MEMS Motion Chip featuring highly innovative, highly integrated, and cost-effective. The six-axis motion sensor designed with the experience of millions of delivery volumes, and the industry's first programmable automotive inertial sensor with built-in MCU and multiple interfaces.

The INS5715DAA is a cutting-edge inertial navigation system (INS) that utilizes MEMS technology to provide precise and reliable navigation data for a wide range of applications. This compact and versatile system seamlessly integrates satellite navigation information and network differential corrections to deliver exceptional performance in challenging environments.

Our P-Box is a high-performance integrated positioning system, highly integrated and tightly coupled with GNSS，motion sensor and vehicle data (wheel speed, gear position, etc). It provides continuous and uninterrupted high-precision positioning information, including altitude, heading, position, speed, and time synchronization. The system is designed mainly for passenger vehicles with ADAS or autonomous driving functions. It works properly in multiple, complex road conditions even when the satellite signal is missing, providing accurate, continuous and uninterrupted positioning information.

Protected by a stainless steel box, our IMU modules bring more stability and reliabilty even in adverse working conditions. Tiny in size makes them easy to install into many parts of a vehicle.

Our tiny GNSS modules are designed for top performance in a minimal space and are optimized for cost-sensitive applications without compromising on quality. They simultaneously support multiple global navigation systems including BeiDou, Galileo, GLONASS, GPS, and QZSS, receiving L1/L2/L5/L6 signals.

Developed by GST, ASENSING's subsidiary based in Suzhou, East China, this MEMS Micro-Mirror module, featuring 8x8 mm in size, helps LiDARs reach farther in detecting range. The module is ready for mass production. Featuring lower energy cost and longer life cycle, the module works well between -40 and 130 ℃. It is stable and reliable by already satisfying the AEC-Q100 standard. The module is an ideal choice for LiDAR makers, industries in which 3D scanning is used (like industrial robotics), and institutes and colleges that does related research.