Hewlett Packard Compaq 289044-001 (145.6 GB) $118.00 to $399.00 "IBM presents the sixth generation of IBM Ultrastar 10,000 rpm disk drives. The IBM Ultrastar 146Z10 drive family offers high quality and superior performance. These drives feature more powerful processors and read/write channels to excel in server-class environments. To achieve maximum I/O performance, the drives combine fast seek times, large 8 MB multi-segmented buffers, a sophisticated command queuing algorithm, hardware automation, and superior data rates (825 Mbps). Ultrastar 146Z10 drives include a servo technology (Rotational Vibration Safeguard ""RVS""), employed to counteract the effects of rotational vibration that commonly occur in multi-drive cabinets. They also employ a fifth-generation giant magnetoresistive (GMR) head technology to double areal density from previous generation drives (26.3 Gbits/sq.in.) and boost performance. In addition, highly efficient No-ID sector formatting enables more data to be stored per disk.Feature Value Header / Product Line IBM UltraStar Header / Model 146Z1"Minimize Manufacturer:Hewlett Packard Product MPNKey FeaturesTechnical FeaturesMiscellaneous MPN 289044-001 Capacity 145.6 GB Interface SCSI Spindle Speed   10000 RPM Average Latency 3 ms Interface (Detailed)   SCSI Ultra320 UPC 5705965702116 Tags: hewlett, packard, compaq, 289044-001, 145.6, gb,

Western Digital Caviar SE WD800JD (80 GB) $26.00 to $110.00 Cool, quiet operation, superior performance and industry-leading reliability make these SATA drives ideal for desktop, business, and consumer electronics storage. Manufacturer:Western Digital Product MPNKey FeaturesTechnical FeaturesOther FeaturesDimensionsWarrantyMiscellaneous MPN WD800JD Designation   Desktop Computer Capacity 80 GB Interface Serial ATA Enclosure   Internal HDD Form Factor   3.5" Spindle Speed   7200 RPM Internal Data Transfer Rate   748 Mbit/s External Data Transfer Rate   300 MBps Seek Time   8.9 ms Buffer Size 8 MB Average Latency 4.17 ms Interface (Detailed)   Serial ATA II Hot Swap Yes Sound Emission 35 dB Package Qty. 1 Height 1.03 in. Width 4 in. Depth 5.79 in. Weight 1.6 lb. Warranty 3 Years UPC 718037107639 Tags: western, digital, caviar, se, wd800jd, 80, gb,

Hewlett Packard 432095-B21 (72 GB) $129.00 to $328.00 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 Manufacturer:Hewlett Packard Product MPNKey FeaturesTechnical FeaturesOther FeaturesDimensionsWarrantyMiscellaneous MPN 432095-B21 Designation   Desktop Computer Capacity 72 GB Enclosure   Internal HDD Form Factor   3.5" x 1/3H (Low Profile) Spindle Speed   15000 RPM External Data Transfer Rate   300 MBps Seek Time   3.5 ms Average Latency 2 ms Interface (Detailed)   SAS Platform   PC Package Qty. 1 Height 1 in. Width 4 in. Warranty 1 Year UPC 882780641617 Tags: hewlett, packard, 432095-b21, 72, gb,

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Western Digital Scorpio WD1200BEVS (120 GB)

WD Scorpio 2.5-inch drives offer fast performance and low power consumption, making them ideal for notebooks and other portable devices.

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Lenovo 41N3015 (250 GB)

Lenovo extends its line of outstanding hard drive upgrade options with the 250GB Serial ATA (S-ATA) Hard Disk Drive (HDD) for selected models of Lenovo ThinkCentre systems.

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Hewlett Packard Compaq 336381-001 (9.1 GB)

Compaq hard drives are provided with the reliability and functionality needed for today's systems. All hard drives are designed and tested for compatibility and interoperability in the systems for which they are intended in order to provide the immediate, flawless integration expected from Compaq equipment.

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Hewlett Packard 431935-B21 (72 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