A radio frequency "RF" transceiver "A" having a plurality of antennas , the RF transceiver comprising: a configuration controller configured to generate a control signal to select a first candidate radiation pattern for the plurality of antennas based on a first plurality of steering weights; and an RF transceiver section , coupled to the configuration controller , configured to broadcast a first beacon transmission with the first candidate radiation pattern, and to generate feedback signals to indicate if a first remote station "B" has responded to the first beacon transmission; wherein, when the first remote station "B" has responded to the first beacon transmission, the configuration controller is further configured to store the first plurality of steering weights "w i " used in association with the beacon transmission and to generate the control signals to the RF transceiver section to use the first candidate radiation pattern when communicating with the first remote station "B" ; characterized in that when the first remote station "B" has responded to the first beacon transmission, the configuration controller is further configured to: determine a reverse channel estimation "H_BA" to the first remote station "B" based on a packet received from the remote station "B" in response to the first candidate radiation pattern, obtain a forward channel estimation "H_AB" based on channel reciprocity; and generate adjusted first steering weights "w i " based on the forward channel estimation "H_AB". a configuration controller configured to generate a control signal to select a first candidate radiation pattern for the plurality of antennas based on a first plurality of steering weights; and an RF transceiver section , coupled to the configuration controller , configured to broadcast a first beacon transmission with the first candidate radiation pattern, and to generate feedback signals to indicate if a first remote station "B" has responded to the first beacon transmission; wherein, when the first remote station "B" has responded to the first beacon transmission, the configuration controller is further configured to store the first plurality of steering weights "w i " used in association with the beacon transmission and to generate the control signals to the RF transceiver section to use the first candidate radiation pattern when communicating with the first remote station "B" ; characterized in that when the first remote station "B" has responded to the first beacon transmission, the configuration controller is further configured to: determine a reverse channel estimation "H_BA" to the first remote station "B" based on a packet received from the remote station "B" in response to the first candidate radiation pattern, obtain a forward channel estimation "H_AB" based on channel reciprocity; and generate adjusted first steering weights "w i " based on the forward channel estimation "H_AB". determine a reverse channel estimation "H_BA" to the first remote station "B" based on a packet received from the remote station "B" in response to the first candidate radiation pattern, obtain a forward channel estimation "H_AB" based on channel reciprocity; and generate adjusted first steering weights "w i " based on the forward channel estimation "H_AB". <EOS>