Huawei implements the world’s first 5.5G synaesthesia integrated pilot, and the drone’s trajectory is fully visible

Kuai Technology reported on December 27 that recently, in the area along the Xiamen Marathon track in Fujian, Fujian Mobile and Huawei used 5.5G synaesthetic integration technology to take the lead in completing the synaesthetic capability verification of low-altitude multi-station continuous networking. .

This technology uses the 4.9GHz frequency band to detect multiple unmanned aerial vehicles at low altitudes below 120 meters in cities and provide timely warnings

Currently, for the first time in the world, 5.5G synaesthetic integrated base stations are used for continuous networking for low-altitude target detection and early warning in cities. This is an unprecedented initiative

Actual testing found that even in a scenario where multiple drones are flying concurrently and the speed reaches 60-80 kilometers per hour, the target can be quickly locked and the trajectory of the drone can be detected in real time.

Compared with traditional 5G networks, 5.5G has a 10-fold improvement in speed, latency, and number of connections. In addition, 5.5G also introduces revolutionary new capabilities, such as synaesthesia integration. Therefore, 5.5G is considered to be the most advanced mobile communication technology in the industry

In the future, with the support of 5.5G technology, the application of low-altitude smart devices such as drones and unmanned vehicles will become more common. These devices can perform a variety of tasks such as express delivery, environmental monitoring, and security patrols in urban environments, significantly improving the efficiency of urban management

5.5G synaesthesia integrated multi-station continuous networking pilot area

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