Advances in autonomous driving technologies are the ongoing catalyst for an industrywide revolution which automakers have not experienced since the advent of mass-produced cars. This electronic revolution is causing the automotive supply chain to evolve beyond established boundaries. As an example, Tier-1 suppliers are taking advantage of IP which enables them to design and build specialized SoCs to deliver market-specific value.
The latest indicator of this trend is a collaboration ARM has announced with DENSO, a leading global automotive systems supplier, to design automotive semiconductor device reference platforms for highly automated driving systems and vehicle control. As the first step in this collaboration, DENSO has licensed the Arm Cortex-R52 processor, which will enable them to achieve the highest levels of functional safety that these applications demand coupled with the right levels of performance.
The move toward fully autonomous vehicles requires the embedded systems within these vehicles to increasingly take control of decision making and maneuvering, rather than simply notifying the driver. Cortex-R52 enables the strictest functional safety levels (ASIL D) and instant control in real time. Since its launch, this processor is rapidly being adopted throughout the worldwide SoC design community as the go-to solution for embedded functional safety.
As the amount of investment required in software continues to rise to enable these safe autonomous systems, selecting the right processing platform is critical to ensuring an efficient and effective long-term solution. Arm IP enables developers to build their software on top of a consistent architecture, applying their technology across a broad range of products and solutions and taking advantage of a flexible, extendable and manageable software environment.
The Cortex-R52 provides hardware-enforced separation of software tasks to ensure safety-critical code is isolated. By enabling this robust…