A network element for a wireless communication system arranged to couple at least one base station to an antenna array comprising a plurality of antenna elements, wherein the network element comprises: a plurality of independent transceiver circuits arranged to be coupled to at least one of a plurality of respective antenna elements of the antenna array; logic for applying at least one complex digital signal to at least one transceiver signal path of one of the plurality of independent transceiver circuits to produce a radio frequency translated version of the at least one complex digital signal; a first feedback path arranged to feedback the radio frequency translated version of the at least one complex digital signal processed to produce at least one fed back complex digital signal such that the at least one fed back complex digital signal is capable of facilitating a first latency determination between the applied at least one complex digital signal and the at least one fed back complex digital signal; at least one second feedback path arranged to feed back the radio frequency translated version of the at least one complex digital signal processed to produce at least one fed back complex digital signal such that the at least one fed back complex digital signal is capable of facilitating an at least one second latency determination between the applied at least one complex digital signal and the at least one fed back complex digital signal; processing logic arranged to determine a longest latency of the first latency and the at least one second latency, and arranged to determine a correction co-efficient adjustment for at least one of the plurality of independent transceivers based on normalising the independent transceiver's latency to the determined longest latency; and adjustment means arranged to apply latency correction coefficients to beamformer logic arranged to process a complex digital signal output to/from the at least one transceiver in response to the determined longest latency. a plurality of independent transceiver circuits arranged to be coupled to at least one of a plurality of respective antenna elements of the antenna array; logic for applying at least one complex digital signal to at least one transceiver signal path of one of the plurality of independent transceiver circuits to produce a radio frequency translated version of the at least one complex digital signal; a first feedback path arranged to feedback the radio frequency translated version of the at least one complex digital signal processed to produce at least one fed back complex digital signal such that the at least one fed back complex digital signal is capable of facilitating a first latency determination between the applied at least one complex digital signal and the at least one fed back complex digital signal; at least one second feedback path arranged to feed back the radio frequency translated version of the at least one complex digital signal processed to produce at least one fed back complex digital signal such that the at least one fed back complex digital signal is capable of facilitating an at least one second latency determination between the applied at least one complex digital signal and the at least one fed back complex digital signal; processing logic arranged to determine a longest latency of the first latency and the at least one second latency, and arranged to determine a correction co-efficient adjustment for at least one of the plurality of independent transceivers based on normalising the independent transceiver's latency to the determined longest latency; and adjustment means arranged to apply latency correction coefficients to beamformer logic arranged to process a complex digital signal output to/from the at least one transceiver in response to the determined longest latency.