Abstract: This paper proposes a novel multilayered low temperature co-fired ceramic(LTCC) three-stage bandpass filter,and provides its design method.By using an electromagnetic(EM) simulator,we analyze first the resonant properties of all the resonators used in the filter,the coupling characteristics between two neighboring resonators,and the coupling between the resonator and external circuits,to obtain all the necessary curves for the filter design.We get then the geometrical dimensions of a three-stage Chebyshev bandpass filter and its EM simulated frequency response.Next,we introduce cross-coupling between the first and the third resonator to produce a transmission zero in the stopband,and by varying the strength of the coupling,we adjust the position of the transmission zero to increase greatly attenuations nearby the passband.We get finally a multilayered LTCC three-stage bandpass filter with a small size and high frequency selectivity.