Patent ID: 8577198

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: an enclosure including a cabinet main body having a back wall, a cantilevered top wall and a bottom wall, the back wall defining a back of the cabinet main body, the top and bottom walls extending forwardly from the back wall of the cabinet main body, the cantilevered top wall being unsupported other than the cantilever and including a forward edge, the cabinet main body defining an access opening having a front portion defined at a front the cabinet main body and a side portion defined at a side of the cabinet main body, the side of the cabinet main body extending between the front and back of the cabinet main body, the side portion of the access opening and the front portion of the access opening being defined between the top and bottom walls; the enclosure also including a door pivotally movable relative to the cabinet main body between an open position and a closed position, the door including a first portion and a second portion that is angled relative to the first portion, the door being configured to wrap around the cabinet main body when in the closed position such that the first portion of the door extends between the top and bottom walls of the cabinet main body and covers the side portion of the access opening and the second portion of the door extends between the top and bottom walls of the cabinet main body and covers at least a part of the front portion of the access opening, the door being pivotally movable relative to the cabinet main body about a vertical pivot axis that is set back from the forward edge of the top wall such that the pivot axis is closer to the rear of the cabinet main body than the forward edge of the cantilevered top wall; an optical splitter module positioned within the enclosure, the optical splitter module being configured to split optical signals input to the fiber distribution hub by the incoming fiber; a plurality of splitter pigtails extending from the optical splitter module, each of the splitter pigtails being configured to carry one of the split signals, and each of the splitter pigtails having a connectorized end; and a termination field located within the enclosure, the termination field including a plurality of fiber optic adapters, each fiber optic adapter being configured to receive one of the connectorized ends of the splitter pigtails.