Category: Fedora

Posted on by Jean-Luc Aufranc (CNXSoft) - 8 Comments on Wandboard Dual Benchmarks, Serial Console Fun, and Distributions List

Wandboard Dual Benchmarks, Serial Console Fun, and Distributions List

Since last time I tried Android and Ubuntu on the Wandboard, a few things happened. I’m not talking about Wandboard Quad announcement, but instead I received a Class 10 SD card, which makes the system so much responsive, and a RS232 to USB adapter so that I can access the serial console. So today, I’ll publish some benchmark results on Wandboard Dual since none appear to be available, and play a little with the serial console. A few things also happened on the operating systems side with more distributions now available for the board. Prerequisites I ran benchmark in Android, so I installed the latest Android 4.1.2 image (11th of April 2012) to my new SD card (ADATA 16 GB Class 10), and contrary to my poor experience on a 4GB Class 4 micro SD, everything was very fluid. I’ve also installed Google Play in order to install the applications. […]

Posted on by Jean-Luc Aufranc (CNXSoft) - No Comments on Calxeda Showcases Aaeon and Foxconn ARM Servers at Computex 2013

Calxeda Showcases Aaeon and Foxconn ARM Servers at Computex 2013

ARM started to get involved in servers in 2011 with the announcements of Calxeda Energy Core, Marvell, and Applied Micro X-Gene Servers-on-a-Chip, and in 2012, products made by companies such as HP and Mitac  started to appears. We’ve got to see some more ARM based servers this year thanks to Charbax, who filmed some Aaeon and Foxconn servers powered by Calxeda EnergyCore quad core ARM Cortex A9 SoC at Computex 2013. The first server is Aaeon Indus 1U cloud storage appliance: 1U Chassis 2x Calxeda Energycore nodes 10x 3.5″ HDD 2x 10 GbE uplinks and 4x 10GbE chassis-to-chassis interconnects Foxconn server shown at Computex has slightly higher specs: 4U chassis 12 Calxeda Energycore nodes 60x 3.5″ HDD for up to 240TB storage 4x 10 GbE uplinks and 6x 10 GbE chassis-to-chassis interconnects for 100 GbE total bandwidth There’s also a Gigabyte server, but I could get details. Server based on […]

Posted on by Jean-Luc Aufranc (CNXSoft) - No Comments on Pidora 18 (Raspberry Pi Fedora Remix 18) Released

Pidora 18 (Raspberry Pi Fedora Remix 18) Released

John Chiappetta, working for Seneca Centre for Development of Open Technology, has recently announced the release of Raspberry Pi Fedora Remix 18, which will be now known as Pidora 18. If you were there at the time of Raspberry Pi Fedora Remix 14 release, the first ever Linux distribution released for the Raspberry Pi, you may remember it had many issues, and the Raspberry Pi foundation decided to remove it from their Download page. This fourth release will hopefully fix many issues, and they’ll end up back on Raspberry Pi site. Based on the Changelog vs R-Pi Fedora Remix 17, Pidora 18 features look promising: Almost all of the Fedora 18 package set available via yum (thousands of packages were built from the official Fedora repository and made available online) Compiled specifically to take advantage of the hardware already built into the Raspberry Pi Graphical firstboot configuration (with additional modules […]

Posted on by Jean-Luc Aufranc (CNXSoft) - 16 Comments on Final Release of Fedora 18 for AllWinner A10 & A13 Powered Devices

Final Release of Fedora 18 for AllWinner A10 & A13 Powered Devices

A few months ago, Hans de Goede, currently working at Red Hat and a Fedora contributor, started to show up on linux-sunxi mailing list, and sent a lot of kernel patches for linux-sunxi kernel. Last week-end, he  announced “Fedora 18 Final for Allwinner A10 and A13 based devices” on linux-sunxi community mailing list. To install it, first download the image:

And write it to an SD card (all data will be wiped out):

You may have to replace “/dev/mmcblk0” by your own SD card device, e.g. “/dev/sdc”. AllWinner based devices can share the same kernel, but u-boot is board/products specific, so you’ll have to install u-boot for your board. First remove the SD card, re-insert it in order to automatically mount the FAT partition, and run:

This will show the list of supported boards and products. Then run the command again for your device. For example:

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EmbeddedTS embedded systems design