一、Why is the finger vein a safer option?
Finger vein recognition technology uses near-infrared light to illuminate the finger, capturing the unique internal pattern of its blood vessels. As a biometric feature located deep within the body, each person's vein pattern is entirely distinct—even identical twins possess different patterns. Compared to easily replicated or worn fingerprints, environmentally susceptible facial recognition, and passwords prone to forgetting or leakage, finger veins offer a safer, more reliable “living key.”
By capturing the unique patterns of the subcutaneous vein network for identity verification, it offers the following significant advantages:
Inherent Uniqueness: Veins lie deep beneath the skin, their patterns determined by DNA. They are unique to each individual and remain stable throughout life, making them extremely difficult to replicate or steal.
Liveness Detection: Clear imaging is only possible with normal blood flow, effectively ensuring the subject is alive and preventing spoofing attacks.
Contactless Experience: No direct sensor contact is required, enhancing hygiene and user experience while preventing device wear.
Wide Applicability: Unaffected by skin surface conditions (dryness, moisture, damage), it offers excellent adaptability for the vast majority of individuals.
二、Quality Commitment:
Strictly adhering to RoHS environmental standards, our products comply with international certifications including CE and FCC.
Global Partnerships:
Our products and services are deployed across more than 30 countries and regions worldwide, trusted by clients in diverse industries including finance, social security, security, education, and smart home solutions.
三、Product Technical Specifications
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Parameter Category
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Detailed Specifications
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Biometric
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Recognition Method
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Finger Vein Recognition
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Recognition Area
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Single Finger (Recommended: Index Finger/Middle Finger/Ring Finger)
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Feature Template
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AES128 Data Encryption, Irreversible
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Hardware Specifications
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Sensor
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Miniature Camera Sensor
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Light source
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850nm Wavelength IR-LED
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CPU
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32-bit RISC Architecture High-Performance DSP Microprocessor
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Memory
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144KB SRAM
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Card reader
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Supports M1 cards
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Sound
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Human Voice
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Relay
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Supports normally open or normally closed signals
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Vegan
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Supports 26 and 34
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Interface
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Device USB / UART TTL/Ethernet
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Power supply
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DC 5V
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Performance Metrics
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Recognition Speed
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≤ 1 second (when ID ≤ 100)
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False Acceptance Rate (FAR)
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< 0.0001%
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False Acceptance Rate (FAR)
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< 0.01%
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Enrollment Time
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≤ 500 milliseconds
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Environmental Parameters
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Operating Temperature
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-20°C ~ +60°C
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Operating Humidity
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20% ~ 80% RH (non-condensing)
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Protection Rating
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IP65 (dustproof and waterproof)
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ESD Electrostatic Discharge Testing
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Contact discharge ±8KV, air discharge ±15KV
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Physical Properties
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Dimensions (mm)
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150*90*40 (depth*width*height)
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Weight
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Weight: Net weight 169.5g, Gross weight 298.5g
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Housing Material
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ABS+PC
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Software and Integration
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Operating System
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Windows, Linux, Android
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SDK Support
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Provide complete Windows/Linux/Android SDK
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Development Language
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C, C++, C#, Java, Python, Go, Delphi, VB
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四、Product Application Expansion
五、Software Testing and Demonstration
1、Online SDK Demo
2、Development Kit Application
Content: Provides a complete finger vein module, connecting cables, and SDK development packages for multiple platforms (Windows/Linux/Android)
Support: Includes detailed API documentation, development guides, and extensive sample code (C++, C#, Java, Python, etc.)
3、Technical Documentation Center
We provide comprehensive product specifications, hardware interface definitions, SDK integration manuals, and FAQs to help you complete integration development quickly.
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