A method for wireless communication, the method comprising: in a wireless communication device (110, 150, 300) comprising a plurality of remote RF modules (203, 309): generating IF signals from baseband signals in said wireless communication device (110, 150, 300); communicating said generated IF signals, via one or more coaxial lines (207, 307), to said plurality of remote RF modules (203, 309) within said wireless communication device (110, 150, 300); up-converting said communicated IF signals to RF signals in one or more of said plurality of remote RF modules (203, 309); and transmitting said RF signals via one or more antennas (120, 303) in said one or more of said plurality of remote RF modules (203, 309); characterized by communicating control signals for said plurality of remote RF devices utilizing said one or more coaxial lines (207, 307); tapping said IF signals in said one or more coaxial lines (207, 307) at taps (205, 305) coupled to said plurality of remote RF modules (203, 309); and utilizing said control signals to configure which of the taps (205, 305) is activated to tap off part of the IF signals for transmission by the appropriate remote RF module (203, 309). in a wireless communication device (110, 150, 300) comprising a plurality of remote RF modules (203, 309): generating IF signals from baseband signals in said wireless communication device (110, 150, 300); communicating said generated IF signals, via one or more coaxial lines (207, 307), to said plurality of remote RF modules (203, 309) within said wireless communication device (110, 150, 300); up-converting said communicated IF signals to RF signals in one or more of said plurality of remote RF modules (203, 309); and transmitting said RF signals via one or more antennas (120, 303) in said one or more of said plurality of remote RF modules (203, 309); characterized by communicating control signals for said plurality of remote RF devices utilizing said one or more coaxial lines (207, 307); tapping said IF signals in said one or more coaxial lines (207, 307) at taps (205, 305) coupled to said plurality of remote RF modules (203, 309); and utilizing said control signals to configure which of the taps (205, 305) is activated to tap off part of the IF signals for transmission by the appropriate remote RF module (203, 309). generating IF signals from baseband signals in said wireless communication device (110, 150, 300); communicating said generated IF signals, via one or more coaxial lines (207, 307), to said plurality of remote RF modules (203, 309) within said wireless communication device (110, 150, 300); up-converting said communicated IF signals to RF signals in one or more of said plurality of remote RF modules (203, 309); and transmitting said RF signals via one or more antennas (120, 303) in said one or more of said plurality of remote RF modules (203, 309); characterized by communicating control signals for said plurality of remote RF devices utilizing said one or more coaxial lines (207, 307); tapping said IF signals in said one or more coaxial lines (207, 307) at taps (205, 305) coupled to said plurality of remote RF modules (203, 309); and utilizing said control signals to configure which of the taps (205, 305) is activated to tap off part of the IF signals for transmission by the appropriate remote RF module (203, 309).