC_UE_SC_Tput: 5630.56

hr: 5
CA Activation Rate num: 3678953
SIP_SC_Total_MOU: 106
Peak UE: 64
DL Data Vol MAC in MB: 6079.41
CA Activation Rate den: 100785

Time: 11:57:15
holiday: 0
RRC Setup Failure% 5G: 0.3
CA DL DataVolRatio Pct num: 4558

SIP DC%: 
DRB UL Data Volume MB: 8327
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5580.52

hr: 23
CA Activation Rate num: 3751901
SIP_SC_Total_MOU: 370.19
Peak UE: 78
MB_per_connected_UE: 153.52
PCT Time MIMO: 50.35
DL Volume: 4899
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6151
DL Data Vol MAC in MB: 4511.3

Time: 00:46:08
holiday: 0

DL MAC Vol Scell Pct: 35.32
SIP DC%: 
DLRLCLayerDataVolume MB: 8536.49
DRB UL Data Volume MB: 4115
RRC Setup Attempts: 6849
CA DL DataVolRatio Pct den: 7229
weekend: 1
UPTP Mbps Num: 43930
CA Activation Rate: 40.47
hr: 4
MAC_UE_SC_Tput: 7368.84
Bearer Releases: 11345

hr: 4
CA Activation Rate num: 5573420
SIP_SC_Total_MOU: 98.83
Peak UE: 27

Time: 09:36:46
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7700.85
RRC Setup Attempts: 4752
CA Conf FailRate Pct den: 5474
weekend: 0
CA Activation Rate: 22.28
hr: 12
MAC_UE_SC_Tput: 4572.98
Bearer Releases: 9599

hr: 12
CA Activation Rate num: 14047446
Peak UE: 75
MB_per_connected_UE: 102.21
DL Data Vol MAC in MB: 454.36
CA Activation Rate den: 42218

Time: 02:08:19
holiday: 0
CA DL DataVolRatio Pct: 61.43

DL MAC Vol Scell Pct: 40.15
Avg_Connected_UEs: 57.88
SIP DC%: 
DRB UL Data Volume MB: 8712
PRB Util%: 65.14
RRC Setup Attempts: 8843
CA DL DataVolRatio Pct den: 6919
CA Conf FailRate Pct den: 8948
weekend: 0
CA Activation Rate: 13.04
hr: 6
MAC_UE_SC_Tput: 7538.15

hr: 6
CA Activation Rate num: 9188787
Setup_Fail_DEN: 13905
SIP_SC_Total_MOU: 30.98
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5172
UL Throughput: 7.42

Time: 01:39:02
holiday: 0

Avg_Connected_UEs: 40.73
SIP DC%: 
DLRLCLayerDataVolume MB: 4794.63
DRB UL Data Volume MB: 1073
weekend: 0
UPTP Mbps Num: 6892
hr: 6
MAC_UE_SC_Tput: 4489.35
Bearer Releases: 8710

hr: 6
CA Activation Rate num: 3796195
Peak UE: 27
DL Data Vol MAC in MB: 9008.12
CA Activation Rate den: 102434

Time: 02:37:46
holiday: 0
CA DL DataVolRatio Pct num: 2380

DL MAC Vol Scell Pct: 47.2
SIP DC%: 
CA Conf FailRate Pct den: 8062
weekend: 0
hr: 5
MAC_UE_SC_Tput: 5443.53

hr: 5
CA Activation Rate num: 5593683
UPTP Mbps Den: 5575
Setup_Fail_DEN: 6510
Peak UE: 27
MB_per_connected_UE: 60.09
PCT Time MIMO: 46.38
DL Data Vol MAC in MB: 5386.27
CA Activation Rate den: 76919

Time: 22:40:33
holiday: 0
CA DL DataVolRatio Pct: 71.82

SIP DC%: 
DLRLCLayerDataVolume MB: 6800.58
DRB UL Data Volume MB: 5648
PRB Util%: 49.7
weekend: 0
UPTP Mbps Num: 1515
hr: 0
MAC_UE_SC_Tput: 4246.47

hr: 0
CA Activation Rate num: 4703018
MB_per_connected_UE: 33.16
DL Data Vol MAC in MB: 3701.42
CA Activation Rate den: 141608

Time: 08:51:25
holiday: 0
CA DL DataVolRatio Pct: 67.62
CA DL DataVolRatio Pct num: 528

Avg_Connected_UEs: 53.5
SIP DC%: 
DLRLCLayerDataVolume MB: 6039.43
weekend: 1
UPTP Mbps Num: 35557
hr: 0
MAC_UE_SC_Tput: 7203.24
Bearer Releases: 7250

hr: 0
CA Activation Rate num: 7691138
Setup_Fail_DEN: 14517
SIP_SC_Total_MOU: 207.92
Peak UE: 27
MB_per_connected_UE: 14.02
DL Data Vol MAC in MB: 6472.1
CA Activation Rate den: 161001
Time: 04:05:35

holiday: 0
CA DL DataVolRatio Pct num: 546

SIP DC%: 
UPTP_Mbps: 25.02
PRB Util%: 27.25
CA Conf FailRate Pct den: 6157
weekend: 0
UPTP Mbps Num: 3188
hr: 23
MAC_UE_SC_Tput: 11160.6

hr: 23
CA Activation Rate num: 9737982
SIP_SC_Total_MOU: 279.31
Peak UE: 27
MB_per_connected_UE: 58.22
DL Data Vol MAC in MB: 8882.5

Time: 02:40:36
holiday: 0

DL MAC Vol Scell Pct: 27.62
SIP DC%: 
DLRLCLayerDataVolume MB: 9671.46
CA Conf FailRate Pct den: 5906
weekend: 0
hr: 17
MAC_UE_SC_Tput: 5937.46
Bearer Releases: 7886

hr: 17
CA Activation Rate num: 5606240
UPTP Mbps Den: 1568
Setup_Fail_DEN: 11377
SIP_SC_Total_MOU: 114.64
Peak UE: 28
MB_per_connected_UE: 14.59
DL Volume: 7862
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5778
DL Data Vol MAC in MB: 9039.66

Time: 13:40:25
holiday: 0

SIP DC%: 
UPTP_Mbps: 73.11
DLRLCLayerDataVolume MB: 1361.18
PRB Util%: 65.48
CA DL DataVolRatio Pct den: 6811
weekend: 0
UPTP Mbps Num: 3199
CA Activation Rate: 41.81
hr: 3
MAC_UE_SC_Tput: 8206.23
Bearer Releases: 17583

hr: 3
CA Activation Rate num: 8782890
Setup_Fail_DEN: 13018
SIP_SC_Total_MOU: 328.98
MB_per_connected_UE: 90.86
DL Data Vol MAC in MB: 4458.09

holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 4987
RRC Setup Attempts: 4954
weekend: 1
UPTP Mbps Num: 12426
hr: 23
MAC_UE_SC_Tput: 9037.6

hr: 23
CA Activation Rate num: 5824816
Setup_Fail_DEN: 9043
Peak UE: 33
MB_per_connected_UE: 26.77

Time: 13:56:22
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 7760
PRB Util%: 41.53
RRC Setup Attempts: 3712
weekend: 0
UPTP Mbps Num: 36014
hr: 16
MAC_UE_SC_Tput: 10734.46
Bearer Releases: 12010

hr: 16
CA Activation Rate num: 5351374
Peak UE: 27

Time: 13:30:47
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6264.92
CA DL DataVolRatio Pct den: 9960
weekend: 0
CA Activation Rate: 37.34
hr: 19
MAC_UE_SC_Tput: 10071.26

hr: 19
CA Activation Rate num: 3522768
Setup_Fail_DEN: 7261
SIP_SC_Total_MOU: 53.12
Peak UE: 57
DL Volume: 2250
DL Data Vol MAC in MB: 7785.68
CA Activation Rate den: 84089

Time: 22:51:23
holiday: 0
CA DL DataVolRatio Pct: 78.13

SIP DC%: 
RRC Setup Attempts: 8689
CA Conf FailRate Pct den: 3805
weekend: 0
hr: 2
MAC_UE_SC_Tput: 7334.37

hr: 2
CA Activation Rate num: 5681609
Peak UE: 27
MB_per_connected_UE: 103.26
DL Volume: 7233
DL Data Vol MAC in MB: 3107.9

Time: 08:15:01
holiday: 0

DL MAC Vol Scell Pct: 22.34
SIP DC%: 
DLRLCLayerDataVolume MB: 9345.54
RRC Setup Attempts: 7776
CA Conf FailRate Pct den: 2771
weekend: 1
UPTP Mbps Num: 31750
hr: 0

hr: 0
Peak UE: 27
DL Data Vol MAC in MB: 9607.09

Time: 22:17:14
holiday: 0
CA DL DataVolRatio Pct num: 4821

SIP DC%: 
DRB UL Data Volume MB: 3908
RRC Setup Attempts: 3879
weekend: 0
CA Activation Rate: 70.65
hr: 0
MAC_UE_SC_Tput: 12502.56
Bearer Releases: 14954

hr: 0
CA Activation Rate num: 3318045
SIP_SC_Total_MOU: 386.56
Peak UE: 27
DL Data Vol MAC in MB: 845.58
CA Activation Rate den: 74188

Time: 09:43:42
holiday: 0
CA DL DataVolRatio Pct num: 1097

Avg_Connected_UEs: 23.66
SIP DC%: 
DLRLCLayerDataVolume MB: 1771.27
weekend: 0
UPTP Mbps Num: 53892
CA Activation Rate: 8.35
hr: 10
MAC_UE_SC_Tput: 4781.69

hr: 10
CA Activation Rate num: 1752575
Setup_Fail_DEN: 9410
SIP_SC_Total_MOU: 128.38
Peak UE: 27
MB_per_connected_UE: 45.76
PCT Time MIMO: 69.97
DL Data Vol MAC in MB: 8479.17

Time: 05:41:25
holiday: 0
CA DL DataVolRatio Pct num: 1894

SIP DC%: 
DLRLCLayerDataVolume MB: 2646.95
DRB UL Data Volume MB: 4399
CA Conf FailRate Pct den: 5199
weekend: 0
UPTP Mbps Num: 36524
hr: 15
MAC_UE_SC_Tput: 7097.72
Bearer Releases: 8935

hr: 15
CA Activation Rate num: 4641317
Setup_Fail_DEN: 15857
Peak UE: 27
VOLTE IA%: 
CA Activation Rate den: 37102

holiday: 0

DL MAC Vol Scell Pct: 48.96
Avg_Connected_UEs: 64.02
SIP DC%: 
DLRLCLayerDataVolume MB: 2970.87
DRB UL Data Volume MB: 3429
weekend: 0
UPTP Mbps Num: 31103
hr: 0
MAC_UE_SC_Tput: 7849.42

hr: 0
CA Activation Rate num: 2475426
Setup_Fail_DEN: 7685
Combined RACH Preambles: 3174

Time: 01:36:09
holiday: 0
CA DL DataVolRatio Pct: 64.25
CA DL DataVolRatio Pct num: 7281

SIP DC%: 
DLRLCLayerDataVolume MB: 4175.52
PRB Util%: 61.52
CA DL DataVolRatio Pct den: 9827
weekend: 0
UPTP Mbps Num: 4577
hr: 20

hr: 20
CA Activation Rate num: 4606476
Setup_Fail_DEN: 15807
Peak UE: 63
MB_per_connected_UE: 113.21
PCT Time MIMO: 60.49
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8450
DL Data Vol MAC in MB: 868.29
CA Activation Rate den: 178639

Time: 03:50:39
holiday: 0

Avg_Connected_UEs: 73.49
SIP DC%: 
DLRLCLayerDataVolume MB: 1228.69
PRB Util%: 62.74
weekend: 0
hr: 23
MAC_UE_SC_Tput: 19714.55

hr: 23
CA Activation Rate num: 10524579
SIP_SC_Total_MOU: 145.95
Peak UE: 65
MB_per_connected_UE: 197.46
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4274
DL Data Vol MAC in MB: 4906.48
CA Activation Rate den: 143764

Time: 12:29:27
holiday: 0
CA DL DataVolRatio Pct num: 5388

SIP DC%: 
DLRLCLayerDataVolume MB: 3421.43
RRC Setup Attempts: 6813
CA DL DataVolRatio Pct den: 8169
CA Conf FailRate Pct den: 8116
weekend: 0
UPTP Mbps Num: 17646
hr: 21
MAC_UE_SC_Tput: 4157.73

hr: 21
CA Activation Rate num: 871110
UPTP Mbps Den: 1519
Peak UE: 27
DL Data Vol MAC in MB: 2839.46
CA Activation Rate den: 93195

Time: 11:09:43
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9881.15
PRB Util%: 61.48
RRC Setup Attempts: 5616
weekend: 1
hr: 2
MAC_UE_SC_Tput: 7365.22
Bearer Releases: 13043

hr: 2
SIP_SC_Total_MOU: 43.82
Peak UE: 48
DL Data Vol MAC in MB: 3902.33

holiday: 0

Avg_Connected_UEs: 76.25
SIP DC%: 
DRB UL Data Volume MB: 6585
weekend: 1
RRC Setup Failures: 31
hr: 2
MAC_UE_SC_Tput: 4898.63
Bearer Releases: 7781

hr: 2
CA Activation Rate num: 5832855
Setup_Fail_DEN: 11549
SIP_SC_Total_MOU: 90.43
Peak UE: 79
MB_per_connected_UE: 187.16
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4656
DL Data Vol MAC in MB: 8711.36
CA Activation Rate den: 221905

Time: 12:35:13
holiday: 0
CA DL DataVolRatio Pct num: 1107

SIP DC%: 
DLRLCLayerDataVolume MB: 2714.5
RRC Setup Attempts: 4552
CA Conf FailRate Pct den: 7473
weekend: 0
CA Activation Rate: 69.7
hr: 4
MAC_UE_SC_Tput: 9211.05

hr: 4
CA Activation Rate num: 6254760
Setup_Fail_DEN: 15221
Peak UE: 56
CA Activation Rate den: 54092

Combined RACH Preambles: 2918
Time: 18:13:58
holiday: 0

Avg_Connected_UEs: 18.71
SIP DC%: 
DLRLCLayerDataVolume MB: 8674.76
RRC Setup Attempts: 5261
weekend: 0
UPTP Mbps Num: 34331
hr: 7
MAC_UE_SC_Tput: 18390.29
Bearer Releases: 16964

hr: 7
CA Activation Rate num: 8769420
Peak UE: 27
MB_per_connected_UE: 86.03
PCT Time MIMO: 52.55
DL Data Vol MAC in MB: 1525.96
CA Activation Rate den: 155858

Time: 17:30:54
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4255.96
DRB UL Data Volume MB: 6854
CA DL DataVolRatio Pct den: 8316
weekend: 0
hr: 23
MAC_UE_SC_Tput: 10127.56

hr: 23
CA Activation Rate num: 7534102
Peak UE: 79
DL Data Vol MAC in MB: 5761.8
CA Activation Rate den: 48438

Combined RACH Preambles: 2592
Time: 21:49:11
holiday: 0

Avg_Connected_UEs: 35.06
SIP DC%: 
UPTP_Mbps: 13.12
DLRLCLayerDataVolume MB: 5604.95
DRB UL Data Volume MB: 2118
weekend: 0
hr: 12
MAC_UE_SC_Tput: 5780.19

hr: 12
CA Activation Rate num: 6008745
Setup_Fail_DEN: 20033
SIP_SC_Total_MOU: 227.73
Peak UE: 40
VOLTE IA%: 
DL Volume: 466
CA Activation Rate den: 43880

Time: 03:24:43
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 3749
PRB Util%: 21.98
CA DL DataVolRatio Pct den: 6816
weekend: 0
hr: 6
MAC_UE_SC_Tput: 8343.36
Bearer Releases: 17910

hr: 6
CA Activation Rate num: 11446929
SIP_SC_Total_MOU: 2.92
Peak UE: 56
DL Volume: 413
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7750
DL Data Vol MAC in MB: 7984.9
CA Activation Rate den: 74806

Time: 22:29:20
holiday: 0
CA DL DataVolRatio Pct num: 5229

SIP DC%: 
UPTP_Mbps: 33.34
DLRLCLayerDataVolume MB: 2660.28
DRB UL Data Volume MB: 8194
CA DL DataVolRatio Pct den: 5649
weekend: 0
hr: 14
MAC_UE_SC_Tput: 7945.51
Bearer Releases: 8543

hr: 14
CA Activation Rate num: 9548010
Setup_Fail_DEN: 7381
Peak UE: 27
MB_per_connected_UE: 183.06
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4260
DL Data Vol MAC in MB: 2205.26

Time: 02:24:04
holiday: 0

SIP DC%: 
PRB Util%: 40.82
CA Conf FailRate Pct den: 4058
weekend: 0
UPTP Mbps Num: 55451
hr: 3
Bearer Releases: 10067

hr: 3
CA Activation Rate num: 1056066
Peak UE: 47
MB_per_connected_UE: 33.94
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7282
DL Data Vol MAC in MB: 587.77
CA Activation Rate den: 74992

Time: 05:43:39
holiday: 0

SIP DC%: 
UPTP_Mbps: 26.38
DLRLCLayerDataVolume MB: 6171.89
DRB UL Data Volume MB: 8345
PRB Util%: 51.01
CA Conf FailRate Pct den: 7809
weekend: 0
UPTP Mbps Num: 9789
hr: 23
MAC_UE_SC_Tput: 18400.74
Bearer Releases: 11730

hr: 23
CA Activation Rate num: 5758018
SIP_SC_Total_MOU: 383.87
Peak UE: 29
DL Volume: 9839
DL Data Vol MAC in MB: 7537.06
CA Activation Rate den: 215755

Time: 10:02:34
holiday: 0
CA DL DataVolRatio Pct num: 1901

Avg_Connected_UEs: 16.65
SIP DC%: 
DLRLCLayerDataVolume MB: 1416.5
DRB UL Data Volume MB: 8230
PRB Util%: 65.36
RRC Setup Attempts: 4451
weekend: 0
UPTP Mbps Num: 5751
hr: 2
MAC_UE_SC_Tput: 12155.39
Bearer Releases: 13208

hr: 2
Setup_Fail_DEN: 14707
Peak UE: 27
MB_per_connected_UE: 91.55
DL Volume: 8688
DL Data Vol MAC in MB: 2767.83
CA Activation Rate den: 218145
Combined RACH Preambles: 2616

Time: 04:34:14
holiday: 0

DL MAC Vol Scell Pct: 34.35
SIP DC%: 
DLRLCLayerDataVolume MB: 6484.08
RRC Setup Attempts: 5154
weekend: 0
hr: 16
MAC_UE_SC_Tput: 6216.04
Bearer Releases: 7476

hr: 16
CA Activation Rate num: 6251266
SIP_SC_Total_MOU: 70.55
Peak UE: 92
MB_per_connected_UE: 102.3
DL Data Vol MAC in MB: 10176.37

Time: 12:54:46
holiday: 0
CA DL DataVolRatio Pct: 85.51

SIP DC%: 
DRB UL Data Volume MB: 6987
CA Conf FailRate Pct den: 5631
weekend: 1
UPTP Mbps Num: 32725
CA Activation Rate: 31.13
hr: 16
MAC_UE_SC_Tput: 17032.35
Bearer Releases: 9851

hr: 16
Avg CQI: 9
CA Activation Rate num: 1887525
Setup_Fail_DEN: 15932
SIP_SC_Total_MOU: 16.6
Peak UE: 68
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8440

Time: 13:11:30
holiday: 0

DL MAC Vol Scell Pct: 41.3
Avg_Connected_UEs: 51.41
SIP DC%: 
DLRLCLayerDataVolume MB: 2005.1
DRB UL Data Volume MB: 1354
CA DL DataVolRatio Pct den: 2427
weekend: 0
CA Activation Rate: 3.31
hr: 3
MAC_UE_SC_Tput: 9866.85

hr: 3
CA Activation Rate num: 8962928
Peak UE: 55
MB_per_connected_UE: 50.38
DL Data Vol MAC in MB: 7326.74

holiday: 0

SIP DC%: 
UPTP_Mbps: 23.37
DLRLCLayerDataVolume MB: 6038.5
weekend: 1
UPTP Mbps Num: 44847
CA Activation Rate: 13.32
hr: 17
MAC_UE_SC_Tput: 11708.46

hr: 17
Peak UE: 27
MB_per_connected_UE: 72.98
PCT Time MIMO: 40.29
DL Volume: 1207
DL Data Vol MAC in MB: 1830.38

Time: 19:27:50
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 892.62
DRB UL Data Volume MB: 7114
CA DL DataVolRatio Pct den: 9240
weekend: 0
hr: 23
MAC_UE_SC_Tput: 21508.75

hr: 23
CA Activation Rate num: 9349854
Setup_Fail_DEN: 19312
SIP_SC_Total_MOU: 405.17
Peak UE: 83
MB_per_connected_UE: 123.28

Time: 16:01:08
holiday: 0
CA DL DataVolRatio Pct: 74.55
CA DL DataVolRatio Pct num: 4421

SIP DC%: 
UPTP_Mbps: 102.6
DLRLCLayerDataVolume MB: 6816.11
weekend: 0
UPTP Mbps Num: 36279
hr: 23
MAC_UE_SC_Tput: 14397.38
Bearer Releases: 16534

hr: 23
CA Activation Rate num: 9964806
SIP_SC_Total_MOU: 74.35
Peak UE: 30
DL Data Vol MAC in MB: 3880.94

holiday: 0
CA DL DataVolRatio Pct: 50.68

SIP DC%: 
UPTP_Mbps: 77.75
DLRLCLayerDataVolume MB: 6627.92
RRC Setup Attempts: 4008
CA DL DataVolRatio Pct den: 6058
weekend: 0
UPTP Mbps Num: 5558
hr: 0
MAC_UE_SC_Tput: 9463.48
Bearer Releases: 10988

hr: 0
SIP_SC_Total_MOU: 203.32
Peak UE: 27
MB_per_connected_UE: 79.98
DL Data Vol MAC in MB: 4692.36

Time: 02:16:39
holiday: 0
CA DL DataVolRatio Pct num: 7503

SIP DC%: 
DLRLCLayerDataVolume MB: 780.09
weekend: 0
hr: 5
MAC_UE_SC_Tput: 13095.6

hr: 5
CA Activation Rate num: 6603928
UPTP Mbps Den: 4330
Setup_Fail_DEN: 7108
SIP_SC_Total_MOU: 153.36
Peak UE: 34
CA Activation Rate den: 206358

Time: 00:36:19
holiday: 0
CA DL DataVolRatio Pct num: 3425

SIP DC%: 
DLRLCLayerDataVolume MB: 7252.05
RRC Setup Attempts: 3663
CA DL DataVolRatio Pct den: 9484
CA Conf FailRate Pct den: 3563
weekend: 0
UPTP Mbps Num: 11663
CA Activation Rate: 20.9
hr: 23
MAC_UE_SC_Tput: 15676.12

hr: 23
CA Activation Rate num: 10387984
SIP_SC_Total_MOU: 290.31
Peak UE: 62
MB_per_connected_UE: 110.24
DL Data Vol MAC in MB: 5094.4
CA Activation Rate den: 36226

Time: 10:39:10
holiday: 0
CA DL DataVolRatio Pct: 78.05
CA DL DataVolRatio Pct num: 3907

Avg_Connected_UEs: 22.66
SIP DC%: 
DRB UL Data Volume MB: 1551
RRC Setup Attempts: 5870
CA Conf FailRate Pct den: 9370
weekend: 0
UPTP Mbps Num: 40801
CA Activation Rate: 72.38
hr: 0
MAC_UE_SC_Tput: 7792.01

hr: 0
CA Activation Rate num: 3269245
SIP_SC_Total_MOU: 104.49
Peak UE: 90
MB_per_connected_UE: 46.2
DL Volume: 9931
UL Throughput: 16.46
DL Data Vol MAC in MB: 2271.28
CA Activation Rate den: 128968

Time: 01:08:04
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6338.48
DRB UL Data Volume MB: 4776
RRC Setup Attempts: 5473
weekend: 0
hr: 0
MAC_UE_SC_Tput: 6189.15

hr: 0
CA Activation Rate num: 3800093
UPTP Mbps Den: 1557
Setup_Fail_DEN: 10266
Peak UE: 45
DL Data Vol MAC in MB: 376.54
CA Activation Rate den: 56292

Time: 06:37:19
holiday: 0

Avg_Connected_UEs: 47.25
SIP DC%: 
DRB UL Data Volume MB: 7495
PRB Util%: 66.4
weekend: 0
hr: 11

hr: 11
CA Activation Rate num: 5949394
Setup_Fail_DEN: 12769
Peak UE: 61
DL Volume: 5711
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4180
DL Data Vol MAC in MB: 9617.48
CA Activation Rate den: 201356
Combined RACH Preambles: 2070

Time: 04:53:03
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 467.87
PRB Util%: 71.11
RRC Setup Attempts: 7561
CA DL DataVolRatio Pct den: 4744
weekend: 0
UPTP Mbps Num: 6504
CA Activation Rate: 49.84
hr: 6
MAC_UE_SC_Tput: 30585.19

hr: 6
CA Activation Rate num: 2081077
Peak UE: 27
PCT Time MIMO: 49.43
DL Data Vol MAC in MB: 6519.02
CA Activation Rate den: 120657

Time: 00:58:45
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2891.16
DRB UL Data Volume MB: 3619
CA DL DataVolRatio Pct den: 1955
CA Conf FailRate Pct den: 7598
weekend: 0
hr: 10
MAC_UE_SC_Tput: 7847.95
Bearer Releases: 12209

hr: 10
CA Activation Rate num: 8039819
SIP_SC_Total_MOU: 204.18
Peak UE: 27
MB_per_connected_UE: 68.06
DL Volume: 6043
DL Data Vol MAC in MB: 1981.3
CA Activation Rate den: 78608
Combined RACH Preambles: 2608

holiday: 0

DL MAC Vol Scell Pct: 43.76
SIP DC%: 
DLRLCLayerDataVolume MB: 8002.86
weekend: 0
hr: 6
MAC_UE_SC_Tput: 35112.92

hr: 6
CA Activation Rate num: 9953746
Setup_Fail_DEN: 11978
SIP_SC_Total_MOU: 139.84
Peak UE: 46
DL Data Vol MAC in MB: 8158.56

Time: 08:15:09
holiday: 0

Avg_Connected_UEs: 82.23
SIP DC%: 
DLRLCLayerDataVolume MB: 2537.18
RRC Setup Attempts: 4733
CA Conf FailRate Pct den: 8728
weekend: 0
hr: 20

hr: 20
CA Activation Rate num: 262868
Setup_Fail_DEN: 16980
SIP_SC_Total_MOU: 5.5
Peak UE: 77
MB_per_connected_UE: 180.62
DL Volume: 6432
DL Data Vol MAC in MB: 8879.14

Time: 06:56:10
holiday: 0

DL MAC Vol Scell Pct: 53.59
Avg_Connected_UEs: 67.91
SIP DC%: 
DLRLCLayerDataVolume MB: 6057.2
DRB UL Data Volume MB: 4419
RRC Setup Attempts: 8665
weekend: 0
UPTP Mbps Num: 25545
hr: 19
MAC_UE_SC_Tput: 6800.53
Bearer Releases: 9993

hr: 19
CA Activation Rate num: 3294023
Setup_Fail_DEN: 9676
SIP_SC_Total_MOU: 161.8
Peak UE: 27
MB_per_connected_UE: 80.6
DL Volume: 9687
DL Data Vol MAC in MB: 3222.28

holiday: 0
CA DL DataVolRatio Pct num: 2472

SIP DC%: 
UPTP_Mbps: 31.03
DLRLCLayerDataVolume MB: 1788.66
weekend: 0
UPTP Mbps Num: 786
hr: 2
Bearer Releases: 14061

hr: 2
CA Activation Rate num: 10148021
Setup_Fail_DEN: 10862
SIP_SC_Total_MOU: 36.92
Peak UE: 52
VOLTE IA%: 
DL Data Vol MAC in MB: 4611.36
CA Activation Rate den: 64943

Time: 11:51:57
holiday: 0
CA DL DataVolRatio Pct num: 2790

SIP DC%: 
DLRLCLayerDataVolume MB: 1430.8
DRB UL Data Volume MB: 2062
CA DL DataVolRatio Pct den: 9321
weekend: 0
CA Activation Rate: 41.64
hr: 5
MAC_UE_SC_Tput: 8744.41

hr: 5
Setup_Fail_DEN: 11169
Peak UE: 53
MB_per_connected_UE: 182.79
DL Volume: 6123
DL Data Vol MAC in MB: 2314.95
CA Activation Rate den: 43010

Time: 20:28:02
holiday: 0

SIP DC%: 
UPTP_Mbps: 11.83
DLRLCLayerDataVolume MB: 6738.49
DRB UL Data Volume MB: 734
PRB Util%: 69.79
weekend: 1
hr: 15
MAC_UE_SC_Tput: 9463.23
Bearer Releases: 7964

hr: 15
CA Activation Rate num: 11258201
Setup_Fail_DEN: 12951
SIP_SC_Total_MOU: 0.8
Peak UE: 61
DL Data Vol MAC in MB: 9726.32
CA Activation Rate den: 97325

Time: 02:20:07
holiday: 0

SIP DC%: 
PRB Util%: 24.88
weekend: 0
UPTP Mbps Num: 60926
CA Activation Rate: 15.46
hr: 7

hr: 7
CA Activation Rate num: 4338309
Peak UE: 61
MB_per_connected_UE: 163.45
DL Data Vol MAC in MB: 9845.89

Time: 00:14:20
holiday: 0

Avg_Connected_UEs: 44.69
SIP DC%: 
DRB UL Data Volume MB: 7803
weekend: 1
CA Activation Rate: 67.83
hr: 2
MAC_UE_SC_Tput: 8976.99

hr: 2
CA Activation Rate num: 4703527
Setup_Fail_DEN: 8080
MB_per_connected_UE: 27.42

Time: 01:19:31
holiday: 0
CA DL DataVolRatio Pct: 72.22

SIP DC%: 
DLRLCLayerDataVolume MB: 5382.05
CA Conf FailRate Pct den: 4640
weekend: 0
UPTP Mbps Num: 17005
hr: 19
MAC_UE_SC_Tput: 19335.94

hr: 19
CA Activation Rate num: 11035506
SIP_SC_Total_MOU: 174.95
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7775
DL Data Vol MAC in MB: 7924

Time: 19:57:00
holiday: 0
CA DL DataVolRatio Pct num: 616

SIP DC%: 
UPTP_Mbps: 30.43
DLRLCLayerDataVolume MB: 1032.12
RRC Setup Attempts: 4485
weekend: 0
CA Activation Rate: 25.98
hr: 23
MAC_UE_SC_Tput: 21392.59

hr: 23
CA Activation Rate num: 9390782
Setup_Fail_DEN: 14648
SIP_SC_Total_MOU: 268.44
Peak UE: 79
MB_per_connected_UE: 138.45
DL Data Vol MAC in MB: 1624.65
CA Activation Rate den: 40104

Time: 05:52:38
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7368.35
weekend: 0
UPTP Mbps Num: 30345
hr: 11
MAC_UE_SC_Tput: 4882.89

hr: 11
CA Activation Rate num: 353654
SIP_SC_Total_MOU: 52.43
Peak UE: 27
PCT Time MIMO: 49.23
DL Data Vol MAC in MB: 4997.27

Time: 14:38:42
holiday: 0
CA DL DataVolRatio Pct: 57.32

DL MAC Vol Scell Pct: 33.73
Avg_Connected_UEs: 84.54
SIP DC%: 
UPTP_Mbps: 157.3
DLRLCLayerDataVolume MB: 6531.91
CA Conf FailRate Pct den: 7927
weekend: 0
UPTP Mbps Num: 28483
hr: 23
MAC_UE_SC_Tput: 5651.49

hr: 23
CA Activation Rate num: 14170170
SIP_SC_Total_MOU: 68
Peak UE: 27
DL Volume: 4954
DL Data Vol MAC in MB: 9234.73

Time: 05:03:49
holiday: 0

SIP DC%: 
UPTP_Mbps: 9.07
DLRLCLayerDataVolume MB: 7339.41
DRB UL Data Volume MB: 6280
weekend: 1
UPTP Mbps Num: 12580
CA Activation Rate: 30.52
hr: 23
MAC_UE_SC_Tput: 9267.62

hr: 23
CA Activation Rate num: 2807463
UPTP Mbps Den: 1520
Peak UE: 39
MB_per_connected_UE: 148.77
DL Data Vol MAC in MB: 2091.2

Time: 06:52:03
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6883.36
weekend: 0
CA Activation Rate: 56.46
hr: 2
MAC_UE_SC_Tput: 14943.26

hr: 2
CA Activation Rate num: 10019143
Setup_Fail_DEN: 11641
Peak UE: 27
MB_per_connected_UE: 19.09
DL Volume: 8335
CA Activation Rate den: 174875
Combined RACH Preambles: 3504

Time: 02:02:45
holiday: 0

Avg_Connected_UEs: 45.33
SIP DC%: 
CA Conf FailRate Pct den: 8407
weekend: 0
UPTP Mbps Num: 5445
CA Activation Rate: 58.98
hr: 7
MAC_UE_SC_Tput: 16641.37

hr: 7
CA Activation Rate num: 3491827
Setup_Fail_DEN: 13142
Peak UE: 91
MB_per_connected_UE: 200.01
DL Data Vol MAC in MB: 8224.68
CA Activation Rate den: 52536

Time: 12:43:01
holiday: 0
CA DL DataVolRatio Pct: 80.37
CA DL DataVolRatio Pct num: 3281

SIP DC%: 
PRB Util%: 31.83
weekend: 1
UPTP Mbps Num: 12979
hr: 15
MAC_UE_SC_Tput: 17903.47
Bearer Releases: 11573

hr: 15
CA Activation Rate num: 8858061
SIP_SC_Total_MOU: 126.31
Peak UE: 27
MB_per_connected_UE: 104.94
PCT Time MIMO: 48.59
DL Volume: 3078
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3459
CA Activation Rate den: 183152

Time: 09:01:11
holiday: 0
CA DL DataVolRatio Pct num: 2362

DL MAC Vol Scell Pct: 13.85
Avg_Connected_UEs: 23.14
SIP DC%: 
PRB Util%: 44.98
CA Conf FailRate Pct den: 4748
weekend: 0
hr: 6
MAC_UE_SC_Tput: 7605.05

hr: 6
CA Activation Rate num: 8403568
Setup_Fail_DEN: 8026
Peak UE: 27
MB_per_connected_UE: 159.31
CA Activation Rate den: 58647

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3007.57
PRB Util%: 16.01
weekend: 0
UPTP Mbps Num: 3530
CA Activation Rate: 23.3
hr: 22
MAC_UE_SC_Tput: 10450.92
Bearer Releases: 7271

hr: 22
CA Activation Rate num: 2968891
Peak UE: 49
MB_per_connected_UE: 86.16
PCT Time MIMO: 61.03
DL Volume: 5907
DL Data Vol MAC in MB: 7223.78
CA Activation Rate den: 156620

holiday: 0
CA DL DataVolRatio Pct num: 7542

DL MAC Vol Scell Pct: 43.58
SIP DC%: 
CA DL DataVolRatio Pct den: 5904
weekend: 0
hr: 19
MAC_UE_SC_Tput: 4126.32

hr: 19
CA Activation Rate num: 5846930
UPTP Mbps Den: 4242
Setup_Fail_DEN: 9375
SIP_SC_Total_MOU: 6.49
Peak UE: 27
DL Volume: 7393
DL Data Vol MAC in MB: 7983.82
CA Activation Rate den: 181870

Time: 17:39:43
holiday: 0
CA DL DataVolRatio Pct: 87.97

SIP DC%: 
DLRLCLayerDataVolume MB: 1481.16
weekend: 0
UPTP Mbps Num: 29307
CA Activation Rate: 54.8
hr: 0
MAC_UE_SC_Tput: 6381.51

hr: 0
CA Activation Rate num: 7903116
Setup_Fail_DEN: 7307
Peak UE: 27
DL Volume: 3676
CA Activation Rate den: 39701

Time: 05:26:37
holiday: 0
CA DL DataVolRatio Pct: 48.13

Avg_Connected_UEs: 28.64
SIP DC%: 
CA DL DataVolRatio Pct den: 6581
weekend: 0
hr: 2

hr: 2
CA Activation Rate num: 5716047
Setup_Fail_DEN: 9075
Peak UE: 27
DL Volume: 5086
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3284
DL Data Vol MAC in MB: 600.51
CA Activation Rate den: 171806

Time: 16:48:18
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 5783
RRC Setup Attempts: 6697
weekend: 0
UPTP Mbps Num: 61152
hr: 2
MAC_UE_SC_Tput: 8838.37

hr: 2
CA Activation Rate num: 622745
UPTP Mbps Den: 1415
Setup_Fail_DEN: 9443
Peak UE: 31
DL Data Vol MAC in MB: 1061.98
CA Activation Rate den: 97686

Time: 01:12:42
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5432.21
DRB UL Data Volume MB: 9070
RRC Setup Attempts: 8971
CA Conf FailRate Pct den: 5519
weekend: 0
CA Activation Rate: 65.17
hr: 18
MAC_UE_SC_Tput: 7065.61

hr: 18
CA Activation Rate num: 4194826
UPTP Mbps Den: 2385
SIP_SC_Total_MOU: 226.67
Peak UE: 39
MB_per_connected_UE: 176.58
DL Volume: 7051

Time: 17:16:52
holiday: 0
CA DL DataVolRatio Pct num: 6575

SIP DC%: 
PRB Util%: 34.81
CA Conf FailRate Pct den: 7893
weekend: 0
UPTP Mbps Num: 39810
hr: 9
MAC_UE_SC_Tput: 34086.69
Bearer Releases: 18623

hr: 9
CA Activation Rate num: 2092556
Peak UE: 58
MB_per_connected_UE: 176.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5263
DL Data Vol MAC in MB: 6946.64
CA Activation Rate den: 70945

Time: 23:07:46
holiday: 0

Avg_Connected_UEs: 16.85
SIP DC%: 
UPTP_Mbps: 93.32
DLRLCLayerDataVolume MB: 2201.36
PRB Util%: 72.94
RRC Setup Attempts: 6056
CA Conf FailRate Pct den: 7078
weekend: 0
hr: 11
MAC_UE_SC_Tput: 7429.01

hr: 11
CA Activation Rate num: 5521929
Peak UE: 27
MB_per_connected_UE: 42.71
DL Volume: 1905
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7683
DL Data Vol MAC in MB: 10204.87

Time: 14:13:42
holiday: 0
CA DL DataVolRatio Pct num: 5582

SIP DC%: 
UPTP_Mbps: 131.84
CA DL DataVolRatio Pct den: 6023
weekend: 0
UPTP Mbps Num: 38328
hr: 8
MAC_UE_SC_Tput: 8190.12

hr: 8
CA Activation Rate num: 10885941
Setup_Fail_DEN: 7372
SIP_SC_Total_MOU: 43.71
Peak UE: 27
DL Data Vol MAC in MB: 5112.49
Combined RACH Preambles: 4223

Time: 00:40:33
holiday: 0

DL MAC Vol Scell Pct: 42.21
SIP DC%: 
UPTP_Mbps: 116.29
DLRLCLayerDataVolume MB: 7764.62
RRC Setup Attempts: 4129
CA DL DataVolRatio Pct den: 7607
weekend: 0
CA Activation Rate: 59.86
hr: 23
MAC_UE_SC_Tput: 7836.19

hr: 23
CA Activation Rate num: 10990695
SIP_SC_Total_MOU: 194.04
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 54.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5556
DL Data Vol MAC in MB: 7053.44

Time: 23:49:57
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5176.33
PRB Util%: 47.21
weekend: 0
CA Activation Rate: 45.51
hr: 0
Bearer Releases: 11237

hr: 0
CA Activation Rate num: 1062315
Peak UE: 27
MB_per_connected_UE: 151.08
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7816
DL Data Vol MAC in MB: 2082.49

Time: 16:45:41
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5519.7
DRB UL Data Volume MB: 3340
PRB Util%: 32.61
weekend: 0
CA Activation Rate: 14.57
hr: 14
MAC_UE_SC_Tput: 4632.49

hr: 14
CA Activation Rate num: 1861319
Setup_Fail_DEN: 11553
Peak UE: 37
PCT Time MIMO: 34.88
DL Data Vol MAC in MB: 2658.21
CA Activation Rate den: 143481

Time: 02:53:19
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5543.91
DRB UL Data Volume MB: 9628
CA Conf FailRate Pct den: 7977
weekend: 0
hr: 2
MAC_UE_SC_Tput: 7217.48
Bearer Releases: 18121

hr: 2
CA Activation Rate num: 664825
Setup_Fail_DEN: 7793
SIP_SC_Total_MOU: 401.29
Peak UE: 27
DL Data Vol MAC in MB: 3184.76
CA Activation Rate den: 70234

Time: 19:01:30
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8472.69
PRB Util%: 72.15
CA DL DataVolRatio Pct den: 9202
weekend: 0
hr: 1
MAC_UE_SC_Tput: 18055.23
Bearer Releases: 13706

hr: 1
CA Activation Rate num: 164488
Peak UE: 38
MB_per_connected_UE: 149.36
PCT Time MIMO: 48.16
CA Activation Rate den: 157710

Time: 06:46:51
holiday: 0
CA DL DataVolRatio Pct num: 4393

DL MAC Vol Scell Pct: 36.72
SIP DC%: 
UPTP_Mbps: 16.61
PRB Util%: 17.19
RRC Setup Attempts: 6105
CA DL DataVolRatio Pct den: 5768
CA Conf FailRate Pct den: 5379
weekend: 0
UPTP Mbps Num: 22280
hr: 5
MAC_UE_SC_Tput: 14204.63

hr: 5
CA Activation Rate num: 4797300
Peak UE: 27
MB_per_connected_UE: 28.3
DL Data Vol MAC in MB: 6140.31

Time: 21:43:17
holiday: 0
CA DL DataVolRatio Pct num: 7381

SIP DC%: 
UPTP_Mbps: 9.44
DLRLCLayerDataVolume MB: 3684.26
CA DL DataVolRatio Pct den: 7140
weekend: 0
CA Activation Rate: 72.41
hr: 19
MAC_UE_SC_Tput: 18702.29

hr: 19
CA Activation Rate num: 8382728
Peak UE: 44
MB_per_connected_UE: 73.54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6968
DL Data Vol MAC in MB: 5958.6

Time: 11:44:00
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7184.96
DRB UL Data Volume MB: 8797
PRB Util%: 19.06
CA DL DataVolRatio Pct den: 4201
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6072.4
Bearer Releases: 6456

hr: 23
CA Activation Rate num: 3219942
Setup_Fail_DEN: 16349
Peak UE: 68
VOLTE IA%: 
PCT Time MIMO: 59.07
DL Volume: 7000
CA Activation Rate den: 96327

Time: 19:19:06
holiday: 0

DL MAC Vol Scell Pct: 35.5
SIP DC%: 
UPTP_Mbps: 55.22
DLRLCLayerDataVolume MB: 7627.56
weekend: 0
CA Activation Rate: 67.78
hr: 0
MAC_UE_SC_Tput: 7963.5
Bearer Releases: 17096

hr: 0
CA Activation Rate num: 5793463
SIP_SC_Total_MOU: 297.85
Peak UE: 27
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5963
Combined RACH Preambles: 2980

Time: 12:43:49
holiday: 0

DL MAC Vol Scell Pct: 37.44
SIP DC%: 
UPTP_Mbps: 72.12
DLRLCLayerDataVolume MB: 2661.3
DRB UL Data Volume MB: 5961
PRB Util%: 57.04
CA DL DataVolRatio Pct den: 9504
CA Conf FailRate Pct den: 7076
weekend: 0
hr: 8
MAC_UE_SC_Tput: 11088.35

hr: 8
CA Activation Rate num: 10710967
Setup_Fail_DEN: 19738
Peak UE: 75
MB_per_connected_UE: 95.73
DL Volume: 4180
CA Activation Rate den: 188846

Time: 10:41:41
holiday: 0

Avg_Connected_UEs: 42.08
SIP DC%: 
UPTP_Mbps: 83.29
weekend: 0
UPTP Mbps Num: 53703
CA Activation Rate: 22.69
hr: 14
MAC_UE_SC_Tput: 11708.27

hr: 14
CA Activation Rate num: 4278150
SIP_SC_Total_MOU: 109.6
Peak UE: 33
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4486

Combined RACH Preambles: 4262
Time: 05:03:48
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3495.64
DRB UL Data Volume MB: 9259
weekend: 0
UPTP Mbps Num: 8650
hr: 6
MAC_UE_SC_Tput: 17541.53
Bearer Releases: 12714

hr: 6
CA Activation Rate num: 7038714
UPTP Mbps Den: 570
MB_per_connected_UE: 22.18
PCT Time MIMO: 49.56

Combined RACH Preambles: 5157
Time: 16:50:33
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7137.83
CA Conf FailRate Pct den: 8353
weekend: 0
CA Activation Rate: 27.27
hr: 19
MAC_UE_SC_Tput: 29954.36
Bearer Releases: 11745

hr: 19
CA Activation Rate num: 5882984
SIP_SC_Total_MOU: 27.9
Peak UE: 82
VOLTE IA%: 
PCT Time MIMO: 43.7
DL Data Vol MAC in MB: 9033.12

holiday: 0
CA DL DataVolRatio Pct: 65.43

DL MAC Vol Scell Pct: 18.04
SIP DC%: 
DLRLCLayerDataVolume MB: 5401.13
RRC Setup Attempts: 3707
weekend: 0
UPTP Mbps Num: 39703
hr: 23

hr: 23
CA Activation Rate num: 11000676
SIP_SC_Total_MOU: 440.56
Peak UE: 46
MB_per_connected_UE: 91.4
DL Data Vol MAC in MB: 3038.96

Time: 09:32:42
holiday: 0

DL MAC Vol Scell Pct: 18.5
SIP DC%: 
DLRLCLayerDataVolume MB: 9954.87
DL Packet Loss Pct: 7.53
weekend: 0
hr: 23
MAC_UE_SC_Tput: 15497.62
Bearer Releases: 13416

hr: 23
CA Activation Rate num: 10824242
Setup_Fail_DEN: 16394
Peak UE: 27
DL Volume: 3548

Time: 10:57:41
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1789.61
DRB UL Data Volume MB: 5373
RRC Setup Attempts: 6192
CA DL DataVolRatio Pct den: 3896
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5863.66
Bearer Releases: 15625

hr: 23
CA Activation Rate num: 894242
SIP_SC_Total_MOU: 210.63
Peak UE: 36
CA Activation Rate den: 90907

Time: 19:35:07
holiday: 0
CA DL DataVolRatio Pct num: 5815

DL MAC Vol Scell Pct: 35.58
Avg_Connected_UEs: 75.79
SIP DC%: 
DLRLCLayerDataVolume MB: 5861.55
weekend: 1
UPTP Mbps Num: 18253
hr: 5
Bearer Releases: 16996

hr: 5
CA Activation Rate num: 5904985
Setup_Fail_DEN: 7464
SIP_SC_Total_MOU: 289.63
Peak UE: 27
DL Data Vol MAC in MB: 9027.53

Time: 06:20:45
holiday: 0
CA DL DataVolRatio Pct num: 2265

SIP DC%: 
DLRLCLayerDataVolume MB: 9878.81
PRB Util%: 69.71
weekend: 0
UPTP Mbps Num: 37309
hr: 3
MAC_UE_SC_Tput: 5185.6

hr: 3
CA Activation Rate num: 74388
Setup_Fail_DEN: 16593
Peak UE: 82
MB_per_connected_UE: 52.15
DL Volume: 9004
DL Data Vol MAC in MB: 3661.06

Time: 12:24:38
holiday: 0

DL MAC Vol Scell Pct: 7.76
SIP DC%: 
PRB Util%: 52.33
CA DL DataVolRatio Pct den: 2117
CA Conf FailRate Pct den: 5724
weekend: 0
hr: 10
MAC_UE_SC_Tput: 7367.54

hr: 10
CA Activation Rate num: 3313041
Setup_Fail_DEN: 11049
SIP_SC_Total_MOU: 190.32
Peak UE: 27
MB_per_connected_UE: 49.1
DL Data Vol MAC in MB: 329.54

Combined RACH Preambles: 4067
Time: 04:36:31
holiday: 0
CA DL DataVolRatio Pct num: 4311

Avg_Connected_UEs: 66
SIP DC%: 
DLRLCLayerDataVolume MB: 7633.13
DRB UL Data Volume MB: 5651
PRB Util%: 16.58
weekend: 0
hr: 2
MAC_UE_SC_Tput: 4561.35

hr: 2
CA Activation Rate num: 9631369
SIP_SC_Total_MOU: 105.04
Peak UE: 64
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3133
DL Data Vol MAC in MB: 2558.28
CA Activation Rate den: 95124

Time: 10:54:43
holiday: 0

SIP DC%: 
UPTP_Mbps: 10
DLRLCLayerDataVolume MB: 7982.09
CA Conf FailRate Pct den: 3201
weekend: 0
CA Activation Rate: 2.37
hr: 19
MAC_UE_SC_Tput: 15202.76
Bearer Releases: 8989

hr: 19
CA Activation Rate num: 6330081
Setup_Fail_DEN: 7480
SIP_SC_Total_MOU: 269.42
DL Data Vol MAC in MB: 5215.7

Time: 16:13:50
holiday: 0

SIP DC%: 
RRC Setup Attempts: 3977
CA DL DataVolRatio Pct den: 1813
weekend: 0
UPTP Mbps Num: 14708
hr: 7
MAC_UE_SC_Tput: 15537.51

hr: 7
CA Activation Rate num: 9392334
Setup_Fail_DEN: 11511
Peak UE: 28
MB_per_connected_UE: 55.56
DL Volume: 4151
DL Data Vol MAC in MB: 3062.4
CA Activation Rate den: 50982

Time: 19:34:33
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4001.04
PRB Util%: 53.8
CA DL DataVolRatio Pct den: 8664
CA Conf FailRate Pct den: 9117
weekend: 0
hr: 14
MAC_UE_SC_Tput: 9929.28

hr: 14
CA Activation Rate num: 4818193
Setup_Fail_DEN: 8600
SIP_SC_Total_MOU: 144.89
Peak UE: 39
DL Data Vol MAC in MB: 10069.8

Time: 08:14:39
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4049.2
DRB UL Data Volume MB: 920
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7047.13

hr: 23
CA Activation Rate num: 2065372
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 148.26
PCT Time MIMO: 50.2
DL Data Vol MAC in MB: 2953.34

Time: 04:18:41
holiday: 0

Avg_Connected_UEs: 47.01
SIP DC%: 
DRB UL Data Volume MB: 2052
CA DL DataVolRatio Pct den: 8705
CA Conf FailRate Pct den: 8848
weekend: 0
UPTP Mbps Num: 4622
hr: 13
MAC_UE_SC_Tput: 12560.41

hr: 13
CA Activation Rate num: 7698063
Peak UE: 82
MB_per_connected_UE: 60.02
DL Volume: 3004
UL Throughput: 18.03

Time: 15:51:31
holiday: 0

Avg_Connected_UEs: 67.39
SIP DC%: 
UPTP_Mbps: 11.61
DLRLCLayerDataVolume MB: 3758.08
CA Conf FailRate Pct den: 6283
weekend: 0
UPTP Mbps Num: 10028
hr: 23

hr: 23
CA Activation Rate num: 4311695
Setup_Fail_DEN: 12305
SIP_SC_Total_MOU: 254.3
Peak UE: 27
MB_per_connected_UE: 159.55
DL Data Vol MAC in MB: 978.06
CA Activation Rate den: 62376

Time: 16:06:42
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7869.63
weekend: 0
UPTP Mbps Num: 62235
CA Activation Rate: 65.57
hr: 16
MAC_UE_SC_Tput: 6325.34

hr: 16
CA Activation Rate num: 9478405
SIP_SC_Total_MOU: 317.6
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4320
DL Data Vol MAC in MB: 282.84
CA Activation Rate den: 186476

Time: 04:07:19
holiday: 0

DL MAC Vol Scell Pct: 25.99
SIP DC%: 
DLRLCLayerDataVolume MB: 795.46
weekend: 0
hr: 22
MAC_UE_SC_Tput: 14311.21
Bearer Releases: 7505

hr: 22
CA Activation Rate num: 10605902
SIP_SC_Total_MOU: 302.23
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 135.02

Combined RACH Preambles: 4079
Time: 15:48:32
holiday: 0

SIP DC%: 
UPTP_Mbps: 30.68
DLRLCLayerDataVolume MB: 8570.16
DRB UL Data Volume MB: 6734
RRC Setup Attempts: 3445
weekend: 0
hr: 8
MAC_UE_SC_Tput: 13191.02

hr: 8
CA Activation Rate num: 6771235
Setup_Fail_DEN: 10511
SIP_SC_Total_MOU: 242.84
Peak UE: 69
MB_per_connected_UE: 76.2
DL Data Vol MAC in MB: 6996.15

Time: 21:00:21
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7194.69
DRB UL Data Volume MB: 5542
PRB Util%: 13.1
CA Conf FailRate Pct den: 9314
weekend: 0
UPTP Mbps Num: 7481
hr: 6
MAC_UE_SC_Tput: 5432.28
Bearer Releases: 9849

hr: 6
CA Activation Rate num: 4794716
Setup_Fail_DEN: 19359
SIP_SC_Total_MOU: 92.75
Peak UE: 27
PCT Time MIMO: 38.58
DL Data Vol MAC in MB: 2446.98
CA Activation Rate den: 182298

Time: 10:39:14
holiday: 0
CA DL DataVolRatio Pct: 83.71

SIP DC%: 
UPTP_Mbps: 96.8
PRB Util%: 62.67
CA Conf FailRate Pct den: 5176
weekend: 1
CA Activation Rate: 75.8
hr: 6
MAC_UE_SC_Tput: 15777.18

hr: 6
CA Activation Rate num: 3830121
UPTP Mbps Den: 1189
SIP_SC_Total_MOU: 148.14
Peak UE: 75
MB_per_connected_UE: 17.58
DL Volume: 9628
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6747
DL Data Vol MAC in MB: 1098.69
Time: 22:49:43

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3711.16
DRB UL Data Volume MB: 9911
weekend: 0
hr: 23
MAC_UE_SC_Tput: 13176.05

hr: 23
CA Activation Rate num: 5081760
SIP_SC_Total_MOU: 133.14
Peak UE: 48
MB_per_connected_UE: 146.68
DL Volume: 4575
DL Data Vol MAC in MB: 7273.67

Time: 03:54:09
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 672.51
DRB UL Data Volume MB: 3693
weekend: 0
hr: 0

hr: 0
CA Activation Rate num: 1496000
UPTP Mbps Den: 2193
Setup_Fail_DEN: 12909
Peak UE: 82
MB_per_connected_UE: 36.6
PCT Time MIMO: 40.59
CA Activation Rate den: 47798
Time: 12:58:01

holiday: 0

SIP DC%: 
UPTP_Mbps: 52.57
DLRLCLayerDataVolume MB: 7709.75
PRB Util%: 19.84
RRC Setup Attempts: 5346
weekend: 0
CA Activation Rate: 5.95
hr: 4
MAC_UE_SC_Tput: 6140.9

hr: 4
Setup_Fail_DEN: 18700
SIP_SC_Total_MOU: 13.93
Peak UE: 57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3214
DL Data Vol MAC in MB: 6234.87
CA Activation Rate den: 88258

Time: 02:43:00
holiday: 0

Avg_Connected_UEs: 71.03
SIP DC%: 
DLRLCLayerDataVolume MB: 206.74
PRB Util%: 64.65
weekend: 0
CA Activation Rate: 50.36
hr: 23
MAC_UE_SC_Tput: 5254.23

hr: 23
CA Activation Rate num: 2188277
MB_per_connected_UE: 25.57
DL Volume: 6561
DL Data Vol MAC in MB: 8924.93
CA Activation Rate den: 182419

