An electronic device comprising: a first antenna configured to support a first range of frequencies; a second antenna configured to support a second range of frequencies wherein the first range of frequencies and the second range of frequencies overlap in a common frequency band formed of the frequencies supported by both the first antenna and the second antenna, and wherein the first antenna is further configured to support a first frequency band of a lower frequency than the common frequency band and the second antenna is further configured to support a second frequency band which is different from the first frequency band and of a higher frequency than the common frequency band; a first radio frequency, RF, path (315, 410) corresponding to the first antenna; a second RF path (325, 420) corresponding to the second antenna; and a communication processor configured to transmit a first Tx signal in the first frequency band and a second Tx signal in the common frequency band through the first RF path and the first antenna, and to receive a first Rx signal in the common frequency band and a second Rx signal in the second frequency band through the second RF path and the second antenna, wherein a frequency band of the first Rx signal is between a frequency band of the first Tx signal and a frequency band of the second Tx signal, the frequency band of the first Rx signal does not overlap with the frequency band of the first Tx signal and the frequency band of the second Tx signal, and wherein the frequency band of the second Tx signal is between the frequency band of the first Rx signal and a frequency band of the second Rx signal, and the frequency band of the second Tx signal does not overlap with the frequency band of the first Rx signal and the frequency band of the second Rx signal; wherein the first RF path and the first antenna are further configured to support a third frequency band, the third frequency band being of a lower frequency than the frequency band of the first Tx signal, and wherein the first RF path and the first antenna are configured to transmit and receive signals in the third frequency band; and wherein the second RF path and the second antenna are further configured to support a fourth frequency band, the fourth frequency band being of a higher frequency than the frequency band of the second Rx signal, and wherein the second RF path and the second antenna are configured to transmit and receive signals in the fourth frequency band. a first antenna configured to support a first range of frequencies; a second antenna configured to support a second range of frequencies wherein the first range of frequencies and the second range of frequencies overlap in a common frequency band formed of the frequencies supported by both the first antenna and the second antenna, and wherein the first antenna is further configured to support a first frequency band of a lower frequency than the common frequency band and the second antenna is further configured to support a second frequency band which is different from the first frequency band and of a higher frequency than the common frequency band; a first radio frequency, RF, path (315, 410) corresponding to the first antenna; a second RF path (325, 420) corresponding to the second antenna; and a communication processor configured to transmit a first Tx signal in the first frequency band and a second Tx signal in the common frequency band through the first RF path and the first antenna, and to receive a first Rx signal in the common frequency band and a second Rx signal in the second frequency band through the second RF path and the second antenna, wherein a frequency band of the first Rx signal is between a frequency band of the first Tx signal and a frequency band of the second Tx signal, the frequency band of the first Rx signal does not overlap with the frequency band of the first Tx signal and the frequency band of the second Tx signal, and wherein the frequency band of the second Tx signal is between the frequency band of the first Rx signal and a frequency band of the second Rx signal, and the frequency band of the second Tx signal does not overlap with the frequency band of the first Rx signal and the frequency band of the second Rx signal; wherein the first RF path and the first antenna are further configured to support a third frequency band, the third frequency band being of a lower frequency than the frequency band of the first Tx signal, and wherein the first RF path and the first antenna are configured to transmit and receive signals in the third frequency band; and wherein the second RF path and the second antenna are further configured to support a fourth frequency band, the fourth frequency band being of a higher frequency than the frequency band of the second Rx signal, and wherein the second RF path and the second antenna are configured to transmit and receive signals in the fourth frequency band.