Blogs

In the first Bitesize Bifrost blog we introduced you to our new GPU architecture, Bifrost, and looked specifically at the extensive optimization and power saving benefits provided by clause shaders.  This…

If you are interested in learning more about security and ARM TrustZone CryptoCell technologies, check out our recent webinar Watch now: How to protect your systems with ARM TrustZone CryptoCell.Connected…

As you may have seen, Virtual Reality (VR) is getting increasingly popular. From its modern origins on desktop, it has quickly spread to other platforms, mobile being the most popular. Every time a new…

It has been a while (my apologies) but a few weeks ago I posted about how you can Magically Reduce Coding Time with PSoC Creator. The thrust of the article was, in these days where no-one has time to read…

I introduce the block-level architecture of a stereotypical Bifrost shader core and explain what performance expectations application developers should have of the hardware when it comes to content optimization…

Space radiation can cause different types of problems in an IC that are manifested as latch-up or Single Event Upsets (SEU). Latch-up can be immunized against by hardening the chip with a process enhancement…

I had the opportunity to present the latest update to our Armv8-A architecture, known as the Scalable Vector Extension or SVE. In this post I run through the latest update.

Recently I spoke about a LZ4 decompression routine I converted from 6502 code into a Arm Cortex-M0 code. I could not find my decompression routine, so I decided to convert it again. The result is in this…

In this post I show you some tips and tricks when writing assembly code for Cortex-M0 and Cortex-M0+.

Chinese version(中文版):让下一代智能互联嵌入式应用开发更简化 (Editor's note: This article was originally published February 2015 in RTC Magazine and has been updated with new product information. The original article can…

Today we have exciting news: ARM and Intel Custom Foundry have announced an agreement to accelerate the development and implementation of ARM SoCs on Intel’s 10nm process. Specifically, we are making ARM…

As a graphics blogger I’m always interested in the next big thing in tech and particularly, VR, so when I saw a news item about a guy cycling the length of the country from the comfort of his living room…

Below, I suggest a list of books and papers about the Arm architecture.

In the first of my Mali™ Power & Efficiency blogs we looked at the inbuilt flexibility and scalability of the Mali range of GPUs. It’s this that allows ARM® partners to target exactly the right…

Not everybody has access to an Infiniband-backed supercomputer, but anyone can launch a fleet of EC2 GPU instances for a few dollars per hour. Can we get similar speedups in the cloud? I decided to find…

This is the demo project for Tibbo's MQTT library. The project demonstrates how easy it is to create sophisticated network-enabled applications in Tibbo BASIC and Tibbo C. The code is extremely simple…

Power management is important, and has become increasingly complex. Recently, we have created an application note. See details below. Hopefully, you will find it useful.PurposeProvides high-level considerations…

This blog is the second in a series on the new debug features in SOMNIUM DRT. The first one was about the live expression view.Debugging is difficult, especially when unexpected errors cause the program…

Additional core supportDS-5 v5.25 Professional and Ultimate Editions support cache visibility for Cortex-A5 and Cortex-A7 cores. Ultimate Edition also supports cache and MMU visibility for Cortex-A73,…

The ARM Embedded Logic Analyzer (ELA) brings particular challenges to a debugger. The flexibility of the ELA and the broad range of implementation choices and potential uses, all place demands on a debugger…

In order to keep costs, power consumption, and size to a minimum, many embedded products based on ARM Cortex-R cores have limited on-chip memory. In particular, the size of the Tightly Coupled Memory …