On Saturday evening at a decommissioned power facility in Austin, Texas, Elon Musk introduced Terafab to the world. This ambitious semiconductor manufacturing project represents a collaborative effort among Tesla, SpaceX, and xAI, designed to consolidate the entire chip production process under a single integrated operation.
The proposed location is the North Campus section of Giga Texas, where construction would create a structure even more massive than the current Giga Texas building — already recognized as one of the planet’s largest constructions.
Terafab will concentrate on manufacturing two distinct chip categories. The first is an edge-inference processor designed for Tesla’s Full Self-Driving capabilities, Optimus humanoid robots, and autonomous Robotaxi networks. The second is a radiation-hardened version engineered for space applications, powering SpaceX satellites and orbital computing infrastructure.
Tesla, Inc., TSLA
Tesla shares ended Monday’s trading session at $380.85, marking a 3.5% increase. Meanwhile, the S&P 500 advanced 1.2% and the Dow Jones Industrial Average climbed 1.4%, as market sentiment improved following President Trump’s announcement regarding diplomatic discussions with Iran about reducing Middle East tensions.
The projected demand figures for Optimus are remarkable. Morgan Stanley’s Andrew Percoco highlighted that Giga Texas is expected to achieve annual production capacity of 10 million humanoid robots. This manufacturing volume would necessitate 20 million semiconductor chips — approximately six times Tesla’s entire current chip consumption across all automotive operations.
Should Tesla achieve its long-range objective of manufacturing 100 million Optimus robots each year, chip requirements would surge to over 200 million units — exceeding 50 times the company’s present combined demand for vehicles and autonomous taxi services.
Musk’s declared goal is generating more than one terawatt of artificial intelligence computing capacity annually. He anticipates that 80% of Terafab’s production will eventually support space-based operations, where SpaceX intends to perform AI computations that cloud hyperscalers currently execute on Earth.
Barclays analyst Dan Levy characterized the magnitude of Musk’s objectives as dramatically exceeding market expectations. “With a target of 1 terawatt of compute capacity, it would be 50 times current global AI compute,” Levy noted in his analysis.
Morgan Stanley’s Percoco endorsed Terafab as a strategically sound decision while emphasizing the substantial financial commitment required. His projections place total capital requirements between $35–$45 billion. Importantly, the preliminary $20–$25 billion estimate Musk discussed is not reflected in Tesla’s existing 2026 capital expenditure roadmap.
Terafab will focus on 2-nanometer manufacturing technology — representing the cutting edge of semiconductor fabrication, which TSMC has only recently begun producing at commercial scale. Morgan Stanley’s timeline suggests initial chip production would not commence before mid-2028, even under an accelerated construction scenario.
Musk did not provide specific construction timelines or production benchmarks. He indicated the initiative would commence with prototyping phases and infrastructure validation.
Tesla, Inc., TSLA
Entering Monday’s market session, Tesla stock had declined 18% year-to-date while posting a 48% gain over the trailing twelve months. The shares currently trade at approximately 190 times projected 2026 earnings.
SpaceX completed its merger with xAI earlier this year and could potentially pursue an initial public offering as early as this spring season.
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