HPE StorageWorks X9300 1GbE Network Storage Gateway disk array

  • Brand: HPE
  • Category:
  • SKU: AW539B
  • EAN: 0884962982976 8849629829768
HP X9300 1GbE Network Storage Gateway

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Memory Bank

X9300 1GBE NETWORK STORAGE GATEWAY

 AW539B Register free see stock

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Description

Are you faced with a hard-to-manage data explosion? The exponential growth of unstructured data can lead to rampant infrastructure costs. To gain control of your web and file-based data, you need a new storage solution that scales affordably and seamlessly.; The HP X9000 Network Storage Systems scale-out beyond traditional NAS in both capacity and performance. Designed to be extremely scalable, flexible, and cost-efficient, the X9000 systems deliver excellent performance and a modular storage infrastructure to accommodate unprecedented storage growth and performance. Central management allows the administrator to manage not just terabytes but multi-petabyte environments at the highest density possible. The pay-as-you-grow architecture lets customers avoid storage over-provisioning and manage costs. With an all-inclusive feature set there are no hidden or future costs of expensive add-ons. HP X9000 is the ideal platform for customers designing the next generation data center.

Simplicity at Scale: Uncomplicated Management of Massive Storage that Reduce Administrative Burdens

• Conveniently manage up to 16 PB of data in a single global namespace and up to 1000+ nodes to evolve with your business needs. Flexibly mix and match storage topologies (SAN/NAS) within the single domain, to optimize performance and better leverage storage assets.


Efficient Systems that Delivers Cost Effective Operational Excellence

• Non-disruptive and automated policy based data tiering enables performance or capacity optimization for initial placement and automated movement between tiers.


Adaptable – Versatility to Meet your Changing Requirements and Evolving Technology Needs

• Scale capacity and performance independently with fully distributed meta-data and multi-node architecture to avoid controller bottlenecks, eliminate hotspots and enhance availability.