Fiber optical terminal cross connect closure

A modular connector closure for attachment to a splice case comprising:

• a first compartment, a second compartment, and a splice compartment;
• the first and second compartment form a body portion adapted to attach to cover the splice compartment comprising a first base wall and a first sidewall, wherein the first sidewall extends around and perpendicularly from an external perimeter of the base wall;
• a separation wall extending from and perpendicular to the first base wall forms the first compartment and the second compartment defined by the first base wall, the first sidewall, and the separation wall;
• the body portion attaches to the bottom splice compartment via at least one hinge, such that the connected body portion and splice compartment has an open state and a closed state;
• the bottom splice compartment comprising a splice tray and at least one of fiber management features;
• a second base wall, a second side wall, wherein the second sidewall extends around and perpendicularly from an external perimeter of the base wall;
• a removable knockout panel provided in the base wall, wherein the removal of the knockout panel provides an opening in the base wall to access components in the splice compartment from the first compartment;
• the second compartment comprises at least one associated distribution component;
• at least one connector receptacle mounted in the separation wall that establishes a signal connection between an associated cable accessible in the first compartment to an associated distribution component located in the second compartment;
• a first cover that encloses the first compartment and a second cover that encloses the second compartment, wherein the second cover is hinged to the sidewall such that the second cover has an open state allowing access to the second compartment and a closed state preventing access to the second compartment;
• and
• the second base wall is selectively configurable such that it can be rotated for mounting in one of first and second orientations for alternate mounting configurations.