Granted Patent B1

US 11,177,618 · App. 16/874,463 · Granted Nov 16, 2021

Abstract

Claims (56)

1. A server rack, comprising:

an element of datacenter equipment installed into at least one rack unit of the server rack, and operable to be removeable from the server rack, wherein the datacenter equipment includes a plurality of first signal connector receptacles located on a back surface of the datacenter equipment and a plurality of first power connector receptacles located on the back surface of the datacenter equipment;

a connector dock installed into the rack unit of the server rack, the connector dock including:

a plurality of blind signal connectors located on a front surface of the connector dock facing the back surface of the datacenter equipment, wherein a number of blind signal connectors is equal to or less than a number of first signal connector receptacles;

a plurality of blind power connectors located on the front surface of the connector dock, wherein a number of blind power connectors is equal to or less than a number of first power connector receptacles;

a plurality of second signal connector receptacles located on a back surface of the connector dock facing a back of the server rack, wherein each second signal connector receptacle is connected to an associated one of the blind signal connectors, and wherein each second signal connector receptacle is configured to receive a signal cable from outside the server rack; and

a plurality of second power connector receptacles located on the back surface of the connector dock, wherein each second power connector receptacle is connected to an associated one of the blind power connectors, and wherein each second power connector receptacle is configured to receive a power cable from outside the server rack;

wherein, when the datacenter equipment is installed into the server rack, each one of the blind signal connectors mates with an associated one of the first signal connector receptacles and each one of the blind power connectors mates with an associated one of the first power connector receptacles.

2. The server rack of claim 1 , wherein the connector dock is affixed to the server rack.

3. The server rack of claim 2 , wherein the connector dock is constructed as a box, wherein the blind signal connectors and the blind power connectors are affixed to the front side of the connector dock, and the second signal connector receptacles and the second power connector receptacles are affixed to the back side of the connector dock.

4. The server rack of claim 2 , wherein the connector dock is constructed as a flat sheet.

5. The server rack of claim 4 , wherein the each blind signal connector and its associated second signal connector receptacle is constructed as a single signal connector element and each blind power connector and its associated second power connector receptacle is constructed as a single power connector element, and wherein each signal connector element is affixed through the flat sheet and each power connector element is affixed through the flat sheet.

6. The server rack of claim 4 , wherein the flat sheet comprises a printed circuit board material, wherein each blind signal connector and each blind power connector is surface mount attached on the front side of the flat sheet, and each second signal connector receptacle and each second power connector receptacle is surface mount attached on the back side of the flat sheet.

7. The server rack of claim 1 , wherein the blind signal connectors are affixed to the front surface of the connector dock so as to be adjustable in their location on the front surface of the connector dock.

8. The server rack of claim 7 , wherein the blind signal connectors are adjusted by sliding the blind signal connectors in a rail.

9. The server rack of claim 1 , further comprising:

a cable management arm affixed at a first end to the server rack and affixed at a second end to the connector dock.

10. The server rack of claim 9 , further comprising:

a latch configured to engage the connector dock such that when the latch is in a first position, the connector dock remains mated to the data center equipment when the datacenter equipment is slid outward from the front of the server rack extending the cable management arm, and when the latch is in a second position, the connector dock unmates from the datacenter equipment when the datacenter equipment is slid outward from the front of the server rack.

11. A method, comprising:

providing, in at least one rack unit of a server rack, a connector dock;

locating a plurality of blind signal connectors on a front surface of the connector dock facing a back surface of an element of datacenter equipment installed into the at least one rack unit of the server rack;

locating a plurality of blind power connectors on the front surface of the connector dock,

locating a plurality of first signal connector receptacles on a back surface of the connector dock facing a back of the server rack, wherein each first signal connector receptacle is connected to an associated one of the blind signal connectors, and wherein each first signal connector receptacle is configured to receive a signal cable from outside the server rack;

locating a plurality of first power connector receptacles on the back surface of the connector dock, wherein each first power connector receptacle is connected to an associated one of the blind power connector, and wherein each first power connector receptacle is configured to receive a power cable from outside the server rack;

installing the element of datacenter equipment into the server rack, wherein datacenter equipment includes a plurality of second signal connector receptacles located on a back surface of the datacenter equipment, and a plurality of second power connector receptacles located on the back surface of the datacenter equipment, wherein a number of blind signal connectors is equal to or less than a number of second signal connector receptacles, and wherein a number of blind power connectors is equal to or less than a number of second power connector receptacles;

wherein in installing the element of datacenter equipment, the method further comprises:

mating each one of the blind signal connectors with an associated one of the first signal connector receptacles; and

mating each one of the blind power connectors with an associated one of the first power connector receptacles.

12. The method of claim 11 , further comprising:

affixing the connector dock to the server rack.

13. The method of claim 12 , further comprising:

constructing the connector dock as a box;

affixing the blind signal connectors and the blind power connectors to the front side of the connector dock; and

affixing the first signal connector receptacles and the first power connector receptacles to the back side of the connector dock.

14. The method of claim 12 , further comprising:

constructing the connector dock as a flat sheet.

15. The method of claim 14 , wherein the each blind signal connector and its associated first signal connector receptacle is constructed as a single signal connector element and each blind power connector and its associated first power connector receptacle is constructed as a single power connector element, the method further comprising:

affixing each signal connector element through the flat sheet; and

affixing each power connector element through the flat sheet.

16. The method of claim 14 , wherein the flat sheet comprises a printed circuit board material, the method further comprising:

surface mount attaching each blind signal connector and each blind power connector on the front side of the flat sheet; and

surface mount attaching each first signal connector receptacle and each first power connector receptacle on the back side of the flat sheet.

17. The method of claim 11 , further comprising:

affixing the blind signal connectors to the front surface of the connector dock so as to be adjustable in their location on the front surface of the connector dock.

18. The method of claim 17 , wherein affixing the blind signal connectors to be adjustable, the method further comprises:

sliding the blind signal connectors in a rail.

19. The method of claim 11 , further comprising:

affixing a cable management arm at a first end to the server rack; and

affixing the cable management arm at a second end to the connector dock.

20. A connector dock installed into at least one rack unit of a server rack, the connector dock comprising:

a plurality of blind signal connectors located on a front surface of the connector dock facing the back surface of an element of datacenter equipment installed into the server rack;

a plurality of blind power connectors located on the front surface of the connector dock;

a plurality of first signal connector receptacles located on a back surface of the connector dock facing a back of the server rack, wherein each first signal connector receptacle is connected to an associated one of the blind signal connectors, and wherein each first signal connector receptacle is configured to receive a signal cable from outside the server rack; and

a plurality of first power connector receptacles located on the back surface of the connector dock, wherein each first power connector receptacle is connected to an associated one of the blind power connectors, and wherein each first power connector receptacle is configured to receive a power cable from outside the server rack;

wherein, when the datacenter equipment is installed into the server rack, each one of the blind signal connectors mates with an associated one of a plurality of second signal connector receptacles of the datacenter equipment, and each one of the blind power connectors mates with an associated one of a plurality of second power connector receptacles of the datacenter equipment.

Assignments (9)