Across all vehicles, there is a greater demand for more advanced computing Leading Power Efficiency with Significant Performance Uplift Cortex-A520AE CPU is designed to achieve leading power efficiency with a performance uplift of 30 percent compared to the highly adopted Cortex-A55. capabilities to enable the seamless experiences and driver assistance features Scalability Across Automotive Applications Cortex-A520AE can be used in scalable CPU cluster configurations to suit digital cockpit, ADAS, and zonal controller use cases. These include: Additional Functional Safety features Cortex-A520AE adds functional safety capabilities for advanced safety requirements in the modern softwaredefined vehicle (SDV). that users have come to expect through new AI-accelerated SDVs. Leveraging the success of the Arm Cortex-A CPUs for consumer devices, the Arm Automotive Enhanced (AE) variant of the A-class series of CPUs have seen broad adoption across a wide range of automotive applications. • ADAS • Digital cockpits, including both IVI systems and instrument clusters • Vehicle domain controllers • Central comp

Key aspects across all these applications are more advanced functional Digital Cockpit safety and security features that ensure road safety for drivers, passengers, and pedestrians, as well as securing driver and vehicle data. Advanced Driver-Assistance Systems (ADAS) Zonal Controllers Industry-Leading Scalable Power Efficiency Cortex-A520AE is our latest high-efficiency Cortex-A processor targeted at safety-critical, automotive use-cases. It has been designed to achieve leading power efficiency, while still bringing a performance uplift of 30 percent compared to the highly adopted Arm Cortex-A55.¹...

More Functional Safety Capabilities Cortex-A520AE adds further functional safety capabilities on top of what was offered by Cortex-A55 and Arm Cortex-A65AE CPUs. These enable new, efficient ways for system integrators to deliver on the varying safety requirements across the SDV. The widely adopted split-lock feature, which enables the ability to boot the cluster in Split, Hybrid, or Lock modes, has been maintained and extended to bring even more flexibility. This enables SoC designers to create a single product that can be deployed in systems with different safety integrity requirements. Meanwhile,...

Many new architectural features have been designed to enhance AI performance, including support for new data types, such as BFloat16, as well as support for Matrix Multiply, and the introduction of Scalable Vector Extensions (SVE2), an evolution of the Arm NEON SIMD engine. FO OT NOTES ¹ Comparing Arm Cortex-A520 and Cortex-A55 SPECrate2017_int performance in iso-configuration, iso-process, and at iso-frequency. © A R M L T D . 2 0 2 4 All brand names or product names are the property of their respective holders. Neither the whole nor any part of the information contained in, or the product described...