On July 15, 2026, India’s Union Cabinet approved Semicon 2.0 — a ₹1,27,500 crore ($13.23 billion) semiconductor policy that is arguably the most ambitious industrial initiative India has launched since economic liberalisation. Here is what it means, who benefits, and why every Indian consumer should care.
What Is Semicon 2.0?
Semicon 2.0 is the second phase of India’s India Semiconductor Mission (ISM), the government’s push to build a domestic chip industry from the ground up. Phase 1 (launched 2022) focused on getting chip factories — called fabs — set up on Indian soil. Phase 2 goes much further: it covers the entire semiconductor supply chain, from designing a chip on paper to packaging the finished product and training the engineers who do it all.
Think of semiconductors as the foundation of every electronic product — your smartphone, laptop, EV, smart TV, washing machine, even the microwave. Right now, India imports nearly all of its chips, mostly from Taiwan, South Korea, and China. Semicon 2.0 is the plan to change that.
The 6 Pillars of Semicon 2.0
The policy is structured around six core areas:
- Chip Design — Supporting Indian companies to design their own intellectual property (IP) across six segments: radio frequency (RF), compute, memory, power management, sensors, and networking chips. The goal is not just to manufacture chips designed elsewhere, but to own the designs.
- Machines and Materials — Developing domestic capability in the specialised equipment and chemicals that chip factories depend on — an area where India currently has almost no presence.
- More Fabs — Building additional fabrication plants beyond those approved in Phase 1. CMOS silicon fabs get 40% capex support from the government; all other types get 35%.
- ATMP / OSAT — Assembly, Testing, Marking and Packaging plants — the stage where raw chips are packaged into the components that go into your phone. Nine such facilities were already approved in Phase 1.
- R&D — Funding research into next-generation chip technologies and system-level products for both commercial and strategic (defence) use.
- Talent Development — Creating engineers and specialists who can actually run this industry, through partnerships with universities, IITs, and industry training programmes.
Where Things Stand Right Now
Phase 1 already set the wheels in motion. The government has approved 12 semiconductor manufacturing projects that together attracted over ₹1.64 lakh crore in investment. These include:
- A silicon fab (traditional chip manufacturing)
- A silicon carbide fab (used in EVs and power electronics)
- An integrated gallium nitride micro-LED display fab
- Nine packaging and assembly (ATMP) plants
Companies already in commercial production in India include Micron Technology (US memory chip giant), Kaynes Semicon, and CG Semi. Five semiconductor plants are expected to be fully operational by the end of 2026.
India’s Chip Ambitions: The Timeline
| Year | Target |
|---|---|
| End of 2026 | 5 semiconductor plants operational in India |
| 2029 | Design and manufacture chips for 70–75% of domestic applications |
| 2035 | Among the top semiconductor nations globally |
Why This Matters for Indian Consumers
You might be wondering: this is a policy story — why should I care? Here is the direct connection to everyday life:
- Cheaper electronics. When India makes its own chips, the import dependency and the rupee-dollar exchange risk that drives up gadget prices gets reduced. Domestically produced chips can lower the cost of everything from smartphones to EVs over time.
- Made in India phones with Indian chips. Right now “Made in India” mostly means assembled in India with imported components. Semicon 2.0 is the path to phones, laptops, and TVs with genuinely Indian silicon inside.
- Supply chain security. The pandemic and the US–China chip war showed how vulnerable global supply chains are. An Indian chip industry means fewer disruptions to the products we buy.
- Jobs. The semiconductor industry creates high-skill, high-paying engineering and manufacturing jobs. One fab creates tens of thousands of direct and indirect jobs.
- Defence and strategic tech. India currently has to import chips even for military systems. Domestic capability changes the strategic equation entirely.
The Challenges India Faces
It would be incomplete not to acknowledge how hard this is. Chip manufacturing is one of the most complex industrial processes humanity has ever developed. Taiwan’s TSMC took decades and billions of dollars to get where it is. A few things India needs to get right:
- Water and power. Chip fabs are enormously hungry for ultra-pure water and stable electricity — both areas where India’s infrastructure still needs work.
- Talent pipeline. Semiconductor engineers are scarce globally. India needs to train tens of thousands of specialists who simply do not exist yet in sufficient numbers.
- Execution speed. India’s track record on large industrial projects is mixed. Getting five plants operational by end of 2026 will be a test of whether this time is different.
Bottom Line
Semicon 2.0 is not just another government scheme. It is India’s bet on the most strategically important industry of the 21st century. The ₹1.27 lakh crore outlay, combined with ₹1.64 lakh crore in private investment already committed, represents a level of seriousness that goes beyond previous attempts.
The full results will take years to show up in your gadget prices or job market — but the foundation is being laid right now, in July 2026, and it is worth paying attention to.
Source: Union Cabinet press release, India Semiconductor Mission 2.0 (July 15, 2026). Policy details via India Briefing and Cyril Amarchand Blogs.
