IBM 36.4GB SCSI U320 HD 10K-RPM ( 32P0723 )
IBM 36.4GB SCSI U320 HD 10K-RPM ( 32P0723 )
Manufacturer: IBM
Product Type: CE
Editorial Review:
Product Description
Double your throughput in xSeries servers with the next generation of high-speed Ultra320 SCSI hard disk drives (HDDs). Ultra320 SCSI drives provide top-of-the-line performance for business-critical, disk-intensive applications such as e-business, transaction processing and data warehousing.Ultra320 SCSI technology combines interface data transfer rates of up to 320MBbps, reduced overhead and enhanced flow control to help deliver dramatic performance gains. Improved diagnostics and data protection help reduce downtime. For even greater reliability, you can create high-performance RAID arrays. Simply connect your drives to either an onboard Ultra320 SCSI controller with integrated mirroring capabilities or an IBM ServeRAID-5i Controller, available on xSeries servers. This option is available to meet your xSeries or IntelliStation workstation data storage requirements.
Amazon.com Product Description
Double your throughput in select xSeries servers with the next generation of high-speed Ultra320 SCSI hard drives. Ultra320 SCSI drives provide peak performance for business-critical, disk-intensive applications such as e-business, transaction processing, data mining, and data warehousing. Ultra320 SCSI technology combines interface data transfer rates of up to 320 MBps, reduced overhead, and enhanced flow control to help deliver greater performance gains.
Improved diagnostics and data protection help reduce downtime. For even greater reliability, you can create high-performance RAID arrays. Simply connect your drives to either an onboard Ultra320 SCSI controller with integrated mirroring capabilities or an IBM ServeRAID-5i controller, available on select xSeries servers. Other features include a 1-inch, slim-line form factor, which helps optimize storage capacity of supported systems and Predictive Failure Analysis (PFA) that can alert you to a problem before it occurs.
Electronics: