On August 5, local time, SpaceX announced on social media that the company is cooperating with Nvidia to jointly develop and design the StarMind AI1 satellite computing payload. Each StarMind satellite will be equipped with Nvidia RubinGPU and VeraCPU to achieve datacenter-level space computing capabilities. Nvidia also confirmed the partnership on social media and stated, “The next chapter in AI infrastructure is moving into a field that AI computing has never set foot in.” Space computing power refers to deploying computation, storage, and intelligent data processing capabilities into the space environment, relying on computing power provided by satellites, low-orbit constellations, space stations, or dedicated space platforms. Currently, the three major tracks of satellite internet, artificial intelligence, and commercial aerospace are deeply intersecting, driving the extension of computing power to orbit, and space computing power is gradually growing into a core frontier of new productivity in the aerospace information industry. China's layout in this field has been quietly underway for a long time, and the pace continues to accelerate. At present, China's space computing power industry has moved from theoretical exploration to the stage of substantial in-orbit verification and initial networking. The Changjiang Securities Research Report points out that space computing power is expected to become an important supplement to China's computing power supply, and the industry is expected to usher in a major breakthrough from 0 to 1.

On August 5, local time, SpaceX announced on social media that the company is cooperating with Nvidia to jointly develop and design the StarMind AI1 satellite computing payload. Each StarMind satellite will be equipped with Nvidia RubinGPU and VeraCPU to achieve datacenter-level space computing capabilities. Nvidia also confirmed the partnership on social media and stated, “The next chapter in AI infrastructure is moving into a field that AI computing has never set foot in.” Space computing power refers to deploying computation, storage, and intelligent data processing capabilities into the space environment, relying on computing power provided by satellites, low-orbit constellations, space stations, or dedicated space platforms. Currently, the three major tracks of satellite internet, artificial intelligence, and commercial aerospace are deeply intersecting, driving the extension of computing power to orbit, and space computing power is gradually growing into a core frontier of new productivity in the aerospace information industry. China's layout in this field has been quietly underway for a long time, and the pace continues to accelerate. At present, China's space computing power industry has moved from theoretical exploration to the stage of substantial in-orbit verification and initial networking. The Changjiang Securities Research Report points out that space computing power is expected to become an important supplement to China's computing power supply, and the industry is expected to usher in a major breakthrough from 0 to 1.