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“As long as supply capacity is not a bottleneck, new projects represent opportunities. Therefore, we must ensure this issue is properly addressed. Terafab is a prime example of a large-scale wafer fab project.”
Now moving forward, Intel's current CEO, Lip-Bu Tan, has made it his goal to turn Intel Foundry into a state-of-the-art facility for producing chips in America. This is why Elon Musk found confidence in 14A and Intel's technologies for his TeraFab, and others are lining up, too.
At COMPUTEX 2026 in early June, Intel officially announced that its next-generation Xeon processor, "Diamond Rapids," will be manufactured on this 18A-P process. The move is intended to serve as a proof point of reliability for potential customers by adopting the node for its own flagship products. Intel Foundry's customer acquisition efforts are also intensifying. According to previous reports, TeraFab, SpaceX, and Apple are among the listed customers.
Terafab is not a normal factory proposal. CNBC reported in May that documents filed in Texas described an initial $55 billion semiconductor facility, with later phases that could take the total investment far higher.
Additionally, Musk’s two companies are already deeply intertwined through shared semiconductor fabrication at their joint TERAFAB facility in Austin, cross-company supply chain transactions, and Tesla’s $2 billion investment in xAI prior to the SpaceX-xAI merger.
Tesla’s Terafab dream could be hit by challenges such as time constraints and human resources.
Currently, industry leaders such as Taiwan Semiconductor Manufacturing and Samsung dominate the production of cutting-edge semiconductor technology. Terafab would attempt to challenge these established foundries directly, though industry specialists emphasize that achieving comparable production capacity, efficiency, and technical know-how presents enormous challenges.
The Terafab project seeks to build enough semiconductors to meet the needs of all of Musk’s firms. ASML’s lithography equipment is essential for manufacturing advanced chips used in AI applications. The CEO’s comments highlight potential capacity challenges as ASML balances existing customer commitments with demand from large-scale new fabrication facilities.
Terafab could impact Tesla and SpaceX supply chains and semiconductor manufacturing, influencing broader AI and robotics initiatives.
The applications call for creation of 4,234 jobs and tout benefits for the state through the project's long-term economic impact and tax revenue. Grimes County residents oveflow a hearing last week in Grimes County on SpaceX's proposed Terafab chipmaking plant.
Opponents cite opaque disclosures around water and power demand, wastewater plans, traffic impacts, and environmental exposure. Supporters emphasize 1,800 expected jobs, secondary economic development, and the strategic value of anchoring advanced manufacturing in the United States. From an execution standpoint, the most consequential variable may be time. Even well-capitalized fabs face long ramps to meaningful output because yield maturity—the ability to produce high volumes of functional chip
Musk also argued that the project would deliver substantial economic benefits to Grimes County, potentially becoming one of the county’s largest revenue sources. According to Musk, even with the tax arrangement, the payments associated with the project would significantly increase county revenues if the facility proceeds. The Terafab proposal reflects Texas’ growing role as a major centre for semiconductor manufacturing and advanced technology investment.
Terafab is not just another fab project. It is an attempt to build a private industrial nervous system for Musk’s empire: Tesla, SpaceX, xAI, Optimus robots, Starlink, autonomous systems and possibly space-based AI infrastructure. In other words, Terafab is not merely about producing chips.
Terafab is a massive semiconductor project aimed at building an AI chip supply chain for Musk‘s future businesses, including xAI LLC, Space Exploration Technologies Corp.
"우리가 Terafab을 짓든지, 칩 없이 살든지 둘 중 하나다." 머스크의 말이다. 그의 특기는 불가능해 보이는 숫자를 던져놓고, 현실적인 사람들을 끌어들여 실제로 만들어내는 것이다. 그리고 "현실적인 사람"이 바로 인텔이다. Tesla won't really build its own chip fab - Intel is going to do it - Electrek 인텔의 발표문을 다시 읽어볼 필요가 있다.
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ASML Holding NV Chief Executive Officer Christophe Fouquet said the chip equipment maker has to make sure it doesn’t experience supply constraints when servicing new projects such as Elon Musk’s Terafab. At the 2026 IEEE/JSAP VLSI Symposium, imec, ASML and TSMC demonstrated complementary 2D-material transistors (MoS₂ and WSe₂) at a 50nm contacted poly pitch on a 300mm wafer. That’s a world first. Using a single EUV exposure to print 28nm channels, 94% of the transistors switched correctly, marki
Positive Sentiment: CEO Christophe Fouquet said AI infrastructure demand remains “enormous,” and that new projects like Elon Musk’s proposed Terafab could create meaningful opportunities for ASML’s EUV systems. ASML CEO Flags Terafab Opportunity as AI Demand Stays Enormous · Positive Sentiment: In a Bloomberg interview, Fouquet reiterated that AI data-center demand is still exceptionally strong, reinforcing the view that ASML’s advanced lithography tools remain in high demand for next-generation
Fouquet described Terafab as an example of a major fab project. He compared its possible scale with large DRAM projects in Korea that can reach millions of wafers per month. That kind of demand would clearly benefit ASML if it leads to more chip factories and more advanced lithography equipment orders.
ASML Holding has become Europe’s most valuable public company, with its market capitalization surpassing $700b, supported by a record $45b order backlog for its EUV lithography systems and raised 2026 revenue guidance to as much as €40b. The company is a key partner in Elon Musk’s Terafab project, which targets a massive chip plant in Texas focused on 2-nanometer production and aims for up to one terawatt of compute hardware output annually, with ASML’s high-NA EUV tools viewed as essential to t