![]() ![]() Replication Target for an existing Nimble.iSCSI or FC LUN to your server as a Veeam Backup Repo.However with the high dedupe expectancy, you are able to store a hell of a lot more data! With the deployment of an SFA, you are looking at roughly the same deployment options as the CS/AF array for use with Veeam ( This blog, Veeam Blog). And the SFA would be used for your DR environment, backup solution, providing the same low latency to allow for high-speed recovery, and long-term archival of data. ![]() Which means you would purchase the Nimble CS/AF range for production workloads, with high IOP performance and low latency. But with one key difference, the software has been optimized against data reduction and space-saving efficiencies, rather than for performance. ![]() The SFA is essentially the same as the previous Nimble Storage devices before it, the same hardware and software. My test lab looks similar to the below diagram provided by Veeam ( Benefits of using Nimble SFA with Veeam). Viewing data reduction savings on the Nimble Secondary Storage.Backup Job – Nimble Storage Primary Snapshot – Configure Secondary destinations for this job.Setting up your backup repository in Veeam.Creating your LUN on the SFA for use as a backup repository.Best practices to use as backup repository.Utilizing features of Veeam with the SFA.Following on with the setup guide of the Nimble Secondary Flash Array, I am going to go through the deployment options, and the settings needed for implementation with Veeam Backup and Replication. ![]()
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