Data center switch
View Patent ↗A method of transferring data in a network is provided. Data is received at a sub-switch of a first bundled switch having a plurality of sub-switches, the sub-switch being configured to only couple to connections external to the first bundled switch. The method also includes transferring the data from the first bundled switch using a multi-lane cable coupled to a second bundled switch, a first end of the multi-lane cable coupled to a sub-switch in the first bundled switch and a second end of the multi-lane cable coupled to at least two sub-switches in the second bundled switch.
1. A network, comprising:
a first switch comprising a first plurality of sub-switches; and
a second switch coupled, using a multi-lane cable to a first sub-switch in the first plurality of sub-switches, wherein:
a first sub-switch in the second switch is coupled, using a first lane in the multi-lane cable, to the first sub-switch in the first plurality of sub-switches,
a second sub-switch in the second switch is coupled, using a second lane in the multi-lane cable, to the first sub-switch in the first plurality of sub-switches, and
packets are routed from the first switch to the second switch using the first lane and the second lane of the multi-lane cable.
2. The network of claim 1 , further comprising:
a third switch comprising a third plurality of sub-switches, wherein a first sub-switch in the third plurality of sub-switches is coupled, using a third lane in the multi-lane cable, to the first sub-switch in the first plurality of sub-switches, and wherein the first plurality of sub-switches routes a packet in the network from the first switch to the third switch using the third lane of the multi-lane cable.
3. The network of claim 2 , further comprising:
a first processor associated with the first plurality of sub-switches in the first switch and configured to route the packets from the first switch to the second switch.
4. The network of claim 3 , further comprising:
a second processor associated with the second plurality of sub-switches in the second switch and configured to route packets at the second switch, and wherein the second processor represents a plurality of virtual switch processors, one virtual processor per switch in the second plurality of switches.
5. The network of claim 1 , further comprising:
a second sub-switch in the first plurality of sub-switches; and
a third sub-switch and a fourth sub-switch in the second switch,
wherein the first sub-switch in the first plurality of sub-switches is coupled to the third sub-switch and the fourth sub-switch of the second switch using the multi-lane cable, and
wherein the second sub-switch in the first plurality of sub-switches is coupled to the third sub-switch and the fourth sub-switch of the second switch using the multi-lane cable.
6. The network of claim 1 , further comprising:
a first port and a second port in the first sub-switch in the first plurality of sub-switches;
a third port in the first sub-switch in the second switch, wherein the first lane in the multi-lane cable is coupled to the first port of the first sub-switch and the third port of the first sub-switch; and
a fourth port in the second sub-switch in the second switch, wherein the second lane in the multi-lane cable is coupled to the second port of the first sub-switch and the fourth port of the second sub-switch.
7. A network, comprising:
a first switch comprising a first plurality of sub-switches;
a second switch comprising a second sub-switch, wherein the second switch is coupled, using a multi-lane cable to a first sub-switch in the first plurality of sub-switches;
a first port and a second port in the first sub-switch in the first plurality of sub-switches; and
a third port and a fourth port in the second sub-switch, wherein a first lane in the multi-lane cable is coupled to the first port of the first sub-switch in the first plurality of sub-switches and the third port of the second sub-switch, wherein a second lane of the multi-lane cable is coupled to the second port of the first sub-switch in the first plurality of sub-switches and the fourth port of the second sub-switch, and wherein the first plurality of sub-switches routes packets in the network from the first switch to the second switch.
8. The network of claim 1 , further comprising:
a first processor associated with the first plurality of sub-switches in the first switch and configured to route the packets from the first switch to the second switch.
9. The network of claim 8 , further comprising:
a second processor associated with the first sub-switch and the second sub-switch in the second switch and configured to route packets at the second switch, and wherein the second processor represents a plurality of virtual switch processors, one virtual switch processor per sub-switch in the second switch.
10. A method, comprising:
coupling a first switch comprising a first plurality of sub-switches to a network of switches;
coupling a first sub-switch in the first plurality of sub-switches to a first sub-switch in a second switch using a first lane in a multi-lane cable;
coupling the first sub-switch in the first plurality of sub-switches to a second sub-switch in the second switch using a second lane in the multi-lane cable; and
routing, using the first lane and the second lane of the multi-lane cable, packets in the network of switches from the first switch to the second switch.
