Get meaningful insights through well-structured and detailed storage reports for your Nimble arrays. Regarding RAID configurations, since disk is not the bottleneck in the Nimble architecture at this time, reconfiguring as RAID10 would be somewhat similar to putting 91 octane gasoline in your car and getting the same performance/mileage as 87 octane - you are getting no appreciable benefits from doing this, at least not in a Nimble array.There is no fault tolerance – the failure of one disk causes failure to the entire array. RAID 0 is not redundant and is called disk striping. Data redundancy on your storage can protect your data in the case of disk failure. RAID is the redundant array of independent disks. Create out-of-the-box reports, such as enterprise capacity summary, RAID/storage pool group utilization, and more. Instant alerts will help you take immediate actions to eliminate potential storage outages and avoid unplanned downtime. From all-flash to hybrid-flash and more, the HPE Nimble Storage solution is available however you need it.Get meaningful insights through well-structured and detailed storage reports for your Nimble arrays. With Nimble, you can expect: Advanced Triple+ Parity RAID for unparalleled resiliency Integrated data protection for backup & disaster recovery 5x or more data reduction from deduplication & compression Nimble Storage solution availability. This SCM can be used as it is in the Nimble systems to expand the capacity of cache, benefiting the performance by getting more cache hits and reducing. Storage class memory sits in between SSD and memory offering a blend of enhanced performance at a median cost point. Nimble also gets a hardware boost by adding support for storage class memory. A Support case will automatically open immediately. Failure info will be sent directly to InfoSight website. As soon as a disk failure occurs, Nimble’s intelligent InfoSight will detect it (before IT can) and will trigger the following three things to happen: Emails will be sent to those recipients dictated in setup. You didn't say if your current 2 x 3TB drives were in a RAID-1 array. Any of those configurations would give you almost 6TB (or two drives worth) of space available, with the other 2 drives used for data protection/parity. You could do 2 x RAID-1 groups, or 1 x RAID-10 or RAID-6. You really should look at 4 drives in the RAID array instead of 3.
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