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Arch Linux ARM

Arch Linux ARM
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ST-Ericsson NovaThor L8580 : Un processeur cadencé à 3Ghz bientôt sur les smartphones et tablettes Publié par Faly Le 22 février 2013 à 8h12 Dans Actualité Sachez tout d’abord que ST-Ericsson avait annoncé, le mois dernier, la puce NovaThor L8580 2,5 GHz eQuad. Ce processeur était considéré comme l’un des plus performants sur le marché. Quad Core, elle repose sur la micro architecture d’ARM, plus précisément du Cortex-A9, en FD-SOI et gravé en 28 nm. La firme ne semble pas vouloir se contenter de cette puissance déjà très acceptable. Cette nouvelle puce renommée en NovaThor L8580 possèderait une puissance jamais vu sur un mobile et qui dotera le dispositif mobile d’une puissance, tel un vrai PC. Vous dites surement qu’une telle puissance serait aussi une véritable pompe à énergie. Pour le moment nous ignorons quand est-ce que la puce sera disponible sur des appareils et si des constructeurs travaillent dessus. Meilleur prix constaté pour cet appareil : Processing your request, Please wait....

Fedora ARM chips are the most widely-produced processor family in the world; they have historically been used in cell phones and embedded applications, and are increasingly used in tablet devices and low-power-consumption servers. The Fedora-ARM project is an initiative to bring Fedora to this processor family. New to ARM and not sure how to get started? ARM Secret Decoder Ring Fedora 20 This is the most recent stable release of Fedora. For virtualization through QEMU: Versatile Express (Cortex A9 & A15 emulation) Fedora for ARM - Releases and Remixes If you are looking to use Fedora on a device that isn't mentioned above it may not have official support due to licensing issues or lack of upstream support. Raspberry Pi Pidora, the optimized Fedora Remix released by Seneca College can be found at . Creating a Fedora Remix for ARM Many ARM boards are not yet fully supported in the upstream kernel - by using this guide you can create your own Fedora ARM disk image. Rawhide Images. Meetings

SheevaPlug – hackable:1 Testing hackable:1 on a usb device Preparing the usb device Needed: a serial terminal (minicom / cu / gtkterm / ...) a usb device ( => 500 Mo) get H1 version: # wget mount the first partition of a formated usb device (ext3 works as well, here we mounted it in /mnt/usb and device was in /dev/sdb1): # mkdir /mnt/usb # mount /dev/sdb1 /mnt/usb untar tarball to the usb device: # tar xzpf Hackable1-Openmoko-Freerunner-user-rev5beta5.tar.gz -C /mnt/usb/ edit inittab for serial: # echo "T0:23:respawn:/sbin/getty -L ttyS0 115200 vt100" >> /mnt/usb/etc/inittab edit network configuration (we want eth0): # sed "s/^#auto eth0/auto eth0/;s/^#iface eth0/iface eth0/" -i /mnt/usb/etc/network/interfaces umount usb: # sync # umount /mnt/usb Launch hackable:1 on the SheevaPlug Install h:1 on flash In this example we will explain how to upgrade the u-boot version of the SheevaPlug and at the same time install h:1 on flash.

SPL driver for UNIX Smart Starter Kit | Bluetooth Development Portal | Smart Starter Kit Page Content Bluetooth® Smart technology is the ultra-power efficient, application-friendly version of Bluetooth transforming the wireless industry, and the key enabler for the Internet of Everything. Bluetooth Smart is also about intelligent connections, allowing the direct communication of data between a device and an application to make that information useful to the end user. Bluetooth Smart Starter Kit Offers Comprehensive Training To help you get started, the Bluetooth SIG developed the Bluetooth Smart Starter Kit. The Smart Starter Kit is based on these components: Arduino platformBluetooth Smart Shield for the Arduino boardUSB cable The training kit expects you to be reasonably comfortable with programming at least one mobile platform from Android, iOS and Windows Phone. Download the Kit and Start Your Training Today The kit provides complete source code for each lab.

openSUSE Most all of the usual openSUSE distribution (>6000 packages) builds and runs on all the ARM hardware we have tested it on so far. Thanks to OBS we can cross build and if need be cross compile packages for numerous architectures (ARM included) which speeds up our efforts significantly. Currently we target armv7l/armv7hl (hard floating point with aapcs-linux ABI, for armv7) and armv6l/armv6hl (hard floating point, for armv6). If you have knowledge and experience, please help out. Feel free to join the openSUSE ARM mailing list as well as the #openSUSE-arm IRC channel for questions or help. There is also always room for improvement on the package building side of things. Building packages locally via osc or even manually to test is not difficult thanks to QEMU. Working on platform support without hardware is not possible. Thanks and here's to getting our Geeko some ARMs.

Android-x86 Project - Run Android on Your PC (Android-x86 - Porting Android to x86 Platform) WeIO Quoi ? WeIO est une plateforme (électronique et logiciel) qui permet à tout un chacun de créer et produire des nouveaux objets connectés en toute simplicité en utilisant les langages Web HTML5 et Python. Comment ? WeIO est simple à comprendre et est spécialement adapté aux débutants ou encore ceux qui connaissent Arduino. WeIO permet de contrôler des objets depuis n’importe quel appareil avec un browser (smartphones, tablettes, ordinateurs,…). WeIO est un projet porté par Uros Petrevski & Drasko Draskovic, Nodesign, en partenariat avec 8devices.

FreeBSD Planning for getting ARM to Tier 1 EABI status Boards that are supported or currently in the works: ArndaleBoard (Samsung Exynos5250) Atmel AT91RM9200 BeagleBoard and BeagleBoard-xM (TI OMAP3) - GSoC 2012, stable - aleek@ BeagleBone Cubieboard(1,2) (Allwinner A10/A20) Device Solutions Quartz Gateworks Avila GW2348 Gateworks Cambria GW2358 Genesi Efika MX Smarttop Genesi Efika MX Smartbook Globalscale Technologies OpenRD platform Kwikbyte KB9202B (as well as the older KB9202 and KB9202A) Marvell DB-88F5182, DB-88F5281, DB-88F6281, RD-88F6281, DB-78100 Marvell DB-88F6781 (ARMv6) Marvell DB-78460 (ARMv7) Marvell Sheeva Plug Marvell Dream Plug Pandaboard (OMAP4) Phytec Cosmic Board (Freescale Vybrid Family) Raspberry Pi Radxa Rock (Work in progress) SBC6045 with Atmel at91sam9g45 - under heavy development - aleek@ Technologic Systems TS-7200 Technologic Systems TS-7800 Wandboard Zedboard (Xilinx Zynq) Colibri VF50 Evaluation Board (r261411) CPUs that are supported or currently in the works:

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