Satellite communication system for performing a communication within a designated system bandwidth (BWs), the system comprising: a plurality of N satellite transmitters , wherein the plurality of N satellite transmitters comprises a first satellite transmitter being configured to transmit a first signal using frequencies within the system bandwidth (BWs); a satellite receiver for receiving at least the first signal, wherein the system bandwidth (BWs) is divided into a plurality of frequency slots (S1, S2), each of the plurality of frequency slots having a slot bandwidth (BW ref ), and wherein each of the plurality of frequency slots (S1, S2) is divided into a plurality of N sub-slots (A, B), each sub-slot having a sub-slot bandwidth (BW) and a subcarrier (SC1, SC2, SC3, SC4), wherein the respective first sub-slot (A, B) of the plurality of N sub-slots (A, B) within all frequency slots is assigned to the first satellite transmitter and wherein the respective N th sub-slot (A, B) of the plurality of N sub-slots (A, B) within all frequency slots is assigned to the N th satellite transmitter , wherein the first satellite transmitter is configured to split the first signal into a plurality of signal portions and to select for transmitting a first of the plurality of signal portions the first sub-slot of a first of the plurality of frequency slots (S1, S2) and to select for transmitting a second of the plurality of signal portions the first sub-slot of a second of the plurality of frequency slots (S1, S2), the second of the plurality of frequency slots (S1, S2) being different from the first of the plurality of frequency slots (S1, S2); wherein emitting behavior of each of the plurality of N satellite transmitters is limited with regard to a peak transmit power, an antenna gain and with regard to a pointing performance, wherein the limitations are dependent on N and wherein the first satellite transmitter is configured to bias an antenna gain envelope and/or a transmit power in accordance with the limitations. a plurality of N satellite transmitters , wherein the plurality of N satellite transmitters comprises a first satellite transmitter being configured to transmit a first signal using frequencies within the system bandwidth (BWs); a satellite receiver for receiving at least the first signal, wherein the system bandwidth (BWs) is divided into a plurality of frequency slots (S1, S2), each of the plurality of frequency slots having a slot bandwidth (BW ref ), and wherein each of the plurality of frequency slots (S1, S2) is divided into a plurality of N sub-slots (A, B), each sub-slot having a sub-slot bandwidth (BW) and a subcarrier (SC1, SC2, SC3, SC4), wherein the respective first sub-slot (A, B) of the plurality of N sub-slots (A, B) within all frequency slots is assigned to the first satellite transmitter and wherein the respective N th sub-slot (A, B) of the plurality of N sub-slots (A, B) within all frequency slots is assigned to the N th satellite transmitter , wherein the first satellite transmitter is configured to split the first signal into a plurality of signal portions and to select for transmitting a first of the plurality of signal portions the first sub-slot of a first of the plurality of frequency slots (S1, S2) and to select for transmitting a second of the plurality of signal portions the first sub-slot of a second of the plurality of frequency slots (S1, S2), the second of the plurality of frequency slots (S1, S2) being different from the first of the plurality of frequency slots (S1, S2); wherein emitting behavior of each of the plurality of N satellite transmitters is limited with regard to a peak transmit power, an antenna gain and with regard to a pointing performance, wherein the limitations are dependent on N and wherein the first satellite transmitter is configured to bias an antenna gain envelope and/or a transmit power in accordance with the limitations. <EOS>