An apparatus (1000, 2000) for quadrature impulse noise removal, the apparatus comprising: a first low pass filter (1100, 2100) configured to: receive an input in-phase signal (1050, 2050) comprising a predetermined in-phase signal and first impulse noise; and generate a filtered input in-phase signal (1052, 2052); a second low pass filter (1200, 2200) configured to: receive an input quadrature signal (1051, 2051) comprising a predetermined quadrature signal and second impulse noise; and generate a filtered input quadrature signal (1053, 2053); the apparatus characterized by: a noise detection unit (1500, 2500) configured to: receive the filtered in-phase signal; receive the filtered quadrature signal; and based on the filtered in-phase signal and the filtered quadrature signal, generate a control signal (1054, 2054) which is synchronized in time with the first impulse noise and the second impulse noise; a first channel impulse noise remover (1300, 2300) configured to: receive the filtered in-phase signal; receive the control signal; and based on the control signal, remove the first impulse noise from the filtered in-phase signal and output the predetermined in-phase signal; and a second channel impulse noise remover (1400, 2400) configured to: receive the filtered quadrature signal; receive the control signal; and based on the control signal, remove the first impulse noise from the filtered quadrature signal and output the predetermined quadrature signal. a first low pass filter (1100, 2100) configured to: receive an input in-phase signal (1050, 2050) comprising a predetermined in-phase signal and first impulse noise; and generate a filtered input in-phase signal (1052, 2052); receive an input in-phase signal (1050, 2050) comprising a predetermined in-phase signal and first impulse noise; and generate a filtered input in-phase signal (1052, 2052); a second low pass filter (1200, 2200) configured to: receive an input quadrature signal (1051, 2051) comprising a predetermined quadrature signal and second impulse noise; and generate a filtered input quadrature signal (1053, 2053); receive an input quadrature signal (1051, 2051) comprising a predetermined quadrature signal and second impulse noise; and generate a filtered input quadrature signal (1053, 2053); a noise detection unit (1500, 2500) configured to: receive the filtered in-phase signal; receive the filtered quadrature signal; and based on the filtered in-phase signal and the filtered quadrature signal, generate a control signal (1054, 2054) which is synchronized in time with the first impulse noise and the second impulse noise; receive the filtered in-phase signal; receive the filtered quadrature signal; and based on the filtered in-phase signal and the filtered quadrature signal, generate a control signal (1054, 2054) which is synchronized in time with the first impulse noise and the second impulse noise; a first channel impulse noise remover (1300, 2300) configured to: receive the filtered in-phase signal; receive the control signal; and based on the control signal, remove the first impulse noise from the filtered in-phase signal and output the predetermined in-phase signal; and receive the filtered in-phase signal; receive the control signal; and based on the control signal, remove the first impulse noise from the filtered in-phase signal and output the predetermined in-phase signal; and a second channel impulse noise remover (1400, 2400) configured to: receive the filtered quadrature signal; receive the control signal; and based on the control signal, remove the first impulse noise from the filtered quadrature signal and output the predetermined quadrature signal. receive the filtered quadrature signal; receive the control signal; and based on the control signal, remove the first impulse noise from the filtered quadrature signal and output the predetermined quadrature signal.