In a recent Storage Switzerland report (commissioned by Brocade and now available for download), we point out that there is a gap between high performance compute and high performance storage — the storage network. Workloads like server and desktop virtualization,…
As we discussed in our last column “Why Is Storage Hardware Sprawl Worse Than Ever?”, toward the end of the last decade (2007-2010) the data center began to tap into the abundance of compute power available to it but providing…
Once thought eliminated through storage networking via storage consolidation, storage hardware sprawl is worse than ever. As we discussed in our webinar, “How To Stop Storage Hardware Sprawl“, there are several reasons for this. First, there are more workload types…
PCIe based flash solutions remain a popular method for accelerating application performance. However, there’s a tendency to treat all these cards the same, which would be a mistake since there are vast differences between these offerings that can lead to…
Data protection needs to move beyond just merely backing up business data to redundant storage infrastructure. Instead, it needs
to align with the specific service level objectives (SLOs) of the business application owner. There are tools which can help ensure that SLOs are being adhered to, however, this process will become increasingly automated as primary storage and protection storage architectures converge.
Being in charge of the data protection process is a thankless job. The process you create can run perfectly 99% of the time but everyone will remember the 1 time it fell short, and they will blame you. The task…
In our webinar, “Overcoming the RoadBlocks to the All-Flash Data Center”, one of the questions that came up is how to integrate an All-Flash Array into the data center. It’s not our position that you should throw out all your…
SQL Databases of almost any size should be a top consideration for SSD integration. Because of the granularity of the database structure small components of the database can be moved to SSD, reducing the overall SSD investment. In this article, Storage Switzerland’s Lead Analyst, George Crump discusses how to determine which of those componets should be on SSD. This report will show that a surprisingly small amount of SSD can provide a cost effective, more scaleable, higher performing database for the entire environment.
Learn:
Which Storage Statistics Can Help You Determine SQL SSD Readiness
Which component of your SQL environment should be on SSD
The ROI of SSD Investment for SQL Environments
Texas Memory Systems was a personal favorite of mine so I had concerns when IBM acquired them in August of 2012. With cautious optimism, I’ve been watching IBM to see what they did with their savvy investment. The first step…
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