Spring is a lovely time of year, when the flowers bloom, the birds sing and community Linux projects release the fruit of their winter labours. Specifically, the Fedora and Ubuntu projects come to the end of their six-month cycles.

Fedora 13 is one of the Linux distributions that supports and uses Linux Logical Volume Manager (LVM) as the default disk partitioning scheme. While this is a good thing (it has its benefits), the space allocation to the partitions and logical volumes is not optimal.

Install Xen 4.0 and Libvirt like on F12 ([1]). Via my experience xend will hang for 5-7 min at startup and xen managed bridging will fail as well .At the same time PV guests won’t be able to obtain IP via interface virbr0. Workaround for the issue follows bellow.

Manufacturers today produce a dizzying array of video hardware whose graphics processing power alone outstrips entire computer systems of just ten years ago. However, it’s not always been easy for Linux users to take advantage of this hardware. Until recently, the more exotic 3D acceleration features in particular have often required introducing closed source, proprietary drivers.

Virtualization technology has long found a home in Red Hat's Fedora community Linux distribution. Ever since Fedora 4 emerged in 2005, virtualization technologies have continued to advance in the distro and that remains the case with the upcoming Fedora 13 release set for later this month.

We have already published a look at the Fedora 13 Beta, delivered ATI Radeon benchmarks atop Fedora 13 Beta, and have other articles on the way covering this new Fedora release, while in this article we are investigating Nouveau's power performance using this newest Fedora release.

The alpha release already includes all the changes expected to find their way into the distribution, which is scheduled for a mid-May release. These include a new GNOME program for colour calibrating hardware and Linux kernel 2.6.33