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HP Turns to Linux for Enterprise NAS (By Robert McMillan)
Hewlett Packard Co. (HP) is readying a new enterprise-quality NAS (network attached storage) device that will be based on the Linux operating system and managed using the companys StorageWorks Grid architecture, according to an HP executive.
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The products launch will be part of series of storage announcements on May 16 at the HP Americas StorageWorks Conference 2005 in Las Vegas, said Bob Schultz, senior vice president and general manager of HPs Storage Works division. At that time, HP also plans to announce a refresh of its Enterprise Virtual Array product line and to provide more details on how it plans to further roll its StorageWorks Grid software architecture into the companys product portfolio, he said.
The new StorageWorks NAS server will be based on HPs ProLiant server design and will have a larger storage capacity than its current line of NAS products, Schultz said.
HP has already had success selling NAS devices for small and medium-sized businesses with its ProLiant Storage Servers, which are based on the Windows Storage Server 2003 operating system. For Unix-centric enterprise users, however, Linux was required. When you move into some of the enterprise customers, they run Unix and they want to have that consistency, he said.
By turning to Linux, which is not currently used in HPs NAS products, HP will get stronger support for the Network File System file-sharing protocol that is used by Unix servers, said Nancy Hurley a senior analyst with Enterprise Strategy Group.
However, the most interesting component of the new server will be its grid design. With the Storage Works Grid software, HPs NAS servers will be able to use the ProLiants computing power to actually manage each other, much like a peer-to-peer network, she said.
They take the standard ProLiant servers, in this case running Linux, and create a grid of NAS cells that you could just continue to add capacity to, Hurley said. The nice thing about this grid-based architecture is that when you add capacity, you also end up adding performance because its a ProLiant CPU in there.
This architecture is already used in two of HPs products, the StorageWorks Reference Information Storage System and the StorageWorks Scalable File Share, according to Hurley.
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