In response to the growing demand for driving recorders due to drastic changes in the global climate, Maxus has integrated its original high-frequency core technology with professional audio and video signal processing. From lenses to high-resolution digital data storage, the range of users includes both motorcycle and automobile drivers. With a user-friendly interface and the application of advanced engineering concepts and core technologies, we have become experts in motorcycle and automobile driving recorders.
High-Resolution Driving Recorder: Features HD AV separation technology, supports high-speed streaming media, and enables electronic rearview mirrors.
High-Resolution Motorcycle Recorder: Utilizes HD AV separation transmission technology, a starlight-level sensor, and collaborates with ASIC original manufacturers to meet VSCC 56-3 motorcycle specifications. Incorporates AI image recognition for blind spot detection to enhance driving safety.
The images captured by the lens are processed using IQ’s exclusive image adjustment and HDR light-sensitive imaging technology, developed over decades. Combined with extensive testing of data in various environments and repeated corrections, the technology utilizes hue cross-calculation to determine the image color temperature across hundreds of areas. By comparing light and dark dual image factors, the system ensures that image quality is clearly presented in both bright and dark environments, revealing more details. Each model’s adjustment often takes over six months to optimize image quality. The recorder captures images with such precision that it can faithfully restore every detail of an accident, regardless of whether it is day or night.
In order to satisfy consumers that the recorder is easy to install and carry, product miniaturization is a must. Products need to be placed in a three-dimensional stacking manner in a limited space. However, the high heat generated under high-speed operation will be a problem. We use high thermal conductivity materials to quickly take away the heat source to improve the optimal performance of product operation. As for the lens that occupies the largest volume of the driving recorder, we use a short focal length lens and use image adjustment technology to compensate for the low light input problem of the short focal length lens and simulate the performance of a large light input to ensure the quality of the nighttime picture.
