Products reviews
Hewlett Packard PV944UT (160 GB)$69.00 to $122.00
Tags:hewlett, packard, pv944ut, 160, gb, | Western Digital My Book Studio WDH1Q3200N (320 GB)$100.00 to $186.00
Tags:western, digital, my, book, studio, wdh1q3200n, 320, gb, | Western Digital Scorpio (120 GB)$55.00 to $3,125.00
Tags:western, digital, scorpio, 120, gb, |
Hewlett Packard PY278AA (250 GB)

The Hewlett Packard (PY278AA) 250 GB SATA II Hard Drive is fully compatible with PC systems.The Hard Drive connect by: Serial ATA II for Internal utilization. Spinning up to 7200 RPM and offering capacity as large as 250 GB
Western Digital Caviar SE16 WD5000KS (500 GB)

WD Caviar® SE16 7200 RPM next-generation SATA hard drives feature up to 500 GB of storage and a 16 MB cache for lightning-fast performance. Yes, these reliable drives are fast, but they still deliver technologically advanced acoustics and cool operation. Designed for high-performance computers, multimedia and gaming systems.Minimize
Western Digital Caviar SE16 WD2500KS (250 GB)

These reliable drives are lightning fast, but they still deliver technologically advanced acoustics and cool operation. The one-two performance punch of 300 MB/s transfer rate, state-of-the-art performance for SATA drives, and 16 MB cache make the WD Caviar SE16 family the fastest desktop-class hard drives available. These SATA II drives feature a transfer rate three times faster than EIDE and twice as fast as SATA 1. Cool operation means the highest reliability even in high-heat environments such as personal video recorders. That's why these drives, the coolest on the market, are the drive of choice for the world's leading consumer electronics manufacturers as well as the world's leading PC makers.Minimize
Seagate Cheetah 10K.6 (36.7 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