Time: 07:46:30
holiday: 0

SIP DC%: 
weekend: 0
UPTP Mbps Num: 44023
CA Activation Rate: 18.82
hr: 3
MAC_UE_SC_Tput: 14698.31

hr: 3
Setup_Fail_DEN: 10107
SIP_SC_Total_MOU: 15.33
Peak UE: 27
DL Data Vol MAC in MB: 8609.84
CA Activation Rate den: 82409

Time: 06:27:20
holiday: 0
CA DL DataVolRatio Pct num: 388

SIP DC%: 
DLRLCLayerDataVolume MB: 9885.3
weekend: 0
hr: 18
MAC_UE_SC_Tput: 16558.34

hr: 18
CA Activation Rate num: 756503
SIP_SC_Total_MOU: 154.77
Peak UE: 68
MB_per_connected_UE: 154.72
PCT Time MIMO: 40.05
DL Data Vol MAC in MB: 6138.7

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2197.12
CA DL DataVolRatio Pct den: 7850
weekend: 0
CA Activation Rate: 45.07
hr: 23

hr: 23
CA Activation Rate num: 2456845
Peak UE: 69
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6384
DL Data Vol MAC in MB: 10077.88

Combined RACH Preambles: 1930
Time: 08:16:59
holiday: 0
CA DL DataVolRatio Pct: 43.44

SIP DC%: 
DRB UL Data Volume MB: 2614
CA DL DataVolRatio Pct den: 8269
CA Conf FailRate Pct den: 2907
weekend: 0
UPTP Mbps Num: 4190
hr: 9
MAC_UE_SC_Tput: 6621.16

hr: 9
CA Activation Rate num: 2207151
SIP_SC_Total_MOU: 82.14
Peak UE: 39
PCT Time MIMO: 37.27
DL Data Vol MAC in MB: 9881.47
CA Activation Rate den: 183121

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3358.66
weekend: 0
hr: 15
MAC_UE_SC_Tput: 18592.52

hr: 15
Avg CQI: 10
CA Activation Rate num: 9660420
UPTP Mbps Den: 5722
Setup_Fail_DEN: 13335
SIP_SC_Total_MOU: 47.49
Peak UE: 66
MB_per_connected_UE: 18.67
DL Volume: 1023
DL Data Vol MAC in MB: 8747.86
CA Activation Rate den: 141471

Time: 13:54:09
holiday: 0
CA DL DataVolRatio Pct: 78.18
CA DL DataVolRatio Pct num: 1348

SIP DC%: 
weekend: 0
UPTP Mbps Num: 42915
CA Activation Rate: 32.5
hr: 23
MAC_UE_SC_Tput: 5218
Bearer Releases: 7827

hr: 23
CA Activation Rate num: 5022754
Peak UE: 27
DL Data Vol MAC in MB: 7209.48
CA Activation Rate den: 41752

Time: 14:07:17
holiday: 0
CA DL DataVolRatio Pct: 66.17
CA DL DataVolRatio Pct num: 749

SIP DC%: 
DRB UL Data Volume MB: 3359
weekend: 0
CA Activation Rate: 10.86
hr: 23
MAC_UE_SC_Tput: 9480.74

hr: 23
CA Activation Rate num: 8012558
Peak UE: 27
MB_per_connected_UE: 79.18
PCT Time MIMO: 38.79
CA Activation Rate den: 80053

Time: 21:52:40
holiday: 0

Avg_Connected_UEs: 74.19
SIP DC%: 
DLRLCLayerDataVolume MB: 7021.95
CA DL DataVolRatio Pct den: 7461
weekend: 0
hr: 0
MAC_UE_SC_Tput: 6765.91
Bearer Releases: 16741

hr: 0
Peak UE: 55
MB_per_connected_UE: 103.98
DL Data Vol MAC in MB: 816.65
CA Activation Rate den: 111387

Time: 15:54:54
holiday: 0

SIP DC%: 
CA Conf FailRate Pct den: 5452
weekend: 0
UPTP Mbps Num: 2639
CA Activation Rate: 63.44
hr: 6
MAC_UE_SC_Tput: 17434.32

hr: 6
CA Activation Rate num: 8674895
Setup_Fail_DEN: 15586
Peak UE: 27

Time: 12:13:19
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8653.59
PRB Util%: 21.01
CA DL DataVolRatio Pct den: 10090
CA Conf FailRate Pct den: 7341
weekend: 1
UPTP Mbps Num: 10349
CA Activation Rate: 31.87
hr: 13
MAC_UE_SC_Tput: 7374.95

hr: 13
UPTP Mbps Den: 5812
Setup_Fail_DEN: 11950
Peak UE: 31
CA Activation Rate den: 137674

Time: 20:08:04
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9454.26
DRB UL Data Volume MB: 4765
RRC Setup Attempts: 4453
CA DL DataVolRatio Pct den: 6688
weekend: 1
CA Activation Rate: 37.09
hr: 9
MAC_UE_SC_Tput: 10345.49

hr: 9
CA Activation Rate num: 2130211
Peak UE: 64
MB_per_connected_UE: 62.25
DL Data Vol MAC in MB: 3912.85
CA Activation Rate den: 108436

Time: 03:52:16
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9468.94
PRB Util%: 10.85
CA DL DataVolRatio Pct den: 2752
CA Conf FailRate Pct den: 9372
weekend: 0
UPTP Mbps Num: 44061
hr: 22
MAC_UE_SC_Tput: 13975.76
Bearer Releases: 13722

hr: 22
CA Activation Rate num: 4607743
Setup_Fail_DEN: 13846
Peak UE: 27
MB_per_connected_UE: 150.84
DL Volume: 6259
DL Data Vol MAC in MB: 279.33
CA Activation Rate den: 53096

Time: 02:34:49
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7574.95
weekend: 0
UPTP Mbps Num: 28644
hr: 5
MAC_UE_SC_Tput: 5751.75

hr: 5
UL MAC Vol Scell Pct: 10.17
Peak UE: 27
MB_per_connected_UE: 131.01
DL Volume: 1586
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3556
DL Data Vol MAC in MB: 3008.87

Time: 14:37:26
holiday: 0

Avg_Connected_UEs: 81.89
SIP DC%: 
UPTP_Mbps: 15.6
DRB UL Data Volume MB: 6161
RRC Setup Attempts: 8149
CA Conf FailRate Pct den: 5545
weekend: 1
UPTP Mbps Num: 11053
hr: 23
MAC_UE_SC_Tput: 10659.71
Bearer Releases: 15435

hr: 23
CA Activation Rate num: 6648947
SIP_SC_Total_MOU: 313.5
Peak UE: 27
DL Data Vol MAC in MB: 4104.49
CA Activation Rate den: 94735

Time: 08:40:27
holiday: 0
CA DL DataVolRatio Pct num: 2792

SIP DC%: 
PRB Util%: 27.47
CA DL DataVolRatio Pct den: 7502
CA Conf FailRate Pct den: 7937
weekend: 0
CA Activation Rate: 58.62
hr: 13
MAC_UE_SC_Tput: 7204.34

hr: 13
CA Activation Rate num: 1171913
Setup_Fail_DEN: 9230
Peak UE: 55
MB_per_connected_UE: 89.69
DL Data Vol MAC in MB: 4377.56

Time: 13:39:18
holiday: 0
CA DL DataVolRatio Pct num: 7117

SIP DC%: 
PRB Util%: 16.26
CA DL DataVolRatio Pct den: 5417
CA Conf FailRate Pct den: 8385
weekend: 0
UPTP Mbps Num: 13229
hr: 21
MAC_UE_SC_Tput: 4125.01
Bearer Releases: 13727

hr: 21
CA Activation Rate num: 874659
SIP_SC_Total_MOU: 189.12
Peak UE: 27
MB_per_connected_UE: 205.04
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6292
DL Data Vol MAC in MB: 1345.97
CA Activation Rate den: 52129

Time: 07:18:02
holiday: 0
CA DL DataVolRatio Pct num: 1594

SIP DC%: 
DRB UL Data Volume MB: 7446
PRB Util%: 13.28
weekend: 0
UPTP Mbps Num: 24837
hr: 7
MAC_UE_SC_Tput: 6016.8

hr: 7
CA Activation Rate num: 2785461
SIP_SC_Total_MOU: 52.64
Peak UE: 77
VOLTE IA%: 
MB_per_connected_UE: 179.59
DL Data Vol MAC in MB: 1281.77
CA Activation Rate den: 39077
Combined RACH Preambles: 4231

holiday: 0

SIP DC%: 
UPTP_Mbps: 116.87
DLRLCLayerDataVolume MB: 6585.64
RRC Setup Attempts: 3804
CA Conf FailRate Pct den: 3705
weekend: 0
hr: 12
MAC_UE_SC_Tput: 4592.78
Bearer Releases: 14877

hr: 12
CA Activation Rate num: 7487364
SIP_SC_Total_MOU: 309.31
Peak UE: 83
MB_per_connected_UE: 153.55
DL Volume: 5468

Time: 17:30:53
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2925.34
PRB Util%: 56.24
RRC Setup Attempts: 6635
CA DL DataVolRatio Pct den: 9136
weekend: 0
hr: 17
MAC_UE_SC_Tput: 9847.96
Bearer Releases: 17944

hr: 17
CA Activation Rate num: 4259380
Setup_Fail_DEN: 18358
Peak UE: 72
MB_per_connected_UE: 38.01
DL Volume: 9016

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4144.95
DRB UL Data Volume MB: 7837
weekend: 1
CA Activation Rate: 39.94
hr: 12
MAC_UE_SC_Tput: 10956.55

hr: 12
CA Activation Rate num: 10878900
SIP_SC_Total_MOU: 209.2
Peak UE: 27
DL Volume: 2923
DL Data Vol MAC in MB: 494.33

Time: 04:02:54
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1314.21
weekend: 1
UPTP Mbps Num: 19543
hr: 0
MAC_UE_SC_Tput: 5871.51
Bearer Releases: 12444

hr: 0
CA Activation Rate num: 5608003
Setup_Fail_DEN: 14250
MB_per_connected_UE: 112.49
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4381
DL Data Vol MAC in MB: 5425.17
CA Activation Rate den: 123734

Time: 05:56:08
holiday: 0
CA DL DataVolRatio Pct: 51.45

SIP DC%: 
UPTP_Mbps: 34.2
DLRLCLayerDataVolume MB: 3263.57
weekend: 0
hr: 22
MAC_UE_SC_Tput: 4775.49

hr: 22
CA Activation Rate num: 1720180
Peak UE: 51
MB_per_connected_UE: 141.63
DL Data Vol MAC in MB: 9188.6
CA Activation Rate den: 115423

Time: 14:27:34
holiday: 0

Avg_Connected_UEs: 34.34
SIP DC%: 
UPTP_Mbps: 126.24
S1U_SIP_SC_SEER: 99.65
DLRLCLayerDataVolume MB: 5616.56
RRC Setup Attempts: 8080
CA DL DataVolRatio Pct den: 1776
CA Conf FailRate Pct den: 5262
weekend: 0
UPTP Mbps Num: 25817
hr: 0
MAC_UE_SC_Tput: 13346.84
Bearer Releases: 14706

hr: 0
CA Activation Rate num: 3530447
UPTP Mbps Den: 4610
SIP_SC_Total_MOU: 123.12
Peak UE: 27
VOLTE IA%: 
DL Volume: 2246
DL Data Vol MAC in MB: 373.36
CA Activation Rate den: 49613

Time: 21:26:21
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4596.92
DRB UL Data Volume MB: 1264
CA DL DataVolRatio Pct den: 5999
CA Conf FailRate Pct den: 9394
weekend: 0
hr: 22
MAC_UE_SC_Tput: 19590.82

hr: 22
CA Activation Rate num: 6581470
SIP_SC_Total_MOU: 343.98
PCT Time MIMO: 56.51
DL Data Vol MAC in MB: 8528.64

Time: 07:18:15
holiday: 0

DL MAC Vol Scell Pct: 5.66
Avg_Connected_UEs: 83.94
SIP DC%: 
DLRLCLayerDataVolume MB: 8951.39
weekend: 0
UPTP Mbps Num: 33664
hr: 15
MAC_UE_SC_Tput: 13321.8

hr: 15
CA Activation Rate num: 3358576
Peak UE: 27
MB_per_connected_UE: 43.42
DL Data Vol MAC in MB: 803.42
Combined RACH Preambles: 2594

Time: 04:56:18
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8978.4
CA Conf FailRate Pct den: 5594
weekend: 1
UPTP Mbps Num: 4690
CA Activation Rate: 71.29
hr: 1
MAC_UE_SC_Tput: 7719.49
Bearer Releases: 13949

hr: 1
CA Activation Rate num: 9585023
SIP_SC_Total_MOU: 155.99
Peak UE: 27
MB_per_connected_UE: 150.28
DL Data Vol MAC in MB: 5774.95

Time: 09:13:28
holiday: 0
CA DL DataVolRatio Pct num: 2299

SIP DC%: 
DLRLCLayerDataVolume MB: 2952.32
RRC Setup Attempts: 4100
weekend: 0
UPTP Mbps Num: 31115
hr: 3
MAC_UE_SC_Tput: 7736.21

hr: 3
CA Activation Rate num: 1263754
SIP_SC_Total_MOU: 346.56
Peak UE: 27
CA Activation Rate den: 50269

Time: 19:09:43
holiday: 0

DL MAC Vol Scell Pct: 14.33
SIP DC%: 
DRB UL Data Volume MB: 9722
CA Conf FailRate Pct den: 4113
weekend: 0
UPTP Mbps Num: 55361
hr: 0
MAC_UE_SC_Tput: 22901.65

hr: 0
CA Activation Rate num: 8225618
Peak UE: 27
MB_per_connected_UE: 132.76
DL Volume: 1614
CA Activation Rate den: 91590

holiday: 0
CA DL DataVolRatio Pct num: 7508

Avg_Connected_UEs: 53.36
SIP DC%: 
DLRLCLayerDataVolume MB: 7525.26
PRB Util%: 27.13
weekend: 0
UPTP Mbps Num: 57628
hr: 9
MAC_UE_SC_Tput: 18933.41

hr: 9
CA Activation Rate num: 3456643
Peak UE: 95
MB_per_connected_UE: 89.36

Time: 15:41:08
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5632.05
CA Conf FailRate Pct den: 9139
weekend: 0
hr: 19
MAC_UE_SC_Tput: 6510.97

hr: 19
CA Activation Rate num: 4957834
Setup_Fail_DEN: 12222
SIP_SC_Total_MOU: 57.32
Peak UE: 52
DL Data Vol MAC in MB: 7455.76

Time: 21:04:57
holiday: 0

Avg_Connected_UEs: 41.49
SIP DC%: 
DLRLCLayerDataVolume MB: 1913.07
PRB Util%: 43.14
RRC Setup Attempts: 7382
weekend: 0
UPTP Mbps Num: 30558
hr: 12
MAC_UE_SC_Tput: 9817

hr: 12
CA Activation Rate num: 8272060
Setup_Fail_DEN: 7055
Peak UE: 68
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6359
CA Activation Rate den: 84136

Time: 06:08:57
holiday: 0

SIP DC%: 
UPTP_Mbps: 14.3
DRB UL Data Volume MB: 5299
weekend: 0
UPTP Mbps Num: 37383
hr: 4
MAC_UE_SC_Tput: 5646.69

hr: 4
CA Activation Rate num: 7844342
Setup_Fail_DEN: 10199
SIP_SC_Total_MOU: 66.44
Peak UE: 27
MB_per_connected_UE: 40.52
DL Data Vol MAC in MB: 2285.74
CA Activation Rate den: 159858

Time: 11:05:34
holiday: 0
CA DL DataVolRatio Pct: 80.96

SIP DC%: 
DLRLCLayerDataVolume MB: 7184.53
DRB UL Data Volume MB: 8432
PRB Util%: 10.08
RRC Setup Attempts: 7267
weekend: 0
hr: 2
MAC_UE_SC_Tput: 11229.51

hr: 2
CA Activation Rate num: 10948584
SIP_SC_Total_MOU: 232.43
Peak UE: 73
VOLTE IA%: 
MB_per_connected_UE: 10.26
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8115
DL Data Vol MAC in MB: 3589.55

Time: 09:08:46
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8806.35
PRB Util%: 25.84
DL Packet Loss Pct: 1.29
RRC Setup Attempts: 8279
CA DL DataVolRatio Pct den: 8154
weekend: 0
hr: 5
MAC_UE_SC_Tput: 11907.56

hr: 5
CA Activation Rate num: 10567402
Setup_Fail_DEN: 16563
Peak UE: 27
MB_per_connected_UE: 43.14
DL Volume: 6821
CA Activation Rate den: 166488

Time: 05:59:49
holiday: 0

DL MAC Vol Scell Pct: 19.29
SIP DC%: 
UPTP_Mbps: 113.89
DLRLCLayerDataVolume MB: 3574.8
RRC Setup Attempts: 7809
weekend: 0
UPTP Mbps Num: 37258
hr: 0
MAC_UE_SC_Tput: 6381
Bearer Releases: 12644

hr: 0
CA Activation Rate num: 3322159
UPTP Mbps Den: 102
Setup_Fail_DEN: 16750
SIP_SC_Total_MOU: 55.98
UL MAC Vol Scell Pct: 2.62
Peak UE: 74
MB_per_connected_UE: 61.95
DL Volume: 3081
DL Data Vol MAC in MB: 7034.02

Time: 07:24:51
holiday: 0
CA DL DataVolRatio Pct: 61.61

SIP DC%: 
DRB UL Data Volume MB: 9513
RRC Setup Attempts: 7006
CA DL DataVolRatio Pct den: 9436
weekend: 0
hr: 23
MAC_UE_SC_Tput: 16139.24

hr: 23
CA Activation Rate num: 10817025
Setup_Fail_DEN: 8921
SIP_SC_Total_MOU: 139.27
Peak UE: 74
MB_per_connected_UE: 36.06
DL Volume: 3376
DL Data Vol MAC in MB: 892.55

Time: 02:24:21
holiday: 0

SIP DC%: 
UPTP_Mbps: 22.58
DRB UL Data Volume MB: 2540
CA Conf FailRate Pct den: 5221
weekend: 1
hr: 18
MAC_UE_SC_Tput: 5883.09

hr: 18
CA Activation Rate num: 4618351
Peak UE: 27
DL Volume: 6272
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8565
DL Data Vol MAC in MB: 2813.75

Time: 06:23:57
holiday: 0
CA DL DataVolRatio Pct: 66.97
CA DL DataVolRatio Pct num: 2845

SIP DC%: 
PRB Util%: 15.78
CA DL DataVolRatio Pct den: 5311
weekend: 0
CA Activation Rate: 76.15
hr: 22
MAC_UE_SC_Tput: 12448.85

hr: 22
CA Activation Rate num: 1577481
Setup_Fail_DEN: 12510
Peak UE: 53
MB_per_connected_UE: 162.55
CA Activation Rate den: 140811
Time: 21:48:14

holiday: 0

SIP DC%: 
UPTP_Mbps: 117.08
DRB UL Data Volume MB: 1235
PRB Util%: 5.63
weekend: 0
UPTP Mbps Num: 26745
hr: 7
MAC_UE_SC_Tput: 10833.09

hr: 7
CA Activation Rate num: 78742
Setup_Fail_DEN: 11602
Peak UE: 27
MB_per_connected_UE: 75.69
DL Volume: 9896
CA Activation Rate den: 151211

Time: 07:18:38
holiday: 0

Avg_Connected_UEs: 19.09
SIP DC%: 
DLRLCLayerDataVolume MB: 7582.61
DRB UL Data Volume MB: 9430
CA DL DataVolRatio Pct den: 5424
weekend: 0
hr: 18
MAC_UE_SC_Tput: 9622.55

hr: 18
CA Activation Rate num: 4807961
SIP_SC_Total_MOU: 182.45
Peak UE: 37
DL Volume: 8729
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9098
DL Data Vol MAC in MB: 1745.65
CA Activation Rate den: 127625

Time: 00:15:27
holiday: 0
CA DL DataVolRatio Pct: 55.06
CA DL DataVolRatio Pct num: 3244

SIP DC%: 
UPTP_Mbps: 34.57
DLRLCLayerDataVolume MB: 2986.01
weekend: 0
hr: 22
MAC_UE_SC_Tput: 10210.41

hr: 22
CA Activation Rate num: 7382017
SIP_SC_Total_MOU: 89.36
Peak UE: 56
PCT Time MIMO: 51.21
DL Volume: 1630
DL Data Vol MAC in MB: 9543.67
CA Activation Rate den: 43058

Combined RACH Preambles: 3594
holiday: 0

DL MAC Vol Scell Pct: 49.44
SIP DC%: 
RRC Setup Attempts: 8402
weekend: 0
CA Activation Rate: 64.82
hr: 20
MAC_UE_SC_Tput: 6482.71
Bearer Releases: 16575

hr: 20
Peak UE: 27
MB_per_connected_UE: 11
DL Volume: 3722
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7861
DL Data Vol MAC in MB: 4312.19
CA Activation Rate den: 124373

Time: 02:50:03
holiday: 0
CA DL DataVolRatio Pct num: 4262

SIP DC%: 
DLRLCLayerDataVolume MB: 9548.32
DL Packet Loss Pct: 2.38
CA DL DataVolRatio Pct den: 5036
CA Conf FailRate Pct den: 8111
weekend: 0
UPTP Mbps Num: 31690
hr: 0
MAC_UE_SC_Tput: 9598.33

hr: 0
CA Activation Rate num: 4010033
UPTP Mbps Den: 2225
Setup_Fail_DEN: 14924
Peak UE: 31
MB_per_connected_UE: 147.91
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4244
DL Data Vol MAC in MB: 1007.02
CA Activation Rate den: 48244

Combined RACH Preambles: 3741
Time: 05:15:04
holiday: 0
CA DL DataVolRatio Pct: 42.68
CA DL DataVolRatio Pct num: 1955

SIP DC%: 
weekend: 0
UPTP Mbps Num: 34709
hr: 7
MAC_UE_SC_Tput: 10783.55

hr: 7
Setup_Fail_DEN: 11747
Peak UE: 51
MB_per_connected_UE: 101.39
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7113
DL Data Vol MAC in MB: 1300.37
CA Activation Rate den: 75500

Time: 22:15:53
holiday: 0
CA DL DataVolRatio Pct num: 1503

DL MAC Vol Scell Pct: 51.63
Avg_Connected_UEs: 44.64
SIP DC%: 
UPTP_Mbps: 49.73
DLRLCLayerDataVolume MB: 3876.6
CA Conf FailRate Pct den: 4689
weekend: 0
UPTP Mbps Num: 4723
hr: 5
Bearer Releases: 12301

hr: 5
CA Activation Rate num: 7777431
UPTP Mbps Den: 340
SIP_SC_Total_MOU: 141.34
Peak UE: 37
MB_per_connected_UE: 18.73
PCT Time MIMO: 69.57
DL Volume: 3881
DL Data Vol MAC in MB: 9873.11

Time: 14:38:12
holiday: 0

SIP DC%: 
UPTP_Mbps: 13.01
DRB UL Data Volume MB: 7474
CA Conf FailRate Pct den: 5542
weekend: 1
UPTP Mbps Num: 1877
CA Activation Rate: 72.86
hr: 23

hr: 23
SIP_SC_Total_MOU: 24.07
Peak UE: 27
DL Data Vol MAC in MB: 6356.69
CA Activation Rate den: 51401

Combined RACH Preambles: 2928
Time: 19:02:53
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2335.55
weekend: 1
UPTP Mbps Num: 45503
hr: 5
MAC_UE_SC_Tput: 4556.8

hr: 5
CA Activation Rate num: 4084445
SIP_SC_Total_MOU: 162.01
Peak UE: 27
VOLTE IA%: 
DL Volume: 8035
DL Data Vol MAC in MB: 3612.72
CA Activation Rate den: 174777

Time: 17:00:07
holiday: 0
CA DL DataVolRatio Pct num: 3156

Avg_Connected_UEs: 53.62
SIP DC%: 
UPTP_Mbps: 18.39
DRB UL Data Volume MB: 5662
PRB Util%: 15.88
weekend: 0
hr: 7
MAC_UE_SC_Tput: 15617.2
Bearer Releases: 6779

hr: 7
CA Activation Rate num: 8478098
Peak UE: 27
MB_per_connected_UE: 8.93
DL Data Vol MAC in MB: 9201.21

Time: 09:46:24
holiday: 0

DL MAC Vol Scell Pct: 11.81
SIP DC%: 
DLRLCLayerDataVolume MB: 4199.73
CA DL DataVolRatio Pct den: 742
weekend: 0
hr: 12
MAC_UE_SC_Tput: 6235.09

hr: 12
CA Activation Rate num: 8318703
Setup_Fail_DEN: 10732
Peak UE: 35
VOLTE IA%: 
DL Data Vol MAC in MB: 8810.5
CA Activation Rate den: 72231

Time: 22:49:31
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1617.86
DRB UL Data Volume MB: 9557
CA DL DataVolRatio Pct den: 9434
CA Conf FailRate Pct den: 4856
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7128.51

hr: 23
SIP_SC_Total_MOU: 230.3
Peak UE: 81
MB_per_connected_UE: 78.46
DL Volume: 2554
CA Activation Rate den: 38287

Time: 21:27:55
holiday: 0

Avg_Connected_UEs: 58.25
SIP DC%: 
DLRLCLayerDataVolume MB: 1792.48
weekend: 0
UPTP Mbps Num: 53313
hr: 15
MAC_UE_SC_Tput: 16667.91

hr: 15
CA Activation Rate num: 6784311
Setup_Fail_DEN: 6458
SIP_SC_Total_MOU: 197.54
Peak UE: 54
DL Volume: 1895
DL Data Vol MAC in MB: 8165.86

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9530.13
weekend: 0
CA Activation Rate: 75.7
hr: 23
MAC_UE_SC_Tput: 10393.62
Bearer Releases: 7338

hr: 23
CA Activation Rate num: 7871081
Peak UE: 27
MB_per_connected_UE: 57.64
CA Activation Rate den: 56553
Time: 13:04:10

holiday: 0
CA DL DataVolRatio Pct num: 6937

SIP DC%: 
UPTP_Mbps: 28.53
RRC Setup Attempts: 6058
weekend: 0
UPTP Mbps Num: 22993
hr: 0
MAC_UE_SC_Tput: 16906.59
Bearer Releases: 11618

hr: 0
CA Activation Rate num: 144670
Setup_Fail_DEN: 12207
Peak UE: 27
DL Volume: 3901
DL Data Vol MAC in MB: 7187.24

Time: 03:31:19
holiday: 0

DL MAC Vol Scell Pct: 3.41
SIP DC%: 
DRB UL Data Volume MB: 3441
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4466.68
Bearer Releases: 16547

hr: 0
CA Activation Rate num: 1242698
Setup_Fail_DEN: 14040
Peak UE: 49
PCT Time MIMO: 58.67
CA Activation Rate den: 111468

Time: 12:36:15
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4480.78
DRB UL Data Volume MB: 7492
weekend: 0
CA Activation Rate: 49.07
hr: 0
MAC_UE_SC_Tput: 25916.91
Bearer Releases: 9306

hr: 0
Setup_Fail_DEN: 7699
Peak UE: 88
MB_per_connected_UE: 75.87
DL Volume: 3256
DL Data Vol MAC in MB: 7915.84
CA Activation Rate den: 49264

Time: 20:25:10
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 311
weekend: 1
UPTP Mbps Num: 41280
hr: 14
MAC_UE_SC_Tput: 4507.76

hr: 14
CA Activation Rate num: 9393518
Setup_Fail_DEN: 14458
Peak UE: 61
MB_per_connected_UE: 146.07
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3130
DL Data Vol MAC in MB: 10055.08
CA Activation Rate den: 214434

Time: 21:34:55
holiday: 0

DL MAC Vol Scell Pct: 49.5
Avg_Connected_UEs: 38.5
SIP DC%: 
DLRLCLayerDataVolume MB: 7098.17
DRB UL Data Volume MB: 8394
CA DL DataVolRatio Pct den: 1749
weekend: 0
UPTP Mbps Num: 34144
hr: 9
MAC_UE_SC_Tput: 5408.42
Bearer Releases: 8678

hr: 9
CA Activation Rate num: 68631
Setup_Fail_DEN: 12011
Peak UE: 27
MB_per_connected_UE: 27.74
CA Activation Rate den: 64628

Time: 01:05:13
holiday: 0
CA DL DataVolRatio Pct num: 1638

DL MAC Vol Scell Pct: 26.79
Avg_Connected_UEs: 65.71
SIP DC%: 
DLRLCLayerDataVolume MB: 2159.27
DRB UL Data Volume MB: 7640
PRB Util%: 16.56
RRC Setup Attempts: 4960
weekend: 1
UPTP Mbps Num: 55621
CA Activation Rate: 26.87
hr: 15
MAC_UE_SC_Tput: 17039.77
Bearer Releases: 9357

hr: 15
CA Activation Rate num: 11062161
Setup_Fail_DEN: 10491
SIP_SC_Total_MOU: 28.93
Peak UE: 27
MB_per_connected_UE: 126.75
DL Data Vol MAC in MB: 7591.03

Combined RACH Preambles: 2467
Time: 01:00:53
holiday: 0

Avg_Connected_UEs: 71.91
SIP DC%: 
DLRLCLayerDataVolume MB: 7576.24
weekend: 0
UPTP Mbps Num: 35496
CA Activation Rate: 44.13
hr: 16
MAC_UE_SC_Tput: 5374.09
Bearer Releases: 8296

hr: 16
CA Activation Rate num: 5510851
Peak UE: 81
MB_per_connected_UE: 40.31
CA Activation Rate den: 117953

Time: 18:22:34
holiday: 0
CA DL DataVolRatio Pct: 71.51
CA DL DataVolRatio Pct num: 1484

DL MAC Vol Scell Pct: 53.33
SIP DC%: 
DLRLCLayerDataVolume MB: 8166.7
PRB Util%: 14.74
RRC Setup Attempts: 3819
CA DL DataVolRatio Pct den: 6005
weekend: 0
hr: 2
MAC_UE_SC_Tput: 4363.06
Bearer Releases: 7266

hr: 2
CA Activation Rate num: 9968637
Setup_Fail_DEN: 9168
Peak UE: 27
DL Volume: 134
DL Data Vol MAC in MB: 2655.62
CA Activation Rate den: 189801

Time: 20:55:35
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9507.83
DRB UL Data Volume MB: 7987
CA DL DataVolRatio Pct den: 3674
CA Conf FailRate Pct den: 2599
weekend: 0
UPTP Mbps Num: 3607
CA Activation Rate: 12.12
hr: 23
MAC_UE_SC_Tput: 18429.82

hr: 23
CA Activation Rate num: 10285705
SIP_SC_Total_MOU: 367.03
Peak UE: 27
MB_per_connected_UE: 77.59
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8707
DL Data Vol MAC in MB: 8317.62

Time: 15:57:29
holiday: 0

DL MAC Vol Scell Pct: 47.48
SIP DC%: 
DLRLCLayerDataVolume MB: 4945.26
PRB Util%: 18.72
RRC Setup Attempts: 8386
CA DL DataVolRatio Pct den: 8510
weekend: 0
UPTP Mbps Num: 33926
hr: 9
MAC_UE_SC_Tput: 13374.03
Bearer Releases: 10160

hr: 9
CA Activation Rate num: 8746238
Setup_Fail_DEN: 8327
SIP_SC_Total_MOU: 79.02
Peak UE: 32

Time: 16:38:22
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1184.13
RRC Setup Attempts: 3822
weekend: 0
UPTP Mbps Num: 9586
hr: 21
MAC_UE_SC_Tput: 18082.7
Bearer Releases: 15076

hr: 21
Setup_Fail_DEN: 7805
SIP_SC_Total_MOU: 401.24
Peak UE: 27
MB_per_connected_UE: 185.02
PCT Time MIMO: 67.66
DL Data Vol MAC in MB: 2371.09
CA Activation Rate den: 65447

Time: 18:09:32
holiday: 0
CA DL DataVolRatio Pct num: 5335

Avg_Connected_UEs: 16.91
SIP DC%: 
DRB UL Data Volume MB: 2293
PRB Util%: 39.75
CA DL DataVolRatio Pct den: 1848
CA Conf FailRate Pct den: 5614
weekend: 0
UPTP Mbps Num: 5602
hr: 6
MAC_UE_SC_Tput: 5663.22

hr: 6
CA Activation Rate num: 9202290
Peak UE: 57
DL Volume: 1524
DL Data Vol MAC in MB: 9819.1
Combined RACH Preambles: 3937

Time: 00:21:20
holiday: 0

Avg_Connected_UEs: 22.6
SIP DC%: 
DLRLCLayerDataVolume MB: 3994
RRC Setup Attempts: 6248
CA DL DataVolRatio Pct den: 1646
weekend: 0
UPTP Mbps Num: 47021
hr: 23
MAC_UE_SC_Tput: 7724.27

hr: 23
CA Activation Rate num: 2190824
SIP_SC_Total_MOU: 235.25
MB_per_connected_UE: 29.36
DL Volume: 9929
CA Activation Rate den: 218518

Time: 04:03:36
holiday: 0

SIP DC%: 
UPTP_Mbps: 7.44
DLRLCLayerDataVolume MB: 5615.91
CA DL DataVolRatio Pct den: 8627
weekend: 1
CA Activation Rate: 23.89
hr: 9
MAC_UE_SC_Tput: 11524.64
Bearer Releases: 10277

hr: 9
Setup_Fail_DEN: 19096
SIP_SC_Total_MOU: 87.94
Peak UE: 44
MB_per_connected_UE: 57.89

Combined RACH Preambles: 2732
Time: 16:08:15
holiday: 0

Avg_Connected_UEs: 27.87
SIP DC%: 
CA DL DataVolRatio Pct den: 3216
weekend: 0
UPTP Mbps Num: 38169
hr: 23
MAC_UE_SC_Tput: 9394.11
Bearer Releases: 9381

hr: 23
CA Activation Rate num: 6780673
UPTP Mbps Den: 5914
UL MAC Vol Scell Pct: 3.74
Peak UE: 27
MB_per_connected_UE: 107.88
DL Data Vol MAC in MB: 5732.31
CA Activation Rate den: 48423

Time: 02:48:01
holiday: 0
CA DL DataVolRatio Pct num: 1448

SIP DC%: 
DLRLCLayerDataVolume MB: 663.53
DRB UL Data Volume MB: 9763
weekend: 0
hr: 0
MAC_UE_SC_Tput: 17942.34

hr: 0
CA Activation Rate num: 4866083
Setup_Fail_DEN: 19666
Peak UE: 27
MB_per_connected_UE: 150.08
DL Data Vol MAC in MB: 7121.48

Time: 10:39:39
holiday: 0

SIP DC%: 
CA DL DataVolRatio Pct den: 8766
weekend: 0
CA Activation Rate: 26.94
hr: 5
Bearer Releases: 6354

hr: 5
CA Activation Rate num: 10399372
Setup_Fail_DEN: 11958
SIP_SC_Total_MOU: 93.39
Peak UE: 27
DL Data Vol MAC in MB: 5046.54
CA Activation Rate den: 81225

Combined RACH Preambles: 2619
Time: 11:33:47
holiday: 0
CA DL DataVolRatio Pct num: 6408

DL MAC Vol Scell Pct: 31.49
SIP DC%: 
DLRLCLayerDataVolume MB: 2799.33
weekend: 0
hr: 8
MAC_UE_SC_Tput: 5671.3

hr: 8
SIP_SC_Total_MOU: 349.89
Peak UE: 69
MB_per_connected_UE: 166.76
CA Activation Rate den: 56116

Time: 04:03:35
holiday: 0
CA DL DataVolRatio Pct: 88.96

DL MAC Vol Scell Pct: 13.19
Avg_Connected_UEs: 42.88
SIP DC%: 
CA DL DataVolRatio Pct den: 3870
weekend: 0
UPTP Mbps Num: 24394
CA Activation Rate: 73.12
hr: 9
MAC_UE_SC_Tput: 8667.16

hr: 9
CA Activation Rate num: 8751781
Peak UE: 55
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7072
CA Activation Rate den: 190168

holiday: 0
CA DL DataVolRatio Pct num: 428

SIP DC%: 
DLRLCLayerDataVolume MB: 2783.84
PRB Util%: 38.83
weekend: 0
hr: 17
MAC_UE_SC_Tput: 4736.72

hr: 17
CA Activation Rate num: 687886
SIP_SC_Total_MOU: 87.05
Peak UE: 67
MB_per_connected_UE: 104
DL Data Vol MAC in MB: 5219.1

Time: 09:02:16
holiday: 0

SIP DC%: 
UPTP_Mbps: 22.99
DLRLCLayerDataVolume MB: 9451.96
RRC Setup Attempts: 4701
CA Conf FailRate Pct den: 9416
weekend: 0
CA Activation Rate: 54.51
hr: 16

hr: 16
CA Activation Rate num: 5402643
SIP_SC_Total_MOU: 367.16
Peak UE: 27
MB_per_connected_UE: 55.27
DL Data Vol MAC in MB: 4216.08
CA Activation Rate den: 42961

Combined RACH Preambles: 4095
Time: 13:32:17
holiday: 0
CA DL DataVolRatio Pct num: 2375

DL MAC Vol Scell Pct: 37.3
SIP DC%: 
DLRLCLayerDataVolume MB: 657.91
RRC Setup Attempts: 4779
CA Conf FailRate Pct den: 9082
weekend: 0
UPTP Mbps Num: 47337
hr: 1

hr: 1
SIP_SC_Total_MOU: 274.57
Peak UE: 27
DL Data Vol MAC in MB: 2312.81

Time: 07:04:22
holiday: 0

Avg_Connected_UEs: 27.44
SIP DC%: 
DLRLCLayerDataVolume MB: 4762.1
weekend: 1
CA Activation Rate: 9.2
hr: 23
MAC_UE_SC_Tput: 4784.58
Bearer Releases: 13998

hr: 23
Setup_Fail_DEN: 9903
SIP_SC_Total_MOU: 130.98
Peak UE: 48
MB_per_connected_UE: 166.04
PCT Time MIMO: 68.85
DL Data Vol MAC in MB: 4393.87
CA Activation Rate den: 113975

Combined RACH Preambles: 3559
Time: 16:15:28
holiday: 0
CA DL DataVolRatio Pct: 82.14

SIP DC%: 
DRB UL Data Volume MB: 3148
CA DL DataVolRatio Pct den: 4879
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4963.38

hr: 0
CA Activation Rate num: 4729864
Peak UE: 35
UL Throughput: 14.72
CA Activation Rate den: 82715
Combined RACH Preambles: 3106

Time: 23:06:38
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 473.97
DRB UL Data Volume MB: 258
weekend: 0
UPTP Mbps Num: 744
hr: 23
MAC_UE_SC_Tput: 17641.66

hr: 23
CA Activation Rate num: 6395414
UPTP Mbps Den: 1782
Peak UE: 87
DL Volume: 7482
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4163
CA Activation Rate den: 213636

Combined RACH Preambles: 2009
Time: 22:03:47
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 627.74
CA Conf FailRate Pct den: 7543
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6123.22

hr: 23
CA Activation Rate num: 3874789
Setup_Fail_DEN: 16662
SIP_SC_Total_MOU: 139.22
Peak UE: 34
MB_per_connected_UE: 119.83
UL Throughput: 11.1

Time: 07:17:57
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 849.95
CA DL DataVolRatio Pct den: 5346
weekend: 0
hr: 13

hr: 13
CA Activation Rate num: 2515584
Setup_Fail_DEN: 8817
Peak UE: 46
MB_per_connected_UE: 101.74
DL Data Vol MAC in MB: 1048.26
CA Activation Rate den: 52186

Time: 06:01:28
holiday: 0

Avg_Connected_UEs: 59.94
SIP DC%: 
weekend: 0
hr: 8
MAC_UE_SC_Tput: 15976
Bearer Releases: 9850

hr: 8
CA Activation Rate num: 5113493
SIP_SC_Total_MOU: 411.84
Peak UE: 73
DL Volume: 1756
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4531

Time: 09:42:08
holiday: 0

SIP DC%: 
UPTP_Mbps: 37.51
DLRLCLayerDataVolume MB: 5315.17
weekend: 1
UPTP Mbps Num: 1864
CA Activation Rate: 11.08
hr: 23
MAC_UE_SC_Tput: 7125.82
Bearer Releases: 10055

hr: 23
CA Activation Rate num: 3907783
Setup_Fail_DEN: 15892
Peak UE: 76
MB_per_connected_UE: 208.64
DL Data Vol MAC in MB: 7915.05
CA Activation Rate den: 40781

Time: 05:25:06
holiday: 0

SIP DC%: 
UPTP_Mbps: 17.02
DLRLCLayerDataVolume MB: 173.52
weekend: 0
UPTP Mbps Num: 12740
hr: 23
MAC_UE_SC_Tput: 6978.94

hr: 23
CA Activation Rate num: 2966629
Setup_Fail_DEN: 18703
SIP_SC_Total_MOU: 104.41
Peak UE: 57
CA Activation Rate den: 117775

Time: 04:25:31
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1122.26
DRB UL Data Volume MB: 3442
CA DL DataVolRatio Pct den: 9346
weekend: 0
UPTP Mbps Num: 11990
hr: 23
MAC_UE_SC_Tput: 8224.8

hr: 23
CA Activation Rate num: 2485294
Peak UE: 27
DL Data Vol MAC in MB: 1130.12
CA Activation Rate den: 148813

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7751.02
PRB Util%: 16.43
weekend: 0
hr: 16
MAC_UE_SC_Tput: 11518.74
Bearer Releases: 12889

hr: 16
Setup_Fail_DEN: 14088
Peak UE: 38
MB_per_connected_UE: 159.21
DL Volume: 2642
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4331
DL Data Vol MAC in MB: 5333.69
CA Activation Rate den: 36765

Time: 22:35:38
holiday: 0

SIP DC%: 
UPTP_Mbps: 87.85
DLRLCLayerDataVolume MB: 9754.35
DRB UL Data Volume MB: 8249
CA Conf FailRate Pct den: 8987
weekend: 1
hr: 10
MAC_UE_SC_Tput: 8425.98

hr: 10
CA Activation Rate num: 8967692
Setup_Fail_DEN: 14979
Peak UE: 27
MB_per_connected_UE: 120.98
PCT Time MIMO: 49.39

Time: 15:37:14
holiday: 0

SIP DC%: 
PRB Util%: 38.33
weekend: 0
UPTP Mbps Num: 9391
hr: 12

hr: 12
CA Activation Rate num: 8669562
Peak UE: 65
MB_per_connected_UE: 69.38
DL Volume: 4971
CA Activation Rate den: 150027

Time: 07:32:46
holiday: 0
CA DL DataVolRatio Pct: 55.01
CA DL DataVolRatio Pct num: 5120

Avg_Connected_UEs: 44.33
SIP DC%: 
DRB UL Data Volume MB: 7720
RRC Setup Attempts: 4059
CA DL DataVolRatio Pct den: 9273
weekend: 1
hr: 20
MAC_UE_SC_Tput: 24482.38

hr: 20
CA Activation Rate num: 5631020
Setup_Fail_DEN: 16381
Peak UE: 81
MB_per_connected_UE: 34.83
DL Data Vol MAC in MB: 3893.04

Time: 09:12:02
holiday: 0

SIP DC%: 
CA Conf FailRate Pct den: 4537
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6479.34
Bearer Releases: 12476

hr: 23
CA Activation Rate num: 575158
SIP_SC_Total_MOU: 447.48
Peak UE: 77
MB_per_connected_UE: 126.61
DL Data Vol MAC in MB: 590.64

Time: 22:36:19
holiday: 0
CA DL DataVolRatio Pct num: 6510

DL MAC Vol Scell Pct: 52.36
Avg_Connected_UEs: 48.54
SIP DC%: 
CA DL DataVolRatio Pct den: 616
CA Conf FailRate Pct den: 8748
weekend: 0
CA Activation Rate: 55.15
hr: 9
Bearer Releases: 13332

hr: 9
CA Activation Rate num: 8661517
Setup_Fail_DEN: 9899
SIP_SC_Total_MOU: 113.08
Peak UE: 27
CA Activation Rate den: 178312

holiday: 0
CA DL DataVolRatio Pct num: 2200

Avg_Connected_UEs: 53.09
SIP DC%: 
DLRLCLayerDataVolume MB: 8126.26
PRB Util%: 21.18
weekend: 0
UPTP Mbps Num: 19973
hr: 13
MAC_UE_SC_Tput: 6145.41
Bearer Releases: 11671

hr: 13
CA Activation Rate num: 9568736
UPTP Mbps Den: 394
SIP_SC_Total_MOU: 313.35
Peak UE: 27
MB_per_connected_UE: 23.32
CA Activation Rate den: 49779

Time: 14:55:01
holiday: 0
CA DL DataVolRatio Pct num: 7175

SIP DC%: 
RRC Setup Attempts: 6568
CA Conf FailRate Pct den: 2567
weekend: 0
UPTP Mbps Num: 16935
hr: 23
MAC_UE_SC_Tput: 7791.92
Bearer Releases: 14931

hr: 23
CA Activation Rate num: 10270471
UPTP Mbps Den: 421
Setup_Fail_DEN: 9627
Peak UE: 27
MB_per_connected_UE: 112.78
PCT Time MIMO: 33.91
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8725
DL Data Vol MAC in MB: 5419.56

holiday: 0

Avg_Connected_UEs: 21.84
SIP DC%: 
DLRLCLayerDataVolume MB: 4758.81
weekend: 0
hr: 0
MAC_UE_SC_Tput: 7592.43
Bearer Releases: 16439

hr: 0
CA Activation Rate num: 618739
Setup_Fail_DEN: 8952
Peak UE: 27
DL Volume: 425

Time: 10:10:34
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2635.92
RRC Setup Attempts: 5893
CA DL DataVolRatio Pct den: 2106
CA Conf FailRate Pct den: 3936
weekend: 0
UPTP Mbps Num: 22632
hr: 4
MAC_UE_SC_Tput: 14985
Bearer Releases: 8287

hr: 4
CA Activation Rate num: 8838462
SIP_SC_Total_MOU: 75.14
Peak UE: 27
CA Activation Rate den: 84787

Time: 10:13:39
holiday: 0

DL MAC Vol Scell Pct: 12.25
Avg_Connected_UEs: 34.52
SIP DC%: 
UPTP_Mbps: 40.12
DLRLCLayerDataVolume MB: 9096.25
PRB Util%: 23.14
RRC Setup Attempts: 6476
weekend: 0
hr: 6
MAC_UE_SC_Tput: 14681.21

hr: 6
CA Activation Rate num: 1571729
Setup_Fail_DEN: 13573
SIP_SC_Total_MOU: 6.76
Peak UE: 44
MB_per_connected_UE: 42.9
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6969
DL Data Vol MAC in MB: 5822.92
CA Activation Rate den: 90383

Time: 12:50:05
holiday: 0

SIP DC%: 
UPTP_Mbps: 127.7
DRB UL Data Volume MB: 5207
RRC Setup Attempts: 6486
CA DL DataVolRatio Pct den: 8894
weekend: 0
UPTP Mbps Num: 7748
hr: 20
MAC_UE_SC_Tput: 4568.4

hr: 20
CA Activation Rate num: 1269473
SIP_SC_Total_MOU: 15.63
Peak UE: 44
MB_per_connected_UE: 13.47
DL Volume: 6294
DL Data Vol MAC in MB: 333.31
CA Activation Rate den: 212512
Time: 02:44:44

holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 2980
weekend: 0
CA Activation Rate: 12.33
hr: 22
MAC_UE_SC_Tput: 11374.56

hr: 22
CA Activation Rate num: 10116852
Setup_Fail_DEN: 8898
SIP_SC_Total_MOU: 50.38
Peak UE: 27
DL Data Vol MAC in MB: 8800.08

Time: 08:33:44
holiday: 0
CA DL DataVolRatio Pct num: 6120

SIP DC%: 
DLRLCLayerDataVolume MB: 3966.05
PRB Util%: 12.18
weekend: 0
hr: 21
MAC_UE_SC_Tput: 6020.61

hr: 21
CA Activation Rate num: 4620656
Setup_Fail_DEN: 15680
SIP_SC_Total_MOU: 203.44
Peak UE: 32
MB_per_connected_UE: 40.2
PCT Time MIMO: 45.73
CA Activation Rate den: 62752

Combined RACH Preambles: 3579
Time: 06:24:25
holiday: 0
CA DL DataVolRatio Pct: 44.3

DL MAC Vol Scell Pct: 41.44
SIP DC%: 
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6579.27

hr: 23
CA Activation Rate num: 9033132
DL Volume: 743
DL Data Vol MAC in MB: 5982.02
CA Activation Rate den: 96304

Time: 11:11:15
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6111.89
RRC Setup Attempts: 5474
CA DL DataVolRatio Pct den: 701
weekend: 0
UPTP Mbps Num: 59835
hr: 0
MAC_UE_SC_Tput: 7367.47

hr: 0
Setup_Fail_DEN: 16435
Peak UE: 37
MB_per_connected_UE: 40.68
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7826
DL Data Vol MAC in MB: 5471.81
CA Activation Rate den: 118316

holiday: 0
CA DL DataVolRatio Pct num: 2147

SIP DC%: 
DLRLCLayerDataVolume MB: 2799.77
CA Conf FailRate Pct den: 5020
weekend: 1
CA Activation Rate: 48.92
hr: 13
MAC_UE_SC_Tput: 14702.82
Bearer Releases: 15061

hr: 13
CA Activation Rate num: 4846139
SIP_SC_Total_MOU: 55.05
Peak UE: 27
MB_per_connected_UE: 118.46
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8527
DL Data Vol MAC in MB: 8220.52

Time: 01:11:13
holiday: 0

SIP DC%: 
UPTP_Mbps: 129.79
DLRLCLayerDataVolume MB: 7256.51
CA DL DataVolRatio Pct den: 8963
weekend: 0
UPTP Mbps Num: 49043
hr: 11
MAC_UE_SC_Tput: 5596.13

hr: 11
Setup_Fail_DEN: 7861
SIP_SC_Total_MOU: 337.75
Peak UE: 27
MB_per_connected_UE: 74.66
PCT Time MIMO: 63.42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4864
DL Data Vol MAC in MB: 8888.22
CA Activation Rate den: 67233

Time: 21:03:18
holiday: 0

DL MAC Vol Scell Pct: 26.75
SIP DC%: 
DRB UL Data Volume MB: 224
CA DL DataVolRatio Pct den: 6625
weekend: 0
CA Activation Rate: 12.56
hr: 23
MAC_UE_SC_Tput: 5819.53
Bearer Releases: 17818

hr: 23
CA Activation Rate num: 8882582
SIP_SC_Total_MOU: 210.62
Peak UE: 42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7126
DL Data Vol MAC in MB: 4515.57
CA Activation Rate den: 73269

Time: 00:34:03
holiday: 0

Avg_Connected_UEs: 67.78
SIP DC%: 
DLRLCLayerDataVolume MB: 412.9
DRB UL Data Volume MB: 9867
weekend: 0
UPTP Mbps Num: 41615
CA Activation Rate: 26.63
hr: 3
MAC_UE_SC_Tput: 6085.46

hr: 3
Peak UE: 27
DL Volume: 6950
DL Data Vol MAC in MB: 6075.03
CA Activation Rate den: 38263

Time: 12:36:03
holiday: 0
CA DL DataVolRatio Pct num: 2751

Avg_Connected_UEs: 63.31
SIP DC%: 
DLRLCLayerDataVolume MB: 5372.14
PRB Util%: 64.7
RRC Setup Attempts: 7152
weekend: 0
CA Activation Rate: 34.56
hr: 14
Bearer Releases: 6911

hr: 14
CA Activation Rate num: 2334724
MB_per_connected_UE: 182.13
DL Data Vol MAC in MB: 2555.92
CA Activation Rate den: 167533

Time: 14:56:37
holiday: 0

DL MAC Vol Scell Pct: 33.42
SIP DC%: 
UPTP_Mbps: 108.95
DLRLCLayerDataVolume MB: 7896.79
DRB UL Data Volume MB: 5145
PRB Util%: 62.48
RRC Setup Attempts: 9791
weekend: 1
UPTP Mbps Num: 60956
hr: 16
MAC_UE_SC_Tput: 5091.16

hr: 16
CA Activation Rate num: 9854507
Peak UE: 27
CA Activation Rate den: 201404

Time: 14:05:29
holiday: 0
CA DL DataVolRatio Pct: 43.77

SIP DC%: 
DLRLCLayerDataVolume MB: 8725.57
weekend: 0
UPTP Mbps Num: 9970
hr: 12
MAC_UE_SC_Tput: 6739.37
Bearer Releases: 6718

hr: 12
Setup_Fail_DEN: 19088
SIP_SC_Total_MOU: 174.09
Peak UE: 67
MB_per_connected_UE: 96.78
CA Activation Rate den: 156742

Time: 08:21:09
holiday: 0

DL MAC Vol Scell Pct: 44.5
SIP DC%: 
DRB UL Data Volume MB: 9320
PRB Util%: 50.59
CA DL DataVolRatio Pct den: 9149
CA Conf FailRate Pct den: 6538
weekend: 0
UPTP Mbps Num: 9958
hr: 2
MAC_UE_SC_Tput: 5949.91

hr: 2
CA Activation Rate num: 7767323
Setup_Fail_DEN: 7430
SIP_SC_Total_MOU: 303.63
Peak UE: 59
MB_per_connected_UE: 163.02
DL Data Vol MAC in MB: 5387.75

Combined RACH Preambles: 4457
Time: 01:15:57
holiday: 0

SIP DC%: 
UPTP_Mbps: 49.58
DLRLCLayerDataVolume MB: 6632.45
PRB Util%: 9.14
weekend: 0
UPTP Mbps Num: 10637
CA Activation Rate: 9.35
hr: 3
MAC_UE_SC_Tput: 9514.34

hr: 3
CA Activation Rate num: 8942146
UPTP Mbps Den: 158
Setup_Fail_DEN: 8359
Peak UE: 42
MB_per_connected_UE: 32.82
PCT Time MIMO: 40.52
DL Data Vol MAC in MB: 1770.31

Time: 17:51:28
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 7976
PRB Util%: 41.68
RRC Setup Attempts: 8395
CA DL DataVolRatio Pct den: 4464
weekend: 0
hr: 17
MAC_UE_SC_Tput: 7414.99
Bearer Releases: 17346

hr: 17
CA Activation Rate num: 1272146
MB_per_connected_UE: 171.72
DL Volume: 6098
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7752
DL Data Vol MAC in MB: 4300.53
CA Activation Rate den: 166336

Time: 06:16:01
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3255.61
PRB Util%: 36.95
CA Conf FailRate Pct den: 5696
weekend: 0
UPTP Mbps Num: 6301
CA Activation Rate: 75.38
hr: 12
MAC_UE_SC_Tput: 17193.16

hr: 12
CA Activation Rate num: 10616600
Peak UE: 37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4519
DL Data Vol MAC in MB: 6184.4
CA Activation Rate den: 103185

Time: 04:58:46
holiday: 0

DL MAC Vol Scell Pct: 42.62
SIP DC%: 
UPTP_Mbps: 14.49
DRB UL Data Volume MB: 6404
CA DL DataVolRatio Pct den: 2901
CA Conf FailRate Pct den: 8996
weekend: 0
hr: 9
MAC_UE_SC_Tput: 4758.44
Bearer Releases: 11995

hr: 9
CA Activation Rate num: 11806958
Setup_Fail_DEN: 13263
SIP_SC_Total_MOU: 116.08
Peak UE: 29
MB_per_connected_UE: 27.71
PCT Time MIMO: 50.03

