µFR XL OEM with booster
178 × 178 × 5 mm
Allow enclosure clearance and a non-metal RF window. [1]
RFID Readers · Digital Logic
µFR XL OEM NFC Reader with RF Booster
µFR XL OEM is a 178 × 178 × 5 mm, 100 g reader board from Digital Logic. Its larger antenna and RF booster provide a published operating-distance reference of up to 200 mm, dependent on the tag and reader configuration.
Updated September 24, 2026
- Radio
- 13.56 MHz; ISO 14443 A/B and ISO 18092
- Transfer rate
- Up to 424 kbit/s, as published by Digital Logic
- Supply
- 5 V
Technical reference
Product specifications
Model-specific data and source scope are shown together.
- Radio
- 13.56 MHz; ISO 14443 A/B and ISO 18092 [1]
- Transfer rate
- Up to 424 kbit/s, as published by Digital Logic [1]
- Supply
- 5 V [1]
- Software
- Digital Logic libraries and examples; C/C++, C#, Java, Python and other host integrations [1]
- Board outline / mass
- 178 × 178 × 5 mm; 100 g [1]
- Operating current
- 150–300 mA [1]
- Host interfaces
- USB, UART TTL or RS232 configuration [1]
- Published RF distance
- 0–200 mm; antenna geometry and card configuration dependent [1]
- Supply format
- OEM board without housing [1]
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Models & configurations
Choose a model or format to include it in your quote or sample request.
Appearance & construction
Photos & drawings
Open a picture to inspect the original file. Dimensions are taken from the cited references.
Application & selection
Before choosing this product
Why a larger reader antenna?
The larger antenna can help bridge a greater distance for a suitable card. It does not give every miniature tag a 200 mm range. Nearby metal, card orientation and the final enclosure can reduce coupling.
Power and mounting
Design for the published current range and keep conductive mounting hardware away from the antenna area. The commercial package dimensions are not the PCB dimensions and should not be used to design the enclosure.
Sources & documents
Technical references
Published specifications identify the reference model. They do not replace the final order drawing or a model-specific test report.
- Digital Logic model, software & hardware reference ↗
Manufacturer reference · reviewed 2026-09-20
Custom orders & samples
Request your configuration
Choose the reference, then add quantity, destination, chip or reader details and any artwork on the enquiry page.