A background note can be accessed here: India Launches Semicon 2.0 to Build a Complete Semiconductor Ecosystem
Semicon 2.0 signals a shift from supporting individual manufacturing projects towards building a complete semiconductor ecosystem spanning design, fabrication, packaging, equipment, materials, and talent. To what extent does this represent a strategic transition from attracting investment to developing enduring industrial capabilities?
The key focus of Semicon 1.0 was attracting assembly and fabrication projects. Twelve semiconductor projects worth over Rs. 1.64 lakh crore have been approved, including one silicon fab, one silicon carbide fab, one integrated gallium nitride (GaN) micro-LED display fab, and nine semiconductor packaging facilities. These developments have reinforced an important lesson: long-term competitiveness depends on developing domestic capabilities across design, fabrication, advanced packaging, equipment, materials, Electronic Design Automation (EDA), and skilled human capital. India has strong leadership in design. Therefore, on the design side, 24 startup and micro, small and medium enterprise (MSME) projects have received financial support, while 105 startups and MSMEs have gained access to industry-standard EDA tools for chip development. All these developments have provided a strong foundation.
Now, the true success of the recently launched Semicon 2.0 depends on strengthening domestic value addition, technology absorption, supply chain integration, and indigenous innovation. India's existing strength in semiconductor design provides a strong foundation, but the next challenge lies in developing upstream capabilities in process engineering, speciality materials, and semiconductor manufacturing equipment, where India continues to depend heavily on imports.
Developing these complementary capabilities will improve ecosystem resilience, reduce external vulnerabilities, and create stronger knowledge spillovers across industry, academia, and startups. Semicon 2.0 therefore reflects a broader industrial strategy aimed at building enduring capabilities across the semiconductor value chain and creating a globally competitive, innovation-driven ecosystem.
The initiative builds on public investment and policy support to accelerate semiconductor development in India. How should policymakers balance state-led incentives with the need to foster a commercially sustainable and innovation-driven semiconductor industry?
Government incentives have played a catalytic role in reducing investment risk while signalling India's long-term commitment to semiconductor manufacturing. However, public subsidies alone cannot create a globally competitive semiconductor ecosystem. As the ecosystem matures, the policy focus should gradually shift from supporting capital investment towards strengthening innovation capabilities.
The approval of Semicon 2.0, with an outlay of Rs. 1.275 lakh crore and a greater emphasis on advanced semiconductor technologies and indigenous intellectual property (IP), is a critical step towards long-term technological self-reliance. Realising this vision requires sustained investment in semiconductor research and development (R&D), collaborative research infrastructure, design innovation, and translational research linking universities, national laboratories, startups, and industry. Public funding should increasingly encourage technology development, intellectual property creation, and commercialisation rather than only physical capacity expansion. At the same time, policies should incentivise greater private-sector participation through venture capital, corporate R&D investment, and industry-led technology partnerships.
A balanced approach combines strategic government support with market discipline. Performance-linked incentives should be complemented by predictable regulatory frameworks, competitive domestic markets, and mechanisms that reward productivity and innovation. This will strengthen the commercial sustainability of the ecosystem while supporting continuous technological advancement and entrepreneurship.
As geopolitical shifts reshape global semiconductor supply chains, Semicon 2.0 seeks to strengthen India's position within the international ecosystem. What complementary reforms will be necessary for India to emerge as a trusted global semiconductor hub while remaining deeply integrated with international value chains?
Semicon 2.0 rightly recognises that strategic resilience does not necessarily imply complete self-sufficiency. Given the complexity of semiconductor production, no country today possesses every capability across the value chain. India's comparative advantage will therefore lie in becoming a trusted and indispensable partner within globally distributed semiconductor supply chains. Achieving this objective requires complementary reforms beyond production incentives. Stable trade and investment policies, stronger intellectual property protection, efficient customs procedures, high-quality infrastructure, and regulatory predictability will improve investor confidence and facilitate integration into global production networks. International technology collaboration, particularly in research, talent development, standards, and advanced manufacturing, should remain central to India's strategy.
Equally important is expanding the domestic pipeline of highly skilled engineers, researchers, and technicians while strengthening collaboration between academia and industry to accelerate innovation and technology transfer. Improving export competitiveness through quality standards, logistics efficiency, and participation in trusted international supply chains will further enhance India's global position.
Therefore, the long-term objective should be strategic interdependence: building critical domestic capabilities while remaining deeply integrated into international semiconductor innovation and production networks. Such an approach strengthens resilience, supports technology diffusion, and enables India to contribute meaningfully to an increasingly interconnected global semiconductor ecosystem.