Systems and methods for wireless systems with multiple radio front ends

A wireless communication system comprises:

• a plurality of wireless terminals, wherein each wireless terminal of the plurality of wireless terminals is spatially separated from every other wireless terminals of the plurality of wireless terminals;
• a plurality of radio frequency front ends, wherein a radio frequency front end of the plurality of radio frequency front ends is coupled to a radio frequency front end of the plurality radio frequency front ends, wherein each radio frequency front end includes;
• a plurality of received signal sensors, wherein a received signal sensor of the plurality of received signal sensors is coupled to one or more radiating elements and a radio frequency front end of the plurality of radio frequency front ends, wherein each received signal sensor is adapted to output a signal representative of a received signal strength for the one or more radiating elements;
• one or more processors coupled to one or more received signal sensors of the plurality of received signal sensors, wherein the one or more processors are adapted to receive the signal representative of a received signal strength from each received signal sensor of the plurality of received signal sensors, wherein the one or more processors are further adapted to provide a control signal for activating each radio frequency front end of the plurality of radio frequency front ends, wherein the control signal is based on the signal representative of a received signal strength from a received signal sensor coupled to the radio frequency front end.

A radio transceiver comprises:

• a plurality of radiating elements coupled to a substrate, each radiating element of the plurality of radiating elements defining a radiation sector of a plurality of radiation sectors;
• a plurality of waveguides coupled to the substrate, wherein a waveguide of the plurality of waveguides is coupled at a first input/output port to one or more radiating elements of the plurality of radiating elements, wherein the waveguide is adapted to follow a shape of the substrate;
• and
• a radio module coupled to the substrate, the radio module adapted provide an input and an output to a waveguide for one or more radiation sectors of the plurality of radiation sectors, wherein the radio module is further adapted to facilitate communication with a common wireless access point through one or more radiating elements of the plurality of radiating elements, wherein the radio transceiver is adapted for use by a mobile user.