Skip to content

RFID Readers · Digital Logic

NFC Integrino N512 Development Module

Digital Logic’s NFC Integrino N512 is a 51.3 × 23.9 × 20 mm, 26 g development module using Arduino technology. It combines 13.56 MHz NFC with a programmable host platform for prototyping and 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
Blue NFC Integrino development board with USB-C connector and pin headers
Product appearance reference · View original image ↗

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]
Size / mass
51.3 × 23.9 × 20 mm; 26 g [1]
Operating current
150 mA [1]
Connection
USB; manufacturer pin table covers the module I/O [1]
Published read range
Up to 40 mm, depending on card and assembly [1]
Code reference
MFRC522_PN512 examples from the manufacturer’s GitHub organization [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.

Blue NFC Integrino development board with USB-C connector and pin headers
Available product appearance reference.

Application & selection

Before choosing this product

Module versus finished terminal

This is a development component. A production terminal still needs a housing, supply design, application software and product-level evaluation. An Arduino-compatible workflow does not make every shield electrically compatible.

Start from the pin table

Use the manufacturer’s pin mapping and code examples for the actual board revision. Check supply and I/O levels separately, particularly where external 3.3 V and 5 V circuits meet.

Sources & documents

Technical references

Published specifications identify the reference model. They do not replace the final order drawing or a model-specific test report.

  1. 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.

Price, minimum quantity, sample charges and delivery depend on the selected configuration. View sample terms →

WhatsAppGet a Quote