Prime Minister Narendra Modi’s inauguration of the CG Semi Outsourced Semiconductor Assembly and Test (OSAT) facility at Sanand, Gujarat, represents a landmark moment in India’s semiconductor journey, marking the commencement of commercial chip production under the India Semiconductor Mission. This development is critical for UPSC and SSC aspirants because it exemplifies the convergence of technology policy, industrial strategy, and geopolitical positioning in an era where semiconductor self-reliance has become a matter of national security and economic sovereignty for major powers.
Semiconductors underpin virtually every modern technology, from smartphones and automobiles to defence systems and artificial intelligence infrastructure. India’s near-total historical dependence on imported chips has been a strategic vulnerability, particularly highlighted during the global chip shortage of 2021-2022, which disrupted automobile and electronics manufacturing worldwide. The Sanand facility’s commencement of commercial production, alongside chip testing that began in August 2025, demonstrates tangible progress from policy announcement to industrial reality within a relatively short timeframe.
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This topic also intersects with India’s aspirations under the Digital India and Atmanirbhar Bharat frameworks, as semiconductor manufacturing capability is foundational to realising ambitions in artificial intelligence, robotics, and next-generation technology development that Prime Minister Modi specifically referenced during the inauguration.
Background and Context
The India Semiconductor Mission was approved by the Union Cabinet in December 2021 with an outlay of approximately тВ╣76,000 crore to develop a sustainable semiconductor and display ecosystem in the country, offering fiscal support for setting up fabrication plants, display fabs, and Outsourced Semiconductor Assembly and Test (OSAT) facilities.
Five Important Key Points
- Prime Minister Narendra Modi inaugurated the CG Semi Outsourced Semiconductor Assembly and Test (OSAT) facility at Sanand, Gujarat, marking commercial production commencement after chip testing began in August 2025.
- The CG Semi facility was developed in partnership with companies from Thailand and Japan, reflecting international collaboration models under the India Semiconductor Mission’s ecosystem development approach.
- The facility has current annual capacity of 20 crore chips, with plans to scale up production capacity to over 500 crore chips per year, translating to approximately 1.5 crore chips daily at full capacity.
- Semiconductor clusters are emerging beyond Sanand at multiple locations across India, reflecting a deliberate policy of geographically distributing India’s semiconductor ecosystem rather than concentrating it in a single hub.
- Many women employees at the Sanand facility completed specialised Industrial Training Institute training and travelled abroad, including to Malaysia, for semiconductor manufacturing technique training before returning to work at India’s chip manufacturing sector.
Policy Framework and Financial Architecture
The India Semiconductor Mission operates through the Digital India Corporation and provides fiscal support of up to 50 percent of project cost for semiconductor fabs, and similar support structures for OSAT and Assembly, Testing, Marking and Packaging (ATMP) facilities. This support framework recognises that semiconductor manufacturing requires capital investments running into billions of dollars with long gestation periods, making government risk-sharing essential to attract private investment, particularly from established global players who otherwise default to established hubs in Taiwan, South Korea, and China.
Economic Implications and Value Chain Development
Chip assembly, packaging, and testing represent the less capital-intensive segment of the semiconductor value chain compared to wafer fabrication, making OSAT facilities a strategically sound entry point for India’s semiconductor ambitions. However, sustained economic value requires eventual progression toward fabrication capability, since assembly and testing alone position India as a downstream player rather than a technology leader. The Prime Minister’s reference to India’s plan to build the complete electronics value chain, from components to semiconductors, signals awareness of this progression imperative within government policy circles.
Geopolitical Dimensions and Strategic Autonomy
Global semiconductor supply chains have become deeply entangled with geopolitical competition, particularly between the United States and China, with export controls on advanced chip technology becoming instruments of strategic policy. India’s semiconductor push allows it to position itself as a “trusted” alternative manufacturing base amid supply chain diversification efforts by companies seeking to reduce concentration risk in East Asia. This aligns with the broader “China Plus One” strategy that global electronics manufacturers have pursued since 2020, and connects to India’s participation in initiatives like the Quad’s semiconductor supply chain resilience initiative.
Skilling and Employment Generation
The Sanand facility’s employment of women trained through Industrial Training Institutes, some of whom travelled internationally for specialised training, illustrates the human capital development dimension of semiconductor policy. This connects meaningfully to India’s Skill India Mission and demonstrates how high-technology manufacturing can generate quality employment opportunities that extend beyond traditional urban, male-dominated technology sector employment patterns.
Governance and Implementation Challenges
Despite policy ambition, India’s semiconductor mission faces implementation challenges including the need for reliable power supply, ultra-pure water access, specialised gas supply chains, and environmental clearances for fabrication facilities, which are far more resource-intensive than assembly and testing operations. Coordinating between State governments offering land and infrastructure incentives and the Union government’s fiscal support requires seamless Centre-State cooperation, an area where implementation delays have historically affected India’s industrial policy outcomes.
Way Forward
India must prioritise establishing at least one full-scale wafer fabrication facility to complement its growing OSAT ecosystem, since assembly and testing alone will not deliver the strategic autonomy that motivated the Mission’s creation. Strengthening semiconductor-specific research collaboration between Indian Institutes of Technology, the Indian Institute of Science, and global semiconductor firms would build the deep technical talent pipeline required for fabrication-level expertise. Diversifying semiconductor clusters across states while ensuring consistent policy support, land acquisition efficiency, and utility infrastructure will be critical for sustained ecosystem growth beyond Gujarat.
Relevance for UPSC and SSC Examinations
This topic is highly relevant to GS Paper III, covering science and technology, indigenisation of technology, and economic development through industrial policy. Key terms for aspirants include: India Semiconductor Mission, Outsourced Semiconductor Assembly and Test (OSAT), Assembly Testing Marking and Packaging (ATMP), Digital India Corporation, Atmanirbhar Bharat, and the “China Plus One” strategy.