Countries around the world are not only targeting 5G, but also targeting the research and development of 6G. Although 6G technology is not expected to be commercialized until 2030 at the earliest, the 6G battle has already begun. China, the United States, Japan and other countries have invested tens of billions of yuan in their budgets, hoping to seize the opportunity. The global 6G market will reach US$340 billion. Between 2030 and 2040, the 6G market will flourish at a compound annual growth rate of more than 58%. The Asia-Pacific region will lead the development of the global 6G market. Due to the increasing emphasis on satellite communications and related technologies in the Asia-Pacific region, especially China, the Asia-Pacific region will account for the largest value share in the global 6G market.
In the near future, factors such as growing demand for innovation may drive the expansion of the North American 6G market. The speed of 6G network will be 50 to 100 times that of 5G network. On 6GB network, the fastest download speed can reach terabits per second, which means hundreds of high-definition movies can be downloaded in a few seconds. Many connected devices will achieve a qualitative leap at this speed, such as VR, AR and other interactive technologies that were not widely popular before.
6G technology is another feature of the global scale. Because the coverage of ground base stations is not comprehensive, network signals in remote places will be seriously affected, and this phenomenon of the era of 6G networks will become completely a thing of the past. The 6G network will be the same as the ground base station. The surface of the base station and the satellite are in space, with full coverage of land, ocean and air. Whether you are in the desert or on the mountain, even the North Pole and Antarctica can receive 6G signals, so in theory The 6G era will realize truly global communications. Compared to the millimeter waves used in 5G technology, terahertz has a higher frequency and can transmit more information in the same amount of time. Under the leadership of Chinese scientist Nian Fushun, his team began research on terahertz-related instruments and eventually achieved localization of the entire industry chain. It is no exaggeration to say that China is the world leader in terahertz-related technology.