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Modern magnetic tape is most commonly packaged in cartridges and cassettes, such as the widely supported Linear Tape-Open (LTO) and IBM 3592 series. The device that performs the writing or reading of data is called a tape drive.
An LTFS formatted LTO cartridge compares favorably with other removable data storage formats, generally having higher capacity, better long-term stability, and lower unit cost.
Both tape and disk technology have proven their usefulness as storage media for data backups. To determine which technology is the right choice for a backup target in your organization, consider the strengths and weakness of each one.
A tape drive is a data storage device that reads and writes data on a magnetic tape. Magnetic-tape data storage is typically used for offline, archival data storage. Tape media generally has a favorable unit cost and a long archival stability. DDS tape drive.
Tape libraries and autoloaders automate backups and archives with multiple tapes. Tape libraries offer more capabilities than autoloaders, but are often far more expensive, as well as more complex because they have more tape drives. A tape autoloader is a step up from a single tape drive for backup and archiving.
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In general, helical scan tape cartridges are much smaller than linear tape cartridges, even though they have two reels, unlike linear tape. Data density with helical scanning technology is typically better, although helical scan tape cartridges usually hold less data than linear tape cartridges.
The critical difference between the two is the unusual storage systems and the way off their working. LTO tapes have more storage capacity as compared to DLT tapes and its a tough competition for DLT tapes. The price factor also varies between the two but there is not much docHub difference.
Helical Scan The helical scan method used a rotating head and diagonal tracks, which allowed a slow-traveling tape to provide a very fast transfer rate. The tape was pulled out of the cartridge and wrapped around the read/write head.

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