Global semiconductor sales reach a record high in May 2026.
SIA reported global semiconductor sales of $120.6 billion in May 2026, up 9.2% from April and 104.1% year over year. The market has grown month over month for 15 consecutive months, showing continued demand from AI, data centers, end devices, and communications applications.
The Semiconductor Industry Association reported its monthly data using the WSTS three-month moving average. Global sales reached $120.6 billion in May 2026, above $110.5 billion in April and far above $59.1 billion in May 2025. SIA described the month as the highest recorded monthly total and the 15th consecutive month of sequential growth.
The regional data also showed that growth was not concentrated in one market. SIA reported year-over-year gains across the Americas, Asia Pacific and all other regions, China, Europe, and Japan, with month-over-month increases in all regions as well. This points to broad demand across servers, consumer electronics, automotive electronics, industrial control, and communications equipment.
For wireless peripherals and smart hardware projects, a stronger semiconductor cycle has two direct effects. Controller, RF, PMIC, memory, and sensor components may iterate faster, while lead times for popular capacity and key parts may also tighten again. Project planning should therefore consider supply cycles, alternatives, and production consistency, not only single-chip specifications.
At the PCBA design stage, solution providers need earlier confirmation of chip platforms, package sizes, peripheral components, test fixtures, and programming methods. This keeps alternative design paths and delivery timing under control even when upstream market conditions fluctuate, reducing board revision risk later.
For keyboards and mice, semiconductor supply and demand directly affects 2.4 GHz controllers, Bluetooth SoCs, low-power regulators, battery-management ICs, Hall or optical sensors, wheel encoders, and memory parts. If a product plan includes tri-mode connectivity, low-latency polling, RGB lighting, onboard profile storage, or OTA updates, component resources and supply stability become more sensitive than in basic office peripherals.
Wireless keyboard and mouse projects should therefore not select platforms only by the lowest BOM cost. Controller Flash/RAM, RF output power, receiver compatibility, Bluetooth multi-device switching, sleep/wake current, and production calibration should be evaluated together. Preparing pin-to-pin or software-compatible alternatives early preserves flexibility when chip pricing, lead times, or certification schedules change.