원래 이름 기록: Seagate Technology LLC

The technology disclosed herein provides a method including determining a location of a storage device in a storage enclosure, based on the location of a storage device in a storage enclosure, determining environmental associated with the location of the storage device, determining achievable capacity of the storage device based on the environmental parameters associated with the location of the storage device, and formatting the storage device based on the determined achievable capacity.

The technology disclosed herein provides a method of sharing a memory appliance memory between multiple devices, the method including scanning by a host device, at host boot up, a plurality of memory devices to determine if one of the plurality of devices is a compatible memory device, reconfiguring the compatible memory device as offline system memory, receiving from the compatible memory device an indication of an amount of shared memory available on the compatible memory device, and labeling each block of a plurality of memory blocks on the compatible storage device as offline within a host memory map on the host device.

A data storage device includes a stack of data storage disks, a head stack assembly, and a piezoelectric motor. The head stack assembly includes an arm, a load beam, a head and a tail. The arm is configured for pivotal motion about a longitudinal axis of an actuator shaft. The load beam is attached to the arm. The head is attached to the load beam and is configured to interact with a surface of one of the disks, the surface defining an x-y plane. The tail is disposed on an opposite side of the actuator shaft from the arm and has a first engagement surface that is parallel to the x-y plane. The piezoelectric motor includes a piezoelectric element and a contact tip. The piezoelectric element comprises a first mounting surface. The contact tip is disposed at the first mounting surface and frictionally contacts the engagement surface.

A system may receive, in a data read request, a DNA subsection identifier identifying a subsection of a synthesized DNA strand. The system may identify, in the subsection of the DNA strand: a first linker nucleotide subsequence (L1S) corresponding to a first end section at which the subsection was synthesized to an anterior subsection of the synthesized DNA strand, and a central nucleotide subsequence (CS) corresponding to at least a part of a central section that separates the first end section from a second end section of the subsection at which subsection was synthesized to a posterior subsection of the synthesized DNA strand. The system may determine, based on one or more nucleotides of the CS and one or more nucleotides of the L1S, data responsive to the data read request. The system may provide, responsive to the data read request, the data.

A device may include an enclosure. The device may include a plurality of storage drives configured along a length of the enclosure from a front of the enclosure to a rear of the enclosure, the enclosure surrounding the plurality of storage drives at least in part. The device may include a duct configured along the length of the enclosure, the duct configured to communicate an airflow from the front of the device to a power supply unit (PSU) located near a rear of the device.