Combined RACH Preambles: 3265
holiday: 0
CA DL DataVolRatio Pct num: 5164

Avg_Connected_UEs: 17.56
SIP DC%: 
DRB UL Data Volume MB: 6995
weekend: 0
UPTP Mbps Num: 30463
CA Activation Rate: 14.22
hr: 1
MAC_UE_SC_Tput: 9298.89

hr: 1
Setup_Fail_DEN: 9602
Peak UE: 67
DL Volume: 9844

Time: 03:57:30
holiday: 0

Avg_Connected_UEs: 53.58
SIP DC%: 
UPTP_Mbps: 12.32
DLRLCLayerDataVolume MB: 8294.9
CA DL DataVolRatio Pct den: 7399
weekend: 0
hr: 18
MAC_UE_SC_Tput: 10587.27

hr: 18
Avg CQI: 8
CA Activation Rate num: 2036031
UPTP Mbps Den: 5557
SIP_SC_Total_MOU: 403.91
Peak UE: 57
MB_per_connected_UE: 147.41
PCT Time MIMO: 39.21
DL Data Vol MAC in MB: 895.34
CA Activation Rate den: 50336

Time: 21:36:57
holiday: 0
CA DL DataVolRatio Pct num: 4535

DL MAC Vol Scell Pct: 35.12
SIP DC%: 
DLRLCLayerDataVolume MB: 8491.14
weekend: 0
hr: 0
Bearer Releases: 7198

hr: 0
CA Activation Rate num: 10358116
Setup_Fail_DEN: 18686
SIP_SC_Total_MOU: 406.28
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 57.82
DL Data Vol MAC in MB: 3877.71

Time: 17:04:25
holiday: 0

DL MAC Vol Scell Pct: 35.56
SIP DC%: 
DLRLCLayerDataVolume MB: 8030.78
DRB UL Data Volume MB: 9803
weekend: 0
hr: 0
MAC_UE_SC_Tput: 14866.3
Bearer Releases: 13472

hr: 0
CA Activation Rate num: 3886089
Setup_Fail_DEN: 14276
SIP_SC_Total_MOU: 298.55
Peak UE: 75
DL Data Vol MAC in MB: 7406.72

Time: 09:45:18
holiday: 0
CA DL DataVolRatio Pct num: 5128

SIP DC%: 
DLRLCLayerDataVolume MB: 318.81
DRB UL Data Volume MB: 8326
weekend: 0
CA Activation Rate: 74.88
hr: 23
MAC_UE_SC_Tput: 4390.53
Bearer Releases: 14064

hr: 23
CA Activation Rate num: 4764931
Peak UE: 75
MB_per_connected_UE: 14.27
DL Data Vol MAC in MB: 1535.81
CA Activation Rate den: 84427

holiday: 0
CA DL DataVolRatio Pct num: 6752

SIP DC%: 
DLRLCLayerDataVolume MB: 3144.82
DRB UL Data Volume MB: 4053
CA Conf FailRate Pct den: 7359
weekend: 0
UPTP Mbps Num: 20736
hr: 1
MAC_UE_SC_Tput: 4460.43

hr: 1
CA Activation Rate num: 1197325
SIP_SC_Total_MOU: 71.65
UL MAC Vol Scell Pct: 1.64
Peak UE: 27
MB_per_connected_UE: 76.96
CA Activation Rate den: 103679

Time: 13:15:07
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 423.42
DRB UL Data Volume MB: 7835
weekend: 1
hr: 23
MAC_UE_SC_Tput: 9416.3
Bearer Releases: 10382

hr: 23
CA Activation Rate num: 6892425
Setup_Fail_DEN: 9728
SIP_SC_Total_MOU: 10.89
Peak UE: 27
MB_per_connected_UE: 175.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7307
DL Data Vol MAC in MB: 3400.58

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2175.39
DRB UL Data Volume MB: 7754
RRC Setup Attempts: 8014
CA Conf FailRate Pct den: 5301
weekend: 1
UPTP Mbps Num: 22288
hr: 23
MAC_UE_SC_Tput: 7007.19

hr: 23
CA Activation Rate num: 9853743
DL Data Vol MAC in MB: 2581.53
CA Activation Rate den: 72593

Time: 03:49:21
holiday: 0
CA DL DataVolRatio Pct: 65.12
CA DL DataVolRatio Pct num: 7108

SIP DC%: 
weekend: 0
UPTP Mbps Num: 7361
CA Activation Rate: 77.21
hr: 16
MAC_UE_SC_Tput: 15970.57
Bearer Releases: 17894

hr: 16
CA Activation Rate num: 4819125
Peak UE: 30
MB_per_connected_UE: 169.08
DL Volume: 2910
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8276
DL Data Vol MAC in MB: 7973.17
CA Activation Rate den: 193366

Time: 10:04:18
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5253.37
DRB UL Data Volume MB: 8893
CA Conf FailRate Pct den: 3814
weekend: 0
UPTP Mbps Num: 32521
hr: 7
Bearer Releases: 13655

hr: 7
CA Activation Rate num: 8851294
UPTP Mbps Den: 4361
Setup_Fail_DEN: 7610
SIP_SC_Total_MOU: 199.18
Peak UE: 64
DL Volume: 5659
CA Activation Rate den: 188223

Time: 05:58:15
holiday: 0

SIP DC%: 
weekend: 0
hr: 0

hr: 0
CA Activation Rate num: 4978785
Peak UE: 27
MB_per_connected_UE: 47.4
CA Activation Rate den: 44875

Time: 03:23:58
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 8463
weekend: 0
CA Activation Rate: 2.85
hr: 0
MAC_UE_SC_Tput: 5759.9
Bearer Releases: 9688

hr: 0
Setup_Fail_DEN: 10364
Peak UE: 29
MB_per_connected_UE: 65.75
DL Data Vol MAC in MB: 5086.27

Time: 01:29:28
holiday: 0
CA DL DataVolRatio Pct: 77.81
CA DL DataVolRatio Pct num: 4355

SIP DC%: 
DLRLCLayerDataVolume MB: 5834.66
DRB UL Data Volume MB: 5032
PRB Util%: 70.65
RRC Setup Attempts: 3515
CA DL DataVolRatio Pct den: 5681
weekend: 0
hr: 0
MAC_UE_SC_Tput: 10024.7
Bearer Releases: 11078

hr: 0
CA Activation Rate num: 7375016
MB_per_connected_UE: 90.33
CA Activation Rate den: 169873

Time: 16:24:07
holiday: 0
CA DL DataVolRatio Pct num: 7473

DL MAC Vol Scell Pct: 19.75
SIP DC%: 
UPTP_Mbps: 74.27
DLRLCLayerDataVolume MB: 9503.47
CA Conf FailRate Pct den: 5921
weekend: 0
hr: 0
MAC_UE_SC_Tput: 5881.89
Bearer Releases: 13182

hr: 0
CA Activation Rate num: 5454539
Peak UE: 57
MB_per_connected_UE: 23.36
DL Data Vol MAC in MB: 5373.72
CA Activation Rate den: 125491

Time: 22:10:55
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1220.05
weekend: 0
hr: 22
MAC_UE_SC_Tput: 5809.09
Bearer Releases: 12660

hr: 22
SIP_SC_Total_MOU: 128.95
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4235
CA Activation Rate den: 142636

Time: 22:40:52
holiday: 0

SIP DC%: 
weekend: 0
hr: 14
MAC_UE_SC_Tput: 4359.41

hr: 14
CA Activation Rate num: 6370276
SIP_SC_Total_MOU: 438.87
Peak UE: 45
MB_per_connected_UE: 58.73
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5045
CA Activation Rate den: 94690

Time: 06:07:12
holiday: 0

SIP DC%: 
UPTP_Mbps: 129.35
DRB UL Data Volume MB: 5310
weekend: 0
UPTP Mbps Num: 13830
CA Activation Rate: 10.9
hr: 23
MAC_UE_SC_Tput: 5444.49

hr: 23
SIP_SC_Total_MOU: 295.56
UL MAC Vol Scell Pct: 1.19
Peak UE: 76
DL Volume: 535
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4221
UL Throughput: 11.79
DL Data Vol MAC in MB: 3925.32

Time: 12:16:26
holiday: 0

DL MAC Vol Scell Pct: 40.38
SIP DC%: 
DLRLCLayerDataVolume MB: 7148.68
PRB Util%: 59.92
Bearer Drop Voice%: 2.48
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4198.2

hr: 0
Peak UE: 56
MB_per_connected_UE: 200.29
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7356
DL Data Vol MAC in MB: 3032.03
CA Activation Rate den: 65319

Time: 17:59:34
holiday: 0

SIP DC%: 
PRB Util%: 50.73
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6034.81

hr: 23
CA Activation Rate num: 5077241
Setup_Fail_DEN: 17824
SIP_SC_Total_MOU: 393.03
Peak UE: 63
MB_per_connected_UE: 73.7
DL Volume: 8892
CA Activation Rate den: 65095

Time: 12:29:51
holiday: 0

DL MAC Vol Scell Pct: 26.46
SIP DC%: 
DLRLCLayerDataVolume MB: 3847.88
weekend: 0
UPTP Mbps Num: 24812
hr: 10
MAC_UE_SC_Tput: 7737.28
Bearer Releases: 12046

hr: 10
CA Activation Rate num: 12907726
SIP_SC_Total_MOU: 77.86
Peak UE: 47
MB_per_connected_UE: 60
DL Data Vol MAC in MB: 2000.04

Combined RACH Preambles: 2098
Time: 23:55:32
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1854.27
weekend: 0
UPTP Mbps Num: 26939
hr: 1
MAC_UE_SC_Tput: 12611.65
Bearer Releases: 6285

hr: 1
CA Activation Rate num: 3083537
UPTP Mbps Den: 693
Setup_Fail_DEN: 10780
SIP_SC_Total_MOU: 199.43
Peak UE: 30
DL Data Vol MAC in MB: 3337.05

Time: 10:41:09
holiday: 0

SIP DC%: 
UPTP_Mbps: 28.69
DLRLCLayerDataVolume MB: 5546.35
weekend: 1
UPTP Mbps Num: 60711
CA Activation Rate: 53.41
hr: 0
MAC_UE_SC_Tput: 5910.54

hr: 0
CA Activation Rate num: 1655888
UPTP Mbps Den: 1385
Peak UE: 87
DL Data Vol MAC in MB: 3460
CA Activation Rate den: 37513

Time: 21:01:31
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6714.36
PRB Util%: 35.8
CA DL DataVolRatio Pct den: 6738
weekend: 0
UPTP Mbps Num: 15927
hr: 2
MAC_UE_SC_Tput: 8758.79
Bearer Releases: 9050

hr: 2
CA Activation Rate num: 6055805
MB_per_connected_UE: 8.71
DL Data Vol MAC in MB: 3639.44
CA Activation Rate den: 102739

Time: 12:33:09
holiday: 0

Avg_Connected_UEs: 60.09
SIP DC%: 
DLRLCLayerDataVolume MB: 532.44
CA DL DataVolRatio Pct den: 7879
CA Conf FailRate Pct den: 3837
weekend: 1
hr: 0
Bearer Releases: 7173

hr: 0
CA Activation Rate num: 2507313
Setup_Fail_DEN: 12053
SIP_SC_Total_MOU: 84.26
Peak UE: 72
MB_per_connected_UE: 162.56
DL Volume: 4398
DL Data Vol MAC in MB: 1522.37

Time: 06:41:25
holiday: 0
CA DL DataVolRatio Pct: 78.67

Avg_Connected_UEs: 73.36
SIP DC%: 
DLRLCLayerDataVolume MB: 4639.04
CA DL DataVolRatio Pct den: 7228
CA Conf FailRate Pct den: 8530
weekend: 0
UPTP Mbps Num: 13120
hr: 4
MAC_UE_SC_Tput: 8851.35
Bearer Releases: 17445

hr: 4
UPTP Mbps Den: 3692
SIP_SC_Total_MOU: 150.84
Peak UE: 64
MB_per_connected_UE: 69.98
DL Data Vol MAC in MB: 8868.99
CA Activation Rate den: 68668

Time: 08:33:57
holiday: 0
CA DL DataVolRatio Pct num: 6659

Avg_Connected_UEs: 83.35
SIP DC%: 
UPTP_Mbps: 46.19
DRB UL Data Volume MB: 2257
PRB Util%: 58.57
CA Conf FailRate Pct den: 7731
weekend: 1
UPTP Mbps Num: 58706
hr: 21
MAC_UE_SC_Tput: 28606.56
Bearer Releases: 10711

hr: 21
Setup_Fail_DEN: 17745
Peak UE: 27
DL Volume: 1073
DL Data Vol MAC in MB: 1782.62

Time: 14:25:05
holiday: 0

SIP DC%: 
UPTP_Mbps: 13.17
DLRLCLayerDataVolume MB: 6021.09
DRB UL Data Volume MB: 2119
RRC Setup Attempts: 5417
weekend: 0
CA Activation Rate: 25.57
hr: 17
MAC_UE_SC_Tput: 14587.14
Bearer Releases: 10272

hr: 17
CA Activation Rate num: 7697954
Setup_Fail_DEN: 11586
SIP_SC_Total_MOU: 11.28
Peak UE: 27
MB_per_connected_UE: 83.11
DL Data Vol MAC in MB: 9948.43

Time: 19:50:28
holiday: 0
CA DL DataVolRatio Pct num: 5723

DL MAC Vol Scell Pct: 35.95
Avg_Connected_UEs: 69.39
SIP DC%: 
CA DL DataVolRatio Pct den: 9534
CA Conf FailRate Pct den: 9409
weekend: 0
UPTP Mbps Num: 39996
hr: 10
MAC_UE_SC_Tput: 9148.87

hr: 10
CA Activation Rate num: 429702
SIP_SC_Total_MOU: 101.97
DL Volume: 7422
DL Data Vol MAC in MB: 7820.19
CA Activation Rate den: 210543

Time: 09:04:10
holiday: 0

Avg_Connected_UEs: 38.94
SIP DC%: 
DLRLCLayerDataVolume MB: 1803.4
PRB Util%: 28.16
weekend: 0
hr: 13
MAC_UE_SC_Tput: 6337.75
Bearer Releases: 7488

hr: 13
CA Activation Rate num: 10466619
Setup_Fail_DEN: 13346
Peak UE: 53
MB_per_connected_UE: 82.76
DL Data Vol MAC in MB: 9793.73
CA Activation Rate den: 50105

Time: 05:30:12
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7726.9
DRB UL Data Volume MB: 9175
CA DL DataVolRatio Pct den: 6972
weekend: 0
hr: 23
MAC_UE_SC_Tput: 16326.43
Bearer Releases: 15719

hr: 23
CA Activation Rate num: 652523
Peak UE: 27
MB_per_connected_UE: 130.11
DL Volume: 9613
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5851
DL Data Vol MAC in MB: 2081.16
CA Activation Rate den: 80383

Time: 17:23:19
holiday: 0

SIP DC%: 
PRB Util%: 26.52
CA Conf FailRate Pct den: 6072
weekend: 0
UPTP Mbps Num: 47432
hr: 3
MAC_UE_SC_Tput: 8028.8
Bearer Releases: 10854

hr: 3
SIP_SC_Total_MOU: 149.92
Peak UE: 45
MB_per_connected_UE: 81.31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8374
DL Data Vol MAC in MB: 9932.97

Time: 07:00:16
holiday: 0
CA DL DataVolRatio Pct num: 2157

SIP DC%: 
DLRLCLayerDataVolume MB: 6201.17
PRB Util%: 13.12
weekend: 0
UPTP Mbps Num: 16864
CA Activation Rate: 31.08
hr: 23
MAC_UE_SC_Tput: 10548.13

hr: 23
CA Activation Rate num: 10993236
Peak UE: 27
DL Volume: 889
DL Data Vol MAC in MB: 5787.16
CA Activation Rate den: 120093

Time: 08:08:03
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8807
weekend: 0
hr: 19
MAC_UE_SC_Tput: 6143.42

hr: 19
CA Activation Rate num: 4921192
Setup_Fail_DEN: 17015
SIP_SC_Total_MOU: 134.04
MB_per_connected_UE: 100.55
CA Activation Rate den: 99366

Time: 21:12:00
holiday: 0

Avg_Connected_UEs: 82.5
SIP DC%: 
DLRLCLayerDataVolume MB: 5620.83
DRB UL Data Volume MB: 276
PRB Util%: 4.01
RRC Setup Attempts: 5215
weekend: 0
UPTP Mbps Num: 36228
hr: 23
MAC_UE_SC_Tput: 5883.98

hr: 23
CA Activation Rate num: 11108273
Setup_Fail_DEN: 15745
SIP_SC_Total_MOU: 163.08
Peak UE: 49
MB_per_connected_UE: 197.78
DL Data Vol MAC in MB: 542.82
CA Activation Rate den: 121216

Time: 06:38:50
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2819.31
CA Conf FailRate Pct den: 7861
weekend: 0
UPTP Mbps Num: 26304
hr: 3
MAC_UE_SC_Tput: 10390.52
Bearer Releases: 18418

hr: 3
CA Activation Rate num: 8508231
Setup_Fail_DEN: 15712
SIP_SC_Total_MOU: 298.25
Peak UE: 27
MB_per_connected_UE: 157.8
DL Data Vol MAC in MB: 3641.94

Combined RACH Preambles: 3824
Time: 20:13:27
holiday: 0
CA DL DataVolRatio Pct num: 2983

DL MAC Vol Scell Pct: 26.1
SIP DC%: 
RRC Setup Attempts: 3766
weekend: 0
CA Activation Rate: 23.46
hr: 23
MAC_UE_SC_Tput: 8357.41
Bearer Releases: 17078

hr: 23
CA Activation Rate num: 10884228
SIP_SC_Total_MOU: 202.71
Peak UE: 27
MB_per_connected_UE: 117.11
DL Volume: 2067
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5739

holiday: 0
CA DL DataVolRatio Pct num: 1445

DL MAC Vol Scell Pct: 52.75
SIP DC%: 
CA Conf FailRate Pct den: 3448
weekend: 0
hr: 21
MAC_UE_SC_Tput: 11084.98
Bearer Releases: 13606

hr: 21
CA Activation Rate num: 9901142
Setup_Fail_DEN: 7146
Peak UE: 48
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7363
CA Activation Rate den: 88191

Time: 06:16:51
holiday: 0

SIP DC%: 
UPTP_Mbps: 15
DLRLCLayerDataVolume MB: 5463.81
weekend: 0
hr: 14
MAC_UE_SC_Tput: 12069.78
Bearer Releases: 9689

hr: 14
CA Activation Rate num: 3972494
SIP_SC_Total_MOU: 130.42
Peak UE: 57
MB_per_connected_UE: 42
DL Data Vol MAC in MB: 3741.98

Time: 08:54:26
holiday: 0

DL MAC Vol Scell Pct: 19.56
SIP DC%: 
weekend: 0
CA Activation Rate: 58.25
hr: 0
MAC_UE_SC_Tput: 5506.96
Bearer Releases: 6594

hr: 0
CA Activation Rate num: 2947225
Setup_Fail_DEN: 13447
Peak UE: 29
DL Volume: 5220
CA Activation Rate den: 82072

Time: 10:56:56
holiday: 0
CA DL DataVolRatio Pct num: 4869

Avg_Connected_UEs: 20.39
SIP DC%: 
DLRLCLayerDataVolume MB: 1983.69
weekend: 0
hr: 19
MAC_UE_SC_Tput: 9289.56

hr: 19
Setup_Fail_DEN: 10383
Peak UE: 98
MB_per_connected_UE: 126.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8932

Time: 10:17:23
holiday: 0

DL MAC Vol Scell Pct: 41.43
Avg_Connected_UEs: 75.87
SIP DC%: 
DLRLCLayerDataVolume MB: 8224.77
DRB UL Data Volume MB: 3408
DL Packet Loss Pct: 4.63
CA DL DataVolRatio Pct den: 8253
weekend: 0
UPTP Mbps Num: 57711
hr: 15
MAC_UE_SC_Tput: 6135.59
Bearer Releases: 10812

hr: 15
CA Activation Rate num: 10896265
Setup_Fail_DEN: 14272
Peak UE: 41
MB_per_connected_UE: 23.17
DL Volume: 1711

Time: 03:43:40
holiday: 0
CA DL DataVolRatio Pct num: 4327

SIP DC%: 
DLRLCLayerDataVolume MB: 5794.78
DL Packet Loss Pct: 7.5
CA Conf FailRate Pct den: 6826
weekend: 0
CA Activation Rate: 66.15
hr: 0
MAC_UE_SC_Tput: 9977.23

hr: 0
CA Activation Rate num: 4181038
Setup_Fail_DEN: 14320
Peak UE: 74
DL Data Vol MAC in MB: 9310.77
CA Activation Rate den: 45790

Time: 18:29:32
holiday: 0

Avg_Connected_UEs: 21.24
SIP DC%: 
UPTP_Mbps: 150.73
DLRLCLayerDataVolume MB: 600.05
PRB Util%: 32.17
weekend: 0
UPTP Mbps Num: 24033
hr: 12
MAC_UE_SC_Tput: 11824.74

hr: 12
CA Activation Rate num: 5318680
Setup_Fail_DEN: 8350
SIP_SC_Total_MOU: 188.16
Peak UE: 27
MB_per_connected_UE: 30.04
DL Data Vol MAC in MB: 3543.31

Time: 23:39:45
holiday: 0

DL MAC Vol Scell Pct: 15.24
SIP DC%: 
UPTP_Mbps: 14.78
DLRLCLayerDataVolume MB: 8378.1
DRB UL Data Volume MB: 4256
weekend: 0
CA Activation Rate: 16.26
hr: 17
MAC_UE_SC_Tput: 5775.9

hr: 17
UPTP Mbps Den: 121
SIP_SC_Total_MOU: 164.17
Peak UE: 72
CA Activation Rate den: 58293

Time: 07:31:37
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8313
PRB Util%: 34.55
weekend: 0
hr: 10
Bearer Releases: 13634

hr: 10
Peak UE: 27
VOLTE IA%: 
DL Volume: 326
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7619
DL Data Vol MAC in MB: 1282.02

Time: 00:51:58
holiday: 0
CA DL DataVolRatio Pct num: 1052

SIP DC%: 
DLRLCLayerDataVolume MB: 9063.11
DRB UL Data Volume MB: 6896
weekend: 0
hr: 13
MAC_UE_SC_Tput: 5936.57

hr: 13
CA Activation Rate num: 4869659
Peak UE: 27
MB_per_connected_UE: 154.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3798

holiday: 0
HO Attempts: 557

SIP DC%: 
DLRLCLayerDataVolume MB: 4195.59
weekend: 0
hr: 17
MAC_UE_SC_Tput: 12641.9

hr: 17
CA Activation Rate num: 1662051
SIP_SC_Total_MOU: 191.97
Peak UE: 42
DL Data Vol MAC in MB: 3327.87
CA Activation Rate den: 62528

Time: 02:52:39
holiday: 0
CA DL DataVolRatio Pct num: 2487

SIP DC%: 
DLRLCLayerDataVolume MB: 3172.78
DRB UL Data Volume MB: 6518
weekend: 0
hr: 2
MAC_UE_SC_Tput: 5477.84
Bearer Releases: 12228

hr: 2
CA Activation Rate num: 716986
Setup_Fail_DEN: 9580
SIP_SC_Total_MOU: 152.9
Peak UE: 31
DL Data Vol MAC in MB: 2245.74
CA Activation Rate den: 96107

Time: 08:19:42
holiday: 0

DL MAC Vol Scell Pct: 25.12
SIP DC%: 
DLRLCLayerDataVolume MB: 961.1
CA DL DataVolRatio Pct den: 332
weekend: 1
UPTP Mbps Num: 49793
hr: 7
MAC_UE_SC_Tput: 7657.05
Bearer Releases: 11289

hr: 7
CA Activation Rate num: 8334657
Setup_Fail_DEN: 11181
Peak UE: 58
PCT Time MIMO: 48.86
DL Volume: 1329
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4309
DL Data Vol MAC in MB: 10014.75
CA Activation Rate den: 113187

Time: 02:24:48
holiday: 0
CA DL DataVolRatio Pct num: 5468

Avg_Connected_UEs: 48.97
SIP DC%: 
UPTP_Mbps: 124.95
DRB UL Data Volume MB: 9290
RRC Setup Attempts: 4594
weekend: 0
CA Activation Rate: 23.67
hr: 23
MAC_UE_SC_Tput: 4152.39
Bearer Releases: 14223

hr: 23
CA Activation Rate num: 3552580
Setup_Fail_DEN: 13202
Peak UE: 40
MB_per_connected_UE: 179.38
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6278

Time: 16:32:02
holiday: 0
CA DL DataVolRatio Pct: 74.4

Avg_Connected_UEs: 43.9
SIP DC%: 
DLRLCLayerDataVolume MB: 5524.59
CA DL DataVolRatio Pct den: 1723
weekend: 0
hr: 21
MAC_UE_SC_Tput: 16493.93
Bearer Releases: 11414

hr: 21
CA Activation Rate num: 6576014
SIP_SC_Total_MOU: 63.94
Peak UE: 54
MB_per_connected_UE: 8.29
CA Activation Rate den: 194525

Time: 14:23:52
holiday: 0
CA DL DataVolRatio Pct num: 3675

DL MAC Vol Scell Pct: 37.75
Avg_Connected_UEs: 82.28
SIP DC%: 
DLRLCLayerDataVolume MB: 1702.88
CA DL DataVolRatio Pct den: 6873
weekend: 0
hr: 0
MAC_UE_SC_Tput: 6234

hr: 0
CA Activation Rate num: 10041337
Peak UE: 27
DL Data Vol MAC in MB: 823.16
CA Activation Rate den: 189606

holiday: 0

Avg_Connected_UEs: 17.67
SIP DC%: 
DLRLCLayerDataVolume MB: 1945.44
DRB UL Data Volume MB: 3707
CA DL DataVolRatio Pct den: 4110
CA Conf FailRate Pct den: 8146
weekend: 1
UPTP Mbps Num: 48002
hr: 5

hr: 5
Peak UE: 27
MB_per_connected_UE: 91.15
DL Data Vol MAC in MB: 2436.72
CA Activation Rate den: 96368

holiday: 0

DL MAC Vol Scell Pct: 12.46
Avg_Connected_UEs: 67.68
SIP DC%: 
DLRLCLayerDataVolume MB: 209.89
RRC Setup Attempts: 6297
weekend: 0
UPTP Mbps Num: 20127
hr: 8
MAC_UE_SC_Tput: 5924.36
Bearer Releases: 9892

hr: 8
CA Activation Rate num: 11559996
Setup_Fail_DEN: 9516
SIP_SC_Total_MOU: 257.13
MB_per_connected_UE: 77.32
DL Volume: 9166
DL Data Vol MAC in MB: 9701.35
CA Activation Rate den: 85922

Time: 06:04:36
holiday: 0

SIP DC%: 
UPTP_Mbps: 131.02
DLRLCLayerDataVolume MB: 2343.89
CA DL DataVolRatio Pct den: 5842
weekend: 0
UPTP Mbps Num: 9428
hr: 6
MAC_UE_SC_Tput: 14348.11
Bearer Releases: 10323

hr: 6
CA Activation Rate num: 3847593
UPTP Mbps Den: 3869
Peak UE: 50
MB_per_connected_UE: 22.92
DL Volume: 4219
DL Data Vol MAC in MB: 796.51
CA Activation Rate den: 154124
Combined RACH Preambles: 4369

Time: 12:57:14
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4754.66
weekend: 0
CA Activation Rate: 18.98
hr: 23
MAC_UE_SC_Tput: 30804.62
Bearer Releases: 17475

hr: 23
CA Activation Rate num: 8505365
SIP_SC_Total_MOU: 49.57
Peak UE: 57
CA Activation Rate den: 106229

holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 1774
weekend: 0
UPTP Mbps Num: 28005
hr: 11
MAC_UE_SC_Tput: 4794.18

hr: 11
CA Activation Rate num: 279836
SIP_SC_Total_MOU: 103.25
Peak UE: 43
MB_per_connected_UE: 143.67
DL Volume: 9668
DL Data Vol MAC in MB: 2591.23
CA Activation Rate den: 139168

Time: 13:03:58
holiday: 0

DL MAC Vol Scell Pct: 48.54
SIP DC%: 
UPTP_Mbps: 33.89
DLRLCLayerDataVolume MB: 7993.28
CA DL DataVolRatio Pct den: 8902
weekend: 0
UPTP Mbps Num: 52273
hr: 23
MAC_UE_SC_Tput: 21835.9
Bearer Releases: 17143

hr: 23
CA Activation Rate num: 8050562
Setup_Fail_DEN: 6917
SIP_SC_Total_MOU: 122.85
Peak UE: 34
MB_per_connected_UE: 59.95
DL Volume: 6964
DL Data Vol MAC in MB: 9879.64
CA Activation Rate den: 109720

Time: 23:36:37
holiday: 0
CA DL DataVolRatio Pct num: 1739

SIP DC%: 
DLRLCLayerDataVolume MB: 7336.2
DRB UL Data Volume MB: 1606
PRB Util%: 25.45
RRC Setup Attempts: 7579
weekend: 0
hr: 0
MAC_UE_SC_Tput: 19686.13

hr: 0
SIP_SC_Total_MOU: 307.04
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 51.75
CA Activation Rate den: 81268

Time: 14:13:39
holiday: 0

DL MAC Vol Scell Pct: 29.36
SIP DC%: 
DLRLCLayerDataVolume MB: 9836.85
CA DL DataVolRatio Pct den: 8775
CA Conf FailRate Pct den: 8790
weekend: 1
CA Activation Rate: 38.43
hr: 5
MAC_UE_SC_Tput: 5550.33
Bearer Releases: 10667

hr: 5
Setup_Fail_DEN: 10016
Peak UE: 27
MB_per_connected_UE: 171.45
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5693
DL Data Vol MAC in MB: 2311.51
CA Activation Rate den: 139224

Time: 08:59:11
holiday: 0

Avg_Connected_UEs: 61.94
SIP DC%: 
UPTP_Mbps: 77.17
DLRLCLayerDataVolume MB: 2125.98
PRB Util%: 46.99
weekend: 1
hr: 0
MAC_UE_SC_Tput: 5267.34
Bearer Releases: 16136

hr: 0
CA Activation Rate num: 4518866
Setup_Fail_DEN: 14864
SIP_SC_Total_MOU: 100.63
Peak UE: 28
MB_per_connected_UE: 45.16

Time: 04:52:10
holiday: 0

DL MAC Vol Scell Pct: 20.98
SIP DC%: 
UPTP_Mbps: 130.06
DLRLCLayerDataVolume MB: 5769.49
DRB UL Data Volume MB: 9159
weekend: 1
UPTP Mbps Num: 7960
CA Activation Rate: 57.16
hr: 23
MAC_UE_SC_Tput: 5300.04

hr: 23
CA Activation Rate num: 1163180
Peak UE: 62
DL Volume: 1431
DL Data Vol MAC in MB: 2717.62
CA Activation Rate den: 87386

Time: 02:55:00
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4340.39
PRB Util%: 3.31
CA DL DataVolRatio Pct den: 456
CA Conf FailRate Pct den: 8877
weekend: 0
UPTP Mbps Num: 49815
hr: 12

hr: 12
Setup_Fail_DEN: 10459
Peak UE: 27
VOLTE IA%: 
DL Data Vol MAC in MB: 4746.62

holiday: 0

DL MAC Vol Scell Pct: 17.73
SIP DC%: 
DLRLCLayerDataVolume MB: 5554.14
PRB Util%: 67.45
weekend: 0
UPTP Mbps Num: 36138
hr: 19
MAC_UE_SC_Tput: 4668.86

hr: 19
CA Activation Rate num: 10312883
Peak UE: 33
MB_per_connected_UE: 199.33
DL Volume: 3786

Time: 16:43:55
holiday: 0

SIP DC%: 
CA DL DataVolRatio Pct den: 3539
weekend: 1
UPTP Mbps Num: 10638
hr: 19
MAC_UE_SC_Tput: 4538

hr: 19
CA Activation Rate num: 2861642
Setup_Fail_DEN: 16358
Peak UE: 27
MB_per_connected_UE: 124.03
DL Volume: 1665
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5551
DL Data Vol MAC in MB: 4274.07
CA Activation Rate den: 125117

Time: 02:48:19
holiday: 0
CA DL DataVolRatio Pct: 51.65

SIP DC%: 
PRB Util%: 10.55
RRC Setup Attempts: 3837
weekend: 0
CA Activation Rate: 38.87
hr: 2
MAC_UE_SC_Tput: 16824.9
Bearer Releases: 18349

hr: 2
CA Activation Rate num: 8466984
Setup_Fail_DEN: 11165
Peak UE: 46
MB_per_connected_UE: 26.64
DL Volume: 7928
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4682
CA Activation Rate den: 65410

Time: 12:59:35
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5458.14
DRB UL Data Volume MB: 3910
RRC Setup Attempts: 5765
weekend: 0
UPTP Mbps Num: 27300
hr: 4
MAC_UE_SC_Tput: 14655.74

hr: 4
CA Activation Rate num: 5327662
Peak UE: 45
MB_per_connected_UE: 11.35
PCT Time MIMO: 54.37
DL Data Vol MAC in MB: 5946.59
CA Activation Rate den: 80585

Time: 19:52:33
holiday: 0

DL MAC Vol Scell Pct: 21.37
SIP DC%: 
DLRLCLayerDataVolume MB: 7152.4
CA Conf FailRate Pct den: 3362
RSSIRX1 Avg: -93.32
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5506.23
Bearer Releases: 14065

hr: 23
CA Activation Rate num: 5692356
Setup_Fail_DEN: 15230
SIP_SC_Total_MOU: 269.68
Peak UE: 27
MB_per_connected_UE: 201.89
DL Data Vol MAC in MB: 8243.18

Time: 15:52:56
holiday: 0

Avg_Connected_UEs: 36.82
SIP DC%: 
DLRLCLayerDataVolume MB: 1722.49
CA DL DataVolRatio Pct den: 8015
weekend: 0
UPTP Mbps Num: 60642
hr: 0
MAC_UE_SC_Tput: 6553.82

hr: 0
CA Activation Rate num: 6017623
Setup_Fail_DEN: 17736
SIP_SC_Total_MOU: 272.89
Peak UE: 73
PCT Time MIMO: 42.01
DL Data Vol MAC in MB: 6176.65
Time: 07:47:54

holiday: 0
CA DL DataVolRatio Pct num: 4989

Avg_Connected_UEs: 63.28
SIP DC%: 
CA DL DataVolRatio Pct den: 4144
weekend: 0
hr: 18
MAC_UE_SC_Tput: 9236.18

hr: 18
CA Activation Rate num: 10651212
SIP_SC_Total_MOU: 16.28
Peak UE: 45
MB_per_connected_UE: 171.47
PCT Time MIMO: 33.19
DL Data Vol MAC in MB: 1128.32

Time: 21:56:08
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 544.28
DRB UL Data Volume MB: 3440
PRB Util%: 9.2
CA Conf FailRate Pct den: 6829
weekend: 0
UPTP Mbps Num: 3376
hr: 23
MAC_UE_SC_Tput: 12005.79
Bearer Releases: 8056

hr: 23
CA Activation Rate num: 9547265
SIP_SC_Total_MOU: 88.95
Peak UE: 27
MB_per_connected_UE: 97.3
DL Volume: 7042
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3745
DL Data Vol MAC in MB: 1667.43
CA Activation Rate den: 143415

Time: 10:03:34
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7126.04
weekend: 1
UPTP Mbps Num: 18029
hr: 5
MAC_UE_SC_Tput: 14654.95
Bearer Releases: 7321

hr: 5
CA Activation Rate num: 4743740
Setup_Fail_DEN: 15530
SIP_SC_Total_MOU: 49.2
Peak UE: 78
DL Volume: 6617
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3868
DL Data Vol MAC in MB: 4227.57

Time: 11:24:39
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 5350
weekend: 0
UPTP Mbps Num: 4739
hr: 22
MAC_UE_SC_Tput: 11576
Bearer Releases: 13559

hr: 22
CA Activation Rate num: 9299631
UL MAC Vol Scell Pct: 3.17
Peak UE: 27
MB_per_connected_UE: 161.13
DL Data Vol MAC in MB: 2160.42
CA Activation Rate den: 40302

Time: 14:56:20
holiday: 0
CA DL DataVolRatio Pct num: 662

DL MAC Vol Scell Pct: 15.13
SIP DC%: 
DLRLCLayerDataVolume MB: 5893.48
DRB UL Data Volume MB: 8742
CA Conf FailRate Pct den: 9127
weekend: 0
hr: 16
MAC_UE_SC_Tput: 10366.62

hr: 16
CA Activation Rate num: 5841510
Setup_Fail_DEN: 18604
SIP_SC_Total_MOU: 413.62
Peak UE: 27
DL Volume: 4808
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5091
DL Data Vol MAC in MB: 9611.92

Time: 21:10:22
holiday: 0

SIP DC%: 
UPTP_Mbps: 121.98
DLRLCLayerDataVolume MB: 3844.81
DRB UL Data Volume MB: 1032
weekend: 0
CA Activation Rate: 52
hr: 20

hr: 20
CA Activation Rate num: 6575595
Setup_Fail_DEN: 9983
Peak UE: 45
MB_per_connected_UE: 90.47
DL Volume: 8621
CA Activation Rate den: 47825

Time: 03:38:37
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1609.4
PRB Util%: 35.04
weekend: 0
UPTP Mbps Num: 45803
hr: 23
MAC_UE_SC_Tput: 16321.17

hr: 23
CA Activation Rate num: 5582582
Setup_Fail_DEN: 13404
SIP_SC_Total_MOU: 95.57
Peak UE: 27
DL Volume: 598
DL Data Vol MAC in MB: 9672.73
CA Activation Rate den: 109896

Time: 07:54:21
holiday: 0
CA DL DataVolRatio Pct: 64.7

SIP DC%: 
DLRLCLayerDataVolume MB: 7711.02
PRB Util%: 9.95
CA DL DataVolRatio Pct den: 3356
weekend: 0
UPTP Mbps Num: 25132
hr: 20
MAC_UE_SC_Tput: 12965.17
Bearer Releases: 13239

hr: 20
CA Activation Rate num: 4577546
UPTP Mbps Den: 1512
SIP_SC_Total_MOU: 58.23
Peak UE: 46
MB_per_connected_UE: 83.24
DL Data Vol MAC in MB: 3921.84

Time: 10:12:06
holiday: 0
CA DL DataVolRatio Pct: 43.64

SIP DC%: 
S1U_SIP_SC_SEER: 99.44
DLRLCLayerDataVolume MB: 8941.91
DRB UL Data Volume MB: 8083
weekend: 0
UPTP Mbps Num: 30988
hr: 0
MAC_UE_SC_Tput: 6989.94
Bearer Releases: 10716

hr: 0
SIP_SC_Total_MOU: 99.06
Peak UE: 32
DL Data Vol MAC in MB: 7040.04

Time: 01:34:19
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 1876
weekend: 0
UPTP Mbps Num: 42602
hr: 21
MAC_UE_SC_Tput: 4241.62

hr: 21
CA Activation Rate num: 4870550
Setup_Fail_DEN: 9618
SIP_SC_Total_MOU: 25.6
Peak UE: 27
MB_per_connected_UE: 151.58
CA Activation Rate den: 94102

Time: 18:28:04
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2669.13
PRB Util%: 48.32
weekend: 0
hr: 10
MAC_UE_SC_Tput: 15049.7
Bearer Releases: 14801

hr: 10
CA Activation Rate num: 6931470
Setup_Fail_DEN: 17815
SIP_SC_Total_MOU: 203.59
Peak UE: 32
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4716

Time: 12:33:01
holiday: 0

Avg_Connected_UEs: 74.92
SIP DC%: 
UPTP_Mbps: 50.65
DLRLCLayerDataVolume MB: 1298.29
PRB Util%: 47.81
Bearer Drop Voice%: 2.83
RRC Setup Attempts: 6377
CA DL DataVolRatio Pct den: 7737
weekend: 0
hr: 18
MAC_UE_SC_Tput: 17491.89

hr: 18
CA Activation Rate num: 2532720
SIP_SC_Total_MOU: 31.74
Peak UE: 48
CA Activation Rate den: 129980

holiday: 0

Avg_Connected_UEs: 81.41
SIP DC%: 
UPTP_Mbps: 58.49
DLRLCLayerDataVolume MB: 990.53
DRB UL Data Volume MB: 2323
CA Conf FailRate Pct den: 6677
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8217.6

hr: 23
Avg CQI: 8
CA Activation Rate num: 9430373
UPTP Mbps Den: 4909
Peak UE: 68
MB_per_connected_UE: 63.15
CA Activation Rate den: 64455

Time: 00:35:48
holiday: 0

SIP DC%: 
UPTP_Mbps: 127.78
DLRLCLayerDataVolume MB: 8229.79
RRC Setup Attempts: 4686
weekend: 0
CA Activation Rate: 7.27
hr: 3
MAC_UE_SC_Tput: 5853.01

hr: 3
CA Activation Rate num: 4651308
Setup_Fail_DEN: 8907
SIP_SC_Total_MOU: 98.09
Peak UE: 76
DL Data Vol MAC in MB: 8697.39
CA Activation Rate den: 130945

Time: 10:21:42
holiday: 0

DL MAC Vol Scell Pct: 13.75
SIP DC%: 
DLRLCLayerDataVolume MB: 7780.83
CA Conf FailRate Pct den: 5413
weekend: 0
UPTP Mbps Num: 9880
hr: 7
MAC_UE_SC_Tput: 7555.53

hr: 7
CA Activation Rate num: 10001018
Setup_Fail_DEN: 17808
SIP_SC_Total_MOU: 85.88
Peak UE: 27
MB_per_connected_UE: 187.51
DL Volume: 2439
DL Data Vol MAC in MB: 2519.6
CA Activation Rate den: 94643

Time: 07:32:10
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2802.59
CA DL DataVolRatio Pct den: 4880
weekend: 1
CA Activation Rate: 35.72
hr: 19
MAC_UE_SC_Tput: 14053.33

hr: 19
CA Activation Rate num: 10944730
UPTP Mbps Den: 1835
Setup_Fail_DEN: 14507
SIP_SC_Total_MOU: 198.18
Peak UE: 56
MB_per_connected_UE: 13.63
DL Volume: 485
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6598
DL Data Vol MAC in MB: 8912.94
CA Activation Rate den: 55604

holiday: 0
CA DL DataVolRatio Pct num: 5493

SIP DC%: 
UPTP_Mbps: 110.7
weekend: 1
hr: 16
MAC_UE_SC_Tput: 10015.37

hr: 16
CA Activation Rate num: 8456092
Setup_Fail_DEN: 12124
SIP_SC_Total_MOU: 145.51
MB_per_connected_UE: 51.83
CA Activation Rate den: 101115

Time: 05:34:55
holiday: 0
CA DL DataVolRatio Pct: 44.32

SIP DC%: 
UPTP_Mbps: 104.12
DLRLCLayerDataVolume MB: 9914.58
PRB Util%: 24.72
CA DL DataVolRatio Pct den: 6982
weekend: 1
CA Activation Rate: 58.22
hr: 7
MAC_UE_SC_Tput: 6608.79

hr: 7
CA Activation Rate num: 3029288
Peak UE: 27
MB_per_connected_UE: 80.24
DL Volume: 6310
DL Data Vol MAC in MB: 5561.43

Time: 20:44:17
holiday: 0
CA DL DataVolRatio Pct num: 2336

SIP DC%: 
DLRLCLayerDataVolume MB: 1684.37
weekend: 1
hr: 23
MAC_UE_SC_Tput: 9487.94

hr: 23
CA Activation Rate num: 8329739
UPTP Mbps Den: 1680
Peak UE: 39
DL Data Vol MAC in MB: 5038.09
CA Activation Rate den: 38734

Time: 00:10:03
holiday: 0
CA DL DataVolRatio Pct num: 3481

SIP DC%: 
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4939.49
Bearer Releases: 6730

hr: 0
Setup_Fail_DEN: 15820
SIP_SC_Total_MOU: 108.5
Peak UE: 27
MB_per_connected_UE: 163.21
DL Data Vol MAC in MB: 6867.42
CA Activation Rate den: 65567

Time: 13:53:10
holiday: 0
CA DL DataVolRatio Pct: 49.67

SIP DC%: 
UPTP_Mbps: 97.33
DRB UL Data Volume MB: 1644
PRB Util%: 32.86
weekend: 0
UPTP Mbps Num: 49786
hr: 13
MAC_UE_SC_Tput: 4350.85
Bearer Releases: 9230

hr: 13
CA Activation Rate num: 10838552
Setup_Fail_DEN: 19425
SIP_SC_Total_MOU: 340.85
Peak UE: 27
DL Data Vol MAC in MB: 3343.55
CA Activation Rate den: 90968

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8043.99
PRB Util%: 20.45
CA Conf FailRate Pct den: 5353
weekend: 0
hr: 16
MAC_UE_SC_Tput: 4261.48

hr: 16
UPTP Mbps Den: 1434
Setup_Fail_DEN: 17418
SIP_SC_Total_MOU: 302.71
Peak UE: 33
MB_per_connected_UE: 190.09
DL Data Vol MAC in MB: 4033.7
CA Activation Rate den: 64577

Time: 04:14:57
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 282.54
weekend: 0
UPTP Mbps Num: 2823
hr: 21
MAC_UE_SC_Tput: 10528.63
Bearer Releases: 11883

hr: 21
SIP_SC_Total_MOU: 383.34
Peak UE: 27
MB_per_connected_UE: 27.05
DL Data Vol MAC in MB: 8092.46

Time: 13:27:15
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7883.74
weekend: 0
CA Activation Rate: 2.83
hr: 4
MAC_UE_SC_Tput: 16545.33

hr: 4
CA Activation Rate num: 3321061
Setup_Fail_DEN: 17734
Peak UE: 79
MB_per_connected_UE: 156.45
DL Volume: 4650
CA Activation Rate den: 47290

Time: 09:43:45
holiday: 0

Avg_Connected_UEs: 58.89
SIP DC%: 
UPTP_Mbps: 21.16
PRB Util%: 12.28
CA Conf FailRate Pct den: 3972
weekend: 0
hr: 15
MAC_UE_SC_Tput: 13122.86

hr: 15
CA Activation Rate num: 4325865
Peak UE: 47
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4440

Time: 16:21:49
holiday: 0

Avg_Connected_UEs: 73.42
SIP DC%: 
DLRLCLayerDataVolume MB: 7334.32
weekend: 0
hr: 1
MAC_UE_SC_Tput: 17681.95

hr: 1
CA Activation Rate num: 1829503
SIP_SC_Total_MOU: 53.55
Peak UE: 27
MB_per_connected_UE: 192.3
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5643

Time: 19:53:46
holiday: 0
CA DL DataVolRatio Pct: 44.07

Avg_Connected_UEs: 54.65
SIP DC%: 
DLRLCLayerDataVolume MB: 3205.7
PRB Util%: 20.15
weekend: 0
hr: 23
MAC_UE_SC_Tput: 10300.67
Bearer Releases: 10775

hr: 23
CA Activation Rate num: 6445538
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 34.68
DL Volume: 9170
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7417
DL Data Vol MAC in MB: 6794.99
CA Activation Rate den: 63571

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1496.14
RRC Setup Attempts: 5133
weekend: 0
hr: 18
MAC_UE_SC_Tput: 5020.27

hr: 18
CA Activation Rate num: 4002745
UPTP Mbps Den: 5248
Setup_Fail_DEN: 10541
SIP_SC_Total_MOU: 30.89
Peak UE: 41
PCT Time MIMO: 52.16
DL Volume: 2172
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3223
DL Data Vol MAC in MB: 4900.83
CA Activation Rate den: 144098

Time: 12:21:33
holiday: 0

Avg_Connected_UEs: 56.21
SIP DC%: 
DLRLCLayerDataVolume MB: 6802.41
DRB UL Data Volume MB: 9827
PRB Util%: 13.03
CA DL DataVolRatio Pct den: 6689
weekend: 0
UPTP Mbps Num: 48492
hr: 12
MAC_UE_SC_Tput: 12572.45
Bearer Releases: 11709

hr: 12
CA Activation Rate num: 2399568
SIP_SC_Total_MOU: 207.6
Peak UE: 27
MB_per_connected_UE: 121.85
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6684
DL Data Vol MAC in MB: 665.36
CA Activation Rate den: 42161

Time: 11:09:56
holiday: 0

Avg_Connected_UEs: 26.28
SIP DC%: 
DLRLCLayerDataVolume MB: 843.06
DRB UL Data Volume MB: 5986
CA DL DataVolRatio Pct den: 4887
weekend: 0
UPTP Mbps Num: 28986
hr: 5
MAC_UE_SC_Tput: 5981.77
Bearer Releases: 13897

hr: 5
CA Activation Rate num: 5528877
SIP_SC_Total_MOU: 292.65
Peak UE: 27
MB_per_connected_UE: 112.21
CA Activation Rate den: 94772

Time: 07:51:39
holiday: 0

SIP DC%: 
UPTP_Mbps: 34.68
DLRLCLayerDataVolume MB: 3515.24
CA DL DataVolRatio Pct den: 4269
CA Conf FailRate Pct den: 7427
weekend: 0
UPTP Mbps Num: 2574
CA Activation Rate: 72.21
hr: 23
Bearer Releases: 6882

hr: 23
CA Activation Rate num: 4301432
Setup_Fail_DEN: 8739
Peak UE: 37
MB_per_connected_UE: 136.17
DL Volume: 7978
DL Data Vol MAC in MB: 3888.72
CA Activation Rate den: 77564

Time: 14:46:19
holiday: 0

DL MAC Vol Scell Pct: 31.66
SIP DC%: 
UPTP_Mbps: 51.67
DLRLCLayerDataVolume MB: 9286.79
weekend: 0
hr: 18
MAC_UE_SC_Tput: 4586.69

hr: 18
CA Activation Rate num: 3171723
Setup_Fail_DEN: 14079
UL MAC Vol Scell Pct: 1.85
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 139.15
CA Activation Rate den: 210275

Combined RACH Preambles: 2138
holiday: 0

DL MAC Vol Scell Pct: 31.41
Avg_Connected_UEs: 50.21
SIP DC%: 
UPTP_Mbps: 110.76
DLRLCLayerDataVolume MB: 310.4
DRB UL Data Volume MB: 9359
RRC Setup Attempts: 7928
CA Conf FailRate Pct den: 3189
weekend: 0
UPTP Mbps Num: 50290
hr: 14
MAC_UE_SC_Tput: 19631.99
Bearer Releases: 8122

hr: 14
CA Activation Rate num: 1686829
SIP_SC_Total_MOU: 85.04
Peak UE: 46
MB_per_connected_UE: 191.87
DL Volume: 2120
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8918
DL Data Vol MAC in MB: 2927.51
CA Activation Rate den: 57520

Time: 02:54:05
holiday: 0
CA DL DataVolRatio Pct: 51.96

SIP DC%: 
DLRLCLayerDataVolume MB: 4887.29
DRB UL Data Volume MB: 6341
RRC Setup Attempts: 6587
weekend: 0
UPTP Mbps Num: 47261
hr: 0
MAC_UE_SC_Tput: 15466.07
Bearer Releases: 12024

hr: 0
CA Activation Rate num: 5152293
Setup_Fail_DEN: 6676
Peak UE: 50
MB_per_connected_UE: 122.72
DL Volume: 3505
UL Throughput: 16.65
DL Data Vol MAC in MB: 10050.55
CA Activation Rate den: 75367

Time: 11:44:26
holiday: 0

DL MAC Vol Scell Pct: 33.36
Avg_Connected_UEs: 27.39
SIP DC%: 
UPTP_Mbps: 82.51
DRB UL Data Volume MB: 9936
RRC Setup Attempts: 3839
CA Conf FailRate Pct den: 3909
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6957.81

hr: 23
Setup_Fail_DEN: 14782
Peak UE: 27
DL Data Vol MAC in MB: 1008.72
CA Activation Rate den: 47834

Time: 09:49:17
holiday: 0

SIP DC%: 
UPTP_Mbps: 14.68
DLRLCLayerDataVolume MB: 4136.77
CA DL DataVolRatio Pct den: 9751
weekend: 0
UPTP Mbps Num: 14316
CA Activation Rate: 40.94
hr: 3
MAC_UE_SC_Tput: 7383.01

hr: 3
CA Activation Rate num: 10767550
Peak UE: 53
CA Activation Rate den: 78636

Time: 12:34:20
holiday: 0
CA DL DataVolRatio Pct: 84.04

Avg_Connected_UEs: 53.23
SIP DC%: 
RRC Setup Attempts: 9253
weekend: 0
UPTP Mbps Num: 51789
hr: 3
MAC_UE_SC_Tput: 17531.77

hr: 3
CA Activation Rate num: 4827950
Setup_Fail_DEN: 18424
SIP_SC_Total_MOU: 31.6
Peak UE: 29
DL Volume: 1531
DL Data Vol MAC in MB: 8241.77
CA Activation Rate den: 91828

Time: 02:12:00
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1912.48
DRB UL Data Volume MB: 5050
RRC Setup Attempts: 9411
weekend: 0
UPTP Mbps Num: 19469
hr: 23
MAC_UE_SC_Tput: 11647.9

hr: 23
CA Activation Rate num: 9874814
UPTP Mbps Den: 2649
Setup_Fail_DEN: 12489
SIP_SC_Total_MOU: 25.74
Peak UE: 27
DL Volume: 3184
DL Data Vol MAC in MB: 6927.86
CA Activation Rate den: 183853

Time: 18:05:30
holiday: 0
CA DL DataVolRatio Pct num: 424

SIP DC%: 
DLRLCLayerDataVolume MB: 8717.91
weekend: 0
UPTP Mbps Num: 6922
hr: 5
Bearer Releases: 6332

hr: 5
CA Activation Rate num: 2353835
SIP_SC_Total_MOU: 43.9
Peak UE: 29
DL Data Vol MAC in MB: 5054.29
CA Activation Rate den: 73850

Time: 03:10:55
holiday: 0

Avg_Connected_UEs: 65.37
SIP DC%: 
DLRLCLayerDataVolume MB: 8253.6
DRB UL Data Volume MB: 355
weekend: 0
UPTP Mbps Num: 48213
hr: 0
MAC_UE_SC_Tput: 7557.8

hr: 0
CA Activation Rate num: 4056044
Setup_Fail_DEN: 10582
SIP_SC_Total_MOU: 101.3
Peak UE: 27
MB_per_connected_UE: 94.56
DL Data Vol MAC in MB: 8966.07

Time: 03:34:50
holiday: 0
CA DL DataVolRatio Pct num: 6056

SIP DC%: 
DLRLCLayerDataVolume MB: 4622.19
weekend: 0
hr: 18
MAC_UE_SC_Tput: 8255.11

hr: 18
CA Activation Rate num: 9796917
UPTP Mbps Den: 4972
Peak UE: 27
MB_per_connected_UE: 102.88
DL Data Vol MAC in MB: 8208.59

Time: 23:21:35
holiday: 0

DL MAC Vol Scell Pct: 57.08
SIP DC%: 
DLRLCLayerDataVolume MB: 2700.96
CA Conf FailRate Pct den: 5839
weekend: 0
hr: 3
MAC_UE_SC_Tput: 4775.04
Bearer Releases: 8586

hr: 3
CA Activation Rate num: 1999471
Setup_Fail_DEN: 15995
SIP_SC_Total_MOU: 27.91
Peak UE: 30
DL Data Vol MAC in MB: 8062.51
CA Activation Rate den: 144964

Combined RACH Preambles: 3172
Time: 04:51:12
holiday: 0
CA DL DataVolRatio Pct num: 4795

