An End-to-End Functional Safety Solution for Automotive ICs Based on ISO 26262
In this session, you will learn more about Siemens EDA functional safety concepts and tool flow. In addition, we will walk you through our closed-loop solution; from requirements gathering, FMEDA, safety analysis, fault injection and back to merging the results to generate the work products necessary for certification.
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Session Registration
Session Registration
Date and Time
- Wednesday, January 29th
- 8:00 AM US/Pacific
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Session Overview
Development of automotive ICs requires substantial and meticulous effort to ensure their compliance with the ISO 26262 standard. The process involves end-to-end evaluation of a chip’s design, development, and traceability of the systematic and safety workflows through lifecycle management. Engineers must create a Failure Modes, Effects and Diagnostic Analysis (FMEDA), and ensure that the chip meets stringent requirements based on their Automotive Safety Integrity Level (ASIL) targets.
Requirements gathering, tracking, safety analysis, and validation all play a critical role; where collaboration between cross-functional teams of safety managers, hardware, software, and verification engineers is needed to guarantee that the chip meets the specified safety standards.
In this webinar we will walk you through the closed-loop solution offered by Siemens EDA -- from requirements gathering, FMEDA, safety analysis, fault injection and back to merging the results to generate the work products necessary for certification.
What You Will Learn
- An overview of functional safety concepts
- The functional safety flow and tools offered by Siemens EDA
Who Should Attend
- Design and Verification Engineers interested in learning more about functional safety.
Products Covered
- Next-gen FMEDA
- Safety Scope
- Next-gen KaleidoScope (Questa next-gen fault sim)