TWN4 MultiTech Nano LEGIC 63 M
Miniature RFID module for external 50 Ohm antenna. The module is equipped with LEGIC chip SM-6300 and integrated BLE module. Like all ELATEC nano modules, it is a great solution in case of space limitations.
Key features of the TWN4 MultiTech Nano LEGIC 63 M RFID module include compact dimensions and two mounting options (Surface Mounting or Through Hole Technology) for an easy integration into almost all mobile and battery-operated applications, as well as the possibility to read more than 60 RFID technologies from low (LF) and high (HF) frequency bands, including NFC, depending on the external antenna/mother board connected to the module. Furthermore, the module is also equipped with an integrated BLE module and the LEGIC frontend chip SM-6300 (optionally, SM-6300init) that supports LEGIC Connect.
The right product for you?
Your advantages at a glance
Very compact board
Can be customized at the factory and in the field using the ELATEC software tools
One-piece solution for easy OEM board integration
Product Features
Compact design (31 x 17.8 x 2.7 mm / 1.22 x 0.7 x 0.12 inch)
LEGIC chip for reading LEGIC transponder
Supports all common 125 kHz and -13.56 MHz RFID technologies as well as NFC and BLE
LEGIC Connect
All components are mounted only on one side of the PCB to simplify integration
Solder pads (C0) on both sides allow integration via SMT assembly, the variant with a pin header on both sides (C1) is suitable for THT assembly
Powerful SDK for developing apps that run directly on the reader
Firmware is field upgradeable
18 KB on-board flash memory, e.g., for storing freely accessible non-volatile data
Support for direct chip commands
Compatible with EMC contactless protocol, specification V2.3²
Supports communication with external ISO7816 compatible SAM cards
CCID and PC/SC 2.01
8 GPIOs
Supports fast centralized (re-)configuration via network and air interface using a contactless configuration card (TWN4 Configuration Card)
Development board and I/0 extender for testing the interfaces on request
3D model (STEP) on request
Solution Areas
Pictures & Videos
