Hitag2 chip card is an advanced contactless identification transmitter with powerful functions and a wide range of application scenarios. The following are the main features and application scenarios of Hitag2 chip cards:
Features:
- Identification transmitter for contactless applications: Hitag2 chip cards are designed for contactless applications and can be used in a variety of identification and storage solutions.
- Operating frequency 125 kHz: Operating at an operating frequency of 125 kHz, ensuring efficient communication of the card in different environments.
- Data transmission and energy supply via RF link, no internal battery: Data transmission and energy supply are achieved via RF link, eliminating the need for an internal battery, improving the durability and service life of the card.
- Read distance equals write distance: Provide consistent read and write distance to ensure communication stability and reliability.
- 256-bit non-volatile memory: Has 256-bit non-volatile memory, including 128-bit user data and 128-bit control data/secret memory, organized into 8 pages of 4 bytes each.
- 10-year non-volatile data retention: Data remains stable for up to 10 years, ensuring data reliability and durability.
- 100,000 erasing and writing cycles: It has up to 100,000 erasing and writing cycles, ensuring long-term use and high-frequency erasing and writing operations.
- Selective read and write protection of stored content: Selective read and write protection of stored content can be achieved to ensure data security and privacy.
- Two encoding schemes for read operations: Biphase and Manchester encoding are provided for two encoding schemes for read operations to meet the needs of different communication environments.
- Effective communication protocol with excellent data integrity checking: Provides an effective communication protocol with excellent data integrity checking function to ensure data accuracy.
- Mutual authentication function: It has mutual authentication function to ensure the security of communication and prevent illegal access and data leakage.
- Read and write mode allows:
- Plain text data transmission (cipher mode): used for ordinary data transmission.
- Encrypted data transmission (encryption mode): For secure transmission of encrypted data.
- Multi-tag operation in read-write mode: Due to the special HALT function, multi-tag operation in read-write mode is realized.
- Simulation of standard industrial read-only transmitters:
- Public Mode A (standard industrial read-only transmitter for MIRO and μEM (H400x)): suitable for specific application scenarios.
- Public Mode B (compliant with ISO 11784 and ISO 11785 for animal identification): Suitable for animal identification and related applications.
- Public Mode C (PIT Compatible Mode): Suitable for specific animal identification applications.
Application scenarios:
- Access control and security systems: Used in access control and security systems to provide safe and reliable access management and ensure the effectiveness of access control.
- Logistics and inventory management: Hitag2 chip cards can be used in logistics and inventory management to achieve real-time tracking and traceability and improve management efficiency.
- Identification and storage scheme: Used to store personal and organizational data as part of an identification and storage scheme.
- Animal identification: used for animal identification in the agricultural and veterinary fields, in compliance with ISO 11784 and ISO 11785 standards.
- Event ticket management: Used for event ticket management, providing convenient entry verification and ticket management.
Overall, Hitag2 chip card provides efficient, safe and reliable identification and data storage solutions for various contactless applications with its advanced functions and wide range of application scenarios.