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Utilizes sophisticated algorithms and sensors to precisely adjust lens positions, ensuring optimal image quality across the entire field of view. This process minimizes aberrations and inconsistencies, resulting in superior image clarity. Real-time monitoring and calibration data management improve production efficiency and consistency, suitable for various optical systems—from consumer cameras to medical devices.
Integrates multi-sensor technologies—including image sensors, depth sensors, and motion detectors—to deliver advanced imaging solutions. These systems enable 180°/360° panoramic views, real-time dynamic stitching, and precise depth-sensing stereo images. Applications include photography, videography, augmented and virtual reality, industrial inspection, and scientific research, enhancing image quality and immersive experiences.
ADAS improves driving safety by integrating sensors and intelligent algorithms. Its features include lane departure detection, forward approach detection, front vehicle departure alerts, rear approach and meandering detection, traffic light recognition, speed limit reminders, and traffic signal detection, covering one-way, no-entry, and stop signs.
Incorporates high-resolution imaging and enhanced low-light performance for clear, sharp visuals. Features wide dynamic range (WDR) to balance bright and dark areas, image stabilization to reduce motion blur, and fast, accurate autofocus. HDR technology improves contrast and color accuracy, while AI-powered functions enable intelligent scene recognition and optimization, supporting a wide array of applications from consumer devices to professional imaging.