Google’s October 1 launch of its Project Suncatcher prototype—carrying just four Trillium TPUs aboard a SpaceX rideshare—underscores why traders assign only a 2% chance of an orbital AI data center meeting the 100-accelerator threshold by end-2026. Earlier single-chip tests from Starcloud (Nvidia H100, late 2025) and smaller Chinese or Axiom nodes similarly fall short of data-center scale. Larger ambitions, including SpaceX’s FCC filing for up to one million compute satellites and Google’s planned 2027 follow-ons, face steep barriers in launch economics, vacuum cooling, radiation hardening, and inter-satellite optical links. The 25% implied probability for a 2027 resolution reflects credible hardware progress and regulatory pilots, yet traders recognize that moving from refrigerator-sized prototypes to constellations delivering meaningful AI inference or training remains a multi-year engineering and capital challenge.
如果任何軌道資料中心在指定日期 下午11:59 ET 前成功發射,本市場將判定為「是」。否則,此市場將判定為「否」。 「軌道資料中心」是指任何搭載運算基礎設施、發射至地球軌道,旨在提供資料中心、雲端運算或人工智慧運算服務,且包含至少 100 個資料中心級 AI 加速器、GPU、TPU 或實質上同等的運算處理器的太空船、衛星或同等技術(例如 NVIDIA H100 GPU、Google TPU,或同等或後繼晶片)。 「成功發射」是指任何成功將符合資格的軌道資料中心送入地球軌道的發射。 此市場結算的主要依據將是可信報導所形成的共識。
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