What Is Storage Spaces?

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If you're anything like that, you've got a ton of different storage hardware mediums lying around. You've reached your external hard drives, flash memory sticks, and maybe even some old-fashioned floppy disks. Now, there are many ways you can use those things. You could store your music on one drive, your photos on another, and your documents on the third. What if you could combine them into a single virtual data pool? That's precisely what Storage Spaces is designed to do: turn all your storage hardware mediums into one extensive virtual collection of data you can access from any device connected to your network. If you've ever wanted to know what it feels like to be a wizard, then Storage Spaces is for you. With Storage Spaces, users can create virtualized logical storage drives on pooled storage capacity. Each virtual/logical drive or storage space may be used as a typical disk drive with the option to format, secure and segregate data. Data resiliency and redundancy are provided through a two or three-way mirroring technique, where two or three copies of each data object are maintained on separate disks. Storage Spaces also incorporate a thin provisioning technique. The collective capacity of physical hard drives is extended according to their actual size when converted into a pool or space. You get all the benefits of having your cloud server at home (and no one will ever know how much porn you have stored there) but none of the hassle that comes with it! Storage Spaces is based on the Windows Home Server Drive Extender technology, providing similar features but lacking data resiliency and integrity. If one of your drives failed or was removed without being adequately ejected first, it could cause catastrophic failure for everyone who used the pool at the time. With Storage Spaces, however, all data is stored redundantly across each disk so that even if one fails or is improperly ejected from its enclosure (as often happens with USB flash drives), no user data will be lost or corrupted, and this also means that users don't need.

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Related Terms by Storage

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Secure Hash Algorithm (SHA)

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