An intelligent lamp, comprising: a housing having an opening at one end thereof; a lens arranged to be covered on the end of the housing having the opening; a heat sink arranged in the housing; a drive assembly arranged in the housing; a light source module arranged on the heat sink and electrically connected with the drive assembly, the light source module comprises a light source board disposed on the heat sink; and a communication module electrically connected with the drive assembly and comprising an antenna disposed on the light source board and a RF module arranged on one side of the heat sink away from the light source board, characterized in that, a metal PIN needle is fixedly connected with the RF module and sequentially penetrates through the heat sink and the light source board and is in contact with one end of the antenna, the other end of the antenna is fixedly connected with the light source board; wherein the antenna comprises: an antenna body disposed on the light source board; a first support extending from one end of the antenna body towards the direction of the light source board and contacted with the metal PIN needle; and a second support extending from the other end of the antenna body towards the direction of the light source board and fixedly connected with the light source board; the antenna body is located on a surface of the light source board through the first support and the second support. a housing having an opening at one end thereof; a lens arranged to be covered on the end of the housing having the opening; a heat sink arranged in the housing; a drive assembly arranged in the housing; a light source module arranged on the heat sink and electrically connected with the drive assembly, the light source module comprises a light source board disposed on the heat sink; and a communication module electrically connected with the drive assembly and comprising an antenna disposed on the light source board and a RF module arranged on one side of the heat sink away from the light source board, characterized in that, a metal PIN needle is fixedly connected with the RF module and sequentially penetrates through the heat sink and the light source board and is in contact with one end of the antenna, the other end of the antenna is fixedly connected with the light source board; wherein the antenna comprises: an antenna body disposed on the light source board; a first support extending from one end of the antenna body towards the direction of the light source board and contacted with the metal PIN needle; and a second support extending from the other end of the antenna body towards the direction of the light source board and fixedly connected with the light source board; an antenna body disposed on the light source board; a first support extending from one end of the antenna body towards the direction of the light source board and contacted with the metal PIN needle; and a second support extending from the other end of the antenna body towards the direction of the light source board and fixedly connected with the light source board; the antenna body is located on a surface of the light source board through the first support and the second support.