NEW DELHI: There is one company in the world that makes the machines without which modern semiconductors cannot be manufactured. It is Dutch it controls 100% of the most advanced segment of its market. Its machines cost up to $380 million each. The United States has spent years pressuring the Netherlands to stop selling them to China. On May 16 2026 India signed a partnership with that company ASML to support the ramp-up of what will be India’s first front-end semiconductor fabrication plant.
The MoU between Tata Electronics and ASML was signed in The Hague during a state visit by Prime Minister Narendra Modi. Both CEOs Dr Randhir Thakur of Tata Electronics and Christophe Fouquet of ASML signed the document as both heads of government watched. It was the centrepiece of seventeen agreements that formally elevated India-Netherlands relations to a Strategic Partnership.
What ASML Is and Why Its Involvement Changes Everything
ASML makes lithography machines the equipment that prints microscopic circuit patterns onto silicon wafers. Without these machines the production of modern chips is physically impossible. ASML controls approximately 83 to 90% of the global lithography market by revenue and holds a complete monopoly 100% on Extreme Ultraviolet or EUV lithography which is required to manufacture the most advanced chips used in artificial intelligence and smartphones.
Its intellectual property portfolio covers over 16,000 patents. Its supply chain involves Carl Zeiss for optics and Cymer for lasers. No country, no company and no amount of money can replicate what ASML has built in a short time. This is why it sits at the centre of the global semiconductor conflict.
The Tata-ASML partnership for the Dholera facility focuses on Deep Ultraviolet or DUV immersion lithography specifically the ArF immersion systems used to manufacture chips in the 28 nanometre to 110 nanometre range. A single DUV ArF immersion machine costs between $60 million and $100 million. The Dholera fab will require multiple units alongside ASML’s computational lithography software and metrology tools what the company calls holistic lithography to ensure high yield from the outset.
The Dholera Megafab What Is Actually Being Built
The planned facility is located in the Dholera Special Investment Region approximately 100 kilometres south of Ahmedabad. As of April 2026 construction has reached 50% completion. Foundation work is finished and the project is moving into cleanroom installation and equipment integration.
The numbers are significant the fab spans 66.2 hectares. Total investment stands at approximately $11 billion ₹91,000 crore a joint endeavour between Tata Electronics and Taiwan’s Powerchip Semiconductor Manufacturing Corporation. Planned capacity is 50,000 wafers per month producing approximately 3 billion chips annually. Trial production is targeted for late 2026.
The choice of process nodes 28 nanometres to 110 nanometres is deliberate and strategically sound. While sub-7 nanometre chips capture headlines the 28nm to 110nm range constitutes the vast majority of the global market by volume. These are the chips that go into automotive electronics, electric vehicle power systems, 5G hardware and AI data centre power modules. India’s most pressing domestic demand sits exactly in this segment.
The Dholera facility will directly create approximately 20,000 jobs. The semiconductor industry’s employment multiplier four to six indirect jobs for every direct fab role suggests the broader economic impact runs significantly higher. India’s semiconductor sector overall is projected to generate one million roles by 2026 according to industry estimates.
The Geopolitical Dimension: ASML Picks India Over China
Understanding why this MoU matters requires understanding what China has been denied. Under sustained US pressure the Netherlands has progressively restricted ASML’s exports to China. The proposed MATCH Act in the US Congress Multilateral Alignment of Technology Controls on Hardware specifically targets DUV immersion lithography equipment to prevent Chinese firms from using it for AI or military chip production. New rules additionally prohibit ASML from servicing already-installed machines in China creating long-term capability degradation in Chinese fabs. China’s share of ASML’s revenue which stood at 33% in 2025 is projected to fall to approximately 20% in 2026.
India is receiving access to precisely the technology China is being denied the strategic signal is unambiguous. The Western technology alliance the United States, the Netherlands and their partners is identifying India as a trusted partner and viable alternative manufacturing hub. ASML’s CEO Christophe Fouquet described the partnership as supporting the establishment and successful ramp of the Dholera facility through a holistic suite of advanced lithography tools. The 18 to 24 month lead times for lithography scanners mean that securing ASML’s engineering support and equipment delivery priority now is essential for keeping the 2026 trial production timeline on track.
The Policy Architecture Behind the Deal
The Tata-ASML MoU does not stand alone. It is the flagship of India Semiconductor Mission launched in December 2021 with an initial outlay of ₹76,000 crore providing a 50% capital subsidy for approved projects. In the Union Budget for FY2026-27 the government announced ISM 2.0 shifting focus from attracting fabs to building the entire supporting ecosystem including domestic semiconductor manufacturing equipment, specialty chemicals and materials. Ten projects with total investment commitments of ₹1.60 lakh crore have been approved under ISM across six states.
Other projects are already moving. Micron Technology’s memory packaging facility in Sanand entered full commercial production in January 2026 shipping DRAM and NAND flash products globally. Tata’s OSAT facility in Morigaon Assam with planned capacity of 48 million chips per day is scheduled for pilot production in mid-2026. CG Power-Renesas and Kaynes Semicon are both under construction in Sanand.
Gujarat’s own semiconductor policy runs through 2027 and stacks incentives on top of federal subsidies a 75% land subsidy in Dholera SIR, concessional power at ₹2 per unit for ten years and industrial water at ₹12 per cubic metre for the first five years.
The Challenges That Could Derail the Ambition
Three structural problems stand between India’s semiconductor announcement and India’s semiconductor reality.
The talent gap is the most immediate. Front-end semiconductor fabrication requires process engineers and fab operators a hands-on skillset distinct from India’s large pool of design engineers. India needs to upskill approximately 500,000 semiconductor professionals to meet its targets. Senior fab engineers command salaries as high as ₹75 lakh annually with a 25 to 35% premium over traditional IT services roles. That talent does not currently exist at scale in India.
The utility requirements are extraordinary. The Dholera fab will require 17,549 kilolitres of water per day and 80 megawatts of continuous power. Dholera’s infrastructure plans address this through the Kalpsar Dam project and a 4,169 kilolitres per day water treatment facility. Any fluctuation in power quality or water contamination can destroy millions of dollars of inventory in hours.
The execution history concern is legitimate. The earlier Vedanta-Foxconn semiconductor venture announced with similar fanfare never reached financial closure or construction. The difference between an MoU and an operational facility in India’s infrastructure history is not always a straight line. The Tata Dholera project however is materially different construction is 50% complete, financial commitment is documented and PSMC as a manufacturing partner brings operational credibility that the Vedanta project lacked.
What 2030 Looks Like If This Works
India’s ISM 2.0 roadmap has defined a pathway to 3 nanometre and 2 nanometre technology nodes by 2035. The Dholera facility’s focus on mature nodes is not a limitation it is the necessary foundation. Building process-learning muscle memory at 28nm is how a country learns to eventually operate at 3nm. Taiwan did not start at the bleeding edge neither did South Korea.
The India-Netherlands Strategic Partnership Roadmap 2026-2030 includes a semiconductor Brain Bridge partnerships between Eindhoven and Twente universities and six IITs to develop the human capital India needs. Critical minerals supply chain cooperation addresses the upstream material dependencies. The migration and mobility pact streamlines pathways for semiconductor professionals.
If the talent gap is addressed, if Dholera’s utilities perform, if policy continuity holds through the multi-year gestation period of front-end fabrication, India will emerge as what ASML and its Western partners clearly want it to be a pivotal rather than peripheral player in the global semiconductor supply chain. The machines that China cannot have are now heading to Dholera.
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