India Semiconductor Mission 2.0 Launched With $13.5 Billion

Three chip-making units that existed only on paper two years ago are now shipping working silicon out of Indian factories. On Thursday, standing at the Yashobhoomi convention centre in Dwarka, Prime Minister Narendra Modi decided that pace wasn't nearly enough and used the opening of SEMICON India 2026 to launch a second, much bigger phase of the country's semiconductor push.

What actually changed

The India Semiconductor Mission — the government's programme to get chips designed and made on Indian soil — is getting its outlay nearly doubled, from $8 billion in its first phase to $13.5 billion now. Twelve chip-related projects have already been approved under the mission so far, and officials say more will be cleared in this next round. Three of the earliest approved units, run by Micron, Kaynes Semicon and CG Semi, have already moved into commercial production, which is the detail that gives the rest of the announcement some credibility instead of just being another target on a slide.

The event itself is a three-day affair running through September 19, built around the theme "Silicon to Systems: Building the Ecosystem" — organisers say it's pulling in more than 600 exhibitors, including roughly 300 from outside India, with delegations from over 40 countries. Applied Materials used the occasion to announce a fresh $5 billion investment under a plan it's calling Vision 2035, and Fujifilm separately said it would put ₹800 crore into a semiconductor materials plant.

The fabless bet

The more interesting shift is in what kind of companies Mission 2.0 is trying to attract. Alongside the giant fabs — the capital-intensive factories that physically etch circuits onto silicon wafers — the government now wants to grow India's base of "fabless" firms: companies that design chips but pay someone else's fab to actually manufacture them. Qualcomm and Nvidia are the best-known examples of this model globally. The new phase also opens the door for foreign firms to partner directly with Indian startups and design houses, rather than only building wholly-owned plants.

"India is taking every step needed to become a preferred destination for the semiconductor industry," Modi said at the inauguration, adding that the government wants intellectual property — meaning the actual chip designs and patents, not just the factories that build them — to be created within the country.

That distinction matters more than it sounds. A country that only assembles other people's chip designs stays a low-margin manufacturing hub forever. A country that owns the design IP captures far more of the value — and far more of the jobs that pay well.

Why this actually matters for India

This isn't a story happening somewhere else that India is reacting to — it's the other way around this time. For the thousands of electronics and computer science graduates coming out of Indian universities every year, a serious fabless design ecosystem means a category of high-value engineering jobs — chip architecture, VLSI design, verification — that historically meant relocating to the US, Taiwan or Korea. Bengaluru already has a large chip-design workforce feeding global semiconductor companies; this mission is explicitly trying to get some of those designs turned into Indian-owned products and Indian-owned IP instead of contract work for someone else's fab.

There's a supply-chain angle too. India's electronics manufacturing — everything from phones to EV components to defence hardware — currently depends almost entirely on imported chips, mostly from Taiwan, South Korea, China and the US. A handful of things Mission 2.0 is explicitly targeting:

• Reducing that import dependency for at least the categories of chips India already builds electronics around
• Getting more of the semiconductor supply chain — materials, equipment, packaging, not just wafer fabrication — set up domestically
• Making it commercially viable for Indian startups to design chips without needing to own a fab themselves
• Attracting foreign semiconductor capital that might otherwise go to Vietnam, Malaysia or the Gulf

The gap between announcement and output

None of this changes overnight. Building a semiconductor ecosystem is measured in years, not product cycles — the first phase of this mission was announced back in 2021, and it's only this year that three plants actually started shipping product. The real test of Mission 2.0 won't be the $13.5 billion headline number; it'll be whether India has ten commercially viable fabless design companies of its own by the time SEMICON India rolls around again in a few years, rather than ten more foreign-owned assembly plants with an Indian address.