"Managing the growing amount of accumulated data can be difficult for any business, but those that apply the right management tools will find ways to increase the efficiency of their storage environments. ..."
If you continue to do what you've always done the trying to get control of an ever increasing storage pool will only get frustrating in the future. "Storage Efficiency is Key to Managing Fast Growing Data" where you can do more with your current staff.
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With the introduction of its third-generation Sun ZFS Storage Appliance line, Oracle can assure its customers twice the performance at half the cost per IOPS of NetApp on transactional workloads. Oracle claims that the significant new software and hardware enhancements (Hybrid Columnar Compression, for example), to the product line's Hybrid Storage Pool technology accelerate IOPS performance and allow customers to maintain optimal performance under heavy utilization.
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The proper use of Ryan Mathew's Size Calculator in determining storage pool allocation is the subject of a blog by Steve Tunstall, who writes that the calculator will provide details on such questions as which type of pool to make; will more than one pool at a time work on a system; and how much usable space will you be left with when the pool(s) are installed. According to Tunstall, one need only enter the number of available disk trays and their size, the number of pools desired, and the calculator delivers both the figures and a graphical layout of the tray.
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The third-generation Sun ZFS Storage 7420 Appliance, newly announced by Oracle, delivered twice the performance at less than half the cost per SPC-1 IOPS of NetApp’s FAS 3270A on the SPC-1 benchmark. The Sun ZFS Storage 7420 Appliance turned in a result of 137,066 SPC-1 input/output operations per second (IOPS) at $2.99/ SPC-1 IOPS more than doubles the NetApp 3270A’s 68,035 SPC-1 IOPS at a fraction of its $7.48/ SPC-1 IOPS.
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Mac users would really not have had any compelling reason to inform themselves about ZFS ... until now, suggests Robin Harris in his blog "ZFS/Mac Coming Soon" where he reports that the company Ten's Complement is developing a ZFS release for Mac that is due out in a server-grade version later in 2011. So what is ZFS? Harris includes a brief but adequate description of ZFS in which he writes, "Its tree structured checksums eliminate most of the bit rot that afflicts Macs and PCs. When ZFS retrieves your data, you can be sure it is your data, and not the misbegotten spawn of a driver burp. Add a disk drive to ZFS and it simply joins the pool of blocks available for storage. You don’t have to manage another disk. Cheap snapshots: roll your file system back to any point in time - like before you downloaded a malicious pdf - with almost no overhead. Fast, cheap RAID. ZFS implements very fast RAID that fixes the performance knock-off against software RAID. In ZFS all writes are the fastest kind: full stripe writes, running on the fastest processor in your system (your Mac), rather than some 3 year old microcontroller. Every time you add a disk to your Mac you see another disk volume on the desktop. ZFS eliminates the whole volume concept. Add a disk or five to your system and it joins your storage pool. More capacity. Not more management." In a word, "Neat!"
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