Avg_Connected_UEs: 40.25
SIP DC%: 
DLRLCLayerDataVolume MB: 6967.95
PRB Util%: 73.14
CA DL DataVolRatio Pct den: 9618
weekend: 0
hr: 23
MAC_UE_SC_Tput: 10265.56

hr: 23
CA Activation Rate num: 10708772
Setup_Fail_DEN: 13575
SIP_SC_Total_MOU: 238.65
Peak UE: 93
CA Activation Rate den: 58762

Combined RACH Preambles: 2927
Time: 18:27:47
holiday: 0

SIP DC%: 
UPTP_Mbps: 120.47
DLRLCLayerDataVolume MB: 9490.18
weekend: 0
UPTP Mbps Num: 6286
hr: 11
MAC_UE_SC_Tput: 10802.54
Bearer Releases: 12261

hr: 11
CA Activation Rate num: 340853
SIP_SC_Total_MOU: 77
Peak UE: 27
MB_per_connected_UE: 44.88
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8850
DL Data Vol MAC in MB: 8757.75
CA Activation Rate den: 51513

Time: 22:11:23
holiday: 0
CA DL DataVolRatio Pct num: 3796

DL MAC Vol Scell Pct: 33.92
SIP DC%: 
DLRLCLayerDataVolume MB: 5966.13
CA DL DataVolRatio Pct den: 10046
weekend: 0
UPTP Mbps Num: 30022
hr: 23
MAC_UE_SC_Tput: 5181.06

hr: 23
Peak UE: 27
MB_per_connected_UE: 19.76

Time: 01:49:58
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 4381
CA DL DataVolRatio Pct den: 9770
CA Conf FailRate Pct den: 4675
weekend: 1
hr: 11
MAC_UE_SC_Tput: 4447.62
Bearer Releases: 7684

hr: 11
CA Activation Rate num: 3629935
Setup_Fail_DEN: 16070
Peak UE: 36
VOLTE IA%: 
DL Data Vol MAC in MB: 7201.91

Time: 07:51:50
holiday: 0
CA DL DataVolRatio Pct: 71.85

SIP DC%: 
DLRLCLayerDataVolume MB: 3055.05
CA DL DataVolRatio Pct den: 3024
weekend: 0
CA Activation Rate: 43.71
hr: 21
MAC_UE_SC_Tput: 11062.48
Bearer Releases: 11115

hr: 21
CA Activation Rate num: 5906091
Peak UE: 51
MB_per_connected_UE: 75.46

Time: 14:21:51
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6891.55
DRB UL Data Volume MB: 9347
CA DL DataVolRatio Pct den: 3889
weekend: 0
CA Activation Rate: 42.1
hr: 23
MAC_UE_SC_Tput: 11249.3
Bearer Releases: 12903

hr: 23
CA Activation Rate num: 9836726
Setup_Fail_DEN: 17179
SIP_SC_Total_MOU: 393.23
Peak UE: 42
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4333
DL Data Vol MAC in MB: 7865.34
CA Activation Rate den: 150661

Time: 16:16:20
holiday: 0
CA DL DataVolRatio Pct num: 6457

SIP DC%: 
DLRLCLayerDataVolume MB: 5124.85
weekend: 0
UPTP Mbps Num: 6474
CA Activation Rate: 65.24
hr: 17
MAC_UE_SC_Tput: 7597.22

hr: 17
CA Activation Rate num: 8725992
SIP_SC_Total_MOU: 241.19
Peak UE: 27
MB_per_connected_UE: 68.96
DL Volume: 4161
DL Data Vol MAC in MB: 1702.61

Time: 11:00:47
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3938.23
PRB Util%: 63.54
weekend: 0
UPTP Mbps Num: 33393
hr: 0
MAC_UE_SC_Tput: 7729.71

hr: 0
Setup_Fail_DEN: 15380
SIP_SC_Total_MOU: 31.65
Peak UE: 34
DL Volume: 2381
DL Data Vol MAC in MB: 4446.5
CA Activation Rate den: 129682

Time: 15:24:40
holiday: 0

DL MAC Vol Scell Pct: 5.15
SIP DC%: 
UPTP_Mbps: 21.31
DLRLCLayerDataVolume MB: 5730.16
weekend: 0
CA Activation Rate: 56.34
hr: 5
MAC_UE_SC_Tput: 6899.56
Bearer Releases: 18484

hr: 5
CA Activation Rate num: 6715976
Setup_Fail_DEN: 16048
Peak UE: 27
DL Data Vol MAC in MB: 10073.85
CA Activation Rate den: 96409

Time: 19:59:27
holiday: 0

Avg_Connected_UEs: 17.84
SIP DC%: 
DLRLCLayerDataVolume MB: 9488.98
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4767.07

hr: 23
SIP_SC_Total_MOU: 46.21
Peak UE: 27
MB_per_connected_UE: 16.97
CA Activation Rate den: 67980

Time: 01:13:18
holiday: 0

DL MAC Vol Scell Pct: 53.83
SIP DC%: 
DLRLCLayerDataVolume MB: 8088.53
DRB UL Data Volume MB: 6767
PRB Util%: 51.11
CA DL DataVolRatio Pct den: 775
CA Conf FailRate Pct den: 6349
weekend: 0
UPTP Mbps Num: 48833
hr: 19
MAC_UE_SC_Tput: 17391.46
Bearer Releases: 17858

hr: 19
CA Activation Rate num: 1512993
Setup_Fail_DEN: 14089
Peak UE: 98
MB_per_connected_UE: 72.85
DL Volume: 7196

holiday: 0

SIP DC%: 
UPTP_Mbps: 121.35
DRB UL Data Volume MB: 8799
weekend: 0
hr: 13
MAC_UE_SC_Tput: 4284.45

hr: 13
CA Activation Rate num: 9220530
UPTP Mbps Den: 5872
SIP_SC_Total_MOU: 129.69
Peak UE: 45
DL Volume: 1510
DL Data Vol MAC in MB: 6550.21
CA Activation Rate den: 101329

Time: 06:16:08
holiday: 0

DL MAC Vol Scell Pct: 22.33
SIP DC%: 
DLRLCLayerDataVolume MB: 7877.06
weekend: 1
hr: 1
MAC_UE_SC_Tput: 10721.34
Bearer Releases: 12401

hr: 1
CA Activation Rate num: 2953407
Setup_Fail_DEN: 9079
SIP_SC_Total_MOU: 55.46
Peak UE: 27
DL Volume: 4201
CA Activation Rate den: 103902

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2961.86
DRB UL Data Volume MB: 4755
CA DL DataVolRatio Pct den: 9798
CA Conf FailRate Pct den: 8841
weekend: 0
CA Activation Rate: 53.98
hr: 23
MAC_UE_SC_Tput: 12384.99
Bearer Releases: 17971

hr: 23
Setup_Fail_DEN: 15346
Peak UE: 34
DL Volume: 725
DL Data Vol MAC in MB: 9090
CA Activation Rate den: 83960

Time: 17:09:33
holiday: 0

Avg_Connected_UEs: 75.68
SIP DC%: 
DLRLCLayerDataVolume MB: 6999.29
DRB UL Data Volume MB: 9387
CA DL DataVolRatio Pct den: 1953
weekend: 1
hr: 0
MAC_UE_SC_Tput: 14238.97
Bearer Releases: 6403

hr: 0
CA Activation Rate num: 5723107
Peak UE: 71
MB_per_connected_UE: 109.72
CA Activation Rate den: 77989

Combined RACH Preambles: 3721
Time: 21:59:20
holiday: 0
CA DL DataVolRatio Pct num: 5579

DL MAC Vol Scell Pct: 42.22
Avg_Connected_UEs: 83.82
SIP DC%: 
DLRLCLayerDataVolume MB: 3176.84
PRB Util%: 62.2
RRC Setup Attempts: 5806
weekend: 0
UPTP Mbps Num: 28510
hr: 0
MAC_UE_SC_Tput: 4175.8

hr: 0
CA Activation Rate num: 3134376
Setup_Fail_DEN: 9968
Peak UE: 82
MB_per_connected_UE: 67.93
CA Activation Rate den: 54968

Time: 06:26:41
holiday: 0

DL MAC Vol Scell Pct: 9.47
Avg_Connected_UEs: 77.15
SIP DC%: 
UPTP_Mbps: 35.1
DRB UL Data Volume MB: 8524
CA DL DataVolRatio Pct den: 2687
CA Conf FailRate Pct den: 7287
weekend: 0
UPTP Mbps Num: 26824
hr: 23
MAC_UE_SC_Tput: 7624.02

hr: 23
CA Activation Rate num: 3899923
UPTP Mbps Den: 3298
Setup_Fail_DEN: 8692
SIP_SC_Total_MOU: 236.74
Peak UE: 27
PCT Time MIMO: 65.44
DL Volume: 5142
DL Data Vol MAC in MB: 6453.27
CA Activation Rate den: 115758

Time: 14:19:24
holiday: 0
CA DL DataVolRatio Pct num: 4853

SIP DC%: 
DLRLCLayerDataVolume MB: 529
RRC Setup Attempts: 4132
CA DL DataVolRatio Pct den: 8099
CA Conf FailRate Pct den: 7134
weekend: 0
CA Activation Rate: 11.04
hr: 14
MAC_UE_SC_Tput: 4629.9

hr: 14
CA Activation Rate num: 5203871
UPTP Mbps Den: 1552
Setup_Fail_DEN: 9426
Peak UE: 27
DL Volume: 2997
CA Activation Rate den: 152769
Combined RACH Preambles: 3867
Time: 03:39:16

holiday: 0
CA DL DataVolRatio Pct num: 1963

DL MAC Vol Scell Pct: 50.07
SIP DC%: 
PRB Util%: 53.09
DL Packet Loss Pct: 5.38
RRC Setup Attempts: 3357
CA DL DataVolRatio Pct den: 957
CA Conf FailRate Pct den: 4900
weekend: 0
UPTP Mbps Num: 806
CA Activation Rate: 7.13
hr: 14
MAC_UE_SC_Tput: 9951.92
Bearer Releases: 7076

hr: 14
CA Activation Rate num: 954788
Setup_Fail_DEN: 19092
SIP_SC_Total_MOU: 12.14
PCT Time MIMO: 43.27

Time: 18:14:04
holiday: 0
CA DL DataVolRatio Pct: 55.32

SIP DC%: 
UPTP_Mbps: 15.17
RRC Setup Attempts: 7595
CA DL DataVolRatio Pct den: 7821
weekend: 0
UPTP Mbps Num: 41969
CA Activation Rate: 20.7
hr: 12
MAC_UE_SC_Tput: 5116.47
Bearer Releases: 9979

hr: 12
CA Activation Rate num: 6446309
Setup_Fail_DEN: 8521
SIP_SC_Total_MOU: 255.84
Peak UE: 36
DL Volume: 3777
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5787
DL Data Vol MAC in MB: 4754.81
CA Activation Rate den: 86957
Time: 12:46:42

holiday: 0
CA DL DataVolRatio Pct num: 1419

SIP DC%: 
DLRLCLayerDataVolume MB: 3103.22
weekend: 0
hr: 4
MAC_UE_SC_Tput: 6063.31

hr: 4
CA Activation Rate num: 7297413
Peak UE: 83
CA Activation Rate den: 197956

Combined RACH Preambles: 4010
Time: 10:17:36
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4527.2
PRB Util%: 54.48
weekend: 0
UPTP Mbps Num: 42183
hr: 13
MAC_UE_SC_Tput: 6228.19
Bearer Releases: 9439

hr: 13
CA Activation Rate num: 7843785
Setup_Fail_DEN: 8043
Peak UE: 37
MB_per_connected_UE: 15.04
DL Data Vol MAC in MB: 8187.52
CA Activation Rate den: 213799

Time: 06:26:03
holiday: 0

Avg_Connected_UEs: 43.33
SIP DC%: 
DLRLCLayerDataVolume MB: 4504.83
DRB UL Data Volume MB: 1399
PRB Util%: 39.78
weekend: 1
hr: 19

hr: 19
CA Activation Rate num: 128104
Peak UE: 74
DL Data Vol MAC in MB: 9815.56
CA Activation Rate den: 150509

Time: 14:18:24
holiday: 0
CA DL DataVolRatio Pct: 81.68

SIP DC%: 
DLRLCLayerDataVolume MB: 621.2
PRB Util%: 35.15
RRC Setup Attempts: 5674
CA DL DataVolRatio Pct den: 5027
weekend: 0
UPTP Mbps Num: 17289
hr: 8

hr: 8
CA Activation Rate num: 7499424
Setup_Fail_DEN: 12258
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6665
DL Data Vol MAC in MB: 7787.83
CA Activation Rate den: 57664

Combined RACH Preambles: 3624
Time: 13:01:28
holiday: 0
CA DL DataVolRatio Pct: 55.73

DL MAC Vol Scell Pct: 6.49
SIP DC%: 
DLRLCLayerDataVolume MB: 160.6
weekend: 0
CA Activation Rate: 66.63
hr: 4
MAC_UE_SC_Tput: 4675.5
Bearer Releases: 6466

hr: 4
SIP_SC_Total_MOU: 90.83
Peak UE: 27
PCT Time MIMO: 58.56
CA Activation Rate den: 120205

Combined RACH Preambles: 3469
Time: 09:49:04
holiday: 0
CA DL DataVolRatio Pct num: 1834

DL MAC Vol Scell Pct: 24.85
SIP DC%: 
RRC Setup Attempts: 5087
CA Conf FailRate Pct den: 5903
weekend: 0
CA Activation Rate: 2.59
hr: 12
MAC_UE_SC_Tput: 11381.64

hr: 12
Setup_Fail_DEN: 14555
Peak UE: 35
DL Volume: 1813
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8719

Time: 01:00:19
holiday: 0

Avg_Connected_UEs: 26.92
SIP DC%: 
UPTP_Mbps: 110.97
DLRLCLayerDataVolume MB: 9032.02
CA DL DataVolRatio Pct den: 283
weekend: 0
CA Activation Rate: 27.31
hr: 6
MAC_UE_SC_Tput: 13842.92

hr: 6
CA Activation Rate num: 5278646
Peak UE: 27
DL Data Vol MAC in MB: 9985.31
CA Activation Rate den: 49836

Time: 02:50:52
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2564.64
PRB Util%: 71.97
weekend: 0
UPTP Mbps Num: 15716
hr: 20

hr: 20
Setup_Fail_DEN: 7318
Peak UE: 27
MB_per_connected_UE: 74.2
PCT Time MIMO: 54.12
DL Data Vol MAC in MB: 3576.02
CA Activation Rate den: 95675

holiday: 0

DL MAC Vol Scell Pct: 42.06
SIP DC%: 
DLRLCLayerDataVolume MB: 553.61
PRB Util%: 47.65
weekend: 0
UPTP Mbps Num: 2708
CA Activation Rate: 34.03
hr: 0
MAC_UE_SC_Tput: 5951.08
Bearer Releases: 10334

hr: 0
CA Activation Rate num: 9851821
SIP_SC_Total_MOU: 246.18
Peak UE: 41
CA Activation Rate den: 44659

Time: 11:18:33
holiday: 0
SIP_SC_Call_Attempts: 283

SIP DC%: 
CA DL DataVolRatio Pct den: 1286
CA Conf FailRate Pct den: 4575
weekend: 0
hr: 19
MAC_UE_SC_Tput: 11641.81

hr: 19
Setup_Fail_DEN: 14887
Peak UE: 62

Time: 17:50:48
holiday: 0
CA DL DataVolRatio Pct: 49.15

Avg_Connected_UEs: 74.5
SIP DC%: 
DRB UL Data Volume MB: 8024
RRC Setup Attempts: 6385
CA DL DataVolRatio Pct den: 5742
weekend: 0
UPTP Mbps Num: 59605
hr: 0
MAC_UE_SC_Tput: 7475.67

hr: 0
CA Activation Rate num: 2445539
Peak UE: 70
DL Data Vol MAC in MB: 498.81
CA Activation Rate den: 122592

Time: 19:23:46
holiday: 0
CA DL DataVolRatio Pct num: 5566

DL MAC Vol Scell Pct: 4.02
Avg_Connected_UEs: 29.57
SIP DC%: 
PRB Util%: 42.77
CA Conf FailRate Pct den: 8122
weekend: 0
UPTP Mbps Num: 28264
CA Activation Rate: 52.11
hr: 1
MAC_UE_SC_Tput: 19015.26

hr: 1
CA Activation Rate num: 2070174
Setup_Fail_DEN: 7641
SIP_SC_Total_MOU: 225.24
Peak UE: 46
MB_per_connected_UE: 148.18
DL Volume: 8325
DL Data Vol MAC in MB: 9419.49
CA Activation Rate den: 109282

Time: 14:16:21
holiday: 0
CA DL DataVolRatio Pct num: 3410

SIP DC%: 
UPTP_Mbps: 65.71
DLRLCLayerDataVolume MB: 673.64
PRB Util%: 18.4
RRC Setup Attempts: 4282
CA Conf FailRate Pct den: 7352
weekend: 0
UPTP Mbps Num: 58526
hr: 23
MAC_UE_SC_Tput: 4943.89

hr: 23
CA Activation Rate num: 5576014
SIP_SC_Total_MOU: 20.38
Peak UE: 39
MB_per_connected_UE: 79.94
CA Activation Rate den: 59513

Time: 07:23:42
holiday: 0

DL MAC Vol Scell Pct: 47.62
SIP DC%: 
DLRLCLayerDataVolume MB: 5683.84
PRB Util%: 42.09
CA DL DataVolRatio Pct den: 3230
weekend: 0
CA Activation Rate: 22.72
hr: 10
MAC_UE_SC_Tput: 7229.28

hr: 10
CA Activation Rate num: 10454758
Setup_Fail_DEN: 10006
SIP_SC_Total_MOU: 410.87
Peak UE: 84
PCT Time MIMO: 62.05
DL Data Vol MAC in MB: 5978.07
CA Activation Rate den: 41187

Time: 14:29:53
holiday: 0
CA DL DataVolRatio Pct num: 5039

DL MAC Vol Scell Pct: 47.93
Avg_Connected_UEs: 29.42
SIP DC%: 
PRB Util%: 70.76
RRC Setup Attempts: 3893
CA DL DataVolRatio Pct den: 1081
weekend: 1
hr: 8
MAC_UE_SC_Tput: 15869.55
Bearer Releases: 8522

hr: 8
CA Activation Rate num: 8821328
SIP_SC_Total_MOU: 339.9
Peak UE: 27
MB_per_connected_UE: 128.98
DL Data Vol MAC in MB: 507.83
CA Activation Rate den: 46893

Time: 11:44:56
holiday: 0
CA DL DataVolRatio Pct: 44.94
CA DL DataVolRatio Pct num: 2535

SIP DC%: 
DLRLCLayerDataVolume MB: 7756.97
DRB UL Data Volume MB: 9521
PRB Util%: 28.14
weekend: 0
UPTP Mbps Num: 25306
hr: 13
MAC_UE_SC_Tput: 5295.37
Bearer Releases: 10441

hr: 13
CA Activation Rate num: 5822861
SIP_SC_Total_MOU: 126.85
Peak UE: 38
MB_per_connected_UE: 73.15
CA Activation Rate den: 175476

Time: 22:50:19
holiday: 0

Avg_Connected_UEs: 83.83
SIP DC%: 
PRB Util%: 47.23
CA DL DataVolRatio Pct den: 3312
weekend: 0
UPTP Mbps Num: 4138
hr: 12
MAC_UE_SC_Tput: 11378.48
Bearer Releases: 8182

hr: 12
CA Activation Rate num: 1195962
Peak UE: 38
MB_per_connected_UE: 202.03
DL Data Vol MAC in MB: 1511.23
CA Activation Rate den: 129819

holiday: 0
CA DL DataVolRatio Pct: 90.1

SIP DC%: 
DLRLCLayerDataVolume MB: 8359.36
PRB Util%: 58.78
CA Conf FailRate Pct den: 2591
weekend: 0
hr: 6
MAC_UE_SC_Tput: 8496.02
Bearer Releases: 11700

hr: 6
CA Activation Rate num: 5746690
SIP_SC_Total_MOU: 94.07
Peak UE: 27
DL Data Vol MAC in MB: 9187.37
CA Activation Rate den: 102212

Time: 14:19:47
holiday: 0
CA DL DataVolRatio Pct num: 6816

SIP DC%: 
DLRLCLayerDataVolume MB: 6556.12
CA DL DataVolRatio Pct den: 7809
weekend: 1
UPTP Mbps Num: 4750
CA Activation Rate: 45.88
hr: 12
MAC_UE_SC_Tput: 14082.85
Bearer Releases: 9546

hr: 12
CA Activation Rate num: 3359523
UPTP Mbps Den: 1564
SIP_SC_Total_MOU: 123.7
Peak UE: 27
PCT Time MIMO: 57.09
DL Data Vol MAC in MB: 6017.31
CA Activation Rate den: 169334

Combined RACH Preambles: 4750
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 2186
weekend: 0
UPTP Mbps Num: 29368
hr: 6
MAC_UE_SC_Tput: 9919.33

hr: 6
CA Activation Rate num: 3554900
Peak UE: 29
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5422
CA Activation Rate den: 66452

Time: 10:45:02
holiday: 0

Avg_Connected_UEs: 80.17
SIP DC%: 
UPTP_Mbps: 31.15
DLRLCLayerDataVolume MB: 3561.26
CA DL DataVolRatio Pct den: 5685
weekend: 0
UPTP Mbps Num: 44605
hr: 7
MAC_UE_SC_Tput: 12567.65

hr: 7
CA Activation Rate num: 4681338
Peak UE: 59
MB_per_connected_UE: 128.72
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6801

Time: 20:07:53
holiday: 0
CA DL DataVolRatio Pct num: 7097

DL MAC Vol Scell Pct: 51.7
SIP DC%: 
CA Conf FailRate Pct den: 6187
weekend: 0
UPTP Mbps Num: 26576
hr: 15
MAC_UE_SC_Tput: 9538.96
Bearer Releases: 14876

hr: 15
CA Activation Rate num: 3795981
Setup_Fail_DEN: 13726
Peak UE: 27
MB_per_connected_UE: 100.87
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3414

Time: 23:23:04
holiday: 0
CA DL DataVolRatio Pct num: 1912

Avg_Connected_UEs: 74.27
SIP DC%: 
DLRLCLayerDataVolume MB: 7601.52
DRB UL Data Volume MB: 8070
weekend: 1
UPTP Mbps Num: 39880
CA Activation Rate: 60.34
hr: 19
MAC_UE_SC_Tput: 12820.4

hr: 19
CA Activation Rate num: 2309533
Peak UE: 60
DL Volume: 8200
CA Activation Rate den: 129800

Time: 04:10:06
holiday: 0

DL MAC Vol Scell Pct: 55.13
SIP DC%: 
DLRLCLayerDataVolume MB: 5950.67
RRC Setup Attempts: 4427
weekend: 0
UPTP Mbps Num: 43828
CA Activation Rate: 41.55
hr: 5
MAC_UE_SC_Tput: 7480.03
Bearer Releases: 17262

hr: 5
CA Activation Rate num: 9507645
SIP_SC_Total_MOU: 14.56
Peak UE: 27
VOLTE IA%: 
DL Data Vol MAC in MB: 9490.56
CA Activation Rate den: 63476

Time: 10:07:45
holiday: 0

SIP DC%: 
UPTP_Mbps: 81.32
DLRLCLayerDataVolume MB: 7310.91
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6208.48

hr: 23
CA Activation Rate num: 3013852
Peak UE: 46
MB_per_connected_UE: 77.47
DL Data Vol MAC in MB: 10056.23
CA Activation Rate den: 44250

Time: 15:06:23
holiday: 0
CA DL DataVolRatio Pct: 50.07

Avg_Connected_UEs: 77.09
SIP DC%: 
DLRLCLayerDataVolume MB: 3035.15
weekend: 0
UPTP Mbps Num: 17863
hr: 13
MAC_UE_SC_Tput: 6290.21
Bearer Releases: 12139

hr: 13
CA Activation Rate num: 2725435
Setup_Fail_DEN: 10263
Peak UE: 27
DL Volume: 9311
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7380
DL Data Vol MAC in MB: 3648.67

Time: 21:12:10
holiday: 0
CA DL DataVolRatio Pct num: 1557

SIP DC%: 
PRB Util%: 47.07
DL Packet Loss Pct: 3.39
weekend: 0
UPTP Mbps Num: 22431
hr: 8
MAC_UE_SC_Tput: 19539.3
Bearer Releases: 13152

hr: 8
CA Activation Rate num: 10282996
SIP_SC_Total_MOU: 11.4
Peak UE: 63
PCT Time MIMO: 38.96
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4239
DL Data Vol MAC in MB: 9306.84
CA Activation Rate den: 88748
Combined RACH Preambles: 4668

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3074.83
weekend: 0
UPTP Mbps Num: 2083
CA Activation Rate: 13.25
hr: 0
MAC_UE_SC_Tput: 18241.23
Bearer Releases: 13147

hr: 0
CA Activation Rate num: 10539191
Peak UE: 71
CA Activation Rate den: 77410

Time: 12:20:16
holiday: 0

DL MAC Vol Scell Pct: 34.72
SIP DC%: 
UPTP_Mbps: 57.33
DLRLCLayerDataVolume MB: 3408.72
weekend: 0
UPTP Mbps Num: 12121
CA Activation Rate: 57.22
hr: 9
MAC_UE_SC_Tput: 6139.47
Bearer Releases: 7669

hr: 9
CA Activation Rate num: 10678932
SIP_SC_Total_MOU: 110.85
Peak UE: 52
DL Data Vol MAC in MB: 7508.52
CA Activation Rate den: 68678

Combined RACH Preambles: 4895
holiday: 0

Avg_Connected_UEs: 18.85
SIP DC%: 
DLRLCLayerDataVolume MB: 7809.64
CA Conf FailRate Pct den: 6637
weekend: 0
hr: 23
MAC_UE_SC_Tput: 13260.11
Bearer Releases: 13861

hr: 23
UPTP Mbps Den: 319
SIP_SC_Total_MOU: 176.76
Peak UE: 38
CA Activation Rate den: 79000

Time: 22:28:52
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7973.09
RRC Setup Attempts: 8775
CA DL DataVolRatio Pct den: 8255
CA Conf FailRate Pct den: 5336
weekend: 0
UPTP Mbps Num: 16706
hr: 17
MAC_UE_SC_Tput: 9027.55

hr: 17
Setup_Fail_DEN: 15742
SIP_SC_Total_MOU: 41.49
Peak UE: 27
MB_per_connected_UE: 169.29
DL Data Vol MAC in MB: 8591.22
CA Activation Rate den: 36222

Time: 05:55:20
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 9210
PRB Util%: 40.51
CA DL DataVolRatio Pct den: 2529
CA Conf FailRate Pct den: 7835
weekend: 0
UPTP Mbps Num: 36860
hr: 8
MAC_UE_SC_Tput: 15989.56

hr: 8
CA Activation Rate num: 10099429
SIP_SC_Total_MOU: 27.29
Peak UE: 44
VOLTE IA%: 
MB_per_connected_UE: 29.83

Time: 07:55:02
holiday: 0
CA DL DataVolRatio Pct num: 5716

Avg_Connected_UEs: 23.67
SIP DC%: 
DRB UL Data Volume MB: 9938
weekend: 0
hr: 11
MAC_UE_SC_Tput: 8730.16

hr: 11
CA Activation Rate num: 9209476
SIP_SC_Total_MOU: 284.79
Peak UE: 78
MB_per_connected_UE: 68.91
CA Activation Rate den: 40202

Time: 10:49:02
holiday: 0
CA DL DataVolRatio Pct num: 5197

SIP DC%: 
DLRLCLayerDataVolume MB: 1343.91
DRB UL Data Volume MB: 7765
PRB Util%: 35.42
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7206.39

hr: 23
CA Activation Rate num: 7816385
Setup_Fail_DEN: 13568
Peak UE: 27
DL Volume: 8964
DL Data Vol MAC in MB: 865.7

Time: 08:38:48
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3951.95
weekend: 0
CA Activation Rate: 2.77
hr: 22
Bearer Releases: 10877

hr: 22
CA Activation Rate num: 10239417
UPTP Mbps Den: 2613
Peak UE: 28
MB_per_connected_UE: 84.28
DL Volume: 1995

Time: 03:13:54
holiday: 0
CA DL DataVolRatio Pct num: 259

SIP DC%: 
DLRLCLayerDataVolume MB: 4295.1
RRC Setup Attempts: 4368
CA DL DataVolRatio Pct den: 1588
weekend: 0
hr: 9
MAC_UE_SC_Tput: 9496.88

hr: 9
CA Activation Rate num: 3815157
MB_per_connected_UE: 101.96
DL Data Vol MAC in MB: 449.62
CA Activation Rate den: 120109

Time: 17:05:11
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2080.19
CA DL DataVolRatio Pct den: 9867
CA Conf FailRate Pct den: 3029
weekend: 0
UPTP Mbps Num: 28731
CA Activation Rate: 45.72
hr: 1
Bearer Releases: 13947

hr: 1
Setup_Fail_DEN: 10592
Peak UE: 27
MB_per_connected_UE: 169.76
CA Activation Rate den: 48863

Time: 18:43:52
holiday: 0
CA DL DataVolRatio Pct: 73.92

Avg_Connected_UEs: 79.95
SIP DC%: 
UPTP_Mbps: 32.86
DLRLCLayerDataVolume MB: 9817.84
DRB UL Data Volume MB: 4515
CA Conf FailRate Pct den: 2559
weekend: 0
UPTP Mbps Num: 44501
CA Activation Rate: 29.63
hr: 9
MAC_UE_SC_Tput: 9806.37

hr: 9
CA Activation Rate num: 9814100
SIP_SC_Total_MOU: 347.78
Peak UE: 29
MB_per_connected_UE: 61.82
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7183
DL Data Vol MAC in MB: 2369.51
CA Activation Rate den: 66642

Time: 10:36:10
holiday: 0
CA DL DataVolRatio Pct: 44.65

Avg_Connected_UEs: 36.23
SIP DC%: 
UPTP_Mbps: 9.94
DLRLCLayerDataVolume MB: 3955.48
DRB UL Data Volume MB: 2482
weekend: 0
UPTP Mbps Num: 7567
hr: 23
MAC_UE_SC_Tput: 4972.68

hr: 23
CA Activation Rate num: 10774068
Setup_Fail_DEN: 11623
Peak UE: 27
DL Data Vol MAC in MB: 543.89
CA Activation Rate den: 68659

Time: 14:50:10
holiday: 0

DL MAC Vol Scell Pct: 22.94
SIP DC%: 
UPTP_Mbps: 25.95
DLRLCLayerDataVolume MB: 4693.66
RRC Setup Attempts: 7471
weekend: 0
UPTP Mbps Num: 47078
hr: 6
MAC_UE_SC_Tput: 13259.43

hr: 6
CA Activation Rate num: 9362902
Setup_Fail_DEN: 6503
SIP_SC_Total_MOU: 8.14
Peak UE: 27
MB_per_connected_UE: 9.6
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6029
DL Data Vol MAC in MB: 4400.72
CA Activation Rate den: 109328

Time: 13:13:01
holiday: 0
CA DL DataVolRatio Pct num: 5065

DL MAC Vol Scell Pct: 34.11
SIP DC%: 
UPTP_Mbps: 17.81
DLRLCLayerDataVolume MB: 9478.87
PRB Util%: 10.16
CA Conf FailRate Pct den: 8634
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5515.88

hr: 23
Setup_Fail_DEN: 14831
Peak UE: 27
MB_per_connected_UE: 177.68
PCT Time MIMO: 55.28
DL Data Vol MAC in MB: 2952.37

Time: 11:13:05
holiday: 0
CA DL DataVolRatio Pct num: 7184

SIP DC%: 
DLRLCLayerDataVolume MB: 727.02
CA DL DataVolRatio Pct den: 7896
weekend: 0
hr: 0
Bearer Releases: 18267

hr: 0
CA Activation Rate num: 9844696
SIP_SC_Total_MOU: 175.87

Time: 00:00:17
holiday: 0
HO_att_InterFreq: 509

SIP DC%: 
DLRLCLayerDataVolume MB: 780.77
DRB UL Data Volume MB: 2900
weekend: 0
UPTP Mbps Num: 25263
hr: 4
MAC_UE_SC_Tput: 4715.59

hr: 4
CA Activation Rate num: 3089492
Setup_Fail_DEN: 15029
Peak UE: 64
MB_per_connected_UE: 89.49
DL Data Vol MAC in MB: 8013.01
CA Activation Rate den: 69395

Time: 18:21:56
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9328.79
DRB UL Data Volume MB: 1273
RRC Setup Attempts: 8715
CA Conf FailRate Pct den: 9512
weekend: 0
UPTP Mbps Num: 54748
hr: 2
MAC_UE_SC_Tput: 24649.84
Bearer Releases: 11682

hr: 2
CA Activation Rate num: 6711646
SIP_SC_Total_MOU: 292.5
Peak UE: 33
MB_per_connected_UE: 127.39
DL Volume: 3711
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6042
CA Activation Rate den: 77179

Time: 22:20:56
holiday: 0

Avg_Connected_UEs: 38.01
SIP DC%: 
DLRLCLayerDataVolume MB: 4053.2
DRB UL Data Volume MB: 7573
PRB Util%: 20.4
CA DL DataVolRatio Pct den: 8030
weekend: 0
hr: 23
MAC_UE_SC_Tput: 12243.2
Bearer Releases: 7570

hr: 23
QCI 1 Bearer Drop%: 1.82
Peak UE: 27
MB_per_connected_UE: 165.15

Time: 13:22:37
holiday: 0

DL MAC Vol Scell Pct: 33.44
Avg_Connected_UEs: 56.8
SIP DC%: 
UPTP_Mbps: 130.49
DLRLCLayerDataVolume MB: 2422.87
DRB UL Data Volume MB: 5850
PRB Util%: 8.21
CA Conf FailRate Pct den: 7251
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4643.16

hr: 0
CA Activation Rate num: 5753999
Peak UE: 52
MB_per_connected_UE: 88.96
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8098
DL Data Vol MAC in MB: 9048.5

Time: 02:45:23
holiday: 0

Avg_Connected_UEs: 72.9
SIP DC%: 
DLRLCLayerDataVolume MB: 1664.75
CA DL DataVolRatio Pct den: 8480
CA Conf FailRate Pct den: 2807
weekend: 0
hr: 23
MAC_UE_SC_Tput: 13631.07

hr: 23
CA Activation Rate num: 3369692
Setup_Fail_DEN: 9683
Peak UE: 73
MB_per_connected_UE: 71.69
PCT Time MIMO: 57.5

Time: 07:24:39
holiday: 0

SIP DC%: 
weekend: 0
UPTP Mbps Num: 49756
hr: 4
MAC_UE_SC_Tput: 25455.14
Bearer Releases: 17679

hr: 4
CA Activation Rate num: 918282
Peak UE: 27
MB_per_connected_UE: 85.39
DL Data Vol MAC in MB: 4163.93
CA Activation Rate den: 219837

Time: 10:11:20
holiday: 0
CA DL DataVolRatio Pct num: 1340

Avg_Connected_UEs: 54.17
SIP DC%: 
DLRLCLayerDataVolume MB: 380.17
DRB UL Data Volume MB: 1243
weekend: 1
UPTP Mbps Num: 7612
CA Activation Rate: 45.17
hr: 0
Bearer Releases: 10621

hr: 0
CA Activation Rate num: 2645921
Setup_Fail_DEN: 11840
SIP_SC_Total_MOU: 229.53
Peak UE: 56
CA Activation Rate den: 50906

Combined RACH Preambles: 3637
Time: 10:49:49
holiday: 0

DL MAC Vol Scell Pct: 29.4
Avg_Connected_UEs: 71.92
SIP DC%: 
UPTP_Mbps: 9.82
PRB Util%: 26.71
CA DL DataVolRatio Pct den: 8535
CA Conf FailRate Pct den: 5025
weekend: 0
UPTP Mbps Num: 55137
hr: 8
MAC_UE_SC_Tput: 10012.32

hr: 8
Setup_Fail_DEN: 14435
Peak UE: 27
DL Data Vol MAC in MB: 8126

Time: 21:49:27
holiday: 0
CA DL DataVolRatio Pct num: 2395

SIP DC%: 
DLRLCLayerDataVolume MB: 7002.92
PRB Util%: 24.1
weekend: 0
hr: 16
MAC_UE_SC_Tput: 6298.7
Bearer Releases: 16345

hr: 16
CA Activation Rate num: 238743
Setup_Fail_DEN: 8687
Peak UE: 27
DL Data Vol MAC in MB: 4620.52
CA Activation Rate den: 72776
Time: 23:44:33

holiday: 0

SIP DC%: 
UPTP_Mbps: 11.15
DLRLCLayerDataVolume MB: 2773.06
weekend: 0
CA Activation Rate: 23.33
hr: 20
MAC_UE_SC_Tput: 7491.77
Bearer Releases: 8242

hr: 20
CA Activation Rate num: 5149300
Setup_Fail_DEN: 11098
Peak UE: 38
PCT Time MIMO: 65.08
CA Activation Rate den: 55682

Time: 16:25:09
holiday: 0

Avg_Connected_UEs: 84.23
SIP DC%: 
DLRLCLayerDataVolume MB: 7348.61
PRB Util%: 13.8
CA DL DataVolRatio Pct den: 713
weekend: 0
hr: 12
MAC_UE_SC_Tput: 20110.46
Bearer Releases: 13991

hr: 12
CA Activation Rate num: 2082707
SIP_SC_Total_MOU: 225.65
Peak UE: 81
PCT Time MIMO: 67.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9323
CA Activation Rate den: 115344

Combined RACH Preambles: 4084
Time: 08:24:03
holiday: 0

SIP DC%: 
PRB Util%: 54.11
CA DL DataVolRatio Pct den: 5137
weekend: 0
UPTP Mbps Num: 15714
hr: 6
MAC_UE_SC_Tput: 29343.55
Bearer Releases: 16952

hr: 6
CA Activation Rate num: 9756545
Peak UE: 40
MB_per_connected_UE: 39.53
DL Volume: 5022
CA Activation Rate den: 138490

Time: 02:07:07
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1054.43
DRB UL Data Volume MB: 8894
CA Conf FailRate Pct den: 9312
weekend: 1
UPTP Mbps Num: 24424
hr: 3
MAC_UE_SC_Tput: 10011.02

hr: 3
CA Activation Rate num: 1314982
Setup_Fail_DEN: 11095
Peak UE: 27
MB_per_connected_UE: 178.53
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5894
DL Data Vol MAC in MB: 667.33

Time: 15:32:31
holiday: 0
CA DL DataVolRatio Pct num: 1041

SIP DC%: 
DLRLCLayerDataVolume MB: 4162.38
CA DL DataVolRatio Pct den: 10057
CA Conf FailRate Pct den: 6308
weekend: 0
hr: 2
MAC_UE_SC_Tput: 5924.81

hr: 2
CA Activation Rate num: 10020545
SIP_SC_Total_MOU: 26.99
Peak UE: 47
MB_per_connected_UE: 57.48
DL Data Vol MAC in MB: 3804.61
CA Activation Rate den: 151434

Time: 16:14:36
holiday: 0
CA DL DataVolRatio Pct num: 2862

SIP DC%: 
DLRLCLayerDataVolume MB: 2701.12
DRB UL Data Volume MB: 5759
RRC Setup Attempts: 9845
weekend: 0
UPTP Mbps Num: 48193
CA Activation Rate: 6.96
hr: 3
MAC_UE_SC_Tput: 18843.66

hr: 3
SIP_SC_Total_MOU: 240.08
Peak UE: 27
MB_per_connected_UE: 158.57
DL Data Vol MAC in MB: 2208.54
CA Activation Rate den: 135014

Time: 17:31:59
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5218.93
weekend: 0
hr: 5
MAC_UE_SC_Tput: 8118.12
Bearer Releases: 10201

hr: 5
CA Activation Rate num: 6117097
Setup_Fail_DEN: 18295
SIP_SC_Total_MOU: 273.14
Peak UE: 53
DL Volume: 2313
DL Data Vol MAC in MB: 8713.34
CA Activation Rate den: 101885

holiday: 0
CA DL DataVolRatio Pct num: 1537

SIP DC%: 
UPTP_Mbps: 95.7
DLRLCLayerDataVolume MB: 215.49
DRB UL Data Volume MB: 1381
weekend: 0
CA Activation Rate: 57.82
hr: 7
MAC_UE_SC_Tput: 7637.34

hr: 7
Peak UE: 47
MB_per_connected_UE: 22.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8094
DL Data Vol MAC in MB: 3686.89
CA Activation Rate den: 135470

Time: 15:39:13
holiday: 0

Avg_Connected_UEs: 64.97
SIP DC%: 
PRB Util%: 32.68
CA DL DataVolRatio Pct den: 7468
CA Conf FailRate Pct den: 5253
weekend: 0
UPTP Mbps Num: 16523
hr: 8
MAC_UE_SC_Tput: 6632.64
Bearer Releases: 18403

hr: 8
CA Activation Rate num: 1698050
Setup_Fail_DEN: 15935
Peak UE: 32
MB_per_connected_UE: 190.12
DL Volume: 751

Time: 00:38:24
holiday: 0
CA DL DataVolRatio Pct: 89.44

SIP DC%: 
UPTP_Mbps: 132.47
DLRLCLayerDataVolume MB: 6294.11
weekend: 0
UPTP Mbps Num: 13597
hr: 11
MAC_UE_SC_Tput: 10208.79

hr: 11
CA Activation Rate num: 4514873
Setup_Fail_DEN: 14840
Peak UE: 36

Time: 16:08:33
holiday: 0
CA DL DataVolRatio Pct: 70.22

SIP DC%: 
DLRLCLayerDataVolume MB: 1162.18
PRB Util%: 69.97
RRC Setup Attempts: 8255
CA Conf FailRate Pct den: 8131
weekend: 0
UPTP Mbps Num: 48406
hr: 17
MAC_UE_SC_Tput: 5562.92
Bearer Releases: 10989

hr: 17
CA Activation Rate num: 5047266
SIP_SC_Total_MOU: 193.05
Peak UE: 78
MB_per_connected_UE: 86.31
DL Data Vol MAC in MB: 5140.85

Time: 09:18:35
holiday: 0
CA DL DataVolRatio Pct num: 3482

Avg_Connected_UEs: 36.56
SIP DC%: 
DLRLCLayerDataVolume MB: 5965.63
CA DL DataVolRatio Pct den: 7164
weekend: 0
CA Activation Rate: 8.31
hr: 4
MAC_UE_SC_Tput: 4844.41

hr: 4
CA Activation Rate num: 970892
Setup_Fail_DEN: 17864
Peak UE: 27
MB_per_connected_UE: 172.55
PCT Time MIMO: 58.43
DL Data Vol MAC in MB: 2106.1
CA Activation Rate den: 185150

Time: 00:20:21
holiday: 0

SIP DC%: 
UPTP_Mbps: 15.08
DLRLCLayerDataVolume MB: 7639.09
weekend: 0
UPTP Mbps Num: 13284
hr: 3
MAC_UE_SC_Tput: 4620.94

hr: 3
CA Activation Rate num: 4102405
Setup_Fail_DEN: 14332
Peak UE: 43
MB_per_connected_UE: 154.47
DL Data Vol MAC in MB: 2013.87

Time: 01:34:55
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6272.35
DRB UL Data Volume MB: 1938
CA DL DataVolRatio Pct den: 4809
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4144.95
Bearer Releases: 10342

hr: 0
CA Activation Rate num: 4597266
Setup_Fail_DEN: 19238
Peak UE: 85
MB_per_connected_UE: 112.83
DL Data Vol MAC in MB: 8338.85
CA Activation Rate den: 92891

Time: 10:38:01
holiday: 0
CA DL DataVolRatio Pct num: 3007

DL MAC Vol Scell Pct: 42.53
SIP DC%: 
DRB UL Data Volume MB: 2530
PRB Util%: 52.01
weekend: 1
UPTP Mbps Num: 51064
CA Activation Rate: 65.85
hr: 0
MAC_UE_SC_Tput: 8699.05
Bearer Releases: 13003

hr: 0
CA Activation Rate num: 5097415
UPTP Mbps Den: 5554
Setup_Fail_DEN: 9865
SIP_SC_Total_MOU: 251.42
Peak UE: 27
MB_per_connected_UE: 90.85
DL Volume: 5114
DL Data Vol MAC in MB: 2891.95
CA Activation Rate den: 132015

Time: 14:04:19
holiday: 0

Avg_Connected_UEs: 36.48
SIP DC%: 
DLRLCLayerDataVolume MB: 6379.72
CA DL DataVolRatio Pct den: 8611
weekend: 0
hr: 8
MAC_UE_SC_Tput: 11021.11

hr: 8
CA Activation Rate num: 2201439
Peak UE: 27
MB_per_connected_UE: 186.54
CA Activation Rate den: 61803

Time: 13:33:07
holiday: 0
CA DL DataVolRatio Pct: 48.19

SIP DC%: 
PRB Util%: 45.57
weekend: 0
UPTP Mbps Num: 20771
hr: 23

hr: 23
CA Activation Rate num: 3279655
Setup_Fail_DEN: 10192
Peak UE: 37
MB_per_connected_UE: 104.2
CA Activation Rate den: 165239

Time: 07:50:22
holiday: 0

Avg_Connected_UEs: 16.49
SIP DC%: 
DLRLCLayerDataVolume MB: 9835.83
DRB UL Data Volume MB: 6711
PRB Util%: 64.91
RRC Setup Attempts: 5272
weekend: 0
hr: 17
MAC_UE_SC_Tput: 15688.4

hr: 17
CA Activation Rate num: 9720789
Peak UE: 27
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4108
DL Data Vol MAC in MB: 2566.84
CA Activation Rate den: 56246

Time: 03:17:53
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1514.3
CA Conf FailRate Pct den: 7648
weekend: 0
UPTP Mbps Num: 46418
CA Activation Rate: 78.32
hr: 4
MAC_UE_SC_Tput: 5994.87

hr: 4
CA Activation Rate num: 5503783
Setup_Fail_DEN: 10764
SIP_SC_Total_MOU: 265.45
Peak UE: 27
MB_per_connected_UE: 17.87
DL Data Vol MAC in MB: 5237.42

Time: 18:46:37
holiday: 0
HO Attempts: 661

DL MAC Vol Scell Pct: 19.93
SIP DC%: 
UPTP_Mbps: 74.44
weekend: 0
UPTP Mbps Num: 8332
hr: 11
MAC_UE_SC_Tput: 6266.59

hr: 11
CA Activation Rate num: 10665897
Setup_Fail_DEN: 7228
SIP_SC_Total_MOU: 243.85
Peak UE: 45
VOLTE IA%: 
DL Volume: 5046
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3979
DL Data Vol MAC in MB: 9466.37

Combined RACH Preambles: 5109
Time: 19:42:50
holiday: 0
CA DL DataVolRatio Pct num: 1677

SIP DC%: 
DLRLCLayerDataVolume MB: 8853.2
RRC Setup Attempts: 8597
weekend: 0
hr: 16
MAC_UE_SC_Tput: 13612.09
Bearer Releases: 8924

hr: 16
CA Activation Rate num: 9666535
Setup_Fail_DEN: 13310
SIP_SC_Total_MOU: 85.75
Peak UE: 49
MB_per_connected_UE: 146.65
CA Activation Rate den: 58485

Time: 02:16:43
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 201.29
DRB UL Data Volume MB: 8474
CA Conf FailRate Pct den: 8492
weekend: 0
hr: 23

hr: 23
CA Activation Rate num: 4456302
MB_per_connected_UE: 192.4
DL Data Vol MAC in MB: 9087.84
CA Activation Rate den: 99828

Time: 05:58:03
holiday: 0
CA DL DataVolRatio Pct num: 6556

SIP DC%: 
DLRLCLayerDataVolume MB: 5039.67
DRB UL Data Volume MB: 9131
PRB Util%: 67.74
weekend: 1
hr: 15
MAC_UE_SC_Tput: 9103.94
Bearer Releases: 8147

hr: 15
CA Activation Rate num: 5581621
SIP_SC_Total_MOU: 187.07
VOLTE IA%: 
MB_per_connected_UE: 132.73
DL Volume: 2597
DL Data Vol MAC in MB: 3787.43

Time: 09:13:24
holiday: 0

Avg_Connected_UEs: 65.19
SIP DC%: 
UPTP_Mbps: 35.35
DLRLCLayerDataVolume MB: 4226.2
CA DL DataVolRatio Pct den: 1933
weekend: 0
CA Activation Rate: 34.64
hr: 4
MAC_UE_SC_Tput: 5486.1

hr: 4
CA Activation Rate num: 10209781
UPTP Mbps Den: 1581
Setup_Fail_DEN: 15931
Peak UE: 27
DL Volume: 9391
DL Data Vol MAC in MB: 8135.09

Time: 18:11:08
holiday: 0
CA DL DataVolRatio Pct: 59.99

DL MAC Vol Scell Pct: 6.1
SIP DC%: 
RRC Setup Attempts: 9067
CA DL DataVolRatio Pct den: 7345
weekend: 0
hr: 11
MAC_UE_SC_Tput: 15810.24

hr: 11
CA Activation Rate num: 2105539
SIP_SC_Total_MOU: 42.72
Peak UE: 27
MB_per_connected_UE: 168.37

Time: 06:46:47
holiday: 0

Avg_Connected_UEs: 20.08
SIP DC%: 
DLRLCLayerDataVolume MB: 986.89
weekend: 0
UPTP Mbps Num: 5761
hr: 23
MAC_UE_SC_Tput: 8437.48
Bearer Releases: 17854

hr: 23
CA Activation Rate num: 10463465
Setup_Fail_DEN: 15952
SIP_SC_Total_MOU: 295.89
Peak UE: 37
VOLTE IA%: 
MB_per_connected_UE: 8.67
PCT Time MIMO: 36.89
CA Activation Rate den: 61876

Time: 21:18:40
holiday: 0
CA DL DataVolRatio Pct: 76.3

SIP DC%: 
DLRLCLayerDataVolume MB: 1088.01
PRB Util%: 49.75
RRC Setup Attempts: 7527
weekend: 0
UPTP Mbps Num: 52124
CA Activation Rate: 36.89
hr: 7
MAC_UE_SC_Tput: 13246.96

hr: 7
CA Activation Rate num: 10632605
Setup_Fail_DEN: 8729
SIP_SC_Total_MOU: 89.27
Peak UE: 28
DL Volume: 6343

Time: 22:01:07
holiday: 0

Avg_Connected_UEs: 76.66
SIP DC%: 
DLRLCLayerDataVolume MB: 6230.33
weekend: 0
hr: 0
MAC_UE_SC_Tput: 10754.34
Bearer Releases: 9210

hr: 0
CA Activation Rate num: 10952182
UPTP Mbps Den: 5237
SIP_SC_Total_MOU: 225.99
Peak UE: 75

Time: 20:45:22
holiday: 0
CA DL DataVolRatio Pct num: 1882

SIP DC%: 
UPTP_Mbps: 130.34
DLRLCLayerDataVolume MB: 2127.54
RRC Setup Attempts: 6816
CA Conf FailRate Pct den: 7662
weekend: 0
UPTP Mbps Num: 40288
hr: 6
MAC_UE_SC_Tput: 6522.05

hr: 6
Setup_Fail_DEN: 18436
Peak UE: 27
DL Volume: 6871
CA Activation Rate den: 77517

Combined RACH Preambles: 2831
Time: 20:32:00
holiday: 0

SIP DC%: 
UPTP_Mbps: 128.22
weekend: 0
UPTP Mbps Num: 18486
hr: 14
MAC_UE_SC_Tput: 13668.03

hr: 14
CA Activation Rate num: 3895028
SIP_SC_Total_MOU: 213.99
Peak UE: 65
MB_per_connected_UE: 45.57
PCT Time MIMO: 53.89
DL Data Vol MAC in MB: 4183.64

Time: 04:55:28
holiday: 0
CA DL DataVolRatio Pct: 54.48
CA DL DataVolRatio Pct num: 5055

SIP DC%: 
DLRLCLayerDataVolume MB: 8245.01
PRB Util%: 24.18
RSSIRX1 Avg: -93.24
weekend: 0
hr: 18
MAC_UE_SC_Tput: 5922.06
Bearer Releases: 6903

hr: 18
CA Activation Rate num: 5891758
Peak UE: 63
MB_per_connected_UE: 90.27
DL Data Vol MAC in MB: 6102.32
CA Activation Rate den: 95925

Time: 03:10:51
holiday: 0

DL MAC Vol Scell Pct: 43.83
SIP DC%: 
weekend: 0
UPTP Mbps Num: 4134
hr: 2
MAC_UE_SC_Tput: 5671.8

hr: 2
CA Activation Rate num: 2098379
UPTP Mbps Den: 506
Setup_Fail_DEN: 18075
Peak UE: 27
DL Data Vol MAC in MB: 8681.31

Time: 18:21:16
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7352.34
CA Conf FailRate Pct den: 4297
weekend: 0
UPTP Mbps Num: 47455
hr: 11
MAC_UE_SC_Tput: 16036.42
Bearer Releases: 6699

hr: 11
CA Activation Rate num: 7183130
Peak UE: 27
MB_per_connected_UE: 17.74
DL Volume: 5823
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4792
DL Data Vol MAC in MB: 10025.16
CA Activation Rate den: 59039

Time: 20:09:55
holiday: 0

Avg_Connected_UEs: 60
SIP DC%: 
DLRLCLayerDataVolume MB: 4831.18
PRB Util%: 73.02
weekend: 0
hr: 17
MAC_UE_SC_Tput: 5280.26

hr: 17
CA Activation Rate num: 11958788
Setup_Fail_DEN: 18395
Peak UE: 48
MB_per_connected_UE: 134.85
DL Data Vol MAC in MB: 8739.88
CA Activation Rate den: 47099
Time: 23:48:20

holiday: 0

SIP DC%: 
PRB Util%: 58.79
weekend: 0
UPTP Mbps Num: 43599
hr: 7
MAC_UE_SC_Tput: 10601.27

hr: 7
CA Activation Rate num: 9839543
Setup_Fail_DEN: 11220
SIP_SC_Total_MOU: 139.91
Peak UE: 94
DL Volume: 6589
DL Data Vol MAC in MB: 3269.61
CA Activation Rate den: 141568
Time: 10:51:17

holiday: 0
CA DL DataVolRatio Pct num: 3935

SIP DC%: 
DLRLCLayerDataVolume MB: 706.85
RRC Setup Attempts: 7368
CA DL DataVolRatio Pct den: 1045
CA Conf FailRate Pct den: 4655
weekend: 0
CA Activation Rate: 70.66
hr: 23
MAC_UE_SC_Tput: 5695.18
Bearer Releases: 10066

hr: 23
Peak UE: 27
MB_per_connected_UE: 45.31
PCT Time MIMO: 60.03
DL Data Vol MAC in MB: 8634.27

Time: 12:27:06
holiday: 0
CA DL DataVolRatio Pct: 53.77

SIP DC%: 
UPTP_Mbps: 114.74
PRB Util%: 65.68
weekend: 0
CA Activation Rate: 66.02
hr: 17
MAC_UE_SC_Tput: 10785.87

hr: 17
CA Activation Rate num: 10387601
Setup_Fail_DEN: 13206
Peak UE: 61
DL Data Vol MAC in MB: 5919.6
CA Activation Rate den: 120430

Time: 08:00:59
holiday: 0

SIP DC%: 
UPTP_Mbps: 134.52
DRB UL Data Volume MB: 829
CA DL DataVolRatio Pct den: 6008
weekend: 0
UPTP Mbps Num: 35066
hr: 15
MAC_UE_SC_Tput: 17328.22

hr: 15
CA Activation Rate num: 4289416
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8682
CA Activation Rate den: 89813

