NT3H2111W0FT1X RF/IF and RFID

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

RFID, RF Access, Monitoring ICs-NT3H2111W0FT1X Application Field and Working Principle

NT3H2111W0FT1X is an RFID transponder IC card from NXP Semiconductor. It is designed for high-security access solutions that require sophisticated authentication and encryption in contactless reader environments. This versatile device offers the right balance of very secure authentication level and low-cost development, making it ideal for applications that require secure identity registration and verification.

The NT3H2111W0FT1X uses a 312 kHz read/write coupling technology that ensures reliable communications between the reader and the card. The NT3H2111W0FT1X comes with an array of sophisticated security features, including encryption, anti-cloning, authentication, mutual authentication, and tamper detection. Thanks to the on-chip authentication engine, the chip provides offline authentication and a high level of data security.

The chip utilizes a type of radio-frequency identification (RFID) technology and operates on a low-frequency carrier signal, commonly used for access control, asset tracking and item authentication. The radio signal is decoded and authenticated by a reader device which can be used to read the information stored in the NT3H2111W0FT1X chip. This data can include identification numbers, access codes, and other relevant information.

The NT3H2111W0FT1X is also equipped with card contact points that enable it to be inserted into a wide range of contactless card readers, including those used for access control, payment systems, and vending machines. Additionally, the chip offers flexible data security and versatility for handling high-speed transactions, making it suitable for applications in areas such as banking, ticketing, retail, and other secure access control solutions.

Internally, NT3H2111W0FT1X uses AES-128 encryption and authentication using a 48-bit ID number. This chip offers a security level suitable for access control applications such as e-ticketing, parking and employee access control. NT3H2111W0FT1X also support the open standards of ISO/IEC 8582 (CB2007), ISO14443-A protocol and NXP UID binary types. It can be programmed with a custom-defined UID or a randomly generated UID. The chip also supports time-based or session-based authentication.

When in use, the NT3H2111W0FT1X transmits a radio-frequency signal from its antenna coil, while simultaneously receiving energy by radio from an external reader. This communication is based on the near-field communication (NFC) protocol, a short-range wireless technology. Data exchange between the card and the reader is transmitted across the NFC protocol, which makes for a secure form of communication.

In terms of applications, the NT3H2111W0FT1X can be used for access control, NFC payments, ticketing and asset tracking. It is suitable for a variety of applications, from public areas to industrial or security environments. The chip can also be used for authentication purposes, such as online banking and online shopping. It can also be used to store information for loyalty programs and hotel keycards.

In summary, NT3H2111W0FT1X is a great choice for applications that require a secure and reliable authentication method. Thanks to its flexible security, it is suitable for a variety of access control and ticketing applications. Its small size also makes it ideal for embedded systems. Furthermore, its use of AES-128 encryption and authentication provide a high level of data security.

The specific data is subject to PDF, and the above content is for reference