초록 ▼

Disclosed are ways of providing a highly flexible high availability storage system. Disk drive carriers for insertion into enclosures in a storage system include several disk drives. The enclosures accept carriers that include drives of different sizes, and drives compatible with different storage t

Disclosed are ways of providing a highly flexible high availability storage system. Disk drive carriers for insertion into enclosures in a storage system include several disk drives. The enclosures accept carriers that include drives of different sizes, and drives compatible with different storage technologies, for instance Fibre Channel, SATA, or SAS. Drives oriented in their carriers in a manner that allows them to be connected to a common medium via identical flex circuits that are configured based on the orientation of the drives. Redundant controllers include redundant serial buses for transferring management information to the carriers. The carriers include a controller for monitoring the multiple serial buses and producing storage technology specific management commands for the disk drives.

대표청구항 ▼

We claim: 1. Apparatus for a storage system, the storage system being capable of including multiple enclosures containing disk drives, the apparatus comprising: a disk drive carrier for containing two disk drives, the disk drive carrier being mountable within an enclosure in the storage system, the

We claim: 1. Apparatus for a storage system, the storage system being capable of including multiple enclosures containing disk drives, the apparatus comprising: a disk drive carrier for containing two disk drives, the disk drive carrier being mountable within an enclosure in the storage system, the disk drives being Fibre Channel compatible, wherein the disk drives are oriented such that the sides of the disk drives on which fibre channel connectors are disposed face each other, wherein the disk drives are connected to a medium via flex circuits, and wherein the flex circuits are identical prior to use, and wherein the flex circuits are pre-configured into different shapes based upon the positions of the fibre channel connectors to connect the drives to a common medium, wherein the flex circuits contain a signal layer and a ground layer, wherein a first flex circuit is connected such that its signal layer lies adjacent to an HDA cover plate on a disk drive, and wherein a second flex circuit is connected such that its signal layer lies adjacent to the ground layer on the first flex circuit so that all signal layers are surrounded by ground layers. 2. Apparatus for a storage system as in claim 1 wherein the signal layer of the first flex circuit is configured to derive electromagnetic shielding from the HDA cover plate on the disk drive and the ground layer of the first flex circuit; and wherein the signal layer of the second flex circuit is configured to derive electromagnetic shielding from the ground layer of the first flex circuit and the ground layer of the second flex circuit. 3. A method for use in a storage system, the storage system being capable of including multiple enclosures containing disk drives, the method comprising the steps of: providing a disk drive carrier for containing two Fibre Channel compatible disk drives, the disk drive carrier being mountable within an enclosure in the storage system; orienting the disk drives within the carrier such that the sides of the disk drives on which Fibre Channel connectors are disposed face each other: providing a plurality of flex circuits that are identical prior to use; configuring the flex circuits into different shapes based upon the positions of the Fibre Channel connectors; connecting the drives to a common medium via the flex circuits, wherein the flex circuits contain a signal layer and a ground layer; connecting a first flex circuit such that its signal layer lies adjacent to an HDA cover plate on a disk drive; and connecting a second flex circuit such that its signal layer lies adjacent to the ground layer on the first flex circuit, so that all signal layers are surrounded by ground layers. 4. A method as in claim 3 wherein, when the first and second flex circuits are installed within the storage system and are substantially adjacent to each other, (i) the signal layer of the first flex circuit is disposed between the HDA cover plate on the disk drive and the ground layer of the first flex circuit and (ii) the signal layer of the second flex circuit is disposed between the ground layer of the first flex circuit and the ground layer of the second flex circuit. 5. A method as in claim 3 wherein connecting the first flex circuit includes: forming at least a portion of an electromagnetic shield around the signal layer of the first flex circuit using the HDA cover plate on the disk drive and the ground layer of the first flex circuit; and wherein connecting the second flex circuit includes: forming at least a portion of another electromagnetic shield around the signal layer of the second flex circuit using the ground layer of the first flex circuit and the ground layer of the second flex circuit. 6. A method as in claim 3 wherein connecting the first flex circuit includes: disposing the signal layer of the first flex circuit between the HDA cover plate on the disk drive and the ground layer of the first flex circuit; and wherein connecting the second flex circuit includes: disposing the signal layer of the second flex circuit between the the ground layer of the first flex circuit and the ground layer of the second flex circuit.