The invention relates to an environment-resistant high-speed integrated connector. The environment-resistant high-speed integrated connector includes a shell, an integrated PCB and a wire; the head of the shell is a connecting surface; a plurality of interface holes are formed in the connecting surface; a positioning clamping groove is arranged in the cavity of the shell; the integrated PCB is installed in the shell through limiting grooves; the head of the integrated PCB is provided with a plurality of data interfaces; the data interfaces are corresponding to the interface holes in the connecting surface of the head of the shell; the tail of the integrated PCB is connected with the wire; the wire extends out form the tail of the shell; gaps between the integrated PCB and the upper inner wall of the shell as well as between the integrated PCB and the lower inner wall of the shell are filled with silicone rubber pads; the wire at the tail of the integrated PCB is sleeved with a shielding net; the joint of the wire and the tail of the shell is sealed through filling silica rubber or epoxy resin and an electric conduction AB adhesive sequentially; and the connecting surface of the shell is connected with a silicone rubber or electric conduction silicone rubber cover plate.