Bluetooth handheld UHF RFID reader/writer

Top-class scanner for item and product registration
Professional Multi Reader and Writer for RFID and Barcode 1D/2D/QR etc.
Powerful circular polarized antenna
UHF RFID read and write up to 25 meters, depending on TAG
UHF TAGs are passive - without a battery
Reads NFC and Mifare TAGs
Reads up to 900 TAGs per second
Barcode reader CCD: 1D, 2D, QR codes
Access to the APP Center with programs and tools
13MP camera with flash
5.2" Display - 1920 x 1080p with touch
Communication: dual band Wifi, Bluetooth, 4G LTE
Dual SIM or Single SIM and Micro CD card
GPS/AGPS, GLONASS
Battery: 8000mAh Li-ion (approx. 12 hours of operating time)
IP65 tight. 1.5 meter drop tested
Operating temperature: -20 - +50°C

Reading distance: Up to 100cm
RFID tag: ISO 18000-6C
Operating frequency: 865 – 868 MHz
Mode: Single Read / Multiple-tag Read
Bluetooth® 2.1 + EDR (Class2)
Interface: BT HID, BT SPP, USB HID, USB VCP, Memory
Rechargeable lithium battery
Working Temperature: -10 to 55˚C
Wireless Multi-Connected Dongle (Optional)

2.4GHz RFID reader with up to 200 meters
Omni-directional (SMA)
RS232, 10 / 100M Ethernet interface
Optional: GPRS or WIFI
Optional: 2 channel relay, 2 channel trigger input
Development kit (C ++, C #)
Compatible with active and passive tags
0-100m radius (depends on power output)
can identify 300 tags time-consuming
IP65
DC 5V power supply, 300mW
dimensions: 190mm × 120mm × 40mm without antenna
Dimensions: 320mm × 226mm × 133mm with antenna
Weight: 2 KG
Operating temperature: -40 ℃ ~ + 60 ℃
API interface for fast integration with existing software

Outdoor UHF RFID reads and writes
for Passive UHF 865MHz TAGs
TAG protocol: EPC Class 1 Gen 2
ISO 18000-6C
Reading/writing is controlled via software commands
Software App Platform: API (C ++, C #) Development Kit
Up to 10 m Reading distance, depending on UHF Tag
built-in 8DBI antenna, circular polarity
IP67 Plastic cabinet
Operating temp: -40 - + 75 ℃
150 ~ 240VAC / 50Hz adapter with 12VDC / 3A out
Dim: 259 × 259 x 100mm (L × B × H)