#IMPORT OVF VMWARE IMAGE TO AZURE CLOUD WINDOWS#

Microsoft provides an OVF Import/Export tool as part of System Center 2012вЂ™s Virtual Machine Manager add-on. While VMware supports OVF, Hyper-V does not and it needs to convert OVF files before they can be imported. OVF is a file format that allows for the creation of a virtualization package that includes VM image and configuration data, and allows these packages to be exchanged across supported platforms. If your VMs reside in VMware, vSphere has the option of exporting or importing VMs using an Open Virtualization Format (OVF). Keep in mind that V2V and P2V conversions can take a significant amount of time, especially for larger VM image files, and that the conversion will incur downtime even if you do a вЂњhotвЂќ conversion of a live server. The tools listed below can also be used to create virtual machines based on physical servers (P2V conversion). Sometimes you can use conversion utilities, however there may be times when you will need to convert the VM image file (VMDK or VHD/VHDX) and then generate the configuration files by creating the server on the new hypervisor.

#IMPORT OVF VMWARE IMAGE TO AZURE CLOUD WINDOWS#

The original VHD format was limited to 2 TB (as were VMwareвЂ™s VMDK 1 and 2), however VHDX (introduced with Windows 2012) boosts the upper size limit to 64 TB in addition to providing other performance improvements.Д¬onverting a VM to a new platform means generating a new set of files that are required before the VM is powered on. To find the GUID that corresponds to a VM, run the powershell command: Rather than using the VM names for files, Hyper-V uses a GUID (globally unique identifier) for VM files. VMDK is currently atВ version 3, with enhancements that allow for VMDK files up to 62 TB, although some management features are limited to smaller files. VMware released VMDK as an open format, and other hypervisors such as OracleвЂ™s VirtualBox and KVM on Linux provide varying levels of support for VM images in VMDK format.

Generated by hypervisor if system is suspended The files used in VMware 6.7 have names that correspond to the VM name followed by the following prefixes:ДЄdditional VM configuration, backwards compatible with VMware Workstation vmdk extensions, but VMware uses additional files to store configuration data, backups and swap space. In this post weвЂ™ll take a look at the VM file formats used by both VMware and Hyper-V and the methods provided by VMware and Hyper-V that can be used to convert between them. And, of course, you will need to maintain both the original VM and the migrated VM until youвЂ™ve verified that the migrated VM is completely functional. If you are вЂњhotвЂќ converting a live VM, then additional time will be needed to synchronize any changes that have occurred during the time the conversion was being done. Additionally, VM image files can be very large, and take a significant amount of time to convert. To move to a new hypervisor platform the VMвЂ™s files need to be converted from their existing format to a format usable by the new hypervisor вЂ“ a вЂњvirtual to virtualвЂќ or V2V conversion. However, moving to a different hypervisor is a more complex proposition. Moving a VM to a different host using the same hypervisor is accomplished by pointing the new host to the VMвЂ™s files. Some of the files hold an image of the VM, while other files provide details about how the VM should be implemented. Virtual machines (VM) are made up of a set of files in a format specific to the hypervisor on which they are running. In this post weвЂ™ll focus on another important step: migrating VMs from one platform to another. One step in migrating between VMware and Hyper-V is to reproduceВ management features, as we discussed in our post on converting from VMware High Availability to Hyper-VвЂ™s Failover Clustering.

Import ovf vmware image to azure cloud