India Semiconductor Mission Phase 2: 50% Capital Subsidy
1. Latest Policy Updates & Business Impact (2026)
Global electronics manufacturers are shifting component sourcing away from single-country concentrations, positioning India as a primary hub for semiconductor assembly, testing, packaging (ATMP), and fab supply chains. With major projects by Tata Electronics, CG Power, and Micron progressing rapidly, ISM Phase 2 expands capital grants to specialized Tier-2 component suppliers.
Phase 2 targets the entire semiconductor ecosystem: high-purity chemical suppliers, specialty gas manufacturers, silicon wafer processing, lead-frame stamping, and PCB substrate manufacturing. The scheme covers 50% of project CapEx on an equal pari-passu basis with state government top-up incentives.
2. Key Provisions & Subsidy Structure
Below is the subsidy breakdown under India Semiconductor Mission Phase 2:
| Category / Component | Government Grant / Subsidy Limit | Eligibility Threshold |
|---|---|---|
| Silicon Fab Facilities (28nm & finer) | 50% Direct Central CapEx Grant + 20% State Subsidy | Min Investment ₹20,000 Cr |
| OSAT / ATMP Packaging Plants | 50% Direct Central CapEx Grant + 15% State Subsidy | Min Investment ₹500 Cr |
| Compound Semiconductors (GaN / SiC) | 50% CapEx Grant + R&D Co-funding | Min Investment ₹200 Cr |
| Fab Chemical & Substrate Ecosystem Units | 30% to 50% CapEx Support under SPECS 2.0 | Min Investment ₹50 Cr |
State governments like Gujarat, Odisha, Assam, and Tamil Nadu offer additional 15% to 25% top-up capital subsidies, 100% stamp duty exemptions, and subsidized industrial water/power at ₹3.50/unit for semiconductor ecosystem investors!
3. How MSMEs & Industry Operators Can Benefit
Key focus areas for Indian electronics MSMEs and joint venture partners:
- Lead-Frame & Substrate Manufacturing: Producing high-density ball grid array (BGA) and quad-flat no-lead (QFN) copper lead-frames.
- Cleanroom Equipment & HVAC: Setting up Class 100 to Class 10,000 ISO cleanrooms for chip packaging assembly.
- Specialty Gas & Ultra-Pure Water: Supplying electronic-grade nitrogen, argon, and deionized water plants to fab units.
4. Regulatory Compliance & Application Steps
Applications under ISM Phase 2 are submitted through the India Semiconductor Mission portal (`semiconindia.niua.in`) and evaluated by an international advisory committee of chip industry veterans.
OSAT and Fab applicants must demonstrate binding technology transfer agreements (TTA) or joint venture partnerships with established global semiconductor technology owners to qualify for fiscal disbursal!
5. Economic Outlook & 5-Year Industry Forecast
India’s domestic semiconductor market is projected to reach $110 Billion by 2030, driven by EV automotive electronics, 5G telecom towers, smart meters, and consumer electronics manufacturing.
Setting up an OSAT packaging plant or entering the component supply chain under ISM 2.0 unlocks unprecedented government co-investment and guaranteed off-take from domestic electronics EMS units.
6. Frequently Asked Questions (FAQs)
What is the difference between a Fab and an OSAT unit?
A Silicon Fab manufactures raw semiconductor wafers with nanoscale circuits in ultra-clean environments (costing $3B to $10B). An OSAT (Outsourced Semiconductor Assembly and Test) unit takes raw wafers, cuts them into microchips, packages them into protective cases, and tests them for electronic devices (costing $100M to $500M).
Can Indian MSMEs participate in the semiconductor supply chain?
Yes! MSMEs can enter high-margin secondary supply chains: precision CNC machining of vacuum chambers, supply of high-purity chemicals, cleanroom garments, and custom PCB testing jigs.