Reported 17 Sept 2026 Chips

The two American companies that make the machines inside chip factories committed to build in India on the same morning.

At SEMICON India in New Delhi on September 17 Applied Materials said it would invest 5 billion dollars in India over the next decade, including a 140-acre semiconductor research park with cleanrooms, and a tenfold expansion of its India-based supply chain by 2035. Lam Research said it would put about 10,000 crore rupees, roughly 1.1 billion dollars, into its first silicon component manufacturing plant in India.

Both were speaking at the event Prime Minister Narendra Modi opened the same morning, where the government put the second phase of its semiconductor programme at 1,27,500 crore rupees, about 13.5 billion dollars, against about 8 billion in the first. The caveat is that these are statements on a conference stage: neither company has published the figure itself, no agreement has been released, and a decade-long commitment made at a government event is the easiest kind to quietly reshape.

Until now

India's chip programme was a fabrication story: approved projects, assembly and test plants, and a government outlay looking for occupants.

Now

Treat the equipment and materials layer as the part India is now buying, with the two largest American toolmakers committing capital before the capacity those tools would serve exists.

The usual order is that a country gets a chip factory, and then the people who service chip factories follow. India has been doing the first part for four years: twelve approved projects, three in commercial production, a Cabinet outlay raised in July to about 13.5 billion dollars. On September 17, at the conference Narendra Modi opened in New Delhi, the second part arrived first. Applied Materials said 5 billion dollars over a decade, including a 140-acre research park with cleanrooms. Lam Research said about 10,000 crore rupees for its first silicon component plant in the country. These are the companies that make the machines. Their tools are in every fab on earth, and where they put their research is a longer bet than where anyone puts a factory.

The reason to take it seriously is what each company said it was buying. Applied Materials is not describing a sales office; it is describing research operations and a tenfold expansion of its India-based supply chain by 2035, which means Indian companies making parts that go into tools sold worldwide. Lam is describing component manufacturing, the same layer. That is an attempt to move a piece of the supply chain rather than to serve a market. The reason to hold it lightly is that none of it is on paper. Neither company has published the number, no agreement has been released, and a decade is long enough that a commitment announced beside a prime minister can shrink without anyone announcing that either. Treat the equipment and materials layer as the part India is now buying, with the two largest American toolmakers committing capital before the capacity those tools would serve exists.

How it got here

Dec 2021
India launches the first phase of its semiconductor programme at 76,000 crore rupees.
Jul 2026
The Cabinet approves the second phase at 1,27,500 crore rupees, about 13.5 billion dollars.
Sep 15
China publishes its 15th Five-Year Plan for electronic information manufacturing, targeting 30 trillion yuan by 2030 with integrated circuits as the first priority. Recorded in Edition 024.
Sep 17
At SEMICON India, Applied Materials commits 5 billion dollars over a decade and Lam Research about 10,000 crore rupees for its first Indian component plant.
Who has to react
ASML and Tokyo Electron, the other two toolmakers, now with a peer commitment on the record and a government asking why not; Taiwan and Korea, whose equipment supply chains this is designed to pull from; the Indian component suppliers named as the beneficiaries of a tenfold expansion, who have to be qualified to tool-grade standards first; the United States Commerce Department, watching American toolmakers place research capacity outside allied fabrication hubs; China's Ministry of Industry and Information Technology, whose own five-year plan names equipment and materials as a first-priority gap; and every Indian state competing for the sites.

The evidence

Neither company has published the commitment on its own newsroom or investor relations site, and no signed agreement with India's Ministry of Electronics and Information Technology has been published. The verification event is a press release or securities filing from Applied Materials or Lam Research carrying the figure, or a published memorandum of understanding with the India Semiconductor Mission, by December 31, 2026. Until then this stays Reported and we say so.

ObservedThursday September 17, 2026, opening day of SEMICON India 2026 at Yashobhoomi in New Delhi, which runs September 17 to 19, inaugurated by Prime Minister Narendra Modi. Applied Materials: 5 billion dollars over the next decade, about 47,981 crore rupees, funding a 140-acre advanced semiconductor research park with cleanroom capability, research and development operations, supply chain expansion and training.

