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Training
Vehicle Architecture Evolution - Impact for Electrified Vehicles

Vehicle Architecture Evolution - Impact for Electrified Vehicles

About This Training

Vehicle electrical architectures are going through a transformation, to achieve consumers’ demand for automation, electrification and connected services. As the software content and complexity increases, to create a software-defined vehicle, the vehicle network is being standardized to a zonal architecture.

This reduces the cost of the vehicle network, and the associated wiring harness. But while the approach to zone is standard, there are many ways to implement it, with the associated distribution of processing, data and power throughout the vehicle.

While a zonal architecture helps the cost challenge, it brings other challenges, such as how to partition safety critical real time control operations, like vehicle propulsion. NXP has introduced a new class of real time processor which can be used in zonal, domain and vehicle control applications, to help make this transformation realizable.

Presentation

Vehicle Architecture Evolution - Impact for Electrified Vehicles

What You Will Learn

Learn about NXP’s new class of real time processor which can be used in zonal, domain and vehicle control applications, to help make this transformation realizable.

Presented by

Andy Birnie
Solutions and Applications, NXP Semiconductors

DURATION

36 min

LANGUAGE

English

SKILL LEVEL

Beginner

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Additional Resources

S32Z and S32E Real-Time Processors

Electrification

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