Biometric
Optical lenses are vital in biometric technology, capturing clear images of features like fingerprints, irises, and faces. High-quality lenses ensure accuracy and reliability in identification processes, allowing biometric systems to function efficiently.
Applications in biometric systems:
1. Fingerprint Scanning: Specialized lenses are used in fingerprint scanners to capture clear fingerprint images, ensuring reliable fingerprint identification and verification.
2. Facial Recognition: Cameras equipped with high-quality lenses capture facial images for identity recognition and verification through image recognition algorithms.
3. Iris Scanning: High-resolution lenses capture detailed images of the iris, enabling individual identity authentication based on unique iris patterns.
4. Retina Scanning: Specialized lenses capture detailed images of the retina for identity verification based on retina patterns.
5. Palmprint Recognition: Specialized lenses are used in palmprint scanners to capture vein patterns in the palm, enabling biometric identification based on unique palmprint patterns.
Description
The compact 2.2mm no distortion M8 lens has a long BFL 9.5mm, suitable to use ICR switcher, HFOV 29 degree on 1/3” sensor, pinhole shape.
Specification
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Model | JSD1002 | |
Image sensor | 1/3” | |
Image Circle | 7.4mm | |
Resolution | 8MP | |
Focal Length | 10.36mm | |
Aperture | F3.0 | |
TTL | 16.3mm | |
FOV | DFOV 33° HFOV 29° VFOV 16° | |
Distortion | 0.5% |
The 4.3mm wide angle lens is a high resolution lens with non-distortion and metal construction. It’s designed for computer vision applications in the Aerial image, Robotics, Security and Machine Vision markets.
Application
l Aerial Image
l Robotics
l Security/Surveillance cameras
l Video Conference Camera
Specification
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Model | JSD1329 | |
Image sensor | 1/2.3” CMOS | |
Image Circle | 8.1mm | |
Resolution | 12MP | |
Focal Length | 4.3mm | |
Aperture | F/2.8 | |
TTL | 22mm | |
FOV | DFOV85° HFOV 71° VFOV 56° | |
Distortion | 0.5% | |