Abstract: A system, method and apparatus for identifying fiber sequence in a multi-fiber optical cable are disclosed. The system may include an OTDR device, a receiver, and a launch box. The receiver may comprise a plurality of receiver-fibers differentiated from each other by length. Each receiver-fiber is connected to a fiber of the cable. The launch-box enables the connection of the OTDR device to each of the fibers. A user may connect the output of the OTDR to each of the front ports of a front-connector and collects a trace for each front port. The traces may comprise a marker identifying, by length, the receiver-fiber connected to the fiber. A computer program may be used to compare the traces with each other and to determine a fiber sequence in the tested multi-fiber cable. The determined sequence may be displayed on the OTDR display.

Abstract: A system, method and apparatus for identifying fiber sequence in a multi-fiber optical cable are disclosed. The system may include an OTDR device, a receiver, and a launch box. The receiver may comprise a plurality of receiver-fibers differentiated from each other by length. Each receiver-fiber is connected to a fiber of the cable. The launch-box enables the connection of the OTDR device to each of the fibers. A user may connect the output of the OTDR to each of the front ports of a front-connector and collects a trace for each front port. The traces may comprise a marker identifying, by length, the receiver-fiber connected to the fiber. A computer program may be used to compare the traces with each other and to determine a fiber sequence in the tested multi-fiber cable. The determined sequence may be displayed on the OTDR display.