AMD Xilinx FPGA programmable computing solution, suitable for image processing operations, can effectively solve latency issues
Hardware can be upgraded and flexibly adapted to meet the differentiated needs of different customers, reducing development costs and cycles
A low-cost FPGA programmable computing solution that can effectively solve latency issues
Meet the standard for vehicle specification level use
Supports 2 GMSL1/2 camera inputs, up to 8MP camera support
Simultaneous display of multiple cameras
Compared with traditional physical mirrors, electronic rear-view mirrors can achieve performance improvement: CMS has wider vision, less blind area, automatic light compensation, less environmental impact and other points, and can effectively reduce wind resistance and wind noise to achieve energy conservation and emission reduction.
The controller and display screen are integrated and communicate with other control units through CAN to achieve information sharing and collaborative completion of system functions among various control units in the car.
The high-resolution camera processes the collected images into digital signals and transmits them to the system controller. The High dynamic range imaging technology HDR is used to automatically compensate the light for brightness adjustment; The coating ensures that the surface of the camera is clean, and in addition, it can automatically heat to prevent atomization and icing.
Typically, a CMS system is used, with a high-resolution touch OLED/LCD high-definition display screen located between the instrument panel and the left and right doors, ensuring that the driver is not affected by adverse weather conditions outside the vehicle. It has functions such as adjustable image display, switching, and adjusting the display area of the side rearview mirror.
Interior rearview mirror solves blind spots in commercial vehicles, assists in driving in rainy and snowy weather, increases safety, and reduces accidents
Interior rearview mirror, solving blind spots in household cars, assisting in driving in rainy and snowy weather, increasing safety and reducing accidents
