India Just Put $13.5 Billion More Into Chips. Here's What It's Actually Buying

Modi launched SEMICON India 2026 and announced a $13.5 billion second phase of the chip mission, as India's first factories start shipping real chips.

On 17 September 2026, Prime Minister Narendra Modi inaugurated the fifth edition of SEMICON India at the Yashobhoomi convention centre in New Delhi. This year's event, themed "Silicon to Systems: Building the Ecosystem," runs for three days and has pulled in more than 500 exhibitors — including over 240 international companies — plus delegates from more than 40 countries and over 150 speakers across 15,000 square metres of exhibition space. It's jointly organised by the India Semiconductor Mission, the Ministry of Electronics and Information Technology (MeitY), and SEMI, the global semiconductor industry association.

The headline announcement was money: Modi confirmed a $13.5 billion second phase of the India Semiconductor Mission, on top of what has already been committed since the mission launched in 2022. He also confirmed that 12 semiconductor projects have now been approved under the mission, and — more significantly — that actual commercial production has begun at new facilities in Mohali (Punjab) and Surat (Gujarat), with India-made chips now reaching customers both inside the country and abroad.

To understand why any of this matters, it helps to step back and ask a more basic question: why does a country need a "semiconductor mission" in the first place, and why is India spending billions of dollars chasing something most people never think about?

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A semiconductor chip is the tiny piece of processed silicon that sits inside essentially every electronic device you own — your phone, your car, your washing machine, your laptop, hospital equipment, fighter jets, and every AI data centre currently being built around the world. Nothing electronic works without them. And yet, for decades, the ability to actually manufacture advanced chips has been concentrated in a small handful of places: Taiwan, South Korea, the United States, and a few parts of Europe and Japan.

That concentration became a serious global vulnerability during the COVID-19 pandemic, when chip shortages shut down car factories worldwide for months. It became an even bigger strategic concern as tensions between the US and China intensified over Taiwan — the island that, alone, produces the overwhelming majority of the world's most advanced chips through the company TSMC. If anything were to disrupt Taiwan's chip production, the global economy would face a shock far larger than anything seen during COVID.

Every major economy has since scrambled to reduce its dependence on this narrow supply chain — the US passed its CHIPS Act, the EU passed its own Chips Act, and India launched its Semiconductor Mission in 2022 with the explicit goal of building domestic chip-making capacity rather than remaining permanently dependent on imports.

Announcements and money pledges are one thing; actual factories running are another, and this is where SEMICON India 2026 had something genuinely new to point to. Modi highlighted that commercial production has now begun at facilities in Mohali and Surat, meaning these aren't just under-construction sites anymore — they are producing chips that customers are actually buying, in India and overseas.

The chip-making process itself has several distinct stages, and it's worth understanding them because India's strategy deliberately spans more than just one: **design** (creating the blueprint for what the chip should do), **fabrication** (the "fab" — actually manufacturing the chip from raw silicon wafers, the most capital-intensive and technically difficult stage), **packaging and testing** (often called ATMP/OSAT — assembling the finished chip into a usable component and verifying it works), and the supporting **materials and equipment** layer that feeds all of the above.

India's original mission, launched in 2022, focused heavily on getting fabs and packaging plants built. The newly announced $13.5 billion second phase — approved by the Union Cabinet in July 2026 as part of a broader ₹1,27,500 crore ($15+ billion) "Semicon 2.0" programme — deliberately widens the focus to cover the rest of the chain: chip design, research and development, the specialised machines and materials that feed fabs, additional new fabrication plants, and workforce training.

Modi specifically referenced the concept of "tape out" during his speech — industry shorthand for the final, finished design of a chip being sent off for manufacturing — to make the point that India wants a presence at every stage of the process, not just as an assembly location for chips designed elsewhere.

