Abstract: A carrier for a fiber optic cable splitter having a fastener and orienting a cable splitter is disclosed. A fiber distribution hub having a mounting plate with a fiber optic cable splitter carrier and splitter attached and a method of installing fiber optic cable in a fiber distribution hub are also disclosed.

Abstract: In various embodiments, the present disclosure provides a base for a data distribution terminal pedestal that includes a first wall structure interlockingly connectable with a second wall structure such that the base can be assembled absent assembly hardware.

Abstract: A cable mounting structure for a telecommunications cable distribution pedestal is provided. The structure has back to back compartments, may be used with fiber or wire and includes at least one door. The structure also includes protection and organization features. The structure is field convertible, reconfigurable and upgradeable. A snap fit door hinge for a telecommunications cable distribution pedestal is also provided.

Abstract: A spade or stake for hardware free mounting to a telecommunications data distribution terminal pedestal is disclosed. The spade may include one or more connectors of various types for engaging the pedestal to thereby couple the spade to the pedestal without hardware, and thus without tools. The pedestal may also include one or more connectors for mating with corresponding connectors on the stake.

Abstract: In various embodiments, the present disclosure provides a base for a data distribution terminal pedestal that includes a first wall structure interlockingly connectable with a second wall structure such that the base can be assembled absent assembly hardware.

Abstract: In accordance with various embodiments of the present disclosure, an incremental slack limiting fiber management system for reducing slack in at least one optic fiber extending between an optic splitter module and a distribution module within a fiber optic distribution hub is provided. The incremental slack limiting fiber management system includes a plurality of slack limiting spools mounted to an internal panel of the distribution hub between the splitter and the distribution module.

Abstract: A fiber distribution system (10) is used with cable and includes a plurality of frames (12) mounted in a side-by-side relationship with the interbay frame (12A, 12C) is mounted between each frame. At least one splice panel (16) a rear and first and second sides. The splice panel (16) includes a plurality of drawers (26) slidably mounted within the splice panel (16) with the panel and an open position extending from the front of the splice panel (16). There is an opening in the rear of the splice panel (16) for admitting cables for bolding splices between optical fibers forming the cable. A first take-up member (190) is movably mounted in each drawer. The first take-up member (190) is biased toward the second side of the drawer to slidably travel between a first position about in the center of the drawer and a second position adjacent the second side of the drawer.

Abstract: A fiber distribution system (10) is used with cable and includes a plurality of frames (12) mounted in a side-by-side relationship with the interbay frame (12A, 12C) is mounted between each frame. At least one splice panel (16) a rear and first and second sides. The splice panel (16) includes a plurality of drawers (26) slidably mounted within the splice panel (16) with the panel and an open position extending from the front of the splice panel (16). There is an opening in the rear of the splice panel (16) for admitting cables for holding splices between optical fibers forming the cable. A first take-up member (190) is movably mounted in each drawer. The first take-up member (190) is biased toward the second side of the drawer to slidably travel between a first position about in the center of the drawer and a second position adjacent the second side of the drawer.