The United States lost 5G and wanted to lay out 6G to regain the first place. Will China companies such as Huawei get stuck in their throats?

To understand these problems, we must first understand what 6G is. What has the United States done in the field of 6g? Huawei's development process on 6g is explored in these aspects.

Here we use a short metaphor:

It is equivalent to the running speed of a computer. It may take a day or even three days for 4G to render a high-end model.

From this point of view, 6g communication is no longer a narrow sense of network transmission speed improvement and network capacity expansion, it will achieve the ultimate goal of the Internet of Everything, which is the prospect brought by 6g development.

The backwardness of the United States in 5g makes them want to regain their leading position in the 6g field and regain their leading position in the communication field.

However, because the existing frequency signals can't support the high-speed conditions of 6g signals, all countries in the world have shifted the signal frequency band to terahertz.

From 1G to 4G in the history of communication, the frequency of wireless electromagnetic waves in our life has been increasing. In a frequency band, the terminals it serves are limited and have an upper limit.

To reach this standard, it is necessary to explore new frequency band resources, which is also the reason why the frequency band is getting higher and higher.

Two-thirds of these satellites will orbit above the ground only 550 kilometers from the earth's ground, and the rest will orbit above the ground 1200 kilometers from the ground. Together, they will form a dense "space Internet" network.

According to American test data, Musk's network data has now begun to take shape, and the data transmission speed has exceeded 200 megabytes.

This has exceeded the broadband rate in most parts of the United States, twice the transmission rate of 5g, and the rate of 5g is 100mbps.

The 6g base station is much smaller than the 5g base station in volume, which is the size of an ordinary brick. Can be placed in many inconspicuous places, sparsely populated places.

You can also cover the network through drones, so that some places with special terrain can also receive 6g signals.

In the future, the undifferentiated information transmission in broadcast mode will evolve into intelligent information transmission, which may reduce the problem of excessive power consumption of 6g base stations.

Even if the United States wants to overtake in the field of 6g, it can only be in vain, whether it is China's far ahead of 5g or its various leading positions in 6g construction.

It goes without saying that the United States is still daydreaming, and China will be the first person in the 6g field in the future.