The Chief Executive of India's Semiconductor Mission has stated that India aspires to build 10 semiconductor fabrication facilities over the long term, building on the foundation of the Tata-PSMC Dholera fab targeting first silicon in December 2026 and Semicon 2.0's 40 percent capital subsidy framework, which is designed to make multiple subsequent fab investments economically viable for global foundry partners.
Semicon Hunt -> manufacturing -> India Semiconductor Mission
2026-09-01
The Chief Executive of the India Semiconductor Mission has publicly stated that India's long-term ambition is to have 10 semiconductor fabrication facilities operating on Indian soil, covering a spectrum of technology nodes and application segments that would give the country genuine manufacturing depth across the semiconductor value chain. The statement, made in the context of Semicon 2.0's launch and the approaching SEMICON India 2026 event, signals that India's semiconductor strategy extends well beyond the current first fab at Dholera and envisions a multi-generational, multi-site manufacturing ecosystem comparable in ambition if not yet in scale to those of Taiwan, South Korea, and increasingly the United States.
A single fab, even a large one, cannot serve the full breadth of India's semiconductor demand. Modern semiconductor manufacturing is highly specialised, with different fabs optimised for specific materials, process families, and application segments. Logic fabs producing microprocessors and SoCs require different equipment and process chemistry than memory fabs, power semiconductor fabs, or compound semiconductor facilities. India's 200-billion-dollar semiconductor market ambition by 2030 will require chips spanning compute, connectivity, power management, memory, sensors, RF, and display driving, none of which can be served by a single 28nm logic facility. The 10-fab aspiration reflects a recognition that building a complete domestic semiconductor ecosystem requires parallel investment across multiple specialised manufacturing segments.
While 10 fabs is a long-term aspiration, the near-term pipeline under Semicon 2.0 is beginning to take shape. Several international foundry companies and domestic conglomerates have reportedly submitted expressions of interest for Semicon 2.0 fab incentives, including facilities targeting compound semiconductors, specialty memory, and advanced OSAT with embedded testing. The ISM's pipeline review process evaluates applicants on technology readiness, investment credibility, domestic demand alignment, and strategic importance, similar to the review that resulted in the 12 Semicon 1.0 approvals. ISM has indicated that it expects to announce the first wave of Semicon 2.0 fab approvals within six months of the programme notification, targeting a decision by Q1 2027.
India's 10-fab vision is also linked to a cluster development strategy rather than geographic dispersion. Concentrating semiconductor fabs, OSAT facilities, equipment companies, materials suppliers, and design companies in defined clusters allows shared infrastructure investments in ultra-pure water systems, specialised chemical waste treatment, uninterruptible power supply infrastructure, and talent pools trained for semiconductor manufacturing. Gujarat, with the Dholera and Sanand facilities already operational or under construction, is emerging as India's first semiconductor cluster. Telangana, Karnataka, and Odisha are positioning themselves as hosts for future cluster development, with state governments competing aggressively on land, power tariffs, water access, and administrative single-window support for semiconductor investors.
India's 10-fab aspiration places it in direct conversation with the reshoring ambitions of the United States, which has announced over 20 fab projects under the CHIPS Act, and the European Union, which is targeting 20 percent global semiconductor market share by 2030 under the European Chips Act. While India's starting point is later and its ecosystem less mature than either the US or EU, India's cost structure, engineering talent density, and domestic market size offer a distinctive value proposition that could make India a preferred location for the next wave of fab investments by global companies seeking to reduce Taiwan concentration risk. The 10-fab target, while ambitious, is credible precisely because it is being backed by the most comprehensive industrial policy India has ever committed to a single technology sector.
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