Integrated fingerprint imaging and on-chip algorithm for reliable recognition Key benefits Single-chip solution: image capture and recognition algorithm are integrated on one chip, simplifying system design and reducing component count. Reliable across conditions: maintains a high recognition rate for dry fingers, wet fingers, fingerprints with light texture, and elderly/aged fingers. Faster, consistent performance: on-chip processing reduces latency and minimizes data transfer overhead, improving response time and stability. Easier integration: the integrated design reduces footprint and implementation complexity for manufacturers and system integrators. What it does Captures a fingerprint image and performs algorithmic processing on the same chip to produce a match decision without relying on external processors. Optimized to adapt to variable finger conditions and surface characteristics while keeping false rejects and retries low. Compatibility and implementation Compatible with systems that require a compact, self-contained fingerprint imaging and processing module. Suitable for embedding into access control panels, time-and-attendance terminals, smart locks, kiosks, and other devices that need reliable biometric authentication. Designed to simplify hardware and software integration by consolidating capture and algorithm functions into a single component. Performance and practical advantages High recognition rates in real-world scenarios where fingerprint quality varies. Reduced integration time and lower bill of materials compared with separate sensor-and-processor solutions. Predictable behavior across a wide range of use conditions, improving user experience and reducing support incidents. Typical use scenarios Office access control: reliable entry authentication for employees with diverse finger conditions. Time-and-attendance terminals: accurate clock-in/out recognition even when employees’ fingers are dry or show light texture. Smart locks and embedded devices: compact, on-chip processing for secure local authentication without constant connectivity. Technical note Functions include integrated image capture and algorithm processing on a single chip, specifically designed to adapt to dry, wet, light-texture, and aged fingerprints while delivering a high recognition rate.