Optical module

An optical module, comprising:

• a circuit board;
• and
• an optical transceiver component, electrically connected to the circuit board and configured to emit and receive an optical signal;
• and
• an optical fiber adapter, having a first end connected to an external optical fiber plug of an external optical fiber, and a second end connected to the optical transceiver component via an optical fiber ribbon, wherein the second end of the optical fiber adapter is disposed opposite to the first end;
• and
• wherein the optical fiber adapter comprises:
• a lower clamping jaw shell, provided with a through light-transmitting hole, wherein the lower clamping jaw shell comprises:
• a fixing component, configured to accommodate the external optical fiber plug of the external optical fiber, wherein the light-transmitting hole runs through the fixing component;
• a support component, connected to the fixing component, wherein an upper surface of the support component is provided with an opening, and the opening is in communication with the light-transmitting hole;
• and
• an upper clamping jaw shell, configured to cover the lower clamping jaw shell to form a clamping jaw with the light-transmitting hole, wherein the upper clamping jaw shell comprises:
• an upper shell cover plate, configured to cover the opening of the support component;
• upper shell side plates, connected to two opposite sides of the upper shell cover plate and configured to be connected to corresponding outer walls of the support component;
• and
• an optical fiber plug, having one end fixedly connected to the optical fiber ribbon, and the other end inserted into the light-transmitting hole,
• wherein the outer walls of the support component are provided with connecting protrusions protruding from the outer walls, the upper shell side plates are provided with corresponding mounting holes, and the connecting protrusions are embedded in the mounting holes such that the upper clamping jaw shell is connected to the lower clamping jaw shell.