India’s semiconductor bet hinges on one factory hitting 2028

ASML has begun operations in India and will hire 20–30 engineering graduates as it partners with Tata Electronics to supply lithography tools for the country’s first commercial 300 mm semiconductor fab in Dholera, Gujarat. The ₹91,000 crore (USD 11 billion) facility, scheduled to start production in 2028, is designed for 50,000 wafer starts per month and will produce chips at 28 nm to 110 nm process nodes.

The project’s on-time delivery and yield performance now carry India’s broader semiconductor ambitions. ASML’s local presence signals confidence, but the fab must prove it can move from construction to qualified output without delays.

India’s semiconductor manufacturing ambitions now depend on a single factory hitting its 2028 deadline. ASML has opened a local office and signed a strategic partnership with Tata Electronics to supply the lithography tools for the Dholera fab. That commitment is a signal of confidence. It is not a guarantee of success.

The Dholera project is India’s first commercial 300 mm wafer fab. If it reaches production on schedule with acceptable yields, it validates the government’s subsidy-heavy Semicon 2.0 scheme and could pull in a second wave of fab operators and suppliers. If it stumbles, the window for locking in long-term commitments may close before India has a second plant to offer.

ASML’s own executives frame the moment in those terms. “It is important that the first 300 mm Tata fab can test and qualify well, achieve good quality and yield, and hit its schedule without delays,” Wayne Allan, the company’s chief strategic sourcing and procurement officer, said at SEMICON India 2026. The next eighteen months will show whether that happens.

The fab that carries a national bet

The government formally notified the Tata Semiconductor Manufacturing Private Limited SEZ at Dholera on April 9, 2026. The site covers 66.166 hectares and is projected to employ 21,000 people. The approved investment of ₹91,000 crore makes it the largest single semiconductor project in India’s history. (Press Information Bureau)

That notification was made possible by a quiet regulatory overhaul. In June 2025, the government amended Special Economic Zone rules to slash the minimum contiguous land requirement for chip fabs from 50 hectares to 10 hectares, relax encumbrance norms, and allow domestic sales subject to duties. The changes directly enabled the Dholera project and a handful of other semiconductor SEZs.

The fab itself is being built with technology from Taiwan’s Powerchip Semiconductor Manufacturing Corporation and will produce chips across mature nodes from 28 nm to 110 nm. For a procurement manager at a Western automotive supplier, that range is not a technical footnote. It is a potential second source for the chips that keep assembly lines running—if the fab delivers on time.

Tata Electronics estimates the plant will need around 450 vendors and is constructing 363 vendor parks to house them. At SEMICON India 2026, the company signed 7 memoranda of understanding with firms including Fujifilm, Nexperia, and JSR to build out the supply chain. (Press Information Bureau)

ASML’s partnership, signed in May 2026, locks in the critical lithography equipment. The Dutch company holds a monopoly on the most advanced patterning tools, and its commitment to Tata is the clearest external validation of the project. ASML has begun local operations and plans to hire 20–30 engineers initially, with scaling tied to the fab’s progress.

Union Minister Ashwini Vaishnaw says three semiconductor plants are already in commercial production under the earlier Semicon 1.0 scheme, and the Dholera fab is progressing rapidly as part of a 12-project pipeline. Tata Electronics CEO Randhir Thakur confirms construction is on track.

Yet the targets that define success remain fluid. ASML’s Wayne Allan says India aims to meet 15–25% of local chip demand by 2032, which would require several fabs. According to Wayne Allan, the government’s ambition to meet 35–50% of India’s semiconductor demand by 2035 locally implies that the country will need about a dozen large plants. But those figures come from an equipment supplier’s executive, not an official policy document. The government has not published a formal demand-supply roadmap.

The incentive structure that underpins all of this is now codified in Semicon 2.0, approved in July 2026. The scheme offers differentiated capital subsidies depending on the type of facility.

The full manufacturing flow, from raw wafer to packaged chip, is easier to follow in the steps below.

The global race that makes Dholera matter

India’s semiconductor push is not happening in a vacuum. The US CHIPS Act and EU Chips Act are pouring tens of billions into domestic fabs, while Japan and South Korea expand their own capacity. But those efforts are largely aimed at leading-edge logic. India’s Dholera fab, with its 28 nm to 110 nm range, slots into the mature-node segment that supplies automotive, industrial, and infrastructure chips—a segment where global demand is growing and supply remains concentrated in Taiwan and China.

The regulatory architecture that enabled Dholera is also distinct. India’s amended SEZ rules and Semicon 2.0 subsidies create a relatively flexible, subsidy-driven regime. By contrast, the US CHIPS Act ties funding to strict guardrails on expansion in China, and the EU layers state-aid rules and security screening on top of incentives. For Western equipment makers, India’s approach offers a lower-friction entry point for mature-node production, even if it lacks the scale of US or European incentives.

