A fiber optic enclosure assembly for enclosing optical fiber connections comprising: an enclosure (21, 121) including a housing (23, 123) having an interior region (33, 130); a cable spool (37, 137) disposed in the interior region (33, 130), the cable spool (37, 137) includes a spooling portion (39, 139), around which a first cable (22, 122) is coiled, the enclosure and cable spool (37, 137) being so configured that the first cable (22, 122) can be paid out from the fiber optic enclosure (21, 121) by rotating the cable spool (37, 137) about an axis of the housing (23, 123) of the enclosure (21, 121) until a desired length of the first cable is paid out, the cable spool (37, 137) further including an axial end (41, 136), the axial end of the cable spool (37, 137) defining a termination area; wherein a termination module is disposed in the termination area, wherein the termination module serves as a dividing line between the first cable (22, 122) and outgoing fibers, the termination module being configured to rotate in unison with the cable spool, wherein connectorized ends of a first end of the cable (22, 122) are connected to adapters disposed in the termination module; and wherein the axial end (41, 136) of the cable spool (37, 137) defines a cable passage (63, 145) that extends axially through the axial end (41, 136) of the cable spool (37, 137); and in that the axial end of the cable spool (37, 137) defines a slack storage area, wherein the cable passage (63, 145) is configured to allow the first cable (22, 122) to pass from the spooling portion (39, 139) of the cable spool (37, 137) to the slack storage area; wherein the first axial end of the cable spool (37, 137) includes an outer guide wall extending outwardly in a direction that is generally perpendicular to the first axial end, wherein the outer guide wall includes a cable finger disposed at an end of the outer guide wall that is opposite an end engaged with the first axial end of the cable spool (37, 137), the cable finger assisting with retention and protection of fiber, wherein the outer guide wall is disposed at a peripheral edge of the first axial end of the cable spool (37, 137). an enclosure (21, 121) including a housing (23, 123) having an interior region (33, 130); a cable spool (37, 137) disposed in the interior region (33, 130), the cable spool (37, 137) includes a spooling portion (39, 139), around which a first cable (22, 122) is coiled, the enclosure and cable spool (37, 137) being so configured that the first cable (22, 122) can be paid out from the fiber optic enclosure (21, 121) by rotating the cable spool (37, 137) about an axis of the housing (23, 123) of the enclosure (21, 121) until a desired length of the first cable is paid out, the cable spool (37, 137) further including an axial end (41, 136), the axial end of the cable spool (37, 137) defining a termination area; wherein a termination module is disposed in the termination area, wherein the termination module serves as a dividing line between the first cable (22, 122) and outgoing fibers, the termination module being configured to rotate in unison with the cable spool, wherein connectorized ends of a first end of the cable (22, 122) are connected to adapters disposed in the termination module; and wherein the axial end (41, 136) of the cable spool (37, 137) defines a cable passage (63, 145) that extends axially through the axial end (41, 136) of the cable spool (37, 137); and in that the axial end of the cable spool (37, 137) defines a slack storage area, wherein the cable passage (63, 145) is configured to allow the first cable (22, 122) to pass from the spooling portion (39, 139) of the cable spool (37, 137) to the slack storage area; wherein the first axial end of the cable spool (37, 137) includes an outer guide wall extending outwardly in a direction that is generally perpendicular to the first axial end, wherein the outer guide wall includes a cable finger disposed at an end of the outer guide wall that is opposite an end engaged with the first axial end of the cable spool (37, 137), the cable finger assisting with retention and protection of fiber, wherein the outer guide wall is disposed at a peripheral edge of the first axial end of the cable spool (37, 137).