ECO320 is an optical fingerprint capture module certified by FBI PIV and Mobile ID FAP20. This module adopts the "dynamic fingerprint template fusion technology" with independent intellectual property rights of Eyecool Technology, and has won the second prize of the "National Technological Innovation Award" in China and the "second prize of Beijing Science and Technology Award". Fingerprint capturing has clear imaging, fast capture speed, superior recognition performance, and strong adaptability to dry, wet, and rough fingerprints. The optical prism adopts K9 optical material, with a hardness of over 7H, high hardness, friction resistance, and long service life; Device has good weather resistance, suitable for a wide range of environments, and can meet the needs of large-scale fingerprint collection and verification. Small in size, it can be flexibly embedded into various terminals, suitable for various scenarios of fingerprint recognition, identity verification, and security control in finance, education, government, etc.
Certified by FBI PIV and Mobile ID FAP 20, Compliant with international standards such as ISO, ANSI, and WSQ.
Imaging without distortion and with residual fingerprint suppression function to ensure the quality of captured images.
Unique "dynamic fingerprint template fusion technology", with excellent imaging effects for dry, wet, and rough fingers.
Optical fingerprint imaging system; Capture within second, sensitive sensing.
The optical prism is made of K9 optical material, with a hardness of over 7H, high hardness, friction resistance, and long service life; Good weather resistance, suitable
for a wide range of environments.
15.2×20.3mm effective collection area, supporting fingerprint rotation, 360° recognition without dead angle.
44×32×15mm ultra-thin design for easy product integration.
Provide a complete SDK development package, support various languages, and quickly achieve customized development.
Basic Parameters | Device Startup Time | <1s |
Working Voltage | DC 5V (±10%) | |
Operating Current | <140mA | |
Quiescent Current | <25mA | |
Working Power Consumption | <700mW | |
Static Power Consumption | <125mW | |
Size | 44*32*15 (length*width*height) | |
Weight | 26g | |
Image Metrics | Sensor Type | Optics |
Service Life | More than 1 million times | |
Physical Window | 18 * 24 | |
Effective Capture Area | 15.2 * 20.3 (width*length) | |
Image Pixels | 300*400 pixels | |
Grayscale Image Depth | 8-bit (256 levels) | |
Resolving Power | 500ppi | |
Acquisition Speed | 25 frames/sec | |
Communication Port | Port | USB 2.0 high speed |
Compatibility | Operating System | Windows/Linux/Android |
Work Environment | Working Temperature | -10℃~55℃ |
Operating Humidity | 20%~90% RH@30 °C | |
Durability | Electrostatic Protection Level ESD Protection | IEC 61000-4-2 level 4: 15kV air, 8kV contact |
Capture Window Surface Hardness | 5.5 ~ 6.5 Mohs hardness | |
Certification | FBI MobileID FAP20/PIV |
Fingerprint biometric information collection,deduplication and identity verification of legal voters in election scenario.
It can be integrated into mobile payment devices such as POS machines to instantly confirm the identity of traders.
Integrated into access control to manage entry and exit.
Embedded in pads or laptops to verify candidates identity.
Verify customers identity during hotel check-in.
