Operations

Watch chip fab projects

TinySet tracks chip fabs under construction. TinyResearch explains where manufacturing is moving and the supply risks.

TinySet

Dataset · 50 rows
Prompt

Chip fabs under construction, with company, country, process node and expected start

Fab projectCompanyCountryProcess node
Rapidus IIM-1RapidusJapan2nm
TSMC Arizona FabsTSMCUnited StatesN2
Micron Megafab (Clay NY)MicronUnited States
Micron Boise DRAM MegafabsMicronUnited StatesLeading-edge DRAM
Texas Instruments Sherman FabsTexas InstrumentsUnited States28-130nm
Intel Silicon Heartland FabsIntelUnited States14A
Intel Chandler ExpansionIntelUnited States18A
Samsung Taylor FabSamsung ElectronicsUnited States2nm

TinyResearch

Report
Prompt

Where is chip manufacturing moving, and what are the supply risks?

The global semiconductor industry is undergoing its most dramatic geographic restructuring since the 1990s, driven simultaneously by AI-fueled demand growth, geopolitical competition, and hard lessons from pandemic-era shortages. Global chip sales reached a record $795.6 billion in 2025 and are projected to reach $1.5 trillion in 2026 and $2.3 trillion by 2030 [4][6][52]. Production remains dangerously concentrated: TSMC alone holds 72.5% of foundry revenue and Taiwan produces the overwhelming majority of the world's most advanced chips [32][46]. A massive, multi-trillion-dollar buildout is underway across the US, Europe, Japan, South Korea, and India — but most new capacity will not reach volume production until 2028–2030, leaving a multi-year window of acute vulnerability. Meanwhile, China is making real but constrained progress toward self-sufficiency, and a cascade of chokepoints — in lithography equipment, rare earth materials, advanced packaging, water, energy, and talent — means that even well-funded diversification plans face serious execution risk.