Mesh wireless access points
A mesh wireless access point (WAP) includes a housing, a first radio assembly, a second radio assembly, and an internal communication link between the first and second radio assemblies. The housing is configured to be affixed to, or integrated with, a feature of a building. The first radio assembly is incorporated with the housing and configured to support a first wireless communication link, and the second radio assembly is incorporated with the housing and configured to support a second wireless communication link. The internal communication link is configured to transfer data packets between the first and second radio assemblies.
1. A mesh wireless access point (WAP), comprising:
a first radio assembly configured to support a first wireless communication link;
a second radio assembly configured to support a second wireless communication link;
an internal communication link between the first and second radio assemblies configured to transfer data packets between the first and second radio assemblies;
an electrical interface configured to be electrically coupled with a lightbulb socket, such that the first and second radio assemblies may be at least partially powered from electrical power available via the lightbulb socket; and
an energy storage subsystem configured to (a) store energy received from a lightbulb socket and (b) at least partially power at least one of the first radio assembly and the second radio assembly when electrical power is unavailable from the lightbulb socket.
2. The mesh WAP of claim 1 , wherein the first radio assembly, the internal communication link, and the second radio assembly are collectively configured to receive a first encrypted data packet via the first wireless communication link and forward the first encrypted data packet via the second wireless communication link without decrypting the encrypted first data packet.
3. A light fixture capable of serving as a mesh wireless access point (WAP), comprising:
a housing configured to house a lighting element, the housing being configured to be recessed, in a first direction, within one or more of a ceiling and a wall of a building;
a ring at least partially surrounding the housing, the ring including at least one first antenna element; and
a first radio transceiver communicatively coupled to the at least one first antenna element, such that the first radio transceiver and the at least one first antenna element collectively form a first radio assembly configured to support a first wireless communication link.
4. The light fixture of claim 3 , wherein the ring is configured to extend, in a second direction opposite of the first direction, beyond the one or more of the ceiling and the wall of the building.
5. The light fixture of claim 4 , wherein the ring is configured to help secure the light fixture to the one or more of the ceiling and the wall of the building.
6. The light fixture of claim 3 , wherein the housing and ring are concentric.
7. The light fixture of claim 3 , wherein the at least one first antenna element includes an array of first antenna elements.