Linux on ARM
Helsinki, Finland– < November 30, 2011> – Tuxera, the leading provider of interoperable file systems for Android, Linux, Mac and other platforms, today announced it is a new member in ARM Connected Community, the industry's largest ecosystem of ARM technology-based products and services. As a member of ARM Connected Community, Tuxera will contribute to the community effort to reduce development time and costs by bringing its expertise in interoperable file systems for consumer electronics and embedded devices markets.
We've initiated work on Arch Linux for the HP TouchPad and have made great progress over the past week. It's currently in a developer-preview state, but if you're willing to acquire some USB connection cables, you can join the fun. Going forward, we plan to package up a nice bundle with everything you need to easily enjoy Arch Linux ARM on the TouchPad and have a truly open tablet computer.
ARM announced a free edition of its Eclipse-based development toolkit that's aimed at Android developers. ARM Development Studio 5 (DS-5) Community Edition (CE) helps create performance- and power-optimized native software by integrating a graphical debugger for code generated for the Android Native Development Kit (NDK) and a version of the ARM Streamline Performance Analyzer, the company says.
The Linaro Team is pleased to announce the release of Linaro 11.11, another of Linaro's releases delivered on a monthly cadence.This release includes components delivered by all Linaro Teams: Working Groups, Landing Teams and Platform Teams. Some outstanding effort has gone into delivering a lot of exciting updates and features integrated on top of Android and Ubuntu.
It might not exactly be quite as small as the idea originally intended, but the Raspberry Pi will probably make jaws drop regardless. The idea used to be for a flash drive-sized computer, but the concept has since evolved, somewhat grown in size, but not by much.
A few weeks ago, I had a closer look at how the ARM sub-architectures of the Linux Kernel have developed since the consolidation effort in the Linaro community started. It was quite an eye-opener for us in the ST-Ericsson Linux team, although everything didn't come as a surprise.
Early this year we got to see, through ARM-powered devices such as the Motorola Atrix, that it doesn't take even a netbook to run basic computing functions. At a live demonstration in New York City, FXI Technologies showed off the next evolution of that idea: an ARM-based computer on a USB stick without any of that extra smartphone or tablet baggage.
FXI Technologies announced a USB stick-sized computer that can run Android or Ubuntu on a 1.2GHz ARM Cortex-A9 processor. The "Cotton Candy" will include 1GB of RAM, a microSD slot, Wi-Fi, Bluetooth, and an HDMI port, the company says.
The Cotton Candy is a USB stick sized compute device allows users a single, secure point of access to all personal cloud services and apps through their favorite operating system, while delivering a consistent experience on any screen. The device will serve as a companion to smartphones, tablets, and notebook PC and Macs, as well add smart capabilities to existing displays, TVs, set top boxes and other media that supports USB mass storage.
By Andrea Gallo, ST-Ericsson, Chief Linux Architect in the Smartphone and Tablet Solution organization. - Last March, the ARM Linux community got shaken by the complaints by Linus Torvalds for its lack of proper structure and organisation. This is totally true and mainly due to the large number of different SoC vendors, each one integrating the ARM IP's in a slightly different variant.
Today even smaller companies run a complex IT infrastructure consisting of many interdependent services. The risk grows to damage the whole company by just crashing a single IT service. We address this scenario by a combination of virtualization and high availability in a cluster structure.
Last March, the ARM Linux community got shaken by the complaints by Linus Torvalds for its lack of proper structure and organisation. This is totally true and mainly due to the large number of different SoC vendors, each one integrating the ARM IP's in a slightly different variant. Linaro immediately accepted the challenge to drive the kernel alignment of the ARM community and most ARM Linux experts got together and agreed on the way forward as early as May 2011 at the Developers' summit in Budapest.
This talk highlights the effort, subtleties and details involved in creating a common Power Management (PM) framework for ARM SMP Linux kernel. Since different ARM System on Chips (SoCs) are implementing PM management hardware in custom ways, the kernel has to adapt the PM framework to HW needs.
Five months ago I did a post announcing that we are working to bring Bodhi to ARM devices. I've been rather quiet about this part of our project since then. We are still finalizing the direction this part of our project is headed in, but for now we have landed on the choice of Debian Stable as our core. Our repository is currently online and you can easily install our Enlightenment packages on top of your Debian Stable ARM install by following these steps: