SAN Benefit Analysis
Over the last few years the open systems portion of ENTER_NAME_HERE’s Data Center has shown tremendous growth, in both the number of applications supported, and the amount of servers required to support the additional demands. In order to efficiently support our current environment, and be positioned for future growth, deploying a SAN (Storage Area Network) is necessary. A SAN is a high-speed network that joins together storage systems and servers utilizing a fiber backbone with switches and hubs. Once deployed, SANs operate as a utility making additional storage accessible to resource and application servers as needed, routing data to servers on demand, and routing data from disk to tape servers for archiving. A SAN is an alternative to traditional server-attached storage. High-performance SANs utilize fiber optic network connections routed by a switch, often dedicated to guarantee quality of service. Additionally, storage can be managed more efficiently, allocating additional storage requirements on-demand, instead of dedicating “stranded storage” to particular servers, thus the ability to consolidate storage pools. Storage consolidation makes good business sense. It ca
• High-performance (high-speed, low-latency) access to storage. To be a successful alternative to server-attached storage, a SAN must deliver data to each server without a performance penalty. Today’s fabric switches provide up to 2Gbps port speeds with latencies of less than 1 microsecond. Servers are free to apply more processing cycles to the application because storage and network management is provided by the SANs infrastructure components and their related software. • Exceeding service levels and providing highest levels of availability Novell file migration/NT integration SRM solutions enable storage managers to take control of storage resources in the face of ever-increasing data growth. As SRM facilitates business innovation, it opens the door to improving storage management best practices, poised to help to:
Some topics in this essay:
Distributed Technologies,
RAID Array,
Practices SRM,
Data User,
High-performance SANs,
Technology Divisions,
Network SAN,
Server Deployment,
SAN Harte-Hanks,
Management SRM,
storage resources,
storage system,
storage network,
storage devices,
server-attached storage,
storage management,
service levels,
levels •,
distributed technologies,
enterprise storage,
san attached data,
storage resources example,
distributed storage infrastructures,
greatly enhanced san,
platform storage management,
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Approximate Word count = 2187
Approximate Pages = 9 (250 words per page double spaced)
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