Elon Musk recently revealed a deep collaboration blueprint between his companies SpaceX and Tesla in the field of semiconductor manufacturing during an event held in Austin, Texas. According to Bloomberg, Musk plans to build a dedicated chip manufacturing center called "Terafab" near Tesla's Austin headquarters and "superfactory." This move aims to completely resolve the core contradiction of existing semiconductor production capacity failing to meet the explosive demand in artificial intelligence and robotics fields by vertically integrating the supply chain.
Musk stated openly at the event that the current production speed of semiconductor manufacturers has become a bottleneck for his technological advancement, saying, "Either build Terafab or face a chip shortage," making self-manufacturing an inevitable choice. According to the disclosed technical vision, Terafab's goal is to produce ultra-high-performance chips capable of supporting 100 to 200 gigawatts of computing power on Earth and 1 terawatt in space annually. This ambitious goal not only covers the local computing power needs of Tesla's FSD and Optimus robots but also indicates SpaceX's strategic layout in interstellar communication and deep-space computing.
Although this plan demonstrates Musk's ambition for cross-industry integration, it has not provided an explicit construction timeline. Considering Musk lacks professional background in semiconductor manufacturing and has a history of overpromising delivery schedules, industry analysts remain cautious about the efficiency of Terafab's implementation. However, if this project is successfully carried out, it would mark a further descent of Musk's ecosystem from the application layer and model layer to the underlying physical computing layer, securing a key position in the global competition for AI hardware infrastructure.
