Products reviews
Hewlett Packard 431935-B21 (72 GB)$196.00 to $348.00
Tags:hewlett, packard, 431935-b21, 72, gb, | Hewlett Packard Compaq 336381-001 (9.1 GB)$27.00 to $79.00
Tags:hewlett, packard, compaq, 336381-001, 9.1, gb, | Hewlett Packard 395473-B21 (500 GB)$110.00 to $605.00
Tags:hewlett, packard, 395473-b21, 500, gb, |
Hitachi Deskstar 7K250 (250 GB)
Hitachi's standardized features in desktop solutions enable fast transfer rates, low power utilization and quiet acoustics. These features combine to make the Deskstar 7K250 ideal not only for standard PC systems but also for ATA entry-servers, personal video recorders and other non-PC computing requirements.??The Hitachi Deskstar 7K250 extends the company's long-standing tradition of performance leadership. This new series of Deskstar drives incorporates both new and proven technologies to boost the performance, capacity, and reliability to handle a wide range of advanced storage requirements.Minimize
Hewlett Packard 432341-B21 (750 GB)
A variety of tested, HP-qualified, SMART capable, SATA Hard Drives offering data integrity and availability in hot-pluggable models. HP SATA 7,200 rpm Hard Drives provide entry-level performance and high capacity drives for the ProLiant ML110. All HP hard drives pass a rigorous qualification process, which ensures that every HP drive is proven to perform in your ProLiant server.Minimize
Hewlett Packard 411089-B22 (300 GB)
Supply your Proliant server a Genuine HP Compaq Hard Drive and you will prevent incompatibilities that can rob your system of performance or cause you to lose valuable data. This Hard Drive is designed for any Ultra320, Ultra3 or Ultra2 capable ProLiant Server, ProLiant Storage System, AlphaServer or StorageWorks Hot-Plug enclosure.Minimize
Seagate Cheetah 10K.6 (146.8 GB)
The Cheetah 10K.6 is Seagate's sixth-generation 10K RPM high performance, high capacity disk drive. With the fastest interfaces, the highest reliability and the most mature product design, the Cheetah 10K.6 enables the lowest ownership cost. In data intensive environments, increasing the capacity per disk drive lowers ownership costs by deploying fewer systems that use less cubic feet of space requiring less infrastructure such as cabinets, HBAs and less wattage of power.Minimize