A method for deriving cell quality based on filtered beam measurements comprising: detecting (705, 805) a first set of beamformed signals in a cell; determining (710, 810) a beam quality associated with each beamformed signal of the first set; identifying (715, 815) a first subset of beamformed signals, the first subset comprising the beamformed signals of the first set having a beam quality greater than a first threshold; initiating (720,820) first beam level filters, wherein each first beam level filter is associated with a respective beamformed signal of the first subset of beamformed signals; generating (725, 825) filtered values for each beamformed signal of the first subset of beamformed signals, wherein generating filtered values for each beamformed signal of the first subset of beamformed signals comprises applying a weighting factor to each of the generated filtered values; detecting a second set of beamformed signals in the cell; determining a beam quality associated with each beamformed signal of the second set; identifying a second subset of beamformed signals, the second subset comprising the beamformed signals of the second set having a beam quality greater than the first threshold; initiating second beam level filters, wherein each second each beam level filter is associated with a respective beamformed signal of the second subset of beamformed signals; generating filtered values for each beamformed signal of the second subset of beamformed signals, wherein generating filtered values for each beamformed signal of the second subset of beamformed signals comprises applying a weighting factor to each of the generated filtered values, wherein: the second set of beamformed signals are detected after the first set of beamformed signals; and larger weighting factors are applied to the generated filtered values for each beamformed signal of the second subset of beamformed signals than the respective weighting factors applied to the generated filtered values for each beamformed signal of the first subset of beamformed signals; and determining the cell quality of the cell based on at least the filtered values of the beamformed signals of the first subset of beamformed signals and the filtered values of the beamformed signals of the second subset of beamformed signals. detecting (705, 805) a first set of beamformed signals in a cell; determining (710, 810) a beam quality associated with each beamformed signal of the first set; identifying (715, 815) a first subset of beamformed signals, the first subset comprising the beamformed signals of the first set having a beam quality greater than a first threshold; initiating (720,820) first beam level filters, wherein each first beam level filter is associated with a respective beamformed signal of the first subset of beamformed signals; generating (725, 825) filtered values for each beamformed signal of the first subset of beamformed signals, wherein generating filtered values for each beamformed signal of the first subset of beamformed signals comprises applying a weighting factor to each of the generated filtered values; detecting a second set of beamformed signals in the cell; determining a beam quality associated with each beamformed signal of the second set; identifying a second subset of beamformed signals, the second subset comprising the beamformed signals of the second set having a beam quality greater than the first threshold; initiating second beam level filters, wherein each second each beam level filter is associated with a respective beamformed signal of the second subset of beamformed signals; generating filtered values for each beamformed signal of the second subset of beamformed signals, wherein generating filtered values for each beamformed signal of the second subset of beamformed signals comprises applying a weighting factor to each of the generated filtered values, wherein: the second set of beamformed signals are detected after the first set of beamformed signals; and larger weighting factors are applied to the generated filtered values for each beamformed signal of the second subset of beamformed signals than the respective weighting factors applied to the generated filtered values for each beamformed signal of the first subset of beamformed signals; and the second set of beamformed signals are detected after the first set of beamformed signals; and larger weighting factors are applied to the generated filtered values for each beamformed signal of the second subset of beamformed signals than the respective weighting factors applied to the generated filtered values for each beamformed signal of the first subset of beamformed signals; and determining the cell quality of the cell based on at least the filtered values of the beamformed signals of the first subset of beamformed signals and the filtered values of the beamformed signals of the second subset of beamformed signals.