Optical communication module

Abstract

An optical communication module is provided, including an input/output connector on one end through which a multi-signal including a video signal is input/output, an optical sub assembly (OSA) package on another end for converting the multi-signal into an optical signal, and a first connection end folded in a curved form so that a connection surface as one surface on which a first contact point is formed forms an outer circumference and a non-connection surface as another surface on which the first contact point is not formed forms an inner circumference to form upper and lower double-sided contacts with the input/output connector. The optical communication module may simplify a contact point structure with an input/output connector and reduce its manufacturing costs, by improving the contact point structure with an input/output connector, and may provide a high-speed transmission line having a relatively-low dielectric loss with respect to a video signal requiring high-speed transmission in synchronization with a high-speed clock signal and also have an improved structure favorable to mounting of an integrated circuit for signal processing with respect to an auxiliary signal or a peripheral circuit device connected to the integrated circuit.