An adaptive antenna comprising, - at least two antenna modules and at least one column of radiators on each of the antenna modules, and - radio communication network elements, comprising a mobile terminal user equipment, UE, a radio remote head, RRH, control module together with a multiplier system, a base band unit, BBU, decision unit, which are connected by at least four common public radio interfaces, CPRIs, at least one matching network and at least two dividers, adapted to modify the beam and transmit the modulated long term evolution, LTE, signal characterised in that - the antenna modules (H1, H2) are arranged edgeways next to each other and - each of the modules (H1, H2) has at least 8 radiators arranged along a vertical axis of the antenna module (H1, H2) and at the same time symmetrically with respect to a horizontal axis of the antenna module (H1, H2), - wherein the resulting axes of antenna azimuths divide a 120° angular sector into equal parts; - wherein each radiator comprises at least two dipoles, and - the BBU is adapted to assign cell specific indicators - reference signal, CSI-RS, to the additional paths of the antenna modules (H1, H2) and to transmit said cell specific indicators - reference signal, CSI-RS to an UE in downlink, DL, channel; - where UE based on the received CSI-RSs is adapted to determine a cell quality indicator, CQI; - wherein the beam in the uplink, UL, return channel is adapted to subsequently transmit said CQI to all elements of the antenna, wherein - the power divider is adapted to sum an orthogonally polarised signal included in the beam, wherein - CPRI interfaces are adapted to transmit the signal to BBU, wherein - BBU is adapted to demodulate this signal and, based on CQI, to choose a path corresponding to the highest CQI which is optimal for the beam, wherein - a multiplier system of the RRH module is adapted to multiply the controlling vectors and and the modulated LTE signal, comprising physical downlink shared channel, PDSCH, data, and to tilt of internal and external beams for each antenna module (H1, H2); wherein - D/A converter is adapted to process the signal; wherein - amplifier is adapted to receive and amplify the signal and further to transmit to the power divider and subsequently to the radiators of one polarisation, wherein dipoles are adapted to be used as the radiators. - at least two antenna modules and at least one column of radiators on each of the antenna modules, and - radio communication network elements, comprising a mobile terminal user equipment, UE, a radio remote head, RRH, control module together with a multiplier system, a base band unit, BBU, decision unit, which are connected by at least four common public radio interfaces, CPRIs, at least one matching network and at least two dividers, adapted to modify the beam and transmit the modulated long term evolution, LTE, signal characterised in that - the antenna modules (H1, H2) are arranged edgeways next to each other and - each of the modules (H1, H2) has at least 8 radiators arranged along a vertical axis of the antenna module (H1, H2) and at the same time symmetrically with respect to a horizontal axis of the antenna module (H1, H2), - wherein the resulting axes of antenna azimuths divide a 120° angular sector into equal parts; - wherein each radiator comprises at least two dipoles, and - the BBU is adapted to assign cell specific indicators - reference signal, CSI-RS, to the additional paths of the antenna modules (H1, H2) and to transmit said cell specific indicators - reference signal, CSI-RS to an UE in downlink, DL, channel; - where UE based on the received CSI-RSs is adapted to determine a cell quality indicator, CQI; - wherein the beam in the uplink, UL, return channel is adapted to subsequently transmit said CQI to all elements of the antenna, wherein - the power divider is adapted to sum an orthogonally polarised signal included in the beam, wherein - CPRI interfaces are adapted to transmit the signal to BBU, wherein - BBU is adapted to demodulate this signal and, based on CQI, to choose a path corresponding to the highest CQI which is optimal for the beam, wherein - a multiplier system of the RRH module is adapted to multiply the controlling vectors and and the modulated LTE signal, comprising physical downlink shared channel, PDSCH, data, and to tilt of internal and external beams for each antenna module (H1, H2); wherein - D/A converter is adapted to process the signal; wherein - amplifier is adapted to receive and amplify the signal and further to transmit to the power divider and subsequently to the radiators of one polarisation, wherein dipoles are adapted to be used as the radiators.