India's Semiconductor Industry 2026: Policy Upgrades, Multinational Cooperation, and Global Supply Chain Restructuring

India's Semiconductor Industry 2026: Transition from Policy Incentives to Ecosystem Building

In 2026, India's semiconductor industry is undergoing a profound structural transformation. From the initial landing of standalone projects reliant on government subsidies to the formation of a complete ecosystem covering wafer manufacturing, packaging and testing, display panels, and materials and equipment, India is seeking a new position in the global chip supply chain. As of May 18, 2026, 13 approved semiconductor projects in India have become operational or are under construction; behind this figure lies the iteration of policy logic and the escalation of industrial ambition.

Semicon 2.0: A Paradigm Shift from Subsidies to Ecosystem

On July 15, 2026, the Union Cabinet of India approved the Semicon 2.0 program, allocating 1.275 trillion rupees (approximately $13.23 billion) and expanding the scope of support from individual manufacturing segments to chip design, advanced packaging, semiconductor equipment, specialty materials, R&D, and talent cultivation. Compared with earlier programs, Semicon 2.0 places greater emphasis on the integrity of the industrial chain and the building of localized capabilities. This shift shows that the Indian government has recognized that the competitiveness of the semiconductor industry depends not only on the number of fabs but also on the depth of the ecosystem—from EDA tools to specialty chemicals, the absence of any segment can become a bottleneck.

The policy also sends a signal: India wants to become a trusted alternative hub for semiconductor manufacturing. Against the backdrop of escalating US-China technological competition, the coverage of Semicon 2.0 precisely caters to the "de-risking" needs of global companies. For equipment makers and material suppliers, this means new market access opportunities; for fabless companies and AI chip developers, it means a design and validation environment closer to end markets.

Tata-ASML Cooperation: A Strategic Milestone for Front-End Fabs

The most iconic event was the agreement signed on May 16, 2026, between Tata Electronics and Dutch company ASML to build India's first front-end semiconductor wafer fab in Dholera, Gujarat. ASML will provide advanced lithography equipment and technical support, with an expected total investment of $11 billion, primarily targeting automotive electronics, mobile devices, industrial applications, and AI chips. The depth of this cooperation goes beyond simple equipment purchase and sale; it represents the recognition of India's engineering teams and supply chain ecosystem by the global lithography giant.

Why India? The remarks of ASML CEO Christophe Fouquet revealed key information: "India's rapidly expanding semiconductor sector offers significant long-term opportunities." This is not merely a commercial consideration, but also a capacity diversification strategy in the context of geopolitics. The tightening of export controls on Dutch companies' sales to China has made it necessary for them to find new growth frontiers, and India—with its huge domestic demand market, improving infrastructure, and increasingly mature electronics manufacturing clusters—naturally comes into view.However, the construction of front-end wafer fabs is far more difficult than that of packaging plants. It requires cleanroom technology, ultrapure water systems, stable power supply, and precision logistics. The establishment of the Dholera Special Zone (which became an SEZ on April 9, 2026) was precisely aimed at lowering the upfront operational threshold for such projects. The Indian government designated the special zone as an inland container depot, allowing on-site cargo handling. This targeted logistical convenience reflects the regulatory authorities' pragmatic attitude toward large-scale manufacturing projects.

Packaging and Testing Takes the Lead: A Multi-Pronged Industrial Strategy

Despite the grand narrative of front-end wafer fabs, India's real growth points in the semiconductor industry are more concentrated in the packaging and testing (ATMP/OSAT) field. On May 15, 2026, the first ATMP facility in Bhiwadi, Rajasthan, was officially inaugurated, operated by Sahasra Semiconductors. It is a project under the SPECS scheme and the first semiconductor unit outside the ISM framework. Its significance lies in proving the diversity of India's policies—not only supporting major projects through ISM, but also providing a channel for "small but specialized" manufacturing units through SPECS.

A week earlier, the Union Cabinet approved two other Gujarat projects: Crystal Matrix's GaN-based mini/micro-LED manufacturing and Suchi Semicon's OSAT facility, with a combined investment of INR 39.36 billion and an expected creation of 2,230 professional jobs. Crystal Matrix's GaN foundry service is a notable highlight—compound semiconductors are used for high-power and RF applications, and this niche is regarded as a future technological high ground. India's choice to enter the GaN track at an early stage demonstrates the forward-looking nature of its industrial planning.

