Abstract: A distributed data storage system stores a single image file system across a plurality of physical storage volumes. The physical storage may be direct attached storage, or may be coupled through a storage area network (“SAN”). One or more clients communicate with a plurality of storage nodes through a network. A client of the distributed data storage system transmits a request over the network for a file identified in the file system. A load-balancing switch selects one of the storage nodes to process the request. The storage node accesses at least one of the physical volumes and transmits a response for the storage operation to the client.

Abstract: A distributed data storage system stores a single image file system across a plurality of physical storage volumes. The physical storage may be direct attached storage, or may be coupled through a storage area network (“SAN”). One or more clients communicate with a plurality of storage nodes through a network. A client of the distributed data storage system transmits a request over the network for a file identified in the file system. A load-balancing switch selects one of the storage nodes to process the request. The storage node accesses at least one of the physical volumes and transmits a response for the storage operation to the client.

Abstract: A distributed data storage system stores a single image file system across a plurality of physical storage volumes. The physical storage may be direct attached storage, or may be coupled through a storage area network (“SAN”). One or more clients communicate with a plurality of storage nodes through a network. A client of the distributed data storage system transmits a request over the network for a file identified in the file system. A load-balancing switch selects one of the storage nodes to process the request. The storage node accesses at least one of the physical volumes and transmits a response for the storage operation to the client.

Abstract: The invention provides a modular network sensor assembly operable to sense environmental conditions at a computer or equipment rack. The network sensor assembly includes a flexible body operable to be folded along a central fold line. The central fold line separates the flexible body into a first panel and second panel. A number of mounting tabs are hingedly attached to either the first panel or second panel. These mounting tabs are operable to secure the network assembly to the computer rack. A number of sensor tabs are located along the central fold line. Addressable sensors capable of sensing environmental conditions are positioned proximate to the sensor tabs, and communicatively coupled to a common bus. A memory device is also communicatively coupled to the common bus and is operable to store configuration information and data associated with the sensed environmental conditions sampled by the addressable sensors.

Abstract: A rack mount computing system having a keyboard and display assembly mountable in a 1 U rack space. The keyboard and display assembly are provided in a clamshell configuration to reduce space consumption of the keyboard and display assembly to facilitate mounting in the 1 U rack space.

Abstract: A combination of a track ball mechanism and a scroll mechanism. The combination may be placed proximate a standard portion of a keyboard so that a user can access either the track ball mechanism or the scroll mechanism without removing either hand from the standard portion of the keyboard. The track ball mechanism and the scroll mechanism may be integrated with one another to some extent.

Abstract: A distributed data storage system stores a single image file system across a plurality of physical storage volumes. The physical storage may be direct attached storage, or may be coupled through a storage area network (“SAN”). One or more clients communicate with a plurality of storage nodes through a network. A client of the distributed data storage system transmits a request over the network for a file identified in the file system. A load-balancing switch selects one of the storage nodes to process the request. The storage node accesses at least one of the physical volumes and transmits a response for the storage operation to the client.

Abstract: A distributed data storage system stores a single image file system across a plurality of physical storage volumes. The physical storage may be direct attached storage, or may be coupled through a storage area network (“SAN”). One or more clients communicate with a plurality of storage nodes through a network. A client of the distributed data storage system transmits a request over the network for a file identified in the file system. A load-balancing switch selects one of the storage nodes to process the request. The storage node accesses at least one of the physical volumes and transmits a response for the storage operation to the client.

Abstract: A distributed data storage system stores a single image file system across a plurality of physical storage volumes. The physical storage may be direct attached storage, or may be coupled through a storage area network (“SAN”). One or more clients communicate with a plurality of storage nodes through a network. A client of the distributed data storage system transmits a request over the network for a file identified in the file system. A load-balancing switch selects one of the storage nodes to process the request. The storage node accesses at least one of the physical volumes and transmits a response for the storage operation to the client.

Abstract: A rack mount computing system having a keyboard and display assembly mountable in a 1 U rack space. The keyboard and display assembly are provided in a clamshell configuration to reduce space consumption of the keyboard and display assembly to facilitate mounting in the 1 U rack space.

Abstract: A combination of a track ball mechanism and a scroll mechanism. The combination may be placed proximate a standard portion of a keyboard so that a user can access either the track ball mechanism or the scroll mechanism without removing either hand from the standard portion of the keyboard. The track ball mechanism and the scroll mechanism may be integrated with one another to some extent.

Abstract: A rack mount computing system having a keyboard and display assembly mountable in a 1U rack space. The keyboard and display assembly are provided in a clamshell configuration to reduce space consumption of the keyboard and display assembly to facilitate mounting in the 1U rack space.

Abstract: An apparatus for mounting a display includes a tray having an end and a back plate pivotably mounted to the tray proximate the end. An apparatus in accordance with another aspect of the invention includes a cabinet, a pivotable display assembly, and a keyboard assembly. The cabinet has mounting rails. The pivotable display assembly includes a display tray having an end and being mounted to the mounting rails and a back plate pivotably mounted to the tray proximate the end. The keyboard assembly includes a keyboard tray and a keyboard slide having fixed and moveable portions. The fixed portion is mounted to the mounting rails, and the moveable portion is mounted to the keyboard tray. The switchbox is mounted to the fixed portion of the keyboard slide.

Abstract: In one aspect of the present invention, an apparatus for retaining an electrical connector is provided. The apparatus includes a tray adapted to receive an electrical device having a flexible connector coupled thereto. The tray is moveable between first and second positions. A spring extends between the tray and the flexible connector. The spring urges the flexible connector into a serpentine configuration in the first tray position.

Abstract: An apparatus includes a cabinet, a keyboard assembly, and a switchbox. The cabinet has mounting rails. The keyboard assembly includes a keyboard tray and a keyboard slide. The keyboard slide has fixed and moveable portions. The fixed portion is mounted to the mounting rails, and the moveable portion is mounted to the keyboard tray. A switchbox is mounted to the fixed portion of the keyboard slide.