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In this webinar you will learn how future E/E architectures are impacted by automotive megatrends, such as the “Software-defined Vehicle”, wire harness simplification, AD(AS), etc. Subsequently, the speakers illustrate the importance of the primary power distribution in this architecture transition. Finally, a high-level overview is given to show how future primary power distributions are best realized with Infineon chipsets.

  • E/E architectures will transform, and the power distribution system will be electrified
  • Primary power distribution electrification will happen by means of smart power switches, gate drivers and MOSFETs
  • Infineon offers full chip-set solutions for the primary power distribution unit

Also explore our application note:

Dr. Thomas Blasius
Dr. Thomas Blasius
Dr. Thomas Blasius

Dr. Thomas Blasius

Dr. Thomas Blasius holds a PhD in physics and has close to 25 years experience in the Automotive Industry. He held several positions as marketing manager, marketing head and product line head until he moved in 2018 to the Automotive System Group as System Marketing Body Electronics and Cabin Comfort & User Experience. Since 2021, he is Senior Director Automotive Application Marketing for E/E Architecture, Power Distribution and Zone Controller.

Timon Busse
Timon Busse
Timon Busse

Timon Busse

Timon Busse holds a master’s degree from TU Delft, Netherlands and has experience across automotive OEMs, Tier1s alike. Since 2021 he works at Infineon and as Senior Global Application Manager he is responsible for applications such as the Zone Control Unit, the Body Domain Control Unit and the Primary Power Distribution Unit.

On-demand webinar: Automotive EE Architecture Transition Role Of Primary Power Dist
February 19, 2025
00:00 ( CEST )