Communication systems having optical power supplies
A distributed data processing system includes a first data processing system and a second data processing system. The first data processing system includes a first housing, a first data processor, and a first optical module that is configured to convert output electrical signals from the first data processor to output optical signals that are provided to a first optical fiber cable. The second data processing system includes a second housing, a second data processor, and a second optical module that is configured to convert output electrical signals from the second data processor to output optical signals that are provided to a second optical fiber cable. An optical power supply includes at least one laser that is configured to provide a first light source to the first optical module through a first optical link and to provide a second light source to the second optical module through a second optical link.
1. A distributed data processing system comprising:
a first data processing system comprising a first housing, a first data processor disposed in the first housing, and a first optical module that is configured to convert output electrical signals from the first data processor to output optical signals that are provided to a first optical fiber cable optically coupled to the first data processing system;
a second data processing system comprising a second housing, a second data processor disposed in the second housing, and a second optical module that is configured to convert output electrical signals from the second data processor to output optical signals that are provided to a second optical fiber cable optically coupled to the second data processing system, the first and second optical fiber cables are either the same cable or different cables; and
an optical power supply comprising at least one laser that is configured to provide a first light source to the first optical module through a first optical link and to provide a second light source to the second optical module through a second optical link, in which at least one of (i) the optical power supply is disposed in the first housing, or (ii) the optical power supply is disposed in the second housing.
2. The distributed data processing system of claim 1 in which the first data processing system comprises a data server, the data server comprises a circuit board on which the first data processor is mounted, the circuit board is positioned relative to the housing such that a first surface of the circuit board is at an angle relative to a bottom panel of the housing, and the angle is in a range from 80° to 90°.
3. The distributed data processing system of claim 2 in which the circuit board is positioned parallel to the front panel.
4. The distributed data processing system of claim 2 in which the first optical module is electrically coupled to the circuit board using electrical contacts that comprise at least one of spring-loaded elements, compression interposers, or land-grid arrays.
5. The distributed data processing system of claim 1 in which the first optical module comprises a first photonic integrated circuit, a first optical connector part that is configured to be removably coupled to a second optical connector part that is attached to the first optical fiber cable, and a connector that is connected to the first optical link to receive supply light from the optical power supply.
6. The distributed data processing system of claim 5 in which the first optical module comprises an optical splitter that splits the supply light, and provides a first portion of the supply light to a receiver that is configured to extract synchronization information.
7. The distributed data processing system of claim 5 in which the first optical module comprises an optical splitter that splits the supply light, and provides a first portion of the supply light to an optoelectronic modulator that is configured to modulate onto the first portion of the supply light the output electrical signals from the first data processor to generate modulated light, in which the modulated light is output through the first optical fiber cable.
8. The distributed data processing system of claim 1 in which the first optical module is configured to convert optical signals received from the first optical fiber cable or another optical fiber cable to electrical signals that are provided to the first data processor; the first optical module is configured to generate a plurality of first serial electrical signals based on the received optical signals, in which each first serial electrical signal is generated based on one of the channels of first optical signals;
wherein the first optical module comprises:
a first serializers/deserializers module comprising multiple serializer units and deserializer units, the first serializers/deserializers module is configured to generate a plurality of sets of first parallel electrical signals based on the plurality of first serial electrical signals, and condition the electrical signals, and each set of first parallel electrical signals is generated based on a corresponding first serial electrical signal; and
a second serializers/deserializers module comprising multiple serializer units and deserializer units, in which the second serializers/deserializers module is configured to generate a plurality of second serial electrical signals based on the plurality of sets of first parallel electrical signals, and each second serial electrical signal is generated based on a corresponding set of first parallel electrical signals.
9. The distributed data processing system of claim 1 in which the first data processor comprises at least a network switch, a central processor unit, a graphics processor unit, a tensor processing unit, a neural network processor, an artificial intelligence accelerator, a digital signal processor, a microcontroller, a storage device, or an application specific integrated circuit (ASIC).
10. The distributed data processing system of claim 1 in which the first optical link comprises a polarization-maintaining optical fiber.
