Developments in Tape Storage and Suitability for HPC Environments

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Density / Capacity• Tape - 4.3 PB+ per Sq. M. (Terapackdesign, TS1140 technology)• High Density NAS - 1.5 PB / Sq. M.• 4x – 5x increase in tape density in 5years (20 TB tapes).TerapackDesign
Energy―The disk system costs over 25 times more money to power and cool than asimilar tape system.‖ -Clipper Group, 2007 , (5-year cost comparison to SATAdisk)Tape and Disk Costs – What it Really Costs to Power the Devices―The energy cost ratio for a terabyte stored long-term on SATA disk versusLTO-4 is about 290:1.‖ -Clipper Group, 2008, (5-year cost comparison to D2Dbackup)Disk and Tape Square off Again – Tape Remains King of the Hill with LTO4―The cost of energy alone for the average disk based solution exceeds the entireTCO of the average tape based solution.‖ “…disk consumes 238 times asmuch energy as tape under assumptions that lean toward favoring disk.‖ -Clipper Group, (2010, 12-year cost comparison to average disk solution)In Search of the Long-Term Archiving Solution – Tape Delivers Significant TCOOver Disk
Page 1 and 2: Tape in High PerformanceComputing E
Page 3 and 4: 2011 INSIC Tape Applications System
Page 5 and 6: Active ArchiveExtended FileSystem
Page 7 and 8: Tape Requirements for HPC environme
Page 9 and 10: Tape Drive Technology In Use• ≈
Page 11: Future of Tape Capability SecuredJa
Page 15 and 16: Tape Technologies Are Reliable…Re
Page 17 and 18: What is Tape Debris?• “Green”
Page 19 and 20: CarbideClean the Spectra Solution
Page 21 and 22: Terapack Optimised RAIT- Very fast
Page 23 and 24: Cost• Tape‟s purchase cost rema
Page 25 and 26: 30 Years of Success• Proven Innov
Page 27 and 28: Awards and Recognition• Ranked #1

Developments in Tape Storage and Suitability for HPC Environments

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