Time: 06:50:36
holiday: 0

Avg_Connected_UEs: 84
SIP DC%: 
PRB Util%: 21.44
CA Conf FailRate Pct den: 5128
weekend: 0
UPTP Mbps Num: 6515
CA Activation Rate: 13.94
hr: 1
MAC_UE_SC_Tput: 8426.1

hr: 1
CA Activation Rate num: 7717218
SIP_SC_Total_MOU: 124.87
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 83.71
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6715

Time: 02:31:18
holiday: 0
CA DL DataVolRatio Pct: 81.38

SIP DC%: 
DLRLCLayerDataVolume MB: 4882
weekend: 0
UPTP Mbps Num: 20966
hr: 2
MAC_UE_SC_Tput: 22923.67
Bearer Releases: 8519

hr: 2
CA Activation Rate num: 9448077
Setup_Fail_DEN: 10130
SIP_SC_Total_MOU: 125.98
Peak UE: 27
MB_per_connected_UE: 53.97
CA Activation Rate den: 40266

Time: 09:07:42
holiday: 0

SIP DC%: 
UPTP_Mbps: 69.52
DLRLCLayerDataVolume MB: 7942.68
PRB Util%: 62.62
CA DL DataVolRatio Pct den: 8851
weekend: 0
UPTP Mbps Num: 19557
hr: 19
MAC_UE_SC_Tput: 5380.22

hr: 19
CA Activation Rate num: 4602649
Setup_Fail_DEN: 12500
SIP_SC_Total_MOU: 346.9
Peak UE: 27

Time: 10:42:44
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 5916
weekend: 1
UPTP Mbps Num: 23216
CA Activation Rate: 60.74
hr: 12
MAC_UE_SC_Tput: 5114.11

hr: 12
CA Activation Rate num: 9930028
Setup_Fail_DEN: 15213
SIP_SC_Total_MOU: 152.68
Peak UE: 39

Time: 19:50:51
holiday: 0
CA DL DataVolRatio Pct: 89.36
CA DL DataVolRatio Pct num: 5078

SIP DC%: 
UPTP_Mbps: 47.4
DLRLCLayerDataVolume MB: 7228.46
weekend: 0
hr: 17
MAC_UE_SC_Tput: 25111.34

hr: 17
CA Activation Rate num: 2804881
UPTP Mbps Den: 785
Peak UE: 27
DL Volume: 8678
DL Data Vol MAC in MB: 9066.66

holiday: 0
CA DL DataVolRatio Pct num: 3886

DL MAC Vol Scell Pct: 16.57
Avg_Connected_UEs: 79.58
SIP DC%: 
DLRLCLayerDataVolume MB: 7331.12
DRB UL Data Volume MB: 5345
PRB Util%: 35.71
CA DL DataVolRatio Pct den: 8635
weekend: 0
hr: 7
MAC_UE_SC_Tput: 6529.13
Bearer Releases: 6616

hr: 7
SIP_SC_Total_MOU: 6.31
Peak UE: 67
MB_per_connected_UE: 65.82
DL Data Vol MAC in MB: 2217.34
CA Activation Rate den: 206649

Time: 12:33:44
holiday: 0

SIP DC%: 
UPTP_Mbps: 32.77
DLRLCLayerDataVolume MB: 5584.67
PRB Util%: 5.01
RRC Setup Attempts: 9722
weekend: 1
UPTP Mbps Num: 21183
CA Activation Rate: 2.15
hr: 5
MAC_UE_SC_Tput: 18372.04
Bearer Releases: 7698

hr: 5
CA Activation Rate num: 6661616
UPTP Mbps Den: 3777
SIP_SC_Total_MOU: 160.87
Peak UE: 27
MB_per_connected_UE: 58.13
DL Volume: 5745
DL Data Vol MAC in MB: 568.92
CA Activation Rate den: 108731

Time: 13:25:21
holiday: 0
CA DL DataVolRatio Pct num: 3134

DL MAC Vol Scell Pct: 47.73
SIP DC%: 
UPTP_Mbps: 104.42
DLRLCLayerDataVolume MB: 3171.22
weekend: 0
UPTP Mbps Num: 10411
CA Activation Rate: 35.56
hr: 14
MAC_UE_SC_Tput: 4634.61

hr: 14
UPTP Mbps Den: 4127
Setup_Fail_DEN: 8282
Peak UE: 27
PCT Time MIMO: 43.59
DL Volume: 2891
DL Data Vol MAC in MB: 6308.46
CA Activation Rate den: 103044

Time: 09:44:01
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5127.78
DRB UL Data Volume MB: 5639
PRB Util%: 7.79
weekend: 1
UPTP Mbps Num: 18728
hr: 11
Bearer Releases: 14083

hr: 11
CA Activation Rate num: 2184537
UPTP Mbps Den: 1466
SIP_SC_Total_MOU: 291.95
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4845
DL Data Vol MAC in MB: 5677.98

Time: 19:47:38
holiday: 0

Avg_Connected_UEs: 25.01
SIP DC%: 
DLRLCLayerDataVolume MB: 5718.47
PRB Util%: 65.6
weekend: 0
UPTP Mbps Num: 2993
hr: 12
MAC_UE_SC_Tput: 5961.26

hr: 12
CA Activation Rate num: 7708031
SIP_SC_Total_MOU: 78.18
Peak UE: 73
MB_per_connected_UE: 8.2
DL Data Vol MAC in MB: 9988.19
CA Activation Rate den: 129317

holiday: 0
CA DL DataVolRatio Pct num: 391

Avg_Connected_UEs: 20.56
SIP DC%: 
UPTP_Mbps: 32.41
DLRLCLayerDataVolume MB: 8041.89
CA DL DataVolRatio Pct den: 5437
weekend: 0
hr: 9
MAC_UE_SC_Tput: 12954.16

hr: 9
CA Activation Rate num: 5325030
Setup_Fail_DEN: 6352
SIP_SC_Total_MOU: 415.15
MB_per_connected_UE: 65.85
PCT Time MIMO: 66.95
CA Activation Rate den: 93074

Time: 08:33:59
holiday: 0

DL MAC Vol Scell Pct: 34.79
SIP DC%: 
UPTP_Mbps: 32.66
DRB UL Data Volume MB: 8949
CA Conf FailRate Pct den: 5322
weekend: 0
CA Activation Rate: 47.15
hr: 0
MAC_UE_SC_Tput: 6722.58
Bearer Releases: 17567

hr: 0
CA Activation Rate num: 1149847
UPTP Mbps Den: 512
Setup_Fail_DEN: 19255
SIP_SC_Total_MOU: 86.22
Peak UE: 27
DL Volume: 9917
DL Data Vol MAC in MB: 3830.59
CA Activation Rate den: 151384

Time: 00:53:08
holiday: 0
CA DL DataVolRatio Pct: 92.35

SIP DC%: 
DLRLCLayerDataVolume MB: 8266.64
CA DL DataVolRatio Pct den: 6694
weekend: 0
hr: 10
Bearer Releases: 8160

hr: 10
CA Activation Rate num: 4826823
UPTP Mbps Den: 2170
Peak UE: 27
DL Data Vol MAC in MB: 1037.46

Time: 07:31:36
holiday: 0
CA DL DataVolRatio Pct num: 6761

Avg_Connected_UEs: 83.8
SIP DC%: 
DLRLCLayerDataVolume MB: 940.92
weekend: 0
hr: 2
MAC_UE_SC_Tput: 4759.84
Bearer Releases: 8560

hr: 2
CA Activation Rate num: 3006102
SIP_SC_Total_MOU: 107.36
Peak UE: 36
PCT Time MIMO: 53.79
UL Throughput: 7.35
DL Data Vol MAC in MB: 920.3
CA Activation Rate den: 36324
Time: 08:07:04

holiday: 0
CA DL DataVolRatio Pct: 75.82

SIP DC%: 
DLRLCLayerDataVolume MB: 4254.67
PRB Util%: 50.29
weekend: 0
hr: 10
MAC_UE_SC_Tput: 4610.98

hr: 10
CA Activation Rate num: 1485077
Setup_Fail_DEN: 14745
SIP_SC_Total_MOU: 51.2
Peak UE: 27
MB_per_connected_UE: 85.89
CA Activation Rate den: 41069

Time: 10:04:38
holiday: 0
CA DL DataVolRatio Pct: 80.81

SIP DC%: 
DLRLCLayerDataVolume MB: 4819.73
DRB UL Data Volume MB: 5736
RRC Setup Attempts: 5633
CA DL DataVolRatio Pct den: 8158
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5221.83

hr: 23
CA Activation Rate num: 10467562
UPTP Mbps Den: 768
Peak UE: 61
MB_per_connected_UE: 79.65
DL Volume: 8269
DL Data Vol MAC in MB: 6603.85
CA Activation Rate den: 133560

Time: 01:37:06
holiday: 0

SIP DC%: 
UPTP_Mbps: 83.37
DLRLCLayerDataVolume MB: 3432.74
CA Conf FailRate Pct den: 8544
weekend: 0
hr: 18
MAC_UE_SC_Tput: 13901.79

hr: 18
CA Activation Rate num: 5355096
Setup_Fail_DEN: 12186
Peak UE: 73
PCT Time MIMO: 55.49
DL Data Vol MAC in MB: 2296.35
CA Activation Rate den: 144330

Time: 19:05:57
holiday: 0
CA DL DataVolRatio Pct num: 3095

DL MAC Vol Scell Pct: 28.29
SIP DC%: 
DLRLCLayerDataVolume MB: 7194.15
weekend: 0
UPTP Mbps Num: 13583
hr: 12
Bearer Releases: 8390

hr: 12
CA Activation Rate num: 7027535
Setup_Fail_DEN: 7314
Peak UE: 27
DL Volume: 3944
DL Data Vol MAC in MB: 6003.23
CA Activation Rate den: 80104

Time: 02:50:45
holiday: 0

SIP DC%: 
UPTP_Mbps: 13.41
DLRLCLayerDataVolume MB: 6771.46
DRB UL Data Volume MB: 5225
CA DL DataVolRatio Pct den: 4112
weekend: 0
CA Activation Rate: 63.68
hr: 8
MAC_UE_SC_Tput: 6769.14
Bearer Releases: 10391

hr: 8
CA Activation Rate num: 12820900
Setup_Fail_DEN: 13138
SIP_SC_Total_MOU: 59.66
Peak UE: 77
DL Data Vol MAC in MB: 10026.75
CA Activation Rate den: 82209

Time: 14:24:43
holiday: 0
CA DL DataVolRatio Pct num: 6829

Avg_Connected_UEs: 31.43
SIP DC%: 
DLRLCLayerDataVolume MB: 5199.41
weekend: 1
hr: 23
Bearer Releases: 8153

hr: 23
CA Activation Rate num: 6148403
Setup_Fail_DEN: 12675
Peak UE: 27
MB_per_connected_UE: 94.05
PCT Time MIMO: 36.55
DL Volume: 9314
DL Data Vol MAC in MB: 1957.52
CA Activation Rate den: 41910

Time: 08:05:13
holiday: 0
CA DL DataVolRatio Pct: 64.41

Avg_Connected_UEs: 53.59
SIP DC%: 
DLRLCLayerDataVolume MB: 7377.95
DRB UL Data Volume MB: 6700
PRB Util%: 66.23
CA DL DataVolRatio Pct den: 6388
weekend: 0
CA Activation Rate: 3.09
hr: 10
MAC_UE_SC_Tput: 6178.56

hr: 10
CA Activation Rate num: 2516223
SIP_SC_Total_MOU: 311.94
Peak UE: 27
VOLTE IA%: 
MB_per_connected_UE: 153.04
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7903
CA Activation Rate den: 37606
Combined RACH Preambles: 4133

Time: 14:39:31
holiday: 0

Avg_Connected_UEs: 82.43
SIP DC%: 
weekend: 0
hr: 8
MAC_UE_SC_Tput: 4975.23

hr: 8
CA Activation Rate num: 267801
Peak UE: 27
MB_per_connected_UE: 168.19
DL Data Vol MAC in MB: 828.96
CA Activation Rate den: 95940

Time: 19:26:05
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3810.85
weekend: 0
UPTP Mbps Num: 38666
hr: 2
MAC_UE_SC_Tput: 16063.07

hr: 2
CA Activation Rate num: 9548123
SIP_SC_Total_MOU: 290.78
Peak UE: 69
MB_per_connected_UE: 46.6
DL Volume: 6637
DL Data Vol MAC in MB: 5047.75

Time: 00:34:04
holiday: 0

DL MAC Vol Scell Pct: 24.88
SIP DC%: 
DLRLCLayerDataVolume MB: 6311
weekend: 0
hr: 17
MAC_UE_SC_Tput: 8879.81

hr: 17
CA Activation Rate num: 5434537
SIP_SC_Total_MOU: 325.66
Peak UE: 84
MB_per_connected_UE: 170.16
DL Data Vol MAC in MB: 8655.03
CA Activation Rate den: 86996
Time: 03:17:55

holiday: 0

DL MAC Vol Scell Pct: 34.24
SIP DC%: 
UPTP_Mbps: 93.95
RRC Setup Attempts: 7431
CA DL DataVolRatio Pct den: 8465
CA Conf FailRate Pct den: 7629
weekend: 1
UPTP Mbps Num: 18061
hr: 0
MAC_UE_SC_Tput: 15702.43

hr: 0
Avg CQI: 10
CA Activation Rate num: 10548441
Setup_Fail_DEN: 9874
SIP_SC_Total_MOU: 52.19
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8976
DL Data Vol MAC in MB: 6485.25

Time: 22:18:49
holiday: 0

SIP DC%: 
weekend: 0
UPTP Mbps Num: 41320
hr: 7
MAC_UE_SC_Tput: 19513.66
Bearer Releases: 15590

hr: 7
CA Activation Rate num: 9839579
SIP_SC_Total_MOU: 107.25
Peak UE: 27
MB_per_connected_UE: 164.14
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4630
DL Data Vol MAC in MB: 825.01
CA Activation Rate den: 96768

Combined RACH Preambles: 5261
Time: 20:30:46
holiday: 0
CA DL DataVolRatio Pct num: 6161

Avg_Connected_UEs: 29.54
SIP DC%: 
DLRLCLayerDataVolume MB: 3006.44
RRC Setup Attempts: 7530
weekend: 0
UPTP Mbps Num: 40963
hr: 23
MAC_UE_SC_Tput: 14382.02

hr: 23
CA Activation Rate num: 9709368
Peak UE: 27
DL Data Vol MAC in MB: 4922.54

Time: 15:02:23
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8610.94
CA DL DataVolRatio Pct den: 1466
CA Conf FailRate Pct den: 9540
weekend: 0
hr: 23
MAC_UE_SC_Tput: 14356.64

hr: 23
CA Activation Rate num: 5214630
SIP_SC_Total_MOU: 103.22
Peak UE: 65
CA Activation Rate den: 73475

Time: 04:03:30
holiday: 0
CA DL DataVolRatio Pct num: 926

Avg_Connected_UEs: 37.58
SIP DC%: 
UPTP_Mbps: 29.01
DLRLCLayerDataVolume MB: 5808.42
DRB UL Data Volume MB: 8406
weekend: 0
hr: 11
MAC_UE_SC_Tput: 17308.49

hr: 11
CA Activation Rate num: 4292267
Setup_Fail_DEN: 12213
Peak UE: 60
PCT Time MIMO: 33.66
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6974
DL Data Vol MAC in MB: 4428.01
CA Activation Rate den: 63427

Time: 18:22:27
holiday: 0

DL MAC Vol Scell Pct: 50.45
Avg_Connected_UEs: 25.98
SIP DC%: 
UPTP_Mbps: 139.61
DLRLCLayerDataVolume MB: 7762.65
weekend: 1
UPTP Mbps Num: 3294
hr: 19
MAC_UE_SC_Tput: 15347.09

hr: 19
CA Activation Rate num: 2197396
Setup_Fail_DEN: 10820
SIP_SC_Total_MOU: 273.21
Peak UE: 27

Time: 14:49:06
holiday: 0
CA DL DataVolRatio Pct num: 5017

SIP DC%: 
UPTP_Mbps: 109.11
DLRLCLayerDataVolume MB: 2914.1
PRB Util%: 7.55
weekend: 1
UPTP Mbps Num: 25228
hr: 23
Bearer Releases: 8255

hr: 23
CA Activation Rate num: 9658255
Peak UE: 59
DL Volume: 5430
DL Data Vol MAC in MB: 1944.18

Time: 07:07:03
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 749.24
weekend: 0
hr: 9
MAC_UE_SC_Tput: 4209.44

hr: 9
Setup_Fail_DEN: 7727
SIP_SC_Total_MOU: 181.5
UL MAC Vol Scell Pct: 1.27
Peak UE: 51
MB_per_connected_UE: 89.63
PCT Time MIMO: 68.91
DL Data Vol MAC in MB: 4431.85
CA Activation Rate den: 36303

Time: 12:40:41
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3316.31
RRC Setup Attempts: 7153
CA DL DataVolRatio Pct den: 2994
CA Conf FailRate Pct den: 5949
weekend: 0
hr: 3
MAC_UE_SC_Tput: 4674.93
Bearer Releases: 11464

hr: 3
CA Activation Rate num: 10441226
Setup_Fail_DEN: 19971
Peak UE: 27
DL Volume: 8686
DL Data Vol MAC in MB: 4078.93
CA Activation Rate den: 171694

Combined RACH Preambles: 4239
Time: 23:45:49
holiday: 0
CA DL DataVolRatio Pct num: 6765

SIP DC%: 
DLRLCLayerDataVolume MB: 5243.56
RRC Setup Attempts: 4411
weekend: 1
UPTP Mbps Num: 15016
hr: 15
MAC_UE_SC_Tput: 11453.01

hr: 15
CA Activation Rate num: 4953938
Setup_Fail_DEN: 12806
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6548
CA Activation Rate den: 81286

holiday: 0
CA DL DataVolRatio Pct num: 7226

DL MAC Vol Scell Pct: 34.74
SIP DC%: 
DRB UL Data Volume MB: 7040
PRB Util%: 58.87
CA Conf FailRate Pct den: 7852
weekend: 0
UPTP Mbps Num: 13829
hr: 19
MAC_UE_SC_Tput: 17972.49
Bearer Releases: 13420

hr: 19
CA Activation Rate num: 10674913
SIP_SC_Total_MOU: 12.82
Peak UE: 27
MB_per_connected_UE: 63.21
CA Activation Rate den: 36379

Time: 06:33:11
holiday: 0

SIP DC%: 
weekend: 0
CA Activation Rate: 46.52
hr: 20
MAC_UE_SC_Tput: 10034.24

hr: 20
SIP_SC_Total_MOU: 402.21
Peak UE: 27
DL Data Vol MAC in MB: 9838.58

holiday: 0

DL MAC Vol Scell Pct: 30.83
Avg_Connected_UEs: 82.66
SIP DC%: 
PRB Util%: 54.32
RRC Setup Attempts: 7932
CA Conf FailRate Pct den: 6825
weekend: 0
hr: 13
MAC_UE_SC_Tput: 17823.51

hr: 13
CA Activation Rate num: 3657507
Setup_Fail_DEN: 9927
SIP_SC_Total_MOU: 240.91
UL MAC Vol Scell Pct: 9.54
Peak UE: 27
MB_per_connected_UE: 44.3
PCT Time MIMO: 33.97
DL Volume: 3085
CA Activation Rate den: 122058

Time: 14:12:04
holiday: 0
CA DL DataVolRatio Pct num: 1244

SIP DC%: 
DLRLCLayerDataVolume MB: 2200.7
DRB UL Data Volume MB: 2564
weekend: 1
UPTP Mbps Num: 29287
hr: 19
MAC_UE_SC_Tput: 19714.51
Bearer Releases: 17883

hr: 19
CA Activation Rate num: 5324681
SIP_SC_Total_MOU: 93.08
Peak UE: 71
DL Data Vol MAC in MB: 9608.59
CA Activation Rate den: 137448

Combined RACH Preambles: 2681
holiday: 0

SIP DC%: 
PRB Util%: 48.21
RRC Setup Attempts: 4218
weekend: 0
UPTP Mbps Num: 14706
CA Activation Rate: 15.47
hr: 23
MAC_UE_SC_Tput: 8340.11
Bearer Releases: 17672

hr: 23
CA Activation Rate num: 7822459
Setup_Fail_DEN: 7968
SIP_SC_Total_MOU: 301.01
Peak UE: 27

Time: 14:17:14
holiday: 0
CA DL DataVolRatio Pct num: 6846

DL MAC Vol Scell Pct: 34.76
SIP DC%: 
DLRLCLayerDataVolume MB: 4709.98
PRB Util%: 47.25
weekend: 0
UPTP Mbps Num: 13530
hr: 23
MAC_UE_SC_Tput: 6968.56

hr: 23
CA Activation Rate num: 9501885
Setup_Fail_DEN: 6439
SIP_SC_Total_MOU: 45.96
Peak UE: 29
VOLTE IA%: 
MB_per_connected_UE: 37.5
DL Volume: 7873
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6124
DL Data Vol MAC in MB: 6797.85
CA Activation Rate den: 79331

Time: 16:58:22
holiday: 0
CA DL DataVolRatio Pct num: 2356

Avg_Connected_UEs: 19.61
SIP DC%: 
Bearer Drop Voice%: 0.77
RRC Setup Attempts: 3911
CA DL DataVolRatio Pct den: 862
CA Conf FailRate Pct den: 2811
weekend: 0
UPTP Mbps Num: 46831
hr: 4
MAC_UE_SC_Tput: 15194.49

hr: 4
CA Activation Rate num: 2898155
SIP_SC_Total_MOU: 237.35
Peak UE: 27

Time: 12:51:04
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4332.01
DRB UL Data Volume MB: 5477
RRC Setup Attempts: 7858
weekend: 0
UPTP Mbps Num: 38071
hr: 20
MAC_UE_SC_Tput: 5339.25

hr: 20
CA Activation Rate num: 9709843
SIP_SC_Total_MOU: 205.79
Peak UE: 27
DL Volume: 3315
DL Data Vol MAC in MB: 7725.93
CA Activation Rate den: 176247

Time: 18:55:19
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2110.28
PRB Util%: 42.51
CA DL DataVolRatio Pct den: 5846
CA Conf FailRate Pct den: 9228
weekend: 0
UPTP Mbps Num: 32103
hr: 23
MAC_UE_SC_Tput: 6693.65

hr: 23
CA Activation Rate num: 6676369
Setup_Fail_DEN: 13315
Peak UE: 84
DL Data Vol MAC in MB: 2768.35

Time: 14:37:20
holiday: 0

DL MAC Vol Scell Pct: 11.37
Avg_Connected_UEs: 20.16
SIP DC%: 
UPTP_Mbps: 109.76
weekend: 0
UPTP Mbps Num: 5865
hr: 0
MAC_UE_SC_Tput: 12688.96

hr: 0
CA Activation Rate num: 10921988
Setup_Fail_DEN: 7167
Peak UE: 27
DL Data Vol MAC in MB: 8155.58

Time: 17:04:03
holiday: 0

DL MAC Vol Scell Pct: 32.52
Avg_Connected_UEs: 69.64
SIP DC%: 
DLRLCLayerDataVolume MB: 2040.82
DRB UL Data Volume MB: 3000
RRC Setup Attempts: 5733
CA DL DataVolRatio Pct den: 5578
CA Conf FailRate Pct den: 5330
weekend: 1
hr: 6
MAC_UE_SC_Tput: 6743.01

hr: 6
CA Activation Rate num: 7018937
Setup_Fail_DEN: 11226
Peak UE: 48
MB_per_connected_UE: 47.31
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4112
DL Data Vol MAC in MB: 7463.67

Time: 17:54:22
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3804.38
CA Conf FailRate Pct den: 3353
weekend: 1
UPTP Mbps Num: 28832
CA Activation Rate: 37.49
hr: 0
MAC_UE_SC_Tput: 9387.53
Bearer Releases: 14362

hr: 0
CA Activation Rate num: 10550504
Setup_Fail_DEN: 6678
SIP_SC_Total_MOU: 392.44
Peak UE: 27
MB_per_connected_UE: 116.23
DL Volume: 7984
DL Data Vol MAC in MB: 9034.65

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2890.95
PRB Util%: 63.96
weekend: 0
hr: 19
Bearer Releases: 8217

hr: 19
CA Activation Rate num: 5855178
Setup_Fail_DEN: 7362
Peak UE: 60
PCT Time MIMO: 60.58
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8213
DL Data Vol MAC in MB: 5514.58

Time: 23:17:37
holiday: 0

Avg_Connected_UEs: 64.55
SIP DC%: 
DLRLCLayerDataVolume MB: 8198.63
DRB UL Data Volume MB: 999
weekend: 0
UPTP Mbps Num: 7146
hr: 0
MAC_UE_SC_Tput: 13914.89

hr: 0
CA Activation Rate num: 1864790
Setup_Fail_DEN: 8661
SIP_SC_Total_MOU: 135.45
Peak UE: 55
DL Volume: 6731
DL Data Vol MAC in MB: 2807.31
CA Activation Rate den: 110066

Time: 21:39:38
holiday: 0
CA DL DataVolRatio Pct: 85.68

SIP DC%: 
DLRLCLayerDataVolume MB: 7493.04
PRB Util%: 17.57
weekend: 0
CA Activation Rate: 55.56
hr: 7
MAC_UE_SC_Tput: 6181.04
Bearer Releases: 7539

hr: 7
CA Activation Rate num: 9449420
Setup_Fail_DEN: 15654
Peak UE: 62
MB_per_connected_UE: 147.33
PCT Time MIMO: 57.79
DL Volume: 9700
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4939
DL Data Vol MAC in MB: 6604.13
CA Activation Rate den: 105158

Time: 20:02:20
holiday: 0
CA DL DataVolRatio Pct: 55.17

SIP DC%: 
PRB Util%: 20.3
CA Conf FailRate Pct den: 9088
weekend: 0
UPTP Mbps Num: 13810
hr: 11
MAC_UE_SC_Tput: 6130.46
Bearer Releases: 7011

hr: 11
CA Activation Rate num: 4987474
Peak UE: 27
PCT Time MIMO: 41.67
UL Throughput: 7.27
CA Activation Rate den: 101501
Combined RACH Preambles: 4093

Time: 09:50:24
holiday: 0
CA DL DataVolRatio Pct num: 2260

SIP DC%: 
weekend: 0
UPTP Mbps Num: 22302
hr: 6
MAC_UE_SC_Tput: 15077.37

hr: 6
CA Activation Rate num: 7429360
SIP_SC_Total_MOU: 236.54
Peak UE: 41
MB_per_connected_UE: 19.59
DL Data Vol MAC in MB: 7574.05

holiday: 0
CA DL DataVolRatio Pct: 45.3

Avg_Connected_UEs: 27.06
SIP DC%: 
DLRLCLayerDataVolume MB: 3681.55
RRC Setup Attempts: 5791
weekend: 0
UPTP Mbps Num: 11600
hr: 12

hr: 12
CA Activation Rate num: 4427991
Peak UE: 41
DL Volume: 2469
DL Data Vol MAC in MB: 325.08
CA Activation Rate den: 64269

Time: 16:43:01
holiday: 0
CA DL DataVolRatio Pct num: 331

Avg_Connected_UEs: 38.1
SIP DC%: 
DLRLCLayerDataVolume MB: 7441.14
DRB UL Data Volume MB: 3149
CA DL DataVolRatio Pct den: 4171
weekend: 0
CA Activation Rate: 51.74
hr: 23
MAC_UE_SC_Tput: 5389.49
Bearer Releases: 11753

hr: 23
CA Activation Rate num: 3253641
Setup_Fail_DEN: 16368
SIP_SC_Total_MOU: 80.16
MB_per_connected_UE: 77.91
DL Volume: 8223
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5027
CA Activation Rate den: 36462

Time: 18:40:24
holiday: 0
CA DL DataVolRatio Pct num: 4711

DL MAC Vol Scell Pct: 54.3
SIP DC%: 
DLRLCLayerDataVolume MB: 7952.08
weekend: 1
UPTP Mbps Num: 19020
hr: 4
MAC_UE_SC_Tput: 4830.02

hr: 4
CA Activation Rate num: 6582643
Setup_Fail_DEN: 18599
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7857

Time: 19:54:40
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5102.5
RRC Setup Attempts: 4014
CA DL DataVolRatio Pct den: 746
weekend: 0
CA Activation Rate: 24.76
hr: 0
MAC_UE_SC_Tput: 9249.22

hr: 0
CA Activation Rate num: 8114540
Setup_Fail_DEN: 13470
UL MAC Vol Scell Pct: 5.34
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5915
CA Activation Rate den: 105084

Time: 23:34:31
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4913.03
DL Packet Loss Pct: 0.33
weekend: 0
CA Activation Rate: 51.45
hr: 19
MAC_UE_SC_Tput: 8296.75
Bearer Releases: 12096

hr: 19
CA Activation Rate num: 6155163
Setup_Fail_DEN: 17461
SIP_SC_Total_MOU: 199.72
Peak UE: 64
MB_per_connected_UE: 189.01
PCT Time MIMO: 45.86
DL Volume: 9137
DL Data Vol MAC in MB: 2256.73
CA Activation Rate den: 136745

Time: 14:57:36
holiday: 0

Avg_Connected_UEs: 30.17
SIP DC%: 
DRB UL Data Volume MB: 687
PRB Util%: 46.9
RRC Setup Attempts: 7805
CA Conf FailRate Pct den: 9077
weekend: 0
UPTP Mbps Num: 50132
hr: 19
MAC_UE_SC_Tput: 4924.38

hr: 19
CA Activation Rate num: 9106283
Peak UE: 52
MB_per_connected_UE: 9.24
DL Data Vol MAC in MB: 6553.81

Time: 19:01:31
holiday: 0
CA DL DataVolRatio Pct num: 4652

SIP DC%: 
DLRLCLayerDataVolume MB: 1698.37
CA DL DataVolRatio Pct den: 5982
weekend: 0
CA Activation Rate: 17.05
hr: 18
MAC_UE_SC_Tput: 11996.94

hr: 18
CA Activation Rate num: 6312219
SIP_SC_Total_MOU: 99.31
Peak UE: 42
MB_per_connected_UE: 158.98
DL Data Vol MAC in MB: 4752.76

Time: 01:10:44
holiday: 0

Avg_Connected_UEs: 61.25
SIP DC%: 
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4289.92

hr: 23
CA Activation Rate num: 8066385
Setup_Fail_DEN: 14607
SIP_SC_Total_MOU: 297.42
Peak UE: 27
CA Activation Rate den: 129214

Time: 19:42:25
holiday: 0
CA DL DataVolRatio Pct: 55.75
CA DL DataVolRatio Pct num: 7548

DL MAC Vol Scell Pct: 3.53
SIP DC%: 
DLRLCLayerDataVolume MB: 6930.45
weekend: 0
UPTP Mbps Num: 59780
CA Activation Rate: 13.78
hr: 0
MAC_UE_SC_Tput: 10797.55
Bearer Releases: 6894

hr: 0
CA Activation Rate num: 2335441
UPTP Mbps Den: 4126
Setup_Fail_DEN: 7775
Peak UE: 27
DL Volume: 7647
DL Data Vol MAC in MB: 1665.65
CA Activation Rate den: 97586

Time: 07:45:37
holiday: 0

Avg_Connected_UEs: 52.56
SIP DC%: 
DLRLCLayerDataVolume MB: 9918.16
DRB UL Data Volume MB: 3742
weekend: 0
UPTP Mbps Num: 1852
hr: 19
MAC_UE_SC_Tput: 16630.47

hr: 19
SIP_SC_Total_MOU: 39.42
Peak UE: 27
MB_per_connected_UE: 92.21
PCT Time MIMO: 56.32
DL Data Vol MAC in MB: 3250

Time: 16:34:16
holiday: 0
CA DL DataVolRatio Pct: 45.89
CA DL DataVolRatio Pct num: 6862

DL MAC Vol Scell Pct: 57.69
Avg_Connected_UEs: 63.24
SIP DC%: 
DLRLCLayerDataVolume MB: 4935.3
DRB UL Data Volume MB: 9303
CA DL DataVolRatio Pct den: 593
weekend: 1
UPTP Mbps Num: 11953
hr: 0
MAC_UE_SC_Tput: 5624.09
Bearer Releases: 12976

hr: 0
CA Activation Rate num: 10185277
UPTP Mbps Den: 2224
Setup_Fail_DEN: 11817
SIP_SC_Total_MOU: 51.32
Peak UE: 45
DL Volume: 7007
DL Data Vol MAC in MB: 9808.53
CA Activation Rate den: 112279

Combined RACH Preambles: 5025
Time: 09:23:05
holiday: 0
CA DL DataVolRatio Pct num: 4788

SIP DC%: 
DLRLCLayerDataVolume MB: 1712.35
DRB UL Data Volume MB: 749
CA DL DataVolRatio Pct den: 5177
weekend: 0
hr: 15
MAC_UE_SC_Tput: 7029.45
Bearer Releases: 7501

hr: 15
CA Activation Rate num: 4325946
Setup_Fail_DEN: 6649
SIP_SC_Total_MOU: 23.26
Peak UE: 27
MB_per_connected_UE: 32.02
DL Volume: 6955
UL Throughput: 8.36
DL Data Vol MAC in MB: 5479.26
CA Activation Rate den: 104789

Combined RACH Preambles: 2602
Time: 02:10:42
holiday: 0

SIP DC%: 
S1U_SIP_SC_SEER: 99.88
PRB Util%: 62.88
CA Conf FailRate Pct den: 3639
weekend: 0
UPTP Mbps Num: 13305
hr: 3
MAC_UE_SC_Tput: 5618.08

hr: 3
CA Activation Rate num: 6989653
Setup_Fail_DEN: 12992
SIP_SC_Total_MOU: 275.82
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8948
DL Data Vol MAC in MB: 1375.13

Time: 16:32:32
holiday: 0
CA DL DataVolRatio Pct num: 854

SIP DC%: 
DLRLCLayerDataVolume MB: 3298.4
DRB UL Data Volume MB: 9479
weekend: 0
UPTP Mbps Num: 3396
CA Activation Rate: 33.63
hr: 3
MAC_UE_SC_Tput: 5996.85
Bearer Releases: 11734

hr: 3
CA Activation Rate num: 8480031
Setup_Fail_DEN: 14278
SIP_SC_Total_MOU: 174.26
Peak UE: 75
MB_per_connected_UE: 109.54
DL Data Vol MAC in MB: 5413.53
CA Activation Rate den: 39096

Time: 00:58:50
holiday: 0

SIP DC%: 
UPTP_Mbps: 106.64
DL Packet Loss Pct: 3.7
CA Conf FailRate Pct den: 3207
weekend: 0
UPTP Mbps Num: 7768
hr: 23
MAC_UE_SC_Tput: 18774.56
Bearer Releases: 16577

hr: 23
CA Activation Rate num: 4470061
SIP_SC_Total_MOU: 79.35
Peak UE: 27
PCT Time MIMO: 35.9
DL Data Vol MAC in MB: 5834.68
CA Activation Rate den: 89125
Combined RACH Preambles: 2815

Time: 10:49:01
holiday: 0
CA DL DataVolRatio Pct: 48.68

Avg_Connected_UEs: 44.77
SIP DC%: 
UPTP_Mbps: 31.22
DLRLCLayerDataVolume MB: 1545.23
CA Conf FailRate Pct den: 6434
weekend: 1
hr: 5
MAC_UE_SC_Tput: 5905.55
Bearer Releases: 12757

hr: 5
CA Activation Rate num: 4951086
Setup_Fail_DEN: 11295
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7264
DL Data Vol MAC in MB: 8166.45
CA Activation Rate den: 108975

Time: 12:02:29
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4844.35
weekend: 0
UPTP Mbps Num: 26620
hr: 6
MAC_UE_SC_Tput: 9309.59

hr: 6
Setup_Fail_DEN: 12807
SIP_SC_Total_MOU: 189.55
Peak UE: 27
MB_per_connected_UE: 23.3
DL Data Vol MAC in MB: 6875.53
CA Activation Rate den: 90696

Time: 10:20:25
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3611.6
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11020.38

hr: 23
CA Activation Rate num: 4201240
Peak UE: 41
DL Data Vol MAC in MB: 2055.8
Time: 16:46:30

holiday: 0

DL MAC Vol Scell Pct: 25.89
SIP DC%: 
DLRLCLayerDataVolume MB: 8264.21
DRB UL Data Volume MB: 6235
CA Conf FailRate Pct den: 6033
weekend: 0
hr: 10
MAC_UE_SC_Tput: 13285.98

hr: 10
CA Activation Rate num: 11689187
Setup_Fail_DEN: 19675
Peak UE: 38
MB_per_connected_UE: 102.62
PCT Time MIMO: 58.48

Time: 09:46:05
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7756.46
CA DL DataVolRatio Pct den: 9213
CA Conf FailRate Pct den: 5509
weekend: 0
hr: 0
MAC_UE_SC_Tput: 6984.87
Bearer Releases: 8490

hr: 0
Setup_Fail_DEN: 6907
SIP_SC_Total_MOU: 88.75
Peak UE: 27
DL Volume: 4482
DL Data Vol MAC in MB: 5596.62

Time: 16:44:22
holiday: 0

Avg_Connected_UEs: 67.17
SIP DC%: 
UPTP_Mbps: 16.1
DLRLCLayerDataVolume MB: 9193.42
PRB Util%: 40.19
RRC Setup Attempts: 6968
weekend: 0
UPTP Mbps Num: 23233
hr: 0
MAC_UE_SC_Tput: 10408.07
Bearer Releases: 7289

hr: 0
CA Activation Rate num: 3300002
UPTP Mbps Den: 5762
Setup_Fail_DEN: 17104
Peak UE: 27
DL Data Vol MAC in MB: 1334.32
CA Activation Rate den: 51894

Time: 00:06:27
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3146.72
DRB UL Data Volume MB: 8238
CA DL DataVolRatio Pct den: 6368
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5011.9

hr: 23
CA Activation Rate num: 7974657
Setup_Fail_DEN: 13907
MB_per_connected_UE: 113.26
PCT Time MIMO: 51.67
DL Data Vol MAC in MB: 7136.66
CA Activation Rate den: 125560

Time: 18:44:34
holiday: 0

DL MAC Vol Scell Pct: 9.98
SIP DC%: 
DLRLCLayerDataVolume MB: 9712.2
CA DL DataVolRatio Pct den: 6780
weekend: 0
UPTP Mbps Num: 9342
hr: 21

hr: 21
CA Activation Rate num: 3997883
DL Data Vol MAC in MB: 7816.95
CA Activation Rate den: 129460

Time: 15:19:06
holiday: 0

SIP DC%: 
PRB Util%: 41.5
weekend: 1
UPTP Mbps Num: 25608
hr: 18
MAC_UE_SC_Tput: 9578.12
Bearer Releases: 11185

hr: 18
CA Activation Rate num: 2531754
Peak UE: 27
DL Volume: 3926
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3983
DL Data Vol MAC in MB: 6282.4

Time: 11:41:08
holiday: 0
CA DL DataVolRatio Pct: 77.5

Avg_Connected_UEs: 39.23
SIP DC%: 
DLRLCLayerDataVolume MB: 3998.22
DRB UL Data Volume MB: 5701
PRB Util%: 14.56
weekend: 1
hr: 21
MAC_UE_SC_Tput: 6666.65

hr: 21
CA Activation Rate num: 10896398
SIP_SC_Total_MOU: 19.47
Peak UE: 27
CA Activation Rate den: 37180

Time: 02:45:35
holiday: 0

DL MAC Vol Scell Pct: 48.99
SIP DC%: 
weekend: 0
hr: 0
MAC_UE_SC_Tput: 10405.75
Bearer Releases: 17464

hr: 0
CA Activation Rate num: 4652459
SIP_SC_Total_MOU: 284.41
Peak UE: 55
VOLTE IA%: 
DL Volume: 7084
CA Activation Rate den: 128512

Time: 22:49:08
holiday: 0

SIP DC%: 
UPTP_Mbps: 40.15
DLRLCLayerDataVolume MB: 1778.75
CA DL DataVolRatio Pct den: 3469
weekend: 0
UPTP Mbps Num: 41092
hr: 13
MAC_UE_SC_Tput: 7366.18
Bearer Releases: 14272

hr: 13
CA Activation Rate num: 5195244
Peak UE: 27
DL Data Vol MAC in MB: 8944.89

Time: 18:38:25
holiday: 0

SIP DC%: 
UPTP_Mbps: 124.24
DLRLCLayerDataVolume MB: 9835.45
DRB UL Data Volume MB: 4778
weekend: 0
UPTP Mbps Num: 3660
hr: 4

hr: 4
CA Activation Rate num: 13829021
UPTP Mbps Den: 1755
SIP_SC_Total_MOU: 160.06
Peak UE: 27
DL Volume: 6776
DL Data Vol MAC in MB: 7594.22
CA Activation Rate den: 53984

Time: 19:40:45
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4874.71
PRB Util%: 62.27
RRC Setup Attempts: 7420
weekend: 0
CA Activation Rate: 59.78
hr: 22
MAC_UE_SC_Tput: 7104.91
Bearer Releases: 10363

hr: 22
CA Activation Rate num: 1269173
Setup_Fail_DEN: 10930
DL Data Vol MAC in MB: 1309.35

Time: 01:34:16
holiday: 0

Avg_Connected_UEs: 49.51
SIP DC%: 
UPTP_Mbps: 24.32
DLRLCLayerDataVolume MB: 6989.21
DRB UL Data Volume MB: 4685
RRC Setup Attempts: 6972
CA DL DataVolRatio Pct den: 4428
CA Conf FailRate Pct den: 8607
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7775.72
Bearer Releases: 11236

hr: 23
CA Activation Rate num: 12420888
UPTP Mbps Den: 4285
Setup_Fail_DEN: 12617
Peak UE: 27
DL Volume: 9419
DL Data Vol MAC in MB: 5873.4
CA Activation Rate den: 90323

Time: 19:46:56
holiday: 0
CA DL DataVolRatio Pct num: 5212

DL MAC Vol Scell Pct: 19.43
SIP DC%: 
PRB Util%: 15.7
CA DL DataVolRatio Pct den: 4669
weekend: 0
UPTP Mbps Num: 5521
CA Activation Rate: 10.97
hr: 6
MAC_UE_SC_Tput: 12613.62

hr: 6
CA Activation Rate num: 4694412
Setup_Fail_DEN: 9792
SIP_SC_Total_MOU: 156.29
Peak UE: 38
MB_per_connected_UE: 87.72
DL Data Vol MAC in MB: 6962.63

Combined RACH Preambles: 3717
Time: 21:58:48
holiday: 0
CA DL DataVolRatio Pct num: 2890

SIP DC%: 
weekend: 0
hr: 0
MAC_UE_SC_Tput: 7702.32

hr: 0
CA Activation Rate num: 8386123
Peak UE: 74
MB_per_connected_UE: 135.27
DL Volume: 3958
DL Data Vol MAC in MB: 4652.35

Time: 15:09:22
holiday: 0
CA DL DataVolRatio Pct: 52.07

SIP DC%: 
DLRLCLayerDataVolume MB: 675.58
DRB UL Data Volume MB: 2057
PRB Util%: 29.65
RRC Setup Attempts: 3561
CA DL DataVolRatio Pct den: 6520
weekend: 0
hr: 0
MAC_UE_SC_Tput: 10732.01
Bearer Releases: 10782

hr: 0
CA Activation Rate num: 2589652
Setup_Fail_DEN: 8111
SIP_SC_Total_MOU: 34.79
Peak UE: 27
MB_per_connected_UE: 178.54
DL Volume: 2674
DL Data Vol MAC in MB: 5367.64
CA Activation Rate den: 209410

Time: 10:53:26
holiday: 0

Avg_Connected_UEs: 24.88
SIP DC%: 
DLRLCLayerDataVolume MB: 7418.31
weekend: 0
Bearer Setup Failure Voice Den: 244
hr: 8
MAC_UE_SC_Tput: 6723.41

hr: 8
CA Activation Rate num: 6836308
Setup_Fail_DEN: 11014
Peak UE: 27
MB_per_connected_UE: 23.81

Time: 09:43:20
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1209.51
RRC Setup Attempts: 4714
weekend: 0
CA Activation Rate: 49.96
hr: 4
MAC_UE_SC_Tput: 19992.86

hr: 4
CA Activation Rate num: 5362147
SIP_SC_Total_MOU: 337.68
VOLTE IA%: 
CA Activation Rate den: 46710

Time: 05:05:47
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2316.31
weekend: 0
UPTP Mbps Num: 9829
hr: 8
MAC_UE_SC_Tput: 4808.38

hr: 8
CA Activation Rate num: 7505524
Setup_Fail_DEN: 17876
Peak UE: 46
MB_per_connected_UE: 82.22
DL Data Vol MAC in MB: 9244.9

Time: 01:17:20
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3166.76
PRB Util%: 68.57
RRC Setup Attempts: 3993
CA DL DataVolRatio Pct den: 8856
weekend: 0
CA Activation Rate: 27.13
hr: 23
MAC_UE_SC_Tput: 15047.71

hr: 23
CA Activation Rate num: 8858356
Setup_Fail_DEN: 11914
CA Activation Rate den: 72449

Time: 20:07:19
holiday: 0
CA DL DataVolRatio Pct: 71.5

Avg_Connected_UEs: 65.87
SIP DC%: 
DLRLCLayerDataVolume MB: 5562.73
weekend: 0
hr: 6

hr: 6
CA Activation Rate num: 10153452
Peak UE: 27
MB_per_connected_UE: 18.24
DL Data Vol MAC in MB: 7657.39

Time: 20:09:15
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3912.01
weekend: 0
CA Activation Rate: 10.72
hr: 4
MAC_UE_SC_Tput: 7060.89

hr: 4
CA Activation Rate num: 4397488
Peak UE: 27
MB_per_connected_UE: 63.88
DL Data Vol MAC in MB: 3704.19
CA Activation Rate den: 138769

Time: 03:55:02
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2340.76
DRB UL Data Volume MB: 6512
weekend: 0
hr: 6
MAC_UE_SC_Tput: 14428.35
Bearer Releases: 9011

hr: 6
CA Activation Rate num: 3460938
Setup_Fail_DEN: 14181
Peak UE: 27
DL Volume: 9899
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5983
DL Data Vol MAC in MB: 3693.62
CA Activation Rate den: 137897

Time: 00:29:13
holiday: 0
CA DL DataVolRatio Pct num: 1454

DL MAC Vol Scell Pct: 57.09
SIP DC%: 
DLRLCLayerDataVolume MB: 2788.9
PRB Util%: 35.51
CA DL DataVolRatio Pct den: 8638
weekend: 0
CA Activation Rate: 15.72
hr: 10
Bearer Releases: 18189

hr: 10
CA Activation Rate num: 4273744
Peak UE: 67
MB_per_connected_UE: 73.23
DL Data Vol MAC in MB: 3301.89
CA Activation Rate den: 61222

Time: 05:57:44
holiday: 0
CA DL DataVolRatio Pct num: 5754

SIP DC%: 
UPTP_Mbps: 25.24
DLRLCLayerDataVolume MB: 4952.56
DRB UL Data Volume MB: 3494
CA Conf FailRate Pct den: 6962
weekend: 0
CA Activation Rate: 46.27
hr: 0
Bearer Releases: 9786

hr: 0
CA Activation Rate num: 72845
Setup_Fail_DEN: 16008
Peak UE: 27
MB_per_connected_UE: 120.32
DL Volume: 9305
CA Activation Rate den: 115361

Time: 07:49:18
holiday: 0
CA DL DataVolRatio Pct num: 6590

SIP DC%: 
DLRLCLayerDataVolume MB: 2944.72
DRB UL Data Volume MB: 5706
CA DL DataVolRatio Pct den: 7995
weekend: 0
hr: 4
MAC_UE_SC_Tput: 14657.2

hr: 4
CA Activation Rate num: 5663615
UPTP Mbps Den: 3289
Peak UE: 44
MB_per_connected_UE: 170.33
DL Volume: 1148
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5004
DL Data Vol MAC in MB: 10091.52
CA Activation Rate den: 44147

Time: 14:46:23
holiday: 0

SIP DC%: 
UPTP_Mbps: 106.32
DLRLCLayerDataVolume MB: 4465.08
CA Conf FailRate Pct den: 6054
weekend: 0
UPTP Mbps Num: 7814
hr: 13
MAC_UE_SC_Tput: 5285.11

hr: 13
CA Activation Rate num: 2214595
Peak UE: 34
MB_per_connected_UE: 18.33
DL Volume: 234
DL Data Vol MAC in MB: 4460.56
CA Activation Rate den: 89512

Time: 04:49:18
holiday: 0

Avg_Connected_UEs: 68.28
SIP DC%: 
DLRLCLayerDataVolume MB: 4483.58
CA Conf FailRate Pct den: 7638
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5136.52

hr: 23
CA Activation Rate num: 8787645
Setup_Fail_DEN: 9688
SIP_SC_Total_MOU: 245.6
Peak UE: 34
MB_per_connected_UE: 28.92
PCT Time MIMO: 58.86
DL Volume: 2866
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3914
DL Data Vol MAC in MB: 4893
CA Activation Rate den: 44783

Time: 19:09:44
holiday: 0
CA DL DataVolRatio Pct num: 1075

SIP DC%: 
DLRLCLayerDataVolume MB: 7848.98
weekend: 0
UPTP Mbps Num: 31348
hr: 13
MAC_UE_SC_Tput: 6243.6

hr: 13
CA Activation Rate num: 8001443
SIP_SC_Total_MOU: 401.92
Peak UE: 32
MB_per_connected_UE: 33.38
DL Volume: 7119
DL Data Vol MAC in MB: 7336

Time: 13:40:41
holiday: 0
CA DL DataVolRatio Pct num: 7599

SIP DC%: 
DLRLCLayerDataVolume MB: 7819.43
PRB Util%: 66.57
CA DL DataVolRatio Pct den: 2459
weekend: 0
UPTP Mbps Num: 13478
hr: 9
MAC_UE_SC_Tput: 6217.54

hr: 9
CA Activation Rate num: 10619405
UPTP Mbps Den: 956
Peak UE: 27
MB_per_connected_UE: 36.21

Time: 17:21:01
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5757.52
CA Conf FailRate Pct den: 6325
weekend: 0
hr: 23
MAC_UE_SC_Tput: 18247.96
Bearer Releases: 12384

hr: 23
CA Activation Rate num: 12319793
SIP_SC_Total_MOU: 342.54
Peak UE: 27
MB_per_connected_UE: 154.65
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5435
UL Throughput: 10.95
DL Data Vol MAC in MB: 8480.26

Time: 20:08:33
holiday: 0

Avg_Connected_UEs: 49.61
SIP DC%: 
PRB Util%: 53.94
RRC Setup Attempts: 5127
weekend: 1
hr: 9
MAC_UE_SC_Tput: 7321.89
Bearer Releases: 6553

hr: 9
CA Activation Rate num: 2396889
SIP_SC_Total_MOU: 59.89
Peak UE: 27
MB_per_connected_UE: 203.14
DL Data Vol MAC in MB: 4447.75
CA Activation Rate den: 55338

Time: 08:42:30
holiday: 0
CA DL DataVolRatio Pct: 48.08

SIP DC%: 
DLRLCLayerDataVolume MB: 4437.61
PRB Util%: 24.8
weekend: 0
hr: 23
MAC_UE_SC_Tput: 9767.55

hr: 23
Peak UE: 35
MB_per_connected_UE: 191.62
PCT Time MIMO: 54.94
DL Volume: 4569
DL Data Vol MAC in MB: 3875.29
CA Activation Rate den: 39238

Time: 23:11:15
holiday: 0
CA DL DataVolRatio Pct num: 6823

SIP DC%: 
DLRLCLayerDataVolume MB: 9748.78
CA Conf FailRate Pct den: 5193
weekend: 0
CA Activation Rate: 50.96
hr: 18
MAC_UE_SC_Tput: 7432.78

hr: 18
Setup_Fail_DEN: 15727
SIP_SC_Total_MOU: 123.06
Peak UE: 27
MB_per_connected_UE: 101.38
PCT Time MIMO: 48.6
DL Volume: 4921
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8197
DL Data Vol MAC in MB: 643.27

holiday: 0

Avg_Connected_UEs: 57.73
SIP DC%: 
DLRLCLayerDataVolume MB: 2759.75
DRB UL Data Volume MB: 208
RRC Setup Attempts: 9545
weekend: 0
hr: 8
MAC_UE_SC_Tput: 8868.07

hr: 8
CA Activation Rate num: 9509724
Setup_Fail_DEN: 15234
Peak UE: 27
DL Data Vol MAC in MB: 9131.22
CA Activation Rate den: 160004

Time: 17:59:09
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5322.15
DRB UL Data Volume MB: 946
RRC Setup Attempts: 9057
weekend: 0
CA Activation Rate: 72.7
hr: 23
MAC_UE_SC_Tput: 5681.74

hr: 23
CA Activation Rate num: 6567496
Setup_Fail_DEN: 8859
Peak UE: 27
MB_per_connected_UE: 114.27
DL Volume: 9866
DL Data Vol MAC in MB: 8885.24
CA Activation Rate den: 145599

Time: 04:20:18
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5044.32
RRC Setup Attempts: 8985
CA DL DataVolRatio Pct den: 6304
weekend: 0
CA Activation Rate: 74.09
hr: 23
MAC_UE_SC_Tput: 5921.83

hr: 23
CA Activation Rate num: 4314954
UPTP Mbps Den: 3898
MB_per_connected_UE: 134.04
DL Data Vol MAC in MB: 1964.2

Time: 17:40:24
holiday: 0
CA DL DataVolRatio Pct: 60.4

Avg_Connected_UEs: 28.72
SIP DC%: 
CA DL DataVolRatio Pct den: 1561
CA Conf FailRate Pct den: 8927
weekend: 1
hr: 0
MAC_UE_SC_Tput: 7693.45
Bearer Releases: 8559

hr: 0
CA Activation Rate num: 8446071
SIP_SC_Total_MOU: 38.96
Peak UE: 27
MB_per_connected_UE: 84.74
PCT Time MIMO: 56.71
DL Volume: 445
DL Data Vol MAC in MB: 5379.96
CA Activation Rate den: 43986

holiday: 0
CA DL DataVolRatio Pct num: 4649

SIP DC%: 
UPTP_Mbps: 100.29
DLRLCLayerDataVolume MB: 5482.84
DRB UL Data Volume MB: 8938
CA DL DataVolRatio Pct den: 6372
weekend: 0
UPTP Mbps Num: 27397
hr: 19

hr: 19
Setup_Fail_DEN: 9985
Peak UE: 65
MB_per_connected_UE: 30.6
DL Data Vol MAC in MB: 7252.02
Combined RACH Preambles: 2475

Time: 01:39:56
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 3213
weekend: 0
CA Activation Rate: 38.61
hr: 0
MAC_UE_SC_Tput: 4784.46

hr: 0
CA Activation Rate num: 5528295
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3837
DL Data Vol MAC in MB: 1924.86

Time: 02:00:11
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5712
PRB Util%: 73.65
CA DL DataVolRatio Pct den: 6240
weekend: 0
UPTP Mbps Num: 3259
hr: 10
MAC_UE_SC_Tput: 6986.82

hr: 10
CA Activation Rate num: 3134212
UPTP Mbps Den: 4386
Setup_Fail_DEN: 9106
SIP_SC_Total_MOU: 316.18
Peak UE: 27
DL Data Vol MAC in MB: 3693.02

Time: 01:06:53
holiday: 0

DL MAC Vol Scell Pct: 16.56
SIP DC%: 
DLRLCLayerDataVolume MB: 7538.55
weekend: 0
CA Activation Rate: 18.89
hr: 15
Bearer Releases: 13665

hr: 15
CA Activation Rate num: 9456846
Setup_Fail_DEN: 11272
SIP_SC_Total_MOU: 162.38
Peak UE: 28
MB_per_connected_UE: 39.36
DL Volume: 2815
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8569

