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Shorten the Way from Power to Wheel by Innovative WBG Semiconductors

10 Jun 2026

Speakers:
Mirco Drews, Sr. Manager Strategic Business Development, Nexperia
Olaf Magnor, Sr. Technical Consultant Powertrain Controls, IAV

Multilevel inverter concepts are gaining relevance in electric‑vehicle powertrains and industrial drives. IAV’s ONE-Inverter concept extends this approach by intelligently reconfiguring battery cells, enabling the simultaneous operation of multiple loads and sources at differing voltages and frequencies. A central enabler of this architecture is the use of bidirectionally switching GaN FETs, which provide fast switching, high efficiency, and compact system design.

Complementing this, Nexperia’s portfolio of WBG devices including GaN and SiC MOSFETs, tailored for next‑generation automotive architectures, supports higher system efficiency and reduced BOM cost. The close collaboration between system developers and semiconductor manufacturers demonstrates the potential for further innovation in future inverter and powertrain systems. Nexperia is committed to continued joint development with IAV to advance architectures and applications through semiconductor and packaging innovations.

More about the person

Mirco Drews

Mirco Drews

Sr. Manager Strategic Business Development, Nexperia

Mirco Drews holds a B.SC. & M.Sc. Degree in Electrical Engineering & Business Administration from CAU Kiel. With a strong background in power semiconductors & power modules for automotive applications he is driving strategic projects for WBG devices at Nexperia.

Olaf Magnor

Olaf Magnor

Sr. Technical Consultant Powertrain Controls, IAV

Olaf Magnor holds a degree in Control Engineering & PhD from TU Braunschweig. He has held several leadership roles with a strong background in developing control strategies for vehicle powertrain systems.

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