It will be 500 times faster than a 5G phone – when is it expected to be released?

5G technology has been the networking standard for about five years, but with… 6 grams Already on the horizon, developers are looking for ways to take full advantage of next-gen’s extended bandwidth.

Technology demonstration held in Japan, according to Science AlertIt showed that a prototype wireless device reached data transfer speeds of 100 gigabits per second, which is 10 times faster than 5G at its peak and 500 times faster than an average 5G smartphone.

Specifically, an average two-hour quality movie on Netflix viewed on a phone is about 1.5GB, so we’re practically dealing with potentially eight or nine such movies every second. Thus, as a result of extensive research and development by Japanese telecommunications company NTT, Japanese mobile phone company DOCOMO, and electronics companies NEC and Fujitsu, the device uses high-frequency bands in the 100 GHz and 300 GHz range, allowing it to transmit much more data than previous generation standards.

This is an ongoing project with current range swaps, but experience has shown stable connectivity over 100 metres. Advances in communications technology will indeed require different forms of transceivers as 6G eventually rolls out, and much of it will depend on innovations like this. It is worth noting that this presentation requires a lot of modern equipment. However, with the development of technology, the size and cost of this equipment will gradually decrease.

It’s also important to remember that the 10Gbps maximum speed for 5G is a technical ceiling, under ideal conditions, using the most powerful and best hardware. according to Open signal, the average smartphone 5G speed on T-Mobile in the US — the country’s best 5G speed provider — is 186.3 Mbps today. In other words, 6G promises greatly improved speeds. This will be useful for everything from high-resolution movie shooting to communications between autonomous vehicles, according to the researchers.

When is 6G expected to be commercially available?

As with 5G, there will also be a leap forward in terms of bandwidth or network capacity: more devices will be able to stay connected at the same time. If you lose your phone signal at a concert or sporting event, you’ll be aware of network congestion, and that’s something 6G will almost completely eliminate.

In some cases, we may see 6G make Wi-Fi largely redundant, which is already starting to happen with 5G. You may not need to run a cable to the front door of your home or office. Looking at it more broadly, keep in mind that many more devices will be connected to the Internet at faster speeds, with more components and sensors able to communicate with the web (and with each other). Nokia has estimated that 6G could be commercially available by 2030. In the meantime, we’ll have to put up with “new” 5G networks that already look very puny compared to what’s to come.

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