Optimising 800V EV architectures: redefining SiC inverter efficiency
Power semiconductors for applications in modern power electronics

Power semiconductors for applications in modern power electronics

Power semiconductors for applications in modern power electronics Power semiconductors for applications in modern power electronics

StarPower Semiconductor will once again exhibit at PCIM Europe 2026 in Nuremberg. From 9-11th June 2026, the company will present its latest portfolio of power semiconductors and power modules for industrial applications, e-mobility, charging infrastructure, and renewable energy systems in Hall 9, Booth 442.

The exhibition focus will be on advanced SiC MOSFETs, IGBT modules, as well as high-performance packaging and module technologies designed for high power densities and increasing efficiency requirements in modern power electronics. Starpower will showcase solutions for traction inverters, industrial drive systems, PV inverters, energy storage systems, and fast-charging applications.

Special attention will be given to the further development of SiC technology with voltage classes up to 2300V, as well as robust module concepts optimised for high switching frequencies, advanced thermal management, and high long-term reliability. Through the combination of in-house chip design, package development, and extensive manufacturing expertise, Starpower pursues a high level of vertical integration across the entire value chain.

With its strong position in EV power electronics, Starpower has become one of the important international suppliers of power semiconductor solutions for modern electric drivetrain systems and demanding industrial high-power applications.

PCIM Europe once again provides the ideal platform for direct exchange with developers, system integrators, and industry partners from across Europe.

Visit the company at PCIM Europe 2026

9-11th June 2026, Nuremberg
Hall 9, Booth 442

Keep Up to Date with the Most Important News

By pressing the Subscribe button, you confirm that you have read and are agreeing to our Privacy Policy and Terms of Use
Previous Post
Optimising 800V EV architectures

Optimising 800V EV architectures: redefining SiC inverter efficiency