Apparatus for role identification and power supply control in a wireless tunneling system

1. A local wireless tunneling apparatus that operates in conjunction with a remote wireless tunneling apparatus to wirelessly tunnel communications between a remote processing apparatus and a local processing apparatus, the local wireless tunneling apparatus comprising:

a state machine configured to:

receive, via a local wired connection, a local identification signal indicating an initial local configuration of the local wireless tunneling apparatus;

identify, based on a wireless receive signal originating from the remote wireless tunneling apparatus, a remote identification signal indicative of an initial remote configuration of the remote wireless tunneling apparatus; and

determine a resolved local configuration of the local wireless tunneling apparatus based on the initial local configuration of the local wireless tunneling apparatus and the initial remote configuration of the remote wireless tunneling apparatus; and

a power supply to output power to the local processing apparatus or receive power from the local processing apparatus depending on the resolved local configuration.

2. The local wireless tunneling apparatus of claim 1 , wherein the state machine is further configured to determine that a conflict exists between the initial remote configuration of the remote wireless tunneling apparatus and the initial local configuration of the local wireless tunneling apparatus responsive to determining that the initial remote configuration of the remote wireless tunneling apparatus and the initial local configuration of the local wireless tunneling apparatus are both upstream apparatus configurations or both downstream apparatus configurations.

3. The local wireless tunneling apparatus of claim 2 , wherein the state machine is further configured to at least partially disable the wireless receiver responsive to determining that the conflict exists between the initial remote configuration of the remote wireless tunneling apparatus and the initial local configuration of the local wireless tunneling apparatus.

4. The local wireless tunneling apparatus of claim 2 , wherein responsive to determining that the conflict exists, the state machine is further configured to resolve the conflict by determining the resolved local configuration of the local wireless tunneling apparatus according to a package identification indicating a type of antenna coupled to the local wireless tunneling apparatus.

5. The local wireless tunneling apparatus of claim 2 , wherein the state machine is further configured to determine the initial remote configuration of the remote wireless tunneling apparatus through a valid signal and the remote identification signal from a baseband receive signal received from the remote wireless tunneling apparatus, the valid signal indicating whether the remote identification signal is a valid indication of the initial remote configuration.

6. The local wireless tunneling apparatus of claim 5 , wherein the state machine is further configured to determine the initial remote configuration of the remote wireless tunneling apparatus is undetermined responsive to the valid signal indicating the initial remote configuration of the remote wireless tunneling apparatus is not valid.

7. The local wireless tunneling apparatus of claim 1 , wherein the received initial local configuration comprises an undetermined local configuration, wherein the state machine is further configured to:

determine that the resolved local configuration of the local wireless tunneling apparatus is an upstream apparatus configuration responsive to the initial remote configuration of the remote wireless tunneling apparatus being a downstream apparatus configuration,

determine that the resolved local configuration of the local wireless tunneling apparatus is the downstream apparatus configuration responsive to the initial remote configuration of the remote wireless tunneling apparatus being the upstream apparatus configuration, and

the resolved local configuration of the local wireless tunneling apparatus based on a package type signal accessible on the local wireless tunneling apparatus responsive to the initial remote configuration of the remote wireless tunneling apparatus being the undetermined configuration.

8. The local wireless tunneling apparatus of claim 1 , wherein the received remote configuration comprises an undetermined remote configuration, wherein the state machine is further configured to:

determine that a resolved remote configuration of the remote wireless tunneling apparatus is an upstream apparatus configuration responsive to the initial local configuration of the local wireless tunneling apparatus being a downstream apparatus configuration,

determine that the resolved remote configuration of the remote wireless tunneling apparatus is the downstream apparatus configuration responsive to the initial local configuration of the local wireless tunneling apparatus being the upstream apparatus configuration, and

determine the resolved remote configuration of the remote wireless tunneling apparatus based on a package type signal accessible locally by the wireless tunneling apparatus responsive to the initial local configuration of the local wireless tunneling apparatus being the undetermined configuration; and

wherein the local wireless tunneling apparatus further comprises a wireless transmitter to transmit a resolved remote configurations signal to the remote wireless tunneling apparatus representing the resolved remote configuration.

9. The local wireless tunneling apparatus of claim 1 , further comprising:

a wireless transmitter configured to transmit a wireless transmit signal indicating the initial local configuration of the local wireless tunneling apparatus to the remote wireless tunneling apparatus coupled to the remote processing apparatus.

10. The local wireless tunneling apparatus of claim 1 , further comprising:

a wireless transmitter configured to transmit a wireless transmit signal indicating the resolved local configuration of the local wireless tunneling apparatus to the remote wireless tunneling apparatus coupled to the remote processing apparatus.

