An engineer is tasked with designing a WLAN. The customer is prioritizing data speeds to the desktop, but is also entertaining the idea of adding 802.11 phones in the future. Given this information, how should the engineer conduct the survey?
A. consider the employee head count in congested office space and limit the edge of each cell to an RSSI of -67mW
B. restrict AP cell edges to -67dB and be sure to strategically place APs in congested office spaces
C. co-locate access points when possible to cover high user areas and place APs at each corner of the facility
D. stagger the AP placements, and be sure to have a high signal to noise ratio that will accommodate the future VoIP devices
Answer:B
An engineer is tasked with designing a WLAN. The customer is prioritizing data speeds to the desktop, but is also entertaining the idea of adding 802.11 phones in the future. Given this information, how should the engineer conduct the survey?
A. consider the employee head count in congested office space and limit the edge of each cell to an RSSI of -67mW B. restrict AP cell edges to -67dB and be sure to strategically place APs in congested office spaces C. co-locate access points when possible to cover high user areas and place APs at each corner of the facility D. stagger the AP placements, and be sure to have a high signal to noise ratio that will accommodate the future VoIP devices