Function and key benefit Reliable fingerprint recognition that adapts to a wide range of finger conditions: dry fingers, wet fingers, lightly textured fingers, and elderly fingers — all deliver a consistently high recognition rate. Integrated design: image acquisition (picture capture) and algorithm chip are combined in one unit, simplifying integration and improving responsiveness. Why you need it Reduces false rejects and re-enrollments by handling common real-world finger conditions that cause failures in ordinary sensors. Lower integration effort and faster processing because the imaging and recognition algorithm are packaged together, reducing system complexity. What makes it stand out Adaptive sensing: specifically designed to maintain high recognition performance across varied finger surfaces and ages. All-in-one architecture: combining image collection and the algorithm chip minimizes latency and streamlines device design without extra external processing. Key attributes Function: fingerprint image capture and on-board algorithm-based recognition. Performance: high recognition rate across dry, wet, lightly textured, and elderly fingers. Integration: image collection and algorithm chip integrated into a single module for simpler system integration and faster response. Compatibility: designed to be used where reliable fingerprint recognition is required (suitable for integration into access control modules, authentication terminals, and embedded devices). Practical application scenarios Access control: reliable door or gate authentication where users may have moist or aged fingerprints. Time & attendance: workplace terminals that must authenticate many users quickly and accurately regardless of varying finger conditions. Embedded devices: compact systems (terminals or kiosks) that benefit from a single-module solution with built-in imaging and recognition logic. Notes for integrators The integrated image collection and algorithm chip reduce the need for separate image-processing hardware and software, simplifying development and shortening time to deployment. Designed to maintain performance in everyday conditions that commonly reduce recognition rates in basic sensors.