Finger Vein Scanner Module Overview A compact, embeddedready finger vein scanner module powered by a 32 bit ARM CortexM4F processor running at 192 MHz. Designed for efficient ondevice biometric recognition and flexible integration into security and access systems. Key benefits Fast, efficient biometric processing: 32 bit ARM CortexM4F CPU at 192 MHz enables responsive vein pattern recognition and lowlatency authentication. Easy integration: Separated structure design of the light board simplifies embedding into different devices and improves mechanical and optical integration. Scalable and adaptable: Built for platform adaptability and scalability to support rapid development, , and deployment across multiple product lines. Improves security workflows: Reliable biometric verification reduces unauthorized access and streamlines user authentication in physical security systems. Technical highlights Processor: 32 bit ARM CortexM4F, main frequency 192 MHz. Algorithm support: Supports instruction set and runs biometric recognition algorithms efficiently ondevice. Mechanical design: Separated light board structure for flexible embedding and simplified device assembly. Development: Designed to support rapid development and deployment with good platform compatibility and scalability. Compatibility and integration Embedding friendly form factor that accommodates integration into locks, handles, and compact enclosures. Compatible with common access control and attendance system architectures where an ondevice biometric module is required. Suitable for developers and OEMs building customized security devices that require a compact finger vein sensor and processing unit. Practical use scenarios Door access control: Integrate the module into electronic door locks to authenticate authorized personnel without network dependency for core matching. Small locker and sliding handle applications: Embed the compact scanner in lockers or sliding door handles for secure, spaceconstrained installations. Attendance terminals and access panels: Use in wallmounted or countertop attendance devices to deliver fast, onsite biometric verification for workforce management. Why choose this module Optimized for embedded biometric tasks with a capable ARM CortexM4F processor. Flexible mechanical layout and separated light board ease integration into a wide range of security devices. Supports rapid product development and scalable deployment across multiple applications. Note This description reflects the module design and core specifications. For technical integration details and interface options consult the module documentation or engineering support resources.