It was back in December of last year that I talked about the virtualization solution called Kernel-based Virtual Machine (KVM) being added into Linux kernel 2.6.20. The Linux 2.6.21 kernel then improved on the support for paravirtualization with the full featured addition of Virtual Machine Interface (VMI).

In three relatively simple steps, you can create a virtual server on the Linux® KVM hypervisor host using full virtualization. The Kernel-based Virtual Machine (KVM) is free, open source virtualization software for Linux that is based on hardware virtualization extensions (Intel VT-X and AMD-V) and a modified version of QEMU.

Virtual machines are virtually taking over the world. By itself a virtual machine is just a container that describes various resources such as memory, disk space, processor, and network card, and allocates them from a physical machine. As with a physical machine, it's the software bits (the operating system and applications) that make a virtual machine usable.

Red Hat released the first beta of Red Hat Enterprise Linux (RHEL) 5.5, providing memory allocation enhancements to the KVM (Kernel-based Virtual Machine) hypervisor. RHEL 5.5 also introduces new storage and WiFi drivers, and supports new AMD, IBM, and Intel processors, says the company.

Dozens of network-attached storage (NAS) servers and other consumer appliances are about to gain mainline kernel and Debian GNU/Linux support. The 2.6.25 kernel, currently in the final stages of testing, will support Marvell's Feroceon micro-architecture and "Orion" SoCs, with Debian support close behind, sources say.

We are pleased to announce the availability of new Red Hat Storage Server 2.0 features and capabilities that bring enhanced virtual machine storage functionality for Red Hat Enterprise Virtualization, end-to-end encryption for data at rest and in motion, and enhanced security and data availability.

A virtual machine creates a virtual hard drive as well as a virtual computer, so you can install and run it from within another operating system. If you want to get rid of the virtualized (also known as the guest) operating system, just delete the virtual hard disk from the real (host) computer’s hard drive.

This guide explains how you can install and use KVM for creating and running virtual machines on a Scientific Linux 6.3 server. I will show how to create image-based virtual machines and also virtual machines that use a logical volume (LVM). KVM is short for Kernel-based Virtual Machine and makes use of hardware virtualization, i.e., you need a CPU that supports hardware virtualization, e.g.

This guide explains how you can install and use KVM for creating and running virtual machines on a CentOS 6.4 server. I will show how to create image-based virtual machines and also virtual machines that use a logical volume (LVM). KVM is short for Kernel-based Virtual Machine and makes use of hardware virtualization, i.e., you need a CPU that supports hardware virtualization, e.g.