Thermal management of high capacity optics in dense arrangements

1. A system comprising:

a cage housing; and

a plurality of plates disposed within the cage housing, each plate comprising:

an interior chamber, the interior chamber comprising:

a first interior surface,

a second interior surface opposite the first interior surface,

a first fin zone,

a second fin zone,

a plurality of fins disposed in the first fin zone and the second fin zone, the plurality of fins extending from the second interior surface towards the first interior surface, wherein fins disposed in the first fin zone have a first fin-density, and fins disposed in the second fin zone have a second fin-density different from the first fin-density; and

a fluid barrier fluidly separating the first fin zone from the second fin zone;

a first inlet port defining a first fluid inlet to the interior chamber;

a first outlet port defining a first fluid outlet from the interior chamber;

a second inlet port defining a second fluid inlet to the interior chamber; and

a second outlet port defining a second fluid outlet from the interior chamber,

wherein the first fluid inlet, the first fin zone, and the first fluid outlet are configured to guide a first flow of fluid through the interior chamber, and the second fluid inlet, the second fin zone, and the second fluid outlet are configured to guide a second flow of fluid through the interior chamber.

2. The system of claim 1 , wherein the first fluid outlet of a first plate of the plurality of plates is fluidly coupled to the first fluid inlet of a second plate of the plurality of plates.

3. The system of claim 2 , wherein the second fluid inlet of the first plate of the plurality of plates is fluidly coupled to the second fluid outlet of the second plate of the plurality of plates.

4. The system of claim 1 , wherein the first fluid outlet of a first plate of the plurality of plates is fluidly coupled to the second fluid inlet of the first plate of the plurality of plates.

5. The system of claim 1 , wherein the first fluid inlet is fluidly coupled to a fluid supply line and the second fluid outlet is fluidly coupled to a return line.

6. A cold plate comprising:

an interior chamber, the interior chamber comprising:

a first interior surface,

a second interior surface opposite the first interior surface,

a first fin zone comprising fins with a first fin-density, wherein the fins in the first fin zone are organized into a first set of fin groups that are separated by gaps,

a second fin zone comprising fins having a second fin-density different from the first fin-density, wherein the fins in the second fin zone are organized into a second set of fin groups that are separated by gaps,

the fins disposed in the first fin zone and the fins in the second fin zone extend from the second interior surface towards the first interior surface, and

a solid fluid barrier completely fluidly separating the first fin zone from the second fin zone;

a first fluid inlet;

a first fluid outlet;

a second fluid inlet; and

a second fluid outlet.

7. The cold plate of claim 6 , wherein each fin group of the first and second sets of fin groups corresponds to a predetermined heat source.

8. The cold plate of claim 6 , wherein the first fluid inlet, the first fin zone, and the first fluid outlet define a first fluid path through the cold plate.

9. The cold plate of claim 8 , wherein the second fluid inlet, the second fin zone, and the second fluid outlet define a second fluid path through the cold plate.

10. The cold plate of claim 6 , wherein the first fluid outlet fluidly couples the cold plate to a first fluid inlet of a second cold plate.

11. The cold plate of claim 10 , wherein the second fluid inlet fluidly couples the cold plate to a fluid outlet of the second cold plate.

12. A system comprising:

a cage housing configured to receive a plurality of pluggable modules, each pluggable module having a first heat source and a second heat source; and

a cold plate disposed within the cage housing, the cold plate comprising an interior chamber that includes:

a first interior surface,

a second interior surface opposite the first interior surface,

a plurality of fin groups extending from the second interior surface towards the first interior surface, the plurality of fin groups configured to align with the plurality of pluggable modules, each fin group having a first fin zone having a first fin-density and a second fin zone having a second fin-density different from the first fin-density, and

a solid fluid barrier completely fluidly dividing the interior chamber between the first fin zone and the second fin zone.

13. The system of claim 12 , wherein the first fin zone of each fin group of the plurality of fin groups is configured to align with the first heat source of a respective pluggable module of the plurality of pluggable modules, and the second fin zone of each fin group of the plurality of fin groups is configured to aligned with the second heat source of a respective pluggable module of the plurality of pluggable modules.

14. The system of claim 12 , wherein the first fin-density is greater than the second fin-density.

15. The system of claim 12 , wherein the cold plate further comprising a first inlet and a first outlet opposite the first inlet.

16. The system of claim 15 , wherein the first inlet and the first outlet are fluidly coupled with the first fin zone.

17. The system of claim 15 , wherein the cold plate further comprises a second inlet and a second outlet opposite the second inlet.

18. The system of claim 17 , wherein the second inlet and the second outlet are fluidly coupled with the second fin zone.

19. The system of claim 17 , wherein the first inlet, the first fin zone, and the first outlet define a first fluid path through the cold plate.

20. The system of claim 19 , wherein the second inlet, the second fin zone, and the second outlet define a second fluid path through the cold plate.