A 5G dial-up test method and system for industrial scenarios
A 5G and scenario-based technology, applied in the network field, can solve problems such as the inability to replace the HART protocol, the inability to integrate and report the test results to the industrial control room, and the lack of server-side business test resources to achieve fast bandwidth and promote wide application.
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Embodiment 1
[0029] The most important application scenario of 5G is the industrial Internet. In the process of industrial production, there are three key requirements for 5G networks: high bandwidth requirements for service production such as video-based product quality inspection and video monitoring of the production environment, and data collected by large-scale sensors. Large connection requirements for transmission and high-security and high-reliability transmission requirements for industrial process control instructions; for three different requirements, three slice networks are deployed in the 5G network to handle different network requirements.
[0030] refer to figure 1 , as an embodiment of the present invention, provides a 5G dial testing method for industrial scenarios, including:
[0031] S1: Deploy the 5G network in the industrial production process, and select the installation location of the dial test device in combination with the layout of industrial equipment and 5G ne...
Embodiment 2
[0069] refer to Figure 2~3 As another embodiment of the present invention, it is shown that this embodiment proposes a 5G dial-up test system for industrial scenarios, including:
[0070] The 5G test module 200 sets the configuration related to the dial test in the 5G test module 200, executes the index dial test, the 5G test module 200 constructs a detection message of the corresponding protocol according to the index configuration and sends it to the processor, and the processor transmits the detection message through the peripheral bus interface To the 5G baseband module 100, the 5G baseband module 100 transmits the message to the base station wirelessly, forwards it to the peer device through the core network, and the peer device returns a response message. After receiving the message returned by the base station, the 5G baseband module 100 sends the message Send to the 5G test module 200 through the processor and store the data;
[0071] The HART driver module 300 is co...
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