With 12 plants in phase one, India’s chip making mission sets sights on next frontier

Why in the News? 

The Union Cabinet approved two new semiconductor units in Gujarat (totaling 12 projects under Phase-I) under the India Semiconductor Mission (ISM) to boost domestic manufacturing. These include India’s first commercial Gallium Nitride (GaN)-based display facility by Crystal Matrix Limited and an OSAT unit by Suchi Semicon.

Why Is India’s Semiconductor Push Considered a Strategic Turning Point?

1. Strategic Autonomy: Reduces dependence on imported semiconductors used in telecom, defence, automobiles, AI systems, and consumer electronics.
2. Supply Chain Security: Strengthens resilience after global chip shortages disrupted automobile, electronics, and industrial production during the COVID-19 period.
3. Geopolitical Relevance: Positions India as an alternative manufacturing destination amid US-China technological decoupling and “China+1” diversification.
4. Economic Value Addition: Expands domestic value addition in electronics manufacturing, which has remained heavily import-dependent despite growth in assembly operations.
5. Technology Sovereignty: Facilitates indigenous capability in advanced manufacturing sectors such as AI chips, display drivers, sensors, power electronics, and compound semiconductors.
6. Employment Generation: Supports high-skilled jobs in fabrication, packaging, design, testing, materials, and semiconductor equipment manufacturing.
7. Industrial Ecosystem Expansion: Strengthens downstream sectors including smartphones, EVs, telecom equipment, defence electronics, medical devices, and industrial automation.

What Is the India Semiconductor Mission (ISM)?

Institutional Framework

1. India Semiconductor Mission (ISM): Functions under the Ministry of Electronics and Information Technology (MeitY) as the nodal agency for semiconductor and display ecosystem development.
2. Financial Support: Provides fiscal incentives for semiconductor fabs, display fabs, Assembly, Testing, Marking, and Packaging (ATMP)/Outsourced Semiconductor Assembly and Test (OSAT) facilities, compound semiconductors, and design-linked incentives.
3. Strategic Objective: Ensures domestic semiconductor manufacturing capability across critical technology sectors.

Key Components

1. Semiconductor Fabrication: Supports wafer fabrication facilities for integrated circuit manufacturing.
2. ATMP/OSAT Ecosystem: Facilitates assembly, testing, marking, packaging, and outsourced semiconductor services.
3. Display Manufacturing: Expands domestic production of display drivers and display-related semiconductor components.
4. Design Ecosystem: Supports fabless semiconductor startups and chip design innovation.
5. Supply Chain Development: Encourages ecosystem creation in chemicals, gases, substrates, machinery, and clean-room technologies.

Which Semiconductor Projects Have Been Approved Under Phase-I?

Sl.No.	Project Name	Details
1.	Tata Electronics Semiconductor Fab, Gujarat	Investment: Involves approximately ₹91,000 crore investment.Technology Node: Targets 28-nanometre chip manufacturing capacity.Production Scale: Plans production of nearly 50,000 wafers across 28-nanometre to 110-nanometre technologies.Strategic Importance: Establishes India’s first commercial-grade chip foundry.Commercial Timeline: Expected commencement of commercial chip production from February next year.
	Tata Electronics Semiconductor Assembly Unit, Assam	Investment: Involves nearly ₹27,000 crore investment.Production Focus: Manufactures around 48 million chips daily for electronics, automotive, and telecom sectors.Regional Importance: Expands high-technology manufacturing to Northeast India.
	HCL-Foxconn Semiconductor Unit, Uttar Pradesh	Investment: Includes nearly ₹3,700 crore investment.Production Capacity: Plans production of approximately 20,000 wafers per month.Technology Application: Focuses on display driver chips used in smartphones, laptops, vehicles, and industrial systems.Operational Timeline: Expected to begin operations by March 2026.
	Kaynes Semiconductor Unit, Gujarat	Investment: Involves approximately ₹3,300 crore investment.Technology Focus: Produces chips for industrial applications.Production Capacity: Targets nearly 60 lakh chips per day.
	CG Semi OSAT Facility, Gujarat	Technology Focus: Provides semiconductor assembly and testing services.Strategic Role: Strengthens India’s backend semiconductor manufacturing ecosystem.
	ISMC Semiconductor Facility, Karnataka	Investment: Estimated at nearly ₹22,900 crore.Technology Focus: Targets advanced semiconductor fabrication capabilities.
	3D Glass Solutions, Odisha	Technology Focus: Establishes India’s first advanced 3D chip packaging unit.Strategic Importance: Enhances advanced semiconductor packaging capability using indigenous technologies.
	Advaned System Package Technologies (ASPT), Andhra Pradesh	Technology Partnership: Collaborates with South Korea’s APACK Co. Ltd.Production Focus: Manufactures advanced semiconductor packaging products.
	Continental Device India (CDIL), Punjab	Technology Focus: Manufactures discrete semiconductors including power electronics components.Industrial Importance: Supports EVs, renewable energy systems, and industrial electronics.
	Crystal Matrix Laboratories, Gujarat	Investment: Involves approximately ₹3,068 crore.Production Focus: Manufactures semiconductor substrates and materials

Why Is Semiconductor Manufacturing Critical for India’s Economy?