11. The distributed data processing system of claim 1 in which the first optical module comprises a first co-packaged optical module that comprises a first photonic integrated circuit co-packaged with a first electronic integrated circuit.
12. The distributed data processing system of claim 11 in which the first co-packaged optical module comprises a first substrate, and the first photonic integrated circuit and the first electronic integrated circuit are mounted on the first substrate.
13. The distributed data processing system of claim 11 in which the first electronic integrated circuit is mounted on a surface of the first photonic integrated circuit.
14. The distributed data processing system of claim 11 in which the first co-packaged optical module comprises a first pluggable module that is configured to be removably connected to a socket of the first data processing system, the socket is electrically coupled to the first data processor, and the first pluggable module comprises the first photonic integrated circuit and the first electronic integrated circuit.
15. The distributed data processing system of claim 11 in which the second optical module comprises a second co-packaged optical module that comprises a second photonic integrated circuit co-packaged with a second electronic integrated circuit.
16. The distributed data processing system of claim 15 in which the second co-packaged optical module comprises a second substrate, and the second photonic integrated circuit and the second electronic integrated circuit are mounted on the second substrate.
17. The distributed data processing system of claim 15 in which the second electronic integrated circuit is mounted on a surface of the second photonic integrated circuit.
18. The distributed data processing system of claim 15 in which the second co-packaged optical module comprises a second pluggable module that is configured to be removably connected to a socket of the second data processing system, the socket is electrically coupled to the second data processor, and the second pluggable module comprises the second photonic integrated circuit and the second electronic integrated circuit.
19. The distributed data processing system of claim 1 wherein the first optical module is configured to modulate supply light received from the optical power supply based on output electrical signals from the first data processor to generate the output optical signals that are provided to the first optical fiber cable;
wherein the second optical module is configured to modulate supply light received from the optical power supply based on output electrical signals from the second data processor to generate the output optical signals that are provided to the second optical fiber cable.
20. A method of processing data, the method comprising:
transmitting, through a first optical link, first optical power supply light from an optical power supply to a first optical module of a first data processing system, in which the first data processing system includes a first housing, and a first data processor is disposed in the first housing;
at the first optical module, modulating the first optical power supply light based on electrical output signals provided by the first data processor to generate first optical output signals;
providing the first optical output signals to a first optical fiber cable optically coupled to the first data processing system;
transmitting, through a second optical link, second optical power supply light from the optical power supply to a second optical module of a second data processing system, in which the second data processing system includes a second housing, and a second data processor is disposed in the second housing;
at the second optical module, modulating the second optical power supply light based on electrical output signals provided by the second data processor to generate second optical output signals;
providing the second optical output signals to a second optical fiber cable optically coupled to the second data processing system, in which the first and second optical fiber cables are either the same cable or different cables; and
wherein at least one of (i) the optical power supply is disposed in the first housing, or (ii) the optical power supply is disposed in the second housing.
21. A distributed data processing system comprising:
a first data processing system comprising a first housing, a first data processor disposed in the first housing, and a first optical module that is configured to convert output electrical signals from the first data processor to output optical signals that are provided to a first optical fiber cable optically coupled to the first data processing system;
a second data processing system comprising a second housing, a second data processor disposed in the second housing, and a second optical module that is configured to convert output electrical signals from the second data processor to output optical signals that are provided to a second optical fiber cable optically coupled to the second data processing system, the first and second optical fiber cables are either the same cable or different cables; and
an optical power supply comprising at least one laser that is configured to provide a first light source to the first optical module through a first optical link and to provide a second light source to the second optical module through a second optical link, in which at least one of (i) the optical power supply is disposed in the first housing, (ii) the optical power supply is disposed in the second housing, or (iii) the optical power supply is positioned outside of the first housing and outside of the second housing;
wherein the first optical module is configured to convert optical signals received from the first optical fiber cable or another optical fiber cable to electrical signals that are provided to the first data processor; the first optical module is configured to generate a plurality of first serial electrical signals based on the received optical signals, in which each first serial electrical signal is generated based on one of the channels of first optical signals;
wherein the first optical module comprises:
a first serializers/deserializers module comprising multiple serializer units and deserializer units, the first serializers/deserializers module is configured to generate a plurality of sets of first parallel electrical signals based on the plurality of first serial electrical signals, and condition the electrical signals, and each set of first parallel electrical signals is generated based on a corresponding first serial electrical signal; and
a second serializers/deserializers module comprising multiple serializer units and deserializer units, in which the second serializers/deserializers module is configured to generate a plurality of second serial electrical signals based on the plurality of sets of first parallel electrical signals, and each second serial electrical signal is generated based on a corresponding set of first parallel electrical signals.
