A device for reducing communications crosstalk, the device comprising: a first transceiver including a first input channel configured to carry a first audio input signal and a first output channel configured to carry a first audio output signal; a second transceiver including a second input channel configured to carry a second audio input signal and a second output channel configured to carry a second audio output signal; a first controller coupled to the first transceiver and the second transceiver, the first controller being configured to reduce crosstalk between the first output channel and the second input channel by attenuating the first audio output signal to an audible first attenuated audio output signal on the first output channel; and a second controller, coupled to the first transceiver and the second transceiver, the second controller being configured to reduce crosstalk between the second output channel and the first input channel by attenuating the second audio output signal to an audible second attenuated audio output signal on the second output channel, wherein the first input channel and the second input channel are configured to receive signals from a headset, wherein the first output channel and the second output channel are configured to transmit signals to the headset, wherein one of the first attenuated audio output signal and the second audio output signal are concurrently within an audible range, and the first audio output signal and the second attenuated audio output signal are concurrently within an audible range; and wherein the first controller is configured to attenuate the first audio output signal by redirecting the first audio output signal from a first path to a second path, wherein an electrical resistance of the second path is greater than that of the first path. a first transceiver including a first input channel configured to carry a first audio input signal and a first output channel configured to carry a first audio output signal; a second transceiver including a second input channel configured to carry a second audio input signal and a second output channel configured to carry a second audio output signal; a first controller coupled to the first transceiver and the second transceiver, the first controller being configured to reduce crosstalk between the first output channel and the second input channel by attenuating the first audio output signal to an audible first attenuated audio output signal on the first output channel; and a second controller, coupled to the first transceiver and the second transceiver, the second controller being configured to reduce crosstalk between the second output channel and the first input channel by attenuating the second audio output signal to an audible second attenuated audio output signal on the second output channel, wherein the first input channel and the second input channel are configured to receive signals from a headset, wherein the first output channel and the second output channel are configured to transmit signals to the headset, wherein one of the first attenuated audio output signal and the second audio output signal are concurrently within an audible range, and the first audio output signal and the second attenuated audio output signal are concurrently within an audible range; and wherein the first controller is configured to attenuate the first audio output signal by redirecting the first audio output signal from a first path to a second path, wherein an electrical resistance of the second path is greater than that of the first path.