SERVER CABINET, AND CABLE PLUG MISTAKEN REMOVAL PREVENTION MECHANISM THEREOF

Disclosed is a cable plug mistaken removal prevention mechanism, comprising a sliding frame slidable arranged in a cabinet body in a cable plugging direction, a swing rod rotatable connected to the sliding frame, and an abutting portion arranged at a terminal end of the swing rod and configured to abut against an end surface of a cable plug, wherein the sliding frame is further provided with a locking member detachably arranged thereon and connected to the cabinet body to lock the abutting portion. According to the cable plug mistaken removal prevention mechanism disclosed in the present application, the abutting portion stably abuts against the end surface of the cable plug such that, when a connecting cable is pulled by mistake by an external pulling force, by means of the abutting action of the end surface of the cable plug and the abutting portion and the locking action of the locking member on the abutting portion, the cable plug can be prevented from being pulled out and removed from a server interface, thereby ensuring the stable and continuous signal communication of a server. The present application further discloses a server cabinet, which has beneficial effects as described above.