iData 95 UHF

Adopting Android 6.0 operating system, iData 95UHF provides user
friendly operation interface, supports versatile functions like UHF RFID data reading/writing, 1D/2D barcode scanning, infrared communication modules, GPS, photographing, voice communication, 3G and other modes of wireless communication, Wi-Fi, and is widely used in various fields, such as warehousing, field service, smart metering, tracing management, equipment inspection, parking management , IC card management and etc.

Easy to use and rugged

➢ Based on Android 6.0 operating system, iData 95UHF can be handled easily. Users can use it to work immediately without any special training.

➢High-performance quad-core 1.3 GHz processor for higher running speed.

➢Industrial-grade capacitive touch panel for easy operation and higher flexibility.

➢Meeting IP65 sealing standard for superior dustproof and waterproof performance.


Long-range, wide coverage, multi-mode data capture

➢ Equipped with built-in UHF RFID read/write modules, iData 95UHF can quickly and accurately capture UHF RFID data in batches. The long-range RFID performance allows data capture at a distance up to 3.5 meters, depending on tags. It also delivers a wide read range and coverage area up to 90.

➢ Supporting multiple data capture modes such as 1D/2D barcode scanning, infrared communication modules, GPS, and photographing, iData 95UHF can fully meet users’ different requirements on data capture for mobile field service.

4G and multiple wireless communication modes

➢ Supporting 4G in a wireless wide area network (WAN).

➢ Supporting Wi-Fi transmission in a local area network (LAN).

⚫ Light weight

➢ Featuring compact and excellent design, iData 95UHF weights only 383g, the lightest device in its class.

➢Ergonomic design allows users to hold iData 95UHF comfortably. Users can work with it for a long time without any fatigue.

Reliable power supply

➢ Adopting a 3.7 V 6000 mAh rechargeable lithium polymer battery for long time and continuous work.

➢Fast charging scheme to save charging time considerably for higher work efficiency