The HCL-Foxconn OSAT project in Jewar, Uttar Pradesh, is also progressing rapidly. With an investment of INR 37.06 billion, the project will produce display driver chips and is expected to create more than 2,000 jobs. The addition of CTCI as an EPC partner means that engineering experience from Taiwan is being integrated into India's infrastructure. The project is located near the upcoming Noida International Airport, giving it a clear geographical advantage. It is worth noting that the OSAT segment is regarded as a key point for supply-chain resilience: since more than 75% of global packaging and testing capacity is concentrated in Taiwan and South Korea, India's expansion in this field helps mitigate dependency risks.

SEZ Reform: A Signal of Institutional Response

The implementation of the above projects cannot be separated from institutional deregulation. The SEZ rules revised in June 2025 lowered the minimum land requirement for semiconductor and electronics manufacturing companies from 50 hectares to 10 hectares, allowed free materials to count toward export performance, and relaxed restrictions on domestic sales. This reform significantly reduced the upfront cost and time cost of projects. As of April 2026, multiple semiconductor SEZs have been approved, including Micron's ATMP plant in Gujarat, and OSAT plants by CG Semi and Kaynes Semicon in Telangana and Gujarat. The average investment in these projects ranges from 1 billion rupees to 130 billion rupees, showing the enthusiasm of companies of different sizes to participate.

The SEZ reform is not just an administrative adjustment; it reflects the Indian government's understanding of "manufacturing efficiency" — semiconductor factories essentially require highly integrated logistics and energy support, rather than isolated industrial plots. By combining SEZs with inland container depots, India is shifting its manufacturing policy from "land enclosure" to "infrastructure empowerment."

Opportunities and Risks in the Global Supply Chain Context

The acceleration of India's semiconductor industry is not an isolated phenomenon, but a direct result of the restructuring of global supply chains. The escalating technology blockade by the United States against China has forced multinational companies to seek alternative production capacity outside mainland China. Taiwan, South Korea, Malaysia, and Vietnam already have first-mover advantages. As a latecomer, India is catching up rapidly by leveraging its domestic market potential (with electronics manufacturing expected to be worth $500 billion by 2030) and policy support.

However, the challenges are equally obvious. Front-end wafer manufacturing requires extremely reliable power supply and millions of cubic meters of high-purity water per month, while infrastructure in some parts of India remains unstable. The shortage of professional talent is another bottleneck. Chip manufacturing involves thousands of process steps and requires a large number of experienced engineering and technical personnel. Although Semicon 2.0 lists talent cultivation as a priority, it still relies on foreign expert support in the short term. In addition, the semiconductor industry is a long-cycle investment field; government subsidies are only a starting factor, and long-term competitiveness depends on cost, yield, and efficiency.

Observation Coordinates for the Future

For investors, several trends worth tracking are emerging in India's semiconductor industry:1. Manufacturing-Capital Market Linkage: The companies behind multiple semiconductor projects (such as Tata Electronics, HCL Group) are large conglomerates, and their capital mobilization capabilities help ensure the continued implementation of projects. 2. Opportunities for Specialty Materials and Equipment Suppliers: Semicon 2.0's incentive measures for materials, gases, and precision components will give rise to domestic supply chain enterprises dedicated to serving semiconductor fabs. 3. Demand Driven by AI and Automotive Chips: With the deployment of AI computing power and the rising penetration of electric vehicles, India's domestic chip demand will surge, providing a market foundation for wafer fabs and packaging plants. 4. Export Potential: India is expected to become a chip export hub for the Middle East, Africa, and Southeast Asia, with its geographical location and trade agreements with the US and Europe serving as additional advantages.

Overall, by 2026, India's semiconductor industry has moved beyond the "armchair strategizing" stage and entered a new phase of actual production and global cooperation. The top-level design of Semicon 2.0, the technical endorsement of Tata-ASML, and the intensive implementation of numerous OSAT projects together form a multi-dimensional landscape. Whether India can truly rise as a global semiconductor manufacturing powerhouse still depends on continuous optimization at the execution level, but its path is already clear: starting from packaging, extending toward the front-end of manufacturing, and then building a complete ecosystem. For global companies, the question now is not whether to invest in India, but how to leverage India's emerging industrial chain advantages in an unstable global geopolitical environment.

*Source: India Briefing – India’s Semiconductor Sector: Tracking Government Support and Investment Trends*