iGEN
Visit IGEN World Explore IGEN Expo
EXPLORE UPGRADE PLANS
BREAKING
Home ›› Technology ›› Tech Startups ›› India to Take Equity Stakes in Semiconductor Startups Under Semicon 2.0

India to Take Equity Stakes in Semiconductor Startups Under Semicon 2.0

The Indian government has approved Semicon 2.0 with a Rs 1,27,500 crore outlay, moving from one-time grants to milestone-linked funding and equity investments in semiconductor startups. The India Semiconductor Mission CEO Amitesh Kumar Sinha outlined a phased funding model where the government will generally keep its equity stake below 50%, avoid board representation, and allow founders to buy back shares. The policy addresses the challenge startups face in raising capital after the design stage.

iG
iGEN Editorial
July 16, 2026
India to Take Equity Stakes in Semiconductor Startups Under Semicon 2.0

The Indian government is redesigning its support for semiconductor startups, moving away from one-time grants to a model of larger, milestone-linked funding coupled with equity investments alongside venture capital firms, according to a report by Aabhas Sharma in Business Today. The Cabinet approved Semicon 2.0 with an outlay of Rs 1,27,500 crore, expanding India's semiconductor strategy beyond fabrication and assembly.

The Problem: Patient Capital Needs

India Semiconductor Mission (ISM) chief executive Amitesh Kumar Sinha told TOI that semiconductor startups need patient capital. "Unlike software companies, they require substantial investments before they can bring products to market," Sinha said. The real challenge begins after the design stage, where capital requirements become very large and traditional startup funding models often fall short.

The Solution: Phased Funding with Equity

To address this, the government is working on a phased funding structure. Startups will initially receive seed capital, followed by significantly larger investments as they achieve predefined technical and commercial milestones. An internal committee is finalising the contours of the programme.

The Centre will generally keep its equity stake below 50%, avoid board representation and stay away from day-to-day management so that founders retain operational control. As startups mature, founders will have the option of buying back the government's stake, while companies remain free to raise fresh capital or pursue acquisitions. "We will exit at the prevailing valuation, recover our investment and reinvest that capital into the next generation of semiconductor startups," Sinha said.

Aspect Detail
Policy Semicon 2.0
Outlay Rs 1,27,500 crore
Funding model Milestone-linked grants + equity
Max govt equity Below 50%
Board representation None
Exit mechanism Buyback by founders or sale at prevailing valuation

Key Lessons Learned

One of the biggest lessons from the Design Linked Incentive (DLI) scheme, Sinha said, was that while several startups successfully developed chip designs and proof-of-concepts, many struggled to raise the hundreds of crores needed for product qualification, commercialisation and large-scale deployment. The new framework reflects the unique capital requirements of semiconductor companies whose funding needs extend well beyond the design stage.

Global Context

Sinha noted that the proposed model comes at a time when governments globally are increasingly experimenting with equity-based support for strategically important technology companies instead of relying solely on grants and subsidies. In the US, the Trump administration converted a portion of Intel's CHIPS Act grants into an equity investment, taking a passive 9.9% stake while leaving management control with the company.

The policy shift underscores India's commitment to building a self-reliant semiconductor ecosystem, addressing the critical funding gap that has hindered startups from moving from design to commercial deployment. For enterprise technology decision-makers, this signals a more robust pipeline of indigenous semiconductor solutions that could reduce supply chain vulnerabilities and foster innovation in areas such as AI hardware, IoT devices, and connectivity modules critical for logistics and trade technology.


Sources:

Keep Reading

Recommended Stories

Is India’s AI moment here? Not yet, as funding and compute lag behind US and China Technology

Is India’s AI moment here? Not yet, as funding and compute lag behind US and China

India's AI ecosystem, despite a surge in startup funding, remains far behind global leaders like the US and China due to inadequate compute capacity, weak research, and a lack of billion-dollar revenue companies. The report highlights the need for sovereign compute and a shift from model building to deployment in sectors like agriculture and healthcare.

June 15, 2026
Jedify Secures $24M to Enhance AI Contextual Understanding Technology

Jedify Secures $24M to Enhance AI Contextual Understanding

Jedify, a New York-based startup, has raised $24 million in a Series A funding round to enhance AI agents with contextual understanding of businesses. The funding, led by Norwest, will support product development and expansion efforts.

June 10, 2026
India’s Semiconductor Push: PM Modi Says 3 Plants Producing, 7–8 More Coming Up Technology

India’s Semiconductor Push: PM Modi Says 3 Plants Producing, 7–8 More Coming Up

Prime Minister Narendra Modi announced that India has begun production at three semiconductor manufacturing plants, with seven to eight additional facilities expected over the next several years. The government's second-phase semiconductor mission, Semicon 2.0, has an outlay exceeding Rs 1.27 lakh crore, with 12 approved projects and over Rs 1.64 lakh crore in committed investment.

August 15, 2026
India launches Semicon 2.0 with Rs 1.27 lakh crore to become global semiconductor hub Technology

India launches Semicon 2.0 with Rs 1.27 lakh crore to become global semiconductor hub

India has approved Semicon 2.0 with an outlay of over Rs 1.27 lakh crore to build an integrated semiconductor and AI ecosystem. The plan backs 12 chip projects worth over Rs 1.64 lakh crore, targeting 70-75% domestic demand coverage by 2029 as the global AI-driven semiconductor supercycle accelerates.

August 14, 2026