Collaboration with BMW Group introduces centralized computing and software-defined vehicle functions for electrified platforms, integrating networking, control and power distribution layers.

Silicon carbide MOSFETs support higher efficiency power conversion in electric vehicle charging and auxiliary power systems.

The MoU targets zonal controllers, Ethernet-based ADAS cameras, and high-resolution radar to support software-defined vehicle architectures and autonomous driving systems.

Infineon Technologies and Flex introduce a modular development platform to accelerate zone-based E/E architectures for software-defined vehicles.

Infineon and Lenovo align microcontroller and domain controller technologies to support ADAS and autonomous driving architectures.

Electreon’s dynamic electric road system increases power transfer capability and supports continuous operation of heavy EV fleets by integrating Infineon’s customized silicon carbide technology into its wireless charging infrastructure.

New ASIL-D microcontroller adds intelligence to high-voltage BMS and supports zonal, software-defined vehicle architectures in partnership with Munich Electrification.

Infineon-led Mannheim-CeCaS unites 28 partners to develop modular, energy-efficient car server for autonomy advancement.

The new TLE994x and TLE995x SoCs integrate control, diagnostics, and security in one chip, supporting efficient, compact, and safe brushed and brushless motor applications.

New CoolGaN Automotive family enhances efficiency, power density, and performance for next-generation electric and software-defined vehicles.