Press Release, 18 September 2025
It’s not just a birthday greeting—when IESA and SEMI send warm wishes to Prime Minister Narendra Modi on his 75th birthday (September 17, 2025), they’re celebrating a lot more than age. They’re cheering the rise of India as a global force in electronics and semiconductors—an ecosystem built not by chance, but by clear vision, bold policy, and relentless innovation.
From Vision to Reality: India’s Semiconductor Wake-Up Call
Once, chips and semiconductors were distant dreams—filed in old papers, discussed in think tanks, but rarely in the hands of Indian startups or assembly lines. Now, thanks to government-led missions like the India Semiconductor Mission (ISM) and incentives such as the Design-Linked Incentive (DLI) scheme, those dreams are taking shape as factories, ventures, and millions of lines of code.
- The ISM fund has been empowered with ₹76,000 crore to boost chip design, manufacturing, testing, and advanced packaging.
- Total project value across fab plants, ATMP/OSAT units, DLI beneficiaries, and state policies is already ₹1.60 lakh crore.
- India’s also working on producing its own “Made in India” chip, building up design capability, and establishing facilities that do everything from backend to frontend—ultimate chip design, packaging, and more.
At Semicon India 2025, PM Modi summed up the shift: “Oil was black gold, but chips are digital diamonds.” It’s poetic—and it’s a full stop to an era of imports, delays, and dependency.
Human Stories Behind the Steel & Silicon
This isn’t just about factories or finances—it’s about people:
- Startup founders are turning labs into product lines, going from concept to chip design, and collaborating with global firms.
- Students and academia are playing a huge role: 28+ chips designed under national programs like Chips to Startup, with participation from major universities.
- Workers—engineers, technicians, assembly line staff—are getting opportunities in what was until recently seen as “high tech beyond reach.”
- Consumers are closer than ever to buying products powered by chips made on Indian soil and designed by Indian brains.
The transformation is personal: for someone in a small town who dreams of building hardware, this could mean access to labs, funding, jobs, or even launching their own startup.
Key Milestones Lighting the Path
| What Happened | Why It’s Game-Changing |
|---|---|
| Presentation of Vikram 32-bit processor at Semicon India 2025, developed by ISRO’s Semiconductor Lab. | Proof that India is moving from promise to proof—making processors capable of handling real, tough tasks. |
| Approval of assembly, testing, fab, packaging units worth ₹1.60 lakh crore under ISM & DLI. | It builds scale, reduces dependence, spurs job creation and R&D. |
| Event turnout: Semicon India 2025 saw 20,000+ participants, delegates from 48 countries, ~1,275 booths. | Global attention + local enthusiasm = ecosystem momentum. |
| Prediction: India’s semiconductor market to grow from ~$45-50B in 2024-25 to $100-110B by 2030. | Massive opportunity for investors, startups, workers alike. |
Where This Push Matters Most (And Who It Helps)
- For Small Cities & Tier-2/Tier-3 Towns: Local manufacturing means more jobs beyond metros. A budding engineer no longer needs to move far for cutting-edge work.
- For Consumers: Products with Indian chips could be cheaper, more reliable, better suited to local needs.
- For Global Industry: India becomes not just a market, but a player in global supply chains. That adds resilience, competition, innovation.
- For National Pride & Strategic Independence: Chips are mission-critical—defense, data, energy, health. Having in-country capability reduces dependency and enhances security.
What They’re Saying
“The day is not far when the world will say – Designed in India, Made in India, Trusted by the World.” — PM Modi at SEMICON India 2025
“Oil was Black Gold, but Chips are Digital Diamonds.” — PM Modi, making the case for semiconductors as India’s new strategic asset.
The Bigger Picture: What Happens Next
India has now crossed from planning to making. With ISM, DLI, state policies, and thousands of stakeholders involved, the country is no longer hoping for semiconductor independence—it’s building it. The ecosystem is still young, but it’s growing fast, and powered by both government drive and private innovation.
