NXP Breaks Through Integration Barriers for Software-Defined Vehicle Development with Open S32 CoreRide Platform - Seite 2

Leveraging the scalable S32 compute in the S32 CoreRide platform, OEMs can consolidate ECUs and develop flexible architectures, from domain to zonal to centralized, that scale across vehicle classes and generations. The platform provides the ability to isolate vehicle functions, helping to ensure freedom from interference between each application and dynamically re-allocate resources so applications do not degrade in performance as they evolve over time. This level of integration and flexibility advances carmakers and tier-1 suppliers to the next point in their development since they can now utilize the S32 CoreRide platform to put more focus on differentiation and the creation of application software for new business models.

“The automotive industry’s shift to software-defined vehicles presents unprecedented levels of disruption,” said Henri Ardevol, executive vice president and general manager, automotive embedded systems at NXP. “In the last decade, many industries have successfully adopted faster innovation cycles and effectively achieved higher performance at lower cost through tight integration of silicon and software. With NXP’s S32 CoreRide platform, automakers can now radically transform their approach to SDV development by adopting a much faster, open development path.”

First S32 CoreRide solutions for central compute based on new S32N family
NXP also introduces its first solutions in the S32 CoreRide platform: the central compute solution based on the new S32N family of vehicle super-integration processors, advanced vehicle networking, system power management, and pre-integrated software from the S32 CoreRide open partner ecosystem. The central compute solution allows automakers to safely and easily integrate many cross-vehicle functions running in isolation-ready execution environments enabled by the S32N family’s automotive-grade hardware isolation capabilities.

The scalable S32N family, purpose-built for the highest level of automotive functional safety, offers multiple combinations of real-time and applications processing cores to meet a wide range of automakers’ central compute needs. All S32N devices integrate an advanced hardware security engine and multi-port TSN Ethernet switch and CAN hub, with some also supporting Ethernet packet acceleration, AI/ML acceleration, and cost-effective, inter-compute PCI Express services.