Current Affairs Series for Mains-26
Topic-14
#GS3
🖥️
Semiconductor Sector: India's Road to Tech Sovereignty
📊
Strategic Profile & Market Indian semiconductor market: $45-$50 billion in 2024-2025 → $100–110 Bn by 2030
Indigenous milestones:
VIKRAM 3201: India's first space-grade 32-bit microprocessor for launch vehicles.
DHRUV64: Indigenous 64-bit high-performance processor.
🎯 Core Value & Strategic Importance
1.Economic & Industrial: "Heart & brain" of electronics, automobiles, appliances, medical devices (ECG).
2.Enables miniaturization, lower costs, higher processing power.
3.Emerging Technologies: Backbone of
AI, 5G, IoT, EVs, autonomous mobility.
4.Strategic Sectors: Critical for aerospace, defence, healthcare, energy, consumer electronics.
🏛️
Government Initiatives
India Semiconductor Mission (ISM)
🏭
Semiconductor Fabs Scheme: Up to 50% fiscal support with Focus on
≤28 nm advanced & mature nodes.
📺
Display Fabs Scheme: Up to 50% financial assistance for
AMOLED & LCD fabs.
💡
Design Linked Incentive (DLI): Supports semiconductor design startups & MSMEs.
🔬 Infrastructure, R&D & Global Partnerships
Semicon India: India's arm of global SEMICON expos;
Theme: "Building the Next Semiconductor Powerhouse."
Strategic Alliances: US-India iCET for resilient semiconductor supply chains.
Advanced R&D: 3 nm chip design centres at Noida & Bengaluru (2025).
👨🎓 Skilling Ecosystem
A
ICTE VLSI Curriculum: Industry-aligned semiconductor education.
Chips to Startup (C2S)
Future Skills Program: Train 20,000 engineers in Madhya Pradesh.
⚠️ Structural Challenges
Weak IP ecosystem, Low indigenous patents, Limited AI/Quantum chip research.
Export controls on advanced chips & equipment.
Focus on >28 nm nodes while Global shift toward 3 nm, 5 nm & AI-specific chips.
Import dependence for Silicon wafers, Specialty chemicals.
High CAPEX (multi-billion dollar fabs) and Long gestation periods.
Huge demand for Clean water and Reliable power supply.
🚀 Way Forward
1. Boost
R&D and Strengthen PPP funding.(Example: IIT Madras' Moushik microprocessor.)
2.
Sovereign Patent Fund (SPF): Expedite implementation under National Policy on Electronics.
3.
Supply Chain & Geopolitics: Leverage
China+1, Overseas Asset Acquisition, Raw Material Localization
4.
Industrial De-risking: ATMP/OSAT First Strategy Back-end manufacturing:25% value addition.
5
.Assured Procurement: Government + domestic private purchase guarantees with Initial focus on commercially viable 28 nm nodes.
6
.Integrated Ecosystem: Connect OEMs, design firms, fabs & testing units and Single-window clearances.
📝 Conclusion
The 21st-century digital economy runs on semiconductors. A
design-led, ATMP-first, globally integrated semiconductor ecosystem, backed by robust R&D and supply-chain resilience, can transform India into a self-reliant global semiconductor powerhouse.
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