India’s semiconductor ecosystem is more than a plan to build chip factories. It spans chip design and research, wafer fabrication, assembly and testing, electronic components, manufacturing equipment and materials, downstream electronics production, and workforce development. Government reports show projects moving into production, but approved investment, planned capacity and commercial output are different measures—and the reported status depends on the date of each update.
What is India’s electronics and semiconductor ecosystem?
It is the connected set of capabilities needed to design chips, manufacture and package them, supply the parts and materials used in electronics, and produce finished goods. A chip fab is one part of that chain, not a substitute for the rest of it.
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The government launched the Semicon India Programme in January 2022 to develop a semiconductor and display manufacturing ecosystem. The programme covers design, fabrication, assembly, testing, packaging and module manufacturing. The India Semiconductor Mission is the government’s implementation vehicle for the semiconductor and display programme; the policy effort also relies on related schemes for components, design and research.
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A useful way to read announcements is to separate three things: a project can be approved, it can be under construction or in pilot production, and it can reach commercial production. Those stages do not establish how much a facility is producing, whether it is operating at capacity, or how much value is being added domestically.
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How the value chain works
Chip design and intellectual property
Designers create integrated circuits, chipsets, systems-on-chip and reusable intellectual-property cores. Design can be undertaken by fabless companies, which develop chip products without operating their own wafer factories. Government support for design infrastructure and research can help companies and universities develop designs, but support counts are not the same as commercial products or sales.
A Press Information Bureau update dated 13 March 2026 reported 24 supported chip and system-on-chip design projects, with a combined project value of ₹900 crore, and access to design infrastructure for 105 fabless companies. These are government-reported programme outputs, not evidence that every supported design has reached market.
Wafer fabrication
A semiconductor fab creates integrated circuits on wafers through a sequence of highly controlled manufacturing processes. Different fabs can serve different materials, technologies and products, so a project count alone does not describe the range of chips a country can make. The original programme provided for up to 50% fiscal support for eligible semiconductor and display fabs; eligibility and support are not the same as completed investment or production.
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Fab projects also depend on infrastructure beyond the factory building, including suitable land, semiconductor-grade water, reliable power, logistics and research capacity. These requirements help explain why a fab announcement is only one part of building an industrial cluster.
Assembly, testing and packaging
After wafer fabrication, chips must be separated, assembled into packages and tested before they can be used in products. Assembly, testing, marking and packaging (ATMP) and outsourced semiconductor assembly and test (OSAT) facilities provide these capabilities. They are essential links between a wafer and a finished, usable chip, even though they are not wafer fabs.
Components and downstream electronics
Semiconductors go into a broader electronics supply chain that includes circuit boards, camera and display modules, enclosures, passive components and batteries. The Electronics Component Manufacturing Scheme (ECMS), approved by the Cabinet in March 2025 with ₹22,919 crore in funding, covers areas including display and camera module subassemblies, passive components, multilayer printed circuit boards, lithium-ion cells for digital applications, enclosures, component supply chains and capital goods.
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That is a component-manufacturing initiative, not a measure of semiconductor production. Its purpose is to deepen the supply base and domestic value addition; scheme coverage or planned investment should not be read as realized output.
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Factories also need the machines, materials and industrial inputs that make production possible. Semicon 2.0, announced in July 2026, sets out six policy pillars: design; machines and materials; more fabs; ATMP/OSAT; research and development; and talent development. The inclusion of machines, materials, chemicals and gases reflects the upstream supply capabilities required alongside chip and packaging plants.
Research and skills development connect universities, companies and manufacturing. The March 2026 government update describes support for university access to electronic design automation tools, design projects and research programmes. Semicon 2.0 also identifies talent development and fab-related training as priorities.
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Which semiconductor projects are being established?
The Press Information Bureau’s 1 April 2026 project list describes several prominent projects. Capacities below are stated project capacities, not verified production figures.
| Company or project | Location and value-chain stage | Product focus or stated capacity |
|---|---|---|
| Micron Technology | Gujarat; assembly and testing | DRAM and NAND products; stated capacity of about 14 million units per week |
| Tata Electronics, in technology partnership with PSMC | Gujarat; wafer fabrication | Stated capacity of about 50,000 wafer starts per month |
| Tata Electronics | Assam; packaging | Capacity not stated in the 1 April 2026 project description |
| CG Power, involving Renesas and STARS Microelectronic | Gujarat; semiconductor facility | Capacity not stated in the 1 April 2026 project description |
The figures in the table are government-published descriptions of project plans. A stated weekly unit capacity or monthly wafer-start capacity does not show actual output, utilization, yields or customer shipments.
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Government releases give dated snapshots with different reporting dates and scopes. They should be read as separate updates rather than combined into one timeless tally.
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| Source and date | Reported position | How to interpret it |
|---|---|---|
| Press Information Bureau, 13 March 2026 | 10 approved units: two fabs and eight ATMP/OSAT units; one unit in commercial production and three in pilot production | A dated progress snapshot across approved units |
| Press Information Bureau, 1 April 2026 | 10 approved projects with investment commitments of about ₹1.6 lakh crore; production had commenced at two plants; 10 semiconductor units were under construction | A later release using its own project and production reporting |
| Prime Minister’s Office, July 2026 | Micron, Kaynes and CG Semi had started commercial production; another company was expected to start in 2026 | A later programme update that names three companies and gives a forward-looking expectation |
These statements are not interchangeable: one counts approved units and distinguishes pilot from commercial production, another reports plants where production had commenced and units under construction, and the July update names companies. None of the counts, by itself, establishes sustained output or capacity utilization.
How large is India’s electronics manufacturing base?
The Press Information Bureau reported electronics goods production of about ₹1.9 lakh crore in FY 2014–15 and about ₹12 lakh crore in FY 2024–25. It reported exports of ₹38,000 crore in FY 2014–15 and about ₹3.3 lakh crore in FY 2024–25. These are aggregate electronics figures; they do not isolate semiconductor output, establish domestic chip content, or prove self-sufficiency in semiconductors.
The scale of downstream production matters because it creates demand for components and chips. But growth in finished electronics and exports cannot on its own show which inputs were made in India or how much value was created at each point in the chain.
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- Value-chain stage: distinguish design, wafer fabrication, packaging and test, components, and equipment or materials.
- Project maturity: identify whether a facility is approved, being built, in pilot production or in commercial production.
- Capacity versus output: treat announced capacity as a plan unless reported production data establishes actual output.
- Technology and partners: note the stated product focus and any technology partners, without assuming that a partnership means all technology or inputs are domestic.
- Support type: separate capital support for facilities from incentives tied to design or production, and distinguish policy targets from realized results.
- Reporting date: attach every project count and milestone to the government release and date that reported it.
Government releases are useful for scheme design, announced projects and reported progress. The cited updates do not provide a comparable project-level series for sustained production, utilization, yields, customer mix or realized domestic value added, so they cannot establish the full economic impact of the projects.
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