A user equipment, UE, adapted to communicate with a base station, BS, and a millimeter wave capable small cell, MCSC, the UE comprising circuitry configured to: receive , from the MCSC, MCSC synchronization signals in a second plurality of cell sectors, wherein the second plurality of cell sectors is defined by antennas of the MCSC, wherein each of the MCSC synchronization signals is sent in a different cell sector of the second plurality of cell sectors; measure, at the UE in response to a measurement request, a signal quality for at least a first cell sector of the second plurality of cell sectors; analyze the signal quality for at least the first cell sector of the second plurality of cell sectors to select the first cell sector of the second plurality of cell sectors based on a first signal quality of the first cell sector of the second plurality of cell sectors; communicate , from the UE to a base station, a cell identifier and a first sector identifier associated with the first cell sector of the second plurality of cell sectors; and perform reverse direction training, including transmitting , from the UE to the MCSC, random access codes in a first plurality of sectors, wherein each of the random access codes includes reverse direction training information and beamforming training acknowledgement information, wherein the first plurality of sectors is defined by antennas of the UE, wherein the second plurality of cell sectors and the first plurality of sectors belong to a service area provided by the base station, wherein each random access code of said random access codes is transmitted in a different sector of said first plurality of sectors. receive , from the MCSC, MCSC synchronization signals in a second plurality of cell sectors, wherein the second plurality of cell sectors is defined by antennas of the MCSC, wherein each of the MCSC synchronization signals is sent in a different cell sector of the second plurality of cell sectors; measure, at the UE in response to a measurement request, a signal quality for at least a first cell sector of the second plurality of cell sectors; analyze the signal quality for at least the first cell sector of the second plurality of cell sectors to select the first cell sector of the second plurality of cell sectors based on a first signal quality of the first cell sector of the second plurality of cell sectors; communicate , from the UE to a base station, a cell identifier and a first sector identifier associated with the first cell sector of the second plurality of cell sectors; and perform reverse direction training, including transmitting , from the UE to the MCSC, random access codes in a first plurality of sectors, wherein each of the random access codes includes reverse direction training information and beamforming training acknowledgement information, wherein the first plurality of sectors is defined by antennas of the UE, wherein the second plurality of cell sectors and the first plurality of sectors belong to a service area provided by the base station, wherein each random access code of said random access codes is transmitted in a different sector of said first plurality of sectors. <EOS>