LMT: 5G network standardization processes expected to be completed by 2021 – Technology – iTech

He noted that the 5G standardization process was not yet fully completed. The International Telecommunication Union plans to complete it by 2019 and 2020, possibly also by 2021. "The technology could also be fully ready for use," Binde said.

President LMT said that at present, the company has installed more than 100 base stations, which are ready for the 5G network. He explained that they will only have to install the software and that they will be able to start working.

Since the introduction of the 5G network is a long-term process, most global operators plan to deploy 5G by approving various services in the 4G environment. "If we badyze different technologies, especially for connected cars, the part that needs 5G functionality is not as important: in the case of connected cars, it has very high speed, retention and Energy efficiency very low.The entire service, 95% can be achieved today, and most are doing it, "Binde said.

Binde said the deployment of 5G would be a longer process. "Because higher frequencies are used, the distance between base stations should be much lower, which would greatly facilitate the various hardware installation and deployment processes," he said [19659005]. The president of LMT added that now, in order to coordinate the deployment of a base station, there must be "Dance Nine Hell Bows". "From the moment it is planned to be a base station until it is actually installed, at best it can take a year, but sometimes as much as two years or more, the current pace of development is not really acceptable, "said Binde. To provide the 5G base station in general, Binde pointed out that the LMT 4G has more than 1,200 base stations. However, 5G base stations will not cross 100% of the country's territory. "Initially, the base stations will be installed around highways, where high-tech services are provided, in the cities. In the countryside, we will most likely manage the 95% that can be provided by the 4G network", explains Binde. [ad_2]
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