With the ST25 product family, ST offers a complete portfolio of NFC and RFID tag and reader ICs for a wide variety of NFC-enabled solutions. Currently found in contactless payment, access control and public transport ticketing systems, NFC technology is a convenient, always-on low power short-range wireless link that is driving the growth for convenient pairing, diagnostic readout, data tracking, and parameter setting use cases in Consumer, Industrial, Automotive and Medical applications. The benefit of our 10 years longevity program is available for Industrial-grade and Medical NFC / RFID applications.
Operating in the 13.56MHz RFID HF band, ST25 NFC tags and dynamic tags comply with ISO14443 type A and B, ISO15693 and NFC Forum standards and offer a range of EEPROM memory sizes from 512-bit to 64-Kbit.
|ST25TA, ST25TV tags and ST25DV-I2C, ST25DV-PWM dynamic tags are NFC Forum certified. The certification provides consistency of behavior across NFC implementations and sets the foundation for interoperability.|
ST25R HF readers are compliant with ISO14443 type A and B, ISO15693, ISO18092, FeliCa and NFC Forum standards. They are supporting very high bit rate (VHBR) technology and up to 1.4 W output power.
The ST25RU UHF Rain RFID reader series provides multiprotocol support for the 840-960 MHz UHF band compliant with ISO18000 6c & b, ISO29143 and UHF EPC GEN2V2 compatible RAIN standards.
ST offers a comprehensive range of tools to evaluate and develop NFC/RFID solutions: NFC Discovery starter kits, NFC STM32 Nucleo MCU expansion boards, ST25 reference software and antenna design tool in order to ease the design process and cost.
Discover ST NFC Brochure that helps you build the most effective and secure solutions for all your NFC applications.
ST25 NFC/RFID Tags and Readers
Connect & learn from your peers, share your experiences
Community Q&A: ask your question and get answers from ST and your peers
Bring your ST25 NFC/RFID Tags & Readers project to life with the free educational resources created by our engineers.