IN Brief:
- Global semiconductor equipment billings reached $36.55bn in Q1 2026, up 14% year-on-year.
- Investment remained concentrated around leading-edge logic, DRAM, and advanced packaging.
- Europe recorded $0.95bn in quarterly billings, up 28% sequentially and 9% year-on-year.
SEMI has reported global semiconductor equipment billings of $36.55bn for the first quarter of 2026, setting a new quarterly record and marking a 14% increase compared with the same period last year.
The figures, compiled through the Worldwide Semiconductor Equipment Market Statistics report with the Semiconductor Equipment Association of Japan, show a 1% rise against the previous quarter. Investment continued to flow into the manufacturing infrastructure needed for leading-edge logic, DRAM, AI accelerators, and advanced packaging.
Ajit Manocha, president and CEO of SEMI, said: “The strong start to 2026 reflects continued industry investment in the capacity and infrastructure needed to support AI-driven semiconductor growth. Record first-quarter billings highlight ongoing momentum in leading-edge manufacturing and advanced packaging.”
Regional data shows a highly concentrated equipment market. China remained the largest market at $10.99bn, although that represented a 16% fall from the previous quarter. Korea reached $8.93bn, up 26% sequentially and 16% year-on-year, while Taiwan rose to $8.77bn, an 18% quarter-on-quarter rise and a 24% increase from the same period in 2025.
North America recorded $3.28bn in billings, with a 6% sequential rise and 12% year-on-year increase. Europe remained much smaller at $0.95bn, but the region posted a 28% increase from the previous quarter and a 9% rise year-on-year. Japan recorded $2.16bn, down 24% sequentially and 1% year-on-year, while the rest of the world totalled $1.48bn.
AI infrastructure is now exerting a direct influence on semiconductor manufacturing investment. Training and inference systems depend on high-performance processors, high-bandwidth memory, fast interconnect, and dense package architectures, so equipment spending is following the constraints that determine compute density and memory bandwidth. That is pushing capital towards advanced wafer processing, metrology, test, and packaging capacity rather than a simple expansion of commodity chip output.
Advanced packaging has become one of the clearest pressure points. As monolithic scaling becomes harder and more expensive, more system value is moving into chiplets, interposers, high-density substrates, wafer-level processing, and heterogeneous assembly. In Europe, Tessalia’s advanced packaging plant in France reflects the same structural shift towards package-level integration as a core part of semiconductor performance.
Memory demand is reinforcing that investment cycle. AI systems are increasing the value of DRAM, HBM, NAND, and memory-adjacent interconnect, while also placing more pressure on process control and package assembly. Equipment suppliers benefit when memory makers add capacity, but they also gain from retooling cycles as manufacturers move to more demanding architectures and tighter integration.
Europe’s comparatively small quarterly billings figure leaves the region exposed to manufacturing decisions made in Asia and North America. The 28% sequential rise suggests stronger investment activity from a low base, but Europe still trails the leading regions in wafer-fab equipment demand. Its strengths in design, equipment, materials, automotive semiconductors, power electronics, and packaging remain significant, although those strengths rely on manufacturing capacity scaling at a pace that supports regional supply resilience.
The latest billings data also shows a split market. AI-linked logic, DRAM, and packaging are carrying much of the growth, while mature-node, industrial, automotive, and analogue semiconductor demand remains more dependent on local utilisation cycles and end-market conditions. Equipment makers will be watching whether the current growth broadens across the semiconductor market, or whether capital spending remains concentrated around the most compute-intensive applications.
