India Semiconductor Mission 2.0: Towards an Integrated Semiconductor Ecosystem

Context

1. India Semiconductor Mission 2.0 (ISM 2.0), with an outlay of ₹1.27 lakh crore, aims to build an end-to-end semiconductor ecosystem covering chip design, manufacturing, equipment, materials, packaging, R&D and skills.
2. It targets ₹4 lakh crore investment, ₹2 lakh crore output, ₹1 lakh crore exports, and 50,000–60,000 direct jobs.

 About Semiconductor Ecosystem in India

1. Semiconductors are critical for electronics, automobiles, telecom, defence, smartphones, computers and AI systems.
2. Global supply disruptions highlight India’s need to reduce strategic and economic dependence on foreign suppliers.
3. India has strong chip-design and engineering talent, but limited domestic manufacturing capacity.
4. ISM was launched to build an end-to-end semiconductor value chain in India.

Key Features of ISM 2.0

ISM 2.0 focuses on building a complete semiconductor value chain through these areas:

1. Chip Design: Supports indigenous chip design and provides funding for start-ups and MSMEs.
2. Fabs & Materials: Promotes semiconductor fabrication facilities and domestic production of equipment, chemicals, gases, wafers and substrates.
3. Packaging & Testing: Expands domestic assembly, packaging and testing capabilities.
4. R&D: Supports advanced semiconductor technologies, with assistance of up to 75% of project cost.
5. Talent: Develops specialised skills in chip architecture, fabrication, packaging and semiconductor inputs; India has already trained 85,000 semiconductor engineers, exceeding the earlier target.

 Financial Support

1. Silicon fabs (fabrication units): Government assistance of up to 40% of capital expenditure.
2. Compound/discrete semiconductor fabs, selected display fabs and packaging units: Up to 35%.
3. Wafers, substrates, chemicals, gases, testing and R&D: Up to 30%.
4. Equipment and component makers: 2–10% PLI, linked to the bill of materials.
5. Pari-passu basis: Government support is released in proportion to the project’s investment.

 Support for Semiconductor Start-ups

1. Chip-design start-ups and MSMEs: Seed funding of up to ₹15 crore.
2. Government co-investment: The Centre can take minority equity stakes alongside private investors and provide further support as needed.
3. Royalty financing: Firms repay through 5% of net revenue until the Government recovers 1.5× its support.

 ISM 1.0 vs ISM 2.0

 Significance

1. Strategic autonomy: Reduces dependence on foreign semiconductor suppliers in critical sectors.
2. Supply-chain resilience: Helps withstand global shortages and geopolitical disruptions.
3. Industrial growth: Develops domestic capabilities in manufacturing, materials, equipment, packaging and testing.
4. Technology & skills: Strengthens chip design, R&D and skilled employment.
5. Global integration: Boosts semiconductor exports and India’s role in global value chains.
6. Start-up growth: Financial and equity support helps overcome the high capital needs of semiconductor ventures.

Challenges

1. High costs: Semiconductor fabs need huge investment and have long gestation periods.
2. Supply-chain dependence: Limited domestic capacity in equipment, chemicals, gases, wafers and packaging increases import dependence.

3. Technological barriers: Access to advanced manufacturing technology, intellectual property and specialised equipment remains a challenge.
4. Talent gap: Shortage of highly trained professionals in fabrication, chip design, packaging and semiconductor R&D may constrain growth.

1. Infrastructure needs: Fabs require reliable power, high-quality water, clean rooms and logistics.

Way Forward

1. Build Semiconductor Clusters: Integrate fabs, suppliers, packaging units, design firms and R&D centres in common industrial hubs.
2. Develop Skills & R&D: Strengthen industry–academia partnerships for advanced research, technology and specialised talent.
3. Reduce Import Dependence: Expand domestic production of equipment, materials and chemicals.
4. Ensure Policy Stability: Maintain predictable policies and incentives to attract long-term private investment.
5. Join Global Value Chains: Promote technology partnerships and export-oriented manufacturing to expand India’s global role.
6. Link Incentives to Outcomes: Connect government support with technology transfer, domestic value addition, R&D and measurable production.

Conclusion

ISM 2.0 shifts India from individual semiconductor projects to an end-to-end ecosystem covering design, manufacturing, materials, equipment, packaging, R&D and skills. It can strengthen technological and strategic autonomy and enhance India’s role in global semiconductor value chains.

UPSC FAQs

Q1. What is ISM 2.0?
Ans. India Semiconductor Mission 2.0 (ISM 2.0) is a government initiative to develop an end-to-end semiconductor value chain in India, covering design, fabrication, materials, packaging, R&D and skills.

Q2. What is a semiconductor fab?
Ans. A fab (fabrication facility) is a specialised plant where semiconductor wafers are processed to manufacture integrated circuits (chips). It requires advanced technology, high-quality water, clean rooms and reliable power.

Q3. Why are semiconductors strategically important for India?
Ans. Semiconductors are essential for electronics, automobiles, telecom, defence and AI. Domestic production can reduce import dependence, improve supply-chain resilience and strengthen strategic autonomy.

Q4. What is meant by “pari-passu” support under ISM 2.0?
Ans. Pari-passu means “on an equal footing.” Under ISM 2.0, government financial support is released in proportion to the investment made by the project.