Experimental Guests, Operating System | Citrix Systems 6.2.0

Operating System	Minimum	Maximum	Minimum Disk Space
	RAM	RAM

Oracle Enterprise Linux 5.0, 5.1, 5.2, 5.3,	512MB	128GB	8GB
5.4, 5.5, 5.6, 5.7 (64-bit)

Oracle Enterprise Linux 5.8, 5.9 (32-bit)	512MB	16GB	8GB

Oracle Enterprise Linux 5.8, 5.9 (64-bit)	512MB	128GB	8GB

Oracle Enterprise Linux 6.0, 6.1 (32-bit)	512MB	8GB	8GB

Oracle Enterprise Linux 6.0, 6.1 (64-bit)	512MB	32GB	8GB

Oracle Enterprise Linux 6.2, 6.3, 6.4 (32-	512MB	16GB	8GB
bit)

Oracle Enterprise Linux 6.2, 6.3, 6.4 (64-	512MB	128GB	8GB
bit)

Debian Squeeze 6.0 (32-/64-bit)	128MB	32GB	8GB

Debian Wheezy 7.0 (32-bit)	512MB	16GB	8GB

Debian Wheezy 7.0 (64-bit)	512MB	128GB	8GB

Ubuntu 10.04 (32-bit)	128MB	512MB	8GB

Ubuntu 10.04 (64-bit)	128MB	32GB	8GB

Ubuntu 12.04 (32-bit)	128MB	32GB	8GB

Ubuntu 12.04 (64-bit)	128MB	128GB	8GB

Important:

RHEL, OEL, and CentOS 5.0 guest operating systems with the original kernel will fail to boot on XenServer 6.2.0. Before attempting to upgrade a XenServer host to version 6.2.0, customers should update the kernel to version 5.4 (2.6.18-164.el5xen) or later. Customers running these guests that have already upgraded their XenServer host to version 6.2.0, should refer to the Citrix Knowledge Base article, CTX134845 for information on upgrading the kernel.

Note:

Some 32-bit Windows operating systems can support more than 4 GB of RAM through the use of a special mode: physical address extension (PAE) mode. If you want to reconfigure a VM with greater than 4 GB of RAM, you must use the xe CLI, not XenCenter, as the CLI does not impose any upper bounds for memory-static-max.

For more information on how to set the memory static max, refer to the Dynamic Memory Control chapter, in the XenServer Administrator's Guide.

3.2. Experimental Guests

The following table lists the experimental guest operating systems in XenServer 6.2.0.

Operating System

Ubuntu Maverick Meerkat 10.10 (32-bit)

