A wireless communication device having a shiftable receiving frequency range (f MTC ), said wireless communication device adapted to receive resource blocks allocated to transmit positioning reference signals, PRS, within a system bandwidth (N RB ), the receiving frequency range (f MTC ) being smaller than the system bandwidth (N RB ), said wireless communication device comprising: a radio interface adapted to: receive, in a first subframe of a transmission scheme applied by an access network node, a first set of resource blocks allocated to transmit positioning reference signals, PRS, said first set of resource blocks corresponding to a first range of the system bandwidth (N RB ), and receive, in a subsequent, second subframe of the transmission scheme applied by said access network node, a second set of resource blocks allocated to transmit positioning reference signals, PRS, said second set of resource blocks corresponding to a second range of the system bandwidth (N RB ), wherein the first range of the system bandwidth (N RB ) is separated from the second range of the system bandwidth (N RB ) by a frequency gap, further wherein the frequency gap is centered in the middle of the system bandwidth (N RB ), and a processor coupled to the radio interface and adapted to: shift the receiving frequency range (f MTC ) from at least partially covering the first range of the system bandwidth (N RB ) to at least partially covering the second range of the system bandwidth (N RB ), wherein the processor is further adapted to shift the receiving frequency range (f MTC ) to a third range of the system bandwidth (N RB ) allocated to transmit control data and/or payload data, and wherein the third range of the system bandwidth (N RB ) is different from the first range of the system bandwidth (N RB ) and the second range of the system bandwidth (N RB ). receive, in a first subframe of a transmission scheme applied by an access network node, a first set of resource blocks allocated to transmit positioning reference signals, PRS, said first set of resource blocks corresponding to a first range of the system bandwidth (N RB ), and receive, in a subsequent, second subframe of the transmission scheme applied by said access network node, a second set of resource blocks allocated to transmit positioning reference signals, PRS, said second set of resource blocks corresponding to a second range of the system bandwidth (N RB ), wherein the first range of the system bandwidth (N RB ) is separated from the second range of the system bandwidth (N RB ) by a frequency gap, further wherein the frequency gap is centered in the middle of the system bandwidth (N RB ), and a processor coupled to the radio interface and adapted to: shift the receiving frequency range (f MTC ) from at least partially covering the first range of the system bandwidth (N RB ) to at least partially covering the second range of the system bandwidth (N RB ), wherein the processor is further adapted to shift the receiving frequency range (f MTC ) to a third range of the system bandwidth (N RB ) allocated to transmit control data and/or payload data, and wherein the third range of the system bandwidth (N RB ) is different from the first range of the system bandwidth (N RB ) and the second range of the system bandwidth (N RB ). <EOS>