Professional RFID Long Distance Reader , Long Range RFID Reader Multiple Tags

Integrated RFID Reader Long Range impinj rfid reader with 9dbi antenna 10 meter read range
 
Details of Integrated long range UHF RFID Reader F5009-H
 
F5009-H UHF RFID Integrative Reader/Writer is a high-performance reader/writer designed for high challenging RFID application environment. It employs the SR-M2210 RF module as core and bases on the IMPINJ R2000 RF Chip, which provide the customers unprecedented performance of reading and writing experience. The maximum power output of this reader/writer is 30dBm, with 9dbi built-in gain antenna, which can realize a stable reading distance of 9m and the maximum of 12m. It owns a superior multi-tags reading rate and can achieve a tag identification rate of 400tags/s or above.
This product is suitable for RFID intensive and more challenging environment and required a higher reading/writing performance, such as warehousing, logistics, production line management, etc.

Advantages of Integrated long range UHF RFID Reader F5009-H

• Employed IMPINJ R2000 RF Chips, up to -82dbm receiving sensitivity and the highest performance in this field makes this module more suitable for harsh application environment.
• High stability and reliability, 60*24 hours high temperature of workstation, can work stably and continuous.
• Remarkable performance, can achieve a reading distance over 11m for single tag reading.
• Remarkable performance in intensive tags reading, can attain a tags identification rate of 400tags/s.
• Provide the most comprehensive functions SDK and ports, easy to integrate RFID software.
• Adopted integrating RF chip, module performance is more stable, and more suitable for harsh application environment.
• The use of carrier wave cancellation technology makes the tags reading more accurate and reading scope wider.
• Enhanced noise suppression function for reliable data capturing.
• High precision return signal strength (RSSI).

Product Electrical Parameters

 
Interface definition
 

 
 
 

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