Promise Of Chips

After Reading This Article You Can Solve This UPSC Mains Model Question:

The success of India’s semiconductor ambitions depends on building an entire ecosystem rather than merely setting up fabrication units. Discuss in the context of the India Semiconductor Mission (ISM) Phase-II. 15 Marks (GS-3, Economy) 

Introduction

Semiconductors are the backbone of the digital economy, powering AI, electronics, automobiles, and defence systems. Amid growing geopolitical competition and supply chain disruptions, India has launched the India Semiconductor Mission (ISM) Phase-II with an outlay of ₹1.27 lakh crore to build a resilient semiconductor ecosystem and emerge as a trusted global manufacturing hub.

Why are Semiconductors Strategically Important?

1. Foundation of the Digital Economy

• Semiconductors power critical technologies such as AI, 5G/6G, IoT, EVs, robotics, quantum computing, and consumer electronics.
• They are the basic building blocks of the Fourth Industrial Revolution (Industry 4.0) and digital transformation.

2. National Security & Strategic Autonomy

• Essential for defence electronics, missiles, satellites, cybersecurity, and secure communication systems.
• Indigenous chip manufacturing reduces dependence on imports and enhances strategic autonomy during geopolitical conflicts.

3. Economic Growth & Manufacturing Competitiveness

• Strengthens electronics manufacturing, attracts high-value investments, and boosts exports.
• Supports flagship initiatives such as Make in India, Digital India, and the Production Linked Incentive (PLI) Scheme.

4. Supply Chain Resilience

• The COVID-19 pandemic, US–China technology rivalry, Taiwan Strait tensions, and export restrictions exposed vulnerabilities in global semiconductor supply chains.
• Domestic semiconductor capability enhances supply chain resilience and reduces dependence on a few countries for critical technologies.

5. Enabling the AI Revolution

• Artificial Intelligence relies on high-performance processors, GPUs, memory chips, and AI accelerators for computing power.
• A robust semiconductor ecosystem is essential for India’s ambition to become a global leader under the IndiaAI Mission and future digital economy.

6. Social Development & Digital Inclusion

• Affordable semiconductor-enabled devices improve access to digital education, telemedicine, e-governance, and financial inclusion.
• Expanding the semiconductor ecosystem creates high-skilled employment, promotes innovation, and helps retain India’s technical talent, reducing brain drain.

India Semiconductor Mission (ISM) Phase-II

Objectives of India Semiconductor Mission (ISM) Phase-II

1. Develop a Complete Semiconductor Ecosystem: Build end-to-end capabilities in chip design, fabrication, packaging, equipment, materials, R&D, and skilled manpower to create a self-reliant semiconductor industry.

2. Strengthen Strategic Autonomy: Reduce dependence on foreign countries for critical semiconductor technologies and enhance India’s technological sovereignty and supply chain resilience.

3. Integrate into Global Value Chains (GVCs): Position India as a trusted semiconductor manufacturing hub by attracting global investments and becoming a key partner in diversified supply chains under the China+1 strategy.

4. Promote Innovation and Indigenous Technology: Encourage domestic R&D, intellectual property (IP) creation, and indigenous semiconductor technologies to build long-term technological competitiveness.

Major Features

1. Capital Support: Provides capital subsidies to semiconductor projects to reduce initial investment costs and encourage manufacturing.
2. Manufacturing-Linked Incentives (MLIs): Offers incentives based on actual production and sales to promote sustained manufacturing.
3. Performance-Based Incentives: Rewards firms for higher production, commercial sales, and greater domestic value addition.
4. Support for Indigenous Capabilities: Encourages the use of domestic components, indigenous technologies, and locally developed intellectual property (IP) to strengthen technological self-reliance.
5. ₹1.27 lakh crore: A substantially enhanced allocation to accelerate the development of a comprehensive semiconductor ecosystem in India.

Challenges Before India in Developing a Semiconductor Ecosystem

1. High Capital Requirement: Semiconductor fabrication plants require massive investments (US$10–20 billion+) and have long gestation periods, making financing and risk-sharing difficult.

2. Technology & Intellectual Property Gap: India lacks access to frontier technologies such as EUV lithography, advanced process nodes (<5 nm), and critical semiconductor IP, which are concentrated in a few countries.

3. Complex Global Value Chains: Semiconductor manufacturing involves highly specialised stages—from design to fabrication, packaging, testing, equipment, and materials—making ecosystem development challenging.

4. Intense Global Competition: Countries like the US, China, Japan, South Korea, and the EU are offering massive incentives, intensifying competition for investment, technology, and skilled talent.

5. Skilled Talent Retention: Despite a strong pool of semiconductor engineers, India faces brain drain due to better research opportunities, higher salaries, and mature innovation ecosystems abroad.

6. Infrastructure & Ecosystem Deficit: Semiconductor fabs require uninterrupted power, ultra-pure water, advanced logistics, and policy stability, areas where India still needs significant improvement.

Strengthen Global Partnerships

1. Collaborate with the United States

• Deepen cooperation in advanced chip manufacturing, semiconductor R&D, and supply chain resilience through initiatives like the India–US Initiative on Critical and Emerging Technology (iCET).

2. Partner with Japan

• Leverage Japan’s expertise in semiconductor materials, manufacturing equipment, and precision engineering to strengthen India’s fabrication ecosystem.

3. Engage with Taiwan

• Collaborate with Taiwan, the global leader in chip fabrication and foundry services, for technology transfer, investment, and skill development.

4. Strengthen Ties with South Korea

• Partner with South Korea in memory chips, advanced packaging technologies, and semiconductor manufacturing, while encouraging investments by global firms.

5. Enhance Cooperation with the European Union

• Work with the EU on joint R&D, semiconductor standards, sustainable manufacturing, and workforce development to integrate into trusted global value chains.

Way Forward for India’s Semiconductor Ecosystem

1. Develop the Entire Semiconductor Ecosystem: Move beyond chip fabrication by strengthening chip design, packaging (ATMP/OSAT), equipment manufacturing, semiconductor chemicals, and raw materials to build an integrated value chain.

2. Invest in Frontier Research & Innovation: Enhance funding for IITs, IISc, semiconductor research centres, and industry–academia collaboration to develop indigenous technologies and intellectual property (IP).

3. Build a Skilled Workforce: Introduce semiconductor-focused curricula, VLSI training, and advanced manufacturing programmes to create a globally competitive talent pool.

4. Encourage Private Investment: Ensure policy stability, faster regulatory approvals, quality infrastructure, and predictable taxation to attract long-term domestic and foreign investment.

5. Strengthen Global Partnerships: Collaborate with the US, Japan, Taiwan, South Korea, and the EU for technology transfer, joint R&D, talent development, and supply chain integration.

6. Promote Domestic Demand & Innovation: Leverage initiatives like Make in India, Digital India, IndiaAI Mission, and PLI Scheme to create a strong domestic market and encourage indigenous semiconductor innovation.

Conclusion

The India Semiconductor Mission Phase-II marks a strategic shift towards building a resilient semiconductor ecosystem. Sustained investment in technology, talent, and innovation can strengthen India’s technological sovereignty, economic competitiveness, and position as a trusted hub in global semiconductor value chains.