India Semiconductor Mission 2.0 and the Drive for Technological Self-Reliance

India Semiconductor Mission 2.0 and the Drive for Technological Self-Reliance

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Why in News

  • The Union Cabinet approved the India Semiconductor Mission 2.0 (ISM 2.0) with an outlay of ₹1.27 lakh crore, marking a major turning point in India's technology policy.
  • Along with the ₹62,500-crore Mobile Phone Manufacturing Scheme (MPMS), this step aims to shift India from a consumer of technology to a global chip manufacturing hub.

Overview of India's Silicon Ambition

  • India's semiconductor drive through Semicon 2.0 focuses on self-reliance in chip design, manufacturing, raw equipment, and research to protect supply chains and build a strong domestic tech base.

The Six Pillars of ISM 2.0

  • The Design Linked Incentive (DLI) scheme helps Indian startups create and keep intellectual property rights within the country.
  • The mission supports commercial silicon, compound semiconductor, and display fabrication facilities across both basic and modern nodes.
  • It expands Assembly, Testing, Marking, and Packaging (ATMP/OSAT) setups to build hardware needed for artificial intelligence and supercomputing.
  • The government provides subsidies for local production of specialty chemicals, pure gases, silicon wafers, and high-precision tools.
  • It funds research into advanced semiconductor technologies, including sub-7nm processing, 3D chiplets, and optical silicon chips.
  • Colleges and industries will work together to train skilled process engineers, materials scientists, and VLSI designers.

Rationale and Need for Self-Reliance

  • Supply chain interruptions during the pandemic showed how foreign dependence can stop manufacturing in cars, electronics, and medical equipment.
  • Relying heavily on a few places like Taiwan, South Korea, China, Japan, and the US creates economic risks during conflicts.
  • National infrastructure like satellites, defense weapons, 5G/6G networks, and AI run on chips, so importing them creates security risks.
  • The ₹62,500-crore mobile manufacturing scheme creates immediate demand for locally produced semiconductor chips.

Economic Analysis

  • India's domestic chip market was valued at $50 billion in 2024-25 and will grow past $100 billion by 2030, helping lower the current account deficit by reducing imports.
  • Building this ecosystem creates specialized jobs for chip designers, chemical technicians, and materials engineers.
  • Manufacturing chips locally lowers production costs for electric vehicles, 5G/6G networks, and data centers.

Geopolitical and Strategic Analysis

  • Global chip production sits mainly in East Asia, so establishing a local manufacturing hub protects India from war or shipping breakdowns.
  • Chips control vital hardware for AI, space satellites, and defense, so relying on foreign factories makes the country vulnerable during crises.
  • This mission supports global technology agreements like the US-India iCET and partnerships with Japan, the EU, and Singapore.

Technological and Industrial Analysis

  • India's current plan focuses on mature nodes from 28nm to 110nm for cars and devices, with plans to build sub-7nm chips later.
  • Advanced chip packaging gives a cost-effective way to boost hardware performance without needing expensive sub-2nm factories right away.

Challenges

  • Building chip factories requires huge capital between $5 billion and $15 billion and needs constant spending to keep up with new technology.
  • Factories need uninterrupted power and millions of liters of pure water daily, as even a minor power flicker ruins entire production batches.
  • India lacks local suppliers for raw specialty chemicals, specialized metals, and chip manufacturing machinery.
  • Many Indian chip engineers work abroad because the country lacked advanced foundries and research labs in the past.

Way Forward

  • State governments should build ready-to-use industrial parks with dedicated water treatment plants and dual-line power setups.
  • Initial efforts should target niche areas like Silicon Carbide and Gallium Nitride along with older nodes that need lower investment and have high local demand.
  • Setting up the India Semiconductor Research Centre (ISRC) based on Belgium's imec or Taiwan's ITRI will link research labs with commercial factories.
  • Expanding the Design Linked Incentive (DLI) scheme will give startups easier access to design software, chip trials, and investment funds.

Conclusion

  • The India Semiconductor Mission 2.0 is an essential program to secure digital independence and turn India into a strong global technology hub.
  • While government grants help start the process, long-term success depends on efficient administration, reliable utilities, and strong local innovation.