Abstract: A communication module includes a housing member, an electronic module, and a slidable mechanism. The housing member includes at least one fastening and releasing region, which is disposed on an external surface thereof. The fastening and releasing region has a first slant. The electronic module is partially disposed within the housing member. The slidable mechanism includes at least one extension arm with a second slant. The extension arm is accommodated within the corresponding fastening and releasing region. The second slant is aligned with the first slant, and a slope of the second slant is larger than a slope of the first slant.

Abstract: An optical connector is disclosed. The optical connector has a casing, a circuit structure, a lens structure and an optical transceiver element. The circuit structure is disposed inside the casing and configured for transmitting an electrical signal. The lens structure is directly fixed on the casing and coupled to a fiber adapter. The optical transceiver element is disposed on the circuit structure, and an optical signal is transmitted between the optical transceiver element and the fiber adapter through the lens structure.

Abstract: An optical communication module includes a substrate, a lens carrier, and a ferrule. The substrate includes at least two transmitter/receiver chips. The transmitter/receiver chips include plural optoelectronic units with respective alignment marks. The lens carrier includes a frame and a lens array. The lens array includes plural lens units corresponding to respective optoelectronic units of the transmitter/receiver chips of the substrate. The ferrule is coupled with the lens carrier. The alignment marks of the plural optoelectronic units are passively aligned with corresponding lens units, so that the lens carrier and the substrate are precisely aligned with each other and combined together. After the lens carrier and the substrate are combined together, the ferrule and the lens carrier are combined together, so that a precise optical communication path is constructed.

Abstract: A communication module includes a housing member, an electronic module, and a slidable mechanism. The housing member includes at least one fastening and releasing region, which is disposed on an external surface thereof. The fastening and releasing region has a first slant. The electronic module is partially disposed within the housing member. The slidable mechanism includes at least one extension arm with a second slant. The extension arm is accommodated within the corresponding fastening and releasing region. The second slant is aligned with the first slant, and a slope of the second slant is larger than a slope of the first slant.

Abstract: An optical communication module includes a substrate, a lens carrier, and a ferrule. The substrate includes at least two transmitter/receiver chips. The transmitter/receiver chips include plural optoelectronic units with respective alignment marks. The lens carrier includes a frame and a lens array. The lens array includes plural lens units corresponding to respective optoelectronic units of the transmitter/receiver chips of the substrate. The ferrule is coupled with the lens carrier. The alignment marks of the plural optoelectronic units are passively aligned with corresponding lens units, so that the lens carrier and the substrate are precisely aligned with each other and combined together. After the lens carrier and the substrate are combined together, the ferrule and the lens carrier are combined together, so that a precise optical communication path is constructed.