Systems and methods for improving wireless mesh networks
Disclosed herein is a first wireless communication node comprising a first communication module that includes a first baseband unit configured to handle baseband processing for the first communication module, a first RF unit configured to define a frequency range of radio signals for the first communication module, and a first antenna unit configured to generate a first extremely-narrow beam that facilitates exchange of radio signals with at least one other wireless communication node. The first wireless communication node may also comprise a second communication module that includes a second baseband unit configured to handle baseband processing for the second communication module, a second RF unit configured to define a frequency range of radio signals for the second communication module, and a second antenna unit configured to generate a second extremely-narrow beam that facilitates exchange of radio signals with at least one other wireless communication node.
1. A wireless mesh communication node for a wireless mesh network, the wireless mesh communication node comprising:
a first point-to-point (ptp) radio configured to establish a bi-directional wireless ptp communication link with a first other communication node in the wireless mesh network;
a second ptp radio configured to establish a second bi-directional wireless ptp communication link with a second other communication node in the wireless mesh network;
a point-to-multipoint (ptmp) radio configured to establish a bi-directional wireless ptmp communication link with one or more third other communication nodes in the wireless mesh network; and
a network processing unit (NPU) that is (i) communicatively coupled to each of the first ptp radio, the second ptp radio, and the ptmp radio and (ii) configured to control each of the first ptp radio, the second ptp radio, and the ptmp radio, wherein the ptmp radio comprises a baseband sub-module and an RF sub-module, and wherein each of the first ptp radio and the second ptp radio comprises a respective baseband sub-module, a respective RF sub-module, and a respective beam narrowing sub-module.
2. The wireless mesh communication node of claim 1 , wherein the NPU is communicatively coupled to each of the first ptp radio, the second ptp radio, and the ptmp radio via a respective communication interface.
3. The wireless mesh communication node of claim 2 , wherein each respective communication interface is a respective wired communication interface.
4. The wireless mesh communication node of claim 3 , wherein each respective wired communication interface comprises a Peripheral Component Interconnect/Peripheral Component Interconnect Express (PCI/PCIe) bus interface, a Thunderbolt interface, or an ethernet interface.
5. The wireless mesh communication node of claim 1 , wherein the respective beam narrowing sub-module comprises a lens antenna or a parabolic antenna integrated with the respective RF sub-module.
6. The wireless mesh communication node of claim 1 , wherein the NPU is further configured to provide network switching operations between a backhaul interface and the first ptp radio, the second ptp radio, and the ptmp radio.
7. A wireless mesh communication node for a wireless mesh network, the wireless mesh communication node comprising:
a first point-to-point (ptp) radio configured to establish a bi-directional wireless ptp communication link with a first other communication node in the wireless mesh network;
a second ptp radio configured to establish a second bi-directional wireless ptp communication link with a second other communication node in the wireless mesh network;
a point-to-multipoint (ptmp) radio configured to establish a bi-directional wireless ptmp communication link with one or more third other communication nodes in the wireless mesh network; and
a network processing unit (NPU) that is (i) communicatively coupled to each of the first ptp radio, the second ptp radio, and the ptmp radio and (ii) configured to (a) control each of the first ptp radio, the second ptp radio, and the ptmp radio and (b) handle baseband processing for the first ptp radio, the second ptp radio, and the ptmp radio.
8. The wireless mesh communication node of claim 7 , wherein the NPU is communicatively coupled to each of the first ptp radio, the second ptp radio, and the ptmp radio via a respective communication interface.
9. The wireless mesh communication node of claim 8 , wherein each respective communication interface is a respective wired communication interface.
