GESM Technology adopts advanced ultrasonic sensing and electromagnetic positioning technology from US research team Dr. Yinbo LI, to operates a truly intelligent and sensing system integrated T-Box with a multi-functional ,multi-instrument control handle that integrates voice control, temperature control, sensory control and intelligence control. On the basis of intelligent manufacturing of GESM, based on the Internet of Things technology, to achieve the real unmanned driving and big data type of intelligent network connected commercial logistics transportation.

In the second China Automotive Electronics Conference on September 13, 2018, the Ministry of Industry and Information Technology pointed out that further increase the support for the industrialization of core chips, intelligent sensors and other key automotive electronic products.

In order to win the advanced opportunity in the field of intelligent sensor technology for new energy logistics vehicles, today we will appreciate the magic charm of automatic driving endowed by intelligent sensors.

In January 2018, Navya brought the AUTONOM CAB, a new product with self-driving and pure electric drive technology, at CES International Electrical Exhibition. In the future, it will be promoted to the market of USA and France in the way of commercial vehicle rental and sharing.

This car is equipped with six cameras, 10 Lidar sensors, four millimeter-wave radars, two satellite antenna for navigation systems, and a device for measuring three-dimensional attitude and accelerate velocity. To keep the system connected with the outside world in real-time, it also supports V2X and 4G wireless networks. The seven lidar units have a view Angle of 145 degrees and the detection range reaches more than 200 meters, while the remaining three lidar provide 360-degree video surveillance.

Of course, it's not enough that just to have sensors that cover a wide range of detection areas. Self-driving requires excellent processing systems and power. The AUTONOM CAB is pure electric, using a lithium-ion battery pack. It can be charged fully in 9 hours with 16A current and in 5 hours with 32A current. The max speed is 89km/h.

High-performance sensors allow the vehicle to receive maximum capacity of data. Self-driving vehicles are equipped with top technology sensors, including lidar, camera, radar, GPS RTK, IMUs and odometers. The data collected by the sensors is transmitted to the data integration platform. This combined data allows AUTONOM to move efficiently and make the best decisions. All this is done in self-driving condition.

Using laser technology to detect distance, lidar sensors perceive the surrounding environment of the vehicle in three dimensions. With the assist of 3D maps, obstacles can be detected and accurate positioning can be calculated.

The automotive electronics industry is considered to be the driver of the first application wave of MEMS sensor. The rapid development of MEMS sensor applications in automobiles is mainly due to the introduction of vehicle safety regulations (such as requiring all vehicles to adopt TPMS system) and the development trend of automotive intelligence. Globally, each car average has about 10 sensors.Top-grade cars have about 25 to 40 MEMS sensors are. The better the car, the more MEMS are used, and the BMW740i has over 70 MEMS. MEMS sensors can meet the requirements of harsh automotive environment, high reliability, accuracy and low cost. Applications and market requirements include anti-lock braking system (ABS), electronic body stability program (ESP), electronically controlled suspension (ECS), electric parking brake (EPBs), hill-start assistance(HAS), tire pressure monitoring (EPMS), engine anti-wobble, vehicle inclination measurement and in-car heartbeat detection.