One thread Modi returned to repeatedly is workforce development, and the numbers are worth noting because they show intent to build long-term domestic capability rather than simply attract foreign factories. The government's target is to train 100,000 engineering students specifically in chip design skills; roughly 70,000 have already been trained as of this year. Modi mentioned having personally received custom chips designed by Indian students — a small but deliberate signal that India wants credit not just for hosting chip factories, but for producing the engineers who design what goes inside them.

This distinction matters strategically. A country that only hosts assembly and packaging plants remains dependent on other countries for the actual intellectual property and design expertise behind each chip. A country that builds design capability alongside manufacturing gains far more durable economic and strategic value, because design work commands higher margins and cannot be easily relocated once a skilled talent base is established domestically.

Modi tied the inauguration to Vishwakarma Diwas, a day honouring craftsmanship and creation in Indian tradition, explicitly linking India's semiconductor push to the government's broader "Viksit Bharat" (Developed India) vision and the idea of a self-reliant India. That framing is not incidental — it positions the semiconductor mission as part of a larger economic narrative the government has been building, alongside other recent announcements Modi referenced from just the preceding fortnight: discussions on inclusive finance at the Global Fintech Fest, and the operationalisation of a 3,000-kilometre Dedicated Freight Corridor.

There is also a clear external audience for this messaging. Modi explicitly framed India as a "trusted manufacturing destination" for companies looking to diversify their supply chains away from geographic concentration in East Asia — an implicit reference to the ongoing US-China tech and trade tensions that have made every global electronics company nervous about relying too heavily on any single country or region for critical components.

It's worth being realistic about scale here, because it's easy for a $13.5 billion headline number to create an impression of parity with the world's chip leaders that doesn't yet exist. Taiwan's TSMC alone spends tens of billions of dollars a year on capital expenditure and produces the world's most advanced chips, at process nodes measured in a handful of nanometres. The United States' CHIPS Act committed over $50 billion specifically to domestic fabrication, and South Korea's Samsung and SK Hynix operate at a similarly massive scale. India's current commitments, even combined across both phases of its Semiconductor Mission, remain smaller than the annual spending of a single leading global player.

What India is realistically positioning for, at least in this phase, is not competing head-to-head with Taiwan at the most advanced chip nodes, but building meaningful capacity in mature-node chips — the somewhat less cutting-edge but still essential semiconductors used in cars, appliances, industrial equipment, and a huge share of everyday electronics — alongside a growing role in packaging, testing, and chip design services, where India's existing strength in software engineering and IT services gives it a more natural competitive edge. This is a coherent strategy rather than a consolation prize: mature-node chips make up the majority of global semiconductor demand by volume, even if the most advanced nodes get the most attention in the press. Success on this front would still meaningfully reduce India's import dependence and create a substantial domestic industry, even without India becoming the next Taiwan.

SEMICON India 2026 runs through 19 September, with the remaining two days expected to feature detailed technical sessions, more company-specific investment announcements, and further B2B meetings between global semiconductor firms and Indian partners — patterns that mirrored last year's edition, where the event generated over 35,000 registrations and hundreds of memoranda of understanding.

The real test of this year's announcements, though, will play out over years rather than days: whether the $13.5 billion second phase translates into more fabs actually breaking ground and reaching commercial production, whether India's design and R&D capability genuinely deepens rather than remaining assembly-focused, and whether the 12 already-approved projects deliver on their commitments on schedule. India's semiconductor ambitions are no longer purely aspirational — Mohali and Surat now stand as proof that chips can be made in India — but building a globally competitive, full-chain semiconductor ecosystem from a standing start remains a multi-decade undertaking, and this announcement marks a new phase of that effort rather than its completion.

India isn't just funding another tech initiative — it's trying to buy its way into one of the most strategically important and hardest-to-enter industries on earth, at a moment when every major economy is scrambling to reduce its dependence on a chip supply chain concentrated dangerously in one part of the world. The $13.5 billion announced this week adds to real, working factories in Mohali and Surat rather than starting from zero — which is precisely why this year's SEMICON India carries more weight than an announcement alone would.