Feed system for receiving television and/or radio programmes which are broadcast via satellite and transmitted by means of satellite signals which consist of electromagnetic waves and are broadcast from satellites at a satellite signal bandwidth, wherein the feed system comprises a waveguide and a housing in which the following components are arranged: • a decoupling device which protrudes into the waveguide and by means of which a satellite signal broadcast from satellites can be received; • a radio frequency amplifier which is intended for amplifying the satellite signal and connected to the decoupling device via a signal line; an input bandpass filter and an output bandpass filter, which are connected in series to the radio frequency amplifier via the signal line, wherein the input bandpass filter and the output bandpass filter each have a pass bandwidth; • a frequency conversion device is also provided, by means of which the satellite signals can be converted into intermediate frequency signals; • an intermediate frequency amplifier which is intended for amplifying the intermediate frequency signal and is connected to the output bandpass filter via the signal line, • a tuner which is connected to the intermediate frequency amplifier • via the signal line and converts the intermediate frequency signal into a baseband signal is also arranged in the housing; a demodulator which is connected to the tuner via the signal line is arranged in the housing for demodulating the baseband signal and generating a data signal; and • an Ethernet interface which is connected to the demodulator via the signal line is arranged in the housing for exchanging the data signals; • the pass bandwidths of the input bandpass filter and the output bandpass filter are equal to or greater than the satellite signal bandwidth, wherein said satellite signal bandwidth is 2.05 GHz; • the tuner is designed as a broadband tuner for processing the signals in the pass bandwidth; • the frequency conversion device comprises a local oscillator, which generates a local oscillator signal having a local oscillator frequency; • the frequency conversion device also comprises a mixer, which is arranged between the input bandpass filter and the output bandpass filter and connected thereto via the signal line, wherein the mixer is also connected to the local oscillator for mixing the satellite signal with the local oscillator signal and generating an intermediate frequency signal; • the feed system is supplied with electrical energy by the Ethernet interface. • a decoupling device which protrudes into the waveguide and by means of which a satellite signal broadcast from satellites can be received; • a radio frequency amplifier which is intended for amplifying the satellite signal and connected to the decoupling device via a signal line; an input bandpass filter and an output bandpass filter, which are connected in series to the radio frequency amplifier via the signal line, wherein the input bandpass filter and the output bandpass filter each have a pass bandwidth; • a frequency conversion device is also provided, by means of which the satellite signals can be converted into intermediate frequency signals; • an intermediate frequency amplifier which is intended for amplifying the intermediate frequency signal and is connected to the output bandpass filter via the signal line, • a tuner which is connected to the intermediate frequency amplifier • via the signal line and converts the intermediate frequency signal into a baseband signal is also arranged in the housing; a demodulator which is connected to the tuner via the signal line is arranged in the housing for demodulating the baseband signal and generating a data signal; and • an Ethernet interface which is connected to the demodulator via the signal line is arranged in the housing for exchanging the data signals; • the pass bandwidths of the input bandpass filter and the output bandpass filter are equal to or greater than the satellite signal bandwidth, wherein said satellite signal bandwidth is 2.05 GHz; • the tuner is designed as a broadband tuner for processing the signals in the pass bandwidth; • the frequency conversion device comprises a local oscillator, which generates a local oscillator signal having a local oscillator frequency; • the frequency conversion device also comprises a mixer, which is arranged between the input bandpass filter and the output bandpass filter and connected thereto via the signal line, wherein the mixer is also connected to the local oscillator for mixing the satellite signal with the local oscillator signal and generating an intermediate frequency signal; • the feed system is supplied with electrical energy by the Ethernet interface.