A wireless telecommunications base station for high-mobility scenarios, comprising: a coordinator module configured for determining a plurality of frequency offsets relative to a carrier frequency; a plurality of receivers, wherein each of said plurality of receivers is configured for receiving a distinct frequency offset within said plurality of frequency offsets, shifting an incoming signal at the carrier frequency by its corresponding frequency offset to generate a frequency shifted signal, and determining a signal quality measurement corresponding to its frequency shifted signal; comprising a selector/combiner module configured for receiving said frequency shifted signal and signal quality measurement from each of the plurality of receivers, generating a highest quality frequency shifted signal and sending said highest quality frequency shifted signal to upper protocol layers, wherein said selector/combiner module is configured for generating said highest quality frequency shifted signal by selecting the frequency shifted signal corresponding to a highest signal quality measurement or by soft combining a subset of the plurality of frequency shifted signals having high corresponding signal quality measurements, and wherein said coordinator module is configured for receiving status data corresponding to one or more recent signal quality measurement from said selector/combiner module, determining that a first receiver corresponding to a highest magnitude positive frequency offset and a second receiver corresponding to a highest magnitude negative frequency offset are not necessary, and de-instantiating the first and second receiver, or wherein said coordinator module is configured for receiving status data corresponding to one or more recent signal quality measurement from said selector/combiner module, determining that an additional greater positive frequency offset receiver and an additional greater negative frequency offset receiver are required, and instantiating said additional greater positive frequency offset receiver and said additional greater negative frequency offset receiver. a coordinator module configured for determining a plurality of frequency offsets relative to a carrier frequency; a plurality of receivers, wherein each of said plurality of receivers is configured for receiving a distinct frequency offset within said plurality of frequency offsets, shifting an incoming signal at the carrier frequency by its corresponding frequency offset to generate a frequency shifted signal, and determining a signal quality measurement corresponding to its frequency shifted signal; comprising a selector/combiner module configured for receiving said frequency shifted signal and signal quality measurement from each of the plurality of receivers, generating a highest quality frequency shifted signal and sending said highest quality frequency shifted signal to upper protocol layers, wherein said selector/combiner module is configured for generating said highest quality frequency shifted signal by selecting the frequency shifted signal corresponding to a highest signal quality measurement or by soft combining a subset of the plurality of frequency shifted signals having high corresponding signal quality measurements, and wherein said coordinator module is configured for receiving status data corresponding to one or more recent signal quality measurement from said selector/combiner module, determining that a first receiver corresponding to a highest magnitude positive frequency offset and a second receiver corresponding to a highest magnitude negative frequency offset are not necessary, and de-instantiating the first and second receiver, or wherein said coordinator module is configured for receiving status data corresponding to one or more recent signal quality measurement from said selector/combiner module, determining that an additional greater positive frequency offset receiver and an additional greater negative frequency offset receiver are required, and instantiating said additional greater positive frequency offset receiver and said additional greater negative frequency offset receiver.