Private 5G networks are also operated by competing operators. Vodafone is testing a private network at the Škoda Auto plant, T-Mobile has introduced 5G infrastructure into the KVADOS logistics environment. In addition, it has launched several networks within several national universities.
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“The private network has the ambition to replace either the existing Wi-Fi solution, which is not suitable for massive use, or is destined for a whole new use, for robotization, typically for things that don’t need to be connected. or it is not quite suitable to be connected by cable. The immeasurable advantage is in the speed. Normally, Wi-Fi has about a hundredth of the throughput of what we were trying to measure now on our campus, “Roman said. Bacík, Director of Mobile Products and Innovation at O2.
T-Mobile has 5G in Ostrava, but not for regular users
Mobile
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O2 at BD Sensors has placed dozens of small and powerful transmitters in corridors, corridors and offices. “Communication in our company consists in the fact that we have a fully electronic production. This means that the employees do not use paper, but everything is handled via tablets. For a long time we have been concerned with the fact that when, for example, they move from one workplace to another and there is a different Wi-Fi, there is a fundamental problem with that, because they lose the connection, “said Karel Mareček, director of BD Sensors.
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Within a private campus network, its owner has full control over all aspects of the network, such as setting priorities, allocating capacity to certain types of services or changing security policies. This gives the user the flexibility to manage their infrastructure.
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A revolution called 5G
5G will change everything and will be far more dramatic changes than we associate with the advent of wireless technologies. The 5G standard will not only serve to connect computers and cell phones to the Internet. It will also be used by smart devices that are gradually settling into households.
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The new generation of mobile Internet will find applications, for example, in transport, virtual reality, sports, but also in the field of health.
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Similarly, smart washing machines and refrigerators will be connected to 5G networks, but also, for example, self-driving cars: a fast and stable Internet connection on the road is essential for their development.
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While 5G may seem like just another mobile standard, in reality its benefits will be far greater. According to Ericsson’s studies, the fifth generation of mobile networks will make high-speed Internet available to up to one billion people and devices. In addition, it will allow the development of modern technologies.
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