The world is slowly switching towards advanced 5G cellular networks that will soon replace the current 4G LTE. 5G has a much higher network capacity and is significantly faster in comparison with 4G LTE, with the download speed reaching up to 20GB/s. Most importantly, 5G network latency will be immensely reduced, up to 1 millisecond compared to the current 200 milliseconds in 4G. 5G adoption promises an outstanding competitive advantage. Enhanced mobile services, real-time data exchange options, and extremely fast download speed will attract more customers to the telecom companies that offer 5G network services.

Moreover, 5G technology is an integral part of the abovementioned IoT technology, since 5G will drive communication between the IoT devices. The data exchange options and network capacity of 5G will enhance the functions of the following IoT-based technologies:

Smart cities, homes, and offices;
Autonomous and semi-autonomous vehicles;
Smart manufacturing and healthcare equipment, and much more.
The highest peaks of efficiency can be achieved if manufacturers establish advanced 5G-based campus networks. A campus network is a type of network, which is designed for a specific location, like a factory premise. The low latency and high bandwidth of 5G will enable faster data transfer and processing within the network, which will significantly accelerate the production and logistics conducted by on-site IoT-powered machines.

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