Optical fiber connectivity system including modules and interconnection cables

A fiber optic distribution system comprising:

• a fiber optic trunk cable comprising:
• at a first end, a 24-fiber multi-fiber push-on (MPO) connector, the 24-fiber MPO connector having first and second rows of 12 fiber connections;
• at a second end, a first 12-fiber MPO connector and a second 12-fiber MPO connector, each of the first and second 12-fiber MPO connectors having 12 sequential fiber connections;
• wherein a first plurality of the first row of 12 fiber connections is optically connected to the first 12-fiber MPO connector in a sequential order and a second plurality of the first row of 12 fiber connections is optically connected to the second 12-fiber MPO connector in a reverse sequential order;
• and
• wherein a first plurality of the second row of 12 fiber connections is optically connected to the second 12-fiber MPO connector in a sequential order and adjacent to the second plurality of the first row of 12 fiber connections, and a second plurality of the second row of 12 fiber connections is optically connected to the first 12-fiber MPO connector in a reverse sequential order adjacent to the first plurality of the first row of 12 fiber connections.

A fiber optic distribution system comprising:

• a first fiber optic distribution module comprising:
• a first housing;
• a first plurality of multi-fiber push-on (MPO) connectors including a first MPO connector, a second MPO connector, and a third MPO connector exposed at
• a first side of the housing;
• a first plurality of LC connectors disposed on a second side of the housing opposite the first side, the first plurality of LC connectors arranged into a first row and a second row;
• and
• a first plurality of fibers, each of the first plurality of fibers routed between one of the first, second, and third MPO connectors and a different one of the first plurality of LC connectors;
• a second fiber optic distribution module comprising:
• a second housing;
• a second plurality of multi-fiber push-on (MPO) connectors including a first MPO connector, a second MPO connector, and a third MPO connector exposed at a first side of the second housing;
• a second plurality of LC connectors disposed on a second side of the second housing opposite the first side, the second plurality of LC connectors arranged into a first row and a second row;
• and
• a second plurality of fibers, each of the second plurality of fibers routed between one of the first, second, and third MPO connectors and a different one of the plurality of LC connectors;
• a first trunk cable optically connected to the first MPO connector of the first fiber optic distribution module and, at an opposite end, the first MPO connector of the second fiber optic distribution module;
• wherein the first MPO connector of the first fiber optic distribution module and the first MPO connector of the second fiber optic distribution module each are positioned in the same orientation;
• and
• wherein the trunk cable optically connects between fiber connection locations of the first MPO connectors of the first and second fiber optic distribution modules in a reverse sequential order.