An antenna switch structure for use in a mobile communication terminal (100, 500), the antenna switch structure comprising: a first transceiver comprising a low band main circuit path configured to process signals of a low main frequency band; a first receiver comprising a low band diversity circuit path configured to process signals of a low diversity frequency band; a second transceiver comprising a high band main circuit path configured to process signals of a high main frequency band; a second receiver comprising a high band diversity circuit path configured to process signals of a high diversity frequency band; a first low band antenna configured to transmit and receive wireless signals of a low frequency band; a second low band antenna configured to transmit and receive wireless signals of a low frequency band; a first high band antenna configured to transmit and receive wireless signals of a high frequency band; a second high band antenna configured to transmit and receive wireless signals of a high frequency band; a first low pass filter connected to the first low band antenna; a second low pass filter connected to the second low band antenna; a first switch controlled to switch between a first mode that connects the first low pass filter to the first transceiver and the second low pass filter to the first receiver and a second mode that connects the first low pass filter to the first receiver and the second low pass filter to the first transceiver, wherein a mode of the first switch is selected in response to signals received at the first switch; and a second switch controlled to switch between a first mode that connects the first high band antenna to the second transceiver and the second high band antenna to the second receiver and a second mode that connects the first high band antenna to the second receiver and the second high band antenna to the second transceiver, wherein a mode of the second switch is selected in response to signals received at the second switch. a first transceiver comprising a low band main circuit path configured to process signals of a low main frequency band; a first receiver comprising a low band diversity circuit path configured to process signals of a low diversity frequency band; a second transceiver comprising a high band main circuit path configured to process signals of a high main frequency band; a second receiver comprising a high band diversity circuit path configured to process signals of a high diversity frequency band; a first low band antenna configured to transmit and receive wireless signals of a low frequency band; a second low band antenna configured to transmit and receive wireless signals of a low frequency band; a first high band antenna configured to transmit and receive wireless signals of a high frequency band; a second high band antenna configured to transmit and receive wireless signals of a high frequency band; a first low pass filter connected to the first low band antenna; a second low pass filter connected to the second low band antenna; a first switch controlled to switch between a first mode that connects the first low pass filter to the first transceiver and the second low pass filter to the first receiver and a second mode that connects the first low pass filter to the first receiver and the second low pass filter to the first transceiver, wherein a mode of the first switch is selected in response to signals received at the first switch; and a second switch controlled to switch between a first mode that connects the first high band antenna to the second transceiver and the second high band antenna to the second receiver and a second mode that connects the first high band antenna to the second receiver and the second high band antenna to the second transceiver, wherein a mode of the second switch is selected in response to signals received at the second switch.