1. Electronics Manufacturing Expansion
   1. Import Reduction: India imports a major share of semiconductor requirements despite becoming a major electronics assembly hub.
   2. Domestic Value Addition: Semiconductor manufacturing increases local value addition beyond assembly operations.
   3. Export Competitiveness: Strengthens India’s role in global electronics exports.

Strategic and National Security Importance

1. Defence Electronics: Supports indigenous missile systems, radars, drones, communication systems, and surveillance infrastructure.
2. Critical Infrastructure: Ensures supply security for telecom networks, power grids, and digital infrastructure.
3. Cyber Security: Reduces vulnerabilities associated with excessive import dependence.

Emerging Technology Integration

1. Artificial Intelligence: Supports AI accelerators, edge computing, and data-centre infrastructure.
2. Electric Vehicles: Enables production of power semiconductors and automotive chips.
3. 5G and Telecom: Strengthens telecom equipment manufacturing ecosystem.
4. Renewable Energy: Supports solar inverters, battery management systems, and smart-grid technologies.

What Structural Challenges Continue to Constrain India’s Semiconductor Ambitions?

1. Capital Intensity
   1. High Investment Requirement: Semiconductor fabs require investments running into billions of dollars with long gestation periods.
   2. Technology Upgradation: Rapid obsolescence demands continuous reinvestment.
2. Technological Dependence
   1. Foreign Technology Reliance: India remains dependent on external partners for advanced process technologies and equipment.
   2. Limited IP Ownership: Indigenous semiconductor intellectual property ecosystem remains underdeveloped.
3. Infrastructure Constraints
   1. Power Reliability: Semiconductor fabs require uninterrupted high-quality power supply.
   2. Water Availability: Wafer fabrication is highly water-intensive.
   3. Logistics Ecosystem: Semiconductor manufacturing requires sophisticated supply-chain precision.
4. Skilled Workforce Gaps
   1. Talent Shortage: India requires specialised semiconductor engineers, fabrication experts, and materials scientists.
   2. Research Deficit: Limited semiconductor-focused R&D ecosystem constrains innovation.
5. Global Competition
   1. Subsidy Race: Competes against aggressive semiconductor incentives in the US, China, Taiwan, South Korea, Japan, and the EU.
   2. Economies of Scale: Established global players possess technological and market advantages.

How Can India Strengthen Its Semiconductor Ecosystem Further?

1. Ecosystem Development
   1. Ancillary Manufacturing: Expands domestic production of chemicals, gases, wafers, substrates, and semiconductor machinery.
   2. Cluster-Based Development: Facilitates integrated semiconductor manufacturing zones.
2. Research and Innovation
   1. R&D Investment: Strengthens semiconductor research institutions and university-industry collaboration.
   2. Design Capability: Expands indigenous fabless chip design ecosystem.
3. Human Resource Development
   1. Skill Ecosystem: Develops semiconductor-focused engineering and vocational programmes.
   2. Global Talent Partnerships: Facilitates collaboration with international semiconductor experts.
4. International Partnerships
   1. Technology Collaboration: Expands strategic partnerships with trusted semiconductor economies.
   2. Supply Chain Integration: Integrates India into resilient global semiconductor networks.

Conclusion

India’s semiconductor mission marks a transition from assembly-led electronics manufacturing to strategic technology production. Phase-I approvals indicate movement toward an integrated semiconductor ecosystem spanning fabrication, packaging, display technologies, and materials. Long-term success will depend on ecosystem depth, skilled workforce creation, infrastructure reliability, technological partnerships, and sustained policy support.

PYQ Relevance

[UPSC 2017] Account for the failure of the manufacturing sector in achieving the goal of labour-intensive exports rather than capital-intensive exports. Suggest measures for more labour-intensive rather than capital-intensive exports

Linkage: The semiconductor mission reflects India’s attempt to strengthen high-technology manufacturing and reduce import dependence under industrial policy reforms. The topic links with challenges in manufacturing competitiveness, technology ecosystems, skilled labour, global value chains, and Make in India-led industrial growth.