SpaceX unveils 11-million-square-foot Gigasat factory, a new manufacturing facility for space-based data centers

SpaceX has unveiled a 11-million-square-foot Gigasat factory in Bastrop, Texas, aimed at building the infrastructure for orbital data centers. The facility is expected to begin producing complete 'AI ... Read original →

SpaceX’s Gigasat facility signals a tectonic shift from terrestrial to orbital AI infrastructure, triggering cascading effects across semiconductor and energy supply chains. Full vertical integration—from solar ingots to satellite assembly—compels EUV toolmakers and 3nm/2nm foundries to redefine radiation-hardened chip reliability standards. Terafab’s inexperience in advanced nodes poses a critical bottleneck: if yield issues persist, constellation deployment timelines collapse. On the compliance front, U.S. export controls on high-performance chips may soon extend to orbital data centers under ITAR, inflating non-U.S. supply chain costs. Competitors like Amazon Kuiper and Microsoft Azure Orbital will likely accelerate LEO edge-node strategies, but without Starlink’s launch cadence and user terminals, they remain at a structural disadvantage. Within 18 months, the real tailwind emerges: as per-satellite compute nears ground-based rack levels, global AI workloads will bifurcate between Earth and orbit—forcing TSMC and Samsung to develop radiation-tolerant, ultra-low-power AI chiplet architectures.