ASML’s Wayne Allan has said the company may eventually consider manufacturing in India, though no plans exist. The immediate priority is building a supporting supply chain. If the Dholera fab hits its 2028 target, ASML will likely deepen its India presence and more customers will follow. If it slips, the questions will shift from ambition to execution.

The next eighteen months will determine which narrative prevails. India has the policy framework and a committed anchor partner. What it does not yet have is a single working commercial fab. The Dholera project is the test.

Beyond the headline

The Bigger Picture

India’s semiconductor push is less about leapfrogging to cutting-edge AI chips and more about proving it can industrialise the unglamorous backbone of electronics: mature-node fabrication, packaging and materials at scale. If Dholera and Jagiroad succeed, they become proof points that India can systematically absorb complex manufacturing, not just host design centres—shifting global assumptions about where reliable volume production can live.

The Timing

ASML’s entry and Semicon 2.0’s launch coincide with a broader reordering of chip supply chains after pandemic shortages and US–China tensions. India is moving now because Western and East Asian firms are actively looking to diversify geography and hedge political risk. This moment gives New Delhi leverage it did not have a decade ago: if it can move quickly from approvals to output, it can lock in long-term commitments before the window narrows.

The Reach

For Western equipment makers and automotive suppliers, India’s fab build-out is not just another emerging-market story; it is a potential second manufacturing base for the mature-node chips that underpin vehicles, industrial gear and infrastructure. A functioning Dholera fab tied into European partners like Nexperia and ASML could quietly redirect future sourcing away from single-country dependencies, reshaping cost structures and resilience plans in boardrooms far outside India.

What Dholera’s 2028 deadline means for four groups

With the Dholera fab’s 2028 production start now the critical milestone for India’s semiconductor mission, four groups face immediate decisions.

• Western Semiconductor Equipment Supplier Executive

  ASML’s commitment signals a growing market for lithography and ancillary tools. You should monitor official updates from India’s Press Information Bureau and the Ministry of Electronics and Information Technology on Semicon 2.0 project approvals and the Dholera SEZ build-out. Timing exploratory visits to align with Tata Electronics’ vendor ecosystem expansion could position you for early supplier agreements.

• US-based Investor with APAC Emerging Market Exposure

  India’s semiconductor mission, backed by ₹1.27 lakh crore in incentives, creates a new investment avenue in a strategic sector. Evaluate Tata Electronics’ progress and its partnership with ASML and Powerchip. The government’s fiscal support and the projected need for a dozen fabs by 2035 suggest a long-term growth trajectory, but the near-term risk is concentrated in Dholera’s execution.

• Western Automotive or Industrial Chip Procurement Manager

  The Dholera fab’s mature-node output could diversify your sourcing away from concentrated East Asian supply chains. Track the fab’s construction milestones and yield qualification results. If Tata meets its 2028 schedule, it may become a viable second source for 28 nm to 110 nm chips, reducing single-point failure risks in your supply chain.

• Western Semiconductor Talent Acquisition Specialist

  ASML’s plan to hire 20–30 engineers is the leading edge of a talent scramble. India is training over 70,000 people in chip design and 315 universities now offer semiconductor courses. You should analyze the evolving talent pool to anticipate recruitment challenges or opportunities, and consider partnerships with Indian institutions to secure early access to skilled graduates.

Explainer

ASML

ASML is a Dutch company that builds the lithography machines used to print circuit patterns on silicon wafers. It is the only supplier of extreme ultraviolet (EUV) lithography tools, which are required for the most advanced chips. Its deep ultraviolet (DUV) systems are used for mature-node production, like the 28 nm to 110 nm chips planned at Dholera.

Lithography

Lithography is the process of transferring a circuit pattern onto a wafer using light. A photoresist-coated wafer is exposed through a mask, and the pattern is developed, then used to guide etching and doping. The precision of the lithography tool determines the smallest feature size a fab can produce.

Semicon 2.0

Semicon 2.0 is India’s second major semiconductor incentive scheme, approved in July 2026 with an outlay of ₹1,27,500 crore. It offers differentiated capital subsidies for fabs, packaging, and design, replacing the earlier uniform approach. The scheme aims to attract both domestic and foreign investment across the chip value chain.

SEZ

SEZ stands for Special Economic Zone, a designated area with relaxed tax and regulatory rules to boost exports and manufacturing. India amended its SEZ rules in 2025 to lower land requirements and allow domestic sales for semiconductor units, directly enabling the Dholera fab.

Mature node

Mature node refers to semiconductor manufacturing processes with larger feature sizes, typically 28 nanometres and above. These chips are used in cars, industrial equipment, and power management—applications where cutting-edge performance is less critical than reliability and cost. India’s Dholera fab will focus on this segment.