chains 21 24 each of them connected to an antenna element 211 241 the number of processing chains depends on the number of antenna elements of the transceiver all processing chains 21 24 receive as input a sum of weighted baseband signal components with different complex weights applied to each of the baseband signal components the digital baseband signal is converted to analog signal at module 212 242 upconverted at module 213 243 filtered at module 214 244 pre amplified at module 215 245 power controlled at module 216 246 and amplified at amplifier 217 247 in the parallel processing chains a part of the signal at the output of amplifier 217 247 is fed back for retro loop control purpose and the main part of the signal is submitted to antenna element arrangement 211 241 according to the present invention each antenna element 211 241 should correspond to an individual complex antenna weight for each baseband component for this purpose it is necessary that each antenna element 211 241 is controlled by a separate processing chain 21 24 the different antenna weights are preferably applied to each baseband signal input to each processing chains 21 24 using this architecture of the transceiver enables it to control independently the different antenna elements to use different antenna element weights for each antenna element and consequently being able to have a three dimension control over the horizontally and.