Huawei Unveils Remote-Generation Technology Over 5G Network

Jul

7

2017

This was in cooperation with China Mobile and China’s Sike Motor Company China Mobile, SAIC Motor and Huawei reviewed the 2017 World Mobile Phone Conference in Shanghai, the world’s first model of the 5G 5G remote-control vehicle.

The new model offers high bandwidth and low latency within the packet frequency C, paving the way for the development of future connected smart vehicles. This model is also a qualitative leap forward in improving the reliability of self-driving vehicles and vehicles without driver, and reflects the remarkable developments in commercial applications in this field.

Huawei has launched the fifth generation wireless 5G solutions compatible with the iGS concept of Saik Motor while China Mobile has provided the necessary communications network. Together, the three companies successfully introduced the first global remote driving test model for passenger cars based on the fifth generation 5G network.

The distance between the driver and the vehicle during the test was 30 kilometers. By installing a set of HD video surveillance cameras in the car, instant high-definition videos were sent to the driver so that he could see the area around the car at a 240-degree angle using the 5G V-band high-bandwidth network, The need to circumvent where the visual field of vision is located within the angle 180-190 degrees.

The steering wheel, throttle and brake controls are also sent through the 5G V5 network, reducing response time and providing immediate support and response to driving conditions across different routes. The driver was able to control his car remotely at full and at different times.

The 5G VG provides low response time and high bandwidth, two key factors to meet the requirements of remote driving applications for HD video streaming, fast response and a reliable network. The new generation network has succeeded in delivering high-definition videos between the car and the driver at different times. The overall response time for control of all vehicle functions was not greater than 10 milliseconds, and the response time for the new air control interface over the 5G VG network was less than 1 millisecond. This means that when the vehicle starts at 30 km / h, the actual distance from brake to down to 8 centimeters. Using brakes immediately during an emergency is critical to maintaining safety.

Remote driving applications offer many benefits in the future, especially when driving is difficult or dangerous or when driving remotely is more efficient, such as driving in mines and waste disposal sites. Remote driving can also be used as an added advantage in self-driving cars. Remote driving also allows anyone to control the fleet or intervene manually when some human guidelines are needed, such as managing shared vehicle resources remotely, or in emergency situations such as rescue missions from disaster areas.

As the digital transition in the world approaches more and more, connected smart cars will become a priority in the ICT sector. China Mobile, Saik Motor and Huawei are actively working together to research, develop and test solutions that will effectively deliver self-driving applications over the 5G generation network, which will become an integral part of future transport infrastructure.

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