"What makes a SAN go?"
Join Christopher Poelker, co-author, Storage Area Networks for Dummies, for a lesson on what makes a SAN go. This lesson explores Fibre Channel protocols, world wide names and how SAN fabric addressing works.
More about "Lesson 3: What makes a SAN go?"
You've identified the need for a SAN in your environment and you're up to speed on the components that make up a SAN. Now it's time to learn about the inside mechanics of a SAN. Lesson 3, "What makes a SAN go?" covers latency, or moving data over a distance, and bandwidth, which is the process of moving the data through your network or bandwidth. You'll also learn about Fibre Channel, SCSI and iSCSI networking protocols as well as the fabric name server and how to perform zoning. You'll understand the different types of zoning such as port zoning, world wide name zoning, and mixed zoning which will help you allocate resources on your SAN. The chapter concludes with a discussion of logical unit numbers and how data is assigned to a server.
What you'll walk away with:
** Knowledge of how data moves across a network
** The definition of bandwidth
** An understanding of Fibre Channel protocols
** An exploration of world wide names
** An understanding of how SAN fabric addressing works
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About Christopher Poelker:
Christopher Poelker is a storage architect at Hitachi Data Systems. Prior to Hitachi, Chris was a lead storage architect/senior systems architect for Compaq Computer, Inc., in New York. While at Compaq, Chris built the sales/service engagement model for Compaq StorageWorks, and trained most of the company's VAR's, Channel's and Compaq ES/PS contacts on StorageWorks. Chris' certifications include: MCSE, MCT (Microsoft Trainer), MASE (Compaq Master ASE Storage Architect), and A+ certified (PC Technician).
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This was first published in May 2005