DESFire®EV3, Ultral®, JavaCard, and other chips are available. Custom sizes and specifications are available. For NFC Payment Wristbands/Bracelets/Rings Projects
The Mifare®DESFire®EV3 series chips are NXP’s current mainstream high-security CPU card chips, supporting AES encryption and multi-application partition management. The DESFire®EV3 chip features advanced contactless technology and a robust security architecture, designed specifically for modern identity recognition systems to provide reliable data protection and efficient communication in smart card environments. Designed to global standards, the DESFire®EV3 chip integrates seamlessly with existing system infrastructure while supporting secure authentication and flexible upgrades, making it suitable for long-term deployment. The D43 model features 4KB of EEPROM storage capacity and is suitable for small-value payments, Ib daim card uas siv ib daim card, and identity authentication scenarios involving moderate data volumes. This blank card complies with the ISO 14443A standard and is compatible with all NFC readers and writers that support this protocol. This custom NFC payment tag model is suitable for mass-produced NFC tags and wristband-type products. This custom NFC payment tag utilizes high-frequency RFID technology to communicate with compatible readers. When brought near a reader, the built-in chip and antenna are powered by the electromagnetic field and exchange encrypted data, enabling secure authentication and rapid contactless identification without the need for physical contact.
Main Features Advanced NXP®MIFARE®DESFire®EV3 architecture Single-card, multi-application management capability High-speed, reliable contactless communication Robust data protection and authentication capabilities Compatible with international smart card standards Supports customization in multiple sizes
Main technical specifications Frequency Band: 13.56MHZ Communication Protocols: ISO/IEC 14443-A, NFC rooj sab laj 4, ISO/IEC 7816-4 Chip Type: QOOB®MIFARE®DESFire®EV3 2K/4K/8K; optional chips include Ultralight®, JavaCard, los yog hais kom meej EEEPROM: 2K/4K/8K Reading Range: 10ntxhuav dimensions: Customizable based on project requirements
