Intel® Pentium® D Processor
An Intel® Pentium® D processor-based PC delivers an extra powerful gear when you need it. Accomplish more while running multiple applications, such as editing video while downloading music.
3DLabs Wildcat Realizm 500 Graphics Accelerator
 Developed exclusively for professional designers, the Wildcat Realizm 500 puts the no-compromise power and performance of the industry's most advanced visual processing right at your fingertips. Whether it's realistic animations, intricate CAD renderings, or complex scientific visualizations, if you can imagine it, now you can make it reality – only better and faster – with Wildcat Realizm.
ECC Registered Memory
 ECC means Error Correction Code. When a one-bit error occurs, ECC memory can automatically detect and correct the error to keep the system running. Please check with motherboard suppliers for which models and brands support ECC memory. Some SDRAM memory controller designs rely on the module to drive and synchronize their own memory control signals. When the chip that controls this signal is physically located on the module, you have a Registered module.
SATA Hard Drive
 SATA (Serial ATA) is faster than traditional parallel ATA drives - 150 MB/sec as opposed to 100 MB/sec, and 10,000rpm as opposed to 7,200rpm. SATA Drives will reach transfer speeds of up to 300 MB/Sec in the future.
SATA comes with a big improvement in error correction. Not only has the error correction on data transfers been improved upon, error correction on instructions coming into the hard drive has also been added! The result is faster and more reliable data coming back to the SATA controller.
Ultra 320 SCSI Supported
 SCSI is an industry-standard storage interface that allows the connection of multiple devices to a computer.SCSI stands for Small Computer System Interface. The latest revision to this standard is referred to as Ultra320 SCSI. Ultra320 SCSI doubles the maximum data transfer rate for the SCSI bus from 160MB/sec to 320MB/sec.
RAID 0 and RAID 1
 RAID 0 can read and write faster than a non-RAID configuration, since it splits the data and accesses both drives in parallel. RAID 0 does not provide any data redundancy.
RAID 1 provides data protection by duplicating all data from a primary drive on a secondary drive. Mirroring provides optimal data integrity and immediate access to your data if one drive fails. RAID 1 allows you to use only half of the available capacity of your hard drives. |
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