Dense Multi-Tag Reading
The reader supports dense tag reading and can identify multiple RFID tags during the same operation.
Fast Tag Processing
The stated tag response speed is at least 40 tags per second.
Near-Field Antenna Design
The integrated near-field antenna helps control the RFID reading range and reduce unintended reads from nearby tags.
Adjustable RF Output
The RF output power can be adjusted from 0 to 33 dBm.
Controlled Writing Range
The RFID writing distance can be limited to within 10 cm.
RSSI and Data Filtering
The device supports RSSI signal-strength detection and RFID tag data filtering.
Type-C Connection
A Type-C interface is provided for device connection and data transmission.
This desktop UHF RFID reader uses an efficient signal-processing algorithm to support fast RFID tag reading and writing. It is designed for desktop applications that require RFID tag registration, data entry, rewriting, and conversion.
The device supports dense tag reading, multi-tag identification, tag data filtering, and RSSI signal-strength detection. Its near-field antenna design helps control the reading area and reduce unintended tag reads.
The product is suitable for book registration, tool data entry, linen management, and other applications requiring RFID tag encoding and rewriting.
UHF RFID
Performance
Physical Specifications
Applications
What is this UHF RFID desktop reader used for?
It is used for RFID tag reading, writing, registration, data entry, rewriting, and conversion in desktop applications.
Which RFID protocols does it support?
It supports ISO/IEC 18000-6C, EPC Class 1 Gen 2, and ISO/IEC 18000-6B.
Can it read multiple RFID tags at once?
Yes. It supports dense multi-tag reading with a stated response speed of at least 40 tags per second.
What is the reading distance?
The stated RFID reading distance is 0–30 cm.
How does the reader reduce unintended tag reads?
It uses a near-field antenna design to control the reading area, and the stated reading-area radius is 50 mm.
Does it support secondary development?
Yes. An SDK is available, with development support for Java and C#
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