India semiconductor market to hit $155B by CY31, 20% CAGR

For portfolio allocators, the 20% CAGR to $155 billion by CY31 is a durable structural story: $62 billion to $155 billion in five years implies an incremental $93 billion of annual semiconductor demand, and the share gain from 6% to 9% means India is taking wallet share from other consuming geographies.

India's semiconductor market is projected to reach $155 billion by calendar year 2031, up from an estimated $62 billion in CY26, implying a compound annual growth rate of 20 per cent and lifting India's share of global semiconductor consumption from about 6 per cent to roughly 9 per cent, according to a Kotak Mahindra Mutual Fund report released on August 24, 2026. The projection frames India's transition from a design-heavy outsourcing hub into a broader semiconductor value-chain participant covering fabrication, packaging and testing.

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The arithmetic is striking: the implied incremental annual semiconductor consumption in India is about $93 billion between CY26 and CY31.

The arithmetic is striking: the implied incremental annual semiconductor consumption in India is about $93 billion between CY26 and CY31. If the 6 per cent share in CY26 and 9 per cent share in CY31 hold, India would be expanding its importance as a consumer of semiconductors faster than many established markets. The report attributes the trajectory to a combination of domestic demand, a growing chip-design ecosystem, government support, and emerging manufacturing and packaging capabilities.

India's design strengths are already substantial. The report estimates India has around 300,000 chip designers, roughly 20 per cent of the global chip-design workforce, second only to the United States. This is the strongest part of the value chain today. The report rates the current position in chip design as "Strong" with an ambition to reach "Leadership" by CY30. That talent base has historically handled global R&D and verification work, but the new roadmap seeks to connect design capability to physical production inside India.

The value chain roadmap is asymmetric. In wafer fabrication, the report describes India's current position as "Absent" and targets only "Pilot-Scale" by CY30. In OSAT/ATMP—outsourced semiconductor assembly and test, plus advanced packaging—the current position is "Emerging" and the goal is "Scaled" by CY30. This sequencing matters: rather than trying to leap directly into leading-edge logic fab capacity, India appears to be building from design to assembly, test and packaging, where capital intensity is lower and existing skills are more transferable.

Several programmes are identified as enablers: the Chip-to-Startup (C2S) programme, the Design Linked Incentive (DLI), Global Capability Centres (GCCs), and broader semiconductor projects backed by government support. These are not new announcements but a continuation of policy incentives intended to lower entry barriers for fabless startups, attract equipment and materials suppliers, and create a domestic anchor for semiconductor production.

The market implications extend beyond semiconductors. A $155 billion consumption base would make India one of the world's largest semiconductor demand centres, with implications for electronics manufacturing, automotive systems, telecom equipment, data centres and industrial automation. It also creates a large potential market for local foundries, OSAT providers and materials suppliers, reducing reliance on imported chips and improving supply-chain resilience for companies serving Indian end markets.