Abstract:
The present invention provides a novel coordinated shared storage architecture that permits the amortization of cost of the spares over any number of the storage systems and enables improvements to a number of storage system operations. The coordinated shared storage architecture comprises a plurality of storage systems disk shelves via a plurality of intermediate network devices, such as hubs. Each storage system includes a storage operating system having a target device driver module. The target device driver module permits the storage system to function as a SCSI target and thereby receive and process commands directed to it from other storage systems.
Abstract:
A system and method for real-time load balancing of user workload across a plurality of physical storage systems with shared back-end storage is provided. A load balancing process tracks usage metrics and determines a source and destination physical storage system and a virtual storage system (vfiler) to be migrated.
Abstract:
A system and method for real-time load balancing of user workload across a plurality of physical storage systems with shared back-end storage is provided. A load balancing process tracks usage metrics and determines a source and destination physical storage system and a virtual storage system (vfiler) to be migrated.
Abstract:
The present invention provides a novel coordinated shared storage architecture that permits the amortization of cost of the spares over any number of the storage systems and enables improvements to a number of storage system operations. The coordinated shared storage architecture comprises a plurality of storage systems disk shelves via a plurality of intermediate network devices, such as hubs. Each storage system includes a storage operating system having a target device driver module. The target device driver module permits the storage system to function as a SCSI target and thereby receive and process commands directed to it from other storage systems.