ATA556711-TASY

RFID, or Radio Frequency Identification, is a technology used for object identification, data exchange, and authentication. ATA556711-TASY is a highly integrated RFID chip designed for use in RF access, monitoring, and control applications. It is a Multi Function Secure Key (MSK) transponder that supports both low and high frequency contactless communication. This chip can be used with battery-operated devices as it has a low energy consumption feature.

The ATA556711-TASY can store up to 4,096 bits of user-defined data in EEPROM memory. The EEPROM also supports data write protection, allowing users to protect important data from unauthorized access. The chip also has a 512 bit random access memory (RAM) that can be used to store both variables and security information. The ATA556711-TASY can also be integrated with a variety of external components such as sensors, printers, and displays.

The ATA556711-TASY operates at two distinct frequencies: 13.56MHz and 2.45GHz. It is designed to be compatible with both low and high frequency RFID technology standards. Its integrated AES-128 encryption algorithm ensures data security, while its dynamic 16-bit authentication protocol facilitates user authentications. The chip also supports higher data transfer rates, allowing users to transfer data at faster speeds.

The ATA556711-TASY is an ideal solution for applications requiring secure access to sensitive data. The chip\'s combination of encryption and authentication ensures data privacy and integrity. It is also suitable for applications such as cashless vending, access control, smart identity cards, NFC enabling, and data logging. The chip can be integrated into a variety of RFID systems, including but not limited to single frequency RFID systems, bi-directional RFID systems, and dual frequency RFID systems.

The ATA556711-TASY is an advanced and secure RFID chip designed for various RF access, monitoring, and control applications. Its integrated AES-128 encryption algorithm and dynamic 16-bit authentication protocol provide secure access to sensitive data. Its low power consumption and high data transfer rates make it suitable for battery-operated devices. The chip is also compatible with a variety of external components, allowing users to easily integrate it into existing systems.