Google plans first test of AI chips in space under Project Suncatcher
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FILE PHOTO: The Google logo is displayed during a press conference in Berlin, Germany, November 11, 2025. REUTERS/Lisi Niesner//File Photo
Sept 24 (Reuters) - Alphabet's Google said on Thursday it will launch a prototype satellite next week in its first in-orbit test of Project Suncatcher, a research effort to explore whether space could potentially host large-scale AI computing infrastructure.
Companies including SpaceX and Starcloud are pursuing plans to deploy data centers in low Earth orbit, aiming to harness near-continuous sunlight to power energy-intensive AI computing and sidestep terrestrial constraints on electricity supplies.
The new mission, scheduled to fly on SpaceX's upcoming Transporter-18 rideshare launch in partnership with satellite company Planet Labs, will assess how Google's AI hardware withstands launch forces, radiation and extreme temperatures in LEO.
After the launch, it will send a prototype satellite carrying Google Tensor Processing Units into low Earth orbit to assess if the AI chips can operate reliably in space.
Space radiation can disrupt or degrade electronics, including by causing data errors known as bit flips.
Google said it tested its TPUs while running AI workloads in a facility at the University of California, Davis, but that orbital testing was needed to understand how the hardware performs in the real environment.
The company will also evaluate its design to cool the power-intensive chips in the vacuum of space, where conventional airflow cooling is impossible, by combining heat pipes with radiators.
But experts have said that the concept remains years from being commercially viable given high launch costs, engineering constraints and satellite production bottlenecks.
The first Suncatcher mission is designed to gather in-orbit data and identify potential failure points, rather than demonstrate an operational orbital data center, Google said.
It aims to launch two satellites in 2027 to test the high-bandwidth laser links needed to connect future computing clusters.
(Reporting by Akash Sriram in Bengaluru; Editing by Pooja Desai)
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