Researchers have obtained this record using the highest frequency radio waves known as vortex millimeters. This so-called 6G technology can be used to improve weapons and defense systems. Tests prove that hypersonic weapons (those that are five times faster or faster than the speed of sound) will be able to use 6G for targeting and communication.

The professor added that these signals add “new dimensions to wireless transmission” and mean that China is “the world leader in the study of critical 6G technology.” Modern technology uses two-dimensional electric waves to represent information. The millimeters of vortex waves have three sides that resemble the movement of a hurricane.

This circular motion may contain additional information that may increase the network bandwidth. The team working on this success in China has created a single-type transmitter that allows waves to rotate in three different directions to carry additional data. At the same time, a special reception device was developed that could process large amounts of data per second.

By 2020, the Japanese company Nippon Telegraph and Telephone used vortex waves to generate data speeds of more than 200Gbps over 33 feet.

A 6G researcher working for the Beijing government in Beijing said this was the “beginning of a revolution” in communications technology. The researcher asked not to be named for the secret work he was doing but added that “the most exciting thing is not just speed. It’s about introducing a new body element, which could lead to a whole new world of almost endless possibilities.”
China owns 40% of the world’s 6G patents

The report says the commercial launch of 6G could begin in 2030 in China, although the military may be able to use it early because performance is more important to them than cost. A team of researchers in Tianjin said in January they developed a terahertz transmitter, another technology that could be used for 6G and China’s hypersonic weapons system.

The US is trying to fight back and last April announced a $ 4.5 billion partnership with Japan to implement 6G technology. But a study conducted last September by a Nikkei and Tokyo-based researcher, the Cyber ​​Creative Institute, found that China owns more than 40% of the world’s 5G patents. The US follows with 35% followed by Japan (10%), Europe (9%), and South Korea (4%).

Currently, the Chinese government and the telecommunications sector will focus on 5G as high-band mmWave technology has significantly reduced costs. However, no country wants to take its eyes off 6G which is expected to deliver terabit speeds, 100 times over 5G capacity, and the ability to communicate from underwater to space. And if we look at the voice of the media in China, the plan is to use 6G to improve the country’s military capabilities.

Source: www.phonearena.com

Keeping that in mind, the collapsing market seems to be on the verge of a dramatic increase. According to industry sources, Oppo has long been working on his first roll. Unfortunately you are missing rumors of a series window installation during the process. However, in an exciting new potential development, the popular digital rewarding Digital Chat Station recently shared a few interesting posts on Weibo. The first of these was marked as posted on a mysterious device called the Oppo Find N 5G. The post itself contains a reference to the long-forgotten Oppo N phone series and a photo of what it looks like the Oppo N3 – a rare device from 2014/2015 that had its own camera on the engine swivel to act as a selfie and capture interesting panoramas.

Oppo folding phone may be called Find N 5G and Huawei foldable phone may be in the works
The second post related to the incomprehensible Oppo Find N 5G seems to speak of both a folding display, as well as how to use the 50MP Sony IMX766 large phone sensor for selfies. It is definitely not uncommon for a twisted phone. The post also includes a reference to the Xiaomi Mi 11 Ultra that takes selfies with a large camera with a small display on the back. Perhaps Oppo Find N 5G will have its own small display, seeing how many sources agree that it will be an internal folder. Find branding offers excellent features, so we won’t put it on Oppo. Also, it should be noted that some of the company’s recent patentable device patents have also included features such as a pop-up camera, as well as a clamshell with an exterior screen and a camera bar of the type reminiscent of the Oppo N3 mentioned above.

A separate source claims that the Oppo’s mobile phone plays a 7.8 to 8-inch OLED display, with 2K resolution and 120Hz resolution. Clearly, it is now in the development and production cycle that the units are already dispersed through internal channels to stores for staff training purposes. That will mean imminent release.

Oppo folding phone may be called Find N 5G and Huawei foldable phone may be in the works
News on the Huawei side is definitely not coincidental and inaccurate. It is related to a recent investor meeting of a company called Zhaoli Technology, where it was revealed that the company has begun mass production of a new wrapper smartphone smartphone. Zhaoli Technology did not specify the name of the client, but industry analysts believe Huawei.

What Zhaoli Technology said, however, was the fact that this new design is obviously not the most complex and will allow for higher profit margins on the device itself. The development even for a company on the Huawei scale that desperately needs to make the future compact device work and be efficient. All information is well connected with previous rumors that Huawei is actually operating a cheap mobile phone.

If all goes well, we may be moving toward the expansion of the collapsible display market that could really shake up a high-quality, high-quality market segment in the industry.

Ref. GSMARENA.COM

Samsung announced three new chipsets which are compliant with the 3GPP Release 16. The three new chipsets announced are – a) 3rd generation mmWave RFIC, b) 2nd generation 5G Modem SoC, and c) DFE-RFIC Integrated chip.

The 1st chip that Samsung announced at the event was ‘3rd generation mmWave RFIC’. This 3rd generation chipset can support frequencies in both 28 GHz and 39 GHz spectrum bands and will be embedded in Samsung’s next-generation 5G Compact Macro. In this the chipset comes with, the antenna size could be reduced by 50%, resulting in more space inside the 5G radio. also, the new RFIC chipset increases power efficiency making the 5G radio lightweight. alongwith the power output of the chipset has increased.

The 2nd chipset that Samsung announced was the ‘2nd generation 5G Modem SoC’. This new chipset from Samsung will enable the forthcoming baseband unit to get two times the capacity and also reduce the power consumption by each cell by 50%. It will support frequencies both in the mmWave and sub-6 GHz spectrum bands. Also, the chipset also offers better power efficiency and beam-forming for Samsung’s next-generation 5G compact Macro and Massive MIMO radio.

The 3rd chipset announced by Samsung was the ‘DFE-RFIC Integrated chip’. This new chip combines both DFE and RFIC functions for mmWave and sub-6 GHz. With these integrated functions, the frequency bandwidth is doubled. At the same time, the chipset will allow the next generation solutions to come in reduced sizes and also be more powerful.