The invention relates to an antenna module and electronic equipment. The antenna module comprises a feed layer, a grounding layer, a dielectric substrate and a laminated antenna, wherein the groundinglayer is positioned on the feed layer and is provided with a first gap and a second gap which are separated and orthogonally arranged in the polarization direction; the dielectric substrate is positioned on the grounding layer; the laminated antenna comprises a first radiation patch and a second radiation patch which are arranged corresponding to the first gap and the second gap, wherein the first radiation patch and the second radiation patch are located on the two sides of the back of the dielectric substrate respectively, and the orthographic projection of the first radiation patch is arranged on the second radiation patch, wherein the feed layer passes through the first gap and the second gap and is used for feeding the laminated antenna to enable the first radiation patch to generateresonance at the first frequency band and to enable the second radiation patch to generate resonance at the second frequency band, so that the impedance bandwidth of the antenna module can meet the millimeter wave full-band requirement of 3GPP specification, and the antenna radiation with the full frequency band, the dual polarization, the high efficiency and the high gain is realized.