An electronic device, comprising: two antennas (418, 420), wherein the two antennas (418, 420) are impedance tuned, wherein the two antennas (418, 420) are not aperture tuned; two digital variable capacitors (432, 434) each connected with a respective antenna of the two antennas on a first end and grounded on a second end; a switch module connected with the two antennas, wherein the switch module is in direct contact with the two antennas (418, 420), wherein each digital variable capacitor of the two digital variable capacitors (432, 434) is coupled between and in contact with the switch module and the respective antenna of the two antennas (418, 420); a RF front end connected with the switch module, wherein the switch module is in direct contact with the two antennas (418, 420), each digital variable capacitor of the two digital capacitors (432, 434) and the RF front end, wherein the RF front end is connected to the switch module by a primary path and a secondary path; and a base band processor connected with the RF front end, the switch module, and the two digital variable capacitors (432, 434) by one or more control lines, wherein the base band processor is adapted to command the switch module and the two digital variable capacitors (432, 434), wherein the base band processor is adapted to command one of the two digital variable capacitors (432, 434) to tune the respective antenna (418, 420) as a primary antenna, and wherein the base band processor is adapted to command the other of the two digital variable capacitors (432, 434) to de-tune the respective antenna (418, 420) as a secondary antenna, and wherein the base band processor is adapted to send a control signal to the switch module to swap the two antennas (418, 420) between following the primary path and the secondary path, such that the primary antenna and the secondary antenna are able to be swapped back and forth between the primary path and the secondary path based on which of the two antennas (418, 420) is receiving the best signal quality. two antennas (418, 420), wherein the two antennas (418, 420) are impedance tuned, wherein the two antennas (418, 420) are not aperture tuned; two digital variable capacitors (432, 434) each connected with a respective antenna of the two antennas on a first end and grounded on a second end; a switch module connected with the two antennas, wherein the switch module is in direct contact with the two antennas (418, 420), wherein each digital variable capacitor of the two digital variable capacitors (432, 434) is coupled between and in contact with the switch module and the respective antenna of the two antennas (418, 420); a RF front end connected with the switch module, wherein the switch module is in direct contact with the two antennas (418, 420), each digital variable capacitor of the two digital capacitors (432, 434) and the RF front end, wherein the RF front end is connected to the switch module by a primary path and a secondary path; and a base band processor connected with the RF front end, the switch module, and the two digital variable capacitors (432, 434) by one or more control lines, wherein the base band processor is adapted to command the switch module and the two digital variable capacitors (432, 434), wherein the base band processor is adapted to command one of the two digital variable capacitors (432, 434) to tune the respective antenna (418, 420) as a primary antenna, and wherein the base band processor is adapted to command the other of the two digital variable capacitors (432, 434) to de-tune the respective antenna (418, 420) as a secondary antenna, and wherein the base band processor is adapted to send a control signal to the switch module to swap the two antennas (418, 420) between following the primary path and the secondary path, such that the primary antenna and the secondary antenna are able to be swapped back and forth between the primary path and the secondary path based on which of the two antennas (418, 420) is receiving the best signal quality.