1. Product Name
HS-FV100 Finger Vein Biometric Module
2. Product Overview
The HS-FV100 is a cutting-edge finger vein biometric collection
module developed by Shenzhen Biovo Biometric Technology Co., Ltd.
This module utilizes advanced near-infrared imaging technology to
capture the unique vascular patterns inside the finger. The
HS-FV100 features an innovative dual-side light source design with
breathing light indicators for intuitive user guidance, and
incorporates a single-chip microcontroller system capable of
running the vein recognition algorithm directly on the chip. With
its compact design, low power consumption, and high protection
rating, it is suitable for both desktop and embedded applications
in various identity verification scenarios.
3. Key Features
· Industry-leading compact circuit design
· Exclusive single-chip microcontroller finger vein recognition
system
· Pioneering dual breathing light indicators for intuitive finger
positioning guidance
· Ultra-low power consumption (as low as 27mA during operation)
· IP56 water resistance rating suitable for controlled outdoor use
· Supports both desktop and embedded multi-functional integration
· First in the industry to use engineering-grade plastic for
increased durability
· Thinnest finger vein module in the industry with a total height of
only 29mm
· SOC-based algorithm processing for efficient biometric verification
· Supports USB and UART communication interfaces
· Compatible with multiple development platforms
4. Technical Specifications
Parameter | Specification |
Product Model | HS-FV100 |
Module Function | Vein information collection, filtering, binarization, data
encryption compression, algorithm data matching, ID output |
SOC | AS-608 144MHz 32-bit RISC architecture high-performance DSP
microprocessor |
Recognition Method | Pre-register pre-compare 1:N or 1:1, pre-register post-compare 1:N
or 1:1 |
Recognition Speed | <1 second |
Maximum User Capacity | ≤500 ID/1500 templates (pre-register pre-compare mode) |
Vein Template Size | Single template ≤1K bytes, Template name format: FV_U(ID).xgd |
False Acceptance Rate (FAR) | <0.0001% (at highest security level) |
False Rejection Rate (FRR) | <0.01% (at high security level) |
Self-learning Function | Lower hit rate templates are prioritized for fusion calculation |
USB Communication | Virtual CD driver-free USB2.0 Device |
UART Communication | Full-duplex TTL level serial port (SPI mode optional) |
Low Power Mode | Supports 1 TOUCH wake-up output, 1 constant 3.3V power input, 1
main 3.3V power input |
Supported Platforms | Windows, Windows CE, Linux, Android, iOS, ARM, AIX, etc. |
Operating Voltage | DC 5.0V (±5%) or DC 3.3V (±5%) |
Maximum Operating Current | ≤130mA/5V (peak) |
Standby Current | ≤27mA/5V |
Sleep Mode Power Consumption | ≤200uA high-power version or ≤5uA low-power version (excluding
offline breathing light) |
Breathing Light Mode | Supports offline breathing mode (SOC sleep mode) |
Module Dimensions | 48×40×29mm (L×W×H) |
Terminal Interface Direction | Side-out cable or bottom-out cable |
Module Terminal Specification | 9P 1.25mm pitch pin socket |
Operating Environment | Temperature: -20°C to 60°C, Humidity: 20% to 80% RH |
Shell Material | ABS+PC (shell surface uses non-spray oil process, no paint peeling
issues) |
Water Resistance Rating | IP56 |
5. Application Scenarios
· Identity authentication systems
· Login verification devices
· Social security verification
· Exam identification systems
· Payment systems
· Encryption dongles
· Self-service authorization terminals
· Access control and attendance systems
· Smart channel gates
· Healthcare patient identification
· Financial institutions for customer verification
· Secure facility access management
· Government service centers for citizen verification
· Educational institutions for student/staff identification
