Abstract: Embodiments of the present disclosure generally pertain to systems and methods for interfacing with a network access device (“NAD”). An NAD in accordance with an exemplary embodiment of the present disclosure comprises an interface extension extending from a housing of the NAD. The interface extension comprises a cable and an enclosure that is sealed by a removable cap. The cable extends from a port on the housing, and the enclosure is positioned on the cable a desired distance from the housing. The removable cap screws onto the enclosure to form a water-tight chamber within the enclosure. The interface extension further comprises an interface connector connected to an end of the cable, and the interface connector is positioned within the chamber when the removable cap is screwed onto the enclosure. When access to the NAD is desired, a technician removes (e.g. unscrews) the removable cap from the enclosure and connects the interface connector to a user interface device.

Abstract: A housing for an outside plant telecommunication equipment (OSP) which uses modular heat sink assemblies. OSP housings contain electronic circuit boards on which are mounted electrical components that generate heat. Thermal conductors or mesas contact the electrical components to conduct heat from the components to the environment. Rather than create single purpose housings with cast thermal conductors, the improved housing uses heat sink plates which can easily be swapped out to accommodate a variety of electronic circuit boards that might be needed within a general purpose housing. Together with faster turnaround time to create a new design for a housing, lower manufacturing and inventory costs result.

Abstract: A modular housing for outside plant telecommunication equipment includes a main enclosure for containing common electronic equipment and an auxiliary enclosure for containing input/output (I/O) circuitry to said common electronic equipment. In this way, different configurations of I/O circuitry can be accommodated only by changing the auxiliary enclosure. The design and fabrication times for making housings is reduced by the smaller size of each enclosure. Upgrades can often be accommodated by only changing one of the main or auxiliary housings.

Abstract: A blank, or dummy, face plate element engages top and bottom edges of a cabinet frame, directly behind a front panel card insertion opening that provides access to multiple card slots of an electronic equipment rack. The dummy face plate includes a rearwardly projecting, upper lip, that is located adjacent to a top edge of the face plate, and has a notch immediately adjacent to the rear surface of the face plate. The notch fits within and is captured by an upper edge of the cabinet frame. A rearwardly projecting, generally U-shaped, flexible lower lip is provided adjacent to a lower edge of the face plate and includes a pair of finger grips. The flexible lower lip has a ridge that becomes aligned with the lower edge of the faceplate when the lower lip is flexed upwardly toward the first lip, and a notch adjacent to the ridge that is captured by the cabinet frame.