There’s no denying that Embedded World (EW) is a whirlwind – 1000 exhibits, 35,000 visitors and over 2,000 industry participants – but now that it’s all over and the dust has settled, I wanted to take…

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 Leading Edge is a new initiative to show the work being done by Arm partners to push the limits of edge computing.

Voice is everywhere and being integrated into devices all around us. We sat down to talk with one of the leaders and visionaries in voice-based engineering, Ken Sutton, President and CEO of Yobe, Inc.…

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…

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…

This blog will cover the signal processing capabilities on the easy-to-use Arm Cortex-M processors and how to take advantage of software support from a number of ecosystem partners.

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…

Explore how product manufacturers can decrease costs, area and design time, while increasing flexibility and adaptability by replacing analog components with DSP software.

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…

Discover how an exciting Arm machine learning tutorial helped teenagers build their own robots based on Raspberry Pi Zeros.

Download the Curtiss-Wright Hardware Features for Maintaining Security During Operation white paper to learn more about Arm TrustZone, NXP QorIQ Trust Architecture and Intel SGX and OS Guard.

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.

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

To demonstrate Arm’s commitment to functional safety, we announce the launch of our Safety Ready program.

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…

Currently, there are many processors that are not designed with functional safety standards in mind and the use of these can lead to lengthy and costly qualification processes for safety relevant applications…

Arm CoreSight ELA-600 is the next generation Embedded Logic Analyzer that extends the functionality of ELA-500 by including an external trace data output interface, this interface implements the AMBA Trace…