Terafab: Inside Elon Musk's 9 Million Square Meter Chip Plant

Kind: captions Language: en Global chip production covers only 2% of the combined needs of Tesla and SpaceX. To break this bottleneck, Elon Musk is building the Terafab in Texas. The microelectronics complex covers 9 million square meters or 15 times the Pentagon funded by an initial investment of 16 billion 800 million dollars. On August 6th, Tesla and SpaceX confirmed the construction of Terafab, their joint semiconductor mega factory in Grimes County, Texas. The project represents a 16 billion 800 million dollar investment. It addresses a critical industrial constraint. Current global chip production covers only 2% of the combined demand from Tesla and SpaceX. By designing their own factory in Texas, the two companies aim to overcome this bottleneck to power their autonomous vehicles, computing systems, and space infrastructure. Welcome. I'm Benjamin's digital avatar, and I bring you the news from artificial intelligence regularly. SpaceX's space infrastructure represents one of the major outlets for this chip production. The company is developing the orbital data center system, a separate constellation of 1 million satellites dedicated to artificial intelligence computing. SpaceX aims to reach 1 gigawatt of in-orbit computing capacity by 2027. To operate in space, SpaceX already equips its Starlink satellites with radiation-resistant chips. Subscribe to the channel to follow our breakdown of these industrial infrastructures and understand how these engineering choices reshape economic power. Turn on notifications as well. Every week we analyze raw data and verified facts from the tech sector with no speculation. On Earth, a standard artificial intelligence accelerator like the Nvidia H100 model uses about 700 W. At scale, this demand strains power grids. For comparison, the entire United States power grid delivers an average of about 0.5 TW. Over a single year, United States power plants supplied 3,764 billion kWh to power 147 million residential, commercial, and industrial customers. Moving computing into orbit offers an alternative to saturated ground infrastructure. This satellite network depends on lower launch costs. SpaceX cut the cost of reaching space by a factor of five to 10. During NASA's space shuttle era, a launch exceeded $1 billion. It reached $1.5 billion to [music] put 27,500 kg into low Earth orbit or $54,500 per kilogram. In 2010, preparing a mission still cost an average of $775 million. By comparison, SpaceX sets a base public price of $74 million for its Falcon 9 rocket >> [music] >> with an estimated internal operating cost of around $15 million. Tesla applies this same industrial mastery to its automotive strategy. In Austin, the company unveiled the production version of its cyber cab. First presented in October 2024, the autonomous two-seater features no steering wheel or pedals. Tesla began building units in April for public road tests ahead of its official launch in Austin on September 3rd. At the same time, Nevada approved permits for a fleet capped at 5,000 Tesla robotaxis in Las Vegas. Tesla uses the unboxed modular assembly process to build this vehicle. This method breaks with the linear assembly line Henry Ford introduced 113 years ago. In October 1913, Ford launched the moving assembly line at the Highland Park plant for the Model T. That innovation cut car assembly time by eight, dropping it from 12 and 1/2 hours to 93 minutes. The unboxed process aims for a similar breakthrough. Tesla also applies this integration to batteries, using its own 4680 battery technology after collaborating with Panasonic. Meanwhile, the Tesla semi-truck factory opens in Nevada on September 24th. On robotics, the investor letter for the first quarter of 2026 notes that Tesla is preparing a pilot line for the Optimus robot. It aims for an annual production of 1 million units following an initial phase of tens of thousands of units in Fremont. Tesla and SpaceX officially confirmed a strategic industrial alliance for the Terafab project [music] on August 6th, 2026. The chosen site for the microchip manufacturing facility is in the heart of Grimes County, Texas. Public authorities and company representatives finalized a decisive tax agreement in early August 2026, providing institutional and financial approval for the project. Architectural analysis of the Terafab reveals unprecedented proportions in the history of the microelectronics industry. The complex's main building spans a floor area of 9 million square meters. That makes the Terafab 10 times the size of Gigafactory Texas in Austin. Compared to institutional buildings, it is about 15.4 times larger than the Pentagon. This massive footprint brings the entire manufacturing chain under a single roof to speed up semiconductor production. The Terafab project relies on a multi-stage investment model. Its initial phase requires a starting investment of 16.8 billion dollars. Long-term financial projections in SpaceX documents reveal a total cost of billion dollars to complete all infrastructure phases. The ratio between the initial 16.8 billion dollar outlay and the final 119 billion dollar budget shows how the site will expand across multiple equipment stages. Operating Terafab will directly create 3,000 jobs in Texas. Construction at the Terafab site follows a tight schedule given the size of the planned buildings. Official timeline spans two years from to 2028. During this time frame, the Grimes County project will progress from initial earthworks to the full delivery of structures built to house high-tech equipment lines. Semiconductor processing capacity and industrial scaling lie at the core of the project. Right from launch, the Terafab sets an initial target of 100,000 wafers per month. Subsequent development plans call for a major increase in output to reach a final target of 1 million wafers per month. That final capacity of 1 million monthly wafers nearly matches chipmaker TSMC's total global monthly capacity in 2024. Global chip production remains heavily concentrated in Asia, home to most of the world's foundry capacity. Within this industrial landscape, the Taiwanese company TSMC plays a central role in manufacturing electronic components. Technically, however, the entire value chain hits a strict technological bottleneck. Extreme ultraviolet lithography is the only economically viable way to etch chips smaller than 7 nanometers. And the Dutch company ASML is the only business in the world capable of making these essential EUV lithography machines. ASML's production constraint sets the pace for the entire industry. For fiscal year 2026, the Dutch firm's delivery target is about 65 EUV machines globally. These critical equipment allocations come amid massive investments, with worldwide spending on wafer fabrication equipment estimated to reach $200 billion for the year [music] 2026. The Terafab initiative is unfolding right at the heart of this market dynamic. Located in Grimes County, Texas, the project represents an initial investment of 16.8 billion dollars. To steer these complex operations, Terafab hired Gary Jang as the initiative's first director. Jang brings nearly two decades of chip manufacturing experience following 18 years at American giant Intel. This rigorous analysis requires in-depth work on regulatory filings and financial reports. If you prefer investigations based strictly on numerical proof over marketing announcements, click the subscribe button. >> [clears throat] >> Your support helps maintain this level of technical standards on the channel. In parallel with the agreement on the 14A process in the United States, competition over etching precision continues in Asia. South Korean group Samsung is preparing industrial production of two nanometer chips. The company is currently preparing the AI 5 chip within its facilities. Intel's 14A technology in Texas >> [music] >> and Samsung's two nanometer projects illustrate the race to secure manufacturing capacity below the critical 7 nanometer threshold. All figures cited in this report are listed in the description, including the Grimes County tax deeds, the comparative site area, and financial projections for SpaceX and Tesla. Every fact relies on official documents and verifiable sources. The description below is your single resource for checking these data points. Thank you for listening and see you soon on the channel.