Automotive Electronics&Industrial Control
Strictly control the quality To safeguard intrinsic safety

ADB Intelligent Control System
The adaptive high beam control system for car lights is an intelligent lighting solution controlled by the car light ADB control module, which can automatically adjust the light beam of the car lights to adapt to different driving conditions and ensure driving safety

Vehicle specification chip
Shengjing Micro Automotive's dedicated chip products are designed to provide core support for intelligent vehicles, covering advanced driver assistance (ADAS), battery management systems (BMS), and in car entertainment functions. The chip has high performance, low power consumption, and high security, complies with automotive certification standards, supports multiple communication protocols, and adapts to complex automotive electronic environments. Widely used in the fields of new energy vehicles, connected vehicles, and autonomous driving, it is a key driver for achieving smart travel.

Unmanned aerial vehicle emergency rescue system
The drone parachute landing system is an emergency landing device designed by Shengjingwei for industry drones and aircraft. Mainly used for unmanned aerial vehicles in the event of malfunctions or extreme weather conditions during flight, the system can automatically activate to safely land the drone system on the ground, protecting the safety of the drone, onboard equipment, and ground personnel. The system consists of parachute descent, control module, release mechanism, etc. It has automatic triggering and control functions and can immediately start working when the drone encounters an emergency situation.

Industrial control chip
Shengjingwei's industrial control chip products are designed for harsh industrial environments, with high-performance computing capabilities, low power consumption, and excellent reliability, suitable for fields such as automation control, energy management, and industrial Internet of Things. Supports multiple communication protocols, responds to complex tasks in real-time, and ensures efficient system operation. With advanced manufacturing processes and innovative designs, chips can operate stably under extreme conditions such as high temperature and humidity, providing strong support for intelligent manufacturing.