A method for generating a noise reduced output signal from sound received by a first and second microphone arranged as symmetric microphone array, said method comprising: transforming (310, 320) said sound received by said first microphone into a first input signal, wherein said first input signal is a frequency domain signal of an analog-to-digital converted audio signal corresponding to said sound received by said first microphone; transforming (310, 320) sound received by a second microphone-into a second input signal, wherein said second input signal is a frequency domain signal of an analog-to-digital converted audio signal corresponding to the sound received by said second microphone; generating said noise reduced output signal by calculating (330, 340), for each of a plurality of frequency components, a weighted sum of at least a first intermediate signal and a second intermediate signal; wherein said first intermediate signal is calculated by multiplying said first input signal with at least one first transfer function and then subtracting the result of this first multiplication from said second input signal and then multiplying this first difference with a first real valued frequency-selective Equalizer function; wherein said second intermediate signal is calculated by multiplying said second input signal with at least one second transfer function and then subtracting the result of this second multiplication from said first input signal and then multiplying this second difference with a second real valued frequency-selective Equalizer function, wherein first and second transfer functions are calculated by means of an analytic formula incorporating a spatial distance of the microphones, and a speed of sound; wherein said weighted sum has a weighing function with range between zero and one, with signal energy quotients of said first and second intermediate signals as argument of said weighing function. transforming (310, 320) said sound received by said first microphone into a first input signal, wherein said first input signal is a frequency domain signal of an analog-to-digital converted audio signal corresponding to said sound received by said first microphone; transforming (310, 320) sound received by a second microphone-into a second input signal, wherein said second input signal is a frequency domain signal of an analog-to-digital converted audio signal corresponding to the sound received by said second microphone; generating said noise reduced output signal by calculating (330, 340), for each of a plurality of frequency components, a weighted sum of at least a first intermediate signal and a second intermediate signal; wherein said first intermediate signal is calculated by multiplying said first input signal with at least one first transfer function and then subtracting the result of this first multiplication from said second input signal and then multiplying this first difference with a first real valued frequency-selective Equalizer function; wherein said second intermediate signal is calculated by multiplying said second input signal with at least one second transfer function and then subtracting the result of this second multiplication from said first input signal and then multiplying this second difference with a second real valued frequency-selective Equalizer function, wherein first and second transfer functions are calculated by means of an analytic formula incorporating a spatial distance of the microphones, and a speed of sound; wherein said weighted sum has a weighing function with range between zero and one, with signal energy quotients of said first and second intermediate signals as argument of said weighing function. wherein said first intermediate signal is calculated by multiplying said first input signal with at least one first transfer function and then subtracting the result of this first multiplication from said second input signal and then multiplying this first difference with a first real valued frequency-selective Equalizer function; wherein said second intermediate signal is calculated by multiplying said second input signal with at least one second transfer function and then subtracting the result of this second multiplication from said first input signal and then multiplying this second difference with a second real valued frequency-selective Equalizer function, wherein first and second transfer functions are calculated by means of an analytic formula incorporating a spatial distance of the microphones, and a speed of sound; wherein said weighted sum has a weighing function with range between zero and one, with signal energy quotients of said first and second intermediate signals as argument of said weighing function.