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Primary storage dedupe: Requisite for the future
This article is part of the Vol. 9 Num. 6 September 2010 issue of Storage magazine
Tools like automated tiering and thin provisioning help users cope with capacity demands; but more drastic measures, like primary storage data reduction, are needed. Ten years ago, 10 TB was considered a large storage environment. Now it's common to have hundreds of terabytes and there are even environments with petabytes of storage in the double-digit range. It's safe to assume that data storage capacity growth will continue over the next 10 years as storage environments measured in exabytes begin to emerge and, over time, become mainstream. I actually talked to one customer who claimed they would have an exabyte of data in the next three years. Having that much physical storage in the data center is ultimately untenable. So how do we solve the problem? A big part of the answer will be provided through a number of technologies. Hard disk drives will continue to become denser. Higher capacity disk drives have the ability to store more data within the same given physical space. However, fatter disk drives impact application ...
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Features in this issue
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Columns in this issue
Storage vendors have been busy creating server-to-application product stacks. It looks like the type of ploy that will give them more leverage, and take it away from you.
Tools like automated tiering and thin provisioning help users cope with growing capacity demands; but more drastic measures, like primary storage data reduction, are needed.
Learn about a handful of key technologies that can help storage managers meet their backup recovery time objectives (RTOs) by making the first steps -- data capture and transfer -- simpler and more efficient.
Information lifecycle management faded into oblivion without getting serious notice. But it's back now, with a new name and more realistic goals.