Global Silicon Wafer Shipments Rise 13.1% in Q1 2026 as AI Demand Remains Strong

Worldwide silicon wafer shipments reached 3,275 million square inches (MSI) in Q1 2026, up 13.1% from 2,896 MSI a year earlier. The increase shows that AI-related demand remains strong, while recovery is gradually extending to industrial and power semiconductor applications.

Q1 2026 Market at a Glance

Q1 2026	Q1 2025	YoY	Q4 2025	QoQ
3,275 MSI	2,896 MSI	13.10%	3,437 MSI	-4.70%

*The 4.7% sequential decline was consistent with typical seasonality and does not reverse the year-on-year recovery.

AI and HBM Remain the Main Growth Drivers

AI data centers continue to support demand for advanced logic and memory wafers, especially those used in high-performance processors and high-bandwidth memory (HBM). As server computing density rises, demand is also expanding into power management devices that regulate power across data-center infrastructure.

Recovery Is Broadening, but It Remains Uneven

The improvement is no longer limited to leading-edge AI applications. Some manufacturers are seeing better demand in industrial semiconductors as excess inventories are gradually absorbed. However, smartphone and PC demand remained relatively soft in the first quarter, while the prioritization of HBM production may have tightened supply in some conventional memory segments.

What the Trend Means for Semiconductor Manufacturing

Silicon wafer shipments are an early indicator of fab activity and future chip output. Rising volumes can support higher downstream demand for wafer dicing and grinding, die bonding, wire bonding, plasma surface treatment, molding, inspection and test handling. Even so, manufacturers should not plan equipment investment from headline growth alone. Wafer size, package type, process accuracy, throughput, automation level and product mix remain the key factors in equipment selection.

HYRNUS Equipment and Solution Support

HYRNUS provides wafer processing and IC packaging and testing equipment for a range of semiconductor manufacturing applications. For projects with specific package formats, production capacity or automation requirements, our engineering team can support equipment selection and customized process planning.

Overall, the Q1 2026 data point to an AI-led but increasingly broad semiconductor recovery, with mixed end-market conditions still requiring careful capacity planning.