OIMG | AS608 Fingerprint Reader Sensor Module Optical Fingerprint Fingerprint Module For Arduino Locks Serial Communication Interface

Features:1.The Optical Fingerprint Reader Module features advanced optical sensing technology, delivering fast identification within 0.5 seconds and a 99.99% recognition accuracy rate. With a low false acceptance rate (FAR < 0.001%), it ensures reliable biometric authentication for security systems, access control, or time attendance devices. 2.The new 2025 model enhances processing speed by 30% compared to previous versions, reducing latency for real-time identification. It also features improved anti-interference capabilities, working stably under varying light conditions (0-50,000 lux) and resisting electromagnetic interference for consistent performance.3.Supporting up to 1000 fingerprint templates, this module is ideal for medium-to-large scale applications. It allows batch enrollment for multiple users, making it suitable for offices, schools, or residential complexes. The non-volatile memory retains data even during power outages, ensuring no template loss.4.Equipped with UART, USB, and GPIO interfaces, the module supports seamless integration with Arduino, Raspberry Pi, or custom embedded systems. It comes with a comprehensive SDK and development documents, enabling quick deployment for DIY projects, smart locks, or industrial automation.Specifications:Optical System: CMOSCapture Light Source: 617nm LEDLighting source: 6500K LEDReading angle:Rotate 360 degrees/Deflection +-60 degrees/Tilt +-65 degreesScanning angle: 34 degrees (horizontal) 26 degrees (vertical)Lowest contrast: 30%Resolution: >=0.1mm (4mil)Reading code system 2D: QR Code, PDF417, Data MatrixVoltage: DC 5VCurrent: 120mA at scan/30mA in standbyInterface: USB, URATWorking temperature: 0~50 degrees CelsiusStorage temperature: -40~70 degrees CelsiusOperating Humidity: 10%~80%Ambient light: 0~86000luxNotes:1. Please allow 0-1 inch error due to manual measurement. Thanks for your understanding.2. Monitors are not calibrated same, item color displayed in photos may be showing slightly different from real object.