Time: 05:10:18
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 1607
CA DL DataVolRatio Pct den: 9523
weekend: 1
UPTP Mbps Num: 7887
hr: 23
MAC_UE_SC_Tput: 15016.25
Bearer Releases: 12695

hr: 23
CA Activation Rate num: 2837531
Setup_Fail_DEN: 13503
SIP_SC_Total_MOU: 325.48
Peak UE: 27
PCT Time MIMO: 52.11
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8788

holiday: 0

SIP DC%: 
UPTP_Mbps: 15.3
DLRLCLayerDataVolume MB: 6921.95
weekend: 1
UPTP Mbps Num: 4282
hr: 8
MAC_UE_SC_Tput: 7155.66

hr: 8
CA Activation Rate num: 8131413
SIP_SC_Total_MOU: 406.38
Peak UE: 49
MB_per_connected_UE: 125.92
DL Data Vol MAC in MB: 8060.9

Combined RACH Preambles: 3285
Time: 04:36:51
holiday: 0

SIP DC%: 
UPTP_Mbps: 37.74
DLRLCLayerDataVolume MB: 8732.42
PRB Util%: 29.62
weekend: 0
hr: 2
MAC_UE_SC_Tput: 10054.22
Bearer Releases: 11137

hr: 2
CA Activation Rate num: 8533403
SIP_SC_Total_MOU: 139.48
Peak UE: 27
MB_per_connected_UE: 69.54
DL Data Vol MAC in MB: 567.59

Time: 09:03:40
holiday: 0

DL MAC Vol Scell Pct: 27.49
Avg_Connected_UEs: 48.01
SIP DC%: 
DLRLCLayerDataVolume MB: 5969.28
DRB UL Data Volume MB: 9809
DL Packet Loss Pct: 3.59
RRC Setup Attempts: 5603
weekend: 0
UPTP Mbps Num: 9021
hr: 15
MAC_UE_SC_Tput: 9076.02
Bearer Releases: 7933

hr: 15
CA Activation Rate num: 9686452
Setup_Fail_DEN: 9990
SIP_SC_Total_MOU: 17.43
Peak UE: 27
MB_per_connected_UE: 193.25
DL Data Vol MAC in MB: 4967.48

Time: 04:43:42
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 8936
PRB Util%: 38.68
RRC Setup Attempts: 6955
CA DL DataVolRatio Pct den: 4722
CA Conf FailRate Pct den: 5606
weekend: 0
UPTP Mbps Num: 47572
hr: 21
MAC_UE_SC_Tput: 15540.62

hr: 21
CA Activation Rate num: 5514305
SIP_SC_Total_MOU: 335.84
Peak UE: 27
DL Volume: 5195
CA Activation Rate den: 100582

Time: 11:56:47
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2616.53
PRB Util%: 57.14
weekend: 0
UPTP Mbps Num: 1903
hr: 23
MAC_UE_SC_Tput: 4700.79

hr: 23
CA Activation Rate num: 7159633
UPTP Mbps Den: 3668
Setup_Fail_DEN: 10105
SIP_SC_Total_MOU: 156.48
Peak UE: 30
MB_per_connected_UE: 132.97
DL Volume: 5848
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7285
CA Activation Rate den: 174014

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5665.32
CA DL DataVolRatio Pct den: 3285
CA Conf FailRate Pct den: 8254
weekend: 0
hr: 21
MAC_UE_SC_Tput: 17727.64

hr: 21
CA Activation Rate num: 2412411
SIP_SC_Total_MOU: 143.38
Peak UE: 77
MB_per_connected_UE: 193.07

Time: 00:23:45
holiday: 0

Avg_Connected_UEs: 68.29
SIP DC%: 
DLRLCLayerDataVolume MB: 7072.66
RRC Setup Attempts: 7878
CA DL DataVolRatio Pct den: 4479
weekend: 0
UPTP Mbps Num: 12995
hr: 14
Bearer Releases: 16480

hr: 14
CA Activation Rate num: 3925559
UPTP Mbps Den: 1685
Setup_Fail_DEN: 11921
SIP_SC_Total_MOU: 33.74
Peak UE: 80
MB_per_connected_UE: 13.19
DL Volume: 9268
DL Data Vol MAC in MB: 1505.48

holiday: 0
CA DL DataVolRatio Pct num: 5142

SIP DC%: 
UPTP_Mbps: 102.26
DLRLCLayerDataVolume MB: 8495.14
weekend: 0
CA Activation Rate: 16.09
hr: 0
MAC_UE_SC_Tput: 8275.85

hr: 0
CA Activation Rate num: 9386190
SIP_SC_Total_MOU: 122.8
Peak UE: 63
DL Data Vol MAC in MB: 1174.75
CA Activation Rate den: 76674

Time: 09:52:16
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 4578
PRB Util%: 39.85
CA Conf FailRate Pct den: 3741
weekend: 0
hr: 9
MAC_UE_SC_Tput: 18739.64

hr: 9
CA Activation Rate num: 6662000
Setup_Fail_DEN: 14293
Peak UE: 27
MB_per_connected_UE: 74.99
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9058

Time: 19:43:15
holiday: 0

Avg_Connected_UEs: 73.65
SIP DC%: 
DLRLCLayerDataVolume MB: 8048.85
DRB UL Data Volume MB: 3748
PRB Util%: 64
weekend: 0
hr: 10
MAC_UE_SC_Tput: 14052.96
Bearer Releases: 15079

hr: 10
Peak UE: 32
DL Volume: 964
CA Activation Rate den: 219182

Time: 07:50:28
holiday: 0

Avg_Connected_UEs: 51.05
SIP DC%: 
DLRLCLayerDataVolume MB: 370.07
weekend: 0
UPTP Mbps Num: 51518
hr: 4
MAC_UE_SC_Tput: 10837

hr: 4
CA Activation Rate num: 5934680
Setup_Fail_DEN: 12398
SIP_SC_Total_MOU: 436.82
Peak UE: 27
DL Data Vol MAC in MB: 3999.54
CA Activation Rate den: 38626

Combined RACH Preambles: 4370
holiday: 0

Avg_Connected_UEs: 77.94
SIP DC%: 
RRC Setup Attempts: 4240
weekend: 0
hr: 20
MAC_UE_SC_Tput: 4726.43

hr: 20
Setup_Fail_DEN: 9285
SIP_SC_Total_MOU: 233.31
Peak UE: 44
MB_per_connected_UE: 140.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7832
DL Data Vol MAC in MB: 1089.28
CA Activation Rate den: 114539

Time: 21:37:20
holiday: 0
CA DL DataVolRatio Pct num: 4917

SIP DC%: 
DLRLCLayerDataVolume MB: 3476.68
DRB UL Data Volume MB: 2137
PRB Util%: 15.39
CA Conf FailRate Pct den: 9156
weekend: 1
hr: 23
MAC_UE_SC_Tput: 11461.79

hr: 23
CA Activation Rate num: 6939877
Peak UE: 43
VOLTE IA%: 
MB_per_connected_UE: 190.8
CA Activation Rate den: 125468

holiday: 0

SIP DC%: 
UPTP_Mbps: 27.57
weekend: 0
UPTP Mbps Num: 48591
hr: 4
MAC_UE_SC_Tput: 12828.95

hr: 4
CA Activation Rate num: 8855406
Setup_Fail_DEN: 15605
Peak UE: 27
DL Volume: 2075
UL Throughput: 10.42
DL Data Vol MAC in MB: 4964

Time: 15:38:14
holiday: 0
CA DL DataVolRatio Pct: 63.54
CA DL DataVolRatio Pct num: 3715

SIP DC%: 
DLRLCLayerDataVolume MB: 4901.2
PRB Util%: 67.28
weekend: 0
UPTP Mbps Num: 24819
hr: 20
MAC_UE_SC_Tput: 4571.6

hr: 20
CA Activation Rate num: 8409483
SIP_SC_Total_MOU: 232.75
Peak UE: 78
MB_per_connected_UE: 117.94
DL Data Vol MAC in MB: 2706.21

Time: 21:35:08
holiday: 0

SIP DC%: 
UPTP_Mbps: 108.77
DLRLCLayerDataVolume MB: 5097.76
CA DL DataVolRatio Pct den: 1192
weekend: 0
CA Activation Rate: 45.04
hr: 18
Bearer Releases: 13778

hr: 18
CA Activation Rate num: 10793811
SIP_SC_Total_MOU: 235.84
Peak UE: 72
MB_per_connected_UE: 124.14
DL Data Vol MAC in MB: 8013.53

Time: 09:46:57
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2546.11
DRB UL Data Volume MB: 1444
DL Packet Loss Pct: 1.28
weekend: 0
hr: 9
MAC_UE_SC_Tput: 5397.03
Bearer Releases: 8223

hr: 9
CA Activation Rate num: 10727123
Peak UE: 48
MB_per_connected_UE: 46.99
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4289
DL Data Vol MAC in MB: 445
CA Activation Rate den: 225697

holiday: 0

SIP DC%: 
UPTP_Mbps: 69.11
DRB UL Data Volume MB: 332
weekend: 0
UPTP Mbps Num: 58463
hr: 23
MAC_UE_SC_Tput: 6925.93
Bearer Releases: 12429

hr: 23
CA Activation Rate num: 13377812
UPTP Mbps Den: 5385
Setup_Fail_DEN: 10027
SIP_SC_Total_MOU: 62.55
Peak UE: 37
PCT Time MIMO: 64.6

Time: 17:25:58
holiday: 0
CA DL DataVolRatio Pct: 80.93

SIP DC%: 
DRB UL Data Volume MB: 8055
CA DL DataVolRatio Pct den: 2945
weekend: 0
CA Activation Rate: 32.46
hr: 7
MAC_UE_SC_Tput: 19368.42

hr: 7
CA Activation Rate num: 9349548
Setup_Fail_DEN: 6990
SIP_SC_Total_MOU: 102.74
Peak UE: 98
MB_per_connected_UE: 46.84
DL Volume: 1681
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9424
DL Data Vol MAC in MB: 6597.42
CA Activation Rate den: 64777

Time: 08:54:52
holiday: 0

DL MAC Vol Scell Pct: 4.63
SIP DC%: 
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6359.45
Bearer Releases: 17517

hr: 23
CA Activation Rate num: 5224493
SIP_SC_Total_MOU: 161.65
Peak UE: 69
DL Data Vol MAC in MB: 9203.73
CA Activation Rate den: 74728

Time: 21:23:28
holiday: 0

DL MAC Vol Scell Pct: 9.75
SIP DC%: 
DLRLCLayerDataVolume MB: 7626.32
PRB Util%: 27.19
weekend: 1
CA Activation Rate: 16.73
hr: 16
MAC_UE_SC_Tput: 4744.39

hr: 16
CA Activation Rate num: 8531864
Setup_Fail_DEN: 19143
Peak UE: 27
MB_per_connected_UE: 112.43
PCT Time MIMO: 50.19
CA Activation Rate den: 133043

Time: 05:21:24
holiday: 0

DL MAC Vol Scell Pct: 12.58
Avg_Connected_UEs: 38.39
SIP DC%: 
DLRLCLayerDataVolume MB: 7143.96
DRB UL Data Volume MB: 9269
CA DL DataVolRatio Pct den: 8944
weekend: 0
CA Activation Rate: 43.22
hr: 23
MAC_UE_SC_Tput: 15208.31
Bearer Releases: 14600

hr: 23
CA Activation Rate num: 5192971
Peak UE: 72
MB_per_connected_UE: 104.72

Time: 13:14:55
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1113.55
CA DL DataVolRatio Pct den: 8040
CA Conf FailRate Pct den: 9311
weekend: 0
UPTP Mbps Num: 41408
hr: 21
MAC_UE_SC_Tput: 25917.82
Bearer Releases: 12495

hr: 21
CA Activation Rate num: 9165056
Setup_Fail_DEN: 6660
SIP_SC_Total_MOU: 268.21
Peak UE: 45
DL Volume: 7437

Time: 23:07:02
holiday: 0

Avg_Connected_UEs: 26.3
SIP DC%: 
UPTP_Mbps: 31.72
DLRLCLayerDataVolume MB: 5357.45
DRB UL Data Volume MB: 1546
CA Conf FailRate Pct den: 9148
weekend: 1
UPTP Mbps Num: 34465
CA Activation Rate: 40.63
hr: 0
MAC_UE_SC_Tput: 6568.05

hr: 0
MB_per_connected_UE: 48.92
DL Data Vol MAC in MB: 600.47

Time: 22:29:22
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4812.96
DRB UL Data Volume MB: 4483
RRC Setup Attempts: 4542
CA DL DataVolRatio Pct den: 9367
weekend: 0
CA Activation Rate: 5.16
hr: 23
MAC_UE_SC_Tput: 6009.45

hr: 23
CA Activation Rate num: 977735
UPTP Mbps Den: 1758
Setup_Fail_DEN: 9483
Peak UE: 36
MB_per_connected_UE: 77.85
DL Data Vol MAC in MB: 5555.57
CA Activation Rate den: 71496

Time: 22:18:53
holiday: 0
CA DL DataVolRatio Pct: 65.48

DL MAC Vol Scell Pct: 29.96
Avg_Connected_UEs: 78.28
SIP DC%: 
PRB Util%: 26.47
weekend: 1
CA Activation Rate: 17.8
hr: 16
MAC_UE_SC_Tput: 9015.73

hr: 16
CA Activation Rate num: 11017426
Setup_Fail_DEN: 11161
SIP_SC_Total_MOU: 206.39
Peak UE: 27
MB_per_connected_UE: 29.82
DL Volume: 173
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4743

Time: 07:22:34
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 9381
CA DL DataVolRatio Pct den: 607
weekend: 0
CA Activation Rate: 56.52
hr: 23
MAC_UE_SC_Tput: 6684.43

hr: 23
CA Activation Rate num: 131266
Setup_Fail_DEN: 18589
SIP_SC_Total_MOU: 11.9
UL MAC Vol Scell Pct: 3.76
MB_per_connected_UE: 93.47
DL Volume: 7879
CA Activation Rate den: 194966

Time: 11:47:38
holiday: 0
CA DL DataVolRatio Pct num: 3582

SIP DC%: 
DLRLCLayerDataVolume MB: 5466.42
DRB UL Data Volume MB: 4022
CA DL DataVolRatio Pct den: 1277
CA Conf FailRate Pct den: 3254
weekend: 0
UPTP Mbps Num: 14681
hr: 23
MAC_UE_SC_Tput: 17326.4

hr: 23
CA Activation Rate num: 1524062
UPTP Mbps Den: 702
Peak UE: 55

Time: 18:23:15
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2743.02
CA DL DataVolRatio Pct den: 3153
CA Conf FailRate Pct den: 9070
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4702.88
Bearer Releases: 8714

hr: 23
CA Activation Rate num: 6677880
UPTP Mbps Den: 5674
Peak UE: 78
CA Activation Rate den: 165826

Time: 10:51:30
holiday: 0

DL MAC Vol Scell Pct: 31.84
SIP DC%: 
PRB Util%: 63.07
RRC Setup Attempts: 4743
CA Conf FailRate Pct den: 4286
weekend: 0
UPTP Mbps Num: 18563
CA Activation Rate: 40.09
hr: 0
Bearer Releases: 12601

hr: 0
CA Activation Rate num: 8393152
Peak UE: 27
DL Volume: 8217
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6977
CA Activation Rate den: 73027

Time: 01:55:43
holiday: 0
HO Attempts: 357

DL MAC Vol Scell Pct: 48.91
SIP DC%: 
DLRLCLayerDataVolume MB: 639.38
DRB UL Data Volume MB: 5018
RRC Setup Attempts: 8494
CA DL DataVolRatio Pct den: 9342
weekend: 0
CA Activation Rate: 59.58
hr: 12
MAC_UE_SC_Tput: 4527.54

hr: 12
CA Activation Rate num: 6156078
Setup_Fail_DEN: 19940
SIP_SC_Total_MOU: 29.57
Peak UE: 27
DL Volume: 2862
DL Data Vol MAC in MB: 8771.84

Time: 15:47:06
holiday: 0

Avg_Connected_UEs: 48.14
SIP DC%: 
weekend: 0
hr: 2
MAC_UE_SC_Tput: 12061.42
Bearer Releases: 8083

hr: 2
CA Activation Rate num: 10343829
SIP_SC_Total_MOU: 75.55
Peak UE: 38
DL Data Vol MAC in MB: 3748.6
CA Activation Rate den: 44122

Combined RACH Preambles: 4263
Time: 23:15:14
holiday: 0

SIP DC%: 
RRC Setup Attempts: 8646
CA DL DataVolRatio Pct den: 6312
weekend: 0
CA Activation Rate: 6.06
hr: 23
MAC_UE_SC_Tput: 18574.08
Bearer Releases: 17575

hr: 23
CA Activation Rate num: 10957655
Setup_Fail_DEN: 14624
SIP_SC_Total_MOU: 160.59
Peak UE: 55
VOLTE IA%: 
MB_per_connected_UE: 58.29
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6538
DL Data Vol MAC in MB: 5290.88

Time: 22:23:32
holiday: 0
CA DL DataVolRatio Pct num: 3213

SIP DC%: 
DRB UL Data Volume MB: 4956
PRB Util%: 10.45
CA Conf FailRate Pct den: 3845
weekend: 1
UPTP Mbps Num: 35313
CA Activation Rate: 11.92
hr: 23
MAC_UE_SC_Tput: 17351.07
Bearer Releases: 7787

hr: 23
CA Activation Rate num: 1606646
Peak UE: 34
MB_per_connected_UE: 123.86
DL Data Vol MAC in MB: 7991.47

Time: 22:27:28
holiday: 0
CA DL DataVolRatio Pct: 46.42

SIP DC%: 
weekend: 0
UPTP Mbps Num: 6052
hr: 23
MAC_UE_SC_Tput: 5896.85

hr: 23
Peak UE: 73
MB_per_connected_UE: 64.68
DL Data Vol MAC in MB: 8702.72

Time: 23:55:07
holiday: 0

Avg_Connected_UEs: 66.95
SIP DC%: 
DLRLCLayerDataVolume MB: 6167.68
weekend: 1
hr: 15
MAC_UE_SC_Tput: 11122.79
Bearer Releases: 11198

hr: 15
CA Activation Rate num: 4384910
Peak UE: 68
DL Volume: 8125
DL Data Vol MAC in MB: 7948.15

Time: 04:15:23
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3905.18
DRB UL Data Volume MB: 5383
weekend: 0
hr: 12
MAC_UE_SC_Tput: 4153.46

hr: 12
CA Activation Rate num: 7083996
UL MAC Vol Scell Pct: 9.02
Peak UE: 60
PCT Time MIMO: 64.38
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3203
CA Activation Rate den: 65938

holiday: 0
CA DL DataVolRatio Pct num: 3000

SIP DC%: 
DRB UL Data Volume MB: 2404
CA Conf FailRate Pct den: 3487
weekend: 0
CA Activation Rate: 12.08
hr: 23
MAC_UE_SC_Tput: 12184.55

hr: 23
CA Activation Rate num: 8271676
SIP_SC_Total_MOU: 64.1
Peak UE: 31
MB_per_connected_UE: 184.39
PCT Time MIMO: 57.62
DL Volume: 282
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8208
DL Data Vol MAC in MB: 1412.1
CA Activation Rate den: 108393

Time: 17:50:27
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2315.43
DRB UL Data Volume MB: 6914
RRC Setup Attempts: 6220
CA DL DataVolRatio Pct den: 7192
weekend: 0
hr: 3
MAC_UE_SC_Tput: 7832.05
Bearer Releases: 8525

hr: 3
Setup_Fail_DEN: 19520
SIP_SC_Total_MOU: 74.79
Peak UE: 56
MB_per_connected_UE: 41.6
DL Volume: 6828
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9437
DL Data Vol MAC in MB: 2293
CA Activation Rate den: 118434

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9704.45
DRB UL Data Volume MB: 8859
weekend: 0
hr: 14
MAC_UE_SC_Tput: 4938.78
Bearer Releases: 6810

hr: 14
CA Activation Rate num: 9757966
MB_per_connected_UE: 34.1

Time: 19:38:17
holiday: 0
CA DL DataVolRatio Pct: 78.79

SIP DC%: 
weekend: 1
hr: 21
MAC_UE_SC_Tput: 9271.1
Bearer Releases: 17380

hr: 21
CA Activation Rate num: 7145887
Setup_Fail_DEN: 10650
SIP_SC_Total_MOU: 92.95
Peak UE: 73
MB_per_connected_UE: 120.9
PCT Time MIMO: 54.51
CA Activation Rate den: 42728

holiday: 0

Avg_Connected_UEs: 67.85
SIP DC%: 
UPTP_Mbps: 12.42
DLRLCLayerDataVolume MB: 7015.3
DRB UL Data Volume MB: 5064
weekend: 0
UPTP Mbps Num: 31811
hr: 17
MAC_UE_SC_Tput: 5689.39

hr: 17
CA Activation Rate num: 10094600
Setup_Fail_DEN: 8248
SIP_SC_Total_MOU: 369.02
Peak UE: 27
MB_per_connected_UE: 205.63
CA Activation Rate den: 106902

holiday: 0
CA DL DataVolRatio Pct: 43.78
CA DL DataVolRatio Pct num: 1368

Avg_Connected_UEs: 22.68
SIP DC%: 
DRB UL Data Volume MB: 8638
weekend: 1
UPTP Mbps Num: 7818
hr: 23
MAC_UE_SC_Tput: 15496.31
Bearer Releases: 17872

hr: 23
CA Activation Rate num: 1723585
Setup_Fail_DEN: 6428
Peak UE: 27
DL Data Vol MAC in MB: 4484.36
CA Activation Rate den: 47477

Time: 14:04:31
holiday: 0
CA DL DataVolRatio Pct: 59.05

SIP DC%: 
DLRLCLayerDataVolume MB: 661.76
RRC Setup Attempts: 9668
weekend: 0
UPTP Mbps Num: 32701
hr: 23
MAC_UE_SC_Tput: 5150.11

hr: 23
CA Activation Rate num: 4246048
Setup_Fail_DEN: 15797
SIP_SC_Total_MOU: 9.33
Peak UE: 38
MB_per_connected_UE: 63.94
PCT Time MIMO: 66.24
DL Volume: 2886
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6254
DL Data Vol MAC in MB: 1131.08

Time: 20:26:23
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4961.1
PRB Util%: 39.19
RRC Setup Attempts: 6779
weekend: 0
UPTP Mbps Num: 52157
CA Activation Rate: 20.29
hr: 5
MAC_UE_SC_Tput: 4480.6
Bearer Releases: 14146

hr: 5
CA Activation Rate num: 2916086
Setup_Fail_DEN: 16699
Peak UE: 27
MB_per_connected_UE: 161.74
DL Data Vol MAC in MB: 1857.23

Time: 20:33:08
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4959.8
PRB Util%: 54.23
weekend: 0
CA Activation Rate: 5.7
hr: 23
Bearer Releases: 13102

hr: 23
CA Activation Rate num: 3452787
SIP_SC_Total_MOU: 246.23
Peak UE: 69
MB_per_connected_UE: 180.54
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5110

Time: 09:12:52
holiday: 0
CA DL DataVolRatio Pct num: 5056

SIP DC%: 
DRB UL Data Volume MB: 6416
weekend: 0
CA Activation Rate: 70.03
hr: 7
MAC_UE_SC_Tput: 18674.27

hr: 7
CA Activation Rate num: 1222171
SIP_SC_Total_MOU: 166.93
Peak UE: 27
MB_per_connected_UE: 55.82
DL Data Vol MAC in MB: 2427.08
Combined RACH Preambles: 3282

Time: 19:02:16
holiday: 0
CA DL DataVolRatio Pct: 92.54

SIP DC%: 
DLRLCLayerDataVolume MB: 8124.05
RRC Setup Attempts: 9439
weekend: 0
UPTP Mbps Num: 18631
CA Activation Rate: 67.9
hr: 0
MAC_UE_SC_Tput: 11026.86
Bearer Releases: 12642

hr: 0
CA Activation Rate num: 1720951
Peak UE: 29
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6971
DL Data Vol MAC in MB: 9280.81

Time: 07:54:56
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 809.29
weekend: 1
hr: 0

hr: 0
CA Activation Rate num: 3325557
SIP_SC_Total_MOU: 280.32
Peak UE: 79
CA Activation Rate den: 77784
Time: 05:31:12

holiday: 0
CA DL DataVolRatio Pct num: 1161

SIP DC%: 
DLRLCLayerDataVolume MB: 4416.37
DRB UL Data Volume MB: 7377
CA Conf FailRate Pct den: 3783
weekend: 0
CA Activation Rate: 72.66
hr: 18
MAC_UE_SC_Tput: 10778.21
Bearer Releases: 13030

hr: 18
CA Activation Rate num: 6997443
UPTP Mbps Den: 2611
Peak UE: 50
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7606
DL Data Vol MAC in MB: 4495.54
CA Activation Rate den: 42916

Time: 21:16:30
holiday: 0
CA DL DataVolRatio Pct: 52.9

SIP DC%: 
DLRLCLayerDataVolume MB: 8127.02
PRB Util%: 8.88
CA DL DataVolRatio Pct den: 8693
weekend: 1
hr: 6
MAC_UE_SC_Tput: 4468.35

hr: 6
CA Activation Rate num: 2235568
UPTP Mbps Den: 1469
Setup_Fail_DEN: 12767
SIP_SC_Total_MOU: 90.98
Peak UE: 27
DL Data Vol MAC in MB: 1365.57
CA Activation Rate den: 81893

Time: 12:33:12
holiday: 0
CA DL DataVolRatio Pct: 81.66

Avg_Connected_UEs: 72.6
SIP DC%: 
DLRLCLayerDataVolume MB: 2879.61
PRB Util%: 21.16
CA Conf FailRate Pct den: 6532
weekend: 1
CA Activation Rate: 43.54
hr: 23

hr: 23
CA Activation Rate num: 10905883
Peak UE: 27
MB_per_connected_UE: 101.8
DL Volume: 482
DL Data Vol MAC in MB: 3866.78
CA Activation Rate den: 54195

Time: 19:51:01
holiday: 0

SIP DC%: 
UPTP_Mbps: 61.1
weekend: 0
hr: 5
MAC_UE_SC_Tput: 19348.38

hr: 5
CA Activation Rate num: 9774071
SIP_SC_Total_MOU: 417.01
Peak UE: 54
VOLTE IA%: 
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4365
CA Activation Rate den: 39548

Time: 22:41:23
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7268.97
CA DL DataVolRatio Pct den: 6340
weekend: 0
UPTP Mbps Num: 51720
CA Activation Rate: 27.67
hr: 23
MAC_UE_SC_Tput: 15256.21

hr: 23
CA Activation Rate num: 8319847
SIP_SC_Total_MOU: 50.1
Peak UE: 27
MB_per_connected_UE: 145.67
DL Data Vol MAC in MB: 7544.87

Combined RACH Preambles: 3482
Time: 22:31:13
holiday: 0

DL MAC Vol Scell Pct: 45.98
SIP DC%: 
DLRLCLayerDataVolume MB: 1629.91
DRB UL Data Volume MB: 8186
CA DL DataVolRatio Pct den: 1020
CA Conf FailRate Pct den: 3867
weekend: 0
hr: 18
MAC_UE_SC_Tput: 9898.86
Bearer Releases: 8541

hr: 18
CA Activation Rate num: 9403276
Setup_Fail_DEN: 16093
SIP_SC_Total_MOU: 62.41
Peak UE: 85
MB_per_connected_UE: 149.67
CA Activation Rate den: 45184

Combined RACH Preambles: 3402
Time: 19:52:14
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5843.26
PRB Util%: 11.44
CA DL DataVolRatio Pct den: 9851
CA Conf FailRate Pct den: 7900
weekend: 0
hr: 23
MAC_UE_SC_Tput: 17846.08

hr: 23
CA Activation Rate num: 5656130
SIP_SC_Total_MOU: 254.34
Peak UE: 63
MB_per_connected_UE: 57.54
PCT Time MIMO: 51.13
DL Data Vol MAC in MB: 4972.52
CA Activation Rate den: 90007

Time: 17:08:56
holiday: 0

Avg_Connected_UEs: 73.04
SIP DC%: 
UPTP_Mbps: 17.87
DLRLCLayerDataVolume MB: 4641.49
DRB UL Data Volume MB: 1293
RRC Setup Attempts: 6699
CA DL DataVolRatio Pct den: 1681
CA Conf FailRate Pct den: 6459
weekend: 1
hr: 11
MAC_UE_SC_Tput: 6917.02
Bearer Releases: 15062

hr: 11
CA Activation Rate num: 2163762
Setup_Fail_DEN: 16648
Peak UE: 27
MB_per_connected_UE: 180.58

Time: 22:37:30
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5262.46
DRB UL Data Volume MB: 9661
PRB Util%: 58.05
CA Conf FailRate Pct den: 3654
weekend: 0
CA Activation Rate: 4.4
hr: 0
MAC_UE_SC_Tput: 17667.18

hr: 0
CA Activation Rate num: 5669768
SIP_SC_Total_MOU: 104.42
DL Data Vol MAC in MB: 9000.88

Time: 14:51:30
holiday: 0

SIP DC%: 
UPTP_Mbps: 11.02
DLRLCLayerDataVolume MB: 2922.15
DRB UL Data Volume MB: 9626
RRC Setup Attempts: 9320
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7486.03

hr: 23
CA Activation Rate num: 7059160
Setup_Fail_DEN: 13722
Peak UE: 27
PCT Time MIMO: 56.99
DL Data Vol MAC in MB: 8395.39
CA Activation Rate den: 54199
Combined RACH Preambles: 5089

holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 9854
weekend: 0
UPTP Mbps Num: 5517
hr: 3
MAC_UE_SC_Tput: 14023.85
Bearer Releases: 13789

hr: 3
CA Activation Rate num: 1868541
Setup_Fail_DEN: 11037
Peak UE: 27
DL Volume: 3098
DL Data Vol MAC in MB: 3182.93
CA Activation Rate den: 36446

holiday: 0

Avg_Connected_UEs: 82.81
SIP DC%: 
weekend: 0
hr: 13
MAC_UE_SC_Tput: 6109.32
Bearer Releases: 11789

hr: 13
CA Activation Rate num: 7700704
Peak UE: 40
DL Data Vol MAC in MB: 8678.69

Time: 16:17:10
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3189.45
DRB UL Data Volume MB: 5727
weekend: 0
UPTP Mbps Num: 23341
hr: 3
Bearer Releases: 10908

hr: 3
CA Activation Rate num: 1946006
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5384
DL Data Vol MAC in MB: 8607.51
CA Activation Rate den: 119467

Time: 02:19:35
holiday: 0

Avg_Connected_UEs: 37.22
SIP DC%: 
DLRLCLayerDataVolume MB: 607.87
DRB UL Data Volume MB: 2565
weekend: 0
UPTP Mbps Num: 33052
CA Activation Rate: 60.36
hr: 1
MAC_UE_SC_Tput: 20657.67

hr: 1
CA Activation Rate num: 1615006
Setup_Fail_DEN: 9523
SIP_SC_Total_MOU: 141.13
Peak UE: 57
MB_per_connected_UE: 46.58
DL Data Vol MAC in MB: 4439.64

Time: 10:40:02
holiday: 0

SIP DC%: 
UPTP_Mbps: 95.58
DLRLCLayerDataVolume MB: 2529.4
PRB Util%: 71.43
CA DL DataVolRatio Pct den: 9499
weekend: 1
UPTP Mbps Num: 31991
hr: 4
MAC_UE_SC_Tput: 30660.57

hr: 4
CA Activation Rate num: 5646710
Setup_Fail_DEN: 6355
SIP_SC_Total_MOU: 38.99
Peak UE: 76
MB_per_connected_UE: 65.53
DL Volume: 4263
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7435
DL Data Vol MAC in MB: 6731.75

Time: 15:49:31
holiday: 0

Avg_Connected_UEs: 56.05
SIP DC%: 
DLRLCLayerDataVolume MB: 4459.96
DRB UL Data Volume MB: 580
CA DL DataVolRatio Pct den: 4417
CA Conf FailRate Pct den: 3096
weekend: 0
hr: 5
MAC_UE_SC_Tput: 18214.2
Bearer Releases: 10094

hr: 5
CA Activation Rate num: 1237485
SIP_SC_Total_MOU: 16.56
Peak UE: 27
MB_per_connected_UE: 136.31
PCT Time MIMO: 64.98
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5681
DL Data Vol MAC in MB: 7882.24
CA Activation Rate den: 170989
Time: 01:10:56

holiday: 0
CA DL DataVolRatio Pct num: 3074

Avg_Connected_UEs: 46.15
SIP DC%: 
UPTP_Mbps: 66.88
DLRLCLayerDataVolume MB: 7400.26
DRB UL Data Volume MB: 2642
weekend: 0
CA Activation Rate: 53.86
hr: 2
MAC_UE_SC_Tput: 9179.29

hr: 2
SIP_SC_Total_MOU: 338.98
Peak UE: 27
DL Data Vol MAC in MB: 5565.83
CA Activation Rate den: 118499

Time: 11:56:49
holiday: 0
CA DL DataVolRatio Pct: 91.37
CA DL DataVolRatio Pct num: 3179

Avg_Connected_UEs: 83.27
SIP DC%: 
UPTP_Mbps: 19.98
DLRLCLayerDataVolume MB: 3536.21
weekend: 0
CA Activation Rate: 68.41
hr: 23
MAC_UE_SC_Tput: 11118.63

hr: 23
CA Activation Rate num: 5848910
UPTP Mbps Den: 3162
SIP_SC_Total_MOU: 124.53
Peak UE: 27
DL Volume: 157
CA Activation Rate den: 100442

Time: 07:01:45
holiday: 0

SIP DC%: 
UPTP_Mbps: 90.1
DLRLCLayerDataVolume MB: 6648.03
weekend: 1
UPTP Mbps Num: 48658
hr: 6
MAC_UE_SC_Tput: 12688.26

hr: 6
CA Activation Rate num: 7437721
Peak UE: 32
MB_per_connected_UE: 111.98
DL Data Vol MAC in MB: 1910.01

Time: 21:28:02
holiday: 0

SIP DC%: 
CA Conf FailRate Pct den: 6212
weekend: 0
UPTP Mbps Num: 10531
hr: 23
MAC_UE_SC_Tput: 15900.74
Bearer Releases: 13108

hr: 23
CA Activation Rate num: 8868366
Setup_Fail_DEN: 8702
SIP_SC_Total_MOU: 62.2
Peak UE: 31
MB_per_connected_UE: 75.08
DL Data Vol MAC in MB: 1797.27
CA Activation Rate den: 139920

Time: 15:58:31
holiday: 0

Avg_Connected_UEs: 46.38
SIP DC%: 
DLRLCLayerDataVolume MB: 3795.05
RRC Setup Attempts: 7661
CA Conf FailRate Pct den: 4908
weekend: 1
UPTP Mbps Num: 46913
hr: 14
MAC_UE_SC_Tput: 11734.26

hr: 14
CA Activation Rate num: 6320396
Setup_Fail_DEN: 15719
SIP_SC_Total_MOU: 187.42
Peak UE: 27
MB_per_connected_UE: 57.83
DL Data Vol MAC in MB: 6421.32

Time: 16:50:24
holiday: 0

SIP DC%: 
UPTP_Mbps: 26.77
PRB Util%: 24.02
CA Conf FailRate Pct den: 8194
weekend: 0
hr: 0
MAC_UE_SC_Tput: 11567.79
Bearer Releases: 9454

hr: 0
CA Activation Rate num: 544052
UPTP Mbps Den: 1736
Setup_Fail_DEN: 8870
SIP_SC_Total_MOU: 274.73
Peak UE: 27
DL Volume: 4066
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5533
DL Data Vol MAC in MB: 1037.22
CA Activation Rate den: 53626

Time: 01:29:14
holiday: 0

SIP DC%: 
CA DL DataVolRatio Pct den: 1982
CA Conf FailRate Pct den: 8022
weekend: 0
UPTP Mbps Num: 11389
CA Activation Rate: 10.36
hr: 8
MAC_UE_SC_Tput: 16555.39

hr: 8
CA Activation Rate num: 5480402
Setup_Fail_DEN: 9614
SIP_SC_Total_MOU: 296.04
Peak UE: 28
MB_per_connected_UE: 32.07
DL Volume: 1155
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6760
DL Data Vol MAC in MB: 2397.59
CA Activation Rate den: 43047

Time: 04:39:14
holiday: 0

SIP DC%: 
UPTP_Mbps: 134.35
CA DL DataVolRatio Pct den: 9809
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4492.19

hr: 23
Peak UE: 27
DL Volume: 8111
CA Activation Rate den: 194255

Time: 03:13:28
holiday: 0

SIP DC%: 
CA Conf FailRate Pct den: 6678
weekend: 0
UPTP Mbps Num: 15437
hr: 19
MAC_UE_SC_Tput: 9151.67

hr: 19
CA Activation Rate num: 2898514
Peak UE: 36
MB_per_connected_UE: 127.57
DL Data Vol MAC in MB: 7684.97

Time: 04:59:24
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7214.6
DRB UL Data Volume MB: 3971
CA Conf FailRate Pct den: 5396
weekend: 0
hr: 6
MAC_UE_SC_Tput: 4566.69
Bearer Releases: 14076

hr: 6
Peak UE: 37
MB_per_connected_UE: 81.13
PCT Time MIMO: 50.17
CA Activation Rate den: 109217

Time: 13:29:05
holiday: 0
CA DL DataVolRatio Pct: 86.66

SIP DC%: 
UPTP_Mbps: 125.61
RRC Setup Attempts: 8099
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4847.66
Bearer Releases: 9177

hr: 23
CA Activation Rate num: 847167
Peak UE: 68
MB_per_connected_UE: 152.43
PCT Time MIMO: 65.43
DL Volume: 7952
DL Data Vol MAC in MB: 7561.23
CA Activation Rate den: 133889

Combined RACH Preambles: 2530
Time: 22:06:26
holiday: 0
CA DL DataVolRatio Pct: 41.21

DL MAC Vol Scell Pct: 28.31
SIP DC%: 
DLRLCLayerDataVolume MB: 4765.02
DRB UL Data Volume MB: 6340
CA Conf FailRate Pct den: 6501
weekend: 1
UPTP Mbps Num: 23086
CA Activation Rate: 72.81
hr: 13
MAC_UE_SC_Tput: 9206.39

hr: 13
CA Activation Rate num: 5397385
SIP_SC_Total_MOU: 319.61
Peak UE: 46
DL Data Vol MAC in MB: 2618.59

Time: 02:25:03
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2456.23
DRB UL Data Volume MB: 7022
PRB Util%: 10.68
weekend: 0
CA Activation Rate: 62.52
hr: 23
MAC_UE_SC_Tput: 5629.28

hr: 23
CA Activation Rate num: 512654
SIP_SC_Total_MOU: 9.2
Peak UE: 27
MB_per_connected_UE: 194.96
DL Data Vol MAC in MB: 2647.35
CA Activation Rate den: 79552

Time: 15:16:42
holiday: 0

DL MAC Vol Scell Pct: 10.47
SIP DC%: 
DLRLCLayerDataVolume MB: 9566.65
DRB UL Data Volume MB: 3812
weekend: 0
UPTP Mbps Num: 18010
CA Activation Rate: 60.11
hr: 0
MAC_UE_SC_Tput: 7252.36
Bearer Releases: 7021

hr: 0
CA Activation Rate num: 1029574
Setup_Fail_DEN: 18515
SIP_SC_Total_MOU: 225.1
Peak UE: 27
MB_per_connected_UE: 31.77
DL Volume: 4845
DL Data Vol MAC in MB: 4520.29

Time: 07:40:27
holiday: 0
CA DL DataVolRatio Pct: 78.82

DL MAC Vol Scell Pct: 24.65
SIP DC%: 
DRB UL Data Volume MB: 8668
CA Conf FailRate Pct den: 3545
weekend: 0
CA Activation Rate: 18.77
hr: 17
MAC_UE_SC_Tput: 5925

hr: 17
CA Activation Rate num: 5820057
Setup_Fail_DEN: 8292
Peak UE: 70
MB_per_connected_UE: 62.51
DL Data Vol MAC in MB: 8710.58
CA Activation Rate den: 93291

Time: 14:05:50
holiday: 0
CA DL DataVolRatio Pct: 57.17

SIP DC%: 
UPTP_Mbps: 12.57
DLRLCLayerDataVolume MB: 1328.27
DRB UL Data Volume MB: 5094
PRB Util%: 36.22
UL Resid BLER PCT: 1.06
RRC Setup Attempts: 6164
weekend: 0
hr: 15
MAC_UE_SC_Tput: 12199.3
Bearer Releases: 15232

hr: 15
CA Activation Rate num: 3538543
Setup_Fail_DEN: 12491
SIP_SC_Total_MOU: 211.64
Peak UE: 41
DL Volume: 8391
DL Data Vol MAC in MB: 5101.25

Combined RACH Preambles: 2505
Time: 07:54:11
holiday: 0

Avg_Connected_UEs: 75.55
SIP DC%: 
DLRLCLayerDataVolume MB: 9184.46
weekend: 0
UPTP Mbps Num: 42741
hr: 21
MAC_UE_SC_Tput: 8913.24
Bearer Releases: 10504

hr: 21
Setup_Fail_DEN: 15921
Peak UE: 27
MB_per_connected_UE: 80.42
CA Activation Rate den: 81680

Time: 21:42:20
holiday: 0
CA DL DataVolRatio Pct: 51.67

SIP DC%: 
UPTP_Mbps: 97.66
DLRLCLayerDataVolume MB: 3158.33
RRC Setup Attempts: 3976
CA DL DataVolRatio Pct den: 8989
CA Conf FailRate Pct den: 5438
weekend: 0
CA Activation Rate: 48.39
hr: 0
MAC_UE_SC_Tput: 5394.22
Bearer Releases: 7749

hr: 0
SIP_SC_Total_MOU: 28.07
Peak UE: 35
MB_per_connected_UE: 88.01
DL Data Vol MAC in MB: 6793.67

Time: 08:02:22
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7696.91
PRB Util%: 9.33
CA DL DataVolRatio Pct den: 4763
weekend: 0
CA Activation Rate: 21.26
hr: 0
MAC_UE_SC_Tput: 45612.84

hr: 0
CA Activation Rate num: 6502332
Setup_Fail_DEN: 16615
SIP_SC_Total_MOU: 238.43
Peak UE: 85
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7506
CA Activation Rate den: 36637

Time: 04:57:50
holiday: 0
CA DL DataVolRatio Pct: 43.99

SIP DC%: 
PRB Util%: 47.52
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4512.4

hr: 0
Setup_Fail_DEN: 13074
Peak UE: 66
MB_per_connected_UE: 87.81
DL Volume: 6167
CA Activation Rate den: 141809

Time: 07:25:51
holiday: 0
CA DL DataVolRatio Pct num: 4020

SIP DC%: 
DLRLCLayerDataVolume MB: 8885.65
DRB UL Data Volume MB: 6852
PRB Util%: 14.9
weekend: 0
UPTP Mbps Num: 8755
hr: 12
MAC_UE_SC_Tput: 11302.71

hr: 12
CA Activation Rate num: 1864701
Setup_Fail_DEN: 9721
Peak UE: 30
MB_per_connected_UE: 145.31
DL Data Vol MAC in MB: 10182.5
CA Activation Rate den: 104033

holiday: 0
CA DL DataVolRatio Pct num: 6938

SIP DC%: 
DLRLCLayerDataVolume MB: 5628.78
CA Conf FailRate Pct den: 3928
weekend: 0
UPTP Mbps Num: 8515
hr: 5
MAC_UE_SC_Tput: 19884.7
Bearer Releases: 17942

hr: 5
CA Activation Rate num: 6557734
Setup_Fail_DEN: 14318
SIP_SC_Total_MOU: 43.45
Peak UE: 27
MB_per_connected_UE: 96.83
DL Data Vol MAC in MB: 6166.72
CA Activation Rate den: 107521
Combined RACH Preambles: 2776

Time: 22:59:19
holiday: 0

DL MAC Vol Scell Pct: 49.7
SIP DC%: 
DLRLCLayerDataVolume MB: 5151.73
weekend: 1
CA Activation Rate: 74.46
hr: 17
MAC_UE_SC_Tput: 11425.15
Bearer Releases: 15734

hr: 17
CA Activation Rate num: 9228766
Setup_Fail_DEN: 8204
SIP_SC_Total_MOU: 68.04
Peak UE: 27
DL Data Vol MAC in MB: 2874.26
CA Activation Rate den: 64460

Time: 18:08:07
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 5565
RRC Setup Attempts: 8143
weekend: 0
UPTP Mbps Num: 23447
hr: 23
MAC_UE_SC_Tput: 6320.81

hr: 23
CA Activation Rate num: 9225957
Peak UE: 27
MB_per_connected_UE: 13.74
DL Data Vol MAC in MB: 9653.38
CA Activation Rate den: 110321

Time: 16:38:21
holiday: 0

SIP DC%: 
UPTP_Mbps: 95.96
CA DL DataVolRatio Pct den: 5875
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8746.82

hr: 23
CA Activation Rate num: 9019252
Setup_Fail_DEN: 11445
SIP_SC_Total_MOU: 242.39
Peak UE: 60
MB_per_connected_UE: 33.37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9214

Time: 22:48:02
holiday: 0
CA DL DataVolRatio Pct: 82.43

SIP DC%: 
weekend: 0
UPTP Mbps Num: 29008
hr: 0
MAC_UE_SC_Tput: 4470.08
Bearer Releases: 7038

hr: 0
CA Activation Rate num: 4353367
Peak UE: 37

Time: 07:24:03
holiday: 0

SIP DC%: 
PRB Util%: 33.46
weekend: 0
UPTP Mbps Num: 50902
hr: 0
MAC_UE_SC_Tput: 4953.72
Bearer Releases: 8015

hr: 0
CA Activation Rate num: 5053048
Peak UE: 27
MB_per_connected_UE: 116.03
CA Activation Rate den: 165919

Time: 20:30:20
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6073.86
weekend: 0
CA Activation Rate: 46.47
hr: 23
MAC_UE_SC_Tput: 5894.71
Bearer Releases: 6970

hr: 23
CA Activation Rate num: 8522471
SIP_SC_Total_MOU: 372.23
Peak UE: 27
MB_per_connected_UE: 79.93
DL Volume: 1557
DL Data Vol MAC in MB: 510.85
CA Activation Rate den: 120761

Time: 19:08:59
holiday: 0
CA DL DataVolRatio Pct: 49.99
CA DL DataVolRatio Pct num: 968

DL MAC Vol Scell Pct: 18.67
SIP DC%: 
DLRLCLayerDataVolume MB: 9782.73
CA DL DataVolRatio Pct den: 9954
weekend: 0
UPTP Mbps Num: 33101
hr: 6
MAC_UE_SC_Tput: 4567.05

hr: 6
CA Activation Rate num: 1063181
UPTP Mbps Den: 2012
Peak UE: 59
MB_per_connected_UE: 94.43
DL Data Vol MAC in MB: 6960.93

holiday: 0

SIP DC%: 
UPTP_Mbps: 29.15
DRB UL Data Volume MB: 7173
PRB Util%: 66.37
weekend: 0
hr: 14
MAC_UE_SC_Tput: 12410.73
Bearer Releases: 14711

hr: 14
CA Activation Rate num: 4381784
SIP_SC_Total_MOU: 311.78
Peak UE: 96
DL Data Vol MAC in MB: 7270.35
CA Activation Rate den: 102598

Time: 10:09:05
holiday: 0
CA DL DataVolRatio Pct: 58

SIP DC%: 
DRB UL Data Volume MB: 1507
weekend: 0
UPTP Mbps Num: 9129
hr: 23
MAC_UE_SC_Tput: 14501.95
Bearer Releases: 12687

hr: 23
CA Activation Rate num: 10975707
Peak UE: 27
DL Data Vol MAC in MB: 8032.54
CA Activation Rate den: 51154

Time: 05:17:55
holiday: 0
CA DL DataVolRatio Pct: 42.37

SIP DC%: 
DLRLCLayerDataVolume MB: 2919.34
PRB Util%: 15.79
weekend: 0
hr: 2
MAC_UE_SC_Tput: 15149.5
Bearer Releases: 8354

hr: 2
CA Activation Rate num: 5210013
Setup_Fail_DEN: 12694
SIP_SC_Total_MOU: 290.42
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8496
DL Data Vol MAC in MB: 8022.82
CA Activation Rate den: 162309

Time: 07:20:59
holiday: 0
CA DL DataVolRatio Pct: 68.57

SIP DC%: 
DRB UL Data Volume MB: 8780
weekend: 1
hr: 7
MAC_UE_SC_Tput: 16882.5

hr: 7
CA Activation Rate num: 6647390
UPTP Mbps Den: 5975
Setup_Fail_DEN: 19160
Peak UE: 51
DL Data Vol MAC in MB: 4050.37
Combined RACH Preambles: 3941

holiday: 0
CA DL DataVolRatio Pct num: 4561

SIP DC%: 
UPTP_Mbps: 88.96
CA DL DataVolRatio Pct den: 2376
weekend: 0
hr: 0
MAC_UE_SC_Tput: 18227.79

hr: 0
CA Activation Rate num: 9945405
Peak UE: 36

Time: 00:13:15
holiday: 0

SIP DC%: 
UPTP_Mbps: 24.47
CA DL DataVolRatio Pct den: 7189
weekend: 0
UPTP Mbps Num: 37183
hr: 0

hr: 0
CA Activation Rate num: 11213107
Peak UE: 31
MB_per_connected_UE: 58.48
DL Data Vol MAC in MB: 2650
CA Activation Rate den: 208783

Time: 22:58:30
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6025.7
RRC Setup Attempts: 8446
CA DL DataVolRatio Pct den: 4741
CA Conf FailRate Pct den: 8459
weekend: 0
CA Activation Rate: 73.33
hr: 4
MAC_UE_SC_Tput: 12973.27
Bearer Releases: 16660

hr: 4
CA Activation Rate num: 1591857
Setup_Fail_DEN: 15311
Peak UE: 39
DL Data Vol MAC in MB: 753.99
CA Activation Rate den: 112612

Time: 18:09:11
holiday: 0
CA DL DataVolRatio Pct: 85
CA DL DataVolRatio Pct num: 225

SIP DC%: 
DLRLCLayerDataVolume MB: 4602.2
weekend: 0
UPTP Mbps Num: 17451
CA Activation Rate: 75.89
hr: 23
MAC_UE_SC_Tput: 9075.96
Bearer Releases: 6260

hr: 23
CA Activation Rate num: 7453426
Setup_Fail_DEN: 14643
SIP_SC_Total_MOU: 329.97
Peak UE: 38
MB_per_connected_UE: 109.7
PCT Time MIMO: 40.4
DL Volume: 211

Time: 15:46:35
holiday: 0

Avg_Connected_UEs: 45.21
SIP DC%: 
DLRLCLayerDataVolume MB: 6583.86
DRB UL Data Volume MB: 7077
weekend: 0
UPTP Mbps Num: 42805
hr: 3
MAC_UE_SC_Tput: 5002.97

hr: 3
CA Activation Rate num: 4794706
Peak UE: 27
MB_per_connected_UE: 89.8
DL Volume: 9891
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9266
CA Activation Rate den: 123143

Time: 18:34:20
holiday: 0

Avg_Connected_UEs: 37.84
SIP DC%: 
DLRLCLayerDataVolume MB: 9718.66
DRB UL Data Volume MB: 5996
weekend: 1
UPTP Mbps Num: 1742
hr: 0
MAC_UE_SC_Tput: 45870.91

hr: 0
CA Activation Rate num: 11851560
SIP_SC_Total_MOU: 28.15
Peak UE: 94
MB_per_connected_UE: 158.78
DL Data Vol MAC in MB: 564.14
CA Activation Rate den: 101313

Time: 19:40:30
holiday: 0
CA DL DataVolRatio Pct: 71.86

DL MAC Vol Scell Pct: 34.37
SIP DC%: 
weekend: 0
hr: 3
MAC_UE_SC_Tput: 15861.96

hr: 3
CA Activation Rate num: 10755007
SIP_SC_Total_MOU: 31.48
Peak UE: 52
MB_per_connected_UE: 32.84
DL Volume: 7331
DL Data Vol MAC in MB: 4269.38

Time: 00:26:15
holiday: 0

DL MAC Vol Scell Pct: 13.45
SIP DC%: 
DLRLCLayerDataVolume MB: 6990.99
CA Conf FailRate Pct den: 6026
weekend: 1
hr: 23
MAC_UE_SC_Tput: 7008.57
Bearer Releases: 10746

hr: 23
CA Activation Rate num: 5558208
Setup_Fail_DEN: 12704
SIP_SC_Total_MOU: 391.42
Peak UE: 36
DL Volume: 1095
DL Data Vol MAC in MB: 7896.26
CA Activation Rate den: 130318

Time: 16:49:11
holiday: 0

Avg_Connected_UEs: 73.18
SIP DC%: 
UPTP_Mbps: 114.14
DLRLCLayerDataVolume MB: 3397.07
RRC Setup Attempts: 5138
CA Conf FailRate Pct den: 7393
weekend: 0
CA Activation Rate: 40.54
hr: 0
MAC_UE_SC_Tput: 5657.87

hr: 0
CA Activation Rate num: 1793637
Peak UE: 28
DL Data Vol MAC in MB: 2349.71
CA Activation Rate den: 37327

Time: 16:33:10
holiday: 0

SIP DC%: 
UPTP_Mbps: 76.66
DLRLCLayerDataVolume MB: 2340.08
CA DL DataVolRatio Pct den: 4882
weekend: 0
CA Activation Rate: 35.75
hr: 23
MAC_UE_SC_Tput: 16834.18

hr: 23
CA Activation Rate num: 1711291
Peak UE: 83
MB_per_connected_UE: 186.84
CA Activation Rate den: 157659

Time: 00:11:05
holiday: 0
CA DL DataVolRatio Pct: 40.66
CA DL DataVolRatio Pct num: 4929

SIP DC%: 
DLRLCLayerDataVolume MB: 10005.08
CA DL DataVolRatio Pct den: 9059
weekend: 0
UPTP Mbps Num: 4348
hr: 17
MAC_UE_SC_Tput: 11641.54

hr: 17
CA Activation Rate num: 3081216
SIP_SC_Total_MOU: 42.03
Peak UE: 50
PCT Time MIMO: 62.38
DL Volume: 477
DL Data Vol MAC in MB: 6814.56
CA Activation Rate den: 90016

Time: 21:21:06
holiday: 0

Avg_Connected_UEs: 77.03
SIP DC%: 
DLRLCLayerDataVolume MB: 4052.67
CA Conf FailRate Pct den: 8414
weekend: 0
UPTP Mbps Num: 40380
hr: 17
MAC_UE_SC_Tput: 21313.23

hr: 17
CA Activation Rate num: 6206074
UPTP Mbps Den: 5491
Setup_Fail_DEN: 6320
SIP_SC_Total_MOU: 250.08
Peak UE: 52
DL Data Vol MAC in MB: 5462.94

Time: 14:49:27
holiday: 0
CA DL DataVolRatio Pct num: 4920

SIP DC%: 
DLRLCLayerDataVolume MB: 7629.71
weekend: 0
hr: 19
MAC_UE_SC_Tput: 4946.97
Bearer Releases: 10823

hr: 19
CA Activation Rate num: 5002994
Setup_Fail_DEN: 16120
SIP_SC_Total_MOU: 40.4
Peak UE: 27
MB_per_connected_UE: 207.64
DL Data Vol MAC in MB: 7431.99

Time: 08:13:59
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2478.69
DRB UL Data Volume MB: 5295
RRC Setup Attempts: 4406
CA DL DataVolRatio Pct den: 10222
weekend: 0
hr: 23
Bearer Releases: 8206

hr: 23
CA Activation Rate num: 4668848
MB_per_connected_UE: 152.17
DL Data Vol MAC in MB: 3428.93

