The ARM SoC updates were mailed out on Sunday afternoon for the Linux 4.6 kernel and it provides mainline support for thirteen new SoCs!
Watch: Mark Shuttleworth Talks Ubuntu, Snappy, Android,... - - One of the latest best things that happened this year at MWC (Mobile World Congress) for Canonical and Ubuntu, which took place in Barcelona, Spain, between February...
How To compile a custom Linux kernel for your ARM device - - This tutorial covers some aspects about compiling your own Linux kernel for your ARM device. Most Linux distributions for the PC/x86 platform maintain a Linux kernel...
8-Way ARM Board Linux Benchmark Comparison From The Pi... - - For those interested in small, low-power ARM single-board computers, up for your viewing pleasure today are benchmarks of several different boards from the Raspberry...
Linux on ARM
We reported last year that ownCloud was in talks with WD (Western Digital) Labs to help them develop a community project that would bring a self-hosted cloud storage device in users' homes.
It can be pretty useful to monitor the CPU load, memory and storage usage, and network traffic of your boards, and they are already graphical tools like System Monitor on Ubuntu providing most of the information, and monit can be used on server, but I’ve recently been introduced to RPi-Monitor utility for Raspberry Pi and Orange Pi boards (patched version), that very easy to install, and provide neat chart of many different variables.
Nvidia first showcased PC games streaming to Nvidia Project SHIELD Game Console at CES 2013, and since then Moonlight project has been created to provide an open source implementation compatible with Nvidia Gamestream, and supported on Linux, Mac OS and Windows PC, Android & iOS mobile devices, as well as Samsung VR kits.
On March 15, 2016, we reported on the fact that Canonical published several new Ubuntu Security Notices to inform the community about important kernel updates for the Ubuntu 12.04 LTS, Ubuntu 14.04 LTS, and Ubuntu 15.10 operating systems.
Just a few minutes ago, March 16, 2016, renowned kernel developer Greg Kroah-Hartman released three Linux kernel maintenance builds, Linux 4.4.6 LTS, Linux 3.14.65 LTS, and Linux 3.10.101 LTS.
Orange Pi One board is the most cost-effective development board available on the market today, so I decided to purchase one sample on Aliexpress to try out the firmware, which has not always been perfect simply because Shenzhen Xunlong focuses on hardware design and manufacturing, and spends little time on software development to keep costs low, so the latter mostly relies on the community.
Softpedia has just been informed by Arne Exton, a GNU/Linux developer responsible for several Android-x86-based and Linux kernel-based operating systems, about the availability of a new build of his RaspAnd project.
Linux 4.4 added support for a faster and leaner loop device, 3D support in virtual GPU driver, TCP improvements, various file systems improvements for BTRFS, EXT-4, CIFS, XFS etc… Some notable changes made to Linux 4.5 include:
Today still being weekend and all that, we've decided to continue our delightful "Watch" series of articles with a new one about the Ubuntu MATE Linux operating system.
RaspArch developer Arne Exton informs Softpedia about the availability of a new build of his GNU/Linux distribution for ARM devices based on the Arch Linux ARM project.
Just a few minutes ago, kernel developer Greg Kroah-Hartman had the great pleasure of announcing the release and immediate availability for download of Linux kernel 4.4.5 LTS.
RaspEX developer Arne Exton informs Softpedia about the availability for download of a new, special build of the RaspEX Live CD distribution optimized for the new Raspberry Pi 3 single-board computer.
Linaro Ltd., the collaborative engineering organization developing open source software for the ARM® architecture, announced the rollout of an ARMv8 based Developer Cloud today at Linaro Connect in Bangkok. In collaboration with its silicon, server and software members, Linaro is providing developers with access to a cloud-based native ARM development environment, which can be used to design, develop, port and test server, cloud and IoT applications without substantial upfront hardware investment.
On Friday my Raspberry Pi 3 arrived for benchmarking. For our first benchmarks of this Cortex-A53 64-bit ARM $35 development board is a comparison against eight other ARMv7 and ARMv8 development boards running their official Linux distributions while carrying out a range of benchmarks. Here are those raw performance results along with a performance-per-dollar comparison for additional insight into this low-cost ARM development board.