SEMI Projects Double-Digit Growth in Global 300mm Fab Equipment Spending for 2026 and 2027

Why It Matters

The forecast marks an unprecedented capital commitment that highlights AI’s transformative impact on the semiconductor supply chain and accelerates government‑backed localization efforts, reshaping opportunities for equipment makers and foundries alike.

Key Takeaways

• 300mm fab spending hits $133B in 2026, $151B in 2027.
• AI chip demand drives double‑digit equipment growth.
• Logic & Micro leads with $228B investment 2027‑2029.
• Memory segment to spend $175B, driven by AI training.
• China, Taiwan, Korea, Americas dominate global fab equipment spending.

Pulse Analysis

The projected 18% jump in 300mm fab equipment outlays underscores how AI has become the primary catalyst for semiconductor capital cycles. Compared with the modest growth of the early 2020s, the $133 billion slated for 2026 reflects both a rebound from pandemic‑induced slowdowns and a structural shift toward higher‑performance compute. Industry analysts see this as the first time annual spending will breach the $150 billion threshold, signaling a new era of sustained investment that will ripple through the entire supply chain.

Segment‑level analysis reveals a pronounced tilt toward Logic & Micro equipment, slated to absorb $228 billion between 2027 and 2029. Advanced‑node fabs targeting sub‑2nm processes are expanding to meet the power‑efficiency and performance demands of generative AI workloads. Simultaneously, the memory segment—particularly DRAM and 3D NAND—will draw $175 billion as AI training drives high‑bandwidth memory adoption and inference workloads boost storage needs. Equipment vendors that specialize in lithography, etch, and deposition for leading‑edge nodes stand to capture a disproportionate share of this growth.

Geographically, the spending surge is broadly distributed, with China, Taiwan, Korea and the Americas anchoring the bulk of investments. Policy incentives in each region—China’s domestic capacity push, Taiwan’s continued leadership in 2nm fabs, Korea’s memory‑centric upgrades, and U.S. initiatives to secure domestic fabs—create a diversified yet interlinked ecosystem. Smaller markets such as Japan, Europe, the Middle East and Southeast Asia are leveraging government subsidies to attract niche projects, further reinforcing supply‑chain resilience. As the AI era matures, stakeholders should monitor how these regional dynamics influence equipment pricing, talent allocation, and the timing of next‑generation fab rollouts beyond 2029.