NT3H2211W0FT1X RF/IF and RFID

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NT3H2211W0FT1X is an RFID-based tag with a monitoring, access and identity chip. It is used for secure identification and authentication of individuals and objects. It can be used in a wide variety of applications including access control, asset tracking, identity and access management, attendance monitoring, and medical tracking. It is also used for industrial process control and management, datacenter operations, data protection, and home automation.

NT3H2211W0FT1X Features

The tag features NFC, ISO/IEC 15693, and ISO/IEC 18000-3, allowing for both read/write and passive operation. The tag has a large memory, consisting of 1024 bits of NV-RAM. It also features power-over-radio (PoR) technology, allowing it to be powered wirelessly. Additionally, the tag has a tamper switch, which triggers an alarm when triggered. It also has an integrated authentication scheme, a 32-bit true random number generator (TRNG), and anti-counterfeiting technology.

NT3H2211W0FT1X Applications

The NT3H2211W0FT1X can be used for a variety of applications, including physical access control, asset tracking, datacenter operations, and medical tracking. It can also be used as a secure identity and access management system, attendance monitoring, industrial process control and management, and home automation. Its features, such as NFC, ISO/IEC 15693 and ISO/IEC 18000-3 support, PoR, tamper switch, authentication and cryptography, anti-counterfeiting, and TRNG make it suitable for a wide variety of applications.

NT3H2211W0FT1X Working Principle

The NT3H2211W0FT1X operates on the RFID and/or NFC technology. When the user passes the tag along the antenna, the tag-reader combination transmits a signal to the tag which wakes up the memory components of the tag. The memory components of the tag then begins to communicate with the tag reader, sending data about the specific tag. The tag reader then stores this data in its memory, which can then be accessed using certain commands. The tag can be programmed to perform certain actions or to store data, which can be used for monitoring, access, and identity authentication.

When the tag is used for physical access control, the tag is associated with individual particular data. When the tag is passed on the reader, it supports the authentication process that is responsible for granting or denying access. This is achieved by the use of identification technologies such as biometrics, or encryption technologies such as RFID secure access cards that are uniquely associated with the user. The tag also supports anti-counterfeiting features, such as encryption and digital signature, making it virtually tamper-proof.

For asset tracking and medical tracking, the tag is associated with the item or patient it is tracking and its location is monitored and stored. The tag also supports power-over-radio (PoR) technology, allowing it to be powered wirelessly. In addition, data security and data protection are increased with the use of secure authentication schemes and cryptography.

In industrial process control and management, the tag is employed to track and monitor processes. The tag supports integration with programmable logic controllers (PLCs) and industrial deployment process management systems. It allows for monitoring and controlling of systems, assets, and personnel in industrial environments in order to ensure optimal performance and safety.

Conclusion

The NT3H2211W0FT1X is an RFID-based tag that is used for secure identification and authentication of individuals and objects. It features NFC, ISO/IEC 15693, and ISO/IEC 18000-3, allowing for both read/write and passive operation. Additionally, the tag has a large memory, power-over-radio (PoR) technology, a tamper switch, integrated authentication scheme, a 32-bit true random number generator (TRNG), and anti-counterfeiting technology. The tag can be used in a variety of applications, including physical access control, asset tracking, identity and access management, attendance monitoring, medical tracking, industrial process control and management, and home automation. It operates on the RFID and/or NFC technology, wakes up memory components of the tag, exchanges data with the tag reader, and can be programmed to perform certain actions.

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