Communication socket

A communication socket comprising:

• a housing comprising a receiving cavity for a communication module, and a heat-dissipation opening connected to the receiving cavity;
• a heat-dissipation element comprising:
• a heat-dissipation plate placed on the housing;
• a guide element connected to the heat-dissipation plate;
• and
• a thermal-conduction block connected to a lower surface of the heat-dissipation plate, and located correspondingly to the heat-dissipation opening;
• and
• an adjustment frame disposed on the heat-dissipation element, the adjustment frame configured to move in an insertion direction of the communication module and to move the heat-dissipation element in the insertion direction of the communication module, and comprising:
• a pressing block corresponding to the guide element;
• and
• a blocking protrusion in the receiving cavity,
• wherein when the communication module is in the receiving cavity, and adjacent to the blocking protrusion of the adjustment frame, the thermal-conduction block of the heat-dissipation element is separated from the communication module, and
• after the communication module pushes the thermal-conduction block of the heat-dissipation element, the pressing block of the adjustment frame slides with the guide element of the heat-dissipation element to make the thermal-conduction block abutting the communication module through the heat-dissipation opening.