Micron Sanand and the Gujarat Chip Cluster: What Is Running and What Is Not
SRF Capital Studio Research DeskFunding Intelligence, SRF Capital StudioGujarat hosts half of India's approved chip units and all three that are shipping. A plant-by-plant status check on Micron Sanand and its neighbours, and what it means for suppliers.
Summary
- Micron's $2.75 billion Sanand plant began commercial production in February 2026, followed by Kaynes Semicon in March and CG Semi in July, making Sanand India's first operating semiconductor cluster.
- Gujarat holds six of the twelve units approved under the India Semiconductor Mission, including Tata and PSMC's ₹91,000 crore fab at Dholera, which now targets commercial operations in mid-2028.
- The cluster is real, but it still imports most of its inputs, and that gap is the opening for Indian suppliers and the investors who back them.
Five years ago Sanand was known for car plants and component makers. Today it is the only place in India where three semiconductor factories are shipping product to paying customers, within a short drive of one another. On the other side of Ahmedabad, at Dholera, the country's first commercial wafer fab is rising.
A cluster attracts headlines, and headlines blur status. This piece sets out what each Gujarat plant actually does, where it stands in September 2026, and what that means for anyone hoping to sell to it or invest near it.
Micron Sanand: the anchor
Micron's plant is an assembly and test facility. It does not make memory wafers; it takes DRAM and NAND dies made in Micron's fabs elsewhere, then packages, tests and ships finished products. That is a smaller step than fabrication, but it is real manufacturing, run to the same qualification standards as Micron's plants abroad.
The numbers explain why it went first. The total project is about $2.75 billion. Under the mission's terms the centre funds 50% of the cost and Gujarat a further 20%, so Micron's own outlay is about $825 million. Ground was broken in September 2023, the Prime Minister inaugurated the plant on 28 February 2026, and the first made-in-India memory modules went to Dell for laptops assembled in India.
Phase one has a cleanroom of about 500,000 square feet. Micron has since picked L&T to build phase two, reported to be of similar scale. Micron has said the site will serve global customers as well as Indian ones, which matters more than the size of the building.
A plant that exports is disciplined by world prices, not by subsidy.
What Micron Sanand does not do
Two misreadings are common. The first is that India now makes memory chips. It does not: the memory dies are still fabricated abroad, and Sanand adds the assembly, test and module stages. The second is that Sanand is part of the AI memory boom. The plant's announced products are DRAM and NAND for phones, PCs, servers and cars, not the stacked high bandwidth memory that goes into AI accelerators, which is made in far fewer places. Our note on HBM and advanced packaging explains why that category is so hard to enter.
Neither point diminishes the plant. Assembly and test is where most countries have entered the industry, and it gives Indian engineers years of experience in yield, quality and customer audits that a future fab will need.
The rest of the cluster
Micron is the best-known name, but it is one of four large projects in the Sanand and Dholera belt, and two smaller approvals have followed.
Gujarat's approved semiconductor units and their status
| Company | Location | Investment | What it does | Status, Sep 2026 |
|---|---|---|---|---|
| Micron Technology | Sanand | About $2.75 billion | DRAM and NAND assembly and test | Commercial production since Feb 2026 |
| Kaynes Semicon | Sanand | ₹3,307 crore | OSAT; power modules for Alpha and Omega Semiconductor; 6.3 million chips a day planned | Inaugurated Mar 2026, ramping |
| CG Semi, with Renesas and Stars Microelectronics | Sanand | ₹7,600 crore over five years | OSAT; G1 up to 300 million units a year, larger G2 planned | G1 in commercial production since Jul 2026 |
| Tata Electronics with PSMC | Dholera | ₹91,000 crore | 300mm wafer fab, up to 50,000 wafers a month; starting at 55nm and 90nm | Under construction; commercial operations targeted mid-2028 |
| Crystal Matrix | Dholera | Part of ₹3,936 crore with Suchi | Gallium nitride micro-LED displays and epitaxy | Approved |
| Suchi Semicon | Surat | ₹868 crore | OSAT for automotive and industrial chips | Approved |
Kaynes Semicon's plant was inaugurated on 31 March 2026 and is producing intelligent power modules for Alpha and Omega Semiconductor, a US chip company. CG Semi, a CG Power venture working with Japan's Renesas and Thailand's Stars Microelectronics, opened its first line in August 2025 and announced commercial production in July 2026.
Dholera: the fab that decides the story
Assembly plants are valuable, but a wafer fab is the harder and more consequential project. Tata Electronics' Dholera fab, built with technology from Taiwan's PSMC, was approved in February 2024 at ₹91,000 crore. The government notified a special economic zone of about 66 hectares for it on 9 April 2026.
The timeline has moved. In July 2026 Tata said production would begin at the 55nm and 90nm nodes, with 28nm to follow, and the IT minister said commercial operations should start in mid-2028. The late-2026 date that circulated widely should now be treated as a trial-run milestone at most. For suppliers, that means Dholera is a 2028 customer, not a 2026 one.
Why Gujarat won the projects
Three advantages recur in every account. The state had industrial land ready at Sanand and a planned greenfield city at Dholera, so projects did not wait on acquisition. It had ports on the western coast and an established auto cluster used to global supplier audits. And it moved quickly on state incentives, adding its own support on top of the centre's.
There is a less comfortable reading too. Concentration helps suppliers, who can serve several plants from one base, but it also means India's chip plans ride on one state's water, power and administrative bandwidth. Fabs use very large volumes of ultra-pure water and need uninterrupted power. Both will be tested as Dholera moves toward production.
The supplier gap
Walk through what a Sanand plant buys and the gap is obvious. Substrates, lead frames, bonding wire, specialty chemicals, process gases, test equipment and spares are mostly imported. Clean-room maintenance, calibration, industrial gases on site and precision machining are areas where Indian firms can start sooner.
This is where the cluster turns into a business opportunity for Indian MSMEs rather than a news story. The second phase of the India Semiconductor Mission now offers support to material and equipment suppliers, and plants with local content targets will want qualified vendors nearby.
What to do if you are a supplier or investor
- Suppliers: pick one plant and one input. Learn its qualification process, which will be slower and stricter than automotive, and budget twelve to twenty-four months before meaningful orders.
- Suppliers: watch payment terms closely. Global chipmakers pay reliably but on their own schedule, and a small vendor financing a long qualification period can run short of cash before the first large order.
- Investors: treat Sanand's assembly plants as operating businesses and Dholera as a project still in execution. Value them differently.
- Investors: look past the anchors. The better risk-adjusted returns in a new cluster usually sit with the specialist suppliers who become hard to replace.
For the wider view of how these plants fit India's position in the global chain, see our semiconductor India assessment. Manufacturers planning to supply the cluster can talk to our manufacturing practice about entry economics and funding.
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About the author
SRF Capital Studio Research Desk
Funding Intelligence, SRF Capital Studio
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