Prime World International Holdings Ltd.

YI-Ju Wang

Ming-You Lai

Ting-Jhang Liao

Che-Shou Yeh

Hsuan-Chen Shiu

Guang-Kai Wu

Yu Chen

An optical module includes a housing and a release mechanism. The housing includes an outer lateral surface. The release mechanism includes an arm and a releasing component. The arm is disposed on the outer lateral surface and movable relative to the housing. The releasing component is disposed on the outer lateral surface and includes a pivot, a releasing portion and a pressed portion. The pivot is between the releasing portion and the pressed portion. The pivot is disposed on the housing. The arm pushes the pressed portion to pivot the releasing component. At an idle state of the release mechanism, a movement of the housing is restricted by an interference between a flexible counterpart of a cage and the housing. At a releasing state of the release mechanism, the releasing portion deforms the flexible counterpart, thereby removing the interference between the flexible counterpart and the housing.

Optical module including pivotable component for easy releasing and optical communication assembly having the same

An optical system includes a cage and an optical transceiver. The optical transceiver is inserted into the cage in a pluggable manner, and includes a housing, a partition component provided on the housing, and a fastening component movably disposed on the housing. The fastening component is detachably fastened with the cage. The partition component is located between the fastening component and the cage to separate at least a part of the fastening component from the cage.

Optical transceiver with partition for preventing interference fit and optical system having the same

An optical transceiver includes a housing, an optical communication module and a heat dissipation module. The optical communication module includes a substrate, a first optical communication component and a second optical communication component located at opposite sides of the substrate, respectively. The heat dissipation module includes a first heat conductive component and a second heat conductive component disposed on the substrate. The first heat conductive component is spatially spaced apart from the second heat conductive component. The first optical communication component is supported on and in thermal contact with the first heat conductive component. The second optical communication component is mounted on the substrate, and the second optical communication component is in thermal contact with the second heat conductive component through the substrate.

Optical transceiver with separated heat dissipation components

An optical transceiver includes a receptacle, a ferrule and a ferrule fastening component. The receptacle includes a supporting portion and an inset portion connected with each other. The ferrule is disposed within the inset portion. The ferrule fastening component is disposed on the receptacle. The ferrule fastening component includes a first holding portion, a cap and a second holding portion connected together. The cap is located between the first holding portion and the second holding portion. The first holding portion touches the supporting portion, the second holding portion touches the ferrule, and the cap covers a first area of a top surface of the receptacle.

Optical transceiver

An optical subassembly includes a receptacle, a ferrule and a ferrule fastening component. The ferrule and the ferrule fastening component are connected with the receptacle. The ferrule fastening component includes a fastening portion and a blocking portion connected with each other. The fastening portion is fastened with the receptacle, and the blocking portion touches the ferrule.

Growing community of inventors

Taipei, Taiwan

YI-Ju Wang