由SpaceX公司和初创企业牵头的空基AI数据中心正在推进轨道处理计划,尽管发射费用高昂,但计划在2-3年内实现可行性。 Space-based AI data centers, led by SpaceX and startups, are advancing with plans for orbital processing, aiming for feasibility in 2–3 years despite high launch costs.

天基数据中心正在成为应对地球AI基础设施挑战的一个潜在解决办法,SpaceX和Starcloud测试轨道AI等新建企业正在处理这类技术。 Space-based data centres are emerging as a potential solution to Earth's AI infrastructure challenges, with SpaceX and startups like Starcloud testing orbital AI processing. Elon Musk以100万颗卫星的许可证申请和Nvidia H100GPUs在空间的成功测试为例,预测了两到三年后的可行性。 Elon Musk predicts feasibility in two to three years, citing a licence application for 1 million satellites and successful tests of Nvidia H100 GPUs in space. 虽然发射成本仍然很高,每公斤1 500至3 400美元,但提高太阳能效率和更简单的卫星设计可以将特定功率提高到70至150瓦/公斤。 While launch costs remain high at $1,500–$3,400 per kilogram, improved solar efficiency and simpler satellite designs could boost specific power to 70–150W/kg. 一项2026年的分析估计,轨道1千兆瓦设施可能耗资511亿美元,不包括GPUs,但进展可能会降低这一成本。 A 2026 analysis estimates an orbital 1-gigawatt facility could cost $51.1 billion, excluding GPUs, but advancements may reduce this.