India’s chip ambitions accelerate as gujarat leads the pack

India's semiconductor ecosystem is rapidly expanding with the government approving 12 semiconductor manufacturing units under the India Semiconductor Mission, attracting a combined investment of $20 billion. This surge includes two recent approvals totaling over Rs. 3,900 crore, underscoring sustained momentum and robust government backing to scale domestic chip production.

Operational progress is tangible in Gujarat’s Sanand region, where three assembly and test plants—including Micron Technology’s $2.75 billion facility, Kaynes Semicon, and a CG Power joint venture—are already commercially producing chips. These successes reflect improved policy clarity and streamlined bureaucratic processes under the India Semiconductor Mission 1.0, overcoming hurdles that stalled similar efforts in the past.

The recent foundation stone laying of the HCL-Foxconn joint venture semiconductor plant in Jewar, Uttar Pradesh, virtually inaugurated by PM Narendra Modi, marks a strategic milestone positioning UP as a key semiconductor hub. Expected to produce 36 million chips, this project exemplifies the state government’s vision to integrate semiconductor manufacturing into broader infrastructure and economic growth ambitions, reinforcing India’s push for technological self-reliance.

Underlying these semiconductor advances is the exponential growth of India’s electronics manufacturing sector over the past decade, with mobile production soaring 28-fold and exports rising 100-fold. This robust foundation amplifies the strategic importance of new semiconductor projects, signaling India’s emergence as a significant player in the global chip supply chain.

Under Semicon 2.0, India is making a strategic leap from importing semiconductor equipment to localizing the production of critical components and sub-assemblies, exemplified by Tata Electronics' early-stage talks with ASML to manufacture precision mechanical structures and mechatronic modules domestically. This approach emphasizes embedding India within the global semiconductor supply chain through collaboration and incremental localization rather than attempting to develop indigenous alternatives to established global technology leaders, thereby enhancing the ecosystem's credibility and opening pathways to supply other industry giants like Applied Materials and Lam Research.

Recognizing the heavy reliance on imports—with over 90% of semiconductor equipment and up to 90% of specialty chemicals and electronic-grade gases still sourced externally—Semicon 2.0 introduces a dedicated pillar to foster domestic manufacturing of semiconductor production equipment, specialty materials, and industrial gases. This marks a pivotal shift from merely proving chip production capability to addressing supply chain self-sufficiency and innovation, aiming to transform India into a genuinely resilient semiconductor power capable of withstanding global disruptions.

Alongside manufacturing, India is strategically nurturing its chip design ecosystem, deemed the 'lowest hanging fruit' by Amitesh Kumar Sinha, CEO of the India Semiconductor Mission, through initiatives like Chips to Startup (C2S) and the Design Linked Incentive (DLI) scheme. With Electronic Design Automation tools deployed across 320 academic institutions and over 68,000 students trained, the government is converting its vast engineering talent into domestic semiconductor intellectual property, reinforcing a comprehensive ecosystem that spans design, fabrication, packaging, research, and talent development.

India’s semiconductor strategy is further bolstered by a ₹1 lakh crore R&D and Innovation Fund aimed at accelerating breakthroughs in new materials, manufacturing technologies, and intellectual property development. Deep-tech startups play a crucial role in innovating novel materials and refining manufacturing processes to gradually reduce import dependency, reflecting a national priority to achieve technological self-reliance and build a resilient semiconductor ecosystem in response to vulnerabilities exposed by recent global supply chain disruptions.

Gujarat has emerged as the clear frontrunner in India's semiconductor race, leveraging a comprehensive subsidy package that includes a 40% top-up on central incentives, a stamp duty waiver, subsidized land of up to 75% on the first 200 acres in Dholera, and power priced at roughly Rs 2 per unit for a decade. This blend of capital subsidies and reduced operational costs creates a robust foundation that extends beyond mere fiscal generosity, fostering an ecosystem with growing supplier networks and skilled labor, which are critical for sustainable semiconductor manufacturing.

Other states like Uttar Pradesh, Tamil Nadu, Andhra Pradesh, and Odisha are aggressively employing higher state-level top-ups—ranging from 50% to 60% of central subsidies—as a strategic catch-up mechanism to counter Gujarat's entrenched advantages. While these fiscal incentives can push total government support to 70-80% of project costs when combined with central schemes, they primarily serve as a substitute for the agglomeration benefits and ecosystem maturity that Gujarat has been steadily cultivating through infrastructure readiness and long-term industry development.