Raylink RFID / Desktop Reader
A desktop UHF RFID reader for tag encoding, label commissioning, and workstation verification. RLD-02 gives project teams a controlled read/write point before tags move into warehouse, retail, or asset-tracking workflows.
Technical Overview
RLD-02 is used where tags need to be encoded, checked, or prepared at a desk before they enter a larger RFID system. It is a practical fit for label preparation, sample testing, asset registration, and software-side data validation.
The reader supports adjustable RF output, regional UHF frequency options, USB connection, Ethernet connection, and API-based development. That gives integrators a compact reader for controlled workstation tasks instead of using a long-range portal reader for close-range tag handling.
Core Engineering Value
For desktop reader projects, the point is not maximum distance. The point is repeatable tag handling, stable host connection, and a clean path from test data to the customer's software workflow.
0-27dBm adjustable output helps teams tune the desktop read zone for close-range tag writing and verification.
ETSI, China, and FCC frequency options make it easier to align evaluation samples with the deployment region.
Standard USB and RJ45 Ethernet support common workstation and software integration setups.
API support for C# and Java helps integrators build test tools, tag commissioning flows, and data checks.
The matrix antenna keeps the desktop setup compact and avoids extra antenna placement work for basic tag handling.
Use RLD-02 to prepare tags before they are attached to assets, labels, garments, cartons, or tools.
Application Scenarios
Write EPC data or prepare RFID labels before they move to packing, warehouse, or retail operations.
Give developers a stable desktop reader for validating data exchange, middleware logic, and reader commands.
Register tools, devices, documents, or samples at a controlled workstation before field deployment.
Technical Specifications
The table keeps the supplied datasheet values intact for engineering review. Confirm region, software workflow, and tag type before order.
| Frequency Range | ETSI 865-868MHz; China 920-925MHz; FCC 902-928MHz |
|---|---|
| Communication Protocol | ISO 18000-6C/6B, EPC C1G2, various temperature and humidity label protocols |
| Output Power | 0-27dBm adjustable |
| Power Accuracy / Flatness | +/- 1dB accuracy; +/- 0.2dB flatness |
| Antenna | Built-in Matrix Series Antenna |
| Communication Interface | Standard USB; 10/100 Base-T Ethernet, RJ45 Port |
| Power Supply | DC 12-24V, PoE+ 802.3at 25.5W |
| Reception Sensitivity | < -84dBm |
| Read Rate | > 400/700 tags per second |
| Read / Write Range | 80cm read range; 40cm write range |
| Technical Support | API development kit, supports C# and Java |
| Operating Environment | -20C to 55C working temperature; 10% - 95% operating humidity |
| Dimensions / Material | 400mm x 300mm x 35mm; ABS + aluminum backplate |
| Weight | 2 kg |
Integration Support
Raylink RFID can help review the reader setup before pilot use, including frequency region, tag type, host interface, API workflow, and read/write distance expectations.
For OEM or system integrator projects, share the software platform, target tag, required interface, and quantity plan. The engineering conversation should happen before batch deployment, not after a reader is already installed.
FAQ
No. RLD-02 is mainly for desktop tag encoding, writing, and verification. The supplied datasheet lists 80cm read range and 40cm write range.
Yes. The supplied datasheet lists standard USB, 10/100 Base-T Ethernet with RJ45, and API support for C# and Java.
The datasheet lists ISO 18000-6C/6B, EPC C1G2, and various temperature and humidity label protocols.
Yes. Raylink RFID can discuss OEM / ODM supply, API workflow, tag handling, host interface, and project configuration before deployment.
Direct RFID Hardware Manufacturer
Send your tag type, target workflow, software platform, region, and expected quantity. Raylink can review whether RLD-02 fits the project or whether another reader is more suitable.
