Disque dur Seagate Performance 10K ST9450405SS - 450 Go

<a href="https://www.seagate.com/ww/v/index.jsp?name=st9450405ss-savvio-10k.5-sas-6gbs-450-gb-hd&vgnextoid=094e63d02f60e210VgnVCM1000001a48090aRCRD&vgnextfmt=default&capacity=&sort=MODELNUM&model_number=&pf=1&locale=en-US&asc=asc&prodfinder_button=&product_select=&" style="display: block;">https://www.seagate.com/ww/v/index.jsp?name=st9450405ss-savvio-10k.5-sas-6gbs-450-gb-hd&vgnextoid=094e63d02f60e210VgnVCM1000001a48090aRCRD&vgnextfmt=default&capacity=&sort=MODELNUM&model_number=&pf=1&locale=en-US&asc=asc&prodfinder_button=&product_select=&</a><br><br>The Seagate® Savvio® 10K.5 hard drive enables OEMs, system builders and data centers to:<br>- Improve storage efficiency;<br>- Ease capacity, interface and form factor transitions;<br>- Ensure data integrity and protection throughout the storage process even if the device is lost or stolen.<br><br><b>Key Features and Benefits</b><br>- Delivers the highest-capacity in a 2.5-inch, 10K-RPM hard drive (up to 900GB) to manage more data without increasing the number of drives;<br>- First SFF drive to offer four capacity points on a single platform;<br>- Industry-leading 0.44% AFR for field-proven reliability;<br>- Improves performance for faster data storage and access;<br>- Reduces power consumption and enables green IT initiatives;<br>- PowerChoice™ technology for T10-compliant power management enables IT organizations to tailor systems for performance and power consumption;<br>- Reduces system design, qualification and inventory costs for OEMs;<br>- Enables data centers to better manage hard drive transitions;<br>- Protection Information protects against inadvertent data change;<br>- Optional Self-Encrypting Drive (SED) models help companies be compliant with corporate and federal data security mandates and protect data-at-rest throughout the life of the storage device should the device be lost, stolen, and/or retired;<br>- Seagate Unified Storage architecture reduces system complexity and operating costs by converging disparate interfaces, form factors and security standards.<br><br>