Chinese scientists were able to send 1 terabyte of information through 6G technology • ENTER.CO

5G is starting to reach many countries such as South Korea, Switzerland and the United Arab Emirates. While Latin America is still creeping up on the lack of infrastructure and networks that support this new speed. But the fact that many countries in the world still lack this technology does not mean that more developed regions do not intend to move forward.

This time, China has successfully cracked a major milestone in network technology with 6G technology. In the demo, the Chinese successfully streamed more than 10,000 HD videos simultaneously. This was made possible by millimeter vortex waves that put China at the forefront of this new technology.

In data transmission, they were able to determine that the technology is capable of sending 1 terabyte of data in just one second to a distance of one kilometer, at present. With 5G technology, 20 Gbps is reached, with 6G, 1 Tbps is reached.

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This experiment was conducted on the Beijing Olympics campus at least a month ago. This was led by Professor Zhang Chao, from the School of Aeronautical Engineering of Tsinghua University in Beijing, who was able to transmit 10,000 videos over a kilometer without compromising their identification. The result of this experience shows that China is “leading the world in research into the technology with the key potential of 6G,” Zhao said.

The technology with which 6G was achieved is through millimeter vortex waves, a type of extremely high-frequency radio wave, the Chinese newspaper announced. South China Morning Newspaper. Specialists explained that thanks to these waves, it is possible to transmit more than 10,000 video clips simultaneously and broadcast live.

Without a doubt, this is one of the most promising developments in the technology of the future. But we must not forget that it will already be in the future, that is, it is still a long time before this type of network will be deployed all over the world. This technology is expected to spread worldwide by 2030.

Photo: Pixabay