Products reviews

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
MPN40K1044
Capacity146 GB
Enclosure   Internal
HDD Form Factor   3.5"
Spindle Speed   15000 RPM
Special FeaturesS.M.A.R.T Technology
External Data Transfer Rate   300 MBps
Seek Time   3.8 ms
Buffer Size8 MB
Average Latency2 ms
Interface (Detailed)   SAS
Hot SwapYes
Platform   PC
Package Qty.1
UPC5050689883994


Tags:

ibm, 40k1044, 146, gb,

Hewlett Packard 395473-B21 (500 GB)

$110.00 to $605.00



Hard Drive Spindle Speed - 7200Rpm Hard Drive Type - Hot-swap Hard Drive Capacity - 500GB Hard Drive Interface Type - Serial ATA Form Factor - 3.5''

Manufacturer:Hewlett Packard Product MPNKey FeaturesTechnical FeaturesOther FeaturesWarrantyMiscellaneous
MPN395473-B21
Capacity500 GB
InterfaceSerial ATA
Enclosure   Internal
Spindle Speed   7200 RPM
External Data Transfer Rate   150 MBps
Average Latency4.17 ms
Interface (Detailed)   Serial ATA
Hot SwapYes
Platform   PC
Package Qty.1
Warranty1 Year
UPC882780029781


Tags:

hewlett, packard, 395473-b21, 500, gb,

Western Digital Scorpio (120 GB)


The Western Digital Scorpio 120 GB USB 2.0 Hard Drive is fully compatible with PC systems.The Hard Drive connect by: USB 2.0 for External utilization. Spinning up to 5400 RPM and offering capacity as large as 120 GB

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.

Hewlett Packard 395473-B21 (500 GB)


Hard Drive Spindle Speed - 7200Rpm Hard Drive Type - Hot-swap Hard Drive Capacity - 500GB Hard Drive Interface Type - Serial ATA Form Factor - 3.5''

Hewlett Packard PV944UT (160 GB)


Serial ATA NCQ Hard Drives maximize performance by providing faster data transfer speeds, better system cooling airflow, more bandwidth, more headroom for speed increases in future generations and better data integrity.