A system comprising: a controller, configured to store a cell boundary data associated with cell boundaries, and to generate a spot beam pattern data based at least in part on the cell boundary data; and a multiple beam transceiver, coupled to the controller, wherein the multiple beam transceiver comprises: an antenna, and an antenna feed array, coupled to the antenna, and configured to receive the spot beam pattern data and to receive a plurality of downlink feed signals and, in response, to feed the antenna a beamformed downlink antenna feed signal, the beamformed downlink antenna feed signal being configured to radiate from the antenna as a plurality of spot beams in accordance with a spot beam pattern that corresponds to the spot beam pattern data, wherein: the spot beam pattern includes a cell spot beam centered on a cell center, and includes a plurality of adjacent spot beams (1602, 1603, 1604), each partially overlapping the cell spot beam, the cell spot beam and the adjacent spot beams (1602, 1603, 1604) each including a corresponding portion of the downlink feed signals, a first pair of the adjacent spot beams are aligned along a first axis that passes through the cell center, are oppositely spaced from the cell center, symmetrically, by a first distance, and overlap one another within the cell spot beam, and a second pair of the adjacent spot beams are aligned along a second axis that passes through the cell center, perpendicular to the first axis, are oppositely spaced from the cell center, symmetrically, by a second distance, and the second pair are separated from one another by a region within the cell spot beam. a controller, configured to store a cell boundary data associated with cell boundaries, and to generate a spot beam pattern data based at least in part on the cell boundary data; and a multiple beam transceiver, coupled to the controller, wherein the multiple beam transceiver comprises: an antenna, and an antenna feed array, coupled to the antenna, and configured to receive the spot beam pattern data and to receive a plurality of downlink feed signals and, in response, to feed the antenna a beamformed downlink antenna feed signal, the beamformed downlink antenna feed signal being configured to radiate from the antenna as a plurality of spot beams in accordance with a spot beam pattern that corresponds to the spot beam pattern data, an antenna, and an antenna feed array, coupled to the antenna, and configured to receive the spot beam pattern data and to receive a plurality of downlink feed signals and, in response, to feed the antenna a beamformed downlink antenna feed signal, the beamformed downlink antenna feed signal being configured to radiate from the antenna as a plurality of spot beams in accordance with a spot beam pattern that corresponds to the spot beam pattern data, wherein: the spot beam pattern includes a cell spot beam centered on a cell center, and includes a plurality of adjacent spot beams (1602, 1603, 1604), each partially overlapping the cell spot beam, the cell spot beam and the adjacent spot beams (1602, 1603, 1604) each including a corresponding portion of the downlink feed signals, a first pair of the adjacent spot beams are aligned along a first axis that passes through the cell center, are oppositely spaced from the cell center, symmetrically, by a first distance, and overlap one another within the cell spot beam, and a second pair of the adjacent spot beams are aligned along a second axis that passes through the cell center, perpendicular to the first axis, are oppositely spaced from the cell center, symmetrically, by a second distance, and the second pair are separated from one another by a region within the cell spot beam. the spot beam pattern includes a cell spot beam centered on a cell center, and includes a plurality of adjacent spot beams (1602, 1603, 1604), each partially overlapping the cell spot beam, the cell spot beam and the adjacent spot beams (1602, 1603, 1604) each including a corresponding portion of the downlink feed signals, a first pair of the adjacent spot beams are aligned along a first axis that passes through the cell center, are oppositely spaced from the cell center, symmetrically, by a first distance, and overlap one another within the cell spot beam, and a second pair of the adjacent spot beams are aligned along a second axis that passes through the cell center, perpendicular to the first axis, are oppositely spaced from the cell center, symmetrically, by a second distance, and the second pair are separated from one another by a region within the cell spot beam.