High data transfer speeds over the air, minimal pings, many people dream of such times. And these
The agenda is very harsh, understandable.exclusively to specialists in this field. To begin with, they will talk about 5G, what this network will represent. Next will be topics from the localization of mmWave, and communications post 5G. In addition, there will be a discussion of quantum communication and on the development of schemes for terahertz waves. Do not miss the discussion of the development of IoT or the Internet of things.
The fifth generation of networks depends on hownew and existing infrastructures will be well integrated into each other. 5G is created as a response to the rapidly growing number of devices connected to the network, and a lot of them are expected. Yes, the Internet of things will give a strong impetus, but existing needs require improvement - to improve the quality of coverage, to minimize delays. By the way, the latter is just a priority for many, as it opens up huge opportunities for working with AI, a huge leap in the gaming industry (cloud gaming services) and so on.
Closer to the user
Most of the challenges facing 5G aremaximum approach of the entire network infrastructure directly to the user. It is necessary to open a wireless spectrum of such ranges, which today does not exist. To date, the range from two and a half gigahertz to five, the new fifth-generation networks will raise the bar to 30 gigahertz. Such frequencies will require compaction of the infrastructure, since short waves are more sensitive to interference.
But 6G networks can raise the bar totaragertsovy range. He is now in the States open to research and experimentation for ten years. The communication department has opened this range so that manufacturers can test their products without hindrance. This means that such developments are already underway, and there are results that need to be checked and tested. Frequencies for experiments within 95 gigahertz and three terahertz (three hundred gigahertz). These are the so-called submillimeter waves.
What can terahertz offer the consumer?Technology, this is a wave with a length between the microwave and infrared radiation. Genia Photonics has in development special spectroscopes operating in the terahertz range. These devices detect molecular traces of various substances, for example, remnants of drugs, recognize the signatures of various substances in human blood remotely up to fifty meters. Six years ago, the issue of using such technologies for observation (by the police) was discussed, it was proposed to make gigahertz scanners a substitute for an ordinary physical search. But since then, the regulatory framework has not been adapted to the already developed devices.
As for the increase in bandwidth andeven smaller delays, then by that time many users will no longer think about these things, because for the consumer market the 5G generation will be enough for the eyes.</ p>