![]() ![]() high capacity and reliability as well as mobility and flexibility, will be combined. In this way, the advantages of both technologies, i.e. ![]() ![]() In addition, wireless transmission paths have to be seamlessly connected to glass fiber networks. between microwaves and infrared radiation in the electromagnetic spectrum. ![]() The necessary frequencies are in the terahertz range, i.e. These cells will be connected by transmission lines, which can handle tens or even hundreds of gigabits per second per link. Future wireless networks will consist of a number of small radio cells to quickly and efficiently transmit large data volumes. On the way towards the sixth generation cellular network, many challenges have to be mastered regarding both individual components and their interaction. "6G" is to reach far higher transmission rates, shorter delays, and an increased device density, with artificial intelligence being integrated. While the new 5G cellular network technology is still tested, researchers are already working on technologies for the next generation of wireless data transmission. ![]()
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