22. The distributed data processing system of claim 21 wherein the first data processing system comprises a data server, the data server comprises a circuit board on which the first data processor is mounted, the circuit board is positioned relative to the housing such that a first surface of the circuit board is at an angle relative to a bottom panel of the housing, and the angle is in a range from 80° to 90°.
23. The distributed data processing system of claim 22 wherein the circuit board is positioned parallel to the front panel.
24. The distributed data processing system of claim 22 wherein the first optical module is electrically coupled to the circuit board using electrical contacts that comprise at least one of spring-loaded elements, compression interposers, or land-grid arrays.
25. The distributed data processing system of claim 21 wherein the first data processor comprises at least a network switch, a central processor unit, a graphics processor unit, a tensor processing unit, a neural network processor, an artificial intelligence accelerator, a digital signal processor, a microcontroller, a storage device, or an application specific integrated circuit (ASIC).
26. The distributed data processing system of claim 21 wherein the first optical module comprises a first photonic integrated circuit, a first optical connector part that is configured to be removably coupled to a second optical connector part that is attached to the first optical fiber cable, and a connector that is connected to the first optical link to receive supply light from the optical power supply.
27. The distributed data processing system of claim 26 wherein the first optical module comprises an optical splitter that splits the supply light, and provides a first portion of the supply light to a receiver that is configured to extract synchronization information.
28. The distributed data processing system of claim 26 wherein the first optical module comprises an optical splitter that splits the supply light, and provides a first portion of the supply light to an optoelectronic modulator that is configured to modulate onto the first portion of the supply light the output electrical signals from the first data processor to generate modulated light, in which the modulated light is output through the first optical fiber cable.
29. The distributed data processing system of claim 21 wherein the first optical link comprises a polarization-maintaining optical fiber.
30. The distributed data processing system of claim 21 wherein the first optical module comprises a first co-packaged optical module that comprises a first photonic integrated circuit co-packaged with a first electronic integrated circuit.
31. The distributed data processing system of claim 30 wherein the first co-packaged optical module comprises a first substrate, and the first photonic integrated circuit and the first electronic integrated circuit are mounted on the first substrate.
32. The distributed data processing system of claim 30 wherein the first electronic integrated circuit is mounted on a surface of the first photonic integrated circuit.
33. The distributed data processing system of claim 30 wherein the first co-packaged optical module comprises a first pluggable module that is configured to be removably connected to a socket of the first data processing system, the socket is electrically coupled to the first data processor, and the first pluggable module comprises the first photonic integrated circuit and the first electronic integrated circuit.
34. The distributed data processing system of claim 30 wherein the second optical module comprises a second co-packaged optical module that comprises a second photonic integrated circuit co-packaged with a second electronic integrated circuit.
35. The distributed data processing system of claim 34 wherein the second co-packaged optical module comprises a second substrate, and the second photonic integrated circuit and the second electronic integrated circuit are mounted on the second substrate.
36. The distributed data processing system of claim 34 wherein the second electronic integrated circuit is mounted on a surface of the second photonic integrated circuit.
37. The distributed data processing system of claim 34 wherein the second co-packaged optical module comprises a second pluggable module that is configured to be removably connected to a socket of the second data processing system, the socket is electrically coupled to the second data processor, and the second pluggable module comprises the second photonic integrated circuit and the second electronic integrated circuit.