Circuit for adaptive feedback equalisation in the frequency domain comprising - a feedforward filtering section arranged for applying filtering on a received block of symbols, - a slicer arranged for slicing a time domain version of a block of equalized symbols and for outputting a block of sliced symbols, - a feedback filtering section arranged for applying filtering on a frequency domain version of said block of sliced symbols, - summing means for summing the outputs of the feedforward filtering section and the feedback filtering section, thereby yielding said block of equalized symbols, - first updating means for updating the coefficients of said feedforward filtering section and second updating means for updating the coefficients of said feedback filtering section, said first and second updating means arranged for receiving a block of frequency domain versions of error signals indicative of the difference between said equalized symbols at the input of said slicer and said block of sliced symbols at the output of said slicer and for computing the coefficient updates using said received block of frequency domain versions of error signals, characterised by, - a time-domain compensation means arranged for receiving a time domain converted version of the updated filter coefficients of said feedback filtering section and for receiving said block of sliced symbols, thereby generating a feedback error compensation signal, said feedback error compensation signal being added to said block of equalized symbols, - wherein the converting of blocks of symbols between time domain and frequency domain are carried out by a plurality of converting means. - a feedforward filtering section arranged for applying filtering on a received block of symbols, - a slicer arranged for slicing a time domain version of a block of equalized symbols and for outputting a block of sliced symbols, - a feedback filtering section arranged for applying filtering on a frequency domain version of said block of sliced symbols, - summing means for summing the outputs of the feedforward filtering section and the feedback filtering section, thereby yielding said block of equalized symbols, - first updating means for updating the coefficients of said feedforward filtering section and second updating means for updating the coefficients of said feedback filtering section, said first and second updating means arranged for receiving a block of frequency domain versions of error signals indicative of the difference between said equalized symbols at the input of said slicer and said block of sliced symbols at the output of said slicer and for computing the coefficient updates using said received block of frequency domain versions of error signals, - a time-domain compensation means arranged for receiving a time domain converted version of the updated filter coefficients of said feedback filtering section and for receiving said block of sliced symbols, thereby generating a feedback error compensation signal, said feedback error compensation signal being added to said block of equalized symbols, - wherein the converting of blocks of symbols between time domain and frequency domain are carried out by a plurality of converting means.