India Announces $11 Billion Fund to Boost Domestic Chip Manufacturing

India is preparing to deploy more than $11 billion in fresh funding to build a domestic semiconductor industry virtually from scratch — a gamble that could reshape global chip supply chains or become the latest chapter in the country's long history of ambitious industrial plans that fall short of execution.

The New Fund

The Indian government is finalizing a new fund exceeding 1 trillion rupees (approximately $10.8–11 billion) aimed at subsidizing chip fabrication, design, equipment manufacturing, and supply chain development [1][2]. According to people familiar with the deliberations, the initiative could be formally announced within the next two to three months, though the details remain under active discussion and may change before a public rollout [3].

The fund represents a significant escalation of India's semiconductor ambitions. It would effectively double the country's cumulative commitment to the sector, building on the $10 billion India Semiconductor Mission (ISM) incentive framework established in late 2021, which offered to cover up to 50% of the cost of setting up chip fabrication projects [4]. That earlier program, while groundbreaking for India, has been widely viewed as insufficient relative to the scale of global competition — the United States allocated $52.7 billion under its CHIPS and Science Act, and the European Union mobilized over €43 billion through its own Chips Act [5].

"India's push, though smaller in scale, is strategically aligned with the broader trend of 'friendshoring' semiconductor production away from East Asia's concentrated risk zone," noted analysis from the Center for Strategic and International Studies [6].

What India Has Built So Far

The new fund does not emerge from a vacuum. Over the past four years, the India Semiconductor Mission has approved ten semiconductor projects across six Indian states, with total investments of roughly 1.6 trillion rupees [4]. The most visible milestones include:

Micron Technology's ATMP Facility: The American memory chipmaker's $2.75 billion assembly, test, marking, and packaging plant in Sanand, Gujarat was inaugurated by Prime Minister Narendra Modi on February 28, 2026 [7]. The facility — Micron's first in India — converts advanced memory wafers into finished products for global markets. Construction began in mid-2023, with Phase 1 now operational.

Tata Electronics' Dholera Fab: India's most ambitious project is Tata Electronics' semiconductor fabrication facility in Dholera, Gujarat, being built in partnership with Taiwan's Powerchip Semiconductor Manufacturing Corporation (PSMC). The mega-fab carries an investment of up to 91,000 crore rupees (~$11 billion) and is designed to produce 50,000 wafers per month for analog and logic chips based on 28nm to 110nm process technologies [8]. Tata's fab is expected to enable prototype chip production for Indian startups and generate over 20,000 direct and indirect skilled jobs [9].

Expanding ATMP Capacity: Additional assembly and packaging projects have been cleared in Odisha, Andhra Pradesh, and Punjab, with India's daily chip production capacity projected to reach 75–80 million chips once all facilities are operational [10].

In the 2026–27 Union Budget, the government allocated 8,000 crore rupees to a modified program for semiconductor and display manufacturing, while the India Semiconductor Mission 2.0 — announced alongside the budget — expanded focus to equipment and materials, design IP, supply chains, and R&D centers [11].

Source: World Bank

Data as of Feb 24, 2026CSV

The Import Problem

The urgency behind the new fund is underscored by a stark reality: India imports roughly 90–95% of the semiconductor components it uses domestically [12]. In 2024 alone, semiconductor imports surged to nearly $24 billion, with China accounting for roughly one-third of the import value in most recent fiscal years [13]. Taiwan supplies over 40% of India's semiconductor imports, while electronic component imports more broadly — worth $36.8 billion in just the first half of FY2025 — flow overwhelmingly from China and Hong Kong [13].

This dependency is not merely an economic inconvenience. In an era where semiconductors underpin everything from smartphones and automobiles to military systems and artificial intelligence infrastructure, near-total reliance on foreign chip production constitutes a strategic vulnerability. India learned this lesson during the global chip shortage of 2020–2022, which disrupted its booming automobile and electronics sectors.

"India currently lacks domestic production capabilities for essential semiconductor inputs such as high-purity chemicals, specialty gases, silicon wafers, and ultrapure water, with over 90% of these inputs being imported," found a 2024 assessment by the Information Technology and Innovation Foundation [14]. This supply chain fragility increases costs, lengthens lead times, and exposes Indian projects to geopolitical supply shocks — including, most recently, China's export controls on rare-earth materials.

The Global Subsidies Race

India's new fund enters a crowded field. Governments around the world have poured hundreds of billions of dollars into semiconductor incentives over the past four years, driven by the realization — accelerated by the pandemic and U.S.-China technology competition — that chip supply chains are dangerously concentrated.

East Asia accounts for approximately 75% of global semiconductor manufacturing capacity, with Taiwan's TSMC alone producing the vast majority of the world's most advanced chips [15]. The geopolitical implications of this concentration, particularly given cross-strait tensions between China and Taiwan, have driven a wave of "reshoring" and "friendshoring" policies:

• United States: The $52.7 billion CHIPS and Science Act (2022) aims to triple U.S. manufacturing capacity by 2032, with major investments in new TSMC, Samsung, and Intel fabs [5].
• European Union: The EU Chips Act (2023) mobilizes over €43 billion with the goal of doubling Europe's global market share in semiconductors to 20% by 2030 [5].
• China: Beijing has channeled over $150 billion into its semiconductor industry through national "Big Fund" investments and local government subsidies, despite facing tightening U.S. export controls [15].
• Japan: A $13 billion semiconductor strategy supports the Rapidus consortium's bid to produce 2nm chips by 2027 and TSMC's new fab in Kumamoto.
• South Korea: The K-Chips Act provides $7 billion in tax incentives for Samsung and SK Hynix to expand domestic production.

