Joint work between Japan telecom subsidiaries along with Fujitsu was successful in reaching 100 Gbit/s on a 6G-connected equipment. In case, the promise is kept, the revolution is claimed to be very vast.
These are just audio tests without a real use or even finding of something that we can started to selling to the public, but for this we have to wait until 2030 when they will finally start to find more applications. Undoubtedly, 6G holds the power to keep revolutionizing the entire tech world once more. Japan, a few days ago-were the same-tt Docomo, NTT, NEC, as well as the Japanese IT company Fujitsu, have developed a 6G wireless device reaching 100 Gbit/s performance. They move from one point to another about a distance to a hundred meters. Last but not least, this technology will provide a hopeful breakthrough, particularly following the life-saving test realized by LG in the end of the previous year (2022) which withstood the data transmission speed of 1 Tbit/s!
In that 6G world, there will not be many seconds needed to get the biggest or shortest size of video games or movies.
With such high bitrates, downloading a movie in 4K literally takes 2-3 seconds instead of familiar 2 hours + download time. So I’d only have to wait for 5 seconds to get the PC version of Helldivers II (70 GB in total). Despite motives ranging from sensationalism at best to trivality at worst, an outgrowth of interest is ultimately generated, that appeals to both the general audience, conspiracy theorists, hipsters, and media personnel alike.
Meanwhile, it is supposed that the throughput that the so-called 6G can reach is between 5 to whooping 20 times faster than 5G (from 5 to 20 Gbit/s). However, this clearly depends on the values quoted around the globe, which are confined between 5 and 20 Gbit/s. Remember that Orange, an operator in France, which offers speeds of successive generations on the latest generation open to public, has his speeds of about 275 Mbps in the recent months.
In the scope of their verification test, Fujitsu and the Japanese operators are said to have used a device built during the research and development period, which started as far back as 2021 and the band volunteered for the outdoor and indoor tests are 100 GHz and 300 GHz respectively.
These frequencies are from the sub-terahertz (sub-THz) spectrum which is the other automatic improvement of 6G.
Theoretically, 6G support speed would be between 5 and 20 times faster than 5G, but it depends upon the speed announced by various countries globally, which can range from 5 to 20 Gbit/s. Mind that operators “Orange”, having the best speeds for the latest generation in the open area network, flashed to 275 Mbit/s on average last months.
According to Fujitsu and Japanese operators, specialists verified the equipment developed after a long research and development process in the outdoor bands 100 GHz and indoor 300 GHz during the test execution, with the work starting in 2021.
The splitting frequencies due to sub-terahertz (sub-THz), another primary novelty of 6G, use the THz spectrum, which is one of the spectrums mentioned.
What marks the difference between 6G and previous generations 5G is a considerable reduction in response time and a higher speed.
However, this is just partial affiliation because it will only be in operation in confined realities only. It does not require to be indicated that technical adjustments will be made in order to balance the speeds, yet they will not proceed smooth as detailed in the introduction about 5G or 4G.
Thereafter, one question that comes to mind is what is 6G going to be used for, which should be oriented towards fast downloading, ultra-HD video streaming and commanding, in the event that there is sufficient network towers and facilities.