Abstract: Disclosed is a fiber optic cable connectivity module comprising standardized fiber optic adapters that connect to various data management devices through fiber optic cables. The module facilitates remote event detection, circuitry tracing, monitoring of incoming signals, and tracking of network performance through the utilization of Internet of Things devices. This module features interchangeable access and carrier panels, with the former housing the fiber optic adapters and the latter housing power or data management devices. Inspection of the fiber optic cables can be conducted without removing the module from the multi-panel network rack by removing the access panel and pulling out the excess cables stored inside the module. Cable organizers within the module manage cable routing, ensuring separation of input and output cables, while also preventing excessive bending that could damage the fiber optic cables.

Abstract: An outdoor rated ingress protected ruggedize connector with molded inner body configured with a plug frame to accept a ferrule. A ferrule assembly has a flange that accepts one or more alignment members formed as part of the inner body. The alignment members and align the ferrule assembly under the force of a bias spring supported by a spring push integrated into a back body.

Abstract: An outdoor rated ingress protected ruggedize connector with molded inner body configured with a plug frame to accept a ferrule. A ferrule assembly has a flange that accepts one or more alignment members formed as part of the inner body. The alignment members and align the ferrule assembly under the force of a bias spring supported by a spring push integrated into a back body.

Abstract: A fiber distribution system includes a spool mount, a base spool rotatably secured to the spool mount, and a detachable spool coupled to an axial end of the base spool. The detachable spool is configured to be selectively removed from the base spool.

Abstract: In accordance with various embodiments, a fiber optic distribution hub is provided. In various implementations the fiber distribution hub includes at least one of a universal splitter holder, a distribution module including a plurality of sliding service connection circuit trays, and a distribution jumper incremental slack limiting fiber management system. The universal splitter holder is structured to retain any one of a plurality of fiber optic splitters within the distribution hub. The service connection circuit trays of the distribution module are structured to slidingly transition from a stowed position to a deployed position to allow independent access to any one of a plurality of optic fiber circuits retained within each respective circuit tray. The distribution jumper incremental slack limiting fiber management system is configured to reduce slack in at least one jumper fiber extending between the universal splitter holder and the distribution module within the distribution hub.

Abstract: A cable mounting structure for a telecommunications cable distribution pedestal is provided. The structure has back to back compartments and a universal mounting plate. The structure also includes protection and organization features. The structure is field convertible, reconfigurable and upgradeable. A method for field converting a telecommunications cable distribution pedestal is also given.

Abstract: In accordance with various embodiments, universal splitter module holder for a fiber optic distribution hub is provided. The universal hub splitter module holder is structured to retain any one of a plurality of fiber optic splitter modules within the fiber optic distribution hub. The universal splitter module holder includes a base and a hood removably connectable to the base to clamp and retain the splitter module between the base and the hood.

Abstract: A cable mounting structure for a telecommunications cable distribution pedestal is provided. The structure has back to back compartments and a universal mounting plate. The structure also includes protection and organization features. The structure is field convertible, reconfigurable and upgradeable. A method for field converting a telecommunications cable distribution pedestal is also given.

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: In accordance with various embodiments of the present disclosure, a distribution module for a fiber optic distribution hub is provided. The distribution module includes a plurality of service connection circuit trays structured to slidingly transition from a parked position to an extended position to allow independent access to any one of a plurality of optic fiber circuits retained within each respective circuit tray.

Abstract: In accordance with various embodiments, universal splitter module holder for a fiber optic distribution hub is provided. The universal hub splitter module holder is structured to retain any one of a plurality of fiber optic splitter modules within the fiber optic distribution hub. The universal splitter module holder includes a base and a hood removably connectable to the base to clamp and retain the splitter module between the base and the hood.

Abstract: In accordance with various embodiments, a fiber optic distribution hub is provided. In various implementations the fiber distribution hub includes at least one of a universal splitter holder, a distribution module including a plurality of sliding service connection circuit trays, and a distribution jumper incremental slack limiting fiber management system. The universal splitter holder is structured to retain any one of a plurality of fiber optic splitters within the distribution hub. The service connection circuit trays of the distribution module are structured to slidingly transition from a stowed position to a deployed position to allow independent access to any one of a plurality of optic fiber circuits retained within each respective circuit tray. The distribution jumper incremental slack limiting fiber management system is configured to reduce slack in at least one jumper fiber extending between the universal splitter holder and the distribution module within the distribution hub.

Abstract: In accordance with various embodiments of the present disclosure, a distribution module for a fiber optic distribution hub is provided. The distribution module includes a plurality of service connection circuit trays structured to slidingly transition from a parked position to an extended position to allow independent access to any one of a plurality of optic fiber circuits retained within each respective circuit tray.