A circuit for communicating information in a wireless network, comprising: a filtering circuit in communication with a zero intermediate frequency, ZIF, communication circuit, wherein the filtering circuit comprises: - a first frequency down-converter circuit in communication with an output of the ZIF communication circuit; - a first filter circuit in communication with an output of the first frequency down-converter circuit; - a first frequency up-converter circuit in communication with an output of the first filter circuit; - a second frequency down-converter circuit; - a second filter circuit in communication with an output of the second frequency down-converter circuit, the second filtering circuit being configured to substantially mitigate or eliminate co-radio interference; - a second frequency up-converter circuit in communication with an output of the second filter circuit and an input of the ZIF communication circuit; and - a local oscillator circuit in communication with the first and second frequency down-converter circuits and the first and second frequency up-converter circuits, wherein the frequencies of (i) an input to the first frequency down converter circuit and (ii) an output from the first frequency up- converter circuit are substantially identical, and wherein the frequencies of (iii) an input to the second frequency down-converter circuit and (iv) an output from the second frequency up-converter circuit are substantially identical. a filtering circuit in communication with a zero intermediate frequency, ZIF, communication circuit, wherein the filtering circuit comprises: - a first frequency down-converter circuit in communication with an output of the ZIF communication circuit; - a first filter circuit in communication with an output of the first frequency down-converter circuit; - a first frequency up-converter circuit in communication with an output of the first filter circuit; - a second frequency down-converter circuit; - a second filter circuit in communication with an output of the second frequency down-converter circuit, the second filtering circuit being configured to substantially mitigate or eliminate co-radio interference; - a second frequency up-converter circuit in communication with an output of the second filter circuit and an input of the ZIF communication circuit; and - a local oscillator circuit in communication with the first and second frequency down-converter circuits and the first and second frequency up-converter circuits, - a first frequency down-converter circuit in communication with an output of the ZIF communication circuit; - a first filter circuit in communication with an output of the first frequency down-converter circuit; - a first frequency up-converter circuit in communication with an output of the first filter circuit; - a second frequency down-converter circuit; - a second filter circuit in communication with an output of the second frequency down-converter circuit, the second filtering circuit being configured to substantially mitigate or eliminate co-radio interference; - a second frequency up-converter circuit in communication with an output of the second filter circuit and an input of the ZIF communication circuit; and - a local oscillator circuit in communication with the first and second frequency down-converter circuits and the first and second frequency up-converter circuits, wherein the frequencies of (i) an input to the first frequency down converter circuit and (ii) an output from the first frequency up- converter circuit are substantially identical, and wherein the frequencies of (iii) an input to the second frequency down-converter circuit and (iv) an output from the second frequency up-converter circuit are substantially identical.