Grove - NFC (ST25DV64) Versatile NFC/RFID Tag Board With 3.3V/5V Power Supply, ST25DV64K Chip
Experience effortless communication with the Grove - NFC (ST25DV64) Tag Board! At Robocrage, we're excited to introduce this advanced product that blends innovation, versatility, and convenience to take your projects to the next level.
Powered by the advanced ST25DV64K chip, this NFC/RFID tag board operates at an impressive 13.56 MHz frequency, ensuring swift and dependable communication for your applications. The Grove NFC Tag Board follows the ISO/IEC 15693 protocol, ensuring compatibility with a broad range of devices and systems. With its user-friendly I2C communication interface, this tag board makes connectivity and data transfer simple.
This board is equipped with a 4-pin HY2.0 Grove connector, this NFC tag board guarantees a secure and reliable connection. The Grove - NFC (ST25DV64) Tag Board is compatible with both 3.3V and 5V operating voltages, offering flexibility to meet various project requirements. Whether you're involved in IoT projects, developing smart devices, or creating interactive installations, the Grove - NFC (ST25DV64) Tag Board empowers you to explore endless possibilities. It's a must-have tool in your toolkit for building intelligent and connected solutions.
Power your innovation with ease! Order now at Robocrage and experience the next level of connectivity!
Applications
- Access Control: You can use it as a key card for access control systems.
- Contactless Transaction: Integrate the tag into a payment system for contactless transactions.
- Device Pairing: Simplify the pairing process between devices by storing connection information on the NFC tag.
- Inventory Tracking: Attach the NFC tag to products to store product information and simplify inventory management.
- Smart Home Automation: Store configuration data on the tag to control smart home devices or trigger specific actions.
Package Include
- 1x Grove - NFC (SaT25DV64) Versatile NFC/RFID Tag Board With 3.3V/5V power supply, ST25DV64K Chip
