Japan Announces Successful Development of 6G Technology with 287 Times the Speed of 5G, Has China’s 6G Been Surpassed?

Introduction

6G networks have entered our field of vision. This technology has not only become a key national science and technology development focus in our country, but has also received attention globally.

Recently, countries have been paying close attention to the research and development progress of 6G technology. But unexpectedly, Japan has now announced that their 6G technology has been successful, and the speed of this technology is 287 times that of 5G.

While our country’s 6G has not yet been released, Japan claims their 6G is already successful. So whose 6G technology is actually more advanced?

5G is not yet widespread, and now there’s 6G.

Our mobile network technology has developed from the initial 2G to the later 3G, 4G, and the 5G technology we have been using in recent years.

In the past few years, each upgrade in network technology has brought qualitative leaps, providing people with more convenience. Not only has there been an increase in network speed, but the rate of replacement has also accelerated. Its presence can be seen everywhere in life.

People’s pursuit of new technology made 5G an overnight sensation when it first emerged, becoming an object of daily pursuit. People had been waiting for the arrival of 5G technology. When 5G truly came online and landed in our lives, people genuinely enjoyed the convenience of 5G while anticipating the arrival of 6G.

However, as 5G became widespread, people discovered that although they originally thought 5G could be used for a long time, unexpectedly, 6G appeared in our sights not long after 5G became popular. Seeing that 5G has not yet been fully rolled out in most places, while 6G has already been successfully developed, it’s hard not to feel a bit bewildered.

Since the emergence of 5G exceeded people’s expectations, the appearance of 6G is no longer surprising. Instead, there is curiosity about 6G technology and what kind of leaps and surprises this network technology will bring to people. Just how powerful is 6G technology?

Even Huawei, a god-like existence in network technology, is making efforts in 6G research. They have never before researched other countries’ technologies like they are now. They also need to accumulate and develop national technologies. There must be some extraordinary reasons behind this.

Japan announces successful 6G R&D.

Our country’s 6G technology is led by the state. For our country, this technology is currently in our plans and under research and development. Our country’s top technical talents are all making efforts to research and develop a 6G technology, hoping to quickly develop a 6G technology.

But unexpectedly, Japan has taken the lead ahead of us. Japan recently announced that 6G technology has been successfully developed and was demonstrated to the public in June. Moreover, regarding 6G technology development, Japan also said that their 6G technology, even when compared with 5G speeds, is far faster than 5G speeds.

The Japanese side introduced to us that the successfully developed 6G technology has a download speed 287 times faster than 5G. This means that when we watch videos and listen to music, the loading speed will be much faster than 5G, without the occasional “lag” and “freezing” situations that occur with 5G.

Many people are skeptical of Japan’s claims. Previously, our understanding was that although 6G speeds would be an improvement over 5G speeds, it was only an improvement, and to what extent was unclear.

So many people doubt whether Japan’s technology has really succeeded, and some believe Japan is boasting and these claims are false.

This has also put Japan in the spotlight.

Is Japan’s 6G technology really that advanced?

After the Japanese side announced the success of their 6G technology, Mr. Wang also voiced his doubts about the Japanese side. From the news, we can also see a sentence in the news headline: China’s 6G has been surpassed.

Mr. Wang just wanted to use his own voice to dispel the Japanese side’s claim that their 6G technology has achieved a 287-fold speed increase.

Japan is an early adopter of 5G technology. The pathogen of 5G uses high-frequency millimeter wave technology. However, millimeter wave technology has a disadvantage in the actual application of 5G, which is that the propagation distance of millimeter waves is very short. This means that to use 5G technology, people must be very close to the signal-emitting equipment. If they are far away, the network signal is easily disconnected.

Therefore, under the influence of this factor, 5G technology has not yet been popularized nationwide. Of course, there is another factor, which is the cost of 5G. After all, millimeter wave technology is higher than shortwave technology, which also means that the cost of installing such base stations is very expensive.

So this has also opened a big door for 6G technology research. Unlike 5G, which is limited by pathogenic technology, 6G directly uses more advanced technology: shortwave technology.

The propagation distance of shortwave technology is much farther than millimeter wave technology. This means that the usage range of 6G will be larger, and users can normally use the 6G network farther away from base stations.

Another point is that the setup of transmission base stations for shortwave technology is much simpler compared to millimeter wave technology. This makes the setup cost of 6G cheaper, so 6G can be successfully popularized nationwide.

Therefore, it is not surprising that Japan would prioritize 6G technology research over our country, as our country’s 5G pathogenic technology is still millimeter wave technology.

Analysis of 6G technology application scenarios.

As 6G technology research has progressed, many people are discussing and looking forward to the success of 6G technology research. What surprises can 6G technology bring to people, and in what places or scenarios will people use 6G technology?

6G technology can be said to be a highly evolved version of 5G technology. 6G technology can not only be applied to large-scale communication network systems like 5G technology, but can also be applied to small-scale communication systems.

Moreover, 6G technology can also be applied to wireless communication systems. This means that just as 5G technology has become widespread in our mobile phones, 6G technology can be used in technology products such as drones and smart homes, as long as it is a system that requires wireless communication.

Furthermore, 6G technology can also be applied to mobile and wearable devices. Products like smart bands and watches can all use 6G technology. This means that after 6G technology becomes popular in our phones, the technology products around us will also be filled with 6G technology.

In the process of application, 6G technology will undoubtedly bring more convenience to people’s lives. However, like 5G, 6G will also have electromagnetic radiation. This requires attention from both the public and manufacturers to prevent continuous harm to people’s health.

Conclusion

6G technology is still under continuous research and development. Only countries with deep research foundations can find the current technical solutions in 6G technology research.

6G technology research is not about who is first, but about which country can contribute more technological solutions beneficial to social development.