At present, most Internet of Things applications (such as remote monitoring data) do not need lightning speed. It can be said that 5G is not a revolutionary technology for Internet of Things projects, but the focus of Internet of Things projects is gradually shifting from low power consumption and easy-to-implement wide area network applications to more data demand applications, and 5G is the key technology to promote this shift.

    A typical 5G use case is wireless intelligent video surveillance, which can be used for public and private security applications. However, 5G can also be used to unify the connectivity of large sensor networks in industrial facilities, helping to provide high-resolution digital dual-mode devices and potentially entire factories. Such a real-time digital model can enable industrial companies to run virtual simulations and deploy simulation prediction analysis, or equip field service personnel with AR headphones to provide detailed real-time information and analysis to reveal the internal situation of industrial machines. Public utility companies can use 5G to remotely monitor the wind farm, and can also use connections to help manage the entire grid resources. Manufacturers and logistics companies can use 5G for strong end-to-end supply chain tracking, or may support block chain-based supply chain planning. Manufacturers can also use this technology to support the use of high-resolution video inputs and sensor information

    Carry out remote quality inspection on products. Or in a book transportation environment, 5G batteries inserted along the highway can realize one-round vehicle-to-vehicle and public safety communication.

    Flexible PCB manufacturer think,In the agricultural storage environment, 5G is most likely in the form of so-called low frequency or lower than 6hz. The expansion of 5G in the rural environment will push the application wave of Internet of Things, sometimes hidden by higher bandwidth mid-band and millimeter wave, which will be mainly deployed in more dense urban environments.

    5G can also become the so-called industrial 4.0 driver, which promises that the network physical system will realize the next industrial revolution. Many industry and standard organizations such as Industry 4.0 and the Industrial Internet Alliance are making this broader plan. 5G is becoming a choice for industrial companies to run local Ethernet on 5G.

    5G and other high bandwidth wireless technologies may also lead to a paradigm shift from fixed industrial equipment to cable connections. On the contrary, this wireless technology can group industrial equipment into cells that can be relocated without worrying about re-enabling. Although the popular concept of edge computing widely promises the concept of distributed intelligence, 5G will provide new possibilities for centralized data flow. Imagine an industrial facility with a large number of robots running software in the cloud. Robot manufacturers can make their products simpler and cheaper, and end users of these robots can benefit from more frequent software updates.