Master the design challenges of automotive ethernet communication - 3 de marzo de 2022 - TecnoWebinars.com

 

Networks are a critical aspect of all modern vehicles, and their design is interwoven with the design of embedded software and the electrical distribution system. With the rapid rise of electronics in vehicles, new vehicle technologies require more complex network topologies to manage a significantly higher data throughput with more stringent timing constraints. With vehicle network complexity increasing beyond even recent predictions, a solution often mentioned is Automotive Ethernet; ethernet-based networking specifically created for faster data communication for in-vehicle networking. There are many benefits that automotive ethernet brings compared to traditional automotive communication protocols, but it must be adequately designed to fully embrace its potential.

 

 

In this webinar, we will cover important ethernet design topics, such as which ethernet protocol to use, how to manage the increasing need for deterministic communication, and the importance of correctly defined quality of service (QoS). We will then present why different domains may have varying communication needs based on cost, latency, and bandwidth and why they may still benefit from a complete end-to-end deterministic system view. Although open to all, network engineers, E/E architects, systems designers, and software engineers will benefit from joining this live webinar — register now to save your seat today!

 

Martin Wennberg:Domain Lead | Siemens Integrated Electrical Systems Networks, null

 

Martin Wennberg joined Mentor in 2005 and has worked in the domain of in-vehicle network and embedded SW for over 20 years with experience from avionics, AGVs, ATMs, and intelligent white goods. He has held various positions with Mentor ranging from technical marketing, Application Engineer, Solution Architect, and most recently leading the AUTOSAR Embedded Adaptation team. He has now transitioned to Networks Domain lead to focus on optimizing the products for broad deployment.