Close Menu
Newsweek ArabiaNewsweek Arabia
    Latest Posts

    Oil prices rise on Yemen fighting, Saudi refinery attack

    October 28, 2026

    Inglis, Carey put Australia on top against South Africa

    October 28, 2026

    Everpure builds trusted data foundations for enterprise AI with unified, resilient systems

    October 28, 2026
    Facebook X (Twitter) Instagram
    Newsweek ArabiaNewsweek Arabia
    Facebook X (Twitter) Instagram
    • Home
    • UAE
    • Business
    • Technology
    • Lifestyle
    • Sports
    Newsweek ArabiaNewsweek Arabia
    Home»Technology»Google prepares to send AI chips into orbit
    Technology

    Google prepares to send AI chips into orbit

    Editorial teamBy Editorial teamSeptember 29, 2026
    Facebook Twitter Pinterest LinkedIn Tumblr Reddit WhatsApp Email
    Share
    Facebook Twitter LinkedIn Pinterest WhatsApp Email


    Google is reportedly preparing to send a small batch of its AI chips into orbit  in the near future, putting data-centre hardware through its paces in the first real test in space.

    The prototype for Project Suncatcher is due to launch aboard SpaceX’s Transporter-18 rideshare mission, according to a blog by Travis Beals, Google’s senior director for Paradigms of Intelligence.

    Built by Planet Labs, the satellite carries the same type of tensor processing units (TPUs) Google uses in data centres on Earth. The company will track how the chips cope with radiation, the vibration of launch and the difficulty of shedding heat in a vacuum.

    The mission is intended to expose weak points and show whether its existing hardware can work reliably in low-Earth orbit.

    Project Suncatcher, unveiled in November 2025, is exploring whether fleets of solar-powered satellites could eventually handle large AI workloads. Google estimates panels in orbit could generate up to eight times more power than those on Earth because they receive near-constant sunlight.

    The next test is planned for 2027, when Google and Planet intend to launch two satellites and try the high-bandwidth laser links needed to connect groups of TPUs.

    Heat is one of the main engineering problems to solve. With no airflow in space, the chips must rely on heat pipes and radiators. High launch costs, limited satellite production and questions over long-term reliability also leave commercial deployment some way off.

    Source: Mobile World Live

    Image Credit: Google


    Source: Tahawul Tech

    Related Posts

    Everpure builds trusted data foundations for enterprise AI with unified, resilient systems

    October 28, 2026

    Middle East data centres must unite resilience and sustainability

    October 28, 2026

    Dubai Future Foundation launches AI Sandbox to accelerate deployment of emerging AI technologies

    October 28, 2026
    Don't Miss
    Business

    Oil prices rise on Yemen fighting, Saudi refinery attack

    By Editorial teamOctober 28, 2026

    Oil prices edged up about 1% on Wednesday on renewed concerns about additional energy supply…

    Inglis, Carey put Australia on top against South Africa

    October 28, 2026

    Everpure builds trusted data foundations for enterprise AI with unified, resilient systems

    October 28, 2026

    Joint Statement by Mark Carney and Sheikh Khaled bin Mohamed on the visit of His Highness to Ottawa

    October 28, 2026
    Our Picks

    Oil prices rise on Yemen fighting, Saudi refinery attack

    October 28, 2026

    Inglis, Carey put Australia on top against South Africa

    October 28, 2026

    Everpure builds trusted data foundations for enterprise AI with unified, resilient systems

    October 28, 2026

    Joint Statement by Mark Carney and Sheikh Khaled bin Mohamed on the visit of His Highness to Ottawa

    October 28, 2026
    Facebook X (Twitter) Instagram Pinterest
    • UAE
    • Business
    • Technology
    • Lifestyle
    • Sports
    • Contact us
    2026. All rights reserved.

    Type above and press Enter to search. Press Esc to cancel.