● A standard optical environment laboratory ensures effective and objective adjustment of optical effects.
● Our own ISP tuning team, combined with back-end algorithms, maximizes the performance of image quality.
● The new-generation internal parameter calibration technology guarantees the consistency of offline finished products, thereby enhancing the recognition accuracy of algorithms for back-end products.
● By integrating our proprietary image algorithm technology into the latest ISP, we comprehensively enhance low-light performance and other aspects.
● The fully automated 6-axis focusing production line guarantees that the pixel decentration is within 5 pixels, with a PPM rate below 100.
● With a full range of laser welding capabilities, the product achieves an IP69K, and its smallest body size can reach 22.5x22.5mm.
● The latest COB (Chip on Board) technology further enhances product performance while optimizing costs.
● Platform-based design enables a shortest SOP (Start of Production) of 6 months.
● Platform-based design offers significant cost advantages.
● Domestic chip sourcing leads to pronounced price advantages.
● The introduction of COB (Chip on Board) technology can further reduce costs.
- RVC cameraUtilized during reverse maneuvers, the rear view camera provides real-time image of the vehicle's rear area, supporting both static and dynamic guidelines to facilitate easier and more accurate parking.
- AVM/APA cameraFour super-wide-angle fisheye lenses are used to capture images, forming a panoramic view around the vehicle, which serves as an important assistance for vehicle parking and low-speed Advanced Driver Assistance Systems (ADAS).
- FVC cameraFunctioning to identify vehicles, pedestrians, measure distances, and detect road markings ahead, the front view camera ensures the vehicle maintains a safe and legal speed, stays within the lane, keeps a secure following distance from the preceding vehicle, and can react to emergency situations.
- SVC/CMS cameraIt is used for surround view and blind spot monitoring with CMS, helping drivers to see obstacles and pedestrians on both sides of the vehicle more clearly, thereby providing a safe driving environment.
- DMS cameraThe DMS (Driver Monitoring System) camera ensures driving safety by detecting the driver's facial expressions, gaze angle, body gesture, and other behaviors, combined with assessing driving time, steering wheel control status, and other factors.
- OMS cameraOMS (Occupant Monitoring System) is for monitoring the status of passengers in the vehicle, including but not limited to their position, number, identity (such as age, gender), emotional state.