Arm Blog

Anyone who has ever attended an electronic dance concert or a nightclub knows that music and vibrant lights go together like a rama lamma lamma ka dinga da dinga dong. Well, a Bay Area-based startup is…

I believe the next 100 billion ARM-based chips will be driven by sensor networks. As in sensor networks will create data which will focus future software investments. To help discuss how I got to this…

Irrespective of the research firm numbers or the predictions from any of the large companies with a vested interest in the growth in devices, we are all pretty much agreed that there will be billions of…

We are delighted to announce that the ARM Cortex-M7 processor has been selected by the Linley Group as the “Best Processor IP” for 2014.Each year The Linley Group (one of the leading semiconductor…

Chinese Version中文版：在 Mali GPU 上利用 DS-5 Streamline 优化复杂的 OpenCL™ 应用程序Heterogeneous applications – those running code on multiple processors like a CPU and a GPU at the same time – are inherently difficult…

As electronics become ever more pervasive in the automotive, industrial automation and medical device sectors, fault-tolerant electronics sub-systems are becoming a standard requirement. Designing these…

Ne10 v1.2.0 is released. Now radix-3 and radix-5 are supported in floating point complex FFT. Benchmark data below shows that NEON optimization has significantly improved performance of FFT.1. Project…

I'm posting a guest blog from Matt Benes of The specified item was not found. on an important if not vital topic; power consumption of wireless systems.  During Kickstarter Week  we saw that the…

This is the beginning of a 5-part series of articles on how to write some quick integer and fixed point math in assembly language for the Cortex-M3, Cortex-M4 and Cortex-M7 microcontrollers.

Holy moly connected everything explosion at International CES 2015! As the connected home products and autonomous auto announcements took majority of the spotlight (as they should), you always have those…

Hello Everyone,I hope you enjoyed the first part of the interview! If you are yet to see it, then you can find it here: Interview with Joseph Yiu: Part IHere we look at why entrepreneurs are using ARM…

Hello everyone,Thank you for your patience in waiting for this interview. I am pleased to say that the first part of it is here!In this first part, I ask jyiu a number of questions about the ARM Cortex…

Its the first official day of CES today (Jan 6, 2015) and the circus is in full swing.  It's hard to miss the big stories of the show because every major media outlet in the world is there and the tech…

This is my tutorial for understanding the startup file for an Arm Cortex M4 processor, specifically the STM32F4 Cortex M4 processor.

I'd like to present real-time kernel: TNeo.TNeo was born as a thorough review and re-implementation of TNKernel. The new kernel has well-formed code, inherited bugs are fixed as well as new features…

ARM University Program (AUP) and Xilinx University Program (XUP), together, organized a one-day workshop (ODW) on System-on-Chip (SoC) Design as part of their Faculty Development Program (FDP) initiatives…

Looking back at the continuously evolving smartphone market, it is amazing to note the role that the ARM Cortex-A7 core has played.Previously the processor which initiated the uptake of multicore processing…

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