STMicroelectronics M24LR64-RMN6T/2 Dynamic NFC/RFID Tag

The M24LR64-RMN6T/2 is a state-of-the-art NFC/RFID tag IC from the renowned manufacturer STMicroelectronics. This product is designed to bring wireless connectivity to a new level, offering a dual-interface EEPROM that not only provides a traditional I²C interface but also an RF link accessible through an ISO 15693-capable NFC device such as a smartphone or an RFID reader.

With a generous 64-kilobit memory capacity, the M24LR64-RMN6T/2 provides ample storage for various data types, including product information, user data, and device configuration parameters. The memory is organized in 2048 blocks of 32 bits each, which can be individually locked to safeguard critical data from unintended modifications.

The IC's energy-harvesting capabilities are one of its standout features. It can draw power from the RF field generated by an NFC reader, eliminating the need for an external power source in certain applications. This makes it an ideal choice for low-power or batteryless systems where power consumption is a critical concern. The energy-harvesting feature can also power external components, making it a versatile solution for a wide range of applications.

For security, the M24LR64-RMN6T/2 incorporates a unique 64-bit serial number and supports multiple password protection schemes to prevent unauthorized access. Users can set passwords for both I²C and RF access, ensuring data integrity and privacy.

The compact form factor of the M24LR64-RMN6T/2, housed in an SO8N package, makes it suitable for integration into various electronic devices, including consumer electronics, industrial automation systems, and smart tracking solutions. Its robust design ensures reliable operation across a wide temperature range, making it suitable for harsh environments.

Overall, the M24LR64-RMN6T/2 from STMicroelectronics is an innovative and versatile NFC/RFID tag solution that simplifies the addition of wireless connectivity to a host of applications, enhancing product functionality and user experience.