The whole observation, as recorded

Prabhu Raja, President of the Semiconductor Products Group: by 2035 we aim to grow our India-based supply chain capacity 10 times, creating opportunities for Indian suppliers. Lam Research: approximately 10,000 crore rupees for its first silicon component manufacturing facility in India, stated by Chief Operating Officer Sesha Varadarajan. ASML's Executive Vice President Wayne Allan also spoke, with no figure attached. Government side: India Semiconductor Mission 2.0 at 1,27,500 crore rupees, about 13.5 billion dollars, against roughly 8 billion for the first phase; Cabinet approval came in July 2026, so the outlay is not new today. Minister Ashwini Vaishnaw set the targets: at least 200 chip design startups and companies against 105 in the first phase, one lakh skilled technicians and factory workers, and six pillars covering design, equipment and materials, fabrication, advanced packaging, applied research with academia, and talent. Twelve semiconductor projects have been approved to date and three are in commercial production. Vaishnaw put investment pledges secured under the second phase at about 12 billion dollars. Event scale: more than 600 exhibitors, about 300 of them international, delegates from more than 40 countries. What this brief has carded nearby: Korea's power company asking Samsung and SK hynix for 25 trillion won up front to build the grid, Edition 021; Belgium's prosecution over chip know-how reaching China, Edition 015; China's 15th Five-Year Plan for electronic information manufacturing of September 15, recorded in Edition 024's Undercurrents. India has not appeared as an actor in any card so far.

Established

Applied Materials stated at SEMICON India on September 17, 2026 that it would invest 5 billion dollars in India over the next decade, including a 140-acre research park and a tenfold supply chain expansion by 2035.
Lam Research stated it would invest approximately 10,000 crore rupees in its first silicon component manufacturing facility in India.
India's second-phase semiconductor outlay is 1,27,500 crore rupees, about 13.5 billion dollars, approved by the Cabinet in July 2026, with twelve projects approved and three in commercial production.
Minister Ashwini Vaishnaw put pledges secured under the second phase at about 12 billion dollars and set a target of at least 200 chip design companies.

Not established

That either company has committed contractually. No agreement, filing or press release from either company has been published.
That the money arrives. Both figures are stated over a decade, which places most of the spending beyond the tenure of every official who announced it.
That India gains leading-edge capability. Research parks and component plants are the supply chain around fabrication, not fabrication itself, and none of the twelve approved projects is at the leading edge.
That this is a shift away from Taiwan or Korea. Neither company said it would move existing capacity, and both are expanding in several countries at once.

Why it weighs this much

Signal strength

CostModerate

CommitmentModerate

ReversibilityMedium

PersistenceYears

Cost is moderate. Nothing has been spent, but a named figure said on a stage beside a head of government is a number a company has to live with, and 5 billion dollars is about a year of Applied Materials' research and development spend. Commitment is moderate and no higher, because a ten-year horizon with no signed agreement and no filing is the weakest form a capital commitment takes. Reversibility is medium: money not yet allocated is easy to redirect, but a 140-acre park and a component plant, once started, are hard to move. Persistence is years by construction, since both commitments are stated to 2035. These bars are deliberately modest. Two companies said two numbers out loud and neither has written them down.

What to watch

strengthens Applied Materials or Lam Research confirms the commitment in a securities filing or press release, or a site for the research park or the component plant is named and acquired, by June 30, 2027.
weakens Neither company confirms the figure in its own materials by June 30, 2027, or either announces an equivalent or larger new research or component commitment in Taiwan, Korea or Japan in the same period.

The words

Semiconductor equipment maker: A company that builds the machines a chip factory uses, rather than the chips. Applied Materials and Lam Research are two of the four that matter worldwide; without their tools no fab runs.
Crore and lakh: Indian numbering. One crore is ten million, one lakh is one hundred thousand. 1,27,500 crore rupees is about 13.5 billion dollars at current rates.
India Semiconductor Mission: The government programme that pays part of the cost of building chip plants in India. Its second phase was approved by the Cabinet in July 2026.
Advanced packaging: Assembling finished chips into a single component, increasingly where performance is won. It is cheaper to enter than leading-edge fabrication, which is why new entrants start there.

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