Blogs

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…

This is the first article of a series that will focus on the implementation of Fast Fourier Transform (FFT) using the mixed-radix method on Mobile ARM Mali GPU by means of OpenCL.

Yesterday ARM introduced its highest performing and most power efficient display processor technology, the ARM® Mali™-DP650, which targets next generation premium and mass market devices.  The Mali-DP650…

We at Critical Link have worked on some pretty complex applications for nearly 20 years, and so we’re exposed in real time to trends in the embedded systems market. Our work creating mitysom system…

The beginning of a year brings with it the potential of many new things; resolutions, good habits and of course the new gadgets that promise to change our lives at CES. Amidst the glitz of promises of…

During CES 2016, Microchip unveiled a complete, ultra-low-power connected platform for cost-optimized IoT and wearable applications. This new platform features the world’s lowest power ARM Cortex-M0+,…

The proliferation of electronics within vehicle design is making cars “sexy again,” but more importantly automotive electronics is making the overall digital experience sexier.That was the word from two…

Sensor hubs have gained traction among design teams in recent years, as the marriage blossoms between evolving (and power-sensitive) hardware and smart software algorithms.

The Arm architecture continues to evolve and Armv8.2-A is the second set of changes being introduced to the Armv8-A architecture profile.

Hello everyone, I would like to know why you are using Cortex-M microcontroller. Why don't you adopt other microcontrollers such as 8-bit, 16-bit or MIPS or x86? The background is that I plan to write…

Dangling pointers are pointers whose memory has been freed but which have not been set to null (or 0x0). This allows a particularly tricky class of bug to arise...

This blog is based on a recent article written by Geomerics for the publication Making Games. For more information on any of the techniques outlined in this blog, read more here.Lighting is the most fundamental…

Hi everyone,At VIA Embedded we had a pretty good year for our ARM projects, and thought I share with you our highlights for 2015. New Hardware ARTiGO A600 ARTiGO A820 QSM-8Q60 Software updates…