Use 5G's key capabilities of ultra-high-speed, ultra-large connectivity and ultra-low latency, and the application scenarios of the Internet of Everything, to carry out a 5G implementation pilot in field of manufacturing under mass production. Based on the existing production execution system (Nexeed MES), use 5G technology to realise the data integration of each production phase via decentralising, and further integrate the production execution system (Nexeed MES) and production equipment to achieve efficient end-to-end communication , really achieve real-time roaming matching of physical logistics and information flow, and reduce the loss of equipments' capacity in system communication. Utilise 5G ultra-bandwidth and low-latency features, and use AR and MR technologies to achieve quick problem solving by human-machine interconnection. In the form of 5G+IoT sensors, more complete data can be obtained at low equipment transformation costs, and realize "senseless" transformation.

Finally, the integration of business and information technology, relying on the 5G platform, comprehensive use of data collection and integrated applications, modeling analysis and optimisation technologies, to achieve the optimisation of all levels of the manufacturing system, as well as the optimization of the entire process of products, factory assets and commerce, and finally In the demonstration area, a 15% increase in direct production efficiency and a 10% increase in indirect production efficiency were achieved.