China Launches AI-Powered Satellite Constellation to Build Space Supercomputer

China has efficiently launched the primary cluster of 12 satellites of its bold Three-body computing constellation on May 14 from the Jiuquan Satellite Launch Center aboard a Long March 2D rocket. The full supercomputing community will comprise 2,800 satellites and can ship a mixed computing capability of 1,000 peta operations per second (POPS). The twelve satellites at present in orbit are interconnected via high-speed laser communication hyperlinks that switch knowledge at up to 100 gigabits per second. This initiative might be utilizing the chilly vacuum as a pure cooling system and it would have the ability to shift the AI processing from Earth to the house. This challenge is led by the corporate ADA Space and Zhejiang Lab.

AI in Orbit

According to a translated ADA Space assertion, every satellite tv for pc in China’s launch incorporates an 8 billion-parameter AI mannequin that may carry out 744 tera operations per second (TOPS). When mixed collectively, their processing energy might be ready to carry out 5 peta operations per second.
Traditionally, satellites gather uncooked knowledge and transmit it again to Earth, restricted by slim bandwidths and transmission home windows. This causes knowledge loss and processing delays. By processing knowledge in house, the system cuts transmission wants and takes benefit of solar energy and house’s pure cooling, decreasing vitality consumption and environmental impression.

Global Cooperation and Cosmic Inspiration

According to Zhejiang Lab’s Wang Jian, the platform is open to worldwide use, encouraging different nations and organizations to participate in its growth. Although the U.S. and Europe have carried out checks on house computer systems, China’s array is the primary to be deployed at an operable scale. Meanwhile, former Google CEO Eric Schmidt, following his buy of a controlling curiosity within the California launch firm Relativity Space, has proposed launching knowledge facilities into orbit.