Google evaluated SpaceX Starship flights for space-based data centers
Google has launched its first computing satellite into orbit as part of its goal to establish artificial intelligence and data center infrastructure in space.
Google launched its first satellite carrying an AI processor into orbit on a SpaceX rocket under Project Suncatcher and published new research analyzing the costs and launch capacity required for future space data centers.
Google's First Chip in Space
Manufactured by Planet Labs, the satellite marks the first mission to carry Google's advanced Tensor Processing Unit hardware into space.
The satellite will test continuous in-orbit power generation, cooling systems, and model-running capabilities.
Project Suncatcher Goals
Led by Travis Beals, Project Suncatcher aims to create large-scale artificial intelligence and data center clusters in Earth orbit.
The network design envisions 81 satellites flying in close formation for parallel processing in the future.
Future Plans
Two new satellites scheduled for launch next year will test interoperability through a laser communication link. The published academic paper provides a comprehensive analysis of in-orbit data center costs and future launch requirements.
Starship Launch Projections
Google's research indicates that for space data centers to become economical, SpaceX Starship rockets must perform approximately 1,800 flights over the next decade. This translates to 180 flights per year with a payload capacity of 200 metric tons per mission.