The application of 5G to the industrial Internet is an inevitable trend. On the one hand, the development of the industrial internet is inseparable from the support of and, people and things. On the one hand, 5G’s wide coverage, large capacity, mobility, and business diversity make it possible for a lot of devices to connect to the industrial Internet, which greatly increases its size and reach. On the other hand, 5G’s high-quality, high-efficiency, and high-speed data transmission makes it possible for machines and equipment in the industrial Internet to talk to each other instantly.
Improve the Accuracy of the Remote Control.
The remote control can be used for automatic control, breaking space limitations, and saving time and manpower. The traditional communication network has a delay and can’t make sure that the industrial system is stable, so it can’t meet the exact needs of industrial production. The application of 5G technology can effectively improve the accuracy of remote control.
Promote the Transformation of Flexible Manufacturing
The key to flexible production is the deployment of fast, self-organizing production lines. At the moment, most industrial sites still use wired connections. Changing lanes often costs a lot and could be dangerous. The demand for high-speed 5G optical modules has increased significantly. In the future, nearly 10 million base stations will be built for 5G nationwide coverage, and there is a potential demand for hundreds of millions of high-speed optical modules. For 5G bearers, high-speed 25G, 50G, and 10G optical modules are being added gradually to the fronthaul, midhaul, and backhaul access layers. As a wireless network technology with low latency, high bandwidth, many connections, and high reliability, 5G can change and reorganize production lines to make smooth switching possible in different situations. This meets the needs of flexible manufacturing.
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Driving Smart Service Transformation
Applying 5G technology to the industrial Internet can create new intelligent service models, such as predictive maintenance and B2C customization, and promote the transformation of the industrial Internet into an intelligent service environment. Predictive maintenance refers to uploading the industrial field data collected by sensors in real-time to the cloud platform for analysis, predicting hidden dangers such as equipment failure, and maintaining them in advance, thereby reducing losses. B2C customization refers to the analysis of a large amount of collected data, the real-time and dynamic prediction of further customer needs, and the personalized optimization of products based on the prediction results. In addition, using 5G technology, customers can also participate in the product design and production process in order to bring customers a highly personalized product and service experience.