Webinar
Developing Software-Defined Vehicle Architectures (made easy)
As software-defined vehicles (SDVs) replace conventional, domain-based E/E vehicle architectures, there is a significant rise in the need for development tools. The selection of appropriate debug and trace tools is restricted by new heterogeneous multi-core, high-performance chips and very complex software stacks in a virtualized environment.
Furthermore, shorten design cycles by “Shifting Left” requires tool support for virtual targets in the cloud and seamless integration in CI/CD pipelines for fully automated testing.
This webinar provides an overview of the challenges and solutions involved in SDV development and uses the specific example of the NXP S32Z27 automotive processor to demonstrate how developers can save time and effort with Lauterbach’s “SDV Ready” TRACE32® tools in order to accelerate their time to market.
Agenda
- SDV‘s and their hardware architecture
- Pre-integrated software bundles for accelerating SDV time-to-market
- Virtualization of SDV ECUs by hypervisors
- Utilization of “shift-left” through development on virtual ECUs (vECUs)
- Demo: Covering the entire product life cycle (PLC) with only one tool
- Q&A
Speaker
Senior Staff Engineer at Lauterbach GmbH
As Lead Architect Automotive, Rudi is responsible for supporting real-time operating systems and hypervisors in Lauterbach’s TRACE32® tools. He is an active member of the AUTOSAR working group WG-RES (“Working Group Resources”), an enabler for visualization, analysis, debugging, optimization, monitoring, and testing of embedded vehicle systems.
