In the context of a limited number of words, the more concise the transaction, the more important it is. Recently, China has successfully launched a high-orbit satellite of more than 20,000 kilometers, outlining a new picture of the night sky. This one-night launch has made the Internet high-orbit satellite the focus of heated discussions, and its ultra-large capacity of 500Gbps has attracted widespread attention.
One Stone, Many Satellites: The Long March-3B carrier rocket helped the successful launch.
The successful launch of this satellite benefited from China's Long March series of carrier rockets, especially the Long March-3B carrier rocket. Its multi-satellite launch capability accurately puts satellites into high orbit and provides strong support for China's satellite missions.
High orbit layout: Satellites are cleverly selected to cover a wider area.
The layout of high-orbit satellites is a precise allocation of limited resources. Compared with low-orbit satellites, high-orbit satellites have wider coverage and stronger service capabilities. This launch not only allows China to have more resources in high orbit, but also provides an efficient and high-quality guarantee for the future development of the Internet.
Global competition: The layout of high-orbit satellites has attracted global attention.
In the high orbit where resources are scarce, China's satellite layout has attracted global attention. High-orbit satellites can cover almost the entire hemisphere, forming a powerful regional communication system. This huge coverage area provides strong support for the steady development of China's Internet.
Future changes: 500Gbps capacity leads China's Internet development.
In recent years, China has successfully launched a number of high-throughput communication satellites in high orbit, and initially built a high-orbit satellite Internet covering China's territory and along the "Belt and Road". In the future, larger-capacity satellites will join the construction, and the total capacity of high-throughput communication satellites is expected to exceed 500Gbps. This huge capacity will provide strong support for the steady development of China's Internet.
Constellation layout: the necessity of G60, GW constellation construction.
Regarding the construction of the G60 and GW constellations, some people may wonder: "Wouldn't it be a conflict to engage in so many constellations?" "In fact, each of them has its own unique track and function. The G60 constellation is a 6G constellation built by China, and it is expected to launch about 150,000 satellites, and the GW constellation is the equivalent of the Chinese version of "Starlink", which is planned to be launched 130,000 satellites. These two do not conflict with the launch of high-orbit satellites at all, but provide more comprehensive support for China's layout in different fields.
Future Acceleration: Repeatable Rocket-Catalyzed Constellation Construction.
With the continuous maturity of repeatable rocket technology, China will usher in an explosive period of repeatable rockets in 2024 and 2025. This will greatly improve the reusability of China's satellites and is expected to accelerate the process of constellation construction. For satellites in orbits of more than 20,000 kilometers, this is a new era, and it is also a step towards a wider space after China launches a satellite at night.
A new era, a new space, beyond the unknown edge of the night sky.
The launch of the satellite at night is not only a technological leap, but also a new picture outlined by China in an orbit of more than 20,000 kilometers. The capacity of the satellite exceeds 500Gbps, which injects new vitality into China's Internet and opens up a broader space for future scientific and technological exploration. In the vastness of the starry sky, China's aerospace industry is moving towards a new unknown edge, creating a more brilliant chapter for mankind's scientific and technological dreams.