Introduction XG3 User ManualJanam Technologies LLC Version 1, January 2018 Introduction 1—1XG3 Rugged Mobile ComputerThe XG3 is Janam’s next-generation, gun-shaped, rugged mobile computer designed to excel in themost challenging environments. Eliminating the weight and bulk associated with competitive devices,Janam’s XG3 is the lightest industrial-grade mobile computer in its class.Built to withstand the rigors of all-day, every-day use in manufacturing facilities, distribution centers,plant floors, loading docks, ports and other demanding workspaces, the XG3 pairs breakthroughergonomic design with the latest technological advancements, enabling mobile workers to increaseproductivity and improve operational efficiencies. With its pistol grip optimized for user comfort anda choice between Honeywell’s Adaptus® imaging technology and Zebra’s SE965 extended-range 1Dlaser scan engine, the XG3 is optimized for scan-intensive, extended shift use. Features include ahigh-resolution 3.5-inch color display with hardened glass, ARM Cortex-A8 CPU @1GHz and choice ofkeypads to provide the performance, power efficiency and flexibility that enterprise and governmentcustomers require. The XG3 also delivers exceptional battery life with a standard 5200mAh hot-swappable Li-ion battery.Janam’s XG3 rugged mobile computer is sealed to IP65 standards and survives repeated 6’ drops toconcrete. It’s technology at work. It’s technology at work™Key Features— Lightest industrial-grade mobile computer in its class— Android 4.2.2 Jelly Bean operating system— Brilliant daylight-readable (600 nits) 3.5” VGA display— High-performance 1D and 2D barcode scanning— ARM Cortex-A8 CPU @1GHz— Multiple 6’/1.8m drops to concrete per MIL-STD 810G— Sealed to IP65 standards against dust and liquids— Storage memory expansion capability— User-accessible microSD card slot with SD and SDHC support— Dual-band 802.11a/b/g/n Wi-Fi and Bluetooth connectivity— 5200mAh rechargeable and hot-swappable Li-ion battery— Numeric and alpha-numeric keypad options— Supports Voice over IPIntroduction1