ACTIVE OPTICAL CABLE ASSEMBLY AND ASSEMBLING METHOD THEREOF

Disclosed are an active optical cable assembly and assembling method thereof. The assembly comprises an optical fiber connector, optical port adapter, and optical transceiver sequentially connected, the latter two being pluggably connected; wherein the optical fiber connector comprises a movable kit, and a tail sleeve, an intermediate connection sleeve, and a plug connector sequentially connected; the movable kit is sleeved on the outer side of the plug connector for preventing the plug connector from detaching from the optical port adapter after inserted into the optical port adapter; a blocking member is disposed between the tail sleeve and the movable kit, and prevents the movable kit from sliding backwards. When the blocking member is removed and the movable kit is slid backwards to the intermediate connection sleeve, the plug connector is pullable out from the optical port adapter. In the structure, the optical fiber connector is connected to the optical transceiver in a pluggable manner, so that the optical transceiver is not connected to the optical cable during assembly, and the problem of optical cable scrapping caused by inconvenient assembly of the optical transceiver can be solved.