A browser-based platform for rapid loss and thermal analysis helps engineers evaluate power semiconductor choices before hardware prototyping.

ROHM will present power conversion technologies at PCIM Europe 2026 for electric mobility, industrial power systems, renewable energy, and AI infrastructure.

ROHM introduces low-capacitance protection diodes for multi-gigabit industrial, automotive, and consumer interfaces where signal integrity and transient suppression must coexist.

A configurable automotive power management architecture combining PMIC and DrMOS components is designed to support scalable SoC platforms in ADAS, cockpit, and vision systems.

Compact receiver and transmitter ICs support proximity-based power transfer for ultra-small devices, addressing design constraints in next-generation wearable electronics.

New devices reduce on-resistance by 30% at high temperatures, improving power conversion in EVs, AI servers, and industrial systems.

New CMOS op amps target automotive, industrial and consumer applications requiring accurate signal amplification and low-noise analog design.

ROHM releases evaluation platforms supporting high-power inverter design to accelerate silicon carbide adoption in automotive and industrial power electronics.

Licensing TSMC’s 650V GaN process technology enables in-house wafer fabrication at ROHM Hamamatsu, strengthening supply continuity for high-voltage AI server and EV power systems.

ROHM expands its regulator lineup for 12 V and 24 V systems, targeting space-constrained automotive, industrial and communications power designs.