Hitachi Travelstar 7K60 (60 GB) $62.00 to $133.00 The Hitachi Travel star 7K60 is a 9.5mm high,7200 RPM,2.5-inch mobile hard disk drive. The Travel star 7K60 is the 28th generation addition of a long heritage of Travel star mobile drives. Designed with combined technology including, Antiferro-magnetically-coupled (AFC)technology, Fluid Dynamic Bearing (FDB)motor technology, Giant Magneto resistive (GMR)heads, load/unload head technology, Enhanced Adaptive Battery Life Extender TM (ABLE) 3.0 and an ATA/100 interface provides for a cutting-edge design. The Travel star 7K60 pushes performance , capacity, power management, and exceptional quietness to provide a quality, high-performance mobile hard disk drive for today Æs demanding notebook and beyond systems.Minimize Manufacturer:Hitachi Product MPNKey FeaturesTechnical FeaturesOther FeaturesDimensionsWarrantyMiscellaneous MPN 08K0939 Designation   Laptop Computer Capacity 60 GB Interface IDE/EIDE Enclosure   Internal HDD Form Factor   2.5" x 1/8H Spindle Speed   7200 RPM Special Features S.M.A.R.T Technology Internal Data Transfer Rate   504 Mbit/s External Data Transfer Rate   100 MBps Seek Time   10 ms Buffer Size 8 MB Average Latency 4.17 ms Interface (Detailed)   DMA/ATA-100 (Ultra) Sound Emission 35 dB Platform   PC Package Qty. 1 Height 0.37 in. Width 2.76 in. Depth 3.94 in. Weight 0.22 lb. Warranty 3 Years UPC 000052150012 Tags: hitachi, travelstar, 7k60, 60, gb,

IBM 40K1044 (146 GB) $200.00 to $635.00 The IBM (40K1044) 146 GB SAS Hard Drive is fully compatible with PC systems.The Hard Drive connect by: SAS for Internal utilization. Spinning up to 15000 RPM and offering capacity as large as 146 GB Manufacturer:IBM Product MPNKey FeaturesTechnical FeaturesOther FeaturesMiscellaneous MPN 40K1044 Capacity 146 GB Enclosure   Internal HDD Form Factor   3.5" Spindle Speed   15000 RPM Special Features S.M.A.R.T Technology External Data Transfer Rate   300 MBps Seek Time   3.8 ms Buffer Size 8 MB Average Latency 2 ms Interface (Detailed)   SAS Hot Swap Yes Platform   PC Package Qty. 1 UPC 5050689883994 Tags: ibm, 40k1044, 146, gb,

Western Digital Scorpio WD1200BEVS (120 GB) $35.00 to $129.00 WD Scorpio 2.5-inch drives offer fast performance and low power consumption, making them ideal for notebooks and other portable devices. Manufacturer:Western Digital Product MPNKey FeaturesTechnical FeaturesOther FeaturesDimensionsMiscellaneous MPN WD1200BEVSRTL Designation   Laptop Computer Capacity 120 GB Interface Serial ATA Enclosure   Internal HDD Form Factor   2.5" Ultra Slim Line Spindle Speed   5400 RPM Special Features S.M.A.R.T Technology Internal Data Transfer Rate   500 Mbit/s External Data Transfer Rate   150 MBps Seek Time   12 ms Buffer Size 8 MB Average Latency 5.56 ms Interface (Detailed)   Serial ATA Sound Emission 26 dB Platform   PC Package Qty. 1 Height 0.37 in. Width 2.75 in. Depth 3.94 in. Weight 0.26 lb. UPC 718037118277 Tags: western, digital, scorpio, wd1200bevs, 120, gb,

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Hewlett Packard 432095-B21 (72 GB)

The Hewlett Packard (432095-B21) 72 GB SAS Hard Drive is fully compatible with PC systems.The Hard Drive connect by: SAS for Internal utilization. Spinning up to 15000 RPM and offering capacity as large as 72 GB

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Western Digital Caviar SE WD1600JS (160 GB)

Cool-running, quiet operation, superior performance and industry-leading reliability make the WD Caviar SE drives the perfect hard drives for desktop and enterprise storage.

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Hewlett Packard 431944-B21 (300 GB)

?Serial Attached SCSI is the logical evolution of SCSI, including its long-established software advantage and the Serial ATA electrical and physical connection interface. SAS meets all these demands while providing the highest performance.

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Hewlett Packard 431933-B21 (36 GB)

Serial Attached SCSI is the logical evolution of SCSI, including its long-established software advantage and the Serial ATA electrical and physical connection interface. With enterprise storage requirements escalating and becoming more complex, factors such as larger capacity, greater density, security, scalability and accessibility are more critical than ever.Minimize