Find out what your peers are saying about Hewlett Packard Enterprise, NetApp, Dell EMC and others in All-Flash Storage Arrays.
290,996 professionals have used our research since 2012.
Find out what your peers are saying about Hewlett Packard Enterprise, NetApp, Dell EMC and others in All-Flash Storage Arrays.
290,996 professionals have used our research since 2012.
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Average rating based on reviews
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Reviews
Total number of reviews on IT Central Station
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The total ranking of a product, represented by the bar length, is based on a weighted aggregate score. The score is calculated as follows: The product with the highest count in each area gets the highest available score. (20 points for Reviews; 16 points for Views, Comparisons, and Followers.) Every other product gets assigned points based on its total in proportion to the #1 product in that area. For example, if a product has 80% of the number of reviews compared to the product with the most reviews then the product's score for reviews would be 20% (weighting factor) * 80% = 16. For Average Rating, the maximum score is 32 points awarded linearly based on our rating scale of 1-10. If a product has fewer than ten reviews, the point contribution for Average Rating is reduced (one-third reduction in points for products with 5-9 reviews; two-thirds reduction for products with fewer than five reviews). Reviews that are more than 24 months old, as well as those written by resellers, are completely excluded from the ranking algorithm.

A Comparison of the Best All Flash Storage Array Vendors

Q&A Forum

All-Flash Storage Arrays Articles


What is All-Flash Storage Arrays?

The all flash storage array has matured to the point where it is now powering much of the growth in the enterprise storage business. Advances in the design, performance and management capabilities of solid state drive (SSDs), coupled with declines in cost, make flash storage viable for many workloads. The category includes NAND flash, SSD SATA, tiered storage and NAND flash memory. Enterprise storage is relentlessly demanding, though, so potential buyers need to think critically about what makes the best choice of flash array.

IT Central Station members who have experience with solid state storage emphasize ease of use as an essential selection criterion.  They suggest asking if daily and weekly tasks can be completed easily. For example, how difficult is it to add or change storage volumes and logical unit numbers (LUNs)?

Performance also matters, though many members comment that virtually all flash drives offer strong performance. Look closely at (IOPS), reduced footprint and lower power usage. In addition, they suggest asking whether one needs an array with larger block size and one where compression and de-duplication can be enabled or disabled on select volumes. But, reviewers add, it’s important to understand one’s data. For example, with an Oracle database, block size will matter a great deal.

Data reduction and data management capabilities factor into many comments about solid state hard drive selection. Deduplication and compression help manage storage growth. Reviewers also point out that recovery abilities matter with solid state drives. No one wants data loss if the storage array powers down suddenly.

Data storage companies offer many different reporting options. IT Central Station members stress the importance of this feature. For instance, do reports show the business the efficiencies provided by the storage infrastructure? Or, do they report on the specifics of data compression, de-duplication rates, I/O Latency reports and so forth.


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