Automotive blog

How do you sell in the idea of a self-driving car? Dean Johnson introduces us to Autonomous Adam, and explains why we must humanise the future of mobility.

It’s important to fully understand the requirements of different types of engines, whether it’s a conventional internal combustion engine, hybrid or fully electric powertrain. So, how is Arm powering these…

Arm is pleased to announce the opening of the Call for Papers for its international event Arm TechCon taking place October 8-10, 2019.

What will make autonomous vehicles viable and deployable? I spoke to my colleagues from the automotive industry to discuss the future of autonomous systems. What will they look like? How much will they…

What technology innovation is needed to move from prototype autonomous vehicles to deployable safe, self-driving solutions? We discuss the 7 key challenges preventing us producing safe Level 4 and Level…

As microcontroller technology has improved, so has our ability to build in the sort of advanced cockpit features previously only imagined in aircraft or racing cars.

The car was the star at Consumer Electronics Show this year, with car makers filling the halls with cutting-edge automotive technology. We scoured the show floor to bring you the latest and greatest automotive…

The amount of data generated by connected cars is rapidly growing to over 300 TB per year. At the same time, automotive systems are increasingly exposed to the connectivity needed to make cars smarter…

Autonomous systems require high compute performance and the highest levels of safety integrity. What are the technical options to achieve this?

Today sees a step change in the Cortex-A microarchitecture with the launch of automotive enhanced Arm Cortex-A76AE, the first high performance Cortex-A CPU with Split-Lock capability.

About two years ago I began running Arm’s core IP business, otherwise known as our Intellectual Property Group (IPG). Having just been purchased by SoftBank, we had been told by its Chairman and CEO Masayoshi…

At DAC I presented “Myths of system resilience,” it challenged misconceptions and shows a scalable way of designing diagnostic capability across SoCs to detect faults.

Arm offers different classes of processor designed for various automotive applications. Here's a guide to Arm processing solutions in automotive.

Several trends are affecting automotive electronics and causing increasing demands in compute platform requirements, changing vehicle architectures and highlighting the importance of security and functional…

The increasing number of connected devices and the data generated from them is providing an opportunity for new applications and business models, which in turn is driving a new set of infrastructure solution…

Arm and Samsung Foundry announce their plans for Artisan Physical IP at the 11LPP (11nm Low Power Plus) FinFET node.

Arm is fully committed to providing the IP, software development tools, test libraries and documentation required for successful, efficient development of a wide range of applications.

Building on the popularity of Arm-based SoCs in markets such as automotive, industrial and healthcare, we announce Arm’s highly optimized runtime software components for use in safety-related and safety…

Functional safety is a foundational pillar for Arm in designing our purpose-built IP for automotive, which requires us to take an end-to-end approach and design with the entire vehicle in mind.

Announcing the Arm Automotive Developer Community portal, a showcase and directory for developers seeking to harness the innovation of the Arm ecosystem for next generation automotive electronic deployments…

Arm commissioned a market analyst firm (Canalys) to conduct research and prepare a report to shed the light on "The road to autonomous vehicles"