How to Design SDV Architectures With Real-Time Integration in Centralized Vehicle Compute | NXP 半导体

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How to Design SDV Architectures With Real-Time Integration in Centralized Vehicle Compute

How to Design SDV Architectures With Real-Time Integration in Centralized Vehicle Compute

About This Training

Managing propulsion in a new vehicle electronics architecture is a real challenge, particularly when designing for the determinism and low latency needed for electronic control of mechanical systems.

Modern vehicle architectures utilize virtual machine concepts to facilitate application integration while leveraging the underlying performance available on powerful S32 SoCs.

In this 40-minute on-demand training, NXP’s Oskar Walder will present the benefits of this modern architecture versus the traditional method.

Presentation

How to Design SDV Architectures With Real-Time Integration in Centralized Vehicle Compute

What You Will Learn

Understand why modern vehicles require a change in real-time software and hardware architecture to enable software-defined vehicle (SDV)
Discover how virtualization, virtual machines, and TSN enable new ways of developing and deploying software
Learn how sharing hardware amongst multiple virtual machines using careful time slicing maximizes hardware utilization

Presented by

Oskar Walder
Systems and Applications Engineer, NXP Semiconductors

时长

37 min

语言

英语

技术级别

初级

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Additional Resources

Software-Defined Vehicle Infrastructure

Related Trainings

Software-Defined Vehicle Academy

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