An electronic device comprising: a housing; a plurality of antennas (122-1, 122-N) arranged on or inside the housing; a plurality of second communication circuits (121-1, 121-N, 1500) positioned inside the housing and electrically connected with the plurality of antennas, respectively; a printed circuit board, PCB, arranged in the housing; a first communication circuit included in the PCB electrically connected with the second communication circuits and configured to generate a signal in a radio frequency, RF, band, RF signal, or a signal in an intermediate frequency, IF, band, IF signal, and transmit the RF signal or the IF signal to the second communication circuits; a first memory included in each of the plurality of second communication circuits storing at least one parameter generated during calibration of the each of the plurality of second communication circuits; a second memory arranged on the PCB; and a control circuit included in the PCB electrically connected with the first communication circuit, wherein the control circuit is configured to: receive the at least one parameter stored in the first memory; store the received at least one parameter in the second memory; and transmit a control signal for controlling at least one amplifier included in the plurality of second communication circuits to the plurality of second communication circuits, based on the at least one parameter stored in the second memory. a housing; a plurality of antennas (122-1, 122-N) arranged on or inside the housing; a plurality of second communication circuits (121-1, 121-N, 1500) positioned inside the housing and electrically connected with the plurality of antennas, respectively; a printed circuit board, PCB, arranged in the housing; a first communication circuit included in the PCB electrically connected with the second communication circuits and configured to generate a signal in a radio frequency, RF, band, RF signal, or a signal in an intermediate frequency, IF, band, IF signal, and transmit the RF signal or the IF signal to the second communication circuits; a first memory included in each of the plurality of second communication circuits storing at least one parameter generated during calibration of the each of the plurality of second communication circuits; a second memory arranged on the PCB; and a control circuit included in the PCB electrically connected with the first communication circuit, wherein the control circuit is configured to: receive the at least one parameter stored in the first memory; store the received at least one parameter in the second memory; and transmit a control signal for controlling at least one amplifier included in the plurality of second communication circuits to the plurality of second communication circuits, based on the at least one parameter stored in the second memory. receive the at least one parameter stored in the first memory; store the received at least one parameter in the second memory; and transmit a control signal for controlling at least one amplifier included in the plurality of second communication circuits to the plurality of second communication circuits, based on the at least one parameter stored in the second memory.