A communication entity comprising: - an antenna array with a plurality of different antennas for transmitting and receiving signals, wherein a combined transmission signal is generated by a superposition of the transmission signals from the plurality of different antennas of the antenna array, a plurality of power amplifiers, each power amplifier being connected to one of the antennas, - a control unit configured to control an input signal of each of the plurality of power amplifiers and configured to generate a directional combined transmission signal by controlling the phase and amplitude of each antenna of the array, wherein the control unit is configured - to determine a total output power for the directional combined transmission signal, - to determine a saturation state in which at least one power amplifier of the connected antenna is operating in a saturation state at maximum power, wherein when the saturation state is detected for said at least one power amplifier (121 -124), the control unit is configured to control an input signal of at least one non-saturated power amplifier in such a way that the power emitted by at least one corresponding antenna connected to the at least one non-saturated power amplifier is increased, characterized in that the control unit is configured to estimate a path loss towards a destination node of the combined transmission signal transmitted by the communication entity towards the destination node and configured to determine a beamforming vector w for the transmission to the destination node in order to obtain a defined power at the destination node, the beamforming vector w indicating an amplitude and a phase scaling for the signal of each of the antennas of the antenna array, wherein when said at least one power amplifier is in the saturation state, the control unit is configured to maintain said power amplifier with the connected antenna at maximum power, and to increase the power at the at least one non saturated power amplifier such that the defined power at the destination node is maintained, wherein the control unit is configured to increase the power at the non-saturated amplifiers for each of the remaining antennas by a constant boost factor B, that is hyperlinearly scaled such that the non-saturated amplifiers are increased more than what the increase would be if a path gain were used. - an antenna array with a plurality of different antennas for transmitting and receiving signals, wherein a combined transmission signal is generated by a superposition of the transmission signals from the plurality of different antennas of the antenna array, a plurality of power amplifiers, each power amplifier being connected to one of the antennas, - a control unit configured to control an input signal of each of the plurality of power amplifiers and configured to generate a directional combined transmission signal by controlling the phase and amplitude of each antenna of the array, wherein the control unit is configured - to determine a total output power for the directional combined transmission signal, - to determine a saturation state in which at least one power amplifier of the connected antenna is operating in a saturation state at maximum power, wherein when the saturation state is detected for said at least one power amplifier (121 -124), the control unit is configured to control an input signal of at least one non-saturated power amplifier in such a way that the power emitted by at least one corresponding antenna connected to the at least one non-saturated power amplifier is increased, characterized in that the control unit is configured to estimate a path loss towards a destination node of the combined transmission signal transmitted by the communication entity towards the destination node and configured to determine a beamforming vector w for the transmission to the destination node in order to obtain a defined power at the destination node, the beamforming vector w indicating an amplitude and a phase scaling for the signal of each of the antennas of the antenna array, wherein when said at least one power amplifier is in the saturation state, the control unit is configured to maintain said power amplifier with the connected antenna at maximum power, and to increase the power at the at least one non saturated power amplifier such that the defined power at the destination node is maintained, wherein the control unit is configured to increase the power at the non-saturated amplifiers for each of the remaining antennas by a constant boost factor B, that is hyperlinearly scaled such that the non-saturated amplifiers are increased more than what the increase would be if a path gain were used. - to determine a total output power for the directional combined transmission signal, - to determine a saturation state in which at least one power amplifier of the connected antenna is operating in a saturation state at maximum power, wherein when the saturation state is detected for said at least one power amplifier (121 -124), the control unit is configured to control an input signal of at least one non-saturated power amplifier in such a way that the power emitted by at least one corresponding antenna connected to the at least one non-saturated power amplifier is increased,