What is 6G Technology?

How fast will 6G be?

We don't know how fast 6G will be at the moment, but ratings are about 100 times faster than 5G.ITU has recently lowered 5G standards (called IMT-2020) after more than 8 years of operation and is expected to launch the same 6G process soon.

That did not stop experts from predicting how fast 6G would be. Some of the most quoted quotes from Drs. Mahyar Shirvanimoghaddam of the University of Sydney, who claims that 6G can deliver incredible speeds of 1TB per second or 8,000 gigabits per second. Forget about downloading one movie in a few seconds from Netflix with 5G, at 6G speeds as well, in just one second you can download 142 hours of Netflix movies.

As for the ITU, it has not published much on 6G yet. In May 2019 it spoke of IMT-2030, which it describes as a hybrid network and advancing to 5G - instead of a totally new network, which we expect 6G to be.

A sixth-generation wireless (6G) wireless network is expected to integrate land, air, and sea connections into a robust network that can be very reliable, fast, and support a large number of devices with ultra-low latency requirements. the world proposes cutting edge technologies such as artificial intelligence (AI) / learning equipment (ML), quantum communication/quantum learning equipment (QML), block chain, tera-Hertz, and millimeter for wireless communication, the affected internet, most non-orthogonal access (OR), small cell connections, computer/computer fog, etc. of the size of a 6G network with a virtual interface and presence-related technology. Specifically, we highlight the charges for the use and use of the proposed 6G networks of various sizes.

Currently, there is little information about 6G standards. However, it is estimated that international standards will set 6G standards by 2030. The work of many research institutes has shown that 6G will be able to transfer the signal to human computing power by 2035. While the release of 5G was still in its infancy, researchers around the world began working to bring the production of wireless networks. The timeline for the implementation of the 5G, B5G, and 6G standards by international rating agencies is shown in Fig. 1 based on the vision of 6G wireless networks. The International Telecommunication Union Radio Communication Sector (ITU-R) outlined the requirements of the International Mobile Telecommunications-2020 (IMT-2020 Standard) by 2015 for 5G network standards. At the same time, 3GPP released R13 for 5G standards. It is estimated that ITU will complete 6G (ITU-R IMT-2030) standards by 2030, while 3GPP will complete its 6Grating at R23. ITU has established a collaborative team to test the technology of the B5G / 6G systems system in July 2018. The Finnish Academy has launched, 6Genesis, a leading system focused on 6G technology, in 2018 [8]. Similarly, China, the United States, South Korea, Japan, Russia have also begun research on B5G / 6G communication technology Advantages of 6G over 5G, understanding, hearing, and imaging. High 6G waves will enable faster sample rates and provide better transitions and better data levels. The combination of sub-mm Wave (e.g. wavelengths smaller than one millimeter) so the use of selective frequency to measure the absorption levels of electricity is expected to lead to the most potent advances in wireless sensor technology.

What will 6G connections look like in ten years?

While 5G has just launched a major global trade, the research and industry of the 6G industry is on the agenda

Since last year, we have seen the first 5G networks roll out worldwide, including a number of

Asia Pacific (APAC)-focused markets in markets such as Australia, Thailand, Hong Kong, Singapore, China, and South Korea - the first country with 5G commercial. But while 5G networks will be increasingly depleted in ever-increasing areas and will gradually reintroduce 4G LTE networks over the next five years, research to improve 6G connectivity is underway. Vivo’s

telecommunications R&D center, Vivo Communications Research Institute, recently released two white papers, entitled 6G Vision, Requirements and Challenges and Digital Life 2030+.

The white papers form the taught hypothesis that wireless network switching cycles occur approximately once every decade. 5G is now slowly starting to replace 4G in terms of news, with some standards-setting 5G speeds up to 100x faster than 4G.

Therefore, the project is a project that 6G will be launched around 2030, ten years from now. But what will be the features and capabilities of 6G itself?

The Digital Life 2030+ paper collected 6G application scenarios for more than 800 college graduates and more than 20 digital and media professionals, as well as the study of forecasting industry reports related to the 2030 era,

and multi-government development plans for the next decade.

Compared to the current 5G, Vivo Communications report believes that the development of 6G lies in its magnitude. While the current standards of communication technology can only provide digital connectivity and power, 6G strengthens the two and integrates them into intelligent development, which will be able to provide computer integration, storage and simultaneous communication services.

'Smart' connectivity and seamless integration with a variety of devices will obviously focus more on 6G. For example, current technology sees software interaction with software that helps to create a remote work environment.

But by 2030, we may need to scan our faces only for face recognition built into our computers in order to enter the office system. By the time we get to our workplace, the smart AI office secretary will have automatically set the tasks for the day to work with the importance of urgency and will show you in the workplace. All of this requires a large amount of process and simultaneous collaboration, but this information shared in the office is expected to become a standard after 6G growth.

                         So I hope 2030 will come with 6G technology. Thanks for reading blog.