7

Image 14

Citrix Systems 6.2.0 manual Experimental Guests, Operating System

Contents

Citrix XenServer 6.2.0 Virtual Machine Users Guide Trademarks Contents VM Migration with XenMotion and Storage XenMotion Importing the Demo Linux Virtual Appliance Windows VM Release Notes Setting Up a Red Hat Installation Server XenServer Documentation About this DocumentOverview Other Methods of VM Creation Virtual MachinesCreating VMs XenServer Tools Importing an Exported VMPage Operating System Minimum Maximum Minimum Disk Space Supported Guests and Allocating ResourcesSupported Guests, Virtual Memory, and Disk Size Limits 4GB 8GB Experimental Guests Operating System Virtual device Linux VMs Windows VMs Deprecated GuestsXenServer Product Family Virtual Device Support VM Block Devices Available Windows Templates Basic Procedure for Creating a Windows VMCreating Windows VMs Template Name Description To create a Windows 7 32-bit VM Using XenCenter to Create a VMAttaching an ISO Image Library Page Using the CLI to Create a Windows VM Installing a Windows VM from an ISO Repository Using the CLI Creating Linux VMs Install From Network From CD Repository Distribution Vendor Creating a Linux VM by Installing from a Physical CD/DVD Creating a Linux VM by Installing From an ISO Image Network Installation Notes To install Rhel Using a Kickstart File Advanced Operating System Boot ParametersTo install Debian using a preseed file Installing the Linux Guest Agent To install the guest agent Additional Installation Notes for Linux Distributions Linux Distribution Installation Notes Machine Name Preparing to Clone a Linux VMAdditional Debian Notes IP addressPage XenMotion VM Migration with XenMotion and Storage XenMotionXenMotion and Storage XenMotion Storage XenMotion Limitations and Caveats Migrating a VM using XenCenterLive VDI Migration To Move Virtual Disks Updating Windows Operating Systems To uninstall the XenServer ToolsUpdating VMs Updating XenServer Tools for Windows VMsPage Managing vApps in XenCenter Creating a vApp using XenCenterVApps Creating vApps Deleting vApps Start and shutdown vApps using XenCenterDeleting vApps using XenCenter To start a vApp To import a vApp Importing and Exporting vAppsTo export a vApp Reset XenDesktop Shared Desktop Mode VM Boot BehaviorPersist XenDesktop Private Desktop Mode Advanced Notes for Virtual Machines Installdir/xensetup.exe /S /norestart To enable the Windows XenServer VSS provider Windows Volume Shadow Copy Service VSS providerConnecting to a Windows VM Using Remote Desktop To Enable Remote Desktop on a Windows VM Time Handling in Windows VMs Time Handling in Linux VMs Guest OS Dependent wallclock Independent wallclock Installing a VM from Reseller Option Kit BIOS-locked MediaTo set individual Linux VMs to maintain independent times Using the CLI Preparing for Cloning a Windows VM Using VSSUsing XenCenter Assigning a GPU to a Windows VM for Use with XenDesktop Cloning Windows VMs To detach a Windows VM from a GPU using XenCenter To assign a GPU to a Windows VM using XenCenterTo assign a GPU to a Windows VM using xe CLI To detach a Windows VM from a GPU using the xe CLI Detach the GPU from the VM by entering the following Useful Tests To Import the Demo Linux Virtual Appliance Using XenCenterImporting the Demo Linux Virtual Appliance Page Format Description Importing and Exporting VMsSupported Formats Open Virtualization Format OVF and OVA Attribute Description Disk Image Formats VHD and Vmdk XVA Format Operating System Fixup XVA Version 1 Format To use the RawVDI transfer protocol Transfer VMImporting VMs To Import VMs from OVF/OVA using XenCenter Importing VMs from OVF/OVAPage To Import VMs from a Disk Image using XenCenter Importing Disk Images To Import VMs from XVA Files VM using XenCenter Importing VMs from XVA Exporting VMs as OVF/OVA To Import a VM from XVA using the xe CLIExporting VMs To Export VMs as OVF/OVA using XenCenter To Export VMs as XVA Files using XenCenter Exporting VMs as XVA To Export VMs as XVA Files using the xe CLI Appendix A. Windows VM Release Notes Release Notes Appendix B. Linux VM Release Notes Red Hat Enterprise Linux 4.5 to Red Hat Enterprise Linux Preparing a Rhel 4.5 to 4.8 guest for cloning Suse Enterprise Linux 10 SP1 CentOSOracle Enterprise Linux Suse Enterprise Linux 10 SP3 Ubuntu On a Windows computer Appendix C. Creating ISO ImagesCreating an ISO on a Linux computer Appendix D. Enabling VNC for Linux VMs Enabling a Graphical Console on Debian Squeeze VMs Determining the Location of your VNC Configuration File Configuring GDM to use VNC Firewall Settings VNC Screen Resolution Enabling VNC for RHEL, CentOS, or OEL 6.x VMs Create the xinetd.d file, /etc/xinetd.d/vnc-server-stream Modifying the xinetd Configuration Setting up SLES-based VMs for VNCEnabling Remote Administration Checking for a VNC Server To Open the VNC Port on Sles 10.x VMs Firewall Checking Runlevels To Open the VNC Port on Sles 11.x VMs Firewall Enable Remote Access Appendix E. Setting Up a Red Hat Installation ServerCopying Installation Media NFS FTP Http VM Crashes Appendix F. Troubleshooting VM ProblemsTo enable saving of Linux VM crash dumps Controlling Linux VM Crashdump Behaviour Troubleshooting Boot Problems on Linux VMs