Key Facts and Data Points

  • Budget allocation for ISM 2.0 (FY 2026‑27): ₹1,000 crore.
  • ISM 1.0 incentive outlay: ₹76,000 crore with up to 50% fiscal support.
  • Projects approved (till Dec 2025): 10 projects across six states, total investment ₹1.60 lakh crore covering silicon fabs, compound semiconductors, advanced packaging and testing.
  • Market size: $38 bn (2023) → $45‑50 bn (2024‑25) → projected $100‑110 bn by 2030.
  • Self‑sufficiency target: 70‑75% of domestic chip demand by 2029.
  • Advanced node goal: 3 nm and 2 nm manufacturing capability by 2035.
  • Complementary programme: Modified Programme for Development of Semiconductor and Display Manufacturing Ecosystem – ₹8,000 crore for 2026‑27.

Background and Context

  • ISM 1.0 launched in Dec 2021 to create a foundational semiconductor ecosystem.
  • Global chip shortages and geopolitical uncertainties highlighted the strategic need for domestic capacity.
  • Aligns with broader initiatives: Make in India, Aatmanirbhar Bharat, and Digital India.

Significance for India / Governance / Policy

  • Supply‑chain security: Reduces dependence on imports for defence, telecom, AI and critical infrastructure.
  • Economic impact: Generates high‑skill employment, attracts foreign investment, and creates export potential.
  • Strategic autonomy: Positions India as a reliable player in the global semiconductor value chain.

Related Constitutional / Legal Provisions

  • Make in India (2014): Policy framework encouraging domestic manufacturing.
  • Aatmanirbhar Bharat Abhiyan (2020): Self‑reliance drive across sectors.
  • National Policy on Electronics (2020): Promotes indigenous electronics and semiconductor manufacturing.
  • Fiscal incentives under Section 80‑IA of the Income Tax Act: Tax benefits for R&D and manufacturing units.

Key Initiatives under ISM 2.0

  • Semiconductor Design Linked Incentive Scheme: Supports fabless companies, IP development and design manpower.
  • Digital India RISC‑V Programme: Promotes open‑source processor development without licence costs.
  • Chips to Startup Programme: Provides startups and universities access to advanced design tools and fabrication.
  • Indigenous Microprocessor Development: Projects like DHRUV64 to reduce reliance on imported processors.