An Inflection, Not a Gradient
For most of the last two decades, India's relationship with semiconductors was a talent story, not a capital story: world-class engineers designing chips for other countries' companies, with almost no domestic ownership of IP, equipment, or manufacturing.
Over the past twelve months, that has started to change — not gradually, but in a series of discrete, dated events that together mark an inflection point. Here is what the data says, layer by layer.
The Funding Curve Has Inflected
Indian semiconductor startup funding was effectively a rounding error as recently as 2023 — about $5 million for the year, with near-zero qualifying deals beyond design-led work. By 2025, that had grown tenfold to roughly $25–50 million across six disclosed deals. In the first five months of 2026 alone, the sector raised $92 million across 12 deals — eight seed rounds totalling $34 million, with the rest at Series A.
The broader market context makes the trajectory clearer. India's domestic semiconductor market was worth roughly $38 billion in 2023; estimates put it at $45–50 billion in 2025, with projections crossing $100 billion by 2030.
The next phase of the government's Design Linked Incentive (DLI) scheme is targeting 50+ fabless companies, up from the 24 currently supported — which have collectively attracted ₹430 crore in venture funding and produced 56 fabricated chips, including DHRUV64, India's first commercially relevant domestically designed processor.
Government Capital Enters at Scale
Beyond the semiconductor-specific schemes, 2026 has also seen broader government capital enter deep tech directly. The RDI (Research Development and Innovation) Fund made its first disbursements in May 2026: five companies signed, twenty-two projects approved across 14 startups, 5 MSMEs, and 3 listed companies, with ticket sizes ranging from ₹3 crore to ₹150 crore.
Structured as a revolving fund with an effective corpus life of up to 50 years, India's Principal Scientific Adviser has indicated an expectation of crowding in 5–10x private capital against the public commitment.
Of the ₹20,000 crore targeted for FY26 deployment, ₹17,000 crore remained undeployed as of mid-2026 — capital waiting for specialist fund managers beyond the two currently approved (TDB and BIRAC) to enter the system.
Infrastructure Is Catching Up to Ambition
Tata Electronics and ASML signed an MoU in May 2026 for the equipment supply chain behind India's first commercial 300mm semiconductor fab, in Dholera, Gujarat — an $11 billion joint venture with Taiwan's PSMC, targeting 50,000 wafers per month across the 28nm–110nm node range and first silicon by late 2026.
ASML holds close to 100% of the global market for EUV lithography systems and a dominant share of DUV systems; there is no alternative supplier at the leading edge, and the same class of equipment has been denied to China since 2019 under Western export controls.
Elsewhere in the ISM 1.0 portfolio: Micron's ATMP facility in Sanand, inaugurated in February 2026, is already shipping packaged DRAM to Dell's Indian laptop assembly lines — the first commercially sold "Made in India" semiconductor product. Two additional projects — Crystal Matrix (compound semiconductors, Dholera) and Suchi Semicon (OSAT, Surat) — were approved this year at a combined ₹3,900+ crore, projecting over 2,200 skilled jobs.
Cumulatively, India has committed approximately ₹1.26 lakh crore to semiconductor manufacturing approvals between 2022 and 2026.
Where the Capital Is — and Isn't
Mapping disclosed funding against the semiconductor value chain reveals a sharp concentration that matters for anyone thinking about where the next opportunity sits.
Fabless logic and design is heavily funded: C2i Semiconductors ($16.7M Series A, power management for AI data centres), Mindgrove ($12.2M total, India's first commercial RISC-V microcontroller), and Agrani Labs ($8M, AI inference chips) have all raised meaningful rounds from marquee investors.
Specialized devices are selectively funded — AGNIT Semiconductors ($6.1M total, GaN for RF and power) and 3rdiTech (DLI-backed CMOS image sensors for defence applications) are among the few standouts. In June 2026, GlobalFoundries signed its first-ever manufacturing partnership with an Indian company, Fermionic, to produce GaN-based RF chips — a concrete proof point for the "design in India, fabricate globally" model.
Materials, equipment, and EDA — the layer everything else depends on — has attracted almost no venture capital, despite India's import dependence for semiconductor-grade inputs running above 85%. Raw materials drive 40–50% of a fab's operating cost, yet this is the layer the market has been most reluctant to fund.
ISM 2.0: Building the Layer Everything Depends On
If there is one policy thread to watch closely, it is the government's escalating commitment to exactly the layer private capital has ignored — materials, equipment, and EDA.
The Union Budget for 2026-27 allocated an initial ₹1,000 crore to ISM 2.0, targeting 3–2nm design capability and 70–75% domestic chip demand coverage by 2029, with focus areas spanning semiconductor manufacturing equipment, ultra-pure specialty chemicals and gases, photoresists, photomasks, silicon wafers, and advanced design IP.
By late June 2026, the ambition had scaled sharply. The Finance Ministry's Expenditure Finance Committee cleared a ₹1.25 lakh crore outlay for ISM 2.0 — up from ₹76,000 crore under ISM 1.0. Two months later, the Union Cabinet approved the scheme (by then branded Semicon 2.0) at ₹1.27 lakh crore, alongside a structural shift in how the money is deployed: rather than one-time grants, the government now co-invests alongside private VCs in chip-design startups at every stage from seed to Series C, matching private investment and taking minority equity on the same commercial terms, with no board seat and no operational control. Founders retain the right to buy back the government's stake as they scale.
Crucially, the scheme extends targeted capital support beyond design — 30% for makers of equipment, materials, chemicals, and gases, and 40% for silicon fabs themselves. INOX Air Products is building an electronic specialty gas hub in Dholera, positioning the same geography that houses the Tata-PSMC fab and the Crystal Matrix facility as India's first real materials cluster.
The policy logic is explicit: fabs can import lithography tools, but inconsistent materials break scale economics. Unlike equipment, materials scale through chemistry, process discipline, and logistics — capabilities India's existing industrial base already has in some depth.
What This Means
Three things are true at once. The funding curve has inflected — capital is entering Indian semiconductors at scale for the first time. The global semiconductor market has moved into late-stage scaling, leaving India's formation stage as genuine white space rather than a crowded field. And within India itself, capital remains heavily concentrated in fabless logic design, leaving materials, equipment, and EDA — the layers where India holds real structural advantages — almost entirely open.
For specialist deep tech capital willing to operate at TRL 4–6, co-invest alongside government funds, and back the overlooked layers of the value chain, the window is not closing. It is, by most measures in the data above, just opening.
Funding and market data sourced from Tracxn, PitchBook, Venture Intelligence, official government disclosures (TDB, SEBI, Union Cabinet releases), and company announcements. Figures reflect disclosed information at time of publication and are subject to revision.