Thin-Type Finger Vein Recognition Module, Built-in Cortex Core, USB Drive-Free Adaptability, UART Communication Interface, Finger Vein Liveness Detection,Compatible with Raspberry Pi and PC

Product description Features This product is a finger vein recognition module based on a 32-bit ARM Cortex-M4F core, the operating frequency is up to 192MHz. Supports floating-point algorithm calculation and DSP instruction set, enabling efficient execu of biometric recognition algorithms. The module adopts a separated NIR light design, making it easy to integrate into various terminal devices and enhancing overall system integration. The module interface is compatible with industry-standard fingerprint recognition protocols and offers excellent platform adaptability and scalability, enabling rapid integration and development. It is suitable for applications such as smart door locks, push-pull or concealed door handles, compact smart storage cabinets, and access control and attendance systems, providing a high-precision and highly reliable identity authentication solution.

Thin-type finger vein recognition module with a mounting thickness of 8.29 mm High-precision integrated all-in-one design with no redundant internal wiring, high design reliability Based on SOC microcontroller system architecture with a high-performance finger vein algorithm engine, supports EAL4+ security certification The standby current is less than 5uA, the working current is less than 19.5 mA, and the power-up response time is less than 20ms, making it one of the products with excellent energy efficiency optimization in the industry Fully enclosed structure with no exposed components except for the wiring connectors. Conforms to industrial-grade Triple-Proof standard, and the waterproof level reaches IP56 Supports USB and UART serial communication The module interface is compatible with the fingerprint industry standard, more convenient for integration and development The module algorithm features adaptability, and supports both fingerprint protocol and private protocol Adopts a separated design, the near-infrared (NIR) light source is physically separated from the finger vein module and mounted opposite the finger vein window, centered and within a 50mm range