IN Brief:
- Worldwide semiconductor manufacturing equipment billings reached $40.53 billion during Q2 2026.
- Spending increased 23% year-on-year and 11% from the first quarter.
- Advanced logic, memory, packaging, and AI-related capacity continue to support equipment investment.
SEMI has reported a second consecutive quarterly record for semiconductor manufacturing equipment billings, with worldwide spending reaching $40.53 billion during the second quarter of 2026.
The total increased 23% compared with the same period last year and 11% from the first three months of 2026. The figures point to continuing capital investment in advanced semiconductor manufacturing, with AI-related logic, memory, and packaging capacity among the areas supporting demand for new equipment.
The data come from SEMI’s Worldwide Semiconductor Equipment Market Statistics programme, which compiles information submitted by the association’s members and the Semiconductor Equipment Association of Japan. It covers seven regions and more than 22 semiconductor-equipment market segments.
Equipment spending is a useful indicator because fabrication capacity cannot be expanded indefinitely through higher utilisation. New process technology, larger production volumes, advanced packaging, and higher-performance memory all require additional machinery for deposition, etch, lithography, metrology, inspection, wafer handling, assembly, and test.
AI infrastructure has increased those demands at several stages of production. Leading-edge processors require complex front-end fabrication, while accelerator systems consume substantial quantities of high-bandwidth memory. Advanced packaging adds another layer of investment as manufacturers combine logic, memory, chiplets, substrates, and interconnect technologies into increasingly complex assemblies.
The resulting capital intensity can rise more quickly than semiconductor unit shipments. A more complicated device may require additional process steps, tighter inspection limits, more precise metrology, or additional packaging operations even if the number of individual chips does not expand at the same rate.
The 11% sequential increase is notable because it follows an already record-setting first quarter. Semiconductor capital expenditure has historically been cyclical, and equipment suppliers can experience sharp changes in demand when chipmakers delay fab projects, reduce utilisation expectations, or work through excess inventory.
Two consecutive records indicate that current investment programmes have continued despite the amount of capacity already under construction. The spending is distributed across several regional and technology cycles rather than reflecting one company or one type of semiconductor.
Governments are also influencing where that equipment is installed. Subsidies, tax incentives, and semiconductor industrial policies in North America, Europe, and Asia have encouraged investment in regional manufacturing, although commercial questions around utilisation, process maturity, yields, and customer demand still determine whether new capacity will be economically sustainable.
The technical mix behind the $40.53 billion total is equally important. A mature-node analogue or power-semiconductor facility requires a different toolset from a leading-edge logic fab, while advanced packaging generates demand for bonding, inspection, handling, and test systems that do not sit inside conventional front-end wafer processing.
For AI hardware, the capital chain is particularly broad. Demand for accelerators translates into additional logic fabrication, memory production, packaging capacity, substrate requirements, test, and power electronics. Before any of those components can reach a server rack, manufacturers have to install, qualify, and ramp the equipment that produces them at acceptable yield.
That qualification cycle can itself take months, so equipment spending typically precedes usable output by a considerable interval.
Equipment expenditure therefore gives an early indication of where semiconductor manufacturers expect future constraints or technology requirements to emerge. The current records do not mean every end market is expanding at the same rate, but they show that enough manufacturers still expect advanced capacity requirements to justify another quarter of historically high investment.
The next test will be whether those programmes maintain the same pace as newly installed fabs and packaging lines move towards production. For the moment, equipment suppliers are benefiting from a semiconductor expansion cycle in which manufacturing complexity is rising alongside demand.
