Integrated optical splitter system
View Patent ↗A system and method directed to an integrated fiber optic splitter assembly having at least two fused splitters disposed in a common substrate. An integrated optical splitter assembly includes a plurality of input fibers, a plurality of output fibers, and a plurality of splitters disposed on a single substrate to either split or couple optical signals between the input and output optical fibers.
1. An integrated optical splitter assembly, comprising:
a plurality of first optical fibers;
a plurality of second optical fibers;
a plurality of optical splitters disposed on a single substrate having a cross-section configured to support the plurality of optical splitters as an assembly adapted for use on the single substrate, the optical splitters for at least one of splitting or coupling optical signals between the first optical fibers and the second optical fibers, the single substrate configured to support the assembly intact; and
an external housing configured to substantially enclose the intact assembly, where the external housing is supported by the single substrate.
2. The integrated optical splitter assembly of claim 1 wherein the external housing is a rectangular metal tube.
3. The integrated optical splitter assembly of claim 1 , wherein each of the plurality of optical splitters has a coupling region and wherein the single substrate has a plurality of grooves adapted to receive the coupling region associated with each of the plurality of optical splitters.
4. The integrated optical splitter assembly of claim 3 , wherein the plurality of grooves may be at least one of rectangular, triangular, and polygonal in shape.
5. An integrated optical splitter assembly comprising:
a single substrate having an upper portion having a plurality of grooves disposed thereon and a lower portion adapted to support the upper portion intact, where the upper portion and the lower portion are configured to operate together;
a plurality of first optical fibers, each fiber extending at least part way through respective ones of the plurality of grooves on the single substrate;
a plurality of second optical fibers; and
a plurality of optical splitters, each disposed in a respective one of the plurality of grooves of the single substrate for at least one of splitting and coupling optical signals between the first optical fiber and the second optical fiber.
6. The integrated optical splitter assembly of claim 5 , wherein the assembly is packaged within an external housing.
7. The integrated optical splitter assembly of claim 6 wherein the external housing is a rectangular metal tube.
8. The integrated optical splitter assembly of claim 6 further comprising a secondary substrate wherein the optical splitters are interposed between the substrate and the secondary substrate.
9. An integrated optical splitter assembly comprising:
a single substrate;
a plurality of first optical fibers;
a plurality of second optical fibers;
a plurality of optical splitters disposed on the single substrate for at least one of splitting or coupling optical signals between the first optical fibers and the second optical fibers, where the plurality of optical splitters and the single substrate are configured to operate as a unit; and
an external housing configured to substantially enclose the plurality of optical splitters and at least a portion of the plurality of first optical fibers and second optical fibers.
10. The integrated optical splitter assembly of claim 9 wherein the single substrate has a channel for receiving at least two optical splitters.
11. The integrated optical splitter assembly of claim 9 wherein the first optical fibers and the second optical fibers extend beyond the single substrate.
12. The integrated optical splitter assembly of claim 9 wherein one of the plurality of first optical fibers or one of the plurality of second optical fibers terminates at the optical splitter.
13. A method of forming an integrated optical splitter assembly comprising:
providing a single substrate having a surface and at least one edge;
locating a plurality of first optical fibers extending over the surface of the single substrate;
locating a plurality of second optical fibers extending over the surface of the single substrate;
forming a plurality of optical splitters overlying the substrate, wherein each optical splitter joins a first optical fiber to a second optical fiber for at least one of splitting or coupling optical signals; and
securing the optical fibers to the single substrate as an assembly adapted to operate with the single substrate remaining intact.
14. The method of claim 13 wherein the step of securing comprises applying an adhesive.
15. The method of claim 13 wherein one of the first optical fibers or one of the second optical fibers terminates at one of the plurality optical splitters.
16. The method of claim 13 further comprising:
providing a secondary substrate wherein the optical splitters are interposed between the single substrate and the secondary substrate.