Presented is the design of Ku-Band dielectric resonator filter for satellite applica- tions. The uniqueness of this design is based on the simple feeding arrangement that utilizes a microstrip transmission line section but segmented piecewisely into four stubs, where each stub is offset from the preceding with a distance equal to the diameter of the DRs. Each DR couples electromagnetic energy from the input port via the first to another, and so until, until the final output port. The response of the design is assessed by comparing the simulated and experimental results. The simulated S-parameter results were compared with those obtained experimentally. The simulated and experimental reflection magnitude |S11 | is within −6 dB across the band, whereas the transmission magnitude |S12 | is −1.66 dB up to 17.5 GHz.