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How to Easily Achieve High System Safety Levels for Autonomous and Electric Vehicles with NXP System Basis Chips

How to Easily Achieve High System Safety Levels for Autonomous and Electric Vehicles with NXP System Basis Chips

About This Training

The growing demand for power delivery in many applications, such as ADAS, requires designing multiple safety PMICs in the same module.

The approach of this multi-PMIC configuration with various SOCs becomes complex, as it must also satisfy functional safety requirements at system level.

This session discusses proposed solutions from NXP to simplify your ASIL D Multi-PMIC architecture. It also explains how to manage the interactions between safety PMICs and ASIL domains at system level.

From the simplest architecture, using just one safety PMIC + MCU, all the way to the Multi-PMIC approach with several SOCs, you will learn the value that NXP functional safety PMICs bring to your development and how they simplify your complete system safety integration.

Presentation

How to Easily Achieve High System Safety Levels for Autonomous and Electric Vehicles with NXP System Basis Chips

What You Will Learn

Solutions for ASIL D Multi-PMIC architecture
How to manage interactions between safety PMICs and ASIL domains at system level

Presented by

Vincent Largadelle

Business Development, NXP Semiconductors
Jean-Philippe Meunier

Systems and Architecture Engineer, NXP Semiconductors

DURATION

1 hr

LANGUAGE

English

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