RHD622 Embedded UHF RFID Reader Module
UHF RFID Module | 2018-02-02 15:47
Overview
The RHD622 is a long-range high-performance passive UHF RFID reader module operating in the 840~960MHz band. It simultaneously supports ISO18000-6C, GB/T 29768 and GJB/T 7377 tag protocols. Featuring low current draw, high sensitivity (-70dBm), and RF output up to 21dBm with a wide 5~12V DC input range. Ultra-compact at 36x56x4mm and only 20g, equipped with TTL UART and 4 GPIOs for easy embedded integration.
Key Features
- Multi-protocol support — EPC C1G2 / ISO18000-6C / GB/T 29768 / GJB/T 7377
- High sensitivity — -70dBm for stable long-range reading
- Higher RF power — 0~21dBm, 1dB step for extended read range
- Wide voltage input — 5~12V DC (5V recommended)
- Dual-voltage low power — 5V@150mA or 12V@65mA
- Fast inventory — 100 tags/sec multi-tag reading speed
- Ultra-compact — 36x56x4mm, 20g net weight
- Global frequency coverage — China, US, EU, AU, TW, KR, SG, JP, etc.
- 4 GPIOs for external triggers, LED indicators, and peripheral expansion
Technical Specifications
| Tag Protocols | EPC C1G2 / ISO18000-6C; GB/T 29768; GJB/T 7377 |
|---|---|
| Frequency | 840~960MHz (antenna varies by region) |
| RF Output Power | 0~21dBm, 1dB step |
| Inventory Speed | 100 tags/sec |
| Sensitivity | -70dBm |
| Interface | TTL (3.3V) UART |
| GPIO | 4 GPIO |
| Supply Voltage | 5~12V DC (5V recommended) |
| Current Draw | 5V @ 150mA; 12V @ 65mA |
| Operating Temp | -20℃ ~ +70℃ |
| Storage Temp | -40℃ ~ +80℃ |
| Humidity | 5%~95% RH, non-condensing |
| Dimensions | 36mm × 56mm × 4mm |
| Net Weight | 20g (excluding accessories) |
| Supported Regions | China (920-925/840-845MHz), US/CA (902-928MHz), EU (865-868MHz), AU/TW/KR/SG/JP, etc. |
Applications
ETC (electronic toll collection), manufacturing & assembly line management, aviation baggage handling & tracking, document tracking & library management, animal identification & livestock management, logistics & supply chain (warehouse inventory/sorting), asset & tool management, and other embedded integration scenarios.