Zephyr Photonics Inc.

Mitchell Thomas Harris

Duane Louderback

Kjersti Anna Kleven

Tyler Joe Eustis

A method of making modular multi-function active optical cables (AOC) that enables multiple functions with minimal non-recurring engineering is described herein. In a non-limiting embodiment, one or more modular boards may be assembled into an assembly at a first end and a second end of the modular multi-function active optical cable, where each modular board may include at least a first connector. An electrical connector may be connected to the assembly using an interface to connect the electrical connector to the first connector associated with each module board. A hybrid cable assembly then may be connected between the assembly at the first end and the second, where the hybrid cable assembly includes one or more optical fibers and one or more electrical conductors.

Method for manufacturing modular multi-function active optical cables

Apparatus enabling modular implementation of active optical cable (AOC) with multiple integrated functions including: integration of different types of data on the AOC via media conversion; distribution of electrical power over the AOC; electrical multiplexing data channels for optical fibers; integration of voltage regulators enabling AOC operation at different supply voltages; integration of voltage regulators to provide stable, low noise power source; ruggedized, blind-mateable electrical connectors; integration of electronics and optoelectronics inside a connector backshell; implementation of health monitoring and test channel enabling monitoring, test, and control of both ends of the AOC and monitoring and control of upstream systems and components; and enabling a form, fit, function replacement of existing electrical cables to improve SWaP, electromagnetic interference resiliency, length-bandwidth product, electromagnetic pulse resistance, signal integrity, system reliability, testability and maintenance. AOCs are customized for different connectors, pin-outs, electrical data combinations, power distribution and power supplies with minimal redesign/requalification.

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Verdi, NV, United States of America

Mitchell Thomas Harris