India's semiconductor global capability centres have grown to over 120 facilities employing more than 125,000 chip design engineers, with companies including Qualcomm, Intel, Samsung, TSMC, Apple, AMD, and MediaTek all maintaining significant India design centres that are increasingly handling complex SoC architecture work rather than just verification and support roles, positioning India as a trusted node in diversified global chip supply chains.
Semicon Hunt -> expansion -> India Semiconductor Mission
2026-08-18
India's global capability centres in the semiconductor sector have undergone a fundamental shift in their strategic role over the past four years, evolving from predominantly verification, testing, and support functions into substantive design and architecture hubs that global chip companies are relying on for mission-critical SoC development. With over 120 semiconductor GCCs now operating in India and employing more than 125,000 engineers, India has cemented its position as the world's second-largest cluster of chip design talent after the United States, and global companies are responding by deepening their India commitments in ways that go well beyond the cost arbitrage motivations that initially drove GCC establishment.
Several of India's longest-established semiconductor GCCs have seen significant mandate upgrades in 2025 and 2026. Qualcomm's India design centres in Bengaluru and Hyderabad now handle architecture-level work on modem and RF front-end chips, including work that directly feeds into flagship Snapdragon product lines. Intel's India engineering teams in Bengaluru have been involved in process architecture research and advanced packaging design work related to Intel's disaggregated chiplet strategy. Samsung's India semiconductor R&D centre has expanded its team working on next-generation Exynos processor micro-architecture. TSMC, which established an India presence in 2023, has been growing its design enablement and process design kit development team in India, an unusually high-value function for a pure-play foundry's offshore operation. These mandate expansions reflect a growing recognition among global semiconductor firms that India's engineering talent is capable of leading complex design challenges, not just executing defined sub-tasks.
India's emergence as a trusted semiconductor partner is inseparable from the geopolitical context of US-China technology competition. US export controls on advanced semiconductor technology to China, combined with anxieties about Taiwan's geographic vulnerability, have created strong incentives for global chip companies to diversify their design and eventually manufacturing footprints into geopolitically stable, market-access-friendly jurisdictions. India offers several structural advantages in this context: a democratic governance framework compatible with sharing sensitive technology, an active and growing government incentive programme that reduces investment risk, a large domestic market that gives companies genuine commercial reasons to deepen India operations, and an absence of the export control concerns that have complicated semiconductor engagement with China and certain other Asian markets.
The growth of semiconductor GCCs is also catalysing a broader supplier and services ecosystem around India's major chip design clusters in Bengaluru, Hyderabad, Pune, and Noida. EDA tool vendors, IP licensing companies, chip packaging design firms, reliability and qualification testing labs, and embedded software companies are all expanding India footprints to serve GCC requirements. This supplier ecosystem development is significant because it creates the conditions in which Indian startups and product companies can access the supply chain infrastructure they need without relying entirely on imported services, lowering the barrier to commercialisation for the growing number of Indian fabless design ventures that have emerged from IIT and IISc research labs.
Industry bodies including NASSCOM and SEMI India are advocating for policies that explicitly leverage GCC presence to build domestic Indian semiconductor product companies, rather than treating GCC employment as an end goal in itself. Proposals include mandatory technology transfer provisions for GCCs receiving ISM incentives, co-investment requirements that channel GCC revenues into domestic startup equity, and structured mechanisms for GCC engineers to commercialise internally developed IP through government-backed spinout programmes. If implemented, these measures could accelerate the transition from India as a GCC employment destination into India as a genuine semiconductor product nation, completing the full-stack ambition that ISM 2.0 has laid out as the long-term vision for India's chip ecosystem.
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