Western Digital Caviar SE WD1600JS (160 GB)$49.00 to $128.00
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.
Manufacturer:Western Digital Product MPN MPN | WD1600JS | Key Features Designation | Desktop Computer | Capacity | 160 GB | Interface | Serial ATA | Enclosure | Internal | HDD Form Factor | 3.5" x 1/3H (Low Profile) | Spindle Speed | 7200 RPM | Technical Features 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 | Sound Emission | 31 dB | Other Features Platform | PC | Package Qty. | 1 | Dimensions Height | 1.03 in. | Width | 4 in. | Depth | 5.79 in. | Weight | 1.32 lb. | Warranty Warranty | 3 Years | Miscellaneous Release Date | May, 2005 | UPC | 718037114279 |
Tags:western, digital, caviar, se, wd1600js, 160, gb,
| Hewlett Packard 431944-B21 (300 GB)$249.00 to $750.00
?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.
Manufacturer:Hewlett Packard Product MPN MPN | 431944-B21 | Key Features Designation | Desktop Computer | Capacity | 300 GB | Enclosure | Internal | HDD Form Factor | 3.5" x 1/3H (Low Profile) | Spindle Speed | 15000 RPM | Technical Features External Data Transfer Rate | 300 MBps | Seek Time | 3.5 ms | Average Latency | 2 ms | Interface (Detailed) | SAS | Hot Swap | Yes | Other Features Platform | PC | Package Qty. | 1 | Dimensions Height | 1 in. | Width | 4 in. | Warranty Warranty | 3 Years | Miscellaneous UPC | 0882780637726 |
Tags:hewlett, packard, 431944-b21, 300, gb,
| CMS V2DSKTP-1TB (1 TB)$138.00 to $250.00
The CMS (V2DSKTP-1TB) 1 TB SATA Hard Drive is fully compatible with PC, Mac systems.The Hard Drive connect by: Serial ATA for External utilization. Spinning up to 7200 RPM and offering capacity as large as 1 TB
Manufacturer:CMS Product MPN MPN | V2DSKTP-1TB | Key Features Capacity | 1 TB | Interface | Serial ATA | Enclosure | External | Spindle Speed | 7200 RPM | Technical Features External Data Transfer Rate | 300 MBps | Seek Time | 8.9 ms | Buffer Size | 16 MB | Average Latency | 4.17 ms | Interface (Detailed) | Serial ATA | Other Features Compliant Standards | Plug and Play | Platform | PC, Mac | Package Qty. | 1 | Dimensions Height | 1.25 in. | Width | 4.63 in. | Depth | 8.25 in. | Weight | 2.4 lb. | Warranty Warranty | 3 Years |
Tags:cms, v2dsktp-1tb, 1, tb,
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Hard Drive Spindle Speed - 7200Rpm Hard Drive Type - Hot-swap Hard Drive Capacity - 500GB Hard Drive Interface Type - Serial ATA Form Factor - 3.5''
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
High performance and reliability, a winning data storage solution. Designed specifically to meet the needs of your advanced, data-intensive applications, IBM hard disk drives provide users with a wide range of capacities and interfaces for nearly every data-intensive application.
Serial Attached SCSI (SAS) is the logical evolution of SCSI, including its long-established software advantage and the Serial ATA (SATA) 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. Enterprise data centers must be online all the time, fulfill requests from numerous users simultaneously, allow for constant growth and expansion and be maintained while in operation. Serial Attached SCSI meets all these demands while providing the highest performance.Minimize