Time: 02:25:25
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1552.21
weekend: 0
hr: 23
MAC_UE_SC_Tput: 15471.66

hr: 23
CA Activation Rate num: 9837501
Setup_Fail_DEN: 16325
SIP_SC_Total_MOU: 114.75
Peak UE: 38
DL Volume: 5911
DL Data Vol MAC in MB: 5380.57
CA Activation Rate den: 177994

Time: 00:03:55
holiday: 0

SIP DC%: 
RRC Setup Attempts: 6007
CA Conf FailRate Pct den: 5325
weekend: 0
UPTP Mbps Num: 5126
hr: 14
MAC_UE_SC_Tput: 7829.05

hr: 14
CA Activation Rate num: 4807822
Peak UE: 74
MB_per_connected_UE: 69.92
DL Data Vol MAC in MB: 8629.55
CA Activation Rate den: 92243

Time: 19:10:56
holiday: 0

SIP DC%: 
UPTP_Mbps: 34.99
DRB UL Data Volume MB: 4599
RRC Setup Attempts: 7794
CA DL DataVolRatio Pct den: 3876
weekend: 0
CA Activation Rate: 62.15
hr: 7
MAC_UE_SC_Tput: 5260.77
Bearer Releases: 12025

hr: 7
CA Activation Rate num: 10030494
Setup_Fail_DEN: 16472
Peak UE: 27
MB_per_connected_UE: 64.57
DL Volume: 1695
UL Throughput: 9.48
CA Activation Rate den: 112320

Time: 22:50:28
holiday: 0
CA DL DataVolRatio Pct num: 4875

Avg_Connected_UEs: 20.34
SIP DC%: 
DRB UL Data Volume MB: 6198
weekend: 0
UPTP Mbps Num: 11365
hr: 23
MAC_UE_SC_Tput: 14442.91

hr: 23
CA Activation Rate num: 5600574
Setup_Fail_DEN: 11251
Peak UE: 65
MB_per_connected_UE: 127.14
DL Volume: 1497
DL Data Vol MAC in MB: 391.36
CA Activation Rate den: 180370

holiday: 0
CA DL DataVolRatio Pct: 54.56

SIP DC%: 
DLRLCLayerDataVolume MB: 6094.21
PRB Util%: 60.32
RRC Setup Attempts: 5999
weekend: 0
UPTP Mbps Num: 58645
hr: 13
MAC_UE_SC_Tput: 7391.5

hr: 13
CA Activation Rate num: 10907448
SIP_SC_Total_MOU: 248.53
Peak UE: 38

Time: 08:08:32
holiday: 0

SIP DC%: 
PRB Util%: 26.75
CA DL DataVolRatio Pct den: 6611
weekend: 0
CA Activation Rate: 57.66
hr: 20
MAC_UE_SC_Tput: 12302.39

hr: 20
CA Activation Rate num: 11022699
Peak UE: 76
MB_per_connected_UE: 9.18
DL Data Vol MAC in MB: 6468.04

Combined RACH Preambles: 3308
Time: 21:21:45
holiday: 0

SIP DC%: 
UPTP_Mbps: 8.04
DLRLCLayerDataVolume MB: 9847.02
DRB UL Data Volume MB: 9111
PRB Util%: 54.49
RRC Setup Attempts: 4157
weekend: 1
hr: 23
MAC_UE_SC_Tput: 18272.95

hr: 23
CA Activation Rate num: 3844216
SIP_SC_Total_MOU: 448.79
Peak UE: 54
MB_per_connected_UE: 47.23
CA Activation Rate den: 120875

Time: 03:17:33
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4408.81
weekend: 0
UPTP Mbps Num: 20933
CA Activation Rate: 69.27
hr: 0

hr: 0
CA Activation Rate num: 6008483
SIP_SC_Total_MOU: 319.86
Peak UE: 27
MB_per_connected_UE: 82.44
DL Volume: 7731
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6370
DL Data Vol MAC in MB: 2932.51

Time: 09:56:41
holiday: 0
CA DL DataVolRatio Pct num: 4435

Avg_Connected_UEs: 21.54
SIP DC%: 
DLRLCLayerDataVolume MB: 7957.62
PRB Util%: 61.73
weekend: 0
UPTP Mbps Num: 47533
CA Activation Rate: 5.75
hr: 12
MAC_UE_SC_Tput: 9211.97

hr: 12
CA Activation Rate num: 4819105
SIP_SC_Total_MOU: 136.07
Peak UE: 74
DL Volume: 4037
DL Data Vol MAC in MB: 927.69

Time: 00:25:45
holiday: 0

SIP DC%: 
weekend: 0
CA Activation Rate: 23.63
hr: 21
MAC_UE_SC_Tput: 5595.19
Bearer Releases: 12088

hr: 21
Peak UE: 29
DL Data Vol MAC in MB: 450.1

Time: 23:34:07
holiday: 0

SIP DC%: 
CA DL DataVolRatio Pct den: 9869
CA Conf FailRate Pct den: 5182
weekend: 0
UPTP Mbps Num: 11245
hr: 5
MAC_UE_SC_Tput: 16211.4
Bearer Releases: 14305

hr: 5
SIP_SC_Total_MOU: 6.22
Peak UE: 27
DL Volume: 7343
DL Data Vol MAC in MB: 9088.22
CA Activation Rate den: 127760

Time: 06:31:49
holiday: 0

SIP DC%: 
UPTP_Mbps: 38.31
DLRLCLayerDataVolume MB: 7763.23
weekend: 0
CA Activation Rate: 57.15
hr: 14
MAC_UE_SC_Tput: 6843.67

hr: 14
CA Activation Rate num: 8328788
Setup_Fail_DEN: 14796
SIP_SC_Total_MOU: 342.5
Peak UE: 27
MB_per_connected_UE: 78.91
DL Data Vol MAC in MB: 8473.93
CA Activation Rate den: 80652

Time: 13:11:59
holiday: 0
CA DL DataVolRatio Pct num: 6571

DL MAC Vol Scell Pct: 50.53
SIP DC%: 
DRB UL Data Volume MB: 9113
weekend: 0
hr: 23
MAC_UE_SC_Tput: 5532.49
Bearer Releases: 11952

hr: 23
CA Activation Rate num: 10823250
Setup_Fail_DEN: 12067
Peak UE: 27
DL Data Vol MAC in MB: 6188.91
CA Activation Rate den: 163742

Time: 08:23:25
holiday: 0

Avg_Connected_UEs: 84.41
SIP DC%: 
DLRLCLayerDataVolume MB: 591.97
CA DL DataVolRatio Pct den: 8277
weekend: 1
UPTP Mbps Num: 25752
hr: 2
Bearer Releases: 12076

hr: 2
CA Activation Rate num: 10893844
Peak UE: 37
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5150
CA Activation Rate den: 60163

Time: 12:14:01
holiday: 0

Avg_Connected_UEs: 19.46
SIP DC%: 
DLRLCLayerDataVolume MB: 7495.44
CA Conf FailRate Pct den: 6137
weekend: 0
CA Activation Rate: 37.62
hr: 23
MAC_UE_SC_Tput: 6957.1

hr: 23
Setup_Fail_DEN: 6588
Peak UE: 38
PCT Time MIMO: 42.62
CA Activation Rate den: 185899

Time: 00:05:36
holiday: 0
CA DL DataVolRatio Pct num: 212

SIP DC%: 
DLRLCLayerDataVolume MB: 7374.07
DRB UL Data Volume MB: 5589
CA DL DataVolRatio Pct den: 4255
weekend: 1
hr: 5
MAC_UE_SC_Tput: 9265.08

hr: 5
CA Activation Rate num: 8302872
Setup_Fail_DEN: 15030
SIP_SC_Total_MOU: 110.26
Peak UE: 28
VOLTE IA%: 
CA Activation Rate den: 61819

Time: 07:12:24
holiday: 0

Avg_Connected_UEs: 45.45
SIP DC%: 
UPTP_Mbps: 46.75
DRB UL Data Volume MB: 7747
CA DL DataVolRatio Pct den: 1602
weekend: 0
UPTP Mbps Num: 45207
hr: 21
MAC_UE_SC_Tput: 4503.35
Bearer Releases: 12683

hr: 21
CA Activation Rate num: 7097255
Setup_Fail_DEN: 19012
Peak UE: 27
MB_per_connected_UE: 49.24
DL Data Vol MAC in MB: 2554.36
CA Activation Rate den: 104339

Time: 08:36:02
holiday: 0
CA DL DataVolRatio Pct: 79.54

DL MAC Vol Scell Pct: 30.37
SIP DC%: 
DLRLCLayerDataVolume MB: 9968.29
DRB UL Data Volume MB: 8341
PRB Util%: 60.28
weekend: 0
hr: 11
MAC_UE_SC_Tput: 9680.62

hr: 11
CA Activation Rate num: 3724630
Peak UE: 27
DL Data Vol MAC in MB: 2889.13

Time: 12:26:32
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9130.94
weekend: 0
hr: 0

hr: 0
CA Activation Rate num: 8556126
Setup_Fail_DEN: 12959
Peak UE: 59
MB_per_connected_UE: 174.94
PCT Time MIMO: 44.68
DL Data Vol MAC in MB: 4958.3
CA Activation Rate den: 70418

Time: 16:55:18
holiday: 0

SIP DC%: 
UPTP_Mbps: 10.91
PRB Util%: 31.94
weekend: 1
hr: 5
MAC_UE_SC_Tput: 7139.54
Bearer Releases: 13419

hr: 5
CA Activation Rate num: 2332713
SIP_SC_Total_MOU: 106.12
UL MAC Vol Scell Pct: 5.63
Peak UE: 27
DL Volume: 9213
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7673
DL Data Vol MAC in MB: 6999.26

holiday: 0
CA DL DataVolRatio Pct num: 4278

DL MAC Vol Scell Pct: 3.8
SIP DC%: 
DLRLCLayerDataVolume MB: 5607.04
CA Conf FailRate Pct den: 4351
weekend: 1
UPTP Mbps Num: 47090
CA Activation Rate: 7.47
hr: 11
MAC_UE_SC_Tput: 6111.96

hr: 11
CA Activation Rate num: 5187095
Peak UE: 88
MB_per_connected_UE: 17.67
DL Volume: 4546
DL Data Vol MAC in MB: 1346.67

Time: 02:25:53
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4266.46
weekend: 0
UPTP Mbps Num: 25330
hr: 17
MAC_UE_SC_Tput: 17279.37

hr: 17
CA Activation Rate num: 4246865
SIP_SC_Total_MOU: 370.37
Peak UE: 30
MB_per_connected_UE: 106.73
DL Data Vol MAC in MB: 1730.72
CA Activation Rate den: 89367

Time: 09:03:25
holiday: 0

DL MAC Vol Scell Pct: 52.81
Avg_Connected_UEs: 31.41
SIP DC%: 
DLRLCLayerDataVolume MB: 4959.77
DRB UL Data Volume MB: 2126
CA Conf FailRate Pct den: 4365
weekend: 0
hr: 12
MAC_UE_SC_Tput: 5742.05
Bearer Releases: 10735

hr: 12
CA Activation Rate num: 9546446
Setup_Fail_DEN: 10515
SIP_SC_Total_MOU: 105.62
Peak UE: 27
MB_per_connected_UE: 69.59

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2620.03
PRB Util%: 31.53
RRC Setup Attempts: 3409
weekend: 0
UPTP Mbps Num: 46818
hr: 23
MAC_UE_SC_Tput: 7498.99
Bearer Releases: 8141

hr: 23
CA Activation Rate num: 3139178
SIP_SC_Total_MOU: 68.07
Peak UE: 45
MB_per_connected_UE: 157.72
DL Data Vol MAC in MB: 7361.38
CA Activation Rate den: 192998

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1002.61
PRB Util%: 14.75
CA DL DataVolRatio Pct den: 5945
CA Conf FailRate Pct den: 9060
weekend: 0
CA Activation Rate: 32.32
hr: 20
MAC_UE_SC_Tput: 7341.46
Bearer Releases: 12686

hr: 20
CA Activation Rate num: 9528667
Peak UE: 37
DL Data Vol MAC in MB: 5294.01
CA Activation Rate den: 84599

Time: 11:48:47
holiday: 0
CA DL DataVolRatio Pct num: 768

Avg_Connected_UEs: 73.53
SIP DC%: 
weekend: 0
UPTP Mbps Num: 37606
hr: 5
MAC_UE_SC_Tput: 4220.3
Bearer Releases: 11630

hr: 5
CA Activation Rate num: 7373681
Setup_Fail_DEN: 20005
SIP_SC_Total_MOU: 21.41
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6720
DL Data Vol MAC in MB: 5299.13

Combined RACH Preambles: 3054
Time: 11:23:06
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4473.87
RRC Setup Attempts: 9535
CA DL DataVolRatio Pct den: 9708
weekend: 0
UPTP Mbps Num: 16299
hr: 7
MAC_UE_SC_Tput: 6786.79

hr: 7
CA Activation Rate num: 8376146
Setup_Fail_DEN: 19752
Peak UE: 43
CA Activation Rate den: 40442

Time: 02:55:33
holiday: 0
CA DL DataVolRatio Pct num: 5472

DL MAC Vol Scell Pct: 45.74
SIP DC%: 
weekend: 0
UPTP Mbps Num: 17031
hr: 9
MAC_UE_SC_Tput: 8707.71

hr: 9
CA Activation Rate num: 7420611
UPTP Mbps Den: 754
Setup_Fail_DEN: 17134
Peak UE: 27
MB_per_connected_UE: 123.22
DL Volume: 7559
DL Data Vol MAC in MB: 1853.78

Time: 01:39:51
holiday: 0

Avg_Connected_UEs: 38.52
SIP DC%: 
DLRLCLayerDataVolume MB: 928.68
CA DL DataVolRatio Pct den: 373
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4434.5

hr: 0
CA Activation Rate num: 8576861
SIP_SC_Total_MOU: 91.45
Peak UE: 53
MB_per_connected_UE: 100.35
DL Volume: 4563
CA Activation Rate den: 71969

Time: 23:02:43
holiday: 0
CA DL DataVolRatio Pct num: 1240

SIP DC%: 
CA Conf FailRate Pct den: 4730
weekend: 0
UPTP Mbps Num: 2409
hr: 23
MAC_UE_SC_Tput: 14496.95

hr: 23
CA Activation Rate num: 416852
Peak UE: 90
DL Volume: 8815
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4354
DL Data Vol MAC in MB: 914.66
Time: 01:31:00

holiday: 0

SIP DC%: 
PRB Util%: 74.9
weekend: 0
hr: 12
MAC_UE_SC_Tput: 13581.68

hr: 12
CA Activation Rate num: 9995079
Peak UE: 30
VOLTE IA%: 
DL Data Vol MAC in MB: 10107.67

Time: 01:41:21
holiday: 0
CA DL DataVolRatio Pct: 89.02

SIP DC%: 
weekend: 0
hr: 6
MAC_UE_SC_Tput: 4215.23

hr: 6
CA Activation Rate num: 10206353
Peak UE: 47
MB_per_connected_UE: 57.11
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5407
DL Data Vol MAC in MB: 8590.49
CA Activation Rate den: 129422

holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 1365
weekend: 0
hr: 17
MAC_UE_SC_Tput: 4645.65
Bearer Releases: 6554

hr: 17
Setup_Fail_DEN: 11482
Peak UE: 27
MB_per_connected_UE: 204.9
DL Data Vol MAC in MB: 861.18

Time: 15:34:23
holiday: 0
CA DL DataVolRatio Pct: 74.22

DL MAC Vol Scell Pct: 15.72
Avg_Connected_UEs: 16.39
SIP DC%: 
DLRLCLayerDataVolume MB: 3512.58
DRB UL Data Volume MB: 5810
PRB Util%: 60.68
weekend: 0
UPTP Mbps Num: 6087
CA Activation Rate: 24.15
hr: 15
MAC_UE_SC_Tput: 7549.54

hr: 15
CA Activation Rate num: 10214285
Peak UE: 27
MB_per_connected_UE: 72.44
PCT Time MIMO: 59.77
DL Data Vol MAC in MB: 2869.31

holiday: 0
CA DL DataVolRatio Pct: 40.19

SIP DC%: 
DLRLCLayerDataVolume MB: 6087.67
weekend: 0
hr: 5
MAC_UE_SC_Tput: 4848.96
Bearer Releases: 7648

hr: 5
CA Activation Rate num: 10481649
UPTP Mbps Den: 150
SIP_SC_Total_MOU: 219.95
Peak UE: 27
DL Volume: 8611
DL Data Vol MAC in MB: 6548.19
CA Activation Rate den: 51307

Time: 15:57:02
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3719.3
DRB UL Data Volume MB: 7585
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4816.5

hr: 23
CA Activation Rate num: 10799432
Setup_Fail_DEN: 14772
Peak UE: 51
MB_per_connected_UE: 46.15
DL Data Vol MAC in MB: 9058.62
CA Activation Rate den: 167870
Time: 08:00:41

holiday: 0
CA DL DataVolRatio Pct num: 5447

SIP DC%: 
PRB Util%: 21.15
RRC Setup Attempts: 6749
CA DL DataVolRatio Pct den: 2260
weekend: 0
UPTP Mbps Num: 14118
hr: 6
MAC_UE_SC_Tput: 8443.59

hr: 6
CA Activation Rate num: 4766615
Peak UE: 27
PCT Time MIMO: 63.7

Time: 23:11:08
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4212.18
CA Conf FailRate Pct den: 3507
weekend: 0
UPTP Mbps Num: 12535
hr: 1
MAC_UE_SC_Tput: 9296.66
Bearer Releases: 17566

hr: 1
Setup_Fail_DEN: 13865
SIP_SC_Total_MOU: 119.27
Peak UE: 27
MB_per_connected_UE: 79.71
DL Data Vol MAC in MB: 5361.38

Time: 12:15:26
holiday: 0

SIP DC%: 
UPTP_Mbps: 17.77
CA DL DataVolRatio Pct den: 9175
weekend: 0
CA Activation Rate: 18.7
hr: 0
MAC_UE_SC_Tput: 18398.72

hr: 0
CA Activation Rate num: 8015892
UPTP Mbps Den: 719
Peak UE: 42
MB_per_connected_UE: 9.45
DL Volume: 4452
CA Activation Rate den: 56696

Time: 23:11:41
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2369.16
CA DL DataVolRatio Pct den: 5694
CA Conf FailRate Pct den: 4814
weekend: 0
CA Activation Rate: 25.18
hr: 23
Bearer Releases: 12268

hr: 23
Avg CQI: 8
CA Activation Rate num: 9829556
SIP_SC_Total_MOU: 228.24
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7327
DL Data Vol MAC in MB: 9965.92
CA Activation Rate den: 180820

Time: 00:39:05
holiday: 0

SIP DC%: 
UPTP_Mbps: 23.47
DLRLCLayerDataVolume MB: 1284.18
CA Conf FailRate Pct den: 4090
weekend: 0
hr: 4
MAC_UE_SC_Tput: 6617.05

hr: 4
CA Activation Rate num: 3741585
Setup_Fail_DEN: 6497
SIP_SC_Total_MOU: 221.25
MB_per_connected_UE: 76.17
DL Volume: 2015
DL Data Vol MAC in MB: 8377.09
CA Activation Rate den: 102895

Time: 13:02:02
holiday: 0

SIP DC%: 
UPTP_Mbps: 46.27
DLRLCLayerDataVolume MB: 6875.27
weekend: 0
CA Activation Rate: 76.87
hr: 15
MAC_UE_SC_Tput: 5356.36

hr: 15
Peak UE: 92
CA Activation Rate den: 74852

Time: 07:02:14
holiday: 0

DL MAC Vol Scell Pct: 25.34
Avg_Connected_UEs: 80.98
SIP DC%: 
DLRLCLayerDataVolume MB: 6151.93
DRB UL Data Volume MB: 6945
weekend: 1
UPTP Mbps Num: 55262
CA Activation Rate: 8.33
hr: 12
MAC_UE_SC_Tput: 6146.95
Bearer Releases: 16496

hr: 12
SIP_SC_Total_MOU: 15.69
Peak UE: 27

Time: 06:39:17
holiday: 0

SIP DC%: 
UPTP_Mbps: 11.46
DLRLCLayerDataVolume MB: 3620.85
DRB UL Data Volume MB: 5289
PRB Util%: 59.88
CA DL DataVolRatio Pct den: 3074
weekend: 0
hr: 2
MAC_UE_SC_Tput: 4889.62

hr: 2
SIP_SC_Total_MOU: 6.57
Peak UE: 27
DL Data Vol MAC in MB: 4289.87
CA Activation Rate den: 146935

Time: 17:20:48
holiday: 0
CA DL DataVolRatio Pct num: 5947

SIP DC%: 
DLRLCLayerDataVolume MB: 2154.8
DRB UL Data Volume MB: 2085
PRB Util%: 33.94
CA DL DataVolRatio Pct den: 6309
weekend: 0
hr: 7
MAC_UE_SC_Tput: 6077.52

hr: 7
CA Activation Rate num: 12283558
Setup_Fail_DEN: 6862
SIP_SC_Total_MOU: 402.13
Peak UE: 39
MB_per_connected_UE: 183.56
DL Volume: 5564
DL Data Vol MAC in MB: 6680.12
CA Activation Rate den: 50580

holiday: 0

SIP DC%: 
UPTP_Mbps: 38.11
DLRLCLayerDataVolume MB: 8658.78
DRB UL Data Volume MB: 5328
PRB Util%: 57.52
RRC Setup Attempts: 5336
CA DL DataVolRatio Pct den: 2680
weekend: 1
hr: 22
MAC_UE_SC_Tput: 12316.5
Bearer Releases: 12166

hr: 22
CA Activation Rate num: 5682561
UPTP Mbps Den: 745
Setup_Fail_DEN: 10984
SIP_SC_Total_MOU: 176.36
Peak UE: 27

holiday: 0

DL MAC Vol Scell Pct: 37.93
SIP DC%: 
weekend: 1
UPTP Mbps Num: 42935
hr: 8
MAC_UE_SC_Tput: 6575.56

hr: 8
CA Activation Rate num: 4900071
UPTP Mbps Den: 265
SIP_SC_Total_MOU: 446.91
Peak UE: 44
DL Volume: 6041
DL Data Vol MAC in MB: 9185.03
CA Activation Rate den: 50595

Time: 05:51:14
holiday: 0
CA DL DataVolRatio Pct num: 2214

SIP DC%: 
DLRLCLayerDataVolume MB: 7517.19
RRC Setup Attempts: 3621
weekend: 0
UPTP Mbps Num: 6816
CA Activation Rate: 42.96
hr: 23
Bearer Releases: 11614

hr: 23
CA Activation Rate num: 10122444
SIP_SC_Total_MOU: 106.61
Peak UE: 31
DL Data Vol MAC in MB: 8571.18

Time: 04:43:30
holiday: 0

Avg_Connected_UEs: 66.26
SIP DC%: 
UPTP_Mbps: 8.84
DLRLCLayerDataVolume MB: 2892.97
RRC Setup Attempts: 3671
CA DL DataVolRatio Pct den: 1072
weekend: 0
UPTP Mbps Num: 9355
hr: 15
MAC_UE_SC_Tput: 11005.61
Bearer Releases: 7403

hr: 15
CA Activation Rate num: 1969240
Setup_Fail_DEN: 11767
SIP_SC_Total_MOU: 8.77
Peak UE: 38
MB_per_connected_UE: 88.15
DL Volume: 3820
CA Activation Rate den: 161919

Time: 13:15:37
holiday: 0

SIP DC%: 
CA DL DataVolRatio Pct den: 7686
weekend: 0
hr: 20

hr: 20
CA Activation Rate num: 10433993
SIP_SC_Total_MOU: 133.65
Peak UE: 61
DL Data Vol MAC in MB: 8594.88
CA Activation Rate den: 90595

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9457.37
DRB UL Data Volume MB: 6973
CA Conf FailRate Pct den: 8514
weekend: 1
UPTP Mbps Num: 17810
hr: 23
MAC_UE_SC_Tput: 8814.36
Bearer Releases: 11497

hr: 23
CA Activation Rate num: 1038134
Peak UE: 38
CA Activation Rate den: 39039

Time: 16:12:33
holiday: 0

SIP DC%: 
UPTP_Mbps: 26.55
DLRLCLayerDataVolume MB: 8820.34
PRB Util%: 29.39
CA DL DataVolRatio Pct den: 4553
CA Conf FailRate Pct den: 6369
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4132.93

hr: 23
CA Activation Rate num: 1273660
Setup_Fail_DEN: 11512
Peak UE: 27
MB_per_connected_UE: 150.89
DL Data Vol MAC in MB: 9059.76

Time: 01:48:39
holiday: 0
CA DL DataVolRatio Pct: 77.13

SIP DC%: 
UPTP_Mbps: 8.62
DLRLCLayerDataVolume MB: 6999.05
DRB UL Data Volume MB: 8999
PRB Util%: 54.06
CA Conf FailRate Pct den: 8065
weekend: 0
CA Activation Rate: 71.68
hr: 0
MAC_UE_SC_Tput: 8880.14

hr: 0
CA Activation Rate num: 3040509
MB_per_connected_UE: 53.56
DL Volume: 5962
DL Data Vol MAC in MB: 8223.99

Time: 17:30:11
holiday: 0
CA DL DataVolRatio Pct: 87.14

DL MAC Vol Scell Pct: 43.09
SIP DC%: 
DLRLCLayerDataVolume MB: 9584.93
CA DL DataVolRatio Pct den: 4195
weekend: 0
hr: 18
MAC_UE_SC_Tput: 5294.04
Bearer Releases: 9121

hr: 18
CA Activation Rate num: 2432163
UPTP Mbps Den: 1767
Peak UE: 34
MB_per_connected_UE: 74.28
PCT Time MIMO: 54.78
DL Volume: 2861
DL Data Vol MAC in MB: 6366.83

Time: 04:05:34
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5212.43
weekend: 0
hr: 8
MAC_UE_SC_Tput: 10537.45

hr: 8
CA Activation Rate num: 6904432
Setup_Fail_DEN: 10910
Peak UE: 31
MB_per_connected_UE: 13.73
PCT Time MIMO: 52.07
DL Data Vol MAC in MB: 8330.84

Time: 19:08:16
holiday: 0
CA DL DataVolRatio Pct num: 4945

SIP DC%: 
DLRLCLayerDataVolume MB: 6888.29
DRB UL Data Volume MB: 9305
weekend: 0
hr: 23

hr: 23
CA Activation Rate num: 6600263
Peak UE: 31
MB_per_connected_UE: 21.22
DL Volume: 6261
DL Data Vol MAC in MB: 4499.37

Time: 21:28:00
holiday: 0
CA DL DataVolRatio Pct num: 1826

DL MAC Vol Scell Pct: 32.19
Avg_Connected_UEs: 53.31
SIP DC%: 
CA DL DataVolRatio Pct den: 5409
weekend: 0
UPTP Mbps Num: 1142
hr: 0
MAC_UE_SC_Tput: 6257.57

hr: 0
CA Activation Rate num: 5110902
UPTP Mbps Den: 3930
Setup_Fail_DEN: 10408
Peak UE: 71
DL Volume: 4745

Combined RACH Preambles: 4974
Time: 08:26:20
holiday: 0

Avg_Connected_UEs: 29.74
SIP DC%: 
CA DL DataVolRatio Pct den: 6665
weekend: 0
UPTP Mbps Num: 4512
hr: 17
MAC_UE_SC_Tput: 9565.31
Bearer Releases: 15300

hr: 17
CA Activation Rate num: 5521466
Setup_Fail_DEN: 15622
SIP_SC_Total_MOU: 111.12
Peak UE: 79
VOLTE IA%: 
MB_per_connected_UE: 116.4
DL Volume: 3813
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6515
DL Data Vol MAC in MB: 8024.2

Time: 07:45:07
holiday: 0

SIP DC%: 
weekend: 0
UPTP Mbps Num: 4560
hr: 13
MAC_UE_SC_Tput: 17321.19
Bearer Releases: 14529

hr: 13
CA Activation Rate num: 8994996
Setup_Fail_DEN: 14811
SIP_SC_Total_MOU: 31.25
Peak UE: 64
MB_per_connected_UE: 101.13
DL Data Vol MAC in MB: 9931.43
CA Activation Rate den: 51917

Combined RACH Preambles: 3138
holiday: 0
CA DL DataVolRatio Pct num: 1999

DL MAC Vol Scell Pct: 50.25
SIP DC%: 
DRB UL Data Volume MB: 4548
weekend: 0
hr: 16
MAC_UE_SC_Tput: 4698.15
Bearer Releases: 9097

hr: 16
CA Activation Rate num: 4826955
SIP_SC_Total_MOU: 307.86
Peak UE: 27
DL Data Vol MAC in MB: 9497.76

Time: 02:50:44
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5215.62
weekend: 0
UPTP Mbps Num: 17316
CA Activation Rate: 5.68
hr: 19
MAC_UE_SC_Tput: 5099.98
Bearer Releases: 7219

hr: 19
CA Activation Rate num: 6943647
UPTP Mbps Den: 1976
Peak UE: 67
DL Volume: 8643
DL Data Vol MAC in MB: 9312.5
CA Activation Rate den: 91383

Time: 13:03:36
holiday: 0
CA DL DataVolRatio Pct num: 6851

Avg_Connected_UEs: 22.81
SIP DC%: 
UPTP_Mbps: 81.99
DRB UL Data Volume MB: 5637
DL Packet Loss Pct: 2.66
RRC Setup Attempts: 4281
CA Conf FailRate Pct den: 5945
weekend: 0
UPTP Mbps Num: 41116
hr: 0
MAC_UE_SC_Tput: 5229.74

hr: 0
CA Activation Rate num: 10571642
SIP_SC_Total_MOU: 162.29
Peak UE: 71

Time: 04:14:59
holiday: 0
CA DL DataVolRatio Pct num: 4948

Avg_Connected_UEs: 41.52
SIP DC%: 
UPTP_Mbps: 27.54
DLRLCLayerDataVolume MB: 5444.1
CA Conf FailRate Pct den: 8188
weekend: 0
CA Activation Rate: 26.31
hr: 0
MAC_UE_SC_Tput: 9764.06

hr: 0
Setup_Fail_DEN: 11005
SIP_SC_Total_MOU: 171.55
Peak UE: 54
MB_per_connected_UE: 181.11
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3483
DL Data Vol MAC in MB: 2877.89
CA Activation Rate den: 121929

Combined RACH Preambles: 3857
Time: 03:18:51
holiday: 0

SIP DC%: 
weekend: 0
hr: 3
MAC_UE_SC_Tput: 9628.19
Bearer Releases: 11496

hr: 3
CA Activation Rate num: 10172032
SIP_SC_Total_MOU: 68.08
Peak UE: 63
MB_per_connected_UE: 28.68
DL Volume: 9195
DL Data Vol MAC in MB: 8076.07

Time: 13:46:33
holiday: 0
CA DL DataVolRatio Pct: 59.86

SIP DC%: 
DLRLCLayerDataVolume MB: 1035.04
CA Conf FailRate Pct den: 5497
weekend: 0
UPTP Mbps Num: 10633
CA Activation Rate: 23.51
hr: 2
MAC_UE_SC_Tput: 10796.4
Bearer Releases: 8110

hr: 2
CA Activation Rate num: 4818404
Setup_Fail_DEN: 6976
SIP_SC_Total_MOU: 126.07
Peak UE: 27
MB_per_connected_UE: 142.67

Time: 03:01:54
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 7307.76
DL Packet Loss Pct: 4.2
CA DL DataVolRatio Pct den: 6901
weekend: 0
UPTP Mbps Num: 815
hr: 23
MAC_UE_SC_Tput: 17144.84
Bearer Releases: 13299

hr: 23
CA Activation Rate num: 10372434
SIP_SC_Total_MOU: 127.14
Peak UE: 44

Time: 06:42:08
holiday: 0
CA DL DataVolRatio Pct: 79.86

SIP DC%: 
DLRLCLayerDataVolume MB: 4774.49
DRB UL Data Volume MB: 8841
CA DL DataVolRatio Pct den: 2602
CA Conf FailRate Pct den: 4279
weekend: 0
UPTP Mbps Num: 9888
hr: 18
MAC_UE_SC_Tput: 13524.72

hr: 18
CA Activation Rate num: 13479789
Setup_Fail_DEN: 19144
SIP_SC_Total_MOU: 25.28
Peak UE: 27
DL Data Vol MAC in MB: 4651.33

Time: 05:19:05
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5083.79
RRC Setup Attempts: 7071
weekend: 0
hr: 7
MAC_UE_SC_Tput: 11445.1

hr: 7
CA Activation Rate num: 12904015
Setup_Fail_DEN: 15217
Peak UE: 46
MB_per_connected_UE: 51.55
DL Data Vol MAC in MB: 6203.33
CA Activation Rate den: 79188

Time: 23:50:04
holiday: 0

SIP DC%: 
UPTP_Mbps: 119.15
RRC Setup Attempts: 3401
CA DL DataVolRatio Pct den: 6252
weekend: 0
UPTP Mbps Num: 38892
hr: 8
MAC_UE_SC_Tput: 18270.24

hr: 8
CA Activation Rate num: 5940299
Setup_Fail_DEN: 15473
Peak UE: 27
MB_per_connected_UE: 51.11

Time: 21:19:50
holiday: 0
CA DL DataVolRatio Pct num: 505

SIP DC%: 
DLRLCLayerDataVolume MB: 9254.09
DRB UL Data Volume MB: 5748
PRB Util%: 11.37
weekend: 0
hr: 15
MAC_UE_SC_Tput: 8187.65
Bearer Releases: 16541

hr: 15
CA Activation Rate num: 4480255
Setup_Fail_DEN: 19822
Peak UE: 27

Time: 22:47:14
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2985.29
CA DL DataVolRatio Pct den: 1966
weekend: 0
UPTP Mbps Num: 10567
hr: 23

hr: 23
CA Activation Rate num: 5362779
Peak UE: 48
MB_per_connected_UE: 109.49
PCT Time MIMO: 55.18
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7154
CA Activation Rate den: 55096

Time: 11:02:27
holiday: 0

Avg_Connected_UEs: 62.33
SIP DC%: 
DLRLCLayerDataVolume MB: 8120.68
DRB UL Data Volume MB: 7218
PRB Util%: 70.14
weekend: 0
hr: 15
MAC_UE_SC_Tput: 20163.37
Bearer Releases: 6750

hr: 15
CA Activation Rate num: 5135602
UPTP Mbps Den: 5484
Peak UE: 27
MB_per_connected_UE: 28.57
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4316
DL Data Vol MAC in MB: 5985.96
CA Activation Rate den: 164636

Time: 23:25:26
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1187.92
CA DL DataVolRatio Pct den: 7831
weekend: 0
hr: 11
MAC_UE_SC_Tput: 16484.4

hr: 11
CA Activation Rate num: 4201394
Peak UE: 54
MB_per_connected_UE: 26.21
PCT Time MIMO: 54.99
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8037
DL Data Vol MAC in MB: 1017.36
CA Activation Rate den: 70289

Time: 01:12:52
holiday: 0
CA DL DataVolRatio Pct: 64.89

SIP DC%: 
PRB Util%: 26.21
RRC Setup Attempts: 6074
weekend: 1
UPTP Mbps Num: 44315
hr: 0
MAC_UE_SC_Tput: 5634.1

hr: 0
CA Activation Rate num: 2628119
UPTP Mbps Den: 1529
Setup_Fail_DEN: 16711
SIP_SC_Total_MOU: 255.5
Peak UE: 27
DL Data Vol MAC in MB: 5024.14

Time: 17:34:38
holiday: 0

DL MAC Vol Scell Pct: 32.3
SIP DC%: 
DLRLCLayerDataVolume MB: 337.47
DRB UL Data Volume MB: 9903
weekend: 0
UPTP Mbps Num: 21515
CA Activation Rate: 65.54
hr: 11
MAC_UE_SC_Tput: 6019.74

hr: 11
Setup_Fail_DEN: 14194
SIP_SC_Total_MOU: 160.03
Peak UE: 29
DL Data Vol MAC in MB: 8049.34
CA Activation Rate den: 59029

Time: 11:38:00
holiday: 0
CA DL DataVolRatio Pct: 65.07
CA DL DataVolRatio Pct num: 880

SIP DC%: 
DLRLCLayerDataVolume MB: 4872.2
DRB UL Data Volume MB: 4942
weekend: 0
UPTP Mbps Num: 21858
hr: 7
MAC_UE_SC_Tput: 6597.61

hr: 7
CA Activation Rate num: 11279151
Setup_Fail_DEN: 10296
Peak UE: 27
DL Data Vol MAC in MB: 8744.75
CA Activation Rate den: 186292

Time: 10:53:57
holiday: 0

SIP DC%: 
UPTP_Mbps: 102.47
CA DL DataVolRatio Pct den: 7563
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7478.38
Bearer Releases: 15984

hr: 23
CA Activation Rate num: 5520512
Setup_Fail_DEN: 20016
SIP_SC_Total_MOU: 31.17
Peak UE: 83
DL Data Vol MAC in MB: 9705.99
CA Activation Rate den: 78901

Time: 05:56:58
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3484.07
CA DL DataVolRatio Pct den: 8756
weekend: 0
UPTP Mbps Num: 11680
hr: 23
MAC_UE_SC_Tput: 4187.43

hr: 23
CA Activation Rate num: 4854959
SIP_SC_Total_MOU: 138.97
Peak UE: 69
MB_per_connected_UE: 175.45
DL Data Vol MAC in MB: 6153.67
CA Activation Rate den: 93761

Combined RACH Preambles: 2645
Time: 11:16:59
holiday: 0
CA DL DataVolRatio Pct num: 3432

SIP DC%: 
weekend: 0
UPTP Mbps Num: 8211
hr: 0
MAC_UE_SC_Tput: 13528.07

hr: 0
Setup_Fail_DEN: 11477
SIP_SC_Total_MOU: 170.34
Peak UE: 32
VOLTE IA%: 
MB_per_connected_UE: 11.23
CA Activation Rate den: 38400

Time: 09:17:47
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4330.7
DRB UL Data Volume MB: 1304
weekend: 0
hr: 18
MAC_UE_SC_Tput: 11219.59
Bearer Releases: 10142

hr: 18
CA Activation Rate num: 3123698
Peak UE: 28
MB_per_connected_UE: 40.78

Time: 13:26:45
holiday: 0
CA DL DataVolRatio Pct: 81.69

DL MAC Vol Scell Pct: 5.87
SIP DC%: 
UPTP_Mbps: 39.87
CA Conf FailRate Pct den: 8943
weekend: 0
CA Activation Rate: 70.91
hr: 23
MAC_UE_SC_Tput: 4570.71

hr: 23
CA Activation Rate num: 7650488
Setup_Fail_DEN: 8493
Peak UE: 27
DL Data Vol MAC in MB: 2082.44
CA Activation Rate den: 138395

Time: 22:06:55
holiday: 0

SIP DC%: 
CA Conf FailRate Pct den: 4446
weekend: 0
hr: 23
MAC_UE_SC_Tput: 6907
Bearer Releases: 11039

hr: 23
CA Activation Rate num: 10077244
SIP_SC_Total_MOU: 73.27
Peak UE: 57
MB_per_connected_UE: 151.77

Time: 23:22:59
holiday: 0
CA DL DataVolRatio Pct num: 1703

SIP DC%: 
UPTP_Mbps: 84.36
DLRLCLayerDataVolume MB: 2042.02
RRC Setup Attempts: 6759
CA DL DataVolRatio Pct den: 7627
weekend: 0
UPTP Mbps Num: 9145
hr: 3
MAC_UE_SC_Tput: 6064.45

hr: 3
CA Activation Rate num: 2302547
UPTP Mbps Den: 6527
SIP_SC_Total_MOU: 167.39
Peak UE: 27
MB_per_connected_UE: 19.7
PCT Time MIMO: 36.73
DL Data Vol MAC in MB: 4596.07
CA Activation Rate den: 40867

Combined RACH Preambles: 5240
Time: 09:31:10
holiday: 0
CA DL DataVolRatio Pct: 80.79

SIP DC%: 
weekend: 0
UPTP Mbps Num: 44959
CA Activation Rate: 26.6
hr: 23
MAC_UE_SC_Tput: 4863.82
Bearer Releases: 17020

hr: 23
CA Activation Rate num: 5800865
UPTP Mbps Den: 1931
Setup_Fail_DEN: 14686
Peak UE: 27
DL Data Vol MAC in MB: 9078.19
CA Activation Rate den: 72658

Time: 09:43:15
holiday: 0
CA DL DataVolRatio Pct num: 5550

SIP DC%: 
PRB Util%: 29.35
RRC Setup Attempts: 9751
CA DL DataVolRatio Pct den: 6429
weekend: 0
CA Activation Rate: 63.9
hr: 23
MAC_UE_SC_Tput: 10999.65

hr: 23
CA Activation Rate num: 4880998
SIP_SC_Total_MOU: 436.44
Peak UE: 41
MB_per_connected_UE: 137.98
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5290
DL Data Vol MAC in MB: 933.32
CA Activation Rate den: 221616

Time: 21:25:47
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5273.16
RRC Setup Attempts: 6802
CA DL DataVolRatio Pct den: 8866
weekend: 0
CA Activation Rate: 41.05
hr: 13
MAC_UE_SC_Tput: 9342.39
Bearer Releases: 15956

hr: 13
CA Activation Rate num: 2920572
Peak UE: 27
MB_per_connected_UE: 7.26
DL Volume: 2845
DL Data Vol MAC in MB: 1798.93

Time: 12:05:35
holiday: 0

Avg_Connected_UEs: 35.07
SIP DC%: 
DLRLCLayerDataVolume MB: 1671.81
DRB UL Data Volume MB: 1369
weekend: 0
CA Activation Rate: 61.95
hr: 19
MAC_UE_SC_Tput: 16953.11
Bearer Releases: 13308

hr: 19
CA Activation Rate num: 5366034
UPTP Mbps Den: 3415
SIP_SC_Total_MOU: 87.67
Peak UE: 27
MB_per_connected_UE: 59.02
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7577
CA Activation Rate den: 47187

Time: 15:22:05
holiday: 0
CA DL DataVolRatio Pct num: 6454

Avg_Connected_UEs: 74.02
SIP DC%: 
DLRLCLayerDataVolume MB: 9692.45
CA Conf FailRate Pct den: 9346
weekend: 0
UPTP Mbps Num: 30219
hr: 0
MAC_UE_SC_Tput: 9006.28
Bearer Releases: 12878

hr: 0
CA Activation Rate num: 3337495
Setup_Fail_DEN: 9260
Peak UE: 77
MB_per_connected_UE: 19.68
DL Volume: 6998
CA Activation Rate den: 116918

Time: 14:44:40
holiday: 0

SIP DC%: 
UPTP_Mbps: 79.36
DRB UL Data Volume MB: 4033
weekend: 0
UPTP Mbps Num: 2049
hr: 15
MAC_UE_SC_Tput: 8806.67

hr: 15
CA Activation Rate num: 3734367
Peak UE: 36
DL Volume: 9025
CA Activation Rate den: 91071

Time: 01:10:26
holiday: 0

DL MAC Vol Scell Pct: 29.68
Avg_Connected_UEs: 42.48
SIP DC%: 
DLRLCLayerDataVolume MB: 5656.43
DRB UL Data Volume MB: 8452
weekend: 1
UPTP Mbps Num: 42518
CA Activation Rate: 10.24
hr: 0
MAC_UE_SC_Tput: 19214.18
Bearer Releases: 13157

hr: 0
CA Activation Rate num: 3290143
Setup_Fail_DEN: 12532
Peak UE: 27
MB_per_connected_UE: 35.85
DL Data Vol MAC in MB: 2394.97
CA Activation Rate den: 153447

Time: 11:55:54
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 9570.45
CA Conf FailRate Pct den: 9282
weekend: 0
UPTP Mbps Num: 3576
CA Activation Rate: 20.34
hr: 4
MAC_UE_SC_Tput: 6412.27

hr: 4
CA Activation Rate num: 7134322
Peak UE: 43
MB_per_connected_UE: 81.38
DL Volume: 910
DL Data Vol MAC in MB: 7011.16
CA Activation Rate den: 62912

Time: 17:20:34
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6967.89
CA DL DataVolRatio Pct den: 8082
weekend: 0
hr: 7
MAC_UE_SC_Tput: 7455.33

hr: 7
CA Activation Rate num: 4432032
SIP_SC_Total_MOU: 79.25
Peak UE: 36
MB_per_connected_UE: 89.73
DL Volume: 8805
DL Data Vol MAC in MB: 6444.96

holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 5857
CA DL DataVolRatio Pct den: 2627
weekend: 0
CA Activation Rate: 4.83
hr: 0
MAC_UE_SC_Tput: 7284.76
Bearer Releases: 9597

hr: 0
CA Activation Rate num: 1801676
Setup_Fail_DEN: 7517
Peak UE: 27
MB_per_connected_UE: 79.72
CA Activation Rate den: 136212

holiday: 0
CA DL DataVolRatio Pct num: 6231

SIP DC%: 
DLRLCLayerDataVolume MB: 6452.58
CA DL DataVolRatio Pct den: 6757
weekend: 0
hr: 23
MAC_UE_SC_Tput: 15392.99
Bearer Releases: 8802

hr: 23
CA Activation Rate num: 10937611
SIP_SC_Total_MOU: 149
Peak UE: 76
MB_per_connected_UE: 158.91
PCT Time MIMO: 63.76
DL Volume: 2478
CA Activation Rate den: 150346

Time: 14:28:08
holiday: 0

SIP DC%: 
weekend: 0
hr: 14
MAC_UE_SC_Tput: 17490.27

hr: 14
CA Activation Rate num: 2368939
Peak UE: 68
MB_per_connected_UE: 21.11

Time: 19:31:44
holiday: 0
CA DL DataVolRatio Pct num: 7146

Avg_Connected_UEs: 59.38
SIP DC%: 
PRB Util%: 54.99
RRC Setup Attempts: 6581
CA DL DataVolRatio Pct den: 1326
weekend: 1
UPTP Mbps Num: 52778
hr: 6
MAC_UE_SC_Tput: 13481.84
Bearer Releases: 8874

hr: 6
CA Activation Rate num: 2216705
Peak UE: 40
DL Data Vol MAC in MB: 6863.72
CA Activation Rate den: 47795

Time: 18:10:59
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 228.37
CA Conf FailRate Pct den: 5908
weekend: 0
UPTP Mbps Num: 30344
hr: 23
MAC_UE_SC_Tput: 10295.88

hr: 23
CA Activation Rate num: 4543485
SIP_SC_Total_MOU: 141.84
Peak UE: 34
PCT Time MIMO: 65.56
CA Activation Rate den: 89749

Time: 12:08:12
holiday: 0
CA DL DataVolRatio Pct num: 4441

DL MAC Vol Scell Pct: 48.36
Avg_Connected_UEs: 33.61
SIP DC%: 
DLRLCLayerDataVolume MB: 8932.69
PRB Util%: 68.07
weekend: 0
hr: 11
MAC_UE_SC_Tput: 5718.5

hr: 11
CA Activation Rate num: 10871512
SIP_SC_Total_MOU: 227.32
Peak UE: 27
MB_per_connected_UE: 88.88
DL Volume: 2476
DL Data Vol MAC in MB: 3489.38

Time: 18:21:40
holiday: 0

SIP DC%: 
UPTP_Mbps: 19.64
DLRLCLayerDataVolume MB: 9497.76
PRB Util%: 69.88
CA Conf FailRate Pct den: 7980
weekend: 0
UPTP Mbps Num: 12623
hr: 16
MAC_UE_SC_Tput: 6296.49

hr: 16
CA Activation Rate num: 2375427
SIP_SC_Total_MOU: 116.26
Peak UE: 27
MB_per_connected_UE: 161.43
DL Data Vol MAC in MB: 9909.41
CA Activation Rate den: 128058

Time: 15:44:03
holiday: 0

DL MAC Vol Scell Pct: 25.57
SIP DC%: 
CA DL DataVolRatio Pct den: 4485
weekend: 0
hr: 23
MAC_UE_SC_Tput: 12184.67
Bearer Releases: 17746

hr: 23
CA Activation Rate num: 10053344
SIP_SC_Total_MOU: 36.18
Peak UE: 45
DL Data Vol MAC in MB: 5536.36
CA Activation Rate den: 188141

Time: 00:57:22
holiday: 0
CA DL DataVolRatio Pct num: 6909

SIP DC%: 
UPTP_Mbps: 28.52
RRC Setup Attempts: 5614
weekend: 1
hr: 10
MAC_UE_SC_Tput: 7525.9

hr: 10
CA Activation Rate num: 10434962
Setup_Fail_DEN: 9336
SIP_SC_Total_MOU: 81.77
Peak UE: 27
DL Volume: 6738
CA Activation Rate den: 46811

Combined RACH Preambles: 3363
Time: 15:21:27
holiday: 0
SIP_SC_Call_Attempts: 264
CA DL DataVolRatio Pct num: 5276

SIP DC%: 
DLRLCLayerDataVolume MB: 8142.51
PRB Util%: 58.76
CA DL DataVolRatio Pct den: 8400
CA Conf FailRate Pct den: 8043
weekend: 0
hr: 0
MAC_UE_SC_Tput: 15259.87

hr: 0
CA Activation Rate num: 10382682
Setup_Fail_DEN: 18682
SIP_SC_Total_MOU: 4.42
Peak UE: 64
VOLTE IA%: 
MB_per_connected_UE: 50.4
DL Volume: 6907
DL Data Vol MAC in MB: 475.71
CA Activation Rate den: 146081

holiday: 0

Avg_Connected_UEs: 73.27
SIP DC%: 
UPTP_Mbps: 28.7
DLRLCLayerDataVolume MB: 7216.13
PRB Util%: 68.52
CA DL DataVolRatio Pct den: 8774
weekend: 0
hr: 6
MAC_UE_SC_Tput: 10946.04

hr: 6
CA Activation Rate num: 4177717
UPTP Mbps Den: 668
SIP_SC_Total_MOU: 361.93
Peak UE: 48
MB_per_connected_UE: 128.52
CA Activation Rate den: 74822

Time: 04:01:36
holiday: 0

SIP DC%: 
UPTP_Mbps: 96.52
DRB UL Data Volume MB: 2576
weekend: 0
CA Activation Rate: 40.64
hr: 22

hr: 22
CA Activation Rate num: 7155734
SIP_SC_Total_MOU: 140.95
Peak UE: 27
DL Data Vol MAC in MB: 8578.91

Time: 00:58:58
holiday: 0

DL MAC Vol Scell Pct: 47.3
SIP DC%: 
UPTP_Mbps: 15.68
DLRLCLayerDataVolume MB: 4258.35
DRB UL Data Volume MB: 5704
CA DL DataVolRatio Pct den: 6767
weekend: 0
UPTP Mbps Num: 21308
hr: 0
MAC_UE_SC_Tput: 17708.58

hr: 0
CA Activation Rate num: 7349137
UPTP Mbps Den: 210
Setup_Fail_DEN: 17818
Peak UE: 27
DL Volume: 4919
DL Data Vol MAC in MB: 949.67
CA Activation Rate den: 38944

Time: 04:22:07
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6764.53
DRB UL Data Volume MB: 5290
RRC Setup Attempts: 7144
CA DL DataVolRatio Pct den: 4976
weekend: 1
hr: 7
MAC_UE_SC_Tput: 17276.02

hr: 7
CA Activation Rate num: 10854000
Setup_Fail_DEN: 13684
SIP_SC_Total_MOU: 286.39
Peak UE: 32
MB_per_connected_UE: 26.4
DL Data Vol MAC in MB: 5945.11

Time: 13:48:53
holiday: 0
CA DL DataVolRatio Pct: 45.44
CA DL DataVolRatio Pct num: 3377

SIP DC%: 
UPTP_Mbps: 14.92
DLRLCLayerDataVolume MB: 177.24
DRB UL Data Volume MB: 5921
CA Conf FailRate Pct den: 6113
weekend: 0
UPTP Mbps Num: 12284
hr: 11
MAC_UE_SC_Tput: 5628.95
Bearer Releases: 7470

hr: 11
CA Activation Rate num: 8785840
Setup_Fail_DEN: 17705
SIP_SC_Total_MOU: 403.82
Peak UE: 29
MB_per_connected_UE: 147.42
DL Data Vol MAC in MB: 9813.78
CA Activation Rate den: 108705

Time: 13:45:26
holiday: 0
CA DL DataVolRatio Pct num: 7154

SIP DC%: 
DLRLCLayerDataVolume MB: 4835.56
PRB Util%: 4.44
weekend: 0
hr: 5
MAC_UE_SC_Tput: 5574.34
Bearer Releases: 8085

hr: 5
CA Activation Rate num: 5042713
SIP_SC_Total_MOU: 4.28
Peak UE: 77
DL Volume: 9506
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5719
DL Data Vol MAC in MB: 5209.69
CA Activation Rate den: 97326

holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 2807
CA DL DataVolRatio Pct den: 9329
CA Conf FailRate Pct den: 4349
weekend: 0
UPTP Mbps Num: 48175
CA Activation Rate: 34.62
hr: 3
MAC_UE_SC_Tput: 14635.04

hr: 3
CA Activation Rate num: 1093764
SIP_SC_Total_MOU: 13.85
Peak UE: 66
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7572
CA Activation Rate den: 40592

holiday: 0

Avg_Connected_UEs: 46.73
SIP DC%: 
PRB Util%: 57.53
CA Conf FailRate Pct den: 9514
weekend: 0
UPTP Mbps Num: 24200
hr: 16
MAC_UE_SC_Tput: 19730.61

hr: 16
Setup_Fail_DEN: 14761
SIP_SC_Total_MOU: 140.47
Peak UE: 52
PCT Time MIMO: 43.03
DL Volume: 4549
DL Data Vol MAC in MB: 7024.18

Time: 15:06:32
holiday: 0
CA DL DataVolRatio Pct: 64.05
CA DL DataVolRatio Pct num: 827

SIP DC%: 
PRB Util%: 42.4
weekend: 0
hr: 6
MAC_UE_SC_Tput: 12075.92
Bearer Releases: 9592

hr: 6
CA Activation Rate num: 9809213
Peak UE: 78
CA Activation Rate den: 152697

Time: 06:32:46
holiday: 0
CA DL DataVolRatio Pct num: 3847

SIP DC%: 
PRB Util%: 74.14
weekend: 0
UPTP Mbps Num: 17342
CA Activation Rate: 58.55
hr: 8
MAC_UE_SC_Tput: 5304.21
Bearer Releases: 13686

hr: 8
CA Activation Rate num: 1579996
Setup_Fail_DEN: 9896
Peak UE: 46
PCT Time MIMO: 51.85
DL Volume: 3552
DL Data Vol MAC in MB: 1939.3
CA Activation Rate den: 87781

Time: 05:55:49
holiday: 0
CA DL DataVolRatio Pct: 41.91

SIP DC%: 
DLRLCLayerDataVolume MB: 2384.11
CA DL DataVolRatio Pct den: 2209
weekend: 0
hr: 6

hr: 6
CA Activation Rate num: 9639665
Setup_Fail_DEN: 14398
SIP_SC_Total_MOU: 286.49
Peak UE: 27
PCT Time MIMO: 47.17
DL Data Vol MAC in MB: 2243.56
CA Activation Rate den: 103163
Combined RACH Preambles: 3566

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5795.59
DRB UL Data Volume MB: 7323
CA DL DataVolRatio Pct den: 6380
CA Conf FailRate Pct den: 8397
weekend: 0
CA Activation Rate: 46.62
hr: 12
MAC_UE_SC_Tput: 13288.11

hr: 12
CA Activation Rate num: 542602
Setup_Fail_DEN: 12899
Peak UE: 48
VOLTE IA%: 

