Transceiver comprising: an antenna arrangement configured for interfacing a wireless transmission channel and comprising an interface for receiving a sending signal and an interface for providing a receiving signal; a processor configured for providing a digital transmission signal and a digital auxiliary signal based on an input information signal comprising an information to be transmitted through the wireless transmission channel; a main transmitter connected to the antenna arrangement and configured for generating the sending signal based on the digital transmission signal; an analog domain filter (300; 300′; 300"; 300′′′) configured for generating a first interference cancellation signal from the sending signal; an auxiliary transmitter configured for generating a second interference cancellation signal based on the digital auxiliary signal; a radio frequency interference removal stage for performing interference cancellation on the receiving signal using the first interference cancellation signal and the second interference cancellation signal to obtain a preliminary enhanced signal; a main receiver configured for receiving the preliminary enhanced signal and for providing a digital receiving signal; a feedback receiver configured for providing a feedback signal based on the preliminary enhanced signal at a first operating mode and based on the sending signal at a second operating mode; and wherein the processor (800; 800′) is configured for receiving the digital receiving signal, for receiving the feedback signal, for providing the digital transmission signal based on an input information signal and for providing the digital auxiliary signal based on the input information signal; wherein the processor (800; 800′) comprises a linear pre-equalizer configured for pre-equalizing the input signal based on the digital receiving signal for obtaining the digital auxiliary signal; wherein the processor (800; 800′) comprises a digital self-interference canceller configured for determining a digital interference cancellation signal based on the input signal and based on the digital receiving signal; wherein the processor (800; 800′) comprises a digital interference removal stage configured for performing digital interference cancellation on the digital receiving signal using the digital interference cancellation signal to obtain an enhanced receiving signal; and wherein the processor (800; 800′) is configured for parametrizing the analog domain filter (300; 300′; 300"; 300′′′) based on an evaluation of the feedback signal received from the feedback receiver in the first operating mode and in the second operating mode and for parametrizing the linear pre-equalizer based on the digital receiving signal. an antenna arrangement configured for interfacing a wireless transmission channel and comprising an interface for receiving a sending signal and an interface for providing a receiving signal; a processor configured for providing a digital transmission signal and a digital auxiliary signal based on an input information signal comprising an information to be transmitted through the wireless transmission channel; a main transmitter connected to the antenna arrangement and configured for generating the sending signal based on the digital transmission signal; an analog domain filter (300; 300′; 300"; 300′′′) configured for generating a first interference cancellation signal from the sending signal; an auxiliary transmitter configured for generating a second interference cancellation signal based on the digital auxiliary signal; a radio frequency interference removal stage for performing interference cancellation on the receiving signal using the first interference cancellation signal and the second interference cancellation signal to obtain a preliminary enhanced signal; a main receiver configured for receiving the preliminary enhanced signal and for providing a digital receiving signal; a feedback receiver configured for providing a feedback signal based on the preliminary enhanced signal at a first operating mode and based on the sending signal at a second operating mode; and wherein the processor (800; 800′) is configured for receiving the digital receiving signal, for receiving the feedback signal, for providing the digital transmission signal based on an input information signal and for providing the digital auxiliary signal based on the input information signal; wherein the processor (800; 800′) comprises a linear pre-equalizer configured for pre-equalizing the input signal based on the digital receiving signal for obtaining the digital auxiliary signal; wherein the processor (800; 800′) comprises a digital self-interference canceller configured for determining a digital interference cancellation signal based on the input signal and based on the digital receiving signal; wherein the processor (800; 800′) comprises a digital interference removal stage configured for performing digital interference cancellation on the digital receiving signal using the digital interference cancellation signal to obtain an enhanced receiving signal; and wherein the processor (800; 800′) is configured for parametrizing the analog domain filter (300; 300′; 300"; 300′′′) based on an evaluation of the feedback signal received from the feedback receiver in the first operating mode and in the second operating mode and for parametrizing the linear pre-equalizer based on the digital receiving signal.