Amazon Technologies, Inc.

Sumitomo Electric Lightwave Corp.

Patrick Stephen Van Vickle

Seth Dwyer

Kurt Dehut

Daniel Brian Hangebrauck

Daniel Frederick Oberklein

Craig Steven Potter

A ribbon can be formed from multicore fibers containing multiple cores. The ribbon can be marked at predetermined lengths. The ribbon can be cut at the predetermined lengths to form a plurality of ribbon pieces. The ends of the ribbon pieces can be spliced together based on the marks.

Multicore fiber connectivity

A fiber optic connector can include a connector body with a connector channel extending therethrough. A ferrule can be positioned in a first end of the connector channel and a hollow core fiber can be positioned in a second end of the connector channel. A lens can be positioned in the connector channel between the ferrule and the hollow core fiber. The lens can direct light emitted from the hollow core fiber to an optical fiber within the ferrule.

Connector for optical fibers

Multicore fibers can include multiple cores surrounded by a cladding. The cores of the multicore fibers can be coupled with a transition portion to facilitate a fanout into one or more ribbons having multiple single cores.

Ribbon fanout for multicore fiber connectivity

A breakout box, breakout box system, and method for management of optical fibers. The breakout box system provides a pass-through system for connecting optical fibers to network rack modules. The external routing of incoming and outgoing cables around the rack is kept neat and orderly, with one large cable serving a plurality of shelves. The breakout of the cable and distribution of the fibers to the individual modules occurs inside the breakout boxes and bridges, which provide protection for the fibers while still allowing easy access for fiber handling by means of the removable lids.

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Apex, NC, United States of America

Patrick Stephen Van Vickle