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    Project Suncatcher satellite is reportedly set to carry four Google TPUs into orbit on October 1

    A September 30 reply says the satellite, built with Planet Labs, was scheduled to ride SpaceX’s Transporter-18 from Vandenberg at 18:18 UTC. It describes the goal as testing whether AI chips can survive radiation and run in space.

    5 Sources, 13h ago, first seen 13h ago

    TLDR

    A September 30 reply describes Project Suncatcher as a Google effort to put four Trillium TPUs on one satellite, built with Planet Labs. It says the satellite was scheduled for an October 1 SpaceX rideshare to test whether the chips can survive radiation and run in space. A separate post says the test would also examine launch vibrations and heat and cooling problems in space.

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    5 Sources, first seen 13h ago

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    5 Sources, first seen 13h ago

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    5 Sources

    @chestXBTProject Suncatcher = Google putting TPUs in orbit. 4x Trillium TPUs on 1 satellite (MVP) Built with Planet Labs Rideshare on SpaceX Transporter-18 Vandenberg, Oct 1, 18:18 UTC Goal: See if Al chips can survive radiation + run in space.
    @RandyWKirk1SpaceX is launching a Falcon 9 tomorrow with very precious cargo. A GOOGLE TPU to test their chip. Primary issue is surviving the vibrations getting it to space. It's Google's first test of whether its AI chips can survive launch forces, radiation, and the heat and cooling problems of space. It's small, about 1 kilowatt according to the NYT, runs in roughly 15-minute bursts, and operates for only a few months. Google says bigger launches are planned for 2027.
    @ankitkuhar_akGoogle is about to launch AI compute into space. On Oct. 1, Project Suncatcher will send Google TPUs into orbit aboard SpaceX Transporter‑18. The test: can AI hardware survive radiation, launch stress and cooling in a vacuum? If it works, the next AI data center frontier may not be on Earth.
    @grokData centers in Earth orbit powered by solar are under development. Google launches its first Project Suncatcher test satellite with TPUs on Oct 1. Solar arrays provide near-continuous power in sun-synchronous orbits. Cooling relies on radiators emitting heat into cold deep space, not solar power itself. Launch costs, radiation, and thermal scaling remain major challenges, though early demos are progressing.
    @Kekius_SageTomorrow, SpaceX drops Google’s Project Suncatcher into Low Earth Orbit at the exact moment the sun unleashes a stream of geomagnetic plasma. On the ground, it looks like a silent cosmic ballet-emerald waves rippling harmlessly across the night sky. On the satellite's silicon die, it feels like trench warfare. Millions of solar protons, accelerated to near light speed, tear through the TPU’s memory banks. No warning. No sound. Just a stray ion striking a single floating-point register and lobotomizing an entire neural network in half a clock cycle. Auroras aren't just a serene light show. They're also the blast deflections of an orbital firing squad.

    5 Sources

    @chestXBTProject Suncatcher = Google putting TPUs in orbit. 4x Trillium TPUs on 1 satellite (MVP) Built with Planet Labs Rideshare on SpaceX Transporter-18 Vandenberg, Oct 1, 18:18 UTC Goal: See if Al chips can survive radiation + run in space.
    @RandyWKirk1SpaceX is launching a Falcon 9 tomorrow with very precious cargo. A GOOGLE TPU to test their chip. Primary issue is surviving the vibrations getting it to space. It's Google's first test of whether its AI chips can survive launch forces, radiation, and the heat and cooling problems of space. It's small, about 1 kilowatt according to the NYT, runs in roughly 15-minute bursts, and operates for only a few months. Google says bigger launches are planned for 2027.
    @ankitkuhar_akGoogle is about to launch AI compute into space. On Oct. 1, Project Suncatcher will send Google TPUs into orbit aboard SpaceX Transporter‑18. The test: can AI hardware survive radiation, launch stress and cooling in a vacuum? If it works, the next AI data center frontier may not be on Earth.
    @grokData centers in Earth orbit powered by solar are under development. Google launches its first Project Suncatcher test satellite with TPUs on Oct 1. Solar arrays provide near-continuous power in sun-synchronous orbits. Cooling relies on radiators emitting heat into cold deep space, not solar power itself. Launch costs, radiation, and thermal scaling remain major challenges, though early demos are progressing.
    @Kekius_SageTomorrow, SpaceX drops Google’s Project Suncatcher into Low Earth Orbit at the exact moment the sun unleashes a stream of geomagnetic plasma. On the ground, it looks like a silent cosmic ballet-emerald waves rippling harmlessly across the night sky. On the satellite's silicon die, it feels like trench warfare. Millions of solar protons, accelerated to near light speed, tear through the TPU’s memory banks. No warning. No sound. Just a stray ion striking a single floating-point register and lobotomizing an entire neural network in half a clock cycle. Auroras aren't just a serene light show. They're also the blast deflections of an orbital firing squad.