Methods, devices, and systems for management of wireless communication channels
Disclosed herein are methods, devices, and systems for providing timing and bandwidth management of ultra-wideband, wireless data channels (including radio frequency and wireless optical data channels). According to one embodiment, a hub adapter includes a first high-speed computer peripheral interface, first digital circuitry coupled with the high-speed computer peripheral interface; and a first free-space-optical (FSO) transmitter coupled with the digital circuitry, and a first FSO receiver coupled with the digital circuitry. The first FSO transmitter is configured to transmit a data channel and an out-of-band control signal comprising timing information and bandwidth management information to a computer peripheral adapter and the data channel is configured to operate at a bit rate greater than 1 gigabits per second (Gbps).
1. A hub adapter comprising:
a first high-speed computer peripheral interface;
first digital circuitry coupled with the first high-speed computer peripheral interface;
a first free-space-optical (FSO) transmitter coupled with the first digital circuitry; and
a first FSO receiver coupled with the first digital circuitry, wherein:
the first FSO transmitter is configured to transmit a data channel and an out-of-band control signal comprising timing information and bandwidth management information to a computer peripheral adapter;
the data channel is configured to operate at a bit rate greater than 1 gigabits per second (Gbps);
the computer peripheral adapter comprises:
a second FSO receiver configured to receive a downstream optical signal from the first FSO transmitter; and
a second FSO transceiver configured to transmit an upstream optical signal to the first FSO receiver;
the out-of-band control signal further comprises optical power level control information for the data channel; and
the optical power level control information is configured to reduce multipath interference associated with the upstream optical signal and the downstream optical signal.
2. The hub adapter of claim 1 , wherein the first high-speed computer peripheral interface is compliant with a Universal Serial Bus (USB) Type-C connector (USB-C) interface.
3. The hub adapter of claim 1 , wherein the timing information provides a timing accuracy better than 500 picoseconds (ps).
4. The hub adapter of claim 1 , wherein the data channel is a time division multiplexed (TDM) data channel comprising a plurality of time slots.
5. A hub adapter comprising:
a first high-speed computer peripheral interface;
first digital circuitry coupled with the first high-speed computer peripheral interface;
a first free-space-optical (FSO) transmitter coupled with the first digital circuitry; and
a first FSO receiver coupled with the first digital circuitry, wherein:
the first FSO transmitter is configured to transmit a data channel and an out-of-band control signal comprising timing information and bandwidth management information to a computer peripheral adapter;
the data channel is configured to operate at a bit rate greater than 1 gigabits per second (Gbps);
the computer peripheral adapter is configured to be coupled with a computer peripheral device via a second high-speed computer peripheral interface;
the computer peripheral device includes a high-resolution display; and
the data channel provides transport for video display data.
6. The hub adapter of claim 5 , wherein the second high-speed computer peripheral interface is compliant with a Universal Serial Bus (USB) Type-C connector (USB-C) interface.
7. The hub adapter of claim 5 , wherein the data channel provides transport for at least one data channel of a DisplayPort™ data link.
8. The hub adapter of claim 5 , wherein the data channel provides transport for at least one data channel of a VirtualLink™ data link.
9. The hub adapter of claim 5 , wherein the data channel provides transport for at least one data channel of a ThunderBolt™ link.
10. A computer peripheral adapter comprising:
a first high-speed computer peripheral interface;
first digital circuitry coupled with the first high-speed computer peripheral interface;
a first free-space-optical (FSO) transmitter coupled with the first digital circuitry; and
a first FSO receiver coupled with the first digital circuitry, wherein:
the first FSO receiver is configured to receive a data channel and an out-of-band control signal comprising timing information and bandwidth management information from a hub adapter;
the data channel is configured to be received at a bit rate greater than 1 gigabits per second (Gbps);
the hub adapter comprises:
a second FSO receiver configured to receive an upstream optical signal from the first FSO transmitter; and
a second FSO transmitter configured to transmit a downstream optical signal to the first FSO receiver;
the out-of-band control signal further comprises optical power level control information for the data channel; and
the optical power level control information is configured to reduce multipath interference associated with the upstream optical signal and the downstream optical signal.
11. The computer peripheral adapter of claim 10 , wherein the first high-speed computer peripheral interface is compliant with a Universal Serial Bus (USB) Type-C connector (USB-C) interface.
12. The computer peripheral adapter of claim 10 , wherein the timing information provides a timing accuracy better than 500 picoseconds (ps).
13. The computer peripheral adapter of claim 10 , wherein the data channel is a time division multiplexed (TDM) data channel comprising a plurality of time slots.
14. A computer peripheral adapter comprising:
a first high-speed computer peripheral interface;
first digital circuitry coupled with the first high-speed computer peripheral interface;
a first free-space-optical (FSO) transmitter coupled with the first digital circuitry; and
a first FSO receiver coupled with the first digital circuitry, wherein:
the first FSO receiver is configured to receive a data channel and an out-of-band control signal comprising timing information and bandwidth management information from a hub adapter; and
the data channel is configured to be received at a bit rate greater than 1 gigabits per second (Gbps);
the computer peripheral adapter is configured to be coupled with a computer peripheral device via the first high-speed computer peripheral interface;
the computer peripheral device includes a high-resolution display; and
the data channel provides transport for video display data.
15. The computer peripheral adapter of claim 14 , wherein the hub adapter comprises a second high-speed computer peripheral interface is compliant with a Universal Serial Bus (USB) Type-C connector (USB-C) interface.
16. The computer peripheral adapter of claim 14 , wherein the data channel provides transport for at least one data channel of a DisplayPort™ data link.
17. The computer peripheral adapter of claim 14 , wherein the data channel provides transport for at least one data channel of a VirtualLink™ data link.
18. The computer peripheral adapter of claim 14 , wherein the data channel provides transport for at least one data channel of a ThunderBolt™ link.