A fractal microstrip patch antenna named “chalipa” was designed based on LTCC technology. The novel antenna was composed of “chalipa” structure, which consists of two vertical cross with certain width of microstrip lines of the “S”. The characteristics of the vertical cross formed the patch surface current of circular rotation. So that the electromagnetic field rotation would produce the circularly polarized radiation. Through matching the width of the microstrip line and probe of 50 Ω resistance, the antenna bandwidth was enhanced. The simulated results showed that the impedance bandwidth of the antenna exceeded 80 MHz, the axial ratio was less than 0.5 dB and the gain approached to 1.45 dBi when the antenna operated at the center frequency of 1.268 GHz.