A method for transmitting beamformed signals, the method comprising: beamforming, by a transmit-receive point, TRP, a synchronization signal in accordance with a first set of four spatially separated transmission beams, thereby producing first beamformed synchronization signals comprising four beamformed synchronization signals on the first set of four transmission beams spatially separated by 90 degrees; transmitting (2015, 600), by the TRP, the first beamformed synchronization signals simultaneously at a first time; determining, by the TRP, that a first synchronization cycle is not complete; beamforming, by the TRP, the synchronization signal in accordance with a second set of four spatially separated transmission beams, thereby producing second beamformed synchronization signals comprising four beamformed synchronization signals on the second set of four transmission beams spatially separated by 90 degrees, the second beamformed synchronization signals rotated by one beam width to the first beamformed synchronization signals and having different identifiers to the first beamformed synchronization signals; transmitting (2015, 610), by the TRP, the second beamformed synchronization signals simultaneously at a second time; determining, by the TRP, if the first synchronization cycle is complete; and when the first synchronization cycle is complete, beamforming, by the TRP, a broadcast signal in accordance with the first set of transmission beams and the second set of transmission beams, thereby producing beamformed broadcast signals comprising eight beamformed broadcast signals on the first set of four transmission beams and the second set of four transmission beams; and transmitting (2035, 620), by the TRP, the beamformed broadcast signals simultaneously at a third time. beamforming, by a transmit-receive point, TRP, a synchronization signal in accordance with a first set of four spatially separated transmission beams, thereby producing first beamformed synchronization signals comprising four beamformed synchronization signals on the first set of four transmission beams spatially separated by 90 degrees; transmitting (2015, 600), by the TRP, the first beamformed synchronization signals simultaneously at a first time; determining, by the TRP, that a first synchronization cycle is not complete; beamforming, by the TRP, the synchronization signal in accordance with a second set of four spatially separated transmission beams, thereby producing second beamformed synchronization signals comprising four beamformed synchronization signals on the second set of four transmission beams spatially separated by 90 degrees, the second beamformed synchronization signals rotated by one beam width to the first beamformed synchronization signals and having different identifiers to the first beamformed synchronization signals; transmitting (2015, 610), by the TRP, the second beamformed synchronization signals simultaneously at a second time; determining, by the TRP, if the first synchronization cycle is complete; and when the first synchronization cycle is complete, beamforming, by the TRP, a broadcast signal in accordance with the first set of transmission beams and the second set of transmission beams, thereby producing beamformed broadcast signals comprising eight beamformed broadcast signals on the first set of four transmission beams and the second set of four transmission beams; and transmitting (2035, 620), by the TRP, the beamformed broadcast signals simultaneously at a third time. beamforming, by the TRP, a broadcast signal in accordance with the first set of transmission beams and the second set of transmission beams, thereby producing beamformed broadcast signals comprising eight beamformed broadcast signals on the first set of four transmission beams and the second set of four transmission beams; and transmitting (2035, 620), by the TRP, the beamformed broadcast signals simultaneously at a third time.