11. The local wireless tunneling apparatus of claim 1 , wherein the state machine is further configured to:

determine that the local processing apparatus is coupled to the local wireless tunneling apparatus responsive to detecting the input power from the local processing apparatus, and

determine that the local processing apparatus is decoupled from the local wireless tunneling apparatus responsive to not detecting the input power from the local processing apparatus.

12. The local wireless tunneling apparatus of claim 11 , wherein responsive to determining that the resolved local configuration of the local wireless tunneling apparatus is an upstream apparatus configuration and responsive to determining that the local processing apparatus is coupled to the local wireless tunneling apparatus, the state machine is further configured to cause the power supply to receive the input power from the local processing apparatus.

13. The local wireless tunneling apparatus of claim 11 , wherein responsive to determining that the resolved local configuration of the local wireless tunneling apparatus is a downstream apparatus configuration and responsive to determining that the local processing apparatus is coupled to the local wireless tunneling apparatus, the state machine is further configured to cause the power supply to provide the output power to the local processing apparatus.

14. A method for wirelessly tunneling communications between a local processing apparatus and a remote processing apparatus, the method comprising:

receiving, by a state machine via a wired connection, a local identification signal indicating an initial local configuration of a local wireless tunneling apparatus;

obtaining, by the state machine, a remote identification signal based on a wireless receive signal originating from the remote wireless tunneling apparatus, the remote identification signal indicating an initial remote configuration of the remote wireless tunneling apparatus;

determining, by the state machine, a resolved local configuration of the local wireless tunneling apparatus based on the initial local configuration of the local wireless tunneling apparatus and the initial remote configuration of the remote wireless tunneling apparatus;

controlling a power supply to provide power to the local processing apparatus or receive power from the local processing apparatus depending on the resolved local configuration.

15. The method of claim 14 , further comprising:

determining, by the state machine, that a conflict exists between the initial remote configuration of the remote wireless tunneling apparatus and the initial local configuration of the local wireless tunneling apparatus responsive to determining that the initial remote configuration of the remote wireless tunneling apparatus and the initial local configuration of the local wireless tunneling apparatus are both upstream apparatus configurations or both downstream apparatus configurations.

16. The method of claim 14 , further comprising:

responsive to determining that the initial local configuration of the local wireless tunneling apparatus is an undetermined configuration:

determining, by the state machine, that the resolved local configuration of the local wireless tunneling apparatus is an upstream apparatus configuration responsive to the initial remote configuration of the remote wireless tunneling apparatus being a downstream apparatus configuration;

determining, by the state machine, that the resolved local configuration of the local wireless tunneling apparatus is the downstream apparatus configuration responsive to the initial remote configuration of the remote wireless tunneling apparatus being the upstream apparatus configuration; and

determining, by the state machine, the resolved local configuration of the local wireless tunneling apparatus based on a package type responsive to the initial remote configuration of the remote wireless tunneling apparatus being the undetermined configuration.

17. The method of claim 14 , further comprising:

responsive to determining that the initial remote configuration of the remote wireless tunneling apparatus is an undetermined configuration:

determining, by the state machine, that a resolved remote configuration of the remote wireless tunneling apparatus is an upstream apparatus configuration responsive to the initial local configuration of the local wireless tunneling apparatus being a downstream apparatus configuration; and

determining, by the state machine, that the resolved remote configuration of the remote wireless tunneling apparatus is the downstream apparatus configuration responsive to the initial local configuration of the local wireless tunneling apparatus being the upstream apparatus configuration; and

determining, by the state machine, the resolved local configuration of the remote wireless tunneling apparatus based on a package type responsive to the initial local configuration of the remote wireless tunneling apparatus being the undetermined configuration.

18. The method of claim 14 , further comprising:

transmitting, by a wireless transmitter, a wireless transmit signal indicating the initial local configuration of the local wireless tunneling apparatus to the remote wireless tunneling apparatus coupled to the remote processing apparatus.

19. The method of claim 14 , further comprising:

transmitting, by a wireless transmitter, a wireless transmit signal indicating the resolved local configuration of the local wireless tunneling apparatus to the remote wireless tunneling apparatus coupled to the remote processing apparatus.

20. The method of claim 14 , further comprising:

determining that the resolved local configuration of the local wireless tunneling apparatus is an upstream apparatus configuration;

determining, by the state machine, that the local processing apparatus is coupled to the local wireless tunneling apparatus responsive to detecting the input power from the local processing apparatus; and

controlling the power supply to receive the power from the local processing apparatus.