A method for receiving at least one high-frequency signal, x(t), having parallel and under-sampled baseband signal processing with the following method steps: • Generation of a plurality of filtered signals, y 1 (t), y 2 (t),..., y N (t), by parallel filtering of the respective high-frequency signal, x(t), wherein each individual filtering is performed by means of a different filter frequency response, • generation of a digitized filtered signal, y 1 (n · T A), y 2 (n · T A),..., y N (n · T A), associated in each case with each filtered signal, y 1 (t), y 2 (t),..., y(t), by analog-digital conversion of the respective filtered signal, y 1 (t), y 2 (t),..., y N (t), wherein each analog-digital conversion is performed in each case by under-sampling, • determination of signal components x 1 (n · T A),..., x M (n · T A); X 1 (k · Δf),..., X M (k · Δf) of the high-frequency signal, x(t), in the digital baseband by equalizing the baseband signal components, I 1 (n · T A), I 2 (n · T A),..., I N (n · T A); L 1 (k · Δf), L 2 (k · Δf),..., L N (k · Δf) of the associated digitized filtered signals y 1 (t), y 2 (t),..., y N (t), characterized in that the determination of baseband signal components in each case associated with each digitized filtered signal y 1 (n · T A), y 2 (n · T A),..., y N (n · T A) in each case is a determination of a Fourier spectrum Y 1 (k · Δf), Y 2 (k · Δf),..., Y N (k · Δf), of the respective digitized filtered signal y 1 (n · T A), y 2 (n · T A),..., y N (n · T A), by means of Fourier transforming and a further tracking of the Fourier spectral components of the respective Fourier spectrum Y 1 (k · Δf), Y 2 (k · Δf),..., Y N (k · Δf) only contained in the baseband spectrum, and the equalizing of baseband signal components of the individual digitized filtered signals y 1 (n · T A), y 2 (n · T A),..., y N (n · T A), a multiplication of the Fourier spectral components of the respective Fourier spectrum Y 1 (k · Δf), Y 2 (k · Δf),...,Y N (k · Δf) contained only in the baseband spectrum, with associated spectral equalization coefficients,, F ^ 1 1 k ⋅ Δ f, F ^ 1 2 k ⋅ Δ f,..., F ^ 1 N k ⋅ Δ f,..., F ^ M 1 k ⋅ Δ f, F ^ M 2 k ⋅ Δ f,..., F ^ M N k ⋅ Δ f, wherein the high frequency signal, x(t), is a discrete multi-tone signal or an orthogonal frequency-division multiplexing signal and wherein the discrete multi-tone signal or the orthogonal frequency-division multiplexing signal has carriers, which in a Nyquist zone of an odd ordering has a frequency spacing, k · Δf, from a lower edge of the Nyquist zone and in a Nyquist zone of an even ordering has a frequency spacing, k · Δf, from an upper edge of the Nyquist zone, wherein, k, is an integer running parameter and, Δf, is a frequency spacing between two adjacent carriers. • Generation of a plurality of filtered signals, y 1 (t), y 2 (t),..., y N (t), by parallel filtering of the respective high-frequency signal, x(t), wherein each individual filtering is performed by means of a different filter frequency response, • generation of a digitized filtered signal, y 1 (n · T A), y 2 (n · T A),..., y N (n · T A), associated in each case with each filtered signal, y 1 (t), y 2 (t),..., y(t), by analog-digital conversion of the respective filtered signal, y 1 (t), y 2 (t),..., y N (t), wherein each analog-digital conversion is performed in each case by under-sampling, • determination of signal components x 1 (n · T A),..., x M (n · T A); X 1 (k · Δf),..., X M (k · Δf) of the high-frequency signal, x(t), in the digital baseband by equalizing the baseband signal components, I 1 (n · T A), I 2 (n · T A),..., I N (n · T A); L 1 (k · Δf), L 2 (k · Δf),..., L N (k · Δf) of the associated digitized filtered signals y 1 (t), y 2 (t),..., y N (t),