A Rugged Device Built for Enterprise
Thanks to rapidly expanding data network options, you now have more ways to connect with your business than ever before. But the communications landscape evolves quickly, and your needs are always changing. Keeping your user device fleet up to date and ready for the future is a challenge.
For those needing a business-ready data device truly adaptable for your network needs today and tomorrow, and require frequent, rich, instant communication, the Evolve LTE handheld combines the capabilities of an Android device with the ruggedness and reliability of a business-critical push-to-talk device, using WAVE PTX and Wi-Fi. With Evolve, your device fleet will use the cutting-edge technology of today and be ready for the innovations of tomorrow.
EVOLVE Overview
EVOLVE Features
- Rugged and resilient
- Power for multiple shifts
- Superior audio quality
Intelligence Interface
- Android platform
- Open app ecosystem
- Full multimedia capabilities
Extensively Connected
- Seamless broadband data
- Intuitive voice communication
- MSI technology ecosystem
Enterprise-Ready
- Comprehensive fleet control
- Predictable ownership costs
- Easy device updates
Connectivity
LTE Bands
WAVE PTX
Bluetooth
Bluetooth 5.0+LE+BR/EDR
Location
GNSS (GPS, Beidou and Glonass) and AGPS
Wi-Fi
2.4GHz and 5GHz
Wi-Fi standard
802.11 a/b/g/n
Wi-Fi Hotspot band
2.4GHz
Physical
Dimensions (HxWxD) with Standard Battery
154x78x17mm (18.5mm Speaker area)
Dimensions (HxWxD) with Hi-Cap Battery
154x78x22.5mm (18.5mm Speaker area)
Weight with Standard Battery
350g
Weight with Hi-Cap Battery
400g
Battery
Capacity
Standard capacity: 2900mAh (Non-UL)
High capacity: 5800 mAh (UL)
Battery life
12 hours 5:5:90 minimum
Environmental
Operating Temperature
-10°C to +60°C
Storage Temperature
-40°C to +85°C
Ruggedness
IP68 (Underwater for 2 meters, 2 hours with AJ/USB/Battery covers fully closed)
MIL STD 810G
Video
Introducing Evolve Handheld LTE Device
The Evolve handheld LTE device combines intuitive user experience and open platform architecture with the ruggedness and reliability expected of a critical communications device.
