Abstract: An apparatus comprising a controller, one or more host devices and one or more storage devices. The controller may be configured to store and/or retrieve data in response to one or more input/output requests. The one or more host devices may be configured to present the input/output requests. The one or more storage devices may be configured to store and/or retrieve the data. The controller may include a cache memory configured to store the input/output requests. The cache memory may be configured as a memory allocation table to store and/or retrieve a compressed version of a portion of the data in response to one or more network parameters. The compressed version may be retrieved from the memory allocation table instead of the storage devices based on the input/output requests to improve overall storage throughput.

Abstract: A system and method of I/O path virtualization between a RAID controller and an environment service module (ESM) in a storage area network (SAN) is disclosed. In one embodiment, a type of I/O request is identified by an input/output (I/O) control engine upon receiving an I/O request from a host computer via a RAID controller. Further, a priority is assigned to the received I/O request based on the type of I/O request by the I/O control engine. Furthermore, the processing of the prioritized I/O request is interrupted by the I/O control engine. In addition, the prioritized I/O request is separated into a command I/O request or a status request. Also, the separated command I/O request or the status request is sent to an associated queue in a plurality of solid state drive (SSD) buffer queues (SBQ) in the I/O control engine.

Abstract: An apparatus comprising a controller, one or more host devices and one or more storage devices. The controller may be configured to store and/or retrieve data in response to one or more input/output requests. The one or more host devices may be configured to present the input/output requests. The one or more storage devices may be configured to store and/or retrieve the data. The controller may include a cache memory configured to store the input/output requests. The cache memory may be configured as a memory allocation table to store and/or retrieve a compressed version of a portion of the data in response to one or more network parameters. The compressed version may be retrieved from the memory allocation table instead of the storage devices based on the input/output requests to improve overall storage throughput.

Abstract: A system and method of I/O path virtualization between a RAID controller and an environment service module (ESM) in a storage area network (SAN) is disclosed. In one embodiment, a type of I/O request is identified by an input/output (I/O) control engine upon receiving an I/O request from a host computer via a RAID controller. Further, a priority is assigned to the received I/O request based on the type of I/O request by the I/O control engine. Furthermore, the processing of the prioritized I/O request is interrupted by the I/O control engine. In addition, the prioritized I/O request is separated into a command I/O request or a status request. Also, the separated command I/O request or the status request is sent to an associated queue in a plurality of solid state drive (SSD) buffer queues (SBQ) in the I/O control engine.

Abstract: An OSI layer 2 network device on the edge of a network such as a SAN is configured to replace the original source address of traffic entering the network with a known identifier or address, which is used to signify that entry point as the traffic source to the other nodes of the network. Nodes of the network recognize the new source address as a valid source address. The network device also maintains state (e.g., association of original source address with new source address/identifier) so as to translate addresses to enable reply traffic to be sent back to the original sender.

Abstract: An OSI layer 2 network device on the edge of a network such as a SAN is configured to replace the original source address of traffic entering the network with a known identifier or address, which is used to signify that entry point as the traffic source to the other nodes of the network. Nodes of the network recognize the new source address as a valid source address. The network device also maintains state (e.g., association of original source address with new source address/identifier) so as to translate addresses to enable reply traffic to be sent back to the original sender.

Abstract: An OSI layer 2 network device on the edge of a network such as a SAN is configured to replace the original source address of traffic entering the network with a known identifier or address, which is used to signify that entry point as the traffic source to the other nodes of the network. Nodes of the network recognize the new source address as a valid source address. The network device also maintains state (e.g., association of original source address with new source address/identifier) so as to translate addresses to enable reply traffic to be sent back to the original sender.

Abstract: An OSI layer 2 network device on the edge of a network such as a SAN is configured to replace the original source address of traffic entering the network with a known identifier or address, which is used to signify that entry point as the traffic source to the other nodes of the network. Nodes of the network recognize the new source address as a valid source address. The network device also maintains state (e.g., association of original source address with new source address/identifier) so as to translate addresses to enable reply traffic to be sent back to the original sender.