-
High-resolution Scanning and Identification Improves Efficiency and Security
Optical TFT fingerprint sensors offer a larger surface area compared to conventional fingerprint sensors. AUO Display Plus offers fingerprint sensor panels in varying sizes that support image capture of multiple fingers. The high-resolution scanning and identification offers accurate imaging even under strong lighting while also being light, slim and easy to carry. The exclusive TFT sensor technology can accurately recognize the smallest fingerprint features with ultra-high resolution of up to 1,000 PPI. It provides high recognition accuracy for advanced biometric and security requirements of customs, government organization and law enforcement authorities.
Optical TFT fingerprint sensors offer a larger surface area compared to conventional fingerprint sensors. AUO Display Plus offers fingerprint sensor panels in varying sizes that support image capture of multiple fingers. The high-resolution scanning and identification offers accurate imaging even under strong lighting while also being light, slim and easy to carry. The exclusive TFT sensor technology can accurately recognize the smallest fingerprint features with ultra-high resolution of up to 1,000 PPI. It provides high recognition accuracy for advanced biometric and security requirements of customs, government organization and law enforcement authorities.
-
High-Resolution Fingerprint Sensor Module
- The 4.4” fingerprint sensor module featuring high-definition, high-sensitivity and large detection area conforms to international security guidelines.
- A resolution of up to 500 PPI supports image capture for multi-fingers at the same time to improve security.
- The compact size as well as resistance to strong light, scratching and impact is suitable for outdoor applications.
-
High Pixel Density
- High sensitivity and high definition.
- Multiple fingers detection for increased security.
- Accurate recognition in strong lighting. Light, thin, and easy to carry, suitable for portable applications.