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  • VBoxHeadless - Running Virtual Machines With VirtualBox 3.1.x On A Headless Debian Lenny Server

    debian Author: Falko TimmeTags: , , Comments: 3

    VBoxHeadless - Running Virtual Machines With VirtualBox 3.1.x On A Headless Debian Lenny Server This guide explains how you can run virtual machines with Sun xVM VirtualBox 3.1.x on a headless Debian Lenny server. Normally you use the VirtualBox GUI to manage your virtual machines, but a server does not have a desktop environment. Fortunately, VirtualBox comes with a tool called VBoxHeadless that allows you to connect to the virtual machines over a remote desktop connection, so there's no need for the VirtualBox GUI.

  • VBoxHeadless - Running Virtual Machines With VirtualBox 3.1.x On A Headless Fedora 12 Server

    fedora Author: Falko TimmeTags: , , Comments: 0

    VBoxHeadless - Running Virtual Machines With VirtualBox 3.1.x On A Headless Fedora 12 Server This guide explains how you can run virtual machines with Sun VirtualBox 3.1.x on a headless Fedora 12 server. Normally you use the VirtualBox GUI to manage your virtual machines, but a server does not have a desktop environment. Fortunately, VirtualBox comes with a tool called VBoxHeadless that allows you to connect to the virtual machines over a remote desktop connection, so there's no need for the VirtualBox GUI.

  • VBoxHeadless - Running Virtual Machines With VirtualBox 3.1.x On A Headless Mandriva 2010.0 Server

    mandriva Author: Falko TimmeTags: , , Comments: 0

    VBoxHeadless - Running Virtual Machines With VirtualBox 3.1.x On A Headless Mandriva 2010.0 Server This guide explains how you can run virtual machines with Sun VirtualBox 3.1.x on a headless Mandriva 2010.0 server. Normally you use the VirtualBox GUI to manage your virtual machines, but a server does not have a desktop environment. Fortunately, VirtualBox comes with a tool called VBoxHeadless that allows you to connect to the virtual machines over a remote desktop connection, so there's no need for the VirtualBox GUI.

  • Virtualization With KVM On A Mandriva 2010.0 Server

    mandriva Author: Falko TimmeTags: , , Comments: 2

    Virtualization With KVM On A Mandriva 2010.0 Server This guide explains how you can install and use KVM for creating and running virtual machines on a Mandriva 2010.0 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. Intel VT or AMD-V.

  • VBoxHeadless - Running Virtual Machines With VirtualBox 3.1.x On A Headless CentOS 5.4 Server

    centos Author: Falko TimmeTags: , , Comments: 3

    VBoxHeadless - Running Virtual Machines With VirtualBox 3.1.x On A Headless CentOS 5.4 Server This guide explains how you can run virtual machines with Sun VirtualBox 3.1.x on a headless CentOS 5.4 server. Normally you use the VirtualBox GUI to manage your virtual machines, but a server does not have a desktop environment. Fortunately, VirtualBox comes with a tool called VBoxHeadless that allows you to connect to the virtual machines over a remote desktop connection, so there's no need for the VirtualBox GUI.

  • Virtualization With KVM On A Fedora 12 Server

    fedora Author: Falko TimmeTags: , , Comments: 0

    Virtualization With KVM On A Fedora 12 Server This guide explains how you can install and use KVM for creating and running virtual machines on a Fedora 12 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. Intel VT or AMD-V.

  • Using DPKG To Install OpenVZ On Debian

    openvz Author: max.havocTags: , , Comments: 1

    Using DPKG To Install OpenVZ On Debian To use the DPKG package manager to install OpenVZ, all you need to do is download the OpenVZ components, and let DPKG do the rest.

  • How To Install VMware Server 1.0.x On A Kubuntu 10.04 Desktop

    kubuntu Author: pierino, la peste!Tags: , , , Comments: 11

    How To Install VMware Server 1.0.x On A Kubuntu 10.04 Desktop This tutorial provides step-by-step instructions on how to install VMware Server 1.0.x (1.0.10 at the time of this writing) on a Kubuntu 10.04 desktop system. This is for those who prefer VMware Server 1.0.x over VMware Server 2.

  • The Perfect Xen Setup For Debian And Ubuntu

    Author: Falko TimmeTags: , , , Comments: 23

    The Perfect Xen Setup For Debian And Ubuntu This tutorial provides step-by-step instructions on how to install Xen (version 2) on a Debian Sarge (3.1) system. It should apply to Ubuntu systems with little or no modifications.Xen lets you create guest operating systems (*nix operating systems like Linux and FreeBSD), so called "virtual machines" or domUs, under a host operating system (dom0). Using Xen you can separate your applications into different virtual machines that are totally independent from each other (e.g. a virtual machine for a mail server, a virtual machine for a high-traffic web site, another virtual machine that serves your customers' web sites, a virtual machine for DNS, etc.), but still use the same hardware. This saves money, and what is even more important, it's more secure. If the virtual machine of your DNS server gets hacked, it has no effect on your other virtual machines. Plus, you can move virtual machines from one Xen server to the next one.

  • The Perfect Xen 3.0.1 Setup For Debian

    VMWare Image Download Author: Falko TimmeTags: , , Comments: 13

    The Perfect Xen 3.0.1 Setup For Debian This tutorial provides step-by-step instructions on how to install Xen (version 3.0.1) on a Debian Sarge (3.1) system. Xen lets you create guest operating systems (*nix operating systems like Linux and FreeBSD), so called "virtual machines" or domUs, under a host operating system (dom0). Using Xen you can separate your applications into different virtual machines that are totally independent from each other (e.g. a virtual machine for a mail server, a virtual machine for a high-traffic web site, another virtual machine that serves your customers' web sites, a virtual machine for DNS, etc.), but still use the same hardware. This saves money, and what is even more important, it's more secure. If the virtual machine of your DNS server gets hacked, it has no effect on your other virtual machines. Plus, you can move virtual machines from one Xen server to the next one.