Huawei was exposed to launch 6G research, what is the evolution of 6G compared to 5G?

The two important research directions of 6G (low-orbit communication satellites and terahertz) are closely related. Terahertz, that is, THZ, 1THZ = 1000GHz, is a higher electromagnetic wave frequency band than millimeter waves.

Google has chosen "6G" as one of the most talked-about words, and China's Ministry of Industry and Information Technology (MIIT) and the U.S. Federal Communications Commission have both made it clear that they have begun research on 6G. In addition to forward-looking research at the national level, many communication companies have also started 6G network research in advance. Recently, according to foreign media reports, Huawei's laboratory in Ottawa, Canada, has begun to develop 6G network technology.

The news was also confirmed by Huawei, which also said that it had been in talks with researchers at several universities in Canada.

The file transfer speed of 6G is definitely much faster than that of 5G, and the number of frequency bands accepted is also more6G, which can have more accurate positioning services, and with the development of technology, the configuration of 6G is also higher than that of 5G.

Huawei was founded in 2010. The laboratory has extensive cooperation and exchanges with 13 universities in Canada. At present, Huawei Lab has discussed 6G research and development with relevant universities.

Huawei is not the first company to conduct 6G** research. South Korean companies are also leading the way. In January this year, LG Korea established a 6G laboratory.

South Korea** expects to develop a 6G standard from 2021. The other two countries that have indicated that they will conduct 6G** research are Finland and the United States.

Finland** injected 25 million euros into the 6G research project 6Genesis earlier this year, and Nokia has conducted joint research with various research institutes and universities in Finland to cooperate with South Korea.

The U.S. side has also begun to prepare for 6GIn the U.S. ** After Trump announced that he wants 5G or even 6G to land in the U.S. as soon as possible. The U.S. Federal Communications Commission (FCC) has decided to open the 95 GHz to 3 terahertz band for 6G experiments.

Bell Labs is currently looking for a partner for pre-study.

China, South Korea, and Finnish companies have great advantages in the research and development of 5G technology, and 5G patents are at the forefront. The sooner we enter the R&D of 6G, the more we will be able to give full play to the previous technology accumulation and seize the height of technology.

G is still in the theoretical research and development stage, and the key technologies are still in a conceptual state, and it is difficult to describe their future development form. Poutu, the person in charge of the 6genesis project in Finland, said in an interview that if 5G is the era of decentralization of smartphones, 6G will be the post-smartphone era, completely entering the stage of connecting everything. However, the R&D of 6G also faces new challenges such as materials, manufacturing technology, and energy consumption.

Huawei began to research 5G technology in 2009, when China had just begun to issue 3G licenses, and the pace of 6G research is basically the same as that of 5G, and its cycle may last more than 10 years, and it is expected to be put into commercial judgment after 2030.

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On the 29th, Yu Chengdong, CEO of Huawei's consumer business, accepted an interview with ** TV Finance for the first time, and asked questions about 6G in the interview. He said that 6G is still in the research and development stage and standard research stage, and it will take 10 years for large-scale use, and it is expected that it will take a long time before the commercial stage. How is Huawei handling the development of 6G?

So far, Ren Zhengfei has also been interviewed by economists, for 6G research, Huawei is also leading the world, and Huawei has judged that 6G has been used for 10 years.

It is understood that 6G must build a network that realizes integrated communication in air, space, ground and sea. The 6G band expands from the 5G millimeter band to the terahertz band, and data transmission speeds are expected to be 100 times faster than 5G, with latency down to the sub-millisecond level. In the future, 6G will be widely used in users' personalized services and Internet of Things, industrial Internet, unmanned driving, smart factories and other fields.

In addition to 6G, Yu Chengdong mentioned the latest Huawei Mate 30 series in the interview, and the sales of this series of mobile phones are now very good, which is significantly higher than the Huawei Mate 20 series and P30 series. The MateBook30 series is at least half a year to a year ahead of 5G, especially in terms of ** and **, and the 4 ** of the Lycra Movie are far ahead of their peers.

Yu Chengdong also put forward the goal of having at least one Huawei premium experience store in the world's major symbolic cities in the future. At present, Huawei has opened the first global *** store in Shenzhen.

Yu Chengdong said that Huawei not only has mobile phones, watches, bracelets, PCs, tablets and other products, but also smart home, sports and health, car travel, mobile office and other life scenarios for consumers to experience.