Top 10 Semiconductor Companies in India

India’s semiconductor ambitions have moved from aspiration to active construction in 2026. The government’s India Semiconductor Mission, backed by significant financial incentives covering capital expenditure subsidies and production-linked incentives, has catalysed genuine investment commitments from domestic and international semiconductor companies. The establishment of fabrication facilities, OSAT packaging plants, and chip design centres across Gujarat, Assam, and Karnataka represents a foundational shift in how India participates in the global semiconductor value chain — moving beyond pure design services toward manufacturing capability that supports strategic self-reliance in critical technology components. India’s chip design talent base — the deepest outside the United States — has been the sector’s genuine competitive advantage for decades, and in 2026 it is the anchor around which manufacturing and packaging investments are being built. This guide profiles the top 10 semiconductor companies shaping India’s market in 2026.

1. Intel India

Intel’s India operations represent the company’s largest research and development centre outside the United States, employing thousands of chip designers, verification engineers, and platform architects across Bengaluru and Hyderabad who work on Intel’s most advanced processor architectures. India’s Intel engineers have contributed to multiple generations of Core, Xeon, and Atom processor development, and the centre’s growing responsibility for complete chip subsystem ownership — rather than supporting work for US teams — reflects genuine confidence in Indian engineering depth. Intel’s India R&D investment continues to grow as the company deepens its semiconductor design presence in a country it recognises as one of the world’s most strategically important engineering talent markets.

2. Qualcomm India

Qualcomm’s Hyderabad design centre is one of the company’s most important global engineering locations, with teams working on Snapdragon mobile processor design, 5G modem development, and automotive chip architecture that powers hundreds of millions of devices worldwide. India’s Qualcomm engineers work on the most technically complex semiconductor problems in the mobile computing space — 5G millimetre wave implementation, AI accelerator design, and low-power processor architecture — reflecting the maturity and seniority of the India engineering talent base. Qualcomm’s India presence continues to expand as 5G infrastructure deployment across India creates domestic market demand alongside the global design work the centre performs.

3. Texas Instruments India

Texas Instruments established India’s first dedicated semiconductor design centre in Bengaluru in 1985 — a milestone that effectively created India’s chip design industry and trained the first generation of engineers who subsequently built India’s semiconductor design ecosystem across dozens of companies. TI India’s current operations cover analog circuit design, digital signal processor development, and embedded processor architecture, producing chips that power industrial control systems, automotive electronics, and medical devices globally. TI’s India heritage gives it a special place in the semiconductor ecosystem as the organisation most responsible for creating the talent foundation on which every subsequent company has built.

4. Tata Electronics Semiconductor Fab

Tata Electronics’ semiconductor fabrication facility in Dholera, Gujarat — developed in partnership with Taiwan’s Powerchip Semiconductor Manufacturing Corporation — represents the most significant milestone in India’s semiconductor manufacturing history. When operational, this fab will manufacture chips at mature process nodes covering automotive, industrial, and power management applications — segments where India has strong domestic demand and where mature node manufacturing is economically viable without requiring the most advanced sub-5nm process technology. Tata’s investment signals genuine long-term commitment to building India’s semiconductor manufacturing capability as a strategic national asset.

5. Micron Technology India

Micron Technology’s OSAT facility in Sanand, Gujarat — supported by Indian government incentives — is one of the highest-profile foreign semiconductor investments in India’s manufacturing landscape. The facility assembles and tests DRAM and NAND flash memory components, establishing India’s first presence in memory semiconductor manufacturing. While assembly and testing represents the less complex end of semiconductor manufacturing compared to wafer fabrication, Micron’s investment builds critical industry infrastructure, trains a manufacturing workforce, and demonstrates India’s ability to attract and retain global semiconductor company manufacturing operations.

6. CG Power and Industrial Solutions (Renesas JV)

CG Power’s semiconductor OSAT facility in Sanand, developed through its joint venture relationship with Japan’s Renesas Electronics, adds another node to India’s growing semiconductor packaging and testing infrastructure. The facility targets automotive and industrial semiconductor packaging — segments experiencing strong global demand driven by electric vehicle electronics content growth and industrial automation expansion. CG Power’s domestic manufacturing heritage and Renesas’s semiconductor technical expertise combine to create a genuinely capable OSAT operation that serves both domestic Indian demand and global supply chain requirements.

7. AMD India

AMD’s India engineering centres in Hyderabad and Bengaluru have become significant contributors to the company’s CPU and GPU roadmap development, with Indian teams working on processor microarchitecture, physical design, verification, and software enablement across AMD’s Ryzen, EPYC, and Radeon product families. AMD’s growing India headcount reflects competitive pressure from Intel and Qualcomm for India’s best chip design talent, as well as genuine recognition that India’s engineering depth makes it an indispensable location for any serious semiconductor company’s global R&D operations.

8. MediaTek India

MediaTek’s India design centre contributes to the company’s Dimensity mobile SoC development and its growing IoT and automotive chip portfolio, with Indian engineers working on modem design, AI accelerator development, and platform integration for products that ship in hundreds of millions of devices globally. MediaTek’s strong position in India’s smartphone market — powering a significant share of devices sold domestically — gives its India operations dual relevance as both an R&D contributor and a market-facing presence supporting the world’s fastest-growing major smartphone market.

9. CDAC

The Centre for Development of Advanced Computing has spearheaded India’s sovereign chip development ambitions through its VEGA processor family — domestically designed RISC-V based processors intended to reduce India’s dependence on imported chips for government and strategic applications. CDAC’s work on VEGA represents the kind of foundational technology investment that strategic self-reliance requires — building indigenous design capability even when commercial alternatives exist — and its collaboration with Indian academic institutions and startups is seeding an ecosystem of RISC-V expertise that will compound in value over the coming decade.

10. Kaynes Semicon

Kaynes Semicon is one of India’s most promising domestic semiconductor OSAT companies, building packaging and testing capability for integrated circuits in Mysuru that serves both Indian and international clients. The company’s domestic ownership, its investment in modern packaging technology, and its growing customer relationships with Indian electronics manufacturers position it as an important contributor to India’s semiconductor self-sufficiency agenda. Kaynes’s publicly listed parent company provides capital access and governance transparency that supports continued investment in capacity expansion.

Key Trends in India’s Semiconductor Industry 2026

India’s semiconductor industry in 2026 is at the earliest but most consequential stage of building genuine manufacturing capability alongside its world-class design heritage. The investments being made today in fabrication, packaging, and sovereign chip development will determine India’s strategic technology independence for decades to come.