A headset for reducing pop-noise in voice communication between a user and a far-end device, the headset is configured to be worn by the user, the headset comprises: - a microphone boom having a first end and a second end, where the first end is configured to point towards the mouth of the user, when the user is wearing the headset; - a first, a second and a third electro-acoustic input transducer for reception of audio signals, where the first, second and third electro-acoustic input transducers are provided in the microphone boom, such that the first electro-acoustic input transducer is closest to the user's mouth and the third electro-acoustic input transducer is further away from the user's mouth, when the user is wearing the headset; - a first beamformer configured for providing a voice signal, the voice signal is based on at least a first input signal from the first input transducer, where the first beamformer is configured to optimize the voice-to-background noise ratio; - a second beamformer configured for providing a pop-noise signal, the pop-noise signal is based on the first input signal from the first input transducer, a second input signal from the second input transducer and a third input signal from the third input transducer, where the second beamformer is adaptively configured to cancel voice and background noise while not cancelling pop-noise; - a comparator configured to repeatedly compare the pop-noise signal to the voice signal within each of multiple frequency bands to determine time periods and frequency bands having pop-noise; wherein in the determined time periods and frequency bands having pop-noise, the pop-noise in an output signal configured to be transmitted to the far-end device is reduced by replacing the voice signal, in the determined time periods and frequency bands having pop-noise, with the third input signal from the third input transducer or by mixing the voice signal, in the determined time periods and frequency bands having pop-noise, with a comfort signal and/or with the third input signal. - a microphone boom having a first end and a second end, where the first end is configured to point towards the mouth of the user, when the user is wearing the headset; - a first, a second and a third electro-acoustic input transducer for reception of audio signals, where the first, second and third electro-acoustic input transducers are provided in the microphone boom, such that the first electro-acoustic input transducer is closest to the user's mouth and the third electro-acoustic input transducer is further away from the user's mouth, when the user is wearing the headset; - a first beamformer configured for providing a voice signal, the voice signal is based on at least a first input signal from the first input transducer, where the first beamformer is configured to optimize the voice-to-background noise ratio; - a second beamformer configured for providing a pop-noise signal, the pop-noise signal is based on the first input signal from the first input transducer, a second input signal from the second input transducer and a third input signal from the third input transducer, where the second beamformer is adaptively configured to cancel voice and background noise while not cancelling pop-noise; - a comparator configured to repeatedly compare the pop-noise signal to the voice signal within each of multiple frequency bands to determine time periods and frequency bands having pop-noise; wherein in the determined time periods and frequency bands having pop-noise, the pop-noise in an output signal configured to be transmitted to the far-end device is reduced by replacing the voice signal, in the determined time periods and frequency bands having pop-noise, with the third input signal from the third input transducer or by mixing the voice signal, in the determined time periods and frequency bands having pop-noise, with a comfort signal and/or with the third input signal.