Blogs

Take one look at the outside world in 2016 and you will see that everything is becoming connected; our inanimate objects are growing smarter while our electronic devices are gaining ever more computing…

The first day of embedded world is gone, and it’s incredible how fast it went by, as there is so much to see!Here is a sample of the IoT based demos that I noticed, on the floor, on Day 1NordicOn the …

It is day one of the #ARMBoardWins contest for Embedded World 2016. Today, to coincide with the theme of my first Wall of Boards blog, today's winners were selected from entries with an 'Industrial' flavour…

Functional safety is a very important aspect for many industries and ARM DS-5 is the tool of choice for many partners working with safety critical products

With ARM Development Studio, more commonly known as DS-5, ARM continues to extend support for the breath of advanced ARM based devices that are taking take the market by storm. One particular wave of innovation…

This is the fourth and final blog in a series on the ARM® Wall of Boards at Embedded World 2016.Today we’ll cover the boards representing some exciting emerging trends in the electronics and embedded…

This is the third in a four part series on the ARM® Wall of Boards at Embedded World 2016.Today, I’ll present the 40 plus ARM mbed Enabled™ boards we have on the wall this year. If you…

This is the first in a four part series on the ARM® Wall of Boards at Embedded World 2016. Today, I’ll introduce the ready-to-deploy Industrial System on Modules (SoMs) and Single Board Computers…

Today ARM announces the second member of our family of ultra high efficiency application processors, the Cortex-A32. In this blog I’ll provide highlights of Cortex-A32 while answering the question: Why…

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.