Abstract: Various techniques and hardware are described for retrieving information in a processing system. In one embodiment, a method is provided for retrieving information in a processing system that includes a central processing unit and a service processor. Here, the service processor retrieves central processing unit information from the central processing unit and resets the processing system after the retrieval of the central processing unit information.

Abstract: Various techniques and hardware are described for retrieving information in a processing system. In one embodiment, a method is provided for retrieving information in a processing system that includes a central processing unit and a service processor. Here, the service processor retrieves central processing unit information from the central processing unit and resets the processing system after the retrieval of the central processing unit information.

Abstract: A first storage server head and a second storage server head are operated and are configured redundantly to provide a host with access to a plurality of mass storage devices. A diagnostic process is executed in the first storage server head to assess operational status of the second storage server head while the second storage server head is in a mode for providing the host with access to the plurality of mass storage devices.

Abstract: A system and method are described for aggregating management of devices connected to a server. In one embodiment, devices connected to a server may be identified by an operating system of the server. The devices may be in communication with one another through a network. The operating system may communicate a network identifier of each device to a service processor of the server. The service processor may aggregately manage the devices independent from the operating system. The service processor may receive management commands from an external source. Each of the management commands may be associated with one of the connected devices, but the connected devices may be incapable of communicating directly with the external source. The service processor may communicate each management command to the device associated with the management command using the network identifier of the associated device. The management command can then be performed on the associated device.

Abstract: A system and method are described for aggregating management of devices connected to a server. In one embodiment, devices connected to a server may be identified by an operating system of the server. The devices may be in communication with one another through a network. The operating system may communicate a network identifier of each device to a service processor of the server. The service processor may aggregately manage the devices independent from the operating system. The service processor may receive management commands from an external source. Each of the management commands may be associated with one of the connected devices, but the connected devices may be incapable of communicating directly with the external source. The service processor may communicate each management command to the device associated with the management command using the network identifier of the associated device. The management command can then be performed on the associated device.

Abstract: A system for creating and tracking intelligent unique identifications for memory devices is disclosed. Each memory device includes stored configuration information having a plurality of fields. A storage operating system selectively creates an intelligent unique identification for each memory device in the storage system using the fields in the stored configuration information. The intelligent unique identification may then be stored for tracking and later retrieval.

Abstract: A system for creating and tracking intelligent unique identifications for memory devices is disclosed. Each memory device includes stored configuration information having a plurality of fields. A storage operating system selectively creates an intelligent unique identification for each memory device in the storage system using the fields in the stored configuration information. The intelligent unique identification may then be stored for tracking and later retrieval.