Patent ID: 7720344

Claim:
A fiber distribution hub adapted to provide an interface between an incoming fiber and a plurality of outgoing fibers, the fiber distribution hub comprising: a cabinet having a first side and an opposite second side, the first side of the cabinet defining an access opening providing access to an interior of the cabinet through the first side, the cabinet including a door covering the access opening of the cabinet when the door is arranged in a closed position; a splice region arranged within the cabinet adjacent a top of the cabinet, the splice region including a splice chassis configured to hold a plurality of splice trays, each splice tray configured to splice at least a first fiber to be spliced to at least a second fiber to be spliced; a swing frame arranged within the cabinet beneath the splice region, the swing frame including a bulkhead having a first side facing the access opening and a second side facing away from the access opening, the bulkhead defining a termination region, a storage region, and a splitter region, the swing frame being configured to move from a first position in which the swing frame is arranged fully within the cabinet to a second position in which at least part of the swing frame extends out of the cabinet through the access opening; at least a first splitter module mounted to the second side of the swing frame at the splitter region, each splitter module being configured to split signals of an input fiber to a plurality of splitter fibers; at least a first termination module mounted at the termination region of the swing frame, each termination module being configured to extend from the first side of the swing frame to the second side and being configured to connect at least a first fiber to be coupled to at least a second fiber to be coupled; and at least a first storage module mounted at the storage region of the swing frame, the storage module being configured to extend from the first side of the swing frame to the second side and being configured to receive connectorized ends of optical fibers to be stored.