Applied Materials announced a $5 billion investment in India during Prime Minister Narendra Modi's semiconductor summit this week, marking the largest commitment by a U.S.-based wafer-fab equipment maker to the subcontinent. The Santa Clara-based firm supplies deposition, etch, and metrology systems to nearly every advanced chipmaker globally. Its decision follows 18 months of Modi administration negotiations and coincides with India's $10 billion semiconductor incentive package, approved in December 2021 and revised upward in 2023.
The investment will fund Applied Materials' first integrated equipment manufacturing and engineering campus outside the United States, scheduled to begin construction in Gujarat by Q2 2025. The facility will produce process equipment for 200mm and 300mm wafer fabs, targeting both legacy node production and India's nascent advanced packaging sector. Applied Materials expects the campus to reach full operational capacity by 2028, employing approximately 4,000 engineers and technicians. The company already operates three application labs in India but has never manufactured equipment there.
This matters because India now holds credible chipmaking ambitions beyond assembly and test. Modi's summit drew commitments from Taiwan's Powerchip Semiconductor, which is building a $11.3 billion fab in Gujarat with Tata Electronics, and Israel's Tower Semiconductor, which signed a memorandum for a $10 billion facility in Karnataka. Applied Materials' decision validates the infrastructure bet: you don't build a $5 billion equipment plant unless anchor customers have already committed to $20 billion-plus in fab construction. The timing also follows U.S. export restrictions on China, which consumed 25 percent of Applied Materials' revenue in fiscal 2022 but dropped to 18 percent by fiscal 2024. India represents hedged exposure to Asia's manufacturing migration without the geopolitical lock-in risk.
The Gujarat campus will focus on mature-node equipment, not EUV lithography or sub-3nm tools, which Applied Materials does not produce. India's immediate opportunity lies in 28nm to 180nm nodes for automotive, industrial, and defense applications, sectors where chip shortages caused $210 billion in lost automotive revenue globally in 2021. Applied Materials is positioning ahead of demand, not chasing it. The firm's fiscal 2024 revenue was $27.2 billion, with 42 percent from deposition systems and 28 percent from etch. India's fab buildout, if it reaches the government's target of five operating fabs by 2030, could consume $2 billion to $3 billion annually in Applied Materials equipment alone.
Operators should watch the Powerchip-Tata fab groundbreaking, expected in March 2025, and Tower's final investment decision, penciled for Q3 2025. Both hinge on state-level land acquisition and power grid commitments, which have delayed prior Indian semiconductor projects. Applied Materials' campus construction timeline runs parallel to these fabs, meaning any six-month slip in customer buildout could strand capacity or force the company to export equipment from India, a model it has not deployed elsewhere. Track also whether ASML or Tokyo Electron announces similar India manufacturing; neither has committed beyond service centers, and their absence would confirm India's mature-node ceiling for the next decade.
Applied Materials is not betting on India becoming Taiwan. It is betting India becomes Thailand in semiconductors: a Tier 2 manufacturing hub with stable governance, cost advantages over China, and enough local demand to justify the infrastructure. The $5 billion makes that bet concrete.
The takeaway
Applied Materials' $5 billion India campus validates Modi's chip push and signals fab equipment suppliers are hedging China exposure eastward.
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