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T3 RFID Fixed Mount Reader​

About Product:

T3 RFID Fixed mount reader based on Impinj Speedway 420 deployed with up to 4 antennae to read/write RFID tags for application specific requirements in smart shelves, cabinets etc.

Key Specifications:

Air Interface Protocol RAIN RFID/ISO 18000-63 and EPC global Gen2v2 compliant
Read Rate Max 1,100 per second
Transmit power Max +30 dBm
Receiver Sensitivity Ideal: -87 dBm; Challenging: -84 dBm
Antenna Ports 4
Antenna Impedance 50 Ohm
Network Interface 10/100BASE-T Ethernet
Power Source AC-DC power supply, IEEE 802.3af PoE
Power Consumption 25 watt
Weight 150kg
Price*
Lead Time*
Trigger* Sensor Trigger or Continuous Reading

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Benefits of Our Product: 

Precision & Reliability

With a high read rate of up to 1,100 tags per second, advanced receiver sensitivity (as low as -87 dBm), and up to 4 configurable antenna ports, this reader ensures accurate, real-time detection of RFID tags. This even in challenging environments like densely packed shelves or enclosed cabinets. 

Flexible & Scalable Integration

The reader supports both smart shelving and cabinet applications, making it ideal for various industries including retail, healthcare, and logistics. It can be deployed with up to four antennae, adapting easily to custom setups depending on the space or scanning requirements. 

Efficient Power & Connectivity Options​

Equipped with both AC-DC power supply and PoE (Power over Ethernet) support, the device ensures versatile deployment in environments with limited wiring infrastructure, while minimizing power consumption at just 25 watts

Ready to Solve Your RFID Challenges?

Contact our RFID specialists today to discuss how our product can address your specific identification and tracking needs.

We'll work with you to design a solution that improves efficiency, reduces costs, and delivers reliable performance.


Get Started Today!

📞 Contact our technical consultation team

📧 Request samples for testing

📋 Custom your quotation based on your requirements​

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All specifications are subject to standard industry tolerances. Performance may vary based on application environment and conditions. Please consult with our technical team for application-specific guidance.*