Blogs

Cellular connectivity has been driving a data rate race for the last decade, bringing mobile broadband connectivity to millions and bringing the smartphone into the centre of our digital lives.  Whilst…

How to use Arm Cycle Models to Understand the Cortex-R8.

Provides an overview of TrustZone technology - including the new topics of TrustZone for ARMv8-M (microcontrollers) and TrustZone CryptoCell Why Security Matters Security done well provides the foundations…

The mobile phone has seen explosive growth over the last two decades to become an essential part of our everyday lives.  Right from the outset, ARM has been at the heart of these devices enabling ever…

In application terms Arm Cortex-R processors find their way into deeply embedded devices, and Cortex-R development boards are not always easy to come by. So we compiled this short list for hard-realtime…

Contemporary mobile platform SoCs impose intense traffic management demands on the memory subsystem.

This is a very exciting time for Graphics. Today marked the release of Vulkan, which is the latest graphics API to be developed by the Khronos group. It has been completely redesigned from the ground up…

In this blog we share with developers our experience of porting a graphics engine to the Vulkan API. The engine we decided to port to Vulkan has already had support for various other standard APIs.

ARM Cortex-M7 based Microcontrollers usually share similar ARMCortex-M7 processor configuration options including a 64-bit AXI system bus interface, instruction and data cache, 64-bit Instruction Tightly…

On Thursday 18th February we announced the latest real-time processor IP, the ARM® Cortex®-R8. Cortex-R8 is a quad-core high-performance real-time processor, building on the R profile ARMv7-R…

The ARM mbed IoT Device Platform is designed to simplify the deployment of IoT products by delivering a free operating system and licensable software platform providing server-side technologies.

The memory debugger in Arm DDT assists in fixing a number of common memory usage errors with C, C++ and Fortran codes on Linux.

The integration of the redBlocks WYSIWYG-SiL-Simulator and the Keil uVision IDE forms a powerful tool for virtualizing the processor and the hardware peripherals of embedded targets in a graphical simulation…

Introduction ARM and its Partners share a vision where the creation and deployment of commercial, standards-based IoT devices at scale is as easy possible. The ARM mbed IoT Device Platform enables a software…

Back to Speeding-up Fast Fourier Transform Mixed-Radix on Mobile ARM Mali GPU by means of OpenCL - Part 1Back to Speeding-up Fast Fourier Transform Mixed-Radix on Mobile ARM Mali GPU by means of OpenCL…

You know it’s going to be big, but just what is the future of automotive design? And how fast might that future approach?Already we’re talking about and creating regulatory frameworks around things…

Built for Modern Mobile SystemsARM, along with other key industry members, made a lot of progress since the Vulkan announcement by the Khronos Group back in early 2015 and we’re now in the final stage…

Back to Speeding-up Fast Fourier Transform Mixed-Radix on Mobile ARM Mali GPU by means of OpenCL - Part 1 Read Speeding-up Fast Fourier Transform Mixed-Radix on Mobile ARM Mali GPU by means of OpenCL …

Embarrassing to say, but just like any other technical documentation, there are a few errors in my Arm Cortex-M books. In this document I summarize the errors I am aware of.

In order to keep my assembly-related documents easy to read and understand, I've written some macros for the GNU-assembler (also known as GAS).

Where did your last project start? How did you get from an idea to the point where you knew it would work and could do real product development? What twists and turns did your path take before the first…