![]() ![]() It seems like checkpoints are killing my VMs and as it stands, I have no DC or any way to back it up. I checked Hyper-V and sure enough, the VM had completely frozen again. The first thing it tries to do is create a checkpoint. So, I installed Veeam free edition on to the physical server and tried to take a VeeamZip backup. It felt like the VM had corrupted, so I created another one and re-attached the VHD files from DC01 and all was working fine. "An error occurred while trying to start the selected virtual machine. As soon as it came back up, I tried to boot up DC01 and got the following message: Couldn't ping the servers IP or anything. I connected to the VM and the VM totally crashed. ![]() This morning, I decided before I'd do anything, I'd take a checkpoint of the domain controller VM (DC01). In another thread I posted yesterday, I talked about backup strategy and possibly looking at Veeam. Got everything done and dusted and all was working fine, until this morning. ![]() Once the Quick Migration has finished, the VM has been successfully migrated from Hyper-V to VMware and is ready to be powered on and tested.I spent the first few weeks building a brand new virtual server domain environment on a physical Windows Server 2016 server. Otherwise, your migrated VM may be deleted. Note: If you migrate VMs to the same datastore cluster that is used as the destination for redirecting virtual disk updates (the Datastore step of the Instant Recovery wizard), you must enable the Force Veeam transport usage check box at the Transfer step of the Quick Migration wizard. The next step is to perform a ‘Quick Migration’, this will migrate the VMDK from the NFS datastore across to the production datastore. Veeam will show the Instantly Recovered VMs with a status ‘Mounted’. Notice the V2V Conversion action that is automatically performed by Veeam. Click ‘Finish’ to start the Instant Recovery to VMware. Proceed to summary, I recommend to leave the VM powered off until the VMDKs have been migrated to the production datatores. Skip the ‘Secure Restore’ option unless there is concern of malware. If you plan on powering on the VM before migrating it’s VMDK (storage vmotion) I recommend enabling ‘Redirect write cache’ to improve disk performance. Select the target network appropriate for your environment. To start the migration process, browse to the backups, right-click the VM to be migrated and click ‘Instant VM Recovery’ then ‘VMware…’Īt the next screen, ensure the selected restore point matches the time for when the VM was shut down and the last backup ran. Once the backup has completed, the source VM should not be powered on again. During the outage window, the source Hyper-V VMs being migrated are powered down and the Veeam backup job is run again to ensure all changes to the VM disks have been backed up. To get started, a backup was taken of the source Hyper-V VMs prior to the scheduled outage window. Veeam even handles the P2V/V2V conversion automatically with it’s own built-in logic. In other words, physical servers, workstations, virtual machines or cloud instance Veeam backups can now be restored to VMware. With this latest Instant VM Recovery, Veeam can instantly recover any Veeam backup created by any Veeam product to a VMware vSphere VM. Select Use Vhdx and Use Volume Shadow Copy. Click Agree in the Disk2Vhd license agreement page. Download Disk2vhd, then unpack the Disk2vhd and execute it on the physical machine you want to convert. I recently had the opportunity to migrate a small regional office from Hyper-V to VMware by leveraging Instant VM Recovery of Workloads to VMware vSphere VMs available in Veeam Backup & Replication v10. Here are the detailed steps about converting physical to Hyper-V VM. ![]()
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