Systematic fiber routing assembly for optical electronics
An optical fiber routing assembly for interfacing with co-package optical (CPO) modules is disclosed. The optical fiber routing assembly includes a housing, a plurality of terminated optical fibers routed within the housing, a first set of adapters, and a second set of adapters. The first set of adapters is arranged vertically on an upper panel of the housing and facilitates connecting the plurality of terminated optical fibers to the CPO modules via terminated jumper optical fibers. The second set of adapters is arranged horizontally and configured to facilitate connecting the plurality of terminated optical fibers to one or more electronic systems. A combination of the first set of adapters and the second set of adapters facilitates communication between the CPO modules and the electronic systems. The optical fiber routing assembly provides fiber management to alleviate maintenance or heat issues associated with dense fiber routing around electronic components.
1. An optical fiber routing assembly for interfacing with co-package optical (CPO) modules, the optical fiber routing assembly comprising:
a housing;
a plurality of terminated optical fibers routed within the housing, each of the terminated optical fibers being terminated with a fiber connector on each end of the optical fiber;
a first set of adapters arranged vertically on an upper panel of the housing, the first set of adapters configured to facilitate connecting the plurality of terminated optical fibers to the CPO modules via terminated jumper optical fibers separate and distinct from the plurality of terminated optical fibers;
a second set of adapters arranged horizontally and configured to facilitate connecting the plurality of terminated optical fibers to one or more electronic systems, wherein a combination of the first set of adapters and the second set of adapters facilitates communication between the CPO modules and the one or more electronic systems.
2. The assembly of claim 1 , wherein the CPO modules are positioned above the upper panel of the housing.
3. The assembly of claim 1 , wherein the assembly is an isolated set such that the housing is configured to be installed and removed from a CPO switch.
4. The assembly of claim 1 , wherein multiple terminated jumper optical fibers are used to connect the first set of adapters such that each of the multiple jumper optical fibers is of the same length.
5. The assembly of claim 1 , wherein the second set of adapters includes a laser port, a data transmission adapter, or both.
6. The assembly of claim 1 , wherein the housing includes side panels with slide rails.
7. The assembly of claim 6 , wherein the slide rails have a fixing point.
8. The assembly of claim 1 , wherein the first set of adapters include an inner set of adapters and an outer set of adapters, the inner set of adapters is located closer to the CPO modules when compared to the outer set of adapters.
9. The assembly of claim 1 , wherein the first set of adapters is arranged in a square-like configuration around an application specific integrated circuit (ASIC).
10. The assembly of claim 1 , wherein one of the plurality of terminated optical fibers connecting a first one of the first set of adapters and a first one of the second set of adapters exhibits greater bending proximate to the first one of the first set of adapters compared to the first one of the second set of adapters.
11. A co-packaged optical (CPO) switch comprising:
an outer frame;
an application specific integrated circuit (ASIC) carrier including CPO modules and an ASIC for performing switching operations; and
an optical fiber routing assembly, including
a housing;
a plurality of terminated optical fibers routed within the housing, each of the terminated optical fibers being terminated with a fiber connector on each end of the optical fiber;
a first set of adapters arranged vertically on an upper panel of the housing, the first set of adapters configured to facilitate connecting the plurality of terminated optical fibers to the CPO modules via terminated jumper optical fibers separate and distinct from the terminated optical fibers;
a second set of adapters arranged horizontally and configured to facilitate connecting the plurality of terminated optical fibers to one or more electronic systems, wherein a combination of the first set of adapters and the second set of adapters facilitates communication between the CPO modules and the one or more electronic systems.
12. The CPO switch of claim 11 , wherein the CPO modules are positioned above the upper panel of the housing of the optical fiber routing assembly.
13. The CPO switch of claim 11 , wherein the housing of the optical fiber routing assembly includes slide rails that interface with inner sidewalls of the outer frame, the slide rails facilitating installing and removing the optical fiber routing assembly from the CPO switch.
14. The CPO switch of claim 11 , wherein the first set of adapters is arranged in a square-like configuration around the ASIC on the ASIC carrier.
15. The CPO switch of claim 11 , wherein the housing of the optical fiber routing assembly further includes one or more vents.
16. The CPO switch of claim 15 , wherein locations of the one or more vents of the optical fiber routing assembly matches locations of vents provided on the outer frame.
17. The CPO switch of claim 11 , wherein the second set of adapters of the optical fiber routing assembly includes a laser port, a data transmission adapter, or both.
18. The CPO switch of claim 11 , wherein multiple terminated jumper optical fibers of CPO modules are used to connect the CPO modules to the first set of adapters such that each of the multiple terminated jumper optical fibers is of the same length.
19. The CPO switch of claim 11 , wherein the second set of adapters are provided as a unit such that a height of the unit is greater than a height of the housing where a majority of the plurality of optical fibers reside.
20. The CPO switch of claim 11 , wherein the outer frame includes a power supply.