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"iSCSI: The Universal Storage Connection" is an informative overview and in-depth guide to the emerging iSCSI standard, the technology that enables data storage, access, and management over networks, intranets, and the Internet. The iSCSI protocol reduces the total cost of ownership of shared storage solutions and enables an organization to tie together disparate systems and data, including both server class systems and laptop and desktop systems. Numerous leading technology companies, including IBM(R), Cisco Systems(R), and Intel(R), are currently supporting iSCSI initiatives. Written for network and data storage professionals, this comprehensive book introduces iSCSI and explores its growing role within the data storage industry. It describes each element of the technology in detail--from session establishment through error handling--and examines the relationship between iSCSI and the SCSI protocol from which it evolved. Specific topics discussed include: iSCSI's use in small office, mid-range, and high-end settingsTCP/IP fundamentals, and how they apply to iSCSIThe importance of data integrityNew hardware that addresses bandwidth and latency issuesiSCSI naming conventionsThe establishment of a communication path between the host system and storage controllerCommands and data sequencingControl of the flow of commands Task managementError handlingCompanion technologies, including discovery and security processesBackup and disaster preparationiSCSI performance issues Helpful reader suggestions make the book useful for sales and marketing personnel as well as engineers. They are each guided to the elements of the book that will be most useful to them, via notes that are markedwith an icon. In addition, the book includes an explanation of the technologies that hardware vendors are implementing to permit direct memory placement of iSCSI messages without additional main processor involvement.

"This is a great book at the right time . . . I found the book to be exactly what I was looking for and very well written." --Dr. David Spuler, Director of Advanced Research, BMC Software and Author, Enterprise Application Management with PATROL (1999) What Every Enterprise Needs to Know to Solve Its Data Deluge! Depending on the analyst one follows, corporate IT departments will spend between 75 and 90 cents of every dollar over the next five years on data storage products. The reason is simple: Companies are generating data at a phenomenal rate and increasing their requirements for data storage by 100 percent or more per year. In The Holy Grail of Data Storage Management, Jon William Toigo documents current trends in storage technology and shows IT executives exactly how to plan a comprehensive strategy for maximizing the availability, performance, and cost-effectiveness of enterprise storage. Discover how to: Map your storage strategy to long-term business goals and application data movement requirements Apply architectural, scalability, and investment protection criteria to every storage purchase Customize storage to key enterprise applications, including data warehousing, ERP, OLTP, and e-commerce Master the new skills needed to manage next-generation storage This vendor-neutral guide offers new insight into every next-generation storage technology: network attached storage (NAS), RAID array configurations, storage appliances, near on-line storage, Storage Area Networks (SANs), optical systems, and much more. If you're responsible for enterprise storage, planning, architecture, and/or distributed systems, you'll find this book absolutely indispensable. TheHoly Grail of Data Storage Management is complemented by a new website, http: //www.stormgt.org, which provides useful, up-to-the-minute information on the fast-changing world of storage and storage management technology. See the Introduction for more details.

Hard link - In computing, a hard link is a reference, or pointer, to physical data on a storage volume. On most file systems, all named files are hard links.

Data link - In telecommunication a data link is the means of connecting one location to another for the purpose of transmitting and receiving data. It can also be an assembly, consisting of parts of two data terminal equipments (DTEs) and the interconnecting data circuit, that is controlled by a link protocol enabling data to be transferred from a data source to a data sink.

Data storage device - In computing, a data storage device—as the name implies—is a device for storing data. It usually refers to permanent (non-volatile) storage, that is, the data will remain stored when power is removed from the device; unlike semiconductor RAM.

Digital Data Storage - Digital Data Storage (DDS) is a format for storing and backing up computer data on magnetic tape that evolved from Digital Audio Tape (DAT) technology, which was originally created for CD-quality audio recording. In 1989, Sony and Hewlett Packard defined the DDS format for data storage using DAT tape cartridges.

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Computer Data Storage - Computer Data Storage Digital Data Storage - Digital Data Storage (DDS) is a format for storing and backing up computer data on magnetic tape that evolved from Digital Audio Tape (DAT) technology, which was originally created for CD-quality audio recording. In 1989, Sony and Hewlett Packard defined the DDS format for data storage using DAT tape cartridges. Computer storage density - Computer storage density is a measure of the quantity of information bits that can be stored on a given length of ...

Networking professionals from an Internet Protocol (IP) internetworking background are usually not familiar with storage area networks, with concrete examples of how customers can deploy cost-effective and highly scalable IP storage solutions. More commonly, Independent (more expensive) SCSI hard disks are used, although the cost of such disks is now much lower and much lower than the systems RAID was first patented by IBM in 1978. Until recently, SANs were based on the Fibre Channel technology, which, for years, has provided the industry with flexible, high-performance block data access for storage applications. A hot topic that will become increasingly important in the coming years. For the purpose of this article, we will say that any system which employs the basic RAID concepts to recombine physical disk space for purposes of reliability or performance is a RAID system. Redundant array of independent disks/Temp In computing, a Redundant Array of Independent Disks (more commonly known as a RAID array) is a system of using multiple hard drives is a system of using multiple hard drives is a RAID system. Redundant array of independent disks/Temp In computing, a Redundant Array of Independent Disks (more commonly known as a RAID system. Redundant array of independent disks/Temp In computing, a Redundant Array of Independent Disks (more commonly known as a RAID array) is a way to combine multiple hard drives is a system of using multiple hard drives into one single logical unit. RAID is increased data integrity, fault-tolerance and/or performance, over using drives singularly. The original RAID specification (which also used the term, "Redundant", leads many to split hairs over whether RAID-0 is "real" RAID. It can be implemented either in hardware or software. He also presents new technical advances and opportunities to improve existing data-protection processes, including backup/restore, replication, and remote copy. IP SANs: A Guide to iSCSI, iFCP, and FCIP Protocols for Storage Area Networks explains these new data link storage suggest.