Optical splitter assembly having tuned pigtails
The present disclosure relates to a method for testing a fiber optic network including a fiber distribution hub. The method includes providing a test splitter within the fiber distribution hub to provide optical connectivity between an F1 fiber and at least a portion of an F2 fiber network. The method also includes testing sending a test signal from the F1 fiber through the test splitter to the F2 fiber network, and replacing the test splitter after testing has been completed.
1. An optical splitter assembly comprising:
a fiber distribution hub;
a passive optical splitter positioned within the fiber distribution hub; and
a plurality of splitter output pigtails positioned within the fiber distribution hub, each of the plurality of splitter output pigtails including an optical fiber structure having a first end optically coupled to the passive optical splitter and a second end;
a termination field positioned within the fiber distribution hub, the termination field having a first side connected to the second end of each one of the plurality of splitter output pigtails, and a second side including a plurality of fiber optic adapters configured to optically connect to a respective plurality of optical fibers;
each of the plurality of splitter output pigtails being tuned to have a different and unique test characteristic as compared to the other splitter output pigtails such that each one of the plurality of splitter output pigtails can be individually identified during optical network testing.
2. The optical splitter assembly of claim 1 , wherein optical network testing is performed using an optical time domain reflectometer.
3. The optical splitter assembly of claim 1 , wherein a second side of the termination field is connected to a distribution cable having a pre-connectorized tether connected to a loop-back device capable of looping back a test signal.
4. The optical splitter assembly of claim 1 , wherein a second side of the termination field is connected to a distribution cable connected to a drop terminal at which a loop-back device for looping back a test signal is located.
5. The optical splitter assembly of claim 1 , wherein the splitter output pigtails each have a unique detectable signature.
6. The optical splitter assembly of claim 1 , wherein the splitter output pigtails each have a different return loss.