Backup jobs are configured to local repositories. Backups must be sent from Site B to the repository on Site A. The connection allows direct backups to complete within the backup window. Impact on the source VMs at Site B should be minimized. Which type of job and Veeam components should be used to provide the necessary protection?
To send backups from the repository on Site B to the repository on Site A while minimizing the impact on the source VMs at Site B, a backup copy job is the appropriate choice. Backup copy jobs are designed to copy data from one backup repository to another. Since the connection allows direct backups to complete within the backup window, there is no need for additional components such as proxies or WAN accelerators. Therefore, the necessary components are the repositories at Site B and Site A. This setup aligns with using components 6 and 2, which are the repositories in each site.
C - https://helpcenter.veeam.com/docs/backup/vsphere/backup_copy_path.html?ver=120 Shows that direct copies go repo to repo with no proxies involved.
I agree, C. Nice spot. There are no proxies on either direct or WAN accelerator paths.
A is correct
Backup copies between repository are done with the data mover services on the repositorys. So no other components are involved. The Question gives no hints that WAN accellerators are needed C. is correct
C. Even if the question stated that WAN Accelerators were needed, A should be wrong because the proxies are never needed for that kind of transport https://helpcenter.veeam.com/archive/backup/110/vsphere/backup_copy_path.html
A is correct no ? https://helpcenter.veeam.com/docs/backup/vsphere/backup_copy_path.html?ver=120
That link shows that none of the proxies are used in data transfer, and the question notes that direct backup jobs finish within the backup window, so no WAN accelerators are needed. I think the answer is actually C.
A or C?
The question say direct backup so is a copy repo to repo without WAN and Proxies. Answer is C
Backup copy occurs directly between repos.