Space computing power is the deployment of artificial intelligence computing power nodes in terrestrial data centers to space orbit, using sufficient solar energy and natural low temperature environments in space to break the energy consumption, heat dissipation, and land resource bottlenecks faced by terrestrial computing power. Currently, global demand for computing power continues to grow, low orbit satellite constellations in various countries are being deployed at an accelerated pace, and space computing power is becoming an important breakthrough in new quality productivity. Yesterday, the “New Quality Productivity Development Conference - Space Computing Power Industry” was held in Beijing. The event discussed technological breakthroughs and industrial development, and promoted the accelerated implementation of China's space computing power. At the event, a company displayed a self-developed special GPU chip for space-grade computing power, reducing the cost of space computing power hardware from tens of thousands of yuan to several thousand yuan or even a few hundred yuan. A nationwide production space server was also unveiled at the scene, equipped with a dual-core space-borne operating system. When interfered by cosmic high-energy particles, backup cores can be switched at the millisecond level to ensure that in-orbit computing power does not stop.

Space computing power is the deployment of artificial intelligence computing power nodes in terrestrial data centers to space orbit, using sufficient solar energy and natural low temperature environments in space to break the energy consumption, heat dissipation, and land resource bottlenecks faced by terrestrial computing power. Currently, global demand for computing power continues to grow, low orbit satellite constellations in various countries are being deployed at an accelerated pace, and space computing power is becoming an important breakthrough in new quality productivity. Yesterday, the “New Quality Productivity Development Conference - Space Computing Power Industry” was held in Beijing. The event discussed technological breakthroughs and industrial development, and promoted the accelerated implementation of China's space computing power. At the event, a company displayed a self-developed special GPU chip for space-grade computing power, reducing the cost of space computing power hardware from tens of thousands of yuan to several thousand yuan or even a few hundred yuan. A nationwide production space server was also unveiled at the scene, equipped with a dual-core space-borne operating system. When interfered by cosmic high-energy particles, backup cores can be switched at the millisecond level to ensure that in-orbit computing power does not stop.