Abstract: A universal serial bus (USB) sensor bar and a device manager are configured to intelligently monitor one or more patch panels. The USB sensor bar comprises an array of sensors configured to read identification data from memory devices affixed to respective cables plugged into ports of a patch panel. The USB sensor bar converts the identification data to a USB protocol and sends the data to a device manager over a USB bus. The device manager uses the received information to document a network architecture, generate web-based interfaces that render configuration and status information for the network, and generate alarms or notifications in response to detection of defined network conditions.

Abstract: A testable modular audio, video, data low voltage box is provided. A low voltage box can receive cabling and terminate the cabling within the low voltage box creating a telecommunications Industry Association (TIA) permanent link that is fully testable. Modular faceplates can be interfaced with the low voltage box providing varying types of output ports. The modular faceplates are removable and replaceable.

Abstract: A universal serial bus (USB) sensor bar and a device manager are configured to intelligently monitor one or more patch panels. The USB sensor bar comprises an array of sensors configured to read identification data from memory devices affixed to respective cables plugged into ports of a patch panel. The USB sensor bar converts the identification data to a USB protocol and sends the data to a device manager over a USB bus. The device manager uses the received information to document a network architecture, generate web-based interfaces that render configuration and status information for the network, and generate alarms or notifications in response to detection of defined network conditions.

Abstract: A testable modular audio, video, data low voltage box is provided. A low voltage box can receive cabling and terminate the cabling within the low voltage box creating a TIA permanent link that is fully testable. Modular faceplates can be interfaced with the low voltage box providing varying types of output ports. The modular faceplates are removable and replaceable.

Abstract: A locking mechanism includes a lock mount (10) and a lock core (50). The lock mount (10) includes front and rear mount faces (15, 14) and an inner mount wall (17) which defines a core-receiving chamber (18) extending from the front mount face (15) to the rear mount face (14). The lock core (50) is slidably mounted within the core-receiving chamber (18) of the lock mount (10) and is movable between a projected position and a retracted position. The lock core (50) further includes a core body (52) and an outer core surface (49) defining a core boundary. The lock core (50) further includes a lock lug (75) coupled to the core body (52) and movable between a first lug position outside the core boundary and a second lug position within the core boundary and a travel limit stop (90) coupled to the core body (52) and movable between a first limit stop positioned outside the core boundary and a second limit stop positioned within the core boundary.