AR-HUD stands for augmented reality vehicle head-up display, a new generation of vehicle optical imaging display products. It offers a longer projection distance, larger field of view. With its unique backlight design and powerful software and hardware design, it can project more colorful and effective scene information for user experience, realizing the effect of real scene fusion and augmented reality. Augmented reality vehicle head-up display projects information closely related to the driver, such as instrument, navigation, ADAS, cab entertainment, etc., to the front of the driver's line of sight through optical projection, so as to ensure that the driver can obtain the information related to driving demand without lowering his head during driving, and present the driving safety, road navigation-related information and real scene in the driving process of the user. It brings a brand-new driving experience and improves driving comfort and safety.

The vehicle camera is used to sense the environment information inside and outside the vehicle, and convert it into visual image information, and transmit it to the vehicle system for relevant processing. The vehicle camera has high requirements for shock resistance, stability, continuous focusing characteristics, thermal compensation, and anti-interference of stray light and strong light.

Based on DLP projection technology, automobile intelligent pixel headlight can realize color light projection of millions of controllable pixels. Meanwhile, it can achieve adaptive lighting of curve, anti-glare reminder of pedestrians and vehicles, distance keeping projection and many other functions according to complex road conditions and ADAS information. Headlight projection content contains ADAS information and interactive information, such as speed, path navigation, car-following warning, zebra crossing, vehicle width, anti-glare protection and other information.

W-HUD is an automobile head-up display product based on TFT display technology. This product integrates display elements such as instrument information, navigation, entertainment, etc., and projects image information to the front of driver's line of sight through optical system to avoid safety accidents caused by driver's line of sight deviation, thus enhancing both driving safety and the overall driving experience. Its vibrant colors and diverse information presentation cater to the customized needs of various customers.

PGU (Image Generation Unit) module is an optical engine product independently developed based on DLP technology (digital light processing technology). With our own testing equipment and algorithm software, we have complete DLP optical machine design and production capacity.

The vehicle camera is used to sense the environment information inside and outside the vehicle, and convert it into visual image information, and transmit it to the vehicle system for relevant processing. The vehicle camera has high requirements for shock resistance, stability, continuous focusing characteristics, thermal compensation, and anti-interference of stray light and strong light.