Abstract: There is provided an optical engine assembly including an active unit and a transmission unit. The active unit includes a first bearing member configured to carry an optoelectronic unit. The transmission unit includes a second bearing member configured to fix a plurality of optical waveguides. The optoelectronic unit is optically coupled to the optical waveguides. The first bearing member and the second bearing member have symmetrical structures. The present disclosure further provides a manufacturing method of an optical engine assembly.

Abstract: An optical interconnection transceiver module comprises a printed circuit board, a carrier, an optical interconnection device and a light-guiding module. The printed circuit board comprises a first area and a second area. The carrier is disposed at the first area of the printed circuit board to make the flexibility of the first area lower than that of the second area. The optical interconnection device is disposed on the carrier and electrically connected with the printed circuit board. The light-guiding module comprises a case disposed on the carrier and at least one reflective mirror. The case comprises a first accommodating slot, a first light channel and a second light channel in communication with the first accommodating slot and the first light channel. The reflective mirror is disposed at the first light channel, and the optical interconnection device is corresponded to the reflective mirror via the first light channel.

Abstract: There is provided an optical engine assembly including a bench, at least one optoelectronic unit, at least one optical waveguide and a mount. At least one support groove and a positioning groove are formed on the bench and connected with each other, and the support groove perpendicularly extends outward from one side of the positioning groove. The optoelectronic unit is disposed at the other side of the positioning groove and aligned with the support groove. One end of the optical waveguide is placed inside the support groove and the other end thereof penetrates through at least one through hole of the mount.

Abstract: There is provided an optical engine assembly including an active unit and a transmission unit. The active unit includes a first bearing member configured to carry an optoelectronic unit. The transmission unit includes a second bearing member configured to fix a plurality of optical waveguides. The optoelectronic unit is optically coupled to the optical waveguides. The first bearing member and the second bearing member have symmetrical structures. The present disclosure further provides a manufacturing method of an optical engine assembly.

Abstract: An HDMI optical transceiver comprises an optical bench, at least one light emitter disposed on the optical bench, at least one first fiber assembly, at least one photodetector disposed on the optical bench and at least one second fiber assembly. The optical bench has a surface, at least one first groove recessed from the surface and at least one second groove recessed from the surface. The light emitter has a light-emitting surface. The first fiber assembly is disposed at the first groove of the optical bench and comprises a first sleeve fixed at the first groove and a first optical fiber which is disposed in the first sleeve and aligned with the light-emitting surface. The photodetector has a light-receiving surface. The second fiber assembly is disposed at the second groove of the optical bench and comprises a second sleeve fixed at the second groove and a second optical fiber which is disposed in the second sleeve and aligned with the light-receiving surface.

Abstract: A method of making a monitor frame includes producing separately a transparent plate made of plastic, a middle sheet, and a looped framing plate made of plastic and defining a frame opening, the middle sheet having a middle opening extending through opposite first and second surfaces thereof; attaching the second surface of the middle sheet to a press face of a tool through a vacuum suction force; moving the press face of the tool to abut against the transparent plate and press the middle sheet against the transparent plate such that the first surface of the middle sheet is adhered flatly to the transparent plate; moving the tool away from the second surface of the middle sheet; and adhering the looped framing plate to the second surface of the middle sheet such that the frame opening is aligned with the middle opening.