11. The method of claim 10 , further comprising:
coupling, using a third lane in the multi-lane cable, the first sub-switch in the first plurality of sub-switches to a first sub-switch in a third plurality of sub-switches included in a third switch; and
routing a packet from the first switch to the third switch using the third lane of the multi-lane cable.
12. The method of claim 10 , wherein the first plurality of sub-switches further comprises a second sub-switch; and
further comprising:
coupling the second sub-switch in the first plurality of sub-switches to the first sub-switch of the second switch using a third lane in the multi-lane cable; and
coupling the second sub-switch in the first plurality of sub-switches to the second sub-switch of the second switch using a fourth lane in the multi-lane cable.
13. The method of claim 10 , wherein the first sub-switch in the first plurality of sub-switches further comprises a first port and a second port, and wherein the first sub-switch in the second switch comprises a third port, and the second sub-switch in the second switch a fourth port; and
further comprising:
coupling the first lane of the multi-lane cable to the first port of the first sub-switch in the first plurality of sub-switches and to the third port of the first sub-switch of the second switch; and
coupling the second lane of the multi-lane cable to the second port of the sub-switch in the first plurality of sub-switches and to the fourth port of the second sub-switch of the second switch.
14. A method, comprising:
coupling a first switch comprising a first plurality of sub-switches to a network of switches, wherein a first sub-switch in the first plurality of sub-switches comprises a first port and a second port;
coupling the first sub-switch in the first plurality of sub-switches to a first sub-switch and a second sub-switch in the second switch, wherein the first sub-switch in the second switch comprises a third port and the second sub-switch in the second switch comprises a fourth port; and
further comprising:
coupling a first lane of a multi-lane cable to the first port of the first sub-switch in the first plurality of sub-switches and to the third port of the first sub-switch; and
coupling a second lane of the multi-lane cable to the second port of the first sub-switch in the first plurality of sub-switches and to the fourth port of the second sub-switch; and
routing, using the multi-lane cable, packets in the network of switches from the first switch to the second switch.
15. The method of claim 10 , further comprising:
routing, using a first processor associated with the first plurality of sub-switches in the first switch, the packets from the first switch to the second switch.
16. The method of claim 10 , further comprising:
routing, using a second processor associated with the first sub-switch and the second sub-switch in the second switch, the packets in the network of switches, wherein the second processor represents a plurality of virtual switch processors, one virtual switch processor per sub-switch in the second switch.
17. A network, comprising:
a first tier of switches, wherein the switches in the first tier of switches are not coupled to each other;
a first switch in the first tier of switches, wherein the first switch includes a first plurality of sub-switches;
a second tier of switches coupled to the first tier of switches using a plurality of multi-lane cables, wherein the switches in the second tier of switches are not coupled to each other; and
a second switch in the second tier of switches;
wherein the network is configured to route packets from a first sub-switch in the first plurality of sub-switches in the first switch to a first sub-switch and a second sub-switch in the second plurality of sub-switches in the second switch using a respective first lane and a second lane of a multi-lane cable from the plurality of multi-lane cables, the first lane connecting the first sub-switch in the first plurality of sub-switches to the first sub-switch in the second plurality of sub-switches and the second lane connecting the first sub-switch in the first plurality of sub-switches to the second sub-switch in the second plurality of sub-switches.
18. The network of claim 17 , further comprising:
a third switch in the second tier of switches, wherein the third switch includes a third plurality of sub-switches; and
wherein the network is further configured to route a first packet from the first sub-switch in the first plurality of sub-switches to a first sub-switch in the third plurality of sub-switches using a third lane in the multi-lane cable.
19. The network of claim 18 , further comprising:
a fourth switch in the second tier of switches, wherein the fourth switch includes a fourth plurality of sub-switches; and
wherein the network is further configured to route a second packet from the first sub-switch in the first switch to a first sub-switch in the fourth switch using a fourth lane in the multi-lane cable.
20. The network of claim 17 , wherein the first switch further comprises a second sub-switch, and the network further comprises:
a third switch in the second tier of switches, wherein the third switch includes a third plurality of sub-switches; and
wherein the network is further configured to route a first packet from the first sub-switch in the first switch to the first sub-switch in the second switch, and a second packet from the second sub-switch in the first switch to a first sub-switch in the third switch.