10. A wireless communication system comprising:
a plurality of wireless mesh communication nodes that are configured to operate as part of a wireless mesh network, each respective wireless mesh communication node comprising:
a first point-to-point (ptp) radio configured to establish a bi-directional wireless ptp communication link with a first other communication node in the wireless mesh network;
a second ptp radio configured to establish a second bi-directional wireless ptp communication link with a second other communication node in the wireless mesh network;
a point-to-multipoint (ptmp) radio configured to establish a bi-directional wireless ptmp communication link with one or more third other communication nodes in the wireless mesh network; and
a network processing unit (NPU) that is (i) communicatively coupled to each of the first ptp radio, the second ptp radio, and the ptmp radio and (ii) configured to control each of the first ptp radio, the second ptp radio, and the ptmp radio, wherein the ptmp radio comprises a baseband sub-module and an RF sub-module, and wherein each of the first ptp radio and the second ptp radio comprises a respective baseband sub-module, a respective RF sub-module, and a respective beam narrowing sub-module.
11. The wireless mesh communication system of claim 10 , wherein the NPU is communicatively coupled to each of the first ptp radio, the second ptp radio, and the ptmp radio via a respective communication interface.
12. The wireless mesh communication system of claim 11 , wherein each respective communication interface is a respective wired communication interface.
13. The wireless mesh communication system of claim 12 , wherein each respective wired communication interface comprises a Peripheral Component Interconnect/Peripheral Component Interconnect Express (PCI/PCIe) bus interface, a Thunderbolt interface, or an ethernet interface.
14. The wireless mesh communication system of claim 10 , wherein the respective beam narrowing sub-module comprises a lens antenna or a parabolic antenna integrated with the respective RF sub-module.
15. The wireless mesh communication system of claim 10 , wherein the NPU is further configured to provide network switching operations between a backhaul interface and the first ptp radio, the second ptp radio, and the ptmp radio.
16. A wireless communication system comprising:
a plurality of wireless mesh communication nodes that are configured to operate as part of a wireless mesh network, each respective wireless mesh communication node comprising:
a first point-to-point (ptp) radio configured to establish a bi-directional wireless ptp communication link with a first other communication node in the wireless mesh network;
a second ptp radio configured to establish a second bi-directional wireless ptp communication link with a second other communication node in the wireless mesh network;
a point-to-multipoint (ptmp) radio configured to establish a bi-directional wireless ptmp communication link with one or more third other communication nodes in the wireless mesh network; and
a network processing unit (NPU) that is (i) communicatively coupled to each of the first ptp radio, the second ptp radio, and the ptmp radio and (ii) configured to (a) control each of the first ptp radio, the second ptp radio, and the ptmp radio and (b) handle baseband processing for the first ptp radio, the second ptp radio, and the ptmp radio.
17. The wireless mesh communication system of claim 16 , wherein the NPU is communicatively coupled to each of the first ptp radio, the second ptp radio, and the ptmp radio via a respective communication interface.
18. The wireless mesh communication system of claim 17 , wherein each respective communication interface is a respective wired communication interface.
19. A wireless mesh communication node for a wireless mesh network, the wireless mesh communication node comprising:
a first point-to-point (ptp) radio configured to establish a bi-directional wireless ptp communication link with a first other communication node in the wireless mesh network;
a second ptp radio configured to establish a second bi-directional wireless ptp communication link with a second other communication node in the wireless mesh network; and
a network processing unit (NPU) that is (i) communicatively coupled to each of the first ptp radio and the second ptp radio and (ii) configured to control each of the first ptp radio and the second ptp radio, wherein each of the first ptp radio and the second ptp radio comprises a respective baseband sub-module, a respective RF sub-module, and a respective beam narrowing sub-module.
20. A wireless mesh communication node for a wireless mesh network, the wireless mesh communication node comprising:
a first point-to-point (ptp) radio configured to establish a bi-directional wireless ptp communication link with a first other communication node in the wireless mesh network;
a second ptp radio configured to establish a second bi-directional wireless ptp communication link with a second other communication node in the wireless mesh network; and
a network processing unit (NPU) that is (i) communicatively coupled to each of the first ptp radio and the second ptp radio and (ii) configured to (a) control each of the first ptp radio and the second ptp radio and (b) handle baseband processing for the first ptp radio and the second ptp radio.