India targets $100B semiconductor market

Semiconductors are the tiny components that make modern electronics work — phones, cars, servers, weapons, basically everything. India has wanted a bigger role in that business for years, but the gap was obvious: lots of chip design talent, not much domestic manufacturing. That started to change in 2025 and 2026. The government is now using that progress to argue India can build a semiconductor market worth $100-$110 billion by 2030, with ISM 2.0 pushing the next phase beyond simple assembly into materials, equipment, and homegrown IP. (pib.gov.in) ### What actually changed? The big shift is that India is no longer talking only about plans. Micron’s ATMP facility in Sanand started commercial production on February 28, 2026, and Kaynes Semicon’s plant in Sanand began production on March 31, 2026. Earlier, Tata Electronics signed fiscal support for India’s first commercial semiconductor fab in Dholera, Gujarat, and CG (pib.gov.in)has real factories at different stages of the chain — not just MoUs and renderings. (pmindia.gov.in) ### What is ISM 2.0? ISM 2.0 is the government’s second-phase semiconductor plan, announced with India’s 2026-27 budget. The first phase used a ₹76,000 crore incentive framework to attract fabs, packaging plants, and design activity. The second phase is narrower and more strategic — ₹1, (pmindia.gov.in)es built.” Phase two is “make the supply chain deeper and less imported.” (pib.gov.in) ### Why does the $100B number matter? Because it tells you this is not being sold as a niche industrial policy. The official line now is that India’s semiconductor market was about $38 billion in 2023, around $45-$50 billion in 2024-2025, and could reach $100-$110 billion by 2030. Invest India is using the same rough destination — about $110 billion by 2030. So the target (pib.gov.in)ent pitches, and workforce planning. (pib.gov.in) ### How much has India already approved? More than the headline incentive pool suggests. As of December 2025, the government said 10 projects had been approved across 6 states with total investment of ₹1.60 lakh crore. Those include Micron’s ₹22,516 crore ATMP unit, Tata’s roughly ₹91,526 crore fab in Dholera, CG Power’s roughly ₹7,600 crore OSAT plant, and Tata’s ₹27,000 (pib.gov.in)upport is being used to pull in much larger private and partner capital. (pib.gov.in) ### Why is Sanand showing up everywhere? Because clusters matter in semiconductors more than almost any other industry. You need chemicals, gases, packaging, testing, logistics, engineers, clean-room contractors, and reliable power all in one place. Sanand now has Micron in production, Kaynes in production, and CG Power’s project in the pipeline. Dholera adds the planned T(pib.gov.in)cs work. One isolated fab is hard. A corridor starts to look investable. (pmindia.gov.in) ### So is India becoming a chip superpower? Not yet — and that is the catch. Most of the near-term wins are in ATMP, OSAT, and mature-node or specialty manufacturing, not bleeding-edge logic like the most advanced AI chips. Even the government’s own framing is more practical: by 2029, I(pmindia.gov.in)rea at the frontier. (pib.gov.in) ### What should investors and companies watch next? Watch whether India can move from subsidized project approvals to reliable high-volume output. The first made-in-India chips from a pilot line were presented at Semicon India 2025, and officials are now talking openly about equipment, materials, and indigenous product capability. If those layers fill in, India becomes mor(pib.gov.in) — but stays dependent on imported tools, wafers, and advanced process know-how. (pib.gov.in) ### Bottom line? India’s semiconductor story is finally getting physical. The country still is not at the technological frontier, but it has moved past the “all ambition, no fabs” stage. That is why the $100 billion market target suddenly sounds less like branding and more like an industrial plan with real concrete under it.