Time: 08:01:19
holiday: 0
CA DL DataVolRatio Pct num: 5413

DL MAC Vol Scell Pct: 13.71
SIP DC%: 
UPTP_Mbps: 60.23
DLRLCLayerDataVolume MB: 2717.1
CA DL DataVolRatio Pct den: 2630
weekend: 0
UPTP Mbps Num: 20370
CA Activation Rate: 30.05
hr: 17
MAC_UE_SC_Tput: 18224.61
Bearer Releases: 11892

hr: 17
CA Activation Rate num: 2328324
UPTP Mbps Den: 587
Setup_Fail_DEN: 7820
SIP_SC_Total_MOU: 302.34
Peak UE: 38
MB_per_connected_UE: 106.6
PCT Time MIMO: 60.44
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8250
DL Data Vol MAC in MB: 8900.39
CA Activation Rate den: 148674

Combined RACH Preambles: 2728
Time: 13:13:53
holiday: 0
CA DL DataVolRatio Pct num: 2892

DL MAC Vol Scell Pct: 28.43
SIP DC%: 
DLRLCLayerDataVolume MB: 9169.29
CA DL DataVolRatio Pct den: 5411
weekend: 0
UPTP Mbps Num: 23165
hr: 20
MAC_UE_SC_Tput: 10082.04

hr: 20
CA Activation Rate num: 7685745
Setup_Fail_DEN: 17190
SIP_SC_Total_MOU: 65.33
Peak UE: 27
DL Data Vol MAC in MB: 8880.62

Time: 22:51:51
holiday: 0
CA DL DataVolRatio Pct num: 4349

Avg_Connected_UEs: 39.16
SIP DC%: 
UPTP_Mbps: 20.13
DLRLCLayerDataVolume MB: 3554.95
DRB UL Data Volume MB: 3178
RRC Setup Attempts: 5643
CA DL DataVolRatio Pct den: 4767
weekend: 0
UPTP Mbps Num: 37446
hr: 6
MAC_UE_SC_Tput: 11681.28
Bearer Releases: 15185

hr: 6
CA Activation Rate num: 10119350
SIP_SC_Total_MOU: 400.1
Peak UE: 47
MB_per_connected_UE: 13.51

Time: 08:19:32
holiday: 0

DL MAC Vol Scell Pct: 58.27
Avg_Connected_UEs: 45.75
SIP DC%: 
weekend: 0
hr: 0
MAC_UE_SC_Tput: 4756.45

hr: 0
CA Activation Rate num: 5346272
Setup_Fail_DEN: 11021
SIP_SC_Total_MOU: 113.34
Peak UE: 29
MB_per_connected_UE: 145.12

Time: 16:10:23
holiday: 0

SIP DC%: 
UPTP_Mbps: 15.53
DLRLCLayerDataVolume MB: 8107.08
DRB UL Data Volume MB: 5481
CA Conf FailRate Pct den: 6203
weekend: 0
CA Activation Rate: 30.11
hr: 14
MAC_UE_SC_Tput: 16531.26

hr: 14
CA Activation Rate num: 6843303
Setup_Fail_DEN: 7796
Peak UE: 60
DL Data Vol MAC in MB: 1360.62
CA Activation Rate den: 78958

Time: 11:35:09
holiday: 0
CA DL DataVolRatio Pct: 72.44

SIP DC%: 
UPTP_Mbps: 37.4
DLRLCLayerDataVolume MB: 2532.73
CA DL DataVolRatio Pct den: 7447
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4741.93

hr: 23
CA Activation Rate num: 8157147
Peak UE: 80
MB_per_connected_UE: 32.89
PCT Time MIMO: 61.54
CA Activation Rate den: 96418

Time: 17:53:39
holiday: 0
CA DL DataVolRatio Pct: 61.89
CA DL DataVolRatio Pct num: 5376

SIP DC%: 
DRB UL Data Volume MB: 6897
PRB Util%: 70.89
CA DL DataVolRatio Pct den: 6111
weekend: 0
UPTP Mbps Num: 11664
hr: 16
MAC_UE_SC_Tput: 6267.05
Bearer Releases: 10983

hr: 16
CA Activation Rate num: 3736296
Peak UE: 50
VOLTE IA%: 
MB_per_connected_UE: 195.85

Time: 09:08:51
holiday: 0
CA DL DataVolRatio Pct num: 3629

SIP DC%: 
DLRLCLayerDataVolume MB: 898.14
DRB UL Data Volume MB: 5872
CA Conf FailRate Pct den: 4737
weekend: 0
hr: 23
MAC_UE_SC_Tput: 11359.69

hr: 23
CA Activation Rate num: 10878736
Setup_Fail_DEN: 13949
SIP_SC_Total_MOU: 294.7
Peak UE: 64
DL Data Vol MAC in MB: 1648.78

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6841.86
weekend: 0
UPTP Mbps Num: 13840
hr: 13
MAC_UE_SC_Tput: 11845.8

hr: 13
CA Activation Rate num: 8908574
Setup_Fail_DEN: 14960
SIP_SC_Total_MOU: 293.79
Peak UE: 59
MB_per_connected_UE: 174.32
DL Data Vol MAC in MB: 2727.21
CA Activation Rate den: 173905

Time: 13:33:29
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1815.61
DRB UL Data Volume MB: 8455
CA DL DataVolRatio Pct den: 7854
weekend: 0
UPTP Mbps Num: 46455
hr: 10
MAC_UE_SC_Tput: 16556.63

hr: 10
CA Activation Rate num: 9974058
SIP_SC_Total_MOU: 102.21
Peak UE: 27
MB_per_connected_UE: 125.6
DL Volume: 8425

Time: 12:38:44
holiday: 0

SIP DC%: 
PRB Util%: 70.32
CA DL DataVolRatio Pct den: 9817
weekend: 0
hr: 23
MAC_UE_SC_Tput: 19804.04

hr: 23
CA Activation Rate num: 5447274
SIP_SC_Total_MOU: 175.97
Peak UE: 27
MB_per_connected_UE: 97.03
PCT Time MIMO: 63.89
DL Volume: 3954
DL Data Vol MAC in MB: 4472.82
CA Activation Rate den: 142706

Time: 12:02:19
holiday: 0

SIP DC%: 
UPTP_Mbps: 8.81
weekend: 0
hr: 0
MAC_UE_SC_Tput: 15561.98
Bearer Releases: 16257

hr: 0
Peak UE: 27
MB_per_connected_UE: 17.51
DL Data Vol MAC in MB: 8631.59
CA Activation Rate den: 134705

Time: 04:09:19
holiday: 0

SIP DC%: 
UPTP_Mbps: 120.75
DLRLCLayerDataVolume MB: 7077.28
DRB UL Data Volume MB: 4203
PRB Util%: 8.64
weekend: 0
CA Activation Rate: 75.96
hr: 19
MAC_UE_SC_Tput: 16801.8

hr: 19
CA Activation Rate num: 1837772
SIP_SC_Total_MOU: 4.78
Peak UE: 49
PCT Time MIMO: 64.79
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6228
DL Data Vol MAC in MB: 4461.53

Time: 18:30:07
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6335.28
DRB UL Data Volume MB: 8711
weekend: 0
CA Activation Rate: 49.79
hr: 17
MAC_UE_SC_Tput: 22385.98
Bearer Releases: 15913

hr: 17
CA Activation Rate num: 9318331
UPTP Mbps Den: 50
Peak UE: 30
VOLTE IA%: 
DL Data Vol MAC in MB: 7301.03

Time: 11:07:57
holiday: 0
CA DL DataVolRatio Pct: 65.05

SIP DC%: 
DRB UL Data Volume MB: 6740
PRB Util%: 56.64
DL Packet Loss Pct: 0.47
weekend: 0
UPTP Mbps Num: 26720
hr: 1
MAC_UE_SC_Tput: 8610.14
Bearer Releases: 10432

hr: 1
SIP_SC_Total_MOU: 251.6
Peak UE: 86
DL Data Vol MAC in MB: 7780.36

Time: 05:10:44
holiday: 0

SIP DC%: 
RRC Setup Attempts: 5295
CA DL DataVolRatio Pct den: 4226
CA Conf FailRate Pct den: 7448
weekend: 0
UPTP Mbps Num: 39347
CA Activation Rate: 34.01
hr: 2
MAC_UE_SC_Tput: 4960.51
Bearer Releases: 9671

hr: 2
CA Activation Rate num: 7193346
SIP_SC_Total_MOU: 85.28
Peak UE: 27
MB_per_connected_UE: 26.3
CA Activation Rate den: 71720

Time: 06:42:29
holiday: 0
CA DL DataVolRatio Pct num: 5226

SIP DC%: 
DLRLCLayerDataVolume MB: 4303.69
PRB Util%: 25.94
RRC Setup Attempts: 9656
CA DL DataVolRatio Pct den: 5952
CA Conf FailRate Pct den: 3182
weekend: 0
CA Activation Rate: 57.58
hr: 3
MAC_UE_SC_Tput: 11062.32
Bearer Releases: 13809

hr: 3
CA Activation Rate num: 3864570
Peak UE: 35
MB_per_connected_UE: 184.49
DL Volume: 3692
DL Data Vol MAC in MB: 3468.22
CA Activation Rate den: 102289

Time: 10:44:36
holiday: 0
CA DL DataVolRatio Pct num: 5639

SIP DC%: 
DLRLCLayerDataVolume MB: 9218.1
weekend: 0
UPTP Mbps Num: 2402
hr: 12
MAC_UE_SC_Tput: 7786.09
Bearer Releases: 9335

hr: 12
CA Activation Rate num: 409452
Setup_Fail_DEN: 10034
Peak UE: 56
MB_per_connected_UE: 63.17
PCT Time MIMO: 53.73
DL Data Vol MAC in MB: 3428.5
CA Activation Rate den: 96964

Time: 03:03:03
holiday: 0
CA DL DataVolRatio Pct: 69.67

Avg_Connected_UEs: 77.6
SIP DC%: 
DLRLCLayerDataVolume MB: 3090.61
weekend: 0
hr: 12
MAC_UE_SC_Tput: 6105.27

hr: 12
CA Activation Rate num: 8799955
Setup_Fail_DEN: 14833
Peak UE: 50
MB_per_connected_UE: 128.94
CA Activation Rate den: 77465

holiday: 0
CA DL DataVolRatio Pct num: 6227

SIP DC%: 
DLRLCLayerDataVolume MB: 8145.31
CA Conf FailRate Pct den: 3962
weekend: 0
UPTP Mbps Num: 35863
hr: 1
MAC_UE_SC_Tput: 16267.09
Bearer Releases: 18033

hr: 1
CA Activation Rate num: 2168342
Peak UE: 27
MB_per_connected_UE: 147.85
DL Data Vol MAC in MB: 9955.64

Time: 14:06:48
holiday: 0

DL MAC Vol Scell Pct: 42.08
Avg_Connected_UEs: 55.21
SIP DC%: 
DLRLCLayerDataVolume MB: 2371.63
DRB UL Data Volume MB: 2816
RRC Setup Attempts: 4927
CA DL DataVolRatio Pct den: 6208
weekend: 0
hr: 10
MAC_UE_SC_Tput: 5967.73
Bearer Releases: 15480

hr: 10
CA Activation Rate num: 8641639
UPTP Mbps Den: 1895
SIP_SC_Total_MOU: 20.52
Peak UE: 71

Time: 04:35:37
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6766.73
RRC Setup Attempts: 3815
weekend: 0
UPTP Mbps Num: 25179
CA Activation Rate: 40.34
hr: 20
MAC_UE_SC_Tput: 8826.4
Bearer Releases: 9362

hr: 20
CA Activation Rate num: 3551971
Setup_Fail_DEN: 12669
UL MAC Vol Scell Pct: 2.47
Peak UE: 78
MB_per_connected_UE: 87.7
CA Activation Rate den: 137768

Time: 02:08:20
holiday: 0
CA DL DataVolRatio Pct num: 2584

SIP DC%: 
DLRLCLayerDataVolume MB: 6101.24
PRB Util%: 61.72
weekend: 1
hr: 0
MAC_UE_SC_Tput: 5300.28

hr: 0
SIP_SC_Total_MOU: 275.87
Peak UE: 73
DL Data Vol MAC in MB: 5409.52
CA Activation Rate den: 72645

Time: 02:00:02
holiday: 0
CA DL DataVolRatio Pct num: 4886

SIP DC%: 
DLRLCLayerDataVolume MB: 7544.46
DRB UL Data Volume MB: 8519
weekend: 0
hr: 18
MAC_UE_SC_Tput: 4699.06

hr: 18
CA Activation Rate num: 5294740
Peak UE: 27
MB_per_connected_UE: 199.51
DL Data Vol MAC in MB: 7170.04
CA Activation Rate den: 109637

Time: 23:14:31
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 467.63
PRB Util%: 25.77
RRC Setup Attempts: 3745
weekend: 0
UPTP Mbps Num: 1808
hr: 23
MAC_UE_SC_Tput: 11568.68
Bearer Releases: 9648

hr: 23
CA Activation Rate num: 4394489
SIP_SC_Total_MOU: 189.33
UL MAC Vol Scell Pct: 5.07
Peak UE: 27
MB_per_connected_UE: 126.12
CA Activation Rate den: 118817

Time: 10:50:36
holiday: 0
CA DL DataVolRatio Pct num: 4662

DL MAC Vol Scell Pct: 37.48
SIP DC%: 
UPTP_Mbps: 15.72
DLRLCLayerDataVolume MB: 9819.93
CA DL DataVolRatio Pct den: 8966
CA Conf FailRate Pct den: 5960
weekend: 0
UPTP Mbps Num: 61720
hr: 17
MAC_UE_SC_Tput: 6399.56

hr: 17
CA Activation Rate num: 9406509
Peak UE: 27
MB_per_connected_UE: 201.8
DL Data Vol MAC in MB: 8518.71

Time: 09:05:36
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6999.53
DRB UL Data Volume MB: 7570
weekend: 0
CA Activation Rate: 55.92
hr: 18
MAC_UE_SC_Tput: 14357.61
Bearer Releases: 15273

hr: 18
CA Activation Rate num: 2607059
UPTP Mbps Den: 1546
SIP_SC_Total_MOU: 243.55
Peak UE: 82
DL Volume: 6396
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5397
DL Data Vol MAC in MB: 8861.47

Time: 00:39:49
holiday: 0
CA DL DataVolRatio Pct num: 4177

SIP DC%: 
PRB Util%: 71.23
CA Conf FailRate Pct den: 8392
weekend: 1
hr: 10
MAC_UE_SC_Tput: 11283.3

hr: 10
CA Activation Rate num: 828106
Setup_Fail_DEN: 13644
Peak UE: 61

Time: 22:52:35
holiday: 0

SIP DC%: 
DRB UL Data Volume MB: 1678
weekend: 0
hr: 16
MAC_UE_SC_Tput: 10314.11
Bearer Releases: 12624

hr: 16
CA Activation Rate num: 3678492
Peak UE: 27
DL Volume: 9710
CA Activation Rate den: 77483

Time: 14:05:48
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 2215.68
DRB UL Data Volume MB: 8664
RRC Setup Attempts: 9374
weekend: 0
UPTP Mbps Num: 14536
hr: 11
MAC_UE_SC_Tput: 13665.7
Bearer Releases: 9962

hr: 11
CA Activation Rate num: 9260466
UPTP Mbps Den: 6004
SIP_SC_Total_MOU: 192.38
Peak UE: 75
MB_per_connected_UE: 58.44
CA Activation Rate den: 51374

Time: 07:33:31
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 3048.8
CA DL DataVolRatio Pct den: 4278
weekend: 0
UPTP Mbps Num: 47433
hr: 23
MAC_UE_SC_Tput: 12342.02

hr: 23
CA Activation Rate num: 2103260
UPTP Mbps Den: 1971
Setup_Fail_DEN: 19343
SIP_SC_Total_MOU: 146.88
Peak UE: 55
MB_per_connected_UE: 135.87
PCT Time MIMO: 60.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4263
DL Data Vol MAC in MB: 9898.39

holiday: 0

DL MAC Vol Scell Pct: 43.42
SIP DC%: 
DLRLCLayerDataVolume MB: 6844.72
RRC Setup Attempts: 4870
CA DL DataVolRatio Pct den: 4557
weekend: 0
UPTP Mbps Num: 9859
hr: 11
MAC_UE_SC_Tput: 10004.19

hr: 11
CA Activation Rate num: 1393844
Peak UE: 27
DL Volume: 926
DL Data Vol MAC in MB: 7538.52

Time: 01:02:03
holiday: 0
CA DL DataVolRatio Pct: 82.62

SIP DC%: 
DLRLCLayerDataVolume MB: 3670.95
RRC Setup Attempts: 5489
CA DL DataVolRatio Pct den: 9191
CA Conf FailRate Pct den: 9024
weekend: 0
UPTP Mbps Num: 1882
hr: 20
MAC_UE_SC_Tput: 9196.02

hr: 20
CA Activation Rate num: 4361535
Peak UE: 72
MB_per_connected_UE: 160.53

Time: 05:01:47
holiday: 0
CA DL DataVolRatio Pct num: 6564

Avg_Connected_UEs: 40.65
SIP DC%: 
RRC Setup Attempts: 9282
CA Conf FailRate Pct den: 6307
weekend: 0
hr: 20

hr: 20
CA Activation Rate num: 7569825
SIP_SC_Total_MOU: 401.75
Peak UE: 28
PCT Time MIMO: 52.91
DL Data Vol MAC in MB: 936.5
CA Activation Rate den: 61971

Time: 06:17:07
holiday: 0

SIP DC%: 
PRB Util%: 34.29
weekend: 0
UPTP Mbps Num: 6291
hr: 13
MAC_UE_SC_Tput: 8729.86

hr: 13
CA Activation Rate num: 10857762
Setup_Fail_DEN: 15706
SIP_SC_Total_MOU: 319.1
Peak UE: 39

Time: 10:09:52
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6901.37
weekend: 0
UPTP Mbps Num: 41485
hr: 16
MAC_UE_SC_Tput: 24297.8
Bearer Releases: 14517

hr: 16
CA Activation Rate num: 5509076
Setup_Fail_DEN: 19211
SIP_SC_Total_MOU: 87.01
MB_per_connected_UE: 114.48
CA Activation Rate den: 72306

Time: 09:30:23
holiday: 0
CA DL DataVolRatio Pct num: 6708

SIP DC%: 
UPTP_Mbps: 14.88
CA Conf FailRate Pct den: 6971
weekend: 0
CA Activation Rate: 24.7
hr: 0
MAC_UE_SC_Tput: 15760.82

hr: 0
CA Activation Rate num: 439702
Peak UE: 33
DL Data Vol MAC in MB: 7845.51
CA Activation Rate den: 146150

Time: 16:10:53
holiday: 0
CA DL DataVolRatio Pct: 84.45
CA DL DataVolRatio Pct num: 3766

Avg_Connected_UEs: 66.98
SIP DC%: 
DLRLCLayerDataVolume MB: 5350.4
PRB Util%: 26.85
CA DL DataVolRatio Pct den: 1908
weekend: 0
UPTP Mbps Num: 24165
hr: 23
MAC_UE_SC_Tput: 19105.77
Bearer Releases: 16499

hr: 23
CA Activation Rate num: 8976204
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4954
DL Data Vol MAC in MB: 8872.33

Time: 11:26:49
holiday: 0
CA DL DataVolRatio Pct num: 5380

SIP DC%: 
weekend: 0
UPTP Mbps Num: 17465
CA Activation Rate: 43.96
hr: 22
MAC_UE_SC_Tput: 15313.09

hr: 22
CA Activation Rate num: 1682073
Setup_Fail_DEN: 13224
Peak UE: 88
MB_per_connected_UE: 46.07
DL Volume: 2858
DL Data Vol MAC in MB: 2949.88

Time: 05:04:32
holiday: 0
CA DL DataVolRatio Pct num: 3409

DL MAC Vol Scell Pct: 9.48
SIP DC%: 
DLRLCLayerDataVolume MB: 7492.29
weekend: 1
hr: 23
MAC_UE_SC_Tput: 5723.01
Bearer Releases: 7057

hr: 23
CA Activation Rate num: 4461096
SIP_SC_Total_MOU: 54.02
Peak UE: 27
PCT Time MIMO: 37.22
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6831
CA Activation Rate den: 89973

holiday: 0

SIP DC%: 
UPTP_Mbps: 21.08
DLRLCLayerDataVolume MB: 1568.45
DRB UL Data Volume MB: 9813
CA DL DataVolRatio Pct den: 7869
weekend: 0
UPTP Mbps Num: 26852
CA Activation Rate: 12.43
hr: 23
MAC_UE_SC_Tput: 19239.91

hr: 23
CA Activation Rate num: 10083547
Setup_Fail_DEN: 11903
SIP_SC_Total_MOU: 5.26
Peak UE: 34
PCT Time MIMO: 40.49
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4146

Time: 11:08:39
holiday: 0
CA DL DataVolRatio Pct: 53.8

DL MAC Vol Scell Pct: 52.78
SIP DC%: 
DRB UL Data Volume MB: 6122
weekend: 0
UPTP Mbps Num: 18522
hr: 23
MAC_UE_SC_Tput: 5307.2

hr: 23
CA Activation Rate num: 5479874
UPTP Mbps Den: 5097
Setup_Fail_DEN: 14038
SIP_SC_Total_MOU: 137.92
Peak UE: 36
MB_per_connected_UE: 124.57
DL Data Vol MAC in MB: 2036.6

Time: 18:37:51
holiday: 0

SIP DC%: 
UPTP_Mbps: 33.8
DLRLCLayerDataVolume MB: 1276.58
RRC Setup Attempts: 3908
weekend: 1
UPTP Mbps Num: 24806
hr: 15
Bearer Releases: 10447

hr: 15
CA Activation Rate num: 4066521
SIP_SC_Total_MOU: 214.77
Peak UE: 70
DL Volume: 7900
DL Data Vol MAC in MB: 2062.05
CA Activation Rate den: 44960

Combined RACH Preambles: 2160
Time: 21:02:47
holiday: 0
CA DL DataVolRatio Pct: 91.66

SIP DC%: 
DLRLCLayerDataVolume MB: 2079.21
CA DL DataVolRatio Pct den: 4459
weekend: 0
CA Activation Rate: 60.1
hr: 0
Bearer Releases: 7408

hr: 0
CA Activation Rate num: 4790623
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4444
CA Activation Rate den: 76710
Combined RACH Preambles: 3839

Time: 18:55:47
holiday: 0

DL MAC Vol Scell Pct: 42.78
SIP DC%: 
PRB Util%: 66.79
CA Conf FailRate Pct den: 6760
weekend: 0
hr: 0
MAC_UE_SC_Tput: 9163.79

hr: 0
CA Activation Rate num: 269826
UPTP Mbps Den: 2008
SIP_SC_Total_MOU: 25.84
Peak UE: 27
MB_per_connected_UE: 113.13
DL Data Vol MAC in MB: 9403.29

Combined RACH Preambles: 4271
Time: 22:28:27
holiday: 0
CA DL DataVolRatio Pct num: 208

Avg_Connected_UEs: 78.2
SIP DC%: 
DRB UL Data Volume MB: 4535
weekend: 0
UPTP Mbps Num: 32770
hr: 17
MAC_UE_SC_Tput: 6089.8

hr: 17
CA Activation Rate num: 7200846
Setup_Fail_DEN: 8714
Peak UE: 27
DL Data Vol MAC in MB: 1915.01
CA Activation Rate den: 37472

Time: 11:29:44
holiday: 0

Avg_Connected_UEs: 32.34
SIP DC%: 
DLRLCLayerDataVolume MB: 6331.04
CA DL DataVolRatio Pct den: 776
CA Conf FailRate Pct den: 2934
weekend: 0
UPTP Mbps Num: 33741
CA Activation Rate: 42.52
hr: 7
MAC_UE_SC_Tput: 16472.54
Bearer Releases: 13871

hr: 7
Avg CQI: 9
CA Activation Rate num: 7861696
UPTP Mbps Den: 373
Setup_Fail_DEN: 13888
Peak UE: 33
DL Data Vol MAC in MB: 475.08
CA Activation Rate den: 45355

holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4114.52
CA DL DataVolRatio Pct den: 8010
CA Conf FailRate Pct den: 4378
weekend: 0
UPTP Mbps Num: 1898
hr: 17
MAC_UE_SC_Tput: 4536.27

hr: 17
CA Activation Rate num: 3313500
SIP_SC_Total_MOU: 70.29
Peak UE: 27
MB_per_connected_UE: 33.82
PCT Time MIMO: 51.4
DL Volume: 225

Time: 22:08:35
holiday: 0
CA DL DataVolRatio Pct: 91.01
HO Attempts: 533

SIP DC%: 
DLRLCLayerDataVolume MB: 6492
PRB Util%: 64.76
RRC Setup Attempts: 5184
weekend: 0
CA Activation Rate: 24.24
hr: 16
MAC_UE_SC_Tput: 32197.72

hr: 16
CA Activation Rate num: 5246186
SIP_SC_Total_MOU: 187.93
Peak UE: 27
MB_per_connected_UE: 146.1
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 8636
UL Throughput: 8.92
DL Data Vol MAC in MB: 6664.05

Time: 13:52:53
holiday: 0

SIP DC%: 
UPTP_Mbps: 33.73
DLRLCLayerDataVolume MB: 3100.93
weekend: 0
UPTP Mbps Num: 47904
CA Activation Rate: 14.42
hr: 23
MAC_UE_SC_Tput: 20323.14

hr: 23
CA Activation Rate num: 2684869
Peak UE: 27
MB_per_connected_UE: 103.46
DL Data Vol MAC in MB: 7043.89
CA Activation Rate den: 82797

Time: 09:52:53
holiday: 0

SIP DC%: 
UPTP_Mbps: 22.93
DLRLCLayerDataVolume MB: 8269.07
DRB UL Data Volume MB: 8903
weekend: 0
hr: 23
MAC_UE_SC_Tput: 15958.18
Bearer Releases: 13450

hr: 23
CA Activation Rate num: 9923726
Setup_Fail_DEN: 18387
Peak UE: 65

Time: 08:41:09
holiday: 0

SIP DC%: 
UPTP_Mbps: 8.71
DLRLCLayerDataVolume MB: 1613.91
CA DL DataVolRatio Pct den: 6098
weekend: 0
hr: 23
MAC_UE_SC_Tput: 15778.83

hr: 23
CA Activation Rate num: 10902939
UPTP Mbps Den: 636
Setup_Fail_DEN: 11581
Peak UE: 75
MB_per_connected_UE: 9.16
DL Volume: 2586
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6139
CA Activation Rate den: 178568

Time: 02:34:50
holiday: 0

SIP DC%: 
CA DL DataVolRatio Pct den: 7513
CA Conf FailRate Pct den: 9445
weekend: 0
CA Activation Rate: 32.87
hr: 19
MAC_UE_SC_Tput: 5034.41

hr: 19
CA Activation Rate num: 6406907
Setup_Fail_DEN: 8823
Peak UE: 27
PCT Time MIMO: 52.44
DL Volume: 6268
DL Data Vol MAC in MB: 9263.48
CA Activation Rate den: 130342

Time: 05:32:12
holiday: 0

Avg_Connected_UEs: 44.06
SIP DC%: 
DLRLCLayerDataVolume MB: 5747.42
PRB Util%: 10.77
weekend: 0
UPTP Mbps Num: 18173
hr: 0

hr: 0
CA Activation Rate num: 9128550
Peak UE: 27
DL Volume: 3538
DL Data Vol MAC in MB: 2257.68
CA Activation Rate den: 44822

Time: 20:16:44
holiday: 0
CA DL DataVolRatio Pct: 72.95

SIP DC%: 
DLRLCLayerDataVolume MB: 8418.84
CA DL DataVolRatio Pct den: 6479
weekend: 0
UPTP Mbps Num: 27586
hr: 20
MAC_UE_SC_Tput: 9782.31
Bearer Releases: 6802

hr: 20
CA Activation Rate num: 7598334
Peak UE: 27
MB_per_connected_UE: 59.7

Time: 00:00:51
holiday: 0
CA DL DataVolRatio Pct num: 5080

SIP DC%: 
DLRLCLayerDataVolume MB: 274.49
DL Packet Loss Pct: 1.6
weekend: 0
hr: 21
MAC_UE_SC_Tput: 7150.41
Bearer Releases: 10394

hr: 21
CA Activation Rate num: 4381278
Peak UE: 95
DL Data Vol MAC in MB: 9584.52

holiday: 0
CA DL DataVolRatio Pct: 52.23
CA DL DataVolRatio Pct num: 1022

SIP DC%: 
UPTP_Mbps: 113.41
DLRLCLayerDataVolume MB: 7302.28
PRB Util%: 59.18
weekend: 0
hr: 21
MAC_UE_SC_Tput: 5999.7
Bearer Releases: 13337

hr: 21
CA Activation Rate num: 4756166
Peak UE: 27
DL Data Vol MAC in MB: 728.49
CA Activation Rate den: 107502

Time: 16:32:04
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 6829.68
DRB UL Data Volume MB: 1863
weekend: 0
hr: 14
MAC_UE_SC_Tput: 7135.83

hr: 14
CA Activation Rate num: 7659711
SIP_SC_Total_MOU: 138.5
DL Volume: 6948
DL Data Vol MAC in MB: 9798.84
CA Activation Rate den: 201221

Time: 18:12:39
holiday: 0

Avg_Connected_UEs: 55.22
SIP DC%: 
UPTP_Mbps: 40.42
DLRLCLayerDataVolume MB: 8607.1
CA Conf FailRate Pct den: 5722
weekend: 0
UPTP Mbps Num: 34495
hr: 0
MAC_UE_SC_Tput: 6605.72

hr: 0
SIP_SC_Total_MOU: 381.8
Peak UE: 27
DL Volume: 5264

holiday: 0
CA DL DataVolRatio Pct num: 4885

SIP DC%: 
DLRLCLayerDataVolume MB: 3132.07
CA DL DataVolRatio Pct den: 4254
weekend: 0
hr: 15
MAC_UE_SC_Tput: 18657.79

hr: 15
CA Activation Rate num: 3596073
SIP_SC_Total_MOU: 280.41
Peak UE: 70
MB_per_connected_UE: 37.73
DL Data Vol MAC in MB: 8326.17

Time: 19:29:49
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8607.39
CA DL DataVolRatio Pct den: 7508
CA Conf FailRate Pct den: 9480
weekend: 0
UPTP Mbps Num: 35106
CA Activation Rate: 27.37
hr: 19
MAC_UE_SC_Tput: 7201.17

hr: 19
UPTP Mbps Den: 793
DL Data Vol MAC in MB: 5549.76

Time: 16:50:43
holiday: 0

DL MAC Vol Scell Pct: 41.16
Avg_Connected_UEs: 40.05
SIP DC%: 
PRB Util%: 48.7
CA Conf FailRate Pct den: 9443
weekend: 0
UPTP Mbps Num: 19732
hr: 16
MAC_UE_SC_Tput: 4491.83

hr: 16
CA Activation Rate num: 9819376
UPTP Mbps Den: 2320
Setup_Fail_DEN: 9712
Peak UE: 50
DL Data Vol MAC in MB: 1245.16

Time: 06:05:57
holiday: 0

SIP DC%: 
UPTP_Mbps: 15.7
CA DL DataVolRatio Pct den: 9874
weekend: 0
CA Activation Rate: 16.38
hr: 4

hr: 4
CA Activation Rate num: 7982286
Peak UE: 64
DL Data Vol MAC in MB: 7181.07
CA Activation Rate den: 102496

Time: 07:48:19
holiday: 0
CA DL DataVolRatio Pct: 44.92

SIP DC%: 
DLRLCLayerDataVolume MB: 843.7
PRB Util%: 20.82
CA Conf FailRate Pct den: 6154
weekend: 0
CA Activation Rate: 39.49
hr: 1
MAC_UE_SC_Tput: 7557.16
Bearer Releases: 8144

hr: 1
CA Activation Rate num: 13055808
SIP_SC_Total_MOU: 136.72
Peak UE: 53
PCT Time MIMO: 65.55
DL Volume: 8647
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 4917
DL Data Vol MAC in MB: 5340.05
CA Activation Rate den: 77960

Combined RACH Preambles: 2663
Time: 08:20:13
holiday: 0

SIP DC%: 
UPTP_Mbps: 28.06
DRB UL Data Volume MB: 8000
RRC Setup Attempts: 6372
CA DL DataVolRatio Pct den: 7533
CA Conf FailRate Pct den: 7865
weekend: 1
UPTP Mbps Num: 34656
hr: 20
MAC_UE_SC_Tput: 10422.18

hr: 20
CA Activation Rate num: 91721
Setup_Fail_DEN: 13497
Peak UE: 27
CA Activation Rate den: 75673

Time: 11:59:29
holiday: 0

DL MAC Vol Scell Pct: 20.6
SIP DC%: 
DLRLCLayerDataVolume MB: 9360.68
DRB UL Data Volume MB: 3866
CA Conf FailRate Pct den: 7692
weekend: 0
UPTP Mbps Num: 16112
hr: 6
MAC_UE_SC_Tput: 6151.04

hr: 6
CA Activation Rate num: 4074338
Peak UE: 27
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3764
DL Data Vol MAC in MB: 9421.97
CA Activation Rate den: 173794

Time: 11:27:12
holiday: 0

SIP DC%: 
UPTP_Mbps: 107.49
DRB UL Data Volume MB: 813
CA DL DataVolRatio Pct den: 5313
CA Conf FailRate Pct den: 4644
weekend: 0
hr: 23
MAC_UE_SC_Tput: 4742.49

hr: 23
CA Activation Rate num: 8914277
Peak UE: 27
CA Activation Rate den: 155919

Time: 22:10:50
holiday: 0
CA DL DataVolRatio Pct num: 7515

SIP DC%: 
DLRLCLayerDataVolume MB: 5358.5
PRB Util%: 10.88
CA DL DataVolRatio Pct den: 4690
weekend: 0
UPTP Mbps Num: 788
hr: 2
MAC_UE_SC_Tput: 6422.3
Bearer Releases: 8351

hr: 2
Peak UE: 48
PCT Time MIMO: 67.62
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 7653
DL Data Vol MAC in MB: 4865.3

Time: 04:16:04
holiday: 0
CA DL DataVolRatio Pct: 42.21

Avg_Connected_UEs: 69.62
SIP DC%: 
DLRLCLayerDataVolume MB: 754.07
DRB UL Data Volume MB: 5770
weekend: 0
UPTP Mbps Num: 30837
hr: 20
MAC_UE_SC_Tput: 14091.51

hr: 20
Setup_Fail_DEN: 16163
SIP_SC_Total_MOU: 71.41
Peak UE: 27
MB_per_connected_UE: 87.88
DL Data Vol MAC in MB: 6323.09
CA Activation Rate den: 89293

Time: 22:39:12
holiday: 0

Avg_Connected_UEs: 43.36
SIP DC%: 
DLRLCLayerDataVolume MB: 303.06
RRC Setup Attempts: 7115
CA DL DataVolRatio Pct den: 3011
CA Conf FailRate Pct den: 3864
weekend: 0
UPTP Mbps Num: 52293
hr: 23
MAC_UE_SC_Tput: 18196.55
Bearer Releases: 16683

hr: 23
CA Activation Rate num: 5296452
SIP_SC_Total_MOU: 316.46
Peak UE: 27
DL Data Vol MAC in MB: 9926.28
CA Activation Rate den: 131181

Time: 20:01:31
holiday: 0

DL MAC Vol Scell Pct: 45.07
SIP DC%: 
UPTP_Mbps: 96.92
DLRLCLayerDataVolume MB: 5448.42
RRC Setup Attempts: 7813
weekend: 1
UPTP Mbps Num: 43342
hr: 5
MAC_UE_SC_Tput: 13131.17
Bearer Releases: 15821

hr: 5
CA Activation Rate num: 9545984
Setup_Fail_DEN: 12718
Peak UE: 82
MB_per_connected_UE: 168.67
DL Volume: 7690
CA Activation Rate den: 127036

Combined RACH Preambles: 2380
Time: 19:39:09
holiday: 0
CA DL DataVolRatio Pct: 76.98

SIP DC%: 
DLRLCLayerDataVolume MB: 4267.27
CA Conf FailRate Pct den: 6446
weekend: 1
UPTP Mbps Num: 9690
Setup_Fail_NUM: 31
hr: 23
MAC_UE_SC_Tput: 15697.92
Bearer Releases: 16043

hr: 23
CA Activation Rate num: 5408111
Setup_Fail_DEN: 10878
SIP_SC_Total_MOU: 21.64
Peak UE: 81
MB_per_connected_UE: 81.2
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3572
DL Data Vol MAC in MB: 6506.05

Time: 06:20:56
holiday: 0

DL MAC Vol Scell Pct: 26.35
SIP DC%: 
weekend: 0
UPTP Mbps Num: 2203
hr: 0
Bearer Releases: 8555

hr: 0
CA Activation Rate num: 9995981
Setup_Fail_DEN: 18616
SIP_SC_Total_MOU: 7.17
Peak UE: 43
CA Activation Rate den: 44027

Time: 15:14:39
holiday: 0
CA DL DataVolRatio Pct num: 4162

Avg_Connected_UEs: 20.05
SIP DC%: 
DRB UL Data Volume MB: 5463
weekend: 0
hr: 19
MAC_UE_SC_Tput: 4983.98

hr: 19
UPTP Mbps Den: 2030
SIP_SC_Total_MOU: 30.86
Peak UE: 32
MB_per_connected_UE: 121.88

Time: 02:15:04
holiday: 0

Avg_Connected_UEs: 72.44
SIP DC%: 
PRB Util%: 60.85
weekend: 0
CA Activation Rate: 33.59
hr: 14
MAC_UE_SC_Tput: 10291.79

hr: 14
CA Activation Rate num: 8549105
UPTP Mbps Den: 117
Peak UE: 27
MB_per_connected_UE: 171.06
DL Data Vol MAC in MB: 7992.65
CA Activation Rate den: 87129

Time: 06:21:07
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 8462.33
CA DL DataVolRatio Pct den: 2749
weekend: 0
hr: 21
MAC_UE_SC_Tput: 26144.99

hr: 21
CA Activation Rate num: 1373908
SIP_SC_Total_MOU: 17.02
Peak UE: 53
MB_per_connected_UE: 13.25
PCT Time MIMO: 66.81
DL Data Vol MAC in MB: 6658.23

Time: 21:44:01
holiday: 0
CA DL DataVolRatio Pct num: 6372

Avg_Connected_UEs: 32.18
SIP DC%: 
weekend: 0
CA Activation Rate: 42.89
hr: 5

hr: 5
CA Activation Rate num: 5550271
Peak UE: 99
MB_per_connected_UE: 91.67
DL Data Vol MAC in MB: 9846.3
CA Activation Rate den: 36598

Time: 05:46:49
holiday: 0

Avg_Connected_UEs: 35.72
SIP DC%: 
DLRLCLayerDataVolume MB: 7723.4
DRB UL Data Volume MB: 5440
PRB Util%: 67.96
CA DL DataVolRatio Pct den: 7240
CA Conf FailRate Pct den: 5358
weekend: 0
hr: 19
MAC_UE_SC_Tput: 14146.15
Bearer Releases: 16553

hr: 19
CA Activation Rate num: 10484214
Setup_Fail_DEN: 14608
SIP_SC_Total_MOU: 73.64
Peak UE: 27
MB_per_connected_UE: 40.76
DL Data Vol MAC in MB: 9292.36

Time: 10:30:52
holiday: 0
CA DL DataVolRatio Pct num: 3725

SIP DC%: 
DRB UL Data Volume MB: 3029
PRB Util%: 37.95
weekend: 0
UPTP Mbps Num: 34886
hr: 2
Bearer Releases: 11906

hr: 2
CA Activation Rate num: 10236052
Setup_Fail_DEN: 14127
Peak UE: 27
MB_per_connected_UE: 175.27
DL Volume: 534
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 3261
DL Data Vol MAC in MB: 5485.28

Time: 18:24:14
holiday: 0

DL MAC Vol Scell Pct: 31.65
SIP DC%: 
DLRLCLayerDataVolume MB: 7183.23
CA DL DataVolRatio Pct den: 323
weekend: 0
UPTP Mbps Num: 38705
hr: 12
MAC_UE_SC_Tput: 8866.83

hr: 12
CA Activation Rate num: 10542223
SIP_SC_Total_MOU: 349.99
Peak UE: 54
MB_per_connected_UE: 98.07
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 9093
CA Activation Rate den: 49432

Time: 06:38:18
holiday: 0

SIP DC%: 
UPTP_Mbps: 132.74
DLRLCLayerDataVolume MB: 9061.59
DRB UL Data Volume MB: 2670
weekend: 0
UPTP Mbps Num: 18887
hr: 10
MAC_UE_SC_Tput: 5454.89

hr: 10
Peak UE: 27
MB_per_connected_UE: 141.07
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 6244
CA Activation Rate den: 42593

Time: 01:12:36
holiday: 0
CA DL DataVolRatio Pct: 73.57

DL MAC Vol Scell Pct: 10.87
SIP DC%: 
DRB UL Data Volume MB: 9304
CA DL DataVolRatio Pct den: 7381
weekend: 0
UPTP Mbps Num: 41924
hr: 23
MAC_UE_SC_Tput: 18919.88

hr: 23
CA Activation Rate num: 9327906
SIP_SC_Total_MOU: 21.35
Peak UE: 27
DL Volume: 4356
DL Data Vol MAC in MB: 7163.92

Time: 04:09:06
holiday: 0
CA DL DataVolRatio Pct num: 6820

DL MAC Vol Scell Pct: 37.36
SIP DC%: 
DLRLCLayerDataVolume MB: 2686.08
PRB Util%: 38.01
CA DL DataVolRatio Pct den: 2085
weekend: 1
hr: 13
Bearer Releases: 6331

hr: 13
CA Activation Rate num: 7257269
Setup_Fail_DEN: 10605
Peak UE: 27
DL Volume: 3089
CA Activation Rate den: 143113

Time: 02:41:51
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 492.31
DRB UL Data Volume MB: 737
CA DL DataVolRatio Pct den: 4256
weekend: 0
hr: 3
MAC_UE_SC_Tput: 7396.92

hr: 3
Setup_Fail_DEN: 6589
Peak UE: 27
DL Data Vol MAC in MB: 5456.91
CA Activation Rate den: 163876

Combined RACH Preambles: 4888
Time: 19:45:03
holiday: 0

DL MAC Vol Scell Pct: 23.21
SIP DC%: 
UPTP_Mbps: 11.26
weekend: 1
UPTP Mbps Num: 38918
CA Activation Rate: 68.49
hr: 9
Bearer Releases: 13615

hr: 9
CA Activation Rate num: 9389021
UPTP Mbps Den: 479
SIP_SC_Total_MOU: 449.62
Peak UE: 27
MB_per_connected_UE: 42.98
DL Volume: 1785
DL Data Vol MAC in MB: 9033.04
CA Activation Rate den: 78271

Time: 20:04:41
holiday: 0
CA DL DataVolRatio Pct: 44.84

SIP DC%: 
UPTP_Mbps: 34.23
DLRLCLayerDataVolume MB: 565.14
weekend: 0
CA Activation Rate: 73.96
hr: 5
MAC_UE_SC_Tput: 13126.36
Bearer Releases: 18496

hr: 5
CA Activation Rate num: 7051454
UPTP Mbps Den: 5671
Setup_Fail_DEN: 13480
Peak UE: 75
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5881

Time: 12:31:25
holiday: 0

Avg_Connected_UEs: 77.17
SIP DC%: 
DLRLCLayerDataVolume MB: 5952.11
weekend: 0
CA Activation Rate: 26.25
hr: 0
MAC_UE_SC_Tput: 7011.6
Bearer Releases: 10258

hr: 0
CA Activation Rate num: 2207115
UPTP Mbps Den: 657
SIP_SC_Total_MOU: 297.43
Peak UE: 27
PCT Time MIMO: 39.82
CA Activation Rate den: 158233

holiday: 0

SIP DC%: 
weekend: 0
UPTP Mbps Num: 24422
hr: 0
Bearer Releases: 8188

hr: 0
CA Activation Rate num: 10902747
Peak UE: 27
MB_per_connected_UE: 28.49
DL Volume: 4886
CA Activation Rate den: 49866

holiday: 0

DL MAC Vol Scell Pct: 50.21
SIP DC%: 
DLRLCLayerDataVolume MB: 220.76
CA DL DataVolRatio Pct den: 3239
CA Conf FailRate Pct den: 8570
weekend: 0
hr: 4
MAC_UE_SC_Tput: 13182.25
Bearer Releases: 9575

hr: 4
SIP_SC_Total_MOU: 125.8
Peak UE: 27
DL Volume: 5071
CA Activation Rate den: 77746

Combined RACH Preambles: 4769
Time: 05:19:16
holiday: 0

SIP DC%: 
RRC Setup Attempts: 6038
weekend: 0
UPTP Mbps Num: 27857
hr: 12
MAC_UE_SC_Tput: 6120.44

hr: 12
CA Activation Rate num: 1198176
Setup_Fail_DEN: 11436
Peak UE: 27
CA Activation Rate den: 78139

Time: 18:52:01
holiday: 0
CA DL DataVolRatio Pct num: 5169

SIP DC%: 
UPTP_Mbps: 18.73
DRB UL Data Volume MB: 3611
weekend: 0
UPTP Mbps Num: 18142
hr: 12
Bearer Releases: 7721

hr: 12
CA Activation Rate num: 3471838
Setup_Fail_DEN: 15568
Peak UE: 27
MB_per_connected_UE: 120.02
DL Data Vol MAC in MB: 9546.55

Time: 02:10:10
holiday: 0

Avg_Connected_UEs: 20.18
SIP DC%: 
DLRLCLayerDataVolume MB: 5521.29
weekend: 0
hr: 3

hr: 3
CA Activation Rate num: 1608879
Peak UE: 40
MB_per_connected_UE: 97.46
PCT Time MIMO: 63.66

Time: 05:48:13
holiday: 0

DL MAC Vol Scell Pct: 49.52
SIP DC%: 
DLRLCLayerDataVolume MB: 730.01
CA Conf FailRate Pct den: 4417
weekend: 0
hr: 16
MAC_UE_SC_Tput: 4757.01
Bearer Releases: 7045

hr: 16
SIP_SC_Total_MOU: 58.72
Peak UE: 27
MB_per_connected_UE: 39.52
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5979
DL Data Vol MAC in MB: 2199.14

holiday: 0
CA DL DataVolRatio Pct num: 5859

DL MAC Vol Scell Pct: 26.13
SIP DC%: 
DRB UL Data Volume MB: 1122
RRC Setup Attempts: 6614
weekend: 0
UPTP Mbps Num: 23980
hr: 23
MAC_UE_SC_Tput: 10052.3
Bearer Releases: 18272

hr: 23
CA Activation Rate num: 3694184
Peak UE: 79
MB_per_connected_UE: 126.17
DL Data Vol MAC in MB: 2421.79

Time: 16:04:18
holiday: 0

Avg_Connected_UEs: 69.13
SIP DC%: 
DLRLCLayerDataVolume MB: 4272.96
CA DL DataVolRatio Pct den: 8799
CA Conf FailRate Pct den: 7773
weekend: 0
CA Activation Rate: 29.21
hr: 8
MAC_UE_SC_Tput: 10401.34

hr: 8
CA Activation Rate num: 6119027
Peak UE: 50
DL Data Vol MAC in MB: 2133.97
CA Activation Rate den: 59539

Combined RACH Preambles: 3033
Time: 20:08:06
holiday: 0

Avg_Connected_UEs: 74.66
SIP DC%: 
PRB Util%: 41.93
weekend: 1
CA Activation Rate: 9.82
hr: 11
MAC_UE_SC_Tput: 7236.32

hr: 11
CA Activation Rate num: 11013187
SIP_SC_Total_MOU: 375.72
Peak UE: 27
MB_per_connected_UE: 9.54
DL Volume: 3380
DL Data Vol MAC in MB: 3985
CA Activation Rate den: 191653

Time: 07:27:55
holiday: 0
CA DL DataVolRatio Pct: 56.16
CA DL DataVolRatio Pct num: 7266

Avg_Connected_UEs: 40.96
SIP DC%: 
DLRLCLayerDataVolume MB: 8605.92
DRB UL Data Volume MB: 3863
weekend: 1
CA Activation Rate: 15.19
hr: 10
MAC_UE_SC_Tput: 9201.66

hr: 10
CA Activation Rate num: 1161804
UPTP Mbps Den: 1371
Peak UE: 34
MB_per_connected_UE: 114.88
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5268
DL Data Vol MAC in MB: 5356.21

Time: 07:06:11
holiday: 0
CA DL DataVolRatio Pct num: 2600

SIP DC%: 
DLRLCLayerDataVolume MB: 4043.64
weekend: 0
UPTP Mbps Num: 19621
CA Activation Rate: 39.83
hr: 23
MAC_UE_SC_Tput: 5835.4

hr: 23
CA Activation Rate num: 5987914
SIP_SC_Total_MOU: 203.01
Peak UE: 57
MB_per_connected_UE: 35.59
DL Volume: 1864
DL Data Vol MAC in MB: 9053.92

Time: 03:59:52
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 4495.33
RRC Setup Attempts: 7842
weekend: 0
UPTP Mbps Num: 9007
hr: 4
MAC_UE_SC_Tput: 6556.46

hr: 4
CA Activation Rate num: 6383579
SIP_SC_Total_MOU: 242.95
Peak UE: 44
DL Volume: 6757
HQ_EXE_TOTARGET_FAILURE_QCI_1_DEN: 5726
DL Data Vol MAC in MB: 227.05
CA Activation Rate den: 40144

Time: 22:28:22
holiday: 0

Avg_Connected_UEs: 38.84
SIP DC%: 
DLRLCLayerDataVolume MB: 6214.23
RRC Setup Attempts: 8481
CA DL DataVolRatio Pct den: 6002
weekend: 0
hr: 10

hr: 10
CA Activation Rate num: 526172
Setup_Fail_DEN: 12587
Peak UE: 86
MB_per_connected_UE: 147.88
DL Volume: 6007
DL Data Vol MAC in MB: 6569.56
CA Activation Rate den: 109462

Time: 12:30:02
holiday: 0
CA DL DataVolRatio Pct num: 2823

SIP DC%: 
UPTP_Mbps: 130.32
DLRLCLayerDataVolume MB: 5494.56
PRB Util%: 63.62
CA DL DataVolRatio Pct den: 423
weekend: 0
hr: 6
MAC_UE_SC_Tput: 5677.5

hr: 6
CA Activation Rate num: 13132685
Peak UE: 88
MB_per_connected_UE: 85.67
DL Volume: 5105
DL Data Vol MAC in MB: 8344.75
CA Activation Rate den: 37605

Time: 21:26:05
holiday: 0

SIP DC%: 
UPTP_Mbps: 69.29
DLRLCLayerDataVolume MB: 8996
weekend: 0
hr: 23
MAC_UE_SC_Tput: 7944.76

hr: 23
CA Activation Rate num: 4237368
UPTP Mbps Den: 1460
Peak UE: 27
MB_per_connected_UE: 167.32
DL Data Vol MAC in MB: 8691.25
CA Activation Rate den: 37762

Time: 13:32:15
holiday: 0

SIP DC%: 
UPTP_Mbps: 10.63
DLRLCLayerDataVolume MB: 1536.91
PRB Util%: 8.28
weekend: 1
UPTP Mbps Num: 27341
hr: 7
MAC_UE_SC_Tput: 15447.47

hr: 7
CA Activation Rate num: 5669765
Setup_Fail_DEN: 15830
SIP_SC_Total_MOU: 382.34
Peak UE: 48
MB_per_connected_UE: 61.42

Time: 19:33:40
holiday: 0

Avg_Connected_UEs: 39.52
SIP DC%: 
DRB UL Data Volume MB: 3626
PRB Util%: 32.72
weekend: 0
UPTP Mbps Num: 10653
hr: 15
MAC_UE_SC_Tput: 5247.43
Bearer Releases: 11641

hr: 15
CA Activation Rate num: 2760726
Setup_Fail_DEN: 12824
Peak UE: 27
MB_per_connected_UE: 51.18
PCT Time MIMO: 38.67
DL Volume: 7504
CA Activation Rate den: 227005

Time: 12:16:59
holiday: 0

SIP DC%: 
UPTP_Mbps: 93.61
DLRLCLayerDataVolume MB: 4060.1
CA DL DataVolRatio Pct den: 7578
weekend: 0
CA Activation Rate: 46.18
hr: 0
MAC_UE_SC_Tput: 9200.06
Bearer Releases: 11355

hr: 0
CA Activation Rate num: 6508580
SIP_SC_Total_MOU: 84.79
Peak UE: 38
PCT Time MIMO: 33.3
DL Volume: 5561
DL Data Vol MAC in MB: 7687.13
CA Activation Rate den: 38472

Time: 05:01:58
holiday: 0
CA DL DataVolRatio Pct: 76.47

SIP DC%: 
DRB UL Data Volume MB: 5088
weekend: 0
UPTP Mbps Num: 4726
hr: 10
MAC_UE_SC_Tput: 6319.57

hr: 10
CA Activation Rate num: 1462871
Peak UE: 66

Time: 07:09:17
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 1297.51
weekend: 1
UPTP Mbps Num: 54704
hr: 18
MAC_UE_SC_Tput: 13214.67

hr: 18
CA Activation Rate num: 4279475
SIP_SC_Total_MOU: 307.54
Peak UE: 27
DL Data Vol MAC in MB: 4452
CA Activation Rate den: 140259

Time: 10:52:16
holiday: 0
CA DL DataVolRatio Pct: 79.48
CA DL DataVolRatio Pct num: 3438

DL MAC Vol Scell Pct: 50.18
SIP DC%: 
DLRLCLayerDataVolume MB: 1163.71
DRB UL Data Volume MB: 7626
RRC Setup Attempts: 5386
weekend: 0
UPTP Mbps Num: 3320
CA Activation Rate: 38.47
hr: 2
MAC_UE_SC_Tput: 4180.98
Bearer Releases: 16498

hr: 2
CA Activation Rate num: 3344306
Setup_Fail_DEN: 19634
SIP_SC_Total_MOU: 435.08
Peak UE: 90
MB_per_connected_UE: 163.89
DL Volume: 3560
DL Data Vol MAC in MB: 9436.37
CA Activation Rate den: 104487

Combined RACH Preambles: 5237
Time: 15:22:57
holiday: 0
CA DL DataVolRatio Pct: 69.91
CA DL DataVolRatio Pct num: 3003

Avg_Connected_UEs: 61.56
SIP DC%: 
UPTP_Mbps: 57.42
DLRLCLayerDataVolume MB: 7385.95
PRB Util%: 56.89
CA Conf FailRate Pct den: 2814
weekend: 0
hr: 12
MAC_UE_SC_Tput: 9319.61
Bearer Releases: 12988

hr: 12
CA Activation Rate num: 8718930
Setup_Fail_DEN: 13235
Peak UE: 77
MB_per_connected_UE: 103.11
DL Volume: 544

Time: 05:35:03
holiday: 0

SIP DC%: 
DLRLCLayerDataVolume MB: 5810.31
DRB UL Data Volume MB: 8989
CA DL DataVolRatio Pct den: 3884
CA Conf FailRate Pct den: 6407
weekend: 0
hr: 23
MAC_UE_SC_Tput: 27639.01

hr: 23
CA Activation Rate num: 9184203
Peak UE: 77
CA Activation Rate den: 78375

holiday: 0

DL MAC Vol Scell Pct: 4.35
SIP DC%: 
DLRLCLayerDataVolume MB: 2572.73
CA DL DataVolRatio Pct den: 10098
weekend: 0
hr: 23
MAC_UE_SC_Tput: 8520.97

hr: 23
CA Activation Rate num: 9288503
SIP_SC_Total_MOU: 355.68
_80th_perc