TSC Bluebird S20 Android 13 Mobile Computer with 6.0" FHD+ Touch Display
TSC Bluebird S20 Android 13 Mobile Computer is a versatile mobile computer designed specifically for use in retail and field service. Its 6.0inch FHD+ display and support for operating systems up to Android 17 make it sustainable and user-friendly. Two-way communication via BOS PTT also allows location-independent sending and receiving of calls and messages via Wi-Fi networks. Additional features, such as Bluebird Zero-Touch, BOS Wi-Fine, and BOS Dr.Device, enable
TSC Bluebird S20 Android 13 Mobile Computer is a versatile mobile computer designed specifically for use in retail and field service. Its 6.0inch FHD+ display and support for operating systems up to Android 17 make it sustainable and user-friendly. Two-way communication via BOS PTT also allows location-independent sending and receiving of calls and messages via Wi-Fi networks. Additional features, such as Bluebird Zero-Touch, BOS Wi-Fine, and BOS Dr.Device, enable easy management and stable connectivity.
TSC Bluebird S20 Android 13 Mobile Computer with 6.0" FHD+ Touch Display is equipped with a powerful Qualcomm Snapdragon QC4490 octa-core processor and large storage capacity, delivering impressive performance. The integrated barcode scanner – available with the SE4710, SE4100, SE4720 or SE55 scan engine – enables accurate data capture. The 16 MP auto-focus camera ensures high-quality image capture. Also, the mobile computer's lightweight and robust housing impresses with IP68/IP65 certification and impact resistance from up to 1.5 m.
Main Features: 6" mobile computer with an Android operating system (upgrades to Android 17) 2.4 GHz Qualcomm Snapdragon QC4490 processor, 6/8 GB RAM, 64/128 GB UFS flash, 4,000 mAh battery (optional 6,000 mAh) USB-C 3.1, Bluetooth 5.3, Wi-Fi 6E, NFC and GPS, 5G optional IP68/IP65, impact-resistant up to 1.5 m (MIL-STD-810H), Corning Gorilla Glass 5 Optional: terminal emulation and BOS keyboard, Bluebird Zero-Touch, BOS Wi-Fine, Non-GMS OS Control, location-independent two-way communication with BOS PTT