µFR Nano
86 × 27 × 8 mm
Enclosed unit; 26 g. [1]
RFID Readers · Digital Logic
µFR Nano NFC Reader Writer
Digital Logic’s µFR Nano is a compact 13.56 MHz reader/writer with an 86 × 27 × 8 mm enclosed format. Compare the enclosure, OEM and UART board versions for desktop software or embedded integration.
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]
- Operating current
- 150 mA [1]
- Interfaces
- USB; UART TTL and RS232 configurations are listed separately [1]
- Published read distance
- 0–60 mm, depending on antenna and reader configuration [1]
Choose a reference
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
Writing tags from an application
Use the µFR SDK for the exact operation: reading an identifier, writing an NDEF record and authenticating a protected card are different commands. A supported chip family does not bypass keys or access rules.
Enclosed or OEM?
The enclosure is suited to a desktop connection. OEM and UART versions require mechanical clearance, a suitable supply and the appropriate connector-level integration. Their board dimensions should not be replaced with the enclosure dimensions.
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.