Seagate Technology Incorporated

Fred Wayne Flournoy

David Peter DeCenzo

Erik Riedel

A carrier and associated methodology for removably supporting a plurality of data storage devices as a multiple disc array in a distributed storage system. The carrier defines attachment features for fixing each of the data storage devices to the carrier preventing movement of the data storage devices in relation to the carrier in response to a vibration stimulus. This reduction in vibration stimulus allows the individual data storage devices in the multiple disc array to increase the number of track per storage area. This benefit can be used to increase capacity, increase performance and increase reliability of the multiple disc array.

Storage array with enhanced RVI suppression

A data storage array is provided such as for a distributed storage system or a consumer electronics device wherein increased data storage capacity is provided at the cost of increased power consumption in relation to industry standard power consumption rates. The array has a plurality of data storage devices, each having an actuator operably disposed in a data storing and retrieving relationship with a data storage medium. The data storage medium is rotated at a speed of substantially greater than 10,000 revolutions per minute, and each of the data storage mediums has a data storage capacity of substantially greater than 100 gigabytes. The increased heat created by the relatively faster rotation speed is handled through improved airflow made possible by a multiple device array constructed in accordance with embodiments of the present invention.

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Colorado Springs, CO, United States of America

Fred Wayne Flournoy