UPC 763649021675

• Seagate PowerTrim technology dynamically reduces power.
• 75 power savings over comparable 3.5-inch, 300-GB drives
• 70 smaller size over 3.5-inch drives reduces overall system cooling costs.
• 40 reduction in /IOPS over comparable 3.5-inch drives
• Third-generation 2.5-inch, 10K-RPM enterprise drive with proven reliability
• Supports 6-Gb/s transfer rates and SAS 2.0 feature set
• Delivers on Seagate Unified Storage architecture strategy to converge best-of-breed technologies to enable powerful, yet simple external storage and internal server storage solutions that strengthen business effic

The seagate savvio 10k.3 drive offers the best combination of power efficiency and enterprise performance, with up to 300 gb of capacity for mainstream server and external storage applications for the enterprise. the savvio 10k.3 drive with powertrim technology uses 75 percent less power than a 3.5-inch 15k drive for the lowest power profile of any tier 1 mission-critical drive. it is 70 percent smaller than 3.5-inch drives, enabling more system airflow, which results in lower cooling costs. this third-generation savvio drive gives you more than twice the number of drives over 3.5-inch products within the same rack configuration and delivers a staggering 60 percent system-level performance increase. this is especially important in high-performance and blade servers demanding optimized raid performance per u. these 2.5-inch advantages translate into greater overall value and reduced total cost of ownership for it organizations and administrators who wish to optimize their data center's power and performance efficiency. the industry's first 2.5-inch drive to implement the new sas 2.0 feature set and the world's first drive to operate at 6-gb/s transfer rates, the savvio 10k.3 drive is ideally suited for use in high-end network storage applications. the sas 2.0 feature set and 6-gb/s transfer rate support larger topologies by connecting more expanders, host bus adapters and raid controllers within or across more storage arrays, by communicating over longer distances with high signal integrity, and by moving data two times faster, thereby doubling data throughput.