Smart lighting system with ultra-low standby consumption

1. A smart lamp for communicating with one or more devices, said smart lamp comprising:

a lamp having on and off modes; and

a processor configured to operate said lamp, said processor having at least active and standby modes of operation, in said active mode, said processor uses a first communication protocol to communicate with at least one of said one or more devices, said first communication protocol having a first power consumption and, in said standby mode, said processor uses a second communication protocol having a second power consumption, wherein said first power consumption is significantly higher than said second power consumption;

wherein said processor is configured to operate in said standby mode until being switched to said active mode by a first trigger event; and

wherein, after said process is switched to said active mode by said first trigger event, said processor is configured to switch back to said standby mode by a second trigger event.

2. The smart lamp of claim 1 , wherein said first communication protocol has a first number of carrier frequencies and said second communication protocol has a second number of carrier frequencies, wherein said second number of carrier frequencies is less than said first number of carrier frequencies.

3. The smart lamp of claim 2 , wherein said processor is configured to select between said active and standby modes based at least partially on detecting at least one of said carrier frequencies associated only with the first communication protocol.

4. The smart lamp of claim 1 , wherein said first communication protocol is powerline communication (PLC) protocol.

5. The smart lamp of claim 4 , wherein said first communication protocol is HomePlug or GreenPhy protocol.

6. The smart lamp of claim 4 , wherein said second communication protocol utilizes amplitude modulation.

7. The smart lamp of claim 1 , wherein said processor is configured to select between said active and standby modes based at least partially on detecting at least one of a particular carrier frequency, a particular voltage, a particular amplitude, a particular pattern of signals, a particular signal, a particular operational state, or after a particular duration.

8. The smart lamp of claim 7 , wherein selecting one of a first communication protocol and a second communication protocol based upon an operational state of said lamp further comprises:

detecting whether said lamp has received a communication within a predetermined period of time;

if said lamp has received the communication, selecting the first communication protocol;

otherwise, selecting the second communication protocol.

9. The smart lamp of claim 8 , wherein the first communication protocol is selected by detecting a presence of at least one carrier frequency associated with the first communication protocol.

10. The smart lamp of claim 8 , wherein the first communication protocol is selected by detecting a specific message.

11. The smart lamp of claim 8 , where said second communication protocol is selected when a communication has not been received within a predetermined time.

12. The smart lamp of claim 8 , wherein said second communication protocol is selected upon receipt of a predetermined communication and said first communication protocol was previously selected.

13. The smart lamp of claim 1 , wherein said second communication protocol is selected during an operation statin in which light output is set to zero.

14. The smart lamp of claim 1 , wherein the first power consumption is above 0.5 W and the second power consumption is below 0.5 W.

15. A smart device having an on and off mode and connected to a powerline along with one or more devices, said smart device; comprising:

functional circuitry;

a connection to said powerline;

a processor configured to operate said functional circuitry, said processor having at least active and standby modes of operation, in said active mode, said processor uses a first communication protocol to communicate with at least one of said one or more devices over said powerline, said first communication protocol having a first power consumption, and, in said standby mode, said processor uses a second communication protocol having a second power consumption, wherein said first power consumption is significantly higher than said second power consumption;

wherein said processor is configured to operate in said standby mode until being switched to said active mode by a first trigger event; and

wherein, after said process is switched to said active mode by said first trigger event, said processor is configured to switch back to said standby mode by a second trigger event.

16. The smart device of claim 15 , wherein said functional circuitry is a power circuitry of a lamp.

17. The smart device of claim 15 , wherein said first communication protocol is powerline communication (PLC) protocol.

18. The smart device of claim 17 , wherein said first communication protocol has a first number of carrier frequencies and said second communication protocol has a second number of carrier frequencies, wherein said second number of carrier frequencies is less than said first number of carrier frequencies.

19. A lamp having an on and off mode and configured for electrical connection to a powerline along with one or more other devices, said lamp comprising:

at least a first and second chipset associated with first and second communication protocols, respectively, said first chipset consuming more power when enabled than said second chipset when enabled;

a detector configured for connection to said powerline; and

a processor configured to selectively enable one of said first and second chipsets based upon at least one trigger event on said powerline being detected by said detector;

wherein said processor is configured to use said second chipset until receiving a first trigger event to switch to said first chipset;

wherein, after switching to said first chipset after receiving said first trigger event, said processor is configured to switch back to said second chipset after receiving a second trigger event.

20. The lamp of claim 19 , wherein each of said respective communication protocols associated with the first and second chipsets utilizes a respective number of carrier frequencies, which are different from one another.

21. The lamp of claim 20 , wherein said processor selects said second chipset upon detecting that light output associated with said lamp is off or nearly off.

22. The smart lamp of claim 1 ,

wherein said first trigger event is at least one of (a) a wake-up signal from one of said one or more devices, (b) a schedule based on time of day or user habits, (c) switching said lamp to said on mode, or (d) a determination of occupancy near said lamp; and

wherein said second trigger event is at least one of (a) a lack of communication between said processor and at least one of said one or more devices for a certain period, (b) a standby signal from one of said one or more devices, (c) a schedule based on time of day or user habits, (d) switching said lamp to said off mode, or (e) a determination of non-occupancy near said lamp.

23. The smart device of claim 15 ,

wherein said first trigger event is at least one of (a) a wake-up signal from one of said one or more devices, (b) a schedule based on time of day or user habits, (c) switching said lamp to said on mode, or (d) a determination of occupancy near said lamp; and

wherein said second trigger event is at least one of (a) a lack of communication between said processor and at least one of said one or more devices for a certain period, (b) a standby signal from one of said one or more devices, (c) a schedule based on time of day or user habits, (d) switching said lamp to said off mode, or (e) a determination of non-occupancy near said lamp.

24. The lamp of claim 19 ,

wherein said first trigger event is at least one of (a) a wake-up signal from one of said one or more devices, (b) a schedule based on time of day or user habits, (c) switching said lamp to said on mode, or (d) a determination of occupancy near said lamp; and

wherein said second trigger event is at least one of (a) a lack of communication between said processor and at least one of said one or more devices for a certain period, (b) a standby signal from one of said one or more devices, (c) a schedule based on time of day or user habits, (d) switching said lamp to said off mode, or (e) a determination of non-occupancy near said lamp.