India's proposed $11 billion fund, while substantial by domestic standards, remains modest in this global context. Combined with the original $10 billion ISM allocation, India's total semiconductor commitment of roughly $21 billion is less than half of what the United States alone has deployed.

Source: World Bank

Data as of Feb 24, 2026CSV

India's Structural Advantages — and Obstacles

India brings genuine strengths to the semiconductor competition. The country already employs an estimated 20% of the world's chip design engineers, with major design centers operated by Qualcomm, Intel, AMD, Texas Instruments, and dozens of other firms [15]. Its engineering talent pipeline — fueled by over 800,000 engineering graduates annually and 110 mining and engineering colleges — is among the world's largest [6]. India's cost-competitive labor market, growing domestic electronics demand, and strategic alignment with the United States further enhance its attractiveness.

The semiconductor market in India itself is projected to double from approximately $54 billion in 2025 to $108 billion by 2030, growing at a compound annual growth rate of around 15%, driven by demand in electric vehicles, 5G infrastructure, consumer electronics, and defense applications [16][17].

Yet the obstacles are formidable. Semiconductor fabrication is among the most capital-intensive, technically demanding, and infrastructure-dependent manufacturing activities on Earth. India's challenges include:

Infrastructure Gaps: Fabs require uninterrupted high-voltage power, vast quantities of ultrapure water, and Class 1 cleanrooms. India's power grid remains unreliable in many regions, and only a handful of industrial zones approach "fab-ready" standards [14]. The Dholera Special Investment Region, where Tata's fab is located, required years of dedicated infrastructure buildout.

Talent Bottlenecks: While India has abundant design talent, it faces a projected shortage of up to 13,000 fabrication specialists by 2027 [18]. Running a semiconductor fab requires highly specialized process engineers, equipment technicians, and cleanroom operators — roles that Indian universities have only recently begun training for at scale.

Supply Chain Dependency: Over 90% of essential semiconductor manufacturing inputs are imported, leaving India's nascent fabs vulnerable to the same global supply chain disruptions they are meant to mitigate [14].

Technology Gap: India's current fabrication plans target mature process nodes (28nm and above), which are generations behind the cutting-edge 3nm and 2nm chips produced by TSMC and Samsung. While mature-node chips power the vast majority of automotive, industrial, and IoT applications, they command lower margins and face growing competition from Chinese fabs that are rapidly expanding capacity at these same nodes.

Execution History: India has a mixed track record on large-scale industrial policy. Previous semiconductor initiatives — including a 2007 attempt and a 2014 push under the "Make in India" banner — failed to result in a single operational fab [6]. The current effort has produced more tangible results, but the Tata-PSMC fab will not begin even initial production until late 2026, and full-scale commercial operation is years away.

Geopolitical Dimensions

India's semiconductor ambitions cannot be separated from the broader U.S.-China technology competition. Washington has actively courted New Delhi as a manufacturing partner, viewing India as a "trusted" production alternative outside of East Asia's risk zone. The U.S.-India Initiative on Critical and Emerging Technologies (iCET), launched in 2023, includes semiconductor supply chain cooperation as a central pillar.

However, India's position is more complicated than a simple alignment with the West. Indian firms have already been affected by China's export controls on rare-earth magnets and other critical materials [15]. At the same time, India maintains significant economic ties with China and has historically resisted joining formal technology blocs. As the Observer Research Foundation noted, "emerging economies like India risk being forced to pick sides, with geopolitical consequences" [15].

The Carnegie Endowment for International Peace cautioned that "India's foreign policy and its relationships with major powers will significantly limit its ability to become a major chip-making hub," arguing that India's non-aligned tradition could become both an asset (access to diverse technology partnerships) and a liability (lack of deep integration with any single chip ecosystem) in the semiconductor race [19].

Source: GDELT Project

Data as of Mar 12, 2026CSV

The Design Advantage

One area where India has already established a genuine competitive position is semiconductor design. The Design Linked Incentive (DLI) scheme, part of the broader Semicon India Programme, has approved 23 chip design projects, offering performance-linked incentives of 4–6% of net sales turnover for five years [4]. Indian engineers at multinational firms already contribute to designing some of the world's most advanced processors.

Tata Electronics' fab is specifically designed to complement this strength, enabling Indian chip design startups to move from software-based prototypes to physical silicon without sending designs overseas for fabrication [9]. If successful, this could create a domestic "design-to-fabrication" pipeline that accelerates innovation across India's growing technology sector.

The Electronics Components Manufacturing Scheme, launched in April 2025 and subsequently expanded from ₹22,919 crore to ₹40,000 crore, further reinforces the supply chain by incentivizing domestic production of components linked to semiconductor and electronics manufacturing [4].

What Comes Next

The proposed $11 billion fund signals that the Indian government views semiconductor manufacturing as a long-term strategic imperative rather than a cyclical policy initiative. Prime Minister Modi's government has set a target of developing manufacturing capabilities comparable to global leaders such as Taiwan, South Korea, and the United States by 2032 [1] — a timeline that most industry analysts consider ambitious but not impossible for the packaging and assembly segments, while remaining aspirational for advanced fabrication.

The fund's design will be critical. If structured primarily as subsidies for foreign firms to build packaging plants, India may succeed in capturing a slice of the lower-value-added segment of the supply chain. If it instead catalyzes a broader ecosystem — encompassing materials, equipment, design IP, and workforce development — it could position India as a genuine semiconductor power over the next decade.

India's semiconductor market is projected to reach $100–110 billion by 2030 [16], and its economy — growing at roughly 6.5% annually, the fastest among major economies — provides a large and rapidly expanding domestic demand base [20].

The question is whether $11 billion, even on top of existing commitments, is enough to overcome decades of underinvestment, infrastructure gaps, and execution challenges — or whether India will need to go even bigger before the silicon starts flowing.