MIFARE 1K
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RFID A1
£26.30Add to basketThe RFID A1 is a surface mount complete RFID reader module supporting Mifare Classic, Mifare Ultralight, Mifare EV1, NTAG2xx transponders. SPI or I2C interface. Connect a 3.3V power supply and an antenna (see our antenna range) to create a working RFID reader. Very fast and very low power. Supports multiple tags simultaneously in the field and stand alone operation as well as connected to a host controller operation. Add as a sub assembly component to your pcb to give RFID capability to your product.
Our minimum order value is £50 but for small orders it may be cheaper to buy this product from our distributor partners: here (RS Components) or here (TME):


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RFID NFC Chilli USB-B1
£38.40Add to basketChilli USB B1 is a low cost full RFID/NFC read/write device that can operate in “host” connected mode or “stand alone” mode. Supports MIFARE Classic® 1K and MIFARE Classic® 4K, NTAG2xx®, Ultralight. Based on our RFID-B1 with additional integral antenna, USB interface (FTDI virtual COM port, micro USB connector), powered by USB, LED for card in the field indication/ interrupt, mounting holes and flexible plated connection holes. Free software libraries for C, C#, Java, Linux, Arduino.
Our minimum order value is £50 but for small orders it may be cheaper to buy this product from our distributor partners: RS Components – [click here], Digi-Key – [click here] or TME – [click here]:



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RFID B1 EA USB (External Antenna)
£25.35Add to basketRFID B1 EA USB is a low cost full RFID/NFC read/write device that can operate in “host” connected mode or “stand alone” mode. Supports MIFARE Classic® 1K and MIFARE Classic® 4K, NTAG2xx®, Ultralight. Based on our RFID-B1 with additional socket for an external antenna, USB interface (FTDI virtual COM port, micro USB connector), powered by USB, LED for card in the field indication/ interrupt, mounting holes and flexible plated connection holes. Free software libraries for C, C#, Java, Linux, Arduino.
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RFID NFC USB-B1
£41.15Add to basketComplete Evaluation and Software Development Board for the RFID-B1 module (supporting ISO 14443A, MIFARE Classic® 1K, MIFARE Classic® 4K, MIFARE Ultralight®, NTAG2xx® card/tag types). This board is also suitable for use as a standalone OEM reader/writer product of these transponder types.
Our minimum order value is £50 but for small orders it may be cheaper to buy this product from our distributor partners: here (RS Components) or here (TME):


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RFID RWD QT SMT Baseboard
£33.95Add to basketThe RWD QT SMT Baseboard is a demonstration, evaluation and development board for the RWD-QT-SMT module. It is a complete reader and tag acceptance solution for passive RF transponders. The board is powered from the USB connection and, with the addition to it of a RWD-QT-LP-SMT, is a fully featured 125KHz RFID read/write system. The RWD module provides internal EEPROM memory for holding a list of authorised identity codes and system configuration parameters, a manual override switch facility and has LED drives to give visual indication of acceptance. The RWD also has a serial UART interface that allows a host system to communicate with it as the user requires, so that system features can be customised, configurations changed and tag read/write data handled by the host system. The board does NOT come with a RWD-QT-LP-SMT module, this must be purchased separately.
Our minimum order value is £50 but for small orders it may be cheaper to buy this product from our distributor partners: here (RS Components) or here (TME):


While stocks last.
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RFID NFC OEM-MICODE-USB
£41.05Add to basketThe OEM-MICODE-USB is a Complete RFID read/write device supporting NFC transponders (NTAG2 fully supported, NTAG4 serial number read only). Also fully supports MIFARE Classic 1K, MIFARE Classic 4K, MIFARE Ultralight. Supports DESFire serial number read only. Connected and powered by USB. (Please email sales@eccel.co.uk for pricing and to order cased version).
Our minimum order value is £50 but for small orders it may be cheaper to buy this product from our distributor partners: here (RS Components) or here (TME):












