sps 2026

At sps, STMicroelectronics will demonstrate solutions that optimize power, data, and thermal flows, enabling intelligent machines to sense, decide, and act efficiently in demanding industrial environments.

How does a PLC output survive and report a shorted load? A working micro-PLC combines IPS1025 protected outputs, CLT03 current-limited inputs and STISO62x isolation, with I/O status on a TouchGFX screen. Quad and octal IPS switches extend protection to high-density I/O modules, and ST evaluation boards and software support designs from one to eight channels.

Raise a hand and an STM32N6 camera turns to find you, detecting gestures natively on its Neural-ART NPU. ST60 contactless links carry its data through the rotating joint. An STM32MP257 gateway with hardware security bridges industrial protocols to operators’ devices over a local hotspot.

STM32 powers human-machine interaction on screen and in motion. Its microcontrollers and microprocessors drive displays from simple panels to high-resolution touch interfaces. A robot hand carries the interaction into physical AI, with STM32 running the models that guide its movement.

Follow ST motor control from a mobile robot’s wheels to servo drives and fans. Every driver, controller and power device in the AMR reference design comes from ST. STSPIN32G4 fits an STM32 and a gate driver in one package, and SLLIMM compact IPMs drive servo systems, ventilation and appliances.

What does 1200 V silicon carbide change in a 15 kW drive? Lower switching losses, less heat and a smaller design. A 15 kW-rated servo drive operates on SiC discretes, and a 15 kW industrial inverter uses SiC in top-side-cooled HU3PAK packages.

Ask ST power engineers what higher efficiency and power density mean for your design.

Gallium nitride raises efficiency and power density in compact motor drives, at two levels of integration. A 1 kW inverter on PowerGaN discretes leaves layout and gate drive in your hands, and a 400 W GANSPIN inverter integrates power stage and gate drivers for a more compact design. VIPerGaN converters apply GaN to offline power supplies.