Band agile mobile broadband radio, system and methods of operation

1 . A method of operating a mobile wireless communication station, the method comprising:

establishing a first wireless communication link between a first RF front end module detachably connected to a digital baseband radio and a user device at a first RF frequency band, wherein the first RF frequency band is associated with an RF carrier frequency of a wireless cellular network implemented using at least the first RF front end module and an edge server included in the mobile wireless communication station;

establishing a second wireless communication link between a second RF front end module detachably connected to the digital baseband radio and the user device at a second RF frequency band different from the first RF frequency band;

receiving, by the digital baseband radio, first data for transmission to the user device;

selecting, one of the first RF front end module or the second RF front end module;

converting, by the digital baseband radio, the first data into first digital transmission data;

converting, by the selected RF front end module, the first digital transmission data to first RF transmission data at a corresponding RF frequency band associated with the selected RF front end module; and

transmitting, by the selected RF front end module, the first RF transmission data to the user device via a respective wireless communication link associated with the selected RF front end module.

2 . The method of claim 1 , further comprising:

identifying, by the edge server, one of the first RF front end module or the second RF front end module;

based on the identifying, sending an instruction to the digital baseband radio to select one of the first RF front end module or the second RF front end module; and

selecting, by the digital baseband radio, the identified RF front end module to perform data transmission based on the instruction.

3 . The method of claim 1 , further comprising:

receiving, by the edge server, a first user input including information associated with one or more desired features of one of the first RF front end module or the second RF front end module; and

identifying, by the edge server, the selected RF front end module based on the first user input.

4 . The method of claim 1 , further comprising:

receiving, by the edge server, first condition information indicative of one or more operational conditions of one of the first RF front end module or the second RF front end module; and

identifying, by the edge server, the selected RF front end module based on the first condition information.

5 . The method of claim 1 , wherein:

each respective RF front end module of a plurality of RF front end modules is detachably connected to an interposer board of the mobile wireless communication station; and

the first digital transmission data is transmitted to the selected RF front end module via the interposer board.

6 . The method of claim 1 , wherein the first RF transmission data is transmitted to the user device via an antenna of the mobile wireless communication station.

7 . The method of claim 1 , further comprising:

receiving, by the digital baseband radio, second data for transmission to the user device;

selecting, one of the first RF front end module or the second RF front end module;

converting, by the digital baseband radio, the second data into second digital transmission data;

converting, by the second selected RF front end module, the second digital transmission data to a corresponding RF frequency band associated with the second selected RF front end module; and

transmitting, by the second selected RF front end module, the second RF transmission data to the user device via a respective wireless communication link associated with the second selected RF front end module.

8 . The method of claim 7 , further comprising:

identifying, by the edge server, one of the first RF front end module or the second RF front end module;

sending a second instruction to the digital baseband radio to select the second selected RF front end module; and

selecting, by the digital baseband radio, the second selected RF front end module to perform data transmission based on the second instruction.

9 . The method of claim 7 , further comprising:

receiving, by the edge server, second user input including information associated with one or more desired features of one of the first RF front end module or the second RF front end module; and

identifying, by the edge server, the second selected RF front end module based on the second user input.

10 . The method of claim 7 , further comprising:

receiving, by the edge server, second condition information indicative of one or more operational conditions of one of the first RF front end module or the second RF front end module; and

identifying, by the edge server, the second selected RF front end module based on the second condition information.

11 . The method of claim 7 , wherein:

each respective RF front end module of a plurality of RF front end modules is detachably connected to an interposer board of the mobile wireless communication station; and

the second digital transmission data is transmitted to the second selected RF front end module via the interposer board.

12 . A wireless communication station for wireless communication, comprising:

a housing;

an edge server configured to establish a wireless connection with a network and receive first data from the network for wireless transmission to a user device;

a baseband radio configured to receive the first data from the edge server and convert the first data to first digital transmission data;

a plurality of radio frequency (RF) front end modules removably attached to the baseband radio, each RF front end module of the plurality of RF front end modules operable in a respective different frequency band, wherein:

a first RF front end module of the plurality of RF front end modules establishes a first wireless communication link between the baseband radio and the user device at a first RF frequency band associated with an RF carrier frequency of the network, the network implemented using at least the first RF front end module and the edge server;

a second RF front end module of the plurality of RF front end modules establishes a second wireless communication link between the baseband radio and the user device at a second RF frequency band different from the first RF frequency band.

13 . The wireless communication station of claim 12 , wherein:

the edge server is further configured to select one of the first RF front end module or the second RF front end module in order to transmit the first data received from the network to the user device using a respective RF frequency band; and

the selected RF front end module is further configured to transmit the first RF transmission data to the user device using the respective RF frequency band.

14 . The wireless communication station of claim 13 , wherein:

the edge server is further configured to receive second data from the network and select one of the first RF front end module or the second RF front end module to transmit the second data to the user device using a respective RF frequency band.

15 . The wireless communication station of claim 14 , wherein:

the baseband radio is further configured to receive the second data from the edge server and convert the second data to second digital transmission data; and

the second selected RF front end module is further configured to receive the second digital transmission data from the baseband radio, convert the second digital transmission data to second RF transmission data, and transmit the second RF transmission data to the user device.

16 . The wireless communication station of claim 12 , wherein each respective RF front end module of the plurality of RF front end modules is configured to establish a respective communication link at a respective different frequency bands in response to an instruction received from the edge server.

17 . The wireless communication station of claim 12 , further comprising an interposer board provided in the housing, wherein each respective RF front end module of the plurality of RF front end modules is removably connected to the baseband radio via the interposer board.

18 . The wireless communication station of claim 12 , further comprising a plurality of RF antennas, each RF antenna of the plurality of RF antennas connected to a respective RF front end module of the plurality of RF front end modules.

19 . The wireless communication station of claim 12 , wherein:

the edge server is further configured to identify one of the first RF front end module or the second RF front end module and transmit an instruction to the digital baseband radio to select one of the first RF front end module or the second RF front end module; and

the baseband radio is configured to select the identified RF front end module to perform data transmission based on the instruction.

20 . The wireless communication station of claim 12 , wherein the edge server is further configured to:

receive a first user input including information associated with one or more desired features of one of the first RF front end module or the second RF front end module; and

identify one of the first RF front end module or the second RF front end module based on the first user input.