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Functionally Safe Design from IP to SoC

In the evolving world of automotive technology, safety is a top priority. With the advancement of safety-critical systems like advanced driver assistance systems (ADAS), electric powertrains, and vehicle communication networks, semiconductors' potential is continuously being stretched.

Ensuring compliance with strict safety standards, such as ISO 26262, remains critical. Yet, the rising intricacy of electronics and system-on-chip (SoC) design necessitates a tool-based methodology.

This webinar aims to provide practical guidance on the most recent strategies and techniques for designing and validating safety-critical semiconductors that meet and surpass industry requirements. 

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What Attendees Will Learn

  • How you can use Ansys medini Analyze for safety-critical design and analysis for semiconductors
  • How multiple levels of FMEDA can be linked consistently together, e.g., IP level and SoC level analysis
  • Handing over FMEDA data from semi to integrators and configuring the data for the application context

Who Should Attend

  • Safety manager/engineer
  • System engineer
  • Semiconductor designer
  • Automotive safety application designer

Speakers

  • Michael Soden - Senior Product Manager, Ansys
Functionally Safe Design from IP to SoC